Datasets:

loubnabnl

/

pii_checks_data_elm

like 0

src/CharacterModel.elm

mweiss/elm-study-app

module CharacterModel (CharacterModel, Sentence, characterModel, sentenceModel, tokenizePinyin, WorkbookProblem, workbookDecoder, workbookProblemToSentence, grade, inputToPinyin, Grade(..)) where import Dict exposing (Dict) import String import Regex exposing (Regex) import List import Char import Json.Decode exposing ((:=)) import Json.Decode as JSD type alias Sentence = { chinese : String , pinyin : String } type alias CharacterModel answer = { chinese : String , pinyin : Maybe String , answers : List answer , selected : Bool , currentAnswer : Maybe answer } type alias WorkbookProblem = { chinese : String, pinyin : String, chapter : Int, book : Int } -- GRADE type Grade = Correct | Incorrect | NotGraded | DoNotGrade grade : CharacterModel String -> Grade grade characterModel = case characterModel.pinyin of Nothing -> DoNotGrade Just p -> case (List.head characterModel.answers) of Nothing -> NotGraded Just a -> if String.toLower p == (String.toLower (inputToPinyin a)) then Correct else Incorrect -- Helper method which takes user input and converts it into pinyin. For example, -- this method will convert a string like wo3 to wǒ. This method only returns valid -- pinyin if the input is valid pinyin. inputToPinyin : String -> String inputToPinyin input = let n = case String.toInt (String.right 1 input) of Err _ -> -1 Ok number -> number regexString = pinyinSyllableToRegexString (Regex.replace (Regex.AtMost 1) (Regex.regex "[0-9]$") (\_ -> "") input) in if n < 0 || n > 4 then input else Regex.replace (Regex.AtMost 1) (Regex.regex "\\[.*\\]") (\match -> String.slice (n + 1) (n + 2) match.match) regexString workbookProblemToSentence : WorkbookProblem -> Sentence workbookProblemToSentence wp = {chinese = wp.chinese, pinyin = wp.pinyin} workbookDecoder : JSD.Decoder (List WorkbookProblem) workbookDecoder = JSD.list (JSD.object4 WorkbookProblem ("chinese" := JSD.string) ("pinyin" := JSD.string) ("chapter" := JSD.int) ("book" := JSD.int)) -- Helper methods to transform a sentence into a character model sentenceModel : Sentence -> List (CharacterModel answer) sentenceModel sentence = List.map2 characterModel (String.split "" sentence.chinese) (tokenizePinyin sentence.pinyin) characterModel : String -> String -> CharacterModel answer characterModel chinese pinyin = { chinese = chinese , pinyin = if (Regex.contains (Regex.regex "[,.?!]") pinyin) then Nothing else (Just pinyin) , answers = [] , selected = False , currentAnswer = Nothing } tokenizePinyin : String -> List String tokenizePinyin s = List.filter (\v -> v /= " ") (List.map (\x -> x.match) (Regex.find Regex.All pinyinRegex s)) pinyinRegex : Regex pinyinRegex = Regex.caseInsensitive (Regex.regex stringRegex) stringRegex = (String.join "|" (List.append ["[,.?! ]"] (List.foldr foldPinyinSyllables [] pinyinSyllables))) foldPinyinSyllables : String -> List String -> List String foldPinyinSyllables pinyin l = List.append [pinyinSyllableToRegexString pinyin] l getDefaultToKey : String -> Dict String String -> String getDefaultToKey key dict = resolveMaybe key (Dict.get key dict) -- TODO: I actually want this to fail if it breaks. This is a convenience so I don't -- have multi-line case statements everywhere doing the same thing resolveMaybe : v -> Maybe v -> v resolveMaybe default maybe = case maybe of Nothing -> default Just value -> value pinyinSyllableToRegexString : String -> String pinyinSyllableToRegexString pinyin = let vowel = String.filter (\c -> Dict.member (String.fromChar c) vowelToTonesMap) pinyin vowelRegex = getDefaultToKey vowel pinyinVowelsToRegex in Regex.replace (Regex.AtMost 1) (Regex.regex vowel) (\_ -> vowelRegex) pinyin pinyinVowelsToRegex : Dict String String pinyinVowelsToRegex = List.foldr foldPinyinVowels Dict.empty pinyinVowels pinyinToRegex : String -> Int -> String pinyinToRegex s i = let leftStr = String.left i s rightStr = String.dropLeft (i + 1) s vowel = String.slice i (i + 1) s lookupValue = getDefaultToKey vowel vowelToTonesMap in leftStr ++ "[" ++ lookupValue ++ "]" ++ rightStr foldPinyinVowels : String -> Dict String String -> Dict String String foldPinyinVowels pinyin dict = let pinyinIndex = (resolveMaybe 1 (List.head (String.indexes "*" pinyin))) - 1 key = String.filter (\c -> c /= '*') pinyin in (Dict.insert key (pinyinToRegex key pinyinIndex) dict) vowelToTonesMap : Dict String String vowelToTonesMap = Dict.fromList [ ("a", "aāáǎà") , ("e", "eēéěè") , ("i", "iīíǐì") , ("o", "oōóǒò") , ("u", "uūúǔù") , ("ü", "üǖǘǚǜ") , ("A", "AĀÁǍÀ") , ("E", "EĒÉĚÈ") , ("I", "IĪÍǏÌ") , ("O", "OŌÓǑÒ") , ("U", "UŪÚǓÙ") , ("Ü", "ÜǕǗǙǛ") ] pinyinVowels : List String pinyinVowels = [ "a*", "o*", "e*", "i*", "er" , "a*i", "e*i", "a*o", "o*u" , "ia*", "ia*o", "ie*", "iu*", "io*" , "u*", "ua*i", "ua*", "ue*", "ui*", "uo*" , "üe*", "i*", "ü*" ] pinyinSyllables = List.reverse <| List.sortBy String.length [ "a", "o", "e", "er", "ai", "ao", "ou", "an", "en", "ang", "eng" , "yi", "ya", "yao", "ye", "you", "yan", "yin", "yang", "ying", "yong" , "wu", "wa", "wo","wai", "wei", "wan", "wen", "wang", "weng" , "yu", "yue", "yuan", "yun" , "ba", "bo", "bai", "bei", "bao", "ban", "ben", "bang", "beng", "bi" , "biao", "bie", "bian", "bin", "bing", "bu" , "pa", "po", "pai", "pei", "pao", "pou", "pan", "pen", "pang", "peng", "pi" , "piao", "pie", "pian", "pin", "ping", "pu" , "ma", "mo", "me", "mai", "mei", "mao", "mou", "man", "men", "mang", "meng", "mi", "miao" , "mie", "miu", "mian", "min", "ming", "mu" , "fa", "fo", "fei", "fou", "fan", "fen", "fang", "feng", "fu" , "da", "de", "dai", "dei", "dao", "dou", "dan", "den", "dang", "deng" , "dong", "di", "diao", "die", "diu", "dian", "ding", "du", "duo", "dui" , "duan", "dun" , "ta", "te", "tai", "tei", "tao", "tou", "tan", "tang", "teng", "tong", "ti", "tiao", "tie" , "tian", "ting", "tu", "tuo", "tui", "tuan", "tun" , "na", "ne", "nai", "nei", "nao", "nou", "nan", "nen", "nang", "neng", "nong", "ni", "niao" , "nie", "niu", "nian", "nin", "niang", "ning", "nu", "nuo", "nuan", "nü", "nüe" , "la", "le", "lai", "lei", "lao", "lou", "lan", "lang", "leng", "long", "li", "lia", "liao", "lie" , "liu", "lian", "lin", "liang", "ling", "lu", "luo", "luan", "lun", "lü", "lüe" , "ga", "ge", "gai", "gei", "gao", "gou", "gan", "gen", "gang", "geng", "gong", "gu", "gua", "guo" , "guai", "gui", "guan", "gun", "guang" , "ka", "ke", "kai", "kei", "kao", "kou", "kan", "ken", "kang", "keng", "kong", "ku", "kua", "kuo" , "kuai", "kui", "kuan", "kun", "kuang" , "ha", "he", "hai", "hei", "hao", "hou", "han", "hen", "hang", "heng", "hong", "hu", "hua", "huo" , "huai", "hui", "huan", "hun", "huang" , "za", "ze", "zi", "zai", "zei", "zao", "zou", "zan", "zen", "zang", "zeng", "zong", "zu", "zuo" , "zui", "zuan", "zun" , "ca", "ce", "ci", "cai", "cao", "cou", "can", "cen", "cang", "ceng", "cong", "cu", "cuo", "cui" , "cuan", "cun" , "sa", "se", "si", "sai", "sao", "sou", "san", "sen", "sang", "seng", "song", "su", "suo", "sui" , "suan", "sun" , "zha", "zhe", "zhi", "zhai", "zhei", "zhao", "zhou", "zhan", "zhen", "zhang", "zheng", "zhong" , "zhu", "zhua", "zhuo", "zhuai", "zhui", "zhuan", "zhun", "zhuang" , "cha", "che", "chi", "chai", "chao", "chou", "chan", "chen", "chang", "cheng", "chong", "chu" , "chua", "chuo", "chuai", "chui", "chuan", "chun", "chuang" , "sha", "she", "shi", "shai", "shei", "shao", "shou", "shan", "shen", "shang", "sheng", "shu" , "shua", "shuo", "shuai", "shui", "shuan", "shun", "shuang" , "re", "ri", "rao", "rou", "ran", "ren", "rang", "reng", "rong", "ru", "rua", "ruo", "rui" , "ruan", "run" , "ji", "jia", "jiao", "jie", "jiu", "jian", "jin", "jiang", "jing", "jiong", "ju", "jue", "juan", "jun" , "qi", "qia", "qiao", "qie", "qiu", "qian", "qin", "qiang", "qing", "qiong", "qu", "que", "quan", "qun" , "xi", "xia", "xiao", "xie", "xiu", "xian", "xin", "xiang", "xing", "xiong", "xu", "xue", "xuan", "xun" ]

49585

module CharacterModel (CharacterModel, Sentence, characterModel, sentenceModel, tokenizePinyin, WorkbookProblem, workbookDecoder, workbookProblemToSentence, grade, inputToPinyin, Grade(..)) where import Dict exposing (Dict) import String import Regex exposing (Regex) import List import Char import Json.Decode exposing ((:=)) import Json.Decode as JSD type alias Sentence = { chinese : String , pinyin : String } type alias CharacterModel answer = { chinese : String , pinyin : Maybe String , answers : List answer , selected : Bool , currentAnswer : Maybe answer } type alias WorkbookProblem = { chinese : String, pinyin : String, chapter : Int, book : Int } -- GRADE type Grade = Correct | Incorrect | NotGraded | DoNotGrade grade : CharacterModel String -> Grade grade characterModel = case characterModel.pinyin of Nothing -> DoNotGrade Just p -> case (List.head characterModel.answers) of Nothing -> NotGraded Just a -> if String.toLower p == (String.toLower (inputToPinyin a)) then Correct else Incorrect -- Helper method which takes user input and converts it into pinyin. For example, -- this method will convert a string like wo3 to wǒ. This method only returns valid -- pinyin if the input is valid pinyin. inputToPinyin : String -> String inputToPinyin input = let n = case String.toInt (String.right 1 input) of Err _ -> -1 Ok number -> number regexString = pinyinSyllableToRegexString (Regex.replace (Regex.AtMost 1) (Regex.regex "[0-9]$") (\_ -> "") input) in if n < 0 || n > 4 then input else Regex.replace (Regex.AtMost 1) (Regex.regex "\\[.*\\]") (\match -> String.slice (n + 1) (n + 2) match.match) regexString workbookProblemToSentence : WorkbookProblem -> Sentence workbookProblemToSentence wp = {chinese = wp.chinese, pinyin = wp.pinyin} workbookDecoder : JSD.Decoder (List WorkbookProblem) workbookDecoder = JSD.list (JSD.object4 WorkbookProblem ("chinese" := JSD.string) ("pinyin" := JSD.string) ("chapter" := JSD.int) ("book" := JSD.int)) -- Helper methods to transform a sentence into a character model sentenceModel : Sentence -> List (CharacterModel answer) sentenceModel sentence = List.map2 characterModel (String.split "" sentence.chinese) (tokenizePinyin sentence.pinyin) characterModel : String -> String -> CharacterModel answer characterModel chinese pinyin = { chinese = chinese , pinyin = if (Regex.contains (Regex.regex "[,.?!]") pinyin) then Nothing else (Just pinyin) , answers = [] , selected = False , currentAnswer = Nothing } tokenizePinyin : String -> List String tokenizePinyin s = List.filter (\v -> v /= " ") (List.map (\x -> x.match) (Regex.find Regex.All pinyinRegex s)) pinyinRegex : Regex pinyinRegex = Regex.caseInsensitive (Regex.regex stringRegex) stringRegex = (String.join "|" (List.append ["[,.?! ]"] (List.foldr foldPinyinSyllables [] pinyinSyllables))) foldPinyinSyllables : String -> List String -> List String foldPinyinSyllables pinyin l = List.append [pinyinSyllableToRegexString pinyin] l getDefaultToKey : String -> Dict String String -> String getDefaultToKey key dict = resolveMaybe key (Dict.get key dict) -- TODO: I actually want this to fail if it breaks. This is a convenience so I don't -- have multi-line case statements everywhere doing the same thing resolveMaybe : v -> Maybe v -> v resolveMaybe default maybe = case maybe of Nothing -> default Just value -> value pinyinSyllableToRegexString : String -> String pinyinSyllableToRegexString pinyin = let vowel = String.filter (\c -> Dict.member (String.fromChar c) vowelToTonesMap) pinyin vowelRegex = getDefaultToKey vowel pinyinVowelsToRegex in Regex.replace (Regex.AtMost 1) (Regex.regex vowel) (\_ -> vowelRegex) pinyin pinyinVowelsToRegex : Dict String String pinyinVowelsToRegex = List.foldr foldPinyinVowels Dict.empty pinyinVowels pinyinToRegex : String -> Int -> String pinyinToRegex s i = let leftStr = String.left i s rightStr = String.dropLeft (i + 1) s vowel = String.slice i (i + 1) s lookupValue = getDefaultToKey vowel vowelToTonesMap in leftStr ++ "[" ++ lookupValue ++ "]" ++ rightStr foldPinyinVowels : String -> Dict String String -> Dict String String foldPinyinVowels pinyin dict = let pinyinIndex = (resolveMaybe 1 (List.head (String.indexes "*" pinyin))) - 1 key = String.filter (\c -> c /= '*') pinyin in (Dict.insert key (pinyinToRegex key pinyinIndex) dict) vowelToTonesMap : Dict String String vowelToTonesMap = Dict.fromList [ ("a", "aāáǎà") , ("e", "eēéěè") , ("i", "iīíǐì") , ("o", "oōóǒò") , ("u", "uūúǔù") , ("ü", "üǖǘǚǜ") , ("A", "AĀÁǍÀ") , ("E", "EĒÉĚÈ") , ("I", "IĪÍǏÌ") , ("O", "OŌÓǑÒ") , ("U", "UŪÚǓÙ") , ("Ü", "ÜǕǗǙǛ") ] pinyinVowels : List String pinyinVowels = [ "a*", "o*", "e*", "i*", "er" , "a*i", "e*i", "a*o", "o*u" , "ia*", "ia*o", "ie*", "iu*", "io*" , "u*", "ua*i", "ua*", "ue*", "ui*", "uo*" , "üe*", "i*", "ü*" ] pinyinSyllables = List.reverse <| List.sortBy String.length [ "a", "o", "e", "er", "ai", "ao", "ou", "an", "en", "ang", "eng" , "yi", "ya", "yao", "ye", "you", "yan", "yin", "yang", "ying", "yong" , "wu", "wa", "wo","wai", "wei", "wan", "wen", "wang", "weng" , "yu", "yue", "yuan", "yun" , "ba", "bo", "bai", "bei", "bao", "ban", "ben", "bang", "beng", "bi" , "biao", "bie", "bian", "bin", "bing", "bu" , "pa", "po", "pai", "pei", "pao", "pou", "pan", "pen", "pang", "peng", "pi" , "piao", "pie", "pian", "pin", "ping", "pu" , "ma", "mo", "me", "mai", "mei", "mao", "mou", "man", "men", "mang", "meng", "mi", "miao" , "mie", "miu", "mian", "min", "ming", "mu" , "fa", "fo", "fei", "fou", "fan", "fen", "fang", "feng", "fu" , "da", "de", "dai", "dei", "dao", "dou", "dan", "den", "dang", "deng" , "dong", "di", "diao", "die", "diu", "dian", "ding", "du", "duo", "dui" , "duan", "dun" , "ta", "te", "tai", "tei", "tao", "tou", "tan", "tang", "teng", "tong", "ti", "tiao", "tie" , "tian", "ting", "tu", "tuo", "tui", "tuan", "tun" , "na", "ne", "nai", "nei", "nao", "nou", "nan", "nen", "nang", "neng", "nong", "ni", "niao" , "nie", "niu", "nian", "nin", "niang", "ning", "nu", "nuo", "nuan", "nü", "nüe" , "la", "le", "lai", "lei", "lao", "lou", "lan", "lang", "leng", "long", "li", "lia", "liao", "lie" , "liu", "lian", "lin", "liang", "ling", "lu", "luo", "luan", "lun", "lü", "lüe" , "ga", "ge", "gai", "gei", "gao", "gou", "gan", "gen", "gang", "geng", "gong", "gu", "gua", "guo" , "guai", "gui", "guan", "gun", "guang" , "ka", "ke", "kai", "kei", "kao", "kou", "kan", "ken", "kang", "keng", "kong", "ku", "kua", "kuo" , "kuai", "kui", "kuan", "kun", "kuang" , "ha", "he", "hai", "hei", "hao", "hou", "han", "hen", "hang", "heng", "hong", "hu", "hua", "huo" , "huai", "hui", "huan", "hun", "huang" , "za", "ze", "zi", "zai", "zei", "zao", "zou", "zan", "zen", "zang", "zeng", "zong", "zu", "zuo" , "zui", "zuan", "zun" , "ca", "ce", "ci", "cai", "cao", "cou", "can", "cen", "cang", "ceng", "cong", "cu", "cuo", "cui" , "cuan", "cun" , "sa", "se", "si", "sai", "sao", "sou", "san", "sen", "sang", "seng", "song", "su", "suo", "sui" , "suan", "sun" , "zha", "zhe", "zhi", "zhai", "zhei", "zhao", "zhou", "zhan", "zhen", "zhang", "zheng", "zhong" , "zhu", "zhua", "zhuo", "zhuai", "zhui", "zhuan", "zhun", "zhuang" , "cha", "che", "chi", "chai", "chao", "chou", "chan", "chen", "chang", "cheng", "chong", "chu" , "chua", "chuo", "chuai", "chui", "chuan", "chun", "chuang" , "sha", "she", "shi", "shai", "shei", "shao", "shou", "shan", "shen", "shang", "sheng", "shu" , "shua", "shuo", "shuai", "shui", "shuan", "shun", "shuang" , "re", "ri", "rao", "rou", "ran", "ren", "rang", "reng", "rong", "ru", "rua", "ruo", "rui" , "ruan", "run" , "ji", "jia", "jiao", "jie", "ji<NAME>", "jian", "jin", "jiang", "jing", "jiong", "ju", "jue", "juan", "jun" , "qi", "qia", "qiao", "qie", "qiu", "qian", "qin", "qiang", "qing", "qiong", "qu", "que", "quan", "qun" , "xi", "xia", "xiao", "xie", "xiu", "xian", "xin", "xiang", "xing", "xiong", "xu", "xue", "xuan", "xun" ]

module CharacterModel (CharacterModel, Sentence, characterModel, sentenceModel, tokenizePinyin, WorkbookProblem, workbookDecoder, workbookProblemToSentence, grade, inputToPinyin, Grade(..)) where import Dict exposing (Dict) import String import Regex exposing (Regex) import List import Char import Json.Decode exposing ((:=)) import Json.Decode as JSD type alias Sentence = { chinese : String , pinyin : String } type alias CharacterModel answer = { chinese : String , pinyin : Maybe String , answers : List answer , selected : Bool , currentAnswer : Maybe answer } type alias WorkbookProblem = { chinese : String, pinyin : String, chapter : Int, book : Int } -- GRADE type Grade = Correct | Incorrect | NotGraded | DoNotGrade grade : CharacterModel String -> Grade grade characterModel = case characterModel.pinyin of Nothing -> DoNotGrade Just p -> case (List.head characterModel.answers) of Nothing -> NotGraded Just a -> if String.toLower p == (String.toLower (inputToPinyin a)) then Correct else Incorrect -- Helper method which takes user input and converts it into pinyin. For example, -- this method will convert a string like wo3 to wǒ. This method only returns valid -- pinyin if the input is valid pinyin. inputToPinyin : String -> String inputToPinyin input = let n = case String.toInt (String.right 1 input) of Err _ -> -1 Ok number -> number regexString = pinyinSyllableToRegexString (Regex.replace (Regex.AtMost 1) (Regex.regex "[0-9]$") (\_ -> "") input) in if n < 0 || n > 4 then input else Regex.replace (Regex.AtMost 1) (Regex.regex "\\[.*\\]") (\match -> String.slice (n + 1) (n + 2) match.match) regexString workbookProblemToSentence : WorkbookProblem -> Sentence workbookProblemToSentence wp = {chinese = wp.chinese, pinyin = wp.pinyin} workbookDecoder : JSD.Decoder (List WorkbookProblem) workbookDecoder = JSD.list (JSD.object4 WorkbookProblem ("chinese" := JSD.string) ("pinyin" := JSD.string) ("chapter" := JSD.int) ("book" := JSD.int)) -- Helper methods to transform a sentence into a character model sentenceModel : Sentence -> List (CharacterModel answer) sentenceModel sentence = List.map2 characterModel (String.split "" sentence.chinese) (tokenizePinyin sentence.pinyin) characterModel : String -> String -> CharacterModel answer characterModel chinese pinyin = { chinese = chinese , pinyin = if (Regex.contains (Regex.regex "[,.?!]") pinyin) then Nothing else (Just pinyin) , answers = [] , selected = False , currentAnswer = Nothing } tokenizePinyin : String -> List String tokenizePinyin s = List.filter (\v -> v /= " ") (List.map (\x -> x.match) (Regex.find Regex.All pinyinRegex s)) pinyinRegex : Regex pinyinRegex = Regex.caseInsensitive (Regex.regex stringRegex) stringRegex = (String.join "|" (List.append ["[,.?! ]"] (List.foldr foldPinyinSyllables [] pinyinSyllables))) foldPinyinSyllables : String -> List String -> List String foldPinyinSyllables pinyin l = List.append [pinyinSyllableToRegexString pinyin] l getDefaultToKey : String -> Dict String String -> String getDefaultToKey key dict = resolveMaybe key (Dict.get key dict) -- TODO: I actually want this to fail if it breaks. This is a convenience so I don't -- have multi-line case statements everywhere doing the same thing resolveMaybe : v -> Maybe v -> v resolveMaybe default maybe = case maybe of Nothing -> default Just value -> value pinyinSyllableToRegexString : String -> String pinyinSyllableToRegexString pinyin = let vowel = String.filter (\c -> Dict.member (String.fromChar c) vowelToTonesMap) pinyin vowelRegex = getDefaultToKey vowel pinyinVowelsToRegex in Regex.replace (Regex.AtMost 1) (Regex.regex vowel) (\_ -> vowelRegex) pinyin pinyinVowelsToRegex : Dict String String pinyinVowelsToRegex = List.foldr foldPinyinVowels Dict.empty pinyinVowels pinyinToRegex : String -> Int -> String pinyinToRegex s i = let leftStr = String.left i s rightStr = String.dropLeft (i + 1) s vowel = String.slice i (i + 1) s lookupValue = getDefaultToKey vowel vowelToTonesMap in leftStr ++ "[" ++ lookupValue ++ "]" ++ rightStr foldPinyinVowels : String -> Dict String String -> Dict String String foldPinyinVowels pinyin dict = let pinyinIndex = (resolveMaybe 1 (List.head (String.indexes "*" pinyin))) - 1 key = String.filter (\c -> c /= '*') pinyin in (Dict.insert key (pinyinToRegex key pinyinIndex) dict) vowelToTonesMap : Dict String String vowelToTonesMap = Dict.fromList [ ("a", "aāáǎà") , ("e", "eēéěè") , ("i", "iīíǐì") , ("o", "oōóǒò") , ("u", "uūúǔù") , ("ü", "üǖǘǚǜ") , ("A", "AĀÁǍÀ") , ("E", "EĒÉĚÈ") , ("I", "IĪÍǏÌ") , ("O", "OŌÓǑÒ") , ("U", "UŪÚǓÙ") , ("Ü", "ÜǕǗǙǛ") ] pinyinVowels : List String pinyinVowels = [ "a*", "o*", "e*", "i*", "er" , "a*i", "e*i", "a*o", "o*u" , "ia*", "ia*o", "ie*", "iu*", "io*" , "u*", "ua*i", "ua*", "ue*", "ui*", "uo*" , "üe*", "i*", "ü*" ] pinyinSyllables = List.reverse <| List.sortBy String.length [ "a", "o", "e", "er", "ai", "ao", "ou", "an", "en", "ang", "eng" , "yi", "ya", "yao", "ye", "you", "yan", "yin", "yang", "ying", "yong" , "wu", "wa", "wo","wai", "wei", "wan", "wen", "wang", "weng" , "yu", "yue", "yuan", "yun" , "ba", "bo", "bai", "bei", "bao", "ban", "ben", "bang", "beng", "bi" , "biao", "bie", "bian", "bin", "bing", "bu" , "pa", "po", "pai", "pei", "pao", "pou", "pan", "pen", "pang", "peng", "pi" , "piao", "pie", "pian", "pin", "ping", "pu" , "ma", "mo", "me", "mai", "mei", "mao", "mou", "man", "men", "mang", "meng", "mi", "miao" , "mie", "miu", "mian", "min", "ming", "mu" , "fa", "fo", "fei", "fou", "fan", "fen", "fang", "feng", "fu" , "da", "de", "dai", "dei", "dao", "dou", "dan", "den", "dang", "deng" , "dong", "di", "diao", "die", "diu", "dian", "ding", "du", "duo", "dui" , "duan", "dun" , "ta", "te", "tai", "tei", "tao", "tou", "tan", "tang", "teng", "tong", "ti", "tiao", "tie" , "tian", "ting", "tu", "tuo", "tui", "tuan", "tun" , "na", "ne", "nai", "nei", "nao", "nou", "nan", "nen", "nang", "neng", "nong", "ni", "niao" , "nie", "niu", "nian", "nin", "niang", "ning", "nu", "nuo", "nuan", "nü", "nüe" , "la", "le", "lai", "lei", "lao", "lou", "lan", "lang", "leng", "long", "li", "lia", "liao", "lie" , "liu", "lian", "lin", "liang", "ling", "lu", "luo", "luan", "lun", "lü", "lüe" , "ga", "ge", "gai", "gei", "gao", "gou", "gan", "gen", "gang", "geng", "gong", "gu", "gua", "guo" , "guai", "gui", "guan", "gun", "guang" , "ka", "ke", "kai", "kei", "kao", "kou", "kan", "ken", "kang", "keng", "kong", "ku", "kua", "kuo" , "kuai", "kui", "kuan", "kun", "kuang" , "ha", "he", "hai", "hei", "hao", "hou", "han", "hen", "hang", "heng", "hong", "hu", "hua", "huo" , "huai", "hui", "huan", "hun", "huang" , "za", "ze", "zi", "zai", "zei", "zao", "zou", "zan", "zen", "zang", "zeng", "zong", "zu", "zuo" , "zui", "zuan", "zun" , "ca", "ce", "ci", "cai", "cao", "cou", "can", "cen", "cang", "ceng", "cong", "cu", "cuo", "cui" , "cuan", "cun" , "sa", "se", "si", "sai", "sao", "sou", "san", "sen", "sang", "seng", "song", "su", "suo", "sui" , "suan", "sun" , "zha", "zhe", "zhi", "zhai", "zhei", "zhao", "zhou", "zhan", "zhen", "zhang", "zheng", "zhong" , "zhu", "zhua", "zhuo", "zhuai", "zhui", "zhuan", "zhun", "zhuang" , "cha", "che", "chi", "chai", "chao", "chou", "chan", "chen", "chang", "cheng", "chong", "chu" , "chua", "chuo", "chuai", "chui", "chuan", "chun", "chuang" , "sha", "she", "shi", "shai", "shei", "shao", "shou", "shan", "shen", "shang", "sheng", "shu" , "shua", "shuo", "shuai", "shui", "shuan", "shun", "shuang" , "re", "ri", "rao", "rou", "ran", "ren", "rang", "reng", "rong", "ru", "rua", "ruo", "rui" , "ruan", "run" , "ji", "jia", "jiao", "jie", "jiPI:NAME:<NAME>END_PI", "jian", "jin", "jiang", "jing", "jiong", "ju", "jue", "juan", "jun" , "qi", "qia", "qiao", "qie", "qiu", "qian", "qin", "qiang", "qing", "qiong", "qu", "que", "quan", "qun" , "xi", "xia", "xiao", "xie", "xiu", "xian", "xin", "xiang", "xing", "xiong", "xu", "xue", "xuan", "xun" ]

elm

src/elm/Views.elm

aotarola/whiz

module Views exposing (..) import Html exposing (..) import Html.Attributes exposing (..) import Html.Events exposing (..) import Models exposing (AppState, LineItem, unknownUser) import Messages exposing (Msg(..)) import Json.Decode as Json view : AppState -> Html Msg view appState = div [] [ headerView appState , productSearchView appState ] lineItemsView : AppState -> Html Msg lineItemsView { lineItems } = ul [ id "lineitems" ] (List.map lineItemsRowView lineItems) lineItemsRowView : LineItem -> Html Msg lineItemsRowView ( quantity, product ) = li [] [ text product.title, text " ", text <| toString quantity ] productSearchView : AppState -> Html Msg productSearchView appState = let { codeSearchInput } = appState in div [] (productEntryView appState ++ [ lineItemsView appState ]) productEntryView : AppState -> List (Html Msg) productEntryView appState = let { codeSearchInput, currentProduct } = appState in case currentProduct of Just product -> [ div [] [ strong [] [ text "producto" ] ] , div [ id "product-info" ] [ text product.title , text " | " , text <| toString product.price , text " | " , input [ id "quantity-entry" , type' "number" , onInput UpdatePurchaseQuantity , onEnter <| UpdateLineItems ] [] ] ] Nothing -> [ div [] [ strong [] [ text "codigo barra" ] ] , div [] [ input [ id "search-by-code" , type' "text" , autofocus True , onInput UpdateSearchByCode , value codeSearchInput , onEnter SearchProductByCode ] [] , button [ id "btn-search" , onClick SearchProductByCode ] [ text "buscar" ] ] ] headerView : AppState -> Html Msg headerView appState = div [] [ p [] [ text "Bienvenid(a), ", getUserNameView appState, text " a nuestra sucursal ", getStoreNameView appState ] , p [] [ text "Fecha inicio turno: Tuesday 25 October 2016 - 04:00:57" ] , p [] [ text "Última venta registrada: No ha registrado ninguna venta." ] ] getUserNameView : AppState -> Html Msg getUserNameView appState = strong [] [ text "Andres" ] getStoreNameView : AppState -> Html Msg getStoreNameView appState = strong [] [ text "Playa Brava" ] onEnter : Msg -> Attribute Msg onEnter msg = let tagger code = if code == 13 then msg else NoOp in on "keydown" (Json.map tagger keyCode)

20471

module Views exposing (..) import Html exposing (..) import Html.Attributes exposing (..) import Html.Events exposing (..) import Models exposing (AppState, LineItem, unknownUser) import Messages exposing (Msg(..)) import Json.Decode as Json view : AppState -> Html Msg view appState = div [] [ headerView appState , productSearchView appState ] lineItemsView : AppState -> Html Msg lineItemsView { lineItems } = ul [ id "lineitems" ] (List.map lineItemsRowView lineItems) lineItemsRowView : LineItem -> Html Msg lineItemsRowView ( quantity, product ) = li [] [ text product.title, text " ", text <| toString quantity ] productSearchView : AppState -> Html Msg productSearchView appState = let { codeSearchInput } = appState in div [] (productEntryView appState ++ [ lineItemsView appState ]) productEntryView : AppState -> List (Html Msg) productEntryView appState = let { codeSearchInput, currentProduct } = appState in case currentProduct of Just product -> [ div [] [ strong [] [ text "producto" ] ] , div [ id "product-info" ] [ text product.title , text " | " , text <| toString product.price , text " | " , input [ id "quantity-entry" , type' "number" , onInput UpdatePurchaseQuantity , onEnter <| UpdateLineItems ] [] ] ] Nothing -> [ div [] [ strong [] [ text "codigo barra" ] ] , div [] [ input [ id "search-by-code" , type' "text" , autofocus True , onInput UpdateSearchByCode , value codeSearchInput , onEnter SearchProductByCode ] [] , button [ id "btn-search" , onClick SearchProductByCode ] [ text "buscar" ] ] ] headerView : AppState -> Html Msg headerView appState = div [] [ p [] [ text "Bienvenid(a), ", getUserNameView appState, text " a nuestra sucursal ", getStoreNameView appState ] , p [] [ text "Fecha inicio turno: Tuesday 25 October 2016 - 04:00:57" ] , p [] [ text "Última venta registrada: No ha registrado ninguna venta." ] ] getUserNameView : AppState -> Html Msg getUserNameView appState = strong [] [ text "<NAME>" ] getStoreNameView : AppState -> Html Msg getStoreNameView appState = strong [] [ text "Playa Brava" ] onEnter : Msg -> Attribute Msg onEnter msg = let tagger code = if code == 13 then msg else NoOp in on "keydown" (Json.map tagger keyCode)

module Views exposing (..) import Html exposing (..) import Html.Attributes exposing (..) import Html.Events exposing (..) import Models exposing (AppState, LineItem, unknownUser) import Messages exposing (Msg(..)) import Json.Decode as Json view : AppState -> Html Msg view appState = div [] [ headerView appState , productSearchView appState ] lineItemsView : AppState -> Html Msg lineItemsView { lineItems } = ul [ id "lineitems" ] (List.map lineItemsRowView lineItems) lineItemsRowView : LineItem -> Html Msg lineItemsRowView ( quantity, product ) = li [] [ text product.title, text " ", text <| toString quantity ] productSearchView : AppState -> Html Msg productSearchView appState = let { codeSearchInput } = appState in div [] (productEntryView appState ++ [ lineItemsView appState ]) productEntryView : AppState -> List (Html Msg) productEntryView appState = let { codeSearchInput, currentProduct } = appState in case currentProduct of Just product -> [ div [] [ strong [] [ text "producto" ] ] , div [ id "product-info" ] [ text product.title , text " | " , text <| toString product.price , text " | " , input [ id "quantity-entry" , type' "number" , onInput UpdatePurchaseQuantity , onEnter <| UpdateLineItems ] [] ] ] Nothing -> [ div [] [ strong [] [ text "codigo barra" ] ] , div [] [ input [ id "search-by-code" , type' "text" , autofocus True , onInput UpdateSearchByCode , value codeSearchInput , onEnter SearchProductByCode ] [] , button [ id "btn-search" , onClick SearchProductByCode ] [ text "buscar" ] ] ] headerView : AppState -> Html Msg headerView appState = div [] [ p [] [ text "Bienvenid(a), ", getUserNameView appState, text " a nuestra sucursal ", getStoreNameView appState ] , p [] [ text "Fecha inicio turno: Tuesday 25 October 2016 - 04:00:57" ] , p [] [ text "Última venta registrada: No ha registrado ninguna venta." ] ] getUserNameView : AppState -> Html Msg getUserNameView appState = strong [] [ text "PI:NAME:<NAME>END_PI" ] getStoreNameView : AppState -> Html Msg getStoreNameView appState = strong [] [ text "Playa Brava" ] onEnter : Msg -> Attribute Msg onEnter msg = let tagger code = if code == 13 then msg else NoOp in on "keydown" (Json.map tagger keyCode)

elm

examples/html/src/Components.elm

drshade/elm-spa

module Components exposing ( footer , layout , navbar ) import Browser exposing (Document) import Data.Modal as Modal exposing (Modal) import Data.SignInForm exposing (SignInForm) import Data.User as User exposing (User) import Html exposing (..) import Html.Attributes as Attr exposing (class, href) import Html.Events as Events import Generated.Route as Route -- LAYOUT layout : { page : Document msg , global : { global | modal : Maybe Modal , user : Maybe User } , actions : { onSignOut : msg , openSignInModal : msg , closeModal : msg , attemptSignIn : msg , onSignInEmailInput : String -> msg , onSignInPasswordInput : String -> msg } } -> Document msg layout { page, actions, global } = { title = page.title , body = [ div [ class "container pad--medium column spacing--large h--fill" ] [ navbar { user = global.user, actions = actions } , div [ class "column spacing--large", Attr.style "flex" "1 0 auto" ] page.body , footer , global.modal |> Maybe.map (viewModal actions) |> Maybe.withDefault (text "") ] ] } -- NAVBAR navbar : { user : Maybe User , actions : { actions | openSignInModal : msg, onSignOut : msg } } -> Html msg navbar ({ actions } as options) = header [ class "container" ] [ div [ class "row spacing--between center-y" ] [ a [ class "link font--h5 font--bold", href "/" ] [ text "home" ] , div [ class "row spacing--medium center-y" ] [ a [ class "link", href "/about" ] [ text "about" ] , a [ class "link", href "/posts" ] [ text "posts" ] , case options.user of Just user -> a [ class "link", href (Route.toHref Route.Profile) ] [ text "profile" ] Nothing -> button [ class "button", Events.onClick actions.openSignInModal ] [ text "sign in" ] ] ] ] -- FOOTER footer : Html msg footer = Html.footer [ class "container py--medium" ] [ text "built with elm, 2020" ] -- MODAL viewModal : { actions | closeModal : msg , attemptSignIn : msg , onSignInEmailInput : String -> msg , onSignInPasswordInput : String -> msg } -> Modal -> Html msg viewModal actions modal_ = case modal_ of Modal.SignInModal { email, password } -> modal { title = "Sign in" , body = form [ class "column spacing--medium", Events.onSubmit actions.attemptSignIn ] [ emailField { label = "Email" , value = email , onInput = actions.onSignInEmailInput } , passwordField { label = "Password" , value = password , onInput = actions.onSignInPasswordInput } , button [ class "button" ] [ text "Sign in" ] ] , actions = actions } modal : { title : String , body : Html msg , actions : { actions | closeModal : msg } } -> Html msg modal ({ actions } as options) = div [ class "fixed--full" ] [ div [ class "absolute--full bg--overlay", Events.onClick actions.closeModal ] [] , div [ class "column spacing--large pad--large absolute--center min-width--480 bg--white" ] [ div [ class "row spacing--between center-y" ] [ h3 [ class "font--h3" ] [ text options.title ] , button [ class "modal__close", Events.onClick actions.closeModal ] [ text "✖️" ] ] , options.body ] ] -- FORMS inputField : String -> { label : String, value : String, onInput : String -> msg } -> Html msg inputField type_ options = label [ class "column spacing--small" ] [ span [] [ text options.label ] , input [ Attr.type_ type_, Attr.value options.value, Events.onInput options.onInput ] [] ] emailField : { label : String, value : String, onInput : String -> msg } -> Html msg emailField = inputField "email" passwordField : { label : String, value : String, onInput : String -> msg } -> Html msg passwordField = inputField "password"

30131

module Components exposing ( footer , layout , navbar ) import Browser exposing (Document) import Data.Modal as Modal exposing (Modal) import Data.SignInForm exposing (SignInForm) import Data.User as User exposing (User) import Html exposing (..) import Html.Attributes as Attr exposing (class, href) import Html.Events as Events import Generated.Route as Route -- LAYOUT layout : { page : Document msg , global : { global | modal : Maybe Modal , user : Maybe User } , actions : { onSignOut : msg , openSignInModal : msg , closeModal : msg , attemptSignIn : msg , onSignInEmailInput : String -> msg , onSignInPasswordInput : String -> msg } } -> Document msg layout { page, actions, global } = { title = page.title , body = [ div [ class "container pad--medium column spacing--large h--fill" ] [ navbar { user = global.user, actions = actions } , div [ class "column spacing--large", Attr.style "flex" "1 0 auto" ] page.body , footer , global.modal |> Maybe.map (viewModal actions) |> Maybe.withDefault (text "") ] ] } -- NAVBAR navbar : { user : Maybe User , actions : { actions | openSignInModal : msg, onSignOut : msg } } -> Html msg navbar ({ actions } as options) = header [ class "container" ] [ div [ class "row spacing--between center-y" ] [ a [ class "link font--h5 font--bold", href "/" ] [ text "home" ] , div [ class "row spacing--medium center-y" ] [ a [ class "link", href "/about" ] [ text "about" ] , a [ class "link", href "/posts" ] [ text "posts" ] , case options.user of Just user -> a [ class "link", href (Route.toHref Route.Profile) ] [ text "profile" ] Nothing -> button [ class "button", Events.onClick actions.openSignInModal ] [ text "sign in" ] ] ] ] -- FOOTER footer : Html msg footer = Html.footer [ class "container py--medium" ] [ text "built with elm, 2020" ] -- MODAL viewModal : { actions | closeModal : msg , attemptSignIn : msg , onSignInEmailInput : String -> msg , onSignInPasswordInput : String -> msg } -> Modal -> Html msg viewModal actions modal_ = case modal_ of Modal.SignInModal { email, password } -> modal { title = "Sign in" , body = form [ class "column spacing--medium", Events.onSubmit actions.attemptSignIn ] [ emailField { label = "Email" , value = email , onInput = actions.onSignInEmailInput } , passwordField { label = "Password" , value = <PASSWORD> , onInput = actions.onSignInPasswordInput } , button [ class "button" ] [ text "Sign in" ] ] , actions = actions } modal : { title : String , body : Html msg , actions : { actions | closeModal : msg } } -> Html msg modal ({ actions } as options) = div [ class "fixed--full" ] [ div [ class "absolute--full bg--overlay", Events.onClick actions.closeModal ] [] , div [ class "column spacing--large pad--large absolute--center min-width--480 bg--white" ] [ div [ class "row spacing--between center-y" ] [ h3 [ class "font--h3" ] [ text options.title ] , button [ class "modal__close", Events.onClick actions.closeModal ] [ text "✖️" ] ] , options.body ] ] -- FORMS inputField : String -> { label : String, value : String, onInput : String -> msg } -> Html msg inputField type_ options = label [ class "column spacing--small" ] [ span [] [ text options.label ] , input [ Attr.type_ type_, Attr.value options.value, Events.onInput options.onInput ] [] ] emailField : { label : String, value : String, onInput : String -> msg } -> Html msg emailField = inputField "email" passwordField : { label : String, value : String, onInput : String -> msg } -> Html msg passwordField = inputField "password"

module Components exposing ( footer , layout , navbar ) import Browser exposing (Document) import Data.Modal as Modal exposing (Modal) import Data.SignInForm exposing (SignInForm) import Data.User as User exposing (User) import Html exposing (..) import Html.Attributes as Attr exposing (class, href) import Html.Events as Events import Generated.Route as Route -- LAYOUT layout : { page : Document msg , global : { global | modal : Maybe Modal , user : Maybe User } , actions : { onSignOut : msg , openSignInModal : msg , closeModal : msg , attemptSignIn : msg , onSignInEmailInput : String -> msg , onSignInPasswordInput : String -> msg } } -> Document msg layout { page, actions, global } = { title = page.title , body = [ div [ class "container pad--medium column spacing--large h--fill" ] [ navbar { user = global.user, actions = actions } , div [ class "column spacing--large", Attr.style "flex" "1 0 auto" ] page.body , footer , global.modal |> Maybe.map (viewModal actions) |> Maybe.withDefault (text "") ] ] } -- NAVBAR navbar : { user : Maybe User , actions : { actions | openSignInModal : msg, onSignOut : msg } } -> Html msg navbar ({ actions } as options) = header [ class "container" ] [ div [ class "row spacing--between center-y" ] [ a [ class "link font--h5 font--bold", href "/" ] [ text "home" ] , div [ class "row spacing--medium center-y" ] [ a [ class "link", href "/about" ] [ text "about" ] , a [ class "link", href "/posts" ] [ text "posts" ] , case options.user of Just user -> a [ class "link", href (Route.toHref Route.Profile) ] [ text "profile" ] Nothing -> button [ class "button", Events.onClick actions.openSignInModal ] [ text "sign in" ] ] ] ] -- FOOTER footer : Html msg footer = Html.footer [ class "container py--medium" ] [ text "built with elm, 2020" ] -- MODAL viewModal : { actions | closeModal : msg , attemptSignIn : msg , onSignInEmailInput : String -> msg , onSignInPasswordInput : String -> msg } -> Modal -> Html msg viewModal actions modal_ = case modal_ of Modal.SignInModal { email, password } -> modal { title = "Sign in" , body = form [ class "column spacing--medium", Events.onSubmit actions.attemptSignIn ] [ emailField { label = "Email" , value = email , onInput = actions.onSignInEmailInput } , passwordField { label = "Password" , value = PI:PASSWORD:<PASSWORD>END_PI , onInput = actions.onSignInPasswordInput } , button [ class "button" ] [ text "Sign in" ] ] , actions = actions } modal : { title : String , body : Html msg , actions : { actions | closeModal : msg } } -> Html msg modal ({ actions } as options) = div [ class "fixed--full" ] [ div [ class "absolute--full bg--overlay", Events.onClick actions.closeModal ] [] , div [ class "column spacing--large pad--large absolute--center min-width--480 bg--white" ] [ div [ class "row spacing--between center-y" ] [ h3 [ class "font--h3" ] [ text options.title ] , button [ class "modal__close", Events.onClick actions.closeModal ] [ text "✖️" ] ] , options.body ] ] -- FORMS inputField : String -> { label : String, value : String, onInput : String -> msg } -> Html msg inputField type_ options = label [ class "column spacing--small" ] [ span [] [ text options.label ] , input [ Attr.type_ type_, Attr.value options.value, Events.onInput options.onInput ] [] ] emailField : { label : String, value : String, onInput : String -> msg } -> Html msg emailField = inputField "email" passwordField : { label : String, value : String, onInput : String -> msg } -> Html msg passwordField = inputField "password"

elm

src/ParseHtml/HtmlEntities.elm

dkodaj/simplerte

module ParseHtml.HtmlEntities exposing (htmlEntities) htmlEntities : List ( String, Int ) htmlEntities = [ ( "&OElig;", 338 ) , ( "&oelig;", 339 ) , ( "&Scaron;", 352 ) , ( "&scaron;", 353 ) , ( "&Yuml;", 376 ) , ( "&fnof;", 402 ) , ( "&circ;", 710 ) , ( "&tilde;", 732 ) , ( "&ensp;", 8194 ) , ( "&emsp;", 8195 ) , ( "&thinsp;", 8201 ) , ( "&zwnj;", 8204 ) , ( "&zwj;", 8205 ) , ( "&lrm;", 8206 ) , ( "&rlm;", 8207 ) , ( "&ndash;", 8211 ) , ( "&mdash;", 8212 ) , ( "&lsquo;", 8216 ) , ( "&rsquo;", 8217 ) , ( "&sbquo;", 8218 ) , ( "&ldquo;", 8220 ) , ( "&rdquo;", 8221 ) , ( "&bdquo;", 8222 ) , ( "&dagger;", 8224 ) , ( "&Dagger;", 8225 ) , ( "&bull;", 8226 ) , ( "&hellip;", 8230 ) , ( "&permil;", 8240 ) , ( "&prime;", 8242 ) , ( "&Prime;", 8243 ) , ( "&lsaquo;", 8249 ) , ( "&rsaquo;", 8250 ) , ( "&oline;", 8254 ) , ( "&euro;", 8364 ) , ( "&trade;", 8482 ) , ( "&larr;", 8592 ) , ( "&uarr;", 8593 ) , ( "&rarr;", 8594 ) , ( "&darr;", 8595 ) , ( "&harr;", 8596 ) , ( "&crarr;", 8629 ) , ( "&lceil;", 8968 ) , ( "&rceil;", 8969 ) , ( "&lfloor;", 8970 ) , ( "&rfloor;", 8971 ) , ( "&loz;", 9674 ) , ( "&spades;", 9824 ) , ( "&clubs;", 9827 ) , ( "&hearts;", 9829 ) , ( "&diams;", 9830 ) , ( "&Alpha;", 913 ) , ( "&Beta;", 914 ) , ( "&Gamma;", 915 ) , ( "&Delta;", 916 ) , ( "&Epsilon;", 917 ) , ( "&Zeta;", 918 ) , ( "&Eta;", 919 ) , ( "&Theta;", 920 ) , ( "&Iota;", 921 ) , ( "&Kappa;", 922 ) , ( "&Lambda;", 923 ) , ( "&Mu;", 924 ) , ( "&Nu;", 925 ) , ( "&Xi;", 926 ) , ( "&Omicron;", 927 ) , ( "&Pi;", 928 ) , ( "&Rho;", 929 ) , ( "&Sigma;", 931 ) , ( "&Tau;", 932 ) , ( "&Upsilon;", 933 ) , ( "&Phi;", 934 ) , ( "&Chi;", 935 ) , ( "&Psi;", 936 ) , ( "&Omega;", 937 ) , ( "&alpha;", 945 ) , ( "&beta;", 946 ) , ( "&gamma;", 947 ) , ( "&delta;", 948 ) , ( "&epsilon;", 949 ) , ( "&zeta;", 950 ) , ( "&eta;", 951 ) , ( "&theta;", 952 ) , ( "&iota;", 953 ) , ( "&kappa;", 954 ) , ( "&lambda;", 955 ) , ( "&mu;", 956 ) , ( "&nu;", 957 ) , ( "&xi;", 958 ) , ( "&omicron;", 959 ) , ( "&pi;", 960 ) , ( "&rho;", 961 ) , ( "&sigmaf;", 962 ) , ( "&sigma;", 963 ) , ( "&tau;", 964 ) , ( "&upsilon;", 965 ) , ( "&phi;", 966 ) , ( "&chi;", 967 ) , ( "&psi;", 968 ) , ( "&omega;", 969 ) , ( "&thetasym;", 977 ) , ( "&upsih;", 978 ) , ( "&piv;", 982 ) , ( "&forall;", 8704 ) , ( "&part;", 8706 ) , ( "&exist;", 8707 ) , ( "&empty;", 8709 ) , ( "&nabla;", 8711 ) , ( "&isin;", 8712 ) , ( "&notin;", 8713 ) , ( "&ni;", 8715 ) , ( "&prod;", 8719 ) , ( "&sum;", 8721 ) , ( "&minus;", 8722 ) , ( "&lowast;", 8727 ) , ( "&radic;", 8730 ) , ( "&prop;", 8733 ) , ( "&infin;", 8734 ) , ( "&ang;", 8736 ) , ( "&and;", 8743 ) , ( "&or;", 8744 ) , ( "&cap;", 8745 ) , ( "&cup;", 8746 ) , ( "&int;", 8747 ) , ( "&there4;", 8756 ) , ( "&sim;", 8764 ) , ( "&cong;", 8773 ) , ( "&asymp;", 8776 ) , ( "&ne;", 8800 ) , ( "&equiv;", 8801 ) , ( "&le;", 8804 ) , ( "&ge;", 8805 ) , ( "&sub;", 8834 ) , ( "&sup;", 8835 ) , ( "&nsub;", 8836 ) , ( "&sube;", 8838 ) , ( "&supe;", 8839 ) , ( "&oplus;", 8853 ) , ( "&otimes;", 8855 ) , ( "&perp;", 8869 ) , ( "&sdot;", 8901 ) , ( "&nbsp;", 160 ) , ( "&iexcl;", 161 ) , ( "&cent;", 162 ) , ( "&pound;", 163 ) , ( "&curren;", 164 ) , ( "&yen;", 165 ) , ( "&brvbar;", 166 ) , ( "&sect;", 167 ) , ( "&uml;", 168 ) , ( "&copy;", 169 ) , ( "&ordf;", 170 ) , ( "&laquo;", 171 ) , ( "&not;", 172 ) , ( "&shy;", 173 ) , ( "&reg;", 174 ) , ( "&macr;", 175 ) , ( "&deg;", 176 ) , ( "&plusmn;", 177 ) , ( "&sup2;", 178 ) , ( "&sup3;", 179 ) , ( "&acute;", 180 ) , ( "&micro;", 181 ) , ( "&para;", 182 ) , ( "&cedil;", 184 ) , ( "&sup1;", 185 ) , ( "&ordm;", 186 ) , ( "&raquo;", 187 ) , ( "&frac14;", 188 ) , ( "&frac12;", 189 ) , ( "&frac34;", 190 ) , ( "&iquest;", 191 ) , ( "&times;", 215 ) , ( "&divide;", 247 ) , ( "&Agrave;", 192 ) , ( "&Aacute;", 193 ) , ( "&Acirc;", 194 ) , ( "&Atilde;", 195 ) , ( "&Auml;", 196 ) , ( "&Aring;", 197 ) , ( "&AElig;", 198 ) , ( "&Ccedil;", 199 ) , ( "&Egrave;", 200 ) , ( "&Eacute;", 201 ) , ( "&Ecirc;", 202 ) , ( "&Euml;", 203 ) , ( "&Igrave;", 204 ) , ( "&Iacute;", 205 ) , ( "&Icirc;", 206 ) , ( "&Iuml;", 207 ) , ( "&ETH;", 208 ) , ( "&Ntilde;", 209 ) , ( "&Ograve;", 210 ) , ( "&Oacute;", 211 ) , ( "&Ocirc;", 212 ) , ( "&Otilde;", 213 ) , ( "&Ouml;", 214 ) , ( "&Oslash;", 216 ) , ( "&Ugrave;", 217 ) , ( "&Uacute;", 218 ) , ( "&Ucirc;", 219 ) , ( "&Uuml;", 220 ) , ( "&Yacute;", 221 ) , ( "&THORN;", 222 ) , ( "&szlig;", 223 ) , ( "&agrave;", 224 ) , ( "&aacute;", 225 ) , ( "&acirc;", 226 ) , ( "&atilde;", 227 ) , ( "&auml;", 228 ) , ( "&aring;", 229 ) , ( "&aelig;", 230 ) , ( "&ccedil;", 231 ) , ( "&egrave;", 232 ) , ( "&eacute;", 233 ) , ( "&ecirc;", 234 ) , ( "&euml;", 235 ) , ( "&igrave;", 236 ) , ( "&iacute;", 237 ) , ( "&icirc;", 238 ) , ( "&iuml;", 239 ) , ( "&eth;", 240 ) , ( "&ntilde;", 241 ) , ( "&ograve;", 242 ) , ( "&oacute;", 243 ) , ( "&ocirc;", 244 ) , ( "&otilde;", 245 ) , ( "&ouml;", 246 ) , ( "&oslash;", 248 ) , ( "&ugrave;", 249 ) , ( "&uacute;", 250 ) , ( "&ucirc;", 251 ) , ( "&uuml;", 252 ) , ( "&yacute;", 253 ) , ( "&thorn;", 254 ) , ( "&yuml;", 255 ) , ( "&amp;", 38 ) , ( "&lt;", 60 ) , ( "&gt;", 62 ) , ( "&#32;", 32 ) , ( "&#33;", 33 ) , ( "&#34;", 34 ) , ( "&#35;", 35 ) , ( "&#36;", 36 ) , ( "&#37;", 37 ) , ( "&#39;", 39 ) , ( "&#40;", 40 ) , ( "&#41;", 41 ) , ( "&#42;", 42 ) , ( "&#43;", 43 ) , ( "&#44;", 44 ) , ( "&#45;", 45 ) , ( "&#46;", 46 ) , ( "&#47;", 47 ) , ( "&#48;", 48 ) , ( "&#49;", 49 ) , ( "&#50;", 50 ) , ( "&#51;", 51 ) , ( "&#52;", 52 ) , ( "&#53;", 53 ) , ( "&#54;", 54 ) , ( "&#55;", 55 ) , ( "&#56;", 56 ) , ( "&#57;", 57 ) , ( "&#58;", 58 ) , ( "&#59;", 59 ) , ( "&#61;", 61 ) , ( "&#63;", 63 ) , ( "&#64;", 64 ) , ( "&#65;", 65 ) , ( "&#66;", 66 ) , ( "&#67;", 67 ) , ( "&#68;", 68 ) , ( "&#69;", 69 ) , ( "&#70;", 70 ) , ( "&#71;", 71 ) , ( "&#72;", 72 ) , ( "&#73;", 73 ) , ( "&#74;", 74 ) , ( "&#75;", 75 ) , ( "&#76;", 76 ) , ( "&#77;", 77 ) , ( "&#78;", 78 ) , ( "&#79;", 79 ) , ( "&#80;", 80 ) , ( "&#81;", 81 ) , ( "&#82;", 82 ) , ( "&#83;", 83 ) , ( "&#84;", 84 ) , ( "&#85;", 85 ) , ( "&#86;", 86 ) , ( "&#87;", 87 ) , ( "&#88;", 88 ) , ( "&#89;", 89 ) , ( "&#90;", 90 ) , ( "&#91;", 91 ) , ( "&#92;", 92 ) , ( "&#93;", 93 ) , ( "&#94;", 94 ) , ( "&#95;", 95 ) , ( "&#96;", 96 ) , ( "&#97;", 97 ) , ( "&#98;", 98 ) , ( "&#99;", 99 ) , ( "&#100;", 100 ) , ( "&#101;", 101 ) , ( "&#102;", 102 ) , ( "&#103;", 103 ) , ( "&#104;", 104 ) , ( "&#105;", 105 ) , ( "&#106;", 106 ) , ( "&#107;", 107 ) , ( "&#108;", 108 ) , ( "&#109;", 109 ) , ( "&#110;", 110 ) , ( "&#111;", 111 ) , ( "&#112;", 112 ) , ( "&#113;", 113 ) , ( "&#114;", 114 ) , ( "&#115;", 115 ) , ( "&#116;", 116 ) , ( "&#117;", 117 ) , ( "&#118;", 118 ) , ( "&#119;", 119 ) , ( "&#120;", 120 ) , ( "&#121;", 121 ) , ( "&#122;", 122 ) , ( "&#123;", 123 ) , ( "&#124;", 124 ) , ( "&#125;", 125 ) , ( "&#126;", 126 ) ]

52967

module ParseHtml.HtmlEntities exposing (htmlEntities) htmlEntities : List ( String, Int ) htmlEntities = [ ( "&OElig;", 338 ) , ( "&oelig;", 339 ) , ( "&<NAME>;", 352 ) , ( "&scaron;", 353 ) , ( "&Yuml;", 376 ) , ( "&fnof;", 402 ) , ( "&circ;", 710 ) , ( "&tilde;", 732 ) , ( "&ensp;", 8194 ) , ( "&emsp;", 8195 ) , ( "&thinsp;", 8201 ) , ( "&zwnj;", 8204 ) , ( "&zwj;", 8205 ) , ( "&lrm;", 8206 ) , ( "&rlm;", 8207 ) , ( "&ndash;", 8211 ) , ( "&mdash;", 8212 ) , ( "&lsquo;", 8216 ) , ( "&rsquo;", 8217 ) , ( "&sbquo;", 8218 ) , ( "&ldquo;", 8220 ) , ( "&rdquo;", 8221 ) , ( "&bdquo;", 8222 ) , ( "&dagger;", 8224 ) , ( "&Dagger;", 8225 ) , ( "&bull;", 8226 ) , ( "&hellip;", 8230 ) , ( "&permil;", 8240 ) , ( "&prime;", 8242 ) , ( "&Prime;", 8243 ) , ( "&lsaquo;", 8249 ) , ( "&rsaquo;", 8250 ) , ( "&oline;", 8254 ) , ( "&euro;", 8364 ) , ( "&trade;", 8482 ) , ( "&larr;", 8592 ) , ( "&uarr;", 8593 ) , ( "&rarr;", 8594 ) , ( "&darr;", 8595 ) , ( "&harr;", 8596 ) , ( "&crarr;", 8629 ) , ( "&lceil;", 8968 ) , ( "&rceil;", 8969 ) , ( "&lfloor;", 8970 ) , ( "&rfloor;", 8971 ) , ( "&loz;", 9674 ) , ( "&spades;", 9824 ) , ( "&clubs;", 9827 ) , ( "&hearts;", 9829 ) , ( "&diams;", 9830 ) , ( "&Alpha;", 913 ) , ( "&Beta;", 914 ) , ( "&Gamma;", 915 ) , ( "&Delta;", 916 ) , ( "&Epsilon;", 917 ) , ( "&Zeta;", 918 ) , ( "&Eta;", 919 ) , ( "&Theta;", 920 ) , ( "&Iota;", 921 ) , ( "&Kappa;", 922 ) , ( "&Lambda;", 923 ) , ( "&Mu;", 924 ) , ( "&Nu;", 925 ) , ( "&Xi;", 926 ) , ( "&Omicron;", 927 ) , ( "&Pi;", 928 ) , ( "&Rho;", 929 ) , ( "&Sigma;", 931 ) , ( "&Tau;", 932 ) , ( "&Upsilon;", 933 ) , ( "&Phi;", 934 ) , ( "&Chi;", 935 ) , ( "&Psi;", 936 ) , ( "&Omega;", 937 ) , ( "&alpha;", 945 ) , ( "&beta;", 946 ) , ( "&gamma;", 947 ) , ( "&delta;", 948 ) , ( "&epsilon;", 949 ) , ( "&zeta;", 950 ) , ( "&eta;", 951 ) , ( "&theta;", 952 ) , ( "&iota;", 953 ) , ( "&kappa;", 954 ) , ( "&lambda;", 955 ) , ( "&mu;", 956 ) , ( "&nu;", 957 ) , ( "&xi;", 958 ) , ( "&omicron;", 959 ) , ( "&pi;", 960 ) , ( "&rho;", 961 ) , ( "&sigmaf;", 962 ) , ( "&sigma;", 963 ) , ( "&tau;", 964 ) , ( "&upsilon;", 965 ) , ( "&phi;", 966 ) , ( "&chi;", 967 ) , ( "&psi;", 968 ) , ( "&omega;", 969 ) , ( "&thetasym;", 977 ) , ( "&upsih;", 978 ) , ( "&piv;", 982 ) , ( "&forall;", 8704 ) , ( "&part;", 8706 ) , ( "&exist;", 8707 ) , ( "&empty;", 8709 ) , ( "&nabla;", 8711 ) , ( "&isin;", 8712 ) , ( "&notin;", 8713 ) , ( "&ni;", 8715 ) , ( "&prod;", 8719 ) , ( "&sum;", 8721 ) , ( "&minus;", 8722 ) , ( "&lowast;", 8727 ) , ( "&radic;", 8730 ) , ( "&prop;", 8733 ) , ( "&infin;", 8734 ) , ( "&ang;", 8736 ) , ( "&and;", 8743 ) , ( "&or;", 8744 ) , ( "&cap;", 8745 ) , ( "&cup;", 8746 ) , ( "&int;", 8747 ) , ( "&there4;", 8756 ) , ( "&sim;", 8764 ) , ( "&cong;", 8773 ) , ( "&asymp;", 8776 ) , ( "&ne;", 8800 ) , ( "&equiv;", 8801 ) , ( "&le;", 8804 ) , ( "&ge;", 8805 ) , ( "&sub;", 8834 ) , ( "&sup;", 8835 ) , ( "&nsub;", 8836 ) , ( "&sube;", 8838 ) , ( "&supe;", 8839 ) , ( "&oplus;", 8853 ) , ( "&otimes;", 8855 ) , ( "&perp;", 8869 ) , ( "&sdot;", 8901 ) , ( "&nbsp;", 160 ) , ( "&iexcl;", 161 ) , ( "&cent;", 162 ) , ( "&pound;", 163 ) , ( "&curren;", 164 ) , ( "&yen;", 165 ) , ( "&brvbar;", 166 ) , ( "&sect;", 167 ) , ( "&uml;", 168 ) , ( "&copy;", 169 ) , ( "&ordf;", 170 ) , ( "&laquo;", 171 ) , ( "&not;", 172 ) , ( "&shy;", 173 ) , ( "&reg;", 174 ) , ( "&macr;", 175 ) , ( "&deg;", 176 ) , ( "&plusmn;", 177 ) , ( "&sup2;", 178 ) , ( "&sup3;", 179 ) , ( "&acute;", 180 ) , ( "&micro;", 181 ) , ( "&para;", 182 ) , ( "&cedil;", 184 ) , ( "&sup1;", 185 ) , ( "&ordm;", 186 ) , ( "&raquo;", 187 ) , ( "&frac14;", 188 ) , ( "&frac12;", 189 ) , ( "&frac34;", 190 ) , ( "&iquest;", 191 ) , ( "&times;", 215 ) , ( "&divide;", 247 ) , ( "&Agrave;", 192 ) , ( "&Aacute;", 193 ) , ( "&Acirc;", 194 ) , ( "&Atilde;", 195 ) , ( "&Auml;", 196 ) , ( "&Aring;", 197 ) , ( "&AElig;", 198 ) , ( "&Ccedil;", 199 ) , ( "&Egrave;", 200 ) , ( "&Eacute;", 201 ) , ( "&Ecirc;", 202 ) , ( "&Euml;", 203 ) , ( "&Igrave;", 204 ) , ( "&Iacute;", 205 ) , ( "&Icirc;", 206 ) , ( "&Iuml;", 207 ) , ( "&ETH;", 208 ) , ( "&Ntilde;", 209 ) , ( "&Ograve;", 210 ) , ( "&Oacute;", 211 ) , ( "&Ocirc;", 212 ) , ( "&Otilde;", 213 ) , ( "&Ouml;", 214 ) , ( "&Oslash;", 216 ) , ( "&Ugrave;", 217 ) , ( "&Uacute;", 218 ) , ( "&Ucirc;", 219 ) , ( "&Uuml;", 220 ) , ( "&Yacute;", 221 ) , ( "&THORN;", 222 ) , ( "&szlig;", 223 ) , ( "&agrave;", 224 ) , ( "&aacute;", 225 ) , ( "&acirc;", 226 ) , ( "&atilde;", 227 ) , ( "&auml;", 228 ) , ( "&aring;", 229 ) , ( "&aelig;", 230 ) , ( "&ccedil;", 231 ) , ( "&egrave;", 232 ) , ( "&eacute;", 233 ) , ( "&ecirc;", 234 ) , ( "&euml;", 235 ) , ( "&igrave;", 236 ) , ( "&iacute;", 237 ) , ( "&icirc;", 238 ) , ( "&iuml;", 239 ) , ( "&eth;", 240 ) , ( "&ntilde;", 241 ) , ( "&ograve;", 242 ) , ( "&oacute;", 243 ) , ( "&ocirc;", 244 ) , ( "&otilde;", 245 ) , ( "&ouml;", 246 ) , ( "&oslash;", 248 ) , ( "&ugrave;", 249 ) , ( "&uacute;", 250 ) , ( "&ucirc;", 251 ) , ( "&uuml;", 252 ) , ( "&yacute;", 253 ) , ( "&thorn;", 254 ) , ( "&yuml;", 255 ) , ( "&amp;", 38 ) , ( "&lt;", 60 ) , ( "&gt;", 62 ) , ( "&#32;", 32 ) , ( "&#33;", 33 ) , ( "&#34;", 34 ) , ( "&#35;", 35 ) , ( "&#36;", 36 ) , ( "&#37;", 37 ) , ( "&#39;", 39 ) , ( "&#40;", 40 ) , ( "&#41;", 41 ) , ( "&#42;", 42 ) , ( "&#43;", 43 ) , ( "&#44;", 44 ) , ( "&#45;", 45 ) , ( "&#46;", 46 ) , ( "&#47;", 47 ) , ( "&#48;", 48 ) , ( "&#49;", 49 ) , ( "&#50;", 50 ) , ( "&#51;", 51 ) , ( "&#52;", 52 ) , ( "&#53;", 53 ) , ( "&#54;", 54 ) , ( "&#55;", 55 ) , ( "&#56;", 56 ) , ( "&#57;", 57 ) , ( "&#58;", 58 ) , ( "&#59;", 59 ) , ( "&#61;", 61 ) , ( "&#63;", 63 ) , ( "&#64;", 64 ) , ( "&#65;", 65 ) , ( "&#66;", 66 ) , ( "&#67;", 67 ) , ( "&#68;", 68 ) , ( "&#69;", 69 ) , ( "&#70;", 70 ) , ( "&#71;", 71 ) , ( "&#72;", 72 ) , ( "&#73;", 73 ) , ( "&#74;", 74 ) , ( "&#75;", 75 ) , ( "&#76;", 76 ) , ( "&#77;", 77 ) , ( "&#78;", 78 ) , ( "&#79;", 79 ) , ( "&#80;", 80 ) , ( "&#81;", 81 ) , ( "&#82;", 82 ) , ( "&#83;", 83 ) , ( "&#84;", 84 ) , ( "&#85;", 85 ) , ( "&#86;", 86 ) , ( "&#87;", 87 ) , ( "&#88;", 88 ) , ( "&#89;", 89 ) , ( "&#90;", 90 ) , ( "&#91;", 91 ) , ( "&#92;", 92 ) , ( "&#93;", 93 ) , ( "&#94;", 94 ) , ( "&#95;", 95 ) , ( "&#96;", 96 ) , ( "&#97;", 97 ) , ( "&#98;", 98 ) , ( "&#99;", 99 ) , ( "&#100;", 100 ) , ( "&#101;", 101 ) , ( "&#102;", 102 ) , ( "&#103;", 103 ) , ( "&#104;", 104 ) , ( "&#105;", 105 ) , ( "&#106;", 106 ) , ( "&#107;", 107 ) , ( "&#108;", 108 ) , ( "&#109;", 109 ) , ( "&#110;", 110 ) , ( "&#111;", 111 ) , ( "&#112;", 112 ) , ( "&#113;", 113 ) , ( "&#114;", 114 ) , ( "&#115;", 115 ) , ( "&#116;", 116 ) , ( "&#117;", 117 ) , ( "&#118;", 118 ) , ( "&#119;", 119 ) , ( "&#120;", 120 ) , ( "&#121;", 121 ) , ( "&#122;", 122 ) , ( "&#123;", 123 ) , ( "&#124;", 124 ) , ( "&#125;", 125 ) , ( "&#126;", 126 ) ]

module ParseHtml.HtmlEntities exposing (htmlEntities) htmlEntities : List ( String, Int ) htmlEntities = [ ( "&OElig;", 338 ) , ( "&oelig;", 339 ) , ( "&PI:NAME:<NAME>END_PI;", 352 ) , ( "&scaron;", 353 ) , ( "&Yuml;", 376 ) , ( "&fnof;", 402 ) , ( "&circ;", 710 ) , ( "&tilde;", 732 ) , ( "&ensp;", 8194 ) , ( "&emsp;", 8195 ) , ( "&thinsp;", 8201 ) , ( "&zwnj;", 8204 ) , ( "&zwj;", 8205 ) , ( "&lrm;", 8206 ) , ( "&rlm;", 8207 ) , ( "&ndash;", 8211 ) , ( "&mdash;", 8212 ) , ( "&lsquo;", 8216 ) , ( "&rsquo;", 8217 ) , ( "&sbquo;", 8218 ) , ( "&ldquo;", 8220 ) , ( "&rdquo;", 8221 ) , ( "&bdquo;", 8222 ) , ( "&dagger;", 8224 ) , ( "&Dagger;", 8225 ) , ( "&bull;", 8226 ) , ( "&hellip;", 8230 ) , ( "&permil;", 8240 ) , ( "&prime;", 8242 ) , ( "&Prime;", 8243 ) , ( "&lsaquo;", 8249 ) , ( "&rsaquo;", 8250 ) , ( "&oline;", 8254 ) , ( "&euro;", 8364 ) , ( "&trade;", 8482 ) , ( "&larr;", 8592 ) , ( "&uarr;", 8593 ) , ( "&rarr;", 8594 ) , ( "&darr;", 8595 ) , ( "&harr;", 8596 ) , ( "&crarr;", 8629 ) , ( "&lceil;", 8968 ) , ( "&rceil;", 8969 ) , ( "&lfloor;", 8970 ) , ( "&rfloor;", 8971 ) , ( "&loz;", 9674 ) , ( "&spades;", 9824 ) , ( "&clubs;", 9827 ) , ( "&hearts;", 9829 ) , ( "&diams;", 9830 ) , ( "&Alpha;", 913 ) , ( "&Beta;", 914 ) , ( "&Gamma;", 915 ) , ( "&Delta;", 916 ) , ( "&Epsilon;", 917 ) , ( "&Zeta;", 918 ) , ( "&Eta;", 919 ) , ( "&Theta;", 920 ) , ( "&Iota;", 921 ) , ( "&Kappa;", 922 ) , ( "&Lambda;", 923 ) , ( "&Mu;", 924 ) , ( "&Nu;", 925 ) , ( "&Xi;", 926 ) , ( "&Omicron;", 927 ) , ( "&Pi;", 928 ) , ( "&Rho;", 929 ) , ( "&Sigma;", 931 ) , ( "&Tau;", 932 ) , ( "&Upsilon;", 933 ) , ( "&Phi;", 934 ) , ( "&Chi;", 935 ) , ( "&Psi;", 936 ) , ( "&Omega;", 937 ) , ( "&alpha;", 945 ) , ( "&beta;", 946 ) , ( "&gamma;", 947 ) , ( "&delta;", 948 ) , ( "&epsilon;", 949 ) , ( "&zeta;", 950 ) , ( "&eta;", 951 ) , ( "&theta;", 952 ) , ( "&iota;", 953 ) , ( "&kappa;", 954 ) , ( "&lambda;", 955 ) , ( "&mu;", 956 ) , ( "&nu;", 957 ) , ( "&xi;", 958 ) , ( "&omicron;", 959 ) , ( "&pi;", 960 ) , ( "&rho;", 961 ) , ( "&sigmaf;", 962 ) , ( "&sigma;", 963 ) , ( "&tau;", 964 ) , ( "&upsilon;", 965 ) , ( "&phi;", 966 ) , ( "&chi;", 967 ) , ( "&psi;", 968 ) , ( "&omega;", 969 ) , ( "&thetasym;", 977 ) , ( "&upsih;", 978 ) , ( "&piv;", 982 ) , ( "&forall;", 8704 ) , ( "&part;", 8706 ) , ( "&exist;", 8707 ) , ( "&empty;", 8709 ) , ( "&nabla;", 8711 ) , ( "&isin;", 8712 ) , ( "&notin;", 8713 ) , ( "&ni;", 8715 ) , ( "&prod;", 8719 ) , ( "&sum;", 8721 ) , ( "&minus;", 8722 ) , ( "&lowast;", 8727 ) , ( "&radic;", 8730 ) , ( "&prop;", 8733 ) , ( "&infin;", 8734 ) , ( "&ang;", 8736 ) , ( "&and;", 8743 ) , ( "&or;", 8744 ) , ( "&cap;", 8745 ) , ( "&cup;", 8746 ) , ( "&int;", 8747 ) , ( "&there4;", 8756 ) , ( "&sim;", 8764 ) , ( "&cong;", 8773 ) , ( "&asymp;", 8776 ) , ( "&ne;", 8800 ) , ( "&equiv;", 8801 ) , ( "&le;", 8804 ) , ( "&ge;", 8805 ) , ( "&sub;", 8834 ) , ( "&sup;", 8835 ) , ( "&nsub;", 8836 ) , ( "&sube;", 8838 ) , ( "&supe;", 8839 ) , ( "&oplus;", 8853 ) , ( "&otimes;", 8855 ) , ( "&perp;", 8869 ) , ( "&sdot;", 8901 ) , ( "&nbsp;", 160 ) , ( "&iexcl;", 161 ) , ( "&cent;", 162 ) , ( "&pound;", 163 ) , ( "&curren;", 164 ) , ( "&yen;", 165 ) , ( "&brvbar;", 166 ) , ( "&sect;", 167 ) , ( "&uml;", 168 ) , ( "&copy;", 169 ) , ( "&ordf;", 170 ) , ( "&laquo;", 171 ) , ( "&not;", 172 ) , ( "&shy;", 173 ) , ( "&reg;", 174 ) , ( "&macr;", 175 ) , ( "&deg;", 176 ) , ( "&plusmn;", 177 ) , ( "&sup2;", 178 ) , ( "&sup3;", 179 ) , ( "&acute;", 180 ) , ( "&micro;", 181 ) , ( "&para;", 182 ) , ( "&cedil;", 184 ) , ( "&sup1;", 185 ) , ( "&ordm;", 186 ) , ( "&raquo;", 187 ) , ( "&frac14;", 188 ) , ( "&frac12;", 189 ) , ( "&frac34;", 190 ) , ( "&iquest;", 191 ) , ( "&times;", 215 ) , ( "&divide;", 247 ) , ( "&Agrave;", 192 ) , ( "&Aacute;", 193 ) , ( "&Acirc;", 194 ) , ( "&Atilde;", 195 ) , ( "&Auml;", 196 ) , ( "&Aring;", 197 ) , ( "&AElig;", 198 ) , ( "&Ccedil;", 199 ) , ( "&Egrave;", 200 ) , ( "&Eacute;", 201 ) , ( "&Ecirc;", 202 ) , ( "&Euml;", 203 ) , ( "&Igrave;", 204 ) , ( "&Iacute;", 205 ) , ( "&Icirc;", 206 ) , ( "&Iuml;", 207 ) , ( "&ETH;", 208 ) , ( "&Ntilde;", 209 ) , ( "&Ograve;", 210 ) , ( "&Oacute;", 211 ) , ( "&Ocirc;", 212 ) , ( "&Otilde;", 213 ) , ( "&Ouml;", 214 ) , ( "&Oslash;", 216 ) , ( "&Ugrave;", 217 ) , ( "&Uacute;", 218 ) , ( "&Ucirc;", 219 ) , ( "&Uuml;", 220 ) , ( "&Yacute;", 221 ) , ( "&THORN;", 222 ) , ( "&szlig;", 223 ) , ( "&agrave;", 224 ) , ( "&aacute;", 225 ) , ( "&acirc;", 226 ) , ( "&atilde;", 227 ) , ( "&auml;", 228 ) , ( "&aring;", 229 ) , ( "&aelig;", 230 ) , ( "&ccedil;", 231 ) , ( "&egrave;", 232 ) , ( "&eacute;", 233 ) , ( "&ecirc;", 234 ) , ( "&euml;", 235 ) , ( "&igrave;", 236 ) , ( "&iacute;", 237 ) , ( "&icirc;", 238 ) , ( "&iuml;", 239 ) , ( "&eth;", 240 ) , ( "&ntilde;", 241 ) , ( "&ograve;", 242 ) , ( "&oacute;", 243 ) , ( "&ocirc;", 244 ) , ( "&otilde;", 245 ) , ( "&ouml;", 246 ) , ( "&oslash;", 248 ) , ( "&ugrave;", 249 ) , ( "&uacute;", 250 ) , ( "&ucirc;", 251 ) , ( "&uuml;", 252 ) , ( "&yacute;", 253 ) , ( "&thorn;", 254 ) , ( "&yuml;", 255 ) , ( "&amp;", 38 ) , ( "&lt;", 60 ) , ( "&gt;", 62 ) , ( "&#32;", 32 ) , ( "&#33;", 33 ) , ( "&#34;", 34 ) , ( "&#35;", 35 ) , ( "&#36;", 36 ) , ( "&#37;", 37 ) , ( "&#39;", 39 ) , ( "&#40;", 40 ) , ( "&#41;", 41 ) , ( "&#42;", 42 ) , ( "&#43;", 43 ) , ( "&#44;", 44 ) , ( "&#45;", 45 ) , ( "&#46;", 46 ) , ( "&#47;", 47 ) , ( "&#48;", 48 ) , ( "&#49;", 49 ) , ( "&#50;", 50 ) , ( "&#51;", 51 ) , ( "&#52;", 52 ) , ( "&#53;", 53 ) , ( "&#54;", 54 ) , ( "&#55;", 55 ) , ( "&#56;", 56 ) , ( "&#57;", 57 ) , ( "&#58;", 58 ) , ( "&#59;", 59 ) , ( "&#61;", 61 ) , ( "&#63;", 63 ) , ( "&#64;", 64 ) , ( "&#65;", 65 ) , ( "&#66;", 66 ) , ( "&#67;", 67 ) , ( "&#68;", 68 ) , ( "&#69;", 69 ) , ( "&#70;", 70 ) , ( "&#71;", 71 ) , ( "&#72;", 72 ) , ( "&#73;", 73 ) , ( "&#74;", 74 ) , ( "&#75;", 75 ) , ( "&#76;", 76 ) , ( "&#77;", 77 ) , ( "&#78;", 78 ) , ( "&#79;", 79 ) , ( "&#80;", 80 ) , ( "&#81;", 81 ) , ( "&#82;", 82 ) , ( "&#83;", 83 ) , ( 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elm

draft/DevBot/Java/Ast.elm

aszenz/morphir-elm

{- Copyright 2020 Morgan Stanley Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. -} module SlateX.DevBot.Java.Ast exposing (..) {-| Java AST based on: https://docs.oracle.com/javase/specs/jls/se7/html/jls-18.html -} type alias TODO = Never type alias Identifier = String type alias QualifiedIdentifier = List Identifier type alias CompilationUnit = { filePath : List String , fileName : String , packageDecl : Maybe PackageDeclaration , imports : List ImportDeclaration , typeDecls : List TypeDeclaration } type alias PackageDeclaration = { annotations : List Annotation , qualifiedName : QualifiedIdentifier } type ImportDeclaration = Import QualifiedIdentifier Bool | StaticImport QualifiedIdentifier Bool type TypeDeclaration = Class { modifiers : List Modifier , name : Identifier , typeParams : List Identifier , extends : Maybe Type , implements : List Type , members : List MemberDecl } | Interface { modifiers : List Modifier , name : Identifier , typeParams : List Identifier , extends : List Type , members : List MemberDecl } | Enum { modifiers : List Modifier , name : Identifier , implements : List Type , values : List Identifier } type Modifier = Public | Private | Static | Abstract | Final type MemberDecl = Field { modifiers : List Modifier , tpe : Type , name : Identifier } | Constructor { modifiers : List Modifier , args : List ( Identifier, Type ) , body : Maybe (List Exp) } | Method { modifiers : List Modifier , typeParams : List Identifier , returnType : Type , name : Identifier , args : List ( Identifier, Type ) , body : List Exp } type Type = Void | TypeRef QualifiedIdentifier | TypeConst QualifiedIdentifier (List Type) | TypeVar Identifier | Predicate Type | Function Type Type type alias Annotation = TODO type Exp = VariableDecl (List Modifier) Type Identifier (Maybe Exp) | Assign Exp Exp | Return Exp | Throw Exp | Statements (List Exp) | BooleanLit Bool | StringLit String | IntLit Int | Variable Identifier | This | Select Exp Identifier | BinOp Exp String Exp | ValueRef QualifiedIdentifier | Apply Exp (List Exp) | Lambda (List Identifier) Exp | Ternary Exp Exp Exp | IfElse Exp (List Exp) (List Exp) | ConstructorRef QualifiedIdentifier | UnaryOp String Exp | Cast Type Exp | Null --| Switch Exp (List ( Exp, Exp )) (Maybe Exp)

28797

{- Copyright 2020 <NAME> Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. -} module SlateX.DevBot.Java.Ast exposing (..) {-| Java AST based on: https://docs.oracle.com/javase/specs/jls/se7/html/jls-18.html -} type alias TODO = Never type alias Identifier = String type alias QualifiedIdentifier = List Identifier type alias CompilationUnit = { filePath : List String , fileName : String , packageDecl : Maybe PackageDeclaration , imports : List ImportDeclaration , typeDecls : List TypeDeclaration } type alias PackageDeclaration = { annotations : List Annotation , qualifiedName : QualifiedIdentifier } type ImportDeclaration = Import QualifiedIdentifier Bool | StaticImport QualifiedIdentifier Bool type TypeDeclaration = Class { modifiers : List Modifier , name : Identifier , typeParams : List Identifier , extends : Maybe Type , implements : List Type , members : List MemberDecl } | Interface { modifiers : List Modifier , name : Identifier , typeParams : List Identifier , extends : List Type , members : List MemberDecl } | Enum { modifiers : List Modifier , name : Identifier , implements : List Type , values : List Identifier } type Modifier = Public | Private | Static | Abstract | Final type MemberDecl = Field { modifiers : List Modifier , tpe : Type , name : Identifier } | Constructor { modifiers : List Modifier , args : List ( Identifier, Type ) , body : Maybe (List Exp) } | Method { modifiers : List Modifier , typeParams : List Identifier , returnType : Type , name : Identifier , args : List ( Identifier, Type ) , body : List Exp } type Type = Void | TypeRef QualifiedIdentifier | TypeConst QualifiedIdentifier (List Type) | TypeVar Identifier | Predicate Type | Function Type Type type alias Annotation = TODO type Exp = VariableDecl (List Modifier) Type Identifier (Maybe Exp) | Assign Exp Exp | Return Exp | Throw Exp | Statements (List Exp) | BooleanLit Bool | StringLit String | IntLit Int | Variable Identifier | This | Select Exp Identifier | BinOp Exp String Exp | ValueRef QualifiedIdentifier | Apply Exp (List Exp) | Lambda (List Identifier) Exp | Ternary Exp Exp Exp | IfElse Exp (List Exp) (List Exp) | ConstructorRef QualifiedIdentifier | UnaryOp String Exp | Cast Type Exp | Null --| Switch Exp (List ( Exp, Exp )) (Maybe Exp)

{- Copyright 2020 PI:NAME:<NAME>END_PI Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. -} module SlateX.DevBot.Java.Ast exposing (..) {-| Java AST based on: https://docs.oracle.com/javase/specs/jls/se7/html/jls-18.html -} type alias TODO = Never type alias Identifier = String type alias QualifiedIdentifier = List Identifier type alias CompilationUnit = { filePath : List String , fileName : String , packageDecl : Maybe PackageDeclaration , imports : List ImportDeclaration , typeDecls : List TypeDeclaration } type alias PackageDeclaration = { annotations : List Annotation , qualifiedName : QualifiedIdentifier } type ImportDeclaration = Import QualifiedIdentifier Bool | StaticImport QualifiedIdentifier Bool type TypeDeclaration = Class { modifiers : List Modifier , name : Identifier , typeParams : List Identifier , extends : Maybe Type , implements : List Type , members : List MemberDecl } | Interface { modifiers : List Modifier , name : Identifier , typeParams : List Identifier , extends : List Type , members : List MemberDecl } | Enum { modifiers : List Modifier , name : Identifier , implements : List Type , values : List Identifier } type Modifier = Public | Private | Static | Abstract | Final type MemberDecl = Field { modifiers : List Modifier , tpe : Type , name : Identifier } | Constructor { modifiers : List Modifier , args : List ( Identifier, Type ) , body : Maybe (List Exp) } | Method { modifiers : List Modifier , typeParams : List Identifier , returnType : Type , name : Identifier , args : List ( Identifier, Type ) , body : List Exp } type Type = Void | TypeRef QualifiedIdentifier | TypeConst QualifiedIdentifier (List Type) | TypeVar Identifier | Predicate Type | Function Type Type type alias Annotation = TODO type Exp = VariableDecl (List Modifier) Type Identifier (Maybe Exp) | Assign Exp Exp | Return Exp | Throw Exp | Statements (List Exp) | BooleanLit Bool | StringLit String | IntLit Int | Variable Identifier | This | Select Exp Identifier | BinOp Exp String Exp | ValueRef QualifiedIdentifier | Apply Exp (List Exp) | Lambda (List Identifier) Exp | Ternary Exp Exp Exp | IfElse Exp (List Exp) (List Exp) | ConstructorRef QualifiedIdentifier | UnaryOp String Exp | Cast Type Exp | Null --| Switch Exp (List ( Exp, Exp )) (Maybe Exp)

elm

src/Operations/Conversion/Automata.elm

NeoVier/LFC01

{- Operations/Conversion/Automata.elm Author: Henrique da Cunha Buss Creation: October/2020 This file contains functions to convert between Automata -} module Operations.Conversion.Automata exposing (afdToGr, afndToAfd) import Models.Alphabet as Alphabet import Models.Automata as Automata import Models.Grammars as Grammars import Models.State as State import Models.Transition as Transition import Operations.Conversion.Alphabet as CAlphabet import Operations.Conversion.Transition as CTransition import Utils.Utils as Utils -- AFND to AFD {- Converts an AFND to AFD -} afndToAfd : Automata.AFND -> Automata.AFD afndToAfd afnd = let -- All combinations of states newStates = Utils.subsequences afnd.states |> List.sortBy List.length |> List.map Utils.listOfStatesToState newTransitions : List Transition.DeterministicTransition newTransitions = List.concatMap (\complexState -> Utils.stateToListOfStates complexState |> List.concatMap (getTransitions afnd) |> List.map (\t -> { t | prevState = complexState }) |> List.filter (.nextState >> (/=) State.Dead) |> Utils.removeDuplicates ) newStates |> Utils.removeDuplicates |> Utils.sortTransitionsDeterministic |> Utils.joinTransitionsDeterministic newFinalStates = List.filter (\state -> Utils.stateToListOfStates state |> List.any (\st -> List.member st afnd.finalStates) ) newStates newInitialState = Utils.followEpsilonStar afnd afnd.initialState |> Utils.listOfStatesToState in { states = newStates , initialState = newInitialState , finalStates = List.append afnd.finalStates newFinalStates , alphabet = CAlphabet.nonDeterministicToDeterministic afnd.alphabet , transitions = newTransitions } getTransitionThrough : Automata.AFND -> State.State -> Alphabet.Symbol -> Transition.DeterministicTransition getTransitionThrough afnd state symbol = let epsilonStar = Utils.followEpsilonStar afnd state allStates = List.concatMap (Utils.getFlatOutTransitionsNonDeterministic afnd) epsilonStar |> List.filter (\t -> t.conditions == Transition.NoEpsilon [ symbol ] && t.nextStates /= [ State.Dead ] ) |> List.concatMap (.nextStates >> List.concatMap (Utils.followEpsilonStar afnd) ) |> Utils.removeDuplicates in { prevState = state , conditions = [ symbol ] , nextState = Utils.listOfStatesToState allStates } getTransitions : Automata.AFND -> State.State -> List Transition.DeterministicTransition getTransitions afnd origin = CAlphabet.nonDeterministicToDeterministic afnd.alphabet |> List.map (getTransitionThrough afnd origin) -- AFD TO GR {- Converts and AFD to a GR -} afdToGr : Automata.AFD -> Grammars.RegularGrammar afdToGr afd = let nonTerminals = List.map stateToSymbol afd.states |> Utils.listOfMaybesToMaybeList |> Maybe.withDefault [] terminals = afd.alphabet initialSymbol = stateToSymbol afd.initialState |> Maybe.withDefault "S" in { nonTerminals = nonTerminals , terminals = terminals , productions = List.filterMap (\transition -> transitionToProduction transition afd.finalStates ) afd.transitions , initialSymbol = initialSymbol , acceptsEmpty = List.member afd.initialState afd.finalStates } |> Utils.joinGrammarProductions |> cleanGR cleanGR : Grammars.RegularGrammar -> Grammars.RegularGrammar cleanGR gr = let validNonTerminals = List.filter (\nonTerminal -> List.map .fromSymbol gr.productions |> List.member nonTerminal ) gr.nonTerminals cleanProduction : Grammars.Production -> Grammars.Production cleanProduction prod = { prod | productions = List.filter (\body -> case body.toSymbol of Nothing -> True Just s -> List.member s validNonTerminals ) prod.productions } in { gr | nonTerminals = validNonTerminals , productions = List.map cleanProduction gr.productions } {- Convert a State to a Maybe Symbol -} stateToSymbol : State.State -> Maybe Grammars.NonTerminalSymbol stateToSymbol state = case state of State.Dead -> Nothing State.Valid label -> Just label {- Converts a Transition into a Maybe Grammars.Production -} transitionToProduction : Transition.DeterministicTransition -> List State.State -> Maybe Grammars.Production transitionToProduction transition finalStates = case transition.nextState of State.Dead -> Nothing State.Valid _ -> let toSymbol = stateToSymbol transition.nextState isFinal = List.member transition.nextState finalStates productions = List.concatMap (\condition -> if isFinal then [ { consumed = condition, toSymbol = toSymbol } , { consumed = condition, toSymbol = Nothing } ] else [ { consumed = condition, toSymbol = toSymbol } ] ) transition.conditions in stateToSymbol transition.prevState |> Maybe.map (\fromSymbol -> { fromSymbol = fromSymbol , productions = productions } )

44751

{- Operations/Conversion/Automata.elm Author: <NAME> Creation: October/2020 This file contains functions to convert between Automata -} module Operations.Conversion.Automata exposing (afdToGr, afndToAfd) import Models.Alphabet as Alphabet import Models.Automata as Automata import Models.Grammars as Grammars import Models.State as State import Models.Transition as Transition import Operations.Conversion.Alphabet as CAlphabet import Operations.Conversion.Transition as CTransition import Utils.Utils as Utils -- AFND to AFD {- Converts an AFND to AFD -} afndToAfd : Automata.AFND -> Automata.AFD afndToAfd afnd = let -- All combinations of states newStates = Utils.subsequences afnd.states |> List.sortBy List.length |> List.map Utils.listOfStatesToState newTransitions : List Transition.DeterministicTransition newTransitions = List.concatMap (\complexState -> Utils.stateToListOfStates complexState |> List.concatMap (getTransitions afnd) |> List.map (\t -> { t | prevState = complexState }) |> List.filter (.nextState >> (/=) State.Dead) |> Utils.removeDuplicates ) newStates |> Utils.removeDuplicates |> Utils.sortTransitionsDeterministic |> Utils.joinTransitionsDeterministic newFinalStates = List.filter (\state -> Utils.stateToListOfStates state |> List.any (\st -> List.member st afnd.finalStates) ) newStates newInitialState = Utils.followEpsilonStar afnd afnd.initialState |> Utils.listOfStatesToState in { states = newStates , initialState = newInitialState , finalStates = List.append afnd.finalStates newFinalStates , alphabet = CAlphabet.nonDeterministicToDeterministic afnd.alphabet , transitions = newTransitions } getTransitionThrough : Automata.AFND -> State.State -> Alphabet.Symbol -> Transition.DeterministicTransition getTransitionThrough afnd state symbol = let epsilonStar = Utils.followEpsilonStar afnd state allStates = List.concatMap (Utils.getFlatOutTransitionsNonDeterministic afnd) epsilonStar |> List.filter (\t -> t.conditions == Transition.NoEpsilon [ symbol ] && t.nextStates /= [ State.Dead ] ) |> List.concatMap (.nextStates >> List.concatMap (Utils.followEpsilonStar afnd) ) |> Utils.removeDuplicates in { prevState = state , conditions = [ symbol ] , nextState = Utils.listOfStatesToState allStates } getTransitions : Automata.AFND -> State.State -> List Transition.DeterministicTransition getTransitions afnd origin = CAlphabet.nonDeterministicToDeterministic afnd.alphabet |> List.map (getTransitionThrough afnd origin) -- AFD TO GR {- Converts and AFD to a GR -} afdToGr : Automata.AFD -> Grammars.RegularGrammar afdToGr afd = let nonTerminals = List.map stateToSymbol afd.states |> Utils.listOfMaybesToMaybeList |> Maybe.withDefault [] terminals = afd.alphabet initialSymbol = stateToSymbol afd.initialState |> Maybe.withDefault "S" in { nonTerminals = nonTerminals , terminals = terminals , productions = List.filterMap (\transition -> transitionToProduction transition afd.finalStates ) afd.transitions , initialSymbol = initialSymbol , acceptsEmpty = List.member afd.initialState afd.finalStates } |> Utils.joinGrammarProductions |> cleanGR cleanGR : Grammars.RegularGrammar -> Grammars.RegularGrammar cleanGR gr = let validNonTerminals = List.filter (\nonTerminal -> List.map .fromSymbol gr.productions |> List.member nonTerminal ) gr.nonTerminals cleanProduction : Grammars.Production -> Grammars.Production cleanProduction prod = { prod | productions = List.filter (\body -> case body.toSymbol of Nothing -> True Just s -> List.member s validNonTerminals ) prod.productions } in { gr | nonTerminals = validNonTerminals , productions = List.map cleanProduction gr.productions } {- Convert a State to a Maybe Symbol -} stateToSymbol : State.State -> Maybe Grammars.NonTerminalSymbol stateToSymbol state = case state of State.Dead -> Nothing State.Valid label -> Just label {- Converts a Transition into a Maybe Grammars.Production -} transitionToProduction : Transition.DeterministicTransition -> List State.State -> Maybe Grammars.Production transitionToProduction transition finalStates = case transition.nextState of State.Dead -> Nothing State.Valid _ -> let toSymbol = stateToSymbol transition.nextState isFinal = List.member transition.nextState finalStates productions = List.concatMap (\condition -> if isFinal then [ { consumed = condition, toSymbol = toSymbol } , { consumed = condition, toSymbol = Nothing } ] else [ { consumed = condition, toSymbol = toSymbol } ] ) transition.conditions in stateToSymbol transition.prevState |> Maybe.map (\fromSymbol -> { fromSymbol = fromSymbol , productions = productions } )

{- Operations/Conversion/Automata.elm Author: PI:NAME:<NAME>END_PI Creation: October/2020 This file contains functions to convert between Automata -} module Operations.Conversion.Automata exposing (afdToGr, afndToAfd) import Models.Alphabet as Alphabet import Models.Automata as Automata import Models.Grammars as Grammars import Models.State as State import Models.Transition as Transition import Operations.Conversion.Alphabet as CAlphabet import Operations.Conversion.Transition as CTransition import Utils.Utils as Utils -- AFND to AFD {- Converts an AFND to AFD -} afndToAfd : Automata.AFND -> Automata.AFD afndToAfd afnd = let -- All combinations of states newStates = Utils.subsequences afnd.states |> List.sortBy List.length |> List.map Utils.listOfStatesToState newTransitions : List Transition.DeterministicTransition newTransitions = List.concatMap (\complexState -> Utils.stateToListOfStates complexState |> List.concatMap (getTransitions afnd) |> List.map (\t -> { t | prevState = complexState }) |> List.filter (.nextState >> (/=) State.Dead) |> Utils.removeDuplicates ) newStates |> Utils.removeDuplicates |> Utils.sortTransitionsDeterministic |> Utils.joinTransitionsDeterministic newFinalStates = List.filter (\state -> Utils.stateToListOfStates state |> List.any (\st -> List.member st afnd.finalStates) ) newStates newInitialState = Utils.followEpsilonStar afnd afnd.initialState |> Utils.listOfStatesToState in { states = newStates , initialState = newInitialState , finalStates = List.append afnd.finalStates newFinalStates , alphabet = CAlphabet.nonDeterministicToDeterministic afnd.alphabet , transitions = newTransitions } getTransitionThrough : Automata.AFND -> State.State -> Alphabet.Symbol -> Transition.DeterministicTransition getTransitionThrough afnd state symbol = let epsilonStar = Utils.followEpsilonStar afnd state allStates = List.concatMap (Utils.getFlatOutTransitionsNonDeterministic afnd) epsilonStar |> List.filter (\t -> t.conditions == Transition.NoEpsilon [ symbol ] && t.nextStates /= [ State.Dead ] ) |> List.concatMap (.nextStates >> List.concatMap (Utils.followEpsilonStar afnd) ) |> Utils.removeDuplicates in { prevState = state , conditions = [ symbol ] , nextState = Utils.listOfStatesToState allStates } getTransitions : Automata.AFND -> State.State -> List Transition.DeterministicTransition getTransitions afnd origin = CAlphabet.nonDeterministicToDeterministic afnd.alphabet |> List.map (getTransitionThrough afnd origin) -- AFD TO GR {- Converts and AFD to a GR -} afdToGr : Automata.AFD -> Grammars.RegularGrammar afdToGr afd = let nonTerminals = List.map stateToSymbol afd.states |> Utils.listOfMaybesToMaybeList |> Maybe.withDefault [] terminals = afd.alphabet initialSymbol = stateToSymbol afd.initialState |> Maybe.withDefault "S" in { nonTerminals = nonTerminals , terminals = terminals , productions = List.filterMap (\transition -> transitionToProduction transition afd.finalStates ) afd.transitions , initialSymbol = initialSymbol , acceptsEmpty = List.member afd.initialState afd.finalStates } |> Utils.joinGrammarProductions |> cleanGR cleanGR : Grammars.RegularGrammar -> Grammars.RegularGrammar cleanGR gr = let validNonTerminals = List.filter (\nonTerminal -> List.map .fromSymbol gr.productions |> List.member nonTerminal ) gr.nonTerminals cleanProduction : Grammars.Production -> Grammars.Production cleanProduction prod = { prod | productions = List.filter (\body -> case body.toSymbol of Nothing -> True Just s -> List.member s validNonTerminals ) prod.productions } in { gr | nonTerminals = validNonTerminals , productions = List.map cleanProduction gr.productions } {- Convert a State to a Maybe Symbol -} stateToSymbol : State.State -> Maybe Grammars.NonTerminalSymbol stateToSymbol state = case state of State.Dead -> Nothing State.Valid label -> Just label {- Converts a Transition into a Maybe Grammars.Production -} transitionToProduction : Transition.DeterministicTransition -> List State.State -> Maybe Grammars.Production transitionToProduction transition finalStates = case transition.nextState of State.Dead -> Nothing State.Valid _ -> let toSymbol = stateToSymbol transition.nextState isFinal = List.member transition.nextState finalStates productions = List.concatMap (\condition -> if isFinal then [ { consumed = condition, toSymbol = toSymbol } , { consumed = condition, toSymbol = Nothing } ] else [ { consumed = condition, toSymbol = toSymbol } ] ) transition.conditions in stateToSymbol transition.prevState |> Maybe.map (\fromSymbol -> { fromSymbol = fromSymbol , productions = productions } )

elm

elm-flash.elm

ataulien/elm-gba-multiboot

port module Main exposing (..) import Json.Decode exposing (..) import Platform exposing (..) import Bitwise exposing (..) import Time exposing (..) import List exposing (..) {- Elm-Arduino-GBA-Multiboot-Cable! (by Andre Taulien) Some trivia about the Gameboy Advance: - The BIOS of each GBA has a section, which allows a small portion of - arbitrary code (256K) to be downloaded through the Link-Port, - called "multiboot". About the GBAs Link-Cable: - I found this information to be hard to find online, so here it is again: - The protocol used by the GBA (all gameboys, really) to send data over the - Link-Cable is just your usual SPI! Yes, the industry-standard SPI. I've - come across too many websites describing what the protocol looks like as - "some weird 16-bit"-protocol, so "let's roll our own solution for that". - Well, since SPI is widely used, there are libraries for it. Almost every - microcontroller supports it today. Please don't roll your own. - To be more exact on the variant of SPI, here are settings that worked for me: - SPI-Mode: 3 - Speed: 256000hz - 32-Bit transfers Here is an overview of the multiboot-process: 1. Search for the gameboy until it answers with a specific number 2. When found and configured for multibooting, transfer the ROM-header 3. Exchange some information regarding encryption 4. Send encrypted rest of the ROM-file 5. Exchange CRCs For a detailed description, you can go here: - <http://problemkaputt.de/gbatek.htm#biosfunctions> (Multiboot Transfer Protocol) This elm-program talks to a connected Arduino over a serial port, which packs the data and sends it over to a connected Gameboy-Advance. -} {- ------------------------------INPUT-PORTS---------------------------------- -} {-| Called when the arduino sent us a message -} port port_on_remote_command : (Int -> msg) -> Sub msg {-| Called when a file loaded using port_read_file_contents is ready -} port port_on_file_contents_loaded : (List Byte -> msg) -> Sub msg {-| Called when nodejs has some commandline-arguments for us... -} port port_on_program_config : (List String -> msg) -> Sub msg {- -----------------------------OUTPUT-PORTS---------------------------------- -} {-| Writes data to the serialport connected to the arduino -} port port_write_serial : List Byte -> Cmd msg {-| Requests to read a file from dist. Calls port_on_file_contents_loaded when all data is loaded. -} port port_read_file_contents : String -> Cmd msg {-| Writes data to the nodejs-console -} port port_write_console : String -> Cmd msg {-| Writes data to the nodejs-console, but straight to stdout, saving us from nodejs putting a newline behind our message. -} port port_write_stdout : String -> Cmd msg {-| Initializes the serial-port used to talk to the arduino -} port port_initalize_serial_port : String -> Cmd msg type Msg = OnStateEntered | OnProgramConfig (List String) -- Serial-port, rom-file | OnCommandFromArduino Int | OnFileContentsLoaded (List Byte) | OnFileLoadFailed String -- reason type State = LoadRom | WaitForArduino | TransferRom | Done type alias Byte = Int type alias Model = { state : State , rom : Result String (List Byte) , serialport : Maybe String , romfile : Maybe String } {-| Loads the ROM from a file. -} stateLoadRom : Msg -> Model -> ( Model, Cmd Msg ) stateLoadRom msg model = case msg of -- Commandline arguments arrived! OnProgramConfig args -> case args of serialport :: romfile :: [] -> ( { model | serialport = Just serialport , romfile = Just romfile } , port_read_file_contents romfile ) _ -> ( model, port_write_console "Invalid commandline-args..." ) -- ROM-File contents arrived! OnFileContentsLoaded rom -> case model.serialport of Nothing -> ( model , port_write_console "No serialport set!" ) Just serialport -> ( { model | state = WaitForArduino , rom = Ok rom } , Cmd.batch [ port_write_console ("Loaded ROM-File (" ++ (toString (length rom)) ++ " bytes)") , port_write_console "Waiting for arduino to boot now..." , port_initalize_serial_port serialport ] ) OnFileLoadFailed reason -> ( { model | rom = Err reason } , port_write_console ("Failed to read ROM-File: " ++ reason) ) _ -> ( model, Cmd.none ) {-| Arduinos have the weird tendency to reboot when something connects to their serial-port. The common workaround is to send a command over serial when the arduino has finally rebooted, so we can continue. The first actual transfer is: 1. The size of the ROM (4-Bytes Little Endian) 2. The ROM-Header (0xC0 Bytes) That can be sent in one go. The next command from the arduino will indicate that the rest of the ROM can now be sent, so go and wait for that afterwards! -} stateWaitForArduino : Msg -> Model -> ( Model, Cmd Msg ) stateWaitForArduino msg model = case msg of OnCommandFromArduino cmd -> case cmd of -- Arduino booted 0x01 -> case model.rom of Err _ -> ( model , port_write_console "Can't send header, no ROM-Data available!" ) Ok data -> ( { model | state = TransferRom, rom = Ok (List.drop 0xC0 data) } , Cmd.batch [ port_write_console "Arduino connected!" , Cmd.batch [ port_write_serial ((int32ToByteList (length data)) ++ (List.take 0xC0 data)) , port_write_console "Sending header..." ] ] ) _ -> ( model, port_write_console ("Invalid command: " ++ (toString cmd)) ) _ -> ( model, Cmd.none ) {-| The Arduino will now exchange some information about the encryption with the gameboy. Afterwards, it will send a command indicating that it is ready to receive the rest of the ROM. Then we send our ROM-File to the arduino. In small pieces, so the arduinos serial-input-buffer doesn't run full. I'm not exactly sure how many bytes fit in there, so one could probably up the block-size and still be fine... -} stateTransferRom : Msg -> Model -> ( Model, Cmd Msg ) stateTransferRom msg model = case msg of OnCommandFromArduino cmd -> case cmd of -- Write Done 0x03 -> case model.rom of Err _ -> ( model, port_write_console "Can't send block, no ROM-Data available!" ) Ok [] -> ( { model | state = Done } , port_write_console "Transmission complete!" ) Ok data -> ( { model | rom = Ok (List.drop 32 data) } , Cmd.batch [ port_write_serial (List.take 32 data) ] ) _ -> ( model, port_write_console ("Invalid command: " ++ (toString cmd)) ) _ -> ( model, Cmd.none ) {-| All done, let's hope this worked! -} stateDone : Msg -> Model -> ( Model, Cmd Msg ) stateDone msg model = ( model, Cmd.none ) int32ToByteList : Int -> List Int int32ToByteList v = [ and 0xFF v , and (shiftRightBy 8 v) 0xFF , and (shiftRightBy 16 v) 0xFF , and (shiftRightBy 24 v) 0xFF ] {- -------------------------------------------------------------------------- -} update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = case model.state of LoadRom -> stateLoadRom msg model WaitForArduino -> stateWaitForArduino msg model TransferRom -> stateTransferRom msg model Done -> stateDone msg model init : ( Model, Cmd Msg ) init = ( { state = LoadRom , rom = Err "ROM not loaded" , serialport = Nothing , romfile = Nothing } , Cmd.none ) subscriptions : Model -> Sub Msg subscriptions model = case model.state of LoadRom -> Sub.batch [ port_on_program_config OnProgramConfig , port_on_file_contents_loaded OnFileContentsLoaded ] WaitForArduino -> Sub.batch [ port_on_remote_command OnCommandFromArduino ] TransferRom -> Sub.batch [ port_on_remote_command OnCommandFromArduino ] Done -> Sub.none main = Platform.program { init = init , update = update , subscriptions = subscriptions }

29365

port module Main exposing (..) import Json.Decode exposing (..) import Platform exposing (..) import Bitwise exposing (..) import Time exposing (..) import List exposing (..) {- Elm-Arduino-GBA-Multiboot-Cable! (by <NAME>) Some trivia about the Gameboy Advance: - The BIOS of each GBA has a section, which allows a small portion of - arbitrary code (256K) to be downloaded through the Link-Port, - called "multiboot". About the GBAs Link-Cable: - I found this information to be hard to find online, so here it is again: - The protocol used by the GBA (all gameboys, really) to send data over the - Link-Cable is just your usual SPI! Yes, the industry-standard SPI. I've - come across too many websites describing what the protocol looks like as - "some weird 16-bit"-protocol, so "let's roll our own solution for that". - Well, since SPI is widely used, there are libraries for it. Almost every - microcontroller supports it today. Please don't roll your own. - To be more exact on the variant of SPI, here are settings that worked for me: - SPI-Mode: 3 - Speed: 256000hz - 32-Bit transfers Here is an overview of the multiboot-process: 1. Search for the gameboy until it answers with a specific number 2. When found and configured for multibooting, transfer the ROM-header 3. Exchange some information regarding encryption 4. Send encrypted rest of the ROM-file 5. Exchange CRCs For a detailed description, you can go here: - <http://problemkaputt.de/gbatek.htm#biosfunctions> (Multiboot Transfer Protocol) This elm-program talks to a connected Arduino over a serial port, which packs the data and sends it over to a connected Gameboy-Advance. -} {- ------------------------------INPUT-PORTS---------------------------------- -} {-| Called when the arduino sent us a message -} port port_on_remote_command : (Int -> msg) -> Sub msg {-| Called when a file loaded using port_read_file_contents is ready -} port port_on_file_contents_loaded : (List Byte -> msg) -> Sub msg {-| Called when nodejs has some commandline-arguments for us... -} port port_on_program_config : (List String -> msg) -> Sub msg {- -----------------------------OUTPUT-PORTS---------------------------------- -} {-| Writes data to the serialport connected to the arduino -} port port_write_serial : List Byte -> Cmd msg {-| Requests to read a file from dist. Calls port_on_file_contents_loaded when all data is loaded. -} port port_read_file_contents : String -> Cmd msg {-| Writes data to the nodejs-console -} port port_write_console : String -> Cmd msg {-| Writes data to the nodejs-console, but straight to stdout, saving us from nodejs putting a newline behind our message. -} port port_write_stdout : String -> Cmd msg {-| Initializes the serial-port used to talk to the arduino -} port port_initalize_serial_port : String -> Cmd msg type Msg = OnStateEntered | OnProgramConfig (List String) -- Serial-port, rom-file | OnCommandFromArduino Int | OnFileContentsLoaded (List Byte) | OnFileLoadFailed String -- reason type State = LoadRom | WaitForArduino | TransferRom | Done type alias Byte = Int type alias Model = { state : State , rom : Result String (List Byte) , serialport : Maybe String , romfile : Maybe String } {-| Loads the ROM from a file. -} stateLoadRom : Msg -> Model -> ( Model, Cmd Msg ) stateLoadRom msg model = case msg of -- Commandline arguments arrived! OnProgramConfig args -> case args of serialport :: romfile :: [] -> ( { model | serialport = Just serialport , romfile = Just romfile } , port_read_file_contents romfile ) _ -> ( model, port_write_console "Invalid commandline-args..." ) -- ROM-File contents arrived! OnFileContentsLoaded rom -> case model.serialport of Nothing -> ( model , port_write_console "No serialport set!" ) Just serialport -> ( { model | state = WaitForArduino , rom = Ok rom } , Cmd.batch [ port_write_console ("Loaded ROM-File (" ++ (toString (length rom)) ++ " bytes)") , port_write_console "Waiting for arduino to boot now..." , port_initalize_serial_port serialport ] ) OnFileLoadFailed reason -> ( { model | rom = Err reason } , port_write_console ("Failed to read ROM-File: " ++ reason) ) _ -> ( model, Cmd.none ) {-| Arduinos have the weird tendency to reboot when something connects to their serial-port. The common workaround is to send a command over serial when the arduino has finally rebooted, so we can continue. The first actual transfer is: 1. The size of the ROM (4-Bytes Little Endian) 2. The ROM-Header (0xC0 Bytes) That can be sent in one go. The next command from the arduino will indicate that the rest of the ROM can now be sent, so go and wait for that afterwards! -} stateWaitForArduino : Msg -> Model -> ( Model, Cmd Msg ) stateWaitForArduino msg model = case msg of OnCommandFromArduino cmd -> case cmd of -- Arduino booted 0x01 -> case model.rom of Err _ -> ( model , port_write_console "Can't send header, no ROM-Data available!" ) Ok data -> ( { model | state = TransferRom, rom = Ok (List.drop 0xC0 data) } , Cmd.batch [ port_write_console "Arduino connected!" , Cmd.batch [ port_write_serial ((int32ToByteList (length data)) ++ (List.take 0xC0 data)) , port_write_console "Sending header..." ] ] ) _ -> ( model, port_write_console ("Invalid command: " ++ (toString cmd)) ) _ -> ( model, Cmd.none ) {-| The Arduino will now exchange some information about the encryption with the gameboy. Afterwards, it will send a command indicating that it is ready to receive the rest of the ROM. Then we send our ROM-File to the arduino. In small pieces, so the arduinos serial-input-buffer doesn't run full. I'm not exactly sure how many bytes fit in there, so one could probably up the block-size and still be fine... -} stateTransferRom : Msg -> Model -> ( Model, Cmd Msg ) stateTransferRom msg model = case msg of OnCommandFromArduino cmd -> case cmd of -- Write Done 0x03 -> case model.rom of Err _ -> ( model, port_write_console "Can't send block, no ROM-Data available!" ) Ok [] -> ( { model | state = Done } , port_write_console "Transmission complete!" ) Ok data -> ( { model | rom = Ok (List.drop 32 data) } , Cmd.batch [ port_write_serial (List.take 32 data) ] ) _ -> ( model, port_write_console ("Invalid command: " ++ (toString cmd)) ) _ -> ( model, Cmd.none ) {-| All done, let's hope this worked! -} stateDone : Msg -> Model -> ( Model, Cmd Msg ) stateDone msg model = ( model, Cmd.none ) int32ToByteList : Int -> List Int int32ToByteList v = [ and 0xFF v , and (shiftRightBy 8 v) 0xFF , and (shiftRightBy 16 v) 0xFF , and (shiftRightBy 24 v) 0xFF ] {- -------------------------------------------------------------------------- -} update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = case model.state of LoadRom -> stateLoadRom msg model WaitForArduino -> stateWaitForArduino msg model TransferRom -> stateTransferRom msg model Done -> stateDone msg model init : ( Model, Cmd Msg ) init = ( { state = LoadRom , rom = Err "ROM not loaded" , serialport = Nothing , romfile = Nothing } , Cmd.none ) subscriptions : Model -> Sub Msg subscriptions model = case model.state of LoadRom -> Sub.batch [ port_on_program_config OnProgramConfig , port_on_file_contents_loaded OnFileContentsLoaded ] WaitForArduino -> Sub.batch [ port_on_remote_command OnCommandFromArduino ] TransferRom -> Sub.batch [ port_on_remote_command OnCommandFromArduino ] Done -> Sub.none main = Platform.program { init = init , update = update , subscriptions = subscriptions }

port module Main exposing (..) import Json.Decode exposing (..) import Platform exposing (..) import Bitwise exposing (..) import Time exposing (..) import List exposing (..) {- Elm-Arduino-GBA-Multiboot-Cable! (by PI:NAME:<NAME>END_PI) Some trivia about the Gameboy Advance: - The BIOS of each GBA has a section, which allows a small portion of - arbitrary code (256K) to be downloaded through the Link-Port, - called "multiboot". About the GBAs Link-Cable: - I found this information to be hard to find online, so here it is again: - The protocol used by the GBA (all gameboys, really) to send data over the - Link-Cable is just your usual SPI! Yes, the industry-standard SPI. I've - come across too many websites describing what the protocol looks like as - "some weird 16-bit"-protocol, so "let's roll our own solution for that". - Well, since SPI is widely used, there are libraries for it. Almost every - microcontroller supports it today. Please don't roll your own. - To be more exact on the variant of SPI, here are settings that worked for me: - SPI-Mode: 3 - Speed: 256000hz - 32-Bit transfers Here is an overview of the multiboot-process: 1. Search for the gameboy until it answers with a specific number 2. When found and configured for multibooting, transfer the ROM-header 3. Exchange some information regarding encryption 4. Send encrypted rest of the ROM-file 5. Exchange CRCs For a detailed description, you can go here: - <http://problemkaputt.de/gbatek.htm#biosfunctions> (Multiboot Transfer Protocol) This elm-program talks to a connected Arduino over a serial port, which packs the data and sends it over to a connected Gameboy-Advance. -} {- ------------------------------INPUT-PORTS---------------------------------- -} {-| Called when the arduino sent us a message -} port port_on_remote_command : (Int -> msg) -> Sub msg {-| Called when a file loaded using port_read_file_contents is ready -} port port_on_file_contents_loaded : (List Byte -> msg) -> Sub msg {-| Called when nodejs has some commandline-arguments for us... -} port port_on_program_config : (List String -> msg) -> Sub msg {- -----------------------------OUTPUT-PORTS---------------------------------- -} {-| Writes data to the serialport connected to the arduino -} port port_write_serial : List Byte -> Cmd msg {-| Requests to read a file from dist. Calls port_on_file_contents_loaded when all data is loaded. -} port port_read_file_contents : String -> Cmd msg {-| Writes data to the nodejs-console -} port port_write_console : String -> Cmd msg {-| Writes data to the nodejs-console, but straight to stdout, saving us from nodejs putting a newline behind our message. -} port port_write_stdout : String -> Cmd msg {-| Initializes the serial-port used to talk to the arduino -} port port_initalize_serial_port : String -> Cmd msg type Msg = OnStateEntered | OnProgramConfig (List String) -- Serial-port, rom-file | OnCommandFromArduino Int | OnFileContentsLoaded (List Byte) | OnFileLoadFailed String -- reason type State = LoadRom | WaitForArduino | TransferRom | Done type alias Byte = Int type alias Model = { state : State , rom : Result String (List Byte) , serialport : Maybe String , romfile : Maybe String } {-| Loads the ROM from a file. -} stateLoadRom : Msg -> Model -> ( Model, Cmd Msg ) stateLoadRom msg model = case msg of -- Commandline arguments arrived! OnProgramConfig args -> case args of serialport :: romfile :: [] -> ( { model | serialport = Just serialport , romfile = Just romfile } , port_read_file_contents romfile ) _ -> ( model, port_write_console "Invalid commandline-args..." ) -- ROM-File contents arrived! OnFileContentsLoaded rom -> case model.serialport of Nothing -> ( model , port_write_console "No serialport set!" ) Just serialport -> ( { model | state = WaitForArduino , rom = Ok rom } , Cmd.batch [ port_write_console ("Loaded ROM-File (" ++ (toString (length rom)) ++ " bytes)") , port_write_console "Waiting for arduino to boot now..." , port_initalize_serial_port serialport ] ) OnFileLoadFailed reason -> ( { model | rom = Err reason } , port_write_console ("Failed to read ROM-File: " ++ reason) ) _ -> ( model, Cmd.none ) {-| Arduinos have the weird tendency to reboot when something connects to their serial-port. The common workaround is to send a command over serial when the arduino has finally rebooted, so we can continue. The first actual transfer is: 1. The size of the ROM (4-Bytes Little Endian) 2. The ROM-Header (0xC0 Bytes) That can be sent in one go. The next command from the arduino will indicate that the rest of the ROM can now be sent, so go and wait for that afterwards! -} stateWaitForArduino : Msg -> Model -> ( Model, Cmd Msg ) stateWaitForArduino msg model = case msg of OnCommandFromArduino cmd -> case cmd of -- Arduino booted 0x01 -> case model.rom of Err _ -> ( model , port_write_console "Can't send header, no ROM-Data available!" ) Ok data -> ( { model | state = TransferRom, rom = Ok (List.drop 0xC0 data) } , Cmd.batch [ port_write_console "Arduino connected!" , Cmd.batch [ port_write_serial ((int32ToByteList (length data)) ++ (List.take 0xC0 data)) , port_write_console "Sending header..." ] ] ) _ -> ( model, port_write_console ("Invalid command: " ++ (toString cmd)) ) _ -> ( model, Cmd.none ) {-| The Arduino will now exchange some information about the encryption with the gameboy. Afterwards, it will send a command indicating that it is ready to receive the rest of the ROM. Then we send our ROM-File to the arduino. In small pieces, so the arduinos serial-input-buffer doesn't run full. I'm not exactly sure how many bytes fit in there, so one could probably up the block-size and still be fine... -} stateTransferRom : Msg -> Model -> ( Model, Cmd Msg ) stateTransferRom msg model = case msg of OnCommandFromArduino cmd -> case cmd of -- Write Done 0x03 -> case model.rom of Err _ -> ( model, port_write_console "Can't send block, no ROM-Data available!" ) Ok [] -> ( { model | state = Done } , port_write_console "Transmission complete!" ) Ok data -> ( { model | rom = Ok (List.drop 32 data) } , Cmd.batch [ port_write_serial (List.take 32 data) ] ) _ -> ( model, port_write_console ("Invalid command: " ++ (toString cmd)) ) _ -> ( model, Cmd.none ) {-| All done, let's hope this worked! -} stateDone : Msg -> Model -> ( Model, Cmd Msg ) stateDone msg model = ( model, Cmd.none ) int32ToByteList : Int -> List Int int32ToByteList v = [ and 0xFF v , and (shiftRightBy 8 v) 0xFF , and (shiftRightBy 16 v) 0xFF , and (shiftRightBy 24 v) 0xFF ] {- -------------------------------------------------------------------------- -} update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = case model.state of LoadRom -> stateLoadRom msg model WaitForArduino -> stateWaitForArduino msg model TransferRom -> stateTransferRom msg model Done -> stateDone msg model init : ( Model, Cmd Msg ) init = ( { state = LoadRom , rom = Err "ROM not loaded" , serialport = Nothing , romfile = Nothing } , Cmd.none ) subscriptions : Model -> Sub Msg subscriptions model = case model.state of LoadRom -> Sub.batch [ port_on_program_config OnProgramConfig , port_on_file_contents_loaded OnFileContentsLoaded ] WaitForArduino -> Sub.batch [ port_on_remote_command OnCommandFromArduino ] TransferRom -> Sub.batch [ port_on_remote_command OnCommandFromArduino ] Done -> Sub.none main = Platform.program { init = init , update = update , subscriptions = subscriptions }

elm

src/Pages/Document.elm

leojpod/elm-pages

module Pages.Document exposing ( Document, DocumentHandler , parser, markupParser , fromList, get ) {-| The `Document` represents all the ways to handle the frontmatter metadata and documents found in your `content` folder. Frontmatter content is turned into JSON, so you can use the familiar Elm JSON decoding to get frontmatter content. And you'll get helpful error messages if any of your frontmatter is invalid (which will prevent an invalid production build from being created!). It's up to you how you parse your metadata and content. Here's a simple example of a site that has two types of pages, `blog` posts and `page` (a regular page like `/about` or `/`). `content/index.md` ```markdown --- type: page title: Welcome to my site! --- # Here's my site! I built it with `elm-pages`! 🚀 ``` `content/blog/hello-world.md` ```markdown --- type: blog author: Dillon Kearns title: Hello, World! --- # Hello, World! 👋 ## This will be parsed as markdown Hello!!! ``` -- this example uses elm-explorations/markdown import Html exposing (Html) import Json.Decode as Decode exposing (Decoder) import Markdown import Pages.Document type Metadata = Blog { title : String, description : String, author : String } | Page { title : String } markdownDocument : ( String, Pages.Document.DocumentHandler Metadata (Html msg) ) markdownDocument = Pages.Document.parser { extension = "md" , metadata = frontmatterDecoder , body = Markdown.toHtml [] } frontmatterDecoder : Decoder Metadata frontmatterDecoder = Decode.field "type" Decode.string |> Decode.andThen (\metadataType -> case metadataType of "blog" -> Decode.map3 (\title description author -> { title = title, description = description, author = author }) (Decode.field "title" Decode.string) (Decode.field "description" Decode.string) (Decode.field "author" Decode.string) "page" -> Decode.map (\title -> { title = title }) (Decode.field "title" Decode.string) ) @docs Document, DocumentHandler @docs parser, markupParser ## Functions for use by generated code @docs fromList, get -} import Dict exposing (Dict) import Html exposing (Html) import Json.Decode import Mark import Mark.Error {-| Represents all of the `DocumentHandler`s. You register a handler for each extension that tells it how to parse frontmatter and content for that extension. -} type Document metadata view = Document (Dict String (DocumentHandler metadata view)) {-| How to parse the frontmatter and content for a given extension. Build one using `Document.parser` (see above for an example). -} type DocumentHandler metadata view = DocumentHandler { frontmatterParser : String -> Result String metadata , contentParser : String -> Result String view } {-| Used by the generated `Pages.elm` module. There's no need to use this outside of the generated code. -} get : String -> Document metadata view -> Maybe { frontmatterParser : String -> Result String metadata , contentParser : String -> Result String view } get extension (Document document) = document |> Dict.get extension |> Maybe.map (\(DocumentHandler handler) -> handler) {-| Used by the generated `Pages.elm` module. There's no need to use this outside of the generated code. -} fromList : List ( String, DocumentHandler metadata view ) -> Document metadata view fromList list = Document (Dict.fromList list) {-| Create a Document Handler for the given extension. -} parser : { extension : String , metadata : Json.Decode.Decoder metadata , body : String -> Result String view } -> ( String, DocumentHandler metadata view ) parser { extension, body, metadata } = ( extension , DocumentHandler { contentParser = body , frontmatterParser = \frontmatter -> frontmatter |> Json.Decode.decodeString metadata |> Result.mapError Json.Decode.errorToString } ) {-| Register an [`elm-markup`](https://github.com/mdgriffith/elm-markup/) parser for your `.emu` files. -} markupParser : Mark.Document metadata -> Mark.Document view -> ( String, DocumentHandler metadata view ) markupParser metadataParser markBodyParser = ( "emu" , DocumentHandler { contentParser = renderMarkup markBodyParser , frontmatterParser = \frontMatter -> Mark.compile metadataParser frontMatter |> (\outcome -> case outcome of Mark.Success parsedMetadata -> Ok parsedMetadata Mark.Failure failure -> Err "Failure" Mark.Almost failure -> Err "Almost failure" ) } ) renderMarkup : Mark.Document view -> String -> Result String view renderMarkup markBodyParser markupBody = Mark.compile markBodyParser (markupBody |> String.trimLeft) |> (\outcome -> case outcome of Mark.Success renderedView -> Ok renderedView Mark.Failure failures -> failures |> List.map Mark.Error.toString |> String.join "\n" |> Err Mark.Almost failure -> Err "TODO almost failure" )

44545

module Pages.Document exposing ( Document, DocumentHandler , parser, markupParser , fromList, get ) {-| The `Document` represents all the ways to handle the frontmatter metadata and documents found in your `content` folder. Frontmatter content is turned into JSON, so you can use the familiar Elm JSON decoding to get frontmatter content. And you'll get helpful error messages if any of your frontmatter is invalid (which will prevent an invalid production build from being created!). It's up to you how you parse your metadata and content. Here's a simple example of a site that has two types of pages, `blog` posts and `page` (a regular page like `/about` or `/`). `content/index.md` ```markdown --- type: page title: Welcome to my site! --- # Here's my site! I built it with `elm-pages`! 🚀 ``` `content/blog/hello-world.md` ```markdown --- type: blog author: <NAME> title: Hello, World! --- # Hello, World! 👋 ## This will be parsed as markdown Hello!!! ``` -- this example uses elm-explorations/markdown import Html exposing (Html) import Json.Decode as Decode exposing (Decoder) import Markdown import Pages.Document type Metadata = Blog { title : String, description : String, author : String } | Page { title : String } markdownDocument : ( String, Pages.Document.DocumentHandler Metadata (Html msg) ) markdownDocument = Pages.Document.parser { extension = "md" , metadata = frontmatterDecoder , body = Markdown.toHtml [] } frontmatterDecoder : Decoder Metadata frontmatterDecoder = Decode.field "type" Decode.string |> Decode.andThen (\metadataType -> case metadataType of "blog" -> Decode.map3 (\title description author -> { title = title, description = description, author = author }) (Decode.field "title" Decode.string) (Decode.field "description" Decode.string) (Decode.field "author" Decode.string) "page" -> Decode.map (\title -> { title = title }) (Decode.field "title" Decode.string) ) @docs Document, DocumentHandler @docs parser, markupParser ## Functions for use by generated code @docs fromList, get -} import Dict exposing (Dict) import Html exposing (Html) import Json.Decode import Mark import Mark.Error {-| Represents all of the `DocumentHandler`s. You register a handler for each extension that tells it how to parse frontmatter and content for that extension. -} type Document metadata view = Document (Dict String (DocumentHandler metadata view)) {-| How to parse the frontmatter and content for a given extension. Build one using `Document.parser` (see above for an example). -} type DocumentHandler metadata view = DocumentHandler { frontmatterParser : String -> Result String metadata , contentParser : String -> Result String view } {-| Used by the generated `Pages.elm` module. There's no need to use this outside of the generated code. -} get : String -> Document metadata view -> Maybe { frontmatterParser : String -> Result String metadata , contentParser : String -> Result String view } get extension (Document document) = document |> Dict.get extension |> Maybe.map (\(DocumentHandler handler) -> handler) {-| Used by the generated `Pages.elm` module. There's no need to use this outside of the generated code. -} fromList : List ( String, DocumentHandler metadata view ) -> Document metadata view fromList list = Document (Dict.fromList list) {-| Create a Document Handler for the given extension. -} parser : { extension : String , metadata : Json.Decode.Decoder metadata , body : String -> Result String view } -> ( String, DocumentHandler metadata view ) parser { extension, body, metadata } = ( extension , DocumentHandler { contentParser = body , frontmatterParser = \frontmatter -> frontmatter |> Json.Decode.decodeString metadata |> Result.mapError Json.Decode.errorToString } ) {-| Register an [`elm-markup`](https://github.com/mdgriffith/elm-markup/) parser for your `.emu` files. -} markupParser : Mark.Document metadata -> Mark.Document view -> ( String, DocumentHandler metadata view ) markupParser metadataParser markBodyParser = ( "emu" , DocumentHandler { contentParser = renderMarkup markBodyParser , frontmatterParser = \frontMatter -> Mark.compile metadataParser frontMatter |> (\outcome -> case outcome of Mark.Success parsedMetadata -> Ok parsedMetadata Mark.Failure failure -> Err "Failure" Mark.Almost failure -> Err "Almost failure" ) } ) renderMarkup : Mark.Document view -> String -> Result String view renderMarkup markBodyParser markupBody = Mark.compile markBodyParser (markupBody |> String.trimLeft) |> (\outcome -> case outcome of Mark.Success renderedView -> Ok renderedView Mark.Failure failures -> failures |> List.map Mark.Error.toString |> String.join "\n" |> Err Mark.Almost failure -> Err "TODO almost failure" )

module Pages.Document exposing ( Document, DocumentHandler , parser, markupParser , fromList, get ) {-| The `Document` represents all the ways to handle the frontmatter metadata and documents found in your `content` folder. Frontmatter content is turned into JSON, so you can use the familiar Elm JSON decoding to get frontmatter content. And you'll get helpful error messages if any of your frontmatter is invalid (which will prevent an invalid production build from being created!). It's up to you how you parse your metadata and content. Here's a simple example of a site that has two types of pages, `blog` posts and `page` (a regular page like `/about` or `/`). `content/index.md` ```markdown --- type: page title: Welcome to my site! --- # Here's my site! I built it with `elm-pages`! 🚀 ``` `content/blog/hello-world.md` ```markdown --- type: blog author: PI:NAME:<NAME>END_PI title: Hello, World! --- # Hello, World! 👋 ## This will be parsed as markdown Hello!!! ``` -- this example uses elm-explorations/markdown import Html exposing (Html) import Json.Decode as Decode exposing (Decoder) import Markdown import Pages.Document type Metadata = Blog { title : String, description : String, author : String } | Page { title : String } markdownDocument : ( String, Pages.Document.DocumentHandler Metadata (Html msg) ) markdownDocument = Pages.Document.parser { extension = "md" , metadata = frontmatterDecoder , body = Markdown.toHtml [] } frontmatterDecoder : Decoder Metadata frontmatterDecoder = Decode.field "type" Decode.string |> Decode.andThen (\metadataType -> case metadataType of "blog" -> Decode.map3 (\title description author -> { title = title, description = description, author = author }) (Decode.field "title" Decode.string) (Decode.field "description" Decode.string) (Decode.field "author" Decode.string) "page" -> Decode.map (\title -> { title = title }) (Decode.field "title" Decode.string) ) @docs Document, DocumentHandler @docs parser, markupParser ## Functions for use by generated code @docs fromList, get -} import Dict exposing (Dict) import Html exposing (Html) import Json.Decode import Mark import Mark.Error {-| Represents all of the `DocumentHandler`s. You register a handler for each extension that tells it how to parse frontmatter and content for that extension. -} type Document metadata view = Document (Dict String (DocumentHandler metadata view)) {-| How to parse the frontmatter and content for a given extension. Build one using `Document.parser` (see above for an example). -} type DocumentHandler metadata view = DocumentHandler { frontmatterParser : String -> Result String metadata , contentParser : String -> Result String view } {-| Used by the generated `Pages.elm` module. There's no need to use this outside of the generated code. -} get : String -> Document metadata view -> Maybe { frontmatterParser : String -> Result String metadata , contentParser : String -> Result String view } get extension (Document document) = document |> Dict.get extension |> Maybe.map (\(DocumentHandler handler) -> handler) {-| Used by the generated `Pages.elm` module. There's no need to use this outside of the generated code. -} fromList : List ( String, DocumentHandler metadata view ) -> Document metadata view fromList list = Document (Dict.fromList list) {-| Create a Document Handler for the given extension. -} parser : { extension : String , metadata : Json.Decode.Decoder metadata , body : String -> Result String view } -> ( String, DocumentHandler metadata view ) parser { extension, body, metadata } = ( extension , DocumentHandler { contentParser = body , frontmatterParser = \frontmatter -> frontmatter |> Json.Decode.decodeString metadata |> Result.mapError Json.Decode.errorToString } ) {-| Register an [`elm-markup`](https://github.com/mdgriffith/elm-markup/) parser for your `.emu` files. -} markupParser : Mark.Document metadata -> Mark.Document view -> ( String, DocumentHandler metadata view ) markupParser metadataParser markBodyParser = ( "emu" , DocumentHandler { contentParser = renderMarkup markBodyParser , frontmatterParser = \frontMatter -> Mark.compile metadataParser frontMatter |> (\outcome -> case outcome of Mark.Success parsedMetadata -> Ok parsedMetadata Mark.Failure failure -> Err "Failure" Mark.Almost failure -> Err "Almost failure" ) } ) renderMarkup : Mark.Document view -> String -> Result String view renderMarkup markBodyParser markupBody = Mark.compile markBodyParser (markupBody |> String.trimLeft) |> (\outcome -> case outcome of Mark.Success renderedView -> Ok renderedView Mark.Failure failures -> failures |> List.map Mark.Error.toString |> String.join "\n" |> Err Mark.Almost failure -> Err "TODO almost failure" )

elm

elm/src/GildedRose.elm

arnegoeteyn/GildedRose-Refactoring-Kata

module GildedRose exposing (Item, ItemType(..), typeFromName, updateItem, update_quality, update_quality_old, legendaryQuality, regularMaxQuality) type alias Item = { name : String , sell_by : Int , quality : Int } type ItemType = Legendary | Brie | Ticket | Regular | Conjured legendaryQuality : number legendaryQuality = 80 regularMaxQuality : number regularMaxQuality = 50 typeFromName : String -> ItemType typeFromName name = case name of "Sulfuras, Hand of Ragnaros" -> Legendary "Backstage passes to a TAFKAL80ETC concert" -> Ticket "Aged Brie" -> Brie _ -> if String.startsWith "Conjured" name then Conjured else Regular updateSellBy : ( Item, Bool ) -> Item updateSellBy ( item, shouldLower ) = if shouldLower then { item | sell_by = item.sell_by - 1 -- In the old code it was possible to get a ticket worth up to 52 quality. -- This is not allowed according to the spec -- This bug can be fixed by toggling the following line of code, but this is kept commented out -- to make everything work exactly as it was before. -- , quality = min regularMaxQuality item.quality } else item regularUpdate : Item -> Item regularUpdate item = if item.sell_by < 0 && item.quality >= 2 then { item | quality = item.quality - 2 } else if item.quality >= 1 then { item | quality = item.quality - 1 } else { item | quality = 0 } brieUpdate : Item -> Item brieUpdate item = { item | quality = item.quality + 1 } ticketUpdate : Item -> Item ticketUpdate item = if item.sell_by < 0 then { item | quality = 0 } else if item.sell_by < 6 then { item | quality = item.quality + 3 } else if item.sell_by < 11 then { item | quality = item.quality + 2 } else { item | quality = item.quality + 1 } qualityUpdate : Item -> ( Item, Bool ) qualityUpdate item = let type_ = typeFromName item.name in case type_ of Legendary -> ( item, False ) Brie -> if item.quality < 50 then ( brieUpdate item, True ) else ( item, False ) Ticket -> if item.quality < 50 then ( ticketUpdate item, True ) else ( item, False ) Regular -> ( regularUpdate item, True ) Conjured -> ( (regularUpdate << regularUpdate) item, True ) updateItem : Item -> Item updateItem = qualityUpdate >> updateSellBy update_quality : List Item -> List Item update_quality = List.map updateItem update_quality_old : List Item -> List Item update_quality_old items = List.map (\item -> if item.name == "Aged Brie" || item.name == "Backstage passes to a TAFKAL80ETC concert" then if item.quality < 50 then if item.name == "Backstage passes to a TAFKAL80ETC concert" then if item.sell_by < 0 then { item | sell_by = item.sell_by - 1, quality = 0 } else if item.sell_by < 6 then { item | sell_by = item.sell_by - 1, quality = item.quality + 3 } else if item.sell_by < 11 then { item | sell_by = item.sell_by - 1, quality = item.quality + 2 } else { item | sell_by = item.sell_by - 1, quality = item.quality + 1 } else { item | sell_by = item.sell_by - 1, quality = item.quality + 1 } else { item | sell_by = item.sell_by } else if item.name /= "Aged Brie" && item.name /= "Sulfuras, Hand of Ragnaros" then if item.sell_by < 0 && item.quality > 0 then if item.quality >= 2 then { item | sell_by = item.sell_by - 1, quality = item.quality - 2 } else { item | sell_by = item.sell_by - 1, quality = 0 } else if item.quality >= 1 then { item | sell_by = item.sell_by - 1, quality = item.quality - 1 } else { item | sell_by = item.sell_by - 1, quality = 0 } else item ) items

27510

module GildedRose exposing (Item, ItemType(..), typeFromName, updateItem, update_quality, update_quality_old, legendaryQuality, regularMaxQuality) type alias Item = { name : String , sell_by : Int , quality : Int } type ItemType = Legendary | Brie | Ticket | Regular | Conjured legendaryQuality : number legendaryQuality = 80 regularMaxQuality : number regularMaxQuality = 50 typeFromName : String -> ItemType typeFromName name = case name of "Sulfuras, Hand of Ragnaros" -> Legendary "Backstage passes to a TAFKAL80ETC concert" -> Ticket "Aged Brie" -> Brie _ -> if String.startsWith "Conjured" name then Conjured else Regular updateSellBy : ( Item, Bool ) -> Item updateSellBy ( item, shouldLower ) = if shouldLower then { item | sell_by = item.sell_by - 1 -- In the old code it was possible to get a ticket worth up to 52 quality. -- This is not allowed according to the spec -- This bug can be fixed by toggling the following line of code, but this is kept commented out -- to make everything work exactly as it was before. -- , quality = min regularMaxQuality item.quality } else item regularUpdate : Item -> Item regularUpdate item = if item.sell_by < 0 && item.quality >= 2 then { item | quality = item.quality - 2 } else if item.quality >= 1 then { item | quality = item.quality - 1 } else { item | quality = 0 } brieUpdate : Item -> Item brieUpdate item = { item | quality = item.quality + 1 } ticketUpdate : Item -> Item ticketUpdate item = if item.sell_by < 0 then { item | quality = 0 } else if item.sell_by < 6 then { item | quality = item.quality + 3 } else if item.sell_by < 11 then { item | quality = item.quality + 2 } else { item | quality = item.quality + 1 } qualityUpdate : Item -> ( Item, Bool ) qualityUpdate item = let type_ = typeFromName item.name in case type_ of Legendary -> ( item, False ) Brie -> if item.quality < 50 then ( brieUpdate item, True ) else ( item, False ) Ticket -> if item.quality < 50 then ( ticketUpdate item, True ) else ( item, False ) Regular -> ( regularUpdate item, True ) Conjured -> ( (regularUpdate << regularUpdate) item, True ) updateItem : Item -> Item updateItem = qualityUpdate >> updateSellBy update_quality : List Item -> List Item update_quality = List.map updateItem update_quality_old : List Item -> List Item update_quality_old items = List.map (\item -> if item.name == "<NAME>" || item.name == "Backstage passes to a TAFKAL80ETC concert" then if item.quality < 50 then if item.name == "Backstage passes to a TAFKAL80ETC concert" then if item.sell_by < 0 then { item | sell_by = item.sell_by - 1, quality = 0 } else if item.sell_by < 6 then { item | sell_by = item.sell_by - 1, quality = item.quality + 3 } else if item.sell_by < 11 then { item | sell_by = item.sell_by - 1, quality = item.quality + 2 } else { item | sell_by = item.sell_by - 1, quality = item.quality + 1 } else { item | sell_by = item.sell_by - 1, quality = item.quality + 1 } else { item | sell_by = item.sell_by } else if item.name /= "<NAME>" && item.name /= "<NAME>uras, Hand of Ragnaros" then if item.sell_by < 0 && item.quality > 0 then if item.quality >= 2 then { item | sell_by = item.sell_by - 1, quality = item.quality - 2 } else { item | sell_by = item.sell_by - 1, quality = 0 } else if item.quality >= 1 then { item | sell_by = item.sell_by - 1, quality = item.quality - 1 } else { item | sell_by = item.sell_by - 1, quality = 0 } else item ) items

module GildedRose exposing (Item, ItemType(..), typeFromName, updateItem, update_quality, update_quality_old, legendaryQuality, regularMaxQuality) type alias Item = { name : String , sell_by : Int , quality : Int } type ItemType = Legendary | Brie | Ticket | Regular | Conjured legendaryQuality : number legendaryQuality = 80 regularMaxQuality : number regularMaxQuality = 50 typeFromName : String -> ItemType typeFromName name = case name of "Sulfuras, Hand of Ragnaros" -> Legendary "Backstage passes to a TAFKAL80ETC concert" -> Ticket "Aged Brie" -> Brie _ -> if String.startsWith "Conjured" name then Conjured else Regular updateSellBy : ( Item, Bool ) -> Item updateSellBy ( item, shouldLower ) = if shouldLower then { item | sell_by = item.sell_by - 1 -- In the old code it was possible to get a ticket worth up to 52 quality. -- This is not allowed according to the spec -- This bug can be fixed by toggling the following line of code, but this is kept commented out -- to make everything work exactly as it was before. -- , quality = min regularMaxQuality item.quality } else item regularUpdate : Item -> Item regularUpdate item = if item.sell_by < 0 && item.quality >= 2 then { item | quality = item.quality - 2 } else if item.quality >= 1 then { item | quality = item.quality - 1 } else { item | quality = 0 } brieUpdate : Item -> Item brieUpdate item = { item | quality = item.quality + 1 } ticketUpdate : Item -> Item ticketUpdate item = if item.sell_by < 0 then { item | quality = 0 } else if item.sell_by < 6 then { item | quality = item.quality + 3 } else if item.sell_by < 11 then { item | quality = item.quality + 2 } else { item | quality = item.quality + 1 } qualityUpdate : Item -> ( Item, Bool ) qualityUpdate item = let type_ = typeFromName item.name in case type_ of Legendary -> ( item, False ) Brie -> if item.quality < 50 then ( brieUpdate item, True ) else ( item, False ) Ticket -> if item.quality < 50 then ( ticketUpdate item, True ) else ( item, False ) Regular -> ( regularUpdate item, True ) Conjured -> ( (regularUpdate << regularUpdate) item, True ) updateItem : Item -> Item updateItem = qualityUpdate >> updateSellBy update_quality : List Item -> List Item update_quality = List.map updateItem update_quality_old : List Item -> List Item update_quality_old items = List.map (\item -> if item.name == "PI:NAME:<NAME>END_PI" || item.name == "Backstage passes to a TAFKAL80ETC concert" then if item.quality < 50 then if item.name == "Backstage passes to a TAFKAL80ETC concert" then if item.sell_by < 0 then { item | sell_by = item.sell_by - 1, quality = 0 } else if item.sell_by < 6 then { item | sell_by = item.sell_by - 1, quality = item.quality + 3 } else if item.sell_by < 11 then { item | sell_by = item.sell_by - 1, quality = item.quality + 2 } else { item | sell_by = item.sell_by - 1, quality = item.quality + 1 } else { item | sell_by = item.sell_by - 1, quality = item.quality + 1 } else { item | sell_by = item.sell_by } else if item.name /= "PI:NAME:<NAME>END_PI" && item.name /= "PI:NAME:<NAME>END_PIuras, Hand of Ragnaros" then if item.sell_by < 0 && item.quality > 0 then if item.quality >= 2 then { item | sell_by = item.sell_by - 1, quality = item.quality - 2 } else { item | sell_by = item.sell_by - 1, quality = 0 } else if item.quality >= 1 then { item | sell_by = item.sell_by - 1, quality = item.quality - 1 } else { item | sell_by = item.sell_by - 1, quality = 0 } else item ) items

elm

src/Internal/Write.elm

absynce/elm-codegen

module Internal.Write exposing ( write , writeAnnotation , writeDeclaration , writeExpression , writeImports , writeInference , writeSignature ) {-| This is borrowed basically in it's entirety from: <https://github.com/the-sett/elm-syntax-dsl/blob/master/src/Elm/Pretty.elm> Thank you Rupert! -} import Dict import Elm.Syntax.Declaration import Elm.Syntax.Documentation exposing (Documentation) import Elm.Syntax.Exposing exposing (ExposedType, Exposing(..), TopLevelExpose(..)) import Elm.Syntax.Expression exposing (Case, CaseBlock, Expression(..), Function, FunctionImplementation, Lambda, LetBlock, LetDeclaration(..), RecordSetter) import Elm.Syntax.File import Elm.Syntax.Import exposing (Import) import Elm.Syntax.Infix exposing (Infix, InfixDirection(..)) import Elm.Syntax.Module exposing (DefaultModuleData, EffectModuleData, Module(..)) import Elm.Syntax.ModuleName exposing (ModuleName) import Elm.Syntax.Node as Node exposing (Node(..)) import Elm.Syntax.Pattern exposing (Pattern(..), QualifiedNameRef) import Elm.Syntax.Range exposing (Location, Range, emptyRange) import Elm.Syntax.Signature exposing (Signature) import Elm.Syntax.Type exposing (Type, ValueConstructor) import Elm.Syntax.TypeAlias exposing (TypeAlias) import Elm.Syntax.TypeAnnotation exposing (RecordDefinition, RecordField, TypeAnnotation(..)) import Hex import Internal.Comments as Comments import Internal.Compiler as Util exposing (denode, denodeAll, denodeMaybe, nodify, nodifyAll, nodifyMaybe) import Internal.ImportsAndExposing as ImportsAndExposing import Pretty exposing (Doc) type alias File = { moduleDefinition : Module , aliases : List ( Util.Module, String ) , imports : List Import , declarations : List Util.Declaration , comments : Maybe (Comments.Comment Comments.FileComment) } type alias Aliases = List ( Util.Module, String ) {-| Prepares a file of Elm code for layout by the pretty printer. Note that the `Doc` type returned by this is a `Pretty.Doc`. This can be printed to a string by the `the-sett/elm-pretty-printer` package. These `Doc` based functions are exposed in case you want to pretty print some Elm inside something else with the pretty printer. The `pretty` function can be used to go directly from a `File` to a `String`, if that is more convenient. -} prepareLayout : Int -> File -> Doc t prepareLayout width file = prettyModule file.moduleDefinition |> Pretty.a Pretty.line |> Pretty.a Pretty.line |> (\doc -> case file.comments of Nothing -> doc Just fileComment -> let ( fileCommentStr, innerTags ) = Comments.prettyFileComment width fileComment in doc |> Pretty.a (prettyComments [ fileCommentStr ]) |> Pretty.a Pretty.line ) |> Pretty.a (importsPretty file.imports) |> Pretty.a (prettyDeclarations file.aliases file.declarations) importsPretty : List Import -> Doc t importsPretty imports = case imports of [] -> Pretty.line _ -> prettyImports imports |> Pretty.a Pretty.line |> Pretty.a Pretty.line |> Pretty.a Pretty.line write : File -> String write = pretty 80 writeExpression : Expression -> String writeExpression exp = prettyExpression noAliases exp |> Pretty.pretty 80 writeSignature : Signature -> String writeSignature sig = prettySignature noAliases sig |> Pretty.pretty 80 writeAnnotation : TypeAnnotation -> String writeAnnotation sig = prettyTypeAnnotation noAliases sig |> Pretty.pretty 80 writeInference : Util.Inference -> String writeInference inf = "--TYPE:\n " ++ (writeAnnotation inf.type_ |> String.lines |> String.join "\n " ) ++ "\n\n-- INFERRED\n\n " ++ (Dict.toList inf.inferences |> List.map (\( key, val ) -> key ++ ":\n " ++ (writeAnnotation val |> String.lines |> String.join "\n " ) ) |> String.join "\n\n " ) ++ "\n\n----END-----\n\n" writeImports : List Import -> String writeImports imports = prettyImports imports |> Pretty.pretty 80 writeDeclaration : Util.Declaration -> String writeDeclaration exp = prettyDeclaration 80 exp |> Pretty.pretty 80 {-| Prints a file of Elm code to the given page width, making use of the pretty printer. -} pretty : Int -> File -> String pretty width file = prepareLayout width file |> Pretty.pretty width prettyModule : Module -> Doc t prettyModule mod = case mod of NormalModule defaultModuleData -> prettyDefaultModuleData defaultModuleData PortModule defaultModuleData -> prettyPortModuleData defaultModuleData EffectModule effectModuleData -> prettyEffectModuleData effectModuleData prettyModuleName : ModuleName -> Doc t prettyModuleName name = List.map Pretty.string name |> Pretty.join dot prettyModuleNameDot : Aliases -> ModuleName -> Doc t prettyModuleNameDot aliases name = case name of [] -> Pretty.empty _ -> case Util.findAlias name aliases of Nothing -> List.map Pretty.string name |> Pretty.join dot |> Pretty.a dot Just alias -> Pretty.string alias |> Pretty.a dot prettyModuleNameAlias : ModuleName -> Doc t prettyModuleNameAlias name = case name of [] -> Pretty.empty _ -> Pretty.string "as " |> Pretty.a (List.map Pretty.string name |> Pretty.join dot) prettyDefaultModuleData : DefaultModuleData -> Doc t prettyDefaultModuleData moduleData = Pretty.words [ Pretty.string "module" , prettyModuleName (denode moduleData.moduleName) , prettyExposing (denode moduleData.exposingList) ] prettyPortModuleData : DefaultModuleData -> Doc t prettyPortModuleData moduleData = Pretty.words [ Pretty.string "port module" , prettyModuleName (denode moduleData.moduleName) , prettyExposing (denode moduleData.exposingList) ] prettyEffectModuleData : EffectModuleData -> Doc t prettyEffectModuleData moduleData = let prettyCmdAndSub maybeCmd maybeSub = case ( maybeCmd, maybeSub ) of ( Nothing, Nothing ) -> Nothing ( Just cmdName, Just subName ) -> [ Pretty.string "where { command =" , Pretty.string cmdName , Pretty.string "," , Pretty.string "subscription =" , Pretty.string subName , Pretty.string "}" ] |> Pretty.words |> Just ( Just cmdName, Nothing ) -> [ Pretty.string "where { command =" , Pretty.string cmdName , Pretty.string "}" ] |> Pretty.words |> Just ( Nothing, Just subName ) -> [ Pretty.string "where { subscription =" , Pretty.string subName , Pretty.string "}" ] |> Pretty.words |> Just in Pretty.words [ Pretty.string "effect module" , prettyModuleName (denode moduleData.moduleName) , prettyCmdAndSub (denodeMaybe moduleData.command) (denodeMaybe moduleData.subscription) |> prettyMaybe identity , prettyExposing (denode moduleData.exposingList) ] prettyComments : List String -> Doc t prettyComments comments = case comments of [] -> Pretty.empty _ -> List.map Pretty.string comments |> Pretty.lines |> Pretty.a Pretty.line |> Pretty.a Pretty.line {-| Pretty prints a list of import statements. The list will be de-duplicated and sorted. -} prettyImports : List Import -> Doc t prettyImports imports = ImportsAndExposing.sortAndDedupImports imports |> List.map prettyImport |> Pretty.lines prettyImport : Import -> Doc t prettyImport import_ = Pretty.join Pretty.space [ Pretty.string "import" , prettyModuleName (denode import_.moduleName) , prettyMaybe prettyModuleNameAlias (denodeMaybe import_.moduleAlias) , prettyMaybe prettyExposing (denodeMaybe import_.exposingList) ] {-| Pretty prints the contents of an exposing statement, as found on a module or import statement. The exposed values will be de-duplicated and sorted. -} prettyExposing : Exposing -> Doc t prettyExposing exposing_ = let exposings = case exposing_ of All _ -> Pretty.string ".." |> Pretty.parens Explicit tll -> ImportsAndExposing.sortAndDedupExposings (denodeAll tll) |> prettyTopLevelExposes |> Pretty.parens in Pretty.string "exposing" |> Pretty.a Pretty.space |> Pretty.a exposings prettyTopLevelExposes : List TopLevelExpose -> Doc t prettyTopLevelExposes exposes = List.map prettyTopLevelExpose exposes |> Pretty.join (Pretty.string ", ") prettyTopLevelExpose : TopLevelExpose -> Doc t prettyTopLevelExpose tlExpose = case tlExpose of InfixExpose val -> Pretty.string val |> Pretty.parens FunctionExpose val -> Pretty.string val TypeOrAliasExpose val -> Pretty.string val TypeExpose exposedType -> case exposedType.open of Nothing -> Pretty.string exposedType.name Just _ -> Pretty.string exposedType.name |> Pretty.a (Pretty.string "(..)") {-| Pretty prints a single top-level declaration. -} prettyDeclaration : Int -> Util.Declaration -> Doc t prettyDeclaration width decl = case decl of Util.Declaration exp mods innerDecl -> prettyElmSyntaxDeclaration noAliases innerDecl Util.Comment content -> Pretty.string content Util.Block source -> Pretty.string source noAliases : Aliases noAliases = [] {-| Pretty prints an elm-syntax declaration. -} prettyElmSyntaxDeclaration : Aliases -> Elm.Syntax.Declaration.Declaration -> Doc t prettyElmSyntaxDeclaration aliases decl = case decl of Elm.Syntax.Declaration.FunctionDeclaration fn -> prettyFun aliases fn Elm.Syntax.Declaration.AliasDeclaration tAlias -> prettyTypeAlias aliases tAlias Elm.Syntax.Declaration.CustomTypeDeclaration type_ -> prettyCustomType aliases type_ Elm.Syntax.Declaration.PortDeclaration sig -> prettyPortDeclaration aliases sig Elm.Syntax.Declaration.InfixDeclaration infix_ -> prettyInfix infix_ Elm.Syntax.Declaration.Destructuring pattern expr -> prettyDestructuring aliases (denode pattern) (denode expr) prettyDeclarations : Aliases -> List Util.Declaration -> Doc t prettyDeclarations aliases decls = List.foldl (\decl doc -> case decl of Util.Comment content -> doc |> Pretty.a (Pretty.string (content ++ "\n")) |> Pretty.a Pretty.line |> Pretty.a Pretty.line Util.Block source -> doc |> Pretty.a (Pretty.string source) |> Pretty.a Pretty.line |> Pretty.a Pretty.line |> Pretty.a Pretty.line Util.Declaration _ _ innerDecl -> doc |> Pretty.a (prettyElmSyntaxDeclaration aliases innerDecl) |> Pretty.a Pretty.line |> Pretty.a Pretty.line |> Pretty.a Pretty.line ) Pretty.empty decls {-| Pretty prints an Elm function, which may include documentation and a signature too. -} prettyFun : Aliases -> Function -> Doc t prettyFun aliases fn = [ prettyMaybe prettyDocumentation (denodeMaybe fn.documentation) , prettyMaybe (prettySignature aliases) (denodeMaybe fn.signature) , prettyFunctionImplementation aliases (denode fn.declaration) ] |> Pretty.lines {-| Pretty prints a type alias definition, which may include documentation too. -} prettyTypeAlias : Aliases -> TypeAlias -> Doc t prettyTypeAlias aliases tAlias = let typeAliasPretty = [ Pretty.string "type alias" , Pretty.string (denode tAlias.name) , List.map Pretty.string (denodeAll tAlias.generics) |> Pretty.words , Pretty.string "=" ] |> Pretty.words |> Pretty.a Pretty.line |> Pretty.a (prettyTypeAnnotation aliases (denode tAlias.typeAnnotation)) |> Pretty.nest 4 in [ prettyMaybe prettyDocumentation (denodeMaybe tAlias.documentation) , typeAliasPretty ] |> Pretty.lines {-| Pretty prints a custom type declaration, which may include documentation too. -} prettyCustomType : Aliases -> Type -> Doc t prettyCustomType aliases type_ = let customTypePretty = [ Pretty.string "type" , Pretty.string (denode type_.name) , List.map Pretty.string (denodeAll type_.generics) |> Pretty.words ] |> Pretty.words |> Pretty.a Pretty.line |> Pretty.a (Pretty.string "= ") |> Pretty.a (prettyValueConstructors aliases (denodeAll type_.constructors)) |> Pretty.nest 4 in [ prettyMaybe prettyDocumentation (denodeMaybe type_.documentation) , customTypePretty ] |> Pretty.lines prettyValueConstructors : Aliases -> List ValueConstructor -> Doc t prettyValueConstructors aliases constructors = List.map (prettyValueConstructor aliases) constructors |> Pretty.join (Pretty.line |> Pretty.a (Pretty.string "| ")) prettyValueConstructor : Aliases -> ValueConstructor -> Doc t prettyValueConstructor aliases cons = [ Pretty.string (denode cons.name) , List.map (prettyTypeAnnotationParens aliases) (denodeAll cons.arguments) |> Pretty.lines ] |> Pretty.lines |> Pretty.group |> Pretty.nest 4 {-| Pretty prints a port declaration. -} prettyPortDeclaration : Aliases -> Signature -> Doc t prettyPortDeclaration aliases sig = [ Pretty.string "port" , prettySignature aliases sig ] |> Pretty.words prettyInfix : Infix -> Doc t prettyInfix infix_ = let dirToString direction = case direction of Left -> "left" Right -> "right" Non -> "non" in [ Pretty.string "infix" , Pretty.string (dirToString (denode infix_.direction)) , Pretty.string (String.fromInt (denode infix_.precedence)) , Pretty.string (denode infix_.operator) |> Pretty.parens , Pretty.string "=" , Pretty.string (denode infix_.function) ] |> Pretty.words {-| Pretty prints a desctructuring declaration. -} prettyDestructuring : Aliases -> Pattern -> Expression -> Doc t prettyDestructuring aliases pattern expr = [ [ prettyPattern aliases pattern , Pretty.string "=" ] |> Pretty.words , prettyExpression aliases expr ] |> Pretty.lines |> Pretty.nest 4 prettyDocumentation : Documentation -> Doc t prettyDocumentation docs = Pretty.string ("{-|" ++ docs ++ "-}") {-| Pretty prints a type signature. -} prettySignature : Aliases -> Signature -> Doc t prettySignature aliases sig = [ [ Pretty.string (denode sig.name) , Pretty.string ":" ] |> Pretty.words , prettyTypeAnnotation aliases (denode sig.typeAnnotation) ] |> Pretty.lines |> Pretty.nest 4 |> Pretty.group prettyFunctionImplementation : Aliases -> FunctionImplementation -> Doc t prettyFunctionImplementation aliases impl = Pretty.words [ Pretty.string (denode impl.name) , prettyArgs aliases (denodeAll impl.arguments) , Pretty.string "=" ] |> Pretty.a Pretty.line |> Pretty.a (prettyExpression aliases (denode impl.expression)) |> Pretty.nest 4 prettyArgs : Aliases -> List Pattern -> Doc t prettyArgs aliases args = List.map (prettyPatternInner aliases False) args |> Pretty.words --== Patterns {-| Pretty prints a pattern. -} prettyPattern : Aliases -> Pattern -> Doc t prettyPattern aliases pattern = prettyPatternInner aliases True pattern adjustPatternParentheses : Bool -> Pattern -> Pattern adjustPatternParentheses isTop pattern = let addParens pat = case ( isTop, pat ) of ( False, NamedPattern _ (_ :: _) ) -> nodify pat |> ParenthesizedPattern ( False, AsPattern _ _ ) -> nodify pat |> ParenthesizedPattern ( _, _ ) -> pat removeParens pat = case pat of ParenthesizedPattern innerPat -> if shouldRemove (denode innerPat) then denode innerPat |> removeParens else pat _ -> pat shouldRemove pat = case ( isTop, pat ) of ( False, NamedPattern _ _ ) -> False ( _, AsPattern _ _ ) -> False ( _, _ ) -> isTop in removeParens pattern |> addParens prettyPatternInner : Aliases -> Bool -> Pattern -> Doc t prettyPatternInner aliases isTop pattern = case adjustPatternParentheses isTop pattern of AllPattern -> Pretty.string "_" UnitPattern -> Pretty.string "()" CharPattern val -> Pretty.string (escapeChar val) |> singleQuotes StringPattern val -> Pretty.string val |> quotes IntPattern val -> Pretty.string (String.fromInt val) HexPattern val -> Pretty.string (Hex.toString val) FloatPattern val -> Pretty.string (String.fromFloat val) TuplePattern vals -> Pretty.space |> Pretty.a (List.map (prettyPatternInner aliases True) (denodeAll vals) |> Pretty.join (Pretty.string ", ") ) |> Pretty.a Pretty.space |> Pretty.parens RecordPattern fields -> List.map Pretty.string (denodeAll fields) |> Pretty.join (Pretty.string ", ") |> Pretty.surround Pretty.space Pretty.space |> Pretty.braces UnConsPattern hdPat tlPat -> [ prettyPatternInner aliases False (denode hdPat) , Pretty.string "::" , prettyPatternInner aliases False (denode tlPat) ] |> Pretty.words ListPattern listPats -> case listPats of [] -> Pretty.string "[]" _ -> let open = Pretty.a Pretty.space (Pretty.string "[") close = Pretty.a (Pretty.string "]") Pretty.space in List.map (prettyPatternInner aliases False) (denodeAll listPats) |> Pretty.join (Pretty.string ", ") |> Pretty.surround open close VarPattern var -> Pretty.string var NamedPattern qnRef listPats -> (prettyModuleNameDot aliases qnRef.moduleName |> Pretty.a (Pretty.string qnRef.name) ) :: List.map (prettyPatternInner aliases False) (denodeAll listPats) |> Pretty.words AsPattern pat name -> [ prettyPatternInner aliases False (denode pat) , Pretty.string "as" , Pretty.string (denode name) ] |> Pretty.words ParenthesizedPattern pat -> prettyPatternInner aliases True (denode pat) |> Pretty.parens --== Expressions type alias Context = { precedence : Int , isTop : Bool , isLeftPipe : Bool } topContext = { precedence = 11 , isTop = True , isLeftPipe = False } adjustExpressionParentheses : Context -> Expression -> Expression adjustExpressionParentheses context expression = let addParens expr = case ( context.isTop, context.isLeftPipe, expr ) of ( False, False, LetExpression _ ) -> nodify expr |> ParenthesizedExpression ( False, False, CaseExpression _ ) -> nodify expr |> ParenthesizedExpression ( False, False, LambdaExpression _ ) -> nodify expr |> ParenthesizedExpression ( False, False, IfBlock _ _ _ ) -> nodify expr |> ParenthesizedExpression ( _, _, _ ) -> expr removeParens expr = case expr of ParenthesizedExpression innerExpr -> if shouldRemove (denode innerExpr) then denode innerExpr |> removeParens else expr _ -> expr shouldRemove expr = case ( context.isTop, context.isLeftPipe, expr ) of ( True, _, _ ) -> True ( _, True, _ ) -> True ( False, _, Application _ ) -> if context.precedence < 11 then True else False ( False, _, FunctionOrValue _ _ ) -> True ( False, _, Integer _ ) -> True ( False, _, Hex _ ) -> True ( False, _, Floatable _ ) -> True ( False, _, Negation _ ) -> True ( False, _, Literal _ ) -> True ( False, _, CharLiteral _ ) -> True ( False, _, TupledExpression _ ) -> True ( False, _, RecordExpr _ ) -> True ( False, _, ListExpr _ ) -> True ( False, _, RecordAccess _ _ ) -> True ( False, _, RecordAccessFunction _ ) -> True ( False, _, RecordUpdateExpression _ _ ) -> True ( _, _, _ ) -> False in removeParens expression |> addParens {-| Pretty prints an expression. -} prettyExpression : Aliases -> Expression -> Doc t prettyExpression aliases expression = prettyExpressionInner aliases topContext 4 expression |> Tuple.first prettyExpressionInner : Aliases -> Context -> Int -> Expression -> ( Doc t, Bool ) prettyExpressionInner aliases context indent expression = case adjustExpressionParentheses context expression of UnitExpr -> ( Pretty.string "()" , False ) Application exprs -> prettyApplication aliases indent exprs OperatorApplication symbol dir exprl exprr -> prettyOperatorApplication aliases indent symbol dir exprl exprr FunctionOrValue modl val -> ( prettyModuleNameDot aliases modl |> Pretty.a (Pretty.string val) , False ) IfBlock exprBool exprTrue exprFalse -> prettyIfBlock aliases indent exprBool exprTrue exprFalse PrefixOperator symbol -> ( Pretty.string symbol |> Pretty.parens , False ) Operator symbol -> ( Pretty.string symbol , False ) Integer val -> ( Pretty.string (String.fromInt val) , False ) Hex val -> ( Pretty.string (toHexString val) , False ) Floatable val -> ( Pretty.string (String.fromFloat val) , False ) Negation expr -> let ( prettyExpr, alwaysBreak ) = prettyExpressionInner aliases topContext 4 (denode expr) in ( Pretty.string "-" |> Pretty.a prettyExpr , alwaysBreak ) Literal val -> ( prettyLiteral val , False ) CharLiteral val -> ( Pretty.string (escapeChar val) |> singleQuotes , False ) TupledExpression exprs -> prettyTupledExpression aliases indent exprs ParenthesizedExpression expr -> prettyParenthesizedExpression aliases indent expr LetExpression letBlock -> prettyLetBlock aliases indent letBlock CaseExpression caseBlock -> prettyCaseBlock aliases indent caseBlock LambdaExpression lambda -> prettyLambdaExpression aliases indent lambda RecordExpr setters -> prettyRecordExpr aliases setters ListExpr exprs -> prettyList aliases indent exprs RecordAccess expr field -> prettyRecordAccess aliases expr field RecordAccessFunction field -> ( Pretty.string field , False ) RecordUpdateExpression var setters -> prettyRecordUpdateExpression aliases indent var setters GLSLExpression val -> ( Pretty.string "glsl" , True ) prettyApplication : Aliases -> Int -> List (Node Expression) -> ( Doc t, Bool ) prettyApplication aliases indent exprs = let ( prettyExpressions, alwaysBreak ) = List.map (prettyExpressionInner aliases { precedence = 11 , isTop = False , isLeftPipe = False } 4 ) (denodeAll exprs) |> List.unzip |> Tuple.mapSecond (List.any identity) in ( prettyExpressions |> Pretty.lines |> Pretty.nest indent |> Pretty.align |> optionalGroup alwaysBreak , alwaysBreak ) isEndLineOperator : String -> Bool isEndLineOperator op = case op of "<|" -> True _ -> False prettyOperatorApplication : Aliases -> Int -> String -> InfixDirection -> Node Expression -> Node Expression -> ( Doc t, Bool ) prettyOperatorApplication aliases indent symbol dir exprl exprr = if symbol == "<|" then prettyOperatorApplicationLeft aliases indent symbol dir exprl exprr else prettyOperatorApplicationRight aliases indent symbol dir exprl exprr prettyOperatorApplicationLeft : Aliases -> Int -> String -> InfixDirection -> Node Expression -> Node Expression -> ( Doc t, Bool ) prettyOperatorApplicationLeft aliases indent symbol _ exprl exprr = let context = { precedence = precedence symbol , isTop = False , isLeftPipe = True } ( prettyExpressionLeft, alwaysBreakLeft ) = prettyExpressionInner aliases context 4 (denode exprl) ( prettyExpressionRight, alwaysBreakRight ) = prettyExpressionInner aliases context 4 (denode exprr) alwaysBreak = alwaysBreakLeft || alwaysBreakRight in ( [ [ prettyExpressionLeft, Pretty.string symbol ] |> Pretty.words , prettyExpressionRight ] |> Pretty.lines |> optionalGroup alwaysBreak |> Pretty.nest 4 , alwaysBreak ) prettyOperatorApplicationRight : Aliases -> Int -> String -> InfixDirection -> Node Expression -> Node Expression -> ( Doc t, Bool ) prettyOperatorApplicationRight aliases indent symbol _ exprl exprr = let expandExpr : Int -> Context -> Expression -> List ( Doc t, Bool ) expandExpr innerIndent context expr = case expr of OperatorApplication sym _ left right -> innerOpApply False sym left right _ -> [ prettyExpressionInner aliases context innerIndent expr ] innerOpApply : Bool -> String -> Node Expression -> Node Expression -> List ( Doc t, Bool ) innerOpApply isTop sym left right = let context = { precedence = precedence sym , isTop = False , isLeftPipe = "<|" == sym } innerIndent = decrementIndent 4 (String.length symbol + 1) leftIndent = if isTop then indent else innerIndent rightSide = denode right |> expandExpr innerIndent context in case rightSide of ( hdExpr, hdBreak ) :: tl -> List.append (denode left |> expandExpr leftIndent context) (( Pretty.string sym |> Pretty.a Pretty.space |> Pretty.a hdExpr, hdBreak ) :: tl) [] -> [] ( prettyExpressions, alwaysBreak ) = innerOpApply True symbol exprl exprr |> List.unzip |> Tuple.mapSecond (List.any identity) in ( prettyExpressions |> Pretty.join (Pretty.nest indent Pretty.line) |> Pretty.align |> optionalGroup alwaysBreak , alwaysBreak ) prettyIfBlock : Aliases -> Int -> Node Expression -> Node Expression -> Node Expression -> ( Doc t, Bool ) prettyIfBlock aliases indent exprBool exprTrue exprFalse = let innerIfBlock : Node Expression -> Node Expression -> Node Expression -> List (Doc t) innerIfBlock innerExprBool innerExprTrue innerExprFalse = let context = topContext ifPart = let ( prettyBoolExpr, alwaysBreak ) = prettyExpressionInner aliases topContext 4 (denode innerExprBool) in [ [ Pretty.string "if" , prettyExpressionInner aliases topContext 4 (denode innerExprBool) |> Tuple.first ] |> Pretty.lines |> optionalGroup alwaysBreak |> Pretty.nest indent , Pretty.string "then" ] |> Pretty.lines |> optionalGroup alwaysBreak truePart = prettyExpressionInner aliases topContext 4 (denode innerExprTrue) |> Tuple.first |> Pretty.indent indent elsePart = Pretty.line |> Pretty.a (Pretty.string "else") falsePart = case denode innerExprFalse of IfBlock nestedExprBool nestedExprTrue nestedExprFalse -> innerIfBlock nestedExprBool nestedExprTrue nestedExprFalse _ -> [ prettyExpressionInner aliases topContext 4 (denode innerExprFalse) |> Tuple.first |> Pretty.indent indent ] in case falsePart of [] -> [] [ falseExpr ] -> [ ifPart , truePart , elsePart , falseExpr ] hd :: tl -> List.append [ ifPart , truePart , [ elsePart, hd ] |> Pretty.words ] tl prettyExpressions = innerIfBlock exprBool exprTrue exprFalse in ( prettyExpressions |> Pretty.lines |> Pretty.align , True ) prettyLiteral : String -> Doc t prettyLiteral val = if String.contains "\n" val then Pretty.string val |> tripleQuotes else Pretty.string (escape val) |> quotes prettyTupledExpression : Aliases -> Int -> List (Node Expression) -> ( Doc t, Bool ) prettyTupledExpression aliases indent exprs = let open = Pretty.a Pretty.space (Pretty.string "(") close = Pretty.a (Pretty.string ")") Pretty.line in case exprs of [] -> ( Pretty.string "()", False ) _ -> let ( prettyExpressions, alwaysBreak ) = List.map (prettyExpressionInner aliases topContext (decrementIndent indent 2)) (denodeAll exprs) |> List.unzip |> Tuple.mapSecond (List.any identity) in ( prettyExpressions |> Pretty.separators ", " |> Pretty.surround open close |> Pretty.align |> optionalGroup alwaysBreak , alwaysBreak ) prettyParenthesizedExpression : Aliases -> Int -> Node Expression -> ( Doc t, Bool ) prettyParenthesizedExpression aliases indent expr = let open = Pretty.string "(" close = Pretty.a (Pretty.string ")") Pretty.tightline ( prettyExpr, alwaysBreak ) = prettyExpressionInner aliases topContext (decrementIndent indent 1) (denode expr) in ( prettyExpr |> Pretty.nest 1 |> Pretty.surround open close |> Pretty.align |> optionalGroup alwaysBreak , alwaysBreak ) prettyLetBlock : Aliases -> Int -> LetBlock -> ( Doc t, Bool ) prettyLetBlock aliases indent letBlock = ( [ Pretty.string "let" , List.map (prettyLetDeclaration aliases indent) (denodeAll letBlock.declarations) |> doubleLines |> Pretty.indent indent , Pretty.string "in" , prettyExpressionInner aliases topContext 4 (denode letBlock.expression) |> Tuple.first ] |> Pretty.lines |> Pretty.align , True ) prettyLetDeclaration : Aliases -> Int -> LetDeclaration -> Doc t prettyLetDeclaration aliases indent letDecl = case letDecl of LetFunction fn -> prettyFun aliases fn LetDestructuring pattern expr -> [ prettyPatternInner aliases False (denode pattern) , Pretty.string "=" ] |> Pretty.words |> Pretty.a Pretty.line |> Pretty.a (prettyExpressionInner aliases topContext 4 (denode expr) |> Tuple.first |> Pretty.indent indent ) prettyCaseBlock : Aliases -> Int -> CaseBlock -> ( Doc t, Bool ) prettyCaseBlock aliases indent caseBlock = let casePart = let ( caseExpression, alwaysBreak ) = prettyExpressionInner aliases topContext 4 (denode caseBlock.expression) in [ [ Pretty.string "case" , caseExpression ] |> Pretty.lines |> optionalGroup alwaysBreak |> Pretty.nest indent , Pretty.string "of" ] |> Pretty.lines |> optionalGroup alwaysBreak prettyCase ( pattern, expr ) = prettyPattern aliases (denode pattern) |> Pretty.a (Pretty.string " ->") |> Pretty.a Pretty.line |> Pretty.a (prettyExpressionInner aliases topContext 4 (denode expr) |> Tuple.first |> Pretty.indent 4) |> Pretty.indent indent patternsPart = List.map prettyCase caseBlock.cases |> doubleLines in ( [ casePart, patternsPart ] |> Pretty.lines |> Pretty.align , True ) prettyLambdaExpression : Aliases -> Int -> Lambda -> ( Doc t, Bool ) prettyLambdaExpression aliases indent lambda = let ( prettyExpr, alwaysBreak ) = prettyExpressionInner aliases topContext 4 (denode lambda.expression) in ( [ Pretty.string "\\" |> Pretty.a (List.map (prettyPatternInner aliases False) (denodeAll lambda.args) |> Pretty.words) |> Pretty.a (Pretty.string " ->") , prettyExpr ] |> Pretty.lines |> Pretty.nest indent |> Pretty.align |> optionalGroup alwaysBreak , alwaysBreak ) prettyRecordExpr : Aliases -> List (Node RecordSetter) -> ( Doc t, Bool ) prettyRecordExpr aliases setters = let open = Pretty.a Pretty.space (Pretty.string "{") close = Pretty.a (Pretty.string "}") Pretty.line in case setters of [] -> ( Pretty.string "{}", False ) _ -> let ( prettyExpressions, alwaysBreak ) = List.map (prettySetter aliases) (denodeAll setters) |> List.unzip |> Tuple.mapSecond (List.any identity) in ( prettyExpressions |> Pretty.separators ", " |> Pretty.surround open close |> Pretty.align |> optionalGroup alwaysBreak , alwaysBreak ) prettySetter : Aliases -> ( Node String, Node Expression ) -> ( Doc t, Bool ) prettySetter aliases ( fld, val ) = let ( prettyExpr, alwaysBreak ) = prettyExpressionInner aliases topContext 4 (denode val) in ( [ [ Pretty.string (denode fld) , Pretty.string "=" ] |> Pretty.words , prettyExpr ] |> Pretty.lines |> optionalGroup alwaysBreak |> Pretty.nest 4 , alwaysBreak ) prettyList : Aliases -> Int -> List (Node Expression) -> ( Doc t, Bool ) prettyList aliases indent exprs = let open = Pretty.a Pretty.space (Pretty.string "[") close = Pretty.a (Pretty.string "]") Pretty.line in case exprs of [] -> ( Pretty.string "[]", False ) _ -> let ( prettyExpressions, alwaysBreak ) = List.map (prettyExpressionInner aliases topContext (decrementIndent indent 2)) (denodeAll exprs) |> List.unzip |> Tuple.mapSecond (List.any identity) in ( prettyExpressions |> Pretty.separators ", " |> Pretty.surround open close |> Pretty.align |> optionalGroup alwaysBreak , alwaysBreak ) prettyRecordAccess : Aliases -> Node Expression -> Node String -> ( Doc t, Bool ) prettyRecordAccess aliases expr field = let ( prettyExpr, alwaysBreak ) = prettyExpressionInner aliases topContext 4 (denode expr) in ( prettyExpr |> Pretty.a dot |> Pretty.a (Pretty.string (denode field)) , alwaysBreak ) prettyRecordUpdateExpression : Aliases -> Int -> Node String -> List (Node RecordSetter) -> ( Doc t, Bool ) prettyRecordUpdateExpression aliases indent var setters = let open = [ Pretty.string "{" , Pretty.string (denode var) ] |> Pretty.words |> Pretty.a Pretty.line close = Pretty.a (Pretty.string "}") Pretty.line addBarToFirst exprs = case exprs of [] -> [] hd :: tl -> Pretty.a hd (Pretty.string "| ") :: tl in case setters of [] -> ( Pretty.string "{}", False ) _ -> let ( prettyExpressions, alwaysBreak ) = List.map (prettySetter aliases) (denodeAll setters) |> List.unzip |> Tuple.mapSecond (List.any identity) in ( open |> Pretty.a (prettyExpressions |> addBarToFirst |> Pretty.separators ", " ) |> Pretty.nest indent |> Pretty.surround Pretty.empty close |> Pretty.align |> optionalGroup alwaysBreak , alwaysBreak ) --== Type Annotations {-| Pretty prints a type annotation. -} prettyTypeAnnotation : Aliases -> TypeAnnotation -> Doc t prettyTypeAnnotation aliases typeAnn = case typeAnn of GenericType val -> Pretty.string val Typed fqName anns -> prettyTyped aliases fqName anns Unit -> Pretty.string "()" Tupled anns -> prettyTupled aliases anns Record recordDef -> prettyRecord aliases (denodeAll recordDef) GenericRecord paramName recordDef -> prettyGenericRecord aliases (denode paramName) (denodeAll (denode recordDef)) FunctionTypeAnnotation fromAnn toAnn -> prettyFunctionTypeAnnotation aliases fromAnn toAnn prettyTyped : Aliases -> Node ( ModuleName, String ) -> List (Node TypeAnnotation) -> Doc t prettyTyped aliases fqName anns = let ( moduleName, typeName ) = denode fqName typeDoc = prettyModuleNameDot aliases moduleName |> Pretty.a (Pretty.string typeName) argsDoc = List.map (prettyTypeAnnotationParens aliases) (denodeAll anns) |> Pretty.words in [ typeDoc , argsDoc ] |> Pretty.words prettyTupled : Aliases -> List (Node TypeAnnotation) -> Doc t prettyTupled aliases anns = Pretty.space |> Pretty.a (List.map (prettyTypeAnnotation aliases) (denodeAll anns) |> Pretty.join (Pretty.string ", ") ) |> Pretty.a Pretty.space |> Pretty.parens prettyTypeAnnotationParens : Aliases -> TypeAnnotation -> Doc t prettyTypeAnnotationParens aliases typeAnn = if isNakedCompound typeAnn then prettyTypeAnnotation aliases typeAnn |> Pretty.parens else prettyTypeAnnotation aliases typeAnn prettyRecord : Aliases -> List RecordField -> Doc t prettyRecord aliases fields = let open = Pretty.a Pretty.space (Pretty.string "{") close = Pretty.a (Pretty.string "}") Pretty.line in case fields of [] -> Pretty.string "{}" _ -> fields |> List.map (Tuple.mapBoth denode denode) |> List.map (prettyFieldTypeAnn aliases) |> Pretty.separators ", " |> Pretty.surround open close |> Pretty.group prettyGenericRecord : Aliases -> String -> List RecordField -> Doc t prettyGenericRecord aliases paramName fields = let open = [ Pretty.string "{" , Pretty.string paramName ] |> Pretty.words |> Pretty.a Pretty.line close = Pretty.a (Pretty.string "}") Pretty.line addBarToFirst exprs = case exprs of [] -> [] hd :: tl -> Pretty.a hd (Pretty.string "| ") :: tl in case fields of [] -> Pretty.string "{}" _ -> open |> Pretty.a (fields |> List.map (Tuple.mapBoth denode denode) |> List.map (prettyFieldTypeAnn aliases) |> addBarToFirst |> Pretty.separators ", " ) |> Pretty.nest 4 |> Pretty.surround Pretty.empty close |> Pretty.group prettyFieldTypeAnn : Aliases -> ( String, TypeAnnotation ) -> Doc t prettyFieldTypeAnn aliases ( name, ann ) = [ [ Pretty.string name , Pretty.string ":" ] |> Pretty.words , prettyTypeAnnotation aliases ann ] |> Pretty.lines |> Pretty.nest 4 |> Pretty.group prettyFunctionTypeAnnotation : Aliases -> Node TypeAnnotation -> Node TypeAnnotation -> Doc t prettyFunctionTypeAnnotation aliases left right = let expandLeft : TypeAnnotation -> Doc t expandLeft ann = case ann of FunctionTypeAnnotation _ _ -> prettyTypeAnnotationParens aliases ann _ -> prettyTypeAnnotation aliases ann expandRight : TypeAnnotation -> List (Doc t) expandRight ann = case ann of FunctionTypeAnnotation innerLeft innerRight -> innerFnTypeAnn innerLeft innerRight _ -> [ prettyTypeAnnotation aliases ann ] innerFnTypeAnn : Node TypeAnnotation -> Node TypeAnnotation -> List (Doc t) innerFnTypeAnn innerLeft innerRight = let rightSide = denode innerRight |> expandRight in case rightSide of hd :: tl -> (denode innerLeft |> expandLeft) :: ([ Pretty.string "->", hd ] |> Pretty.words) :: tl [] -> [] in innerFnTypeAnn left right |> Pretty.lines |> Pretty.group {-| A type annotation is a naked compound if it is made up of multiple parts that are not enclosed in brackets or braces. This means either a type or type alias with arguments or a function type; records and tuples are compound but enclosed in brackets or braces. Naked type annotations need to be bracketed in situations type argument bindings are ambiguous otherwise. -} isNakedCompound : TypeAnnotation -> Bool isNakedCompound typeAnn = case typeAnn of Typed _ [] -> False Typed _ args -> True FunctionTypeAnnotation _ _ -> True _ -> False --== Helpers prettyMaybe : (a -> Doc t) -> Maybe a -> Doc t prettyMaybe prettyFn maybeVal = Maybe.map prettyFn maybeVal |> Maybe.withDefault Pretty.empty decrementIndent : Int -> Int -> Int decrementIndent currentIndent spaces = let modded = modBy 4 (currentIndent - spaces) in if modded == 0 then 4 else modded dot : Doc t dot = Pretty.string "." quotes : Doc t -> Doc t quotes doc = Pretty.surround (Pretty.char '"') (Pretty.char '"') doc tripleQuotes : Doc t -> Doc t tripleQuotes doc = Pretty.surround (Pretty.string "\"\"\"") (Pretty.string "\"\"\"") doc singleQuotes : Doc t -> Doc t singleQuotes doc = Pretty.surround (Pretty.char '\'') (Pretty.char '\'') doc sqParens : Doc t -> Doc t sqParens doc = Pretty.surround (Pretty.string "[") (Pretty.string "]") doc doubleLines : List (Doc t) -> Doc t doubleLines = Pretty.join (Pretty.a Pretty.line Pretty.line) escape : String -> String escape val = val |> String.replace "\\" "\\\\" |> String.replace "\"" "\\\"" |> String.replace "\n" "\\n" |> String.replace "\t" "\\t" escapeChar : Char -> String escapeChar val = case val of '\\' -> "\\\\" '\'' -> "\\'" '\t' -> "\\t" '\n' -> "\\n" c -> String.fromChar c optionalGroup : Bool -> Doc t -> Doc t optionalGroup flag doc = if flag then doc else Pretty.group doc optionalParens : Bool -> Doc t -> Doc t optionalParens flag doc = if flag then Pretty.parens doc else doc toHexString : Int -> String toHexString val = let padWithZeros str = let length = String.length str in if length < 2 then String.padLeft 2 '0' str else if length > 2 && length < 4 then String.padLeft 4 '0' str else if length > 4 && length < 8 then String.padLeft 8 '0' str else str in "0x" ++ (Hex.toString val |> String.toUpper |> padWithZeros) {-| Calculate a precedence for any operator to be able to know when parenthesis are needed or not. When a lower precedence expression appears beneath a higher one, its needs parenthesis. When a higher precedence expression appears beneath a lower one, if should not have parenthesis. -} precedence : String -> Int precedence symbol = case symbol of ">>" -> 9 "<<" -> 9 "^" -> 8 "*" -> 7 "/" -> 7 "//" -> 7 "%" -> 7 "rem" -> 7 "+" -> 6 "-" -> 6 "++" -> 5 "::" -> 5 "==" -> 4 "/=" -> 4 "<" -> 4 ">" -> 4 "<=" -> 4 ">=" -> 4 "&&" -> 3 "||" -> 2 "|>" -> 0 "<|" -> 0 _ -> 0

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module Internal.Write exposing ( write , writeAnnotation , writeDeclaration , writeExpression , writeImports , writeInference , writeSignature ) {-| This is borrowed basically in it's entirety from: <https://github.com/the-sett/elm-syntax-dsl/blob/master/src/Elm/Pretty.elm> Thank you <NAME>! -} import Dict import Elm.Syntax.Declaration import Elm.Syntax.Documentation exposing (Documentation) import Elm.Syntax.Exposing exposing (ExposedType, Exposing(..), TopLevelExpose(..)) import Elm.Syntax.Expression exposing (Case, CaseBlock, Expression(..), Function, FunctionImplementation, Lambda, LetBlock, LetDeclaration(..), RecordSetter) import Elm.Syntax.File import Elm.Syntax.Import exposing (Import) import Elm.Syntax.Infix exposing (Infix, InfixDirection(..)) import Elm.Syntax.Module exposing (DefaultModuleData, EffectModuleData, Module(..)) import Elm.Syntax.ModuleName exposing (ModuleName) import Elm.Syntax.Node as Node exposing (Node(..)) import Elm.Syntax.Pattern exposing (Pattern(..), QualifiedNameRef) import Elm.Syntax.Range exposing (Location, Range, emptyRange) import Elm.Syntax.Signature exposing (Signature) import Elm.Syntax.Type exposing (Type, ValueConstructor) import Elm.Syntax.TypeAlias exposing (TypeAlias) import Elm.Syntax.TypeAnnotation exposing (RecordDefinition, RecordField, TypeAnnotation(..)) import Hex import Internal.Comments as Comments import Internal.Compiler as Util exposing (denode, denodeAll, denodeMaybe, nodify, nodifyAll, nodifyMaybe) import Internal.ImportsAndExposing as ImportsAndExposing import Pretty exposing (Doc) type alias File = { moduleDefinition : Module , aliases : List ( Util.Module, String ) , imports : List Import , declarations : List Util.Declaration , comments : Maybe (Comments.Comment Comments.FileComment) } type alias Aliases = List ( Util.Module, String ) {-| Prepares a file of Elm code for layout by the pretty printer. Note that the `Doc` type returned by this is a `Pretty.Doc`. This can be printed to a string by the `the-sett/elm-pretty-printer` package. These `Doc` based functions are exposed in case you want to pretty print some Elm inside something else with the pretty printer. The `pretty` function can be used to go directly from a `File` to a `String`, if that is more convenient. -} prepareLayout : Int -> File -> Doc t prepareLayout width file = prettyModule file.moduleDefinition |> Pretty.a Pretty.line |> Pretty.a Pretty.line |> (\doc -> case file.comments of Nothing -> doc Just fileComment -> let ( fileCommentStr, innerTags ) = Comments.prettyFileComment width fileComment in doc |> Pretty.a (prettyComments [ fileCommentStr ]) |> Pretty.a Pretty.line ) |> Pretty.a (importsPretty file.imports) |> Pretty.a (prettyDeclarations file.aliases file.declarations) importsPretty : List Import -> Doc t importsPretty imports = case imports of [] -> Pretty.line _ -> prettyImports imports |> Pretty.a Pretty.line |> Pretty.a Pretty.line |> Pretty.a Pretty.line write : File -> String write = pretty 80 writeExpression : Expression -> String writeExpression exp = prettyExpression noAliases exp |> Pretty.pretty 80 writeSignature : Signature -> String writeSignature sig = prettySignature noAliases sig |> Pretty.pretty 80 writeAnnotation : TypeAnnotation -> String writeAnnotation sig = prettyTypeAnnotation noAliases sig |> Pretty.pretty 80 writeInference : Util.Inference -> String writeInference inf = "--TYPE:\n " ++ (writeAnnotation inf.type_ |> String.lines |> String.join "\n " ) ++ "\n\n-- INFERRED\n\n " ++ (Dict.toList inf.inferences |> List.map (\( key, val ) -> key ++ ":\n " ++ (writeAnnotation val |> String.lines |> String.join "\n " ) ) |> String.join "\n\n " ) ++ "\n\n----END-----\n\n" writeImports : List Import -> String writeImports imports = prettyImports imports |> Pretty.pretty 80 writeDeclaration : Util.Declaration -> String writeDeclaration exp = prettyDeclaration 80 exp |> Pretty.pretty 80 {-| Prints a file of Elm code to the given page width, making use of the pretty printer. -} pretty : Int -> File -> String pretty width file = prepareLayout width file |> Pretty.pretty width prettyModule : Module -> Doc t prettyModule mod = case mod of NormalModule defaultModuleData -> prettyDefaultModuleData defaultModuleData PortModule defaultModuleData -> prettyPortModuleData defaultModuleData EffectModule effectModuleData -> prettyEffectModuleData effectModuleData prettyModuleName : ModuleName -> Doc t prettyModuleName name = List.map Pretty.string name |> Pretty.join dot prettyModuleNameDot : Aliases -> ModuleName -> Doc t prettyModuleNameDot aliases name = case name of [] -> Pretty.empty _ -> case Util.findAlias name aliases of Nothing -> List.map Pretty.string name |> Pretty.join dot |> Pretty.a dot Just alias -> Pretty.string alias |> Pretty.a dot prettyModuleNameAlias : ModuleName -> Doc t prettyModuleNameAlias name = case name of [] -> Pretty.empty _ -> Pretty.string "as " |> Pretty.a (List.map Pretty.string name |> Pretty.join dot) prettyDefaultModuleData : DefaultModuleData -> Doc t prettyDefaultModuleData moduleData = Pretty.words [ Pretty.string "module" , prettyModuleName (denode moduleData.moduleName) , prettyExposing (denode moduleData.exposingList) ] prettyPortModuleData : DefaultModuleData -> Doc t prettyPortModuleData moduleData = Pretty.words [ Pretty.string "port module" , prettyModuleName (denode moduleData.moduleName) , prettyExposing (denode moduleData.exposingList) ] prettyEffectModuleData : EffectModuleData -> Doc t prettyEffectModuleData moduleData = let prettyCmdAndSub maybeCmd maybeSub = case ( maybeCmd, maybeSub ) of ( Nothing, Nothing ) -> Nothing ( Just cmdName, Just subName ) -> [ Pretty.string "where { command =" , Pretty.string cmdName , Pretty.string "," , Pretty.string "subscription =" , Pretty.string subName , Pretty.string "}" ] |> Pretty.words |> Just ( Just cmdName, Nothing ) -> [ Pretty.string "where { command =" , Pretty.string cmdName , Pretty.string "}" ] |> Pretty.words |> Just ( Nothing, Just subName ) -> [ Pretty.string "where { subscription =" , Pretty.string subName , Pretty.string "}" ] |> Pretty.words |> Just in Pretty.words [ Pretty.string "effect module" , prettyModuleName (denode moduleData.moduleName) , prettyCmdAndSub (denodeMaybe moduleData.command) (denodeMaybe moduleData.subscription) |> prettyMaybe identity , prettyExposing (denode moduleData.exposingList) ] prettyComments : List String -> Doc t prettyComments comments = case comments of [] -> Pretty.empty _ -> List.map Pretty.string comments |> Pretty.lines |> Pretty.a Pretty.line |> Pretty.a Pretty.line {-| Pretty prints a list of import statements. The list will be de-duplicated and sorted. -} prettyImports : List Import -> Doc t prettyImports imports = ImportsAndExposing.sortAndDedupImports imports |> List.map prettyImport |> Pretty.lines prettyImport : Import -> Doc t prettyImport import_ = Pretty.join Pretty.space [ Pretty.string "import" , prettyModuleName (denode import_.moduleName) , prettyMaybe prettyModuleNameAlias (denodeMaybe import_.moduleAlias) , prettyMaybe prettyExposing (denodeMaybe import_.exposingList) ] {-| Pretty prints the contents of an exposing statement, as found on a module or import statement. The exposed values will be de-duplicated and sorted. -} prettyExposing : Exposing -> Doc t prettyExposing exposing_ = let exposings = case exposing_ of All _ -> Pretty.string ".." |> Pretty.parens Explicit tll -> ImportsAndExposing.sortAndDedupExposings (denodeAll tll) |> prettyTopLevelExposes |> Pretty.parens in Pretty.string "exposing" |> Pretty.a Pretty.space |> Pretty.a exposings prettyTopLevelExposes : List TopLevelExpose -> Doc t prettyTopLevelExposes exposes = List.map prettyTopLevelExpose exposes |> Pretty.join (Pretty.string ", ") prettyTopLevelExpose : TopLevelExpose -> Doc t prettyTopLevelExpose tlExpose = case tlExpose of InfixExpose val -> Pretty.string val |> Pretty.parens FunctionExpose val -> Pretty.string val TypeOrAliasExpose val -> Pretty.string val TypeExpose exposedType -> case exposedType.open of Nothing -> Pretty.string exposedType.name Just _ -> Pretty.string exposedType.name |> Pretty.a (Pretty.string "(..)") {-| Pretty prints a single top-level declaration. -} prettyDeclaration : Int -> Util.Declaration -> Doc t prettyDeclaration width decl = case decl of Util.Declaration exp mods innerDecl -> prettyElmSyntaxDeclaration noAliases innerDecl Util.Comment content -> Pretty.string content Util.Block source -> Pretty.string source noAliases : Aliases noAliases = [] {-| Pretty prints an elm-syntax declaration. -} prettyElmSyntaxDeclaration : Aliases -> Elm.Syntax.Declaration.Declaration -> Doc t prettyElmSyntaxDeclaration aliases decl = case decl of Elm.Syntax.Declaration.FunctionDeclaration fn -> prettyFun aliases fn Elm.Syntax.Declaration.AliasDeclaration tAlias -> prettyTypeAlias aliases tAlias Elm.Syntax.Declaration.CustomTypeDeclaration type_ -> prettyCustomType aliases type_ Elm.Syntax.Declaration.PortDeclaration sig -> prettyPortDeclaration aliases sig Elm.Syntax.Declaration.InfixDeclaration infix_ -> prettyInfix infix_ Elm.Syntax.Declaration.Destructuring pattern expr -> prettyDestructuring aliases (denode pattern) (denode expr) prettyDeclarations : Aliases -> List Util.Declaration -> Doc t prettyDeclarations aliases decls = List.foldl (\decl doc -> case decl of Util.Comment content -> doc |> Pretty.a (Pretty.string (content ++ "\n")) |> Pretty.a Pretty.line |> Pretty.a Pretty.line Util.Block source -> doc |> Pretty.a (Pretty.string source) |> Pretty.a Pretty.line |> Pretty.a Pretty.line |> Pretty.a Pretty.line Util.Declaration _ _ innerDecl -> doc |> Pretty.a (prettyElmSyntaxDeclaration aliases innerDecl) |> Pretty.a Pretty.line |> Pretty.a Pretty.line |> Pretty.a Pretty.line ) Pretty.empty decls {-| Pretty prints an Elm function, which may include documentation and a signature too. -} prettyFun : Aliases -> Function -> Doc t prettyFun aliases fn = [ prettyMaybe prettyDocumentation (denodeMaybe fn.documentation) , prettyMaybe (prettySignature aliases) (denodeMaybe fn.signature) , prettyFunctionImplementation aliases (denode fn.declaration) ] |> Pretty.lines {-| Pretty prints a type alias definition, which may include documentation too. -} prettyTypeAlias : Aliases -> TypeAlias -> Doc t prettyTypeAlias aliases tAlias = let typeAliasPretty = [ Pretty.string "type alias" , Pretty.string (denode tAlias.name) , List.map Pretty.string (denodeAll tAlias.generics) |> Pretty.words , Pretty.string "=" ] |> Pretty.words |> Pretty.a Pretty.line |> Pretty.a (prettyTypeAnnotation aliases (denode tAlias.typeAnnotation)) |> Pretty.nest 4 in [ prettyMaybe prettyDocumentation (denodeMaybe tAlias.documentation) , typeAliasPretty ] |> Pretty.lines {-| Pretty prints a custom type declaration, which may include documentation too. -} prettyCustomType : Aliases -> Type -> Doc t prettyCustomType aliases type_ = let customTypePretty = [ Pretty.string "type" , Pretty.string (denode type_.name) , List.map Pretty.string (denodeAll type_.generics) |> Pretty.words ] |> Pretty.words |> Pretty.a Pretty.line |> Pretty.a (Pretty.string "= ") |> Pretty.a (prettyValueConstructors aliases (denodeAll type_.constructors)) |> Pretty.nest 4 in [ prettyMaybe prettyDocumentation (denodeMaybe type_.documentation) , customTypePretty ] |> Pretty.lines prettyValueConstructors : Aliases -> List ValueConstructor -> Doc t prettyValueConstructors aliases constructors = List.map (prettyValueConstructor aliases) constructors |> Pretty.join (Pretty.line |> Pretty.a (Pretty.string "| ")) prettyValueConstructor : Aliases -> ValueConstructor -> Doc t prettyValueConstructor aliases cons = [ Pretty.string (denode cons.name) , List.map (prettyTypeAnnotationParens aliases) (denodeAll cons.arguments) |> Pretty.lines ] |> Pretty.lines |> Pretty.group |> Pretty.nest 4 {-| Pretty prints a port declaration. -} prettyPortDeclaration : Aliases -> Signature -> Doc t prettyPortDeclaration aliases sig = [ Pretty.string "port" , prettySignature aliases sig ] |> Pretty.words prettyInfix : Infix -> Doc t prettyInfix infix_ = let dirToString direction = case direction of Left -> "left" Right -> "right" Non -> "non" in [ Pretty.string "infix" , Pretty.string (dirToString (denode infix_.direction)) , Pretty.string (String.fromInt (denode infix_.precedence)) , Pretty.string (denode infix_.operator) |> Pretty.parens , Pretty.string "=" , Pretty.string (denode infix_.function) ] |> Pretty.words {-| Pretty prints a desctructuring declaration. -} prettyDestructuring : Aliases -> Pattern -> Expression -> Doc t prettyDestructuring aliases pattern expr = [ [ prettyPattern aliases pattern , Pretty.string "=" ] |> Pretty.words , prettyExpression aliases expr ] |> Pretty.lines |> Pretty.nest 4 prettyDocumentation : Documentation -> Doc t prettyDocumentation docs = Pretty.string ("{-|" ++ docs ++ "-}") {-| Pretty prints a type signature. -} prettySignature : Aliases -> Signature -> Doc t prettySignature aliases sig = [ [ Pretty.string (denode sig.name) , Pretty.string ":" ] |> Pretty.words , prettyTypeAnnotation aliases (denode sig.typeAnnotation) ] |> Pretty.lines |> Pretty.nest 4 |> Pretty.group prettyFunctionImplementation : Aliases -> FunctionImplementation -> Doc t prettyFunctionImplementation aliases impl = Pretty.words [ Pretty.string (denode impl.name) , prettyArgs aliases (denodeAll impl.arguments) , Pretty.string "=" ] |> Pretty.a Pretty.line |> Pretty.a (prettyExpression aliases (denode impl.expression)) |> Pretty.nest 4 prettyArgs : Aliases -> List Pattern -> Doc t prettyArgs aliases args = List.map (prettyPatternInner aliases False) args |> Pretty.words --== Patterns {-| Pretty prints a pattern. -} prettyPattern : Aliases -> Pattern -> Doc t prettyPattern aliases pattern = prettyPatternInner aliases True pattern adjustPatternParentheses : Bool -> Pattern -> Pattern adjustPatternParentheses isTop pattern = let addParens pat = case ( isTop, pat ) of ( False, NamedPattern _ (_ :: _) ) -> nodify pat |> ParenthesizedPattern ( False, AsPattern _ _ ) -> nodify pat |> ParenthesizedPattern ( _, _ ) -> pat removeParens pat = case pat of ParenthesizedPattern innerPat -> if shouldRemove (denode innerPat) then denode innerPat |> removeParens else pat _ -> pat shouldRemove pat = case ( isTop, pat ) of ( False, NamedPattern _ _ ) -> False ( _, AsPattern _ _ ) -> False ( _, _ ) -> isTop in removeParens pattern |> addParens prettyPatternInner : Aliases -> Bool -> Pattern -> Doc t prettyPatternInner aliases isTop pattern = case adjustPatternParentheses isTop pattern of AllPattern -> Pretty.string "_" UnitPattern -> Pretty.string "()" CharPattern val -> Pretty.string (escapeChar val) |> singleQuotes StringPattern val -> Pretty.string val |> quotes IntPattern val -> Pretty.string (String.fromInt val) HexPattern val -> Pretty.string (Hex.toString val) FloatPattern val -> Pretty.string (String.fromFloat val) TuplePattern vals -> Pretty.space |> Pretty.a (List.map (prettyPatternInner aliases True) (denodeAll vals) |> Pretty.join (Pretty.string ", ") ) |> Pretty.a Pretty.space |> Pretty.parens RecordPattern fields -> List.map Pretty.string (denodeAll fields) |> Pretty.join (Pretty.string ", ") |> Pretty.surround Pretty.space Pretty.space |> Pretty.braces UnConsPattern hdPat tlPat -> [ prettyPatternInner aliases False (denode hdPat) , Pretty.string "::" , prettyPatternInner aliases False (denode tlPat) ] |> Pretty.words ListPattern listPats -> case listPats of [] -> Pretty.string "[]" _ -> let open = Pretty.a Pretty.space (Pretty.string "[") close = Pretty.a (Pretty.string "]") Pretty.space in List.map (prettyPatternInner aliases False) (denodeAll listPats) |> Pretty.join (Pretty.string ", ") |> Pretty.surround open close VarPattern var -> Pretty.string var NamedPattern qnRef listPats -> (prettyModuleNameDot aliases qnRef.moduleName |> Pretty.a (Pretty.string qnRef.name) ) :: List.map (prettyPatternInner aliases False) (denodeAll listPats) |> Pretty.words AsPattern pat name -> [ prettyPatternInner aliases False (denode pat) , Pretty.string "as" , Pretty.string (denode name) ] |> Pretty.words ParenthesizedPattern pat -> prettyPatternInner aliases True (denode pat) |> Pretty.parens --== Expressions type alias Context = { precedence : Int , isTop : Bool , isLeftPipe : Bool } topContext = { precedence = 11 , isTop = True , isLeftPipe = False } adjustExpressionParentheses : Context -> Expression -> Expression adjustExpressionParentheses context expression = let addParens expr = case ( context.isTop, context.isLeftPipe, expr ) of ( False, False, LetExpression _ ) -> nodify expr |> ParenthesizedExpression ( False, False, CaseExpression _ ) -> nodify expr |> ParenthesizedExpression ( False, False, LambdaExpression _ ) -> nodify expr |> ParenthesizedExpression ( False, False, IfBlock _ _ _ ) -> nodify expr |> ParenthesizedExpression ( _, _, _ ) -> expr removeParens expr = case expr of ParenthesizedExpression innerExpr -> if shouldRemove (denode innerExpr) then denode innerExpr |> removeParens else expr _ -> expr shouldRemove expr = case ( context.isTop, context.isLeftPipe, expr ) of ( True, _, _ ) -> True ( _, True, _ ) -> True ( False, _, Application _ ) -> if context.precedence < 11 then True else False ( False, _, FunctionOrValue _ _ ) -> True ( False, _, Integer _ ) -> True ( False, _, Hex _ ) -> True ( False, _, Floatable _ ) -> True ( False, _, Negation _ ) -> True ( False, _, Literal _ ) -> True ( False, _, CharLiteral _ ) -> True ( False, _, TupledExpression _ ) -> True ( False, _, RecordExpr _ ) -> True ( False, _, ListExpr _ ) -> True ( False, _, RecordAccess _ _ ) -> True ( False, _, RecordAccessFunction _ ) -> True ( False, _, RecordUpdateExpression _ _ ) -> True ( _, _, _ ) -> False in removeParens expression |> addParens {-| Pretty prints an expression. -} prettyExpression : Aliases -> Expression -> Doc t prettyExpression aliases expression = prettyExpressionInner aliases topContext 4 expression |> Tuple.first prettyExpressionInner : Aliases -> Context -> Int -> Expression -> ( Doc t, Bool ) prettyExpressionInner aliases context indent expression = case adjustExpressionParentheses context expression of UnitExpr -> ( Pretty.string "()" , False ) Application exprs -> prettyApplication aliases indent exprs OperatorApplication symbol dir exprl exprr -> prettyOperatorApplication aliases indent symbol dir exprl exprr FunctionOrValue modl val -> ( prettyModuleNameDot aliases modl |> Pretty.a (Pretty.string val) , False ) IfBlock exprBool exprTrue exprFalse -> prettyIfBlock aliases indent exprBool exprTrue exprFalse PrefixOperator symbol -> ( Pretty.string symbol |> Pretty.parens , False ) Operator symbol -> ( Pretty.string symbol , False ) Integer val -> ( Pretty.string (String.fromInt val) , False ) Hex val -> ( Pretty.string (toHexString val) , False ) Floatable val -> ( Pretty.string (String.fromFloat val) , False ) Negation expr -> let ( prettyExpr, alwaysBreak ) = prettyExpressionInner aliases topContext 4 (denode expr) in ( Pretty.string "-" |> Pretty.a prettyExpr , alwaysBreak ) Literal val -> ( prettyLiteral val , False ) CharLiteral val -> ( Pretty.string (escapeChar val) |> singleQuotes , False ) TupledExpression exprs -> prettyTupledExpression aliases indent exprs ParenthesizedExpression expr -> prettyParenthesizedExpression aliases indent expr LetExpression letBlock -> prettyLetBlock aliases indent letBlock CaseExpression caseBlock -> prettyCaseBlock aliases indent caseBlock LambdaExpression lambda -> prettyLambdaExpression aliases indent lambda RecordExpr setters -> prettyRecordExpr aliases setters ListExpr exprs -> prettyList aliases indent exprs RecordAccess expr field -> prettyRecordAccess aliases expr field RecordAccessFunction field -> ( Pretty.string field , False ) RecordUpdateExpression var setters -> prettyRecordUpdateExpression aliases indent var setters GLSLExpression val -> ( Pretty.string "glsl" , True ) prettyApplication : Aliases -> Int -> List (Node Expression) -> ( Doc t, Bool ) prettyApplication aliases indent exprs = let ( prettyExpressions, alwaysBreak ) = List.map (prettyExpressionInner aliases { precedence = 11 , isTop = False , isLeftPipe = False } 4 ) (denodeAll exprs) |> List.unzip |> Tuple.mapSecond (List.any identity) in ( prettyExpressions |> Pretty.lines |> Pretty.nest indent |> Pretty.align |> optionalGroup alwaysBreak , alwaysBreak ) isEndLineOperator : String -> Bool isEndLineOperator op = case op of "<|" -> True _ -> False prettyOperatorApplication : Aliases -> Int -> String -> InfixDirection -> Node Expression -> Node Expression -> ( Doc t, Bool ) prettyOperatorApplication aliases indent symbol dir exprl exprr = if symbol == "<|" then prettyOperatorApplicationLeft aliases indent symbol dir exprl exprr else prettyOperatorApplicationRight aliases indent symbol dir exprl exprr prettyOperatorApplicationLeft : Aliases -> Int -> String -> InfixDirection -> Node Expression -> Node Expression -> ( Doc t, Bool ) prettyOperatorApplicationLeft aliases indent symbol _ exprl exprr = let context = { precedence = precedence symbol , isTop = False , isLeftPipe = True } ( prettyExpressionLeft, alwaysBreakLeft ) = prettyExpressionInner aliases context 4 (denode exprl) ( prettyExpressionRight, alwaysBreakRight ) = prettyExpressionInner aliases context 4 (denode exprr) alwaysBreak = alwaysBreakLeft || alwaysBreakRight in ( [ [ prettyExpressionLeft, Pretty.string symbol ] |> Pretty.words , prettyExpressionRight ] |> Pretty.lines |> optionalGroup alwaysBreak |> Pretty.nest 4 , alwaysBreak ) prettyOperatorApplicationRight : Aliases -> Int -> String -> InfixDirection -> Node Expression -> Node Expression -> ( Doc t, Bool ) prettyOperatorApplicationRight aliases indent symbol _ exprl exprr = let expandExpr : Int -> Context -> Expression -> List ( Doc t, Bool ) expandExpr innerIndent context expr = case expr of OperatorApplication sym _ left right -> innerOpApply False sym left right _ -> [ prettyExpressionInner aliases context innerIndent expr ] innerOpApply : Bool -> String -> Node Expression -> Node Expression -> List ( Doc t, Bool ) innerOpApply isTop sym left right = let context = { precedence = precedence sym , isTop = False , isLeftPipe = "<|" == sym } innerIndent = decrementIndent 4 (String.length symbol + 1) leftIndent = if isTop then indent else innerIndent rightSide = denode right |> expandExpr innerIndent context in case rightSide of ( hdExpr, hdBreak ) :: tl -> List.append (denode left |> expandExpr leftIndent context) (( Pretty.string sym |> Pretty.a Pretty.space |> Pretty.a hdExpr, hdBreak ) :: tl) [] -> [] ( prettyExpressions, alwaysBreak ) = innerOpApply True symbol exprl exprr |> List.unzip |> Tuple.mapSecond (List.any identity) in ( prettyExpressions |> Pretty.join (Pretty.nest indent Pretty.line) |> Pretty.align |> optionalGroup alwaysBreak , alwaysBreak ) prettyIfBlock : Aliases -> Int -> Node Expression -> Node Expression -> Node Expression -> ( Doc t, Bool ) prettyIfBlock aliases indent exprBool exprTrue exprFalse = let innerIfBlock : Node Expression -> Node Expression -> Node Expression -> List (Doc t) innerIfBlock innerExprBool innerExprTrue innerExprFalse = let context = topContext ifPart = let ( prettyBoolExpr, alwaysBreak ) = prettyExpressionInner aliases topContext 4 (denode innerExprBool) in [ [ Pretty.string "if" , prettyExpressionInner aliases topContext 4 (denode innerExprBool) |> Tuple.first ] |> Pretty.lines |> optionalGroup alwaysBreak |> Pretty.nest indent , Pretty.string "then" ] |> Pretty.lines |> optionalGroup alwaysBreak truePart = prettyExpressionInner aliases topContext 4 (denode innerExprTrue) |> Tuple.first |> Pretty.indent indent elsePart = Pretty.line |> Pretty.a (Pretty.string "else") falsePart = case denode innerExprFalse of IfBlock nestedExprBool nestedExprTrue nestedExprFalse -> innerIfBlock nestedExprBool nestedExprTrue nestedExprFalse _ -> [ prettyExpressionInner aliases topContext 4 (denode innerExprFalse) |> Tuple.first |> Pretty.indent indent ] in case falsePart of [] -> [] [ falseExpr ] -> [ ifPart , truePart , elsePart , falseExpr ] hd :: tl -> List.append [ ifPart , truePart , [ elsePart, hd ] |> Pretty.words ] tl prettyExpressions = innerIfBlock exprBool exprTrue exprFalse in ( prettyExpressions |> Pretty.lines |> Pretty.align , True ) prettyLiteral : String -> Doc t prettyLiteral val = if String.contains "\n" val then Pretty.string val |> tripleQuotes else Pretty.string (escape val) |> quotes prettyTupledExpression : Aliases -> Int -> List (Node Expression) -> ( Doc t, Bool ) prettyTupledExpression aliases indent exprs = let open = Pretty.a Pretty.space (Pretty.string "(") close = Pretty.a (Pretty.string ")") Pretty.line in case exprs of [] -> ( Pretty.string "()", False ) _ -> let ( prettyExpressions, alwaysBreak ) = List.map (prettyExpressionInner aliases topContext (decrementIndent indent 2)) (denodeAll exprs) |> List.unzip |> Tuple.mapSecond (List.any identity) in ( prettyExpressions |> Pretty.separators ", " |> Pretty.surround open close |> Pretty.align |> optionalGroup alwaysBreak , alwaysBreak ) prettyParenthesizedExpression : Aliases -> Int -> Node Expression -> ( Doc t, Bool ) prettyParenthesizedExpression aliases indent expr = let open = Pretty.string "(" close = Pretty.a (Pretty.string ")") Pretty.tightline ( prettyExpr, alwaysBreak ) = prettyExpressionInner aliases topContext (decrementIndent indent 1) (denode expr) in ( prettyExpr |> Pretty.nest 1 |> Pretty.surround open close |> Pretty.align |> optionalGroup alwaysBreak , alwaysBreak ) prettyLetBlock : Aliases -> Int -> LetBlock -> ( Doc t, Bool ) prettyLetBlock aliases indent letBlock = ( [ Pretty.string "let" , List.map (prettyLetDeclaration aliases indent) (denodeAll letBlock.declarations) |> doubleLines |> Pretty.indent indent , Pretty.string "in" , prettyExpressionInner aliases topContext 4 (denode letBlock.expression) |> Tuple.first ] |> Pretty.lines |> Pretty.align , True ) prettyLetDeclaration : Aliases -> Int -> LetDeclaration -> Doc t prettyLetDeclaration aliases indent letDecl = case letDecl of LetFunction fn -> prettyFun aliases fn LetDestructuring pattern expr -> [ prettyPatternInner aliases False (denode pattern) , Pretty.string "=" ] |> Pretty.words |> Pretty.a Pretty.line |> Pretty.a (prettyExpressionInner aliases topContext 4 (denode expr) |> Tuple.first |> Pretty.indent indent ) prettyCaseBlock : Aliases -> Int -> CaseBlock -> ( Doc t, Bool ) prettyCaseBlock aliases indent caseBlock = let casePart = let ( caseExpression, alwaysBreak ) = prettyExpressionInner aliases topContext 4 (denode caseBlock.expression) in [ [ Pretty.string "case" , caseExpression ] |> Pretty.lines |> optionalGroup alwaysBreak |> Pretty.nest indent , Pretty.string "of" ] |> Pretty.lines |> optionalGroup alwaysBreak prettyCase ( pattern, expr ) = prettyPattern aliases (denode pattern) |> Pretty.a (Pretty.string " ->") |> Pretty.a Pretty.line |> Pretty.a (prettyExpressionInner aliases topContext 4 (denode expr) |> Tuple.first |> Pretty.indent 4) |> Pretty.indent indent patternsPart = List.map prettyCase caseBlock.cases |> doubleLines in ( [ casePart, patternsPart ] |> Pretty.lines |> Pretty.align , True ) prettyLambdaExpression : Aliases -> Int -> Lambda -> ( Doc t, Bool ) prettyLambdaExpression aliases indent lambda = let ( prettyExpr, alwaysBreak ) = prettyExpressionInner aliases topContext 4 (denode lambda.expression) in ( [ Pretty.string "\\" |> Pretty.a (List.map (prettyPatternInner aliases False) (denodeAll lambda.args) |> Pretty.words) |> Pretty.a (Pretty.string " ->") , prettyExpr ] |> Pretty.lines |> Pretty.nest indent |> Pretty.align |> optionalGroup alwaysBreak , alwaysBreak ) prettyRecordExpr : Aliases -> List (Node RecordSetter) -> ( Doc t, Bool ) prettyRecordExpr aliases setters = let open = Pretty.a Pretty.space (Pretty.string "{") close = Pretty.a (Pretty.string "}") Pretty.line in case setters of [] -> ( Pretty.string "{}", False ) _ -> let ( prettyExpressions, alwaysBreak ) = List.map (prettySetter aliases) (denodeAll setters) |> List.unzip |> Tuple.mapSecond (List.any identity) in ( prettyExpressions |> Pretty.separators ", " |> Pretty.surround open close |> Pretty.align |> optionalGroup alwaysBreak , alwaysBreak ) prettySetter : Aliases -> ( Node String, Node Expression ) -> ( Doc t, Bool ) prettySetter aliases ( fld, val ) = let ( prettyExpr, alwaysBreak ) = prettyExpressionInner aliases topContext 4 (denode val) in ( [ [ Pretty.string (denode fld) , Pretty.string "=" ] |> Pretty.words , prettyExpr ] |> Pretty.lines |> optionalGroup alwaysBreak |> Pretty.nest 4 , alwaysBreak ) prettyList : Aliases -> Int -> List (Node Expression) -> ( Doc t, Bool ) prettyList aliases indent exprs = let open = Pretty.a Pretty.space (Pretty.string "[") close = Pretty.a (Pretty.string "]") Pretty.line in case exprs of [] -> ( Pretty.string "[]", False ) _ -> let ( prettyExpressions, alwaysBreak ) = List.map (prettyExpressionInner aliases topContext (decrementIndent indent 2)) (denodeAll exprs) |> List.unzip |> Tuple.mapSecond (List.any identity) in ( prettyExpressions |> Pretty.separators ", " |> Pretty.surround open close |> Pretty.align |> optionalGroup alwaysBreak , alwaysBreak ) prettyRecordAccess : Aliases -> Node Expression -> Node String -> ( Doc t, Bool ) prettyRecordAccess aliases expr field = let ( prettyExpr, alwaysBreak ) = prettyExpressionInner aliases topContext 4 (denode expr) in ( prettyExpr |> Pretty.a dot |> Pretty.a (Pretty.string (denode field)) , alwaysBreak ) prettyRecordUpdateExpression : Aliases -> Int -> Node String -> List (Node RecordSetter) -> ( Doc t, Bool ) prettyRecordUpdateExpression aliases indent var setters = let open = [ Pretty.string "{" , Pretty.string (denode var) ] |> Pretty.words |> Pretty.a Pretty.line close = Pretty.a (Pretty.string "}") Pretty.line addBarToFirst exprs = case exprs of [] -> [] hd :: tl -> Pretty.a hd (Pretty.string "| ") :: tl in case setters of [] -> ( Pretty.string "{}", False ) _ -> let ( prettyExpressions, alwaysBreak ) = List.map (prettySetter aliases) (denodeAll setters) |> List.unzip |> Tuple.mapSecond (List.any identity) in ( open |> Pretty.a (prettyExpressions |> addBarToFirst |> Pretty.separators ", " ) |> Pretty.nest indent |> Pretty.surround Pretty.empty close |> Pretty.align |> optionalGroup alwaysBreak , alwaysBreak ) --== Type Annotations {-| Pretty prints a type annotation. -} prettyTypeAnnotation : Aliases -> TypeAnnotation -> Doc t prettyTypeAnnotation aliases typeAnn = case typeAnn of GenericType val -> Pretty.string val Typed fqName anns -> prettyTyped aliases fqName anns Unit -> Pretty.string "()" Tupled anns -> prettyTupled aliases anns Record recordDef -> prettyRecord aliases (denodeAll recordDef) GenericRecord paramName recordDef -> prettyGenericRecord aliases (denode paramName) (denodeAll (denode recordDef)) FunctionTypeAnnotation fromAnn toAnn -> prettyFunctionTypeAnnotation aliases fromAnn toAnn prettyTyped : Aliases -> Node ( ModuleName, String ) -> List (Node TypeAnnotation) -> Doc t prettyTyped aliases fqName anns = let ( moduleName, typeName ) = denode fqName typeDoc = prettyModuleNameDot aliases moduleName |> Pretty.a (Pretty.string typeName) argsDoc = List.map (prettyTypeAnnotationParens aliases) (denodeAll anns) |> Pretty.words in [ typeDoc , argsDoc ] |> Pretty.words prettyTupled : Aliases -> List (Node TypeAnnotation) -> Doc t prettyTupled aliases anns = Pretty.space |> Pretty.a (List.map (prettyTypeAnnotation aliases) (denodeAll anns) |> Pretty.join (Pretty.string ", ") ) |> Pretty.a Pretty.space |> Pretty.parens prettyTypeAnnotationParens : Aliases -> TypeAnnotation -> Doc t prettyTypeAnnotationParens aliases typeAnn = if isNakedCompound typeAnn then prettyTypeAnnotation aliases typeAnn |> Pretty.parens else prettyTypeAnnotation aliases typeAnn prettyRecord : Aliases -> List RecordField -> Doc t prettyRecord aliases fields = let open = Pretty.a Pretty.space (Pretty.string "{") close = Pretty.a (Pretty.string "}") Pretty.line in case fields of [] -> Pretty.string "{}" _ -> fields |> List.map (Tuple.mapBoth denode denode) |> List.map (prettyFieldTypeAnn aliases) |> Pretty.separators ", " |> Pretty.surround open close |> Pretty.group prettyGenericRecord : Aliases -> String -> List RecordField -> Doc t prettyGenericRecord aliases paramName fields = let open = [ Pretty.string "{" , Pretty.string paramName ] |> Pretty.words |> Pretty.a Pretty.line close = Pretty.a (Pretty.string "}") Pretty.line addBarToFirst exprs = case exprs of [] -> [] hd :: tl -> Pretty.a hd (Pretty.string "| ") :: tl in case fields of [] -> Pretty.string "{}" _ -> open |> Pretty.a (fields |> List.map (Tuple.mapBoth denode denode) |> List.map (prettyFieldTypeAnn aliases) |> addBarToFirst |> Pretty.separators ", " ) |> Pretty.nest 4 |> Pretty.surround Pretty.empty close |> Pretty.group prettyFieldTypeAnn : Aliases -> ( String, TypeAnnotation ) -> Doc t prettyFieldTypeAnn aliases ( name, ann ) = [ [ Pretty.string name , Pretty.string ":" ] |> Pretty.words , prettyTypeAnnotation aliases ann ] |> Pretty.lines |> Pretty.nest 4 |> Pretty.group prettyFunctionTypeAnnotation : Aliases -> Node TypeAnnotation -> Node TypeAnnotation -> Doc t prettyFunctionTypeAnnotation aliases left right = let expandLeft : TypeAnnotation -> Doc t expandLeft ann = case ann of FunctionTypeAnnotation _ _ -> prettyTypeAnnotationParens aliases ann _ -> prettyTypeAnnotation aliases ann expandRight : TypeAnnotation -> List (Doc t) expandRight ann = case ann of FunctionTypeAnnotation innerLeft innerRight -> innerFnTypeAnn innerLeft innerRight _ -> [ prettyTypeAnnotation aliases ann ] innerFnTypeAnn : Node TypeAnnotation -> Node TypeAnnotation -> List (Doc t) innerFnTypeAnn innerLeft innerRight = let rightSide = denode innerRight |> expandRight in case rightSide of hd :: tl -> (denode innerLeft |> expandLeft) :: ([ Pretty.string "->", hd ] |> Pretty.words) :: tl [] -> [] in innerFnTypeAnn left right |> Pretty.lines |> Pretty.group {-| A type annotation is a naked compound if it is made up of multiple parts that are not enclosed in brackets or braces. This means either a type or type alias with arguments or a function type; records and tuples are compound but enclosed in brackets or braces. Naked type annotations need to be bracketed in situations type argument bindings are ambiguous otherwise. -} isNakedCompound : TypeAnnotation -> Bool isNakedCompound typeAnn = case typeAnn of Typed _ [] -> False Typed _ args -> True FunctionTypeAnnotation _ _ -> True _ -> False --== Helpers prettyMaybe : (a -> Doc t) -> Maybe a -> Doc t prettyMaybe prettyFn maybeVal = Maybe.map prettyFn maybeVal |> Maybe.withDefault Pretty.empty decrementIndent : Int -> Int -> Int decrementIndent currentIndent spaces = let modded = modBy 4 (currentIndent - spaces) in if modded == 0 then 4 else modded dot : Doc t dot = Pretty.string "." quotes : Doc t -> Doc t quotes doc = Pretty.surround (Pretty.char '"') (Pretty.char '"') doc tripleQuotes : Doc t -> Doc t tripleQuotes doc = Pretty.surround (Pretty.string "\"\"\"") (Pretty.string "\"\"\"") doc singleQuotes : Doc t -> Doc t singleQuotes doc = Pretty.surround (Pretty.char '\'') (Pretty.char '\'') doc sqParens : Doc t -> Doc t sqParens doc = Pretty.surround (Pretty.string "[") (Pretty.string "]") doc doubleLines : List (Doc t) -> Doc t doubleLines = Pretty.join (Pretty.a Pretty.line Pretty.line) escape : String -> String escape val = val |> String.replace "\\" "\\\\" |> String.replace "\"" "\\\"" |> String.replace "\n" "\\n" |> String.replace "\t" "\\t" escapeChar : Char -> String escapeChar val = case val of '\\' -> "\\\\" '\'' -> "\\'" '\t' -> "\\t" '\n' -> "\\n" c -> String.fromChar c optionalGroup : Bool -> Doc t -> Doc t optionalGroup flag doc = if flag then doc else Pretty.group doc optionalParens : Bool -> Doc t -> Doc t optionalParens flag doc = if flag then Pretty.parens doc else doc toHexString : Int -> String toHexString val = let padWithZeros str = let length = String.length str in if length < 2 then String.padLeft 2 '0' str else if length > 2 && length < 4 then String.padLeft 4 '0' str else if length > 4 && length < 8 then String.padLeft 8 '0' str else str in "0x" ++ (Hex.toString val |> String.toUpper |> padWithZeros) {-| Calculate a precedence for any operator to be able to know when parenthesis are needed or not. When a lower precedence expression appears beneath a higher one, its needs parenthesis. When a higher precedence expression appears beneath a lower one, if should not have parenthesis. -} precedence : String -> Int precedence symbol = case symbol of ">>" -> 9 "<<" -> 9 "^" -> 8 "*" -> 7 "/" -> 7 "//" -> 7 "%" -> 7 "rem" -> 7 "+" -> 6 "-" -> 6 "++" -> 5 "::" -> 5 "==" -> 4 "/=" -> 4 "<" -> 4 ">" -> 4 "<=" -> 4 ">=" -> 4 "&&" -> 3 "||" -> 2 "|>" -> 0 "<|" -> 0 _ -> 0

module Internal.Write exposing ( write , writeAnnotation , writeDeclaration , writeExpression , writeImports , writeInference , writeSignature ) {-| This is borrowed basically in it's entirety from: <https://github.com/the-sett/elm-syntax-dsl/blob/master/src/Elm/Pretty.elm> Thank you PI:NAME:<NAME>END_PI! -} import Dict import Elm.Syntax.Declaration import Elm.Syntax.Documentation exposing (Documentation) import Elm.Syntax.Exposing exposing (ExposedType, Exposing(..), TopLevelExpose(..)) import Elm.Syntax.Expression exposing (Case, CaseBlock, Expression(..), Function, FunctionImplementation, Lambda, LetBlock, LetDeclaration(..), RecordSetter) import Elm.Syntax.File import Elm.Syntax.Import exposing (Import) import Elm.Syntax.Infix exposing (Infix, InfixDirection(..)) import Elm.Syntax.Module exposing (DefaultModuleData, EffectModuleData, Module(..)) import Elm.Syntax.ModuleName exposing (ModuleName) import Elm.Syntax.Node as Node exposing (Node(..)) import Elm.Syntax.Pattern exposing (Pattern(..), QualifiedNameRef) import Elm.Syntax.Range exposing (Location, Range, emptyRange) import Elm.Syntax.Signature exposing (Signature) import Elm.Syntax.Type exposing (Type, ValueConstructor) import Elm.Syntax.TypeAlias exposing (TypeAlias) import Elm.Syntax.TypeAnnotation exposing (RecordDefinition, RecordField, TypeAnnotation(..)) import Hex import Internal.Comments as Comments import Internal.Compiler as Util exposing (denode, denodeAll, denodeMaybe, nodify, nodifyAll, nodifyMaybe) import Internal.ImportsAndExposing as ImportsAndExposing import Pretty exposing (Doc) type alias File = { moduleDefinition : Module , aliases : List ( Util.Module, String ) , imports : List Import , declarations : List Util.Declaration , comments : Maybe (Comments.Comment Comments.FileComment) } type alias Aliases = List ( Util.Module, String ) {-| Prepares a file of Elm code for layout by the pretty printer. Note that the `Doc` type returned by this is a `Pretty.Doc`. This can be printed to a string by the `the-sett/elm-pretty-printer` package. These `Doc` based functions are exposed in case you want to pretty print some Elm inside something else with the pretty printer. The `pretty` function can be used to go directly from a `File` to a `String`, if that is more convenient. -} prepareLayout : Int -> File -> Doc t prepareLayout width file = prettyModule file.moduleDefinition |> Pretty.a Pretty.line |> Pretty.a Pretty.line |> (\doc -> case file.comments of Nothing -> doc Just fileComment -> let ( fileCommentStr, innerTags ) = Comments.prettyFileComment width fileComment in doc |> Pretty.a (prettyComments [ fileCommentStr ]) |> Pretty.a Pretty.line ) |> Pretty.a (importsPretty file.imports) |> Pretty.a (prettyDeclarations file.aliases file.declarations) importsPretty : List Import -> Doc t importsPretty imports = case imports of [] -> Pretty.line _ -> prettyImports imports |> Pretty.a Pretty.line |> Pretty.a Pretty.line |> Pretty.a Pretty.line write : File -> String write = pretty 80 writeExpression : Expression -> String writeExpression exp = prettyExpression noAliases exp |> Pretty.pretty 80 writeSignature : Signature -> String writeSignature sig = prettySignature noAliases sig |> Pretty.pretty 80 writeAnnotation : TypeAnnotation -> String writeAnnotation sig = prettyTypeAnnotation noAliases sig |> Pretty.pretty 80 writeInference : Util.Inference -> String writeInference inf = "--TYPE:\n " ++ (writeAnnotation inf.type_ |> String.lines |> String.join "\n " ) ++ "\n\n-- INFERRED\n\n " ++ (Dict.toList inf.inferences |> List.map (\( key, val ) -> key ++ ":\n " ++ (writeAnnotation val |> String.lines |> String.join "\n " ) ) |> String.join "\n\n " ) ++ "\n\n----END-----\n\n" writeImports : List Import -> String writeImports imports = prettyImports imports |> Pretty.pretty 80 writeDeclaration : Util.Declaration -> String writeDeclaration exp = prettyDeclaration 80 exp |> Pretty.pretty 80 {-| Prints a file of Elm code to the given page width, making use of the pretty printer. -} pretty : Int -> File -> String pretty width file = prepareLayout width file |> Pretty.pretty width prettyModule : Module -> Doc t prettyModule mod = case mod of NormalModule defaultModuleData -> prettyDefaultModuleData defaultModuleData PortModule defaultModuleData -> prettyPortModuleData defaultModuleData EffectModule effectModuleData -> prettyEffectModuleData effectModuleData prettyModuleName : ModuleName -> Doc t prettyModuleName name = List.map Pretty.string name |> Pretty.join dot prettyModuleNameDot : Aliases -> ModuleName -> Doc t prettyModuleNameDot aliases name = case name of [] -> Pretty.empty _ -> case Util.findAlias name aliases of Nothing -> List.map Pretty.string name |> Pretty.join dot |> Pretty.a dot Just alias -> Pretty.string alias |> Pretty.a dot prettyModuleNameAlias : ModuleName -> Doc t prettyModuleNameAlias name = case name of [] -> Pretty.empty _ -> Pretty.string "as " |> Pretty.a (List.map Pretty.string name |> Pretty.join dot) prettyDefaultModuleData : DefaultModuleData -> Doc t prettyDefaultModuleData moduleData = Pretty.words [ Pretty.string "module" , prettyModuleName (denode moduleData.moduleName) , prettyExposing (denode moduleData.exposingList) ] prettyPortModuleData : DefaultModuleData -> Doc t prettyPortModuleData moduleData = Pretty.words [ Pretty.string "port module" , prettyModuleName (denode moduleData.moduleName) , prettyExposing (denode moduleData.exposingList) ] prettyEffectModuleData : EffectModuleData -> Doc t prettyEffectModuleData moduleData = let prettyCmdAndSub maybeCmd maybeSub = case ( maybeCmd, maybeSub ) of ( Nothing, Nothing ) -> Nothing ( Just cmdName, Just subName ) -> [ Pretty.string "where { command =" , Pretty.string cmdName , Pretty.string "," , Pretty.string "subscription =" , Pretty.string subName , Pretty.string "}" ] |> Pretty.words |> Just ( Just cmdName, Nothing ) -> [ Pretty.string "where { command =" , Pretty.string cmdName , Pretty.string "}" ] |> Pretty.words |> Just ( Nothing, Just subName ) -> [ Pretty.string "where { subscription =" , Pretty.string subName , Pretty.string "}" ] |> Pretty.words |> Just in Pretty.words [ Pretty.string "effect module" , prettyModuleName (denode moduleData.moduleName) , prettyCmdAndSub (denodeMaybe moduleData.command) (denodeMaybe moduleData.subscription) |> prettyMaybe identity , prettyExposing (denode moduleData.exposingList) ] prettyComments : List String -> Doc t prettyComments comments = case comments of [] -> Pretty.empty _ -> List.map Pretty.string comments |> Pretty.lines |> Pretty.a Pretty.line |> Pretty.a Pretty.line {-| Pretty prints a list of import statements. The list will be de-duplicated and sorted. -} prettyImports : List Import -> Doc t prettyImports imports = ImportsAndExposing.sortAndDedupImports imports |> List.map prettyImport |> Pretty.lines prettyImport : Import -> Doc t prettyImport import_ = Pretty.join Pretty.space [ Pretty.string "import" , prettyModuleName (denode import_.moduleName) , prettyMaybe prettyModuleNameAlias (denodeMaybe import_.moduleAlias) , prettyMaybe prettyExposing (denodeMaybe import_.exposingList) ] {-| Pretty prints the contents of an exposing statement, as found on a module or import statement. The exposed values will be de-duplicated and sorted. -} prettyExposing : Exposing -> Doc t prettyExposing exposing_ = let exposings = case exposing_ of All _ -> Pretty.string ".." |> Pretty.parens Explicit tll -> ImportsAndExposing.sortAndDedupExposings (denodeAll tll) |> prettyTopLevelExposes |> Pretty.parens in Pretty.string "exposing" |> Pretty.a Pretty.space |> Pretty.a exposings prettyTopLevelExposes : List TopLevelExpose -> Doc t prettyTopLevelExposes exposes = List.map prettyTopLevelExpose exposes |> Pretty.join (Pretty.string ", ") prettyTopLevelExpose : TopLevelExpose -> Doc t prettyTopLevelExpose tlExpose = case tlExpose of InfixExpose val -> Pretty.string val |> Pretty.parens FunctionExpose val -> Pretty.string val TypeOrAliasExpose val -> Pretty.string val TypeExpose exposedType -> case exposedType.open of Nothing -> Pretty.string exposedType.name Just _ -> Pretty.string exposedType.name |> Pretty.a (Pretty.string "(..)") {-| Pretty prints a single top-level declaration. -} prettyDeclaration : Int -> Util.Declaration -> Doc t prettyDeclaration width decl = case decl of Util.Declaration exp mods innerDecl -> prettyElmSyntaxDeclaration noAliases innerDecl Util.Comment content -> Pretty.string content Util.Block source -> Pretty.string source noAliases : Aliases noAliases = [] {-| Pretty prints an elm-syntax declaration. -} prettyElmSyntaxDeclaration : Aliases -> Elm.Syntax.Declaration.Declaration -> Doc t prettyElmSyntaxDeclaration aliases decl = case decl of Elm.Syntax.Declaration.FunctionDeclaration fn -> prettyFun aliases fn Elm.Syntax.Declaration.AliasDeclaration tAlias -> prettyTypeAlias aliases tAlias Elm.Syntax.Declaration.CustomTypeDeclaration type_ -> prettyCustomType aliases type_ Elm.Syntax.Declaration.PortDeclaration sig -> prettyPortDeclaration aliases sig Elm.Syntax.Declaration.InfixDeclaration infix_ -> prettyInfix infix_ Elm.Syntax.Declaration.Destructuring pattern expr -> prettyDestructuring aliases (denode pattern) (denode expr) prettyDeclarations : Aliases -> List Util.Declaration -> Doc t prettyDeclarations aliases decls = List.foldl (\decl doc -> case decl of Util.Comment content -> doc |> Pretty.a (Pretty.string (content ++ "\n")) |> Pretty.a Pretty.line |> Pretty.a Pretty.line Util.Block source -> doc |> Pretty.a (Pretty.string source) |> Pretty.a Pretty.line |> Pretty.a Pretty.line |> Pretty.a Pretty.line Util.Declaration _ _ innerDecl -> doc |> Pretty.a (prettyElmSyntaxDeclaration aliases innerDecl) |> Pretty.a Pretty.line |> Pretty.a Pretty.line |> Pretty.a Pretty.line ) Pretty.empty decls {-| Pretty prints an Elm function, which may include documentation and a signature too. -} prettyFun : Aliases -> Function -> Doc t prettyFun aliases fn = [ prettyMaybe prettyDocumentation (denodeMaybe fn.documentation) , prettyMaybe (prettySignature aliases) (denodeMaybe fn.signature) , prettyFunctionImplementation aliases (denode fn.declaration) ] |> Pretty.lines {-| Pretty prints a type alias definition, which may include documentation too. -} prettyTypeAlias : Aliases -> TypeAlias -> Doc t prettyTypeAlias aliases tAlias = let typeAliasPretty = [ Pretty.string "type alias" , Pretty.string (denode tAlias.name) , List.map Pretty.string (denodeAll tAlias.generics) |> Pretty.words , Pretty.string "=" ] |> Pretty.words |> Pretty.a Pretty.line |> Pretty.a (prettyTypeAnnotation aliases (denode tAlias.typeAnnotation)) |> Pretty.nest 4 in [ prettyMaybe prettyDocumentation (denodeMaybe tAlias.documentation) , typeAliasPretty ] |> Pretty.lines {-| Pretty prints a custom type declaration, which may include documentation too. -} prettyCustomType : Aliases -> Type -> Doc t prettyCustomType aliases type_ = let customTypePretty = [ Pretty.string "type" , Pretty.string (denode type_.name) , List.map Pretty.string (denodeAll type_.generics) |> Pretty.words ] |> Pretty.words |> Pretty.a Pretty.line |> Pretty.a (Pretty.string "= ") |> Pretty.a (prettyValueConstructors aliases (denodeAll type_.constructors)) |> Pretty.nest 4 in [ prettyMaybe prettyDocumentation (denodeMaybe type_.documentation) , customTypePretty ] |> Pretty.lines prettyValueConstructors : Aliases -> List ValueConstructor -> Doc t prettyValueConstructors aliases constructors = List.map (prettyValueConstructor aliases) constructors |> Pretty.join (Pretty.line |> Pretty.a (Pretty.string "| ")) prettyValueConstructor : Aliases -> ValueConstructor -> Doc t prettyValueConstructor aliases cons = [ Pretty.string (denode cons.name) , List.map (prettyTypeAnnotationParens aliases) (denodeAll cons.arguments) |> Pretty.lines ] |> Pretty.lines |> Pretty.group |> Pretty.nest 4 {-| Pretty prints a port declaration. -} prettyPortDeclaration : Aliases -> Signature -> Doc t prettyPortDeclaration aliases sig = [ Pretty.string "port" , prettySignature aliases sig ] |> Pretty.words prettyInfix : Infix -> Doc t prettyInfix infix_ = let dirToString direction = case direction of Left -> "left" Right -> "right" Non -> "non" in [ Pretty.string "infix" , Pretty.string (dirToString (denode infix_.direction)) , Pretty.string (String.fromInt (denode infix_.precedence)) , Pretty.string (denode infix_.operator) |> Pretty.parens , Pretty.string "=" , Pretty.string (denode infix_.function) ] |> Pretty.words {-| Pretty prints a desctructuring declaration. -} prettyDestructuring : Aliases -> Pattern -> Expression -> Doc t prettyDestructuring aliases pattern expr = [ [ prettyPattern aliases pattern , Pretty.string "=" ] |> Pretty.words , prettyExpression aliases expr ] |> Pretty.lines |> Pretty.nest 4 prettyDocumentation : Documentation -> Doc t prettyDocumentation docs = Pretty.string ("{-|" ++ docs ++ "-}") {-| Pretty prints a type signature. -} prettySignature : Aliases -> Signature -> Doc t prettySignature aliases sig = [ [ Pretty.string (denode sig.name) , Pretty.string ":" ] |> Pretty.words , prettyTypeAnnotation aliases (denode sig.typeAnnotation) ] |> Pretty.lines |> Pretty.nest 4 |> Pretty.group prettyFunctionImplementation : Aliases -> FunctionImplementation -> Doc t prettyFunctionImplementation aliases impl = Pretty.words [ Pretty.string (denode impl.name) , prettyArgs aliases (denodeAll impl.arguments) , Pretty.string "=" ] |> Pretty.a Pretty.line |> Pretty.a (prettyExpression aliases (denode impl.expression)) |> Pretty.nest 4 prettyArgs : Aliases -> List Pattern -> Doc t prettyArgs aliases args = List.map (prettyPatternInner aliases False) args |> Pretty.words --== Patterns {-| Pretty prints a pattern. -} prettyPattern : Aliases -> Pattern -> Doc t prettyPattern aliases pattern = prettyPatternInner aliases True pattern adjustPatternParentheses : Bool -> Pattern -> Pattern adjustPatternParentheses isTop pattern = let addParens pat = case ( isTop, pat ) of ( False, NamedPattern _ (_ :: _) ) -> nodify pat |> ParenthesizedPattern ( False, AsPattern _ _ ) -> nodify pat |> ParenthesizedPattern ( _, _ ) -> pat removeParens pat = case pat of ParenthesizedPattern innerPat -> if shouldRemove (denode innerPat) then denode innerPat |> removeParens else pat _ -> pat shouldRemove pat = case ( isTop, pat ) of ( False, NamedPattern _ _ ) -> False ( _, AsPattern _ _ ) -> False ( _, _ ) -> isTop in removeParens pattern |> addParens prettyPatternInner : Aliases -> Bool -> Pattern -> Doc t prettyPatternInner aliases isTop pattern = case adjustPatternParentheses isTop pattern of AllPattern -> Pretty.string "_" UnitPattern -> Pretty.string "()" CharPattern val -> Pretty.string (escapeChar val) |> singleQuotes StringPattern val -> Pretty.string val |> quotes IntPattern val -> Pretty.string (String.fromInt val) HexPattern val -> Pretty.string (Hex.toString val) FloatPattern val -> Pretty.string (String.fromFloat val) TuplePattern vals -> Pretty.space |> Pretty.a (List.map (prettyPatternInner aliases True) (denodeAll vals) |> Pretty.join (Pretty.string ", ") ) |> Pretty.a Pretty.space |> Pretty.parens RecordPattern fields -> List.map Pretty.string (denodeAll fields) |> Pretty.join (Pretty.string ", ") |> Pretty.surround Pretty.space Pretty.space |> Pretty.braces UnConsPattern hdPat tlPat -> [ prettyPatternInner aliases False (denode hdPat) , Pretty.string "::" , prettyPatternInner aliases False (denode tlPat) ] |> Pretty.words ListPattern listPats -> case listPats of [] -> Pretty.string "[]" _ -> let open = Pretty.a Pretty.space (Pretty.string "[") close = Pretty.a (Pretty.string "]") Pretty.space in List.map (prettyPatternInner aliases False) (denodeAll listPats) |> Pretty.join (Pretty.string ", ") |> Pretty.surround open close VarPattern var -> Pretty.string var NamedPattern qnRef listPats -> (prettyModuleNameDot aliases qnRef.moduleName |> Pretty.a (Pretty.string qnRef.name) ) :: List.map (prettyPatternInner aliases False) (denodeAll listPats) |> Pretty.words AsPattern pat name -> [ prettyPatternInner aliases False (denode pat) , Pretty.string "as" , Pretty.string (denode name) ] |> Pretty.words ParenthesizedPattern pat -> prettyPatternInner aliases True (denode pat) |> Pretty.parens --== Expressions type alias Context = { precedence : Int , isTop : Bool , isLeftPipe : Bool } topContext = { precedence = 11 , isTop = True , isLeftPipe = False } adjustExpressionParentheses : Context -> Expression -> Expression adjustExpressionParentheses context expression = let addParens expr = case ( context.isTop, context.isLeftPipe, expr ) of ( False, False, LetExpression _ ) -> nodify expr |> ParenthesizedExpression ( False, False, CaseExpression _ ) -> nodify expr |> ParenthesizedExpression ( False, False, LambdaExpression _ ) -> nodify expr |> ParenthesizedExpression ( False, False, IfBlock _ _ _ ) -> nodify expr |> ParenthesizedExpression ( _, _, _ ) -> expr removeParens expr = case expr of ParenthesizedExpression innerExpr -> if shouldRemove (denode innerExpr) then denode innerExpr |> removeParens else expr _ -> expr shouldRemove expr = case ( context.isTop, context.isLeftPipe, expr ) of ( True, _, _ ) -> True ( _, True, _ ) -> True ( False, _, Application _ ) -> if context.precedence < 11 then True else False ( False, _, FunctionOrValue _ _ ) -> True ( False, _, Integer _ ) -> True ( False, _, Hex _ ) -> True ( False, _, Floatable _ ) -> True ( False, _, Negation _ ) -> True ( False, _, Literal _ ) -> True ( False, _, CharLiteral _ ) -> True ( False, _, TupledExpression _ ) -> True ( False, _, RecordExpr _ ) -> True ( False, _, ListExpr _ ) -> True ( False, _, RecordAccess _ _ ) -> True ( False, _, RecordAccessFunction _ ) -> True ( False, _, RecordUpdateExpression _ _ ) -> True ( _, _, _ ) -> False in removeParens expression |> addParens {-| Pretty prints an expression. -} prettyExpression : Aliases -> Expression -> Doc t prettyExpression aliases expression = prettyExpressionInner aliases topContext 4 expression |> Tuple.first prettyExpressionInner : Aliases -> Context -> Int -> Expression -> ( Doc t, Bool ) prettyExpressionInner aliases context indent expression = case adjustExpressionParentheses context expression of UnitExpr -> ( Pretty.string "()" , False ) Application exprs -> prettyApplication aliases indent exprs OperatorApplication symbol dir exprl exprr -> prettyOperatorApplication aliases indent symbol dir exprl exprr FunctionOrValue modl val -> ( prettyModuleNameDot aliases modl |> Pretty.a (Pretty.string val) , False ) IfBlock exprBool exprTrue exprFalse -> prettyIfBlock aliases indent exprBool exprTrue exprFalse PrefixOperator symbol -> ( Pretty.string symbol |> Pretty.parens , False ) Operator symbol -> ( Pretty.string symbol , False ) Integer val -> ( Pretty.string (String.fromInt val) , False ) Hex val -> ( Pretty.string (toHexString val) , False ) Floatable val -> ( Pretty.string (String.fromFloat val) , False ) Negation expr -> let ( prettyExpr, alwaysBreak ) = prettyExpressionInner aliases topContext 4 (denode expr) in ( Pretty.string "-" |> Pretty.a prettyExpr , alwaysBreak ) Literal val -> ( prettyLiteral val , False ) CharLiteral val -> ( Pretty.string (escapeChar val) |> singleQuotes , False ) TupledExpression exprs -> prettyTupledExpression aliases indent exprs ParenthesizedExpression expr -> prettyParenthesizedExpression aliases indent expr LetExpression letBlock -> prettyLetBlock aliases indent letBlock CaseExpression caseBlock -> prettyCaseBlock aliases indent caseBlock LambdaExpression lambda -> prettyLambdaExpression aliases indent lambda RecordExpr setters -> prettyRecordExpr aliases setters ListExpr exprs -> prettyList aliases indent exprs RecordAccess expr field -> prettyRecordAccess aliases expr field RecordAccessFunction field -> ( Pretty.string field , False ) RecordUpdateExpression var setters -> prettyRecordUpdateExpression aliases indent var setters GLSLExpression val -> ( Pretty.string "glsl" , True ) prettyApplication : Aliases -> Int -> List (Node Expression) -> ( Doc t, Bool ) prettyApplication aliases indent exprs = let ( prettyExpressions, alwaysBreak ) = List.map (prettyExpressionInner aliases { precedence = 11 , isTop = False , isLeftPipe = False } 4 ) (denodeAll exprs) |> List.unzip |> Tuple.mapSecond (List.any identity) in ( prettyExpressions |> Pretty.lines |> Pretty.nest indent |> Pretty.align |> optionalGroup alwaysBreak , alwaysBreak ) isEndLineOperator : String -> Bool isEndLineOperator op = case op of "<|" -> True _ -> False prettyOperatorApplication : Aliases -> Int -> String -> InfixDirection -> Node Expression -> Node Expression -> ( Doc t, Bool ) prettyOperatorApplication aliases indent symbol dir exprl exprr = if symbol == "<|" then prettyOperatorApplicationLeft aliases indent symbol dir exprl exprr else prettyOperatorApplicationRight aliases indent symbol dir exprl exprr prettyOperatorApplicationLeft : Aliases -> Int -> String -> InfixDirection -> Node Expression -> Node Expression -> ( Doc t, Bool ) prettyOperatorApplicationLeft aliases indent symbol _ exprl exprr = let context = { precedence = precedence symbol , isTop = False , isLeftPipe = True } ( prettyExpressionLeft, alwaysBreakLeft ) = prettyExpressionInner aliases context 4 (denode exprl) ( prettyExpressionRight, alwaysBreakRight ) = prettyExpressionInner aliases context 4 (denode exprr) alwaysBreak = alwaysBreakLeft || alwaysBreakRight in ( [ [ prettyExpressionLeft, Pretty.string symbol ] |> Pretty.words , prettyExpressionRight ] |> Pretty.lines |> optionalGroup alwaysBreak |> Pretty.nest 4 , alwaysBreak ) prettyOperatorApplicationRight : Aliases -> Int -> String -> InfixDirection -> Node Expression -> Node Expression -> ( Doc t, Bool ) prettyOperatorApplicationRight aliases indent symbol _ exprl exprr = let expandExpr : Int -> Context -> Expression -> List ( Doc t, Bool ) expandExpr innerIndent context expr = case expr of OperatorApplication sym _ left right -> innerOpApply False sym left right _ -> [ prettyExpressionInner aliases context innerIndent expr ] innerOpApply : Bool -> String -> Node Expression -> Node Expression -> List ( Doc t, Bool ) innerOpApply isTop sym left right = let context = { precedence = precedence sym , isTop = False , isLeftPipe = "<|" == sym } innerIndent = decrementIndent 4 (String.length symbol + 1) leftIndent = if isTop then indent else innerIndent rightSide = denode right |> expandExpr innerIndent context in case rightSide of ( hdExpr, hdBreak ) :: tl -> List.append (denode left |> expandExpr leftIndent context) (( Pretty.string sym |> Pretty.a Pretty.space |> Pretty.a hdExpr, hdBreak ) :: tl) [] -> [] ( prettyExpressions, alwaysBreak ) = innerOpApply True symbol exprl exprr |> List.unzip |> Tuple.mapSecond (List.any identity) in ( prettyExpressions |> Pretty.join (Pretty.nest indent Pretty.line) |> Pretty.align |> optionalGroup alwaysBreak , alwaysBreak ) prettyIfBlock : Aliases -> Int -> Node Expression -> Node Expression -> Node Expression -> ( Doc t, Bool ) prettyIfBlock aliases indent exprBool exprTrue exprFalse = let innerIfBlock : Node Expression -> Node Expression -> Node Expression -> List (Doc t) innerIfBlock innerExprBool innerExprTrue innerExprFalse = let context = topContext ifPart = let ( prettyBoolExpr, alwaysBreak ) = prettyExpressionInner aliases topContext 4 (denode innerExprBool) in [ [ Pretty.string "if" , prettyExpressionInner aliases topContext 4 (denode innerExprBool) |> Tuple.first ] |> Pretty.lines |> optionalGroup alwaysBreak |> Pretty.nest indent , Pretty.string "then" ] |> Pretty.lines |> optionalGroup alwaysBreak truePart = prettyExpressionInner aliases topContext 4 (denode innerExprTrue) |> Tuple.first |> Pretty.indent indent elsePart = Pretty.line |> Pretty.a (Pretty.string "else") falsePart = case denode innerExprFalse of IfBlock nestedExprBool nestedExprTrue nestedExprFalse -> innerIfBlock nestedExprBool nestedExprTrue nestedExprFalse _ -> [ prettyExpressionInner aliases topContext 4 (denode innerExprFalse) |> Tuple.first |> Pretty.indent indent ] in case falsePart of [] -> [] [ falseExpr ] -> [ ifPart , truePart , elsePart , falseExpr ] hd :: tl -> List.append [ ifPart , truePart , [ elsePart, hd ] |> Pretty.words ] tl prettyExpressions = innerIfBlock exprBool exprTrue exprFalse in ( prettyExpressions |> Pretty.lines |> Pretty.align , True ) prettyLiteral : String -> Doc t prettyLiteral val = if String.contains "\n" val then Pretty.string val |> tripleQuotes else Pretty.string (escape val) |> quotes prettyTupledExpression : Aliases -> Int -> List (Node Expression) -> ( Doc t, Bool ) prettyTupledExpression aliases indent exprs = let open = Pretty.a Pretty.space (Pretty.string "(") close = Pretty.a (Pretty.string ")") Pretty.line in case exprs of [] -> ( Pretty.string "()", False ) _ -> let ( prettyExpressions, alwaysBreak ) = List.map (prettyExpressionInner aliases topContext (decrementIndent indent 2)) (denodeAll exprs) |> List.unzip |> Tuple.mapSecond (List.any identity) in ( prettyExpressions |> Pretty.separators ", " |> Pretty.surround open close |> Pretty.align |> optionalGroup alwaysBreak , alwaysBreak ) prettyParenthesizedExpression : Aliases -> Int -> Node Expression -> ( Doc t, Bool ) prettyParenthesizedExpression aliases indent expr = let open = Pretty.string "(" close = Pretty.a (Pretty.string ")") Pretty.tightline ( prettyExpr, alwaysBreak ) = prettyExpressionInner aliases topContext (decrementIndent indent 1) (denode expr) in ( prettyExpr |> Pretty.nest 1 |> Pretty.surround open close |> Pretty.align |> optionalGroup alwaysBreak , alwaysBreak ) prettyLetBlock : Aliases -> Int -> LetBlock -> ( Doc t, Bool ) prettyLetBlock aliases indent letBlock = ( [ Pretty.string "let" , List.map (prettyLetDeclaration aliases indent) (denodeAll letBlock.declarations) |> doubleLines |> Pretty.indent indent , Pretty.string "in" , prettyExpressionInner aliases topContext 4 (denode letBlock.expression) |> Tuple.first ] |> Pretty.lines |> Pretty.align , True ) prettyLetDeclaration : Aliases -> Int -> LetDeclaration -> Doc t prettyLetDeclaration aliases indent letDecl = case letDecl of LetFunction fn -> prettyFun aliases fn LetDestructuring pattern expr -> [ prettyPatternInner aliases False (denode pattern) , Pretty.string "=" ] |> Pretty.words |> Pretty.a Pretty.line |> Pretty.a (prettyExpressionInner aliases topContext 4 (denode expr) |> Tuple.first |> Pretty.indent indent ) prettyCaseBlock : Aliases -> Int -> CaseBlock -> ( Doc t, Bool ) prettyCaseBlock aliases indent caseBlock = let casePart = let ( caseExpression, alwaysBreak ) = prettyExpressionInner aliases topContext 4 (denode caseBlock.expression) in [ [ Pretty.string "case" , caseExpression ] |> Pretty.lines |> optionalGroup alwaysBreak |> Pretty.nest indent , Pretty.string "of" ] |> Pretty.lines |> optionalGroup alwaysBreak prettyCase ( pattern, expr ) = prettyPattern aliases (denode pattern) |> Pretty.a (Pretty.string " ->") |> Pretty.a Pretty.line |> Pretty.a (prettyExpressionInner aliases topContext 4 (denode expr) |> Tuple.first |> Pretty.indent 4) |> Pretty.indent indent patternsPart = List.map prettyCase caseBlock.cases |> doubleLines in ( [ casePart, patternsPart ] |> Pretty.lines |> Pretty.align , True ) prettyLambdaExpression : Aliases -> Int -> Lambda -> ( Doc t, Bool ) prettyLambdaExpression aliases indent lambda = let ( prettyExpr, alwaysBreak ) = prettyExpressionInner aliases topContext 4 (denode lambda.expression) in ( [ Pretty.string "\\" |> Pretty.a (List.map (prettyPatternInner aliases False) (denodeAll lambda.args) |> Pretty.words) |> Pretty.a (Pretty.string " ->") , prettyExpr ] |> Pretty.lines |> Pretty.nest indent |> Pretty.align |> optionalGroup alwaysBreak , alwaysBreak ) prettyRecordExpr : Aliases -> List (Node RecordSetter) -> ( Doc t, Bool ) prettyRecordExpr aliases setters = let open = Pretty.a Pretty.space (Pretty.string "{") close = Pretty.a (Pretty.string "}") Pretty.line in case setters of [] -> ( Pretty.string "{}", False ) _ -> let ( prettyExpressions, alwaysBreak ) = List.map (prettySetter aliases) (denodeAll setters) |> List.unzip |> Tuple.mapSecond (List.any identity) in ( prettyExpressions |> Pretty.separators ", " |> Pretty.surround open close |> Pretty.align |> optionalGroup alwaysBreak , alwaysBreak ) prettySetter : Aliases -> ( Node String, Node Expression ) -> ( Doc t, Bool ) prettySetter aliases ( fld, val ) = let ( prettyExpr, alwaysBreak ) = prettyExpressionInner aliases topContext 4 (denode val) in ( [ [ Pretty.string (denode fld) , Pretty.string "=" ] |> Pretty.words , prettyExpr ] |> Pretty.lines |> optionalGroup alwaysBreak |> Pretty.nest 4 , alwaysBreak ) prettyList : Aliases -> Int -> List (Node Expression) -> ( Doc t, Bool ) prettyList aliases indent exprs = let open = Pretty.a Pretty.space (Pretty.string "[") close = Pretty.a (Pretty.string "]") Pretty.line in case exprs of [] -> ( Pretty.string "[]", False ) _ -> let ( prettyExpressions, alwaysBreak ) = List.map (prettyExpressionInner aliases topContext (decrementIndent indent 2)) (denodeAll exprs) |> List.unzip |> Tuple.mapSecond (List.any identity) in ( prettyExpressions |> Pretty.separators ", " |> Pretty.surround open close |> Pretty.align |> optionalGroup alwaysBreak , alwaysBreak ) prettyRecordAccess : Aliases -> Node Expression -> Node String -> ( Doc t, Bool ) prettyRecordAccess aliases expr field = let ( prettyExpr, alwaysBreak ) = prettyExpressionInner aliases topContext 4 (denode expr) in ( prettyExpr |> Pretty.a dot |> Pretty.a (Pretty.string (denode field)) , alwaysBreak ) prettyRecordUpdateExpression : Aliases -> Int -> Node String -> List (Node RecordSetter) -> ( Doc t, Bool ) prettyRecordUpdateExpression aliases indent var setters = let open = [ Pretty.string "{" , Pretty.string (denode var) ] |> Pretty.words |> Pretty.a Pretty.line close = Pretty.a (Pretty.string "}") Pretty.line addBarToFirst exprs = case exprs of [] -> [] hd :: tl -> Pretty.a hd (Pretty.string "| ") :: tl in case setters of [] -> ( Pretty.string "{}", False ) _ -> let ( prettyExpressions, alwaysBreak ) = List.map (prettySetter aliases) (denodeAll setters) |> List.unzip |> Tuple.mapSecond (List.any identity) in ( open |> Pretty.a (prettyExpressions |> addBarToFirst |> Pretty.separators ", " ) |> Pretty.nest indent |> Pretty.surround Pretty.empty close |> Pretty.align |> optionalGroup alwaysBreak , alwaysBreak ) --== Type Annotations {-| Pretty prints a type annotation. -} prettyTypeAnnotation : Aliases -> TypeAnnotation -> Doc t prettyTypeAnnotation aliases typeAnn = case typeAnn of GenericType val -> Pretty.string val Typed fqName anns -> prettyTyped aliases fqName anns Unit -> Pretty.string "()" Tupled anns -> prettyTupled aliases anns Record recordDef -> prettyRecord aliases (denodeAll recordDef) GenericRecord paramName recordDef -> prettyGenericRecord aliases (denode paramName) (denodeAll (denode recordDef)) FunctionTypeAnnotation fromAnn toAnn -> prettyFunctionTypeAnnotation aliases fromAnn toAnn prettyTyped : Aliases -> Node ( ModuleName, String ) -> List (Node TypeAnnotation) -> Doc t prettyTyped aliases fqName anns = let ( moduleName, typeName ) = denode fqName typeDoc = prettyModuleNameDot aliases moduleName |> Pretty.a (Pretty.string typeName) argsDoc = List.map (prettyTypeAnnotationParens aliases) (denodeAll anns) |> Pretty.words in [ typeDoc , argsDoc ] |> Pretty.words prettyTupled : Aliases -> List (Node TypeAnnotation) -> Doc t prettyTupled aliases anns = Pretty.space |> Pretty.a (List.map (prettyTypeAnnotation aliases) (denodeAll anns) |> Pretty.join (Pretty.string ", ") ) |> Pretty.a Pretty.space |> Pretty.parens prettyTypeAnnotationParens : Aliases -> TypeAnnotation -> Doc t prettyTypeAnnotationParens aliases typeAnn = if isNakedCompound typeAnn then prettyTypeAnnotation aliases typeAnn |> Pretty.parens else prettyTypeAnnotation aliases typeAnn prettyRecord : Aliases -> List RecordField -> Doc t prettyRecord aliases fields = let open = Pretty.a Pretty.space (Pretty.string "{") close = Pretty.a (Pretty.string "}") Pretty.line in case fields of [] -> Pretty.string "{}" _ -> fields |> List.map (Tuple.mapBoth denode denode) |> List.map (prettyFieldTypeAnn aliases) |> Pretty.separators ", " |> Pretty.surround open close |> Pretty.group prettyGenericRecord : Aliases -> String -> List RecordField -> Doc t prettyGenericRecord aliases paramName fields = let open = [ Pretty.string "{" , Pretty.string paramName ] |> Pretty.words |> Pretty.a Pretty.line close = Pretty.a (Pretty.string "}") Pretty.line addBarToFirst exprs = case exprs of [] -> [] hd :: tl -> Pretty.a hd (Pretty.string "| ") :: tl in case fields of [] -> Pretty.string "{}" _ -> open |> Pretty.a (fields |> List.map (Tuple.mapBoth denode denode) |> List.map (prettyFieldTypeAnn aliases) |> addBarToFirst |> Pretty.separators ", " ) |> Pretty.nest 4 |> Pretty.surround Pretty.empty close |> Pretty.group prettyFieldTypeAnn : Aliases -> ( String, TypeAnnotation ) -> Doc t prettyFieldTypeAnn aliases ( name, ann ) = [ [ Pretty.string name , Pretty.string ":" ] |> Pretty.words , prettyTypeAnnotation aliases ann ] |> Pretty.lines |> Pretty.nest 4 |> Pretty.group prettyFunctionTypeAnnotation : Aliases -> Node TypeAnnotation -> Node TypeAnnotation -> Doc t prettyFunctionTypeAnnotation aliases left right = let expandLeft : TypeAnnotation -> Doc t expandLeft ann = case ann of FunctionTypeAnnotation _ _ -> prettyTypeAnnotationParens aliases ann _ -> prettyTypeAnnotation aliases ann expandRight : TypeAnnotation -> List (Doc t) expandRight ann = case ann of FunctionTypeAnnotation innerLeft innerRight -> innerFnTypeAnn innerLeft innerRight _ -> [ prettyTypeAnnotation aliases ann ] innerFnTypeAnn : Node TypeAnnotation -> Node TypeAnnotation -> List (Doc t) innerFnTypeAnn innerLeft innerRight = let rightSide = denode innerRight |> expandRight in case rightSide of hd :: tl -> (denode innerLeft |> expandLeft) :: ([ Pretty.string "->", hd ] |> Pretty.words) :: tl [] -> [] in innerFnTypeAnn left right |> Pretty.lines |> Pretty.group {-| A type annotation is a naked compound if it is made up of multiple parts that are not enclosed in brackets or braces. This means either a type or type alias with arguments or a function type; records and tuples are compound but enclosed in brackets or braces. Naked type annotations need to be bracketed in situations type argument bindings are ambiguous otherwise. -} isNakedCompound : TypeAnnotation -> Bool isNakedCompound typeAnn = case typeAnn of Typed _ [] -> False Typed _ args -> True FunctionTypeAnnotation _ _ -> True _ -> False --== Helpers prettyMaybe : (a -> Doc t) -> Maybe a -> Doc t prettyMaybe prettyFn maybeVal = Maybe.map prettyFn maybeVal |> Maybe.withDefault Pretty.empty decrementIndent : Int -> Int -> Int decrementIndent currentIndent spaces = let modded = modBy 4 (currentIndent - spaces) in if modded == 0 then 4 else modded dot : Doc t dot = Pretty.string "." quotes : Doc t -> Doc t quotes doc = Pretty.surround (Pretty.char '"') (Pretty.char '"') doc tripleQuotes : Doc t -> Doc t tripleQuotes doc = Pretty.surround (Pretty.string "\"\"\"") (Pretty.string "\"\"\"") doc singleQuotes : Doc t -> Doc t singleQuotes doc = Pretty.surround (Pretty.char '\'') (Pretty.char '\'') doc sqParens : Doc t -> Doc t sqParens doc = Pretty.surround (Pretty.string "[") (Pretty.string "]") doc doubleLines : List (Doc t) -> Doc t doubleLines = Pretty.join (Pretty.a Pretty.line Pretty.line) escape : String -> String escape val = val |> String.replace "\\" "\\\\" |> String.replace "\"" "\\\"" |> String.replace "\n" "\\n" |> String.replace "\t" "\\t" escapeChar : Char -> String escapeChar val = case val of '\\' -> "\\\\" '\'' -> "\\'" '\t' -> "\\t" '\n' -> "\\n" c -> String.fromChar c optionalGroup : Bool -> Doc t -> Doc t optionalGroup flag doc = if flag then doc else Pretty.group doc optionalParens : Bool -> Doc t -> Doc t optionalParens flag doc = if flag then Pretty.parens doc else doc toHexString : Int -> String toHexString val = let padWithZeros str = let length = String.length str in if length < 2 then String.padLeft 2 '0' str else if length > 2 && length < 4 then String.padLeft 4 '0' str else if length > 4 && length < 8 then String.padLeft 8 '0' str else str in "0x" ++ (Hex.toString val |> String.toUpper |> padWithZeros) {-| Calculate a precedence for any operator to be able to know when parenthesis are needed or not. When a lower precedence expression appears beneath a higher one, its needs parenthesis. When a higher precedence expression appears beneath a lower one, if should not have parenthesis. -} precedence : String -> Int precedence symbol = case symbol of ">>" -> 9 "<<" -> 9 "^" -> 8 "*" -> 7 "/" -> 7 "//" -> 7 "%" -> 7 "rem" -> 7 "+" -> 6 "-" -> 6 "++" -> 5 "::" -> 5 "==" -> 4 "/=" -> 4 "<" -> 4 ">" -> 4 "<=" -> 4 ">=" -> 4 "&&" -> 3 "||" -> 2 "|>" -> 0 "<|" -> 0 _ -> 0

elm

src/Graph/Force.elm

lydell/kite

module Graph.Force exposing ( Force(..) , ForceGraph , State , alphaTarget , defaultForceState , isCompleted , tick ) import Graph exposing (Edge, Graph, Node, NodeId) import Graph.Extra import Graph.Force.Gravity as Gravity import Graph.Force.Link as Link import Graph.Force.ManyBody as ManyBody import Point2d exposing (Point2d) import Vector2d exposing (Vector2d) type State = State { alpha : Float , minAlpha : Float , alphaDecay : Float , alphaTarget : Float , velocityDecay : Float } type Force = Link | ManyBody Float | Gravity type alias ForceVertex n = { n | position : Point2d , velocity : Velocity , manyBodyStrength : Float , gravityCenter : Point2d , gravityStrengthX : Float , gravityStrengthY : Float , fixed : Bool } type alias Velocity = Vector2d type alias ForceEdge e = { e | distance : Float , strength : Float } type alias ForceGraph n e = Graph (ForceVertex n) (ForceEdge e) defaultForceState : State defaultForceState = State { alpha = 1.0 , minAlpha = 0.001 , alphaDecay = 1 - 0.001 ^ (1 / 300) , alphaTarget = 0.0 , velocityDecay = 0.6 } updateVelocities : List ( NodeId, Velocity ) -> ForceGraph n e -> ForceGraph n e updateVelocities newVelocities = let applyVelocity : Velocity -> ForceVertex n -> ForceVertex n applyVelocity velocity forceVertex = { forceVertex | velocity = velocity } in Graph.Extra.updateNodesBy newVelocities applyVelocity {-| This ONLY UPDATES THE VERTEX VELOCITIES but does not touch the positions. -} applyForce : Float -> Force -> ForceGraph n e -> ForceGraph n e applyForce alpha force forceGraph = case force of Link -> let getData id = case forceGraph |> Graph.get id of Just ctx -> { id = id , degree = forceGraph |> Graph.Extra.degree id , position = ctx.node.label.position , velocity = ctx.node.label.velocity } _ -> --Debug.todo "This shouldn't happen!" <| { id = 0 , degree = 0 , position = Point2d.origin , velocity = Vector2d.zero } toLinkParam : Edge (ForceEdge e) -> Link.Param toLinkParam { from, to, label } = { source = getData from , target = getData to , distance = label.distance , strength = label.strength } newVelocities : List ( NodeId, Velocity ) newVelocities = forceGraph |> Graph.edges |> List.map toLinkParam |> Link.run alpha in forceGraph |> updateVelocities newVelocities ManyBody theta -> let toManyBodyVertex : Node (ForceVertex n) -> ManyBody.Vertex NodeId toManyBodyVertex { id, label } = { key = id , position = label.position , velocity = label.velocity , strength = label.manyBodyStrength } newVelocities : List ( NodeId, Velocity ) newVelocities = forceGraph |> Graph.nodes |> List.map toManyBodyVertex |> ManyBody.run alpha theta |> List.map (\{ key, velocity } -> ( key, velocity )) in forceGraph |> updateVelocities newVelocities Gravity -> let toGravityVertex : Node (ForceVertex n) -> Gravity.Vertex toGravityVertex { id, label } = { id = id , position = label.position , velocity = label.velocity , gravityCenter = label.gravityCenter , gravityStrengthX = label.gravityStrengthX , gravityStrengthY = label.gravityStrengthY } newVelocities : List ( NodeId, Velocity ) newVelocities = forceGraph |> Graph.nodes |> List.map toGravityVertex |> Gravity.run alpha in forceGraph |> updateVelocities newVelocities tick : State -> ForceGraph n e -> ( State, ForceGraph n e ) tick (State state) forceGraph = let newAlpha = state.alpha + (state.alphaTarget - state.alpha) * state.alphaDecay applyVelocity forceVertex = let sV = forceVertex.velocity |> Vector2d.scaleBy state.velocityDecay in if forceVertex.fixed then { forceVertex | velocity = Vector2d.zero } else { forceVertex | position = forceVertex.position |> Point2d.translateBy sV , velocity = sV } in ( State { state | alpha = newAlpha } , [ Link, ManyBody 0.9, Gravity ] |> List.foldl (applyForce newAlpha) forceGraph |> Graph.mapNodes applyVelocity ) alphaTarget : Float -> State -> State alphaTarget aT (State config) = State { config | alphaTarget = aT } isCompleted : State -> Bool isCompleted (State { alpha, minAlpha }) = alpha <= minAlpha {- You can set this to control how quickly the simulation should converge. The default value is 300 iterations. Lower number of iterations will produce a layout quicker, but risk getting stuck in a local minimum. Higher values take longer, but typically produce better results. -} -- iterations : Int -> State -> State -- iterations iters (State config) = -- State { config | alphaDecay = 1 - config.minAlpha ^ (1 / toFloat iters) }

46286

module Graph.Force exposing ( Force(..) , ForceGraph , State , alphaTarget , defaultForceState , isCompleted , tick ) import Graph exposing (Edge, Graph, Node, NodeId) import Graph.Extra import Graph.Force.Gravity as Gravity import Graph.Force.Link as Link import Graph.Force.ManyBody as ManyBody import Point2d exposing (Point2d) import Vector2d exposing (Vector2d) type State = State { alpha : Float , minAlpha : Float , alphaDecay : Float , alphaTarget : Float , velocityDecay : Float } type Force = Link | ManyBody Float | Gravity type alias ForceVertex n = { n | position : Point2d , velocity : Velocity , manyBodyStrength : Float , gravityCenter : Point2d , gravityStrengthX : Float , gravityStrengthY : Float , fixed : Bool } type alias Velocity = Vector2d type alias ForceEdge e = { e | distance : Float , strength : Float } type alias ForceGraph n e = Graph (ForceVertex n) (ForceEdge e) defaultForceState : State defaultForceState = State { alpha = 1.0 , minAlpha = 0.001 , alphaDecay = 1 - 0.001 ^ (1 / 300) , alphaTarget = 0.0 , velocityDecay = 0.6 } updateVelocities : List ( NodeId, Velocity ) -> ForceGraph n e -> ForceGraph n e updateVelocities newVelocities = let applyVelocity : Velocity -> ForceVertex n -> ForceVertex n applyVelocity velocity forceVertex = { forceVertex | velocity = velocity } in Graph.Extra.updateNodesBy newVelocities applyVelocity {-| This ONLY UPDATES THE VERTEX VELOCITIES but does not touch the positions. -} applyForce : Float -> Force -> ForceGraph n e -> ForceGraph n e applyForce alpha force forceGraph = case force of Link -> let getData id = case forceGraph |> Graph.get id of Just ctx -> { id = id , degree = forceGraph |> Graph.Extra.degree id , position = ctx.node.label.position , velocity = ctx.node.label.velocity } _ -> --Debug.todo "This shouldn't happen!" <| { id = 0 , degree = 0 , position = Point2d.origin , velocity = Vector2d.zero } toLinkParam : Edge (ForceEdge e) -> Link.Param toLinkParam { from, to, label } = { source = getData from , target = getData to , distance = label.distance , strength = label.strength } newVelocities : List ( NodeId, Velocity ) newVelocities = forceGraph |> Graph.edges |> List.map toLinkParam |> Link.run alpha in forceGraph |> updateVelocities newVelocities ManyBody theta -> let toManyBodyVertex : Node (ForceVertex n) -> ManyBody.Vertex NodeId toManyBodyVertex { id, label } = { key = <KEY> , position = label.position , velocity = label.velocity , strength = label.manyBodyStrength } newVelocities : List ( NodeId, Velocity ) newVelocities = forceGraph |> Graph.nodes |> List.map toManyBodyVertex |> ManyBody.run alpha theta |> List.map (\{ key, velocity } -> ( key, velocity )) in forceGraph |> updateVelocities newVelocities Gravity -> let toGravityVertex : Node (ForceVertex n) -> Gravity.Vertex toGravityVertex { id, label } = { id = id , position = label.position , velocity = label.velocity , gravityCenter = label.gravityCenter , gravityStrengthX = label.gravityStrengthX , gravityStrengthY = label.gravityStrengthY } newVelocities : List ( NodeId, Velocity ) newVelocities = forceGraph |> Graph.nodes |> List.map toGravityVertex |> Gravity.run alpha in forceGraph |> updateVelocities newVelocities tick : State -> ForceGraph n e -> ( State, ForceGraph n e ) tick (State state) forceGraph = let newAlpha = state.alpha + (state.alphaTarget - state.alpha) * state.alphaDecay applyVelocity forceVertex = let sV = forceVertex.velocity |> Vector2d.scaleBy state.velocityDecay in if forceVertex.fixed then { forceVertex | velocity = Vector2d.zero } else { forceVertex | position = forceVertex.position |> Point2d.translateBy sV , velocity = sV } in ( State { state | alpha = newAlpha } , [ Link, ManyBody 0.9, Gravity ] |> List.foldl (applyForce newAlpha) forceGraph |> Graph.mapNodes applyVelocity ) alphaTarget : Float -> State -> State alphaTarget aT (State config) = State { config | alphaTarget = aT } isCompleted : State -> Bool isCompleted (State { alpha, minAlpha }) = alpha <= minAlpha {- You can set this to control how quickly the simulation should converge. The default value is 300 iterations. Lower number of iterations will produce a layout quicker, but risk getting stuck in a local minimum. Higher values take longer, but typically produce better results. -} -- iterations : Int -> State -> State -- iterations iters (State config) = -- State { config | alphaDecay = 1 - config.minAlpha ^ (1 / toFloat iters) }

module Graph.Force exposing ( Force(..) , ForceGraph , State , alphaTarget , defaultForceState , isCompleted , tick ) import Graph exposing (Edge, Graph, Node, NodeId) import Graph.Extra import Graph.Force.Gravity as Gravity import Graph.Force.Link as Link import Graph.Force.ManyBody as ManyBody import Point2d exposing (Point2d) import Vector2d exposing (Vector2d) type State = State { alpha : Float , minAlpha : Float , alphaDecay : Float , alphaTarget : Float , velocityDecay : Float } type Force = Link | ManyBody Float | Gravity type alias ForceVertex n = { n | position : Point2d , velocity : Velocity , manyBodyStrength : Float , gravityCenter : Point2d , gravityStrengthX : Float , gravityStrengthY : Float , fixed : Bool } type alias Velocity = Vector2d type alias ForceEdge e = { e | distance : Float , strength : Float } type alias ForceGraph n e = Graph (ForceVertex n) (ForceEdge e) defaultForceState : State defaultForceState = State { alpha = 1.0 , minAlpha = 0.001 , alphaDecay = 1 - 0.001 ^ (1 / 300) , alphaTarget = 0.0 , velocityDecay = 0.6 } updateVelocities : List ( NodeId, Velocity ) -> ForceGraph n e -> ForceGraph n e updateVelocities newVelocities = let applyVelocity : Velocity -> ForceVertex n -> ForceVertex n applyVelocity velocity forceVertex = { forceVertex | velocity = velocity } in Graph.Extra.updateNodesBy newVelocities applyVelocity {-| This ONLY UPDATES THE VERTEX VELOCITIES but does not touch the positions. -} applyForce : Float -> Force -> ForceGraph n e -> ForceGraph n e applyForce alpha force forceGraph = case force of Link -> let getData id = case forceGraph |> Graph.get id of Just ctx -> { id = id , degree = forceGraph |> Graph.Extra.degree id , position = ctx.node.label.position , velocity = ctx.node.label.velocity } _ -> --Debug.todo "This shouldn't happen!" <| { id = 0 , degree = 0 , position = Point2d.origin , velocity = Vector2d.zero } toLinkParam : Edge (ForceEdge e) -> Link.Param toLinkParam { from, to, label } = { source = getData from , target = getData to , distance = label.distance , strength = label.strength } newVelocities : List ( NodeId, Velocity ) newVelocities = forceGraph |> Graph.edges |> List.map toLinkParam |> Link.run alpha in forceGraph |> updateVelocities newVelocities ManyBody theta -> let toManyBodyVertex : Node (ForceVertex n) -> ManyBody.Vertex NodeId toManyBodyVertex { id, label } = { key = PI:KEY:<KEY>END_PI , position = label.position , velocity = label.velocity , strength = label.manyBodyStrength } newVelocities : List ( NodeId, Velocity ) newVelocities = forceGraph |> Graph.nodes |> List.map toManyBodyVertex |> ManyBody.run alpha theta |> List.map (\{ key, velocity } -> ( key, velocity )) in forceGraph |> updateVelocities newVelocities Gravity -> let toGravityVertex : Node (ForceVertex n) -> Gravity.Vertex toGravityVertex { id, label } = { id = id , position = label.position , velocity = label.velocity , gravityCenter = label.gravityCenter , gravityStrengthX = label.gravityStrengthX , gravityStrengthY = label.gravityStrengthY } newVelocities : List ( NodeId, Velocity ) newVelocities = forceGraph |> Graph.nodes |> List.map toGravityVertex |> Gravity.run alpha in forceGraph |> updateVelocities newVelocities tick : State -> ForceGraph n e -> ( State, ForceGraph n e ) tick (State state) forceGraph = let newAlpha = state.alpha + (state.alphaTarget - state.alpha) * state.alphaDecay applyVelocity forceVertex = let sV = forceVertex.velocity |> Vector2d.scaleBy state.velocityDecay in if forceVertex.fixed then { forceVertex | velocity = Vector2d.zero } else { forceVertex | position = forceVertex.position |> Point2d.translateBy sV , velocity = sV } in ( State { state | alpha = newAlpha } , [ Link, ManyBody 0.9, Gravity ] |> List.foldl (applyForce newAlpha) forceGraph |> Graph.mapNodes applyVelocity ) alphaTarget : Float -> State -> State alphaTarget aT (State config) = State { config | alphaTarget = aT } isCompleted : State -> Bool isCompleted (State { alpha, minAlpha }) = alpha <= minAlpha {- You can set this to control how quickly the simulation should converge. The default value is 300 iterations. Lower number of iterations will produce a layout quicker, but risk getting stuck in a local minimum. Higher values take longer, but typically produce better results. -} -- iterations : Int -> State -> State -- iterations iters (State config) = -- State { config | alphaDecay = 1 - config.minAlpha ^ (1 / toFloat iters) }

elm

src/Date/Create.elm

altworx/elm-date-extra

module Date.Create ( makeDateTicks , getTimezoneOffset ) where {-| Create dates and offsets. @docs makeDateTicks @docs getTimezoneOffset Copyright (c) 2016 Robin Luiten -} import Date exposing (Date, Month (..)) import Date.Core as Core {-| Return raw epoch ticks since Unix epoch for given date. Result can be positive or negative. Unix epoch. Thursday, 1 January 1970 at 00:00:00.000 in UTC is 0 ticks. This can be fed to Date.fromTime to create a time, but be careful this function does nothing about time zone offsets so you may not get you would expect. TODO ? not sure should pass in Date as source of the parameters, it is missleading as to whats doing the work this way I think. It also means the date offset has an impact... -} makeDateTicks : Date -> Int makeDateTicks date = let year = Date.year date in if year < 1970 then makeDateTicksNegative date else makeDateTicksPositive date makeDateTicksPositive date = let year = Date.year date month = Date.month date day = Date.day date restTicks = (Date.millisecond date) * Core.ticksAMillisecond + (Date.second date) * Core.ticksASecond + (Date.minute date) * Core.ticksAMinute + (Date.hour date) * Core.ticksAnHour + (day - 1) * Core.ticksADay -- day of month is 1 based yearTicks = getYearTicksFrom1970 year monthTicks = getMonthTicksSinceStartOfYear year month in yearTicks + monthTicks + restTicks {- Return the ticks for start of year since unix epoch (1970). -} getYearTicksFrom1970 year = iterateSum ((+)1) yearToTicks year 1970 0 yearToTicks year = (Core.yearToDayLength year) * Core.ticksADay {- Return days in year upto start of given year and month. -} getMonthTicksSinceStartOfYear : Int -> Month -> Int getMonthTicksSinceStartOfYear year month = iterateSum Core.nextMonth (monthToTicks year) month Jan 0 {- Return ticks in a given year month. -} monthToTicks : Int -> Month -> Int monthToTicks year month = (Core.daysInMonth year month) * Core.ticksADay makeDateTicksNegative date = let year = Date.year date month = Date.month date yearTicks = getYearTicksTo1970 year monthTicks = getMonthTicksToEndYear year month daysToEndOfMonth = (Core.daysInMonth year month) - (Date.day date) dayTicks = daysToEndOfMonth * Core.ticksADay hoursToEndOfDay = 24 - (Date.hour date) - 1 hourTicks = hoursToEndOfDay * Core.ticksAnHour minutesToEndOfHour = 60 - (Date.minute date) - 1 minuteTicks = minutesToEndOfHour * Core.ticksAMinute secondsToEndOfMinute = 60 - (Date.second date) - 1 secondTicks = secondsToEndOfMinute * Core.ticksASecond millisecondsToEndOfSecond = 1000 - (Date.millisecond date) millisecondTicks = millisecondsToEndOfSecond * Core.ticksAMillisecond -- _ = Debug.log("makeDateTicksNegative element counts") -- ( year, month -- , (Date.day date, daysToEndOfMonth) -- , (Date.hour date, hoursToEndOfDay) -- , (Date.minute date, minutesToEndOfHour) -- , (Date.second date, secondsToEndOfMinute) -- , (Date.millisecond date, millisecondsToEndOfSecond) -- ) -- _ = Debug.log("makeDateTicksNegative ticks") -- ( (yearTicks, yearTicks // Core.ticksADay) -- , (monthTicks, monthTicks // Core.ticksADay), dayTicks -- , hourTicks, minuteTicks, secondTicks, millisecondTicks) in negate (yearTicks + monthTicks + dayTicks + hourTicks + minuteTicks + secondTicks + millisecondTicks) {- Return days to end of year, end of Dec. This does not include days in the starting month given. -} getMonthTicksToEndYear year month = iterateSum Core.nextMonth (monthToTicks year) Jan (Core.nextMonth month) 0 {- Return the ticks for start of year up to unix epoch (1970). Note if our date is in a given year we start counting full years after it. -} getYearTicksTo1970 year = iterateSum ((+)1) yearToTicks 1970 (year + 1) 0 {-| A general iterate for sum accumulator. -} iterateSum : (a -> a) -> (a -> number) -> a -> a -> number -> number iterateSum getNext getValue target current accumulator = if current == target then accumulator else iterateSum getNext getValue target (getNext current) (accumulator + (getValue current)) {-| Return the time zone offset of current javascript environment underneath Elm in Minutes. This should produce the same result getTimezoneOffset() for a given date in the same javascript VM. Time zone offset is always for a given date and time so an input date is required. Given that timezones change (though slowly) this is not strictly pure, but I suspect it is sufficiently pure. Is is dependent on the timezone mechanics of the javascript VM. ### Example zone stuff. For an offset of -600 minutes, in +10:00 time zone offset. In javascript date parsing of "1970-01-01T00:00:00Z" produces a javascript localised date. Converting this date to a string in javascript * toISOString() produces "1970-01-01T00:00:00.000Z" * toLocalString() produces "01/01/1970, 10:00:00" The 10 in hours field due to the +10:00 offset. Thats how the time zone offset can be figured out, by creating the date using makeDateTicks The offset is picked up in Elm using makeDateTicks which creates a UTC date in ticks from the fields pulled from the date we want to compare with. -} getTimezoneOffset : Date -> Int getTimezoneOffset date = let date = {- DO NOT USE `DateUtils.fromString` or `DateUtils.usafeFromString` here. It will cause unbounded recursion and give interesting javascript console errors about functions not existing. -} case (Date.fromString Core.epochDateStr) of Ok aDate -> aDate Err _ -> Debug.crash("Failed to parse unix epoch date something is very wrong.") dateTicks = Core.toTime date newTicks = makeDateTicks date timezoneOffset = (dateTicks - newTicks) // Core.ticksAMinute -- _ = Debug.log("Date.Create getTimezoneOffset") (timezoneOffset) in timezoneOffset

5510

module Date.Create ( makeDateTicks , getTimezoneOffset ) where {-| Create dates and offsets. @docs makeDateTicks @docs getTimezoneOffset Copyright (c) 2016 <NAME> -} import Date exposing (Date, Month (..)) import Date.Core as Core {-| Return raw epoch ticks since Unix epoch for given date. Result can be positive or negative. Unix epoch. Thursday, 1 January 1970 at 00:00:00.000 in UTC is 0 ticks. This can be fed to Date.fromTime to create a time, but be careful this function does nothing about time zone offsets so you may not get you would expect. TODO ? not sure should pass in Date as source of the parameters, it is missleading as to whats doing the work this way I think. It also means the date offset has an impact... -} makeDateTicks : Date -> Int makeDateTicks date = let year = Date.year date in if year < 1970 then makeDateTicksNegative date else makeDateTicksPositive date makeDateTicksPositive date = let year = Date.year date month = Date.month date day = Date.day date restTicks = (Date.millisecond date) * Core.ticksAMillisecond + (Date.second date) * Core.ticksASecond + (Date.minute date) * Core.ticksAMinute + (Date.hour date) * Core.ticksAnHour + (day - 1) * Core.ticksADay -- day of month is 1 based yearTicks = getYearTicksFrom1970 year monthTicks = getMonthTicksSinceStartOfYear year month in yearTicks + monthTicks + restTicks {- Return the ticks for start of year since unix epoch (1970). -} getYearTicksFrom1970 year = iterateSum ((+)1) yearToTicks year 1970 0 yearToTicks year = (Core.yearToDayLength year) * Core.ticksADay {- Return days in year upto start of given year and month. -} getMonthTicksSinceStartOfYear : Int -> Month -> Int getMonthTicksSinceStartOfYear year month = iterateSum Core.nextMonth (monthToTicks year) month Jan 0 {- Return ticks in a given year month. -} monthToTicks : Int -> Month -> Int monthToTicks year month = (Core.daysInMonth year month) * Core.ticksADay makeDateTicksNegative date = let year = Date.year date month = Date.month date yearTicks = getYearTicksTo1970 year monthTicks = getMonthTicksToEndYear year month daysToEndOfMonth = (Core.daysInMonth year month) - (Date.day date) dayTicks = daysToEndOfMonth * Core.ticksADay hoursToEndOfDay = 24 - (Date.hour date) - 1 hourTicks = hoursToEndOfDay * Core.ticksAnHour minutesToEndOfHour = 60 - (Date.minute date) - 1 minuteTicks = minutesToEndOfHour * Core.ticksAMinute secondsToEndOfMinute = 60 - (Date.second date) - 1 secondTicks = secondsToEndOfMinute * Core.ticksASecond millisecondsToEndOfSecond = 1000 - (Date.millisecond date) millisecondTicks = millisecondsToEndOfSecond * Core.ticksAMillisecond -- _ = Debug.log("makeDateTicksNegative element counts") -- ( year, month -- , (Date.day date, daysToEndOfMonth) -- , (Date.hour date, hoursToEndOfDay) -- , (Date.minute date, minutesToEndOfHour) -- , (Date.second date, secondsToEndOfMinute) -- , (Date.millisecond date, millisecondsToEndOfSecond) -- ) -- _ = Debug.log("makeDateTicksNegative ticks") -- ( (yearTicks, yearTicks // Core.ticksADay) -- , (monthTicks, monthTicks // Core.ticksADay), dayTicks -- , hourTicks, minuteTicks, secondTicks, millisecondTicks) in negate (yearTicks + monthTicks + dayTicks + hourTicks + minuteTicks + secondTicks + millisecondTicks) {- Return days to end of year, end of Dec. This does not include days in the starting month given. -} getMonthTicksToEndYear year month = iterateSum Core.nextMonth (monthToTicks year) Jan (Core.nextMonth month) 0 {- Return the ticks for start of year up to unix epoch (1970). Note if our date is in a given year we start counting full years after it. -} getYearTicksTo1970 year = iterateSum ((+)1) yearToTicks 1970 (year + 1) 0 {-| A general iterate for sum accumulator. -} iterateSum : (a -> a) -> (a -> number) -> a -> a -> number -> number iterateSum getNext getValue target current accumulator = if current == target then accumulator else iterateSum getNext getValue target (getNext current) (accumulator + (getValue current)) {-| Return the time zone offset of current javascript environment underneath Elm in Minutes. This should produce the same result getTimezoneOffset() for a given date in the same javascript VM. Time zone offset is always for a given date and time so an input date is required. Given that timezones change (though slowly) this is not strictly pure, but I suspect it is sufficiently pure. Is is dependent on the timezone mechanics of the javascript VM. ### Example zone stuff. For an offset of -600 minutes, in +10:00 time zone offset. In javascript date parsing of "1970-01-01T00:00:00Z" produces a javascript localised date. Converting this date to a string in javascript * toISOString() produces "1970-01-01T00:00:00.000Z" * toLocalString() produces "01/01/1970, 10:00:00" The 10 in hours field due to the +10:00 offset. Thats how the time zone offset can be figured out, by creating the date using makeDateTicks The offset is picked up in Elm using makeDateTicks which creates a UTC date in ticks from the fields pulled from the date we want to compare with. -} getTimezoneOffset : Date -> Int getTimezoneOffset date = let date = {- DO NOT USE `DateUtils.fromString` or `DateUtils.usafeFromString` here. It will cause unbounded recursion and give interesting javascript console errors about functions not existing. -} case (Date.fromString Core.epochDateStr) of Ok aDate -> aDate Err _ -> Debug.crash("Failed to parse unix epoch date something is very wrong.") dateTicks = Core.toTime date newTicks = makeDateTicks date timezoneOffset = (dateTicks - newTicks) // Core.ticksAMinute -- _ = Debug.log("Date.Create getTimezoneOffset") (timezoneOffset) in timezoneOffset

module Date.Create ( makeDateTicks , getTimezoneOffset ) where {-| Create dates and offsets. @docs makeDateTicks @docs getTimezoneOffset Copyright (c) 2016 PI:NAME:<NAME>END_PI -} import Date exposing (Date, Month (..)) import Date.Core as Core {-| Return raw epoch ticks since Unix epoch for given date. Result can be positive or negative. Unix epoch. Thursday, 1 January 1970 at 00:00:00.000 in UTC is 0 ticks. This can be fed to Date.fromTime to create a time, but be careful this function does nothing about time zone offsets so you may not get you would expect. TODO ? not sure should pass in Date as source of the parameters, it is missleading as to whats doing the work this way I think. It also means the date offset has an impact... -} makeDateTicks : Date -> Int makeDateTicks date = let year = Date.year date in if year < 1970 then makeDateTicksNegative date else makeDateTicksPositive date makeDateTicksPositive date = let year = Date.year date month = Date.month date day = Date.day date restTicks = (Date.millisecond date) * Core.ticksAMillisecond + (Date.second date) * Core.ticksASecond + (Date.minute date) * Core.ticksAMinute + (Date.hour date) * Core.ticksAnHour + (day - 1) * Core.ticksADay -- day of month is 1 based yearTicks = getYearTicksFrom1970 year monthTicks = getMonthTicksSinceStartOfYear year month in yearTicks + monthTicks + restTicks {- Return the ticks for start of year since unix epoch (1970). -} getYearTicksFrom1970 year = iterateSum ((+)1) yearToTicks year 1970 0 yearToTicks year = (Core.yearToDayLength year) * Core.ticksADay {- Return days in year upto start of given year and month. -} getMonthTicksSinceStartOfYear : Int -> Month -> Int getMonthTicksSinceStartOfYear year month = iterateSum Core.nextMonth (monthToTicks year) month Jan 0 {- Return ticks in a given year month. -} monthToTicks : Int -> Month -> Int monthToTicks year month = (Core.daysInMonth year month) * Core.ticksADay makeDateTicksNegative date = let year = Date.year date month = Date.month date yearTicks = getYearTicksTo1970 year monthTicks = getMonthTicksToEndYear year month daysToEndOfMonth = (Core.daysInMonth year month) - (Date.day date) dayTicks = daysToEndOfMonth * Core.ticksADay hoursToEndOfDay = 24 - (Date.hour date) - 1 hourTicks = hoursToEndOfDay * Core.ticksAnHour minutesToEndOfHour = 60 - (Date.minute date) - 1 minuteTicks = minutesToEndOfHour * Core.ticksAMinute secondsToEndOfMinute = 60 - (Date.second date) - 1 secondTicks = secondsToEndOfMinute * Core.ticksASecond millisecondsToEndOfSecond = 1000 - (Date.millisecond date) millisecondTicks = millisecondsToEndOfSecond * Core.ticksAMillisecond -- _ = Debug.log("makeDateTicksNegative element counts") -- ( year, month -- , (Date.day date, daysToEndOfMonth) -- , (Date.hour date, hoursToEndOfDay) -- , (Date.minute date, minutesToEndOfHour) -- , (Date.second date, secondsToEndOfMinute) -- , (Date.millisecond date, millisecondsToEndOfSecond) -- ) -- _ = Debug.log("makeDateTicksNegative ticks") -- ( (yearTicks, yearTicks // Core.ticksADay) -- , (monthTicks, monthTicks // Core.ticksADay), dayTicks -- , hourTicks, minuteTicks, secondTicks, millisecondTicks) in negate (yearTicks + monthTicks + dayTicks + hourTicks + minuteTicks + secondTicks + millisecondTicks) {- Return days to end of year, end of Dec. This does not include days in the starting month given. -} getMonthTicksToEndYear year month = iterateSum Core.nextMonth (monthToTicks year) Jan (Core.nextMonth month) 0 {- Return the ticks for start of year up to unix epoch (1970). Note if our date is in a given year we start counting full years after it. -} getYearTicksTo1970 year = iterateSum ((+)1) yearToTicks 1970 (year + 1) 0 {-| A general iterate for sum accumulator. -} iterateSum : (a -> a) -> (a -> number) -> a -> a -> number -> number iterateSum getNext getValue target current accumulator = if current == target then accumulator else iterateSum getNext getValue target (getNext current) (accumulator + (getValue current)) {-| Return the time zone offset of current javascript environment underneath Elm in Minutes. This should produce the same result getTimezoneOffset() for a given date in the same javascript VM. Time zone offset is always for a given date and time so an input date is required. Given that timezones change (though slowly) this is not strictly pure, but I suspect it is sufficiently pure. Is is dependent on the timezone mechanics of the javascript VM. ### Example zone stuff. For an offset of -600 minutes, in +10:00 time zone offset. In javascript date parsing of "1970-01-01T00:00:00Z" produces a javascript localised date. Converting this date to a string in javascript * toISOString() produces "1970-01-01T00:00:00.000Z" * toLocalString() produces "01/01/1970, 10:00:00" The 10 in hours field due to the +10:00 offset. Thats how the time zone offset can be figured out, by creating the date using makeDateTicks The offset is picked up in Elm using makeDateTicks which creates a UTC date in ticks from the fields pulled from the date we want to compare with. -} getTimezoneOffset : Date -> Int getTimezoneOffset date = let date = {- DO NOT USE `DateUtils.fromString` or `DateUtils.usafeFromString` here. It will cause unbounded recursion and give interesting javascript console errors about functions not existing. -} case (Date.fromString Core.epochDateStr) of Ok aDate -> aDate Err _ -> Debug.crash("Failed to parse unix epoch date something is very wrong.") dateTicks = Core.toTime date newTicks = makeDateTicks date timezoneOffset = (dateTicks - newTicks) // Core.ticksAMinute -- _ = Debug.log("Date.Create getTimezoneOffset") (timezoneOffset) in timezoneOffset

elm

oeml-sdk/elm/src/Data/OrderNewSingleRequest.elm

oskaralfons/coinapi-sdk

{- OEML - REST API This section will provide necessary information about the `CoinAPI OEML REST API` protocol. This API is also available in the Postman application: <a href=\"https://postman.coinapi.io/\" target=\"_blank\">https://postman.coinapi.io/</a> The version of the OpenAPI document: v1 Contact: support@coinapi.io NOTE: This file is auto generated by the openapi-generator. https://github.com/openapitools/openapi-generator.git Do not edit this file manually. -} module Data.OrderNewSingleRequest exposing (OrderNewSingleRequest, ExecInst(..), decoder, encode, encodeWithTag, toString) import Data.OrdSide as OrdSide exposing (OrdSide) import Data.OrdType as OrdType exposing (OrdType) import Data.TimeInForce as TimeInForce exposing (TimeInForce) import DateOnly exposing (DateOnly) import Dict exposing (Dict) import Json.Decode as Decode exposing (Decoder) import Json.Decode.Pipeline exposing (optional, required) import Json.Encode as Encode {-| The new order message. -} type alias OrderNewSingleRequest = { exchangeId : String , clientOrderId : String , symbolIdExchange : Maybe (String) , symbolIdCoinapi : Maybe (String) , amountOrder : Float , price : Float , side : OrdSide , orderType : OrdType , timeInForce : TimeInForce , expireTime : Maybe (DateOnly) , execInst : Maybe ((List ExecInst)) } type ExecInst = MAKERORCANCEL | AUCTIONONLY | INDICATIONOFINTEREST decoder : Decoder OrderNewSingleRequest decoder = Decode.succeed OrderNewSingleRequest |> required "exchange_id" Decode.string |> required "client_order_id" Decode.string |> optional "symbol_id_exchange" (Decode.nullable Decode.string) Nothing |> optional "symbol_id_coinapi" (Decode.nullable Decode.string) Nothing |> required "amount_order" Decode.float |> required "price" Decode.float |> required "side" OrdSide.decoder |> required "order_type" OrdType.decoder |> required "time_in_force" TimeInForce.decoder |> optional "expire_time" (Decode.nullable DateOnly.decoder) Nothing |> optional "exec_inst" (Decode.nullable (Decode.list execInstDecoder)) Nothing encode : OrderNewSingleRequest -> Encode.Value encode = Encode.object << encodePairs encodeWithTag : ( String, String ) -> OrderNewSingleRequest -> Encode.Value encodeWithTag (tagField, tag) model = Encode.object <| encodePairs model ++ [ ( tagField, Encode.string tag ) ] encodePairs : OrderNewSingleRequest -> List (String, Encode.Value) encodePairs model = [ ( "exchange_id", Encode.string model.exchangeId ) , ( "client_order_id", Encode.string model.clientOrderId ) , ( "symbol_id_exchange", Maybe.withDefault Encode.null (Maybe.map Encode.string model.symbolIdExchange) ) , ( "symbol_id_coinapi", Maybe.withDefault Encode.null (Maybe.map Encode.string model.symbolIdCoinapi) ) , ( "amount_order", Encode.float model.amountOrder ) , ( "price", Encode.float model.price ) , ( "side", OrdSide.encode model.side ) , ( "order_type", OrdType.encode model.orderType ) , ( "time_in_force", TimeInForce.encode model.timeInForce ) , ( "expire_time", Maybe.withDefault Encode.null (Maybe.map DateOnly.encode model.expireTime) ) , ( "exec_inst", Maybe.withDefault Encode.null (Maybe.map (Encode.list encodeExecInst) model.execInst) ) ] toString : OrderNewSingleRequest -> String toString = Encode.encode 0 << encode execInstDecoder : Decoder ExecInst execInstDecoder = Decode.string |> Decode.andThen (\str -> case str of "MAKER_OR_CANCEL" -> Decode.succeed MAKERORCANCEL "AUCTION_ONLY" -> Decode.succeed AUCTIONONLY "INDICATION_OF_INTEREST" -> Decode.succeed INDICATIONOFINTEREST other -> Decode.fail <| "Unknown type: " ++ other ) encodeExecInst : ExecInst -> Encode.Value encodeExecInst model = case model of MAKERORCANCEL -> Encode.string "MAKER_OR_CANCEL" AUCTIONONLY -> Encode.string "AUCTION_ONLY" INDICATIONOFINTEREST -> Encode.string "INDICATION_OF_INTEREST"

29498

{- OEML - REST API This section will provide necessary information about the `CoinAPI OEML REST API` protocol. This API is also available in the Postman application: <a href=\"https://postman.coinapi.io/\" target=\"_blank\">https://postman.coinapi.io/</a> The version of the OpenAPI document: v1 Contact: <EMAIL> NOTE: This file is auto generated by the openapi-generator. https://github.com/openapitools/openapi-generator.git Do not edit this file manually. -} module Data.OrderNewSingleRequest exposing (OrderNewSingleRequest, ExecInst(..), decoder, encode, encodeWithTag, toString) import Data.OrdSide as OrdSide exposing (OrdSide) import Data.OrdType as OrdType exposing (OrdType) import Data.TimeInForce as TimeInForce exposing (TimeInForce) import DateOnly exposing (DateOnly) import Dict exposing (Dict) import Json.Decode as Decode exposing (Decoder) import Json.Decode.Pipeline exposing (optional, required) import Json.Encode as Encode {-| The new order message. -} type alias OrderNewSingleRequest = { exchangeId : String , clientOrderId : String , symbolIdExchange : Maybe (String) , symbolIdCoinapi : Maybe (String) , amountOrder : Float , price : Float , side : OrdSide , orderType : OrdType , timeInForce : TimeInForce , expireTime : Maybe (DateOnly) , execInst : Maybe ((List ExecInst)) } type ExecInst = MAKERORCANCEL | AUCTIONONLY | INDICATIONOFINTEREST decoder : Decoder OrderNewSingleRequest decoder = Decode.succeed OrderNewSingleRequest |> required "exchange_id" Decode.string |> required "client_order_id" Decode.string |> optional "symbol_id_exchange" (Decode.nullable Decode.string) Nothing |> optional "symbol_id_coinapi" (Decode.nullable Decode.string) Nothing |> required "amount_order" Decode.float |> required "price" Decode.float |> required "side" OrdSide.decoder |> required "order_type" OrdType.decoder |> required "time_in_force" TimeInForce.decoder |> optional "expire_time" (Decode.nullable DateOnly.decoder) Nothing |> optional "exec_inst" (Decode.nullable (Decode.list execInstDecoder)) Nothing encode : OrderNewSingleRequest -> Encode.Value encode = Encode.object << encodePairs encodeWithTag : ( String, String ) -> OrderNewSingleRequest -> Encode.Value encodeWithTag (tagField, tag) model = Encode.object <| encodePairs model ++ [ ( tagField, Encode.string tag ) ] encodePairs : OrderNewSingleRequest -> List (String, Encode.Value) encodePairs model = [ ( "exchange_id", Encode.string model.exchangeId ) , ( "client_order_id", Encode.string model.clientOrderId ) , ( "symbol_id_exchange", Maybe.withDefault Encode.null (Maybe.map Encode.string model.symbolIdExchange) ) , ( "symbol_id_coinapi", Maybe.withDefault Encode.null (Maybe.map Encode.string model.symbolIdCoinapi) ) , ( "amount_order", Encode.float model.amountOrder ) , ( "price", Encode.float model.price ) , ( "side", OrdSide.encode model.side ) , ( "order_type", OrdType.encode model.orderType ) , ( "time_in_force", TimeInForce.encode model.timeInForce ) , ( "expire_time", Maybe.withDefault Encode.null (Maybe.map DateOnly.encode model.expireTime) ) , ( "exec_inst", Maybe.withDefault Encode.null (Maybe.map (Encode.list encodeExecInst) model.execInst) ) ] toString : OrderNewSingleRequest -> String toString = Encode.encode 0 << encode execInstDecoder : Decoder ExecInst execInstDecoder = Decode.string |> Decode.andThen (\str -> case str of "MAKER_OR_CANCEL" -> Decode.succeed MAKERORCANCEL "AUCTION_ONLY" -> Decode.succeed AUCTIONONLY "INDICATION_OF_INTEREST" -> Decode.succeed INDICATIONOFINTEREST other -> Decode.fail <| "Unknown type: " ++ other ) encodeExecInst : ExecInst -> Encode.Value encodeExecInst model = case model of MAKERORCANCEL -> Encode.string "MAKER_OR_CANCEL" AUCTIONONLY -> Encode.string "AUCTION_ONLY" INDICATIONOFINTEREST -> Encode.string "INDICATION_OF_INTEREST"

{- OEML - REST API This section will provide necessary information about the `CoinAPI OEML REST API` protocol. This API is also available in the Postman application: <a href=\"https://postman.coinapi.io/\" target=\"_blank\">https://postman.coinapi.io/</a> The version of the OpenAPI document: v1 Contact: PI:EMAIL:<EMAIL>END_PI NOTE: This file is auto generated by the openapi-generator. https://github.com/openapitools/openapi-generator.git Do not edit this file manually. -} module Data.OrderNewSingleRequest exposing (OrderNewSingleRequest, ExecInst(..), decoder, encode, encodeWithTag, toString) import Data.OrdSide as OrdSide exposing (OrdSide) import Data.OrdType as OrdType exposing (OrdType) import Data.TimeInForce as TimeInForce exposing (TimeInForce) import DateOnly exposing (DateOnly) import Dict exposing (Dict) import Json.Decode as Decode exposing (Decoder) import Json.Decode.Pipeline exposing (optional, required) import Json.Encode as Encode {-| The new order message. -} type alias OrderNewSingleRequest = { exchangeId : String , clientOrderId : String , symbolIdExchange : Maybe (String) , symbolIdCoinapi : Maybe (String) , amountOrder : Float , price : Float , side : OrdSide , orderType : OrdType , timeInForce : TimeInForce , expireTime : Maybe (DateOnly) , execInst : Maybe ((List ExecInst)) } type ExecInst = MAKERORCANCEL | AUCTIONONLY | INDICATIONOFINTEREST decoder : Decoder OrderNewSingleRequest decoder = Decode.succeed OrderNewSingleRequest |> required "exchange_id" Decode.string |> required "client_order_id" Decode.string |> optional "symbol_id_exchange" (Decode.nullable Decode.string) Nothing |> optional "symbol_id_coinapi" (Decode.nullable Decode.string) Nothing |> required "amount_order" Decode.float |> required "price" Decode.float |> required "side" OrdSide.decoder |> required "order_type" OrdType.decoder |> required "time_in_force" TimeInForce.decoder |> optional "expire_time" (Decode.nullable DateOnly.decoder) Nothing |> optional "exec_inst" (Decode.nullable (Decode.list execInstDecoder)) Nothing encode : OrderNewSingleRequest -> Encode.Value encode = Encode.object << encodePairs encodeWithTag : ( String, String ) -> OrderNewSingleRequest -> Encode.Value encodeWithTag (tagField, tag) model = Encode.object <| encodePairs model ++ [ ( tagField, Encode.string tag ) ] encodePairs : OrderNewSingleRequest -> List (String, Encode.Value) encodePairs model = [ ( "exchange_id", Encode.string model.exchangeId ) , ( "client_order_id", Encode.string model.clientOrderId ) , ( "symbol_id_exchange", Maybe.withDefault Encode.null (Maybe.map Encode.string model.symbolIdExchange) ) , ( "symbol_id_coinapi", Maybe.withDefault Encode.null (Maybe.map Encode.string model.symbolIdCoinapi) ) , ( "amount_order", Encode.float model.amountOrder ) , ( "price", Encode.float model.price ) , ( "side", OrdSide.encode model.side ) , ( "order_type", OrdType.encode model.orderType ) , ( "time_in_force", TimeInForce.encode model.timeInForce ) , ( "expire_time", Maybe.withDefault Encode.null (Maybe.map DateOnly.encode model.expireTime) ) , ( "exec_inst", Maybe.withDefault Encode.null (Maybe.map (Encode.list encodeExecInst) model.execInst) ) ] toString : OrderNewSingleRequest -> String toString = Encode.encode 0 << encode execInstDecoder : Decoder ExecInst execInstDecoder = Decode.string |> Decode.andThen (\str -> case str of "MAKER_OR_CANCEL" -> Decode.succeed MAKERORCANCEL "AUCTION_ONLY" -> Decode.succeed AUCTIONONLY "INDICATION_OF_INTEREST" -> Decode.succeed INDICATIONOFINTEREST other -> Decode.fail <| "Unknown type: " ++ other ) encodeExecInst : ExecInst -> Encode.Value encodeExecInst model = case model of MAKERORCANCEL -> Encode.string "MAKER_OR_CANCEL" AUCTIONONLY -> Encode.string "AUCTION_ONLY" INDICATIONOFINTEREST -> Encode.string "INDICATION_OF_INTEREST"

elm

elm/src/View/Users.elm

knewter/time-tracker

module View.Users exposing (view, header) import Model exposing (UsersModel) import Types exposing (User, UserSortableField(..), Sorted(..), UsersListView(..), Paginated) import Msg exposing (Msg(..), UserMsg(..)) import Route exposing (Location(..)) import Html exposing (Html, text, div, a, img, span, h3, ul, li) import Html.Attributes exposing (href, src, style, colspan, class) import Html.Events exposing (onClick) import Material.List as List import Material.Button as Button import Material.Icon as Icon import Material.Table as Table import Material.Card as Card import Material.Elevation as Elevation import Material.Color as Color import Material.Options as Options import Material.Layout as Layout import Material.Textfield as Textfield import Material import Material.Grid exposing (grid, size, cell, Device(..)) import View.Helpers as Helpers import View.Pieces.PaginatedTable as PaginatedTable import Util exposing (onEnter) import RemoteData exposing (RemoteData(..)) view : Material.Model -> UsersModel -> Html Msg view mdl usersModel = let body = case usersModel.usersListView of UsersTable -> usersTable mdl usersModel UsersCards -> usersCards usersModel in div [] [ body ] usersCards : UsersModel -> Html Msg usersCards usersModel = case usersModel.users.current of NotAsked -> text "Initialising..." Loading -> text "Loading..." Failure err -> text <| "There was a problem fetching the users: " ++ toString err Success paginatedUsers -> grid [] <| List.map (\user -> cell [ size All 3 ] [ userCard user ]) paginatedUsers.items userCard : User -> Html Msg userCard user = let userPhotoUrl = "https://api.adorable.io/avatars/400/" ++ user.name ++ ".png" in Card.view [ Options.css "width" "100%" , Options.css "cursor" "pointer" , Options.attribute <| onClick <| NavigateTo <| Maybe.map ShowUser user.id , Elevation.e2 ] [ Card.title [ Options.css "background" ("url('" ++ userPhotoUrl ++ "') center / cover") , Options.css "min-height" "250px" , Options.css "padding" "0" ] [] , Card.text [] [ h3 [] [ text user.name ] , text "Software Zealot" ] ] renderTable : Material.Model -> Maybe ( Sorted, UserSortableField ) -> String -> Paginated User -> Html Msg renderTable mdl sort searchQuery paginatedUsers = Table.table [ Options.css "width" "100%" , Elevation.e2 ] [ Table.thead [] [ Table.th [] [] , Table.th (thOptions UserName sort) [ text "Name" ] , Table.th [] [ text "Position" ] , Table.th [] [ text "Email" ] , Table.th [] [ text "Today" ] , Table.th [] [ text "Last 7 days" ] , Table.th [] [ text "Projects" ] , Table.th [] [ text "Open Tasks" ] , Table.th [] [ Textfield.render Mdl [ 0, 4 ] mdl [ Textfield.label "Search" , Textfield.floatingLabel , Textfield.text' , Textfield.value searchQuery , Textfield.onInput <| UserMsg' << SetUserSearchQuery , onEnter <| UserMsg' <| FetchUsers <| "/users?q=" ++ searchQuery ] ] ] , Table.tbody [] (List.indexedMap (viewUserRow mdl) paginatedUsers.items) , Table.tfoot [] [ Html.td [ colspan 999, class "mdl-data-table__cell--non-numeric" ] [ PaginatedTable.paginationData [ 0, 3 ] (UserMsg' << FetchUsers) mdl paginatedUsers ] ] ] usersTable : Material.Model -> UsersModel -> Html Msg usersTable mdl usersModel = case usersModel.users.current of NotAsked -> text "Initialising..." Loading -> case usersModel.users.previous of Nothing -> text "Loading..." Just previousUsers -> div [ class "loading" ] [ renderTable mdl usersModel.usersSort usersModel.userSearchQuery previousUsers ] Failure err -> case usersModel.users.previous of Nothing -> text <| "There was a problem fetching the users: " ++ toString err Just previousUsers -> div [] [ text <| "There was a problem fetching the users: " ++ toString err , renderTable mdl usersModel.usersSort usersModel.userSearchQuery previousUsers ] Success paginatedUsers -> renderTable mdl usersModel.usersSort usersModel.userSearchQuery paginatedUsers viewUserRow : Material.Model -> Int -> User -> Html Msg viewUserRow mdl index user = let attributes = case user.id of Nothing -> [] Just id -> [ href (Route.urlFor (ShowUser id)) ] in Table.tr [] [ Table.td [] [ img [ src ("https://api.adorable.io/avatars/30/" ++ user.name ++ ".png"), style [ ( "border-radius", "50%" ) ] ] [] ] , Table.td [] [ a attributes [ text user.name ] ] , Table.td [] [ text "Monkey" ] , Table.td [] [ text "monkey@example.com" ] , Table.td [] [ text "3h 28m" ] , Table.td [] [ text "57h 12m" ] , Table.td [] [ text "20" ] , Table.td [] [ text "8" ] , Table.td [] [ editButton mdl index user , deleteButton mdl index user ] ] addUserButton : Material.Model -> Html Msg addUserButton mdl = Button.render Mdl [ 0, 0 ] mdl [ Options.css "position" "fixed" , Options.css "display" "block" , Options.css "right" "0" , Options.css "top" "0" , Options.css "margin-right" "35px" , Options.css "margin-top" "35px" , Options.css "z-index" "900" , Button.fab , Button.colored , Button.ripple , Button.onClick <| NavigateTo <| Just NewUser ] [ Icon.i "add" ] deleteButton : Material.Model -> Int -> User -> Html Msg deleteButton mdl index user = Button.render Mdl [ 0, 1, index ] mdl [ Button.minifab , Button.colored , Button.ripple , Button.onClick <| UserMsg' <| DeleteUser user ] [ Icon.i "delete" ] editButton : Material.Model -> Int -> User -> Html Msg editButton mdl index user = case user.id of Nothing -> text "" Just id -> Button.render Mdl [ 0, 2, index ] mdl [ Button.minifab , Button.colored , Button.ripple , Button.onClick <| NavigateTo <| Just <| EditUser id ] [ Icon.i "edit" ] header : Material.Model -> UsersListView -> List (Html Msg) header mdl usersListView = Helpers.defaultHeaderWithNavigation "Users" [ switchViewButton usersListView mdl , addUserButton mdl ] switchViewButton : UsersListView -> Material.Model -> Html Msg switchViewButton listView mdl = let ( msg, icon ) = case listView of UsersTable -> ( SwitchUsersListView UsersCards, "insert_photo" ) UsersCards -> ( SwitchUsersListView UsersTable, "list" ) in Button.render Mdl [ 0, 3 ] mdl [ Button.icon , Button.ripple , Button.onClick <| UserMsg' msg , Options.css "margin-right" "6rem" ] [ Icon.i icon ] thOptions : UserSortableField -> Maybe ( Sorted, UserSortableField ) -> List (Options.Property (Util.MaterialTableHeader Msg) Msg) thOptions sortableField usersSort = [ Table.onClick <| UserMsg' <| ReorderUsers sortableField , Options.css "cursor" "pointer" ] ++ case usersSort of Nothing -> [] Just ( sorted, sortedField ) -> case sortedField == sortableField of True -> case sorted of Ascending -> [ Table.sorted Table.Ascending ] Descending -> [ Table.sorted Table.Descending ] False -> []

41541

module View.Users exposing (view, header) import Model exposing (UsersModel) import Types exposing (User, UserSortableField(..), Sorted(..), UsersListView(..), Paginated) import Msg exposing (Msg(..), UserMsg(..)) import Route exposing (Location(..)) import Html exposing (Html, text, div, a, img, span, h3, ul, li) import Html.Attributes exposing (href, src, style, colspan, class) import Html.Events exposing (onClick) import Material.List as List import Material.Button as Button import Material.Icon as Icon import Material.Table as Table import Material.Card as Card import Material.Elevation as Elevation import Material.Color as Color import Material.Options as Options import Material.Layout as Layout import Material.Textfield as Textfield import Material import Material.Grid exposing (grid, size, cell, Device(..)) import View.Helpers as Helpers import View.Pieces.PaginatedTable as PaginatedTable import Util exposing (onEnter) import RemoteData exposing (RemoteData(..)) view : Material.Model -> UsersModel -> Html Msg view mdl usersModel = let body = case usersModel.usersListView of UsersTable -> usersTable mdl usersModel UsersCards -> usersCards usersModel in div [] [ body ] usersCards : UsersModel -> Html Msg usersCards usersModel = case usersModel.users.current of NotAsked -> text "Initialising..." Loading -> text "Loading..." Failure err -> text <| "There was a problem fetching the users: " ++ toString err Success paginatedUsers -> grid [] <| List.map (\user -> cell [ size All 3 ] [ userCard user ]) paginatedUsers.items userCard : User -> Html Msg userCard user = let userPhotoUrl = "https://api.adorable.io/avatars/400/" ++ user.name ++ ".png" in Card.view [ Options.css "width" "100%" , Options.css "cursor" "pointer" , Options.attribute <| onClick <| NavigateTo <| Maybe.map ShowUser user.id , Elevation.e2 ] [ Card.title [ Options.css "background" ("url('" ++ userPhotoUrl ++ "') center / cover") , Options.css "min-height" "250px" , Options.css "padding" "0" ] [] , Card.text [] [ h3 [] [ text user.name ] , text "Software Zealot" ] ] renderTable : Material.Model -> Maybe ( Sorted, UserSortableField ) -> String -> Paginated User -> Html Msg renderTable mdl sort searchQuery paginatedUsers = Table.table [ Options.css "width" "100%" , Elevation.e2 ] [ Table.thead [] [ Table.th [] [] , Table.th (thOptions UserName sort) [ text "Name" ] , Table.th [] [ text "Position" ] , Table.th [] [ text "Email" ] , Table.th [] [ text "Today" ] , Table.th [] [ text "Last 7 days" ] , Table.th [] [ text "Projects" ] , Table.th [] [ text "Open Tasks" ] , Table.th [] [ Textfield.render Mdl [ 0, 4 ] mdl [ Textfield.label "Search" , Textfield.floatingLabel , Textfield.text' , Textfield.value searchQuery , Textfield.onInput <| UserMsg' << SetUserSearchQuery , onEnter <| UserMsg' <| FetchUsers <| "/users?q=" ++ searchQuery ] ] ] , Table.tbody [] (List.indexedMap (viewUserRow mdl) paginatedUsers.items) , Table.tfoot [] [ Html.td [ colspan 999, class "mdl-data-table__cell--non-numeric" ] [ PaginatedTable.paginationData [ 0, 3 ] (UserMsg' << FetchUsers) mdl paginatedUsers ] ] ] usersTable : Material.Model -> UsersModel -> Html Msg usersTable mdl usersModel = case usersModel.users.current of NotAsked -> text "Initialising..." Loading -> case usersModel.users.previous of Nothing -> text "Loading..." Just previousUsers -> div [ class "loading" ] [ renderTable mdl usersModel.usersSort usersModel.userSearchQuery previousUsers ] Failure err -> case usersModel.users.previous of Nothing -> text <| "There was a problem fetching the users: " ++ toString err Just previousUsers -> div [] [ text <| "There was a problem fetching the users: " ++ toString err , renderTable mdl usersModel.usersSort usersModel.userSearchQuery previousUsers ] Success paginatedUsers -> renderTable mdl usersModel.usersSort usersModel.userSearchQuery paginatedUsers viewUserRow : Material.Model -> Int -> User -> Html Msg viewUserRow mdl index user = let attributes = case user.id of Nothing -> [] Just id -> [ href (Route.urlFor (ShowUser id)) ] in Table.tr [] [ Table.td [] [ img [ src ("https://api.adorable.io/avatars/30/" ++ user.name ++ ".png"), style [ ( "border-radius", "50%" ) ] ] [] ] , Table.td [] [ a attributes [ text user.name ] ] , Table.td [] [ text "<NAME>" ] , Table.td [] [ text "<EMAIL>" ] , Table.td [] [ text "3h 28m" ] , Table.td [] [ text "57h 12m" ] , Table.td [] [ text "20" ] , Table.td [] [ text "8" ] , Table.td [] [ editButton mdl index user , deleteButton mdl index user ] ] addUserButton : Material.Model -> Html Msg addUserButton mdl = Button.render Mdl [ 0, 0 ] mdl [ Options.css "position" "fixed" , Options.css "display" "block" , Options.css "right" "0" , Options.css "top" "0" , Options.css "margin-right" "35px" , Options.css "margin-top" "35px" , Options.css "z-index" "900" , Button.fab , Button.colored , Button.ripple , Button.onClick <| NavigateTo <| Just NewUser ] [ Icon.i "add" ] deleteButton : Material.Model -> Int -> User -> Html Msg deleteButton mdl index user = Button.render Mdl [ 0, 1, index ] mdl [ Button.minifab , Button.colored , Button.ripple , Button.onClick <| UserMsg' <| DeleteUser user ] [ Icon.i "delete" ] editButton : Material.Model -> Int -> User -> Html Msg editButton mdl index user = case user.id of Nothing -> text "" Just id -> Button.render Mdl [ 0, 2, index ] mdl [ Button.minifab , Button.colored , Button.ripple , Button.onClick <| NavigateTo <| Just <| EditUser id ] [ Icon.i "edit" ] header : Material.Model -> UsersListView -> List (Html Msg) header mdl usersListView = Helpers.defaultHeaderWithNavigation "Users" [ switchViewButton usersListView mdl , addUserButton mdl ] switchViewButton : UsersListView -> Material.Model -> Html Msg switchViewButton listView mdl = let ( msg, icon ) = case listView of UsersTable -> ( SwitchUsersListView UsersCards, "insert_photo" ) UsersCards -> ( SwitchUsersListView UsersTable, "list" ) in Button.render Mdl [ 0, 3 ] mdl [ Button.icon , Button.ripple , Button.onClick <| UserMsg' msg , Options.css "margin-right" "6rem" ] [ Icon.i icon ] thOptions : UserSortableField -> Maybe ( Sorted, UserSortableField ) -> List (Options.Property (Util.MaterialTableHeader Msg) Msg) thOptions sortableField usersSort = [ Table.onClick <| UserMsg' <| ReorderUsers sortableField , Options.css "cursor" "pointer" ] ++ case usersSort of Nothing -> [] Just ( sorted, sortedField ) -> case sortedField == sortableField of True -> case sorted of Ascending -> [ Table.sorted Table.Ascending ] Descending -> [ Table.sorted Table.Descending ] False -> []

module View.Users exposing (view, header) import Model exposing (UsersModel) import Types exposing (User, UserSortableField(..), Sorted(..), UsersListView(..), Paginated) import Msg exposing (Msg(..), UserMsg(..)) import Route exposing (Location(..)) import Html exposing (Html, text, div, a, img, span, h3, ul, li) import Html.Attributes exposing (href, src, style, colspan, class) import Html.Events exposing (onClick) import Material.List as List import Material.Button as Button import Material.Icon as Icon import Material.Table as Table import Material.Card as Card import Material.Elevation as Elevation import Material.Color as Color import Material.Options as Options import Material.Layout as Layout import Material.Textfield as Textfield import Material import Material.Grid exposing (grid, size, cell, Device(..)) import View.Helpers as Helpers import View.Pieces.PaginatedTable as PaginatedTable import Util exposing (onEnter) import RemoteData exposing (RemoteData(..)) view : Material.Model -> UsersModel -> Html Msg view mdl usersModel = let body = case usersModel.usersListView of UsersTable -> usersTable mdl usersModel UsersCards -> usersCards usersModel in div [] [ body ] usersCards : UsersModel -> Html Msg usersCards usersModel = case usersModel.users.current of NotAsked -> text "Initialising..." Loading -> text "Loading..." Failure err -> text <| "There was a problem fetching the users: " ++ toString err Success paginatedUsers -> grid [] <| List.map (\user -> cell [ size All 3 ] [ userCard user ]) paginatedUsers.items userCard : User -> Html Msg userCard user = let userPhotoUrl = "https://api.adorable.io/avatars/400/" ++ user.name ++ ".png" in Card.view [ Options.css "width" "100%" , Options.css "cursor" "pointer" , Options.attribute <| onClick <| NavigateTo <| Maybe.map ShowUser user.id , Elevation.e2 ] [ Card.title [ Options.css "background" ("url('" ++ userPhotoUrl ++ "') center / cover") , Options.css "min-height" "250px" , Options.css "padding" "0" ] [] , Card.text [] [ h3 [] [ text user.name ] , text "Software Zealot" ] ] renderTable : Material.Model -> Maybe ( Sorted, UserSortableField ) -> String -> Paginated User -> Html Msg renderTable mdl sort searchQuery paginatedUsers = Table.table [ Options.css "width" "100%" , Elevation.e2 ] [ Table.thead [] [ Table.th [] [] , Table.th (thOptions UserName sort) [ text "Name" ] , Table.th [] [ text "Position" ] , Table.th [] [ text "Email" ] , Table.th [] [ text "Today" ] , Table.th [] [ text "Last 7 days" ] , Table.th [] [ text "Projects" ] , Table.th [] [ text "Open Tasks" ] , Table.th [] [ Textfield.render Mdl [ 0, 4 ] mdl [ Textfield.label "Search" , Textfield.floatingLabel , Textfield.text' , Textfield.value searchQuery , Textfield.onInput <| UserMsg' << SetUserSearchQuery , onEnter <| UserMsg' <| FetchUsers <| "/users?q=" ++ searchQuery ] ] ] , Table.tbody [] (List.indexedMap (viewUserRow mdl) paginatedUsers.items) , Table.tfoot [] [ Html.td [ colspan 999, class "mdl-data-table__cell--non-numeric" ] [ PaginatedTable.paginationData [ 0, 3 ] (UserMsg' << FetchUsers) mdl paginatedUsers ] ] ] usersTable : Material.Model -> UsersModel -> Html Msg usersTable mdl usersModel = case usersModel.users.current of NotAsked -> text "Initialising..." Loading -> case usersModel.users.previous of Nothing -> text "Loading..." Just previousUsers -> div [ class "loading" ] [ renderTable mdl usersModel.usersSort usersModel.userSearchQuery previousUsers ] Failure err -> case usersModel.users.previous of Nothing -> text <| "There was a problem fetching the users: " ++ toString err Just previousUsers -> div [] [ text <| "There was a problem fetching the users: " ++ toString err , renderTable mdl usersModel.usersSort usersModel.userSearchQuery previousUsers ] Success paginatedUsers -> renderTable mdl usersModel.usersSort usersModel.userSearchQuery paginatedUsers viewUserRow : Material.Model -> Int -> User -> Html Msg viewUserRow mdl index user = let attributes = case user.id of Nothing -> [] Just id -> [ href (Route.urlFor (ShowUser id)) ] in Table.tr [] [ Table.td [] [ img [ src ("https://api.adorable.io/avatars/30/" ++ user.name ++ ".png"), style [ ( "border-radius", "50%" ) ] ] [] ] , Table.td [] [ a attributes [ text user.name ] ] , Table.td [] [ text "PI:NAME:<NAME>END_PI" ] , Table.td [] [ text "PI:EMAIL:<EMAIL>END_PI" ] , Table.td [] [ text "3h 28m" ] , Table.td [] [ text "57h 12m" ] , Table.td [] [ text "20" ] , Table.td [] [ text "8" ] , Table.td [] [ editButton mdl index user , deleteButton mdl index user ] ] addUserButton : Material.Model -> Html Msg addUserButton mdl = Button.render Mdl [ 0, 0 ] mdl [ Options.css "position" "fixed" , Options.css "display" "block" , Options.css "right" "0" , Options.css "top" "0" , Options.css "margin-right" "35px" , Options.css "margin-top" "35px" , Options.css "z-index" "900" , Button.fab , Button.colored , Button.ripple , Button.onClick <| NavigateTo <| Just NewUser ] [ Icon.i "add" ] deleteButton : Material.Model -> Int -> User -> Html Msg deleteButton mdl index user = Button.render Mdl [ 0, 1, index ] mdl [ Button.minifab , Button.colored , Button.ripple , Button.onClick <| UserMsg' <| DeleteUser user ] [ Icon.i "delete" ] editButton : Material.Model -> Int -> User -> Html Msg editButton mdl index user = case user.id of Nothing -> text "" Just id -> Button.render Mdl [ 0, 2, index ] mdl [ Button.minifab , Button.colored , Button.ripple , Button.onClick <| NavigateTo <| Just <| EditUser id ] [ Icon.i "edit" ] header : Material.Model -> UsersListView -> List (Html Msg) header mdl usersListView = Helpers.defaultHeaderWithNavigation "Users" [ switchViewButton usersListView mdl , addUserButton mdl ] switchViewButton : UsersListView -> Material.Model -> Html Msg switchViewButton listView mdl = let ( msg, icon ) = case listView of UsersTable -> ( SwitchUsersListView UsersCards, "insert_photo" ) UsersCards -> ( SwitchUsersListView UsersTable, "list" ) in Button.render Mdl [ 0, 3 ] mdl [ Button.icon , Button.ripple , Button.onClick <| UserMsg' msg , Options.css "margin-right" "6rem" ] [ Icon.i icon ] thOptions : UserSortableField -> Maybe ( Sorted, UserSortableField ) -> List (Options.Property (Util.MaterialTableHeader Msg) Msg) thOptions sortableField usersSort = [ Table.onClick <| UserMsg' <| ReorderUsers sortableField , Options.css "cursor" "pointer" ] ++ case usersSort of Nothing -> [] Just ( sorted, sortedField ) -> case sortedField == sortableField of True -> case sorted of Ascending -> [ Table.sorted Table.Ascending ] Descending -> [ Table.sorted Table.Descending ] False -> []

elm

src/Scaffold/Resource.elm

williamwhitacre/scaffold

{-- Copyright (c) 2016, William Whitacre All rights reserved. Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: 1. Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer. 2. Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution. 3. Neither the name of the copyright holder nor the names of its contributors may be used to endorse or promote products derived from this software without specific prior written permission. THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. --} module Scaffold.Resource (Resource, ResourceTask, UserTask, ResourceRef, ResourcePath, userTask, deltaTask, toProgramTask, defResource, forbiddenResource, pendingResource, undecidedResource, unknownResource, voidResource, operationResource, groupResource, maybeOr, resultOr, assumeIf, assumeIfNot, assumeIfNow, assumeInCase, assumeInCaseNow, dispatchIf, dispatchIfNot, dispatchInCase, dispatchInCaseNow, deriveIf, deriveIfNow, decideBy, maybeKnownNow, otherwise, therefore, therefore', comprehend, comprehend', interpret, interpret', within, throughout, throughoutNow, flatten, flattenDict, collapse, routeTo, catchError, isUnknown, isNotUnknown, isPending, isNotPending, isUndecided, isNotUndecided, isForbidden, isNotForbidden, isVoid, isNotVoid, isNil, isNotNil, isKnown, isNotKnown, isOperation, isNotOperation, isGroup, isNotGroup, prefixPath, atPath, putPath, getPath, deletePath, writePath, movePath, copyPath, chooseLeft, chooseRight, chooseVoid, chooseNeither, merge, mergeMany, update, updateList, update', updateList', dispatch, integrate, deltaTo, deltaOf, toProgram) where {-| Resource system. # Types @docs Resource, ResourceTask, ResourceRef, ResourcePath, UserTask # Define Resources @docs defResource, forbiddenResource, pendingResource, undecidedResource, unknownResource, voidResource, operationResource, groupResource # Interpret `Maybe` or `Result` as Resources @docs maybeOr, resultOr # Conditional Assumptions @docs assumeIf, assumeIfNot, assumeIfNow, assumeInCase, assumeInCaseNow # Conditional Derivations `deriveIf` and `deriveIfNow` are given as more flexible and readable versions of `assumeInCase` and `assumeInCaseNow`. Neither muddies the waters with the Maybe type, and the transformation can be any `Resource euser v -> Resource euser v`, which makes these highly nestable by comparison to their respective older counterparts. @docs deriveIf, deriveIfNow # Resource Output @docs otherwise, maybeKnownNow # Bulk Operations @docs decideBy, flatten, flattenDict, collapse, throughout, throughoutNow, therefore, therefore', within # Handling `UserTask` and `ResourceTask` @docs userTask, deltaTask, toProgramTask, comprehend, comprehend', interpret, interpret', routeTo, catchError # Conditional Operations @docs dispatchIf, dispatchIfNot, dispatchInCase, dispatchInCaseNow # Resource Introspection Predicates @docs isUnknown, isNotUnknown, isPending, isNotPending, isUndecided, isNotUndecided, isForbidden, isNotForbidden, isVoid, isNotVoid, isNil, isNotNil, isKnown, isNotKnown, isOperation, isNotOperation, isGroup, isNotGroup # Manipulate and Use `ResourcePath` @docs prefixPath, atPath, putPath, getPath, deletePath, writePath, movePath, copyPath # Built-in Conflict Operators For use with `merge` and `mergeMany`. @docs chooseLeft, chooseRight, chooseVoid, chooseNeither # Merge Resource Groups @docs merge, mergeMany # Update Resources @docs update, updateList, update', updateList', dispatch, integrate, deltaTo, deltaOf # Program Resources @docs toProgram -} -- TODO: determine cause of the path reversal strangeness in the example. import Scaffold.App exposing (..) import Scaffold.Error as Error import Signal import Task exposing (Task, andThen, onError) import Trampoline exposing (Trampoline) import Dict exposing (Dict) import Set exposing (Set) import Lazy.List exposing (LazyList, (+++)) {-| This is a Task which represents some kind of synchronization with optask data. It can also easily be used for long running arbitrary computations, too. It produces a Gigan Error or a Resource. -} type alias ResourceTask euser v = Task (ResourcePath, Error.Error euser) (ResourceRef euser v) {-| This task simplifies routing out for the user. -} type alias UserTask euser v = Task (Error.Error euser) (Resource euser v) {-| A reference to a resource, including it's path. -} type alias ResourceRef euser v = { path : ResourcePath, resource : Resource euser v } {-| Used as the resource path type. -} type alias ResourcePath = List String type alias GroupStruct_ euser v = { curr : Dict String (Resource euser v) , chgs : Dict String (Resource euser v) } groupStructMap_ f stct = { stct | chgs = groupStructMapped_ f stct } groupStructKeyMap_ f stct = { stct | chgs = groupStructKeyMapped_ f stct } groupStructMapped_ f stct = groupStructKeyMapped_ (always f) stct groupStructKeyMapped_ f stct = let curr' = groupStructChanged_ stct |> .curr in Dict.map f curr' groupStructChanged_ stct = { curr = Dict.foldl (\key value -> case value of Unknown -> Dict.remove key Group stct -> Dict.insert key (groupStructChanged_ stct |> Group) _ -> Dict.insert key value) stct.curr stct.chgs , chgs = Dict.empty } groupStructMapChange_ f stct = groupStructChanged_ { stct | chgs = Dict.map (always f) stct.chgs } groupStructFoldHelper_ foldf f data stct = foldf f data (groupStructChanged_ stct |> .curr) groupStructFoldl_ f data stct = groupStructFoldHelper_ Dict.foldl f data stct groupStructFoldr_ f data stct = groupStructFoldHelper_ Dict.foldr f data stct groupGet_ key stct = Maybe.oneOf [Dict.get key stct.chgs, Dict.get key stct.curr] |> Maybe.withDefault Unknown groupPut_ key value stct = { stct | chgs = Dict.insert key value stct.chgs } groupUpdate_ key op stct = groupGet_ key stct |> \value -> groupPut_ key (op value) stct groupNew_ = { curr = Dict.empty , chgs = Dict.empty } {-| A resource item. -} type Resource euser v = Unknown | Pending -- No such datum exists. | Void -- Gives reason as to why this data are still unknown after a retrieval attempt. If a resource -- enters in to this state, it's time to intervene, whether automatically or with the aid of user -- feedback of some kind. | Undecided (Error.Error euser) -- This is what is done if the result from the optask operation for the data is an error explaining why -- access to the data was denied. | Forbidden (Error.Error euser) -- If a resource is an Operation, then any primitives not suffixed with Now will result in an operation | Operation (ResourceTask euser v) -- known value of type v. | Known v -- known to be a collection of string keyed v things. | Group (GroupStruct_ euser v) {-| True if the resource is unknownResource. -} isUnknown : Resource euser v -> Bool isUnknown res = case res of Unknown -> True _ -> False {-| False if the resource is unknownResource. -} isNotUnknown : Resource euser v -> Bool isNotUnknown = isUnknown >> not {-| True if the resource is pendingResource. -} isPending : Resource euser v -> Bool isPending res = case res of Pending -> True _ -> False {-| False if the resource is pendingResource. -} isNotPending : Resource euser v -> Bool isNotPending = isPending >> not {-| True if the resource is voidResource. -} isVoid : Resource euser v -> Bool isVoid res = case res of Void -> True _ -> False {-| False if the resource is voidResource. -} isNotVoid : Resource euser v -> Bool isNotVoid = isVoid >> not {-| True if the resource is unknownResource or voidResource. -} isNil : Resource euser v -> Bool isNil res = case res of Unknown -> True Void -> True _ -> False {-| False if the resource is unknownResource or voidResource. -} isNotNil : Resource euser v -> Bool isNotNil = isNil >> not {-| True if the resource is undecidedResource. -} isUndecided : Resource euser v -> Bool isUndecided res = case res of Undecided _ -> True _ -> False {-| False if the resource is undecidedResource. -} isNotUndecided : Resource euser v -> Bool isNotUndecided = isUndecided >> not {-| True if the resource is forbiddenResource. -} isForbidden : Resource euser v -> Bool isForbidden res = case res of Forbidden _ -> True _ -> False {-| False if the resource is forbiddenResource. -} isNotForbidden : Resource euser v -> Bool isNotForbidden = isForbidden >> not {-| True if the resource is a pending operation. -} isOperation : Resource euser v -> Bool isOperation res = case res of Operation _ -> True _ -> False {-| False if the resource is a pending operation. -} isNotOperation : Resource euser v -> Bool isNotOperation = isOperation >> not {-| True if the resource is known. -} isKnown : Resource euser v -> Bool isKnown res = case res of Known _ -> True _ -> False {-| False if the resource is known. -} isNotKnown : Resource euser v -> Bool isNotKnown = isKnown >> not {-| True if the resource is unknownResource. -} isGroup : Resource euser v -> Bool isGroup res = case res of Group stct -> True _ -> False {-| False if the resource is unknownResource. -} isNotGroup : Resource euser v -> Bool isNotGroup = isGroup >> not {-| Create a task which will route the resulting resource to the given path. -} userTask : UserTask euser v -> ResourceTask euser v userTask usertask = usertask `andThen` (\res -> Task.succeed { resource = res, path = [ ] }) `onError` (\err' -> Task.fail ([ ], err')) {-| Transform a `ResourceTask` back in to a `UserTask`, which will produce a nested `Resource` finger reflecting the final path output of the given `ResourceTask`. This output resource can be treated just like a delta using the `Resource.merge` and `Resource.mergeMany` functions to inject it in to the working set. -} deltaTask : ResourceTask euser v -> UserTask euser v deltaTask optask = optask `andThen` (\{resource, path} -> prefixPath path resource |> Task.succeed) `onError` (\(path', err') -> undecidedResource err' |> prefixPath path' |> Task.succeed) {-| Convert a `UserTask euser v` in to an `App.ProgramTask bad a` -} toProgramTask : (Error.Error euser -> List a) -> (Resource euser v -> List a) -> UserTask euser v -> ProgramTask bad a toProgramTask errorActions resourceActions = agent (resourceActions >> agentSuccess) (errorActions >> agentSuccess) {-| The equivalent of therefore for ResourceTasks. This allows you to map fetched data to multiple models with ease, as long as operations which should effect all of the models are all sunk in to ResourceTasks producing the base model's type. -} comprehend : (v -> v') -> ResourceTask euser v -> ResourceTask euser v' comprehend xdcr optask = optask `andThen` (\ref -> { ref | resource = therefore xdcr ref.resource } |> Task.succeed) {-| Like `comprehend`, but accounts for the path of the leaves effected by the transformation by using `therefore'` on the result of the task. This prepends the reference path of the resource task, such that global context for the resource's location is available if desired. Note that you may specify a prefix path to the existing one to provide additional context in large resource group structures. -} comprehend' : (ResourcePath -> v -> v') -> ResourceTask euser v -> ResourceTask euser v' comprehend' xdcr optask = optask `andThen` (\ref -> { ref | resource = therefore' xdcr ref.path ref.resource } |> Task.succeed) -- adapter for therefore implementation comprehendImpl_r : (ResourcePath -> v -> v') -> ResourcePath -> ResourceTask euser v -> ResourceTask euser v' comprehendImpl_r rxdcr rpath optask = optask `andThen` (\ref -> { ref | resource = thereforeImpl_r rxdcr (List.reverse ref.path ++ rpath) ref.resource } |> Task.succeed) {-| Interpret the given `ResourceTask`'s resource output by a given transform function. NOTE that this can be literally any function whose signature ends in `ResourceTask euser v -> ResourceTask euser v'`, which is of course inclusive of `ResourceTask euser v -> ResourceTask euser v'` in the case that `v` is the same type as `v'`. -} interpret : (Resource euser v -> Resource euser v') -> ResourceTask euser v -> ResourceTask euser v' interpret f optask = optask `andThen` (\ref -> { ref | resource = f ref.resource } |> Task.succeed) {-| Like `interpret`, but the prefix path of the resource is passed to the given function, and the user can optionally specify their own prefix path. `interpret'` is to `interpret` what `comprehend'` is to `comprehend`. -} interpret' : (ResourcePath -> Resource euser v -> Resource euser v') -> ResourcePath -> ResourceTask euser v -> ResourceTask euser v' interpret' f prepath optask = optask `andThen` (\ref -> { ref | resource = f (prepath ++ ref.path) ref.resource } |> Task.succeed) {-| Route the results of a given `ResourceTask` to a given `ResourcePath`. -} routeTo : ResourcePath -> ResourceTask euser v -> ResourceTask euser v routeTo path' optask = optask `andThen` (\ref -> { ref | path = path' } |> Task.succeed) {-| Provide a decider that turns an error of type `Error.Error euser` in to a resource of `Resource euser v`. -} catchError : (Error.Error euser -> Resource euser v) -> ResourceTask euser v -> ResourceTask euser v catchError decider optask = optask `onError` (\(path', err') -> Task.succeed { path = path', resource = decider err' }) {-| Collapses a resource tree made of group resources in to a single resource of the same type. -} collapse : (List (ResourcePath, Resource euser v) -> Resource euser v) -> Resource euser v -> Resource euser v collapse f res = collapse_ f [] res collapse_ : (List (ResourcePath, Resource euser v) -> Resource euser v) -> ResourcePath -> Resource euser v -> Resource euser v collapse_ frecurse rpath res = let cfold key res ls = (List.reverse rpath, collapse_ frecurse (key :: rpath) res) :: ls in case res of Group stct -> groupStructFoldr_ cfold [] stct |> frecurse _ -> res {-| Flatten the given resource if it is a group to a resource of the same type. Note that unlike `collapse`, this function does not recursively collapse the entire tree automatically. This grants a greater degree of flexibility. -} flatten : (List (String, Resource euser v) -> Resource euser v) -> Resource euser v -> Resource euser v flatten fgrp res = let cfold key res ls = (key, res) :: ls in case res of Group stct -> groupStructFoldr_ cfold [] stct |> fgrp _ -> res {-| Variant of `flatten` whose argument function takes a dictionary instead of a list of pairs. -} flattenDict : (Dict String (Resource euser v) -> Resource euser v) -> Resource euser v -> Resource euser v flattenDict fgrp res = case res of Group stct -> stct |> groupStructChanged_ |> .curr |> fgrp _ -> res {-| Use the given function to transform all leaf resources throughout a group structure. This applies to the result of any pending resource operations. -} throughout : (Resource euser v -> Resource euser v) -> Resource euser v -> Resource euser v throughout f res = case res of Group stct -> groupStructMap_ (throughout f) stct |> Group Operation optask -> Operation (interpret (throughout f) optask) _ -> f res {-| Use the given function to transform all leaf resources throughout a group structure. This version applies the transformation function now, even if the resource is a pending operation. This should be used in contexts where we are rendering some resulting view of the resources most of the time. -} throughoutNow : (Resource euser v -> Resource euser v) -> Resource euser v -> Resource euser v throughoutNow f res = case res of Group stct -> groupStructMap_ (throughout f) stct |> Group _ -> f res {-| Given a resource of value type v, create a resource of value type v' by transforming the known value or group using some function (v -> v'). NOTE that this will create an entirely new resouce structure, and thus any pending changes will be integrated immediately. If you wish to preserve deltas for the purpose of mirroring and efficient data flow, then one should be using deltaTo in order to transform just the changes. -} therefore : (v -> v') -> Resource euser v -> Resource euser v' therefore xdcr = thereforeImpl_r (always xdcr) [ ] {-| `therefore`, but which includes the current path as the first argument. -} therefore' : (ResourcePath -> v -> v') -> ResourcePath -> Resource euser v -> Resource euser v' therefore' xdcr path = thereforeImpl_r (List.reverse >> xdcr) (List.reverse path) -- The implementation deals with reversed paths. This is because during path construction, it is -- obviously more efficient to push path elements to the head of a list. The given reversed path -- transducer reverses said path, yielding the path itself, and does so once per concrete leaf in -- the resource group tree structure. This would only result in poor runtime performance in practice -- in the unlikely case that we have very large deltas which further consist of very deep trees. -- Since this scenario is highly unlikely and can easily be avoided by design from an engineering -- standpoint, that theoretical weakness does not have a substantial concrete cost. thereforeImpl_r : (ResourcePath -> v -> v') -> ResourcePath -> Resource euser v -> Resource euser v' thereforeImpl_r rxdcr rpath res = let stepIn_ key = thereforeImpl_r rxdcr (key :: rpath) in case res of Unknown -> Unknown Pending -> Pending Void -> Void Undecided err' -> Undecided err' Forbidden err' -> Forbidden err' Known x' -> Known (rxdcr rpath x') Operation optask -> Operation (comprehendImpl_r rxdcr rpath optask) Group stct -> { curr = Dict.empty, chgs = groupStructKeyMapped_ stepIn_ stct } |> Group {-| DEPRECIATED version of therefore, not supporting type transformation. NOTE : removed in version 5. -} within : (sub -> sub) -> Resource euser sub -> Resource euser sub within = therefore {-| Manipulate an item at the given path, or else do nothing if the path does not exist. -} atPath : (Resource euser v -> Resource euser v) -> ResourcePath -> Resource euser v -> Resource euser v atPath operation path res = case path of [ ] -> operation res element :: path' -> case res of Group stct -> groupUpdate_ element (atPath operation path') stct |> Group _ -> res {-| Delete the item at the given path. This equivalency holds: atPath (always unknownResource) path res == deletePath path res -} deletePath : ResourcePath -> Resource euser v -> Resource euser v deletePath = atPath (always Unknown) {-| Put a resource in to a group resource at the given path. In the case that something is already there, use the `choice` function to determine which should be used. See the `choose*` family for some built-in functions. -} putPath : (Resource euser v -> Resource euser v -> Resource euser v) -> ResourcePath -> Resource euser v -> Resource euser v -> Resource euser v putPath choice path res' res = prefixPath path res' |> \res'' -> merge choice res'' res {-| Equivalent to `putPath chooseLeft`, this is a simple write which will always blindly overwrite the current resource at the given path. -} writePath : ResourcePath -> Resource euser v -> Resource euser v -> Resource euser v writePath = putPath chooseLeft {-| Move the resource at a given path `path` in the resource group structure to a target path `path'`. -} movePath : (Resource euser v -> Resource euser v -> Resource euser v) -> ResourcePath -> ResourcePath -> Resource euser v -> Resource euser v movePath = cpPathImpl_ True {-| Copy the resource at a given path `path` in the resource group structure to a target path `path'`. -} copyPath : (Resource euser v -> Resource euser v -> Resource euser v) -> ResourcePath -> ResourcePath -> Resource euser v -> Resource euser v copyPath = cpPathImpl_ False cpPathImpl_ : Bool -> (Resource euser v -> Resource euser v -> Resource euser v) -> ResourcePath -> ResourcePath -> Resource euser v -> Resource euser v cpPathImpl_ bDoMove choice path path' res = if path /= path' then putPath choice path' (getPath path res) res |> \res'' -> if bDoMove then putPath chooseLeft path Unknown res'' else res'' else res {-| Collision handler for nested Resources that always chooses the left hand side. -} chooseLeft : Resource euser v -> Resource euser v -> Resource euser v chooseLeft x _ = x {-| Collision handler for nested Resources that always chooses the right hand side. -} chooseRight : Resource euser v -> Resource euser v -> Resource euser v chooseRight _ x = x {-| Collision handler for nested Resources that voids collision keys. -} chooseVoid : Resource euser v -> Resource euser v -> Resource euser v chooseVoid _ _ = Void {-| Collision handler that removes collision keys entirely. -} chooseNeither : Resource euser v -> Resource euser v -> Resource euser v chooseNeither _ _ = Unknown {-| Create a path before the given resource. This has the effect of prefixing whatever is there whether concrete or a group with the given path. Thus, creating a resource path ["foo", "bar"] and another at ["foo", "baz"] would result in two resources that can be merged without conflicts guaranteed because their contents are in the `foo -> bar -> ...` and `foo -> baz -> ...` subtries respectively. -} prefixPath : ResourcePath -> Resource euser v -> Resource euser v prefixPath path res = List.foldr (\element res' -> Group (groupPut_ element res' groupNew_)) res path {-| Merge can be used to assemble path fingers or existing group structures arbitrarily. A common usage would be to put many different resources at their own prefix paths, then merge them all by folding on this if your data structure is odd, otherwise use mergeMany if you are already working with a list. This takes a choice function that determines the outcome of two different resources existing at the same path, _at least one of which is concrete and not a group_. Groups merge automatically with eachother. -} merge : (Resource euser v -> Resource euser v -> Resource euser v) -> Resource euser v -> Resource euser v -> Resource euser v merge choice left' right' = -- right' is the current group, left' is what's being merged in. case (left', right') of (Group lhs, Group rhs) -> Dict.foldl (\key res' rhs' -> groupGet_ key rhs' |> \res -> groupPut_ key (merge choice res' res) rhs' ) rhs (Dict.union lhs.chgs lhs.curr) |> Group (Group lhs, old) -> choice (Group { curr = Dict.empty, chgs = (Dict.union lhs.chgs lhs.curr) }) old (_, _) -> choice left' right' {-| Merge many folds from the left over the given list of resources with merge. -} mergeMany : (Resource euser v -> Resource euser v -> Resource euser v) -> List (Resource euser v) -> Resource euser v mergeMany choice gs = case gs of g :: gs' -> List.foldl (merge choice) g gs' [ ] -> Void {-| Get the item at the given path. Returns unknownResource if the item _might_ exist, but the hierarchy does not show knowledge at the fringe (i.e., the fringe is unknown at the last known location in the path), but may also return voidResource to a path which is known not to exist. For example, if foo is a resource, then foo/bar cannot be a valid path because foo is not a collection. Pending will be given in the case that an operation is pending. -} getPath : ResourcePath -> Resource euser v -> Resource euser v getPath path res = case path of [ ] -> res element :: path' -> case res of Group stct -> groupGet_ element stct |> getPath path' Known x' -> Void Void -> Void Pending -> Pending Operation optask -> Pending _ -> Unknown {-| Offer a decision on some `undecidedResource res`. Undecided resource is the result of some problem which may or may not be in control of the client. Such resource may be the result of anything that can result in an error in your application. If this resource is an operation, then the assumption will be applied to the result of that operation. -} decideBy : (Error.Error euser -> Resource euser v) -> Resource euser v -> Resource euser v decideBy decider res = case res of Undecided err' -> decider err' Operation optask -> Operation (catchError decider optask) _ -> res {-| If some predicate `satisfies` is satisfied by the resource `res`, then we make the following assumption. If this resource is an operation, then the assumption will be applied to the result of that operation. -} assumeIf : (Resource euser v -> Bool) -> v -> Resource euser v -> Resource euser v assumeIf satisfies assume res = case res of Operation optask -> Operation (optask `andThen` (\ref -> { ref | resource = assumeIf satisfies assume ref.resource } |> Task.succeed)) _ -> if satisfies res then therefore (always assume) res else res {-| Negation of assumeIf. -} assumeIfNot : (Resource euser v -> Bool) -> v -> Resource euser v -> Resource euser v assumeIfNot satisfies assume res = assumeIf (satisfies >> not) assume res {-| If `possibleAssumption` yields some value `value'` when a Resource is applied, then that value is used to overwrite the resource with an assumption `Known value'`, otherwise the Resource is unaffected. If this resource is an operation, then the assumption will be applied conditionally to the result of that operation. -} assumeInCase : (Resource euser v -> Maybe v) -> Resource euser v -> Resource euser v assumeInCase possibleAssumption res = case res of Operation optask -> Operation (optask `andThen` (\ref -> { ref | resource = assumeInCase possibleAssumption ref.resource } |> Task.succeed)) _ -> Maybe.map Known (possibleAssumption res) |> Maybe.withDefault res {-| If some predicate `satisfies` is satisfied by the resource `res`, then we make the following optask. -} dispatchIf : (Resource euser v -> Bool) -> ResourceTask euser v -> Resource euser v -> Resource euser v dispatchIf satisfies optask res = case res of Operation optask -> Operation (optask `andThen` (\ref -> { ref | resource = dispatchIf satisfies optask ref.resource } |> Task.succeed)) _ -> dispatchInCase (if satisfies res then always (Just optask) else always Nothing) res {-| Negation of dispatchIf -} dispatchIfNot : (Resource euser v -> Bool) -> ResourceTask euser v -> Resource euser v -> Resource euser v dispatchIfNot satisfies optask res = dispatchIf (satisfies >> not) optask res {-| If `possibleOperation` yields some ResourceTask task `optask` when a Resource is applied, then the resource is replaced by the resource `operationResource optask`, otherwise the resource is unaffected. If this resource is an operation, then the result of that operation will be used as the input to the provided function. In this way, operations can be chained arbitrarily deep, but in a manner that helpfully abstracts away whether we are still waiting or already have the result in the composition. -} dispatchInCase : (Resource euser v -> Maybe (ResourceTask euser v)) -> Resource euser v -> Resource euser v dispatchInCase possibleOperation res = case res of Operation optask -> Operation (optask `andThen` (\ref -> { ref | resource = dispatchInCase possibleOperation ref.resource } |> Task.succeed)) _ -> Maybe.map operationResource (possibleOperation res) |> Maybe.withDefault res {-| If the predicate is satisfied, apply the given transformation function. If this is a pending operationResource, then apply deriveIf with the same arguments to the result. -} deriveIf : (Resource euser v' -> Bool) -> (Resource euser v' -> Resource euser v') -> Resource euser v' -> Resource euser v' deriveIf satisfies f res = case res of Operation optask -> Operation (optask `andThen` (\ref -> { ref | resource = deriveIf satisfies f ref.resource } |> Task.succeed)) _ -> deriveIfNow satisfies f res {-| If the predicate is satisfied, apply the given transformation function. -} deriveIfNow : (Resource euser v' -> Bool) -> (Resource euser v' -> Resource euser v') -> Resource euser v' -> Resource euser v' deriveIfNow satisfies f res' = if satisfies res' then f res' else res' -- NOTE : These primitives force a reduction now even for an optask operation type -- convenient conversion to a maybe after all mappings are given. This is intended for use when -- mapping the state of the content to an actual display. {-| If a resource is known, then give Just it's value, otherwise Nothing. -} maybeKnownNow : Resource euser v' -> Maybe v' maybeKnownNow res' = case res' of Known x' -> Just x' _ -> Nothing {-| If the predicate is satisfied, replace the resource with some known value. -} assumeIfNow : (Resource euser v' -> Bool) -> v' -> Resource euser v' -> Resource euser v' assumeIfNow satisfies assumption res' = if satisfies res' then Known assumption else res' {-| This is the counterpart to assumeInCase which does _not_ abstract away whether or not this is some pending optask operation. Concretely, we want this in the case that we are doing model to view reductions because a pending operation should still have some concrete visible representation, such as an ajax loader symbol. Of course, one should still correctly call *Integrate so that an operation is always a `pendingResource` by the time it gets past the `stage` step. -} assumeInCaseNow : (Resource euser v' -> Maybe v') -> Resource euser v' -> Resource euser v' assumeInCaseNow possibleAssumption res' = Maybe.map Known (possibleAssumption res') |> Maybe.withDefault res' {-| -} dispatchInCaseNow : (Resource euser v -> Maybe (ResourceTask euser v)) -> Resource euser v -> Resource euser v dispatchInCaseNow possibleOperation res = case res of Operation optask -> Operation (optask `andThen` (\ref -> { ref | resource = dispatchInCase possibleOperation ref.resource } |> Task.succeed)) _ -> Maybe.map operationResource (possibleOperation res) |> Maybe.withDefault res {-| In the event that the given resource is not a simple `defResource`, we replace it with a different simple resource. -} otherwise : v' -> Resource euser v' -> v' otherwise assumption res' = case res' of Known x' -> x' _ -> assumption {-| -} unknownResource : Resource euser v unknownResource = Unknown {-| -} pendingResource : Resource euser v pendingResource = Pending {-| -} voidResource : Resource euser v voidResource = Void {-| -} undecidedResource : Error.Error euser -> Resource euser v undecidedResource = Undecided {-| -} forbiddenResource : Error.Error euser -> Resource euser v forbiddenResource = Forbidden {-| -} operationResource : ResourceTask euser v -> Resource euser v operationResource = Operation {-| -} defResource : v -> Resource euser v defResource = Known {-| -} groupResource : List (String, Resource euser v) -> Resource euser v groupResource members = Group { curr = Dict.empty, chgs = Dict.fromList members } {-| -} resultOr : (Error.Error euser -> Resource euser v) -> Result (Error.Error euser) v -> Resource euser v resultOr errorResource result = case result of Result.Ok data -> defResource data Result.Err err' -> errorResource err' {-| -} maybeOr : Resource euser v -> Maybe v -> Resource euser v maybeOr nothingResource maybeValue = Maybe.map Known maybeValue |> Maybe.withDefault nothingResource {-| Given some configuration and a resource, produce Just an opaque query task or Nothing when the resource is an operation or the resource is not an operation respectively. -} dispatch : Resource euser v -> List (ResourceTask euser v) dispatch res = dispatch_ [] res |> Lazy.List.toList -- crunch to a normal list at top level. dispatch_ : List String -> Resource euser v -> LazyList (ResourceTask euser v) dispatch_ rpath res = case res of Group stct -> groupStructFoldr_ (\key res' ls -> (dispatch_ (key :: rpath) res') +++ ls) Lazy.List.empty stct Operation optask -> Lazy.List.singleton (routeTo (List.reverse rpath) optask |> catchError undecidedResource) _ -> Lazy.List.empty {-| Update the second `Resource` argument by merging the first argument's delta `Resource`. Chooses the left `Resource` on a conflict, mechanically speaking. -} update : Resource euser v -> Resource euser v -> Resource euser v update = update' chooseLeft {-| Same as `update`, but apply a list of delta resources sequentially. This resolves all conflicts by `chooseLeft`, which favors the deltas always. -} updateList : List (Resource euser v) -> Resource euser v -> Resource euser v updateList = updateList' chooseLeft {-| Same as `update`, but pass the given conflict resolution choice function to `merge` instead of `chooseLeft`, which is the default. This allows one to make a selection as to whether or not the given delta is still relevant. -} update' : (Resource euser v -> Resource euser v -> Resource euser v) -> Resource euser v -> Resource euser v -> Resource euser v update' mergeChoice = merge mergeChoice {-| Same as `updateList`, but uses the provided conflict resolution choice function instead of `chooseLeft` as in `updateList`. This allows one to make a selection as to whether or not the given delta is still relevant. -} updateList' : (Resource euser v -> Resource euser v -> Resource euser v) -> List (Resource euser v) -> Resource euser v -> Resource euser v updateList' mergeChoice deltas res = mergeMany (flip mergeChoice) (res :: deltas) {-| Given some configuration and a resource, produce a pendingResource in the case that the resource is an operation, otherwise give the same resource. -} integrate : Resource euser v -> Resource euser v integrate res = case res of Group stct -> groupStructMapChange_ integrate stct |> Group Operation optask -> Pending _ -> res {-| `deltaTo` applies the given transformation function to the pending changes to the `Resource` structure, producing a partial structure representing only what has changed since the last call to `integrate`. The resulting partial structure is intended for use as a delta, to be passed to `update` for some other Resource structure. This results in a simple one-way data binding. To introduce k-way data binding, one need only use the `interpret` function to transform the `ResourceTask` output of the subordinate views back in to deltas that transform the origin `Resource` structure. NOTE that this implies when one wishes for the origin structure to reflect changes to one of it's subordinates, one must dispatch UserTasks that succeed with the intended changes. This can be very clean as long as there is a bijection between the origin structure and each of it's subordinates. The complexity of the mapping is of course dependent on your record design, so one must still take care. -} deltaTo : (Resource euser v -> Resource euser v') -> Resource euser v -> Resource euser v' deltaTo f res = case res of Group stct -> Dict.foldl (\key res' -> deltaTo f res' |> Dict.insert key) Dict.empty stct.chgs |> \chgs' -> { curr = chgs', chgs = Dict.empty } |> Group _ -> f res {-| Like `deltaTo`, but without the transformation. The following equivalency holds -} deltaOf : Resource euser v -> Resource euser v deltaOf = deltaTo identity {-| Convert a resource to program input. I've found that this is a very un-Elm-like way of doing things that makes the Elm Architecture harder to stick to. If anyone else finds a counterexample, please let me know! If it does turn out to be useful, I will complete the set. NOTE : DEPRECIATED, removed from v5. -} toProgram : (b -> ProgramInput a b c bad) -> Resource euser b -> Resource euser (ProgramInput a b c bad) toProgram modelInput model' = therefore modelInput model'

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{-- Copyright (c) 2016, <NAME> All rights reserved. Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: 1. Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer. 2. Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution. 3. Neither the name of the copyright holder nor the names of its contributors may be used to endorse or promote products derived from this software without specific prior written permission. THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. --} module Scaffold.Resource (Resource, ResourceTask, UserTask, ResourceRef, ResourcePath, userTask, deltaTask, toProgramTask, defResource, forbiddenResource, pendingResource, undecidedResource, unknownResource, voidResource, operationResource, groupResource, maybeOr, resultOr, assumeIf, assumeIfNot, assumeIfNow, assumeInCase, assumeInCaseNow, dispatchIf, dispatchIfNot, dispatchInCase, dispatchInCaseNow, deriveIf, deriveIfNow, decideBy, maybeKnownNow, otherwise, therefore, therefore', comprehend, comprehend', interpret, interpret', within, throughout, throughoutNow, flatten, flattenDict, collapse, routeTo, catchError, isUnknown, isNotUnknown, isPending, isNotPending, isUndecided, isNotUndecided, isForbidden, isNotForbidden, isVoid, isNotVoid, isNil, isNotNil, isKnown, isNotKnown, isOperation, isNotOperation, isGroup, isNotGroup, prefixPath, atPath, putPath, getPath, deletePath, writePath, movePath, copyPath, chooseLeft, chooseRight, chooseVoid, chooseNeither, merge, mergeMany, update, updateList, update', updateList', dispatch, integrate, deltaTo, deltaOf, toProgram) where {-| Resource system. # Types @docs Resource, ResourceTask, ResourceRef, ResourcePath, UserTask # Define Resources @docs defResource, forbiddenResource, pendingResource, undecidedResource, unknownResource, voidResource, operationResource, groupResource # Interpret `Maybe` or `Result` as Resources @docs maybeOr, resultOr # Conditional Assumptions @docs assumeIf, assumeIfNot, assumeIfNow, assumeInCase, assumeInCaseNow # Conditional Derivations `deriveIf` and `deriveIfNow` are given as more flexible and readable versions of `assumeInCase` and `assumeInCaseNow`. Neither muddies the waters with the Maybe type, and the transformation can be any `Resource euser v -> Resource euser v`, which makes these highly nestable by comparison to their respective older counterparts. @docs deriveIf, deriveIfNow # Resource Output @docs otherwise, maybeKnownNow # Bulk Operations @docs decideBy, flatten, flattenDict, collapse, throughout, throughoutNow, therefore, therefore', within # Handling `UserTask` and `ResourceTask` @docs userTask, deltaTask, toProgramTask, comprehend, comprehend', interpret, interpret', routeTo, catchError # Conditional Operations @docs dispatchIf, dispatchIfNot, dispatchInCase, dispatchInCaseNow # Resource Introspection Predicates @docs isUnknown, isNotUnknown, isPending, isNotPending, isUndecided, isNotUndecided, isForbidden, isNotForbidden, isVoid, isNotVoid, isNil, isNotNil, isKnown, isNotKnown, isOperation, isNotOperation, isGroup, isNotGroup # Manipulate and Use `ResourcePath` @docs prefixPath, atPath, putPath, getPath, deletePath, writePath, movePath, copyPath # Built-in Conflict Operators For use with `merge` and `mergeMany`. @docs chooseLeft, chooseRight, chooseVoid, chooseNeither # Merge Resource Groups @docs merge, mergeMany # Update Resources @docs update, updateList, update', updateList', dispatch, integrate, deltaTo, deltaOf # Program Resources @docs toProgram -} -- TODO: determine cause of the path reversal strangeness in the example. import Scaffold.App exposing (..) import Scaffold.Error as Error import Signal import Task exposing (Task, andThen, onError) import Trampoline exposing (Trampoline) import Dict exposing (Dict) import Set exposing (Set) import Lazy.List exposing (LazyList, (+++)) {-| This is a Task which represents some kind of synchronization with optask data. It can also easily be used for long running arbitrary computations, too. It produces a Gigan Error or a Resource. -} type alias ResourceTask euser v = Task (ResourcePath, Error.Error euser) (ResourceRef euser v) {-| This task simplifies routing out for the user. -} type alias UserTask euser v = Task (Error.Error euser) (Resource euser v) {-| A reference to a resource, including it's path. -} type alias ResourceRef euser v = { path : ResourcePath, resource : Resource euser v } {-| Used as the resource path type. -} type alias ResourcePath = List String type alias GroupStruct_ euser v = { curr : Dict String (Resource euser v) , chgs : Dict String (Resource euser v) } groupStructMap_ f stct = { stct | chgs = groupStructMapped_ f stct } groupStructKeyMap_ f stct = { stct | chgs = groupStructKeyMapped_ f stct } groupStructMapped_ f stct = groupStructKeyMapped_ (always f) stct groupStructKeyMapped_ f stct = let curr' = groupStructChanged_ stct |> .curr in Dict.map f curr' groupStructChanged_ stct = { curr = Dict.foldl (\key value -> case value of Unknown -> Dict.remove key Group stct -> Dict.insert key (groupStructChanged_ stct |> Group) _ -> Dict.insert key value) stct.curr stct.chgs , chgs = Dict.empty } groupStructMapChange_ f stct = groupStructChanged_ { stct | chgs = Dict.map (always f) stct.chgs } groupStructFoldHelper_ foldf f data stct = foldf f data (groupStructChanged_ stct |> .curr) groupStructFoldl_ f data stct = groupStructFoldHelper_ Dict.foldl f data stct groupStructFoldr_ f data stct = groupStructFoldHelper_ Dict.foldr f data stct groupGet_ key stct = Maybe.oneOf [Dict.get key stct.chgs, Dict.get key stct.curr] |> Maybe.withDefault Unknown groupPut_ key value stct = { stct | chgs = Dict.insert key value stct.chgs } groupUpdate_ key op stct = groupGet_ key stct |> \value -> groupPut_ key (op value) stct groupNew_ = { curr = Dict.empty , chgs = Dict.empty } {-| A resource item. -} type Resource euser v = Unknown | Pending -- No such datum exists. | Void -- Gives reason as to why this data are still unknown after a retrieval attempt. If a resource -- enters in to this state, it's time to intervene, whether automatically or with the aid of user -- feedback of some kind. | Undecided (Error.Error euser) -- This is what is done if the result from the optask operation for the data is an error explaining why -- access to the data was denied. | Forbidden (Error.Error euser) -- If a resource is an Operation, then any primitives not suffixed with Now will result in an operation | Operation (ResourceTask euser v) -- known value of type v. | Known v -- known to be a collection of string keyed v things. | Group (GroupStruct_ euser v) {-| True if the resource is unknownResource. -} isUnknown : Resource euser v -> Bool isUnknown res = case res of Unknown -> True _ -> False {-| False if the resource is unknownResource. -} isNotUnknown : Resource euser v -> Bool isNotUnknown = isUnknown >> not {-| True if the resource is pendingResource. -} isPending : Resource euser v -> Bool isPending res = case res of Pending -> True _ -> False {-| False if the resource is pendingResource. -} isNotPending : Resource euser v -> Bool isNotPending = isPending >> not {-| True if the resource is voidResource. -} isVoid : Resource euser v -> Bool isVoid res = case res of Void -> True _ -> False {-| False if the resource is voidResource. -} isNotVoid : Resource euser v -> Bool isNotVoid = isVoid >> not {-| True if the resource is unknownResource or voidResource. -} isNil : Resource euser v -> Bool isNil res = case res of Unknown -> True Void -> True _ -> False {-| False if the resource is unknownResource or voidResource. -} isNotNil : Resource euser v -> Bool isNotNil = isNil >> not {-| True if the resource is undecidedResource. -} isUndecided : Resource euser v -> Bool isUndecided res = case res of Undecided _ -> True _ -> False {-| False if the resource is undecidedResource. -} isNotUndecided : Resource euser v -> Bool isNotUndecided = isUndecided >> not {-| True if the resource is forbiddenResource. -} isForbidden : Resource euser v -> Bool isForbidden res = case res of Forbidden _ -> True _ -> False {-| False if the resource is forbiddenResource. -} isNotForbidden : Resource euser v -> Bool isNotForbidden = isForbidden >> not {-| True if the resource is a pending operation. -} isOperation : Resource euser v -> Bool isOperation res = case res of Operation _ -> True _ -> False {-| False if the resource is a pending operation. -} isNotOperation : Resource euser v -> Bool isNotOperation = isOperation >> not {-| True if the resource is known. -} isKnown : Resource euser v -> Bool isKnown res = case res of Known _ -> True _ -> False {-| False if the resource is known. -} isNotKnown : Resource euser v -> Bool isNotKnown = isKnown >> not {-| True if the resource is unknownResource. -} isGroup : Resource euser v -> Bool isGroup res = case res of Group stct -> True _ -> False {-| False if the resource is unknownResource. -} isNotGroup : Resource euser v -> Bool isNotGroup = isGroup >> not {-| Create a task which will route the resulting resource to the given path. -} userTask : UserTask euser v -> ResourceTask euser v userTask usertask = usertask `andThen` (\res -> Task.succeed { resource = res, path = [ ] }) `onError` (\err' -> Task.fail ([ ], err')) {-| Transform a `ResourceTask` back in to a `UserTask`, which will produce a nested `Resource` finger reflecting the final path output of the given `ResourceTask`. This output resource can be treated just like a delta using the `Resource.merge` and `Resource.mergeMany` functions to inject it in to the working set. -} deltaTask : ResourceTask euser v -> UserTask euser v deltaTask optask = optask `andThen` (\{resource, path} -> prefixPath path resource |> Task.succeed) `onError` (\(path', err') -> undecidedResource err' |> prefixPath path' |> Task.succeed) {-| Convert a `UserTask euser v` in to an `App.ProgramTask bad a` -} toProgramTask : (Error.Error euser -> List a) -> (Resource euser v -> List a) -> UserTask euser v -> ProgramTask bad a toProgramTask errorActions resourceActions = agent (resourceActions >> agentSuccess) (errorActions >> agentSuccess) {-| The equivalent of therefore for ResourceTasks. This allows you to map fetched data to multiple models with ease, as long as operations which should effect all of the models are all sunk in to ResourceTasks producing the base model's type. -} comprehend : (v -> v') -> ResourceTask euser v -> ResourceTask euser v' comprehend xdcr optask = optask `andThen` (\ref -> { ref | resource = therefore xdcr ref.resource } |> Task.succeed) {-| Like `comprehend`, but accounts for the path of the leaves effected by the transformation by using `therefore'` on the result of the task. This prepends the reference path of the resource task, such that global context for the resource's location is available if desired. Note that you may specify a prefix path to the existing one to provide additional context in large resource group structures. -} comprehend' : (ResourcePath -> v -> v') -> ResourceTask euser v -> ResourceTask euser v' comprehend' xdcr optask = optask `andThen` (\ref -> { ref | resource = therefore' xdcr ref.path ref.resource } |> Task.succeed) -- adapter for therefore implementation comprehendImpl_r : (ResourcePath -> v -> v') -> ResourcePath -> ResourceTask euser v -> ResourceTask euser v' comprehendImpl_r rxdcr rpath optask = optask `andThen` (\ref -> { ref | resource = thereforeImpl_r rxdcr (List.reverse ref.path ++ rpath) ref.resource } |> Task.succeed) {-| Interpret the given `ResourceTask`'s resource output by a given transform function. NOTE that this can be literally any function whose signature ends in `ResourceTask euser v -> ResourceTask euser v'`, which is of course inclusive of `ResourceTask euser v -> ResourceTask euser v'` in the case that `v` is the same type as `v'`. -} interpret : (Resource euser v -> Resource euser v') -> ResourceTask euser v -> ResourceTask euser v' interpret f optask = optask `andThen` (\ref -> { ref | resource = f ref.resource } |> Task.succeed) {-| Like `interpret`, but the prefix path of the resource is passed to the given function, and the user can optionally specify their own prefix path. `interpret'` is to `interpret` what `comprehend'` is to `comprehend`. -} interpret' : (ResourcePath -> Resource euser v -> Resource euser v') -> ResourcePath -> ResourceTask euser v -> ResourceTask euser v' interpret' f prepath optask = optask `andThen` (\ref -> { ref | resource = f (prepath ++ ref.path) ref.resource } |> Task.succeed) {-| Route the results of a given `ResourceTask` to a given `ResourcePath`. -} routeTo : ResourcePath -> ResourceTask euser v -> ResourceTask euser v routeTo path' optask = optask `andThen` (\ref -> { ref | path = path' } |> Task.succeed) {-| Provide a decider that turns an error of type `Error.Error euser` in to a resource of `Resource euser v`. -} catchError : (Error.Error euser -> Resource euser v) -> ResourceTask euser v -> ResourceTask euser v catchError decider optask = optask `onError` (\(path', err') -> Task.succeed { path = path', resource = decider err' }) {-| Collapses a resource tree made of group resources in to a single resource of the same type. -} collapse : (List (ResourcePath, Resource euser v) -> Resource euser v) -> Resource euser v -> Resource euser v collapse f res = collapse_ f [] res collapse_ : (List (ResourcePath, Resource euser v) -> Resource euser v) -> ResourcePath -> Resource euser v -> Resource euser v collapse_ frecurse rpath res = let cfold key res ls = (List.reverse rpath, collapse_ frecurse (key :: rpath) res) :: ls in case res of Group stct -> groupStructFoldr_ cfold [] stct |> frecurse _ -> res {-| Flatten the given resource if it is a group to a resource of the same type. Note that unlike `collapse`, this function does not recursively collapse the entire tree automatically. This grants a greater degree of flexibility. -} flatten : (List (String, Resource euser v) -> Resource euser v) -> Resource euser v -> Resource euser v flatten fgrp res = let cfold key res ls = (key, res) :: ls in case res of Group stct -> groupStructFoldr_ cfold [] stct |> fgrp _ -> res {-| Variant of `flatten` whose argument function takes a dictionary instead of a list of pairs. -} flattenDict : (Dict String (Resource euser v) -> Resource euser v) -> Resource euser v -> Resource euser v flattenDict fgrp res = case res of Group stct -> stct |> groupStructChanged_ |> .curr |> fgrp _ -> res {-| Use the given function to transform all leaf resources throughout a group structure. This applies to the result of any pending resource operations. -} throughout : (Resource euser v -> Resource euser v) -> Resource euser v -> Resource euser v throughout f res = case res of Group stct -> groupStructMap_ (throughout f) stct |> Group Operation optask -> Operation (interpret (throughout f) optask) _ -> f res {-| Use the given function to transform all leaf resources throughout a group structure. This version applies the transformation function now, even if the resource is a pending operation. This should be used in contexts where we are rendering some resulting view of the resources most of the time. -} throughoutNow : (Resource euser v -> Resource euser v) -> Resource euser v -> Resource euser v throughoutNow f res = case res of Group stct -> groupStructMap_ (throughout f) stct |> Group _ -> f res {-| Given a resource of value type v, create a resource of value type v' by transforming the known value or group using some function (v -> v'). NOTE that this will create an entirely new resouce structure, and thus any pending changes will be integrated immediately. If you wish to preserve deltas for the purpose of mirroring and efficient data flow, then one should be using deltaTo in order to transform just the changes. -} therefore : (v -> v') -> Resource euser v -> Resource euser v' therefore xdcr = thereforeImpl_r (always xdcr) [ ] {-| `therefore`, but which includes the current path as the first argument. -} therefore' : (ResourcePath -> v -> v') -> ResourcePath -> Resource euser v -> Resource euser v' therefore' xdcr path = thereforeImpl_r (List.reverse >> xdcr) (List.reverse path) -- The implementation deals with reversed paths. This is because during path construction, it is -- obviously more efficient to push path elements to the head of a list. The given reversed path -- transducer reverses said path, yielding the path itself, and does so once per concrete leaf in -- the resource group tree structure. This would only result in poor runtime performance in practice -- in the unlikely case that we have very large deltas which further consist of very deep trees. -- Since this scenario is highly unlikely and can easily be avoided by design from an engineering -- standpoint, that theoretical weakness does not have a substantial concrete cost. thereforeImpl_r : (ResourcePath -> v -> v') -> ResourcePath -> Resource euser v -> Resource euser v' thereforeImpl_r rxdcr rpath res = let stepIn_ key = thereforeImpl_r rxdcr (key :: rpath) in case res of Unknown -> Unknown Pending -> Pending Void -> Void Undecided err' -> Undecided err' Forbidden err' -> Forbidden err' Known x' -> Known (rxdcr rpath x') Operation optask -> Operation (comprehendImpl_r rxdcr rpath optask) Group stct -> { curr = Dict.empty, chgs = groupStructKeyMapped_ stepIn_ stct } |> Group {-| DEPRECIATED version of therefore, not supporting type transformation. NOTE : removed in version 5. -} within : (sub -> sub) -> Resource euser sub -> Resource euser sub within = therefore {-| Manipulate an item at the given path, or else do nothing if the path does not exist. -} atPath : (Resource euser v -> Resource euser v) -> ResourcePath -> Resource euser v -> Resource euser v atPath operation path res = case path of [ ] -> operation res element :: path' -> case res of Group stct -> groupUpdate_ element (atPath operation path') stct |> Group _ -> res {-| Delete the item at the given path. This equivalency holds: atPath (always unknownResource) path res == deletePath path res -} deletePath : ResourcePath -> Resource euser v -> Resource euser v deletePath = atPath (always Unknown) {-| Put a resource in to a group resource at the given path. In the case that something is already there, use the `choice` function to determine which should be used. See the `choose*` family for some built-in functions. -} putPath : (Resource euser v -> Resource euser v -> Resource euser v) -> ResourcePath -> Resource euser v -> Resource euser v -> Resource euser v putPath choice path res' res = prefixPath path res' |> \res'' -> merge choice res'' res {-| Equivalent to `putPath chooseLeft`, this is a simple write which will always blindly overwrite the current resource at the given path. -} writePath : ResourcePath -> Resource euser v -> Resource euser v -> Resource euser v writePath = putPath chooseLeft {-| Move the resource at a given path `path` in the resource group structure to a target path `path'`. -} movePath : (Resource euser v -> Resource euser v -> Resource euser v) -> ResourcePath -> ResourcePath -> Resource euser v -> Resource euser v movePath = cpPathImpl_ True {-| Copy the resource at a given path `path` in the resource group structure to a target path `path'`. -} copyPath : (Resource euser v -> Resource euser v -> Resource euser v) -> ResourcePath -> ResourcePath -> Resource euser v -> Resource euser v copyPath = cpPathImpl_ False cpPathImpl_ : Bool -> (Resource euser v -> Resource euser v -> Resource euser v) -> ResourcePath -> ResourcePath -> Resource euser v -> Resource euser v cpPathImpl_ bDoMove choice path path' res = if path /= path' then putPath choice path' (getPath path res) res |> \res'' -> if bDoMove then putPath chooseLeft path Unknown res'' else res'' else res {-| Collision handler for nested Resources that always chooses the left hand side. -} chooseLeft : Resource euser v -> Resource euser v -> Resource euser v chooseLeft x _ = x {-| Collision handler for nested Resources that always chooses the right hand side. -} chooseRight : Resource euser v -> Resource euser v -> Resource euser v chooseRight _ x = x {-| Collision handler for nested Resources that voids collision keys. -} chooseVoid : Resource euser v -> Resource euser v -> Resource euser v chooseVoid _ _ = Void {-| Collision handler that removes collision keys entirely. -} chooseNeither : Resource euser v -> Resource euser v -> Resource euser v chooseNeither _ _ = Unknown {-| Create a path before the given resource. This has the effect of prefixing whatever is there whether concrete or a group with the given path. Thus, creating a resource path ["foo", "bar"] and another at ["foo", "baz"] would result in two resources that can be merged without conflicts guaranteed because their contents are in the `foo -> bar -> ...` and `foo -> baz -> ...` subtries respectively. -} prefixPath : ResourcePath -> Resource euser v -> Resource euser v prefixPath path res = List.foldr (\element res' -> Group (groupPut_ element res' groupNew_)) res path {-| Merge can be used to assemble path fingers or existing group structures arbitrarily. A common usage would be to put many different resources at their own prefix paths, then merge them all by folding on this if your data structure is odd, otherwise use mergeMany if you are already working with a list. This takes a choice function that determines the outcome of two different resources existing at the same path, _at least one of which is concrete and not a group_. Groups merge automatically with eachother. -} merge : (Resource euser v -> Resource euser v -> Resource euser v) -> Resource euser v -> Resource euser v -> Resource euser v merge choice left' right' = -- right' is the current group, left' is what's being merged in. case (left', right') of (Group lhs, Group rhs) -> Dict.foldl (\key res' rhs' -> groupGet_ key rhs' |> \res -> groupPut_ key (merge choice res' res) rhs' ) rhs (Dict.union lhs.chgs lhs.curr) |> Group (Group lhs, old) -> choice (Group { curr = Dict.empty, chgs = (Dict.union lhs.chgs lhs.curr) }) old (_, _) -> choice left' right' {-| Merge many folds from the left over the given list of resources with merge. -} mergeMany : (Resource euser v -> Resource euser v -> Resource euser v) -> List (Resource euser v) -> Resource euser v mergeMany choice gs = case gs of g :: gs' -> List.foldl (merge choice) g gs' [ ] -> Void {-| Get the item at the given path. Returns unknownResource if the item _might_ exist, but the hierarchy does not show knowledge at the fringe (i.e., the fringe is unknown at the last known location in the path), but may also return voidResource to a path which is known not to exist. For example, if foo is a resource, then foo/bar cannot be a valid path because foo is not a collection. Pending will be given in the case that an operation is pending. -} getPath : ResourcePath -> Resource euser v -> Resource euser v getPath path res = case path of [ ] -> res element :: path' -> case res of Group stct -> groupGet_ element stct |> getPath path' Known x' -> Void Void -> Void Pending -> Pending Operation optask -> Pending _ -> Unknown {-| Offer a decision on some `undecidedResource res`. Undecided resource is the result of some problem which may or may not be in control of the client. Such resource may be the result of anything that can result in an error in your application. If this resource is an operation, then the assumption will be applied to the result of that operation. -} decideBy : (Error.Error euser -> Resource euser v) -> Resource euser v -> Resource euser v decideBy decider res = case res of Undecided err' -> decider err' Operation optask -> Operation (catchError decider optask) _ -> res {-| If some predicate `satisfies` is satisfied by the resource `res`, then we make the following assumption. If this resource is an operation, then the assumption will be applied to the result of that operation. -} assumeIf : (Resource euser v -> Bool) -> v -> Resource euser v -> Resource euser v assumeIf satisfies assume res = case res of Operation optask -> Operation (optask `andThen` (\ref -> { ref | resource = assumeIf satisfies assume ref.resource } |> Task.succeed)) _ -> if satisfies res then therefore (always assume) res else res {-| Negation of assumeIf. -} assumeIfNot : (Resource euser v -> Bool) -> v -> Resource euser v -> Resource euser v assumeIfNot satisfies assume res = assumeIf (satisfies >> not) assume res {-| If `possibleAssumption` yields some value `value'` when a Resource is applied, then that value is used to overwrite the resource with an assumption `Known value'`, otherwise the Resource is unaffected. If this resource is an operation, then the assumption will be applied conditionally to the result of that operation. -} assumeInCase : (Resource euser v -> Maybe v) -> Resource euser v -> Resource euser v assumeInCase possibleAssumption res = case res of Operation optask -> Operation (optask `andThen` (\ref -> { ref | resource = assumeInCase possibleAssumption ref.resource } |> Task.succeed)) _ -> Maybe.map Known (possibleAssumption res) |> Maybe.withDefault res {-| If some predicate `satisfies` is satisfied by the resource `res`, then we make the following optask. -} dispatchIf : (Resource euser v -> Bool) -> ResourceTask euser v -> Resource euser v -> Resource euser v dispatchIf satisfies optask res = case res of Operation optask -> Operation (optask `andThen` (\ref -> { ref | resource = dispatchIf satisfies optask ref.resource } |> Task.succeed)) _ -> dispatchInCase (if satisfies res then always (Just optask) else always Nothing) res {-| Negation of dispatchIf -} dispatchIfNot : (Resource euser v -> Bool) -> ResourceTask euser v -> Resource euser v -> Resource euser v dispatchIfNot satisfies optask res = dispatchIf (satisfies >> not) optask res {-| If `possibleOperation` yields some ResourceTask task `optask` when a Resource is applied, then the resource is replaced by the resource `operationResource optask`, otherwise the resource is unaffected. If this resource is an operation, then the result of that operation will be used as the input to the provided function. In this way, operations can be chained arbitrarily deep, but in a manner that helpfully abstracts away whether we are still waiting or already have the result in the composition. -} dispatchInCase : (Resource euser v -> Maybe (ResourceTask euser v)) -> Resource euser v -> Resource euser v dispatchInCase possibleOperation res = case res of Operation optask -> Operation (optask `andThen` (\ref -> { ref | resource = dispatchInCase possibleOperation ref.resource } |> Task.succeed)) _ -> Maybe.map operationResource (possibleOperation res) |> Maybe.withDefault res {-| If the predicate is satisfied, apply the given transformation function. If this is a pending operationResource, then apply deriveIf with the same arguments to the result. -} deriveIf : (Resource euser v' -> Bool) -> (Resource euser v' -> Resource euser v') -> Resource euser v' -> Resource euser v' deriveIf satisfies f res = case res of Operation optask -> Operation (optask `andThen` (\ref -> { ref | resource = deriveIf satisfies f ref.resource } |> Task.succeed)) _ -> deriveIfNow satisfies f res {-| If the predicate is satisfied, apply the given transformation function. -} deriveIfNow : (Resource euser v' -> Bool) -> (Resource euser v' -> Resource euser v') -> Resource euser v' -> Resource euser v' deriveIfNow satisfies f res' = if satisfies res' then f res' else res' -- NOTE : These primitives force a reduction now even for an optask operation type -- convenient conversion to a maybe after all mappings are given. This is intended for use when -- mapping the state of the content to an actual display. {-| If a resource is known, then give Just it's value, otherwise Nothing. -} maybeKnownNow : Resource euser v' -> Maybe v' maybeKnownNow res' = case res' of Known x' -> Just x' _ -> Nothing {-| If the predicate is satisfied, replace the resource with some known value. -} assumeIfNow : (Resource euser v' -> Bool) -> v' -> Resource euser v' -> Resource euser v' assumeIfNow satisfies assumption res' = if satisfies res' then Known assumption else res' {-| This is the counterpart to assumeInCase which does _not_ abstract away whether or not this is some pending optask operation. Concretely, we want this in the case that we are doing model to view reductions because a pending operation should still have some concrete visible representation, such as an ajax loader symbol. Of course, one should still correctly call *Integrate so that an operation is always a `pendingResource` by the time it gets past the `stage` step. -} assumeInCaseNow : (Resource euser v' -> Maybe v') -> Resource euser v' -> Resource euser v' assumeInCaseNow possibleAssumption res' = Maybe.map Known (possibleAssumption res') |> Maybe.withDefault res' {-| -} dispatchInCaseNow : (Resource euser v -> Maybe (ResourceTask euser v)) -> Resource euser v -> Resource euser v dispatchInCaseNow possibleOperation res = case res of Operation optask -> Operation (optask `andThen` (\ref -> { ref | resource = dispatchInCase possibleOperation ref.resource } |> Task.succeed)) _ -> Maybe.map operationResource (possibleOperation res) |> Maybe.withDefault res {-| In the event that the given resource is not a simple `defResource`, we replace it with a different simple resource. -} otherwise : v' -> Resource euser v' -> v' otherwise assumption res' = case res' of Known x' -> x' _ -> assumption {-| -} unknownResource : Resource euser v unknownResource = Unknown {-| -} pendingResource : Resource euser v pendingResource = Pending {-| -} voidResource : Resource euser v voidResource = Void {-| -} undecidedResource : Error.Error euser -> Resource euser v undecidedResource = Undecided {-| -} forbiddenResource : Error.Error euser -> Resource euser v forbiddenResource = Forbidden {-| -} operationResource : ResourceTask euser v -> Resource euser v operationResource = Operation {-| -} defResource : v -> Resource euser v defResource = Known {-| -} groupResource : List (String, Resource euser v) -> Resource euser v groupResource members = Group { curr = Dict.empty, chgs = Dict.fromList members } {-| -} resultOr : (Error.Error euser -> Resource euser v) -> Result (Error.Error euser) v -> Resource euser v resultOr errorResource result = case result of Result.Ok data -> defResource data Result.Err err' -> errorResource err' {-| -} maybeOr : Resource euser v -> Maybe v -> Resource euser v maybeOr nothingResource maybeValue = Maybe.map Known maybeValue |> Maybe.withDefault nothingResource {-| Given some configuration and a resource, produce Just an opaque query task or Nothing when the resource is an operation or the resource is not an operation respectively. -} dispatch : Resource euser v -> List (ResourceTask euser v) dispatch res = dispatch_ [] res |> Lazy.List.toList -- crunch to a normal list at top level. dispatch_ : List String -> Resource euser v -> LazyList (ResourceTask euser v) dispatch_ rpath res = case res of Group stct -> groupStructFoldr_ (\key res' ls -> (dispatch_ (key :: rpath) res') +++ ls) Lazy.List.empty stct Operation optask -> Lazy.List.singleton (routeTo (List.reverse rpath) optask |> catchError undecidedResource) _ -> Lazy.List.empty {-| Update the second `Resource` argument by merging the first argument's delta `Resource`. Chooses the left `Resource` on a conflict, mechanically speaking. -} update : Resource euser v -> Resource euser v -> Resource euser v update = update' chooseLeft {-| Same as `update`, but apply a list of delta resources sequentially. This resolves all conflicts by `chooseLeft`, which favors the deltas always. -} updateList : List (Resource euser v) -> Resource euser v -> Resource euser v updateList = updateList' chooseLeft {-| Same as `update`, but pass the given conflict resolution choice function to `merge` instead of `chooseLeft`, which is the default. This allows one to make a selection as to whether or not the given delta is still relevant. -} update' : (Resource euser v -> Resource euser v -> Resource euser v) -> Resource euser v -> Resource euser v -> Resource euser v update' mergeChoice = merge mergeChoice {-| Same as `updateList`, but uses the provided conflict resolution choice function instead of `chooseLeft` as in `updateList`. This allows one to make a selection as to whether or not the given delta is still relevant. -} updateList' : (Resource euser v -> Resource euser v -> Resource euser v) -> List (Resource euser v) -> Resource euser v -> Resource euser v updateList' mergeChoice deltas res = mergeMany (flip mergeChoice) (res :: deltas) {-| Given some configuration and a resource, produce a pendingResource in the case that the resource is an operation, otherwise give the same resource. -} integrate : Resource euser v -> Resource euser v integrate res = case res of Group stct -> groupStructMapChange_ integrate stct |> Group Operation optask -> Pending _ -> res {-| `deltaTo` applies the given transformation function to the pending changes to the `Resource` structure, producing a partial structure representing only what has changed since the last call to `integrate`. The resulting partial structure is intended for use as a delta, to be passed to `update` for some other Resource structure. This results in a simple one-way data binding. To introduce k-way data binding, one need only use the `interpret` function to transform the `ResourceTask` output of the subordinate views back in to deltas that transform the origin `Resource` structure. NOTE that this implies when one wishes for the origin structure to reflect changes to one of it's subordinates, one must dispatch UserTasks that succeed with the intended changes. This can be very clean as long as there is a bijection between the origin structure and each of it's subordinates. The complexity of the mapping is of course dependent on your record design, so one must still take care. -} deltaTo : (Resource euser v -> Resource euser v') -> Resource euser v -> Resource euser v' deltaTo f res = case res of Group stct -> Dict.foldl (\key res' -> deltaTo f res' |> Dict.insert key) Dict.empty stct.chgs |> \chgs' -> { curr = chgs', chgs = Dict.empty } |> Group _ -> f res {-| Like `deltaTo`, but without the transformation. The following equivalency holds -} deltaOf : Resource euser v -> Resource euser v deltaOf = deltaTo identity {-| Convert a resource to program input. I've found that this is a very un-Elm-like way of doing things that makes the Elm Architecture harder to stick to. If anyone else finds a counterexample, please let me know! If it does turn out to be useful, I will complete the set. NOTE : DEPRECIATED, removed from v5. -} toProgram : (b -> ProgramInput a b c bad) -> Resource euser b -> Resource euser (ProgramInput a b c bad) toProgram modelInput model' = therefore modelInput model'

{-- Copyright (c) 2016, PI:NAME:<NAME>END_PI All rights reserved. Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: 1. Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer. 2. Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution. 3. Neither the name of the copyright holder nor the names of its contributors may be used to endorse or promote products derived from this software without specific prior written permission. THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. --} module Scaffold.Resource (Resource, ResourceTask, UserTask, ResourceRef, ResourcePath, userTask, deltaTask, toProgramTask, defResource, forbiddenResource, pendingResource, undecidedResource, unknownResource, voidResource, operationResource, groupResource, maybeOr, resultOr, assumeIf, assumeIfNot, assumeIfNow, assumeInCase, assumeInCaseNow, dispatchIf, dispatchIfNot, dispatchInCase, dispatchInCaseNow, deriveIf, deriveIfNow, decideBy, maybeKnownNow, otherwise, therefore, therefore', comprehend, comprehend', interpret, interpret', within, throughout, throughoutNow, flatten, flattenDict, collapse, routeTo, catchError, isUnknown, isNotUnknown, isPending, isNotPending, isUndecided, isNotUndecided, isForbidden, isNotForbidden, isVoid, isNotVoid, isNil, isNotNil, isKnown, isNotKnown, isOperation, isNotOperation, isGroup, isNotGroup, prefixPath, atPath, putPath, getPath, deletePath, writePath, movePath, copyPath, chooseLeft, chooseRight, chooseVoid, chooseNeither, merge, mergeMany, update, updateList, update', updateList', dispatch, integrate, deltaTo, deltaOf, toProgram) where {-| Resource system. # Types @docs Resource, ResourceTask, ResourceRef, ResourcePath, UserTask # Define Resources @docs defResource, forbiddenResource, pendingResource, undecidedResource, unknownResource, voidResource, operationResource, groupResource # Interpret `Maybe` or `Result` as Resources @docs maybeOr, resultOr # Conditional Assumptions @docs assumeIf, assumeIfNot, assumeIfNow, assumeInCase, assumeInCaseNow # Conditional Derivations `deriveIf` and `deriveIfNow` are given as more flexible and readable versions of `assumeInCase` and `assumeInCaseNow`. Neither muddies the waters with the Maybe type, and the transformation can be any `Resource euser v -> Resource euser v`, which makes these highly nestable by comparison to their respective older counterparts. @docs deriveIf, deriveIfNow # Resource Output @docs otherwise, maybeKnownNow # Bulk Operations @docs decideBy, flatten, flattenDict, collapse, throughout, throughoutNow, therefore, therefore', within # Handling `UserTask` and `ResourceTask` @docs userTask, deltaTask, toProgramTask, comprehend, comprehend', interpret, interpret', routeTo, catchError # Conditional Operations @docs dispatchIf, dispatchIfNot, dispatchInCase, dispatchInCaseNow # Resource Introspection Predicates @docs isUnknown, isNotUnknown, isPending, isNotPending, isUndecided, isNotUndecided, isForbidden, isNotForbidden, isVoid, isNotVoid, isNil, isNotNil, isKnown, isNotKnown, isOperation, isNotOperation, isGroup, isNotGroup # Manipulate and Use `ResourcePath` @docs prefixPath, atPath, putPath, getPath, deletePath, writePath, movePath, copyPath # Built-in Conflict Operators For use with `merge` and `mergeMany`. @docs chooseLeft, chooseRight, chooseVoid, chooseNeither # Merge Resource Groups @docs merge, mergeMany # Update Resources @docs update, updateList, update', updateList', dispatch, integrate, deltaTo, deltaOf # Program Resources @docs toProgram -} -- TODO: determine cause of the path reversal strangeness in the example. import Scaffold.App exposing (..) import Scaffold.Error as Error import Signal import Task exposing (Task, andThen, onError) import Trampoline exposing (Trampoline) import Dict exposing (Dict) import Set exposing (Set) import Lazy.List exposing (LazyList, (+++)) {-| This is a Task which represents some kind of synchronization with optask data. It can also easily be used for long running arbitrary computations, too. It produces a Gigan Error or a Resource. -} type alias ResourceTask euser v = Task (ResourcePath, Error.Error euser) (ResourceRef euser v) {-| This task simplifies routing out for the user. -} type alias UserTask euser v = Task (Error.Error euser) (Resource euser v) {-| A reference to a resource, including it's path. -} type alias ResourceRef euser v = { path : ResourcePath, resource : Resource euser v } {-| Used as the resource path type. -} type alias ResourcePath = List String type alias GroupStruct_ euser v = { curr : Dict String (Resource euser v) , chgs : Dict String (Resource euser v) } groupStructMap_ f stct = { stct | chgs = groupStructMapped_ f stct } groupStructKeyMap_ f stct = { stct | chgs = groupStructKeyMapped_ f stct } groupStructMapped_ f stct = groupStructKeyMapped_ (always f) stct groupStructKeyMapped_ f stct = let curr' = groupStructChanged_ stct |> .curr in Dict.map f curr' groupStructChanged_ stct = { curr = Dict.foldl (\key value -> case value of Unknown -> Dict.remove key Group stct -> Dict.insert key (groupStructChanged_ stct |> Group) _ -> Dict.insert key value) stct.curr stct.chgs , chgs = Dict.empty } groupStructMapChange_ f stct = groupStructChanged_ { stct | chgs = Dict.map (always f) stct.chgs } groupStructFoldHelper_ foldf f data stct = foldf f data (groupStructChanged_ stct |> .curr) groupStructFoldl_ f data stct = groupStructFoldHelper_ Dict.foldl f data stct groupStructFoldr_ f data stct = groupStructFoldHelper_ Dict.foldr f data stct groupGet_ key stct = Maybe.oneOf [Dict.get key stct.chgs, Dict.get key stct.curr] |> Maybe.withDefault Unknown groupPut_ key value stct = { stct | chgs = Dict.insert key value stct.chgs } groupUpdate_ key op stct = groupGet_ key stct |> \value -> groupPut_ key (op value) stct groupNew_ = { curr = Dict.empty , chgs = Dict.empty } {-| A resource item. -} type Resource euser v = Unknown | Pending -- No such datum exists. | Void -- Gives reason as to why this data are still unknown after a retrieval attempt. If a resource -- enters in to this state, it's time to intervene, whether automatically or with the aid of user -- feedback of some kind. | Undecided (Error.Error euser) -- This is what is done if the result from the optask operation for the data is an error explaining why -- access to the data was denied. | Forbidden (Error.Error euser) -- If a resource is an Operation, then any primitives not suffixed with Now will result in an operation | Operation (ResourceTask euser v) -- known value of type v. | Known v -- known to be a collection of string keyed v things. | Group (GroupStruct_ euser v) {-| True if the resource is unknownResource. -} isUnknown : Resource euser v -> Bool isUnknown res = case res of Unknown -> True _ -> False {-| False if the resource is unknownResource. -} isNotUnknown : Resource euser v -> Bool isNotUnknown = isUnknown >> not {-| True if the resource is pendingResource. -} isPending : Resource euser v -> Bool isPending res = case res of Pending -> True _ -> False {-| False if the resource is pendingResource. -} isNotPending : Resource euser v -> Bool isNotPending = isPending >> not {-| True if the resource is voidResource. -} isVoid : Resource euser v -> Bool isVoid res = case res of Void -> True _ -> False {-| False if the resource is voidResource. -} isNotVoid : Resource euser v -> Bool isNotVoid = isVoid >> not {-| True if the resource is unknownResource or voidResource. -} isNil : Resource euser v -> Bool isNil res = case res of Unknown -> True Void -> True _ -> False {-| False if the resource is unknownResource or voidResource. -} isNotNil : Resource euser v -> Bool isNotNil = isNil >> not {-| True if the resource is undecidedResource. -} isUndecided : Resource euser v -> Bool isUndecided res = case res of Undecided _ -> True _ -> False {-| False if the resource is undecidedResource. -} isNotUndecided : Resource euser v -> Bool isNotUndecided = isUndecided >> not {-| True if the resource is forbiddenResource. -} isForbidden : Resource euser v -> Bool isForbidden res = case res of Forbidden _ -> True _ -> False {-| False if the resource is forbiddenResource. -} isNotForbidden : Resource euser v -> Bool isNotForbidden = isForbidden >> not {-| True if the resource is a pending operation. -} isOperation : Resource euser v -> Bool isOperation res = case res of Operation _ -> True _ -> False {-| False if the resource is a pending operation. -} isNotOperation : Resource euser v -> Bool isNotOperation = isOperation >> not {-| True if the resource is known. -} isKnown : Resource euser v -> Bool isKnown res = case res of Known _ -> True _ -> False {-| False if the resource is known. -} isNotKnown : Resource euser v -> Bool isNotKnown = isKnown >> not {-| True if the resource is unknownResource. -} isGroup : Resource euser v -> Bool isGroup res = case res of Group stct -> True _ -> False {-| False if the resource is unknownResource. -} isNotGroup : Resource euser v -> Bool isNotGroup = isGroup >> not {-| Create a task which will route the resulting resource to the given path. -} userTask : UserTask euser v -> ResourceTask euser v userTask usertask = usertask `andThen` (\res -> Task.succeed { resource = res, path = [ ] }) `onError` (\err' -> Task.fail ([ ], err')) {-| Transform a `ResourceTask` back in to a `UserTask`, which will produce a nested `Resource` finger reflecting the final path output of the given `ResourceTask`. This output resource can be treated just like a delta using the `Resource.merge` and `Resource.mergeMany` functions to inject it in to the working set. -} deltaTask : ResourceTask euser v -> UserTask euser v deltaTask optask = optask `andThen` (\{resource, path} -> prefixPath path resource |> Task.succeed) `onError` (\(path', err') -> undecidedResource err' |> prefixPath path' |> Task.succeed) {-| Convert a `UserTask euser v` in to an `App.ProgramTask bad a` -} toProgramTask : (Error.Error euser -> List a) -> (Resource euser v -> List a) -> UserTask euser v -> ProgramTask bad a toProgramTask errorActions resourceActions = agent (resourceActions >> agentSuccess) (errorActions >> agentSuccess) {-| The equivalent of therefore for ResourceTasks. This allows you to map fetched data to multiple models with ease, as long as operations which should effect all of the models are all sunk in to ResourceTasks producing the base model's type. -} comprehend : (v -> v') -> ResourceTask euser v -> ResourceTask euser v' comprehend xdcr optask = optask `andThen` (\ref -> { ref | resource = therefore xdcr ref.resource } |> Task.succeed) {-| Like `comprehend`, but accounts for the path of the leaves effected by the transformation by using `therefore'` on the result of the task. This prepends the reference path of the resource task, such that global context for the resource's location is available if desired. Note that you may specify a prefix path to the existing one to provide additional context in large resource group structures. -} comprehend' : (ResourcePath -> v -> v') -> ResourceTask euser v -> ResourceTask euser v' comprehend' xdcr optask = optask `andThen` (\ref -> { ref | resource = therefore' xdcr ref.path ref.resource } |> Task.succeed) -- adapter for therefore implementation comprehendImpl_r : (ResourcePath -> v -> v') -> ResourcePath -> ResourceTask euser v -> ResourceTask euser v' comprehendImpl_r rxdcr rpath optask = optask `andThen` (\ref -> { ref | resource = thereforeImpl_r rxdcr (List.reverse ref.path ++ rpath) ref.resource } |> Task.succeed) {-| Interpret the given `ResourceTask`'s resource output by a given transform function. NOTE that this can be literally any function whose signature ends in `ResourceTask euser v -> ResourceTask euser v'`, which is of course inclusive of `ResourceTask euser v -> ResourceTask euser v'` in the case that `v` is the same type as `v'`. -} interpret : (Resource euser v -> Resource euser v') -> ResourceTask euser v -> ResourceTask euser v' interpret f optask = optask `andThen` (\ref -> { ref | resource = f ref.resource } |> Task.succeed) {-| Like `interpret`, but the prefix path of the resource is passed to the given function, and the user can optionally specify their own prefix path. `interpret'` is to `interpret` what `comprehend'` is to `comprehend`. -} interpret' : (ResourcePath -> Resource euser v -> Resource euser v') -> ResourcePath -> ResourceTask euser v -> ResourceTask euser v' interpret' f prepath optask = optask `andThen` (\ref -> { ref | resource = f (prepath ++ ref.path) ref.resource } |> Task.succeed) {-| Route the results of a given `ResourceTask` to a given `ResourcePath`. -} routeTo : ResourcePath -> ResourceTask euser v -> ResourceTask euser v routeTo path' optask = optask `andThen` (\ref -> { ref | path = path' } |> Task.succeed) {-| Provide a decider that turns an error of type `Error.Error euser` in to a resource of `Resource euser v`. -} catchError : (Error.Error euser -> Resource euser v) -> ResourceTask euser v -> ResourceTask euser v catchError decider optask = optask `onError` (\(path', err') -> Task.succeed { path = path', resource = decider err' }) {-| Collapses a resource tree made of group resources in to a single resource of the same type. -} collapse : (List (ResourcePath, Resource euser v) -> Resource euser v) -> Resource euser v -> Resource euser v collapse f res = collapse_ f [] res collapse_ : (List (ResourcePath, Resource euser v) -> Resource euser v) -> ResourcePath -> Resource euser v -> Resource euser v collapse_ frecurse rpath res = let cfold key res ls = (List.reverse rpath, collapse_ frecurse (key :: rpath) res) :: ls in case res of Group stct -> groupStructFoldr_ cfold [] stct |> frecurse _ -> res {-| Flatten the given resource if it is a group to a resource of the same type. Note that unlike `collapse`, this function does not recursively collapse the entire tree automatically. This grants a greater degree of flexibility. -} flatten : (List (String, Resource euser v) -> Resource euser v) -> Resource euser v -> Resource euser v flatten fgrp res = let cfold key res ls = (key, res) :: ls in case res of Group stct -> groupStructFoldr_ cfold [] stct |> fgrp _ -> res {-| Variant of `flatten` whose argument function takes a dictionary instead of a list of pairs. -} flattenDict : (Dict String (Resource euser v) -> Resource euser v) -> Resource euser v -> Resource euser v flattenDict fgrp res = case res of Group stct -> stct |> groupStructChanged_ |> .curr |> fgrp _ -> res {-| Use the given function to transform all leaf resources throughout a group structure. This applies to the result of any pending resource operations. -} throughout : (Resource euser v -> Resource euser v) -> Resource euser v -> Resource euser v throughout f res = case res of Group stct -> groupStructMap_ (throughout f) stct |> Group Operation optask -> Operation (interpret (throughout f) optask) _ -> f res {-| Use the given function to transform all leaf resources throughout a group structure. This version applies the transformation function now, even if the resource is a pending operation. This should be used in contexts where we are rendering some resulting view of the resources most of the time. -} throughoutNow : (Resource euser v -> Resource euser v) -> Resource euser v -> Resource euser v throughoutNow f res = case res of Group stct -> groupStructMap_ (throughout f) stct |> Group _ -> f res {-| Given a resource of value type v, create a resource of value type v' by transforming the known value or group using some function (v -> v'). NOTE that this will create an entirely new resouce structure, and thus any pending changes will be integrated immediately. If you wish to preserve deltas for the purpose of mirroring and efficient data flow, then one should be using deltaTo in order to transform just the changes. -} therefore : (v -> v') -> Resource euser v -> Resource euser v' therefore xdcr = thereforeImpl_r (always xdcr) [ ] {-| `therefore`, but which includes the current path as the first argument. -} therefore' : (ResourcePath -> v -> v') -> ResourcePath -> Resource euser v -> Resource euser v' therefore' xdcr path = thereforeImpl_r (List.reverse >> xdcr) (List.reverse path) -- The implementation deals with reversed paths. This is because during path construction, it is -- obviously more efficient to push path elements to the head of a list. The given reversed path -- transducer reverses said path, yielding the path itself, and does so once per concrete leaf in -- the resource group tree structure. This would only result in poor runtime performance in practice -- in the unlikely case that we have very large deltas which further consist of very deep trees. -- Since this scenario is highly unlikely and can easily be avoided by design from an engineering -- standpoint, that theoretical weakness does not have a substantial concrete cost. thereforeImpl_r : (ResourcePath -> v -> v') -> ResourcePath -> Resource euser v -> Resource euser v' thereforeImpl_r rxdcr rpath res = let stepIn_ key = thereforeImpl_r rxdcr (key :: rpath) in case res of Unknown -> Unknown Pending -> Pending Void -> Void Undecided err' -> Undecided err' Forbidden err' -> Forbidden err' Known x' -> Known (rxdcr rpath x') Operation optask -> Operation (comprehendImpl_r rxdcr rpath optask) Group stct -> { curr = Dict.empty, chgs = groupStructKeyMapped_ stepIn_ stct } |> Group {-| DEPRECIATED version of therefore, not supporting type transformation. NOTE : removed in version 5. -} within : (sub -> sub) -> Resource euser sub -> Resource euser sub within = therefore {-| Manipulate an item at the given path, or else do nothing if the path does not exist. -} atPath : (Resource euser v -> Resource euser v) -> ResourcePath -> Resource euser v -> Resource euser v atPath operation path res = case path of [ ] -> operation res element :: path' -> case res of Group stct -> groupUpdate_ element (atPath operation path') stct |> Group _ -> res {-| Delete the item at the given path. This equivalency holds: atPath (always unknownResource) path res == deletePath path res -} deletePath : ResourcePath -> Resource euser v -> Resource euser v deletePath = atPath (always Unknown) {-| Put a resource in to a group resource at the given path. In the case that something is already there, use the `choice` function to determine which should be used. See the `choose*` family for some built-in functions. -} putPath : (Resource euser v -> Resource euser v -> Resource euser v) -> ResourcePath -> Resource euser v -> Resource euser v -> Resource euser v putPath choice path res' res = prefixPath path res' |> \res'' -> merge choice res'' res {-| Equivalent to `putPath chooseLeft`, this is a simple write which will always blindly overwrite the current resource at the given path. -} writePath : ResourcePath -> Resource euser v -> Resource euser v -> Resource euser v writePath = putPath chooseLeft {-| Move the resource at a given path `path` in the resource group structure to a target path `path'`. -} movePath : (Resource euser v -> Resource euser v -> Resource euser v) -> ResourcePath -> ResourcePath -> Resource euser v -> Resource euser v movePath = cpPathImpl_ True {-| Copy the resource at a given path `path` in the resource group structure to a target path `path'`. -} copyPath : (Resource euser v -> Resource euser v -> Resource euser v) -> ResourcePath -> ResourcePath -> Resource euser v -> Resource euser v copyPath = cpPathImpl_ False cpPathImpl_ : Bool -> (Resource euser v -> Resource euser v -> Resource euser v) -> ResourcePath -> ResourcePath -> Resource euser v -> Resource euser v cpPathImpl_ bDoMove choice path path' res = if path /= path' then putPath choice path' (getPath path res) res |> \res'' -> if bDoMove then putPath chooseLeft path Unknown res'' else res'' else res {-| Collision handler for nested Resources that always chooses the left hand side. -} chooseLeft : Resource euser v -> Resource euser v -> Resource euser v chooseLeft x _ = x {-| Collision handler for nested Resources that always chooses the right hand side. -} chooseRight : Resource euser v -> Resource euser v -> Resource euser v chooseRight _ x = x {-| Collision handler for nested Resources that voids collision keys. -} chooseVoid : Resource euser v -> Resource euser v -> Resource euser v chooseVoid _ _ = Void {-| Collision handler that removes collision keys entirely. -} chooseNeither : Resource euser v -> Resource euser v -> Resource euser v chooseNeither _ _ = Unknown {-| Create a path before the given resource. This has the effect of prefixing whatever is there whether concrete or a group with the given path. Thus, creating a resource path ["foo", "bar"] and another at ["foo", "baz"] would result in two resources that can be merged without conflicts guaranteed because their contents are in the `foo -> bar -> ...` and `foo -> baz -> ...` subtries respectively. -} prefixPath : ResourcePath -> Resource euser v -> Resource euser v prefixPath path res = List.foldr (\element res' -> Group (groupPut_ element res' groupNew_)) res path {-| Merge can be used to assemble path fingers or existing group structures arbitrarily. A common usage would be to put many different resources at their own prefix paths, then merge them all by folding on this if your data structure is odd, otherwise use mergeMany if you are already working with a list. This takes a choice function that determines the outcome of two different resources existing at the same path, _at least one of which is concrete and not a group_. Groups merge automatically with eachother. -} merge : (Resource euser v -> Resource euser v -> Resource euser v) -> Resource euser v -> Resource euser v -> Resource euser v merge choice left' right' = -- right' is the current group, left' is what's being merged in. case (left', right') of (Group lhs, Group rhs) -> Dict.foldl (\key res' rhs' -> groupGet_ key rhs' |> \res -> groupPut_ key (merge choice res' res) rhs' ) rhs (Dict.union lhs.chgs lhs.curr) |> Group (Group lhs, old) -> choice (Group { curr = Dict.empty, chgs = (Dict.union lhs.chgs lhs.curr) }) old (_, _) -> choice left' right' {-| Merge many folds from the left over the given list of resources with merge. -} mergeMany : (Resource euser v -> Resource euser v -> Resource euser v) -> List (Resource euser v) -> Resource euser v mergeMany choice gs = case gs of g :: gs' -> List.foldl (merge choice) g gs' [ ] -> Void {-| Get the item at the given path. Returns unknownResource if the item _might_ exist, but the hierarchy does not show knowledge at the fringe (i.e., the fringe is unknown at the last known location in the path), but may also return voidResource to a path which is known not to exist. For example, if foo is a resource, then foo/bar cannot be a valid path because foo is not a collection. Pending will be given in the case that an operation is pending. -} getPath : ResourcePath -> Resource euser v -> Resource euser v getPath path res = case path of [ ] -> res element :: path' -> case res of Group stct -> groupGet_ element stct |> getPath path' Known x' -> Void Void -> Void Pending -> Pending Operation optask -> Pending _ -> Unknown {-| Offer a decision on some `undecidedResource res`. Undecided resource is the result of some problem which may or may not be in control of the client. Such resource may be the result of anything that can result in an error in your application. If this resource is an operation, then the assumption will be applied to the result of that operation. -} decideBy : (Error.Error euser -> Resource euser v) -> Resource euser v -> Resource euser v decideBy decider res = case res of Undecided err' -> decider err' Operation optask -> Operation (catchError decider optask) _ -> res {-| If some predicate `satisfies` is satisfied by the resource `res`, then we make the following assumption. If this resource is an operation, then the assumption will be applied to the result of that operation. -} assumeIf : (Resource euser v -> Bool) -> v -> Resource euser v -> Resource euser v assumeIf satisfies assume res = case res of Operation optask -> Operation (optask `andThen` (\ref -> { ref | resource = assumeIf satisfies assume ref.resource } |> Task.succeed)) _ -> if satisfies res then therefore (always assume) res else res {-| Negation of assumeIf. -} assumeIfNot : (Resource euser v -> Bool) -> v -> Resource euser v -> Resource euser v assumeIfNot satisfies assume res = assumeIf (satisfies >> not) assume res {-| If `possibleAssumption` yields some value `value'` when a Resource is applied, then that value is used to overwrite the resource with an assumption `Known value'`, otherwise the Resource is unaffected. If this resource is an operation, then the assumption will be applied conditionally to the result of that operation. -} assumeInCase : (Resource euser v -> Maybe v) -> Resource euser v -> Resource euser v assumeInCase possibleAssumption res = case res of Operation optask -> Operation (optask `andThen` (\ref -> { ref | resource = assumeInCase possibleAssumption ref.resource } |> Task.succeed)) _ -> Maybe.map Known (possibleAssumption res) |> Maybe.withDefault res {-| If some predicate `satisfies` is satisfied by the resource `res`, then we make the following optask. -} dispatchIf : (Resource euser v -> Bool) -> ResourceTask euser v -> Resource euser v -> Resource euser v dispatchIf satisfies optask res = case res of Operation optask -> Operation (optask `andThen` (\ref -> { ref | resource = dispatchIf satisfies optask ref.resource } |> Task.succeed)) _ -> dispatchInCase (if satisfies res then always (Just optask) else always Nothing) res {-| Negation of dispatchIf -} dispatchIfNot : (Resource euser v -> Bool) -> ResourceTask euser v -> Resource euser v -> Resource euser v dispatchIfNot satisfies optask res = dispatchIf (satisfies >> not) optask res {-| If `possibleOperation` yields some ResourceTask task `optask` when a Resource is applied, then the resource is replaced by the resource `operationResource optask`, otherwise the resource is unaffected. If this resource is an operation, then the result of that operation will be used as the input to the provided function. In this way, operations can be chained arbitrarily deep, but in a manner that helpfully abstracts away whether we are still waiting or already have the result in the composition. -} dispatchInCase : (Resource euser v -> Maybe (ResourceTask euser v)) -> Resource euser v -> Resource euser v dispatchInCase possibleOperation res = case res of Operation optask -> Operation (optask `andThen` (\ref -> { ref | resource = dispatchInCase possibleOperation ref.resource } |> Task.succeed)) _ -> Maybe.map operationResource (possibleOperation res) |> Maybe.withDefault res {-| If the predicate is satisfied, apply the given transformation function. If this is a pending operationResource, then apply deriveIf with the same arguments to the result. -} deriveIf : (Resource euser v' -> Bool) -> (Resource euser v' -> Resource euser v') -> Resource euser v' -> Resource euser v' deriveIf satisfies f res = case res of Operation optask -> Operation (optask `andThen` (\ref -> { ref | resource = deriveIf satisfies f ref.resource } |> Task.succeed)) _ -> deriveIfNow satisfies f res {-| If the predicate is satisfied, apply the given transformation function. -} deriveIfNow : (Resource euser v' -> Bool) -> (Resource euser v' -> Resource euser v') -> Resource euser v' -> Resource euser v' deriveIfNow satisfies f res' = if satisfies res' then f res' else res' -- NOTE : These primitives force a reduction now even for an optask operation type -- convenient conversion to a maybe after all mappings are given. This is intended for use when -- mapping the state of the content to an actual display. {-| If a resource is known, then give Just it's value, otherwise Nothing. -} maybeKnownNow : Resource euser v' -> Maybe v' maybeKnownNow res' = case res' of Known x' -> Just x' _ -> Nothing {-| If the predicate is satisfied, replace the resource with some known value. -} assumeIfNow : (Resource euser v' -> Bool) -> v' -> Resource euser v' -> Resource euser v' assumeIfNow satisfies assumption res' = if satisfies res' then Known assumption else res' {-| This is the counterpart to assumeInCase which does _not_ abstract away whether or not this is some pending optask operation. Concretely, we want this in the case that we are doing model to view reductions because a pending operation should still have some concrete visible representation, such as an ajax loader symbol. Of course, one should still correctly call *Integrate so that an operation is always a `pendingResource` by the time it gets past the `stage` step. -} assumeInCaseNow : (Resource euser v' -> Maybe v') -> Resource euser v' -> Resource euser v' assumeInCaseNow possibleAssumption res' = Maybe.map Known (possibleAssumption res') |> Maybe.withDefault res' {-| -} dispatchInCaseNow : (Resource euser v -> Maybe (ResourceTask euser v)) -> Resource euser v -> Resource euser v dispatchInCaseNow possibleOperation res = case res of Operation optask -> Operation (optask `andThen` (\ref -> { ref | resource = dispatchInCase possibleOperation ref.resource } |> Task.succeed)) _ -> Maybe.map operationResource (possibleOperation res) |> Maybe.withDefault res {-| In the event that the given resource is not a simple `defResource`, we replace it with a different simple resource. -} otherwise : v' -> Resource euser v' -> v' otherwise assumption res' = case res' of Known x' -> x' _ -> assumption {-| -} unknownResource : Resource euser v unknownResource = Unknown {-| -} pendingResource : Resource euser v pendingResource = Pending {-| -} voidResource : Resource euser v voidResource = Void {-| -} undecidedResource : Error.Error euser -> Resource euser v undecidedResource = Undecided {-| -} forbiddenResource : Error.Error euser -> Resource euser v forbiddenResource = Forbidden {-| -} operationResource : ResourceTask euser v -> Resource euser v operationResource = Operation {-| -} defResource : v -> Resource euser v defResource = Known {-| -} groupResource : List (String, Resource euser v) -> Resource euser v groupResource members = Group { curr = Dict.empty, chgs = Dict.fromList members } {-| -} resultOr : (Error.Error euser -> Resource euser v) -> Result (Error.Error euser) v -> Resource euser v resultOr errorResource result = case result of Result.Ok data -> defResource data Result.Err err' -> errorResource err' {-| -} maybeOr : Resource euser v -> Maybe v -> Resource euser v maybeOr nothingResource maybeValue = Maybe.map Known maybeValue |> Maybe.withDefault nothingResource {-| Given some configuration and a resource, produce Just an opaque query task or Nothing when the resource is an operation or the resource is not an operation respectively. -} dispatch : Resource euser v -> List (ResourceTask euser v) dispatch res = dispatch_ [] res |> Lazy.List.toList -- crunch to a normal list at top level. dispatch_ : List String -> Resource euser v -> LazyList (ResourceTask euser v) dispatch_ rpath res = case res of Group stct -> groupStructFoldr_ (\key res' ls -> (dispatch_ (key :: rpath) res') +++ ls) Lazy.List.empty stct Operation optask -> Lazy.List.singleton (routeTo (List.reverse rpath) optask |> catchError undecidedResource) _ -> Lazy.List.empty {-| Update the second `Resource` argument by merging the first argument's delta `Resource`. Chooses the left `Resource` on a conflict, mechanically speaking. -} update : Resource euser v -> Resource euser v -> Resource euser v update = update' chooseLeft {-| Same as `update`, but apply a list of delta resources sequentially. This resolves all conflicts by `chooseLeft`, which favors the deltas always. -} updateList : List (Resource euser v) -> Resource euser v -> Resource euser v updateList = updateList' chooseLeft {-| Same as `update`, but pass the given conflict resolution choice function to `merge` instead of `chooseLeft`, which is the default. This allows one to make a selection as to whether or not the given delta is still relevant. -} update' : (Resource euser v -> Resource euser v -> Resource euser v) -> Resource euser v -> Resource euser v -> Resource euser v update' mergeChoice = merge mergeChoice {-| Same as `updateList`, but uses the provided conflict resolution choice function instead of `chooseLeft` as in `updateList`. This allows one to make a selection as to whether or not the given delta is still relevant. -} updateList' : (Resource euser v -> Resource euser v -> Resource euser v) -> List (Resource euser v) -> Resource euser v -> Resource euser v updateList' mergeChoice deltas res = mergeMany (flip mergeChoice) (res :: deltas) {-| Given some configuration and a resource, produce a pendingResource in the case that the resource is an operation, otherwise give the same resource. -} integrate : Resource euser v -> Resource euser v integrate res = case res of Group stct -> groupStructMapChange_ integrate stct |> Group Operation optask -> Pending _ -> res {-| `deltaTo` applies the given transformation function to the pending changes to the `Resource` structure, producing a partial structure representing only what has changed since the last call to `integrate`. The resulting partial structure is intended for use as a delta, to be passed to `update` for some other Resource structure. This results in a simple one-way data binding. To introduce k-way data binding, one need only use the `interpret` function to transform the `ResourceTask` output of the subordinate views back in to deltas that transform the origin `Resource` structure. NOTE that this implies when one wishes for the origin structure to reflect changes to one of it's subordinates, one must dispatch UserTasks that succeed with the intended changes. This can be very clean as long as there is a bijection between the origin structure and each of it's subordinates. The complexity of the mapping is of course dependent on your record design, so one must still take care. -} deltaTo : (Resource euser v -> Resource euser v') -> Resource euser v -> Resource euser v' deltaTo f res = case res of Group stct -> Dict.foldl (\key res' -> deltaTo f res' |> Dict.insert key) Dict.empty stct.chgs |> \chgs' -> { curr = chgs', chgs = Dict.empty } |> Group _ -> f res {-| Like `deltaTo`, but without the transformation. The following equivalency holds -} deltaOf : Resource euser v -> Resource euser v deltaOf = deltaTo identity {-| Convert a resource to program input. I've found that this is a very un-Elm-like way of doing things that makes the Elm Architecture harder to stick to. If anyone else finds a counterexample, please let me know! If it does turn out to be useful, I will complete the set. NOTE : DEPRECIATED, removed from v5. -} toProgram : (b -> ProgramInput a b c bad) -> Resource euser b -> Resource euser (ProgramInput a b c bad) toProgram modelInput model' = therefore modelInput model'

elm

externals/elm-syntax-highlight/src/SyntaxHighlight/Theme/OneDark.elm

calvinmd/lever-components

module SyntaxHighlight.Theme.OneDark exposing (css, theme) import SyntaxHighlight.Style exposing (Color(..), RequiredStyles, backgroundColor, italic, noEmphasis, textColor) import SyntaxHighlight.Theme.Type exposing (Theme, toCss) {- Author: Baransu (https://github.com/Baransu) Atom One Dark inspired theme https://github.com/atom/one-dark-syntax base: #282c34 mono-1: #abb2bf mono-2: #818896 mono-3: #5c6370 hue-1: #56b6c2 hue-2: #61aeee hue-3: #c678dd hue-4: #98c379 hue-5: #e06c75 hue-5-2: #be5046 hue-6: #d19a66 hue-6-2: #e6c07b -} css : String css = toCss theme theme : Theme theme = { requiredStyles = requiredStyles , customStyles = [] } requiredStyles : RequiredStyles requiredStyles = { default = noEmphasis (Hex "#abb2bf") (Hex "#282c34") , highlight = backgroundColor (Rgba 229 231 235 0.1) , addition = backgroundColor (Rgba 40 124 82 0.4) , deletion = backgroundColor (Rgba 136 64 67 0.4) , comment = textColor (Hex "#5c6370") |> italic , style1 = textColor (Hex "#d19a66") , style2 = textColor (Hex "#98c379") , style3 = textColor (Hex "#c678dd") , style4 = textColor (Hex "#c678dd") , style5 = textColor (Hex "#61aeee") , style6 = textColor (Hex "#d19a66") , style7 = textColor (Hex "#abb2bf") }

26472

module SyntaxHighlight.Theme.OneDark exposing (css, theme) import SyntaxHighlight.Style exposing (Color(..), RequiredStyles, backgroundColor, italic, noEmphasis, textColor) import SyntaxHighlight.Theme.Type exposing (Theme, toCss) {- Author: <NAME> (https://github.com/Baransu) Atom One Dark inspired theme https://github.com/atom/one-dark-syntax base: #282c34 mono-1: #abb2bf mono-2: #818896 mono-3: #5c6370 hue-1: #56b6c2 hue-2: #61aeee hue-3: #c678dd hue-4: #98c379 hue-5: #e06c75 hue-5-2: #be5046 hue-6: #d19a66 hue-6-2: #e6c07b -} css : String css = toCss theme theme : Theme theme = { requiredStyles = requiredStyles , customStyles = [] } requiredStyles : RequiredStyles requiredStyles = { default = noEmphasis (Hex "#abb2bf") (Hex "#282c34") , highlight = backgroundColor (Rgba 229 231 235 0.1) , addition = backgroundColor (Rgba 40 124 82 0.4) , deletion = backgroundColor (Rgba 136 64 67 0.4) , comment = textColor (Hex "#5c6370") |> italic , style1 = textColor (Hex "#d19a66") , style2 = textColor (Hex "#98c379") , style3 = textColor (Hex "#c678dd") , style4 = textColor (Hex "#c678dd") , style5 = textColor (Hex "#61aeee") , style6 = textColor (Hex "#d19a66") , style7 = textColor (Hex "#abb2bf") }

module SyntaxHighlight.Theme.OneDark exposing (css, theme) import SyntaxHighlight.Style exposing (Color(..), RequiredStyles, backgroundColor, italic, noEmphasis, textColor) import SyntaxHighlight.Theme.Type exposing (Theme, toCss) {- Author: PI:NAME:<NAME>END_PI (https://github.com/Baransu) Atom One Dark inspired theme https://github.com/atom/one-dark-syntax base: #282c34 mono-1: #abb2bf mono-2: #818896 mono-3: #5c6370 hue-1: #56b6c2 hue-2: #61aeee hue-3: #c678dd hue-4: #98c379 hue-5: #e06c75 hue-5-2: #be5046 hue-6: #d19a66 hue-6-2: #e6c07b -} css : String css = toCss theme theme : Theme theme = { requiredStyles = requiredStyles , customStyles = [] } requiredStyles : RequiredStyles requiredStyles = { default = noEmphasis (Hex "#abb2bf") (Hex "#282c34") , highlight = backgroundColor (Rgba 229 231 235 0.1) , addition = backgroundColor (Rgba 40 124 82 0.4) , deletion = backgroundColor (Rgba 136 64 67 0.4) , comment = textColor (Hex "#5c6370") |> italic , style1 = textColor (Hex "#d19a66") , style2 = textColor (Hex "#98c379") , style3 = textColor (Hex "#c678dd") , style4 = textColor (Hex "#c678dd") , style5 = textColor (Hex "#61aeee") , style6 = textColor (Hex "#d19a66") , style7 = textColor (Hex "#abb2bf") }

elm

web/elm/tests/PipelineCardTests.elm

CJcrispy/concourse

module PipelineCardTests exposing (all) import Application.Application as Application import Assets import ColorValues import Colors import Common exposing ( defineHoverBehaviour , givenDataUnauthenticated , gotPipelines , isColorWithStripes ) import Concourse exposing (JsonValue(..)) import Concourse.BuildStatus exposing (BuildStatus(..)) import Concourse.PipelineStatus exposing (PipelineStatus(..), StatusDetails(..)) import DashboardInstanceGroupTests exposing (pipelineInstanceWithVars) import DashboardTests exposing ( afterSeconds , amber , apiData , blue , brown , circularJobs , darkGrey , fadedGreen , givenDataAndUser , green , iconSelector , job , jobWithNameTransitionedAt , lightGrey , middleGrey , orange , otherJob , red , running , userWithRoles , whenOnDashboard , whenOnDashboardViewingAllPipelines , white ) import Data import Dict import Expect exposing (Expectation) import Html.Attributes as Attr import Message.Callback as Callback import Message.Effects as Effects import Message.Message as Msgs exposing (DomID(..), PipelinesSection(..)) import Message.Subscription exposing (Delivery(..), Interval(..)) import Message.TopLevelMessage as ApplicationMsgs import Set import Test exposing (Test, describe, test) import Test.Html.Event as Event import Test.Html.Query as Query import Test.Html.Selector exposing (attribute, class, containing, id, style, tag, text) import Time all : Test all = describe "pipeline cards" <| let findHeader : Query.Single ApplicationMsgs.TopLevelMessage -> Query.Single ApplicationMsgs.TopLevelMessage findHeader = Query.find [ class "card-header" ] findBody : Query.Single ApplicationMsgs.TopLevelMessage -> Query.Single ApplicationMsgs.TopLevelMessage findBody = Query.find [ class "card-body" ] findFavoritesSection = Query.find [ id "dashboard-favorite-pipelines" ] pipelineWithStatus : BuildStatus -> Bool -> Application.Model -> Query.Single ApplicationMsgs.TopLevelMessage pipelineWithStatus status isRunning = let jobFunc = if isRunning then job >> running else job in Application.handleCallback (Callback.AllJobsFetched <| Ok [ jobFunc status ]) >> Tuple.first >> givenDataUnauthenticated [ { id = 0, name = "team" } ] >> Tuple.first >> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) >> Tuple.first >> Application.handleDelivery (ClockTicked OneSecond <| Time.millisToPosix 0) >> Tuple.first >> Common.queryView in [ describe "when team has no visible pipelines" <| let noPipelinesCard : () -> Query.Single ApplicationMsgs.TopLevelMessage noPipelinesCard _ = whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "some-team", [] ) , ( "other-team", [] ) ] ) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "other-team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "dashboard-team-group" , attribute <| Attr.attribute "data-team-name" "some-team" ] |> Query.find [ class "card" ] in [ describe "card" <| [ test "card has display flex with direction column" <| noPipelinesCard >> Query.has [ style "display" "flex" , style "flex-direction" "column" ] , test "card has width 272px and height 268px" <| noPipelinesCard >> Query.has [ style "width" "272px" , style "height" "268px" ] , test "card has a left margin of 25px" <| noPipelinesCard >> Query.has [ style "margin-left" "25px" ] ] , describe "header" <| let header : () -> Query.Single ApplicationMsgs.TopLevelMessage header = noPipelinesCard >> findHeader in [ test "says 'no pipeline set' in white font" <| header >> Expect.all [ Query.has [ text "no pipeline set" ] , Query.has [ style "color" ColorValues.grey20 ] ] , test "has dark grey background" <| header >> Query.has [ style "background-color" ColorValues.grey90 ] , test "text is larger and wider spaced" <| header >> Query.has [ style "font-size" "1.5em" , style "letter-spacing" "0.1em" ] , test "text is centered" <| header >> Query.has [ style "text-align" "center" ] ] , describe "body" <| let body : () -> Query.Single ApplicationMsgs.TopLevelMessage body = noPipelinesCard >> Query.find [ class "card-body" ] in [ test "has 20px 36px padding" <| body >> Query.has [ style "padding" "20px 36px" ] , test "fills available height" <| body >> Query.has [ style "flex-grow" "1" ] , test "has dark grey background" <| body >> Query.has [ style "background-color" ColorValues.grey90 ] , test "has 2px margins above and below" <| body >> Query.has [ style "margin" "2px 0" ] , test "has lighter grey placeholder box that fills" <| body >> Expect.all [ Query.has [ style "display" "flex" ] , Query.children [] >> Query.first >> Query.has [ style "background-color" ColorValues.grey80 , style "flex-grow" "1" ] ] ] , test "footer is dark grey and 47 pixels tall" <| noPipelinesCard >> Query.find [ class "card-footer" ] >> Query.has [ style "background-color" ColorValues.grey90 , style "height" "47px" ] ] , test "is draggable when in all pipelines section and result is not stale" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card" , containing [ text "pipeline" ] ] |> Expect.all [ Query.has [ attribute <| Attr.attribute "draggable" "true" ] , Query.has [ style "cursor" "move" ] ] , test "is not draggable when in favorites section" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Application.handleDelivery (FavoritedPipelinesReceived <| Ok <| Set.singleton 0) |> Tuple.first |> Common.queryView |> Query.findAll [ class "card" , containing [ text "pipeline" ] ] |> Query.first |> Expect.all [ Query.hasNot [ attribute <| Attr.attribute "draggable" "true" ] , Query.hasNot [ style "cursor" "move" ] ] , test "is not draggable when rendering based on the cache" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleDelivery (CachedPipelinesReceived <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card" , containing [ text "pipeline" ] ] |> Expect.all [ Query.hasNot [ attribute <| Attr.attribute "draggable" "true" ] , Query.hasNot [ style "cursor" "move" ] ] , test "fills available space" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card" , containing [ text "pipeline" ] ] |> Query.has [ style "width" "100%" , style "height" "100%" , style "display" "flex" , style "flex-direction" "column" ] , describe "header" <| let header : () -> Query.Single ApplicationMsgs.TopLevelMessage header _ = whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card" , containing [ text "pipeline" ] ] |> findHeader in [ test "has dark grey background" <| header >> Query.has [ style "background-color" ColorValues.grey90 ] , test "has larger, spaced-out light-grey text" <| header >> Query.has [ style "font-size" "1.5em" , style "letter-spacing" "0.1em" , style "color" ColorValues.grey20 ] , test "text does not overflow or wrap" <| header >> Query.children [] >> Query.first >> Query.has [ style "width" "245px" , style "white-space" "nowrap" , style "overflow" "hidden" , style "text-overflow" "ellipsis" ] , test "is hoverable" <| header >> Query.find [ class "dashboard-pipeline-name" ] >> Event.simulate Event.mouseEnter >> Event.expect (ApplicationMsgs.Update <| Msgs.Hover <| Just <| Msgs.PipelineCardName Msgs.AllPipelinesSection 1 ) , test "has html id" <| header >> Query.find [ class "dashboard-pipeline-name" ] >> Query.has [ id <| Effects.toHtmlID <| Msgs.PipelineCardName Msgs.AllPipelinesSection 1 ] , describe "favorited pipeline instances" <| let setup pipelines _ = whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> gotPipelines pipelines |> Application.handleDelivery (FavoritedPipelinesReceived <| Ok (Set.singleton 1) ) |> Tuple.first findCardHeader = Common.queryView >> findFavoritesSection >> Query.find [ class "card" , containing [ text "group" ] ] >> Query.find [ class "card-header" ] in [ test "header displays instance vars and group name" <| setup [ pipelineInstanceWithVars 1 [ ( "foo", JsonString "bar" ) ] ] >> findCardHeader >> Expect.all [ Query.has [ style "height" "80px" , style "box-sizing" "border-box" ] , Query.has [ text "group" ] , Query.has [ containing [ text "foo" ], containing [ text "bar" ] ] ] , test "an instance with no instance vars displays \"no instance vars\"" <| setup [ pipelineInstanceWithVars 1 [] , pipelineInstanceWithVars 2 [ ( "foo", JsonString "bar" ) ] ] >> findCardHeader >> Expect.all [ Query.has [ style "height" "80px" , style "box-sizing" "border-box" ] , Query.has [ text "group" ] , Query.has [ text "no instance vars" ] ] , test "all instance vars appear on the same row" <| setup [ pipelineInstanceWithVars 1 [ ( "a", JsonString "1" ) , ( "b", JsonString "2" ) ] ] >> findCardHeader >> Expect.all [ Query.has [ style "height" "80px" , style "box-sizing" "border-box" ] , Query.has [ text "group" ] , Query.has [ containing [ text "a" ] , containing [ text "1" ] , containing [ text "b" ] , containing [ text "2" ] ] ] ] ] , describe "colored banner" <| let findBanner = Query.find [ class "card" , containing [ text "pipeline" ] ] >> Query.find [ class "banner" ] isSolid : String -> Query.Single ApplicationMsgs.TopLevelMessage -> Expectation isSolid color = Query.has [ style "background-color" color ] in [ describe "non-HD view" [ test "is 7px tall" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> findBanner |> Query.has [ style "height" "7px" ] , test "is grey when pipeline is cached" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleDelivery (CachedPipelinesReceived <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" |> Data.withPaused True ] ) |> Tuple.first |> Common.queryView |> findBanner |> isSolid lightGrey , test "is dark grey when pipeline is archived" <| \_ -> whenOnDashboardViewingAllPipelines { highDensity = False } |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" |> Data.withArchived True |> Data.withPaused True ] ) |> Tuple.first |> Common.queryView |> findBanner |> isSolid Colors.backgroundDark , test "is blue when pipeline is paused" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" |> Data.withPaused True ] ) |> Tuple.first |> Common.queryView |> findBanner |> isSolid blue , test "is green when pipeline is succeeding" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusSucceeded False |> findBanner |> isSolid green , test "is green with black stripes when pipeline is succeeding and running" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusSucceeded True |> findBanner |> isColorWithStripes { thin = green, thick = ColorValues.grey90 } , test "is grey when pipeline is pending" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> findBanner |> isSolid lightGrey , test "is grey with black stripes when pipeline is pending and running" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusStarted True |> findBanner |> isColorWithStripes { thin = lightGrey, thick = ColorValues.grey90 } , test "is red when pipeline is failing" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusFailed False |> findBanner |> isSolid red , test "is red with black stripes when pipeline is failing and running" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusFailed True |> findBanner |> isColorWithStripes { thin = red, thick = ColorValues.grey90 } , test "is amber when pipeline is erroring" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusErrored False |> findBanner |> isSolid amber , test "is amber with black stripes when pipeline is erroring and running" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusErrored True |> findBanner |> isColorWithStripes { thin = amber, thick = ColorValues.grey90 } , test "is brown when pipeline is aborted" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusAborted False |> findBanner |> isSolid brown , test "is brown with black stripes when pipeline is aborted and running" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusAborted True |> findBanner |> isColorWithStripes { thin = brown, thick = ColorValues.grey90 } , describe "status priorities" <| let givenTwoJobsWithModifiers : BuildStatus -> (Concourse.Job -> Concourse.Job) -> BuildStatus -> (Concourse.Job -> Concourse.Job) -> Query.Single ApplicationMsgs.TopLevelMessage givenTwoJobsWithModifiers firstStatus firstModifier secondStatus secondModifier = whenOnDashboard { highDensity = False } |> Application.handleCallback (Callback.AllJobsFetched <| Ok [ job firstStatus |> firstModifier , otherJob secondStatus |> secondModifier ] ) |> Tuple.first |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView givenTwoJobs : BuildStatus -> BuildStatus -> Query.Single ApplicationMsgs.TopLevelMessage givenTwoJobs firstStatus secondStatus = givenTwoJobsWithModifiers firstStatus identity secondStatus identity in [ test "failed is more important than errored" <| \_ -> givenTwoJobs BuildStatusFailed BuildStatusErrored |> findBanner |> isSolid red , test "errored is more important than aborted" <| \_ -> givenTwoJobs BuildStatusErrored BuildStatusAborted |> findBanner |> isSolid amber , test "aborted is more important than succeeding" <| \_ -> givenTwoJobs BuildStatusAborted BuildStatusSucceeded |> findBanner |> isSolid brown , test "succeeding is more important than pending" <| \_ -> givenTwoJobs BuildStatusSucceeded BuildStatusPending |> findBanner |> isSolid green , test "paused jobs are ignored" <| \_ -> givenTwoJobsWithModifiers BuildStatusSucceeded identity BuildStatusFailed (Data.withPaused True) |> findBanner |> isSolid green ] , test "does not crash with a circular pipeline" <| \_ -> whenOnDashboard { highDensity = False } |> Application.handleCallback (Callback.AllJobsFetched <| Ok circularJobs) |> Tuple.first |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> findBanner |> isSolid green , describe "HD view" [ test "is 8px wide" <| \_ -> whenOnDashboard { highDensity = True } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> findBanner |> Query.has [ style "width" "8px" ] , test "is grey when pipeline is cached" <| \_ -> whenOnDashboard { highDensity = True } |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleDelivery (CachedPipelinesReceived <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" |> Data.withPaused True ] ) |> Tuple.first |> Common.queryView |> findBanner |> isSolid lightGrey , test "is dark grey when pipeline is archived" <| \_ -> whenOnDashboardViewingAllPipelines { highDensity = False } |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" |> Data.withArchived True |> Data.withPaused True ] ) |> Tuple.first |> Common.queryView |> findBanner |> isSolid Colors.backgroundDark , test "is blue when pipeline is paused" <| \_ -> whenOnDashboard { highDensity = True } |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" |> Data.withPaused True ] ) |> Tuple.first |> Common.queryView |> findBanner |> isSolid blue , test "is green when pipeline is succeeding" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusSucceeded False |> findBanner |> isSolid green , test "is green with black stripes when pipeline is succeeding and running" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusSucceeded True |> findBanner |> isColorWithStripes { thin = green, thick = ColorValues.grey90 } , test "is grey when pipeline is pending" <| \_ -> whenOnDashboard { highDensity = True } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> findBanner |> isSolid lightGrey , test "is grey with black stripes when pipeline is pending and running" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusStarted True |> findBanner |> isColorWithStripes { thin = lightGrey, thick = ColorValues.grey90 } , test "is red when pipeline is failing" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusFailed False |> findBanner |> isSolid red , test "is red with black stripes when pipeline is failing and running" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusFailed True |> findBanner |> isColorWithStripes { thin = red, thick = ColorValues.grey90 } , test "is amber when pipeline is erroring" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusErrored False |> findBanner |> isSolid amber , test "is amber with black stripes when pipeline is erroring and running" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusErrored True |> findBanner |> isColorWithStripes { thin = amber, thick = ColorValues.grey90 } , test "is brown when pipeline is aborted" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusAborted False |> findBanner |> isSolid brown , test "is brown with black stripes when pipeline is aborted and running" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusAborted True |> findBanner |> isColorWithStripes { thin = brown, thick = ColorValues.grey90 } , describe "status priorities" <| let givenTwoJobsWithModifiers : BuildStatus -> (Concourse.Job -> Concourse.Job) -> BuildStatus -> (Concourse.Job -> Concourse.Job) -> Query.Single ApplicationMsgs.TopLevelMessage givenTwoJobsWithModifiers firstStatus firstModifier secondStatus secondModifier = whenOnDashboard { highDensity = True } |> Application.handleCallback (Callback.AllJobsFetched <| Ok [ job firstStatus |> firstModifier , otherJob secondStatus |> secondModifier ] ) |> Tuple.first |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView givenTwoJobs : BuildStatus -> BuildStatus -> Query.Single ApplicationMsgs.TopLevelMessage givenTwoJobs firstStatus secondStatus = givenTwoJobsWithModifiers firstStatus identity secondStatus identity in [ test "failed is more important than errored" <| \_ -> givenTwoJobs BuildStatusFailed BuildStatusErrored |> findBanner |> isSolid red , test "errored is more important than aborted" <| \_ -> givenTwoJobs BuildStatusErrored BuildStatusAborted |> findBanner |> isSolid amber , test "aborted is more important than succeeding" <| \_ -> givenTwoJobs BuildStatusAborted BuildStatusSucceeded |> findBanner |> isSolid brown , test "succeeding is more important than pending" <| \_ -> givenTwoJobs BuildStatusSucceeded BuildStatusPending |> findBanner |> isSolid green , test "paused jobs are ignored" <| \_ -> givenTwoJobsWithModifiers BuildStatusSucceeded identity BuildStatusFailed (Data.withPaused True) |> findBanner |> isSolid green ] ] ] ] , describe "on HD view" <| let setup : () -> Query.Single ApplicationMsgs.TopLevelMessage setup _ = whenOnDashboard { highDensity = True } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView noPipelines : () -> Query.Single ApplicationMsgs.TopLevelMessage noPipelines _ = whenOnDashboard { highDensity = True } |> givenDataUnauthenticated (apiData [ ( "some-team", [] ) , ( "other-team", [] ) ] ) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "other-team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView card : Query.Single ApplicationMsgs.TopLevelMessage -> Query.Single ApplicationMsgs.TopLevelMessage card = Query.find [ class "card" , containing [ text "pipeline" ] ] cardText : Query.Single ApplicationMsgs.TopLevelMessage -> Query.Single ApplicationMsgs.TopLevelMessage cardText = card >> Query.children [] >> Query.index 1 noPipelinesCard = Query.find [ class "card" , containing [ text "no pipeline" ] ] in [ test "no pipelines card has 14px font and 1px spacing" <| noPipelines >> noPipelinesCard >> Query.has [ style "font-size" "14px" , style "letter-spacing" "1px" ] , test "no pipelines card text is vertically centered" <| noPipelines >> noPipelinesCard >> Query.has [ style "display" "flex" , style "align-items" "center" ] , test "no pipelines card is 60px tall" <| noPipelines >> noPipelinesCard >> Query.has [ style "height" "60px" ] , test "no pipelines card has 60px right margin" <| noPipelines >> noPipelinesCard >> Query.has [ style "margin-right" "60px" ] , test "no pipelines card text has 10px padding" <| noPipelines >> noPipelinesCard >> Query.children [] >> Query.first >> Query.has [ style "padding" "10px" ] , test "no pipelines card is 200px wide" <| noPipelines >> noPipelinesCard >> Query.has [ style "width" "200px" ] , test "no pipelines card has dark grey background" <| noPipelines >> noPipelinesCard >> Query.has [ style "background-color" ColorValues.grey90 ] , test "card name is hoverable" <| setup >> card >> Query.find [ class "dashboardhd-pipeline-name" ] >> Event.simulate Event.mouseEnter >> Event.expect (ApplicationMsgs.Update <| Msgs.Hover <| Just <| Msgs.PipelineCardNameHD 1 ) , test "card name has html id" <| setup >> card >> Query.find [ class "dashboardhd-pipeline-name" ] >> Query.has [ id <| Effects.toHtmlID <| Msgs.PipelineCardNameHD 1 ] , test "card has larger tighter font" <| setup >> card >> Query.has [ style "font-size" "19px" , style "letter-spacing" "1px" ] , test "card text does not overflow or wrap" <| setup >> cardText >> Query.has [ style "width" "180px" , style "white-space" "nowrap" , style "overflow" "hidden" , style "text-overflow" "ellipsis" ] , test "card text is vertically centered" <| setup >> cardText >> Query.has [ style "align-self" "center" ] , test "card text has 10px padding" <| setup >> cardText >> Query.has [ style "padding" "10px" ] , test "card lays out contents horizontally" <| setup >> card >> Query.has [ style "display" "flex" ] , test "card is 60px tall" <| setup >> card >> Query.has [ style "height" "60px" ] , test "card is 200px wide" <| setup >> card >> Query.has [ style "width" "200px" ] , test "no triangle when there is no resource error" <| setup >> card >> Query.children [] >> Query.count (Expect.equal 2) , describe "resource error triangle" <| let givenResourceFailingToCheck : () -> Query.Single ApplicationMsgs.TopLevelMessage givenResourceFailingToCheck _ = whenOnDashboard { highDensity = True } |> Application.handleCallback (Callback.AllResourcesFetched <| Ok [ Data.resource Nothing |> Data.withBuild (Just <| Data.build Concourse.BuildStatus.BuildStatusFailed) ] ) |> Tuple.first |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView resourceErrorTriangle = Query.children [] >> Query.index -1 in [ test "exists" <| givenResourceFailingToCheck >> card >> Query.children [] >> Query.count (Expect.equal 3) , test "is at the top right of card" <| givenResourceFailingToCheck >> card >> Expect.all [ Query.has [ style "position" "relative" ] , resourceErrorTriangle >> Query.has [ style "position" "absolute" , style "top" "0" , style "right" "0" ] ] , test "is an orange 'top right' triangle" <| givenResourceFailingToCheck >> card >> resourceErrorTriangle >> Query.has [ style "width" "0" , style "height" "0" , style "border-top" <| "30px solid " ++ orange , style "border-left" "30px solid transparent" ] ] , test ("cards are spaced 4px apart vertically and " ++ "60px apart horizontally" ) <| setup >> card >> Query.has [ style "margin" "0 60px 4px 0" ] , test "card is faded green when pipeline is succeeding" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusSucceeded False |> card |> Query.has [ style "background-color" fadedGreen ] , test "card is red when pipeline is failing" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusFailed False |> card |> Query.has [ style "background-color" red ] , test "card is amber when pipeline is erroring" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusErrored False |> card |> Query.has [ style "background-color" amber ] , test "card is not affected by jobs from other pipelines" <| \_ -> whenOnDashboard { highDensity = True } |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Application.handleCallback (Callback.AllJobsFetched <| let baseJob = job BuildStatusErrored in Ok [ { baseJob | pipelineName = "other-pipeline" } ] ) |> Tuple.first |> Common.queryView |> card |> Query.hasNot [ style "background-color" amber ] ] , describe "body" <| let setup : () -> Query.Single ApplicationMsgs.TopLevelMessage setup _ = whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card" , containing [ text "pipeline" ] ] in [ test "has dark grey background" <| setup >> findBody >> Query.has [ style "background-color" ColorValues.grey90 ] , test "has 2px margin above and below" <| setup >> findBody >> Query.has [ style "margin" "2px 0" ] , test "fills available height" <| setup >> findBody >> Query.has [ style "flex-grow" "1" ] , test "allows pipeline-grid to fill available height" <| setup >> findBody >> Query.has [ style "display" "flex" ] , test "pipeline-grid fills available width" <| setup >> findBody >> Query.find [ class "pipeline-grid" ] >> Query.has [ style "box-sizing" "border-box" , style "width" "100%" ] ] , describe "footer" <| let hasStyle : String -> String -> Expectation hasStyle property value = whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Query.has [ style property value ] in [ test "has dark grey background" <| \_ -> hasStyle "background-color" ColorValues.grey90 , test "has medium padding" <| \_ -> hasStyle "padding" "13.5px" , test "lays out contents horizontally" <| \_ -> hasStyle "display" "flex" , test "is divided into a left and right section, spread apart" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Expect.all [ Query.children [] >> Query.count (Expect.equal 2) , Query.has [ style "justify-content" "space-between" ] ] , test "both sections lay out contents horizontally" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Query.children [] |> Query.each (Query.has [ style "display" "flex" ]) , describe "left-hand section" <| let findStatusIcon = Query.find [ class "pipeline-status" ] >> Query.children [] >> Query.first findStatusText = Query.find [ class "pipeline-status" ] >> Query.children [] >> Query.index -1 in [ describe "when pipeline is paused" <| let setup = whenOnDashboard { highDensity = False } |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" |> Data.withPaused True ] ) |> Tuple.first |> Common.queryView in [ test "status icon is blue pause" <| \_ -> setup |> findStatusIcon |> Query.has (iconSelector { size = "20px" , image = Assets.PipelineStatusIconPaused } ++ [ style "background-size" "contain" ] ) , test "status text is blue" <| \_ -> setup |> findStatusText |> Query.has [ style "color" blue ] , test "status text is larger and spaced more widely" <| \_ -> setup |> findStatusText |> Query.has [ style "font-size" "18px" , style "line-height" "20px" , style "letter-spacing" "0.05em" ] , test "status text is offset to the right of the icon" <| \_ -> setup |> findStatusText |> Query.has [ style "margin-left" "8px" ] , test "status text says 'paused'" <| \_ -> setup |> findStatusText |> Query.has [ text "paused" ] ] , describe "when a pipeline is based on cache" <| let setup = whenOnDashboard { highDensity = False } |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleDelivery (CachedPipelinesReceived <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" |> Data.withPaused True ] ) |> Tuple.first |> Common.queryView in [ test "status icon is grey pending" <| \_ -> setup |> findStatusIcon |> Query.has (iconSelector { size = "20px" , image = Assets.PipelineStatusIconStale } ++ [ style "background-size" "contain" ] ) , test "status text is grey" <| \_ -> setup |> findStatusText |> Query.has [ style "color" lightGrey ] , test "status text says 'loading...'" <| \_ -> setup |> findStatusText |> Query.has [ text "loading..." ] , test "pipeline card is faded" <| \_ -> setup |> Query.find [ class "card" ] |> Query.has [ style "opacity" "0.45" ] ] , describe "when pipeline has no jobs due to a disabled endpoint" <| let setup = whenOnDashboard { highDensity = False } |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleDelivery (CachedJobsReceived <| Ok [ Data.job 0 ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 ] ) |> Tuple.first |> Application.handleCallback (Callback.AllJobsFetched <| Data.httpNotImplemented ) domID = Msgs.PipelineStatusIcon AllPipelinesSection 0 in [ test "status icon is faded sync" <| \_ -> setup |> Tuple.first |> Common.queryView |> findStatusIcon |> Query.has (iconSelector { size = "20px" , image = Assets.PipelineStatusIconJobsDisabled } ++ [ style "background-size" "contain" , style "opacity" "0.5" ] ) , test "status icon is hoverable" <| \_ -> setup |> Tuple.first |> Common.queryView |> findStatusIcon |> Event.simulate Event.mouseEnter |> Event.expect (ApplicationMsgs.Update <| Msgs.Hover <| Just domID ) , test "hovering status icon sends location request" <| \_ -> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Hover <| Just domID ) |> Tuple.second |> Common.contains (Effects.GetViewportOf domID) , test "hovering status icon shows tooltip" <| \_ -> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Hover <| Just domID ) |> Tuple.first |> Application.handleCallback (Callback.GotViewport domID (Ok { scene = { width = 1 , height = 0 } , viewport = { width = 1 , height = 0 , x = 0 , y = 0 } } ) ) |> Tuple.first |> Application.handleCallback (Callback.GotElement <| Ok { scene = { width = 0 , height = 0 } , viewport = { width = 0 , height = 0 , x = 0 , y = 0 } , element = { x = 0 , y = 0 , width = 1 , height = 1 } } ) |> Tuple.first |> Common.queryView |> Query.has [ style "position" "fixed" , containing [ text "automatic job monitoring disabled" ] ] , test "status text says 'no data'" <| \_ -> setup |> Tuple.first |> Common.queryView |> findStatusText |> Query.has [ text "no data" ] , test "job preview is empty placeholder" <| \_ -> setup |> Tuple.first |> Common.queryView |> Query.find [ class "card-body" ] |> Query.has [ style "background-color" ColorValues.grey90 ] , test "job data is cleared" <| \_ -> setup |> Tuple.first |> Common.queryView |> Query.find [ class "parallel-grid" ] |> Query.hasNot [ tag "a" ] , test "job data is cleared from local cache" <| \_ -> setup |> Tuple.second |> Common.contains Effects.DeleteCachedJobs ] , describe "when pipeline is archived" <| let setup = whenOnDashboardViewingAllPipelines { highDensity = False } |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withArchived True ] ) |> Tuple.first |> Application.handleCallback (Callback.AllJobsFetched <| Ok [ Data.job 0 ] ) in [ test "status section is empty" <| \_ -> setup |> Tuple.first |> Common.queryView |> Query.find [ class "pipeline-status" ] |> Query.children [] |> Query.count (Expect.equal 0) , test "job preview is empty placeholder" <| \_ -> setup |> Tuple.first |> Common.queryView |> Query.find [ class "card-body" ] |> Query.has [ style "background-color" ColorValues.grey90 ] , test "there is no pause button" <| \_ -> setup |> Tuple.first |> Common.queryView |> Query.hasNot [ class "pause-toggle" ] ] , describe "when pipeline is pending" <| [ test "status icon is grey" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusPending False |> findStatusIcon |> Query.has (iconSelector { size = "20px" , image = Assets.PipelineStatusIconPending } ++ [ style "background-size" "contain" ] ) , test "status text is grey" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusPending False |> findStatusText |> Query.has [ style "color" lightGrey ] , test "status text says 'pending'" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusPending False |> findStatusText |> Query.has [ text "pending" ] , test "when running, status text says 'running'" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusPending True |> findStatusText |> Query.has [ text "running" ] ] , describe "when pipeline is succeeding" [ test "status icon is a green check" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusSucceeded False |> findStatusIcon |> Query.has (iconSelector { size = "20px" , image = Assets.PipelineStatusIconSucceeded } ++ [ style "background-size" "contain" ] ) , test "status text is green" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusSucceeded False |> findStatusText |> Query.has [ style "color" green ] , test "when running, status text says 'running'" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusSucceeded True |> findStatusText |> Query.has [ text "running" ] , test "when not running, status text shows age" <| \_ -> whenOnDashboard { highDensity = False } |> Application.handleCallback (Callback.AllJobsFetched <| Ok [ jobWithNameTransitionedAt "job" (Just <| Time.millisToPosix 0) BuildStatusSucceeded ] ) |> Tuple.first |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> afterSeconds 1 |> Common.queryView |> findStatusText |> Query.has [ text "1s" ] ] , describe "when pipeline is failing" [ test "status icon is a red !" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusFailed False |> findStatusIcon |> Query.has (iconSelector { size = "20px" , image = Assets.PipelineStatusIconFailed } ++ [ style "background-size" "contain" ] ) , test "status text is red" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusFailed False |> findStatusText |> Query.has [ style "color" red ] ] , test "when pipeline is aborted, status icon is a brown x" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusAborted False |> findStatusIcon |> Query.has (iconSelector { size = "20px" , image = Assets.PipelineStatusIconAborted } ++ [ style "background-size" "contain" ] ) , test "when pipeline is errored, status icon is an amber triangle" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusErrored False |> findStatusIcon |> Query.has (iconSelector { size = "20px" , image = Assets.PipelineStatusIconErrored } ++ [ style "background-size" "contain" ] ) ] , describe "right-hand section" [ describe "visibility toggle" <| let pipelineId = Data.pipelineId visibilityToggle = Common.queryView >> Query.findAll [ class "card-footer" ] >> Query.first >> Query.children [] >> Query.index -1 >> Query.children [] >> Query.index 2 openEye = iconSelector { size = "20px" , image = Assets.VisibilityToggleIcon True } ++ [ style "background-size" "contain" ] slashedOutEye = iconSelector { size = "20px" , image = Assets.VisibilityToggleIcon False } ++ [ style "background-size" "contain" ] openEyeClickable setup = [ defineHoverBehaviour { name = "open eye toggle" , setup = whenOnDashboard { highDensity = False } |> setup |> Tuple.first , query = visibilityToggle , unhoveredSelector = { description = "faded 20px square" , selector = openEye ++ [ style "opacity" "0.5" , style "cursor" "pointer" ] } , hoverable = Msgs.VisibilityButton AllPipelinesSection 0 , hoveredSelector = { description = "bright 20px square" , selector = openEye ++ [ style "opacity" "1" , style "cursor" "pointer" ] } } , test "has click handler" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> visibilityToggle |> Event.simulate Event.click |> Event.expect (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) , test "click has HidePipeline effect" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) |> Tuple.second |> Expect.equal [ Effects.ChangeVisibility Msgs.Hide pipelineId ] , defineHoverBehaviour { name = "open eye toggle in favorites section" , setup = whenOnDashboard { highDensity = False } |> Application.handleDelivery (Message.Subscription.FavoritedPipelinesReceived <| Ok <| Set.singleton 0) |> Tuple.first |> setup |> Tuple.first , query = visibilityToggle , unhoveredSelector = { description = "faded 20px square" , selector = openEye ++ [ style "opacity" "0.5" , style "cursor" "pointer" ] } , hoverable = Msgs.VisibilityButton FavoritesSection 0 , hoveredSelector = { description = "bright 20px square" , selector = openEye ++ [ style "opacity" "1" , style "cursor" "pointer" ] } } , defineHoverBehaviour { name = "visibility spinner" , setup = whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) |> Tuple.first , query = visibilityToggle , unhoveredSelector = { description = "20px spinner" , selector = [ style "animation" "container-rotate 1568ms linear infinite" , style "height" "20px" , style "width" "20px" ] } , hoverable = Msgs.VisibilityButton AllPipelinesSection 0 , hoveredSelector = { description = "20px spinner" , selector = [ style "animation" "container-rotate 1568ms linear infinite" , style "height" "20px" , style "width" "20px" ] } } , test "success resolves spinner to slashed-out eye" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) |> Tuple.first |> Application.handleCallback (Callback.VisibilityChanged Msgs.Hide pipelineId (Ok ()) ) |> Tuple.first |> visibilityToggle |> Query.has slashedOutEye , test "error resolves spinner to open eye" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) |> Tuple.first |> Application.handleCallback (Callback.VisibilityChanged Msgs.Hide pipelineId Data.httpInternalServerError ) |> Tuple.first |> visibilityToggle |> Query.has openEye , test "401 redirects to login" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) |> Tuple.first |> Application.handleCallback (Callback.VisibilityChanged Msgs.Hide pipelineId Data.httpUnauthorized ) |> Tuple.second |> Expect.equal [ Effects.RedirectToLogin ] ] openEyeUnclickable setup = [ defineHoverBehaviour { name = "open eye toggle" , setup = whenOnDashboard { highDensity = False } |> setup |> Tuple.first , query = visibilityToggle , unhoveredSelector = { description = "faded 20px square" , selector = openEye ++ [ style "opacity" "0.5" , style "cursor" "default" ] } , hoverable = Msgs.VisibilityButton AllPipelinesSection 0 , hoveredSelector = { description = "faded 20px square" , selector = openEye ++ [ style "opacity" "0.5" , style "cursor" "default" ] } } , test "has no click handler" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> visibilityToggle |> Event.simulate Event.click |> Event.toResult |> Expect.err ] slashedOutEyeClickable setup = [ defineHoverBehaviour { name = "slashed-out eye toggle" , setup = whenOnDashboard { highDensity = False } |> setup |> Tuple.first , query = visibilityToggle , unhoveredSelector = { description = "faded 20px square" , selector = slashedOutEye ++ [ style "opacity" "0.5" , style "cursor" "pointer" ] } , hoverable = Msgs.VisibilityButton AllPipelinesSection 0 , hoveredSelector = { description = "bright 20px square" , selector = slashedOutEye ++ [ style "opacity" "1" , style "cursor" "pointer" ] } } , test "has click handler" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> visibilityToggle |> Event.simulate Event.click |> Event.expect (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) , test "click has ExposePipeline effect" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) |> Tuple.second |> Expect.equal [ Effects.ChangeVisibility Msgs.Expose pipelineId ] , defineHoverBehaviour { name = "visibility spinner" , setup = whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) |> Tuple.first , query = visibilityToggle , unhoveredSelector = { description = "20px spinner" , selector = [ style "animation" "container-rotate 1568ms linear infinite" , style "height" "20px" , style "width" "20px" ] } , hoverable = Msgs.VisibilityButton AllPipelinesSection 0 , hoveredSelector = { description = "20px spinner" , selector = [ style "animation" "container-rotate 1568ms linear infinite" , style "height" "20px" , style "width" "20px" ] } } , test "success resolves spinner to open eye" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) |> Tuple.first |> Application.handleCallback (Callback.VisibilityChanged Msgs.Expose pipelineId (Ok ()) ) |> Tuple.first |> visibilityToggle |> Query.has openEye , test "error resolves spinner to slashed-out eye" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) |> Tuple.first |> Application.handleCallback (Callback.VisibilityChanged Msgs.Expose pipelineId Data.httpInternalServerError ) |> Tuple.first |> visibilityToggle |> Query.has slashedOutEye ] slashedOutEyeUnclickable setup = [ defineHoverBehaviour { name = "slashed-out eye toggle" , setup = whenOnDashboard { highDensity = False } |> setup |> Tuple.first , query = visibilityToggle , unhoveredSelector = { description = "faded 20px square" , selector = slashedOutEye ++ [ style "opacity" "0.5" , style "cursor" "default" ] } , hoverable = Msgs.VisibilityButton AllPipelinesSection 0 , hoveredSelector = { description = "faded 20px square" , selector = slashedOutEye ++ [ style "opacity" "0.5" , style "cursor" "default" ] } } , test "has no click handler" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> visibilityToggle |> Event.simulate Event.click |> Event.toResult |> Expect.err ] in [ describe "when authorized" <| let whenAuthorizedPublic = givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ] ) >> Tuple.first >> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) whenAuthorizedNonPublic = givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ] ) >> Tuple.first >> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" |> Data.withPublic False ] ) in [ describe "on public pipeline" <| openEyeClickable whenAuthorizedPublic , describe "on a non-public pipeline" <| slashedOutEyeClickable whenAuthorizedNonPublic ] , describe "when unauthorized" <| let whenUnauthorizedPublic = givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "viewer" ] ) ] ) >> Tuple.first >> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) whenUnauthorizedNonPublic = givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "viewer" ] ) ] ) >> Tuple.first >> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" |> Data.withPublic False ] ) in [ describe "on public pipeline" <| openEyeUnclickable whenUnauthorizedPublic , describe "on a non-public pipeline" <| slashedOutEyeUnclickable whenUnauthorizedNonPublic ] , describe "when unauthenticated" <| let whenUnauthenticated = givenDataUnauthenticated (apiData [ ( "team", [] ) ]) >> Tuple.first >> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) in [ describe "on public pipeline" <| openEyeClickable whenUnauthenticated ] ] , test "there is medium spacing between the eye and the play/pause button" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Query.children [] |> Query.index -1 |> Query.children [] |> Expect.all [ Query.count (Expect.equal 5) , Query.index 1 >> Query.has [ style "width" "12px" ] ] , test "there is medium spacing between the eye and the favorited icon" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Query.children [] |> Query.index -1 |> Query.children [] |> Expect.all [ Query.count (Expect.equal 5) , Query.index 3 >> Query.has [ style "width" "12px" ] ] , describe "pause toggle" [ test "the right section has a 20px square pause button on the left" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Query.children [] |> Query.index -1 |> Query.children [] |> Query.index 0 |> Query.has (iconSelector { size = "20px" , image = Assets.PauseIcon } ) , test "pause button has pointer cursor when authorized" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Query.find (iconSelector { size = "20px" , image = Assets.PauseIcon } ) |> Query.has [ style "cursor" "pointer" ] , test "pause button is transparent" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Query.find (iconSelector { size = "20px" , image = Assets.PauseIcon } ) |> Query.has [ style "opacity" "0.5" ] , defineHoverBehaviour { name = "pause button" , setup = whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first , query = Common.queryView >> Query.find [ class "card-footer" ] >> Query.children [] >> Query.index -1 >> Query.children [] >> Query.index 0 , unhoveredSelector = { description = "a faded 20px square pause button with pointer cursor" , selector = iconSelector { size = "20px" , image = Assets.PauseIcon } ++ [ style "cursor" "pointer" , style "opacity" "0.5" ] } , hoverable = Msgs.PipelineCardPauseToggle AllPipelinesSection 1 , hoveredSelector = { description = "a bright 20px square pause button with pointer cursor" , selector = iconSelector { size = "20px" , image = Assets.PauseIcon } ++ [ style "cursor" "pointer" , style "opacity" "1" ] } } , defineHoverBehaviour { name = "pause button in favorites section" , setup = whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Application.handleDelivery (Message.Subscription.FavoritedPipelinesReceived <| Ok <| Set.singleton 1) |> Tuple.first , query = Common.queryView >> Query.findAll [ class "card-footer" ] >> Query.first >> Query.children [] >> Query.index -1 >> Query.children [] >> Query.index 0 , unhoveredSelector = { description = "a faded 20px square pause button with pointer cursor" , selector = iconSelector { size = "20px" , image = Assets.PauseIcon } ++ [ style "cursor" "pointer" , style "opacity" "0.5" ] } , hoverable = Msgs.PipelineCardPauseToggle FavoritesSection 1 , hoveredSelector = { description = "a bright 20px square pause button with pointer cursor" , selector = iconSelector { size = "20px" , image = Assets.PauseIcon } ++ [ style "cursor" "pointer" , style "opacity" "1" ] } } , defineHoverBehaviour { name = "play button" , setup = whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" |> Data.withPaused True ] ) |> Tuple.first , query = Common.queryView >> Query.find [ class "card-footer" ] >> Query.children [] >> Query.index -1 >> Query.children [] >> Query.index 0 , unhoveredSelector = { description = "a transparent 20px square play button with pointer cursor" , selector = iconSelector { size = "20px" , image = Assets.PlayIcon } ++ [ style "cursor" "pointer" , style "opacity" "0.5" ] } , hoverable = Msgs.PipelineCardPauseToggle AllPipelinesSection 1 , hoveredSelector = { description = "an opaque 20px square play button with pointer cursor" , selector = iconSelector { size = "20px" , image = Assets.PlayIcon } ++ [ style "cursor" "pointer" , style "opacity" "1" ] } } , test "clicking pause button sends TogglePipeline msg" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Query.find [ class "pause-toggle" ] |> Event.simulate Event.click |> Event.expect (ApplicationMsgs.Update <| Msgs.Click <| Msgs.PipelineCardPauseToggle AllPipelinesSection 1 ) , test "pause button turns into spinner on click" <| \_ -> let animation = "container-rotate 1568ms linear infinite" in whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.PipelineCardPauseToggle AllPipelinesSection 1 ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Query.has [ style "animation" animation ] , test "clicking pause button sends toggle api call" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.PipelineCardPauseToggle AllPipelinesSection 1 ) |> Tuple.second |> Expect.equal [ Effects.SendTogglePipelineRequest Data.pipelineId False ] , test "all pipelines are refetched after ok toggle call" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.PipelineCardPauseToggle AllPipelinesSection 1 ) |> Tuple.first |> Application.handleCallback (Callback.PipelineToggled Data.pipelineId (Ok ())) |> Tuple.second |> Expect.equal [ Effects.FetchAllPipelines ] , test "401 toggle call redirects to login" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.PipelineCardPauseToggle AllPipelinesSection 1 ) |> Tuple.first |> Application.handleCallback (Callback.PipelineToggled Data.pipelineId Data.httpUnauthorized) |> Tuple.second |> Expect.equal [ Effects.RedirectToLogin ] ] , describe "favorited icon" <| let pipelineId = 0 unfilledFavoritedIcon = iconSelector { size = "20px" , image = Assets.FavoritedToggleIcon { isFavorited = False, isHovered = False, isSideBar = False } } ++ [ style "background-size" "contain" ] unfilledBrightFavoritedIcon = iconSelector { size = "20px" , image = Assets.FavoritedToggleIcon { isFavorited = False, isHovered = True, isSideBar = False } } ++ [ style "background-size" "contain" ] filledFavoritedIcon = iconSelector { size = "20px" , image = Assets.FavoritedToggleIcon { isFavorited = True, isHovered = False, isSideBar = False } } ++ [ style "background-size" "contain" ] favoritedToggle = Common.queryView >> Query.findAll [ class "card-footer" ] >> Query.first >> Query.children [] >> Query.index -1 >> Query.children [] >> Query.index -1 favoritedIconClickable setup = [ defineHoverBehaviour { name = "favorited icon toggle" , setup = whenOnDashboard { highDensity = False } |> setup |> Tuple.first , query = favoritedToggle , unhoveredSelector = { description = "faded star icon" , selector = unfilledFavoritedIcon ++ [ style "cursor" "pointer" ] } , hoverable = Msgs.PipelineCardFavoritedIcon AllPipelinesSection pipelineId , hoveredSelector = { description = "bright star icon" , selector = unfilledBrightFavoritedIcon ++ [ style "cursor" "pointer" ] } } , test "has click handler" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> favoritedToggle |> Event.simulate Event.click |> Event.expect (ApplicationMsgs.Update <| Msgs.Click <| Msgs.PipelineCardFavoritedIcon AllPipelinesSection pipelineId ) , test "click has FavoritedPipeline effect" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.PipelineCardFavoritedIcon AllPipelinesSection pipelineId ) |> Tuple.second |> Expect.equal [ Effects.SaveFavoritedPipelines <| Set.singleton pipelineId ] , test "favorited pipeline card has a bright filled star icon" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.handleDelivery (FavoritedPipelinesReceived <| Ok <| Set.singleton pipelineId ) |> Tuple.first |> favoritedToggle |> Expect.all [ Query.has filledFavoritedIcon ] ] in favoritedIconClickable (givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ] ) >> Tuple.first >> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) ) ] ] ]

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module PipelineCardTests exposing (all) import Application.Application as Application import Assets import ColorValues import Colors import Common exposing ( defineHoverBehaviour , givenDataUnauthenticated , gotPipelines , isColorWithStripes ) import Concourse exposing (JsonValue(..)) import Concourse.BuildStatus exposing (BuildStatus(..)) import Concourse.PipelineStatus exposing (PipelineStatus(..), StatusDetails(..)) import DashboardInstanceGroupTests exposing (pipelineInstanceWithVars) import DashboardTests exposing ( afterSeconds , amber , apiData , blue , brown , circularJobs , darkGrey , fadedGreen , givenDataAndUser , green , iconSelector , job , jobWithNameTransitionedAt , lightGrey , middleGrey , orange , otherJob , red , running , userWithRoles , whenOnDashboard , whenOnDashboardViewingAllPipelines , white ) import Data import Dict import Expect exposing (Expectation) import Html.Attributes as Attr import Message.Callback as Callback import Message.Effects as Effects import Message.Message as Msgs exposing (DomID(..), PipelinesSection(..)) import Message.Subscription exposing (Delivery(..), Interval(..)) import Message.TopLevelMessage as ApplicationMsgs import Set import Test exposing (Test, describe, test) import Test.Html.Event as Event import Test.Html.Query as Query import Test.Html.Selector exposing (attribute, class, containing, id, style, tag, text) import Time all : Test all = describe "pipeline cards" <| let findHeader : Query.Single ApplicationMsgs.TopLevelMessage -> Query.Single ApplicationMsgs.TopLevelMessage findHeader = Query.find [ class "card-header" ] findBody : Query.Single ApplicationMsgs.TopLevelMessage -> Query.Single ApplicationMsgs.TopLevelMessage findBody = Query.find [ class "card-body" ] findFavoritesSection = Query.find [ id "dashboard-favorite-pipelines" ] pipelineWithStatus : BuildStatus -> Bool -> Application.Model -> Query.Single ApplicationMsgs.TopLevelMessage pipelineWithStatus status isRunning = let jobFunc = if isRunning then job >> running else job in Application.handleCallback (Callback.AllJobsFetched <| Ok [ jobFunc status ]) >> Tuple.first >> givenDataUnauthenticated [ { id = 0, name = "team" } ] >> Tuple.first >> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) >> Tuple.first >> Application.handleDelivery (ClockTicked OneSecond <| Time.millisToPosix 0) >> Tuple.first >> Common.queryView in [ describe "when team has no visible pipelines" <| let noPipelinesCard : () -> Query.Single ApplicationMsgs.TopLevelMessage noPipelinesCard _ = whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "some-team", [] ) , ( "other-team", [] ) ] ) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "other-team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "dashboard-team-group" , attribute <| Attr.attribute "data-team-name" "some-team" ] |> Query.find [ class "card" ] in [ describe "card" <| [ test "card has display flex with direction column" <| noPipelinesCard >> Query.has [ style "display" "flex" , style "flex-direction" "column" ] , test "card has width 272px and height 268px" <| noPipelinesCard >> Query.has [ style "width" "272px" , style "height" "268px" ] , test "card has a left margin of 25px" <| noPipelinesCard >> Query.has [ style "margin-left" "25px" ] ] , describe "header" <| let header : () -> Query.Single ApplicationMsgs.TopLevelMessage header = noPipelinesCard >> findHeader in [ test "says 'no pipeline set' in white font" <| header >> Expect.all [ Query.has [ text "no pipeline set" ] , Query.has [ style "color" ColorValues.grey20 ] ] , test "has dark grey background" <| header >> Query.has [ style "background-color" ColorValues.grey90 ] , test "text is larger and wider spaced" <| header >> Query.has [ style "font-size" "1.5em" , style "letter-spacing" "0.1em" ] , test "text is centered" <| header >> Query.has [ style "text-align" "center" ] ] , describe "body" <| let body : () -> Query.Single ApplicationMsgs.TopLevelMessage body = noPipelinesCard >> Query.find [ class "card-body" ] in [ test "has 20px 36px padding" <| body >> Query.has [ style "padding" "20px 36px" ] , test "fills available height" <| body >> Query.has [ style "flex-grow" "1" ] , test "has dark grey background" <| body >> Query.has [ style "background-color" ColorValues.grey90 ] , test "has 2px margins above and below" <| body >> Query.has [ style "margin" "2px 0" ] , test "has lighter grey placeholder box that fills" <| body >> Expect.all [ Query.has [ style "display" "flex" ] , Query.children [] >> Query.first >> Query.has [ style "background-color" ColorValues.grey80 , style "flex-grow" "1" ] ] ] , test "footer is dark grey and 47 pixels tall" <| noPipelinesCard >> Query.find [ class "card-footer" ] >> Query.has [ style "background-color" ColorValues.grey90 , style "height" "47px" ] ] , test "is draggable when in all pipelines section and result is not stale" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "<NAME>" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card" , containing [ text "pipeline" ] ] |> Expect.all [ Query.has [ attribute <| Attr.attribute "draggable" "true" ] , Query.has [ style "cursor" "move" ] ] , test "is not draggable when in favorites section" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Application.handleDelivery (FavoritedPipelinesReceived <| Ok <| Set.singleton 0) |> Tuple.first |> Common.queryView |> Query.findAll [ class "card" , containing [ text "pipeline" ] ] |> Query.first |> Expect.all [ Query.hasNot [ attribute <| Attr.attribute "draggable" "true" ] , Query.hasNot [ style "cursor" "move" ] ] , test "is not draggable when rendering based on the cache" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleDelivery (CachedPipelinesReceived <| Ok [ Data.pipeline "team" 0 |> Data.withName "<NAME>" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card" , containing [ text "pipeline" ] ] |> Expect.all [ Query.hasNot [ attribute <| Attr.attribute "draggable" "true" ] , Query.hasNot [ style "cursor" "move" ] ] , test "fills available space" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card" , containing [ text "pipeline" ] ] |> Query.has [ style "width" "100%" , style "height" "100%" , style "display" "flex" , style "flex-direction" "column" ] , describe "header" <| let header : () -> Query.Single ApplicationMsgs.TopLevelMessage header _ = whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card" , containing [ text "pipeline" ] ] |> findHeader in [ test "has dark grey background" <| header >> Query.has [ style "background-color" ColorValues.grey90 ] , test "has larger, spaced-out light-grey text" <| header >> Query.has [ style "font-size" "1.5em" , style "letter-spacing" "0.1em" , style "color" ColorValues.grey20 ] , test "text does not overflow or wrap" <| header >> Query.children [] >> Query.first >> Query.has [ style "width" "245px" , style "white-space" "nowrap" , style "overflow" "hidden" , style "text-overflow" "ellipsis" ] , test "is hoverable" <| header >> Query.find [ class "dashboard-pipeline-name" ] >> Event.simulate Event.mouseEnter >> Event.expect (ApplicationMsgs.Update <| Msgs.Hover <| Just <| Msgs.PipelineCardName Msgs.AllPipelinesSection 1 ) , test "has html id" <| header >> Query.find [ class "dashboard-pipeline-name" ] >> Query.has [ id <| Effects.toHtmlID <| Msgs.PipelineCardName Msgs.AllPipelinesSection 1 ] , describe "favorited pipeline instances" <| let setup pipelines _ = whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> gotPipelines pipelines |> Application.handleDelivery (FavoritedPipelinesReceived <| Ok (Set.singleton 1) ) |> Tuple.first findCardHeader = Common.queryView >> findFavoritesSection >> Query.find [ class "card" , containing [ text "group" ] ] >> Query.find [ class "card-header" ] in [ test "header displays instance vars and group name" <| setup [ pipelineInstanceWithVars 1 [ ( "foo", JsonString "bar" ) ] ] >> findCardHeader >> Expect.all [ Query.has [ style "height" "80px" , style "box-sizing" "border-box" ] , Query.has [ text "group" ] , Query.has [ containing [ text "foo" ], containing [ text "bar" ] ] ] , test "an instance with no instance vars displays \"no instance vars\"" <| setup [ pipelineInstanceWithVars 1 [] , pipelineInstanceWithVars 2 [ ( "foo", JsonString "bar" ) ] ] >> findCardHeader >> Expect.all [ Query.has [ style "height" "80px" , style "box-sizing" "border-box" ] , Query.has [ text "group" ] , Query.has [ text "no instance vars" ] ] , test "all instance vars appear on the same row" <| setup [ pipelineInstanceWithVars 1 [ ( "a", JsonString "1" ) , ( "b", JsonString "2" ) ] ] >> findCardHeader >> Expect.all [ Query.has [ style "height" "80px" , style "box-sizing" "border-box" ] , Query.has [ text "group" ] , Query.has [ containing [ text "a" ] , containing [ text "1" ] , containing [ text "b" ] , containing [ text "2" ] ] ] ] ] , describe "colored banner" <| let findBanner = Query.find [ class "card" , containing [ text "pipeline" ] ] >> Query.find [ class "banner" ] isSolid : String -> Query.Single ApplicationMsgs.TopLevelMessage -> Expectation isSolid color = Query.has [ style "background-color" color ] in [ describe "non-HD view" [ test "is 7px tall" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> findBanner |> Query.has [ style "height" "7px" ] , test "is grey when pipeline is cached" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataUnauthenticated [ { id = 0, name = "<NAME>" } ] |> Tuple.first |> Application.handleDelivery (CachedPipelinesReceived <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" |> Data.withPaused True ] ) |> Tuple.first |> Common.queryView |> findBanner |> isSolid lightGrey , test "is dark grey when pipeline is archived" <| \_ -> whenOnDashboardViewingAllPipelines { highDensity = False } |> givenDataUnauthenticated [ { id = 0, name = "<NAME>" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" |> Data.withArchived True |> Data.withPaused True ] ) |> Tuple.first |> Common.queryView |> findBanner |> isSolid Colors.backgroundDark , test "is blue when pipeline is paused" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataUnauthenticated [ { id = 0, name = "<NAME>" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" |> Data.withPaused True ] ) |> Tuple.first |> Common.queryView |> findBanner |> isSolid blue , test "is green when pipeline is succeeding" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusSucceeded False |> findBanner |> isSolid green , test "is green with black stripes when pipeline is succeeding and running" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusSucceeded True |> findBanner |> isColorWithStripes { thin = green, thick = ColorValues.grey90 } , test "is grey when pipeline is pending" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> findBanner |> isSolid lightGrey , test "is grey with black stripes when pipeline is pending and running" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusStarted True |> findBanner |> isColorWithStripes { thin = lightGrey, thick = ColorValues.grey90 } , test "is red when pipeline is failing" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusFailed False |> findBanner |> isSolid red , test "is red with black stripes when pipeline is failing and running" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusFailed True |> findBanner |> isColorWithStripes { thin = red, thick = ColorValues.grey90 } , test "is amber when pipeline is erroring" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusErrored False |> findBanner |> isSolid amber , test "is amber with black stripes when pipeline is erroring and running" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusErrored True |> findBanner |> isColorWithStripes { thin = amber, thick = ColorValues.grey90 } , test "is brown when pipeline is aborted" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusAborted False |> findBanner |> isSolid brown , test "is brown with black stripes when pipeline is aborted and running" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusAborted True |> findBanner |> isColorWithStripes { thin = brown, thick = ColorValues.grey90 } , describe "status priorities" <| let givenTwoJobsWithModifiers : BuildStatus -> (Concourse.Job -> Concourse.Job) -> BuildStatus -> (Concourse.Job -> Concourse.Job) -> Query.Single ApplicationMsgs.TopLevelMessage givenTwoJobsWithModifiers firstStatus firstModifier secondStatus secondModifier = whenOnDashboard { highDensity = False } |> Application.handleCallback (Callback.AllJobsFetched <| Ok [ job firstStatus |> firstModifier , otherJob secondStatus |> secondModifier ] ) |> Tuple.first |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView givenTwoJobs : BuildStatus -> BuildStatus -> Query.Single ApplicationMsgs.TopLevelMessage givenTwoJobs firstStatus secondStatus = givenTwoJobsWithModifiers firstStatus identity secondStatus identity in [ test "failed is more important than errored" <| \_ -> givenTwoJobs BuildStatusFailed BuildStatusErrored |> findBanner |> isSolid red , test "errored is more important than aborted" <| \_ -> givenTwoJobs BuildStatusErrored BuildStatusAborted |> findBanner |> isSolid amber , test "aborted is more important than succeeding" <| \_ -> givenTwoJobs BuildStatusAborted BuildStatusSucceeded |> findBanner |> isSolid brown , test "succeeding is more important than pending" <| \_ -> givenTwoJobs BuildStatusSucceeded BuildStatusPending |> findBanner |> isSolid green , test "paused jobs are ignored" <| \_ -> givenTwoJobsWithModifiers BuildStatusSucceeded identity BuildStatusFailed (Data.withPaused True) |> findBanner |> isSolid green ] , test "does not crash with a circular pipeline" <| \_ -> whenOnDashboard { highDensity = False } |> Application.handleCallback (Callback.AllJobsFetched <| Ok circularJobs) |> Tuple.first |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> findBanner |> isSolid green , describe "HD view" [ test "is 8px wide" <| \_ -> whenOnDashboard { highDensity = True } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> findBanner |> Query.has [ style "width" "8px" ] , test "is grey when pipeline is cached" <| \_ -> whenOnDashboard { highDensity = True } |> givenDataUnauthenticated [ { id = 0, name = "<NAME>" } ] |> Tuple.first |> Application.handleDelivery (CachedPipelinesReceived <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" |> Data.withPaused True ] ) |> Tuple.first |> Common.queryView |> findBanner |> isSolid lightGrey , test "is dark grey when pipeline is archived" <| \_ -> whenOnDashboardViewingAllPipelines { highDensity = False } |> givenDataUnauthenticated [ { id = 0, name = "<NAME>" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" |> Data.withArchived True |> Data.withPaused True ] ) |> Tuple.first |> Common.queryView |> findBanner |> isSolid Colors.backgroundDark , test "is blue when pipeline is paused" <| \_ -> whenOnDashboard { highDensity = True } |> givenDataUnauthenticated [ { id = 0, name = "<NAME>" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" |> Data.withPaused True ] ) |> Tuple.first |> Common.queryView |> findBanner |> isSolid blue , test "is green when pipeline is succeeding" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusSucceeded False |> findBanner |> isSolid green , test "is green with black stripes when pipeline is succeeding and running" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusSucceeded True |> findBanner |> isColorWithStripes { thin = green, thick = ColorValues.grey90 } , test "is grey when pipeline is pending" <| \_ -> whenOnDashboard { highDensity = True } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> findBanner |> isSolid lightGrey , test "is grey with black stripes when pipeline is pending and running" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusStarted True |> findBanner |> isColorWithStripes { thin = lightGrey, thick = ColorValues.grey90 } , test "is red when pipeline is failing" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusFailed False |> findBanner |> isSolid red , test "is red with black stripes when pipeline is failing and running" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusFailed True |> findBanner |> isColorWithStripes { thin = red, thick = ColorValues.grey90 } , test "is amber when pipeline is erroring" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusErrored False |> findBanner |> isSolid amber , test "is amber with black stripes when pipeline is erroring and running" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusErrored True |> findBanner |> isColorWithStripes { thin = amber, thick = ColorValues.grey90 } , test "is brown when pipeline is aborted" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusAborted False |> findBanner |> isSolid brown , test "is brown with black stripes when pipeline is aborted and running" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusAborted True |> findBanner |> isColorWithStripes { thin = brown, thick = ColorValues.grey90 } , describe "status priorities" <| let givenTwoJobsWithModifiers : BuildStatus -> (Concourse.Job -> Concourse.Job) -> BuildStatus -> (Concourse.Job -> Concourse.Job) -> Query.Single ApplicationMsgs.TopLevelMessage givenTwoJobsWithModifiers firstStatus firstModifier secondStatus secondModifier = whenOnDashboard { highDensity = True } |> Application.handleCallback (Callback.AllJobsFetched <| Ok [ job firstStatus |> firstModifier , otherJob secondStatus |> secondModifier ] ) |> Tuple.first |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView givenTwoJobs : BuildStatus -> BuildStatus -> Query.Single ApplicationMsgs.TopLevelMessage givenTwoJobs firstStatus secondStatus = givenTwoJobsWithModifiers firstStatus identity secondStatus identity in [ test "failed is more important than errored" <| \_ -> givenTwoJobs BuildStatusFailed BuildStatusErrored |> findBanner |> isSolid red , test "errored is more important than aborted" <| \_ -> givenTwoJobs BuildStatusErrored BuildStatusAborted |> findBanner |> isSolid amber , test "aborted is more important than succeeding" <| \_ -> givenTwoJobs BuildStatusAborted BuildStatusSucceeded |> findBanner |> isSolid brown , test "succeeding is more important than pending" <| \_ -> givenTwoJobs BuildStatusSucceeded BuildStatusPending |> findBanner |> isSolid green , test "paused jobs are ignored" <| \_ -> givenTwoJobsWithModifiers BuildStatusSucceeded identity BuildStatusFailed (Data.withPaused True) |> findBanner |> isSolid green ] ] ] ] , describe "on HD view" <| let setup : () -> Query.Single ApplicationMsgs.TopLevelMessage setup _ = whenOnDashboard { highDensity = True } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView noPipelines : () -> Query.Single ApplicationMsgs.TopLevelMessage noPipelines _ = whenOnDashboard { highDensity = True } |> givenDataUnauthenticated (apiData [ ( "some-team", [] ) , ( "other-team", [] ) ] ) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "other-team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView card : Query.Single ApplicationMsgs.TopLevelMessage -> Query.Single ApplicationMsgs.TopLevelMessage card = Query.find [ class "card" , containing [ text "pipeline" ] ] cardText : Query.Single ApplicationMsgs.TopLevelMessage -> Query.Single ApplicationMsgs.TopLevelMessage cardText = card >> Query.children [] >> Query.index 1 noPipelinesCard = Query.find [ class "card" , containing [ text "no pipeline" ] ] in [ test "no pipelines card has 14px font and 1px spacing" <| noPipelines >> noPipelinesCard >> Query.has [ style "font-size" "14px" , style "letter-spacing" "1px" ] , test "no pipelines card text is vertically centered" <| noPipelines >> noPipelinesCard >> Query.has [ style "display" "flex" , style "align-items" "center" ] , test "no pipelines card is 60px tall" <| noPipelines >> noPipelinesCard >> Query.has [ style "height" "60px" ] , test "no pipelines card has 60px right margin" <| noPipelines >> noPipelinesCard >> Query.has [ style "margin-right" "60px" ] , test "no pipelines card text has 10px padding" <| noPipelines >> noPipelinesCard >> Query.children [] >> Query.first >> Query.has [ style "padding" "10px" ] , test "no pipelines card is 200px wide" <| noPipelines >> noPipelinesCard >> Query.has [ style "width" "200px" ] , test "no pipelines card has dark grey background" <| noPipelines >> noPipelinesCard >> Query.has [ style "background-color" ColorValues.grey90 ] , test "card name is hoverable" <| setup >> card >> Query.find [ class "dashboardhd-pipeline-name" ] >> Event.simulate Event.mouseEnter >> Event.expect (ApplicationMsgs.Update <| Msgs.Hover <| Just <| Msgs.PipelineCardNameHD 1 ) , test "card name has html id" <| setup >> card >> Query.find [ class "dashboardhd-pipeline-name" ] >> Query.has [ id <| Effects.toHtmlID <| Msgs.PipelineCardNameHD 1 ] , test "card has larger tighter font" <| setup >> card >> Query.has [ style "font-size" "19px" , style "letter-spacing" "1px" ] , test "card text does not overflow or wrap" <| setup >> cardText >> Query.has [ style "width" "180px" , style "white-space" "nowrap" , style "overflow" "hidden" , style "text-overflow" "ellipsis" ] , test "card text is vertically centered" <| setup >> cardText >> Query.has [ style "align-self" "center" ] , test "card text has 10px padding" <| setup >> cardText >> Query.has [ style "padding" "10px" ] , test "card lays out contents horizontally" <| setup >> card >> Query.has [ style "display" "flex" ] , test "card is 60px tall" <| setup >> card >> Query.has [ style "height" "60px" ] , test "card is 200px wide" <| setup >> card >> Query.has [ style "width" "200px" ] , test "no triangle when there is no resource error" <| setup >> card >> Query.children [] >> Query.count (Expect.equal 2) , describe "resource error triangle" <| let givenResourceFailingToCheck : () -> Query.Single ApplicationMsgs.TopLevelMessage givenResourceFailingToCheck _ = whenOnDashboard { highDensity = True } |> Application.handleCallback (Callback.AllResourcesFetched <| Ok [ Data.resource Nothing |> Data.withBuild (Just <| Data.build Concourse.BuildStatus.BuildStatusFailed) ] ) |> Tuple.first |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView resourceErrorTriangle = Query.children [] >> Query.index -1 in [ test "exists" <| givenResourceFailingToCheck >> card >> Query.children [] >> Query.count (Expect.equal 3) , test "is at the top right of card" <| givenResourceFailingToCheck >> card >> Expect.all [ Query.has [ style "position" "relative" ] , resourceErrorTriangle >> Query.has [ style "position" "absolute" , style "top" "0" , style "right" "0" ] ] , test "is an orange 'top right' triangle" <| givenResourceFailingToCheck >> card >> resourceErrorTriangle >> Query.has [ style "width" "0" , style "height" "0" , style "border-top" <| "30px solid " ++ orange , style "border-left" "30px solid transparent" ] ] , test ("cards are spaced 4px apart vertically and " ++ "60px apart horizontally" ) <| setup >> card >> Query.has [ style "margin" "0 60px 4px 0" ] , test "card is faded green when pipeline is succeeding" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusSucceeded False |> card |> Query.has [ style "background-color" fadedGreen ] , test "card is red when pipeline is failing" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusFailed False |> card |> Query.has [ style "background-color" red ] , test "card is amber when pipeline is erroring" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusErrored False |> card |> Query.has [ style "background-color" amber ] , test "card is not affected by jobs from other pipelines" <| \_ -> whenOnDashboard { highDensity = True } |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Application.handleCallback (Callback.AllJobsFetched <| let baseJob = job BuildStatusErrored in Ok [ { baseJob | pipelineName = "other-pipeline" } ] ) |> Tuple.first |> Common.queryView |> card |> Query.hasNot [ style "background-color" amber ] ] , describe "body" <| let setup : () -> Query.Single ApplicationMsgs.TopLevelMessage setup _ = whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card" , containing [ text "pipeline" ] ] in [ test "has dark grey background" <| setup >> findBody >> Query.has [ style "background-color" ColorValues.grey90 ] , test "has 2px margin above and below" <| setup >> findBody >> Query.has [ style "margin" "2px 0" ] , test "fills available height" <| setup >> findBody >> Query.has [ style "flex-grow" "1" ] , test "allows pipeline-grid to fill available height" <| setup >> findBody >> Query.has [ style "display" "flex" ] , test "pipeline-grid fills available width" <| setup >> findBody >> Query.find [ class "pipeline-grid" ] >> Query.has [ style "box-sizing" "border-box" , style "width" "100%" ] ] , describe "footer" <| let hasStyle : String -> String -> Expectation hasStyle property value = whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Query.has [ style property value ] in [ test "has dark grey background" <| \_ -> hasStyle "background-color" ColorValues.grey90 , test "has medium padding" <| \_ -> hasStyle "padding" "13.5px" , test "lays out contents horizontally" <| \_ -> hasStyle "display" "flex" , test "is divided into a left and right section, spread apart" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Expect.all [ Query.children [] >> Query.count (Expect.equal 2) , Query.has [ style "justify-content" "space-between" ] ] , test "both sections lay out contents horizontally" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Query.children [] |> Query.each (Query.has [ style "display" "flex" ]) , describe "left-hand section" <| let findStatusIcon = Query.find [ class "pipeline-status" ] >> Query.children [] >> Query.first findStatusText = Query.find [ class "pipeline-status" ] >> Query.children [] >> Query.index -1 in [ describe "when pipeline is paused" <| let setup = whenOnDashboard { highDensity = False } |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" |> Data.withPaused True ] ) |> Tuple.first |> Common.queryView in [ test "status icon is blue pause" <| \_ -> setup |> findStatusIcon |> Query.has (iconSelector { size = "20px" , image = Assets.PipelineStatusIconPaused } ++ [ style "background-size" "contain" ] ) , test "status text is blue" <| \_ -> setup |> findStatusText |> Query.has [ style "color" blue ] , test "status text is larger and spaced more widely" <| \_ -> setup |> findStatusText |> Query.has [ style "font-size" "18px" , style "line-height" "20px" , style "letter-spacing" "0.05em" ] , test "status text is offset to the right of the icon" <| \_ -> setup |> findStatusText |> Query.has [ style "margin-left" "8px" ] , test "status text says 'paused'" <| \_ -> setup |> findStatusText |> Query.has [ text "paused" ] ] , describe "when a pipeline is based on cache" <| let setup = whenOnDashboard { highDensity = False } |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleDelivery (CachedPipelinesReceived <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" |> Data.withPaused True ] ) |> Tuple.first |> Common.queryView in [ test "status icon is grey pending" <| \_ -> setup |> findStatusIcon |> Query.has (iconSelector { size = "20px" , image = Assets.PipelineStatusIconStale } ++ [ style "background-size" "contain" ] ) , test "status text is grey" <| \_ -> setup |> findStatusText |> Query.has [ style "color" lightGrey ] , test "status text says 'loading...'" <| \_ -> setup |> findStatusText |> Query.has [ text "loading..." ] , test "pipeline card is faded" <| \_ -> setup |> Query.find [ class "card" ] |> Query.has [ style "opacity" "0.45" ] ] , describe "when pipeline has no jobs due to a disabled endpoint" <| let setup = whenOnDashboard { highDensity = False } |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleDelivery (CachedJobsReceived <| Ok [ Data.job 0 ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 ] ) |> Tuple.first |> Application.handleCallback (Callback.AllJobsFetched <| Data.httpNotImplemented ) domID = Msgs.PipelineStatusIcon AllPipelinesSection 0 in [ test "status icon is faded sync" <| \_ -> setup |> Tuple.first |> Common.queryView |> findStatusIcon |> Query.has (iconSelector { size = "20px" , image = Assets.PipelineStatusIconJobsDisabled } ++ [ style "background-size" "contain" , style "opacity" "0.5" ] ) , test "status icon is hoverable" <| \_ -> setup |> Tuple.first |> Common.queryView |> findStatusIcon |> Event.simulate Event.mouseEnter |> Event.expect (ApplicationMsgs.Update <| Msgs.Hover <| Just domID ) , test "hovering status icon sends location request" <| \_ -> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Hover <| Just domID ) |> Tuple.second |> Common.contains (Effects.GetViewportOf domID) , test "hovering status icon shows tooltip" <| \_ -> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Hover <| Just domID ) |> Tuple.first |> Application.handleCallback (Callback.GotViewport domID (Ok { scene = { width = 1 , height = 0 } , viewport = { width = 1 , height = 0 , x = 0 , y = 0 } } ) ) |> Tuple.first |> Application.handleCallback (Callback.GotElement <| Ok { scene = { width = 0 , height = 0 } , viewport = { width = 0 , height = 0 , x = 0 , y = 0 } , element = { x = 0 , y = 0 , width = 1 , height = 1 } } ) |> Tuple.first |> Common.queryView |> Query.has [ style "position" "fixed" , containing [ text "automatic job monitoring disabled" ] ] , test "status text says 'no data'" <| \_ -> setup |> Tuple.first |> Common.queryView |> findStatusText |> Query.has [ text "no data" ] , test "job preview is empty placeholder" <| \_ -> setup |> Tuple.first |> Common.queryView |> Query.find [ class "card-body" ] |> Query.has [ style "background-color" ColorValues.grey90 ] , test "job data is cleared" <| \_ -> setup |> Tuple.first |> Common.queryView |> Query.find [ class "parallel-grid" ] |> Query.hasNot [ tag "a" ] , test "job data is cleared from local cache" <| \_ -> setup |> Tuple.second |> Common.contains Effects.DeleteCachedJobs ] , describe "when pipeline is archived" <| let setup = whenOnDashboardViewingAllPipelines { highDensity = False } |> givenDataUnauthenticated [ { id = 0, name = "<NAME>" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withArchived True ] ) |> Tuple.first |> Application.handleCallback (Callback.AllJobsFetched <| Ok [ Data.job 0 ] ) in [ test "status section is empty" <| \_ -> setup |> Tuple.first |> Common.queryView |> Query.find [ class "pipeline-status" ] |> Query.children [] |> Query.count (Expect.equal 0) , test "job preview is empty placeholder" <| \_ -> setup |> Tuple.first |> Common.queryView |> Query.find [ class "card-body" ] |> Query.has [ style "background-color" ColorValues.grey90 ] , test "there is no pause button" <| \_ -> setup |> Tuple.first |> Common.queryView |> Query.hasNot [ class "pause-toggle" ] ] , describe "when pipeline is pending" <| [ test "status icon is grey" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusPending False |> findStatusIcon |> Query.has (iconSelector { size = "20px" , image = Assets.PipelineStatusIconPending } ++ [ style "background-size" "contain" ] ) , test "status text is grey" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusPending False |> findStatusText |> Query.has [ style "color" lightGrey ] , test "status text says 'pending'" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusPending False |> findStatusText |> Query.has [ text "pending" ] , test "when running, status text says 'running'" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusPending True |> findStatusText |> Query.has [ text "running" ] ] , describe "when pipeline is succeeding" [ test "status icon is a green check" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusSucceeded False |> findStatusIcon |> Query.has (iconSelector { size = "20px" , image = Assets.PipelineStatusIconSucceeded } ++ [ style "background-size" "contain" ] ) , test "status text is green" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusSucceeded False |> findStatusText |> Query.has [ style "color" green ] , test "when running, status text says 'running'" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusSucceeded True |> findStatusText |> Query.has [ text "running" ] , test "when not running, status text shows age" <| \_ -> whenOnDashboard { highDensity = False } |> Application.handleCallback (Callback.AllJobsFetched <| Ok [ jobWithNameTransitionedAt "job" (Just <| Time.millisToPosix 0) BuildStatusSucceeded ] ) |> Tuple.first |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> afterSeconds 1 |> Common.queryView |> findStatusText |> Query.has [ text "1s" ] ] , describe "when pipeline is failing" [ test "status icon is a red !" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusFailed False |> findStatusIcon |> Query.has (iconSelector { size = "20px" , image = Assets.PipelineStatusIconFailed } ++ [ style "background-size" "contain" ] ) , test "status text is red" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusFailed False |> findStatusText |> Query.has [ style "color" red ] ] , test "when pipeline is aborted, status icon is a brown x" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusAborted False |> findStatusIcon |> Query.has (iconSelector { size = "20px" , image = Assets.PipelineStatusIconAborted } ++ [ style "background-size" "contain" ] ) , test "when pipeline is errored, status icon is an amber triangle" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusErrored False |> findStatusIcon |> Query.has (iconSelector { size = "20px" , image = Assets.PipelineStatusIconErrored } ++ [ style "background-size" "contain" ] ) ] , describe "right-hand section" [ describe "visibility toggle" <| let pipelineId = Data.pipelineId visibilityToggle = Common.queryView >> Query.findAll [ class "card-footer" ] >> Query.first >> Query.children [] >> Query.index -1 >> Query.children [] >> Query.index 2 openEye = iconSelector { size = "20px" , image = Assets.VisibilityToggleIcon True } ++ [ style "background-size" "contain" ] slashedOutEye = iconSelector { size = "20px" , image = Assets.VisibilityToggleIcon False } ++ [ style "background-size" "contain" ] openEyeClickable setup = [ defineHoverBehaviour { name = "open eye toggle" , setup = whenOnDashboard { highDensity = False } |> setup |> Tuple.first , query = visibilityToggle , unhoveredSelector = { description = "faded 20px square" , selector = openEye ++ [ style "opacity" "0.5" , style "cursor" "pointer" ] } , hoverable = Msgs.VisibilityButton AllPipelinesSection 0 , hoveredSelector = { description = "bright 20px square" , selector = openEye ++ [ style "opacity" "1" , style "cursor" "pointer" ] } } , test "has click handler" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> visibilityToggle |> Event.simulate Event.click |> Event.expect (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) , test "click has HidePipeline effect" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) |> Tuple.second |> Expect.equal [ Effects.ChangeVisibility Msgs.Hide pipelineId ] , defineHoverBehaviour { name = "open eye toggle in favorites section" , setup = whenOnDashboard { highDensity = False } |> Application.handleDelivery (Message.Subscription.FavoritedPipelinesReceived <| Ok <| Set.singleton 0) |> Tuple.first |> setup |> Tuple.first , query = visibilityToggle , unhoveredSelector = { description = "faded 20px square" , selector = openEye ++ [ style "opacity" "0.5" , style "cursor" "pointer" ] } , hoverable = Msgs.VisibilityButton FavoritesSection 0 , hoveredSelector = { description = "bright 20px square" , selector = openEye ++ [ style "opacity" "1" , style "cursor" "pointer" ] } } , defineHoverBehaviour { name = "visibility spinner" , setup = whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) |> Tuple.first , query = visibilityToggle , unhoveredSelector = { description = "20px spinner" , selector = [ style "animation" "container-rotate 1568ms linear infinite" , style "height" "20px" , style "width" "20px" ] } , hoverable = Msgs.VisibilityButton AllPipelinesSection 0 , hoveredSelector = { description = "20px spinner" , selector = [ style "animation" "container-rotate 1568ms linear infinite" , style "height" "20px" , style "width" "20px" ] } } , test "success resolves spinner to slashed-out eye" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) |> Tuple.first |> Application.handleCallback (Callback.VisibilityChanged Msgs.Hide pipelineId (Ok ()) ) |> Tuple.first |> visibilityToggle |> Query.has slashedOutEye , test "error resolves spinner to open eye" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) |> Tuple.first |> Application.handleCallback (Callback.VisibilityChanged Msgs.Hide pipelineId Data.httpInternalServerError ) |> Tuple.first |> visibilityToggle |> Query.has openEye , test "401 redirects to login" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) |> Tuple.first |> Application.handleCallback (Callback.VisibilityChanged Msgs.Hide pipelineId Data.httpUnauthorized ) |> Tuple.second |> Expect.equal [ Effects.RedirectToLogin ] ] openEyeUnclickable setup = [ defineHoverBehaviour { name = "open eye toggle" , setup = whenOnDashboard { highDensity = False } |> setup |> Tuple.first , query = visibilityToggle , unhoveredSelector = { description = "faded 20px square" , selector = openEye ++ [ style "opacity" "0.5" , style "cursor" "default" ] } , hoverable = Msgs.VisibilityButton AllPipelinesSection 0 , hoveredSelector = { description = "faded 20px square" , selector = openEye ++ [ style "opacity" "0.5" , style "cursor" "default" ] } } , test "has no click handler" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> visibilityToggle |> Event.simulate Event.click |> Event.toResult |> Expect.err ] slashedOutEyeClickable setup = [ defineHoverBehaviour { name = "slashed-out eye toggle" , setup = whenOnDashboard { highDensity = False } |> setup |> Tuple.first , query = visibilityToggle , unhoveredSelector = { description = "faded 20px square" , selector = slashedOutEye ++ [ style "opacity" "0.5" , style "cursor" "pointer" ] } , hoverable = Msgs.VisibilityButton AllPipelinesSection 0 , hoveredSelector = { description = "bright 20px square" , selector = slashedOutEye ++ [ style "opacity" "1" , style "cursor" "pointer" ] } } , test "has click handler" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> visibilityToggle |> Event.simulate Event.click |> Event.expect (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) , test "click has ExposePipeline effect" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) |> Tuple.second |> Expect.equal [ Effects.ChangeVisibility Msgs.Expose pipelineId ] , defineHoverBehaviour { name = "visibility spinner" , setup = whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) |> Tuple.first , query = visibilityToggle , unhoveredSelector = { description = "20px spinner" , selector = [ style "animation" "container-rotate 1568ms linear infinite" , style "height" "20px" , style "width" "20px" ] } , hoverable = Msgs.VisibilityButton AllPipelinesSection 0 , hoveredSelector = { description = "20px spinner" , selector = [ style "animation" "container-rotate 1568ms linear infinite" , style "height" "20px" , style "width" "20px" ] } } , test "success resolves spinner to open eye" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) |> Tuple.first |> Application.handleCallback (Callback.VisibilityChanged Msgs.Expose pipelineId (Ok ()) ) |> Tuple.first |> visibilityToggle |> Query.has openEye , test "error resolves spinner to slashed-out eye" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) |> Tuple.first |> Application.handleCallback (Callback.VisibilityChanged Msgs.Expose pipelineId Data.httpInternalServerError ) |> Tuple.first |> visibilityToggle |> Query.has slashedOutEye ] slashedOutEyeUnclickable setup = [ defineHoverBehaviour { name = "slashed-out eye toggle" , setup = whenOnDashboard { highDensity = False } |> setup |> Tuple.first , query = visibilityToggle , unhoveredSelector = { description = "faded 20px square" , selector = slashedOutEye ++ [ style "opacity" "0.5" , style "cursor" "default" ] } , hoverable = Msgs.VisibilityButton AllPipelinesSection 0 , hoveredSelector = { description = "faded 20px square" , selector = slashedOutEye ++ [ style "opacity" "0.5" , style "cursor" "default" ] } } , test "has no click handler" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> visibilityToggle |> Event.simulate Event.click |> Event.toResult |> Expect.err ] in [ describe "when authorized" <| let whenAuthorizedPublic = givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ] ) >> Tuple.first >> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) whenAuthorizedNonPublic = givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ] ) >> Tuple.first >> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" |> Data.withPublic False ] ) in [ describe "on public pipeline" <| openEyeClickable whenAuthorizedPublic , describe "on a non-public pipeline" <| slashedOutEyeClickable whenAuthorizedNonPublic ] , describe "when unauthorized" <| let whenUnauthorizedPublic = givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "viewer" ] ) ] ) >> Tuple.first >> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) whenUnauthorizedNonPublic = givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "viewer" ] ) ] ) >> Tuple.first >> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" |> Data.withPublic False ] ) in [ describe "on public pipeline" <| openEyeUnclickable whenUnauthorizedPublic , describe "on a non-public pipeline" <| slashedOutEyeUnclickable whenUnauthorizedNonPublic ] , describe "when unauthenticated" <| let whenUnauthenticated = givenDataUnauthenticated (apiData [ ( "team", [] ) ]) >> Tuple.first >> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) in [ describe "on public pipeline" <| openEyeClickable whenUnauthenticated ] ] , test "there is medium spacing between the eye and the play/pause button" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Query.children [] |> Query.index -1 |> Query.children [] |> Expect.all [ Query.count (Expect.equal 5) , Query.index 1 >> Query.has [ style "width" "12px" ] ] , test "there is medium spacing between the eye and the favorited icon" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Query.children [] |> Query.index -1 |> Query.children [] |> Expect.all [ Query.count (Expect.equal 5) , Query.index 3 >> Query.has [ style "width" "12px" ] ] , describe "pause toggle" [ test "the right section has a 20px square pause button on the left" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Query.children [] |> Query.index -1 |> Query.children [] |> Query.index 0 |> Query.has (iconSelector { size = "20px" , image = Assets.PauseIcon } ) , test "pause button has pointer cursor when authorized" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Query.find (iconSelector { size = "20px" , image = Assets.PauseIcon } ) |> Query.has [ style "cursor" "pointer" ] , test "pause button is transparent" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Query.find (iconSelector { size = "20px" , image = Assets.PauseIcon } ) |> Query.has [ style "opacity" "0.5" ] , defineHoverBehaviour { name = "pause button" , setup = whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first , query = Common.queryView >> Query.find [ class "card-footer" ] >> Query.children [] >> Query.index -1 >> Query.children [] >> Query.index 0 , unhoveredSelector = { description = "a faded 20px square pause button with pointer cursor" , selector = iconSelector { size = "20px" , image = Assets.PauseIcon } ++ [ style "cursor" "pointer" , style "opacity" "0.5" ] } , hoverable = Msgs.PipelineCardPauseToggle AllPipelinesSection 1 , hoveredSelector = { description = "a bright 20px square pause button with pointer cursor" , selector = iconSelector { size = "20px" , image = Assets.PauseIcon } ++ [ style "cursor" "pointer" , style "opacity" "1" ] } } , defineHoverBehaviour { name = "pause button in favorites section" , setup = whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Application.handleDelivery (Message.Subscription.FavoritedPipelinesReceived <| Ok <| Set.singleton 1) |> Tuple.first , query = Common.queryView >> Query.findAll [ class "card-footer" ] >> Query.first >> Query.children [] >> Query.index -1 >> Query.children [] >> Query.index 0 , unhoveredSelector = { description = "a faded 20px square pause button with pointer cursor" , selector = iconSelector { size = "20px" , image = Assets.PauseIcon } ++ [ style "cursor" "pointer" , style "opacity" "0.5" ] } , hoverable = Msgs.PipelineCardPauseToggle FavoritesSection 1 , hoveredSelector = { description = "a bright 20px square pause button with pointer cursor" , selector = iconSelector { size = "20px" , image = Assets.PauseIcon } ++ [ style "cursor" "pointer" , style "opacity" "1" ] } } , defineHoverBehaviour { name = "play button" , setup = whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" |> Data.withPaused True ] ) |> Tuple.first , query = Common.queryView >> Query.find [ class "card-footer" ] >> Query.children [] >> Query.index -1 >> Query.children [] >> Query.index 0 , unhoveredSelector = { description = "a transparent 20px square play button with pointer cursor" , selector = iconSelector { size = "20px" , image = Assets.PlayIcon } ++ [ style "cursor" "pointer" , style "opacity" "0.5" ] } , hoverable = Msgs.PipelineCardPauseToggle AllPipelinesSection 1 , hoveredSelector = { description = "an opaque 20px square play button with pointer cursor" , selector = iconSelector { size = "20px" , image = Assets.PlayIcon } ++ [ style "cursor" "pointer" , style "opacity" "1" ] } } , test "clicking pause button sends TogglePipeline msg" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Query.find [ class "pause-toggle" ] |> Event.simulate Event.click |> Event.expect (ApplicationMsgs.Update <| Msgs.Click <| Msgs.PipelineCardPauseToggle AllPipelinesSection 1 ) , test "pause button turns into spinner on click" <| \_ -> let animation = "container-rotate 1568ms linear infinite" in whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.PipelineCardPauseToggle AllPipelinesSection 1 ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Query.has [ style "animation" animation ] , test "clicking pause button sends toggle api call" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.PipelineCardPauseToggle AllPipelinesSection 1 ) |> Tuple.second |> Expect.equal [ Effects.SendTogglePipelineRequest Data.pipelineId False ] , test "all pipelines are refetched after ok toggle call" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.PipelineCardPauseToggle AllPipelinesSection 1 ) |> Tuple.first |> Application.handleCallback (Callback.PipelineToggled Data.pipelineId (Ok ())) |> Tuple.second |> Expect.equal [ Effects.FetchAllPipelines ] , test "401 toggle call redirects to login" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.PipelineCardPauseToggle AllPipelinesSection 1 ) |> Tuple.first |> Application.handleCallback (Callback.PipelineToggled Data.pipelineId Data.httpUnauthorized) |> Tuple.second |> Expect.equal [ Effects.RedirectToLogin ] ] , describe "favorited icon" <| let pipelineId = 0 unfilledFavoritedIcon = iconSelector { size = "20px" , image = Assets.FavoritedToggleIcon { isFavorited = False, isHovered = False, isSideBar = False } } ++ [ style "background-size" "contain" ] unfilledBrightFavoritedIcon = iconSelector { size = "20px" , image = Assets.FavoritedToggleIcon { isFavorited = False, isHovered = True, isSideBar = False } } ++ [ style "background-size" "contain" ] filledFavoritedIcon = iconSelector { size = "20px" , image = Assets.FavoritedToggleIcon { isFavorited = True, isHovered = False, isSideBar = False } } ++ [ style "background-size" "contain" ] favoritedToggle = Common.queryView >> Query.findAll [ class "card-footer" ] >> Query.first >> Query.children [] >> Query.index -1 >> Query.children [] >> Query.index -1 favoritedIconClickable setup = [ defineHoverBehaviour { name = "favorited icon toggle" , setup = whenOnDashboard { highDensity = False } |> setup |> Tuple.first , query = favoritedToggle , unhoveredSelector = { description = "faded star icon" , selector = unfilledFavoritedIcon ++ [ style "cursor" "pointer" ] } , hoverable = Msgs.PipelineCardFavoritedIcon AllPipelinesSection pipelineId , hoveredSelector = { description = "bright star icon" , selector = unfilledBrightFavoritedIcon ++ [ style "cursor" "pointer" ] } } , test "has click handler" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> favoritedToggle |> Event.simulate Event.click |> Event.expect (ApplicationMsgs.Update <| Msgs.Click <| Msgs.PipelineCardFavoritedIcon AllPipelinesSection pipelineId ) , test "click has FavoritedPipeline effect" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.PipelineCardFavoritedIcon AllPipelinesSection pipelineId ) |> Tuple.second |> Expect.equal [ Effects.SaveFavoritedPipelines <| Set.singleton pipelineId ] , test "favorited pipeline card has a bright filled star icon" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.handleDelivery (FavoritedPipelinesReceived <| Ok <| Set.singleton pipelineId ) |> Tuple.first |> favoritedToggle |> Expect.all [ Query.has filledFavoritedIcon ] ] in favoritedIconClickable (givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ] ) >> Tuple.first >> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) ) ] ] ]

module PipelineCardTests exposing (all) import Application.Application as Application import Assets import ColorValues import Colors import Common exposing ( defineHoverBehaviour , givenDataUnauthenticated , gotPipelines , isColorWithStripes ) import Concourse exposing (JsonValue(..)) import Concourse.BuildStatus exposing (BuildStatus(..)) import Concourse.PipelineStatus exposing (PipelineStatus(..), StatusDetails(..)) import DashboardInstanceGroupTests exposing (pipelineInstanceWithVars) import DashboardTests exposing ( afterSeconds , amber , apiData , blue , brown , circularJobs , darkGrey , fadedGreen , givenDataAndUser , green , iconSelector , job , jobWithNameTransitionedAt , lightGrey , middleGrey , orange , otherJob , red , running , userWithRoles , whenOnDashboard , whenOnDashboardViewingAllPipelines , white ) import Data import Dict import Expect exposing (Expectation) import Html.Attributes as Attr import Message.Callback as Callback import Message.Effects as Effects import Message.Message as Msgs exposing (DomID(..), PipelinesSection(..)) import Message.Subscription exposing (Delivery(..), Interval(..)) import Message.TopLevelMessage as ApplicationMsgs import Set import Test exposing (Test, describe, test) import Test.Html.Event as Event import Test.Html.Query as Query import Test.Html.Selector exposing (attribute, class, containing, id, style, tag, text) import Time all : Test all = describe "pipeline cards" <| let findHeader : Query.Single ApplicationMsgs.TopLevelMessage -> Query.Single ApplicationMsgs.TopLevelMessage findHeader = Query.find [ class "card-header" ] findBody : Query.Single ApplicationMsgs.TopLevelMessage -> Query.Single ApplicationMsgs.TopLevelMessage findBody = Query.find [ class "card-body" ] findFavoritesSection = Query.find [ id "dashboard-favorite-pipelines" ] pipelineWithStatus : BuildStatus -> Bool -> Application.Model -> Query.Single ApplicationMsgs.TopLevelMessage pipelineWithStatus status isRunning = let jobFunc = if isRunning then job >> running else job in Application.handleCallback (Callback.AllJobsFetched <| Ok [ jobFunc status ]) >> Tuple.first >> givenDataUnauthenticated [ { id = 0, name = "team" } ] >> Tuple.first >> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) >> Tuple.first >> Application.handleDelivery (ClockTicked OneSecond <| Time.millisToPosix 0) >> Tuple.first >> Common.queryView in [ describe "when team has no visible pipelines" <| let noPipelinesCard : () -> Query.Single ApplicationMsgs.TopLevelMessage noPipelinesCard _ = whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "some-team", [] ) , ( "other-team", [] ) ] ) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "other-team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "dashboard-team-group" , attribute <| Attr.attribute "data-team-name" "some-team" ] |> Query.find [ class "card" ] in [ describe "card" <| [ test "card has display flex with direction column" <| noPipelinesCard >> Query.has [ style "display" "flex" , style "flex-direction" "column" ] , test "card has width 272px and height 268px" <| noPipelinesCard >> Query.has [ style "width" "272px" , style "height" "268px" ] , test "card has a left margin of 25px" <| noPipelinesCard >> Query.has [ style "margin-left" "25px" ] ] , describe "header" <| let header : () -> Query.Single ApplicationMsgs.TopLevelMessage header = noPipelinesCard >> findHeader in [ test "says 'no pipeline set' in white font" <| header >> Expect.all [ Query.has [ text "no pipeline set" ] , Query.has [ style "color" ColorValues.grey20 ] ] , test "has dark grey background" <| header >> Query.has [ style "background-color" ColorValues.grey90 ] , test "text is larger and wider spaced" <| header >> Query.has [ style "font-size" "1.5em" , style "letter-spacing" "0.1em" ] , test "text is centered" <| header >> Query.has [ style "text-align" "center" ] ] , describe "body" <| let body : () -> Query.Single ApplicationMsgs.TopLevelMessage body = noPipelinesCard >> Query.find [ class "card-body" ] in [ test "has 20px 36px padding" <| body >> Query.has [ style "padding" "20px 36px" ] , test "fills available height" <| body >> Query.has [ style "flex-grow" "1" ] , test "has dark grey background" <| body >> Query.has [ style "background-color" ColorValues.grey90 ] , test "has 2px margins above and below" <| body >> Query.has [ style "margin" "2px 0" ] , test "has lighter grey placeholder box that fills" <| body >> Expect.all [ Query.has [ style "display" "flex" ] , Query.children [] >> Query.first >> Query.has [ style "background-color" ColorValues.grey80 , style "flex-grow" "1" ] ] ] , test "footer is dark grey and 47 pixels tall" <| noPipelinesCard >> Query.find [ class "card-footer" ] >> Query.has [ style "background-color" ColorValues.grey90 , style "height" "47px" ] ] , test "is draggable when in all pipelines section and result is not stale" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "PI:NAME:<NAME>END_PI" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card" , containing [ text "pipeline" ] ] |> Expect.all [ Query.has [ attribute <| Attr.attribute "draggable" "true" ] , Query.has [ style "cursor" "move" ] ] , test "is not draggable when in favorites section" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Application.handleDelivery (FavoritedPipelinesReceived <| Ok <| Set.singleton 0) |> Tuple.first |> Common.queryView |> Query.findAll [ class "card" , containing [ text "pipeline" ] ] |> Query.first |> Expect.all [ Query.hasNot [ attribute <| Attr.attribute "draggable" "true" ] , Query.hasNot [ style "cursor" "move" ] ] , test "is not draggable when rendering based on the cache" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleDelivery (CachedPipelinesReceived <| Ok [ Data.pipeline "team" 0 |> Data.withName "PI:NAME:<NAME>END_PI" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card" , containing [ text "pipeline" ] ] |> Expect.all [ Query.hasNot [ attribute <| Attr.attribute "draggable" "true" ] , Query.hasNot [ style "cursor" "move" ] ] , test "fills available space" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card" , containing [ text "pipeline" ] ] |> Query.has [ style "width" "100%" , style "height" "100%" , style "display" "flex" , style "flex-direction" "column" ] , describe "header" <| let header : () -> Query.Single ApplicationMsgs.TopLevelMessage header _ = whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card" , containing [ text "pipeline" ] ] |> findHeader in [ test "has dark grey background" <| header >> Query.has [ style "background-color" ColorValues.grey90 ] , test "has larger, spaced-out light-grey text" <| header >> Query.has [ style "font-size" "1.5em" , style "letter-spacing" "0.1em" , style "color" ColorValues.grey20 ] , test "text does not overflow or wrap" <| header >> Query.children [] >> Query.first >> Query.has [ style "width" "245px" , style "white-space" "nowrap" , style "overflow" "hidden" , style "text-overflow" "ellipsis" ] , test "is hoverable" <| header >> Query.find [ class "dashboard-pipeline-name" ] >> Event.simulate Event.mouseEnter >> Event.expect (ApplicationMsgs.Update <| Msgs.Hover <| Just <| Msgs.PipelineCardName Msgs.AllPipelinesSection 1 ) , test "has html id" <| header >> Query.find [ class "dashboard-pipeline-name" ] >> Query.has [ id <| Effects.toHtmlID <| Msgs.PipelineCardName Msgs.AllPipelinesSection 1 ] , describe "favorited pipeline instances" <| let setup pipelines _ = whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> gotPipelines pipelines |> Application.handleDelivery (FavoritedPipelinesReceived <| Ok (Set.singleton 1) ) |> Tuple.first findCardHeader = Common.queryView >> findFavoritesSection >> Query.find [ class "card" , containing [ text "group" ] ] >> Query.find [ class "card-header" ] in [ test "header displays instance vars and group name" <| setup [ pipelineInstanceWithVars 1 [ ( "foo", JsonString "bar" ) ] ] >> findCardHeader >> Expect.all [ Query.has [ style "height" "80px" , style "box-sizing" "border-box" ] , Query.has [ text "group" ] , Query.has [ containing [ text "foo" ], containing [ text "bar" ] ] ] , test "an instance with no instance vars displays \"no instance vars\"" <| setup [ pipelineInstanceWithVars 1 [] , pipelineInstanceWithVars 2 [ ( "foo", JsonString "bar" ) ] ] >> findCardHeader >> Expect.all [ Query.has [ style "height" "80px" , style "box-sizing" "border-box" ] , Query.has [ text "group" ] , Query.has [ text "no instance vars" ] ] , test "all instance vars appear on the same row" <| setup [ pipelineInstanceWithVars 1 [ ( "a", JsonString "1" ) , ( "b", JsonString "2" ) ] ] >> findCardHeader >> Expect.all [ Query.has [ style "height" "80px" , style "box-sizing" "border-box" ] , Query.has [ text "group" ] , Query.has [ containing [ text "a" ] , containing [ text "1" ] , containing [ text "b" ] , containing [ text "2" ] ] ] ] ] , describe "colored banner" <| let findBanner = Query.find [ class "card" , containing [ text "pipeline" ] ] >> Query.find [ class "banner" ] isSolid : String -> Query.Single ApplicationMsgs.TopLevelMessage -> Expectation isSolid color = Query.has [ style "background-color" color ] in [ describe "non-HD view" [ test "is 7px tall" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> findBanner |> Query.has [ style "height" "7px" ] , test "is grey when pipeline is cached" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataUnauthenticated [ { id = 0, name = "PI:NAME:<NAME>END_PI" } ] |> Tuple.first |> Application.handleDelivery (CachedPipelinesReceived <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" |> Data.withPaused True ] ) |> Tuple.first |> Common.queryView |> findBanner |> isSolid lightGrey , test "is dark grey when pipeline is archived" <| \_ -> whenOnDashboardViewingAllPipelines { highDensity = False } |> givenDataUnauthenticated [ { id = 0, name = "PI:NAME:<NAME>END_PI" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" |> Data.withArchived True |> Data.withPaused True ] ) |> Tuple.first |> Common.queryView |> findBanner |> isSolid Colors.backgroundDark , test "is blue when pipeline is paused" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataUnauthenticated [ { id = 0, name = "PI:NAME:<NAME>END_PI" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" |> Data.withPaused True ] ) |> Tuple.first |> Common.queryView |> findBanner |> isSolid blue , test "is green when pipeline is succeeding" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusSucceeded False |> findBanner |> isSolid green , test "is green with black stripes when pipeline is succeeding and running" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusSucceeded True |> findBanner |> isColorWithStripes { thin = green, thick = ColorValues.grey90 } , test "is grey when pipeline is pending" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> findBanner |> isSolid lightGrey , test "is grey with black stripes when pipeline is pending and running" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusStarted True |> findBanner |> isColorWithStripes { thin = lightGrey, thick = ColorValues.grey90 } , test "is red when pipeline is failing" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusFailed False |> findBanner |> isSolid red , test "is red with black stripes when pipeline is failing and running" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusFailed True |> findBanner |> isColorWithStripes { thin = red, thick = ColorValues.grey90 } , test "is amber when pipeline is erroring" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusErrored False |> findBanner |> isSolid amber , test "is amber with black stripes when pipeline is erroring and running" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusErrored True |> findBanner |> isColorWithStripes { thin = amber, thick = ColorValues.grey90 } , test "is brown when pipeline is aborted" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusAborted False |> findBanner |> isSolid brown , test "is brown with black stripes when pipeline is aborted and running" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusAborted True |> findBanner |> isColorWithStripes { thin = brown, thick = ColorValues.grey90 } , describe "status priorities" <| let givenTwoJobsWithModifiers : BuildStatus -> (Concourse.Job -> Concourse.Job) -> BuildStatus -> (Concourse.Job -> Concourse.Job) -> Query.Single ApplicationMsgs.TopLevelMessage givenTwoJobsWithModifiers firstStatus firstModifier secondStatus secondModifier = whenOnDashboard { highDensity = False } |> Application.handleCallback (Callback.AllJobsFetched <| Ok [ job firstStatus |> firstModifier , otherJob secondStatus |> secondModifier ] ) |> Tuple.first |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView givenTwoJobs : BuildStatus -> BuildStatus -> Query.Single ApplicationMsgs.TopLevelMessage givenTwoJobs firstStatus secondStatus = givenTwoJobsWithModifiers firstStatus identity secondStatus identity in [ test "failed is more important than errored" <| \_ -> givenTwoJobs BuildStatusFailed BuildStatusErrored |> findBanner |> isSolid red , test "errored is more important than aborted" <| \_ -> givenTwoJobs BuildStatusErrored BuildStatusAborted |> findBanner |> isSolid amber , test "aborted is more important than succeeding" <| \_ -> givenTwoJobs BuildStatusAborted BuildStatusSucceeded |> findBanner |> isSolid brown , test "succeeding is more important than pending" <| \_ -> givenTwoJobs BuildStatusSucceeded BuildStatusPending |> findBanner |> isSolid green , test "paused jobs are ignored" <| \_ -> givenTwoJobsWithModifiers BuildStatusSucceeded identity BuildStatusFailed (Data.withPaused True) |> findBanner |> isSolid green ] , test "does not crash with a circular pipeline" <| \_ -> whenOnDashboard { highDensity = False } |> Application.handleCallback (Callback.AllJobsFetched <| Ok circularJobs) |> Tuple.first |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> findBanner |> isSolid green , describe "HD view" [ test "is 8px wide" <| \_ -> whenOnDashboard { highDensity = True } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> findBanner |> Query.has [ style "width" "8px" ] , test "is grey when pipeline is cached" <| \_ -> whenOnDashboard { highDensity = True } |> givenDataUnauthenticated [ { id = 0, name = "PI:NAME:<NAME>END_PI" } ] |> Tuple.first |> Application.handleDelivery (CachedPipelinesReceived <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" |> Data.withPaused True ] ) |> Tuple.first |> Common.queryView |> findBanner |> isSolid lightGrey , test "is dark grey when pipeline is archived" <| \_ -> whenOnDashboardViewingAllPipelines { highDensity = False } |> givenDataUnauthenticated [ { id = 0, name = "PI:NAME:<NAME>END_PI" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" |> Data.withArchived True |> Data.withPaused True ] ) |> Tuple.first |> Common.queryView |> findBanner |> isSolid Colors.backgroundDark , test "is blue when pipeline is paused" <| \_ -> whenOnDashboard { highDensity = True } |> givenDataUnauthenticated [ { id = 0, name = "PI:NAME:<NAME>END_PI" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" |> Data.withPaused True ] ) |> Tuple.first |> Common.queryView |> findBanner |> isSolid blue , test "is green when pipeline is succeeding" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusSucceeded False |> findBanner |> isSolid green , test "is green with black stripes when pipeline is succeeding and running" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusSucceeded True |> findBanner |> isColorWithStripes { thin = green, thick = ColorValues.grey90 } , test "is grey when pipeline is pending" <| \_ -> whenOnDashboard { highDensity = True } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> findBanner |> isSolid lightGrey , test "is grey with black stripes when pipeline is pending and running" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusStarted True |> findBanner |> isColorWithStripes { thin = lightGrey, thick = ColorValues.grey90 } , test "is red when pipeline is failing" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusFailed False |> findBanner |> isSolid red , test "is red with black stripes when pipeline is failing and running" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusFailed True |> findBanner |> isColorWithStripes { thin = red, thick = ColorValues.grey90 } , test "is amber when pipeline is erroring" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusErrored False |> findBanner |> isSolid amber , test "is amber with black stripes when pipeline is erroring and running" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusErrored True |> findBanner |> isColorWithStripes { thin = amber, thick = ColorValues.grey90 } , test "is brown when pipeline is aborted" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusAborted False |> findBanner |> isSolid brown , test "is brown with black stripes when pipeline is aborted and running" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusAborted True |> findBanner |> isColorWithStripes { thin = brown, thick = ColorValues.grey90 } , describe "status priorities" <| let givenTwoJobsWithModifiers : BuildStatus -> (Concourse.Job -> Concourse.Job) -> BuildStatus -> (Concourse.Job -> Concourse.Job) -> Query.Single ApplicationMsgs.TopLevelMessage givenTwoJobsWithModifiers firstStatus firstModifier secondStatus secondModifier = whenOnDashboard { highDensity = True } |> Application.handleCallback (Callback.AllJobsFetched <| Ok [ job firstStatus |> firstModifier , otherJob secondStatus |> secondModifier ] ) |> Tuple.first |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView givenTwoJobs : BuildStatus -> BuildStatus -> Query.Single ApplicationMsgs.TopLevelMessage givenTwoJobs firstStatus secondStatus = givenTwoJobsWithModifiers firstStatus identity secondStatus identity in [ test "failed is more important than errored" <| \_ -> givenTwoJobs BuildStatusFailed BuildStatusErrored |> findBanner |> isSolid red , test "errored is more important than aborted" <| \_ -> givenTwoJobs BuildStatusErrored BuildStatusAborted |> findBanner |> isSolid amber , test "aborted is more important than succeeding" <| \_ -> givenTwoJobs BuildStatusAborted BuildStatusSucceeded |> findBanner |> isSolid brown , test "succeeding is more important than pending" <| \_ -> givenTwoJobs BuildStatusSucceeded BuildStatusPending |> findBanner |> isSolid green , test "paused jobs are ignored" <| \_ -> givenTwoJobsWithModifiers BuildStatusSucceeded identity BuildStatusFailed (Data.withPaused True) |> findBanner |> isSolid green ] ] ] ] , describe "on HD view" <| let setup : () -> Query.Single ApplicationMsgs.TopLevelMessage setup _ = whenOnDashboard { highDensity = True } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView noPipelines : () -> Query.Single ApplicationMsgs.TopLevelMessage noPipelines _ = whenOnDashboard { highDensity = True } |> givenDataUnauthenticated (apiData [ ( "some-team", [] ) , ( "other-team", [] ) ] ) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "other-team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView card : Query.Single ApplicationMsgs.TopLevelMessage -> Query.Single ApplicationMsgs.TopLevelMessage card = Query.find [ class "card" , containing [ text "pipeline" ] ] cardText : Query.Single ApplicationMsgs.TopLevelMessage -> Query.Single ApplicationMsgs.TopLevelMessage cardText = card >> Query.children [] >> Query.index 1 noPipelinesCard = Query.find [ class "card" , containing [ text "no pipeline" ] ] in [ test "no pipelines card has 14px font and 1px spacing" <| noPipelines >> noPipelinesCard >> Query.has [ style "font-size" "14px" , style "letter-spacing" "1px" ] , test "no pipelines card text is vertically centered" <| noPipelines >> noPipelinesCard >> Query.has [ style "display" "flex" , style "align-items" "center" ] , test "no pipelines card is 60px tall" <| noPipelines >> noPipelinesCard >> Query.has [ style "height" "60px" ] , test "no pipelines card has 60px right margin" <| noPipelines >> noPipelinesCard >> Query.has [ style "margin-right" "60px" ] , test "no pipelines card text has 10px padding" <| noPipelines >> noPipelinesCard >> Query.children [] >> Query.first >> Query.has [ style "padding" "10px" ] , test "no pipelines card is 200px wide" <| noPipelines >> noPipelinesCard >> Query.has [ style "width" "200px" ] , test "no pipelines card has dark grey background" <| noPipelines >> noPipelinesCard >> Query.has [ style "background-color" ColorValues.grey90 ] , test "card name is hoverable" <| setup >> card >> Query.find [ class "dashboardhd-pipeline-name" ] >> Event.simulate Event.mouseEnter >> Event.expect (ApplicationMsgs.Update <| Msgs.Hover <| Just <| Msgs.PipelineCardNameHD 1 ) , test "card name has html id" <| setup >> card >> Query.find [ class "dashboardhd-pipeline-name" ] >> Query.has [ id <| Effects.toHtmlID <| Msgs.PipelineCardNameHD 1 ] , test "card has larger tighter font" <| setup >> card >> Query.has [ style "font-size" "19px" , style "letter-spacing" "1px" ] , test "card text does not overflow or wrap" <| setup >> cardText >> Query.has [ style "width" "180px" , style "white-space" "nowrap" , style "overflow" "hidden" , style "text-overflow" "ellipsis" ] , test "card text is vertically centered" <| setup >> cardText >> Query.has [ style "align-self" "center" ] , test "card text has 10px padding" <| setup >> cardText >> Query.has [ style "padding" "10px" ] , test "card lays out contents horizontally" <| setup >> card >> Query.has [ style "display" "flex" ] , test "card is 60px tall" <| setup >> card >> Query.has [ style "height" "60px" ] , test "card is 200px wide" <| setup >> card >> Query.has [ style "width" "200px" ] , test "no triangle when there is no resource error" <| setup >> card >> Query.children [] >> Query.count (Expect.equal 2) , describe "resource error triangle" <| let givenResourceFailingToCheck : () -> Query.Single ApplicationMsgs.TopLevelMessage givenResourceFailingToCheck _ = whenOnDashboard { highDensity = True } |> Application.handleCallback (Callback.AllResourcesFetched <| Ok [ Data.resource Nothing |> Data.withBuild (Just <| Data.build Concourse.BuildStatus.BuildStatusFailed) ] ) |> Tuple.first |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView resourceErrorTriangle = Query.children [] >> Query.index -1 in [ test "exists" <| givenResourceFailingToCheck >> card >> Query.children [] >> Query.count (Expect.equal 3) , test "is at the top right of card" <| givenResourceFailingToCheck >> card >> Expect.all [ Query.has [ style "position" "relative" ] , resourceErrorTriangle >> Query.has [ style "position" "absolute" , style "top" "0" , style "right" "0" ] ] , test "is an orange 'top right' triangle" <| givenResourceFailingToCheck >> card >> resourceErrorTriangle >> Query.has [ style "width" "0" , style "height" "0" , style "border-top" <| "30px solid " ++ orange , style "border-left" "30px solid transparent" ] ] , test ("cards are spaced 4px apart vertically and " ++ "60px apart horizontally" ) <| setup >> card >> Query.has [ style "margin" "0 60px 4px 0" ] , test "card is faded green when pipeline is succeeding" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusSucceeded False |> card |> Query.has [ style "background-color" fadedGreen ] , test "card is red when pipeline is failing" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusFailed False |> card |> Query.has [ style "background-color" red ] , test "card is amber when pipeline is erroring" <| \_ -> whenOnDashboard { highDensity = True } |> pipelineWithStatus BuildStatusErrored False |> card |> Query.has [ style "background-color" amber ] , test "card is not affected by jobs from other pipelines" <| \_ -> whenOnDashboard { highDensity = True } |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Application.handleCallback (Callback.AllJobsFetched <| let baseJob = job BuildStatusErrored in Ok [ { baseJob | pipelineName = "other-pipeline" } ] ) |> Tuple.first |> Common.queryView |> card |> Query.hasNot [ style "background-color" amber ] ] , describe "body" <| let setup : () -> Query.Single ApplicationMsgs.TopLevelMessage setup _ = whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card" , containing [ text "pipeline" ] ] in [ test "has dark grey background" <| setup >> findBody >> Query.has [ style "background-color" ColorValues.grey90 ] , test "has 2px margin above and below" <| setup >> findBody >> Query.has [ style "margin" "2px 0" ] , test "fills available height" <| setup >> findBody >> Query.has [ style "flex-grow" "1" ] , test "allows pipeline-grid to fill available height" <| setup >> findBody >> Query.has [ style "display" "flex" ] , test "pipeline-grid fills available width" <| setup >> findBody >> Query.find [ class "pipeline-grid" ] >> Query.has [ style "box-sizing" "border-box" , style "width" "100%" ] ] , describe "footer" <| let hasStyle : String -> String -> Expectation hasStyle property value = whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Query.has [ style property value ] in [ test "has dark grey background" <| \_ -> hasStyle "background-color" ColorValues.grey90 , test "has medium padding" <| \_ -> hasStyle "padding" "13.5px" , test "lays out contents horizontally" <| \_ -> hasStyle "display" "flex" , test "is divided into a left and right section, spread apart" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Expect.all [ Query.children [] >> Query.count (Expect.equal 2) , Query.has [ style "justify-content" "space-between" ] ] , test "both sections lay out contents horizontally" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Query.children [] |> Query.each (Query.has [ style "display" "flex" ]) , describe "left-hand section" <| let findStatusIcon = Query.find [ class "pipeline-status" ] >> Query.children [] >> Query.first findStatusText = Query.find [ class "pipeline-status" ] >> Query.children [] >> Query.index -1 in [ describe "when pipeline is paused" <| let setup = whenOnDashboard { highDensity = False } |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" |> Data.withPaused True ] ) |> Tuple.first |> Common.queryView in [ test "status icon is blue pause" <| \_ -> setup |> findStatusIcon |> Query.has (iconSelector { size = "20px" , image = Assets.PipelineStatusIconPaused } ++ [ style "background-size" "contain" ] ) , test "status text is blue" <| \_ -> setup |> findStatusText |> Query.has [ style "color" blue ] , test "status text is larger and spaced more widely" <| \_ -> setup |> findStatusText |> Query.has [ style "font-size" "18px" , style "line-height" "20px" , style "letter-spacing" "0.05em" ] , test "status text is offset to the right of the icon" <| \_ -> setup |> findStatusText |> Query.has [ style "margin-left" "8px" ] , test "status text says 'paused'" <| \_ -> setup |> findStatusText |> Query.has [ text "paused" ] ] , describe "when a pipeline is based on cache" <| let setup = whenOnDashboard { highDensity = False } |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleDelivery (CachedPipelinesReceived <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" |> Data.withPaused True ] ) |> Tuple.first |> Common.queryView in [ test "status icon is grey pending" <| \_ -> setup |> findStatusIcon |> Query.has (iconSelector { size = "20px" , image = Assets.PipelineStatusIconStale } ++ [ style "background-size" "contain" ] ) , test "status text is grey" <| \_ -> setup |> findStatusText |> Query.has [ style "color" lightGrey ] , test "status text says 'loading...'" <| \_ -> setup |> findStatusText |> Query.has [ text "loading..." ] , test "pipeline card is faded" <| \_ -> setup |> Query.find [ class "card" ] |> Query.has [ style "opacity" "0.45" ] ] , describe "when pipeline has no jobs due to a disabled endpoint" <| let setup = whenOnDashboard { highDensity = False } |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleDelivery (CachedJobsReceived <| Ok [ Data.job 0 ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 ] ) |> Tuple.first |> Application.handleCallback (Callback.AllJobsFetched <| Data.httpNotImplemented ) domID = Msgs.PipelineStatusIcon AllPipelinesSection 0 in [ test "status icon is faded sync" <| \_ -> setup |> Tuple.first |> Common.queryView |> findStatusIcon |> Query.has (iconSelector { size = "20px" , image = Assets.PipelineStatusIconJobsDisabled } ++ [ style "background-size" "contain" , style "opacity" "0.5" ] ) , test "status icon is hoverable" <| \_ -> setup |> Tuple.first |> Common.queryView |> findStatusIcon |> Event.simulate Event.mouseEnter |> Event.expect (ApplicationMsgs.Update <| Msgs.Hover <| Just domID ) , test "hovering status icon sends location request" <| \_ -> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Hover <| Just domID ) |> Tuple.second |> Common.contains (Effects.GetViewportOf domID) , test "hovering status icon shows tooltip" <| \_ -> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Hover <| Just domID ) |> Tuple.first |> Application.handleCallback (Callback.GotViewport domID (Ok { scene = { width = 1 , height = 0 } , viewport = { width = 1 , height = 0 , x = 0 , y = 0 } } ) ) |> Tuple.first |> Application.handleCallback (Callback.GotElement <| Ok { scene = { width = 0 , height = 0 } , viewport = { width = 0 , height = 0 , x = 0 , y = 0 } , element = { x = 0 , y = 0 , width = 1 , height = 1 } } ) |> Tuple.first |> Common.queryView |> Query.has [ style "position" "fixed" , containing [ text "automatic job monitoring disabled" ] ] , test "status text says 'no data'" <| \_ -> setup |> Tuple.first |> Common.queryView |> findStatusText |> Query.has [ text "no data" ] , test "job preview is empty placeholder" <| \_ -> setup |> Tuple.first |> Common.queryView |> Query.find [ class "card-body" ] |> Query.has [ style "background-color" ColorValues.grey90 ] , test "job data is cleared" <| \_ -> setup |> Tuple.first |> Common.queryView |> Query.find [ class "parallel-grid" ] |> Query.hasNot [ tag "a" ] , test "job data is cleared from local cache" <| \_ -> setup |> Tuple.second |> Common.contains Effects.DeleteCachedJobs ] , describe "when pipeline is archived" <| let setup = whenOnDashboardViewingAllPipelines { highDensity = False } |> givenDataUnauthenticated [ { id = 0, name = "PI:NAME:<NAME>END_PI" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withArchived True ] ) |> Tuple.first |> Application.handleCallback (Callback.AllJobsFetched <| Ok [ Data.job 0 ] ) in [ test "status section is empty" <| \_ -> setup |> Tuple.first |> Common.queryView |> Query.find [ class "pipeline-status" ] |> Query.children [] |> Query.count (Expect.equal 0) , test "job preview is empty placeholder" <| \_ -> setup |> Tuple.first |> Common.queryView |> Query.find [ class "card-body" ] |> Query.has [ style "background-color" ColorValues.grey90 ] , test "there is no pause button" <| \_ -> setup |> Tuple.first |> Common.queryView |> Query.hasNot [ class "pause-toggle" ] ] , describe "when pipeline is pending" <| [ test "status icon is grey" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusPending False |> findStatusIcon |> Query.has (iconSelector { size = "20px" , image = Assets.PipelineStatusIconPending } ++ [ style "background-size" "contain" ] ) , test "status text is grey" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusPending False |> findStatusText |> Query.has [ style "color" lightGrey ] , test "status text says 'pending'" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusPending False |> findStatusText |> Query.has [ text "pending" ] , test "when running, status text says 'running'" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusPending True |> findStatusText |> Query.has [ text "running" ] ] , describe "when pipeline is succeeding" [ test "status icon is a green check" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusSucceeded False |> findStatusIcon |> Query.has (iconSelector { size = "20px" , image = Assets.PipelineStatusIconSucceeded } ++ [ style "background-size" "contain" ] ) , test "status text is green" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusSucceeded False |> findStatusText |> Query.has [ style "color" green ] , test "when running, status text says 'running'" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusSucceeded True |> findStatusText |> Query.has [ text "running" ] , test "when not running, status text shows age" <| \_ -> whenOnDashboard { highDensity = False } |> Application.handleCallback (Callback.AllJobsFetched <| Ok [ jobWithNameTransitionedAt "job" (Just <| Time.millisToPosix 0) BuildStatusSucceeded ] ) |> Tuple.first |> givenDataUnauthenticated [ { id = 0, name = "team" } ] |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> afterSeconds 1 |> Common.queryView |> findStatusText |> Query.has [ text "1s" ] ] , describe "when pipeline is failing" [ test "status icon is a red !" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusFailed False |> findStatusIcon |> Query.has (iconSelector { size = "20px" , image = Assets.PipelineStatusIconFailed } ++ [ style "background-size" "contain" ] ) , test "status text is red" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusFailed False |> findStatusText |> Query.has [ style "color" red ] ] , test "when pipeline is aborted, status icon is a brown x" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusAborted False |> findStatusIcon |> Query.has (iconSelector { size = "20px" , image = Assets.PipelineStatusIconAborted } ++ [ style "background-size" "contain" ] ) , test "when pipeline is errored, status icon is an amber triangle" <| \_ -> whenOnDashboard { highDensity = False } |> pipelineWithStatus BuildStatusErrored False |> findStatusIcon |> Query.has (iconSelector { size = "20px" , image = Assets.PipelineStatusIconErrored } ++ [ style "background-size" "contain" ] ) ] , describe "right-hand section" [ describe "visibility toggle" <| let pipelineId = Data.pipelineId visibilityToggle = Common.queryView >> Query.findAll [ class "card-footer" ] >> Query.first >> Query.children [] >> Query.index -1 >> Query.children [] >> Query.index 2 openEye = iconSelector { size = "20px" , image = Assets.VisibilityToggleIcon True } ++ [ style "background-size" "contain" ] slashedOutEye = iconSelector { size = "20px" , image = Assets.VisibilityToggleIcon False } ++ [ style "background-size" "contain" ] openEyeClickable setup = [ defineHoverBehaviour { name = "open eye toggle" , setup = whenOnDashboard { highDensity = False } |> setup |> Tuple.first , query = visibilityToggle , unhoveredSelector = { description = "faded 20px square" , selector = openEye ++ [ style "opacity" "0.5" , style "cursor" "pointer" ] } , hoverable = Msgs.VisibilityButton AllPipelinesSection 0 , hoveredSelector = { description = "bright 20px square" , selector = openEye ++ [ style "opacity" "1" , style "cursor" "pointer" ] } } , test "has click handler" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> visibilityToggle |> Event.simulate Event.click |> Event.expect (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) , test "click has HidePipeline effect" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) |> Tuple.second |> Expect.equal [ Effects.ChangeVisibility Msgs.Hide pipelineId ] , defineHoverBehaviour { name = "open eye toggle in favorites section" , setup = whenOnDashboard { highDensity = False } |> Application.handleDelivery (Message.Subscription.FavoritedPipelinesReceived <| Ok <| Set.singleton 0) |> Tuple.first |> setup |> Tuple.first , query = visibilityToggle , unhoveredSelector = { description = "faded 20px square" , selector = openEye ++ [ style "opacity" "0.5" , style "cursor" "pointer" ] } , hoverable = Msgs.VisibilityButton FavoritesSection 0 , hoveredSelector = { description = "bright 20px square" , selector = openEye ++ [ style "opacity" "1" , style "cursor" "pointer" ] } } , defineHoverBehaviour { name = "visibility spinner" , setup = whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) |> Tuple.first , query = visibilityToggle , unhoveredSelector = { description = "20px spinner" , selector = [ style "animation" "container-rotate 1568ms linear infinite" , style "height" "20px" , style "width" "20px" ] } , hoverable = Msgs.VisibilityButton AllPipelinesSection 0 , hoveredSelector = { description = "20px spinner" , selector = [ style "animation" "container-rotate 1568ms linear infinite" , style "height" "20px" , style "width" "20px" ] } } , test "success resolves spinner to slashed-out eye" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) |> Tuple.first |> Application.handleCallback (Callback.VisibilityChanged Msgs.Hide pipelineId (Ok ()) ) |> Tuple.first |> visibilityToggle |> Query.has slashedOutEye , test "error resolves spinner to open eye" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) |> Tuple.first |> Application.handleCallback (Callback.VisibilityChanged Msgs.Hide pipelineId Data.httpInternalServerError ) |> Tuple.first |> visibilityToggle |> Query.has openEye , test "401 redirects to login" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) |> Tuple.first |> Application.handleCallback (Callback.VisibilityChanged Msgs.Hide pipelineId Data.httpUnauthorized ) |> Tuple.second |> Expect.equal [ Effects.RedirectToLogin ] ] openEyeUnclickable setup = [ defineHoverBehaviour { name = "open eye toggle" , setup = whenOnDashboard { highDensity = False } |> setup |> Tuple.first , query = visibilityToggle , unhoveredSelector = { description = "faded 20px square" , selector = openEye ++ [ style "opacity" "0.5" , style "cursor" "default" ] } , hoverable = Msgs.VisibilityButton AllPipelinesSection 0 , hoveredSelector = { description = "faded 20px square" , selector = openEye ++ [ style "opacity" "0.5" , style "cursor" "default" ] } } , test "has no click handler" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> visibilityToggle |> Event.simulate Event.click |> Event.toResult |> Expect.err ] slashedOutEyeClickable setup = [ defineHoverBehaviour { name = "slashed-out eye toggle" , setup = whenOnDashboard { highDensity = False } |> setup |> Tuple.first , query = visibilityToggle , unhoveredSelector = { description = "faded 20px square" , selector = slashedOutEye ++ [ style "opacity" "0.5" , style "cursor" "pointer" ] } , hoverable = Msgs.VisibilityButton AllPipelinesSection 0 , hoveredSelector = { description = "bright 20px square" , selector = slashedOutEye ++ [ style "opacity" "1" , style "cursor" "pointer" ] } } , test "has click handler" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> visibilityToggle |> Event.simulate Event.click |> Event.expect (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) , test "click has ExposePipeline effect" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) |> Tuple.second |> Expect.equal [ Effects.ChangeVisibility Msgs.Expose pipelineId ] , defineHoverBehaviour { name = "visibility spinner" , setup = whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) |> Tuple.first , query = visibilityToggle , unhoveredSelector = { description = "20px spinner" , selector = [ style "animation" "container-rotate 1568ms linear infinite" , style "height" "20px" , style "width" "20px" ] } , hoverable = Msgs.VisibilityButton AllPipelinesSection 0 , hoveredSelector = { description = "20px spinner" , selector = [ style "animation" "container-rotate 1568ms linear infinite" , style "height" "20px" , style "width" "20px" ] } } , test "success resolves spinner to open eye" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) |> Tuple.first |> Application.handleCallback (Callback.VisibilityChanged Msgs.Expose pipelineId (Ok ()) ) |> Tuple.first |> visibilityToggle |> Query.has openEye , test "error resolves spinner to slashed-out eye" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.VisibilityButton AllPipelinesSection 0 ) |> Tuple.first |> Application.handleCallback (Callback.VisibilityChanged Msgs.Expose pipelineId Data.httpInternalServerError ) |> Tuple.first |> visibilityToggle |> Query.has slashedOutEye ] slashedOutEyeUnclickable setup = [ defineHoverBehaviour { name = "slashed-out eye toggle" , setup = whenOnDashboard { highDensity = False } |> setup |> Tuple.first , query = visibilityToggle , unhoveredSelector = { description = "faded 20px square" , selector = slashedOutEye ++ [ style "opacity" "0.5" , style "cursor" "default" ] } , hoverable = Msgs.VisibilityButton AllPipelinesSection 0 , hoveredSelector = { description = "faded 20px square" , selector = slashedOutEye ++ [ style "opacity" "0.5" , style "cursor" "default" ] } } , test "has no click handler" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> visibilityToggle |> Event.simulate Event.click |> Event.toResult |> Expect.err ] in [ describe "when authorized" <| let whenAuthorizedPublic = givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ] ) >> Tuple.first >> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) whenAuthorizedNonPublic = givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ] ) >> Tuple.first >> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" |> Data.withPublic False ] ) in [ describe "on public pipeline" <| openEyeClickable whenAuthorizedPublic , describe "on a non-public pipeline" <| slashedOutEyeClickable whenAuthorizedNonPublic ] , describe "when unauthorized" <| let whenUnauthorizedPublic = givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "viewer" ] ) ] ) >> Tuple.first >> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) whenUnauthorizedNonPublic = givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "viewer" ] ) ] ) >> Tuple.first >> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" |> Data.withPublic False ] ) in [ describe "on public pipeline" <| openEyeUnclickable whenUnauthorizedPublic , describe "on a non-public pipeline" <| slashedOutEyeUnclickable whenUnauthorizedNonPublic ] , describe "when unauthenticated" <| let whenUnauthenticated = givenDataUnauthenticated (apiData [ ( "team", [] ) ]) >> Tuple.first >> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) in [ describe "on public pipeline" <| openEyeClickable whenUnauthenticated ] ] , test "there is medium spacing between the eye and the play/pause button" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Query.children [] |> Query.index -1 |> Query.children [] |> Expect.all [ Query.count (Expect.equal 5) , Query.index 1 >> Query.has [ style "width" "12px" ] ] , test "there is medium spacing between the eye and the favorited icon" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Query.children [] |> Query.index -1 |> Query.children [] |> Expect.all [ Query.count (Expect.equal 5) , Query.index 3 >> Query.has [ style "width" "12px" ] ] , describe "pause toggle" [ test "the right section has a 20px square pause button on the left" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Query.children [] |> Query.index -1 |> Query.children [] |> Query.index 0 |> Query.has (iconSelector { size = "20px" , image = Assets.PauseIcon } ) , test "pause button has pointer cursor when authorized" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Query.find (iconSelector { size = "20px" , image = Assets.PauseIcon } ) |> Query.has [ style "cursor" "pointer" ] , test "pause button is transparent" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Query.find (iconSelector { size = "20px" , image = Assets.PauseIcon } ) |> Query.has [ style "opacity" "0.5" ] , defineHoverBehaviour { name = "pause button" , setup = whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first , query = Common.queryView >> Query.find [ class "card-footer" ] >> Query.children [] >> Query.index -1 >> Query.children [] >> Query.index 0 , unhoveredSelector = { description = "a faded 20px square pause button with pointer cursor" , selector = iconSelector { size = "20px" , image = Assets.PauseIcon } ++ [ style "cursor" "pointer" , style "opacity" "0.5" ] } , hoverable = Msgs.PipelineCardPauseToggle AllPipelinesSection 1 , hoveredSelector = { description = "a bright 20px square pause button with pointer cursor" , selector = iconSelector { size = "20px" , image = Assets.PauseIcon } ++ [ style "cursor" "pointer" , style "opacity" "1" ] } } , defineHoverBehaviour { name = "pause button in favorites section" , setup = whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Application.handleDelivery (Message.Subscription.FavoritedPipelinesReceived <| Ok <| Set.singleton 1) |> Tuple.first , query = Common.queryView >> Query.findAll [ class "card-footer" ] >> Query.first >> Query.children [] >> Query.index -1 >> Query.children [] >> Query.index 0 , unhoveredSelector = { description = "a faded 20px square pause button with pointer cursor" , selector = iconSelector { size = "20px" , image = Assets.PauseIcon } ++ [ style "cursor" "pointer" , style "opacity" "0.5" ] } , hoverable = Msgs.PipelineCardPauseToggle FavoritesSection 1 , hoveredSelector = { description = "a bright 20px square pause button with pointer cursor" , selector = iconSelector { size = "20px" , image = Assets.PauseIcon } ++ [ style "cursor" "pointer" , style "opacity" "1" ] } } , defineHoverBehaviour { name = "play button" , setup = whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" |> Data.withPaused True ] ) |> Tuple.first , query = Common.queryView >> Query.find [ class "card-footer" ] >> Query.children [] >> Query.index -1 >> Query.children [] >> Query.index 0 , unhoveredSelector = { description = "a transparent 20px square play button with pointer cursor" , selector = iconSelector { size = "20px" , image = Assets.PlayIcon } ++ [ style "cursor" "pointer" , style "opacity" "0.5" ] } , hoverable = Msgs.PipelineCardPauseToggle AllPipelinesSection 1 , hoveredSelector = { description = "an opaque 20px square play button with pointer cursor" , selector = iconSelector { size = "20px" , image = Assets.PlayIcon } ++ [ style "cursor" "pointer" , style "opacity" "1" ] } } , test "clicking pause button sends TogglePipeline msg" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Query.find [ class "pause-toggle" ] |> Event.simulate Event.click |> Event.expect (ApplicationMsgs.Update <| Msgs.Click <| Msgs.PipelineCardPauseToggle AllPipelinesSection 1 ) , test "pause button turns into spinner on click" <| \_ -> let animation = "container-rotate 1568ms linear infinite" in whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.PipelineCardPauseToggle AllPipelinesSection 1 ) |> Tuple.first |> Common.queryView |> Query.find [ class "card-footer" ] |> Query.has [ style "animation" animation ] , test "clicking pause button sends toggle api call" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.PipelineCardPauseToggle AllPipelinesSection 1 ) |> Tuple.second |> Expect.equal [ Effects.SendTogglePipelineRequest Data.pipelineId False ] , test "all pipelines are refetched after ok toggle call" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.PipelineCardPauseToggle AllPipelinesSection 1 ) |> Tuple.first |> Application.handleCallback (Callback.PipelineToggled Data.pipelineId (Ok ())) |> Tuple.second |> Expect.equal [ Effects.FetchAllPipelines ] , test "401 toggle call redirects to login" <| \_ -> whenOnDashboard { highDensity = False } |> givenDataUnauthenticated (apiData [ ( "team", [] ) ]) |> Tuple.first |> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 1 |> Data.withName "pipeline" ] ) |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.PipelineCardPauseToggle AllPipelinesSection 1 ) |> Tuple.first |> Application.handleCallback (Callback.PipelineToggled Data.pipelineId Data.httpUnauthorized) |> Tuple.second |> Expect.equal [ Effects.RedirectToLogin ] ] , describe "favorited icon" <| let pipelineId = 0 unfilledFavoritedIcon = iconSelector { size = "20px" , image = Assets.FavoritedToggleIcon { isFavorited = False, isHovered = False, isSideBar = False } } ++ [ style "background-size" "contain" ] unfilledBrightFavoritedIcon = iconSelector { size = "20px" , image = Assets.FavoritedToggleIcon { isFavorited = False, isHovered = True, isSideBar = False } } ++ [ style "background-size" "contain" ] filledFavoritedIcon = iconSelector { size = "20px" , image = Assets.FavoritedToggleIcon { isFavorited = True, isHovered = False, isSideBar = False } } ++ [ style "background-size" "contain" ] favoritedToggle = Common.queryView >> Query.findAll [ class "card-footer" ] >> Query.first >> Query.children [] >> Query.index -1 >> Query.children [] >> Query.index -1 favoritedIconClickable setup = [ defineHoverBehaviour { name = "favorited icon toggle" , setup = whenOnDashboard { highDensity = False } |> setup |> Tuple.first , query = favoritedToggle , unhoveredSelector = { description = "faded star icon" , selector = unfilledFavoritedIcon ++ [ style "cursor" "pointer" ] } , hoverable = Msgs.PipelineCardFavoritedIcon AllPipelinesSection pipelineId , hoveredSelector = { description = "bright star icon" , selector = unfilledBrightFavoritedIcon ++ [ style "cursor" "pointer" ] } } , test "has click handler" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> favoritedToggle |> Event.simulate Event.click |> Event.expect (ApplicationMsgs.Update <| Msgs.Click <| Msgs.PipelineCardFavoritedIcon AllPipelinesSection pipelineId ) , test "click has FavoritedPipeline effect" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.update (ApplicationMsgs.Update <| Msgs.Click <| Msgs.PipelineCardFavoritedIcon AllPipelinesSection pipelineId ) |> Tuple.second |> Expect.equal [ Effects.SaveFavoritedPipelines <| Set.singleton pipelineId ] , test "favorited pipeline card has a bright filled star icon" <| \_ -> whenOnDashboard { highDensity = False } |> setup |> Tuple.first |> Application.handleDelivery (FavoritedPipelinesReceived <| Ok <| Set.singleton pipelineId ) |> Tuple.first |> favoritedToggle |> Expect.all [ Query.has filledFavoritedIcon ] ] in favoritedIconClickable (givenDataAndUser (apiData [ ( "team", [] ) ]) (userWithRoles [ ( "team", [ "owner" ] ) ] ) >> Tuple.first >> Application.handleCallback (Callback.AllPipelinesFetched <| Ok [ Data.pipeline "team" 0 |> Data.withName "pipeline" ] ) ) ] ] ]

elm

Constants.elm

billgathen/cyber-transcriber

module Constants where type alias KeyMap = { label : String, noteType : String } bassNoteKeys = [ 192, 49, 50, 51, 52, 53, 54, 55, 56, 57, 48, 189, 187 ] chromaticChordKeys = [ 81, 87, 69, 82, 84, 89, 85, 73, 79, 80, 219, 221, 220 ] -- NOTE B3 and C4 bass notes don't light on Firefox b/c the bassNoteKeys array uses the Chrome charCode -- The note plays, though, because Music is based on key inputs keyMapping : Int -> KeyMap keyMapping key = case key of 192 -> KeyMap "C" "bass" 49 -> KeyMap "C#" "bass" 50 -> KeyMap "D" "bass" 51 -> KeyMap "D#" "bass" 52 -> KeyMap "E" "bass" 53 -> KeyMap "F" "bass" 54 -> KeyMap "F#" "bass" 55 -> KeyMap "G" "bass" 56 -> KeyMap "G#" "bass" 57 -> KeyMap "A" "bass" 48 -> KeyMap "A#" "bass" 189 -> KeyMap "B" "bass" 187 -> KeyMap "C" "bass" 173 -> KeyMap "B" "bass" 61 -> KeyMap "C" "bass" 81 -> KeyMap "C" "chord" 87 -> KeyMap "C#" "chord" 69 -> KeyMap "D" "chord" 82 -> KeyMap "D#" "chord" 84 -> KeyMap "E" "chord" 89 -> KeyMap "F" "chord" 85 -> KeyMap "F#" "chord" 73 -> KeyMap "G" "chord" 79 -> KeyMap "G#" "chord" 80 -> KeyMap "A" "chord" 219 -> KeyMap "A#" "chord" 221 -> KeyMap "B" "chord" 220 -> KeyMap "C" "chord" _ -> KeyMap "" ""

29340

module Constants where type alias KeyMap = { label : String, noteType : String } bassNoteKeys = [ <KEY> 18<KEY>, 18<KEY> ] chromaticChordKeys = [<KEY> <KEY> 21<KEY>, 22<KEY>, 220 ] -- NOTE B3 and C4 bass notes don't light on Firefox b/c the bassNoteKeys array uses the Chrome charCode -- The note plays, though, because Music is based on key inputs keyMapping : Int -> KeyMap keyMapping key = case key of 192 -> KeyMap "C" "bass" 49 -> KeyMap "C#" "bass" 50 -> KeyMap "D" "bass" 51 -> KeyMap "D#" "bass" 52 -> KeyMap "E" "bass" 53 -> KeyMap "F" "bass" 54 -> KeyMap "F#" "bass" 55 -> KeyMap "G" "bass" 56 -> KeyMap "G#" "bass" 57 -> KeyMap "A" "bass" 48 -> KeyMap "A#" "bass" 189 -> KeyMap "B" "bass" 187 -> KeyMap "C" "bass" 173 -> KeyMap "B" "bass" 61 -> KeyMap "C" "bass" 81 -> KeyMap "C" "chord" 87 -> KeyMap "C#" "chord" 69 -> KeyMap "D" "chord" 82 -> KeyMap "D#" "chord" 84 -> KeyMap "E" "chord" 89 -> KeyMap "F" "chord" 85 -> KeyMap "F#" "chord" 73 -> KeyMap "G" "chord" 79 -> KeyMap "G#" "chord" 80 -> KeyMap "A" "chord" 219 -> KeyMap "A#" "chord" 221 -> KeyMap "B" "chord" 220 -> KeyMap "C" "chord" _ -> KeyMap "" ""

module Constants where type alias KeyMap = { label : String, noteType : String } bassNoteKeys = [ PI:KEY:<KEY>END_PI 18PI:KEY:<KEY>END_PI, 18PI:KEY:<KEY>END_PI ] chromaticChordKeys = [PI:KEY:<KEY>END_PI PI:KEY:<KEY>END_PI 21PI:KEY:<KEY>END_PI, 22PI:KEY:<KEY>END_PI, 220 ] -- NOTE B3 and C4 bass notes don't light on Firefox b/c the bassNoteKeys array uses the Chrome charCode -- The note plays, though, because Music is based on key inputs keyMapping : Int -> KeyMap keyMapping key = case key of 192 -> KeyMap "C" "bass" 49 -> KeyMap "C#" "bass" 50 -> KeyMap "D" "bass" 51 -> KeyMap "D#" "bass" 52 -> KeyMap "E" "bass" 53 -> KeyMap "F" "bass" 54 -> KeyMap "F#" "bass" 55 -> KeyMap "G" "bass" 56 -> KeyMap "G#" "bass" 57 -> KeyMap "A" "bass" 48 -> KeyMap "A#" "bass" 189 -> KeyMap "B" "bass" 187 -> KeyMap "C" "bass" 173 -> KeyMap "B" "bass" 61 -> KeyMap "C" "bass" 81 -> KeyMap "C" "chord" 87 -> KeyMap "C#" "chord" 69 -> KeyMap "D" "chord" 82 -> KeyMap "D#" "chord" 84 -> KeyMap "E" "chord" 89 -> KeyMap "F" "chord" 85 -> KeyMap "F#" "chord" 73 -> KeyMap "G" "chord" 79 -> KeyMap "G#" "chord" 80 -> KeyMap "A" "chord" 219 -> KeyMap "A#" "chord" 221 -> KeyMap "B" "chord" 220 -> KeyMap "C" "chord" _ -> KeyMap "" ""

elm

day12/day12a.elm

dwendelen/adventofcode_2017

-- Copyright (c) 2017 Daan Wendelen -- All rights reserved. -- -- Redistribution and use in source and binary forms, with or without -- modification, are permitted provided that the following conditions are met: -- -- * Redistributions of source code must retain the above copyright notice, this -- list of conditions and the following disclaimer. -- -- * Redistributions in binary form must reproduce the above copyright notice, -- this list of conditions and the following disclaimer in the documentation -- and/or other materials provided with the distribution. -- -- * Neither the name of the copyright holder nor the names of its -- contributors may be used to endorse or promote products derived from -- this software without specific prior written permission. -- -- THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" -- AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE -- IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE -- DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE -- FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL -- DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR -- SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER -- CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, -- OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE -- OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. import Html exposing (..) import Dict exposing (..) import Array exposing (..) import Debug exposing (..) main = text <| toString <| solve input --solve: String -> Int solve input = let initialDict = parse input initialSize = Dict.size initialDict dictAfterRemoval = removeGroup 0 initialDict in initialSize - (Dict.size dictAfterRemoval) removeGroup id dict = if Dict.member id dict then let deps = Dict.get id dict |> Maybe.withDefault [] newDict = Dict.remove id dict in deps |> List.foldl removeGroup newDict else dict parse: String -> Dict Int (List Int) parse string = String.split "\n" input |> List.map parseLine |> Dict.fromList parseLine line = case (String.split " <-> " line) of id::deps::[] -> let iid = toIntOrZero id ideps = String.split ", " deps |> List.map toIntOrZero in (iid, ideps) _ -> (-1, []) input2 = """0 <-> 2 1 <-> 1 2 <-> 0, 3, 4 3 <-> 2, 4 4 <-> 2, 3, 6 5 <-> 6 6 <-> 4, 5""" input = """0 <-> 889, 1229, 1736 1 <-> 1, 480, 793, 1361 2 <-> 607 3 <-> 273, 422 4 <-> 965, 1052, 1130, 1591 5 <-> 1998 6 <-> 483, 1628 7 <-> 1012, 1242, 1244, 1491 8 <-> 524 9 <-> 13, 281, 1498 10 <-> 10 11 <-> 1956 12 <-> 598, 621, 1210 13 <-> 9 14 <-> 1728 15 <-> 912, 1461 16 <-> 1489, 1680, 1994 17 <-> 854 18 <-> 1157, 1299 19 <-> 759 20 <-> 1352, 1831 21 <-> 1425 22 <-> 470, 685, 857, 1526 23 <-> 405 24 <-> 43, 536, 1849 25 <-> 1674 26 <-> 26, 1738 27 <-> 558 28 <-> 1863 29 <-> 154, 649, 1818 30 <-> 721, 1366 31 <-> 725 32 <-> 413, 880, 903 33 <-> 414, 442, 1403 34 <-> 489, 1308 35 <-> 385, 1254, 1464 36 <-> 167, 1013, 1860 37 <-> 535 38 <-> 605, 1297 39 <-> 680, 1408, 1982 40 <-> 169, 615, 952, 1547 41 <-> 644, 991, 1319, 1509 42 <-> 453, 1315 43 <-> 24, 200, 805 44 <-> 919, 1083 45 <-> 500 46 <-> 1532, 1550 47 <-> 910, 1837 48 <-> 1849 49 <-> 542, 1945 50 <-> 57, 660 51 <-> 354, 934 52 <-> 1212 53 <-> 569 54 <-> 706 55 <-> 55, 114, 1077 56 <-> 1453 57 <-> 50, 1438 58 <-> 616, 738 59 <-> 1242 60 <-> 312, 523, 648 61 <-> 748, 1780, 1965 62 <-> 1533, 1909 63 <-> 562, 661, 1016 64 <-> 280, 300, 677 65 <-> 661, 698, 1881 66 <-> 283, 440 67 <-> 382, 421 68 <-> 986, 1592, 1824 69 <-> 541, 1363 70 <-> 266, 1855 71 <-> 371, 433, 1055, 1682 72 <-> 793 73 <-> 73 74 <-> 1139 75 <-> 770, 1190, 1409, 1433, 1886 76 <-> 1135 77 <-> 492, 1771 78 <-> 575, 1107, 1596, 1670 79 <-> 1374 80 <-> 1168, 1519 81 <-> 1258 82 <-> 919, 1519, 1768 83 <-> 1463 84 <-> 684 85 <-> 517, 1655 86 <-> 1226 87 <-> 1700 88 <-> 523, 1292, 1939 89 <-> 177, 1695, 1706 90 <-> 400, 1683 91 <-> 194 92 <-> 106, 1546 93 <-> 104 94 <-> 501, 1686 95 <-> 285, 1985 96 <-> 402, 770 97 <-> 196 98 <-> 318, 1827 99 <-> 220, 1272, 1766, 1802 100 <-> 1105 101 <-> 380, 957 102 <-> 1305, 1483 103 <-> 262, 481, 621 104 <-> 93, 708, 1731 105 <-> 282 106 <-> 92, 901 107 <-> 553, 742, 1833 108 <-> 480, 1140 109 <-> 1247 110 <-> 1549 111 <-> 1283 112 <-> 1503, 1963 113 <-> 819, 1601 114 <-> 55, 593, 1020 115 <-> 324 116 <-> 378 117 <-> 1534 118 <-> 1740, 1836 119 <-> 1223, 1283 120 <-> 435, 1063 121 <-> 404, 939 122 <-> 294, 360, 1809 123 <-> 1166 124 <-> 1988 125 <-> 163 126 <-> 126 127 <-> 255, 754 128 <-> 634, 969 129 <-> 563, 1732, 1926 130 <-> 1196 131 <-> 1019, 1429 132 <-> 1287, 1417 133 <-> 1453 134 <-> 184, 786 135 <-> 647 136 <-> 260, 306 137 <-> 1342 138 <-> 292 139 <-> 1265 140 <-> 613 141 <-> 1001, 1217 142 <-> 142, 1901 143 <-> 758, 822, 1533 144 <-> 866, 930, 1197, 1443, 1665 145 <-> 1672 146 <-> 1937 147 <-> 1409, 1697 148 <-> 608, 954, 1624 149 <-> 527, 652, 1938 150 <-> 709 151 <-> 447, 1305, 1314 152 <-> 1741 153 <-> 901, 1997 154 <-> 29, 929 155 <-> 1178, 1976 156 <-> 560 157 <-> 522 158 <-> 541 159 <-> 1212, 1878 160 <-> 1078 161 <-> 1128, 1913 162 <-> 588, 734 163 <-> 125, 1073, 1952 164 <-> 1156 165 <-> 1781 166 <-> 1692 167 <-> 36, 1637 168 <-> 1043, 1085 169 <-> 40, 334, 1257, 1313 170 <-> 170 171 <-> 171 172 <-> 1391 173 <-> 925 174 <-> 1733 175 <-> 175, 1466 176 <-> 726, 1182 177 <-> 89, 1100 178 <-> 611, 1141 179 <-> 1036, 1307 180 <-> 1556 181 <-> 1930 182 <-> 775, 1284 183 <-> 1907 184 <-> 134, 1981 185 <-> 255, 1278 186 <-> 1891 187 <-> 531, 1318 188 <-> 790, 1623 189 <-> 379, 1749, 1865 190 <-> 1103, 1676 191 <-> 534 192 <-> 477 193 <-> 193, 860 194 <-> 91, 710, 1780 195 <-> 290, 1383, 1510 196 <-> 97, 1664 197 <-> 1416 198 <-> 287, 1760 199 <-> 366 200 <-> 43 201 <-> 813, 1882 202 <-> 246, 1175 203 <-> 203, 1007 204 <-> 204, 923 205 <-> 924 206 <-> 1162, 1818 207 <-> 365, 487, 923 208 <-> 1281, 1290 209 <-> 1280 210 <-> 210, 288, 1333 211 <-> 211, 417, 754 212 <-> 1698 213 <-> 1626 214 <-> 1256 215 <-> 215, 1385, 1671 216 <-> 811, 1025 217 <-> 554, 1715 218 <-> 1483 219 <-> 1741 220 <-> 99, 530, 1081, 1319, 1801 221 <-> 804, 1144 222 <-> 1288, 1702 223 <-> 223, 1231 224 <-> 649, 1179 225 <-> 1271, 1776 226 <-> 226, 1991 227 <-> 496, 857, 1004, 1821 228 <-> 371, 500 229 <-> 1162 230 <-> 693, 1081 231 <-> 506, 973 232 <-> 859, 969, 1922 233 <-> 233 234 <-> 875, 1006 235 <-> 1035, 1998 236 <-> 236 237 <-> 289, 569, 1440 238 <-> 1249, 1923 239 <-> 1564, 1775, 1944 240 <-> 1888 241 <-> 951, 1874 242 <-> 825 243 <-> 384, 983, 1838 244 <-> 715, 1501 245 <-> 592, 671 246 <-> 202, 391, 632, 656 247 <-> 663 248 <-> 253, 752 249 <-> 1073, 1558 250 <-> 290 251 <-> 792, 1389 252 <-> 797 253 <-> 248, 771 254 <-> 254, 1047 255 <-> 127, 185, 369 256 <-> 623 257 <-> 1636, 1740 258 <-> 317 259 <-> 1775 260 <-> 136, 561, 1290 261 <-> 359, 1657 262 <-> 103, 697, 1074 263 <-> 1205 264 <-> 1779, 1782 265 <-> 1407 266 <-> 70, 1215, 1306 267 <-> 333, 790 268 <-> 603 269 <-> 269, 1497 270 <-> 270, 1613 271 <-> 1416, 1562, 1923 272 <-> 579, 894 273 <-> 3, 993 274 <-> 333 275 <-> 1188 276 <-> 535, 645, 1166, 1269 277 <-> 1369 278 <-> 744, 1717 279 <-> 349, 695, 985, 1096 280 <-> 64, 1516 281 <-> 9, 427, 768, 1468 282 <-> 105, 867 283 <-> 66, 1235, 1525, 1748 284 <-> 530 285 <-> 95, 800, 1191 286 <-> 339, 611, 1581 287 <-> 198, 1285, 1501 288 <-> 210, 1059 289 <-> 237, 1928 290 <-> 195, 250, 1934 291 <-> 337, 1902 292 <-> 138, 1805, 1849 293 <-> 906 294 <-> 122, 1582 295 <-> 602 296 <-> 778 297 <-> 471, 483 298 <-> 298 299 <-> 402, 729 300 <-> 64, 1002 301 <-> 856 302 <-> 1084, 1538, 1739 303 <-> 892, 1774 304 <-> 1029, 1350 305 <-> 521, 1628, 1902 306 <-> 136, 469, 653, 835 307 <-> 981 308 <-> 1997 309 <-> 1612 310 <-> 1338, 1571 311 <-> 1388 312 <-> 60 313 <-> 1557 314 <-> 886, 1704 315 <-> 672, 779 316 <-> 1062, 1906 317 <-> 258, 1290 318 <-> 98, 318 319 <-> 1974 320 <-> 839 321 <-> 395, 615, 909, 1046 322 <-> 1077, 1390, 1989 323 <-> 323, 773, 1571 324 <-> 115, 493, 511, 650 325 <-> 325 326 <-> 1944, 1972 327 <-> 1489 328 <-> 412, 468 329 <-> 1637 330 <-> 556, 1176 331 <-> 656 332 <-> 564, 1688 333 <-> 267, 274, 421, 1205, 1743 334 <-> 169, 1896 335 <-> 1176 336 <-> 638, 1408, 1633 337 <-> 291, 844, 1549 338 <-> 515 339 <-> 286 340 <-> 340, 1959 341 <-> 943 342 <-> 417, 638, 1116, 1536 343 <-> 1030 344 <-> 584, 1751 345 <-> 345, 1810 346 <-> 346 347 <-> 587 348 <-> 515, 1187 349 <-> 279, 349 350 <-> 1749 351 <-> 1030, 1097 352 <-> 352 353 <-> 353, 683 354 <-> 51, 354, 735 355 <-> 1362 356 <-> 1593 357 <-> 357 358 <-> 441, 501, 899, 1672 359 <-> 261 360 <-> 122, 360, 1234, 1927 361 <-> 736 362 <-> 1169 363 <-> 780 364 <-> 444, 905, 1049, 1911 365 <-> 207 366 <-> 199, 1469 367 <-> 1612 368 <-> 675, 1800 369 <-> 255 370 <-> 370, 873, 962, 1238 371 <-> 71, 228, 456 372 <-> 1912 373 <-> 1318 374 <-> 1018, 1246 375 <-> 898, 1303 376 <-> 376, 573 377 <-> 1080 378 <-> 116, 1140 379 <-> 189, 1984 380 <-> 101 381 <-> 472, 827, 1097 382 <-> 67 383 <-> 383, 582 384 <-> 243, 432, 444, 569, 634 385 <-> 35 386 <-> 1496 387 <-> 637, 737, 756, 1293 388 <-> 1562 389 <-> 633 390 <-> 488 391 <-> 246, 853, 1422 392 <-> 1253, 1331 393 <-> 921, 1567, 1777, 1970 394 <-> 809 395 <-> 321, 798, 1040 396 <-> 746, 1332 397 <-> 400, 953 398 <-> 1958 399 <-> 399 400 <-> 90, 397, 808, 1485 401 <-> 1395 402 <-> 96, 299, 1388 403 <-> 716 404 <-> 121 405 <-> 23, 934, 1221 406 <-> 1007 407 <-> 1391 408 <-> 497, 1090, 1644 409 <-> 1479 410 <-> 793, 1977 411 <-> 1026 412 <-> 328, 581, 806 413 <-> 32, 1354 414 <-> 33, 1920 415 <-> 799, 1207, 1880 416 <-> 1862 417 <-> 211, 342, 589, 1858 418 <-> 556, 1437, 1490 419 <-> 1393 420 <-> 420 421 <-> 67, 333, 1813 422 <-> 3, 706, 1598, 1721 423 <-> 1834 424 <-> 854, 1442 425 <-> 855, 1080 426 <-> 1408, 1469 427 <-> 281 428 <-> 832, 1998 429 <-> 553, 657, 834 430 <-> 1466 431 <-> 1357 432 <-> 384 433 <-> 71 434 <-> 434, 489, 1137 435 <-> 120 436 <-> 972, 1461 437 <-> 550 438 <-> 486, 844 439 <-> 978 440 <-> 66, 705, 1850 441 <-> 358, 589, 783, 804, 1129 442 <-> 33, 497 443 <-> 1806 444 <-> 364, 384, 1698 445 <-> 1208, 1294, 1452 446 <-> 1143, 1452 447 <-> 151, 1072 448 <-> 448 449 <-> 997, 1829 450 <-> 1277 451 <-> 1531, 1866 452 <-> 1175, 1622, 1975 453 <-> 42, 1486 454 <-> 689 455 <-> 1497 456 <-> 371, 1577 457 <-> 702 458 <-> 461, 921, 1279 459 <-> 1004 460 <-> 485, 505, 1211, 1451 461 <-> 458, 541, 916, 1844 462 <-> 1281 463 <-> 856, 1481 464 <-> 602, 1476, 1553 465 <-> 543, 1566 466 <-> 847, 1593 467 <-> 1270 468 <-> 328, 829 469 <-> 306, 667, 720, 1931 470 <-> 22 471 <-> 297 472 <-> 381 473 <-> 473 474 <-> 599, 1146 475 <-> 1570, 1894 476 <-> 1145 477 <-> 192, 1193, 1690 478 <-> 1469, 1840 479 <-> 1684 480 <-> 1, 108 481 <-> 103, 963 482 <-> 1778 483 <-> 6, 297, 1662 484 <-> 1435 485 <-> 460 486 <-> 438 487 <-> 207, 998, 1185 488 <-> 390, 1231, 1668 489 <-> 34, 434, 1341 490 <-> 990, 1203 491 <-> 936 492 <-> 77 493 <-> 324 494 <-> 1984 495 <-> 495, 1954 496 <-> 227 497 <-> 408, 442, 1551 498 <-> 1704, 1788 499 <-> 836 500 <-> 45, 228, 1358, 1798 501 <-> 94, 358, 1559 502 <-> 951 503 <-> 1036 504 <-> 1303 505 <-> 460 506 <-> 231, 606, 1473 507 <-> 1109 508 <-> 1724 509 <-> 1644 510 <-> 848 511 <-> 324, 1036 512 <-> 523 513 <-> 809, 1294 514 <-> 785 515 <-> 338, 348, 1027, 1193, 1226 516 <-> 1988 517 <-> 85, 1482 518 <-> 518 519 <-> 1625 520 <-> 520 521 <-> 305, 1033 522 <-> 157, 1355, 1476, 1588 523 <-> 60, 88, 512 524 <-> 8, 1998 525 <-> 990, 1275 526 <-> 1310, 1552 527 <-> 149, 979, 1805 528 <-> 698 529 <-> 631, 970 530 <-> 220, 284, 1533, 1944 531 <-> 187, 551, 1168, 1574 532 <-> 1484 533 <-> 892 534 <-> 191, 879 535 <-> 37, 276, 1527 536 <-> 24, 1094 537 <-> 747, 952 538 <-> 1620, 1735 539 <-> 858, 1467 540 <-> 1263, 1572 541 <-> 69, 158, 461 542 <-> 49, 1384 543 <-> 465, 639, 873 544 <-> 1338 545 <-> 1967 546 <-> 806, 1239 547 <-> 792, 1039, 1078 548 <-> 548, 1891, 1941 549 <-> 861 550 <-> 437, 1209, 1967 551 <-> 531, 888, 896 552 <-> 798 553 <-> 107, 429, 1330, 1951 554 <-> 217 555 <-> 744, 947, 1246 556 <-> 330, 418, 1070, 1925 557 <-> 1826, 1854 558 <-> 27, 1629 559 <-> 1042, 1150 560 <-> 156, 1472, 1834 561 <-> 260 562 <-> 63 563 <-> 129, 1309 564 <-> 332 565 <-> 1770, 1842 566 <-> 621 567 <-> 1160, 1178, 1642 568 <-> 895 569 <-> 53, 237, 384 570 <-> 641 571 <-> 571, 1261, 1924 572 <-> 882 573 <-> 376 574 <-> 982 575 <-> 78, 1255 576 <-> 887, 1539 577 <-> 603, 1122, 1679 578 <-> 742 579 <-> 272, 1444, 1747 580 <-> 797, 1554, 1718 581 <-> 412, 1926 582 <-> 383 583 <-> 1611 584 <-> 344, 1620 585 <-> 1692 586 <-> 1383 587 <-> 347, 1351 588 <-> 162, 1220 589 <-> 417, 441 590 <-> 1919 591 <-> 884, 992 592 <-> 245, 814 593 <-> 114 594 <-> 1843 595 <-> 1809 596 <-> 837 597 <-> 1563, 1575 598 <-> 12, 605, 984 599 <-> 474, 1218 600 <-> 732, 1237, 1714 601 <-> 1913 602 <-> 295, 464, 1061 603 <-> 268, 577, 720 604 <-> 604 605 <-> 38, 598 606 <-> 506, 686, 1813 607 <-> 2, 1948 608 <-> 148 609 <-> 1571 610 <-> 772, 901 611 <-> 178, 286, 880 612 <-> 1814 613 <-> 140, 883, 1198, 1764, 1942 614 <-> 1352 615 <-> 40, 321 616 <-> 58, 1413 617 <-> 624, 1008, 1591, 1791 618 <-> 1625 619 <-> 871, 1567 620 <-> 1954 621 <-> 12, 103, 566 622 <-> 1895 623 <-> 256, 1767 624 <-> 617 625 <-> 663 626 <-> 626 627 <-> 1650 628 <-> 884 629 <-> 1104, 1421 630 <-> 630, 864 631 <-> 529, 646 632 <-> 246 633 <-> 389, 1847 634 <-> 128, 384 635 <-> 1553, 1817 636 <-> 636 637 <-> 387 638 <-> 336, 342, 646, 1453 639 <-> 543, 815, 1087 640 <-> 1422, 1597 641 <-> 570, 805, 993, 1961 642 <-> 1371 643 <-> 959, 1044, 1444 644 <-> 41 645 <-> 276, 1022, 1184 646 <-> 631, 638, 1790 647 <-> 135, 1286 648 <-> 60 649 <-> 29, 224, 1636 650 <-> 324 651 <-> 863, 1321 652 <-> 149, 687, 1128, 1346 653 <-> 306 654 <-> 1409 655 <-> 1142, 1733 656 <-> 246, 331, 768, 1815 657 <-> 429 658 <-> 1511, 1569 659 <-> 1744 660 <-> 50, 796, 1524 661 <-> 63, 65, 810 662 <-> 995, 1661 663 <-> 247, 625, 1001 664 <-> 664 665 <-> 1305 666 <-> 666, 1817 667 <-> 469, 1003, 1550 668 <-> 1540, 1958 669 <-> 831, 883, 1349, 1719 670 <-> 1531 671 <-> 245, 671, 1693 672 <-> 315, 1088 673 <-> 942, 1381, 1660 674 <-> 880 675 <-> 368 676 <-> 1269, 1699 677 <-> 64, 1654 678 <-> 784 679 <-> 1760 680 <-> 39 681 <-> 681 682 <-> 728, 749, 1995 683 <-> 353 684 <-> 84, 1150 685 <-> 22 686 <-> 606 687 <-> 652, 1687 688 <-> 1878 689 <-> 454, 689 690 <-> 924, 1183 691 <-> 1410, 1413 692 <-> 1702 693 <-> 230, 1658 694 <-> 820, 1282, 1873 695 <-> 279 696 <-> 1168 697 <-> 262, 766, 776 698 <-> 65, 528, 698, 940 699 <-> 1778 700 <-> 743, 1459, 1825 701 <-> 1475 702 <-> 457, 792, 861, 1467 703 <-> 1581 704 <-> 1969 705 <-> 440, 1145 706 <-> 54, 422 707 <-> 1015, 1780 708 <-> 104, 1266 709 <-> 150, 1778 710 <-> 194 711 <-> 751 712 <-> 963 713 <-> 1525, 1762 714 <-> 1713 715 <-> 244, 1293, 1421 716 <-> 403, 1572 717 <-> 1142 718 <-> 1204 719 <-> 1672 720 <-> 469, 603 721 <-> 30, 1268, 1400 722 <-> 1183 723 <-> 1012 724 <-> 1029, 1289, 1368 725 <-> 31, 1039 726 <-> 176, 726 727 <-> 856 728 <-> 682, 1000 729 <-> 299, 1216, 1967 730 <-> 850, 900 731 <-> 1540, 1884 732 <-> 600, 784 733 <-> 1655 734 <-> 162 735 <-> 354, 1955 736 <-> 361, 1084, 1822 737 <-> 387 738 <-> 58, 1573 739 <-> 1119, 1216, 1822 740 <-> 829, 1219 741 <-> 1164 742 <-> 107, 578 743 <-> 700, 1744 744 <-> 278, 555 745 <-> 835, 1903 746 <-> 396 747 <-> 537, 1843 748 <-> 61 749 <-> 682, 1217, 1731 750 <-> 874, 1110, 1724 751 <-> 711, 1767 752 <-> 248, 1011 753 <-> 1327, 1885 754 <-> 127, 211, 1117 755 <-> 755 756 <-> 387 757 <-> 1098, 1169 758 <-> 143, 1689 759 <-> 19, 1517 760 <-> 831, 1915 761 <-> 761, 1195 762 <-> 1634 763 <-> 763 764 <-> 848, 1375 765 <-> 765, 1136 766 <-> 697, 1295, 1887 767 <-> 1906 768 <-> 281, 656, 1031 769 <-> 1457, 1863 770 <-> 75, 96 771 <-> 253, 846, 1375 772 <-> 610 773 <-> 323 774 <-> 1067 775 <-> 182, 1494 776 <-> 697 777 <-> 1136 778 <-> 296, 1057 779 <-> 315, 1631, 1796 780 <-> 363, 780, 1814 781 <-> 928, 1423 782 <-> 1850 783 <-> 441 784 <-> 678, 732, 999, 1988 785 <-> 514, 1248 786 <-> 134, 786, 1009 787 <-> 1348, 1863 788 <-> 891, 1183, 1455 789 <-> 1310, 1420, 1510 790 <-> 188, 267 791 <-> 1276 792 <-> 251, 547, 702 793 <-> 1, 72, 410, 1092 794 <-> 880 795 <-> 1799, 1807 796 <-> 660, 1548 797 <-> 252, 580, 797 798 <-> 395, 552 799 <-> 415, 799 800 <-> 285, 1889 801 <-> 801 802 <-> 802 803 <-> 1188, 1326, 1935 804 <-> 221, 441 805 <-> 43, 641, 1772 806 <-> 412, 546, 918, 1617 807 <-> 876, 1887 808 <-> 400, 1435, 1716 809 <-> 394, 513 810 <-> 661 811 <-> 216, 1259 812 <-> 1883 813 <-> 201, 1692 814 <-> 592 815 <-> 639 816 <-> 1041, 1734 817 <-> 1134, 1432 818 <-> 1575 819 <-> 113, 1063 820 <-> 694 821 <-> 1242 822 <-> 143, 892 823 <-> 1393, 1492 824 <-> 946 825 <-> 242, 999 826 <-> 1594 827 <-> 381, 1079, 1580 828 <-> 1941 829 <-> 468, 740, 1905 830 <-> 977, 1260, 1861 831 <-> 669, 760, 946, 1332 832 <-> 428, 832, 944, 1172 833 <-> 837, 1008, 1470 834 <-> 429, 915 835 <-> 306, 745, 976 836 <-> 499, 967 837 <-> 596, 833, 974 838 <-> 1335 839 <-> 320, 839, 1703 840 <-> 1053, 1398, 1760 841 <-> 1193 842 <-> 842, 1066, 1108 843 <-> 1414, 1697, 1894 844 <-> 337, 438 845 <-> 1506 846 <-> 771 847 <-> 466, 907, 1432 848 <-> 510, 764 849 <-> 1063, 1195, 1701 850 <-> 730, 1551 851 <-> 1112, 1331, 1479 852 <-> 1652 853 <-> 391 854 <-> 17, 424, 906, 1665 855 <-> 425, 1082 856 <-> 301, 463, 727, 1744 857 <-> 22, 227 858 <-> 539, 1252, 1472 859 <-> 232, 1843 860 <-> 193 861 <-> 549, 702, 1709, 1884 862 <-> 1149 863 <-> 651, 955 864 <-> 630 865 <-> 1138 866 <-> 144, 1111, 1114 867 <-> 282, 1487, 1835 868 <-> 1699 869 <-> 869 870 <-> 1487 871 <-> 619 872 <-> 872 873 <-> 370, 543, 1968 874 <-> 750, 874 875 <-> 234, 1202, 1473 876 <-> 807, 933, 1741 877 <-> 1205, 1874 878 <-> 1831 879 <-> 534, 1860 880 <-> 32, 611, 674, 794 881 <-> 1361, 1750 882 <-> 572, 1495 883 <-> 613, 669 884 <-> 591, 628, 1815 885 <-> 996, 1237 886 <-> 314, 1709 887 <-> 576 888 <-> 551 889 <-> 0, 1494 890 <-> 1100, 1966 891 <-> 788, 1312 892 <-> 303, 533, 822, 1334, 1812, 1935 893 <-> 1723 894 <-> 272, 1992 895 <-> 568, 1038 896 <-> 551, 1425 897 <-> 1783 898 <-> 375 899 <-> 358 900 <-> 730 901 <-> 106, 153, 610 902 <-> 1203 903 <-> 32, 1935 904 <-> 1109 905 <-> 364 906 <-> 293, 854, 1565 907 <-> 847, 1139, 1180, 1431, 1563, 1878 908 <-> 1908 909 <-> 321, 943 910 <-> 47, 1067 911 <-> 1468, 1495 912 <-> 15 913 <-> 1692 914 <-> 922, 1445 915 <-> 834, 1002 916 <-> 461 917 <-> 1177, 1924 918 <-> 806, 962, 1058, 1419 919 <-> 44, 82, 1933 920 <-> 1147, 1539 921 <-> 393, 458, 1055, 1951 922 <-> 914, 1271 923 <-> 204, 207, 1201 924 <-> 205, 690 925 <-> 173, 1816 926 <-> 1279 927 <-> 927 928 <-> 781 929 <-> 154 930 <-> 144 931 <-> 972, 1237 932 <-> 1317 933 <-> 876, 1756 934 <-> 51, 405, 1105, 1960 935 <-> 935, 1674 936 <-> 491, 1201, 1247 937 <-> 956, 1576, 1788 938 <-> 1377, 1733 939 <-> 121, 1638 940 <-> 698, 1808 941 <-> 1665, 1957 942 <-> 673 943 <-> 341, 909 944 <-> 832 945 <-> 1087, 1340 946 <-> 824, 831 947 <-> 555 948 <-> 959 949 <-> 1068 950 <-> 1664 951 <-> 241, 502, 1151 952 <-> 40, 537, 1376 953 <-> 397 954 <-> 148, 1075, 1364 955 <-> 863, 1235, 1618, 1724 956 <-> 937 957 <-> 101, 1323 958 <-> 1794, 1972 959 <-> 643, 948, 1023 960 <-> 960, 1417 961 <-> 1278 962 <-> 370, 918 963 <-> 481, 712 964 <-> 1198 965 <-> 4 966 <-> 966 967 <-> 836, 967, 1821 968 <-> 1513 969 <-> 128, 232 970 <-> 529 971 <-> 1471 972 <-> 436, 931 973 <-> 231 974 <-> 837 975 <-> 1390 976 <-> 835 977 <-> 830 978 <-> 439, 1687 979 <-> 527 980 <-> 980, 1609, 1940 981 <-> 307, 1671 982 <-> 574, 1318, 1643 983 <-> 243 984 <-> 598 985 <-> 279 986 <-> 68 987 <-> 1060 988 <-> 1942 989 <-> 1478 990 <-> 490, 525, 1838 991 <-> 41, 1263, 1302 992 <-> 591 993 <-> 273, 641 994 <-> 1026, 1240, 1618 995 <-> 662, 1545 996 <-> 885, 1528 997 <-> 449, 1058 998 <-> 487 999 <-> 784, 825 1000 <-> 728 1001 <-> 141, 663, 1626, 1681 1002 <-> 300, 915 1003 <-> 667 1004 <-> 227, 459 1005 <-> 1780 1006 <-> 234, 1578 1007 <-> 203, 406 1008 <-> 617, 833 1009 <-> 786, 1064 1010 <-> 1010, 1031, 1919 1011 <-> 752, 1754 1012 <-> 7, 723, 1068, 1181 1013 <-> 36 1014 <-> 1594 1015 <-> 707 1016 <-> 63 1017 <-> 1511 1018 <-> 374, 1034 1019 <-> 131, 1155 1020 <-> 114 1021 <-> 1288 1022 <-> 645 1023 <-> 959, 1375 1024 <-> 1024 1025 <-> 216 1026 <-> 411, 994 1027 <-> 515 1028 <-> 1417 1029 <-> 304, 724 1030 <-> 343, 351 1031 <-> 768, 1010 1032 <-> 1032 1033 <-> 521 1034 <-> 1018 1035 <-> 235, 1578 1036 <-> 179, 503, 511, 1036 1037 <-> 1037, 1044 1038 <-> 895, 1125 1039 <-> 547, 725, 1599 1040 <-> 395 1041 <-> 816 1042 <-> 559, 1042 1043 <-> 168, 1873 1044 <-> 643, 1037, 1312 1045 <-> 1232 1046 <-> 321 1047 <-> 254 1048 <-> 1747 1049 <-> 364 1050 <-> 1050, 1947, 1963 1051 <-> 1156 1052 <-> 4, 1201 1053 <-> 840 1054 <-> 1133, 1342, 1537, 1708, 1778 1055 <-> 71, 921, 1786 1056 <-> 1672 1057 <-> 778, 1423, 1787 1058 <-> 918, 997 1059 <-> 288, 1337, 1401 1060 <-> 987, 1781 1061 <-> 602, 1660 1062 <-> 316, 1863 1063 <-> 120, 819, 849 1064 <-> 1009 1065 <-> 1065 1066 <-> 842 1067 <-> 774, 910, 1089 1068 <-> 949, 1012 1069 <-> 1900 1070 <-> 556 1071 <-> 1884 1072 <-> 447, 1122 1073 <-> 163, 249, 1073, 1237 1074 <-> 262 1075 <-> 954, 1075, 1789 1076 <-> 1076, 1680 1077 <-> 55, 322 1078 <-> 160, 547 1079 <-> 827, 1079 1080 <-> 377, 425, 1739 1081 <-> 220, 230 1082 <-> 855, 1638 1083 <-> 44 1084 <-> 302, 736 1085 <-> 168, 1431 1086 <-> 1973 1087 <-> 639, 945 1088 <-> 672 1089 <-> 1067, 1190 1090 <-> 408, 1492 1091 <-> 1674 1092 <-> 793 1093 <-> 1802 1094 <-> 536 1095 <-> 1095, 1204 1096 <-> 279 1097 <-> 351, 381 1098 <-> 757, 1519 1099 <-> 1099, 1752 1100 <-> 177, 890 1101 <-> 1145 1102 <-> 1280 1103 <-> 190, 1200 1104 <-> 629 1105 <-> 100, 934 1106 <-> 1426 1107 <-> 78, 1497 1108 <-> 842 1109 <-> 507, 904, 1109 1110 <-> 750 1111 <-> 866 1112 <-> 851 1113 <-> 1113 1114 <-> 866, 1131, 1861 1115 <-> 1187, 1629 1116 <-> 342 1117 <-> 754 1118 <-> 1637 1119 <-> 739 1120 <-> 1837 1121 <-> 1133, 1758 1122 <-> 577, 1072, 1349 1123 <-> 1359 1124 <-> 1174 1125 <-> 1038, 1789 1126 <-> 1260 1127 <-> 1213 1128 <-> 161, 652 1129 <-> 441 1130 <-> 4 1131 <-> 1114 1132 <-> 1132, 1979 1133 <-> 1054, 1121, 1253 1134 <-> 817 1135 <-> 76, 1606 1136 <-> 765, 777, 1860 1137 <-> 434 1138 <-> 865, 1280, 1471, 1736 1139 <-> 74, 907 1140 <-> 108, 378 1141 <-> 178 1142 <-> 655, 717 1143 <-> 446 1144 <-> 221 1145 <-> 476, 705, 1101, 1271, 1956 1146 <-> 474, 1179, 1936 1147 <-> 920, 1147 1148 <-> 1148, 1795 1149 <-> 862, 1799 1150 <-> 559, 684, 1797 1151 <-> 951 1152 <-> 1229 1153 <-> 1515, 1530 1154 <-> 1154 1155 <-> 1019, 1300 1156 <-> 164, 1051, 1156 1157 <-> 18, 1157 1158 <-> 1208 1159 <-> 1651 1160 <-> 567, 1510, 1710 1161 <-> 1161, 1427, 1590 1162 <-> 206, 229, 1561 1163 <-> 1388 1164 <-> 741, 1494 1165 <-> 1217 1166 <-> 123, 276 1167 <-> 1262, 1547 1168 <-> 80, 531, 696 1169 <-> 362, 757, 1504 1170 <-> 1854 1171 <-> 1171, 1898 1172 <-> 832 1173 <-> 1173, 1315 1174 <-> 1124, 1174, 1831 1175 <-> 202, 452 1176 <-> 330, 335, 1761 1177 <-> 917 1178 <-> 155, 567 1179 <-> 224, 1146 1180 <-> 907, 1661 1181 <-> 1012 1182 <-> 176 1183 <-> 690, 722, 788 1184 <-> 645 1185 <-> 487 1186 <-> 1659 1187 <-> 348, 1115, 1670 1188 <-> 275, 803 1189 <-> 1689 1190 <-> 75, 1089 1191 <-> 285 1192 <-> 1744 1193 <-> 477, 515, 841 1194 <-> 1308 1195 <-> 761, 849 1196 <-> 130, 1993 1197 <-> 144 1198 <-> 613, 964, 1329 1199 <-> 1389 1200 <-> 1103 1201 <-> 923, 936, 1052 1202 <-> 875 1203 <-> 490, 902, 1692 1204 <-> 718, 1095, 1245 1205 <-> 263, 333, 877 1206 <-> 1311 1207 <-> 415, 1883 1208 <-> 445, 1158 1209 <-> 550, 1640 1210 <-> 12, 1210, 1428 1211 <-> 460, 1529 1212 <-> 52, 159, 1493, 1819 1213 <-> 1127, 1213 1214 <-> 1214, 1436 1215 <-> 266, 1758 1216 <-> 729, 739 1217 <-> 141, 749, 1165, 1315 1218 <-> 599, 1595 1219 <-> 740, 1549 1220 <-> 588, 1374 1221 <-> 405 1222 <-> 1966 1223 <-> 119 1224 <-> 1528 1225 <-> 1314 1226 <-> 86, 515 1227 <-> 1681 1228 <-> 1228 1229 <-> 0, 1152, 1374 1230 <-> 1453 1231 <-> 223, 488 1232 <-> 1045, 1261 1233 <-> 1759 1234 <-> 360 1235 <-> 283, 955, 1241, 1783 1236 <-> 1356 1237 <-> 600, 885, 931, 1073 1238 <-> 370, 1602 1239 <-> 546, 1373 1240 <-> 994 1241 <-> 1235, 1392 1242 <-> 7, 59, 821, 1945 1243 <-> 1296 1244 <-> 7, 1300, 1434 1245 <-> 1204, 1347 1246 <-> 374, 555, 1508 1247 <-> 109, 936 1248 <-> 785, 1715 1249 <-> 238 1250 <-> 1600, 1623 1251 <-> 1251 1252 <-> 858 1253 <-> 392, 1133 1254 <-> 35, 1394 1255 <-> 575 1256 <-> 214, 1607, 1685 1257 <-> 169 1258 <-> 81, 1264, 1320 1259 <-> 811, 1425 1260 <-> 830, 1126 1261 <-> 571, 1232 1262 <-> 1167, 1862 1263 <-> 540, 991 1264 <-> 1258, 1651 1265 <-> 139, 1569 1266 <-> 708 1267 <-> 1267 1268 <-> 721 1269 <-> 276, 676, 1759 1270 <-> 467, 1270, 1916 1271 <-> 225, 922, 1145, 1700 1272 <-> 99 1273 <-> 1302 1274 <-> 1966 1275 <-> 525 1276 <-> 791, 1834 1277 <-> 450, 1474, 1645 1278 <-> 185, 961 1279 <-> 458, 926 1280 <-> 209, 1102, 1138 1281 <-> 208, 462, 1943 1282 <-> 694, 1522 1283 <-> 111, 119, 1407 1284 <-> 182, 1996 1285 <-> 287 1286 <-> 647, 1286, 1715 1287 <-> 132 1288 <-> 222, 1021, 1398 1289 <-> 724 1290 <-> 208, 260, 317 1291 <-> 1498 1292 <-> 88 1293 <-> 387, 715, 1322, 1519, 1645 1294 <-> 445, 513, 1504 1295 <-> 766 1296 <-> 1243, 1379, 1964 1297 <-> 38, 1669 1298 <-> 1906 1299 <-> 18, 1804 1300 <-> 1155, 1244 1301 <-> 1371, 1453 1302 <-> 991, 1273 1303 <-> 375, 504, 1948 1304 <-> 1667, 1933 1305 <-> 102, 151, 665 1306 <-> 266 1307 <-> 179 1308 <-> 34, 1194 1309 <-> 563 1310 <-> 526, 789 1311 <-> 1206, 1311, 1769 1312 <-> 891, 1044 1313 <-> 169 1314 <-> 151, 1225 1315 <-> 42, 1173, 1217 1316 <-> 1316 1317 <-> 932, 1805 1318 <-> 187, 373, 982 1319 <-> 41, 220, 1948 1320 <-> 1258, 1859 1321 <-> 651 1322 <-> 1293 1323 <-> 957, 1472 1324 <-> 1324 1325 <-> 1325 1326 <-> 803, 1846 1327 <-> 753 1328 <-> 1879 1329 <-> 1198 1330 <-> 553, 1330 1331 <-> 392, 851 1332 <-> 396, 831 1333 <-> 210 1334 <-> 892 1335 <-> 838, 1552, 1568 1336 <-> 1336 1337 <-> 1059 1338 <-> 310, 544 1339 <-> 1897 1340 <-> 945 1341 <-> 489 1342 <-> 137, 1054 1343 <-> 1343 1344 <-> 1946 1345 <-> 1345 1346 <-> 652 1347 <-> 1245, 1914, 1930 1348 <-> 787, 1591 1349 <-> 669, 1122 1350 <-> 304, 1790 1351 <-> 587, 1997 1352 <-> 20, 614 1353 <-> 1738 1354 <-> 413, 1608 1355 <-> 522, 1816, 1917 1356 <-> 1236, 1450 1357 <-> 431, 1575 1358 <-> 500 1359 <-> 1123, 1599 1360 <-> 1370, 1385 1361 <-> 1, 881 1362 <-> 355, 1611, 1952 1363 <-> 69 1364 <-> 954 1365 <-> 1948 1366 <-> 30, 1470 1367 <-> 1527 1368 <-> 724 1369 <-> 277, 1482 1370 <-> 1360 1371 <-> 642, 1301, 1478, 1485 1372 <-> 1372, 1594 1373 <-> 1239 1374 <-> 79, 1220, 1229 1375 <-> 764, 771, 1023 1376 <-> 952 1377 <-> 938, 1520, 1730 1378 <-> 1378, 1411, 1823 1379 <-> 1296, 1832 1380 <-> 1380 1381 <-> 673 1382 <-> 1382 1383 <-> 195, 586 1384 <-> 542 1385 <-> 215, 1360 1386 <-> 1386 1387 <-> 1536 1388 <-> 311, 402, 1163 1389 <-> 251, 1199 1390 <-> 322, 975 1391 <-> 172, 407, 1453 1392 <-> 1241, 1587 1393 <-> 419, 823, 1636 1394 <-> 1254, 1588, 1699 1395 <-> 401, 1621 1396 <-> 1396, 1870 1397 <-> 1629 1398 <-> 840, 1288 1399 <-> 1399, 1932 1400 <-> 721 1401 <-> 1059 1402 <-> 1402 1403 <-> 33 1404 <-> 1449, 1632, 1832 1405 <-> 1634 1406 <-> 1726 1407 <-> 265, 1283, 1999 1408 <-> 39, 336, 426 1409 <-> 75, 147, 654 1410 <-> 691, 1780 1411 <-> 1378 1412 <-> 1447, 1759 1413 <-> 616, 691 1414 <-> 843 1415 <-> 1415 1416 <-> 197, 271 1417 <-> 132, 960, 1028 1418 <-> 1418, 1426 1419 <-> 918, 1560 1420 <-> 789 1421 <-> 629, 715 1422 <-> 391, 640 1423 <-> 781, 1057 1424 <-> 1614 1425 <-> 21, 896, 1259 1426 <-> 1106, 1418 1427 <-> 1161 1428 <-> 1210, 1677 1429 <-> 131 1430 <-> 1822 1431 <-> 907, 1085, 1846 1432 <-> 817, 847 1433 <-> 75 1434 <-> 1244 1435 <-> 484, 808 1436 <-> 1214 1437 <-> 418 1438 <-> 57 1439 <-> 1469, 1824 1440 <-> 237 1441 <-> 1722 1442 <-> 424, 1678 1443 <-> 144 1444 <-> 579, 643, 1869 1445 <-> 914 1446 <-> 1524, 1728 1447 <-> 1412, 1962 1448 <-> 1485 1449 <-> 1404 1450 <-> 1356, 1647 1451 <-> 460, 1907, 1967 1452 <-> 445, 446 1453 <-> 56, 133, 638, 1230, 1301, 1391 1454 <-> 1994 1455 <-> 788 1456 <-> 1914 1457 <-> 769 1458 <-> 1458 1459 <-> 700, 1796 1460 <-> 1799 1461 <-> 15, 436 1462 <-> 1678 1463 <-> 83, 1553, 1684 1464 <-> 35 1465 <-> 1471 1466 <-> 175, 430 1467 <-> 539, 702 1468 <-> 281, 911, 1475 1469 <-> 366, 426, 478, 1439, 1524 1470 <-> 833, 1366 1471 <-> 971, 1138, 1465 1472 <-> 560, 858, 1323, 1937 1473 <-> 506, 875 1474 <-> 1277, 1937 1475 <-> 701, 1468 1476 <-> 464, 522 1477 <-> 1785 1478 <-> 989, 1371 1479 <-> 409, 851 1480 <-> 1677 1481 <-> 463 1482 <-> 517, 1369, 1482 1483 <-> 102, 218 1484 <-> 532, 1531, 1735 1485 <-> 400, 1371, 1448 1486 <-> 453 1487 <-> 867, 870, 1577, 1584 1488 <-> 1488 1489 <-> 16, 327 1490 <-> 418 1491 <-> 7, 1589 1492 <-> 823, 1090 1493 <-> 1212, 1519, 1675 1494 <-> 775, 889, 1164 1495 <-> 882, 911 1496 <-> 386, 1496 1497 <-> 269, 455, 1107 1498 <-> 9, 1291, 1758 1499 <-> 1685, 1893 1500 <-> 1657 1501 <-> 244, 287 1502 <-> 1951 1503 <-> 112 1504 <-> 1169, 1294 1505 <-> 1987 1506 <-> 845, 1905 1507 <-> 1507 1508 <-> 1246 1509 <-> 41 1510 <-> 195, 789, 1160, 1980 1511 <-> 658, 1017 1512 <-> 1990 1513 <-> 968, 1513, 1612 1514 <-> 1514 1515 <-> 1153, 1632 1516 <-> 280 1517 <-> 759 1518 <-> 1837 1519 <-> 80, 82, 1098, 1293, 1493 1520 <-> 1377, 1978 1521 <-> 1521 1522 <-> 1282 1523 <-> 1749, 1876 1524 <-> 660, 1446, 1469, 1535, 1729 1525 <-> 283, 713 1526 <-> 22, 1767 1527 <-> 535, 1367, 1889 1528 <-> 996, 1224 1529 <-> 1211, 1736 1530 <-> 1153 1531 <-> 451, 670, 1484 1532 <-> 46 1533 <-> 62, 143, 530 1534 <-> 117, 1992 1535 <-> 1524 1536 <-> 342, 1387 1537 <-> 1054 1538 <-> 302, 1589 1539 <-> 576, 920 1540 <-> 668, 731 1541 <-> 1639 1542 <-> 1542 1543 <-> 1702 1544 <-> 1927 1545 <-> 995 1546 <-> 92, 1890 1547 <-> 40, 1167 1548 <-> 796 1549 <-> 110, 337, 1219 1550 <-> 46, 667 1551 <-> 497, 850 1552 <-> 526, 1335 1553 <-> 464, 635, 1463 1554 <-> 580, 1696 1555 <-> 1556, 1648, 1867 1556 <-> 180, 1555, 1676 1557 <-> 313, 1831 1558 <-> 249 1559 <-> 501 1560 <-> 1419 1561 <-> 1162 1562 <-> 271, 388 1563 <-> 597, 907 1564 <-> 239 1565 <-> 906, 1854 1566 <-> 465 1567 <-> 393, 619 1568 <-> 1335, 1745 1569 <-> 658, 1265, 1651 1570 <-> 475 1571 <-> 310, 323, 609 1572 <-> 540, 716 1573 <-> 738 1574 <-> 531 1575 <-> 597, 818, 1357 1576 <-> 937 1577 <-> 456, 1487, 1630 1578 <-> 1006, 1035 1579 <-> 1704 1580 <-> 827 1581 <-> 286, 703, 1888 1582 <-> 294 1583 <-> 1907 1584 <-> 1487 1585 <-> 1955 1586 <-> 1586, 1641 1587 <-> 1392 1588 <-> 522, 1394 1589 <-> 1491, 1538, 1589 1590 <-> 1161, 1642, 1946 1591 <-> 4, 617, 1348 1592 <-> 68 1593 <-> 356, 466 1594 <-> 826, 1014, 1372 1595 <-> 1218 1596 <-> 78 1597 <-> 640 1598 <-> 422 1599 <-> 1039, 1359 1600 <-> 1250 1601 <-> 113, 1631 1602 <-> 1238 1603 <-> 1603 1604 <-> 1604 1605 <-> 1980 1606 <-> 1135, 1828 1607 <-> 1256, 1607 1608 <-> 1354 1609 <-> 980, 1864 1610 <-> 1610 1611 <-> 583, 1362 1612 <-> 309, 367, 1513 1613 <-> 270, 1620 1614 <-> 1424, 1688 1615 <-> 1615 1616 <-> 1884 1617 <-> 806, 1763 1618 <-> 955, 994, 1897 1619 <-> 1622 1620 <-> 538, 584, 1613 1621 <-> 1395, 1621 1622 <-> 452, 1619 1623 <-> 188, 1250 1624 <-> 148 1625 <-> 519, 618, 1625, 1765 1626 <-> 213, 1001 1627 <-> 1929 1628 <-> 6, 305 1629 <-> 558, 1115, 1397 1630 <-> 1577 1631 <-> 779, 1601 1632 <-> 1404, 1515 1633 <-> 336 1634 <-> 762, 1405, 1734 1635 <-> 1635 1636 <-> 257, 649, 1393 1637 <-> 167, 329, 1118 1638 <-> 939, 1082 1639 <-> 1541, 1639 1640 <-> 1209 1641 <-> 1586 1642 <-> 567, 1590 1643 <-> 982 1644 <-> 408, 509 1645 <-> 1277, 1293 1646 <-> 1836, 1875 1647 <-> 1450, 1772 1648 <-> 1555, 1946 1649 <-> 1743 1650 <-> 627, 1720 1651 <-> 1159, 1264, 1569 1652 <-> 852, 1930 1653 <-> 1653 1654 <-> 677 1655 <-> 85, 733 1656 <-> 1875 1657 <-> 261, 1500, 1703 1658 <-> 693, 1679 1659 <-> 1186, 1659 1660 <-> 673, 1061 1661 <-> 662, 1180 1662 <-> 483 1663 <-> 1663, 1904 1664 <-> 196, 950, 1664 1665 <-> 144, 854, 941 1666 <-> 1666 1667 <-> 1304, 1890 1668 <-> 488 1669 <-> 1297 1670 <-> 78, 1187 1671 <-> 215, 981 1672 <-> 145, 358, 719, 1056 1673 <-> 1673 1674 <-> 25, 935, 1091 1675 <-> 1493 1676 <-> 190, 1556 1677 <-> 1428, 1480 1678 <-> 1442, 1462, 1987 1679 <-> 577, 1658 1680 <-> 16, 1076 1681 <-> 1001, 1227 1682 <-> 71 1683 <-> 90 1684 <-> 479, 1463, 1852 1685 <-> 1256, 1499 1686 <-> 94 1687 <-> 687, 978, 1787 1688 <-> 332, 1614, 1688 1689 <-> 758, 1189, 1779 1690 <-> 477 1691 <-> 1691, 1986 1692 <-> 166, 585, 813, 913, 1203, 1913 1693 <-> 671 1694 <-> 1711 1695 <-> 89, 1795 1696 <-> 1554 1697 <-> 147, 843, 1900 1698 <-> 212, 444, 1793 1699 <-> 676, 868, 1394, 1705 1700 <-> 87, 1271 1701 <-> 849 1702 <-> 222, 692, 1543 1703 <-> 839, 1657 1704 <-> 314, 498, 1579 1705 <-> 1699 1706 <-> 89, 1993 1707 <-> 1990, 1994 1708 <-> 1054, 1892 1709 <-> 861, 886 1710 <-> 1160 1711 <-> 1694, 1737 1712 <-> 1712 1713 <-> 714, 1935 1714 <-> 600 1715 <-> 217, 1248, 1286 1716 <-> 808 1717 <-> 278, 1914 1718 <-> 580 1719 <-> 669 1720 <-> 1650, 1762, 1856 1721 <-> 422, 1918 1722 <-> 1441, 1722 1723 <-> 893, 1915 1724 <-> 508, 750, 955 1725 <-> 1725 1726 <-> 1406, 1959 1727 <-> 1797 1728 <-> 14, 1446 1729 <-> 1524 1730 <-> 1377, 1737 1731 <-> 104, 749 1732 <-> 129, 1908 1733 <-> 174, 655, 938 1734 <-> 816, 1634, 1734 1735 <-> 538, 1484 1736 <-> 0, 1138, 1529 1737 <-> 1711, 1730 1738 <-> 26, 1353, 1757 1739 <-> 302, 1080 1740 <-> 118, 257 1741 <-> 152, 219, 876 1742 <-> 1841, 1945 1743 <-> 333, 1649 1744 <-> 659, 743, 856, 1192 1745 <-> 1568 1746 <-> 1746 1747 <-> 579, 1048 1748 <-> 283 1749 <-> 189, 350, 1523, 1848, 1894 1750 <-> 881 1751 <-> 344 1752 <-> 1099 1753 <-> 1753 1754 <-> 1011 1755 <-> 1755, 1939 1756 <-> 933 1757 <-> 1738 1758 <-> 1121, 1215, 1498 1759 <-> 1233, 1269, 1412 1760 <-> 198, 679, 840 1761 <-> 1176 1762 <-> 713, 1720 1763 <-> 1617 1764 <-> 613 1765 <-> 1625 1766 <-> 99 1767 <-> 623, 751, 1526 1768 <-> 82 1769 <-> 1311, 1921 1770 <-> 565, 1995 1771 <-> 77, 1771 1772 <-> 805, 1647, 1772 1773 <-> 1773, 1826 1774 <-> 303 1775 <-> 239, 259 1776 <-> 225 1777 <-> 393 1778 <-> 482, 699, 709, 1054 1779 <-> 264, 1689 1780 <-> 61, 194, 707, 1005, 1410, 1999 1781 <-> 165, 1060, 1978 1782 <-> 264 1783 <-> 897, 1235, 1845 1784 <-> 1784 1785 <-> 1477, 1915 1786 <-> 1055 1787 <-> 1057, 1687, 1899 1788 <-> 498, 937, 1859 1789 <-> 1075, 1125 1790 <-> 646, 1350 1791 <-> 617 1792 <-> 1855 1793 <-> 1698 1794 <-> 958 1795 <-> 1148, 1695 1796 <-> 779, 1459, 1857 1797 <-> 1150, 1727 1798 <-> 500 1799 <-> 795, 1149, 1460 1800 <-> 368, 1800 1801 <-> 220 1802 <-> 99, 1093 1803 <-> 1810 1804 <-> 1299 1805 <-> 292, 527, 1317 1806 <-> 443, 1865 1807 <-> 795, 1911 1808 <-> 940 1809 <-> 122, 595 1810 <-> 345, 1803 1811 <-> 1980 1812 <-> 892 1813 <-> 421, 606 1814 <-> 612, 780 1815 <-> 656, 884 1816 <-> 925, 1355 1817 <-> 635, 666 1818 <-> 29, 206 1819 <-> 1212 1820 <-> 1874 1821 <-> 227, 967 1822 <-> 736, 739, 1430 1823 <-> 1378 1824 <-> 68, 1439 1825 <-> 700 1826 <-> 557, 1773 1827 <-> 98, 1971 1828 <-> 1606, 1865 1829 <-> 449 1830 <-> 1830 1831 <-> 20, 878, 1174, 1557 1832 <-> 1379, 1404, 1832 1833 <-> 107 1834 <-> 423, 560, 1276 1835 <-> 867 1836 <-> 118, 1646 1837 <-> 47, 1120, 1518 1838 <-> 243, 990 1839 <-> 1839 1840 <-> 478 1841 <-> 1742 1842 <-> 565 1843 <-> 594, 747, 859 1844 <-> 461 1845 <-> 1783 1846 <-> 1326, 1431 1847 <-> 633, 1888 1848 <-> 1749 1849 <-> 24, 48, 292, 1851 1850 <-> 440, 782 1851 <-> 1849 1852 <-> 1684 1853 <-> 1853 1854 <-> 557, 1170, 1565 1855 <-> 70, 1792 1856 <-> 1720 1857 <-> 1796 1858 <-> 417 1859 <-> 1320, 1788 1860 <-> 36, 879, 1136 1861 <-> 830, 1114 1862 <-> 416, 1262 1863 <-> 28, 769, 787, 1062 1864 <-> 1609, 1920, 1953 1865 <-> 189, 1806, 1828, 1969 1866 <-> 451 1867 <-> 1555 1868 <-> 1868 1869 <-> 1444 1870 <-> 1396 1871 <-> 1939 1872 <-> 1914 1873 <-> 694, 1043 1874 <-> 241, 877, 1820 1875 <-> 1646, 1656 1876 <-> 1523 1877 <-> 1877 1878 <-> 159, 688, 907 1879 <-> 1328, 1879 1880 <-> 415 1881 <-> 65 1882 <-> 201 1883 <-> 812, 1207 1884 <-> 731, 861, 1071, 1616 1885 <-> 753, 1885 1886 <-> 75 1887 <-> 766, 807 1888 <-> 240, 1581, 1847 1889 <-> 800, 1527 1890 <-> 1546, 1667 1891 <-> 186, 548 1892 <-> 1708 1893 <-> 1499 1894 <-> 475, 843, 1749 1895 <-> 622, 1895, 1978 1896 <-> 334 1897 <-> 1339, 1618, 1949 1898 <-> 1171 1899 <-> 1787 1900 <-> 1069, 1697 1901 <-> 142 1902 <-> 291, 305 1903 <-> 745 1904 <-> 1663 1905 <-> 829, 1506 1906 <-> 316, 767, 1298, 1999 1907 <-> 183, 1451, 1583 1908 <-> 908, 1732 1909 <-> 62 1910 <-> 1999 1911 <-> 364, 1807 1912 <-> 372, 1912 1913 <-> 161, 601, 1692 1914 <-> 1347, 1456, 1717, 1872 1915 <-> 760, 1723, 1785 1916 <-> 1270 1917 <-> 1355 1918 <-> 1721 1919 <-> 590, 1010 1920 <-> 414, 1864 1921 <-> 1769 1922 <-> 232 1923 <-> 238, 271, 1923 1924 <-> 571, 917 1925 <-> 556, 1925 1926 <-> 129, 581 1927 <-> 360, 1544 1928 <-> 289 1929 <-> 1627, 1929 1930 <-> 181, 1347, 1652 1931 <-> 469, 1931 1932 <-> 1399 1933 <-> 919, 1304 1934 <-> 290 1935 <-> 803, 892, 903, 1713 1936 <-> 1146 1937 <-> 146, 1472, 1474 1938 <-> 149 1939 <-> 88, 1755, 1871 1940 <-> 980 1941 <-> 548, 828 1942 <-> 613, 988 1943 <-> 1281 1944 <-> 239, 326, 530 1945 <-> 49, 1242, 1742 1946 <-> 1344, 1590, 1648 1947 <-> 1050 1948 <-> 607, 1303, 1319, 1365 1949 <-> 1897 1950 <-> 1950 1951 <-> 553, 921, 1502 1952 <-> 163, 1362 1953 <-> 1864 1954 <-> 495, 620 1955 <-> 735, 1585 1956 <-> 11, 1145 1957 <-> 941 1958 <-> 398, 668 1959 <-> 340, 1726 1960 <-> 934 1961 <-> 641 1962 <-> 1447 1963 <-> 112, 1050 1964 <-> 1296 1965 <-> 61 1966 <-> 890, 1222, 1274 1967 <-> 545, 550, 729, 1451 1968 <-> 873 1969 <-> 704, 1865 1970 <-> 393 1971 <-> 1827 1972 <-> 326, 958 1973 <-> 1086, 1973 1974 <-> 319, 1974 1975 <-> 452 1976 <-> 155 1977 <-> 410 1978 <-> 1520, 1781, 1895 1979 <-> 1132 1980 <-> 1510, 1605, 1811 1981 <-> 184 1982 <-> 39 1983 <-> 1983 1984 <-> 379, 494 1985 <-> 95 1986 <-> 1691 1987 <-> 1505, 1678 1988 <-> 124, 516, 784 1989 <-> 322 1990 <-> 1512, 1707 1991 <-> 226 1992 <-> 894, 1534 1993 <-> 1196, 1706 1994 <-> 16, 1454, 1707 1995 <-> 682, 1770 1996 <-> 1284 1997 <-> 153, 308, 1351 1998 <-> 5, 235, 428, 524 1999 <-> 1407, 1780, 1906, 1910""" zip: List a -> List b -> List (a, b) zip list1 list2 = zip2 list1 list2 [] zip2: List a -> List b -> List(a, b) -> List(a, b) zip2 list1 list2 acc = case list1 of [] -> acc head1::tail1 -> case list2 of [] -> acc head2::tail2 -> zip2 tail1 tail2 (List.append acc [(head1, head2)]) toIntOrZero: String -> Int toIntOrZero char = case (String.toInt char) of Ok a -> a Err _ -> 0 outerProduct: List a -> List (a, a) outerProduct list = List.concatMap (\e -> List.map (\i -> (e, i)) list ) list histogram: List comparable -> Dict comparable Int histogram list = List.foldl histo_inc Dict.empty list histo_inc: comparable -> Dict comparable Int -> Dict comparable Int histo_inc dir dict = if Dict.member dir dict then Dict.update dir (Maybe.map ((+) 1)) dict else Dict.insert dir 1 dict

13893

-- Copyright (c) 2017 <NAME> -- All rights reserved. -- -- Redistribution and use in source and binary forms, with or without -- modification, are permitted provided that the following conditions are met: -- -- * Redistributions of source code must retain the above copyright notice, this -- list of conditions and the following disclaimer. -- -- * Redistributions in binary form must reproduce the above copyright notice, -- this list of conditions and the following disclaimer in the documentation -- and/or other materials provided with the distribution. -- -- * Neither the name of the copyright holder nor the names of its -- contributors may be used to endorse or promote products derived from -- this software without specific prior written permission. -- -- THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" -- AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE -- IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE -- DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE -- FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL -- DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR -- SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER -- CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, -- OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE -- OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. import Html exposing (..) import Dict exposing (..) import Array exposing (..) import Debug exposing (..) main = text <| toString <| solve input --solve: String -> Int solve input = let initialDict = parse input initialSize = Dict.size initialDict dictAfterRemoval = removeGroup 0 initialDict in initialSize - (Dict.size dictAfterRemoval) removeGroup id dict = if Dict.member id dict then let deps = Dict.get id dict |> Maybe.withDefault [] newDict = Dict.remove id dict in deps |> List.foldl removeGroup newDict else dict parse: String -> Dict Int (List Int) parse string = String.split "\n" input |> List.map parseLine |> Dict.fromList parseLine line = case (String.split " <-> " line) of id::deps::[] -> let iid = toIntOrZero id ideps = String.split ", " deps |> List.map toIntOrZero in (iid, ideps) _ -> (-1, []) input2 = """0 <-> 2 1 <-> 1 2 <-> 0, 3, 4 3 <-> 2, 4 4 <-> 2, 3, 6 5 <-> 6 6 <-> 4, 5""" input = """0 <-> 889, 1229, 1736 1 <-> 1, 480, 793, 1361 2 <-> 607 3 <-> 273, 422 4 <-> 965, 1052, 1130, 1591 5 <-> 1998 6 <-> 483, 1628 7 <-> 1012, 1242, 1244, 1491 8 <-> 524 9 <-> 13, 281, 1498 10 <-> 10 11 <-> 1956 12 <-> 598, 621, 1210 13 <-> 9 14 <-> 1728 15 <-> 912, 1461 16 <-> 1489, 1680, 1994 17 <-> 854 18 <-> 1157, 1299 19 <-> 759 20 <-> 1352, 1831 21 <-> 1425 22 <-> 470, 685, 857, 1526 23 <-> 405 24 <-> 43, 536, 1849 25 <-> 1674 26 <-> 26, 1738 27 <-> 558 28 <-> 1863 29 <-> 154, 649, 1818 30 <-> 721, 1366 31 <-> 725 32 <-> 413, 880, 903 33 <-> 414, 442, 1403 34 <-> 489, 1308 35 <-> 385, 1254, 1464 36 <-> 167, 1013, 1860 37 <-> 535 38 <-> 605, 1297 39 <-> 680, 1408, 1982 40 <-> 169, 615, 952, 1547 41 <-> 644, 991, 1319, 1509 42 <-> 453, 1315 43 <-> 24, 200, 805 44 <-> 919, 1083 45 <-> 500 46 <-> 1532, 1550 47 <-> 910, 1837 48 <-> 1849 49 <-> 542, 1945 50 <-> 57, 660 51 <-> 354, 934 52 <-> 1212 53 <-> 569 54 <-> 706 55 <-> 55, 114, 1077 56 <-> 1453 57 <-> 50, 1438 58 <-> 616, 738 59 <-> 1242 60 <-> 312, 523, 648 61 <-> 748, 1780, 1965 62 <-> 1533, 1909 63 <-> 562, 661, 1016 64 <-> 280, 300, 677 65 <-> 661, 698, 1881 66 <-> 283, 440 67 <-> 382, 421 68 <-> 986, 1592, 1824 69 <-> 541, 1363 70 <-> 266, 1855 71 <-> 371, 433, 1055, 1682 72 <-> 793 73 <-> 73 74 <-> 1139 75 <-> 770, 1190, 1409, 1433, 1886 76 <-> 1135 77 <-> 492, 1771 78 <-> 575, 1107, 1596, 1670 79 <-> 1374 80 <-> 1168, 1519 81 <-> 1258 82 <-> 919, 1519, 1768 83 <-> 1463 84 <-> 684 85 <-> 517, 1655 86 <-> 1226 87 <-> 1700 88 <-> 523, 1292, 1939 89 <-> 177, 1695, 1706 90 <-> 400, 1683 91 <-> 194 92 <-> 106, 1546 93 <-> 104 94 <-> 501, 1686 95 <-> 285, 1985 96 <-> 402, 770 97 <-> 196 98 <-> 318, 1827 99 <-> 220, 1272, 1766, 1802 100 <-> 1105 101 <-> 380, 957 102 <-> 1305, 1483 103 <-> 262, 481, 621 104 <-> 93, 708, 1731 105 <-> 282 106 <-> 92, 901 107 <-> 553, 742, 1833 108 <-> 480, 1140 109 <-> 1247 110 <-> 1549 111 <-> 1283 112 <-> 1503, 1963 113 <-> 819, 1601 114 <-> 55, 593, 1020 115 <-> 324 116 <-> 378 117 <-> 1534 118 <-> 1740, 1836 119 <-> 1223, 1283 120 <-> 435, 1063 121 <-> 404, 939 122 <-> 294, 360, 1809 123 <-> 1166 124 <-> 1988 125 <-> 163 126 <-> 126 127 <-> 255, 754 128 <-> 634, 969 129 <-> 563, 1732, 1926 130 <-> 1196 131 <-> 1019, 1429 132 <-> 1287, 1417 133 <-> 1453 134 <-> 184, 786 135 <-> 647 136 <-> 260, 306 137 <-> 1342 138 <-> 292 139 <-> 1265 140 <-> 613 141 <-> 1001, 1217 142 <-> 142, 1901 143 <-> 758, 822, 1533 144 <-> 866, 930, 1197, 1443, 1665 145 <-> 1672 146 <-> 1937 147 <-> 1409, 1697 148 <-> 608, 954, 1624 149 <-> 527, 652, 1938 150 <-> 709 151 <-> 447, 1305, 1314 152 <-> 1741 153 <-> 901, 1997 154 <-> 29, 929 155 <-> 1178, 1976 156 <-> 560 157 <-> 522 158 <-> 541 159 <-> 1212, 1878 160 <-> 1078 161 <-> 1128, 1913 162 <-> 588, 734 163 <-> 125, 1073, 1952 164 <-> 1156 165 <-> 1781 166 <-> 1692 167 <-> 36, 1637 168 <-> 1043, 1085 169 <-> 40, 334, 1257, 1313 170 <-> 170 171 <-> 171 172 <-> 1391 173 <-> 925 174 <-> 1733 175 <-> 175, 1466 176 <-> 726, 1182 177 <-> 89, 1100 178 <-> 611, 1141 179 <-> 1036, 1307 180 <-> 1556 181 <-> 1930 182 <-> 775, 1284 183 <-> 1907 184 <-> 134, 1981 185 <-> 255, 1278 186 <-> 1891 187 <-> 531, 1318 188 <-> 790, 1623 189 <-> 379, 1749, 1865 190 <-> 1103, 1676 191 <-> 534 192 <-> 477 193 <-> 193, 860 194 <-> 91, 710, 1780 195 <-> 290, 1383, 1510 196 <-> 97, 1664 197 <-> 1416 198 <-> 287, 1760 199 <-> 366 200 <-> 43 201 <-> 813, 1882 202 <-> 246, 1175 203 <-> 203, 1007 204 <-> 204, 923 205 <-> 924 206 <-> 1162, 1818 207 <-> 365, 487, 923 208 <-> 1281, 1290 209 <-> 1280 210 <-> 210, 288, 1333 211 <-> 211, 417, 754 212 <-> 1698 213 <-> 1626 214 <-> 1256 215 <-> 215, 1385, 1671 216 <-> 811, 1025 217 <-> 554, 1715 218 <-> 1483 219 <-> 1741 220 <-> 99, 530, 1081, 1319, 1801 221 <-> 804, 1144 222 <-> 1288, 1702 223 <-> 223, 1231 224 <-> 649, 1179 225 <-> 1271, 1776 226 <-> 226, 1991 227 <-> 496, 857, 1004, 1821 228 <-> 371, 500 229 <-> 1162 230 <-> 693, 1081 231 <-> 506, 973 232 <-> 859, 969, 1922 233 <-> 233 234 <-> 875, 1006 235 <-> 1035, 1998 236 <-> 236 237 <-> 289, 569, 1440 238 <-> 1249, 1923 239 <-> 1564, 1775, 1944 240 <-> 1888 241 <-> 951, 1874 242 <-> 825 243 <-> 384, 983, 1838 244 <-> 715, 1501 245 <-> 592, 671 246 <-> 202, 391, 632, 656 247 <-> 663 248 <-> 253, 752 249 <-> 1073, 1558 250 <-> 290 251 <-> 792, 1389 252 <-> 797 253 <-> 248, 771 254 <-> 254, 1047 255 <-> 127, 185, 369 256 <-> 623 257 <-> 1636, 1740 258 <-> 317 259 <-> 1775 260 <-> 136, 561, 1290 261 <-> 359, 1657 262 <-> 103, 697, 1074 263 <-> 1205 264 <-> 1779, 1782 265 <-> 1407 266 <-> 70, 1215, 1306 267 <-> 333, 790 268 <-> 603 269 <-> 269, 1497 270 <-> 270, 1613 271 <-> 1416, 1562, 1923 272 <-> 579, 894 273 <-> 3, 993 274 <-> 333 275 <-> 1188 276 <-> 535, 645, 1166, 1269 277 <-> 1369 278 <-> 744, 1717 279 <-> 349, 695, 985, 1096 280 <-> 64, 1516 281 <-> 9, 427, 768, 1468 282 <-> 105, 867 283 <-> 66, 1235, 1525, 1748 284 <-> 530 285 <-> 95, 800, 1191 286 <-> 339, 611, 1581 287 <-> 198, 1285, 1501 288 <-> 210, 1059 289 <-> 237, 1928 290 <-> 195, 250, 1934 291 <-> 337, 1902 292 <-> 138, 1805, 1849 293 <-> 906 294 <-> 122, 1582 295 <-> 602 296 <-> 778 297 <-> 471, 483 298 <-> 298 299 <-> 402, 729 300 <-> 64, 1002 301 <-> 856 302 <-> 1084, 1538, 1739 303 <-> 892, 1774 304 <-> 1029, 1350 305 <-> 521, 1628, 1902 306 <-> 136, 469, 653, 835 307 <-> 981 308 <-> 1997 309 <-> 1612 310 <-> 1338, 1571 311 <-> 1388 312 <-> 60 313 <-> 1557 314 <-> 886, 1704 315 <-> 672, 779 316 <-> 1062, 1906 317 <-> 258, 1290 318 <-> 98, 318 319 <-> 1974 320 <-> 839 321 <-> 395, 615, 909, 1046 322 <-> 1077, 1390, 1989 323 <-> 323, 773, 1571 324 <-> 115, 493, 511, 650 325 <-> 325 326 <-> 1944, 1972 327 <-> 1489 328 <-> 412, 468 329 <-> 1637 330 <-> 556, 1176 331 <-> 656 332 <-> 564, 1688 333 <-> 267, 274, 421, 1205, 1743 334 <-> 169, 1896 335 <-> 1176 336 <-> 638, 1408, 1633 337 <-> 291, 844, 1549 338 <-> 515 339 <-> 286 340 <-> 340, 1959 341 <-> 943 342 <-> 417, 638, 1116, 1536 343 <-> 1030 344 <-> 584, 1751 345 <-> 345, 1810 346 <-> 346 347 <-> 587 348 <-> 515, 1187 349 <-> 279, 349 350 <-> 1749 351 <-> 1030, 1097 352 <-> 352 353 <-> 353, 683 354 <-> 51, 354, 735 355 <-> 1362 356 <-> 1593 357 <-> 357 358 <-> 441, 501, 899, 1672 359 <-> 261 360 <-> 122, 360, 1234, 1927 361 <-> 736 362 <-> 1169 363 <-> 780 364 <-> 444, 905, 1049, 1911 365 <-> 207 366 <-> 199, 1469 367 <-> 1612 368 <-> 675, 1800 369 <-> 255 370 <-> 370, 873, 962, 1238 371 <-> 71, 228, 456 372 <-> 1912 373 <-> 1318 374 <-> 1018, 1246 375 <-> 898, 1303 376 <-> 376, 573 377 <-> 1080 378 <-> 116, 1140 379 <-> 189, 1984 380 <-> 101 381 <-> 472, 827, 1097 382 <-> 67 383 <-> 383, 582 384 <-> 243, 432, 444, 569, 634 385 <-> 35 386 <-> 1496 387 <-> 637, 737, 756, 1293 388 <-> 1562 389 <-> 633 390 <-> 488 391 <-> 246, 853, 1422 392 <-> 1253, 1331 393 <-> 921, 1567, 1777, 1970 394 <-> 809 395 <-> 321, 798, 1040 396 <-> 746, 1332 397 <-> 400, 953 398 <-> 1958 399 <-> 399 400 <-> 90, 397, 808, 1485 401 <-> 1395 402 <-> 96, 299, 1388 403 <-> 716 404 <-> 121 405 <-> 23, 934, 1221 406 <-> 1007 407 <-> 1391 408 <-> 497, 1090, 1644 409 <-> 1479 410 <-> 793, 1977 411 <-> 1026 412 <-> 328, 581, 806 413 <-> 32, 1354 414 <-> 33, 1920 415 <-> 799, 1207, 1880 416 <-> 1862 417 <-> 211, 342, 589, 1858 418 <-> 556, 1437, 1490 419 <-> 1393 420 <-> 420 421 <-> 67, 333, 1813 422 <-> 3, 706, 1598, 1721 423 <-> 1834 424 <-> 854, 1442 425 <-> 855, 1080 426 <-> 1408, 1469 427 <-> 281 428 <-> 832, 1998 429 <-> 553, 657, 834 430 <-> 1466 431 <-> 1357 432 <-> 384 433 <-> 71 434 <-> 434, 489, 1137 435 <-> 120 436 <-> 972, 1461 437 <-> 550 438 <-> 486, 844 439 <-> 978 440 <-> 66, 705, 1850 441 <-> 358, 589, 783, 804, 1129 442 <-> 33, 497 443 <-> 1806 444 <-> 364, 384, 1698 445 <-> 1208, 1294, 1452 446 <-> 1143, 1452 447 <-> 151, 1072 448 <-> 448 449 <-> 997, 1829 450 <-> 1277 451 <-> 1531, 1866 452 <-> 1175, 1622, 1975 453 <-> 42, 1486 454 <-> 689 455 <-> 1497 456 <-> 371, 1577 457 <-> 702 458 <-> 461, 921, 1279 459 <-> 1004 460 <-> 485, 505, 1211, 1451 461 <-> 458, 541, 916, 1844 462 <-> 1281 463 <-> 856, 1481 464 <-> 602, 1476, 1553 465 <-> 543, 1566 466 <-> 847, 1593 467 <-> 1270 468 <-> 328, 829 469 <-> 306, 667, 720, 1931 470 <-> 22 471 <-> 297 472 <-> 381 473 <-> 473 474 <-> 599, 1146 475 <-> 1570, 1894 476 <-> 1145 477 <-> 192, 1193, 1690 478 <-> 1469, 1840 479 <-> 1684 480 <-> 1, 108 481 <-> 103, 963 482 <-> 1778 483 <-> 6, 297, 1662 484 <-> 1435 485 <-> 460 486 <-> 438 487 <-> 207, 998, 1185 488 <-> 390, 1231, 1668 489 <-> 34, 434, 1341 490 <-> 990, 1203 491 <-> 936 492 <-> 77 493 <-> 324 494 <-> 1984 495 <-> 495, 1954 496 <-> 227 497 <-> 408, 442, 1551 498 <-> 1704, 1788 499 <-> 836 500 <-> 45, 228, 1358, 1798 501 <-> 94, 358, 1559 502 <-> 951 503 <-> 1036 504 <-> 1303 505 <-> 460 506 <-> 231, 606, 1473 507 <-> 1109 508 <-> 1724 509 <-> 1644 510 <-> 848 511 <-> 324, 1036 512 <-> 523 513 <-> 809, 1294 514 <-> 785 515 <-> 338, 348, 1027, 1193, 1226 516 <-> 1988 517 <-> 85, 1482 518 <-> 518 519 <-> 1625 520 <-> 520 521 <-> 305, 1033 522 <-> 157, 1355, 1476, 1588 523 <-> 60, 88, 512 524 <-> 8, 1998 525 <-> 990, 1275 526 <-> 1310, 1552 527 <-> 149, 979, 1805 528 <-> 698 529 <-> 631, 970 530 <-> 220, 284, 1533, 1944 531 <-> 187, 551, 1168, 1574 532 <-> 1484 533 <-> 892 534 <-> 191, 879 535 <-> 37, 276, 1527 536 <-> 24, 1094 537 <-> 747, 952 538 <-> 1620, 1735 539 <-> 858, 1467 540 <-> 1263, 1572 541 <-> 69, 158, 461 542 <-> 49, 1384 543 <-> 465, 639, 873 544 <-> 1338 545 <-> 1967 546 <-> 806, 1239 547 <-> 792, 1039, 1078 548 <-> 548, 1891, 1941 549 <-> 861 550 <-> 437, 1209, 1967 551 <-> 531, 888, 896 552 <-> 798 553 <-> 107, 429, 1330, 1951 554 <-> 217 555 <-> 744, 947, 1246 556 <-> 330, 418, 1070, 1925 557 <-> 1826, 1854 558 <-> 27, 1629 559 <-> 1042, 1150 560 <-> 156, 1472, 1834 561 <-> 260 562 <-> 63 563 <-> 129, 1309 564 <-> 332 565 <-> 1770, 1842 566 <-> 621 567 <-> 1160, 1178, 1642 568 <-> 895 569 <-> 53, 237, 384 570 <-> 641 571 <-> 571, 1261, 1924 572 <-> 882 573 <-> 376 574 <-> 982 575 <-> 78, 1255 576 <-> 887, 1539 577 <-> 603, 1122, 1679 578 <-> 742 579 <-> 272, 1444, 1747 580 <-> 797, 1554, 1718 581 <-> 412, 1926 582 <-> 383 583 <-> 1611 584 <-> 344, 1620 585 <-> 1692 586 <-> 1383 587 <-> 347, 1351 588 <-> 162, 1220 589 <-> 417, 441 590 <-> 1919 591 <-> 884, 992 592 <-> 245, 814 593 <-> 114 594 <-> 1843 595 <-> 1809 596 <-> 837 597 <-> 1563, 1575 598 <-> 12, 605, 984 599 <-> 474, 1218 600 <-> 732, 1237, 1714 601 <-> 1913 602 <-> 295, 464, 1061 603 <-> 268, 577, 720 604 <-> 604 605 <-> 38, 598 606 <-> 506, 686, 1813 607 <-> 2, 1948 608 <-> 148 609 <-> 1571 610 <-> 772, 901 611 <-> 178, 286, 880 612 <-> 1814 613 <-> 140, 883, 1198, 1764, 1942 614 <-> 1352 615 <-> 40, 321 616 <-> 58, 1413 617 <-> 624, 1008, 1591, 1791 618 <-> 1625 619 <-> 871, 1567 620 <-> 1954 621 <-> 12, 103, 566 622 <-> 1895 623 <-> 256, 1767 624 <-> 617 625 <-> 663 626 <-> 626 627 <-> 1650 628 <-> 884 629 <-> 1104, 1421 630 <-> 630, 864 631 <-> 529, 646 632 <-> 246 633 <-> 389, 1847 634 <-> 128, 384 635 <-> 1553, 1817 636 <-> 636 637 <-> 387 638 <-> 336, 342, 646, 1453 639 <-> 543, 815, 1087 640 <-> 1422, 1597 641 <-> 570, 805, 993, 1961 642 <-> 1371 643 <-> 959, 1044, 1444 644 <-> 41 645 <-> 276, 1022, 1184 646 <-> 631, 638, 1790 647 <-> 135, 1286 648 <-> 60 649 <-> 29, 224, 1636 650 <-> 324 651 <-> 863, 1321 652 <-> 149, 687, 1128, 1346 653 <-> 306 654 <-> 1409 655 <-> 1142, 1733 656 <-> 246, 331, 768, 1815 657 <-> 429 658 <-> 1511, 1569 659 <-> 1744 660 <-> 50, 796, 1524 661 <-> 63, 65, 810 662 <-> 995, 1661 663 <-> 247, 625, 1001 664 <-> 664 665 <-> 1305 666 <-> 666, 1817 667 <-> 469, 1003, 1550 668 <-> 1540, 1958 669 <-> 831, 883, 1349, 1719 670 <-> 1531 671 <-> 245, 671, 1693 672 <-> 315, 1088 673 <-> 942, 1381, 1660 674 <-> 880 675 <-> 368 676 <-> 1269, 1699 677 <-> 64, 1654 678 <-> 784 679 <-> 1760 680 <-> 39 681 <-> 681 682 <-> 728, 749, 1995 683 <-> 353 684 <-> 84, 1150 685 <-> 22 686 <-> 606 687 <-> 652, 1687 688 <-> 1878 689 <-> 454, 689 690 <-> 924, 1183 691 <-> 1410, 1413 692 <-> 1702 693 <-> 230, 1658 694 <-> 820, 1282, 1873 695 <-> 279 696 <-> 1168 697 <-> 262, 766, 776 698 <-> 65, 528, 698, 940 699 <-> 1778 700 <-> 743, 1459, 1825 701 <-> 1475 702 <-> 457, 792, 861, 1467 703 <-> 1581 704 <-> 1969 705 <-> 440, 1145 706 <-> 54, 422 707 <-> 1015, 1780 708 <-> 104, 1266 709 <-> 150, 1778 710 <-> 194 711 <-> 751 712 <-> 963 713 <-> 1525, 1762 714 <-> 1713 715 <-> 244, 1293, 1421 716 <-> 403, 1572 717 <-> 1142 718 <-> 1204 719 <-> 1672 720 <-> 469, 603 721 <-> 30, 1268, 1400 722 <-> 1183 723 <-> 1012 724 <-> 1029, 1289, 1368 725 <-> 31, 1039 726 <-> 176, 726 727 <-> 856 728 <-> 682, 1000 729 <-> 299, 1216, 1967 730 <-> 850, 900 731 <-> 1540, 1884 732 <-> 600, 784 733 <-> 1655 734 <-> 162 735 <-> 354, 1955 736 <-> 361, 1084, 1822 737 <-> 387 738 <-> 58, 1573 739 <-> 1119, 1216, 1822 740 <-> 829, 1219 741 <-> 1164 742 <-> 107, 578 743 <-> 700, 1744 744 <-> 278, 555 745 <-> 835, 1903 746 <-> 396 747 <-> 537, 1843 748 <-> 61 749 <-> 682, 1217, 1731 750 <-> 874, 1110, 1724 751 <-> 711, 1767 752 <-> 248, 1011 753 <-> 1327, 1885 754 <-> 127, 211, 1117 755 <-> 755 756 <-> 387 757 <-> 1098, 1169 758 <-> 143, 1689 759 <-> 19, 1517 760 <-> 831, 1915 761 <-> 761, 1195 762 <-> 1634 763 <-> 763 764 <-> 848, 1375 765 <-> 765, 1136 766 <-> 697, 1295, 1887 767 <-> 1906 768 <-> 281, 656, 1031 769 <-> 1457, 1863 770 <-> 75, 96 771 <-> 253, 846, 1375 772 <-> 610 773 <-> 323 774 <-> 1067 775 <-> 182, 1494 776 <-> 697 777 <-> 1136 778 <-> 296, 1057 779 <-> 315, 1631, 1796 780 <-> 363, 780, 1814 781 <-> 928, 1423 782 <-> 1850 783 <-> 441 784 <-> 678, 732, 999, 1988 785 <-> 514, 1248 786 <-> 134, 786, 1009 787 <-> 1348, 1863 788 <-> 891, 1183, 1455 789 <-> 1310, 1420, 1510 790 <-> 188, 267 791 <-> 1276 792 <-> 251, 547, 702 793 <-> 1, 72, 410, 1092 794 <-> 880 795 <-> 1799, 1807 796 <-> 660, 1548 797 <-> 252, 580, 797 798 <-> 395, 552 799 <-> 415, 799 800 <-> 285, 1889 801 <-> 801 802 <-> 802 803 <-> 1188, 1326, 1935 804 <-> 221, 441 805 <-> 43, 641, 1772 806 <-> 412, 546, 918, 1617 807 <-> 876, 1887 808 <-> 400, 1435, 1716 809 <-> 394, 513 810 <-> 661 811 <-> 216, 1259 812 <-> 1883 813 <-> 201, 1692 814 <-> 592 815 <-> 639 816 <-> 1041, 1734 817 <-> 1134, 1432 818 <-> 1575 819 <-> 113, 1063 820 <-> 694 821 <-> 1242 822 <-> 143, 892 823 <-> 1393, 1492 824 <-> 946 825 <-> 242, 999 826 <-> 1594 827 <-> 381, 1079, 1580 828 <-> 1941 829 <-> 468, 740, 1905 830 <-> 977, 1260, 1861 831 <-> 669, 760, 946, 1332 832 <-> 428, 832, 944, 1172 833 <-> 837, 1008, 1470 834 <-> 429, 915 835 <-> 306, 745, 976 836 <-> 499, 967 837 <-> 596, 833, 974 838 <-> 1335 839 <-> 320, 839, 1703 840 <-> 1053, 1398, 1760 841 <-> 1193 842 <-> 842, 1066, 1108 843 <-> 1414, 1697, 1894 844 <-> 337, 438 845 <-> 1506 846 <-> 771 847 <-> 466, 907, 1432 848 <-> 510, 764 849 <-> 1063, 1195, 1701 850 <-> 730, 1551 851 <-> 1112, 1331, 1479 852 <-> 1652 853 <-> 391 854 <-> 17, 424, 906, 1665 855 <-> 425, 1082 856 <-> 301, 463, 727, 1744 857 <-> 22, 227 858 <-> 539, 1252, 1472 859 <-> 232, 1843 860 <-> 193 861 <-> 549, 702, 1709, 1884 862 <-> 1149 863 <-> 651, 955 864 <-> 630 865 <-> 1138 866 <-> 144, 1111, 1114 867 <-> 282, 1487, 1835 868 <-> 1699 869 <-> 869 870 <-> 1487 871 <-> 619 872 <-> 872 873 <-> 370, 543, 1968 874 <-> 750, 874 875 <-> 234, 1202, 1473 876 <-> 807, 933, 1741 877 <-> 1205, 1874 878 <-> 1831 879 <-> 534, 1860 880 <-> 32, 611, 674, 794 881 <-> 1361, 1750 882 <-> 572, 1495 883 <-> 613, 669 884 <-> 591, 628, 1815 885 <-> 996, 1237 886 <-> 314, 1709 887 <-> 576 888 <-> 551 889 <-> 0, 1494 890 <-> 1100, 1966 891 <-> 788, 1312 892 <-> 303, 533, 822, 1334, 1812, 1935 893 <-> 1723 894 <-> 272, 1992 895 <-> 568, 1038 896 <-> 551, 1425 897 <-> 1783 898 <-> 375 899 <-> 358 900 <-> 730 901 <-> 106, 153, 610 902 <-> 1203 903 <-> 32, 1935 904 <-> 1109 905 <-> 364 906 <-> 293, 854, 1565 907 <-> 847, 1139, 1180, 1431, 1563, 1878 908 <-> 1908 909 <-> 321, 943 910 <-> 47, 1067 911 <-> 1468, 1495 912 <-> 15 913 <-> 1692 914 <-> 922, 1445 915 <-> 834, 1002 916 <-> 461 917 <-> 1177, 1924 918 <-> 806, 962, 1058, 1419 919 <-> 44, 82, 1933 920 <-> 1147, 1539 921 <-> 393, 458, 1055, 1951 922 <-> 914, 1271 923 <-> 204, 207, 1201 924 <-> 205, 690 925 <-> 173, 1816 926 <-> 1279 927 <-> 927 928 <-> 781 929 <-> 154 930 <-> 144 931 <-> 972, 1237 932 <-> 1317 933 <-> 876, 1756 934 <-> 51, 405, 1105, 1960 935 <-> 935, 1674 936 <-> 491, 1201, 1247 937 <-> 956, 1576, 1788 938 <-> 1377, 1733 939 <-> 121, 1638 940 <-> 698, 1808 941 <-> 1665, 1957 942 <-> 673 943 <-> 341, 909 944 <-> 832 945 <-> 1087, 1340 946 <-> 824, 831 947 <-> 555 948 <-> 959 949 <-> 1068 950 <-> 1664 951 <-> 241, 502, 1151 952 <-> 40, 537, 1376 953 <-> 397 954 <-> 148, 1075, 1364 955 <-> 863, 1235, 1618, 1724 956 <-> 937 957 <-> 101, 1323 958 <-> 1794, 1972 959 <-> 643, 948, 1023 960 <-> 960, 1417 961 <-> 1278 962 <-> 370, 918 963 <-> 481, 712 964 <-> 1198 965 <-> 4 966 <-> 966 967 <-> 836, 967, 1821 968 <-> 1513 969 <-> 128, 232 970 <-> 529 971 <-> 1471 972 <-> 436, 931 973 <-> 231 974 <-> 837 975 <-> 1390 976 <-> 835 977 <-> 830 978 <-> 439, 1687 979 <-> 527 980 <-> 980, 1609, 1940 981 <-> 307, 1671 982 <-> 574, 1318, 1643 983 <-> 243 984 <-> 598 985 <-> 279 986 <-> 68 987 <-> 1060 988 <-> 1942 989 <-> 1478 990 <-> 490, 525, 1838 991 <-> 41, 1263, 1302 992 <-> 591 993 <-> 273, 641 994 <-> 1026, 1240, 1618 995 <-> 662, 1545 996 <-> 885, 1528 997 <-> 449, 1058 998 <-> 487 999 <-> 784, 825 1000 <-> 728 1001 <-> 141, 663, 1626, 1681 1002 <-> 300, 915 1003 <-> 667 1004 <-> 227, 459 1005 <-> 1780 1006 <-> 234, 1578 1007 <-> 203, 406 1008 <-> 617, 833 1009 <-> 786, 1064 1010 <-> 1010, 1031, 1919 1011 <-> 752, 1754 1012 <-> 7, 723, 1068, 1181 1013 <-> 36 1014 <-> 1594 1015 <-> 707 1016 <-> 63 1017 <-> 1511 1018 <-> 374, 1034 1019 <-> 131, 1155 1020 <-> 114 1021 <-> 1288 1022 <-> 645 1023 <-> 959, 1375 1024 <-> 1024 1025 <-> 216 1026 <-> 411, 994 1027 <-> 515 1028 <-> 1417 1029 <-> 304, 724 1030 <-> 343, 351 1031 <-> 768, 1010 1032 <-> 1032 1033 <-> 521 1034 <-> 1018 1035 <-> 235, 1578 1036 <-> 179, 503, 511, 1036 1037 <-> 1037, 1044 1038 <-> 895, 1125 1039 <-> 547, 725, 1599 1040 <-> 395 1041 <-> 816 1042 <-> 559, 1042 1043 <-> 168, 1873 1044 <-> 643, 1037, 1312 1045 <-> 1232 1046 <-> 321 1047 <-> 254 1048 <-> 1747 1049 <-> 364 1050 <-> 1050, 1947, 1963 1051 <-> 1156 1052 <-> 4, 1201 1053 <-> 840 1054 <-> 1133, 1342, 1537, 1708, 1778 1055 <-> 71, 921, 1786 1056 <-> 1672 1057 <-> 778, 1423, 1787 1058 <-> 918, 997 1059 <-> 288, 1337, 1401 1060 <-> 987, 1781 1061 <-> 602, 1660 1062 <-> 316, 1863 1063 <-> 120, 819, 849 1064 <-> 1009 1065 <-> 1065 1066 <-> 842 1067 <-> 774, 910, 1089 1068 <-> 949, 1012 1069 <-> 1900 1070 <-> 556 1071 <-> 1884 1072 <-> 447, 1122 1073 <-> 163, 249, 1073, 1237 1074 <-> 262 1075 <-> 954, 1075, 1789 1076 <-> 1076, 1680 1077 <-> 55, 322 1078 <-> 160, 547 1079 <-> 827, 1079 1080 <-> 377, 425, 1739 1081 <-> 220, 230 1082 <-> 855, 1638 1083 <-> 44 1084 <-> 302, 736 1085 <-> 168, 1431 1086 <-> 1973 1087 <-> 639, 945 1088 <-> 672 1089 <-> 1067, 1190 1090 <-> 408, 1492 1091 <-> 1674 1092 <-> 793 1093 <-> 1802 1094 <-> 536 1095 <-> 1095, 1204 1096 <-> 279 1097 <-> 351, 381 1098 <-> 757, 1519 1099 <-> 1099, 1752 1100 <-> 177, 890 1101 <-> 1145 1102 <-> 1280 1103 <-> 190, 1200 1104 <-> 629 1105 <-> 100, 934 1106 <-> 1426 1107 <-> 78, 1497 1108 <-> 842 1109 <-> 507, 904, 1109 1110 <-> 750 1111 <-> 866 1112 <-> 851 1113 <-> 1113 1114 <-> 866, 1131, 1861 1115 <-> 1187, 1629 1116 <-> 342 1117 <-> 754 1118 <-> 1637 1119 <-> 739 1120 <-> 1837 1121 <-> 1133, 1758 1122 <-> 577, 1072, 1349 1123 <-> 1359 1124 <-> 1174 1125 <-> 1038, 1789 1126 <-> 1260 1127 <-> 1213 1128 <-> 161, 652 1129 <-> 441 1130 <-> 4 1131 <-> 1114 1132 <-> 1132, 1979 1133 <-> 1054, 1121, 1253 1134 <-> 817 1135 <-> 76, 1606 1136 <-> 765, 777, 1860 1137 <-> 434 1138 <-> 865, 1280, 1471, 1736 1139 <-> 74, 907 1140 <-> 108, 378 1141 <-> 178 1142 <-> 655, 717 1143 <-> 446 1144 <-> 221 1145 <-> 476, 705, 1101, 1271, 1956 1146 <-> 474, 1179, 1936 1147 <-> 920, 1147 1148 <-> 1148, 1795 1149 <-> 862, 1799 1150 <-> 559, 684, 1797 1151 <-> 951 1152 <-> 1229 1153 <-> 1515, 1530 1154 <-> 1154 1155 <-> 1019, 1300 1156 <-> 164, 1051, 1156 1157 <-> 18, 1157 1158 <-> 1208 1159 <-> 1651 1160 <-> 567, 1510, 1710 1161 <-> 1161, 1427, 1590 1162 <-> 206, 229, 1561 1163 <-> 1388 1164 <-> 741, 1494 1165 <-> 1217 1166 <-> 123, 276 1167 <-> 1262, 1547 1168 <-> 80, 531, 696 1169 <-> 362, 757, 1504 1170 <-> 1854 1171 <-> 1171, 1898 1172 <-> 832 1173 <-> 1173, 1315 1174 <-> 1124, 1174, 1831 1175 <-> 202, 452 1176 <-> 330, 335, 1761 1177 <-> 917 1178 <-> 155, 567 1179 <-> 224, 1146 1180 <-> 907, 1661 1181 <-> 1012 1182 <-> 176 1183 <-> 690, 722, 788 1184 <-> 645 1185 <-> 487 1186 <-> 1659 1187 <-> 348, 1115, 1670 1188 <-> 275, 803 1189 <-> 1689 1190 <-> 75, 1089 1191 <-> 285 1192 <-> 1744 1193 <-> 477, 515, 841 1194 <-> 1308 1195 <-> 761, 849 1196 <-> 130, 1993 1197 <-> 144 1198 <-> 613, 964, 1329 1199 <-> 1389 1200 <-> 1103 1201 <-> 923, 936, 1052 1202 <-> 875 1203 <-> 490, 902, 1692 1204 <-> 718, 1095, 1245 1205 <-> 263, 333, 877 1206 <-> 1311 1207 <-> 415, 1883 1208 <-> 445, 1158 1209 <-> 550, 1640 1210 <-> 12, 1210, 1428 1211 <-> 460, 1529 1212 <-> 52, 159, 1493, 1819 1213 <-> 1127, 1213 1214 <-> 1214, 1436 1215 <-> 266, 1758 1216 <-> 729, 739 1217 <-> 141, 749, 1165, 1315 1218 <-> 599, 1595 1219 <-> 740, 1549 1220 <-> 588, 1374 1221 <-> 405 1222 <-> 1966 1223 <-> 119 1224 <-> 1528 1225 <-> 1314 1226 <-> 86, 515 1227 <-> 1681 1228 <-> 1228 1229 <-> 0, 1152, 1374 1230 <-> 1453 1231 <-> 223, 488 1232 <-> 1045, 1261 1233 <-> 1759 1234 <-> 360 1235 <-> 283, 955, 1241, 1783 1236 <-> 1356 1237 <-> 600, 885, 931, 1073 1238 <-> 370, 1602 1239 <-> 546, 1373 1240 <-> 994 1241 <-> 1235, 1392 1242 <-> 7, 59, 821, 1945 1243 <-> 1296 1244 <-> 7, 1300, 1434 1245 <-> 1204, 1347 1246 <-> 374, 555, 1508 1247 <-> 109, 936 1248 <-> 785, 1715 1249 <-> 238 1250 <-> 1600, 1623 1251 <-> 1251 1252 <-> 858 1253 <-> 392, 1133 1254 <-> 35, 1394 1255 <-> 575 1256 <-> 214, 1607, 1685 1257 <-> 169 1258 <-> 81, 1264, 1320 1259 <-> 811, 1425 1260 <-> 830, 1126 1261 <-> 571, 1232 1262 <-> 1167, 1862 1263 <-> 540, 991 1264 <-> 1258, 1651 1265 <-> 139, 1569 1266 <-> 708 1267 <-> 1267 1268 <-> 721 1269 <-> 276, 676, 1759 1270 <-> 467, 1270, 1916 1271 <-> 225, 922, 1145, 1700 1272 <-> 99 1273 <-> 1302 1274 <-> 1966 1275 <-> 525 1276 <-> 791, 1834 1277 <-> 450, 1474, 1645 1278 <-> 185, 961 1279 <-> 458, 926 1280 <-> 209, 1102, 1138 1281 <-> 208, 462, 1943 1282 <-> 694, 1522 1283 <-> 111, 119, 1407 1284 <-> 182, 1996 1285 <-> 287 1286 <-> 647, 1286, 1715 1287 <-> 132 1288 <-> 222, 1021, 1398 1289 <-> 724 1290 <-> 208, 260, 317 1291 <-> 1498 1292 <-> 88 1293 <-> 387, 715, 1322, 1519, 1645 1294 <-> 445, 513, 1504 1295 <-> 766 1296 <-> 1243, 1379, 1964 1297 <-> 38, 1669 1298 <-> 1906 1299 <-> 18, 1804 1300 <-> 1155, 1244 1301 <-> 1371, 1453 1302 <-> 991, 1273 1303 <-> 375, 504, 1948 1304 <-> 1667, 1933 1305 <-> 102, 151, 665 1306 <-> 266 1307 <-> 179 1308 <-> 34, 1194 1309 <-> 563 1310 <-> 526, 789 1311 <-> 1206, 1311, 1769 1312 <-> 891, 1044 1313 <-> 169 1314 <-> 151, 1225 1315 <-> 42, 1173, 1217 1316 <-> 1316 1317 <-> 932, 1805 1318 <-> 187, 373, 982 1319 <-> 41, 220, 1948 1320 <-> 1258, 1859 1321 <-> 651 1322 <-> 1293 1323 <-> 957, 1472 1324 <-> 1324 1325 <-> 1325 1326 <-> 803, 1846 1327 <-> 753 1328 <-> 1879 1329 <-> 1198 1330 <-> 553, 1330 1331 <-> 392, 851 1332 <-> 396, 831 1333 <-> 210 1334 <-> 892 1335 <-> 838, 1552, 1568 1336 <-> 1336 1337 <-> 1059 1338 <-> 310, 544 1339 <-> 1897 1340 <-> 945 1341 <-> 489 1342 <-> 137, 1054 1343 <-> 1343 1344 <-> 1946 1345 <-> 1345 1346 <-> 652 1347 <-> 1245, 1914, 1930 1348 <-> 787, 1591 1349 <-> 669, 1122 1350 <-> 304, 1790 1351 <-> 587, 1997 1352 <-> 20, 614 1353 <-> 1738 1354 <-> 413, 1608 1355 <-> 522, 1816, 1917 1356 <-> 1236, 1450 1357 <-> 431, 1575 1358 <-> 500 1359 <-> 1123, 1599 1360 <-> 1370, 1385 1361 <-> 1, 881 1362 <-> 355, 1611, 1952 1363 <-> 69 1364 <-> 954 1365 <-> 1948 1366 <-> 30, 1470 1367 <-> 1527 1368 <-> 724 1369 <-> 277, 1482 1370 <-> 1360 1371 <-> 642, 1301, 1478, 1485 1372 <-> 1372, 1594 1373 <-> 1239 1374 <-> 79, 1220, 1229 1375 <-> 764, 771, 1023 1376 <-> 952 1377 <-> 938, 1520, 1730 1378 <-> 1378, 1411, 1823 1379 <-> 1296, 1832 1380 <-> 1380 1381 <-> 673 1382 <-> 1382 1383 <-> 195, 586 1384 <-> 542 1385 <-> 215, 1360 1386 <-> 1386 1387 <-> 1536 1388 <-> 311, 402, 1163 1389 <-> 251, 1199 1390 <-> 322, 975 1391 <-> 172, 407, 1453 1392 <-> 1241, 1587 1393 <-> 419, 823, 1636 1394 <-> 1254, 1588, 1699 1395 <-> 401, 1621 1396 <-> 1396, 1870 1397 <-> 1629 1398 <-> 840, 1288 1399 <-> 1399, 1932 1400 <-> 721 1401 <-> 1059 1402 <-> 1402 1403 <-> 33 1404 <-> 1449, 1632, 1832 1405 <-> 1634 1406 <-> 1726 1407 <-> 265, 1283, 1999 1408 <-> 39, 336, 426 1409 <-> 75, 147, 654 1410 <-> 691, 1780 1411 <-> 1378 1412 <-> 1447, 1759 1413 <-> 616, 691 1414 <-> 843 1415 <-> 1415 1416 <-> 197, 271 1417 <-> 132, 960, 1028 1418 <-> 1418, 1426 1419 <-> 918, 1560 1420 <-> 789 1421 <-> 629, 715 1422 <-> 391, 640 1423 <-> 781, 1057 1424 <-> 1614 1425 <-> 21, 896, 1259 1426 <-> 1106, 1418 1427 <-> 1161 1428 <-> 1210, 1677 1429 <-> 131 1430 <-> 1822 1431 <-> 907, 1085, 1846 1432 <-> 817, 847 1433 <-> 75 1434 <-> 1244 1435 <-> 484, 808 1436 <-> 1214 1437 <-> 418 1438 <-> 57 1439 <-> 1469, 1824 1440 <-> 237 1441 <-> 1722 1442 <-> 424, 1678 1443 <-> 144 1444 <-> 579, 643, 1869 1445 <-> 914 1446 <-> 1524, 1728 1447 <-> 1412, 1962 1448 <-> 1485 1449 <-> 1404 1450 <-> 1356, 1647 1451 <-> 460, 1907, 1967 1452 <-> 445, 446 1453 <-> 56, 133, 638, 1230, 1301, 1391 1454 <-> 1994 1455 <-> 788 1456 <-> 1914 1457 <-> 769 1458 <-> 1458 1459 <-> 700, 1796 1460 <-> 1799 1461 <-> 15, 436 1462 <-> 1678 1463 <-> 83, 1553, 1684 1464 <-> 35 1465 <-> 1471 1466 <-> 175, 430 1467 <-> 539, 702 1468 <-> 281, 911, 1475 1469 <-> 366, 426, 478, 1439, 1524 1470 <-> 833, 1366 1471 <-> 971, 1138, 1465 1472 <-> 560, 858, 1323, 1937 1473 <-> 506, 875 1474 <-> 1277, 1937 1475 <-> 701, 1468 1476 <-> 464, 522 1477 <-> 1785 1478 <-> 989, 1371 1479 <-> 409, 851 1480 <-> 1677 1481 <-> 463 1482 <-> 517, 1369, 1482 1483 <-> 102, 218 1484 <-> 532, 1531, 1735 1485 <-> 400, 1371, 1448 1486 <-> 453 1487 <-> 867, 870, 1577, 1584 1488 <-> 1488 1489 <-> 16, 327 1490 <-> 418 1491 <-> 7, 1589 1492 <-> 823, 1090 1493 <-> 1212, 1519, 1675 1494 <-> 775, 889, 1164 1495 <-> 882, 911 1496 <-> 386, 1496 1497 <-> 269, 455, 1107 1498 <-> 9, 1291, 1758 1499 <-> 1685, 1893 1500 <-> 1657 1501 <-> 244, 287 1502 <-> 1951 1503 <-> 112 1504 <-> 1169, 1294 1505 <-> 1987 1506 <-> 845, 1905 1507 <-> 1507 1508 <-> 1246 1509 <-> 41 1510 <-> 195, 789, 1160, 1980 1511 <-> 658, 1017 1512 <-> 1990 1513 <-> 968, 1513, 1612 1514 <-> 1514 1515 <-> 1153, 1632 1516 <-> 280 1517 <-> 759 1518 <-> 1837 1519 <-> 80, 82, 1098, 1293, 1493 1520 <-> 1377, 1978 1521 <-> 1521 1522 <-> 1282 1523 <-> 1749, 1876 1524 <-> 660, 1446, 1469, 1535, 1729 1525 <-> 283, 713 1526 <-> 22, 1767 1527 <-> 535, 1367, 1889 1528 <-> 996, 1224 1529 <-> 1211, 1736 1530 <-> 1153 1531 <-> 451, 670, 1484 1532 <-> 46 1533 <-> 62, 143, 530 1534 <-> 117, 1992 1535 <-> 1524 1536 <-> 342, 1387 1537 <-> 1054 1538 <-> 302, 1589 1539 <-> 576, 920 1540 <-> 668, 731 1541 <-> 1639 1542 <-> 1542 1543 <-> 1702 1544 <-> 1927 1545 <-> 995 1546 <-> 92, 1890 1547 <-> 40, 1167 1548 <-> 796 1549 <-> 110, 337, 1219 1550 <-> 46, 667 1551 <-> 497, 850 1552 <-> 526, 1335 1553 <-> 464, 635, 1463 1554 <-> 580, 1696 1555 <-> 1556, 1648, 1867 1556 <-> 180, 1555, 1676 1557 <-> 313, 1831 1558 <-> 249 1559 <-> 501 1560 <-> 1419 1561 <-> 1162 1562 <-> 271, 388 1563 <-> 597, 907 1564 <-> 239 1565 <-> 906, 1854 1566 <-> 465 1567 <-> 393, 619 1568 <-> 1335, 1745 1569 <-> 658, 1265, 1651 1570 <-> 475 1571 <-> 310, 323, 609 1572 <-> 540, 716 1573 <-> 738 1574 <-> 531 1575 <-> 597, 818, 1357 1576 <-> 937 1577 <-> 456, 1487, 1630 1578 <-> 1006, 1035 1579 <-> 1704 1580 <-> 827 1581 <-> 286, 703, 1888 1582 <-> 294 1583 <-> 1907 1584 <-> 1487 1585 <-> 1955 1586 <-> 1586, 1641 1587 <-> 1392 1588 <-> 522, 1394 1589 <-> 1491, 1538, 1589 1590 <-> 1161, 1642, 1946 1591 <-> 4, 617, 1348 1592 <-> 68 1593 <-> 356, 466 1594 <-> 826, 1014, 1372 1595 <-> 1218 1596 <-> 78 1597 <-> 640 1598 <-> 422 1599 <-> 1039, 1359 1600 <-> 1250 1601 <-> 113, 1631 1602 <-> 1238 1603 <-> 1603 1604 <-> 1604 1605 <-> 1980 1606 <-> 1135, 1828 1607 <-> 1256, 1607 1608 <-> 1354 1609 <-> 980, 1864 1610 <-> 1610 1611 <-> 583, 1362 1612 <-> 309, 367, 1513 1613 <-> 270, 1620 1614 <-> 1424, 1688 1615 <-> 1615 1616 <-> 1884 1617 <-> 806, 1763 1618 <-> 955, 994, 1897 1619 <-> 1622 1620 <-> 538, 584, 1613 1621 <-> 1395, 1621 1622 <-> 452, 1619 1623 <-> 188, 1250 1624 <-> 148 1625 <-> 519, 618, 1625, 1765 1626 <-> 213, 1001 1627 <-> 1929 1628 <-> 6, 305 1629 <-> 558, 1115, 1397 1630 <-> 1577 1631 <-> 779, 1601 1632 <-> 1404, 1515 1633 <-> 336 1634 <-> 762, 1405, 1734 1635 <-> 1635 1636 <-> 257, 649, 1393 1637 <-> 167, 329, 1118 1638 <-> 939, 1082 1639 <-> 1541, 1639 1640 <-> 1209 1641 <-> 1586 1642 <-> 567, 1590 1643 <-> 982 1644 <-> 408, 509 1645 <-> 1277, 1293 1646 <-> 1836, 1875 1647 <-> 1450, 1772 1648 <-> 1555, 1946 1649 <-> 1743 1650 <-> 627, 1720 1651 <-> 1159, 1264, 1569 1652 <-> 852, 1930 1653 <-> 1653 1654 <-> 677 1655 <-> 85, 733 1656 <-> 1875 1657 <-> 261, 1500, 1703 1658 <-> 693, 1679 1659 <-> 1186, 1659 1660 <-> 673, 1061 1661 <-> 662, 1180 1662 <-> 483 1663 <-> 1663, 1904 1664 <-> 196, 950, 1664 1665 <-> 144, 854, 941 1666 <-> 1666 1667 <-> 1304, 1890 1668 <-> 488 1669 <-> 1297 1670 <-> 78, 1187 1671 <-> 215, 981 1672 <-> 145, 358, 719, 1056 1673 <-> 1673 1674 <-> 25, 935, 1091 1675 <-> 1493 1676 <-> 190, 1556 1677 <-> 1428, 1480 1678 <-> 1442, 1462, 1987 1679 <-> 577, 1658 1680 <-> 16, 1076 1681 <-> 1001, 1227 1682 <-> 71 1683 <-> 90 1684 <-> 479, 1463, 1852 1685 <-> 1256, 1499 1686 <-> 94 1687 <-> 687, 978, 1787 1688 <-> 332, 1614, 1688 1689 <-> 758, 1189, 1779 1690 <-> 477 1691 <-> 1691, 1986 1692 <-> 166, 585, 813, 913, 1203, 1913 1693 <-> 671 1694 <-> 1711 1695 <-> 89, 1795 1696 <-> 1554 1697 <-> 147, 843, 1900 1698 <-> 212, 444, 1793 1699 <-> 676, 868, 1394, 1705 1700 <-> 87, 1271 1701 <-> 849 1702 <-> 222, 692, 1543 1703 <-> 839, 1657 1704 <-> 314, 498, 1579 1705 <-> 1699 1706 <-> 89, 1993 1707 <-> 1990, 1994 1708 <-> 1054, 1892 1709 <-> 861, 886 1710 <-> 1160 1711 <-> 1694, 1737 1712 <-> 1712 1713 <-> 714, 1935 1714 <-> 600 1715 <-> 217, 1248, 1286 1716 <-> 808 1717 <-> 278, 1914 1718 <-> 580 1719 <-> 669 1720 <-> 1650, 1762, 1856 1721 <-> 422, 1918 1722 <-> 1441, 1722 1723 <-> 893, 1915 1724 <-> 508, 750, 955 1725 <-> 1725 1726 <-> 1406, 1959 1727 <-> 1797 1728 <-> 14, 1446 1729 <-> 1524 1730 <-> 1377, 1737 1731 <-> 104, 749 1732 <-> 129, 1908 1733 <-> 174, 655, 938 1734 <-> 816, 1634, 1734 1735 <-> 538, 1484 1736 <-> 0, 1138, 1529 1737 <-> 1711, 1730 1738 <-> 26, 1353, 1757 1739 <-> 302, 1080 1740 <-> 118, 257 1741 <-> 152, 219, 876 1742 <-> 1841, 1945 1743 <-> 333, 1649 1744 <-> 659, 743, 856, 1192 1745 <-> 1568 1746 <-> 1746 1747 <-> 579, 1048 1748 <-> 283 1749 <-> 189, 350, 1523, 1848, 1894 1750 <-> 881 1751 <-> 344 1752 <-> 1099 1753 <-> 1753 1754 <-> 1011 1755 <-> 1755, 1939 1756 <-> 933 1757 <-> 1738 1758 <-> 1121, 1215, 1498 1759 <-> 1233, 1269, 1412 1760 <-> 198, 679, 840 1761 <-> 1176 1762 <-> 713, 1720 1763 <-> 1617 1764 <-> 613 1765 <-> 1625 1766 <-> 99 1767 <-> 623, 751, 1526 1768 <-> 82 1769 <-> 1311, 1921 1770 <-> 565, 1995 1771 <-> 77, 1771 1772 <-> 805, 1647, 1772 1773 <-> 1773, 1826 1774 <-> 303 1775 <-> 239, 259 1776 <-> 225 1777 <-> 393 1778 <-> 482, 699, 709, 1054 1779 <-> 264, 1689 1780 <-> 61, 194, 707, 1005, 1410, 1999 1781 <-> 165, 1060, 1978 1782 <-> 264 1783 <-> 897, 1235, 1845 1784 <-> 1784 1785 <-> 1477, 1915 1786 <-> 1055 1787 <-> 1057, 1687, 1899 1788 <-> 498, 937, 1859 1789 <-> 1075, 1125 1790 <-> 646, 1350 1791 <-> 617 1792 <-> 1855 1793 <-> 1698 1794 <-> 958 1795 <-> 1148, 1695 1796 <-> 779, 1459, 1857 1797 <-> 1150, 1727 1798 <-> 500 1799 <-> 795, 1149, 1460 1800 <-> 368, 1800 1801 <-> 220 1802 <-> 99, 1093 1803 <-> 1810 1804 <-> 1299 1805 <-> 292, 527, 1317 1806 <-> 443, 1865 1807 <-> 795, 1911 1808 <-> 940 1809 <-> 122, 595 1810 <-> 345, 1803 1811 <-> 1980 1812 <-> 892 1813 <-> 421, 606 1814 <-> 612, 780 1815 <-> 656, 884 1816 <-> 925, 1355 1817 <-> 635, 666 1818 <-> 29, 206 1819 <-> 1212 1820 <-> 1874 1821 <-> 227, 967 1822 <-> 736, 739, 1430 1823 <-> 1378 1824 <-> 68, 1439 1825 <-> 700 1826 <-> 557, 1773 1827 <-> 98, 1971 1828 <-> 1606, 1865 1829 <-> 449 1830 <-> 1830 1831 <-> 20, 878, 1174, 1557 1832 <-> 1379, 1404, 1832 1833 <-> 107 1834 <-> 423, 560, 1276 1835 <-> 867 1836 <-> 118, 1646 1837 <-> 47, 1120, 1518 1838 <-> 243, 990 1839 <-> 1839 1840 <-> 478 1841 <-> 1742 1842 <-> 565 1843 <-> 594, 747, 859 1844 <-> 461 1845 <-> 1783 1846 <-> 1326, 1431 1847 <-> 633, 1888 1848 <-> 1749 1849 <-> 24, 48, 292, 1851 1850 <-> 440, 782 1851 <-> 1849 1852 <-> 1684 1853 <-> 1853 1854 <-> 557, 1170, 1565 1855 <-> 70, 1792 1856 <-> 1720 1857 <-> 1796 1858 <-> 417 1859 <-> 1320, 1788 1860 <-> 36, 879, 1136 1861 <-> 830, 1114 1862 <-> 416, 1262 1863 <-> 28, 769, 787, 1062 1864 <-> 1609, 1920, 1953 1865 <-> 189, 1806, 1828, 1969 1866 <-> 451 1867 <-> 1555 1868 <-> 1868 1869 <-> 1444 1870 <-> 1396 1871 <-> 1939 1872 <-> 1914 1873 <-> 694, 1043 1874 <-> 241, 877, 1820 1875 <-> 1646, 1656 1876 <-> 1523 1877 <-> 1877 1878 <-> 159, 688, 907 1879 <-> 1328, 1879 1880 <-> 415 1881 <-> 65 1882 <-> 201 1883 <-> 812, 1207 1884 <-> 731, 861, 1071, 1616 1885 <-> 753, 1885 1886 <-> 75 1887 <-> 766, 807 1888 <-> 240, 1581, 1847 1889 <-> 800, 1527 1890 <-> 1546, 1667 1891 <-> 186, 548 1892 <-> 1708 1893 <-> 1499 1894 <-> 475, 843, 1749 1895 <-> 622, 1895, 1978 1896 <-> 334 1897 <-> 1339, 1618, 1949 1898 <-> 1171 1899 <-> 1787 1900 <-> 1069, 1697 1901 <-> 142 1902 <-> 291, 305 1903 <-> 745 1904 <-> 1663 1905 <-> 829, 1506 1906 <-> 316, 767, 1298, 1999 1907 <-> 183, 1451, 1583 1908 <-> 908, 1732 1909 <-> 62 1910 <-> 1999 1911 <-> 364, 1807 1912 <-> 372, 1912 1913 <-> 161, 601, 1692 1914 <-> 1347, 1456, 1717, 1872 1915 <-> 760, 1723, 1785 1916 <-> 1270 1917 <-> 1355 1918 <-> 1721 1919 <-> 590, 1010 1920 <-> 414, 1864 1921 <-> 1769 1922 <-> 232 1923 <-> 238, 271, 1923 1924 <-> 571, 917 1925 <-> 556, 1925 1926 <-> 129, 581 1927 <-> 360, 1544 1928 <-> 289 1929 <-> 1627, 1929 1930 <-> 181, 1347, 1652 1931 <-> 469, 1931 1932 <-> 1399 1933 <-> 919, 1304 1934 <-> 290 1935 <-> 803, 892, 903, 1713 1936 <-> 1146 1937 <-> 146, 1472, 1474 1938 <-> 149 1939 <-> 88, 1755, 1871 1940 <-> 980 1941 <-> 548, 828 1942 <-> 613, 988 1943 <-> 1281 1944 <-> 239, 326, 530 1945 <-> 49, 1242, 1742 1946 <-> 1344, 1590, 1648 1947 <-> 1050 1948 <-> 607, 1303, 1319, 1365 1949 <-> 1897 1950 <-> 1950 1951 <-> 553, 921, 1502 1952 <-> 163, 1362 1953 <-> 1864 1954 <-> 495, 620 1955 <-> 735, 1585 1956 <-> 11, 1145 1957 <-> 941 1958 <-> 398, 668 1959 <-> 340, 1726 1960 <-> 934 1961 <-> 641 1962 <-> 1447 1963 <-> 112, 1050 1964 <-> 1296 1965 <-> 61 1966 <-> 890, 1222, 1274 1967 <-> 545, 550, 729, 1451 1968 <-> 873 1969 <-> 704, 1865 1970 <-> 393 1971 <-> 1827 1972 <-> 326, 958 1973 <-> 1086, 1973 1974 <-> 319, 1974 1975 <-> 452 1976 <-> 155 1977 <-> 410 1978 <-> 1520, 1781, 1895 1979 <-> 1132 1980 <-> 1510, 1605, 1811 1981 <-> 184 1982 <-> 39 1983 <-> 1983 1984 <-> 379, 494 1985 <-> 95 1986 <-> 1691 1987 <-> 1505, 1678 1988 <-> 124, 516, 784 1989 <-> 322 1990 <-> 1512, 1707 1991 <-> 226 1992 <-> 894, 1534 1993 <-> 1196, 1706 1994 <-> 16, 1454, 1707 1995 <-> 682, 1770 1996 <-> 1284 1997 <-> 153, 308, 1351 1998 <-> 5, 235, 428, 524 1999 <-> 1407, 1780, 1906, 1910""" zip: List a -> List b -> List (a, b) zip list1 list2 = zip2 list1 list2 [] zip2: List a -> List b -> List(a, b) -> List(a, b) zip2 list1 list2 acc = case list1 of [] -> acc head1::tail1 -> case list2 of [] -> acc head2::tail2 -> zip2 tail1 tail2 (List.append acc [(head1, head2)]) toIntOrZero: String -> Int toIntOrZero char = case (String.toInt char) of Ok a -> a Err _ -> 0 outerProduct: List a -> List (a, a) outerProduct list = List.concatMap (\e -> List.map (\i -> (e, i)) list ) list histogram: List comparable -> Dict comparable Int histogram list = List.foldl histo_inc Dict.empty list histo_inc: comparable -> Dict comparable Int -> Dict comparable Int histo_inc dir dict = if Dict.member dir dict then Dict.update dir (Maybe.map ((+) 1)) dict else Dict.insert dir 1 dict

-- Copyright (c) 2017 PI:NAME:<NAME>END_PI -- All rights reserved. -- -- Redistribution and use in source and binary forms, with or without -- modification, are permitted provided that the following conditions are met: -- -- * Redistributions of source code must retain the above copyright notice, this -- list of conditions and the following disclaimer. -- -- * Redistributions in binary form must reproduce the above copyright notice, -- this list of conditions and the following disclaimer in the documentation -- and/or other materials provided with the distribution. -- -- * Neither the name of the copyright holder nor the names of its -- contributors may be used to endorse or promote products derived from -- this software without specific prior written permission. -- -- THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" -- AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE -- IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE -- DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE -- FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL -- DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR -- SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER -- CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, -- OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE -- OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. import Html exposing (..) import Dict exposing (..) import Array exposing (..) import Debug exposing (..) main = text <| toString <| solve input --solve: String -> Int solve input = let initialDict = parse input initialSize = Dict.size initialDict dictAfterRemoval = removeGroup 0 initialDict in initialSize - (Dict.size dictAfterRemoval) removeGroup id dict = if Dict.member id dict then let deps = Dict.get id dict |> Maybe.withDefault [] newDict = Dict.remove id dict in deps |> List.foldl removeGroup newDict else dict parse: String -> Dict Int (List Int) parse string = String.split "\n" input |> List.map parseLine |> Dict.fromList parseLine line = case (String.split " <-> " line) of id::deps::[] -> let iid = toIntOrZero id ideps = String.split ", " deps |> List.map toIntOrZero in (iid, ideps) _ -> (-1, []) input2 = """0 <-> 2 1 <-> 1 2 <-> 0, 3, 4 3 <-> 2, 4 4 <-> 2, 3, 6 5 <-> 6 6 <-> 4, 5""" input = """0 <-> 889, 1229, 1736 1 <-> 1, 480, 793, 1361 2 <-> 607 3 <-> 273, 422 4 <-> 965, 1052, 1130, 1591 5 <-> 1998 6 <-> 483, 1628 7 <-> 1012, 1242, 1244, 1491 8 <-> 524 9 <-> 13, 281, 1498 10 <-> 10 11 <-> 1956 12 <-> 598, 621, 1210 13 <-> 9 14 <-> 1728 15 <-> 912, 1461 16 <-> 1489, 1680, 1994 17 <-> 854 18 <-> 1157, 1299 19 <-> 759 20 <-> 1352, 1831 21 <-> 1425 22 <-> 470, 685, 857, 1526 23 <-> 405 24 <-> 43, 536, 1849 25 <-> 1674 26 <-> 26, 1738 27 <-> 558 28 <-> 1863 29 <-> 154, 649, 1818 30 <-> 721, 1366 31 <-> 725 32 <-> 413, 880, 903 33 <-> 414, 442, 1403 34 <-> 489, 1308 35 <-> 385, 1254, 1464 36 <-> 167, 1013, 1860 37 <-> 535 38 <-> 605, 1297 39 <-> 680, 1408, 1982 40 <-> 169, 615, 952, 1547 41 <-> 644, 991, 1319, 1509 42 <-> 453, 1315 43 <-> 24, 200, 805 44 <-> 919, 1083 45 <-> 500 46 <-> 1532, 1550 47 <-> 910, 1837 48 <-> 1849 49 <-> 542, 1945 50 <-> 57, 660 51 <-> 354, 934 52 <-> 1212 53 <-> 569 54 <-> 706 55 <-> 55, 114, 1077 56 <-> 1453 57 <-> 50, 1438 58 <-> 616, 738 59 <-> 1242 60 <-> 312, 523, 648 61 <-> 748, 1780, 1965 62 <-> 1533, 1909 63 <-> 562, 661, 1016 64 <-> 280, 300, 677 65 <-> 661, 698, 1881 66 <-> 283, 440 67 <-> 382, 421 68 <-> 986, 1592, 1824 69 <-> 541, 1363 70 <-> 266, 1855 71 <-> 371, 433, 1055, 1682 72 <-> 793 73 <-> 73 74 <-> 1139 75 <-> 770, 1190, 1409, 1433, 1886 76 <-> 1135 77 <-> 492, 1771 78 <-> 575, 1107, 1596, 1670 79 <-> 1374 80 <-> 1168, 1519 81 <-> 1258 82 <-> 919, 1519, 1768 83 <-> 1463 84 <-> 684 85 <-> 517, 1655 86 <-> 1226 87 <-> 1700 88 <-> 523, 1292, 1939 89 <-> 177, 1695, 1706 90 <-> 400, 1683 91 <-> 194 92 <-> 106, 1546 93 <-> 104 94 <-> 501, 1686 95 <-> 285, 1985 96 <-> 402, 770 97 <-> 196 98 <-> 318, 1827 99 <-> 220, 1272, 1766, 1802 100 <-> 1105 101 <-> 380, 957 102 <-> 1305, 1483 103 <-> 262, 481, 621 104 <-> 93, 708, 1731 105 <-> 282 106 <-> 92, 901 107 <-> 553, 742, 1833 108 <-> 480, 1140 109 <-> 1247 110 <-> 1549 111 <-> 1283 112 <-> 1503, 1963 113 <-> 819, 1601 114 <-> 55, 593, 1020 115 <-> 324 116 <-> 378 117 <-> 1534 118 <-> 1740, 1836 119 <-> 1223, 1283 120 <-> 435, 1063 121 <-> 404, 939 122 <-> 294, 360, 1809 123 <-> 1166 124 <-> 1988 125 <-> 163 126 <-> 126 127 <-> 255, 754 128 <-> 634, 969 129 <-> 563, 1732, 1926 130 <-> 1196 131 <-> 1019, 1429 132 <-> 1287, 1417 133 <-> 1453 134 <-> 184, 786 135 <-> 647 136 <-> 260, 306 137 <-> 1342 138 <-> 292 139 <-> 1265 140 <-> 613 141 <-> 1001, 1217 142 <-> 142, 1901 143 <-> 758, 822, 1533 144 <-> 866, 930, 1197, 1443, 1665 145 <-> 1672 146 <-> 1937 147 <-> 1409, 1697 148 <-> 608, 954, 1624 149 <-> 527, 652, 1938 150 <-> 709 151 <-> 447, 1305, 1314 152 <-> 1741 153 <-> 901, 1997 154 <-> 29, 929 155 <-> 1178, 1976 156 <-> 560 157 <-> 522 158 <-> 541 159 <-> 1212, 1878 160 <-> 1078 161 <-> 1128, 1913 162 <-> 588, 734 163 <-> 125, 1073, 1952 164 <-> 1156 165 <-> 1781 166 <-> 1692 167 <-> 36, 1637 168 <-> 1043, 1085 169 <-> 40, 334, 1257, 1313 170 <-> 170 171 <-> 171 172 <-> 1391 173 <-> 925 174 <-> 1733 175 <-> 175, 1466 176 <-> 726, 1182 177 <-> 89, 1100 178 <-> 611, 1141 179 <-> 1036, 1307 180 <-> 1556 181 <-> 1930 182 <-> 775, 1284 183 <-> 1907 184 <-> 134, 1981 185 <-> 255, 1278 186 <-> 1891 187 <-> 531, 1318 188 <-> 790, 1623 189 <-> 379, 1749, 1865 190 <-> 1103, 1676 191 <-> 534 192 <-> 477 193 <-> 193, 860 194 <-> 91, 710, 1780 195 <-> 290, 1383, 1510 196 <-> 97, 1664 197 <-> 1416 198 <-> 287, 1760 199 <-> 366 200 <-> 43 201 <-> 813, 1882 202 <-> 246, 1175 203 <-> 203, 1007 204 <-> 204, 923 205 <-> 924 206 <-> 1162, 1818 207 <-> 365, 487, 923 208 <-> 1281, 1290 209 <-> 1280 210 <-> 210, 288, 1333 211 <-> 211, 417, 754 212 <-> 1698 213 <-> 1626 214 <-> 1256 215 <-> 215, 1385, 1671 216 <-> 811, 1025 217 <-> 554, 1715 218 <-> 1483 219 <-> 1741 220 <-> 99, 530, 1081, 1319, 1801 221 <-> 804, 1144 222 <-> 1288, 1702 223 <-> 223, 1231 224 <-> 649, 1179 225 <-> 1271, 1776 226 <-> 226, 1991 227 <-> 496, 857, 1004, 1821 228 <-> 371, 500 229 <-> 1162 230 <-> 693, 1081 231 <-> 506, 973 232 <-> 859, 969, 1922 233 <-> 233 234 <-> 875, 1006 235 <-> 1035, 1998 236 <-> 236 237 <-> 289, 569, 1440 238 <-> 1249, 1923 239 <-> 1564, 1775, 1944 240 <-> 1888 241 <-> 951, 1874 242 <-> 825 243 <-> 384, 983, 1838 244 <-> 715, 1501 245 <-> 592, 671 246 <-> 202, 391, 632, 656 247 <-> 663 248 <-> 253, 752 249 <-> 1073, 1558 250 <-> 290 251 <-> 792, 1389 252 <-> 797 253 <-> 248, 771 254 <-> 254, 1047 255 <-> 127, 185, 369 256 <-> 623 257 <-> 1636, 1740 258 <-> 317 259 <-> 1775 260 <-> 136, 561, 1290 261 <-> 359, 1657 262 <-> 103, 697, 1074 263 <-> 1205 264 <-> 1779, 1782 265 <-> 1407 266 <-> 70, 1215, 1306 267 <-> 333, 790 268 <-> 603 269 <-> 269, 1497 270 <-> 270, 1613 271 <-> 1416, 1562, 1923 272 <-> 579, 894 273 <-> 3, 993 274 <-> 333 275 <-> 1188 276 <-> 535, 645, 1166, 1269 277 <-> 1369 278 <-> 744, 1717 279 <-> 349, 695, 985, 1096 280 <-> 64, 1516 281 <-> 9, 427, 768, 1468 282 <-> 105, 867 283 <-> 66, 1235, 1525, 1748 284 <-> 530 285 <-> 95, 800, 1191 286 <-> 339, 611, 1581 287 <-> 198, 1285, 1501 288 <-> 210, 1059 289 <-> 237, 1928 290 <-> 195, 250, 1934 291 <-> 337, 1902 292 <-> 138, 1805, 1849 293 <-> 906 294 <-> 122, 1582 295 <-> 602 296 <-> 778 297 <-> 471, 483 298 <-> 298 299 <-> 402, 729 300 <-> 64, 1002 301 <-> 856 302 <-> 1084, 1538, 1739 303 <-> 892, 1774 304 <-> 1029, 1350 305 <-> 521, 1628, 1902 306 <-> 136, 469, 653, 835 307 <-> 981 308 <-> 1997 309 <-> 1612 310 <-> 1338, 1571 311 <-> 1388 312 <-> 60 313 <-> 1557 314 <-> 886, 1704 315 <-> 672, 779 316 <-> 1062, 1906 317 <-> 258, 1290 318 <-> 98, 318 319 <-> 1974 320 <-> 839 321 <-> 395, 615, 909, 1046 322 <-> 1077, 1390, 1989 323 <-> 323, 773, 1571 324 <-> 115, 493, 511, 650 325 <-> 325 326 <-> 1944, 1972 327 <-> 1489 328 <-> 412, 468 329 <-> 1637 330 <-> 556, 1176 331 <-> 656 332 <-> 564, 1688 333 <-> 267, 274, 421, 1205, 1743 334 <-> 169, 1896 335 <-> 1176 336 <-> 638, 1408, 1633 337 <-> 291, 844, 1549 338 <-> 515 339 <-> 286 340 <-> 340, 1959 341 <-> 943 342 <-> 417, 638, 1116, 1536 343 <-> 1030 344 <-> 584, 1751 345 <-> 345, 1810 346 <-> 346 347 <-> 587 348 <-> 515, 1187 349 <-> 279, 349 350 <-> 1749 351 <-> 1030, 1097 352 <-> 352 353 <-> 353, 683 354 <-> 51, 354, 735 355 <-> 1362 356 <-> 1593 357 <-> 357 358 <-> 441, 501, 899, 1672 359 <-> 261 360 <-> 122, 360, 1234, 1927 361 <-> 736 362 <-> 1169 363 <-> 780 364 <-> 444, 905, 1049, 1911 365 <-> 207 366 <-> 199, 1469 367 <-> 1612 368 <-> 675, 1800 369 <-> 255 370 <-> 370, 873, 962, 1238 371 <-> 71, 228, 456 372 <-> 1912 373 <-> 1318 374 <-> 1018, 1246 375 <-> 898, 1303 376 <-> 376, 573 377 <-> 1080 378 <-> 116, 1140 379 <-> 189, 1984 380 <-> 101 381 <-> 472, 827, 1097 382 <-> 67 383 <-> 383, 582 384 <-> 243, 432, 444, 569, 634 385 <-> 35 386 <-> 1496 387 <-> 637, 737, 756, 1293 388 <-> 1562 389 <-> 633 390 <-> 488 391 <-> 246, 853, 1422 392 <-> 1253, 1331 393 <-> 921, 1567, 1777, 1970 394 <-> 809 395 <-> 321, 798, 1040 396 <-> 746, 1332 397 <-> 400, 953 398 <-> 1958 399 <-> 399 400 <-> 90, 397, 808, 1485 401 <-> 1395 402 <-> 96, 299, 1388 403 <-> 716 404 <-> 121 405 <-> 23, 934, 1221 406 <-> 1007 407 <-> 1391 408 <-> 497, 1090, 1644 409 <-> 1479 410 <-> 793, 1977 411 <-> 1026 412 <-> 328, 581, 806 413 <-> 32, 1354 414 <-> 33, 1920 415 <-> 799, 1207, 1880 416 <-> 1862 417 <-> 211, 342, 589, 1858 418 <-> 556, 1437, 1490 419 <-> 1393 420 <-> 420 421 <-> 67, 333, 1813 422 <-> 3, 706, 1598, 1721 423 <-> 1834 424 <-> 854, 1442 425 <-> 855, 1080 426 <-> 1408, 1469 427 <-> 281 428 <-> 832, 1998 429 <-> 553, 657, 834 430 <-> 1466 431 <-> 1357 432 <-> 384 433 <-> 71 434 <-> 434, 489, 1137 435 <-> 120 436 <-> 972, 1461 437 <-> 550 438 <-> 486, 844 439 <-> 978 440 <-> 66, 705, 1850 441 <-> 358, 589, 783, 804, 1129 442 <-> 33, 497 443 <-> 1806 444 <-> 364, 384, 1698 445 <-> 1208, 1294, 1452 446 <-> 1143, 1452 447 <-> 151, 1072 448 <-> 448 449 <-> 997, 1829 450 <-> 1277 451 <-> 1531, 1866 452 <-> 1175, 1622, 1975 453 <-> 42, 1486 454 <-> 689 455 <-> 1497 456 <-> 371, 1577 457 <-> 702 458 <-> 461, 921, 1279 459 <-> 1004 460 <-> 485, 505, 1211, 1451 461 <-> 458, 541, 916, 1844 462 <-> 1281 463 <-> 856, 1481 464 <-> 602, 1476, 1553 465 <-> 543, 1566 466 <-> 847, 1593 467 <-> 1270 468 <-> 328, 829 469 <-> 306, 667, 720, 1931 470 <-> 22 471 <-> 297 472 <-> 381 473 <-> 473 474 <-> 599, 1146 475 <-> 1570, 1894 476 <-> 1145 477 <-> 192, 1193, 1690 478 <-> 1469, 1840 479 <-> 1684 480 <-> 1, 108 481 <-> 103, 963 482 <-> 1778 483 <-> 6, 297, 1662 484 <-> 1435 485 <-> 460 486 <-> 438 487 <-> 207, 998, 1185 488 <-> 390, 1231, 1668 489 <-> 34, 434, 1341 490 <-> 990, 1203 491 <-> 936 492 <-> 77 493 <-> 324 494 <-> 1984 495 <-> 495, 1954 496 <-> 227 497 <-> 408, 442, 1551 498 <-> 1704, 1788 499 <-> 836 500 <-> 45, 228, 1358, 1798 501 <-> 94, 358, 1559 502 <-> 951 503 <-> 1036 504 <-> 1303 505 <-> 460 506 <-> 231, 606, 1473 507 <-> 1109 508 <-> 1724 509 <-> 1644 510 <-> 848 511 <-> 324, 1036 512 <-> 523 513 <-> 809, 1294 514 <-> 785 515 <-> 338, 348, 1027, 1193, 1226 516 <-> 1988 517 <-> 85, 1482 518 <-> 518 519 <-> 1625 520 <-> 520 521 <-> 305, 1033 522 <-> 157, 1355, 1476, 1588 523 <-> 60, 88, 512 524 <-> 8, 1998 525 <-> 990, 1275 526 <-> 1310, 1552 527 <-> 149, 979, 1805 528 <-> 698 529 <-> 631, 970 530 <-> 220, 284, 1533, 1944 531 <-> 187, 551, 1168, 1574 532 <-> 1484 533 <-> 892 534 <-> 191, 879 535 <-> 37, 276, 1527 536 <-> 24, 1094 537 <-> 747, 952 538 <-> 1620, 1735 539 <-> 858, 1467 540 <-> 1263, 1572 541 <-> 69, 158, 461 542 <-> 49, 1384 543 <-> 465, 639, 873 544 <-> 1338 545 <-> 1967 546 <-> 806, 1239 547 <-> 792, 1039, 1078 548 <-> 548, 1891, 1941 549 <-> 861 550 <-> 437, 1209, 1967 551 <-> 531, 888, 896 552 <-> 798 553 <-> 107, 429, 1330, 1951 554 <-> 217 555 <-> 744, 947, 1246 556 <-> 330, 418, 1070, 1925 557 <-> 1826, 1854 558 <-> 27, 1629 559 <-> 1042, 1150 560 <-> 156, 1472, 1834 561 <-> 260 562 <-> 63 563 <-> 129, 1309 564 <-> 332 565 <-> 1770, 1842 566 <-> 621 567 <-> 1160, 1178, 1642 568 <-> 895 569 <-> 53, 237, 384 570 <-> 641 571 <-> 571, 1261, 1924 572 <-> 882 573 <-> 376 574 <-> 982 575 <-> 78, 1255 576 <-> 887, 1539 577 <-> 603, 1122, 1679 578 <-> 742 579 <-> 272, 1444, 1747 580 <-> 797, 1554, 1718 581 <-> 412, 1926 582 <-> 383 583 <-> 1611 584 <-> 344, 1620 585 <-> 1692 586 <-> 1383 587 <-> 347, 1351 588 <-> 162, 1220 589 <-> 417, 441 590 <-> 1919 591 <-> 884, 992 592 <-> 245, 814 593 <-> 114 594 <-> 1843 595 <-> 1809 596 <-> 837 597 <-> 1563, 1575 598 <-> 12, 605, 984 599 <-> 474, 1218 600 <-> 732, 1237, 1714 601 <-> 1913 602 <-> 295, 464, 1061 603 <-> 268, 577, 720 604 <-> 604 605 <-> 38, 598 606 <-> 506, 686, 1813 607 <-> 2, 1948 608 <-> 148 609 <-> 1571 610 <-> 772, 901 611 <-> 178, 286, 880 612 <-> 1814 613 <-> 140, 883, 1198, 1764, 1942 614 <-> 1352 615 <-> 40, 321 616 <-> 58, 1413 617 <-> 624, 1008, 1591, 1791 618 <-> 1625 619 <-> 871, 1567 620 <-> 1954 621 <-> 12, 103, 566 622 <-> 1895 623 <-> 256, 1767 624 <-> 617 625 <-> 663 626 <-> 626 627 <-> 1650 628 <-> 884 629 <-> 1104, 1421 630 <-> 630, 864 631 <-> 529, 646 632 <-> 246 633 <-> 389, 1847 634 <-> 128, 384 635 <-> 1553, 1817 636 <-> 636 637 <-> 387 638 <-> 336, 342, 646, 1453 639 <-> 543, 815, 1087 640 <-> 1422, 1597 641 <-> 570, 805, 993, 1961 642 <-> 1371 643 <-> 959, 1044, 1444 644 <-> 41 645 <-> 276, 1022, 1184 646 <-> 631, 638, 1790 647 <-> 135, 1286 648 <-> 60 649 <-> 29, 224, 1636 650 <-> 324 651 <-> 863, 1321 652 <-> 149, 687, 1128, 1346 653 <-> 306 654 <-> 1409 655 <-> 1142, 1733 656 <-> 246, 331, 768, 1815 657 <-> 429 658 <-> 1511, 1569 659 <-> 1744 660 <-> 50, 796, 1524 661 <-> 63, 65, 810 662 <-> 995, 1661 663 <-> 247, 625, 1001 664 <-> 664 665 <-> 1305 666 <-> 666, 1817 667 <-> 469, 1003, 1550 668 <-> 1540, 1958 669 <-> 831, 883, 1349, 1719 670 <-> 1531 671 <-> 245, 671, 1693 672 <-> 315, 1088 673 <-> 942, 1381, 1660 674 <-> 880 675 <-> 368 676 <-> 1269, 1699 677 <-> 64, 1654 678 <-> 784 679 <-> 1760 680 <-> 39 681 <-> 681 682 <-> 728, 749, 1995 683 <-> 353 684 <-> 84, 1150 685 <-> 22 686 <-> 606 687 <-> 652, 1687 688 <-> 1878 689 <-> 454, 689 690 <-> 924, 1183 691 <-> 1410, 1413 692 <-> 1702 693 <-> 230, 1658 694 <-> 820, 1282, 1873 695 <-> 279 696 <-> 1168 697 <-> 262, 766, 776 698 <-> 65, 528, 698, 940 699 <-> 1778 700 <-> 743, 1459, 1825 701 <-> 1475 702 <-> 457, 792, 861, 1467 703 <-> 1581 704 <-> 1969 705 <-> 440, 1145 706 <-> 54, 422 707 <-> 1015, 1780 708 <-> 104, 1266 709 <-> 150, 1778 710 <-> 194 711 <-> 751 712 <-> 963 713 <-> 1525, 1762 714 <-> 1713 715 <-> 244, 1293, 1421 716 <-> 403, 1572 717 <-> 1142 718 <-> 1204 719 <-> 1672 720 <-> 469, 603 721 <-> 30, 1268, 1400 722 <-> 1183 723 <-> 1012 724 <-> 1029, 1289, 1368 725 <-> 31, 1039 726 <-> 176, 726 727 <-> 856 728 <-> 682, 1000 729 <-> 299, 1216, 1967 730 <-> 850, 900 731 <-> 1540, 1884 732 <-> 600, 784 733 <-> 1655 734 <-> 162 735 <-> 354, 1955 736 <-> 361, 1084, 1822 737 <-> 387 738 <-> 58, 1573 739 <-> 1119, 1216, 1822 740 <-> 829, 1219 741 <-> 1164 742 <-> 107, 578 743 <-> 700, 1744 744 <-> 278, 555 745 <-> 835, 1903 746 <-> 396 747 <-> 537, 1843 748 <-> 61 749 <-> 682, 1217, 1731 750 <-> 874, 1110, 1724 751 <-> 711, 1767 752 <-> 248, 1011 753 <-> 1327, 1885 754 <-> 127, 211, 1117 755 <-> 755 756 <-> 387 757 <-> 1098, 1169 758 <-> 143, 1689 759 <-> 19, 1517 760 <-> 831, 1915 761 <-> 761, 1195 762 <-> 1634 763 <-> 763 764 <-> 848, 1375 765 <-> 765, 1136 766 <-> 697, 1295, 1887 767 <-> 1906 768 <-> 281, 656, 1031 769 <-> 1457, 1863 770 <-> 75, 96 771 <-> 253, 846, 1375 772 <-> 610 773 <-> 323 774 <-> 1067 775 <-> 182, 1494 776 <-> 697 777 <-> 1136 778 <-> 296, 1057 779 <-> 315, 1631, 1796 780 <-> 363, 780, 1814 781 <-> 928, 1423 782 <-> 1850 783 <-> 441 784 <-> 678, 732, 999, 1988 785 <-> 514, 1248 786 <-> 134, 786, 1009 787 <-> 1348, 1863 788 <-> 891, 1183, 1455 789 <-> 1310, 1420, 1510 790 <-> 188, 267 791 <-> 1276 792 <-> 251, 547, 702 793 <-> 1, 72, 410, 1092 794 <-> 880 795 <-> 1799, 1807 796 <-> 660, 1548 797 <-> 252, 580, 797 798 <-> 395, 552 799 <-> 415, 799 800 <-> 285, 1889 801 <-> 801 802 <-> 802 803 <-> 1188, 1326, 1935 804 <-> 221, 441 805 <-> 43, 641, 1772 806 <-> 412, 546, 918, 1617 807 <-> 876, 1887 808 <-> 400, 1435, 1716 809 <-> 394, 513 810 <-> 661 811 <-> 216, 1259 812 <-> 1883 813 <-> 201, 1692 814 <-> 592 815 <-> 639 816 <-> 1041, 1734 817 <-> 1134, 1432 818 <-> 1575 819 <-> 113, 1063 820 <-> 694 821 <-> 1242 822 <-> 143, 892 823 <-> 1393, 1492 824 <-> 946 825 <-> 242, 999 826 <-> 1594 827 <-> 381, 1079, 1580 828 <-> 1941 829 <-> 468, 740, 1905 830 <-> 977, 1260, 1861 831 <-> 669, 760, 946, 1332 832 <-> 428, 832, 944, 1172 833 <-> 837, 1008, 1470 834 <-> 429, 915 835 <-> 306, 745, 976 836 <-> 499, 967 837 <-> 596, 833, 974 838 <-> 1335 839 <-> 320, 839, 1703 840 <-> 1053, 1398, 1760 841 <-> 1193 842 <-> 842, 1066, 1108 843 <-> 1414, 1697, 1894 844 <-> 337, 438 845 <-> 1506 846 <-> 771 847 <-> 466, 907, 1432 848 <-> 510, 764 849 <-> 1063, 1195, 1701 850 <-> 730, 1551 851 <-> 1112, 1331, 1479 852 <-> 1652 853 <-> 391 854 <-> 17, 424, 906, 1665 855 <-> 425, 1082 856 <-> 301, 463, 727, 1744 857 <-> 22, 227 858 <-> 539, 1252, 1472 859 <-> 232, 1843 860 <-> 193 861 <-> 549, 702, 1709, 1884 862 <-> 1149 863 <-> 651, 955 864 <-> 630 865 <-> 1138 866 <-> 144, 1111, 1114 867 <-> 282, 1487, 1835 868 <-> 1699 869 <-> 869 870 <-> 1487 871 <-> 619 872 <-> 872 873 <-> 370, 543, 1968 874 <-> 750, 874 875 <-> 234, 1202, 1473 876 <-> 807, 933, 1741 877 <-> 1205, 1874 878 <-> 1831 879 <-> 534, 1860 880 <-> 32, 611, 674, 794 881 <-> 1361, 1750 882 <-> 572, 1495 883 <-> 613, 669 884 <-> 591, 628, 1815 885 <-> 996, 1237 886 <-> 314, 1709 887 <-> 576 888 <-> 551 889 <-> 0, 1494 890 <-> 1100, 1966 891 <-> 788, 1312 892 <-> 303, 533, 822, 1334, 1812, 1935 893 <-> 1723 894 <-> 272, 1992 895 <-> 568, 1038 896 <-> 551, 1425 897 <-> 1783 898 <-> 375 899 <-> 358 900 <-> 730 901 <-> 106, 153, 610 902 <-> 1203 903 <-> 32, 1935 904 <-> 1109 905 <-> 364 906 <-> 293, 854, 1565 907 <-> 847, 1139, 1180, 1431, 1563, 1878 908 <-> 1908 909 <-> 321, 943 910 <-> 47, 1067 911 <-> 1468, 1495 912 <-> 15 913 <-> 1692 914 <-> 922, 1445 915 <-> 834, 1002 916 <-> 461 917 <-> 1177, 1924 918 <-> 806, 962, 1058, 1419 919 <-> 44, 82, 1933 920 <-> 1147, 1539 921 <-> 393, 458, 1055, 1951 922 <-> 914, 1271 923 <-> 204, 207, 1201 924 <-> 205, 690 925 <-> 173, 1816 926 <-> 1279 927 <-> 927 928 <-> 781 929 <-> 154 930 <-> 144 931 <-> 972, 1237 932 <-> 1317 933 <-> 876, 1756 934 <-> 51, 405, 1105, 1960 935 <-> 935, 1674 936 <-> 491, 1201, 1247 937 <-> 956, 1576, 1788 938 <-> 1377, 1733 939 <-> 121, 1638 940 <-> 698, 1808 941 <-> 1665, 1957 942 <-> 673 943 <-> 341, 909 944 <-> 832 945 <-> 1087, 1340 946 <-> 824, 831 947 <-> 555 948 <-> 959 949 <-> 1068 950 <-> 1664 951 <-> 241, 502, 1151 952 <-> 40, 537, 1376 953 <-> 397 954 <-> 148, 1075, 1364 955 <-> 863, 1235, 1618, 1724 956 <-> 937 957 <-> 101, 1323 958 <-> 1794, 1972 959 <-> 643, 948, 1023 960 <-> 960, 1417 961 <-> 1278 962 <-> 370, 918 963 <-> 481, 712 964 <-> 1198 965 <-> 4 966 <-> 966 967 <-> 836, 967, 1821 968 <-> 1513 969 <-> 128, 232 970 <-> 529 971 <-> 1471 972 <-> 436, 931 973 <-> 231 974 <-> 837 975 <-> 1390 976 <-> 835 977 <-> 830 978 <-> 439, 1687 979 <-> 527 980 <-> 980, 1609, 1940 981 <-> 307, 1671 982 <-> 574, 1318, 1643 983 <-> 243 984 <-> 598 985 <-> 279 986 <-> 68 987 <-> 1060 988 <-> 1942 989 <-> 1478 990 <-> 490, 525, 1838 991 <-> 41, 1263, 1302 992 <-> 591 993 <-> 273, 641 994 <-> 1026, 1240, 1618 995 <-> 662, 1545 996 <-> 885, 1528 997 <-> 449, 1058 998 <-> 487 999 <-> 784, 825 1000 <-> 728 1001 <-> 141, 663, 1626, 1681 1002 <-> 300, 915 1003 <-> 667 1004 <-> 227, 459 1005 <-> 1780 1006 <-> 234, 1578 1007 <-> 203, 406 1008 <-> 617, 833 1009 <-> 786, 1064 1010 <-> 1010, 1031, 1919 1011 <-> 752, 1754 1012 <-> 7, 723, 1068, 1181 1013 <-> 36 1014 <-> 1594 1015 <-> 707 1016 <-> 63 1017 <-> 1511 1018 <-> 374, 1034 1019 <-> 131, 1155 1020 <-> 114 1021 <-> 1288 1022 <-> 645 1023 <-> 959, 1375 1024 <-> 1024 1025 <-> 216 1026 <-> 411, 994 1027 <-> 515 1028 <-> 1417 1029 <-> 304, 724 1030 <-> 343, 351 1031 <-> 768, 1010 1032 <-> 1032 1033 <-> 521 1034 <-> 1018 1035 <-> 235, 1578 1036 <-> 179, 503, 511, 1036 1037 <-> 1037, 1044 1038 <-> 895, 1125 1039 <-> 547, 725, 1599 1040 <-> 395 1041 <-> 816 1042 <-> 559, 1042 1043 <-> 168, 1873 1044 <-> 643, 1037, 1312 1045 <-> 1232 1046 <-> 321 1047 <-> 254 1048 <-> 1747 1049 <-> 364 1050 <-> 1050, 1947, 1963 1051 <-> 1156 1052 <-> 4, 1201 1053 <-> 840 1054 <-> 1133, 1342, 1537, 1708, 1778 1055 <-> 71, 921, 1786 1056 <-> 1672 1057 <-> 778, 1423, 1787 1058 <-> 918, 997 1059 <-> 288, 1337, 1401 1060 <-> 987, 1781 1061 <-> 602, 1660 1062 <-> 316, 1863 1063 <-> 120, 819, 849 1064 <-> 1009 1065 <-> 1065 1066 <-> 842 1067 <-> 774, 910, 1089 1068 <-> 949, 1012 1069 <-> 1900 1070 <-> 556 1071 <-> 1884 1072 <-> 447, 1122 1073 <-> 163, 249, 1073, 1237 1074 <-> 262 1075 <-> 954, 1075, 1789 1076 <-> 1076, 1680 1077 <-> 55, 322 1078 <-> 160, 547 1079 <-> 827, 1079 1080 <-> 377, 425, 1739 1081 <-> 220, 230 1082 <-> 855, 1638 1083 <-> 44 1084 <-> 302, 736 1085 <-> 168, 1431 1086 <-> 1973 1087 <-> 639, 945 1088 <-> 672 1089 <-> 1067, 1190 1090 <-> 408, 1492 1091 <-> 1674 1092 <-> 793 1093 <-> 1802 1094 <-> 536 1095 <-> 1095, 1204 1096 <-> 279 1097 <-> 351, 381 1098 <-> 757, 1519 1099 <-> 1099, 1752 1100 <-> 177, 890 1101 <-> 1145 1102 <-> 1280 1103 <-> 190, 1200 1104 <-> 629 1105 <-> 100, 934 1106 <-> 1426 1107 <-> 78, 1497 1108 <-> 842 1109 <-> 507, 904, 1109 1110 <-> 750 1111 <-> 866 1112 <-> 851 1113 <-> 1113 1114 <-> 866, 1131, 1861 1115 <-> 1187, 1629 1116 <-> 342 1117 <-> 754 1118 <-> 1637 1119 <-> 739 1120 <-> 1837 1121 <-> 1133, 1758 1122 <-> 577, 1072, 1349 1123 <-> 1359 1124 <-> 1174 1125 <-> 1038, 1789 1126 <-> 1260 1127 <-> 1213 1128 <-> 161, 652 1129 <-> 441 1130 <-> 4 1131 <-> 1114 1132 <-> 1132, 1979 1133 <-> 1054, 1121, 1253 1134 <-> 817 1135 <-> 76, 1606 1136 <-> 765, 777, 1860 1137 <-> 434 1138 <-> 865, 1280, 1471, 1736 1139 <-> 74, 907 1140 <-> 108, 378 1141 <-> 178 1142 <-> 655, 717 1143 <-> 446 1144 <-> 221 1145 <-> 476, 705, 1101, 1271, 1956 1146 <-> 474, 1179, 1936 1147 <-> 920, 1147 1148 <-> 1148, 1795 1149 <-> 862, 1799 1150 <-> 559, 684, 1797 1151 <-> 951 1152 <-> 1229 1153 <-> 1515, 1530 1154 <-> 1154 1155 <-> 1019, 1300 1156 <-> 164, 1051, 1156 1157 <-> 18, 1157 1158 <-> 1208 1159 <-> 1651 1160 <-> 567, 1510, 1710 1161 <-> 1161, 1427, 1590 1162 <-> 206, 229, 1561 1163 <-> 1388 1164 <-> 741, 1494 1165 <-> 1217 1166 <-> 123, 276 1167 <-> 1262, 1547 1168 <-> 80, 531, 696 1169 <-> 362, 757, 1504 1170 <-> 1854 1171 <-> 1171, 1898 1172 <-> 832 1173 <-> 1173, 1315 1174 <-> 1124, 1174, 1831 1175 <-> 202, 452 1176 <-> 330, 335, 1761 1177 <-> 917 1178 <-> 155, 567 1179 <-> 224, 1146 1180 <-> 907, 1661 1181 <-> 1012 1182 <-> 176 1183 <-> 690, 722, 788 1184 <-> 645 1185 <-> 487 1186 <-> 1659 1187 <-> 348, 1115, 1670 1188 <-> 275, 803 1189 <-> 1689 1190 <-> 75, 1089 1191 <-> 285 1192 <-> 1744 1193 <-> 477, 515, 841 1194 <-> 1308 1195 <-> 761, 849 1196 <-> 130, 1993 1197 <-> 144 1198 <-> 613, 964, 1329 1199 <-> 1389 1200 <-> 1103 1201 <-> 923, 936, 1052 1202 <-> 875 1203 <-> 490, 902, 1692 1204 <-> 718, 1095, 1245 1205 <-> 263, 333, 877 1206 <-> 1311 1207 <-> 415, 1883 1208 <-> 445, 1158 1209 <-> 550, 1640 1210 <-> 12, 1210, 1428 1211 <-> 460, 1529 1212 <-> 52, 159, 1493, 1819 1213 <-> 1127, 1213 1214 <-> 1214, 1436 1215 <-> 266, 1758 1216 <-> 729, 739 1217 <-> 141, 749, 1165, 1315 1218 <-> 599, 1595 1219 <-> 740, 1549 1220 <-> 588, 1374 1221 <-> 405 1222 <-> 1966 1223 <-> 119 1224 <-> 1528 1225 <-> 1314 1226 <-> 86, 515 1227 <-> 1681 1228 <-> 1228 1229 <-> 0, 1152, 1374 1230 <-> 1453 1231 <-> 223, 488 1232 <-> 1045, 1261 1233 <-> 1759 1234 <-> 360 1235 <-> 283, 955, 1241, 1783 1236 <-> 1356 1237 <-> 600, 885, 931, 1073 1238 <-> 370, 1602 1239 <-> 546, 1373 1240 <-> 994 1241 <-> 1235, 1392 1242 <-> 7, 59, 821, 1945 1243 <-> 1296 1244 <-> 7, 1300, 1434 1245 <-> 1204, 1347 1246 <-> 374, 555, 1508 1247 <-> 109, 936 1248 <-> 785, 1715 1249 <-> 238 1250 <-> 1600, 1623 1251 <-> 1251 1252 <-> 858 1253 <-> 392, 1133 1254 <-> 35, 1394 1255 <-> 575 1256 <-> 214, 1607, 1685 1257 <-> 169 1258 <-> 81, 1264, 1320 1259 <-> 811, 1425 1260 <-> 830, 1126 1261 <-> 571, 1232 1262 <-> 1167, 1862 1263 <-> 540, 991 1264 <-> 1258, 1651 1265 <-> 139, 1569 1266 <-> 708 1267 <-> 1267 1268 <-> 721 1269 <-> 276, 676, 1759 1270 <-> 467, 1270, 1916 1271 <-> 225, 922, 1145, 1700 1272 <-> 99 1273 <-> 1302 1274 <-> 1966 1275 <-> 525 1276 <-> 791, 1834 1277 <-> 450, 1474, 1645 1278 <-> 185, 961 1279 <-> 458, 926 1280 <-> 209, 1102, 1138 1281 <-> 208, 462, 1943 1282 <-> 694, 1522 1283 <-> 111, 119, 1407 1284 <-> 182, 1996 1285 <-> 287 1286 <-> 647, 1286, 1715 1287 <-> 132 1288 <-> 222, 1021, 1398 1289 <-> 724 1290 <-> 208, 260, 317 1291 <-> 1498 1292 <-> 88 1293 <-> 387, 715, 1322, 1519, 1645 1294 <-> 445, 513, 1504 1295 <-> 766 1296 <-> 1243, 1379, 1964 1297 <-> 38, 1669 1298 <-> 1906 1299 <-> 18, 1804 1300 <-> 1155, 1244 1301 <-> 1371, 1453 1302 <-> 991, 1273 1303 <-> 375, 504, 1948 1304 <-> 1667, 1933 1305 <-> 102, 151, 665 1306 <-> 266 1307 <-> 179 1308 <-> 34, 1194 1309 <-> 563 1310 <-> 526, 789 1311 <-> 1206, 1311, 1769 1312 <-> 891, 1044 1313 <-> 169 1314 <-> 151, 1225 1315 <-> 42, 1173, 1217 1316 <-> 1316 1317 <-> 932, 1805 1318 <-> 187, 373, 982 1319 <-> 41, 220, 1948 1320 <-> 1258, 1859 1321 <-> 651 1322 <-> 1293 1323 <-> 957, 1472 1324 <-> 1324 1325 <-> 1325 1326 <-> 803, 1846 1327 <-> 753 1328 <-> 1879 1329 <-> 1198 1330 <-> 553, 1330 1331 <-> 392, 851 1332 <-> 396, 831 1333 <-> 210 1334 <-> 892 1335 <-> 838, 1552, 1568 1336 <-> 1336 1337 <-> 1059 1338 <-> 310, 544 1339 <-> 1897 1340 <-> 945 1341 <-> 489 1342 <-> 137, 1054 1343 <-> 1343 1344 <-> 1946 1345 <-> 1345 1346 <-> 652 1347 <-> 1245, 1914, 1930 1348 <-> 787, 1591 1349 <-> 669, 1122 1350 <-> 304, 1790 1351 <-> 587, 1997 1352 <-> 20, 614 1353 <-> 1738 1354 <-> 413, 1608 1355 <-> 522, 1816, 1917 1356 <-> 1236, 1450 1357 <-> 431, 1575 1358 <-> 500 1359 <-> 1123, 1599 1360 <-> 1370, 1385 1361 <-> 1, 881 1362 <-> 355, 1611, 1952 1363 <-> 69 1364 <-> 954 1365 <-> 1948 1366 <-> 30, 1470 1367 <-> 1527 1368 <-> 724 1369 <-> 277, 1482 1370 <-> 1360 1371 <-> 642, 1301, 1478, 1485 1372 <-> 1372, 1594 1373 <-> 1239 1374 <-> 79, 1220, 1229 1375 <-> 764, 771, 1023 1376 <-> 952 1377 <-> 938, 1520, 1730 1378 <-> 1378, 1411, 1823 1379 <-> 1296, 1832 1380 <-> 1380 1381 <-> 673 1382 <-> 1382 1383 <-> 195, 586 1384 <-> 542 1385 <-> 215, 1360 1386 <-> 1386 1387 <-> 1536 1388 <-> 311, 402, 1163 1389 <-> 251, 1199 1390 <-> 322, 975 1391 <-> 172, 407, 1453 1392 <-> 1241, 1587 1393 <-> 419, 823, 1636 1394 <-> 1254, 1588, 1699 1395 <-> 401, 1621 1396 <-> 1396, 1870 1397 <-> 1629 1398 <-> 840, 1288 1399 <-> 1399, 1932 1400 <-> 721 1401 <-> 1059 1402 <-> 1402 1403 <-> 33 1404 <-> 1449, 1632, 1832 1405 <-> 1634 1406 <-> 1726 1407 <-> 265, 1283, 1999 1408 <-> 39, 336, 426 1409 <-> 75, 147, 654 1410 <-> 691, 1780 1411 <-> 1378 1412 <-> 1447, 1759 1413 <-> 616, 691 1414 <-> 843 1415 <-> 1415 1416 <-> 197, 271 1417 <-> 132, 960, 1028 1418 <-> 1418, 1426 1419 <-> 918, 1560 1420 <-> 789 1421 <-> 629, 715 1422 <-> 391, 640 1423 <-> 781, 1057 1424 <-> 1614 1425 <-> 21, 896, 1259 1426 <-> 1106, 1418 1427 <-> 1161 1428 <-> 1210, 1677 1429 <-> 131 1430 <-> 1822 1431 <-> 907, 1085, 1846 1432 <-> 817, 847 1433 <-> 75 1434 <-> 1244 1435 <-> 484, 808 1436 <-> 1214 1437 <-> 418 1438 <-> 57 1439 <-> 1469, 1824 1440 <-> 237 1441 <-> 1722 1442 <-> 424, 1678 1443 <-> 144 1444 <-> 579, 643, 1869 1445 <-> 914 1446 <-> 1524, 1728 1447 <-> 1412, 1962 1448 <-> 1485 1449 <-> 1404 1450 <-> 1356, 1647 1451 <-> 460, 1907, 1967 1452 <-> 445, 446 1453 <-> 56, 133, 638, 1230, 1301, 1391 1454 <-> 1994 1455 <-> 788 1456 <-> 1914 1457 <-> 769 1458 <-> 1458 1459 <-> 700, 1796 1460 <-> 1799 1461 <-> 15, 436 1462 <-> 1678 1463 <-> 83, 1553, 1684 1464 <-> 35 1465 <-> 1471 1466 <-> 175, 430 1467 <-> 539, 702 1468 <-> 281, 911, 1475 1469 <-> 366, 426, 478, 1439, 1524 1470 <-> 833, 1366 1471 <-> 971, 1138, 1465 1472 <-> 560, 858, 1323, 1937 1473 <-> 506, 875 1474 <-> 1277, 1937 1475 <-> 701, 1468 1476 <-> 464, 522 1477 <-> 1785 1478 <-> 989, 1371 1479 <-> 409, 851 1480 <-> 1677 1481 <-> 463 1482 <-> 517, 1369, 1482 1483 <-> 102, 218 1484 <-> 532, 1531, 1735 1485 <-> 400, 1371, 1448 1486 <-> 453 1487 <-> 867, 870, 1577, 1584 1488 <-> 1488 1489 <-> 16, 327 1490 <-> 418 1491 <-> 7, 1589 1492 <-> 823, 1090 1493 <-> 1212, 1519, 1675 1494 <-> 775, 889, 1164 1495 <-> 882, 911 1496 <-> 386, 1496 1497 <-> 269, 455, 1107 1498 <-> 9, 1291, 1758 1499 <-> 1685, 1893 1500 <-> 1657 1501 <-> 244, 287 1502 <-> 1951 1503 <-> 112 1504 <-> 1169, 1294 1505 <-> 1987 1506 <-> 845, 1905 1507 <-> 1507 1508 <-> 1246 1509 <-> 41 1510 <-> 195, 789, 1160, 1980 1511 <-> 658, 1017 1512 <-> 1990 1513 <-> 968, 1513, 1612 1514 <-> 1514 1515 <-> 1153, 1632 1516 <-> 280 1517 <-> 759 1518 <-> 1837 1519 <-> 80, 82, 1098, 1293, 1493 1520 <-> 1377, 1978 1521 <-> 1521 1522 <-> 1282 1523 <-> 1749, 1876 1524 <-> 660, 1446, 1469, 1535, 1729 1525 <-> 283, 713 1526 <-> 22, 1767 1527 <-> 535, 1367, 1889 1528 <-> 996, 1224 1529 <-> 1211, 1736 1530 <-> 1153 1531 <-> 451, 670, 1484 1532 <-> 46 1533 <-> 62, 143, 530 1534 <-> 117, 1992 1535 <-> 1524 1536 <-> 342, 1387 1537 <-> 1054 1538 <-> 302, 1589 1539 <-> 576, 920 1540 <-> 668, 731 1541 <-> 1639 1542 <-> 1542 1543 <-> 1702 1544 <-> 1927 1545 <-> 995 1546 <-> 92, 1890 1547 <-> 40, 1167 1548 <-> 796 1549 <-> 110, 337, 1219 1550 <-> 46, 667 1551 <-> 497, 850 1552 <-> 526, 1335 1553 <-> 464, 635, 1463 1554 <-> 580, 1696 1555 <-> 1556, 1648, 1867 1556 <-> 180, 1555, 1676 1557 <-> 313, 1831 1558 <-> 249 1559 <-> 501 1560 <-> 1419 1561 <-> 1162 1562 <-> 271, 388 1563 <-> 597, 907 1564 <-> 239 1565 <-> 906, 1854 1566 <-> 465 1567 <-> 393, 619 1568 <-> 1335, 1745 1569 <-> 658, 1265, 1651 1570 <-> 475 1571 <-> 310, 323, 609 1572 <-> 540, 716 1573 <-> 738 1574 <-> 531 1575 <-> 597, 818, 1357 1576 <-> 937 1577 <-> 456, 1487, 1630 1578 <-> 1006, 1035 1579 <-> 1704 1580 <-> 827 1581 <-> 286, 703, 1888 1582 <-> 294 1583 <-> 1907 1584 <-> 1487 1585 <-> 1955 1586 <-> 1586, 1641 1587 <-> 1392 1588 <-> 522, 1394 1589 <-> 1491, 1538, 1589 1590 <-> 1161, 1642, 1946 1591 <-> 4, 617, 1348 1592 <-> 68 1593 <-> 356, 466 1594 <-> 826, 1014, 1372 1595 <-> 1218 1596 <-> 78 1597 <-> 640 1598 <-> 422 1599 <-> 1039, 1359 1600 <-> 1250 1601 <-> 113, 1631 1602 <-> 1238 1603 <-> 1603 1604 <-> 1604 1605 <-> 1980 1606 <-> 1135, 1828 1607 <-> 1256, 1607 1608 <-> 1354 1609 <-> 980, 1864 1610 <-> 1610 1611 <-> 583, 1362 1612 <-> 309, 367, 1513 1613 <-> 270, 1620 1614 <-> 1424, 1688 1615 <-> 1615 1616 <-> 1884 1617 <-> 806, 1763 1618 <-> 955, 994, 1897 1619 <-> 1622 1620 <-> 538, 584, 1613 1621 <-> 1395, 1621 1622 <-> 452, 1619 1623 <-> 188, 1250 1624 <-> 148 1625 <-> 519, 618, 1625, 1765 1626 <-> 213, 1001 1627 <-> 1929 1628 <-> 6, 305 1629 <-> 558, 1115, 1397 1630 <-> 1577 1631 <-> 779, 1601 1632 <-> 1404, 1515 1633 <-> 336 1634 <-> 762, 1405, 1734 1635 <-> 1635 1636 <-> 257, 649, 1393 1637 <-> 167, 329, 1118 1638 <-> 939, 1082 1639 <-> 1541, 1639 1640 <-> 1209 1641 <-> 1586 1642 <-> 567, 1590 1643 <-> 982 1644 <-> 408, 509 1645 <-> 1277, 1293 1646 <-> 1836, 1875 1647 <-> 1450, 1772 1648 <-> 1555, 1946 1649 <-> 1743 1650 <-> 627, 1720 1651 <-> 1159, 1264, 1569 1652 <-> 852, 1930 1653 <-> 1653 1654 <-> 677 1655 <-> 85, 733 1656 <-> 1875 1657 <-> 261, 1500, 1703 1658 <-> 693, 1679 1659 <-> 1186, 1659 1660 <-> 673, 1061 1661 <-> 662, 1180 1662 <-> 483 1663 <-> 1663, 1904 1664 <-> 196, 950, 1664 1665 <-> 144, 854, 941 1666 <-> 1666 1667 <-> 1304, 1890 1668 <-> 488 1669 <-> 1297 1670 <-> 78, 1187 1671 <-> 215, 981 1672 <-> 145, 358, 719, 1056 1673 <-> 1673 1674 <-> 25, 935, 1091 1675 <-> 1493 1676 <-> 190, 1556 1677 <-> 1428, 1480 1678 <-> 1442, 1462, 1987 1679 <-> 577, 1658 1680 <-> 16, 1076 1681 <-> 1001, 1227 1682 <-> 71 1683 <-> 90 1684 <-> 479, 1463, 1852 1685 <-> 1256, 1499 1686 <-> 94 1687 <-> 687, 978, 1787 1688 <-> 332, 1614, 1688 1689 <-> 758, 1189, 1779 1690 <-> 477 1691 <-> 1691, 1986 1692 <-> 166, 585, 813, 913, 1203, 1913 1693 <-> 671 1694 <-> 1711 1695 <-> 89, 1795 1696 <-> 1554 1697 <-> 147, 843, 1900 1698 <-> 212, 444, 1793 1699 <-> 676, 868, 1394, 1705 1700 <-> 87, 1271 1701 <-> 849 1702 <-> 222, 692, 1543 1703 <-> 839, 1657 1704 <-> 314, 498, 1579 1705 <-> 1699 1706 <-> 89, 1993 1707 <-> 1990, 1994 1708 <-> 1054, 1892 1709 <-> 861, 886 1710 <-> 1160 1711 <-> 1694, 1737 1712 <-> 1712 1713 <-> 714, 1935 1714 <-> 600 1715 <-> 217, 1248, 1286 1716 <-> 808 1717 <-> 278, 1914 1718 <-> 580 1719 <-> 669 1720 <-> 1650, 1762, 1856 1721 <-> 422, 1918 1722 <-> 1441, 1722 1723 <-> 893, 1915 1724 <-> 508, 750, 955 1725 <-> 1725 1726 <-> 1406, 1959 1727 <-> 1797 1728 <-> 14, 1446 1729 <-> 1524 1730 <-> 1377, 1737 1731 <-> 104, 749 1732 <-> 129, 1908 1733 <-> 174, 655, 938 1734 <-> 816, 1634, 1734 1735 <-> 538, 1484 1736 <-> 0, 1138, 1529 1737 <-> 1711, 1730 1738 <-> 26, 1353, 1757 1739 <-> 302, 1080 1740 <-> 118, 257 1741 <-> 152, 219, 876 1742 <-> 1841, 1945 1743 <-> 333, 1649 1744 <-> 659, 743, 856, 1192 1745 <-> 1568 1746 <-> 1746 1747 <-> 579, 1048 1748 <-> 283 1749 <-> 189, 350, 1523, 1848, 1894 1750 <-> 881 1751 <-> 344 1752 <-> 1099 1753 <-> 1753 1754 <-> 1011 1755 <-> 1755, 1939 1756 <-> 933 1757 <-> 1738 1758 <-> 1121, 1215, 1498 1759 <-> 1233, 1269, 1412 1760 <-> 198, 679, 840 1761 <-> 1176 1762 <-> 713, 1720 1763 <-> 1617 1764 <-> 613 1765 <-> 1625 1766 <-> 99 1767 <-> 623, 751, 1526 1768 <-> 82 1769 <-> 1311, 1921 1770 <-> 565, 1995 1771 <-> 77, 1771 1772 <-> 805, 1647, 1772 1773 <-> 1773, 1826 1774 <-> 303 1775 <-> 239, 259 1776 <-> 225 1777 <-> 393 1778 <-> 482, 699, 709, 1054 1779 <-> 264, 1689 1780 <-> 61, 194, 707, 1005, 1410, 1999 1781 <-> 165, 1060, 1978 1782 <-> 264 1783 <-> 897, 1235, 1845 1784 <-> 1784 1785 <-> 1477, 1915 1786 <-> 1055 1787 <-> 1057, 1687, 1899 1788 <-> 498, 937, 1859 1789 <-> 1075, 1125 1790 <-> 646, 1350 1791 <-> 617 1792 <-> 1855 1793 <-> 1698 1794 <-> 958 1795 <-> 1148, 1695 1796 <-> 779, 1459, 1857 1797 <-> 1150, 1727 1798 <-> 500 1799 <-> 795, 1149, 1460 1800 <-> 368, 1800 1801 <-> 220 1802 <-> 99, 1093 1803 <-> 1810 1804 <-> 1299 1805 <-> 292, 527, 1317 1806 <-> 443, 1865 1807 <-> 795, 1911 1808 <-> 940 1809 <-> 122, 595 1810 <-> 345, 1803 1811 <-> 1980 1812 <-> 892 1813 <-> 421, 606 1814 <-> 612, 780 1815 <-> 656, 884 1816 <-> 925, 1355 1817 <-> 635, 666 1818 <-> 29, 206 1819 <-> 1212 1820 <-> 1874 1821 <-> 227, 967 1822 <-> 736, 739, 1430 1823 <-> 1378 1824 <-> 68, 1439 1825 <-> 700 1826 <-> 557, 1773 1827 <-> 98, 1971 1828 <-> 1606, 1865 1829 <-> 449 1830 <-> 1830 1831 <-> 20, 878, 1174, 1557 1832 <-> 1379, 1404, 1832 1833 <-> 107 1834 <-> 423, 560, 1276 1835 <-> 867 1836 <-> 118, 1646 1837 <-> 47, 1120, 1518 1838 <-> 243, 990 1839 <-> 1839 1840 <-> 478 1841 <-> 1742 1842 <-> 565 1843 <-> 594, 747, 859 1844 <-> 461 1845 <-> 1783 1846 <-> 1326, 1431 1847 <-> 633, 1888 1848 <-> 1749 1849 <-> 24, 48, 292, 1851 1850 <-> 440, 782 1851 <-> 1849 1852 <-> 1684 1853 <-> 1853 1854 <-> 557, 1170, 1565 1855 <-> 70, 1792 1856 <-> 1720 1857 <-> 1796 1858 <-> 417 1859 <-> 1320, 1788 1860 <-> 36, 879, 1136 1861 <-> 830, 1114 1862 <-> 416, 1262 1863 <-> 28, 769, 787, 1062 1864 <-> 1609, 1920, 1953 1865 <-> 189, 1806, 1828, 1969 1866 <-> 451 1867 <-> 1555 1868 <-> 1868 1869 <-> 1444 1870 <-> 1396 1871 <-> 1939 1872 <-> 1914 1873 <-> 694, 1043 1874 <-> 241, 877, 1820 1875 <-> 1646, 1656 1876 <-> 1523 1877 <-> 1877 1878 <-> 159, 688, 907 1879 <-> 1328, 1879 1880 <-> 415 1881 <-> 65 1882 <-> 201 1883 <-> 812, 1207 1884 <-> 731, 861, 1071, 1616 1885 <-> 753, 1885 1886 <-> 75 1887 <-> 766, 807 1888 <-> 240, 1581, 1847 1889 <-> 800, 1527 1890 <-> 1546, 1667 1891 <-> 186, 548 1892 <-> 1708 1893 <-> 1499 1894 <-> 475, 843, 1749 1895 <-> 622, 1895, 1978 1896 <-> 334 1897 <-> 1339, 1618, 1949 1898 <-> 1171 1899 <-> 1787 1900 <-> 1069, 1697 1901 <-> 142 1902 <-> 291, 305 1903 <-> 745 1904 <-> 1663 1905 <-> 829, 1506 1906 <-> 316, 767, 1298, 1999 1907 <-> 183, 1451, 1583 1908 <-> 908, 1732 1909 <-> 62 1910 <-> 1999 1911 <-> 364, 1807 1912 <-> 372, 1912 1913 <-> 161, 601, 1692 1914 <-> 1347, 1456, 1717, 1872 1915 <-> 760, 1723, 1785 1916 <-> 1270 1917 <-> 1355 1918 <-> 1721 1919 <-> 590, 1010 1920 <-> 414, 1864 1921 <-> 1769 1922 <-> 232 1923 <-> 238, 271, 1923 1924 <-> 571, 917 1925 <-> 556, 1925 1926 <-> 129, 581 1927 <-> 360, 1544 1928 <-> 289 1929 <-> 1627, 1929 1930 <-> 181, 1347, 1652 1931 <-> 469, 1931 1932 <-> 1399 1933 <-> 919, 1304 1934 <-> 290 1935 <-> 803, 892, 903, 1713 1936 <-> 1146 1937 <-> 146, 1472, 1474 1938 <-> 149 1939 <-> 88, 1755, 1871 1940 <-> 980 1941 <-> 548, 828 1942 <-> 613, 988 1943 <-> 1281 1944 <-> 239, 326, 530 1945 <-> 49, 1242, 1742 1946 <-> 1344, 1590, 1648 1947 <-> 1050 1948 <-> 607, 1303, 1319, 1365 1949 <-> 1897 1950 <-> 1950 1951 <-> 553, 921, 1502 1952 <-> 163, 1362 1953 <-> 1864 1954 <-> 495, 620 1955 <-> 735, 1585 1956 <-> 11, 1145 1957 <-> 941 1958 <-> 398, 668 1959 <-> 340, 1726 1960 <-> 934 1961 <-> 641 1962 <-> 1447 1963 <-> 112, 1050 1964 <-> 1296 1965 <-> 61 1966 <-> 890, 1222, 1274 1967 <-> 545, 550, 729, 1451 1968 <-> 873 1969 <-> 704, 1865 1970 <-> 393 1971 <-> 1827 1972 <-> 326, 958 1973 <-> 1086, 1973 1974 <-> 319, 1974 1975 <-> 452 1976 <-> 155 1977 <-> 410 1978 <-> 1520, 1781, 1895 1979 <-> 1132 1980 <-> 1510, 1605, 1811 1981 <-> 184 1982 <-> 39 1983 <-> 1983 1984 <-> 379, 494 1985 <-> 95 1986 <-> 1691 1987 <-> 1505, 1678 1988 <-> 124, 516, 784 1989 <-> 322 1990 <-> 1512, 1707 1991 <-> 226 1992 <-> 894, 1534 1993 <-> 1196, 1706 1994 <-> 16, 1454, 1707 1995 <-> 682, 1770 1996 <-> 1284 1997 <-> 153, 308, 1351 1998 <-> 5, 235, 428, 524 1999 <-> 1407, 1780, 1906, 1910""" zip: List a -> List b -> List (a, b) zip list1 list2 = zip2 list1 list2 [] zip2: List a -> List b -> List(a, b) -> List(a, b) zip2 list1 list2 acc = case list1 of [] -> acc head1::tail1 -> case list2 of [] -> acc head2::tail2 -> zip2 tail1 tail2 (List.append acc [(head1, head2)]) toIntOrZero: String -> Int toIntOrZero char = case (String.toInt char) of Ok a -> a Err _ -> 0 outerProduct: List a -> List (a, a) outerProduct list = List.concatMap (\e -> List.map (\i -> (e, i)) list ) list histogram: List comparable -> Dict comparable Int histogram list = List.foldl histo_inc Dict.empty list histo_inc: comparable -> Dict comparable Int -> Dict comparable Int histo_inc dir dict = if Dict.member dir dict then Dict.update dir (Maybe.map ((+) 1)) dict else Dict.insert dir 1 dict

elm

src/Chart.elm

RalfNorthman/charts

module Chart exposing ( chart , Element, bars, series, seriesMap, barsMap , Property, bar, scatter, interpolated , barMaybe, scatterMaybe, interpolatedMaybe , stacked, named, variation, amongst , xAxis, yAxis, xTicks, yTicks, xLabels, yLabels, grid , binLabels, barLabels, dotLabels, productLabel , xLabel, yLabel, xTick, yTick , generate, floats, ints, times , label, labelAt, legendsAt , tooltip, line, rect, none , svg, svgAt, html, htmlAt , each, eachBin, eachStack, eachBar, eachDot, eachProduct, eachCustom , withPlane, withBins, withStacks, withBars, withDots, withProducts , binned ) {-| Alpha version! **See also the visual catalog of examples at [elm-charts.org](https://www.elm-charts.org/documentation).** The configuration of this charting library mirrors the pattern of HTML elements and attributes. It looks something like this: import Html exposing (Html) import Chart as C import Chart.Attributes as CA view : Html msg view = C.chart [ CA.width 300 , CA.height 300 ] [ C.grid [] , C.xLabels [] , C.yLabels [] , C.bars [] [ C.bar .income [ CA.color "red" ] , C.bar .spending [ CA.opacity 0.8 ] ] data ] All the elements, like `chart`, `grid`, `xLabels`, `yLabels`, `bars` and `bar` in the example above, are defined in this module. All the attributes, like `width`, `height`, `color`, and `opacity`, are defined in `Chart.Attributes`. Attributes and other functions related to events are located in the `Chart.Events` module. Lastly, `Chart.Svg` holds charting primitives in case you have very special needs. NOTE: Some of the more advanced elements utilize helper functions in `Chart.Events` too. If that is the case, I will make a note in the comment of the element. In the following examples, I will assume the imports: import Html as H exposing (Html) import Html.Attributes as HA import Html.Events as HE import Svg as S import Svg.Attributes as SA import Svg.Events as SE import Chart as C import Chart.Attributes as CA import Chart.Events as CE # The frame @docs chart @docs Element # Chart elements ## Bar charts @docs bars, barsMap, bar, barMaybe ## Scatter and line charts @docs series, seriesMap, scatter, scatterMaybe, interpolated, interpolatedMaybe ## Stacking, naming, and variation @docs Property, stacked, named, variation, amongst # Navigation elements ## Axis lines @docs xAxis, yAxis ## Axis ticks @docs xTicks, yTicks ## Axis labels @docs xLabels, yLabels ## Grid @docs grid ## Custom Axis labels and ticks @docs xLabel, yLabel, xTick, yTick @docs generate, floats, ints, times ## Data labels @docs binLabels, barLabels, dotLabels, productLabel ## General labels @docs label, labelAt ## Legends @docs legendsAt ## Other navigation helpers @docs tooltip, line, rect # Arbitrary elements @docs svgAt, htmlAt, svg, html, none # Advanced elements ## For each item, do.. @docs eachBin, eachStack, eachBar, eachDot, eachProduct, each, eachCustom ## With all item, do.. @docs withBins, withStacks, withBars, withDots, withProducts ## Using the plane, do.. @docs withPlane # Data helper @docs binned -} import Internal.Coordinates as C import Svg as S import Svg.Attributes as SA import Svg.Events as SE import Html as H import Html.Attributes as HA import Intervals as I import Internal.Property as P import Time import Dict exposing (Dict) import Internal.Item as Item import Internal.Produce as Produce import Internal.Legend as Legend import Internal.Group as Group import Internal.Helpers as Helpers import Internal.Svg as IS import Internal.Events as IE import Chart.Svg as CS import Chart.Attributes as CA exposing (Attribute) import Chart.Events as CE {-| -} type alias Container data msg = { width : Float , height : Float , margin : { top : Float, bottom : Float, left : Float, right : Float } , padding : { top : Float, bottom : Float, left : Float, right : Float } , responsive : Bool , range : List (Attribute C.Axis) , domain : List (Attribute C.Axis) , events : List (CE.Event data msg) , htmlAttrs : List (H.Attribute msg) , attrs : List (S.Attribute msg) } {-| This is the root element of your chart. All your chart elements must be contained in a `chart` element. The below example illustrates what configurations are available for the `chart` element. view : Html msg view = C.chart [ CA.width 300 -- Sets width of chart , CA.height 500 -- Sets height of chart , CA.static -- Don't scale with parent container , CA.margin { top = 10, bottom = 20, left = 20, right = 20 } -- Add space around your chart. -- Useful if you have labels which extend -- outside the main chart area. , CA.padding { top = 10, bottom = 10, left = 10, right = 10 } -- Expand your domain / range by a set -- amount of SVG units. -- Useful if you have e.g. scatter dots -- which extend beyond your main chart area, -- and you'd like them to be within. -- Control the range and domain of your chart. -- Your range and domain is by default set to the limits of -- your data, but you can change them like this: , CA.range [ CA.lowest -5 CA.orLower -- Makes sure that your x-axis begins at -5 or lower, no matter -- what your data is like. , CA.highest 10 CA.orHigher -- Makes sure that your x-axis ends at 10 or higher, no matter -- what your data is like. ] , CA.domain [ CA.lowest 0 CA.exactly ] -- Makes sure that your y-axis begins at exactly 0, no matter -- what your data is like. -- Add event triggers to your chart. Learn more about these in -- the `Chart.Events` module. , CE.onMouseMove OnHovering (CE.getNearest C.bar) , CE.onMouseLeave (OnHovering []) -- Add arbitrary HTML and SVG attributes to your chart. , CA.htmlAttrs [ HA.style "background" "beige" ] , CA.attrs [ SA.id "my-chart" ] ] [ C.grid [] , C.xLabels [] , C.yLabels [] , .. ] -} chart : List (Attribute (Container data msg)) -> List (Element data msg) -> H.Html msg chart edits unindexedElements = let config = Helpers.apply edits { width = 300 , height = 300 , margin = { top = 0, bottom = 0, left = 0, right = 0 } , padding = { top = 0, bottom = 0, left = 0, right = 0 } , responsive = True , range = [] , domain = [] , events = [] , attrs = [ SA.style "overflow: visible;" ] , htmlAttrs = [] } elements = let toIndexedEl el ( acc, index ) = case el of Indexed toElAndIndex -> let ( newEl, newIndex ) = toElAndIndex index in ( acc ++ [ newEl ], newIndex ) _ -> ( acc ++ [ el ], index ) in List.foldl toIndexedEl ( [], 0 ) unindexedElements |> Tuple.first plane = definePlane config elements items = getItems plane elements legends_ = getLegends elements tickValues = getTickValues plane items elements ( beforeEls, chartEls, afterEls ) = viewElements config plane tickValues items legends_ elements toEvent (IE.Event event_) = let (IE.Decoder decoder) = event_.decoder in IS.Event event_.name (decoder items) in IS.container plane { attrs = config.attrs , htmlAttrs = config.htmlAttrs , responsive = config.responsive , events = List.map toEvent config.events } beforeEls chartEls afterEls -- ELEMENTS {-| The representation of a chart element. -} type Element data msg = Indexed (Int -> ( Element data msg, Int )) | SeriesElement (List C.Position) (List (Item.Product CE.Any (Maybe Float) data)) (List Legend.Legend) (C.Plane -> S.Svg msg) | BarsElement (List C.Position) (List (Item.Product CE.Any (Maybe Float) data)) (List Legend.Legend) (C.Plane -> TickValues -> TickValues) (C.Plane -> S.Svg msg) | AxisElement (C.Plane -> TickValues -> TickValues) (C.Plane -> S.Svg msg) | TicksElement (C.Plane -> TickValues -> TickValues) (C.Plane -> S.Svg msg) | TickElement (C.Plane -> Tick) (C.Plane -> Tick -> TickValues -> TickValues) (C.Plane -> Tick -> S.Svg msg) | LabelsElement (C.Plane -> Labels) (C.Plane -> Labels -> TickValues -> TickValues) (C.Plane -> Labels -> S.Svg msg) | LabelElement (C.Plane -> Label) (C.Plane -> Label -> TickValues -> TickValues) (C.Plane -> Label -> S.Svg msg) | GridElement (C.Plane -> TickValues -> S.Svg msg) | SubElements (C.Plane -> List (Item.Product CE.Any (Maybe Float) data) -> List (Element data msg)) | ListOfElements (List (Element data msg)) | SvgElement (C.Plane -> S.Svg msg) | HtmlElement (C.Plane -> List Legend.Legend -> H.Html msg) definePlane : Container data msg -> List (Element data msg) -> C.Plane definePlane config elements = let collectLimits el acc = case el of Indexed _ -> acc SeriesElement lims _ _ _ -> acc ++ lims BarsElement lims _ _ _ _ -> acc ++ lims AxisElement _ _ -> acc TicksElement _ _ -> acc TickElement _ _ _ -> acc LabelsElement _ _ _ -> acc LabelElement _ _ _ -> acc GridElement _ -> acc SubElements _ -> acc ListOfElements subs -> List.foldl collectLimits acc subs SvgElement _ -> acc HtmlElement _ -> acc limits_ = List.foldl collectLimits [] elements |> C.foldPosition identity |> \pos -> { x = toLimit pos.x1 pos.x2, y = toLimit pos.y1 pos.y2 } |> \{ x, y } -> { x = fixSingles x, y = fixSingles y } toLimit min max = { min = min, max = max, dataMin = min, dataMax = max } fixSingles bs = if bs.min == bs.max then { bs | max = bs.min + 10 } else bs calcRange = case config.range of [] -> limits_.x some -> List.foldl (\f b -> f b) limits_.x some calcDomain = case config.domain of [] -> CA.lowest 0 CA.orLower limits_.y some -> List.foldl (\f b -> f b) limits_.y some unpadded = { width = max 1 (config.width - config.padding.left - config.padding.right) , height = max 1 (config.height - config.padding.bottom - config.padding.top) , margin = config.margin , x = calcRange , y = calcDomain } scalePadX = C.scaleCartesianX unpadded scalePadY = C.scaleCartesianY unpadded xMin = calcRange.min - scalePadX config.padding.left xMax = calcRange.max + scalePadX config.padding.right yMin = calcDomain.min - scalePadY config.padding.bottom yMax = calcDomain.max + scalePadY config.padding.top in { width = config.width , height = config.height , margin = config.margin , x = { calcRange | min = min xMin xMax , max = max xMin xMax } , y = { calcDomain | min = min yMin yMax , max = max yMin yMax } } getItems : C.Plane -> List (Element data msg) -> List (Item.Product CE.Any (Maybe Float) data) getItems plane elements = let toItems el acc = case el of Indexed _ -> acc SeriesElement _ items _ _ -> acc ++ items BarsElement _ items _ _ _ -> acc ++ items AxisElement func _ -> acc TicksElement _ _ -> acc TickElement _ _ _ -> acc LabelsElement _ _ _ -> acc LabelElement _ _ _ -> acc GridElement _ -> acc SubElements _ -> acc -- TODO add phantom type to only allow decorative els in this ListOfElements subs -> List.foldl toItems acc subs SvgElement _ -> acc HtmlElement _ -> acc in List.foldl toItems [] elements getLegends : List (Element data msg) -> List Legend.Legend getLegends elements = let toLegends el acc = case el of Indexed _ -> acc SeriesElement _ _ legends_ _ -> acc ++ legends_ BarsElement _ _ legends_ _ _ -> acc ++ legends_ AxisElement _ _ -> acc TicksElement _ _ -> acc TickElement _ _ _ -> acc LabelsElement _ _ _ -> acc LabelElement _ _ _ -> acc GridElement _ -> acc SubElements _ -> acc ListOfElements subs -> List.foldl toLegends acc subs SvgElement _ -> acc HtmlElement _ -> acc in List.foldl toLegends [] elements {-| -} type alias TickValues = { xAxis : List Float , yAxis : List Float , xs : List Float , ys : List Float } getTickValues : C.Plane -> List (Item.Product CE.Any (Maybe Float) data) -> List (Element data msg) -> TickValues getTickValues plane items elements = let toValues el acc = case el of Indexed _ -> acc SeriesElement _ _ _ _ -> acc BarsElement _ _ _ func _ -> func plane acc AxisElement func _ -> func plane acc TicksElement func _ -> func plane acc TickElement toC func _ -> func plane (toC plane) acc LabelsElement toC func _ -> func plane (toC plane) acc LabelElement toC func _ -> func plane (toC plane) acc SubElements func -> List.foldl toValues acc (func plane items) GridElement _ -> acc ListOfElements subs -> List.foldl toValues acc subs SvgElement _ -> acc HtmlElement _ -> acc in List.foldl toValues (TickValues [] [] [] []) elements viewElements : Container data msg -> C.Plane -> TickValues -> List (Item.Product CE.Any (Maybe Float) data) -> List Legend.Legend -> List (Element data msg) -> ( List (H.Html msg), List (S.Svg msg), List (H.Html msg) ) viewElements config plane tickValues allItems allLegends elements = let viewOne el ( before, chart_, after ) = case el of Indexed _ -> ( before,chart_, after ) SeriesElement _ _ _ view -> ( before, view plane :: chart_, after ) BarsElement _ _ _ _ view -> ( before, view plane :: chart_, after ) AxisElement _ view -> ( before, view plane :: chart_, after ) TicksElement _ view -> ( before, view plane :: chart_, after ) TickElement toC _ view -> ( before, view plane (toC plane) :: chart_, after ) LabelsElement toC _ view -> ( before, view plane (toC plane) :: chart_, after ) LabelElement toC _ view -> ( before, view plane (toC plane) :: chart_, after ) GridElement view -> ( before, view plane tickValues :: chart_, after ) SubElements func -> List.foldr viewOne ( before, chart_, after ) (func plane allItems) ListOfElements els -> List.foldr viewOne ( before, chart_, after ) els SvgElement view -> ( before, view plane :: chart_, after ) HtmlElement view -> ( if List.length chart_ > 0 then view plane allLegends :: before else before , chart_ , if List.length chart_ > 0 then after else view plane allLegends :: after ) in List.foldr viewOne ([], [], []) elements -- TOOLTIP type alias Tooltip = { direction : Maybe IS.Direction , focal : Maybe (C.Position -> C.Position) , height : Float , width : Float , offset : Float , arrow : Bool , border : String , background : String } {-| Add a tooltip for a specific item. C.chart [ CE.onMouseMove OnHover (CE.getNearest CE.product) ] [ C.series .year [ C.scatter .income [] ] [ { year = 2000, income = 40000 } , { year = 2010, income = 56000 } , { year = 2020, income = 62000 } ] , C.each model.hovering <| \plane product -> [ C.tooltip product [] [] [] ] ] Customizations: C.tooltip item [ -- Change direction CA.onTop -- Always place tooltip on top of the item , CA.onBottom -- Always place tooltip below of the item , CA.onRight -- Always place tooltip on the right of the item , CA.onLeft -- Always place tooltip on the left of the item , CA.onLeftOrRight -- Place tooltip on the left or right of the item, -- depending on which side has more space available , CA.onTopOrBottom -- Place tooltip on the top or bottom of the item, -- depending on which side has more space available -- Change focal point (where on the item the tooltip is achored) , CA.top , CA.bottom , CA.left , CA.right , CA.center , CA.topLeft , CA.topRight , CA.topCenter , CA.bottomLeft , CA.bottomRight , CA.bottomCenter , CA.leftCenter , CA.rightCenter , CA.offset 20 -- Change offset between focal point and tooltip , CA.noArrow -- Remove little box arrow , CA.border "blue" -- Change border color , CA.background -- Change background color ] [] -- Add any HTML attributes [] -- Add any HTML children (Will be filled with default tooltip if left empty) -} tooltip : Item.Item a -> List (Attribute Tooltip) -> List (H.Attribute Never) -> List (H.Html Never) -> Element data msg tooltip i edits attrs_ content = html <| \p -> let pos = Item.getLimits i content_ = if content == [] then Item.toHtml i else content in if IS.isWithinPlane p pos.x1 pos.y2 -- TODO then CS.tooltip p (Item.getPosition p i) edits attrs_ content_ else H.text "" -- AXIS {-| -} type alias Axis = { limits : List (Attribute C.Axis) , pinned : C.Axis -> Float , arrow : Bool , color : String , width : Float } {-| Add an x-axis line to your chart. The example below illustrates the styling options: C.chart [] [ C.xAxis [ CA.color "red" -- Change color of line , CA.width 2 -- Change width of line , CA.noArrow -- Remove arrow from line , CA.pinned .max -- Change what y position the axis is set at -- .max is at the very top -- .min is at the very bottom -- CA.zero is the closest you can go to zero -- (always 3) is at y = 3. , CA.limits [ CA.lowest 2 CA.exactly , CA.highest 8 CA.exactly ] -- Change from where to where you line goes. -- The example will make a line where x1 = 2 to x2 = 8 ] ] -} xAxis : List (Attribute Axis) -> Element item msg xAxis edits = let config = Helpers.apply edits { limits = [] , pinned = CA.zero , color = "" , arrow = True , width = 1 } addTickValues p ts = { ts | yAxis = config.pinned p.y :: ts.yAxis } in AxisElement addTickValues <| \p -> let xLimit = List.foldl (\f x -> f x) p.x config.limits in S.g [ SA.class "elm-charts__x-axis" ] [ CS.line p [ CA.color config.color , CA.width config.width , CA.y1 (config.pinned p.y) , CA.x1 (max p.x.min xLimit.min) , CA.x2 (min p.x.max xLimit.max) ] , if config.arrow then CS.arrow p [ CA.color config.color ] { x = xLimit.max , y = config.pinned p.y } else S.text "" ] {-| Add an y-axis line to your chart. The styling options are the same as for `xAxis`. -} yAxis : List (Attribute Axis) -> Element item msg yAxis edits = let config = Helpers.apply edits { limits = [] , pinned = CA.zero , color = "" , arrow = True , width = 1 } addTickValues p ts = { ts | xAxis = config.pinned p.x :: ts.xAxis } in AxisElement addTickValues <| \p -> let yLimit = List.foldl (\f y -> f y) p.y config.limits in S.g [ SA.class "elm-charts__y-axis" ] [ CS.line p [ CA.color config.color , CA.width config.width , CA.x1 (config.pinned p.x) , CA.y1 (max p.y.min yLimit.min) , CA.y2 (min p.y.max yLimit.max) ] , if config.arrow then CS.arrow p [ CA.color config.color, CA.rotate -90 ] { x = config.pinned p.x , y = yLimit.max } else S.text "" ] type alias Ticks = { color : String , height : Float , width : Float , pinned : C.Axis -> Float , limits : List (Attribute C.Axis) , amount : Int , flip : Bool , grid : Bool , generate : IS.TickType } {-| Produce a set of ticks at "nice" numbers on the x-axis of your chart. The example below illustrates the configuration: C.chart [] [ C.xTicks [ CA.color "red" -- Change color , CA.height 8 -- Change height , CA.width 2 -- Change width , CA.amount 15 -- Change amount of ticks , CA.flip -- Flip to opposite direction , CA.noGrid -- By default a grid line is added -- for each tick. This removes them. , CA.ints -- Add ticks at "nice" ints , CA.times Time.utc -- Add ticks at "nice" times , CA.pinned .max -- Change what y position the ticks are set at -- .max is at the very top -- .min is at the very bottom -- CA.zero is the closest you can go to zero -- (always 3) is at y = 3. , CA.limits [ CA.lowest 2 CA.exactly , CA.highest 8 CA.exactly ] -- Change the upper and lower limit of your tick range. -- The example will add ticks between x = 2 and 8. ] ] -} xTicks : List (Attribute Ticks) -> Element item msg xTicks edits = let config = Helpers.apply edits { color = "" , limits = [] , pinned = CA.zero , amount = 5 , generate = IS.Floats , height = 5 , flip = False , grid = True , width = 1 } toTicks p = List.foldl (\f x -> f x) p.x config.limits |> generateValues config.amount config.generate Nothing |> List.map .value addTickValues p ts = if not config.grid then ts else { ts | xs = ts.xs ++ toTicks p } in TicksElement addTickValues <| \p -> let toTick x = CS.xTick p [ CA.color config.color , CA.length (if config.flip then -config.height else config.height) , CA.width config.width ] { x = x , y = config.pinned p.y } in S.g [ SA.class "elm-charts__x-ticks" ] <| List.map toTick (toTicks p) {-| Produce a set of ticks at "nice" numbers on the y-axis of your chart. The styling options are the same as for `xTicks`. -} yTicks : List (Attribute Ticks) -> Element item msg yTicks edits = let config = Helpers.apply edits { color = "" , limits = [] , pinned = CA.zero , amount = 5 , generate = IS.Floats , height = 5 , flip = False , grid = True , width = 1 } toTicks p = List.foldl (\f y -> f y) p.y config.limits |> generateValues config.amount config.generate Nothing |> List.map .value addTickValues p ts = { ts | ys = ts.ys ++ toTicks p } in TicksElement addTickValues <| \p -> let toTick y = CS.yTick p [ CA.color config.color , CA.length (if config.flip then -config.height else config.height) , CA.width config.width ] { x = config.pinned p.x , y = y } in S.g [ SA.class "elm-charts__y-ticks" ] <| List.map toTick (toTicks p) type alias Labels = { color : String , pinned : C.Axis -> Float , limits : List (Attribute C.Axis) , xOff : Float , yOff : Float , flip : Bool , amount : Int , anchor : Maybe IS.Anchor , generate : IS.TickType , fontSize : Maybe Int , uppercase : Bool , format : Maybe (Float -> String) , rotate : Float , grid : Bool } {-| Produce a set of labels at "nice" numbers on the x-axis of your chart. The example below illustrates the configuration: C.chart [] [ C.xLabels [ CA.color "red" -- Change color , CA.fontSize 12 -- Change font size , CA.uppercase -- Make labels uppercase , CA.rotate 90 -- Rotate labels , CA.alignRight -- Anchor labels to the right , CA.alignLeft -- Anchor labels to the left , CA.moveUp 5 -- Move 5 SVG units up , CA.moveDown 5 -- Move 5 SVG units down , CA.moveLeft 5 -- Move 5 SVG units left , CA.moveRight 5 -- Move 5 SVG units right , CA.amount 15 -- Change amount of ticks , CA.flip -- Flip to opposite direction , CA.noGrid -- By default a grid line is added -- for each label. This removes them. , CA.ints -- Add ticks at "nice" ints , CA.times Time.utc -- Add ticks at "nice" times , CA.format (\num -> String.fromFloat num ++ "°") -- Format the "nice" number , CA.pinned .max -- Change what y position the labels are set at -- .max is at the very top -- .min is at the very bottom -- CA.zero is the closest you can go to zero -- (always 3) is at y = 3. , CA.limits [ CA.lowest 2 CA.exactly , CA.highest 8 CA.exactly ] -- Change the upper and lower limit of your labels range. -- The example will add labels between x = 2 and 8. ] ] For more in depth and irregular customization, see `xLabel`. -} xLabels : List (Attribute Labels) -> Element item msg xLabels edits = let toConfig p = Helpers.apply edits { color = "#808BAB" , limits = [] , pinned = CA.zero , amount = 5 , generate = IS.Floats , flip = False , anchor = Nothing , xOff = 0 , yOff = 18 , grid = True , format = Nothing , uppercase = False , rotate = 0 , fontSize = Nothing } toTicks p config = List.foldl (\f x -> f x) p.x config.limits |> generateValues config.amount config.generate config.format toTickValues p config ts = if not config.grid then ts else { ts | xs = ts.xs ++ List.map .value (toTicks p config) } in LabelsElement toConfig toTickValues <| \p config -> let default = IS.defaultLabel toLabel item = IS.label p { default | xOff = config.xOff , yOff = if config.flip then -config.yOff + 10 else config.yOff , color = config.color , anchor = config.anchor , fontSize = config.fontSize , uppercase = config.uppercase , rotate = config.rotate } [ S.text item.label ] { x = item.value , y = config.pinned p.y } in S.g [ SA.class "elm-charts__x-labels" ] (List.map toLabel (toTicks p config)) {-| Produce a set of labels at "nice" numbers on the y-axis of your chart. The styling options are the same as for `xLabels`. -} yLabels : List (Attribute Labels) -> Element item msg yLabels edits = let toConfig p = Helpers.apply edits { color = "#808BAB" , limits = [] , pinned = CA.zero , amount = 5 , generate = IS.Floats , anchor = Nothing , flip = False , xOff = -10 , yOff = 3 , grid = True , format = Nothing , uppercase = False , fontSize = Nothing , rotate = 0 } toTicks p config = List.foldl (\f y -> f y) p.y config.limits |> generateValues config.amount config.generate config.format toTickValues p config ts = if not config.grid then ts else { ts | ys = ts.ys ++ List.map .value (toTicks p config) } in LabelsElement toConfig toTickValues <| \p config -> let default = IS.defaultLabel toLabel item = IS.label p { default | xOff = if config.flip then -config.xOff else config.xOff , yOff = config.yOff , color = config.color , fontSize = config.fontSize , uppercase = config.uppercase , rotate = config.rotate , anchor = case config.anchor of Nothing -> Just (if config.flip then IS.Start else IS.End) Just anchor -> Just anchor } [ S.text item.label ] { x = config.pinned p.x , y = item.value } in S.g [ SA.class "elm-charts__y-labels" ] (List.map toLabel (toTicks p config)) {-| -} type alias Label = { x : Float , y : Float , xOff : Float , yOff : Float , border : String , borderWidth : Float , fontSize : Maybe Int , color : String , anchor : Maybe IS.Anchor , rotate : Float , uppercase : Bool , flip : Bool , grid : Bool } {-| Produce a single x label. This is typically for cases where you need very custom labels and `xLabels` does not cut it. It is especially useful in combination with the `generate` helper. An example use case: C.chart [] [ -- Create labels for 10 "nice" integers on the x-axis -- and highlight the label at x = 0. C.generate 10 C.ints .x [] <| \plane int -> let color = if int == 0 then "red" else "gray" in [ C.xLabel [ CA.x (toFloat int), CA.color color ] [ S.text (String.fromInt int) ] ] ] A full list of possible attributes: C.chart [] [ C.xLabel [ CA.x 5 -- Set x coordinate , CA.y 8 -- Set y coordinate , CA.moveUp 5 -- Move 5 SVG units up , CA.moveDown 5 -- Move 5 SVG units down , CA.moveLeft 5 -- Move 5 SVG units left , CA.moveRight 5 -- Move 5 SVG units right , CA.border "white" -- Set stroke color , CA.borderWidth 0.5 -- Set stroke width , CA.fontSize 12 -- Set font size , CA.color "red" -- Set color , CA.alignRight -- Anchor labels to the right , CA.alignLeft -- Anchor labels to the left , CA.rotate 90 -- Rotate label 90 degrees , CA.uppercase -- Make uppercase , CA.flip -- Flip to opposite direction , CA.noGrid -- By default a grid line is added -- for each label. This removes it. ] [ S.text "hello!" ] ] -} xLabel : List (Attribute Label) -> List (S.Svg msg) -> Element data msg xLabel edits inner = let toConfig p = Helpers.apply edits { x = CA.middle p.x , y = CA.zero p.y , xOff = 0 , yOff = 20 , border = "white" , borderWidth = 0.1 , uppercase = False , fontSize = Nothing , color = "#808BAB" , anchor = Nothing , rotate = 0 , flip = False , grid = True } toTickValues p config ts = if not config.grid then ts else { ts | xs = ts.xs ++ [ config.x ] } in LabelElement toConfig toTickValues <| \p config -> let string = if inner == [] then [ S.text (String.fromFloat config.x) ] else inner in IS.label p { xOff = config.xOff , yOff = if config.flip then -config.yOff + 10 else config.yOff , border = config.border , borderWidth = config.borderWidth , fontSize = config.fontSize , uppercase = config.uppercase , color = config.color , anchor = config.anchor , rotate = config.rotate , attrs = [] } string { x = config.x, y = config.y } {-| Produce a single y label. This is typically for cases where you need very custom labels and `yLabels` does not cut it. See `xLabel` for usage and customization. -} yLabel : List (Attribute Label) -> List (S.Svg msg) -> Element data msg yLabel edits inner = let toConfig p = Helpers.apply edits { x = CA.zero p.x , y = CA.middle p.y , xOff = -8 , yOff = 3 , border = "white" , borderWidth = 0.1 , uppercase = False , fontSize = Nothing , color = "#808BAB" , anchor = Nothing , rotate = 0 , flip = False , grid = True } toTickValues p config ts = if not config.grid then ts else { ts | ys = ts.ys ++ [ config.y ] } in LabelElement toConfig toTickValues <| \p config -> let string = if inner == [] then [ S.text (String.fromFloat config.y) ] else inner in IS.label p { xOff = if config.flip then -config.xOff else config.xOff , yOff = config.yOff , border = config.border , borderWidth = config.borderWidth , fontSize = config.fontSize , uppercase = config.uppercase , color = config.color , anchor = case config.anchor of Nothing -> Just (if config.flip then IS.Start else IS.End) Just anchor -> Just anchor , rotate = config.rotate , attrs = [] } string { x = config.x, y = config.y } {-| -} type alias Tick = { x : Float , y : Float , color : String , width : Float , length : Float , flip : Bool , grid : Bool } {-| Produce a single x tick. This is typically for cases where you need very custom ticks and `xTicks` does not cut it. It is especially useful in combination with the `generate` helper. An example use case: C.chart [] [ -- Create ticks for 10 "nice" integers on the x-axis -- and highlight the tick at x = 0. C.generate 10 C.ints .x [] <| \plane int -> let color = if int == 0 then "red" else "gray" in [ C.xTick [ CA.x (toFloat int), CA.color color ] ] ] A full list of possible attributes: C.xTick [ CA.x 5 -- Set x coordinate , CA.y 8 -- Set y coordinate , CA.color "red" -- Change color , CA.height 8 -- Change height , CA.width 2 -- Change width , CA.amount 15 -- Change amount of ticks , CA.flip -- Flip to opposite direction , CA.noGrid -- By default a grid line is added -- for each tick. This removes them. ] -} xTick : List (Attribute Tick) -> Element data msg xTick edits = let toConfig p = Helpers.apply edits { x = CA.middle p.x , y = CA.zero p.y , length = 5 , color = "rgb(210, 210, 210)" , width = 1 , flip = False , grid = True } toTickValues p config ts = if not config.grid then ts else { ts | xs = ts.xs ++ [ config.x ] } in TickElement toConfig toTickValues <| \p config -> CS.xTick p [ CA.length (if config.flip then -config.length else config.length) , CA.color config.color , CA.width config.width ] { x = config.x, y = config.y } {-| Produce a single y tick. This is typically for cases where you need very custom ticks and `yTicks` does not cut it. See `xTick` for usage and customization. -} yTick : List (Attribute Tick) -> Float -> Element data msg yTick edits val = let toConfig p = Helpers.apply edits { x = CA.middle p.x , y = CA.zero p.y , length = 5 , color = "rgb(210, 210, 210)" , width = 1 , flip = False , grid = True } toTickValues p config ts = if not config.grid then ts else { ts | ys = ts.ys ++ [ config.y ] } in TickElement toConfig toTickValues <| \p config -> CS.yTick p [ CA.length (if config.flip then -config.length else config.length) , CA.color config.color , CA.width config.width ] { x = config.x, y = config.y } type alias Grid = { color : String , width : Float , dotGrid : Bool , dashed : List Float } {-| Add a grid to your chart. C.chart [] [ C.grid [] , C.xLabels [] , C.yLabels [] ] Grid lines are added where labels or ticks are added. Customizations: C.grid [ CA.color "blue" -- Change color , CA.width 3 -- Change width , CA.dashed [ 5, 5 ] -- Add dashing (only for line grids) , CA.dotGrid -- Use dot grid instead of line grid ] -} grid : List (Attribute Grid) -> Element item msg grid edits = let config = Helpers.apply edits { color = "" , width = 0 , dotGrid = False , dashed = [] } color = if String.isEmpty config.color then if config.dotGrid then Helpers.darkGray else Helpers.gray else config.color width = if config.width == 0 then if config.dotGrid then 0.5 else 1 else config.width toXGrid vs p v = if List.member v vs.xAxis then Nothing else Just <| CS.line p [ CA.color color, CA.width width, CA.x1 v, CA.dashed config.dashed ] toYGrid vs p v = if List.member v vs.yAxis then Nothing else Just <| CS.line p [ CA.color color, CA.width width, CA.y1 v, CA.dashed config.dashed ] toDot vs p x y = if List.member x vs.xAxis || List.member y vs.yAxis then Nothing else Just <| CS.dot p .x .y [ CA.color color, CA.size width, CA.circle ] { x = x, y = y } in GridElement <| \p vs -> S.g [ SA.class "elm-charts__grid" ] <| if config.dotGrid then List.concatMap (\x -> List.filterMap (toDot vs p x) vs.ys) vs.xs else [ S.g [ SA.class "elm-charts__x-grid" ] (List.filterMap (toXGrid vs p) vs.xs) , S.g [ SA.class "elm-charts__y-grid" ] (List.filterMap (toYGrid vs p) vs.ys) ] -- PROPERTIES {-| A property of a bar, line, or scatter series. -} type alias Property data inter deco = P.Property data String inter deco {-| Specify the configuration of a bar. The first argument will determine the height of your bar. The second is a list of styling attributes. The example below illustrates what styling options are available. C.chart [] [ C.bars [] [ C.bar .income [ CA.color "blue" -- Change the color , CA.border "darkblue" -- Change the border color , CA.borderWidth 2 -- Change the border width , CA.opacity 0.7 -- Change the border opacity -- A bar can either be solid (default), striped, dotted, or gradient. , CA.striped [ CA.width 2 -- Width of each stripe , CA.spacing 3 -- Spacing bewteen each stripe , CA.color "blue" -- Color of stripe , CA.rotate 90 -- Angle of stripe ] , CA.dotted [] -- Same configurations as `striped` , CA.gradient [ "blue", "darkblue" ] -- List of colors in gradient , CA.roundTop 0.2 -- Round the top corners , CA.roundBottom 0.2 -- Round the bottom corners -- You can highlight a bar or a set of bars by adding a kind of "aura" to it. , CA.highlight 0.5 -- Determine the opacity of the aura , CA.highlightWidth 5 -- Determine the width of the aura , CA.highlightColor "blue" -- Determine the color of the aura -- Add arbitrary SVG attributes to your bar , CA.attrs [ SA.strokeOpacity "0.5" ] ] ] [ { income = 10 } , { income = 12 } , { income = 18 } ] ] -} bar : (data -> Float) -> List (Attribute CS.Bar) -> Property data inter CS.Bar bar y = P.property (y >> Just) [] {-| Same as `bar`, but allows for missing data. C.chart [] [ C.bars [] [ C.barMaybe .income [] ] [ { income = Just 10 } , { income = Nothing } , { income = Just 18 } ] ] -} barMaybe : (data -> Maybe Float) -> List (Attribute CS.Bar) -> Property data inter CS.Bar barMaybe y = P.property y [] {-| Specify the configuration of a set of dots. The first argument will determine the y value of your dots. The second is a list of styling attributes. The example below illustrates what styling options are available. C.series .year [ C.scatter .income [ CA.size 10 -- Change size of dot , CA.color "blue" -- Change color , CA.opacity 0.8 -- Change opacity , CA.border "lightblue" -- Change border color , CA.borderWidth 2 -- Change border width -- You can highlight a dot or a set of dots by adding a kind of "aura" to it. , CA.highlight 0.3 -- Determine the opacity of the aura , CA.highlightWidth 6 -- Determine the width of the aura , CA.highlightColor "blue" -- Determine the color of the aura -- A dot is by default a circle, but you can change it to any -- of the shapes below. , CA.triangle , CA.square , CA.diamond , CA.plus , CA.cross ] ] [ { year = 2000, income = 40000 } , { year = 2010, income = 57000 } , { year = 2020, income = 62000 } ] -} scatter : (data -> Float) -> List (Attribute CS.Dot) -> Property data inter CS.Dot scatter y = P.property (y >> Just) [] {-| Same as `scatter`, but allows for missing data. C.chart [] [ C.series .year [ C.scatterMaybe .income [] ] [ { year = 2000, income = Just 40000 } , { year = 2010, income = Nothing } , { year = 2020, income = Just 62000 } ] ] -} scatterMaybe : (data -> Maybe Float) -> List (Attribute CS.Dot) -> Property data inter CS.Dot scatterMaybe y = P.property y [] {-| Specify the configuration of a interpolated series (a line). The first argument will determine the y value of your dots. The second is a list of attributes pertaining to your interpolation. The third argument is a list of attributes pertaining to the dots of your series. The example below illustrates what styling options are available. C.series .age [ C.interpolated .height [ -- The following attributes allow alternatives to the default -- linear interpolation. CA.monotone -- Use a monotone interpolation (looks smooth) , CA.stepped -- Use a stepped interpolation (looks like stairs) , CA.color "blue" , CA.width 2 , CA.dashed [ 4, 4 ] -- The area beneath the curve is by default transparent, but you -- can change the opacity of it, or make it striped, dotted, or gradient. , CA.opacity 0.5 , CA.striped [ CA.width 2 -- Width of each stripe , CA.spacing 3 -- Spacing bewteen each stripe , CA.color "blue" -- Color of stripe , CA.rotate 90 -- Angle of stripe ] , CA.dotted [] -- Same configurations as `striped` , CA.gradient [ "blue", "darkblue" ] -- List of colors in gradient -- Add arbitrary SVG attributes to your line , CA.attrs [ SA.id "my-chart" ] ] [] ] [ { age = 0, height = 40 } , { age = 5, height = 80 } , { age = 10, height = 120 } , { age = 15, height = 180 } , { age = 20, height = 184 } ] -} interpolated : (data -> Float) -> List (Attribute CS.Interpolation) -> List (Attribute CS.Dot) -> Property data CS.Interpolation CS.Dot interpolated y inter = P.property (y >> Just) ([ CA.linear ] ++ inter) {-| Same as `interpolated`, but allows for missing data. C.chart [] [ C.series .age [ C.interpolatedMaybe .height [] ] [ { age = 0, height = Just 40 } , { age = 5, height = Nothing } , { age = 10, height = Just 120 } , { age = 15, height = Just 180 } , { age = 20, height = Just 184 } ] ] -} interpolatedMaybe : (data -> Maybe Float) -> List (Attribute CS.Interpolation) -> List (Attribute CS.Dot) -> Property data CS.Interpolation CS.Dot interpolatedMaybe y inter = P.property y ([ CA.linear ] ++ inter) {-| Name a bar, scatter, or interpolated series. This name will show up in the default tooltip, and you can use it to identify items from this series. C.chart [] [ C.series .year [ C.scatter .income [] |> C.named "Income" ] [ { year = 2000, income = 40000 } , { year = 2010, income = 48000 } , { year = 2020, income = 62000 } ] ] -} named : String -> Property data inter deco -> Property data inter deco named name = P.meta name {-| Change the style of your bars or dots based on the index of its data point and the data point itself. C.chart [] [ C.series .year [ C.scatter .income [ CA.opacity 0.6 ] |> C.variation (\index datum -> [ CA.size datum.people ]) ] [ { year = 2000, income = 40000, people = 150 } , { year = 2010, income = 48000, people = 98 } , { year = 2020, income = 62000, people = 180 } ] ] -} variation : (Int -> data -> List (Attribute deco)) -> Property data inter deco -> Property data inter deco variation func = P.variation <| \_ _ index _ datum -> func index datum {-| Change the style of your bars or dots based on whether it is a member of the group of products which you list. A such group of products can be attrained through events like `Chart.Events.onMouseMove` or similar. C.chart [ CE.onMouseMove OnHover (CE.getNearest CE.dot) ] [ C.series .year [ C.scatter .income [ CA.opacity 0.6 ] |> C.amongst model.hovering (\datum -> [ CA.highlight 0.5 ]) ] [ { year = 2000, income = 40000, people = 150 } , { year = 2010, income = 48000, people = 98 } , { year = 2020, income = 62000, people = 180 } ] ] -} amongst : List (CE.Product config value data) -> (data -> List (Attribute deco)) -> Property data inter deco -> Property data inter deco amongst inQuestion func = P.variation <| \p s i meta d -> let check product = if Item.getPropertyIndex product == p && Item.getStackIndex product == s && Item.getDataIndex product == i && Item.getDatum product == d then func d else [] in List.concatMap check inQuestion {-| Stack a set of bar or line series. C.chart [] [ C.bars [] [ C.stacked [ C.bar .cats [] , C.bar .dogs [] ] ] [ { cats = 2, dogs = 4 } , { cats = 3, dogs = 2 } , { cats = 6, dogs = 1 } ] ] -} stacked : List (Property data inter deco) -> Property data inter deco stacked = P.stacked -- LABEL EXTRAS {-| -} type alias ItemLabel a = { xOff : Float , yOff : Float , border : String , borderWidth : Float , fontSize : Maybe Int , color : String , anchor : Maybe IS.Anchor , rotate : Float , uppercase : Bool , attrs : List (S.Attribute Never) , position : CS.Plane -> a -> CS.Point , format : Maybe (a -> String) } defaultLabel : ItemLabel (CE.Item a) defaultLabel = { xOff = IS.defaultLabel.xOff , yOff = IS.defaultLabel.yOff , border = IS.defaultLabel.border , borderWidth = IS.defaultLabel.borderWidth , fontSize = IS.defaultLabel.fontSize , color = IS.defaultLabel.color , anchor = IS.defaultLabel.anchor , rotate = IS.defaultLabel.rotate , uppercase = IS.defaultLabel.uppercase , attrs = IS.defaultLabel.attrs , position = CE.getBottom , format = Nothing } toLabelFromItemLabel : ItemLabel (CE.Item a) -> CS.Label toLabelFromItemLabel config = { xOff = config.xOff , yOff = config.yOff , color = config.color , border = config.border , borderWidth = config.borderWidth , anchor = config.anchor , fontSize = config.fontSize , uppercase = config.uppercase , rotate = config.rotate , attrs = config.attrs } {-| Add labels by every bin. C.chart [] [ C.bars [] [ C.bar .income [] ] [ { name = "Anna", income = 60 } , { name = "Karenina", income = 70 } , { name = "Jane", income = 80 } ] , C.binLabels .name [ CA.moveDown 15 ] ] Attributes you can use: C.binLabels .name [ CA.moveUp 5 -- Move 5 SVG units up , CA.moveDown 5 -- Move 5 SVG units down , CA.moveLeft 5 -- Move 5 SVG units left , CA.moveRight 5 -- Move 5 SVG units right , CA.color "#333" , CA.border "white" , CA.borderWidth 1 , CA.fontSize 12 , CA.alignRight -- Anchor labels to the right , CA.alignLeft -- Anchor labels to the left , CA.rotate 90 -- Rotate label 90 degrees , CA.uppercase -- Make uppercase -- Add arbitrary SVG attributes to your labels. , CA.attrs [ SA.class "my-bin-labels" ] -- Edit the position of the label , CA.position CE.getTop -- Given the entire bin item (not just the data) -- produce a string. , CA.format (\bin -> String.fromFloat (CE.getCommonality bin).start) ] -} binLabels : (data -> String) -> List (Attribute (ItemLabel (CE.Group (CE.Bin data) CE.Bar (Maybe Float) data))) -> Element data msg binLabels toLabel edits = eachCustom (CE.collect CE.bin CE.bar) <| \p item -> let config = Helpers.apply edits defaultLabel text = case config.format of Just formatting -> formatting item Nothing -> toLabel (CE.getCommonality item).datum in [ svg <| \_ -> IS.label p (toLabelFromItemLabel config) [ S.text text ] (config.position p item) ] {-| Add labels by every bar. C.chart [] [ C.bars [] [ C.bar .income [] ] [ { name = "Anna", income = 60 } , { name = "Karenina", income = 70 } , { name = "Jane", income = 80 } ] , C.barLabels [ CA.moveUp 6 ] ] Attributes you can use: C.barLabels [ CA.moveUp 5 -- Move 5 SVG units up , CA.moveDown 5 -- Move 5 SVG units down , CA.moveLeft 5 -- Move 5 SVG units left , CA.moveRight 5 -- Move 5 SVG units right , CA.color "#333" , CA.border "white" , CA.borderWidth 1 , CA.fontSize 12 , CA.alignRight -- Anchor labels to the right , CA.alignLeft -- Anchor labels to the left , CA.rotate 90 -- Rotate label 90 degrees , CA.uppercase -- Make uppercase -- Add arbitrary SVG attributes to your labels. , CA.attrs [ SA.class "my-bar-labels" ] -- Edit the position of the label , CA.position CE.getTop -- Change the text of the label , CA.format (\bar -> String.fromFloat (CE.getDependent bar)) ] -} barLabels : List (Attribute (ItemLabel (CE.Product CE.Bar Float data))) -> Element data msg barLabels edits = eachBar <| \p item -> let config = Helpers.apply edits { defaultLabel | position = CE.getTop } text = case config.format of Just formatting -> formatting item Nothing -> String.fromFloat (CE.getDependent item) in [ svg <| \_ -> IS.label p (toLabelFromItemLabel config) [ S.text text ] (config.position p item) ] {-| Helper to add a label by a particular product. C.chart [ CE.onMouseMove OnHover (CE.getNearest CE.bar) ] [ C.bars [] [ C.bar .income [] ] [ { name = "Anna", income = 60 } , { name = "Karenina", income = 70 } , { name = "Jane", income = 80 } ] , C.each model.hovering <| \_ bar -> [ C.productLabel [ CA.moveUp 6 ] bar ] ] Attributes you can use: C.productLabel [ CA.moveUp 5 -- Move 5 SVG units up , CA.moveDown 5 -- Move 5 SVG units down , CA.moveLeft 5 -- Move 5 SVG units left , CA.moveRight 5 -- Move 5 SVG units right , CA.color "#333" , CA.border "white" , CA.borderWidth 1 , CA.fontSize 12 , CA.alignRight -- Anchor labels to the right , CA.alignLeft -- Anchor labels to the left , CA.rotate 90 -- Rotate label 90 degrees , CA.uppercase -- Make uppercase -- Add arbitrary SVG attributes to your labels. , CA.attrs [ SA.class "my-bar-labels" ] -- Edit the position of the label , CA.position CE.getTop -- Change the text of the label , CA.format (\bar -> String.fromFloat (CE.getDependent bar)) ] product -} productLabel : List (Attribute (ItemLabel (CE.Product config value data))) -> CE.Product config value data -> Element data msg productLabel edits item = withPlane <| \p -> let config = Helpers.apply edits { defaultLabel | position = CE.getTop } text = case config.format of Just formatting -> formatting item Nothing -> String.fromFloat (Item.getDependentSafe item) in [ svg <| \_ -> IS.label p (toLabelFromItemLabel config) [ S.text text ] (config.position p item) ] {-| Add labels by every bar. C.chart [] [ C.series .age [ C.scatter .income [] ] [ { age = 34, income = 60 } , { age = 42, income = 70 } , { age = 48, income = 80 } ] , C.dotLabels CE.getCenter [ CA.moveUp 6 ] ] Attributes you can use: C.dotLabels [ CA.moveUp 5 -- Move 5 SVG units up , CA.moveDown 5 -- Move 5 SVG units down , CA.moveLeft 5 -- Move 5 SVG units left , CA.moveRight 5 -- Move 5 SVG units right , CA.color "#333" , CA.border "white" , CA.borderWidth 1 , CA.fontSize 12 , CA.alignRight -- Anchor labels to the right , CA.alignLeft -- Anchor labels to the left , CA.rotate 90 -- Rotate label 90 degrees , CA.uppercase -- Make uppercase -- Add arbitrary SVG attributes to your labels. , CA.attrs [ SA.class "my-dot-labels" ] -- Edit the position of the label , CA.position CE.getTop -- Change the text of the label , CA.format (\dot -> String.fromFloat (CE.getDependent dot)) ] -} dotLabels : List (Attribute (ItemLabel (CE.Product CE.Dot Float data))) -> Element data msg dotLabels edits = eachDot <| \p item -> let config = Helpers.apply edits { defaultLabel | position = CE.getCenter } text = case config.format of Just formatting -> formatting item Nothing -> String.fromFloat (Item.getDependent item) in [ svg <| \_ -> IS.label p (toLabelFromItemLabel config) [ S.text text ] (config.position p item) ] -- BARS {-| -} type alias Bars data = { spacing : Float , margin : Float , roundTop : Float , roundBottom : Float , grouped : Bool , grid : Bool , x1 : Maybe (data -> Float) , x2 : Maybe (data -> Float) } {-| Add a bar series to your chart. Each `data` in your `List data` is a "bin". For each "bin", whatever number of bars your have specified in the second argument will show up, side-by-side. C.bars [] [ C.bar .income [] , C.bar .spending [] ] [ { income = 10, spending = 2 } , { income = 12, spending = 6 } , { income = 18, spending = 16 } ] The example above will thus produce three bins, each containing two bars. You can make your bars show up overlapping instead of side-by-side by using the `CA.ungroup` attribute: C.bars [ CA.ungroup ] [ C.bar .total [] , C.bar .gross [] , C.bar .net [] ] [ { net = 10, gross = 20, total = 50 } , { net = 13, gross = 28, total = 63 } , { net = 16, gross = 21, total = 82 } ] By default, the x value of each bin is set by a simple count. The first bin is set at x = 1, the second at x = 2, and so on. If you'd like to control what the x values of your bins are, e.g. you are making a histogram, you may use the `CA.x1` and `CA.x2` attributes, as illustrated below. C.bars [ CA.x1 .score , CA.x2 (\datum -> datum.score + 20) ] [ C.bar .students [] ] [ { score = 0, students = 1 } , { score = 20, students = 10 } , { score = 40, students = 30 } , { score = 60, students = 20 } , { score = 80, students = 1 } ] In this case, you actually only need to specify either `x1` or `x2` because the library estimates the unknown x value based on the size of the previous or next bin. However, it comes in handy to specify both when you have bins of irregular sizes. The rest of the configuration options concern styling: C.bars [ CA.spacing 0.1 -- The spacing _between_ the bars in each bin relative to the full length (1). , CA.margin 0.2 -- The spacing _around_ the bars in each bin relative to the full length (1). , CA.roundTop 0.2 -- The rounding of your bars' top corners. It gets weird after around 0.5. , CA.roundBottom 0.2 -- The rounding of your bars' bottom corners. It gets weird after around 0.5. , CA.noGrid -- Grid lines are by default added at the bin limits. This removes them. ] [ C.bar .income [] , C.bar .spending [] ] [ { income = 10, spending = 2 } , { income = 12, spending = 6 } , { income = 18, spending = 16 } ] -} bars : List (Attribute (Bars data)) -> List (Property data () CS.Bar) -> List data -> Element data msg bars edits properties data = barsMap identity edits properties data {-| This is just like `bars`, but it maps your `data`. This is useful if you have several kinds of data types present in your chart. type Datum = Money { year : Float, income : Float } | People { year : Float, people : Float } view : Html msg view = C.chart [] [ C.barsMap Money [ CA.x1 .year ] [ C.bar .income [] ] [ { year = 2000, income = 200 } , { year = 2010, income = 300 } , { year = 2020, income = 500 } ] , C.barsMap People [ CA.x1 .year ] [ C.bar .people [] ] [ { year = 2000, people = 21 } , { year = 2010, people = 65 } , { year = 2020, people = 93 } ] ] -} barsMap : (data -> a) -> List (Attribute (Bars data)) -> List (Property data () CS.Bar) -> List data -> Element a msg barsMap mapData edits properties data = Indexed <| \index -> let barsConfig = Helpers.apply edits Produce.defaultBars items = Produce.toBarSeries index edits properties data generalized = List.concatMap Group.getGenerals items |> List.map (Item.map mapData) bins = CE.group CE.bin generalized legends_ = Legend.toBarLegends index edits properties toTicks plane acc = { acc | xs = acc.xs ++ if barsConfig.grid then List.concatMap (CE.getLimits >> \pos -> [ pos.x1, pos.x2 ]) bins else [] } toLimits = List.map Item.getLimits bins in ( BarsElement toLimits generalized legends_ toTicks <| \plane -> S.g [ SA.class "elm-charts__bar-series" ] (List.map (Item.toSvg plane) items) |> S.map never , index + List.length (List.concatMap P.toConfigs properties) ) -- SERIES {-| Add a scatter or line series to your chart. Each `data` in your `List data` will result in one "dot". The first argument of `series` determines the x value of each dot. The y value and all styling configuration is determined by the list of `interpolated` or `scatter` properties defined in the second argument. C.series .age [ C.interpolated .height [] [] , C.interpolated .weight [] [] ] [ { age = 0, height = 40, weight = 4 } , { age = 5, height = 80, weight = 24 } , { age = 10, height = 120, weight = 36 } , { age = 15, height = 180, weight = 54 } , { age = 20, height = 184, weight = 60 } ] See `interpolated` and `scatter` for styling options. -} series : (data -> Float) -> List (Property data CS.Interpolation CS.Dot) -> List data -> Element data msg series toX properties data = seriesMap identity toX properties data {-| This is just like `series`, but it maps your `data`. This is useful if you have several kinds of data types present in your chart. type Datum = Height { age : Float, height : Float } | Weight { age : Float, weight : Float } view : Html msg view = C.chart [] [ C.seriesMap Height .age [ C.interpolated .height [] ] [ { age = 0, height = 40 } , { age = 5, height = 80 } , { age = 10, height = 120 } , { age = 15, height = 180 } ] , C.seriesMap Weight .age [ C.interpolated .weight [] ] [ { age = 0, weight = 4 } , { age = 5, weight = 24 } , { age = 10, weight = 36 } , { age = 15, weight = 54 } ] ] -} seriesMap : (data -> a) -> (data -> Float) -> List (Property data CS.Interpolation CS.Dot) -> List data -> Element a msg seriesMap mapData toX properties data = Indexed <| \index -> let items = Produce.toDotSeries index toX properties data generalized = List.concatMap Group.getGenerals items |> List.map (Item.map mapData) legends_ = Legend.toDotLegends index properties toLimits = List.map Item.getLimits items in ( SeriesElement toLimits generalized legends_ <| \p -> S.g [ SA.class "elm-charts__dot-series" ] (List.map (Item.toSvg p) items) |> S.map never , index + List.length (List.concatMap P.toConfigs properties) ) -- OTHER {-| Using the information about your coordinate system, add a list of elements. -} withPlane : (C.Plane -> List (Element data msg)) -> Element data msg withPlane func = SubElements <| \p is -> func p {-| Given all your bins, add a list of elements. Use helpers in `Chart.Events` to interact with bins. -} withBins : (C.Plane -> List (CE.Group (CE.Bin data) CE.Any (Maybe Float) data) -> List (Element data msg)) -> Element data msg withBins func = SubElements <| \p is -> func p (CE.group CE.bin is) {-| Given all your stacks, add a list of elements. Use helpers in `Chart.Events` to interact with stacks. -} withStacks : (C.Plane -> List (CE.Group (CE.Stack data) CE.Any (Maybe Float) data) -> List (Element data msg)) -> Element data msg withStacks func = SubElements <| \p is -> func p (CE.group CE.stack is) {-| Given all your bars, add a list of elements. Use helpers in `Chart.Events` to interact with bars. -} withBars : (C.Plane -> List (CE.Product CE.Bar (Maybe Float) data) -> List (Element data msg)) -> Element data msg withBars func = SubElements <| \p is -> func p (CE.group CE.bar is) {-| Given all your dots, add a list of elements. Use helpers in `Chart.Events` to interact with dots. -} withDots : (C.Plane -> List (CE.Product CE.Dot (Maybe Float) data) -> List (Element data msg)) -> Element data msg withDots func = SubElements <| \p is -> func p (CE.group CE.dot is) {-| Given all your products, add a list of elements. Use helpers in `Chart.Events` to interact with products. -} withProducts : (C.Plane -> List (CE.Product CE.Any (Maybe Float) data) -> List (Element data msg)) -> Element data msg withProducts func = SubElements <| \p is -> func p is {-| Add elements for each item of whatever list in the first argument. C.chart [ CE.onMouseMove OnHover (CE.getNearest CE.product) ] [ C.series .year [ C.scatter .income [] ] [ { year = 2000, income = 40000 } , { year = 2010, income = 56000 } , { year = 2020, income = 62000 } ] , C.each model.hovering <| \plane product -> [ C.tooltip product [] [] [] ] ] -} each : List a -> (C.Plane -> a -> List (Element data msg)) -> Element data msg each items func = SubElements <| \p _ -> List.concatMap (func p) items {-| Add elements for each bin. C.chart [] [ C.bars [] [ C.bar .income [] , C.bar .spending [] ] [ { country = "Denmark", income = 40000, spending = 10000 } , { country = "Sweden", income = 56000, spending = 12000 } , { country = "Norway", income = 62000, spending = 18000 } ] , C.eachBin <| \plane bin -> let common = CE.getCommonality bin in [ C.label [] [ S.text common.datum.country ] (CE.getBottom plane bin) ] ] Use the functions in `Chart.Events` to access information about your bins. -} eachBin : (C.Plane -> CE.Group (CE.Bin data) CE.Any Float data -> List (Element data msg)) -> Element data msg eachBin func = SubElements <| \p is -> List.concatMap (func p) (CE.group (CE.collect CE.bin <| CE.keep CE.realValues CE.product) is) {-| Add elements for each stack. C.chart [] [ C.bars [] [ C.stacked [ C.bar .income [] , C.bar .savings [] ] ] [ { income = 40000, savings = 10000 } , { income = 56000, savings = 12000 } , { income = 62000, savings = 18000 } ] , C.eachStack <| \plane stack -> let total = List.sum (List.map CE.getDependent (CE.getProducts stack)) in [ C.label [] [ S.text (String.fromFloat total) ] (CE.getTop plane stack) ] ] Use the functions in `Chart.Events` to access information about your stacks. -} eachStack : (C.Plane -> CE.Group (CE.Stack data) CE.Any Float data -> List (Element data msg)) -> Element data msg eachStack func = SubElements <| \p is -> List.concatMap (func p) (CE.group (CE.collect CE.stack <| CE.keep CE.realValues CE.product) is) {-| Add elements for each bar. C.chart [] [ C.bars [] [ C.bar .income [] , C.bar .spending [] ] [ { income = 40000, spending = 10000 } , { income = 56000, spending = 12000 } , { income = 62000, spending = 18000 } ] , C.eachBar <| \plane bar -> let yValue = CE.getDependent bar in [ C.label [] [ S.text (String.fromFloat yValue) ] (CE.getTop plane bar) ] ] Use the functions in `Chart.Events` to access information about your bars. -} eachBar : (C.Plane -> CE.Product CE.Bar Float data -> List (Element data msg)) -> Element data msg eachBar func = SubElements <| \p is -> List.concatMap (func p) (CE.group (CE.keep CE.realValues CE.bar) is) {-| Add elements for each dot. C.chart [] [ C.series [] [ C.scatter .income [] , C.scatter .spending [] ] [ { income = 40000, spending = 10000 } , { income = 56000, spending = 12000 } , { income = 62000, spending = 18000 } ] , C.eachBar <| \plane bar -> let yValue = CE.getDependent bar in [ C.label [] [ S.text (String.fromFloat yValue) ] (CE.getTop plane bar) ] ] Use the functions in `Chart.Events` to access information about your dots. -} eachDot : (C.Plane -> CE.Product CE.Dot Float data -> List (Element data msg)) -> Element data msg eachDot func = SubElements <| \p is -> List.concatMap (func p) (CE.group (CE.keep CE.realValues CE.dot) is) {-| Add elements for each product. Works like `eachBar` and `eachDot`, but includes both bars and dots. Use the functions in `Chart.Events` to access information about your products. -} eachProduct : (C.Plane -> CE.Product CE.Any Float data -> List (Element data msg)) -> Element data msg eachProduct func = SubElements <| \p is -> List.concatMap (func p) (CE.group (CE.keep CE.realValues CE.product) is) {-| Filter and group products in any way you'd like and add elements for each of them. C.chart [] [ C.eachCustom (CE.named "cats") <| \plane product -> [ C.label [] [ S.text "hello" ] (CE.getTop plane product) ] ] The above example adds a label for each product of the series named "cats". Use the functions in `Chart.Events` to access information about your items. -} eachCustom : CE.Grouping (CE.Product CE.Any (Maybe Float) data) a -> (C.Plane -> a -> List (Element data msg)) -> Element data msg eachCustom grouping func = SubElements <| \p items -> let processed = CE.group grouping items in List.concatMap (func p) processed {-| Add legends to your chart. C.chart [] [ C.series .x [ C.line .y [] [] |> C.named "cats" , C.line .y [] [] |> C.named "dogs" ] , C.legendsAt .min .max [ CA.column -- Appear as column instead of row , CA.alignRight -- Anchor legends to the right , CA.alignLeft -- Anchor legends to the left , CA.moveUp 5 -- Move 5px up , CA.moveDown 5 -- Move 5px down , CA.moveLeft 5 -- Move 5px left , CA.moveRight 5 -- Move 5px right , CA.spacing 20 -- Spacing between legends , CA.background "beige" -- Color background , CA.border "gray" -- Add border , CA.borderWidth 1 -- Set border width -- Add arbitrary HTML attributes. Convinient for extra styling. , CA.htmlAttrs [ HA.class "my-legend" ] ] [ CA.width 30 -- Change width of legend window , CA.height 30 -- Change height of legend window , CA.fontSize 12 -- Change font size , CA.color "red" -- Change font color , CA.spacing 12 -- Change spacing between window and title , CA.htmlAttrs [ HA.class "my-legends" ] -- Add arbitrary HTML attributes. ] ] -} legendsAt : (C.Axis -> Float) -> (C.Axis -> Float) -> List (Attribute (CS.Legends msg)) -> List (Attribute (CS.Legend msg)) -> Element data msg legendsAt toX toY attrs children = HtmlElement <| \p legends_ -> let viewLegend legend = case legend of Legend.BarLegend name barAttrs -> CS.barLegend (CA.title name :: children) barAttrs Legend.LineLegend name interAttrs dotAttrs -> CS.lineLegend (CA.title name :: children) interAttrs dotAttrs in CS.legendsAt p (toX p.x) (toY p.y) attrs (List.map viewLegend legends_) {-| Generate "nice" numbers. Useful in combination with `xLabel`, `yLabel`, `xTick`, and `yTick`. C.chart [] [ C.generate 10 C.ints .x [ CA.lowest -5 CA.exactly, CA.highest 15 CA.exactly ] <| \plane int -> [ C.xTick [ CA.x (toFloat int) ] , C.xLabel [ CA.x (toFloat int) ] [ S.text (String.fromInt int) ] ] ] The example above generates 10 ints on the x axis between x = -5 and x = 15. For each of those ints, it adds a tick and a label. -} generate : Int -> CS.Generator a -> (C.Plane -> C.Axis) -> List (Attribute C.Axis) -> (C.Plane -> a -> List (Element data msg)) -> Element data msg generate num gen limit attrs func = SubElements <| \p _ -> let items = CS.generate num gen (List.foldl (\f x -> f x) (limit p) attrs) in List.concatMap (func p) items {-| Generate "nice" floats. -} floats : CS.Generator Float floats = CS.floats {-| Generate "nice" ints. -} ints : CS.Generator Int ints = CS.ints {-| Generate "nice" times. See the docs in [terezka/intervals](https://package.elm-lang.org/packages/terezka/intervals/2.0.0/Intervals#Time) for more info about the properties of `Time`! -} times : Time.Zone -> CS.Generator I.Time times = CS.times {-| Add a label, such as a chart title or other note, at a specific coordinate. C.chart [] [ C.label [] [ S.text "Data from Fruits.com" ] { x = 5, y = 10 } ] The example above adds your label at coordinates x = y and y = 10. Other attributes you can use: C.labelAt [ CA.moveUp 5 -- Move 5 SVG units up , CA.moveDown 5 -- Move 5 SVG units down , CA.moveLeft 5 -- Move 5 SVG units left , CA.moveRight 5 -- Move 5 SVG units right , CA.color "#333" , CA.border "white" , CA.borderWidth 1 , CA.fontSize 12 , CA.alignRight -- Anchor labels to the right , CA.alignLeft -- Anchor labels to the left , CA.rotate 90 -- Rotate label 90 degrees , CA.uppercase -- Make uppercase -- Add arbitrary SVG attributes to your labels. , CA.attrs [ SA.class "my-label" ] ] [ S.text "Data from Fruits.com" ] { x = 5, y = 10 } -} label : List (Attribute CS.Label) -> List (S.Svg msg) -> C.Point -> Element data msg label attrs inner point = SvgElement <| \p -> CS.label p attrs inner point {-| Add a label, such as a chart title or other note, at a position relative to your axes. C.chart [] [ C.labelAt (CA.percent 20) (CA.percent 90) [] [ S.text "Data from Fruits.com" ] ] The example above adds your label at 20% the length of your range and 90% of your domain. Other attributes you can use: C.labelAt (CA.percent 20) (CA.percent 90) [ CA.moveUp 5 -- Move 5 SVG units up , CA.moveDown 5 -- Move 5 SVG units down , CA.moveLeft 5 -- Move 5 SVG units left , CA.moveRight 5 -- Move 5 SVG units right , CA.color "#333" , CA.border "white" , CA.borderWidth 1 , CA.fontSize 12 , CA.alignRight -- Anchor labels to the right , CA.alignLeft -- Anchor labels to the left , CA.rotate 90 -- Rotate label 90 degrees , CA.uppercase -- Make uppercase -- Add arbitrary SVG attributes to your labels. , CA.attrs [ SA.class "my-label" ] ] [ S.text "Data from Fruits.com" ] -} labelAt : (C.Axis -> Float) -> (C.Axis -> Float) -> List (Attribute CS.Label) -> List (S.Svg msg) -> Element data msg labelAt toX toY attrs inner = SvgElement <| \p -> CS.label p attrs inner { x = toX p.x, y = toY p.y } {-| Add a line. C.chart [] [ C.line [ CA.x1 2 -- Set x1 , CA.x2 8 -- Set x2 , CA.y1 3 -- Set y1 , CA.y2 7 -- Set y2 -- Instead of specifying x2 and y2 -- you can use `x2Svg` and `y2Svg` -- to specify the end coordinate in -- terms of SVG units. -- -- Useful if making little label pointers. -- This makes a from ( x1, y1 ) to the point -- ( x1 + 15 SVG units, y1 + 30 SVG units ) , CA.x2Svg 15 , CA.y2Svg 30 , CA.break -- "break" line, so it it has a 90° angle , CA.tickLength -- Add "ticks" at the ends of the line , CA.tickDirection -- The angle of the ticks , CA.color "red" -- Change color , CA.width 2 -- Change width , CA.opacity 0.8 -- Change opacity , CA.dashed [ 5, 5 ] -- Add dashing -- Add arbitrary SVG attributes. , CA.attrs [ SA.id "my-line" ] ] ] -} line : List (Attribute CS.Line) -> Element data msg line attrs = SvgElement <| \p -> CS.line p attrs {-| Add a rectangle. C.chart [] [ C.rect [ CA.x1 2 -- Set x1 , CA.x2 8 -- Set x2 , CA.y1 3 -- Set y1 , CA.y2 7 -- Set y2 , CA.color "#aaa" -- Change fill color , CA.opacity 0.8 -- Change fill opacity , CA.border "#333" -- Change border color , CA.borderWidth 2 -- Change border width -- Add arbitrary SVG attributes. , CA.attrs [ SA.id "my-rect" ] ] ] -} rect : List (Attribute CS.Rect) -> Element data msg rect attrs = SvgElement <| \p -> CS.rect p attrs {-| Add arbitrary SVG. See `Chart.Svg` for handy SVG helpers. -} svg : (C.Plane -> S.Svg msg) -> Element data msg svg func = SvgElement <| \p -> func p {-| Add arbitrary HTML. -} html : (C.Plane -> H.Html msg) -> Element data msg html func = HtmlElement <| \p _ -> func p {-| Add arbitrary SVG at a specific location. See `Chart.Svg` for handy SVG helpers. C.chart [] [ C.svgAt .min .max 10 20 [ .. ] -- Add .. at x = the minumum value of your range (x-axis) + 12 SVG units -- and y = the maximum value of your domain (y-axis) + 20 SVG units ] -} svgAt : (C.Axis -> Float) -> (C.Axis -> Float) -> Float -> Float -> List (S.Svg msg) -> Element data msg svgAt toX toY xOff yOff view = SvgElement <| \p -> S.g [ CS.position p 0 (toX p.x) (toY p.y) xOff yOff ] view {-| Add arbitrary HTML at a specific location. -} htmlAt : (C.Axis -> Float) -> (C.Axis -> Float) -> Float -> Float -> List (H.Attribute msg) -> List (H.Html msg) -> Element data msg htmlAt toX toY xOff yOff att view = HtmlElement <| \p _ -> CS.positionHtml p (toX p.x) (toY p.y) xOff yOff att view {-| No element. -} none : Element data msg none = HtmlElement <| \_ _ -> H.text "" -- DATA HELPERS {-| Gather data points into bins. Arguments: 1. The desired bin width. 2. The function to access the binned quality on the data 3. The list of data. C.binned 10 .score [ Result "Anna" 43 , Result "Maya" 65 , Result "Joan" 69 , Result "Tina" 98 ] == [ { bin = 40, data = [ Result "Anna" 43 ] } , { bin = 60, data = [ Result "Maya" 65, Result "Joan" 69 ] } , { bin = 90, data = [ Result "Tina" 98 ] } ] type alias Result = { name : String, score : Float } -} binned : Float -> (data -> Float) -> List data -> List { bin : Float, data : List data } binned binWidth func data = let fold datum = Dict.update (toBin datum) (updateDict datum) updateDict datum maybePrev = case maybePrev of Just prev -> Just (datum :: prev) Nothing -> Just [ datum ] toBin datum = floor (func datum / binWidth) in List.foldr fold Dict.empty data |> Dict.toList |> List.map (\( bin, ds ) -> { bin = toFloat bin * binWidth, data = ds }) -- HELPERS type alias TickValue = { value : Float , label : String } generateValues : Int -> IS.TickType -> Maybe (Float -> String) -> C.Axis -> List TickValue generateValues amount tick maybeFormat axis = let toTickValues toValue toString = List.map <| \i -> { value = toValue i , label = case maybeFormat of Just format -> format (toValue i) Nothing -> toString i } in case tick of IS.Floats -> toTickValues identity String.fromFloat (CS.generate amount CS.floats axis) IS.Ints -> toTickValues toFloat String.fromInt (CS.generate amount CS.ints axis) IS.Times zone -> toTickValues (toFloat << Time.posixToMillis << .timestamp) (CS.formatTime zone) (CS.generate amount (CS.times zone) axis)

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module Chart exposing ( chart , Element, bars, series, seriesMap, barsMap , Property, bar, scatter, interpolated , barMaybe, scatterMaybe, interpolatedMaybe , stacked, named, variation, amongst , xAxis, yAxis, xTicks, yTicks, xLabels, yLabels, grid , binLabels, barLabels, dotLabels, productLabel , xLabel, yLabel, xTick, yTick , generate, floats, ints, times , label, labelAt, legendsAt , tooltip, line, rect, none , svg, svgAt, html, htmlAt , each, eachBin, eachStack, eachBar, eachDot, eachProduct, eachCustom , withPlane, withBins, withStacks, withBars, withDots, withProducts , binned ) {-| Alpha version! **See also the visual catalog of examples at [elm-charts.org](https://www.elm-charts.org/documentation).** The configuration of this charting library mirrors the pattern of HTML elements and attributes. It looks something like this: import Html exposing (Html) import Chart as C import Chart.Attributes as CA view : Html msg view = C.chart [ CA.width 300 , CA.height 300 ] [ C.grid [] , C.xLabels [] , C.yLabels [] , C.bars [] [ C.bar .income [ CA.color "red" ] , C.bar .spending [ CA.opacity 0.8 ] ] data ] All the elements, like `chart`, `grid`, `xLabels`, `yLabels`, `bars` and `bar` in the example above, are defined in this module. All the attributes, like `width`, `height`, `color`, and `opacity`, are defined in `Chart.Attributes`. Attributes and other functions related to events are located in the `Chart.Events` module. Lastly, `Chart.Svg` holds charting primitives in case you have very special needs. NOTE: Some of the more advanced elements utilize helper functions in `Chart.Events` too. If that is the case, I will make a note in the comment of the element. In the following examples, I will assume the imports: import Html as H exposing (Html) import Html.Attributes as HA import Html.Events as HE import Svg as S import Svg.Attributes as SA import Svg.Events as SE import Chart as C import Chart.Attributes as CA import Chart.Events as CE # The frame @docs chart @docs Element # Chart elements ## Bar charts @docs bars, barsMap, bar, barMaybe ## Scatter and line charts @docs series, seriesMap, scatter, scatterMaybe, interpolated, interpolatedMaybe ## Stacking, naming, and variation @docs Property, stacked, named, variation, amongst # Navigation elements ## Axis lines @docs xAxis, yAxis ## Axis ticks @docs xTicks, yTicks ## Axis labels @docs xLabels, yLabels ## Grid @docs grid ## Custom Axis labels and ticks @docs xLabel, yLabel, xTick, yTick @docs generate, floats, ints, times ## Data labels @docs binLabels, barLabels, dotLabels, productLabel ## General labels @docs label, labelAt ## Legends @docs legendsAt ## Other navigation helpers @docs tooltip, line, rect # Arbitrary elements @docs svgAt, htmlAt, svg, html, none # Advanced elements ## For each item, do.. @docs eachBin, eachStack, eachBar, eachDot, eachProduct, each, eachCustom ## With all item, do.. @docs withBins, withStacks, withBars, withDots, withProducts ## Using the plane, do.. @docs withPlane # Data helper @docs binned -} import Internal.Coordinates as C import Svg as S import Svg.Attributes as SA import Svg.Events as SE import Html as H import Html.Attributes as HA import Intervals as I import Internal.Property as P import Time import Dict exposing (Dict) import Internal.Item as Item import Internal.Produce as Produce import Internal.Legend as Legend import Internal.Group as Group import Internal.Helpers as Helpers import Internal.Svg as IS import Internal.Events as IE import Chart.Svg as CS import Chart.Attributes as CA exposing (Attribute) import Chart.Events as CE {-| -} type alias Container data msg = { width : Float , height : Float , margin : { top : Float, bottom : Float, left : Float, right : Float } , padding : { top : Float, bottom : Float, left : Float, right : Float } , responsive : Bool , range : List (Attribute C.Axis) , domain : List (Attribute C.Axis) , events : List (CE.Event data msg) , htmlAttrs : List (H.Attribute msg) , attrs : List (S.Attribute msg) } {-| This is the root element of your chart. All your chart elements must be contained in a `chart` element. The below example illustrates what configurations are available for the `chart` element. view : Html msg view = C.chart [ CA.width 300 -- Sets width of chart , CA.height 500 -- Sets height of chart , CA.static -- Don't scale with parent container , CA.margin { top = 10, bottom = 20, left = 20, right = 20 } -- Add space around your chart. -- Useful if you have labels which extend -- outside the main chart area. , CA.padding { top = 10, bottom = 10, left = 10, right = 10 } -- Expand your domain / range by a set -- amount of SVG units. -- Useful if you have e.g. scatter dots -- which extend beyond your main chart area, -- and you'd like them to be within. -- Control the range and domain of your chart. -- Your range and domain is by default set to the limits of -- your data, but you can change them like this: , CA.range [ CA.lowest -5 CA.orLower -- Makes sure that your x-axis begins at -5 or lower, no matter -- what your data is like. , CA.highest 10 CA.orHigher -- Makes sure that your x-axis ends at 10 or higher, no matter -- what your data is like. ] , CA.domain [ CA.lowest 0 CA.exactly ] -- Makes sure that your y-axis begins at exactly 0, no matter -- what your data is like. -- Add event triggers to your chart. Learn more about these in -- the `Chart.Events` module. , CE.onMouseMove OnHovering (CE.getNearest C.bar) , CE.onMouseLeave (OnHovering []) -- Add arbitrary HTML and SVG attributes to your chart. , CA.htmlAttrs [ HA.style "background" "beige" ] , CA.attrs [ SA.id "my-chart" ] ] [ C.grid [] , C.xLabels [] , C.yLabels [] , .. ] -} chart : List (Attribute (Container data msg)) -> List (Element data msg) -> H.Html msg chart edits unindexedElements = let config = Helpers.apply edits { width = 300 , height = 300 , margin = { top = 0, bottom = 0, left = 0, right = 0 } , padding = { top = 0, bottom = 0, left = 0, right = 0 } , responsive = True , range = [] , domain = [] , events = [] , attrs = [ SA.style "overflow: visible;" ] , htmlAttrs = [] } elements = let toIndexedEl el ( acc, index ) = case el of Indexed toElAndIndex -> let ( newEl, newIndex ) = toElAndIndex index in ( acc ++ [ newEl ], newIndex ) _ -> ( acc ++ [ el ], index ) in List.foldl toIndexedEl ( [], 0 ) unindexedElements |> Tuple.first plane = definePlane config elements items = getItems plane elements legends_ = getLegends elements tickValues = getTickValues plane items elements ( beforeEls, chartEls, afterEls ) = viewElements config plane tickValues items legends_ elements toEvent (IE.Event event_) = let (IE.Decoder decoder) = event_.decoder in IS.Event event_.name (decoder items) in IS.container plane { attrs = config.attrs , htmlAttrs = config.htmlAttrs , responsive = config.responsive , events = List.map toEvent config.events } beforeEls chartEls afterEls -- ELEMENTS {-| The representation of a chart element. -} type Element data msg = Indexed (Int -> ( Element data msg, Int )) | SeriesElement (List C.Position) (List (Item.Product CE.Any (Maybe Float) data)) (List Legend.Legend) (C.Plane -> S.Svg msg) | BarsElement (List C.Position) (List (Item.Product CE.Any (Maybe Float) data)) (List Legend.Legend) (C.Plane -> TickValues -> TickValues) (C.Plane -> S.Svg msg) | AxisElement (C.Plane -> TickValues -> TickValues) (C.Plane -> S.Svg msg) | TicksElement (C.Plane -> TickValues -> TickValues) (C.Plane -> S.Svg msg) | TickElement (C.Plane -> Tick) (C.Plane -> Tick -> TickValues -> TickValues) (C.Plane -> Tick -> S.Svg msg) | LabelsElement (C.Plane -> Labels) (C.Plane -> Labels -> TickValues -> TickValues) (C.Plane -> Labels -> S.Svg msg) | LabelElement (C.Plane -> Label) (C.Plane -> Label -> TickValues -> TickValues) (C.Plane -> Label -> S.Svg msg) | GridElement (C.Plane -> TickValues -> S.Svg msg) | SubElements (C.Plane -> List (Item.Product CE.Any (Maybe Float) data) -> List (Element data msg)) | ListOfElements (List (Element data msg)) | SvgElement (C.Plane -> S.Svg msg) | HtmlElement (C.Plane -> List Legend.Legend -> H.Html msg) definePlane : Container data msg -> List (Element data msg) -> C.Plane definePlane config elements = let collectLimits el acc = case el of Indexed _ -> acc SeriesElement lims _ _ _ -> acc ++ lims BarsElement lims _ _ _ _ -> acc ++ lims AxisElement _ _ -> acc TicksElement _ _ -> acc TickElement _ _ _ -> acc LabelsElement _ _ _ -> acc LabelElement _ _ _ -> acc GridElement _ -> acc SubElements _ -> acc ListOfElements subs -> List.foldl collectLimits acc subs SvgElement _ -> acc HtmlElement _ -> acc limits_ = List.foldl collectLimits [] elements |> C.foldPosition identity |> \pos -> { x = toLimit pos.x1 pos.x2, y = toLimit pos.y1 pos.y2 } |> \{ x, y } -> { x = fixSingles x, y = fixSingles y } toLimit min max = { min = min, max = max, dataMin = min, dataMax = max } fixSingles bs = if bs.min == bs.max then { bs | max = bs.min + 10 } else bs calcRange = case config.range of [] -> limits_.x some -> List.foldl (\f b -> f b) limits_.x some calcDomain = case config.domain of [] -> CA.lowest 0 CA.orLower limits_.y some -> List.foldl (\f b -> f b) limits_.y some unpadded = { width = max 1 (config.width - config.padding.left - config.padding.right) , height = max 1 (config.height - config.padding.bottom - config.padding.top) , margin = config.margin , x = calcRange , y = calcDomain } scalePadX = C.scaleCartesianX unpadded scalePadY = C.scaleCartesianY unpadded xMin = calcRange.min - scalePadX config.padding.left xMax = calcRange.max + scalePadX config.padding.right yMin = calcDomain.min - scalePadY config.padding.bottom yMax = calcDomain.max + scalePadY config.padding.top in { width = config.width , height = config.height , margin = config.margin , x = { calcRange | min = min xMin xMax , max = max xMin xMax } , y = { calcDomain | min = min yMin yMax , max = max yMin yMax } } getItems : C.Plane -> List (Element data msg) -> List (Item.Product CE.Any (Maybe Float) data) getItems plane elements = let toItems el acc = case el of Indexed _ -> acc SeriesElement _ items _ _ -> acc ++ items BarsElement _ items _ _ _ -> acc ++ items AxisElement func _ -> acc TicksElement _ _ -> acc TickElement _ _ _ -> acc LabelsElement _ _ _ -> acc LabelElement _ _ _ -> acc GridElement _ -> acc SubElements _ -> acc -- TODO add phantom type to only allow decorative els in this ListOfElements subs -> List.foldl toItems acc subs SvgElement _ -> acc HtmlElement _ -> acc in List.foldl toItems [] elements getLegends : List (Element data msg) -> List Legend.Legend getLegends elements = let toLegends el acc = case el of Indexed _ -> acc SeriesElement _ _ legends_ _ -> acc ++ legends_ BarsElement _ _ legends_ _ _ -> acc ++ legends_ AxisElement _ _ -> acc TicksElement _ _ -> acc TickElement _ _ _ -> acc LabelsElement _ _ _ -> acc LabelElement _ _ _ -> acc GridElement _ -> acc SubElements _ -> acc ListOfElements subs -> List.foldl toLegends acc subs SvgElement _ -> acc HtmlElement _ -> acc in List.foldl toLegends [] elements {-| -} type alias TickValues = { xAxis : List Float , yAxis : List Float , xs : List Float , ys : List Float } getTickValues : C.Plane -> List (Item.Product CE.Any (Maybe Float) data) -> List (Element data msg) -> TickValues getTickValues plane items elements = let toValues el acc = case el of Indexed _ -> acc SeriesElement _ _ _ _ -> acc BarsElement _ _ _ func _ -> func plane acc AxisElement func _ -> func plane acc TicksElement func _ -> func plane acc TickElement toC func _ -> func plane (toC plane) acc LabelsElement toC func _ -> func plane (toC plane) acc LabelElement toC func _ -> func plane (toC plane) acc SubElements func -> List.foldl toValues acc (func plane items) GridElement _ -> acc ListOfElements subs -> List.foldl toValues acc subs SvgElement _ -> acc HtmlElement _ -> acc in List.foldl toValues (TickValues [] [] [] []) elements viewElements : Container data msg -> C.Plane -> TickValues -> List (Item.Product CE.Any (Maybe Float) data) -> List Legend.Legend -> List (Element data msg) -> ( List (H.Html msg), List (S.Svg msg), List (H.Html msg) ) viewElements config plane tickValues allItems allLegends elements = let viewOne el ( before, chart_, after ) = case el of Indexed _ -> ( before,chart_, after ) SeriesElement _ _ _ view -> ( before, view plane :: chart_, after ) BarsElement _ _ _ _ view -> ( before, view plane :: chart_, after ) AxisElement _ view -> ( before, view plane :: chart_, after ) TicksElement _ view -> ( before, view plane :: chart_, after ) TickElement toC _ view -> ( before, view plane (toC plane) :: chart_, after ) LabelsElement toC _ view -> ( before, view plane (toC plane) :: chart_, after ) LabelElement toC _ view -> ( before, view plane (toC plane) :: chart_, after ) GridElement view -> ( before, view plane tickValues :: chart_, after ) SubElements func -> List.foldr viewOne ( before, chart_, after ) (func plane allItems) ListOfElements els -> List.foldr viewOne ( before, chart_, after ) els SvgElement view -> ( before, view plane :: chart_, after ) HtmlElement view -> ( if List.length chart_ > 0 then view plane allLegends :: before else before , chart_ , if List.length chart_ > 0 then after else view plane allLegends :: after ) in List.foldr viewOne ([], [], []) elements -- TOOLTIP type alias Tooltip = { direction : Maybe IS.Direction , focal : Maybe (C.Position -> C.Position) , height : Float , width : Float , offset : Float , arrow : Bool , border : String , background : String } {-| Add a tooltip for a specific item. C.chart [ CE.onMouseMove OnHover (CE.getNearest CE.product) ] [ C.series .year [ C.scatter .income [] ] [ { year = 2000, income = 40000 } , { year = 2010, income = 56000 } , { year = 2020, income = 62000 } ] , C.each model.hovering <| \plane product -> [ C.tooltip product [] [] [] ] ] Customizations: C.tooltip item [ -- Change direction CA.onTop -- Always place tooltip on top of the item , CA.onBottom -- Always place tooltip below of the item , CA.onRight -- Always place tooltip on the right of the item , CA.onLeft -- Always place tooltip on the left of the item , CA.onLeftOrRight -- Place tooltip on the left or right of the item, -- depending on which side has more space available , CA.onTopOrBottom -- Place tooltip on the top or bottom of the item, -- depending on which side has more space available -- Change focal point (where on the item the tooltip is achored) , CA.top , CA.bottom , CA.left , CA.right , CA.center , CA.topLeft , CA.topRight , CA.topCenter , CA.bottomLeft , CA.bottomRight , CA.bottomCenter , CA.leftCenter , CA.rightCenter , CA.offset 20 -- Change offset between focal point and tooltip , CA.noArrow -- Remove little box arrow , CA.border "blue" -- Change border color , CA.background -- Change background color ] [] -- Add any HTML attributes [] -- Add any HTML children (Will be filled with default tooltip if left empty) -} tooltip : Item.Item a -> List (Attribute Tooltip) -> List (H.Attribute Never) -> List (H.Html Never) -> Element data msg tooltip i edits attrs_ content = html <| \p -> let pos = Item.getLimits i content_ = if content == [] then Item.toHtml i else content in if IS.isWithinPlane p pos.x1 pos.y2 -- TODO then CS.tooltip p (Item.getPosition p i) edits attrs_ content_ else H.text "" -- AXIS {-| -} type alias Axis = { limits : List (Attribute C.Axis) , pinned : C.Axis -> Float , arrow : Bool , color : String , width : Float } {-| Add an x-axis line to your chart. The example below illustrates the styling options: C.chart [] [ C.xAxis [ CA.color "red" -- Change color of line , CA.width 2 -- Change width of line , CA.noArrow -- Remove arrow from line , CA.pinned .max -- Change what y position the axis is set at -- .max is at the very top -- .min is at the very bottom -- CA.zero is the closest you can go to zero -- (always 3) is at y = 3. , CA.limits [ CA.lowest 2 CA.exactly , CA.highest 8 CA.exactly ] -- Change from where to where you line goes. -- The example will make a line where x1 = 2 to x2 = 8 ] ] -} xAxis : List (Attribute Axis) -> Element item msg xAxis edits = let config = Helpers.apply edits { limits = [] , pinned = CA.zero , color = "" , arrow = True , width = 1 } addTickValues p ts = { ts | yAxis = config.pinned p.y :: ts.yAxis } in AxisElement addTickValues <| \p -> let xLimit = List.foldl (\f x -> f x) p.x config.limits in S.g [ SA.class "elm-charts__x-axis" ] [ CS.line p [ CA.color config.color , CA.width config.width , CA.y1 (config.pinned p.y) , CA.x1 (max p.x.min xLimit.min) , CA.x2 (min p.x.max xLimit.max) ] , if config.arrow then CS.arrow p [ CA.color config.color ] { x = xLimit.max , y = config.pinned p.y } else S.text "" ] {-| Add an y-axis line to your chart. The styling options are the same as for `xAxis`. -} yAxis : List (Attribute Axis) -> Element item msg yAxis edits = let config = Helpers.apply edits { limits = [] , pinned = CA.zero , color = "" , arrow = True , width = 1 } addTickValues p ts = { ts | xAxis = config.pinned p.x :: ts.xAxis } in AxisElement addTickValues <| \p -> let yLimit = List.foldl (\f y -> f y) p.y config.limits in S.g [ SA.class "elm-charts__y-axis" ] [ CS.line p [ CA.color config.color , CA.width config.width , CA.x1 (config.pinned p.x) , CA.y1 (max p.y.min yLimit.min) , CA.y2 (min p.y.max yLimit.max) ] , if config.arrow then CS.arrow p [ CA.color config.color, CA.rotate -90 ] { x = config.pinned p.x , y = yLimit.max } else S.text "" ] type alias Ticks = { color : String , height : Float , width : Float , pinned : C.Axis -> Float , limits : List (Attribute C.Axis) , amount : Int , flip : Bool , grid : Bool , generate : IS.TickType } {-| Produce a set of ticks at "nice" numbers on the x-axis of your chart. The example below illustrates the configuration: C.chart [] [ C.xTicks [ CA.color "red" -- Change color , CA.height 8 -- Change height , CA.width 2 -- Change width , CA.amount 15 -- Change amount of ticks , CA.flip -- Flip to opposite direction , CA.noGrid -- By default a grid line is added -- for each tick. This removes them. , CA.ints -- Add ticks at "nice" ints , CA.times Time.utc -- Add ticks at "nice" times , CA.pinned .max -- Change what y position the ticks are set at -- .max is at the very top -- .min is at the very bottom -- CA.zero is the closest you can go to zero -- (always 3) is at y = 3. , CA.limits [ CA.lowest 2 CA.exactly , CA.highest 8 CA.exactly ] -- Change the upper and lower limit of your tick range. -- The example will add ticks between x = 2 and 8. ] ] -} xTicks : List (Attribute Ticks) -> Element item msg xTicks edits = let config = Helpers.apply edits { color = "" , limits = [] , pinned = CA.zero , amount = 5 , generate = IS.Floats , height = 5 , flip = False , grid = True , width = 1 } toTicks p = List.foldl (\f x -> f x) p.x config.limits |> generateValues config.amount config.generate Nothing |> List.map .value addTickValues p ts = if not config.grid then ts else { ts | xs = ts.xs ++ toTicks p } in TicksElement addTickValues <| \p -> let toTick x = CS.xTick p [ CA.color config.color , CA.length (if config.flip then -config.height else config.height) , CA.width config.width ] { x = x , y = config.pinned p.y } in S.g [ SA.class "elm-charts__x-ticks" ] <| List.map toTick (toTicks p) {-| Produce a set of ticks at "nice" numbers on the y-axis of your chart. The styling options are the same as for `xTicks`. -} yTicks : List (Attribute Ticks) -> Element item msg yTicks edits = let config = Helpers.apply edits { color = "" , limits = [] , pinned = CA.zero , amount = 5 , generate = IS.Floats , height = 5 , flip = False , grid = True , width = 1 } toTicks p = List.foldl (\f y -> f y) p.y config.limits |> generateValues config.amount config.generate Nothing |> List.map .value addTickValues p ts = { ts | ys = ts.ys ++ toTicks p } in TicksElement addTickValues <| \p -> let toTick y = CS.yTick p [ CA.color config.color , CA.length (if config.flip then -config.height else config.height) , CA.width config.width ] { x = config.pinned p.x , y = y } in S.g [ SA.class "elm-charts__y-ticks" ] <| List.map toTick (toTicks p) type alias Labels = { color : String , pinned : C.Axis -> Float , limits : List (Attribute C.Axis) , xOff : Float , yOff : Float , flip : Bool , amount : Int , anchor : Maybe IS.Anchor , generate : IS.TickType , fontSize : Maybe Int , uppercase : Bool , format : Maybe (Float -> String) , rotate : Float , grid : Bool } {-| Produce a set of labels at "nice" numbers on the x-axis of your chart. The example below illustrates the configuration: C.chart [] [ C.xLabels [ CA.color "red" -- Change color , CA.fontSize 12 -- Change font size , CA.uppercase -- Make labels uppercase , CA.rotate 90 -- Rotate labels , CA.alignRight -- Anchor labels to the right , CA.alignLeft -- Anchor labels to the left , CA.moveUp 5 -- Move 5 SVG units up , CA.moveDown 5 -- Move 5 SVG units down , CA.moveLeft 5 -- Move 5 SVG units left , CA.moveRight 5 -- Move 5 SVG units right , CA.amount 15 -- Change amount of ticks , CA.flip -- Flip to opposite direction , CA.noGrid -- By default a grid line is added -- for each label. This removes them. , CA.ints -- Add ticks at "nice" ints , CA.times Time.utc -- Add ticks at "nice" times , CA.format (\num -> String.fromFloat num ++ "°") -- Format the "nice" number , CA.pinned .max -- Change what y position the labels are set at -- .max is at the very top -- .min is at the very bottom -- CA.zero is the closest you can go to zero -- (always 3) is at y = 3. , CA.limits [ CA.lowest 2 CA.exactly , CA.highest 8 CA.exactly ] -- Change the upper and lower limit of your labels range. -- The example will add labels between x = 2 and 8. ] ] For more in depth and irregular customization, see `xLabel`. -} xLabels : List (Attribute Labels) -> Element item msg xLabels edits = let toConfig p = Helpers.apply edits { color = "#808BAB" , limits = [] , pinned = CA.zero , amount = 5 , generate = IS.Floats , flip = False , anchor = Nothing , xOff = 0 , yOff = 18 , grid = True , format = Nothing , uppercase = False , rotate = 0 , fontSize = Nothing } toTicks p config = List.foldl (\f x -> f x) p.x config.limits |> generateValues config.amount config.generate config.format toTickValues p config ts = if not config.grid then ts else { ts | xs = ts.xs ++ List.map .value (toTicks p config) } in LabelsElement toConfig toTickValues <| \p config -> let default = IS.defaultLabel toLabel item = IS.label p { default | xOff = config.xOff , yOff = if config.flip then -config.yOff + 10 else config.yOff , color = config.color , anchor = config.anchor , fontSize = config.fontSize , uppercase = config.uppercase , rotate = config.rotate } [ S.text item.label ] { x = item.value , y = config.pinned p.y } in S.g [ SA.class "elm-charts__x-labels" ] (List.map toLabel (toTicks p config)) {-| Produce a set of labels at "nice" numbers on the y-axis of your chart. The styling options are the same as for `xLabels`. -} yLabels : List (Attribute Labels) -> Element item msg yLabels edits = let toConfig p = Helpers.apply edits { color = "#808BAB" , limits = [] , pinned = CA.zero , amount = 5 , generate = IS.Floats , anchor = Nothing , flip = False , xOff = -10 , yOff = 3 , grid = True , format = Nothing , uppercase = False , fontSize = Nothing , rotate = 0 } toTicks p config = List.foldl (\f y -> f y) p.y config.limits |> generateValues config.amount config.generate config.format toTickValues p config ts = if not config.grid then ts else { ts | ys = ts.ys ++ List.map .value (toTicks p config) } in LabelsElement toConfig toTickValues <| \p config -> let default = IS.defaultLabel toLabel item = IS.label p { default | xOff = if config.flip then -config.xOff else config.xOff , yOff = config.yOff , color = config.color , fontSize = config.fontSize , uppercase = config.uppercase , rotate = config.rotate , anchor = case config.anchor of Nothing -> Just (if config.flip then IS.Start else IS.End) Just anchor -> Just anchor } [ S.text item.label ] { x = config.pinned p.x , y = item.value } in S.g [ SA.class "elm-charts__y-labels" ] (List.map toLabel (toTicks p config)) {-| -} type alias Label = { x : Float , y : Float , xOff : Float , yOff : Float , border : String , borderWidth : Float , fontSize : Maybe Int , color : String , anchor : Maybe IS.Anchor , rotate : Float , uppercase : Bool , flip : Bool , grid : Bool } {-| Produce a single x label. This is typically for cases where you need very custom labels and `xLabels` does not cut it. It is especially useful in combination with the `generate` helper. An example use case: C.chart [] [ -- Create labels for 10 "nice" integers on the x-axis -- and highlight the label at x = 0. C.generate 10 C.ints .x [] <| \plane int -> let color = if int == 0 then "red" else "gray" in [ C.xLabel [ CA.x (toFloat int), CA.color color ] [ S.text (String.fromInt int) ] ] ] A full list of possible attributes: C.chart [] [ C.xLabel [ CA.x 5 -- Set x coordinate , CA.y 8 -- Set y coordinate , CA.moveUp 5 -- Move 5 SVG units up , CA.moveDown 5 -- Move 5 SVG units down , CA.moveLeft 5 -- Move 5 SVG units left , CA.moveRight 5 -- Move 5 SVG units right , CA.border "white" -- Set stroke color , CA.borderWidth 0.5 -- Set stroke width , CA.fontSize 12 -- Set font size , CA.color "red" -- Set color , CA.alignRight -- Anchor labels to the right , CA.alignLeft -- Anchor labels to the left , CA.rotate 90 -- Rotate label 90 degrees , CA.uppercase -- Make uppercase , CA.flip -- Flip to opposite direction , CA.noGrid -- By default a grid line is added -- for each label. This removes it. ] [ S.text "hello!" ] ] -} xLabel : List (Attribute Label) -> List (S.Svg msg) -> Element data msg xLabel edits inner = let toConfig p = Helpers.apply edits { x = CA.middle p.x , y = CA.zero p.y , xOff = 0 , yOff = 20 , border = "white" , borderWidth = 0.1 , uppercase = False , fontSize = Nothing , color = "#808BAB" , anchor = Nothing , rotate = 0 , flip = False , grid = True } toTickValues p config ts = if not config.grid then ts else { ts | xs = ts.xs ++ [ config.x ] } in LabelElement toConfig toTickValues <| \p config -> let string = if inner == [] then [ S.text (String.fromFloat config.x) ] else inner in IS.label p { xOff = config.xOff , yOff = if config.flip then -config.yOff + 10 else config.yOff , border = config.border , borderWidth = config.borderWidth , fontSize = config.fontSize , uppercase = config.uppercase , color = config.color , anchor = config.anchor , rotate = config.rotate , attrs = [] } string { x = config.x, y = config.y } {-| Produce a single y label. This is typically for cases where you need very custom labels and `yLabels` does not cut it. See `xLabel` for usage and customization. -} yLabel : List (Attribute Label) -> List (S.Svg msg) -> Element data msg yLabel edits inner = let toConfig p = Helpers.apply edits { x = CA.zero p.x , y = CA.middle p.y , xOff = -8 , yOff = 3 , border = "white" , borderWidth = 0.1 , uppercase = False , fontSize = Nothing , color = "#808BAB" , anchor = Nothing , rotate = 0 , flip = False , grid = True } toTickValues p config ts = if not config.grid then ts else { ts | ys = ts.ys ++ [ config.y ] } in LabelElement toConfig toTickValues <| \p config -> let string = if inner == [] then [ S.text (String.fromFloat config.y) ] else inner in IS.label p { xOff = if config.flip then -config.xOff else config.xOff , yOff = config.yOff , border = config.border , borderWidth = config.borderWidth , fontSize = config.fontSize , uppercase = config.uppercase , color = config.color , anchor = case config.anchor of Nothing -> Just (if config.flip then IS.Start else IS.End) Just anchor -> Just anchor , rotate = config.rotate , attrs = [] } string { x = config.x, y = config.y } {-| -} type alias Tick = { x : Float , y : Float , color : String , width : Float , length : Float , flip : Bool , grid : Bool } {-| Produce a single x tick. This is typically for cases where you need very custom ticks and `xTicks` does not cut it. It is especially useful in combination with the `generate` helper. An example use case: C.chart [] [ -- Create ticks for 10 "nice" integers on the x-axis -- and highlight the tick at x = 0. C.generate 10 C.ints .x [] <| \plane int -> let color = if int == 0 then "red" else "gray" in [ C.xTick [ CA.x (toFloat int), CA.color color ] ] ] A full list of possible attributes: C.xTick [ CA.x 5 -- Set x coordinate , CA.y 8 -- Set y coordinate , CA.color "red" -- Change color , CA.height 8 -- Change height , CA.width 2 -- Change width , CA.amount 15 -- Change amount of ticks , CA.flip -- Flip to opposite direction , CA.noGrid -- By default a grid line is added -- for each tick. This removes them. ] -} xTick : List (Attribute Tick) -> Element data msg xTick edits = let toConfig p = Helpers.apply edits { x = CA.middle p.x , y = CA.zero p.y , length = 5 , color = "rgb(210, 210, 210)" , width = 1 , flip = False , grid = True } toTickValues p config ts = if not config.grid then ts else { ts | xs = ts.xs ++ [ config.x ] } in TickElement toConfig toTickValues <| \p config -> CS.xTick p [ CA.length (if config.flip then -config.length else config.length) , CA.color config.color , CA.width config.width ] { x = config.x, y = config.y } {-| Produce a single y tick. This is typically for cases where you need very custom ticks and `yTicks` does not cut it. See `xTick` for usage and customization. -} yTick : List (Attribute Tick) -> Float -> Element data msg yTick edits val = let toConfig p = Helpers.apply edits { x = CA.middle p.x , y = CA.zero p.y , length = 5 , color = "rgb(210, 210, 210)" , width = 1 , flip = False , grid = True } toTickValues p config ts = if not config.grid then ts else { ts | ys = ts.ys ++ [ config.y ] } in TickElement toConfig toTickValues <| \p config -> CS.yTick p [ CA.length (if config.flip then -config.length else config.length) , CA.color config.color , CA.width config.width ] { x = config.x, y = config.y } type alias Grid = { color : String , width : Float , dotGrid : Bool , dashed : List Float } {-| Add a grid to your chart. C.chart [] [ C.grid [] , C.xLabels [] , C.yLabels [] ] Grid lines are added where labels or ticks are added. Customizations: C.grid [ CA.color "blue" -- Change color , CA.width 3 -- Change width , CA.dashed [ 5, 5 ] -- Add dashing (only for line grids) , CA.dotGrid -- Use dot grid instead of line grid ] -} grid : List (Attribute Grid) -> Element item msg grid edits = let config = Helpers.apply edits { color = "" , width = 0 , dotGrid = False , dashed = [] } color = if String.isEmpty config.color then if config.dotGrid then Helpers.darkGray else Helpers.gray else config.color width = if config.width == 0 then if config.dotGrid then 0.5 else 1 else config.width toXGrid vs p v = if List.member v vs.xAxis then Nothing else Just <| CS.line p [ CA.color color, CA.width width, CA.x1 v, CA.dashed config.dashed ] toYGrid vs p v = if List.member v vs.yAxis then Nothing else Just <| CS.line p [ CA.color color, CA.width width, CA.y1 v, CA.dashed config.dashed ] toDot vs p x y = if List.member x vs.xAxis || List.member y vs.yAxis then Nothing else Just <| CS.dot p .x .y [ CA.color color, CA.size width, CA.circle ] { x = x, y = y } in GridElement <| \p vs -> S.g [ SA.class "elm-charts__grid" ] <| if config.dotGrid then List.concatMap (\x -> List.filterMap (toDot vs p x) vs.ys) vs.xs else [ S.g [ SA.class "elm-charts__x-grid" ] (List.filterMap (toXGrid vs p) vs.xs) , S.g [ SA.class "elm-charts__y-grid" ] (List.filterMap (toYGrid vs p) vs.ys) ] -- PROPERTIES {-| A property of a bar, line, or scatter series. -} type alias Property data inter deco = P.Property data String inter deco {-| Specify the configuration of a bar. The first argument will determine the height of your bar. The second is a list of styling attributes. The example below illustrates what styling options are available. C.chart [] [ C.bars [] [ C.bar .income [ CA.color "blue" -- Change the color , CA.border "darkblue" -- Change the border color , CA.borderWidth 2 -- Change the border width , CA.opacity 0.7 -- Change the border opacity -- A bar can either be solid (default), striped, dotted, or gradient. , CA.striped [ CA.width 2 -- Width of each stripe , CA.spacing 3 -- Spacing bewteen each stripe , CA.color "blue" -- Color of stripe , CA.rotate 90 -- Angle of stripe ] , CA.dotted [] -- Same configurations as `striped` , CA.gradient [ "blue", "darkblue" ] -- List of colors in gradient , CA.roundTop 0.2 -- Round the top corners , CA.roundBottom 0.2 -- Round the bottom corners -- You can highlight a bar or a set of bars by adding a kind of "aura" to it. , CA.highlight 0.5 -- Determine the opacity of the aura , CA.highlightWidth 5 -- Determine the width of the aura , CA.highlightColor "blue" -- Determine the color of the aura -- Add arbitrary SVG attributes to your bar , CA.attrs [ SA.strokeOpacity "0.5" ] ] ] [ { income = 10 } , { income = 12 } , { income = 18 } ] ] -} bar : (data -> Float) -> List (Attribute CS.Bar) -> Property data inter CS.Bar bar y = P.property (y >> Just) [] {-| Same as `bar`, but allows for missing data. C.chart [] [ C.bars [] [ C.barMaybe .income [] ] [ { income = Just 10 } , { income = Nothing } , { income = Just 18 } ] ] -} barMaybe : (data -> Maybe Float) -> List (Attribute CS.Bar) -> Property data inter CS.Bar barMaybe y = P.property y [] {-| Specify the configuration of a set of dots. The first argument will determine the y value of your dots. The second is a list of styling attributes. The example below illustrates what styling options are available. C.series .year [ C.scatter .income [ CA.size 10 -- Change size of dot , CA.color "blue" -- Change color , CA.opacity 0.8 -- Change opacity , CA.border "lightblue" -- Change border color , CA.borderWidth 2 -- Change border width -- You can highlight a dot or a set of dots by adding a kind of "aura" to it. , CA.highlight 0.3 -- Determine the opacity of the aura , CA.highlightWidth 6 -- Determine the width of the aura , CA.highlightColor "blue" -- Determine the color of the aura -- A dot is by default a circle, but you can change it to any -- of the shapes below. , CA.triangle , CA.square , CA.diamond , CA.plus , CA.cross ] ] [ { year = 2000, income = 40000 } , { year = 2010, income = 57000 } , { year = 2020, income = 62000 } ] -} scatter : (data -> Float) -> List (Attribute CS.Dot) -> Property data inter CS.Dot scatter y = P.property (y >> Just) [] {-| Same as `scatter`, but allows for missing data. C.chart [] [ C.series .year [ C.scatterMaybe .income [] ] [ { year = 2000, income = Just 40000 } , { year = 2010, income = Nothing } , { year = 2020, income = Just 62000 } ] ] -} scatterMaybe : (data -> Maybe Float) -> List (Attribute CS.Dot) -> Property data inter CS.Dot scatterMaybe y = P.property y [] {-| Specify the configuration of a interpolated series (a line). The first argument will determine the y value of your dots. The second is a list of attributes pertaining to your interpolation. The third argument is a list of attributes pertaining to the dots of your series. The example below illustrates what styling options are available. C.series .age [ C.interpolated .height [ -- The following attributes allow alternatives to the default -- linear interpolation. CA.monotone -- Use a monotone interpolation (looks smooth) , CA.stepped -- Use a stepped interpolation (looks like stairs) , CA.color "blue" , CA.width 2 , CA.dashed [ 4, 4 ] -- The area beneath the curve is by default transparent, but you -- can change the opacity of it, or make it striped, dotted, or gradient. , CA.opacity 0.5 , CA.striped [ CA.width 2 -- Width of each stripe , CA.spacing 3 -- Spacing bewteen each stripe , CA.color "blue" -- Color of stripe , CA.rotate 90 -- Angle of stripe ] , CA.dotted [] -- Same configurations as `striped` , CA.gradient [ "blue", "darkblue" ] -- List of colors in gradient -- Add arbitrary SVG attributes to your line , CA.attrs [ SA.id "my-chart" ] ] [] ] [ { age = 0, height = 40 } , { age = 5, height = 80 } , { age = 10, height = 120 } , { age = 15, height = 180 } , { age = 20, height = 184 } ] -} interpolated : (data -> Float) -> List (Attribute CS.Interpolation) -> List (Attribute CS.Dot) -> Property data CS.Interpolation CS.Dot interpolated y inter = P.property (y >> Just) ([ CA.linear ] ++ inter) {-| Same as `interpolated`, but allows for missing data. C.chart [] [ C.series .age [ C.interpolatedMaybe .height [] ] [ { age = 0, height = Just 40 } , { age = 5, height = Nothing } , { age = 10, height = Just 120 } , { age = 15, height = Just 180 } , { age = 20, height = Just 184 } ] ] -} interpolatedMaybe : (data -> Maybe Float) -> List (Attribute CS.Interpolation) -> List (Attribute CS.Dot) -> Property data CS.Interpolation CS.Dot interpolatedMaybe y inter = P.property y ([ CA.linear ] ++ inter) {-| Name a bar, scatter, or interpolated series. This name will show up in the default tooltip, and you can use it to identify items from this series. C.chart [] [ C.series .year [ C.scatter .income [] |> C.named "Income" ] [ { year = 2000, income = 40000 } , { year = 2010, income = 48000 } , { year = 2020, income = 62000 } ] ] -} named : String -> Property data inter deco -> Property data inter deco named name = P.meta name {-| Change the style of your bars or dots based on the index of its data point and the data point itself. C.chart [] [ C.series .year [ C.scatter .income [ CA.opacity 0.6 ] |> C.variation (\index datum -> [ CA.size datum.people ]) ] [ { year = 2000, income = 40000, people = 150 } , { year = 2010, income = 48000, people = 98 } , { year = 2020, income = 62000, people = 180 } ] ] -} variation : (Int -> data -> List (Attribute deco)) -> Property data inter deco -> Property data inter deco variation func = P.variation <| \_ _ index _ datum -> func index datum {-| Change the style of your bars or dots based on whether it is a member of the group of products which you list. A such group of products can be attrained through events like `Chart.Events.onMouseMove` or similar. C.chart [ CE.onMouseMove OnHover (CE.getNearest CE.dot) ] [ C.series .year [ C.scatter .income [ CA.opacity 0.6 ] |> C.amongst model.hovering (\datum -> [ CA.highlight 0.5 ]) ] [ { year = 2000, income = 40000, people = 150 } , { year = 2010, income = 48000, people = 98 } , { year = 2020, income = 62000, people = 180 } ] ] -} amongst : List (CE.Product config value data) -> (data -> List (Attribute deco)) -> Property data inter deco -> Property data inter deco amongst inQuestion func = P.variation <| \p s i meta d -> let check product = if Item.getPropertyIndex product == p && Item.getStackIndex product == s && Item.getDataIndex product == i && Item.getDatum product == d then func d else [] in List.concatMap check inQuestion {-| Stack a set of bar or line series. C.chart [] [ C.bars [] [ C.stacked [ C.bar .cats [] , C.bar .dogs [] ] ] [ { cats = 2, dogs = 4 } , { cats = 3, dogs = 2 } , { cats = 6, dogs = 1 } ] ] -} stacked : List (Property data inter deco) -> Property data inter deco stacked = P.stacked -- LABEL EXTRAS {-| -} type alias ItemLabel a = { xOff : Float , yOff : Float , border : String , borderWidth : Float , fontSize : Maybe Int , color : String , anchor : Maybe IS.Anchor , rotate : Float , uppercase : Bool , attrs : List (S.Attribute Never) , position : CS.Plane -> a -> CS.Point , format : Maybe (a -> String) } defaultLabel : ItemLabel (CE.Item a) defaultLabel = { xOff = IS.defaultLabel.xOff , yOff = IS.defaultLabel.yOff , border = IS.defaultLabel.border , borderWidth = IS.defaultLabel.borderWidth , fontSize = IS.defaultLabel.fontSize , color = IS.defaultLabel.color , anchor = IS.defaultLabel.anchor , rotate = IS.defaultLabel.rotate , uppercase = IS.defaultLabel.uppercase , attrs = IS.defaultLabel.attrs , position = CE.getBottom , format = Nothing } toLabelFromItemLabel : ItemLabel (CE.Item a) -> CS.Label toLabelFromItemLabel config = { xOff = config.xOff , yOff = config.yOff , color = config.color , border = config.border , borderWidth = config.borderWidth , anchor = config.anchor , fontSize = config.fontSize , uppercase = config.uppercase , rotate = config.rotate , attrs = config.attrs } {-| Add labels by every bin. C.chart [] [ C.bars [] [ C.bar .income [] ] [ { name = "<NAME>", income = 60 } , { name = "<NAME>", income = 70 } , { name = "<NAME>", income = 80 } ] , C.binLabels .name [ CA.moveDown 15 ] ] Attributes you can use: C.binLabels .name [ CA.moveUp 5 -- Move 5 SVG units up , CA.moveDown 5 -- Move 5 SVG units down , CA.moveLeft 5 -- Move 5 SVG units left , CA.moveRight 5 -- Move 5 SVG units right , CA.color "#333" , CA.border "white" , CA.borderWidth 1 , CA.fontSize 12 , CA.alignRight -- Anchor labels to the right , CA.alignLeft -- Anchor labels to the left , CA.rotate 90 -- Rotate label 90 degrees , CA.uppercase -- Make uppercase -- Add arbitrary SVG attributes to your labels. , CA.attrs [ SA.class "my-bin-labels" ] -- Edit the position of the label , CA.position CE.getTop -- Given the entire bin item (not just the data) -- produce a string. , CA.format (\bin -> String.fromFloat (CE.getCommonality bin).start) ] -} binLabels : (data -> String) -> List (Attribute (ItemLabel (CE.Group (CE.Bin data) CE.Bar (Maybe Float) data))) -> Element data msg binLabels toLabel edits = eachCustom (CE.collect CE.bin CE.bar) <| \p item -> let config = Helpers.apply edits defaultLabel text = case config.format of Just formatting -> formatting item Nothing -> toLabel (CE.getCommonality item).datum in [ svg <| \_ -> IS.label p (toLabelFromItemLabel config) [ S.text text ] (config.position p item) ] {-| Add labels by every bar. C.chart [] [ C.bars [] [ C.bar .income [] ] [ { name = "<NAME>", income = 60 } , { name = "<NAME>", income = 70 } , { name = "<NAME>", income = 80 } ] , C.barLabels [ CA.moveUp 6 ] ] Attributes you can use: C.barLabels [ CA.moveUp 5 -- Move 5 SVG units up , CA.moveDown 5 -- Move 5 SVG units down , CA.moveLeft 5 -- Move 5 SVG units left , CA.moveRight 5 -- Move 5 SVG units right , CA.color "#333" , CA.border "white" , CA.borderWidth 1 , CA.fontSize 12 , CA.alignRight -- Anchor labels to the right , CA.alignLeft -- Anchor labels to the left , CA.rotate 90 -- Rotate label 90 degrees , CA.uppercase -- Make uppercase -- Add arbitrary SVG attributes to your labels. , CA.attrs [ SA.class "my-bar-labels" ] -- Edit the position of the label , CA.position CE.getTop -- Change the text of the label , CA.format (\bar -> String.fromFloat (CE.getDependent bar)) ] -} barLabels : List (Attribute (ItemLabel (CE.Product CE.Bar Float data))) -> Element data msg barLabels edits = eachBar <| \p item -> let config = Helpers.apply edits { defaultLabel | position = CE.getTop } text = case config.format of Just formatting -> formatting item Nothing -> String.fromFloat (CE.getDependent item) in [ svg <| \_ -> IS.label p (toLabelFromItemLabel config) [ S.text text ] (config.position p item) ] {-| Helper to add a label by a particular product. C.chart [ CE.onMouseMove OnHover (CE.getNearest CE.bar) ] [ C.bars [] [ C.bar .income [] ] [ { name = "<NAME>", income = 60 } , { name = "<NAME>", income = 70 } , { name = "<NAME>", income = 80 } ] , C.each model.hovering <| \_ bar -> [ C.productLabel [ CA.moveUp 6 ] bar ] ] Attributes you can use: C.productLabel [ CA.moveUp 5 -- Move 5 SVG units up , CA.moveDown 5 -- Move 5 SVG units down , CA.moveLeft 5 -- Move 5 SVG units left , CA.moveRight 5 -- Move 5 SVG units right , CA.color "#333" , CA.border "white" , CA.borderWidth 1 , CA.fontSize 12 , CA.alignRight -- Anchor labels to the right , CA.alignLeft -- Anchor labels to the left , CA.rotate 90 -- Rotate label 90 degrees , CA.uppercase -- Make uppercase -- Add arbitrary SVG attributes to your labels. , CA.attrs [ SA.class "my-bar-labels" ] -- Edit the position of the label , CA.position CE.getTop -- Change the text of the label , CA.format (\bar -> String.fromFloat (CE.getDependent bar)) ] product -} productLabel : List (Attribute (ItemLabel (CE.Product config value data))) -> CE.Product config value data -> Element data msg productLabel edits item = withPlane <| \p -> let config = Helpers.apply edits { defaultLabel | position = CE.getTop } text = case config.format of Just formatting -> formatting item Nothing -> String.fromFloat (Item.getDependentSafe item) in [ svg <| \_ -> IS.label p (toLabelFromItemLabel config) [ S.text text ] (config.position p item) ] {-| Add labels by every bar. C.chart [] [ C.series .age [ C.scatter .income [] ] [ { age = 34, income = 60 } , { age = 42, income = 70 } , { age = 48, income = 80 } ] , C.dotLabels CE.getCenter [ CA.moveUp 6 ] ] Attributes you can use: C.dotLabels [ CA.moveUp 5 -- Move 5 SVG units up , CA.moveDown 5 -- Move 5 SVG units down , CA.moveLeft 5 -- Move 5 SVG units left , CA.moveRight 5 -- Move 5 SVG units right , CA.color "#333" , CA.border "white" , CA.borderWidth 1 , CA.fontSize 12 , CA.alignRight -- Anchor labels to the right , CA.alignLeft -- Anchor labels to the left , CA.rotate 90 -- Rotate label 90 degrees , CA.uppercase -- Make uppercase -- Add arbitrary SVG attributes to your labels. , CA.attrs [ SA.class "my-dot-labels" ] -- Edit the position of the label , CA.position CE.getTop -- Change the text of the label , CA.format (\dot -> String.fromFloat (CE.getDependent dot)) ] -} dotLabels : List (Attribute (ItemLabel (CE.Product CE.Dot Float data))) -> Element data msg dotLabels edits = eachDot <| \p item -> let config = Helpers.apply edits { defaultLabel | position = CE.getCenter } text = case config.format of Just formatting -> formatting item Nothing -> String.fromFloat (Item.getDependent item) in [ svg <| \_ -> IS.label p (toLabelFromItemLabel config) [ S.text text ] (config.position p item) ] -- BARS {-| -} type alias Bars data = { spacing : Float , margin : Float , roundTop : Float , roundBottom : Float , grouped : Bool , grid : Bool , x1 : Maybe (data -> Float) , x2 : Maybe (data -> Float) } {-| Add a bar series to your chart. Each `data` in your `List data` is a "bin". For each "bin", whatever number of bars your have specified in the second argument will show up, side-by-side. C.bars [] [ C.bar .income [] , C.bar .spending [] ] [ { income = 10, spending = 2 } , { income = 12, spending = 6 } , { income = 18, spending = 16 } ] The example above will thus produce three bins, each containing two bars. You can make your bars show up overlapping instead of side-by-side by using the `CA.ungroup` attribute: C.bars [ CA.ungroup ] [ C.bar .total [] , C.bar .gross [] , C.bar .net [] ] [ { net = 10, gross = 20, total = 50 } , { net = 13, gross = 28, total = 63 } , { net = 16, gross = 21, total = 82 } ] By default, the x value of each bin is set by a simple count. The first bin is set at x = 1, the second at x = 2, and so on. If you'd like to control what the x values of your bins are, e.g. you are making a histogram, you may use the `CA.x1` and `CA.x2` attributes, as illustrated below. C.bars [ CA.x1 .score , CA.x2 (\datum -> datum.score + 20) ] [ C.bar .students [] ] [ { score = 0, students = 1 } , { score = 20, students = 10 } , { score = 40, students = 30 } , { score = 60, students = 20 } , { score = 80, students = 1 } ] In this case, you actually only need to specify either `x1` or `x2` because the library estimates the unknown x value based on the size of the previous or next bin. However, it comes in handy to specify both when you have bins of irregular sizes. The rest of the configuration options concern styling: C.bars [ CA.spacing 0.1 -- The spacing _between_ the bars in each bin relative to the full length (1). , CA.margin 0.2 -- The spacing _around_ the bars in each bin relative to the full length (1). , CA.roundTop 0.2 -- The rounding of your bars' top corners. It gets weird after around 0.5. , CA.roundBottom 0.2 -- The rounding of your bars' bottom corners. It gets weird after around 0.5. , CA.noGrid -- Grid lines are by default added at the bin limits. This removes them. ] [ C.bar .income [] , C.bar .spending [] ] [ { income = 10, spending = 2 } , { income = 12, spending = 6 } , { income = 18, spending = 16 } ] -} bars : List (Attribute (Bars data)) -> List (Property data () CS.Bar) -> List data -> Element data msg bars edits properties data = barsMap identity edits properties data {-| This is just like `bars`, but it maps your `data`. This is useful if you have several kinds of data types present in your chart. type Datum = Money { year : Float, income : Float } | People { year : Float, people : Float } view : Html msg view = C.chart [] [ C.barsMap Money [ CA.x1 .year ] [ C.bar .income [] ] [ { year = 2000, income = 200 } , { year = 2010, income = 300 } , { year = 2020, income = 500 } ] , C.barsMap People [ CA.x1 .year ] [ C.bar .people [] ] [ { year = 2000, people = 21 } , { year = 2010, people = 65 } , { year = 2020, people = 93 } ] ] -} barsMap : (data -> a) -> List (Attribute (Bars data)) -> List (Property data () CS.Bar) -> List data -> Element a msg barsMap mapData edits properties data = Indexed <| \index -> let barsConfig = Helpers.apply edits Produce.defaultBars items = Produce.toBarSeries index edits properties data generalized = List.concatMap Group.getGenerals items |> List.map (Item.map mapData) bins = CE.group CE.bin generalized legends_ = Legend.toBarLegends index edits properties toTicks plane acc = { acc | xs = acc.xs ++ if barsConfig.grid then List.concatMap (CE.getLimits >> \pos -> [ pos.x1, pos.x2 ]) bins else [] } toLimits = List.map Item.getLimits bins in ( BarsElement toLimits generalized legends_ toTicks <| \plane -> S.g [ SA.class "elm-charts__bar-series" ] (List.map (Item.toSvg plane) items) |> S.map never , index + List.length (List.concatMap P.toConfigs properties) ) -- SERIES {-| Add a scatter or line series to your chart. Each `data` in your `List data` will result in one "dot". The first argument of `series` determines the x value of each dot. The y value and all styling configuration is determined by the list of `interpolated` or `scatter` properties defined in the second argument. C.series .age [ C.interpolated .height [] [] , C.interpolated .weight [] [] ] [ { age = 0, height = 40, weight = 4 } , { age = 5, height = 80, weight = 24 } , { age = 10, height = 120, weight = 36 } , { age = 15, height = 180, weight = 54 } , { age = 20, height = 184, weight = 60 } ] See `interpolated` and `scatter` for styling options. -} series : (data -> Float) -> List (Property data CS.Interpolation CS.Dot) -> List data -> Element data msg series toX properties data = seriesMap identity toX properties data {-| This is just like `series`, but it maps your `data`. This is useful if you have several kinds of data types present in your chart. type Datum = Height { age : Float, height : Float } | Weight { age : Float, weight : Float } view : Html msg view = C.chart [] [ C.seriesMap Height .age [ C.interpolated .height [] ] [ { age = 0, height = 40 } , { age = 5, height = 80 } , { age = 10, height = 120 } , { age = 15, height = 180 } ] , C.seriesMap Weight .age [ C.interpolated .weight [] ] [ { age = 0, weight = 4 } , { age = 5, weight = 24 } , { age = 10, weight = 36 } , { age = 15, weight = 54 } ] ] -} seriesMap : (data -> a) -> (data -> Float) -> List (Property data CS.Interpolation CS.Dot) -> List data -> Element a msg seriesMap mapData toX properties data = Indexed <| \index -> let items = Produce.toDotSeries index toX properties data generalized = List.concatMap Group.getGenerals items |> List.map (Item.map mapData) legends_ = Legend.toDotLegends index properties toLimits = List.map Item.getLimits items in ( SeriesElement toLimits generalized legends_ <| \p -> S.g [ SA.class "elm-charts__dot-series" ] (List.map (Item.toSvg p) items) |> S.map never , index + List.length (List.concatMap P.toConfigs properties) ) -- OTHER {-| Using the information about your coordinate system, add a list of elements. -} withPlane : (C.Plane -> List (Element data msg)) -> Element data msg withPlane func = SubElements <| \p is -> func p {-| Given all your bins, add a list of elements. Use helpers in `Chart.Events` to interact with bins. -} withBins : (C.Plane -> List (CE.Group (CE.Bin data) CE.Any (Maybe Float) data) -> List (Element data msg)) -> Element data msg withBins func = SubElements <| \p is -> func p (CE.group CE.bin is) {-| Given all your stacks, add a list of elements. Use helpers in `Chart.Events` to interact with stacks. -} withStacks : (C.Plane -> List (CE.Group (CE.Stack data) CE.Any (Maybe Float) data) -> List (Element data msg)) -> Element data msg withStacks func = SubElements <| \p is -> func p (CE.group CE.stack is) {-| Given all your bars, add a list of elements. Use helpers in `Chart.Events` to interact with bars. -} withBars : (C.Plane -> List (CE.Product CE.Bar (Maybe Float) data) -> List (Element data msg)) -> Element data msg withBars func = SubElements <| \p is -> func p (CE.group CE.bar is) {-| Given all your dots, add a list of elements. Use helpers in `Chart.Events` to interact with dots. -} withDots : (C.Plane -> List (CE.Product CE.Dot (Maybe Float) data) -> List (Element data msg)) -> Element data msg withDots func = SubElements <| \p is -> func p (CE.group CE.dot is) {-| Given all your products, add a list of elements. Use helpers in `Chart.Events` to interact with products. -} withProducts : (C.Plane -> List (CE.Product CE.Any (Maybe Float) data) -> List (Element data msg)) -> Element data msg withProducts func = SubElements <| \p is -> func p is {-| Add elements for each item of whatever list in the first argument. C.chart [ CE.onMouseMove OnHover (CE.getNearest CE.product) ] [ C.series .year [ C.scatter .income [] ] [ { year = 2000, income = 40000 } , { year = 2010, income = 56000 } , { year = 2020, income = 62000 } ] , C.each model.hovering <| \plane product -> [ C.tooltip product [] [] [] ] ] -} each : List a -> (C.Plane -> a -> List (Element data msg)) -> Element data msg each items func = SubElements <| \p _ -> List.concatMap (func p) items {-| Add elements for each bin. C.chart [] [ C.bars [] [ C.bar .income [] , C.bar .spending [] ] [ { country = "Denmark", income = 40000, spending = 10000 } , { country = "Sweden", income = 56000, spending = 12000 } , { country = "Norway", income = 62000, spending = 18000 } ] , C.eachBin <| \plane bin -> let common = CE.getCommonality bin in [ C.label [] [ S.text common.datum.country ] (CE.getBottom plane bin) ] ] Use the functions in `Chart.Events` to access information about your bins. -} eachBin : (C.Plane -> CE.Group (CE.Bin data) CE.Any Float data -> List (Element data msg)) -> Element data msg eachBin func = SubElements <| \p is -> List.concatMap (func p) (CE.group (CE.collect CE.bin <| CE.keep CE.realValues CE.product) is) {-| Add elements for each stack. C.chart [] [ C.bars [] [ C.stacked [ C.bar .income [] , C.bar .savings [] ] ] [ { income = 40000, savings = 10000 } , { income = 56000, savings = 12000 } , { income = 62000, savings = 18000 } ] , C.eachStack <| \plane stack -> let total = List.sum (List.map CE.getDependent (CE.getProducts stack)) in [ C.label [] [ S.text (String.fromFloat total) ] (CE.getTop plane stack) ] ] Use the functions in `Chart.Events` to access information about your stacks. -} eachStack : (C.Plane -> CE.Group (CE.Stack data) CE.Any Float data -> List (Element data msg)) -> Element data msg eachStack func = SubElements <| \p is -> List.concatMap (func p) (CE.group (CE.collect CE.stack <| CE.keep CE.realValues CE.product) is) {-| Add elements for each bar. C.chart [] [ C.bars [] [ C.bar .income [] , C.bar .spending [] ] [ { income = 40000, spending = 10000 } , { income = 56000, spending = 12000 } , { income = 62000, spending = 18000 } ] , C.eachBar <| \plane bar -> let yValue = CE.getDependent bar in [ C.label [] [ S.text (String.fromFloat yValue) ] (CE.getTop plane bar) ] ] Use the functions in `Chart.Events` to access information about your bars. -} eachBar : (C.Plane -> CE.Product CE.Bar Float data -> List (Element data msg)) -> Element data msg eachBar func = SubElements <| \p is -> List.concatMap (func p) (CE.group (CE.keep CE.realValues CE.bar) is) {-| Add elements for each dot. C.chart [] [ C.series [] [ C.scatter .income [] , C.scatter .spending [] ] [ { income = 40000, spending = 10000 } , { income = 56000, spending = 12000 } , { income = 62000, spending = 18000 } ] , C.eachBar <| \plane bar -> let yValue = CE.getDependent bar in [ C.label [] [ S.text (String.fromFloat yValue) ] (CE.getTop plane bar) ] ] Use the functions in `Chart.Events` to access information about your dots. -} eachDot : (C.Plane -> CE.Product CE.Dot Float data -> List (Element data msg)) -> Element data msg eachDot func = SubElements <| \p is -> List.concatMap (func p) (CE.group (CE.keep CE.realValues CE.dot) is) {-| Add elements for each product. Works like `eachBar` and `eachDot`, but includes both bars and dots. Use the functions in `Chart.Events` to access information about your products. -} eachProduct : (C.Plane -> CE.Product CE.Any Float data -> List (Element data msg)) -> Element data msg eachProduct func = SubElements <| \p is -> List.concatMap (func p) (CE.group (CE.keep CE.realValues CE.product) is) {-| Filter and group products in any way you'd like and add elements for each of them. C.chart [] [ C.eachCustom (CE.named "cats") <| \plane product -> [ C.label [] [ S.text "hello" ] (CE.getTop plane product) ] ] The above example adds a label for each product of the series named "cats". Use the functions in `Chart.Events` to access information about your items. -} eachCustom : CE.Grouping (CE.Product CE.Any (Maybe Float) data) a -> (C.Plane -> a -> List (Element data msg)) -> Element data msg eachCustom grouping func = SubElements <| \p items -> let processed = CE.group grouping items in List.concatMap (func p) processed {-| Add legends to your chart. C.chart [] [ C.series .x [ C.line .y [] [] |> C.named "cats" , C.line .y [] [] |> C.named "dogs" ] , C.legendsAt .min .max [ CA.column -- Appear as column instead of row , CA.alignRight -- Anchor legends to the right , CA.alignLeft -- Anchor legends to the left , CA.moveUp 5 -- Move 5px up , CA.moveDown 5 -- Move 5px down , CA.moveLeft 5 -- Move 5px left , CA.moveRight 5 -- Move 5px right , CA.spacing 20 -- Spacing between legends , CA.background "beige" -- Color background , CA.border "gray" -- Add border , CA.borderWidth 1 -- Set border width -- Add arbitrary HTML attributes. Convinient for extra styling. , CA.htmlAttrs [ HA.class "my-legend" ] ] [ CA.width 30 -- Change width of legend window , CA.height 30 -- Change height of legend window , CA.fontSize 12 -- Change font size , CA.color "red" -- Change font color , CA.spacing 12 -- Change spacing between window and title , CA.htmlAttrs [ HA.class "my-legends" ] -- Add arbitrary HTML attributes. ] ] -} legendsAt : (C.Axis -> Float) -> (C.Axis -> Float) -> List (Attribute (CS.Legends msg)) -> List (Attribute (CS.Legend msg)) -> Element data msg legendsAt toX toY attrs children = HtmlElement <| \p legends_ -> let viewLegend legend = case legend of Legend.BarLegend name barAttrs -> CS.barLegend (CA.title name :: children) barAttrs Legend.LineLegend name interAttrs dotAttrs -> CS.lineLegend (CA.title name :: children) interAttrs dotAttrs in CS.legendsAt p (toX p.x) (toY p.y) attrs (List.map viewLegend legends_) {-| Generate "nice" numbers. Useful in combination with `xLabel`, `yLabel`, `xTick`, and `yTick`. C.chart [] [ C.generate 10 C.ints .x [ CA.lowest -5 CA.exactly, CA.highest 15 CA.exactly ] <| \plane int -> [ C.xTick [ CA.x (toFloat int) ] , C.xLabel [ CA.x (toFloat int) ] [ S.text (String.fromInt int) ] ] ] The example above generates 10 ints on the x axis between x = -5 and x = 15. For each of those ints, it adds a tick and a label. -} generate : Int -> CS.Generator a -> (C.Plane -> C.Axis) -> List (Attribute C.Axis) -> (C.Plane -> a -> List (Element data msg)) -> Element data msg generate num gen limit attrs func = SubElements <| \p _ -> let items = CS.generate num gen (List.foldl (\f x -> f x) (limit p) attrs) in List.concatMap (func p) items {-| Generate "nice" floats. -} floats : CS.Generator Float floats = CS.floats {-| Generate "nice" ints. -} ints : CS.Generator Int ints = CS.ints {-| Generate "nice" times. See the docs in [terezka/intervals](https://package.elm-lang.org/packages/terezka/intervals/2.0.0/Intervals#Time) for more info about the properties of `Time`! -} times : Time.Zone -> CS.Generator I.Time times = CS.times {-| Add a label, such as a chart title or other note, at a specific coordinate. C.chart [] [ C.label [] [ S.text "Data from Fruits.com" ] { x = 5, y = 10 } ] The example above adds your label at coordinates x = y and y = 10. Other attributes you can use: C.labelAt [ CA.moveUp 5 -- Move 5 SVG units up , CA.moveDown 5 -- Move 5 SVG units down , CA.moveLeft 5 -- Move 5 SVG units left , CA.moveRight 5 -- Move 5 SVG units right , CA.color "#333" , CA.border "white" , CA.borderWidth 1 , CA.fontSize 12 , CA.alignRight -- Anchor labels to the right , CA.alignLeft -- Anchor labels to the left , CA.rotate 90 -- Rotate label 90 degrees , CA.uppercase -- Make uppercase -- Add arbitrary SVG attributes to your labels. , CA.attrs [ SA.class "my-label" ] ] [ S.text "Data from Fruits.com" ] { x = 5, y = 10 } -} label : List (Attribute CS.Label) -> List (S.Svg msg) -> C.Point -> Element data msg label attrs inner point = SvgElement <| \p -> CS.label p attrs inner point {-| Add a label, such as a chart title or other note, at a position relative to your axes. C.chart [] [ C.labelAt (CA.percent 20) (CA.percent 90) [] [ S.text "Data from Fruits.com" ] ] The example above adds your label at 20% the length of your range and 90% of your domain. Other attributes you can use: C.labelAt (CA.percent 20) (CA.percent 90) [ CA.moveUp 5 -- Move 5 SVG units up , CA.moveDown 5 -- Move 5 SVG units down , CA.moveLeft 5 -- Move 5 SVG units left , CA.moveRight 5 -- Move 5 SVG units right , CA.color "#333" , CA.border "white" , CA.borderWidth 1 , CA.fontSize 12 , CA.alignRight -- Anchor labels to the right , CA.alignLeft -- Anchor labels to the left , CA.rotate 90 -- Rotate label 90 degrees , CA.uppercase -- Make uppercase -- Add arbitrary SVG attributes to your labels. , CA.attrs [ SA.class "my-label" ] ] [ S.text "Data from Fruits.com" ] -} labelAt : (C.Axis -> Float) -> (C.Axis -> Float) -> List (Attribute CS.Label) -> List (S.Svg msg) -> Element data msg labelAt toX toY attrs inner = SvgElement <| \p -> CS.label p attrs inner { x = toX p.x, y = toY p.y } {-| Add a line. C.chart [] [ C.line [ CA.x1 2 -- Set x1 , CA.x2 8 -- Set x2 , CA.y1 3 -- Set y1 , CA.y2 7 -- Set y2 -- Instead of specifying x2 and y2 -- you can use `x2Svg` and `y2Svg` -- to specify the end coordinate in -- terms of SVG units. -- -- Useful if making little label pointers. -- This makes a from ( x1, y1 ) to the point -- ( x1 + 15 SVG units, y1 + 30 SVG units ) , CA.x2Svg 15 , CA.y2Svg 30 , CA.break -- "break" line, so it it has a 90° angle , CA.tickLength -- Add "ticks" at the ends of the line , CA.tickDirection -- The angle of the ticks , CA.color "red" -- Change color , CA.width 2 -- Change width , CA.opacity 0.8 -- Change opacity , CA.dashed [ 5, 5 ] -- Add dashing -- Add arbitrary SVG attributes. , CA.attrs [ SA.id "my-line" ] ] ] -} line : List (Attribute CS.Line) -> Element data msg line attrs = SvgElement <| \p -> CS.line p attrs {-| Add a rectangle. C.chart [] [ C.rect [ CA.x1 2 -- Set x1 , CA.x2 8 -- Set x2 , CA.y1 3 -- Set y1 , CA.y2 7 -- Set y2 , CA.color "#aaa" -- Change fill color , CA.opacity 0.8 -- Change fill opacity , CA.border "#333" -- Change border color , CA.borderWidth 2 -- Change border width -- Add arbitrary SVG attributes. , CA.attrs [ SA.id "my-rect" ] ] ] -} rect : List (Attribute CS.Rect) -> Element data msg rect attrs = SvgElement <| \p -> CS.rect p attrs {-| Add arbitrary SVG. See `Chart.Svg` for handy SVG helpers. -} svg : (C.Plane -> S.Svg msg) -> Element data msg svg func = SvgElement <| \p -> func p {-| Add arbitrary HTML. -} html : (C.Plane -> H.Html msg) -> Element data msg html func = HtmlElement <| \p _ -> func p {-| Add arbitrary SVG at a specific location. See `Chart.Svg` for handy SVG helpers. C.chart [] [ C.svgAt .min .max 10 20 [ .. ] -- Add .. at x = the minumum value of your range (x-axis) + 12 SVG units -- and y = the maximum value of your domain (y-axis) + 20 SVG units ] -} svgAt : (C.Axis -> Float) -> (C.Axis -> Float) -> Float -> Float -> List (S.Svg msg) -> Element data msg svgAt toX toY xOff yOff view = SvgElement <| \p -> S.g [ CS.position p 0 (toX p.x) (toY p.y) xOff yOff ] view {-| Add arbitrary HTML at a specific location. -} htmlAt : (C.Axis -> Float) -> (C.Axis -> Float) -> Float -> Float -> List (H.Attribute msg) -> List (H.Html msg) -> Element data msg htmlAt toX toY xOff yOff att view = HtmlElement <| \p _ -> CS.positionHtml p (toX p.x) (toY p.y) xOff yOff att view {-| No element. -} none : Element data msg none = HtmlElement <| \_ _ -> H.text "" -- DATA HELPERS {-| Gather data points into bins. Arguments: 1. The desired bin width. 2. The function to access the binned quality on the data 3. The list of data. C.binned 10 .score [ Result "<NAME>" 43 , Result "<NAME>" 65 , Result "<NAME>" 69 , Result "<NAME>" 98 ] == [ { bin = 40, data = [ Result "<NAME>" 43 ] } , { bin = 60, data = [ Result "<NAME>" 65, Result "<NAME>" 69 ] } , { bin = 90, data = [ Result "<NAME>" 98 ] } ] type alias Result = { name : String, score : Float } -} binned : Float -> (data -> Float) -> List data -> List { bin : Float, data : List data } binned binWidth func data = let fold datum = Dict.update (toBin datum) (updateDict datum) updateDict datum maybePrev = case maybePrev of Just prev -> Just (datum :: prev) Nothing -> Just [ datum ] toBin datum = floor (func datum / binWidth) in List.foldr fold Dict.empty data |> Dict.toList |> List.map (\( bin, ds ) -> { bin = toFloat bin * binWidth, data = ds }) -- HELPERS type alias TickValue = { value : Float , label : String } generateValues : Int -> IS.TickType -> Maybe (Float -> String) -> C.Axis -> List TickValue generateValues amount tick maybeFormat axis = let toTickValues toValue toString = List.map <| \i -> { value = toValue i , label = case maybeFormat of Just format -> format (toValue i) Nothing -> toString i } in case tick of IS.Floats -> toTickValues identity String.fromFloat (CS.generate amount CS.floats axis) IS.Ints -> toTickValues toFloat String.fromInt (CS.generate amount CS.ints axis) IS.Times zone -> toTickValues (toFloat << Time.posixToMillis << .timestamp) (CS.formatTime zone) (CS.generate amount (CS.times zone) axis)

module Chart exposing ( chart , Element, bars, series, seriesMap, barsMap , Property, bar, scatter, interpolated , barMaybe, scatterMaybe, interpolatedMaybe , stacked, named, variation, amongst , xAxis, yAxis, xTicks, yTicks, xLabels, yLabels, grid , binLabels, barLabels, dotLabels, productLabel , xLabel, yLabel, xTick, yTick , generate, floats, ints, times , label, labelAt, legendsAt , tooltip, line, rect, none , svg, svgAt, html, htmlAt , each, eachBin, eachStack, eachBar, eachDot, eachProduct, eachCustom , withPlane, withBins, withStacks, withBars, withDots, withProducts , binned ) {-| Alpha version! **See also the visual catalog of examples at [elm-charts.org](https://www.elm-charts.org/documentation).** The configuration of this charting library mirrors the pattern of HTML elements and attributes. It looks something like this: import Html exposing (Html) import Chart as C import Chart.Attributes as CA view : Html msg view = C.chart [ CA.width 300 , CA.height 300 ] [ C.grid [] , C.xLabels [] , C.yLabels [] , C.bars [] [ C.bar .income [ CA.color "red" ] , C.bar .spending [ CA.opacity 0.8 ] ] data ] All the elements, like `chart`, `grid`, `xLabels`, `yLabels`, `bars` and `bar` in the example above, are defined in this module. All the attributes, like `width`, `height`, `color`, and `opacity`, are defined in `Chart.Attributes`. Attributes and other functions related to events are located in the `Chart.Events` module. Lastly, `Chart.Svg` holds charting primitives in case you have very special needs. NOTE: Some of the more advanced elements utilize helper functions in `Chart.Events` too. If that is the case, I will make a note in the comment of the element. In the following examples, I will assume the imports: import Html as H exposing (Html) import Html.Attributes as HA import Html.Events as HE import Svg as S import Svg.Attributes as SA import Svg.Events as SE import Chart as C import Chart.Attributes as CA import Chart.Events as CE # The frame @docs chart @docs Element # Chart elements ## Bar charts @docs bars, barsMap, bar, barMaybe ## Scatter and line charts @docs series, seriesMap, scatter, scatterMaybe, interpolated, interpolatedMaybe ## Stacking, naming, and variation @docs Property, stacked, named, variation, amongst # Navigation elements ## Axis lines @docs xAxis, yAxis ## Axis ticks @docs xTicks, yTicks ## Axis labels @docs xLabels, yLabels ## Grid @docs grid ## Custom Axis labels and ticks @docs xLabel, yLabel, xTick, yTick @docs generate, floats, ints, times ## Data labels @docs binLabels, barLabels, dotLabels, productLabel ## General labels @docs label, labelAt ## Legends @docs legendsAt ## Other navigation helpers @docs tooltip, line, rect # Arbitrary elements @docs svgAt, htmlAt, svg, html, none # Advanced elements ## For each item, do.. @docs eachBin, eachStack, eachBar, eachDot, eachProduct, each, eachCustom ## With all item, do.. @docs withBins, withStacks, withBars, withDots, withProducts ## Using the plane, do.. @docs withPlane # Data helper @docs binned -} import Internal.Coordinates as C import Svg as S import Svg.Attributes as SA import Svg.Events as SE import Html as H import Html.Attributes as HA import Intervals as I import Internal.Property as P import Time import Dict exposing (Dict) import Internal.Item as Item import Internal.Produce as Produce import Internal.Legend as Legend import Internal.Group as Group import Internal.Helpers as Helpers import Internal.Svg as IS import Internal.Events as IE import Chart.Svg as CS import Chart.Attributes as CA exposing (Attribute) import Chart.Events as CE {-| -} type alias Container data msg = { width : Float , height : Float , margin : { top : Float, bottom : Float, left : Float, right : Float } , padding : { top : Float, bottom : Float, left : Float, right : Float } , responsive : Bool , range : List (Attribute C.Axis) , domain : List (Attribute C.Axis) , events : List (CE.Event data msg) , htmlAttrs : List (H.Attribute msg) , attrs : List (S.Attribute msg) } {-| This is the root element of your chart. All your chart elements must be contained in a `chart` element. The below example illustrates what configurations are available for the `chart` element. view : Html msg view = C.chart [ CA.width 300 -- Sets width of chart , CA.height 500 -- Sets height of chart , CA.static -- Don't scale with parent container , CA.margin { top = 10, bottom = 20, left = 20, right = 20 } -- Add space around your chart. -- Useful if you have labels which extend -- outside the main chart area. , CA.padding { top = 10, bottom = 10, left = 10, right = 10 } -- Expand your domain / range by a set -- amount of SVG units. -- Useful if you have e.g. scatter dots -- which extend beyond your main chart area, -- and you'd like them to be within. -- Control the range and domain of your chart. -- Your range and domain is by default set to the limits of -- your data, but you can change them like this: , CA.range [ CA.lowest -5 CA.orLower -- Makes sure that your x-axis begins at -5 or lower, no matter -- what your data is like. , CA.highest 10 CA.orHigher -- Makes sure that your x-axis ends at 10 or higher, no matter -- what your data is like. ] , CA.domain [ CA.lowest 0 CA.exactly ] -- Makes sure that your y-axis begins at exactly 0, no matter -- what your data is like. -- Add event triggers to your chart. Learn more about these in -- the `Chart.Events` module. , CE.onMouseMove OnHovering (CE.getNearest C.bar) , CE.onMouseLeave (OnHovering []) -- Add arbitrary HTML and SVG attributes to your chart. , CA.htmlAttrs [ HA.style "background" "beige" ] , CA.attrs [ SA.id "my-chart" ] ] [ C.grid [] , C.xLabels [] , C.yLabels [] , .. ] -} chart : List (Attribute (Container data msg)) -> List (Element data msg) -> H.Html msg chart edits unindexedElements = let config = Helpers.apply edits { width = 300 , height = 300 , margin = { top = 0, bottom = 0, left = 0, right = 0 } , padding = { top = 0, bottom = 0, left = 0, right = 0 } , responsive = True , range = [] , domain = [] , events = [] , attrs = [ SA.style "overflow: visible;" ] , htmlAttrs = [] } elements = let toIndexedEl el ( acc, index ) = case el of Indexed toElAndIndex -> let ( newEl, newIndex ) = toElAndIndex index in ( acc ++ [ newEl ], newIndex ) _ -> ( acc ++ [ el ], index ) in List.foldl toIndexedEl ( [], 0 ) unindexedElements |> Tuple.first plane = definePlane config elements items = getItems plane elements legends_ = getLegends elements tickValues = getTickValues plane items elements ( beforeEls, chartEls, afterEls ) = viewElements config plane tickValues items legends_ elements toEvent (IE.Event event_) = let (IE.Decoder decoder) = event_.decoder in IS.Event event_.name (decoder items) in IS.container plane { attrs = config.attrs , htmlAttrs = config.htmlAttrs , responsive = config.responsive , events = List.map toEvent config.events } beforeEls chartEls afterEls -- ELEMENTS {-| The representation of a chart element. -} type Element data msg = Indexed (Int -> ( Element data msg, Int )) | SeriesElement (List C.Position) (List (Item.Product CE.Any (Maybe Float) data)) (List Legend.Legend) (C.Plane -> S.Svg msg) | BarsElement (List C.Position) (List (Item.Product CE.Any (Maybe Float) data)) (List Legend.Legend) (C.Plane -> TickValues -> TickValues) (C.Plane -> S.Svg msg) | AxisElement (C.Plane -> TickValues -> TickValues) (C.Plane -> S.Svg msg) | TicksElement (C.Plane -> TickValues -> TickValues) (C.Plane -> S.Svg msg) | TickElement (C.Plane -> Tick) (C.Plane -> Tick -> TickValues -> TickValues) (C.Plane -> Tick -> S.Svg msg) | LabelsElement (C.Plane -> Labels) (C.Plane -> Labels -> TickValues -> TickValues) (C.Plane -> Labels -> S.Svg msg) | LabelElement (C.Plane -> Label) (C.Plane -> Label -> TickValues -> TickValues) (C.Plane -> Label -> S.Svg msg) | GridElement (C.Plane -> TickValues -> S.Svg msg) | SubElements (C.Plane -> List (Item.Product CE.Any (Maybe Float) data) -> List (Element data msg)) | ListOfElements (List (Element data msg)) | SvgElement (C.Plane -> S.Svg msg) | HtmlElement (C.Plane -> List Legend.Legend -> H.Html msg) definePlane : Container data msg -> List (Element data msg) -> C.Plane definePlane config elements = let collectLimits el acc = case el of Indexed _ -> acc SeriesElement lims _ _ _ -> acc ++ lims BarsElement lims _ _ _ _ -> acc ++ lims AxisElement _ _ -> acc TicksElement _ _ -> acc TickElement _ _ _ -> acc LabelsElement _ _ _ -> acc LabelElement _ _ _ -> acc GridElement _ -> acc SubElements _ -> acc ListOfElements subs -> List.foldl collectLimits acc subs SvgElement _ -> acc HtmlElement _ -> acc limits_ = List.foldl collectLimits [] elements |> C.foldPosition identity |> \pos -> { x = toLimit pos.x1 pos.x2, y = toLimit pos.y1 pos.y2 } |> \{ x, y } -> { x = fixSingles x, y = fixSingles y } toLimit min max = { min = min, max = max, dataMin = min, dataMax = max } fixSingles bs = if bs.min == bs.max then { bs | max = bs.min + 10 } else bs calcRange = case config.range of [] -> limits_.x some -> List.foldl (\f b -> f b) limits_.x some calcDomain = case config.domain of [] -> CA.lowest 0 CA.orLower limits_.y some -> List.foldl (\f b -> f b) limits_.y some unpadded = { width = max 1 (config.width - config.padding.left - config.padding.right) , height = max 1 (config.height - config.padding.bottom - config.padding.top) , margin = config.margin , x = calcRange , y = calcDomain } scalePadX = C.scaleCartesianX unpadded scalePadY = C.scaleCartesianY unpadded xMin = calcRange.min - scalePadX config.padding.left xMax = calcRange.max + scalePadX config.padding.right yMin = calcDomain.min - scalePadY config.padding.bottom yMax = calcDomain.max + scalePadY config.padding.top in { width = config.width , height = config.height , margin = config.margin , x = { calcRange | min = min xMin xMax , max = max xMin xMax } , y = { calcDomain | min = min yMin yMax , max = max yMin yMax } } getItems : C.Plane -> List (Element data msg) -> List (Item.Product CE.Any (Maybe Float) data) getItems plane elements = let toItems el acc = case el of Indexed _ -> acc SeriesElement _ items _ _ -> acc ++ items BarsElement _ items _ _ _ -> acc ++ items AxisElement func _ -> acc TicksElement _ _ -> acc TickElement _ _ _ -> acc LabelsElement _ _ _ -> acc LabelElement _ _ _ -> acc GridElement _ -> acc SubElements _ -> acc -- TODO add phantom type to only allow decorative els in this ListOfElements subs -> List.foldl toItems acc subs SvgElement _ -> acc HtmlElement _ -> acc in List.foldl toItems [] elements getLegends : List (Element data msg) -> List Legend.Legend getLegends elements = let toLegends el acc = case el of Indexed _ -> acc SeriesElement _ _ legends_ _ -> acc ++ legends_ BarsElement _ _ legends_ _ _ -> acc ++ legends_ AxisElement _ _ -> acc TicksElement _ _ -> acc TickElement _ _ _ -> acc LabelsElement _ _ _ -> acc LabelElement _ _ _ -> acc GridElement _ -> acc SubElements _ -> acc ListOfElements subs -> List.foldl toLegends acc subs SvgElement _ -> acc HtmlElement _ -> acc in List.foldl toLegends [] elements {-| -} type alias TickValues = { xAxis : List Float , yAxis : List Float , xs : List Float , ys : List Float } getTickValues : C.Plane -> List (Item.Product CE.Any (Maybe Float) data) -> List (Element data msg) -> TickValues getTickValues plane items elements = let toValues el acc = case el of Indexed _ -> acc SeriesElement _ _ _ _ -> acc BarsElement _ _ _ func _ -> func plane acc AxisElement func _ -> func plane acc TicksElement func _ -> func plane acc TickElement toC func _ -> func plane (toC plane) acc LabelsElement toC func _ -> func plane (toC plane) acc LabelElement toC func _ -> func plane (toC plane) acc SubElements func -> List.foldl toValues acc (func plane items) GridElement _ -> acc ListOfElements subs -> List.foldl toValues acc subs SvgElement _ -> acc HtmlElement _ -> acc in List.foldl toValues (TickValues [] [] [] []) elements viewElements : Container data msg -> C.Plane -> TickValues -> List (Item.Product CE.Any (Maybe Float) data) -> List Legend.Legend -> List (Element data msg) -> ( List (H.Html msg), List (S.Svg msg), List (H.Html msg) ) viewElements config plane tickValues allItems allLegends elements = let viewOne el ( before, chart_, after ) = case el of Indexed _ -> ( before,chart_, after ) SeriesElement _ _ _ view -> ( before, view plane :: chart_, after ) BarsElement _ _ _ _ view -> ( before, view plane :: chart_, after ) AxisElement _ view -> ( before, view plane :: chart_, after ) TicksElement _ view -> ( before, view plane :: chart_, after ) TickElement toC _ view -> ( before, view plane (toC plane) :: chart_, after ) LabelsElement toC _ view -> ( before, view plane (toC plane) :: chart_, after ) LabelElement toC _ view -> ( before, view plane (toC plane) :: chart_, after ) GridElement view -> ( before, view plane tickValues :: chart_, after ) SubElements func -> List.foldr viewOne ( before, chart_, after ) (func plane allItems) ListOfElements els -> List.foldr viewOne ( before, chart_, after ) els SvgElement view -> ( before, view plane :: chart_, after ) HtmlElement view -> ( if List.length chart_ > 0 then view plane allLegends :: before else before , chart_ , if List.length chart_ > 0 then after else view plane allLegends :: after ) in List.foldr viewOne ([], [], []) elements -- TOOLTIP type alias Tooltip = { direction : Maybe IS.Direction , focal : Maybe (C.Position -> C.Position) , height : Float , width : Float , offset : Float , arrow : Bool , border : String , background : String } {-| Add a tooltip for a specific item. C.chart [ CE.onMouseMove OnHover (CE.getNearest CE.product) ] [ C.series .year [ C.scatter .income [] ] [ { year = 2000, income = 40000 } , { year = 2010, income = 56000 } , { year = 2020, income = 62000 } ] , C.each model.hovering <| \plane product -> [ C.tooltip product [] [] [] ] ] Customizations: C.tooltip item [ -- Change direction CA.onTop -- Always place tooltip on top of the item , CA.onBottom -- Always place tooltip below of the item , CA.onRight -- Always place tooltip on the right of the item , CA.onLeft -- Always place tooltip on the left of the item , CA.onLeftOrRight -- Place tooltip on the left or right of the item, -- depending on which side has more space available , CA.onTopOrBottom -- Place tooltip on the top or bottom of the item, -- depending on which side has more space available -- Change focal point (where on the item the tooltip is achored) , CA.top , CA.bottom , CA.left , CA.right , CA.center , CA.topLeft , CA.topRight , CA.topCenter , CA.bottomLeft , CA.bottomRight , CA.bottomCenter , CA.leftCenter , CA.rightCenter , CA.offset 20 -- Change offset between focal point and tooltip , CA.noArrow -- Remove little box arrow , CA.border "blue" -- Change border color , CA.background -- Change background color ] [] -- Add any HTML attributes [] -- Add any HTML children (Will be filled with default tooltip if left empty) -} tooltip : Item.Item a -> List (Attribute Tooltip) -> List (H.Attribute Never) -> List (H.Html Never) -> Element data msg tooltip i edits attrs_ content = html <| \p -> let pos = Item.getLimits i content_ = if content == [] then Item.toHtml i else content in if IS.isWithinPlane p pos.x1 pos.y2 -- TODO then CS.tooltip p (Item.getPosition p i) edits attrs_ content_ else H.text "" -- AXIS {-| -} type alias Axis = { limits : List (Attribute C.Axis) , pinned : C.Axis -> Float , arrow : Bool , color : String , width : Float } {-| Add an x-axis line to your chart. The example below illustrates the styling options: C.chart [] [ C.xAxis [ CA.color "red" -- Change color of line , CA.width 2 -- Change width of line , CA.noArrow -- Remove arrow from line , CA.pinned .max -- Change what y position the axis is set at -- .max is at the very top -- .min is at the very bottom -- CA.zero is the closest you can go to zero -- (always 3) is at y = 3. , CA.limits [ CA.lowest 2 CA.exactly , CA.highest 8 CA.exactly ] -- Change from where to where you line goes. -- The example will make a line where x1 = 2 to x2 = 8 ] ] -} xAxis : List (Attribute Axis) -> Element item msg xAxis edits = let config = Helpers.apply edits { limits = [] , pinned = CA.zero , color = "" , arrow = True , width = 1 } addTickValues p ts = { ts | yAxis = config.pinned p.y :: ts.yAxis } in AxisElement addTickValues <| \p -> let xLimit = List.foldl (\f x -> f x) p.x config.limits in S.g [ SA.class "elm-charts__x-axis" ] [ CS.line p [ CA.color config.color , CA.width config.width , CA.y1 (config.pinned p.y) , CA.x1 (max p.x.min xLimit.min) , CA.x2 (min p.x.max xLimit.max) ] , if config.arrow then CS.arrow p [ CA.color config.color ] { x = xLimit.max , y = config.pinned p.y } else S.text "" ] {-| Add an y-axis line to your chart. The styling options are the same as for `xAxis`. -} yAxis : List (Attribute Axis) -> Element item msg yAxis edits = let config = Helpers.apply edits { limits = [] , pinned = CA.zero , color = "" , arrow = True , width = 1 } addTickValues p ts = { ts | xAxis = config.pinned p.x :: ts.xAxis } in AxisElement addTickValues <| \p -> let yLimit = List.foldl (\f y -> f y) p.y config.limits in S.g [ SA.class "elm-charts__y-axis" ] [ CS.line p [ CA.color config.color , CA.width config.width , CA.x1 (config.pinned p.x) , CA.y1 (max p.y.min yLimit.min) , CA.y2 (min p.y.max yLimit.max) ] , if config.arrow then CS.arrow p [ CA.color config.color, CA.rotate -90 ] { x = config.pinned p.x , y = yLimit.max } else S.text "" ] type alias Ticks = { color : String , height : Float , width : Float , pinned : C.Axis -> Float , limits : List (Attribute C.Axis) , amount : Int , flip : Bool , grid : Bool , generate : IS.TickType } {-| Produce a set of ticks at "nice" numbers on the x-axis of your chart. The example below illustrates the configuration: C.chart [] [ C.xTicks [ CA.color "red" -- Change color , CA.height 8 -- Change height , CA.width 2 -- Change width , CA.amount 15 -- Change amount of ticks , CA.flip -- Flip to opposite direction , CA.noGrid -- By default a grid line is added -- for each tick. This removes them. , CA.ints -- Add ticks at "nice" ints , CA.times Time.utc -- Add ticks at "nice" times , CA.pinned .max -- Change what y position the ticks are set at -- .max is at the very top -- .min is at the very bottom -- CA.zero is the closest you can go to zero -- (always 3) is at y = 3. , CA.limits [ CA.lowest 2 CA.exactly , CA.highest 8 CA.exactly ] -- Change the upper and lower limit of your tick range. -- The example will add ticks between x = 2 and 8. ] ] -} xTicks : List (Attribute Ticks) -> Element item msg xTicks edits = let config = Helpers.apply edits { color = "" , limits = [] , pinned = CA.zero , amount = 5 , generate = IS.Floats , height = 5 , flip = False , grid = True , width = 1 } toTicks p = List.foldl (\f x -> f x) p.x config.limits |> generateValues config.amount config.generate Nothing |> List.map .value addTickValues p ts = if not config.grid then ts else { ts | xs = ts.xs ++ toTicks p } in TicksElement addTickValues <| \p -> let toTick x = CS.xTick p [ CA.color config.color , CA.length (if config.flip then -config.height else config.height) , CA.width config.width ] { x = x , y = config.pinned p.y } in S.g [ SA.class "elm-charts__x-ticks" ] <| List.map toTick (toTicks p) {-| Produce a set of ticks at "nice" numbers on the y-axis of your chart. The styling options are the same as for `xTicks`. -} yTicks : List (Attribute Ticks) -> Element item msg yTicks edits = let config = Helpers.apply edits { color = "" , limits = [] , pinned = CA.zero , amount = 5 , generate = IS.Floats , height = 5 , flip = False , grid = True , width = 1 } toTicks p = List.foldl (\f y -> f y) p.y config.limits |> generateValues config.amount config.generate Nothing |> List.map .value addTickValues p ts = { ts | ys = ts.ys ++ toTicks p } in TicksElement addTickValues <| \p -> let toTick y = CS.yTick p [ CA.color config.color , CA.length (if config.flip then -config.height else config.height) , CA.width config.width ] { x = config.pinned p.x , y = y } in S.g [ SA.class "elm-charts__y-ticks" ] <| List.map toTick (toTicks p) type alias Labels = { color : String , pinned : C.Axis -> Float , limits : List (Attribute C.Axis) , xOff : Float , yOff : Float , flip : Bool , amount : Int , anchor : Maybe IS.Anchor , generate : IS.TickType , fontSize : Maybe Int , uppercase : Bool , format : Maybe (Float -> String) , rotate : Float , grid : Bool } {-| Produce a set of labels at "nice" numbers on the x-axis of your chart. The example below illustrates the configuration: C.chart [] [ C.xLabels [ CA.color "red" -- Change color , CA.fontSize 12 -- Change font size , CA.uppercase -- Make labels uppercase , CA.rotate 90 -- Rotate labels , CA.alignRight -- Anchor labels to the right , CA.alignLeft -- Anchor labels to the left , CA.moveUp 5 -- Move 5 SVG units up , CA.moveDown 5 -- Move 5 SVG units down , CA.moveLeft 5 -- Move 5 SVG units left , CA.moveRight 5 -- Move 5 SVG units right , CA.amount 15 -- Change amount of ticks , CA.flip -- Flip to opposite direction , CA.noGrid -- By default a grid line is added -- for each label. This removes them. , CA.ints -- Add ticks at "nice" ints , CA.times Time.utc -- Add ticks at "nice" times , CA.format (\num -> String.fromFloat num ++ "°") -- Format the "nice" number , CA.pinned .max -- Change what y position the labels are set at -- .max is at the very top -- .min is at the very bottom -- CA.zero is the closest you can go to zero -- (always 3) is at y = 3. , CA.limits [ CA.lowest 2 CA.exactly , CA.highest 8 CA.exactly ] -- Change the upper and lower limit of your labels range. -- The example will add labels between x = 2 and 8. ] ] For more in depth and irregular customization, see `xLabel`. -} xLabels : List (Attribute Labels) -> Element item msg xLabels edits = let toConfig p = Helpers.apply edits { color = "#808BAB" , limits = [] , pinned = CA.zero , amount = 5 , generate = IS.Floats , flip = False , anchor = Nothing , xOff = 0 , yOff = 18 , grid = True , format = Nothing , uppercase = False , rotate = 0 , fontSize = Nothing } toTicks p config = List.foldl (\f x -> f x) p.x config.limits |> generateValues config.amount config.generate config.format toTickValues p config ts = if not config.grid then ts else { ts | xs = ts.xs ++ List.map .value (toTicks p config) } in LabelsElement toConfig toTickValues <| \p config -> let default = IS.defaultLabel toLabel item = IS.label p { default | xOff = config.xOff , yOff = if config.flip then -config.yOff + 10 else config.yOff , color = config.color , anchor = config.anchor , fontSize = config.fontSize , uppercase = config.uppercase , rotate = config.rotate } [ S.text item.label ] { x = item.value , y = config.pinned p.y } in S.g [ SA.class "elm-charts__x-labels" ] (List.map toLabel (toTicks p config)) {-| Produce a set of labels at "nice" numbers on the y-axis of your chart. The styling options are the same as for `xLabels`. -} yLabels : List (Attribute Labels) -> Element item msg yLabels edits = let toConfig p = Helpers.apply edits { color = "#808BAB" , limits = [] , pinned = CA.zero , amount = 5 , generate = IS.Floats , anchor = Nothing , flip = False , xOff = -10 , yOff = 3 , grid = True , format = Nothing , uppercase = False , fontSize = Nothing , rotate = 0 } toTicks p config = List.foldl (\f y -> f y) p.y config.limits |> generateValues config.amount config.generate config.format toTickValues p config ts = if not config.grid then ts else { ts | ys = ts.ys ++ List.map .value (toTicks p config) } in LabelsElement toConfig toTickValues <| \p config -> let default = IS.defaultLabel toLabel item = IS.label p { default | xOff = if config.flip then -config.xOff else config.xOff , yOff = config.yOff , color = config.color , fontSize = config.fontSize , uppercase = config.uppercase , rotate = config.rotate , anchor = case config.anchor of Nothing -> Just (if config.flip then IS.Start else IS.End) Just anchor -> Just anchor } [ S.text item.label ] { x = config.pinned p.x , y = item.value } in S.g [ SA.class "elm-charts__y-labels" ] (List.map toLabel (toTicks p config)) {-| -} type alias Label = { x : Float , y : Float , xOff : Float , yOff : Float , border : String , borderWidth : Float , fontSize : Maybe Int , color : String , anchor : Maybe IS.Anchor , rotate : Float , uppercase : Bool , flip : Bool , grid : Bool } {-| Produce a single x label. This is typically for cases where you need very custom labels and `xLabels` does not cut it. It is especially useful in combination with the `generate` helper. An example use case: C.chart [] [ -- Create labels for 10 "nice" integers on the x-axis -- and highlight the label at x = 0. C.generate 10 C.ints .x [] <| \plane int -> let color = if int == 0 then "red" else "gray" in [ C.xLabel [ CA.x (toFloat int), CA.color color ] [ S.text (String.fromInt int) ] ] ] A full list of possible attributes: C.chart [] [ C.xLabel [ CA.x 5 -- Set x coordinate , CA.y 8 -- Set y coordinate , CA.moveUp 5 -- Move 5 SVG units up , CA.moveDown 5 -- Move 5 SVG units down , CA.moveLeft 5 -- Move 5 SVG units left , CA.moveRight 5 -- Move 5 SVG units right , CA.border "white" -- Set stroke color , CA.borderWidth 0.5 -- Set stroke width , CA.fontSize 12 -- Set font size , CA.color "red" -- Set color , CA.alignRight -- Anchor labels to the right , CA.alignLeft -- Anchor labels to the left , CA.rotate 90 -- Rotate label 90 degrees , CA.uppercase -- Make uppercase , CA.flip -- Flip to opposite direction , CA.noGrid -- By default a grid line is added -- for each label. This removes it. ] [ S.text "hello!" ] ] -} xLabel : List (Attribute Label) -> List (S.Svg msg) -> Element data msg xLabel edits inner = let toConfig p = Helpers.apply edits { x = CA.middle p.x , y = CA.zero p.y , xOff = 0 , yOff = 20 , border = "white" , borderWidth = 0.1 , uppercase = False , fontSize = Nothing , color = "#808BAB" , anchor = Nothing , rotate = 0 , flip = False , grid = True } toTickValues p config ts = if not config.grid then ts else { ts | xs = ts.xs ++ [ config.x ] } in LabelElement toConfig toTickValues <| \p config -> let string = if inner == [] then [ S.text (String.fromFloat config.x) ] else inner in IS.label p { xOff = config.xOff , yOff = if config.flip then -config.yOff + 10 else config.yOff , border = config.border , borderWidth = config.borderWidth , fontSize = config.fontSize , uppercase = config.uppercase , color = config.color , anchor = config.anchor , rotate = config.rotate , attrs = [] } string { x = config.x, y = config.y } {-| Produce a single y label. This is typically for cases where you need very custom labels and `yLabels` does not cut it. See `xLabel` for usage and customization. -} yLabel : List (Attribute Label) -> List (S.Svg msg) -> Element data msg yLabel edits inner = let toConfig p = Helpers.apply edits { x = CA.zero p.x , y = CA.middle p.y , xOff = -8 , yOff = 3 , border = "white" , borderWidth = 0.1 , uppercase = False , fontSize = Nothing , color = "#808BAB" , anchor = Nothing , rotate = 0 , flip = False , grid = True } toTickValues p config ts = if not config.grid then ts else { ts | ys = ts.ys ++ [ config.y ] } in LabelElement toConfig toTickValues <| \p config -> let string = if inner == [] then [ S.text (String.fromFloat config.y) ] else inner in IS.label p { xOff = if config.flip then -config.xOff else config.xOff , yOff = config.yOff , border = config.border , borderWidth = config.borderWidth , fontSize = config.fontSize , uppercase = config.uppercase , color = config.color , anchor = case config.anchor of Nothing -> Just (if config.flip then IS.Start else IS.End) Just anchor -> Just anchor , rotate = config.rotate , attrs = [] } string { x = config.x, y = config.y } {-| -} type alias Tick = { x : Float , y : Float , color : String , width : Float , length : Float , flip : Bool , grid : Bool } {-| Produce a single x tick. This is typically for cases where you need very custom ticks and `xTicks` does not cut it. It is especially useful in combination with the `generate` helper. An example use case: C.chart [] [ -- Create ticks for 10 "nice" integers on the x-axis -- and highlight the tick at x = 0. C.generate 10 C.ints .x [] <| \plane int -> let color = if int == 0 then "red" else "gray" in [ C.xTick [ CA.x (toFloat int), CA.color color ] ] ] A full list of possible attributes: C.xTick [ CA.x 5 -- Set x coordinate , CA.y 8 -- Set y coordinate , CA.color "red" -- Change color , CA.height 8 -- Change height , CA.width 2 -- Change width , CA.amount 15 -- Change amount of ticks , CA.flip -- Flip to opposite direction , CA.noGrid -- By default a grid line is added -- for each tick. This removes them. ] -} xTick : List (Attribute Tick) -> Element data msg xTick edits = let toConfig p = Helpers.apply edits { x = CA.middle p.x , y = CA.zero p.y , length = 5 , color = "rgb(210, 210, 210)" , width = 1 , flip = False , grid = True } toTickValues p config ts = if not config.grid then ts else { ts | xs = ts.xs ++ [ config.x ] } in TickElement toConfig toTickValues <| \p config -> CS.xTick p [ CA.length (if config.flip then -config.length else config.length) , CA.color config.color , CA.width config.width ] { x = config.x, y = config.y } {-| Produce a single y tick. This is typically for cases where you need very custom ticks and `yTicks` does not cut it. See `xTick` for usage and customization. -} yTick : List (Attribute Tick) -> Float -> Element data msg yTick edits val = let toConfig p = Helpers.apply edits { x = CA.middle p.x , y = CA.zero p.y , length = 5 , color = "rgb(210, 210, 210)" , width = 1 , flip = False , grid = True } toTickValues p config ts = if not config.grid then ts else { ts | ys = ts.ys ++ [ config.y ] } in TickElement toConfig toTickValues <| \p config -> CS.yTick p [ CA.length (if config.flip then -config.length else config.length) , CA.color config.color , CA.width config.width ] { x = config.x, y = config.y } type alias Grid = { color : String , width : Float , dotGrid : Bool , dashed : List Float } {-| Add a grid to your chart. C.chart [] [ C.grid [] , C.xLabels [] , C.yLabels [] ] Grid lines are added where labels or ticks are added. Customizations: C.grid [ CA.color "blue" -- Change color , CA.width 3 -- Change width , CA.dashed [ 5, 5 ] -- Add dashing (only for line grids) , CA.dotGrid -- Use dot grid instead of line grid ] -} grid : List (Attribute Grid) -> Element item msg grid edits = let config = Helpers.apply edits { color = "" , width = 0 , dotGrid = False , dashed = [] } color = if String.isEmpty config.color then if config.dotGrid then Helpers.darkGray else Helpers.gray else config.color width = if config.width == 0 then if config.dotGrid then 0.5 else 1 else config.width toXGrid vs p v = if List.member v vs.xAxis then Nothing else Just <| CS.line p [ CA.color color, CA.width width, CA.x1 v, CA.dashed config.dashed ] toYGrid vs p v = if List.member v vs.yAxis then Nothing else Just <| CS.line p [ CA.color color, CA.width width, CA.y1 v, CA.dashed config.dashed ] toDot vs p x y = if List.member x vs.xAxis || List.member y vs.yAxis then Nothing else Just <| CS.dot p .x .y [ CA.color color, CA.size width, CA.circle ] { x = x, y = y } in GridElement <| \p vs -> S.g [ SA.class "elm-charts__grid" ] <| if config.dotGrid then List.concatMap (\x -> List.filterMap (toDot vs p x) vs.ys) vs.xs else [ S.g [ SA.class "elm-charts__x-grid" ] (List.filterMap (toXGrid vs p) vs.xs) , S.g [ SA.class "elm-charts__y-grid" ] (List.filterMap (toYGrid vs p) vs.ys) ] -- PROPERTIES {-| A property of a bar, line, or scatter series. -} type alias Property data inter deco = P.Property data String inter deco {-| Specify the configuration of a bar. The first argument will determine the height of your bar. The second is a list of styling attributes. The example below illustrates what styling options are available. C.chart [] [ C.bars [] [ C.bar .income [ CA.color "blue" -- Change the color , CA.border "darkblue" -- Change the border color , CA.borderWidth 2 -- Change the border width , CA.opacity 0.7 -- Change the border opacity -- A bar can either be solid (default), striped, dotted, or gradient. , CA.striped [ CA.width 2 -- Width of each stripe , CA.spacing 3 -- Spacing bewteen each stripe , CA.color "blue" -- Color of stripe , CA.rotate 90 -- Angle of stripe ] , CA.dotted [] -- Same configurations as `striped` , CA.gradient [ "blue", "darkblue" ] -- List of colors in gradient , CA.roundTop 0.2 -- Round the top corners , CA.roundBottom 0.2 -- Round the bottom corners -- You can highlight a bar or a set of bars by adding a kind of "aura" to it. , CA.highlight 0.5 -- Determine the opacity of the aura , CA.highlightWidth 5 -- Determine the width of the aura , CA.highlightColor "blue" -- Determine the color of the aura -- Add arbitrary SVG attributes to your bar , CA.attrs [ SA.strokeOpacity "0.5" ] ] ] [ { income = 10 } , { income = 12 } , { income = 18 } ] ] -} bar : (data -> Float) -> List (Attribute CS.Bar) -> Property data inter CS.Bar bar y = P.property (y >> Just) [] {-| Same as `bar`, but allows for missing data. C.chart [] [ C.bars [] [ C.barMaybe .income [] ] [ { income = Just 10 } , { income = Nothing } , { income = Just 18 } ] ] -} barMaybe : (data -> Maybe Float) -> List (Attribute CS.Bar) -> Property data inter CS.Bar barMaybe y = P.property y [] {-| Specify the configuration of a set of dots. The first argument will determine the y value of your dots. The second is a list of styling attributes. The example below illustrates what styling options are available. C.series .year [ C.scatter .income [ CA.size 10 -- Change size of dot , CA.color "blue" -- Change color , CA.opacity 0.8 -- Change opacity , CA.border "lightblue" -- Change border color , CA.borderWidth 2 -- Change border width -- You can highlight a dot or a set of dots by adding a kind of "aura" to it. , CA.highlight 0.3 -- Determine the opacity of the aura , CA.highlightWidth 6 -- Determine the width of the aura , CA.highlightColor "blue" -- Determine the color of the aura -- A dot is by default a circle, but you can change it to any -- of the shapes below. , CA.triangle , CA.square , CA.diamond , CA.plus , CA.cross ] ] [ { year = 2000, income = 40000 } , { year = 2010, income = 57000 } , { year = 2020, income = 62000 } ] -} scatter : (data -> Float) -> List (Attribute CS.Dot) -> Property data inter CS.Dot scatter y = P.property (y >> Just) [] {-| Same as `scatter`, but allows for missing data. C.chart [] [ C.series .year [ C.scatterMaybe .income [] ] [ { year = 2000, income = Just 40000 } , { year = 2010, income = Nothing } , { year = 2020, income = Just 62000 } ] ] -} scatterMaybe : (data -> Maybe Float) -> List (Attribute CS.Dot) -> Property data inter CS.Dot scatterMaybe y = P.property y [] {-| Specify the configuration of a interpolated series (a line). The first argument will determine the y value of your dots. The second is a list of attributes pertaining to your interpolation. The third argument is a list of attributes pertaining to the dots of your series. The example below illustrates what styling options are available. C.series .age [ C.interpolated .height [ -- The following attributes allow alternatives to the default -- linear interpolation. CA.monotone -- Use a monotone interpolation (looks smooth) , CA.stepped -- Use a stepped interpolation (looks like stairs) , CA.color "blue" , CA.width 2 , CA.dashed [ 4, 4 ] -- The area beneath the curve is by default transparent, but you -- can change the opacity of it, or make it striped, dotted, or gradient. , CA.opacity 0.5 , CA.striped [ CA.width 2 -- Width of each stripe , CA.spacing 3 -- Spacing bewteen each stripe , CA.color "blue" -- Color of stripe , CA.rotate 90 -- Angle of stripe ] , CA.dotted [] -- Same configurations as `striped` , CA.gradient [ "blue", "darkblue" ] -- List of colors in gradient -- Add arbitrary SVG attributes to your line , CA.attrs [ SA.id "my-chart" ] ] [] ] [ { age = 0, height = 40 } , { age = 5, height = 80 } , { age = 10, height = 120 } , { age = 15, height = 180 } , { age = 20, height = 184 } ] -} interpolated : (data -> Float) -> List (Attribute CS.Interpolation) -> List (Attribute CS.Dot) -> Property data CS.Interpolation CS.Dot interpolated y inter = P.property (y >> Just) ([ CA.linear ] ++ inter) {-| Same as `interpolated`, but allows for missing data. C.chart [] [ C.series .age [ C.interpolatedMaybe .height [] ] [ { age = 0, height = Just 40 } , { age = 5, height = Nothing } , { age = 10, height = Just 120 } , { age = 15, height = Just 180 } , { age = 20, height = Just 184 } ] ] -} interpolatedMaybe : (data -> Maybe Float) -> List (Attribute CS.Interpolation) -> List (Attribute CS.Dot) -> Property data CS.Interpolation CS.Dot interpolatedMaybe y inter = P.property y ([ CA.linear ] ++ inter) {-| Name a bar, scatter, or interpolated series. This name will show up in the default tooltip, and you can use it to identify items from this series. C.chart [] [ C.series .year [ C.scatter .income [] |> C.named "Income" ] [ { year = 2000, income = 40000 } , { year = 2010, income = 48000 } , { year = 2020, income = 62000 } ] ] -} named : String -> Property data inter deco -> Property data inter deco named name = P.meta name {-| Change the style of your bars or dots based on the index of its data point and the data point itself. C.chart [] [ C.series .year [ C.scatter .income [ CA.opacity 0.6 ] |> C.variation (\index datum -> [ CA.size datum.people ]) ] [ { year = 2000, income = 40000, people = 150 } , { year = 2010, income = 48000, people = 98 } , { year = 2020, income = 62000, people = 180 } ] ] -} variation : (Int -> data -> List (Attribute deco)) -> Property data inter deco -> Property data inter deco variation func = P.variation <| \_ _ index _ datum -> func index datum {-| Change the style of your bars or dots based on whether it is a member of the group of products which you list. A such group of products can be attrained through events like `Chart.Events.onMouseMove` or similar. C.chart [ CE.onMouseMove OnHover (CE.getNearest CE.dot) ] [ C.series .year [ C.scatter .income [ CA.opacity 0.6 ] |> C.amongst model.hovering (\datum -> [ CA.highlight 0.5 ]) ] [ { year = 2000, income = 40000, people = 150 } , { year = 2010, income = 48000, people = 98 } , { year = 2020, income = 62000, people = 180 } ] ] -} amongst : List (CE.Product config value data) -> (data -> List (Attribute deco)) -> Property data inter deco -> Property data inter deco amongst inQuestion func = P.variation <| \p s i meta d -> let check product = if Item.getPropertyIndex product == p && Item.getStackIndex product == s && Item.getDataIndex product == i && Item.getDatum product == d then func d else [] in List.concatMap check inQuestion {-| Stack a set of bar or line series. C.chart [] [ C.bars [] [ C.stacked [ C.bar .cats [] , C.bar .dogs [] ] ] [ { cats = 2, dogs = 4 } , { cats = 3, dogs = 2 } , { cats = 6, dogs = 1 } ] ] -} stacked : List (Property data inter deco) -> Property data inter deco stacked = P.stacked -- LABEL EXTRAS {-| -} type alias ItemLabel a = { xOff : Float , yOff : Float , border : String , borderWidth : Float , fontSize : Maybe Int , color : String , anchor : Maybe IS.Anchor , rotate : Float , uppercase : Bool , attrs : List (S.Attribute Never) , position : CS.Plane -> a -> CS.Point , format : Maybe (a -> String) } defaultLabel : ItemLabel (CE.Item a) defaultLabel = { xOff = IS.defaultLabel.xOff , yOff = IS.defaultLabel.yOff , border = IS.defaultLabel.border , borderWidth = IS.defaultLabel.borderWidth , fontSize = IS.defaultLabel.fontSize , color = IS.defaultLabel.color , anchor = IS.defaultLabel.anchor , rotate = IS.defaultLabel.rotate , uppercase = IS.defaultLabel.uppercase , attrs = IS.defaultLabel.attrs , position = CE.getBottom , format = Nothing } toLabelFromItemLabel : ItemLabel (CE.Item a) -> CS.Label toLabelFromItemLabel config = { xOff = config.xOff , yOff = config.yOff , color = config.color , border = config.border , borderWidth = config.borderWidth , anchor = config.anchor , fontSize = config.fontSize , uppercase = config.uppercase , rotate = config.rotate , attrs = config.attrs } {-| Add labels by every bin. C.chart [] [ C.bars [] [ C.bar .income [] ] [ { name = "PI:NAME:<NAME>END_PI", income = 60 } , { name = "PI:NAME:<NAME>END_PI", income = 70 } , { name = "PI:NAME:<NAME>END_PI", income = 80 } ] , C.binLabels .name [ CA.moveDown 15 ] ] Attributes you can use: C.binLabels .name [ CA.moveUp 5 -- Move 5 SVG units up , CA.moveDown 5 -- Move 5 SVG units down , CA.moveLeft 5 -- Move 5 SVG units left , CA.moveRight 5 -- Move 5 SVG units right , CA.color "#333" , CA.border "white" , CA.borderWidth 1 , CA.fontSize 12 , CA.alignRight -- Anchor labels to the right , CA.alignLeft -- Anchor labels to the left , CA.rotate 90 -- Rotate label 90 degrees , CA.uppercase -- Make uppercase -- Add arbitrary SVG attributes to your labels. , CA.attrs [ SA.class "my-bin-labels" ] -- Edit the position of the label , CA.position CE.getTop -- Given the entire bin item (not just the data) -- produce a string. , CA.format (\bin -> String.fromFloat (CE.getCommonality bin).start) ] -} binLabels : (data -> String) -> List (Attribute (ItemLabel (CE.Group (CE.Bin data) CE.Bar (Maybe Float) data))) -> Element data msg binLabels toLabel edits = eachCustom (CE.collect CE.bin CE.bar) <| \p item -> let config = Helpers.apply edits defaultLabel text = case config.format of Just formatting -> formatting item Nothing -> toLabel (CE.getCommonality item).datum in [ svg <| \_ -> IS.label p (toLabelFromItemLabel config) [ S.text text ] (config.position p item) ] {-| Add labels by every bar. C.chart [] [ C.bars [] [ C.bar .income [] ] [ { name = "PI:NAME:<NAME>END_PI", income = 60 } , { name = "PI:NAME:<NAME>END_PI", income = 70 } , { name = "PI:NAME:<NAME>END_PI", income = 80 } ] , C.barLabels [ CA.moveUp 6 ] ] Attributes you can use: C.barLabels [ CA.moveUp 5 -- Move 5 SVG units up , CA.moveDown 5 -- Move 5 SVG units down , CA.moveLeft 5 -- Move 5 SVG units left , CA.moveRight 5 -- Move 5 SVG units right , CA.color "#333" , CA.border "white" , CA.borderWidth 1 , CA.fontSize 12 , CA.alignRight -- Anchor labels to the right , CA.alignLeft -- Anchor labels to the left , CA.rotate 90 -- Rotate label 90 degrees , CA.uppercase -- Make uppercase -- Add arbitrary SVG attributes to your labels. , CA.attrs [ SA.class "my-bar-labels" ] -- Edit the position of the label , CA.position CE.getTop -- Change the text of the label , CA.format (\bar -> String.fromFloat (CE.getDependent bar)) ] -} barLabels : List (Attribute (ItemLabel (CE.Product CE.Bar Float data))) -> Element data msg barLabels edits = eachBar <| \p item -> let config = Helpers.apply edits { defaultLabel | position = CE.getTop } text = case config.format of Just formatting -> formatting item Nothing -> String.fromFloat (CE.getDependent item) in [ svg <| \_ -> IS.label p (toLabelFromItemLabel config) [ S.text text ] (config.position p item) ] {-| Helper to add a label by a particular product. C.chart [ CE.onMouseMove OnHover (CE.getNearest CE.bar) ] [ C.bars [] [ C.bar .income [] ] [ { name = "PI:NAME:<NAME>END_PI", income = 60 } , { name = "PI:NAME:<NAME>END_PI", income = 70 } , { name = "PI:NAME:<NAME>END_PI", income = 80 } ] , C.each model.hovering <| \_ bar -> [ C.productLabel [ CA.moveUp 6 ] bar ] ] Attributes you can use: C.productLabel [ CA.moveUp 5 -- Move 5 SVG units up , CA.moveDown 5 -- Move 5 SVG units down , CA.moveLeft 5 -- Move 5 SVG units left , CA.moveRight 5 -- Move 5 SVG units right , CA.color "#333" , CA.border "white" , CA.borderWidth 1 , CA.fontSize 12 , CA.alignRight -- Anchor labels to the right , CA.alignLeft -- Anchor labels to the left , CA.rotate 90 -- Rotate label 90 degrees , CA.uppercase -- Make uppercase -- Add arbitrary SVG attributes to your labels. , CA.attrs [ SA.class "my-bar-labels" ] -- Edit the position of the label , CA.position CE.getTop -- Change the text of the label , CA.format (\bar -> String.fromFloat (CE.getDependent bar)) ] product -} productLabel : List (Attribute (ItemLabel (CE.Product config value data))) -> CE.Product config value data -> Element data msg productLabel edits item = withPlane <| \p -> let config = Helpers.apply edits { defaultLabel | position = CE.getTop } text = case config.format of Just formatting -> formatting item Nothing -> String.fromFloat (Item.getDependentSafe item) in [ svg <| \_ -> IS.label p (toLabelFromItemLabel config) [ S.text text ] (config.position p item) ] {-| Add labels by every bar. C.chart [] [ C.series .age [ C.scatter .income [] ] [ { age = 34, income = 60 } , { age = 42, income = 70 } , { age = 48, income = 80 } ] , C.dotLabels CE.getCenter [ CA.moveUp 6 ] ] Attributes you can use: C.dotLabels [ CA.moveUp 5 -- Move 5 SVG units up , CA.moveDown 5 -- Move 5 SVG units down , CA.moveLeft 5 -- Move 5 SVG units left , CA.moveRight 5 -- Move 5 SVG units right , CA.color "#333" , CA.border "white" , CA.borderWidth 1 , CA.fontSize 12 , CA.alignRight -- Anchor labels to the right , CA.alignLeft -- Anchor labels to the left , CA.rotate 90 -- Rotate label 90 degrees , CA.uppercase -- Make uppercase -- Add arbitrary SVG attributes to your labels. , CA.attrs [ SA.class "my-dot-labels" ] -- Edit the position of the label , CA.position CE.getTop -- Change the text of the label , CA.format (\dot -> String.fromFloat (CE.getDependent dot)) ] -} dotLabels : List (Attribute (ItemLabel (CE.Product CE.Dot Float data))) -> Element data msg dotLabels edits = eachDot <| \p item -> let config = Helpers.apply edits { defaultLabel | position = CE.getCenter } text = case config.format of Just formatting -> formatting item Nothing -> String.fromFloat (Item.getDependent item) in [ svg <| \_ -> IS.label p (toLabelFromItemLabel config) [ S.text text ] (config.position p item) ] -- BARS {-| -} type alias Bars data = { spacing : Float , margin : Float , roundTop : Float , roundBottom : Float , grouped : Bool , grid : Bool , x1 : Maybe (data -> Float) , x2 : Maybe (data -> Float) } {-| Add a bar series to your chart. Each `data` in your `List data` is a "bin". For each "bin", whatever number of bars your have specified in the second argument will show up, side-by-side. C.bars [] [ C.bar .income [] , C.bar .spending [] ] [ { income = 10, spending = 2 } , { income = 12, spending = 6 } , { income = 18, spending = 16 } ] The example above will thus produce three bins, each containing two bars. You can make your bars show up overlapping instead of side-by-side by using the `CA.ungroup` attribute: C.bars [ CA.ungroup ] [ C.bar .total [] , C.bar .gross [] , C.bar .net [] ] [ { net = 10, gross = 20, total = 50 } , { net = 13, gross = 28, total = 63 } , { net = 16, gross = 21, total = 82 } ] By default, the x value of each bin is set by a simple count. The first bin is set at x = 1, the second at x = 2, and so on. If you'd like to control what the x values of your bins are, e.g. you are making a histogram, you may use the `CA.x1` and `CA.x2` attributes, as illustrated below. C.bars [ CA.x1 .score , CA.x2 (\datum -> datum.score + 20) ] [ C.bar .students [] ] [ { score = 0, students = 1 } , { score = 20, students = 10 } , { score = 40, students = 30 } , { score = 60, students = 20 } , { score = 80, students = 1 } ] In this case, you actually only need to specify either `x1` or `x2` because the library estimates the unknown x value based on the size of the previous or next bin. However, it comes in handy to specify both when you have bins of irregular sizes. The rest of the configuration options concern styling: C.bars [ CA.spacing 0.1 -- The spacing _between_ the bars in each bin relative to the full length (1). , CA.margin 0.2 -- The spacing _around_ the bars in each bin relative to the full length (1). , CA.roundTop 0.2 -- The rounding of your bars' top corners. It gets weird after around 0.5. , CA.roundBottom 0.2 -- The rounding of your bars' bottom corners. It gets weird after around 0.5. , CA.noGrid -- Grid lines are by default added at the bin limits. This removes them. ] [ C.bar .income [] , C.bar .spending [] ] [ { income = 10, spending = 2 } , { income = 12, spending = 6 } , { income = 18, spending = 16 } ] -} bars : List (Attribute (Bars data)) -> List (Property data () CS.Bar) -> List data -> Element data msg bars edits properties data = barsMap identity edits properties data {-| This is just like `bars`, but it maps your `data`. This is useful if you have several kinds of data types present in your chart. type Datum = Money { year : Float, income : Float } | People { year : Float, people : Float } view : Html msg view = C.chart [] [ C.barsMap Money [ CA.x1 .year ] [ C.bar .income [] ] [ { year = 2000, income = 200 } , { year = 2010, income = 300 } , { year = 2020, income = 500 } ] , C.barsMap People [ CA.x1 .year ] [ C.bar .people [] ] [ { year = 2000, people = 21 } , { year = 2010, people = 65 } , { year = 2020, people = 93 } ] ] -} barsMap : (data -> a) -> List (Attribute (Bars data)) -> List (Property data () CS.Bar) -> List data -> Element a msg barsMap mapData edits properties data = Indexed <| \index -> let barsConfig = Helpers.apply edits Produce.defaultBars items = Produce.toBarSeries index edits properties data generalized = List.concatMap Group.getGenerals items |> List.map (Item.map mapData) bins = CE.group CE.bin generalized legends_ = Legend.toBarLegends index edits properties toTicks plane acc = { acc | xs = acc.xs ++ if barsConfig.grid then List.concatMap (CE.getLimits >> \pos -> [ pos.x1, pos.x2 ]) bins else [] } toLimits = List.map Item.getLimits bins in ( BarsElement toLimits generalized legends_ toTicks <| \plane -> S.g [ SA.class "elm-charts__bar-series" ] (List.map (Item.toSvg plane) items) |> S.map never , index + List.length (List.concatMap P.toConfigs properties) ) -- SERIES {-| Add a scatter or line series to your chart. Each `data` in your `List data` will result in one "dot". The first argument of `series` determines the x value of each dot. The y value and all styling configuration is determined by the list of `interpolated` or `scatter` properties defined in the second argument. C.series .age [ C.interpolated .height [] [] , C.interpolated .weight [] [] ] [ { age = 0, height = 40, weight = 4 } , { age = 5, height = 80, weight = 24 } , { age = 10, height = 120, weight = 36 } , { age = 15, height = 180, weight = 54 } , { age = 20, height = 184, weight = 60 } ] See `interpolated` and `scatter` for styling options. -} series : (data -> Float) -> List (Property data CS.Interpolation CS.Dot) -> List data -> Element data msg series toX properties data = seriesMap identity toX properties data {-| This is just like `series`, but it maps your `data`. This is useful if you have several kinds of data types present in your chart. type Datum = Height { age : Float, height : Float } | Weight { age : Float, weight : Float } view : Html msg view = C.chart [] [ C.seriesMap Height .age [ C.interpolated .height [] ] [ { age = 0, height = 40 } , { age = 5, height = 80 } , { age = 10, height = 120 } , { age = 15, height = 180 } ] , C.seriesMap Weight .age [ C.interpolated .weight [] ] [ { age = 0, weight = 4 } , { age = 5, weight = 24 } , { age = 10, weight = 36 } , { age = 15, weight = 54 } ] ] -} seriesMap : (data -> a) -> (data -> Float) -> List (Property data CS.Interpolation CS.Dot) -> List data -> Element a msg seriesMap mapData toX properties data = Indexed <| \index -> let items = Produce.toDotSeries index toX properties data generalized = List.concatMap Group.getGenerals items |> List.map (Item.map mapData) legends_ = Legend.toDotLegends index properties toLimits = List.map Item.getLimits items in ( SeriesElement toLimits generalized legends_ <| \p -> S.g [ SA.class "elm-charts__dot-series" ] (List.map (Item.toSvg p) items) |> S.map never , index + List.length (List.concatMap P.toConfigs properties) ) -- OTHER {-| Using the information about your coordinate system, add a list of elements. -} withPlane : (C.Plane -> List (Element data msg)) -> Element data msg withPlane func = SubElements <| \p is -> func p {-| Given all your bins, add a list of elements. Use helpers in `Chart.Events` to interact with bins. -} withBins : (C.Plane -> List (CE.Group (CE.Bin data) CE.Any (Maybe Float) data) -> List (Element data msg)) -> Element data msg withBins func = SubElements <| \p is -> func p (CE.group CE.bin is) {-| Given all your stacks, add a list of elements. Use helpers in `Chart.Events` to interact with stacks. -} withStacks : (C.Plane -> List (CE.Group (CE.Stack data) CE.Any (Maybe Float) data) -> List (Element data msg)) -> Element data msg withStacks func = SubElements <| \p is -> func p (CE.group CE.stack is) {-| Given all your bars, add a list of elements. Use helpers in `Chart.Events` to interact with bars. -} withBars : (C.Plane -> List (CE.Product CE.Bar (Maybe Float) data) -> List (Element data msg)) -> Element data msg withBars func = SubElements <| \p is -> func p (CE.group CE.bar is) {-| Given all your dots, add a list of elements. Use helpers in `Chart.Events` to interact with dots. -} withDots : (C.Plane -> List (CE.Product CE.Dot (Maybe Float) data) -> List (Element data msg)) -> Element data msg withDots func = SubElements <| \p is -> func p (CE.group CE.dot is) {-| Given all your products, add a list of elements. Use helpers in `Chart.Events` to interact with products. -} withProducts : (C.Plane -> List (CE.Product CE.Any (Maybe Float) data) -> List (Element data msg)) -> Element data msg withProducts func = SubElements <| \p is -> func p is {-| Add elements for each item of whatever list in the first argument. C.chart [ CE.onMouseMove OnHover (CE.getNearest CE.product) ] [ C.series .year [ C.scatter .income [] ] [ { year = 2000, income = 40000 } , { year = 2010, income = 56000 } , { year = 2020, income = 62000 } ] , C.each model.hovering <| \plane product -> [ C.tooltip product [] [] [] ] ] -} each : List a -> (C.Plane -> a -> List (Element data msg)) -> Element data msg each items func = SubElements <| \p _ -> List.concatMap (func p) items {-| Add elements for each bin. C.chart [] [ C.bars [] [ C.bar .income [] , C.bar .spending [] ] [ { country = "Denmark", income = 40000, spending = 10000 } , { country = "Sweden", income = 56000, spending = 12000 } , { country = "Norway", income = 62000, spending = 18000 } ] , C.eachBin <| \plane bin -> let common = CE.getCommonality bin in [ C.label [] [ S.text common.datum.country ] (CE.getBottom plane bin) ] ] Use the functions in `Chart.Events` to access information about your bins. -} eachBin : (C.Plane -> CE.Group (CE.Bin data) CE.Any Float data -> List (Element data msg)) -> Element data msg eachBin func = SubElements <| \p is -> List.concatMap (func p) (CE.group (CE.collect CE.bin <| CE.keep CE.realValues CE.product) is) {-| Add elements for each stack. C.chart [] [ C.bars [] [ C.stacked [ C.bar .income [] , C.bar .savings [] ] ] [ { income = 40000, savings = 10000 } , { income = 56000, savings = 12000 } , { income = 62000, savings = 18000 } ] , C.eachStack <| \plane stack -> let total = List.sum (List.map CE.getDependent (CE.getProducts stack)) in [ C.label [] [ S.text (String.fromFloat total) ] (CE.getTop plane stack) ] ] Use the functions in `Chart.Events` to access information about your stacks. -} eachStack : (C.Plane -> CE.Group (CE.Stack data) CE.Any Float data -> List (Element data msg)) -> Element data msg eachStack func = SubElements <| \p is -> List.concatMap (func p) (CE.group (CE.collect CE.stack <| CE.keep CE.realValues CE.product) is) {-| Add elements for each bar. C.chart [] [ C.bars [] [ C.bar .income [] , C.bar .spending [] ] [ { income = 40000, spending = 10000 } , { income = 56000, spending = 12000 } , { income = 62000, spending = 18000 } ] , C.eachBar <| \plane bar -> let yValue = CE.getDependent bar in [ C.label [] [ S.text (String.fromFloat yValue) ] (CE.getTop plane bar) ] ] Use the functions in `Chart.Events` to access information about your bars. -} eachBar : (C.Plane -> CE.Product CE.Bar Float data -> List (Element data msg)) -> Element data msg eachBar func = SubElements <| \p is -> List.concatMap (func p) (CE.group (CE.keep CE.realValues CE.bar) is) {-| Add elements for each dot. C.chart [] [ C.series [] [ C.scatter .income [] , C.scatter .spending [] ] [ { income = 40000, spending = 10000 } , { income = 56000, spending = 12000 } , { income = 62000, spending = 18000 } ] , C.eachBar <| \plane bar -> let yValue = CE.getDependent bar in [ C.label [] [ S.text (String.fromFloat yValue) ] (CE.getTop plane bar) ] ] Use the functions in `Chart.Events` to access information about your dots. -} eachDot : (C.Plane -> CE.Product CE.Dot Float data -> List (Element data msg)) -> Element data msg eachDot func = SubElements <| \p is -> List.concatMap (func p) (CE.group (CE.keep CE.realValues CE.dot) is) {-| Add elements for each product. Works like `eachBar` and `eachDot`, but includes both bars and dots. Use the functions in `Chart.Events` to access information about your products. -} eachProduct : (C.Plane -> CE.Product CE.Any Float data -> List (Element data msg)) -> Element data msg eachProduct func = SubElements <| \p is -> List.concatMap (func p) (CE.group (CE.keep CE.realValues CE.product) is) {-| Filter and group products in any way you'd like and add elements for each of them. C.chart [] [ C.eachCustom (CE.named "cats") <| \plane product -> [ C.label [] [ S.text "hello" ] (CE.getTop plane product) ] ] The above example adds a label for each product of the series named "cats". Use the functions in `Chart.Events` to access information about your items. -} eachCustom : CE.Grouping (CE.Product CE.Any (Maybe Float) data) a -> (C.Plane -> a -> List (Element data msg)) -> Element data msg eachCustom grouping func = SubElements <| \p items -> let processed = CE.group grouping items in List.concatMap (func p) processed {-| Add legends to your chart. C.chart [] [ C.series .x [ C.line .y [] [] |> C.named "cats" , C.line .y [] [] |> C.named "dogs" ] , C.legendsAt .min .max [ CA.column -- Appear as column instead of row , CA.alignRight -- Anchor legends to the right , CA.alignLeft -- Anchor legends to the left , CA.moveUp 5 -- Move 5px up , CA.moveDown 5 -- Move 5px down , CA.moveLeft 5 -- Move 5px left , CA.moveRight 5 -- Move 5px right , CA.spacing 20 -- Spacing between legends , CA.background "beige" -- Color background , CA.border "gray" -- Add border , CA.borderWidth 1 -- Set border width -- Add arbitrary HTML attributes. Convinient for extra styling. , CA.htmlAttrs [ HA.class "my-legend" ] ] [ CA.width 30 -- Change width of legend window , CA.height 30 -- Change height of legend window , CA.fontSize 12 -- Change font size , CA.color "red" -- Change font color , CA.spacing 12 -- Change spacing between window and title , CA.htmlAttrs [ HA.class "my-legends" ] -- Add arbitrary HTML attributes. ] ] -} legendsAt : (C.Axis -> Float) -> (C.Axis -> Float) -> List (Attribute (CS.Legends msg)) -> List (Attribute (CS.Legend msg)) -> Element data msg legendsAt toX toY attrs children = HtmlElement <| \p legends_ -> let viewLegend legend = case legend of Legend.BarLegend name barAttrs -> CS.barLegend (CA.title name :: children) barAttrs Legend.LineLegend name interAttrs dotAttrs -> CS.lineLegend (CA.title name :: children) interAttrs dotAttrs in CS.legendsAt p (toX p.x) (toY p.y) attrs (List.map viewLegend legends_) {-| Generate "nice" numbers. Useful in combination with `xLabel`, `yLabel`, `xTick`, and `yTick`. C.chart [] [ C.generate 10 C.ints .x [ CA.lowest -5 CA.exactly, CA.highest 15 CA.exactly ] <| \plane int -> [ C.xTick [ CA.x (toFloat int) ] , C.xLabel [ CA.x (toFloat int) ] [ S.text (String.fromInt int) ] ] ] The example above generates 10 ints on the x axis between x = -5 and x = 15. For each of those ints, it adds a tick and a label. -} generate : Int -> CS.Generator a -> (C.Plane -> C.Axis) -> List (Attribute C.Axis) -> (C.Plane -> a -> List (Element data msg)) -> Element data msg generate num gen limit attrs func = SubElements <| \p _ -> let items = CS.generate num gen (List.foldl (\f x -> f x) (limit p) attrs) in List.concatMap (func p) items {-| Generate "nice" floats. -} floats : CS.Generator Float floats = CS.floats {-| Generate "nice" ints. -} ints : CS.Generator Int ints = CS.ints {-| Generate "nice" times. See the docs in [terezka/intervals](https://package.elm-lang.org/packages/terezka/intervals/2.0.0/Intervals#Time) for more info about the properties of `Time`! -} times : Time.Zone -> CS.Generator I.Time times = CS.times {-| Add a label, such as a chart title or other note, at a specific coordinate. C.chart [] [ C.label [] [ S.text "Data from Fruits.com" ] { x = 5, y = 10 } ] The example above adds your label at coordinates x = y and y = 10. Other attributes you can use: C.labelAt [ CA.moveUp 5 -- Move 5 SVG units up , CA.moveDown 5 -- Move 5 SVG units down , CA.moveLeft 5 -- Move 5 SVG units left , CA.moveRight 5 -- Move 5 SVG units right , CA.color "#333" , CA.border "white" , CA.borderWidth 1 , CA.fontSize 12 , CA.alignRight -- Anchor labels to the right , CA.alignLeft -- Anchor labels to the left , CA.rotate 90 -- Rotate label 90 degrees , CA.uppercase -- Make uppercase -- Add arbitrary SVG attributes to your labels. , CA.attrs [ SA.class "my-label" ] ] [ S.text "Data from Fruits.com" ] { x = 5, y = 10 } -} label : List (Attribute CS.Label) -> List (S.Svg msg) -> C.Point -> Element data msg label attrs inner point = SvgElement <| \p -> CS.label p attrs inner point {-| Add a label, such as a chart title or other note, at a position relative to your axes. C.chart [] [ C.labelAt (CA.percent 20) (CA.percent 90) [] [ S.text "Data from Fruits.com" ] ] The example above adds your label at 20% the length of your range and 90% of your domain. Other attributes you can use: C.labelAt (CA.percent 20) (CA.percent 90) [ CA.moveUp 5 -- Move 5 SVG units up , CA.moveDown 5 -- Move 5 SVG units down , CA.moveLeft 5 -- Move 5 SVG units left , CA.moveRight 5 -- Move 5 SVG units right , CA.color "#333" , CA.border "white" , CA.borderWidth 1 , CA.fontSize 12 , CA.alignRight -- Anchor labels to the right , CA.alignLeft -- Anchor labels to the left , CA.rotate 90 -- Rotate label 90 degrees , CA.uppercase -- Make uppercase -- Add arbitrary SVG attributes to your labels. , CA.attrs [ SA.class "my-label" ] ] [ S.text "Data from Fruits.com" ] -} labelAt : (C.Axis -> Float) -> (C.Axis -> Float) -> List (Attribute CS.Label) -> List (S.Svg msg) -> Element data msg labelAt toX toY attrs inner = SvgElement <| \p -> CS.label p attrs inner { x = toX p.x, y = toY p.y } {-| Add a line. C.chart [] [ C.line [ CA.x1 2 -- Set x1 , CA.x2 8 -- Set x2 , CA.y1 3 -- Set y1 , CA.y2 7 -- Set y2 -- Instead of specifying x2 and y2 -- you can use `x2Svg` and `y2Svg` -- to specify the end coordinate in -- terms of SVG units. -- -- Useful if making little label pointers. -- This makes a from ( x1, y1 ) to the point -- ( x1 + 15 SVG units, y1 + 30 SVG units ) , CA.x2Svg 15 , CA.y2Svg 30 , CA.break -- "break" line, so it it has a 90° angle , CA.tickLength -- Add "ticks" at the ends of the line , CA.tickDirection -- The angle of the ticks , CA.color "red" -- Change color , CA.width 2 -- Change width , CA.opacity 0.8 -- Change opacity , CA.dashed [ 5, 5 ] -- Add dashing -- Add arbitrary SVG attributes. , CA.attrs [ SA.id "my-line" ] ] ] -} line : List (Attribute CS.Line) -> Element data msg line attrs = SvgElement <| \p -> CS.line p attrs {-| Add a rectangle. C.chart [] [ C.rect [ CA.x1 2 -- Set x1 , CA.x2 8 -- Set x2 , CA.y1 3 -- Set y1 , CA.y2 7 -- Set y2 , CA.color "#aaa" -- Change fill color , CA.opacity 0.8 -- Change fill opacity , CA.border "#333" -- Change border color , CA.borderWidth 2 -- Change border width -- Add arbitrary SVG attributes. , CA.attrs [ SA.id "my-rect" ] ] ] -} rect : List (Attribute CS.Rect) -> Element data msg rect attrs = SvgElement <| \p -> CS.rect p attrs {-| Add arbitrary SVG. See `Chart.Svg` for handy SVG helpers. -} svg : (C.Plane -> S.Svg msg) -> Element data msg svg func = SvgElement <| \p -> func p {-| Add arbitrary HTML. -} html : (C.Plane -> H.Html msg) -> Element data msg html func = HtmlElement <| \p _ -> func p {-| Add arbitrary SVG at a specific location. See `Chart.Svg` for handy SVG helpers. C.chart [] [ C.svgAt .min .max 10 20 [ .. ] -- Add .. at x = the minumum value of your range (x-axis) + 12 SVG units -- and y = the maximum value of your domain (y-axis) + 20 SVG units ] -} svgAt : (C.Axis -> Float) -> (C.Axis -> Float) -> Float -> Float -> List (S.Svg msg) -> Element data msg svgAt toX toY xOff yOff view = SvgElement <| \p -> S.g [ CS.position p 0 (toX p.x) (toY p.y) xOff yOff ] view {-| Add arbitrary HTML at a specific location. -} htmlAt : (C.Axis -> Float) -> (C.Axis -> Float) -> Float -> Float -> List (H.Attribute msg) -> List (H.Html msg) -> Element data msg htmlAt toX toY xOff yOff att view = HtmlElement <| \p _ -> CS.positionHtml p (toX p.x) (toY p.y) xOff yOff att view {-| No element. -} none : Element data msg none = HtmlElement <| \_ _ -> H.text "" -- DATA HELPERS {-| Gather data points into bins. Arguments: 1. The desired bin width. 2. The function to access the binned quality on the data 3. The list of data. C.binned 10 .score [ Result "PI:NAME:<NAME>END_PI" 43 , Result "PI:NAME:<NAME>END_PI" 65 , Result "PI:NAME:<NAME>END_PI" 69 , Result "PI:NAME:<NAME>END_PI" 98 ] == [ { bin = 40, data = [ Result "PI:NAME:<NAME>END_PI" 43 ] } , { bin = 60, data = [ Result "PI:NAME:<NAME>END_PI" 65, Result "PI:NAME:<NAME>END_PI" 69 ] } , { bin = 90, data = [ Result "PI:NAME:<NAME>END_PI" 98 ] } ] type alias Result = { name : String, score : Float } -} binned : Float -> (data -> Float) -> List data -> List { bin : Float, data : List data } binned binWidth func data = let fold datum = Dict.update (toBin datum) (updateDict datum) updateDict datum maybePrev = case maybePrev of Just prev -> Just (datum :: prev) Nothing -> Just [ datum ] toBin datum = floor (func datum / binWidth) in List.foldr fold Dict.empty data |> Dict.toList |> List.map (\( bin, ds ) -> { bin = toFloat bin * binWidth, data = ds }) -- HELPERS type alias TickValue = { value : Float , label : String } generateValues : Int -> IS.TickType -> Maybe (Float -> String) -> C.Axis -> List TickValue generateValues amount tick maybeFormat axis = let toTickValues toValue toString = List.map <| \i -> { value = toValue i , label = case maybeFormat of Just format -> format (toValue i) Nothing -> toString i } in case tick of IS.Floats -> toTickValues identity String.fromFloat (CS.generate amount CS.floats axis) IS.Ints -> toTickValues toFloat String.fromInt (CS.generate amount CS.ints axis) IS.Times zone -> toTickValues (toFloat << Time.posixToMillis << .timestamp) (CS.formatTime zone) (CS.generate amount (CS.times zone) axis)

elm

web/elm/tests/PauseToggleTests.elm

Caprowni/concourse

module PauseToggleTests exposing (all) import ColorValues import Data import Dict import Message.Message exposing (DomID(..), PipelinesSection(..)) import Test exposing (Test, describe, test) import Test.Html.Query as Query import Test.Html.Selector exposing (containing, style, tag, text) import UserState exposing (UserState(..)) import Views.PauseToggle as PauseToggle import Views.Styles as Styles all : Test all = describe "pause toggle" [ describe "when user is unauthorized" <| let pipeline = Data.pipelineId userState = UserStateLoggedIn { id = "test" , userName = "test" , name = "test" , email = "test" , isAdmin = False , teams = Dict.fromList [ ( "team", [ "viewer" ] ) ] , displayUserId = "test" } in [ test "has very low opacity" <| \_ -> PauseToggle.view { isPaused = False , pipeline = pipeline , isToggleHovered = False , isToggleLoading = False , margin = "" , userState = userState , tooltipPosition = Styles.Above , domID = PipelineCardPauseToggle AllPipelinesSection 1 } |> Query.fromHtml |> Query.has [ style "opacity" "0.2" ] , test "has tooltip above" <| \_ -> PauseToggle.view { isPaused = False , pipeline = pipeline , isToggleHovered = True , isToggleLoading = False , margin = "" , userState = userState , tooltipPosition = Styles.Above , domID = PipelineCardPauseToggle AllPipelinesSection 1 } |> Query.fromHtml |> Query.has [ style "position" "relative" , containing [ tag "div" , containing [ text "not authorized" ] , style "background-color" ColorValues.grey20 , style "position" "absolute" , style "bottom" "100%" , style "white-space" "nowrap" , style "padding" "2.5px" , style "margin-bottom" "5px" , style "right" "-150%" , style "z-index" "1" ] ] , test "has tooltip below" <| \_ -> PauseToggle.view { isPaused = False , pipeline = pipeline , isToggleHovered = True , isToggleLoading = False , margin = "" , userState = userState , tooltipPosition = Styles.Below , domID = PipelineCardPauseToggle AllPipelinesSection 1 } |> Query.fromHtml |> Query.has [ style "position" "relative" , containing [ tag "div" , containing [ text "not authorized" ] , style "background-color" ColorValues.grey20 , style "position" "absolute" , style "top" "100%" , style "white-space" "nowrap" , style "padding" "2.5px" , style "margin-bottom" "5px" , style "right" "-150%" , style "z-index" "1" ] ] ] ]

23940

module PauseToggleTests exposing (all) import ColorValues import Data import Dict import Message.Message exposing (DomID(..), PipelinesSection(..)) import Test exposing (Test, describe, test) import Test.Html.Query as Query import Test.Html.Selector exposing (containing, style, tag, text) import UserState exposing (UserState(..)) import Views.PauseToggle as PauseToggle import Views.Styles as Styles all : Test all = describe "pause toggle" [ describe "when user is unauthorized" <| let pipeline = Data.pipelineId userState = UserStateLoggedIn { id = "test" , userName = "test" , name = "<NAME>" , email = "test" , isAdmin = False , teams = Dict.fromList [ ( "team", [ "viewer" ] ) ] , displayUserId = "test" } in [ test "has very low opacity" <| \_ -> PauseToggle.view { isPaused = False , pipeline = pipeline , isToggleHovered = False , isToggleLoading = False , margin = "" , userState = userState , tooltipPosition = Styles.Above , domID = PipelineCardPauseToggle AllPipelinesSection 1 } |> Query.fromHtml |> Query.has [ style "opacity" "0.2" ] , test "has tooltip above" <| \_ -> PauseToggle.view { isPaused = False , pipeline = pipeline , isToggleHovered = True , isToggleLoading = False , margin = "" , userState = userState , tooltipPosition = Styles.Above , domID = PipelineCardPauseToggle AllPipelinesSection 1 } |> Query.fromHtml |> Query.has [ style "position" "relative" , containing [ tag "div" , containing [ text "not authorized" ] , style "background-color" ColorValues.grey20 , style "position" "absolute" , style "bottom" "100%" , style "white-space" "nowrap" , style "padding" "2.5px" , style "margin-bottom" "5px" , style "right" "-150%" , style "z-index" "1" ] ] , test "has tooltip below" <| \_ -> PauseToggle.view { isPaused = False , pipeline = pipeline , isToggleHovered = True , isToggleLoading = False , margin = "" , userState = userState , tooltipPosition = Styles.Below , domID = PipelineCardPauseToggle AllPipelinesSection 1 } |> Query.fromHtml |> Query.has [ style "position" "relative" , containing [ tag "div" , containing [ text "not authorized" ] , style "background-color" ColorValues.grey20 , style "position" "absolute" , style "top" "100%" , style "white-space" "nowrap" , style "padding" "2.5px" , style "margin-bottom" "5px" , style "right" "-150%" , style "z-index" "1" ] ] ] ]

module PauseToggleTests exposing (all) import ColorValues import Data import Dict import Message.Message exposing (DomID(..), PipelinesSection(..)) import Test exposing (Test, describe, test) import Test.Html.Query as Query import Test.Html.Selector exposing (containing, style, tag, text) import UserState exposing (UserState(..)) import Views.PauseToggle as PauseToggle import Views.Styles as Styles all : Test all = describe "pause toggle" [ describe "when user is unauthorized" <| let pipeline = Data.pipelineId userState = UserStateLoggedIn { id = "test" , userName = "test" , name = "PI:NAME:<NAME>END_PI" , email = "test" , isAdmin = False , teams = Dict.fromList [ ( "team", [ "viewer" ] ) ] , displayUserId = "test" } in [ test "has very low opacity" <| \_ -> PauseToggle.view { isPaused = False , pipeline = pipeline , isToggleHovered = False , isToggleLoading = False , margin = "" , userState = userState , tooltipPosition = Styles.Above , domID = PipelineCardPauseToggle AllPipelinesSection 1 } |> Query.fromHtml |> Query.has [ style "opacity" "0.2" ] , test "has tooltip above" <| \_ -> PauseToggle.view { isPaused = False , pipeline = pipeline , isToggleHovered = True , isToggleLoading = False , margin = "" , userState = userState , tooltipPosition = Styles.Above , domID = PipelineCardPauseToggle AllPipelinesSection 1 } |> Query.fromHtml |> Query.has [ style "position" "relative" , containing [ tag "div" , containing [ text "not authorized" ] , style "background-color" ColorValues.grey20 , style "position" "absolute" , style "bottom" "100%" , style "white-space" "nowrap" , style "padding" "2.5px" , style "margin-bottom" "5px" , style "right" "-150%" , style "z-index" "1" ] ] , test "has tooltip below" <| \_ -> PauseToggle.view { isPaused = False , pipeline = pipeline , isToggleHovered = True , isToggleLoading = False , margin = "" , userState = userState , tooltipPosition = Styles.Below , domID = PipelineCardPauseToggle AllPipelinesSection 1 } |> Query.fromHtml |> Query.has [ style "position" "relative" , containing [ tag "div" , containing [ text "not authorized" ] , style "background-color" ColorValues.grey20 , style "position" "absolute" , style "top" "100%" , style "white-space" "nowrap" , style "padding" "2.5px" , style "margin-bottom" "5px" , style "right" "-150%" , style "z-index" "1" ] ] ] ]

elm

src/Request/Auth.elm

veeso/elm-chat

-- Elm-chat -- Developed by Christian Visintin <christian.visintin1997@gmail.com> -- Copyright (C) 2021 - Christian Visintin -- Distribuited under "The Unlicense" license -- for more information, please refer to <https://unlicense.org> module Request.Auth exposing (authed, signin, signout, signup) import Data.Auth exposing (Authorization, authDecoder) import File exposing (File) import Http exposing (emptyBody, filePart, multipartBody, stringPart) import Json.Encode as Encode {-| Send a POST request to sign in -} signin : String -> String -> (Result Http.Error Authorization -> msg) -> Cmd msg signin username password msg = let user = Encode.object [ ( "username", Encode.string username ) , ( "secret", Encode.string password ) ] in Http.post { url = "/api/auth/signIn" , body = Http.jsonBody user , expect = Http.expectJson msg authDecoder } {-| Send a POST request to sign up -} signup : String -> String -> Maybe File -> (Result Http.Error Authorization -> msg) -> Cmd msg signup username password avatar msg = let user = Encode.object [ ( "username", Encode.string username ) , ( "secret", Encode.string password ) ] in Http.post { url = "/api/auth/signUp" , body = multipartBody ((stringPart "data" <| Encode.encode 0 user) :: (case avatar of Just file -> [ filePart "avatar" file ] Nothing -> [] ) ) , expect = Http.expectJson msg authDecoder } {-| Send a GET request to check whether the user is authed -} authed : (Result Http.Error Authorization -> msg) -> Cmd msg authed msg = Http.get { url = "/api/auth/authed" , expect = Http.expectJson msg authDecoder } {-| Send a POST request to sign out -} signout : (Result Http.Error () -> msg) -> Cmd msg signout msg = Http.post { url = "/api/auth/signOut" , body = emptyBody , expect = Http.expectWhatever msg }

17444

-- Elm-chat -- Developed by <NAME> <<EMAIL>> -- Copyright (C) 2021 - <NAME> -- Distribuited under "The Unlicense" license -- for more information, please refer to <https://unlicense.org> module Request.Auth exposing (authed, signin, signout, signup) import Data.Auth exposing (Authorization, authDecoder) import File exposing (File) import Http exposing (emptyBody, filePart, multipartBody, stringPart) import Json.Encode as Encode {-| Send a POST request to sign in -} signin : String -> String -> (Result Http.Error Authorization -> msg) -> Cmd msg signin username password msg = let user = Encode.object [ ( "username", Encode.string username ) , ( "secret", Encode.string password ) ] in Http.post { url = "/api/auth/signIn" , body = Http.jsonBody user , expect = Http.expectJson msg authDecoder } {-| Send a POST request to sign up -} signup : String -> String -> Maybe File -> (Result Http.Error Authorization -> msg) -> Cmd msg signup username password avatar msg = let user = Encode.object [ ( "username", Encode.string username ) , ( "secret", Encode.string password ) ] in Http.post { url = "/api/auth/signUp" , body = multipartBody ((stringPart "data" <| Encode.encode 0 user) :: (case avatar of Just file -> [ filePart "avatar" file ] Nothing -> [] ) ) , expect = Http.expectJson msg authDecoder } {-| Send a GET request to check whether the user is authed -} authed : (Result Http.Error Authorization -> msg) -> Cmd msg authed msg = Http.get { url = "/api/auth/authed" , expect = Http.expectJson msg authDecoder } {-| Send a POST request to sign out -} signout : (Result Http.Error () -> msg) -> Cmd msg signout msg = Http.post { url = "/api/auth/signOut" , body = emptyBody , expect = Http.expectWhatever msg }

-- Elm-chat -- Developed by PI:NAME:<NAME>END_PI <PI:EMAIL:<EMAIL>END_PI> -- Copyright (C) 2021 - PI:NAME:<NAME>END_PI -- Distribuited under "The Unlicense" license -- for more information, please refer to <https://unlicense.org> module Request.Auth exposing (authed, signin, signout, signup) import Data.Auth exposing (Authorization, authDecoder) import File exposing (File) import Http exposing (emptyBody, filePart, multipartBody, stringPart) import Json.Encode as Encode {-| Send a POST request to sign in -} signin : String -> String -> (Result Http.Error Authorization -> msg) -> Cmd msg signin username password msg = let user = Encode.object [ ( "username", Encode.string username ) , ( "secret", Encode.string password ) ] in Http.post { url = "/api/auth/signIn" , body = Http.jsonBody user , expect = Http.expectJson msg authDecoder } {-| Send a POST request to sign up -} signup : String -> String -> Maybe File -> (Result Http.Error Authorization -> msg) -> Cmd msg signup username password avatar msg = let user = Encode.object [ ( "username", Encode.string username ) , ( "secret", Encode.string password ) ] in Http.post { url = "/api/auth/signUp" , body = multipartBody ((stringPart "data" <| Encode.encode 0 user) :: (case avatar of Just file -> [ filePart "avatar" file ] Nothing -> [] ) ) , expect = Http.expectJson msg authDecoder } {-| Send a GET request to check whether the user is authed -} authed : (Result Http.Error Authorization -> msg) -> Cmd msg authed msg = Http.get { url = "/api/auth/authed" , expect = Http.expectJson msg authDecoder } {-| Send a POST request to sign out -} signout : (Result Http.Error () -> msg) -> Cmd msg signout msg = Http.post { url = "/api/auth/signOut" , body = emptyBody , expect = Http.expectWhatever msg }

elm

cli/gen-package/codegen/Gen/Tuple.elm

miniBill/elm-prefab

module Gen.Tuple exposing (call_, first, mapBoth, mapFirst, mapSecond, moduleName_, pair, second, values_) {-| @docs moduleName_, pair, first, second, mapFirst, mapSecond, mapBoth, call_, values_ -} import Elm import Elm.Annotation as Type {-| The name of this module. -} moduleName_ : List String moduleName_ = [ "Tuple" ] {-| Create a 2-tuple. -- pair 3 4 == (3, 4) zip : List a -> List b -> List (a, b) zip xs ys = List.map2 Tuple.pair xs ys pair: a -> b -> ( a, b ) -} pair : Elm.Expression -> Elm.Expression -> Elm.Expression pair arg arg0 = Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "pair" , annotation = Just (Type.function [ Type.var "a", Type.var "b" ] (Type.tuple (Type.var "a") (Type.var "b")) ) } ) [ arg, arg0 ] {-| Extract the first value from a tuple. first (3, 4) == 3 first ("john", "doe") == "john" first: ( a, b ) -> a -} first : Elm.Expression -> Elm.Expression first arg = Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "first" , annotation = Just (Type.function [ Type.tuple (Type.var "a") (Type.var "b") ] (Type.var "a") ) } ) [ arg ] {-| Extract the second value from a tuple. second (3, 4) == 4 second ("john", "doe") == "doe" second: ( a, b ) -> b -} second : Elm.Expression -> Elm.Expression second arg = Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "second" , annotation = Just (Type.function [ Type.tuple (Type.var "a") (Type.var "b") ] (Type.var "b") ) } ) [ arg ] {-| Transform the first value in a tuple. import String mapFirst String.reverse ("stressed", 16) == ("desserts", 16) mapFirst String.length ("stressed", 16) == (8, 16) mapFirst: (a -> x) -> ( a, b ) -> ( x, b ) -} mapFirst : (Elm.Expression -> Elm.Expression) -> Elm.Expression -> Elm.Expression mapFirst arg arg0 = Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "mapFirst" , annotation = Just (Type.function [ Type.function [ Type.var "a" ] (Type.var "x") , Type.tuple (Type.var "a") (Type.var "b") ] (Type.tuple (Type.var "x") (Type.var "b")) ) } ) [ Elm.functionReduced "unpack" arg, arg0 ] {-| Transform the second value in a tuple. mapSecond sqrt ("stressed", 16) == ("stressed", 4) mapSecond negate ("stressed", 16) == ("stressed", -16) mapSecond: (b -> y) -> ( a, b ) -> ( a, y ) -} mapSecond : (Elm.Expression -> Elm.Expression) -> Elm.Expression -> Elm.Expression mapSecond arg arg0 = Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "mapSecond" , annotation = Just (Type.function [ Type.function [ Type.var "b" ] (Type.var "y") , Type.tuple (Type.var "a") (Type.var "b") ] (Type.tuple (Type.var "a") (Type.var "y")) ) } ) [ Elm.functionReduced "unpack" arg, arg0 ] {-| Transform both parts of a tuple. import String mapBoth String.reverse sqrt ("stressed", 16) == ("desserts", 4) mapBoth String.length negate ("stressed", 16) == (8, -16) mapBoth: (a -> x) -> (b -> y) -> ( a, b ) -> ( x, y ) -} mapBoth : (Elm.Expression -> Elm.Expression) -> (Elm.Expression -> Elm.Expression) -> Elm.Expression -> Elm.Expression mapBoth arg arg0 arg1 = Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "mapBoth" , annotation = Just (Type.function [ Type.function [ Type.var "a" ] (Type.var "x") , Type.function [ Type.var "b" ] (Type.var "y") , Type.tuple (Type.var "a") (Type.var "b") ] (Type.tuple (Type.var "x") (Type.var "y")) ) } ) [ Elm.functionReduced "unpack" arg , Elm.functionReduced "unpack" arg0 , arg1 ] call_ : { pair : Elm.Expression -> Elm.Expression -> Elm.Expression , first : Elm.Expression -> Elm.Expression , second : Elm.Expression -> Elm.Expression , mapFirst : Elm.Expression -> Elm.Expression -> Elm.Expression , mapSecond : Elm.Expression -> Elm.Expression -> Elm.Expression , mapBoth : Elm.Expression -> Elm.Expression -> Elm.Expression -> Elm.Expression } call_ = { pair = \arg arg0 -> Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "pair" , annotation = Just (Type.function [ Type.var "a", Type.var "b" ] (Type.tuple (Type.var "a") (Type.var "b")) ) } ) [ arg, arg0 ] , first = \arg -> Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "first" , annotation = Just (Type.function [ Type.tuple (Type.var "a") (Type.var "b") ] (Type.var "a") ) } ) [ arg ] , second = \arg -> Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "second" , annotation = Just (Type.function [ Type.tuple (Type.var "a") (Type.var "b") ] (Type.var "b") ) } ) [ arg ] , mapFirst = \arg arg3 -> Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "mapFirst" , annotation = Just (Type.function [ Type.function [ Type.var "a" ] (Type.var "x") , Type.tuple (Type.var "a") (Type.var "b") ] (Type.tuple (Type.var "x") (Type.var "b")) ) } ) [ arg, arg3 ] , mapSecond = \arg arg4 -> Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "mapSecond" , annotation = Just (Type.function [ Type.function [ Type.var "b" ] (Type.var "y") , Type.tuple (Type.var "a") (Type.var "b") ] (Type.tuple (Type.var "a") (Type.var "y")) ) } ) [ arg, arg4 ] , mapBoth = \arg arg5 arg6 -> Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "mapBoth" , annotation = Just (Type.function [ Type.function [ Type.var "a" ] (Type.var "x") , Type.function [ Type.var "b" ] (Type.var "y") , Type.tuple (Type.var "a") (Type.var "b") ] (Type.tuple (Type.var "x") (Type.var "y")) ) } ) [ arg, arg5, arg6 ] } values_ : { pair : Elm.Expression , first : Elm.Expression , second : Elm.Expression , mapFirst : Elm.Expression , mapSecond : Elm.Expression , mapBoth : Elm.Expression } values_ = { pair = Elm.value { importFrom = [ "Tuple" ] , name = "pair" , annotation = Just (Type.function [ Type.var "a", Type.var "b" ] (Type.tuple (Type.var "a") (Type.var "b")) ) } , first = Elm.value { importFrom = [ "Tuple" ] , name = "first" , annotation = Just (Type.function [ Type.tuple (Type.var "a") (Type.var "b") ] (Type.var "a") ) } , second = Elm.value { importFrom = [ "Tuple" ] , name = "second" , annotation = Just (Type.function [ Type.tuple (Type.var "a") (Type.var "b") ] (Type.var "b") ) } , mapFirst = Elm.value { importFrom = [ "Tuple" ] , name = "mapFirst" , annotation = Just (Type.function [ Type.function [ Type.var "a" ] (Type.var "x") , Type.tuple (Type.var "a") (Type.var "b") ] (Type.tuple (Type.var "x") (Type.var "b")) ) } , mapSecond = Elm.value { importFrom = [ "Tuple" ] , name = "mapSecond" , annotation = Just (Type.function [ Type.function [ Type.var "b" ] (Type.var "y") , Type.tuple (Type.var "a") (Type.var "b") ] (Type.tuple (Type.var "a") (Type.var "y")) ) } , mapBoth = Elm.value { importFrom = [ "Tuple" ] , name = "mapBoth" , annotation = Just (Type.function [ Type.function [ Type.var "a" ] (Type.var "x") , Type.function [ Type.var "b" ] (Type.var "y") , Type.tuple (Type.var "a") (Type.var "b") ] (Type.tuple (Type.var "x") (Type.var "y")) ) } }

18223

module Gen.Tuple exposing (call_, first, mapBoth, mapFirst, mapSecond, moduleName_, pair, second, values_) {-| @docs moduleName_, pair, first, second, mapFirst, mapSecond, mapBoth, call_, values_ -} import Elm import Elm.Annotation as Type {-| The name of this module. -} moduleName_ : List String moduleName_ = [ "Tuple" ] {-| Create a 2-tuple. -- pair 3 4 == (3, 4) zip : List a -> List b -> List (a, b) zip xs ys = List.map2 Tuple.pair xs ys pair: a -> b -> ( a, b ) -} pair : Elm.Expression -> Elm.Expression -> Elm.Expression pair arg arg0 = Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "pair" , annotation = Just (Type.function [ Type.var "a", Type.var "b" ] (Type.tuple (Type.var "a") (Type.var "b")) ) } ) [ arg, arg0 ] {-| Extract the first value from a tuple. first (3, 4) == 3 first ("<NAME>", "<NAME>") == "<NAME>" first: ( a, b ) -> a -} first : Elm.Expression -> Elm.Expression first arg = Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "first" , annotation = Just (Type.function [ Type.tuple (Type.var "a") (Type.var "b") ] (Type.var "a") ) } ) [ arg ] {-| Extract the second value from a tuple. second (3, 4) == 4 second ("<NAME>", "<NAME>") == "doe" second: ( a, b ) -> b -} second : Elm.Expression -> Elm.Expression second arg = Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "second" , annotation = Just (Type.function [ Type.tuple (Type.var "a") (Type.var "b") ] (Type.var "b") ) } ) [ arg ] {-| Transform the first value in a tuple. import String mapFirst String.reverse ("stressed", 16) == ("desserts", 16) mapFirst String.length ("stressed", 16) == (8, 16) mapFirst: (a -> x) -> ( a, b ) -> ( x, b ) -} mapFirst : (Elm.Expression -> Elm.Expression) -> Elm.Expression -> Elm.Expression mapFirst arg arg0 = Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "mapFirst" , annotation = Just (Type.function [ Type.function [ Type.var "a" ] (Type.var "x") , Type.tuple (Type.var "a") (Type.var "b") ] (Type.tuple (Type.var "x") (Type.var "b")) ) } ) [ Elm.functionReduced "unpack" arg, arg0 ] {-| Transform the second value in a tuple. mapSecond sqrt ("stressed", 16) == ("stressed", 4) mapSecond negate ("stressed", 16) == ("stressed", -16) mapSecond: (b -> y) -> ( a, b ) -> ( a, y ) -} mapSecond : (Elm.Expression -> Elm.Expression) -> Elm.Expression -> Elm.Expression mapSecond arg arg0 = Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "mapSecond" , annotation = Just (Type.function [ Type.function [ Type.var "b" ] (Type.var "y") , Type.tuple (Type.var "a") (Type.var "b") ] (Type.tuple (Type.var "a") (Type.var "y")) ) } ) [ Elm.functionReduced "unpack" arg, arg0 ] {-| Transform both parts of a tuple. import String mapBoth String.reverse sqrt ("stressed", 16) == ("desserts", 4) mapBoth String.length negate ("stressed", 16) == (8, -16) mapBoth: (a -> x) -> (b -> y) -> ( a, b ) -> ( x, y ) -} mapBoth : (Elm.Expression -> Elm.Expression) -> (Elm.Expression -> Elm.Expression) -> Elm.Expression -> Elm.Expression mapBoth arg arg0 arg1 = Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "mapBoth" , annotation = Just (Type.function [ Type.function [ Type.var "a" ] (Type.var "x") , Type.function [ Type.var "b" ] (Type.var "y") , Type.tuple (Type.var "a") (Type.var "b") ] (Type.tuple (Type.var "x") (Type.var "y")) ) } ) [ Elm.functionReduced "unpack" arg , Elm.functionReduced "unpack" arg0 , arg1 ] call_ : { pair : Elm.Expression -> Elm.Expression -> Elm.Expression , first : Elm.Expression -> Elm.Expression , second : Elm.Expression -> Elm.Expression , mapFirst : Elm.Expression -> Elm.Expression -> Elm.Expression , mapSecond : Elm.Expression -> Elm.Expression -> Elm.Expression , mapBoth : Elm.Expression -> Elm.Expression -> Elm.Expression -> Elm.Expression } call_ = { pair = \arg arg0 -> Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "pair" , annotation = Just (Type.function [ Type.var "a", Type.var "b" ] (Type.tuple (Type.var "a") (Type.var "b")) ) } ) [ arg, arg0 ] , first = \arg -> Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "first" , annotation = Just (Type.function [ Type.tuple (Type.var "a") (Type.var "b") ] (Type.var "a") ) } ) [ arg ] , second = \arg -> Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "second" , annotation = Just (Type.function [ Type.tuple (Type.var "a") (Type.var "b") ] (Type.var "b") ) } ) [ arg ] , mapFirst = \arg arg3 -> Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "mapFirst" , annotation = Just (Type.function [ Type.function [ Type.var "a" ] (Type.var "x") , Type.tuple (Type.var "a") (Type.var "b") ] (Type.tuple (Type.var "x") (Type.var "b")) ) } ) [ arg, arg3 ] , mapSecond = \arg arg4 -> Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "mapSecond" , annotation = Just (Type.function [ Type.function [ Type.var "b" ] (Type.var "y") , Type.tuple (Type.var "a") (Type.var "b") ] (Type.tuple (Type.var "a") (Type.var "y")) ) } ) [ arg, arg4 ] , mapBoth = \arg arg5 arg6 -> Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "mapBoth" , annotation = Just (Type.function [ Type.function [ Type.var "a" ] (Type.var "x") , Type.function [ Type.var "b" ] (Type.var "y") , Type.tuple (Type.var "a") (Type.var "b") ] (Type.tuple (Type.var "x") (Type.var "y")) ) } ) [ arg, arg5, arg6 ] } values_ : { pair : Elm.Expression , first : Elm.Expression , second : Elm.Expression , mapFirst : Elm.Expression , mapSecond : Elm.Expression , mapBoth : Elm.Expression } values_ = { pair = Elm.value { importFrom = [ "Tuple" ] , name = "pair" , annotation = Just (Type.function [ Type.var "a", Type.var "b" ] (Type.tuple (Type.var "a") (Type.var "b")) ) } , first = Elm.value { importFrom = [ "Tuple" ] , name = "first" , annotation = Just (Type.function [ Type.tuple (Type.var "a") (Type.var "b") ] (Type.var "a") ) } , second = Elm.value { importFrom = [ "Tuple" ] , name = "second" , annotation = Just (Type.function [ Type.tuple (Type.var "a") (Type.var "b") ] (Type.var "b") ) } , mapFirst = Elm.value { importFrom = [ "Tuple" ] , name = "mapFirst" , annotation = Just (Type.function [ Type.function [ Type.var "a" ] (Type.var "x") , Type.tuple (Type.var "a") (Type.var "b") ] (Type.tuple (Type.var "x") (Type.var "b")) ) } , mapSecond = Elm.value { importFrom = [ "Tuple" ] , name = "mapSecond" , annotation = Just (Type.function [ Type.function [ Type.var "b" ] (Type.var "y") , Type.tuple (Type.var "a") (Type.var "b") ] (Type.tuple (Type.var "a") (Type.var "y")) ) } , mapBoth = Elm.value { importFrom = [ "Tuple" ] , name = "mapBoth" , annotation = Just (Type.function [ Type.function [ Type.var "a" ] (Type.var "x") , Type.function [ Type.var "b" ] (Type.var "y") , Type.tuple (Type.var "a") (Type.var "b") ] (Type.tuple (Type.var "x") (Type.var "y")) ) } }

module Gen.Tuple exposing (call_, first, mapBoth, mapFirst, mapSecond, moduleName_, pair, second, values_) {-| @docs moduleName_, pair, first, second, mapFirst, mapSecond, mapBoth, call_, values_ -} import Elm import Elm.Annotation as Type {-| The name of this module. -} moduleName_ : List String moduleName_ = [ "Tuple" ] {-| Create a 2-tuple. -- pair 3 4 == (3, 4) zip : List a -> List b -> List (a, b) zip xs ys = List.map2 Tuple.pair xs ys pair: a -> b -> ( a, b ) -} pair : Elm.Expression -> Elm.Expression -> Elm.Expression pair arg arg0 = Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "pair" , annotation = Just (Type.function [ Type.var "a", Type.var "b" ] (Type.tuple (Type.var "a") (Type.var "b")) ) } ) [ arg, arg0 ] {-| Extract the first value from a tuple. first (3, 4) == 3 first ("PI:NAME:<NAME>END_PI", "PI:NAME:<NAME>END_PI") == "PI:NAME:<NAME>END_PI" first: ( a, b ) -> a -} first : Elm.Expression -> Elm.Expression first arg = Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "first" , annotation = Just (Type.function [ Type.tuple (Type.var "a") (Type.var "b") ] (Type.var "a") ) } ) [ arg ] {-| Extract the second value from a tuple. second (3, 4) == 4 second ("PI:NAME:<NAME>END_PI", "PI:NAME:<NAME>END_PI") == "doe" second: ( a, b ) -> b -} second : Elm.Expression -> Elm.Expression second arg = Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "second" , annotation = Just (Type.function [ Type.tuple (Type.var "a") (Type.var "b") ] (Type.var "b") ) } ) [ arg ] {-| Transform the first value in a tuple. import String mapFirst String.reverse ("stressed", 16) == ("desserts", 16) mapFirst String.length ("stressed", 16) == (8, 16) mapFirst: (a -> x) -> ( a, b ) -> ( x, b ) -} mapFirst : (Elm.Expression -> Elm.Expression) -> Elm.Expression -> Elm.Expression mapFirst arg arg0 = Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "mapFirst" , annotation = Just (Type.function [ Type.function [ Type.var "a" ] (Type.var "x") , Type.tuple (Type.var "a") (Type.var "b") ] (Type.tuple (Type.var "x") (Type.var "b")) ) } ) [ Elm.functionReduced "unpack" arg, arg0 ] {-| Transform the second value in a tuple. mapSecond sqrt ("stressed", 16) == ("stressed", 4) mapSecond negate ("stressed", 16) == ("stressed", -16) mapSecond: (b -> y) -> ( a, b ) -> ( a, y ) -} mapSecond : (Elm.Expression -> Elm.Expression) -> Elm.Expression -> Elm.Expression mapSecond arg arg0 = Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "mapSecond" , annotation = Just (Type.function [ Type.function [ Type.var "b" ] (Type.var "y") , Type.tuple (Type.var "a") (Type.var "b") ] (Type.tuple (Type.var "a") (Type.var "y")) ) } ) [ Elm.functionReduced "unpack" arg, arg0 ] {-| Transform both parts of a tuple. import String mapBoth String.reverse sqrt ("stressed", 16) == ("desserts", 4) mapBoth String.length negate ("stressed", 16) == (8, -16) mapBoth: (a -> x) -> (b -> y) -> ( a, b ) -> ( x, y ) -} mapBoth : (Elm.Expression -> Elm.Expression) -> (Elm.Expression -> Elm.Expression) -> Elm.Expression -> Elm.Expression mapBoth arg arg0 arg1 = Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "mapBoth" , annotation = Just (Type.function [ Type.function [ Type.var "a" ] (Type.var "x") , Type.function [ Type.var "b" ] (Type.var "y") , Type.tuple (Type.var "a") (Type.var "b") ] (Type.tuple (Type.var "x") (Type.var "y")) ) } ) [ Elm.functionReduced "unpack" arg , Elm.functionReduced "unpack" arg0 , arg1 ] call_ : { pair : Elm.Expression -> Elm.Expression -> Elm.Expression , first : Elm.Expression -> Elm.Expression , second : Elm.Expression -> Elm.Expression , mapFirst : Elm.Expression -> Elm.Expression -> Elm.Expression , mapSecond : Elm.Expression -> Elm.Expression -> Elm.Expression , mapBoth : Elm.Expression -> Elm.Expression -> Elm.Expression -> Elm.Expression } call_ = { pair = \arg arg0 -> Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "pair" , annotation = Just (Type.function [ Type.var "a", Type.var "b" ] (Type.tuple (Type.var "a") (Type.var "b")) ) } ) [ arg, arg0 ] , first = \arg -> Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "first" , annotation = Just (Type.function [ Type.tuple (Type.var "a") (Type.var "b") ] (Type.var "a") ) } ) [ arg ] , second = \arg -> Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "second" , annotation = Just (Type.function [ Type.tuple (Type.var "a") (Type.var "b") ] (Type.var "b") ) } ) [ arg ] , mapFirst = \arg arg3 -> Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "mapFirst" , annotation = Just (Type.function [ Type.function [ Type.var "a" ] (Type.var "x") , Type.tuple (Type.var "a") (Type.var "b") ] (Type.tuple (Type.var "x") (Type.var "b")) ) } ) [ arg, arg3 ] , mapSecond = \arg arg4 -> Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "mapSecond" , annotation = Just (Type.function [ Type.function [ Type.var "b" ] (Type.var "y") , Type.tuple (Type.var "a") (Type.var "b") ] (Type.tuple (Type.var "a") (Type.var "y")) ) } ) [ arg, arg4 ] , mapBoth = \arg arg5 arg6 -> Elm.apply (Elm.value { importFrom = [ "Tuple" ] , name = "mapBoth" , annotation = Just (Type.function [ Type.function [ Type.var "a" ] (Type.var "x") , Type.function [ Type.var "b" ] (Type.var "y") , Type.tuple (Type.var "a") (Type.var "b") ] (Type.tuple (Type.var "x") (Type.var "y")) ) } ) [ arg, arg5, arg6 ] } values_ : { pair : Elm.Expression , first : Elm.Expression , second : Elm.Expression , mapFirst : Elm.Expression , mapSecond : Elm.Expression , mapBoth : Elm.Expression } values_ = { pair = Elm.value { importFrom = [ "Tuple" ] , name = "pair" , annotation = Just (Type.function [ Type.var "a", Type.var "b" ] (Type.tuple (Type.var "a") (Type.var "b")) ) } , first = Elm.value { importFrom = [ "Tuple" ] , name = "first" , annotation = Just (Type.function [ Type.tuple (Type.var "a") (Type.var "b") ] (Type.var "a") ) } , second = Elm.value { importFrom = [ "Tuple" ] , name = "second" , annotation = Just (Type.function [ Type.tuple (Type.var "a") (Type.var "b") ] (Type.var "b") ) } , mapFirst = Elm.value { importFrom = [ "Tuple" ] , name = "mapFirst" , annotation = Just (Type.function [ Type.function [ Type.var "a" ] (Type.var "x") , Type.tuple (Type.var "a") (Type.var "b") ] (Type.tuple (Type.var "x") (Type.var "b")) ) } , mapSecond = Elm.value { importFrom = [ "Tuple" ] , name = "mapSecond" , annotation = Just (Type.function [ Type.function [ Type.var "b" ] (Type.var "y") , Type.tuple (Type.var "a") (Type.var "b") ] (Type.tuple (Type.var "a") (Type.var "y")) ) } , mapBoth = Elm.value { importFrom = [ "Tuple" ] , name = "mapBoth" , annotation = Just (Type.function [ Type.function [ Type.var "a" ] (Type.var "x") , Type.function [ Type.var "b" ] (Type.var "y") , Type.tuple (Type.var "a") (Type.var "b") ] (Type.tuple (Type.var "x") (Type.var "y")) ) } }

elm

pages/tests/TestAttorney.elm

gregziegan/eviction-tracker

module TestAttorney exposing (all) import Attorney exposing (Attorney) import Expect import Json.Decode as Decode import Test exposing (..) minimalJson = """ { "id": 123, "name": "NAME SURNAME", "aliases": [], "district_id": 1 } """ minimalAttorney : Attorney minimalAttorney = { id = 123 , name = "NAME SURNAME" , aliases = [] } maximumJson = """ { "id": 123, "name": "NAME SURNAME", "aliases": [ "UNNAME" ], "district_id": 1 } """ maximumAttorney : Attorney maximumAttorney = { id = 123 , name = "NAME SURNAME" , aliases = [ "UNNAME" ] } all : Test all = describe "Creation" [ test "decodes with nulls" <| \() -> Expect.equal (Result.Ok minimalAttorney) (Decode.decodeString Attorney.decoder minimalJson) , test "decodes with values" <| \() -> Expect.equal (Result.Ok maximumAttorney) (Decode.decodeString Attorney.decoder maximumJson) ]

4363

module TestAttorney exposing (all) import Attorney exposing (Attorney) import Expect import Json.Decode as Decode import Test exposing (..) minimalJson = """ { "id": 123, "name": "<NAME>", "aliases": [], "district_id": 1 } """ minimalAttorney : Attorney minimalAttorney = { id = 123 , name = "<NAME>" , aliases = [] } maximumJson = """ { "id": 123, "name": "<NAME>", "aliases": [ "UNNAME" ], "district_id": 1 } """ maximumAttorney : Attorney maximumAttorney = { id = 123 , name = "<NAME>" , aliases = [ "UNNAME" ] } all : Test all = describe "Creation" [ test "decodes with nulls" <| \() -> Expect.equal (Result.Ok minimalAttorney) (Decode.decodeString Attorney.decoder minimalJson) , test "decodes with values" <| \() -> Expect.equal (Result.Ok maximumAttorney) (Decode.decodeString Attorney.decoder maximumJson) ]

module TestAttorney exposing (all) import Attorney exposing (Attorney) import Expect import Json.Decode as Decode import Test exposing (..) minimalJson = """ { "id": 123, "name": "PI:NAME:<NAME>END_PI", "aliases": [], "district_id": 1 } """ minimalAttorney : Attorney minimalAttorney = { id = 123 , name = "PI:NAME:<NAME>END_PI" , aliases = [] } maximumJson = """ { "id": 123, "name": "PI:NAME:<NAME>END_PI", "aliases": [ "UNNAME" ], "district_id": 1 } """ maximumAttorney : Attorney maximumAttorney = { id = 123 , name = "PI:NAME:<NAME>END_PI" , aliases = [ "UNNAME" ] } all : Test all = describe "Creation" [ test "decodes with nulls" <| \() -> Expect.equal (Result.Ok minimalAttorney) (Decode.decodeString Attorney.decoder minimalJson) , test "decodes with values" <| \() -> Expect.equal (Result.Ok maximumAttorney) (Decode.decodeString Attorney.decoder maximumJson) ]

elm

examples/ForceDirectedGraph.elm

megapctr/elm-visualization

module ForceDirectedGraph exposing (main) {-| This demonstrates laying out the characters in Les Miserables based on their co-occurence in a scene. Try dragging the nodes! @delay 5 @category Basics -} import Browser import Browser.Events import Color import Force exposing (State) import Graph exposing (Edge, Graph, Node, NodeContext, NodeId) import Html import Html.Events exposing (on) import Html.Events.Extra.Mouse as Mouse import Json.Decode as Decode import Time import TypedSvg exposing (circle, g, line, svg, title) import TypedSvg.Attributes exposing (class, fill, stroke, viewBox) import TypedSvg.Attributes.InPx exposing (cx, cy, r, strokeWidth, x1, x2, y1, y2) import TypedSvg.Core exposing (Attribute, Svg, text) import TypedSvg.Types exposing (Paint(..)) w : Float w = 990 h : Float h = 504 type Msg = DragStart NodeId ( Float, Float ) | DragAt ( Float, Float ) | DragEnd ( Float, Float ) | Tick Time.Posix type alias Model = { drag : Maybe Drag , graph : Graph Entity () , simulation : Force.State NodeId } type alias Drag = { start : ( Float, Float ) , current : ( Float, Float ) , index : NodeId } type alias Entity = Force.Entity NodeId { value : String } initializeNode : NodeContext String () -> NodeContext Entity () initializeNode ctx = { node = { label = Force.entity ctx.node.id ctx.node.label, id = ctx.node.id } , incoming = ctx.incoming , outgoing = ctx.outgoing } init : () -> ( Model, Cmd Msg ) init _ = let graph = Graph.mapContexts initializeNode miserablesGraph link { from, to } = ( from, to ) forces = [ Force.links <| List.map link <| Graph.edges graph , Force.manyBody <| List.map .id <| Graph.nodes graph , Force.center (w / 2) (h / 2) ] in ( Model Nothing graph (Force.simulation forces), Cmd.none ) updateNode : ( Float, Float ) -> NodeContext Entity () -> NodeContext Entity () updateNode ( x, y ) nodeCtx = let nodeValue = nodeCtx.node.label in updateContextWithValue nodeCtx { nodeValue | x = x, y = y } updateContextWithValue : NodeContext Entity () -> Entity -> NodeContext Entity () updateContextWithValue nodeCtx value = let node = nodeCtx.node in { nodeCtx | node = { node | label = value } } updateGraphWithList : Graph Entity () -> List Entity -> Graph Entity () updateGraphWithList = let graphUpdater value = Maybe.map (\ctx -> updateContextWithValue ctx value) in List.foldr (\node graph -> Graph.update node.id (graphUpdater node) graph) update : Msg -> Model -> Model update msg ({ drag, graph, simulation } as model) = case msg of Tick t -> let ( newState, list ) = Force.tick simulation <| List.map .label <| Graph.nodes graph in case drag of Nothing -> Model drag (updateGraphWithList graph list) newState Just { current, index } -> Model drag (Graph.update index (Maybe.map (updateNode current)) (updateGraphWithList graph list) ) newState DragStart index xy -> Model (Just (Drag xy xy index)) graph simulation DragAt xy -> case drag of Just { start, index } -> Model (Just (Drag start xy index)) (Graph.update index (Maybe.map (updateNode xy)) graph) (Force.reheat simulation) Nothing -> Model Nothing graph simulation DragEnd xy -> case drag of Just { start, index } -> Model Nothing (Graph.update index (Maybe.map (updateNode xy)) graph) simulation Nothing -> Model Nothing graph simulation subscriptions : Model -> Sub Msg subscriptions model = case model.drag of Nothing -> -- This allows us to save resources, as if the simulation is done, there is no point in subscribing -- to the rAF. if Force.isCompleted model.simulation then Sub.none else Browser.Events.onAnimationFrame Tick Just _ -> Sub.batch [ Browser.Events.onMouseMove (Decode.map (.clientPos >> DragAt) Mouse.eventDecoder) , Browser.Events.onMouseUp (Decode.map (.clientPos >> DragEnd) Mouse.eventDecoder) , Browser.Events.onAnimationFrame Tick ] onMouseDown : NodeId -> Attribute Msg onMouseDown index = Mouse.onDown (.clientPos >> DragStart index) linkElement : Graph Entity () -> Edge () -> Svg msg linkElement graph edge = let source = Maybe.withDefault (Force.entity 0 "") <| Maybe.map (.node >> .label) <| Graph.get edge.from graph target = Maybe.withDefault (Force.entity 0 "") <| Maybe.map (.node >> .label) <| Graph.get edge.to graph in line [ strokeWidth 1 , stroke <| Paint <| Color.rgb255 170 170 170 , x1 source.x , y1 source.y , x2 target.x , y2 target.y ] [] nodeElement : { a | id : NodeId, label : { b | x : Float, y : Float, value : String } } -> Svg Msg nodeElement node = circle [ r 2.5 , fill <| Paint Color.black , stroke <| Paint <| Color.rgba 0 0 0 0 , strokeWidth 7 , onMouseDown node.id , cx node.label.x , cy node.label.y ] [ title [] [ text node.label.value ] ] view : Model -> Svg Msg view model = svg [ viewBox 0 0 w h ] [ Graph.edges model.graph |> List.map (linkElement model.graph) |> g [ class [ "links" ] ] , Graph.nodes model.graph |> List.map nodeElement |> g [ class [ "nodes" ] ] ] main : Program () Model Msg main = Browser.element { init = init , view = view , update = \msg model -> ( update msg model, Cmd.none ) , subscriptions = subscriptions } miserablesGraph : Graph String () miserablesGraph = Graph.fromNodeLabelsAndEdgePairs [ "Myriel" , "Napoleon" , "Mlle.Baptistine" , "Mme.Magloire" , "CountessdeLo" , "Geborand" , "Champtercier" , "Cravatte" , "Count" , "OldMan" , "Labarre" , "Valjean" , "Marguerite" , "Mme.deR" , "Isabeau" , "Gervais" , "Tholomyes" , "Listolier" , "Fameuil" , "Blacheville" , "Favourite" , "Dahlia" , "Zephine" , "Fantine" , "Mme.Thenardier" , "Thenardier" , "Cosette" , "Javert" , "Fauchelevent" , "Bamatabois" , "Perpetue" , "Simplice" , "Scaufflaire" , "Woman1" , "Judge" , "Champmathieu" , "Brevet" , "Chenildieu" , "Cochepaille" , "Pontmercy" , "Boulatruelle" , "Eponine" , "Anzelma" , "Woman2" , "MotherInnocent" , "Gribier" , "Jondrette" , "Mme.Burgon" , "Gavroche" , "Gillenormand" , "Magnon" , "Mlle.Gillenormand" , "Mme.Pontmercy" , "Mlle.Vaubois" , "Lt.Gillenormand" , "Marius" , "BaronessT" , "Mabeuf" , "Enjolras" , "Combeferre" , "Prouvaire" , "Feuilly" , "Courfeyrac" , "Bahorel" , "Bossuet" , "Joly" , "Grantaire" , "MotherPlutarch" , "Gueulemer" , "Babet" , "Claquesous" , "Montparnasse" , "Toussaint" , "Child1" , "Child2" , "Brujon" , "Mme.Hucheloup" ] [ ( 1, 0 ) , ( 2, 0 ) , ( 3, 0 ) , ( 3, 2 ) , ( 4, 0 ) , ( 5, 0 ) , ( 6, 0 ) , ( 7, 0 ) , ( 8, 0 ) , ( 9, 0 ) , ( 11, 10 ) , ( 11, 3 ) , ( 11, 2 ) , ( 11, 0 ) , ( 12, 11 ) , ( 13, 11 ) , ( 14, 11 ) , ( 15, 11 ) , ( 17, 16 ) , ( 18, 16 ) , ( 18, 17 ) , ( 19, 16 ) , ( 19, 17 ) , ( 19, 18 ) , ( 20, 16 ) , ( 20, 17 ) , ( 20, 18 ) , ( 20, 19 ) , ( 21, 16 ) , ( 21, 17 ) , ( 21, 18 ) , ( 21, 19 ) , ( 21, 20 ) , ( 22, 16 ) , ( 22, 17 ) , ( 22, 18 ) , ( 22, 19 ) , ( 22, 20 ) , ( 22, 21 ) , ( 23, 16 ) , ( 23, 17 ) , ( 23, 18 ) , ( 23, 19 ) , ( 23, 20 ) , ( 23, 21 ) , ( 23, 22 ) , ( 23, 12 ) , ( 23, 11 ) , ( 24, 23 ) , ( 24, 11 ) , ( 25, 24 ) , ( 25, 23 ) , ( 25, 11 ) , ( 26, 24 ) , ( 26, 11 ) , ( 26, 16 ) , ( 26, 25 ) , ( 27, 11 ) , ( 27, 23 ) , ( 27, 25 ) , ( 27, 24 ) , ( 27, 26 ) , ( 28, 11 ) , ( 28, 27 ) , ( 29, 23 ) , ( 29, 27 ) , ( 29, 11 ) , ( 30, 23 ) , ( 31, 30 ) , ( 31, 11 ) , ( 31, 23 ) , ( 31, 27 ) , ( 32, 11 ) , ( 33, 11 ) , ( 33, 27 ) , ( 34, 11 ) , ( 34, 29 ) , ( 35, 11 ) , ( 35, 34 ) , ( 35, 29 ) , ( 36, 34 ) , ( 36, 35 ) , ( 36, 11 ) , ( 36, 29 ) , ( 37, 34 ) , ( 37, 35 ) , ( 37, 36 ) , ( 37, 11 ) , ( 37, 29 ) , ( 38, 34 ) , ( 38, 35 ) , ( 38, 36 ) , ( 38, 37 ) , ( 38, 11 ) , ( 38, 29 ) , ( 39, 25 ) , ( 40, 25 ) , ( 41, 24 ) , ( 41, 25 ) , ( 42, 41 ) , ( 42, 25 ) , ( 42, 24 ) , ( 43, 11 ) , ( 43, 26 ) , ( 43, 27 ) , ( 44, 28 ) , ( 44, 11 ) , ( 45, 28 ) , ( 47, 46 ) , ( 48, 47 ) , ( 48, 25 ) , ( 48, 27 ) , ( 48, 11 ) , ( 49, 26 ) , ( 49, 11 ) , ( 50, 49 ) , ( 50, 24 ) , ( 51, 49 ) , ( 51, 26 ) , ( 51, 11 ) , ( 52, 51 ) , ( 52, 39 ) , ( 53, 51 ) , ( 54, 51 ) , ( 54, 49 ) , ( 54, 26 ) , ( 55, 51 ) , ( 55, 49 ) , ( 55, 39 ) , ( 55, 54 ) , ( 55, 26 ) , ( 55, 11 ) , ( 55, 16 ) , ( 55, 25 ) , ( 55, 41 ) , ( 55, 48 ) , ( 56, 49 ) , ( 56, 55 ) , ( 57, 55 ) , ( 57, 41 ) , ( 57, 48 ) , ( 58, 55 ) , ( 58, 48 ) , ( 58, 27 ) , ( 58, 57 ) , ( 58, 11 ) , ( 59, 58 ) , ( 59, 55 ) , ( 59, 48 ) , ( 59, 57 ) , ( 60, 48 ) , ( 60, 58 ) , ( 60, 59 ) , ( 61, 48 ) , ( 61, 58 ) , ( 61, 60 ) , ( 61, 59 ) , ( 61, 57 ) , ( 61, 55 ) , ( 62, 55 ) , ( 62, 58 ) , ( 62, 59 ) , ( 62, 48 ) , ( 62, 57 ) , ( 62, 41 ) , ( 62, 61 ) , ( 62, 60 ) , ( 63, 59 ) , ( 63, 48 ) , ( 63, 62 ) , ( 63, 57 ) , ( 63, 58 ) , ( 63, 61 ) , ( 63, 60 ) , ( 63, 55 ) , ( 64, 55 ) , ( 64, 62 ) , ( 64, 48 ) , ( 64, 63 ) , ( 64, 58 ) , ( 64, 61 ) , ( 64, 60 ) , ( 64, 59 ) , ( 64, 57 ) , ( 64, 11 ) , ( 65, 63 ) , ( 65, 64 ) , ( 65, 48 ) , ( 65, 62 ) , ( 65, 58 ) , ( 65, 61 ) , ( 65, 60 ) , ( 65, 59 ) , ( 65, 57 ) , ( 65, 55 ) , ( 66, 64 ) , ( 66, 58 ) , ( 66, 59 ) , ( 66, 62 ) , ( 66, 65 ) , ( 66, 48 ) , ( 66, 63 ) , ( 66, 61 ) , ( 66, 60 ) , ( 67, 57 ) , ( 68, 25 ) , ( 68, 11 ) , ( 68, 24 ) , ( 68, 27 ) , ( 68, 48 ) , ( 68, 41 ) , ( 69, 25 ) , ( 69, 68 ) , ( 69, 11 ) , ( 69, 24 ) , ( 69, 27 ) , ( 69, 48 ) , ( 69, 41 ) , ( 70, 25 ) , ( 70, 69 ) , ( 70, 68 ) , ( 70, 11 ) , ( 70, 24 ) , ( 70, 27 ) , ( 70, 41 ) , ( 70, 58 ) , ( 71, 27 ) , ( 71, 69 ) , ( 71, 68 ) , ( 71, 70 ) , ( 71, 11 ) , ( 71, 48 ) , ( 71, 41 ) , ( 71, 25 ) , ( 72, 26 ) , ( 72, 27 ) , ( 72, 11 ) , ( 73, 48 ) , ( 74, 48 ) , ( 74, 73 ) , ( 75, 69 ) , ( 75, 68 ) , ( 75, 25 ) , ( 75, 48 ) , ( 75, 41 ) , ( 75, 70 ) , ( 75, 71 ) , ( 76, 64 ) , ( 76, 65 ) , ( 76, 66 ) , ( 76, 63 ) , ( 76, 62 ) , ( 76, 48 ) , ( 76, 58 ) ] {- {"delay": 5} -}

17928

module ForceDirectedGraph exposing (main) {-| This demonstrates laying out the characters in Les Miserables based on their co-occurence in a scene. Try dragging the nodes! @delay 5 @category Basics -} import Browser import Browser.Events import Color import Force exposing (State) import Graph exposing (Edge, Graph, Node, NodeContext, NodeId) import Html import Html.Events exposing (on) import Html.Events.Extra.Mouse as Mouse import Json.Decode as Decode import Time import TypedSvg exposing (circle, g, line, svg, title) import TypedSvg.Attributes exposing (class, fill, stroke, viewBox) import TypedSvg.Attributes.InPx exposing (cx, cy, r, strokeWidth, x1, x2, y1, y2) import TypedSvg.Core exposing (Attribute, Svg, text) import TypedSvg.Types exposing (Paint(..)) w : Float w = 990 h : Float h = 504 type Msg = DragStart NodeId ( Float, Float ) | DragAt ( Float, Float ) | DragEnd ( Float, Float ) | Tick Time.Posix type alias Model = { drag : Maybe Drag , graph : Graph Entity () , simulation : Force.State NodeId } type alias Drag = { start : ( Float, Float ) , current : ( Float, Float ) , index : NodeId } type alias Entity = Force.Entity NodeId { value : String } initializeNode : NodeContext String () -> NodeContext Entity () initializeNode ctx = { node = { label = Force.entity ctx.node.id ctx.node.label, id = ctx.node.id } , incoming = ctx.incoming , outgoing = ctx.outgoing } init : () -> ( Model, Cmd Msg ) init _ = let graph = Graph.mapContexts initializeNode miserablesGraph link { from, to } = ( from, to ) forces = [ Force.links <| List.map link <| Graph.edges graph , Force.manyBody <| List.map .id <| Graph.nodes graph , Force.center (w / 2) (h / 2) ] in ( Model Nothing graph (Force.simulation forces), Cmd.none ) updateNode : ( Float, Float ) -> NodeContext Entity () -> NodeContext Entity () updateNode ( x, y ) nodeCtx = let nodeValue = nodeCtx.node.label in updateContextWithValue nodeCtx { nodeValue | x = x, y = y } updateContextWithValue : NodeContext Entity () -> Entity -> NodeContext Entity () updateContextWithValue nodeCtx value = let node = nodeCtx.node in { nodeCtx | node = { node | label = value } } updateGraphWithList : Graph Entity () -> List Entity -> Graph Entity () updateGraphWithList = let graphUpdater value = Maybe.map (\ctx -> updateContextWithValue ctx value) in List.foldr (\node graph -> Graph.update node.id (graphUpdater node) graph) update : Msg -> Model -> Model update msg ({ drag, graph, simulation } as model) = case msg of Tick t -> let ( newState, list ) = Force.tick simulation <| List.map .label <| Graph.nodes graph in case drag of Nothing -> Model drag (updateGraphWithList graph list) newState Just { current, index } -> Model drag (Graph.update index (Maybe.map (updateNode current)) (updateGraphWithList graph list) ) newState DragStart index xy -> Model (Just (Drag xy xy index)) graph simulation DragAt xy -> case drag of Just { start, index } -> Model (Just (Drag start xy index)) (Graph.update index (Maybe.map (updateNode xy)) graph) (Force.reheat simulation) Nothing -> Model Nothing graph simulation DragEnd xy -> case drag of Just { start, index } -> Model Nothing (Graph.update index (Maybe.map (updateNode xy)) graph) simulation Nothing -> Model Nothing graph simulation subscriptions : Model -> Sub Msg subscriptions model = case model.drag of Nothing -> -- This allows us to save resources, as if the simulation is done, there is no point in subscribing -- to the rAF. if Force.isCompleted model.simulation then Sub.none else Browser.Events.onAnimationFrame Tick Just _ -> Sub.batch [ Browser.Events.onMouseMove (Decode.map (.clientPos >> DragAt) Mouse.eventDecoder) , Browser.Events.onMouseUp (Decode.map (.clientPos >> DragEnd) Mouse.eventDecoder) , Browser.Events.onAnimationFrame Tick ] onMouseDown : NodeId -> Attribute Msg onMouseDown index = Mouse.onDown (.clientPos >> DragStart index) linkElement : Graph Entity () -> Edge () -> Svg msg linkElement graph edge = let source = Maybe.withDefault (Force.entity 0 "") <| Maybe.map (.node >> .label) <| Graph.get edge.from graph target = Maybe.withDefault (Force.entity 0 "") <| Maybe.map (.node >> .label) <| Graph.get edge.to graph in line [ strokeWidth 1 , stroke <| Paint <| Color.rgb255 170 170 170 , x1 source.x , y1 source.y , x2 target.x , y2 target.y ] [] nodeElement : { a | id : NodeId, label : { b | x : Float, y : Float, value : String } } -> Svg Msg nodeElement node = circle [ r 2.5 , fill <| Paint Color.black , stroke <| Paint <| Color.rgba 0 0 0 0 , strokeWidth 7 , onMouseDown node.id , cx node.label.x , cy node.label.y ] [ title [] [ text node.label.value ] ] view : Model -> Svg Msg view model = svg [ viewBox 0 0 w h ] [ Graph.edges model.graph |> List.map (linkElement model.graph) |> g [ class [ "links" ] ] , Graph.nodes model.graph |> List.map nodeElement |> g [ class [ "nodes" ] ] ] main : Program () Model Msg main = Browser.element { init = init , view = view , update = \msg model -> ( update msg model, Cmd.none ) , subscriptions = subscriptions } miserablesGraph : Graph String () miserablesGraph = Graph.fromNodeLabelsAndEdgePairs [ "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "Woman1" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "Woman2" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "Lt.Gillenorm<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "<NAME>" , "Child1" , "Child2" , "<NAME>" , "<NAME>" ] [ ( 1, 0 ) , ( 2, 0 ) , ( 3, 0 ) , ( 3, 2 ) , ( 4, 0 ) , ( 5, 0 ) , ( 6, 0 ) , ( 7, 0 ) , ( 8, 0 ) , ( 9, 0 ) , ( 11, 10 ) , ( 11, 3 ) , ( 11, 2 ) , ( 11, 0 ) , ( 12, 11 ) , ( 13, 11 ) , ( 14, 11 ) , ( 15, 11 ) , ( 17, 16 ) , ( 18, 16 ) , ( 18, 17 ) , ( 19, 16 ) , ( 19, 17 ) , ( 19, 18 ) , ( 20, 16 ) , ( 20, 17 ) , ( 20, 18 ) , ( 20, 19 ) , ( 21, 16 ) , ( 21, 17 ) , ( 21, 18 ) , ( 21, 19 ) , ( 21, 20 ) , ( 22, 16 ) , ( 22, 17 ) , ( 22, 18 ) , ( 22, 19 ) , ( 22, 20 ) , ( 22, 21 ) , ( 23, 16 ) , ( 23, 17 ) , ( 23, 18 ) , ( 23, 19 ) , ( 23, 20 ) , ( 23, 21 ) , ( 23, 22 ) , ( 23, 12 ) , ( 23, 11 ) , ( 24, 23 ) , ( 24, 11 ) , ( 25, 24 ) , ( 25, 23 ) , ( 25, 11 ) , ( 26, 24 ) , ( 26, 11 ) , ( 26, 16 ) , ( 26, 25 ) , ( 27, 11 ) , ( 27, 23 ) , ( 27, 25 ) , ( 27, 24 ) , ( 27, 26 ) , ( 28, 11 ) , ( 28, 27 ) , ( 29, 23 ) , ( 29, 27 ) , ( 29, 11 ) , ( 30, 23 ) , ( 31, 30 ) , ( 31, 11 ) , ( 31, 23 ) , ( 31, 27 ) , ( 32, 11 ) , ( 33, 11 ) , ( 33, 27 ) , ( 34, 11 ) , ( 34, 29 ) , ( 35, 11 ) , ( 35, 34 ) , ( 35, 29 ) , ( 36, 34 ) , ( 36, 35 ) , ( 36, 11 ) , ( 36, 29 ) , ( 37, 34 ) , ( 37, 35 ) , ( 37, 36 ) , ( 37, 11 ) , ( 37, 29 ) , ( 38, 34 ) , ( 38, 35 ) , ( 38, 36 ) , ( 38, 37 ) , ( 38, 11 ) , ( 38, 29 ) , ( 39, 25 ) , ( 40, 25 ) , ( 41, 24 ) , ( 41, 25 ) , ( 42, 41 ) , ( 42, 25 ) , ( 42, 24 ) , ( 43, 11 ) , ( 43, 26 ) , ( 43, 27 ) , ( 44, 28 ) , ( 44, 11 ) , ( 45, 28 ) , ( 47, 46 ) , ( 48, 47 ) , ( 48, 25 ) , ( 48, 27 ) , ( 48, 11 ) , ( 49, 26 ) , ( 49, 11 ) , ( 50, 49 ) , ( 50, 24 ) , ( 51, 49 ) , ( 51, 26 ) , ( 51, 11 ) , ( 52, 51 ) , ( 52, 39 ) , ( 53, 51 ) , ( 54, 51 ) , ( 54, 49 ) , ( 54, 26 ) , ( 55, 51 ) , ( 55, 49 ) , ( 55, 39 ) , ( 55, 54 ) , ( 55, 26 ) , ( 55, 11 ) , ( 55, 16 ) , ( 55, 25 ) , ( 55, 41 ) , ( 55, 48 ) , ( 56, 49 ) , ( 56, 55 ) , ( 57, 55 ) , ( 57, 41 ) , ( 57, 48 ) , ( 58, 55 ) , ( 58, 48 ) , ( 58, 27 ) , ( 58, 57 ) , ( 58, 11 ) , ( 59, 58 ) , ( 59, 55 ) , ( 59, 48 ) , ( 59, 57 ) , ( 60, 48 ) , ( 60, 58 ) , ( 60, 59 ) , ( 61, 48 ) , ( 61, 58 ) , ( 61, 60 ) , ( 61, 59 ) , ( 61, 57 ) , ( 61, 55 ) , ( 62, 55 ) , ( 62, 58 ) , ( 62, 59 ) , ( 62, 48 ) , ( 62, 57 ) , ( 62, 41 ) , ( 62, 61 ) , ( 62, 60 ) , ( 63, 59 ) , ( 63, 48 ) , ( 63, 62 ) , ( 63, 57 ) , ( 63, 58 ) , ( 63, 61 ) , ( 63, 60 ) , ( 63, 55 ) , ( 64, 55 ) , ( 64, 62 ) , ( 64, 48 ) , ( 64, 63 ) , ( 64, 58 ) , ( 64, 61 ) , ( 64, 60 ) , ( 64, 59 ) , ( 64, 57 ) , ( 64, 11 ) , ( 65, 63 ) , ( 65, 64 ) , ( 65, 48 ) , ( 65, 62 ) , ( 65, 58 ) , ( 65, 61 ) , ( 65, 60 ) , ( 65, 59 ) , ( 65, 57 ) , ( 65, 55 ) , ( 66, 64 ) , ( 66, 58 ) , ( 66, 59 ) , ( 66, 62 ) , ( 66, 65 ) , ( 66, 48 ) , ( 66, 63 ) , ( 66, 61 ) , ( 66, 60 ) , ( 67, 57 ) , ( 68, 25 ) , ( 68, 11 ) , ( 68, 24 ) , ( 68, 27 ) , ( 68, 48 ) , ( 68, 41 ) , ( 69, 25 ) , ( 69, 68 ) , ( 69, 11 ) , ( 69, 24 ) , ( 69, 27 ) , ( 69, 48 ) , ( 69, 41 ) , ( 70, 25 ) , ( 70, 69 ) , ( 70, 68 ) , ( 70, 11 ) , ( 70, 24 ) , ( 70, 27 ) , ( 70, 41 ) , ( 70, 58 ) , ( 71, 27 ) , ( 71, 69 ) , ( 71, 68 ) , ( 71, 70 ) , ( 71, 11 ) , ( 71, 48 ) , ( 71, 41 ) , ( 71, 25 ) , ( 72, 26 ) , ( 72, 27 ) , ( 72, 11 ) , ( 73, 48 ) , ( 74, 48 ) , ( 74, 73 ) , ( 75, 69 ) , ( 75, 68 ) , ( 75, 25 ) , ( 75, 48 ) , ( 75, 41 ) , ( 75, 70 ) , ( 75, 71 ) , ( 76, 64 ) , ( 76, 65 ) , ( 76, 66 ) , ( 76, 63 ) , ( 76, 62 ) , ( 76, 48 ) , ( 76, 58 ) ] {- {"delay": 5} -}

module ForceDirectedGraph exposing (main) {-| This demonstrates laying out the characters in Les Miserables based on their co-occurence in a scene. Try dragging the nodes! @delay 5 @category Basics -} import Browser import Browser.Events import Color import Force exposing (State) import Graph exposing (Edge, Graph, Node, NodeContext, NodeId) import Html import Html.Events exposing (on) import Html.Events.Extra.Mouse as Mouse import Json.Decode as Decode import Time import TypedSvg exposing (circle, g, line, svg, title) import TypedSvg.Attributes exposing (class, fill, stroke, viewBox) import TypedSvg.Attributes.InPx exposing (cx, cy, r, strokeWidth, x1, x2, y1, y2) import TypedSvg.Core exposing (Attribute, Svg, text) import TypedSvg.Types exposing (Paint(..)) w : Float w = 990 h : Float h = 504 type Msg = DragStart NodeId ( Float, Float ) | DragAt ( Float, Float ) | DragEnd ( Float, Float ) | Tick Time.Posix type alias Model = { drag : Maybe Drag , graph : Graph Entity () , simulation : Force.State NodeId } type alias Drag = { start : ( Float, Float ) , current : ( Float, Float ) , index : NodeId } type alias Entity = Force.Entity NodeId { value : String } initializeNode : NodeContext String () -> NodeContext Entity () initializeNode ctx = { node = { label = Force.entity ctx.node.id ctx.node.label, id = ctx.node.id } , incoming = ctx.incoming , outgoing = ctx.outgoing } init : () -> ( Model, Cmd Msg ) init _ = let graph = Graph.mapContexts initializeNode miserablesGraph link { from, to } = ( from, to ) forces = [ Force.links <| List.map link <| Graph.edges graph , Force.manyBody <| List.map .id <| Graph.nodes graph , Force.center (w / 2) (h / 2) ] in ( Model Nothing graph (Force.simulation forces), Cmd.none ) updateNode : ( Float, Float ) -> NodeContext Entity () -> NodeContext Entity () updateNode ( x, y ) nodeCtx = let nodeValue = nodeCtx.node.label in updateContextWithValue nodeCtx { nodeValue | x = x, y = y } updateContextWithValue : NodeContext Entity () -> Entity -> NodeContext Entity () updateContextWithValue nodeCtx value = let node = nodeCtx.node in { nodeCtx | node = { node | label = value } } updateGraphWithList : Graph Entity () -> List Entity -> Graph Entity () updateGraphWithList = let graphUpdater value = Maybe.map (\ctx -> updateContextWithValue ctx value) in List.foldr (\node graph -> Graph.update node.id (graphUpdater node) graph) update : Msg -> Model -> Model update msg ({ drag, graph, simulation } as model) = case msg of Tick t -> let ( newState, list ) = Force.tick simulation <| List.map .label <| Graph.nodes graph in case drag of Nothing -> Model drag (updateGraphWithList graph list) newState Just { current, index } -> Model drag (Graph.update index (Maybe.map (updateNode current)) (updateGraphWithList graph list) ) newState DragStart index xy -> Model (Just (Drag xy xy index)) graph simulation DragAt xy -> case drag of Just { start, index } -> Model (Just (Drag start xy index)) (Graph.update index (Maybe.map (updateNode xy)) graph) (Force.reheat simulation) Nothing -> Model Nothing graph simulation DragEnd xy -> case drag of Just { start, index } -> Model Nothing (Graph.update index (Maybe.map (updateNode xy)) graph) simulation Nothing -> Model Nothing graph simulation subscriptions : Model -> Sub Msg subscriptions model = case model.drag of Nothing -> -- This allows us to save resources, as if the simulation is done, there is no point in subscribing -- to the rAF. if Force.isCompleted model.simulation then Sub.none else Browser.Events.onAnimationFrame Tick Just _ -> Sub.batch [ Browser.Events.onMouseMove (Decode.map (.clientPos >> DragAt) Mouse.eventDecoder) , Browser.Events.onMouseUp (Decode.map (.clientPos >> DragEnd) Mouse.eventDecoder) , Browser.Events.onAnimationFrame Tick ] onMouseDown : NodeId -> Attribute Msg onMouseDown index = Mouse.onDown (.clientPos >> DragStart index) linkElement : Graph Entity () -> Edge () -> Svg msg linkElement graph edge = let source = Maybe.withDefault (Force.entity 0 "") <| Maybe.map (.node >> .label) <| Graph.get edge.from graph target = Maybe.withDefault (Force.entity 0 "") <| Maybe.map (.node >> .label) <| Graph.get edge.to graph in line [ strokeWidth 1 , stroke <| Paint <| Color.rgb255 170 170 170 , x1 source.x , y1 source.y , x2 target.x , y2 target.y ] [] nodeElement : { a | id : NodeId, label : { b | x : Float, y : Float, value : String } } -> Svg Msg nodeElement node = circle [ r 2.5 , fill <| Paint Color.black , stroke <| Paint <| Color.rgba 0 0 0 0 , strokeWidth 7 , onMouseDown node.id , cx node.label.x , cy node.label.y ] [ title [] [ text node.label.value ] ] view : Model -> Svg Msg view model = svg [ viewBox 0 0 w h ] [ Graph.edges model.graph |> List.map (linkElement model.graph) |> g [ class [ "links" ] ] , Graph.nodes model.graph |> List.map nodeElement |> g [ class [ "nodes" ] ] ] main : Program () Model Msg main = Browser.element { init = init , view = view , update = \msg model -> ( update msg model, Cmd.none ) , subscriptions = subscriptions } miserablesGraph : Graph String () miserablesGraph = Graph.fromNodeLabelsAndEdgePairs [ "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "Woman1" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "Woman2" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "Lt.GillenormPI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" , "Child1" , "Child2" , "PI:NAME:<NAME>END_PI" , "PI:NAME:<NAME>END_PI" ] [ ( 1, 0 ) , ( 2, 0 ) , ( 3, 0 ) , ( 3, 2 ) , ( 4, 0 ) , ( 5, 0 ) , ( 6, 0 ) , ( 7, 0 ) , ( 8, 0 ) , ( 9, 0 ) , ( 11, 10 ) , ( 11, 3 ) , ( 11, 2 ) , ( 11, 0 ) , ( 12, 11 ) , ( 13, 11 ) , ( 14, 11 ) , ( 15, 11 ) , ( 17, 16 ) , ( 18, 16 ) , ( 18, 17 ) , ( 19, 16 ) , ( 19, 17 ) , ( 19, 18 ) , ( 20, 16 ) , ( 20, 17 ) , ( 20, 18 ) , ( 20, 19 ) , ( 21, 16 ) , ( 21, 17 ) , ( 21, 18 ) , ( 21, 19 ) , ( 21, 20 ) , ( 22, 16 ) , ( 22, 17 ) , ( 22, 18 ) , ( 22, 19 ) , ( 22, 20 ) , ( 22, 21 ) , ( 23, 16 ) , ( 23, 17 ) , ( 23, 18 ) , ( 23, 19 ) , ( 23, 20 ) , ( 23, 21 ) , ( 23, 22 ) , ( 23, 12 ) , ( 23, 11 ) , ( 24, 23 ) , ( 24, 11 ) , ( 25, 24 ) , ( 25, 23 ) , ( 25, 11 ) , ( 26, 24 ) , ( 26, 11 ) , ( 26, 16 ) , ( 26, 25 ) , ( 27, 11 ) , ( 27, 23 ) , ( 27, 25 ) , ( 27, 24 ) , ( 27, 26 ) , ( 28, 11 ) , ( 28, 27 ) , ( 29, 23 ) , ( 29, 27 ) , ( 29, 11 ) , ( 30, 23 ) , ( 31, 30 ) , ( 31, 11 ) , ( 31, 23 ) , ( 31, 27 ) , ( 32, 11 ) , ( 33, 11 ) , ( 33, 27 ) , ( 34, 11 ) , ( 34, 29 ) , ( 35, 11 ) , ( 35, 34 ) , ( 35, 29 ) , ( 36, 34 ) , ( 36, 35 ) , ( 36, 11 ) , ( 36, 29 ) , ( 37, 34 ) , ( 37, 35 ) , ( 37, 36 ) , ( 37, 11 ) , ( 37, 29 ) , ( 38, 34 ) , ( 38, 35 ) , ( 38, 36 ) , ( 38, 37 ) , ( 38, 11 ) , ( 38, 29 ) , ( 39, 25 ) , ( 40, 25 ) , ( 41, 24 ) , ( 41, 25 ) , ( 42, 41 ) , ( 42, 25 ) , ( 42, 24 ) , ( 43, 11 ) , ( 43, 26 ) , ( 43, 27 ) , ( 44, 28 ) , ( 44, 11 ) , ( 45, 28 ) , ( 47, 46 ) , ( 48, 47 ) , ( 48, 25 ) , ( 48, 27 ) , ( 48, 11 ) , ( 49, 26 ) , ( 49, 11 ) , ( 50, 49 ) , ( 50, 24 ) , ( 51, 49 ) , ( 51, 26 ) , ( 51, 11 ) , ( 52, 51 ) , ( 52, 39 ) , ( 53, 51 ) , ( 54, 51 ) , ( 54, 49 ) , ( 54, 26 ) , ( 55, 51 ) , ( 55, 49 ) , ( 55, 39 ) , ( 55, 54 ) , ( 55, 26 ) , ( 55, 11 ) , ( 55, 16 ) , ( 55, 25 ) , ( 55, 41 ) , ( 55, 48 ) , ( 56, 49 ) , ( 56, 55 ) , ( 57, 55 ) , ( 57, 41 ) , ( 57, 48 ) , ( 58, 55 ) , ( 58, 48 ) , ( 58, 27 ) , ( 58, 57 ) , ( 58, 11 ) , ( 59, 58 ) , ( 59, 55 ) , ( 59, 48 ) , ( 59, 57 ) , ( 60, 48 ) , ( 60, 58 ) , ( 60, 59 ) , ( 61, 48 ) , ( 61, 58 ) , ( 61, 60 ) , ( 61, 59 ) , ( 61, 57 ) , ( 61, 55 ) , ( 62, 55 ) , ( 62, 58 ) , ( 62, 59 ) , ( 62, 48 ) , ( 62, 57 ) , ( 62, 41 ) , ( 62, 61 ) , ( 62, 60 ) , ( 63, 59 ) , ( 63, 48 ) , ( 63, 62 ) , ( 63, 57 ) , ( 63, 58 ) , ( 63, 61 ) , ( 63, 60 ) , ( 63, 55 ) , ( 64, 55 ) , ( 64, 62 ) , ( 64, 48 ) , ( 64, 63 ) , ( 64, 58 ) , ( 64, 61 ) , ( 64, 60 ) , ( 64, 59 ) , ( 64, 57 ) , ( 64, 11 ) , ( 65, 63 ) , ( 65, 64 ) , ( 65, 48 ) , ( 65, 62 ) , ( 65, 58 ) , ( 65, 61 ) , ( 65, 60 ) , ( 65, 59 ) , ( 65, 57 ) , ( 65, 55 ) , ( 66, 64 ) , ( 66, 58 ) , ( 66, 59 ) , ( 66, 62 ) , ( 66, 65 ) , ( 66, 48 ) , ( 66, 63 ) , ( 66, 61 ) , ( 66, 60 ) , ( 67, 57 ) , ( 68, 25 ) , ( 68, 11 ) , ( 68, 24 ) , ( 68, 27 ) , ( 68, 48 ) , ( 68, 41 ) , ( 69, 25 ) , ( 69, 68 ) , ( 69, 11 ) , ( 69, 24 ) , ( 69, 27 ) , ( 69, 48 ) , ( 69, 41 ) , ( 70, 25 ) , ( 70, 69 ) , ( 70, 68 ) , ( 70, 11 ) , ( 70, 24 ) , ( 70, 27 ) , ( 70, 41 ) , ( 70, 58 ) , ( 71, 27 ) , ( 71, 69 ) , ( 71, 68 ) , ( 71, 70 ) , ( 71, 11 ) , ( 71, 48 ) , ( 71, 41 ) , ( 71, 25 ) , ( 72, 26 ) , ( 72, 27 ) , ( 72, 11 ) , ( 73, 48 ) , ( 74, 48 ) , ( 74, 73 ) , ( 75, 69 ) , ( 75, 68 ) , ( 75, 25 ) , ( 75, 48 ) , ( 75, 41 ) , ( 75, 70 ) , ( 75, 71 ) , ( 76, 64 ) , ( 76, 65 ) , ( 76, 66 ) , ( 76, 63 ) , ( 76, 62 ) , ( 76, 48 ) , ( 76, 58 ) ] {- {"delay": 5} -}

elm

client/Main.elm

fujiy/Gaufre

port module Main exposing (..) import Browser exposing (Document, application) import Browser.Navigation as Nav import Data exposing (Auth, Data, User) import Data.Client as Client import Firestore as Firestore exposing (Firestore) import Firestore.Access as Access exposing (Accessor) import Firestore.Update as Update import Html exposing (..) import Page import Page.Entrance as Entrance import Task import Time import Url exposing (Url) port setLocalStorage : ( String, String ) -> Cmd msg port signIn : () -> Cmd msg port signOut : () -> Cmd msg port authorized : ({ auth : { uid : String, token : String }, user : { id : String, name : String, image : String, email : String } } -> msg) -> Sub msg port firestoreSubPort : Firestore.SubPort msg port firestoreCmdPort : Firestore.CmdPort msg port newTab : String -> Cmd msg -- Model ----------------------------------------------------------------------- type Model = NotSignedIn { navKey : Nav.Key , url : Url , zone : Time.Zone , now : Time.Posix } | SignedIn { auth : Data.Auth , page : Page.Model , firestore : Firestore Data.Data Msg , view : Document Msg , url : Url } init : () -> Url -> Nav.Key -> ( Model, Cmd Msg ) init flags origin navKey = ( NotSignedIn { navKey = navKey , url = origin , zone = Time.utc , now = Time.millisToPosix 0 } , Cmd.batch [ Task.perform SetTimeZone Time.here , Task.perform Clock Time.now ] ) -- Update ---------------------------------------------------------------------- type Msg = UrlChanged Url | LinkClicked Browser.UrlRequest | SignIn | SignOut | Authorized Auth User | SetTimeZone Time.Zone | Clock Time.Posix | Firestore (Firestore.FirestoreSub Data Msg) | Page Page.Msg | None update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = case model of NotSignedIn m -> case msg of SignIn -> ( model, signIn () ) Authorized auth user -> let ( firestore, mview, cmd ) = Firestore.update firestoreCmdPort (Client.init auth user |> Update.map (\_ -> None) ) (pageView auth <| Page.init m.url) (Firestore.init Data.desc) page = Page.init m.url in ( SignedIn { auth = auth , page = page , firestore = firestore , view = Maybe.withDefault (Document "Gaufre" []) mview , url = m.url } , Cmd.batch [ cmd , Page.initialize auth page |> Cmd.map Page ] ) SetTimeZone zone -> ( NotSignedIn { m | zone = zone }, Cmd.none ) Clock t -> ( NotSignedIn { m | now = t }, Cmd.none ) _ -> ( model, Cmd.none ) SignedIn r -> case msg of Authorized auth _ -> let ( fs, mview, cmd ) = Firestore.update firestoreCmdPort Update.none (pageView auth r.page) r.firestore in ( SignedIn { r | auth = auth , firestore = fs , view = Maybe.withDefault r.view mview } , cmd ) SignOut -> ( NotSignedIn { navKey = r.auth.navKey , url = r.url , zone = r.auth.zone , now = r.auth.now } , signOut () ) Firestore sub -> let ( firestore, mview, cmd ) = Firestore.apply firestoreCmdPort (pageView r.auth r.page) sub in ( SignedIn { r | firestore = firestore , view = Maybe.withDefault r.view mview } , cmd ) Page Page.SignOut -> ( NotSignedIn { navKey = r.auth.navKey , url = r.url , zone = r.auth.zone , now = r.auth.now } , Cmd.batch [ signOut (), Nav.load "/" ] ) Page m -> let ( page, upd ) = Page.update r.auth m r.page ( fs, mview, cmd ) = Firestore.update firestoreCmdPort (Update.map Page upd) (pageView r.auth page) r.firestore in ( SignedIn { r | page = page , firestore = fs , view = Maybe.withDefault r.view mview } , cmd ) LinkClicked urlRequest -> case urlRequest of Browser.Internal url -> ( model , Nav.pushUrl r.auth.navKey (Url.toString url) ) Browser.External "" -> ( model, Cmd.none ) Browser.External href -> ( model, newTab href ) UrlChanged url -> let page = Page.urlChanged r.page url ( fs, mview, cmd ) = Firestore.render firestoreCmdPort (pageView r.auth page) r.firestore in ( SignedIn { r | page = page , firestore = fs , view = Maybe.withDefault r.view mview , url = url } , Cmd.batch [ Page.initialize r.auth page |> Cmd.map Page , cmd ] ) Clock t -> let auth_ = r.auth auth = { auth_ | now = t } ( fs, mview, cmd ) = Firestore.update firestoreCmdPort Update.none (pageView auth r.page) r.firestore in ( SignedIn { r | auth = auth , firestore = fs , view = Maybe.withDefault r.view mview } , cmd ) _ -> ( model, Cmd.none ) https : Url https = { protocol = Url.Https , host = "" , path = "" , port_ = Nothing , query = Nothing , fragment = Nothing } endpoint = { authorization = { https | host = "accounts.google.com", path = "/o/oauth2/v2/auth" } , token = { https | host = "oauth2.googleapis.com", path = "/token" } } -- View ------------------------------------------------------------------------ appView : Model -> Document Msg appView model = case model of NotSignedIn _ -> { title = "Gaufre" , body = [ Html.map (always SignIn) Entrance.view ] } SignedIn { view } -> view pageView : Auth -> Page.Model -> Data -> Accessor Data (Document Msg) pageView auth page data = Access.map (\{ title, body } -> { title = title, body = List.map (Html.map Page) body } ) <| Page.view auth page data -- Subscriptions --------------------------------------------------------------- subscriptions : Model -> Sub Msg subscriptions model = case model of NotSignedIn m -> Sub.batch [ authorized <| \{ auth, user } -> Authorized { uid = auth.uid , token = auth.token , navKey = m.navKey , zone = m.zone , now = m.now } { id = user.id , name = user.name , image = user.image , email = user.email , profile = "" } , Time.every (60 * 1000) Clock ] SignedIn s -> Sub.batch [ authorized <| \{ auth, user } -> Authorized { uid = auth.uid , token = auth.token , navKey = s.auth.navKey , zone = s.auth.zone , now = s.auth.now } { id = user.id , name = user.name , image = user.image , email = user.email , profile = "" } , Firestore.watch firestoreSubPort s.firestore |> Sub.map Firestore , Time.every (60 * 1000) Clock ] -- Main ------------------------------------------------------------------------ main : Program () Model Msg main = application { init = init , view = appView , update = update , subscriptions = subscriptions , onUrlRequest = LinkClicked , onUrlChange = UrlChanged }

59570

port module Main exposing (..) import Browser exposing (Document, application) import Browser.Navigation as Nav import Data exposing (Auth, Data, User) import Data.Client as Client import Firestore as Firestore exposing (Firestore) import Firestore.Access as Access exposing (Accessor) import Firestore.Update as Update import Html exposing (..) import Page import Page.Entrance as Entrance import Task import Time import Url exposing (Url) port setLocalStorage : ( String, String ) -> Cmd msg port signIn : () -> Cmd msg port signOut : () -> Cmd msg port authorized : ({ auth : { uid : String, token : String }, user : { id : String, name : String, image : String, email : String } } -> msg) -> Sub msg port firestoreSubPort : Firestore.SubPort msg port firestoreCmdPort : Firestore.CmdPort msg port newTab : String -> Cmd msg -- Model ----------------------------------------------------------------------- type Model = NotSignedIn { navKey : Nav.Key , url : Url , zone : Time.Zone , now : Time.Posix } | SignedIn { auth : Data.Auth , page : Page.Model , firestore : Firestore Data.Data Msg , view : Document Msg , url : Url } init : () -> Url -> Nav.Key -> ( Model, Cmd Msg ) init flags origin navKey = ( NotSignedIn { navKey = navKey , url = origin , zone = Time.utc , now = Time.millisToPosix 0 } , Cmd.batch [ Task.perform SetTimeZone Time.here , Task.perform Clock Time.now ] ) -- Update ---------------------------------------------------------------------- type Msg = UrlChanged Url | LinkClicked Browser.UrlRequest | SignIn | SignOut | Authorized Auth User | SetTimeZone Time.Zone | Clock Time.Posix | Firestore (Firestore.FirestoreSub Data Msg) | Page Page.Msg | None update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = case model of NotSignedIn m -> case msg of SignIn -> ( model, signIn () ) Authorized auth user -> let ( firestore, mview, cmd ) = Firestore.update firestoreCmdPort (Client.init auth user |> Update.map (\_ -> None) ) (pageView auth <| Page.init m.url) (Firestore.init Data.desc) page = Page.init m.url in ( SignedIn { auth = auth , page = page , firestore = firestore , view = Maybe.withDefault (Document "Gaufre" []) mview , url = m.url } , Cmd.batch [ cmd , Page.initialize auth page |> Cmd.map Page ] ) SetTimeZone zone -> ( NotSignedIn { m | zone = zone }, Cmd.none ) Clock t -> ( NotSignedIn { m | now = t }, Cmd.none ) _ -> ( model, Cmd.none ) SignedIn r -> case msg of Authorized auth _ -> let ( fs, mview, cmd ) = Firestore.update firestoreCmdPort Update.none (pageView auth r.page) r.firestore in ( SignedIn { r | auth = auth , firestore = fs , view = Maybe.withDefault r.view mview } , cmd ) SignOut -> ( NotSignedIn { navKey = r.auth.navKey , url = r.url , zone = r.auth.zone , now = r.auth.now } , signOut () ) Firestore sub -> let ( firestore, mview, cmd ) = Firestore.apply firestoreCmdPort (pageView r.auth r.page) sub in ( SignedIn { r | firestore = firestore , view = Maybe.withDefault r.view mview } , cmd ) Page Page.SignOut -> ( NotSignedIn { navKey = r.auth.navKey , url = r.url , zone = r.auth.zone , now = r.auth.now } , Cmd.batch [ signOut (), Nav.load "/" ] ) Page m -> let ( page, upd ) = Page.update r.auth m r.page ( fs, mview, cmd ) = Firestore.update firestoreCmdPort (Update.map Page upd) (pageView r.auth page) r.firestore in ( SignedIn { r | page = page , firestore = fs , view = Maybe.withDefault r.view mview } , cmd ) LinkClicked urlRequest -> case urlRequest of Browser.Internal url -> ( model , Nav.pushUrl r.auth.navKey (Url.toString url) ) Browser.External "" -> ( model, Cmd.none ) Browser.External href -> ( model, newTab href ) UrlChanged url -> let page = Page.urlChanged r.page url ( fs, mview, cmd ) = Firestore.render firestoreCmdPort (pageView r.auth page) r.firestore in ( SignedIn { r | page = page , firestore = fs , view = Maybe.withDefault r.view mview , url = url } , Cmd.batch [ Page.initialize r.auth page |> Cmd.map Page , cmd ] ) Clock t -> let auth_ = r.auth auth = { auth_ | now = t } ( fs, mview, cmd ) = Firestore.update firestoreCmdPort Update.none (pageView auth r.page) r.firestore in ( SignedIn { r | auth = auth , firestore = fs , view = Maybe.withDefault r.view mview } , cmd ) _ -> ( model, Cmd.none ) https : Url https = { protocol = Url.Https , host = "" , path = "" , port_ = Nothing , query = Nothing , fragment = Nothing } endpoint = { authorization = { https | host = "accounts.google.com", path = "/o/oauth2/v2/auth" } , token = { https | host = "oauth2.googleapis.com", path = "/token" } } -- View ------------------------------------------------------------------------ appView : Model -> Document Msg appView model = case model of NotSignedIn _ -> { title = "Gaufre" , body = [ Html.map (always SignIn) Entrance.view ] } SignedIn { view } -> view pageView : Auth -> Page.Model -> Data -> Accessor Data (Document Msg) pageView auth page data = Access.map (\{ title, body } -> { title = title, body = List.map (Html.map Page) body } ) <| Page.view auth page data -- Subscriptions --------------------------------------------------------------- subscriptions : Model -> Sub Msg subscriptions model = case model of NotSignedIn m -> Sub.batch [ authorized <| \{ auth, user } -> Authorized { uid = auth.uid , token = auth.token , navKey = m.navKey , zone = m.zone , now = m.now } { id = user.id , name = <NAME> , image = user.image , email = user.email , profile = "" } , Time.every (60 * 1000) Clock ] SignedIn s -> Sub.batch [ authorized <| \{ auth, user } -> Authorized { uid = auth.uid , token = auth.token , navKey = s.auth.navKey , zone = s.auth.zone , now = s.auth.now } { id = user.id , name = <NAME> , image = user.image , email = user.email , profile = "" } , Firestore.watch firestoreSubPort s.firestore |> Sub.map Firestore , Time.every (60 * 1000) Clock ] -- Main ------------------------------------------------------------------------ main : Program () Model Msg main = application { init = init , view = appView , update = update , subscriptions = subscriptions , onUrlRequest = LinkClicked , onUrlChange = UrlChanged }

port module Main exposing (..) import Browser exposing (Document, application) import Browser.Navigation as Nav import Data exposing (Auth, Data, User) import Data.Client as Client import Firestore as Firestore exposing (Firestore) import Firestore.Access as Access exposing (Accessor) import Firestore.Update as Update import Html exposing (..) import Page import Page.Entrance as Entrance import Task import Time import Url exposing (Url) port setLocalStorage : ( String, String ) -> Cmd msg port signIn : () -> Cmd msg port signOut : () -> Cmd msg port authorized : ({ auth : { uid : String, token : String }, user : { id : String, name : String, image : String, email : String } } -> msg) -> Sub msg port firestoreSubPort : Firestore.SubPort msg port firestoreCmdPort : Firestore.CmdPort msg port newTab : String -> Cmd msg -- Model ----------------------------------------------------------------------- type Model = NotSignedIn { navKey : Nav.Key , url : Url , zone : Time.Zone , now : Time.Posix } | SignedIn { auth : Data.Auth , page : Page.Model , firestore : Firestore Data.Data Msg , view : Document Msg , url : Url } init : () -> Url -> Nav.Key -> ( Model, Cmd Msg ) init flags origin navKey = ( NotSignedIn { navKey = navKey , url = origin , zone = Time.utc , now = Time.millisToPosix 0 } , Cmd.batch [ Task.perform SetTimeZone Time.here , Task.perform Clock Time.now ] ) -- Update ---------------------------------------------------------------------- type Msg = UrlChanged Url | LinkClicked Browser.UrlRequest | SignIn | SignOut | Authorized Auth User | SetTimeZone Time.Zone | Clock Time.Posix | Firestore (Firestore.FirestoreSub Data Msg) | Page Page.Msg | None update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = case model of NotSignedIn m -> case msg of SignIn -> ( model, signIn () ) Authorized auth user -> let ( firestore, mview, cmd ) = Firestore.update firestoreCmdPort (Client.init auth user |> Update.map (\_ -> None) ) (pageView auth <| Page.init m.url) (Firestore.init Data.desc) page = Page.init m.url in ( SignedIn { auth = auth , page = page , firestore = firestore , view = Maybe.withDefault (Document "Gaufre" []) mview , url = m.url } , Cmd.batch [ cmd , Page.initialize auth page |> Cmd.map Page ] ) SetTimeZone zone -> ( NotSignedIn { m | zone = zone }, Cmd.none ) Clock t -> ( NotSignedIn { m | now = t }, Cmd.none ) _ -> ( model, Cmd.none ) SignedIn r -> case msg of Authorized auth _ -> let ( fs, mview, cmd ) = Firestore.update firestoreCmdPort Update.none (pageView auth r.page) r.firestore in ( SignedIn { r | auth = auth , firestore = fs , view = Maybe.withDefault r.view mview } , cmd ) SignOut -> ( NotSignedIn { navKey = r.auth.navKey , url = r.url , zone = r.auth.zone , now = r.auth.now } , signOut () ) Firestore sub -> let ( firestore, mview, cmd ) = Firestore.apply firestoreCmdPort (pageView r.auth r.page) sub in ( SignedIn { r | firestore = firestore , view = Maybe.withDefault r.view mview } , cmd ) Page Page.SignOut -> ( NotSignedIn { navKey = r.auth.navKey , url = r.url , zone = r.auth.zone , now = r.auth.now } , Cmd.batch [ signOut (), Nav.load "/" ] ) Page m -> let ( page, upd ) = Page.update r.auth m r.page ( fs, mview, cmd ) = Firestore.update firestoreCmdPort (Update.map Page upd) (pageView r.auth page) r.firestore in ( SignedIn { r | page = page , firestore = fs , view = Maybe.withDefault r.view mview } , cmd ) LinkClicked urlRequest -> case urlRequest of Browser.Internal url -> ( model , Nav.pushUrl r.auth.navKey (Url.toString url) ) Browser.External "" -> ( model, Cmd.none ) Browser.External href -> ( model, newTab href ) UrlChanged url -> let page = Page.urlChanged r.page url ( fs, mview, cmd ) = Firestore.render firestoreCmdPort (pageView r.auth page) r.firestore in ( SignedIn { r | page = page , firestore = fs , view = Maybe.withDefault r.view mview , url = url } , Cmd.batch [ Page.initialize r.auth page |> Cmd.map Page , cmd ] ) Clock t -> let auth_ = r.auth auth = { auth_ | now = t } ( fs, mview, cmd ) = Firestore.update firestoreCmdPort Update.none (pageView auth r.page) r.firestore in ( SignedIn { r | auth = auth , firestore = fs , view = Maybe.withDefault r.view mview } , cmd ) _ -> ( model, Cmd.none ) https : Url https = { protocol = Url.Https , host = "" , path = "" , port_ = Nothing , query = Nothing , fragment = Nothing } endpoint = { authorization = { https | host = "accounts.google.com", path = "/o/oauth2/v2/auth" } , token = { https | host = "oauth2.googleapis.com", path = "/token" } } -- View ------------------------------------------------------------------------ appView : Model -> Document Msg appView model = case model of NotSignedIn _ -> { title = "Gaufre" , body = [ Html.map (always SignIn) Entrance.view ] } SignedIn { view } -> view pageView : Auth -> Page.Model -> Data -> Accessor Data (Document Msg) pageView auth page data = Access.map (\{ title, body } -> { title = title, body = List.map (Html.map Page) body } ) <| Page.view auth page data -- Subscriptions --------------------------------------------------------------- subscriptions : Model -> Sub Msg subscriptions model = case model of NotSignedIn m -> Sub.batch [ authorized <| \{ auth, user } -> Authorized { uid = auth.uid , token = auth.token , navKey = m.navKey , zone = m.zone , now = m.now } { id = user.id , name = PI:NAME:<NAME>END_PI , image = user.image , email = user.email , profile = "" } , Time.every (60 * 1000) Clock ] SignedIn s -> Sub.batch [ authorized <| \{ auth, user } -> Authorized { uid = auth.uid , token = auth.token , navKey = s.auth.navKey , zone = s.auth.zone , now = s.auth.now } { id = user.id , name = PI:NAME:<NAME>END_PI , image = user.image , email = user.email , profile = "" } , Firestore.watch firestoreSubPort s.firestore |> Sub.map Firestore , Time.every (60 * 1000) Clock ] -- Main ------------------------------------------------------------------------ main : Program () Model Msg main = application { init = init , view = appView , update = update , subscriptions = subscriptions , onUrlRequest = LinkClicked , onUrlChange = UrlChanged }

elm

frontend/src/Main.elm

kenota/grpc-elm

module Main exposing (main) import Browser import Html exposing (..) import Html.Attributes exposing (..) import Request.HelloWorldService exposing (sayHello) import Html.Events exposing (onClick, onInput) import Data.GreetingType exposing (GreetingType(..)) import Data.ElmTalkRequest exposing (ElmTalkRequest) import Data.ElmTalkResponse exposing (ElmTalkResponse) import Http exposing (send, Error(..) ) main : Program () Model Msg main = Browser.element { init = init , view = view , update = update , subscriptions = subscriptions } -- MODEL type alias Model = { value : Int , name: String , greetingType: GreetingType , response: String } init : () -> ( Model, Cmd Msg ) init _ = ( Model 0 "" GREETINGTYPEUNSPECIFIED "", Cmd.none ) -- UPDATE type Msg = Init | LoadHello (Result Http.Error ElmTalkResponse) | SendRequest | UpdateName String | Select GreetingType update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = case msg of Init -> ( model, Cmd.none ) LoadHello (Err resp) -> (updateModelWithError resp model, Cmd.none) LoadHello (Ok resp) -> (updateModelWithReply resp model, Cmd.none) SendRequest -> (model, sendApiRequest model) UpdateName name -> ({model | name = name}, Cmd.none) Select greeting -> ({model | greetingType = greeting}, Cmd.none) -- Helpers updateModelWithReply : ElmTalkResponse -> Model -> Model updateModelWithReply resp model = case resp.greeting of Nothing -> {model | response = "Nothing from server "} Just text -> {model | response = "Server says: " ++ text} updateModelWithError : Http.Error -> Model -> Model updateModelWithError err model = case err of BadPayload text something -> { model | response = "bad payload: " ++ text} NetworkError -> { model | response = "network error " } BadStatus r -> { model | response = "bad status " ++ r.status.message} _ -> {model | response = "some other error"} -- SUBSCRIPTIONS subscriptions : Model -> Sub Msg subscriptions _ = Sub.none -- VIEW view : Model -> Html Msg view model = div [] [ input [ type_ "text", placeholder "Name", value model.name, onInput UpdateName] [] , br [] [] , br [] [] , fieldset [] [ label [] [ input [ type_ "radio", onClick (Select ELMWAY), checked (model.greetingType == ELMWAY)] [] , text "ELMWAY" ] , label [] [ input [ type_ "radio", onClick (Select NORMAL), checked (model.greetingType == NORMAL)] [] , text "NORMAL" ] , label [] [ input [ type_ "radio", onClick (Select GREETINGTYPEUNSPECIFIED), checked (model.greetingType == GREETINGTYPEUNSPECIFIED)] [] , text "UNSPECIFIED" ] ] , br [] [] , button [ onClick SendRequest ] [ text "call sayHello()" ] , br [][] , br [] [] , div [] [ text model.response ] ] -- Api -- sendRequest : Model -> Cmd Msg -- sendRequest model = -- Http.send (sayHello -- { name = model.name -- , greetingType = model.greetingType -- } sendApiRequest : Model -> Cmd Msg sendApiRequest model = sayHello (ElmTalkRequest (Just model.name) (Just model.greetingType)) |> Http.send LoadHello

19987

module Main exposing (main) import Browser import Html exposing (..) import Html.Attributes exposing (..) import Request.HelloWorldService exposing (sayHello) import Html.Events exposing (onClick, onInput) import Data.GreetingType exposing (GreetingType(..)) import Data.ElmTalkRequest exposing (ElmTalkRequest) import Data.ElmTalkResponse exposing (ElmTalkResponse) import Http exposing (send, Error(..) ) main : Program () Model Msg main = Browser.element { init = init , view = view , update = update , subscriptions = subscriptions } -- MODEL type alias Model = { value : Int , name: String , greetingType: GreetingType , response: String } init : () -> ( Model, Cmd Msg ) init _ = ( Model 0 "" GREETINGTYPEUNSPECIFIED "", Cmd.none ) -- UPDATE type Msg = Init | LoadHello (Result Http.Error ElmTalkResponse) | SendRequest | UpdateName String | Select GreetingType update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = case msg of Init -> ( model, Cmd.none ) LoadHello (Err resp) -> (updateModelWithError resp model, Cmd.none) LoadHello (Ok resp) -> (updateModelWithReply resp model, Cmd.none) SendRequest -> (model, sendApiRequest model) UpdateName name -> ({model | name = name}, Cmd.none) Select greeting -> ({model | greetingType = greeting}, Cmd.none) -- Helpers updateModelWithReply : ElmTalkResponse -> Model -> Model updateModelWithReply resp model = case resp.greeting of Nothing -> {model | response = "Nothing from server "} Just text -> {model | response = "Server says: " ++ text} updateModelWithError : Http.Error -> Model -> Model updateModelWithError err model = case err of BadPayload text something -> { model | response = "bad payload: " ++ text} NetworkError -> { model | response = "network error " } BadStatus r -> { model | response = "bad status " ++ r.status.message} _ -> {model | response = "some other error"} -- SUBSCRIPTIONS subscriptions : Model -> Sub Msg subscriptions _ = Sub.none -- VIEW view : Model -> Html Msg view model = div [] [ input [ type_ "text", placeholder "<NAME>", value model.name, onInput UpdateName] [] , br [] [] , br [] [] , fieldset [] [ label [] [ input [ type_ "radio", onClick (Select ELMWAY), checked (model.greetingType == ELMWAY)] [] , text "ELMWAY" ] , label [] [ input [ type_ "radio", onClick (Select NORMAL), checked (model.greetingType == NORMAL)] [] , text "NORMAL" ] , label [] [ input [ type_ "radio", onClick (Select GREETINGTYPEUNSPECIFIED), checked (model.greetingType == GREETINGTYPEUNSPECIFIED)] [] , text "UNSPECIFIED" ] ] , br [] [] , button [ onClick SendRequest ] [ text "call sayHello()" ] , br [][] , br [] [] , div [] [ text model.response ] ] -- Api -- sendRequest : Model -> Cmd Msg -- sendRequest model = -- Http.send (sayHello -- { name = model.name -- , greetingType = model.greetingType -- } sendApiRequest : Model -> Cmd Msg sendApiRequest model = sayHello (ElmTalkRequest (Just model.name) (Just model.greetingType)) |> Http.send LoadHello

module Main exposing (main) import Browser import Html exposing (..) import Html.Attributes exposing (..) import Request.HelloWorldService exposing (sayHello) import Html.Events exposing (onClick, onInput) import Data.GreetingType exposing (GreetingType(..)) import Data.ElmTalkRequest exposing (ElmTalkRequest) import Data.ElmTalkResponse exposing (ElmTalkResponse) import Http exposing (send, Error(..) ) main : Program () Model Msg main = Browser.element { init = init , view = view , update = update , subscriptions = subscriptions } -- MODEL type alias Model = { value : Int , name: String , greetingType: GreetingType , response: String } init : () -> ( Model, Cmd Msg ) init _ = ( Model 0 "" GREETINGTYPEUNSPECIFIED "", Cmd.none ) -- UPDATE type Msg = Init | LoadHello (Result Http.Error ElmTalkResponse) | SendRequest | UpdateName String | Select GreetingType update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = case msg of Init -> ( model, Cmd.none ) LoadHello (Err resp) -> (updateModelWithError resp model, Cmd.none) LoadHello (Ok resp) -> (updateModelWithReply resp model, Cmd.none) SendRequest -> (model, sendApiRequest model) UpdateName name -> ({model | name = name}, Cmd.none) Select greeting -> ({model | greetingType = greeting}, Cmd.none) -- Helpers updateModelWithReply : ElmTalkResponse -> Model -> Model updateModelWithReply resp model = case resp.greeting of Nothing -> {model | response = "Nothing from server "} Just text -> {model | response = "Server says: " ++ text} updateModelWithError : Http.Error -> Model -> Model updateModelWithError err model = case err of BadPayload text something -> { model | response = "bad payload: " ++ text} NetworkError -> { model | response = "network error " } BadStatus r -> { model | response = "bad status " ++ r.status.message} _ -> {model | response = "some other error"} -- SUBSCRIPTIONS subscriptions : Model -> Sub Msg subscriptions _ = Sub.none -- VIEW view : Model -> Html Msg view model = div [] [ input [ type_ "text", placeholder "PI:NAME:<NAME>END_PI", value model.name, onInput UpdateName] [] , br [] [] , br [] [] , fieldset [] [ label [] [ input [ type_ "radio", onClick (Select ELMWAY), checked (model.greetingType == ELMWAY)] [] , text "ELMWAY" ] , label [] [ input [ type_ "radio", onClick (Select NORMAL), checked (model.greetingType == NORMAL)] [] , text "NORMAL" ] , label [] [ input [ type_ "radio", onClick (Select GREETINGTYPEUNSPECIFIED), checked (model.greetingType == GREETINGTYPEUNSPECIFIED)] [] , text "UNSPECIFIED" ] ] , br [] [] , button [ onClick SendRequest ] [ text "call sayHello()" ] , br [][] , br [] [] , div [] [ text model.response ] ] -- Api -- sendRequest : Model -> Cmd Msg -- sendRequest model = -- Http.send (sayHello -- { name = model.name -- , greetingType = model.greetingType -- } sendApiRequest : Model -> Cmd Msg sendApiRequest model = sayHello (ElmTalkRequest (Just model.name) (Just model.greetingType)) |> Http.send LoadHello

elm

examples/LunrelmNewWith.elm

rluiten/lunrelm

module Examples.LunrelmNewWith ( codeForLunrelmNewWithExample , ExampleDocType , createNewWithIndexExample , addDocToIndexExample , searchIndexExample ) where {-| Create an index with customized stop word filter using Lunrelm.newWith @docs codeForLunrelmNewWithExample @docs ExampleDocType @docs createNewWithIndexExample @docs addDocToIndexExample @docs searchIndexExample Copyright (c) 2016 Robin Luiten -} import Lunrelm import IndexDefaults import StopWordFilter {-| Code for this example. ``` import Lunrelm import IndexDefaults import StopWordFilter type alias ExampleDocType = { cid : String , title : String , author : String , body : String } createMyStopWordFilter = StopWordFilter.createFilterFuncWith [ "electronic" ] createNewWithIndexExample : Lunrelm.Index ExampleDocType createNewWithIndexExample = Lunrelm.newWith { indexType = "Lunrelm - For paw paw automation index v1" , ref = .cid , fields = [ ( .title, 5.0 ) , ( .body, 1.0 ) ] , transformFactories = IndexDefaults.defaultTransformFactories , filterFactories = [ createMyStopWordFilter ] } addDocToIndexExample : Result String (Lunrelm.Index ExampleDocType) addDocToIndexExample = Lunrelm.add createNewWithIndexExample { cid = "id1" , title = "The Pawpaw Harvester Model G45" , author = "Pawpaw Fan" , body = "It can help you harvest pawpaws. It also does avocado." } searchIndexExample : Result String ( Result String ( Lunrelm.Index ExampleDocType, List (String, Float) ) ) searchIndexExample = Result.map (\index -> Lunrelm.search index "avocado" ) addDocToIndexExample ``` -} codeForLunrelmNewWithExample : String codeForLunrelmNewWithExample = "Place holder variable to add documentation." {-| Example document type. -} type alias ExampleDocType = { cid : String , title : String , author : String , body : String } {-| Create an extended stop word filter. Be careful about adding words to your stop word list, as any stop word will not be indexed and you will not be able to search for the word in documents as it will not be found. It is possible to completely replace the stop word list. -} createMyStopWordFilter = StopWordFilter.createFilterFuncWith [ "electronic" ] {-| Create a Lunrelm index with extra options. In this case a customized stop word filter is provided. This example is replacing the stop word filter only. It is still supplying the default transform factories. Supply an index type for your customized index config. This becomes important when loading back saved index. It is a good idea to include a version in your index type string in case you update things and might still have old versions around that you need to work with. See Examples.LunrelmNew for informatoin about the `ref` and `fields` fields. -} createNewWithIndexExample : Lunrelm.Index ExampleDocType createNewWithIndexExample = Lunrelm.newWith { indexType = "Lunrelm - For paw paw automation index v1" , ref = .cid , fields = [ ( .title, 5.0 ) , ( .body, 1.0 ) ] , transformFactories = IndexDefaults.defaultTransformFactories , filterFactories = [ createMyStopWordFilter ] } {-| Adding a document to the index. -} addDocToIndexExample : Result String (Lunrelm.Index ExampleDocType) addDocToIndexExample = Lunrelm.add createNewWithIndexExample { cid = "id1" , title = "The Pawpaw Harvester Model G45" , author = "Pawpaw Fan" , body = "It can help you harvest pawpaws. It also does avocado." } {-| Search the index. The result includes an updated Index because a search causes internal caches to be updated to improve overall performance. -} searchIndexExample : Result String ( Result String ( Lunrelm.Index ExampleDocType, List (String, Float) ) ) searchIndexExample = Result.map (\index -> Lunrelm.search index "avocado" ) addDocToIndexExample

33746

module Examples.LunrelmNewWith ( codeForLunrelmNewWithExample , ExampleDocType , createNewWithIndexExample , addDocToIndexExample , searchIndexExample ) where {-| Create an index with customized stop word filter using Lunrelm.newWith @docs codeForLunrelmNewWithExample @docs ExampleDocType @docs createNewWithIndexExample @docs addDocToIndexExample @docs searchIndexExample Copyright (c) 2016 <NAME> -} import Lunrelm import IndexDefaults import StopWordFilter {-| Code for this example. ``` import Lunrelm import IndexDefaults import StopWordFilter type alias ExampleDocType = { cid : String , title : String , author : String , body : String } createMyStopWordFilter = StopWordFilter.createFilterFuncWith [ "electronic" ] createNewWithIndexExample : Lunrelm.Index ExampleDocType createNewWithIndexExample = Lunrelm.newWith { indexType = "Lunrelm - For paw paw automation index v1" , ref = .cid , fields = [ ( .title, 5.0 ) , ( .body, 1.0 ) ] , transformFactories = IndexDefaults.defaultTransformFactories , filterFactories = [ createMyStopWordFilter ] } addDocToIndexExample : Result String (Lunrelm.Index ExampleDocType) addDocToIndexExample = Lunrelm.add createNewWithIndexExample { cid = "id1" , title = "The Pawpaw Harvester Model G45" , author = "<NAME>" , body = "It can help you harvest pawpaws. It also does avocado." } searchIndexExample : Result String ( Result String ( Lunrelm.Index ExampleDocType, List (String, Float) ) ) searchIndexExample = Result.map (\index -> Lunrelm.search index "avocado" ) addDocToIndexExample ``` -} codeForLunrelmNewWithExample : String codeForLunrelmNewWithExample = "Place holder variable to add documentation." {-| Example document type. -} type alias ExampleDocType = { cid : String , title : String , author : String , body : String } {-| Create an extended stop word filter. Be careful about adding words to your stop word list, as any stop word will not be indexed and you will not be able to search for the word in documents as it will not be found. It is possible to completely replace the stop word list. -} createMyStopWordFilter = StopWordFilter.createFilterFuncWith [ "electronic" ] {-| Create a Lunrelm index with extra options. In this case a customized stop word filter is provided. This example is replacing the stop word filter only. It is still supplying the default transform factories. Supply an index type for your customized index config. This becomes important when loading back saved index. It is a good idea to include a version in your index type string in case you update things and might still have old versions around that you need to work with. See Examples.LunrelmNew for informatoin about the `ref` and `fields` fields. -} createNewWithIndexExample : Lunrelm.Index ExampleDocType createNewWithIndexExample = Lunrelm.newWith { indexType = "Lunrelm - For paw paw automation index v1" , ref = .cid , fields = [ ( .title, 5.0 ) , ( .body, 1.0 ) ] , transformFactories = IndexDefaults.defaultTransformFactories , filterFactories = [ createMyStopWordFilter ] } {-| Adding a document to the index. -} addDocToIndexExample : Result String (Lunrelm.Index ExampleDocType) addDocToIndexExample = Lunrelm.add createNewWithIndexExample { cid = "id1" , title = "The Pawpaw Harvester Model G45" , author = "<NAME>" , body = "It can help you harvest pawpaws. It also does avocado." } {-| Search the index. The result includes an updated Index because a search causes internal caches to be updated to improve overall performance. -} searchIndexExample : Result String ( Result String ( Lunrelm.Index ExampleDocType, List (String, Float) ) ) searchIndexExample = Result.map (\index -> Lunrelm.search index "avocado" ) addDocToIndexExample

module Examples.LunrelmNewWith ( codeForLunrelmNewWithExample , ExampleDocType , createNewWithIndexExample , addDocToIndexExample , searchIndexExample ) where {-| Create an index with customized stop word filter using Lunrelm.newWith @docs codeForLunrelmNewWithExample @docs ExampleDocType @docs createNewWithIndexExample @docs addDocToIndexExample @docs searchIndexExample Copyright (c) 2016 PI:NAME:<NAME>END_PI -} import Lunrelm import IndexDefaults import StopWordFilter {-| Code for this example. ``` import Lunrelm import IndexDefaults import StopWordFilter type alias ExampleDocType = { cid : String , title : String , author : String , body : String } createMyStopWordFilter = StopWordFilter.createFilterFuncWith [ "electronic" ] createNewWithIndexExample : Lunrelm.Index ExampleDocType createNewWithIndexExample = Lunrelm.newWith { indexType = "Lunrelm - For paw paw automation index v1" , ref = .cid , fields = [ ( .title, 5.0 ) , ( .body, 1.0 ) ] , transformFactories = IndexDefaults.defaultTransformFactories , filterFactories = [ createMyStopWordFilter ] } addDocToIndexExample : Result String (Lunrelm.Index ExampleDocType) addDocToIndexExample = Lunrelm.add createNewWithIndexExample { cid = "id1" , title = "The Pawpaw Harvester Model G45" , author = "PI:NAME:<NAME>END_PI" , body = "It can help you harvest pawpaws. It also does avocado." } searchIndexExample : Result String ( Result String ( Lunrelm.Index ExampleDocType, List (String, Float) ) ) searchIndexExample = Result.map (\index -> Lunrelm.search index "avocado" ) addDocToIndexExample ``` -} codeForLunrelmNewWithExample : String codeForLunrelmNewWithExample = "Place holder variable to add documentation." {-| Example document type. -} type alias ExampleDocType = { cid : String , title : String , author : String , body : String } {-| Create an extended stop word filter. Be careful about adding words to your stop word list, as any stop word will not be indexed and you will not be able to search for the word in documents as it will not be found. It is possible to completely replace the stop word list. -} createMyStopWordFilter = StopWordFilter.createFilterFuncWith [ "electronic" ] {-| Create a Lunrelm index with extra options. In this case a customized stop word filter is provided. This example is replacing the stop word filter only. It is still supplying the default transform factories. Supply an index type for your customized index config. This becomes important when loading back saved index. It is a good idea to include a version in your index type string in case you update things and might still have old versions around that you need to work with. See Examples.LunrelmNew for informatoin about the `ref` and `fields` fields. -} createNewWithIndexExample : Lunrelm.Index ExampleDocType createNewWithIndexExample = Lunrelm.newWith { indexType = "Lunrelm - For paw paw automation index v1" , ref = .cid , fields = [ ( .title, 5.0 ) , ( .body, 1.0 ) ] , transformFactories = IndexDefaults.defaultTransformFactories , filterFactories = [ createMyStopWordFilter ] } {-| Adding a document to the index. -} addDocToIndexExample : Result String (Lunrelm.Index ExampleDocType) addDocToIndexExample = Lunrelm.add createNewWithIndexExample { cid = "id1" , title = "The Pawpaw Harvester Model G45" , author = "PI:NAME:<NAME>END_PI" , body = "It can help you harvest pawpaws. It also does avocado." } {-| Search the index. The result includes an updated Index because a search causes internal caches to be updated to improve overall performance. -} searchIndexExample : Result String ( Result String ( Lunrelm.Index ExampleDocType, List (String, Float) ) ) searchIndexExample = Result.map (\index -> Lunrelm.search index "avocado" ) addDocToIndexExample

elm

fixtures/elm-home/0.19.0/package/elm/url/1.0.0/src/Url/Parser.elm

kazk/node-test-runner

module Url.Parser exposing ( Parser, string, int, s , (</>), map, oneOf, top, custom , (<?>), query , fragment , parse ) {-| In [the URI spec](https://tools.ietf.org/html/rfc3986), Tim Berners-Lee says a URL looks like this: ``` https://example.com:8042/over/there?name=ferret#nose \___/ \______________/\_________/ \_________/ \__/ | | | | | scheme authority path query fragment ``` This module is primarily for parsing the `path` part. # Primitives @docs Parser, string, int, s # Path @docs (</>), map, oneOf, top, custom # Query @docs (<?>), query # Fragment @docs fragment # Run Parsers @docs parse -} import Dict exposing (Dict) import Url exposing (Url) import Url.Parser.Query as Query import Url.Parser.Internal as Q -- INFIX TABLE infix right 7 (</>) = slash infix left 8 (<?>) = questionMark -- PARSERS {-| Turn URLs like `/blog/42/cat-herding-techniques` into nice Elm data. -} type Parser a b = Parser (State a -> List (State b)) type alias State value = { visited : List String , unvisited : List String , params : Dict String (List String) , frag : Maybe String , value : value } -- PARSE SEGMENTS {-| Parse a segment of the path as a `String`. -- /alice/ ==> Just "alice" -- /bob ==> Just "bob" -- /42/ ==> Just "42" -- / ==> Nothing -} string : Parser (String -> a) a string = custom "STRING" Just {-| Parse a segment of the path as an `Int`. -- /alice/ ==> Nothing -- /bob ==> Nothing -- /42/ ==> Just 42 -- / ==> Nothing -} int : Parser (Int -> a) a int = custom "NUMBER" String.toInt {-| Parse a segment of the path if it matches a given string. It is almost always used with [`</>`](#</>) or [`oneOf`](#oneOf). For example: blog : Parser (Int -> a) a blog = s "blog" </> int -- /blog/42 ==> Just 42 -- /tree/42 ==> Nothing The path segment must be an exact match! -} s : String -> Parser a a s str = Parser <| \{ visited, unvisited, params, frag, value } -> case unvisited of [] -> [] next :: rest -> if next == str then [ State (next :: visited) rest params frag value ] else [] {-| Create a custom path segment parser. Here is how it is used to define the `int` parser: int : Parser (Int -> a) a int = custom "NUMBER" String.toInt You can use it to define something like “only CSS files” like this: css : Parser (String -> a) a css = custom "CSS_FILE" <| \segment -> if String.endsWith ".css" segment then Just segment else Nothing -} custom : String -> (String -> Maybe a) -> Parser (a -> b) b custom tipe stringToSomething = Parser <| \{ visited, unvisited, params, frag, value } -> case unvisited of [] -> [] next :: rest -> case stringToSomething next of Just nextValue -> [ State (next :: visited) rest params frag (value nextValue) ] Nothing -> [] -- COMBINING PARSERS {-| Parse a path with multiple segments. blog : Parser (Int -> a) a blog = s "blog" </> int -- /blog/35/ ==> Just 35 -- /blog/42 ==> Just 42 -- /blog/ ==> Nothing -- /42/ ==> Nothing search : Parser (String -> a) a search = s "search" </> string -- /search/wolf/ ==> Just "wolf" -- /search/frog ==> Just "frog" -- /search/ ==> Nothing -- /wolf/ ==> Nothing -} slash : Parser a b -> Parser b c -> Parser a c slash (Parser parseBefore) (Parser parseAfter) = Parser <| \state -> List.concatMap parseAfter (parseBefore state) {-| Transform a path parser. type alias Comment = { user : String, id : Int } userAndId : Parser (String -> Int -> a) a userAndId = s "user" </> string </> s "comment" </> int comment : Parser (Comment -> a) a comment = map Comment userAndId -- /user/bob/comment/42 ==> Just { user = "bob", id = 42 } -- /user/tom/comment/35 ==> Just { user = "tom", id = 35 } -- /user/sam/ ==> Nothing -} map : a -> Parser a b -> Parser (b -> c) c map subValue (Parser parseArg) = Parser <| \{ visited, unvisited, params, frag, value } -> List.map (mapState value) <| parseArg <| State visited unvisited params frag subValue mapState : (a -> b) -> State a -> State b mapState func { visited, unvisited, params, frag, value } = State visited unvisited params frag (func value) {-| Try a bunch of different path parsers. type Route = Topic String | Blog Int | User String | Comment String Int route : Parser (Route -> a) a route = oneOf [ map Topic (s "topic" </> string) , map Blog (s "blog" </> int) , map User (s "user" </> string) , map Comment (s "user" </> string </> s "comment" </> int) ] -- /topic/wolf ==> Just (Topic "wolf") -- /topic/ ==> Nothing -- /blog/42 ==> Just (Blog 42) -- /blog/wolf ==> Nothing -- /user/sam/ ==> Just (User "sam") -- /user/bob/comment/42 ==> Just (Comment "bob" 42) -- /user/tom/comment/35 ==> Just (Comment "tom" 35) -- /user/ ==> Nothing If there are multiple parsers that could succeed, the first one wins. -} oneOf : List (Parser a b) -> Parser a b oneOf parsers = Parser <| \state -> List.concatMap (\(Parser parser) -> parser state) parsers {-| A parser that does not consume any path segments. type Route = Overview | Post Int blog : Parser (BlogRoute -> a) a blog = s "blog" </> oneOf [ map Overview top , map Post (s "post" </> int) ] -- /blog/ ==> Just Overview -- /blog/post/42 ==> Just (Post 42) -} top : Parser a a top = Parser <| \state -> [state] -- QUERY {-| The [`Url.Parser.Query`](Url-Parser-Query) module defines its own [`Parser`](Url-Parser-Query#Parser) type. This function helps you use those with normal parsers. For example, maybe you want to add a search feature to your blog website: import Url.Parser.Query as Query type Route = Overview (Maybe String) | Post Int blog : Parser (Route -> a) a blog = oneOf [ map Overview (s "blog" <?> Query.string "q") , map Post (s "blog" </> int) ] -- /blog/ ==> Just (Overview Nothing) -- /blog/?q=wolf ==> Just (Overview (Just "wolf")) -- /blog/wolf ==> Nothing -- /blog/42 ==> Just (Post 42) -- /blog/42?q=wolf ==> Just (Post 42) -- /blog/42/wolf ==> Nothing -} questionMark : Parser a (query -> b) -> Query.Parser query -> Parser a b questionMark parser queryParser = slash parser (query queryParser) {-| The [`Url.Parser.Query`](Url-Parser-Query) module defines its own [`Parser`](Url-Parser-Query#Parser) type. This function is a helper to convert those into normal parsers. import Url.Parser.Query as Query -- the following expressions are both the same! -- -- s "blog" <?> Query.string "search" -- s "blog" </> query (Query.string "search") This may be handy if you need query parameters but are not parsing any path segments. -} query : Query.Parser query -> Parser (query -> a) a query (Q.Parser queryParser) = Parser <| \{ visited, unvisited, params, frag, value } -> [ State visited unvisited params frag (value (queryParser params)) ] -- FRAGMENT {-| Create a parser for the URL fragment, the stuff after the `#`. This can be handy for handling links to DOM elements within a page. Pages like this one! type alias Docs = (String, Maybe String) docs : Parser (Docs -> a) a docs = map Tuple.pair (string </> fragment identity) -- /List/map ==> Nothing -- /List/#map ==> Just ("List", Just "map") -- /List#map ==> Just ("List", Just "map") -- /List# ==> Just ("List", Just "") -- /List ==> Just ("List", Nothing) -- / ==> Nothing -} fragment : (Maybe String -> fragment) -> Parser (fragment -> a) a fragment toFrag = Parser <| \{ visited, unvisited, params, frag, value } -> [ State visited unvisited params frag (value (toFrag frag)) ] -- PARSE {-| Actually run a parser! You provide some [`Url`](Url#Url) that represent a valid URL. From there `parse` runs your parser on the path, query parameters, and fragment. import Url import Url.Parser exposing (Parser, parse, int, map, oneOf, s, top) type Route = Home | Blog Int | NotFound route : Parser (Route -> a) a route = oneOf [ map Home top , map Blog (s "blog" </> int) ] toRoute : String -> Route toRoute string = case Url.fromString string of Nothing -> NotFound Just url -> Maybe.withDefault NotFound (parse route url) -- toRoute "/blog/42" == NotFound -- toRoute "https://example.com/" == Home -- toRoute "https://example.com/blog" == NotFound -- toRoute "https://example.com/blog/42" == Blog 42 -- toRoute "https://example.com/blog/42/" == Blog 42 -- toRoute "https://example.com/blog/42#wolf" == Blog 42 -- toRoute "https://example.com/blog/42?q=wolf" == Blog 42 -- toRoute "https://example.com/settings" == NotFound Functions like `toRoute` are useful when creating single-page apps with [`Browser.fullscreen`][fs]. I use them in `init` and `onNavigation` to handle the initial URL and any changes. [fs]: /packages/elm/browser/latest/Browser#fullscreen -} parse : Parser (a -> a) a -> Url -> Maybe a parse (Parser parser) url = getFirstMatch <| parser <| State [] (preparePath url.path) (prepareQuery url.query) url.fragment identity getFirstMatch : List (State a) -> Maybe a getFirstMatch states = case states of [] -> Nothing state :: rest -> case state.unvisited of [] -> Just state.value [""] -> Just state.value _ -> getFirstMatch rest -- PREPARE PATH preparePath : String -> List String preparePath path = case String.split "/" path of "" :: segments -> removeFinalEmpty segments segments -> removeFinalEmpty segments removeFinalEmpty : List String -> List String removeFinalEmpty segments = case segments of [] -> [] "" :: [] -> [] segment :: rest -> segment :: removeFinalEmpty rest -- PREPARE QUERY prepareQuery : Maybe String -> Dict String (List String) prepareQuery maybeQuery = case maybeQuery of Nothing -> Dict.empty Just qry -> List.foldr addParam Dict.empty (String.split "&" qry) addParam : String -> Dict String (List String) -> Dict String (List String) addParam segment dict = case String.split "=" segment of [rawKey, rawValue] -> case Url.percentDecode rawKey of Nothing -> dict Just key -> case Url.percentDecode rawValue of Nothing -> dict Just value -> Dict.update key (addToParametersHelp value) dict _ -> dict addToParametersHelp : a -> Maybe (List a) -> Maybe (List a) addToParametersHelp value maybeList = case maybeList of Nothing -> Just [value] Just list -> Just (value :: list)

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module Url.Parser exposing ( Parser, string, int, s , (</>), map, oneOf, top, custom , (<?>), query , fragment , parse ) {-| In [the URI spec](https://tools.ietf.org/html/rfc3986), <NAME> says a URL looks like this: ``` https://example.com:8042/over/there?name=<NAME>#nose \___/ \______________/\_________/ \_________/ \__/ | | | | | scheme authority path query fragment ``` This module is primarily for parsing the `path` part. # Primitives @docs Parser, string, int, s # Path @docs (</>), map, oneOf, top, custom # Query @docs (<?>), query # Fragment @docs fragment # Run Parsers @docs parse -} import Dict exposing (Dict) import Url exposing (Url) import Url.Parser.Query as Query import Url.Parser.Internal as Q -- INFIX TABLE infix right 7 (</>) = slash infix left 8 (<?>) = questionMark -- PARSERS {-| Turn URLs like `/blog/42/cat-herding-techniques` into nice Elm data. -} type Parser a b = Parser (State a -> List (State b)) type alias State value = { visited : List String , unvisited : List String , params : Dict String (List String) , frag : Maybe String , value : value } -- PARSE SEGMENTS {-| Parse a segment of the path as a `String`. -- /alice/ ==> Just "alice" -- /bob ==> Just "bob" -- /42/ ==> Just "42" -- / ==> Nothing -} string : Parser (String -> a) a string = custom "STRING" Just {-| Parse a segment of the path as an `Int`. -- /alice/ ==> Nothing -- /bob ==> Nothing -- /42/ ==> Just 42 -- / ==> Nothing -} int : Parser (Int -> a) a int = custom "NUMBER" String.toInt {-| Parse a segment of the path if it matches a given string. It is almost always used with [`</>`](#</>) or [`oneOf`](#oneOf). For example: blog : Parser (Int -> a) a blog = s "blog" </> int -- /blog/42 ==> Just 42 -- /tree/42 ==> Nothing The path segment must be an exact match! -} s : String -> Parser a a s str = Parser <| \{ visited, unvisited, params, frag, value } -> case unvisited of [] -> [] next :: rest -> if next == str then [ State (next :: visited) rest params frag value ] else [] {-| Create a custom path segment parser. Here is how it is used to define the `int` parser: int : Parser (Int -> a) a int = custom "NUMBER" String.toInt You can use it to define something like “only CSS files” like this: css : Parser (String -> a) a css = custom "CSS_FILE" <| \segment -> if String.endsWith ".css" segment then Just segment else Nothing -} custom : String -> (String -> Maybe a) -> Parser (a -> b) b custom tipe stringToSomething = Parser <| \{ visited, unvisited, params, frag, value } -> case unvisited of [] -> [] next :: rest -> case stringToSomething next of Just nextValue -> [ State (next :: visited) rest params frag (value nextValue) ] Nothing -> [] -- COMBINING PARSERS {-| Parse a path with multiple segments. blog : Parser (Int -> a) a blog = s "blog" </> int -- /blog/35/ ==> Just 35 -- /blog/42 ==> Just 42 -- /blog/ ==> Nothing -- /42/ ==> Nothing search : Parser (String -> a) a search = s "search" </> string -- /search/wolf/ ==> Just "wolf" -- /search/frog ==> Just "frog" -- /search/ ==> Nothing -- /wolf/ ==> Nothing -} slash : Parser a b -> Parser b c -> Parser a c slash (Parser parseBefore) (Parser parseAfter) = Parser <| \state -> List.concatMap parseAfter (parseBefore state) {-| Transform a path parser. type alias Comment = { user : String, id : Int } userAndId : Parser (String -> Int -> a) a userAndId = s "user" </> string </> s "comment" </> int comment : Parser (Comment -> a) a comment = map Comment userAndId -- /user/bob/comment/42 ==> Just { user = "bob", id = 42 } -- /user/tom/comment/35 ==> Just { user = "tom", id = 35 } -- /user/sam/ ==> Nothing -} map : a -> Parser a b -> Parser (b -> c) c map subValue (Parser parseArg) = Parser <| \{ visited, unvisited, params, frag, value } -> List.map (mapState value) <| parseArg <| State visited unvisited params frag subValue mapState : (a -> b) -> State a -> State b mapState func { visited, unvisited, params, frag, value } = State visited unvisited params frag (func value) {-| Try a bunch of different path parsers. type Route = Topic String | Blog Int | User String | Comment String Int route : Parser (Route -> a) a route = oneOf [ map Topic (s "topic" </> string) , map Blog (s "blog" </> int) , map User (s "user" </> string) , map Comment (s "user" </> string </> s "comment" </> int) ] -- /topic/wolf ==> Just (Topic "wolf") -- /topic/ ==> Nothing -- /blog/42 ==> Just (Blog 42) -- /blog/wolf ==> Nothing -- /user/sam/ ==> Just (User "sam") -- /user/bob/comment/42 ==> Just (Comment "<NAME>" 42) -- /user/tom/comment/35 ==> Just (Comment "<NAME>" 35) -- /user/ ==> Nothing If there are multiple parsers that could succeed, the first one wins. -} oneOf : List (Parser a b) -> Parser a b oneOf parsers = Parser <| \state -> List.concatMap (\(Parser parser) -> parser state) parsers {-| A parser that does not consume any path segments. type Route = Overview | Post Int blog : Parser (BlogRoute -> a) a blog = s "blog" </> oneOf [ map Overview top , map Post (s "post" </> int) ] -- /blog/ ==> Just Overview -- /blog/post/42 ==> Just (Post 42) -} top : Parser a a top = Parser <| \state -> [state] -- QUERY {-| The [`Url.Parser.Query`](Url-Parser-Query) module defines its own [`Parser`](Url-Parser-Query#Parser) type. This function helps you use those with normal parsers. For example, maybe you want to add a search feature to your blog website: import Url.Parser.Query as Query type Route = Overview (Maybe String) | Post Int blog : Parser (Route -> a) a blog = oneOf [ map Overview (s "blog" <?> Query.string "q") , map Post (s "blog" </> int) ] -- /blog/ ==> Just (Overview Nothing) -- /blog/?q=wolf ==> Just (Overview (Just "wolf")) -- /blog/wolf ==> Nothing -- /blog/42 ==> Just (Post 42) -- /blog/42?q=wolf ==> Just (Post 42) -- /blog/42/wolf ==> Nothing -} questionMark : Parser a (query -> b) -> Query.Parser query -> Parser a b questionMark parser queryParser = slash parser (query queryParser) {-| The [`Url.Parser.Query`](Url-Parser-Query) module defines its own [`Parser`](Url-Parser-Query#Parser) type. This function is a helper to convert those into normal parsers. import Url.Parser.Query as Query -- the following expressions are both the same! -- -- s "blog" <?> Query.string "search" -- s "blog" </> query (Query.string "search") This may be handy if you need query parameters but are not parsing any path segments. -} query : Query.Parser query -> Parser (query -> a) a query (Q.Parser queryParser) = Parser <| \{ visited, unvisited, params, frag, value } -> [ State visited unvisited params frag (value (queryParser params)) ] -- FRAGMENT {-| Create a parser for the URL fragment, the stuff after the `#`. This can be handy for handling links to DOM elements within a page. Pages like this one! type alias Docs = (String, Maybe String) docs : Parser (Docs -> a) a docs = map Tuple.pair (string </> fragment identity) -- /List/map ==> Nothing -- /List/#map ==> Just ("List", Just "map") -- /List#map ==> Just ("List", Just "map") -- /List# ==> Just ("List", Just "") -- /List ==> Just ("List", Nothing) -- / ==> Nothing -} fragment : (Maybe String -> fragment) -> Parser (fragment -> a) a fragment toFrag = Parser <| \{ visited, unvisited, params, frag, value } -> [ State visited unvisited params frag (value (toFrag frag)) ] -- PARSE {-| Actually run a parser! You provide some [`Url`](Url#Url) that represent a valid URL. From there `parse` runs your parser on the path, query parameters, and fragment. import Url import Url.Parser exposing (Parser, parse, int, map, oneOf, s, top) type Route = Home | Blog Int | NotFound route : Parser (Route -> a) a route = oneOf [ map Home top , map Blog (s "blog" </> int) ] toRoute : String -> Route toRoute string = case Url.fromString string of Nothing -> NotFound Just url -> Maybe.withDefault NotFound (parse route url) -- toRoute "/blog/42" == NotFound -- toRoute "https://example.com/" == Home -- toRoute "https://example.com/blog" == NotFound -- toRoute "https://example.com/blog/42" == Blog 42 -- toRoute "https://example.com/blog/42/" == Blog 42 -- toRoute "https://example.com/blog/42#wolf" == Blog 42 -- toRoute "https://example.com/blog/42?q=wolf" == Blog 42 -- toRoute "https://example.com/settings" == NotFound Functions like `toRoute` are useful when creating single-page apps with [`Browser.fullscreen`][fs]. I use them in `init` and `onNavigation` to handle the initial URL and any changes. [fs]: /packages/elm/browser/latest/Browser#fullscreen -} parse : Parser (a -> a) a -> Url -> Maybe a parse (Parser parser) url = getFirstMatch <| parser <| State [] (preparePath url.path) (prepareQuery url.query) url.fragment identity getFirstMatch : List (State a) -> Maybe a getFirstMatch states = case states of [] -> Nothing state :: rest -> case state.unvisited of [] -> Just state.value [""] -> Just state.value _ -> getFirstMatch rest -- PREPARE PATH preparePath : String -> List String preparePath path = case String.split "/" path of "" :: segments -> removeFinalEmpty segments segments -> removeFinalEmpty segments removeFinalEmpty : List String -> List String removeFinalEmpty segments = case segments of [] -> [] "" :: [] -> [] segment :: rest -> segment :: removeFinalEmpty rest -- PREPARE QUERY prepareQuery : Maybe String -> Dict String (List String) prepareQuery maybeQuery = case maybeQuery of Nothing -> Dict.empty Just qry -> List.foldr addParam Dict.empty (String.split "&" qry) addParam : String -> Dict String (List String) -> Dict String (List String) addParam segment dict = case String.split "=" segment of [rawKey, rawValue] -> case Url.percentDecode rawKey of Nothing -> dict Just key -> case Url.percentDecode rawValue of Nothing -> dict Just value -> Dict.update key (addToParametersHelp value) dict _ -> dict addToParametersHelp : a -> Maybe (List a) -> Maybe (List a) addToParametersHelp value maybeList = case maybeList of Nothing -> Just [value] Just list -> Just (value :: list)

module Url.Parser exposing ( Parser, string, int, s , (</>), map, oneOf, top, custom , (<?>), query , fragment , parse ) {-| In [the URI spec](https://tools.ietf.org/html/rfc3986), PI:NAME:<NAME>END_PI says a URL looks like this: ``` https://example.com:8042/over/there?name=PI:NAME:<NAME>END_PI#nose \___/ \______________/\_________/ \_________/ \__/ | | | | | scheme authority path query fragment ``` This module is primarily for parsing the `path` part. # Primitives @docs Parser, string, int, s # Path @docs (</>), map, oneOf, top, custom # Query @docs (<?>), query # Fragment @docs fragment # Run Parsers @docs parse -} import Dict exposing (Dict) import Url exposing (Url) import Url.Parser.Query as Query import Url.Parser.Internal as Q -- INFIX TABLE infix right 7 (</>) = slash infix left 8 (<?>) = questionMark -- PARSERS {-| Turn URLs like `/blog/42/cat-herding-techniques` into nice Elm data. -} type Parser a b = Parser (State a -> List (State b)) type alias State value = { visited : List String , unvisited : List String , params : Dict String (List String) , frag : Maybe String , value : value } -- PARSE SEGMENTS {-| Parse a segment of the path as a `String`. -- /alice/ ==> Just "alice" -- /bob ==> Just "bob" -- /42/ ==> Just "42" -- / ==> Nothing -} string : Parser (String -> a) a string = custom "STRING" Just {-| Parse a segment of the path as an `Int`. -- /alice/ ==> Nothing -- /bob ==> Nothing -- /42/ ==> Just 42 -- / ==> Nothing -} int : Parser (Int -> a) a int = custom "NUMBER" String.toInt {-| Parse a segment of the path if it matches a given string. It is almost always used with [`</>`](#</>) or [`oneOf`](#oneOf). For example: blog : Parser (Int -> a) a blog = s "blog" </> int -- /blog/42 ==> Just 42 -- /tree/42 ==> Nothing The path segment must be an exact match! -} s : String -> Parser a a s str = Parser <| \{ visited, unvisited, params, frag, value } -> case unvisited of [] -> [] next :: rest -> if next == str then [ State (next :: visited) rest params frag value ] else [] {-| Create a custom path segment parser. Here is how it is used to define the `int` parser: int : Parser (Int -> a) a int = custom "NUMBER" String.toInt You can use it to define something like “only CSS files” like this: css : Parser (String -> a) a css = custom "CSS_FILE" <| \segment -> if String.endsWith ".css" segment then Just segment else Nothing -} custom : String -> (String -> Maybe a) -> Parser (a -> b) b custom tipe stringToSomething = Parser <| \{ visited, unvisited, params, frag, value } -> case unvisited of [] -> [] next :: rest -> case stringToSomething next of Just nextValue -> [ State (next :: visited) rest params frag (value nextValue) ] Nothing -> [] -- COMBINING PARSERS {-| Parse a path with multiple segments. blog : Parser (Int -> a) a blog = s "blog" </> int -- /blog/35/ ==> Just 35 -- /blog/42 ==> Just 42 -- /blog/ ==> Nothing -- /42/ ==> Nothing search : Parser (String -> a) a search = s "search" </> string -- /search/wolf/ ==> Just "wolf" -- /search/frog ==> Just "frog" -- /search/ ==> Nothing -- /wolf/ ==> Nothing -} slash : Parser a b -> Parser b c -> Parser a c slash (Parser parseBefore) (Parser parseAfter) = Parser <| \state -> List.concatMap parseAfter (parseBefore state) {-| Transform a path parser. type alias Comment = { user : String, id : Int } userAndId : Parser (String -> Int -> a) a userAndId = s "user" </> string </> s "comment" </> int comment : Parser (Comment -> a) a comment = map Comment userAndId -- /user/bob/comment/42 ==> Just { user = "bob", id = 42 } -- /user/tom/comment/35 ==> Just { user = "tom", id = 35 } -- /user/sam/ ==> Nothing -} map : a -> Parser a b -> Parser (b -> c) c map subValue (Parser parseArg) = Parser <| \{ visited, unvisited, params, frag, value } -> List.map (mapState value) <| parseArg <| State visited unvisited params frag subValue mapState : (a -> b) -> State a -> State b mapState func { visited, unvisited, params, frag, value } = State visited unvisited params frag (func value) {-| Try a bunch of different path parsers. type Route = Topic String | Blog Int | User String | Comment String Int route : Parser (Route -> a) a route = oneOf [ map Topic (s "topic" </> string) , map Blog (s "blog" </> int) , map User (s "user" </> string) , map Comment (s "user" </> string </> s "comment" </> int) ] -- /topic/wolf ==> Just (Topic "wolf") -- /topic/ ==> Nothing -- /blog/42 ==> Just (Blog 42) -- /blog/wolf ==> Nothing -- /user/sam/ ==> Just (User "sam") -- /user/bob/comment/42 ==> Just (Comment "PI:NAME:<NAME>END_PI" 42) -- /user/tom/comment/35 ==> Just (Comment "PI:NAME:<NAME>END_PI" 35) -- /user/ ==> Nothing If there are multiple parsers that could succeed, the first one wins. -} oneOf : List (Parser a b) -> Parser a b oneOf parsers = Parser <| \state -> List.concatMap (\(Parser parser) -> parser state) parsers {-| A parser that does not consume any path segments. type Route = Overview | Post Int blog : Parser (BlogRoute -> a) a blog = s "blog" </> oneOf [ map Overview top , map Post (s "post" </> int) ] -- /blog/ ==> Just Overview -- /blog/post/42 ==> Just (Post 42) -} top : Parser a a top = Parser <| \state -> [state] -- QUERY {-| The [`Url.Parser.Query`](Url-Parser-Query) module defines its own [`Parser`](Url-Parser-Query#Parser) type. This function helps you use those with normal parsers. For example, maybe you want to add a search feature to your blog website: import Url.Parser.Query as Query type Route = Overview (Maybe String) | Post Int blog : Parser (Route -> a) a blog = oneOf [ map Overview (s "blog" <?> Query.string "q") , map Post (s "blog" </> int) ] -- /blog/ ==> Just (Overview Nothing) -- /blog/?q=wolf ==> Just (Overview (Just "wolf")) -- /blog/wolf ==> Nothing -- /blog/42 ==> Just (Post 42) -- /blog/42?q=wolf ==> Just (Post 42) -- /blog/42/wolf ==> Nothing -} questionMark : Parser a (query -> b) -> Query.Parser query -> Parser a b questionMark parser queryParser = slash parser (query queryParser) {-| The [`Url.Parser.Query`](Url-Parser-Query) module defines its own [`Parser`](Url-Parser-Query#Parser) type. This function is a helper to convert those into normal parsers. import Url.Parser.Query as Query -- the following expressions are both the same! -- -- s "blog" <?> Query.string "search" -- s "blog" </> query (Query.string "search") This may be handy if you need query parameters but are not parsing any path segments. -} query : Query.Parser query -> Parser (query -> a) a query (Q.Parser queryParser) = Parser <| \{ visited, unvisited, params, frag, value } -> [ State visited unvisited params frag (value (queryParser params)) ] -- FRAGMENT {-| Create a parser for the URL fragment, the stuff after the `#`. This can be handy for handling links to DOM elements within a page. Pages like this one! type alias Docs = (String, Maybe String) docs : Parser (Docs -> a) a docs = map Tuple.pair (string </> fragment identity) -- /List/map ==> Nothing -- /List/#map ==> Just ("List", Just "map") -- /List#map ==> Just ("List", Just "map") -- /List# ==> Just ("List", Just "") -- /List ==> Just ("List", Nothing) -- / ==> Nothing -} fragment : (Maybe String -> fragment) -> Parser (fragment -> a) a fragment toFrag = Parser <| \{ visited, unvisited, params, frag, value } -> [ State visited unvisited params frag (value (toFrag frag)) ] -- PARSE {-| Actually run a parser! You provide some [`Url`](Url#Url) that represent a valid URL. From there `parse` runs your parser on the path, query parameters, and fragment. import Url import Url.Parser exposing (Parser, parse, int, map, oneOf, s, top) type Route = Home | Blog Int | NotFound route : Parser (Route -> a) a route = oneOf [ map Home top , map Blog (s "blog" </> int) ] toRoute : String -> Route toRoute string = case Url.fromString string of Nothing -> NotFound Just url -> Maybe.withDefault NotFound (parse route url) -- toRoute "/blog/42" == NotFound -- toRoute "https://example.com/" == Home -- toRoute "https://example.com/blog" == NotFound -- toRoute "https://example.com/blog/42" == Blog 42 -- toRoute "https://example.com/blog/42/" == Blog 42 -- toRoute "https://example.com/blog/42#wolf" == Blog 42 -- toRoute "https://example.com/blog/42?q=wolf" == Blog 42 -- toRoute "https://example.com/settings" == NotFound Functions like `toRoute` are useful when creating single-page apps with [`Browser.fullscreen`][fs]. I use them in `init` and `onNavigation` to handle the initial URL and any changes. [fs]: /packages/elm/browser/latest/Browser#fullscreen -} parse : Parser (a -> a) a -> Url -> Maybe a parse (Parser parser) url = getFirstMatch <| parser <| State [] (preparePath url.path) (prepareQuery url.query) url.fragment identity getFirstMatch : List (State a) -> Maybe a getFirstMatch states = case states of [] -> Nothing state :: rest -> case state.unvisited of [] -> Just state.value [""] -> Just state.value _ -> getFirstMatch rest -- PREPARE PATH preparePath : String -> List String preparePath path = case String.split "/" path of "" :: segments -> removeFinalEmpty segments segments -> removeFinalEmpty segments removeFinalEmpty : List String -> List String removeFinalEmpty segments = case segments of [] -> [] "" :: [] -> [] segment :: rest -> segment :: removeFinalEmpty rest -- PREPARE QUERY prepareQuery : Maybe String -> Dict String (List String) prepareQuery maybeQuery = case maybeQuery of Nothing -> Dict.empty Just qry -> List.foldr addParam Dict.empty (String.split "&" qry) addParam : String -> Dict String (List String) -> Dict String (List String) addParam segment dict = case String.split "=" segment of [rawKey, rawValue] -> case Url.percentDecode rawKey of Nothing -> dict Just key -> case Url.percentDecode rawValue of Nothing -> dict Just value -> Dict.update key (addToParametersHelp value) dict _ -> dict addToParametersHelp : a -> Maybe (List a) -> Maybe (List a) addToParametersHelp value maybeList = case maybeList of Nothing -> Just [value] Just list -> Just (value :: list)

elm

src/Getto/Http/Part.elm

getto-systems/elm-http-part

module Getto.Http.Part exposing ( Value , string , int , file , bytes , list , object , toBody ) {-| build http parts roles = [ "admin" ] |> Set.fromList comments = [ "good", "great" ] [ ( "name", "John" |> Part.string ) , ( "age", 30 |> Part.int ) , ( "file", file |> Part.file ) , ( "roles", roles |> Part.set Part.string ) , ( "comments", comments |> Part.list Part.string ) ] |> Part.object # Definition @docs Value # Encoder @docs string, int, file, bytes, list, object # Encode @docs toBody -} import Getto.Url.Query.Encode as QueryEncode import File exposing ( File ) import Bytes exposing ( Bytes ) import Http {-| part value -} type Value = StringValue String | FileValue File | BytesValue String Bytes | ListValue (List Value) | ObjectValue (List ( String, Value )) type Part = StringPart String | FilePart File | BytesPart String Bytes {-| string part -} string : String -> Value string = StringValue {-| int part -} int : Int -> Value int = String.fromInt >> string {-| file part -} file : File -> Value file = FileValue {-| bytes part -} bytes : String -> Bytes -> Value bytes = BytesValue {-| list part -} list : (a -> Value) -> List a -> Value list f = List.map f >> ListValue {-| object part -} object : List ( String, Value ) -> Value object = ObjectValue {-| convert value to http part -} toBody : Value -> Http.Body toBody = flatten [] >> List.map toPart >> Http.multipartBody flatten : List String -> Value -> List ( List String, Part ) flatten current part = case part of StringValue value -> [ ( current, value |> StringPart ) ] FileValue value -> [ ( current, value |> FilePart ) ] BytesValue contentType value -> [ ( current, value |> BytesPart contentType ) ] ListValue parts -> parts |> List.concatMap (flatten (current ++ [""])) ObjectValue parts -> parts |> List.concatMap (\(name,p) -> p |> flatten (current ++ [name])) toPart : ( List String, Part ) -> Http.Part toPart (names,part) = let name = names |> QueryEncode.toName in case part of StringPart value -> value |> Http.stringPart name FilePart value -> value |> Http.filePart name BytesPart contentType value -> value |> Http.bytesPart name contentType

52435

module Getto.Http.Part exposing ( Value , string , int , file , bytes , list , object , toBody ) {-| build http parts roles = [ "admin" ] |> Set.fromList comments = [ "good", "great" ] [ ( "name", "<NAME>" |> Part.string ) , ( "age", 30 |> Part.int ) , ( "file", file |> Part.file ) , ( "roles", roles |> Part.set Part.string ) , ( "comments", comments |> Part.list Part.string ) ] |> Part.object # Definition @docs Value # Encoder @docs string, int, file, bytes, list, object # Encode @docs toBody -} import Getto.Url.Query.Encode as QueryEncode import File exposing ( File ) import Bytes exposing ( Bytes ) import Http {-| part value -} type Value = StringValue String | FileValue File | BytesValue String Bytes | ListValue (List Value) | ObjectValue (List ( String, Value )) type Part = StringPart String | FilePart File | BytesPart String Bytes {-| string part -} string : String -> Value string = StringValue {-| int part -} int : Int -> Value int = String.fromInt >> string {-| file part -} file : File -> Value file = FileValue {-| bytes part -} bytes : String -> Bytes -> Value bytes = BytesValue {-| list part -} list : (a -> Value) -> List a -> Value list f = List.map f >> ListValue {-| object part -} object : List ( String, Value ) -> Value object = ObjectValue {-| convert value to http part -} toBody : Value -> Http.Body toBody = flatten [] >> List.map toPart >> Http.multipartBody flatten : List String -> Value -> List ( List String, Part ) flatten current part = case part of StringValue value -> [ ( current, value |> StringPart ) ] FileValue value -> [ ( current, value |> FilePart ) ] BytesValue contentType value -> [ ( current, value |> BytesPart contentType ) ] ListValue parts -> parts |> List.concatMap (flatten (current ++ [""])) ObjectValue parts -> parts |> List.concatMap (\(name,p) -> p |> flatten (current ++ [name])) toPart : ( List String, Part ) -> Http.Part toPart (names,part) = let name = names |> QueryEncode.toName in case part of StringPart value -> value |> Http.stringPart name FilePart value -> value |> Http.filePart name BytesPart contentType value -> value |> Http.bytesPart name contentType

module Getto.Http.Part exposing ( Value , string , int , file , bytes , list , object , toBody ) {-| build http parts roles = [ "admin" ] |> Set.fromList comments = [ "good", "great" ] [ ( "name", "PI:NAME:<NAME>END_PI" |> Part.string ) , ( "age", 30 |> Part.int ) , ( "file", file |> Part.file ) , ( "roles", roles |> Part.set Part.string ) , ( "comments", comments |> Part.list Part.string ) ] |> Part.object # Definition @docs Value # Encoder @docs string, int, file, bytes, list, object # Encode @docs toBody -} import Getto.Url.Query.Encode as QueryEncode import File exposing ( File ) import Bytes exposing ( Bytes ) import Http {-| part value -} type Value = StringValue String | FileValue File | BytesValue String Bytes | ListValue (List Value) | ObjectValue (List ( String, Value )) type Part = StringPart String | FilePart File | BytesPart String Bytes {-| string part -} string : String -> Value string = StringValue {-| int part -} int : Int -> Value int = String.fromInt >> string {-| file part -} file : File -> Value file = FileValue {-| bytes part -} bytes : String -> Bytes -> Value bytes = BytesValue {-| list part -} list : (a -> Value) -> List a -> Value list f = List.map f >> ListValue {-| object part -} object : List ( String, Value ) -> Value object = ObjectValue {-| convert value to http part -} toBody : Value -> Http.Body toBody = flatten [] >> List.map toPart >> Http.multipartBody flatten : List String -> Value -> List ( List String, Part ) flatten current part = case part of StringValue value -> [ ( current, value |> StringPart ) ] FileValue value -> [ ( current, value |> FilePart ) ] BytesValue contentType value -> [ ( current, value |> BytesPart contentType ) ] ListValue parts -> parts |> List.concatMap (flatten (current ++ [""])) ObjectValue parts -> parts |> List.concatMap (\(name,p) -> p |> flatten (current ++ [name])) toPart : ( List String, Part ) -> Http.Part toPart (names,part) = let name = names |> QueryEncode.toName in case part of StringPart value -> value |> Http.stringPart name FilePart value -> value |> Http.filePart name BytesPart contentType value -> value |> Http.bytesPart name contentType

elm

src/State/State.elm

exosphere-project/exosphere

module State.State exposing (update) import Browser import Browser.Navigation import Helpers.ExoSetupStatus import Helpers.GetterSetters as GetterSetters import Helpers.Helpers as Helpers import Helpers.RemoteDataPlusPlus as RDPP import Helpers.ServerResourceUsage import Http import LocalStorage.LocalStorage as LocalStorage import Maybe import OpenStack.ServerPassword as OSServerPassword import OpenStack.ServerTags as OSServerTags import OpenStack.ServerVolumes as OSSvrVols import OpenStack.Types as OSTypes import OpenStack.Volumes as OSVolumes import Orchestration.Orchestration as Orchestration import Page.AllResourcesList import Page.FloatingIpAssign import Page.FloatingIpList import Page.GetSupport import Page.Home import Page.InstanceSourcePicker import Page.KeypairCreate import Page.KeypairList import Page.LoginJetstream import Page.LoginOpenstack import Page.LoginPicker import Page.MessageLog import Page.SelectProjects import Page.ServerCreate import Page.ServerCreateImage import Page.ServerDetail import Page.ServerList import Page.Settings import Page.VolumeAttach import Page.VolumeCreate import Page.VolumeDetail import Page.VolumeList import Ports import RemoteData import Rest.ApiModelHelpers as ApiModelHelpers import Rest.Glance import Rest.Keystone import Rest.Neutron import Rest.Nova import Route import State.Auth import State.Error import State.ViewState as ViewStateHelpers import Style.Toast import Style.Widgets.NumericTextInput.NumericTextInput import Task import Time import Toasty import Types.Error as Error exposing (AppError, ErrorContext, ErrorLevel(..)) import Types.Guacamole as GuacTypes import Types.HelperTypes as HelperTypes exposing (HttpRequestMethod(..), UnscopedProviderProject) import Types.OuterModel exposing (OuterModel) import Types.OuterMsg exposing (OuterMsg(..)) import Types.Project exposing (Endpoints, Project, ProjectSecret(..)) import Types.Server exposing (ExoSetupStatus(..), NewServerNetworkOptions(..), Server, ServerFromExoProps, ServerOrigin(..), currentExoServerVersion) import Types.ServerResourceUsage import Types.SharedModel exposing (SharedModel) import Types.SharedMsg exposing (ProjectSpecificMsgConstructor(..), ServerSpecificMsgConstructor(..), SharedMsg(..), TickInterval) import Types.View exposing ( LoginView(..) , NonProjectViewConstructor(..) , ProjectViewConstructor(..) , ViewState(..) ) import Types.Workflow exposing ( CustomWorkflow , CustomWorkflowTokenRDPP , ServerCustomWorkflowStatus(..) ) import Url import View.Helpers exposing (toExoPalette) update : OuterMsg -> Result AppError OuterModel -> ( Result AppError OuterModel, Cmd OuterMsg ) update msg result = case result of Err appError -> ( Err appError, Cmd.none ) Ok model -> case updateValid msg model of ( newModel, nextMsg ) -> ( Ok newModel, nextMsg ) updateValid : OuterMsg -> OuterModel -> ( OuterModel, Cmd OuterMsg ) updateValid msg outerModel = {- We want to `setStorage` on every update. This function adds the setStorage command for every step of the update function. -} let ( newOuterModel, cmds ) = updateUnderlying msg outerModel orchestrationTimeCmd = -- Each trip through the runtime, we get the time and feed it to orchestration module case msg of SharedMsg (DoOrchestration _) -> Cmd.none SharedMsg (Tick _ _) -> Cmd.none _ -> Task.perform (\posix -> SharedMsg <| DoOrchestration posix) Time.now in ( newOuterModel , Cmd.batch [ Ports.setStorage (LocalStorage.generateStoredState newOuterModel.sharedModel) , orchestrationTimeCmd , cmds ] ) -- There may be a better approach than these mapping functions, I'm not sure yet. mapToOuterMsg : ( a, Cmd SharedMsg ) -> ( a, Cmd OuterMsg ) mapToOuterMsg ( model, cmdSharedMsg ) = ( model, Cmd.map SharedMsg cmdSharedMsg ) mapToOuterModel : OuterModel -> ( SharedModel, Cmd a ) -> ( OuterModel, Cmd a ) mapToOuterModel outerModel ( newSharedModel, cmd ) = ( { outerModel | sharedModel = newSharedModel }, cmd ) pipelineCmdOuterModelMsg : (OuterModel -> ( OuterModel, Cmd OuterMsg )) -> ( OuterModel, Cmd OuterMsg ) -> ( OuterModel, Cmd OuterMsg ) pipelineCmdOuterModelMsg fn ( outerModel, outerCmd ) = let ( newModel, newCmd ) = fn outerModel in ( newModel, Cmd.batch [ outerCmd, newCmd ] ) updateUnderlying : OuterMsg -> OuterModel -> ( OuterModel, Cmd OuterMsg ) updateUnderlying outerMsg outerModel = let sharedModel = outerModel.sharedModel in case ( outerMsg, outerModel.viewState ) of ( SharedMsg sharedMsg, _ ) -> processSharedMsg sharedMsg outerModel -- TODO exact same structure for each page-specific case here. Is there a way to deduplicate or factor out? ( GetSupportMsg pageMsg, NonProjectView (GetSupport pageModel) ) -> let ( newPageModel, cmd, sharedMsg ) = Page.GetSupport.update pageMsg sharedModel pageModel in ( { outerModel | viewState = NonProjectView <| GetSupport newPageModel } , Cmd.map GetSupportMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( HomeMsg pageMsg, NonProjectView (Home pageModel) ) -> let ( newPageModel, cmd, sharedMsg ) = Page.Home.update pageMsg pageModel in ( { outerModel | viewState = NonProjectView <| Home newPageModel } , Cmd.map HomeMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( LoginJetstreamMsg pageMsg, NonProjectView (Login (LoginJetstream pageModel)) ) -> let ( newPageModel, cmd, sharedMsg ) = Page.LoginJetstream.update pageMsg sharedModel pageModel in ( { outerModel | viewState = NonProjectView <| Login <| LoginJetstream newPageModel } , Cmd.map LoginJetstreamMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( LoginOpenstackMsg pageMsg, NonProjectView (Login (LoginOpenstack pageModel)) ) -> let ( newPageModel, cmd, sharedMsg ) = Page.LoginOpenstack.update pageMsg sharedModel pageModel in ( { outerModel | viewState = NonProjectView <| Login <| LoginOpenstack newPageModel } , Cmd.map LoginOpenstackMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( LoginPickerMsg pageMsg, NonProjectView LoginPicker ) -> let ( _, cmd, sharedMsg ) = Page.LoginPicker.update pageMsg in ( { outerModel | viewState = NonProjectView <| LoginPicker } , Cmd.map LoginPickerMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( MessageLogMsg pageMsg, NonProjectView (MessageLog pageModel) ) -> let ( newPageModel, cmd, sharedMsg ) = Page.MessageLog.update pageMsg sharedModel pageModel in ( { outerModel | viewState = NonProjectView <| MessageLog newPageModel } , Cmd.map MessageLogMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( SelectProjectsMsg pageMsg, NonProjectView (SelectProjects pageModel) ) -> let ( newPageModel, cmd, sharedMsg ) = Page.SelectProjects.update pageMsg sharedModel pageModel in ( { outerModel | viewState = NonProjectView <| SelectProjects newPageModel } , Cmd.map SelectProjectsMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( SettingsMsg pageMsg, NonProjectView (Settings pageModel) ) -> let ( newPageModel, cmd, sharedMsg ) = Page.Settings.update pageMsg sharedModel pageModel in ( { outerModel | viewState = NonProjectView <| Settings newPageModel } , Cmd.map SettingsMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( pageSpecificMsg, ProjectView projectId projectViewModel projectViewConstructor ) -> case GetterSetters.projectLookup sharedModel projectId of Just project -> case ( pageSpecificMsg, projectViewConstructor ) of -- This is the repetitive dispatch code that people warn you about when you use the nested Elm architecture. -- Maybe there is a way to make it less repetitive (or at least more compact) in the future. ( AllResourcesListMsg pageMsg, AllResourcesList pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.AllResourcesList.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| AllResourcesList newSharedModel } , Cmd.map AllResourcesListMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( FloatingIpAssignMsg pageMsg, FloatingIpAssign pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.FloatingIpAssign.update pageMsg sharedModel project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| FloatingIpAssign newSharedModel } , Cmd.map FloatingIpAssignMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( FloatingIpListMsg pageMsg, FloatingIpList pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.FloatingIpList.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| FloatingIpList newSharedModel } , Cmd.map FloatingIpListMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( InstanceSourcePickerMsg pageMsg, InstanceSourcePicker pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.InstanceSourcePicker.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| InstanceSourcePicker newSharedModel } , Cmd.map InstanceSourcePickerMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( KeypairCreateMsg pageMsg, KeypairCreate pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.KeypairCreate.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| KeypairCreate newSharedModel } , Cmd.map KeypairCreateMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( KeypairListMsg pageMsg, KeypairList pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.KeypairList.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| KeypairList newSharedModel } , Cmd.map KeypairListMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( ServerCreateMsg pageMsg, ServerCreate pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.ServerCreate.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| ServerCreate newSharedModel } , Cmd.map ServerCreateMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( ServerCreateImageMsg pageMsg, ServerCreateImage pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.ServerCreateImage.update pageMsg sharedModel project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| ServerCreateImage newSharedModel } , Cmd.map ServerCreateImageMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( ServerDetailMsg pageMsg, ServerDetail pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.ServerDetail.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| ServerDetail newSharedModel } , Cmd.map ServerDetailMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( ServerListMsg pageMsg, ServerList pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.ServerList.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| ServerList newSharedModel } , Cmd.map ServerListMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( VolumeAttachMsg pageMsg, VolumeAttach pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.VolumeAttach.update pageMsg sharedModel project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| VolumeAttach newSharedModel } , Cmd.map VolumeAttachMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( VolumeCreateMsg pageMsg, VolumeCreate pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.VolumeCreate.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| VolumeCreate newSharedModel } , Cmd.map VolumeCreateMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( VolumeDetailMsg pageMsg, VolumeDetail pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.VolumeDetail.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| VolumeDetail newSharedModel } , Cmd.map VolumeDetailMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( VolumeListMsg pageMsg, VolumeList pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.VolumeList.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| VolumeList newSharedModel } , Cmd.map VolumeListMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) _ -> -- This is not great because it allows us to forget to write a case statement above, but I don't know of a nicer way to write a catchall case for when a page-specific Msg is received for an inapplicable page. ( outerModel, Cmd.none ) Nothing -> ( outerModel, Cmd.none ) ( _, _ ) -> -- This is not great because it allows us to forget to write a case statement above, but I don't know of a nicer way to write a catchall case for when a page-specific Msg is received for an inapplicable page. ( outerModel, Cmd.none ) processSharedMsg : SharedMsg -> OuterModel -> ( OuterModel, Cmd OuterMsg ) processSharedMsg sharedMsg outerModel = let { sharedModel } = outerModel { viewContext } = sharedModel in case sharedMsg of ChangeSystemThemePreference preference -> let { style } = sharedModel { styleMode } = style newStyleMode = { styleMode | systemPreference = Just preference } newStyle = { style | styleMode = newStyleMode } newPalette = toExoPalette newStyle newViewContext = { viewContext | palette = newPalette } in mapToOuterModel outerModel ( { sharedModel | style = newStyle , viewContext = newViewContext } , Cmd.none ) Logout -> ( outerModel, Ports.logout () ) ToastyMsg subMsg -> Toasty.update Style.Toast.toastConfig ToastyMsg subMsg outerModel.sharedModel |> mapToOuterMsg |> mapToOuterModel outerModel MsgChangeWindowSize x y -> ( { sharedModel | viewContext = { viewContext | windowSize = { width = x, height = y } } } , Cmd.none ) |> mapToOuterModel outerModel Tick interval time -> processTick outerModel interval time |> mapToOuterModel outerModel DoOrchestration posixTime -> Orchestration.orchModel sharedModel posixTime |> mapToOuterMsg |> mapToOuterModel outerModel HandleApiErrorWithBody errorContext error -> State.Error.processSynchronousApiError sharedModel errorContext error |> mapToOuterMsg |> mapToOuterModel outerModel RequestUnscopedToken openstackLoginUnscoped -> let creds = -- Ensure auth URL includes port number and version { openstackLoginUnscoped | authUrl = State.Auth.authUrlWithPortAndVersion openstackLoginUnscoped.authUrl } in ( outerModel, Rest.Keystone.requestUnscopedAuthToken sharedModel.cloudCorsProxyUrl creds ) |> mapToOuterMsg JetstreamLogin jetstreamCreds -> let openstackCredsList = State.Auth.jetstreamToOpenstackCreds jetstreamCreds cmds = List.map (\creds -> Rest.Keystone.requestUnscopedAuthToken sharedModel.cloudCorsProxyUrl creds) openstackCredsList in ( outerModel, Cmd.batch cmds ) |> mapToOuterMsg ReceiveScopedAuthToken projectDescription ( metadata, response ) -> case Rest.Keystone.decodeScopedAuthToken <| Http.GoodStatus_ metadata response of Err error -> State.Error.processStringError sharedModel (ErrorContext "decode scoped auth token" ErrorCrit Nothing ) error |> mapToOuterMsg |> mapToOuterModel outerModel Ok authToken -> case Helpers.serviceCatalogToEndpoints authToken.catalog of Err e -> State.Error.processStringError sharedModel (ErrorContext "Decode project endpoints" ErrorCrit (Just "Please check with your cloud administrator or the Exosphere developers.") ) e |> mapToOuterMsg |> mapToOuterModel outerModel Ok endpoints -> let projectId = authToken.project.uuid in -- If we don't have a project with same name + authUrl then create one, if we do then update its OSTypes.AuthToken -- This code ensures we don't end up with duplicate projects on the same provider in our model. case GetterSetters.projectLookup sharedModel <| projectId of Nothing -> createProject outerModel projectDescription authToken endpoints Just project -> -- If we don't have an application credential for this project yet, then get one let appCredCmd = case project.secret of ApplicationCredential _ -> Cmd.none _ -> Rest.Keystone.requestAppCredential sharedModel.clientUuid sharedModel.clientCurrentTime project ( newOuterModel, updateTokenCmd ) = State.Auth.projectUpdateAuthToken outerModel project authToken in ( newOuterModel, Cmd.batch [ appCredCmd, updateTokenCmd ] ) |> mapToOuterMsg ReceiveUnscopedAuthToken keystoneUrl ( metadata, response ) -> case Rest.Keystone.decodeUnscopedAuthToken <| Http.GoodStatus_ metadata response of Err error -> State.Error.processStringError sharedModel (ErrorContext "decode unscoped auth token" ErrorCrit Nothing ) error |> mapToOuterMsg |> mapToOuterModel outerModel Ok authToken -> case GetterSetters.providerLookup sharedModel keystoneUrl of Just unscopedProvider -> -- We already have an unscoped provider in the model with the same auth URL, update its token State.Auth.unscopedProviderUpdateAuthToken sharedModel unscopedProvider authToken |> mapToOuterMsg |> mapToOuterModel outerModel Nothing -> -- We don't have an unscoped provider with the same auth URL, create it createUnscopedProvider sharedModel authToken keystoneUrl |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveUnscopedProjects keystoneUrl unscopedProjects -> case GetterSetters.providerLookup sharedModel keystoneUrl of Just provider -> let newProvider = { provider | projectsAvailable = RemoteData.Success unscopedProjects } newSharedModel = GetterSetters.modelUpdateUnscopedProvider sharedModel newProvider newOuterModel = { outerModel | sharedModel = newSharedModel } in -- If we are not already on a SelectProjects view, then go there case outerModel.viewState of NonProjectView (SelectProjects _) -> ( newOuterModel, Cmd.none ) _ -> ( newOuterModel , Route.pushUrl viewContext (Route.SelectProjects keystoneUrl) ) Nothing -> -- Provider not found, may have been removed, nothing to do ( outerModel, Cmd.none ) RequestProjectLoginFromProvider keystoneUrl unscopedProjects -> case GetterSetters.providerLookup sharedModel keystoneUrl of Just provider -> let buildLoginRequest : UnscopedProviderProject -> Cmd SharedMsg buildLoginRequest project = Rest.Keystone.requestScopedAuthToken sharedModel.cloudCorsProxyUrl project.description <| OSTypes.TokenCreds keystoneUrl provider.token project.project.uuid loginRequests = List.map buildLoginRequest unscopedProjects |> Cmd.batch -- Remove unscoped provider from model now that we have selected projects from it newUnscopedProviders = List.filter (\p -> p.authUrl /= keystoneUrl) sharedModel.unscopedProviders -- If we still have at least one unscoped provider in the model then ask the user to choose projects from it newViewStateCmd = case List.head newUnscopedProviders of Just unscopedProvider -> Route.pushUrl viewContext (Route.SelectProjects unscopedProvider.authUrl) Nothing -> -- If we have at least one project then show it, else show the login page case List.head sharedModel.projects of Just project -> Route.pushUrl viewContext <| Route.ProjectRoute project.auth.project.uuid <| Route.AllResourcesList Nothing -> Route.pushUrl viewContext Route.LoginPicker sharedModelUpdatedUnscopedProviders = { sharedModel | unscopedProviders = newUnscopedProviders } in ( { outerModel | sharedModel = sharedModelUpdatedUnscopedProviders } , Cmd.batch [ Cmd.map SharedMsg loginRequests, newViewStateCmd ] ) Nothing -> State.Error.processStringError sharedModel (ErrorContext ("look for OpenStack provider with Keystone URL " ++ keystoneUrl) ErrorCrit Nothing ) "Provider could not found in Exosphere's list of Providers." |> mapToOuterMsg |> mapToOuterModel outerModel ProjectMsg projectIdentifier innerMsg -> case GetterSetters.projectLookup sharedModel projectIdentifier of Nothing -> -- Project not found, may have been removed, nothing to do ( outerModel, Cmd.none ) Just project -> processProjectSpecificMsg outerModel project innerMsg OpenNewWindow url -> ( outerModel, Ports.openNewWindow url ) LinkClicked urlRequest -> case urlRequest of Browser.Internal url -> ( outerModel, Browser.Navigation.pushUrl viewContext.navigationKey (Url.toString url) ) Browser.External url -> ( outerModel, Browser.Navigation.load url ) UrlChanged url -> ViewStateHelpers.navigateToPage url outerModel SelectTheme themeChoice -> let oldStyle = sharedModel.style oldStyleMode = oldStyle.styleMode newStyleMode = { oldStyleMode | theme = themeChoice } newStyle = { oldStyle | styleMode = newStyleMode } in ( { sharedModel | style = newStyle , viewContext = { viewContext | palette = toExoPalette newStyle } } , Cmd.none ) |> mapToOuterModel outerModel NoOp -> ( outerModel, Cmd.none ) SetExperimentalFeaturesEnabled choice -> ( { sharedModel | viewContext = { viewContext | experimentalFeaturesEnabled = choice } }, Cmd.none ) |> mapToOuterModel outerModel processTick : OuterModel -> TickInterval -> Time.Posix -> ( SharedModel, Cmd OuterMsg ) processTick outerModel interval time = let serverVolsNeedFrequentPoll : Project -> Server -> Bool serverVolsNeedFrequentPoll project server = GetterSetters.getVolsAttachedToServer project server |> List.any volNeedsFrequentPoll volNeedsFrequentPoll volume = not <| List.member volume.status [ OSTypes.Available , OSTypes.Maintenance , OSTypes.InUse , OSTypes.Error , OSTypes.ErrorDeleting , OSTypes.ErrorBackingUp , OSTypes.ErrorRestoring , OSTypes.ErrorExtending ] viewIndependentCmd = if interval == 5 then Task.perform DoOrchestration Time.now else Cmd.none ( viewDependentModel, viewDependentCmd ) = {- TODO move some of this to Orchestration? -} case outerModel.viewState of NonProjectView _ -> ( outerModel.sharedModel, Cmd.none ) ProjectView projectName _ projectViewState -> case GetterSetters.projectLookup outerModel.sharedModel projectName of Nothing -> {- Should this throw an error? -} ( outerModel.sharedModel, Cmd.none ) Just project -> let pollVolumes : ( SharedModel, Cmd SharedMsg ) pollVolumes = ( outerModel.sharedModel , case interval of 5 -> if List.any volNeedsFrequentPoll (RemoteData.withDefault [] project.volumes) then OSVolumes.requestVolumes project else Cmd.none 60 -> OSVolumes.requestVolumes project _ -> Cmd.none ) in case projectViewState of AllResourcesList _ -> pollVolumes ServerDetail model -> let volCmd = OSVolumes.requestVolumes project in case interval of 5 -> case GetterSetters.serverLookup project model.serverUuid of Just server -> ( outerModel.sharedModel , if serverVolsNeedFrequentPoll project server then volCmd else Cmd.none ) Nothing -> ( outerModel.sharedModel, Cmd.none ) 300 -> ( outerModel.sharedModel, volCmd ) _ -> ( outerModel.sharedModel, Cmd.none ) VolumeDetail pageModel -> ( outerModel.sharedModel , case interval of 5 -> case GetterSetters.volumeLookup project pageModel.volumeUuid of Nothing -> Cmd.none Just volume -> if volNeedsFrequentPoll volume then OSVolumes.requestVolumes project else Cmd.none 60 -> OSVolumes.requestVolumes project _ -> Cmd.none ) VolumeList _ -> pollVolumes _ -> ( outerModel.sharedModel, Cmd.none ) in ( { viewDependentModel | clientCurrentTime = time } , Cmd.batch [ viewDependentCmd , viewIndependentCmd ] |> Cmd.map SharedMsg ) processProjectSpecificMsg : OuterModel -> Project -> ProjectSpecificMsgConstructor -> ( OuterModel, Cmd OuterMsg ) processProjectSpecificMsg outerModel project msg = let sharedModel = outerModel.sharedModel in case msg of PrepareCredentialedRequest requestProto posixTime -> let -- Add proxy URL requestNeedingToken = requestProto sharedModel.cloudCorsProxyUrl currentTimeMillis = posixTime |> Time.posixToMillis tokenExpireTimeMillis = project.auth.expiresAt |> Time.posixToMillis tokenExpired = -- Token expiring within 5 minutes tokenExpireTimeMillis < currentTimeMillis + 300000 in if not tokenExpired then -- Token still valid, fire the request with current token ( sharedModel, requestNeedingToken project.auth.tokenValue ) |> mapToOuterMsg |> mapToOuterModel outerModel else -- Token is expired (or nearly expired) so we add request to list of pending requests and refresh that token let newPQRs = ( project.auth.project.uuid, requestNeedingToken ) :: outerModel.pendingCredentialedRequests cmdResult = State.Auth.requestAuthToken sharedModel project newOuterModel = { outerModel | pendingCredentialedRequests = newPQRs } in case cmdResult of Err e -> let errorContext = ErrorContext ("Refresh authentication token for project " ++ project.auth.project.name) ErrorCrit (Just "Please remove this project from Exosphere and add it again.") in State.Error.processStringError sharedModel errorContext e |> mapToOuterMsg |> mapToOuterModel newOuterModel Ok cmd -> ( sharedModel, cmd ) |> mapToOuterMsg |> mapToOuterModel newOuterModel ToggleCreatePopup -> case outerModel.viewState of ProjectView projectId projectViewModel viewConstructor -> let newViewState = ProjectView projectId { projectViewModel | createPopup = not projectViewModel.createPopup } viewConstructor in ( { outerModel | viewState = newViewState }, Cmd.none ) _ -> ( outerModel, Cmd.none ) RemoveProject -> let newProjects = List.filter (\p -> p.auth.project.uuid /= project.auth.project.uuid) sharedModel.projects newOuterModel = { outerModel | sharedModel = { sharedModel | projects = newProjects } } cmd = -- if we are in a view specific to this project then navigate to the home page case outerModel.viewState of ProjectView projectId _ _ -> if projectId == project.auth.project.uuid then Route.pushUrl sharedModel.viewContext Route.Home else Cmd.none _ -> Cmd.none in ( newOuterModel, cmd ) ServerMsg serverUuid serverMsgConstructor -> case GetterSetters.serverLookup project serverUuid of Nothing -> let errorContext = ErrorContext "receive results of API call for a specific server" ErrorDebug Nothing in State.Error.processStringError sharedModel errorContext (String.join " " [ "Instance" , serverUuid , "does not exist in the model, it may have been deleted." ] ) |> mapToOuterMsg |> mapToOuterModel outerModel Just server -> processServerSpecificMsg outerModel project server serverMsgConstructor RequestServers -> ApiModelHelpers.requestServers project.auth.project.uuid sharedModel |> mapToOuterMsg |> mapToOuterModel outerModel RequestCreateServer pageModel networkUuid -> let customWorkFlowSource = if pageModel.includeWorkflow && Maybe.withDefault False pageModel.workflowInputIsValid then Just { repository = pageModel.workflowInputRepository , reference = pageModel.workflowInputReference , path = pageModel.workflowInputPath } else Nothing createServerRequest = { name = pageModel.serverName , count = pageModel.count , imageUuid = pageModel.imageUuid , flavorUuid = pageModel.flavorUuid , volBackedSizeGb = pageModel.volSizeTextInput |> Maybe.andThen Style.Widgets.NumericTextInput.NumericTextInput.toMaybe , networkUuid = networkUuid , keypairName = pageModel.keypairName , userData = Helpers.renderUserDataTemplate project pageModel.userDataTemplate pageModel.keypairName (pageModel.deployGuacamole |> Maybe.withDefault False) pageModel.deployDesktopEnvironment customWorkFlowSource pageModel.installOperatingSystemUpdates sharedModel.instanceConfigMgtRepoUrl sharedModel.instanceConfigMgtRepoCheckout , metadata = Helpers.newServerMetadata currentExoServerVersion sharedModel.clientUuid (pageModel.deployGuacamole |> Maybe.withDefault False) pageModel.deployDesktopEnvironment project.auth.user.name pageModel.floatingIpCreationOption customWorkFlowSource } in ( outerModel, Rest.Nova.requestCreateServer project createServerRequest ) |> mapToOuterMsg RequestCreateVolume name size -> let createVolumeRequest = { name = name , size = size } in ( outerModel, OSVolumes.requestCreateVolume project createVolumeRequest ) |> mapToOuterMsg RequestDeleteVolume volumeUuid -> ( outerModel, OSVolumes.requestDeleteVolume project volumeUuid ) |> mapToOuterMsg RequestDetachVolume volumeUuid -> let maybeVolume = OSVolumes.volumeLookup project volumeUuid maybeServerUuid = maybeVolume |> Maybe.map (GetterSetters.getServersWithVolAttached project) |> Maybe.andThen List.head in case maybeServerUuid of Just serverUuid -> ( outerModel, OSSvrVols.requestDetachVolume project serverUuid volumeUuid ) |> mapToOuterMsg Nothing -> State.Error.processStringError sharedModel (ErrorContext ("look for server UUID with attached volume " ++ volumeUuid) ErrorCrit Nothing ) "Could not determine server attached to this volume." |> mapToOuterMsg |> mapToOuterModel outerModel RequestDeleteFloatingIp floatingIpAddress -> ( outerModel, Rest.Neutron.requestDeleteFloatingIp project floatingIpAddress ) |> mapToOuterMsg RequestAssignFloatingIp port_ floatingIpUuid -> let setViewCmd = Route.pushUrl sharedModel.viewContext (Route.ProjectRoute project.auth.project.uuid <| Route.FloatingIpList) in ( outerModel , Cmd.batch [ setViewCmd , Cmd.map SharedMsg <| Rest.Neutron.requestAssignFloatingIp project port_ floatingIpUuid ] ) RequestUnassignFloatingIp floatingIpUuid -> ( outerModel, Rest.Neutron.requestUnassignFloatingIp project floatingIpUuid ) |> mapToOuterMsg ReceiveImages images -> Rest.Glance.receiveImages sharedModel project images |> mapToOuterMsg |> mapToOuterModel outerModel RequestDeleteServers serverUuidsToDelete -> let applyDelete : OSTypes.ServerUuid -> ( Project, Cmd SharedMsg ) -> ( Project, Cmd SharedMsg ) applyDelete serverUuid projCmdTuple = let ( delServerProj, delServerCmd ) = requestDeleteServer (Tuple.first projCmdTuple) serverUuid False in ( delServerProj, Cmd.batch [ Tuple.second projCmdTuple, delServerCmd ] ) ( newProject, cmd ) = List.foldl applyDelete ( project, Cmd.none ) serverUuidsToDelete in ( GetterSetters.modelUpdateProject sharedModel newProject , cmd ) |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveServers errorContext result -> case result of Ok servers -> Rest.Nova.receiveServers sharedModel project servers |> mapToOuterMsg |> mapToOuterModel outerModel Err e -> let oldServersData = project.servers.data newProject = { project | servers = RDPP.RemoteDataPlusPlus oldServersData (RDPP.NotLoading (Just ( e, sharedModel.clientCurrentTime ))) } newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in State.Error.processSynchronousApiError newSharedModel errorContext e |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveServer serverUuid errorContext result -> case result of Ok server -> Rest.Nova.receiveServer sharedModel project server |> mapToOuterMsg |> mapToOuterModel outerModel Err httpErrorWithBody -> let httpError = httpErrorWithBody.error non404 = case GetterSetters.serverLookup project serverUuid of Nothing -> -- Server not in project, may have been deleted, ignoring this error ( outerModel, Cmd.none ) Just server -> -- Reset receivedTime and loadingSeparately let oldExoProps = server.exoProps newExoProps = { oldExoProps | receivedTime = Nothing , loadingSeparately = False } newServer = { server | exoProps = newExoProps } newProject = GetterSetters.projectUpdateServer project newServer newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in State.Error.processSynchronousApiError newSharedModel errorContext httpErrorWithBody |> mapToOuterMsg |> mapToOuterModel outerModel in case httpError of Http.BadStatus code -> if code == 404 then let newErrorContext = { errorContext | level = Error.ErrorDebug , actionContext = errorContext.actionContext ++ " -- 404 means server may have been deleted" } newProject = GetterSetters.projectDeleteServer project serverUuid newModel = GetterSetters.modelUpdateProject sharedModel newProject in State.Error.processSynchronousApiError newModel newErrorContext httpErrorWithBody |> mapToOuterMsg |> mapToOuterModel outerModel else non404 _ -> non404 ReceiveFlavors flavors -> let -- If we are creating a server and no flavor is selected, select the smallest flavor maybeSmallestFlavor = GetterSetters.sortedFlavors flavors |> List.head ( newOuterModel, newCmd ) = Rest.Nova.receiveFlavors sharedModel project flavors |> mapToOuterMsg |> mapToOuterModel outerModel in case maybeSmallestFlavor of Just smallestFlavor -> ( newOuterModel, newCmd ) |> pipelineCmdOuterModelMsg (updateUnderlying (ServerCreateMsg <| Page.ServerCreate.GotDefaultFlavor smallestFlavor.uuid)) Nothing -> ( newOuterModel, newCmd ) RequestKeypairs -> let newKeypairs = case project.keypairs of RemoteData.Success _ -> project.keypairs _ -> RemoteData.Loading newProject = { project | keypairs = newKeypairs } newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in ( newSharedModel , Rest.Nova.requestKeypairs newProject ) |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveKeypairs keypairs -> Rest.Nova.receiveKeypairs sharedModel project keypairs |> mapToOuterMsg |> mapToOuterModel outerModel RequestCreateKeypair keypairName publicKey -> ( outerModel, Rest.Nova.requestCreateKeypair project keypairName publicKey ) |> mapToOuterMsg ReceiveCreateKeypair keypair -> let newProject = GetterSetters.projectUpdateKeypair project keypair newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in ( { outerModel | sharedModel = newSharedModel } , Route.pushUrl sharedModel.viewContext (Route.ProjectRoute newProject.auth.project.uuid Route.KeypairList) ) RequestDeleteKeypair keypairId -> ( outerModel, Rest.Nova.requestDeleteKeypair project keypairId ) |> mapToOuterMsg ReceiveDeleteKeypair errorContext keypairName result -> case result of Err httpError -> State.Error.processStringError sharedModel errorContext (Helpers.httpErrorToString httpError) |> mapToOuterMsg |> mapToOuterModel outerModel Ok () -> let newKeypairs = case project.keypairs of RemoteData.Success keypairs -> keypairs |> List.filter (\k -> k.name /= keypairName) |> RemoteData.Success _ -> project.keypairs newProject = { project | keypairs = newKeypairs } newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in ( newSharedModel, Cmd.none ) |> mapToOuterModel outerModel ReceiveCreateServer _ -> let newRoute = Route.ProjectRoute project.auth.project.uuid Route.AllResourcesList ( newSharedModel, newCmd ) = ( sharedModel, Cmd.none ) |> Helpers.pipelineCmd (ApiModelHelpers.requestServers project.auth.project.uuid) |> Helpers.pipelineCmd (ApiModelHelpers.requestNetworks project.auth.project.uuid) |> Helpers.pipelineCmd (ApiModelHelpers.requestPorts project.auth.project.uuid) in ( { outerModel | sharedModel = newSharedModel } , Cmd.batch [ Cmd.map SharedMsg newCmd , Route.pushUrl sharedModel.viewContext newRoute ] ) ReceiveNetworks errorContext result -> case result of Ok networks -> let newProject = Rest.Neutron.receiveNetworks sharedModel project networks newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in ( newSharedModel, Cmd.none ) |> mapToOuterMsg |> mapToOuterModel outerModel |> pipelineCmdOuterModelMsg (updateUnderlying (ServerCreateMsg <| Page.ServerCreate.GotNetworks)) Err httpError -> let oldNetworksData = project.networks.data newProject = { project | networks = RDPP.RemoteDataPlusPlus oldNetworksData (RDPP.NotLoading (Just ( httpError, sharedModel.clientCurrentTime ))) } newModel = GetterSetters.modelUpdateProject sharedModel newProject in State.Error.processSynchronousApiError newModel errorContext httpError |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveAutoAllocatedNetwork errorContext result -> let newProject = case result of Ok netUuid -> { project | autoAllocatedNetworkUuid = RDPP.RemoteDataPlusPlus (RDPP.DoHave netUuid sharedModel.clientCurrentTime) (RDPP.NotLoading Nothing) } Err httpError -> { project | autoAllocatedNetworkUuid = RDPP.RemoteDataPlusPlus project.autoAllocatedNetworkUuid.data (RDPP.NotLoading (Just ( httpError , sharedModel.clientCurrentTime ) ) ) } newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject ( newNewSharedModel, newCmd ) = case result of Ok _ -> ApiModelHelpers.requestNetworks project.auth.project.uuid newSharedModel Err httpError -> State.Error.processSynchronousApiError newSharedModel errorContext httpError |> Helpers.pipelineCmd (ApiModelHelpers.requestNetworks project.auth.project.uuid) ( newOuterModel, underlyingCmd ) = case Helpers.newServerNetworkOptions newProject of AutoSelectedNetwork netUuid -> updateUnderlying (ServerCreateMsg <| Page.ServerCreate.GotAutoAllocatedNetwork netUuid) { outerModel | sharedModel = newNewSharedModel } _ -> ( { outerModel | sharedModel = newNewSharedModel }, Cmd.none ) in ( newOuterModel, Cmd.batch [ Cmd.map SharedMsg newCmd, underlyingCmd ] ) ReceiveFloatingIps ips -> Rest.Neutron.receiveFloatingIps sharedModel project ips |> mapToOuterMsg |> mapToOuterModel outerModel ReceivePorts errorContext result -> case result of Ok ports -> let newProject = { project | ports = RDPP.RemoteDataPlusPlus (RDPP.DoHave ports sharedModel.clientCurrentTime) (RDPP.NotLoading Nothing) } in ( GetterSetters.modelUpdateProject sharedModel newProject, Cmd.none ) |> mapToOuterModel outerModel Err httpError -> let oldPortsData = project.ports.data newProject = { project | ports = RDPP.RemoteDataPlusPlus oldPortsData (RDPP.NotLoading (Just ( httpError, sharedModel.clientCurrentTime ))) } newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in State.Error.processSynchronousApiError newSharedModel errorContext httpError |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveDeleteFloatingIp uuid -> Rest.Neutron.receiveDeleteFloatingIp sharedModel project uuid |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveAssignFloatingIp floatingIp -> -- TODO update servers so that new assignment is reflected in the UI let newProject = processNewFloatingIp sharedModel.clientCurrentTime project floatingIp newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in ( newSharedModel, Cmd.none ) |> mapToOuterModel outerModel ReceiveUnassignFloatingIp floatingIp -> -- TODO update servers so that unassignment is reflected in the UI let newProject = processNewFloatingIp sharedModel.clientCurrentTime project floatingIp in ( GetterSetters.modelUpdateProject sharedModel newProject, Cmd.none ) |> mapToOuterModel outerModel ReceiveSecurityGroups groups -> Rest.Neutron.receiveSecurityGroupsAndEnsureExoGroup sharedModel project groups |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveCreateExoSecurityGroup group -> Rest.Neutron.receiveCreateExoSecurityGroupAndRequestCreateRules sharedModel project group |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveCreateVolume -> {- Should we add new volume to model now? -} ( outerModel , Route.pushUrl sharedModel.viewContext (Route.ProjectRoute project.auth.project.uuid Route.VolumeList) ) ReceiveVolumes volumes -> let -- Look for any server backing volumes that were created with no name, and give them a reasonable name updateVolNameCmds : List (Cmd SharedMsg) updateVolNameCmds = RDPP.withDefault [] project.servers -- List of tuples containing server and Maybe boot vol |> List.map (\s -> ( s , Helpers.getBootVol (RemoteData.withDefault [] project.volumes ) s.osProps.uuid ) ) -- We only care about servers created by exosphere |> List.filter (\t -> case Tuple.first t |> .exoProps |> .serverOrigin of ServerFromExo _ -> True ServerNotFromExo -> False ) -- We only care about servers created as current OpenStack user |> List.filter (\t -> (Tuple.first t).osProps.details.userUuid == project.auth.user.uuid ) -- We only care about servers with a non-empty name |> List.filter (\t -> Tuple.first t |> .osProps |> .name |> String.isEmpty |> not ) -- We only care about volume-backed servers |> List.filterMap (\t -> case t of ( server, Just vol ) -> -- Flatten second part of tuple Just ( server, vol ) _ -> Nothing ) -- We only care about unnamed backing volumes |> List.filter (\t -> Tuple.second t |> .name |> String.isEmpty ) |> List.map (\t -> OSVolumes.requestUpdateVolumeName project (t |> Tuple.second |> .uuid) ("boot-vol-" ++ (t |> Tuple.first |> .osProps |> .name) ) ) newProject = { project | volumes = RemoteData.succeed volumes } newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in ( newSharedModel, Cmd.batch updateVolNameCmds ) |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveDeleteVolume -> ( outerModel, OSVolumes.requestVolumes project ) |> mapToOuterMsg ReceiveUpdateVolumeName -> ( outerModel, OSVolumes.requestVolumes project ) |> mapToOuterMsg ReceiveAttachVolume attachment -> ( outerModel , Route.pushUrl sharedModel.viewContext (Route.ProjectRoute project.auth.project.uuid <| Route.VolumeMountInstructions attachment) ) ReceiveDetachVolume -> ( outerModel , Route.pushUrl sharedModel.viewContext (Route.ProjectRoute project.auth.project.uuid Route.VolumeList) ) ReceiveAppCredential appCredential -> let newProject = { project | secret = ApplicationCredential appCredential } in ( GetterSetters.modelUpdateProject sharedModel newProject, Cmd.none ) |> mapToOuterModel outerModel ReceiveComputeQuota quota -> let newProject = { project | computeQuota = RemoteData.Success quota } in ( GetterSetters.modelUpdateProject sharedModel newProject, Cmd.none ) |> mapToOuterModel outerModel ReceiveVolumeQuota quota -> let newProject = { project | volumeQuota = RemoteData.Success quota } in ( GetterSetters.modelUpdateProject sharedModel newProject, Cmd.none ) |> mapToOuterModel outerModel ReceiveRandomServerName serverName -> updateUnderlying (ServerCreateMsg <| Page.ServerCreate.GotServerName serverName) outerModel processServerSpecificMsg : OuterModel -> Project -> Server -> ServerSpecificMsgConstructor -> ( OuterModel, Cmd OuterMsg ) processServerSpecificMsg outerModel project server serverMsgConstructor = let sharedModel = outerModel.sharedModel in case serverMsgConstructor of RequestServer -> ApiModelHelpers.requestServer project.auth.project.uuid server.osProps.uuid sharedModel |> mapToOuterMsg |> mapToOuterModel outerModel RequestDeleteServer retainFloatingIps -> let ( newProject, cmd ) = requestDeleteServer project server.osProps.uuid retainFloatingIps in ( GetterSetters.modelUpdateProject sharedModel newProject, cmd ) |> mapToOuterMsg |> mapToOuterModel outerModel RequestAttachVolume volumeUuid -> ( outerModel, OSSvrVols.requestAttachVolume project server.osProps.uuid volumeUuid ) |> mapToOuterMsg RequestCreateServerImage imageName -> let newRoute = Route.ProjectRoute project.auth.project.uuid Route.AllResourcesList createImageCmd = Rest.Nova.requestCreateServerImage project server.osProps.uuid imageName in ( outerModel , Cmd.batch [ Cmd.map SharedMsg createImageCmd , Route.pushUrl sharedModel.viewContext newRoute ] ) RequestSetServerName newServerName -> ( outerModel, Rest.Nova.requestSetServerName project server.osProps.uuid newServerName ) |> mapToOuterMsg ReceiveServerEvents _ result -> case result of Ok serverEvents -> let newServer = { server | events = RemoteData.Success serverEvents } newProject = GetterSetters.projectUpdateServer project newServer in ( GetterSetters.modelUpdateProject sharedModel newProject , Cmd.none ) |> mapToOuterModel outerModel Err _ -> -- Dropping this on the floor for now, someday we may want to do something different ( outerModel, Cmd.none ) ReceiveConsoleUrl url -> Rest.Nova.receiveConsoleUrl sharedModel project server url |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveDeleteServer -> let newProject = let oldExoProps = server.exoProps newExoProps = { oldExoProps | deletionAttempted = True } newServer = { server | exoProps = newExoProps } in GetterSetters.projectUpdateServer project newServer newOuterModel = { outerModel | sharedModel = GetterSetters.modelUpdateProject sharedModel newProject } in ( newOuterModel , case outerModel.viewState of ProjectView projectId _ (ServerDetail pageModel) -> if pageModel.serverUuid == server.osProps.uuid then Route.pushUrl sharedModel.viewContext (Route.ProjectRoute projectId Route.AllResourcesList) else Cmd.none _ -> Cmd.none ) ReceiveCreateFloatingIp errorContext result -> case result of Ok ip -> Rest.Neutron.receiveCreateFloatingIp sharedModel project server ip |> mapToOuterMsg |> mapToOuterModel outerModel Err httpErrorWithBody -> let newErrorContext = if GetterSetters.serverPresentNotDeleting sharedModel server.osProps.uuid then errorContext else { errorContext | level = ErrorDebug } in State.Error.processSynchronousApiError sharedModel newErrorContext httpErrorWithBody |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveServerPassword password -> if String.isEmpty password then ( outerModel, Cmd.none ) else let tag = "exoPw:" ++ password cmd = case server.exoProps.serverOrigin of ServerNotFromExo -> Cmd.none ServerFromExo serverFromExoProps -> if serverFromExoProps.exoServerVersion >= 1 then Cmd.batch [ OSServerTags.requestCreateServerTag project server.osProps.uuid tag , OSServerPassword.requestClearServerPassword project server.osProps.uuid ] else Cmd.none in ( outerModel, cmd ) |> mapToOuterMsg ReceiveSetServerName _ errorContext result -> case result of Err e -> State.Error.processSynchronousApiError sharedModel errorContext e |> mapToOuterMsg |> mapToOuterModel outerModel Ok actualNewServerName -> let oldOsProps = server.osProps newOsProps = { oldOsProps | name = actualNewServerName } newServer = { server | osProps = newOsProps } newProject = GetterSetters.projectUpdateServer project newServer newOuterModel = { outerModel | sharedModel = GetterSetters.modelUpdateProject sharedModel newProject } -- Later, maybe: Check that newServerName == actualNewServerName in updateUnderlying (ServerDetailMsg <| Page.ServerDetail.GotServerNamePendingConfirmation Nothing) newOuterModel ReceiveSetServerMetadata intendedMetadataItem errorContext result -> case result of Err e -> -- Error from API State.Error.processSynchronousApiError sharedModel errorContext e |> mapToOuterMsg |> mapToOuterModel outerModel Ok newServerMetadata -> -- Update the model after ensuring the intended metadata item was actually added if List.member intendedMetadataItem newServerMetadata then let oldServerDetails = server.osProps.details newServerDetails = { oldServerDetails | metadata = newServerMetadata } oldOsProps = server.osProps newOsProps = { oldOsProps | details = newServerDetails } newServer = { server | osProps = newOsProps } newProject = GetterSetters.projectUpdateServer project newServer newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in ( newSharedModel, Cmd.none ) |> mapToOuterMsg |> mapToOuterModel outerModel else -- This is bonkers, throw an error State.Error.processStringError sharedModel errorContext "The metadata items returned by OpenStack did not include the metadata item that we tried to set." |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveDeleteServerMetadata metadataKey errorContext result -> case result of Err e -> -- Error from API State.Error.processSynchronousApiError sharedModel errorContext e |> mapToOuterMsg |> mapToOuterModel outerModel Ok _ -> let oldServerDetails = server.osProps.details newServerDetails = { oldServerDetails | metadata = List.filter (\i -> i.key /= metadataKey) oldServerDetails.metadata } oldOsProps = server.osProps newOsProps = { oldOsProps | details = newServerDetails } newServer = { server | osProps = newOsProps } newProject = GetterSetters.projectUpdateServer project newServer newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in ( newSharedModel, Cmd.none ) |> mapToOuterModel outerModel ReceiveGuacamoleAuthToken result -> let errorContext = ErrorContext "Receive a response from Guacamole auth token API" ErrorDebug Nothing sharedModelUpdateGuacProps : ServerFromExoProps -> GuacTypes.LaunchedWithGuacProps -> SharedModel sharedModelUpdateGuacProps exoOriginProps guacProps = let newOriginProps = { exoOriginProps | guacamoleStatus = GuacTypes.LaunchedWithGuacamole guacProps } oldExoProps = server.exoProps newExoProps = { oldExoProps | serverOrigin = ServerFromExo newOriginProps } newServer = { server | exoProps = newExoProps } newProject = GetterSetters.projectUpdateServer project newServer newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in newSharedModel in case server.exoProps.serverOrigin of ServerFromExo exoOriginProps -> case exoOriginProps.guacamoleStatus of GuacTypes.LaunchedWithGuacamole oldGuacProps -> let newGuacProps = case result of Ok tokenValue -> if server.osProps.details.openstackStatus == OSTypes.ServerActive then { oldGuacProps | authToken = RDPP.RemoteDataPlusPlus (RDPP.DoHave tokenValue sharedModel.clientCurrentTime ) (RDPP.NotLoading Nothing) } else -- Server is not active, this token won't work, so we don't store it { oldGuacProps | authToken = RDPP.empty } Err e -> { oldGuacProps | authToken = RDPP.RemoteDataPlusPlus oldGuacProps.authToken.data (RDPP.NotLoading (Just ( e, sharedModel.clientCurrentTime ))) } in ( sharedModelUpdateGuacProps exoOriginProps newGuacProps , Cmd.none ) |> mapToOuterMsg |> mapToOuterModel outerModel GuacTypes.NotLaunchedWithGuacamole -> State.Error.processStringError sharedModel errorContext "Server does not appear to have been launched with Guacamole support" |> mapToOuterMsg |> mapToOuterModel outerModel ServerNotFromExo -> State.Error.processStringError sharedModel errorContext "Server does not appear to have been launched from Exosphere" |> mapToOuterMsg |> mapToOuterModel outerModel RequestServerAction func targetStatuses -> let oldExoProps = server.exoProps newServer = Server server.osProps { oldExoProps | targetOpenstackStatus = targetStatuses } server.events newProject = GetterSetters.projectUpdateServer project newServer newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in ( newSharedModel, func newProject.endpoints.nova ) |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveConsoleLog errorContext result -> case server.exoProps.serverOrigin of ServerNotFromExo -> ( outerModel, Cmd.none ) ServerFromExo exoOriginProps -> let oldExoSetupStatus = case exoOriginProps.exoSetupStatus.data of RDPP.DontHave -> ExoSetupUnknown RDPP.DoHave s _ -> s ( newExoSetupStatusRDPP, exoSetupStatusMetadataCmd ) = case result of Err httpError -> ( RDPP.RemoteDataPlusPlus exoOriginProps.exoSetupStatus.data (RDPP.NotLoading (Just ( httpError, sharedModel.clientCurrentTime ))) , Cmd.none ) Ok consoleLog -> let newExoSetupStatus = Helpers.ExoSetupStatus.parseConsoleLogExoSetupStatus oldExoSetupStatus consoleLog server.osProps.details.created sharedModel.clientCurrentTime cmd = if newExoSetupStatus == oldExoSetupStatus then Cmd.none else let value = Helpers.ExoSetupStatus.exoSetupStatusToStr newExoSetupStatus metadataItem = OSTypes.MetadataItem "exoSetup" value in Rest.Nova.requestSetServerMetadata project server.osProps.uuid metadataItem in ( RDPP.RemoteDataPlusPlus (RDPP.DoHave newExoSetupStatus sharedModel.clientCurrentTime ) (RDPP.NotLoading Nothing) , cmd ) newResourceUsage = case result of Err httpError -> RDPP.RemoteDataPlusPlus exoOriginProps.resourceUsage.data (RDPP.NotLoading (Just ( httpError, sharedModel.clientCurrentTime ))) Ok consoleLog -> RDPP.RemoteDataPlusPlus (RDPP.DoHave (Helpers.ServerResourceUsage.parseConsoleLog consoleLog (RDPP.withDefault Types.ServerResourceUsage.emptyResourceUsageHistory exoOriginProps.resourceUsage ) ) sharedModel.clientCurrentTime ) (RDPP.NotLoading Nothing) newWorkflowToken : CustomWorkflow -> CustomWorkflowTokenRDPP newWorkflowToken currentWorkflow = case result of Err httpError -> RDPP.RemoteDataPlusPlus RDPP.DontHave (RDPP.NotLoading (Just ( httpError, sharedModel.clientCurrentTime ))) Ok consoleLog -> let maybeParsedToken = Helpers.parseConsoleLogForWorkflowToken consoleLog in case maybeParsedToken of Just parsedToken -> RDPP.RemoteDataPlusPlus (RDPP.DoHave parsedToken sharedModel.clientCurrentTime ) (RDPP.NotLoading Nothing) Nothing -> currentWorkflow.authToken newWorkflowStatus : ServerCustomWorkflowStatus newWorkflowStatus = case exoOriginProps.customWorkflowStatus of NotLaunchedWithCustomWorkflow -> exoOriginProps.customWorkflowStatus LaunchedWithCustomWorkflow customWorkflow -> LaunchedWithCustomWorkflow { customWorkflow | authToken = newWorkflowToken customWorkflow } newOriginProps = { exoOriginProps | resourceUsage = newResourceUsage , exoSetupStatus = newExoSetupStatusRDPP , customWorkflowStatus = newWorkflowStatus } oldExoProps = server.exoProps newExoProps = { oldExoProps | serverOrigin = ServerFromExo newOriginProps } newServer = { server | exoProps = newExoProps } newProject = GetterSetters.projectUpdateServer project newServer newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in case result of Err httpError -> State.Error.processSynchronousApiError newSharedModel errorContext httpError |> mapToOuterMsg |> mapToOuterModel outerModel Ok _ -> ( newSharedModel, exoSetupStatusMetadataCmd ) |> mapToOuterMsg |> mapToOuterModel outerModel processNewFloatingIp : Time.Posix -> Project -> OSTypes.FloatingIp -> Project processNewFloatingIp time project floatingIp = let otherIps = project.floatingIps |> RDPP.withDefault [] |> List.filter (\i -> i.uuid /= floatingIp.uuid) newIps = floatingIp :: otherIps in { project | floatingIps = RDPP.RemoteDataPlusPlus (RDPP.DoHave newIps time) (RDPP.NotLoading Nothing) } createProject : OuterModel -> Maybe OSTypes.ProjectDescription -> OSTypes.ScopedAuthToken -> Endpoints -> ( OuterModel, Cmd OuterMsg ) createProject outerModel description authToken endpoints = let sharedModel = outerModel.sharedModel newProject = { secret = NoProjectSecret , auth = authToken -- Maybe todo, eliminate parallel data structures in auth and endpoints? , endpoints = endpoints , description = description , images = [] , servers = RDPP.RemoteDataPlusPlus RDPP.DontHave RDPP.Loading , flavors = [] , keypairs = RemoteData.NotAsked , volumes = RemoteData.NotAsked , networks = RDPP.empty , autoAllocatedNetworkUuid = RDPP.empty , floatingIps = RDPP.empty , ports = RDPP.empty , securityGroups = [] , computeQuota = RemoteData.NotAsked , volumeQuota = RemoteData.NotAsked } newProjects = newProject :: outerModel.sharedModel.projects newViewStateCmd = -- If the user is selecting projects from an unscoped provider then don't interrupt them case outerModel.viewState of NonProjectView (SelectProjects _) -> Cmd.none -- Otherwise take them to home page _ -> Route.pushUrl sharedModel.viewContext <| Route.Home ( newSharedModel, newCmd ) = ( { sharedModel | projects = newProjects } , [ Rest.Nova.requestServers , Rest.Neutron.requestSecurityGroups , Rest.Keystone.requestAppCredential sharedModel.clientUuid sharedModel.clientCurrentTime ] |> List.map (\x -> x newProject) |> Cmd.batch ) |> Helpers.pipelineCmd (ApiModelHelpers.requestVolumes newProject.auth.project.uuid) |> Helpers.pipelineCmd (ApiModelHelpers.requestFloatingIps newProject.auth.project.uuid) |> Helpers.pipelineCmd (ApiModelHelpers.requestPorts newProject.auth.project.uuid) in ( { outerModel | sharedModel = newSharedModel } , Cmd.batch [ newViewStateCmd, Cmd.map SharedMsg newCmd ] ) createUnscopedProvider : SharedModel -> OSTypes.UnscopedAuthToken -> HelperTypes.Url -> ( SharedModel, Cmd SharedMsg ) createUnscopedProvider model authToken authUrl = let newProvider = { authUrl = authUrl , token = authToken , projectsAvailable = RemoteData.Loading } newProviders = newProvider :: model.unscopedProviders in ( { model | unscopedProviders = newProviders } , Rest.Keystone.requestUnscopedProjects newProvider model.cloudCorsProxyUrl ) requestDeleteServer : Project -> OSTypes.ServerUuid -> Bool -> ( Project, Cmd SharedMsg ) requestDeleteServer project serverUuid retainFloatingIps = case GetterSetters.serverLookup project serverUuid of Nothing -> -- Server likely deleted already, do nothing ( project, Cmd.none ) Just server -> let oldExoProps = server.exoProps newServer = { server | exoProps = { oldExoProps | deletionAttempted = True } } deleteFloatingIpCmds = if retainFloatingIps then [] else GetterSetters.getServerFloatingIps project server.osProps.uuid |> List.map .uuid |> List.map (Rest.Neutron.requestDeleteFloatingIp project) newProject = GetterSetters.projectUpdateServer project newServer in ( newProject , Cmd.batch [ Rest.Nova.requestDeleteServer newProject.auth.project.uuid newProject.endpoints.nova newServer.osProps.uuid , Cmd.batch deleteFloatingIpCmds ] )

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module State.State exposing (update) import Browser import Browser.Navigation import Helpers.ExoSetupStatus import Helpers.GetterSetters as GetterSetters import Helpers.Helpers as Helpers import Helpers.RemoteDataPlusPlus as RDPP import Helpers.ServerResourceUsage import Http import LocalStorage.LocalStorage as LocalStorage import Maybe import OpenStack.ServerPassword as OSServerPassword import OpenStack.ServerTags as OSServerTags import OpenStack.ServerVolumes as OSSvrVols import OpenStack.Types as OSTypes import OpenStack.Volumes as OSVolumes import Orchestration.Orchestration as Orchestration import Page.AllResourcesList import Page.FloatingIpAssign import Page.FloatingIpList import Page.GetSupport import Page.Home import Page.InstanceSourcePicker import Page.KeypairCreate import Page.KeypairList import Page.LoginJetstream import Page.LoginOpenstack import Page.LoginPicker import Page.MessageLog import Page.SelectProjects import Page.ServerCreate import Page.ServerCreateImage import Page.ServerDetail import Page.ServerList import Page.Settings import Page.VolumeAttach import Page.VolumeCreate import Page.VolumeDetail import Page.VolumeList import Ports import RemoteData import Rest.ApiModelHelpers as ApiModelHelpers import Rest.Glance import Rest.Keystone import Rest.Neutron import Rest.Nova import Route import State.Auth import State.Error import State.ViewState as ViewStateHelpers import Style.Toast import Style.Widgets.NumericTextInput.NumericTextInput import Task import Time import Toasty import Types.Error as Error exposing (AppError, ErrorContext, ErrorLevel(..)) import Types.Guacamole as GuacTypes import Types.HelperTypes as HelperTypes exposing (HttpRequestMethod(..), UnscopedProviderProject) import Types.OuterModel exposing (OuterModel) import Types.OuterMsg exposing (OuterMsg(..)) import Types.Project exposing (Endpoints, Project, ProjectSecret(..)) import Types.Server exposing (ExoSetupStatus(..), NewServerNetworkOptions(..), Server, ServerFromExoProps, ServerOrigin(..), currentExoServerVersion) import Types.ServerResourceUsage import Types.SharedModel exposing (SharedModel) import Types.SharedMsg exposing (ProjectSpecificMsgConstructor(..), ServerSpecificMsgConstructor(..), SharedMsg(..), TickInterval) import Types.View exposing ( LoginView(..) , NonProjectViewConstructor(..) , ProjectViewConstructor(..) , ViewState(..) ) import Types.Workflow exposing ( CustomWorkflow , CustomWorkflowTokenRDPP , ServerCustomWorkflowStatus(..) ) import Url import View.Helpers exposing (toExoPalette) update : OuterMsg -> Result AppError OuterModel -> ( Result AppError OuterModel, Cmd OuterMsg ) update msg result = case result of Err appError -> ( Err appError, Cmd.none ) Ok model -> case updateValid msg model of ( newModel, nextMsg ) -> ( Ok newModel, nextMsg ) updateValid : OuterMsg -> OuterModel -> ( OuterModel, Cmd OuterMsg ) updateValid msg outerModel = {- We want to `setStorage` on every update. This function adds the setStorage command for every step of the update function. -} let ( newOuterModel, cmds ) = updateUnderlying msg outerModel orchestrationTimeCmd = -- Each trip through the runtime, we get the time and feed it to orchestration module case msg of SharedMsg (DoOrchestration _) -> Cmd.none SharedMsg (Tick _ _) -> Cmd.none _ -> Task.perform (\posix -> SharedMsg <| DoOrchestration posix) Time.now in ( newOuterModel , Cmd.batch [ Ports.setStorage (LocalStorage.generateStoredState newOuterModel.sharedModel) , orchestrationTimeCmd , cmds ] ) -- There may be a better approach than these mapping functions, I'm not sure yet. mapToOuterMsg : ( a, Cmd SharedMsg ) -> ( a, Cmd OuterMsg ) mapToOuterMsg ( model, cmdSharedMsg ) = ( model, Cmd.map SharedMsg cmdSharedMsg ) mapToOuterModel : OuterModel -> ( SharedModel, Cmd a ) -> ( OuterModel, Cmd a ) mapToOuterModel outerModel ( newSharedModel, cmd ) = ( { outerModel | sharedModel = newSharedModel }, cmd ) pipelineCmdOuterModelMsg : (OuterModel -> ( OuterModel, Cmd OuterMsg )) -> ( OuterModel, Cmd OuterMsg ) -> ( OuterModel, Cmd OuterMsg ) pipelineCmdOuterModelMsg fn ( outerModel, outerCmd ) = let ( newModel, newCmd ) = fn outerModel in ( newModel, Cmd.batch [ outerCmd, newCmd ] ) updateUnderlying : OuterMsg -> OuterModel -> ( OuterModel, Cmd OuterMsg ) updateUnderlying outerMsg outerModel = let sharedModel = outerModel.sharedModel in case ( outerMsg, outerModel.viewState ) of ( SharedMsg sharedMsg, _ ) -> processSharedMsg sharedMsg outerModel -- TODO exact same structure for each page-specific case here. Is there a way to deduplicate or factor out? ( GetSupportMsg pageMsg, NonProjectView (GetSupport pageModel) ) -> let ( newPageModel, cmd, sharedMsg ) = Page.GetSupport.update pageMsg sharedModel pageModel in ( { outerModel | viewState = NonProjectView <| GetSupport newPageModel } , Cmd.map GetSupportMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( HomeMsg pageMsg, NonProjectView (Home pageModel) ) -> let ( newPageModel, cmd, sharedMsg ) = Page.Home.update pageMsg pageModel in ( { outerModel | viewState = NonProjectView <| Home newPageModel } , Cmd.map HomeMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( LoginJetstreamMsg pageMsg, NonProjectView (Login (LoginJetstream pageModel)) ) -> let ( newPageModel, cmd, sharedMsg ) = Page.LoginJetstream.update pageMsg sharedModel pageModel in ( { outerModel | viewState = NonProjectView <| Login <| LoginJetstream newPageModel } , Cmd.map LoginJetstreamMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( LoginOpenstackMsg pageMsg, NonProjectView (Login (LoginOpenstack pageModel)) ) -> let ( newPageModel, cmd, sharedMsg ) = Page.LoginOpenstack.update pageMsg sharedModel pageModel in ( { outerModel | viewState = NonProjectView <| Login <| LoginOpenstack newPageModel } , Cmd.map LoginOpenstackMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( LoginPickerMsg pageMsg, NonProjectView LoginPicker ) -> let ( _, cmd, sharedMsg ) = Page.LoginPicker.update pageMsg in ( { outerModel | viewState = NonProjectView <| LoginPicker } , Cmd.map LoginPickerMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( MessageLogMsg pageMsg, NonProjectView (MessageLog pageModel) ) -> let ( newPageModel, cmd, sharedMsg ) = Page.MessageLog.update pageMsg sharedModel pageModel in ( { outerModel | viewState = NonProjectView <| MessageLog newPageModel } , Cmd.map MessageLogMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( SelectProjectsMsg pageMsg, NonProjectView (SelectProjects pageModel) ) -> let ( newPageModel, cmd, sharedMsg ) = Page.SelectProjects.update pageMsg sharedModel pageModel in ( { outerModel | viewState = NonProjectView <| SelectProjects newPageModel } , Cmd.map SelectProjectsMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( SettingsMsg pageMsg, NonProjectView (Settings pageModel) ) -> let ( newPageModel, cmd, sharedMsg ) = Page.Settings.update pageMsg sharedModel pageModel in ( { outerModel | viewState = NonProjectView <| Settings newPageModel } , Cmd.map SettingsMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( pageSpecificMsg, ProjectView projectId projectViewModel projectViewConstructor ) -> case GetterSetters.projectLookup sharedModel projectId of Just project -> case ( pageSpecificMsg, projectViewConstructor ) of -- This is the repetitive dispatch code that people warn you about when you use the nested Elm architecture. -- Maybe there is a way to make it less repetitive (or at least more compact) in the future. ( AllResourcesListMsg pageMsg, AllResourcesList pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.AllResourcesList.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| AllResourcesList newSharedModel } , Cmd.map AllResourcesListMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( FloatingIpAssignMsg pageMsg, FloatingIpAssign pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.FloatingIpAssign.update pageMsg sharedModel project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| FloatingIpAssign newSharedModel } , Cmd.map FloatingIpAssignMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( FloatingIpListMsg pageMsg, FloatingIpList pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.FloatingIpList.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| FloatingIpList newSharedModel } , Cmd.map FloatingIpListMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( InstanceSourcePickerMsg pageMsg, InstanceSourcePicker pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.InstanceSourcePicker.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| InstanceSourcePicker newSharedModel } , Cmd.map InstanceSourcePickerMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( KeypairCreateMsg pageMsg, KeypairCreate pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.KeypairCreate.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| KeypairCreate newSharedModel } , Cmd.map KeypairCreateMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( KeypairListMsg pageMsg, KeypairList pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.KeypairList.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| KeypairList newSharedModel } , Cmd.map KeypairListMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( ServerCreateMsg pageMsg, ServerCreate pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.ServerCreate.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| ServerCreate newSharedModel } , Cmd.map ServerCreateMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( ServerCreateImageMsg pageMsg, ServerCreateImage pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.ServerCreateImage.update pageMsg sharedModel project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| ServerCreateImage newSharedModel } , Cmd.map ServerCreateImageMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( ServerDetailMsg pageMsg, ServerDetail pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.ServerDetail.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| ServerDetail newSharedModel } , Cmd.map ServerDetailMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( ServerListMsg pageMsg, ServerList pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.ServerList.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| ServerList newSharedModel } , Cmd.map ServerListMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( VolumeAttachMsg pageMsg, VolumeAttach pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.VolumeAttach.update pageMsg sharedModel project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| VolumeAttach newSharedModel } , Cmd.map VolumeAttachMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( VolumeCreateMsg pageMsg, VolumeCreate pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.VolumeCreate.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| VolumeCreate newSharedModel } , Cmd.map VolumeCreateMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( VolumeDetailMsg pageMsg, VolumeDetail pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.VolumeDetail.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| VolumeDetail newSharedModel } , Cmd.map VolumeDetailMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( VolumeListMsg pageMsg, VolumeList pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.VolumeList.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| VolumeList newSharedModel } , Cmd.map VolumeListMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) _ -> -- This is not great because it allows us to forget to write a case statement above, but I don't know of a nicer way to write a catchall case for when a page-specific Msg is received for an inapplicable page. ( outerModel, Cmd.none ) Nothing -> ( outerModel, Cmd.none ) ( _, _ ) -> -- This is not great because it allows us to forget to write a case statement above, but I don't know of a nicer way to write a catchall case for when a page-specific Msg is received for an inapplicable page. ( outerModel, Cmd.none ) processSharedMsg : SharedMsg -> OuterModel -> ( OuterModel, Cmd OuterMsg ) processSharedMsg sharedMsg outerModel = let { sharedModel } = outerModel { viewContext } = sharedModel in case sharedMsg of ChangeSystemThemePreference preference -> let { style } = sharedModel { styleMode } = style newStyleMode = { styleMode | systemPreference = Just preference } newStyle = { style | styleMode = newStyleMode } newPalette = toExoPalette newStyle newViewContext = { viewContext | palette = newPalette } in mapToOuterModel outerModel ( { sharedModel | style = newStyle , viewContext = newViewContext } , Cmd.none ) Logout -> ( outerModel, Ports.logout () ) ToastyMsg subMsg -> Toasty.update Style.Toast.toastConfig ToastyMsg subMsg outerModel.sharedModel |> mapToOuterMsg |> mapToOuterModel outerModel MsgChangeWindowSize x y -> ( { sharedModel | viewContext = { viewContext | windowSize = { width = x, height = y } } } , Cmd.none ) |> mapToOuterModel outerModel Tick interval time -> processTick outerModel interval time |> mapToOuterModel outerModel DoOrchestration posixTime -> Orchestration.orchModel sharedModel posixTime |> mapToOuterMsg |> mapToOuterModel outerModel HandleApiErrorWithBody errorContext error -> State.Error.processSynchronousApiError sharedModel errorContext error |> mapToOuterMsg |> mapToOuterModel outerModel RequestUnscopedToken openstackLoginUnscoped -> let creds = -- Ensure auth URL includes port number and version { openstackLoginUnscoped | authUrl = State.Auth.authUrlWithPortAndVersion openstackLoginUnscoped.authUrl } in ( outerModel, Rest.Keystone.requestUnscopedAuthToken sharedModel.cloudCorsProxyUrl creds ) |> mapToOuterMsg JetstreamLogin jetstreamCreds -> let openstackCredsList = State.Auth.jetstreamToOpenstackCreds jetstreamCreds cmds = List.map (\creds -> Rest.Keystone.requestUnscopedAuthToken sharedModel.cloudCorsProxyUrl creds) openstackCredsList in ( outerModel, Cmd.batch cmds ) |> mapToOuterMsg ReceiveScopedAuthToken projectDescription ( metadata, response ) -> case Rest.Keystone.decodeScopedAuthToken <| Http.GoodStatus_ metadata response of Err error -> State.Error.processStringError sharedModel (ErrorContext "decode scoped auth token" ErrorCrit Nothing ) error |> mapToOuterMsg |> mapToOuterModel outerModel Ok authToken -> case Helpers.serviceCatalogToEndpoints authToken.catalog of Err e -> State.Error.processStringError sharedModel (ErrorContext "Decode project endpoints" ErrorCrit (Just "Please check with your cloud administrator or the Exosphere developers.") ) e |> mapToOuterMsg |> mapToOuterModel outerModel Ok endpoints -> let projectId = authToken.project.uuid in -- If we don't have a project with same name + authUrl then create one, if we do then update its OSTypes.AuthToken -- This code ensures we don't end up with duplicate projects on the same provider in our model. case GetterSetters.projectLookup sharedModel <| projectId of Nothing -> createProject outerModel projectDescription authToken endpoints Just project -> -- If we don't have an application credential for this project yet, then get one let appCredCmd = case project.secret of ApplicationCredential _ -> Cmd.none _ -> Rest.Keystone.requestAppCredential sharedModel.clientUuid sharedModel.clientCurrentTime project ( newOuterModel, updateTokenCmd ) = State.Auth.projectUpdateAuthToken outerModel project authToken in ( newOuterModel, Cmd.batch [ appCredCmd, updateTokenCmd ] ) |> mapToOuterMsg ReceiveUnscopedAuthToken keystoneUrl ( metadata, response ) -> case Rest.Keystone.decodeUnscopedAuthToken <| Http.GoodStatus_ metadata response of Err error -> State.Error.processStringError sharedModel (ErrorContext "decode unscoped auth token" ErrorCrit Nothing ) error |> mapToOuterMsg |> mapToOuterModel outerModel Ok authToken -> case GetterSetters.providerLookup sharedModel keystoneUrl of Just unscopedProvider -> -- We already have an unscoped provider in the model with the same auth URL, update its token State.Auth.unscopedProviderUpdateAuthToken sharedModel unscopedProvider authToken |> mapToOuterMsg |> mapToOuterModel outerModel Nothing -> -- We don't have an unscoped provider with the same auth URL, create it createUnscopedProvider sharedModel authToken keystoneUrl |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveUnscopedProjects keystoneUrl unscopedProjects -> case GetterSetters.providerLookup sharedModel keystoneUrl of Just provider -> let newProvider = { provider | projectsAvailable = RemoteData.Success unscopedProjects } newSharedModel = GetterSetters.modelUpdateUnscopedProvider sharedModel newProvider newOuterModel = { outerModel | sharedModel = newSharedModel } in -- If we are not already on a SelectProjects view, then go there case outerModel.viewState of NonProjectView (SelectProjects _) -> ( newOuterModel, Cmd.none ) _ -> ( newOuterModel , Route.pushUrl viewContext (Route.SelectProjects keystoneUrl) ) Nothing -> -- Provider not found, may have been removed, nothing to do ( outerModel, Cmd.none ) RequestProjectLoginFromProvider keystoneUrl unscopedProjects -> case GetterSetters.providerLookup sharedModel keystoneUrl of Just provider -> let buildLoginRequest : UnscopedProviderProject -> Cmd SharedMsg buildLoginRequest project = Rest.Keystone.requestScopedAuthToken sharedModel.cloudCorsProxyUrl project.description <| OSTypes.TokenCreds keystoneUrl provider.token project.project.uuid loginRequests = List.map buildLoginRequest unscopedProjects |> Cmd.batch -- Remove unscoped provider from model now that we have selected projects from it newUnscopedProviders = List.filter (\p -> p.authUrl /= keystoneUrl) sharedModel.unscopedProviders -- If we still have at least one unscoped provider in the model then ask the user to choose projects from it newViewStateCmd = case List.head newUnscopedProviders of Just unscopedProvider -> Route.pushUrl viewContext (Route.SelectProjects unscopedProvider.authUrl) Nothing -> -- If we have at least one project then show it, else show the login page case List.head sharedModel.projects of Just project -> Route.pushUrl viewContext <| Route.ProjectRoute project.auth.project.uuid <| Route.AllResourcesList Nothing -> Route.pushUrl viewContext Route.LoginPicker sharedModelUpdatedUnscopedProviders = { sharedModel | unscopedProviders = newUnscopedProviders } in ( { outerModel | sharedModel = sharedModelUpdatedUnscopedProviders } , Cmd.batch [ Cmd.map SharedMsg loginRequests, newViewStateCmd ] ) Nothing -> State.Error.processStringError sharedModel (ErrorContext ("look for OpenStack provider with Keystone URL " ++ keystoneUrl) ErrorCrit Nothing ) "Provider could not found in Exosphere's list of Providers." |> mapToOuterMsg |> mapToOuterModel outerModel ProjectMsg projectIdentifier innerMsg -> case GetterSetters.projectLookup sharedModel projectIdentifier of Nothing -> -- Project not found, may have been removed, nothing to do ( outerModel, Cmd.none ) Just project -> processProjectSpecificMsg outerModel project innerMsg OpenNewWindow url -> ( outerModel, Ports.openNewWindow url ) LinkClicked urlRequest -> case urlRequest of Browser.Internal url -> ( outerModel, Browser.Navigation.pushUrl viewContext.navigationKey (Url.toString url) ) Browser.External url -> ( outerModel, Browser.Navigation.load url ) UrlChanged url -> ViewStateHelpers.navigateToPage url outerModel SelectTheme themeChoice -> let oldStyle = sharedModel.style oldStyleMode = oldStyle.styleMode newStyleMode = { oldStyleMode | theme = themeChoice } newStyle = { oldStyle | styleMode = newStyleMode } in ( { sharedModel | style = newStyle , viewContext = { viewContext | palette = toExoPalette newStyle } } , Cmd.none ) |> mapToOuterModel outerModel NoOp -> ( outerModel, Cmd.none ) SetExperimentalFeaturesEnabled choice -> ( { sharedModel | viewContext = { viewContext | experimentalFeaturesEnabled = choice } }, Cmd.none ) |> mapToOuterModel outerModel processTick : OuterModel -> TickInterval -> Time.Posix -> ( SharedModel, Cmd OuterMsg ) processTick outerModel interval time = let serverVolsNeedFrequentPoll : Project -> Server -> Bool serverVolsNeedFrequentPoll project server = GetterSetters.getVolsAttachedToServer project server |> List.any volNeedsFrequentPoll volNeedsFrequentPoll volume = not <| List.member volume.status [ OSTypes.Available , OSTypes.Maintenance , OSTypes.InUse , OSTypes.Error , OSTypes.ErrorDeleting , OSTypes.ErrorBackingUp , OSTypes.ErrorRestoring , OSTypes.ErrorExtending ] viewIndependentCmd = if interval == 5 then Task.perform DoOrchestration Time.now else Cmd.none ( viewDependentModel, viewDependentCmd ) = {- TODO move some of this to Orchestration? -} case outerModel.viewState of NonProjectView _ -> ( outerModel.sharedModel, Cmd.none ) ProjectView projectName _ projectViewState -> case GetterSetters.projectLookup outerModel.sharedModel projectName of Nothing -> {- Should this throw an error? -} ( outerModel.sharedModel, Cmd.none ) Just project -> let pollVolumes : ( SharedModel, Cmd SharedMsg ) pollVolumes = ( outerModel.sharedModel , case interval of 5 -> if List.any volNeedsFrequentPoll (RemoteData.withDefault [] project.volumes) then OSVolumes.requestVolumes project else Cmd.none 60 -> OSVolumes.requestVolumes project _ -> Cmd.none ) in case projectViewState of AllResourcesList _ -> pollVolumes ServerDetail model -> let volCmd = OSVolumes.requestVolumes project in case interval of 5 -> case GetterSetters.serverLookup project model.serverUuid of Just server -> ( outerModel.sharedModel , if serverVolsNeedFrequentPoll project server then volCmd else Cmd.none ) Nothing -> ( outerModel.sharedModel, Cmd.none ) 300 -> ( outerModel.sharedModel, volCmd ) _ -> ( outerModel.sharedModel, Cmd.none ) VolumeDetail pageModel -> ( outerModel.sharedModel , case interval of 5 -> case GetterSetters.volumeLookup project pageModel.volumeUuid of Nothing -> Cmd.none Just volume -> if volNeedsFrequentPoll volume then OSVolumes.requestVolumes project else Cmd.none 60 -> OSVolumes.requestVolumes project _ -> Cmd.none ) VolumeList _ -> pollVolumes _ -> ( outerModel.sharedModel, Cmd.none ) in ( { viewDependentModel | clientCurrentTime = time } , Cmd.batch [ viewDependentCmd , viewIndependentCmd ] |> Cmd.map SharedMsg ) processProjectSpecificMsg : OuterModel -> Project -> ProjectSpecificMsgConstructor -> ( OuterModel, Cmd OuterMsg ) processProjectSpecificMsg outerModel project msg = let sharedModel = outerModel.sharedModel in case msg of PrepareCredentialedRequest requestProto posixTime -> let -- Add proxy URL requestNeedingToken = requestProto sharedModel.cloudCorsProxyUrl currentTimeMillis = posixTime |> Time.posixToMillis tokenExpireTimeMillis = project.auth.expiresAt |> Time.posixToMillis tokenExpired = -- Token expiring within 5 minutes tokenExpireTimeMillis < currentTimeMillis + 300000 in if not tokenExpired then -- Token still valid, fire the request with current token ( sharedModel, requestNeedingToken project.auth.tokenValue ) |> mapToOuterMsg |> mapToOuterModel outerModel else -- Token is expired (or nearly expired) so we add request to list of pending requests and refresh that token let newPQRs = ( project.auth.project.uuid, requestNeedingToken ) :: outerModel.pendingCredentialedRequests cmdResult = State.Auth.requestAuthToken sharedModel project newOuterModel = { outerModel | pendingCredentialedRequests = newPQRs } in case cmdResult of Err e -> let errorContext = ErrorContext ("Refresh authentication token for project " ++ project.auth.project.name) ErrorCrit (Just "Please remove this project from Exosphere and add it again.") in State.Error.processStringError sharedModel errorContext e |> mapToOuterMsg |> mapToOuterModel newOuterModel Ok cmd -> ( sharedModel, cmd ) |> mapToOuterMsg |> mapToOuterModel newOuterModel ToggleCreatePopup -> case outerModel.viewState of ProjectView projectId projectViewModel viewConstructor -> let newViewState = ProjectView projectId { projectViewModel | createPopup = not projectViewModel.createPopup } viewConstructor in ( { outerModel | viewState = newViewState }, Cmd.none ) _ -> ( outerModel, Cmd.none ) RemoveProject -> let newProjects = List.filter (\p -> p.auth.project.uuid /= project.auth.project.uuid) sharedModel.projects newOuterModel = { outerModel | sharedModel = { sharedModel | projects = newProjects } } cmd = -- if we are in a view specific to this project then navigate to the home page case outerModel.viewState of ProjectView projectId _ _ -> if projectId == project.auth.project.uuid then Route.pushUrl sharedModel.viewContext Route.Home else Cmd.none _ -> Cmd.none in ( newOuterModel, cmd ) ServerMsg serverUuid serverMsgConstructor -> case GetterSetters.serverLookup project serverUuid of Nothing -> let errorContext = ErrorContext "receive results of API call for a specific server" ErrorDebug Nothing in State.Error.processStringError sharedModel errorContext (String.join " " [ "Instance" , serverUuid , "does not exist in the model, it may have been deleted." ] ) |> mapToOuterMsg |> mapToOuterModel outerModel Just server -> processServerSpecificMsg outerModel project server serverMsgConstructor RequestServers -> ApiModelHelpers.requestServers project.auth.project.uuid sharedModel |> mapToOuterMsg |> mapToOuterModel outerModel RequestCreateServer pageModel networkUuid -> let customWorkFlowSource = if pageModel.includeWorkflow && Maybe.withDefault False pageModel.workflowInputIsValid then Just { repository = pageModel.workflowInputRepository , reference = pageModel.workflowInputReference , path = pageModel.workflowInputPath } else Nothing createServerRequest = { name = pageModel.serverName , count = pageModel.count , imageUuid = pageModel.imageUuid , flavorUuid = pageModel.flavorUuid , volBackedSizeGb = pageModel.volSizeTextInput |> Maybe.andThen Style.Widgets.NumericTextInput.NumericTextInput.toMaybe , networkUuid = networkUuid , keypairName = pageModel.keypairName , userData = Helpers.renderUserDataTemplate project pageModel.userDataTemplate pageModel.keypairName (pageModel.deployGuacamole |> Maybe.withDefault False) pageModel.deployDesktopEnvironment customWorkFlowSource pageModel.installOperatingSystemUpdates sharedModel.instanceConfigMgtRepoUrl sharedModel.instanceConfigMgtRepoCheckout , metadata = Helpers.newServerMetadata currentExoServerVersion sharedModel.clientUuid (pageModel.deployGuacamole |> Maybe.withDefault False) pageModel.deployDesktopEnvironment project.auth.user.name pageModel.floatingIpCreationOption customWorkFlowSource } in ( outerModel, Rest.Nova.requestCreateServer project createServerRequest ) |> mapToOuterMsg RequestCreateVolume name size -> let createVolumeRequest = { name = name , size = size } in ( outerModel, OSVolumes.requestCreateVolume project createVolumeRequest ) |> mapToOuterMsg RequestDeleteVolume volumeUuid -> ( outerModel, OSVolumes.requestDeleteVolume project volumeUuid ) |> mapToOuterMsg RequestDetachVolume volumeUuid -> let maybeVolume = OSVolumes.volumeLookup project volumeUuid maybeServerUuid = maybeVolume |> Maybe.map (GetterSetters.getServersWithVolAttached project) |> Maybe.andThen List.head in case maybeServerUuid of Just serverUuid -> ( outerModel, OSSvrVols.requestDetachVolume project serverUuid volumeUuid ) |> mapToOuterMsg Nothing -> State.Error.processStringError sharedModel (ErrorContext ("look for server UUID with attached volume " ++ volumeUuid) ErrorCrit Nothing ) "Could not determine server attached to this volume." |> mapToOuterMsg |> mapToOuterModel outerModel RequestDeleteFloatingIp floatingIpAddress -> ( outerModel, Rest.Neutron.requestDeleteFloatingIp project floatingIpAddress ) |> mapToOuterMsg RequestAssignFloatingIp port_ floatingIpUuid -> let setViewCmd = Route.pushUrl sharedModel.viewContext (Route.ProjectRoute project.auth.project.uuid <| Route.FloatingIpList) in ( outerModel , Cmd.batch [ setViewCmd , Cmd.map SharedMsg <| Rest.Neutron.requestAssignFloatingIp project port_ floatingIpUuid ] ) RequestUnassignFloatingIp floatingIpUuid -> ( outerModel, Rest.Neutron.requestUnassignFloatingIp project floatingIpUuid ) |> mapToOuterMsg ReceiveImages images -> Rest.Glance.receiveImages sharedModel project images |> mapToOuterMsg |> mapToOuterModel outerModel RequestDeleteServers serverUuidsToDelete -> let applyDelete : OSTypes.ServerUuid -> ( Project, Cmd SharedMsg ) -> ( Project, Cmd SharedMsg ) applyDelete serverUuid projCmdTuple = let ( delServerProj, delServerCmd ) = requestDeleteServer (Tuple.first projCmdTuple) serverUuid False in ( delServerProj, Cmd.batch [ Tuple.second projCmdTuple, delServerCmd ] ) ( newProject, cmd ) = List.foldl applyDelete ( project, Cmd.none ) serverUuidsToDelete in ( GetterSetters.modelUpdateProject sharedModel newProject , cmd ) |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveServers errorContext result -> case result of Ok servers -> Rest.Nova.receiveServers sharedModel project servers |> mapToOuterMsg |> mapToOuterModel outerModel Err e -> let oldServersData = project.servers.data newProject = { project | servers = RDPP.RemoteDataPlusPlus oldServersData (RDPP.NotLoading (Just ( e, sharedModel.clientCurrentTime ))) } newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in State.Error.processSynchronousApiError newSharedModel errorContext e |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveServer serverUuid errorContext result -> case result of Ok server -> Rest.Nova.receiveServer sharedModel project server |> mapToOuterMsg |> mapToOuterModel outerModel Err httpErrorWithBody -> let httpError = httpErrorWithBody.error non404 = case GetterSetters.serverLookup project serverUuid of Nothing -> -- Server not in project, may have been deleted, ignoring this error ( outerModel, Cmd.none ) Just server -> -- Reset receivedTime and loadingSeparately let oldExoProps = server.exoProps newExoProps = { oldExoProps | receivedTime = Nothing , loadingSeparately = False } newServer = { server | exoProps = newExoProps } newProject = GetterSetters.projectUpdateServer project newServer newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in State.Error.processSynchronousApiError newSharedModel errorContext httpErrorWithBody |> mapToOuterMsg |> mapToOuterModel outerModel in case httpError of Http.BadStatus code -> if code == 404 then let newErrorContext = { errorContext | level = Error.ErrorDebug , actionContext = errorContext.actionContext ++ " -- 404 means server may have been deleted" } newProject = GetterSetters.projectDeleteServer project serverUuid newModel = GetterSetters.modelUpdateProject sharedModel newProject in State.Error.processSynchronousApiError newModel newErrorContext httpErrorWithBody |> mapToOuterMsg |> mapToOuterModel outerModel else non404 _ -> non404 ReceiveFlavors flavors -> let -- If we are creating a server and no flavor is selected, select the smallest flavor maybeSmallestFlavor = GetterSetters.sortedFlavors flavors |> List.head ( newOuterModel, newCmd ) = Rest.Nova.receiveFlavors sharedModel project flavors |> mapToOuterMsg |> mapToOuterModel outerModel in case maybeSmallestFlavor of Just smallestFlavor -> ( newOuterModel, newCmd ) |> pipelineCmdOuterModelMsg (updateUnderlying (ServerCreateMsg <| Page.ServerCreate.GotDefaultFlavor smallestFlavor.uuid)) Nothing -> ( newOuterModel, newCmd ) RequestKeypairs -> let newKeypairs = case project.keypairs of RemoteData.Success _ -> project.keypairs _ -> RemoteData.Loading newProject = { project | keypairs = newKeypairs } newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in ( newSharedModel , Rest.Nova.requestKeypairs newProject ) |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveKeypairs keypairs -> Rest.Nova.receiveKeypairs sharedModel project keypairs |> mapToOuterMsg |> mapToOuterModel outerModel RequestCreateKeypair keypairName publicKey -> ( outerModel, Rest.Nova.requestCreateKeypair project keypairName publicKey ) |> mapToOuterMsg ReceiveCreateKeypair keypair -> let newProject = GetterSetters.projectUpdateKeypair project keypair newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in ( { outerModel | sharedModel = newSharedModel } , Route.pushUrl sharedModel.viewContext (Route.ProjectRoute newProject.auth.project.uuid Route.KeypairList) ) RequestDeleteKeypair keypairId -> ( outerModel, Rest.Nova.requestDeleteKeypair project keypairId ) |> mapToOuterMsg ReceiveDeleteKeypair errorContext keypairName result -> case result of Err httpError -> State.Error.processStringError sharedModel errorContext (Helpers.httpErrorToString httpError) |> mapToOuterMsg |> mapToOuterModel outerModel Ok () -> let newKeypairs = case project.keypairs of RemoteData.Success keypairs -> keypairs |> List.filter (\k -> k.name /= keypairName) |> RemoteData.Success _ -> project.keypairs newProject = { project | keypairs = newKeypairs } newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in ( newSharedModel, Cmd.none ) |> mapToOuterModel outerModel ReceiveCreateServer _ -> let newRoute = Route.ProjectRoute project.auth.project.uuid Route.AllResourcesList ( newSharedModel, newCmd ) = ( sharedModel, Cmd.none ) |> Helpers.pipelineCmd (ApiModelHelpers.requestServers project.auth.project.uuid) |> Helpers.pipelineCmd (ApiModelHelpers.requestNetworks project.auth.project.uuid) |> Helpers.pipelineCmd (ApiModelHelpers.requestPorts project.auth.project.uuid) in ( { outerModel | sharedModel = newSharedModel } , Cmd.batch [ Cmd.map SharedMsg newCmd , Route.pushUrl sharedModel.viewContext newRoute ] ) ReceiveNetworks errorContext result -> case result of Ok networks -> let newProject = Rest.Neutron.receiveNetworks sharedModel project networks newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in ( newSharedModel, Cmd.none ) |> mapToOuterMsg |> mapToOuterModel outerModel |> pipelineCmdOuterModelMsg (updateUnderlying (ServerCreateMsg <| Page.ServerCreate.GotNetworks)) Err httpError -> let oldNetworksData = project.networks.data newProject = { project | networks = RDPP.RemoteDataPlusPlus oldNetworksData (RDPP.NotLoading (Just ( httpError, sharedModel.clientCurrentTime ))) } newModel = GetterSetters.modelUpdateProject sharedModel newProject in State.Error.processSynchronousApiError newModel errorContext httpError |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveAutoAllocatedNetwork errorContext result -> let newProject = case result of Ok netUuid -> { project | autoAllocatedNetworkUuid = RDPP.RemoteDataPlusPlus (RDPP.DoHave netUuid sharedModel.clientCurrentTime) (RDPP.NotLoading Nothing) } Err httpError -> { project | autoAllocatedNetworkUuid = RDPP.RemoteDataPlusPlus project.autoAllocatedNetworkUuid.data (RDPP.NotLoading (Just ( httpError , sharedModel.clientCurrentTime ) ) ) } newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject ( newNewSharedModel, newCmd ) = case result of Ok _ -> ApiModelHelpers.requestNetworks project.auth.project.uuid newSharedModel Err httpError -> State.Error.processSynchronousApiError newSharedModel errorContext httpError |> Helpers.pipelineCmd (ApiModelHelpers.requestNetworks project.auth.project.uuid) ( newOuterModel, underlyingCmd ) = case Helpers.newServerNetworkOptions newProject of AutoSelectedNetwork netUuid -> updateUnderlying (ServerCreateMsg <| Page.ServerCreate.GotAutoAllocatedNetwork netUuid) { outerModel | sharedModel = newNewSharedModel } _ -> ( { outerModel | sharedModel = newNewSharedModel }, Cmd.none ) in ( newOuterModel, Cmd.batch [ Cmd.map SharedMsg newCmd, underlyingCmd ] ) ReceiveFloatingIps ips -> Rest.Neutron.receiveFloatingIps sharedModel project ips |> mapToOuterMsg |> mapToOuterModel outerModel ReceivePorts errorContext result -> case result of Ok ports -> let newProject = { project | ports = RDPP.RemoteDataPlusPlus (RDPP.DoHave ports sharedModel.clientCurrentTime) (RDPP.NotLoading Nothing) } in ( GetterSetters.modelUpdateProject sharedModel newProject, Cmd.none ) |> mapToOuterModel outerModel Err httpError -> let oldPortsData = project.ports.data newProject = { project | ports = RDPP.RemoteDataPlusPlus oldPortsData (RDPP.NotLoading (Just ( httpError, sharedModel.clientCurrentTime ))) } newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in State.Error.processSynchronousApiError newSharedModel errorContext httpError |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveDeleteFloatingIp uuid -> Rest.Neutron.receiveDeleteFloatingIp sharedModel project uuid |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveAssignFloatingIp floatingIp -> -- TODO update servers so that new assignment is reflected in the UI let newProject = processNewFloatingIp sharedModel.clientCurrentTime project floatingIp newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in ( newSharedModel, Cmd.none ) |> mapToOuterModel outerModel ReceiveUnassignFloatingIp floatingIp -> -- TODO update servers so that unassignment is reflected in the UI let newProject = processNewFloatingIp sharedModel.clientCurrentTime project floatingIp in ( GetterSetters.modelUpdateProject sharedModel newProject, Cmd.none ) |> mapToOuterModel outerModel ReceiveSecurityGroups groups -> Rest.Neutron.receiveSecurityGroupsAndEnsureExoGroup sharedModel project groups |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveCreateExoSecurityGroup group -> Rest.Neutron.receiveCreateExoSecurityGroupAndRequestCreateRules sharedModel project group |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveCreateVolume -> {- Should we add new volume to model now? -} ( outerModel , Route.pushUrl sharedModel.viewContext (Route.ProjectRoute project.auth.project.uuid Route.VolumeList) ) ReceiveVolumes volumes -> let -- Look for any server backing volumes that were created with no name, and give them a reasonable name updateVolNameCmds : List (Cmd SharedMsg) updateVolNameCmds = RDPP.withDefault [] project.servers -- List of tuples containing server and Maybe boot vol |> List.map (\s -> ( s , Helpers.getBootVol (RemoteData.withDefault [] project.volumes ) s.osProps.uuid ) ) -- We only care about servers created by exosphere |> List.filter (\t -> case Tuple.first t |> .exoProps |> .serverOrigin of ServerFromExo _ -> True ServerNotFromExo -> False ) -- We only care about servers created as current OpenStack user |> List.filter (\t -> (Tuple.first t).osProps.details.userUuid == project.auth.user.uuid ) -- We only care about servers with a non-empty name |> List.filter (\t -> Tuple.first t |> .osProps |> .name |> String.isEmpty |> not ) -- We only care about volume-backed servers |> List.filterMap (\t -> case t of ( server, Just vol ) -> -- Flatten second part of tuple Just ( server, vol ) _ -> Nothing ) -- We only care about unnamed backing volumes |> List.filter (\t -> Tuple.second t |> .name |> String.isEmpty ) |> List.map (\t -> OSVolumes.requestUpdateVolumeName project (t |> Tuple.second |> .uuid) ("boot-vol-" ++ (t |> Tuple.first |> .osProps |> .name) ) ) newProject = { project | volumes = RemoteData.succeed volumes } newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in ( newSharedModel, Cmd.batch updateVolNameCmds ) |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveDeleteVolume -> ( outerModel, OSVolumes.requestVolumes project ) |> mapToOuterMsg ReceiveUpdateVolumeName -> ( outerModel, OSVolumes.requestVolumes project ) |> mapToOuterMsg ReceiveAttachVolume attachment -> ( outerModel , Route.pushUrl sharedModel.viewContext (Route.ProjectRoute project.auth.project.uuid <| Route.VolumeMountInstructions attachment) ) ReceiveDetachVolume -> ( outerModel , Route.pushUrl sharedModel.viewContext (Route.ProjectRoute project.auth.project.uuid Route.VolumeList) ) ReceiveAppCredential appCredential -> let newProject = { project | secret = ApplicationCredential appCredential } in ( GetterSetters.modelUpdateProject sharedModel newProject, Cmd.none ) |> mapToOuterModel outerModel ReceiveComputeQuota quota -> let newProject = { project | computeQuota = RemoteData.Success quota } in ( GetterSetters.modelUpdateProject sharedModel newProject, Cmd.none ) |> mapToOuterModel outerModel ReceiveVolumeQuota quota -> let newProject = { project | volumeQuota = RemoteData.Success quota } in ( GetterSetters.modelUpdateProject sharedModel newProject, Cmd.none ) |> mapToOuterModel outerModel ReceiveRandomServerName serverName -> updateUnderlying (ServerCreateMsg <| Page.ServerCreate.GotServerName serverName) outerModel processServerSpecificMsg : OuterModel -> Project -> Server -> ServerSpecificMsgConstructor -> ( OuterModel, Cmd OuterMsg ) processServerSpecificMsg outerModel project server serverMsgConstructor = let sharedModel = outerModel.sharedModel in case serverMsgConstructor of RequestServer -> ApiModelHelpers.requestServer project.auth.project.uuid server.osProps.uuid sharedModel |> mapToOuterMsg |> mapToOuterModel outerModel RequestDeleteServer retainFloatingIps -> let ( newProject, cmd ) = requestDeleteServer project server.osProps.uuid retainFloatingIps in ( GetterSetters.modelUpdateProject sharedModel newProject, cmd ) |> mapToOuterMsg |> mapToOuterModel outerModel RequestAttachVolume volumeUuid -> ( outerModel, OSSvrVols.requestAttachVolume project server.osProps.uuid volumeUuid ) |> mapToOuterMsg RequestCreateServerImage imageName -> let newRoute = Route.ProjectRoute project.auth.project.uuid Route.AllResourcesList createImageCmd = Rest.Nova.requestCreateServerImage project server.osProps.uuid imageName in ( outerModel , Cmd.batch [ Cmd.map SharedMsg createImageCmd , Route.pushUrl sharedModel.viewContext newRoute ] ) RequestSetServerName newServerName -> ( outerModel, Rest.Nova.requestSetServerName project server.osProps.uuid newServerName ) |> mapToOuterMsg ReceiveServerEvents _ result -> case result of Ok serverEvents -> let newServer = { server | events = RemoteData.Success serverEvents } newProject = GetterSetters.projectUpdateServer project newServer in ( GetterSetters.modelUpdateProject sharedModel newProject , Cmd.none ) |> mapToOuterModel outerModel Err _ -> -- Dropping this on the floor for now, someday we may want to do something different ( outerModel, Cmd.none ) ReceiveConsoleUrl url -> Rest.Nova.receiveConsoleUrl sharedModel project server url |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveDeleteServer -> let newProject = let oldExoProps = server.exoProps newExoProps = { oldExoProps | deletionAttempted = True } newServer = { server | exoProps = newExoProps } in GetterSetters.projectUpdateServer project newServer newOuterModel = { outerModel | sharedModel = GetterSetters.modelUpdateProject sharedModel newProject } in ( newOuterModel , case outerModel.viewState of ProjectView projectId _ (ServerDetail pageModel) -> if pageModel.serverUuid == server.osProps.uuid then Route.pushUrl sharedModel.viewContext (Route.ProjectRoute projectId Route.AllResourcesList) else Cmd.none _ -> Cmd.none ) ReceiveCreateFloatingIp errorContext result -> case result of Ok ip -> Rest.Neutron.receiveCreateFloatingIp sharedModel project server ip |> mapToOuterMsg |> mapToOuterModel outerModel Err httpErrorWithBody -> let newErrorContext = if GetterSetters.serverPresentNotDeleting sharedModel server.osProps.uuid then errorContext else { errorContext | level = ErrorDebug } in State.Error.processSynchronousApiError sharedModel newErrorContext httpErrorWithBody |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveServerPassword password -> if String.isEmpty password then ( outerModel, Cmd.none ) else let tag = "exoPw:" ++ password cmd = case server.exoProps.serverOrigin of ServerNotFromExo -> Cmd.none ServerFromExo serverFromExoProps -> if serverFromExoProps.exoServerVersion >= 1 then Cmd.batch [ OSServerTags.requestCreateServerTag project server.osProps.uuid tag , OSServerPassword.requestClearServerPassword project server.osProps.uuid ] else Cmd.none in ( outerModel, cmd ) |> mapToOuterMsg ReceiveSetServerName _ errorContext result -> case result of Err e -> State.Error.processSynchronousApiError sharedModel errorContext e |> mapToOuterMsg |> mapToOuterModel outerModel Ok actualNewServerName -> let oldOsProps = server.osProps newOsProps = { oldOsProps | name = actualNewServerName } newServer = { server | osProps = newOsProps } newProject = GetterSetters.projectUpdateServer project newServer newOuterModel = { outerModel | sharedModel = GetterSetters.modelUpdateProject sharedModel newProject } -- Later, maybe: Check that newServerName == actualNewServerName in updateUnderlying (ServerDetailMsg <| Page.ServerDetail.GotServerNamePendingConfirmation Nothing) newOuterModel ReceiveSetServerMetadata intendedMetadataItem errorContext result -> case result of Err e -> -- Error from API State.Error.processSynchronousApiError sharedModel errorContext e |> mapToOuterMsg |> mapToOuterModel outerModel Ok newServerMetadata -> -- Update the model after ensuring the intended metadata item was actually added if List.member intendedMetadataItem newServerMetadata then let oldServerDetails = server.osProps.details newServerDetails = { oldServerDetails | metadata = newServerMetadata } oldOsProps = server.osProps newOsProps = { oldOsProps | details = newServerDetails } newServer = { server | osProps = newOsProps } newProject = GetterSetters.projectUpdateServer project newServer newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in ( newSharedModel, Cmd.none ) |> mapToOuterMsg |> mapToOuterModel outerModel else -- This is bonkers, throw an error State.Error.processStringError sharedModel errorContext "The metadata items returned by OpenStack did not include the metadata item that we tried to set." |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveDeleteServerMetadata metadataKey errorContext result -> case result of Err e -> -- Error from API State.Error.processSynchronousApiError sharedModel errorContext e |> mapToOuterMsg |> mapToOuterModel outerModel Ok _ -> let oldServerDetails = server.osProps.details newServerDetails = { oldServerDetails | metadata = List.filter (\i -> i.key /= metadataKey) oldServerDetails.metadata } oldOsProps = server.osProps newOsProps = { oldOsProps | details = newServerDetails } newServer = { server | osProps = newOsProps } newProject = GetterSetters.projectUpdateServer project newServer newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in ( newSharedModel, Cmd.none ) |> mapToOuterModel outerModel ReceiveGuacamoleAuthToken result -> let errorContext = ErrorContext "Receive a response from Guacamole auth token API" ErrorDebug Nothing sharedModelUpdateGuacProps : ServerFromExoProps -> GuacTypes.LaunchedWithGuacProps -> SharedModel sharedModelUpdateGuacProps exoOriginProps guacProps = let newOriginProps = { exoOriginProps | guacamoleStatus = GuacTypes.LaunchedWithGuacamole guacProps } oldExoProps = server.exoProps newExoProps = { oldExoProps | serverOrigin = ServerFromExo newOriginProps } newServer = { server | exoProps = newExoProps } newProject = GetterSetters.projectUpdateServer project newServer newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in newSharedModel in case server.exoProps.serverOrigin of ServerFromExo exoOriginProps -> case exoOriginProps.guacamoleStatus of GuacTypes.LaunchedWithGuacamole oldGuacProps -> let newGuacProps = case result of Ok tokenValue -> if server.osProps.details.openstackStatus == OSTypes.ServerActive then { oldGuacProps | authToken = RDPP.RemoteDataPlusPlus (RDPP.DoHave tokenValue sharedModel.clientCurrentTime ) (RDPP.NotLoading Nothing) } else -- Server is not active, this token won't work, so we don't store it { oldGuacProps | authToken = RDPP.empty } Err e -> { oldGuacProps | authToken = RDPP.RemoteDataPlusPlus oldGuacProps.authToken.data (RDPP.NotLoading (Just ( e, sharedModel.clientCurrentTime ))) } in ( sharedModelUpdateGuacProps exoOriginProps newGuacProps , Cmd.none ) |> mapToOuterMsg |> mapToOuterModel outerModel GuacTypes.NotLaunchedWithGuacamole -> State.Error.processStringError sharedModel errorContext "Server does not appear to have been launched with Guacamole support" |> mapToOuterMsg |> mapToOuterModel outerModel ServerNotFromExo -> State.Error.processStringError sharedModel errorContext "Server does not appear to have been launched from Exosphere" |> mapToOuterMsg |> mapToOuterModel outerModel RequestServerAction func targetStatuses -> let oldExoProps = server.exoProps newServer = Server server.osProps { oldExoProps | targetOpenstackStatus = targetStatuses } server.events newProject = GetterSetters.projectUpdateServer project newServer newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in ( newSharedModel, func newProject.endpoints.nova ) |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveConsoleLog errorContext result -> case server.exoProps.serverOrigin of ServerNotFromExo -> ( outerModel, Cmd.none ) ServerFromExo exoOriginProps -> let oldExoSetupStatus = case exoOriginProps.exoSetupStatus.data of RDPP.DontHave -> ExoSetupUnknown RDPP.DoHave s _ -> s ( newExoSetupStatusRDPP, exoSetupStatusMetadataCmd ) = case result of Err httpError -> ( RDPP.RemoteDataPlusPlus exoOriginProps.exoSetupStatus.data (RDPP.NotLoading (Just ( httpError, sharedModel.clientCurrentTime ))) , Cmd.none ) Ok consoleLog -> let newExoSetupStatus = Helpers.ExoSetupStatus.parseConsoleLogExoSetupStatus oldExoSetupStatus consoleLog server.osProps.details.created sharedModel.clientCurrentTime cmd = if newExoSetupStatus == oldExoSetupStatus then Cmd.none else let value = Helpers.ExoSetupStatus.exoSetupStatusToStr newExoSetupStatus metadataItem = OSTypes.MetadataItem "exoSetup" value in Rest.Nova.requestSetServerMetadata project server.osProps.uuid metadataItem in ( RDPP.RemoteDataPlusPlus (RDPP.DoHave newExoSetupStatus sharedModel.clientCurrentTime ) (RDPP.NotLoading Nothing) , cmd ) newResourceUsage = case result of Err httpError -> RDPP.RemoteDataPlusPlus exoOriginProps.resourceUsage.data (RDPP.NotLoading (Just ( httpError, sharedModel.clientCurrentTime ))) Ok consoleLog -> RDPP.RemoteDataPlusPlus (RDPP.DoHave (Helpers.ServerResourceUsage.parseConsoleLog consoleLog (RDPP.withDefault Types.ServerResourceUsage.emptyResourceUsageHistory exoOriginProps.resourceUsage ) ) sharedModel.clientCurrentTime ) (RDPP.NotLoading Nothing) newWorkflowToken : CustomWorkflow -> CustomWorkflowTokenRDPP newWorkflowToken currentWorkflow = case result of Err httpError -> RDPP.RemoteDataPlusPlus RDPP.DontHave (RDPP.NotLoading (Just ( httpError, sharedModel.clientCurrentTime ))) Ok consoleLog -> let maybeParsedToken = Helpers.parseConsoleLogForWorkflowToken consoleLog in case maybeParsedToken of Just parsedToken -> RDPP.RemoteDataPlusPlus (RDPP.DoHave parsedToken sharedModel.clientCurrentTime ) (RDPP.NotLoading Nothing) Nothing -> currentWorkflow.authToken newWorkflowStatus : ServerCustomWorkflowStatus newWorkflowStatus = case exoOriginProps.customWorkflowStatus of NotLaunchedWithCustomWorkflow -> exoOriginProps.customWorkflowStatus LaunchedWithCustomWorkflow customWorkflow -> LaunchedWithCustomWorkflow { customWorkflow | authToken = newWorkflowToken customWorkflow } newOriginProps = { exoOriginProps | resourceUsage = newResourceUsage , exoSetupStatus = newExoSetupStatusRDPP , customWorkflowStatus = newWorkflowStatus } oldExoProps = server.exoProps newExoProps = { oldExoProps | serverOrigin = ServerFromExo newOriginProps } newServer = { server | exoProps = newExoProps } newProject = GetterSetters.projectUpdateServer project newServer newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in case result of Err httpError -> State.Error.processSynchronousApiError newSharedModel errorContext httpError |> mapToOuterMsg |> mapToOuterModel outerModel Ok _ -> ( newSharedModel, exoSetupStatusMetadataCmd ) |> mapToOuterMsg |> mapToOuterModel outerModel processNewFloatingIp : Time.Posix -> Project -> OSTypes.FloatingIp -> Project processNewFloatingIp time project floatingIp = let otherIps = project.floatingIps |> RDPP.withDefault [] |> List.filter (\i -> i.uuid /= floatingIp.uuid) newIps = floatingIp :: otherIps in { project | floatingIps = RDPP.RemoteDataPlusPlus (RDPP.DoHave newIps time) (RDPP.NotLoading Nothing) } createProject : OuterModel -> Maybe OSTypes.ProjectDescription -> OSTypes.ScopedAuthToken -> Endpoints -> ( OuterModel, Cmd OuterMsg ) createProject outerModel description authToken endpoints = let sharedModel = outerModel.sharedModel newProject = { secret = NoProjectSecret , auth = authToken -- Maybe todo, eliminate parallel data structures in auth and endpoints? , endpoints = endpoints , description = description , images = [] , servers = RDPP.RemoteDataPlusPlus RDPP.DontHave RDPP.Loading , flavors = [] , keypairs = RemoteData.NotAsked , volumes = RemoteData.NotAsked , networks = RDPP.empty , autoAllocatedNetworkUuid = RDPP.empty , floatingIps = RDPP.empty , ports = RDPP.empty , securityGroups = [] , computeQuota = RemoteData.NotAsked , volumeQuota = RemoteData.NotAsked } newProjects = newProject :: outerModel.sharedModel.projects newViewStateCmd = -- If the user is selecting projects from an unscoped provider then don't interrupt them case outerModel.viewState of NonProjectView (SelectProjects _) -> Cmd.none -- Otherwise take them to home page _ -> Route.pushUrl sharedModel.viewContext <| Route.Home ( newSharedModel, newCmd ) = ( { sharedModel | projects = newProjects } , [ Rest.Nova.requestServers , Rest.Neutron.requestSecurityGroups , Rest.Keystone.requestAppCredential sharedModel.clientUuid sharedModel.clientCurrentTime ] |> List.map (\x -> x newProject) |> Cmd.batch ) |> Helpers.pipelineCmd (ApiModelHelpers.requestVolumes newProject.auth.project.uuid) |> Helpers.pipelineCmd (ApiModelHelpers.requestFloatingIps newProject.auth.project.uuid) |> Helpers.pipelineCmd (ApiModelHelpers.requestPorts newProject.auth.project.uuid) in ( { outerModel | sharedModel = newSharedModel } , Cmd.batch [ newViewStateCmd, Cmd.map SharedMsg newCmd ] ) createUnscopedProvider : SharedModel -> OSTypes.UnscopedAuthToken -> HelperTypes.Url -> ( SharedModel, Cmd SharedMsg ) createUnscopedProvider model authToken authUrl = let newProvider = { authUrl = authUrl , token = <PASSWORD> , projectsAvailable = RemoteData.Loading } newProviders = newProvider :: model.unscopedProviders in ( { model | unscopedProviders = newProviders } , Rest.Keystone.requestUnscopedProjects newProvider model.cloudCorsProxyUrl ) requestDeleteServer : Project -> OSTypes.ServerUuid -> Bool -> ( Project, Cmd SharedMsg ) requestDeleteServer project serverUuid retainFloatingIps = case GetterSetters.serverLookup project serverUuid of Nothing -> -- Server likely deleted already, do nothing ( project, Cmd.none ) Just server -> let oldExoProps = server.exoProps newServer = { server | exoProps = { oldExoProps | deletionAttempted = True } } deleteFloatingIpCmds = if retainFloatingIps then [] else GetterSetters.getServerFloatingIps project server.osProps.uuid |> List.map .uuid |> List.map (Rest.Neutron.requestDeleteFloatingIp project) newProject = GetterSetters.projectUpdateServer project newServer in ( newProject , Cmd.batch [ Rest.Nova.requestDeleteServer newProject.auth.project.uuid newProject.endpoints.nova newServer.osProps.uuid , Cmd.batch deleteFloatingIpCmds ] )

module State.State exposing (update) import Browser import Browser.Navigation import Helpers.ExoSetupStatus import Helpers.GetterSetters as GetterSetters import Helpers.Helpers as Helpers import Helpers.RemoteDataPlusPlus as RDPP import Helpers.ServerResourceUsage import Http import LocalStorage.LocalStorage as LocalStorage import Maybe import OpenStack.ServerPassword as OSServerPassword import OpenStack.ServerTags as OSServerTags import OpenStack.ServerVolumes as OSSvrVols import OpenStack.Types as OSTypes import OpenStack.Volumes as OSVolumes import Orchestration.Orchestration as Orchestration import Page.AllResourcesList import Page.FloatingIpAssign import Page.FloatingIpList import Page.GetSupport import Page.Home import Page.InstanceSourcePicker import Page.KeypairCreate import Page.KeypairList import Page.LoginJetstream import Page.LoginOpenstack import Page.LoginPicker import Page.MessageLog import Page.SelectProjects import Page.ServerCreate import Page.ServerCreateImage import Page.ServerDetail import Page.ServerList import Page.Settings import Page.VolumeAttach import Page.VolumeCreate import Page.VolumeDetail import Page.VolumeList import Ports import RemoteData import Rest.ApiModelHelpers as ApiModelHelpers import Rest.Glance import Rest.Keystone import Rest.Neutron import Rest.Nova import Route import State.Auth import State.Error import State.ViewState as ViewStateHelpers import Style.Toast import Style.Widgets.NumericTextInput.NumericTextInput import Task import Time import Toasty import Types.Error as Error exposing (AppError, ErrorContext, ErrorLevel(..)) import Types.Guacamole as GuacTypes import Types.HelperTypes as HelperTypes exposing (HttpRequestMethod(..), UnscopedProviderProject) import Types.OuterModel exposing (OuterModel) import Types.OuterMsg exposing (OuterMsg(..)) import Types.Project exposing (Endpoints, Project, ProjectSecret(..)) import Types.Server exposing (ExoSetupStatus(..), NewServerNetworkOptions(..), Server, ServerFromExoProps, ServerOrigin(..), currentExoServerVersion) import Types.ServerResourceUsage import Types.SharedModel exposing (SharedModel) import Types.SharedMsg exposing (ProjectSpecificMsgConstructor(..), ServerSpecificMsgConstructor(..), SharedMsg(..), TickInterval) import Types.View exposing ( LoginView(..) , NonProjectViewConstructor(..) , ProjectViewConstructor(..) , ViewState(..) ) import Types.Workflow exposing ( CustomWorkflow , CustomWorkflowTokenRDPP , ServerCustomWorkflowStatus(..) ) import Url import View.Helpers exposing (toExoPalette) update : OuterMsg -> Result AppError OuterModel -> ( Result AppError OuterModel, Cmd OuterMsg ) update msg result = case result of Err appError -> ( Err appError, Cmd.none ) Ok model -> case updateValid msg model of ( newModel, nextMsg ) -> ( Ok newModel, nextMsg ) updateValid : OuterMsg -> OuterModel -> ( OuterModel, Cmd OuterMsg ) updateValid msg outerModel = {- We want to `setStorage` on every update. This function adds the setStorage command for every step of the update function. -} let ( newOuterModel, cmds ) = updateUnderlying msg outerModel orchestrationTimeCmd = -- Each trip through the runtime, we get the time and feed it to orchestration module case msg of SharedMsg (DoOrchestration _) -> Cmd.none SharedMsg (Tick _ _) -> Cmd.none _ -> Task.perform (\posix -> SharedMsg <| DoOrchestration posix) Time.now in ( newOuterModel , Cmd.batch [ Ports.setStorage (LocalStorage.generateStoredState newOuterModel.sharedModel) , orchestrationTimeCmd , cmds ] ) -- There may be a better approach than these mapping functions, I'm not sure yet. mapToOuterMsg : ( a, Cmd SharedMsg ) -> ( a, Cmd OuterMsg ) mapToOuterMsg ( model, cmdSharedMsg ) = ( model, Cmd.map SharedMsg cmdSharedMsg ) mapToOuterModel : OuterModel -> ( SharedModel, Cmd a ) -> ( OuterModel, Cmd a ) mapToOuterModel outerModel ( newSharedModel, cmd ) = ( { outerModel | sharedModel = newSharedModel }, cmd ) pipelineCmdOuterModelMsg : (OuterModel -> ( OuterModel, Cmd OuterMsg )) -> ( OuterModel, Cmd OuterMsg ) -> ( OuterModel, Cmd OuterMsg ) pipelineCmdOuterModelMsg fn ( outerModel, outerCmd ) = let ( newModel, newCmd ) = fn outerModel in ( newModel, Cmd.batch [ outerCmd, newCmd ] ) updateUnderlying : OuterMsg -> OuterModel -> ( OuterModel, Cmd OuterMsg ) updateUnderlying outerMsg outerModel = let sharedModel = outerModel.sharedModel in case ( outerMsg, outerModel.viewState ) of ( SharedMsg sharedMsg, _ ) -> processSharedMsg sharedMsg outerModel -- TODO exact same structure for each page-specific case here. Is there a way to deduplicate or factor out? ( GetSupportMsg pageMsg, NonProjectView (GetSupport pageModel) ) -> let ( newPageModel, cmd, sharedMsg ) = Page.GetSupport.update pageMsg sharedModel pageModel in ( { outerModel | viewState = NonProjectView <| GetSupport newPageModel } , Cmd.map GetSupportMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( HomeMsg pageMsg, NonProjectView (Home pageModel) ) -> let ( newPageModel, cmd, sharedMsg ) = Page.Home.update pageMsg pageModel in ( { outerModel | viewState = NonProjectView <| Home newPageModel } , Cmd.map HomeMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( LoginJetstreamMsg pageMsg, NonProjectView (Login (LoginJetstream pageModel)) ) -> let ( newPageModel, cmd, sharedMsg ) = Page.LoginJetstream.update pageMsg sharedModel pageModel in ( { outerModel | viewState = NonProjectView <| Login <| LoginJetstream newPageModel } , Cmd.map LoginJetstreamMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( LoginOpenstackMsg pageMsg, NonProjectView (Login (LoginOpenstack pageModel)) ) -> let ( newPageModel, cmd, sharedMsg ) = Page.LoginOpenstack.update pageMsg sharedModel pageModel in ( { outerModel | viewState = NonProjectView <| Login <| LoginOpenstack newPageModel } , Cmd.map LoginOpenstackMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( LoginPickerMsg pageMsg, NonProjectView LoginPicker ) -> let ( _, cmd, sharedMsg ) = Page.LoginPicker.update pageMsg in ( { outerModel | viewState = NonProjectView <| LoginPicker } , Cmd.map LoginPickerMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( MessageLogMsg pageMsg, NonProjectView (MessageLog pageModel) ) -> let ( newPageModel, cmd, sharedMsg ) = Page.MessageLog.update pageMsg sharedModel pageModel in ( { outerModel | viewState = NonProjectView <| MessageLog newPageModel } , Cmd.map MessageLogMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( SelectProjectsMsg pageMsg, NonProjectView (SelectProjects pageModel) ) -> let ( newPageModel, cmd, sharedMsg ) = Page.SelectProjects.update pageMsg sharedModel pageModel in ( { outerModel | viewState = NonProjectView <| SelectProjects newPageModel } , Cmd.map SelectProjectsMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( SettingsMsg pageMsg, NonProjectView (Settings pageModel) ) -> let ( newPageModel, cmd, sharedMsg ) = Page.Settings.update pageMsg sharedModel pageModel in ( { outerModel | viewState = NonProjectView <| Settings newPageModel } , Cmd.map SettingsMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( pageSpecificMsg, ProjectView projectId projectViewModel projectViewConstructor ) -> case GetterSetters.projectLookup sharedModel projectId of Just project -> case ( pageSpecificMsg, projectViewConstructor ) of -- This is the repetitive dispatch code that people warn you about when you use the nested Elm architecture. -- Maybe there is a way to make it less repetitive (or at least more compact) in the future. ( AllResourcesListMsg pageMsg, AllResourcesList pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.AllResourcesList.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| AllResourcesList newSharedModel } , Cmd.map AllResourcesListMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( FloatingIpAssignMsg pageMsg, FloatingIpAssign pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.FloatingIpAssign.update pageMsg sharedModel project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| FloatingIpAssign newSharedModel } , Cmd.map FloatingIpAssignMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( FloatingIpListMsg pageMsg, FloatingIpList pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.FloatingIpList.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| FloatingIpList newSharedModel } , Cmd.map FloatingIpListMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( InstanceSourcePickerMsg pageMsg, InstanceSourcePicker pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.InstanceSourcePicker.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| InstanceSourcePicker newSharedModel } , Cmd.map InstanceSourcePickerMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( KeypairCreateMsg pageMsg, KeypairCreate pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.KeypairCreate.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| KeypairCreate newSharedModel } , Cmd.map KeypairCreateMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( KeypairListMsg pageMsg, KeypairList pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.KeypairList.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| KeypairList newSharedModel } , Cmd.map KeypairListMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( ServerCreateMsg pageMsg, ServerCreate pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.ServerCreate.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| ServerCreate newSharedModel } , Cmd.map ServerCreateMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( ServerCreateImageMsg pageMsg, ServerCreateImage pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.ServerCreateImage.update pageMsg sharedModel project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| ServerCreateImage newSharedModel } , Cmd.map ServerCreateImageMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( ServerDetailMsg pageMsg, ServerDetail pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.ServerDetail.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| ServerDetail newSharedModel } , Cmd.map ServerDetailMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( ServerListMsg pageMsg, ServerList pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.ServerList.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| ServerList newSharedModel } , Cmd.map ServerListMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( VolumeAttachMsg pageMsg, VolumeAttach pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.VolumeAttach.update pageMsg sharedModel project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| VolumeAttach newSharedModel } , Cmd.map VolumeAttachMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( VolumeCreateMsg pageMsg, VolumeCreate pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.VolumeCreate.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| VolumeCreate newSharedModel } , Cmd.map VolumeCreateMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( VolumeDetailMsg pageMsg, VolumeDetail pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.VolumeDetail.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| VolumeDetail newSharedModel } , Cmd.map VolumeDetailMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) ( VolumeListMsg pageMsg, VolumeList pageModel ) -> let ( newSharedModel, cmd, sharedMsg ) = Page.VolumeList.update pageMsg project pageModel in ( { outerModel | viewState = ProjectView projectId projectViewModel <| VolumeList newSharedModel } , Cmd.map VolumeListMsg cmd ) |> pipelineCmdOuterModelMsg (processSharedMsg sharedMsg) _ -> -- This is not great because it allows us to forget to write a case statement above, but I don't know of a nicer way to write a catchall case for when a page-specific Msg is received for an inapplicable page. ( outerModel, Cmd.none ) Nothing -> ( outerModel, Cmd.none ) ( _, _ ) -> -- This is not great because it allows us to forget to write a case statement above, but I don't know of a nicer way to write a catchall case for when a page-specific Msg is received for an inapplicable page. ( outerModel, Cmd.none ) processSharedMsg : SharedMsg -> OuterModel -> ( OuterModel, Cmd OuterMsg ) processSharedMsg sharedMsg outerModel = let { sharedModel } = outerModel { viewContext } = sharedModel in case sharedMsg of ChangeSystemThemePreference preference -> let { style } = sharedModel { styleMode } = style newStyleMode = { styleMode | systemPreference = Just preference } newStyle = { style | styleMode = newStyleMode } newPalette = toExoPalette newStyle newViewContext = { viewContext | palette = newPalette } in mapToOuterModel outerModel ( { sharedModel | style = newStyle , viewContext = newViewContext } , Cmd.none ) Logout -> ( outerModel, Ports.logout () ) ToastyMsg subMsg -> Toasty.update Style.Toast.toastConfig ToastyMsg subMsg outerModel.sharedModel |> mapToOuterMsg |> mapToOuterModel outerModel MsgChangeWindowSize x y -> ( { sharedModel | viewContext = { viewContext | windowSize = { width = x, height = y } } } , Cmd.none ) |> mapToOuterModel outerModel Tick interval time -> processTick outerModel interval time |> mapToOuterModel outerModel DoOrchestration posixTime -> Orchestration.orchModel sharedModel posixTime |> mapToOuterMsg |> mapToOuterModel outerModel HandleApiErrorWithBody errorContext error -> State.Error.processSynchronousApiError sharedModel errorContext error |> mapToOuterMsg |> mapToOuterModel outerModel RequestUnscopedToken openstackLoginUnscoped -> let creds = -- Ensure auth URL includes port number and version { openstackLoginUnscoped | authUrl = State.Auth.authUrlWithPortAndVersion openstackLoginUnscoped.authUrl } in ( outerModel, Rest.Keystone.requestUnscopedAuthToken sharedModel.cloudCorsProxyUrl creds ) |> mapToOuterMsg JetstreamLogin jetstreamCreds -> let openstackCredsList = State.Auth.jetstreamToOpenstackCreds jetstreamCreds cmds = List.map (\creds -> Rest.Keystone.requestUnscopedAuthToken sharedModel.cloudCorsProxyUrl creds) openstackCredsList in ( outerModel, Cmd.batch cmds ) |> mapToOuterMsg ReceiveScopedAuthToken projectDescription ( metadata, response ) -> case Rest.Keystone.decodeScopedAuthToken <| Http.GoodStatus_ metadata response of Err error -> State.Error.processStringError sharedModel (ErrorContext "decode scoped auth token" ErrorCrit Nothing ) error |> mapToOuterMsg |> mapToOuterModel outerModel Ok authToken -> case Helpers.serviceCatalogToEndpoints authToken.catalog of Err e -> State.Error.processStringError sharedModel (ErrorContext "Decode project endpoints" ErrorCrit (Just "Please check with your cloud administrator or the Exosphere developers.") ) e |> mapToOuterMsg |> mapToOuterModel outerModel Ok endpoints -> let projectId = authToken.project.uuid in -- If we don't have a project with same name + authUrl then create one, if we do then update its OSTypes.AuthToken -- This code ensures we don't end up with duplicate projects on the same provider in our model. case GetterSetters.projectLookup sharedModel <| projectId of Nothing -> createProject outerModel projectDescription authToken endpoints Just project -> -- If we don't have an application credential for this project yet, then get one let appCredCmd = case project.secret of ApplicationCredential _ -> Cmd.none _ -> Rest.Keystone.requestAppCredential sharedModel.clientUuid sharedModel.clientCurrentTime project ( newOuterModel, updateTokenCmd ) = State.Auth.projectUpdateAuthToken outerModel project authToken in ( newOuterModel, Cmd.batch [ appCredCmd, updateTokenCmd ] ) |> mapToOuterMsg ReceiveUnscopedAuthToken keystoneUrl ( metadata, response ) -> case Rest.Keystone.decodeUnscopedAuthToken <| Http.GoodStatus_ metadata response of Err error -> State.Error.processStringError sharedModel (ErrorContext "decode unscoped auth token" ErrorCrit Nothing ) error |> mapToOuterMsg |> mapToOuterModel outerModel Ok authToken -> case GetterSetters.providerLookup sharedModel keystoneUrl of Just unscopedProvider -> -- We already have an unscoped provider in the model with the same auth URL, update its token State.Auth.unscopedProviderUpdateAuthToken sharedModel unscopedProvider authToken |> mapToOuterMsg |> mapToOuterModel outerModel Nothing -> -- We don't have an unscoped provider with the same auth URL, create it createUnscopedProvider sharedModel authToken keystoneUrl |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveUnscopedProjects keystoneUrl unscopedProjects -> case GetterSetters.providerLookup sharedModel keystoneUrl of Just provider -> let newProvider = { provider | projectsAvailable = RemoteData.Success unscopedProjects } newSharedModel = GetterSetters.modelUpdateUnscopedProvider sharedModel newProvider newOuterModel = { outerModel | sharedModel = newSharedModel } in -- If we are not already on a SelectProjects view, then go there case outerModel.viewState of NonProjectView (SelectProjects _) -> ( newOuterModel, Cmd.none ) _ -> ( newOuterModel , Route.pushUrl viewContext (Route.SelectProjects keystoneUrl) ) Nothing -> -- Provider not found, may have been removed, nothing to do ( outerModel, Cmd.none ) RequestProjectLoginFromProvider keystoneUrl unscopedProjects -> case GetterSetters.providerLookup sharedModel keystoneUrl of Just provider -> let buildLoginRequest : UnscopedProviderProject -> Cmd SharedMsg buildLoginRequest project = Rest.Keystone.requestScopedAuthToken sharedModel.cloudCorsProxyUrl project.description <| OSTypes.TokenCreds keystoneUrl provider.token project.project.uuid loginRequests = List.map buildLoginRequest unscopedProjects |> Cmd.batch -- Remove unscoped provider from model now that we have selected projects from it newUnscopedProviders = List.filter (\p -> p.authUrl /= keystoneUrl) sharedModel.unscopedProviders -- If we still have at least one unscoped provider in the model then ask the user to choose projects from it newViewStateCmd = case List.head newUnscopedProviders of Just unscopedProvider -> Route.pushUrl viewContext (Route.SelectProjects unscopedProvider.authUrl) Nothing -> -- If we have at least one project then show it, else show the login page case List.head sharedModel.projects of Just project -> Route.pushUrl viewContext <| Route.ProjectRoute project.auth.project.uuid <| Route.AllResourcesList Nothing -> Route.pushUrl viewContext Route.LoginPicker sharedModelUpdatedUnscopedProviders = { sharedModel | unscopedProviders = newUnscopedProviders } in ( { outerModel | sharedModel = sharedModelUpdatedUnscopedProviders } , Cmd.batch [ Cmd.map SharedMsg loginRequests, newViewStateCmd ] ) Nothing -> State.Error.processStringError sharedModel (ErrorContext ("look for OpenStack provider with Keystone URL " ++ keystoneUrl) ErrorCrit Nothing ) "Provider could not found in Exosphere's list of Providers." |> mapToOuterMsg |> mapToOuterModel outerModel ProjectMsg projectIdentifier innerMsg -> case GetterSetters.projectLookup sharedModel projectIdentifier of Nothing -> -- Project not found, may have been removed, nothing to do ( outerModel, Cmd.none ) Just project -> processProjectSpecificMsg outerModel project innerMsg OpenNewWindow url -> ( outerModel, Ports.openNewWindow url ) LinkClicked urlRequest -> case urlRequest of Browser.Internal url -> ( outerModel, Browser.Navigation.pushUrl viewContext.navigationKey (Url.toString url) ) Browser.External url -> ( outerModel, Browser.Navigation.load url ) UrlChanged url -> ViewStateHelpers.navigateToPage url outerModel SelectTheme themeChoice -> let oldStyle = sharedModel.style oldStyleMode = oldStyle.styleMode newStyleMode = { oldStyleMode | theme = themeChoice } newStyle = { oldStyle | styleMode = newStyleMode } in ( { sharedModel | style = newStyle , viewContext = { viewContext | palette = toExoPalette newStyle } } , Cmd.none ) |> mapToOuterModel outerModel NoOp -> ( outerModel, Cmd.none ) SetExperimentalFeaturesEnabled choice -> ( { sharedModel | viewContext = { viewContext | experimentalFeaturesEnabled = choice } }, Cmd.none ) |> mapToOuterModel outerModel processTick : OuterModel -> TickInterval -> Time.Posix -> ( SharedModel, Cmd OuterMsg ) processTick outerModel interval time = let serverVolsNeedFrequentPoll : Project -> Server -> Bool serverVolsNeedFrequentPoll project server = GetterSetters.getVolsAttachedToServer project server |> List.any volNeedsFrequentPoll volNeedsFrequentPoll volume = not <| List.member volume.status [ OSTypes.Available , OSTypes.Maintenance , OSTypes.InUse , OSTypes.Error , OSTypes.ErrorDeleting , OSTypes.ErrorBackingUp , OSTypes.ErrorRestoring , OSTypes.ErrorExtending ] viewIndependentCmd = if interval == 5 then Task.perform DoOrchestration Time.now else Cmd.none ( viewDependentModel, viewDependentCmd ) = {- TODO move some of this to Orchestration? -} case outerModel.viewState of NonProjectView _ -> ( outerModel.sharedModel, Cmd.none ) ProjectView projectName _ projectViewState -> case GetterSetters.projectLookup outerModel.sharedModel projectName of Nothing -> {- Should this throw an error? -} ( outerModel.sharedModel, Cmd.none ) Just project -> let pollVolumes : ( SharedModel, Cmd SharedMsg ) pollVolumes = ( outerModel.sharedModel , case interval of 5 -> if List.any volNeedsFrequentPoll (RemoteData.withDefault [] project.volumes) then OSVolumes.requestVolumes project else Cmd.none 60 -> OSVolumes.requestVolumes project _ -> Cmd.none ) in case projectViewState of AllResourcesList _ -> pollVolumes ServerDetail model -> let volCmd = OSVolumes.requestVolumes project in case interval of 5 -> case GetterSetters.serverLookup project model.serverUuid of Just server -> ( outerModel.sharedModel , if serverVolsNeedFrequentPoll project server then volCmd else Cmd.none ) Nothing -> ( outerModel.sharedModel, Cmd.none ) 300 -> ( outerModel.sharedModel, volCmd ) _ -> ( outerModel.sharedModel, Cmd.none ) VolumeDetail pageModel -> ( outerModel.sharedModel , case interval of 5 -> case GetterSetters.volumeLookup project pageModel.volumeUuid of Nothing -> Cmd.none Just volume -> if volNeedsFrequentPoll volume then OSVolumes.requestVolumes project else Cmd.none 60 -> OSVolumes.requestVolumes project _ -> Cmd.none ) VolumeList _ -> pollVolumes _ -> ( outerModel.sharedModel, Cmd.none ) in ( { viewDependentModel | clientCurrentTime = time } , Cmd.batch [ viewDependentCmd , viewIndependentCmd ] |> Cmd.map SharedMsg ) processProjectSpecificMsg : OuterModel -> Project -> ProjectSpecificMsgConstructor -> ( OuterModel, Cmd OuterMsg ) processProjectSpecificMsg outerModel project msg = let sharedModel = outerModel.sharedModel in case msg of PrepareCredentialedRequest requestProto posixTime -> let -- Add proxy URL requestNeedingToken = requestProto sharedModel.cloudCorsProxyUrl currentTimeMillis = posixTime |> Time.posixToMillis tokenExpireTimeMillis = project.auth.expiresAt |> Time.posixToMillis tokenExpired = -- Token expiring within 5 minutes tokenExpireTimeMillis < currentTimeMillis + 300000 in if not tokenExpired then -- Token still valid, fire the request with current token ( sharedModel, requestNeedingToken project.auth.tokenValue ) |> mapToOuterMsg |> mapToOuterModel outerModel else -- Token is expired (or nearly expired) so we add request to list of pending requests and refresh that token let newPQRs = ( project.auth.project.uuid, requestNeedingToken ) :: outerModel.pendingCredentialedRequests cmdResult = State.Auth.requestAuthToken sharedModel project newOuterModel = { outerModel | pendingCredentialedRequests = newPQRs } in case cmdResult of Err e -> let errorContext = ErrorContext ("Refresh authentication token for project " ++ project.auth.project.name) ErrorCrit (Just "Please remove this project from Exosphere and add it again.") in State.Error.processStringError sharedModel errorContext e |> mapToOuterMsg |> mapToOuterModel newOuterModel Ok cmd -> ( sharedModel, cmd ) |> mapToOuterMsg |> mapToOuterModel newOuterModel ToggleCreatePopup -> case outerModel.viewState of ProjectView projectId projectViewModel viewConstructor -> let newViewState = ProjectView projectId { projectViewModel | createPopup = not projectViewModel.createPopup } viewConstructor in ( { outerModel | viewState = newViewState }, Cmd.none ) _ -> ( outerModel, Cmd.none ) RemoveProject -> let newProjects = List.filter (\p -> p.auth.project.uuid /= project.auth.project.uuid) sharedModel.projects newOuterModel = { outerModel | sharedModel = { sharedModel | projects = newProjects } } cmd = -- if we are in a view specific to this project then navigate to the home page case outerModel.viewState of ProjectView projectId _ _ -> if projectId == project.auth.project.uuid then Route.pushUrl sharedModel.viewContext Route.Home else Cmd.none _ -> Cmd.none in ( newOuterModel, cmd ) ServerMsg serverUuid serverMsgConstructor -> case GetterSetters.serverLookup project serverUuid of Nothing -> let errorContext = ErrorContext "receive results of API call for a specific server" ErrorDebug Nothing in State.Error.processStringError sharedModel errorContext (String.join " " [ "Instance" , serverUuid , "does not exist in the model, it may have been deleted." ] ) |> mapToOuterMsg |> mapToOuterModel outerModel Just server -> processServerSpecificMsg outerModel project server serverMsgConstructor RequestServers -> ApiModelHelpers.requestServers project.auth.project.uuid sharedModel |> mapToOuterMsg |> mapToOuterModel outerModel RequestCreateServer pageModel networkUuid -> let customWorkFlowSource = if pageModel.includeWorkflow && Maybe.withDefault False pageModel.workflowInputIsValid then Just { repository = pageModel.workflowInputRepository , reference = pageModel.workflowInputReference , path = pageModel.workflowInputPath } else Nothing createServerRequest = { name = pageModel.serverName , count = pageModel.count , imageUuid = pageModel.imageUuid , flavorUuid = pageModel.flavorUuid , volBackedSizeGb = pageModel.volSizeTextInput |> Maybe.andThen Style.Widgets.NumericTextInput.NumericTextInput.toMaybe , networkUuid = networkUuid , keypairName = pageModel.keypairName , userData = Helpers.renderUserDataTemplate project pageModel.userDataTemplate pageModel.keypairName (pageModel.deployGuacamole |> Maybe.withDefault False) pageModel.deployDesktopEnvironment customWorkFlowSource pageModel.installOperatingSystemUpdates sharedModel.instanceConfigMgtRepoUrl sharedModel.instanceConfigMgtRepoCheckout , metadata = Helpers.newServerMetadata currentExoServerVersion sharedModel.clientUuid (pageModel.deployGuacamole |> Maybe.withDefault False) pageModel.deployDesktopEnvironment project.auth.user.name pageModel.floatingIpCreationOption customWorkFlowSource } in ( outerModel, Rest.Nova.requestCreateServer project createServerRequest ) |> mapToOuterMsg RequestCreateVolume name size -> let createVolumeRequest = { name = name , size = size } in ( outerModel, OSVolumes.requestCreateVolume project createVolumeRequest ) |> mapToOuterMsg RequestDeleteVolume volumeUuid -> ( outerModel, OSVolumes.requestDeleteVolume project volumeUuid ) |> mapToOuterMsg RequestDetachVolume volumeUuid -> let maybeVolume = OSVolumes.volumeLookup project volumeUuid maybeServerUuid = maybeVolume |> Maybe.map (GetterSetters.getServersWithVolAttached project) |> Maybe.andThen List.head in case maybeServerUuid of Just serverUuid -> ( outerModel, OSSvrVols.requestDetachVolume project serverUuid volumeUuid ) |> mapToOuterMsg Nothing -> State.Error.processStringError sharedModel (ErrorContext ("look for server UUID with attached volume " ++ volumeUuid) ErrorCrit Nothing ) "Could not determine server attached to this volume." |> mapToOuterMsg |> mapToOuterModel outerModel RequestDeleteFloatingIp floatingIpAddress -> ( outerModel, Rest.Neutron.requestDeleteFloatingIp project floatingIpAddress ) |> mapToOuterMsg RequestAssignFloatingIp port_ floatingIpUuid -> let setViewCmd = Route.pushUrl sharedModel.viewContext (Route.ProjectRoute project.auth.project.uuid <| Route.FloatingIpList) in ( outerModel , Cmd.batch [ setViewCmd , Cmd.map SharedMsg <| Rest.Neutron.requestAssignFloatingIp project port_ floatingIpUuid ] ) RequestUnassignFloatingIp floatingIpUuid -> ( outerModel, Rest.Neutron.requestUnassignFloatingIp project floatingIpUuid ) |> mapToOuterMsg ReceiveImages images -> Rest.Glance.receiveImages sharedModel project images |> mapToOuterMsg |> mapToOuterModel outerModel RequestDeleteServers serverUuidsToDelete -> let applyDelete : OSTypes.ServerUuid -> ( Project, Cmd SharedMsg ) -> ( Project, Cmd SharedMsg ) applyDelete serverUuid projCmdTuple = let ( delServerProj, delServerCmd ) = requestDeleteServer (Tuple.first projCmdTuple) serverUuid False in ( delServerProj, Cmd.batch [ Tuple.second projCmdTuple, delServerCmd ] ) ( newProject, cmd ) = List.foldl applyDelete ( project, Cmd.none ) serverUuidsToDelete in ( GetterSetters.modelUpdateProject sharedModel newProject , cmd ) |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveServers errorContext result -> case result of Ok servers -> Rest.Nova.receiveServers sharedModel project servers |> mapToOuterMsg |> mapToOuterModel outerModel Err e -> let oldServersData = project.servers.data newProject = { project | servers = RDPP.RemoteDataPlusPlus oldServersData (RDPP.NotLoading (Just ( e, sharedModel.clientCurrentTime ))) } newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in State.Error.processSynchronousApiError newSharedModel errorContext e |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveServer serverUuid errorContext result -> case result of Ok server -> Rest.Nova.receiveServer sharedModel project server |> mapToOuterMsg |> mapToOuterModel outerModel Err httpErrorWithBody -> let httpError = httpErrorWithBody.error non404 = case GetterSetters.serverLookup project serverUuid of Nothing -> -- Server not in project, may have been deleted, ignoring this error ( outerModel, Cmd.none ) Just server -> -- Reset receivedTime and loadingSeparately let oldExoProps = server.exoProps newExoProps = { oldExoProps | receivedTime = Nothing , loadingSeparately = False } newServer = { server | exoProps = newExoProps } newProject = GetterSetters.projectUpdateServer project newServer newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in State.Error.processSynchronousApiError newSharedModel errorContext httpErrorWithBody |> mapToOuterMsg |> mapToOuterModel outerModel in case httpError of Http.BadStatus code -> if code == 404 then let newErrorContext = { errorContext | level = Error.ErrorDebug , actionContext = errorContext.actionContext ++ " -- 404 means server may have been deleted" } newProject = GetterSetters.projectDeleteServer project serverUuid newModel = GetterSetters.modelUpdateProject sharedModel newProject in State.Error.processSynchronousApiError newModel newErrorContext httpErrorWithBody |> mapToOuterMsg |> mapToOuterModel outerModel else non404 _ -> non404 ReceiveFlavors flavors -> let -- If we are creating a server and no flavor is selected, select the smallest flavor maybeSmallestFlavor = GetterSetters.sortedFlavors flavors |> List.head ( newOuterModel, newCmd ) = Rest.Nova.receiveFlavors sharedModel project flavors |> mapToOuterMsg |> mapToOuterModel outerModel in case maybeSmallestFlavor of Just smallestFlavor -> ( newOuterModel, newCmd ) |> pipelineCmdOuterModelMsg (updateUnderlying (ServerCreateMsg <| Page.ServerCreate.GotDefaultFlavor smallestFlavor.uuid)) Nothing -> ( newOuterModel, newCmd ) RequestKeypairs -> let newKeypairs = case project.keypairs of RemoteData.Success _ -> project.keypairs _ -> RemoteData.Loading newProject = { project | keypairs = newKeypairs } newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in ( newSharedModel , Rest.Nova.requestKeypairs newProject ) |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveKeypairs keypairs -> Rest.Nova.receiveKeypairs sharedModel project keypairs |> mapToOuterMsg |> mapToOuterModel outerModel RequestCreateKeypair keypairName publicKey -> ( outerModel, Rest.Nova.requestCreateKeypair project keypairName publicKey ) |> mapToOuterMsg ReceiveCreateKeypair keypair -> let newProject = GetterSetters.projectUpdateKeypair project keypair newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in ( { outerModel | sharedModel = newSharedModel } , Route.pushUrl sharedModel.viewContext (Route.ProjectRoute newProject.auth.project.uuid Route.KeypairList) ) RequestDeleteKeypair keypairId -> ( outerModel, Rest.Nova.requestDeleteKeypair project keypairId ) |> mapToOuterMsg ReceiveDeleteKeypair errorContext keypairName result -> case result of Err httpError -> State.Error.processStringError sharedModel errorContext (Helpers.httpErrorToString httpError) |> mapToOuterMsg |> mapToOuterModel outerModel Ok () -> let newKeypairs = case project.keypairs of RemoteData.Success keypairs -> keypairs |> List.filter (\k -> k.name /= keypairName) |> RemoteData.Success _ -> project.keypairs newProject = { project | keypairs = newKeypairs } newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in ( newSharedModel, Cmd.none ) |> mapToOuterModel outerModel ReceiveCreateServer _ -> let newRoute = Route.ProjectRoute project.auth.project.uuid Route.AllResourcesList ( newSharedModel, newCmd ) = ( sharedModel, Cmd.none ) |> Helpers.pipelineCmd (ApiModelHelpers.requestServers project.auth.project.uuid) |> Helpers.pipelineCmd (ApiModelHelpers.requestNetworks project.auth.project.uuid) |> Helpers.pipelineCmd (ApiModelHelpers.requestPorts project.auth.project.uuid) in ( { outerModel | sharedModel = newSharedModel } , Cmd.batch [ Cmd.map SharedMsg newCmd , Route.pushUrl sharedModel.viewContext newRoute ] ) ReceiveNetworks errorContext result -> case result of Ok networks -> let newProject = Rest.Neutron.receiveNetworks sharedModel project networks newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in ( newSharedModel, Cmd.none ) |> mapToOuterMsg |> mapToOuterModel outerModel |> pipelineCmdOuterModelMsg (updateUnderlying (ServerCreateMsg <| Page.ServerCreate.GotNetworks)) Err httpError -> let oldNetworksData = project.networks.data newProject = { project | networks = RDPP.RemoteDataPlusPlus oldNetworksData (RDPP.NotLoading (Just ( httpError, sharedModel.clientCurrentTime ))) } newModel = GetterSetters.modelUpdateProject sharedModel newProject in State.Error.processSynchronousApiError newModel errorContext httpError |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveAutoAllocatedNetwork errorContext result -> let newProject = case result of Ok netUuid -> { project | autoAllocatedNetworkUuid = RDPP.RemoteDataPlusPlus (RDPP.DoHave netUuid sharedModel.clientCurrentTime) (RDPP.NotLoading Nothing) } Err httpError -> { project | autoAllocatedNetworkUuid = RDPP.RemoteDataPlusPlus project.autoAllocatedNetworkUuid.data (RDPP.NotLoading (Just ( httpError , sharedModel.clientCurrentTime ) ) ) } newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject ( newNewSharedModel, newCmd ) = case result of Ok _ -> ApiModelHelpers.requestNetworks project.auth.project.uuid newSharedModel Err httpError -> State.Error.processSynchronousApiError newSharedModel errorContext httpError |> Helpers.pipelineCmd (ApiModelHelpers.requestNetworks project.auth.project.uuid) ( newOuterModel, underlyingCmd ) = case Helpers.newServerNetworkOptions newProject of AutoSelectedNetwork netUuid -> updateUnderlying (ServerCreateMsg <| Page.ServerCreate.GotAutoAllocatedNetwork netUuid) { outerModel | sharedModel = newNewSharedModel } _ -> ( { outerModel | sharedModel = newNewSharedModel }, Cmd.none ) in ( newOuterModel, Cmd.batch [ Cmd.map SharedMsg newCmd, underlyingCmd ] ) ReceiveFloatingIps ips -> Rest.Neutron.receiveFloatingIps sharedModel project ips |> mapToOuterMsg |> mapToOuterModel outerModel ReceivePorts errorContext result -> case result of Ok ports -> let newProject = { project | ports = RDPP.RemoteDataPlusPlus (RDPP.DoHave ports sharedModel.clientCurrentTime) (RDPP.NotLoading Nothing) } in ( GetterSetters.modelUpdateProject sharedModel newProject, Cmd.none ) |> mapToOuterModel outerModel Err httpError -> let oldPortsData = project.ports.data newProject = { project | ports = RDPP.RemoteDataPlusPlus oldPortsData (RDPP.NotLoading (Just ( httpError, sharedModel.clientCurrentTime ))) } newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in State.Error.processSynchronousApiError newSharedModel errorContext httpError |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveDeleteFloatingIp uuid -> Rest.Neutron.receiveDeleteFloatingIp sharedModel project uuid |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveAssignFloatingIp floatingIp -> -- TODO update servers so that new assignment is reflected in the UI let newProject = processNewFloatingIp sharedModel.clientCurrentTime project floatingIp newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in ( newSharedModel, Cmd.none ) |> mapToOuterModel outerModel ReceiveUnassignFloatingIp floatingIp -> -- TODO update servers so that unassignment is reflected in the UI let newProject = processNewFloatingIp sharedModel.clientCurrentTime project floatingIp in ( GetterSetters.modelUpdateProject sharedModel newProject, Cmd.none ) |> mapToOuterModel outerModel ReceiveSecurityGroups groups -> Rest.Neutron.receiveSecurityGroupsAndEnsureExoGroup sharedModel project groups |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveCreateExoSecurityGroup group -> Rest.Neutron.receiveCreateExoSecurityGroupAndRequestCreateRules sharedModel project group |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveCreateVolume -> {- Should we add new volume to model now? -} ( outerModel , Route.pushUrl sharedModel.viewContext (Route.ProjectRoute project.auth.project.uuid Route.VolumeList) ) ReceiveVolumes volumes -> let -- Look for any server backing volumes that were created with no name, and give them a reasonable name updateVolNameCmds : List (Cmd SharedMsg) updateVolNameCmds = RDPP.withDefault [] project.servers -- List of tuples containing server and Maybe boot vol |> List.map (\s -> ( s , Helpers.getBootVol (RemoteData.withDefault [] project.volumes ) s.osProps.uuid ) ) -- We only care about servers created by exosphere |> List.filter (\t -> case Tuple.first t |> .exoProps |> .serverOrigin of ServerFromExo _ -> True ServerNotFromExo -> False ) -- We only care about servers created as current OpenStack user |> List.filter (\t -> (Tuple.first t).osProps.details.userUuid == project.auth.user.uuid ) -- We only care about servers with a non-empty name |> List.filter (\t -> Tuple.first t |> .osProps |> .name |> String.isEmpty |> not ) -- We only care about volume-backed servers |> List.filterMap (\t -> case t of ( server, Just vol ) -> -- Flatten second part of tuple Just ( server, vol ) _ -> Nothing ) -- We only care about unnamed backing volumes |> List.filter (\t -> Tuple.second t |> .name |> String.isEmpty ) |> List.map (\t -> OSVolumes.requestUpdateVolumeName project (t |> Tuple.second |> .uuid) ("boot-vol-" ++ (t |> Tuple.first |> .osProps |> .name) ) ) newProject = { project | volumes = RemoteData.succeed volumes } newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in ( newSharedModel, Cmd.batch updateVolNameCmds ) |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveDeleteVolume -> ( outerModel, OSVolumes.requestVolumes project ) |> mapToOuterMsg ReceiveUpdateVolumeName -> ( outerModel, OSVolumes.requestVolumes project ) |> mapToOuterMsg ReceiveAttachVolume attachment -> ( outerModel , Route.pushUrl sharedModel.viewContext (Route.ProjectRoute project.auth.project.uuid <| Route.VolumeMountInstructions attachment) ) ReceiveDetachVolume -> ( outerModel , Route.pushUrl sharedModel.viewContext (Route.ProjectRoute project.auth.project.uuid Route.VolumeList) ) ReceiveAppCredential appCredential -> let newProject = { project | secret = ApplicationCredential appCredential } in ( GetterSetters.modelUpdateProject sharedModel newProject, Cmd.none ) |> mapToOuterModel outerModel ReceiveComputeQuota quota -> let newProject = { project | computeQuota = RemoteData.Success quota } in ( GetterSetters.modelUpdateProject sharedModel newProject, Cmd.none ) |> mapToOuterModel outerModel ReceiveVolumeQuota quota -> let newProject = { project | volumeQuota = RemoteData.Success quota } in ( GetterSetters.modelUpdateProject sharedModel newProject, Cmd.none ) |> mapToOuterModel outerModel ReceiveRandomServerName serverName -> updateUnderlying (ServerCreateMsg <| Page.ServerCreate.GotServerName serverName) outerModel processServerSpecificMsg : OuterModel -> Project -> Server -> ServerSpecificMsgConstructor -> ( OuterModel, Cmd OuterMsg ) processServerSpecificMsg outerModel project server serverMsgConstructor = let sharedModel = outerModel.sharedModel in case serverMsgConstructor of RequestServer -> ApiModelHelpers.requestServer project.auth.project.uuid server.osProps.uuid sharedModel |> mapToOuterMsg |> mapToOuterModel outerModel RequestDeleteServer retainFloatingIps -> let ( newProject, cmd ) = requestDeleteServer project server.osProps.uuid retainFloatingIps in ( GetterSetters.modelUpdateProject sharedModel newProject, cmd ) |> mapToOuterMsg |> mapToOuterModel outerModel RequestAttachVolume volumeUuid -> ( outerModel, OSSvrVols.requestAttachVolume project server.osProps.uuid volumeUuid ) |> mapToOuterMsg RequestCreateServerImage imageName -> let newRoute = Route.ProjectRoute project.auth.project.uuid Route.AllResourcesList createImageCmd = Rest.Nova.requestCreateServerImage project server.osProps.uuid imageName in ( outerModel , Cmd.batch [ Cmd.map SharedMsg createImageCmd , Route.pushUrl sharedModel.viewContext newRoute ] ) RequestSetServerName newServerName -> ( outerModel, Rest.Nova.requestSetServerName project server.osProps.uuid newServerName ) |> mapToOuterMsg ReceiveServerEvents _ result -> case result of Ok serverEvents -> let newServer = { server | events = RemoteData.Success serverEvents } newProject = GetterSetters.projectUpdateServer project newServer in ( GetterSetters.modelUpdateProject sharedModel newProject , Cmd.none ) |> mapToOuterModel outerModel Err _ -> -- Dropping this on the floor for now, someday we may want to do something different ( outerModel, Cmd.none ) ReceiveConsoleUrl url -> Rest.Nova.receiveConsoleUrl sharedModel project server url |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveDeleteServer -> let newProject = let oldExoProps = server.exoProps newExoProps = { oldExoProps | deletionAttempted = True } newServer = { server | exoProps = newExoProps } in GetterSetters.projectUpdateServer project newServer newOuterModel = { outerModel | sharedModel = GetterSetters.modelUpdateProject sharedModel newProject } in ( newOuterModel , case outerModel.viewState of ProjectView projectId _ (ServerDetail pageModel) -> if pageModel.serverUuid == server.osProps.uuid then Route.pushUrl sharedModel.viewContext (Route.ProjectRoute projectId Route.AllResourcesList) else Cmd.none _ -> Cmd.none ) ReceiveCreateFloatingIp errorContext result -> case result of Ok ip -> Rest.Neutron.receiveCreateFloatingIp sharedModel project server ip |> mapToOuterMsg |> mapToOuterModel outerModel Err httpErrorWithBody -> let newErrorContext = if GetterSetters.serverPresentNotDeleting sharedModel server.osProps.uuid then errorContext else { errorContext | level = ErrorDebug } in State.Error.processSynchronousApiError sharedModel newErrorContext httpErrorWithBody |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveServerPassword password -> if String.isEmpty password then ( outerModel, Cmd.none ) else let tag = "exoPw:" ++ password cmd = case server.exoProps.serverOrigin of ServerNotFromExo -> Cmd.none ServerFromExo serverFromExoProps -> if serverFromExoProps.exoServerVersion >= 1 then Cmd.batch [ OSServerTags.requestCreateServerTag project server.osProps.uuid tag , OSServerPassword.requestClearServerPassword project server.osProps.uuid ] else Cmd.none in ( outerModel, cmd ) |> mapToOuterMsg ReceiveSetServerName _ errorContext result -> case result of Err e -> State.Error.processSynchronousApiError sharedModel errorContext e |> mapToOuterMsg |> mapToOuterModel outerModel Ok actualNewServerName -> let oldOsProps = server.osProps newOsProps = { oldOsProps | name = actualNewServerName } newServer = { server | osProps = newOsProps } newProject = GetterSetters.projectUpdateServer project newServer newOuterModel = { outerModel | sharedModel = GetterSetters.modelUpdateProject sharedModel newProject } -- Later, maybe: Check that newServerName == actualNewServerName in updateUnderlying (ServerDetailMsg <| Page.ServerDetail.GotServerNamePendingConfirmation Nothing) newOuterModel ReceiveSetServerMetadata intendedMetadataItem errorContext result -> case result of Err e -> -- Error from API State.Error.processSynchronousApiError sharedModel errorContext e |> mapToOuterMsg |> mapToOuterModel outerModel Ok newServerMetadata -> -- Update the model after ensuring the intended metadata item was actually added if List.member intendedMetadataItem newServerMetadata then let oldServerDetails = server.osProps.details newServerDetails = { oldServerDetails | metadata = newServerMetadata } oldOsProps = server.osProps newOsProps = { oldOsProps | details = newServerDetails } newServer = { server | osProps = newOsProps } newProject = GetterSetters.projectUpdateServer project newServer newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in ( newSharedModel, Cmd.none ) |> mapToOuterMsg |> mapToOuterModel outerModel else -- This is bonkers, throw an error State.Error.processStringError sharedModel errorContext "The metadata items returned by OpenStack did not include the metadata item that we tried to set." |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveDeleteServerMetadata metadataKey errorContext result -> case result of Err e -> -- Error from API State.Error.processSynchronousApiError sharedModel errorContext e |> mapToOuterMsg |> mapToOuterModel outerModel Ok _ -> let oldServerDetails = server.osProps.details newServerDetails = { oldServerDetails | metadata = List.filter (\i -> i.key /= metadataKey) oldServerDetails.metadata } oldOsProps = server.osProps newOsProps = { oldOsProps | details = newServerDetails } newServer = { server | osProps = newOsProps } newProject = GetterSetters.projectUpdateServer project newServer newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in ( newSharedModel, Cmd.none ) |> mapToOuterModel outerModel ReceiveGuacamoleAuthToken result -> let errorContext = ErrorContext "Receive a response from Guacamole auth token API" ErrorDebug Nothing sharedModelUpdateGuacProps : ServerFromExoProps -> GuacTypes.LaunchedWithGuacProps -> SharedModel sharedModelUpdateGuacProps exoOriginProps guacProps = let newOriginProps = { exoOriginProps | guacamoleStatus = GuacTypes.LaunchedWithGuacamole guacProps } oldExoProps = server.exoProps newExoProps = { oldExoProps | serverOrigin = ServerFromExo newOriginProps } newServer = { server | exoProps = newExoProps } newProject = GetterSetters.projectUpdateServer project newServer newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in newSharedModel in case server.exoProps.serverOrigin of ServerFromExo exoOriginProps -> case exoOriginProps.guacamoleStatus of GuacTypes.LaunchedWithGuacamole oldGuacProps -> let newGuacProps = case result of Ok tokenValue -> if server.osProps.details.openstackStatus == OSTypes.ServerActive then { oldGuacProps | authToken = RDPP.RemoteDataPlusPlus (RDPP.DoHave tokenValue sharedModel.clientCurrentTime ) (RDPP.NotLoading Nothing) } else -- Server is not active, this token won't work, so we don't store it { oldGuacProps | authToken = RDPP.empty } Err e -> { oldGuacProps | authToken = RDPP.RemoteDataPlusPlus oldGuacProps.authToken.data (RDPP.NotLoading (Just ( e, sharedModel.clientCurrentTime ))) } in ( sharedModelUpdateGuacProps exoOriginProps newGuacProps , Cmd.none ) |> mapToOuterMsg |> mapToOuterModel outerModel GuacTypes.NotLaunchedWithGuacamole -> State.Error.processStringError sharedModel errorContext "Server does not appear to have been launched with Guacamole support" |> mapToOuterMsg |> mapToOuterModel outerModel ServerNotFromExo -> State.Error.processStringError sharedModel errorContext "Server does not appear to have been launched from Exosphere" |> mapToOuterMsg |> mapToOuterModel outerModel RequestServerAction func targetStatuses -> let oldExoProps = server.exoProps newServer = Server server.osProps { oldExoProps | targetOpenstackStatus = targetStatuses } server.events newProject = GetterSetters.projectUpdateServer project newServer newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in ( newSharedModel, func newProject.endpoints.nova ) |> mapToOuterMsg |> mapToOuterModel outerModel ReceiveConsoleLog errorContext result -> case server.exoProps.serverOrigin of ServerNotFromExo -> ( outerModel, Cmd.none ) ServerFromExo exoOriginProps -> let oldExoSetupStatus = case exoOriginProps.exoSetupStatus.data of RDPP.DontHave -> ExoSetupUnknown RDPP.DoHave s _ -> s ( newExoSetupStatusRDPP, exoSetupStatusMetadataCmd ) = case result of Err httpError -> ( RDPP.RemoteDataPlusPlus exoOriginProps.exoSetupStatus.data (RDPP.NotLoading (Just ( httpError, sharedModel.clientCurrentTime ))) , Cmd.none ) Ok consoleLog -> let newExoSetupStatus = Helpers.ExoSetupStatus.parseConsoleLogExoSetupStatus oldExoSetupStatus consoleLog server.osProps.details.created sharedModel.clientCurrentTime cmd = if newExoSetupStatus == oldExoSetupStatus then Cmd.none else let value = Helpers.ExoSetupStatus.exoSetupStatusToStr newExoSetupStatus metadataItem = OSTypes.MetadataItem "exoSetup" value in Rest.Nova.requestSetServerMetadata project server.osProps.uuid metadataItem in ( RDPP.RemoteDataPlusPlus (RDPP.DoHave newExoSetupStatus sharedModel.clientCurrentTime ) (RDPP.NotLoading Nothing) , cmd ) newResourceUsage = case result of Err httpError -> RDPP.RemoteDataPlusPlus exoOriginProps.resourceUsage.data (RDPP.NotLoading (Just ( httpError, sharedModel.clientCurrentTime ))) Ok consoleLog -> RDPP.RemoteDataPlusPlus (RDPP.DoHave (Helpers.ServerResourceUsage.parseConsoleLog consoleLog (RDPP.withDefault Types.ServerResourceUsage.emptyResourceUsageHistory exoOriginProps.resourceUsage ) ) sharedModel.clientCurrentTime ) (RDPP.NotLoading Nothing) newWorkflowToken : CustomWorkflow -> CustomWorkflowTokenRDPP newWorkflowToken currentWorkflow = case result of Err httpError -> RDPP.RemoteDataPlusPlus RDPP.DontHave (RDPP.NotLoading (Just ( httpError, sharedModel.clientCurrentTime ))) Ok consoleLog -> let maybeParsedToken = Helpers.parseConsoleLogForWorkflowToken consoleLog in case maybeParsedToken of Just parsedToken -> RDPP.RemoteDataPlusPlus (RDPP.DoHave parsedToken sharedModel.clientCurrentTime ) (RDPP.NotLoading Nothing) Nothing -> currentWorkflow.authToken newWorkflowStatus : ServerCustomWorkflowStatus newWorkflowStatus = case exoOriginProps.customWorkflowStatus of NotLaunchedWithCustomWorkflow -> exoOriginProps.customWorkflowStatus LaunchedWithCustomWorkflow customWorkflow -> LaunchedWithCustomWorkflow { customWorkflow | authToken = newWorkflowToken customWorkflow } newOriginProps = { exoOriginProps | resourceUsage = newResourceUsage , exoSetupStatus = newExoSetupStatusRDPP , customWorkflowStatus = newWorkflowStatus } oldExoProps = server.exoProps newExoProps = { oldExoProps | serverOrigin = ServerFromExo newOriginProps } newServer = { server | exoProps = newExoProps } newProject = GetterSetters.projectUpdateServer project newServer newSharedModel = GetterSetters.modelUpdateProject sharedModel newProject in case result of Err httpError -> State.Error.processSynchronousApiError newSharedModel errorContext httpError |> mapToOuterMsg |> mapToOuterModel outerModel Ok _ -> ( newSharedModel, exoSetupStatusMetadataCmd ) |> mapToOuterMsg |> mapToOuterModel outerModel processNewFloatingIp : Time.Posix -> Project -> OSTypes.FloatingIp -> Project processNewFloatingIp time project floatingIp = let otherIps = project.floatingIps |> RDPP.withDefault [] |> List.filter (\i -> i.uuid /= floatingIp.uuid) newIps = floatingIp :: otherIps in { project | floatingIps = RDPP.RemoteDataPlusPlus (RDPP.DoHave newIps time) (RDPP.NotLoading Nothing) } createProject : OuterModel -> Maybe OSTypes.ProjectDescription -> OSTypes.ScopedAuthToken -> Endpoints -> ( OuterModel, Cmd OuterMsg ) createProject outerModel description authToken endpoints = let sharedModel = outerModel.sharedModel newProject = { secret = NoProjectSecret , auth = authToken -- Maybe todo, eliminate parallel data structures in auth and endpoints? , endpoints = endpoints , description = description , images = [] , servers = RDPP.RemoteDataPlusPlus RDPP.DontHave RDPP.Loading , flavors = [] , keypairs = RemoteData.NotAsked , volumes = RemoteData.NotAsked , networks = RDPP.empty , autoAllocatedNetworkUuid = RDPP.empty , floatingIps = RDPP.empty , ports = RDPP.empty , securityGroups = [] , computeQuota = RemoteData.NotAsked , volumeQuota = RemoteData.NotAsked } newProjects = newProject :: outerModel.sharedModel.projects newViewStateCmd = -- If the user is selecting projects from an unscoped provider then don't interrupt them case outerModel.viewState of NonProjectView (SelectProjects _) -> Cmd.none -- Otherwise take them to home page _ -> Route.pushUrl sharedModel.viewContext <| Route.Home ( newSharedModel, newCmd ) = ( { sharedModel | projects = newProjects } , [ Rest.Nova.requestServers , Rest.Neutron.requestSecurityGroups , Rest.Keystone.requestAppCredential sharedModel.clientUuid sharedModel.clientCurrentTime ] |> List.map (\x -> x newProject) |> Cmd.batch ) |> Helpers.pipelineCmd (ApiModelHelpers.requestVolumes newProject.auth.project.uuid) |> Helpers.pipelineCmd (ApiModelHelpers.requestFloatingIps newProject.auth.project.uuid) |> Helpers.pipelineCmd (ApiModelHelpers.requestPorts newProject.auth.project.uuid) in ( { outerModel | sharedModel = newSharedModel } , Cmd.batch [ newViewStateCmd, Cmd.map SharedMsg newCmd ] ) createUnscopedProvider : SharedModel -> OSTypes.UnscopedAuthToken -> HelperTypes.Url -> ( SharedModel, Cmd SharedMsg ) createUnscopedProvider model authToken authUrl = let newProvider = { authUrl = authUrl , token = PI:PASSWORD:<PASSWORD>END_PI , projectsAvailable = RemoteData.Loading } newProviders = newProvider :: model.unscopedProviders in ( { model | unscopedProviders = newProviders } , Rest.Keystone.requestUnscopedProjects newProvider model.cloudCorsProxyUrl ) requestDeleteServer : Project -> OSTypes.ServerUuid -> Bool -> ( Project, Cmd SharedMsg ) requestDeleteServer project serverUuid retainFloatingIps = case GetterSetters.serverLookup project serverUuid of Nothing -> -- Server likely deleted already, do nothing ( project, Cmd.none ) Just server -> let oldExoProps = server.exoProps newServer = { server | exoProps = { oldExoProps | deletionAttempted = True } } deleteFloatingIpCmds = if retainFloatingIps then [] else GetterSetters.getServerFloatingIps project server.osProps.uuid |> List.map .uuid |> List.map (Rest.Neutron.requestDeleteFloatingIp project) newProject = GetterSetters.projectUpdateServer project newServer in ( newProject , Cmd.batch [ Rest.Nova.requestDeleteServer newProject.auth.project.uuid newProject.endpoints.nova newServer.osProps.uuid , Cmd.batch deleteFloatingIpCmds ] )

elm

tests/NoDebug/TodoOrToString.elm

bebbs/elm-review

module NoDebug.TodoOrToString exposing (rule) {-| @docs rule -} import Elm.Syntax.Exposing as Exposing import Elm.Syntax.Expression as Expression exposing (Expression) import Elm.Syntax.Import exposing (Import) import Elm.Syntax.Node as Node exposing (Node) import Review.Rule as Rule exposing (Error, Rule) {-| Forbid the use of [`Debug.todo`] and [`Debug.toString`]. config = [ NoDebug.TodoOrToString.rule ] The reason why there is a is separate rule for handling [`Debug.log`] and one for handling [`Debug.todo`] and [`Debug.toString`], is because these two functions are reasonable and useful to have in tests. You can for instance create test data without having to handle the error case everywhere. If you do enter the error case in the following example, then tests will fail. testEmail : Email testEmail = case Email.fromString "some.email@domain.com" of Just email -> email Nothing -> Debug.todo "Supplied an invalid email in tests" If you want to allow these functions in tests but not in production code, you can configure the rule like this. import Review.Rule as Rule exposing (Rule) config = [ NoDebug.TodoOrToString.rule |> Rule.ignoreErrorsForDirectories [ "tests/" ] ] ## Fail _ = if condition then a else Debug.todo "" _ = Debug.toString data ## Success if condition then a else b ## Try it out You can try this rule out by running the following command: ```bash elm-review --template jfmengels/elm-review-debug/example --rules NoDebug.TodoOrToString ``` [`Debug.log`]: https://package.elm-lang.org/packages/elm/core/latest/Debug#log [`Debug.todo`]: https://package.elm-lang.org/packages/elm/core/latest/Debug#todo [`Debug.toString`]: https://package.elm-lang.org/packages/elm/core/latest/Debug#toString -} rule : Rule rule = Rule.newModuleRuleSchema "NoDebug.TodoOrToString" init |> Rule.withImportVisitor importVisitor |> Rule.withExpressionVisitor expressionVisitor |> Rule.fromModuleRuleSchema type alias Context = { hasTodoBeenImported : Bool , hasToStringBeenImported : Bool } init : Context init = { hasTodoBeenImported = False , hasToStringBeenImported = False } error : Node a -> String -> Error {} error node name = Rule.error { message = "Remove the use of `Debug." ++ name ++ "` before shipping to production" , details = [ "`Debug." ++ name ++ "` can be useful when developing, but is not meant to be shipped to production or published in a package. I suggest removing its use before committing and attempting to push to production." ] } (Node.range node) importVisitor : Node Import -> Context -> ( List nothing, Context ) importVisitor node context = let moduleName : List String moduleName = node |> Node.value |> .moduleName |> Node.value in if moduleName == [ "Debug" ] then case node |> Node.value |> .exposingList |> Maybe.map Node.value of Just (Exposing.All _) -> ( [], { hasTodoBeenImported = True, hasToStringBeenImported = True } ) Just (Exposing.Explicit importedNames) -> ( [] , { context | hasTodoBeenImported = List.any (is "todo") importedNames , hasToStringBeenImported = List.any (is "toString") importedNames } ) Nothing -> ( [], context ) else ( [], context ) is : String -> Node Exposing.TopLevelExpose -> Bool is name node = case Node.value node of Exposing.FunctionExpose functionName -> name == functionName _ -> False expressionVisitor : Node Expression -> Rule.Direction -> Context -> ( List (Error {}), Context ) expressionVisitor node direction context = case ( direction, Node.value node ) of ( Rule.OnEnter, Expression.FunctionOrValue [ "Debug" ] name ) -> if name == "todo" then ( [ error node name ], context ) else if name == "toString" then ( [ error node name ], context ) else ( [], context ) ( Rule.OnEnter, Expression.FunctionOrValue [] name ) -> if name == "todo" && context.hasTodoBeenImported then ( [ error node name ], context ) else if name == "toString" && context.hasToStringBeenImported then ( [ error node name ], context ) else ( [], context ) _ -> ( [], context )

57233

module NoDebug.TodoOrToString exposing (rule) {-| @docs rule -} import Elm.Syntax.Exposing as Exposing import Elm.Syntax.Expression as Expression exposing (Expression) import Elm.Syntax.Import exposing (Import) import Elm.Syntax.Node as Node exposing (Node) import Review.Rule as Rule exposing (Error, Rule) {-| Forbid the use of [`Debug.todo`] and [`Debug.toString`]. config = [ NoDebug.TodoOrToString.rule ] The reason why there is a is separate rule for handling [`Debug.log`] and one for handling [`Debug.todo`] and [`Debug.toString`], is because these two functions are reasonable and useful to have in tests. You can for instance create test data without having to handle the error case everywhere. If you do enter the error case in the following example, then tests will fail. testEmail : Email testEmail = case Email.fromString "<EMAIL>" of Just email -> email Nothing -> Debug.todo "Supplied an invalid email in tests" If you want to allow these functions in tests but not in production code, you can configure the rule like this. import Review.Rule as Rule exposing (Rule) config = [ NoDebug.TodoOrToString.rule |> Rule.ignoreErrorsForDirectories [ "tests/" ] ] ## Fail _ = if condition then a else Debug.todo "" _ = Debug.toString data ## Success if condition then a else b ## Try it out You can try this rule out by running the following command: ```bash elm-review --template jfmengels/elm-review-debug/example --rules NoDebug.TodoOrToString ``` [`Debug.log`]: https://package.elm-lang.org/packages/elm/core/latest/Debug#log [`Debug.todo`]: https://package.elm-lang.org/packages/elm/core/latest/Debug#todo [`Debug.toString`]: https://package.elm-lang.org/packages/elm/core/latest/Debug#toString -} rule : Rule rule = Rule.newModuleRuleSchema "NoDebug.TodoOrToString" init |> Rule.withImportVisitor importVisitor |> Rule.withExpressionVisitor expressionVisitor |> Rule.fromModuleRuleSchema type alias Context = { hasTodoBeenImported : Bool , hasToStringBeenImported : Bool } init : Context init = { hasTodoBeenImported = False , hasToStringBeenImported = False } error : Node a -> String -> Error {} error node name = Rule.error { message = "Remove the use of `Debug." ++ name ++ "` before shipping to production" , details = [ "`Debug." ++ name ++ "` can be useful when developing, but is not meant to be shipped to production or published in a package. I suggest removing its use before committing and attempting to push to production." ] } (Node.range node) importVisitor : Node Import -> Context -> ( List nothing, Context ) importVisitor node context = let moduleName : List String moduleName = node |> Node.value |> .moduleName |> Node.value in if moduleName == [ "Debug" ] then case node |> Node.value |> .exposingList |> Maybe.map Node.value of Just (Exposing.All _) -> ( [], { hasTodoBeenImported = True, hasToStringBeenImported = True } ) Just (Exposing.Explicit importedNames) -> ( [] , { context | hasTodoBeenImported = List.any (is "todo") importedNames , hasToStringBeenImported = List.any (is "toString") importedNames } ) Nothing -> ( [], context ) else ( [], context ) is : String -> Node Exposing.TopLevelExpose -> Bool is name node = case Node.value node of Exposing.FunctionExpose functionName -> name == functionName _ -> False expressionVisitor : Node Expression -> Rule.Direction -> Context -> ( List (Error {}), Context ) expressionVisitor node direction context = case ( direction, Node.value node ) of ( Rule.OnEnter, Expression.FunctionOrValue [ "Debug" ] name ) -> if name == "todo" then ( [ error node name ], context ) else if name == "toString" then ( [ error node name ], context ) else ( [], context ) ( Rule.OnEnter, Expression.FunctionOrValue [] name ) -> if name == "todo" && context.hasTodoBeenImported then ( [ error node name ], context ) else if name == "toString" && context.hasToStringBeenImported then ( [ error node name ], context ) else ( [], context ) _ -> ( [], context )

module NoDebug.TodoOrToString exposing (rule) {-| @docs rule -} import Elm.Syntax.Exposing as Exposing import Elm.Syntax.Expression as Expression exposing (Expression) import Elm.Syntax.Import exposing (Import) import Elm.Syntax.Node as Node exposing (Node) import Review.Rule as Rule exposing (Error, Rule) {-| Forbid the use of [`Debug.todo`] and [`Debug.toString`]. config = [ NoDebug.TodoOrToString.rule ] The reason why there is a is separate rule for handling [`Debug.log`] and one for handling [`Debug.todo`] and [`Debug.toString`], is because these two functions are reasonable and useful to have in tests. You can for instance create test data without having to handle the error case everywhere. If you do enter the error case in the following example, then tests will fail. testEmail : Email testEmail = case Email.fromString "PI:EMAIL:<EMAIL>END_PI" of Just email -> email Nothing -> Debug.todo "Supplied an invalid email in tests" If you want to allow these functions in tests but not in production code, you can configure the rule like this. import Review.Rule as Rule exposing (Rule) config = [ NoDebug.TodoOrToString.rule |> Rule.ignoreErrorsForDirectories [ "tests/" ] ] ## Fail _ = if condition then a else Debug.todo "" _ = Debug.toString data ## Success if condition then a else b ## Try it out You can try this rule out by running the following command: ```bash elm-review --template jfmengels/elm-review-debug/example --rules NoDebug.TodoOrToString ``` [`Debug.log`]: https://package.elm-lang.org/packages/elm/core/latest/Debug#log [`Debug.todo`]: https://package.elm-lang.org/packages/elm/core/latest/Debug#todo [`Debug.toString`]: https://package.elm-lang.org/packages/elm/core/latest/Debug#toString -} rule : Rule rule = Rule.newModuleRuleSchema "NoDebug.TodoOrToString" init |> Rule.withImportVisitor importVisitor |> Rule.withExpressionVisitor expressionVisitor |> Rule.fromModuleRuleSchema type alias Context = { hasTodoBeenImported : Bool , hasToStringBeenImported : Bool } init : Context init = { hasTodoBeenImported = False , hasToStringBeenImported = False } error : Node a -> String -> Error {} error node name = Rule.error { message = "Remove the use of `Debug." ++ name ++ "` before shipping to production" , details = [ "`Debug." ++ name ++ "` can be useful when developing, but is not meant to be shipped to production or published in a package. I suggest removing its use before committing and attempting to push to production." ] } (Node.range node) importVisitor : Node Import -> Context -> ( List nothing, Context ) importVisitor node context = let moduleName : List String moduleName = node |> Node.value |> .moduleName |> Node.value in if moduleName == [ "Debug" ] then case node |> Node.value |> .exposingList |> Maybe.map Node.value of Just (Exposing.All _) -> ( [], { hasTodoBeenImported = True, hasToStringBeenImported = True } ) Just (Exposing.Explicit importedNames) -> ( [] , { context | hasTodoBeenImported = List.any (is "todo") importedNames , hasToStringBeenImported = List.any (is "toString") importedNames } ) Nothing -> ( [], context ) else ( [], context ) is : String -> Node Exposing.TopLevelExpose -> Bool is name node = case Node.value node of Exposing.FunctionExpose functionName -> name == functionName _ -> False expressionVisitor : Node Expression -> Rule.Direction -> Context -> ( List (Error {}), Context ) expressionVisitor node direction context = case ( direction, Node.value node ) of ( Rule.OnEnter, Expression.FunctionOrValue [ "Debug" ] name ) -> if name == "todo" then ( [ error node name ], context ) else if name == "toString" then ( [ error node name ], context ) else ( [], context ) ( Rule.OnEnter, Expression.FunctionOrValue [] name ) -> if name == "todo" && context.hasTodoBeenImported then ( [ error node name ], context ) else if name == "toString" && context.hasToStringBeenImported then ( [ error node name ], context ) else ( [], context ) _ -> ( [], context )

elm

tests/src/Specs/HttpLogSpec.elm

jhack32/elm-spec

module Specs.HttpLogSpec exposing (main) import Spec exposing (..) import Spec.Setup as Setup import Spec.Markup as Markup import Spec.Markup.Selector exposing (..) import Spec.Markup.Event as Event import Spec.Claim exposing (..) import Spec.Http import Spec.Http.Route exposing (..) import Spec.File import Html exposing (Html) import Html.Attributes as Attr import Html.Events as Events import Http import Bytes.Encode as Bytes import File exposing (File) import File.Select import Json.Encode as Encode import Runner httpRequestLogSpec : Spec Model Msg httpRequestLogSpec = Spec.describe "logRequests" [ scenario "there are requests" ( given ( testSubject [ getRequest "http://fun.com/fun/1" [ Http.header "Content-Type" "text/plain;charset=utf-8", Http.header "X-Fun-Header" "my-header" ] , getRequest "http://awesome.com/awesome?name=cool" [ Http.header "Content-Type" "text/plain;charset=utf-8" ] , postRequest "http://super.com/super" ] ) |> when "requests are sent" [ Spec.Http.logRequests , Markup.target << by [ id "request-button" ] , Event.click , Spec.Http.logRequests , Event.click , Spec.Http.logRequests , Event.click , Spec.Http.logRequests ] |> observeThat [ it "makes the GET requests" ( Spec.Http.observeRequests (route "GET" <| Matching ".+") |> expect (isListWithLength 2) ) , it "makes the POST requests" ( Spec.Http.observeRequests (route "POST" <| Matching ".+") |> expect (isListWithLength 1) ) ] ) ] logBytesRequestSpec : Spec Model Msg logBytesRequestSpec = describe "log an HTTP request with bytes body" [ scenario "the request is logged" ( given ( testSubject [ bytesRequest "http://fun.com/bytes" <| Bytes.encode <| Bytes.string "This is binary stuff!" ] ) |> when "requests are sent" [ Markup.target << by [ id "request-button" ] , Event.click , Spec.Http.logRequests ] |> it "makes the POST requests" ( Spec.Http.observeRequests (route "POST" <| Matching ".+") |> expect (isListWithLength 1) ) ) ] logFileRequestSpec : Spec Model Msg logFileRequestSpec = describe "log an HTTP request with file body" [ scenario "the request is logged" ( given ( testSubject [ fileRequest "http://fun.com/files" ] ) |> when "a file is selected" [ Markup.target << by [ id "select-file" ] , Event.click , Spec.File.select [ Spec.File.withText "/some/path/to/my-test-file.txt" "some super cool content" |> Spec.File.withMimeType "text/plain" ] ] |> when "requests are sent" [ Markup.target << by [ id "request-button" ] , Event.click , Spec.Http.logRequests ] |> it "makes the POST requests" ( Spec.Http.observeRequests (route "POST" <| Matching ".+") |> expect (isListWithLength 1) ) ) ] logMultipartRequestSpec : Spec Model Msg logMultipartRequestSpec = describe "log a multipart HTTP request" [ scenario "a multipart request" ( given ( testSubject [ multipartRequest "http://place.com/api/request" ] ) |> when "a file is selected" [ Markup.target << by [ id "select-file" ] , Event.click , Spec.File.select [ Spec.File.withText "/some/path/to/my-awesome-image.png" "some image data" |> Spec.File.withMimeType "image/png" ] ] |> when "requests are sent" [ Markup.target << by [ id "request-button" ] , Event.click , Spec.Http.logRequests ] |> it "makes the POST request" ( Spec.Http.observeRequests (post "http://place.com/api/request") |> expect (isListWithLength 1) ) ) ] getRequest url headers _ = Http.request { method = "GET" , headers = headers , url = url , body = Http.emptyBody , expect = Http.expectString ReceivedRequest , timeout = Nothing , tracker = Nothing } postRequest url _ = Http.request { method = "POST" , headers = [ Http.header "Content-Type" "text/plain;charset=utf-8" , Http.header "X-Fun-Header" "my-header" , Http.header "X-Super-Header" "super" ] , url = url , body = Http.jsonBody <| Encode.object [ ("name", Encode.string "Cool Dude"), ( "count", Encode.int 27) ] , expect = Http.expectString ReceivedRequest , timeout = Nothing , tracker = Nothing } bytesRequest url bytes _ = Http.post { url = url , body = Http.bytesBody "application/octet-stream" bytes , expect = Http.expectString ReceivedRequest } fileRequest url (Model model) = model.selectedFile |> Maybe.map (\file -> Http.post { url = url , body = Http.fileBody file , expect = Http.expectString ReceivedRequest } ) |> Maybe.withDefault Cmd.none multipartRequest url (Model model) = model.selectedFile |> Maybe.map (\file -> Http.post { url = url , body = Http.multipartBody [ Http.stringPart "username" "someone-cool" , Http.filePart "fun-image" file , Http.bytesPart "fun-bytes" "image/png" <| Bytes.encode <| Bytes.string "This is binary stuff!" ] , expect = Http.expectString ReceivedRequest } ) |> Maybe.withDefault Cmd.none testSubject requests = Setup.initWithModel (defaultModel requests) |> Setup.withView testView |> Setup.withUpdate testUpdate type Model = Model { requests: List (Model -> Cmd Msg) , selectedFile: Maybe File } defaultModel requests = Model { requests = requests , selectedFile = Nothing } type Msg = SendRequest | SelectFile | GotFile File | ReceivedRequest (Result Http.Error String) testUpdate : Msg -> Model -> (Model, Cmd Msg) testUpdate msg (Model model) = case msg of SelectFile -> ( Model model, File.Select.file [] GotFile ) GotFile file -> ( Model { model | selectedFile = Just file }, Cmd.none ) SendRequest -> case model.requests of [] -> ( Model model, Cmd.none ) next :: requests -> ( Model { model | requests = requests } , next <| Model model ) ReceivedRequest _ -> ( Model model, Cmd.none ) testView : Model -> Html Msg testView model = Html.div [] [ Html.button [ Attr.id "request-button", Events.onClick SendRequest ] [ Html.text "Send Next Request!" ] , Html.button [ Attr.id "select-file", Events.onClick SelectFile ] [ Html.text "Select file!" ] ] selectSpec : String -> Maybe (Spec Model Msg) selectSpec name = case name of "logRequests" -> Just httpRequestLogSpec "logBytesRequest" -> Just logBytesRequestSpec "logFileRequest" -> Just logFileRequestSpec "logMultipartRequest" -> Just logMultipartRequestSpec _ -> Nothing main = Runner.browserProgram selectSpec

15802

module Specs.HttpLogSpec exposing (main) import Spec exposing (..) import Spec.Setup as Setup import Spec.Markup as Markup import Spec.Markup.Selector exposing (..) import Spec.Markup.Event as Event import Spec.Claim exposing (..) import Spec.Http import Spec.Http.Route exposing (..) import Spec.File import Html exposing (Html) import Html.Attributes as Attr import Html.Events as Events import Http import Bytes.Encode as Bytes import File exposing (File) import File.Select import Json.Encode as Encode import Runner httpRequestLogSpec : Spec Model Msg httpRequestLogSpec = Spec.describe "logRequests" [ scenario "there are requests" ( given ( testSubject [ getRequest "http://fun.com/fun/1" [ Http.header "Content-Type" "text/plain;charset=utf-8", Http.header "X-Fun-Header" "my-header" ] , getRequest "http://awesome.com/awesome?name=cool" [ Http.header "Content-Type" "text/plain;charset=utf-8" ] , postRequest "http://super.com/super" ] ) |> when "requests are sent" [ Spec.Http.logRequests , Markup.target << by [ id "request-button" ] , Event.click , Spec.Http.logRequests , Event.click , Spec.Http.logRequests , Event.click , Spec.Http.logRequests ] |> observeThat [ it "makes the GET requests" ( Spec.Http.observeRequests (route "GET" <| Matching ".+") |> expect (isListWithLength 2) ) , it "makes the POST requests" ( Spec.Http.observeRequests (route "POST" <| Matching ".+") |> expect (isListWithLength 1) ) ] ) ] logBytesRequestSpec : Spec Model Msg logBytesRequestSpec = describe "log an HTTP request with bytes body" [ scenario "the request is logged" ( given ( testSubject [ bytesRequest "http://fun.com/bytes" <| Bytes.encode <| Bytes.string "This is binary stuff!" ] ) |> when "requests are sent" [ Markup.target << by [ id "request-button" ] , Event.click , Spec.Http.logRequests ] |> it "makes the POST requests" ( Spec.Http.observeRequests (route "POST" <| Matching ".+") |> expect (isListWithLength 1) ) ) ] logFileRequestSpec : Spec Model Msg logFileRequestSpec = describe "log an HTTP request with file body" [ scenario "the request is logged" ( given ( testSubject [ fileRequest "http://fun.com/files" ] ) |> when "a file is selected" [ Markup.target << by [ id "select-file" ] , Event.click , Spec.File.select [ Spec.File.withText "/some/path/to/my-test-file.txt" "some super cool content" |> Spec.File.withMimeType "text/plain" ] ] |> when "requests are sent" [ Markup.target << by [ id "request-button" ] , Event.click , Spec.Http.logRequests ] |> it "makes the POST requests" ( Spec.Http.observeRequests (route "POST" <| Matching ".+") |> expect (isListWithLength 1) ) ) ] logMultipartRequestSpec : Spec Model Msg logMultipartRequestSpec = describe "log a multipart HTTP request" [ scenario "a multipart request" ( given ( testSubject [ multipartRequest "http://place.com/api/request" ] ) |> when "a file is selected" [ Markup.target << by [ id "select-file" ] , Event.click , Spec.File.select [ Spec.File.withText "/some/path/to/my-awesome-image.png" "some image data" |> Spec.File.withMimeType "image/png" ] ] |> when "requests are sent" [ Markup.target << by [ id "request-button" ] , Event.click , Spec.Http.logRequests ] |> it "makes the POST request" ( Spec.Http.observeRequests (post "http://place.com/api/request") |> expect (isListWithLength 1) ) ) ] getRequest url headers _ = Http.request { method = "GET" , headers = headers , url = url , body = Http.emptyBody , expect = Http.expectString ReceivedRequest , timeout = Nothing , tracker = Nothing } postRequest url _ = Http.request { method = "POST" , headers = [ Http.header "Content-Type" "text/plain;charset=utf-8" , Http.header "X-Fun-Header" "my-header" , Http.header "X-Super-Header" "super" ] , url = url , body = Http.jsonBody <| Encode.object [ ("name", Encode.string "<NAME> Dude"), ( "count", Encode.int 27) ] , expect = Http.expectString ReceivedRequest , timeout = Nothing , tracker = Nothing } bytesRequest url bytes _ = Http.post { url = url , body = Http.bytesBody "application/octet-stream" bytes , expect = Http.expectString ReceivedRequest } fileRequest url (Model model) = model.selectedFile |> Maybe.map (\file -> Http.post { url = url , body = Http.fileBody file , expect = Http.expectString ReceivedRequest } ) |> Maybe.withDefault Cmd.none multipartRequest url (Model model) = model.selectedFile |> Maybe.map (\file -> Http.post { url = url , body = Http.multipartBody [ Http.stringPart "username" "someone-cool" , Http.filePart "fun-image" file , Http.bytesPart "fun-bytes" "image/png" <| Bytes.encode <| Bytes.string "This is binary stuff!" ] , expect = Http.expectString ReceivedRequest } ) |> Maybe.withDefault Cmd.none testSubject requests = Setup.initWithModel (defaultModel requests) |> Setup.withView testView |> Setup.withUpdate testUpdate type Model = Model { requests: List (Model -> Cmd Msg) , selectedFile: Maybe File } defaultModel requests = Model { requests = requests , selectedFile = Nothing } type Msg = SendRequest | SelectFile | GotFile File | ReceivedRequest (Result Http.Error String) testUpdate : Msg -> Model -> (Model, Cmd Msg) testUpdate msg (Model model) = case msg of SelectFile -> ( Model model, File.Select.file [] GotFile ) GotFile file -> ( Model { model | selectedFile = Just file }, Cmd.none ) SendRequest -> case model.requests of [] -> ( Model model, Cmd.none ) next :: requests -> ( Model { model | requests = requests } , next <| Model model ) ReceivedRequest _ -> ( Model model, Cmd.none ) testView : Model -> Html Msg testView model = Html.div [] [ Html.button [ Attr.id "request-button", Events.onClick SendRequest ] [ Html.text "Send Next Request!" ] , Html.button [ Attr.id "select-file", Events.onClick SelectFile ] [ Html.text "Select file!" ] ] selectSpec : String -> Maybe (Spec Model Msg) selectSpec name = case name of "logRequests" -> Just httpRequestLogSpec "logBytesRequest" -> Just logBytesRequestSpec "logFileRequest" -> Just logFileRequestSpec "logMultipartRequest" -> Just logMultipartRequestSpec _ -> Nothing main = Runner.browserProgram selectSpec

module Specs.HttpLogSpec exposing (main) import Spec exposing (..) import Spec.Setup as Setup import Spec.Markup as Markup import Spec.Markup.Selector exposing (..) import Spec.Markup.Event as Event import Spec.Claim exposing (..) import Spec.Http import Spec.Http.Route exposing (..) import Spec.File import Html exposing (Html) import Html.Attributes as Attr import Html.Events as Events import Http import Bytes.Encode as Bytes import File exposing (File) import File.Select import Json.Encode as Encode import Runner httpRequestLogSpec : Spec Model Msg httpRequestLogSpec = Spec.describe "logRequests" [ scenario "there are requests" ( given ( testSubject [ getRequest "http://fun.com/fun/1" [ Http.header "Content-Type" "text/plain;charset=utf-8", Http.header "X-Fun-Header" "my-header" ] , getRequest "http://awesome.com/awesome?name=cool" [ Http.header "Content-Type" "text/plain;charset=utf-8" ] , postRequest "http://super.com/super" ] ) |> when "requests are sent" [ Spec.Http.logRequests , Markup.target << by [ id "request-button" ] , Event.click , Spec.Http.logRequests , Event.click , Spec.Http.logRequests , Event.click , Spec.Http.logRequests ] |> observeThat [ it "makes the GET requests" ( Spec.Http.observeRequests (route "GET" <| Matching ".+") |> expect (isListWithLength 2) ) , it "makes the POST requests" ( Spec.Http.observeRequests (route "POST" <| Matching ".+") |> expect (isListWithLength 1) ) ] ) ] logBytesRequestSpec : Spec Model Msg logBytesRequestSpec = describe "log an HTTP request with bytes body" [ scenario "the request is logged" ( given ( testSubject [ bytesRequest "http://fun.com/bytes" <| Bytes.encode <| Bytes.string "This is binary stuff!" ] ) |> when "requests are sent" [ Markup.target << by [ id "request-button" ] , Event.click , Spec.Http.logRequests ] |> it "makes the POST requests" ( Spec.Http.observeRequests (route "POST" <| Matching ".+") |> expect (isListWithLength 1) ) ) ] logFileRequestSpec : Spec Model Msg logFileRequestSpec = describe "log an HTTP request with file body" [ scenario "the request is logged" ( given ( testSubject [ fileRequest "http://fun.com/files" ] ) |> when "a file is selected" [ Markup.target << by [ id "select-file" ] , Event.click , Spec.File.select [ Spec.File.withText "/some/path/to/my-test-file.txt" "some super cool content" |> Spec.File.withMimeType "text/plain" ] ] |> when "requests are sent" [ Markup.target << by [ id "request-button" ] , Event.click , Spec.Http.logRequests ] |> it "makes the POST requests" ( Spec.Http.observeRequests (route "POST" <| Matching ".+") |> expect (isListWithLength 1) ) ) ] logMultipartRequestSpec : Spec Model Msg logMultipartRequestSpec = describe "log a multipart HTTP request" [ scenario "a multipart request" ( given ( testSubject [ multipartRequest "http://place.com/api/request" ] ) |> when "a file is selected" [ Markup.target << by [ id "select-file" ] , Event.click , Spec.File.select [ Spec.File.withText "/some/path/to/my-awesome-image.png" "some image data" |> Spec.File.withMimeType "image/png" ] ] |> when "requests are sent" [ Markup.target << by [ id "request-button" ] , Event.click , Spec.Http.logRequests ] |> it "makes the POST request" ( Spec.Http.observeRequests (post "http://place.com/api/request") |> expect (isListWithLength 1) ) ) ] getRequest url headers _ = Http.request { method = "GET" , headers = headers , url = url , body = Http.emptyBody , expect = Http.expectString ReceivedRequest , timeout = Nothing , tracker = Nothing } postRequest url _ = Http.request { method = "POST" , headers = [ Http.header "Content-Type" "text/plain;charset=utf-8" , Http.header "X-Fun-Header" "my-header" , Http.header "X-Super-Header" "super" ] , url = url , body = Http.jsonBody <| Encode.object [ ("name", Encode.string "PI:NAME:<NAME>END_PI Dude"), ( "count", Encode.int 27) ] , expect = Http.expectString ReceivedRequest , timeout = Nothing , tracker = Nothing } bytesRequest url bytes _ = Http.post { url = url , body = Http.bytesBody "application/octet-stream" bytes , expect = Http.expectString ReceivedRequest } fileRequest url (Model model) = model.selectedFile |> Maybe.map (\file -> Http.post { url = url , body = Http.fileBody file , expect = Http.expectString ReceivedRequest } ) |> Maybe.withDefault Cmd.none multipartRequest url (Model model) = model.selectedFile |> Maybe.map (\file -> Http.post { url = url , body = Http.multipartBody [ Http.stringPart "username" "someone-cool" , Http.filePart "fun-image" file , Http.bytesPart "fun-bytes" "image/png" <| Bytes.encode <| Bytes.string "This is binary stuff!" ] , expect = Http.expectString ReceivedRequest } ) |> Maybe.withDefault Cmd.none testSubject requests = Setup.initWithModel (defaultModel requests) |> Setup.withView testView |> Setup.withUpdate testUpdate type Model = Model { requests: List (Model -> Cmd Msg) , selectedFile: Maybe File } defaultModel requests = Model { requests = requests , selectedFile = Nothing } type Msg = SendRequest | SelectFile | GotFile File | ReceivedRequest (Result Http.Error String) testUpdate : Msg -> Model -> (Model, Cmd Msg) testUpdate msg (Model model) = case msg of SelectFile -> ( Model model, File.Select.file [] GotFile ) GotFile file -> ( Model { model | selectedFile = Just file }, Cmd.none ) SendRequest -> case model.requests of [] -> ( Model model, Cmd.none ) next :: requests -> ( Model { model | requests = requests } , next <| Model model ) ReceivedRequest _ -> ( Model model, Cmd.none ) testView : Model -> Html Msg testView model = Html.div [] [ Html.button [ Attr.id "request-button", Events.onClick SendRequest ] [ Html.text "Send Next Request!" ] , Html.button [ Attr.id "select-file", Events.onClick SelectFile ] [ Html.text "Select file!" ] ] selectSpec : String -> Maybe (Spec Model Msg) selectSpec name = case name of "logRequests" -> Just httpRequestLogSpec "logBytesRequest" -> Just logBytesRequestSpec "logFileRequest" -> Just logFileRequestSpec "logMultipartRequest" -> Just logMultipartRequestSpec _ -> Nothing main = Runner.browserProgram selectSpec

elm

src/Date/Extra/Core.elm

AdrianRibao/elm-date-extra

module Date.Extra.Core exposing ( daysInMonth , daysInNextMonth , daysInPrevMonth , daysInMonthDate , daysBackToStartOfWeek , epochDateStr , firstOfNextMonthDate , fromTime , intToMonth , isLeapYear , isLeapYearDate , isoDayOfWeek , lastOfMonthDate , lastOfPrevMonthDate , monthList , monthToInt , nextDay , nextMonth , prevDay , prevMonth , ticksAnHour , ticksADay , ticksAMillisecond , ticksAMinute , ticksASecond , ticksAWeek , toFirstOfMonth , toTime , yearToDayLength ) {-| Date core. ## Info @docs monthToInt @docs intToMonth @docs daysInMonth @docs monthList @docs daysInNextMonth @docs daysInPrevMonth @docs daysInMonthDate @docs isLeapYear @docs isLeapYearDate @docs yearToDayLength @docs isoDayOfWeek ## Utility @docs toFirstOfMonth @docs firstOfNextMonthDate @docs lastOfMonthDate @docs lastOfPrevMonthDate @docs daysBackToStartOfWeek ## Conversion @docs fromTime @docs toTime ## Iteration Utility @docs nextDay @docs prevDay @docs nextMonth @docs prevMonth ## Date constants @docs epochDateStr ## Date constants @docs ticksAMillisecond @docs ticksASecond @docs ticksAMinute @docs ticksAnHour @docs ticksADay @docs ticksAWeek Copyright (c) 2016-2018 Robin Luiten -} import Date exposing (Date, Day(..), Month(..)) import Time import Date.Extra.Internal as Internal import Date.Extra.Internal2 as Internal2 import Date.Extra.Period as Period {-| Return days in month for year month. -} daysInMonth : Int -> Month -> Int daysInMonth = Internal2.daysInMonth {-| Return days in next calendar month. -} daysInNextMonth : Date -> Int daysInNextMonth = Internal2.daysInNextMonth {-| Return days in next calendar month. -} daysInPrevMonth : Date -> Int daysInPrevMonth = Internal2.daysInPrevMonth {-| Days in month for given date. -} daysInMonthDate : Date -> Int daysInMonthDate = Internal2.daysInMonthDate {-| Epoch starting point for tick 0. -} epochDateStr : String epochDateStr = Internal2.epochDateStr {-| Convenience fromTime as time ticks are Elm Ints in this library. -} fromTime : Int -> Date fromTime = Internal2.fromTime {-| Return integer as month. Jan <= 1 Feb == 2 up to Dec > 11. -} intToMonth : Int -> Month intToMonth = Internal2.intToMonth {-| Return True if Year is a leap year. -} isLeapYear : Int -> Bool isLeapYear = Internal2.isLeapYear {-| Return True if Year of Date is a leap year. -} isLeapYearDate : Date -> Bool isLeapYearDate = Internal2.isLeapYearDate {-| Return the Iso DayOfWeek Monday 1, to Sunday 7. -} isoDayOfWeek : Date.Day -> Int isoDayOfWeek = Internal2.isoDayOfWeek {-| List of months in order from Jan to Dec. -} monthList : List Month monthList = Internal2.monthList {-| Return month as integer. Jan = 1 to Dec = 12. -} monthToInt : Month -> Int monthToInt = Internal2.monthToInt {-| Return next day in calendar sequence. -} nextDay : Day -> Day nextDay = Internal2.nextDay {-| Return next month in calendar sequence. -} nextMonth : Month -> Month nextMonth = Internal2.nextMonth {-| Return previous day in calendar sequence. -} prevDay : Day -> Day prevDay = Internal2.prevDay {-| Return previous month in calendar sequence. -} prevMonth : Month -> Month prevMonth = Internal2.prevMonth {-| Ticks in an hour. -} ticksAnHour : Int ticksAnHour = Internal2.ticksAnHour {-| Ticks in a day. -} ticksADay : Int ticksADay = Internal2.ticksADay {-| Ticks in a millisecond. (this is 1 on Win 7 in Chrome) -} ticksAMillisecond : Int ticksAMillisecond = Internal2.ticksAMillisecond {-| Ticks in a minute. -} ticksAMinute : Int ticksAMinute = Internal2.ticksAMinute {-| Ticks in a second. -} ticksASecond : Int ticksASecond = Internal2.ticksASecond {-| Ticks in a week. -} ticksAWeek : Int ticksAWeek = Internal2.ticksAWeek {-| Convenience toTime as time ticks are Elm Ints in this library. -} toTime : Date -> Int toTime = Internal2.toTime {-| Return number of days in a year. -} yearToDayLength : Int -> Int yearToDayLength = Internal2.yearToDayLength {-| Return first of next month date. -} firstOfNextMonthDate : Date -> Date firstOfNextMonthDate date = compensateZoneOffset date (Internal2.firstOfNextMonthDate date) {-| Return last of previous month date. -} lastOfPrevMonthDate : Date -> Date lastOfPrevMonthDate date = compensateZoneOffset date (Internal2.lastOfPrevMonthDate date) {-| Return date of first day of month. -} toFirstOfMonth : Date -> Date toFirstOfMonth date = compensateZoneOffset date (Internal2.fromTime (Internal2.firstOfMonthTicks date)) {-| Return date of last day of month. -} lastOfMonthDate : Date -> Date lastOfMonthDate date = compensateZoneOffset date (Internal2.fromTime (Internal2.lastOfMonthTicks date)) {-| Adjust value of date2 compensating for a time zone offset difference between date1 and date2. This is used for cases where date2 is created based on date1 but crosses day light saving boundary. -} compensateZoneOffset date1 date2 = Period.add Period.Minute ((Internal.getTimezoneOffset date2) - (Internal.getTimezoneOffset date1) ) date2 {-| Return number of days back to start of week day. First parameter Date.day - is current day of week. Second parameter Date.day - is start day of week. -} daysBackToStartOfWeek : Date.Day -> Date.Day -> Int daysBackToStartOfWeek dateDay startOfWeekDay = let dateDayIndex = isoDayOfWeek dateDay startOfWeekDayIndex = isoDayOfWeek startOfWeekDay in if dateDayIndex < startOfWeekDayIndex then (7 + dateDayIndex) - startOfWeekDayIndex else dateDayIndex - startOfWeekDayIndex

2804

module Date.Extra.Core exposing ( daysInMonth , daysInNextMonth , daysInPrevMonth , daysInMonthDate , daysBackToStartOfWeek , epochDateStr , firstOfNextMonthDate , fromTime , intToMonth , isLeapYear , isLeapYearDate , isoDayOfWeek , lastOfMonthDate , lastOfPrevMonthDate , monthList , monthToInt , nextDay , nextMonth , prevDay , prevMonth , ticksAnHour , ticksADay , ticksAMillisecond , ticksAMinute , ticksASecond , ticksAWeek , toFirstOfMonth , toTime , yearToDayLength ) {-| Date core. ## Info @docs monthToInt @docs intToMonth @docs daysInMonth @docs monthList @docs daysInNextMonth @docs daysInPrevMonth @docs daysInMonthDate @docs isLeapYear @docs isLeapYearDate @docs yearToDayLength @docs isoDayOfWeek ## Utility @docs toFirstOfMonth @docs firstOfNextMonthDate @docs lastOfMonthDate @docs lastOfPrevMonthDate @docs daysBackToStartOfWeek ## Conversion @docs fromTime @docs toTime ## Iteration Utility @docs nextDay @docs prevDay @docs nextMonth @docs prevMonth ## Date constants @docs epochDateStr ## Date constants @docs ticksAMillisecond @docs ticksASecond @docs ticksAMinute @docs ticksAnHour @docs ticksADay @docs ticksAWeek Copyright (c) 2016-2018 <NAME> -} import Date exposing (Date, Day(..), Month(..)) import Time import Date.Extra.Internal as Internal import Date.Extra.Internal2 as Internal2 import Date.Extra.Period as Period {-| Return days in month for year month. -} daysInMonth : Int -> Month -> Int daysInMonth = Internal2.daysInMonth {-| Return days in next calendar month. -} daysInNextMonth : Date -> Int daysInNextMonth = Internal2.daysInNextMonth {-| Return days in next calendar month. -} daysInPrevMonth : Date -> Int daysInPrevMonth = Internal2.daysInPrevMonth {-| Days in month for given date. -} daysInMonthDate : Date -> Int daysInMonthDate = Internal2.daysInMonthDate {-| Epoch starting point for tick 0. -} epochDateStr : String epochDateStr = Internal2.epochDateStr {-| Convenience fromTime as time ticks are Elm Ints in this library. -} fromTime : Int -> Date fromTime = Internal2.fromTime {-| Return integer as month. Jan <= 1 Feb == 2 up to Dec > 11. -} intToMonth : Int -> Month intToMonth = Internal2.intToMonth {-| Return True if Year is a leap year. -} isLeapYear : Int -> Bool isLeapYear = Internal2.isLeapYear {-| Return True if Year of Date is a leap year. -} isLeapYearDate : Date -> Bool isLeapYearDate = Internal2.isLeapYearDate {-| Return the Iso DayOfWeek Monday 1, to Sunday 7. -} isoDayOfWeek : Date.Day -> Int isoDayOfWeek = Internal2.isoDayOfWeek {-| List of months in order from Jan to Dec. -} monthList : List Month monthList = Internal2.monthList {-| Return month as integer. Jan = 1 to Dec = 12. -} monthToInt : Month -> Int monthToInt = Internal2.monthToInt {-| Return next day in calendar sequence. -} nextDay : Day -> Day nextDay = Internal2.nextDay {-| Return next month in calendar sequence. -} nextMonth : Month -> Month nextMonth = Internal2.nextMonth {-| Return previous day in calendar sequence. -} prevDay : Day -> Day prevDay = Internal2.prevDay {-| Return previous month in calendar sequence. -} prevMonth : Month -> Month prevMonth = Internal2.prevMonth {-| Ticks in an hour. -} ticksAnHour : Int ticksAnHour = Internal2.ticksAnHour {-| Ticks in a day. -} ticksADay : Int ticksADay = Internal2.ticksADay {-| Ticks in a millisecond. (this is 1 on Win 7 in Chrome) -} ticksAMillisecond : Int ticksAMillisecond = Internal2.ticksAMillisecond {-| Ticks in a minute. -} ticksAMinute : Int ticksAMinute = Internal2.ticksAMinute {-| Ticks in a second. -} ticksASecond : Int ticksASecond = Internal2.ticksASecond {-| Ticks in a week. -} ticksAWeek : Int ticksAWeek = Internal2.ticksAWeek {-| Convenience toTime as time ticks are Elm Ints in this library. -} toTime : Date -> Int toTime = Internal2.toTime {-| Return number of days in a year. -} yearToDayLength : Int -> Int yearToDayLength = Internal2.yearToDayLength {-| Return first of next month date. -} firstOfNextMonthDate : Date -> Date firstOfNextMonthDate date = compensateZoneOffset date (Internal2.firstOfNextMonthDate date) {-| Return last of previous month date. -} lastOfPrevMonthDate : Date -> Date lastOfPrevMonthDate date = compensateZoneOffset date (Internal2.lastOfPrevMonthDate date) {-| Return date of first day of month. -} toFirstOfMonth : Date -> Date toFirstOfMonth date = compensateZoneOffset date (Internal2.fromTime (Internal2.firstOfMonthTicks date)) {-| Return date of last day of month. -} lastOfMonthDate : Date -> Date lastOfMonthDate date = compensateZoneOffset date (Internal2.fromTime (Internal2.lastOfMonthTicks date)) {-| Adjust value of date2 compensating for a time zone offset difference between date1 and date2. This is used for cases where date2 is created based on date1 but crosses day light saving boundary. -} compensateZoneOffset date1 date2 = Period.add Period.Minute ((Internal.getTimezoneOffset date2) - (Internal.getTimezoneOffset date1) ) date2 {-| Return number of days back to start of week day. First parameter Date.day - is current day of week. Second parameter Date.day - is start day of week. -} daysBackToStartOfWeek : Date.Day -> Date.Day -> Int daysBackToStartOfWeek dateDay startOfWeekDay = let dateDayIndex = isoDayOfWeek dateDay startOfWeekDayIndex = isoDayOfWeek startOfWeekDay in if dateDayIndex < startOfWeekDayIndex then (7 + dateDayIndex) - startOfWeekDayIndex else dateDayIndex - startOfWeekDayIndex

module Date.Extra.Core exposing ( daysInMonth , daysInNextMonth , daysInPrevMonth , daysInMonthDate , daysBackToStartOfWeek , epochDateStr , firstOfNextMonthDate , fromTime , intToMonth , isLeapYear , isLeapYearDate , isoDayOfWeek , lastOfMonthDate , lastOfPrevMonthDate , monthList , monthToInt , nextDay , nextMonth , prevDay , prevMonth , ticksAnHour , ticksADay , ticksAMillisecond , ticksAMinute , ticksASecond , ticksAWeek , toFirstOfMonth , toTime , yearToDayLength ) {-| Date core. ## Info @docs monthToInt @docs intToMonth @docs daysInMonth @docs monthList @docs daysInNextMonth @docs daysInPrevMonth @docs daysInMonthDate @docs isLeapYear @docs isLeapYearDate @docs yearToDayLength @docs isoDayOfWeek ## Utility @docs toFirstOfMonth @docs firstOfNextMonthDate @docs lastOfMonthDate @docs lastOfPrevMonthDate @docs daysBackToStartOfWeek ## Conversion @docs fromTime @docs toTime ## Iteration Utility @docs nextDay @docs prevDay @docs nextMonth @docs prevMonth ## Date constants @docs epochDateStr ## Date constants @docs ticksAMillisecond @docs ticksASecond @docs ticksAMinute @docs ticksAnHour @docs ticksADay @docs ticksAWeek Copyright (c) 2016-2018 PI:NAME:<NAME>END_PI -} import Date exposing (Date, Day(..), Month(..)) import Time import Date.Extra.Internal as Internal import Date.Extra.Internal2 as Internal2 import Date.Extra.Period as Period {-| Return days in month for year month. -} daysInMonth : Int -> Month -> Int daysInMonth = Internal2.daysInMonth {-| Return days in next calendar month. -} daysInNextMonth : Date -> Int daysInNextMonth = Internal2.daysInNextMonth {-| Return days in next calendar month. -} daysInPrevMonth : Date -> Int daysInPrevMonth = Internal2.daysInPrevMonth {-| Days in month for given date. -} daysInMonthDate : Date -> Int daysInMonthDate = Internal2.daysInMonthDate {-| Epoch starting point for tick 0. -} epochDateStr : String epochDateStr = Internal2.epochDateStr {-| Convenience fromTime as time ticks are Elm Ints in this library. -} fromTime : Int -> Date fromTime = Internal2.fromTime {-| Return integer as month. Jan <= 1 Feb == 2 up to Dec > 11. -} intToMonth : Int -> Month intToMonth = Internal2.intToMonth {-| Return True if Year is a leap year. -} isLeapYear : Int -> Bool isLeapYear = Internal2.isLeapYear {-| Return True if Year of Date is a leap year. -} isLeapYearDate : Date -> Bool isLeapYearDate = Internal2.isLeapYearDate {-| Return the Iso DayOfWeek Monday 1, to Sunday 7. -} isoDayOfWeek : Date.Day -> Int isoDayOfWeek = Internal2.isoDayOfWeek {-| List of months in order from Jan to Dec. -} monthList : List Month monthList = Internal2.monthList {-| Return month as integer. Jan = 1 to Dec = 12. -} monthToInt : Month -> Int monthToInt = Internal2.monthToInt {-| Return next day in calendar sequence. -} nextDay : Day -> Day nextDay = Internal2.nextDay {-| Return next month in calendar sequence. -} nextMonth : Month -> Month nextMonth = Internal2.nextMonth {-| Return previous day in calendar sequence. -} prevDay : Day -> Day prevDay = Internal2.prevDay {-| Return previous month in calendar sequence. -} prevMonth : Month -> Month prevMonth = Internal2.prevMonth {-| Ticks in an hour. -} ticksAnHour : Int ticksAnHour = Internal2.ticksAnHour {-| Ticks in a day. -} ticksADay : Int ticksADay = Internal2.ticksADay {-| Ticks in a millisecond. (this is 1 on Win 7 in Chrome) -} ticksAMillisecond : Int ticksAMillisecond = Internal2.ticksAMillisecond {-| Ticks in a minute. -} ticksAMinute : Int ticksAMinute = Internal2.ticksAMinute {-| Ticks in a second. -} ticksASecond : Int ticksASecond = Internal2.ticksASecond {-| Ticks in a week. -} ticksAWeek : Int ticksAWeek = Internal2.ticksAWeek {-| Convenience toTime as time ticks are Elm Ints in this library. -} toTime : Date -> Int toTime = Internal2.toTime {-| Return number of days in a year. -} yearToDayLength : Int -> Int yearToDayLength = Internal2.yearToDayLength {-| Return first of next month date. -} firstOfNextMonthDate : Date -> Date firstOfNextMonthDate date = compensateZoneOffset date (Internal2.firstOfNextMonthDate date) {-| Return last of previous month date. -} lastOfPrevMonthDate : Date -> Date lastOfPrevMonthDate date = compensateZoneOffset date (Internal2.lastOfPrevMonthDate date) {-| Return date of first day of month. -} toFirstOfMonth : Date -> Date toFirstOfMonth date = compensateZoneOffset date (Internal2.fromTime (Internal2.firstOfMonthTicks date)) {-| Return date of last day of month. -} lastOfMonthDate : Date -> Date lastOfMonthDate date = compensateZoneOffset date (Internal2.fromTime (Internal2.lastOfMonthTicks date)) {-| Adjust value of date2 compensating for a time zone offset difference between date1 and date2. This is used for cases where date2 is created based on date1 but crosses day light saving boundary. -} compensateZoneOffset date1 date2 = Period.add Period.Minute ((Internal.getTimezoneOffset date2) - (Internal.getTimezoneOffset date1) ) date2 {-| Return number of days back to start of week day. First parameter Date.day - is current day of week. Second parameter Date.day - is start day of week. -} daysBackToStartOfWeek : Date.Day -> Date.Day -> Int daysBackToStartOfWeek dateDay startOfWeekDay = let dateDayIndex = isoDayOfWeek dateDay startOfWeekDayIndex = isoDayOfWeek startOfWeekDay in if dateDayIndex < startOfWeekDayIndex then (7 + dateDayIndex) - startOfWeekDayIndex else dateDayIndex - startOfWeekDayIndex

elm

src/front-end/update/LogUpdate.elm

MarkDBlackwell/qplaylist-remember

{- Copyright (C) 2018 Mark D. Blackwell. All rights reserved. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. -} module LogUpdate exposing ( cmdLogDecoding , cmdLogRequest , cmdLogResponse ) import Debug import ElmCycle import RequestUpdateType exposing ( Action(..) ) -- UPDATE cmdLogAction : Action -> Maybe String -> Cmd ElmCycle.Msg cmdLogAction action textMaybe = let keepForConsoleLogging : String keepForConsoleLogging = let actionString : String actionString = case action of ActionDecoding -> "Decoding" ActionRequest -> "Request" ActionResponse -> "Response" text : String text = textMaybe |> Maybe.withDefault "Ok" in --Use Debug.log during development: --text -- |> Debug.log actionString text in Cmd.none cmdLogDecoding : Maybe String -> Cmd ElmCycle.Msg cmdLogDecoding textMaybe = textMaybe |> cmdLogAction ActionDecoding cmdLogRequest : String -> Cmd ElmCycle.Msg cmdLogRequest text = Just text |> cmdLogAction ActionRequest cmdLogResponse : Maybe String -> Cmd ElmCycle.Msg cmdLogResponse textMaybe = textMaybe |> cmdLogAction ActionResponse

50901

{- Copyright (C) 2018 <NAME>. All rights reserved. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. -} module LogUpdate exposing ( cmdLogDecoding , cmdLogRequest , cmdLogResponse ) import Debug import ElmCycle import RequestUpdateType exposing ( Action(..) ) -- UPDATE cmdLogAction : Action -> Maybe String -> Cmd ElmCycle.Msg cmdLogAction action textMaybe = let keepForConsoleLogging : String keepForConsoleLogging = let actionString : String actionString = case action of ActionDecoding -> "Decoding" ActionRequest -> "Request" ActionResponse -> "Response" text : String text = textMaybe |> Maybe.withDefault "Ok" in --Use Debug.log during development: --text -- |> Debug.log actionString text in Cmd.none cmdLogDecoding : Maybe String -> Cmd ElmCycle.Msg cmdLogDecoding textMaybe = textMaybe |> cmdLogAction ActionDecoding cmdLogRequest : String -> Cmd ElmCycle.Msg cmdLogRequest text = Just text |> cmdLogAction ActionRequest cmdLogResponse : Maybe String -> Cmd ElmCycle.Msg cmdLogResponse textMaybe = textMaybe |> cmdLogAction ActionResponse

{- Copyright (C) 2018 PI:NAME:<NAME>END_PI. All rights reserved. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. -} module LogUpdate exposing ( cmdLogDecoding , cmdLogRequest , cmdLogResponse ) import Debug import ElmCycle import RequestUpdateType exposing ( Action(..) ) -- UPDATE cmdLogAction : Action -> Maybe String -> Cmd ElmCycle.Msg cmdLogAction action textMaybe = let keepForConsoleLogging : String keepForConsoleLogging = let actionString : String actionString = case action of ActionDecoding -> "Decoding" ActionRequest -> "Request" ActionResponse -> "Response" text : String text = textMaybe |> Maybe.withDefault "Ok" in --Use Debug.log during development: --text -- |> Debug.log actionString text in Cmd.none cmdLogDecoding : Maybe String -> Cmd ElmCycle.Msg cmdLogDecoding textMaybe = textMaybe |> cmdLogAction ActionDecoding cmdLogRequest : String -> Cmd ElmCycle.Msg cmdLogRequest text = Just text |> cmdLogAction ActionRequest cmdLogResponse : Maybe String -> Cmd ElmCycle.Msg cmdLogResponse textMaybe = textMaybe |> cmdLogAction ActionResponse

elm

part10/elm-stuff/packages/lukewestby/elm-http-builder/5.2.0/tests/Tests.elm

rtfeldman/elm-0.18-workshop

module Tests exposing (..) import Time import Http exposing (Request) import Json.Decode as Decode import Json.Encode as Encode import Test exposing (Test, test, describe) import Expect import HttpBuilder exposing (..) import Native.Polyfills polyfillsEnabled : Bool polyfillsEnabled = Native.Polyfills.enabled testDecoder : Decode.Decoder String testDecoder = Decode.at [ "hello" ] Decode.string alwaysEmptyOk : a -> Result x () alwaysEmptyOk _ = Ok () expectNothing : Http.Expect () expectNothing = Http.expectStringResponse alwaysEmptyOk defaultBuilder : RequestBuilder () defaultBuilder = { method = "POST" , url = "example.com" , expect = expectNothing , timeout = Nothing , withCredentials = False , headers = [] , body = Http.emptyBody , queryParams = [] , cacheBuster = Nothing } all : Test all = describe "HttpBuilder" [ test "polyfills are set up" <| \() -> polyfillsEnabled |> Expect.equal True , test "Request Building" <| \() -> let actual = get "http://example.com" |> withBearerToken "eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJhIjoiYSJ9.MvhYYpYBuN1rUaV0GGnQGvr889zY0xSc20Lnt8nMTfE" |> withHeader "Test" "Header" |> withHeaders [ ( "OtherTest", "Header" ) ] |> withStringBody "text/plain" """{ "test": "body" }""" |> withTimeout (10 * Time.second) |> withCredentials |> withQueryParams [ ( "hello", "world" ) ] |> withCacheBuster "cb" |> withExpect expectNothing expected = { method = "GET" , url = "http://example.com" , queryParams = [ ( "hello", "world" ) ] , body = Http.stringBody "text/plain" """{ "test": "body" }""" , timeout = Just (10 * Time.second) , expect = expectNothing , withCredentials = True , headers = [ Http.header "OtherTest" "Header" , Http.header "Test" "Header" , Http.header "Authorization" "Bearer eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJhIjoiYSJ9.MvhYYpYBuN1rUaV0GGnQGvr889zY0xSc20Lnt8nMTfE" ] , cacheBuster = Just "cb" } in Expect.equal expected actual , describe "with*Body functions" [ test "withStringBody applies string directly" <| \() -> post "example.com" |> withStringBody "text/plain" "hello" |> withExpect expectNothing |> Expect.equal { defaultBuilder | body = Http.stringBody "text/plain" "hello" } , test "withJsonBody applies a Json.Value as a string" <| \() -> post "example.com" |> withJsonBody (Encode.string "hello") |> withExpect expectNothing |> Expect.equal { defaultBuilder | body = Http.jsonBody (Encode.string "hello") } , test "withUrlEncodedBody encodes pairs as url components" <| \() -> post "example.com" |> withUrlEncodedBody [ ( "hello", "w orld" ) ] |> withExpect expectNothing |> Expect.equal { defaultBuilder | body = Http.stringBody "application/x-www-form-urlencoded" "hello=w+orld" } , test "withMultipartStringBody passes through to Http.multipart" <| \() -> post "example.com" |> withMultipartStringBody [ ( "hello", "world" ) ] |> withExpect expectNothing |> Expect.equal { defaultBuilder | body = Http.multipartBody [ Http.stringPart "hello" "world" ] } ] ]

1975

module Tests exposing (..) import Time import Http exposing (Request) import Json.Decode as Decode import Json.Encode as Encode import Test exposing (Test, test, describe) import Expect import HttpBuilder exposing (..) import Native.Polyfills polyfillsEnabled : Bool polyfillsEnabled = Native.Polyfills.enabled testDecoder : Decode.Decoder String testDecoder = Decode.at [ "hello" ] Decode.string alwaysEmptyOk : a -> Result x () alwaysEmptyOk _ = Ok () expectNothing : Http.Expect () expectNothing = Http.expectStringResponse alwaysEmptyOk defaultBuilder : RequestBuilder () defaultBuilder = { method = "POST" , url = "example.com" , expect = expectNothing , timeout = Nothing , withCredentials = False , headers = [] , body = Http.emptyBody , queryParams = [] , cacheBuster = Nothing } all : Test all = describe "HttpBuilder" [ test "polyfills are set up" <| \() -> polyfillsEnabled |> Expect.equal True , test "Request Building" <| \() -> let actual = get "http://example.com" |> withBearerToken "<KEY>" |> withHeader "Test" "Header" |> withHeaders [ ( "OtherTest", "Header" ) ] |> withStringBody "text/plain" """{ "test": "body" }""" |> withTimeout (10 * Time.second) |> withCredentials |> withQueryParams [ ( "hello", "world" ) ] |> withCacheBuster "cb" |> withExpect expectNothing expected = { method = "GET" , url = "http://example.com" , queryParams = [ ( "hello", "world" ) ] , body = Http.stringBody "text/plain" """{ "test": "body" }""" , timeout = Just (10 * Time.second) , expect = expectNothing , withCredentials = True , headers = [ Http.header "OtherTest" "Header" , Http.header "Test" "Header" , Http.header "Authorization" "<KEY> <KEY>" ] , cacheBuster = Just "cb" } in Expect.equal expected actual , describe "with*Body functions" [ test "withStringBody applies string directly" <| \() -> post "example.com" |> withStringBody "text/plain" "hello" |> withExpect expectNothing |> Expect.equal { defaultBuilder | body = Http.stringBody "text/plain" "hello" } , test "withJsonBody applies a Json.Value as a string" <| \() -> post "example.com" |> withJsonBody (Encode.string "hello") |> withExpect expectNothing |> Expect.equal { defaultBuilder | body = Http.jsonBody (Encode.string "hello") } , test "withUrlEncodedBody encodes pairs as url components" <| \() -> post "example.com" |> withUrlEncodedBody [ ( "hello", "w orld" ) ] |> withExpect expectNothing |> Expect.equal { defaultBuilder | body = Http.stringBody "application/x-www-form-urlencoded" "hello=w+orld" } , test "withMultipartStringBody passes through to Http.multipart" <| \() -> post "example.com" |> withMultipartStringBody [ ( "hello", "world" ) ] |> withExpect expectNothing |> Expect.equal { defaultBuilder | body = Http.multipartBody [ Http.stringPart "hello" "world" ] } ] ]

module Tests exposing (..) import Time import Http exposing (Request) import Json.Decode as Decode import Json.Encode as Encode import Test exposing (Test, test, describe) import Expect import HttpBuilder exposing (..) import Native.Polyfills polyfillsEnabled : Bool polyfillsEnabled = Native.Polyfills.enabled testDecoder : Decode.Decoder String testDecoder = Decode.at [ "hello" ] Decode.string alwaysEmptyOk : a -> Result x () alwaysEmptyOk _ = Ok () expectNothing : Http.Expect () expectNothing = Http.expectStringResponse alwaysEmptyOk defaultBuilder : RequestBuilder () defaultBuilder = { method = "POST" , url = "example.com" , expect = expectNothing , timeout = Nothing , withCredentials = False , headers = [] , body = Http.emptyBody , queryParams = [] , cacheBuster = Nothing } all : Test all = describe "HttpBuilder" [ test "polyfills are set up" <| \() -> polyfillsEnabled |> Expect.equal True , test "Request Building" <| \() -> let actual = get "http://example.com" |> withBearerToken "PI:KEY:<KEY>END_PI" |> withHeader "Test" "Header" |> withHeaders [ ( "OtherTest", "Header" ) ] |> withStringBody "text/plain" """{ "test": "body" }""" |> withTimeout (10 * Time.second) |> withCredentials |> withQueryParams [ ( "hello", "world" ) ] |> withCacheBuster "cb" |> withExpect expectNothing expected = { method = "GET" , url = "http://example.com" , queryParams = [ ( "hello", "world" ) ] , body = Http.stringBody "text/plain" """{ "test": "body" }""" , timeout = Just (10 * Time.second) , expect = expectNothing , withCredentials = True , headers = [ Http.header "OtherTest" "Header" , Http.header "Test" "Header" , Http.header "Authorization" "PI:KEY:<KEY>END_PI PI:KEY:<KEY>END_PI" ] , cacheBuster = Just "cb" } in Expect.equal expected actual , describe "with*Body functions" [ test "withStringBody applies string directly" <| \() -> post "example.com" |> withStringBody "text/plain" "hello" |> withExpect expectNothing |> Expect.equal { defaultBuilder | body = Http.stringBody "text/plain" "hello" } , test "withJsonBody applies a Json.Value as a string" <| \() -> post "example.com" |> withJsonBody (Encode.string "hello") |> withExpect expectNothing |> Expect.equal { defaultBuilder | body = Http.jsonBody (Encode.string "hello") } , test "withUrlEncodedBody encodes pairs as url components" <| \() -> post "example.com" |> withUrlEncodedBody [ ( "hello", "w orld" ) ] |> withExpect expectNothing |> Expect.equal { defaultBuilder | body = Http.stringBody "application/x-www-form-urlencoded" "hello=w+orld" } , test "withMultipartStringBody passes through to Http.multipart" <| \() -> post "example.com" |> withMultipartStringBody [ ( "hello", "world" ) ] |> withExpect expectNothing |> Expect.equal { defaultBuilder | body = Http.multipartBody [ Http.stringPart "hello" "world" ] } ] ]

elm

examples/00-kitchen-sink.elm

reergymerej/elm-architecture-tutorial

module Main exposing (..) import Html import Html.Attributes import Html.Events type alias Model = { todoItems : TaskList , visiblity : Visibility , users : UserList , count : Int , textReverseInput : String , formName : String , formPassword : String , formPasswordConfirmation : String } type Msg = SetVisibilityActive | SetVisibilityAll | SetVisibilityComplete | IncreaseCount | DecreaseCount | ResetCount | ChangeTextReverseInput String | FormChangeName String | FormChangePassword String | FormChangePasswordConfirmation String main : Program Never Model Msg main = Html.beginnerProgram { model = model , view = view , update = update } {- > our view function is producing a Html Msg value. This means that it is a chunk of HTML that can produce Msg values. https://guide.elm-lang.org/architecture/user_input/buttons.html -} type alias Markup = Html.Html Msg type alias Task = { task : String , complete : Bool } type Visibility = All | Active | Completed type alias TaskList = List Task type User = AnonymousUser | NamedUser String type alias UserList = List User model : Model model = { todoItems = [ { task = "Buy milk" , complete = True } , { task = "Drink milk" , complete = False } ] , visiblity = All , users = [ AnonymousUser , AnonymousUser , NamedUser "AzureDiamond" , NamedUser "Mr. Boop" , AnonymousUser ] , count = 0 , textReverseInput = "" , formName = "" , formPassword = "" , formPasswordConfirmation = "" } update : Msg -> Model -> Model update msg model = case msg of SetVisibilityAll -> { model | visiblity = All } SetVisibilityActive -> { model | visiblity = Active } SetVisibilityComplete -> { model | visiblity = Completed } IncreaseCount -> { model | count = model.count + 1 } DecreaseCount -> { model | count = model.count - 1 } ResetCount -> { model | count = 0 } ChangeTextReverseInput value -> { model | textReverseInput = value } FormChangeName name -> { model | formName = name } FormChangePassword password -> { model | formPassword = password } FormChangePasswordConfirmation password -> { model | formPasswordConfirmation = password } renderTodoItems : TaskList -> Markup renderTodoItems list = Html.ul [] (List.map (\item -> Html.li [] [ Html.text item.task ]) list) renderTodoVisibilityButton : String -> Msg -> Markup renderTodoVisibilityButton text message = Html.button [ Html.Events.onClick message ] [ Html.text text ] renderTodoButtons : Markup renderTodoButtons = Html.div [] [ renderTodoVisibilityButton "Show All" SetVisibilityAll , renderTodoVisibilityButton "Show Active" SetVisibilityActive , renderTodoVisibilityButton "Show Completed" SetVisibilityComplete ] filterTodoItems : TaskList -> Visibility -> TaskList filterTodoItems taskList visibility = case visibility of All -> taskList Active -> List.filter (\task -> task.complete == False) taskList Completed -> List.filter (\task -> task.complete == True) taskList renderTodoStuff : Model -> Markup renderTodoStuff model = Html.div [] [ renderTodoItems (filterTodoItems model.todoItems model.visiblity) , renderTodoButtons ] renderUser : User -> Markup renderUser user = case user of AnonymousUser -> Html.div [] [ Html.text "Some Dude" ] NamedUser name -> Html.div [] [ Html.text name ] renderUsers : UserList -> Markup renderUsers users = Html.div [] (List.map renderUser users) renderAnonStuff : Model -> Markup renderAnonStuff model = Html.div [] [ renderUsers model.users ] renderTitle : String -> Markup renderTitle title = Html.h3 [] [ Html.text title ] renderClickableButton : Msg -> String -> Markup renderClickableButton message label = Html.button [ Html.Events.onClick message ] [ Html.text label ] renderCounterStuff : Model -> Markup renderCounterStuff model = Html.div [] [ Html.div [] [ Html.span [] [ Html.text "count: " ] , Html.span [] [ Html.text (toString model.count) ] , Html.div [] [ renderClickableButton DecreaseCount "down" , renderClickableButton IncreaseCount "up" , renderClickableButton ResetCount "reset" ] ] ] reverseString : String -> String reverseString input = String.reverse input renderTextReverseStuff : Model -> Markup renderTextReverseStuff model = Html.div [] [ Html.input [ Html.Events.onInput ChangeTextReverseInput ] [] , Html.div [] [ Html.text (reverseString model.textReverseInput) ] ] renderFormField placeholder onInputMessage = Html.div [] [ Html.label [] [ Html.text placeholder ] , Html.input [ Html.Attributes.placeholder placeholder , Html.Events.onInput onInputMessage ] [] ] passwordsAreOK : String -> String -> Bool passwordsAreOK a b = a == b getPasswordValidationText : Bool -> String getPasswordValidationText theyMatch = if theyMatch then "Good" else "Bad" renderFormValidation : Model -> Markup renderFormValidation model = let ( color, message ) = if passwordsAreOK model.formPassword model.formPasswordConfirmation then ( "green", getPasswordValidationText True ) else ( "red", getPasswordValidationText False ) in Html.div [ Html.Attributes.style [ ( "color", color ) ] ] [ Html.text message ] renderFormStuff : Model -> Markup renderFormStuff model = Html.div [] [ renderFormField "Name" FormChangeName , renderFormField "Password" FormChangePassword , renderFormField "Password Confirmation" FormChangePasswordConfirmation , renderFormValidation model ] view : Model -> Markup view model = Html.div [] [ Html.h1 [] [ Html.text "Kitchen Sink" ] , Html.div [] [ Html.h2 [] [ Html.text "Union Types" ] , Html.div [] [ renderTitle "todo list" , renderTodoStuff model , renderTitle "anonymous user" , renderAnonStuff model , renderTitle "A Simple Counter" , renderCounterStuff model , renderTitle "Text Reverse" , renderTextReverseStuff model , renderTitle "Form Section" , renderFormStuff model ] ] ]

20472

module Main exposing (..) import Html import Html.Attributes import Html.Events type alias Model = { todoItems : TaskList , visiblity : Visibility , users : UserList , count : Int , textReverseInput : String , formName : String , formPassword : String , formPasswordConfirmation : String } type Msg = SetVisibilityActive | SetVisibilityAll | SetVisibilityComplete | IncreaseCount | DecreaseCount | ResetCount | ChangeTextReverseInput String | FormChangeName String | FormChangePassword String | FormChangePasswordConfirmation String main : Program Never Model Msg main = Html.beginnerProgram { model = model , view = view , update = update } {- > our view function is producing a Html Msg value. This means that it is a chunk of HTML that can produce Msg values. https://guide.elm-lang.org/architecture/user_input/buttons.html -} type alias Markup = Html.Html Msg type alias Task = { task : String , complete : Bool } type Visibility = All | Active | Completed type alias TaskList = List Task type User = AnonymousUser | NamedUser String type alias UserList = List User model : Model model = { todoItems = [ { task = "Buy milk" , complete = True } , { task = "Drink milk" , complete = False } ] , visiblity = All , users = [ AnonymousUser , AnonymousUser , NamedUser "AzureDiamond" , NamedUser "<NAME>" , AnonymousUser ] , count = 0 , textReverseInput = "" , formName = "" , formPassword = "" , formPasswordConfirmation = "" } update : Msg -> Model -> Model update msg model = case msg of SetVisibilityAll -> { model | visiblity = All } SetVisibilityActive -> { model | visiblity = Active } SetVisibilityComplete -> { model | visiblity = Completed } IncreaseCount -> { model | count = model.count + 1 } DecreaseCount -> { model | count = model.count - 1 } ResetCount -> { model | count = 0 } ChangeTextReverseInput value -> { model | textReverseInput = value } FormChangeName name -> { model | formName = name } FormChangePassword password -> { model | formPassword = <PASSWORD> } FormChangePasswordConfirmation password -> { model | formPasswordConfirmation = password } renderTodoItems : TaskList -> Markup renderTodoItems list = Html.ul [] (List.map (\item -> Html.li [] [ Html.text item.task ]) list) renderTodoVisibilityButton : String -> Msg -> Markup renderTodoVisibilityButton text message = Html.button [ Html.Events.onClick message ] [ Html.text text ] renderTodoButtons : Markup renderTodoButtons = Html.div [] [ renderTodoVisibilityButton "Show All" SetVisibilityAll , renderTodoVisibilityButton "Show Active" SetVisibilityActive , renderTodoVisibilityButton "Show Completed" SetVisibilityComplete ] filterTodoItems : TaskList -> Visibility -> TaskList filterTodoItems taskList visibility = case visibility of All -> taskList Active -> List.filter (\task -> task.complete == False) taskList Completed -> List.filter (\task -> task.complete == True) taskList renderTodoStuff : Model -> Markup renderTodoStuff model = Html.div [] [ renderTodoItems (filterTodoItems model.todoItems model.visiblity) , renderTodoButtons ] renderUser : User -> Markup renderUser user = case user of AnonymousUser -> Html.div [] [ Html.text "Some Dude" ] NamedUser name -> Html.div [] [ Html.text name ] renderUsers : UserList -> Markup renderUsers users = Html.div [] (List.map renderUser users) renderAnonStuff : Model -> Markup renderAnonStuff model = Html.div [] [ renderUsers model.users ] renderTitle : String -> Markup renderTitle title = Html.h3 [] [ Html.text title ] renderClickableButton : Msg -> String -> Markup renderClickableButton message label = Html.button [ Html.Events.onClick message ] [ Html.text label ] renderCounterStuff : Model -> Markup renderCounterStuff model = Html.div [] [ Html.div [] [ Html.span [] [ Html.text "count: " ] , Html.span [] [ Html.text (toString model.count) ] , Html.div [] [ renderClickableButton DecreaseCount "down" , renderClickableButton IncreaseCount "up" , renderClickableButton ResetCount "reset" ] ] ] reverseString : String -> String reverseString input = String.reverse input renderTextReverseStuff : Model -> Markup renderTextReverseStuff model = Html.div [] [ Html.input [ Html.Events.onInput ChangeTextReverseInput ] [] , Html.div [] [ Html.text (reverseString model.textReverseInput) ] ] renderFormField placeholder onInputMessage = Html.div [] [ Html.label [] [ Html.text placeholder ] , Html.input [ Html.Attributes.placeholder placeholder , Html.Events.onInput onInputMessage ] [] ] passwordsAreOK : String -> String -> Bool passwordsAreOK a b = a == b getPasswordValidationText : Bool -> String getPasswordValidationText theyMatch = if theyMatch then "Good" else "Bad" renderFormValidation : Model -> Markup renderFormValidation model = let ( color, message ) = if passwordsAreOK model.formPassword model.formPasswordConfirmation then ( "green", getPasswordValidationText True ) else ( "red", getPasswordValidationText False ) in Html.div [ Html.Attributes.style [ ( "color", color ) ] ] [ Html.text message ] renderFormStuff : Model -> Markup renderFormStuff model = Html.div [] [ renderFormField "Name" FormChangeName , renderFormField "Password" FormChangePassword , renderFormField "Password Confirmation" FormChangePasswordConfirmation , renderFormValidation model ] view : Model -> Markup view model = Html.div [] [ Html.h1 [] [ Html.text "Kitchen Sink" ] , Html.div [] [ Html.h2 [] [ Html.text "Union Types" ] , Html.div [] [ renderTitle "todo list" , renderTodoStuff model , renderTitle "anonymous user" , renderAnonStuff model , renderTitle "A Simple Counter" , renderCounterStuff model , renderTitle "Text Reverse" , renderTextReverseStuff model , renderTitle "Form Section" , renderFormStuff model ] ] ]

module Main exposing (..) import Html import Html.Attributes import Html.Events type alias Model = { todoItems : TaskList , visiblity : Visibility , users : UserList , count : Int , textReverseInput : String , formName : String , formPassword : String , formPasswordConfirmation : String } type Msg = SetVisibilityActive | SetVisibilityAll | SetVisibilityComplete | IncreaseCount | DecreaseCount | ResetCount | ChangeTextReverseInput String | FormChangeName String | FormChangePassword String | FormChangePasswordConfirmation String main : Program Never Model Msg main = Html.beginnerProgram { model = model , view = view , update = update } {- > our view function is producing a Html Msg value. This means that it is a chunk of HTML that can produce Msg values. https://guide.elm-lang.org/architecture/user_input/buttons.html -} type alias Markup = Html.Html Msg type alias Task = { task : String , complete : Bool } type Visibility = All | Active | Completed type alias TaskList = List Task type User = AnonymousUser | NamedUser String type alias UserList = List User model : Model model = { todoItems = [ { task = "Buy milk" , complete = True } , { task = "Drink milk" , complete = False } ] , visiblity = All , users = [ AnonymousUser , AnonymousUser , NamedUser "AzureDiamond" , NamedUser "PI:NAME:<NAME>END_PI" , AnonymousUser ] , count = 0 , textReverseInput = "" , formName = "" , formPassword = "" , formPasswordConfirmation = "" } update : Msg -> Model -> Model update msg model = case msg of SetVisibilityAll -> { model | visiblity = All } SetVisibilityActive -> { model | visiblity = Active } SetVisibilityComplete -> { model | visiblity = Completed } IncreaseCount -> { model | count = model.count + 1 } DecreaseCount -> { model | count = model.count - 1 } ResetCount -> { model | count = 0 } ChangeTextReverseInput value -> { model | textReverseInput = value } FormChangeName name -> { model | formName = name } FormChangePassword password -> { model | formPassword = PI:PASSWORD:<PASSWORD>END_PI } FormChangePasswordConfirmation password -> { model | formPasswordConfirmation = password } renderTodoItems : TaskList -> Markup renderTodoItems list = Html.ul [] (List.map (\item -> Html.li [] [ Html.text item.task ]) list) renderTodoVisibilityButton : String -> Msg -> Markup renderTodoVisibilityButton text message = Html.button [ Html.Events.onClick message ] [ Html.text text ] renderTodoButtons : Markup renderTodoButtons = Html.div [] [ renderTodoVisibilityButton "Show All" SetVisibilityAll , renderTodoVisibilityButton "Show Active" SetVisibilityActive , renderTodoVisibilityButton "Show Completed" SetVisibilityComplete ] filterTodoItems : TaskList -> Visibility -> TaskList filterTodoItems taskList visibility = case visibility of All -> taskList Active -> List.filter (\task -> task.complete == False) taskList Completed -> List.filter (\task -> task.complete == True) taskList renderTodoStuff : Model -> Markup renderTodoStuff model = Html.div [] [ renderTodoItems (filterTodoItems model.todoItems model.visiblity) , renderTodoButtons ] renderUser : User -> Markup renderUser user = case user of AnonymousUser -> Html.div [] [ Html.text "Some Dude" ] NamedUser name -> Html.div [] [ Html.text name ] renderUsers : UserList -> Markup renderUsers users = Html.div [] (List.map renderUser users) renderAnonStuff : Model -> Markup renderAnonStuff model = Html.div [] [ renderUsers model.users ] renderTitle : String -> Markup renderTitle title = Html.h3 [] [ Html.text title ] renderClickableButton : Msg -> String -> Markup renderClickableButton message label = Html.button [ Html.Events.onClick message ] [ Html.text label ] renderCounterStuff : Model -> Markup renderCounterStuff model = Html.div [] [ Html.div [] [ Html.span [] [ Html.text "count: " ] , Html.span [] [ Html.text (toString model.count) ] , Html.div [] [ renderClickableButton DecreaseCount "down" , renderClickableButton IncreaseCount "up" , renderClickableButton ResetCount "reset" ] ] ] reverseString : String -> String reverseString input = String.reverse input renderTextReverseStuff : Model -> Markup renderTextReverseStuff model = Html.div [] [ Html.input [ Html.Events.onInput ChangeTextReverseInput ] [] , Html.div [] [ Html.text (reverseString model.textReverseInput) ] ] renderFormField placeholder onInputMessage = Html.div [] [ Html.label [] [ Html.text placeholder ] , Html.input [ Html.Attributes.placeholder placeholder , Html.Events.onInput onInputMessage ] [] ] passwordsAreOK : String -> String -> Bool passwordsAreOK a b = a == b getPasswordValidationText : Bool -> String getPasswordValidationText theyMatch = if theyMatch then "Good" else "Bad" renderFormValidation : Model -> Markup renderFormValidation model = let ( color, message ) = if passwordsAreOK model.formPassword model.formPasswordConfirmation then ( "green", getPasswordValidationText True ) else ( "red", getPasswordValidationText False ) in Html.div [ Html.Attributes.style [ ( "color", color ) ] ] [ Html.text message ] renderFormStuff : Model -> Markup renderFormStuff model = Html.div [] [ renderFormField "Name" FormChangeName , renderFormField "Password" FormChangePassword , renderFormField "Password Confirmation" FormChangePasswordConfirmation , renderFormValidation model ] view : Model -> Markup view model = Html.div [] [ Html.h1 [] [ Html.text "Kitchen Sink" ] , Html.div [] [ Html.h2 [] [ Html.text "Union Types" ] , Html.div [] [ renderTitle "todo list" , renderTodoStuff model , renderTitle "anonymous user" , renderAnonStuff model , renderTitle "A Simple Counter" , renderCounterStuff model , renderTitle "Text Reverse" , renderTextReverseStuff model , renderTitle "Form Section" , renderFormStuff model ] ] ]

elm

src/elm/Sfw.elm

Dobiasd/RedditTimeMachine

module Sfw (..) where sfwRaw : List String sfwRaw = [ "100yearsago,32345" , "1200isplenty,40968" , "12thMan,946" , "1911,6937" , "195,10030" , "2007scape,45053" , "240sx,3708" , "30ROCK,20200" , "336RS,5" , "3amjokes,48060" , "3Dmodeling,8997" , "3Dprinting,45402" , "3DS,105660" , "3DSdeals,13270" , "3dshacks,4549" , "40kLore,2901" , "49ers,23227" , "4ChanMeta,8778" , "4PanelCringe,17496" , "4Runner,3143" , "4x4,18457" , "4Xgaming,6475" , "52weeksofcooking,21831" , "7daystodie,8453" , "7kglobal,586" , "80smusic,6852" , "8chan,9806" , "90sAlternative,7895" , "90smusic,6374" , "911truth,9696" , "9gag,4223" , "A858DE45F56D9BC9,11616" , "AAdiscussions,203" , "AaronTracker,4" , "AbandonedPorn,300746" , "ABCDesis,4339" , "ableton,18019" , "ABraThatFits,43569" , "AcademicBiblical,8561" , "Acadiana,2074" , "AccidentalComedy,34518" , "AccidentalRenaissance,7883" , "Accounting,29020" , "AceAttorney,6444" , "acecombat,1946" , "AceOfAngels8,1547" , "ACMilan,3076" , "ACON_Support,455" , "acting,13840" , "ActionFigures,7067" , "ActLikeYouBelong,20574" , "ACTrade,10624" , "actualconspiracies,12269" , "actuallesbians,50164" , "AdamCarolla,5185" , "Addons4Kodi,4778" , "Adelaide,6433" , "ADHD,43331" , "AdorableDragons,5874" , "AdrenalinePorn,67900" , "ads,7112" , "adultery,4964" , "adultswim,15055" , "AdvancedRunning,8663" , "AdventureCapitalist,2034" , "adventurerlogkiraigen,3" , "adventuretime,154732" , "advertising,22881" , "Advice,28313" , "AdviceAnimals,4280324" , "AdviceAtheists,15199" , "AdvLog,6" , "afinil,6147" , "AFL,12831" , "AfterEffects,13537" , "AgainstGamerGate,1828" , "AgainstHateSubreddits,2564" , "againstmensrights,8568" , "Agario,20815" , "agentcarter,8096" , "aggies,8415" , "ainbow,39002" , "AirBnB,3030" , "AirForce,16643" , "airsoft,24091" , "A_irsoft,531" , "airsoftmarket,3989" , "ak47,7742" , "AkameGaKILL,4701" , "alaska,8188" , "Albany,4057" , "alberta,7316" , "albiononline,2721" , "AlbumArtPorn,38777" , "Albuquerque,5171" , "alcohol,19222" , "aldub,251" , "Aleague,4828" , "alexandradaddario,11623" , "AlexisRen,10418" , "AlienBlue,205706" , "aliens,14241" , "AliensAmongUs,7610" , "AlisonBrie,39875" , "allthingsprotoss,8880" , "AllThingsTerran,9039" , "allthingszerg,9941" , "alternativeart,50896" , "altnewz,6882" , "AMA,110503" , "amateurradio,18510" , "amazon,12531" , "amazonecho,4205" , "AmazonTopRated,31361" , "Amd,15312" , "americandad,10454" , "AmericanHorrorStory,41385" , "AmericanPolitics,7383" , "amibeingdetained,28268" , "AmIFreeToGo,18446" , "amiibo,40041" , "AmiiboCanada,2665" , "AmISexy,29827" , "AmItheAsshole,9068" , "amiugly,58738" , "Amsterdam,8891" , "AnaheimDucks,4120" , "analog,25027" , "analogygifs,15193" , "Anarchism,61152" , "Anarcho_Capitalism,24470" , "anarchomemes,2235" , "Anarchy101,8342" , "Android,619379" , "androidapps,71654" , "androidcirclejerk,10091" , "androiddev,45103" , "AndroidGaming,60786" , "AndroidMasterRace,17075" , "AndroidQuestions,21961" , "androidthemes,43273" , "AndroidTV,2073" , "AndroidWear,22250" , "ANGEL,3818" , "angelsbaseball,4015" , "AngieVarona,7416" , "AngieVaronaLegal,14860" , "angularjs,14290" , "AnimalCollective,3999" , "AnimalCrossing,52738" , "AnimalPorn,58298" , "Animals,16669" , "AnimalsBeingBros,155109" , "AnimalsBeingDerps,68440" , "AnimalsBeingGeniuses,11587" , "AnimalsBeingJerks,260301" , "AnimalTextGifs,16525" , "animation,30036" , "anime,329033" , "AnimeFigures,9580" , "animegifs,23635" , "animegifsound,2956" , "anime_irl,21733" , "animelegs,1158" , "animenocontext,17583" , "animeponytails,1120" , "AnimeSketch,7131" , "Animesuggest,33759" , "Animewallpaper,25418" , "Anna_Faith,3919" , "annakendrick,23257" , "AnnArbor,6710" , "announcements,9800402" , "annualkpopawards,63" , "ANormalDayInRussia,107448" , "answers,90064" , "Anthropology,42357" , "AntiAntiJokes,19258" , "Anticonsumption,36517" , "AntiJokes,67527" , "antinatalism,1278" , "ANTM,2152" , "Anxiety,72471" , "AnythingGoesNews,18624" , "AnythingGoesPics,24342" , "aoe2,15746" , "aphextwin,3243" , "apink,2849" , "ApocalypseRising,1312" , "AppalachianTrail,13382" , "AppHookup,54908" , "apple,303477" , "applehelp,18550" , "appletv,11595" , "AppleWatch,17573" , "ApplyingToCollege,3909" , "AquamarineVI,258" , "Aquariums,55476" , "ar15,25099" , "arabs,6346" , "araragi,6637" , "Archaeology,29159" , "archeage,18222" , "ArcherFX,114190" , "Archery,23167" , "architecture,66636" , "ArchitecturePorn,67248" , "archlinux,26220" , "arcticmonkeys,7984" , "arduino,54938" , "arewerolling,5972" , "argentina,18793" , "ArianaGrande,18748" , "arielwinter,8131" , "arizona,9188" , "ARK,9688" , "Arkansas,5084" , "arkfactions,352" , "arma,27814" , "armenia,1578" , "ArmoredWarfare,4370" , "army,17100" , "arresteddevelopment,114120" , "arrow,54555" , "Art,4418320" , "ArtefactPorn,52941" , "artificial,20563" , "ArtisanVideos,150438" , "ArtistLounge,4904" , "ArtPorn,47635" , "AsABlackMan,5445" , "asatru,5196" , "asexuality,9774" , "Ashens,9899" , "asheville,5954" , "AshVsEvilDead,2799" , "asianamerican,9586" , "AsianBeauty,33062" , "AsianCuties,30944" , "AsianHottiesGIFS,14792" , "AsianLadyboners,6093" , "AsianMasculinity,6203" , "AsianParentStories,9823" , "AskAcademia,22049" , "askaconservative,1957" , "AskAnAmerican,5448" , "AskAnthropology,26531" , "askashittydoctor,11900" , "askcarsales,11328" , "AskCulinary,91322" , "AskDocs,11072" , "AskDoctorSmeeee,6793" , "askdrugs,11213" , "AskElectronics,20673" , "AskEngineers,47497" , "AskEurope,4997" , "AskFeminists,8567" , "AskGames,8898" , "askgaybros,20243" , "AskHistorians,462271" , "AskHistory,10196" , "AskHR,2694" , "AskLE,1681" , "AskMen,220171" , "AskMenOver30,13031" , "askMRP,689" , "AskNetsec,14828" , "AskNYC,9909" , "askphilosophy,35904" , "AskPhysics,8632" , "Ask_Politics,19137" , "askportland,2530" , "AskReddit,10155641" , "askscience,6895111" , "AskScienceDiscussion,12244" , "AskScienceFiction,55288" , "askseddit,17700" , "AskSF,3748" , "AskSocialScience,57653" , "asktransgender,23115" , "AskTrollX,8560" , "asktrp,23896" , "AskUK,12080" , "AskVet,8103" , "AskWomen,225556" , "askwomenadvice,6981" , "AskWomenOver30,6563" , "asmr,112789" , "asoiaf,244263" , "asoiafcirclejerk,4344" , "aspergers,15150" , "assassinscreed,46238" , "assettocorsa,6121" , "Assistance,29810" , "astrology,8515" , "Astronomy,141457" , "astrophotography,57121" , "Astros,4952" , "ASU,4409" , "atheism,2099225" , "atheistvids,7627" , "Atlanta,32975" , "AtlantaHawks,4422" , "atlbeer,3517" , "atletico,1135" , "atmidnight,3523" , "AubreyPlaza,14920" , "auckland,5226" , "Audi,14219" , "audiobooks,13601" , "audioengineering,51568" , "Audiomemes,4680" , "audiophile,54275" , "AusFinance,7694" , "auslaw,4139" , "Austin,50816" , "australia,106489" , "AustralianCattleDog,4919" , "AustralianMakeup,4210" , "AustralianPolitics,6610" , "Austria,17901" , "Authentic_Vaping,733" , "autism,10224" , "AutoDetailing,28181" , "Automate,16572" , "Autos,72116" , "aves,21455" , "avfc,1877" , "aviation,65472" , "awakened,6010" , "awardtravel,3823" , "awesome,63586" , "AwesomeCarMods,14282" , "Awesomenauts,6926" , "awfuleverything,8550" , "awfuleyebrows,16927" , "aws,7148" , "aww,8383516" , "Awwducational,105958" , "awwnime,43090" , "awwnverts,13808" , "awwtf,5978" , "Awww,30169" , "awwwtf,52204" , "ayylmao,12334" , "AyyMD,2243" , "AZCardinals,4375" , "BabyBumps,30685" , "BabyCorgis,3817" , "babyelephantgifs,78348" , "BABYMETAL,4337" , "backpacking,66411" , "BacktotheFuture,8217" , "BackYardChickens,13125" , "Bacon,23353" , "baconreader,286837" , "badcode,11582" , "Bad_Cop_Follow_Up,383" , "Bad_Cop_No_Donut,83168" , "badeconomics,7137" , "BadguyWolfies,2" , "badhistory,53746" , "badlegaladvice,6941" , "badlinguistics,12134" , "badmathematics,2022" , "badMovies,17298" , "badphilosophy,12828" , "badpolitics,4844" , "bad_religion,3771" , "badroommates,7389" , "badscience,7812" , "BadSocialScience,4476" , "badtattoos,46256" , "baduk,7264" , "badukpolitics,345" , "badwomensanatomy,5426" , "bagelheads,52" , "BakaNewsJP,3604" , "bakchodi,4281" , "Baking,76381" , "balisong,2263" , "baltimore,17454" , "Bandnames,20585" , "bangalore,2431" , "bangtan,716" , "Banished,21413" , "BanjoKazooie,2109" , "banned,779" , "BannedFrom4chan,10945" , "bannedfromclubpenguin,49385" , "bapcsalescanada,10233" , "bapcsalesuk,4425" , "BarbaraPalvin,5677" , "Barca,13022" , "Barcelona,3289" , "bardmains,2928" , "barstoolsports,3779" , "bartenders,11404" , "baseball,155176" , "baseballcirclejerk,2681" , "BasicIncome,31039" , "Bass,39616" , "bassnectar,4105" , "BatFacts,7222" , "batman,135188" , "BatmanArkham,9761" , "batonrouge,3672" , "Battlecars,3906" , "battlecats,2008" , "Battlefield,28894" , "battlefield3,51573" , "battlefield_4,87684" , "Battlefield_4_CTE,4335" , "battlefront,8845" , "battlestations,181457" , "battlewagon,8473" , "bayarea,37443" , "baylor,1774" , "BBQ,36931" , "beadsprites,12708" , "beagle,7016" , "BeAmazed,49884" , "BeardedDragons,6346" , "BeardPorn,19798" , "beards,107205" , "beatles,26412" , "Beatmatch,12427" , "BeautifulFemales,6427" , "BeautyBoxes,12831" , "BeautyGuruChat,2738" , "BeavisAndButthead,6556" , "bee_irl,4427" , "beer,175146" , "beercirclejerk,1519" , "beermoney,99255" , "beerporn,31777" , "beertrade,12564" , "beerwithaview,18068" , "beetlejuicing,11675" , "beforeandafteredit,8036" , "BeforeNAfterAdoption,35617" , "belgium,24164" , "BellaThorne,6409" , "Bellingham,3929" , "bengals,7308" , "benzodiazepines,3782" , "berkeley,10041" , "berlin,9091" , "Berserk,11710" , "berserklejerk,378" , "bertstrips,73130" , "Besiege,20487" , "Bestbuy,1252" , "bestof,4825375" , "bestoflegaladvice,24410" , "BestOfLiveleak,23546" , "bestofnetflix,47255" , "BestOfOutrageCulture,8893" , "BestOfReports,11937" , "BestOfStreamingVideo,39169" , "bettafish,8565" , "BetterEveryLoop,1992" , "betternews,1997" , "BetterSubredditdrama,273" , "beyondthebump,16392" , "BF_Hardline,12243" , "bicycletouring,18700" , "bicycling,167014" , "bigbangtheory,26548" , "BigBrother,21975" , "bigdickproblems,32160" , "biggestproblem,424" , "bikecommuting,18540" , "Bikeporn,20438" , "bikesgonewild,23533" , "bikewrench,15542" , "BillBurr,9891" , "billiards,7126" , "bindingofisaac,72273" , "bioinformatics,9586" , "biology,75423" , "bioniclelego,4119" , "Bioshock,41261" , "bipolar,15450" , "BipolarReddit,13766" , "Birbs,12097" , "birdpics,14683" , "BirdsBeingDicks,29020" , "birdsofprey,3160" , "birdswitharms,82881" , "Birmingham,5808" , "birthcontrol,7624" , "bisexual,35587" , "bitchimabus,46877" , "Bitcoin,176233" , "BitcoinMarkets,21106" , "bitcoinxt,13339" , "bjj,33502" , "blackberry,6943" , "blackbookgraffiti,8555" , "blackcats,3176" , "blackdesertonline,8926" , "Blackfellas,4072" , "blackfriday,13730" , "blackladies,9569" , "BlackLivesMatter,564" , "BlackMetal,11198" , "blackmirror,5271" , "blackops3,37209" , "Blackout2015,32993" , "blackpeoplegifs,93773" , "BlackPeopleTwitter,536812" , "BlackSails,3569" , "Blacksmith,25543" , "BlackwellAcademy,472" , "bladeandsoul,6677" , "blakelively,4838" , "bleach,23050" , "blender,24603" , "Blep,44001" , "blindspot,851" , "Blink182,11129" , "BlocParty,778" , "blogsnark,1030" , "bloodborne,51353" , "bloodbowl,3653" , "BloodGulchRP,177" , "bloomington,3454" , "blop,8423" , "BlueJackets,3055" , "blues,16528" , "bluesguitarist,4297" , "blunderyears,90372" , "BMW,30818" , "Boardgamedeals,5984" , "boardgames,117122" , "BobsBurgers,37735" , "bodybuilding,117061" , "bodymods,10743" , "bodyweightfitness,187214" , "Boise,4406" , "BoJackHorseman,22545" , "BokuNoHeroAcademia,4307" , "BollywoodRealism,35697" , "Bombing,11698" , "bonnaroo,13215" , "Bonsai,28350" , "bookporn,42999" , "books,6272500" , "booksuggestions,53715" , "BoomBeach,10288" , "boop,34592" , "BorderCollie,5289" , "Borderlands2,42577" , "Borderlands,66180" , "borrow,4287" , "borussiadortmund,6204" , "boston,53540" , "BostonBruins,13916" , "bostonceltics,11780" , "BostonTerrier,6458" , "botsrights,8562" , "boulder,8485" , "bouldering,16196" , "bourbon,27782" , "Boxer,7302" , "Boxing,34148" , "boxoffice,12419" , "BPD,9526" , "BPDlovedones,1652" , "braces,1244" , "Brampton,1399" , "brandnew,8326" , "brasil2,376" , "brasil,43923" , "bravefrontier,28337" , "Braveryjerk,18373" , "Braves,11507" , "BravestWarriors,9697" , "BravoRealHousewives,3609" , "Brawlhalla,3280" , "Breadit,38587" , "breakingbad,226518" , "breakingmom,12082" , "breastfeeding,11418" , "Briggs,1412" , "brisbane,15228" , "bristol,5743" , "BritishPolitics,3226" , "britishproblems,112238" , "BritishSuccess,17782" , "BritishTV,25517" , "britpics,17149" , "Brogress,22861" , "brokehugs,930" , "brokengifs,39373" , "Brooklyn,14035" , "brooklynninenine,13368" , "Browns,12674" , "brum,2583" , "BSG,17676" , "btc,5936" , "buccaneers,4970" , "buccos,5494" , "Buddhism,91326" , "budgetfood,89715" , "Buffalo,7561" , "buffalobills,9056" , "BuffaloWizards,4412" , "buffy,18868" , "bugout,11582" , "buildapc,332244" , "buildapcforme,36022" , "buildapcsales,118479" , "Bulldogs,9916" , "Bullshitfacts,100" , "BurningMan,16533" , "Bushcraft,22441" , "business,201584" , "Buttcoin,6712" , "BuyItForLife,187865" , "ByTheMods,178" , "c137,8148" , "C25K,45786" , "cablefail,18510" , "CableManagement,20962" , "cableporn,58421" , "CadenMoranDiary,499" , "CafeRacers,10591" , "CAguns,1342" , "cahideas,5342" , "CalamariRaceTeam,8602" , "Calgary,18553" , "CalgaryFlames,3872" , "California,28005" , "CaliforniaForSanders,2977" , "Calligraphy,30726" , "CallOfDuty,18139" , "calvinandhobbes,109777" , "camaro,4841" , "camping,52059" , "CampingandHiking,106021" , "canada,202444" , "canadaguns,5588" , "CanadaPolitics,24321" , "Canadian_ecigarette,3086" , "CanadianForces,5094" , "canberra,3324" , "cancer,6940" , "candiceswanepoel,6678" , "canes,1853" , "CanineCosplay,2041" , "cannabis,29817" , "CannabisExtracts,23362" , "canon,4748" , "canucks,12026" , "caps,7537" , "capstone,1876" , "CaptchaArt,16528" , "CaraDelevingne,5521" , "CarAV,10821" , "carcrash,15916" , "Cardinals,10645" , "cardistry,6647" , "careerguidance,14037" , "CarletonU,1893" , "carnivalclan,10" , "CarolineVreeland,1513" , "carporn,130914" , "cars,181029" , "Cartalk,25622" , "caseyneistat,4144" , "cassetteculture,5086" , "castiron,13780" , "CastleClash,1702" , "castles,29368" , "CastleTV,7685" , "CasualConversation,105758" , "casualiama,90386" , "casualminecrafting,782" , "casualnintendo,6267" , "cataclysmdda,2095" , "CatastrophicFailure,25039" , "catbellies,8016" , "CatGifs,27205" , "CatHighFive,12747" , "Catholicism,21215" , "Catloaf,17258" , "catpictures,55448" , "cats,312768" , "CatsAreAssholes,9683" , "CatsInSinks,8154" , "CatSlaps,10293" , "catssittingdown,2902" , "CatsStandingUp,56499" , "CautiousBB,2491" , "CCJ2,992" , "CCW,26379" , "CelebGfys,11641" , "celeb_redheads,5133" , "CelebrityArmpits,2054" , "CelebrityFeet,5430" , "Celebs,174806" , "Cello,3627" , "CFB,154117" , "cfbball,2270" , "cfbcirclejerk,1170" , "CFBOffTopic,1829" , "CFL,4825" , "CGPGrey,43053" , "changemyview,214363" , "charactercrossovers,8297" , "characterdrawing,11157" , "CharacterRant,719" , "Charcuterie,14267" , "Chargers,9499" , "Charleston,5065" , "Charlotte,9223" , "CharlotteHornets,3203" , "Chattanooga,4290" , "Cheese,10036" , "chelseafc,22362" , "ChemicalEngineering,5494" , "chemicalreactiongifs,150902" , "chemistry,63462" , "CherokeeXJ,3482" , "chess,43056" , "CHIBears,20971" , "chicago,75767" , "chicagobulls,18884" , "chickyboo,66" , "CHICubs,7236" , "ChiefKeef,2026" , "Chihuahua,5681" , "childfree,91356" , "ChildrenFallingOver,69583" , "chile,10669" , "chiliadmystery,18929" , "chillmusic,27584" , "chillstep,11022" , "China,26200" , "ChineseLanguage,13675" , "Chipotle,3245" , "ChivalryGame,9331" , "chloegracemoretz,12169" , "chomsky,4922" , "Christianity,107140" , "christmas,10728" , "chrome,32514" , "Chromecast,51459" , "chromeos,19097" , "ChronicPain,6516" , "chronotrigger,3598" , "chuck,8789" , "churning,32003" , "cider,5157" , "Cigarettes,4701" , "cigars,33349" , "cincinnati,13085" , "Cinema4D,6713" , "Cinemagraphs,112881" , "CinemaSins,9200" , "cinematography,15325" , "CineShots,14842" , "circlebroke2,6744" , "circlebroke,34885" , "circlejerk,271122" , "circlejerkaustralia,2226" , "cirkeltrek,2867" , "CitiesSkylines,98594" , "CityPorn,151648" , "civ,133370" , "civbattleroyale,7742" , "civbeyondearth,10605" , "civcirclejerk,3223" , "Civcraft,7401" , "civilengineering,4274" , "CivilizatonExperiment,1265" , "CivPolitics,21726" , "CK2GameOfthrones,6724" , "cky,496" , "Clannad,3381" , "ClashOfClans,81525" , "classic4chan,85772" , "classicalmusic,64714" , "classiccars,17450" , "ClassicRock,10769" , "ClassyPornstars,15318" , "cleanjokes,14002" , "cleganebowl,5624" , "Cleveland,11225" , "clevelandcavs,9808" , "CleverEdits,5346" , "CLG,13686" , "ClickerHeroes,15511" , "climate,12966" , "climateskeptics,6888" , "climbing,72122" , "Cloud9,4537" , "Coachella,10822" , "coaxedintoasnafu,17506" , "cockatiel,2267" , "cocktails,33081" , "CodAW,24135" , "CoDCompetitive,20874" , "coding,66960" , "CODZombies,13852" , "COents,6279" , "Coffee,110879" , "Coilporn,13994" , "coins,10866" , "Coldplay,5509" , "collapse,41520" , "college,28864" , "CollegeBasketball,61219" , "collegehockey,3666" , "Colorado,19638" , "ColoradoAvalanche,4951" , "ColoradoSprings,3994" , "ColorBlind,4621" , "Colorization,26156" , "ColorizedHistory,99105" , "Colts,8260" , "Columbus,15298" , "CombatFootage,77124" , "combinedgifs,65130" , "Comcast,2689" , "comedy,28699" , "comedybangbang,4013" , "ComedyCemetery,10477" , "comeonandslam,35693" , "comicbookart,22250" , "ComicBookCollabs,2817" , "comicbookcollecting,1402" , "comicbookmovies,17976" , "comicbooks,160279" , "comics,441001" , "ComicWalls,11362" , "commandline,22571" , "CommercialCuts,30783" , "communism101,6139" , "communism,15299" , "CommunismWorldwide,1627" , "community,150790" , "CompanyOfHeroes,6707" , "CompetitiveEDH,3559" , "CompetitiveHalo,3326" , "CompetitiveHS,47685" , "CompetitiveWoW,4515" , "COMPLETEANARCHY,394" , "compsci,94243" , "computergraphics,12259" , "computers,16264" , "computertechs,15891" , "confession,113513" , "confessions,22184" , "ConfusedTravolta,17331" , "confusing_perspective,14521" , "conlangs,8793" , "Connecticut,10794" , "Connery,1290" , "Conservative,52253" , "conservatives,3923" , "consoledeals,18933" , "consoles,5770" , "conspiracy,345872" , "conspiracyfact,2849" , "ConspiracyGrumps,5407" , "conspiratard,51165" , "Constantine,4566" , "Construction,6652" , "consulting,12968" , "ContagiousLaughter,132132" , "contentawarescale,4899" , "ContestOfChampions,3794" , "Cooking,333643" , "cookingvideos,17475" , "coolgithubprojects,12806" , "coolguides,94291" , "copypasta,13476" , "cordcutters,94372" , "corgi,83554" , "CorporateFacepalm,31639" , "cosplay,137953" , "cosplaygirls,134349" , "Costco,3709" , "counterstrike,22326" , "counting,8140" , "country,7503" , "coupons,40863" , "cowboybebop,11659" , "cowboys,18201" , "Coyotes,1832" , "coys,13596" , "CozyPlaces,32862" , "cpp,33338" , "C_Programming,18035" , "Cr1TiKaL,2588" , "CrackStatus,2292" , "CraftBeer,10617" , "crafts,55168" , "CraftyTrolls,3403" , "Crainn,1575" , "CrappyDesign,237472" , "crappymusic,18421" , "crappyoffbrands,16576" , "CrazyHand,9295" , "CrazyIdeas,181705" , "CredibleDefense,10878" , "creepy,4398297" , "creepygaming,24434" , "creepyPMs,158516" , "Cricket,26375" , "cringe,385431" , "CringeAnarchy,61496" , "cringepics,583381" , "cripplingalcoholism,21723" , "criterion,4854" , "criticalrole,2943" , "CriticalTheory,10699" , "croatia,11786" , "crochet,35571" , "CrohnsDisease,7483" , "crossdressing,14590" , "crossfit,36541" , "CrossfitGirls,8882" , "CrossStitch,13860" , "CrossView,17811" , "CruciblePlaybook,14983" , "CrusaderKings,36885" , "crusadersquest,3577" , "crypto,29585" , "CryptoCurrency,18837" , "cscareerquestions,58581" , "csgo,5317" , "csgobetting,52532" , "csgolounge,9997" , "csgomarketforum,2979" , "csharp,25499" , "C_S_T,2115" , "Cubers,13202" , "CubeWorld,15976" , "CucumbersScaringCats,20714" , "curiosityrover,16986" , "curlyhair,29461" , "customhearthstone,4569" , "custommagic,4485" , "cute,11253" , "cutegirlgifs,14393" , "cuteguys,1369" , "cutekorean,5063" , "cutelittlefangs,1166" , "cutouts,6122" , "CyanideandHappiness,30836" , "cyanogenmod,14028" , "Cyberpunk,82363" , "cycling,25596" , "Cynicalbrit,55888" , "DabArt,1043" , "Dachshund,15446" , "daddit,40075" , "dadjokes,245586" , "DadReflexes,52100" , "DAE,17275" , "DaftPunk,29431" , "DailyShow,7881" , "DailyTechNewsShow,5685" , "DaisyRidley,1327" , "Dallas,25779" , "DallasStars,3831" , "Damnthatsinteresting,146768" , "dancarlin,3306" , "dancegavindance,1821" , "danganronpa,2745" , "dankchristianmemes,13003" , "dankmemes,11694" , "DankNation,1331" , "DANMAG,5078" , "Daredevil,8712" , "DarkEnlightenment,7829" , "darkestdungeon,8726" , "DarkFuturology,9937" , "DarkNetMarketsNoobs,18225" , "darknetplan,44075" , "DarkSouls2,71753" , "darksouls3,13399" , "darksouls,82119" , "DarthJarJar,10433" , "Dashcam,6012" , "dashcamgifs,13243" , "DataHoarder,18525" , "dataisbeautiful,4614966" , "dataisugly,11323" , "datascience,11962" , "DatGuyLirik,9885" , "dating,13296" , "dating_advice,37281" , "DavidBowie,2792" , "davidtennant,5976" , "dawngate,6220" , "DaystromInstitute,17624" , "dayz,112045" , "dbz,62888" , "DBZDokkanBattle,4102" , "DC_Cinematic,6632" , "DCcomics,69190" , "dcss,2059" , "de,25353" , "DeadBedrooms,29380" , "deadmau5,12463" , "deadpool,29636" , "DeadSpace,5586" , "deals,25006" , "DealsReddit,41886" , "DealWin,80" , "Deathcore,7633" , "deathgrips,12664" , "Debate,5177" , "DebateAChristian,13626" , "DebateaCommunist,6179" , "DebateAnarchism,3414" , "DebateAnAtheist,15404" , "DebateCommunism,2942" , "DebateFascism,1996" , "DebateReligion,32207" , "debian,12889" , "DecidingToBeBetter,93400" , "declutter,24903" , "deepdream,20841" , "deephouse,15805" , "DeepIntoYouTube,142458" , "deepweb,14568" , "defaultgems,39649" , "Defenders,15206" , "de_IAmA,97400" , "Delaware,4180" , "Delightfullychubby,23120" , "Dell,1397" , "delusionalartists,77858" , "democrats,17204" , "Demotivational,96858" , "Denmark,37793" , "Dentistry,8266" , "Denton,4653" , "Denver,30830" , "DenverBroncos,14461" , "denvernuggets,2380" , "deOhneRegeln,251" , "depression,124996" , "DepthHub,229662" , "DerekSmart,357" , "DescentIntoTyranny,6177" , "Design,127308" , "design_critiques,21406" , "DesignPorn,99280" , "DesirePath,37409" , "DessertPorn,35858" , "Destiny,12684" , "DestinyTheGame,237300" , "DestroyedTanks,4313" , "DestructiveReaders,5756" , "Detroit,14930" , "detroitlions,12057" , "DetroitPistons,3704" , "DetroitRedWings,15784" , "Deusex,9543" , "devils,5355" , "devops,10947" , "Dexter,43453" , "DFO,5521" , "dfsports,10596" , "dgu,10526" , "DHMIS,707" , "diabetes,12708" , "Diablo,138207" , "diablo3,77581" , "Diablo3witchdoctors,9364" , "DickButt,12541" , "Diesel,5248" , "digimon,12964" , "digitalnomad,16439" , "DigitalPainting,13354" , "DimensionalJumping,5966" , "Dinosaurs,31288" , "DippingTobacco,6785" , "dirtgame,3941" , "Dirtybomb,9965" , "discgolf,30366" , "discordapp,1992" , "discworld,14437" , "dishonored,10526" , "disney,60279" , "Disney_Infinity,3854" , "Disneyland,14792" , "DivinityOriginalSin,9870" , "Divorce,5435" , "DiWHY,37561" , "DIY,4962828" , "DIY_eJuice,20583" , "django,15141" , "Djent,10102" , "DJs,25214" , "DMT,13018" , "DnB,32667" , "DnD,105398" , "DnDBehindTheScreen,15534" , "DnDGreentext,17156" , "dndnext,21755" , "docker,6166" , "doctorwho,250183" , "Documentaries,4580748" , "Dodgers,10729" , "DoesAnybodyElse,261602" , "DoesNotTranslate,9940" , "dogecoin,83697" , "dogpictures,77382" , "dogs,104862" , "DogShowerThoughts,21093" , "dogswearinghats,15014" , "Dogtraining,39134" , "donaldglover,20005" , "dontdeadopeninside,3833" , "DontPanic,11066" , "dontstarve,19267" , "doodles,17659" , "Doom,5036" , "doommetal,12216" , "DotA2,258579" , "dota2circlejerk,2798" , "dota2dadjokes,3428" , "Dota2Trade,12728" , "dotamasterrace,6572" , "dotnet,14555" , "douglovesmovies,3111" , "DowntonAbbey,11680" , "Drag,5503" , "dragonage,53735" , "dragonblaze,1148" , "dragons,3236" , "Drama,17506" , "drawing,75446" , "Dreadfort,10290" , "Dreadlocks,5904" , "Dreamtheater,3460" , "dresdenfiles,12027" , "Drifting,13538" , "DrugArt,8384" , "DrugNerds,32064" , "Drugs,228355" , "drugscirclejerk,3598" , "DrugStashes,8402" , "drumcorps,5752" , "drums,33872" , "drunk,114115" , "drunkenpeasants,1757" , "DrunkOrAKid,65715" , "drupal,6221" , "Dualsport,9345" , "dubai,4584" , "DubbedGIFS,13450" , "dubstep,89757" , "ducks,3072" , "duelyst,4587" , "DumpsterDiving,24676" , "duncantrussell,2897" , "DunderMifflin,91474" , "dune,7810" , "dungeondefenders,5844" , "DungeonsAndDragons,17802" , "duolingo,29514" , "dvdcollection,8984" , "DvZ,1400" , "dwarffortress,42783" , "dxm,2143" , "dyinglight,11424" , "dykesgonemild,6450" , "DynastyFF,3058" , "E30,2265" , "EAF,16034" , "eagles,23209" , "EA_NHL,11099" , "earthbound,10060" , "EarthPorn,6502343" , "Earwolf,6522" , "EatCheapAndHealthy,276512" , "eatsandwiches,57048" , "Ebay,8418" , "EBEs,13932" , "eCards,29022" , "ECE,26731" , "ecigclassifieds,11378" , "ecig_vendors,8038" , "Economics,236030" , "economy,59749" , "ecr_eu,3606" , "EDC,85291" , "EDH,21507" , "Edinburgh,6329" , "EditingAndLayout,24079" , "editors,14771" , "EDM,50366" , "Edmonton,12765" , "EdmontonOilers,4661" , "edmprodcirclejerk,4782" , "edmproduction,63802" , "education,47548" , "educationalgifs,115945" , "Eesti,6153" , "eFreebies,53414" , "Egalitarianism,4904" , "ElderScrolls,19349" , "elderscrollsonline,67599" , "eldertrees,48435" , "ElectricForest,6570" , "electricians,9406" , "electricvehicles,4764" , "electronic_cigarette,114500" , "electronicmusic,138356" , "electronics,53757" , "EliteDangerous,55641" , "EliteHudson,1081" , "EliteLavigny,1954" , "EliteOne,3825" , "elonmusk,6205" , "ElsaHosk,2291" , "Elsanna,6510" , "ELTP,492" , "emacs,11891" , "EmDrive,4569" , "Emerald_Council,1265" , "EmeraldPS2,2312" , "EmiliaClarke,15573" , "EmilyRatajkowski,14364" , "Eminem,13876" , "Emma_Roberts,5105" , "EmmaStone,26948" , "EmmaWatson,78697" , "Emo,5639" , "emojipasta,2438" , "EmpireDidNothingWrong,5436" , "ems,17159" , "emulation,28880" , "EndlessLegend,5083" , "EndlessWar,11999" , "energy,55095" , "ENFP,7060" , "engineering,104185" , "EngineeringPorn,45885" , "EngineeringStudents,51259" , "engrish,11043" , "Enhancement,75265" , "enlightenedbirdmen,30500" , "EnoughLibertarianSpam,9844" , "enoughsandersspam,741" , "entertainment,173904" , "Entomology,8920" , "entp,5604" , "Entrepreneur,166649" , "entwives,14075" , "environment,146550" , "EOOD,19281" , "EpicMounts,5474" , "EQNext,8756" , "EqualAttraction,9684" , "Equestrian,5357" , "ericprydz,1932" , "esports,11919" , "ethereum,6650" , "ethoslab,4633" , "Etsy,16338" , "eu4,32332" , "europe,537859" , "european,10269" , "EuropeMeta,259" , "europes,1507" , "evangelion,17166" , "Eve,56006" , "evenwithcontext,31703" , "eveological,25" , "everquest,3755" , "Everton,5136" , "everymanshouldknow,242753" , "EverythingScience,55621" , "EVEX,12202" , "EvilLeagueOfEvil,8410" , "evolution,21123" , "EvolveGame,9577" , "excel,38541" , "exchristian,8523" , "exjw,8025" , "exmormon,25885" , "exmuslim,10826" , "ExNoContact,3289" , "exo,1394" , "exoticspotting,8165" , "ExpectationVsReality,100161" , "explainlikedrcox,34458" , "explainlikeIAmA,96385" , "ExplainLikeImCalvin,47635" , "explainlikeimfive,6846145" , "ExplainLikeImPHD,11743" , "ExposurePorn,68975" , "Eyebleach,150127" , "eyes,17399" , "F1FeederSeries,1888" , "f7u12_ham,6379" , "FA30plus,538" , "facebookdrama,7467" , "facebookwins,53333" , "facepalm,408876" , "fairytail,18521" , "fakealbumcovers,4364" , "fakeid,10282" , "falcons,8897" , "Fallout,304961" , "Fallout4,14098" , "Fallout4Builds,3199" , "Fallout4_ja,192" , "FallOutBoy,5424" , "falloutequestria,2519" , "falloutlore,15668" , "FalloutMods,9901" , "falloutsettlements,13645" , "falloutshelter,4096" , "familyguy,25344" , "FancyFollicles,77989" , "fandomnatural,3460" , "FanFiction,5293" , "fantanoforever,4289" , "Fantasy,87143" , "fantasybaseball,17120" , "fantasybball,14718" , "fantasyfootball,160969" , "Fantasy_Football,5605" , "fantasyhockey,8947" , "FantasyPL,17103" , "FantasyWarTactics,386" , "fantasywriters,15701" , "FanTheories,163226" , "FargoTV,14383" , "farming,13773" , "FashionReps,6721" , "fasting,9539" , "fatestaynight,6850" , "fatlogic,116533" , "fatpeoplestories,107408" , "Favors,30877" , "fcbayern,7483" , "fcs,1613" , "FearTheWalkingDead,16575" , "feedthebeast,26505" , "FeelsLikeTheFirstTime,37234" , "FellowKids,69315" , "femalefashionadvice,117403" , "Feminism,54932" , "feminisms,29926" , "FemmeThoughts,7741" , "FeMRADebates,4088" , "Fencing,5323" , "FenerbahceSK,421" , "ferrets,11126" , "festivals,17253" , "Fez,1386" , "fffffffuuuuuuuuuuuu,586149" , "FFRecordKeeper,8706" , "ffxi,4739" , "ffxiv,84399" , "FierceFlow,6322" , "FIFA,56885" , "FifaCareers,11352" , "fifthworldproblems,57276" , "Fighters,10406" , "Filmmakers,71513" , "FilthyFrank,10673" , "FinalFantasy,50546" , "finance,69808" , "FinancialCareers,8026" , "financialindependence,102734" , "findapath,21112" , "findareddit,40022" , "Finland,9119" , "Firearms,30216" , "fireemblem,26359" , "fireemblemcasual,1316" , "firefall,4912" , "Firefighting,9907" , "firefly,76407" , "firefox,23600" , "Fireteams,51572" , "fireTV,5788" , "firstimpression,14369" , "firstworldanarchists,281557" , "FirstWorldConformists,11139" , "firstworldproblems,157362" , "Fishing,54308" , "FitAndNatural,16547" , "fitbit,13931" , "fitmeals,125675" , "Fitness,4850074" , "fitnesscirclejerk,7865" , "Fiveheads,8558" , "FiveM,1791" , "fivenightsatfreddys,17394" , "FixedGearBicycle,23119" , "Flagstaff,1493" , "flashlight,12573" , "FlashTV,47356" , "flexibility,34107" , "flicks,12974" , "flightsim,12125" , "Flipping,35830" , "Floof,10597" , "florida,12400" , "FloridaGators,4319" , "FloridaMan,122022" , "Flyers,11064" , "flyfishing,12324" , "flying,30355" , "fnafcringe,2614" , "fnv,20981" , "fo3,8039" , "fo4,147215" , "FO4mods,366" , "FocusST,1754" , "FoggyPics,10716" , "folk,13476" , "FolkPunk,15942" , "food,4730209" , "Foodforthought,157028" , "foodhacks,95996" , "FoodPorn,413543" , "Foofighters,8927" , "football,26489" , "footballdownload,15273" , "footballhighlights,27801" , "footballmanagergames,23502" , "footbaww,7007" , "Ford,8074" , "fordranger,1848" , "forearmporn,11124" , "ForeverAlone,42226" , "ForeverAloneWomen,4718" , "Forex,8666" , "forhire,55995" , "formula1,95331" , "forsen,2524" , "forwardsfromgrandma,70486" , "forwardsfromhitler,5416" , "forwardsfromreddit,844" , "forza,14659" , "foshelter,20679" , "fountainpens,27552" , "foxes,40002" , "FoxStevenson,836" , "fpvracing,5746" , "fragrance,7844" , "FragReddit,2859" , "france,60157" , "FranceLibre,763" , "Frat,12810" , "FRC,4624" , "FreckledGirls,20055" , "fredericton,1494" , "FREE,16458" , "FreeAtheism,1890" , "freebies,351125" , "FreeEBOOKS,45558" , "FreeGameFindings,18033" , "FreeGamesOnSteam,17645" , "FreeKarma,13252" , "freelance,27254" , "freemasonry,6723" , "FreeStuff,2104" , "Freethought,43922" , "French,27660" , "FrenchForeignLegion,1126" , "fresh_funny,2026" , "fresno,2417" , "Frisson,116693" , "frogdogs,5541" , "frogpants,924" , "Frontend,14215" , "FrontPage,5480" , "Frozen,10432" , "Frugal,516065" , "FrugalFemaleFashion,23062" , "Frugal_Jerk,30490" , "frugalmalefashion,186054" , "FrugalMaleFashionCDN,2892" , "fsu,4512" , "ft86,5081" , "ftlgame,27565" , "ftm,6808" , "fuckingmanly,23970" , "FuckingWithNature,26038" , "fuckmusic,6714" , "fuckolly,11440" , "FuckTammy,2619" , "Fuee,600" , "FulfillmentByAmazon,7575" , "FULLCOMMUNISM,12094" , "fulllife,3927" , "FullmetalAlchemist,14565" , "fullmoviesongoogle,24619" , "fullmoviesonyoutube,210823" , "functionalprint,6624" , "funhaus,49438" , "funk,5940" , "funkopop,8582" , "funny,10101609" , "FunnyandSad,29572" , "funnysigns,13588" , "furry,21671" , "FurryHate,972" , "FUTMobile,547" , "futurama,141894" , "futurebeats,60157" , "FutureFight,3503" , "futurefunk,4594" , "futureporn,64894" , "FutureWhatIf,17484" , "Futurology,4595097" , "gadgets,4642305" , "gainit,79436" , "GakiNoTsukai,19468" , "galatasaray,1097" , "galaxynote4,9060" , "galaxynote5,2911" , "galaxys5,8896" , "GalaxyS6,9726" , "gallifrey,50639" , "Gameboy,7061" , "gamecollecting,32836" , "GameDeals,345705" , "GameDealsMeta,5785" , "gamedesign,23159" , "gamedev,147807" , "gameDevClassifieds,16322" , "gamegrumps,82577" , "gamemaker,9003" , "gamemusic,44931" , "gameofthrones,589306" , "GamePhysics,134872" , "GamerGhazi,9042" , "gamernews,105654" , "gamers,4586" , "Games,669391" , "GameSale,7647" , "GameStop,2927" , "gameswap,18094" , "gametales,22621" , "gamindustri,1854" , "Gaming4Gamers,31124" , "gaming,9188228" , "Gamingcirclejerk,5930" , "gaminggifs,6554" , "gamingpc,42932" , "gamingsuggestions,16755" , "gangstaswithwaifus,10893" , "gardening,123705" , "GarlicBreadMemes,3860" , "gatech,8121" , "gats,10032" , "gay,23383" , "gaybros,56722" , "gaybroscirclejerk,2539" , "gaybrosgonemild,9501" , "gaymers,43889" , "GearsOfWar,9954" , "GearVR,4157" , "geek,312760" , "geekboners,5302" , "GeekPorn,35545" , "geekygirls,5095" , "GenderCritical,1916" , "Gender_Critical,889" , "GenderCynical,792" , "genderqueer,9428" , "gentlemanboners,360639" , "gentlemanbonersgifs,28072" , "gentlemangabers,4874" , "geocaching,21065" , "geography,19815" , "geology,29271" , "geometrydash,601" , "geopolitics,30051" , "German,15722" , "germanshepherds,16158" , "germany,28099" , "getdisciplined,151245" , "GetMotivated,4611698" , "GetStudying,40202" , "GettingDoug,1294" , "GGdiscussion,763" , "GGFreeForAll,95" , "ggggg,16811" , "ghettoglamourshots,38985" , "ghibli,26297" , "Ghostbc,1744" , "Ghosts,19927" , "giantbomb,7143" , "gif,122474" , "gifextra,35175" , "GifRecipes,21728" , "gifs,7066012" , "GifSound,53551" , "gifsthatendtoosoon,1718" , "GiftofGames,30220" , "GifTournament,17834" , "Gifts,3982" , "gigantic,3846" , "GilmoreGirls,5296" , "gingerkitty,1392" , "Gintama,3149" , "GirlGamers,36779" , "GirlsMirin,21667" , "GirlsPlayingSports,13143" , "girls_smiling,8446" , "GIRLSundPANZER,1248" , "gis,10635" , "glasgow,6963" , "glassheads,25367" , "glitch_art,43871" , "Glitch_in_the_Matrix,104084" , "GlobalOffensive,308503" , "Glocks,11491" , "glutenfree,17907" , "gmod,11149" , "goats,7944" , "goddesses,22908" , "GODZILLA,12182" , "golang,18078" , "goldenretrievers,16491" , "goldredditsays,9226" , "golf,61420" , "GolfGTI,6754" , "GolfReimagined,148" , "gonecivil,33535" , "GoNets,2417" , "goodyearwelt,20776" , "google,79105" , "GoogleCardboard,13482" , "googleplaydeals,22385" , "gopro,43411" , "gorillaz,11743" , "goth,4870" , "Gotham,20579" , "GradSchool,20248" , "Graffiti,66997" , "grandorder,3226" , "grandrapids,6316" , "GrandTheftAutoV,169918" , "GrandTheftAutoV_PC,38186" , "graphic_design,79684" , "GrassHopperVape,1906" , "gratefuldead,16541" , "gravityfalls,33891" , "GreatFist,6" , "GreatXboxDeals,3977" , "greece,13562" , "GreenBayPackers,30530" , "GreenDawn,33791" , "greenday,6728" , "greentext,43301" , "Greyhounds,5411" , "greysanatomy,8353" , "grilledcheese,39396" , "Grimdawn,2522" , "grime,9691" , "grimm,5516" , "GTA,36641" , "GTAgifs,21502" , "gtaonline,27712" , "GTAV,65342" , "gtavcustoms,7646" , "gtfoDerrickandArmand,95" , "GuessTheMovie,14261" , "Guildwars2,133098" , "GuiltyPleasureMusic,13769" , "guineapigs,9095" , "Guitar,163275" , "guitarcirclejerk,3475" , "GuitarHero,1836" , "guitarlessons,47594" , "guitarpedals,19228" , "guitarporn,10266" , "guitars,7560" , "guncontrol,1595" , "Gundam,14360" , "gundeals,21504" , "Gunners,45709" , "Gunpla,13781" , "gunpolitics,8277" , "GunPorn,50580" , "guns,232698" , "GunsAreCool,9994" , "Gunsforsale,13627" , "h1z1,40035" , "h3h3productions,22035" , "Habs,8478" , "hackernews,6808" , "hacking,80182" , "hackintosh,17541" , "Hadouken,1472" , "HadToHurt,19860" , "HailCorporate,60479" , "Hair,20620" , "HalfLife,24676" , "halifax,9732" , "halo,131907" , "HaloCirclejerk,524" , "HaloOnline,12169" , "HaloStory,8405" , "Hamilton,5399" , "Hammers,2399" , "Hammocks,19164" , "hamsters,3764" , "Handwriting,25035" , "HannibalTV,24096" , "hapas,587" , "happy,92205" , "happycrowds,42881" , "happygirls,39178" , "HappyTrees,5981" , "HappyWars,739" , "hardbodies,97399" , "Hardcore,13750" , "hardcoreaww,43074" , "hardstyle,10089" , "hardware,79340" , "hardwareswap,26206" , "Harley,10855" , "HarleyQuinn,5352" , "Harmontown,10149" , "HaroldPorn,1873" , "harrypotter,217025" , "Haruhi,2355" , "harvestmoon,6455" , "haskell,22579" , "Hatfilms,13319" , "Hawaii,11018" , "hawks,17957" , "headphones,56910" , "Health,115920" , "hearthstone,313065" , "hearthstonecirclejerk,2257" , "heat,7728" , "Heavymind,74208" , "Hedgehog,8897" , "Helicopters,7842" , "Helldivers,3062" , "HelloInternet,7123" , "help,6051" , "HelpMeFind,4643" , "heraldry,4552" , "HereComesTheBoom,8768" , "HeresAFunFact,19823" , "Heroes,4819" , "HeroesandGenerals,3498" , "HeroesOfAsgard,11" , "HeroesofNewerth,10607" , "heroesofthestorm,118071" , "HeyCarl,28011" , "HFY,28174" , "hiddenwow,8947" , "HIFW,33805" , "highdeas,19022" , "HighHeels,19351" , "HighQualityGifs,91151" , "HighschoolDxD,4903" , "HighStrangeness,4370" , "HighwayFightSquad,8875" , "hiking,46682" , "hillaryclinton,1119" , "HIMYM,88622" , "hinduism,5767" , "Hiphopcirclejerk,8792" , "hiphopheads,337054" , "HipHopImages,24218" , "history,4649879" , "HistoryPorn,486198" , "HistoryWhatIf,9016" , "HiTMAN,3297" , "hitmanimals,13868" , "HITsWorthTurkingFor,32723" , "hittableFaces,4928" , "hockey,226078" , "hockeyjerseys,3446" , "hockeyplayers,7732" , "hockeyquestionmark,934" , "hoggit,5964" , "holdmybeaker,22369" , "holdmybeer,213117" , "holdmycatnip,18388" , "holdmyfries,19601" , "holdmyjuicebox,27371" , "HoldMyNip,18121" , "homeautomation,16888" , "Homebrewing,120095" , "homegym,14280" , "HomeImprovement,54575" , "homelab,27716" , "homeland,17083" , "HomeNetworking,10982" , "homeowners,9378" , "HomestarRunner,24853" , "homestead,47084" , "homestuck,18689" , "hometheater,22741" , "homura,1483" , "Honda,16355" , "HongKong,14603" , "hookah,20289" , "Hookers,5647" , "HorriblyDepressing,20009" , "horror,84436" , "Horses,11687" , "Hot100,3252" , "HotlineMiami,9417" , "HotWheels,1735" , "Hot_Women_Gifs,33863" , "House,27365" , "HouseOfCards,54259" , "Houseporn,30968" , "houston,34659" , "howardstern,15679" , "howto,158408" , "HowToHack,31916" , "howtonotgiveafuck,147936" , "howyoudoin,22164" , "HPfanfiction,6315" , "HPMOR,8467" , "HSPulls,2863" , "htcone,10216" , "htgawm,6413" , "htpc,13070" , "httyd,3841" , "HumanFanClub,1570" , "Humanoidencounters,5213" , "HumanPorn,118208" , "HumansBeingBros,65185" , "humblebrag,14155" , "humor,329136" , "humorousreviews,19933" , "hungary,9276" , "Hungergames,19389" , "HunterXHunter,13951" , "Hunting,31309" , "HuntsvilleAlabama,4067" , "Huskers,3898" , "huskies,1980" , "husky,13747" , "HVAC,4840" , "hwatch,980" , "HybridAnimals,42208" , "HyruleWarriors,3185" , "IAmA,9726122" , "iamverysmart,159490" , "IASIP,96036" , "IBO,3428" , "ICanDrawThat,31539" , "Iceland,12169" , "IDAP,30861" , "ideasfortheadmins,8233" , "IdentityIrelandForum,34" , "IdiotsFightingThings,128970" , "IdiotsInCars,4024" , "IDontWorkHereLady,37442" , "ifiwonthelottery,42974" , "ifyoulikeblank,52089" , "IgnorantImgur,16797" , "IHE,1387" , "iiiiiiitttttttttttt,32382" , "ik_ihe,1138" , "IllBeYourGuide,9083" , "illegaltorrents,11111" , "illumineighti,490" , "illusionporn,58662" , "Illustration,21963" , "im14andthisisdeep,55244" , "im14andthisisfunny,25233" , "ImageComics,6553" , "Images,47758" , "ImagesOfUSA,48" , "ImageStabilization,25762" , "ImaginaryAngels,2663" , "ImaginaryAww,7704" , "ImaginaryAzeroth,3102" , "ImaginaryBehemoths,9289" , "ImaginaryCharacters,37374" , "ImaginaryCityscapes,28484" , "ImaginaryDragons,5293" , "ImaginaryFallout,6973" , "ImaginaryFeels,3287" , "ImaginaryJedi,13900" , "ImaginaryLandscapes,98649" , "ImaginaryLeviathans,24350" , "imaginarymaps,19317" , "ImaginaryMindscapes,35118" , "ImaginaryMonsters,88910" , "ImaginarySpidey,317" , "ImaginaryTechnology,55885" , "ImaginaryTurtleWorlds,9020" , "ImaginaryWarhammer,4822" , "ImaginaryWarriors,3478" , "ImaginaryWesteros,27040" , "ImaginaryWitches,7657" , "immigration,2801" , "incest_relationships,4221" , "incremental_games,21851" , "india,46194" , "IndiaMain,685" , "Indiana,7645" , "IndianaHoosiers,961" , "indianapolis,8382" , "IndianCountry,1426" , "indianews,3654" , "indiangirls,11879" , "indianpeoplefacebook,54479" , "indiegames,9359" , "IndieGaming,64410" , "indieheads,33941" , "indieheadscirclejerk,677" , "Indiemakeupandmore,17239" , "indie_rock,31056" , "indonesia,10529" , "industrialmusic,7165" , "INDYCAR,5242" , "infertility,3454" , "infj,12763" , "Infographics,54812" , "infp,14006" , "InfrastructurePorn,47705" , "INGLIN,14207" , "Ingress,26304" , "InjusticeMobile,2315" , "Instagram,6611" , "instantkarma,5075" , "instant_regret,140320" , "Insurance,6637" , "insurgency,11227" , "Intactivists,1915" , "Intelligence,16493" , "InterdimensionalCable,3957" , "interestingasfuck,585343" , "InterestingGifs,10988" , "InteriorDesign,78065" , "InternetHitlers,582" , "InternetIsBeautiful,4730001" , "internetparents,9232" , "interstellar,11775" , "inthenews,29637" , "intj,23690" , "intothebadlands,922" , "INTP,19991" , "introvert,55938" , "intrusivethoughts,26207" , "investing,174748" , "InvisiBall,12331" , "ios,22523" , "ios9,6165" , "iosgaming,29362" , "iOSProgramming,22218" , "iOSthemes,25327" , "Iowa,6674" , "ipad,45859" , "iphone,156101" , "iRacing,4028" , "iran,6494" , "iranian,685" , "ireland,68157" , "IRLgirls,4787" , "ironmaiden,2812" , "IronThronePowers,447" , "IsItBullshit,18975" , "islam,29553" , "IslamUnveiled,1197" , "isometric,10486" , "Israel,21403" , "IsraelPalestine,458" , "isrconspiracyracist,2250" , "istp,2848" , "italy,33816" , "ITCareerQuestions,8018" , "ITcrowd,10032" , "itmejp,7686" , "itookapicture,177377" , "ITSAPRANK,15459" , "itsaunixsystem,34068" , "iWallpaper,32156" , "IWantOut,53730" , "IWantToLearn,165699" , "iZombie,5513" , "JacksFilms,1171" , "jacksonville,4712" , "JacksonWrites,9891" , "jag_ivl,802" , "Jaguars,3980" , "jailbreak,105777" , "jakeandamir,11311" , "JamesBond,14555" , "JaneTheVirginCW,865" , "japan,67086" , "japan_anime,2593" , "japancirclejerk,2747" , "JapaneseGameShows,46793" , "JapaneseWatches,1174" , "japanlife,12815" , "japanpics,23576" , "JapanTravel,9316" , "JasonEllisShow,1050" , "java,48594" , "javahelp,9886" , "javascript,76138" , "jayhawks,1941" , "Jazz,56782" , "jazzyhiphop,4709" , "Jeep,30392" , "jellybeantoes,12844" , "JenniferLawrence,44301" , "Jeopardy,6809" , "jerktalkdiamond,964" , "JessicaJones,4399" , "JessicaNigri,27798" , "JimSterling,2762" , "Jobs4Bitcoins,9211" , "jobs,74822" , "joerogan2,2010" , "JoeRogan,38103" , "JohnCena,6286" , "John_Frusciante,2685" , "joinsquad,2495" , "Jokes,4760749" , "JonTron,27893" , "Jordansw,28" , "Journalism,9987" , "JRPG,27567" , "Judaism,12546" , "judo,8048" , "JurassicPark,17482" , "JustCause,2668" , "JustEngaged,4663" , "Justfuckmyshitup,46142" , "JusticePorn,431434" , "JusticeServed,18354" , "justlegbeardthings,5629" , "justneckbeardthings,102908" , "JUSTNOFAMILY,1205" , "JUSTNOMIL,7008" , "Justridingalong,1353" , "Justrolledintotheshop,137533" , "JustUnsubbed,4916" , "Juve,2494" , "juxtaposition,6873" , "jworg,9" , "kancolle,4119" , "kancolle_ja,315" , "KanMusu,2360" , "kansascity,14383" , "KansasCityChiefs,7443" , "Kanye,16570" , "Kappa,21399" , "KarmaConspiracy,59451" , "KarmaCourt,38476" , "katawashoujo,11914" , "katebeckinsale,6904" , "kateupton,37670" , "KatherineMcNamara,2116" , "katyperry,28154" , "KCRoyals,7173" , "KDRAMA,7567" , "kemonomimi,6100" , "KenM,84239" , "Kerala,1052" , "KerbalAcademy,10830" , "KerbalSpaceProgram,121287" , "keto,163466" , "ketogains,25281" , "ketorecipes,65840" , "K_gifs,10922" , "kickstarter,30706" , "Kikpals,20550" , "killingfloor,16104" , "KillLaKill,17992" , "killthosewhodisagree,10973" , "kindle,26216" , "KingdomHearts,30884" , "KingkillerChronicle,17632" , "KingOfTheHill,27235" , "kings,3256" , "KissAnime,544" , "KitchenConfidential,34771" , "kitchener,2626" , "kitsunemimi,4949" , "kittens,9183" , "kitty,3734" , "knifeclub,18752" , "knifeparty,2920" , "Knife_Swap,3636" , "knitting,40319" , "knives,47200" , "knowyourshit,12077" , "kodi,11841" , "kohi,2838" , "kol,4511" , "k_on,2904" , "KoopaKiy,10" , "korea,20000" , "Korean,13748" , "KoreanAdvice,6591" , "koreanvariety,5927" , "korrasami,6909" , "KotakuInAction,55472" , "kotor,9517" , "kpics,18704" , "kpop,42729" , "kratom,6984" , "kreiswichs,3233" , "kurdistan,2771" , "Kuwait,1016" , "LabourUK,2155" , "labrador,10332" , "labrats,7696" , "LAClippers,4318" , "lacrosse,9361" , "LadyBoners,164202" , "Ladybonersgonecuddly,31680" , "ladyladyboners,24988" , "lag_irl,135" , "lakers,18289" , "LAlist,7127" , "languagelearning,60392" , "lapfoxtrax,1947" , "LARP,4653" , "lastimages,31487" , "LastManonEarthTV,5040" , "lastweektonight,16324" , "LateShow,8716" , "LateStageCapitalism,4528" , "latin,7977" , "LatinaCuties,7011" , "LatinoPeopleTwitter,8501" , "latterdaysaints,5783" , "LatvianJokes,29817" , "law,43785" , "LawSchool,19983" , "LazyCats,7604" , "lbregs,2338" , "leafs,15694" , "leagueoflegends,772616" , "LeagueofLegendsMeta,20592" , "LeagueOfMemes,25797" , "LeagueOfMeta,3932" , "leangains,39589" , "learnart,34582" , "learndota2,14717" , "LearnJapanese,49640" , "learnjavascript,18589" , "learnmath,29221" , "learnprogramming,230718" , "learnpython,47237" , "LearnUselessTalents,245147" , "Leathercraft,11724" , "leaves,27491" , "lebanon,2784" , "lebowski,7553" , "lectures,51617" , "ledootgeneration,34532" , "LeedsUnited,1319" , "LeftHanging,19665" , "legaladvice,75471" , "LegalAdviceUK,2253" , "LegendsOfTomorrow,6215" , "LegionOfSkanks,1590" , "lego,115454" , "lerightgeneration,2555" , "LessCredibleDefence,1865" , "LetsNotMeet,142079" , "letsplay,20438" , "LetsTalkMusic,36564" , "Lettering,13453" , "lewronggeneration,63017" , "lexington,4315" , "lgbt,112855" , "lgbtaww,6614" , "LGBTeens,10261" , "LGBTnews,5280" , "lgg2,4813" , "LGG3,13432" , "lgg4,7273" , "lgv10,1098" , "LiaMarieJohnson,8477" , "Liberal,25497" , "liberta,614" , "Libertarian,134095" , "libertarianmeme,9205" , "libreoffice,915" , "LifeAfterNarcissism,4717" , "lifehacks,458584" , "lifeisstrange,15466" , "lifeofnorman,42997" , "LifeProTips,5364631" , "Lightbulb,23012" , "LightNovels,9692" , "likeus,27387" , "liluglymane,646" , "limitless,1450" , "linguistics,72224" , "LinusFaces,1808" , "linux,201492" , "linux4noobs,37427" , "LinuxActionShow,9319" , "linuxadmin,22957" , "LinuxCirclejerk,2407" , "linux_gaming,30732" , "linuxmasterrace,15392" , "linuxmemes,4847" , "linuxmint,9610" , "linuxquestions,18252" , "listentothis,4542407" , "litecoin,23043" , "literature,87101" , "lithuania,7461" , "lithuaniaspheres,170" , "littlebuddies,3042" , "LiveFromNewYork,14386" , "LiverpoolFC,33829" , "livesound,9000" , "LivestreamFails,46881" , "loadingicon,25972" , "lockpicking,41217" , "logodesign,12138" , "logophilia,28057" , "lol,20652" , "LoLeventVoDs,50281" , "LoLFanArt,12187" , "lolphp,5776" , "london,48744" , "londonontario,4569" , "lonely,7462" , "LONESTAR,3749" , "longbeach,3595" , "longboarding,56516" , "LongDistance,29853" , "LonghornNation,3756" , "longisland,7544" , "longrange,10125" , "lookatmydog,21461" , "lootcrate,6258" , "lootcratespoilers,575" , "LordsOfMinecraft,2393" , "loremasters,9296" , "LosAngeles,63399" , "losangeleskings,5843" , "loseit,309143" , "lost,34892" , "lostgeneration,25435" , "lotr,94656" , "lotro,6488" , "Louisiana,5949" , "Louisville,8853" , "Lovecraft,24501" , "LoveLive,3799" , "lowendgaming,18859" , "lowlevelaware,1655" , "low_poly,17242" , "lrcast,4985" , "LSD,46263" , "Lubbock,2370" , "LucidDreaming,145245" , "Luna_Lovewell,19160" , 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"NeutralPolitics,48269" , "NeverBeGameOver,6023" , "nevertellmetheodds,54203" , "Neverwinter,10724" , "newfoundland,3544" , "NewGirl,11270" , "newjersey,22791" , "NewOrleans,14369" , "newreddits,56764" , "NewRussia,266" , "news,7193384" , "NewSkaters,7125" , "NewsOfTheStupid,26065" , "NewsOfTheWeird,23032" , "newsokunomoral,1668" , "newsokur,12742" , "newsokuvip,1422" , "NewsPorn,27720" , "newtothenavy,3355" , "NewYorkIslanders,2747" , "NewYorkMets,9081" , "newzealand,58365" , "nextdoorasians,44027" , "Nexus,11251" , "nexus4,14051" , "Nexus5,32628" , "nexus5x,4290" , "nexus6,17044" , "Nexus6P,14565" , "NexusNewbies,4554" , "NFA,3386" , "nfffffffluuuuuuuuuuuu,10412" , "nfl,438505" , "nflcirclejerk,5471" , "NFL_Draft,10220" , "NFLRoundTable,5106" , "nflstreams,45816" , "NFSRides,331" , "nhl,48661" , "NHLHUT,6246" , "NHLStreams,24573" , "niceb8m8,2780" , "niceguys,56186" , "Nichijou,1794" , "NichtDerPostillon,1679" , "Nightshift,3047" , "nightvale,12825" , "Nikon,5622" , "nin,8543" , "nintendo,111235" , "nintendomusic,16592" , "Nirvana,9955" , "Nisekoi,5857" , "Nissan,7789" , "nl_Kripparrian,5710" , "NLSSCircleJerk,6342" , "NLTP,1260" , "nocontext,127222" , "node,17989" , "NoFap,176191" , "NoFapChristians,5780" , "NoFapWar,8446" , "noisygifs,26562" , "NOLAPelicans,1796" , "NoMansSkyTheGame,28763" , "nongolfers,23795" , "nonmonogamy,11653" , "nonnude,5508" , "nononono,124473" , "nonononoyes,227931" , "Nootropics,64062" , "NoPoo,12759" , "Nordiccountries,7445" , "norge,31328" , "normaldayinjapan,12500" , "NorthCarolina,11331" , "northernireland,6754" , "northernlion,4198" , "NorthKoreaNews,28734" , "Norway,12728" , "NoShitSherlock,15730" , "NoSillySuffix,15832" , "nosleep,4419937" , "NoSleepOOC,6136" , "no_sob_story,12490" , "nostalgia,135018" , "Nostalrius,1864" , "NostalriusBegins,2221" , "NoStupidQuestions,105909" , "notcirclejerk,3604" , "notebooks,10292" , "notinteresting,93212" , "NotMyJob,9602" , "NotSoGoodGuyMafia,1" , "nottheonion,4626814" , 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"painting,19653" , "pakistan,5580" , "Paladins,2246" , "Paleo,82633" , "Palestine,8236" , "PandR,80461" , "PanicHistory,11470" , "PanPorn,2688" , "panthers,9700" , "ParadoxExtra,948" , "paradoxplaza,36233" , "paradoxpolitics,4368" , "Parahumans,2810" , "Paranormal,82498" , "Pareidolia,112512" , "Parenting,89413" , "paris,9014" , "parrots,12067" , "PastAndPresentPics,26758" , "Patchuu,5314" , "Pathfinder_RPG,24123" , "pathofexile,55470" , "patientgamers,66432" , "Patriots,35985" , "Pauper,3510" , "paydaycirclejerk,750" , "paydaytheheist,40470" , "PBSOD,4524" , "pcgaming,177340" , "pcmasterrace,499519" , "pebble,26606" , "PEDs,2684" , "peloton,12939" , "penguins,10697" , "PenmanshipPorn,120944" , "Pennsylvania,6406" , "penspinning,13838" , "PeopleBeingJerks,31276" , "pepe,3873" , "pepethefrog,5498" , "Perfectfit,58195" , "perfectloops,87232" , "PerfectTiming,213955" , "perktv,4851" , "Permaculture,32689" , "personalfinance,4554137" , "PersonalFinanceCanada,21006" , 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"PleX,29450" , "ploompax,7475" , "plotholes,25252" , "ploungeafterdark,1519" , "Plumbing,4184" , "podcasts,25805" , "podemos,11042" , "Poetry,49882" , "PointlessStories,15386" , "Pokeents,9352" , "pokemon,474684" , "Pokemongiveaway,23462" , "pokemongo,5808" , "PokemonInsurgence,11178" , "PokemonPlaza,9885" , "PokemonShuffle,5506" , "pokemontrades,32149" , "poker,39081" , "poland,6554" , "polandball,183854" , "Polandballart,5267" , "polandballgifs,3082" , "policeporn,7454" , "POLITIC,26221" , "PoliticalDiscussion,46733" , "PoliticalHumor,50628" , "politicalpartypowers,221" , "PoliticalScience,4220" , "PoliticalVideo,3264" , "politics,3179799" , "politota,3829" , "Polska,25211" , "polyamory,32932" , "PopArtNouveau,12780" , "PopCornTime,14295" , "popheads,3343" , "popping,63644" , "poppunkers,22875" , "pornfree,23763" , "Porsche,10606" , "Portal,33665" , "porterrobinson,3055" , "Portland,55193" , "portlandstate,1611" , "portugal,10848" , "PORTUGALCARALHO,2199" , "PostHardcore,24276" , 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"Silverbugs,9665" , "SimCity,25184" , "simpleliving,73772" , "simpsonsdidit,18014" , "simracing,11072" , "Simulated,30520" , "singapore,34968" , "singing,19015" , "singularity,29307" , "Sino,1325" , "sips,35974" , "sixers,6060" , "sixwordstories,28278" , "sjsucks,3359" , "sjwhate,7175" , "skateboarding,70289" , "skeptic,102973" , "SketchDaily,45733" , "skiing,36721" , "SkincareAddiction,186356" , "SkinnyWithAbs,26477" , "skrillex,7759" , "Skullgirls,8746" , "SkyDiving,9496" , "Skyforge,6822" , "SkyPorn,52048" , "skyrim,317076" , "skyrimdadjokes,7082" , "skyrimmods,43657" , "SkyrimPorn,14961" , "slashdiablo,4553" , "slatestarcodex,1204" , "slavs_squatting,25530" , "Sleepycabin,7297" , "Slipknot,4484" , "sloths,52076" , "slowcooking,181706" , "SlyGifs,31850" , "sm4sh,4693" , "smallbusiness,42404" , "smalldickproblems,2878" , "SmarterEveryDay,17293" , "smashbros,193884" , "smashcirclejerk,3835" , "smashgifs,11407" , "Smite,67098" , "smoking,23275" , "snakes,15064" , "snapchat,14894" , "sneakermarket,7491" , "Sneakers,62627" , "snek_irl,6224" , "Sneks,16810" , "snes,12996" , "snowboarding,55293" , "snowden,6612" , "SNSD,12988" , "SoapboxBanhammer,426" , "soccer,406132" , "SoccerBetting,7821" , "soccercirclejerk,8485" , "soccerspirits,2436" , "soccerstreams,28855" , "socialanxiety,33954" , "SocialEngineering,66828" , "socialism,55342" , "Socialistart,2830" , "socialjustice101,2772" , "SocialJusticeInAction,5071" , "socialmedia,24157" , "socialskills,124187" , "socialwork,5616" , "sociopath,3244" , "sodadungeon,846" , "sodapoppin,1883" , "softwaregore,41799" , "SolForge,2177" , "solipsism,7371" , "solotravel,39652" , "soma,1456" , "somethingimade,103385" , "SonicTheHedgehog,4766" , "SonyXperia,5817" , "sooners,2834" , "sophieturner,8412" , "sorceryofthespectacle,2519" , "SoundsLikeChewy,350" , "SoundsLikeMusic,10164" , "SourceFed,32048" , "sousvide,11980" , "southafrica,16286" , "southpark,151534" , "soylent,16541" , "space,4856256" , "SpaceBuckets,17882" , "spaceengine,8735" , "spaceengineers,23681" , "spaceflight,17886" , "spaceporn,304852" , "spacex,42626" , "spain,6505" , "Spanish,18226" , "SpecArt,38694" , "SpeculativeEvolution,8317" , "speedrun,41470" , "spelunky,5475" , "spicy,26348" , "spiderbro,20400" , "Spiderman,17595" , "spiders,19926" , "SpideyMeme,43917" , "spikes,23119" , "splatoon,26573" , "SplitDepthGIFS,42588" , "Spokane,3500" , "spongebob,25202" , "Spongebros,9137" , "sporetraders,1880" , "sports,5053901" , "sportsarefun,33800" , "sportsbook,14530" , "spotify,32797" , "spotted,14019" , "springerspaniel,1026" , "springfieldMO,2589" , "Sprint,3308" , "SQL,12459" , "SquaredCircle,100115" , "SquaredCirclejerk,2263" , "SRSDiscussion,14311" , "SRSGaming,6438" , "SRSsucks,13889" , "SS13,4183" , "SSBM,18959" , "SSBPM,23980" , "StackAdvice,9073" , "StackGunHeroes,2201" , "stalker,8405" , "StallmanWasRight,2158" , "Stance,11682" , "Standup,30403" , "StandUpComedy,68690" , "standupshots,180743" , "Staples,1663" , "starbound,53361" , "starbucks,13249" , "Starcaft,5" , "starcitizen,59168" , "Starcitizen_trades,4263" , "starcraft,184091" , "StardustCrusaders,9178" , "Stargate,20681" , "starlets,28960" , "StarlightStage,1158" , "starterpacks,25990" , "StartledCats,96464" , "startrek,98491" , "startups,95633" , "StarVStheForcesofEvil,2331" , "StarWars,345816" , "StarWarsBattlefront,50911" , "starwarscollecting,841" , "StarWarsEU,7579" , "StarWarsLeaks,9889" , "starwarsrebels,4990" , "starwarsspeculation,831" , "starwarstrader,1718" , "statistics,29112" , "steak,17478" , "Steam,246860" , "SteamController,2363" , "steamdeals,52334" , "SteamGameSwap,39821" , "steampunk,33109" , "steamr,1339" , "steelers,14770" , "stencils,18517" , "stephenking,11385" , "steroids,21686" , "stevedangle,854" , "stevenuniverse,40931" , "Stims,4400" , "StLouis,16670" , "stlouisblues,5825" , "StLouisRams,4558" , "sto,8236" , "StockMarket,30145" , "stocks,42133" , "Stoicism,27901" , "StonerCringe,465" , "StonerEngineering,62455" , "StonerPhilosophy,22673" , "StonerProTips,29743" , "stonerrock,17254" , "stopdrinking,32169" , "StopGaming,4845" , "StoppedWorking,29609" , "stopsmoking,39116" , "StopTouchingMe,19388" , "StormfrontorSJW,10522" , "Stormlight_Archive,10108" , "straightedge,2864" , "straya,15833" , "streetart,28859" , "StreetFighter,19201" , "StreetFights,40216" , "streetfoodartists,13113" , "streetphotography,4566" , "streetwear,59791" , "Streisandeffect,479" , "StudentLoans,9744" , "stunfisk,12874" , "subaru,48713" , "submechanophobia,17428" , "subnautica,2689" , "subredditcancer,10423" , "SubredditDrama,212016" , "SubredditDramaDrama,6784" , "subredditoftheday,116920" , "SubredditSimMeta,18180" , "SubredditSimulator,100281" , "succulents,11380" , "SuddenlyGay,10271" , "sugarfreemua,8232" , "SuggestALaptop,21902" , "suggestmeabook,22247" , "SuicideWatch,40594" , "suits,23893" , "summonerschool,82962" , "summonerswar,13052" , "Sundresses,8984" , "suns,2922" , "sunsetshimmer,732" , "Suomi,26735" , "Superbowl,10765" , "supergirlTV,5557" , "superman,13474" , "supermoto,5606" , "Supernatural,46900" , "SuperShibe,52716" , "Supplements,22667" , "supremeclothing,15545" , "Surface,32368" , "surfing,27387" , "SurgeryGifs,5944" , "Survival,73333" , "survivinginfidelity,2589" , "survivor,18165" , "survivorcirclejerk,394" , "SurvivorRankdownII,88" , "survivorspoilers,453" , "sushi,25490" , "svenskpolitik,43953" , "Sverige,1102" , "SVExchange,10736" , "SwagBucks,8574" , "SWARJE,50964" , "SweatyPalms,26722" , "sweden,85671" , "sweepstakes,5485" , "swift,13768" , "SwiggitySwootyGifs,16194" , "Swimming,23838" , "Swingers,15856" , "Switzerland,7308" , "swoleacceptance,57610" , "swordartonline,19915" , "SwordOrSheath,6251" , "swrpg,4590" , "swtor,53799" , "sydney,22094" , "SympatheticMonsters,8883" , "synthesizers,19567" , "Syracuse,3069" , "Syraphia,26" , "SyrianCirclejerkWar,385" , "syriancivilwar,26280" , "sysadmin,123602" , "tabletopgamedesign,10692" , "tacobell,7914" , "Tacoma,4034" , "TACSdiscussion,4031" , "TagPro,11498" , "TagProIRL,823" , "taiwan,7100" , "TakeshisCastle,284" , "tales,5922" , "talesfromcallcenters,16316" , "TalesFromRetail,232513" , "talesfromtechsupport,296382" , "TalesFromTheCustomer,14883" , "TalesFromTheFrontDesk,9948" , "TalesFromThePharmacy,10320" , "TalesFromThePizzaGuy,38007" , "TalesFromTheSquadCar,20480" , "TalesFromYourServer,39699" , "tall,50390" , "Tallahassee,2862" , "Talonmains,1440" , "TameImpala,6037" , "tampa,11788" , "TampaBayLightning,3492" , "TankPorn,9398" , "tappedout,15964" , "tarantinogifs,11320" , "Target,1903" , "tasker,22637" , "tattoo,40487" , "tattoos,434589" , "TaylorSwift,22392" , "TaylorSwiftPictures,5578" , "TaylorSwiftsLegs,8853" , "tdl,1259" , "tea,63796" , "Teachers,29837" , "teaching,16431" , "TeamSolomid,14820" , "tech,82935" , "technews,17699" , "TechNewsToday,30782" , "Techno,16222" , "technology,5204799" , "TechoBlanco,1661" , "techsupport,78211" , "techsupportgore,109303" , "techsupportmacgyver,56393" , "techtheatre,7690" , "TedCruz,988" , "teefies,4007" , "teenagers,105234" , "TeenMFA,11284" , "TEFL,13794" , "Teleshits,10418" , "television,6011203" , "TelevisionQuotes,17559" , "TellMeAFact,23598" , "telltale,4012" , "Tennessee,4201" , "Tennesseetitans,4269" , "tennis,31624" , "TeraOnline,18715" , "Terraria,78686" , "terriblefacebookmemes,33514" , "tesdcares,3954" , "teslamotors,29314" , "teslore,32384" , "Texans,10937" , "texas,32441" , "TexasRangers,6587" , "tf2,157238" , "TF2fashionadvice,6190" , "tf2shitposterclub,507" , "tf2trade,13281" , "tgrp,97" , "Thailand,8314" , "thalassophobia,64543" , "thanksgiving,678" , "That70sshow,11915" , "thatHappened,238789" , "ThatPeelingFeeling,18411" , "The100,8349" , "TheAffair,732" , "TheBluePill,25735" , "TheBrewery,7802" , "thebutton,161652" , "thechapel,1915" , "TheCompletionist,2587" , "TheCreatures,12627" , "The_Crew,4247" , "TheDarkTower,10781" , "thedivision,8376" , "The_Donald,1680" , "TheExpanse,2150" , "TheFacebookDelusion,24433" , "TheForest,8747" , "TheFrontBottoms,2114" , "TheGameOfThronesGame,2267" , "TheGirlSurvivalGuide,56560" , "thegoodwife,2651" , "TheHobbit,21547" , "TheKillers,2316" , "TheLastAirbender,142647" , "thelastofus,21644" , "thelastofusfactions,5769" , "thelawschool,1305" , "theleaguefx,17449" , "TheLeftovers,12448" , "thelongdark,4192" , "TheMassive,1864" , "ThemeParkitect,1508" , "themindyproject,2318" , "themoddingofisaac,4680" , "themountaingoats,3058" , "thenetherlands,67966" , "theNvidiaShield,2771" , "theocho,39803" , "TheOnion,14325" , "ThePhenomenon,7304" , "TheRealmsMC,335" , "TheRedPill,139577" , "thereifixedit,10036" , "thereisnoowl,247" , "therewasanattempt,16696" , "TheSimpsons,118309" , "thesims,43878" , "thesopranos,7028" , "TheSquadOnPoint,8807" , "TheStrokes,4903" , "Thetruthishere,46694" , "TheVampireDiaries,6381" , "thevoice,1175" , "thewalkingdead,257148" , "TheWayWeWere,68848" , "thewestwing,6412" , "TheWire,21842" , "theworldisflat,1241" , "theworldnews,6170" , "theydidthemath,125881" , "ThingsCutInHalfPorn,88776" , "ThingsWhiteFolksLike,97" , "thinkpad,6659" , "thisismylifenow,7624" , "ThisIsNotASafeSpace,1145" , "ThriftStoreHauls,60871" , "Throwers,6326" , "Thunder,5600" , "TiADiscussion,7104" , "TibiaMMO,1524" , "tifu,4785294" , "TILinIndia,360" , "tiltshift,26505" , "TimAndEric,22437" , "timbers,3840" , "timberwolves,5029" , "timetolegalize,10058" , "tinabelcher,14568" , "Tinder,178148" , "TinyHouses,67833" , "tipofmyjoystick,7822" , "tipofmytongue,155576" , "titanfall,30090" , "titlegore,32415" , "TMBR,2729" , "TMNT,8354" , "tmobile,14739" , "tobacco_ja,158" , "TodayIGrandstanded,1472" , "todayilearned,10011031" , "Tokyo,8491" , "TokyoGhoul,10479" , "tolkienfans,32828" , "TombRaider,4408" , "tomwaits,1568" , "tonightsdinner,39276" , "ToolBand,16789" , "Tools,4780" , "TooMeIrlForMeIrl,481" , "Toonami,6379" , "Toontown,4781" , "toosoon,77090" , "TopGear,136177" , "TopMindsOfReddit,9391" , "topofreddit,4569" , "TOR,23629" , "toronto,66122" , "TorontoAnarchy,95" , "Torontobluejays,18976" , "torontoraptors,10952" , "torrents,56332" , "totallynotrobots,9466" , "totalwar,41322" , "touhou,8449" , "TowerofGod,4100" , "TownofSalemgame,5464" , "Toyota,7056" , "TPPKappa,272" , "traaaaaaannnnnnnnnns,2723" , "trackers,53133" , "Tradelands,621" , "TraditionalCurses,8904" , "trailerparkboys,47748" , "trailers,30981" , "traingifs,4196" , "trains,7737" , "trance,38049" , "transformers,8114" , "transgamers,4169" , "transgender,21190" , "transgendercirclejerk,2311" , "translator,8015" , "Transmogrification,14579" , "transpassing,12247" , "transpositive,7195" , "transtimelines,13427" , "trap,53878" , "trapmuzik,16279" , "trapproduction,6328" , "trashpandas,10062" , "trashy,169388" , "travel,229376" , "treecomics,31956" , "treedibles,13730" , "treemusic,38739" , "treeofsavior,10856" , "trees,810334" , "TreesSuckingAtThings,32164" , "trendingsubreddits,12500" , "tressless,4245" , "triangle,8951" , "Tribes,11694" , "trippinthroughtime,79903" , "trippy,23788" , "Troll4Troll,3223" , "TrollBookClub,2625" , "TrollDevelopers,879" , "TrollXChromosomes,178563" , "TrollXMoms,4640" , "TrollXWeddings,2970" , "TrollYChromosome,64300" , "Trophies,4227" , "Trove,12525" , "Trucking,4314" , "Trucks,19720" , "trucksim,4914" , "TrueAnime,7706" , "TrueAskReddit,78978" , "TrueAtheism,59089" , "TrueChristian,9798" , "TrueDetective,63696" , "TrueDoTA2,8917" , "TrueFilm,82190" , "truegaming,137623" , "TrueLionhearts,6" , "TrueOffMyChest,10250" , "TrueReddit,355484" , "TrueSTL,4047" , "truetf2,14280" , "truewomensliberation,497" , "truezelda,10426" , "trump,436" , "trumpet,4992" , "TryingForABaby,6930" , "trypophobia,11299" , "Tsunderes,3708" , "TsundereSharks,40487" , "ttcafterloss,605" , "tuckedinkitties,14781" , "Tucson,6725" , "Tulpas,9496" , "tulsa,4869" , "tumblr,142894" , "TumblrAtRest,20809" , "TumblrCirclejerk,8206" , "TumblrInAction,258243" , "TumblrPls,4025" , "Turkey,6826" , "turning,6471" , "TuxedoCats,3361" , "TWD,10164" , "twentyonepilots,7668" , "twice,669" , "TwinCities,12115" , "twinpeaks,14130" , "Twitch,43528" , "twitchplayspokemon,49925" , "TwoBestFriendsPlay,16430" , "Twokinds,988" , "TwoXChromosomes,4185231" , "TwoXSex,15244" , "typography,45538" , "TYT,931" , "UBC,4840" , "uber,2502" , "uberdrivers,6229" , "Ubuntu,60590" , "UCalgary,1674" , "ucf,6370" , "UCSantaBarbara,5088" , "udub,4305" , "ufc,22738" , "UFOs,48910" , "UGA,4784" , "uglyduckling,32364" , "UIUC,11956" , "ukbike,3128" , "ukipparty,2191" , "UKPersonalFinance,10126" , "ukpolitics,42408" , "ukraina,12948" , "UkrainianConflict,21537" , "uktrees,7946" , "ukulele,18774" , "ultimate,17636" , "ultrahardcore,6749" , "Ultralight,20511" , "ultrawidemasterrace,1849" , "UMD,5213" , "UNBGBBIIVCHIDCTIICBG,89630" , "undelete,47051" , "Underminers,1213" , "Undertale,23950" , "Undertem,283" , "UnearthedArcana,4194" , "Unexpected,454437" , "UnexpectedCena,42675" , "unexpectedjihad,84030" , "unexpectedmusic,6513" , "UnexpectedThugLife,207696" , "unintentionalASMR,7736" , "UnisonLeague,847" , "unitedkingdom,118237" , "unitedstatesofamerica,13605" , "Unity2D,12204" , "Unity3D,31991" , "UniversityOfHouston,2996" , "unixporn,32974" , "Unorthodog,14085" , "unpopularopinion,2633" , "unrealengine,12071" , "unrealtournament,3915" , "UnresolvedMysteries,123566" , "UnsentLetters,14744" , "UnsolicitedRedesigns,6108" , "UnsolvedMysteries,19576" , "unstirredpaint,7293" , "unturned,9162" , "UnusualArt,10748" , "uofm,6099" , "uofmn,3849" , "UofT,6623" , "UpliftingNews,4441491" , "Upvoted,18086" , "UpvotedBecauseGirl,18218" , "upvotegifs,17815" , "urbanexploration,76436" , "UrbanHell,13357" , "urbanplanning,20087" , "usanews,4603" , "USC,3212" , "usenet,23173" , "UserCars,6730" , "userexperience,12158" , "USMC,10931" , "uspolitics,6524" , "ussoccer,13690" , "Utah,4476" , "UtahJazz,2145" , "UTAustin,8554" , "Utrecht,1156" , "uvic,1694" , "uwaterloo,7871" , "uwotm8,26543" , "VAC_Porn,9417" , "vagabond,15251" , "vainglorygame,4545" , "valve,13360" , "vancouver,38148" , "vandwellers,20578" , "vapeitforward,6349" , "VapePorn,10638" , "Vaping101,10078" , "Vaping,24139" , "vaporents,44059" , "Vaporwave,22466" , "VaporwaveAesthetics,6500" , "vargas,3989" , "vegan,62390" , "vegancirclejerk,2338" , "veganrecipes,24643" , "vegas,11805" , "vegetarian,44443" , "VegRecipes,36893" , "Velo,8444" , "venturebros,14986" , "verizon,4884" , "Vermintide,6883" , "Veterans,6255" , "vexillology,46282" , "vexillologycirclejerk,4132" , "vfx,11058" , "vgb,21719" , "VGHS,3890" , "victoria2,3678" , "VictoriaBC,8051" , "victoriajustice,10163" , "video,24832" , "videogamedunkey,12453" , "videography,16302" , "videos,9247409" , "videosplus,1976" , "VietNam,4321" , "VillagePorn,48589" , "vim,25464" , "Vinesauce,4827" , "vintageaudio,8157" , "vinyl,81713" , "Virginia,7959" , "VirginiaTech,6843" , "virtualreality,16951" , "visualnovels,18966" , "vita,49605" , "Vive,6470" , "vmware,13503" , "Voat,4851" , "Vocaloid,10975" , "Volkswagen,21290" , "VolleyballGirls,59133" , "Volvo,6632" , "VPN,17588" , "vsauce,3602" , "VSModels,2908" , "VXJunkies,9443" , "vzla,7574" , "WackyTicTacs,16046" , "waifuism,1061" , "wallpaper,161387" , "wallpaperdump,24528" , "wallpapers,374610" , "wallstreetbets,25133" , "walmart,3298" , "WaltDisneyWorld,16644" , "warcraftlore,9359" , "Warframe,37682" , "wargame,6285" , "Warhammer,34751" , "Warhammer40k,20910" , "Warmachine,6497" , "WarOnComcast,9218" , "WarplanePorn,5297" , "warriors,13277" , "WarshipPorn,26919" , "Warthunder,31860" , "Washington,8927" , "washingtondc,36390" , "washingtonwizards,4192" , "WastedGifs,119428" , "WastelandPowers,434" , "Watches,81459" , "WatchesCirclejerk,1508" , "Watchexchange,5194" , "Watercolor,12336" , "watercooling,9119" , "waterporn,59894" , "Waxpen,2460" , "Weakpots,2643" , "WeAreTheMusicMakers,122961" , "weather,16995" , "webcomics,81539" , "web_design,146257" , "webdev,105268" , "WebGames,91965" , "wec,9139" , "wedding,18085" , "WeddingPhotography,3016" , "weddingplanning,26248" , "weeabootales,23571" , "weed,10981" , "weekendgunnit,6415" , "weightlifting,20232" , "weightroom,78738" , "Weird,26971" , "WeirdWheels,11164" , "Welding,17441" , "Wellington,4711" , "Wellthatsucks,60047" , "WEPES,2584" , "WestVirginia,3002" , "Wet_Shavers,5221" , "whatcarshouldIbuy,7337" , "Whatcouldgowrong,234461" , "Whatisthis,13279" , "whatisthisthing,171566" , "WhatsInThisThing,87704" , "whatstheword,21524" , "whatsthisbird,6998" , "whatsthisbug,40683" , "whatsthisplant,21102" , "whatsthisrock,4341" , "WhatsWrongWithYourDog,8502" , "wheredidthesodago,381556" , "whiskey,24787" , "Whiskyporn,4836" , "whiteknighting,19243" , "whitepeoplefacebook,10795" , "whitepeoplegifs,85881" , "WhitePeopleTwitter,4837" , "WhiteRights,9339" , "whitesox,4082" , "WhiteWolfRPG,3925" , "whowouldcirclejerk,1245" , "whowouldwin,94633" , "Wicca,10118" , "wicked_edge,77487" , "WiggleButts,5153" , "wiiu,81853" , "WikiInAction,3372" , "WikiLeaks,35651" , "wikipedia,156441" , "wildhockey,6955" , "WildStar,35041" , "wince,18160" , "Windows10,55712" , "windows,57504" , "windowsphone,48558" , "wine,35744" , "Winnipeg,8798" , "winnipegjets,3091" , "winterporn,35946" , "wisconsin,14546" , "Wishlist,1910" , "witcher,84856" , "wma,5119" , "woahdude,890116" , "WonderTrade,6303" , "woodworking,138992" , "woofbarkwoof,6057" , "woof_irl,9024" , "WordAvalanches,15556" , "Wordpress,28014" , "WorkOnline,34955" , "worldbuilding,62503" , "worldevents,39549" , "worldnews,9843404" , "worldofpvp,3947" , "WorldofTanks,26078" , "WorldofTanksXbox,1489" , "WorldOfWarships,14689" , "worldpolitics,150119" , "worldpowers,2447" , "worldwhisky,4109" , "WormFanfic,546" , "worstof,37425" , "WoT,13538" , "WouldYouRather,39373" , "wow,254317" , "woweconomy,11193" , "wowservers,2742" , "wowthissubexists,74412" , "Wrangler,7569" , "Wrasslin,6255" , "WrestleWithThePlot,15936" , "wrestling,7589" , "wrestlingisreddit,196" , "writing,163310" , "WritingPrompts,4278661" , "wsgy,2336" , "wsu,2487" , "WTF,4692656" , "wtfstockphotos,22428" , "WWE,21207" , "WWEGames,4665" , "wwe_network,1029" , "wwesupercard,2258" , "wwiipics,10467" , "WWU,1721" , "xbmc,17678" , "xbox,13738" , "xbox360,48571" , "xboxone,170503" , "Xcom,23966" , "xDivinum,2" , "Xenoblade_Chronicles,4403" , "XFiles,16183" , "xkcd,62961" , "xposed,11730" , "xTrill,2404" , "XWingTMG,8024" , "xxfitness,89703" , "xxketo,23640" , "YanetGarcia,8212" , "yarntrolls,2171" , "YasuoMains,963" , "yee,4661" , "yesyesyesno,15237" , "yesyesyesyesno,22447" , "YMS,9789" , "ynab,17393" , "yoga,81031" , "Yogscast,45014" , "yogscastkim,4241" , "yokaiwatch,1338" , "youdontsurf,191966" , "YouSeeComrade,25241" , "YouShouldKnow,513161" , "youtube,34027" , "youtubecomments,18579" , "youtubehaiku,194879" , "yoyhammer,1854" , "yugioh,30391" , "yuruyuri,856" , "yvonnestrahovski,9131" , "Zappa,5521" , "zelda,140888" , "zen,31825" , "ZenHabits,107887" , "Zerxee,2" , "ZettaiRyouiki,13054" , "zoidberg,6890" , "zombies,85610" ]

59764

module Sfw (..) where sfwRaw : List String sfwRaw = [ "100yearsago,32345" , "1200isplenty,40968" , "12thMan,946" , "1911,6937" , "195,10030" , "2007scape,45053" , "240sx,3708" , "30ROCK,20200" , "336RS,5" , "3amjokes,48060" , "3Dmodeling,8997" , "3Dprinting,45402" , "3DS,105660" , "3DSdeals,13270" , "3dshacks,4549" , "40kLore,2901" , "49ers,23227" , "4ChanMeta,8778" , "4PanelCringe,17496" , "4Runner,3143" , "4x4,18457" , "4Xgaming,6475" , "52weeksofcooking,21831" , "7daystodie,8453" , "7kglobal,586" , "80smusic,6852" , "8chan,9806" , "90sAlternative,7895" , "90smusic,6374" , "911truth,9696" , "9gag,4223" , "A858DE45F56D9BC9,11616" , "AAdiscussions,203" , "AaronTracker,4" , "AbandonedPorn,300746" , "ABCDesis,4339" , "ableton,18019" , "ABraThatFits,43569" , "AcademicBiblical,8561" , "Acadiana,2074" , "AccidentalComedy,34518" , "AccidentalRenaissance,7883" , "Accounting,29020" , "AceAttorney,6444" , "acecombat,1946" , "AceOfAngels8,1547" , "ACMilan,3076" , "ACON_Support,455" , "acting,13840" , "ActionFigures,7067" , "ActLikeYouBelong,20574" , "ACTrade,10624" , "actualconspiracies,12269" , "actuallesbians,50164" , "<NAME>,5185" , "Addons4Kodi,4778" , "Adelaide,6433" , "ADHD,43331" , "AdorableDragons,5874" , "AdrenalinePorn,67900" , "ads,7112" , "adultery,4964" , "adultswim,15055" , "AdvancedRunning,8663" , "AdventureCapitalist,2034" , "adventurerlogkiraigen,3" , "adventuretime,154732" , "advertising,22881" , "Advice,28313" , "AdviceAnimals,4280324" , "AdviceAtheists,15199" , "AdvLog,6" , "afinil,6147" , "AFL,12831" , "AfterEffects,13537" , "AgainstGamerGate,1828" , "AgainstHateSubreddits,2564" , "againstmensrights,8568" , "<NAME>,20815" , "agentcarter,8096" , "aggies,8415" , "ainbow,39002" , "AirBnB,3030" , "AirForce,16643" , "airsoft,24091" , "A_irsoft,531" , "airsoftmarket,3989" , "ak47,7742" , "AkameGaKILL,4701" , "alaska,8188" , "Albany,4057" , "alberta,7316" , "albiononline,2721" , "AlbumArtPorn,38777" , "Albuquerque,5171" , "alcohol,19222" , "aldub,251" , "Aleague,4828" , "alex<NAME>,11623" , "<NAME>,10418" , "AlienBlue,205706" , "aliens,14241" , "AliensAmongUs,7610" , "AlisonBrie,39875" , "allthingsprotoss,8880" , "AllThingsTerran,9039" , "allthingszerg,9941" , "alternativeart,50896" , "altnewz,6882" , "AMA,110503" , "amateurradio,18510" , "amazon,12531" , "amazonecho,4205" , "AmazonTopRated,31361" , "Amd,15312" , "americandad,10454" , "AmericanHorrorStory,41385" , "AmericanPolitics,7383" , "amibeingdetained,28268" , "AmIFreeToGo,18446" , "amiibo,40041" , "AmiiboCanada,2665" , "AmISexy,29827" , "AmItheAsshole,9068" , "amiugly,58738" , "Amsterdam,8891" , "AnaheimDucks,4120" , "analog,25027" , "analogygifs,15193" , "Anarchism,61152" , "Anarcho_Capitalism,24470" , "anarchomemes,2235" , "Anarchy101,8342" , "Android,619379" , "androidapps,71654" , "androidcirclejerk,10091" , "androiddev,45103" , "AndroidGaming,60786" , "AndroidMasterRace,17075" , "AndroidQuestions,21961" , "androidthemes,43273" , "AndroidTV,2073" , "AndroidWear,22250" , "ANGEL,3818" , "angelsbaseball,4015" , "AngieVarona,7416" , "AngieVaronaLegal,14860" , "angularjs,14290" , "AnimalCollective,3999" , "AnimalCrossing,52738" , "AnimalPorn,58298" , "Animals,16669" , "AnimalsBeingBros,155109" , "AnimalsBeingDerps,68440" , "AnimalsBeingGeniuses,11587" , "AnimalsBeingJerks,260301" , "AnimalTextGifs,16525" , "animation,30036" , "anime,329033" , "AnimeFigures,9580" , "animegifs,23635" , "animegifsound,2956" , "anime_irl,21733" , "animelegs,1158" , "animenocontext,17583" , "animeponytails,1120" , "AnimeSketch,7131" , "Animesuggest,33759" , "Animewallpaper,25418" , "<NAME>,3919" , "annakendrick,23257" , "<NAME>,6710" , "announcements,9800402" , "annualkpopawards,63" , "ANormalDayInRussia,107448" , "answers,90064" , "Anthropology,42357" , "AntiAntiJokes,19258" , "Anticonsumption,36517" , "AntiJokes,67527" , "antinatalism,1278" , "ANTM,2152" , "Anxiety,72471" , "AnythingGoesNews,18624" , "AnythingGoesPics,24342" , "aoe2,15746" , "aphextwin,3243" , "apink,2849" , "ApocalypseRising,1312" , "AppalachianTrail,13382" , "AppHookup,54908" , "apple,303477" , "applehelp,18550" , "appletv,11595" , "AppleWatch,17573" , "ApplyingToCollege,3909" , "AquamarineVI,258" , "Aquariums,55476" , "ar15,25099" , "arabs,6346" , "araragi,6637" , "Archaeology,29159" , "archeage,18222" , "ArcherFX,114190" , "Archery,23167" , "architecture,66636" , "ArchitecturePorn,67248" , "archlinux,26220" , "arcticmonkeys,7984" , "arduino,54938" , "arewerolling,5972" , "argentina,18793" , "<NAME>,18748" , "arielwinter,8131" , "arizona,9188" , "ARK,9688" , "Arkansas,5084" , "arkfactions,352" , "arma,27814" , "armenia,1578" , "ArmoredWarfare,4370" , "army,17100" , "arresteddevelopment,114120" , "arrow,54555" , "Art,4418320" , "ArtefactPorn,52941" , "artificial,20563" , "ArtisanVideos,150438" , "ArtistLounge,4904" , "ArtPorn,47635" , "AsABlackMan,5445" , "asatru,5196" , "asexuality,9774" , "Ashens,9899" , "asheville,5954" , "AshVsEvilDead,2799" , "asianamerican,9586" , "AsianBeauty,33062" , "AsianCuties,30944" , "AsianHottiesGIFS,14792" , "AsianLadyboners,6093" , "AsianMasculinity,6203" , "AsianParentStories,9823" , "AskAcademia,22049" , "askaconservative,1957" , "AskAnAmerican,5448" , "AskAnthropology,26531" , "askashittydoctor,11900" , "askcarsales,11328" , "AskCulinary,91322" , "AskDocs,11072" , "AskDoctorSmeeee,6793" , "askdrugs,11213" , "AskElectronics,20673" , "AskEngineers,47497" , "AskEurope,4997" , "AskFeminists,8567" , "AskGames,8898" , "askgaybros,20243" , "AskHistorians,462271" , "AskHistory,10196" , "AskHR,2694" , "AskLE,1681" , "AskMen,220171" , "AskMenOver30,13031" , "askMRP,689" , "AskNetsec,14828" , "AskNYC,9909" , "askphilosophy,35904" , "AskPhysics,8632" , "Ask_Politics,19137" , "askportland,2530" , "AskReddit,10155641" , "askscience,6895111" , "AskScienceDiscussion,12244" , "AskScienceFiction,55288" , "askseddit,17700" , "AskSF,3748" , "AskSocialScience,57653" , "asktransgender,23115" , "AskTrollX,8560" , "asktrp,23896" , "AskUK,12080" , "AskVet,8103" , "AskWomen,225556" , "askwomenadvice,6981" , "AskWomenOver30,6563" , "asmr,112789" , "asoiaf,244263" , "asoiafcirclejerk,4344" , "aspergers,15150" , "assassinscreed,46238" , "assettocorsa,6121" , "Assistance,29810" , "astrology,8515" , "Astronomy,141457" , "astrophotography,57121" , "Astros,4952" , "ASU,4409" , "atheism,2099225" , "atheistvids,7627" , "Atlanta,32975" , "AtlantaHawks,4422" , "atlbeer,3517" , "atletico,1135" , "atmidnight,3523" , "AubreyPlaza,14920" , "auckland,5226" , "Audi,14219" , "audiobooks,13601" , "audioengineering,51568" , "Audiomemes,4680" , "audiophile,54275" , "AusFinance,7694" , "auslaw,4139" , "Austin,50816" , "australia,106489" , "AustralianCattleDog,4919" , "AustralianMakeup,4210" , "AustralianPolitics,6610" , "Austria,17901" , "Authentic_Vaping,733" , "autism,10224" , "AutoDetailing,28181" , "Automate,16572" , "Autos,72116" , "aves,21455" , "avfc,1877" , "aviation,65472" , "awakened,6010" , "awardtravel,3823" , "awesome,63586" , "AwesomeCarMods,14282" , "Awesomenauts,6926" , "awfuleverything,8550" , "awfuleyebrows,16927" , "aws,7148" , "aww,8383516" , "Awwducational,105958" , "awwnime,43090" , "awwnverts,13808" , "awwtf,5978" , "Awww,30169" , "awwwtf,52204" , "ayylmao,12334" , "AyyMD,2243" , "AZCardinals,4375" , "BabyBumps,30685" , "BabyCorgis,3817" , "babyelephantgifs,78348" , "BABYMETAL,4337" , "backpacking,66411" , "BacktotheFuture,8217" , "BackYardChickens,13125" , "Bacon,23353" , "baconreader,286837" , "badcode,11582" , "Bad_Cop_Follow_Up,383" , "Bad_Cop_No_Donut,83168" , "badeconomics,7137" , "BadguyWolfies,2" , "badhistory,53746" , "badlegaladvice,6941" , "badlinguistics,12134" , "badmathematics,2022" , "badMovies,17298" , "badphilosophy,12828" , "badpolitics,4844" , "bad_religion,3771" , "badroommates,7389" , "badscience,7812" , "BadSocialScience,4476" , "badtattoos,46256" , "baduk,7264" , "badukpolitics,345" , "badwomensanatomy,5426" , "bagelheads,52" , "BakaNewsJP,3604" , "bakchodi,4281" , "Baking,76381" , "balisong,2263" , "baltimore,17454" , "Bandnames,20585" , "bangalore,2431" , "bangtan,716" , "Banished,21413" , "BanjoKazooie,2109" , "banned,779" , "BannedFrom4chan,10945" , "bannedfromclubpenguin,49385" , "bapcsalescanada,10233" , "bap<NAME>,4425" , "<NAME>,5677" , "<NAME>,13022" , "Barcelona,3289" , "bardmains,2928" , "barstoolsports,3779" , "bartenders,11404" , "baseball,155176" , "baseballcirclejerk,2681" , "BasicIncome,31039" , "Bass,39616" , "bassnectar,4105" , "BatFacts,7222" , "batman,135188" , "BatmanArkham,9761" , "batonrouge,3672" , "Battlecars,3906" , "battlecats,2008" , "Battlefield,28894" , "battlefield3,51573" , "battlefield_4,87684" , "Battlefield_4_CTE,4335" , "battlefront,8845" , "battlestations,181457" , "battlewagon,8473" , "bayarea,37443" , "baylor,1774" , "BBQ,36931" , "beadsprites,12708" , "beagle,7016" , "BeAmazed,49884" , "BeardedDragons,6346" , "BeardPorn,19798" , "beards,107205" , "beatles,26412" , "Beatmatch,12427" , "BeautifulFemales,6427" , "BeautyBoxes,12831" , "BeautyGuruChat,2738" , "BeavisAndButthead,6556" , "bee_irl,4427" , "beer,175146" , "beercirclejerk,1519" , "beermoney,99255" , "beerporn,31777" , "beertrade,12564" , "beerwithaview,18068" , "beetlejuicing,11675" , "beforeandafteredit,8036" , "BeforeNAfterAdoption,35617" , "belgium,24164" , "<NAME>,6409" , "<NAME>ham,3929" , "bengals,7308" , "benzodiazepines,3782" , "berkeley,10041" , "<NAME>,9091" , "<NAME>,11710" , "berserklejerk,378" , "bertstrips,73130" , "<NAME>ge,20487" , "Bestbuy,1252" , "bestof,4825375" , "bestoflegaladvice,24410" , "BestOfLiveleak,23546" , "bestofnetflix,47255" , "BestOfOutrageCulture,8893" , "BestOfReports,11937" , "BestOfStreamingVideo,39169" , "bettafish,8565" , "BetterEveryLoop,1992" , "betternews,1997" , "BetterSubredditdrama,273" , "beyondthebump,16392" , "BF_Hardline,12243" , "bicycletouring,18700" , "bicycling,167014" , "bigbangtheory,26548" , "BigBrother,21975" , "bigdickproblems,32160" , "biggestproblem,424" , "bikecommuting,18540" , "Bikeporn,20438" , "bikesgonewild,23533" , "bikewrench,15542" , "<NAME>,9891" , "billiards,7126" , "bindingofisaac,72273" , "bioinformatics,9586" , "biology,75423" , "bioniclelego,4119" , "Bioshock,41261" , "bipolar,15450" , "BipolarReddit,13766" , "Birbs,12097" , "birdpics,14683" , "BirdsBeingDicks,29020" , "birdsofprey,3160" , "birdswitharms,82881" , "Birmingham,5808" , "birthcontrol,7624" , "bisexual,35587" , "bitchimabus,46877" , "Bitcoin,176233" , "BitcoinMarkets,21106" , "bitcoinxt,13339" , "bjj,33502" , "blackberry,6943" , "blackbookgraffiti,8555" , "blackcats,3176" , "blackdesertonline,8926" , "Blackfellas,4072" , "blackfriday,13730" , "blackladies,9569" , "BlackLivesMatter,564" , "BlackMetal,11198" , "blackmirror,5271" , "blackops3,37209" , "Blackout2015,32993" , "blackpeoplegifs,93773" , "BlackPeopleTwitter,536812" , "BlackSails,3569" , "Blacksmith,25543" , "BlackwellAcademy,472" , "bladeandsoul,6677" , "blakelively,4838" , "bleach,23050" , "blender,24603" , "Blep,44001" , "blindspot,851" , "Blink182,11129" , "BlocParty,778" , "blogsnark,1030" , "bloodborne,51353" , "bloodbowl,3653" , "BloodGulchRP,177" , "bloomington,3454" , "blop,8423" , "BlueJackets,3055" , "blues,16528" , "bluesguitarist,4297" , "blunderyears,90372" , "BMW,30818" , "Boardgamedeals,5984" , "boardgames,117122" , "BobsBurgers,37735" , "bodybuilding,117061" , "bodymods,10743" , "bodyweightfitness,187214" , "Boise,4406" , "BoJackHorseman,22545" , "BokuNoHeroAcademia,4307" , "BollywoodRealism,35697" , "Bombing,11698" , "bonnaroo,13215" , "Bonsai,28350" , "bookporn,42999" , "books,6272500" , "booksuggestions,53715" , "BoomBeach,10288" , "boop,34592" , "BorderCollie,5289" , "Borderlands2,42577" , "Borderlands,66180" , "borrow,4287" , "borussiadortmund,6204" , "boston,53540" , "BostonBruins,13916" , "bostonceltics,11780" , "BostonTerrier,6458" , "botsrights,8562" , "boulder,8485" , "bouldering,16196" , "bourbon,27782" , "Boxer,7302" , "Boxing,34148" , "boxoffice,12419" , "BPD,9526" , "BPDlovedones,1652" , "braces,1244" , "Brampton,1399" , "brandnew,8326" , "brasil2,376" , "brasil,43923" , "bravefrontier,28337" , "B<NAME>veryjerk,18373" , "Braves,11507" , "BravestWarriors,9697" , "BravoRealHousewives,3609" , "Brawlhalla,3280" , "Breadit,38587" , "breakingbad,226518" , "breakingmom,12082" , "breastfeeding,11418" , "Briggs,1412" , "brisbane,15228" , "bristol,5743" , "BritishPolitics,3226" , "britishproblems,112238" , "BritishSuccess,17782" , "BritishTV,25517" , "britpics,17149" , "Brogress,22861" , "brokehugs,930" , "brokengifs,39373" , "Brooklyn,14035" , "brooklynninenine,13368" , "Browns,12674" , "brum,2583" , "BSG,17676" , "btc,5936" , "buccaneers,4970" , "buccos,5494" , "Buddhism,91326" , "budgetfood,89715" , "Buffalo,7561" , "buffalobills,9056" , "BuffaloWizards,4412" , "buffy,18868" , "bugout,11582" , "buildapc,332244" , "buildapcforme,36022" , "buildapcsales,118479" , "Bulldogs,9916" , "Bullshitfacts,100" , "BurningMan,16533" , "Bushcraft,22441" , "business,201584" , "Buttcoin,6712" , "BuyItForLife,187865" , "ByTheMods,178" , "c137,8148" , "C25K,45786" , "cablefail,18510" , "CableManagement,20962" , "cableporn,58421" , "<NAME>,499" , "CafeRacers,10591" , "CAguns,1342" , "cahideas,5342" , "CalamariRaceTeam,8602" , "Cal<NAME>ary,18553" , "CalgaryFlames,3872" , "California,28005" , "CaliforniaForSanders,2977" , "Calligraphy,30726" , "CallOfDuty,18139" , "calvinandhobbes,109777" , "<NAME>,4841" , "camping,52059" , "CampingandHiking,106021" , "canada,202444" , "canadaguns,5588" , "CanadaPolitics,24321" , "Canadian_ecigarette,3086" , "CanadianForces,5094" , "canberra,3324" , "cancer,6940" , "candiceswanepoel,6678" , "canes,1853" , "CanineCosplay,2041" , "cannabis,29817" , "CannabisExtracts,23362" , "canon,4748" , "canucks,12026" , "caps,7537" , "capstone,1876" , "CaptchaArt,16528" , "<NAME>,5521" , "<NAME>,10821" , "carcrash,15916" , "Cardinals,10645" , "cardistry,6647" , "careerguidance,14037" , "<NAME>letonU,1893" , "carnivalclan,10" , "<NAME>,1513" , "carporn,130914" , "cars,181029" , "Cartalk,25622" , "caseyneistat,4144" , "cassetteculture,5086" , "castiron,13780" , "CastleClash,1702" , "castles,29368" , "CastleTV,7685" , "CasualConversation,105758" , "casualiama,90386" , "casualminecrafting,782" , "casualnintendo,6267" , "cataclysmdda,2095" , "CatastrophicFailure,25039" , "catbellies,8016" , "CatGifs,27205" , "CatHighFive,12747" , "Catholicism,21215" , "Catloaf,17258" , "catpictures,55448" , "cats,312768" , "CatsAreAssholes,9683" , "CatsInSinks,8154" , "CatSlaps,10293" , "catssittingdown,2902" , "CatsStandingUp,56499" , "CautiousBB,2491" , "CCJ2,992" , "CCW,26379" , "CelebGfys,11641" , "celeb_redheads,5133" , "CelebrityArmpits,2054" , "CelebrityFeet,5430" , "Celebs,174806" , "Cello,3627" , "CFB,154117" , "cfbball,2270" , "cfbcirclejerk,1170" , "CFBOffTopic,1829" , "CFL,4825" , "CGPGrey,43053" , "changemyview,214363" , "charactercrossovers,8297" , "characterdrawing,11157" , "CharacterRant,719" , "Charcuterie,14267" , "Chargers,9499" , "Charleston,5065" , "Charlotte,9223" , "CharlotteHornets,3203" , "Chattanooga,4290" , "Cheese,10036" , "chelseafc,22362" , "ChemicalEngineering,5494" , "chemicalreactiongifs,150902" , "chemistry,63462" , "CherokeeXJ,3482" , "chess,43056" , "CHIBears,20971" , "chicago,75767" , "chicagobulls,18884" , "chickyboo,66" , "CHICubs,7236" , "ChiefKeef,2026" , "Chihuahua,5681" , "childfree,91356" , "ChildrenFallingOver,69583" , "chile,10669" , "chiliadmystery,18929" , "chillmusic,27584" , "chillstep,11022" , "China,26200" , "ChineseLanguage,13675" , "Chipotle,3245" , "ChivalryGame,9331" , "chloegracemoretz,12169" , "chomsky,4922" , "Christianity,107140" , "christmas,10728" , "chrome,32514" , "Chromecast,51459" , "chromeos,19097" , "ChronicPain,6516" , "chronotrigger,3598" , "chuck,8789" , "churning,32003" , "cider,5157" , "Cigarettes,4701" , "cigars,33349" , "cincinnati,13085" , "Cinema4D,6713" , "Cinemagraphs,112881" , "CinemaSins,9200" , "cinematography,15325" , "CineShots,14842" , "circlebroke2,6744" , "circlebroke,34885" , "circlejerk,271122" , "circlejerkaustralia,2226" , "cirkeltrek,2867" , "CitiesSkylines,98594" , "CityPorn,151648" , "civ,133370" , "civbattleroyale,7742" , "civbeyondearth,10605" , "civcirclejerk,3223" , "Civcraft,7401" , "civilengineering,4274" , "CivilizatonExperiment,1265" , "CivPolitics,21726" , "CK2GameOfthrones,6724" , "cky,496" , "Clannad,3381" , "ClashOfClans,81525" , "classic4chan,85772" , "classicalmusic,64714" , "classiccars,17450" , "ClassicRock,10769" , "ClassyPornstars,15318" , "cleanjokes,14002" , "cleganebowl,5624" , "Cleveland,11225" , "clevelandcavs,9808" , "CleverEdits,5346" , "CLG,13686" , "ClickerHeroes,15511" , "climate,12966" , "climateskeptics,6888" , "climbing,72122" , "Cloud9,4537" , "Coachella,10822" , "coaxedintoasnafu,17506" , "cockatiel,2267" , "cocktails,33081" , "CodAW,24135" , "CoDCompetitive,20874" , "coding,66960" , "CODZombies,13852" , "COents,6279" , "Coffee,110879" , "Coilporn,13994" , "coins,10866" , "Coldplay,5509" , "collapse,41520" , "college,28864" , "CollegeBasketball,61219" , "collegehockey,3666" , "Colorado,19638" , "ColoradoAvalanche,4951" , "ColoradoSprings,3994" , "ColorBlind,4621" , "Colorization,26156" , "ColorizedHistory,99105" , "Colts,8260" , "<NAME>,15298" , "CombatFootage,77124" , "combinedgifs,65130" , "Comcast,2689" , "comedy,28699" , "comedybangbang,4013" , "ComedyCemetery,10477" , "comeonandslam,35693" , "comicbookart,22250" , "ComicBookCollabs,2817" , "comicbookcollecting,1402" , "comicbookmovies,17976" , "comicbooks,160279" , "comics,441001" , "ComicWalls,11362" , "commandline,22571" , "CommercialCuts,30783" , "communism101,6139" , "communism,15299" , "CommunismWorldwide,1627" , "community,150790" , "CompanyOfHeroes,6707" , "CompetitiveEDH,3559" , "CompetitiveHalo,3326" , "CompetitiveHS,47685" , "CompetitiveWoW,4515" , "COMPLETEANARCHY,394" , "compsci,94243" , "computergraphics,12259" , "computers,16264" , "computertechs,15891" , "confession,113513" , "confessions,22184" , "ConfusedTravolta,17331" , "confusing_perspective,14521" , "conlangs,8793" , "Connecticut,10794" , "Connery,1290" , "Conservative,52253" , "conservatives,3923" , "consoledeals,18933" , "consoles,5770" , "conspiracy,345872" , "conspiracyfact,2849" , "ConspiracyGrumps,5407" , "conspiratard,51165" , "Constantine,4566" , "Construction,6652" , "consulting,12968" , "ContagiousLaughter,132132" , "contentawarescale,4899" , "ContestOfChampions,3794" , "Cooking,333643" , "cookingvideos,17475" , "coolgithubprojects,12806" , "coolguides,94291" , "copypasta,13476" , "cordcutters,94372" , "corgi,83554" , "CorporateFacepalm,31639" , "cosplay,137953" , "cosplaygirls,134349" , "Costco,3709" , "counterstrike,22326" , "counting,8140" , "country,7503" , "coupons,40863" , "cowboybebop,11659" , "cowboys,18201" , "Coyotes,1832" , "coys,13596" , "CozyPlaces,32862" , "cpp,33338" , "C_Programming,18035" , "Cr1TiKaL,2588" , "CrackStatus,2292" , "CraftBeer,10617" , "crafts,55168" , "CraftyTrolls,3403" , "Crainn,1575" , "CrappyDesign,237472" , "crappymusic,18421" , "crappyoffbrands,16576" , "CrazyHand,9295" , "CrazyIdeas,181705" , "CredibleDefense,10878" , "creepy,4398297" , "creepygaming,24434" , "creepyPMs,158516" , "Cricket,26375" , "cringe,385431" , "CringeAnarchy,61496" , "cringepics,583381" , "cripplingalcoholism,21723" , "criterion,4854" , "criticalrole,2943" , "CriticalTheory,10699" , "croatia,11786" , "crochet,35571" , "CrohnsDisease,7483" , "crossdressing,14590" , "crossfit,36541" , "CrossfitGirls,8882" , "CrossStitch,13860" , "CrossView,17811" , "CruciblePlaybook,14983" , "CrusaderKings,36885" , "crusadersquest,3577" , "crypto,29585" , "CryptoCurrency,18837" , "cscareerquestions,58581" , "csgo,5317" , "csgobetting,52532" , "csgolounge,9997" , "csgomarketforum,2979" , "csharp,25499" , "C_S_T,2115" , "Cubers,13202" , "CubeWorld,15976" , "CucumbersScaringCats,20714" , "curiosityrover,16986" , "curlyhair,29461" , "customhearthstone,4569" , "custommagic,4485" , "cute,11253" , "cutegirlgifs,14393" , "cuteguys,1369" , "cutekorean,5063" , "cutelittlefangs,1166" , "cutouts,6122" , "CyanideandHappiness,30836" , "cyanogenmod,14028" , "Cyberpunk,82363" , "cycling,25596" , "Cynicalbrit,55888" , "DabArt,1043" , "Dachshund,15446" , "daddit,40075" , "dadjokes,245586" , "DadReflexes,52100" , "DAE,17275" , "DaftPunk,29431" , "DailyShow,7881" , "DailyTechNewsShow,5685" , "DaisyRidley,1327" , "Dallas,25779" , "DallasStars,3831" , "Damnthatsinteresting,146768" , "dancarlin,3306" , "dancegavindance,1821" , "danganronpa,2745" , "dankchristianmemes,13003" , "dankmemes,11694" , "DankNation,1331" , "DANMAG,5078" , "Daredevil,8712" , "DarkEnlightenment,7829" , "darkestdungeon,8726" , "DarkFuturology,9937" , "DarkNetMarketsNoobs,18225" , "darknetplan,44075" , "DarkSouls2,71753" , "darksouls3,13399" , "darksouls,82119" , "DarthJarJar,10433" , "Dashcam,6012" , "dashcamgifs,13243" , "DataHoarder,18525" , "dataisbeautiful,4614966" , "dataisugly,11323" , "datascience,11962" , "Dat<NAME>,9885" , "dating,13296" , "dating_advice,37281" , "<NAME>,2792" , "davidtennant,5976" , "dawngate,6220" , "DaystromInstitute,17624" , "dayz,112045" , "dbz,62888" , "DBZDokkanBattle,4102" , "DC_Cinematic,6632" , "DCcomics,69190" , "dcss,2059" , "de,25353" , "DeadBedrooms,29380" , "deadmau5,12463" , "deadpool,29636" , "DeadSpace,5586" , "deals,25006" , "DealsReddit,41886" , "DealWin,80" , "Deathcore,7633" , "deathgrips,12664" , "Debate,5177" , "DebateAChristian,13626" , "DebateaCommunist,6179" , "DebateAnarchism,3414" , "DebateAnAtheist,15404" , "DebateCommunism,2942" , "DebateFascism,1996" , "DebateReligion,32207" , "debian,12889" , "DecidingToBeBetter,93400" , "declutter,24903" , "deepdream,20841" , "deephouse,15805" , "DeepIntoYouTube,142458" , "deepweb,14568" , "defaultgems,39649" , "Defenders,15206" , "de_IAmA,97400" , "Delaware,4180" , "Delightfullychubby,23120" , "<NAME>,1397" , "delusionalartists,77858" , "democrats,17204" , "Demotivational,96858" , "Denmark,37793" , "Dentistry,8266" , "<NAME>,4653" , "<NAME>,30830" , "<NAME>,14461" , "denvernuggets,2380" , "deOhneRegeln,251" , "depression,124996" , "DepthHub,229662" , "DerekSmart,357" , "DescentIntoTyranny,6177" , "Design,127308" , "design_critiques,21406" , "DesignPorn,99280" , "DesirePath,37409" , "DessertPorn,35858" , "Destiny,12684" , "DestinyTheGame,237300" , "DestroyedTanks,4313" , "DestructiveReaders,5756" , "Detroit,14930" , "detroitlions,12057" , "DetroitPistons,3704" , "DetroitRedWings,15784" , "Deusex,9543" , "devils,5355" , "devops,10947" , "<NAME>,43453" , "DFO,5521" , "dfsports,10596" , "dgu,10526" , "DHMIS,707" , "diabetes,12708" , "<NAME>,138207" , "diablo3,77581" , "Diablo3witchdoctors,9364" , "<NAME>,12541" , "<NAME>,5248" , "digimon,12964" , "digitalnomad,16439" , "DigitalPainting,13354" , "DimensionalJumping,5966" , "Dinosaurs,31288" , "DippingTobacco,6785" , "dirtgame,3941" , "Dirtybomb,9965" , "discgolf,30366" , "discordapp,1992" , "discworld,14437" , "dishonored,10526" , "disney,60279" , "Disney_Infinity,3854" , "Disneyland,14792" , "DivinityOriginalSin,9870" , "Divorce,5435" , "DiWHY,37561" , "DIY,4962828" , "DIY_eJuice,20583" , "django,15141" , "Djent,10102" , "DJs,25214" , "DMT,13018" , "DnB,32667" , "DnD,105398" , "DnDBehindTheScreen,15534" , "DnDGreentext,17156" , "dndnext,21755" , "docker,6166" , "doctorwho,250183" , "Documentaries,4580748" , "Dodgers,10729" , "DoesAnybodyElse,261602" , "DoesNotTranslate,9940" , "dogecoin,83697" , "dogpictures,77382" , "dogs,104862" , "DogShowerThoughts,21093" , "dogswearinghats,15014" , "Dogtraining,39134" , "donaldglover,20005" , "dontdeadopeninside,3833" , "DontPanic,11066" , "dontstarve,19267" , "doodles,17659" , "Doom,5036" , "doommetal,12216" , "DotA2,258579" , "dota2circlejerk,2798" , "dota2dadjokes,3428" , "Dota2Trade,12728" , "dotamasterrace,6572" , "dotnet,14555" , "douglovesmovies,3111" , "DowntonAbbey,11680" , "Drag,5503" , "dragonage,53735" , "dragonblaze,1148" , "dragons,3236" , "Drama,17506" , "drawing,75446" , "Dreadfort,10290" , "Dreadlocks,5904" , "Dreamtheater,3460" , "dresdenfiles,12027" , "Drifting,13538" , "DrugArt,8384" , "DrugNerds,32064" , "Drugs,228355" , "drugscirclejerk,3598" , "DrugStashes,8402" , "drumcorps,5752" , "drums,33872" , "drunk,114115" , "drunkenpeasants,1757" , "DrunkOrAKid,65715" , "drupal,6221" , "Dualsport,9345" , "dubai,4584" , "DubbedGIFS,13450" , "dubstep,89757" , "ducks,3072" , "duelyst,4587" , "DumpsterDiving,24676" , "duncantrussell,2897" , "DunderMifflin,91474" , "dune,7810" , "dungeondefenders,5844" , "DungeonsAndDragons,17802" , "duolingo,29514" , "dvdcollection,8984" , "DvZ,1400" , "dwarffortress,42783" , "dxm,2143" , "dyinglight,11424" , "dykesgonemild,6450" , "DynastyFF,3058" , "E30,2265" , "EAF,16034" , "eagles,23209" , "EA_NHL,11099" , "earthbound,10060" , "EarthPorn,6502343" , "Earwolf,6522" , "EatCheapAndHealthy,276512" , "eatsandwiches,57048" , "Ebay,8418" , "EBEs,13932" , "eCards,29022" , "ECE,26731" , "ecigclassifieds,11378" , "ecig_vendors,8038" , "Economics,236030" , "economy,59749" , "ecr_eu,3606" , "EDC,85291" , "EDH,21507" , "Edinburgh,6329" , "EditingAndLayout,24079" , "editors,14771" , "EDM,50366" , "Edmonton,12765" , "EdmontonOilers,4661" , "edmprodcirclejerk,4782" , "edmproduction,63802" , "education,47548" , "educationalgifs,115945" , "Eesti,6153" , "eFreebies,53414" , "Egalitarianism,4904" , "ElderScrolls,19349" , "elderscrollsonline,67599" , "eldertrees,48435" , "ElectricForest,6570" , "electricians,9406" , "electricvehicles,4764" , "electronic_cigarette,114500" , "electronicmusic,138356" , "electronics,53757" , "EliteDangerous,55641" , "EliteHudson,1081" , "EliteLavigny,1954" , "EliteOne,3825" , "elonmusk,6205" , "<NAME>Hos<NAME>,2291" , "<NAME>anna,6510" , "ELTP,492" , "emacs,11891" , "EmDrive,4569" , "Emerald_Council,1265" , "EmeraldPS2,2312" , "<NAME>,15573" , "<NAME>,14364" , "Eminem,13876" , "<NAME>,5105" , "EmmaStone,26948" , "<NAME>,78697" , "Emo,5639" , "emojipasta,2438" , "EmpireDidNothingWrong,5436" , "ems,17159" , "emulation,28880" , "EndlessLegend,5083" , "EndlessWar,11999" , "energy,55095" , "ENFP,7060" , "engineering,104185" , "EngineeringPorn,45885" , "EngineeringStudents,51259" , "engrish,11043" , "Enhancement,75265" , "enlightenedbirdmen,30500" , "EnoughLibertarianSpam,9844" , "enoughsandersspam,741" , "entertainment,173904" , "Entomology,8920" , "entp,5604" , "Entrepreneur,166649" , "entwives,14075" , "environment,146550" , "EOOD,19281" , "EpicMounts,5474" , "EQNext,8756" , "EqualAttraction,9684" , "Equestrian,5357" , "ericprydz,1932" , "esports,11919" , "ethereum,6650" , "ethoslab,4633" , "Etsy,16338" , "eu4,32332" , "europe,537859" , "european,10269" , "EuropeMeta,259" , "europes,1507" , "evangelion,17166" , "Eve,56006" , "evenwithcontext,31703" , "eveological,25" , "everquest,3755" , "Everton,5136" , "everymanshouldknow,242753" , "EverythingScience,55621" , "EVEX,12202" , "EvilLeagueOfEvil,8410" , "evolution,21123" , "EvolveGame,9577" , "excel,38541" , "exchristian,8523" , "exjw,8025" , "exmormon,25885" , "exmuslim,10826" , "ExNoContact,3289" , "exo,1394" , "exoticspotting,8165" , "ExpectationVsReality,100161" , "explainlikedrcox,34458" , "explainlikeIAmA,96385" , "ExplainLikeImCalvin,47635" , "explainlikeimfive,6846145" , "ExplainLikeImPHD,11743" , "ExposurePorn,68975" , "Eyebleach,150127" , "eyes,17399" , "F1FeederSeries,1888" , "f7u12_ham,6379" , "FA30plus,538" , "facebookdrama,7467" , "facebookwins,53333" , "facepalm,408876" , "fairytail,18521" , "fakealbumcovers,4364" , "fakeid,10282" , "falcons,8897" , "Fallout,304961" , "Fallout4,14098" , "Fallout4Builds,3199" , "Fallout4_ja,192" , "FallOutBoy,5424" , "falloutequestria,2519" , "falloutlore,15668" , "FalloutMods,9901" , "falloutsettlements,13645" , "falloutshelter,4096" , "familyguy,25344" , "FancyFollicles,77989" , "fandomnatural,3460" , "FanFiction,5293" , "fantanoforever,4289" , "Fantasy,87143" , "fantasybaseball,17120" , "fantasybball,14718" , "fantasyfootball,160969" , "Fantasy_Football,5605" , "fantasyhockey,8947" , "FantasyPL,17103" , "FantasyWarTactics,386" , "fantasywriters,15701" , "FanTheories,163226" , "FargoTV,14383" , "farming,13773" , "FashionReps,6721" , "fasting,9539" , "fatestaynight,6850" , "fatlogic,116533" , "fatpeoplestories,107408" , "Favors,30877" , "fcbayern,7483" , "fcs,1613" , "FearTheWalkingDead,16575" , "feedthebeast,26505" , "FeelsLikeTheFirstTime,37234" , "FellowKids,69315" , "femalefashionadvice,117403" , "Feminism,54932" , "feminisms,29926" , "FemmeThoughts,7741" , "FeMRADebates,4088" , "Fencing,5323" , "FenerbahceSK,421" , "ferrets,11126" , "festivals,17253" , "Fez,1386" , "fffffffuuuuuuuuuuuu,586149" , "FFRecordKeeper,8706" , "ffxi,4739" , "ffxiv,84399" , "FierceFlow,6322" , "FIFA,56885" , "FifaCareers,11352" , "fifthworldproblems,57276" , "Fighters,10406" , "Filmmakers,71513" , "<NAME>,10673" , "FinalFantasy,50546" , "finance,69808" , "FinancialCareers,8026" , "financialindependence,102734" , "findapath,21112" , "findareddit,40022" , "Finland,9119" , "Firearms,30216" , "fireemblem,26359" , "fireemblemcasual,1316" , "firefall,4912" , "Firefighting,9907" , "firefly,76407" , "firefox,23600" , "Fireteams,51572" , "fireTV,5788" , "firstimpression,14369" , "firstworldanarchists,281557" , "FirstWorldConformists,11139" , "firstworldproblems,157362" , "Fishing,54308" , "FitAndNatural,16547" , "fitbit,13931" , "fitmeals,125675" , "Fitness,4850074" , "fitnesscirclejerk,7865" , "Fiveheads,8558" , "FiveM,1791" , "fivenightsatfreddys,17394" , "FixedGearBicycle,23119" , "Flagstaff,1493" , "flashlight,12573" , "FlashTV,47356" , "flexibility,34107" , "flicks,12974" , "flightsim,12125" , "Flipping,35830" , "Floof,10597" , "florida,12400" , "FloridaGators,4319" , "FloridaMan,122022" , "Flyers,11064" , "flyfishing,12324" , "flying,30355" , "fnafcringe,2614" , "fnv,20981" , "fo3,8039" , "fo4,147215" , "FO4mods,366" , "FocusST,1754" , "FoggyPics,10716" , "folk,13476" , "FolkPunk,15942" , "food,4730209" , "Foodforthought,157028" , "foodhacks,95996" , "FoodPorn,413543" , "Foofighters,8927" , "football,26489" , "footballdownload,15273" , "footballhighlights,27801" , "footballmanagergames,23502" , "footbaww,7007" , "Ford,8074" , "fordranger,1848" , "forearmporn,11124" , "ForeverAlone,42226" , "ForeverAloneWomen,4718" , "Forex,8666" , "forhire,55995" , "formula1,95331" , "forsen,2524" , "forwardsfromgrandma,70486" , "forwardsfromhitler,5416" , "forwardsfromreddit,844" , "<NAME>,14659" , "foshelter,20679" , "fountainpens,27552" , "foxes,40002" , "F<NAME>,836" , "fpvracing,5746" , "fragrance,7844" , "FragReddit,2859" , "france,60157" , "FranceLibre,763" , "Frat,12810" , "FRC,4624" , "FreckledGirls,20055" , "fredericton,1494" , "FREE,16458" , "FreeAtheism,1890" , "freebies,351125" , "FreeEBOOKS,45558" , "FreeGameFindings,18033" , "FreeGamesOnSteam,17645" , "FreeKarma,13252" , "freelance,27254" , "freemasonry,6723" , "FreeStuff,2104" , "Freethought,43922" , "French,27660" , "FrenchForeignLegion,1126" , "fresh_funny,2026" , "fresno,2417" , "Frisson,116693" , "frogdogs,5541" , "frogpants,924" , "Frontend,14215" , "FrontPage,5480" , "Frozen,10432" , "Frugal,516065" , "FrugalFemaleFashion,23062" , "Frugal_Jerk,30490" , "frugalmalefashion,186054" , "FrugalMaleFashionCDN,2892" , "fsu,4512" , "ft86,5081" , "ftlgame,27565" , "ftm,6808" , "fuckingmanly,23970" , "FuckingWithNature,26038" , "fuckmusic,6714" , "fuckolly,11440" , "FuckTammy,2619" , "Fuee,600" , "FulfillmentByAmazon,7575" , "FULLCOMMUNISM,12094" , "fulllife,3927" , "FullmetalAlchemist,14565" , "fullmoviesongoogle,24619" , "fullmoviesonyoutube,210823" , "functionalprint,6624" , "funhaus,49438" , "funk,5940" , "funkopop,8582" , "funny,10101609" , "FunnyandSad,29572" , "funnysigns,13588" , "furry,21671" , "FurryHate,972" , "FUTMobile,547" , "futurama,141894" , "futurebeats,60157" , "FutureFight,3503" , "futurefunk,4594" , "futureporn,64894" , "FutureWhatIf,17484" , "Futurology,4595097" , "gadgets,4642305" , "gainit,79436" , "GakiNoTsukai,19468" , "galatasaray,1097" , "galaxynote4,9060" , "galaxynote5,2911" , "galaxys5,8896" , "GalaxyS6,9726" , "gallifrey,50639" , "Gameboy,7061" , "gamecollecting,32836" , "GameDeals,345705" , "GameDealsMeta,5785" , "gamedesign,23159" , "gamedev,147807" , "gameDevClassifieds,16322" , "gamegrumps,82577" , "gamemaker,9003" , "gamemusic,44931" , "gameofthrones,589306" , "GamePhysics,134872" , "GamerGhazi,9042" , "gamernews,105654" , "gamers,4586" , "Games,669391" , "GameSale,7647" , "GameStop,2927" , "gameswap,18094" , "gametales,22621" , "gamindustri,1854" , "Gaming4Gamers,31124" , "gaming,9188228" , "Gamingcirclejerk,5930" , "gaminggifs,6554" , "gamingpc,42932" , "gamingsuggestions,16755" , "gangstaswithwaifus,10893" , "gardening,123705" , "GarlicBreadMemes,3860" , "gatech,8121" , "gats,10032" , "gay,23383" , "gaybros,56722" , "gaybroscirclejerk,2539" , "gaybrosgonemild,9501" , "gaymers,43889" , "GearsOfWar,9954" , "GearVR,4157" , "geek,312760" , "geekboners,5302" , "GeekPorn,35545" , "geekygirls,5095" , "GenderCritical,1916" , "Gender_Critical,889" , "GenderCynical,792" , "genderqueer,9428" , "gentlemanboners,360639" , "gentlemanbonersgifs,28072" , "gentlemangabers,4874" , "geocaching,21065" , "geography,19815" , "geology,29271" , "geometrydash,601" , "geopolitics,30051" , "German,15722" , "germanshepherds,16158" , "germany,28099" , "getdisciplined,151245" , "GetMotivated,4611698" , "GetStudying,40202" , "GettingDoug,1294" , "GGdiscussion,763" , "GGFreeForAll,95" , "ggggg,16811" , "ghettoglamourshots,38985" , "ghibli,26297" , "Ghostbc,1744" , "Ghosts,19927" , "giantbomb,7143" , "gif,122474" , "gifextra,35175" , "GifRecipes,21728" , "gifs,7066012" , "GifSound,53551" , "gifsthatendtoosoon,1718" , "GiftofGames,30220" , "GifTournament,17834" , "Gifts,3982" , "gigantic,3846" , "GilmoreGirls,5296" , "gingerkitty,1392" , "Gintama,3149" , "GirlGamers,36779" , "GirlsMirin,21667" , "GirlsPlayingSports,13143" , "girls_smiling,8446" , "GIRLSundPANZER,1248" , "gis,10635" , "glasgow,6963" , "glassheads,25367" , "glitch_art,43871" , "Glitch_in_the_Matrix,104084" , "GlobalOffensive,308503" , "Glocks,11491" , "glutenfree,17907" , "gmod,11149" , "goats,7944" , "goddesses,22908" , "GODZILLA,12182" , "golang,18078" , "goldenretrievers,16491" , "goldredditsays,9226" , "golf,61420" , "GolfGTI,6754" , "GolfReimagined,148" , "gonecivil,33535" , "GoNets,2417" , "goodyearwelt,20776" , "google,79105" , "GoogleCardboard,13482" , "googleplaydeals,22385" , "gopro,43411" , "gorillaz,11743" , "goth,4870" , "Gotham,20579" , "GradSchool,20248" , "Graffiti,66997" , "grandorder,3226" , "grandrapids,6316" , "GrandTheftAutoV,169918" , "GrandTheftAutoV_PC,38186" , "graphic_design,79684" , "GrassHopperVape,1906" , "gratefuldead,16541" , "gravityfalls,33891" , "GreatFist,6" , "GreatXboxDeals,3977" , "greece,13562" , "GreenBayPackers,30530" , "GreenDawn,33791" , "greenday,6728" , "greentext,43301" , "Greyhounds,5411" , "greysanatomy,8353" , "grilledcheese,39396" , "Grimdawn,2522" , "grime,9691" , "grimm,5516" , "GTA,36641" , "GTAgifs,21502" , "gtaonline,27712" , "GTAV,65342" , "gtavcustoms,7646" , "gtfoDerrickandArmand,95" , "GuessTheMovie,14261" , "Guildwars2,133098" , "GuiltyPleasureMusic,13769" , "guineapigs,9095" , "Guitar,163275" , "guitarcirclejerk,3475" , "GuitarHero,1836" , "guitarlessons,47594" , "guitarpedals,19228" , "guitarporn,10266" , "guitars,7560" , "guncontrol,1595" , "Gundam,14360" , "gundeals,21504" , "Gunners,45709" , "Gunpla,13781" , "gunpolitics,8277" , "GunPorn,50580" , "guns,232698" , "GunsAreCool,9994" , "Gunsforsale,13627" , "h1z1,40035" , "h3h3productions,22035" , "Habs,8478" , "hackernews,6808" , "hacking,80182" , "hackintosh,17541" , "Hadouken,1472" , "HadToHurt,19860" , "HailCorporate,60479" , "Hair,20620" , "HalfLife,24676" , "halifax,9732" , "halo,131907" , "HaloCirclejerk,524" , "HaloOnline,12169" , "HaloStory,8405" , "Hamilton,5399" , "Hammers,2399" , "Hammocks,19164" , "hamsters,3764" , "Handwriting,25035" , "HannibalTV,24096" , "hapas,587" , "happy,92205" , "happycrowds,42881" , "happygirls,39178" , "HappyTrees,5981" , "HappyWars,739" , "hardbodies,97399" , "Hardcore,13750" , "hardcoreaww,43074" , "hardstyle,10089" , "hardware,79340" , "hardwareswap,26206" , "<NAME>,10855" , "<NAME>inn,5352" , "Harmontown,10149" , "<NAME>,1873" , "harrypotter,217025" , "Haruhi,2355" , "harvestmoon,6455" , "haskell,22579" , "Hatfilms,13319" , "Hawaii,11018" , "hawks,17957" , "headphones,56910" , "Health,115920" , "hearthstone,313065" , "hearthstonecirclejerk,2257" , "heat,7728" , "Heavymind,74208" , "Hedgehog,8897" , "Helicopters,7842" , "Helldivers,3062" , "HelloInternet,7123" , "help,6051" , "HelpMeFind,4643" , "heraldry,4552" , "HereComesTheBoom,8768" , "HeresAFunFact,19823" , "Heroes,4819" , "HeroesandGenerals,3498" , "HeroesOfAsgard,11" , "HeroesofNewerth,10607" , "heroesofthestorm,118071" , "H<NAME>Carl,28011" , "HFY,28174" , "hiddenwow,8947" , "HIFW,33805" , "highdeas,19022" , "HighHeels,19351" , "HighQualityGifs,91151" , "HighschoolDxD,4903" , "HighStrangeness,4370" , "HighwayFightSquad,8875" , "hiking,46682" , "hillaryclinton,1119" , "HIMYM,88622" , "hinduism,5767" , "Hiphopcirclejerk,8792" , "hiphopheads,337054" , "HipHopImages,24218" , "history,4649879" , "HistoryPorn,486198" , "HistoryWhatIf,9016" , "HiTMAN,3297" , "hitmanimals,13868" , "HITsWorthTurkingFor,32723" , "hittableFaces,4928" , "hockey,226078" , "hockeyjerseys,3446" , "hockeyplayers,7732" , "hockeyquestionmark,934" , "hoggit,5964" , "holdmybeaker,22369" , "holdmybeer,213117" , "holdmycatnip,18388" , "holdmyfries,19601" , "holdmyjuicebox,27371" , "HoldMyNip,18121" , "homeautomation,16888" , "Homebrewing,120095" , "homegym,14280" , "HomeImprovement,54575" , "homelab,27716" , "homeland,17083" , "HomeNetworking,10982" , "homeowners,9378" , "HomestarRunner,24853" , "homestead,47084" , "homestuck,18689" , "hometheater,22741" , "homura,1483" , "Honda,16355" , "HongKong,14603" , "hookah,20289" , "Hookers,5647" , "HorriblyDepressing,20009" , "horror,84436" , "Horses,11687" , "Hot100,3252" , "HotlineMiami,9417" , "HotWheels,1735" , "Hot_Women_Gifs,33863" , "House,27365" , "HouseOfCards,54259" , "Houseporn,30968" , "houston,34659" , "howardstern,15679" , "howto,158408" , "HowToHack,31916" , "howtonotgiveafuck,147936" , "howyoudoin,22164" , "HPfanfiction,6315" , "HPMOR,8467" , "HSPulls,2863" , "htcone,10216" , "htgawm,6413" , "htpc,13070" , "httyd,3841" , "HumanFanClub,1570" , "Humanoidencounters,5213" , "HumanPorn,118208" , "HumansBeingBros,65185" , "humblebrag,14155" , "humor,329136" , "humorousreviews,19933" , "hungary,9276" , "Hungergames,19389" , "HunterXHunter,13951" , "Hunting,31309" , "HuntsvilleAlabama,4067" , "Huskers,3898" , "huskies,1980" , "husky,13747" , "HVAC,4840" , "hwatch,980" , "HybridAnimals,42208" , "HyruleWarriors,3185" , "IAmA,9726122" , "iamverysmart,159490" , "IASIP,96036" , "IBO,3428" , "ICanDrawThat,31539" , "Iceland,12169" , "IDAP,30861" , "ideasfortheadmins,8233" , "IdentityIrelandForum,34" , "IdiotsFightingThings,128970" , "IdiotsInCars,4024" , "IDontWorkHereLady,37442" , "ifiwonthelottery,42974" , "ifyoulikeblank,52089" , "IgnorantImgur,16797" , "IHE,1387" , "iiiiiiitttttttttttt,32382" , "ik_ihe,1138" , "IllBeYourGuide,9083" , "illegaltorrents,11111" , "illumineighti,490" , "illusionporn,58662" , "Illustration,21963" , "im14andthisisdeep,55244" , "im14andthisisfunny,25233" , "ImageComics,6553" , "Images,47758" , "ImagesOfUSA,48" , "ImageStabilization,25762" , "ImaginaryAngels,2663" , "ImaginaryAww,7704" , "ImaginaryAzeroth,3102" , "ImaginaryBehemoths,9289" , "ImaginaryCharacters,37374" , "ImaginaryCityscapes,28484" , "ImaginaryDragons,5293" , "ImaginaryFallout,6973" , "ImaginaryFeels,3287" , "ImaginaryJedi,13900" , "ImaginaryLandscapes,98649" , "ImaginaryLeviathans,24350" , "imaginarymaps,19317" , "ImaginaryMindscapes,35118" , "ImaginaryMonsters,88910" , "ImaginarySpidey,317" , "ImaginaryTechnology,55885" , "ImaginaryTurtleWorlds,9020" , "ImaginaryWarhammer,4822" , "ImaginaryWarriors,3478" , "ImaginaryWesteros,27040" , "ImaginaryWitches,7657" , "immigration,2801" , "incest_relationships,4221" , "incremental_games,21851" , "india,46194" , "IndiaMain,685" , "Indiana,7645" , "IndianaHoosiers,961" , "indianapolis,8382" , "IndianCountry,1426" , "indianews,3654" , "indiangirls,11879" , "indianpeoplefacebook,54479" , "indiegames,9359" , "IndieGaming,64410" , "indieheads,33941" , "indieheadscirclejerk,677" , "Indiemakeupandmore,17239" , "indie_rock,31056" , "indonesia,10529" , "industrialmusic,7165" , "INDYCAR,5242" , "infertility,3454" , "infj,12763" , "Infographics,54812" , "infp,14006" , "InfrastructurePorn,47705" , "INGLIN,14207" , "Ingress,26304" , "InjusticeMobile,2315" , "Instagram,6611" , "instantkarma,5075" , "instant_regret,140320" , "Insurance,6637" , "insurgency,11227" , "Intactivists,1915" , "Intelligence,16493" , "InterdimensionalCable,3957" , "interestingasfuck,585343" , "InterestingGifs,10988" , "InteriorDesign,78065" , "InternetHitlers,582" , "InternetIsBeautiful,4730001" , "internetparents,9232" , "interstellar,11775" , "inthenews,29637" , "intj,23690" , "intothebadlands,922" , "INTP,19991" , "introvert,55938" , "intrusivethoughts,26207" , "investing,174748" , "InvisiBall,12331" , "ios,22523" , "ios9,6165" , "iosgaming,29362" , "iOSProgramming,22218" , "iOSthemes,25327" , "Iowa,6674" , "ipad,45859" , "iphone,156101" , "iRacing,4028" , "iran,6494" , "iranian,685" , "ireland,68157" , "IRLgirls,4787" , "ironmaiden,2812" , "IronThronePowers,447" , "IsItBullshit,18975" , "islam,29553" , "IslamUnveiled,1197" , "isometric,10486" , "Israel,21403" , "IsraelPalestine,458" , "isrconspiracyracist,2250" , "istp,2848" , "italy,33816" , "ITCareerQuestions,8018" , "ITcrowd,10032" , "itmejp,7686" , "itookapicture,177377" , "ITSAPRANK,15459" , "itsaunixsystem,34068" , "iWallpaper,32156" , "IWantOut,53730" , "IWantToLearn,165699" , "iZombie,5513" , "JacksFilms,1171" , "jacksonville,4712" , "<NAME>sonWrites,9891" , "jag_ivl,802" , "<NAME>,3980" , "jailbreak,105777" , "jakeandamir,11311" , "<NAME>,14555" , "JaneTheVirginCW,865" , "japan,67086" , "japan_anime,2593" , "japancirclejerk,2747" , "JapaneseGameShows,46793" , "JapaneseWatches,1174" , "japanlife,12815" , "japanpics,23576" , "JapanTravel,9316" , "JasonEllisShow,1050" , "java,48594" , "javahelp,9886" , "javascript,76138" , "jayhawks,1941" , "Jazz,56782" , "jazzyhiphop,4709" , "J<NAME>,30392" , "jellybeantoes,12844" , "<NAME>,44301" , "Jeopardy,6809" , "jerktalkdiamond,964" , "<NAME>,4399" , "<NAME>,27798" , "<NAME>,2762" , "Jobs4Bitcoins,9211" , "jobs,74822" , "joerogan2,2010" , "<NAME>,38103" , "<NAME>,6286" , "<NAME>,2685" , "joinsquad,2495" , "Jokes,4760749" , "<NAME>,27893" , "<NAME>,28" , "Journalism,9987" , "JRPG,27567" , "J<NAME>,12546" , "judo,8048" , "J<NAME>assicPark,17482" , "JustCause,2668" , "JustEngaged,4663" , "Justfuckmyshitup,46142" , "JusticePorn,431434" , "JusticeServed,18354" , "justlegbeardthings,5629" , "justneckbeardthings,102908" , "JUSTNOFAMILY,1205" , "JUSTNOMIL,7008" , "Justridingalong,1353" , "Justrolledintotheshop,137533" , "JustUnsubbed,4916" , "<NAME>,2494" , "juxtaposition,6873" , "jworg,9" , "kancolle,4119" , "kancolle_ja,315" , "<NAME>,2360" , "kansascity,14383" , "KansasCityChiefs,7443" , "Kanye,16570" , "<NAME>,21399" , "<NAME>,59451" , "<NAME>,38476" , "katawashoujo,11914" , "katebeckinsale,6904" , "kateupton,37670" , "<NAME>,2116" , "katyperry,28154" , "KCRoyals,7173" , "KDRAMA,7567" , "kemonomimi,6100" , "KenM,84239" , "<NAME>ala,1052" , "KerbalAcademy,10830" , "KerbalSpaceProgram,121287" , "keto,163466" , "ketogains,25281" , "ketorecipes,65840" , "K_gifs,10922" , "kickstarter,30706" , "Kikpals,20550" , "killingfloor,16104" , "KillLaKill,17992" , "killthosewhodisagree,10973" , "kindle,26216" , "KingdomHearts,30884" , "KingkillerChronicle,17632" , "KingOfTheHill,27235" , "kings,3256" , "KissAnime,544" , "KitchenConfidential,34771" , "kitchener,2626" , "kitsunemimi,4949" , "kittens,9183" , "kitty,3734" , "knifeclub,18752" , "knifeparty,2920" , "Knife_Swap,3636" , "knitting,40319" , "knives,47200" , "knowyourshit,12077" , "kodi,11841" , "kohi,2838" , "kol,4511" , "k_on,2904" , "KoopaKiy,10" , "korea,20000" , "Korean,13748" , "KoreanAdvice,6591" , "koreanvariety,5927" , "korrasami,6909" , "KotakuInAction,55472" , "kotor,9517" , "kpics,18704" , "kpop,42729" , "kratom,6984" , "kreiswichs,3233" , "kurdistan,2771" , "Kuwait,1016" , "LabourUK,2155" , "labrador,10332" , "labrats,7696" , "LAClippers,4318" , "lacrosse,9361" , "L<NAME>Bon<NAME>,164202" , "Ladybonersgonecuddly,31680" , "ladyladyboners,24988" , "lag_irl,135" , "lakers,18289" , "LAlist,7127" , "languagelearning,60392" , "lapfoxtrax,1947" , "LARP,4653" , "lastimages,31487" , "LastManonEarthTV,5040" , "lastweektonight,16324" , "LateShow,8716" , "LateStageCapitalism,4528" , "latin,7977" , "LatinaCuties,7011" , "LatinoPeopleTwitter,8501" , "latterdaysaints,5783" , "LatvianJokes,29817" , "law,43785" , "LawSchool,19983" , "LazyCats,7604" , "lbregs,2338" , "leafs,15694" , "leagueoflegends,772616" , "LeagueofLegendsMeta,20592" , "LeagueOfMemes,25797" , "LeagueOfMeta,3932" , "leangains,39589" , "learnart,34582" , "learndota2,14717" , "LearnJapanese,49640" , "learnjavascript,18589" , "learnmath,29221" , "learnprogramming,230718" , "learnpython,47237" , "LearnUselessTalents,245147" , "Leathercraft,11724" , "leaves,27491" , "lebanon,2784" , "lebowski,7553" , "lectures,51617" , "ledootgeneration,34532" , "LeedsUnited,1319" , "LeftHanging,19665" , "legaladvice,75471" , "LegalAdviceUK,2253" , "LegendsOfTomorrow,6215" , "LegionOfSkanks,1590" , "lego,115454" , "lerightgeneration,2555" , "LessCredibleDefence,1865" , "LetsNotMeet,142079" , "letsplay,20438" , "LetsTalkMusic,36564" , "Lettering,13453" , "lewronggeneration,63017" , "lexington,4315" , "lgbt,112855" , "lgbtaww,6614" , "LGBTeens,10261" , "LGBTnews,5280" , "lgg2,4813" , "LGG3,13432" , "lgg4,7273" , "lgv10,1098" , "LiaMarieJohn<NAME>,8477" , "Liberal,25497" , "liberta,614" , "Libertarian,134095" , "libertarianmeme,9205" , "libreoffice,915" , "LifeAfterNarcissism,4717" , "lifehacks,458584" , "lifeisstrange,15466" , "lifeofnorman,42997" , "LifeProTips,5364631" , "Lightbulb,23012" , "LightNovels,9692" , "likeus,27387" , "liluglymane,646" , "limitless,1450" , "linguistics,72224" , "LinusFaces,1808" , "linux,201492" , "linux4noobs,37427" , "LinuxActionShow,9319" , "linuxadmin,22957" , "LinuxCirclejerk,2407" , "linux_gaming,30732" , "linuxmasterrace,15392" , "linuxmemes,4847" , "linuxmint,9610" , "linuxquestions,18252" , "listentothis,4542407" , "litecoin,23043" , "literature,87101" , "lithuania,7461" , "lithuaniaspheres,170" , "littlebuddies,3042" , "LiveFromNewYork,14386" , "LiverpoolFC,33829" , "livesound,9000" , "LivestreamFails,46881" , "loadingicon,25972" , "lockpicking,41217" , "logodesign,12138" , "logophilia,28057" , "lol,20652" , "LoLeventVoDs,50281" , "LoLFanArt,12187" , "lolphp,5776" , "london,48744" , "londonontario,4569" , "lonely,7462" , "LONESTAR,3749" , "longbeach,3595" , "longboarding,56516" , "LongDistance,29853" , "LonghornNation,3756" , "longisland,7544" , "longrange,10125" , "lookatmydog,21461" , "lootcrate,6258" , "lootcratespoilers,575" , "LordsOfMinecraft,2393" , "loremasters,9296" , "LosAngeles,63399" , "losangeleskings,5843" , "loseit,309143" , "lost,34892" , "lostgeneration,25435" , "lotr,94656" , "lotro,6488" , "Louisiana,5949" , "Louisville,8853" , "Lovecraft,24501" , "LoveLive,3799" , "lowendgaming,18859" , "lowlevelaware,1655" , "low_poly,17242" , "lrcast,4985" , "LSD,46263" , "Lubbock,2370" , "LucidDreaming,145245" , "Luna_Lovewell,19160" , "LV426,17086" , "Lyft,2093" , "lynxes,1246" , "M59Gar,936" , "MAA,1446" , "mac,50181" , "MachineLearning,49833" , "MachinePorn,64281" , "Machinists,6513" , "macsetups,15022" , "Madden,16046" , "MaddenBros,202" , "MaddenMobileForums,4792" , "MaddenUltimateTeam,7095" , "MadeMeSmile,82836" , "madisonwi,10112" , "MadMax,7903" , "madmen,41301" , "MadokaMagica,3756" , "Magic,16256" , "magicduels,4012" , "magicskyfairy,14873" , "magicTCG,148320" , "Maine,7790" , "maisiewilliams,5556" , "makemychoice,22507" , "MakeNewFriendsHere,15706" , "MakeupAddiction,273221" , "MakeupAddictionCanada,1062" , "makeupexchange,15917" , "MakeupRehab,7273" , "makinghiphop,23909" , "malaysia,5913" , "Malazan,4952" , "malefashion,36939" , "malefashionadvice,538227" , "malegrooming,38964" , "malehairadvice,53298" , "malelifestyle,68079" , "malelivingspace,63737" , "mallninjashit,17858" , "Malware,15488" , "MAME,6656" , "manchester,7369" , "MandelaEffect,11096" , "manga,68455" , "maninthehighcastle,2115" , "ManyATrueNerd,4569" , "Maplestory,12626" , "MapPorn,249184" , "mapporncirclejerk,4503" , "marchingband,6609" , "Marijuana,79160" , "marijuanaenthusiasts,39133" , "MarineBiologyGifs,3939" , "Mariners,8905" , "mariokart,9416" , "<NAME>Maker,17040" , "marketing,46823" , "<NAME>lier,7966" , "MarkMyWords,20219" , "Marriage,4794" , "marriedredpill,6000" , "<NAME>,7017" , "martialarts,24258" , "maru,5669" , "Marvel,128683" , "marvelheroes,13004" , "marvelmemes,1890" , "MarvelPuzzleQuest,1657" , "marvelstudios,54535" , "maryland,10222" , "mashups,77295" , "massachusetts,6540" , "massage,4547" , "masseffect,90017" , "MasterofNone,5495" , "math,149766" , "mathrock,11746" , "Mavericks,5516" , "MawInstallation,3496" , "maximumfun,3798" , "maybemaybemaybe,4849" , "MaymayZone,6883" , "mazda,8207" , "mbti,8408" , "Mcat,3458" , "MCFC,6483" , "mcgill,3953" , "McKaylaMaroney,9991" , "MCPE,7753" , "mcpublic,6783" , "MDMA,15857" , "mead,11797" , "MealPrepSunday,88222" , "mealtimevideos,17079" , "MeanJokes,48692" , "MechanicAdvice,27603" , "mechanical_gifs,42008" , "MechanicalKeyboards,92032" , "mechmarket,8275" , "media_criticism,8430" , "medical,5429" , "medicalschool,25219" , "medicine,62419" , "Meditation,150324" , "mega64,4268" , "megalinks,9435" , "Megaman,7232" , "Megaten,15075" , "Megturney,11259" , "meirl,13683" , "me_irl,313822" , "melbourne,28908" , "meme,17905" , "memes,57158" , "memphis,4942" , "memphisgrizzlies,2220" , "MensLib,5130" , "MensRights,122643" , "mentalhealth,14177" , "MEOW_IRL,25889" , "mercedes_benz,5538" , "MerylRearSolid,175" , "metacanada,4182" , "Metal,109728" , "Metalcore,27095" , "metaldetecting,5547" , "MetalGearPhilanthropy,2032" , "metalgearsolid,75789" , "MetalGearSolidV_PC,3184" , "metaljerk,2685" , "Metallica,6442" , "MetalMemes,23036" , "metanarchism,1560" , "Metroid,13146" , "mexico,43480" , "mfacirclejerk,6074" , "mflb,23250" , "mfw,15955" , "mgo,5968" , "MGTOW,8676" , "MHOC,2463" , "Miami,9203" , "miamidolphins,8462" , "M<NAME>H<NAME>an<NAME>,1377" , "Miata,9770" , "michaelbaygifs,54261" , "Michigan,23179" , "MichiganWolverines,3773" , "microgrowery,48535" , "microsoft,33758" , "Mid_Century,8571" , "migraine,5398" , "MiiverseInAction,7435" , "Mila_Kunis,15215" , "milanavayntrub,12076" , "mildlyamusing,20563" , "mildlydepressing,8976" , "mildlyinfuriating,266706" , "mildlyinteresting,5089941" , "mildlypenis,22377" , "mildlysatisfying,8432" , "MildlyStartledCats,10980" , "mildyinteresting,12729" , "mileycyrus,13625" , "Military,76095" , "MilitaryGfys,21869" , "MilitaryPorn,104450" , "MillerPlanetside,1611" , "millionairemakers,63540" , "milliondollarextreme,3103" , "milwaukee,8862" , "MimicRecipes,29631" , "mindcrack,49548" , "mindcrackcirclejerk,2439" , "Mindfulness,23696" , "Minecraft,452814" , "minecraftsuggestions,15064" , "MineralPorn,24006" , "MINI,6184" , "minimalism,181966" , "MinimalWallpaper,11704" , "MinionHate,31867" , "minipainting,8721" , "Minneapolis,12416" , "minnesota,19056" , "minnesotavikings,14502" , "mirrorsedge,2840" , "misc,25945" , "misleadingthumbnails,74200" , "misophonia,8220" , "mississauga,3339" , "mistyfront,5685" , "MitchellAndWebb,11935" , "MkeBucks,3085" , "mlb,29706" , "MLBTheShow,6142" , "MLPLounge,11485" , "MLS,45723" , "MLTP,816" , "MMA,135313" , "MMORPG,29990" , "ModelAusHR,35" , "modelmakers,11087" , "modelparliament,297" , "Models,17605" , "ModelsGoneMild,9217" , "ModelUSGov,2663" , "Modern_Family,22210" , "ModernMagic,11226" , "ModestMouse,8374" , "Moescape,7400" , "Mommit,20569" , "MonarchyOfEquestria,164" , "Monero,2561" , "Monitors,9649" , "monkslookingatbeer,21422" , "monsteraday,2839" , "Monstercat,19976" , "MonstercatCringe,744" , "MonsterHunter,49260" , "MonsterMusume,4602" , "montageparodies,140766" , "montreal,23757" , "morbidlybeautiful,20731" , "morbidquestions,16778" , "mormon,3610" , "Morrowind,18329" , "MortalKombat,24177" , "MosinNagant,5364" , "MostBeautiful,12475" , "mother4,4088" , "motivation,28121" , "moto360,16741" , "MotoG,7346" , "motogp,12424" , "motorcitykitties,8291" , "motorcyclememes,3864" , "motorcycles,153710" , "MotoUK,2350" , "MotoX,15447" , "MountainWisdom,6372" , "mountandblade,24536" , "MoviePosterPorn,64136" , "movies,8844042" , "moviescirclejerk,7311" , "Moviesinthemaking,36474" , "MovieSuggestions,30708" , "MrRobot,33987" , "MRW,8138" , "msp,2697" , "MST3K,12731" , "MTB,44173" , "MtF,6966" , "mtgaltered,6674" , "mtgcube,3449" , "mtgfinance,10617" , "MTGLegacy,5388" , "mturk,16614" , "muacirclejerk,13973" , "muacjdiscussion,4956" , "MuayThai,11935" , "Multicopter,27369" , "MultipleSclerosis,3225" , "Munich,3470" , "MURICA,182607" , "Muse,11557" , "museum,30121" , "Music,8547159" , "musicpics,3365" , "Musicthemetime,4042" , "musictheory,56442" , "Mustang,16084" , "MvC3,7232" , "mwo,5258" , "mycology,28804" , "myfriendwantstoknow,25670" , "mylittleandysonic1,1981" , "mylittlepony,66489" , "mypartneristrans,3779" , "MyPeopleNeedMe,38060" , "MysteryDungeon,2024" , "mythbusters,16717" , "n64,9489" , "N<NAME>ato,382" , "namenerds,6336" , "NamFlashbacks,3190" , "<NAME>,892" , "nanowrimo,10847" , "narcos,5824" , "<NAME>,66976" , "nasa,40516" , "NASCAR,20166" , "nashville,11165" , "NASLSoccer,2026" , "<NAME>,14878" , "nathanforyou,4854" , "NationalPark,6253" , "nattyorjuice,2310" , "nature,29478" , "NatureGifs,19405" , "natureismetal,35697" , "navy,12037" , "Nav<NAME>Blazer,2546" , "navyseals,1318" , "NBA2k,22976" , "nba,329140" , "nbacirclejerk,3587" , "NBASpurs,8650" , "nbastreams,16646" , "nbaww,7361" , "NCSU,3852" , "NeckbeardNests,14207" , "neckbeardstories,17714" , "needadvice,24669" , "Needafriend,21494" , "needforspeed,4508" , "Negareddit,6401" , "nekoatsume,5459" , "neogaming,6576" , "neopets,12308" , "Nepal,2449" , "nerdcubed,30818" , "nerdfighters,25840" , "nerdist,8495" , "Nerf,10215" , "netflix,96367" , "NetflixBestOf,293763" , "NetflixPals,2" , "Netrunner,9329" , "netsec,149780" , "networking,56778" , "neuro,29646" , "NeutralPolitics,48269" , "NeverBeGameOver,6023" , "nevertellmetheodds,54203" , "Neverwinter,10724" , "newfoundland,3544" , "NewGirl,11270" , "newjersey,22791" , "NewOrleans,14369" , "newreddits,56764" , "NewRussia,266" , "news,7193384" , "NewSkaters,7125" , "NewsOfTheStupid,26065" , "NewsOfTheWeird,23032" , "newsokunomoral,1668" , "newsokur,12742" , "newsokuvip,1422" , "NewsPorn,27720" , "newtothenavy,3355" , "NewYorkIslanders,2747" , "NewYorkMets,9081" , "newzealand,58365" , "nextdoorasians,44027" , "Nexus,11251" , "nexus4,14051" , "Nexus5,32628" , "nexus5x,4290" , "nexus6,17044" , "Nexus6P,14565" , "NexusNewbies,4554" , "NFA,3386" , "nfffffffluuuuuuuuuuuu,10412" , "nfl,438505" , "nflcirclejerk,5471" , "NFL_Draft,10220" , "NFLRoundTable,5106" , "nflstreams,45816" , "NFSRides,331" , "nhl,48661" , "NHLHUT,6246" , "NHLStreams,24573" , "niceb8m8,2780" , "niceguys,56186" , "Nichijou,1794" , "NichtDerPostillon,1679" , "Nightshift,3047" , "nightvale,12825" , "Nikon,5622" , "nin,8543" , "nintendo,111235" , "nintendomusic,16592" , "Nirvana,9955" , "Nisekoi,5857" , "Nissan,7789" , 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"PanicHistory,11470" , "PanPorn,2688" , "panthers,9700" , "ParadoxExtra,948" , "paradoxplaza,36233" , "paradoxpolitics,4368" , "Parahumans,2810" , "Paranormal,82498" , "Pareidolia,112512" , "Parenting,89413" , "paris,9014" , "parrots,12067" , "PastAndPresentPics,26758" , "Patchuu,5314" , "Pathfinder_RPG,24123" , "pathofexile,55470" , "patientgamers,66432" , "<NAME>,35985" , "<NAME>uper,3510" , "paydaycirclejerk,750" , "paydaytheheist,40470" , "PBSOD,4524" , "pcgaming,177340" , "pcmasterrace,499519" , "pebble,26606" , "PEDs,2684" , "peloton,12939" , "penguins,10697" , "Pen<NAME>,120944" , "Pennsylvania,6406" , "penspinning,13838" , "PeopleBeingJerks,31276" , "pepe,3873" , "pepethefrog,5498" , "Perfectfit,58195" , "perfectloops,87232" , "PerfectTiming,213955" , "perktv,4851" , "Permaculture,32689" , "personalfinance,4554137" , "PersonalFinanceCanada,21006" , "PersonOfInterest,7908" , "perth,9240" , "Pets,40721" , "pettyrevenge,185894" , "pharmacy,11236" , "philadelphia,32593" , 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"RainbowSix,324" , "RainbowSixSiege,758" , "rainbow_wolf,275" , "raining,22091" , "Rainmeter,61724" , "raisedbynarcissists,82856" , "raiseyourdongers,11287" , "rakugakicho,562" , "raleigh,9389" , "rally,15541" , "ramen,36662" , "Random_Acts_Of_Amazon,32024" , "randomactsofamazon,5503" , "RandomActsofCards,4803" , "RandomActsOfChristmas,6437" , "randomactsofcsgo,15588" , "RandomActsOfGaming,48115" , "RandomActsofMakeup,16512" , "RandomActsOfPizza,24170" , "Random_Acts_Of_Pizza,39302" , "RandomActsOfPolish,7470" , "RandomKindness,37441" , "randomsuperpowers,580" , "randpaul,5063" , "rangers,9997" , "rant,18677" , "rantgrumps,1462" , "RantsFromRetail,1673" , "rapbattles,5800" , "raspberry_pi,82516" , "Rateme,41096" , "rational,3854" , "RationalPsychonaut,12838" , "RATS,15845" , "ravens,11730" , "rawdenim,25719" , "razorbacks,1594" , "RBI,29738" , "rccars,5804" , "RCSources,6523" , "rct,16703" , "reactiongifs,584267" , "reactjs,6388" , "readit,32196" , "realasians,70113" , 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"respectporn,22817" , "respectthreads,9618" , "restorethefourth,22338" , "resumes,24186" , "retiredgif,52689" , "retrobattlestations,13020" , "RetroFuturism,82812" , "retrogaming,22162" , "RetroPie,3485" , "ReversedGIFS,10990" , "reversegif,22540" , "reynad,1543" , "rickandmorty,191060" , "rickygervais,9435" , "riddles,30867" , "Rift,9693" , "Rimarist,7" , "RimWorld,8322" , "ripcity,6682" , "rit,7262" , "RivalsOfAether,6951" , "Rivenmains,1199" , "Roadcam,47238" , "RoastMe,135768" , "roblox,3240" , "Robocraft,7490" , "robotics,33249" , "Rochester,7587" , "Rockband,6734" , "rocketbeans,15194" , "RocketLeague,99039" , "rockets,7814" , "rockhounds,9937" , "rocksmith,13141" , "roguelikes,19191" , "Roguetroll,10" , "rojava,1029" , "Roku,15244" , "roleplayponies,72" , "rollercoasters,7167" , "rolltide,3441" , "Romania,23826" , "ronandfez,3299" , "ronpaul,25443" , "RoomPorn,290703" , "roosterteeth,129872" , "ROTC,1388" , "RotMG,6409" , "Rottweiler,4174" , "Rowing,9961" , "rpdrcirclejerk,650" 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"snowboarding,55293" , "snowden,6612" , "SNSD,12988" , "SoapboxBanhammer,426" , "soccer,406132" , "SoccerBetting,7821" , "soccercirclejerk,8485" , "soccerspirits,2436" , "soccerstreams,28855" , "socialanxiety,33954" , "SocialEngineering,66828" , "socialism,55342" , "Socialistart,2830" , "socialjustice101,2772" , "SocialJusticeInAction,5071" , "socialmedia,24157" , "socialskills,124187" , "socialwork,5616" , "sociopath,3244" , "sodadungeon,846" , "sodapoppin,1883" , "softwaregore,41799" , "SolForge,2177" , "solipsism,7371" , "solotravel,39652" , "soma,1456" , "somethingimade,103385" , "SonicTheHedgehog,4766" , "SonyXperia,5817" , "sooners,2834" , "sophieturner,8412" , "sorceryofthespectacle,2519" , "SoundsLikeChewy,350" , "SoundsLikeMusic,10164" , "SourceFed,32048" , "sousvide,11980" , "southafrica,16286" , "southpark,151534" , "soylent,16541" , "space,4856256" , "SpaceBuckets,17882" , "spaceengine,8735" , "spaceengineers,23681" , "spaceflight,17886" , "spaceporn,304852" , "spacex,42626" , "spain,6505" , "Spanish,18226" , "SpecArt,38694" , "SpeculativeEvolution,8317" , "speedrun,41470" , "spelunky,5475" , "spicy,26348" , "spiderbro,20400" , "Spiderman,17595" , "spiders,19926" , "SpideyMeme,43917" , "spikes,23119" , "splatoon,26573" , "SplitDepthGIFS,42588" , "Spokane,3500" , "spongebob,25202" , "Spongebros,9137" , "sporetraders,1880" , "sports,5053901" , "sportsarefun,33800" , "sportsbook,14530" , "spotify,32797" , "spotted,14019" , "springerspaniel,1026" , "springfieldMO,2589" , "Sprint,3308" , "SQL,12459" , "SquaredCircle,100115" , "SquaredCirclejerk,2263" , "SRSDiscussion,14311" , "SRSGaming,6438" , "SRSsucks,13889" , "SS13,4183" , "SSBM,18959" , "SSBPM,23980" , "StackAdvice,9073" , "StackGunHeroes,2201" , "stalker,8405" , "StallmanWasRight,2158" , "Stance,11682" , "Standup,30403" , "StandUpComedy,68690" , "standupshots,180743" , "Staples,1663" , "starbound,53361" , "starbucks,13249" , "Starcaft,5" , "starcitizen,59168" , "Starcitizen_trades,4263" , "starcraft,184091" , "StardustCrusaders,9178" , "Stargate,20681" , "starlets,28960" , "StarlightStage,1158" , "starterpacks,25990" , "StartledCats,96464" , "startrek,98491" , "startups,95633" , "StarVStheForcesofEvil,2331" , "StarWars,345816" , "StarWarsBattlefront,50911" , "starwarscollecting,841" , "StarWarsEU,7579" , "StarWarsLeaks,9889" , "starwarsrebels,4990" , "starwarsspeculation,831" , "starwarstrader,1718" , "statistics,29112" , "steak,17478" , "Steam,246860" , "SteamController,2363" , "steamdeals,52334" , "SteamGameSwap,39821" , "steampunk,33109" , "steamr,1339" , "steelers,14770" , "stencils,18517" , "stephenking,11385" , "steroids,21686" , "stevedangle,854" , "stevenuniverse,40931" , "Stims,4400" , "StLouis,16670" , "stlouisblues,5825" , "StLouisRams,4558" , "sto,8236" , "StockMarket,30145" , "stocks,42133" , "Stoicism,27901" , "StonerCringe,465" , "StonerEngineering,62455" , "StonerPhilosophy,22673" , "StonerProTips,29743" , "stonerrock,17254" , "stopdrinking,32169" , "StopGaming,4845" , "StoppedWorking,29609" , "stopsmoking,39116" , "StopTouchingMe,19388" , "StormfrontorSJW,10522" , "Stormlight_Archive,10108" , "straightedge,2864" , "straya,15833" , "streetart,28859" , "StreetFighter,19201" , "StreetFights,40216" , "streetfoodartists,13113" , "streetphotography,4566" , "streetwear,59791" , "Streisandeffect,479" , "StudentLoans,9744" , "stunfisk,12874" , "subaru,48713" , "submechanophobia,17428" , "subnautica,2689" , "subredditcancer,10423" , "SubredditDrama,212016" , "SubredditDramaDrama,6784" , "subredditoftheday,116920" , "SubredditSimMeta,18180" , "SubredditSimulator,100281" , "succulents,11380" , "SuddenlyGay,10271" , "sugarfreemua,8232" , "SuggestALaptop,21902" , "suggestmeabook,22247" , "SuicideWatch,40594" , "suits,23893" , "summonerschool,82962" , "summonerswar,13052" , "Sundresses,8984" , "suns,2922" , "sunsetshimmer,732" , "Suomi,26735" , "Superbowl,10765" , "supergirlTV,5557" , "superman,13474" , "supermoto,5606" , "Supernatural,46900" , "SuperShibe,52716" , "Supplements,22667" , "supremeclothing,15545" , "Surface,32368" , "surfing,27387" , "SurgeryGifs,5944" , "Survival,73333" , "survivinginfidelity,2589" , "survivor,18165" , "survivorcirclejerk,394" , "SurvivorRankdownII,88" , "survivorspoilers,453" , "sushi,25490" , "svenskpolitik,43953" , "Sverige,1102" , "SVExchange,10736" , "SwagBucks,8574" , "SWARJE,50964" , "SweatyPalms,26722" , "sweden,85671" , "sweepstakes,5485" , "swift,13768" , "SwiggitySwootyGifs,16194" , "Swimming,23838" , "Swingers,15856" , "Switzerland,7308" , "swoleacceptance,57610" , "swordartonline,19915" , "SwordOrSheath,6251" , "swrpg,4590" , "swtor,53799" , "sydney,22094" , "SympatheticMonsters,8883" , "synthesizers,19567" , "Syracuse,3069" , "Syraphia,26" , "SyrianCirclejerkWar,385" , "syriancivilwar,26280" , "sysadmin,123602" , "tabletopgamedesign,10692" , "tacobell,7914" , "Tacoma,4034" , "TACSdiscussion,4031" , "TagPro,11498" , "TagProIRL,823" , "taiwan,7100" , "TakeshisCastle,284" , "tales,5922" , "talesfromcallcenters,16316" , "TalesFromRetail,232513" , "talesfromtechsupport,296382" , "TalesFromTheCustomer,14883" , "TalesFromTheFrontDesk,9948" , "TalesFromThePharmacy,10320" , "TalesFromThePizzaGuy,38007" , "TalesFromTheSquadCar,20480" , "TalesFromYourServer,39699" , "tall,50390" , "Tallahassee,2862" , "Talonmains,1440" , "TameImpala,6037" , "tampa,11788" , "TampaBayLightning,3492" , "TankPorn,9398" , "tappedout,15964" , "tarantinogifs,11320" , "Target,1903" , "tasker,22637" , "tattoo,40487" , "tattoos,434589" , "TaylorSwift,22392" , "TaylorSwiftPictures,5578" , "TaylorSwiftsLegs,8853" , "tdl,1259" , "tea,63796" , "Teachers,29837" , "teaching,16431" , "TeamSolomid,14820" , "tech,82935" , "technews,17699" , "TechNewsToday,30782" , "Techno,16222" , "technology,5204799" , "TechoBlanco,1661" , "techsupport,78211" , "techsupportgore,109303" , "techsupportmacgyver,56393" , "techtheatre,7690" , "T<NAME>,988" , "teefies,4007" , "teenagers,105234" , "TeenMFA,11284" , "TEFL,13794" , "Teleshits,10418" , "television,6011203" , "TelevisionQuotes,17559" , "TellMeAFact,23598" , "telltale,4012" , "Tennessee,4201" , "Tennesseetitans,4269" , "tennis,31624" , "TeraOnline,18715" , "Terraria,78686" , "terriblefacebookmemes,33514" , "tesdcares,3954" , "teslamotors,29314" , "teslore,32384" , "Texans,10937" , "texas,32441" , "TexasRangers,6587" , "tf2,157238" , "TF2fashionadvice,6190" , "tf2shitposterclub,507" , "tf2trade,13281" , "tgrp,97" , "Thailand,8314" , "thalassophobia,64543" , "thanksgiving,678" , "That70sshow,11915" , "thatHappened,238789" , "ThatPeelingFeeling,18411" , "The100,8349" , "TheAffair,732" , "TheBluePill,25735" , "TheBrewery,7802" , "thebutton,161652" , "thechapel,1915" , "TheCompletionist,2587" , "TheCreatures,12627" , "The_Crew,4247" , "TheDarkTower,10781" , "thedivision,8376" , "The_Donald,1680" , "TheExpanse,2150" , "TheFacebookDelusion,24433" , "TheForest,8747" , "TheFrontBottoms,2114" , "TheGameOfThronesGame,2267" , "TheGirlSurvivalGuide,56560" , "thegoodwife,2651" , "TheHobbit,21547" , "TheKillers,2316" , "TheLastAirbender,142647" , "thelastofus,21644" , "thelastofusfactions,5769" , "thelawschool,1305" , "theleaguefx,17449" , "TheLeftovers,12448" , "thelongdark,4192" , "TheMassive,1864" , "ThemeParkitect,1508" , "themindyproject,2318" , "themoddingofisaac,4680" , "themountaingoats,3058" , "thenetherlands,67966" , "theNvidiaShield,2771" , "theocho,39803" , "TheOnion,14325" , "ThePhenomenon,7304" , "TheRealmsMC,335" , "TheRedPill,139577" , "thereifixedit,10036" , "thereisnoowl,247" , "therewasanattempt,16696" , "TheSimpsons,118309" , "thesims,43878" , "thesopranos,7028" , "TheSquadOnPoint,8807" , "TheStrokes,4903" , "Thetruthishere,46694" , "TheVampireDiaries,6381" , "thevoice,1175" , "thewalkingdead,257148" , "TheWayWeWere,68848" , "thewestwing,6412" , "TheWire,21842" , "theworldisflat,1241" , "theworldnews,6170" , "theydidthemath,125881" , "ThingsCutInHalfPorn,88776" , "ThingsWhiteFolksLike,97" , "thinkpad,6659" , "thisismylifenow,7624" , "ThisIsNotASafeSpace,1145" , "ThriftStoreHauls,60871" , "Throwers,6326" , "Thunder,5600" , "TiADiscussion,7104" , "TibiaMMO,1524" , "tifu,4785294" , "TILinIndia,360" , "tiltshift,26505" , "TimAndEric,22437" , "timbers,3840" , "timberwolves,5029" , "timetolegalize,10058" , "tinabelcher,14568" , "Tinder,178148" , "TinyHouses,67833" , "tipofmyjoystick,7822" , "tipofmytongue,155576" , "titanfall,30090" , "titlegore,32415" , "TMBR,2729" , "TMNT,8354" , "tmobile,14739" , "tobacco_ja,158" , "TodayIGrandstanded,1472" , "todayilearned,10011031" , "Tokyo,8491" , "TokyoGhoul,10479" , "tolkienfans,32828" , "TombRaider,4408" , "tomwaits,1568" , "tonightsdinner,39276" , "ToolBand,16789" , "Tools,4780" , "TooMeIrlForMeIrl,481" , "Toonami,6379" , "Toontown,4781" , "toosoon,77090" , "TopGear,136177" , "TopMindsOfReddit,9391" , "topofreddit,4569" , "TOR,23629" , "toronto,66122" , "TorontoAnarchy,95" , "Torontobluejays,18976" , "torontoraptors,10952" , "torrents,56332" , "totallynotrobots,9466" , "totalwar,41322" , "touhou,8449" , "TowerofGod,4100" , "TownofSalemgame,5464" , "Toyota,7056" , "TPPKappa,272" , "traaaaaaannnnnnnnnns,2723" , "trackers,53133" , "Tradelands,621" , "TraditionalCurses,8904" , "trailerparkboys,47748" , "trailers,30981" , "traingifs,4196" , "trains,7737" , "trance,38049" , "transformers,8114" , "transgamers,4169" , "transgender,21190" , "transgendercirclejerk,2311" , "translator,8015" , "Transmogrification,14579" , "transpassing,12247" , "transpositive,7195" , "transtimelines,13427" , "trap,53878" , "trapmuzik,16279" , "trapproduction,6328" , "trashpandas,10062" , "trashy,169388" , "travel,229376" , "treecomics,31956" , "treedibles,13730" , "treemusic,38739" , "treeofsavior,10856" , "trees,810334" , "TreesSuckingAtThings,32164" , "trendingsubreddits,12500" , "tressless,4245" , "triangle,8951" , "Tribes,11694" , "trippinthroughtime,79903" , "trippy,23788" , "Troll4Troll,3223" , "TrollBookClub,2625" , "TrollDevelopers,879" , "TrollXChromosomes,178563" , "TrollXMoms,4640" , "TrollXWeddings,2970" , "TrollYChromosome,64300" , "Trophies,4227" , "Trove,12525" , "Trucking,4314" , "Trucks,19720" , "trucksim,4914" , "TrueAnime,7706" , "TrueAskReddit,78978" , "TrueAtheism,59089" , "TrueChristian,9798" , "TrueDetective,63696" , "TrueDoTA2,8917" , "TrueFilm,82190" , "truegaming,137623" , "TrueLionhearts,6" , "TrueOffMyChest,10250" , "TrueReddit,355484" , "TrueSTL,4047" , "truetf2,14280" , "truewomensliberation,497" , "truezelda,10426" , "trump,436" , "trumpet,4992" , "TryingForABaby,6930" , "trypophobia,11299" , "Tsunderes,3708" , "TsundereSharks,40487" , "ttcafterloss,605" , "tuckedinkitties,14781" , "T<NAME>,6725" , "Tulpas,9496" , "tulsa,4869" , "tumblr,142894" , "TumblrAtRest,20809" , "TumblrCirclejerk,8206" , "TumblrInAction,258243" , "TumblrPls,4025" , "Turkey,6826" , "turning,6471" , "TuxedoCats,3361" , "TWD,10164" , "twentyonepilots,7668" , "twice,669" , "TwinCities,12115" , "twinpeaks,14130" , "Twitch,43528" , "twitchplayspokemon,49925" , "TwoBestFriendsPlay,16430" , "Twokinds,988" , "TwoXChromosomes,4185231" , "TwoXSex,15244" , "typography,45538" , "TYT,931" , "UBC,4840" , "uber,2502" , "uberdrivers,6229" , "Ubuntu,60590" , "UCalgary,1674" , "ucf,6370" , "UCSantaBarbara,5088" , "udub,4305" , "ufc,22738" , "UFOs,48910" , "UGA,4784" , "uglyduckling,32364" , "UIUC,11956" , "ukbike,3128" , "ukipparty,2191" , "UKPersonalFinance,10126" , "ukpolitics,42408" , "ukraina,12948" , "UkrainianConflict,21537" , "uktrees,7946" , "ukulele,18774" , "ultimate,17636" , "ultrahardcore,6749" , "Ultralight,20511" , "ultrawidemasterrace,1849" , "UMD,5213" , "UNBGBBIIVCHIDCTIICBG,89630" , "undelete,47051" , "Underminers,1213" , "Undertale,23950" , "Undertem,283" , "UnearthedArcana,4194" , "Unexpected,454437" , "UnexpectedCena,42675" , "unexpectedjihad,84030" , "unexpectedmusic,6513" , "UnexpectedThugLife,207696" , "unintentionalASMR,7736" , "UnisonLeague,847" , 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"vapeitforward,6349" , "VapePorn,10638" , "Vaping101,10078" , "Vaping,24139" , "vaporents,44059" , "Vaporwave,22466" , "VaporwaveAesthetics,6500" , "vargas,3989" , "vegan,62390" , "vegancirclejerk,2338" , "veganrecipes,24643" , "vegas,11805" , "vegetarian,44443" , "VegRecipes,36893" , "Velo,8444" , "venturebros,14986" , "verizon,4884" , "Vermintide,6883" , "Veterans,6255" , "vexillology,46282" , "vexillologycirclejerk,4132" , "vfx,11058" , "vgb,21719" , "VGHS,3890" , "victoria2,3678" , "VictoriaBC,8051" , "victoriajustice,10163" , "video,24832" , "videogamedunkey,12453" , "videography,16302" , "videos,9247409" , "videosplus,1976" , "VietNam,4321" , "VillagePorn,48589" , "vim,25464" , "Vinesauce,4827" , "vintageaudio,8157" , "vinyl,81713" , "Virginia,7959" , "VirginiaTech,6843" , "virtualreality,16951" , "visualnovels,18966" , "vita,49605" , "Vive,6470" , "vmware,13503" , "Voat,4851" , "Vocaloid,10975" , "Volkswagen,21290" , "VolleyballGirls,59133" , "Volvo,6632" , "VPN,17588" , "vsauce,3602" , "VSModels,2908" , "VXJunkies,9443" , "vzla,7574" , "WackyTicTacs,16046" , "waifuism,1061" , "wallpaper,161387" , "wallpaperdump,24528" , "wallpapers,374610" , "wallstreetbets,25133" , "walmart,3298" , "WaltDisneyWorld,16644" , "warcraftlore,9359" , "Warframe,37682" , "wargame,6285" , "Warhammer,34751" , "Warhammer40k,20910" , "Warmachine,6497" , "WarOnComcast,9218" , "WarplanePorn,5297" , "warriors,13277" , "WarshipPorn,26919" , "Warthunder,31860" , "Washington,8927" , "washingtondc,36390" , "washingtonwizards,4192" , "WastedGifs,119428" , "WastelandPowers,434" , "Watches,81459" , "WatchesCirclejerk,1508" , "Watchexchange,5194" , "Watercolor,12336" , "watercooling,9119" , "waterporn,59894" , "Waxpen,2460" , "Weakpots,2643" , "WeAreTheMusicMakers,122961" , "weather,16995" , "webcomics,81539" , "web_design,146257" , "webdev,105268" , "WebGames,91965" , "wec,9139" , "wedding,18085" , "WeddingPhotography,3016" , "weddingplanning,26248" , "weeabootales,23571" , "weed,10981" , "weekendgunnit,6415" , "weightlifting,20232" , "weightroom,78738" , "Weird,26971" , "WeirdWheels,11164" , "Welding,17441" , "Wellington,4711" , "Wellthatsucks,60047" , "WEPES,2584" , "WestVirginia,3002" , "Wet_Shavers,5221" , "whatcarshouldIbuy,7337" , "Whatcouldgowrong,234461" , "Whatisthis,13279" , "whatisthisthing,171566" , "WhatsInThisThing,87704" , "whatstheword,21524" , "whatsthisbird,6998" , "whatsthisbug,40683" , "whatsthisplant,21102" , "whatsthisrock,4341" , "WhatsWrongWithYourDog,8502" , "wheredidthesodago,381556" , "whiskey,24787" , "Whiskyporn,4836" , "whiteknighting,19243" , "whitepeoplefacebook,10795" , "whitepeoplegifs,85881" , "WhitePeopleTwitter,4837" , "WhiteRights,9339" , "whitesox,4082" , "WhiteWolfRPG,3925" , "whowouldcirclejerk,1245" , "whowouldwin,94633" , "Wicca,10118" , "wicked_edge,77487" , "WiggleButts,5153" , "wiiu,81853" , "WikiInAction,3372" , "WikiLeaks,35651" , "wikipedia,156441" , "wildhockey,6955" , "WildStar,35041" , "wince,18160" , "Windows10,55712" , "windows,57504" , "windowsphone,48558" , "wine,35744" , "Winnipeg,8798" , "winnipegjets,3091" , "winterporn,35946" , "wisconsin,14546" , "Wishlist,1910" , "witcher,84856" , "wma,5119" , "woahdude,890116" , "WonderTrade,6303" , "woodworking,138992" , "woofbarkwoof,6057" , "woof_irl,9024" , "WordAvalanches,15556" , "Wordpress,28014" , "WorkOnline,34955" , "worldbuilding,62503" , "worldevents,39549" , "worldnews,9843404" , "worldofpvp,3947" , "WorldofTanks,26078" , "WorldofTanksXbox,1489" , "WorldOfWarships,14689" , "worldpolitics,150119" , "worldpowers,2447" , "worldwhisky,4109" , "WormFanfic,546" , "worstof,37425" , "WoT,13538" , "WouldYouRather,39373" , "wow,254317" , "woweconomy,11193" , "wowservers,2742" , "wowthissubexists,74412" , "Wrangler,7569" , "Wrasslin,6255" , "WrestleWithThePlot,15936" , "wrestling,7589" , "wrestlingisreddit,196" , "writing,163310" , "WritingPrompts,4278661" , "wsgy,2336" , "wsu,2487" , "WTF,4692656" , "wtfstockphotos,22428" , "WWE,21207" , "WWEGames,4665" , "wwe_network,1029" , "wwesupercard,2258" , "wwiipics,10467" , "WWU,1721" , "xbmc,17678" , "xbox,13738" , "xbox360,48571" , "xboxone,170503" , "Xcom,23966" , "xDivinum,2" , "Xenoblade_Chronicles,4403" , "XFiles,16183" , "xkcd,62961" , "xposed,11730" , "xTrill,2404" , "XWingTMG,8024" , "xxfitness,89703" , "xxketo,23640" , "YanetGarcia,8212" , "yarntrolls,2171" , "YasuoMains,963" , "yee,4661" , "yesyesyesno,15237" , "yesyesyesyesno,22447" , "YMS,9789" , "ynab,17393" , "yoga,81031" , "Yogscast,45014" , "yogscastkim,4241" , "yokaiwatch,1338" , "youdontsurf,191966" , "YouSeeComrade,25241" , "YouShouldKnow,513161" , "youtube,34027" , "youtubecomments,18579" , "youtubehaiku,194879" , "yoyhammer,1854" , "yugioh,30391" , "yuruyuri,856" , "yvonnestrahovski,9131" , "Zappa,5521" , "zelda,140888" , "zen,31825" , "ZenHabits,107887" , "Zerxee,2" , "ZettaiRyouiki,13054" , "zoidberg,6890" , "zombies,85610" ]

module Sfw (..) where sfwRaw : List String sfwRaw = [ "100yearsago,32345" , "1200isplenty,40968" , "12thMan,946" , "1911,6937" , "195,10030" , "2007scape,45053" , "240sx,3708" , "30ROCK,20200" , "336RS,5" , "3amjokes,48060" , "3Dmodeling,8997" , "3Dprinting,45402" , "3DS,105660" , "3DSdeals,13270" , "3dshacks,4549" , "40kLore,2901" , "49ers,23227" , "4ChanMeta,8778" , "4PanelCringe,17496" , "4Runner,3143" , "4x4,18457" , "4Xgaming,6475" , "52weeksofcooking,21831" , "7daystodie,8453" , "7kglobal,586" , "80smusic,6852" , "8chan,9806" , "90sAlternative,7895" , "90smusic,6374" , "911truth,9696" , "9gag,4223" , "A858DE45F56D9BC9,11616" , "AAdiscussions,203" , "AaronTracker,4" , "AbandonedPorn,300746" , "ABCDesis,4339" , "ableton,18019" , "ABraThatFits,43569" , "AcademicBiblical,8561" , "Acadiana,2074" , "AccidentalComedy,34518" , "AccidentalRenaissance,7883" , "Accounting,29020" , "AceAttorney,6444" , "acecombat,1946" , "AceOfAngels8,1547" , "ACMilan,3076" , "ACON_Support,455" , "acting,13840" , "ActionFigures,7067" , "ActLikeYouBelong,20574" , "ACTrade,10624" , "actualconspiracies,12269" , "actuallesbians,50164" , "PI:NAME:<NAME>END_PI,5185" , "Addons4Kodi,4778" , "Adelaide,6433" , "ADHD,43331" , "AdorableDragons,5874" , "AdrenalinePorn,67900" , "ads,7112" , "adultery,4964" , "adultswim,15055" , "AdvancedRunning,8663" , "AdventureCapitalist,2034" , "adventurerlogkiraigen,3" , "adventuretime,154732" , "advertising,22881" , "Advice,28313" , "AdviceAnimals,4280324" , "AdviceAtheists,15199" , "AdvLog,6" , "afinil,6147" , "AFL,12831" , "AfterEffects,13537" , "AgainstGamerGate,1828" , "AgainstHateSubreddits,2564" , "againstmensrights,8568" , "PI:NAME:<NAME>END_PI,20815" , "agentcarter,8096" , "aggies,8415" , "ainbow,39002" , "AirBnB,3030" , "AirForce,16643" , "airsoft,24091" , "A_irsoft,531" , "airsoftmarket,3989" , "ak47,7742" , "AkameGaKILL,4701" , "alaska,8188" , "Albany,4057" , "alberta,7316" , "albiononline,2721" , "AlbumArtPorn,38777" , "Albuquerque,5171" , "alcohol,19222" , "aldub,251" , "Aleague,4828" , "alexPI:NAME:<NAME>END_PI,11623" , "PI:NAME:<NAME>END_PI,10418" , "AlienBlue,205706" , "aliens,14241" , "AliensAmongUs,7610" , "AlisonBrie,39875" , "allthingsprotoss,8880" , "AllThingsTerran,9039" , "allthingszerg,9941" , "alternativeart,50896" , "altnewz,6882" , "AMA,110503" , "amateurradio,18510" , "amazon,12531" , "amazonecho,4205" , "AmazonTopRated,31361" , "Amd,15312" , "americandad,10454" , "AmericanHorrorStory,41385" , "AmericanPolitics,7383" , "amibeingdetained,28268" , "AmIFreeToGo,18446" , "amiibo,40041" , "AmiiboCanada,2665" , "AmISexy,29827" , "AmItheAsshole,9068" , "amiugly,58738" , "Amsterdam,8891" , "AnaheimDucks,4120" , "analog,25027" , "analogygifs,15193" , "Anarchism,61152" , "Anarcho_Capitalism,24470" , "anarchomemes,2235" , "Anarchy101,8342" , "Android,619379" , "androidapps,71654" , "androidcirclejerk,10091" , "androiddev,45103" , "AndroidGaming,60786" , "AndroidMasterRace,17075" , "AndroidQuestions,21961" , "androidthemes,43273" , "AndroidTV,2073" , "AndroidWear,22250" , "ANGEL,3818" , "angelsbaseball,4015" , "AngieVarona,7416" , "AngieVaronaLegal,14860" , "angularjs,14290" , "AnimalCollective,3999" , "AnimalCrossing,52738" , "AnimalPorn,58298" , "Animals,16669" , "AnimalsBeingBros,155109" , "AnimalsBeingDerps,68440" , "AnimalsBeingGeniuses,11587" , "AnimalsBeingJerks,260301" , "AnimalTextGifs,16525" , "animation,30036" , "anime,329033" , "AnimeFigures,9580" , "animegifs,23635" , "animegifsound,2956" , "anime_irl,21733" , "animelegs,1158" , "animenocontext,17583" , "animeponytails,1120" , "AnimeSketch,7131" , "Animesuggest,33759" , "Animewallpaper,25418" , "PI:NAME:<NAME>END_PI,3919" , "annakendrick,23257" , "PI:NAME:<NAME>END_PI,6710" , "announcements,9800402" , "annualkpopawards,63" , "ANormalDayInRussia,107448" , "answers,90064" , "Anthropology,42357" , "AntiAntiJokes,19258" , "Anticonsumption,36517" , "AntiJokes,67527" , "antinatalism,1278" , "ANTM,2152" , "Anxiety,72471" , "AnythingGoesNews,18624" , "AnythingGoesPics,24342" , "aoe2,15746" , "aphextwin,3243" , "apink,2849" , "ApocalypseRising,1312" , "AppalachianTrail,13382" , "AppHookup,54908" , "apple,303477" , "applehelp,18550" , "appletv,11595" , "AppleWatch,17573" , "ApplyingToCollege,3909" , "AquamarineVI,258" , "Aquariums,55476" , "ar15,25099" , "arabs,6346" , "araragi,6637" , "Archaeology,29159" , "archeage,18222" , "ArcherFX,114190" , "Archery,23167" , "architecture,66636" , "ArchitecturePorn,67248" , "archlinux,26220" , "arcticmonkeys,7984" , "arduino,54938" , "arewerolling,5972" , "argentina,18793" , "PI:NAME:<NAME>END_PI,18748" , "arielwinter,8131" , "arizona,9188" , "ARK,9688" , "Arkansas,5084" , "arkfactions,352" , "arma,27814" , "armenia,1578" , "ArmoredWarfare,4370" , "army,17100" , "arresteddevelopment,114120" , "arrow,54555" , "Art,4418320" , "ArtefactPorn,52941" , "artificial,20563" , "ArtisanVideos,150438" , "ArtistLounge,4904" , "ArtPorn,47635" , "AsABlackMan,5445" , "asatru,5196" , "asexuality,9774" , "Ashens,9899" , "asheville,5954" , "AshVsEvilDead,2799" , "asianamerican,9586" , "AsianBeauty,33062" , "AsianCuties,30944" , "AsianHottiesGIFS,14792" , "AsianLadyboners,6093" , "AsianMasculinity,6203" , "AsianParentStories,9823" , "AskAcademia,22049" , "askaconservative,1957" , "AskAnAmerican,5448" , "AskAnthropology,26531" , "askashittydoctor,11900" , "askcarsales,11328" , "AskCulinary,91322" , "AskDocs,11072" , "AskDoctorSmeeee,6793" , "askdrugs,11213" , "AskElectronics,20673" , "AskEngineers,47497" , "AskEurope,4997" , "AskFeminists,8567" , "AskGames,8898" , "askgaybros,20243" , "AskHistorians,462271" , "AskHistory,10196" , "AskHR,2694" , "AskLE,1681" , "AskMen,220171" , "AskMenOver30,13031" , "askMRP,689" , "AskNetsec,14828" , "AskNYC,9909" , "askphilosophy,35904" , "AskPhysics,8632" , "Ask_Politics,19137" , "askportland,2530" , "AskReddit,10155641" , "askscience,6895111" , "AskScienceDiscussion,12244" , "AskScienceFiction,55288" , "askseddit,17700" , "AskSF,3748" , "AskSocialScience,57653" , "asktransgender,23115" , "AskTrollX,8560" , "asktrp,23896" , "AskUK,12080" , "AskVet,8103" , "AskWomen,225556" , "askwomenadvice,6981" , "AskWomenOver30,6563" , "asmr,112789" , "asoiaf,244263" , "asoiafcirclejerk,4344" , "aspergers,15150" , "assassinscreed,46238" , "assettocorsa,6121" , "Assistance,29810" , "astrology,8515" , "Astronomy,141457" , "astrophotography,57121" , "Astros,4952" , "ASU,4409" , "atheism,2099225" , "atheistvids,7627" , "Atlanta,32975" , "AtlantaHawks,4422" , "atlbeer,3517" , "atletico,1135" , "atmidnight,3523" , "AubreyPlaza,14920" , "auckland,5226" , "Audi,14219" , "audiobooks,13601" , "audioengineering,51568" , "Audiomemes,4680" , "audiophile,54275" , "AusFinance,7694" , "auslaw,4139" , "Austin,50816" , "australia,106489" , "AustralianCattleDog,4919" , "AustralianMakeup,4210" , "AustralianPolitics,6610" , "Austria,17901" , "Authentic_Vaping,733" , "autism,10224" , "AutoDetailing,28181" , "Automate,16572" , "Autos,72116" , "aves,21455" , "avfc,1877" , "aviation,65472" , "awakened,6010" , "awardtravel,3823" , "awesome,63586" , "AwesomeCarMods,14282" , "Awesomenauts,6926" , "awfuleverything,8550" , "awfuleyebrows,16927" , "aws,7148" , "aww,8383516" , "Awwducational,105958" , "awwnime,43090" , "awwnverts,13808" , "awwtf,5978" , "Awww,30169" , "awwwtf,52204" , "ayylmao,12334" , "AyyMD,2243" , "AZCardinals,4375" , "BabyBumps,30685" , "BabyCorgis,3817" , "babyelephantgifs,78348" , "BABYMETAL,4337" , "backpacking,66411" , "BacktotheFuture,8217" , "BackYardChickens,13125" , "Bacon,23353" , "baconreader,286837" , "badcode,11582" , "Bad_Cop_Follow_Up,383" , "Bad_Cop_No_Donut,83168" , "badeconomics,7137" , "BadguyWolfies,2" , "badhistory,53746" , "badlegaladvice,6941" , "badlinguistics,12134" , "badmathematics,2022" , "badMovies,17298" , "badphilosophy,12828" , "badpolitics,4844" , "bad_religion,3771" , "badroommates,7389" , "badscience,7812" , "BadSocialScience,4476" , "badtattoos,46256" , "baduk,7264" , "badukpolitics,345" , "badwomensanatomy,5426" , "bagelheads,52" , "BakaNewsJP,3604" , "bakchodi,4281" , "Baking,76381" , "balisong,2263" , "baltimore,17454" , "Bandnames,20585" , "bangalore,2431" , "bangtan,716" , "Banished,21413" , "BanjoKazooie,2109" , "banned,779" , "BannedFrom4chan,10945" , "bannedfromclubpenguin,49385" , "bapcsalescanada,10233" , "bapPI:NAME:<NAME>END_PI,4425" , "PI:NAME:<NAME>END_PI,5677" , "PI:NAME:<NAME>END_PI,13022" , "Barcelona,3289" , "bardmains,2928" , "barstoolsports,3779" , "bartenders,11404" , "baseball,155176" , "baseballcirclejerk,2681" , "BasicIncome,31039" , "Bass,39616" , "bassnectar,4105" , "BatFacts,7222" , "batman,135188" , "BatmanArkham,9761" , "batonrouge,3672" , "Battlecars,3906" , "battlecats,2008" , "Battlefield,28894" , "battlefield3,51573" , "battlefield_4,87684" , "Battlefield_4_CTE,4335" , "battlefront,8845" , "battlestations,181457" , "battlewagon,8473" , "bayarea,37443" , "baylor,1774" , "BBQ,36931" , "beadsprites,12708" , "beagle,7016" , "BeAmazed,49884" , "BeardedDragons,6346" , "BeardPorn,19798" , "beards,107205" , "beatles,26412" , "Beatmatch,12427" , "BeautifulFemales,6427" , "BeautyBoxes,12831" , "BeautyGuruChat,2738" , "BeavisAndButthead,6556" , "bee_irl,4427" , "beer,175146" , "beercirclejerk,1519" , "beermoney,99255" , "beerporn,31777" , "beertrade,12564" , "beerwithaview,18068" , "beetlejuicing,11675" , "beforeandafteredit,8036" , "BeforeNAfterAdoption,35617" , "belgium,24164" , "PI:NAME:<NAME>END_PI,6409" , "PI:NAME:<NAME>END_PIham,3929" , "bengals,7308" , "benzodiazepines,3782" , "berkeley,10041" , "PI:NAME:<NAME>END_PI,9091" , "PI:NAME:<NAME>END_PI,11710" , "berserklejerk,378" , "bertstrips,73130" , "PI:NAME:<NAME>END_PIge,20487" , "Bestbuy,1252" , "bestof,4825375" , "bestoflegaladvice,24410" , "BestOfLiveleak,23546" , "bestofnetflix,47255" , "BestOfOutrageCulture,8893" , "BestOfReports,11937" , "BestOfStreamingVideo,39169" , "bettafish,8565" , "BetterEveryLoop,1992" , "betternews,1997" , "BetterSubredditdrama,273" , "beyondthebump,16392" , "BF_Hardline,12243" , "bicycletouring,18700" , "bicycling,167014" , "bigbangtheory,26548" , "BigBrother,21975" , "bigdickproblems,32160" , "biggestproblem,424" , "bikecommuting,18540" , "Bikeporn,20438" , "bikesgonewild,23533" , "bikewrench,15542" , "PI:NAME:<NAME>END_PI,9891" , "billiards,7126" , "bindingofisaac,72273" , "bioinformatics,9586" , "biology,75423" , "bioniclelego,4119" , "Bioshock,41261" , "bipolar,15450" , "BipolarReddit,13766" , "Birbs,12097" , "birdpics,14683" , "BirdsBeingDicks,29020" , "birdsofprey,3160" , "birdswitharms,82881" , "Birmingham,5808" , "birthcontrol,7624" , "bisexual,35587" , "bitchimabus,46877" , "Bitcoin,176233" , "BitcoinMarkets,21106" , "bitcoinxt,13339" , "bjj,33502" , "blackberry,6943" , "blackbookgraffiti,8555" , "blackcats,3176" , "blackdesertonline,8926" , "Blackfellas,4072" , "blackfriday,13730" , "blackladies,9569" , "BlackLivesMatter,564" , "BlackMetal,11198" , "blackmirror,5271" , "blackops3,37209" , "Blackout2015,32993" , "blackpeoplegifs,93773" , "BlackPeopleTwitter,536812" , "BlackSails,3569" , "Blacksmith,25543" , "BlackwellAcademy,472" , "bladeandsoul,6677" , "blakelively,4838" , "bleach,23050" , "blender,24603" , "Blep,44001" , "blindspot,851" , "Blink182,11129" , "BlocParty,778" , "blogsnark,1030" , "bloodborne,51353" , "bloodbowl,3653" , "BloodGulchRP,177" , "bloomington,3454" , "blop,8423" , "BlueJackets,3055" , "blues,16528" , "bluesguitarist,4297" , "blunderyears,90372" , "BMW,30818" , "Boardgamedeals,5984" , "boardgames,117122" , "BobsBurgers,37735" , "bodybuilding,117061" , "bodymods,10743" , "bodyweightfitness,187214" , "Boise,4406" , "BoJackHorseman,22545" , "BokuNoHeroAcademia,4307" , "BollywoodRealism,35697" , "Bombing,11698" , "bonnaroo,13215" , "Bonsai,28350" , "bookporn,42999" , "books,6272500" , "booksuggestions,53715" , "BoomBeach,10288" , "boop,34592" , "BorderCollie,5289" , "Borderlands2,42577" , "Borderlands,66180" , "borrow,4287" , "borussiadortmund,6204" , "boston,53540" , "BostonBruins,13916" , "bostonceltics,11780" , "BostonTerrier,6458" , "botsrights,8562" , "boulder,8485" , "bouldering,16196" , "bourbon,27782" , "Boxer,7302" , "Boxing,34148" , "boxoffice,12419" , "BPD,9526" , "BPDlovedones,1652" , "braces,1244" , "Brampton,1399" , "brandnew,8326" , "brasil2,376" , "brasil,43923" , "bravefrontier,28337" , "BPI:NAME:<NAME>END_PIveryjerk,18373" , "Braves,11507" , "BravestWarriors,9697" , "BravoRealHousewives,3609" , "Brawlhalla,3280" , "Breadit,38587" , "breakingbad,226518" , "breakingmom,12082" , "breastfeeding,11418" , "Briggs,1412" , "brisbane,15228" , "bristol,5743" , "BritishPolitics,3226" , "britishproblems,112238" , "BritishSuccess,17782" , "BritishTV,25517" , "britpics,17149" , "Brogress,22861" , "brokehugs,930" , "brokengifs,39373" , "Brooklyn,14035" , "brooklynninenine,13368" , "Browns,12674" , "brum,2583" , "BSG,17676" , "btc,5936" , "buccaneers,4970" , "buccos,5494" , "Buddhism,91326" , "budgetfood,89715" , "Buffalo,7561" , "buffalobills,9056" , "BuffaloWizards,4412" , "buffy,18868" , "bugout,11582" , "buildapc,332244" , "buildapcforme,36022" , "buildapcsales,118479" , "Bulldogs,9916" , "Bullshitfacts,100" , "BurningMan,16533" , "Bushcraft,22441" , "business,201584" , "Buttcoin,6712" , "BuyItForLife,187865" , "ByTheMods,178" , "c137,8148" , "C25K,45786" , "cablefail,18510" , "CableManagement,20962" , "cableporn,58421" , "PI:NAME:<NAME>END_PI,499" , "CafeRacers,10591" , "CAguns,1342" , "cahideas,5342" , "CalamariRaceTeam,8602" , "CalPI:NAME:<NAME>END_PIary,18553" , "CalgaryFlames,3872" , "California,28005" , "CaliforniaForSanders,2977" , "Calligraphy,30726" , "CallOfDuty,18139" , "calvinandhobbes,109777" , "PI:NAME:<NAME>END_PI,4841" , "camping,52059" , "CampingandHiking,106021" , "canada,202444" , "canadaguns,5588" , "CanadaPolitics,24321" , "Canadian_ecigarette,3086" , "CanadianForces,5094" , "canberra,3324" , "cancer,6940" , "candiceswanepoel,6678" , "canes,1853" , "CanineCosplay,2041" , "cannabis,29817" , "CannabisExtracts,23362" , "canon,4748" , "canucks,12026" , "caps,7537" , "capstone,1876" , "CaptchaArt,16528" , "PI:NAME:<NAME>END_PI,5521" , "PI:NAME:<NAME>END_PI,10821" , "carcrash,15916" , "Cardinals,10645" , "cardistry,6647" , "careerguidance,14037" , "PI:NAME:<NAME>END_PIletonU,1893" , "carnivalclan,10" , "PI:NAME:<NAME>END_PI,1513" , "carporn,130914" , "cars,181029" , "Cartalk,25622" , "caseyneistat,4144" , "cassetteculture,5086" , "castiron,13780" , "CastleClash,1702" , "castles,29368" , "CastleTV,7685" , "CasualConversation,105758" , "casualiama,90386" , "casualminecrafting,782" , "casualnintendo,6267" , "cataclysmdda,2095" , "CatastrophicFailure,25039" , "catbellies,8016" , "CatGifs,27205" , "CatHighFive,12747" , "Catholicism,21215" , "Catloaf,17258" , "catpictures,55448" , "cats,312768" , "CatsAreAssholes,9683" , "CatsInSinks,8154" , "CatSlaps,10293" , "catssittingdown,2902" , "CatsStandingUp,56499" , "CautiousBB,2491" , "CCJ2,992" , "CCW,26379" , "CelebGfys,11641" , "celeb_redheads,5133" , "CelebrityArmpits,2054" , "CelebrityFeet,5430" , "Celebs,174806" , "Cello,3627" , "CFB,154117" , "cfbball,2270" , "cfbcirclejerk,1170" , "CFBOffTopic,1829" , "CFL,4825" , "CGPGrey,43053" , "changemyview,214363" , "charactercrossovers,8297" , "characterdrawing,11157" , "CharacterRant,719" , "Charcuterie,14267" , "Chargers,9499" , "Charleston,5065" , "Charlotte,9223" , "CharlotteHornets,3203" , "Chattanooga,4290" , "Cheese,10036" , "chelseafc,22362" , "ChemicalEngineering,5494" , "chemicalreactiongifs,150902" , "chemistry,63462" , "CherokeeXJ,3482" , "chess,43056" , "CHIBears,20971" , "chicago,75767" , "chicagobulls,18884" , "chickyboo,66" , "CHICubs,7236" , "ChiefKeef,2026" , "Chihuahua,5681" , "childfree,91356" , "ChildrenFallingOver,69583" , "chile,10669" , "chiliadmystery,18929" , "chillmusic,27584" , "chillstep,11022" , "China,26200" , "ChineseLanguage,13675" , "Chipotle,3245" , "ChivalryGame,9331" , "chloegracemoretz,12169" , "chomsky,4922" , "Christianity,107140" , "christmas,10728" , "chrome,32514" , "Chromecast,51459" , "chromeos,19097" , "ChronicPain,6516" , "chronotrigger,3598" , "chuck,8789" , "churning,32003" , "cider,5157" , "Cigarettes,4701" , "cigars,33349" , "cincinnati,13085" , "Cinema4D,6713" , "Cinemagraphs,112881" , "CinemaSins,9200" , "cinematography,15325" , "CineShots,14842" , "circlebroke2,6744" , "circlebroke,34885" , "circlejerk,271122" , "circlejerkaustralia,2226" , "cirkeltrek,2867" , "CitiesSkylines,98594" , "CityPorn,151648" , "civ,133370" , "civbattleroyale,7742" , "civbeyondearth,10605" , "civcirclejerk,3223" , "Civcraft,7401" , "civilengineering,4274" , "CivilizatonExperiment,1265" , "CivPolitics,21726" , "CK2GameOfthrones,6724" , "cky,496" , "Clannad,3381" , "ClashOfClans,81525" , "classic4chan,85772" , "classicalmusic,64714" , "classiccars,17450" , "ClassicRock,10769" , "ClassyPornstars,15318" , "cleanjokes,14002" , "cleganebowl,5624" , "Cleveland,11225" , "clevelandcavs,9808" , "CleverEdits,5346" , "CLG,13686" , "ClickerHeroes,15511" , "climate,12966" , "climateskeptics,6888" , "climbing,72122" , "Cloud9,4537" , "Coachella,10822" , "coaxedintoasnafu,17506" , "cockatiel,2267" , "cocktails,33081" , "CodAW,24135" , "CoDCompetitive,20874" , "coding,66960" , "CODZombies,13852" , "COents,6279" , "Coffee,110879" , "Coilporn,13994" , "coins,10866" , "Coldplay,5509" , "collapse,41520" , "college,28864" , "CollegeBasketball,61219" , "collegehockey,3666" , "Colorado,19638" , "ColoradoAvalanche,4951" , "ColoradoSprings,3994" , "ColorBlind,4621" , "Colorization,26156" , "ColorizedHistory,99105" , "Colts,8260" , "PI:NAME:<NAME>END_PI,15298" , "CombatFootage,77124" , "combinedgifs,65130" , "Comcast,2689" , "comedy,28699" , "comedybangbang,4013" , "ComedyCemetery,10477" , "comeonandslam,35693" , "comicbookart,22250" , "ComicBookCollabs,2817" , "comicbookcollecting,1402" , "comicbookmovies,17976" , "comicbooks,160279" , "comics,441001" , "ComicWalls,11362" , "commandline,22571" , "CommercialCuts,30783" , "communism101,6139" , "communism,15299" , "CommunismWorldwide,1627" , "community,150790" , "CompanyOfHeroes,6707" , "CompetitiveEDH,3559" , "CompetitiveHalo,3326" , "CompetitiveHS,47685" , "CompetitiveWoW,4515" , "COMPLETEANARCHY,394" , "compsci,94243" , "computergraphics,12259" , "computers,16264" , "computertechs,15891" , "confession,113513" , "confessions,22184" , "ConfusedTravolta,17331" , "confusing_perspective,14521" , "conlangs,8793" , "Connecticut,10794" , "Connery,1290" , "Conservative,52253" , "conservatives,3923" , "consoledeals,18933" , "consoles,5770" , "conspiracy,345872" , "conspiracyfact,2849" , "ConspiracyGrumps,5407" , "conspiratard,51165" , "Constantine,4566" , "Construction,6652" , "consulting,12968" , "ContagiousLaughter,132132" , "contentawarescale,4899" , "ContestOfChampions,3794" , "Cooking,333643" , "cookingvideos,17475" , "coolgithubprojects,12806" , "coolguides,94291" , "copypasta,13476" , "cordcutters,94372" , "corgi,83554" , "CorporateFacepalm,31639" , "cosplay,137953" , "cosplaygirls,134349" , "Costco,3709" , "counterstrike,22326" , "counting,8140" , "country,7503" , "coupons,40863" , "cowboybebop,11659" , "cowboys,18201" , "Coyotes,1832" , "coys,13596" , "CozyPlaces,32862" , "cpp,33338" , "C_Programming,18035" , "Cr1TiKaL,2588" , "CrackStatus,2292" , "CraftBeer,10617" , "crafts,55168" , "CraftyTrolls,3403" , "Crainn,1575" , "CrappyDesign,237472" , "crappymusic,18421" , "crappyoffbrands,16576" , "CrazyHand,9295" , "CrazyIdeas,181705" , "CredibleDefense,10878" , "creepy,4398297" , "creepygaming,24434" , "creepyPMs,158516" , "Cricket,26375" , "cringe,385431" , "CringeAnarchy,61496" , "cringepics,583381" , "cripplingalcoholism,21723" , "criterion,4854" , "criticalrole,2943" , "CriticalTheory,10699" , "croatia,11786" , "crochet,35571" , "CrohnsDisease,7483" , "crossdressing,14590" , "crossfit,36541" , "CrossfitGirls,8882" , "CrossStitch,13860" , "CrossView,17811" , "CruciblePlaybook,14983" , "CrusaderKings,36885" , "crusadersquest,3577" , "crypto,29585" , "CryptoCurrency,18837" , "cscareerquestions,58581" , "csgo,5317" , "csgobetting,52532" , "csgolounge,9997" , "csgomarketforum,2979" , "csharp,25499" , "C_S_T,2115" , "Cubers,13202" , "CubeWorld,15976" , "CucumbersScaringCats,20714" , "curiosityrover,16986" , "curlyhair,29461" , "customhearthstone,4569" , "custommagic,4485" , "cute,11253" , "cutegirlgifs,14393" , "cuteguys,1369" , "cutekorean,5063" , "cutelittlefangs,1166" , "cutouts,6122" , "CyanideandHappiness,30836" , "cyanogenmod,14028" , "Cyberpunk,82363" , "cycling,25596" , "Cynicalbrit,55888" , "DabArt,1043" , "Dachshund,15446" , "daddit,40075" , "dadjokes,245586" , "DadReflexes,52100" , "DAE,17275" , "DaftPunk,29431" , "DailyShow,7881" , "DailyTechNewsShow,5685" , "DaisyRidley,1327" , "Dallas,25779" , "DallasStars,3831" , "Damnthatsinteresting,146768" , "dancarlin,3306" , "dancegavindance,1821" , "danganronpa,2745" , "dankchristianmemes,13003" , "dankmemes,11694" , "DankNation,1331" , "DANMAG,5078" , "Daredevil,8712" , "DarkEnlightenment,7829" , "darkestdungeon,8726" , "DarkFuturology,9937" , "DarkNetMarketsNoobs,18225" , "darknetplan,44075" , "DarkSouls2,71753" , "darksouls3,13399" , "darksouls,82119" , "DarthJarJar,10433" , "Dashcam,6012" , "dashcamgifs,13243" , "DataHoarder,18525" , "dataisbeautiful,4614966" , "dataisugly,11323" , "datascience,11962" , "DatPI:NAME:<NAME>END_PI,9885" , "dating,13296" , "dating_advice,37281" , "PI:NAME:<NAME>END_PI,2792" , "davidtennant,5976" , "dawngate,6220" , "DaystromInstitute,17624" , "dayz,112045" , "dbz,62888" , "DBZDokkanBattle,4102" , "DC_Cinematic,6632" , "DCcomics,69190" , "dcss,2059" , "de,25353" , "DeadBedrooms,29380" , "deadmau5,12463" , "deadpool,29636" , "DeadSpace,5586" , "deals,25006" , "DealsReddit,41886" , "DealWin,80" , "Deathcore,7633" , "deathgrips,12664" , "Debate,5177" , "DebateAChristian,13626" , "DebateaCommunist,6179" , "DebateAnarchism,3414" , "DebateAnAtheist,15404" , "DebateCommunism,2942" , "DebateFascism,1996" , "DebateReligion,32207" , "debian,12889" , "DecidingToBeBetter,93400" , "declutter,24903" , "deepdream,20841" , "deephouse,15805" , "DeepIntoYouTube,142458" , "deepweb,14568" , "defaultgems,39649" , "Defenders,15206" , "de_IAmA,97400" , "Delaware,4180" , "Delightfullychubby,23120" , "PI:NAME:<NAME>END_PI,1397" , "delusionalartists,77858" , "democrats,17204" , "Demotivational,96858" , "Denmark,37793" , "Dentistry,8266" , "PI:NAME:<NAME>END_PI,4653" , "PI:NAME:<NAME>END_PI,30830" , "PI:NAME:<NAME>END_PI,14461" , "denvernuggets,2380" , "deOhneRegeln,251" , "depression,124996" , "DepthHub,229662" , "DerekSmart,357" , "DescentIntoTyranny,6177" , "Design,127308" , "design_critiques,21406" , "DesignPorn,99280" , "DesirePath,37409" , "DessertPorn,35858" , "Destiny,12684" , "DestinyTheGame,237300" , "DestroyedTanks,4313" , "DestructiveReaders,5756" , "Detroit,14930" , "detroitlions,12057" , "DetroitPistons,3704" , "DetroitRedWings,15784" , "Deusex,9543" , "devils,5355" , "devops,10947" , "PI:NAME:<NAME>END_PI,43453" , "DFO,5521" , "dfsports,10596" , "dgu,10526" , "DHMIS,707" , "diabetes,12708" , "PI:NAME:<NAME>END_PI,138207" , "diablo3,77581" , "Diablo3witchdoctors,9364" , "PI:NAME:<NAME>END_PI,12541" , "PI:NAME:<NAME>END_PI,5248" , "digimon,12964" , "digitalnomad,16439" , "DigitalPainting,13354" , "DimensionalJumping,5966" , "Dinosaurs,31288" , "DippingTobacco,6785" , "dirtgame,3941" , "Dirtybomb,9965" , "discgolf,30366" , "discordapp,1992" , "discworld,14437" , "dishonored,10526" , "disney,60279" , "Disney_Infinity,3854" , "Disneyland,14792" , "DivinityOriginalSin,9870" , "Divorce,5435" , "DiWHY,37561" , "DIY,4962828" , "DIY_eJuice,20583" , "django,15141" , "Djent,10102" , "DJs,25214" , "DMT,13018" , "DnB,32667" , "DnD,105398" , "DnDBehindTheScreen,15534" , "DnDGreentext,17156" , "dndnext,21755" , "docker,6166" , "doctorwho,250183" , "Documentaries,4580748" , "Dodgers,10729" , "DoesAnybodyElse,261602" , "DoesNotTranslate,9940" , "dogecoin,83697" , "dogpictures,77382" , "dogs,104862" , "DogShowerThoughts,21093" , "dogswearinghats,15014" , "Dogtraining,39134" , "donaldglover,20005" , "dontdeadopeninside,3833" , "DontPanic,11066" , "dontstarve,19267" , "doodles,17659" , "Doom,5036" , "doommetal,12216" , "DotA2,258579" , "dota2circlejerk,2798" , "dota2dadjokes,3428" , "Dota2Trade,12728" , "dotamasterrace,6572" , "dotnet,14555" , "douglovesmovies,3111" , "DowntonAbbey,11680" , "Drag,5503" , "dragonage,53735" , "dragonblaze,1148" , "dragons,3236" , "Drama,17506" , "drawing,75446" , "Dreadfort,10290" , "Dreadlocks,5904" , "Dreamtheater,3460" , "dresdenfiles,12027" , "Drifting,13538" , "DrugArt,8384" , "DrugNerds,32064" , "Drugs,228355" , "drugscirclejerk,3598" , "DrugStashes,8402" , "drumcorps,5752" , "drums,33872" , "drunk,114115" , "drunkenpeasants,1757" , "DrunkOrAKid,65715" , "drupal,6221" , "Dualsport,9345" , "dubai,4584" , "DubbedGIFS,13450" , "dubstep,89757" , "ducks,3072" , "duelyst,4587" , "DumpsterDiving,24676" , "duncantrussell,2897" , "DunderMifflin,91474" , "dune,7810" , "dungeondefenders,5844" , "DungeonsAndDragons,17802" , "duolingo,29514" , "dvdcollection,8984" , "DvZ,1400" , "dwarffortress,42783" , "dxm,2143" , "dyinglight,11424" , "dykesgonemild,6450" , "DynastyFF,3058" , "E30,2265" , "EAF,16034" , "eagles,23209" , "EA_NHL,11099" , "earthbound,10060" , "EarthPorn,6502343" , "Earwolf,6522" , "EatCheapAndHealthy,276512" , "eatsandwiches,57048" , "Ebay,8418" , "EBEs,13932" , "eCards,29022" , "ECE,26731" , "ecigclassifieds,11378" , "ecig_vendors,8038" , "Economics,236030" , "economy,59749" , "ecr_eu,3606" , "EDC,85291" , "EDH,21507" , "Edinburgh,6329" , "EditingAndLayout,24079" , "editors,14771" , "EDM,50366" , "Edmonton,12765" , "EdmontonOilers,4661" , "edmprodcirclejerk,4782" , "edmproduction,63802" , "education,47548" , "educationalgifs,115945" , "Eesti,6153" , "eFreebies,53414" , "Egalitarianism,4904" , "ElderScrolls,19349" , "elderscrollsonline,67599" , "eldertrees,48435" , "ElectricForest,6570" , "electricians,9406" , "electricvehicles,4764" , "electronic_cigarette,114500" , "electronicmusic,138356" , "electronics,53757" , "EliteDangerous,55641" , "EliteHudson,1081" , "EliteLavigny,1954" , "EliteOne,3825" , "elonmusk,6205" , "PI:NAME:<NAME>END_PIHosPI:NAME:<NAME>END_PI,2291" , "PI:NAME:<NAME>END_PIanna,6510" , "ELTP,492" , "emacs,11891" , "EmDrive,4569" , "Emerald_Council,1265" , "EmeraldPS2,2312" , "PI:NAME:<NAME>END_PI,15573" , "PI:NAME:<NAME>END_PI,14364" , "Eminem,13876" , "PI:NAME:<NAME>END_PI,5105" , "EmmaStone,26948" , "PI:NAME:<NAME>END_PI,78697" , "Emo,5639" , "emojipasta,2438" , "EmpireDidNothingWrong,5436" , "ems,17159" , "emulation,28880" , "EndlessLegend,5083" , "EndlessWar,11999" , "energy,55095" , "ENFP,7060" , "engineering,104185" , "EngineeringPorn,45885" , "EngineeringStudents,51259" , "engrish,11043" , "Enhancement,75265" , "enlightenedbirdmen,30500" , "EnoughLibertarianSpam,9844" , "enoughsandersspam,741" , "entertainment,173904" , "Entomology,8920" , "entp,5604" , "Entrepreneur,166649" , "entwives,14075" , "environment,146550" , "EOOD,19281" , "EpicMounts,5474" , "EQNext,8756" , "EqualAttraction,9684" , "Equestrian,5357" , "ericprydz,1932" , "esports,11919" , "ethereum,6650" , "ethoslab,4633" , "Etsy,16338" , "eu4,32332" , "europe,537859" , "european,10269" , "EuropeMeta,259" , "europes,1507" , "evangelion,17166" , "Eve,56006" , "evenwithcontext,31703" , "eveological,25" , "everquest,3755" , "Everton,5136" , "everymanshouldknow,242753" , "EverythingScience,55621" , "EVEX,12202" , "EvilLeagueOfEvil,8410" , "evolution,21123" , "EvolveGame,9577" , "excel,38541" , "exchristian,8523" , "exjw,8025" , "exmormon,25885" , "exmuslim,10826" , "ExNoContact,3289" , "exo,1394" , "exoticspotting,8165" , "ExpectationVsReality,100161" , "explainlikedrcox,34458" , "explainlikeIAmA,96385" , "ExplainLikeImCalvin,47635" , "explainlikeimfive,6846145" , "ExplainLikeImPHD,11743" , "ExposurePorn,68975" , "Eyebleach,150127" , "eyes,17399" , "F1FeederSeries,1888" , "f7u12_ham,6379" , "FA30plus,538" , "facebookdrama,7467" , "facebookwins,53333" , "facepalm,408876" , "fairytail,18521" , "fakealbumcovers,4364" , "fakeid,10282" , "falcons,8897" , "Fallout,304961" , "Fallout4,14098" , "Fallout4Builds,3199" , "Fallout4_ja,192" , "FallOutBoy,5424" , "falloutequestria,2519" , "falloutlore,15668" , "FalloutMods,9901" , "falloutsettlements,13645" , "falloutshelter,4096" , "familyguy,25344" , "FancyFollicles,77989" , "fandomnatural,3460" , "FanFiction,5293" , "fantanoforever,4289" , "Fantasy,87143" , "fantasybaseball,17120" , "fantasybball,14718" , "fantasyfootball,160969" , "Fantasy_Football,5605" , "fantasyhockey,8947" , "FantasyPL,17103" , "FantasyWarTactics,386" , "fantasywriters,15701" , "FanTheories,163226" , "FargoTV,14383" , "farming,13773" , "FashionReps,6721" , "fasting,9539" , "fatestaynight,6850" , "fatlogic,116533" , "fatpeoplestories,107408" , "Favors,30877" , "fcbayern,7483" , "fcs,1613" , "FearTheWalkingDead,16575" , "feedthebeast,26505" , "FeelsLikeTheFirstTime,37234" , "FellowKids,69315" , "femalefashionadvice,117403" , "Feminism,54932" , "feminisms,29926" , "FemmeThoughts,7741" , "FeMRADebates,4088" , "Fencing,5323" , "FenerbahceSK,421" , "ferrets,11126" , "festivals,17253" , "Fez,1386" , "fffffffuuuuuuuuuuuu,586149" , "FFRecordKeeper,8706" , "ffxi,4739" , "ffxiv,84399" , "FierceFlow,6322" , "FIFA,56885" , "FifaCareers,11352" , "fifthworldproblems,57276" , "Fighters,10406" , "Filmmakers,71513" , "PI:NAME:<NAME>END_PI,10673" , "FinalFantasy,50546" , "finance,69808" , "FinancialCareers,8026" , "financialindependence,102734" , "findapath,21112" , "findareddit,40022" , "Finland,9119" , "Firearms,30216" , "fireemblem,26359" , "fireemblemcasual,1316" , "firefall,4912" , "Firefighting,9907" , "firefly,76407" , "firefox,23600" , "Fireteams,51572" , "fireTV,5788" , "firstimpression,14369" , 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"LARP,4653" , "lastimages,31487" , "LastManonEarthTV,5040" , "lastweektonight,16324" , "LateShow,8716" , "LateStageCapitalism,4528" , "latin,7977" , "LatinaCuties,7011" , "LatinoPeopleTwitter,8501" , "latterdaysaints,5783" , "LatvianJokes,29817" , "law,43785" , "LawSchool,19983" , "LazyCats,7604" , "lbregs,2338" , "leafs,15694" , "leagueoflegends,772616" , "LeagueofLegendsMeta,20592" , "LeagueOfMemes,25797" , "LeagueOfMeta,3932" , "leangains,39589" , "learnart,34582" , "learndota2,14717" , "LearnJapanese,49640" , "learnjavascript,18589" , "learnmath,29221" , "learnprogramming,230718" , "learnpython,47237" , "LearnUselessTalents,245147" , "Leathercraft,11724" , "leaves,27491" , "lebanon,2784" , "lebowski,7553" , "lectures,51617" , "ledootgeneration,34532" , "LeedsUnited,1319" , "LeftHanging,19665" , "legaladvice,75471" , "LegalAdviceUK,2253" , "LegendsOfTomorrow,6215" , "LegionOfSkanks,1590" , "lego,115454" , "lerightgeneration,2555" , "LessCredibleDefence,1865" , "LetsNotMeet,142079" , "letsplay,20438" , "LetsTalkMusic,36564" , "Lettering,13453" , "lewronggeneration,63017" , "lexington,4315" , "lgbt,112855" , "lgbtaww,6614" , "LGBTeens,10261" , "LGBTnews,5280" , "lgg2,4813" , "LGG3,13432" , "lgg4,7273" , "lgv10,1098" , "LiaMarieJohnPI:NAME:<NAME>END_PI,8477" , "Liberal,25497" , "liberta,614" , "Libertarian,134095" , "libertarianmeme,9205" , "libreoffice,915" , "LifeAfterNarcissism,4717" , "lifehacks,458584" , "lifeisstrange,15466" , "lifeofnorman,42997" , "LifeProTips,5364631" , "Lightbulb,23012" , "LightNovels,9692" , "likeus,27387" , "liluglymane,646" , "limitless,1450" , "linguistics,72224" , "LinusFaces,1808" , "linux,201492" , "linux4noobs,37427" , "LinuxActionShow,9319" , "linuxadmin,22957" , "LinuxCirclejerk,2407" , "linux_gaming,30732" , "linuxmasterrace,15392" , "linuxmemes,4847" , "linuxmint,9610" , "linuxquestions,18252" , "listentothis,4542407" , "litecoin,23043" , "literature,87101" , "lithuania,7461" , "lithuaniaspheres,170" , "littlebuddies,3042" , "LiveFromNewYork,14386" , "LiverpoolFC,33829" , "livesound,9000" , "LivestreamFails,46881" , "loadingicon,25972" , "lockpicking,41217" , "logodesign,12138" , "logophilia,28057" , "lol,20652" , "LoLeventVoDs,50281" , "LoLFanArt,12187" , "lolphp,5776" , "london,48744" , "londonontario,4569" , "lonely,7462" , "LONESTAR,3749" , "longbeach,3595" , "longboarding,56516" , "LongDistance,29853" , "LonghornNation,3756" , "longisland,7544" , "longrange,10125" , "lookatmydog,21461" , "lootcrate,6258" , "lootcratespoilers,575" , "LordsOfMinecraft,2393" , "loremasters,9296" , "LosAngeles,63399" , "losangeleskings,5843" , "loseit,309143" , "lost,34892" , "lostgeneration,25435" , "lotr,94656" , "lotro,6488" , "Louisiana,5949" , "Louisville,8853" , "Lovecraft,24501" , "LoveLive,3799" , "lowendgaming,18859" , "lowlevelaware,1655" , "low_poly,17242" , "lrcast,4985" , "LSD,46263" , "Lubbock,2370" , "LucidDreaming,145245" , "Luna_Lovewell,19160" , "LV426,17086" , "Lyft,2093" , "lynxes,1246" , "M59Gar,936" , "MAA,1446" , "mac,50181" , "MachineLearning,49833" , "MachinePorn,64281" , "Machinists,6513" , "macsetups,15022" , "Madden,16046" , "MaddenBros,202" , "MaddenMobileForums,4792" , "MaddenUltimateTeam,7095" , "MadeMeSmile,82836" , "madisonwi,10112" , "MadMax,7903" , "madmen,41301" , "MadokaMagica,3756" , "Magic,16256" , "magicduels,4012" , "magicskyfairy,14873" , "magicTCG,148320" , "Maine,7790" , "maisiewilliams,5556" , "makemychoice,22507" , "MakeNewFriendsHere,15706" , "MakeupAddiction,273221" , "MakeupAddictionCanada,1062" , "makeupexchange,15917" , "MakeupRehab,7273" , "makinghiphop,23909" , "malaysia,5913" , "Malazan,4952" , "malefashion,36939" , "malefashionadvice,538227" , "malegrooming,38964" , "malehairadvice,53298" , "malelifestyle,68079" , "malelivingspace,63737" , "mallninjashit,17858" , "Malware,15488" , "MAME,6656" , "manchester,7369" , "MandelaEffect,11096" , "manga,68455" , "maninthehighcastle,2115" , "ManyATrueNerd,4569" , "Maplestory,12626" , "MapPorn,249184" , "mapporncirclejerk,4503" , "marchingband,6609" , "Marijuana,79160" , "marijuanaenthusiasts,39133" , "MarineBiologyGifs,3939" , "Mariners,8905" , "mariokart,9416" , "PI:NAME:<NAME>END_PIMaker,17040" , "marketing,46823" , "PI:NAME:<NAME>END_PIlier,7966" , "MarkMyWords,20219" , "Marriage,4794" , "marriedredpill,6000" , "PI:NAME:<NAME>END_PI,7017" , "martialarts,24258" , "maru,5669" , "Marvel,128683" , "marvelheroes,13004" , "marvelmemes,1890" , "MarvelPuzzleQuest,1657" , "marvelstudios,54535" , "maryland,10222" , "mashups,77295" , "massachusetts,6540" , "massage,4547" , "masseffect,90017" , "MasterofNone,5495" , "math,149766" , "mathrock,11746" , "Mavericks,5516" , "MawInstallation,3496" , "maximumfun,3798" , "maybemaybemaybe,4849" , "MaymayZone,6883" , "mazda,8207" , "mbti,8408" , "Mcat,3458" , "MCFC,6483" , "mcgill,3953" , "McKaylaMaroney,9991" , "MCPE,7753" , "mcpublic,6783" , "MDMA,15857" , "mead,11797" , "MealPrepSunday,88222" , "mealtimevideos,17079" , "MeanJokes,48692" , "MechanicAdvice,27603" , "mechanical_gifs,42008" , "MechanicalKeyboards,92032" , "mechmarket,8275" , "media_criticism,8430" , "medical,5429" , "medicalschool,25219" , "medicine,62419" , "Meditation,150324" , "mega64,4268" , "megalinks,9435" , "Megaman,7232" , "Megaten,15075" , "Megturney,11259" , "meirl,13683" , "me_irl,313822" , "melbourne,28908" , "meme,17905" , "memes,57158" , "memphis,4942" , "memphisgrizzlies,2220" , "MensLib,5130" , "MensRights,122643" , "mentalhealth,14177" , "MEOW_IRL,25889" , "mercedes_benz,5538" , "MerylRearSolid,175" , "metacanada,4182" , "Metal,109728" , "Metalcore,27095" , "metaldetecting,5547" , "MetalGearPhilanthropy,2032" , "metalgearsolid,75789" , "MetalGearSolidV_PC,3184" , "metaljerk,2685" , "Metallica,6442" , "MetalMemes,23036" , "metanarchism,1560" , "Metroid,13146" , "mexico,43480" , "mfacirclejerk,6074" , "mflb,23250" , "mfw,15955" , "mgo,5968" , "MGTOW,8676" , "MHOC,2463" , "Miami,9203" , "miamidolphins,8462" , "MPI:NAME:<NAME>END_PIHPI:NAME:<NAME>END_PIanPI:NAME:<NAME>END_PI,1377" , "Miata,9770" , "michaelbaygifs,54261" , "Michigan,23179" , "MichiganWolverines,3773" , "microgrowery,48535" , "microsoft,33758" , "Mid_Century,8571" , "migraine,5398" , "MiiverseInAction,7435" , "Mila_Kunis,15215" , "milanavayntrub,12076" , "mildlyamusing,20563" , "mildlydepressing,8976" , "mildlyinfuriating,266706" , "mildlyinteresting,5089941" , "mildlypenis,22377" , "mildlysatisfying,8432" , "MildlyStartledCats,10980" , "mildyinteresting,12729" , "mileycyrus,13625" , "Military,76095" , "MilitaryGfys,21869" , "MilitaryPorn,104450" , "MillerPlanetside,1611" , "millionairemakers,63540" , "milliondollarextreme,3103" , "milwaukee,8862" , "MimicRecipes,29631" , "mindcrack,49548" , "mindcrackcirclejerk,2439" , "Mindfulness,23696" , "Minecraft,452814" , "minecraftsuggestions,15064" , "MineralPorn,24006" , "MINI,6184" , "minimalism,181966" , "MinimalWallpaper,11704" , "MinionHate,31867" , "minipainting,8721" , "Minneapolis,12416" , "minnesota,19056" , "minnesotavikings,14502" , "mirrorsedge,2840" , "misc,25945" , "misleadingthumbnails,74200" , "misophonia,8220" , "mississauga,3339" , "mistyfront,5685" , "MitchellAndWebb,11935" , "MkeBucks,3085" , "mlb,29706" , "MLBTheShow,6142" , "MLPLounge,11485" , "MLS,45723" , "MLTP,816" , "MMA,135313" , "MMORPG,29990" , "ModelAusHR,35" , "modelmakers,11087" , "modelparliament,297" , "Models,17605" , "ModelsGoneMild,9217" , "ModelUSGov,2663" , "Modern_Family,22210" , "ModernMagic,11226" , "ModestMouse,8374" , "Moescape,7400" , "Mommit,20569" , "MonarchyOfEquestria,164" , "Monero,2561" , "Monitors,9649" , "monkslookingatbeer,21422" , "monsteraday,2839" , "Monstercat,19976" , "MonstercatCringe,744" , "MonsterHunter,49260" , "MonsterMusume,4602" , "montageparodies,140766" , "montreal,23757" , "morbidlybeautiful,20731" , "morbidquestions,16778" , "mormon,3610" , "Morrowind,18329" , "MortalKombat,24177" , "MosinNagant,5364" , "MostBeautiful,12475" , "mother4,4088" , "motivation,28121" , "moto360,16741" , "MotoG,7346" , "motogp,12424" , "motorcitykitties,8291" , "motorcyclememes,3864" , "motorcycles,153710" , "MotoUK,2350" , "MotoX,15447" , "MountainWisdom,6372" , "mountandblade,24536" , "MoviePosterPorn,64136" , "movies,8844042" , "moviescirclejerk,7311" , "Moviesinthemaking,36474" , "MovieSuggestions,30708" , "MrRobot,33987" , "MRW,8138" , "msp,2697" , "MST3K,12731" , "MTB,44173" , "MtF,6966" , "mtgaltered,6674" , "mtgcube,3449" , "mtgfinance,10617" , "MTGLegacy,5388" , "mturk,16614" , "muacirclejerk,13973" , "muacjdiscussion,4956" , "MuayThai,11935" , "Multicopter,27369" , "MultipleSclerosis,3225" , "Munich,3470" , "MURICA,182607" , "Muse,11557" , "museum,30121" , "Music,8547159" , "musicpics,3365" , "Musicthemetime,4042" , "musictheory,56442" , "Mustang,16084" , "MvC3,7232" , "mwo,5258" , "mycology,28804" , "myfriendwantstoknow,25670" , "mylittleandysonic1,1981" , "mylittlepony,66489" , "mypartneristrans,3779" , "MyPeopleNeedMe,38060" , "MysteryDungeon,2024" , "mythbusters,16717" , "n64,9489" , "NPI:NAME:<NAME>END_PIato,382" , "namenerds,6336" , "NamFlashbacks,3190" , "PI:NAME:<NAME>END_PI,892" , "nanowrimo,10847" , "narcos,5824" , "PI:NAME:<NAME>END_PI,66976" , "nasa,40516" , "NASCAR,20166" , "nashville,11165" , "NASLSoccer,2026" , "PI:NAME:<NAME>END_PI,14878" , "nathanforyou,4854" , "NationalPark,6253" , "nattyorjuice,2310" , "nature,29478" , "NatureGifs,19405" , "natureismetal,35697" , "navy,12037" , "NavPI:NAME:<NAME>END_PIBlazer,2546" , "navyseals,1318" , "NBA2k,22976" , "nba,329140" , "nbacirclejerk,3587" , "NBASpurs,8650" , "nbastreams,16646" , "nbaww,7361" , "NCSU,3852" , "NeckbeardNests,14207" , "neckbeardstories,17714" , "needadvice,24669" , "Needafriend,21494" , "needforspeed,4508" , "Negareddit,6401" , "nekoatsume,5459" , "neogaming,6576" , "neopets,12308" , "Nepal,2449" , "nerdcubed,30818" , "nerdfighters,25840" , "nerdist,8495" , "Nerf,10215" , "netflix,96367" , "NetflixBestOf,293763" , "NetflixPals,2" , "Netrunner,9329" , "netsec,149780" , "networking,56778" , "neuro,29646" , "NeutralPolitics,48269" , "NeverBeGameOver,6023" , "nevertellmetheodds,54203" , "Neverwinter,10724" , "newfoundland,3544" , "NewGirl,11270" , "newjersey,22791" , "NewOrleans,14369" , "newreddits,56764" , "NewRussia,266" , "news,7193384" , "NewSkaters,7125" , "NewsOfTheStupid,26065" , "NewsOfTheWeird,23032" , "newsokunomoral,1668" , "newsokur,12742" , "newsokuvip,1422" , "NewsPorn,27720" , "newtothenavy,3355" , "NewYorkIslanders,2747" , "NewYorkMets,9081" , "newzealand,58365" , "nextdoorasians,44027" , "Nexus,11251" , "nexus4,14051" , "Nexus5,32628" , "nexus5x,4290" , "nexus6,17044" , "Nexus6P,14565" , "NexusNewbies,4554" , "NFA,3386" , "nfffffffluuuuuuuuuuuu,10412" , "nfl,438505" , "nflcirclejerk,5471" , "NFL_Draft,10220" , "NFLRoundTable,5106" , "nflstreams,45816" , "NFSRides,331" , "nhl,48661" , "NHLHUT,6246" , "NHLStreams,24573" , "niceb8m8,2780" , "niceguys,56186" , "Nichijou,1794" , "NichtDerPostillon,1679" , "Nightshift,3047" , "nightvale,12825" , "Nikon,5622" , "nin,8543" , "nintendo,111235" , "nintendomusic,16592" , "Nirvana,9955" , "Nisekoi,5857" , "Nissan,7789" , "nl_Kripparrian,5710" , "NLSSCircleJerk,6342" , "NLTP,1260" , "nocontext,127222" , "node,17989" , "NoFap,176191" , "NoFapChristians,5780" , "NoFapWar,8446" , "noisygifs,26562" , "NOLAPelicans,1796" , "NoMansSkyTheGame,28763" , "nongolfers,23795" , "nonmonogamy,11653" , "nonnude,5508" , "nononono,124473" , "nonononoyes,227931" , "Nootropics,64062" , "NoPoo,12759" , "Nordiccountries,7445" , "norge,31328" , "normaldayinjapan,12500" , "NorthCarolina,11331" , "northernireland,6754" , "northernlion,4198" , "NorthKoreaNews,28734" , "Norway,12728" , "NoShitSherlock,15730" , "NoSillySuffix,15832" , "nosleep,4419937" , "NoSleepOOC,6136" , "no_sob_story,12490" , "nostalgia,135018" , "Nostalrius,1864" , "NostalriusBegins,2221" , "NoStupidQuestions,105909" , "notcirclejerk,3604" , "notebooks,10292" , "notinteresting,93212" , "NotMyJob,9602" , "NotSoGoodGuyMafia,1" , "nottheonion,4626814" , "NotTimAndEric,52386" , "nova,16149" , "noveltranslations,6505" , "nqmod,677" , "NRIBabes,4104" , "nrl,7913" , "NuclearThrone,6138" , "NUFC,4139" , "Nujabes,13336" , "nursing,26360" , "nutrition,58085" , "nvidia,13768" , "NWSL,2055" , "nyc,93287" , "NYGiants,14530" , "nyjets,9260" , "NYKnicks,10287" , "NYYankees,5116" , "oakland,7448" , "OaklandAthletics,5427" , "oaklandraiders,8363" , "oblivion,20697" , "ObscureMedia,48169" , "occult,25842" , "occupywallstreet,31365" , "OCD,7576" , "ockytop,1751" , "OCLions,2234" , "OCPoetry,8270" , "oculus,58470" , "oddlysatisfying,402256" , "ofcoursethatsathing,68726" , "offbeat,323485" , "Offensive_Wallpapers,57976" , "offmychest,195959" , "OFWGKTA,19821" , "Ohio,10967" , "okc,3844" , "OkCupid,76965" , "oklahoma,8846" , "oldbabies,3981" , "oldpeoplefacebook,123804" , "OldSchoolCool,4435183" , "oliviawilde,18117" , "Omaha,6706" , 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"SRSsucks,13889" , "SS13,4183" , "SSBM,18959" , "SSBPM,23980" , "StackAdvice,9073" , "StackGunHeroes,2201" , "stalker,8405" , "StallmanWasRight,2158" , "Stance,11682" , "Standup,30403" , "StandUpComedy,68690" , "standupshots,180743" , "Staples,1663" , "starbound,53361" , "starbucks,13249" , "Starcaft,5" , "starcitizen,59168" , "Starcitizen_trades,4263" , "starcraft,184091" , "StardustCrusaders,9178" , "Stargate,20681" , "starlets,28960" , "StarlightStage,1158" , "starterpacks,25990" , "StartledCats,96464" , "startrek,98491" , "startups,95633" , "StarVStheForcesofEvil,2331" , "StarWars,345816" , "StarWarsBattlefront,50911" , "starwarscollecting,841" , "StarWarsEU,7579" , "StarWarsLeaks,9889" , "starwarsrebels,4990" , "starwarsspeculation,831" , "starwarstrader,1718" , "statistics,29112" , "steak,17478" , "Steam,246860" , "SteamController,2363" , "steamdeals,52334" , "SteamGameSwap,39821" , "steampunk,33109" , "steamr,1339" , "steelers,14770" , "stencils,18517" , "stephenking,11385" , "steroids,21686" , "stevedangle,854" , "stevenuniverse,40931" , "Stims,4400" , "StLouis,16670" , "stlouisblues,5825" , "StLouisRams,4558" , "sto,8236" , "StockMarket,30145" , "stocks,42133" , "Stoicism,27901" , "StonerCringe,465" , "StonerEngineering,62455" , "StonerPhilosophy,22673" , "StonerProTips,29743" , "stonerrock,17254" , "stopdrinking,32169" , "StopGaming,4845" , "StoppedWorking,29609" , "stopsmoking,39116" , "StopTouchingMe,19388" , "StormfrontorSJW,10522" , "Stormlight_Archive,10108" , "straightedge,2864" , "straya,15833" , "streetart,28859" , "StreetFighter,19201" , "StreetFights,40216" , "streetfoodartists,13113" , "streetphotography,4566" , "streetwear,59791" , "Streisandeffect,479" , "StudentLoans,9744" , "stunfisk,12874" , "subaru,48713" , "submechanophobia,17428" , "subnautica,2689" , "subredditcancer,10423" , "SubredditDrama,212016" , "SubredditDramaDrama,6784" , "subredditoftheday,116920" , "SubredditSimMeta,18180" , "SubredditSimulator,100281" , "succulents,11380" , "SuddenlyGay,10271" , "sugarfreemua,8232" , "SuggestALaptop,21902" , "suggestmeabook,22247" , "SuicideWatch,40594" , "suits,23893" , "summonerschool,82962" , "summonerswar,13052" , "Sundresses,8984" , "suns,2922" , "sunsetshimmer,732" , "Suomi,26735" , "Superbowl,10765" , "supergirlTV,5557" , "superman,13474" , "supermoto,5606" , "Supernatural,46900" , "SuperShibe,52716" , "Supplements,22667" , "supremeclothing,15545" , "Surface,32368" , "surfing,27387" , "SurgeryGifs,5944" , "Survival,73333" , "survivinginfidelity,2589" , "survivor,18165" , "survivorcirclejerk,394" , "SurvivorRankdownII,88" , "survivorspoilers,453" , "sushi,25490" , "svenskpolitik,43953" , "Sverige,1102" , "SVExchange,10736" , "SwagBucks,8574" , "SWARJE,50964" , "SweatyPalms,26722" , "sweden,85671" , "sweepstakes,5485" , "swift,13768" , "SwiggitySwootyGifs,16194" , "Swimming,23838" , "Swingers,15856" , "Switzerland,7308" , "swoleacceptance,57610" , "swordartonline,19915" , "SwordOrSheath,6251" , "swrpg,4590" , "swtor,53799" , "sydney,22094" , "SympatheticMonsters,8883" , "synthesizers,19567" , "Syracuse,3069" , "Syraphia,26" , "SyrianCirclejerkWar,385" , "syriancivilwar,26280" , "sysadmin,123602" , "tabletopgamedesign,10692" , "tacobell,7914" , "Tacoma,4034" , "TACSdiscussion,4031" , "TagPro,11498" , "TagProIRL,823" , "taiwan,7100" , "TakeshisCastle,284" , "tales,5922" , "talesfromcallcenters,16316" , "TalesFromRetail,232513" , "talesfromtechsupport,296382" , "TalesFromTheCustomer,14883" , "TalesFromTheFrontDesk,9948" , "TalesFromThePharmacy,10320" , "TalesFromThePizzaGuy,38007" , "TalesFromTheSquadCar,20480" , "TalesFromYourServer,39699" , "tall,50390" , "Tallahassee,2862" , "Talonmains,1440" , "TameImpala,6037" , "tampa,11788" , "TampaBayLightning,3492" , "TankPorn,9398" , "tappedout,15964" , "tarantinogifs,11320" , "Target,1903" , "tasker,22637" , "tattoo,40487" , "tattoos,434589" , "TaylorSwift,22392" , "TaylorSwiftPictures,5578" , "TaylorSwiftsLegs,8853" , "tdl,1259" , "tea,63796" , "Teachers,29837" , "teaching,16431" , "TeamSolomid,14820" , "tech,82935" , "technews,17699" , "TechNewsToday,30782" , "Techno,16222" , "technology,5204799" , "TechoBlanco,1661" , "techsupport,78211" , "techsupportgore,109303" , "techsupportmacgyver,56393" , "techtheatre,7690" , "TPI:NAME:<NAME>END_PI,988" , "teefies,4007" , "teenagers,105234" , "TeenMFA,11284" , "TEFL,13794" , "Teleshits,10418" , "television,6011203" , "TelevisionQuotes,17559" , "TellMeAFact,23598" , "telltale,4012" , "Tennessee,4201" , "Tennesseetitans,4269" , "tennis,31624" , "TeraOnline,18715" , "Terraria,78686" , "terriblefacebookmemes,33514" , "tesdcares,3954" , "teslamotors,29314" , "teslore,32384" , "Texans,10937" , "texas,32441" , "TexasRangers,6587" , "tf2,157238" , "TF2fashionadvice,6190" , "tf2shitposterclub,507" , "tf2trade,13281" , "tgrp,97" , "Thailand,8314" , "thalassophobia,64543" , "thanksgiving,678" , "That70sshow,11915" , "thatHappened,238789" , "ThatPeelingFeeling,18411" , "The100,8349" , "TheAffair,732" , "TheBluePill,25735" , "TheBrewery,7802" , "thebutton,161652" , "thechapel,1915" , "TheCompletionist,2587" , "TheCreatures,12627" , "The_Crew,4247" , "TheDarkTower,10781" , "thedivision,8376" , "The_Donald,1680" , "TheExpanse,2150" , "TheFacebookDelusion,24433" , "TheForest,8747" , "TheFrontBottoms,2114" , "TheGameOfThronesGame,2267" , "TheGirlSurvivalGuide,56560" , "thegoodwife,2651" , "TheHobbit,21547" , "TheKillers,2316" , "TheLastAirbender,142647" , "thelastofus,21644" , "thelastofusfactions,5769" , "thelawschool,1305" , "theleaguefx,17449" , "TheLeftovers,12448" , "thelongdark,4192" , "TheMassive,1864" , "ThemeParkitect,1508" , "themindyproject,2318" , "themoddingofisaac,4680" , "themountaingoats,3058" , "thenetherlands,67966" , "theNvidiaShield,2771" , "theocho,39803" , "TheOnion,14325" , "ThePhenomenon,7304" , "TheRealmsMC,335" , "TheRedPill,139577" , "thereifixedit,10036" , "thereisnoowl,247" , "therewasanattempt,16696" , "TheSimpsons,118309" , "thesims,43878" , "thesopranos,7028" , "TheSquadOnPoint,8807" , "TheStrokes,4903" , "Thetruthishere,46694" , "TheVampireDiaries,6381" , "thevoice,1175" , "thewalkingdead,257148" , "TheWayWeWere,68848" , "thewestwing,6412" , "TheWire,21842" , "theworldisflat,1241" , "theworldnews,6170" , "theydidthemath,125881" , "ThingsCutInHalfPorn,88776" , "ThingsWhiteFolksLike,97" , "thinkpad,6659" , "thisismylifenow,7624" , "ThisIsNotASafeSpace,1145" , "ThriftStoreHauls,60871" , "Throwers,6326" , "Thunder,5600" , "TiADiscussion,7104" , "TibiaMMO,1524" , "tifu,4785294" , "TILinIndia,360" , "tiltshift,26505" , "TimAndEric,22437" , "timbers,3840" , "timberwolves,5029" , "timetolegalize,10058" , "tinabelcher,14568" , "Tinder,178148" , "TinyHouses,67833" , "tipofmyjoystick,7822" , "tipofmytongue,155576" , "titanfall,30090" , "titlegore,32415" , "TMBR,2729" , "TMNT,8354" , "tmobile,14739" , "tobacco_ja,158" , "TodayIGrandstanded,1472" , "todayilearned,10011031" , "Tokyo,8491" , "TokyoGhoul,10479" , "tolkienfans,32828" , "TombRaider,4408" , "tomwaits,1568" , "tonightsdinner,39276" , "ToolBand,16789" , "Tools,4780" , "TooMeIrlForMeIrl,481" , "Toonami,6379" , "Toontown,4781" , "toosoon,77090" , "TopGear,136177" , "TopMindsOfReddit,9391" , "topofreddit,4569" , "TOR,23629" , "toronto,66122" , "TorontoAnarchy,95" , "Torontobluejays,18976" , "torontoraptors,10952" , "torrents,56332" , "totallynotrobots,9466" , "totalwar,41322" , "touhou,8449" , "TowerofGod,4100" , "TownofSalemgame,5464" , "Toyota,7056" , "TPPKappa,272" , "traaaaaaannnnnnnnnns,2723" , "trackers,53133" , "Tradelands,621" , "TraditionalCurses,8904" , "trailerparkboys,47748" , "trailers,30981" , "traingifs,4196" , "trains,7737" , "trance,38049" , "transformers,8114" , "transgamers,4169" , "transgender,21190" , "transgendercirclejerk,2311" , "translator,8015" , "Transmogrification,14579" , "transpassing,12247" , "transpositive,7195" , "transtimelines,13427" , "trap,53878" , "trapmuzik,16279" , "trapproduction,6328" , "trashpandas,10062" , "trashy,169388" , "travel,229376" , "treecomics,31956" , "treedibles,13730" , "treemusic,38739" , "treeofsavior,10856" , "trees,810334" , "TreesSuckingAtThings,32164" , "trendingsubreddits,12500" , "tressless,4245" , "triangle,8951" , "Tribes,11694" , "trippinthroughtime,79903" , "trippy,23788" , "Troll4Troll,3223" , "TrollBookClub,2625" , "TrollDevelopers,879" , "TrollXChromosomes,178563" , "TrollXMoms,4640" , "TrollXWeddings,2970" , "TrollYChromosome,64300" , "Trophies,4227" , "Trove,12525" , "Trucking,4314" , "Trucks,19720" , "trucksim,4914" , "TrueAnime,7706" , "TrueAskReddit,78978" , "TrueAtheism,59089" , "TrueChristian,9798" , "TrueDetective,63696" , "TrueDoTA2,8917" , "TrueFilm,82190" , "truegaming,137623" , "TrueLionhearts,6" , "TrueOffMyChest,10250" , "TrueReddit,355484" , "TrueSTL,4047" , "truetf2,14280" , "truewomensliberation,497" , "truezelda,10426" , "trump,436" , "trumpet,4992" , "TryingForABaby,6930" , "trypophobia,11299" , "Tsunderes,3708" , "TsundereSharks,40487" , "ttcafterloss,605" , "tuckedinkitties,14781" , "TPI:NAME:<NAME>END_PI,6725" , "Tulpas,9496" , "tulsa,4869" , "tumblr,142894" , "TumblrAtRest,20809" , "TumblrCirclejerk,8206" , "TumblrInAction,258243" , "TumblrPls,4025" , "Turkey,6826" , "turning,6471" , "TuxedoCats,3361" , "TWD,10164" , "twentyonepilots,7668" , "twice,669" , "TwinCities,12115" , "twinpeaks,14130" , "Twitch,43528" , "twitchplayspokemon,49925" , "TwoBestFriendsPlay,16430" , "Twokinds,988" , "TwoXChromosomes,4185231" , "TwoXSex,15244" , "typography,45538" , "TYT,931" , "UBC,4840" , "uber,2502" , "uberdrivers,6229" , "Ubuntu,60590" , "UCalgary,1674" , "ucf,6370" , "UCSantaBarbara,5088" , "udub,4305" , "ufc,22738" , "UFOs,48910" , "UGA,4784" , "uglyduckling,32364" , "UIUC,11956" , "ukbike,3128" , "ukipparty,2191" , "UKPersonalFinance,10126" , "ukpolitics,42408" , "ukraina,12948" , "UkrainianConflict,21537" , "uktrees,7946" , "ukulele,18774" , "ultimate,17636" , "ultrahardcore,6749" , "Ultralight,20511" , "ultrawidemasterrace,1849" , "UMD,5213" , "UNBGBBIIVCHIDCTIICBG,89630" , "undelete,47051" , "Underminers,1213" , "Undertale,23950" , "Undertem,283" , "UnearthedArcana,4194" , "Unexpected,454437" , "UnexpectedCena,42675" , "unexpectedjihad,84030" , "unexpectedmusic,6513" , "UnexpectedThugLife,207696" , "unintentionalASMR,7736" , "UnisonLeague,847" , "unitedkingdom,118237" , "unitedstatesofamerica,13605" , "Unity2D,12204" , "Unity3D,31991" , "UniversityOfHouston,2996" , "unixporn,32974" , "Unorthodog,14085" , "unpopularopinion,2633" , "unrealengine,12071" , "unrealtournament,3915" , "UnresolvedMysteries,123566" , "UnsentLetters,14744" , "UnsolicitedRedesigns,6108" , "UnsolvedMysteries,19576" , "unstirredpaint,7293" , "unturned,9162" , "UnusualArt,10748" , "uofm,6099" , "uofmn,3849" , "UofT,6623" , "UpliftingNews,4441491" , "Upvoted,18086" , "UpvotedBecauseGirl,18218" , "upvotegifs,17815" , "urbanexploration,76436" , "UrbanHell,13357" , "urbanplanning,20087" , "usanews,4603" , "USC,3212" , "usenet,23173" , "UserCars,6730" , "userexperience,12158" , "USMC,10931" , "uspolitics,6524" , "ussoccer,13690" , "Utah,4476" , "UtahJazz,2145" , "UTAustin,8554" , "Utrecht,1156" , "uvic,1694" , "uwaterloo,7871" , "uwotm8,26543" , "VAC_Porn,9417" , "vagabond,15251" , "vainglorygame,4545" , "valve,13360" , "vancouver,38148" , "vandwellers,20578" , "vapeitforward,6349" , "VapePorn,10638" , "Vaping101,10078" , "Vaping,24139" , "vaporents,44059" , "Vaporwave,22466" , "VaporwaveAesthetics,6500" , "vargas,3989" , "vegan,62390" , "vegancirclejerk,2338" , "veganrecipes,24643" , "vegas,11805" , "vegetarian,44443" , "VegRecipes,36893" , "Velo,8444" , "venturebros,14986" , "verizon,4884" , "Vermintide,6883" , "Veterans,6255" , "vexillology,46282" , "vexillologycirclejerk,4132" , "vfx,11058" , "vgb,21719" , "VGHS,3890" , "victoria2,3678" , "VictoriaBC,8051" , "victoriajustice,10163" , "video,24832" , "videogamedunkey,12453" , "videography,16302" , "videos,9247409" , "videosplus,1976" , "VietNam,4321" , "VillagePorn,48589" , "vim,25464" , "Vinesauce,4827" , "vintageaudio,8157" , "vinyl,81713" , "Virginia,7959" , "VirginiaTech,6843" , "virtualreality,16951" , "visualnovels,18966" , "vita,49605" , "Vive,6470" , "vmware,13503" , "Voat,4851" , "Vocaloid,10975" , "Volkswagen,21290" , "VolleyballGirls,59133" , "Volvo,6632" , "VPN,17588" , "vsauce,3602" , "VSModels,2908" , "VXJunkies,9443" , "vzla,7574" , "WackyTicTacs,16046" , "waifuism,1061" , "wallpaper,161387" , "wallpaperdump,24528" , "wallpapers,374610" , "wallstreetbets,25133" , "walmart,3298" , "WaltDisneyWorld,16644" , "warcraftlore,9359" , "Warframe,37682" , "wargame,6285" , "Warhammer,34751" , "Warhammer40k,20910" , "Warmachine,6497" , "WarOnComcast,9218" , "WarplanePorn,5297" , "warriors,13277" , "WarshipPorn,26919" , "Warthunder,31860" , "Washington,8927" , "washingtondc,36390" , "washingtonwizards,4192" , "WastedGifs,119428" , "WastelandPowers,434" , "Watches,81459" , "WatchesCirclejerk,1508" , "Watchexchange,5194" , "Watercolor,12336" , "watercooling,9119" , "waterporn,59894" , "Waxpen,2460" , "Weakpots,2643" , "WeAreTheMusicMakers,122961" , "weather,16995" , "webcomics,81539" , "web_design,146257" , "webdev,105268" , "WebGames,91965" , "wec,9139" , "wedding,18085" , "WeddingPhotography,3016" , "weddingplanning,26248" , "weeabootales,23571" , "weed,10981" , "weekendgunnit,6415" , "weightlifting,20232" , "weightroom,78738" , "Weird,26971" , "WeirdWheels,11164" , "Welding,17441" , "Wellington,4711" , "Wellthatsucks,60047" , "WEPES,2584" , "WestVirginia,3002" , "Wet_Shavers,5221" , "whatcarshouldIbuy,7337" , "Whatcouldgowrong,234461" , "Whatisthis,13279" , "whatisthisthing,171566" , "WhatsInThisThing,87704" , "whatstheword,21524" , "whatsthisbird,6998" , "whatsthisbug,40683" , "whatsthisplant,21102" , "whatsthisrock,4341" , "WhatsWrongWithYourDog,8502" , "wheredidthesodago,381556" , "whiskey,24787" , "Whiskyporn,4836" , "whiteknighting,19243" , "whitepeoplefacebook,10795" , "whitepeoplegifs,85881" , "WhitePeopleTwitter,4837" , "WhiteRights,9339" , "whitesox,4082" , "WhiteWolfRPG,3925" , "whowouldcirclejerk,1245" , "whowouldwin,94633" , "Wicca,10118" , "wicked_edge,77487" , "WiggleButts,5153" , "wiiu,81853" , "WikiInAction,3372" , "WikiLeaks,35651" , "wikipedia,156441" , "wildhockey,6955" , "WildStar,35041" , "wince,18160" , "Windows10,55712" , "windows,57504" , "windowsphone,48558" , "wine,35744" , "Winnipeg,8798" , "winnipegjets,3091" , "winterporn,35946" , "wisconsin,14546" , "Wishlist,1910" , "witcher,84856" , "wma,5119" , "woahdude,890116" , "WonderTrade,6303" , "woodworking,138992" , "woofbarkwoof,6057" , "woof_irl,9024" , "WordAvalanches,15556" , "Wordpress,28014" , "WorkOnline,34955" , "worldbuilding,62503" , "worldevents,39549" , "worldnews,9843404" , "worldofpvp,3947" , "WorldofTanks,26078" , "WorldofTanksXbox,1489" , "WorldOfWarships,14689" , "worldpolitics,150119" , "worldpowers,2447" , "worldwhisky,4109" , "WormFanfic,546" , "worstof,37425" , "WoT,13538" , "WouldYouRather,39373" , "wow,254317" , "woweconomy,11193" , "wowservers,2742" , "wowthissubexists,74412" , "Wrangler,7569" , "Wrasslin,6255" , "WrestleWithThePlot,15936" , "wrestling,7589" , "wrestlingisreddit,196" , "writing,163310" , "WritingPrompts,4278661" , "wsgy,2336" , "wsu,2487" , "WTF,4692656" , "wtfstockphotos,22428" , "WWE,21207" , "WWEGames,4665" , "wwe_network,1029" , "wwesupercard,2258" , "wwiipics,10467" , "WWU,1721" , "xbmc,17678" , "xbox,13738" , "xbox360,48571" , "xboxone,170503" , "Xcom,23966" , "xDivinum,2" , "Xenoblade_Chronicles,4403" , "XFiles,16183" , "xkcd,62961" , "xposed,11730" , "xTrill,2404" , "XWingTMG,8024" , "xxfitness,89703" , "xxketo,23640" , "YanetGarcia,8212" , "yarntrolls,2171" , "YasuoMains,963" , "yee,4661" , "yesyesyesno,15237" , "yesyesyesyesno,22447" , "YMS,9789" , "ynab,17393" , "yoga,81031" , "Yogscast,45014" , "yogscastkim,4241" , "yokaiwatch,1338" , "youdontsurf,191966" , "YouSeeComrade,25241" , "YouShouldKnow,513161" , "youtube,34027" , "youtubecomments,18579" , "youtubehaiku,194879" , "yoyhammer,1854" , "yugioh,30391" , "yuruyuri,856" , "yvonnestrahovski,9131" , "Zappa,5521" , "zelda,140888" , "zen,31825" , "ZenHabits,107887" , "Zerxee,2" , "ZettaiRyouiki,13054" , "zoidberg,6890" , "zombies,85610" ]

elm

src/Index/Vector.elm

mthadley/elm-text-search

module Index.Vector exposing (buildDocVector, getDocVector, getQueryVector, scoreAndCompare, similarityBoost, updateDocVector, updateSetAndVec) {-| Index document vector support. Copyright (c) 2016 Robin Luiten -} import Dict import Index.Model exposing (Index(..)) import Index.Utils import Maybe import Set exposing (Set) import SparseVector exposing (SparseVector) import String import Trie {-| Build a query vector and the sets of candidate document matches for each token in our query tokens. Each token in our query will have a seperate Set String entry in the returned List. As all query token document result sets are intersected together for final list of documents matched. (a logical and of all the query tokens) -} getQueryVector : List String -> Index doc -> ( List (Set String), SparseVector, Index doc ) getQueryVector tokens index = List.foldr (buildDocVector (List.length tokens)) ( [], SparseVector.empty, index ) tokens {-| Update query vector elements to create query vector. Update the list of documents that match for each query token (baseToken). -} buildDocVector : Int -> String -> ( List (Set String), SparseVector, Index doc ) -> ( List (Set String), SparseVector, Index doc ) buildDocVector tokensLength baseToken ( docSets, vec, (Index irec) as index ) = let termFrequency = 1 / toFloat tokensLength expandedTokens = Trie.expand baseToken irec.tokenStore -- _ = Debug.log("buildDocVector") (tokensLength, baseToken, expandedTokens) ( docs, vecU1, indexU1 ) = List.foldr (updateSetAndVec termFrequency baseToken) ( Set.empty, vec, index ) expandedTokens in ( docs :: docSets, vecU1, indexU1 ) {-| Calculate Term frequency-inverse document frequency (tf-idf). Union of documents for each expandedToken for this (base)token. -} updateSetAndVec : Float -> String -> String -> ( Set String, SparseVector, Index doc ) -> ( Set String, SparseVector, Index doc ) updateSetAndVec tf token expandedToken ( docSets, vec, (Index irec) as index ) = let ( (Index u1irec) as u1index, keyIdf ) = Index.Utils.idf index expandedToken tfidf = tf * keyIdf * similarityBoost token expandedToken -- _ = Debug.log("updateSetAndVec") (tf, token, expandedToken, (similarityBoost token expandedToken), keyIdf, tfidf) -- _ = Debug.log("updateSetAndVec corpus") (irec.corpusTokensIndex) u1vec = Maybe.withDefault vec <| Maybe.map (\pos -> SparseVector.insert pos tfidf vec) (Dict.get expandedToken irec.corpusTokensIndex) expandedTokenDocSet = Maybe.withDefault Set.empty <| Maybe.map (\dict -> Set.fromList (Dict.keys dict)) (Trie.get expandedToken u1irec.tokenStore) u1docSets = Set.union expandedTokenDocSet docSets -- _ = Debug.log("updateSetAndVec u1docSets u1vec") (expandedToken, u1docSets, u1vec) in ( u1docSets, u1vec, u1index ) {-| if the expanded token is not an exact match to the token then penalise the score for this key by how different the key is to the token. -} similarityBoost : String -> String -> Float similarityBoost token expandedToken = if expandedToken == token then 1 else 1 / logBase 10 (toFloat (max 3 (String.length expandedToken - String.length token ) ) ) {-| calculate the score for each doc -} scoreAndCompare : SparseVector -> String -> ( Index doc, List ( String, Float ) ) -> ( Index doc, List ( String, Float ) ) scoreAndCompare queryVector ref ( index, docs ) = let ( u1index, docVector ) = getDocVector index ref -- _ = Debug.log("scoreAndCompare") (docVector) in ( u1index, ( ref, SparseVector.cosineSimilarity queryVector docVector ) :: docs ) {-| build vector for docRef -} getDocVector : Index doc -> String -> ( Index doc, SparseVector ) getDocVector ((Index irec) as index) docRef = Maybe.withDefault ( index, SparseVector.empty ) <| Maybe.map (\tokenSet -> List.foldr (updateDocVector docRef) ( index, SparseVector.empty ) (Set.toList tokenSet) ) (Dict.get docRef irec.documentStore) {-| reducer for docRef docVector for this token -} updateDocVector : String -> String -> ( Index doc, SparseVector ) -> ( Index doc, SparseVector ) updateDocVector docRef token (( (Index irec) as index, docVector ) as inputTuple) = Maybe.withDefault inputTuple <| Maybe.map2 (\position termFrequency -> let ( u1index, idfScore ) = Index.Utils.idf index token in ( u1index, SparseVector.insert position (termFrequency * idfScore) docVector ) ) (Dict.get token irec.corpusTokensIndex) (Trie.get token irec.tokenStore |> Maybe.andThen (Dict.get docRef) )

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module Index.Vector exposing (buildDocVector, getDocVector, getQueryVector, scoreAndCompare, similarityBoost, updateDocVector, updateSetAndVec) {-| Index document vector support. Copyright (c) 2016 <NAME> -} import Dict import Index.Model exposing (Index(..)) import Index.Utils import Maybe import Set exposing (Set) import SparseVector exposing (SparseVector) import String import Trie {-| Build a query vector and the sets of candidate document matches for each token in our query tokens. Each token in our query will have a seperate Set String entry in the returned List. As all query token document result sets are intersected together for final list of documents matched. (a logical and of all the query tokens) -} getQueryVector : List String -> Index doc -> ( List (Set String), SparseVector, Index doc ) getQueryVector tokens index = List.foldr (buildDocVector (List.length tokens)) ( [], SparseVector.empty, index ) tokens {-| Update query vector elements to create query vector. Update the list of documents that match for each query token (baseToken). -} buildDocVector : Int -> String -> ( List (Set String), SparseVector, Index doc ) -> ( List (Set String), SparseVector, Index doc ) buildDocVector tokensLength baseToken ( docSets, vec, (Index irec) as index ) = let termFrequency = 1 / toFloat tokensLength expandedTokens = Trie.expand baseToken irec.tokenStore -- _ = Debug.log("buildDocVector") (tokensLength, baseToken, expandedTokens) ( docs, vecU1, indexU1 ) = List.foldr (updateSetAndVec termFrequency baseToken) ( Set.empty, vec, index ) expandedTokens in ( docs :: docSets, vecU1, indexU1 ) {-| Calculate Term frequency-inverse document frequency (tf-idf). Union of documents for each expandedToken for this (base)token. -} updateSetAndVec : Float -> String -> String -> ( Set String, SparseVector, Index doc ) -> ( Set String, SparseVector, Index doc ) updateSetAndVec tf token expandedToken ( docSets, vec, (Index irec) as index ) = let ( (Index u1irec) as u1index, keyIdf ) = Index.Utils.idf index expandedToken tfidf = tf * keyIdf * similarityBoost token expandedToken -- _ = Debug.log("updateSetAndVec") (tf, token, expandedToken, (similarityBoost token expandedToken), keyIdf, tfidf) -- _ = Debug.log("updateSetAndVec corpus") (irec.corpusTokensIndex) u1vec = Maybe.withDefault vec <| Maybe.map (\pos -> SparseVector.insert pos tfidf vec) (Dict.get expandedToken irec.corpusTokensIndex) expandedTokenDocSet = Maybe.withDefault Set.empty <| Maybe.map (\dict -> Set.fromList (Dict.keys dict)) (Trie.get expandedToken u1irec.tokenStore) u1docSets = Set.union expandedTokenDocSet docSets -- _ = Debug.log("updateSetAndVec u1docSets u1vec") (expandedToken, u1docSets, u1vec) in ( u1docSets, u1vec, u1index ) {-| if the expanded token is not an exact match to the token then penalise the score for this key by how different the key is to the token. -} similarityBoost : String -> String -> Float similarityBoost token expandedToken = if expandedToken == token then 1 else 1 / logBase 10 (toFloat (max 3 (String.length expandedToken - String.length token ) ) ) {-| calculate the score for each doc -} scoreAndCompare : SparseVector -> String -> ( Index doc, List ( String, Float ) ) -> ( Index doc, List ( String, Float ) ) scoreAndCompare queryVector ref ( index, docs ) = let ( u1index, docVector ) = getDocVector index ref -- _ = Debug.log("scoreAndCompare") (docVector) in ( u1index, ( ref, SparseVector.cosineSimilarity queryVector docVector ) :: docs ) {-| build vector for docRef -} getDocVector : Index doc -> String -> ( Index doc, SparseVector ) getDocVector ((Index irec) as index) docRef = Maybe.withDefault ( index, SparseVector.empty ) <| Maybe.map (\tokenSet -> List.foldr (updateDocVector docRef) ( index, SparseVector.empty ) (Set.toList tokenSet) ) (Dict.get docRef irec.documentStore) {-| reducer for docRef docVector for this token -} updateDocVector : String -> String -> ( Index doc, SparseVector ) -> ( Index doc, SparseVector ) updateDocVector docRef token (( (Index irec) as index, docVector ) as inputTuple) = Maybe.withDefault inputTuple <| Maybe.map2 (\position termFrequency -> let ( u1index, idfScore ) = Index.Utils.idf index token in ( u1index, SparseVector.insert position (termFrequency * idfScore) docVector ) ) (Dict.get token irec.corpusTokensIndex) (Trie.get token irec.tokenStore |> Maybe.andThen (Dict.get docRef) )

module Index.Vector exposing (buildDocVector, getDocVector, getQueryVector, scoreAndCompare, similarityBoost, updateDocVector, updateSetAndVec) {-| Index document vector support. Copyright (c) 2016 PI:NAME:<NAME>END_PI -} import Dict import Index.Model exposing (Index(..)) import Index.Utils import Maybe import Set exposing (Set) import SparseVector exposing (SparseVector) import String import Trie {-| Build a query vector and the sets of candidate document matches for each token in our query tokens. Each token in our query will have a seperate Set String entry in the returned List. As all query token document result sets are intersected together for final list of documents matched. (a logical and of all the query tokens) -} getQueryVector : List String -> Index doc -> ( List (Set String), SparseVector, Index doc ) getQueryVector tokens index = List.foldr (buildDocVector (List.length tokens)) ( [], SparseVector.empty, index ) tokens {-| Update query vector elements to create query vector. Update the list of documents that match for each query token (baseToken). -} buildDocVector : Int -> String -> ( List (Set String), SparseVector, Index doc ) -> ( List (Set String), SparseVector, Index doc ) buildDocVector tokensLength baseToken ( docSets, vec, (Index irec) as index ) = let termFrequency = 1 / toFloat tokensLength expandedTokens = Trie.expand baseToken irec.tokenStore -- _ = Debug.log("buildDocVector") (tokensLength, baseToken, expandedTokens) ( docs, vecU1, indexU1 ) = List.foldr (updateSetAndVec termFrequency baseToken) ( Set.empty, vec, index ) expandedTokens in ( docs :: docSets, vecU1, indexU1 ) {-| Calculate Term frequency-inverse document frequency (tf-idf). Union of documents for each expandedToken for this (base)token. -} updateSetAndVec : Float -> String -> String -> ( Set String, SparseVector, Index doc ) -> ( Set String, SparseVector, Index doc ) updateSetAndVec tf token expandedToken ( docSets, vec, (Index irec) as index ) = let ( (Index u1irec) as u1index, keyIdf ) = Index.Utils.idf index expandedToken tfidf = tf * keyIdf * similarityBoost token expandedToken -- _ = Debug.log("updateSetAndVec") (tf, token, expandedToken, (similarityBoost token expandedToken), keyIdf, tfidf) -- _ = Debug.log("updateSetAndVec corpus") (irec.corpusTokensIndex) u1vec = Maybe.withDefault vec <| Maybe.map (\pos -> SparseVector.insert pos tfidf vec) (Dict.get expandedToken irec.corpusTokensIndex) expandedTokenDocSet = Maybe.withDefault Set.empty <| Maybe.map (\dict -> Set.fromList (Dict.keys dict)) (Trie.get expandedToken u1irec.tokenStore) u1docSets = Set.union expandedTokenDocSet docSets -- _ = Debug.log("updateSetAndVec u1docSets u1vec") (expandedToken, u1docSets, u1vec) in ( u1docSets, u1vec, u1index ) {-| if the expanded token is not an exact match to the token then penalise the score for this key by how different the key is to the token. -} similarityBoost : String -> String -> Float similarityBoost token expandedToken = if expandedToken == token then 1 else 1 / logBase 10 (toFloat (max 3 (String.length expandedToken - String.length token ) ) ) {-| calculate the score for each doc -} scoreAndCompare : SparseVector -> String -> ( Index doc, List ( String, Float ) ) -> ( Index doc, List ( String, Float ) ) scoreAndCompare queryVector ref ( index, docs ) = let ( u1index, docVector ) = getDocVector index ref -- _ = Debug.log("scoreAndCompare") (docVector) in ( u1index, ( ref, SparseVector.cosineSimilarity queryVector docVector ) :: docs ) {-| build vector for docRef -} getDocVector : Index doc -> String -> ( Index doc, SparseVector ) getDocVector ((Index irec) as index) docRef = Maybe.withDefault ( index, SparseVector.empty ) <| Maybe.map (\tokenSet -> List.foldr (updateDocVector docRef) ( index, SparseVector.empty ) (Set.toList tokenSet) ) (Dict.get docRef irec.documentStore) {-| reducer for docRef docVector for this token -} updateDocVector : String -> String -> ( Index doc, SparseVector ) -> ( Index doc, SparseVector ) updateDocVector docRef token (( (Index irec) as index, docVector ) as inputTuple) = Maybe.withDefault inputTuple <| Maybe.map2 (\position termFrequency -> let ( u1index, idfScore ) = Index.Utils.idf index token in ( u1index, SparseVector.insert position (termFrequency * idfScore) docVector ) ) (Dict.get token irec.corpusTokensIndex) (Trie.get token irec.tokenStore |> Maybe.andThen (Dict.get docRef) )

elm

examples/src/Pod.elm

w0rm/elm-obj-file

module Pod exposing (main) {-| This example demonstrates how to extract multiple meshes with shadows from an OBJ file and render with elm-3d-scene. The “Pod” model is courtesy of Kolja Wilcke <https://twitter.com/01k> -} import Angle exposing (Angle) import Browser import Browser.Events import Camera3d import Color exposing (Color) import Direction3d import Html exposing (Html) import Html.Attributes import Html.Events import Http import Json.Decode import Length import Obj.Decode exposing (Decoder, ObjCoordinates) import Pixels exposing (Pixels) import Point3d import Quantity exposing (Quantity) import Scene3d import Scene3d.Material exposing (Texture) import Scene3d.Mesh exposing (Shadow, Textured) import SketchPlane3d import Task import Viewpoint3d import WebGL.Texture {-| Custom filter for all objects that start with a prefix. -} objectStartsWith : String -> Decoder a -> Decoder a objectStartsWith prefix = Obj.Decode.filter (\{ object } -> case object of Just objectName -> String.startsWith prefix objectName Nothing -> False ) {-| Decode a list of meshes for matching object names. -} listOfObjects : Decoder a -> Decoder (List a) listOfObjects decoder = Obj.Decode.objectNames |> Obj.Decode.andThen (\objectNames -> objectNames |> List.map (\objectName -> Obj.Decode.object objectName decoder) |> Obj.Decode.combine ) type alias MeshWithShadow = { mesh : Textured ObjCoordinates , shadow : Shadow ObjCoordinates } {-| Decode a mesh together with the shadow. -} meshWithShadow : Decoder MeshWithShadow meshWithShadow = Obj.Decode.map (\texturedFaces -> let mesh = Scene3d.Mesh.texturedFaces texturedFaces |> Scene3d.Mesh.cullBackFaces in MeshWithShadow mesh (Scene3d.Mesh.shadow mesh) ) Obj.Decode.texturedFaces type alias Meshes = { pod : MeshWithShadow , guns : List MeshWithShadow , wheels : List MeshWithShadow } {-| Maps three decoders to get a decoder of the required meshes. -} meshes : Decoder Meshes meshes = Obj.Decode.map3 Meshes (objectStartsWith "pod_" meshWithShadow) (objectStartsWith "gun_" (listOfObjects meshWithShadow)) (objectStartsWith "wheel_" (listOfObjects meshWithShadow)) type alias Model = { material : Maybe (Scene3d.Material.Textured ObjCoordinates) , meshes : Maybe Meshes , azimuth : Angle , elevation : Angle , zoom : Float , orbiting : Bool } type Msg = LoadedTexture (Result WebGL.Texture.Error (Texture Color)) | LoadedMeshes (Result Http.Error Meshes) | MouseDown | MouseUp | MouseMove (Quantity Float Pixels) (Quantity Float Pixels) | MouseWheel Float init : () -> ( Model, Cmd Msg ) init () = ( { material = Nothing , meshes = Nothing , azimuth = Angle.degrees -45 , elevation = Angle.degrees 35 , orbiting = False , zoom = 0 } , Cmd.batch [ Scene3d.Material.loadWith Scene3d.Material.nearestNeighborFiltering "Pod.png" |> Task.attempt LoadedTexture , Http.get { url = "Pod.obj.txt" -- .txt is required to work with `elm reactor` , expect = Obj.Decode.expectObj LoadedMeshes Length.meters meshes } ] ) update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = case msg of LoadedTexture result -> ( { model | material = result |> Result.map Scene3d.Material.texturedMatte |> Result.toMaybe } , Cmd.none ) LoadedMeshes result -> ( { model | meshes = Result.toMaybe result } , Cmd.none ) MouseDown -> ( { model | orbiting = True }, Cmd.none ) MouseUp -> ( { model | orbiting = False }, Cmd.none ) MouseMove dx dy -> if model.orbiting then let rotationRate = Quantity.per Pixels.pixel (Angle.degrees 1) in ( { model | azimuth = model.azimuth |> Quantity.minus (Quantity.at rotationRate dx) , elevation = model.elevation |> Quantity.plus (Quantity.at rotationRate dy) |> Quantity.clamp (Angle.degrees -90) (Angle.degrees 90) } , Cmd.none ) else ( model, Cmd.none ) MouseWheel deltaY -> ( { model | zoom = clamp 0 1 (model.zoom - deltaY * 0.002) }, Cmd.none ) view : Model -> Html Msg view model = let camera = Camera3d.perspective { viewpoint = Viewpoint3d.orbitZ { focalPoint = Point3d.meters 0 0 1 , azimuth = model.azimuth , elevation = model.elevation , distance = Length.meters (16 - model.zoom * 8) } , verticalFieldOfView = Angle.degrees 30 } in case ( model.material, model.meshes ) of ( Just material, Just { pod, guns, wheels } ) -> Html.figure [ Html.Attributes.style "display" "block" , Html.Attributes.style "width" "640px" , Html.Attributes.style "margin" "auto" , Html.Attributes.style "padding" "20px" , Html.Events.preventDefaultOn "wheel" (Json.Decode.map (\deltaY -> ( MouseWheel deltaY, True )) (Json.Decode.field "deltaY" Json.Decode.float) ) ] [ Scene3d.sunny { upDirection = Direction3d.z , sunlightDirection = Direction3d.fromAzimuthInAndElevationFrom SketchPlane3d.xy (Angle.degrees 135) (Angle.degrees -55) , shadows = True , camera = camera , dimensions = ( Pixels.int 640, Pixels.int 640 ) , background = Scene3d.backgroundColor Color.lightGray , clipDepth = Length.meters 0.1 , entities = [ Scene3d.meshWithShadow material pod.mesh pod.shadow , case List.head (List.drop 2 guns) of Just { mesh, shadow } -> Scene3d.meshWithShadow material mesh shadow Nothing -> Scene3d.nothing , wheels |> List.map (\{ mesh, shadow } -> Scene3d.meshWithShadow material mesh shadow ) |> Scene3d.group , Scene3d.quad (Scene3d.Material.matte Color.lightBlue) (Point3d.meters -5 5 -0.02) (Point3d.meters 5 5 -0.02) (Point3d.meters 5 -5 -0.02) (Point3d.meters -5 -5 -0.02) ] } , Html.figcaption [ Html.Attributes.style "font" "14px/1.5 sans-serif" ] [ Html.p [] [ Html.text "The “Pod” model is courtesy of " , Html.a [ Html.Attributes.href "https://twitter.com/01k" , Html.Attributes.target "_blank" ] [ Html.text "Kolja Wilcke" ] ] ] ] _ -> Html.text "Loading texture and meshes…" main : Program () Model Msg main = Browser.element { init = init , update = update , view = view , subscriptions = subscriptions } subscriptions : Model -> Sub Msg subscriptions model = if model.orbiting then Sub.batch [ Browser.Events.onMouseMove decodeMouseMove , Browser.Events.onMouseUp (Json.Decode.succeed MouseUp) ] else Browser.Events.onMouseDown (Json.Decode.succeed MouseDown) decodeMouseMove : Json.Decode.Decoder Msg decodeMouseMove = Json.Decode.map2 MouseMove (Json.Decode.field "movementX" (Json.Decode.map Pixels.float Json.Decode.float)) (Json.Decode.field "movementY" (Json.Decode.map Pixels.float Json.Decode.float))

38562

module Pod exposing (main) {-| This example demonstrates how to extract multiple meshes with shadows from an OBJ file and render with elm-3d-scene. The “Pod” model is courtesy of <NAME> <https://twitter.com/01k> -} import Angle exposing (Angle) import Browser import Browser.Events import Camera3d import Color exposing (Color) import Direction3d import Html exposing (Html) import Html.Attributes import Html.Events import Http import Json.Decode import Length import Obj.Decode exposing (Decoder, ObjCoordinates) import Pixels exposing (Pixels) import Point3d import Quantity exposing (Quantity) import Scene3d import Scene3d.Material exposing (Texture) import Scene3d.Mesh exposing (Shadow, Textured) import SketchPlane3d import Task import Viewpoint3d import WebGL.Texture {-| Custom filter for all objects that start with a prefix. -} objectStartsWith : String -> Decoder a -> Decoder a objectStartsWith prefix = Obj.Decode.filter (\{ object } -> case object of Just objectName -> String.startsWith prefix objectName Nothing -> False ) {-| Decode a list of meshes for matching object names. -} listOfObjects : Decoder a -> Decoder (List a) listOfObjects decoder = Obj.Decode.objectNames |> Obj.Decode.andThen (\objectNames -> objectNames |> List.map (\objectName -> Obj.Decode.object objectName decoder) |> Obj.Decode.combine ) type alias MeshWithShadow = { mesh : Textured ObjCoordinates , shadow : Shadow ObjCoordinates } {-| Decode a mesh together with the shadow. -} meshWithShadow : Decoder MeshWithShadow meshWithShadow = Obj.Decode.map (\texturedFaces -> let mesh = Scene3d.Mesh.texturedFaces texturedFaces |> Scene3d.Mesh.cullBackFaces in MeshWithShadow mesh (Scene3d.Mesh.shadow mesh) ) Obj.Decode.texturedFaces type alias Meshes = { pod : MeshWithShadow , guns : List MeshWithShadow , wheels : List MeshWithShadow } {-| Maps three decoders to get a decoder of the required meshes. -} meshes : Decoder Meshes meshes = Obj.Decode.map3 Meshes (objectStartsWith "pod_" meshWithShadow) (objectStartsWith "gun_" (listOfObjects meshWithShadow)) (objectStartsWith "wheel_" (listOfObjects meshWithShadow)) type alias Model = { material : Maybe (Scene3d.Material.Textured ObjCoordinates) , meshes : Maybe Meshes , azimuth : Angle , elevation : Angle , zoom : Float , orbiting : Bool } type Msg = LoadedTexture (Result WebGL.Texture.Error (Texture Color)) | LoadedMeshes (Result Http.Error Meshes) | MouseDown | MouseUp | MouseMove (Quantity Float Pixels) (Quantity Float Pixels) | MouseWheel Float init : () -> ( Model, Cmd Msg ) init () = ( { material = Nothing , meshes = Nothing , azimuth = Angle.degrees -45 , elevation = Angle.degrees 35 , orbiting = False , zoom = 0 } , Cmd.batch [ Scene3d.Material.loadWith Scene3d.Material.nearestNeighborFiltering "Pod.png" |> Task.attempt LoadedTexture , Http.get { url = "Pod.obj.txt" -- .txt is required to work with `elm reactor` , expect = Obj.Decode.expectObj LoadedMeshes Length.meters meshes } ] ) update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = case msg of LoadedTexture result -> ( { model | material = result |> Result.map Scene3d.Material.texturedMatte |> Result.toMaybe } , Cmd.none ) LoadedMeshes result -> ( { model | meshes = Result.toMaybe result } , Cmd.none ) MouseDown -> ( { model | orbiting = True }, Cmd.none ) MouseUp -> ( { model | orbiting = False }, Cmd.none ) MouseMove dx dy -> if model.orbiting then let rotationRate = Quantity.per Pixels.pixel (Angle.degrees 1) in ( { model | azimuth = model.azimuth |> Quantity.minus (Quantity.at rotationRate dx) , elevation = model.elevation |> Quantity.plus (Quantity.at rotationRate dy) |> Quantity.clamp (Angle.degrees -90) (Angle.degrees 90) } , Cmd.none ) else ( model, Cmd.none ) MouseWheel deltaY -> ( { model | zoom = clamp 0 1 (model.zoom - deltaY * 0.002) }, Cmd.none ) view : Model -> Html Msg view model = let camera = Camera3d.perspective { viewpoint = Viewpoint3d.orbitZ { focalPoint = Point3d.meters 0 0 1 , azimuth = model.azimuth , elevation = model.elevation , distance = Length.meters (16 - model.zoom * 8) } , verticalFieldOfView = Angle.degrees 30 } in case ( model.material, model.meshes ) of ( Just material, Just { pod, guns, wheels } ) -> Html.figure [ Html.Attributes.style "display" "block" , Html.Attributes.style "width" "640px" , Html.Attributes.style "margin" "auto" , Html.Attributes.style "padding" "20px" , Html.Events.preventDefaultOn "wheel" (Json.Decode.map (\deltaY -> ( MouseWheel deltaY, True )) (Json.Decode.field "deltaY" Json.Decode.float) ) ] [ Scene3d.sunny { upDirection = Direction3d.z , sunlightDirection = Direction3d.fromAzimuthInAndElevationFrom SketchPlane3d.xy (Angle.degrees 135) (Angle.degrees -55) , shadows = True , camera = camera , dimensions = ( Pixels.int 640, Pixels.int 640 ) , background = Scene3d.backgroundColor Color.lightGray , clipDepth = Length.meters 0.1 , entities = [ Scene3d.meshWithShadow material pod.mesh pod.shadow , case List.head (List.drop 2 guns) of Just { mesh, shadow } -> Scene3d.meshWithShadow material mesh shadow Nothing -> Scene3d.nothing , wheels |> List.map (\{ mesh, shadow } -> Scene3d.meshWithShadow material mesh shadow ) |> Scene3d.group , Scene3d.quad (Scene3d.Material.matte Color.lightBlue) (Point3d.meters -5 5 -0.02) (Point3d.meters 5 5 -0.02) (Point3d.meters 5 -5 -0.02) (Point3d.meters -5 -5 -0.02) ] } , Html.figcaption [ Html.Attributes.style "font" "14px/1.5 sans-serif" ] [ Html.p [] [ Html.text "The “Pod” model is courtesy of " , Html.a [ Html.Attributes.href "https://twitter.com/01k" , Html.Attributes.target "_blank" ] [ Html.text "<NAME>" ] ] ] ] _ -> Html.text "Loading texture and meshes…" main : Program () Model Msg main = Browser.element { init = init , update = update , view = view , subscriptions = subscriptions } subscriptions : Model -> Sub Msg subscriptions model = if model.orbiting then Sub.batch [ Browser.Events.onMouseMove decodeMouseMove , Browser.Events.onMouseUp (Json.Decode.succeed MouseUp) ] else Browser.Events.onMouseDown (Json.Decode.succeed MouseDown) decodeMouseMove : Json.Decode.Decoder Msg decodeMouseMove = Json.Decode.map2 MouseMove (Json.Decode.field "movementX" (Json.Decode.map Pixels.float Json.Decode.float)) (Json.Decode.field "movementY" (Json.Decode.map Pixels.float Json.Decode.float))

module Pod exposing (main) {-| This example demonstrates how to extract multiple meshes with shadows from an OBJ file and render with elm-3d-scene. The “Pod” model is courtesy of PI:NAME:<NAME>END_PI <https://twitter.com/01k> -} import Angle exposing (Angle) import Browser import Browser.Events import Camera3d import Color exposing (Color) import Direction3d import Html exposing (Html) import Html.Attributes import Html.Events import Http import Json.Decode import Length import Obj.Decode exposing (Decoder, ObjCoordinates) import Pixels exposing (Pixels) import Point3d import Quantity exposing (Quantity) import Scene3d import Scene3d.Material exposing (Texture) import Scene3d.Mesh exposing (Shadow, Textured) import SketchPlane3d import Task import Viewpoint3d import WebGL.Texture {-| Custom filter for all objects that start with a prefix. -} objectStartsWith : String -> Decoder a -> Decoder a objectStartsWith prefix = Obj.Decode.filter (\{ object } -> case object of Just objectName -> String.startsWith prefix objectName Nothing -> False ) {-| Decode a list of meshes for matching object names. -} listOfObjects : Decoder a -> Decoder (List a) listOfObjects decoder = Obj.Decode.objectNames |> Obj.Decode.andThen (\objectNames -> objectNames |> List.map (\objectName -> Obj.Decode.object objectName decoder) |> Obj.Decode.combine ) type alias MeshWithShadow = { mesh : Textured ObjCoordinates , shadow : Shadow ObjCoordinates } {-| Decode a mesh together with the shadow. -} meshWithShadow : Decoder MeshWithShadow meshWithShadow = Obj.Decode.map (\texturedFaces -> let mesh = Scene3d.Mesh.texturedFaces texturedFaces |> Scene3d.Mesh.cullBackFaces in MeshWithShadow mesh (Scene3d.Mesh.shadow mesh) ) Obj.Decode.texturedFaces type alias Meshes = { pod : MeshWithShadow , guns : List MeshWithShadow , wheels : List MeshWithShadow } {-| Maps three decoders to get a decoder of the required meshes. -} meshes : Decoder Meshes meshes = Obj.Decode.map3 Meshes (objectStartsWith "pod_" meshWithShadow) (objectStartsWith "gun_" (listOfObjects meshWithShadow)) (objectStartsWith "wheel_" (listOfObjects meshWithShadow)) type alias Model = { material : Maybe (Scene3d.Material.Textured ObjCoordinates) , meshes : Maybe Meshes , azimuth : Angle , elevation : Angle , zoom : Float , orbiting : Bool } type Msg = LoadedTexture (Result WebGL.Texture.Error (Texture Color)) | LoadedMeshes (Result Http.Error Meshes) | MouseDown | MouseUp | MouseMove (Quantity Float Pixels) (Quantity Float Pixels) | MouseWheel Float init : () -> ( Model, Cmd Msg ) init () = ( { material = Nothing , meshes = Nothing , azimuth = Angle.degrees -45 , elevation = Angle.degrees 35 , orbiting = False , zoom = 0 } , Cmd.batch [ Scene3d.Material.loadWith Scene3d.Material.nearestNeighborFiltering "Pod.png" |> Task.attempt LoadedTexture , Http.get { url = "Pod.obj.txt" -- .txt is required to work with `elm reactor` , expect = Obj.Decode.expectObj LoadedMeshes Length.meters meshes } ] ) update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = case msg of LoadedTexture result -> ( { model | material = result |> Result.map Scene3d.Material.texturedMatte |> Result.toMaybe } , Cmd.none ) LoadedMeshes result -> ( { model | meshes = Result.toMaybe result } , Cmd.none ) MouseDown -> ( { model | orbiting = True }, Cmd.none ) MouseUp -> ( { model | orbiting = False }, Cmd.none ) MouseMove dx dy -> if model.orbiting then let rotationRate = Quantity.per Pixels.pixel (Angle.degrees 1) in ( { model | azimuth = model.azimuth |> Quantity.minus (Quantity.at rotationRate dx) , elevation = model.elevation |> Quantity.plus (Quantity.at rotationRate dy) |> Quantity.clamp (Angle.degrees -90) (Angle.degrees 90) } , Cmd.none ) else ( model, Cmd.none ) MouseWheel deltaY -> ( { model | zoom = clamp 0 1 (model.zoom - deltaY * 0.002) }, Cmd.none ) view : Model -> Html Msg view model = let camera = Camera3d.perspective { viewpoint = Viewpoint3d.orbitZ { focalPoint = Point3d.meters 0 0 1 , azimuth = model.azimuth , elevation = model.elevation , distance = Length.meters (16 - model.zoom * 8) } , verticalFieldOfView = Angle.degrees 30 } in case ( model.material, model.meshes ) of ( Just material, Just { pod, guns, wheels } ) -> Html.figure [ Html.Attributes.style "display" "block" , Html.Attributes.style "width" "640px" , Html.Attributes.style "margin" "auto" , Html.Attributes.style "padding" "20px" , Html.Events.preventDefaultOn "wheel" (Json.Decode.map (\deltaY -> ( MouseWheel deltaY, True )) (Json.Decode.field "deltaY" Json.Decode.float) ) ] [ Scene3d.sunny { upDirection = Direction3d.z , sunlightDirection = Direction3d.fromAzimuthInAndElevationFrom SketchPlane3d.xy (Angle.degrees 135) (Angle.degrees -55) , shadows = True , camera = camera , dimensions = ( Pixels.int 640, Pixels.int 640 ) , background = Scene3d.backgroundColor Color.lightGray , clipDepth = Length.meters 0.1 , entities = [ Scene3d.meshWithShadow material pod.mesh pod.shadow , case List.head (List.drop 2 guns) of Just { mesh, shadow } -> Scene3d.meshWithShadow material mesh shadow Nothing -> Scene3d.nothing , wheels |> List.map (\{ mesh, shadow } -> Scene3d.meshWithShadow material mesh shadow ) |> Scene3d.group , Scene3d.quad (Scene3d.Material.matte Color.lightBlue) (Point3d.meters -5 5 -0.02) (Point3d.meters 5 5 -0.02) (Point3d.meters 5 -5 -0.02) (Point3d.meters -5 -5 -0.02) ] } , Html.figcaption [ Html.Attributes.style "font" "14px/1.5 sans-serif" ] [ Html.p [] [ Html.text "The “Pod” model is courtesy of " , Html.a [ Html.Attributes.href "https://twitter.com/01k" , Html.Attributes.target "_blank" ] [ Html.text "PI:NAME:<NAME>END_PI" ] ] ] ] _ -> Html.text "Loading texture and meshes…" main : Program () Model Msg main = Browser.element { init = init , update = update , view = view , subscriptions = subscriptions } subscriptions : Model -> Sub Msg subscriptions model = if model.orbiting then Sub.batch [ Browser.Events.onMouseMove decodeMouseMove , Browser.Events.onMouseUp (Json.Decode.succeed MouseUp) ] else Browser.Events.onMouseDown (Json.Decode.succeed MouseDown) decodeMouseMove : Json.Decode.Decoder Msg decodeMouseMove = Json.Decode.map2 MouseMove (Json.Decode.field "movementX" (Json.Decode.map Pixels.float Json.Decode.float)) (Json.Decode.field "movementY" (Json.Decode.map Pixels.float Json.Decode.float))

elm

index.elm

cy6erskunk/elm-onboarding

import Html exposing (..) import Html.App as App import Html.Attributes exposing (..) import Html.Events exposing (onClick, onInput, onCheck) import String import Http import Json.Decode as Json import Json.Decode exposing ((:=)) import Task import Svg exposing (..) import Svg.Attributes exposing (..) import Time exposing (Time, second) main : Program Never main = App.program { init = init , view = view , update = update , subscriptions = subscriptions } -- Model type alias Model = { counter : Int , name : String , password : String , passwordAgain : String , isRevealed : Bool , dieFace : Int , url : String , reqError : String , someResponse : ProjectsResponse , time : Time , startTime : Time } -- Update type Msg = Name String | Password String | PasswordAgain String | Reveal Bool | UpdateUrl String | SendRequest | FetchFail Http.Error | FetchSucceed ProjectsResponse | Tick Time update: Msg -> Model -> (Model, Cmd Msg) update msg model = case msg of Name name -> ({ model | name = name }, Cmd.none) Password password -> ({ model | password = password }, Cmd.none) PasswordAgain password -> ({ model | passwordAgain = password }, Cmd.none) Reveal doReveal -> ({ model | isRevealed = doReveal }, Cmd.none) UpdateUrl newUrl -> ({ model | url = newUrl }, Cmd.none) SendRequest -> (model, fetchData model.url) FetchFail error -> case error of Http.Timeout -> ({ model | reqError = "Timeout happened :(" }, Cmd.none) Http.NetworkError -> ({ model | reqError = "NetworkError :'(" }, Cmd.none) Http.UnexpectedPayload s -> ({ model | reqError = "UnexpectedPayload: " ++ s }, Cmd.none) Http.BadResponse code str -> ({ model | reqError = (toString code) ++ ": " ++ str }, Cmd.none) FetchSucceed str -> ({ model | someResponse = str, reqError = "" }, Cmd.none) Tick newTime -> ({ model | startTime = if model.startTime == 0 then newTime else model.startTime , time = if model.startTime == 0 then 1 * Time.second else newTime - model.startTime + 1 * Time.second }, Cmd.none) -- View view: Model -> Html Msg view model = div [] [ viewClock model , viewLoginPassword model , viewValidation model , viewHttpReq model ] viewClock : Model -> Html Msg viewClock model = let angle = turns (Time.inMinutes model.time - 1/4) handX = toString (50 + 40 * cos angle) handY = toString (50 + 40 * sin angle) in Svg.svg [ viewBox "0 0 100 100", Svg.Attributes.width "100px"] [ circle [ cx "50", cy "50", r "45", fill "#0b79ce" ] [] , line [ x1 "50", y1 "50", x2 handX, y2 handY, stroke "#023963" ] [] , Svg.text' [ x "25", y "45", fontSize "8px" ] [ Svg.text (toString <| model.time) ] ] viewLoginPassword: Model -> Html Msg viewLoginPassword model = div [] [ input [ Html.Attributes.type' "text", placeholder "Name", onInput Name ] [] , input [ Html.Attributes.type' (if model.isRevealed then "text" else "password"), placeholder "Password", onInput Password ] [] , input [ Html.Attributes.type' (if model.isRevealed then "text" else "password"), placeholder "Password Again", onInput PasswordAgain ] [] , input [ Html.Attributes.type' "checkbox", onCheck Reveal ] [] , Html.text "reveal everything!" ] viewValidation : Model -> Html Msg viewValidation model = let (color, message) = if model.password == model.passwordAgain then if (String.length model.password < 4) then ("salmon", "so weak, sol languid...") else ("green", "OK") else ("red", "Are you a terrorist or what?") in div [ Html.Attributes.style [("color", color)] ] [ Html.text message ] viewHttpReq : Model -> Html Msg viewHttpReq model = div [] [ input [ onInput UpdateUrl, value model.url ] [] , Html.text (toString model.url) , button [ onClick SendRequest ] [ Html.text "Go!" ] , div [] [ Html.text model.reqError ] , div [] [ Html.text (toString model.someResponse.count) ] , if (List.length model.someResponse.project) > 0 then Html.ul [] <| List.map (\p -> Html.li [] [ Html.a [Html.Attributes.target "_blank", href p.href] [Html.text p.name] ] ) model.someResponse.project else Html.text "no projects ;(" ] -- SUBSCRIPTIONS subscriptions : Model -> Sub Msg subscriptions model = Time.every second Tick -- INIT init : (Model, Cmd Msg) init = (Model 0 "" "" "" False 1 "http://localhost/" "" emptyProjectsResponse 0 0, Cmd.none) -- HTTP fetchData : String -> Cmd Msg fetchData url = -- Http.send : Settings -> Request -> Task RawError Response -- fromJson : Decoder a -> Task RawError Response -> Task Error a Http.send Http.defaultSettings { verb = "GET" , headers = [("Accept", "application/json")] , url = url , body = Http.empty } |> Http.fromJson decodeResponseJson |> Task.perform FetchFail FetchSucceed decodeResponseJson : Json.Decoder ProjectsResponse decodeResponseJson = Json.Decode.object3 ProjectsResponse ("count" := Json.Decode.int) ("href" := Json.Decode.string) ("project" := decodeProjectsList ) decodeProjectsList : Json.Decoder (List Project) decodeProjectsList = Json.Decode.object7 Project ("name" := Json.Decode.string) ("id" := Json.Decode.string) ("href" := Json.Decode.string) ("webUrl" := Json.Decode.string) (Json.Decode.oneOf ["parentProjectId" := Json.Decode.string, Json.Decode.succeed ""]) (Json.Decode.oneOf ["description" := Json.Decode.string, Json.Decode.succeed ""]) (Json.Decode.oneOf ["archived" := Json.Decode.bool, Json.Decode.succeed False]) |> Json.Decode.list type alias Project = { name : String , id : String , href : String , webUrl : String , parentProjectId : String , description : String , archived : Bool } type alias ProjectsResponse = { count : Int , href : String , project : List Project } emptyProjectsResponse : ProjectsResponse emptyProjectsResponse = { count = 0 , href = "" , project = [] }

33667

import Html exposing (..) import Html.App as App import Html.Attributes exposing (..) import Html.Events exposing (onClick, onInput, onCheck) import String import Http import Json.Decode as Json import Json.Decode exposing ((:=)) import Task import Svg exposing (..) import Svg.Attributes exposing (..) import Time exposing (Time, second) main : Program Never main = App.program { init = init , view = view , update = update , subscriptions = subscriptions } -- Model type alias Model = { counter : Int , name : String , password : String , passwordAgain : String , isRevealed : Bool , dieFace : Int , url : String , reqError : String , someResponse : ProjectsResponse , time : Time , startTime : Time } -- Update type Msg = Name String | Password String | PasswordAgain String | Reveal Bool | UpdateUrl String | SendRequest | FetchFail Http.Error | FetchSucceed ProjectsResponse | Tick Time update: Msg -> Model -> (Model, Cmd Msg) update msg model = case msg of Name name -> ({ model | name = name }, Cmd.none) Password password -> ({ model | password = <PASSWORD> }, Cmd.none) PasswordAgain password -> ({ model | passwordAgain = password }, Cmd.none) Reveal doReveal -> ({ model | isRevealed = doReveal }, Cmd.none) UpdateUrl newUrl -> ({ model | url = newUrl }, Cmd.none) SendRequest -> (model, fetchData model.url) FetchFail error -> case error of Http.Timeout -> ({ model | reqError = "Timeout happened :(" }, Cmd.none) Http.NetworkError -> ({ model | reqError = "NetworkError :'(" }, Cmd.none) Http.UnexpectedPayload s -> ({ model | reqError = "UnexpectedPayload: " ++ s }, Cmd.none) Http.BadResponse code str -> ({ model | reqError = (toString code) ++ ": " ++ str }, Cmd.none) FetchSucceed str -> ({ model | someResponse = str, reqError = "" }, Cmd.none) Tick newTime -> ({ model | startTime = if model.startTime == 0 then newTime else model.startTime , time = if model.startTime == 0 then 1 * Time.second else newTime - model.startTime + 1 * Time.second }, Cmd.none) -- View view: Model -> Html Msg view model = div [] [ viewClock model , viewLoginPassword model , viewValidation model , viewHttpReq model ] viewClock : Model -> Html Msg viewClock model = let angle = turns (Time.inMinutes model.time - 1/4) handX = toString (50 + 40 * cos angle) handY = toString (50 + 40 * sin angle) in Svg.svg [ viewBox "0 0 100 100", Svg.Attributes.width "100px"] [ circle [ cx "50", cy "50", r "45", fill "#0b79ce" ] [] , line [ x1 "50", y1 "50", x2 handX, y2 handY, stroke "#023963" ] [] , Svg.text' [ x "25", y "45", fontSize "8px" ] [ Svg.text (toString <| model.time) ] ] viewLoginPassword: Model -> Html Msg viewLoginPassword model = div [] [ input [ Html.Attributes.type' "text", placeholder "Name", onInput Name ] [] , input [ Html.Attributes.type' (if model.isRevealed then "text" else "password"), placeholder "Password", onInput Password ] [] , input [ Html.Attributes.type' (if model.isRevealed then "text" else "password"), placeholder "Password Again", onInput PasswordAgain ] [] , input [ Html.Attributes.type' "checkbox", onCheck Reveal ] [] , Html.text "reveal everything!" ] viewValidation : Model -> Html Msg viewValidation model = let (color, message) = if model.password == model.passwordAgain then if (String.length model.password < 4) then ("salmon", "so weak, sol languid...") else ("green", "OK") else ("red", "Are you a terrorist or what?") in div [ Html.Attributes.style [("color", color)] ] [ Html.text message ] viewHttpReq : Model -> Html Msg viewHttpReq model = div [] [ input [ onInput UpdateUrl, value model.url ] [] , Html.text (toString model.url) , button [ onClick SendRequest ] [ Html.text "Go!" ] , div [] [ Html.text model.reqError ] , div [] [ Html.text (toString model.someResponse.count) ] , if (List.length model.someResponse.project) > 0 then Html.ul [] <| List.map (\p -> Html.li [] [ Html.a [Html.Attributes.target "_blank", href p.href] [Html.text p.name] ] ) model.someResponse.project else Html.text "no projects ;(" ] -- SUBSCRIPTIONS subscriptions : Model -> Sub Msg subscriptions model = Time.every second Tick -- INIT init : (Model, Cmd Msg) init = (Model 0 "" "" "" False 1 "http://localhost/" "" emptyProjectsResponse 0 0, Cmd.none) -- HTTP fetchData : String -> Cmd Msg fetchData url = -- Http.send : Settings -> Request -> Task RawError Response -- fromJson : Decoder a -> Task RawError Response -> Task Error a Http.send Http.defaultSettings { verb = "GET" , headers = [("Accept", "application/json")] , url = url , body = Http.empty } |> Http.fromJson decodeResponseJson |> Task.perform FetchFail FetchSucceed decodeResponseJson : Json.Decoder ProjectsResponse decodeResponseJson = Json.Decode.object3 ProjectsResponse ("count" := Json.Decode.int) ("href" := Json.Decode.string) ("project" := decodeProjectsList ) decodeProjectsList : Json.Decoder (List Project) decodeProjectsList = Json.Decode.object7 Project ("name" := Json.Decode.string) ("id" := Json.Decode.string) ("href" := Json.Decode.string) ("webUrl" := Json.Decode.string) (Json.Decode.oneOf ["parentProjectId" := Json.Decode.string, Json.Decode.succeed ""]) (Json.Decode.oneOf ["description" := Json.Decode.string, Json.Decode.succeed ""]) (Json.Decode.oneOf ["archived" := Json.Decode.bool, Json.Decode.succeed False]) |> Json.Decode.list type alias Project = { name : String , id : String , href : String , webUrl : String , parentProjectId : String , description : String , archived : Bool } type alias ProjectsResponse = { count : Int , href : String , project : List Project } emptyProjectsResponse : ProjectsResponse emptyProjectsResponse = { count = 0 , href = "" , project = [] }

import Html exposing (..) import Html.App as App import Html.Attributes exposing (..) import Html.Events exposing (onClick, onInput, onCheck) import String import Http import Json.Decode as Json import Json.Decode exposing ((:=)) import Task import Svg exposing (..) import Svg.Attributes exposing (..) import Time exposing (Time, second) main : Program Never main = App.program { init = init , view = view , update = update , subscriptions = subscriptions } -- Model type alias Model = { counter : Int , name : String , password : String , passwordAgain : String , isRevealed : Bool , dieFace : Int , url : String , reqError : String , someResponse : ProjectsResponse , time : Time , startTime : Time } -- Update type Msg = Name String | Password String | PasswordAgain String | Reveal Bool | UpdateUrl String | SendRequest | FetchFail Http.Error | FetchSucceed ProjectsResponse | Tick Time update: Msg -> Model -> (Model, Cmd Msg) update msg model = case msg of Name name -> ({ model | name = name }, Cmd.none) Password password -> ({ model | password = PI:PASSWORD:<PASSWORD>END_PI }, Cmd.none) PasswordAgain password -> ({ model | passwordAgain = password }, Cmd.none) Reveal doReveal -> ({ model | isRevealed = doReveal }, Cmd.none) UpdateUrl newUrl -> ({ model | url = newUrl }, Cmd.none) SendRequest -> (model, fetchData model.url) FetchFail error -> case error of Http.Timeout -> ({ model | reqError = "Timeout happened :(" }, Cmd.none) Http.NetworkError -> ({ model | reqError = "NetworkError :'(" }, Cmd.none) Http.UnexpectedPayload s -> ({ model | reqError = "UnexpectedPayload: " ++ s }, Cmd.none) Http.BadResponse code str -> ({ model | reqError = (toString code) ++ ": " ++ str }, Cmd.none) FetchSucceed str -> ({ model | someResponse = str, reqError = "" }, Cmd.none) Tick newTime -> ({ model | startTime = if model.startTime == 0 then newTime else model.startTime , time = if model.startTime == 0 then 1 * Time.second else newTime - model.startTime + 1 * Time.second }, Cmd.none) -- View view: Model -> Html Msg view model = div [] [ viewClock model , viewLoginPassword model , viewValidation model , viewHttpReq model ] viewClock : Model -> Html Msg viewClock model = let angle = turns (Time.inMinutes model.time - 1/4) handX = toString (50 + 40 * cos angle) handY = toString (50 + 40 * sin angle) in Svg.svg [ viewBox "0 0 100 100", Svg.Attributes.width "100px"] [ circle [ cx "50", cy "50", r "45", fill "#0b79ce" ] [] , line [ x1 "50", y1 "50", x2 handX, y2 handY, stroke "#023963" ] [] , Svg.text' [ x "25", y "45", fontSize "8px" ] [ Svg.text (toString <| model.time) ] ] viewLoginPassword: Model -> Html Msg viewLoginPassword model = div [] [ input [ Html.Attributes.type' "text", placeholder "Name", onInput Name ] [] , input [ Html.Attributes.type' (if model.isRevealed then "text" else "password"), placeholder "Password", onInput Password ] [] , input [ Html.Attributes.type' (if model.isRevealed then "text" else "password"), placeholder "Password Again", onInput PasswordAgain ] [] , input [ Html.Attributes.type' "checkbox", onCheck Reveal ] [] , Html.text "reveal everything!" ] viewValidation : Model -> Html Msg viewValidation model = let (color, message) = if model.password == model.passwordAgain then if (String.length model.password < 4) then ("salmon", "so weak, sol languid...") else ("green", "OK") else ("red", "Are you a terrorist or what?") in div [ Html.Attributes.style [("color", color)] ] [ Html.text message ] viewHttpReq : Model -> Html Msg viewHttpReq model = div [] [ input [ onInput UpdateUrl, value model.url ] [] , Html.text (toString model.url) , button [ onClick SendRequest ] [ Html.text "Go!" ] , div [] [ Html.text model.reqError ] , div [] [ Html.text (toString model.someResponse.count) ] , if (List.length model.someResponse.project) > 0 then Html.ul [] <| List.map (\p -> Html.li [] [ Html.a [Html.Attributes.target "_blank", href p.href] [Html.text p.name] ] ) model.someResponse.project else Html.text "no projects ;(" ] -- SUBSCRIPTIONS subscriptions : Model -> Sub Msg subscriptions model = Time.every second Tick -- INIT init : (Model, Cmd Msg) init = (Model 0 "" "" "" False 1 "http://localhost/" "" emptyProjectsResponse 0 0, Cmd.none) -- HTTP fetchData : String -> Cmd Msg fetchData url = -- Http.send : Settings -> Request -> Task RawError Response -- fromJson : Decoder a -> Task RawError Response -> Task Error a Http.send Http.defaultSettings { verb = "GET" , headers = [("Accept", "application/json")] , url = url , body = Http.empty } |> Http.fromJson decodeResponseJson |> Task.perform FetchFail FetchSucceed decodeResponseJson : Json.Decoder ProjectsResponse decodeResponseJson = Json.Decode.object3 ProjectsResponse ("count" := Json.Decode.int) ("href" := Json.Decode.string) ("project" := decodeProjectsList ) decodeProjectsList : Json.Decoder (List Project) decodeProjectsList = Json.Decode.object7 Project ("name" := Json.Decode.string) ("id" := Json.Decode.string) ("href" := Json.Decode.string) ("webUrl" := Json.Decode.string) (Json.Decode.oneOf ["parentProjectId" := Json.Decode.string, Json.Decode.succeed ""]) (Json.Decode.oneOf ["description" := Json.Decode.string, Json.Decode.succeed ""]) (Json.Decode.oneOf ["archived" := Json.Decode.bool, Json.Decode.succeed False]) |> Json.Decode.list type alias Project = { name : String , id : String , href : String , webUrl : String , parentProjectId : String , description : String , archived : Bool } type alias ProjectsResponse = { count : Int , href : String , project : List Project } emptyProjectsResponse : ProjectsResponse emptyProjectsResponse = { count = 0 , href = "" , project = [] }

elm

examples/Example03.elm

miaEngiadina/elm-mapbox

module Example03 exposing (main) import Browser import Html exposing (div, text) import Html.Attributes exposing (style) import Html.Lazy exposing (lazy) import Json.Decode import Json.Encode import LngLat exposing (LngLat) import Map import MapCommands import Mapbox.Cmd.Option as Opt import Mapbox.Element exposing (..) import Mapbox.Expression as E exposing (false, float, int, str, true) import Mapbox.Layer as Layer import Mapbox.Source as Source import Mapbox.Style as Style exposing (Style(..)) main = Browser.document { init = init , view = view , update = update , subscriptions = subscriptions } subscriptions : Model -> Sub Msg subscriptions _ = Sub.batch [ Commands.elmMapboxIncoming MapCenter ] type alias Model = { position : LngLat , zoom : Float , features : List Json.Encode.Value } init : () -> ( Model, Cmd Msg ) init () = ( { position = LngLat 0 0, zoom = 13.8, features = [] }, Cmd.none ) type Msg = Hover EventData | Click EventData | MapCenter Json.Encode.Value update msg model = case msg of Hover { lngLat, renderedFeatures } -> ( { model | position = lngLat, features = renderedFeatures }, Cmd.none ) Click { lngLat, renderedFeatures } -> ( { model | position = lngLat, features = renderedFeatures }, Commands.fitBounds "my-map" [ Opt.linear True, Opt.maxZoom 10 ] ( LngLat.map (\a -> a - 0.2) lngLat, LngLat.map (\a -> a + 0.2) lngLat ) ) MapCenter e -> ( model, Cmd.none ) geojson : Json.Encode.Value geojson = Json.Decode.decodeString Json.Decode.value """ { "type": "FeatureCollection", "features": [ { "type": "Feature", "id": 1, "properties": { "name": "Bermuda Triangle", "area": 1150180 }, "geometry": { "type": "Polygon", "coordinates": [ [ [-64.73, 32.31], [-80.19, 25.76], [-66.09, 18.43], [-64.73, 32.31] ] ] } } ] } """ |> Result.withDefault (Json.Encode.object []) hoveredFeatures : List Json.Encode.Value -> MapboxAttr msg hoveredFeatures = List.map (\feat -> ( feat, [ ( "hover", Json.Encode.bool True ) ] )) >> featureState showMap features = map [ maxZoom 150 , onMouseMove Hover , onClick Click , id "my-map" , eventFeaturesLayers [ "changes" ] , hoveredFeatures features ] (Style { transition = Style.defaultTransition , light = Style.defaultLight , layers = (Map.layers |> Layer.jsonList ) ++ [ Layer.fill "changes" "changes" [ Layer.fillOpacity (E.ifElse (E.toBool (E.featureState (str "hover"))) (float 0.9) (float 0.1)) ] ] , sources = [ Source.vectorFromUrl "mapbox://mapbox.mapbox-streets-v6" "mapbox://mapbox.mapbox-streets-v6" , Source.vectorFromUrl "mapbox://mapbox.mapbox-terrain-v2" "mapbox://mapbox.mapbox-terrain-v2" , Source.vectorFromUrl "mapbox://mslee.0fc2f90a" "mapbox://mslee.0fc2f90a" , Source.geoJSONFromValue "changes" [] geojson ] , misc = [ Style.sprite "mapbox://sprites/engiadina/ck0dvc9zq0g2v1cmw9xg18pu7/0y2vnk8n60t1vz01wcpm3bpqa" , Style.glyphs "mapbox://fonts/engiadina/{fontstack}/{range}.pbf" , Style.name "Winter" , Style.defaultCenter <| LngLat 20.39789404164037 43.22523201923144 , Style.defaultZoomLevel 13 , Style.defaultBearing 0 , Style.defaultPitch 0 ] } ) view model = { title = "Mapbox Example" , body = [ css , div [ style "width" "100vw", style "height" "100vh" ] [ lazy showMap model.features , div [ style "position" "absolute", style "bottom" "20px", style "left" "20px" ] [ text (LngLat.toString model.position) ] ] ] }

46579

module Example03 exposing (main) import Browser import Html exposing (div, text) import Html.Attributes exposing (style) import Html.Lazy exposing (lazy) import Json.Decode import Json.Encode import LngLat exposing (LngLat) import Map import MapCommands import Mapbox.Cmd.Option as Opt import Mapbox.Element exposing (..) import Mapbox.Expression as E exposing (false, float, int, str, true) import Mapbox.Layer as Layer import Mapbox.Source as Source import Mapbox.Style as Style exposing (Style(..)) main = Browser.document { init = init , view = view , update = update , subscriptions = subscriptions } subscriptions : Model -> Sub Msg subscriptions _ = Sub.batch [ Commands.elmMapboxIncoming MapCenter ] type alias Model = { position : LngLat , zoom : Float , features : List Json.Encode.Value } init : () -> ( Model, Cmd Msg ) init () = ( { position = LngLat 0 0, zoom = 13.8, features = [] }, Cmd.none ) type Msg = Hover EventData | Click EventData | MapCenter Json.Encode.Value update msg model = case msg of Hover { lngLat, renderedFeatures } -> ( { model | position = lngLat, features = renderedFeatures }, Cmd.none ) Click { lngLat, renderedFeatures } -> ( { model | position = lngLat, features = renderedFeatures }, Commands.fitBounds "my-map" [ Opt.linear True, Opt.maxZoom 10 ] ( LngLat.map (\a -> a - 0.2) lngLat, LngLat.map (\a -> a + 0.2) lngLat ) ) MapCenter e -> ( model, Cmd.none ) geojson : Json.Encode.Value geojson = Json.Decode.decodeString Json.Decode.value """ { "type": "FeatureCollection", "features": [ { "type": "Feature", "id": 1, "properties": { "name": "<NAME>", "area": 1150180 }, "geometry": { "type": "Polygon", "coordinates": [ [ [-64.73, 32.31], [-80.19, 25.76], [-66.09, 18.43], [-64.73, 32.31] ] ] } } ] } """ |> Result.withDefault (Json.Encode.object []) hoveredFeatures : List Json.Encode.Value -> MapboxAttr msg hoveredFeatures = List.map (\feat -> ( feat, [ ( "hover", Json.Encode.bool True ) ] )) >> featureState showMap features = map [ maxZoom 150 , onMouseMove Hover , onClick Click , id "my-map" , eventFeaturesLayers [ "changes" ] , hoveredFeatures features ] (Style { transition = Style.defaultTransition , light = Style.defaultLight , layers = (Map.layers |> Layer.jsonList ) ++ [ Layer.fill "changes" "changes" [ Layer.fillOpacity (E.ifElse (E.toBool (E.featureState (str "hover"))) (float 0.9) (float 0.1)) ] ] , sources = [ Source.vectorFromUrl "mapbox://mapbox.mapbox-streets-v6" "mapbox://mapbox.mapbox-streets-v6" , Source.vectorFromUrl "mapbox://mapbox.mapbox-terrain-v2" "mapbox://mapbox.mapbox-terrain-v2" , Source.vectorFromUrl "mapbox://mslee.0fc2f90a" "mapbox://mslee.0fc2f90a" , Source.geoJSONFromValue "changes" [] geojson ] , misc = [ Style.sprite "mapbox://sprites/engiadina/ck0dvc9zq0g2v1cmw9xg18pu7/0y2vnk8n60t1vz01wcpm3bpqa" , Style.glyphs "mapbox://fonts/engiadina/{fontstack}/{range}.pbf" , Style.name "Winter" , Style.defaultCenter <| LngLat 20.39789404164037 43.22523201923144 , Style.defaultZoomLevel 13 , Style.defaultBearing 0 , Style.defaultPitch 0 ] } ) view model = { title = "Mapbox Example" , body = [ css , div [ style "width" "100vw", style "height" "100vh" ] [ lazy showMap model.features , div [ style "position" "absolute", style "bottom" "20px", style "left" "20px" ] [ text (LngLat.toString model.position) ] ] ] }

module Example03 exposing (main) import Browser import Html exposing (div, text) import Html.Attributes exposing (style) import Html.Lazy exposing (lazy) import Json.Decode import Json.Encode import LngLat exposing (LngLat) import Map import MapCommands import Mapbox.Cmd.Option as Opt import Mapbox.Element exposing (..) import Mapbox.Expression as E exposing (false, float, int, str, true) import Mapbox.Layer as Layer import Mapbox.Source as Source import Mapbox.Style as Style exposing (Style(..)) main = Browser.document { init = init , view = view , update = update , subscriptions = subscriptions } subscriptions : Model -> Sub Msg subscriptions _ = Sub.batch [ Commands.elmMapboxIncoming MapCenter ] type alias Model = { position : LngLat , zoom : Float , features : List Json.Encode.Value } init : () -> ( Model, Cmd Msg ) init () = ( { position = LngLat 0 0, zoom = 13.8, features = [] }, Cmd.none ) type Msg = Hover EventData | Click EventData | MapCenter Json.Encode.Value update msg model = case msg of Hover { lngLat, renderedFeatures } -> ( { model | position = lngLat, features = renderedFeatures }, Cmd.none ) Click { lngLat, renderedFeatures } -> ( { model | position = lngLat, features = renderedFeatures }, Commands.fitBounds "my-map" [ Opt.linear True, Opt.maxZoom 10 ] ( LngLat.map (\a -> a - 0.2) lngLat, LngLat.map (\a -> a + 0.2) lngLat ) ) MapCenter e -> ( model, Cmd.none ) geojson : Json.Encode.Value geojson = Json.Decode.decodeString Json.Decode.value """ { "type": "FeatureCollection", "features": [ { "type": "Feature", "id": 1, "properties": { "name": "PI:NAME:<NAME>END_PI", "area": 1150180 }, "geometry": { "type": "Polygon", "coordinates": [ [ [-64.73, 32.31], [-80.19, 25.76], [-66.09, 18.43], [-64.73, 32.31] ] ] } } ] } """ |> Result.withDefault (Json.Encode.object []) hoveredFeatures : List Json.Encode.Value -> MapboxAttr msg hoveredFeatures = List.map (\feat -> ( feat, [ ( "hover", Json.Encode.bool True ) ] )) >> featureState showMap features = map [ maxZoom 150 , onMouseMove Hover , onClick Click , id "my-map" , eventFeaturesLayers [ "changes" ] , hoveredFeatures features ] (Style { transition = Style.defaultTransition , light = Style.defaultLight , layers = (Map.layers |> Layer.jsonList ) ++ [ Layer.fill "changes" "changes" [ Layer.fillOpacity (E.ifElse (E.toBool (E.featureState (str "hover"))) (float 0.9) (float 0.1)) ] ] , sources = [ Source.vectorFromUrl "mapbox://mapbox.mapbox-streets-v6" "mapbox://mapbox.mapbox-streets-v6" , Source.vectorFromUrl "mapbox://mapbox.mapbox-terrain-v2" "mapbox://mapbox.mapbox-terrain-v2" , Source.vectorFromUrl "mapbox://mslee.0fc2f90a" "mapbox://mslee.0fc2f90a" , Source.geoJSONFromValue "changes" [] geojson ] , misc = [ Style.sprite "mapbox://sprites/engiadina/ck0dvc9zq0g2v1cmw9xg18pu7/0y2vnk8n60t1vz01wcpm3bpqa" , Style.glyphs "mapbox://fonts/engiadina/{fontstack}/{range}.pbf" , Style.name "Winter" , Style.defaultCenter <| LngLat 20.39789404164037 43.22523201923144 , Style.defaultZoomLevel 13 , Style.defaultBearing 0 , Style.defaultPitch 0 ] } ) view model = { title = "Mapbox Example" , body = [ css , div [ style "width" "100vw", style "height" "100vh" ] [ lazy showMap model.features , div [ style "position" "absolute", style "bottom" "20px", style "left" "20px" ] [ text (LngLat.toString model.position) ] ] ] }

elm

src/Operations/Conversion/Regex.elm

NeoVier/LFC01

{- Operations/Conversion/Regex.elm Author: Henrique da Cunha Buss Creation: October/2020 This file contains functions to convert Regular Expressions -} module Operations.Conversion.Regex exposing (erToAfd) import Dict exposing (Dict) import Models.Alphabet as Alphabet import Models.Automata as Automata import Models.Regex as Regex exposing (Regex(..)) import Models.State as State import Models.Transition as Transition import Utils.Utils as Utils {- The following tables show the relationship between RegEx nodes and their nullable, firstPos and lastPos values NULLABLE +---------------------+------------------------------+ | Node n | nullable(n) | +---------------------+------------------------------+ +---------------------+------------------------------+ | Epsilon | True | +---------------------+------------------------------+ | leaf with positon i | False | +---------------------+------------------------------+ | c1 | c2 | nullable(c1) || nullable(c2) | +---------------------+------------------------------+ | c1 . c2 | nullable(c1) && nullable(c2) | +---------------------+------------------------------+ | (c1)* | True | +---------------------+------------------------------+ FIRST POS +---------------------+-----------------------------------------------------+ | Node n | firstPos(n) | +---------------------+-----------------------------------------------------+ +---------------------+-----------------------------------------------------+ | Epsilon | {} | +---------------------+-----------------------------------------------------+ | leaf with positon i | {i} | +---------------------+-----------------------------------------------------+ | c1 | c2 | firstPos(c1) ++ firstPos(c2) | +---------------------+-----------------------------------------------------+ | c1 . c2 | if (nullable(c1)) then firstPos(c1) ++ firstPos(c2) | | | else firstPos(c1) | +---------------------+-----------------------------------------------------+ | (c1)* | firstPos(c1) | +---------------------+-----------------------------------------------------+ LAST POS +---------------------+-----------------------------------------------------+ | Node n | lastPos(n) | +---------------------+-----------------------------------------------------+ +---------------------+-----------------------------------------------------+ | Epsilon | {} | +---------------------+-----------------------------------------------------+ | leaf with positon i | {i} | +---------------------+-----------------------------------------------------+ | c1 | c2 | lastPos(c1) ++ lastPos(c2) | +---------------------+-----------------------------------------------------+ | c1 . c2 | if (nullable(c2)) then lastPos(c1) ++ lastPos(c2) | | | else lastPos(c2) | +---------------------+-----------------------------------------------------+ | (c1)* | lastPos(c1) | +---------------------+-----------------------------------------------------+ FOLLOW POS - If n is a (Concat c1 c2) node, for each position i in lastpos(c1), all positions in firstpos(c2) are in followpos(i) - If n is a (Star c1) node, and i is a position in lastpos(n), then all positions in firstpos(n) are in followpos(i) -} {- TreeInfo contains all of the needed info to apply the algorithm -} type alias TreeInfo = { nullable : Bool , firstPos : List Int , lastPos : List Int , followPos : Maybe (List Int) , nodeSymbol : Maybe Alphabet.Symbol } {- Shorthand for the kind of Dict used -} type alias TreeInfoDict = Dict Int TreeInfo {- Default empty TreeInfo -} emptyTreeInfo : TreeInfo emptyTreeInfo = { nullable = False , firstPos = [] , lastPos = [] , followPos = Nothing , nodeSymbol = Nothing } {- Extract a TreeInfoDict from a Regex -} treeInfoDict : Regex -> TreeInfoDict treeInfoDict r = nullableDict r Dict.empty |> firstPosDict r |> lastPosDict r |> followPosDict r {- Cleans a TreeInfoDict by removing everything that doesn't represent a leaf node in the original Regex -} cleanTreeInfoDict : TreeInfoDict -> TreeInfoDict cleanTreeInfoDict infoTree = Dict.filter (\_ v -> v.nodeSymbol /= Nothing) infoTree |> Dict.toList |> List.map (\( k, v ) -> v) |> (\x -> List.map2 (\idx v -> ( idx, v )) (List.range 1 (List.length x)) x ) |> Dict.fromList {- Convert a Regular Expression to an AFD -} erToAfd : Regex -> Automata.AFD erToAfd r = let newR = Concat r (Symbol (Alphabet.Single '#')) startingAfd = { states = [] , initialState = State.Dead , finalStates = [] , alphabet = [] , transitions = [] } dirtyInfoDict = treeInfoDict newR rootNodeInfo = Dict.values dirtyInfoDict |> Utils.last in case rootNodeInfo of -- Impossible Nothing -> startingAfd Just info -> let startingState = List.map String.fromInt info.firstPos |> String.join "" |> State.Valid in erToAfdHelp (cleanTreeInfoDict dirtyInfoDict) [ info.firstPos ] [] { startingAfd | initialState = startingState } {- Helper function for erToAfd -} erToAfdHelp : TreeInfoDict -> List (List Int) -> List (List Int) -> Automata.AFD -> Automata.AFD erToAfdHelp treeInfo statesToCreate seenStates partialAfd = case List.head statesToCreate of -- We've visited every state Nothing -> partialAfd Just newStateComponents -> let symbolGroups = getSymbolGroups treeInfo newStateComponents createState components = List.map String.fromInt components |> String.join "" |> State.Valid newState = createState newStateComponents isFinal = Dict.keys symbolGroups |> List.member "#" newStatesComponents = Dict.values symbolGroups newTransitions = Dict.toList symbolGroups |> List.filterMap (\( s, v ) -> if s == "#" then Nothing else Just { prevState = newState , nextState = createState v , conditions = case Utils.stringToSymbol s of Nothing -> [] Just c -> [ c ] } ) newSymbolsStr = List.filter (\s -> case Utils.stringToSymbol s of Nothing -> False Just symb -> not (List.member symb partialAfd.alphabet ) && s /= "#" ) (Dict.keys symbolGroups) newSymbols = List.map Utils.stringToSymbol newSymbolsStr |> Utils.listOfMaybesToMaybeList |> Maybe.withDefault [] in if List.member newStateComponents seenStates || List.isEmpty newStateComponents then erToAfdHelp treeInfo (List.drop 1 statesToCreate) seenStates partialAfd else erToAfdHelp treeInfo (List.drop 1 statesToCreate ++ newStatesComponents) (newStateComponents :: seenStates) { partialAfd | states = partialAfd.states ++ [ newState ] , finalStates = if isFinal then partialAfd.finalStates ++ [ newState ] else partialAfd.finalStates , alphabet = partialAfd.alphabet ++ newSymbols , transitions = partialAfd.transitions ++ newTransitions } {- Given a TreeInfoDict and a list of indexes (a state in the result AFD), get a Dict saying which symbols reach which state -} getSymbolGroups : TreeInfoDict -> List Int -> Dict String (List Int) getSymbolGroups treeInfo indexes = List.foldl (\index acc -> case Dict.get index treeInfo of Nothing -> acc Just info -> case info.nodeSymbol of Nothing -> acc Just symbol -> case info.followPos of Nothing -> acc Just fp -> Dict.update (Utils.symbolToString symbol) (\dictValue -> case dictValue of Nothing -> Just fp Just v -> Just <| Utils.removeDuplicates <| v ++ fp ) acc ) Dict.empty indexes {- Given a regex and a TreeInfoDict, assign nullable to each node in the regex -} nullableDict : Regex -> TreeInfoDict -> TreeInfoDict nullableDict r d = let idx dict = Dict.keys dict |> List.maximum |> Maybe.withDefault 0 |> (+) 1 insert v dict = Dict.insert (idx dict) { emptyTreeInfo | nullable = v , nodeSymbol = case r of Symbol s -> Just s _ -> Nothing } dict compose1 c1 = insert (nullable r) (nullableDict c1 d) compose2 c1 c2 = let c1Result = nullableDict c1 d c2Result = nullableDict c2 c1Result in insert (nullable r) c2Result in case r of Union c1 c2 -> compose2 c1 c2 Concat c1 c2 -> compose2 c1 c2 Star c1 -> compose1 c1 Plus c1 -> compose1 c1 Question c1 -> compose1 c1 _ -> insert (nullable r) d {- Given a regex and a TreeInfoDict, assign firstPos to each node in the regex -} firstPosDict : Regex -> TreeInfoDict -> TreeInfoDict firstPosDict r d = let idx dict = Dict.filter (\_ v -> List.isEmpty v.firstPos) dict |> Dict.keys |> List.head |> Maybe.withDefault 0 update v dict = Dict.update (idx dict) (Maybe.map (\info -> { info | firstPos = Utils.removeDuplicates v })) dict prevMaxValue dict = Dict.values dict |> List.map .firstPos |> List.concat |> List.maximum |> Maybe.withDefault 0 compose1 c1 = let c1Result = firstPosDict c1 d thisFirstPos = firstPosFrom (prevMaxValue d) r in update thisFirstPos c1Result compose2 c1 c2 = let c1Result = firstPosDict c1 d c2Result = firstPosDict c2 c1Result in update (firstPosFrom (prevMaxValue d) r) c2Result in case r of Union c1 c2 -> compose2 c1 c2 Concat c1 c2 -> compose2 c1 c2 Star c1 -> compose1 c1 Plus c1 -> compose1 c1 Question c1 -> compose1 c1 _ -> update (firstPosFrom (prevMaxValue d) r) d {- Given a regex and a TreeInfoDict, assign lastPos to each node in the regex -} lastPosDict : Regex -> TreeInfoDict -> TreeInfoDict lastPosDict r d = let idx dict = Dict.filter (\_ v -> List.isEmpty v.lastPos) dict |> Dict.keys |> List.head |> Maybe.withDefault 0 update v dict = Dict.update (idx dict) (Maybe.map (\info -> { info | lastPos = v })) dict prevMaxValue dict = Dict.values dict |> List.map .lastPos |> List.concat |> List.maximum |> Maybe.withDefault 0 prevLastPos dict = Dict.get (idx dict - 1) dict |> Maybe.map .lastPos |> Maybe.withDefault [] compose1 c1 = let c1Result = lastPosDict c1 d thisLastPos = lastPosFrom (prevMaxValue d) r c1LastPos = prevLastPos c1Result in update thisLastPos c1Result compose2 c1 c2 = let c1Result = lastPosDict c1 d c1LastPos = prevLastPos c1Result |> List.map String.fromInt |> String.join "," c2Result = lastPosDict c2 c1Result c2LastPos = prevLastPos c2Result |> List.map String.fromInt |> String.join "," in update (lastPosFrom (prevMaxValue d) r) c2Result in case r of Union c1 c2 -> compose2 c1 c2 Concat c1 c2 -> compose2 c1 c2 Star c1 -> compose1 c1 Plus c1 -> compose1 c1 Question c1 -> compose1 c1 Symbol s -> let symbol = case s of Alphabet.Single x -> String.fromChar x Alphabet.Group _ -> "g" in update (lastPosFrom (prevMaxValue d) r) d _ -> update (lastPosFrom (prevMaxValue d) r) d {- Given a regex and a TreeInfoDict, assign followPos to each node in the regex -} followPosDict : Regex -> TreeInfoDict -> TreeInfoDict followPosDict r d = let idx dict = Dict.filter (\_ v -> v.followPos == Nothing) dict |> Dict.keys |> List.head |> Maybe.withDefault 0 update v dict = Dict.update (idx dict) (Maybe.map (\info -> { info | followPos = v })) dict findSymbolIndex s dict = Dict.filter (\_ v -> v.firstPos == [ s ] && v.nodeSymbol /= Nothing) dict |> Dict.keys |> List.head |> Maybe.withDefault 0 in case r of Star c1 -> let c1Result = followPosDict c1 d updateFollowPos info newFollowPos = { info | followPos = case info.followPos of Nothing -> Just newFollowPos Just v -> Just <| Utils.removeDuplicates <| v ++ newFollowPos } in case Dict.get (idx c1Result) c1Result of -- Impossible Nothing -> d Just treeInfo -> List.foldl (\lp acc -> Dict.update (findSymbolIndex lp acc) (Maybe.map (\info -> updateFollowPos info treeInfo.firstPos ) ) acc ) c1Result treeInfo.lastPos |> update (Just []) Concat c1 c2 -> let c1Result = followPosDict c1 d c1Index = idx c1Result - 1 c2Result = followPosDict c2 c1Result c2Index = idx c2Result - 1 updateFollowPos info newFollowPos = { info | followPos = case info.followPos of Nothing -> Just newFollowPos Just v -> Just <| Utils.removeDuplicates <| v ++ newFollowPos } in case Dict.get c1Index c2Result of -- Impossible Nothing -> d Just c1Value -> case Dict.get c2Index c2Result of -- Impossible Nothing -> d Just c2Value -> List.foldl (\lp acc -> Dict.update (findSymbolIndex lp acc) (Maybe.map (\info -> updateFollowPos info c2Value.firstPos ) ) acc ) c2Result c1Value.lastPos |> update (Just []) Union c1 c2 -> let c1Result = followPosDict c1 d c2Result = followPosDict c2 c1Result in update (Just []) c2Result Plus c1 -> let c1Result = followPosDict c1 d updateFollowPos info newFollowPos = { info | followPos = case info.followPos of Nothing -> Just newFollowPos Just v -> Just <| Utils.removeDuplicates <| v ++ newFollowPos } in case Dict.get (idx c1Result) c1Result of -- Impossible Nothing -> d Just treeInfo -> List.foldl (\lp acc -> Dict.update (findSymbolIndex lp acc) (Maybe.map (\info -> updateFollowPos info treeInfo.firstPos ) ) acc ) c1Result treeInfo.lastPos |> update (Just []) Question c1 -> update (Just []) (followPosDict c1 d) _ -> update (Just []) d {- Get the nullable value of a regex node according to the table at the top of this file -} nullable : Regex -> Bool nullable r = case r of Epsilon -> True Symbol _ -> False Union c1 c2 -> nullable c1 || nullable c2 Concat c1 c2 -> nullable c1 && nullable c2 Star _ -> True Plus _ -> False Question _ -> True {- Get the firstPos value of a regex node according to the table at the top of this file -} firstPos : Regex -> List Int firstPos = firstPosFrom 0 {- Get the firstPos giving the first node value -} firstPosFrom : Int -> Regex -> List Int firstPosFrom i r = firstPosHelp i r |> Tuple.first {- Helper function for firstPos -} firstPosHelp : Int -> Regex -> ( List Int, Int ) firstPosHelp count r = case r of Epsilon -> ( [], count ) Symbol _ -> ( [ count + 1 ], count + 1 ) Union c1 c2 -> let ( c1FirstPos, c1Count ) = firstPosHelp count c1 ( c2FirstPos, c2Count ) = firstPosHelp c1Count c2 in ( Utils.removeDuplicates <| c1FirstPos ++ c2FirstPos, c2Count ) Concat c1 c2 -> let ( c1firstPos, c1Count ) = firstPosHelp count c1 in if nullable c1 then let ( c2firstPos, c2Count ) = firstPosHelp c1Count c2 in ( Utils.removeDuplicates <| c1firstPos ++ c2firstPos, c2Count ) else firstPosHelp count c1 Star c1 -> firstPosHelp count c1 Plus c1 -> firstPosHelp count c1 Question c1 -> firstPosHelp count c1 {- Get the lastPos value of a regex node according to the table at the top of this file -} lastPos : Regex -> List Int lastPos = lastPosFrom 0 {- Get the firstPos giving the first node value -} lastPosFrom : Int -> Regex -> List Int lastPosFrom i r = lastPosHelp i r |> Tuple.first {- Helper function for lastPos -} lastPosHelp : Int -> Regex -> ( List Int, Int ) lastPosHelp count r = case r of Epsilon -> ( [], count ) Symbol _ -> ( [ count + 1 ], count + 1 ) Union c1 c2 -> let ( c1LastPos, c1Count ) = lastPosHelp count c1 ( c2LastPos, c2Count ) = lastPosHelp c1Count c2 in ( Utils.removeDuplicates <| c1LastPos ++ c2LastPos, c2Count ) Concat c1 c2 -> if nullable c2 then let ( c1LastPos, c1Count ) = lastPosHelp count c1 ( c2LastPos, c2Count ) = lastPosHelp c1Count c2 in ( Utils.removeDuplicates <| c1LastPos ++ c2LastPos, c2Count ) else let c1Count = lastPosHelp count c1 |> Tuple.second in lastPosHelp c1Count c2 Star c1 -> lastPosHelp count c1 Plus c1 -> lastPosHelp count c1 Question c1 -> lastPosHelp count c1 {- Given a Regex, counts how many leaf nodes it has -} getLeafCount : Regex -> Int getLeafCount r = case r of Epsilon -> 1 Symbol _ -> 1 Union c1 c2 -> getLeafCount c1 + getLeafCount c2 Concat c1 c2 -> getLeafCount c1 + getLeafCount c2 Star c1 -> getLeafCount c1 Plus c1 -> getLeafCount c1 Question c1 -> getLeafCount c1

21110

{- Operations/Conversion/Regex.elm Author: <NAME> Creation: October/2020 This file contains functions to convert Regular Expressions -} module Operations.Conversion.Regex exposing (erToAfd) import Dict exposing (Dict) import Models.Alphabet as Alphabet import Models.Automata as Automata import Models.Regex as Regex exposing (Regex(..)) import Models.State as State import Models.Transition as Transition import Utils.Utils as Utils {- The following tables show the relationship between RegEx nodes and their nullable, firstPos and lastPos values NULLABLE +---------------------+------------------------------+ | Node n | nullable(n) | +---------------------+------------------------------+ +---------------------+------------------------------+ | Epsilon | True | +---------------------+------------------------------+ | leaf with positon i | False | +---------------------+------------------------------+ | c1 | c2 | nullable(c1) || nullable(c2) | +---------------------+------------------------------+ | c1 . c2 | nullable(c1) && nullable(c2) | +---------------------+------------------------------+ | (c1)* | True | +---------------------+------------------------------+ FIRST POS +---------------------+-----------------------------------------------------+ | Node n | firstPos(n) | +---------------------+-----------------------------------------------------+ +---------------------+-----------------------------------------------------+ | Epsilon | {} | +---------------------+-----------------------------------------------------+ | leaf with positon i | {i} | +---------------------+-----------------------------------------------------+ | c1 | c2 | firstPos(c1) ++ firstPos(c2) | +---------------------+-----------------------------------------------------+ | c1 . c2 | if (nullable(c1)) then firstPos(c1) ++ firstPos(c2) | | | else firstPos(c1) | +---------------------+-----------------------------------------------------+ | (c1)* | firstPos(c1) | +---------------------+-----------------------------------------------------+ LAST POS +---------------------+-----------------------------------------------------+ | Node n | lastPos(n) | +---------------------+-----------------------------------------------------+ +---------------------+-----------------------------------------------------+ | Epsilon | {} | +---------------------+-----------------------------------------------------+ | leaf with positon i | {i} | +---------------------+-----------------------------------------------------+ | c1 | c2 | lastPos(c1) ++ lastPos(c2) | +---------------------+-----------------------------------------------------+ | c1 . c2 | if (nullable(c2)) then lastPos(c1) ++ lastPos(c2) | | | else lastPos(c2) | +---------------------+-----------------------------------------------------+ | (c1)* | lastPos(c1) | +---------------------+-----------------------------------------------------+ FOLLOW POS - If n is a (Concat c1 c2) node, for each position i in lastpos(c1), all positions in firstpos(c2) are in followpos(i) - If n is a (Star c1) node, and i is a position in lastpos(n), then all positions in firstpos(n) are in followpos(i) -} {- TreeInfo contains all of the needed info to apply the algorithm -} type alias TreeInfo = { nullable : Bool , firstPos : List Int , lastPos : List Int , followPos : Maybe (List Int) , nodeSymbol : Maybe Alphabet.Symbol } {- Shorthand for the kind of Dict used -} type alias TreeInfoDict = Dict Int TreeInfo {- Default empty TreeInfo -} emptyTreeInfo : TreeInfo emptyTreeInfo = { nullable = False , firstPos = [] , lastPos = [] , followPos = Nothing , nodeSymbol = Nothing } {- Extract a TreeInfoDict from a Regex -} treeInfoDict : Regex -> TreeInfoDict treeInfoDict r = nullableDict r Dict.empty |> firstPosDict r |> lastPosDict r |> followPosDict r {- Cleans a TreeInfoDict by removing everything that doesn't represent a leaf node in the original Regex -} cleanTreeInfoDict : TreeInfoDict -> TreeInfoDict cleanTreeInfoDict infoTree = Dict.filter (\_ v -> v.nodeSymbol /= Nothing) infoTree |> Dict.toList |> List.map (\( k, v ) -> v) |> (\x -> List.map2 (\idx v -> ( idx, v )) (List.range 1 (List.length x)) x ) |> Dict.fromList {- Convert a Regular Expression to an AFD -} erToAfd : Regex -> Automata.AFD erToAfd r = let newR = Concat r (Symbol (Alphabet.Single '#')) startingAfd = { states = [] , initialState = State.Dead , finalStates = [] , alphabet = [] , transitions = [] } dirtyInfoDict = treeInfoDict newR rootNodeInfo = Dict.values dirtyInfoDict |> Utils.last in case rootNodeInfo of -- Impossible Nothing -> startingAfd Just info -> let startingState = List.map String.fromInt info.firstPos |> String.join "" |> State.Valid in erToAfdHelp (cleanTreeInfoDict dirtyInfoDict) [ info.firstPos ] [] { startingAfd | initialState = startingState } {- Helper function for erToAfd -} erToAfdHelp : TreeInfoDict -> List (List Int) -> List (List Int) -> Automata.AFD -> Automata.AFD erToAfdHelp treeInfo statesToCreate seenStates partialAfd = case List.head statesToCreate of -- We've visited every state Nothing -> partialAfd Just newStateComponents -> let symbolGroups = getSymbolGroups treeInfo newStateComponents createState components = List.map String.fromInt components |> String.join "" |> State.Valid newState = createState newStateComponents isFinal = Dict.keys symbolGroups |> List.member "#" newStatesComponents = Dict.values symbolGroups newTransitions = Dict.toList symbolGroups |> List.filterMap (\( s, v ) -> if s == "#" then Nothing else Just { prevState = newState , nextState = createState v , conditions = case Utils.stringToSymbol s of Nothing -> [] Just c -> [ c ] } ) newSymbolsStr = List.filter (\s -> case Utils.stringToSymbol s of Nothing -> False Just symb -> not (List.member symb partialAfd.alphabet ) && s /= "#" ) (Dict.keys symbolGroups) newSymbols = List.map Utils.stringToSymbol newSymbolsStr |> Utils.listOfMaybesToMaybeList |> Maybe.withDefault [] in if List.member newStateComponents seenStates || List.isEmpty newStateComponents then erToAfdHelp treeInfo (List.drop 1 statesToCreate) seenStates partialAfd else erToAfdHelp treeInfo (List.drop 1 statesToCreate ++ newStatesComponents) (newStateComponents :: seenStates) { partialAfd | states = partialAfd.states ++ [ newState ] , finalStates = if isFinal then partialAfd.finalStates ++ [ newState ] else partialAfd.finalStates , alphabet = partialAfd.alphabet ++ newSymbols , transitions = partialAfd.transitions ++ newTransitions } {- Given a TreeInfoDict and a list of indexes (a state in the result AFD), get a Dict saying which symbols reach which state -} getSymbolGroups : TreeInfoDict -> List Int -> Dict String (List Int) getSymbolGroups treeInfo indexes = List.foldl (\index acc -> case Dict.get index treeInfo of Nothing -> acc Just info -> case info.nodeSymbol of Nothing -> acc Just symbol -> case info.followPos of Nothing -> acc Just fp -> Dict.update (Utils.symbolToString symbol) (\dictValue -> case dictValue of Nothing -> Just fp Just v -> Just <| Utils.removeDuplicates <| v ++ fp ) acc ) Dict.empty indexes {- Given a regex and a TreeInfoDict, assign nullable to each node in the regex -} nullableDict : Regex -> TreeInfoDict -> TreeInfoDict nullableDict r d = let idx dict = Dict.keys dict |> List.maximum |> Maybe.withDefault 0 |> (+) 1 insert v dict = Dict.insert (idx dict) { emptyTreeInfo | nullable = v , nodeSymbol = case r of Symbol s -> Just s _ -> Nothing } dict compose1 c1 = insert (nullable r) (nullableDict c1 d) compose2 c1 c2 = let c1Result = nullableDict c1 d c2Result = nullableDict c2 c1Result in insert (nullable r) c2Result in case r of Union c1 c2 -> compose2 c1 c2 Concat c1 c2 -> compose2 c1 c2 Star c1 -> compose1 c1 Plus c1 -> compose1 c1 Question c1 -> compose1 c1 _ -> insert (nullable r) d {- Given a regex and a TreeInfoDict, assign firstPos to each node in the regex -} firstPosDict : Regex -> TreeInfoDict -> TreeInfoDict firstPosDict r d = let idx dict = Dict.filter (\_ v -> List.isEmpty v.firstPos) dict |> Dict.keys |> List.head |> Maybe.withDefault 0 update v dict = Dict.update (idx dict) (Maybe.map (\info -> { info | firstPos = Utils.removeDuplicates v })) dict prevMaxValue dict = Dict.values dict |> List.map .firstPos |> List.concat |> List.maximum |> Maybe.withDefault 0 compose1 c1 = let c1Result = firstPosDict c1 d thisFirstPos = firstPosFrom (prevMaxValue d) r in update thisFirstPos c1Result compose2 c1 c2 = let c1Result = firstPosDict c1 d c2Result = firstPosDict c2 c1Result in update (firstPosFrom (prevMaxValue d) r) c2Result in case r of Union c1 c2 -> compose2 c1 c2 Concat c1 c2 -> compose2 c1 c2 Star c1 -> compose1 c1 Plus c1 -> compose1 c1 Question c1 -> compose1 c1 _ -> update (firstPosFrom (prevMaxValue d) r) d {- Given a regex and a TreeInfoDict, assign lastPos to each node in the regex -} lastPosDict : Regex -> TreeInfoDict -> TreeInfoDict lastPosDict r d = let idx dict = Dict.filter (\_ v -> List.isEmpty v.lastPos) dict |> Dict.keys |> List.head |> Maybe.withDefault 0 update v dict = Dict.update (idx dict) (Maybe.map (\info -> { info | lastPos = v })) dict prevMaxValue dict = Dict.values dict |> List.map .lastPos |> List.concat |> List.maximum |> Maybe.withDefault 0 prevLastPos dict = Dict.get (idx dict - 1) dict |> Maybe.map .lastPos |> Maybe.withDefault [] compose1 c1 = let c1Result = lastPosDict c1 d thisLastPos = lastPosFrom (prevMaxValue d) r c1LastPos = prevLastPos c1Result in update thisLastPos c1Result compose2 c1 c2 = let c1Result = lastPosDict c1 d c1LastPos = prevLastPos c1Result |> List.map String.fromInt |> String.join "," c2Result = lastPosDict c2 c1Result c2LastPos = prevLastPos c2Result |> List.map String.fromInt |> String.join "," in update (lastPosFrom (prevMaxValue d) r) c2Result in case r of Union c1 c2 -> compose2 c1 c2 Concat c1 c2 -> compose2 c1 c2 Star c1 -> compose1 c1 Plus c1 -> compose1 c1 Question c1 -> compose1 c1 Symbol s -> let symbol = case s of Alphabet.Single x -> String.fromChar x Alphabet.Group _ -> "g" in update (lastPosFrom (prevMaxValue d) r) d _ -> update (lastPosFrom (prevMaxValue d) r) d {- Given a regex and a TreeInfoDict, assign followPos to each node in the regex -} followPosDict : Regex -> TreeInfoDict -> TreeInfoDict followPosDict r d = let idx dict = Dict.filter (\_ v -> v.followPos == Nothing) dict |> Dict.keys |> List.head |> Maybe.withDefault 0 update v dict = Dict.update (idx dict) (Maybe.map (\info -> { info | followPos = v })) dict findSymbolIndex s dict = Dict.filter (\_ v -> v.firstPos == [ s ] && v.nodeSymbol /= Nothing) dict |> Dict.keys |> List.head |> Maybe.withDefault 0 in case r of Star c1 -> let c1Result = followPosDict c1 d updateFollowPos info newFollowPos = { info | followPos = case info.followPos of Nothing -> Just newFollowPos Just v -> Just <| Utils.removeDuplicates <| v ++ newFollowPos } in case Dict.get (idx c1Result) c1Result of -- Impossible Nothing -> d Just treeInfo -> List.foldl (\lp acc -> Dict.update (findSymbolIndex lp acc) (Maybe.map (\info -> updateFollowPos info treeInfo.firstPos ) ) acc ) c1Result treeInfo.lastPos |> update (Just []) Concat c1 c2 -> let c1Result = followPosDict c1 d c1Index = idx c1Result - 1 c2Result = followPosDict c2 c1Result c2Index = idx c2Result - 1 updateFollowPos info newFollowPos = { info | followPos = case info.followPos of Nothing -> Just newFollowPos Just v -> Just <| Utils.removeDuplicates <| v ++ newFollowPos } in case Dict.get c1Index c2Result of -- Impossible Nothing -> d Just c1Value -> case Dict.get c2Index c2Result of -- Impossible Nothing -> d Just c2Value -> List.foldl (\lp acc -> Dict.update (findSymbolIndex lp acc) (Maybe.map (\info -> updateFollowPos info c2Value.firstPos ) ) acc ) c2Result c1Value.lastPos |> update (Just []) Union c1 c2 -> let c1Result = followPosDict c1 d c2Result = followPosDict c2 c1Result in update (Just []) c2Result Plus c1 -> let c1Result = followPosDict c1 d updateFollowPos info newFollowPos = { info | followPos = case info.followPos of Nothing -> Just newFollowPos Just v -> Just <| Utils.removeDuplicates <| v ++ newFollowPos } in case Dict.get (idx c1Result) c1Result of -- Impossible Nothing -> d Just treeInfo -> List.foldl (\lp acc -> Dict.update (findSymbolIndex lp acc) (Maybe.map (\info -> updateFollowPos info treeInfo.firstPos ) ) acc ) c1Result treeInfo.lastPos |> update (Just []) Question c1 -> update (Just []) (followPosDict c1 d) _ -> update (Just []) d {- Get the nullable value of a regex node according to the table at the top of this file -} nullable : Regex -> Bool nullable r = case r of Epsilon -> True Symbol _ -> False Union c1 c2 -> nullable c1 || nullable c2 Concat c1 c2 -> nullable c1 && nullable c2 Star _ -> True Plus _ -> False Question _ -> True {- Get the firstPos value of a regex node according to the table at the top of this file -} firstPos : Regex -> List Int firstPos = firstPosFrom 0 {- Get the firstPos giving the first node value -} firstPosFrom : Int -> Regex -> List Int firstPosFrom i r = firstPosHelp i r |> Tuple.first {- Helper function for firstPos -} firstPosHelp : Int -> Regex -> ( List Int, Int ) firstPosHelp count r = case r of Epsilon -> ( [], count ) Symbol _ -> ( [ count + 1 ], count + 1 ) Union c1 c2 -> let ( c1FirstPos, c1Count ) = firstPosHelp count c1 ( c2FirstPos, c2Count ) = firstPosHelp c1Count c2 in ( Utils.removeDuplicates <| c1FirstPos ++ c2FirstPos, c2Count ) Concat c1 c2 -> let ( c1firstPos, c1Count ) = firstPosHelp count c1 in if nullable c1 then let ( c2firstPos, c2Count ) = firstPosHelp c1Count c2 in ( Utils.removeDuplicates <| c1firstPos ++ c2firstPos, c2Count ) else firstPosHelp count c1 Star c1 -> firstPosHelp count c1 Plus c1 -> firstPosHelp count c1 Question c1 -> firstPosHelp count c1 {- Get the lastPos value of a regex node according to the table at the top of this file -} lastPos : Regex -> List Int lastPos = lastPosFrom 0 {- Get the firstPos giving the first node value -} lastPosFrom : Int -> Regex -> List Int lastPosFrom i r = lastPosHelp i r |> Tuple.first {- Helper function for lastPos -} lastPosHelp : Int -> Regex -> ( List Int, Int ) lastPosHelp count r = case r of Epsilon -> ( [], count ) Symbol _ -> ( [ count + 1 ], count + 1 ) Union c1 c2 -> let ( c1LastPos, c1Count ) = lastPosHelp count c1 ( c2LastPos, c2Count ) = lastPosHelp c1Count c2 in ( Utils.removeDuplicates <| c1LastPos ++ c2LastPos, c2Count ) Concat c1 c2 -> if nullable c2 then let ( c1LastPos, c1Count ) = lastPosHelp count c1 ( c2LastPos, c2Count ) = lastPosHelp c1Count c2 in ( Utils.removeDuplicates <| c1LastPos ++ c2LastPos, c2Count ) else let c1Count = lastPosHelp count c1 |> Tuple.second in lastPosHelp c1Count c2 Star c1 -> lastPosHelp count c1 Plus c1 -> lastPosHelp count c1 Question c1 -> lastPosHelp count c1 {- Given a Regex, counts how many leaf nodes it has -} getLeafCount : Regex -> Int getLeafCount r = case r of Epsilon -> 1 Symbol _ -> 1 Union c1 c2 -> getLeafCount c1 + getLeafCount c2 Concat c1 c2 -> getLeafCount c1 + getLeafCount c2 Star c1 -> getLeafCount c1 Plus c1 -> getLeafCount c1 Question c1 -> getLeafCount c1

{- Operations/Conversion/Regex.elm Author: PI:NAME:<NAME>END_PI Creation: October/2020 This file contains functions to convert Regular Expressions -} module Operations.Conversion.Regex exposing (erToAfd) import Dict exposing (Dict) import Models.Alphabet as Alphabet import Models.Automata as Automata import Models.Regex as Regex exposing (Regex(..)) import Models.State as State import Models.Transition as Transition import Utils.Utils as Utils {- The following tables show the relationship between RegEx nodes and their nullable, firstPos and lastPos values NULLABLE +---------------------+------------------------------+ | Node n | nullable(n) | +---------------------+------------------------------+ +---------------------+------------------------------+ | Epsilon | True | +---------------------+------------------------------+ | leaf with positon i | False | +---------------------+------------------------------+ | c1 | c2 | nullable(c1) || nullable(c2) | +---------------------+------------------------------+ | c1 . c2 | nullable(c1) && nullable(c2) | +---------------------+------------------------------+ | (c1)* | True | +---------------------+------------------------------+ FIRST POS +---------------------+-----------------------------------------------------+ | Node n | firstPos(n) | +---------------------+-----------------------------------------------------+ +---------------------+-----------------------------------------------------+ | Epsilon | {} | +---------------------+-----------------------------------------------------+ | leaf with positon i | {i} | +---------------------+-----------------------------------------------------+ | c1 | c2 | firstPos(c1) ++ firstPos(c2) | +---------------------+-----------------------------------------------------+ | c1 . c2 | if (nullable(c1)) then firstPos(c1) ++ firstPos(c2) | | | else firstPos(c1) | +---------------------+-----------------------------------------------------+ | (c1)* | firstPos(c1) | +---------------------+-----------------------------------------------------+ LAST POS +---------------------+-----------------------------------------------------+ | Node n | lastPos(n) | +---------------------+-----------------------------------------------------+ +---------------------+-----------------------------------------------------+ | Epsilon | {} | +---------------------+-----------------------------------------------------+ | leaf with positon i | {i} | +---------------------+-----------------------------------------------------+ | c1 | c2 | lastPos(c1) ++ lastPos(c2) | +---------------------+-----------------------------------------------------+ | c1 . c2 | if (nullable(c2)) then lastPos(c1) ++ lastPos(c2) | | | else lastPos(c2) | +---------------------+-----------------------------------------------------+ | (c1)* | lastPos(c1) | +---------------------+-----------------------------------------------------+ FOLLOW POS - If n is a (Concat c1 c2) node, for each position i in lastpos(c1), all positions in firstpos(c2) are in followpos(i) - If n is a (Star c1) node, and i is a position in lastpos(n), then all positions in firstpos(n) are in followpos(i) -} {- TreeInfo contains all of the needed info to apply the algorithm -} type alias TreeInfo = { nullable : Bool , firstPos : List Int , lastPos : List Int , followPos : Maybe (List Int) , nodeSymbol : Maybe Alphabet.Symbol } {- Shorthand for the kind of Dict used -} type alias TreeInfoDict = Dict Int TreeInfo {- Default empty TreeInfo -} emptyTreeInfo : TreeInfo emptyTreeInfo = { nullable = False , firstPos = [] , lastPos = [] , followPos = Nothing , nodeSymbol = Nothing } {- Extract a TreeInfoDict from a Regex -} treeInfoDict : Regex -> TreeInfoDict treeInfoDict r = nullableDict r Dict.empty |> firstPosDict r |> lastPosDict r |> followPosDict r {- Cleans a TreeInfoDict by removing everything that doesn't represent a leaf node in the original Regex -} cleanTreeInfoDict : TreeInfoDict -> TreeInfoDict cleanTreeInfoDict infoTree = Dict.filter (\_ v -> v.nodeSymbol /= Nothing) infoTree |> Dict.toList |> List.map (\( k, v ) -> v) |> (\x -> List.map2 (\idx v -> ( idx, v )) (List.range 1 (List.length x)) x ) |> Dict.fromList {- Convert a Regular Expression to an AFD -} erToAfd : Regex -> Automata.AFD erToAfd r = let newR = Concat r (Symbol (Alphabet.Single '#')) startingAfd = { states = [] , initialState = State.Dead , finalStates = [] , alphabet = [] , transitions = [] } dirtyInfoDict = treeInfoDict newR rootNodeInfo = Dict.values dirtyInfoDict |> Utils.last in case rootNodeInfo of -- Impossible Nothing -> startingAfd Just info -> let startingState = List.map String.fromInt info.firstPos |> String.join "" |> State.Valid in erToAfdHelp (cleanTreeInfoDict dirtyInfoDict) [ info.firstPos ] [] { startingAfd | initialState = startingState } {- Helper function for erToAfd -} erToAfdHelp : TreeInfoDict -> List (List Int) -> List (List Int) -> Automata.AFD -> Automata.AFD erToAfdHelp treeInfo statesToCreate seenStates partialAfd = case List.head statesToCreate of -- We've visited every state Nothing -> partialAfd Just newStateComponents -> let symbolGroups = getSymbolGroups treeInfo newStateComponents createState components = List.map String.fromInt components |> String.join "" |> State.Valid newState = createState newStateComponents isFinal = Dict.keys symbolGroups |> List.member "#" newStatesComponents = Dict.values symbolGroups newTransitions = Dict.toList symbolGroups |> List.filterMap (\( s, v ) -> if s == "#" then Nothing else Just { prevState = newState , nextState = createState v , conditions = case Utils.stringToSymbol s of Nothing -> [] Just c -> [ c ] } ) newSymbolsStr = List.filter (\s -> case Utils.stringToSymbol s of Nothing -> False Just symb -> not (List.member symb partialAfd.alphabet ) && s /= "#" ) (Dict.keys symbolGroups) newSymbols = List.map Utils.stringToSymbol newSymbolsStr |> Utils.listOfMaybesToMaybeList |> Maybe.withDefault [] in if List.member newStateComponents seenStates || List.isEmpty newStateComponents then erToAfdHelp treeInfo (List.drop 1 statesToCreate) seenStates partialAfd else erToAfdHelp treeInfo (List.drop 1 statesToCreate ++ newStatesComponents) (newStateComponents :: seenStates) { partialAfd | states = partialAfd.states ++ [ newState ] , finalStates = if isFinal then partialAfd.finalStates ++ [ newState ] else partialAfd.finalStates , alphabet = partialAfd.alphabet ++ newSymbols , transitions = partialAfd.transitions ++ newTransitions } {- Given a TreeInfoDict and a list of indexes (a state in the result AFD), get a Dict saying which symbols reach which state -} getSymbolGroups : TreeInfoDict -> List Int -> Dict String (List Int) getSymbolGroups treeInfo indexes = List.foldl (\index acc -> case Dict.get index treeInfo of Nothing -> acc Just info -> case info.nodeSymbol of Nothing -> acc Just symbol -> case info.followPos of Nothing -> acc Just fp -> Dict.update (Utils.symbolToString symbol) (\dictValue -> case dictValue of Nothing -> Just fp Just v -> Just <| Utils.removeDuplicates <| v ++ fp ) acc ) Dict.empty indexes {- Given a regex and a TreeInfoDict, assign nullable to each node in the regex -} nullableDict : Regex -> TreeInfoDict -> TreeInfoDict nullableDict r d = let idx dict = Dict.keys dict |> List.maximum |> Maybe.withDefault 0 |> (+) 1 insert v dict = Dict.insert (idx dict) { emptyTreeInfo | nullable = v , nodeSymbol = case r of Symbol s -> Just s _ -> Nothing } dict compose1 c1 = insert (nullable r) (nullableDict c1 d) compose2 c1 c2 = let c1Result = nullableDict c1 d c2Result = nullableDict c2 c1Result in insert (nullable r) c2Result in case r of Union c1 c2 -> compose2 c1 c2 Concat c1 c2 -> compose2 c1 c2 Star c1 -> compose1 c1 Plus c1 -> compose1 c1 Question c1 -> compose1 c1 _ -> insert (nullable r) d {- Given a regex and a TreeInfoDict, assign firstPos to each node in the regex -} firstPosDict : Regex -> TreeInfoDict -> TreeInfoDict firstPosDict r d = let idx dict = Dict.filter (\_ v -> List.isEmpty v.firstPos) dict |> Dict.keys |> List.head |> Maybe.withDefault 0 update v dict = Dict.update (idx dict) (Maybe.map (\info -> { info | firstPos = Utils.removeDuplicates v })) dict prevMaxValue dict = Dict.values dict |> List.map .firstPos |> List.concat |> List.maximum |> Maybe.withDefault 0 compose1 c1 = let c1Result = firstPosDict c1 d thisFirstPos = firstPosFrom (prevMaxValue d) r in update thisFirstPos c1Result compose2 c1 c2 = let c1Result = firstPosDict c1 d c2Result = firstPosDict c2 c1Result in update (firstPosFrom (prevMaxValue d) r) c2Result in case r of Union c1 c2 -> compose2 c1 c2 Concat c1 c2 -> compose2 c1 c2 Star c1 -> compose1 c1 Plus c1 -> compose1 c1 Question c1 -> compose1 c1 _ -> update (firstPosFrom (prevMaxValue d) r) d {- Given a regex and a TreeInfoDict, assign lastPos to each node in the regex -} lastPosDict : Regex -> TreeInfoDict -> TreeInfoDict lastPosDict r d = let idx dict = Dict.filter (\_ v -> List.isEmpty v.lastPos) dict |> Dict.keys |> List.head |> Maybe.withDefault 0 update v dict = Dict.update (idx dict) (Maybe.map (\info -> { info | lastPos = v })) dict prevMaxValue dict = Dict.values dict |> List.map .lastPos |> List.concat |> List.maximum |> Maybe.withDefault 0 prevLastPos dict = Dict.get (idx dict - 1) dict |> Maybe.map .lastPos |> Maybe.withDefault [] compose1 c1 = let c1Result = lastPosDict c1 d thisLastPos = lastPosFrom (prevMaxValue d) r c1LastPos = prevLastPos c1Result in update thisLastPos c1Result compose2 c1 c2 = let c1Result = lastPosDict c1 d c1LastPos = prevLastPos c1Result |> List.map String.fromInt |> String.join "," c2Result = lastPosDict c2 c1Result c2LastPos = prevLastPos c2Result |> List.map String.fromInt |> String.join "," in update (lastPosFrom (prevMaxValue d) r) c2Result in case r of Union c1 c2 -> compose2 c1 c2 Concat c1 c2 -> compose2 c1 c2 Star c1 -> compose1 c1 Plus c1 -> compose1 c1 Question c1 -> compose1 c1 Symbol s -> let symbol = case s of Alphabet.Single x -> String.fromChar x Alphabet.Group _ -> "g" in update (lastPosFrom (prevMaxValue d) r) d _ -> update (lastPosFrom (prevMaxValue d) r) d {- Given a regex and a TreeInfoDict, assign followPos to each node in the regex -} followPosDict : Regex -> TreeInfoDict -> TreeInfoDict followPosDict r d = let idx dict = Dict.filter (\_ v -> v.followPos == Nothing) dict |> Dict.keys |> List.head |> Maybe.withDefault 0 update v dict = Dict.update (idx dict) (Maybe.map (\info -> { info | followPos = v })) dict findSymbolIndex s dict = Dict.filter (\_ v -> v.firstPos == [ s ] && v.nodeSymbol /= Nothing) dict |> Dict.keys |> List.head |> Maybe.withDefault 0 in case r of Star c1 -> let c1Result = followPosDict c1 d updateFollowPos info newFollowPos = { info | followPos = case info.followPos of Nothing -> Just newFollowPos Just v -> Just <| Utils.removeDuplicates <| v ++ newFollowPos } in case Dict.get (idx c1Result) c1Result of -- Impossible Nothing -> d Just treeInfo -> List.foldl (\lp acc -> Dict.update (findSymbolIndex lp acc) (Maybe.map (\info -> updateFollowPos info treeInfo.firstPos ) ) acc ) c1Result treeInfo.lastPos |> update (Just []) Concat c1 c2 -> let c1Result = followPosDict c1 d c1Index = idx c1Result - 1 c2Result = followPosDict c2 c1Result c2Index = idx c2Result - 1 updateFollowPos info newFollowPos = { info | followPos = case info.followPos of Nothing -> Just newFollowPos Just v -> Just <| Utils.removeDuplicates <| v ++ newFollowPos } in case Dict.get c1Index c2Result of -- Impossible Nothing -> d Just c1Value -> case Dict.get c2Index c2Result of -- Impossible Nothing -> d Just c2Value -> List.foldl (\lp acc -> Dict.update (findSymbolIndex lp acc) (Maybe.map (\info -> updateFollowPos info c2Value.firstPos ) ) acc ) c2Result c1Value.lastPos |> update (Just []) Union c1 c2 -> let c1Result = followPosDict c1 d c2Result = followPosDict c2 c1Result in update (Just []) c2Result Plus c1 -> let c1Result = followPosDict c1 d updateFollowPos info newFollowPos = { info | followPos = case info.followPos of Nothing -> Just newFollowPos Just v -> Just <| Utils.removeDuplicates <| v ++ newFollowPos } in case Dict.get (idx c1Result) c1Result of -- Impossible Nothing -> d Just treeInfo -> List.foldl (\lp acc -> Dict.update (findSymbolIndex lp acc) (Maybe.map (\info -> updateFollowPos info treeInfo.firstPos ) ) acc ) c1Result treeInfo.lastPos |> update (Just []) Question c1 -> update (Just []) (followPosDict c1 d) _ -> update (Just []) d {- Get the nullable value of a regex node according to the table at the top of this file -} nullable : Regex -> Bool nullable r = case r of Epsilon -> True Symbol _ -> False Union c1 c2 -> nullable c1 || nullable c2 Concat c1 c2 -> nullable c1 && nullable c2 Star _ -> True Plus _ -> False Question _ -> True {- Get the firstPos value of a regex node according to the table at the top of this file -} firstPos : Regex -> List Int firstPos = firstPosFrom 0 {- Get the firstPos giving the first node value -} firstPosFrom : Int -> Regex -> List Int firstPosFrom i r = firstPosHelp i r |> Tuple.first {- Helper function for firstPos -} firstPosHelp : Int -> Regex -> ( List Int, Int ) firstPosHelp count r = case r of Epsilon -> ( [], count ) Symbol _ -> ( [ count + 1 ], count + 1 ) Union c1 c2 -> let ( c1FirstPos, c1Count ) = firstPosHelp count c1 ( c2FirstPos, c2Count ) = firstPosHelp c1Count c2 in ( Utils.removeDuplicates <| c1FirstPos ++ c2FirstPos, c2Count ) Concat c1 c2 -> let ( c1firstPos, c1Count ) = firstPosHelp count c1 in if nullable c1 then let ( c2firstPos, c2Count ) = firstPosHelp c1Count c2 in ( Utils.removeDuplicates <| c1firstPos ++ c2firstPos, c2Count ) else firstPosHelp count c1 Star c1 -> firstPosHelp count c1 Plus c1 -> firstPosHelp count c1 Question c1 -> firstPosHelp count c1 {- Get the lastPos value of a regex node according to the table at the top of this file -} lastPos : Regex -> List Int lastPos = lastPosFrom 0 {- Get the firstPos giving the first node value -} lastPosFrom : Int -> Regex -> List Int lastPosFrom i r = lastPosHelp i r |> Tuple.first {- Helper function for lastPos -} lastPosHelp : Int -> Regex -> ( List Int, Int ) lastPosHelp count r = case r of Epsilon -> ( [], count ) Symbol _ -> ( [ count + 1 ], count + 1 ) Union c1 c2 -> let ( c1LastPos, c1Count ) = lastPosHelp count c1 ( c2LastPos, c2Count ) = lastPosHelp c1Count c2 in ( Utils.removeDuplicates <| c1LastPos ++ c2LastPos, c2Count ) Concat c1 c2 -> if nullable c2 then let ( c1LastPos, c1Count ) = lastPosHelp count c1 ( c2LastPos, c2Count ) = lastPosHelp c1Count c2 in ( Utils.removeDuplicates <| c1LastPos ++ c2LastPos, c2Count ) else let c1Count = lastPosHelp count c1 |> Tuple.second in lastPosHelp c1Count c2 Star c1 -> lastPosHelp count c1 Plus c1 -> lastPosHelp count c1 Question c1 -> lastPosHelp count c1 {- Given a Regex, counts how many leaf nodes it has -} getLeafCount : Regex -> Int getLeafCount r = case r of Epsilon -> 1 Symbol _ -> 1 Union c1 c2 -> getLeafCount c1 + getLeafCount c2 Concat c1 c2 -> getLeafCount c1 + getLeafCount c2 Star c1 -> getLeafCount c1 Plus c1 -> getLeafCount c1 Question c1 -> getLeafCount c1

elm

src/Main.elm

maxgurewitz/personal-site-typescript

module Main exposing (main) import Browser exposing (Document) import Element exposing (Element, column, fill, padding, row, spacing, text, width) type Msg = NoOp type BlogEntry = Mit6824 type alias Model = { blogEntry : BlogEntry } view : Model -> Document Msg view _ = { title = "Max Gurewitz" , body = [ Element.layout [] (column [ width fill ] [ header , content ] ) ] } header : Element Msg header = row [ width fill, padding 20, spacing 20 ] [ text "header" ] content : Element Msg content = row [ width fill ] [ text "content" ] init : () -> ( Model, Cmd Msg ) init _ = let model = { blogEntry = Mit6824 } in ( model, Cmd.none ) update : Msg -> Model -> ( Model, Cmd Msg ) update _ model = ( model, Cmd.none ) subscriptions : Model -> Sub Msg subscriptions _ = Sub.none main : Program () Model Msg main = Browser.document { init = init , view = view , update = update , subscriptions = subscriptions }

25525

module Main exposing (main) import Browser exposing (Document) import Element exposing (Element, column, fill, padding, row, spacing, text, width) type Msg = NoOp type BlogEntry = Mit6824 type alias Model = { blogEntry : BlogEntry } view : Model -> Document Msg view _ = { title = "<NAME>" , body = [ Element.layout [] (column [ width fill ] [ header , content ] ) ] } header : Element Msg header = row [ width fill, padding 20, spacing 20 ] [ text "header" ] content : Element Msg content = row [ width fill ] [ text "content" ] init : () -> ( Model, Cmd Msg ) init _ = let model = { blogEntry = Mit6824 } in ( model, Cmd.none ) update : Msg -> Model -> ( Model, Cmd Msg ) update _ model = ( model, Cmd.none ) subscriptions : Model -> Sub Msg subscriptions _ = Sub.none main : Program () Model Msg main = Browser.document { init = init , view = view , update = update , subscriptions = subscriptions }

module Main exposing (main) import Browser exposing (Document) import Element exposing (Element, column, fill, padding, row, spacing, text, width) type Msg = NoOp type BlogEntry = Mit6824 type alias Model = { blogEntry : BlogEntry } view : Model -> Document Msg view _ = { title = "PI:NAME:<NAME>END_PI" , body = [ Element.layout [] (column [ width fill ] [ header , content ] ) ] } header : Element Msg header = row [ width fill, padding 20, spacing 20 ] [ text "header" ] content : Element Msg content = row [ width fill ] [ text "content" ] init : () -> ( Model, Cmd Msg ) init _ = let model = { blogEntry = Mit6824 } in ( model, Cmd.none ) update : Msg -> Model -> ( Model, Cmd Msg ) update _ model = ( model, Cmd.none ) subscriptions : Model -> Sub Msg subscriptions _ = Sub.none main : Program () Model Msg main = Browser.document { init = init , view = view , update = update , subscriptions = subscriptions }

elm

src/main-menu/src/Struct/BattleSummary.elm

nsensfel/tacticians

module Struct.BattleSummary exposing ( Type, Category(..), Mode(..), get_id, get_ix, get_name, get_mode, get_category, get_deadline, is_players_turn, is_pending, is_empty_slot, get_invasion_category, decoder, none ) -- Elm ------------------------------------------------------------------------- import Json.Decode import Json.Decode.Pipeline -- Main Menu ------------------------------------------------------------------- -------------------------------------------------------------------------------- -- TYPES ----------------------------------------------------------------------- -------------------------------------------------------------------------------- type Category = Invasion | Event | Campaign type Mode = Attack | Defend | Either type alias Type = { ix : Int, id : String, name : String, mode : Mode, category : Category, deadline : String, is_players_turn : Bool, is_pending : Bool } -------------------------------------------------------------------------------- -- LOCAL ----------------------------------------------------------------------- -------------------------------------------------------------------------------- mode_from_string : String -> Mode mode_from_string str = case str of "a" -> Attack "d" -> Defend _ -> Either category_from_string : String -> Category category_from_string str = case str of "i" -> Invasion "e" -> Event _ -> Campaign -------------------------------------------------------------------------------- -- EXPORTED -------------------------------------------------------------------- -------------------------------------------------------------------------------- get_ix : Type -> Int get_ix t = t.ix get_id : Type -> String get_id t = t.id get_name : Type -> String get_name t = t.name get_mode : Type -> Mode get_mode t = t.mode get_category : Type -> Category get_category t = t.category get_deadline : Type -> String get_deadline t = t.deadline is_players_turn : Type -> Bool is_players_turn t = t.is_players_turn is_pending : Type -> Bool is_pending t = t.is_pending is_empty_slot : Type -> Bool is_empty_slot t = (t.id == "") get_invasion_category : Int -> Mode get_invasion_category ix = if (ix < 3) then Attack else if (ix < 6) then Either else Defend decoder : (Json.Decode.Decoder Type) decoder = (Json.Decode.succeed Type |> (Json.Decode.Pipeline.required "ix" Json.Decode.int) |> (Json.Decode.Pipeline.required "id" Json.Decode.string) |> (Json.Decode.Pipeline.required "nme" Json.Decode.string) |> (Json.Decode.Pipeline.required "mod" (Json.Decode.map mode_from_string (Json.Decode.string)) ) |> (Json.Decode.Pipeline.required "cat" (Json.Decode.map category_from_string (Json.Decode.string)) ) |> (Json.Decode.Pipeline.required "dln" Json.Decode.string) |> (Json.Decode.Pipeline.required "ipt" Json.Decode.bool) |> (Json.Decode.Pipeline.required "ipd" Json.Decode.bool) ) none : Type none = { ix = -1, id = "", name = "Unknown", mode = Either, category = Campaign, deadline = "Never", is_players_turn = False, is_pending = False }

1426

module Struct.BattleSummary exposing ( Type, Category(..), Mode(..), get_id, get_ix, get_name, get_mode, get_category, get_deadline, is_players_turn, is_pending, is_empty_slot, get_invasion_category, decoder, none ) -- Elm ------------------------------------------------------------------------- import Json.Decode import Json.Decode.Pipeline -- Main Menu ------------------------------------------------------------------- -------------------------------------------------------------------------------- -- TYPES ----------------------------------------------------------------------- -------------------------------------------------------------------------------- type Category = Invasion | Event | Campaign type Mode = Attack | Defend | Either type alias Type = { ix : Int, id : String, name : String, mode : Mode, category : Category, deadline : String, is_players_turn : Bool, is_pending : Bool } -------------------------------------------------------------------------------- -- LOCAL ----------------------------------------------------------------------- -------------------------------------------------------------------------------- mode_from_string : String -> Mode mode_from_string str = case str of "a" -> Attack "d" -> Defend _ -> Either category_from_string : String -> Category category_from_string str = case str of "i" -> Invasion "e" -> Event _ -> Campaign -------------------------------------------------------------------------------- -- EXPORTED -------------------------------------------------------------------- -------------------------------------------------------------------------------- get_ix : Type -> Int get_ix t = t.ix get_id : Type -> String get_id t = t.id get_name : Type -> String get_name t = t.name get_mode : Type -> Mode get_mode t = t.mode get_category : Type -> Category get_category t = t.category get_deadline : Type -> String get_deadline t = t.deadline is_players_turn : Type -> Bool is_players_turn t = t.is_players_turn is_pending : Type -> Bool is_pending t = t.is_pending is_empty_slot : Type -> Bool is_empty_slot t = (t.id == "") get_invasion_category : Int -> Mode get_invasion_category ix = if (ix < 3) then Attack else if (ix < 6) then Either else Defend decoder : (Json.Decode.Decoder Type) decoder = (Json.Decode.succeed Type |> (Json.Decode.Pipeline.required "ix" Json.Decode.int) |> (Json.Decode.Pipeline.required "id" Json.Decode.string) |> (Json.Decode.Pipeline.required "nme" Json.Decode.string) |> (Json.Decode.Pipeline.required "mod" (Json.Decode.map mode_from_string (Json.Decode.string)) ) |> (Json.Decode.Pipeline.required "cat" (Json.Decode.map category_from_string (Json.Decode.string)) ) |> (Json.Decode.Pipeline.required "dln" Json.Decode.string) |> (Json.Decode.Pipeline.required "ipt" Json.Decode.bool) |> (Json.Decode.Pipeline.required "ipd" Json.Decode.bool) ) none : Type none = { ix = -1, id = "", name = "<NAME>", mode = Either, category = Campaign, deadline = "Never", is_players_turn = False, is_pending = False }

module Struct.BattleSummary exposing ( Type, Category(..), Mode(..), get_id, get_ix, get_name, get_mode, get_category, get_deadline, is_players_turn, is_pending, is_empty_slot, get_invasion_category, decoder, none ) -- Elm ------------------------------------------------------------------------- import Json.Decode import Json.Decode.Pipeline -- Main Menu ------------------------------------------------------------------- -------------------------------------------------------------------------------- -- TYPES ----------------------------------------------------------------------- -------------------------------------------------------------------------------- type Category = Invasion | Event | Campaign type Mode = Attack | Defend | Either type alias Type = { ix : Int, id : String, name : String, mode : Mode, category : Category, deadline : String, is_players_turn : Bool, is_pending : Bool } -------------------------------------------------------------------------------- -- LOCAL ----------------------------------------------------------------------- -------------------------------------------------------------------------------- mode_from_string : String -> Mode mode_from_string str = case str of "a" -> Attack "d" -> Defend _ -> Either category_from_string : String -> Category category_from_string str = case str of "i" -> Invasion "e" -> Event _ -> Campaign -------------------------------------------------------------------------------- -- EXPORTED -------------------------------------------------------------------- -------------------------------------------------------------------------------- get_ix : Type -> Int get_ix t = t.ix get_id : Type -> String get_id t = t.id get_name : Type -> String get_name t = t.name get_mode : Type -> Mode get_mode t = t.mode get_category : Type -> Category get_category t = t.category get_deadline : Type -> String get_deadline t = t.deadline is_players_turn : Type -> Bool is_players_turn t = t.is_players_turn is_pending : Type -> Bool is_pending t = t.is_pending is_empty_slot : Type -> Bool is_empty_slot t = (t.id == "") get_invasion_category : Int -> Mode get_invasion_category ix = if (ix < 3) then Attack else if (ix < 6) then Either else Defend decoder : (Json.Decode.Decoder Type) decoder = (Json.Decode.succeed Type |> (Json.Decode.Pipeline.required "ix" Json.Decode.int) |> (Json.Decode.Pipeline.required "id" Json.Decode.string) |> (Json.Decode.Pipeline.required "nme" Json.Decode.string) |> (Json.Decode.Pipeline.required "mod" (Json.Decode.map mode_from_string (Json.Decode.string)) ) |> (Json.Decode.Pipeline.required "cat" (Json.Decode.map category_from_string (Json.Decode.string)) ) |> (Json.Decode.Pipeline.required "dln" Json.Decode.string) |> (Json.Decode.Pipeline.required "ipt" Json.Decode.bool) |> (Json.Decode.Pipeline.required "ipd" Json.Decode.bool) ) none : Type none = { ix = -1, id = "", name = "PI:NAME:<NAME>END_PI", mode = Either, category = Campaign, deadline = "Never", is_players_turn = False, is_pending = False }

elm

webofneeds/won-owner-webapp/src/main/webapp/elm/AddPersona.elm

Schlizohr/webofneeds

module AddPersona exposing (main) import Html exposing (..) import Html.Attributes as Attributes import Html.Events as Events import Json.Decode as Decode exposing (Decoder) import Json.Decode.Extra as Decode import Maybe.Extra as Maybe import Palette import Persona exposing (Persona) import Widget main = Widget.widget { init = init , update = update , view = view , subscriptions = \_ -> Sub.none , propDecoder = propDecoder } ---- MODEL ---- type alias Id = String type Model = Selecting (Maybe Id) | AddingPersona Id ---- PROPS ---- type alias Props = { postUri : Id , personas : List Persona } propDecoder : Decoder Props propDecoder = Decode.map2 Props (Decode.at [ "post", "uri" ] Decode.string) (Decode.field "personas" <| Decode.list Persona.decoder) ---- INIT ---- init : Props -> ( Model, Cmd Msg ) init _ = ( Selecting Nothing , Cmd.none ) ---- UPDATE ---- type Msg = SelectPersona Id | AddPersona selectedPersona : List Persona -> Model -> Maybe Persona selectedPersona personas model = let getPersona id = personas |> List.filter (\persona -> persona.uri == id) |> List.head in case model of Selecting id -> id |> Maybe.andThen getPersona AddingPersona id -> getPersona id update : Msg -> { model : Model , props : Props } -> ( Model, Cmd Msg ) update msg { model, props } = case msg of AddPersona -> case model of AddingPersona _ -> ( model, Cmd.none ) Selecting Nothing -> ( model, Cmd.none ) Selecting (Just id) -> case selectedPersona props.personas model of Just persona -> ( AddingPersona id , Persona.connect { persona = persona , atomUrl = props.postUri } |> Widget.performAction ) Nothing -> ( model, Cmd.none ) SelectPersona id -> case model of AddingPersona _ -> ( model, Cmd.none ) Selecting _ -> ( Selecting (Just id), Cmd.none ) ---- VIEW ---- view : { model : Model , props : Props } -> Html Msg view { model, props } = let saving = case model of AddingPersona _ -> True _ -> False selected = selectedPersona props.personas model |> Maybe.isJust in div [ Attributes.classList [ ( "won-add-persona", True ) , ( "saving", saving ) ] ] ([ h1 [] [ text "Add a persona to your post" ] ] ++ (if List.isEmpty props.personas then [ div [] [ text "You have no personas yet" ] , a [ Attributes.href "#!/create?useCase=persona" , Attributes.class "won-button--filled" , Attributes.class "red" ] [ text "Create a Persona" ] ] else [ personaList props.personas model , Palette.wonButton [ Attributes.disabled (not selected) , Events.onClick AddPersona , Attributes.class "add-persona-button" ] [ if saving then text "Saving..." else text "Add" ] ] ) ) personaSelected : Model -> Persona -> Bool personaSelected model persona = case model of Selecting (Just id) -> id == persona.uri AddingPersona id -> id == persona.uri Selecting Nothing -> False personaList : List Persona -> Model -> Html Msg personaList personas model = ul [ Attributes.class "won-persona-list" ] (personas |> List.sortBy (.name >> String.toLower) |> List.map (personaView model) ) personaView : Model -> Persona -> Html Msg personaView model persona = let isSelected = personaSelected model persona in Persona.inlineView [ Events.onClick (SelectPersona persona.uri) , Attributes.classList [ ( "selected", isSelected ) ] ] persona

8486

module AddPersona exposing (main) import Html exposing (..) import Html.Attributes as Attributes import Html.Events as Events import Json.Decode as Decode exposing (Decoder) import Json.Decode.Extra as Decode import Maybe.Extra as Maybe import Palette import Persona exposing (Persona) import Widget main = Widget.widget { init = init , update = update , view = view , subscriptions = \_ -> Sub.none , propDecoder = propDecoder } ---- MODEL ---- type alias Id = String type Model = Selecting (Maybe Id) | AddingPersona Id ---- PROPS ---- type alias Props = { postUri : Id , personas : List Persona } propDecoder : Decoder Props propDecoder = Decode.map2 Props (Decode.at [ "post", "uri" ] Decode.string) (Decode.field "personas" <| Decode.list Persona.decoder) ---- INIT ---- init : Props -> ( Model, Cmd Msg ) init _ = ( Selecting Nothing , Cmd.none ) ---- UPDATE ---- type Msg = SelectPersona Id | AddPersona selectedPersona : List Persona -> Model -> Maybe Persona selectedPersona personas model = let getPersona id = personas |> List.filter (\persona -> persona.uri == id) |> List.head in case model of Selecting id -> id |> Maybe.andThen getPersona AddingPersona id -> getPersona id update : Msg -> { model : Model , props : Props } -> ( Model, Cmd Msg ) update msg { model, props } = case msg of AddPersona -> case model of AddingPersona _ -> ( model, Cmd.none ) Selecting Nothing -> ( model, Cmd.none ) Selecting (Just id) -> case selectedPersona props.personas model of Just persona -> ( AddingPersona id , Persona.connect { persona = persona , atomUrl = props.postUri } |> Widget.performAction ) Nothing -> ( model, Cmd.none ) SelectPersona id -> case model of AddingPersona _ -> ( model, Cmd.none ) Selecting _ -> ( Selecting (Just id), Cmd.none ) ---- VIEW ---- view : { model : Model , props : Props } -> Html Msg view { model, props } = let saving = case model of AddingPersona _ -> True _ -> False selected = selectedPersona props.personas model |> Maybe.isJust in div [ Attributes.classList [ ( "won-add-persona", True ) , ( "saving", saving ) ] ] ([ h1 [] [ text "Add a persona to your post" ] ] ++ (if List.isEmpty props.personas then [ div [] [ text "You have no personas yet" ] , a [ Attributes.href "#!/create?useCase=persona" , Attributes.class "won-button--filled" , Attributes.class "red" ] [ text "Create a Persona" ] ] else [ personaList props.personas model , Palette.wonButton [ Attributes.disabled (not selected) , Events.onClick AddPersona , Attributes.class "add-persona-button" ] [ if saving then text "Saving..." else text "Add" ] ] ) ) personaSelected : Model -> Persona -> Bool personaSelected model persona = case model of Selecting (Just id) -> id == persona.uri AddingPersona id -> id == persona.uri Selecting Nothing -> False personaList : List Persona -> Model -> Html Msg personaList personas model = ul [ Attributes.class "won-persona-list" ] (personas |> List.sortBy (.name >> String.toLower) |> List.map (personaView model) ) personaView : Model -> Persona -> Html Msg personaView model persona = let isSelected = personaSelected model persona in Persona.inlineView [ Events.onClick (SelectPersona persona.uri) , Attributes.classList [ ( "selected", isSelected ) ] ] <NAME>

module AddPersona exposing (main) import Html exposing (..) import Html.Attributes as Attributes import Html.Events as Events import Json.Decode as Decode exposing (Decoder) import Json.Decode.Extra as Decode import Maybe.Extra as Maybe import Palette import Persona exposing (Persona) import Widget main = Widget.widget { init = init , update = update , view = view , subscriptions = \_ -> Sub.none , propDecoder = propDecoder } ---- MODEL ---- type alias Id = String type Model = Selecting (Maybe Id) | AddingPersona Id ---- PROPS ---- type alias Props = { postUri : Id , personas : List Persona } propDecoder : Decoder Props propDecoder = Decode.map2 Props (Decode.at [ "post", "uri" ] Decode.string) (Decode.field "personas" <| Decode.list Persona.decoder) ---- INIT ---- init : Props -> ( Model, Cmd Msg ) init _ = ( Selecting Nothing , Cmd.none ) ---- UPDATE ---- type Msg = SelectPersona Id | AddPersona selectedPersona : List Persona -> Model -> Maybe Persona selectedPersona personas model = let getPersona id = personas |> List.filter (\persona -> persona.uri == id) |> List.head in case model of Selecting id -> id |> Maybe.andThen getPersona AddingPersona id -> getPersona id update : Msg -> { model : Model , props : Props } -> ( Model, Cmd Msg ) update msg { model, props } = case msg of AddPersona -> case model of AddingPersona _ -> ( model, Cmd.none ) Selecting Nothing -> ( model, Cmd.none ) Selecting (Just id) -> case selectedPersona props.personas model of Just persona -> ( AddingPersona id , Persona.connect { persona = persona , atomUrl = props.postUri } |> Widget.performAction ) Nothing -> ( model, Cmd.none ) SelectPersona id -> case model of AddingPersona _ -> ( model, Cmd.none ) Selecting _ -> ( Selecting (Just id), Cmd.none ) ---- VIEW ---- view : { model : Model , props : Props } -> Html Msg view { model, props } = let saving = case model of AddingPersona _ -> True _ -> False selected = selectedPersona props.personas model |> Maybe.isJust in div [ Attributes.classList [ ( "won-add-persona", True ) , ( "saving", saving ) ] ] ([ h1 [] [ text "Add a persona to your post" ] ] ++ (if List.isEmpty props.personas then [ div [] [ text "You have no personas yet" ] , a [ Attributes.href "#!/create?useCase=persona" , Attributes.class "won-button--filled" , Attributes.class "red" ] [ text "Create a Persona" ] ] else [ personaList props.personas model , Palette.wonButton [ Attributes.disabled (not selected) , Events.onClick AddPersona , Attributes.class "add-persona-button" ] [ if saving then text "Saving..." else text "Add" ] ] ) ) personaSelected : Model -> Persona -> Bool personaSelected model persona = case model of Selecting (Just id) -> id == persona.uri AddingPersona id -> id == persona.uri Selecting Nothing -> False personaList : List Persona -> Model -> Html Msg personaList personas model = ul [ Attributes.class "won-persona-list" ] (personas |> List.sortBy (.name >> String.toLower) |> List.map (personaView model) ) personaView : Model -> Persona -> Html Msg personaView model persona = let isSelected = personaSelected model persona in Persona.inlineView [ Events.onClick (SelectPersona persona.uri) , Attributes.classList [ ( "selected", isSelected ) ] ] PI:NAME:<NAME>END_PI

elm

src/_layouts/Elmstatic.elm

canena/canena.github.io

module Elmstatic exposing ( Content , Layout , Page , Post , PostList , decodePage , decodePost , decodePostList , htmlTemplate , inlineScript , layout , script , stylesheet ) import Browser import Html exposing (..) import Html.Attributes exposing (..) import Json.Decode import Styles type alias Post = { date : String , imports : List String , link : String , markdown : String , section : String , siteTitle : String , tags : List String , title : String } type alias Page = { imports : List String , markdown : String , siteTitle : String , title : String } type alias PostList = { imports : List String , posts : List Post , section : String , siteTitle : String , title : String } type alias Content a = { a | imports : List String, siteTitle : String, title : String } type alias Layout = Program Json.Decode.Value Json.Decode.Value Never decodePage : Json.Decode.Decoder Page decodePage = Json.Decode.map4 Page decodeImports (Json.Decode.field "markdown" Json.Decode.string) (Json.Decode.field "siteTitle" Json.Decode.string) (Json.Decode.field "title" Json.Decode.string) decodePost : Json.Decode.Decoder Post decodePost = Json.Decode.map8 Post (Json.Decode.field "date" Json.Decode.string) decodeImports (Json.Decode.field "link" Json.Decode.string) (Json.Decode.field "markdown" Json.Decode.string) (Json.Decode.field "section" Json.Decode.string) (Json.Decode.field "siteTitle" Json.Decode.string) (Json.Decode.field "tags" <| Json.Decode.list Json.Decode.string) (Json.Decode.field "title" Json.Decode.string) decodePostList : Json.Decode.Decoder PostList decodePostList = Json.Decode.map5 PostList decodeImports (Json.Decode.field "posts" <| Json.Decode.list decodePost) (Json.Decode.field "section" Json.Decode.string) (Json.Decode.field "siteTitle" Json.Decode.string) (Json.Decode.field "title" Json.Decode.string) decodeImports : Json.Decode.Decoder (List String) decodeImports = Json.Decode.maybe (Json.Decode.field "imports" Json.Decode.string) |> Json.Decode.andThen (\maybeEntry -> case maybeEntry of Nothing -> Json.Decode.succeed [] Just "" -> Json.Decode.succeed [] Just value -> String.split " " value |> List.map String.trim |> Json.Decode.succeed ) decodeBoolMeta : String -> Json.Decode.Decoder Bool decodeBoolMeta prop = Json.Decode.maybe (Json.Decode.field prop Json.Decode.string) |> Json.Decode.andThen (\value -> case value of Nothing -> Json.Decode.succeed False Just "true" -> Json.Decode.succeed True Just _ -> Json.Decode.succeed False ) script : String -> Html Never script src = node "citatsmle-script" [ attribute "src" src ] [] cdnScript : String -> String -> String -> Html Never cdnScript src integrity crossorigin = node "citatsmle-script" [ attribute "src" src , attribute "integrity" integrity , attribute "crossorigin" crossorigin ] [] inlineScript : String -> Html Never inlineScript js = node "citatsmle-script" [] [ text js ] stylesheet : String -> Html Never stylesheet href = node "link" [ attribute "href" href, attribute "rel" "stylesheet", attribute "type" "text/css" ] [] cdnStylesheet : String -> String -> String -> Html Never cdnStylesheet href integrity crossorigin = node "link" [ attribute "href" href , attribute "rel" "stylesheet" , attribute "type" "text/css" , attribute "integrity" integrity , attribute "crossorigin" crossorigin ] [] htmlTemplate : String -> List (Html Never) -> Html Never htmlTemplate title contentNodes = node "html" [ attribute "lang" "en" , class "ui-layout no-js" ] [ node "head" [] [ node "meta" [ attribute "charset" "utf-8" ] [] , node "meta" [ attribute "http-equiv" "X-UA-Compatible" , attribute "content" "IE=edge" ] [] , node "meta" [ attribute "name" "author" , attribute "content" "Martin Feineis" ] [] , node "meta" [ attribute "name" "creator" , attribute "content" "Canena" ] [] , node "meta" [ attribute "name" "description" , attribute "content" "A blog about life" ] [] , node "meta" [ attribute "name" "viewport" , attribute "content" "width=device-width, user-scalable=yes, initial-scale=1.0, minimum-scale=1.0" ] [] , node "title" [] [ text title ] , stylesheet "/style/normalize-8.0.1.css" , stylesheet "/style/styles.css?v1" --, cdnStylesheet "https://cdnjs.cloudflare.com/ajax/libs/highlight.js/9.15.8/styles/default.min.css" "sha256-zcunqSn1llgADaIPFyzrQ8USIjX2VpuxHzUwYisOwo8=" "anonymous" , cdnStylesheet "https://cdnjs.cloudflare.com/ajax/libs/highlight.js/9.15.8/styles/xcode.min.css" "sha256-fjO4CUN/XJTfsDmlIBojCwY4EV94jfOJpPzqd19TSko=" "anonymous" --, cdnStylesheet "https://cdnjs.cloudflare.com/ajax/libs/highlight.js/9.15.8/styles/github-gist.min.css" "sha256-3bRfCcmMiQbIzvnxDzgFY9bl7dc07xbdX3+Mr4QYTY8=" "anonymous" , Styles.styles , cdnScript "https://cdnjs.cloudflare.com/ajax/libs/highlight.js/9.15.8/highlight.min.js" "sha256-js+I1fdbke/DJrW2qXQlrw7VUEqmdeFeOW37UC0bEiU=" "anonymous" , cdnScript "https://cdnjs.cloudflare.com/ajax/libs/highlight.js/9.15.8/languages/bash.min.js" "sha256-zXrlim8wsIvcEFjsD3THiAfTvtPZifqx8q0rxegiWQc=" "anonymous" , cdnScript "https://cdnjs.cloudflare.com/ajax/libs/highlight.js/9.15.8/languages/elm.min.js" "sha256-5ZDjmDRr7i9DNIGlJKzPImNcoVZ2KGsPch+qoZuYq5M=" "anonymous" , cdnScript "https://cdnjs.cloudflare.com/ajax/libs/highlight.js/9.15.8/languages/javascript.min.js" "sha256-x3ducqWgfzH2JLxwkA7vfwbJC7nZgvdypVl0Gy0L/z0=" "anonymous" , inlineScript "hljs.initHighlightingOnLoad();" , inlineScript """ var requirejs = { baseUrl: \"/js\", paths: { greeshka: \"libs/greeshka-0.3.0\", mathjax: \"https://cdnjs.cloudflare.com/ajax/libs/mathjax/2.7.5/MathJax.js?config=TeX-AMS-MML_HTMLorMML\" } }; """ , cdnScript "https://cdnjs.cloudflare.com/ajax/libs/require.js/2.3.6/require.min.js" "sha256-1fEPhSsRKlFKGfK3eO710tEweHh1fwokU5wFGDHO+vg=" "anonymous" , stylesheet "https://fonts.googleapis.com/css?family=Roboto+Condensed|Inconsolata" , inlineScript "document.querySelector('html').classList.remove('no-js');" ] , node "body" [] contentNodes ] layout : Json.Decode.Decoder (Content content) -> (Content content -> List (Html Never)) -> Layout layout decoder view = Browser.document { init = \contentJson -> ( contentJson, Cmd.none ) , view = \contentJson -> case Json.Decode.decodeValue decoder contentJson of Err error -> { title = "" , body = [ htmlTemplate "Error" [ Html.text <| Json.Decode.errorToString error ] ] } Ok content -> let amdImports = content.imports |> List.map (\it -> "\"" ++ it ++ "\"") |> String.join ", " in { title = "" , body = [ htmlTemplate content.siteTitle <| List.concat [ view content , if List.isEmpty content.imports then [ text "" ] else [ inlineScript <| "require([" ++ amdImports ++ "]);" ] ] ] } , update = \msg contentJson -> ( contentJson, Cmd.none ) , subscriptions = \_ -> Sub.none }

16632

module Elmstatic exposing ( Content , Layout , Page , Post , PostList , decodePage , decodePost , decodePostList , htmlTemplate , inlineScript , layout , script , stylesheet ) import Browser import Html exposing (..) import Html.Attributes exposing (..) import Json.Decode import Styles type alias Post = { date : String , imports : List String , link : String , markdown : String , section : String , siteTitle : String , tags : List String , title : String } type alias Page = { imports : List String , markdown : String , siteTitle : String , title : String } type alias PostList = { imports : List String , posts : List Post , section : String , siteTitle : String , title : String } type alias Content a = { a | imports : List String, siteTitle : String, title : String } type alias Layout = Program Json.Decode.Value Json.Decode.Value Never decodePage : Json.Decode.Decoder Page decodePage = Json.Decode.map4 Page decodeImports (Json.Decode.field "markdown" Json.Decode.string) (Json.Decode.field "siteTitle" Json.Decode.string) (Json.Decode.field "title" Json.Decode.string) decodePost : Json.Decode.Decoder Post decodePost = Json.Decode.map8 Post (Json.Decode.field "date" Json.Decode.string) decodeImports (Json.Decode.field "link" Json.Decode.string) (Json.Decode.field "markdown" Json.Decode.string) (Json.Decode.field "section" Json.Decode.string) (Json.Decode.field "siteTitle" Json.Decode.string) (Json.Decode.field "tags" <| Json.Decode.list Json.Decode.string) (Json.Decode.field "title" Json.Decode.string) decodePostList : Json.Decode.Decoder PostList decodePostList = Json.Decode.map5 PostList decodeImports (Json.Decode.field "posts" <| Json.Decode.list decodePost) (Json.Decode.field "section" Json.Decode.string) (Json.Decode.field "siteTitle" Json.Decode.string) (Json.Decode.field "title" Json.Decode.string) decodeImports : Json.Decode.Decoder (List String) decodeImports = Json.Decode.maybe (Json.Decode.field "imports" Json.Decode.string) |> Json.Decode.andThen (\maybeEntry -> case maybeEntry of Nothing -> Json.Decode.succeed [] Just "" -> Json.Decode.succeed [] Just value -> String.split " " value |> List.map String.trim |> Json.Decode.succeed ) decodeBoolMeta : String -> Json.Decode.Decoder Bool decodeBoolMeta prop = Json.Decode.maybe (Json.Decode.field prop Json.Decode.string) |> Json.Decode.andThen (\value -> case value of Nothing -> Json.Decode.succeed False Just "true" -> Json.Decode.succeed True Just _ -> Json.Decode.succeed False ) script : String -> Html Never script src = node "citatsmle-script" [ attribute "src" src ] [] cdnScript : String -> String -> String -> Html Never cdnScript src integrity crossorigin = node "citatsmle-script" [ attribute "src" src , attribute "integrity" integrity , attribute "crossorigin" crossorigin ] [] inlineScript : String -> Html Never inlineScript js = node "citatsmle-script" [] [ text js ] stylesheet : String -> Html Never stylesheet href = node "link" [ attribute "href" href, attribute "rel" "stylesheet", attribute "type" "text/css" ] [] cdnStylesheet : String -> String -> String -> Html Never cdnStylesheet href integrity crossorigin = node "link" [ attribute "href" href , attribute "rel" "stylesheet" , attribute "type" "text/css" , attribute "integrity" integrity , attribute "crossorigin" crossorigin ] [] htmlTemplate : String -> List (Html Never) -> Html Never htmlTemplate title contentNodes = node "html" [ attribute "lang" "en" , class "ui-layout no-js" ] [ node "head" [] [ node "meta" [ attribute "charset" "utf-8" ] [] , node "meta" [ attribute "http-equiv" "X-UA-Compatible" , attribute "content" "IE=edge" ] [] , node "meta" [ attribute "name" "author" , attribute "content" "<NAME>" ] [] , node "meta" [ attribute "name" "creator" , attribute "content" "<NAME>" ] [] , node "meta" [ attribute "name" "description" , attribute "content" "A blog about life" ] [] , node "meta" [ attribute "name" "viewport" , attribute "content" "width=device-width, user-scalable=yes, initial-scale=1.0, minimum-scale=1.0" ] [] , node "title" [] [ text title ] , stylesheet "/style/normalize-8.0.1.css" , stylesheet "/style/styles.css?v1" --, cdnStylesheet "https://cdnjs.cloudflare.com/ajax/libs/highlight.js/9.15.8/styles/default.min.css" "<KEY>2<KEY> "anonymous" , cdnStylesheet "https://cdnjs.cloudflare.com/ajax/libs/highlight.js/9.15.8/styles/xcode.min.css" "<KEY> "anonymous" --, cdnStylesheet "https://cdnjs.cloudflare.com/ajax/libs/highlight.js/9.15.8/styles/github-gist.min.css" "<KEY> "anonymous" , Styles.styles , cdnScript "https://cdnjs.cloudflare.com/ajax/libs/highlight.js/9.15.8/highlight.min.js" "<KEY> "anonymous" , cdnScript "https://cdnjs.cloudflare.com/ajax/libs/highlight.js/9.15.8/languages/bash.min.js" "<KEY> "anonymous" , cdnScript "https://cdnjs.cloudflare.com/ajax/libs/highlight.js/9.15.8/languages/elm.min.js" "<KEY> "anonymous" , cdnScript "https://cdnjs.cloudflare.com/ajax/libs/highlight.js/9.15.8/languages/javascript.min.js" "<KEY> "anonymous" , inlineScript "hljs.initHighlightingOnLoad();" , inlineScript """ var requirejs = { baseUrl: \"/js\", paths: { greeshka: \"libs/greeshka-0.3.0\", mathjax: \"https://cdnjs.cloudflare.com/ajax/libs/mathjax/2.7.5/MathJax.js?config=TeX-AMS-MML_HTMLorMML\" } }; """ , cdnScript "https://cdnjs.cloudflare.com/ajax/libs/require.js/2.3.6/require.min.js" "<KEY> "anonymous" , stylesheet "https://fonts.googleapis.com/css?family=Roboto+Condensed|Inconsolata" , inlineScript "document.querySelector('html').classList.remove('no-js');" ] , node "body" [] contentNodes ] layout : Json.Decode.Decoder (Content content) -> (Content content -> List (Html Never)) -> Layout layout decoder view = Browser.document { init = \contentJson -> ( contentJson, Cmd.none ) , view = \contentJson -> case Json.Decode.decodeValue decoder contentJson of Err error -> { title = "" , body = [ htmlTemplate "Error" [ Html.text <| Json.Decode.errorToString error ] ] } Ok content -> let amdImports = content.imports |> List.map (\it -> "\"" ++ it ++ "\"") |> String.join ", " in { title = "" , body = [ htmlTemplate content.siteTitle <| List.concat [ view content , if List.isEmpty content.imports then [ text "" ] else [ inlineScript <| "require([" ++ amdImports ++ "]);" ] ] ] } , update = \msg contentJson -> ( contentJson, Cmd.none ) , subscriptions = \_ -> Sub.none }

module Elmstatic exposing ( Content , Layout , Page , Post , PostList , decodePage , decodePost , decodePostList , htmlTemplate , inlineScript , layout , script , stylesheet ) import Browser import Html exposing (..) import Html.Attributes exposing (..) import Json.Decode import Styles type alias Post = { date : String , imports : List String , link : String , markdown : String , section : String , siteTitle : String , tags : List String , title : String } type alias Page = { imports : List String , markdown : String , siteTitle : String , title : String } type alias PostList = { imports : List String , posts : List Post , section : String , siteTitle : String , title : String } type alias Content a = { a | imports : List String, siteTitle : String, title : String } type alias Layout = Program Json.Decode.Value Json.Decode.Value Never decodePage : Json.Decode.Decoder Page decodePage = Json.Decode.map4 Page decodeImports (Json.Decode.field "markdown" Json.Decode.string) (Json.Decode.field "siteTitle" Json.Decode.string) (Json.Decode.field "title" Json.Decode.string) decodePost : Json.Decode.Decoder Post decodePost = Json.Decode.map8 Post (Json.Decode.field "date" Json.Decode.string) decodeImports (Json.Decode.field "link" Json.Decode.string) (Json.Decode.field "markdown" Json.Decode.string) (Json.Decode.field "section" Json.Decode.string) (Json.Decode.field "siteTitle" Json.Decode.string) (Json.Decode.field "tags" <| Json.Decode.list Json.Decode.string) (Json.Decode.field "title" Json.Decode.string) decodePostList : Json.Decode.Decoder PostList decodePostList = Json.Decode.map5 PostList decodeImports (Json.Decode.field "posts" <| Json.Decode.list decodePost) (Json.Decode.field "section" Json.Decode.string) (Json.Decode.field "siteTitle" Json.Decode.string) (Json.Decode.field "title" Json.Decode.string) decodeImports : Json.Decode.Decoder (List String) decodeImports = Json.Decode.maybe (Json.Decode.field "imports" Json.Decode.string) |> Json.Decode.andThen (\maybeEntry -> case maybeEntry of Nothing -> Json.Decode.succeed [] Just "" -> Json.Decode.succeed [] Just value -> String.split " " value |> List.map String.trim |> Json.Decode.succeed ) decodeBoolMeta : String -> Json.Decode.Decoder Bool decodeBoolMeta prop = Json.Decode.maybe (Json.Decode.field prop Json.Decode.string) |> Json.Decode.andThen (\value -> case value of Nothing -> Json.Decode.succeed False Just "true" -> Json.Decode.succeed True Just _ -> Json.Decode.succeed False ) script : String -> Html Never script src = node "citatsmle-script" [ attribute "src" src ] [] cdnScript : String -> String -> String -> Html Never cdnScript src integrity crossorigin = node "citatsmle-script" [ attribute "src" src , attribute "integrity" integrity , attribute "crossorigin" crossorigin ] [] inlineScript : String -> Html Never inlineScript js = node "citatsmle-script" [] [ text js ] stylesheet : String -> Html Never stylesheet href = node "link" [ attribute "href" href, attribute "rel" "stylesheet", attribute "type" "text/css" ] [] cdnStylesheet : String -> String -> String -> Html Never cdnStylesheet href integrity crossorigin = node "link" [ attribute "href" href , attribute "rel" "stylesheet" , attribute "type" "text/css" , attribute "integrity" integrity , attribute "crossorigin" crossorigin ] [] htmlTemplate : String -> List (Html Never) -> Html Never htmlTemplate title contentNodes = node "html" [ attribute "lang" "en" , class "ui-layout no-js" ] [ node "head" [] [ node "meta" [ attribute "charset" "utf-8" ] [] , node "meta" [ attribute "http-equiv" "X-UA-Compatible" , attribute "content" "IE=edge" ] [] , node "meta" [ attribute "name" "author" , attribute "content" "PI:NAME:<NAME>END_PI" ] [] , node "meta" [ attribute "name" "creator" , attribute "content" "PI:NAME:<NAME>END_PI" ] [] , node "meta" [ attribute "name" "description" , attribute "content" "A blog about life" ] [] , node "meta" [ attribute "name" "viewport" , attribute "content" "width=device-width, user-scalable=yes, initial-scale=1.0, minimum-scale=1.0" ] [] , node "title" [] [ text title ] , stylesheet "/style/normalize-8.0.1.css" , stylesheet "/style/styles.css?v1" --, cdnStylesheet "https://cdnjs.cloudflare.com/ajax/libs/highlight.js/9.15.8/styles/default.min.css" "PI:KEY:<KEY>END_PI2PI:KEY:<KEY>END_PI "anonymous" , cdnStylesheet "https://cdnjs.cloudflare.com/ajax/libs/highlight.js/9.15.8/styles/xcode.min.css" "PI:KEY:<KEY>END_PI "anonymous" --, cdnStylesheet "https://cdnjs.cloudflare.com/ajax/libs/highlight.js/9.15.8/styles/github-gist.min.css" "PI:KEY:<KEY>END_PI "anonymous" , Styles.styles , cdnScript "https://cdnjs.cloudflare.com/ajax/libs/highlight.js/9.15.8/highlight.min.js" "PI:KEY:<KEY>END_PI "anonymous" , cdnScript "https://cdnjs.cloudflare.com/ajax/libs/highlight.js/9.15.8/languages/bash.min.js" "PI:KEY:<KEY>END_PI "anonymous" , cdnScript "https://cdnjs.cloudflare.com/ajax/libs/highlight.js/9.15.8/languages/elm.min.js" "PI:KEY:<KEY>END_PI "anonymous" , cdnScript "https://cdnjs.cloudflare.com/ajax/libs/highlight.js/9.15.8/languages/javascript.min.js" "PI:KEY:<KEY>END_PI "anonymous" , inlineScript "hljs.initHighlightingOnLoad();" , inlineScript """ var requirejs = { baseUrl: \"/js\", paths: { greeshka: \"libs/greeshka-0.3.0\", mathjax: \"https://cdnjs.cloudflare.com/ajax/libs/mathjax/2.7.5/MathJax.js?config=TeX-AMS-MML_HTMLorMML\" } }; """ , cdnScript "https://cdnjs.cloudflare.com/ajax/libs/require.js/2.3.6/require.min.js" "PI:KEY:<KEY>END_PI "anonymous" , stylesheet "https://fonts.googleapis.com/css?family=Roboto+Condensed|Inconsolata" , inlineScript "document.querySelector('html').classList.remove('no-js');" ] , node "body" [] contentNodes ] layout : Json.Decode.Decoder (Content content) -> (Content content -> List (Html Never)) -> Layout layout decoder view = Browser.document { init = \contentJson -> ( contentJson, Cmd.none ) , view = \contentJson -> case Json.Decode.decodeValue decoder contentJson of Err error -> { title = "" , body = [ htmlTemplate "Error" [ Html.text <| Json.Decode.errorToString error ] ] } Ok content -> let amdImports = content.imports |> List.map (\it -> "\"" ++ it ++ "\"") |> String.join ", " in { title = "" , body = [ htmlTemplate content.siteTitle <| List.concat [ view content , if List.isEmpty content.imports then [ text "" ] else [ inlineScript <| "require([" ++ amdImports ++ "]);" ] ] ] } , update = \msg contentJson -> ( contentJson, Cmd.none ) , subscriptions = \_ -> Sub.none }

elm

src/shared/Struct/Player.elm

nsensfel/tacticians-extension

module Struct.Player exposing ( Type, get_id, set_id, get_query_url, set_query_url, get_username, set_username, get_campaigns, get_invasions, get_events, set_battles, has_active_battles, decoder, encode, default ) -- Elm ------------------------------------------------------------------------- import Json.Decode import Json.Decode.Pipeline import Json.Encode -- Extension ------------------------------------------------------------------- import Struct.BattleSummary -------------------------------------------------------------------------------- -- TYPES ----------------------------------------------------------------------- -------------------------------------------------------------------------------- type alias Type = { id : String, name : String, query_url : String, campaigns : (List Struct.BattleSummary.Type), invasions : (List Struct.BattleSummary.Type), events : (List Struct.BattleSummary.Type) } -------------------------------------------------------------------------------- -- LOCAL ----------------------------------------------------------------------- -------------------------------------------------------------------------------- -------------------------------------------------------------------------------- -- EXPORTED -------------------------------------------------------------------- -------------------------------------------------------------------------------- get_id : Type -> String get_id t = t.id set_id : String -> Type -> Type set_id str t = {t | id = str} get_username : Type -> String get_username t = t.name set_username : String -> Type -> Type set_username str t = {t | name = str} get_query_url : Type -> String get_query_url t = t.query_url set_query_url : String -> Type -> Type set_query_url str t = {t | query_url = str} get_campaigns : Type -> (List Struct.BattleSummary.Type) get_campaigns t = t.campaigns get_invasions : Type -> (List Struct.BattleSummary.Type) get_invasions t = t.invasions get_events : Type -> (List Struct.BattleSummary.Type) get_events t = t.events set_battles : ( (List Struct.BattleSummary.Type) -> (List Struct.BattleSummary.Type) -> (List Struct.BattleSummary.Type) -> Type -> Type ) set_battles campaigns invasions events t = {t | campaigns = (List.filter (Struct.BattleSummary.is_players_turn) campaigns), invasions = (List.filter (Struct.BattleSummary.is_players_turn) invasions), events = (List.filter (Struct.BattleSummary.is_players_turn) events) } has_active_battles : Type -> Bool has_active_battles t = ( ( (List.length t.campaigns) + (List.length t.invasions) + (List.length t.events) ) > 0 ) decoder : (Json.Decode.Decoder Type) decoder = (Json.Decode.Pipeline.decode Type |> (Json.Decode.Pipeline.required "id" Json.Decode.string) |> (Json.Decode.Pipeline.required "name" Json.Decode.string) |> (Json.Decode.Pipeline.required "query_url" Json.Decode.string) |> (Json.Decode.Pipeline.hardcoded []) |> (Json.Decode.Pipeline.hardcoded []) |> (Json.Decode.Pipeline.hardcoded []) ) encode : Type -> Json.Encode.Value encode t = (Json.Encode.object [ ("id", (Json.Encode.string t.id)), ("name", (Json.Encode.string t.name)), ("query_url", (Json.Encode.string t.query_url)) ] ) default : Type default = { id = "0", name = "Username", query_url = "http://127.0.0.1/", campaigns = [], invasions = [], events = [] }

11471

module Struct.Player exposing ( Type, get_id, set_id, get_query_url, set_query_url, get_username, set_username, get_campaigns, get_invasions, get_events, set_battles, has_active_battles, decoder, encode, default ) -- Elm ------------------------------------------------------------------------- import Json.Decode import Json.Decode.Pipeline import Json.Encode -- Extension ------------------------------------------------------------------- import Struct.BattleSummary -------------------------------------------------------------------------------- -- TYPES ----------------------------------------------------------------------- -------------------------------------------------------------------------------- type alias Type = { id : String, name : String, query_url : String, campaigns : (List Struct.BattleSummary.Type), invasions : (List Struct.BattleSummary.Type), events : (List Struct.BattleSummary.Type) } -------------------------------------------------------------------------------- -- LOCAL ----------------------------------------------------------------------- -------------------------------------------------------------------------------- -------------------------------------------------------------------------------- -- EXPORTED -------------------------------------------------------------------- -------------------------------------------------------------------------------- get_id : Type -> String get_id t = t.id set_id : String -> Type -> Type set_id str t = {t | id = str} get_username : Type -> String get_username t = t.name set_username : String -> Type -> Type set_username str t = {t | name = str} get_query_url : Type -> String get_query_url t = t.query_url set_query_url : String -> Type -> Type set_query_url str t = {t | query_url = str} get_campaigns : Type -> (List Struct.BattleSummary.Type) get_campaigns t = t.campaigns get_invasions : Type -> (List Struct.BattleSummary.Type) get_invasions t = t.invasions get_events : Type -> (List Struct.BattleSummary.Type) get_events t = t.events set_battles : ( (List Struct.BattleSummary.Type) -> (List Struct.BattleSummary.Type) -> (List Struct.BattleSummary.Type) -> Type -> Type ) set_battles campaigns invasions events t = {t | campaigns = (List.filter (Struct.BattleSummary.is_players_turn) campaigns), invasions = (List.filter (Struct.BattleSummary.is_players_turn) invasions), events = (List.filter (Struct.BattleSummary.is_players_turn) events) } has_active_battles : Type -> Bool has_active_battles t = ( ( (List.length t.campaigns) + (List.length t.invasions) + (List.length t.events) ) > 0 ) decoder : (Json.Decode.Decoder Type) decoder = (Json.Decode.Pipeline.decode Type |> (Json.Decode.Pipeline.required "id" Json.Decode.string) |> (Json.Decode.Pipeline.required "name" Json.Decode.string) |> (Json.Decode.Pipeline.required "query_url" Json.Decode.string) |> (Json.Decode.Pipeline.hardcoded []) |> (Json.Decode.Pipeline.hardcoded []) |> (Json.Decode.Pipeline.hardcoded []) ) encode : Type -> Json.Encode.Value encode t = (Json.Encode.object [ ("id", (Json.Encode.string t.id)), ("name", (Json.Encode.string t.name)), ("query_url", (Json.Encode.string t.query_url)) ] ) default : Type default = { id = "0", name = "<NAME>", query_url = "http://127.0.0.1/", campaigns = [], invasions = [], events = [] }

module Struct.Player exposing ( Type, get_id, set_id, get_query_url, set_query_url, get_username, set_username, get_campaigns, get_invasions, get_events, set_battles, has_active_battles, decoder, encode, default ) -- Elm ------------------------------------------------------------------------- import Json.Decode import Json.Decode.Pipeline import Json.Encode -- Extension ------------------------------------------------------------------- import Struct.BattleSummary -------------------------------------------------------------------------------- -- TYPES ----------------------------------------------------------------------- -------------------------------------------------------------------------------- type alias Type = { id : String, name : String, query_url : String, campaigns : (List Struct.BattleSummary.Type), invasions : (List Struct.BattleSummary.Type), events : (List Struct.BattleSummary.Type) } -------------------------------------------------------------------------------- -- LOCAL ----------------------------------------------------------------------- -------------------------------------------------------------------------------- -------------------------------------------------------------------------------- -- EXPORTED -------------------------------------------------------------------- -------------------------------------------------------------------------------- get_id : Type -> String get_id t = t.id set_id : String -> Type -> Type set_id str t = {t | id = str} get_username : Type -> String get_username t = t.name set_username : String -> Type -> Type set_username str t = {t | name = str} get_query_url : Type -> String get_query_url t = t.query_url set_query_url : String -> Type -> Type set_query_url str t = {t | query_url = str} get_campaigns : Type -> (List Struct.BattleSummary.Type) get_campaigns t = t.campaigns get_invasions : Type -> (List Struct.BattleSummary.Type) get_invasions t = t.invasions get_events : Type -> (List Struct.BattleSummary.Type) get_events t = t.events set_battles : ( (List Struct.BattleSummary.Type) -> (List Struct.BattleSummary.Type) -> (List Struct.BattleSummary.Type) -> Type -> Type ) set_battles campaigns invasions events t = {t | campaigns = (List.filter (Struct.BattleSummary.is_players_turn) campaigns), invasions = (List.filter (Struct.BattleSummary.is_players_turn) invasions), events = (List.filter (Struct.BattleSummary.is_players_turn) events) } has_active_battles : Type -> Bool has_active_battles t = ( ( (List.length t.campaigns) + (List.length t.invasions) + (List.length t.events) ) > 0 ) decoder : (Json.Decode.Decoder Type) decoder = (Json.Decode.Pipeline.decode Type |> (Json.Decode.Pipeline.required "id" Json.Decode.string) |> (Json.Decode.Pipeline.required "name" Json.Decode.string) |> (Json.Decode.Pipeline.required "query_url" Json.Decode.string) |> (Json.Decode.Pipeline.hardcoded []) |> (Json.Decode.Pipeline.hardcoded []) |> (Json.Decode.Pipeline.hardcoded []) ) encode : Type -> Json.Encode.Value encode t = (Json.Encode.object [ ("id", (Json.Encode.string t.id)), ("name", (Json.Encode.string t.name)), ("query_url", (Json.Encode.string t.query_url)) ] ) default : Type default = { id = "0", name = "PI:NAME:<NAME>END_PI", query_url = "http://127.0.0.1/", campaigns = [], invasions = [], events = [] }

elm

src/Tuple018.elm

Gizra/elm-compat-017

module Tuple018 exposing ( first , second , mapFirst , mapSecond ) {-| The `Tuple` module was new in Elm 0.18. So, here it is! @docs first, second, mapFirst, mapSecond -} {-| Extract the first value from a tuple. first (3, 4) == 3 first ("john", "doe") == "john" -} first : ( a1, a2 ) -> a1 first = fst {-| Extract the second value from a tuple. second (3, 4) == 4 second ("john", "doe") == "doe" -} second : ( a1, a2 ) -> a2 second = snd {-| Transform the first value in a tuple. import String mapFirst String.reverse ("stressed", 16) == ("desserts", 16) mapFirst String.length ("stressed", 16) == (8, 16) -} mapFirst : (a -> b) -> ( a, a2 ) -> ( b, a2 ) mapFirst func ( x, y ) = ( func x, y ) {-| Transform the second value in a tuple. import String mapSecond sqrt ("stressed", 16) == ("stressed", 4) mapSecond (\x -> x + 1) ("stressed", 16) == ("stressed", 17) -} mapSecond : (a -> b) -> ( a1, a ) -> ( a1, b ) mapSecond func ( x, y ) = ( x, func y )

48922

module Tuple018 exposing ( first , second , mapFirst , mapSecond ) {-| The `Tuple` module was new in Elm 0.18. So, here it is! @docs first, second, mapFirst, mapSecond -} {-| Extract the first value from a tuple. first (3, 4) == 3 first ("<NAME>", "<NAME>") == "<NAME>" -} first : ( a1, a2 ) -> a1 first = fst {-| Extract the second value from a tuple. second (3, 4) == 4 second ("<NAME>", "<NAME>") == "<NAME>" -} second : ( a1, a2 ) -> a2 second = snd {-| Transform the first value in a tuple. import String mapFirst String.reverse ("stressed", 16) == ("desserts", 16) mapFirst String.length ("stressed", 16) == (8, 16) -} mapFirst : (a -> b) -> ( a, a2 ) -> ( b, a2 ) mapFirst func ( x, y ) = ( func x, y ) {-| Transform the second value in a tuple. import String mapSecond sqrt ("stressed", 16) == ("stressed", 4) mapSecond (\x -> x + 1) ("stressed", 16) == ("stressed", 17) -} mapSecond : (a -> b) -> ( a1, a ) -> ( a1, b ) mapSecond func ( x, y ) = ( x, func y )

module Tuple018 exposing ( first , second , mapFirst , mapSecond ) {-| The `Tuple` module was new in Elm 0.18. So, here it is! @docs first, second, mapFirst, mapSecond -} {-| Extract the first value from a tuple. first (3, 4) == 3 first ("PI:NAME:<NAME>END_PI", "PI:NAME:<NAME>END_PI") == "PI:NAME:<NAME>END_PI" -} first : ( a1, a2 ) -> a1 first = fst {-| Extract the second value from a tuple. second (3, 4) == 4 second ("PI:NAME:<NAME>END_PI", "PI:NAME:<NAME>END_PI") == "PI:NAME:<NAME>END_PI" -} second : ( a1, a2 ) -> a2 second = snd {-| Transform the first value in a tuple. import String mapFirst String.reverse ("stressed", 16) == ("desserts", 16) mapFirst String.length ("stressed", 16) == (8, 16) -} mapFirst : (a -> b) -> ( a, a2 ) -> ( b, a2 ) mapFirst func ( x, y ) = ( func x, y ) {-| Transform the second value in a tuple. import String mapSecond sqrt ("stressed", 16) == ("stressed", 4) mapSecond (\x -> x + 1) ("stressed", 16) == ("stressed", 17) -} mapSecond : (a -> b) -> ( a1, a ) -> ( a1, b ) mapSecond func ( x, y ) = ( x, func y )

elm

tests/Test/Parser.elm

cruessler/elm-logo

module Test.Parser exposing (..) import Compiler.Ast as Ast import Compiler.Parser as Parser exposing (defaultState) import Compiler.Parser.Value as Value import Expect exposing (Expectation) import Parser.Advanced as Parser exposing (DeadEnd) import Test exposing (..) import Vm.Command as C import Vm.Type as Type value : Test value = let integer = Parser.run Value.value "1234" word = Parser.run Value.value "\"word" wordInVerticalBars = Parser.run Value.value """"|make "a [|""" list = Parser.run Value.value "[ 1234 word ]" nestedList = Parser.run Value.value "[ 1234 [ 1234 ] ]" emptyList = Parser.run Value.value "[ ]" fail = Parser.run Value.value " [ 1 2" in describe "parse simple values" <| [ test "parse integer" <| \_ -> Expect.equal integer (Ok <| Ast.Value <| Type.Int 1234) , test "parse word" <| \_ -> Expect.equal word (Ok <| Ast.Value <| Type.Word "word") , test "parse word in vertical bars" <| \_ -> Expect.equal wordInVerticalBars (Ok <| Ast.Value <| Type.Word "make \"a [") , test "parse list" <| \_ -> Expect.equal list (Ok <| Ast.Value <| Type.List [ Type.Int 1234, Type.Word "word" ]) , test "parse nested list" <| \_ -> Expect.equal nestedList (Ok <| Ast.Value <| Type.List [ Type.Int 1234, Type.List [ Type.Int 1234 ] ] ) , test "parse empty list" <| \_ -> Expect.equal emptyList (Ok <| Ast.Value <| Type.List []) , test "fail when given string cannot be parsed" <| \_ -> Expect.err fail ] parsesFunction : String -> Ast.Function -> Expectation parsesFunction source function = let result = Parser.run (Parser.functionDefinition defaultState) source in Expect.equal result (Ok function) functionDefinition : Test functionDefinition = describe "define a function" <| [ test "with mandatory arguments and no body" <| \_ -> parsesFunction "to foo :bar :baz\nend\n" { name = "foo" , requiredArguments = [ "bar", "baz" ] , optionalArguments = [] , body = [] } , test "with mandatory argument and body" <| \_ -> parsesFunction "to foo :bar\nprint :bar\nprint :baz\nend\n" { name = "foo" , requiredArguments = [ "bar" ] , optionalArguments = [] , body = [ Ast.Command1 { name = "print", f = C.print } (Ast.Variable "bar") , Ast.Command1 { name = "print", f = C.print } (Ast.Variable "baz") ] } , test "with optional arguments" <| \_ -> parsesFunction "to foo :bar [:baz \"baz]\nprint :bar\nend\n" { name = "foo" , requiredArguments = [ "bar" ] , optionalArguments = [ ( "baz", Ast.Value <| Type.Word <| "baz" ) ] , body = [ Ast.Command1 { name = "print", f = C.print } (Ast.Variable "bar") ] } , test "without arguments" <| \_ -> parsesFunction "to foo\nend\n" { name = "foo" , requiredArguments = [] , optionalArguments = [] , body = [] } ] parsesArithmeticExpression : String -> Test parsesArithmeticExpression expression = let match : Result (List (DeadEnd context problem)) Ast.Node -> Expectation match result = case result of Ok _ -> Expect.pass Err _ -> Expect.fail <| "could not parse expression \"" ++ expression ++ "\"" in test expression <| \_ -> match (Parser.run (Parser.arithmeticExpression defaultState) expression ) arithmetic : Test arithmetic = describe "arithmetic" <| [ parsesArithmeticExpression "5 * 5" , parsesArithmeticExpression "5*5" , parsesArithmeticExpression "(5 * 5)" , parsesArithmeticExpression "(5*5)" , parsesArithmeticExpression "((5 * 5))" , parsesArithmeticExpression "5" , parsesArithmeticExpression "4 - 4" , parsesArithmeticExpression "4 - 4 + 4 - 4" , parsesArithmeticExpression "5 / 10" , parsesArithmeticExpression "5 / 10 + 10" , parsesArithmeticExpression "10 + 10 * 10" , parsesArithmeticExpression "10 + 10 + 10" , parsesArithmeticExpression "((10 + 10) + 10)" , parsesArithmeticExpression "(10 + 10 + 10)" , parsesArithmeticExpression "10 * 10 * 10" , parsesArithmeticExpression "(10 * 10 * 10)" , parsesArithmeticExpression "((10 * 10) * 10)" , parsesArithmeticExpression ":depth - 1" , parsesArithmeticExpression ":depth / 1" , parsesArithmeticExpression "(:depth - 1)" , parsesArithmeticExpression "(sum 1 1)" , parsesArithmeticExpression "(? 1)" , parsesArithmeticExpression "(minus :size/2) + 5" , parsesArithmeticExpression "(minus :size+2) + 5" , parsesArithmeticExpression "(:zr + :az*:az)" , parsesArithmeticExpression "(:az*:az - :bz*:bz)" , parsesArithmeticExpression "(:zr + :az*:az - :bz*:bz)" , parsesArithmeticExpression "(sum :zr :zi)" , parsesArithmeticExpression "(sum :zr (1))" , parsesArithmeticExpression "(sum :zr (sum 1 1))" , parsesArithmeticExpression "(sum :zr (1 + 1))" , parsesArithmeticExpression "(sum :zr (:count + 1))" , parsesArithmeticExpression "(sum (:count + 1) (:zi + 2*:bar))" ] parsesBooleanExpression : String -> Test parsesBooleanExpression expression = let match : Result (List (DeadEnd context problem)) Ast.Node -> Expectation match result = case result of Ok _ -> Expect.pass Err _ -> Expect.fail <| "could not parse expression \"" ++ expression ++ "\"" in test expression <| \_ -> match (Parser.run (Parser.booleanExpression defaultState) expression ) booleanAlgebra : Test booleanAlgebra = describe "boolean algebra" <| [ parsesBooleanExpression "1 + 1 = 1" , parsesBooleanExpression "1 <> 1" , parsesBooleanExpression "2 * (3 + 1) = (4 + 4) * 7" ]

16377

module Test.Parser exposing (..) import Compiler.Ast as Ast import Compiler.Parser as Parser exposing (defaultState) import Compiler.Parser.Value as Value import Expect exposing (Expectation) import Parser.Advanced as Parser exposing (DeadEnd) import Test exposing (..) import Vm.Command as C import Vm.Type as Type value : Test value = let integer = Parser.run Value.value "1234" word = Parser.run Value.value "\"word" wordInVerticalBars = Parser.run Value.value """"|make "a [|""" list = Parser.run Value.value "[ 1234 word ]" nestedList = Parser.run Value.value "[ 1234 [ 1234 ] ]" emptyList = Parser.run Value.value "[ ]" fail = Parser.run Value.value " [ 1 2" in describe "parse simple values" <| [ test "parse integer" <| \_ -> Expect.equal integer (Ok <| Ast.Value <| Type.Int 1234) , test "parse word" <| \_ -> Expect.equal word (Ok <| Ast.Value <| Type.Word "word") , test "parse word in vertical bars" <| \_ -> Expect.equal wordInVerticalBars (Ok <| Ast.Value <| Type.Word "make \"a [") , test "parse list" <| \_ -> Expect.equal list (Ok <| Ast.Value <| Type.List [ Type.Int 1234, Type.Word "word" ]) , test "parse nested list" <| \_ -> Expect.equal nestedList (Ok <| Ast.Value <| Type.List [ Type.Int 1234, Type.List [ Type.Int 1234 ] ] ) , test "parse empty list" <| \_ -> Expect.equal emptyList (Ok <| Ast.Value <| Type.List []) , test "fail when given string cannot be parsed" <| \_ -> Expect.err fail ] parsesFunction : String -> Ast.Function -> Expectation parsesFunction source function = let result = Parser.run (Parser.functionDefinition defaultState) source in Expect.equal result (Ok function) functionDefinition : Test functionDefinition = describe "define a function" <| [ test "with mandatory arguments and no body" <| \_ -> parsesFunction "to foo :bar :baz\nend\n" { name = "foo" , requiredArguments = [ "bar", "baz" ] , optionalArguments = [] , body = [] } , test "with mandatory argument and body" <| \_ -> parsesFunction "to foo :bar\nprint :bar\nprint :baz\nend\n" { name = "foo" , requiredArguments = [ "bar" ] , optionalArguments = [] , body = [ Ast.Command1 { name = "print", f = C.print } (Ast.Variable "bar") , Ast.Command1 { name = "print", f = C.print } (Ast.Variable "baz") ] } , test "with optional arguments" <| \_ -> parsesFunction "to foo :bar [:baz \"baz]\nprint :bar\nend\n" { name = "<NAME>" , requiredArguments = [ "bar" ] , optionalArguments = [ ( "baz", Ast.Value <| Type.Word <| "baz" ) ] , body = [ Ast.Command1 { name = "print", f = C.print } (Ast.Variable "bar") ] } , test "without arguments" <| \_ -> parsesFunction "to foo\nend\n" { name = "foo" , requiredArguments = [] , optionalArguments = [] , body = [] } ] parsesArithmeticExpression : String -> Test parsesArithmeticExpression expression = let match : Result (List (DeadEnd context problem)) Ast.Node -> Expectation match result = case result of Ok _ -> Expect.pass Err _ -> Expect.fail <| "could not parse expression \"" ++ expression ++ "\"" in test expression <| \_ -> match (Parser.run (Parser.arithmeticExpression defaultState) expression ) arithmetic : Test arithmetic = describe "arithmetic" <| [ parsesArithmeticExpression "5 * 5" , parsesArithmeticExpression "5*5" , parsesArithmeticExpression "(5 * 5)" , parsesArithmeticExpression "(5*5)" , parsesArithmeticExpression "((5 * 5))" , parsesArithmeticExpression "5" , parsesArithmeticExpression "4 - 4" , parsesArithmeticExpression "4 - 4 + 4 - 4" , parsesArithmeticExpression "5 / 10" , parsesArithmeticExpression "5 / 10 + 10" , parsesArithmeticExpression "10 + 10 * 10" , parsesArithmeticExpression "10 + 10 + 10" , parsesArithmeticExpression "((10 + 10) + 10)" , parsesArithmeticExpression "(10 + 10 + 10)" , parsesArithmeticExpression "10 * 10 * 10" , parsesArithmeticExpression "(10 * 10 * 10)" , parsesArithmeticExpression "((10 * 10) * 10)" , parsesArithmeticExpression ":depth - 1" , parsesArithmeticExpression ":depth / 1" , parsesArithmeticExpression "(:depth - 1)" , parsesArithmeticExpression "(sum 1 1)" , parsesArithmeticExpression "(? 1)" , parsesArithmeticExpression "(minus :size/2) + 5" , parsesArithmeticExpression "(minus :size+2) + 5" , parsesArithmeticExpression "(:zr + :az*:az)" , parsesArithmeticExpression "(:az*:az - :bz*:bz)" , parsesArithmeticExpression "(:zr + :az*:az - :bz*:bz)" , parsesArithmeticExpression "(sum :zr :zi)" , parsesArithmeticExpression "(sum :zr (1))" , parsesArithmeticExpression "(sum :zr (sum 1 1))" , parsesArithmeticExpression "(sum :zr (1 + 1))" , parsesArithmeticExpression "(sum :zr (:count + 1))" , parsesArithmeticExpression "(sum (:count + 1) (:zi + 2*:bar))" ] parsesBooleanExpression : String -> Test parsesBooleanExpression expression = let match : Result (List (DeadEnd context problem)) Ast.Node -> Expectation match result = case result of Ok _ -> Expect.pass Err _ -> Expect.fail <| "could not parse expression \"" ++ expression ++ "\"" in test expression <| \_ -> match (Parser.run (Parser.booleanExpression defaultState) expression ) booleanAlgebra : Test booleanAlgebra = describe "boolean algebra" <| [ parsesBooleanExpression "1 + 1 = 1" , parsesBooleanExpression "1 <> 1" , parsesBooleanExpression "2 * (3 + 1) = (4 + 4) * 7" ]

module Test.Parser exposing (..) import Compiler.Ast as Ast import Compiler.Parser as Parser exposing (defaultState) import Compiler.Parser.Value as Value import Expect exposing (Expectation) import Parser.Advanced as Parser exposing (DeadEnd) import Test exposing (..) import Vm.Command as C import Vm.Type as Type value : Test value = let integer = Parser.run Value.value "1234" word = Parser.run Value.value "\"word" wordInVerticalBars = Parser.run Value.value """"|make "a [|""" list = Parser.run Value.value "[ 1234 word ]" nestedList = Parser.run Value.value "[ 1234 [ 1234 ] ]" emptyList = Parser.run Value.value "[ ]" fail = Parser.run Value.value " [ 1 2" in describe "parse simple values" <| [ test "parse integer" <| \_ -> Expect.equal integer (Ok <| Ast.Value <| Type.Int 1234) , test "parse word" <| \_ -> Expect.equal word (Ok <| Ast.Value <| Type.Word "word") , test "parse word in vertical bars" <| \_ -> Expect.equal wordInVerticalBars (Ok <| Ast.Value <| Type.Word "make \"a [") , test "parse list" <| \_ -> Expect.equal list (Ok <| Ast.Value <| Type.List [ Type.Int 1234, Type.Word "word" ]) , test "parse nested list" <| \_ -> Expect.equal nestedList (Ok <| Ast.Value <| Type.List [ Type.Int 1234, Type.List [ Type.Int 1234 ] ] ) , test "parse empty list" <| \_ -> Expect.equal emptyList (Ok <| Ast.Value <| Type.List []) , test "fail when given string cannot be parsed" <| \_ -> Expect.err fail ] parsesFunction : String -> Ast.Function -> Expectation parsesFunction source function = let result = Parser.run (Parser.functionDefinition defaultState) source in Expect.equal result (Ok function) functionDefinition : Test functionDefinition = describe "define a function" <| [ test "with mandatory arguments and no body" <| \_ -> parsesFunction "to foo :bar :baz\nend\n" { name = "foo" , requiredArguments = [ "bar", "baz" ] , optionalArguments = [] , body = [] } , test "with mandatory argument and body" <| \_ -> parsesFunction "to foo :bar\nprint :bar\nprint :baz\nend\n" { name = "foo" , requiredArguments = [ "bar" ] , optionalArguments = [] , body = [ Ast.Command1 { name = "print", f = C.print } (Ast.Variable "bar") , Ast.Command1 { name = "print", f = C.print } (Ast.Variable "baz") ] } , test "with optional arguments" <| \_ -> parsesFunction "to foo :bar [:baz \"baz]\nprint :bar\nend\n" { name = "PI:NAME:<NAME>END_PI" , requiredArguments = [ "bar" ] , optionalArguments = [ ( "baz", Ast.Value <| Type.Word <| "baz" ) ] , body = [ Ast.Command1 { name = "print", f = C.print } (Ast.Variable "bar") ] } , test "without arguments" <| \_ -> parsesFunction "to foo\nend\n" { name = "foo" , requiredArguments = [] , optionalArguments = [] , body = [] } ] parsesArithmeticExpression : String -> Test parsesArithmeticExpression expression = let match : Result (List (DeadEnd context problem)) Ast.Node -> Expectation match result = case result of Ok _ -> Expect.pass Err _ -> Expect.fail <| "could not parse expression \"" ++ expression ++ "\"" in test expression <| \_ -> match (Parser.run (Parser.arithmeticExpression defaultState) expression ) arithmetic : Test arithmetic = describe "arithmetic" <| [ parsesArithmeticExpression "5 * 5" , parsesArithmeticExpression "5*5" , parsesArithmeticExpression "(5 * 5)" , parsesArithmeticExpression "(5*5)" , parsesArithmeticExpression "((5 * 5))" , parsesArithmeticExpression "5" , parsesArithmeticExpression "4 - 4" , parsesArithmeticExpression "4 - 4 + 4 - 4" , parsesArithmeticExpression "5 / 10" , parsesArithmeticExpression "5 / 10 + 10" , parsesArithmeticExpression "10 + 10 * 10" , parsesArithmeticExpression "10 + 10 + 10" , parsesArithmeticExpression "((10 + 10) + 10)" , parsesArithmeticExpression "(10 + 10 + 10)" , parsesArithmeticExpression "10 * 10 * 10" , parsesArithmeticExpression "(10 * 10 * 10)" , parsesArithmeticExpression "((10 * 10) * 10)" , parsesArithmeticExpression ":depth - 1" , parsesArithmeticExpression ":depth / 1" , parsesArithmeticExpression "(:depth - 1)" , parsesArithmeticExpression "(sum 1 1)" , parsesArithmeticExpression "(? 1)" , parsesArithmeticExpression "(minus :size/2) + 5" , parsesArithmeticExpression "(minus :size+2) + 5" , parsesArithmeticExpression "(:zr + :az*:az)" , parsesArithmeticExpression "(:az*:az - :bz*:bz)" , parsesArithmeticExpression "(:zr + :az*:az - :bz*:bz)" , parsesArithmeticExpression "(sum :zr :zi)" , parsesArithmeticExpression "(sum :zr (1))" , parsesArithmeticExpression "(sum :zr (sum 1 1))" , parsesArithmeticExpression "(sum :zr (1 + 1))" , parsesArithmeticExpression "(sum :zr (:count + 1))" , parsesArithmeticExpression "(sum (:count + 1) (:zi + 2*:bar))" ] parsesBooleanExpression : String -> Test parsesBooleanExpression expression = let match : Result (List (DeadEnd context problem)) Ast.Node -> Expectation match result = case result of Ok _ -> Expect.pass Err _ -> Expect.fail <| "could not parse expression \"" ++ expression ++ "\"" in test expression <| \_ -> match (Parser.run (Parser.booleanExpression defaultState) expression ) booleanAlgebra : Test booleanAlgebra = describe "boolean algebra" <| [ parsesBooleanExpression "1 + 1 = 1" , parsesBooleanExpression "1 <> 1" , parsesBooleanExpression "2 * (3 + 1) = (4 + 4) * 7" ]

elm

src/TokenProcessors.elm

eniac314/elm-text-search

module TokenProcessors exposing ( tokenizer , tokenizerList , tokenizerWith , tokenizerWithRegex , tokenizerWithRegexList , trimmer , tokenizerWithList ) {-| TokenProcessors for strings. ## Create a tokenizer @docs tokenizer @docs tokenizerList @docs tokenizerWith @docs tokenizerWithRegex @docs tokenizerWithRegexList ## Word transformer @docs trimmer Copyright (c) 2016 Robin Luiten -} import Regex exposing ( Regex -- , HowMany(..) , fromString , replace , split ) import String exposing (toLower, trim) forceRegex : String -> Regex forceRegex = Maybe.withDefault Regex.never << fromString defaultSeparator : Regex defaultSeparator = forceRegex "[\\s\\-]+" {-| Tokenize a String. Will not return any empty string tokens. By default this splits on whitespace and hyphens. -} tokenizer : String -> List String tokenizer = tokenizerWithRegex defaultSeparator {-| Tokenize a List String. Will not return any empty string tokens. By default this splits on whitespace and hyphens. -} tokenizerList : List String -> List String tokenizerList = tokenizerWithRegexList defaultSeparator {-| Tokenize a string. Will not return any empty string tokens. Supply your own regex for splitting the string. -} tokenizerWithRegex : Regex -> String -> List String tokenizerWithRegex seperatorRegex data = let splitter = split seperatorRegex << toLower << trim in List.filter (\token -> String.length token > 0) (splitter data) tokenizerWithRegexList : Regex -> List String -> List String tokenizerWithRegexList seperatorRegex listData = let splitter = split seperatorRegex << toLower << trim -- List.foldr (\set agg -> Set.intersect set agg) h tail -- tokens : List String tokens = List.foldr (\str agg -> List.append agg (splitter str) ) [] listData in List.filter (\token -> String.length token > 0) tokens {-| Tokenize a String. Will not return any empty string tokens. Supply your own String which is turned into a regex for splitting the string. -} tokenizerWith : String -> String -> List String tokenizerWith seperatorPattern = tokenizerWithRegex (forceRegex seperatorPattern) {-| Tokenize a List String. Will not return any empty string tokens. Supply your own String which is turned into a regex for splitting the string. -} tokenizerWithList : String -> List String -> List String tokenizerWithList seperatorPattern = tokenizerWithRegexList (forceRegex seperatorPattern) trimmerRegex = forceRegex "^\\W+|\\W+$" {-| Remove non word characters from start and end of tokens -} trimmer : String -> String trimmer = replace trimmerRegex (\_ -> "")

14824

module TokenProcessors exposing ( tokenizer , tokenizerList , tokenizerWith , tokenizerWithRegex , tokenizerWithRegexList , trimmer , tokenizerWithList ) {-| TokenProcessors for strings. ## Create a tokenizer @docs tokenizer @docs tokenizerList @docs tokenizerWith @docs tokenizerWithRegex @docs tokenizerWithRegexList ## Word transformer @docs trimmer Copyright (c) 2016 <NAME> -} import Regex exposing ( Regex -- , HowMany(..) , fromString , replace , split ) import String exposing (toLower, trim) forceRegex : String -> Regex forceRegex = Maybe.withDefault Regex.never << fromString defaultSeparator : Regex defaultSeparator = forceRegex "[\\s\\-]+" {-| Tokenize a String. Will not return any empty string tokens. By default this splits on whitespace and hyphens. -} tokenizer : String -> List String tokenizer = tokenizerWithRegex defaultSeparator {-| Tokenize a List String. Will not return any empty string tokens. By default this splits on whitespace and hyphens. -} tokenizerList : List String -> List String tokenizerList = tokenizerWithRegexList defaultSeparator {-| Tokenize a string. Will not return any empty string tokens. Supply your own regex for splitting the string. -} tokenizerWithRegex : Regex -> String -> List String tokenizerWithRegex seperatorRegex data = let splitter = split seperatorRegex << toLower << trim in List.filter (\token -> String.length token > 0) (splitter data) tokenizerWithRegexList : Regex -> List String -> List String tokenizerWithRegexList seperatorRegex listData = let splitter = split seperatorRegex << toLower << trim -- List.foldr (\set agg -> Set.intersect set agg) h tail -- tokens : List String tokens = List.foldr (\str agg -> List.append agg (splitter str) ) [] listData in List.filter (\token -> String.length token > 0) tokens {-| Tokenize a String. Will not return any empty string tokens. Supply your own String which is turned into a regex for splitting the string. -} tokenizerWith : String -> String -> List String tokenizerWith seperatorPattern = tokenizerWithRegex (forceRegex seperatorPattern) {-| Tokenize a List String. Will not return any empty string tokens. Supply your own String which is turned into a regex for splitting the string. -} tokenizerWithList : String -> List String -> List String tokenizerWithList seperatorPattern = tokenizerWithRegexList (forceRegex seperatorPattern) trimmerRegex = forceRegex "^\\W+|\\W+$" {-| Remove non word characters from start and end of tokens -} trimmer : String -> String trimmer = replace trimmerRegex (\_ -> "")

module TokenProcessors exposing ( tokenizer , tokenizerList , tokenizerWith , tokenizerWithRegex , tokenizerWithRegexList , trimmer , tokenizerWithList ) {-| TokenProcessors for strings. ## Create a tokenizer @docs tokenizer @docs tokenizerList @docs tokenizerWith @docs tokenizerWithRegex @docs tokenizerWithRegexList ## Word transformer @docs trimmer Copyright (c) 2016 PI:NAME:<NAME>END_PI -} import Regex exposing ( Regex -- , HowMany(..) , fromString , replace , split ) import String exposing (toLower, trim) forceRegex : String -> Regex forceRegex = Maybe.withDefault Regex.never << fromString defaultSeparator : Regex defaultSeparator = forceRegex "[\\s\\-]+" {-| Tokenize a String. Will not return any empty string tokens. By default this splits on whitespace and hyphens. -} tokenizer : String -> List String tokenizer = tokenizerWithRegex defaultSeparator {-| Tokenize a List String. Will not return any empty string tokens. By default this splits on whitespace and hyphens. -} tokenizerList : List String -> List String tokenizerList = tokenizerWithRegexList defaultSeparator {-| Tokenize a string. Will not return any empty string tokens. Supply your own regex for splitting the string. -} tokenizerWithRegex : Regex -> String -> List String tokenizerWithRegex seperatorRegex data = let splitter = split seperatorRegex << toLower << trim in List.filter (\token -> String.length token > 0) (splitter data) tokenizerWithRegexList : Regex -> List String -> List String tokenizerWithRegexList seperatorRegex listData = let splitter = split seperatorRegex << toLower << trim -- List.foldr (\set agg -> Set.intersect set agg) h tail -- tokens : List String tokens = List.foldr (\str agg -> List.append agg (splitter str) ) [] listData in List.filter (\token -> String.length token > 0) tokens {-| Tokenize a String. Will not return any empty string tokens. Supply your own String which is turned into a regex for splitting the string. -} tokenizerWith : String -> String -> List String tokenizerWith seperatorPattern = tokenizerWithRegex (forceRegex seperatorPattern) {-| Tokenize a List String. Will not return any empty string tokens. Supply your own String which is turned into a regex for splitting the string. -} tokenizerWithList : String -> List String -> List String tokenizerWithList seperatorPattern = tokenizerWithRegexList (forceRegex seperatorPattern) trimmerRegex = forceRegex "^\\W+|\\W+$" {-| Remove non word characters from start and end of tokens -} trimmer : String -> String trimmer = replace trimmerRegex (\_ -> "")

elm

docs/src/Dropdown.elm

InsideSalesOfficial/isdc-elm-ui

module Dropdown exposing (..) import Css exposing (..) import Dict as Dict exposing (Dict) import DocsLayout exposing (..) import Html.Styled exposing (..) import Html.Styled.Attributes exposing (..) import Isdc.Ui.Color.Css as Color import Isdc.Ui.Dropdown exposing (..) import Isdc.Ui.Theme as Theme import Maybe as Maybe type Msg = Open | Cancel | Save | Toggle String | Search String type alias Model = { optionsChecked : Dict String Bool , open : Bool , search : String } dropdownModel : Model dropdownModel = { optionsChecked = Dict.empty , open = False , search = "" } update : Msg -> Model -> Model update msg model = case msg of Open -> { model | open = model.open == False } Cancel -> { model | open = False } Save -> { model | open = False } Toggle value -> let updated = Dict.update value (\val -> Maybe.withDefault False val |> not |> Just) model.optionsChecked in { model | optionsChecked = updated } Search search -> { model | search = search } dropdownProps : Model -> DropDownProperties Msg dropdownProps model = { labelText = "Hello world" , dropDownValue = "Some value you determine" , options = [ { label = "Foo" , value = "foo" , checked = Maybe.withDefault False <| Dict.get "foo" model.optionsChecked } , { label = "Bar" , value = "bar" , checked = Maybe.withDefault False <| Dict.get "bar" model.optionsChecked } ] , open = model.open , openMessage = Open , toggleMessage = Toggle , searchMessage = Search , saveMessage = Save , cancelMessage = Cancel , search = model.search , theme = Theme.Dark } view model = let props = dropdownProps model in story { title = "Isdc.Ui.Dropdown exposing (..)" , chapters = [ { heading = "multiCheckDropdown : DropDownProperties msg -> Html msg" , example = div [ css [ marginBottom (px 200) ] ] [ multiCheckDropdown props ] , codeUsage = """ let model = { labelText = "Hello world" , dropDownValue = "Some value you determine" , options = [ { label = "Foo" , value = "foo" , checked = False } , { label = "Bar" , value = "bar" , checked = False } ] , open = False , openMessage = Open , toggleMessage = Toggle , searchMessage = Search , saveMessage = Save , cancelMessage = Cancel , search = "" , Theme.Dark } in multiCheckDropdown model""" } , { heading = "multiCheckDropdown : DropDownProperties msg -> Html msg" , example = div [ css [ backgroundColor Color.primary01, padding (px 24), Css.height (px 200), marginBottom (px 200) ] ] [ multiCheckDropdown { props | theme = Theme.New } ] , codeUsage = """ let model = { labelText = "Hello world" , dropDownValue = "Some value you determine" , options = [ { label = "Foo" , value = "foo" , checked = False } , { label = "Bar" , value = "bar" , checked = False } ] , open = False , openMessage = Open , toggleMessage = Toggle , searchMessage = Search , saveMessage = Save , cancelMessage = Cancel , search = "" , Theme.New } in multiCheckDropdown model""" } ] }

19603

module Dropdown exposing (..) import Css exposing (..) import Dict as Dict exposing (Dict) import DocsLayout exposing (..) import Html.Styled exposing (..) import Html.Styled.Attributes exposing (..) import Isdc.Ui.Color.Css as Color import Isdc.Ui.Dropdown exposing (..) import Isdc.Ui.Theme as Theme import Maybe as Maybe type Msg = Open | Cancel | Save | Toggle String | Search String type alias Model = { optionsChecked : Dict String Bool , open : Bool , search : String } dropdownModel : Model dropdownModel = { optionsChecked = Dict.empty , open = False , search = "" } update : Msg -> Model -> Model update msg model = case msg of Open -> { model | open = model.open == False } Cancel -> { model | open = False } Save -> { model | open = False } Toggle value -> let updated = Dict.update value (\val -> Maybe.withDefault False val |> not |> Just) model.optionsChecked in { model | optionsChecked = updated } Search search -> { model | search = search } dropdownProps : Model -> DropDownProperties Msg dropdownProps model = { labelText = "Hello world" , dropDownValue = "Some value you determine" , options = [ { label = "Foo" , value = "foo" , checked = Maybe.withDefault False <| Dict.get "foo" model.optionsChecked } , { label = "Bar" , value = "bar" , checked = Maybe.withDefault False <| Dict.get "bar" model.optionsChecked } ] , open = model.open , openMessage = Open , toggleMessage = Toggle , searchMessage = Search , saveMessage = Save , cancelMessage = Cancel , search = model.search , theme = Theme.Dark } view model = let props = dropdownProps model in story { title = "Isdc.Ui.Dropdown exposing (..)" , chapters = [ { heading = "multiCheckDropdown : DropDownProperties msg -> Html msg" , example = div [ css [ marginBottom (px 200) ] ] [ multiCheckDropdown props ] , codeUsage = """ let model = { labelText = "<NAME> world" , dropDownValue = "Some value you determine" , options = [ { label = "Foo" , value = "foo" , checked = False } , { label = "Bar" , value = "bar" , checked = False } ] , open = False , openMessage = Open , toggleMessage = Toggle , searchMessage = Search , saveMessage = Save , cancelMessage = Cancel , search = "" , Theme.Dark } in multiCheckDropdown model""" } , { heading = "multiCheckDropdown : DropDownProperties msg -> Html msg" , example = div [ css [ backgroundColor Color.primary01, padding (px 24), Css.height (px 200), marginBottom (px 200) ] ] [ multiCheckDropdown { props | theme = Theme.New } ] , codeUsage = """ let model = { labelText = "Hello world" , dropDownValue = "Some value you determine" , options = [ { label = "Foo" , value = "foo" , checked = False } , { label = "Bar" , value = "bar" , checked = False } ] , open = False , openMessage = Open , toggleMessage = Toggle , searchMessage = Search , saveMessage = Save , cancelMessage = Cancel , search = "" , Theme.New } in multiCheckDropdown model""" } ] }

module Dropdown exposing (..) import Css exposing (..) import Dict as Dict exposing (Dict) import DocsLayout exposing (..) import Html.Styled exposing (..) import Html.Styled.Attributes exposing (..) import Isdc.Ui.Color.Css as Color import Isdc.Ui.Dropdown exposing (..) import Isdc.Ui.Theme as Theme import Maybe as Maybe type Msg = Open | Cancel | Save | Toggle String | Search String type alias Model = { optionsChecked : Dict String Bool , open : Bool , search : String } dropdownModel : Model dropdownModel = { optionsChecked = Dict.empty , open = False , search = "" } update : Msg -> Model -> Model update msg model = case msg of Open -> { model | open = model.open == False } Cancel -> { model | open = False } Save -> { model | open = False } Toggle value -> let updated = Dict.update value (\val -> Maybe.withDefault False val |> not |> Just) model.optionsChecked in { model | optionsChecked = updated } Search search -> { model | search = search } dropdownProps : Model -> DropDownProperties Msg dropdownProps model = { labelText = "Hello world" , dropDownValue = "Some value you determine" , options = [ { label = "Foo" , value = "foo" , checked = Maybe.withDefault False <| Dict.get "foo" model.optionsChecked } , { label = "Bar" , value = "bar" , checked = Maybe.withDefault False <| Dict.get "bar" model.optionsChecked } ] , open = model.open , openMessage = Open , toggleMessage = Toggle , searchMessage = Search , saveMessage = Save , cancelMessage = Cancel , search = model.search , theme = Theme.Dark } view model = let props = dropdownProps model in story { title = "Isdc.Ui.Dropdown exposing (..)" , chapters = [ { heading = "multiCheckDropdown : DropDownProperties msg -> Html msg" , example = div [ css [ marginBottom (px 200) ] ] [ multiCheckDropdown props ] , codeUsage = """ let model = { labelText = "PI:NAME:<NAME>END_PI world" , dropDownValue = "Some value you determine" , options = [ { label = "Foo" , value = "foo" , checked = False } , { label = "Bar" , value = "bar" , checked = False } ] , open = False , openMessage = Open , toggleMessage = Toggle , searchMessage = Search , saveMessage = Save , cancelMessage = Cancel , search = "" , Theme.Dark } in multiCheckDropdown model""" } , { heading = "multiCheckDropdown : DropDownProperties msg -> Html msg" , example = div [ css [ backgroundColor Color.primary01, padding (px 24), Css.height (px 200), marginBottom (px 200) ] ] [ multiCheckDropdown { props | theme = Theme.New } ] , codeUsage = """ let model = { labelText = "Hello world" , dropDownValue = "Some value you determine" , options = [ { label = "Foo" , value = "foo" , checked = False } , { label = "Bar" , value = "bar" , checked = False } ] , open = False , openMessage = Open , toggleMessage = Toggle , searchMessage = Search , saveMessage = Save , cancelMessage = Cancel , search = "" , Theme.New } in multiCheckDropdown model""" } ] }

elm

src/User/View/Register.elm

hel-repo/hel-face

module User.View.Register exposing (..) import Html exposing (..) import Html.Attributes exposing (class, href) import String exposing (isEmpty) import Material.Button as Button import Material.Card as Card import Material.Elevation as Elevation import Material.Grid exposing (..) import Material.Options as Options exposing (cs) import Material.Spinner as Loading import Material.Textfield as Textfield import Material.Typography as Typo import Base.Messages exposing (Msg(..)) import Base.Network.Url as Url import User.Localization as L import User.Messages as UMsg import User.Models exposing (UserData) register : UserData -> Html Msg register data = Card.view [ Elevation.e2 ] [ Card.title [ Card.border ] [ Card.head [] [ text (L.get data.session.lang L.registration) ] ] , Card.text [ ] [ div [ ] [ Textfield.render Mdl [10] data.mdl [ Textfield.label (L.get data.session.lang L.nickname) , Textfield.floatingLabel , Textfield.text_ , Textfield.value data.user.nickname , Options.onInput <| UMsg.InputNickname >> UserMsg , if data.validate && isEmpty data.user.nickname then Textfield.error (L.get data.session.lang L.cantBeEmpty) else Options.nop ] [] ] , div [ ] [ Textfield.render Mdl [11] data.mdl [ Textfield.label (L.get data.session.lang L.email) , Textfield.floatingLabel , Textfield.text_ , Textfield.value data.user.email , Options.onInput <| UMsg.InputEmail >> UserMsg , if data.validate && isEmpty data.user.email then Textfield.error (L.get data.session.lang L.cantBeEmpty) else Options.nop ] [] ] , div [ ] [ Textfield.render Mdl [12] data.mdl [ Textfield.label (L.get data.session.lang L.password) , Textfield.floatingLabel , Textfield.password , Textfield.value data.user.password , Options.onInput <| UMsg.InputPassword >> UserMsg , if data.validate && isEmpty data.user.password then Textfield.error (L.get data.session.lang L.cantBeEmpty) else Options.nop ] [] ] , div [ ] [ Textfield.render Mdl [13] data.mdl [ Textfield.label (L.get data.session.lang L.retryPassword) , Textfield.floatingLabel , Textfield.password , Textfield.value data.user.retryPassword , Options.onInput <| UMsg.InputRetryPassword >> UserMsg , if (not <| data.user.password == data.user.retryPassword) && ((not <| isEmpty data.user.retryPassword) || data.validate) then Textfield.error <| (L.get data.session.lang L.doesNotMatch) else Options.nop ] [] ] , div [ class "profile-panel" ] [ Button.render Mdl [14] data.mdl [ Button.raised , Button.ripple , Options.onClick <| UserMsg (UMsg.Register data.user) ] [ text (L.get data.session.lang L.register)] , Options.styled p [ Typo.subhead, cs "auth-alter" ] [ text (L.get data.session.lang L.or) ] , Options.styled p [ Typo.subhead, cs "auth-alter" ] [ a [ href Url.auth ] [ text (L.get data.session.lang L.login) ] ] ] ] ] view : UserData -> Html Msg view data = if data.loading then Loading.spinner [ Loading.active True , cs "spinner" ] else div [ class "page auth-card" ] [ grid [ ] [ cell [ size All 3, size Tablet 0 ] [ ] , cell [ size All 6, size Tablet 8 ] [ register data ] , cell [ size All 3, size Tablet 0 ] [ ] ] ]

32398

module User.View.Register exposing (..) import Html exposing (..) import Html.Attributes exposing (class, href) import String exposing (isEmpty) import Material.Button as Button import Material.Card as Card import Material.Elevation as Elevation import Material.Grid exposing (..) import Material.Options as Options exposing (cs) import Material.Spinner as Loading import Material.Textfield as Textfield import Material.Typography as Typo import Base.Messages exposing (Msg(..)) import Base.Network.Url as Url import User.Localization as L import User.Messages as UMsg import User.Models exposing (UserData) register : UserData -> Html Msg register data = Card.view [ Elevation.e2 ] [ Card.title [ Card.border ] [ Card.head [] [ text (L.get data.session.lang L.registration) ] ] , Card.text [ ] [ div [ ] [ Textfield.render Mdl [10] data.mdl [ Textfield.label (L.get data.session.lang L.nickname) , Textfield.floatingLabel , Textfield.text_ , Textfield.value data.user.nickname , Options.onInput <| UMsg.InputNickname >> UserMsg , if data.validate && isEmpty data.user.nickname then Textfield.error (L.get data.session.lang L.cantBeEmpty) else Options.nop ] [] ] , div [ ] [ Textfield.render Mdl [11] data.mdl [ Textfield.label (L.get data.session.lang L.email) , Textfield.floatingLabel , Textfield.text_ , Textfield.value data.user.email , Options.onInput <| UMsg.InputEmail >> UserMsg , if data.validate && isEmpty data.user.email then Textfield.error (L.get data.session.lang L.cantBeEmpty) else Options.nop ] [] ] , div [ ] [ Textfield.render Mdl [12] data.mdl [ Textfield.label (L.get data.session.lang L.password) , Textfield.floatingLabel , Textfield.password , Textfield.value data.user.password , Options.onInput <| UMsg.InputPassword >> UserMsg , if data.validate && isEmpty data.user.password then Textfield.error (L.get data.session.lang L.cantBeEmpty) else Options.nop ] [] ] , div [ ] [ Textfield.render Mdl [13] data.mdl [ Textfield.label (L.get data.session.lang L.retryPassword) , Textfield.floatingLabel , Textfield.password , Textfield.value data.user.retryPassword , Options.onInput <| UMsg.InputRetryPassword >> UserMsg , if (not <| data.user.password == data.<PASSWORD>) && ((not <| isEmpty data.user.retryPassword) || data.validate) then Textfield.error <| (L.get data.session.lang L.doesNotMatch) else Options.nop ] [] ] , div [ class "profile-panel" ] [ Button.render Mdl [14] data.mdl [ Button.raised , Button.ripple , Options.onClick <| UserMsg (UMsg.Register data.user) ] [ text (L.get data.session.lang L.register)] , Options.styled p [ Typo.subhead, cs "auth-alter" ] [ text (L.get data.session.lang L.or) ] , Options.styled p [ Typo.subhead, cs "auth-alter" ] [ a [ href Url.auth ] [ text (L.get data.session.lang L.login) ] ] ] ] ] view : UserData -> Html Msg view data = if data.loading then Loading.spinner [ Loading.active True , cs "spinner" ] else div [ class "page auth-card" ] [ grid [ ] [ cell [ size All 3, size Tablet 0 ] [ ] , cell [ size All 6, size Tablet 8 ] [ register data ] , cell [ size All 3, size Tablet 0 ] [ ] ] ]

module User.View.Register exposing (..) import Html exposing (..) import Html.Attributes exposing (class, href) import String exposing (isEmpty) import Material.Button as Button import Material.Card as Card import Material.Elevation as Elevation import Material.Grid exposing (..) import Material.Options as Options exposing (cs) import Material.Spinner as Loading import Material.Textfield as Textfield import Material.Typography as Typo import Base.Messages exposing (Msg(..)) import Base.Network.Url as Url import User.Localization as L import User.Messages as UMsg import User.Models exposing (UserData) register : UserData -> Html Msg register data = Card.view [ Elevation.e2 ] [ Card.title [ Card.border ] [ Card.head [] [ text (L.get data.session.lang L.registration) ] ] , Card.text [ ] [ div [ ] [ Textfield.render Mdl [10] data.mdl [ Textfield.label (L.get data.session.lang L.nickname) , Textfield.floatingLabel , Textfield.text_ , Textfield.value data.user.nickname , Options.onInput <| UMsg.InputNickname >> UserMsg , if data.validate && isEmpty data.user.nickname then Textfield.error (L.get data.session.lang L.cantBeEmpty) else Options.nop ] [] ] , div [ ] [ Textfield.render Mdl [11] data.mdl [ Textfield.label (L.get data.session.lang L.email) , Textfield.floatingLabel , Textfield.text_ , Textfield.value data.user.email , Options.onInput <| UMsg.InputEmail >> UserMsg , if data.validate && isEmpty data.user.email then Textfield.error (L.get data.session.lang L.cantBeEmpty) else Options.nop ] [] ] , div [ ] [ Textfield.render Mdl [12] data.mdl [ Textfield.label (L.get data.session.lang L.password) , Textfield.floatingLabel , Textfield.password , Textfield.value data.user.password , Options.onInput <| UMsg.InputPassword >> UserMsg , if data.validate && isEmpty data.user.password then Textfield.error (L.get data.session.lang L.cantBeEmpty) else Options.nop ] [] ] , div [ ] [ Textfield.render Mdl [13] data.mdl [ Textfield.label (L.get data.session.lang L.retryPassword) , Textfield.floatingLabel , Textfield.password , Textfield.value data.user.retryPassword , Options.onInput <| UMsg.InputRetryPassword >> UserMsg , if (not <| data.user.password == data.PI:PASSWORD:<PASSWORD>END_PI) && ((not <| isEmpty data.user.retryPassword) || data.validate) then Textfield.error <| (L.get data.session.lang L.doesNotMatch) else Options.nop ] [] ] , div [ class "profile-panel" ] [ Button.render Mdl [14] data.mdl [ Button.raised , Button.ripple , Options.onClick <| UserMsg (UMsg.Register data.user) ] [ text (L.get data.session.lang L.register)] , Options.styled p [ Typo.subhead, cs "auth-alter" ] [ text (L.get data.session.lang L.or) ] , Options.styled p [ Typo.subhead, cs "auth-alter" ] [ a [ href Url.auth ] [ text (L.get data.session.lang L.login) ] ] ] ] ] view : UserData -> Html Msg view data = if data.loading then Loading.spinner [ Loading.active True , cs "spinner" ] else div [ class "page auth-card" ] [ grid [ ] [ cell [ size All 3, size Tablet 0 ] [ ] , cell [ size All 6, size Tablet 8 ] [ register data ] , cell [ size All 3, size Tablet 0 ] [ ] ] ]

elm

src/State/State.elm

c-mart/exosphere

module State.State exposing (update) import AppUrl.Builder import AppUrl.Parser import Browser.Navigation import Helpers.ExoSetupStatus import Helpers.GetterSetters as GetterSetters import Helpers.Helpers as Helpers import Helpers.RemoteDataPlusPlus as RDPP import Helpers.ServerResourceUsage import Helpers.Url as UrlHelpers import Http import LocalStorage.LocalStorage as LocalStorage import Maybe import OpenStack.ServerPassword as OSServerPassword import OpenStack.ServerTags as OSServerTags import OpenStack.ServerVolumes as OSSvrVols import OpenStack.Types as OSTypes import OpenStack.Volumes as OSVolumes import Orchestration.Orchestration as Orchestration import Ports import RemoteData import Rest.ApiModelHelpers as ApiModelHelpers import Rest.Glance import Rest.Keystone import Rest.Neutron import Rest.Nova import State.Auth import State.Error import State.ViewState as ViewStateHelpers import Style.Toast import Style.Widgets.NumericTextInput.NumericTextInput import Task import Time import Toasty import Types.Defaults as Defaults import Types.Error as Error exposing (ErrorContext, ErrorLevel(..)) import Types.Guacamole as GuacTypes import Types.HelperTypes as HelperTypes import Types.ServerResourceUsage import Types.Types exposing ( Endpoints , ExoSetupStatus(..) , HttpRequestMethod(..) , LoginView(..) , Model , Msg(..) , NewServerNetworkOptions(..) , NonProjectViewConstructor(..) , OpenstackLoginFormEntryType(..) , OpenstackLoginViewParams , Project , ProjectSecret(..) , ProjectSpecificMsgConstructor(..) , ProjectViewConstructor(..) , Server , ServerFromExoProps , ServerOrigin(..) , ServerSpecificMsgConstructor(..) , TickInterval , UnscopedProviderProject , ViewState(..) , currentExoServerVersion ) update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = {- We want to `setStorage` on every update. This function adds the setStorage command for every step of the update function. -} let ( newModel, cmds ) = updateUnderlying msg model orchestrationTimeCmd = -- Each trip through the runtime, we get the time and feed it to orchestration module case msg of DoOrchestration _ -> Cmd.none Tick _ _ -> Cmd.none _ -> Task.perform (\posix -> DoOrchestration posix) Time.now in ( newModel , Cmd.batch [ Ports.setStorage (LocalStorage.generateStoredState newModel) , orchestrationTimeCmd , cmds ] ) updateUnderlying : Msg -> Model -> ( Model, Cmd Msg ) updateUnderlying msg model = case msg of ToastyMsg subMsg -> Toasty.update Style.Toast.toastConfig ToastyMsg subMsg model MsgChangeWindowSize x y -> ( { model | windowSize = { width = x, height = y } }, Cmd.none ) Tick interval time -> processTick model interval time DoOrchestration posixTime -> Orchestration.orchModel model posixTime SetNonProjectView nonProjectViewConstructor -> ViewStateHelpers.setNonProjectView nonProjectViewConstructor model HandleApiErrorWithBody errorContext error -> State.Error.processSynchronousApiError model errorContext error RequestUnscopedToken openstackLoginUnscoped -> let creds = -- Ensure auth URL includes port number and version { openstackLoginUnscoped | authUrl = State.Auth.authUrlWithPortAndVersion openstackLoginUnscoped.authUrl } in ( model, Rest.Keystone.requestUnscopedAuthToken model.cloudCorsProxyUrl creds ) JetstreamLogin jetstreamCreds -> let openstackCredsList = State.Auth.jetstreamToOpenstackCreds jetstreamCreds cmds = List.map (\creds -> Rest.Keystone.requestUnscopedAuthToken model.cloudCorsProxyUrl creds) openstackCredsList in ( model, Cmd.batch cmds ) ReceiveScopedAuthToken ( metadata, response ) -> case Rest.Keystone.decodeScopedAuthToken <| Http.GoodStatus_ metadata response of Err error -> State.Error.processStringError model (ErrorContext "decode scoped auth token" ErrorCrit Nothing ) error Ok authToken -> case Helpers.serviceCatalogToEndpoints authToken.catalog of Err e -> State.Error.processStringError model (ErrorContext "Decode project endpoints" ErrorCrit (Just "Please check with your cloud administrator or the Exosphere developers.") ) e Ok endpoints -> let projectId = authToken.project.uuid in -- If we don't have a project with same name + authUrl then create one, if we do then update its OSTypes.AuthToken -- This code ensures we don't end up with duplicate projects on the same provider in our model. case GetterSetters.projectLookup model <| projectId of Nothing -> createProject model authToken endpoints Just project -> -- If we don't have an application credential for this project yet, then get one let appCredCmd = case project.secret of ApplicationCredential _ -> Cmd.none _ -> Rest.Keystone.requestAppCredential model.clientUuid model.clientCurrentTime project ( newModel, updateTokenCmd ) = State.Auth.projectUpdateAuthToken model project authToken in ( newModel, Cmd.batch [ appCredCmd, updateTokenCmd ] ) ReceiveUnscopedAuthToken keystoneUrl ( metadata, response ) -> case Rest.Keystone.decodeUnscopedAuthToken <| Http.GoodStatus_ metadata response of Err error -> State.Error.processStringError model (ErrorContext "decode scoped auth token" ErrorCrit Nothing ) error Ok authToken -> case GetterSetters.providerLookup model keystoneUrl of Just unscopedProvider -> -- We already have an unscoped provider in the model with the same auth URL, update its token State.Auth.unscopedProviderUpdateAuthToken model unscopedProvider authToken Nothing -> -- We don't have an unscoped provider with the same auth URL, create it createUnscopedProvider model authToken keystoneUrl ReceiveUnscopedProjects keystoneUrl unscopedProjects -> case GetterSetters.providerLookup model keystoneUrl of Just provider -> let newProvider = { provider | projectsAvailable = RemoteData.Success unscopedProjects } newModel = GetterSetters.modelUpdateUnscopedProvider model newProvider in -- If we are not already on a SelectProjects view, then go there case newModel.viewState of NonProjectView (SelectProjects _ _) -> ( newModel, Cmd.none ) _ -> ViewStateHelpers.modelUpdateViewState (NonProjectView <| SelectProjects newProvider.authUrl [] ) newModel Nothing -> -- Provider not found, may have been removed, nothing to do ( model, Cmd.none ) RequestProjectLoginFromProvider keystoneUrl desiredProjects -> case GetterSetters.providerLookup model keystoneUrl of Just provider -> let buildLoginRequest : UnscopedProviderProject -> Cmd Msg buildLoginRequest project = Rest.Keystone.requestScopedAuthToken model.cloudCorsProxyUrl <| OSTypes.TokenCreds keystoneUrl provider.token project.project.uuid loginRequests = List.map buildLoginRequest desiredProjects |> Cmd.batch -- Remove unscoped provider from model now that we have selected projects from it newUnscopedProviders = List.filter (\p -> p.authUrl /= keystoneUrl) model.unscopedProviders -- If we still have at least one unscoped provider in the model then ask the user to choose projects from it newViewStateFunc = case List.head newUnscopedProviders of Just unscopedProvider -> ViewStateHelpers.setNonProjectView (SelectProjects unscopedProvider.authUrl []) Nothing -> -- If we have at least one project then show it, else show the login page case List.head model.projects of Just project -> ViewStateHelpers.setProjectView project <| AllResources Defaults.allResourcesListViewParams Nothing -> ViewStateHelpers.setNonProjectView LoginPicker modelUpdatedUnscopedProviders = { model | unscopedProviders = newUnscopedProviders } in ( modelUpdatedUnscopedProviders, loginRequests ) |> Helpers.pipelineCmd newViewStateFunc Nothing -> State.Error.processStringError model (ErrorContext ("look for OpenStack provider with Keystone URL " ++ keystoneUrl) ErrorCrit Nothing ) "Provider could not found in Exosphere's list of Providers." ProjectMsg projectIdentifier innerMsg -> case GetterSetters.projectLookup model projectIdentifier of Nothing -> -- Project not found, may have been removed, nothing to do ( model, Cmd.none ) Just project -> processProjectSpecificMsg model project innerMsg {- Form inputs -} SubmitOpenRc openstackCreds openRc -> let newCreds = State.Auth.processOpenRc openstackCreds openRc newViewState = NonProjectView <| Login <| LoginOpenstack <| OpenstackLoginViewParams newCreds openRc LoginViewCredsEntry in ViewStateHelpers.modelUpdateViewState newViewState model OpenNewWindow url -> ( model, Ports.openNewWindow url ) NavigateToUrl url -> ( model, Browser.Navigation.load url ) UrlChange url -> -- This handles presses of the browser back/forward button let exoJustSetThisUrl = -- If this is a URL that Exosphere just set via StateHelpers.updateViewState, then ignore it UrlHelpers.urlPathQueryMatches url model.prevUrl in if exoJustSetThisUrl then ( model, Cmd.none ) else case AppUrl.Parser.urlToViewState model.urlPathPrefix (ViewStateHelpers.defaultViewState model) url of Just newViewState -> ( { model | viewState = newViewState , prevUrl = AppUrl.Builder.viewStateToUrl model.urlPathPrefix newViewState } , Cmd.none ) Nothing -> ( { model | viewState = NonProjectView PageNotFound } , Cmd.none ) SetStyle styleMode -> let oldStyle = model.style newStyle = { oldStyle | styleMode = styleMode } in ( { model | style = newStyle }, Cmd.none ) NoOp -> ( model, Cmd.none ) processTick : Model -> TickInterval -> Time.Posix -> ( Model, Cmd Msg ) processTick model interval time = let serverVolsNeedFrequentPoll : Project -> Server -> Bool serverVolsNeedFrequentPoll project server = GetterSetters.getVolsAttachedToServer project server |> List.any volNeedsFrequentPoll volNeedsFrequentPoll volume = not <| List.member volume.status [ OSTypes.Available , OSTypes.Maintenance , OSTypes.InUse , OSTypes.Error , OSTypes.ErrorDeleting , OSTypes.ErrorBackingUp , OSTypes.ErrorRestoring , OSTypes.ErrorExtending ] viewIndependentCmd = if interval == 5 then Task.perform (\posix -> DoOrchestration posix) Time.now else Cmd.none ( viewDependentModel, viewDependentCmd ) = {- TODO move some of this to Orchestration? -} case model.viewState of NonProjectView _ -> ( model, Cmd.none ) ProjectView projectName _ projectViewState -> case GetterSetters.projectLookup model projectName of Nothing -> {- Should this throw an error? -} ( model, Cmd.none ) Just project -> let pollVolumes : ( Model, Cmd Msg ) pollVolumes = ( model , case interval of 5 -> if List.any volNeedsFrequentPoll (RemoteData.withDefault [] project.volumes) then OSVolumes.requestVolumes project else Cmd.none 60 -> OSVolumes.requestVolumes project _ -> Cmd.none ) in case projectViewState of AllResources _ -> pollVolumes ServerDetail serverUuid _ -> let volCmd = OSVolumes.requestVolumes project in case interval of 5 -> case GetterSetters.serverLookup project serverUuid of Just server -> ( model , if serverVolsNeedFrequentPoll project server then volCmd else Cmd.none ) Nothing -> ( model, Cmd.none ) 300 -> ( model, volCmd ) _ -> ( model, Cmd.none ) ListProjectVolumes _ -> pollVolumes VolumeDetail volumeUuid _ -> ( model , case interval of 5 -> case GetterSetters.volumeLookup project volumeUuid of Nothing -> Cmd.none Just volume -> if volNeedsFrequentPoll volume then OSVolumes.requestVolumes project else Cmd.none 60 -> OSVolumes.requestVolumes project _ -> Cmd.none ) _ -> ( model, Cmd.none ) in ( { viewDependentModel | clientCurrentTime = time } , Cmd.batch [ viewDependentCmd , viewIndependentCmd ] ) processProjectSpecificMsg : Model -> Project -> ProjectSpecificMsgConstructor -> ( Model, Cmd Msg ) processProjectSpecificMsg model project msg = case msg of SetProjectView projectViewConstructor -> ViewStateHelpers.setProjectView project projectViewConstructor model PrepareCredentialedRequest requestProto posixTime -> let -- Add proxy URL requestNeedingToken = requestProto model.cloudCorsProxyUrl currentTimeMillis = posixTime |> Time.posixToMillis tokenExpireTimeMillis = project.auth.expiresAt |> Time.posixToMillis tokenExpired = -- Token expiring within 5 minutes tokenExpireTimeMillis < currentTimeMillis + 300000 in if not tokenExpired then -- Token still valid, fire the request with current token ( model, requestNeedingToken project.auth.tokenValue ) else -- Token is expired (or nearly expired) so we add request to list of pending requests and refresh that token let newPQRs = requestNeedingToken :: project.pendingCredentialedRequests newProject = { project | pendingCredentialedRequests = newPQRs } newModel = GetterSetters.modelUpdateProject model newProject cmdResult = State.Auth.requestAuthToken newModel newProject in case cmdResult of Err e -> let errorContext = ErrorContext ("Refresh authentication token for project " ++ project.auth.project.name) ErrorCrit (Just "Please remove this project from Exosphere and add it again.") in State.Error.processStringError newModel errorContext e Ok cmd -> ( newModel, cmd ) ToggleCreatePopup -> case model.viewState of ProjectView projectId viewParams viewConstructor -> let newViewState = ProjectView projectId { viewParams | createPopup = not viewParams.createPopup } viewConstructor in ViewStateHelpers.modelUpdateViewState newViewState model _ -> ( model, Cmd.none ) RemoveProject -> let newProjects = List.filter (\p -> p.auth.project.uuid /= project.auth.project.uuid) model.projects newViewState = case model.viewState of NonProjectView _ -> -- If we are not in a project-specific view then stay there model.viewState ProjectView _ _ _ -> -- If we have any projects switch to the first one in the list, otherwise switch to login view case List.head newProjects of Just p -> ProjectView p.auth.project.uuid Defaults.projectViewParams <| AllResources Defaults.allResourcesListViewParams Nothing -> NonProjectView <| LoginPicker modelUpdatedProjects = { model | projects = newProjects } in ViewStateHelpers.modelUpdateViewState newViewState modelUpdatedProjects ServerMsg serverUuid serverMsgConstructor -> case GetterSetters.serverLookup project serverUuid of Nothing -> let errorContext = ErrorContext "receive results of API call for a specific server" ErrorDebug Nothing in State.Error.processStringError model errorContext (String.join " " [ "Instance" , serverUuid , "does not exist in the model, it may have been deleted." ] ) Just server -> processServerSpecificMsg model project server serverMsgConstructor RequestServers -> ApiModelHelpers.requestServers project.auth.project.uuid model RequestCreateServer viewParams networkUuid -> let createServerRequest = { name = viewParams.serverName , count = viewParams.count , imageUuid = viewParams.imageUuid , flavorUuid = viewParams.flavorUuid , volBackedSizeGb = viewParams.volSizeTextInput |> Maybe.andThen Style.Widgets.NumericTextInput.NumericTextInput.toMaybe , networkUuid = networkUuid , keypairName = viewParams.keypairName , userData = Helpers.renderUserDataTemplate project viewParams.userDataTemplate viewParams.keypairName (viewParams.deployGuacamole |> Maybe.withDefault False) viewParams.deployDesktopEnvironment viewParams.installOperatingSystemUpdates model.instanceConfigMgtRepoUrl model.instanceConfigMgtRepoCheckout , metadata = Helpers.newServerMetadata currentExoServerVersion model.clientUuid (viewParams.deployGuacamole |> Maybe.withDefault False) viewParams.deployDesktopEnvironment project.auth.user.name viewParams.floatingIpCreationOption } in ( model, Rest.Nova.requestCreateServer project createServerRequest ) RequestCreateVolume name size -> let createVolumeRequest = { name = name , size = size } in ( model, OSVolumes.requestCreateVolume project createVolumeRequest ) RequestDeleteVolume volumeUuid -> ( model, OSVolumes.requestDeleteVolume project volumeUuid ) RequestDetachVolume volumeUuid -> let maybeVolume = OSVolumes.volumeLookup project volumeUuid maybeServerUuid = maybeVolume |> Maybe.map (GetterSetters.getServersWithVolAttached project) |> Maybe.andThen List.head in case maybeServerUuid of Just serverUuid -> ( model, OSSvrVols.requestDetachVolume project serverUuid volumeUuid ) Nothing -> State.Error.processStringError model (ErrorContext ("look for server UUID with attached volume " ++ volumeUuid) ErrorCrit Nothing ) "Could not determine server attached to this volume." RequestDeleteFloatingIp floatingIpAddress -> ( model, Rest.Neutron.requestDeleteFloatingIp project floatingIpAddress ) RequestAssignFloatingIp port_ floatingIpUuid -> let ( newModel, setViewCmd ) = ViewStateHelpers.setProjectView project (ListFloatingIps Defaults.floatingIpListViewParams) model in ( newModel , Cmd.batch [ setViewCmd , Rest.Neutron.requestAssignFloatingIp project port_ floatingIpUuid ] ) RequestUnassignFloatingIp floatingIpUuid -> ( model, Rest.Neutron.requestUnassignFloatingIp project floatingIpUuid ) ReceiveImages images -> Rest.Glance.receiveImages model project images RequestDeleteServers serverUuidsToDelete -> let applyDelete : OSTypes.ServerUuid -> ( Project, Cmd Msg ) -> ( Project, Cmd Msg ) applyDelete serverUuid projCmdTuple = let ( delServerProj, delServerCmd ) = requestDeleteServer (Tuple.first projCmdTuple) serverUuid False in ( delServerProj, Cmd.batch [ Tuple.second projCmdTuple, delServerCmd ] ) ( newProject, cmd ) = List.foldl applyDelete ( project, Cmd.none ) serverUuidsToDelete in ( GetterSetters.modelUpdateProject model newProject , cmd ) ReceiveServers errorContext result -> case result of Ok servers -> Rest.Nova.receiveServers model project servers Err e -> let oldServersData = project.servers.data newProject = { project | servers = RDPP.RemoteDataPlusPlus oldServersData (RDPP.NotLoading (Just ( e, model.clientCurrentTime ))) } newModel = GetterSetters.modelUpdateProject model newProject in State.Error.processSynchronousApiError newModel errorContext e ReceiveServer serverUuid errorContext result -> case result of Ok server -> Rest.Nova.receiveServer model project server Err httpErrorWithBody -> let httpError = httpErrorWithBody.error non404 = case GetterSetters.serverLookup project serverUuid of Nothing -> -- Server not in project, may have been deleted, ignoring this error ( model, Cmd.none ) Just server -> -- Reset receivedTime and loadingSeparately let oldExoProps = server.exoProps newExoProps = { oldExoProps | receivedTime = Nothing , loadingSeparately = False } newServer = { server | exoProps = newExoProps } newProject = GetterSetters.projectUpdateServer project newServer newModel = GetterSetters.modelUpdateProject model newProject in State.Error.processSynchronousApiError newModel errorContext httpErrorWithBody in case httpError of Http.BadStatus code -> if code == 404 then let newErrorContext = { errorContext | level = Error.ErrorDebug , actionContext = errorContext.actionContext ++ " -- 404 means server may have been deleted" } newProject = GetterSetters.projectDeleteServer project serverUuid newModel = GetterSetters.modelUpdateProject model newProject in State.Error.processSynchronousApiError newModel newErrorContext httpErrorWithBody else non404 _ -> non404 ReceiveFlavors flavors -> Rest.Nova.receiveFlavors model project flavors RequestKeypairs -> let newKeypairs = case project.keypairs of RemoteData.Success _ -> project.keypairs _ -> RemoteData.Loading newProject = { project | keypairs = newKeypairs } newModel = GetterSetters.modelUpdateProject model newProject in ( newModel , Rest.Nova.requestKeypairs newProject ) ReceiveKeypairs keypairs -> Rest.Nova.receiveKeypairs model project keypairs RequestCreateKeypair keypairName publicKey -> ( model, Rest.Nova.requestCreateKeypair project keypairName publicKey ) ReceiveCreateKeypair keypair -> let newProject = GetterSetters.projectUpdateKeypair project keypair newModel = GetterSetters.modelUpdateProject model newProject in ViewStateHelpers.setProjectView newProject (ListKeypairs Defaults.keypairListViewParams) newModel RequestDeleteKeypair keypairName -> ( model, Rest.Nova.requestDeleteKeypair project keypairName ) ReceiveDeleteKeypair errorContext keypairName result -> case result of Err httpError -> State.Error.processStringError model errorContext (Helpers.httpErrorToString httpError) Ok () -> let newKeypairs = case project.keypairs of RemoteData.Success keypairs -> keypairs |> List.filter (\k -> k.name /= keypairName) |> RemoteData.Success _ -> project.keypairs newProject = { project | keypairs = newKeypairs } newModel = GetterSetters.modelUpdateProject model newProject in ( newModel, Cmd.none ) ReceiveCreateServer _ -> let newViewState = ProjectView project.auth.project.uuid Defaults.projectViewParams <| AllResources Defaults.allResourcesListViewParams in ( model, Cmd.none ) |> Helpers.pipelineCmd (ApiModelHelpers.requestServers project.auth.project.uuid) |> Helpers.pipelineCmd (ApiModelHelpers.requestNetworks project.auth.project.uuid) |> Helpers.pipelineCmd (ApiModelHelpers.requestPorts project.auth.project.uuid) |> Helpers.pipelineCmd (ViewStateHelpers.modelUpdateViewState newViewState) ReceiveNetworks errorContext result -> case result of Ok networks -> Rest.Neutron.receiveNetworks model project networks Err httpError -> let oldNetworksData = project.networks.data newProject = { project | networks = RDPP.RemoteDataPlusPlus oldNetworksData (RDPP.NotLoading (Just ( httpError, model.clientCurrentTime ))) } newModel = GetterSetters.modelUpdateProject model newProject in State.Error.processSynchronousApiError newModel errorContext httpError ReceiveAutoAllocatedNetwork errorContext result -> let newProject = case result of Ok netUuid -> { project | autoAllocatedNetworkUuid = RDPP.RemoteDataPlusPlus (RDPP.DoHave netUuid model.clientCurrentTime) (RDPP.NotLoading Nothing) } Err httpError -> { project | autoAllocatedNetworkUuid = RDPP.RemoteDataPlusPlus project.autoAllocatedNetworkUuid.data (RDPP.NotLoading (Just ( httpError , model.clientCurrentTime ) ) ) } newViewState = case model.viewState of ProjectView _ viewParams projectViewConstructor -> case projectViewConstructor of CreateServer createServerViewParams -> if createServerViewParams.networkUuid == Nothing then case Helpers.newServerNetworkOptions newProject of AutoSelectedNetwork netUuid -> ProjectView project.auth.project.uuid viewParams (CreateServer { createServerViewParams | networkUuid = Just netUuid } ) _ -> model.viewState else model.viewState _ -> model.viewState _ -> model.viewState newModel = GetterSetters.modelUpdateProject { model | viewState = newViewState } newProject in case result of Ok _ -> ApiModelHelpers.requestNetworks project.auth.project.uuid newModel Err httpError -> State.Error.processSynchronousApiError newModel errorContext httpError |> Helpers.pipelineCmd (ApiModelHelpers.requestNetworks project.auth.project.uuid) ReceiveFloatingIps ips -> Rest.Neutron.receiveFloatingIps model project ips ReceivePorts errorContext result -> case result of Ok ports -> let newProject = { project | ports = RDPP.RemoteDataPlusPlus (RDPP.DoHave ports model.clientCurrentTime) (RDPP.NotLoading Nothing) } in ( GetterSetters.modelUpdateProject model newProject, Cmd.none ) Err httpError -> let oldPortsData = project.ports.data newProject = { project | ports = RDPP.RemoteDataPlusPlus oldPortsData (RDPP.NotLoading (Just ( httpError, model.clientCurrentTime ))) } newModel = GetterSetters.modelUpdateProject model newProject in State.Error.processSynchronousApiError newModel errorContext httpError ReceiveDeleteFloatingIp uuid -> Rest.Neutron.receiveDeleteFloatingIp model project uuid ReceiveAssignFloatingIp floatingIp -> -- TODO update servers so that new assignment is reflected in the UI let newProject = processNewFloatingIp model.clientCurrentTime project floatingIp newModel = GetterSetters.modelUpdateProject model newProject in ( newModel, Cmd.none ) ReceiveUnassignFloatingIp floatingIp -> -- TODO update servers so that unassignment is reflected in the UI let newProject = processNewFloatingIp model.clientCurrentTime project floatingIp in ( GetterSetters.modelUpdateProject model newProject, Cmd.none ) ReceiveSecurityGroups groups -> Rest.Neutron.receiveSecurityGroupsAndEnsureExoGroup model project groups ReceiveCreateExoSecurityGroup group -> Rest.Neutron.receiveCreateExoSecurityGroupAndRequestCreateRules model project group ReceiveCreateVolume -> {- Should we add new volume to model now? -} ViewStateHelpers.setProjectView project (ListProjectVolumes Defaults.volumeListViewParams) model ReceiveVolumes volumes -> let -- Look for any server backing volumes that were created with no name, and give them a reasonable name updateVolNameCmds : List (Cmd Msg) updateVolNameCmds = RDPP.withDefault [] project.servers -- List of tuples containing server and Maybe boot vol |> List.map (\s -> ( s , Helpers.getBootVol (RemoteData.withDefault [] project.volumes ) s.osProps.uuid ) ) -- We only care about servers created by exosphere |> List.filter (\t -> case Tuple.first t |> .exoProps |> .serverOrigin of ServerFromExo _ -> True ServerNotFromExo -> False ) -- We only care about servers created as current OpenStack user |> List.filter (\t -> (Tuple.first t).osProps.details.userUuid == project.auth.user.uuid ) -- We only care about servers with a non-empty name |> List.filter (\t -> Tuple.first t |> .osProps |> .name |> String.isEmpty |> not ) -- We only care about volume-backed servers |> List.filterMap (\t -> case t of ( server, Just vol ) -> -- Flatten second part of tuple Just ( server, vol ) _ -> Nothing ) -- We only care about unnamed backing volumes |> List.filter (\t -> Tuple.second t |> .name |> String.isEmpty ) |> List.map (\t -> OSVolumes.requestUpdateVolumeName project (t |> Tuple.second |> .uuid) ("boot-vol-" ++ (t |> Tuple.first |> .osProps |> .name) ) ) newProject = { project | volumes = RemoteData.succeed volumes } newModel = GetterSetters.modelUpdateProject model newProject in ( newModel, Cmd.batch updateVolNameCmds ) ReceiveDeleteVolume -> ( model, OSVolumes.requestVolumes project ) ReceiveUpdateVolumeName -> ( model, OSVolumes.requestVolumes project ) ReceiveAttachVolume attachment -> ViewStateHelpers.setProjectView project (MountVolInstructions attachment) model ReceiveDetachVolume -> ViewStateHelpers.setProjectView project (ListProjectVolumes Defaults.volumeListViewParams) model ReceiveAppCredential appCredential -> let newProject = { project | secret = ApplicationCredential appCredential } in ( GetterSetters.modelUpdateProject model newProject, Cmd.none ) ReceiveComputeQuota quota -> let newProject = { project | computeQuota = RemoteData.Success quota } in ( GetterSetters.modelUpdateProject model newProject, Cmd.none ) ReceiveVolumeQuota quota -> let newProject = { project | volumeQuota = RemoteData.Success quota } in ( GetterSetters.modelUpdateProject model newProject, Cmd.none ) processServerSpecificMsg : Model -> Project -> Server -> ServerSpecificMsgConstructor -> ( Model, Cmd Msg ) processServerSpecificMsg model project server serverMsgConstructor = case serverMsgConstructor of RequestServer -> ApiModelHelpers.requestServer project.auth.project.uuid server.osProps.uuid model RequestDeleteServer retainFloatingIps -> let ( newProject, cmd ) = requestDeleteServer project server.osProps.uuid retainFloatingIps in ( GetterSetters.modelUpdateProject model newProject, cmd ) RequestAttachVolume volumeUuid -> ( model, OSSvrVols.requestAttachVolume project server.osProps.uuid volumeUuid ) RequestCreateServerImage imageName -> let newViewState = ProjectView project.auth.project.uuid { createPopup = False } <| AllResources Defaults.allResourcesListViewParams createImageCmd = Rest.Nova.requestCreateServerImage project server.osProps.uuid imageName in ( model, createImageCmd ) |> Helpers.pipelineCmd (ViewStateHelpers.modelUpdateViewState newViewState) RequestSetServerName newServerName -> ( model, Rest.Nova.requestSetServerName project server.osProps.uuid newServerName ) ReceiveServerEvents _ result -> case result of Ok serverEvents -> let newServer = { server | events = RemoteData.Success serverEvents } newProject = GetterSetters.projectUpdateServer project newServer in ( GetterSetters.modelUpdateProject model newProject , Cmd.none ) Err _ -> -- Dropping this on the floor for now, someday we may want to do something different ( model, Cmd.none ) ReceiveConsoleUrl url -> Rest.Nova.receiveConsoleUrl model project server url ReceiveDeleteServer -> let ( serverDeletedModel, urlCmd ) = let newViewState = case model.viewState of ProjectView projectId viewParams (ServerDetail viewServerUuid _) -> if viewServerUuid == server.osProps.uuid then ProjectView projectId viewParams (AllResources Defaults.allResourcesListViewParams ) else model.viewState _ -> model.viewState newProject = let oldExoProps = server.exoProps newExoProps = { oldExoProps | deletionAttempted = True } newServer = { server | exoProps = newExoProps } in GetterSetters.projectUpdateServer project newServer modelUpdatedProject = GetterSetters.modelUpdateProject model newProject in ViewStateHelpers.modelUpdateViewState newViewState modelUpdatedProject in ( serverDeletedModel, urlCmd ) ReceiveCreateFloatingIp errorContext result -> case result of Ok ip -> Rest.Neutron.receiveCreateFloatingIp model project server ip Err httpErrorWithBody -> let newErrorContext = if GetterSetters.serverPresentNotDeleting model server.osProps.uuid then errorContext else { errorContext | level = ErrorDebug } in State.Error.processSynchronousApiError model newErrorContext httpErrorWithBody ReceiveServerPassword password -> if String.isEmpty password then ( model, Cmd.none ) else let tag = "exoPw:" ++ password cmd = case server.exoProps.serverOrigin of ServerNotFromExo -> Cmd.none ServerFromExo serverFromExoProps -> if serverFromExoProps.exoServerVersion >= 1 then Cmd.batch [ OSServerTags.requestCreateServerTag project server.osProps.uuid tag , OSServerPassword.requestClearServerPassword project server.osProps.uuid ] else Cmd.none in ( model, cmd ) ReceiveSetServerName _ errorContext result -> case result of Err e -> State.Error.processSynchronousApiError model errorContext e Ok actualNewServerName -> let oldOsProps = server.osProps newOsProps = { oldOsProps | name = actualNewServerName } newServer = { server | osProps = newOsProps } newProject = GetterSetters.projectUpdateServer project newServer modelWithUpdatedProject = GetterSetters.modelUpdateProject model newProject -- Only update the view if we are on the server details view for the server we're interested in updatedView = case model.viewState of ProjectView projectIdentifier projectViewParams (ServerDetail serverUuid_ serverDetailViewParams) -> if server.osProps.uuid == serverUuid_ then let newServerDetailsViewParams = { serverDetailViewParams | serverNamePendingConfirmation = Nothing } in ProjectView projectIdentifier projectViewParams (ServerDetail serverUuid_ newServerDetailsViewParams) else model.viewState _ -> model.viewState -- Later, maybe: Check that newServerName == actualNewServerName in ViewStateHelpers.modelUpdateViewState updatedView modelWithUpdatedProject ReceiveSetServerMetadata intendedMetadataItem errorContext result -> case result of Err e -> -- Error from API State.Error.processSynchronousApiError model errorContext e Ok newServerMetadata -> -- Update the model after ensuring the intended metadata item was actually added if List.member intendedMetadataItem newServerMetadata then let oldServerDetails = server.osProps.details newServerDetails = { oldServerDetails | metadata = newServerMetadata } oldOsProps = server.osProps newOsProps = { oldOsProps | details = newServerDetails } newServer = { server | osProps = newOsProps } newProject = GetterSetters.projectUpdateServer project newServer newModel = GetterSetters.modelUpdateProject model newProject in ( newModel, Cmd.none ) else -- This is bonkers, throw an error State.Error.processStringError model errorContext "The metadata items returned by OpenStack did not include the metadata item that we tried to set." ReceiveDeleteServerMetadata metadataKey errorContext result -> case result of Err e -> -- Error from API State.Error.processSynchronousApiError model errorContext e Ok _ -> let oldServerDetails = server.osProps.details newServerDetails = { oldServerDetails | metadata = List.filter (\i -> i.key /= metadataKey) oldServerDetails.metadata } oldOsProps = server.osProps newOsProps = { oldOsProps | details = newServerDetails } newServer = { server | osProps = newOsProps } newProject = GetterSetters.projectUpdateServer project newServer newModel = GetterSetters.modelUpdateProject model newProject in ( newModel, Cmd.none ) ReceiveGuacamoleAuthToken result -> let errorContext = ErrorContext "Receive a response from Guacamole auth token API" ErrorDebug Nothing modelUpdateGuacProps : ServerFromExoProps -> GuacTypes.LaunchedWithGuacProps -> Model modelUpdateGuacProps exoOriginProps guacProps = let newOriginProps = { exoOriginProps | guacamoleStatus = GuacTypes.LaunchedWithGuacamole guacProps } oldExoProps = server.exoProps newExoProps = { oldExoProps | serverOrigin = ServerFromExo newOriginProps } newServer = { server | exoProps = newExoProps } newProject = GetterSetters.projectUpdateServer project newServer newModel = GetterSetters.modelUpdateProject model newProject in newModel in case server.exoProps.serverOrigin of ServerFromExo exoOriginProps -> case exoOriginProps.guacamoleStatus of GuacTypes.LaunchedWithGuacamole oldGuacProps -> let newGuacProps = case result of Ok tokenValue -> if server.osProps.details.openstackStatus == OSTypes.ServerActive then { oldGuacProps | authToken = RDPP.RemoteDataPlusPlus (RDPP.DoHave tokenValue model.clientCurrentTime ) (RDPP.NotLoading Nothing) } else -- Server is not active, this token won't work, so we don't store it { oldGuacProps | authToken = RDPP.empty } Err e -> { oldGuacProps | authToken = RDPP.RemoteDataPlusPlus oldGuacProps.authToken.data (RDPP.NotLoading (Just ( e, model.clientCurrentTime ))) } in ( modelUpdateGuacProps exoOriginProps newGuacProps , Cmd.none ) GuacTypes.NotLaunchedWithGuacamole -> State.Error.processStringError model errorContext "Server does not appear to have been launched with Guacamole support" ServerNotFromExo -> State.Error.processStringError model errorContext "Server does not appear to have been launched from Exosphere" RequestServerAction func targetStatuses -> let oldExoProps = server.exoProps newServer = Server server.osProps { oldExoProps | targetOpenstackStatus = targetStatuses } server.events newProject = GetterSetters.projectUpdateServer project newServer newModel = GetterSetters.modelUpdateProject model newProject in ( newModel, func newProject newServer ) ReceiveConsoleLog errorContext result -> case server.exoProps.serverOrigin of ServerNotFromExo -> ( model, Cmd.none ) ServerFromExo exoOriginProps -> let oldExoSetupStatus = case exoOriginProps.exoSetupStatus.data of RDPP.DontHave -> ExoSetupUnknown RDPP.DoHave s _ -> s ( newExoSetupStatusRDPP, exoSetupStatusMetadataCmd ) = case result of Err httpError -> ( RDPP.RemoteDataPlusPlus exoOriginProps.exoSetupStatus.data (RDPP.NotLoading (Just ( httpError, model.clientCurrentTime ))) , Cmd.none ) Ok consoleLog -> let newExoSetupStatus = Helpers.ExoSetupStatus.parseConsoleLogExoSetupStatus oldExoSetupStatus consoleLog server.osProps.details.created model.clientCurrentTime cmd = if newExoSetupStatus == oldExoSetupStatus then Cmd.none else let value = Helpers.ExoSetupStatus.exoSetupStatusToStr newExoSetupStatus metadataItem = OSTypes.MetadataItem "exoSetup" value in Rest.Nova.requestSetServerMetadata project server.osProps.uuid metadataItem in ( RDPP.RemoteDataPlusPlus (RDPP.DoHave newExoSetupStatus model.clientCurrentTime ) (RDPP.NotLoading Nothing) , cmd ) newResourceUsage = case result of Err httpError -> RDPP.RemoteDataPlusPlus exoOriginProps.resourceUsage.data (RDPP.NotLoading (Just ( httpError, model.clientCurrentTime ))) Ok consoleLog -> RDPP.RemoteDataPlusPlus (RDPP.DoHave (Helpers.ServerResourceUsage.parseConsoleLog consoleLog (RDPP.withDefault Types.ServerResourceUsage.emptyResourceUsageHistory exoOriginProps.resourceUsage ) ) model.clientCurrentTime ) (RDPP.NotLoading Nothing) newOriginProps = { exoOriginProps | resourceUsage = newResourceUsage , exoSetupStatus = newExoSetupStatusRDPP } oldExoProps = server.exoProps newExoProps = { oldExoProps | serverOrigin = ServerFromExo newOriginProps } newServer = { server | exoProps = newExoProps } newProject = GetterSetters.projectUpdateServer project newServer newModel = GetterSetters.modelUpdateProject model newProject in case result of Err httpError -> State.Error.processSynchronousApiError newModel errorContext httpError Ok _ -> ( newModel, exoSetupStatusMetadataCmd ) processNewFloatingIp : Time.Posix -> Project -> OSTypes.FloatingIp -> Project processNewFloatingIp time project floatingIp = let otherIps = project.floatingIps |> RDPP.withDefault [] |> List.filter (\i -> i.uuid /= floatingIp.uuid) newIps = floatingIp :: otherIps in { project | floatingIps = RDPP.RemoteDataPlusPlus (RDPP.DoHave newIps time) (RDPP.NotLoading Nothing) } createProject : Model -> OSTypes.ScopedAuthToken -> Endpoints -> ( Model, Cmd Msg ) createProject model authToken endpoints = let newProject = { secret = NoProjectSecret , auth = authToken -- Maybe todo, eliminate parallel data structures in auth and endpoints? , endpoints = endpoints , images = [] , servers = RDPP.RemoteDataPlusPlus RDPP.DontHave RDPP.Loading , flavors = [] , keypairs = RemoteData.NotAsked , volumes = RemoteData.NotAsked , networks = RDPP.empty , autoAllocatedNetworkUuid = RDPP.empty , floatingIps = RDPP.empty , ports = RDPP.empty , securityGroups = [] , computeQuota = RemoteData.NotAsked , volumeQuota = RemoteData.NotAsked , pendingCredentialedRequests = [] } newProjects = newProject :: model.projects newViewStateFunc = -- If the user is selecting projects from an unscoped provider then don't interrupt them case model.viewState of NonProjectView (SelectProjects _ _) -> \model_ -> ( model_, Cmd.none ) NonProjectView _ -> ViewStateHelpers.setProjectView newProject <| AllResources Defaults.allResourcesListViewParams ProjectView _ _ _ -> ViewStateHelpers.setProjectView newProject <| AllResources Defaults.allResourcesListViewParams newModel = { model | projects = newProjects } in ( newModel , [ Rest.Nova.requestServers , Rest.Neutron.requestSecurityGroups , Rest.Keystone.requestAppCredential model.clientUuid model.clientCurrentTime ] |> List.map (\x -> x newProject) |> Cmd.batch ) |> Helpers.pipelineCmd (ApiModelHelpers.requestFloatingIps newProject.auth.project.uuid) |> Helpers.pipelineCmd (ApiModelHelpers.requestPorts newProject.auth.project.uuid) |> Helpers.pipelineCmd newViewStateFunc createUnscopedProvider : Model -> OSTypes.UnscopedAuthToken -> HelperTypes.Url -> ( Model, Cmd Msg ) createUnscopedProvider model authToken authUrl = let newProvider = { authUrl = authUrl , token = authToken , projectsAvailable = RemoteData.Loading } newProviders = newProvider :: model.unscopedProviders in ( { model | unscopedProviders = newProviders } , Rest.Keystone.requestUnscopedProjects newProvider model.cloudCorsProxyUrl ) requestDeleteServer : Project -> OSTypes.ServerUuid -> Bool -> ( Project, Cmd Msg ) requestDeleteServer project serverUuid retainFloatingIps = case GetterSetters.serverLookup project serverUuid of Nothing -> -- Server likely deleted already, do nothing ( project, Cmd.none ) Just server -> let oldExoProps = server.exoProps newServer = { server | exoProps = { oldExoProps | deletionAttempted = True } } deleteFloatingIpCmds = if retainFloatingIps then [] else GetterSetters.getServerFloatingIps project server.osProps.uuid |> List.map .uuid |> List.map (Rest.Neutron.requestDeleteFloatingIp project) newProject = GetterSetters.projectUpdateServer project newServer in ( newProject , Cmd.batch [ Rest.Nova.requestDeleteServer newProject newServer , Cmd.batch deleteFloatingIpCmds ] )

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module State.State exposing (update) import AppUrl.Builder import AppUrl.Parser import Browser.Navigation import Helpers.ExoSetupStatus import Helpers.GetterSetters as GetterSetters import Helpers.Helpers as Helpers import Helpers.RemoteDataPlusPlus as RDPP import Helpers.ServerResourceUsage import Helpers.Url as UrlHelpers import Http import LocalStorage.LocalStorage as LocalStorage import Maybe import OpenStack.ServerPassword as OSServerPassword import OpenStack.ServerTags as OSServerTags import OpenStack.ServerVolumes as OSSvrVols import OpenStack.Types as OSTypes import OpenStack.Volumes as OSVolumes import Orchestration.Orchestration as Orchestration import Ports import RemoteData import Rest.ApiModelHelpers as ApiModelHelpers import Rest.Glance import Rest.Keystone import Rest.Neutron import Rest.Nova import State.Auth import State.Error import State.ViewState as ViewStateHelpers import Style.Toast import Style.Widgets.NumericTextInput.NumericTextInput import Task import Time import Toasty import Types.Defaults as Defaults import Types.Error as Error exposing (ErrorContext, ErrorLevel(..)) import Types.Guacamole as GuacTypes import Types.HelperTypes as HelperTypes import Types.ServerResourceUsage import Types.Types exposing ( Endpoints , ExoSetupStatus(..) , HttpRequestMethod(..) , LoginView(..) , Model , Msg(..) , NewServerNetworkOptions(..) , NonProjectViewConstructor(..) , OpenstackLoginFormEntryType(..) , OpenstackLoginViewParams , Project , ProjectSecret(..) , ProjectSpecificMsgConstructor(..) , ProjectViewConstructor(..) , Server , ServerFromExoProps , ServerOrigin(..) , ServerSpecificMsgConstructor(..) , TickInterval , UnscopedProviderProject , ViewState(..) , currentExoServerVersion ) update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = {- We want to `setStorage` on every update. This function adds the setStorage command for every step of the update function. -} let ( newModel, cmds ) = updateUnderlying msg model orchestrationTimeCmd = -- Each trip through the runtime, we get the time and feed it to orchestration module case msg of DoOrchestration _ -> Cmd.none Tick _ _ -> Cmd.none _ -> Task.perform (\posix -> DoOrchestration posix) Time.now in ( newModel , Cmd.batch [ Ports.setStorage (LocalStorage.generateStoredState newModel) , orchestrationTimeCmd , cmds ] ) updateUnderlying : Msg -> Model -> ( Model, Cmd Msg ) updateUnderlying msg model = case msg of ToastyMsg subMsg -> Toasty.update Style.Toast.toastConfig ToastyMsg subMsg model MsgChangeWindowSize x y -> ( { model | windowSize = { width = x, height = y } }, Cmd.none ) Tick interval time -> processTick model interval time DoOrchestration posixTime -> Orchestration.orchModel model posixTime SetNonProjectView nonProjectViewConstructor -> ViewStateHelpers.setNonProjectView nonProjectViewConstructor model HandleApiErrorWithBody errorContext error -> State.Error.processSynchronousApiError model errorContext error RequestUnscopedToken openstackLoginUnscoped -> let creds = -- Ensure auth URL includes port number and version { openstackLoginUnscoped | authUrl = State.Auth.authUrlWithPortAndVersion openstackLoginUnscoped.authUrl } in ( model, Rest.Keystone.requestUnscopedAuthToken model.cloudCorsProxyUrl creds ) JetstreamLogin jetstreamCreds -> let openstackCredsList = State.Auth.jetstreamToOpenstackCreds jetstreamCreds cmds = List.map (\creds -> Rest.Keystone.requestUnscopedAuthToken model.cloudCorsProxyUrl creds) openstackCredsList in ( model, Cmd.batch cmds ) ReceiveScopedAuthToken ( metadata, response ) -> case Rest.Keystone.decodeScopedAuthToken <| Http.GoodStatus_ metadata response of Err error -> State.Error.processStringError model (ErrorContext "decode scoped auth token" ErrorCrit Nothing ) error Ok authToken -> case Helpers.serviceCatalogToEndpoints authToken.catalog of Err e -> State.Error.processStringError model (ErrorContext "Decode project endpoints" ErrorCrit (Just "Please check with your cloud administrator or the Exosphere developers.") ) e Ok endpoints -> let projectId = authToken.project.uuid in -- If we don't have a project with same name + authUrl then create one, if we do then update its OSTypes.AuthToken -- This code ensures we don't end up with duplicate projects on the same provider in our model. case GetterSetters.projectLookup model <| projectId of Nothing -> createProject model authToken endpoints Just project -> -- If we don't have an application credential for this project yet, then get one let appCredCmd = case project.secret of ApplicationCredential _ -> Cmd.none _ -> Rest.Keystone.requestAppCredential model.clientUuid model.clientCurrentTime project ( newModel, updateTokenCmd ) = State.Auth.projectUpdateAuthToken model project authToken in ( newModel, Cmd.batch [ appCredCmd, updateTokenCmd ] ) ReceiveUnscopedAuthToken keystoneUrl ( metadata, response ) -> case Rest.Keystone.decodeUnscopedAuthToken <| Http.GoodStatus_ metadata response of Err error -> State.Error.processStringError model (ErrorContext "decode scoped auth token" ErrorCrit Nothing ) error Ok authToken -> case GetterSetters.providerLookup model keystoneUrl of Just unscopedProvider -> -- We already have an unscoped provider in the model with the same auth URL, update its token State.Auth.unscopedProviderUpdateAuthToken model unscopedProvider authToken Nothing -> -- We don't have an unscoped provider with the same auth URL, create it createUnscopedProvider model authToken keystoneUrl ReceiveUnscopedProjects keystoneUrl unscopedProjects -> case GetterSetters.providerLookup model keystoneUrl of Just provider -> let newProvider = { provider | projectsAvailable = RemoteData.Success unscopedProjects } newModel = GetterSetters.modelUpdateUnscopedProvider model newProvider in -- If we are not already on a SelectProjects view, then go there case newModel.viewState of NonProjectView (SelectProjects _ _) -> ( newModel, Cmd.none ) _ -> ViewStateHelpers.modelUpdateViewState (NonProjectView <| SelectProjects newProvider.authUrl [] ) newModel Nothing -> -- Provider not found, may have been removed, nothing to do ( model, Cmd.none ) RequestProjectLoginFromProvider keystoneUrl desiredProjects -> case GetterSetters.providerLookup model keystoneUrl of Just provider -> let buildLoginRequest : UnscopedProviderProject -> Cmd Msg buildLoginRequest project = Rest.Keystone.requestScopedAuthToken model.cloudCorsProxyUrl <| OSTypes.TokenCreds keystoneUrl provider.token project.project.uuid loginRequests = List.map buildLoginRequest desiredProjects |> Cmd.batch -- Remove unscoped provider from model now that we have selected projects from it newUnscopedProviders = List.filter (\p -> p.authUrl /= keystoneUrl) model.unscopedProviders -- If we still have at least one unscoped provider in the model then ask the user to choose projects from it newViewStateFunc = case List.head newUnscopedProviders of Just unscopedProvider -> ViewStateHelpers.setNonProjectView (SelectProjects unscopedProvider.authUrl []) Nothing -> -- If we have at least one project then show it, else show the login page case List.head model.projects of Just project -> ViewStateHelpers.setProjectView project <| AllResources Defaults.allResourcesListViewParams Nothing -> ViewStateHelpers.setNonProjectView LoginPicker modelUpdatedUnscopedProviders = { model | unscopedProviders = newUnscopedProviders } in ( modelUpdatedUnscopedProviders, loginRequests ) |> Helpers.pipelineCmd newViewStateFunc Nothing -> State.Error.processStringError model (ErrorContext ("look for OpenStack provider with Keystone URL " ++ keystoneUrl) ErrorCrit Nothing ) "Provider could not found in Exosphere's list of Providers." ProjectMsg projectIdentifier innerMsg -> case GetterSetters.projectLookup model projectIdentifier of Nothing -> -- Project not found, may have been removed, nothing to do ( model, Cmd.none ) Just project -> processProjectSpecificMsg model project innerMsg {- Form inputs -} SubmitOpenRc openstackCreds openRc -> let newCreds = State.Auth.processOpenRc openstackCreds openRc newViewState = NonProjectView <| Login <| LoginOpenstack <| OpenstackLoginViewParams newCreds openRc LoginViewCredsEntry in ViewStateHelpers.modelUpdateViewState newViewState model OpenNewWindow url -> ( model, Ports.openNewWindow url ) NavigateToUrl url -> ( model, Browser.Navigation.load url ) UrlChange url -> -- This handles presses of the browser back/forward button let exoJustSetThisUrl = -- If this is a URL that Exosphere just set via StateHelpers.updateViewState, then ignore it UrlHelpers.urlPathQueryMatches url model.prevUrl in if exoJustSetThisUrl then ( model, Cmd.none ) else case AppUrl.Parser.urlToViewState model.urlPathPrefix (ViewStateHelpers.defaultViewState model) url of Just newViewState -> ( { model | viewState = newViewState , prevUrl = AppUrl.Builder.viewStateToUrl model.urlPathPrefix newViewState } , Cmd.none ) Nothing -> ( { model | viewState = NonProjectView PageNotFound } , Cmd.none ) SetStyle styleMode -> let oldStyle = model.style newStyle = { oldStyle | styleMode = styleMode } in ( { model | style = newStyle }, Cmd.none ) NoOp -> ( model, Cmd.none ) processTick : Model -> TickInterval -> Time.Posix -> ( Model, Cmd Msg ) processTick model interval time = let serverVolsNeedFrequentPoll : Project -> Server -> Bool serverVolsNeedFrequentPoll project server = GetterSetters.getVolsAttachedToServer project server |> List.any volNeedsFrequentPoll volNeedsFrequentPoll volume = not <| List.member volume.status [ OSTypes.Available , OSTypes.Maintenance , OSTypes.InUse , OSTypes.Error , OSTypes.ErrorDeleting , OSTypes.ErrorBackingUp , OSTypes.ErrorRestoring , OSTypes.ErrorExtending ] viewIndependentCmd = if interval == 5 then Task.perform (\posix -> DoOrchestration posix) Time.now else Cmd.none ( viewDependentModel, viewDependentCmd ) = {- TODO move some of this to Orchestration? -} case model.viewState of NonProjectView _ -> ( model, Cmd.none ) ProjectView projectName _ projectViewState -> case GetterSetters.projectLookup model projectName of Nothing -> {- Should this throw an error? -} ( model, Cmd.none ) Just project -> let pollVolumes : ( Model, Cmd Msg ) pollVolumes = ( model , case interval of 5 -> if List.any volNeedsFrequentPoll (RemoteData.withDefault [] project.volumes) then OSVolumes.requestVolumes project else Cmd.none 60 -> OSVolumes.requestVolumes project _ -> Cmd.none ) in case projectViewState of AllResources _ -> pollVolumes ServerDetail serverUuid _ -> let volCmd = OSVolumes.requestVolumes project in case interval of 5 -> case GetterSetters.serverLookup project serverUuid of Just server -> ( model , if serverVolsNeedFrequentPoll project server then volCmd else Cmd.none ) Nothing -> ( model, Cmd.none ) 300 -> ( model, volCmd ) _ -> ( model, Cmd.none ) ListProjectVolumes _ -> pollVolumes VolumeDetail volumeUuid _ -> ( model , case interval of 5 -> case GetterSetters.volumeLookup project volumeUuid of Nothing -> Cmd.none Just volume -> if volNeedsFrequentPoll volume then OSVolumes.requestVolumes project else Cmd.none 60 -> OSVolumes.requestVolumes project _ -> Cmd.none ) _ -> ( model, Cmd.none ) in ( { viewDependentModel | clientCurrentTime = time } , Cmd.batch [ viewDependentCmd , viewIndependentCmd ] ) processProjectSpecificMsg : Model -> Project -> ProjectSpecificMsgConstructor -> ( Model, Cmd Msg ) processProjectSpecificMsg model project msg = case msg of SetProjectView projectViewConstructor -> ViewStateHelpers.setProjectView project projectViewConstructor model PrepareCredentialedRequest requestProto posixTime -> let -- Add proxy URL requestNeedingToken = requestProto model.cloudCorsProxyUrl currentTimeMillis = posixTime |> Time.posixToMillis tokenExpireTimeMillis = project.auth.expiresAt |> Time.posixToMillis tokenExpired = -- Token expiring within 5 minutes tokenExpireTimeMillis < currentTimeMillis + 300000 in if not tokenExpired then -- Token still valid, fire the request with current token ( model, requestNeedingToken project.auth.tokenValue ) else -- Token is expired (or nearly expired) so we add request to list of pending requests and refresh that token let newPQRs = requestNeedingToken :: project.pendingCredentialedRequests newProject = { project | pendingCredentialedRequests = newPQRs } newModel = GetterSetters.modelUpdateProject model newProject cmdResult = State.Auth.requestAuthToken newModel newProject in case cmdResult of Err e -> let errorContext = ErrorContext ("Refresh authentication token for project " ++ project.auth.project.name) ErrorCrit (Just "Please remove this project from Exosphere and add it again.") in State.Error.processStringError newModel errorContext e Ok cmd -> ( newModel, cmd ) ToggleCreatePopup -> case model.viewState of ProjectView projectId viewParams viewConstructor -> let newViewState = ProjectView projectId { viewParams | createPopup = not viewParams.createPopup } viewConstructor in ViewStateHelpers.modelUpdateViewState newViewState model _ -> ( model, Cmd.none ) RemoveProject -> let newProjects = List.filter (\p -> p.auth.project.uuid /= project.auth.project.uuid) model.projects newViewState = case model.viewState of NonProjectView _ -> -- If we are not in a project-specific view then stay there model.viewState ProjectView _ _ _ -> -- If we have any projects switch to the first one in the list, otherwise switch to login view case List.head newProjects of Just p -> ProjectView p.auth.project.uuid Defaults.projectViewParams <| AllResources Defaults.allResourcesListViewParams Nothing -> NonProjectView <| LoginPicker modelUpdatedProjects = { model | projects = newProjects } in ViewStateHelpers.modelUpdateViewState newViewState modelUpdatedProjects ServerMsg serverUuid serverMsgConstructor -> case GetterSetters.serverLookup project serverUuid of Nothing -> let errorContext = ErrorContext "receive results of API call for a specific server" ErrorDebug Nothing in State.Error.processStringError model errorContext (String.join " " [ "Instance" , serverUuid , "does not exist in the model, it may have been deleted." ] ) Just server -> processServerSpecificMsg model project server serverMsgConstructor RequestServers -> ApiModelHelpers.requestServers project.auth.project.uuid model RequestCreateServer viewParams networkUuid -> let createServerRequest = { name = viewParams.serverName , count = viewParams.count , imageUuid = viewParams.imageUuid , flavorUuid = viewParams.flavorUuid , volBackedSizeGb = viewParams.volSizeTextInput |> Maybe.andThen Style.Widgets.NumericTextInput.NumericTextInput.toMaybe , networkUuid = networkUuid , keypairName = viewParams.keypairName , userData = Helpers.renderUserDataTemplate project viewParams.userDataTemplate viewParams.keypairName (viewParams.deployGuacamole |> Maybe.withDefault False) viewParams.deployDesktopEnvironment viewParams.installOperatingSystemUpdates model.instanceConfigMgtRepoUrl model.instanceConfigMgtRepoCheckout , metadata = Helpers.newServerMetadata currentExoServerVersion model.clientUuid (viewParams.deployGuacamole |> Maybe.withDefault False) viewParams.deployDesktopEnvironment project.auth.user.name viewParams.floatingIpCreationOption } in ( model, Rest.Nova.requestCreateServer project createServerRequest ) RequestCreateVolume name size -> let createVolumeRequest = { name = name , size = size } in ( model, OSVolumes.requestCreateVolume project createVolumeRequest ) RequestDeleteVolume volumeUuid -> ( model, OSVolumes.requestDeleteVolume project volumeUuid ) RequestDetachVolume volumeUuid -> let maybeVolume = OSVolumes.volumeLookup project volumeUuid maybeServerUuid = maybeVolume |> Maybe.map (GetterSetters.getServersWithVolAttached project) |> Maybe.andThen List.head in case maybeServerUuid of Just serverUuid -> ( model, OSSvrVols.requestDetachVolume project serverUuid volumeUuid ) Nothing -> State.Error.processStringError model (ErrorContext ("look for server UUID with attached volume " ++ volumeUuid) ErrorCrit Nothing ) "Could not determine server attached to this volume." RequestDeleteFloatingIp floatingIpAddress -> ( model, Rest.Neutron.requestDeleteFloatingIp project floatingIpAddress ) RequestAssignFloatingIp port_ floatingIpUuid -> let ( newModel, setViewCmd ) = ViewStateHelpers.setProjectView project (ListFloatingIps Defaults.floatingIpListViewParams) model in ( newModel , Cmd.batch [ setViewCmd , Rest.Neutron.requestAssignFloatingIp project port_ floatingIpUuid ] ) RequestUnassignFloatingIp floatingIpUuid -> ( model, Rest.Neutron.requestUnassignFloatingIp project floatingIpUuid ) ReceiveImages images -> Rest.Glance.receiveImages model project images RequestDeleteServers serverUuidsToDelete -> let applyDelete : OSTypes.ServerUuid -> ( Project, Cmd Msg ) -> ( Project, Cmd Msg ) applyDelete serverUuid projCmdTuple = let ( delServerProj, delServerCmd ) = requestDeleteServer (Tuple.first projCmdTuple) serverUuid False in ( delServerProj, Cmd.batch [ Tuple.second projCmdTuple, delServerCmd ] ) ( newProject, cmd ) = List.foldl applyDelete ( project, Cmd.none ) serverUuidsToDelete in ( GetterSetters.modelUpdateProject model newProject , cmd ) ReceiveServers errorContext result -> case result of Ok servers -> Rest.Nova.receiveServers model project servers Err e -> let oldServersData = project.servers.data newProject = { project | servers = RDPP.RemoteDataPlusPlus oldServersData (RDPP.NotLoading (Just ( e, model.clientCurrentTime ))) } newModel = GetterSetters.modelUpdateProject model newProject in State.Error.processSynchronousApiError newModel errorContext e ReceiveServer serverUuid errorContext result -> case result of Ok server -> Rest.Nova.receiveServer model project server Err httpErrorWithBody -> let httpError = httpErrorWithBody.error non404 = case GetterSetters.serverLookup project serverUuid of Nothing -> -- Server not in project, may have been deleted, ignoring this error ( model, Cmd.none ) Just server -> -- Reset receivedTime and loadingSeparately let oldExoProps = server.exoProps newExoProps = { oldExoProps | receivedTime = Nothing , loadingSeparately = False } newServer = { server | exoProps = newExoProps } newProject = GetterSetters.projectUpdateServer project newServer newModel = GetterSetters.modelUpdateProject model newProject in State.Error.processSynchronousApiError newModel errorContext httpErrorWithBody in case httpError of Http.BadStatus code -> if code == 404 then let newErrorContext = { errorContext | level = Error.ErrorDebug , actionContext = errorContext.actionContext ++ " -- 404 means server may have been deleted" } newProject = GetterSetters.projectDeleteServer project serverUuid newModel = GetterSetters.modelUpdateProject model newProject in State.Error.processSynchronousApiError newModel newErrorContext httpErrorWithBody else non404 _ -> non404 ReceiveFlavors flavors -> Rest.Nova.receiveFlavors model project flavors RequestKeypairs -> let newKeypairs = case project.keypairs of RemoteData.Success _ -> project.keypairs _ -> RemoteData.Loading newProject = { project | keypairs = newKeypairs } newModel = GetterSetters.modelUpdateProject model newProject in ( newModel , Rest.Nova.requestKeypairs newProject ) ReceiveKeypairs keypairs -> Rest.Nova.receiveKeypairs model project keypairs RequestCreateKeypair keypairName publicKey -> ( model, Rest.Nova.requestCreateKeypair project keypairName publicKey ) ReceiveCreateKeypair keypair -> let newProject = GetterSetters.projectUpdateKeypair project keypair newModel = GetterSetters.modelUpdateProject model newProject in ViewStateHelpers.setProjectView newProject (ListKeypairs Defaults.keypairListViewParams) newModel RequestDeleteKeypair keypairName -> ( model, Rest.Nova.requestDeleteKeypair project keypairName ) ReceiveDeleteKeypair errorContext keypairName result -> case result of Err httpError -> State.Error.processStringError model errorContext (Helpers.httpErrorToString httpError) Ok () -> let newKeypairs = case project.keypairs of RemoteData.Success keypairs -> keypairs |> List.filter (\k -> k.name /= keypairName) |> RemoteData.Success _ -> project.keypairs newProject = { project | keypairs = newKeypairs } newModel = GetterSetters.modelUpdateProject model newProject in ( newModel, Cmd.none ) ReceiveCreateServer _ -> let newViewState = ProjectView project.auth.project.uuid Defaults.projectViewParams <| AllResources Defaults.allResourcesListViewParams in ( model, Cmd.none ) |> Helpers.pipelineCmd (ApiModelHelpers.requestServers project.auth.project.uuid) |> Helpers.pipelineCmd (ApiModelHelpers.requestNetworks project.auth.project.uuid) |> Helpers.pipelineCmd (ApiModelHelpers.requestPorts project.auth.project.uuid) |> Helpers.pipelineCmd (ViewStateHelpers.modelUpdateViewState newViewState) ReceiveNetworks errorContext result -> case result of Ok networks -> Rest.Neutron.receiveNetworks model project networks Err httpError -> let oldNetworksData = project.networks.data newProject = { project | networks = RDPP.RemoteDataPlusPlus oldNetworksData (RDPP.NotLoading (Just ( httpError, model.clientCurrentTime ))) } newModel = GetterSetters.modelUpdateProject model newProject in State.Error.processSynchronousApiError newModel errorContext httpError ReceiveAutoAllocatedNetwork errorContext result -> let newProject = case result of Ok netUuid -> { project | autoAllocatedNetworkUuid = RDPP.RemoteDataPlusPlus (RDPP.DoHave netUuid model.clientCurrentTime) (RDPP.NotLoading Nothing) } Err httpError -> { project | autoAllocatedNetworkUuid = RDPP.RemoteDataPlusPlus project.autoAllocatedNetworkUuid.data (RDPP.NotLoading (Just ( httpError , model.clientCurrentTime ) ) ) } newViewState = case model.viewState of ProjectView _ viewParams projectViewConstructor -> case projectViewConstructor of CreateServer createServerViewParams -> if createServerViewParams.networkUuid == Nothing then case Helpers.newServerNetworkOptions newProject of AutoSelectedNetwork netUuid -> ProjectView project.auth.project.uuid viewParams (CreateServer { createServerViewParams | networkUuid = Just netUuid } ) _ -> model.viewState else model.viewState _ -> model.viewState _ -> model.viewState newModel = GetterSetters.modelUpdateProject { model | viewState = newViewState } newProject in case result of Ok _ -> ApiModelHelpers.requestNetworks project.auth.project.uuid newModel Err httpError -> State.Error.processSynchronousApiError newModel errorContext httpError |> Helpers.pipelineCmd (ApiModelHelpers.requestNetworks project.auth.project.uuid) ReceiveFloatingIps ips -> Rest.Neutron.receiveFloatingIps model project ips ReceivePorts errorContext result -> case result of Ok ports -> let newProject = { project | ports = RDPP.RemoteDataPlusPlus (RDPP.DoHave ports model.clientCurrentTime) (RDPP.NotLoading Nothing) } in ( GetterSetters.modelUpdateProject model newProject, Cmd.none ) Err httpError -> let oldPortsData = project.ports.data newProject = { project | ports = RDPP.RemoteDataPlusPlus oldPortsData (RDPP.NotLoading (Just ( httpError, model.clientCurrentTime ))) } newModel = GetterSetters.modelUpdateProject model newProject in State.Error.processSynchronousApiError newModel errorContext httpError ReceiveDeleteFloatingIp uuid -> Rest.Neutron.receiveDeleteFloatingIp model project uuid ReceiveAssignFloatingIp floatingIp -> -- TODO update servers so that new assignment is reflected in the UI let newProject = processNewFloatingIp model.clientCurrentTime project floatingIp newModel = GetterSetters.modelUpdateProject model newProject in ( newModel, Cmd.none ) ReceiveUnassignFloatingIp floatingIp -> -- TODO update servers so that unassignment is reflected in the UI let newProject = processNewFloatingIp model.clientCurrentTime project floatingIp in ( GetterSetters.modelUpdateProject model newProject, Cmd.none ) ReceiveSecurityGroups groups -> Rest.Neutron.receiveSecurityGroupsAndEnsureExoGroup model project groups ReceiveCreateExoSecurityGroup group -> Rest.Neutron.receiveCreateExoSecurityGroupAndRequestCreateRules model project group ReceiveCreateVolume -> {- Should we add new volume to model now? -} ViewStateHelpers.setProjectView project (ListProjectVolumes Defaults.volumeListViewParams) model ReceiveVolumes volumes -> let -- Look for any server backing volumes that were created with no name, and give them a reasonable name updateVolNameCmds : List (Cmd Msg) updateVolNameCmds = RDPP.withDefault [] project.servers -- List of tuples containing server and Maybe boot vol |> List.map (\s -> ( s , Helpers.getBootVol (RemoteData.withDefault [] project.volumes ) s.osProps.uuid ) ) -- We only care about servers created by exosphere |> List.filter (\t -> case Tuple.first t |> .exoProps |> .serverOrigin of ServerFromExo _ -> True ServerNotFromExo -> False ) -- We only care about servers created as current OpenStack user |> List.filter (\t -> (Tuple.first t).osProps.details.userUuid == project.auth.user.uuid ) -- We only care about servers with a non-empty name |> List.filter (\t -> Tuple.first t |> .osProps |> .name |> String.isEmpty |> not ) -- We only care about volume-backed servers |> List.filterMap (\t -> case t of ( server, Just vol ) -> -- Flatten second part of tuple Just ( server, vol ) _ -> Nothing ) -- We only care about unnamed backing volumes |> List.filter (\t -> Tuple.second t |> .name |> String.isEmpty ) |> List.map (\t -> OSVolumes.requestUpdateVolumeName project (t |> Tuple.second |> .uuid) ("boot-vol-" ++ (t |> Tuple.first |> .osProps |> .name) ) ) newProject = { project | volumes = RemoteData.succeed volumes } newModel = GetterSetters.modelUpdateProject model newProject in ( newModel, Cmd.batch updateVolNameCmds ) ReceiveDeleteVolume -> ( model, OSVolumes.requestVolumes project ) ReceiveUpdateVolumeName -> ( model, OSVolumes.requestVolumes project ) ReceiveAttachVolume attachment -> ViewStateHelpers.setProjectView project (MountVolInstructions attachment) model ReceiveDetachVolume -> ViewStateHelpers.setProjectView project (ListProjectVolumes Defaults.volumeListViewParams) model ReceiveAppCredential appCredential -> let newProject = { project | secret = ApplicationCredential appCredential } in ( GetterSetters.modelUpdateProject model newProject, Cmd.none ) ReceiveComputeQuota quota -> let newProject = { project | computeQuota = RemoteData.Success quota } in ( GetterSetters.modelUpdateProject model newProject, Cmd.none ) ReceiveVolumeQuota quota -> let newProject = { project | volumeQuota = RemoteData.Success quota } in ( GetterSetters.modelUpdateProject model newProject, Cmd.none ) processServerSpecificMsg : Model -> Project -> Server -> ServerSpecificMsgConstructor -> ( Model, Cmd Msg ) processServerSpecificMsg model project server serverMsgConstructor = case serverMsgConstructor of RequestServer -> ApiModelHelpers.requestServer project.auth.project.uuid server.osProps.uuid model RequestDeleteServer retainFloatingIps -> let ( newProject, cmd ) = requestDeleteServer project server.osProps.uuid retainFloatingIps in ( GetterSetters.modelUpdateProject model newProject, cmd ) RequestAttachVolume volumeUuid -> ( model, OSSvrVols.requestAttachVolume project server.osProps.uuid volumeUuid ) RequestCreateServerImage imageName -> let newViewState = ProjectView project.auth.project.uuid { createPopup = False } <| AllResources Defaults.allResourcesListViewParams createImageCmd = Rest.Nova.requestCreateServerImage project server.osProps.uuid imageName in ( model, createImageCmd ) |> Helpers.pipelineCmd (ViewStateHelpers.modelUpdateViewState newViewState) RequestSetServerName newServerName -> ( model, Rest.Nova.requestSetServerName project server.osProps.uuid newServerName ) ReceiveServerEvents _ result -> case result of Ok serverEvents -> let newServer = { server | events = RemoteData.Success serverEvents } newProject = GetterSetters.projectUpdateServer project newServer in ( GetterSetters.modelUpdateProject model newProject , Cmd.none ) Err _ -> -- Dropping this on the floor for now, someday we may want to do something different ( model, Cmd.none ) ReceiveConsoleUrl url -> Rest.Nova.receiveConsoleUrl model project server url ReceiveDeleteServer -> let ( serverDeletedModel, urlCmd ) = let newViewState = case model.viewState of ProjectView projectId viewParams (ServerDetail viewServerUuid _) -> if viewServerUuid == server.osProps.uuid then ProjectView projectId viewParams (AllResources Defaults.allResourcesListViewParams ) else model.viewState _ -> model.viewState newProject = let oldExoProps = server.exoProps newExoProps = { oldExoProps | deletionAttempted = True } newServer = { server | exoProps = newExoProps } in GetterSetters.projectUpdateServer project newServer modelUpdatedProject = GetterSetters.modelUpdateProject model newProject in ViewStateHelpers.modelUpdateViewState newViewState modelUpdatedProject in ( serverDeletedModel, urlCmd ) ReceiveCreateFloatingIp errorContext result -> case result of Ok ip -> Rest.Neutron.receiveCreateFloatingIp model project server ip Err httpErrorWithBody -> let newErrorContext = if GetterSetters.serverPresentNotDeleting model server.osProps.uuid then errorContext else { errorContext | level = ErrorDebug } in State.Error.processSynchronousApiError model newErrorContext httpErrorWithBody ReceiveServerPassword password -> if String.isEmpty password then ( model, Cmd.none ) else let tag = "exoPw:" ++ password cmd = case server.exoProps.serverOrigin of ServerNotFromExo -> Cmd.none ServerFromExo serverFromExoProps -> if serverFromExoProps.exoServerVersion >= 1 then Cmd.batch [ OSServerTags.requestCreateServerTag project server.osProps.uuid tag , OSServerPassword.requestClearServerPassword project server.osProps.uuid ] else Cmd.none in ( model, cmd ) ReceiveSetServerName _ errorContext result -> case result of Err e -> State.Error.processSynchronousApiError model errorContext e Ok actualNewServerName -> let oldOsProps = server.osProps newOsProps = { oldOsProps | name = actualNewServerName } newServer = { server | osProps = newOsProps } newProject = GetterSetters.projectUpdateServer project newServer modelWithUpdatedProject = GetterSetters.modelUpdateProject model newProject -- Only update the view if we are on the server details view for the server we're interested in updatedView = case model.viewState of ProjectView projectIdentifier projectViewParams (ServerDetail serverUuid_ serverDetailViewParams) -> if server.osProps.uuid == serverUuid_ then let newServerDetailsViewParams = { serverDetailViewParams | serverNamePendingConfirmation = Nothing } in ProjectView projectIdentifier projectViewParams (ServerDetail serverUuid_ newServerDetailsViewParams) else model.viewState _ -> model.viewState -- Later, maybe: Check that newServerName == actualNewServerName in ViewStateHelpers.modelUpdateViewState updatedView modelWithUpdatedProject ReceiveSetServerMetadata intendedMetadataItem errorContext result -> case result of Err e -> -- Error from API State.Error.processSynchronousApiError model errorContext e Ok newServerMetadata -> -- Update the model after ensuring the intended metadata item was actually added if List.member intendedMetadataItem newServerMetadata then let oldServerDetails = server.osProps.details newServerDetails = { oldServerDetails | metadata = newServerMetadata } oldOsProps = server.osProps newOsProps = { oldOsProps | details = newServerDetails } newServer = { server | osProps = newOsProps } newProject = GetterSetters.projectUpdateServer project newServer newModel = GetterSetters.modelUpdateProject model newProject in ( newModel, Cmd.none ) else -- This is bonkers, throw an error State.Error.processStringError model errorContext "The metadata items returned by OpenStack did not include the metadata item that we tried to set." ReceiveDeleteServerMetadata metadataKey errorContext result -> case result of Err e -> -- Error from API State.Error.processSynchronousApiError model errorContext e Ok _ -> let oldServerDetails = server.osProps.details newServerDetails = { oldServerDetails | metadata = List.filter (\i -> i.key /= metadataKey) oldServerDetails.metadata } oldOsProps = server.osProps newOsProps = { oldOsProps | details = newServerDetails } newServer = { server | osProps = newOsProps } newProject = GetterSetters.projectUpdateServer project newServer newModel = GetterSetters.modelUpdateProject model newProject in ( newModel, Cmd.none ) ReceiveGuacamoleAuthToken result -> let errorContext = ErrorContext "Receive a response from Guacamole auth token API" ErrorDebug Nothing modelUpdateGuacProps : ServerFromExoProps -> GuacTypes.LaunchedWithGuacProps -> Model modelUpdateGuacProps exoOriginProps guacProps = let newOriginProps = { exoOriginProps | guacamoleStatus = GuacTypes.LaunchedWithGuacamole guacProps } oldExoProps = server.exoProps newExoProps = { oldExoProps | serverOrigin = ServerFromExo newOriginProps } newServer = { server | exoProps = newExoProps } newProject = GetterSetters.projectUpdateServer project newServer newModel = GetterSetters.modelUpdateProject model newProject in newModel in case server.exoProps.serverOrigin of ServerFromExo exoOriginProps -> case exoOriginProps.guacamoleStatus of GuacTypes.LaunchedWithGuacamole oldGuacProps -> let newGuacProps = case result of Ok tokenValue -> if server.osProps.details.openstackStatus == OSTypes.ServerActive then { oldGuacProps | authToken = RDPP.RemoteDataPlusPlus (RDPP.DoHave tokenValue model.clientCurrentTime ) (RDPP.NotLoading Nothing) } else -- Server is not active, this token won't work, so we don't store it { oldGuacProps | authToken = RDPP.empty } Err e -> { oldGuacProps | authToken = RDPP.RemoteDataPlusPlus oldGuacProps.authToken.data (RDPP.NotLoading (Just ( e, model.clientCurrentTime ))) } in ( modelUpdateGuacProps exoOriginProps newGuacProps , Cmd.none ) GuacTypes.NotLaunchedWithGuacamole -> State.Error.processStringError model errorContext "Server does not appear to have been launched with Guacamole support" ServerNotFromExo -> State.Error.processStringError model errorContext "Server does not appear to have been launched from Exosphere" RequestServerAction func targetStatuses -> let oldExoProps = server.exoProps newServer = Server server.osProps { oldExoProps | targetOpenstackStatus = targetStatuses } server.events newProject = GetterSetters.projectUpdateServer project newServer newModel = GetterSetters.modelUpdateProject model newProject in ( newModel, func newProject newServer ) ReceiveConsoleLog errorContext result -> case server.exoProps.serverOrigin of ServerNotFromExo -> ( model, Cmd.none ) ServerFromExo exoOriginProps -> let oldExoSetupStatus = case exoOriginProps.exoSetupStatus.data of RDPP.DontHave -> ExoSetupUnknown RDPP.DoHave s _ -> s ( newExoSetupStatusRDPP, exoSetupStatusMetadataCmd ) = case result of Err httpError -> ( RDPP.RemoteDataPlusPlus exoOriginProps.exoSetupStatus.data (RDPP.NotLoading (Just ( httpError, model.clientCurrentTime ))) , Cmd.none ) Ok consoleLog -> let newExoSetupStatus = Helpers.ExoSetupStatus.parseConsoleLogExoSetupStatus oldExoSetupStatus consoleLog server.osProps.details.created model.clientCurrentTime cmd = if newExoSetupStatus == oldExoSetupStatus then Cmd.none else let value = Helpers.ExoSetupStatus.exoSetupStatusToStr newExoSetupStatus metadataItem = OSTypes.MetadataItem "exoSetup" value in Rest.Nova.requestSetServerMetadata project server.osProps.uuid metadataItem in ( RDPP.RemoteDataPlusPlus (RDPP.DoHave newExoSetupStatus model.clientCurrentTime ) (RDPP.NotLoading Nothing) , cmd ) newResourceUsage = case result of Err httpError -> RDPP.RemoteDataPlusPlus exoOriginProps.resourceUsage.data (RDPP.NotLoading (Just ( httpError, model.clientCurrentTime ))) Ok consoleLog -> RDPP.RemoteDataPlusPlus (RDPP.DoHave (Helpers.ServerResourceUsage.parseConsoleLog consoleLog (RDPP.withDefault Types.ServerResourceUsage.emptyResourceUsageHistory exoOriginProps.resourceUsage ) ) model.clientCurrentTime ) (RDPP.NotLoading Nothing) newOriginProps = { exoOriginProps | resourceUsage = newResourceUsage , exoSetupStatus = newExoSetupStatusRDPP } oldExoProps = server.exoProps newExoProps = { oldExoProps | serverOrigin = ServerFromExo newOriginProps } newServer = { server | exoProps = newExoProps } newProject = GetterSetters.projectUpdateServer project newServer newModel = GetterSetters.modelUpdateProject model newProject in case result of Err httpError -> State.Error.processSynchronousApiError newModel errorContext httpError Ok _ -> ( newModel, exoSetupStatusMetadataCmd ) processNewFloatingIp : Time.Posix -> Project -> OSTypes.FloatingIp -> Project processNewFloatingIp time project floatingIp = let otherIps = project.floatingIps |> RDPP.withDefault [] |> List.filter (\i -> i.uuid /= floatingIp.uuid) newIps = floatingIp :: otherIps in { project | floatingIps = RDPP.RemoteDataPlusPlus (RDPP.DoHave newIps time) (RDPP.NotLoading Nothing) } createProject : Model -> OSTypes.ScopedAuthToken -> Endpoints -> ( Model, Cmd Msg ) createProject model authToken endpoints = let newProject = { secret = NoProjectSecret , auth = authToken -- Maybe todo, eliminate parallel data structures in auth and endpoints? , endpoints = endpoints , images = [] , servers = RDPP.RemoteDataPlusPlus RDPP.DontHave RDPP.Loading , flavors = [] , keypairs = RemoteData.NotAsked , volumes = RemoteData.NotAsked , networks = RDPP.empty , autoAllocatedNetworkUuid = RDPP.empty , floatingIps = RDPP.empty , ports = RDPP.empty , securityGroups = [] , computeQuota = RemoteData.NotAsked , volumeQuota = RemoteData.NotAsked , pendingCredentialedRequests = [] } newProjects = newProject :: model.projects newViewStateFunc = -- If the user is selecting projects from an unscoped provider then don't interrupt them case model.viewState of NonProjectView (SelectProjects _ _) -> \model_ -> ( model_, Cmd.none ) NonProjectView _ -> ViewStateHelpers.setProjectView newProject <| AllResources Defaults.allResourcesListViewParams ProjectView _ _ _ -> ViewStateHelpers.setProjectView newProject <| AllResources Defaults.allResourcesListViewParams newModel = { model | projects = newProjects } in ( newModel , [ Rest.Nova.requestServers , Rest.Neutron.requestSecurityGroups , Rest.Keystone.requestAppCredential model.clientUuid model.clientCurrentTime ] |> List.map (\x -> x newProject) |> Cmd.batch ) |> Helpers.pipelineCmd (ApiModelHelpers.requestFloatingIps newProject.auth.project.uuid) |> Helpers.pipelineCmd (ApiModelHelpers.requestPorts newProject.auth.project.uuid) |> Helpers.pipelineCmd newViewStateFunc createUnscopedProvider : Model -> OSTypes.UnscopedAuthToken -> HelperTypes.Url -> ( Model, Cmd Msg ) createUnscopedProvider model authToken authUrl = let newProvider = { authUrl = authUrl , token = <PASSWORD>Token , projectsAvailable = RemoteData.Loading } newProviders = newProvider :: model.unscopedProviders in ( { model | unscopedProviders = newProviders } , Rest.Keystone.requestUnscopedProjects newProvider model.cloudCorsProxyUrl ) requestDeleteServer : Project -> OSTypes.ServerUuid -> Bool -> ( Project, Cmd Msg ) requestDeleteServer project serverUuid retainFloatingIps = case GetterSetters.serverLookup project serverUuid of Nothing -> -- Server likely deleted already, do nothing ( project, Cmd.none ) Just server -> let oldExoProps = server.exoProps newServer = { server | exoProps = { oldExoProps | deletionAttempted = True } } deleteFloatingIpCmds = if retainFloatingIps then [] else GetterSetters.getServerFloatingIps project server.osProps.uuid |> List.map .uuid |> List.map (Rest.Neutron.requestDeleteFloatingIp project) newProject = GetterSetters.projectUpdateServer project newServer in ( newProject , Cmd.batch [ Rest.Nova.requestDeleteServer newProject newServer , Cmd.batch deleteFloatingIpCmds ] )

module State.State exposing (update) import AppUrl.Builder import AppUrl.Parser import Browser.Navigation import Helpers.ExoSetupStatus import Helpers.GetterSetters as GetterSetters import Helpers.Helpers as Helpers import Helpers.RemoteDataPlusPlus as RDPP import Helpers.ServerResourceUsage import Helpers.Url as UrlHelpers import Http import LocalStorage.LocalStorage as LocalStorage import Maybe import OpenStack.ServerPassword as OSServerPassword import OpenStack.ServerTags as OSServerTags import OpenStack.ServerVolumes as OSSvrVols import OpenStack.Types as OSTypes import OpenStack.Volumes as OSVolumes import Orchestration.Orchestration as Orchestration import Ports import RemoteData import Rest.ApiModelHelpers as ApiModelHelpers import Rest.Glance import Rest.Keystone import Rest.Neutron import Rest.Nova import State.Auth import State.Error import State.ViewState as ViewStateHelpers import Style.Toast import Style.Widgets.NumericTextInput.NumericTextInput import Task import Time import Toasty import Types.Defaults as Defaults import Types.Error as Error exposing (ErrorContext, ErrorLevel(..)) import Types.Guacamole as GuacTypes import Types.HelperTypes as HelperTypes import Types.ServerResourceUsage import Types.Types exposing ( Endpoints , ExoSetupStatus(..) , HttpRequestMethod(..) , LoginView(..) , Model , Msg(..) , NewServerNetworkOptions(..) , NonProjectViewConstructor(..) , OpenstackLoginFormEntryType(..) , OpenstackLoginViewParams , Project , ProjectSecret(..) , ProjectSpecificMsgConstructor(..) , ProjectViewConstructor(..) , Server , ServerFromExoProps , ServerOrigin(..) , ServerSpecificMsgConstructor(..) , TickInterval , UnscopedProviderProject , ViewState(..) , currentExoServerVersion ) update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = {- We want to `setStorage` on every update. This function adds the setStorage command for every step of the update function. -} let ( newModel, cmds ) = updateUnderlying msg model orchestrationTimeCmd = -- Each trip through the runtime, we get the time and feed it to orchestration module case msg of DoOrchestration _ -> Cmd.none Tick _ _ -> Cmd.none _ -> Task.perform (\posix -> DoOrchestration posix) Time.now in ( newModel , Cmd.batch [ Ports.setStorage (LocalStorage.generateStoredState newModel) , orchestrationTimeCmd , cmds ] ) updateUnderlying : Msg -> Model -> ( Model, Cmd Msg ) updateUnderlying msg model = case msg of ToastyMsg subMsg -> Toasty.update Style.Toast.toastConfig ToastyMsg subMsg model MsgChangeWindowSize x y -> ( { model | windowSize = { width = x, height = y } }, Cmd.none ) Tick interval time -> processTick model interval time DoOrchestration posixTime -> Orchestration.orchModel model posixTime SetNonProjectView nonProjectViewConstructor -> ViewStateHelpers.setNonProjectView nonProjectViewConstructor model HandleApiErrorWithBody errorContext error -> State.Error.processSynchronousApiError model errorContext error RequestUnscopedToken openstackLoginUnscoped -> let creds = -- Ensure auth URL includes port number and version { openstackLoginUnscoped | authUrl = State.Auth.authUrlWithPortAndVersion openstackLoginUnscoped.authUrl } in ( model, Rest.Keystone.requestUnscopedAuthToken model.cloudCorsProxyUrl creds ) JetstreamLogin jetstreamCreds -> let openstackCredsList = State.Auth.jetstreamToOpenstackCreds jetstreamCreds cmds = List.map (\creds -> Rest.Keystone.requestUnscopedAuthToken model.cloudCorsProxyUrl creds) openstackCredsList in ( model, Cmd.batch cmds ) ReceiveScopedAuthToken ( metadata, response ) -> case Rest.Keystone.decodeScopedAuthToken <| Http.GoodStatus_ metadata response of Err error -> State.Error.processStringError model (ErrorContext "decode scoped auth token" ErrorCrit Nothing ) error Ok authToken -> case Helpers.serviceCatalogToEndpoints authToken.catalog of Err e -> State.Error.processStringError model (ErrorContext "Decode project endpoints" ErrorCrit (Just "Please check with your cloud administrator or the Exosphere developers.") ) e Ok endpoints -> let projectId = authToken.project.uuid in -- If we don't have a project with same name + authUrl then create one, if we do then update its OSTypes.AuthToken -- This code ensures we don't end up with duplicate projects on the same provider in our model. case GetterSetters.projectLookup model <| projectId of Nothing -> createProject model authToken endpoints Just project -> -- If we don't have an application credential for this project yet, then get one let appCredCmd = case project.secret of ApplicationCredential _ -> Cmd.none _ -> Rest.Keystone.requestAppCredential model.clientUuid model.clientCurrentTime project ( newModel, updateTokenCmd ) = State.Auth.projectUpdateAuthToken model project authToken in ( newModel, Cmd.batch [ appCredCmd, updateTokenCmd ] ) ReceiveUnscopedAuthToken keystoneUrl ( metadata, response ) -> case Rest.Keystone.decodeUnscopedAuthToken <| Http.GoodStatus_ metadata response of Err error -> State.Error.processStringError model (ErrorContext "decode scoped auth token" ErrorCrit Nothing ) error Ok authToken -> case GetterSetters.providerLookup model keystoneUrl of Just unscopedProvider -> -- We already have an unscoped provider in the model with the same auth URL, update its token State.Auth.unscopedProviderUpdateAuthToken model unscopedProvider authToken Nothing -> -- We don't have an unscoped provider with the same auth URL, create it createUnscopedProvider model authToken keystoneUrl ReceiveUnscopedProjects keystoneUrl unscopedProjects -> case GetterSetters.providerLookup model keystoneUrl of Just provider -> let newProvider = { provider | projectsAvailable = RemoteData.Success unscopedProjects } newModel = GetterSetters.modelUpdateUnscopedProvider model newProvider in -- If we are not already on a SelectProjects view, then go there case newModel.viewState of NonProjectView (SelectProjects _ _) -> ( newModel, Cmd.none ) _ -> ViewStateHelpers.modelUpdateViewState (NonProjectView <| SelectProjects newProvider.authUrl [] ) newModel Nothing -> -- Provider not found, may have been removed, nothing to do ( model, Cmd.none ) RequestProjectLoginFromProvider keystoneUrl desiredProjects -> case GetterSetters.providerLookup model keystoneUrl of Just provider -> let buildLoginRequest : UnscopedProviderProject -> Cmd Msg buildLoginRequest project = Rest.Keystone.requestScopedAuthToken model.cloudCorsProxyUrl <| OSTypes.TokenCreds keystoneUrl provider.token project.project.uuid loginRequests = List.map buildLoginRequest desiredProjects |> Cmd.batch -- Remove unscoped provider from model now that we have selected projects from it newUnscopedProviders = List.filter (\p -> p.authUrl /= keystoneUrl) model.unscopedProviders -- If we still have at least one unscoped provider in the model then ask the user to choose projects from it newViewStateFunc = case List.head newUnscopedProviders of Just unscopedProvider -> ViewStateHelpers.setNonProjectView (SelectProjects unscopedProvider.authUrl []) Nothing -> -- If we have at least one project then show it, else show the login page case List.head model.projects of Just project -> ViewStateHelpers.setProjectView project <| AllResources Defaults.allResourcesListViewParams Nothing -> ViewStateHelpers.setNonProjectView LoginPicker modelUpdatedUnscopedProviders = { model | unscopedProviders = newUnscopedProviders } in ( modelUpdatedUnscopedProviders, loginRequests ) |> Helpers.pipelineCmd newViewStateFunc Nothing -> State.Error.processStringError model (ErrorContext ("look for OpenStack provider with Keystone URL " ++ keystoneUrl) ErrorCrit Nothing ) "Provider could not found in Exosphere's list of Providers." ProjectMsg projectIdentifier innerMsg -> case GetterSetters.projectLookup model projectIdentifier of Nothing -> -- Project not found, may have been removed, nothing to do ( model, Cmd.none ) Just project -> processProjectSpecificMsg model project innerMsg {- Form inputs -} SubmitOpenRc openstackCreds openRc -> let newCreds = State.Auth.processOpenRc openstackCreds openRc newViewState = NonProjectView <| Login <| LoginOpenstack <| OpenstackLoginViewParams newCreds openRc LoginViewCredsEntry in ViewStateHelpers.modelUpdateViewState newViewState model OpenNewWindow url -> ( model, Ports.openNewWindow url ) NavigateToUrl url -> ( model, Browser.Navigation.load url ) UrlChange url -> -- This handles presses of the browser back/forward button let exoJustSetThisUrl = -- If this is a URL that Exosphere just set via StateHelpers.updateViewState, then ignore it UrlHelpers.urlPathQueryMatches url model.prevUrl in if exoJustSetThisUrl then ( model, Cmd.none ) else case AppUrl.Parser.urlToViewState model.urlPathPrefix (ViewStateHelpers.defaultViewState model) url of Just newViewState -> ( { model | viewState = newViewState , prevUrl = AppUrl.Builder.viewStateToUrl model.urlPathPrefix newViewState } , Cmd.none ) Nothing -> ( { model | viewState = NonProjectView PageNotFound } , Cmd.none ) SetStyle styleMode -> let oldStyle = model.style newStyle = { oldStyle | styleMode = styleMode } in ( { model | style = newStyle }, Cmd.none ) NoOp -> ( model, Cmd.none ) processTick : Model -> TickInterval -> Time.Posix -> ( Model, Cmd Msg ) processTick model interval time = let serverVolsNeedFrequentPoll : Project -> Server -> Bool serverVolsNeedFrequentPoll project server = GetterSetters.getVolsAttachedToServer project server |> List.any volNeedsFrequentPoll volNeedsFrequentPoll volume = not <| List.member volume.status [ OSTypes.Available , OSTypes.Maintenance , OSTypes.InUse , OSTypes.Error , OSTypes.ErrorDeleting , OSTypes.ErrorBackingUp , OSTypes.ErrorRestoring , OSTypes.ErrorExtending ] viewIndependentCmd = if interval == 5 then Task.perform (\posix -> DoOrchestration posix) Time.now else Cmd.none ( viewDependentModel, viewDependentCmd ) = {- TODO move some of this to Orchestration? -} case model.viewState of NonProjectView _ -> ( model, Cmd.none ) ProjectView projectName _ projectViewState -> case GetterSetters.projectLookup model projectName of Nothing -> {- Should this throw an error? -} ( model, Cmd.none ) Just project -> let pollVolumes : ( Model, Cmd Msg ) pollVolumes = ( model , case interval of 5 -> if List.any volNeedsFrequentPoll (RemoteData.withDefault [] project.volumes) then OSVolumes.requestVolumes project else Cmd.none 60 -> OSVolumes.requestVolumes project _ -> Cmd.none ) in case projectViewState of AllResources _ -> pollVolumes ServerDetail serverUuid _ -> let volCmd = OSVolumes.requestVolumes project in case interval of 5 -> case GetterSetters.serverLookup project serverUuid of Just server -> ( model , if serverVolsNeedFrequentPoll project server then volCmd else Cmd.none ) Nothing -> ( model, Cmd.none ) 300 -> ( model, volCmd ) _ -> ( model, Cmd.none ) ListProjectVolumes _ -> pollVolumes VolumeDetail volumeUuid _ -> ( model , case interval of 5 -> case GetterSetters.volumeLookup project volumeUuid of Nothing -> Cmd.none Just volume -> if volNeedsFrequentPoll volume then OSVolumes.requestVolumes project else Cmd.none 60 -> OSVolumes.requestVolumes project _ -> Cmd.none ) _ -> ( model, Cmd.none ) in ( { viewDependentModel | clientCurrentTime = time } , Cmd.batch [ viewDependentCmd , viewIndependentCmd ] ) processProjectSpecificMsg : Model -> Project -> ProjectSpecificMsgConstructor -> ( Model, Cmd Msg ) processProjectSpecificMsg model project msg = case msg of SetProjectView projectViewConstructor -> ViewStateHelpers.setProjectView project projectViewConstructor model PrepareCredentialedRequest requestProto posixTime -> let -- Add proxy URL requestNeedingToken = requestProto model.cloudCorsProxyUrl currentTimeMillis = posixTime |> Time.posixToMillis tokenExpireTimeMillis = project.auth.expiresAt |> Time.posixToMillis tokenExpired = -- Token expiring within 5 minutes tokenExpireTimeMillis < currentTimeMillis + 300000 in if not tokenExpired then -- Token still valid, fire the request with current token ( model, requestNeedingToken project.auth.tokenValue ) else -- Token is expired (or nearly expired) so we add request to list of pending requests and refresh that token let newPQRs = requestNeedingToken :: project.pendingCredentialedRequests newProject = { project | pendingCredentialedRequests = newPQRs } newModel = GetterSetters.modelUpdateProject model newProject cmdResult = State.Auth.requestAuthToken newModel newProject in case cmdResult of Err e -> let errorContext = ErrorContext ("Refresh authentication token for project " ++ project.auth.project.name) ErrorCrit (Just "Please remove this project from Exosphere and add it again.") in State.Error.processStringError newModel errorContext e Ok cmd -> ( newModel, cmd ) ToggleCreatePopup -> case model.viewState of ProjectView projectId viewParams viewConstructor -> let newViewState = ProjectView projectId { viewParams | createPopup = not viewParams.createPopup } viewConstructor in ViewStateHelpers.modelUpdateViewState newViewState model _ -> ( model, Cmd.none ) RemoveProject -> let newProjects = List.filter (\p -> p.auth.project.uuid /= project.auth.project.uuid) model.projects newViewState = case model.viewState of NonProjectView _ -> -- If we are not in a project-specific view then stay there model.viewState ProjectView _ _ _ -> -- If we have any projects switch to the first one in the list, otherwise switch to login view case List.head newProjects of Just p -> ProjectView p.auth.project.uuid Defaults.projectViewParams <| AllResources Defaults.allResourcesListViewParams Nothing -> NonProjectView <| LoginPicker modelUpdatedProjects = { model | projects = newProjects } in ViewStateHelpers.modelUpdateViewState newViewState modelUpdatedProjects ServerMsg serverUuid serverMsgConstructor -> case GetterSetters.serverLookup project serverUuid of Nothing -> let errorContext = ErrorContext "receive results of API call for a specific server" ErrorDebug Nothing in State.Error.processStringError model errorContext (String.join " " [ "Instance" , serverUuid , "does not exist in the model, it may have been deleted." ] ) Just server -> processServerSpecificMsg model project server serverMsgConstructor RequestServers -> ApiModelHelpers.requestServers project.auth.project.uuid model RequestCreateServer viewParams networkUuid -> let createServerRequest = { name = viewParams.serverName , count = viewParams.count , imageUuid = viewParams.imageUuid , flavorUuid = viewParams.flavorUuid , volBackedSizeGb = viewParams.volSizeTextInput |> Maybe.andThen Style.Widgets.NumericTextInput.NumericTextInput.toMaybe , networkUuid = networkUuid , keypairName = viewParams.keypairName , userData = Helpers.renderUserDataTemplate project viewParams.userDataTemplate viewParams.keypairName (viewParams.deployGuacamole |> Maybe.withDefault False) viewParams.deployDesktopEnvironment viewParams.installOperatingSystemUpdates model.instanceConfigMgtRepoUrl model.instanceConfigMgtRepoCheckout , metadata = Helpers.newServerMetadata currentExoServerVersion model.clientUuid (viewParams.deployGuacamole |> Maybe.withDefault False) viewParams.deployDesktopEnvironment project.auth.user.name viewParams.floatingIpCreationOption } in ( model, Rest.Nova.requestCreateServer project createServerRequest ) RequestCreateVolume name size -> let createVolumeRequest = { name = name , size = size } in ( model, OSVolumes.requestCreateVolume project createVolumeRequest ) RequestDeleteVolume volumeUuid -> ( model, OSVolumes.requestDeleteVolume project volumeUuid ) RequestDetachVolume volumeUuid -> let maybeVolume = OSVolumes.volumeLookup project volumeUuid maybeServerUuid = maybeVolume |> Maybe.map (GetterSetters.getServersWithVolAttached project) |> Maybe.andThen List.head in case maybeServerUuid of Just serverUuid -> ( model, OSSvrVols.requestDetachVolume project serverUuid volumeUuid ) Nothing -> State.Error.processStringError model (ErrorContext ("look for server UUID with attached volume " ++ volumeUuid) ErrorCrit Nothing ) "Could not determine server attached to this volume." RequestDeleteFloatingIp floatingIpAddress -> ( model, Rest.Neutron.requestDeleteFloatingIp project floatingIpAddress ) RequestAssignFloatingIp port_ floatingIpUuid -> let ( newModel, setViewCmd ) = ViewStateHelpers.setProjectView project (ListFloatingIps Defaults.floatingIpListViewParams) model in ( newModel , Cmd.batch [ setViewCmd , Rest.Neutron.requestAssignFloatingIp project port_ floatingIpUuid ] ) RequestUnassignFloatingIp floatingIpUuid -> ( model, Rest.Neutron.requestUnassignFloatingIp project floatingIpUuid ) ReceiveImages images -> Rest.Glance.receiveImages model project images RequestDeleteServers serverUuidsToDelete -> let applyDelete : OSTypes.ServerUuid -> ( Project, Cmd Msg ) -> ( Project, Cmd Msg ) applyDelete serverUuid projCmdTuple = let ( delServerProj, delServerCmd ) = requestDeleteServer (Tuple.first projCmdTuple) serverUuid False in ( delServerProj, Cmd.batch [ Tuple.second projCmdTuple, delServerCmd ] ) ( newProject, cmd ) = List.foldl applyDelete ( project, Cmd.none ) serverUuidsToDelete in ( GetterSetters.modelUpdateProject model newProject , cmd ) ReceiveServers errorContext result -> case result of Ok servers -> Rest.Nova.receiveServers model project servers Err e -> let oldServersData = project.servers.data newProject = { project | servers = RDPP.RemoteDataPlusPlus oldServersData (RDPP.NotLoading (Just ( e, model.clientCurrentTime ))) } newModel = GetterSetters.modelUpdateProject model newProject in State.Error.processSynchronousApiError newModel errorContext e ReceiveServer serverUuid errorContext result -> case result of Ok server -> Rest.Nova.receiveServer model project server Err httpErrorWithBody -> let httpError = httpErrorWithBody.error non404 = case GetterSetters.serverLookup project serverUuid of Nothing -> -- Server not in project, may have been deleted, ignoring this error ( model, Cmd.none ) Just server -> -- Reset receivedTime and loadingSeparately let oldExoProps = server.exoProps newExoProps = { oldExoProps | receivedTime = Nothing , loadingSeparately = False } newServer = { server | exoProps = newExoProps } newProject = GetterSetters.projectUpdateServer project newServer newModel = GetterSetters.modelUpdateProject model newProject in State.Error.processSynchronousApiError newModel errorContext httpErrorWithBody in case httpError of Http.BadStatus code -> if code == 404 then let newErrorContext = { errorContext | level = Error.ErrorDebug , actionContext = errorContext.actionContext ++ " -- 404 means server may have been deleted" } newProject = GetterSetters.projectDeleteServer project serverUuid newModel = GetterSetters.modelUpdateProject model newProject in State.Error.processSynchronousApiError newModel newErrorContext httpErrorWithBody else non404 _ -> non404 ReceiveFlavors flavors -> Rest.Nova.receiveFlavors model project flavors RequestKeypairs -> let newKeypairs = case project.keypairs of RemoteData.Success _ -> project.keypairs _ -> RemoteData.Loading newProject = { project | keypairs = newKeypairs } newModel = GetterSetters.modelUpdateProject model newProject in ( newModel , Rest.Nova.requestKeypairs newProject ) ReceiveKeypairs keypairs -> Rest.Nova.receiveKeypairs model project keypairs RequestCreateKeypair keypairName publicKey -> ( model, Rest.Nova.requestCreateKeypair project keypairName publicKey ) ReceiveCreateKeypair keypair -> let newProject = GetterSetters.projectUpdateKeypair project keypair newModel = GetterSetters.modelUpdateProject model newProject in ViewStateHelpers.setProjectView newProject (ListKeypairs Defaults.keypairListViewParams) newModel RequestDeleteKeypair keypairName -> ( model, Rest.Nova.requestDeleteKeypair project keypairName ) ReceiveDeleteKeypair errorContext keypairName result -> case result of Err httpError -> State.Error.processStringError model errorContext (Helpers.httpErrorToString httpError) Ok () -> let newKeypairs = case project.keypairs of RemoteData.Success keypairs -> keypairs |> List.filter (\k -> k.name /= keypairName) |> RemoteData.Success _ -> project.keypairs newProject = { project | keypairs = newKeypairs } newModel = GetterSetters.modelUpdateProject model newProject in ( newModel, Cmd.none ) ReceiveCreateServer _ -> let newViewState = ProjectView project.auth.project.uuid Defaults.projectViewParams <| AllResources Defaults.allResourcesListViewParams in ( model, Cmd.none ) |> Helpers.pipelineCmd (ApiModelHelpers.requestServers project.auth.project.uuid) |> Helpers.pipelineCmd (ApiModelHelpers.requestNetworks project.auth.project.uuid) |> Helpers.pipelineCmd (ApiModelHelpers.requestPorts project.auth.project.uuid) |> Helpers.pipelineCmd (ViewStateHelpers.modelUpdateViewState newViewState) ReceiveNetworks errorContext result -> case result of Ok networks -> Rest.Neutron.receiveNetworks model project networks Err httpError -> let oldNetworksData = project.networks.data newProject = { project | networks = RDPP.RemoteDataPlusPlus oldNetworksData (RDPP.NotLoading (Just ( httpError, model.clientCurrentTime ))) } newModel = GetterSetters.modelUpdateProject model newProject in State.Error.processSynchronousApiError newModel errorContext httpError ReceiveAutoAllocatedNetwork errorContext result -> let newProject = case result of Ok netUuid -> { project | autoAllocatedNetworkUuid = RDPP.RemoteDataPlusPlus (RDPP.DoHave netUuid model.clientCurrentTime) (RDPP.NotLoading Nothing) } Err httpError -> { project | autoAllocatedNetworkUuid = RDPP.RemoteDataPlusPlus project.autoAllocatedNetworkUuid.data (RDPP.NotLoading (Just ( httpError , model.clientCurrentTime ) ) ) } newViewState = case model.viewState of ProjectView _ viewParams projectViewConstructor -> case projectViewConstructor of CreateServer createServerViewParams -> if createServerViewParams.networkUuid == Nothing then case Helpers.newServerNetworkOptions newProject of AutoSelectedNetwork netUuid -> ProjectView project.auth.project.uuid viewParams (CreateServer { createServerViewParams | networkUuid = Just netUuid } ) _ -> model.viewState else model.viewState _ -> model.viewState _ -> model.viewState newModel = GetterSetters.modelUpdateProject { model | viewState = newViewState } newProject in case result of Ok _ -> ApiModelHelpers.requestNetworks project.auth.project.uuid newModel Err httpError -> State.Error.processSynchronousApiError newModel errorContext httpError |> Helpers.pipelineCmd (ApiModelHelpers.requestNetworks project.auth.project.uuid) ReceiveFloatingIps ips -> Rest.Neutron.receiveFloatingIps model project ips ReceivePorts errorContext result -> case result of Ok ports -> let newProject = { project | ports = RDPP.RemoteDataPlusPlus (RDPP.DoHave ports model.clientCurrentTime) (RDPP.NotLoading Nothing) } in ( GetterSetters.modelUpdateProject model newProject, Cmd.none ) Err httpError -> let oldPortsData = project.ports.data newProject = { project | ports = RDPP.RemoteDataPlusPlus oldPortsData (RDPP.NotLoading (Just ( httpError, model.clientCurrentTime ))) } newModel = GetterSetters.modelUpdateProject model newProject in State.Error.processSynchronousApiError newModel errorContext httpError ReceiveDeleteFloatingIp uuid -> Rest.Neutron.receiveDeleteFloatingIp model project uuid ReceiveAssignFloatingIp floatingIp -> -- TODO update servers so that new assignment is reflected in the UI let newProject = processNewFloatingIp model.clientCurrentTime project floatingIp newModel = GetterSetters.modelUpdateProject model newProject in ( newModel, Cmd.none ) ReceiveUnassignFloatingIp floatingIp -> -- TODO update servers so that unassignment is reflected in the UI let newProject = processNewFloatingIp model.clientCurrentTime project floatingIp in ( GetterSetters.modelUpdateProject model newProject, Cmd.none ) ReceiveSecurityGroups groups -> Rest.Neutron.receiveSecurityGroupsAndEnsureExoGroup model project groups ReceiveCreateExoSecurityGroup group -> Rest.Neutron.receiveCreateExoSecurityGroupAndRequestCreateRules model project group ReceiveCreateVolume -> {- Should we add new volume to model now? -} ViewStateHelpers.setProjectView project (ListProjectVolumes Defaults.volumeListViewParams) model ReceiveVolumes volumes -> let -- Look for any server backing volumes that were created with no name, and give them a reasonable name updateVolNameCmds : List (Cmd Msg) updateVolNameCmds = RDPP.withDefault [] project.servers -- List of tuples containing server and Maybe boot vol |> List.map (\s -> ( s , Helpers.getBootVol (RemoteData.withDefault [] project.volumes ) s.osProps.uuid ) ) -- We only care about servers created by exosphere |> List.filter (\t -> case Tuple.first t |> .exoProps |> .serverOrigin of ServerFromExo _ -> True ServerNotFromExo -> False ) -- We only care about servers created as current OpenStack user |> List.filter (\t -> (Tuple.first t).osProps.details.userUuid == project.auth.user.uuid ) -- We only care about servers with a non-empty name |> List.filter (\t -> Tuple.first t |> .osProps |> .name |> String.isEmpty |> not ) -- We only care about volume-backed servers |> List.filterMap (\t -> case t of ( server, Just vol ) -> -- Flatten second part of tuple Just ( server, vol ) _ -> Nothing ) -- We only care about unnamed backing volumes |> List.filter (\t -> Tuple.second t |> .name |> String.isEmpty ) |> List.map (\t -> OSVolumes.requestUpdateVolumeName project (t |> Tuple.second |> .uuid) ("boot-vol-" ++ (t |> Tuple.first |> .osProps |> .name) ) ) newProject = { project | volumes = RemoteData.succeed volumes } newModel = GetterSetters.modelUpdateProject model newProject in ( newModel, Cmd.batch updateVolNameCmds ) ReceiveDeleteVolume -> ( model, OSVolumes.requestVolumes project ) ReceiveUpdateVolumeName -> ( model, OSVolumes.requestVolumes project ) ReceiveAttachVolume attachment -> ViewStateHelpers.setProjectView project (MountVolInstructions attachment) model ReceiveDetachVolume -> ViewStateHelpers.setProjectView project (ListProjectVolumes Defaults.volumeListViewParams) model ReceiveAppCredential appCredential -> let newProject = { project | secret = ApplicationCredential appCredential } in ( GetterSetters.modelUpdateProject model newProject, Cmd.none ) ReceiveComputeQuota quota -> let newProject = { project | computeQuota = RemoteData.Success quota } in ( GetterSetters.modelUpdateProject model newProject, Cmd.none ) ReceiveVolumeQuota quota -> let newProject = { project | volumeQuota = RemoteData.Success quota } in ( GetterSetters.modelUpdateProject model newProject, Cmd.none ) processServerSpecificMsg : Model -> Project -> Server -> ServerSpecificMsgConstructor -> ( Model, Cmd Msg ) processServerSpecificMsg model project server serverMsgConstructor = case serverMsgConstructor of RequestServer -> ApiModelHelpers.requestServer project.auth.project.uuid server.osProps.uuid model RequestDeleteServer retainFloatingIps -> let ( newProject, cmd ) = requestDeleteServer project server.osProps.uuid retainFloatingIps in ( GetterSetters.modelUpdateProject model newProject, cmd ) RequestAttachVolume volumeUuid -> ( model, OSSvrVols.requestAttachVolume project server.osProps.uuid volumeUuid ) RequestCreateServerImage imageName -> let newViewState = ProjectView project.auth.project.uuid { createPopup = False } <| AllResources Defaults.allResourcesListViewParams createImageCmd = Rest.Nova.requestCreateServerImage project server.osProps.uuid imageName in ( model, createImageCmd ) |> Helpers.pipelineCmd (ViewStateHelpers.modelUpdateViewState newViewState) RequestSetServerName newServerName -> ( model, Rest.Nova.requestSetServerName project server.osProps.uuid newServerName ) ReceiveServerEvents _ result -> case result of Ok serverEvents -> let newServer = { server | events = RemoteData.Success serverEvents } newProject = GetterSetters.projectUpdateServer project newServer in ( GetterSetters.modelUpdateProject model newProject , Cmd.none ) Err _ -> -- Dropping this on the floor for now, someday we may want to do something different ( model, Cmd.none ) ReceiveConsoleUrl url -> Rest.Nova.receiveConsoleUrl model project server url ReceiveDeleteServer -> let ( serverDeletedModel, urlCmd ) = let newViewState = case model.viewState of ProjectView projectId viewParams (ServerDetail viewServerUuid _) -> if viewServerUuid == server.osProps.uuid then ProjectView projectId viewParams (AllResources Defaults.allResourcesListViewParams ) else model.viewState _ -> model.viewState newProject = let oldExoProps = server.exoProps newExoProps = { oldExoProps | deletionAttempted = True } newServer = { server | exoProps = newExoProps } in GetterSetters.projectUpdateServer project newServer modelUpdatedProject = GetterSetters.modelUpdateProject model newProject in ViewStateHelpers.modelUpdateViewState newViewState modelUpdatedProject in ( serverDeletedModel, urlCmd ) ReceiveCreateFloatingIp errorContext result -> case result of Ok ip -> Rest.Neutron.receiveCreateFloatingIp model project server ip Err httpErrorWithBody -> let newErrorContext = if GetterSetters.serverPresentNotDeleting model server.osProps.uuid then errorContext else { errorContext | level = ErrorDebug } in State.Error.processSynchronousApiError model newErrorContext httpErrorWithBody ReceiveServerPassword password -> if String.isEmpty password then ( model, Cmd.none ) else let tag = "exoPw:" ++ password cmd = case server.exoProps.serverOrigin of ServerNotFromExo -> Cmd.none ServerFromExo serverFromExoProps -> if serverFromExoProps.exoServerVersion >= 1 then Cmd.batch [ OSServerTags.requestCreateServerTag project server.osProps.uuid tag , OSServerPassword.requestClearServerPassword project server.osProps.uuid ] else Cmd.none in ( model, cmd ) ReceiveSetServerName _ errorContext result -> case result of Err e -> State.Error.processSynchronousApiError model errorContext e Ok actualNewServerName -> let oldOsProps = server.osProps newOsProps = { oldOsProps | name = actualNewServerName } newServer = { server | osProps = newOsProps } newProject = GetterSetters.projectUpdateServer project newServer modelWithUpdatedProject = GetterSetters.modelUpdateProject model newProject -- Only update the view if we are on the server details view for the server we're interested in updatedView = case model.viewState of ProjectView projectIdentifier projectViewParams (ServerDetail serverUuid_ serverDetailViewParams) -> if server.osProps.uuid == serverUuid_ then let newServerDetailsViewParams = { serverDetailViewParams | serverNamePendingConfirmation = Nothing } in ProjectView projectIdentifier projectViewParams (ServerDetail serverUuid_ newServerDetailsViewParams) else model.viewState _ -> model.viewState -- Later, maybe: Check that newServerName == actualNewServerName in ViewStateHelpers.modelUpdateViewState updatedView modelWithUpdatedProject ReceiveSetServerMetadata intendedMetadataItem errorContext result -> case result of Err e -> -- Error from API State.Error.processSynchronousApiError model errorContext e Ok newServerMetadata -> -- Update the model after ensuring the intended metadata item was actually added if List.member intendedMetadataItem newServerMetadata then let oldServerDetails = server.osProps.details newServerDetails = { oldServerDetails | metadata = newServerMetadata } oldOsProps = server.osProps newOsProps = { oldOsProps | details = newServerDetails } newServer = { server | osProps = newOsProps } newProject = GetterSetters.projectUpdateServer project newServer newModel = GetterSetters.modelUpdateProject model newProject in ( newModel, Cmd.none ) else -- This is bonkers, throw an error State.Error.processStringError model errorContext "The metadata items returned by OpenStack did not include the metadata item that we tried to set." ReceiveDeleteServerMetadata metadataKey errorContext result -> case result of Err e -> -- Error from API State.Error.processSynchronousApiError model errorContext e Ok _ -> let oldServerDetails = server.osProps.details newServerDetails = { oldServerDetails | metadata = List.filter (\i -> i.key /= metadataKey) oldServerDetails.metadata } oldOsProps = server.osProps newOsProps = { oldOsProps | details = newServerDetails } newServer = { server | osProps = newOsProps } newProject = GetterSetters.projectUpdateServer project newServer newModel = GetterSetters.modelUpdateProject model newProject in ( newModel, Cmd.none ) ReceiveGuacamoleAuthToken result -> let errorContext = ErrorContext "Receive a response from Guacamole auth token API" ErrorDebug Nothing modelUpdateGuacProps : ServerFromExoProps -> GuacTypes.LaunchedWithGuacProps -> Model modelUpdateGuacProps exoOriginProps guacProps = let newOriginProps = { exoOriginProps | guacamoleStatus = GuacTypes.LaunchedWithGuacamole guacProps } oldExoProps = server.exoProps newExoProps = { oldExoProps | serverOrigin = ServerFromExo newOriginProps } newServer = { server | exoProps = newExoProps } newProject = GetterSetters.projectUpdateServer project newServer newModel = GetterSetters.modelUpdateProject model newProject in newModel in case server.exoProps.serverOrigin of ServerFromExo exoOriginProps -> case exoOriginProps.guacamoleStatus of GuacTypes.LaunchedWithGuacamole oldGuacProps -> let newGuacProps = case result of Ok tokenValue -> if server.osProps.details.openstackStatus == OSTypes.ServerActive then { oldGuacProps | authToken = RDPP.RemoteDataPlusPlus (RDPP.DoHave tokenValue model.clientCurrentTime ) (RDPP.NotLoading Nothing) } else -- Server is not active, this token won't work, so we don't store it { oldGuacProps | authToken = RDPP.empty } Err e -> { oldGuacProps | authToken = RDPP.RemoteDataPlusPlus oldGuacProps.authToken.data (RDPP.NotLoading (Just ( e, model.clientCurrentTime ))) } in ( modelUpdateGuacProps exoOriginProps newGuacProps , Cmd.none ) GuacTypes.NotLaunchedWithGuacamole -> State.Error.processStringError model errorContext "Server does not appear to have been launched with Guacamole support" ServerNotFromExo -> State.Error.processStringError model errorContext "Server does not appear to have been launched from Exosphere" RequestServerAction func targetStatuses -> let oldExoProps = server.exoProps newServer = Server server.osProps { oldExoProps | targetOpenstackStatus = targetStatuses } server.events newProject = GetterSetters.projectUpdateServer project newServer newModel = GetterSetters.modelUpdateProject model newProject in ( newModel, func newProject newServer ) ReceiveConsoleLog errorContext result -> case server.exoProps.serverOrigin of ServerNotFromExo -> ( model, Cmd.none ) ServerFromExo exoOriginProps -> let oldExoSetupStatus = case exoOriginProps.exoSetupStatus.data of RDPP.DontHave -> ExoSetupUnknown RDPP.DoHave s _ -> s ( newExoSetupStatusRDPP, exoSetupStatusMetadataCmd ) = case result of Err httpError -> ( RDPP.RemoteDataPlusPlus exoOriginProps.exoSetupStatus.data (RDPP.NotLoading (Just ( httpError, model.clientCurrentTime ))) , Cmd.none ) Ok consoleLog -> let newExoSetupStatus = Helpers.ExoSetupStatus.parseConsoleLogExoSetupStatus oldExoSetupStatus consoleLog server.osProps.details.created model.clientCurrentTime cmd = if newExoSetupStatus == oldExoSetupStatus then Cmd.none else let value = Helpers.ExoSetupStatus.exoSetupStatusToStr newExoSetupStatus metadataItem = OSTypes.MetadataItem "exoSetup" value in Rest.Nova.requestSetServerMetadata project server.osProps.uuid metadataItem in ( RDPP.RemoteDataPlusPlus (RDPP.DoHave newExoSetupStatus model.clientCurrentTime ) (RDPP.NotLoading Nothing) , cmd ) newResourceUsage = case result of Err httpError -> RDPP.RemoteDataPlusPlus exoOriginProps.resourceUsage.data (RDPP.NotLoading (Just ( httpError, model.clientCurrentTime ))) Ok consoleLog -> RDPP.RemoteDataPlusPlus (RDPP.DoHave (Helpers.ServerResourceUsage.parseConsoleLog consoleLog (RDPP.withDefault Types.ServerResourceUsage.emptyResourceUsageHistory exoOriginProps.resourceUsage ) ) model.clientCurrentTime ) (RDPP.NotLoading Nothing) newOriginProps = { exoOriginProps | resourceUsage = newResourceUsage , exoSetupStatus = newExoSetupStatusRDPP } oldExoProps = server.exoProps newExoProps = { oldExoProps | serverOrigin = ServerFromExo newOriginProps } newServer = { server | exoProps = newExoProps } newProject = GetterSetters.projectUpdateServer project newServer newModel = GetterSetters.modelUpdateProject model newProject in case result of Err httpError -> State.Error.processSynchronousApiError newModel errorContext httpError Ok _ -> ( newModel, exoSetupStatusMetadataCmd ) processNewFloatingIp : Time.Posix -> Project -> OSTypes.FloatingIp -> Project processNewFloatingIp time project floatingIp = let otherIps = project.floatingIps |> RDPP.withDefault [] |> List.filter (\i -> i.uuid /= floatingIp.uuid) newIps = floatingIp :: otherIps in { project | floatingIps = RDPP.RemoteDataPlusPlus (RDPP.DoHave newIps time) (RDPP.NotLoading Nothing) } createProject : Model -> OSTypes.ScopedAuthToken -> Endpoints -> ( Model, Cmd Msg ) createProject model authToken endpoints = let newProject = { secret = NoProjectSecret , auth = authToken -- Maybe todo, eliminate parallel data structures in auth and endpoints? , endpoints = endpoints , images = [] , servers = RDPP.RemoteDataPlusPlus RDPP.DontHave RDPP.Loading , flavors = [] , keypairs = RemoteData.NotAsked , volumes = RemoteData.NotAsked , networks = RDPP.empty , autoAllocatedNetworkUuid = RDPP.empty , floatingIps = RDPP.empty , ports = RDPP.empty , securityGroups = [] , computeQuota = RemoteData.NotAsked , volumeQuota = RemoteData.NotAsked , pendingCredentialedRequests = [] } newProjects = newProject :: model.projects newViewStateFunc = -- If the user is selecting projects from an unscoped provider then don't interrupt them case model.viewState of NonProjectView (SelectProjects _ _) -> \model_ -> ( model_, Cmd.none ) NonProjectView _ -> ViewStateHelpers.setProjectView newProject <| AllResources Defaults.allResourcesListViewParams ProjectView _ _ _ -> ViewStateHelpers.setProjectView newProject <| AllResources Defaults.allResourcesListViewParams newModel = { model | projects = newProjects } in ( newModel , [ Rest.Nova.requestServers , Rest.Neutron.requestSecurityGroups , Rest.Keystone.requestAppCredential model.clientUuid model.clientCurrentTime ] |> List.map (\x -> x newProject) |> Cmd.batch ) |> Helpers.pipelineCmd (ApiModelHelpers.requestFloatingIps newProject.auth.project.uuid) |> Helpers.pipelineCmd (ApiModelHelpers.requestPorts newProject.auth.project.uuid) |> Helpers.pipelineCmd newViewStateFunc createUnscopedProvider : Model -> OSTypes.UnscopedAuthToken -> HelperTypes.Url -> ( Model, Cmd Msg ) createUnscopedProvider model authToken authUrl = let newProvider = { authUrl = authUrl , token = PI:PASSWORD:<PASSWORD>END_PIToken , projectsAvailable = RemoteData.Loading } newProviders = newProvider :: model.unscopedProviders in ( { model | unscopedProviders = newProviders } , Rest.Keystone.requestUnscopedProjects newProvider model.cloudCorsProxyUrl ) requestDeleteServer : Project -> OSTypes.ServerUuid -> Bool -> ( Project, Cmd Msg ) requestDeleteServer project serverUuid retainFloatingIps = case GetterSetters.serverLookup project serverUuid of Nothing -> -- Server likely deleted already, do nothing ( project, Cmd.none ) Just server -> let oldExoProps = server.exoProps newServer = { server | exoProps = { oldExoProps | deletionAttempted = True } } deleteFloatingIpCmds = if retainFloatingIps then [] else GetterSetters.getServerFloatingIps project server.osProps.uuid |> List.map .uuid |> List.map (Rest.Neutron.requestDeleteFloatingIp project) newProject = GetterSetters.projectUpdateServer project newServer in ( newProject , Cmd.batch [ Rest.Nova.requestDeleteServer newProject newServer , Cmd.batch deleteFloatingIpCmds ] )

elm

src/Main.elm

it6c65/hextime-elm

module Main exposing (main) -- -- Show the current time in Hexadecimals -- import Browser import Dict exposing (Dict) import Html exposing (Html, a, br, div, footer, h1, text) import Html.Attributes exposing (class, href, style) import Http import Json.Decode as JD import Task import Time import Url.Builder as UB -- MAIN main : Program () Model Msg main = Browser.document { init = init , view = view , update = update , subscriptions = subscriptions } -- MODEL type alias Model = { zone : Time.Zone , time : Time.Posix , backgroundImage : Maybe UrlAddress , color : Maybe Color } type alias Color = { red : String , green : String , blue : String , hex : String } init : () -> ( Model, Cmd Msg ) init _ = ( Model Time.utc (Time.millisToPosix 0) Nothing Nothing , Task.perform AdjustTimeZone Time.here ) -- UPDATE type Msg = Tick Time.Posix | AdjustTimeZone Time.Zone | GetBackground (Result Http.Error UrlAddress) update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = case msg of Tick newTime -> let currentColor = defineColor model.color newColor = changeRed model currentColor |> changeGreen model |> changeBlue model |> toHex newColorUrl = defineColor newColor finalUrl = UB.crossOrigin "https://php-noise.com" [ "noise.php" ] [ UB.string "hex" (String.dropLeft 1 newColorUrl.hex), UB.string "json" "" ] in ( { model | time = newTime , color = newColor } , fetchBackground finalUrl ) AdjustTimeZone newZone -> ( { model | zone = newZone } , Cmd.none ) GetBackground bg -> ( { model | backgroundImage = Result.toMaybe bg }, Cmd.none ) -- SUBSCRIPTIONS subscriptions : Model -> Sub Msg subscriptions model = Time.every 1000 Tick -- Helper Functions addLeftZero : String -> String addLeftZero time = if (String.toInt time |> Maybe.withDefault 0) < 10 then "0" ++ time else time changeRed : Model -> Color -> Color changeRed model currentColor = { currentColor | red = addLeftZero (String.fromInt (Time.toHour model.zone model.time)) } changeGreen : Model -> Color -> Color changeGreen model currentColor = { currentColor | green = addLeftZero (String.fromInt (Time.toMinute model.zone model.time)) } changeBlue : Model -> Color -> Color changeBlue model currentColor = { currentColor | blue = addLeftZero (String.fromInt (Time.toSecond model.zone model.time)) } toHex : Color -> Maybe Color toHex currentColor = Just { currentColor | hex = "#" ++ currentColor.red ++ currentColor.green ++ currentColor.blue } emptyColor : Color emptyColor = Color "" "" "" "#000000" defineColor : Maybe Color -> Color defineColor color = case color of Just colorDefined -> colorDefined Nothing -> emptyColor viewBackgroundImage : Maybe UrlAddress -> Html.Attribute Msg viewBackgroundImage bgUrl = case bgUrl of Just bg -> let address_image = "url(" ++ bg.uri ++ ")" in style "background-image" address_image Nothing -> style "background-image" "none" -- VIEW view : Model -> Browser.Document Msg view model = Browser.Document "Hex Time" (display model) display : Model -> List (Html Msg) display model = let currentColor = defineColor model.color hexcolor = currentColor.hex in [ div [ class "page" , style "background-color" hexcolor , viewBackgroundImage model.backgroundImage ] [ h1 [] [ text hexcolor ] , footer [ class "description" ] [ text "Made by " , a [ href "https://github.com/it6c65" ] [ text "Luis Ilarraza" ] , br [] [] , text "This is the " , a [ href "https://elm-lang.org" ] [ text "Elm version" ] , text " of the " , a [ href "https://github.com/JamelHammoud/hextime" ] [ text "HexTime" ] , br [] [] , text "Now integrated with " , a [ href "https://php-noise.com" ] [ text "Noise" ] , br [] [] , a [ href "https://github.com/it6c65/hextime-elm" ] [ text "CODE HERE" ] ] ] ] -- Fetch backgrounds from Api type alias UrlAddress = { uri : String } bgUrlDecoder : JD.Decoder UrlAddress bgUrlDecoder = JD.map UrlAddress (JD.field "uri" JD.string) fetchBackground : String -> Cmd Msg fetchBackground address = Http.get { url = address , expect = Http.expectJson GetBackground bgUrlDecoder }

26352

module Main exposing (main) -- -- Show the current time in Hexadecimals -- import Browser import Dict exposing (Dict) import Html exposing (Html, a, br, div, footer, h1, text) import Html.Attributes exposing (class, href, style) import Http import Json.Decode as JD import Task import Time import Url.Builder as UB -- MAIN main : Program () Model Msg main = Browser.document { init = init , view = view , update = update , subscriptions = subscriptions } -- MODEL type alias Model = { zone : Time.Zone , time : Time.Posix , backgroundImage : Maybe UrlAddress , color : Maybe Color } type alias Color = { red : String , green : String , blue : String , hex : String } init : () -> ( Model, Cmd Msg ) init _ = ( Model Time.utc (Time.millisToPosix 0) Nothing Nothing , Task.perform AdjustTimeZone Time.here ) -- UPDATE type Msg = Tick Time.Posix | AdjustTimeZone Time.Zone | GetBackground (Result Http.Error UrlAddress) update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = case msg of Tick newTime -> let currentColor = defineColor model.color newColor = changeRed model currentColor |> changeGreen model |> changeBlue model |> toHex newColorUrl = defineColor newColor finalUrl = UB.crossOrigin "https://php-noise.com" [ "noise.php" ] [ UB.string "hex" (String.dropLeft 1 newColorUrl.hex), UB.string "json" "" ] in ( { model | time = newTime , color = newColor } , fetchBackground finalUrl ) AdjustTimeZone newZone -> ( { model | zone = newZone } , Cmd.none ) GetBackground bg -> ( { model | backgroundImage = Result.toMaybe bg }, Cmd.none ) -- SUBSCRIPTIONS subscriptions : Model -> Sub Msg subscriptions model = Time.every 1000 Tick -- Helper Functions addLeftZero : String -> String addLeftZero time = if (String.toInt time |> Maybe.withDefault 0) < 10 then "0" ++ time else time changeRed : Model -> Color -> Color changeRed model currentColor = { currentColor | red = addLeftZero (String.fromInt (Time.toHour model.zone model.time)) } changeGreen : Model -> Color -> Color changeGreen model currentColor = { currentColor | green = addLeftZero (String.fromInt (Time.toMinute model.zone model.time)) } changeBlue : Model -> Color -> Color changeBlue model currentColor = { currentColor | blue = addLeftZero (String.fromInt (Time.toSecond model.zone model.time)) } toHex : Color -> Maybe Color toHex currentColor = Just { currentColor | hex = "#" ++ currentColor.red ++ currentColor.green ++ currentColor.blue } emptyColor : Color emptyColor = Color "" "" "" "#000000" defineColor : Maybe Color -> Color defineColor color = case color of Just colorDefined -> colorDefined Nothing -> emptyColor viewBackgroundImage : Maybe UrlAddress -> Html.Attribute Msg viewBackgroundImage bgUrl = case bgUrl of Just bg -> let address_image = "url(" ++ bg.uri ++ ")" in style "background-image" address_image Nothing -> style "background-image" "none" -- VIEW view : Model -> Browser.Document Msg view model = Browser.Document "Hex Time" (display model) display : Model -> List (Html Msg) display model = let currentColor = defineColor model.color hexcolor = currentColor.hex in [ div [ class "page" , style "background-color" hexcolor , viewBackgroundImage model.backgroundImage ] [ h1 [] [ text hexcolor ] , footer [ class "description" ] [ text "Made by " , a [ href "https://github.com/it6c65" ] [ text "<NAME>" ] , br [] [] , text "This is the " , a [ href "https://elm-lang.org" ] [ text "Elm version" ] , text " of the " , a [ href "https://github.com/JamelHammoud/hextime" ] [ text "HexTime" ] , br [] [] , text "Now integrated with " , a [ href "https://php-noise.com" ] [ text "Noise" ] , br [] [] , a [ href "https://github.com/it6c65/hextime-elm" ] [ text "CODE HERE" ] ] ] ] -- Fetch backgrounds from Api type alias UrlAddress = { uri : String } bgUrlDecoder : JD.Decoder UrlAddress bgUrlDecoder = JD.map UrlAddress (JD.field "uri" JD.string) fetchBackground : String -> Cmd Msg fetchBackground address = Http.get { url = address , expect = Http.expectJson GetBackground bgUrlDecoder }

module Main exposing (main) -- -- Show the current time in Hexadecimals -- import Browser import Dict exposing (Dict) import Html exposing (Html, a, br, div, footer, h1, text) import Html.Attributes exposing (class, href, style) import Http import Json.Decode as JD import Task import Time import Url.Builder as UB -- MAIN main : Program () Model Msg main = Browser.document { init = init , view = view , update = update , subscriptions = subscriptions } -- MODEL type alias Model = { zone : Time.Zone , time : Time.Posix , backgroundImage : Maybe UrlAddress , color : Maybe Color } type alias Color = { red : String , green : String , blue : String , hex : String } init : () -> ( Model, Cmd Msg ) init _ = ( Model Time.utc (Time.millisToPosix 0) Nothing Nothing , Task.perform AdjustTimeZone Time.here ) -- UPDATE type Msg = Tick Time.Posix | AdjustTimeZone Time.Zone | GetBackground (Result Http.Error UrlAddress) update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = case msg of Tick newTime -> let currentColor = defineColor model.color newColor = changeRed model currentColor |> changeGreen model |> changeBlue model |> toHex newColorUrl = defineColor newColor finalUrl = UB.crossOrigin "https://php-noise.com" [ "noise.php" ] [ UB.string "hex" (String.dropLeft 1 newColorUrl.hex), UB.string "json" "" ] in ( { model | time = newTime , color = newColor } , fetchBackground finalUrl ) AdjustTimeZone newZone -> ( { model | zone = newZone } , Cmd.none ) GetBackground bg -> ( { model | backgroundImage = Result.toMaybe bg }, Cmd.none ) -- SUBSCRIPTIONS subscriptions : Model -> Sub Msg subscriptions model = Time.every 1000 Tick -- Helper Functions addLeftZero : String -> String addLeftZero time = if (String.toInt time |> Maybe.withDefault 0) < 10 then "0" ++ time else time changeRed : Model -> Color -> Color changeRed model currentColor = { currentColor | red = addLeftZero (String.fromInt (Time.toHour model.zone model.time)) } changeGreen : Model -> Color -> Color changeGreen model currentColor = { currentColor | green = addLeftZero (String.fromInt (Time.toMinute model.zone model.time)) } changeBlue : Model -> Color -> Color changeBlue model currentColor = { currentColor | blue = addLeftZero (String.fromInt (Time.toSecond model.zone model.time)) } toHex : Color -> Maybe Color toHex currentColor = Just { currentColor | hex = "#" ++ currentColor.red ++ currentColor.green ++ currentColor.blue } emptyColor : Color emptyColor = Color "" "" "" "#000000" defineColor : Maybe Color -> Color defineColor color = case color of Just colorDefined -> colorDefined Nothing -> emptyColor viewBackgroundImage : Maybe UrlAddress -> Html.Attribute Msg viewBackgroundImage bgUrl = case bgUrl of Just bg -> let address_image = "url(" ++ bg.uri ++ ")" in style "background-image" address_image Nothing -> style "background-image" "none" -- VIEW view : Model -> Browser.Document Msg view model = Browser.Document "Hex Time" (display model) display : Model -> List (Html Msg) display model = let currentColor = defineColor model.color hexcolor = currentColor.hex in [ div [ class "page" , style "background-color" hexcolor , viewBackgroundImage model.backgroundImage ] [ h1 [] [ text hexcolor ] , footer [ class "description" ] [ text "Made by " , a [ href "https://github.com/it6c65" ] [ text "PI:NAME:<NAME>END_PI" ] , br [] [] , text "This is the " , a [ href "https://elm-lang.org" ] [ text "Elm version" ] , text " of the " , a [ href "https://github.com/JamelHammoud/hextime" ] [ text "HexTime" ] , br [] [] , text "Now integrated with " , a [ href "https://php-noise.com" ] [ text "Noise" ] , br [] [] , a [ href "https://github.com/it6c65/hextime-elm" ] [ text "CODE HERE" ] ] ] ] -- Fetch backgrounds from Api type alias UrlAddress = { uri : String } bgUrlDecoder : JD.Decoder UrlAddress bgUrlDecoder = JD.map UrlAddress (JD.field "uri" JD.string) fetchBackground : String -> Cmd Msg fetchBackground address = Http.get { url = address , expect = Http.expectJson GetBackground bgUrlDecoder }

elm

src/elm/Components/DialogTwo.elm

ondrej-tucek/elm-dialogs

module Components.DialogTwo exposing (myDialogTwo, contentDialogTwo) import Html exposing (..) import Material.Options as Options exposing (..) import Model exposing (..) dialogSettings : DialogSettings dialogSettings = { viewCs = "dialog-two__view" , titleCs = "dialog-two__title" , contentCs = "dialog-two__content" , actionsCs = "dialog-two__actions" } myDialogTwo : ModalDialog myDialogTwo = { dialogSettings = dialogSettings , dialogTitleText = "Dialog Two" , dialogBtnText = "Close Dialog 2" } contentDialogTwo : Html Msg contentDialogTwo = Options.div [] [ Options.div [ cs "poem" ] [ p [] [ text "To see a world in a grain of sand," ] , p [] [ text "and a heaven in a wild flower," ] , p [] [ text "to hold infinity in the palm of your hand," ] , p [] [ text "and Eternity in an hour." ] ] , Options.div [ cs "poem-author" ] [ text "Auguries of Innocence by William Blake"] ]

57745

module Components.DialogTwo exposing (myDialogTwo, contentDialogTwo) import Html exposing (..) import Material.Options as Options exposing (..) import Model exposing (..) dialogSettings : DialogSettings dialogSettings = { viewCs = "dialog-two__view" , titleCs = "dialog-two__title" , contentCs = "dialog-two__content" , actionsCs = "dialog-two__actions" } myDialogTwo : ModalDialog myDialogTwo = { dialogSettings = dialogSettings , dialogTitleText = "Dialog Two" , dialogBtnText = "Close Dialog 2" } contentDialogTwo : Html Msg contentDialogTwo = Options.div [] [ Options.div [ cs "poem" ] [ p [] [ text "To see a world in a grain of sand," ] , p [] [ text "and a heaven in a wild flower," ] , p [] [ text "to hold infinity in the palm of your hand," ] , p [] [ text "and Eternity in an hour." ] ] , Options.div [ cs "poem-author" ] [ text "Auguries of Innocence by <NAME>"] ]

module Components.DialogTwo exposing (myDialogTwo, contentDialogTwo) import Html exposing (..) import Material.Options as Options exposing (..) import Model exposing (..) dialogSettings : DialogSettings dialogSettings = { viewCs = "dialog-two__view" , titleCs = "dialog-two__title" , contentCs = "dialog-two__content" , actionsCs = "dialog-two__actions" } myDialogTwo : ModalDialog myDialogTwo = { dialogSettings = dialogSettings , dialogTitleText = "Dialog Two" , dialogBtnText = "Close Dialog 2" } contentDialogTwo : Html Msg contentDialogTwo = Options.div [] [ Options.div [ cs "poem" ] [ p [] [ text "To see a world in a grain of sand," ] , p [] [ text "and a heaven in a wild flower," ] , p [] [ text "to hold infinity in the palm of your hand," ] , p [] [ text "and Eternity in an hour." ] ] , Options.div [ cs "poem-author" ] [ text "Auguries of Innocence by PI:NAME:<NAME>END_PI"] ]

elm

src/Quote/LeftBorder/View.elm

paulfioravanti/tachyons-components

module Quote.LeftBorder.View exposing (view) import Html exposing (Html, blockquote, cite, div, p, text) import Html.Attributes exposing (attribute, class) import Quote.LeftBorder.Styles as Styles view : Html msg view = let copy = """ Discipline in typography is a prime virtue. Individuality must be secured by means that are rational. Distinction needs to be won by simplicity and restraint. It is equally true that these qualities need to be infused wiht a certain spirit and vitality, or they degenerate into dullness and mediocrity. """ in div [ attribute "data-name" "component" ] [ div [ class Styles.quote ] [ blockquote [ class Styles.blockquote ] [ p [ class Styles.copy ] [ text copy ] , cite [ class Styles.cite ] [ text "―Stanley Morison" ] ] ] ]

3669

module Quote.LeftBorder.View exposing (view) import Html exposing (Html, blockquote, cite, div, p, text) import Html.Attributes exposing (attribute, class) import Quote.LeftBorder.Styles as Styles view : Html msg view = let copy = """ Discipline in typography is a prime virtue. Individuality must be secured by means that are rational. Distinction needs to be won by simplicity and restraint. It is equally true that these qualities need to be infused wiht a certain spirit and vitality, or they degenerate into dullness and mediocrity. """ in div [ attribute "data-name" "component" ] [ div [ class Styles.quote ] [ blockquote [ class Styles.blockquote ] [ p [ class Styles.copy ] [ text copy ] , cite [ class Styles.cite ] [ text "―<NAME>" ] ] ] ]

module Quote.LeftBorder.View exposing (view) import Html exposing (Html, blockquote, cite, div, p, text) import Html.Attributes exposing (attribute, class) import Quote.LeftBorder.Styles as Styles view : Html msg view = let copy = """ Discipline in typography is a prime virtue. Individuality must be secured by means that are rational. Distinction needs to be won by simplicity and restraint. It is equally true that these qualities need to be infused wiht a certain spirit and vitality, or they degenerate into dullness and mediocrity. """ in div [ attribute "data-name" "component" ] [ div [ class Styles.quote ] [ blockquote [ class Styles.blockquote ] [ p [ class Styles.copy ] [ text copy ] , cite [ class Styles.cite ] [ text "―PI:NAME:<NAME>END_PI" ] ] ] ]

elm

elm/Paack/Auth/Simulator.elm

PaackEng/frontend-elm-kit

module Paack.Auth.Simulator exposing (simulator) import Iso8601 import Json.Encode as Encode import Paack.Auth.Main as Auth exposing (Config, Effect(..)) import Paack.Auth.Result as AuthResult import ProgramTest exposing (SimulatedEffect) import SimulatedEffect.Cmd as SimulatedCmd import SimulatedEffect.Navigation as Nav import SimulatedEffect.Task as SimulatedTask import Time simulator : Config msg -> Effect -> SimulatedEffect msg simulator config effect = case effect of NoneEffect -> SimulatedCmd.none PortCheckSession -> authResult config mockLogin PortLogin -> portLogin config PortLogout -> portLogout config loop : msg -> SimulatedEffect msg loop msg = SimulatedTask.perform identity <| SimulatedTask.succeed msg authResult : Config msg -> Encode.Value -> SimulatedEffect msg authResult config value = SimulatedCmd.batch [ loop <| Auth.mockResult config value , case config.onLoginResult of Just msg -> loop <| msg <| AuthResult.decode value Nothing -> SimulatedCmd.none ] portLogin : Config msg -> SimulatedEffect msg portLogin config = SimulatedCmd.batch [ Nav.pushUrl "/?code=SOME_CODE&state=SOME_STATE" , authResult config mockLogin ] portLogout : Config msg -> SimulatedEffect msg portLogout config = SimulatedCmd.batch [ Nav.pushUrl "/" , authResult config mockLogout ] mockLogout : Encode.Value mockLogout = Encode.object [ ( "error", Encode.string "LOGOUT" ) , ( "errorDescription", Encode.string "Mocked Logout" ) ] mockLogin : Encode.Value mockLogin = Encode.object [ ( "userData" , Encode.object [ ( "name", Encode.string "Dummy" ) , ( "nickname", Encode.string "Dummy" ) , ( "sub", Encode.string "dummy" ) , ( "updated_at", Iso8601.encode <| Time.millisToPosix 0 ) ] ) , ( "token", Encode.string "SiM_0L{vErI0" ) ]

42162

module Paack.Auth.Simulator exposing (simulator) import Iso8601 import Json.Encode as Encode import Paack.Auth.Main as Auth exposing (Config, Effect(..)) import Paack.Auth.Result as AuthResult import ProgramTest exposing (SimulatedEffect) import SimulatedEffect.Cmd as SimulatedCmd import SimulatedEffect.Navigation as Nav import SimulatedEffect.Task as SimulatedTask import Time simulator : Config msg -> Effect -> SimulatedEffect msg simulator config effect = case effect of NoneEffect -> SimulatedCmd.none PortCheckSession -> authResult config mockLogin PortLogin -> portLogin config PortLogout -> portLogout config loop : msg -> SimulatedEffect msg loop msg = SimulatedTask.perform identity <| SimulatedTask.succeed msg authResult : Config msg -> Encode.Value -> SimulatedEffect msg authResult config value = SimulatedCmd.batch [ loop <| Auth.mockResult config value , case config.onLoginResult of Just msg -> loop <| msg <| AuthResult.decode value Nothing -> SimulatedCmd.none ] portLogin : Config msg -> SimulatedEffect msg portLogin config = SimulatedCmd.batch [ Nav.pushUrl "/?code=SOME_CODE&state=SOME_STATE" , authResult config mockLogin ] portLogout : Config msg -> SimulatedEffect msg portLogout config = SimulatedCmd.batch [ Nav.pushUrl "/" , authResult config mockLogout ] mockLogout : Encode.Value mockLogout = Encode.object [ ( "error", Encode.string "LOGOUT" ) , ( "errorDescription", Encode.string "Mocked Logout" ) ] mockLogin : Encode.Value mockLogin = Encode.object [ ( "userData" , Encode.object [ ( "name", Encode.string "<NAME>" ) , ( "nickname", Encode.string "Dummy" ) , ( "sub", Encode.string "dummy" ) , ( "updated_at", Iso8601.encode <| Time.millisToPosix 0 ) ] ) , ( "token", Encode.string "<PASSWORD>{vErI0" ) ]

module Paack.Auth.Simulator exposing (simulator) import Iso8601 import Json.Encode as Encode import Paack.Auth.Main as Auth exposing (Config, Effect(..)) import Paack.Auth.Result as AuthResult import ProgramTest exposing (SimulatedEffect) import SimulatedEffect.Cmd as SimulatedCmd import SimulatedEffect.Navigation as Nav import SimulatedEffect.Task as SimulatedTask import Time simulator : Config msg -> Effect -> SimulatedEffect msg simulator config effect = case effect of NoneEffect -> SimulatedCmd.none PortCheckSession -> authResult config mockLogin PortLogin -> portLogin config PortLogout -> portLogout config loop : msg -> SimulatedEffect msg loop msg = SimulatedTask.perform identity <| SimulatedTask.succeed msg authResult : Config msg -> Encode.Value -> SimulatedEffect msg authResult config value = SimulatedCmd.batch [ loop <| Auth.mockResult config value , case config.onLoginResult of Just msg -> loop <| msg <| AuthResult.decode value Nothing -> SimulatedCmd.none ] portLogin : Config msg -> SimulatedEffect msg portLogin config = SimulatedCmd.batch [ Nav.pushUrl "/?code=SOME_CODE&state=SOME_STATE" , authResult config mockLogin ] portLogout : Config msg -> SimulatedEffect msg portLogout config = SimulatedCmd.batch [ Nav.pushUrl "/" , authResult config mockLogout ] mockLogout : Encode.Value mockLogout = Encode.object [ ( "error", Encode.string "LOGOUT" ) , ( "errorDescription", Encode.string "Mocked Logout" ) ] mockLogin : Encode.Value mockLogin = Encode.object [ ( "userData" , Encode.object [ ( "name", Encode.string "PI:NAME:<NAME>END_PI" ) , ( "nickname", Encode.string "Dummy" ) , ( "sub", Encode.string "dummy" ) , ( "updated_at", Iso8601.encode <| Time.millisToPosix 0 ) ] ) , ( "token", Encode.string "PI:PASSWORD:<PASSWORD>END_PI{vErI0" ) ]

elm

elm/src/Data/People.elm

tuturto/deep-sky

module Data.People exposing ( Age(..) , DemesneShortInfo(..) , DynastyLink , Gender(..) , OnPlanetData , OnUnitData , OpinionFeeling(..) , OpinionIntel(..) , OpinionReason(..) , OpinionReport(..) , OpinionScore(..) , Person , PersonIntel(..) , PersonLocation(..) , PetType(..) , PlanetDemesneReportShort , RelationLink , RelationType(..) , RelationVisibility(..) , Sex(..) , StarSystemDemesneReportShort , StatValue(..) , StatValues , Trait , TraitDescription(..) , TraitName(..) , TraitType(..) , age , formalName , personIntelToString , petTypeToString , relationTypeOrdering , relationTypeToString , traitNameOrdering , traitOrdering , unAge , unOpinionReason , unOpinionScore , unStatValue , unTraitDescription , unTraitName , unTraitType ) import Data.Common exposing ( DemesneName , DynastyId , DynastyName , PersonId , PlanetId , PlanetName , StarDate , StarSystemId , StarSystemName , UnitId , unStarDate ) import Data.PersonNames exposing (LongTitle(..), PersonName(..), ShortTitle(..)) import Data.Vehicles exposing (CrewPosition(..), UnitName(..)) import Ordering exposing (Ordering) type alias Person = { id : PersonId , avatar : Bool , name : PersonName , shortTitle : Maybe ShortTitle , longTitle : Maybe LongTitle , stats : Maybe StatValues , sex : Sex , gender : Gender , age : Age , relations : List RelationLink , intelTypes : List PersonIntel , dynasty : Maybe DynastyLink , traits : Maybe (List Trait) , avatarOpinion : OpinionReport , opinionOfAvatar : OpinionReport , location : PersonLocation } type StatValue = StatValue Int unStatValue : StatValue -> Int unStatValue (StatValue n) = n type alias StatValues = { diplomacy : StatValue , learning : StatValue , martial : StatValue , intrique : StatValue , stewardship : StatValue } type Sex = Male | Female | Intersex type Gender = Man | Woman | Agender | Nonbinary type Age = Age Int unAge : Age -> Int unAge (Age n) = n {-| Age (time difference between two points in time) in full star years -} age : StarDate -> StarDate -> Age age old new = let diff = unStarDate old - unStarDate new fullYears = diff // 10 in Age fullYears {-| Short form demesne report, listing only ID and Name -} type DemesneShortInfo = PlanetDemesneShort PlanetDemesneReportShort | StarSystemDemesneShort StarSystemDemesneReportShort type alias PlanetDemesneReportShort = { planetId : PlanetId , starSystemId : StarSystemId , name : PlanetName , formalName : DemesneName , date : StarDate } type alias StarSystemDemesneReportShort = { starSystemId : StarSystemId , name : StarSystemName , formalName : DemesneName , date : StarDate } formalName : DemesneShortInfo -> DemesneName formalName info = case info of PlanetDemesneShort report -> report.formalName StarSystemDemesneShort report -> report.formalName type alias RelationLink = { id : PersonId , name : PersonName , shortTitle : Maybe ShortTitle , longTitle : Maybe LongTitle , types : List RelationType , opinion : OpinionReport } type RelationType = Parent | Child | Sibling | StepParent | StepChild | StepSibling | Spouse | ExSpouse | Lover | ExLover | Friend | Rival {-| Arbitrary ordering for relation types -} relationTypeOrdering : Ordering RelationType relationTypeOrdering = Ordering.explicit [ Parent , StepParent , Sibling , StepSibling , Spouse , ExSpouse , Child , StepChild , Lover , ExLover , Friend , Rival ] relationTypeToString : RelationType -> String relationTypeToString r = case r of Parent -> "Parent" Child -> "Child" Sibling -> "Sibling" StepParent -> "Stepparent" StepChild -> "Stepchild" StepSibling -> "Stepsibling" Spouse -> "Spouse" ExSpouse -> "Ex-spouse" Lover -> "Lover" ExLover -> "Ex-lover" Friend -> "Friend" Rival -> "Rival" type PersonIntel = Stats | Demesne | FamilyRelations | SecretRelations | Opinions OpinionIntel | Traits | Location | Activity type OpinionIntel = BaseOpinionIntel RelationVisibility | ReasonsForOpinions RelationVisibility | DetailedOpinions RelationVisibility type RelationVisibility = SecretRelation | FamilyRelation | PublicRelation personIntelToString : PersonIntel -> String personIntelToString intel = case intel of Stats -> "Stats" Demesne -> "Demesne" FamilyRelations -> "Family relations" SecretRelations -> "Secret relations" Opinions _ -> "Opinions" Traits -> "Traits" Location -> "Location" Activity -> "Activity" type alias DynastyLink = { id : DynastyId , name : DynastyName } type alias Trait = { name : TraitName , traitType : TraitType , description : TraitDescription , validUntil : Maybe StarDate } type TraitName = TraitName String unTraitName : TraitName -> String unTraitName (TraitName s) = s type TraitType = TraitType String unTraitType : TraitType -> String unTraitType (TraitType t) = t type TraitDescription = TraitDescription String unTraitDescription : TraitDescription -> String unTraitDescription (TraitDescription s) = s traitNameOrdering : Ordering TraitName traitNameOrdering = Ordering.byField unTraitName traitOrdering : Ordering Trait traitOrdering = Ordering.byFieldWith traitNameOrdering .name type OpinionReport = BaseOpinionReport OpinionFeeling | OpinionReasonReport OpinionFeeling (List OpinionReason) | DetailedOpinionReport OpinionScore (List OpinionReason) type OpinionFeeling = PositiveFeeling | NeutralFeeling | NegativeFeeling type OpinionReason = OpinionReason String unOpinionReason : OpinionReason -> String unOpinionReason (OpinionReason s) = s type OpinionScore = OpinionScore Int unOpinionScore : OpinionScore -> Int unOpinionScore (OpinionScore n) = n type PetType = Cat | Rat petTypeToString : PetType -> String petTypeToString pType = case pType of Cat -> "cat" Rat -> "rat" type PersonLocation = OnPlanet OnPlanetData | OnUnit OnUnitData | UnknownLocation type alias OnPlanetData = { planetId : PlanetId , starSystemId : StarSystemId , planetName : PlanetName } type alias OnUnitData = { unitId : UnitId , unitName : UnitName , position : Maybe CrewPosition }

17530

module Data.People exposing ( Age(..) , DemesneShortInfo(..) , DynastyLink , Gender(..) , OnPlanetData , OnUnitData , OpinionFeeling(..) , OpinionIntel(..) , OpinionReason(..) , OpinionReport(..) , OpinionScore(..) , Person , PersonIntel(..) , PersonLocation(..) , PetType(..) , PlanetDemesneReportShort , RelationLink , RelationType(..) , RelationVisibility(..) , Sex(..) , StarSystemDemesneReportShort , StatValue(..) , StatValues , Trait , TraitDescription(..) , TraitName(..) , TraitType(..) , age , formalName , personIntelToString , petTypeToString , relationTypeOrdering , relationTypeToString , traitNameOrdering , traitOrdering , unAge , unOpinionReason , unOpinionScore , unStatValue , unTraitDescription , unTraitName , unTraitType ) import Data.Common exposing ( DemesneName , DynastyId , DynastyName , PersonId , PlanetId , PlanetName , StarDate , StarSystemId , StarSystemName , UnitId , unStarDate ) import Data.PersonNames exposing (LongTitle(..), PersonName(..), ShortTitle(..)) import Data.Vehicles exposing (CrewPosition(..), UnitName(..)) import Ordering exposing (Ordering) type alias Person = { id : PersonId , avatar : Bool , name : <NAME> , shortTitle : Maybe ShortTitle , longTitle : Maybe LongTitle , stats : Maybe StatValues , sex : Sex , gender : Gender , age : Age , relations : List RelationLink , intelTypes : List PersonIntel , dynasty : Maybe DynastyLink , traits : Maybe (List Trait) , avatarOpinion : OpinionReport , opinionOfAvatar : OpinionReport , location : PersonLocation } type StatValue = StatValue Int unStatValue : StatValue -> Int unStatValue (StatValue n) = n type alias StatValues = { diplomacy : StatValue , learning : StatValue , martial : StatValue , intrique : StatValue , stewardship : StatValue } type Sex = Male | Female | Intersex type Gender = Man | Woman | Agender | Nonbinary type Age = Age Int unAge : Age -> Int unAge (Age n) = n {-| Age (time difference between two points in time) in full star years -} age : StarDate -> StarDate -> Age age old new = let diff = unStarDate old - unStarDate new fullYears = diff // 10 in Age fullYears {-| Short form demesne report, listing only ID and Name -} type DemesneShortInfo = PlanetDemesneShort PlanetDemesneReportShort | StarSystemDemesneShort StarSystemDemesneReportShort type alias PlanetDemesneReportShort = { planetId : PlanetId , starSystemId : StarSystemId , name : PlanetName , formalName : DemesneName , date : StarDate } type alias StarSystemDemesneReportShort = { starSystemId : StarSystemId , name : StarSystemName , formalName : DemesneName , date : StarDate } formalName : DemesneShortInfo -> DemesneName formalName info = case info of PlanetDemesneShort report -> report.formalName StarSystemDemesneShort report -> report.formalName type alias RelationLink = { id : PersonId , name : PersonName , shortTitle : Maybe ShortTitle , longTitle : Maybe LongTitle , types : List RelationType , opinion : OpinionReport } type RelationType = Parent | Child | Sibling | StepParent | StepChild | StepSibling | Spouse | ExSpouse | Lover | ExLover | Friend | Rival {-| Arbitrary ordering for relation types -} relationTypeOrdering : Ordering RelationType relationTypeOrdering = Ordering.explicit [ Parent , StepParent , Sibling , StepSibling , Spouse , ExSpouse , Child , StepChild , Lover , ExLover , Friend , Rival ] relationTypeToString : RelationType -> String relationTypeToString r = case r of Parent -> "Parent" Child -> "Child" Sibling -> "Sibling" StepParent -> "Stepparent" StepChild -> "Stepchild" StepSibling -> "Stepsibling" Spouse -> "Spouse" ExSpouse -> "Ex-spouse" Lover -> "Lover" ExLover -> "Ex-lover" Friend -> "Friend" Rival -> "Rival" type PersonIntel = Stats | Demesne | FamilyRelations | SecretRelations | Opinions OpinionIntel | Traits | Location | Activity type OpinionIntel = BaseOpinionIntel RelationVisibility | ReasonsForOpinions RelationVisibility | DetailedOpinions RelationVisibility type RelationVisibility = SecretRelation | FamilyRelation | PublicRelation personIntelToString : PersonIntel -> String personIntelToString intel = case intel of Stats -> "Stats" Demesne -> "Demesne" FamilyRelations -> "Family relations" SecretRelations -> "Secret relations" Opinions _ -> "Opinions" Traits -> "Traits" Location -> "Location" Activity -> "Activity" type alias DynastyLink = { id : DynastyId , name : DynastyName } type alias Trait = { name : TraitName , traitType : TraitType , description : TraitDescription , validUntil : Maybe StarDate } type TraitName = TraitName String unTraitName : TraitName -> String unTraitName (TraitName s) = s type TraitType = TraitType String unTraitType : TraitType -> String unTraitType (TraitType t) = t type TraitDescription = TraitDescription String unTraitDescription : TraitDescription -> String unTraitDescription (TraitDescription s) = s traitNameOrdering : Ordering TraitName traitNameOrdering = Ordering.byField unTraitName traitOrdering : Ordering Trait traitOrdering = Ordering.byFieldWith traitNameOrdering .name type OpinionReport = BaseOpinionReport OpinionFeeling | OpinionReasonReport OpinionFeeling (List OpinionReason) | DetailedOpinionReport OpinionScore (List OpinionReason) type OpinionFeeling = PositiveFeeling | NeutralFeeling | NegativeFeeling type OpinionReason = OpinionReason String unOpinionReason : OpinionReason -> String unOpinionReason (OpinionReason s) = s type OpinionScore = OpinionScore Int unOpinionScore : OpinionScore -> Int unOpinionScore (OpinionScore n) = n type PetType = Cat | Rat petTypeToString : PetType -> String petTypeToString pType = case pType of Cat -> "cat" Rat -> "rat" type PersonLocation = OnPlanet OnPlanetData | OnUnit OnUnitData | UnknownLocation type alias OnPlanetData = { planetId : PlanetId , starSystemId : StarSystemId , planetName : PlanetName } type alias OnUnitData = { unitId : UnitId , unitName : UnitName , position : Maybe CrewPosition }

module Data.People exposing ( Age(..) , DemesneShortInfo(..) , DynastyLink , Gender(..) , OnPlanetData , OnUnitData , OpinionFeeling(..) , OpinionIntel(..) , OpinionReason(..) , OpinionReport(..) , OpinionScore(..) , Person , PersonIntel(..) , PersonLocation(..) , PetType(..) , PlanetDemesneReportShort , RelationLink , RelationType(..) , RelationVisibility(..) , Sex(..) , StarSystemDemesneReportShort , StatValue(..) , StatValues , Trait , TraitDescription(..) , TraitName(..) , TraitType(..) , age , formalName , personIntelToString , petTypeToString , relationTypeOrdering , relationTypeToString , traitNameOrdering , traitOrdering , unAge , unOpinionReason , unOpinionScore , unStatValue , unTraitDescription , unTraitName , unTraitType ) import Data.Common exposing ( DemesneName , DynastyId , DynastyName , PersonId , PlanetId , PlanetName , StarDate , StarSystemId , StarSystemName , UnitId , unStarDate ) import Data.PersonNames exposing (LongTitle(..), PersonName(..), ShortTitle(..)) import Data.Vehicles exposing (CrewPosition(..), UnitName(..)) import Ordering exposing (Ordering) type alias Person = { id : PersonId , avatar : Bool , name : PI:NAME:<NAME>END_PI , shortTitle : Maybe ShortTitle , longTitle : Maybe LongTitle , stats : Maybe StatValues , sex : Sex , gender : Gender , age : Age , relations : List RelationLink , intelTypes : List PersonIntel , dynasty : Maybe DynastyLink , traits : Maybe (List Trait) , avatarOpinion : OpinionReport , opinionOfAvatar : OpinionReport , location : PersonLocation } type StatValue = StatValue Int unStatValue : StatValue -> Int unStatValue (StatValue n) = n type alias StatValues = { diplomacy : StatValue , learning : StatValue , martial : StatValue , intrique : StatValue , stewardship : StatValue } type Sex = Male | Female | Intersex type Gender = Man | Woman | Agender | Nonbinary type Age = Age Int unAge : Age -> Int unAge (Age n) = n {-| Age (time difference between two points in time) in full star years -} age : StarDate -> StarDate -> Age age old new = let diff = unStarDate old - unStarDate new fullYears = diff // 10 in Age fullYears {-| Short form demesne report, listing only ID and Name -} type DemesneShortInfo = PlanetDemesneShort PlanetDemesneReportShort | StarSystemDemesneShort StarSystemDemesneReportShort type alias PlanetDemesneReportShort = { planetId : PlanetId , starSystemId : StarSystemId , name : PlanetName , formalName : DemesneName , date : StarDate } type alias StarSystemDemesneReportShort = { starSystemId : StarSystemId , name : StarSystemName , formalName : DemesneName , date : StarDate } formalName : DemesneShortInfo -> DemesneName formalName info = case info of PlanetDemesneShort report -> report.formalName StarSystemDemesneShort report -> report.formalName type alias RelationLink = { id : PersonId , name : PersonName , shortTitle : Maybe ShortTitle , longTitle : Maybe LongTitle , types : List RelationType , opinion : OpinionReport } type RelationType = Parent | Child | Sibling | StepParent | StepChild | StepSibling | Spouse | ExSpouse | Lover | ExLover | Friend | Rival {-| Arbitrary ordering for relation types -} relationTypeOrdering : Ordering RelationType relationTypeOrdering = Ordering.explicit [ Parent , StepParent , Sibling , StepSibling , Spouse , ExSpouse , Child , StepChild , Lover , ExLover , Friend , Rival ] relationTypeToString : RelationType -> String relationTypeToString r = case r of Parent -> "Parent" Child -> "Child" Sibling -> "Sibling" StepParent -> "Stepparent" StepChild -> "Stepchild" StepSibling -> "Stepsibling" Spouse -> "Spouse" ExSpouse -> "Ex-spouse" Lover -> "Lover" ExLover -> "Ex-lover" Friend -> "Friend" Rival -> "Rival" type PersonIntel = Stats | Demesne | FamilyRelations | SecretRelations | Opinions OpinionIntel | Traits | Location | Activity type OpinionIntel = BaseOpinionIntel RelationVisibility | ReasonsForOpinions RelationVisibility | DetailedOpinions RelationVisibility type RelationVisibility = SecretRelation | FamilyRelation | PublicRelation personIntelToString : PersonIntel -> String personIntelToString intel = case intel of Stats -> "Stats" Demesne -> "Demesne" FamilyRelations -> "Family relations" SecretRelations -> "Secret relations" Opinions _ -> "Opinions" Traits -> "Traits" Location -> "Location" Activity -> "Activity" type alias DynastyLink = { id : DynastyId , name : DynastyName } type alias Trait = { name : TraitName , traitType : TraitType , description : TraitDescription , validUntil : Maybe StarDate } type TraitName = TraitName String unTraitName : TraitName -> String unTraitName (TraitName s) = s type TraitType = TraitType String unTraitType : TraitType -> String unTraitType (TraitType t) = t type TraitDescription = TraitDescription String unTraitDescription : TraitDescription -> String unTraitDescription (TraitDescription s) = s traitNameOrdering : Ordering TraitName traitNameOrdering = Ordering.byField unTraitName traitOrdering : Ordering Trait traitOrdering = Ordering.byFieldWith traitNameOrdering .name type OpinionReport = BaseOpinionReport OpinionFeeling | OpinionReasonReport OpinionFeeling (List OpinionReason) | DetailedOpinionReport OpinionScore (List OpinionReason) type OpinionFeeling = PositiveFeeling | NeutralFeeling | NegativeFeeling type OpinionReason = OpinionReason String unOpinionReason : OpinionReason -> String unOpinionReason (OpinionReason s) = s type OpinionScore = OpinionScore Int unOpinionScore : OpinionScore -> Int unOpinionScore (OpinionScore n) = n type PetType = Cat | Rat petTypeToString : PetType -> String petTypeToString pType = case pType of Cat -> "cat" Rat -> "rat" type PersonLocation = OnPlanet OnPlanetData | OnUnit OnUnitData | UnknownLocation type alias OnPlanetData = { planetId : PlanetId , starSystemId : StarSystemId , planetName : PlanetName } type alias OnUnitData = { unitId : UnitId , unitName : UnitName , position : Maybe CrewPosition }

elm

src/Models.elm

Snorremd/builds-dashboard-gitlab

module Models exposing (..) import Builds.Models exposing (Build) import Settings.Models exposing (Settings) import Routing type alias Model = { route : Routing.Route , settings : Settings , builds : List Build } initialModel : Routing.Route -> Model initialModel route = { route = route , settings = { gitlabUrl = "" , gitlabToken = "yourtoken" , projectId = "1"} , builds = [] }

24391

module Models exposing (..) import Builds.Models exposing (Build) import Settings.Models exposing (Settings) import Routing type alias Model = { route : Routing.Route , settings : Settings , builds : List Build } initialModel : Routing.Route -> Model initialModel route = { route = route , settings = { gitlabUrl = "" , gitlabToken = "<PASSWORD>" , projectId = "1"} , builds = [] }

module Models exposing (..) import Builds.Models exposing (Build) import Settings.Models exposing (Settings) import Routing type alias Model = { route : Routing.Route , settings : Settings , builds : List Build } initialModel : Routing.Route -> Model initialModel route = { route = route , settings = { gitlabUrl = "" , gitlabToken = "PI:PASSWORD:<PASSWORD>END_PI" , projectId = "1"} , builds = [] }

elm

src/Thumbor.elm

itravel-de/elm-thumbor

module Thumbor exposing ( url , Config , Attribute , size, sizeFixed, Size(..) , manualCrop, horizontalAlign, HorizontalAlign(..), verticalAlign, VerticalAlign(..) , trim, trimSimple, TrimSource(..) , fitIn, FitInMode(..) , filters, smart ) {-| # Core Functionality @docs url # Configuration @docs Config # Attributes @docs Attribute ## Sizing @docs size, sizeFixed, Size ## Cropping @docs manualCrop, horizontalAlign, HorizontalAlign, verticalAlign, VerticalAlign ## Trimming @docs trim, trimSimple, TrimSource ## Fitting @docs fitIn, FitInMode ## Miscellaneous @docs filters, smart -} import HmacSha1 import Thumbor.Filter exposing (Filter) import Url.Builder import Util {-| Thumbor server configuration. The `baseUrl` configures the base URL your Thumbor instance is hosted on. It must contain at least an URL schema and host and can contain a custom port or path. `key` contains your key for [URL signing](https://thumbor.readthedocs.io/en/latest/security.html#security). If `Nothing` is provided, URL signing will be disabled. **Important Security Notice:** Since Elm is mostly used in front-end code, **your key will be exposed in clear-text to all clients**, nullifying the effect of this security measure. **Make sure you have an alternate concept to stop URL tampering!** Examples: { baseUrl = "https://example.com" , key = Just "thefutureishere" } { baseUrl = "https://example.com/thumbor" , key = Just "thefutureishere" } { baseUrl = "https://example.com:1138/thumbor" , key = Just "thefutureishere" } -} type alias Config = { baseUrl : String , key : Maybe String } {-| -} type FitInMode = NormalFitIn | AdaptiveFitIn | FullFitIn {-| -} type TrimSource = TopLeft | BottomRight {-| -} type HorizontalAlign = Left | Center | Right {-| -} type VerticalAlign = Top | Middle | Bottom {-| -} type Size = Fixed Int | Proportional | Original {-| Creates a new image URL based on the given [`Config`](#Config), [`Attributes`](#Attribute) and original image URL. Attributes can occur in any order. If an attribute is specified multiple times, the last occurrence wins - very much like how [`elm/html`](https://package.elm-lang.org/packages/elm/html/latest/) attributes work. You might want to use currying to ease usage of this package: thumbor : List Thumbor.Attribute -> String -> String thumbor = Thumbor.url { host = "https://example.com:1138" , key = Just "thefutureishere" } -- Prepare a common configuration for teaser images prepareTeaserImage : String -> String prepareTeaserImage = thumbor [ Thumbor.scale 200 300 ] -- Actually use this package to create a modified image view : Model -> Html msg view model = img [ src (prepareTeaserImage "https://example.com/image.jpg") ] [] -} url : Config -> List Attribute -> String -> String url { baseUrl, key } attributes imageUrl = let pathSegments = Url.Builder.relative (generatePathSegments attributes ++ [ imageUrl ]) [] hmacSignature = case key of Just value -> HmacSha1.digest value pathSegments |> HmacSha1.toBase64 |> Result.toMaybe -- This case should never happen, base64 encode itself cannot fail. We have to investigate why -- the HMAC library returns a Maybe here. Fallback is an unsafe Thumbor URL. |> Maybe.withDefault "unsafe" |> String.replace "+" "-" |> String.replace "/" "_" Nothing -> "unsafe" in Url.Builder.crossOrigin baseUrl [ hmacSignature, pathSegments ] [] {-| Represents a Thumbor attribute, controlling how images are processed. See below for a list of available attribute constructors. -} type Attribute = Size Size Size | Filters (List Filter) | FitIn FitInMode | Trim TrimSource Int | ManualCrop { left : Int, top : Int, right : Int, bottom : Int } | HAlign HorizontalAlign | VAlign VerticalAlign | Smart {-| Specifies the size of the image that will be returned by the service. Thumbor docs: <https://thumbor.readthedocs.io/en/latest/usage.html#image-size> -} size : Size -> Size -> Attribute size = Size {-| Same as [size](#size), but always uses `Fixed` sizing for convenience. -} sizeFixed : Int -> Int -> Attribute sizeFixed width height = Size (Fixed width) (Fixed height) {-| Specifies that the image should **not** be auto-cropped and auto-resized to be **exactly** the specified size, and should be fit in an imaginary box (given by the [sizing](#sizing) argument) instead. Thumbor docs: <https://thumbor.readthedocs.io/en/latest/usage.html#fit-in> -} fitIn : FitInMode -> Attribute fitIn = FitIn {-| Sets a list of filters as a chain to be used. See [Thumbor.Filter](Thumbor-Filter) for available filters and their usage. Thumbor docs: <https://thumbor.readthedocs.io/en/latest/usage.html#filters> -} filters : List Filter -> Attribute filters = Filters {-| Removes surrounding space in images based on its color. You can pass in the source where the color should be sampled with a [TrimSource](#TrimSource). In addition, you can specify a color tolerance with the second parameter. The tolerance value will be clamped between `0` and `442`. Thumbor docs: <https://thumbor.readthedocs.io/en/latest/usage.html#trim> -} trim : TrimSource -> Int -> Attribute trim = Trim {-| Same as [trim](#trim), but always uses `TopLeft` source and `0` tolerance. -} trimSimple : Attribute trimSimple = Trim TopLeft 0 {-| Useful for applications that provide custom real-time cropping capabilities. This crop is performed before the rest of the operations, so it can be used as a prepare step _before_ resizing and smart-cropping. Thumbor docs: <https://thumbor.readthedocs.io/en/latest/usage.html#manual-crop> -} manualCrop : { left : Int, top : Int, right : Int, bottom : Int } -> Attribute manualCrop = ManualCrop {-| Controls where the cropping will occur if some width needs to be trimmed. The default is `Center`. Thumbor docs: <https://thumbor.readthedocs.io/en/latest/usage.html#horizontal-align> -} horizontalAlign : HorizontalAlign -> Attribute horizontalAlign = HAlign {-| Controls where the cropping will occur if some height needs to be trimmed. The default is `Middle`. Thumbor docs: <https://thumbor.readthedocs.io/en/latest/usage.html#vertical-align> -} verticalAlign : VerticalAlign -> Attribute verticalAlign = VAlign {-| Thumbor uses some advanced techniques for obtaining important points of the image, called focal points. If you use this attribute, smart cropping will be performed and will override both horizontal and vertical alignments if it finds any focal points. Thumbor docs: <https://thumbor.readthedocs.io/en/latest/usage.html#smart-cropping> -} smart : Attribute smart = Smart -- Internal generatePathSegments : List Attribute -> List String generatePathSegments attributes = List.filterMap (\f -> f attributes) [ findTrimPathSegment , findManualCropPathSegment , findFitInSegment , findSizePathSegment , findHorizontalAlignSegment , findVerticalAlignSegment , findSmartSegment , findFiltersPathSegment ] findHorizontalAlignSegment : List Attribute -> Maybe String findHorizontalAlignSegment = List.foldl (\item acc -> case item of HAlign Left -> Just "left" HAlign Right -> Just "right" HAlign Center -> Nothing _ -> acc ) Nothing findVerticalAlignSegment : List Attribute -> Maybe String findVerticalAlignSegment = List.foldl (\item acc -> case item of VAlign Top -> Just "top" VAlign Bottom -> Just "bottom" VAlign Middle -> Nothing _ -> acc ) Nothing findSmartSegment : List Attribute -> Maybe String findSmartSegment = List.foldl (\item acc -> case item of Smart -> Just "smart" _ -> acc ) Nothing sizeToString : Size -> String sizeToString value = case value of Fixed i -> String.fromInt i Proportional -> "0" Original -> "orig" findSizePathSegment : List Attribute -> Maybe String findSizePathSegment = List.foldl (\item acc -> case item of Size width height -> Just (sizeToString width ++ "x" ++ sizeToString height) _ -> acc ) Nothing findFitInSegment : List Attribute -> Maybe String findFitInSegment = List.foldl (\item acc -> case item of FitIn NormalFitIn -> Just "fit-in" FitIn FullFitIn -> Just "full-fit-in" FitIn AdaptiveFitIn -> Just "adaptive-fit-in" _ -> acc ) Nothing findFiltersPathSegment : List Attribute -> Maybe String findFiltersPathSegment = List.foldl (\item acc -> case item of Filters filters_ -> filters_ |> List.map Thumbor.Filter.toString |> String.join ":" |> (++) "filters:" |> Just _ -> acc ) Nothing findManualCropPathSegment : List Attribute -> Maybe String findManualCropPathSegment = List.foldl (\item acc -> case item of ManualCrop { left, top, right, bottom } -> let leftString = String.fromInt left topString = String.fromInt top rightString = String.fromInt right bottomString = String.fromInt bottom in Just (leftString ++ "x" ++ topString ++ ":" ++ rightString ++ "x" ++ bottomString) _ -> acc ) Nothing findTrimPathSegment : List Attribute -> Maybe String findTrimPathSegment = List.foldl (\item acc -> case item of Trim source tolerance -> let normalizedTolerance = clamp 0 442 tolerance sourceString = case source of TopLeft -> "top-left" BottomRight -> "bottom-right" in if source == BottomRight || normalizedTolerance > 0 then Just ("trim:" ++ sourceString ++ ":" ++ String.fromInt normalizedTolerance) else Just "trim" _ -> acc ) Nothing

49980

module Thumbor exposing ( url , Config , Attribute , size, sizeFixed, Size(..) , manualCrop, horizontalAlign, HorizontalAlign(..), verticalAlign, VerticalAlign(..) , trim, trimSimple, TrimSource(..) , fitIn, FitInMode(..) , filters, smart ) {-| # Core Functionality @docs url # Configuration @docs Config # Attributes @docs Attribute ## Sizing @docs size, sizeFixed, Size ## Cropping @docs manualCrop, horizontalAlign, HorizontalAlign, verticalAlign, VerticalAlign ## Trimming @docs trim, trimSimple, TrimSource ## Fitting @docs fitIn, FitInMode ## Miscellaneous @docs filters, smart -} import HmacSha1 import Thumbor.Filter exposing (Filter) import Url.Builder import Util {-| Thumbor server configuration. The `baseUrl` configures the base URL your Thumbor instance is hosted on. It must contain at least an URL schema and host and can contain a custom port or path. `key` contains your key for [URL signing](https://thumbor.readthedocs.io/en/latest/security.html#security). If `Nothing` is provided, URL signing will be disabled. **Important Security Notice:** Since Elm is mostly used in front-end code, **your key will be exposed in clear-text to all clients**, nullifying the effect of this security measure. **Make sure you have an alternate concept to stop URL tampering!** Examples: { baseUrl = "https://example.com" , key = Just "<KEY>" } { baseUrl = "https://example.com/thumbor" , key = Just "<KEY>" } { baseUrl = "https://example.com:1138/thumbor" , key = Just "<KEY>" } -} type alias Config = { baseUrl : String , key : Maybe String } {-| -} type FitInMode = NormalFitIn | AdaptiveFitIn | FullFitIn {-| -} type TrimSource = TopLeft | BottomRight {-| -} type HorizontalAlign = Left | Center | Right {-| -} type VerticalAlign = Top | Middle | Bottom {-| -} type Size = Fixed Int | Proportional | Original {-| Creates a new image URL based on the given [`Config`](#Config), [`Attributes`](#Attribute) and original image URL. Attributes can occur in any order. If an attribute is specified multiple times, the last occurrence wins - very much like how [`elm/html`](https://package.elm-lang.org/packages/elm/html/latest/) attributes work. You might want to use currying to ease usage of this package: thumbor : List Thumbor.Attribute -> String -> String thumbor = Thumbor.url { host = "https://example.com:1138" , key = Just "<KEY>" } -- Prepare a common configuration for teaser images prepareTeaserImage : String -> String prepareTeaserImage = thumbor [ Thumbor.scale 200 300 ] -- Actually use this package to create a modified image view : Model -> Html msg view model = img [ src (prepareTeaserImage "https://example.com/image.jpg") ] [] -} url : Config -> List Attribute -> String -> String url { baseUrl, key } attributes imageUrl = let pathSegments = Url.Builder.relative (generatePathSegments attributes ++ [ imageUrl ]) [] hmacSignature = case key of Just value -> HmacSha1.digest value pathSegments |> HmacSha1.toBase64 |> Result.toMaybe -- This case should never happen, base64 encode itself cannot fail. We have to investigate why -- the HMAC library returns a Maybe here. Fallback is an unsafe Thumbor URL. |> Maybe.withDefault "unsafe" |> String.replace "+" "-" |> String.replace "/" "_" Nothing -> "unsafe" in Url.Builder.crossOrigin baseUrl [ hmacSignature, pathSegments ] [] {-| Represents a Thumbor attribute, controlling how images are processed. See below for a list of available attribute constructors. -} type Attribute = Size Size Size | Filters (List Filter) | FitIn FitInMode | Trim TrimSource Int | ManualCrop { left : Int, top : Int, right : Int, bottom : Int } | HAlign HorizontalAlign | VAlign VerticalAlign | Smart {-| Specifies the size of the image that will be returned by the service. Thumbor docs: <https://thumbor.readthedocs.io/en/latest/usage.html#image-size> -} size : Size -> Size -> Attribute size = Size {-| Same as [size](#size), but always uses `Fixed` sizing for convenience. -} sizeFixed : Int -> Int -> Attribute sizeFixed width height = Size (Fixed width) (Fixed height) {-| Specifies that the image should **not** be auto-cropped and auto-resized to be **exactly** the specified size, and should be fit in an imaginary box (given by the [sizing](#sizing) argument) instead. Thumbor docs: <https://thumbor.readthedocs.io/en/latest/usage.html#fit-in> -} fitIn : FitInMode -> Attribute fitIn = FitIn {-| Sets a list of filters as a chain to be used. See [Thumbor.Filter](Thumbor-Filter) for available filters and their usage. Thumbor docs: <https://thumbor.readthedocs.io/en/latest/usage.html#filters> -} filters : List Filter -> Attribute filters = Filters {-| Removes surrounding space in images based on its color. You can pass in the source where the color should be sampled with a [TrimSource](#TrimSource). In addition, you can specify a color tolerance with the second parameter. The tolerance value will be clamped between `0` and `442`. Thumbor docs: <https://thumbor.readthedocs.io/en/latest/usage.html#trim> -} trim : TrimSource -> Int -> Attribute trim = Trim {-| Same as [trim](#trim), but always uses `TopLeft` source and `0` tolerance. -} trimSimple : Attribute trimSimple = Trim TopLeft 0 {-| Useful for applications that provide custom real-time cropping capabilities. This crop is performed before the rest of the operations, so it can be used as a prepare step _before_ resizing and smart-cropping. Thumbor docs: <https://thumbor.readthedocs.io/en/latest/usage.html#manual-crop> -} manualCrop : { left : Int, top : Int, right : Int, bottom : Int } -> Attribute manualCrop = ManualCrop {-| Controls where the cropping will occur if some width needs to be trimmed. The default is `Center`. Thumbor docs: <https://thumbor.readthedocs.io/en/latest/usage.html#horizontal-align> -} horizontalAlign : HorizontalAlign -> Attribute horizontalAlign = HAlign {-| Controls where the cropping will occur if some height needs to be trimmed. The default is `Middle`. Thumbor docs: <https://thumbor.readthedocs.io/en/latest/usage.html#vertical-align> -} verticalAlign : VerticalAlign -> Attribute verticalAlign = VAlign {-| Thumbor uses some advanced techniques for obtaining important points of the image, called focal points. If you use this attribute, smart cropping will be performed and will override both horizontal and vertical alignments if it finds any focal points. Thumbor docs: <https://thumbor.readthedocs.io/en/latest/usage.html#smart-cropping> -} smart : Attribute smart = Smart -- Internal generatePathSegments : List Attribute -> List String generatePathSegments attributes = List.filterMap (\f -> f attributes) [ findTrimPathSegment , findManualCropPathSegment , findFitInSegment , findSizePathSegment , findHorizontalAlignSegment , findVerticalAlignSegment , findSmartSegment , findFiltersPathSegment ] findHorizontalAlignSegment : List Attribute -> Maybe String findHorizontalAlignSegment = List.foldl (\item acc -> case item of HAlign Left -> Just "left" HAlign Right -> Just "right" HAlign Center -> Nothing _ -> acc ) Nothing findVerticalAlignSegment : List Attribute -> Maybe String findVerticalAlignSegment = List.foldl (\item acc -> case item of VAlign Top -> Just "top" VAlign Bottom -> Just "bottom" VAlign Middle -> Nothing _ -> acc ) Nothing findSmartSegment : List Attribute -> Maybe String findSmartSegment = List.foldl (\item acc -> case item of Smart -> Just "smart" _ -> acc ) Nothing sizeToString : Size -> String sizeToString value = case value of Fixed i -> String.fromInt i Proportional -> "0" Original -> "orig" findSizePathSegment : List Attribute -> Maybe String findSizePathSegment = List.foldl (\item acc -> case item of Size width height -> Just (sizeToString width ++ "x" ++ sizeToString height) _ -> acc ) Nothing findFitInSegment : List Attribute -> Maybe String findFitInSegment = List.foldl (\item acc -> case item of FitIn NormalFitIn -> Just "fit-in" FitIn FullFitIn -> Just "full-fit-in" FitIn AdaptiveFitIn -> Just "adaptive-fit-in" _ -> acc ) Nothing findFiltersPathSegment : List Attribute -> Maybe String findFiltersPathSegment = List.foldl (\item acc -> case item of Filters filters_ -> filters_ |> List.map Thumbor.Filter.toString |> String.join ":" |> (++) "filters:" |> Just _ -> acc ) Nothing findManualCropPathSegment : List Attribute -> Maybe String findManualCropPathSegment = List.foldl (\item acc -> case item of ManualCrop { left, top, right, bottom } -> let leftString = String.fromInt left topString = String.fromInt top rightString = String.fromInt right bottomString = String.fromInt bottom in Just (leftString ++ "x" ++ topString ++ ":" ++ rightString ++ "x" ++ bottomString) _ -> acc ) Nothing findTrimPathSegment : List Attribute -> Maybe String findTrimPathSegment = List.foldl (\item acc -> case item of Trim source tolerance -> let normalizedTolerance = clamp 0 442 tolerance sourceString = case source of TopLeft -> "top-left" BottomRight -> "bottom-right" in if source == BottomRight || normalizedTolerance > 0 then Just ("trim:" ++ sourceString ++ ":" ++ String.fromInt normalizedTolerance) else Just "trim" _ -> acc ) Nothing

module Thumbor exposing ( url , Config , Attribute , size, sizeFixed, Size(..) , manualCrop, horizontalAlign, HorizontalAlign(..), verticalAlign, VerticalAlign(..) , trim, trimSimple, TrimSource(..) , fitIn, FitInMode(..) , filters, smart ) {-| # Core Functionality @docs url # Configuration @docs Config # Attributes @docs Attribute ## Sizing @docs size, sizeFixed, Size ## Cropping @docs manualCrop, horizontalAlign, HorizontalAlign, verticalAlign, VerticalAlign ## Trimming @docs trim, trimSimple, TrimSource ## Fitting @docs fitIn, FitInMode ## Miscellaneous @docs filters, smart -} import HmacSha1 import Thumbor.Filter exposing (Filter) import Url.Builder import Util {-| Thumbor server configuration. The `baseUrl` configures the base URL your Thumbor instance is hosted on. It must contain at least an URL schema and host and can contain a custom port or path. `key` contains your key for [URL signing](https://thumbor.readthedocs.io/en/latest/security.html#security). If `Nothing` is provided, URL signing will be disabled. **Important Security Notice:** Since Elm is mostly used in front-end code, **your key will be exposed in clear-text to all clients**, nullifying the effect of this security measure. **Make sure you have an alternate concept to stop URL tampering!** Examples: { baseUrl = "https://example.com" , key = Just "PI:KEY:<KEY>END_PI" } { baseUrl = "https://example.com/thumbor" , key = Just "PI:KEY:<KEY>END_PI" } { baseUrl = "https://example.com:1138/thumbor" , key = Just "PI:KEY:<KEY>END_PI" } -} type alias Config = { baseUrl : String , key : Maybe String } {-| -} type FitInMode = NormalFitIn | AdaptiveFitIn | FullFitIn {-| -} type TrimSource = TopLeft | BottomRight {-| -} type HorizontalAlign = Left | Center | Right {-| -} type VerticalAlign = Top | Middle | Bottom {-| -} type Size = Fixed Int | Proportional | Original {-| Creates a new image URL based on the given [`Config`](#Config), [`Attributes`](#Attribute) and original image URL. Attributes can occur in any order. If an attribute is specified multiple times, the last occurrence wins - very much like how [`elm/html`](https://package.elm-lang.org/packages/elm/html/latest/) attributes work. You might want to use currying to ease usage of this package: thumbor : List Thumbor.Attribute -> String -> String thumbor = Thumbor.url { host = "https://example.com:1138" , key = Just "PI:KEY:<KEY>END_PI" } -- Prepare a common configuration for teaser images prepareTeaserImage : String -> String prepareTeaserImage = thumbor [ Thumbor.scale 200 300 ] -- Actually use this package to create a modified image view : Model -> Html msg view model = img [ src (prepareTeaserImage "https://example.com/image.jpg") ] [] -} url : Config -> List Attribute -> String -> String url { baseUrl, key } attributes imageUrl = let pathSegments = Url.Builder.relative (generatePathSegments attributes ++ [ imageUrl ]) [] hmacSignature = case key of Just value -> HmacSha1.digest value pathSegments |> HmacSha1.toBase64 |> Result.toMaybe -- This case should never happen, base64 encode itself cannot fail. We have to investigate why -- the HMAC library returns a Maybe here. Fallback is an unsafe Thumbor URL. |> Maybe.withDefault "unsafe" |> String.replace "+" "-" |> String.replace "/" "_" Nothing -> "unsafe" in Url.Builder.crossOrigin baseUrl [ hmacSignature, pathSegments ] [] {-| Represents a Thumbor attribute, controlling how images are processed. See below for a list of available attribute constructors. -} type Attribute = Size Size Size | Filters (List Filter) | FitIn FitInMode | Trim TrimSource Int | ManualCrop { left : Int, top : Int, right : Int, bottom : Int } | HAlign HorizontalAlign | VAlign VerticalAlign | Smart {-| Specifies the size of the image that will be returned by the service. Thumbor docs: <https://thumbor.readthedocs.io/en/latest/usage.html#image-size> -} size : Size -> Size -> Attribute size = Size {-| Same as [size](#size), but always uses `Fixed` sizing for convenience. -} sizeFixed : Int -> Int -> Attribute sizeFixed width height = Size (Fixed width) (Fixed height) {-| Specifies that the image should **not** be auto-cropped and auto-resized to be **exactly** the specified size, and should be fit in an imaginary box (given by the [sizing](#sizing) argument) instead. Thumbor docs: <https://thumbor.readthedocs.io/en/latest/usage.html#fit-in> -} fitIn : FitInMode -> Attribute fitIn = FitIn {-| Sets a list of filters as a chain to be used. See [Thumbor.Filter](Thumbor-Filter) for available filters and their usage. Thumbor docs: <https://thumbor.readthedocs.io/en/latest/usage.html#filters> -} filters : List Filter -> Attribute filters = Filters {-| Removes surrounding space in images based on its color. You can pass in the source where the color should be sampled with a [TrimSource](#TrimSource). In addition, you can specify a color tolerance with the second parameter. The tolerance value will be clamped between `0` and `442`. Thumbor docs: <https://thumbor.readthedocs.io/en/latest/usage.html#trim> -} trim : TrimSource -> Int -> Attribute trim = Trim {-| Same as [trim](#trim), but always uses `TopLeft` source and `0` tolerance. -} trimSimple : Attribute trimSimple = Trim TopLeft 0 {-| Useful for applications that provide custom real-time cropping capabilities. This crop is performed before the rest of the operations, so it can be used as a prepare step _before_ resizing and smart-cropping. Thumbor docs: <https://thumbor.readthedocs.io/en/latest/usage.html#manual-crop> -} manualCrop : { left : Int, top : Int, right : Int, bottom : Int } -> Attribute manualCrop = ManualCrop {-| Controls where the cropping will occur if some width needs to be trimmed. The default is `Center`. Thumbor docs: <https://thumbor.readthedocs.io/en/latest/usage.html#horizontal-align> -} horizontalAlign : HorizontalAlign -> Attribute horizontalAlign = HAlign {-| Controls where the cropping will occur if some height needs to be trimmed. The default is `Middle`. Thumbor docs: <https://thumbor.readthedocs.io/en/latest/usage.html#vertical-align> -} verticalAlign : VerticalAlign -> Attribute verticalAlign = VAlign {-| Thumbor uses some advanced techniques for obtaining important points of the image, called focal points. If you use this attribute, smart cropping will be performed and will override both horizontal and vertical alignments if it finds any focal points. Thumbor docs: <https://thumbor.readthedocs.io/en/latest/usage.html#smart-cropping> -} smart : Attribute smart = Smart -- Internal generatePathSegments : List Attribute -> List String generatePathSegments attributes = List.filterMap (\f -> f attributes) [ findTrimPathSegment , findManualCropPathSegment , findFitInSegment , findSizePathSegment , findHorizontalAlignSegment , findVerticalAlignSegment , findSmartSegment , findFiltersPathSegment ] findHorizontalAlignSegment : List Attribute -> Maybe String findHorizontalAlignSegment = List.foldl (\item acc -> case item of HAlign Left -> Just "left" HAlign Right -> Just "right" HAlign Center -> Nothing _ -> acc ) Nothing findVerticalAlignSegment : List Attribute -> Maybe String findVerticalAlignSegment = List.foldl (\item acc -> case item of VAlign Top -> Just "top" VAlign Bottom -> Just "bottom" VAlign Middle -> Nothing _ -> acc ) Nothing findSmartSegment : List Attribute -> Maybe String findSmartSegment = List.foldl (\item acc -> case item of Smart -> Just "smart" _ -> acc ) Nothing sizeToString : Size -> String sizeToString value = case value of Fixed i -> String.fromInt i Proportional -> "0" Original -> "orig" findSizePathSegment : List Attribute -> Maybe String findSizePathSegment = List.foldl (\item acc -> case item of Size width height -> Just (sizeToString width ++ "x" ++ sizeToString height) _ -> acc ) Nothing findFitInSegment : List Attribute -> Maybe String findFitInSegment = List.foldl (\item acc -> case item of FitIn NormalFitIn -> Just "fit-in" FitIn FullFitIn -> Just "full-fit-in" FitIn AdaptiveFitIn -> Just "adaptive-fit-in" _ -> acc ) Nothing findFiltersPathSegment : List Attribute -> Maybe String findFiltersPathSegment = List.foldl (\item acc -> case item of Filters filters_ -> filters_ |> List.map Thumbor.Filter.toString |> String.join ":" |> (++) "filters:" |> Just _ -> acc ) Nothing findManualCropPathSegment : List Attribute -> Maybe String findManualCropPathSegment = List.foldl (\item acc -> case item of ManualCrop { left, top, right, bottom } -> let leftString = String.fromInt left topString = String.fromInt top rightString = String.fromInt right bottomString = String.fromInt bottom in Just (leftString ++ "x" ++ topString ++ ":" ++ rightString ++ "x" ++ bottomString) _ -> acc ) Nothing findTrimPathSegment : List Attribute -> Maybe String findTrimPathSegment = List.foldl (\item acc -> case item of Trim source tolerance -> let normalizedTolerance = clamp 0 442 tolerance sourceString = case source of TopLeft -> "top-left" BottomRight -> "bottom-right" in if source == BottomRight || normalizedTolerance > 0 then Just ("trim:" ++ sourceString ++ ":" ++ String.fromInt normalizedTolerance) else Just "trim" _ -> acc ) Nothing

elm

src/Morphir/IR/Path/CodecV1.elm

bekand/morphir-elm

{- Copyright 2020 Morgan Stanley Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. -} module Morphir.IR.Path.CodecV1 exposing (..) {-| Encode a path to JSON. -} import Json.Decode as Decode import Json.Encode as Encode import Morphir.IR.Name.CodecV1 exposing (decodeName, encodeName) import Morphir.IR.Path as Path exposing (Path) encodePath : Path -> Encode.Value encodePath path = path |> Path.toList |> Encode.list encodeName {-| Decode a path from JSON. -} decodePath : Decode.Decoder Path decodePath = Decode.list decodeName |> Decode.map Path.fromList

8135

{- Copyright 2020 <NAME> Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. -} module Morphir.IR.Path.CodecV1 exposing (..) {-| Encode a path to JSON. -} import Json.Decode as Decode import Json.Encode as Encode import Morphir.IR.Name.CodecV1 exposing (decodeName, encodeName) import Morphir.IR.Path as Path exposing (Path) encodePath : Path -> Encode.Value encodePath path = path |> Path.toList |> Encode.list encodeName {-| Decode a path from JSON. -} decodePath : Decode.Decoder Path decodePath = Decode.list decodeName |> Decode.map Path.fromList

{- Copyright 2020 PI:NAME:<NAME>END_PI Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. -} module Morphir.IR.Path.CodecV1 exposing (..) {-| Encode a path to JSON. -} import Json.Decode as Decode import Json.Encode as Encode import Morphir.IR.Name.CodecV1 exposing (decodeName, encodeName) import Morphir.IR.Path as Path exposing (Path) encodePath : Path -> Encode.Value encodePath path = path |> Path.toList |> Encode.list encodeName {-| Decode a path from JSON. -} decodePath : Decode.Decoder Path decodePath = Decode.list decodeName |> Decode.map Path.fromList

elm

src/Date/Extra/I18n/I_ja_jp.elm

AdrianRibao/elm-date-extra

module Date.Extra.I18n.I_ja_jp exposing (..) {-| Japanese values for day and month names. @docs dayShort @docs dayName @docs monthShort @docs monthName @docs dayOfMonthWithSuffix Copyright (c) 2017 Yosuke Torii -} import Date exposing (Day(..), Month(..)) {-| Day short name. -} dayShort : Day -> String dayShort day = case day of Mon -> "月" Tue -> "火" Wed -> "水" Thu -> "木" Fri -> "金" Sat -> "土" Sun -> "日" {-| Day full name. -} dayName : Day -> String dayName day = case day of Mon -> "月曜日" Tue -> "火曜日" Wed -> "水曜日" Thu -> "木曜日" Fri -> "金曜日" Sat -> "土曜日" Sun -> "日曜日" {-| Month short name. -} monthShort : Month -> String monthShort month = case month of Jan -> "1" Feb -> "2" Mar -> "3" Apr -> "4" May -> "5" Jun -> "6" Jul -> "7" Aug -> "8" Sep -> "9" Oct -> "10" Nov -> "11" Dec -> "12" {-| Month full name. -} monthName : Month -> String monthName month = case month of Jan -> "1月" Feb -> "2月" Mar -> "3月" Apr -> "4月" May -> "5月" Jun -> "6月" Jul -> "7月" Aug -> "8月" Sep -> "9月" Oct -> "10月" Nov -> "11月" Dec -> "12月" {-| No suffixes for Japanese -} dayOfMonthWithSuffix : Bool -> Int -> String dayOfMonthWithSuffix pad day = case day of _ -> toString day

1753

module Date.Extra.I18n.I_ja_jp exposing (..) {-| Japanese values for day and month names. @docs dayShort @docs dayName @docs monthShort @docs monthName @docs dayOfMonthWithSuffix Copyright (c) 2017 <NAME> -} import Date exposing (Day(..), Month(..)) {-| Day short name. -} dayShort : Day -> String dayShort day = case day of Mon -> "月" Tue -> "火" Wed -> "水" Thu -> "木" Fri -> "金" Sat -> "土" Sun -> "日" {-| Day full name. -} dayName : Day -> String dayName day = case day of Mon -> "月曜日" Tue -> "火曜日" Wed -> "水曜日" Thu -> "木曜日" Fri -> "金曜日" Sat -> "土曜日" Sun -> "日曜日" {-| Month short name. -} monthShort : Month -> String monthShort month = case month of Jan -> "1" Feb -> "2" Mar -> "3" Apr -> "4" May -> "5" Jun -> "6" Jul -> "7" Aug -> "8" Sep -> "9" Oct -> "10" Nov -> "11" Dec -> "12" {-| Month full name. -} monthName : Month -> String monthName month = case month of Jan -> "1月" Feb -> "2月" Mar -> "3月" Apr -> "4月" May -> "5月" Jun -> "6月" Jul -> "7月" Aug -> "8月" Sep -> "9月" Oct -> "10月" Nov -> "11月" Dec -> "12月" {-| No suffixes for Japanese -} dayOfMonthWithSuffix : Bool -> Int -> String dayOfMonthWithSuffix pad day = case day of _ -> toString day

module Date.Extra.I18n.I_ja_jp exposing (..) {-| Japanese values for day and month names. @docs dayShort @docs dayName @docs monthShort @docs monthName @docs dayOfMonthWithSuffix Copyright (c) 2017 PI:NAME:<NAME>END_PI -} import Date exposing (Day(..), Month(..)) {-| Day short name. -} dayShort : Day -> String dayShort day = case day of Mon -> "月" Tue -> "火" Wed -> "水" Thu -> "木" Fri -> "金" Sat -> "土" Sun -> "日" {-| Day full name. -} dayName : Day -> String dayName day = case day of Mon -> "月曜日" Tue -> "火曜日" Wed -> "水曜日" Thu -> "木曜日" Fri -> "金曜日" Sat -> "土曜日" Sun -> "日曜日" {-| Month short name. -} monthShort : Month -> String monthShort month = case month of Jan -> "1" Feb -> "2" Mar -> "3" Apr -> "4" May -> "5" Jun -> "6" Jul -> "7" Aug -> "8" Sep -> "9" Oct -> "10" Nov -> "11" Dec -> "12" {-| Month full name. -} monthName : Month -> String monthName month = case month of Jan -> "1月" Feb -> "2月" Mar -> "3月" Apr -> "4月" May -> "5月" Jun -> "6月" Jul -> "7月" Aug -> "8月" Sep -> "9月" Oct -> "10月" Nov -> "11月" Dec -> "12月" {-| No suffixes for Japanese -} dayOfMonthWithSuffix : Bool -> Int -> String dayOfMonthWithSuffix pad day = case day of _ -> toString day

elm

example/Main.elm

elm-review-bot/elm-validate

module Main exposing (main) import Browser import Html exposing (..) import Html.Attributes exposing (..) import Html.Events exposing (onBlur, onCheck, onClick, onInput, onSubmit) import Http import Json.Decode as Decode import Json.Encode as Encode import Validation exposing (..) import Validators exposing (..) main : Program () Model Msg main = Browser.element { init = always ( initModel, Cmd.none ) , view = view , update = update , subscriptions = \model -> Sub.none } type alias Model = { email : Field String String , password : Field String String , confirmPassword : Field String String , acceptPolicy : Field Bool Bool , status : SubmissionStatus } initModel : Model initModel = { email = field "" , password = field "" , confirmPassword = field "" , acceptPolicy = field False , status = NotSubmitted } type Msg = InputEmail String | BlurEmail | InputPassword String | BlurPassword | InputConfirmPassword String | BlurConfirmPassword | CheckAcceptPolicy Bool | Submit | SubmitResponse (Result Http.Error ()) -- Update update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = case msg of InputEmail e -> ( { model | email = model.email |> validate (OnChange e) emailValidation } , Cmd.none ) BlurEmail -> ( { model | email = model.email |> validate OnBlur emailValidation } , Cmd.none ) InputPassword p -> let password = model.password |> validate (OnChange p) passwordValidation in ( { model | password = password , confirmPassword = model.confirmPassword |> validate OnRelatedChange (confirmPasswordValidation password) } , Cmd.none ) BlurPassword -> ( { model | password = model.password |> validate OnBlur passwordValidation } , Cmd.none ) InputConfirmPassword p -> ( { model | confirmPassword = model.confirmPassword |> validate (OnChange p) (confirmPasswordValidation model.password) } , Cmd.none ) BlurConfirmPassword -> ( { model | confirmPassword = model.confirmPassword |> validate OnBlur (confirmPasswordValidation model.password) } , Cmd.none ) CheckAcceptPolicy a -> ( { model | acceptPolicy = field a } , Cmd.none ) Submit -> model |> validateModel |> submitIfValid SubmitResponse (Ok ()) -> ( { initModel | status = Succeeded } , Cmd.none ) SubmitResponse (Err _) -> ( { model | status = Failed } , Cmd.none ) -- View view : Model -> Html Msg view model = div [ class "container" ] [ Html.form [ class "form" , onSubmit Submit , novalidate True ] [ header model , body model , footer model ] , div [ class "model-form" ] (modelForm model) ] header : Model -> Html Msg header model = div [ class "header" ] [ h1 [] [ text "Register" ] , renderStatus model.status ] renderStatus : SubmissionStatus -> Html Msg renderStatus status = case status of NotSubmitted -> div [] [] InProcess -> div [] [ text "Your request is being sent." ] Succeeded -> div [] [ text "Your request has been received." ] Failed -> div [ class "msg--error" ] [ text "There was an error, please try again." ] body : Model -> Html Msg body model = div [ class "content" ] [ div [] [ input [ placeholder "Your email *" , type_ "email" , required True , value (model.email |> rawValue) , onInput InputEmail , onBlur BlurEmail ] [] , errorLabel model.email ] , div [] [ input [ placeholder "Your password *" , type_ "password" , required True , value (model.password |> rawValue) , onInput InputPassword , onBlur BlurPassword ] [] , errorLabel model.password ] , div [] [ input [ placeholder "Your confirm password *" , type_ "password" , required True , value (model.confirmPassword |> rawValue) , onInput InputConfirmPassword , onBlur BlurConfirmPassword ] [] , errorLabel model.confirmPassword ] , div [] [ input [ type_ "checkbox" , id "terms" , value (model.acceptPolicy |> rawValue |> Debug.toString) , onCheck CheckAcceptPolicy ] [] , label [ for "terms" ] [ text "I accept the privacy policy" ] ] , div [] [ errorLabel model.acceptPolicy ] ] errorLabel : Field raw a -> Html Msg errorLabel fieldErrLbl = div [ class "msg msg--error" ] [ fieldErrLbl |> extractError |> Maybe.withDefault "" |> text ] footer : Model -> Html Msg footer model = div [] [ button [ class "btn__submit" , type_ "submit" , disabled (model.status == InProcess) ] [ text "Submit" ] ] modelForm : Model -> List (Html msg) modelForm model = [ div [ class "header" ] [ h1 [] [ text "Model state" ] ] , div [] [ text "{ email =" , p [ class "model__el" ] [ model.email |> Debug.toString |> text ] ] , div [] [ text ", password =" , p [ class "model__el" ] [ model.password |> Debug.toString |> text ] ] , div [] [ text ", confirmPassword =" , p [ class "model__el" ] [ model.confirmPassword |> Debug.toString |> text ] ] , div [] [ text ", acceptPolicy =" , p [ class "model__el" ] [ model.acceptPolicy |> Debug.toString |> text ] ] , div [] [ text ", status =" , div [ class "model__el" ] [ model.status |> Debug.toString |> text ] , text "}" ] ] -- Validation emailValidation : Validator String String emailValidation = composite (isNotEmpty "An email is required.") (isEmail "Please ensure this is a valid email.") passwordValidation : Validator String String passwordValidation = isNotEmpty "Please enter a password." confirmPasswordValidation : Field raw String -> Validator String String confirmPasswordValidation password = composite (isNotEmpty "Please enter a password.") (isEqualTo password "The passwords don't match.") validateModel : Model -> Model validateModel model = let email = model.email |> validate OnSubmit emailValidation password = model.password |> validate OnSubmit passwordValidation confirmPassword = model.confirmPassword |> validate OnSubmit (confirmPasswordValidation password) acceptPolicy = model.acceptPolicy |> validate OnSubmit (isTrue "You must accept the policy.") in { model | email = email , password = password , confirmPassword = confirmPassword , acceptPolicy = acceptPolicy } submitIfValid : Model -> ( Model, Cmd Msg ) submitIfValid model = let submissionResult = Valid submit |> applyValidity (validity model.email) |> applyValidity (validity model.password) |> applyValidity (validity model.confirmPassword) |> applyValidity (validity model.acceptPolicy) in case submissionResult of Valid cmd -> ( { model | status = InProcess } , cmd ) _ -> ( model, Cmd.none ) -- Send request submit : String -> String -> String -> Bool -> Cmd Msg submit email password _ _ = let url = "http://localhost:8080/api/register" json = Encode.object [ ( "email", Encode.string email ) , ( "password", Encode.string password ) ] decoder = Decode.string |> Decode.map (always ()) request = Http.post url (Http.jsonBody json) decoder in request |> Http.send SubmitResponse

39566

module Main exposing (main) import Browser import Html exposing (..) import Html.Attributes exposing (..) import Html.Events exposing (onBlur, onCheck, onClick, onInput, onSubmit) import Http import Json.Decode as Decode import Json.Encode as Encode import Validation exposing (..) import Validators exposing (..) main : Program () Model Msg main = Browser.element { init = always ( initModel, Cmd.none ) , view = view , update = update , subscriptions = \model -> Sub.none } type alias Model = { email : Field String String , password : Field String String , confirmPassword : Field String String , acceptPolicy : Field Bool Bool , status : SubmissionStatus } initModel : Model initModel = { email = field "" , password = field "" , confirmPassword = field "" , acceptPolicy = field False , status = NotSubmitted } type Msg = InputEmail String | BlurEmail | InputPassword String | BlurPassword | InputConfirmPassword String | BlurConfirmPassword | CheckAcceptPolicy Bool | Submit | SubmitResponse (Result Http.Error ()) -- Update update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = case msg of InputEmail e -> ( { model | email = model.email |> validate (OnChange e) emailValidation } , Cmd.none ) BlurEmail -> ( { model | email = model.email |> validate OnBlur emailValidation } , Cmd.none ) InputPassword p -> let password = model.password |> validate (OnChange p) passwordValidation in ( { model | password = <PASSWORD> , confirmPassword = model.confirmPassword |> validate OnRelatedChange (confirmPasswordValidation password) } , Cmd.none ) BlurPassword -> ( { model | password = model.password |> validate OnBlur passwordValidation } , Cmd.none ) InputConfirmPassword p -> ( { model | confirmPassword = model.confirmPassword |> validate (OnChange p) (confirmPasswordValidation model.password) } , Cmd.none ) BlurConfirmPassword -> ( { model | confirmPassword = model.confirmPassword |> validate OnBlur (confirmPasswordValidation model.password) } , Cmd.none ) CheckAcceptPolicy a -> ( { model | acceptPolicy = field a } , Cmd.none ) Submit -> model |> validateModel |> submitIfValid SubmitResponse (Ok ()) -> ( { initModel | status = Succeeded } , Cmd.none ) SubmitResponse (Err _) -> ( { model | status = Failed } , Cmd.none ) -- View view : Model -> Html Msg view model = div [ class "container" ] [ Html.form [ class "form" , onSubmit Submit , novalidate True ] [ header model , body model , footer model ] , div [ class "model-form" ] (modelForm model) ] header : Model -> Html Msg header model = div [ class "header" ] [ h1 [] [ text "Register" ] , renderStatus model.status ] renderStatus : SubmissionStatus -> Html Msg renderStatus status = case status of NotSubmitted -> div [] [] InProcess -> div [] [ text "Your request is being sent." ] Succeeded -> div [] [ text "Your request has been received." ] Failed -> div [ class "msg--error" ] [ text "There was an error, please try again." ] body : Model -> Html Msg body model = div [ class "content" ] [ div [] [ input [ placeholder "Your email *" , type_ "email" , required True , value (model.email |> rawValue) , onInput InputEmail , onBlur BlurEmail ] [] , errorLabel model.email ] , div [] [ input [ placeholder "Your password *" , type_ "password" , required True , value (model.password |> rawValue) , onInput InputPassword , onBlur BlurPassword ] [] , errorLabel model.password ] , div [] [ input [ placeholder "Your confirm password *" , type_ "password" , required True , value (model.confirmPassword |> rawValue) , onInput InputConfirmPassword , onBlur BlurConfirmPassword ] [] , errorLabel model.confirmPassword ] , div [] [ input [ type_ "checkbox" , id "terms" , value (model.acceptPolicy |> rawValue |> Debug.toString) , onCheck CheckAcceptPolicy ] [] , label [ for "terms" ] [ text "I accept the privacy policy" ] ] , div [] [ errorLabel model.acceptPolicy ] ] errorLabel : Field raw a -> Html Msg errorLabel fieldErrLbl = div [ class "msg msg--error" ] [ fieldErrLbl |> extractError |> Maybe.withDefault "" |> text ] footer : Model -> Html Msg footer model = div [] [ button [ class "btn__submit" , type_ "submit" , disabled (model.status == InProcess) ] [ text "Submit" ] ] modelForm : Model -> List (Html msg) modelForm model = [ div [ class "header" ] [ h1 [] [ text "Model state" ] ] , div [] [ text "{ email =" , p [ class "model__el" ] [ model.email |> Debug.toString |> text ] ] , div [] [ text ", password =" , p [ class "model__el" ] [ model.password |> Debug.toString |> text ] ] , div [] [ text ", confirmPassword =" , p [ class "model__el" ] [ model.confirmPassword |> Debug.toString |> text ] ] , div [] [ text ", acceptPolicy =" , p [ class "model__el" ] [ model.acceptPolicy |> Debug.toString |> text ] ] , div [] [ text ", status =" , div [ class "model__el" ] [ model.status |> Debug.toString |> text ] , text "}" ] ] -- Validation emailValidation : Validator String String emailValidation = composite (isNotEmpty "An email is required.") (isEmail "Please ensure this is a valid email.") passwordValidation : Validator String String passwordValidation = isNotEmpty "Please enter a password." confirmPasswordValidation : Field raw String -> Validator String String confirmPasswordValidation password = composite (isNotEmpty "Please enter a password.") (isEqualTo password "The passwords don't match.") validateModel : Model -> Model validateModel model = let email = model.email |> validate OnSubmit emailValidation password = model.password |> validate OnSubmit passwordValidation confirmPassword = model.confirmPassword |> validate OnSubmit (confirmPasswordValidation password) acceptPolicy = model.acceptPolicy |> validate OnSubmit (isTrue "You must accept the policy.") in { model | email = email , password = <PASSWORD> , confirmPassword = <PASSWORD> , acceptPolicy = acceptPolicy } submitIfValid : Model -> ( Model, Cmd Msg ) submitIfValid model = let submissionResult = Valid submit |> applyValidity (validity model.email) |> applyValidity (validity model.password) |> applyValidity (validity model.confirmPassword) |> applyValidity (validity model.acceptPolicy) in case submissionResult of Valid cmd -> ( { model | status = InProcess } , cmd ) _ -> ( model, Cmd.none ) -- Send request submit : String -> String -> String -> Bool -> Cmd Msg submit email password _ _ = let url = "http://localhost:8080/api/register" json = Encode.object [ ( "email", Encode.string email ) , ( "password", Encode.string password ) ] decoder = Decode.string |> Decode.map (always ()) request = Http.post url (Http.jsonBody json) decoder in request |> Http.send SubmitResponse

module Main exposing (main) import Browser import Html exposing (..) import Html.Attributes exposing (..) import Html.Events exposing (onBlur, onCheck, onClick, onInput, onSubmit) import Http import Json.Decode as Decode import Json.Encode as Encode import Validation exposing (..) import Validators exposing (..) main : Program () Model Msg main = Browser.element { init = always ( initModel, Cmd.none ) , view = view , update = update , subscriptions = \model -> Sub.none } type alias Model = { email : Field String String , password : Field String String , confirmPassword : Field String String , acceptPolicy : Field Bool Bool , status : SubmissionStatus } initModel : Model initModel = { email = field "" , password = field "" , confirmPassword = field "" , acceptPolicy = field False , status = NotSubmitted } type Msg = InputEmail String | BlurEmail | InputPassword String | BlurPassword | InputConfirmPassword String | BlurConfirmPassword | CheckAcceptPolicy Bool | Submit | SubmitResponse (Result Http.Error ()) -- Update update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = case msg of InputEmail e -> ( { model | email = model.email |> validate (OnChange e) emailValidation } , Cmd.none ) BlurEmail -> ( { model | email = model.email |> validate OnBlur emailValidation } , Cmd.none ) InputPassword p -> let password = model.password |> validate (OnChange p) passwordValidation in ( { model | password = PI:PASSWORD:<PASSWORD>END_PI , confirmPassword = model.confirmPassword |> validate OnRelatedChange (confirmPasswordValidation password) } , Cmd.none ) BlurPassword -> ( { model | password = model.password |> validate OnBlur passwordValidation } , Cmd.none ) InputConfirmPassword p -> ( { model | confirmPassword = model.confirmPassword |> validate (OnChange p) (confirmPasswordValidation model.password) } , Cmd.none ) BlurConfirmPassword -> ( { model | confirmPassword = model.confirmPassword |> validate OnBlur (confirmPasswordValidation model.password) } , Cmd.none ) CheckAcceptPolicy a -> ( { model | acceptPolicy = field a } , Cmd.none ) Submit -> model |> validateModel |> submitIfValid SubmitResponse (Ok ()) -> ( { initModel | status = Succeeded } , Cmd.none ) SubmitResponse (Err _) -> ( { model | status = Failed } , Cmd.none ) -- View view : Model -> Html Msg view model = div [ class "container" ] [ Html.form [ class "form" , onSubmit Submit , novalidate True ] [ header model , body model , footer model ] , div [ class "model-form" ] (modelForm model) ] header : Model -> Html Msg header model = div [ class "header" ] [ h1 [] [ text "Register" ] , renderStatus model.status ] renderStatus : SubmissionStatus -> Html Msg renderStatus status = case status of NotSubmitted -> div [] [] InProcess -> div [] [ text "Your request is being sent." ] Succeeded -> div [] [ text "Your request has been received." ] Failed -> div [ class "msg--error" ] [ text "There was an error, please try again." ] body : Model -> Html Msg body model = div [ class "content" ] [ div [] [ input [ placeholder "Your email *" , type_ "email" , required True , value (model.email |> rawValue) , onInput InputEmail , onBlur BlurEmail ] [] , errorLabel model.email ] , div [] [ input [ placeholder "Your password *" , type_ "password" , required True , value (model.password |> rawValue) , onInput InputPassword , onBlur BlurPassword ] [] , errorLabel model.password ] , div [] [ input [ placeholder "Your confirm password *" , type_ "password" , required True , value (model.confirmPassword |> rawValue) , onInput InputConfirmPassword , onBlur BlurConfirmPassword ] [] , errorLabel model.confirmPassword ] , div [] [ input [ type_ "checkbox" , id "terms" , value (model.acceptPolicy |> rawValue |> Debug.toString) , onCheck CheckAcceptPolicy ] [] , label [ for "terms" ] [ text "I accept the privacy policy" ] ] , div [] [ errorLabel model.acceptPolicy ] ] errorLabel : Field raw a -> Html Msg errorLabel fieldErrLbl = div [ class "msg msg--error" ] [ fieldErrLbl |> extractError |> Maybe.withDefault "" |> text ] footer : Model -> Html Msg footer model = div [] [ button [ class "btn__submit" , type_ "submit" , disabled (model.status == InProcess) ] [ text "Submit" ] ] modelForm : Model -> List (Html msg) modelForm model = [ div [ class "header" ] [ h1 [] [ text "Model state" ] ] , div [] [ text "{ email =" , p [ class "model__el" ] [ model.email |> Debug.toString |> text ] ] , div [] [ text ", password =" , p [ class "model__el" ] [ model.password |> Debug.toString |> text ] ] , div [] [ text ", confirmPassword =" , p [ class "model__el" ] [ model.confirmPassword |> Debug.toString |> text ] ] , div [] [ text ", acceptPolicy =" , p [ class "model__el" ] [ model.acceptPolicy |> Debug.toString |> text ] ] , div [] [ text ", status =" , div [ class "model__el" ] [ model.status |> Debug.toString |> text ] , text "}" ] ] -- Validation emailValidation : Validator String String emailValidation = composite (isNotEmpty "An email is required.") (isEmail "Please ensure this is a valid email.") passwordValidation : Validator String String passwordValidation = isNotEmpty "Please enter a password." confirmPasswordValidation : Field raw String -> Validator String String confirmPasswordValidation password = composite (isNotEmpty "Please enter a password.") (isEqualTo password "The passwords don't match.") validateModel : Model -> Model validateModel model = let email = model.email |> validate OnSubmit emailValidation password = model.password |> validate OnSubmit passwordValidation confirmPassword = model.confirmPassword |> validate OnSubmit (confirmPasswordValidation password) acceptPolicy = model.acceptPolicy |> validate OnSubmit (isTrue "You must accept the policy.") in { model | email = email , password = PI:PASSWORD:<PASSWORD>END_PI , confirmPassword = PI:PASSWORD:<PASSWORD>END_PI , acceptPolicy = acceptPolicy } submitIfValid : Model -> ( Model, Cmd Msg ) submitIfValid model = let submissionResult = Valid submit |> applyValidity (validity model.email) |> applyValidity (validity model.password) |> applyValidity (validity model.confirmPassword) |> applyValidity (validity model.acceptPolicy) in case submissionResult of Valid cmd -> ( { model | status = InProcess } , cmd ) _ -> ( model, Cmd.none ) -- Send request submit : String -> String -> String -> Bool -> Cmd Msg submit email password _ _ = let url = "http://localhost:8080/api/register" json = Encode.object [ ( "email", Encode.string email ) , ( "password", Encode.string password ) ] decoder = Decode.string |> Decode.map (always ()) request = Http.post url (Http.jsonBody json) decoder in request |> Http.send SubmitResponse

elm

frontend/public/Examples.elm

arsatiki/elm-lang.org

import Graphics.Element (..) import List import List ((::)) import Markdown import Signal import Text import Website.Skeleton (skeleton) import Website.ColorScheme (accent4) import Website.Tiles as Tile import Website.Widgets (headerFaces) import Window port title : String port title = "Examples" main : Signal.Signal Element main = Signal.map (skeleton "Examples" body) Window.dimensions body outer = let b = flow down <| List.intersperse (spacer 20 20) content in container outer (heightOf b) middle b content = let w = 600 exs = [ ("Display",elements), ("React",reactive), ("Compute",functional) ] in width w words :: List.map (subsection w) exs ++ [ width w intermediate , Tile.examples w intermediates , width w projects ] words = Markdown.toElement """ # Examples This page will help you *learn by example* as you read and modify Elm code in the [online editor](/try). It is split into sections that will help you grow from beginner to expert: * [Basics](#basics) &mdash; small programs focused on showing one concept * [Intermediate](#intermediate) &mdash; larger examples that combine basic concepts * [Big Projects](#big-projects) &mdash; websites and games written in Elm Remember to check the [Elm syntax reference][syntax] when you see new syntax! See the [learning resources](/Learn.elm) if you want to learn the fundamentals of the language *not* by example. The [library documentation](/Libraries.elm) is a very information dense resource once you become familiar with Elm. [syntax]: /learn/Syntax.elm "The Syntax of Elm" <h2 id="basics">Basics</h2> """ intermediate = Markdown.toElement """ <h2 id="intermediate">Intermediate</h2> """ projects = Markdown.toElement """ <h2 id="big-projects">Big Projects</h2> These are all larger projects created with Elm. Fork them and use them as templates for your own project! #### Websites * [elm-todomvc](https://github.com/evancz/elm-todomvc) &mdash; todo list modelled on [TodoMVC](http://todomvc.com/) * [elm-lang.org](https://github.com/elm-lang/elm-lang.org) &mdash; frontend and backend code for this website * [package.elm-lang.org](https://github.com/elm-lang/package.elm-lang.org) &mdash; frontend and backend code for the package website * [Reddit Time Machine](https://github.com/Dobiasd/RedditTimeMachine) &mdash; Check out what was up on reddit days/weeks/months ago, by Tobias Hermann * [EAN/UPC-A Barcode Generator](https://github.com/Dobiasd/Barcode-Generator) &mdash; with addon2/addon5 and real-time output, by Tobias Hermann #### Games * [Tetris](https://github.com/jcollard/elmtris) &mdash; by Joe Collard * [Breakout](https://github.com/Dobiasd/Breakout#breakout--play-it) &mdash; by Tobias Hermann * [Maze](https://github.com/Dobiasd/Maze#maze--play-it) &mdash; by Tobias Hermann * [Demoscene-Concentration](https://github.com/Dobiasd/Demoscene-Concentration) &mdash; the classical memory game with (simple) old-school demoscene effects, by Tobias Hermann * [Froggy](https://github.com/thSoft/froggy) &mdash; by Dénes Harmath """ intermediates = let ex = List.map Tile.intermediate gl = List.map Tile.webgl in [ ex [ "Mario", "Walk", "Pong", "Turtle" ] , ex [ "TextReverse", "Calculator", "Form", "Flickr" ] , ex [ "Clock", "Plot", "SlideShow", "PieChart" ] , gl [ "Triangle", "Cube", "Thwomp", "FirstPerson" ] , ex [ "Physics", "Stamps" ] ] addFolder folder lst = let add (x,y) = (x, folder ++ y ++ ".elm") f (n,xs) = (n, List.map add xs) in List.map f lst elements = addFolder "Elements/" [ ("Words", [ ("Text", "HelloWorld") , ("Markdown", "Markdown") ]) , ("Images", [ ("Images", "Image") , ("Fitted", "FittedImage") , ("Cropped", "CroppedImage") ]) , ("Formatting", [ ("Size" , "Size") , ("Opacity" , "Opacity") , ("Text" , "Text") , ("Typeface", "Typeface") ]) , ("Layout", [ ("Simple Flow", "FlowDown1a") , ("Flow Down" , "FlowDown2") , ("Layers" , "Layers") ]) , ("Positioning", [ ("Containers", "Position") , ("Spacers" , "Spacer") ]) , ("2D Shapes", [ ("Lines" , "Lines") , ("Shapes" , "Shapes") , ("Elements" , "ToForm") , ("Transforms", "Transforms") ]) , ("2D Fills", [ ("Color" , "Color") , ("Gradient", "LinearGradient") , ("Radial Gradient", "RadialGradient") , ("Texture" , "Texture") ]) ] functional = addFolder "Functional/" [ ("Recursion", [ ("Factorial" , "Factorial") , ("List Length", "Length") , ("Zip" , "Zip") , ("Quick Sort" , "QuickSort") ]) , ("Functions", [ ("Functions" , "Anonymous") , ("Application", "Application") , ("Composition", "Composition") , ("Infix Ops" , "Infix") ]) , ("Higher-Order", [ ("Map" , "Map") , ("Fold" , "Sum") , ("Filter" , "Filter") ]) , ("Union Types", [ ("Maybe", "Maybe") , ("Boolean Expressions", "BooleanExpressions") , ("Tree", "Tree") ]) , ("Libraries", [ ("Dict", "Dict") , ("Set", "Set") ]) ] reactive = addFolder "Reactive/" [ ("Mouse", [ ("Position", "Position") , ("Presses" , "IsDown") , ("Clicks" , "CountClicks") , ("Yogi", "ResizeYogi") , ("Track", "Transforms") ]) ,("Keyboard",[ ("Arrows" , "Arrows") , ("wasd" , "Wasd") , ("Keys Down" , "KeysDown") , ("Key Presses", "CharPressed") ]) , ("Touch", [ ("Raw", "Touches") , ("Touches", "Touch") , ("Taps", "Taps") , ("Draw", "Draw") ]) , ("Window", [ ("Size", "ResizePaint") , ("Centering", "Centering") ]) , ("Time", [ ("FPS" , "Fps") , ("FPS when", "FpsWhen") , ("Every" , "Every") ]) , ("Input", [ ("Text", "TextField") , ("Password" , "Password") , ("Checkbox", "CheckBox") , ("Drop Down", "DropDown") ]) -- , ("Random", [ ("Randomize", "Randomize") ]) -- , ("Http", [ ("Zip Codes", "ZipCodes") ]) , ("Filters",[ ("Sample", "SampleOn") , ("Numbers Only", "KeepIf") ]) , ("Ports", [ ("Logging","Log") , ("Set Title","Title") , ("Redirect","Redirect") ]) ] example (name, loc) = Text.link ("/edit/examples/" ++ loc) (Text.fromString name) toLinks (title, links) = flow right [ width 150 (Text.plainText <| " " ++ title) , Text.leftAligned << Text.join (Text.fromString ", ") <| List.map example links ] subsection w (name,info) = flow down << List.intersperse (spacer w 6) << List.map (width w) <| (tag name << Text.leftAligned << Text.typeface headerFaces << Text.bold <| Text.fromString name) :: spacer 0 0 :: List.map toLinks info ++ [spacer w 12]

17795

import Graphics.Element (..) import List import List ((::)) import Markdown import Signal import Text import Website.Skeleton (skeleton) import Website.ColorScheme (accent4) import Website.Tiles as Tile import Website.Widgets (headerFaces) import Window port title : String port title = "Examples" main : Signal.Signal Element main = Signal.map (skeleton "Examples" body) Window.dimensions body outer = let b = flow down <| List.intersperse (spacer 20 20) content in container outer (heightOf b) middle b content = let w = 600 exs = [ ("Display",elements), ("React",reactive), ("Compute",functional) ] in width w words :: List.map (subsection w) exs ++ [ width w intermediate , Tile.examples w intermediates , width w projects ] words = Markdown.toElement """ # Examples This page will help you *learn by example* as you read and modify Elm code in the [online editor](/try). It is split into sections that will help you grow from beginner to expert: * [Basics](#basics) &mdash; small programs focused on showing one concept * [Intermediate](#intermediate) &mdash; larger examples that combine basic concepts * [Big Projects](#big-projects) &mdash; websites and games written in Elm Remember to check the [Elm syntax reference][syntax] when you see new syntax! See the [learning resources](/Learn.elm) if you want to learn the fundamentals of the language *not* by example. The [library documentation](/Libraries.elm) is a very information dense resource once you become familiar with Elm. [syntax]: /learn/Syntax.elm "The Syntax of Elm" <h2 id="basics">Basics</h2> """ intermediate = Markdown.toElement """ <h2 id="intermediate">Intermediate</h2> """ projects = Markdown.toElement """ <h2 id="big-projects">Big Projects</h2> These are all larger projects created with Elm. Fork them and use them as templates for your own project! #### Websites * [elm-todomvc](https://github.com/evancz/elm-todomvc) &mdash; todo list modelled on [TodoMVC](http://todomvc.com/) * [elm-lang.org](https://github.com/elm-lang/elm-lang.org) &mdash; frontend and backend code for this website * [package.elm-lang.org](https://github.com/elm-lang/package.elm-lang.org) &mdash; frontend and backend code for the package website * [Reddit Time Machine](https://github.com/Dobiasd/RedditTimeMachine) &mdash; Check out what was up on reddit days/weeks/months ago, by <NAME> * [EAN/UPC-A Barcode Generator](https://github.com/Dobiasd/Barcode-Generator) &mdash; with addon2/addon5 and real-time output, by <NAME> #### Games * [Tetris](https://github.com/jcollard/elmtris) &mdash; by <NAME> * [Breakout](https://github.com/Dobiasd/Breakout#breakout--play-it) &mdash; by <NAME> * [Maze](https://github.com/Dobiasd/Maze#maze--play-it) &mdash; by <NAME> * [Demoscene-Concentration](https://github.com/Dobiasd/Demoscene-Concentration) &mdash; the classical memory game with (simple) old-school demoscene effects, by <NAME> * [Froggy](https://github.com/thSoft/froggy) &mdash; by <NAME> """ intermediates = let ex = List.map Tile.intermediate gl = List.map Tile.webgl in [ ex [ "Mario", "Walk", "Pong", "Turtle" ] , ex [ "TextReverse", "Calculator", "Form", "Flickr" ] , ex [ "Clock", "Plot", "SlideShow", "PieChart" ] , gl [ "Triangle", "Cube", "Thwomp", "FirstPerson" ] , ex [ "Physics", "Stamps" ] ] addFolder folder lst = let add (x,y) = (x, folder ++ y ++ ".elm") f (n,xs) = (n, List.map add xs) in List.map f lst elements = addFolder "Elements/" [ ("Words", [ ("Text", "HelloWorld") , ("Markdown", "Markdown") ]) , ("Images", [ ("Images", "Image") , ("Fitted", "FittedImage") , ("Cropped", "CroppedImage") ]) , ("Formatting", [ ("Size" , "Size") , ("Opacity" , "Opacity") , ("Text" , "Text") , ("Typeface", "Typeface") ]) , ("Layout", [ ("Simple Flow", "FlowDown1a") , ("Flow Down" , "FlowDown2") , ("Layers" , "Layers") ]) , ("Positioning", [ ("Containers", "Position") , ("Spacers" , "Spacer") ]) , ("2D Shapes", [ ("Lines" , "Lines") , ("Shapes" , "Shapes") , ("Elements" , "ToForm") , ("Transforms", "Transforms") ]) , ("2D Fills", [ ("Color" , "Color") , ("Gradient", "LinearGradient") , ("Radial Gradient", "RadialGradient") , ("Texture" , "Texture") ]) ] functional = addFolder "Functional/" [ ("Recursion", [ ("Factorial" , "Factorial") , ("List Length", "Length") , ("Zip" , "Zip") , ("Quick Sort" , "QuickSort") ]) , ("Functions", [ ("Functions" , "Anonymous") , ("Application", "Application") , ("Composition", "Composition") , ("Infix Ops" , "Infix") ]) , ("Higher-Order", [ ("Map" , "Map") , ("Fold" , "Sum") , ("Filter" , "Filter") ]) , ("Union Types", [ ("Maybe", "Maybe") , ("Boolean Expressions", "BooleanExpressions") , ("Tree", "Tree") ]) , ("Libraries", [ ("Dict", "Dict") , ("Set", "Set") ]) ] reactive = addFolder "Reactive/" [ ("Mouse", [ ("Position", "Position") , ("Presses" , "IsDown") , ("Clicks" , "CountClicks") , ("Yogi", "ResizeYogi") , ("Track", "Transforms") ]) ,("Keyboard",[ ("Arrows" , "Arrows") , ("wasd" , "Wasd") , ("Keys Down" , "KeysDown") , ("Key Presses", "CharPressed") ]) , ("Touch", [ ("Raw", "Touches") , ("Touches", "Touch") , ("Taps", "Taps") , ("Draw", "Draw") ]) , ("Window", [ ("Size", "ResizePaint") , ("Centering", "Centering") ]) , ("Time", [ ("FPS" , "Fps") , ("FPS when", "FpsWhen") , ("Every" , "Every") ]) , ("Input", [ ("Text", "TextField") , ("Password" , "<PASSWORD>") , ("Checkbox", "CheckBox") , ("Drop Down", "DropDown") ]) -- , ("Random", [ ("Randomize", "Randomize") ]) -- , ("Http", [ ("Zip Codes", "ZipCodes") ]) , ("Filters",[ ("Sample", "SampleOn") , ("Numbers Only", "KeepIf") ]) , ("Ports", [ ("Logging","Log") , ("Set Title","Title") , ("Redirect","Redirect") ]) ] example (name, loc) = Text.link ("/edit/examples/" ++ loc) (Text.fromString name) toLinks (title, links) = flow right [ width 150 (Text.plainText <| " " ++ title) , Text.leftAligned << Text.join (Text.fromString ", ") <| List.map example links ] subsection w (name,info) = flow down << List.intersperse (spacer w 6) << List.map (width w) <| (tag name << Text.leftAligned << Text.typeface headerFaces << Text.bold <| Text.fromString name) :: spacer 0 0 :: List.map toLinks info ++ [spacer w 12]

import Graphics.Element (..) import List import List ((::)) import Markdown import Signal import Text import Website.Skeleton (skeleton) import Website.ColorScheme (accent4) import Website.Tiles as Tile import Website.Widgets (headerFaces) import Window port title : String port title = "Examples" main : Signal.Signal Element main = Signal.map (skeleton "Examples" body) Window.dimensions body outer = let b = flow down <| List.intersperse (spacer 20 20) content in container outer (heightOf b) middle b content = let w = 600 exs = [ ("Display",elements), ("React",reactive), ("Compute",functional) ] in width w words :: List.map (subsection w) exs ++ [ width w intermediate , Tile.examples w intermediates , width w projects ] words = Markdown.toElement """ # Examples This page will help you *learn by example* as you read and modify Elm code in the [online editor](/try). It is split into sections that will help you grow from beginner to expert: * [Basics](#basics) &mdash; small programs focused on showing one concept * [Intermediate](#intermediate) &mdash; larger examples that combine basic concepts * [Big Projects](#big-projects) &mdash; websites and games written in Elm Remember to check the [Elm syntax reference][syntax] when you see new syntax! See the [learning resources](/Learn.elm) if you want to learn the fundamentals of the language *not* by example. The [library documentation](/Libraries.elm) is a very information dense resource once you become familiar with Elm. [syntax]: /learn/Syntax.elm "The Syntax of Elm" <h2 id="basics">Basics</h2> """ intermediate = Markdown.toElement """ <h2 id="intermediate">Intermediate</h2> """ projects = Markdown.toElement """ <h2 id="big-projects">Big Projects</h2> These are all larger projects created with Elm. Fork them and use them as templates for your own project! #### Websites * [elm-todomvc](https://github.com/evancz/elm-todomvc) &mdash; todo list modelled on [TodoMVC](http://todomvc.com/) * [elm-lang.org](https://github.com/elm-lang/elm-lang.org) &mdash; frontend and backend code for this website * [package.elm-lang.org](https://github.com/elm-lang/package.elm-lang.org) &mdash; frontend and backend code for the package website * [Reddit Time Machine](https://github.com/Dobiasd/RedditTimeMachine) &mdash; Check out what was up on reddit days/weeks/months ago, by PI:NAME:<NAME>END_PI * [EAN/UPC-A Barcode Generator](https://github.com/Dobiasd/Barcode-Generator) &mdash; with addon2/addon5 and real-time output, by PI:NAME:<NAME>END_PI #### Games * [Tetris](https://github.com/jcollard/elmtris) &mdash; by PI:NAME:<NAME>END_PI * [Breakout](https://github.com/Dobiasd/Breakout#breakout--play-it) &mdash; by PI:NAME:<NAME>END_PI * [Maze](https://github.com/Dobiasd/Maze#maze--play-it) &mdash; by PI:NAME:<NAME>END_PI * [Demoscene-Concentration](https://github.com/Dobiasd/Demoscene-Concentration) &mdash; the classical memory game with (simple) old-school demoscene effects, by PI:NAME:<NAME>END_PI * [Froggy](https://github.com/thSoft/froggy) &mdash; by PI:NAME:<NAME>END_PI """ intermediates = let ex = List.map Tile.intermediate gl = List.map Tile.webgl in [ ex [ "Mario", "Walk", "Pong", "Turtle" ] , ex [ "TextReverse", "Calculator", "Form", "Flickr" ] , ex [ "Clock", "Plot", "SlideShow", "PieChart" ] , gl [ "Triangle", "Cube", "Thwomp", "FirstPerson" ] , ex [ "Physics", "Stamps" ] ] addFolder folder lst = let add (x,y) = (x, folder ++ y ++ ".elm") f (n,xs) = (n, List.map add xs) in List.map f lst elements = addFolder "Elements/" [ ("Words", [ ("Text", "HelloWorld") , ("Markdown", "Markdown") ]) , ("Images", [ ("Images", "Image") , ("Fitted", "FittedImage") , ("Cropped", "CroppedImage") ]) , ("Formatting", [ ("Size" , "Size") , ("Opacity" , "Opacity") , ("Text" , "Text") , ("Typeface", "Typeface") ]) , ("Layout", [ ("Simple Flow", "FlowDown1a") , ("Flow Down" , "FlowDown2") , ("Layers" , "Layers") ]) , ("Positioning", [ ("Containers", "Position") , ("Spacers" , "Spacer") ]) , ("2D Shapes", [ ("Lines" , "Lines") , ("Shapes" , "Shapes") , ("Elements" , "ToForm") , ("Transforms", "Transforms") ]) , ("2D Fills", [ ("Color" , "Color") , ("Gradient", "LinearGradient") , ("Radial Gradient", "RadialGradient") , ("Texture" , "Texture") ]) ] functional = addFolder "Functional/" [ ("Recursion", [ ("Factorial" , "Factorial") , ("List Length", "Length") , ("Zip" , "Zip") , ("Quick Sort" , "QuickSort") ]) , ("Functions", [ ("Functions" , "Anonymous") , ("Application", "Application") , ("Composition", "Composition") , ("Infix Ops" , "Infix") ]) , ("Higher-Order", [ ("Map" , "Map") , ("Fold" , "Sum") , ("Filter" , "Filter") ]) , ("Union Types", [ ("Maybe", "Maybe") , ("Boolean Expressions", "BooleanExpressions") , ("Tree", "Tree") ]) , ("Libraries", [ ("Dict", "Dict") , ("Set", "Set") ]) ] reactive = addFolder "Reactive/" [ ("Mouse", [ ("Position", "Position") , ("Presses" , "IsDown") , ("Clicks" , "CountClicks") , ("Yogi", "ResizeYogi") , ("Track", "Transforms") ]) ,("Keyboard",[ ("Arrows" , "Arrows") , ("wasd" , "Wasd") , ("Keys Down" , "KeysDown") , ("Key Presses", "CharPressed") ]) , ("Touch", [ ("Raw", "Touches") , ("Touches", "Touch") , ("Taps", "Taps") , ("Draw", "Draw") ]) , ("Window", [ ("Size", "ResizePaint") , ("Centering", "Centering") ]) , ("Time", [ ("FPS" , "Fps") , ("FPS when", "FpsWhen") , ("Every" , "Every") ]) , ("Input", [ ("Text", "TextField") , ("Password" , "PI:PASSWORD:<PASSWORD>END_PI") , ("Checkbox", "CheckBox") , ("Drop Down", "DropDown") ]) -- , ("Random", [ ("Randomize", "Randomize") ]) -- , ("Http", [ ("Zip Codes", "ZipCodes") ]) , ("Filters",[ ("Sample", "SampleOn") , ("Numbers Only", "KeepIf") ]) , ("Ports", [ ("Logging","Log") , ("Set Title","Title") , ("Redirect","Redirect") ]) ] example (name, loc) = Text.link ("/edit/examples/" ++ loc) (Text.fromString name) toLinks (title, links) = flow right [ width 150 (Text.plainText <| " " ++ title) , Text.leftAligned << Text.join (Text.fromString ", ") <| List.map example links ] subsection w (name,info) = flow down << List.intersperse (spacer w 6) << List.map (width w) <| (tag name << Text.leftAligned << Text.typeface headerFaces << Text.bold <| Text.fromString name) :: spacer 0 0 :: List.map toLinks info ++ [spacer w 12]

elm

src/client/elm/Explorer/Stubs.elm

eulervoid/concordium-network-dashboard

module Explorer.Stubs exposing (..) blockSummaryStubs = [ ( "allTransactions: The most comprehensive transactions example we have, mostly generated by the `debugTestFullProvision` helper function in middleware, with some manual additional transaction types added. Includes example of finalization record." , getBlockSummaryAllTransactionsStub ) , ( "sc module deploys: example from the SC demo", getBlockSummaryContractDeploysStub ) , ( "failure", getBlockSummaryFailureStub ) , ( "rstub", getBlockSummaryResponseStub ) ] getBlockSummaryAllTransactionsStub = """ { "specialEvents": [ { "bakerId": 1, "rewardAmount": 12463, "bakerAccount": "3siDnxannkQYYjCTgwEUvE9WThEaHy1J3RjyMA4ZBQmrR9hw1K" } ], "finalizationData":{ "finalizationIndex":3, "finalizers":[ { "bakerId":0, "signed":true, "weight":1200000000135 }, { "bakerId":1, "signed":false, "weight":800000000005 }, { "bakerId":2, "signed":false, "weight":1200000000000 }, { "bakerId":3, "signed":true, "weight":800000000000 }, { "bakerId":4, "signed":true, "weight":1200000000000 } ], "finalizationDelay":0, "finalizationBlockPointer":"847e0c5037f8eedf3e5b5c932e4ebcb0b5ad9deaa986d83a165d8712594e0e1d" }, "transactionSummaries": [ { "hash": "d1aeaedec44266f044a230ad7bd9339a992418fbcd11a3217686f6854a1816cd", "sender": null, "cost": 0, "energyCost": 35000, "result": { "events": [ { "tag": "AccountCreated", "contents": "3ADz9qYiEzeui5ccMC7CCHrdsWArV4T45ktGhyt2CnUK4BL4U6" }, { "tag": "CredentialDeployed", "regId": "a65da3c626172056bfb0f6612bf76bd79acf80dee092b0394b93cfabaa500b727592af22f66fae834965d33fda8940f1", "account": "3ADz9qYiEzeui5ccMC7CCHrdsWArV4T45ktGhyt2CnUK4BL4U6" } ], "outcome": "success" }, "type": null, "index": 0 }, { "hash": "4b7e1b22ff9365e29c57d7f85a0fd7a7dd3c50245cb9d04c560c520298013c3f", "sender": "43TULx3kDPDeQy1C1iLwBbS5EEV96cYPw5ZRdA9Dm4D23hxGZt", "cost": 165, "energyCost": 165, "result": { "events": [ { "amount": 1000000, "tag": "Transferred", "to": { "address": "43TULx3kDPDeQy1C1iLwBbS5EEV96cYPw5ZRdA9Dm4D23hxGZt", "type": "AddressAccount" }, "from": { "address": "43TULx3kDPDeQy1C1iLwBbS5EEV96cYPw5ZRdA9Dm4D23hxGZt", "type": "AddressAccount" } } ], "outcome": "success" }, "type": "transfer", "index": 0 }, { "hash": "5292c68df8787b3b22a61397edc3fc04858d4112e770ee7674e80751254d6f27", "sender": "39KavYmY7LRw1mV5wbmTKY8A38ktzrQ3eWCn7KPzDW3S4sJps9", "cost": 59, "energyCost": 59, "result": { "outcome": "reject", "rejectReason": { "tag": "AmountTooLarge", "contents": [ { "address": "39KavYmY7LRw1mV5wbmTKY8A38ktzrQ3eWCn7KPzDW3S4sJps9", "type": "AddressAccount" }, 200000000 ] } }, "type": "transfer", "index": 0 }, { "hash": "15c2c8a0a9d496630dff603d4d404a6912d96215755884522798092bc179de5b", "sender": "43TULx3kDPDeQy1C1iLwBbS5EEV96cYPw5ZRdA9Dm4D23hxGZt", "cost": 265, "energyCost": 265, "result": { "events": [ { "tag": "StakeDelegated", "account": "43TULx3kDPDeQy1C1iLwBbS5EEV96cYPw5ZRdA9Dm4D23hxGZt", "baker": 0 } ], "outcome": "success" }, "type": "delegateStake", "index": 1 }, { "hash": "ae13d5677cdcbd90fad54e9768f4f1f4c44610c45af1c2ca0481119d47c8a2bb", "sender": "43TULx3kDPDeQy1C1iLwBbS5EEV96cYPw5ZRdA9Dm4D23hxGZt", "cost": 265, "energyCost": 265, "result": { "events": [ { "tag": "StakeDelegated", "account": "43TULx3kDPDeQy1C1iLwBbS5EEV96cYPw5ZRdA9Dm4D23hxGZt", "baker": 0 } ], "outcome": "success" }, "type": "delegateStake", "index": 2 }, { "hash": "73513777db8519ef5b71a0bd06a1b06bd705bf06e62737fa563ed75e20fcec27", "sender": "43TULx3kDPDeQy1C1iLwBbS5EEV96cYPw5ZRdA9Dm4D23hxGZt", "cost": 3167, "energyCost": 3167, "result": { "events": [ { "tag": "BakerAdded", "contents": 5 } ], "outcome": "success" }, "type": "addBaker", "index": 3 }, { "hash": "affc03c8211ea90cb72143e5c44eff7e55089668af8e64bd6b978ef7cfac39c7", "sender": "43TULx3kDPDeQy1C1iLwBbS5EEV96cYPw5ZRdA9Dm4D23hxGZt", "cost": 265, "energyCost": 265, "result": { "outcome": "reject", "rejectReason": { "tag": "InvalidStakeDelegationTarget", "contents": 12312312312 } }, "type": "delegateStake", "index": 4 }, { "hash": "2b40fc10934a371e9d23dead69435d834aa725ebc418b6631abb49b5f808a07c", "sender": "43TULx3kDPDeQy1C1iLwBbS5EEV96cYPw5ZRdA9Dm4D23hxGZt", "cost": 166, "energyCost": 166, "result": { "outcome": "reject", "rejectReason": { "tag": "SerializationFailure" } }, "type": null, "index": 5 }, { "hash": "8841d4dd1da2875b63d829be55fc5441adba2efa2baaed3b1228601e25bc2bb2", "sender": "43TULx3kDPDeQy1C1iLwBbS5EEV96cYPw5ZRdA9Dm4D23hxGZt", "cost": 165, "energyCost": 165, "result": { "outcome": "reject", "rejectReason": { "tag": "SerializationFailure" } }, "type": null, "index": 6 }, { "hash": "5257c01e5f42a0afcead07149a474162c2a193702de59177bff0d7b8812a4d09", "sender": "43TULx3kDPDeQy1C1iLwBbS5EEV96cYPw5ZRdA9Dm4D23hxGZt", "cost": 165, "energyCost": 165, "result": { "outcome": "reject", "rejectReason": { "tag": "InvalidBakerRemoveSource", "contents": "43TULx3kDPDeQy1C1iLwBbS5EEV96cYPw5ZRdA9Dm4D23hxGZt" } }, "type": "removeBaker", "index": 7 }, { "hash": "2a0a5ea99e9f091a3704c7fa8d163e971f32d2a591060cdeab4a02790f7cf4ad", "sender": "3LqzxroRTxGGBuhyoH5CzSyUvrgvhX1tPPCLVZz8QQ9ZmbrmcZ", "cost": 2705, "energyCost": 2705, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "69f895cec649178d771b016019912e84bbc659ef35e132585cb5a358b7f7ffb0" } ], "outcome": "success" }, "type": "deployModule", "index": 0 }, { "hash": "0b04e5f0e2969ea2961cc0667d48cc17166f3ad84e1cd5900d85d79e63919bd3", "sender": "3LqzxroRTxGGBuhyoH5CzSyUvrgvhX1tPPCLVZz8QQ9ZmbrmcZ", "cost": 1527, "energyCost": 1527, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "33f8832053c36b443084040537f11a66527bc1446a0aa41704ddf06e44093455" } ], "outcome": "success" }, "type": "deployModule", "index": 1 }, { "cost": 3031, "energyCost": 3031, "hash": "0a75fdac33df28b8ae17fead28f837cb28ae23999cdb81bd5f9b7993e24cc204", "index": 0, "result": { "events": [ { "address": { "index": 0, "subindex": 0 }, "amount": 0, "name": 200, "ref": "7d6b63bde558564b77070bf1da85c56e7fd9f006ef8d0923d19689577614dd2d", "tag": "ContractInitialized" } ], "outcome": "success" }, "sender": "3LqzxroRTxGGBuhyoH5CzSyUvrgvhX1tPPCLVZz8QQ9ZmbrmcZ", "type": "initContract" }, { "hash": "a633a418a26353989dec0e813353984892976e3c821bfac5cddee9850ce7bf9e", "sender": "3LqzxroRTxGGBuhyoH5CzSyUvrgvhX1tPPCLVZz8QQ9ZmbrmcZ", "cost": 464, "energyCost": 464, "result": { "events": [ { "amount": 10, "tag": "Updated", "instigator": { "address": "3LqzxroRTxGGBuhyoH5CzSyUvrgvhX1tPPCLVZz8QQ9ZmbrmcZ", "type": "AddressAccount" }, "address": { "subindex": 0, "index": 0 }, "message": "ExprMessage (Let (LetForeign (Imported 7d6b63bde558564b77070bf1da85c56e7fd9f006ef8d0923d19689577614dd2d (Name 130)) (Linked (Constructor (Name 130))) (Atom (BoundVar (Reference (-1))))) (Let (Constructor (Name 1)) (App (Reference 0) [BoundVar (Reference 1)])))" } ], "outcome": "success" }, "type": "update", "index": 0 } ] } """ getBlockSummaryContractDeploysStub = """ { "specialEvents": [ { "bakerId": 3, "rewardAmount": 35984, "bakerAccount": "4EbkxwtSCopq6U1d7FcRgugR4DvKin4Wyg2qW5wmDkvWYFmDca" } ], "transactionSummaries": [ { "hash": "2a0a5ea99e9f091a3704c7fa8d163e971f32d2a591060cdeab4a02790f7cf4ad", "sender": "3LqzxroRTxGGBuhyoH5CzSyUvrgvhX1tPPCLVZz8QQ9ZmbrmcZ", "cost": 2705, "energyCost": 2705, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "69f895cec649178d771b016019912e84bbc659ef35e132585cb5a358b7f7ffb0" } ], "outcome": "success" }, "type": "deployModule", "index": 0 }, { "hash": "0b04e5f0e2969ea2961cc0667d48cc17166f3ad84e1cd5900d85d79e63919bd3", "sender": "3LqzxroRTxGGBuhyoH5CzSyUvrgvhX1tPPCLVZz8QQ9ZmbrmcZ", "cost": 1527, "energyCost": 1527, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "33f8832053c36b443084040537f11a66527bc1446a0aa41704ddf06e44093455" } ], "outcome": "success" }, "type": "deployModule", "index": 1 }, { "hash": "21585869b20629a5fb13eaa40e4d488e6c458d8609e994194b6c4c0cd78ded50", "sender": "3LqzxroRTxGGBuhyoH5CzSyUvrgvhX1tPPCLVZz8QQ9ZmbrmcZ", "cost": 1365, "energyCost": 1365, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "73310b972c101c4ec69e6eb427ebc843d5483f4adb771d1dc711f8de5ebaced4" } ], "outcome": "success" }, "type": "deployModule", "index": 2 }, { "hash": "b5fba16ba8bb959bab172beb8939700e28d043689e6fd08023034d3a2e3d5168", "sender": "3LqzxroRTxGGBuhyoH5CzSyUvrgvhX1tPPCLVZz8QQ9ZmbrmcZ", "cost": 1558, "energyCost": 1558, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "73e1ebc954909b336a9c08443fff079e75956e7c0f314c4ad56b8bcfebaef8c4" } ], "outcome": "success" }, "type": "deployModule", "index": 3 }, { "hash": "e91402ac563df428372a23ab83a26224696d89c14d8ab1f69623f5ca05efce98", "sender": "3LqzxroRTxGGBuhyoH5CzSyUvrgvhX1tPPCLVZz8QQ9ZmbrmcZ", "cost": 4890, "energyCost": 4890, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "3aa516e0b15327d7427b9acf7600c3e0376f65eeef7187975be38df70e0ab3e6" } ], "outcome": "success" }, "type": "deployModule", "index": 4 }, { "hash": "bac1fb11f121a88431c146acf2b5514cb723629d553f384b1c9691470b7648fe", "sender": "3LqzxroRTxGGBuhyoH5CzSyUvrgvhX1tPPCLVZz8QQ9ZmbrmcZ", "cost": 657, "energyCost": 657, "result": { "events": [ { "tag": 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"3LqzxroRTxGGBuhyoH5CzSyUvrgvhX1tPPCLVZz8QQ9ZmbrmcZ", "cost": 3479, "energyCost": 3479, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "1e4a518694fba2bd3edecec2aaac166edf2b65b59c0c6900e26637b73a7fbb2b" } ], "outcome": "success" }, "type": "deployModule", "index": 8 }, { "hash": "4aa521cb1733ef27a78151d698a8c460c69af9f2a4d4619497b7cea73a11264f", "sender": "3LqzxroRTxGGBuhyoH5CzSyUvrgvhX1tPPCLVZz8QQ9ZmbrmcZ", "cost": 1775, "energyCost": 1775, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "6e33fddc0a95324af4510964827c02c87cf403255cb8f7baae90786625133a3a" } ], "outcome": "success" }, "type": "deployModule", "index": 9 } ] } """ getBlockSummaryFailureStub = """ { "specialEvents": [ { "bakerId": 2, "rewardAmount": 1751, "bakerAccount": "3fS4u95Sx9SKzU83kxxYP4SWaWirVix4T7P9bgswmceqvcs4vR" } ], "transactionSummaries": [ { "hash": "0ada4e64558bb99a3607647c490f39083f44c709e654d689d8bf3fb343a95961", "sender": "43TULx3kDPDeQy1C1iLwBbS5EEV96cYPw5ZRdA9Dm4D23hxGZt", "cost": 165, "result": { "outcome": "reject", "rejectReason": { "tag": "InvalidAccountReference", "contents": "3Es2U5gMdKrqJdXSUVzgW4KUosJ91AxfsAuvKx5tKE9P2SvjVk" } }, "energyCost": 165, "type": "transfer", "index": 0 } ] } """ getBlockSummaryResponseStub = """ { "specialEvents": [ { "bakerId": 4, "rewardAmount": 207, "bakerAccount": "4c7SXWg5bD3YpWQ2mmS8DSQiFm9MRpTd7Novo4ESPb1QLSYrts" } ], "transactionSummaries": [ { "hash": "ae3154e1ee8a64d9e9718e57fbc979175be2ee8526b23fcddab2d626ebaeb72d", "sender": null, "cost": 0, "result": { "events": [ { "tag": "AccountCreated", "contents": "3P2Qsi8FeMB6AijMi3kpD9FrcFfAkoHDMu8kf7Fbd3cYYJpk2s" }, { "tag": "CredentialDeployed", "regId": "ac64aac1da15afd90d185475705935fbe224d5f7ddc43988e7db511656c787b452820b5096a2b323cf7612f5609d4cfb", "account": "3P2Qsi8FeMB6AijMi3kpD9FrcFfAkoHDMu8kf7Fbd3cYYJpk2s" } ], "outcome": "success" }, "energyCost": 35000, "type": null, "index": 0 }, { "hash": 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response was used to test that unusally long words in the transaction memo of an event are displayed correctly. -} getBlockSummaryLongMemoStub = """ { "finalizationData": { "finalizationIndex": 40851, "finalizers": [ { "bakerId": 0, "signed": true, "weight": 3000000000000 }, { "bakerId": 1, "signed": true, "weight": 3000000000000 }, { "bakerId": 2, "signed": true, "weight": 3000000000000 }, { "bakerId": 3, "signed": true, "weight": 3000000000000 }, { "bakerId": 4, "signed": true, "weight": 3000000000000 }, { "bakerId": 15, "signed": true, "weight": 300292749406 }, { "bakerId": 42, "signed": false, "weight": 300143881109 } ], "finalizationDelay": 0, "finalizationBlockPointer": "e784294b2393ceedc1f5c8d9169591bd99dedc0564b8362852a2990f0cebfe00" }, "specialEvents": [ { "tag": "Mint", "foundationAccount": "48RDnoQaCKwy8xteebgLCDdX8qACa3WB5GnfuGMpCDfB2UfdL4", "mintPlatformDevelopmentCharge": "138171", "mintFinalizationReward": "414508", "mintBakingReward": "829017" }, { "remainder": "5", "tag": "FinalizationRewards", "finalizationRewards": [ { "amount": "79711", "address": "3c1hZst6hfxm5CMPYGmUw7LvMe3Mo1VwgkXrBAb59GSdLzPiSz" }, { "amount": "79711", "address": "3uyRpq2NPSY4VJn8Qd1uWGcUQTGpCAarHTtqpneiSGqv36Uhna" }, { "amount": "79711", "address": "4AymJeLgpB7s7bSn6ARm22iAB15m5PpTHaXATBCktnzxvoBowJ" }, { "amount": "7974", "address": "4C9vCCSLdeTB2DsUZZECReygdLbMR5AACoR1H7EfBfYem7bqLx" }, { "amount": "79711", "address": "4ESt5DAQY3xi74Pj386otNf2S4fsohDG8Qxyv15hvqvbgFvYvC" }, { "amount": "7978", "address": "4LRhqFikMSWMzX6ZenkvRVn94H6Zu6HdxmHvap9cuHmMrPraV2" }, { "amount": "79711", "address": "4M63wWygknpRd1hVuKoirtusZJbWE9wiFe3rXCrZcFgLzXYzh4" } ] }, { "tag": "BlockReward", "bakerReward": "41914", "newGASAccount": "42737", "baker": "4M63wWygknpRd1hVuKoirtusZJbWE9wiFe3rXCrZcFgLzXYzh4", "foundationAccount": "48RDnoQaCKwy8xteebgLCDdX8qACa3WB5GnfuGMpCDfB2UfdL4", "oldGASAccount": "1671", "foundationCharge": "9220", "transactionFees": "92200" } ], "updates": { "chainParameters": { "minimumThresholdForBaking": "300000000000", "rewardParameters": { "mintDistribution": { "mintPerSlot": 7.555665e-10, "bakingReward": 0.6, "finalizationReward": 0.3 }, "transactionFeeDistribution": { "gasAccount": 0.45, "baker": 0.45 }, "gASRewards": { "chainUpdate": 5.0e-3, "accountCreation": 2.0e-3, "baker": 0.25, "finalizationProof": 5.0e-3 } }, "microGTUPerEuro": { "denominator": 1, "numerator": 100000000 }, "foundationAccountIndex": 5, "accountCreationLimit": 10, "bakerCooldownEpochs": 1, "electionDifficulty": 2.5e-2, "euroPerEnergy": { "denominator": 1000000, "numerator": 1 } }, "keys": { "rootKeys": { "keys": [ { "verifyKey": "e0b5fc074eef1178e41f6f2c494bde78b65bd3f21c36db4d41a1e6cb259c3a7d", "schemeId": "Ed25519" }, { "verifyKey": "1f420ab84863a9ba0472bcb39bfe27a07727f84ace50a6c3f9d6d75e2519febc", "schemeId": "Ed25519" }, { "verifyKey": "95a5064980b5bc27f3ae96a4831f3c60be82c2c0ee36de3ff028137a99fe823f", "schemeId": "Ed25519" }, { "verifyKey": "ef3e58b13c43a8439046a774290a8ef0b17d6fe516cea1f48de894a5aec669a4", "schemeId": "Ed25519" }, { "verifyKey": "830ac28b779ab09d0be9bd15ded7343be1f24df01ccf2e7cffd7d6359500f46c", "schemeId": "Ed25519" } ], "threshold": 3 }, "level2Keys": { "mintDistribution": { "threshold": 3, "authorizedKeys": [ 17, 18, 19, 20, 21 ] }, "addAnonymityRevoker": { "threshold": 3, "authorizedKeys": [ 37, 38, 39, 40, 41 ] }, "transactionFeeDistribution": { "threshold": 3, "authorizedKeys": [ 22, 23, 24, 25, 26 ] }, "bakerStakeThreshold": { "threshold": 3, "authorizedKeys": [ 32, 33, 34, 35, 36 ] }, "microGTUPerEuro": { "threshold": 1, "authorizedKeys": [ 11 ] }, "protocol": { "threshold": 2, "authorizedKeys": [ 5, 6, 7 ] }, "addIdentityProvider": { "threshold": 3, "authorizedKeys": [ 42, 43, 44, 45, 46 ] }, "paramGASRewards": { "threshold": 3, "authorizedKeys": [ 27, 28, 29, 30, 31 ] }, "emergency": { "threshold": 3, "authorizedKeys": [ 0, 1, 2, 3, 4 ] }, "keys": [ { "verifyKey": "97e908ee3a4d8dff49830aacca6bf42997f68afc1851fb5b3d58ae143ba4e147", "schemeId": "Ed25519" }, { "verifyKey": "f222cc7e2ec7bc1ba7abeca6f503a123abd244292809f04425ad8d72f6ef47ff", "schemeId": "Ed25519" }, { "verifyKey": "e098e1e55b13988b01e882a7fce5070fd12fa72d409eccebfbad0fb32d6ee057", "schemeId": "Ed25519" }, { "verifyKey": "58f71ef93d95fd9466aa917d426970c96ff48f9cf1aafb52e4caf427cf6331c8", "schemeId": "Ed25519" }, { "verifyKey": "9521707ac0ed5b577bc334c25154ab92336a1731bc9bcaefd14cd62bb42dcf96", "schemeId": "Ed25519" }, { "verifyKey": "38e5321fca15c1f87fe7c1e266f1e85f68a877e3eea11fa45063ad5e4b92e2fb", "schemeId": "Ed25519" }, { "verifyKey": "0aab1d7d1b81b7526163df81288f645249a0310f8ac84c5e8bc8f7a80be43df1", "schemeId": "Ed25519" }, { "verifyKey": "74aa4e9dac2bdfea7db5b9fccf240be370746a172a6ae2775b9751d96226dc9d", "schemeId": "Ed25519" }, { "verifyKey": "4a00ab5a36d4b402ddc4c3160df838f0aba805bb47843e85c8b14971a322f7b0", "schemeId": "Ed25519" }, { "verifyKey": "a0b17ad7ab31a49168ab4ee479141a2a102d34ee50c1e5abb3b2e78e901760ae", "schemeId": "Ed25519" }, { "verifyKey": "701376912e8820d404bd93e887d450e115e1dba9c53fdbe4e963ac3be92b508e", "schemeId": "Ed25519" }, { "verifyKey": "aa5dd0d777e21571ea6bca6fad39cf84e4655643913d83f6ba4da4552f07c3ec", "schemeId": "Ed25519" }, { "verifyKey": "88766292b604ec67298b817395bb41459575b7eebe22db49a3c87c6e664f67bd", "schemeId": "Ed25519" }, { "verifyKey": "3f14ba2f24bbb5fb0ec906e7b5080dd104bc7b0ffbf183234db67ab0ccaeec26", "schemeId": "Ed25519" }, { "verifyKey": "c39edc29fbf11264c60439e202a0a7fa91047fd54808057be50307a12018a38c", "schemeId": "Ed25519" }, { "verifyKey": "5b85a0fed564bab70b67d201f405fbdf2712498720e2c7de8aa81bce7258319a", "schemeId": "Ed25519" }, { "verifyKey": "dae562dbf3c082ff4ef58b3308b8858bb2fe105680ad863901776cc5f3131f3d", "schemeId": "Ed25519" }, { "verifyKey": "5f28823bd52e6bd86d760a8b104bbd4e3b50cf45dfb076f057ab0561756664a7", "schemeId": "Ed25519" }, { "verifyKey": "d034a8912eeef4c473798e0f790a16612781fb93b286baf20f4553fd07d8e1ca", "schemeId": "Ed25519" }, { "verifyKey": "e68b20b846c2144d1719f09613ad927055420f7d03282be8c1f0ec32d0a0837e", "schemeId": "Ed25519" }, { "verifyKey": "bf0c98b711d4bc5f0f2b90d427656234d2d4dc12bca59ae4c931cd9fcd4f66c0", "schemeId": "Ed25519" }, { "verifyKey": "97e0c06300746dd211f7aa2c29f3628c53036eba3c16a9ad1e116d5b09176ae5", "schemeId": "Ed25519" }, { "verifyKey": "10de8b005647c3fa2d528c21a1222ff8e2f7f10143e1d1f99f572016c150cdb5", "schemeId": "Ed25519" }, { "verifyKey": "f8a6f0e1b60caddfdfad28f2ebbe20393a9961ac5a02dd5770dfb4bc2f633d07", "schemeId": "Ed25519" }, { "verifyKey": "17cb31e51c9197ba1b88231f75ece5b3d33df60898408fac57375971bb68dfad", "schemeId": "Ed25519" }, { "verifyKey": "661cb015b7ac83ec349f5010d9f73a62f383d9bc14d3256600ba6d26f9042110", "schemeId": "Ed25519" }, { "verifyKey": "840d332eae5d251094e443a5a0acce58b63c43e72c7ce60add97f211d9b8b198", "schemeId": "Ed25519" }, { "verifyKey": "55e9a120150626468f029dd343c2b03eb97b8fb6228a5d8772028f8752ad40f2", "schemeId": "Ed25519" }, { "verifyKey": "4d60696102711d5e536c202a46f149ba8a959a49edf9be8da726a51d2f1185a7", "schemeId": "Ed25519" }, { "verifyKey": "aa0f8e391f16bd7095b1a3c02ba513a111194d650a7104a627bcbbf6c63d82c1", "schemeId": "Ed25519" }, { "verifyKey": "8c335e4bc9b8751ac45b15f3b1afea9765051f22393e93f5ff1bfd436d59c4f7", "schemeId": "Ed25519" }, { "verifyKey": "a5a77daa690591d7e44520303efc843ba359deddcfa89456ab1a7c5a26419696", "schemeId": "Ed25519" }, { "verifyKey": "e33274cbb31675f479ddff48a163924269cb46b99d814363d66948ccaf3d01f9", "schemeId": "Ed25519" }, { "verifyKey": "f2eb7342f2dfccbbe15f5f91adda221286b25447a5af8a8db2170d842a5c1350", "schemeId": "Ed25519" }, { "verifyKey": "cb9b6265f58cafc94bb33210357ee2709f4535b1aab08852d6df7a2421d1cb94", "schemeId": "Ed25519" }, { "verifyKey": "e26018620b19e90ab8a1a34e6d9d87d851e3f6f9d75f5f5192a30d3aec22f812", "schemeId": "Ed25519" }, { "verifyKey": "ce2cf1c1082b082abdb4599e15f6303303cc00cb8fe6820c5cda66c443e4144d", "schemeId": "Ed25519" }, { "verifyKey": "cd735b34b9ebd6d5dcb9cb56040b78e04a5a9449de2473a03887cf6dade2af60", "schemeId": "Ed25519" }, { "verifyKey": "78f9eac5476dd188177ddf22793c73231ff0abe11614f8373f86f33a2e14fbe6", "schemeId": "Ed25519" }, { "verifyKey": "802af182e7ba273d1c41441716c21db4773e4635fe1ea27760f33f3ad920eb0c", "schemeId": "Ed25519" }, { "verifyKey": "a264dd70a3eeac72397cde270806bb36651f25c1971d7a364a87b8d2184ebce0", "schemeId": "Ed25519" }, { "verifyKey": "951a1a3c5f3907f5706a9a587516cca3c13d8af21abceb4225df66d942d06f02", "schemeId": "Ed25519" }, { "verifyKey": "285568e67384368b0740309827a295a7c6044db1e7c96f6895c8fc7e2a5b4a38", "schemeId": "Ed25519" }, { "verifyKey": "bdb46f6cdcf24c5f0f183275c6325ea4034ce3bab1e7a362fce227d37c43e71f", "schemeId": "Ed25519" }, { "verifyKey": "9b86c0d98a295a23c3c92cb918a48d9b3cf3ab01d5d1d78a036e4a6b7d577c74", "schemeId": "Ed25519" }, { "verifyKey": "cb7ac7662b4dc4ea902e0d6116dd936ac4e1ace0a86e50059941aba6fd4aefc0", "schemeId": "Ed25519" }, { "verifyKey": "f69e41a6d9d8417db5497ebe4688b734fb709ee16bed147ded80dfa2930d69db", "schemeId": "Ed25519" } ], "foundationAccount": { "threshold": 3, "authorizedKeys": [ 12, 13, 14, 15, 16 ] }, "electionDifficulty": { "threshold": 2, "authorizedKeys": [ 8, 9, 10 ] }, "euroPerEnergy": { "threshold": 2, "authorizedKeys": [ 8, 9, 10 ] } }, "level1Keys": { "keys": [ { "verifyKey": "0d57ecfe1f7d941fbc1bc0d001b632052d549cbeab6a966f944e3ad2dac89f6d", "schemeId": "Ed25519" }, { "verifyKey": "d0d29ce95287f45da364cdd6db512a9eb2bc43704381fc4cf0ffe14540568edc", "schemeId": "Ed25519" }, { "verifyKey": "94bec66e5b2f69ba94592c98a7facb78033d35c326beecaf263aef536d2a9c2f", "schemeId": "Ed25519" }, { "verifyKey": "1d13c5e8ca89c4fc0ef7e56e3bcec776490eb364a687c0769540fe2d59fc1b2c", "schemeId": "Ed25519" }, { "verifyKey": "e9f9715686673769091df75ed0579976b82e83f73cc3559748c2e9627014d6d8", "schemeId": "Ed25519" } ], "threshold": 3 } }, "updateQueues": { "mintDistribution": { "nextSequenceNumber": 1, "queue": [] }, "rootKeys": { "nextSequenceNumber": 1, "queue": [] }, "addAnonymityRevoker": { "nextSequenceNumber": 1, "queue": [] }, "transactionFeeDistribution": { "nextSequenceNumber": 1, "queue": [] }, "bakerStakeThreshold": { "nextSequenceNumber": 1, "queue": [] }, "level2Keys": { "nextSequenceNumber": 1, "queue": [] }, "microGTUPerEuro": { "nextSequenceNumber": 1, "queue": [] }, "protocol": { "nextSequenceNumber": 2, "queue": [] }, "addIdentityProvider": { "nextSequenceNumber": 1, "queue": [] }, "gasRewards": { "nextSequenceNumber": 1, "queue": [] }, "foundationAccount": { "nextSequenceNumber": 1, "queue": [] }, "electionDifficulty": { "nextSequenceNumber": 1, "queue": [] }, "euroPerEnergy": { "nextSequenceNumber": 1, "queue": [] }, "level1Keys": { "nextSequenceNumber": 1, "queue": [] } } }, "transactionSummaries": [ { "hash": "1623fb1b65720bbf34b7d9c47818af49e7c4610eaf6f1e241ba1208d1e5d94bb", "sender": "4PXJrvKGKb1YZt2Vua3mSDThqUU2EChweuydsFtVFtvDDr585H", "cost": "92200", "energyCost": 922, "result": { "events": [ { "amount": "1000000", "tag": "Transferred", "to": { "address": "48RDnoQaCKwy8xteebgLCDdX8qACa3WB5GnfuGMpCDfB2UfdL4", "type": "AddressAccount" }, "from": { "address": "4PXJrvKGKb1YZt2Vua3mSDThqUU2EChweuydsFtVFtvDDr585H", "type": "AddressAccount" } }, { "memo": "aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa", "tag": "TransferMemo" } ], "outcome": "success" }, "type": { "contents": "transferWithMemo", "type": "accountTransaction" }, "index": 0 } ] } """

38020

module Explorer.Stubs exposing (..) blockSummaryStubs = [ ( "allTransactions: The most comprehensive transactions example we have, mostly generated by the `debugTestFullProvision` helper function in middleware, with some manual additional transaction types added. Includes example of finalization record." , getBlockSummaryAllTransactionsStub ) , ( "sc module deploys: example from the SC demo", getBlockSummaryContractDeploysStub ) , ( "failure", getBlockSummaryFailureStub ) , ( "rstub", getBlockSummaryResponseStub ) ] getBlockSummaryAllTransactionsStub = """ { "specialEvents": [ { "bakerId": 1, "rewardAmount": 12463, "bakerAccount": "<KEY>" } ], "finalizationData":{ "finalizationIndex":3, "finalizers":[ { "bakerId":0, "signed":true, "weight":1200000000135 }, { "bakerId":1, "signed":false, "weight":800000000005 }, { "bakerId":2, "signed":false, "weight":1200000000000 }, { "bakerId":3, "signed":true, "weight":800000000000 }, { "bakerId":4, "signed":true, "weight":1200000000000 } ], "finalizationDelay":0, "finalizationBlockPointer":"847e0c5037f8eedf3e5b5c932e4ebcb0b5ad9deaa986d83a165d8712594e0e1d" }, "transactionSummaries": [ { "hash": "d1aeaedec44266f044a230ad7bd9339a992418fbcd11a3217686f6854<KEY>1816<KEY>", "sender": null, "cost": 0, "energyCost": 35000, "result": { "events": [ { "tag": "AccountCreated", "contents": "3ADz9qYiEzeui5ccMC7CCHrdsWArV4T45ktGhyt2CnUK4BL4U6" }, { "tag": "CredentialDeployed", "regId": "<KEY>", "account": "<KEY>" } ], "outcome": "success" }, "type": null, "index": 0 }, { "hash": "4b7e1b22ff9365e29c57d7f85a0fd7a7dd3c50245cb9d04c560c520298013c3f", "sender": "43TULx3kDPDeQy1C1iLwBbS5EEV96cYPw5ZRdA9Dm4D23hxGZt", "cost": 165, "energyCost": 165, "result": { "events": [ { "amount": 1000000, "tag": "Transferred", "to": { "address": "43TULx3kDPDeQy1C1iLwBbS5EEV96cYPw5ZRdA9Dm4D23hxGZt", "type": "AddressAccount" }, "from": { "address": "<KEY>", "type": "AddressAccount" } } ], "outcome": "success" }, "type": "transfer", "index": 0 }, { "hash": "5292c68df8787b3b22a61397edc3fc04858d4112e770ee7674e80751254d6f27", "sender": "<KEY>", "cost": 59, "energyCost": 59, "result": { "outcome": "reject", "rejectReason": { "tag": "AmountTooLarge", "contents": [ { "address": "3<KEY>", "type": "AddressAccount" }, 200000000 ] } }, "type": "transfer", "index": 0 }, { "hash": "15c2c8a0a9d496630dff603d4d404a6912d96215755884522798092bc179de5b", "sender": "<KEY>", "cost": 265, "energyCost": 265, "result": { "events": [ { "tag": "StakeDelegated", "account": "<KEY>YPw<KEY>Z<KEY>4D<KEY>3<KEY>t", "baker": 0 } ], "outcome": "success" }, "type": "delegateStake", "index": 1 }, { "hash": "ae13d5677cdcbd90fad54e9768f4f1f4c44610c45af1c2ca0481119d47c8a2bb", "sender": "<KEY>", "cost": 265, "energyCost": 265, "result": { "events": [ { "tag": "StakeDelegated", "account": "<KEY>", "baker": 0 } ], "outcome": "success" }, "type": "delegateStake", "index": 2 }, { "hash": "73513777db8519ef5b71a0bd06a1b06bd705bf06e62737fa563ed75e20fcec27", "sender": "<KEY>", "cost": 3167, "energyCost": 3167, "result": { "events": [ { "tag": "BakerAdded", "contents": 5 } ], "outcome": "success" }, "type": "addBaker", "index": 3 }, { "hash": "affc03c8211ea90cb72143e5c44eff7e55089668af8e64bd6b978ef7cfac39c7", "sender": "<KEY>", "cost": 265, "energyCost": 265, "result": { "outcome": "reject", "rejectReason": { "tag": "InvalidStakeDelegationTarget", "contents": 12312312312 } }, "type": "delegateStake", "index": 4 }, { "hash": "2b40fc10934a371e9d23dead69435d834aa725ebc418b6631abb49b5f808a07c", "sender": "<KEY>", "cost": 166, "energyCost": 166, "result": { "outcome": "reject", "rejectReason": { "tag": "SerializationFailure" } }, "type": null, "index": 5 }, { "hash": "8841d4dd1da2875b63d829be55fc5441adba2efa2baaed3b1228601e25bc2bb2", "sender": "<KEY>", "cost": 165, "energyCost": 165, "result": { "outcome": "reject", "rejectReason": { "tag": "SerializationFailure" } }, "type": null, "index": 6 }, { "hash": "5257c01e5f42a0afcead07149a47416<KEY>", "sender": "<KEY>3T<KEY>3kDPDeQy1C1iLwBbS5EEV96cYPw5ZRdA9Dm4D23hxGZt", "cost": 165, "energyCost": 165, "result": { "outcome": "reject", "rejectReason": { "tag": "InvalidBakerRemoveSource", "contents": "43TULx3kDPDeQy1C1iLwBbS5EEV96cYPw5ZRdA9Dm4D23hxGZt" } }, "type": "removeBaker", "index": 7 }, { "hash": "2a0a5ea99e9f091a3704c7fa8d163e971f32d2a591060cdeab4a02790f7cf4ad", "sender": "<KEY>", "cost": 2705, "energyCost": 2705, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "69f895cec649178d771b016019912e84bbc659ef35e132585cb5a358b7f7ffb0" } ], "outcome": "success" }, "type": "deployModule", "index": 0 }, { "hash": "0b04e5f0e2969ea2961cc0667d48cc17166f3ad84e1cd5900d85d79e63919bd3", "sender": "<KEY>", "cost": 1527, "energyCost": 1527, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "33f8832053c36b443084040537f11a66527bc1446a0aa41704ddf06e44093455" } ], "outcome": "success" }, "type": "deployModule", "index": 1 }, { "cost": 3031, "energyCost": 3031, "hash": "0a75fdac33df28b8ae17fead28f837cb28ae23999cdb81bd5f9b7993e24cc204", "index": 0, "result": { "events": [ { "address": { "index": 0, "subindex": 0 }, "amount": 0, "name": 200, "ref": "7d6b63bde558564b77070bf1da85c56e7fd9f006ef8d0923d19689577614dd2d", "tag": "ContractInitialized" } ], "outcome": "success" }, "sender": "<KEY>", "type": "initContract" }, { "hash": "a633a418a26353989dec0e813353984892976e3c821bfac5cddee9850ce7bf9e", "sender": "3<KEY>", "cost": 464, "energyCost": 464, "result": { "events": [ { "amount": 10, "tag": "Updated", "instigator": { "address": "3Lqzxro<KEY>xGGBu<KEY>o<KEY>", "type": "AddressAccount" }, "address": { "subindex": 0, "index": 0 }, "message": "ExprMessage (Let (LetForeign (Imported 7d6b63bde558564b77070bf1da85c56e7fd9f006ef8d0923d19689577614dd2d (Name 130)) (Linked (Constructor (Name 130))) (Atom (BoundVar (Reference (-1))))) (Let (Constructor (Name 1)) (App (Reference 0) [BoundVar (Reference 1)])))" } ], "outcome": "success" }, "type": "update", "index": 0 } ] } """ getBlockSummaryContractDeploysStub = """ { "specialEvents": [ { "bakerId": 3, "rewardAmount": 35984, "bakerAccount": "<KEY>" } ], "transactionSummaries": [ { "hash": "2a0a5ea99e9f091a3704c7fa8d163e971f32d2a591060cdeab4a02790f7cf4ad", "sender": "3<KEY>", "cost": 2705, "energyCost": 2705, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "69f895cec649178d771b016019912e84bbc659ef35e132585cb5a358b7f7ffb0" } ], "outcome": "success" }, "type": "deployModule", "index": 0 }, { "hash": "0b04e5f0e2969ea2961cc0667d48cc17166f3ad84e1cd5900d85d79e63919bd3", "sender": "3LqzxroRTxGGBuhyoH5CzSyUvrgvhX1tPPCLVZz8QQ9ZmbrmcZ", "cost": 1527, "energyCost": 1527, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "33f8832053c36b443084040537f11a66527bc1446a0aa41704ddf06e44093455" } ], "outcome": "success" }, "type": "deployModule", "index": 1 }, { "hash": "21585869b20629a5fb13eaa40e4d488e6c458d8609e994194b6c4c0cd78ded50", "sender": "3LqzxroRTxGGBuhyoH5CzSyUvrgvhX1tPPCLVZz8QQ9ZmbrmcZ", "cost": 1365, "energyCost": 1365, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "73310b972c101c4ec69e6eb427ebc843d5483f4adb771d1dc711f8de5ebaced4" } ], "outcome": "success" }, "type": "deployModule", "index": 2 }, { "hash": "b5fba16ba8bb959bab172beb8939700e28d043689e6fd08023034d3a2e3d5168", "sender": "<KEY>", "cost": 1558, "energyCost": 1558, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "73e1ebc954909b336a9c08443fff079e75956e7c0f314c4ad56b8bcfebaef8c4" } ], "outcome": "success" }, "type": "deployModule", "index": 3 }, { "hash": "e91402ac563df428372a23ab83a26224696d89c14d8ab1f69623f5ca05efce98", "sender": "<KEY>", "cost": 4890, "energyCost": 4890, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "3aa516e0b15327d7427b9acf7600c3e0376f65eeef7187975be38df70e0ab3e6" } ], "outcome": "success" }, "type": "deployModule", "index": 4 }, { "hash": "bac1fb11f121a88431c146acf2b5514cb723629d553f384b1c9691470b7648fe", "sender": "<KEY>", "cost": 657, "energyCost": 657, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "6a1ece5ea0d5a25bcf6e53f6e7bb4cf2b5a8cabaa8b58ba30a454e3582b26007" } ], "outcome": "success" }, "type": "deployModule", "index": 5 }, { "hash": "7df554bb85448d8cc2cc9ed11b9eac348f56105e408ffb34c987c1781cc7bace", "sender": "<KEY>", "cost": 1417, "energyCost": 1417, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "ec79b0b4ab8f91247b271af307e8d0ae7f8c6cff7bcd9ca63d214116a01aa876" } ], "outcome": "success" }, "type": "deployModule", "index": 6 }, { "hash": "404311b6f25efff232<KEY>", "sender": "<KEY>", "cost": 3055, "energyCost": 3055, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "7d6b63bde558564b77070bf1da85c56e7fd9f006ef8d0923d19689577614dd2d" } ], "outcome": "success" }, "type": "deployModule", "index": 7 }, { "hash": "7c1dac909a4f49a74d80976467eecbbe641f142197747dd5e470f22167641474", "sender": "<KEY>", "cost": 3479, "energyCost": 3479, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "1e4a518694fba2bd3edecec2aaac166edf2b65b59c0c6900e26637b73a7fbb2b" } ], "outcome": "success" }, "type": "deployModule", "index": 8 }, { "hash": "4aa521cb1733ef27a78151d698a8c460c69af9f2a4d4619497b7cea73a11264f", "sender": "3LqzxroRTxGGBuhyoH5CzSyUvrgvhX1tPPCLVZz8QQ9ZmbrmcZ", "cost": 1775, "energyCost": 1775, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "6e33fddc0a95324af4510964827c02c87cf403255cb8f7baae90786625133a3a" } ], "outcome": "success" }, "type": "deployModule", "index": 9 } ] } """ getBlockSummaryFailureStub = """ { "specialEvents": [ { "bakerId": 2, "rewardAmount": 1751, "bakerAccount": "<KEY>" } ], "transactionSummaries": [ { "hash": "0ada4e64558bb99a3607647c490f39083f44c709e654d689d8bf3fb343a95961", "sender": "43TULx3kDPDeQy1C1iLwBbS5EEV96cYPw5ZRdA9Dm4D23hxGZt", "cost": 165, "result": { "outcome": "reject", "rejectReason": { "tag": "InvalidAccountReference", "contents": "3Es2U5gMdKrqJdXSUVzgW4KUosJ91AxfsAuvKx5tKE9P2SvjVk" } }, "energyCost": 165, "type": "transfer", "index": 0 } ] } """ getBlockSummaryResponseStub = """ { "specialEvents": [ { "bakerId": 4, "rewardAmount": 207, "bakerAccount": "<KEY>" } ], "transactionSummaries": [ { "hash": "ae3154e1ee8a64d9e9718e57fbc979175be2ee8526b23fcddab2d626ebaeb72d", "sender": null, "cost": 0, "result": { "events": [ { "tag": "AccountCreated", "contents": "3P2Qsi8FeMB6AijMi3kpD9FrcFfAkoHDMu8kf7Fbd3cYYJpk2s" }, { "tag": "CredentialDeployed", "regId": "<KEY>", "account": "<KEY>" } ], "outcome": "success" }, "energyCost": 35000, "type": null, "index": 0 }, { "hash": "2ecde309ea6b48cebfbb73eb1ee3364c4f10330955a4a13acb7d87076461ab2d", "sender": "4KYJHs49FX7tPD2pFY2whbfZ8AjupEtX8yNSLwWMFQFUZgRobL", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "<KEY>", "type": "AddressAccount" }, "from": { "address": "<KEY>", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "dba5e4bafc7d2201cc23d30f288e276b5305b0722a74d0ac1fe1f6b15d1496a2", "sender": "<KEY>", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "<KEY>", "type": "AddressAccount" }, "from": { "address": "<KEY>", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "f59897e5be69ecd5ed5843a10d74ee2b652064bd5077b853e6b324c23683af7b", "sender": "4<KEY>", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "4<KEY>", "type": "AddressAccount" }, "from": { "address": "4<KEY>", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "f49899ac815b01a9f6e49c4d1fc926c511fcd3cc453c1307a504ef937a4fe8b5", "sender": "<KEY>", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "4<KEY>", "type": "AddressContract" }, "from": { "address": "4KY<KEY>", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "3ad7e0a0e3ed193bfba065c83704ae5bf84837255ac720565479afab81767c96", "sender": "<KEY>", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "<KEY>", "type": "AddressAccount" }, "from": { "address": "4<KEY>", "type": "AddressContract" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "d3b0cdeab57dc4d5e6b1faa1e4915ddfc2d025655775254e7124ae031688d9d8", "sender": "<KEY>", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "<KEY>", "type": "AddressAccount" }, "from": { "address": "<KEY>", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "bf6e33703977ce94caa918911f63b04654da0047454c484be9c80b487cc142c5", "sender": "<KEY>", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "<KEY>", "type": "AddressAccount" }, "from": { "address": "<KEY>", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "8781b249f4629f0ca9789fe143bfd4031208a7bfcca0ade9dd9f63ae8dac317d", "sender": "<KEY>", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "<KEY>", "type": "AddressAccount" }, "from": { "address": "<KEY>", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "41e6c23be80ab1151697ad16a4427268b0fd5440af0bb7bee4b330648669b164", "sender": "<KEY>", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "4<KEY>", "type": "AddressAccount" }, "from": { "address": "4<KEY>", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "71b1e81a467f038102b4028f62f1d75324b3f523472b89c583fdac918e762560", "sender": "<KEY>", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "4<KEY>L", "type": "AddressAccount" }, "from": { "address": "4<KEY>L", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "5298e7d571852da5c030c15b1513405c365111315efbc062a9d0f9082d1d5e6f", "sender": "<KEY>", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "4KY<KEY>L", "type": "AddressAccount" }, "from": { "address": "4<KEY>L", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "c7487dc3ee7cd097636badc9c21771d2a62a37052be8204078f516583cb5320e", "sender": "4<KEY>", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "<KEY>", "type": "AddressAccount" }, "from": { "address": "4KYJHs49FX7tPD2pFY2whbfZ8AjupEtX8yNSLwWMFQFUZgRobL", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "dd6871001af51dc048bbae8ceb187c58fb2cf66ba838897b8f527642fb7e552a", "sender": "<KEY>", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "4KYJHs49FX7tPD2pFY2whbfZ8AjupEtX8yNSLwWMFQFUZgRobL", "type": "AddressAccount" }, "from": { "address": "4KYJHs49FX7tPD2pFY2whbfZ8AjupEtX8yNSLwWMFQFUZgRobL", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "fc2ee2cd1294f0dc8a0c738c25bc6f762edf2689ee37b22382d9a4b931637ae7", "sender": "4KY<KEY>L", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "<KEY>", "type": "AddressAccount" }, "from": { "address": "<KEY>", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "029681010cdc89383926d32017af7e51357f66b33f1527396f0af63b5b9a3e6c", "sender": "<KEY>", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "<KEY>", "type": "AddressAccount" }, "from": { "address": "<KEY>", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "64fbd260407f681292cc4931f8c3d7edb034574c172a90f1923188751fb6775a", "sender": "<KEY>", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "<KEY>", "type": "AddressAccount" }, "from": { "address": "4<KEY>", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "5cc3ec13c9844456d8b65f0534dca943a4ece1b12c1ca0f8f5a2936c7e260722", "sender": "<KEY>", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "<KEY>", "type": "AddressAccount" }, "from": { "address": "<KEY>", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "5a9c8dd2b90b7943a48<KEY>", "sender": "<KEY>", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "<KEY>", "type": "AddressAccount" }, "from": { "address": "<KEY>", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "16672379084db2866db4564e0c42103d3f6edcdfedee6b9ce5f520b9aef78ea7", "sender": "<KEY>", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "<KEY>", "type": "AddressAccount" }, "from": { "address": "<KEY>", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "de7eecba63d94c7810126cc325d6cf43d9382d8d2fed680202140fe97e91fe76", "sender": "<KEY>", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "<KEY>", "type": "AddressAccount" }, "from": { "address": "<KEY>", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" } ] } """ {-| This block summary response was used to test that unusally long words in the transaction memo of an event are displayed correctly. -} getBlockSummaryLongMemoStub = """ { "finalizationData": { "finalizationIndex": 40851, "finalizers": [ { "bakerId": 0, "signed": true, "weight": 3000000000000 }, { "bakerId": 1, "signed": true, "weight": 3000000000000 }, { "bakerId": 2, "signed": true, "weight": 3000000000000 }, { "bakerId": 3, "signed": true, "weight": 3000000000000 }, { "bakerId": 4, "signed": true, "weight": 3000000000000 }, { "bakerId": 15, "signed": true, "weight": 300292749406 }, { "bakerId": 42, "signed": false, "weight": 300143881109 } ], "finalizationDelay": 0, "finalizationBlockPointer": "e784294b2393ceedc1f5c8d9169591bd99dedc0564b8362852a2990f0cebfe00" }, "specialEvents": [ { "tag": "Mint", "foundationAccount": "<KEY>", "mintPlatformDevelopmentCharge": "138171", "mintFinalizationReward": "414508", "mintBakingReward": "829017" }, { "remainder": "5", "tag": "FinalizationRewards", "finalizationRewards": [ { "amount": "79711", "address": "<KEY>" }, { "amount": "79711", "address": "<KEY>" }, { "amount": "79711", "address": "<KEY>" }, { "amount": "7974", "address": "<KEY>" }, { "amount": "79711", "address": "<KEY>" }, { "amount": "7978", "address": "<KEY>" }, { "amount": "79711", "address": "<KEY>" } ] }, { "tag": "BlockReward", "bakerReward": "41914", "newGASAccount": "<KEY>", "baker": "<KEY>", "foundationAccount": "<KEY>", "oldGASAccount": "1<KEY>", "foundationCharge": "9220", "transactionFees": "92200" } ], "updates": { "chainParameters": { "minimumThresholdForBaking": "300000000000", "rewardParameters": { "mintDistribution": { "mintPerSlot": 7.555665e-10, "bakingReward": 0.6, "finalizationReward": 0.3 }, "transactionFeeDistribution": { "gasAccount": 0.45, "baker": 0.45 }, "gASRewards": { "chainUpdate": 5.0e-3, "accountCreation": 2.0e-3, "baker": 0.25, "finalizationProof": 5.0e-3 } }, "microGTUPerEuro": { "denominator": 1, "numerator": 100000000 }, "foundationAccountIndex": 5, "accountCreationLimit": 10, "bakerCooldownEpochs": 1, "electionDifficulty": 2.5e-2, "euroPerEnergy": { "denominator": 1000000, "numerator": 1 } }, "keys": { "rootKeys": { "keys": [ { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" } ], "threshold": 3 }, "level2Keys": { "mintDistribution": { "threshold": 3, "authorizedKeys": [ 17, 18, 19, 20, 21 ] }, "addAnonymityRevoker": { "threshold": 3, "authorizedKeys": [ 37, 38, 39, 40, 41 ] }, "transactionFeeDistribution": { "threshold": 3, "authorizedKeys": [ 22, 23, 24, 25, 26 ] }, "bakerStakeThreshold": { "threshold": 3, "authorizedKeys": [ 32, 33, 34, 35, 36 ] }, "microGTUPerEuro": { "threshold": 1, "authorizedKeys": [ 11 ] }, "protocol": { "threshold": 2, "authorizedKeys": [ 5, 6, 7 ] }, "addIdentityProvider": { "threshold": 3, "authorizedKeys": [ 4<KEY>, 43, 44, 45, 46 ] }, "paramGASRewards": { "threshold": 3, "authorizedKeys": [ 27, 28, 29, 30, 31 ] }, "emergency": { "threshold": 3, "authorizedKeys": [ 0, 1, 2, 3, 4 ] }, "keys": [ { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>7<KEY>", "schemeId": "Ed25519" } ], "foundationAccount": { "threshold": 3, "authorizedKeys": [ 12, 13, 14, 15, 16 ] }, "electionDifficulty": { "threshold": 2, "authorizedKeys": [ 8, 9, 1<KEY> ] }, "euroPerEnergy": { "threshold": 2, "authorizedKeys": [ <KEY>, 9, 10 ] } }, "level1Keys": { "keys": [ { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>", "schemeId": "Ed25519" }, { "verifyKey": "<KEY>75ed0579976b82e83f73cc3559748c2e9627014d6d8", "schemeId": "Ed25519" } ], "threshold": 3 } }, "updateQueues": { "mintDistribution": { "nextSequenceNumber": 1, "queue": [] }, "rootKeys": { "nextSequenceNumber": 1, "queue": [] }, "addAnonymityRevoker": { "nextSequenceNumber": 1, "queue": [] }, "transactionFeeDistribution": { "nextSequenceNumber": 1, "queue": [] }, "bakerStakeThreshold": { "nextSequenceNumber": 1, "queue": [] }, "level2Keys": { "nextSequenceNumber": 1, "queue": [] }, "microGTUPerEuro": { "nextSequenceNumber": 1, "queue": [] }, "protocol": { "nextSequenceNumber": 2, "queue": [] }, "addIdentityProvider": { "nextSequenceNumber": 1, "queue": [] }, "gasRewards": { "nextSequenceNumber": 1, "queue": [] }, "foundationAccount": { "nextSequenceNumber": 1, "queue": [] }, "electionDifficulty": { "nextSequenceNumber": 1, "queue": [] }, "euroPerEnergy": { "nextSequenceNumber": 1, "queue": [] }, "level1Keys": { "nextSequenceNumber": 1, "queue": [] } } }, "transactionSummaries": [ { "hash": "1623fb1b65720bbf34b7d9c47818af49e7c4610eaf6f1e241ba1208d1e5d94bb", "sender": "4PXJrvKGKb1YZt2Vua3mSDThqUU2EChweuydsFtVFtvDDr585H", "cost": "92200", "energyCost": 922, "result": { "events": [ { "amount": "1000000", "tag": "Transferred", "to": { "address": "48RDnoQaCKwy8xteebgLCDdX8qACa3WB5GnfuGMpCDfB2UfdL4", "type": "AddressAccount" }, "from": { "address": "4PXJrvKGKb1YZt2V<KEY>3mSDTh<KEY>UU2EChweuydsFtVFtvDDr585H", "type": "AddressAccount" } }, { "memo": "aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa", "tag": "TransferMemo" } ], "outcome": "success" }, "type": { "contents": "transferWithMemo", "type": "accountTransaction" }, "index": 0 } ] } """

module Explorer.Stubs exposing (..) blockSummaryStubs = [ ( "allTransactions: The most comprehensive transactions example we have, mostly generated by the `debugTestFullProvision` helper function in middleware, with some manual additional transaction types added. Includes example of finalization record." , getBlockSummaryAllTransactionsStub ) , ( "sc module deploys: example from the SC demo", getBlockSummaryContractDeploysStub ) , ( "failure", getBlockSummaryFailureStub ) , ( "rstub", getBlockSummaryResponseStub ) ] getBlockSummaryAllTransactionsStub = """ { "specialEvents": [ { "bakerId": 1, "rewardAmount": 12463, "bakerAccount": "PI:KEY:<KEY>END_PI" } ], "finalizationData":{ "finalizationIndex":3, "finalizers":[ { "bakerId":0, "signed":true, "weight":1200000000135 }, { "bakerId":1, "signed":false, "weight":800000000005 }, { "bakerId":2, "signed":false, "weight":1200000000000 }, { "bakerId":3, "signed":true, "weight":800000000000 }, { "bakerId":4, "signed":true, "weight":1200000000000 } ], "finalizationDelay":0, "finalizationBlockPointer":"847e0c5037f8eedf3e5b5c932e4ebcb0b5ad9deaa986d83a165d8712594e0e1d" }, "transactionSummaries": [ { "hash": "d1aeaedec44266f044a230ad7bd9339a992418fbcd11a3217686f6854PI:KEY:<KEY>END_PI1816PI:KEY:<KEY>END_PI", "sender": null, "cost": 0, "energyCost": 35000, "result": { "events": [ { "tag": "AccountCreated", "contents": "3ADz9qYiEzeui5ccMC7CCHrdsWArV4T45ktGhyt2CnUK4BL4U6" }, { "tag": "CredentialDeployed", "regId": "PI:KEY:<KEY>END_PI", "account": "PI:KEY:<KEY>END_PI" } ], "outcome": "success" }, "type": null, "index": 0 }, { "hash": "4b7e1b22ff9365e29c57d7f85a0fd7a7dd3c50245cb9d04c560c520298013c3f", "sender": "43TULx3kDPDeQy1C1iLwBbS5EEV96cYPw5ZRdA9Dm4D23hxGZt", "cost": 165, "energyCost": 165, "result": { "events": [ { "amount": 1000000, "tag": "Transferred", "to": { "address": "43TULx3kDPDeQy1C1iLwBbS5EEV96cYPw5ZRdA9Dm4D23hxGZt", "type": "AddressAccount" }, "from": { "address": "PI:KEY:<KEY>END_PI", "type": "AddressAccount" } } ], "outcome": "success" }, "type": "transfer", "index": 0 }, { "hash": "5292c68df8787b3b22a61397edc3fc04858d4112e770ee7674e80751254d6f27", "sender": "PI:KEY:<KEY>END_PI", "cost": 59, "energyCost": 59, "result": { "outcome": "reject", "rejectReason": { "tag": "AmountTooLarge", "contents": [ { "address": "3PI:KEY:<KEY>END_PI", "type": "AddressAccount" }, 200000000 ] } }, "type": "transfer", "index": 0 }, { "hash": "15c2c8a0a9d496630dff603d4d404a6912d96215755884522798092bc179de5b", "sender": "PI:KEY:<KEY>END_PI", "cost": 265, "energyCost": 265, "result": { "events": [ { "tag": "StakeDelegated", "account": "PI:KEY:<KEY>END_PIYPwPI:KEY:<KEY>END_PIZPI:KEY:<KEY>END_PI4DPI:KEY:<KEY>END_PI3PI:KEY:<KEY>END_PIt", "baker": 0 } ], "outcome": "success" }, "type": "delegateStake", "index": 1 }, { "hash": "ae13d5677cdcbd90fad54e9768f4f1f4c44610c45af1c2ca0481119d47c8a2bb", "sender": "PI:KEY:<KEY>END_PI", "cost": 265, "energyCost": 265, "result": { "events": [ { "tag": "StakeDelegated", "account": "PI:KEY:<KEY>END_PI", "baker": 0 } ], "outcome": "success" }, "type": "delegateStake", "index": 2 }, { "hash": "73513777db8519ef5b71a0bd06a1b06bd705bf06e62737fa563ed75e20fcec27", "sender": "PI:KEY:<KEY>END_PI", "cost": 3167, "energyCost": 3167, "result": { "events": [ { "tag": "BakerAdded", "contents": 5 } ], "outcome": "success" }, "type": "addBaker", "index": 3 }, { "hash": "affc03c8211ea90cb72143e5c44eff7e55089668af8e64bd6b978ef7cfac39c7", "sender": "PI:KEY:<KEY>END_PI", "cost": 265, "energyCost": 265, "result": { "outcome": "reject", "rejectReason": { "tag": "InvalidStakeDelegationTarget", "contents": 12312312312 } }, "type": "delegateStake", "index": 4 }, { "hash": "2b40fc10934a371e9d23dead69435d834aa725ebc418b6631abb49b5f808a07c", "sender": "PI:KEY:<KEY>END_PI", "cost": 166, "energyCost": 166, "result": { "outcome": "reject", "rejectReason": { "tag": "SerializationFailure" } }, "type": null, "index": 5 }, { "hash": "8841d4dd1da2875b63d829be55fc5441adba2efa2baaed3b1228601e25bc2bb2", "sender": "PI:KEY:<KEY>END_PI", "cost": 165, "energyCost": 165, "result": { "outcome": "reject", "rejectReason": { "tag": "SerializationFailure" } }, "type": null, "index": 6 }, { "hash": "5257c01e5f42a0afcead07149a47416PI:KEY:<KEY>END_PI", "sender": "PI:KEY:<KEY>END_PI3TPI:KEY:<KEY>END_PI3kDPDeQy1C1iLwBbS5EEV96cYPw5ZRdA9Dm4D23hxGZt", "cost": 165, "energyCost": 165, "result": { "outcome": "reject", "rejectReason": { "tag": "InvalidBakerRemoveSource", "contents": "43TULx3kDPDeQy1C1iLwBbS5EEV96cYPw5ZRdA9Dm4D23hxGZt" } }, "type": "removeBaker", "index": 7 }, { "hash": "2a0a5ea99e9f091a3704c7fa8d163e971f32d2a591060cdeab4a02790f7cf4ad", "sender": "PI:KEY:<KEY>END_PI", "cost": 2705, "energyCost": 2705, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "69f895cec649178d771b016019912e84bbc659ef35e132585cb5a358b7f7ffb0" } ], "outcome": "success" }, "type": "deployModule", "index": 0 }, { "hash": "0b04e5f0e2969ea2961cc0667d48cc17166f3ad84e1cd5900d85d79e63919bd3", "sender": "PI:KEY:<KEY>END_PI", "cost": 1527, "energyCost": 1527, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "33f8832053c36b443084040537f11a66527bc1446a0aa41704ddf06e44093455" } ], "outcome": "success" }, "type": "deployModule", "index": 1 }, { "cost": 3031, "energyCost": 3031, "hash": "0a75fdac33df28b8ae17fead28f837cb28ae23999cdb81bd5f9b7993e24cc204", "index": 0, "result": { "events": [ { "address": { "index": 0, "subindex": 0 }, "amount": 0, "name": 200, "ref": "7d6b63bde558564b77070bf1da85c56e7fd9f006ef8d0923d19689577614dd2d", "tag": "ContractInitialized" } ], "outcome": "success" }, "sender": "PI:KEY:<KEY>END_PI", "type": "initContract" }, { "hash": "a633a418a26353989dec0e813353984892976e3c821bfac5cddee9850ce7bf9e", "sender": "3PI:KEY:<KEY>END_PI", "cost": 464, "energyCost": 464, "result": { "events": [ { "amount": 10, "tag": "Updated", "instigator": { "address": "3LqzxroPI:KEY:<KEY>END_PIxGGBuPI:KEY:<KEY>END_PIoPI:KEY:<KEY>END_PI", "type": "AddressAccount" }, "address": { "subindex": 0, "index": 0 }, "message": "ExprMessage (Let (LetForeign (Imported 7d6b63bde558564b77070bf1da85c56e7fd9f006ef8d0923d19689577614dd2d (Name 130)) (Linked (Constructor (Name 130))) (Atom (BoundVar (Reference (-1))))) (Let (Constructor (Name 1)) (App (Reference 0) [BoundVar (Reference 1)])))" } ], "outcome": "success" }, "type": "update", "index": 0 } ] } """ getBlockSummaryContractDeploysStub = """ { "specialEvents": [ { "bakerId": 3, "rewardAmount": 35984, "bakerAccount": "PI:KEY:<KEY>END_PI" } ], "transactionSummaries": [ { "hash": "2a0a5ea99e9f091a3704c7fa8d163e971f32d2a591060cdeab4a02790f7cf4ad", "sender": "3PI:KEY:<KEY>END_PI", "cost": 2705, "energyCost": 2705, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "69f895cec649178d771b016019912e84bbc659ef35e132585cb5a358b7f7ffb0" } ], "outcome": "success" }, "type": "deployModule", "index": 0 }, { "hash": "0b04e5f0e2969ea2961cc0667d48cc17166f3ad84e1cd5900d85d79e63919bd3", "sender": "3LqzxroRTxGGBuhyoH5CzSyUvrgvhX1tPPCLVZz8QQ9ZmbrmcZ", "cost": 1527, "energyCost": 1527, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "33f8832053c36b443084040537f11a66527bc1446a0aa41704ddf06e44093455" } ], "outcome": "success" }, "type": "deployModule", "index": 1 }, { "hash": "21585869b20629a5fb13eaa40e4d488e6c458d8609e994194b6c4c0cd78ded50", "sender": "3LqzxroRTxGGBuhyoH5CzSyUvrgvhX1tPPCLVZz8QQ9ZmbrmcZ", "cost": 1365, "energyCost": 1365, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "73310b972c101c4ec69e6eb427ebc843d5483f4adb771d1dc711f8de5ebaced4" } ], "outcome": "success" }, "type": "deployModule", "index": 2 }, { "hash": "b5fba16ba8bb959bab172beb8939700e28d043689e6fd08023034d3a2e3d5168", "sender": "PI:KEY:<KEY>END_PI", "cost": 1558, "energyCost": 1558, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "73e1ebc954909b336a9c08443fff079e75956e7c0f314c4ad56b8bcfebaef8c4" } ], "outcome": "success" }, "type": "deployModule", "index": 3 }, { "hash": "e91402ac563df428372a23ab83a26224696d89c14d8ab1f69623f5ca05efce98", "sender": "PI:KEY:<KEY>END_PI", "cost": 4890, "energyCost": 4890, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "3aa516e0b15327d7427b9acf7600c3e0376f65eeef7187975be38df70e0ab3e6" } ], "outcome": "success" }, "type": "deployModule", "index": 4 }, { "hash": "bac1fb11f121a88431c146acf2b5514cb723629d553f384b1c9691470b7648fe", "sender": "PI:KEY:<KEY>END_PI", "cost": 657, "energyCost": 657, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "6a1ece5ea0d5a25bcf6e53f6e7bb4cf2b5a8cabaa8b58ba30a454e3582b26007" } ], "outcome": "success" }, "type": "deployModule", "index": 5 }, { "hash": "7df554bb85448d8cc2cc9ed11b9eac348f56105e408ffb34c987c1781cc7bace", "sender": "PI:KEY:<KEY>END_PI", "cost": 1417, "energyCost": 1417, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "ec79b0b4ab8f91247b271af307e8d0ae7f8c6cff7bcd9ca63d214116a01aa876" } ], "outcome": "success" }, "type": "deployModule", "index": 6 }, { "hash": "404311b6f25efff232PI:KEY:<KEY>END_PI", "sender": "PI:KEY:<KEY>END_PI", "cost": 3055, "energyCost": 3055, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "7d6b63bde558564b77070bf1da85c56e7fd9f006ef8d0923d19689577614dd2d" } ], "outcome": "success" }, "type": "deployModule", "index": 7 }, { "hash": "7c1dac909a4f49a74d80976467eecbbe641f142197747dd5e470f22167641474", "sender": "PI:KEY:<KEY>END_PI", "cost": 3479, "energyCost": 3479, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "1e4a518694fba2bd3edecec2aaac166edf2b65b59c0c6900e26637b73a7fbb2b" } ], "outcome": "success" }, "type": "deployModule", "index": 8 }, { "hash": "4aa521cb1733ef27a78151d698a8c460c69af9f2a4d4619497b7cea73a11264f", "sender": "3LqzxroRTxGGBuhyoH5CzSyUvrgvhX1tPPCLVZz8QQ9ZmbrmcZ", "cost": 1775, "energyCost": 1775, "result": { "events": [ { "tag": "ModuleDeployed", "contents": "6e33fddc0a95324af4510964827c02c87cf403255cb8f7baae90786625133a3a" } ], "outcome": "success" }, "type": "deployModule", "index": 9 } ] } """ getBlockSummaryFailureStub = """ { "specialEvents": [ { "bakerId": 2, "rewardAmount": 1751, "bakerAccount": "PI:KEY:<KEY>END_PI" } ], "transactionSummaries": [ { "hash": "0ada4e64558bb99a3607647c490f39083f44c709e654d689d8bf3fb343a95961", "sender": "43TULx3kDPDeQy1C1iLwBbS5EEV96cYPw5ZRdA9Dm4D23hxGZt", "cost": 165, "result": { "outcome": "reject", "rejectReason": { "tag": "InvalidAccountReference", "contents": "3Es2U5gMdKrqJdXSUVzgW4KUosJ91AxfsAuvKx5tKE9P2SvjVk" } }, "energyCost": 165, "type": "transfer", "index": 0 } ] } """ getBlockSummaryResponseStub = """ { "specialEvents": [ { "bakerId": 4, "rewardAmount": 207, "bakerAccount": "PI:KEY:<KEY>END_PI" } ], "transactionSummaries": [ { "hash": "ae3154e1ee8a64d9e9718e57fbc979175be2ee8526b23fcddab2d626ebaeb72d", "sender": null, "cost": 0, "result": { "events": [ { "tag": "AccountCreated", "contents": "3P2Qsi8FeMB6AijMi3kpD9FrcFfAkoHDMu8kf7Fbd3cYYJpk2s" }, { "tag": "CredentialDeployed", "regId": "PI:KEY:<KEY>END_PI", "account": "PI:KEY:<KEY>END_PI" } ], "outcome": "success" }, "energyCost": 35000, "type": null, "index": 0 }, { "hash": "2ecde309ea6b48cebfbb73eb1ee3364c4f10330955a4a13acb7d87076461ab2d", "sender": "4KYJHs49FX7tPD2pFY2whbfZ8AjupEtX8yNSLwWMFQFUZgRobL", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "PI:KEY:<KEY>END_PI", "type": "AddressAccount" }, "from": { "address": "PI:KEY:<KEY>END_PI", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "dba5e4bafc7d2201cc23d30f288e276b5305b0722a74d0ac1fe1f6b15d1496a2", "sender": "PI:KEY:<KEY>END_PI", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "PI:KEY:<KEY>END_PI", "type": "AddressAccount" }, "from": { "address": "PI:KEY:<KEY>END_PI", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "f59897e5be69ecd5ed5843a10d74ee2b652064bd5077b853e6b324c23683af7b", "sender": "4PI:KEY:<KEY>END_PI", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "4PI:KEY:<KEY>END_PI", "type": "AddressAccount" }, "from": { "address": "4PI:KEY:<KEY>END_PI", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "f49899ac815b01a9f6e49c4d1fc926c511fcd3cc453c1307a504ef937a4fe8b5", "sender": "PI:KEY:<KEY>END_PI", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "4PI:KEY:<KEY>END_PI", "type": "AddressContract" }, "from": { "address": "4KYPI:KEY:<KEY>END_PI", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "3ad7e0a0e3ed193bfba065c83704ae5bf84837255ac720565479afab81767c96", "sender": "PI:KEY:<KEY>END_PI", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "PI:KEY:<KEY>END_PI", "type": "AddressAccount" }, "from": { "address": "4PI:KEY:<KEY>END_PI", "type": "AddressContract" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "d3b0cdeab57dc4d5e6b1faa1e4915ddfc2d025655775254e7124ae031688d9d8", "sender": "PI:KEY:<KEY>END_PI", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "PI:KEY:<KEY>END_PI", "type": "AddressAccount" }, "from": { "address": "PI:KEY:<KEY>END_PI", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "bf6e33703977ce94caa918911f63b04654da0047454c484be9c80b487cc142c5", "sender": "PI:KEY:<KEY>END_PI", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "PI:KEY:<KEY>END_PI", "type": "AddressAccount" }, "from": { "address": "PI:KEY:<KEY>END_PI", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "8781b249f4629f0ca9789fe143bfd4031208a7bfcca0ade9dd9f63ae8dac317d", "sender": "PI:KEY:<KEY>END_PI", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "PI:KEY:<KEY>END_PI", "type": "AddressAccount" }, "from": { "address": "PI:KEY:<KEY>END_PI", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "41e6c23be80ab1151697ad16a4427268b0fd5440af0bb7bee4b330648669b164", "sender": "PI:KEY:<KEY>END_PI", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "4PI:KEY:<KEY>END_PI", "type": "AddressAccount" }, "from": { "address": "4PI:KEY:<KEY>END_PI", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "71b1e81a467f038102b4028f62f1d75324b3f523472b89c583fdac918e762560", "sender": "PI:KEY:<KEY>END_PI", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "4PI:KEY:<KEY>END_PIL", "type": "AddressAccount" }, "from": { "address": "4PI:KEY:<KEY>END_PIL", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "5298e7d571852da5c030c15b1513405c365111315efbc062a9d0f9082d1d5e6f", "sender": "PI:KEY:<KEY>END_PI", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "4KYPI:KEY:<KEY>END_PIL", "type": "AddressAccount" }, "from": { "address": "4PI:KEY:<KEY>END_PIL", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "c7487dc3ee7cd097636badc9c21771d2a62a37052be8204078f516583cb5320e", "sender": "4PI:KEY:<KEY>END_PI", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "PI:KEY:<KEY>END_PI", "type": "AddressAccount" }, "from": { "address": "4KYJHs49FX7tPD2pFY2whbfZ8AjupEtX8yNSLwWMFQFUZgRobL", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "dd6871001af51dc048bbae8ceb187c58fb2cf66ba838897b8f527642fb7e552a", "sender": "PI:KEY:<KEY>END_PI", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "4KYJHs49FX7tPD2pFY2whbfZ8AjupEtX8yNSLwWMFQFUZgRobL", "type": "AddressAccount" }, "from": { "address": "4KYJHs49FX7tPD2pFY2whbfZ8AjupEtX8yNSLwWMFQFUZgRobL", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "fc2ee2cd1294f0dc8a0c738c25bc6f762edf2689ee37b22382d9a4b931637ae7", "sender": "4KYPI:KEY:<KEY>END_PIL", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "PI:KEY:<KEY>END_PI", "type": "AddressAccount" }, "from": { "address": "PI:KEY:<KEY>END_PI", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "029681010cdc89383926d32017af7e51357f66b33f1527396f0af63b5b9a3e6c", "sender": "PI:KEY:<KEY>END_PI", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "PI:KEY:<KEY>END_PI", "type": "AddressAccount" }, "from": { "address": "PI:KEY:<KEY>END_PI", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "64fbd260407f681292cc4931f8c3d7edb034574c172a90f1923188751fb6775a", "sender": "PI:KEY:<KEY>END_PI", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "PI:KEY:<KEY>END_PI", "type": "AddressAccount" }, "from": { "address": "4PI:KEY:<KEY>END_PI", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "5cc3ec13c9844456d8b65f0534dca943a4ece1b12c1ca0f8f5a2936c7e260722", "sender": "PI:KEY:<KEY>END_PI", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "PI:KEY:<KEY>END_PI", "type": "AddressAccount" }, "from": { "address": "PI:KEY:<KEY>END_PI", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "5a9c8dd2b90b7943a48PI:KEY:<KEY>END_PI", "sender": "PI:KEY:<KEY>END_PI", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "PI:KEY:<KEY>END_PI", "type": "AddressAccount" }, "from": { "address": "PI:KEY:<KEY>END_PI", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "16672379084db2866db4564e0c42103d3f6edcdfedee6b9ce5f520b9aef78ea7", "sender": "PI:KEY:<KEY>END_PI", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "PI:KEY:<KEY>END_PI", "type": "AddressAccount" }, "from": { "address": "PI:KEY:<KEY>END_PI", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" }, { "hash": "de7eecba63d94c7810126cc325d6cf43d9382d8d2fed680202140fe97e91fe76", "sender": "PI:KEY:<KEY>END_PI", "cost": 10, "result": { "events": [ { "amount": 123, "tag": "Transferred", "to": { "address": "PI:KEY:<KEY>END_PI", "type": "AddressAccount" }, "from": { "address": "PI:KEY:<KEY>END_PI", "type": "AddressAccount" } } ], "outcome": "success" }, "energyCost": 10, "type": "transfer" } ] } """ {-| This block summary response was used to test that unusally long words in the transaction memo of an event are displayed correctly. -} getBlockSummaryLongMemoStub = """ { "finalizationData": { "finalizationIndex": 40851, "finalizers": [ { "bakerId": 0, "signed": true, "weight": 3000000000000 }, { "bakerId": 1, "signed": true, "weight": 3000000000000 }, { "bakerId": 2, "signed": true, "weight": 3000000000000 }, { "bakerId": 3, "signed": true, "weight": 3000000000000 }, { "bakerId": 4, "signed": true, "weight": 3000000000000 }, { "bakerId": 15, "signed": true, "weight": 300292749406 }, { "bakerId": 42, "signed": false, "weight": 300143881109 } ], "finalizationDelay": 0, "finalizationBlockPointer": "e784294b2393ceedc1f5c8d9169591bd99dedc0564b8362852a2990f0cebfe00" }, "specialEvents": [ { "tag": "Mint", "foundationAccount": "PI:KEY:<KEY>END_PI", "mintPlatformDevelopmentCharge": "138171", "mintFinalizationReward": "414508", "mintBakingReward": "829017" }, { "remainder": "5", "tag": "FinalizationRewards", "finalizationRewards": [ { "amount": "79711", "address": "PI:KEY:<KEY>END_PI" }, { "amount": "79711", "address": "PI:KEY:<KEY>END_PI" }, { "amount": "79711", "address": "PI:KEY:<KEY>END_PI" }, { "amount": "7974", "address": "PI:KEY:<KEY>END_PI" }, { "amount": "79711", "address": "PI:KEY:<KEY>END_PI" }, { "amount": "7978", "address": "PI:KEY:<KEY>END_PI" }, { "amount": "79711", "address": "PI:KEY:<KEY>END_PI" } ] }, { "tag": "BlockReward", "bakerReward": "41914", "newGASAccount": "PI:KEY:<KEY>END_PI", "baker": "PI:KEY:<KEY>END_PI", "foundationAccount": "PI:KEY:<KEY>END_PI", "oldGASAccount": "1PI:KEY:<KEY>END_PI", "foundationCharge": "9220", "transactionFees": "92200" } ], "updates": { "chainParameters": { "minimumThresholdForBaking": "300000000000", "rewardParameters": { "mintDistribution": { "mintPerSlot": 7.555665e-10, "bakingReward": 0.6, "finalizationReward": 0.3 }, "transactionFeeDistribution": { "gasAccount": 0.45, "baker": 0.45 }, "gASRewards": { "chainUpdate": 5.0e-3, "accountCreation": 2.0e-3, "baker": 0.25, "finalizationProof": 5.0e-3 } }, "microGTUPerEuro": { "denominator": 1, "numerator": 100000000 }, "foundationAccountIndex": 5, "accountCreationLimit": 10, "bakerCooldownEpochs": 1, "electionDifficulty": 2.5e-2, "euroPerEnergy": { "denominator": 1000000, "numerator": 1 } }, "keys": { "rootKeys": { "keys": [ { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" } ], "threshold": 3 }, "level2Keys": { "mintDistribution": { "threshold": 3, "authorizedKeys": [ 17, 18, 19, 20, 21 ] }, "addAnonymityRevoker": { "threshold": 3, "authorizedKeys": [ 37, 38, 39, 40, 41 ] }, "transactionFeeDistribution": { "threshold": 3, "authorizedKeys": [ 22, 23, 24, 25, 26 ] }, "bakerStakeThreshold": { "threshold": 3, "authorizedKeys": [ 32, 33, 34, 35, 36 ] }, "microGTUPerEuro": { "threshold": 1, "authorizedKeys": [ 11 ] }, "protocol": { "threshold": 2, "authorizedKeys": [ 5, 6, 7 ] }, "addIdentityProvider": { "threshold": 3, "authorizedKeys": [ 4PI:KEY:<KEY>END_PI, 43, 44, 45, 46 ] }, "paramGASRewards": { "threshold": 3, "authorizedKeys": [ 27, 28, 29, 30, 31 ] }, "emergency": { "threshold": 3, "authorizedKeys": [ 0, 1, 2, 3, 4 ] }, "keys": [ { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI7PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" } ], "foundationAccount": { "threshold": 3, "authorizedKeys": [ 12, 13, 14, 15, 16 ] }, "electionDifficulty": { "threshold": 2, "authorizedKeys": [ 8, 9, 1PI:KEY:<KEY>END_PI ] }, "euroPerEnergy": { "threshold": 2, "authorizedKeys": [ PI:KEY:<KEY>END_PI, 9, 10 ] } }, "level1Keys": { "keys": [ { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI", "schemeId": "Ed25519" }, { "verifyKey": "PI:KEY:<KEY>END_PI75ed0579976b82e83f73cc3559748c2e9627014d6d8", "schemeId": "Ed25519" } ], "threshold": 3 } }, "updateQueues": { "mintDistribution": { "nextSequenceNumber": 1, "queue": [] }, "rootKeys": { "nextSequenceNumber": 1, "queue": [] }, "addAnonymityRevoker": { "nextSequenceNumber": 1, "queue": [] }, "transactionFeeDistribution": { "nextSequenceNumber": 1, "queue": [] }, "bakerStakeThreshold": { "nextSequenceNumber": 1, "queue": [] }, "level2Keys": { "nextSequenceNumber": 1, "queue": [] }, "microGTUPerEuro": { "nextSequenceNumber": 1, "queue": [] }, "protocol": { "nextSequenceNumber": 2, "queue": [] }, "addIdentityProvider": { "nextSequenceNumber": 1, "queue": [] }, "gasRewards": { "nextSequenceNumber": 1, "queue": [] }, "foundationAccount": { "nextSequenceNumber": 1, "queue": [] }, "electionDifficulty": { "nextSequenceNumber": 1, "queue": [] }, "euroPerEnergy": { "nextSequenceNumber": 1, "queue": [] }, "level1Keys": { "nextSequenceNumber": 1, "queue": [] } } }, "transactionSummaries": [ { "hash": "1623fb1b65720bbf34b7d9c47818af49e7c4610eaf6f1e241ba1208d1e5d94bb", "sender": "4PXJrvKGKb1YZt2Vua3mSDThqUU2EChweuydsFtVFtvDDr585H", "cost": "92200", "energyCost": 922, "result": { "events": [ { "amount": "1000000", "tag": "Transferred", "to": { "address": "48RDnoQaCKwy8xteebgLCDdX8qACa3WB5GnfuGMpCDfB2UfdL4", "type": "AddressAccount" }, "from": { "address": "4PXJrvKGKb1YZt2VPI:KEY:<KEY>END_PI3mSDThPI:KEY:<KEY>END_PIUU2EChweuydsFtVFtvDDr585H", "type": "AddressAccount" } }, { "memo": "aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa", "tag": "TransferMemo" } ], "outcome": "success" }, "type": { "contents": "transferWithMemo", "type": "accountTransaction" }, "index": 0 } ] } """

elm

src/Main.elm

lroellin/directions-parser-elm

module Main exposing (..) import Browser import Html exposing (Html, a, button, div, form, h1, h2, img, label, li, p, text, textarea, ul) import Html.Attributes exposing (for, href, id, rows, src, target, value, class) import Html.Events exposing (onClick, onInput) import Url.Builder exposing (crossOrigin, int, string) import List.Extra exposing (last) ---- CONSTANTS ---- maxMobileWaypoints = 3 maxAbsoluteWaypoints = 9 mobileWaypointsMessage = "Mobile browsers: more than 3 waypoints are truncated" absoluteWaypointsMessage = "All browsers: more than 9 waypoints are truncated" example = "St. Gallen - Zurich - Berne - Basel" ---- MODEL ---- type alias Model = { content : String } type WarningNeeded = Yes (List String) | No init : ( Model, Cmd Msg ) init = ( { content = "" }, Cmd.none ) ---- UPDATE ---- type Msg = Change String | LoadExample update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = case msg of Change content -> ( { model | content = content }, Cmd.none ) LoadExample -> ( { model | content = example }, Cmd.none ) ---- VIEW ---- view : Model -> Html Msg view model = div [] [ h1 [] [ text "Google Maps Direction Parser" ] , p [] [ text "Enter a list of place names, each separated with a space and a hyphen." ] , button [ onClick LoadExample ] [ text "Add example" ] , form [] [ label [ for "content" ] [ text "Place List" ] , textarea [ id "content", rows 5, onInput Change, value model.content ] [ ] ] , link (splitter model) , validation (warning model) model ] validation : WarningNeeded -> Model -> Html msg validation warningNeeded model = case warningNeeded of Yes list -> div [] [ h1 [] [ text "Google API Limitation" ] , p [] [ text "You have " , text (String.fromInt (List.length (splitter model))) , text " waypoints" ] , ul [] (List.map (\l -> li [] [ text l ]) list) ] No -> text "" link : List String -> Html msg link list = a [ class "button", href (linkTarget list), target "_blank" ] [ text "Go" ] ---- PROGRAM ---- splitter : Model -> List String splitter model = String.split " - " model.content warning : Model -> WarningNeeded warning model = if List.length (splitter model) > maxMobileWaypoints then if List.length (splitter model) > maxAbsoluteWaypoints then Yes [ mobileWaypointsMessage, absoluteWaypointsMessage ] else Yes [ mobileWaypointsMessage ] else No linkTarget : List String -> String linkTarget list = crossOrigin "https://www.google.com" [ "maps", "dir", "" ] [ int "api" 1 , linkOrigin list , linkWaypoints list , linkDestination list ] linkOrigin : List String -> Url.Builder.QueryParameter linkOrigin list = case list of [] -> string "origin" "" origin :: _ -> string "origin" origin linkWaypoints : List String -> Url.Builder.QueryParameter linkWaypoints list = case list of [] -> string "waypoints" "" _ :: waypoints -> case List.Extra.init (waypoints) of Nothing -> string "waypoints" "" Just waypointss -> string "waypoints" (String.join "|" waypointss) linkDestination : List String -> Url.Builder.QueryParameter linkDestination list = case (last list) of Nothing -> string "destination" "" Just a -> string "destination" a main : Program () Model Msg main = Browser.element { view = view , init = \_ -> init , update = update , subscriptions = always Sub.none }

25452

module Main exposing (..) import Browser import Html exposing (Html, a, button, div, form, h1, h2, img, label, li, p, text, textarea, ul) import Html.Attributes exposing (for, href, id, rows, src, target, value, class) import Html.Events exposing (onClick, onInput) import Url.Builder exposing (crossOrigin, int, string) import List.Extra exposing (last) ---- CONSTANTS ---- maxMobileWaypoints = 3 maxAbsoluteWaypoints = 9 mobileWaypointsMessage = "Mobile browsers: more than 3 waypoints are truncated" absoluteWaypointsMessage = "All browsers: more than 9 waypoints are truncated" example = "<NAME> - Zurich - Berne - Basel" ---- MODEL ---- type alias Model = { content : String } type WarningNeeded = Yes (List String) | No init : ( Model, Cmd Msg ) init = ( { content = "" }, Cmd.none ) ---- UPDATE ---- type Msg = Change String | LoadExample update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = case msg of Change content -> ( { model | content = content }, Cmd.none ) LoadExample -> ( { model | content = example }, Cmd.none ) ---- VIEW ---- view : Model -> Html Msg view model = div [] [ h1 [] [ text "Google Maps Direction Parser" ] , p [] [ text "Enter a list of place names, each separated with a space and a hyphen." ] , button [ onClick LoadExample ] [ text "Add example" ] , form [] [ label [ for "content" ] [ text "Place List" ] , textarea [ id "content", rows 5, onInput Change, value model.content ] [ ] ] , link (splitter model) , validation (warning model) model ] validation : WarningNeeded -> Model -> Html msg validation warningNeeded model = case warningNeeded of Yes list -> div [] [ h1 [] [ text "Google API Limitation" ] , p [] [ text "You have " , text (String.fromInt (List.length (splitter model))) , text " waypoints" ] , ul [] (List.map (\l -> li [] [ text l ]) list) ] No -> text "" link : List String -> Html msg link list = a [ class "button", href (linkTarget list), target "_blank" ] [ text "Go" ] ---- PROGRAM ---- splitter : Model -> List String splitter model = String.split " - " model.content warning : Model -> WarningNeeded warning model = if List.length (splitter model) > maxMobileWaypoints then if List.length (splitter model) > maxAbsoluteWaypoints then Yes [ mobileWaypointsMessage, absoluteWaypointsMessage ] else Yes [ mobileWaypointsMessage ] else No linkTarget : List String -> String linkTarget list = crossOrigin "https://www.google.com" [ "maps", "dir", "" ] [ int "api" 1 , linkOrigin list , linkWaypoints list , linkDestination list ] linkOrigin : List String -> Url.Builder.QueryParameter linkOrigin list = case list of [] -> string "origin" "" origin :: _ -> string "origin" origin linkWaypoints : List String -> Url.Builder.QueryParameter linkWaypoints list = case list of [] -> string "waypoints" "" _ :: waypoints -> case List.Extra.init (waypoints) of Nothing -> string "waypoints" "" Just waypointss -> string "waypoints" (String.join "|" waypointss) linkDestination : List String -> Url.Builder.QueryParameter linkDestination list = case (last list) of Nothing -> string "destination" "" Just a -> string "destination" a main : Program () Model Msg main = Browser.element { view = view , init = \_ -> init , update = update , subscriptions = always Sub.none }

module Main exposing (..) import Browser import Html exposing (Html, a, button, div, form, h1, h2, img, label, li, p, text, textarea, ul) import Html.Attributes exposing (for, href, id, rows, src, target, value, class) import Html.Events exposing (onClick, onInput) import Url.Builder exposing (crossOrigin, int, string) import List.Extra exposing (last) ---- CONSTANTS ---- maxMobileWaypoints = 3 maxAbsoluteWaypoints = 9 mobileWaypointsMessage = "Mobile browsers: more than 3 waypoints are truncated" absoluteWaypointsMessage = "All browsers: more than 9 waypoints are truncated" example = "PI:NAME:<NAME>END_PI - Zurich - Berne - Basel" ---- MODEL ---- type alias Model = { content : String } type WarningNeeded = Yes (List String) | No init : ( Model, Cmd Msg ) init = ( { content = "" }, Cmd.none ) ---- UPDATE ---- type Msg = Change String | LoadExample update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = case msg of Change content -> ( { model | content = content }, Cmd.none ) LoadExample -> ( { model | content = example }, Cmd.none ) ---- VIEW ---- view : Model -> Html Msg view model = div [] [ h1 [] [ text "Google Maps Direction Parser" ] , p [] [ text "Enter a list of place names, each separated with a space and a hyphen." ] , button [ onClick LoadExample ] [ text "Add example" ] , form [] [ label [ for "content" ] [ text "Place List" ] , textarea [ id "content", rows 5, onInput Change, value model.content ] [ ] ] , link (splitter model) , validation (warning model) model ] validation : WarningNeeded -> Model -> Html msg validation warningNeeded model = case warningNeeded of Yes list -> div [] [ h1 [] [ text "Google API Limitation" ] , p [] [ text "You have " , text (String.fromInt (List.length (splitter model))) , text " waypoints" ] , ul [] (List.map (\l -> li [] [ text l ]) list) ] No -> text "" link : List String -> Html msg link list = a [ class "button", href (linkTarget list), target "_blank" ] [ text "Go" ] ---- PROGRAM ---- splitter : Model -> List String splitter model = String.split " - " model.content warning : Model -> WarningNeeded warning model = if List.length (splitter model) > maxMobileWaypoints then if List.length (splitter model) > maxAbsoluteWaypoints then Yes [ mobileWaypointsMessage, absoluteWaypointsMessage ] else Yes [ mobileWaypointsMessage ] else No linkTarget : List String -> String linkTarget list = crossOrigin "https://www.google.com" [ "maps", "dir", "" ] [ int "api" 1 , linkOrigin list , linkWaypoints list , linkDestination list ] linkOrigin : List String -> Url.Builder.QueryParameter linkOrigin list = case list of [] -> string "origin" "" origin :: _ -> string "origin" origin linkWaypoints : List String -> Url.Builder.QueryParameter linkWaypoints list = case list of [] -> string "waypoints" "" _ :: waypoints -> case List.Extra.init (waypoints) of Nothing -> string "waypoints" "" Just waypointss -> string "waypoints" (String.join "|" waypointss) linkDestination : List String -> Url.Builder.QueryParameter linkDestination list = case (last list) of Nothing -> string "destination" "" Just a -> string "destination" a main : Program () Model Msg main = Browser.element { view = view , init = \_ -> init , update = update , subscriptions = always Sub.none }

elm

docs/Demo.elm

hgoes/elm-xml-parser

port module Demo exposing (..) import Html exposing (..) import Html.Attributes exposing (..) import Html.Events exposing (..) import XmlParser exposing (..) port init : (String -> msg) -> Sub msg port input : (String -> msg) -> Sub msg port parse : ({} -> msg) -> Sub msg main : Program Never Model Msg main = program { init = initialModel ! [] , update = \msg model -> (update msg model) ! [] , view = view , subscriptions = \_ -> Sub.batch [ init Init , input Input , parse (always Show) ] } type alias Model = { src : String , dest : String } initialModel : Model initialModel = { src = "" , dest = "" } type Msg = Init String | Input String | Show update : Msg -> Model -> Model update msg model = case msg of Init s -> { model | src = s } |> show Input s -> { model | src = s } Show -> model |> show show : Model -> Model show model = { model | dest = toString (XmlParser.parse model.src) } view : Model -> Html Msg view model = div [] [ h1 [ style [] ] [ text "XmlParser DEMO" ] , p [] [ text "Press Ctrl+S to show result (" , a [ href "https://github.com/jinjor/elm-xml-parser" ] [ text "Source" ] , text ")" ] , div [ style [ ( "display", "flex" ) ] ] [ div [ id "editor", style [ ( "height", "500px" ), ( "width", "40%" ), ( "border", "solid 1px #aaa" ) ] ] [ text initialText ] , div [ style [ ( "min-height", "500px" ), ( "width", "60%" ), ( "flex-grow", "1" ), ( "border", "solid 1px #aaa" ) ] ] [ text model.dest ] ] ] initialText : String initialText = """<note> <to>Tove</to> <from>Jani</from> <heading>Reminder</heading> <body>Don't forget me this weekend!</body> </note> """

53871

port module Demo exposing (..) import Html exposing (..) import Html.Attributes exposing (..) import Html.Events exposing (..) import XmlParser exposing (..) port init : (String -> msg) -> Sub msg port input : (String -> msg) -> Sub msg port parse : ({} -> msg) -> Sub msg main : Program Never Model Msg main = program { init = initialModel ! [] , update = \msg model -> (update msg model) ! [] , view = view , subscriptions = \_ -> Sub.batch [ init Init , input Input , parse (always Show) ] } type alias Model = { src : String , dest : String } initialModel : Model initialModel = { src = "" , dest = "" } type Msg = Init String | Input String | Show update : Msg -> Model -> Model update msg model = case msg of Init s -> { model | src = s } |> show Input s -> { model | src = s } Show -> model |> show show : Model -> Model show model = { model | dest = toString (XmlParser.parse model.src) } view : Model -> Html Msg view model = div [] [ h1 [ style [] ] [ text "XmlParser DEMO" ] , p [] [ text "Press Ctrl+S to show result (" , a [ href "https://github.com/jinjor/elm-xml-parser" ] [ text "Source" ] , text ")" ] , div [ style [ ( "display", "flex" ) ] ] [ div [ id "editor", style [ ( "height", "500px" ), ( "width", "40%" ), ( "border", "solid 1px #aaa" ) ] ] [ text initialText ] , div [ style [ ( "min-height", "500px" ), ( "width", "60%" ), ( "flex-grow", "1" ), ( "border", "solid 1px #aaa" ) ] ] [ text model.dest ] ] ] initialText : String initialText = """<note> <to><NAME></to> <from><NAME></from> <heading>Reminder</heading> <body>Don't forget me this weekend!</body> </note> """

port module Demo exposing (..) import Html exposing (..) import Html.Attributes exposing (..) import Html.Events exposing (..) import XmlParser exposing (..) port init : (String -> msg) -> Sub msg port input : (String -> msg) -> Sub msg port parse : ({} -> msg) -> Sub msg main : Program Never Model Msg main = program { init = initialModel ! [] , update = \msg model -> (update msg model) ! [] , view = view , subscriptions = \_ -> Sub.batch [ init Init , input Input , parse (always Show) ] } type alias Model = { src : String , dest : String } initialModel : Model initialModel = { src = "" , dest = "" } type Msg = Init String | Input String | Show update : Msg -> Model -> Model update msg model = case msg of Init s -> { model | src = s } |> show Input s -> { model | src = s } Show -> model |> show show : Model -> Model show model = { model | dest = toString (XmlParser.parse model.src) } view : Model -> Html Msg view model = div [] [ h1 [ style [] ] [ text "XmlParser DEMO" ] , p [] [ text "Press Ctrl+S to show result (" , a [ href "https://github.com/jinjor/elm-xml-parser" ] [ text "Source" ] , text ")" ] , div [ style [ ( "display", "flex" ) ] ] [ div [ id "editor", style [ ( "height", "500px" ), ( "width", "40%" ), ( "border", "solid 1px #aaa" ) ] ] [ text initialText ] , div [ style [ ( "min-height", "500px" ), ( "width", "60%" ), ( "flex-grow", "1" ), ( "border", "solid 1px #aaa" ) ] ] [ text model.dest ] ] ] initialText : String initialText = """<note> <to>PI:NAME:<NAME>END_PI</to> <from>PI:NAME:<NAME>END_PI</from> <heading>Reminder</heading> <body>Don't forget me this weekend!</body> </note> """

elm

client/Main.elm

realglobe-Inc/hrafnar

module Main exposing (main) import Browser exposing (Document, UrlRequest) import Browser.Navigation as Nav exposing (Key) import Html exposing (..) import Html.Attributes exposing (..) import Html.Events exposing (..) import Maybe import Page.Index as Index import Page.Project as Project import Url exposing (Url) import Url.Parser as UP exposing ((</>), Parser) main : Program () Model Msg main = Browser.application { init = init , view = view , update = update , subscriptions = subscriptions , onUrlRequest = Link , onUrlChange = UrlChanged } type alias Model = { key : Key , route : Route , language : Language } type Route = Index Index.Model | Project Project.Model | NotFound type Language = Japanese | English type Msg = Link UrlRequest | UrlChanged Url | IndexMsg Index.Msg | ProjectMsg Project.Msg | NoOp init : () -> Url -> Key -> ( Model, Cmd Msg ) init _ url k = stepUrl url { key = k , route = NotFound , language = Japanese } stepUrl : Url -> Model -> ( Model, Cmd Msg ) stepUrl url model = let parser = UP.oneOf [ UP.map (stepIndex model <| Index.init) UP.top , UP.map (stepProject model <| Project.init) (UP.s "project") ] in UP.parse parser url |> Maybe.withDefault ( { model | route = NotFound }, Cmd.none ) stepIndex : Model -> ( Index.Model, Cmd Index.Msg ) -> ( Model, Cmd Msg ) stepIndex model ( model_, cmd ) = ( { model | route = Index model_ }, Cmd.map IndexMsg cmd ) stepProject : Model -> ( Project.Model, Cmd Project.Msg ) -> ( Model, Cmd Msg ) stepProject model ( model_, cmd ) = ( { model | route = Project model_ }, Cmd.map ProjectMsg cmd ) update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = case ( msg, model.route ) of ( Link req, _ ) -> case req of Browser.Internal url -> ( model , Nav.pushUrl model.key (Url.toString url) ) Browser.External url -> ( model , Nav.load url ) ( UrlChanged url, _ ) -> stepUrl url model ( IndexMsg msg_, Index model_ ) -> stepIndex model <| Index.update model_ msg_ ( ProjectMsg msg_, Project model_ ) -> stepProject model <| Project.update model_ msg_ _ -> ( model , Cmd.none ) subscriptions : Model -> Sub Msg subscriptions model = Sub.none view : Model -> Document Msg view model = { title = "Hrafnar" , body = [ div [ classList [ ("container", True) , ("ravens-are-in-odins-service", True) ] ] [ navigation model , div [ class "content" ] <| case model.route of Index model_ -> [ h1 [] [ text "Dashboard" ] , Html.map IndexMsg <| Index.view model_ ] Project model_ -> [ h1 [] [ text "Project" ] , Html.map ProjectMsg <| Project.view model_ ] NotFound -> [ notFound model ] ] ] } navigation : Model -> Html Msg navigation model = div [ class "navigation" ] [ h1 [] [ text "HRAFNAR" ] , ul [] [ li [] [ a [ href "/" ] [ text "Dashboard" ] ] , li [] [ a [ href "/project" ] [ text "Project" ] ] , li [] [ a [ href "/process" ] [ text "Process" ] ] , li [] [ a [ href "/settings" ] [ text "Settings" ] ] ] ] notFound : Model -> Html Msg notFound model = text "nyaan..."

55590

module Main exposing (main) import Browser exposing (Document, UrlRequest) import Browser.Navigation as Nav exposing (Key) import Html exposing (..) import Html.Attributes exposing (..) import Html.Events exposing (..) import Maybe import Page.Index as Index import Page.Project as Project import Url exposing (Url) import Url.Parser as UP exposing ((</>), Parser) main : Program () Model Msg main = Browser.application { init = init , view = view , update = update , subscriptions = subscriptions , onUrlRequest = Link , onUrlChange = UrlChanged } type alias Model = { key : Key , route : Route , language : Language } type Route = Index Index.Model | Project Project.Model | NotFound type Language = Japanese | English type Msg = Link UrlRequest | UrlChanged Url | IndexMsg Index.Msg | ProjectMsg Project.Msg | NoOp init : () -> Url -> Key -> ( Model, Cmd Msg ) init _ url k = stepUrl url { key = k , route = NotFound , language = Japanese } stepUrl : Url -> Model -> ( Model, Cmd Msg ) stepUrl url model = let parser = UP.oneOf [ UP.map (stepIndex model <| Index.init) UP.top , UP.map (stepProject model <| Project.init) (UP.s "project") ] in UP.parse parser url |> Maybe.withDefault ( { model | route = NotFound }, Cmd.none ) stepIndex : Model -> ( Index.Model, Cmd Index.Msg ) -> ( Model, Cmd Msg ) stepIndex model ( model_, cmd ) = ( { model | route = Index model_ }, Cmd.map IndexMsg cmd ) stepProject : Model -> ( Project.Model, Cmd Project.Msg ) -> ( Model, Cmd Msg ) stepProject model ( model_, cmd ) = ( { model | route = Project model_ }, Cmd.map ProjectMsg cmd ) update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = case ( msg, model.route ) of ( Link req, _ ) -> case req of Browser.Internal url -> ( model , Nav.pushUrl model.key (Url.toString url) ) Browser.External url -> ( model , Nav.load url ) ( UrlChanged url, _ ) -> stepUrl url model ( IndexMsg msg_, Index model_ ) -> stepIndex model <| Index.update model_ msg_ ( ProjectMsg msg_, Project model_ ) -> stepProject model <| Project.update model_ msg_ _ -> ( model , Cmd.none ) subscriptions : Model -> Sub Msg subscriptions model = Sub.none view : Model -> Document Msg view model = { title = "Hrafnar" , body = [ div [ classList [ ("container", True) , ("ravens-are-in-odins-service", True) ] ] [ navigation model , div [ class "content" ] <| case model.route of Index model_ -> [ h1 [] [ text "Dashboard" ] , Html.map IndexMsg <| Index.view model_ ] Project model_ -> [ h1 [] [ text "Project" ] , Html.map ProjectMsg <| Project.view model_ ] NotFound -> [ notFound model ] ] ] } navigation : Model -> Html Msg navigation model = div [ class "navigation" ] [ h1 [] [ text "<NAME>AFNAR" ] , ul [] [ li [] [ a [ href "/" ] [ text "Dashboard" ] ] , li [] [ a [ href "/project" ] [ text "Project" ] ] , li [] [ a [ href "/process" ] [ text "Process" ] ] , li [] [ a [ href "/settings" ] [ text "Settings" ] ] ] ] notFound : Model -> Html Msg notFound model = text "nyaan..."

module Main exposing (main) import Browser exposing (Document, UrlRequest) import Browser.Navigation as Nav exposing (Key) import Html exposing (..) import Html.Attributes exposing (..) import Html.Events exposing (..) import Maybe import Page.Index as Index import Page.Project as Project import Url exposing (Url) import Url.Parser as UP exposing ((</>), Parser) main : Program () Model Msg main = Browser.application { init = init , view = view , update = update , subscriptions = subscriptions , onUrlRequest = Link , onUrlChange = UrlChanged } type alias Model = { key : Key , route : Route , language : Language } type Route = Index Index.Model | Project Project.Model | NotFound type Language = Japanese | English type Msg = Link UrlRequest | UrlChanged Url | IndexMsg Index.Msg | ProjectMsg Project.Msg | NoOp init : () -> Url -> Key -> ( Model, Cmd Msg ) init _ url k = stepUrl url { key = k , route = NotFound , language = Japanese } stepUrl : Url -> Model -> ( Model, Cmd Msg ) stepUrl url model = let parser = UP.oneOf [ UP.map (stepIndex model <| Index.init) UP.top , UP.map (stepProject model <| Project.init) (UP.s "project") ] in UP.parse parser url |> Maybe.withDefault ( { model | route = NotFound }, Cmd.none ) stepIndex : Model -> ( Index.Model, Cmd Index.Msg ) -> ( Model, Cmd Msg ) stepIndex model ( model_, cmd ) = ( { model | route = Index model_ }, Cmd.map IndexMsg cmd ) stepProject : Model -> ( Project.Model, Cmd Project.Msg ) -> ( Model, Cmd Msg ) stepProject model ( model_, cmd ) = ( { model | route = Project model_ }, Cmd.map ProjectMsg cmd ) update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = case ( msg, model.route ) of ( Link req, _ ) -> case req of Browser.Internal url -> ( model , Nav.pushUrl model.key (Url.toString url) ) Browser.External url -> ( model , Nav.load url ) ( UrlChanged url, _ ) -> stepUrl url model ( IndexMsg msg_, Index model_ ) -> stepIndex model <| Index.update model_ msg_ ( ProjectMsg msg_, Project model_ ) -> stepProject model <| Project.update model_ msg_ _ -> ( model , Cmd.none ) subscriptions : Model -> Sub Msg subscriptions model = Sub.none view : Model -> Document Msg view model = { title = "Hrafnar" , body = [ div [ classList [ ("container", True) , ("ravens-are-in-odins-service", True) ] ] [ navigation model , div [ class "content" ] <| case model.route of Index model_ -> [ h1 [] [ text "Dashboard" ] , Html.map IndexMsg <| Index.view model_ ] Project model_ -> [ h1 [] [ text "Project" ] , Html.map ProjectMsg <| Project.view model_ ] NotFound -> [ notFound model ] ] ] } navigation : Model -> Html Msg navigation model = div [ class "navigation" ] [ h1 [] [ text "PI:NAME:<NAME>END_PIAFNAR" ] , ul [] [ li [] [ a [ href "/" ] [ text "Dashboard" ] ] , li [] [ a [ href "/project" ] [ text "Project" ] ] , li [] [ a [ href "/process" ] [ text "Process" ] ] , li [] [ a [ href "/settings" ] [ text "Settings" ] ] ] ] notFound : Model -> Html Msg notFound model = text "nyaan..."

elm

src/Data/Cards.elm

mpajunen/cottage

module Data.Cards exposing (allCards) import Data.Common exposing (..) import Data.Creatures exposing (..) allCards : Cards allCards = [ { id = CardId 1 , name = "Barracks" , cost = [ ( Build, 2 ) ] , effects = [ (Gain ( Command, 1 )) ] } , { id = CardId 2 , name = "Laboratory" , cost = [ ( Build, 3 ) ] , effects = [ (Gain ( Magic, 1 )) ] } , { id = CardId 3 , name = "Cavern" , cost = [ ( Build, 2 ) ] , effects = [ (Gain ( Command, 2 )) ] } , { id = CardId 4 , name = "Quarry" , cost = [ ( Build, 1 ) ] , effects = [ (Gain ( Build, 1 )) ] } , { id = CardId 5 , name = "Mine" , cost = [ ( Build, 3 ) ] , effects = [ (Gain ( Build, 2 )) ] } , { id = CardId 6 , name = "Experimental laboratory" , cost = [ ( Build, 5 ) ] , effects = [ (Gain ( Magic, 3 )) , (Gain ( Command, -1 )) ] } , { id = CardId 7 , name = footman.name , cost = [ ( Command, 1 ) ] , effects = [ (Summon footman) ] } , { id = CardId 8 , name = knight.name , cost = [ ( Command, 3 ) ] , effects = [ (Summon knight) , (Gain ( Command, -1 )) ] } , { id = CardId 9 , name = golem.name , cost = [ ( Build, 1 ), ( Command, 1 ), ( Magic, 2 ) ] , effects = [ (Summon golem) , (Gain ( Magic, -1 )) ] } ]

49565

module Data.Cards exposing (allCards) import Data.Common exposing (..) import Data.Creatures exposing (..) allCards : Cards allCards = [ { id = CardId 1 , name = "<NAME>" , cost = [ ( Build, 2 ) ] , effects = [ (Gain ( Command, 1 )) ] } , { id = CardId 2 , name = "<NAME>" , cost = [ ( Build, 3 ) ] , effects = [ (Gain ( Magic, 1 )) ] } , { id = CardId 3 , name = "<NAME>" , cost = [ ( Build, 2 ) ] , effects = [ (Gain ( Command, 2 )) ] } , { id = CardId 4 , name = "<NAME>" , cost = [ ( Build, 1 ) ] , effects = [ (Gain ( Build, 1 )) ] } , { id = CardId 5 , name = "<NAME>" , cost = [ ( Build, 3 ) ] , effects = [ (Gain ( Build, 2 )) ] } , { id = CardId 6 , name = "Experimental laboratory" , cost = [ ( Build, 5 ) ] , effects = [ (Gain ( Magic, 3 )) , (Gain ( Command, -1 )) ] } , { id = CardId 7 , name = <NAME>man.name , cost = [ ( Command, 1 ) ] , effects = [ (Summon footman) ] } , { id = CardId 8 , name = knight.name , cost = [ ( Command, 3 ) ] , effects = [ (Summon knight) , (Gain ( Command, -1 )) ] } , { id = CardId 9 , name = <NAME>lem.name , cost = [ ( Build, 1 ), ( Command, 1 ), ( Magic, 2 ) ] , effects = [ (Summon golem) , (Gain ( Magic, -1 )) ] } ]

module Data.Cards exposing (allCards) import Data.Common exposing (..) import Data.Creatures exposing (..) allCards : Cards allCards = [ { id = CardId 1 , name = "PI:NAME:<NAME>END_PI" , cost = [ ( Build, 2 ) ] , effects = [ (Gain ( Command, 1 )) ] } , { id = CardId 2 , name = "PI:NAME:<NAME>END_PI" , cost = [ ( Build, 3 ) ] , effects = [ (Gain ( Magic, 1 )) ] } , { id = CardId 3 , name = "PI:NAME:<NAME>END_PI" , cost = [ ( Build, 2 ) ] , effects = [ (Gain ( Command, 2 )) ] } , { id = CardId 4 , name = "PI:NAME:<NAME>END_PI" , cost = [ ( Build, 1 ) ] , effects = [ (Gain ( Build, 1 )) ] } , { id = CardId 5 , name = "PI:NAME:<NAME>END_PI" , cost = [ ( Build, 3 ) ] , effects = [ (Gain ( Build, 2 )) ] } , { id = CardId 6 , name = "Experimental laboratory" , cost = [ ( Build, 5 ) ] , effects = [ (Gain ( Magic, 3 )) , (Gain ( Command, -1 )) ] } , { id = CardId 7 , name = PI:NAME:<NAME>END_PIman.name , cost = [ ( Command, 1 ) ] , effects = [ (Summon footman) ] } , { id = CardId 8 , name = knight.name , cost = [ ( Command, 3 ) ] , effects = [ (Summon knight) , (Gain ( Command, -1 )) ] } , { id = CardId 9 , name = PI:NAME:<NAME>END_PIlem.name , cost = [ ( Build, 1 ), ( Command, 1 ), ( Magic, 2 ) ] , effects = [ (Summon golem) , (Gain ( Magic, -1 )) ] } ]

elm

src/Date/Extra/Config/Config_fr_fr.elm

AdrianRibao/elm-date-extra

module Date.Extra.Config.Config_fr_fr exposing (..) {-| This is the French config for formatting dates. @docs config Copyright (c) 2016-2017 Bruno Girin -} import Date import Date.Extra.Config as Config import Date.Extra.I18n.I_default as Default import Date.Extra.I18n.I_fr_fr as French {-| Config for fr-fr. -} config : Config.Config config = { i18n = { dayShort = French.dayShort , dayName = French.dayName , monthShort = French.monthShort , monthName = French.monthName , dayOfMonthWithSuffix = French.dayOfMonthWithSuffix , twelveHourPeriod = Default.twelveHourPeriod } , format = { date = "%d/%m/%Y" -- dd/MM/yyyy , longDate = "%A %-d %B %Y" -- dddd, d MMMM yyyy , time = "%H:%M" -- h:mm (hours in 24) , longTime = "%H:%M:%S" -- h:mm:ss (hours in 24) , dateTime = "%-d/%m/%Y %H:%M" -- date + time (hours in 24) , firstDayOfWeek = Date.Mon } }

39174

module Date.Extra.Config.Config_fr_fr exposing (..) {-| This is the French config for formatting dates. @docs config Copyright (c) 2016-2017 <NAME> -} import Date import Date.Extra.Config as Config import Date.Extra.I18n.I_default as Default import Date.Extra.I18n.I_fr_fr as French {-| Config for fr-fr. -} config : Config.Config config = { i18n = { dayShort = French.dayShort , dayName = French.dayName , monthShort = French.monthShort , monthName = French.monthName , dayOfMonthWithSuffix = French.dayOfMonthWithSuffix , twelveHourPeriod = Default.twelveHourPeriod } , format = { date = "%d/%m/%Y" -- dd/MM/yyyy , longDate = "%A %-d %B %Y" -- dddd, d MMMM yyyy , time = "%H:%M" -- h:mm (hours in 24) , longTime = "%H:%M:%S" -- h:mm:ss (hours in 24) , dateTime = "%-d/%m/%Y %H:%M" -- date + time (hours in 24) , firstDayOfWeek = Date.Mon } }

module Date.Extra.Config.Config_fr_fr exposing (..) {-| This is the French config for formatting dates. @docs config Copyright (c) 2016-2017 PI:NAME:<NAME>END_PI -} import Date import Date.Extra.Config as Config import Date.Extra.I18n.I_default as Default import Date.Extra.I18n.I_fr_fr as French {-| Config for fr-fr. -} config : Config.Config config = { i18n = { dayShort = French.dayShort , dayName = French.dayName , monthShort = French.monthShort , monthName = French.monthName , dayOfMonthWithSuffix = French.dayOfMonthWithSuffix , twelveHourPeriod = Default.twelveHourPeriod } , format = { date = "%d/%m/%Y" -- dd/MM/yyyy , longDate = "%A %-d %B %Y" -- dddd, d MMMM yyyy , time = "%H:%M" -- h:mm (hours in 24) , longTime = "%H:%M:%S" -- h:mm:ss (hours in 24) , dateTime = "%-d/%m/%Y %H:%M" -- date + time (hours in 24) , firstDayOfWeek = Date.Mon } }

elm

src/Crypto/Strings/BlockAes.elm

Zinggi/elm-crypto-string

---------------------------------------------------------------------- -- -- BlockAes.elm -- Connect Crypto.AES to Crypto.Strings.Crypt -- Copyright (c) 2017 Bill St. Clair <billstclair@gmail.com> -- Some rights reserved. -- Distributed under the MIT License -- See LICENSE.txt -- ---------------------------------------------------------------------- module Crypto.Strings.BlockAes exposing (Key, KeySize(..), encryption, setKeySize) {-| Connect Crypto.AES to Crypto.Strings.Crypt # Types @docs Key, KeySize # Functions @docs encryption, setKeySize -} import Array exposing (Array) import Crypto.AES as AES import Crypto.Strings.Types exposing (Block, Encryption, KeyExpander) {-| AES key type -} type alias Key = AES.Keys {-| AES encryption. 32-byte key size. Use `setKeySize` to change it. -} encryption : Encryption Key encryption = { name = "AES" , blockSize = 16 , keyExpander = keyExpander , encryptor = encrypt , decryptor = decrypt } keyExpander : KeyExpander AES.Keys keyExpander = { keySize = 32 , expander = AES.expandKey } {-| An AES key size. 16, 24, or 32 bytes. -} type KeySize = KeySize16 | KeySize24 | KeySize32 keySizeToInt : KeySize -> Int keySizeToInt keySize = case keySize of KeySize16 -> 16 KeySize24 -> 24 KeySize32 -> 32 {-| Change the key size of the keyExpander inside an AES Encryption spec. -} setKeySize : KeySize -> Encryption Key -> Encryption Key setKeySize keySize encryption = let expander = encryption.keyExpander in { encryption | keyExpander = { expander | keySize = keySizeToInt keySize } } encrypt : AES.Keys -> Block -> Block encrypt keys block = AES.encrypt keys block decrypt : AES.Keys -> Block -> Block decrypt keys block = AES.decrypt keys block

31116

---------------------------------------------------------------------- -- -- BlockAes.elm -- Connect Crypto.AES to Crypto.Strings.Crypt -- Copyright (c) 2017 <NAME> <<EMAIL>> -- Some rights reserved. -- Distributed under the MIT License -- See LICENSE.txt -- ---------------------------------------------------------------------- module Crypto.Strings.BlockAes exposing (Key, KeySize(..), encryption, setKeySize) {-| Connect Crypto.AES to Crypto.Strings.Crypt # Types @docs Key, KeySize # Functions @docs encryption, setKeySize -} import Array exposing (Array) import Crypto.AES as AES import Crypto.Strings.Types exposing (Block, Encryption, KeyExpander) {-| AES key type -} type alias Key = AES.Keys {-| AES encryption. 32-byte key size. Use `setKeySize` to change it. -} encryption : Encryption Key encryption = { name = "AES" , blockSize = 16 , keyExpander = keyExpander , encryptor = encrypt , decryptor = decrypt } keyExpander : KeyExpander AES.Keys keyExpander = { keySize = 32 , expander = AES.expandKey } {-| An AES key size. 16, 24, or 32 bytes. -} type KeySize = KeySize16 | KeySize24 | KeySize32 keySizeToInt : KeySize -> Int keySizeToInt keySize = case keySize of KeySize16 -> 16 KeySize24 -> 24 KeySize32 -> 32 {-| Change the key size of the keyExpander inside an AES Encryption spec. -} setKeySize : KeySize -> Encryption Key -> Encryption Key setKeySize keySize encryption = let expander = encryption.keyExpander in { encryption | keyExpander = { expander | keySize = keySizeToInt keySize } } encrypt : AES.Keys -> Block -> Block encrypt keys block = AES.encrypt keys block decrypt : AES.Keys -> Block -> Block decrypt keys block = AES.decrypt keys block

---------------------------------------------------------------------- -- -- BlockAes.elm -- Connect Crypto.AES to Crypto.Strings.Crypt -- Copyright (c) 2017 PI:NAME:<NAME>END_PI <PI:EMAIL:<EMAIL>END_PI> -- Some rights reserved. -- Distributed under the MIT License -- See LICENSE.txt -- ---------------------------------------------------------------------- module Crypto.Strings.BlockAes exposing (Key, KeySize(..), encryption, setKeySize) {-| Connect Crypto.AES to Crypto.Strings.Crypt # Types @docs Key, KeySize # Functions @docs encryption, setKeySize -} import Array exposing (Array) import Crypto.AES as AES import Crypto.Strings.Types exposing (Block, Encryption, KeyExpander) {-| AES key type -} type alias Key = AES.Keys {-| AES encryption. 32-byte key size. Use `setKeySize` to change it. -} encryption : Encryption Key encryption = { name = "AES" , blockSize = 16 , keyExpander = keyExpander , encryptor = encrypt , decryptor = decrypt } keyExpander : KeyExpander AES.Keys keyExpander = { keySize = 32 , expander = AES.expandKey } {-| An AES key size. 16, 24, or 32 bytes. -} type KeySize = KeySize16 | KeySize24 | KeySize32 keySizeToInt : KeySize -> Int keySizeToInt keySize = case keySize of KeySize16 -> 16 KeySize24 -> 24 KeySize32 -> 32 {-| Change the key size of the keyExpander inside an AES Encryption spec. -} setKeySize : KeySize -> Encryption Key -> Encryption Key setKeySize keySize encryption = let expander = encryption.keyExpander in { encryption | keyExpander = { expander | keySize = keySizeToInt keySize } } encrypt : AES.Keys -> Block -> Block encrypt keys block = AES.encrypt keys block decrypt : AES.Keys -> Block -> Block decrypt keys block = AES.decrypt keys block

elm

clients/elm/generated/src/Data/GithubRespositoryContainer.elm

PankTrue/swaggy-jenkins

{- Swaggy Jenkins Jenkins API clients generated from Swagger / Open API specification OpenAPI spec version: 1.1.1 Contact: blah@cliffano.com NOTE: This file is auto generated by the openapi-generator. https://github.com/openapitools/openapi-generator.git Do not edit this file manually. -} module Data.GithubRespositoryContainer exposing (GithubRespositoryContainer, githubRespositoryContainerDecoder, githubRespositoryContainerEncoder) import Data.GithubRespositoryContainerlinks exposing (GithubRespositoryContainerlinks, githubRespositoryContainerlinksDecoder, githubRespositoryContainerlinksEncoder) import Data.GithubRepositories exposing (GithubRepositories, githubRepositoriesDecoder, githubRepositoriesEncoder) import Json.Decode as Decode exposing (Decoder) import Json.Decode.Pipeline exposing (decode, optional, required) import Json.Encode as Encode import Maybe exposing (map, withDefault) type alias GithubRespositoryContainer = { class : Maybe String , links : Maybe GithubRespositoryContainerlinks , repositories : Maybe GithubRepositories } githubRespositoryContainerDecoder : Decoder GithubRespositoryContainer githubRespositoryContainerDecoder = decode GithubRespositoryContainer |> optional "_class" (Decode.nullable Decode.string) Nothing |> optional "_links" (Decode.nullable githubRespositoryContainerlinksDecoder) Nothing |> optional "repositories" (Decode.nullable githubRepositoriesDecoder) Nothing githubRespositoryContainerEncoder : GithubRespositoryContainer -> Encode.Value githubRespositoryContainerEncoder model = Encode.object [ ( "_class", withDefault Encode.null (map Encode.string model.class) ) , ( "_links", withDefault Encode.null (map githubRespositoryContainerlinksEncoder model.links) ) , ( "repositories", withDefault Encode.null (map githubRepositoriesEncoder model.repositories) ) ]

43048

{- <NAME> Jenkins API clients generated from Swagger / Open API specification OpenAPI spec version: 1.1.1 Contact: <EMAIL> NOTE: This file is auto generated by the openapi-generator. https://github.com/openapitools/openapi-generator.git Do not edit this file manually. -} module Data.GithubRespositoryContainer exposing (GithubRespositoryContainer, githubRespositoryContainerDecoder, githubRespositoryContainerEncoder) import Data.GithubRespositoryContainerlinks exposing (GithubRespositoryContainerlinks, githubRespositoryContainerlinksDecoder, githubRespositoryContainerlinksEncoder) import Data.GithubRepositories exposing (GithubRepositories, githubRepositoriesDecoder, githubRepositoriesEncoder) import Json.Decode as Decode exposing (Decoder) import Json.Decode.Pipeline exposing (decode, optional, required) import Json.Encode as Encode import Maybe exposing (map, withDefault) type alias GithubRespositoryContainer = { class : Maybe String , links : Maybe GithubRespositoryContainerlinks , repositories : Maybe GithubRepositories } githubRespositoryContainerDecoder : Decoder GithubRespositoryContainer githubRespositoryContainerDecoder = decode GithubRespositoryContainer |> optional "_class" (Decode.nullable Decode.string) Nothing |> optional "_links" (Decode.nullable githubRespositoryContainerlinksDecoder) Nothing |> optional "repositories" (Decode.nullable githubRepositoriesDecoder) Nothing githubRespositoryContainerEncoder : GithubRespositoryContainer -> Encode.Value githubRespositoryContainerEncoder model = Encode.object [ ( "_class", withDefault Encode.null (map Encode.string model.class) ) , ( "_links", withDefault Encode.null (map githubRespositoryContainerlinksEncoder model.links) ) , ( "repositories", withDefault Encode.null (map githubRepositoriesEncoder model.repositories) ) ]

{- PI:NAME:<NAME>END_PI Jenkins API clients generated from Swagger / Open API specification OpenAPI spec version: 1.1.1 Contact: PI:EMAIL:<EMAIL>END_PI NOTE: This file is auto generated by the openapi-generator. https://github.com/openapitools/openapi-generator.git Do not edit this file manually. -} module Data.GithubRespositoryContainer exposing (GithubRespositoryContainer, githubRespositoryContainerDecoder, githubRespositoryContainerEncoder) import Data.GithubRespositoryContainerlinks exposing (GithubRespositoryContainerlinks, githubRespositoryContainerlinksDecoder, githubRespositoryContainerlinksEncoder) import Data.GithubRepositories exposing (GithubRepositories, githubRepositoriesDecoder, githubRepositoriesEncoder) import Json.Decode as Decode exposing (Decoder) import Json.Decode.Pipeline exposing (decode, optional, required) import Json.Encode as Encode import Maybe exposing (map, withDefault) type alias GithubRespositoryContainer = { class : Maybe String , links : Maybe GithubRespositoryContainerlinks , repositories : Maybe GithubRepositories } githubRespositoryContainerDecoder : Decoder GithubRespositoryContainer githubRespositoryContainerDecoder = decode GithubRespositoryContainer |> optional "_class" (Decode.nullable Decode.string) Nothing |> optional "_links" (Decode.nullable githubRespositoryContainerlinksDecoder) Nothing |> optional "repositories" (Decode.nullable githubRepositoriesDecoder) Nothing githubRespositoryContainerEncoder : GithubRespositoryContainer -> Encode.Value githubRespositoryContainerEncoder model = Encode.object [ ( "_class", withDefault Encode.null (map Encode.string model.class) ) , ( "_links", withDefault Encode.null (map githubRespositoryContainerlinksEncoder model.links) ) , ( "repositories", withDefault Encode.null (map githubRepositoriesEncoder model.repositories) ) ]

elm

src/Translator.elm

ccapndave/elm-translator

module Translator exposing ( Translator, decoder, encode , Literal, makeLiteral, makeLiteralWithOptions , defaultTranslator, addTranslations, updateTranslations , trans, text, placeholder ) {-| This is package to provide type safe internationalisation, where translations can be loaded at runtime. Default translations, substitutions and pluralization are supported. Substitutions are implemented by surrounding the literal in braces: { "MyNameIs": "Je m'appelle {name}" } Pluralization is implemented by having the singular case on the left of the pipe symbol, and all other cases on the right. The number can be substituted using `{count}`. { "MyAge": "I am only one year old|I'm {count} years old" } @docs Translator, decoder, encode @docs Literal, makeLiteral, makeLiteralWithOptions @docs defaultTranslator, addTranslations, updateTranslations @docs trans, text, placeholder -} import Dict exposing (Dict) import Html exposing (Attribute, Html) import Html.Attributes import Json.Decode as JD exposing (Decoder, field) import Json.Encode as JE exposing (Value) import Regex import Translations exposing (Translations) {-| This represents a literal that can be translated. -} type Literal = Literal LiteralData type alias LiteralData = { id : String , default : Maybe String , substitutions : Dict String String , count : Maybe Int } {-| The translator contains the translation stack. This probably belongs in the model. -} type Translator = Translator (List Translations) {-| A Json decoder for a translator -} decoder : Decoder Translator decoder = JD.list Translations.decoder |> JD.map Translator {-| A Json encoder for a translator -} encode : Translator -> Value encode (Translator translations) = translations |> JE.list Translations.encode {-| An empty translator. The only translations this will be able to do are the defaults specified in the literals (hence why it is called `defaultTranslator`). -} defaultTranslator : Translator defaultTranslator = Translator [] {-| Add a translation dictionary to a translator. -} addTranslations : Translations -> Translator -> Translator addTranslations translations (Translator translationDicts) = Translator (translations :: translationDicts) {-| Update the translation dictionary at the head of the stack. If there are none then set this as the only translation dictionary. -} updateTranslations : Translations -> Translator -> Translator updateTranslations translations (Translator translationDicts) = case translationDicts of [] -> Translator [ translations ] firstTranslations :: xs -> Translator (translations :: xs) {-| Given the id of the literal in the translations, make a Literal that can be used for doing a translation. -} makeLiteral : String -> Literal makeLiteral id = makeLiteralWithOptions id Nothing Dict.empty Nothing {-| Given the id of the literal in the translations, make a Literal that can be used for doing a translation. This also allows you to specify a default translation, substitutions and a count for pluralisation. -} makeLiteralWithOptions : String -> Maybe String -> Dict String String -> Maybe Int -> Literal makeLiteralWithOptions id default substitutions count = Literal (LiteralData id default substitutions count) findTranslation : Literal -> Translator -> String findTranslation ((Literal { id, default }) as literal) (Translator translations) = case translations of [] -> default |> Maybe.withDefault "..." firstTranslationDict :: xs -> case Dict.get id firstTranslationDict of Just translation -> translation Nothing -> findTranslation literal (Translator xs) {-| Given a Literal, translate to a String. This can never fail, and in the event of being unable to match in either the loaded or default literals this will fall back to "...". This supports substitutions and pluralization. -} trans : Literal -> Translator -> String trans ((Literal { id, default, substitutions, count }) as literal) translator = findTranslation literal translator |> substitute substitutions |> pluralize count {-| A translated version of Html.text for use directly in an Elm view -} text : Translator -> Literal -> Html msg text translator literal = translator |> trans literal |> Html.text {-| A translated version of Html.Attributes.placeholder for use directly in an Elm view -} placeholder : Translator -> Literal -> Attribute msg placeholder translator literal = translator |> trans literal |> Html.Attributes.placeholder {-| Apply any substitutions by replacing any `{key}`s in the translated string with their `value`s -} substitute : Dict String String -> String -> String substitute substitutions translation = let substituteItem : String -> String -> String -> String substituteItem key value str = Regex.fromString ("{\\s*" ++ key ++ "\\s*}") |> Maybe.map (\regex -> Regex.replace regex (\_ -> value) str) |> Maybe.withDefault str in substitutions |> Dict.foldl substituteItem translation {-| Deal with pluralization based on the given count -} pluralize : Maybe Int -> String -> String pluralize count translation = let ( singularClause, pluralClause ) = case String.split "|" translation of [ s, p ] -> ( s, p ) otherwise -> ( "", "" ) in case count of Just 1 -> singularClause |> substitute (Dict.fromList [ ( "count", "1" ) ]) Just n -> pluralClause |> substitute (Dict.fromList [ ( "count", String.fromInt n ) ]) Nothing -> translation

37495

module Translator exposing ( Translator, decoder, encode , Literal, makeLiteral, makeLiteralWithOptions , defaultTranslator, addTranslations, updateTranslations , trans, text, placeholder ) {-| This is package to provide type safe internationalisation, where translations can be loaded at runtime. Default translations, substitutions and pluralization are supported. Substitutions are implemented by surrounding the literal in braces: { "MyNameIs": "Je <NAME>'<NAME>elle {name}" } Pluralization is implemented by having the singular case on the left of the pipe symbol, and all other cases on the right. The number can be substituted using `{count}`. { "MyAge": "I am only one year old|I'm {count} years old" } @docs Translator, decoder, encode @docs Literal, makeLiteral, makeLiteralWithOptions @docs defaultTranslator, addTranslations, updateTranslations @docs trans, text, placeholder -} import Dict exposing (Dict) import Html exposing (Attribute, Html) import Html.Attributes import Json.Decode as JD exposing (Decoder, field) import Json.Encode as JE exposing (Value) import Regex import Translations exposing (Translations) {-| This represents a literal that can be translated. -} type Literal = Literal LiteralData type alias LiteralData = { id : String , default : Maybe String , substitutions : Dict String String , count : Maybe Int } {-| The translator contains the translation stack. This probably belongs in the model. -} type Translator = Translator (List Translations) {-| A Json decoder for a translator -} decoder : Decoder Translator decoder = JD.list Translations.decoder |> JD.map Translator {-| A Json encoder for a translator -} encode : Translator -> Value encode (Translator translations) = translations |> JE.list Translations.encode {-| An empty translator. The only translations this will be able to do are the defaults specified in the literals (hence why it is called `defaultTranslator`). -} defaultTranslator : Translator defaultTranslator = Translator [] {-| Add a translation dictionary to a translator. -} addTranslations : Translations -> Translator -> Translator addTranslations translations (Translator translationDicts) = Translator (translations :: translationDicts) {-| Update the translation dictionary at the head of the stack. If there are none then set this as the only translation dictionary. -} updateTranslations : Translations -> Translator -> Translator updateTranslations translations (Translator translationDicts) = case translationDicts of [] -> Translator [ translations ] firstTranslations :: xs -> Translator (translations :: xs) {-| Given the id of the literal in the translations, make a Literal that can be used for doing a translation. -} makeLiteral : String -> Literal makeLiteral id = makeLiteralWithOptions id Nothing Dict.empty Nothing {-| Given the id of the literal in the translations, make a Literal that can be used for doing a translation. This also allows you to specify a default translation, substitutions and a count for pluralisation. -} makeLiteralWithOptions : String -> Maybe String -> Dict String String -> Maybe Int -> Literal makeLiteralWithOptions id default substitutions count = Literal (LiteralData id default substitutions count) findTranslation : Literal -> Translator -> String findTranslation ((Literal { id, default }) as literal) (Translator translations) = case translations of [] -> default |> Maybe.withDefault "..." firstTranslationDict :: xs -> case Dict.get id firstTranslationDict of Just translation -> translation Nothing -> findTranslation literal (Translator xs) {-| Given a Literal, translate to a String. This can never fail, and in the event of being unable to match in either the loaded or default literals this will fall back to "...". This supports substitutions and pluralization. -} trans : Literal -> Translator -> String trans ((Literal { id, default, substitutions, count }) as literal) translator = findTranslation literal translator |> substitute substitutions |> pluralize count {-| A translated version of Html.text for use directly in an Elm view -} text : Translator -> Literal -> Html msg text translator literal = translator |> trans literal |> Html.text {-| A translated version of Html.Attributes.placeholder for use directly in an Elm view -} placeholder : Translator -> Literal -> Attribute msg placeholder translator literal = translator |> trans literal |> Html.Attributes.placeholder {-| Apply any substitutions by replacing any `{key}`s in the translated string with their `value`s -} substitute : Dict String String -> String -> String substitute substitutions translation = let substituteItem : String -> String -> String -> String substituteItem key value str = Regex.fromString ("{\\s*" ++ key ++ "\\s*}") |> Maybe.map (\regex -> Regex.replace regex (\_ -> value) str) |> Maybe.withDefault str in substitutions |> Dict.foldl substituteItem translation {-| Deal with pluralization based on the given count -} pluralize : Maybe Int -> String -> String pluralize count translation = let ( singularClause, pluralClause ) = case String.split "|" translation of [ s, p ] -> ( s, p ) otherwise -> ( "", "" ) in case count of Just 1 -> singularClause |> substitute (Dict.fromList [ ( "count", "1" ) ]) Just n -> pluralClause |> substitute (Dict.fromList [ ( "count", String.fromInt n ) ]) Nothing -> translation

module Translator exposing ( Translator, decoder, encode , Literal, makeLiteral, makeLiteralWithOptions , defaultTranslator, addTranslations, updateTranslations , trans, text, placeholder ) {-| This is package to provide type safe internationalisation, where translations can be loaded at runtime. Default translations, substitutions and pluralization are supported. Substitutions are implemented by surrounding the literal in braces: { "MyNameIs": "Je PI:NAME:<NAME>END_PI'PI:NAME:<NAME>END_PIelle {name}" } Pluralization is implemented by having the singular case on the left of the pipe symbol, and all other cases on the right. The number can be substituted using `{count}`. { "MyAge": "I am only one year old|I'm {count} years old" } @docs Translator, decoder, encode @docs Literal, makeLiteral, makeLiteralWithOptions @docs defaultTranslator, addTranslations, updateTranslations @docs trans, text, placeholder -} import Dict exposing (Dict) import Html exposing (Attribute, Html) import Html.Attributes import Json.Decode as JD exposing (Decoder, field) import Json.Encode as JE exposing (Value) import Regex import Translations exposing (Translations) {-| This represents a literal that can be translated. -} type Literal = Literal LiteralData type alias LiteralData = { id : String , default : Maybe String , substitutions : Dict String String , count : Maybe Int } {-| The translator contains the translation stack. This probably belongs in the model. -} type Translator = Translator (List Translations) {-| A Json decoder for a translator -} decoder : Decoder Translator decoder = JD.list Translations.decoder |> JD.map Translator {-| A Json encoder for a translator -} encode : Translator -> Value encode (Translator translations) = translations |> JE.list Translations.encode {-| An empty translator. The only translations this will be able to do are the defaults specified in the literals (hence why it is called `defaultTranslator`). -} defaultTranslator : Translator defaultTranslator = Translator [] {-| Add a translation dictionary to a translator. -} addTranslations : Translations -> Translator -> Translator addTranslations translations (Translator translationDicts) = Translator (translations :: translationDicts) {-| Update the translation dictionary at the head of the stack. If there are none then set this as the only translation dictionary. -} updateTranslations : Translations -> Translator -> Translator updateTranslations translations (Translator translationDicts) = case translationDicts of [] -> Translator [ translations ] firstTranslations :: xs -> Translator (translations :: xs) {-| Given the id of the literal in the translations, make a Literal that can be used for doing a translation. -} makeLiteral : String -> Literal makeLiteral id = makeLiteralWithOptions id Nothing Dict.empty Nothing {-| Given the id of the literal in the translations, make a Literal that can be used for doing a translation. This also allows you to specify a default translation, substitutions and a count for pluralisation. -} makeLiteralWithOptions : String -> Maybe String -> Dict String String -> Maybe Int -> Literal makeLiteralWithOptions id default substitutions count = Literal (LiteralData id default substitutions count) findTranslation : Literal -> Translator -> String findTranslation ((Literal { id, default }) as literal) (Translator translations) = case translations of [] -> default |> Maybe.withDefault "..." firstTranslationDict :: xs -> case Dict.get id firstTranslationDict of Just translation -> translation Nothing -> findTranslation literal (Translator xs) {-| Given a Literal, translate to a String. This can never fail, and in the event of being unable to match in either the loaded or default literals this will fall back to "...". This supports substitutions and pluralization. -} trans : Literal -> Translator -> String trans ((Literal { id, default, substitutions, count }) as literal) translator = findTranslation literal translator |> substitute substitutions |> pluralize count {-| A translated version of Html.text for use directly in an Elm view -} text : Translator -> Literal -> Html msg text translator literal = translator |> trans literal |> Html.text {-| A translated version of Html.Attributes.placeholder for use directly in an Elm view -} placeholder : Translator -> Literal -> Attribute msg placeholder translator literal = translator |> trans literal |> Html.Attributes.placeholder {-| Apply any substitutions by replacing any `{key}`s in the translated string with their `value`s -} substitute : Dict String String -> String -> String substitute substitutions translation = let substituteItem : String -> String -> String -> String substituteItem key value str = Regex.fromString ("{\\s*" ++ key ++ "\\s*}") |> Maybe.map (\regex -> Regex.replace regex (\_ -> value) str) |> Maybe.withDefault str in substitutions |> Dict.foldl substituteItem translation {-| Deal with pluralization based on the given count -} pluralize : Maybe Int -> String -> String pluralize count translation = let ( singularClause, pluralClause ) = case String.split "|" translation of [ s, p ] -> ( s, p ) otherwise -> ( "", "" ) in case count of Just 1 -> singularClause |> substitute (Dict.fromList [ ( "count", "1" ) ]) Just n -> pluralClause |> substitute (Dict.fromList [ ( "count", String.fromInt n ) ]) Nothing -> translation

elm

src/Date/Extra/Internal.elm

AdrianRibao/elm-date-extra

module Date.Extra.Internal exposing (..) {-| This module is not exposed to clients. Copyright (c) 2016-2018 Robin Luiten -} import Date exposing (Date, Month(..)) import Date.Extra.Period as Period import Date.Extra.Internal2 as Internal2 import Date.Extra.TypeAlias exposing (DateFromFields) {-| Adjust date as if it was in utc zone. -} hackDateAsUtc : Date -> Date hackDateAsUtc date = let offset = getTimezoneOffset date oHours = offset // Internal2.ticksAnHour oMinutes = (offset - (oHours * Internal2.ticksAnHour)) // Internal2.ticksAMinute in hackDateAsOffset offset date {-| Adjust date for time zone offset in minutes. -} hackDateAsOffset : Int -> Date -> Date hackDateAsOffset offsetMinutes date = Internal2.toTime date |> (+) (offsetMinutes * Internal2.ticksAMinute) |> Internal2.fromTime {-| Returns number of days since civil 1970-01-01. Negative values indicate days prior to 1970-01-01. Reference: <http://stackoverflow.com/questions/7960318/math-to-convert-seconds-since-1970-into-date-and-vice-versa> Which references: <http://howardhinnant.github.io/date_algorithms.html> -} daysFromCivil : Int -> Int -> Int -> Int daysFromCivil year month day = let y = year - if month <= 2 then 1 else 0 era = (if y >= 0 then y else y - 399 ) // 400 yoe = y - (era * 400) -- [0, 399] doy = (153 * (month + (if month > 2 then -3 else 9 ) ) + 2 ) // 5 + day - 1 -- [0, 365] doe = yoe * 365 + yoe // 4 - yoe // 100 + doy -- [0, 146096] in era * 146097 + doe - 719468 {-| See comment in `Create.getTimezoneOffset` -} getTimezoneOffset : Date -> Int getTimezoneOffset date = let dateTicks = floor (Date.toTime date) v1Ticks = ticksFromDateFields date in (dateTicks - v1Ticks) // Internal2.ticksAMinute ticksFromDateFields : Date -> Int ticksFromDateFields date = ticksFromFields (Date.year date) (Date.month date) (Date.day date) (Date.hour date) (Date.minute date) (Date.second date) (Date.millisecond date) ticksFromFieldsRecord : DateFromFields -> Int ticksFromFieldsRecord { year, month, day, hour, minute, second, millisecond } = ticksFromFields year month day hour minute second millisecond ticksFromFields : Int -> Month -> Int -> Int -> Int -> Int -> Int -> Int ticksFromFields year month day hour minute second millisecond = let clampYear = if year < 0 then 0 else year monthInt = Internal2.monthToInt month clampDay = clamp 1 (Internal2.daysInMonth clampYear month) day dayCount = daysFromCivil clampYear monthInt clampDay in Period.toTicks <| Period.Delta { millisecond = (clamp 0 999 millisecond) , second = (clamp 0 59 second) , minute = (clamp 0 59 minute) , hour = (clamp 0 23 hour) , day = dayCount , week = 0 }

28327

module Date.Extra.Internal exposing (..) {-| This module is not exposed to clients. Copyright (c) 2016-2018 <NAME> -} import Date exposing (Date, Month(..)) import Date.Extra.Period as Period import Date.Extra.Internal2 as Internal2 import Date.Extra.TypeAlias exposing (DateFromFields) {-| Adjust date as if it was in utc zone. -} hackDateAsUtc : Date -> Date hackDateAsUtc date = let offset = getTimezoneOffset date oHours = offset // Internal2.ticksAnHour oMinutes = (offset - (oHours * Internal2.ticksAnHour)) // Internal2.ticksAMinute in hackDateAsOffset offset date {-| Adjust date for time zone offset in minutes. -} hackDateAsOffset : Int -> Date -> Date hackDateAsOffset offsetMinutes date = Internal2.toTime date |> (+) (offsetMinutes * Internal2.ticksAMinute) |> Internal2.fromTime {-| Returns number of days since civil 1970-01-01. Negative values indicate days prior to 1970-01-01. Reference: <http://stackoverflow.com/questions/7960318/math-to-convert-seconds-since-1970-into-date-and-vice-versa> Which references: <http://howardhinnant.github.io/date_algorithms.html> -} daysFromCivil : Int -> Int -> Int -> Int daysFromCivil year month day = let y = year - if month <= 2 then 1 else 0 era = (if y >= 0 then y else y - 399 ) // 400 yoe = y - (era * 400) -- [0, 399] doy = (153 * (month + (if month > 2 then -3 else 9 ) ) + 2 ) // 5 + day - 1 -- [0, 365] doe = yoe * 365 + yoe // 4 - yoe // 100 + doy -- [0, 146096] in era * 146097 + doe - 719468 {-| See comment in `Create.getTimezoneOffset` -} getTimezoneOffset : Date -> Int getTimezoneOffset date = let dateTicks = floor (Date.toTime date) v1Ticks = ticksFromDateFields date in (dateTicks - v1Ticks) // Internal2.ticksAMinute ticksFromDateFields : Date -> Int ticksFromDateFields date = ticksFromFields (Date.year date) (Date.month date) (Date.day date) (Date.hour date) (Date.minute date) (Date.second date) (Date.millisecond date) ticksFromFieldsRecord : DateFromFields -> Int ticksFromFieldsRecord { year, month, day, hour, minute, second, millisecond } = ticksFromFields year month day hour minute second millisecond ticksFromFields : Int -> Month -> Int -> Int -> Int -> Int -> Int -> Int ticksFromFields year month day hour minute second millisecond = let clampYear = if year < 0 then 0 else year monthInt = Internal2.monthToInt month clampDay = clamp 1 (Internal2.daysInMonth clampYear month) day dayCount = daysFromCivil clampYear monthInt clampDay in Period.toTicks <| Period.Delta { millisecond = (clamp 0 999 millisecond) , second = (clamp 0 59 second) , minute = (clamp 0 59 minute) , hour = (clamp 0 23 hour) , day = dayCount , week = 0 }

module Date.Extra.Internal exposing (..) {-| This module is not exposed to clients. Copyright (c) 2016-2018 PI:NAME:<NAME>END_PI -} import Date exposing (Date, Month(..)) import Date.Extra.Period as Period import Date.Extra.Internal2 as Internal2 import Date.Extra.TypeAlias exposing (DateFromFields) {-| Adjust date as if it was in utc zone. -} hackDateAsUtc : Date -> Date hackDateAsUtc date = let offset = getTimezoneOffset date oHours = offset // Internal2.ticksAnHour oMinutes = (offset - (oHours * Internal2.ticksAnHour)) // Internal2.ticksAMinute in hackDateAsOffset offset date {-| Adjust date for time zone offset in minutes. -} hackDateAsOffset : Int -> Date -> Date hackDateAsOffset offsetMinutes date = Internal2.toTime date |> (+) (offsetMinutes * Internal2.ticksAMinute) |> Internal2.fromTime {-| Returns number of days since civil 1970-01-01. Negative values indicate days prior to 1970-01-01. Reference: <http://stackoverflow.com/questions/7960318/math-to-convert-seconds-since-1970-into-date-and-vice-versa> Which references: <http://howardhinnant.github.io/date_algorithms.html> -} daysFromCivil : Int -> Int -> Int -> Int daysFromCivil year month day = let y = year - if month <= 2 then 1 else 0 era = (if y >= 0 then y else y - 399 ) // 400 yoe = y - (era * 400) -- [0, 399] doy = (153 * (month + (if month > 2 then -3 else 9 ) ) + 2 ) // 5 + day - 1 -- [0, 365] doe = yoe * 365 + yoe // 4 - yoe // 100 + doy -- [0, 146096] in era * 146097 + doe - 719468 {-| See comment in `Create.getTimezoneOffset` -} getTimezoneOffset : Date -> Int getTimezoneOffset date = let dateTicks = floor (Date.toTime date) v1Ticks = ticksFromDateFields date in (dateTicks - v1Ticks) // Internal2.ticksAMinute ticksFromDateFields : Date -> Int ticksFromDateFields date = ticksFromFields (Date.year date) (Date.month date) (Date.day date) (Date.hour date) (Date.minute date) (Date.second date) (Date.millisecond date) ticksFromFieldsRecord : DateFromFields -> Int ticksFromFieldsRecord { year, month, day, hour, minute, second, millisecond } = ticksFromFields year month day hour minute second millisecond ticksFromFields : Int -> Month -> Int -> Int -> Int -> Int -> Int -> Int ticksFromFields year month day hour minute second millisecond = let clampYear = if year < 0 then 0 else year monthInt = Internal2.monthToInt month clampDay = clamp 1 (Internal2.daysInMonth clampYear month) day dayCount = daysFromCivil clampYear monthInt clampDay in Period.toTicks <| Period.Delta { millisecond = (clamp 0 999 millisecond) , second = (clamp 0 59 second) , minute = (clamp 0 59 minute) , hour = (clamp 0 23 hour) , day = dayCount , week = 0 }

elm

src/Csv/Decode.elm

jpagex/elm-csv

module Csv.Decode exposing ( Decoder, string, int, float, blank , column, field , FieldNames(..), decodeCsv, decodeCustom, Error(..), errorToString, Column(..), Problem(..) , map, map2, map3, into, pipeline , oneOf, andThen, succeed, fail, fromResult, fromMaybe ) {-| Decode values from CSV. This package tries to be as unsurprising as possible, imitating [`elm/json`][elm-json] and [`NoRedInk/elm-json-decode-pipeline`][json-decode-pipeline] so that you can apply whatever you already know about JSON decoders to a different data format. [elm-json]: https://package.elm-lang.org/packages/elm/json/latest/ [json-decode-pipline]: https://package.elm-lang.org/packages/NoRedInk/elm-json-decode-pipeline/latest/ ## A Crash Course on Constructing Decoders Say you have a CSV like this: ID,Name,Species 1,Atlas,cat 2,Axel,puffin You want to get some data out of it, so you're looking through these docs. Where do you begin? The first thing you need to know is that decoders are designed to fit together to match whatever data shapes are in your CSV. So to decode the ID (an `Int` in the "ID" field), you'd combine [`int`](#int) and [`field`](#field) like this: data : String data = -- \u{000D} is the carriage return "ID,Name,Species\u{000D}\n1,Atlas,cat\u{000D}\n2,Axel,puffin" decodeCsv FieldNamesFromFirstRow (field "ID" int) data --> Ok [ 1, 2 ] But this is probably not enough, so we'll need to combine a bunch of decoders together using [`into`](#into): decodeCsv FieldNamesFromFirstRow (into (\id name species -> { id = id , name = name , species = species } ) |> pipeline (field "ID" int) |> pipeline (field "Name" string) |> pipeline (field "Species" string) ) data --> Ok --> [ { id = 1, name = "Atlas", species = "cat" } --> , { id = 2, name = "Axel", species = "puffin" } --> ] You can decode as many things as you want by giving [`into`](#into) a function that takes more arguments. ## Basic Decoders @docs Decoder, string, int, float, blank ## Finding Values @docs column, field ## Running Decoders @docs FieldNames, decodeCsv, decodeCustom, Error, errorToString, Column, Problem ## Transforming Values @docs map, map2, map3, into, pipeline ## Fancy Decoding @docs oneOf, andThen, succeed, fail, fromResult, fromMaybe -} import Csv.Parser as Parser import Dict exposing (Dict) -- BASIC DECODERS {-| A way to specify what kind of thing you want to decode into. For example, if you have a `Pet` data type, you'd want a `Decoder Pet`. -} type Decoder a = Decoder (Location -> Dict String Int -> Int -> List String -> Result { row : Int , column : Column , problems : List Problem } a ) fromString : (String -> Result Problem a) -> Decoder a fromString convert = Decoder <| \location fieldNames rowNum row -> case location of Column_ colNum -> case row |> List.drop colNum |> List.head of Just value -> case convert value of Ok converted -> Ok converted Err problem -> Err { row = rowNum , column = locationToColumn fieldNames location , problems = [ problem ] } Nothing -> Err { row = rowNum , column = locationToColumn fieldNames location , problems = [ ColumnNotFound colNum ] } Field_ name -> case Dict.get name fieldNames of Just colNum -> case row |> List.drop colNum |> List.head of Just value -> case convert value of Ok converted -> Ok converted Err problem -> Err { row = rowNum , column = locationToColumn fieldNames location , problems = [ problem ] } Nothing -> Err { row = rowNum , column = locationToColumn fieldNames location , problems = [ FieldNotFound name ] } Nothing -> Err { row = rowNum , column = locationToColumn fieldNames location , problems = [ FieldNotProvided name ] } OnlyColumn_ -> case row of [] -> Err { row = rowNum , column = locationToColumn fieldNames location , problems = [ ColumnNotFound 0 ] } [ only ] -> case convert only of Ok converted -> Ok converted Err problem -> Err { row = rowNum , column = locationToColumn fieldNames location , problems = [ problem ] } _ -> Err { row = rowNum , column = locationToColumn fieldNames location , problems = [ ExpectedOneColumn (List.length row) ] } {-| Decode a string. decodeCsv NoFieldNames string "a" --> Ok [ "a" ] Unless you specify otherwise (e.g. with [`field`](#field)) this will assume there is only one column in the CSV and try to decode that. decodeCsv NoFieldNames string "a,b" --> Err --> (DecodingErrors --> [ { row = 0 --> , column = OnlyColumn --> , problems = [ ExpectedOneColumn 2 ] --> } --> ] --> ) -} string : Decoder String string = fromString Ok {-| Decode an integer. decodeCsv NoFieldNames int "1" --> Ok [ 1 ] decodeCsv NoFieldNames int "volcano" --> Err --> (DecodingErrors --> [ { row = 0 --> , column = OnlyColumn --> , problems = [ ExpectedInt "volcano" ] --> } --> ] --> ) Unless you specify otherwise (e.g. with [`field`](#field)) this will assume there is only one column in the CSV and try to decode that. decodeCsv NoFieldNames int "1,2" --> Err --> (DecodingErrors --> [ { row = 0 --> , column = OnlyColumn --> , problems = [ ExpectedOneColumn 2 ] --> } --> ] --> ) -} int : Decoder Int int = fromString <| \value -> case String.toInt (String.trim value) of Just parsed -> Ok parsed Nothing -> Err (ExpectedInt value) {-| Decode a floating-point number. decodeCsv NoFieldNames float "3.14" --> Ok [ 3.14 ] decodeCsv NoFieldNames float "mimesis" --> Err --> (DecodingErrors --> [ { row = 0 --> , column = OnlyColumn --> , problems = [ ExpectedFloat "mimesis" ] --> } --> ] --> ) Unless you specify otherwise (e.g. with [`field`](#field)) this will assume there is only one column in the CSV and try to decode that. decodeCsv NoFieldNames float "1.0,2.0" --> Err --> (DecodingErrors --> [ { row = 0 --> , column = OnlyColumn --> , problems = [ ExpectedOneColumn 2 ] --> } --> ] --> ) -} float : Decoder Float float = fromString <| \value -> case String.toFloat (String.trim value) of Just parsed -> Ok parsed Nothing -> Err (ExpectedFloat value) {-| Handle blank fields by turning them into `Maybe`s. We consider a field to be blank if it's empty or consists solely of whitespace characters. decodeCsv NoFieldNames (blank int) "\r\n1" --> Ok [ Nothing, Just 1 ] -} blank : Decoder a -> Decoder (Maybe a) blank decoder = andThen (\maybeBlank -> if String.isEmpty (String.trim maybeBlank) then succeed Nothing else map Just decoder ) string -- LOCATIONS type Location = Column_ Int | Field_ String | OnlyColumn_ {-| Parse a value at a numbered column, starting from 0. decodeCsv NoFieldNames (column 1 string) "a,b,c" --> Ok [ "b" ] decodeCsv NoFieldNames (column 100 float) "3.14" --> Err --> (DecodingErrors --> [ { row = 0 --> , column = Column 100 --> , problems = [ ColumnNotFound 100 ] --> } --> ] --> ) -} column : Int -> Decoder a -> Decoder a column col (Decoder decoder) = Decoder (\_ fieldNames row -> decoder (Column_ col) fieldNames row) {-| Parse a value at a named column. There are a number of ways to provide these names, see [`FieldNames`](#FieldNames) decodeCsv FieldNamesFromFirstRow (field "Country" string) "Country\r\nArgentina" --> Ok [ "Argentina" ] -} field : String -> Decoder a -> Decoder a field name (Decoder decoder) = Decoder (\_ fieldNames row -> decoder (Field_ name) fieldNames row) -- RUN DECODERS {-| Where do we get names for use with [`field`](#field)? - `NoFieldNames`: don't get field names at all. [`field`](#field) will always fail. - `CustomFieldNames`: use the provided field names in order (so `["Id", "Name"]` will mean that "Id" is in column 0 and "Name" is in column 1.) - `FieldNamesFromFirstRow`: use the first row of the CSV as the source of field names. -} type FieldNames = NoFieldNames | CustomFieldNames (List String) | FieldNamesFromFirstRow getFieldNames : FieldNames -> List (List String) -> Result Error ( Dict String Int, Int, List (List String) ) getFieldNames headers rows = let fromList : List String -> Dict String Int fromList names = names |> List.foldl (\name ( soFar, i ) -> ( Dict.insert name i soFar , i + 1 ) ) ( Dict.empty, 0 ) |> Tuple.first in case headers of NoFieldNames -> Ok ( Dict.empty, 0, rows ) CustomFieldNames names -> Ok ( fromList names, 0, rows ) FieldNamesFromFirstRow -> case rows of [] -> Err NoFieldNamesOnFirstRow first :: rest -> Ok ( fromList (List.map String.trim first), 1, rest ) {-| Convert a CSV string into some type you care about using the [`Decoder`](#Decoder)s in this module! -} decodeCsv : FieldNames -> Decoder a -> String -> Result Error (List a) decodeCsv = decodeCustom { fieldSeparator = ',' } {-| Convert something shaped roughly like a CSV. For example, to decode a TSV (_tab_-separated values) string: decodeCustom { fieldSeparator = '\t' } NoFieldNames (map2 Tuple.pair (column 0 int) (column 1 string) ) "1\tBrian\n2\tAtlas" --> Ok [ ( 1, "Brian" ), ( 2, "Atlas" ) ] -} decodeCustom : { fieldSeparator : Char } -> FieldNames -> Decoder a -> String -> Result Error (List a) decodeCustom config fieldNames decoder source = Parser.parse config source |> Result.mapError ParsingError |> Result.andThen (applyDecoder fieldNames decoder) applyDecoder : FieldNames -> Decoder a -> List (List String) -> Result Error (List a) applyDecoder fieldNames (Decoder decode) allRows = let defaultLocation : Location defaultLocation = OnlyColumn_ in Result.andThen (\( resolvedNames, firstRowNumber, rows ) -> rows |> List.foldl (\row ( soFar, rowNum ) -> ( case decode defaultLocation resolvedNames rowNum row of Ok val -> case soFar of Ok values -> Ok (val :: values) Err errs -> Err errs Err err -> case soFar of Ok _ -> Err [ err ] Err errs -> Err (err :: errs) , rowNum + 1 ) ) ( Ok [], firstRowNumber ) |> Tuple.first |> Result.map List.reverse |> Result.mapError (DecodingErrors << List.reverse) ) (getFieldNames fieldNames allRows) {-| Sometimes we cannot decode every row in a CSV. This is how we tell you what went wrong. If you need to present this to someone, you can get a human-readable version with [`errorToString`](#errorToString) Some more detail: - `ParsingError`: there was a problem parsing the CSV into rows and columns. All these errors have to do with quoting issues. Check that any quoted fields are closed and that quotes are escaped. - `NoFieldNamesOnFirstRow`: we tried to get the field names from the first row (using [`FieldNames`](#FieldNames)) but couldn't find any, probably because the input was blank. - `DecodingErrors`: we couldn't decode a value using the specified decoder. See [`Problem`](#Problem) for more details. -} type Error = ParsingError Parser.Problem | NoFieldNamesOnFirstRow | DecodingErrors (List { row : Int , column : Column , problems : List Problem } ) {-| Where did the problem happen? - `Column`: at the given column number - `Field`: at the given named column (with optional column number if we were able to look up what column we _should_ have found.) - `OnlyColumn`: at the only column in the row -} type Column = Column Int | Field String (Maybe Int) | OnlyColumn locationToColumn : Dict String Int -> Location -> Column locationToColumn fieldNames location = case location of Column_ i -> Column i Field_ name -> Field name (Dict.get name fieldNames) OnlyColumn_ -> OnlyColumn {-| Things that can go wrong while decoding: - `ColumnNotFound Int` and `FieldNotFound String`: we looked for the specified column, but couldn't find it. The argument specifies where we tried to look. - `FieldNotProvided String`: we looked for a specific field, but it wasn't present in the first row or the provided field names (depending on your configuration.) - `ExpectedOneColumn Int`: basic decoders like [`string`](#string) and [`int`](#int) expect to find a single column per row. If there are multiple columns, and you don't specify which to use with [`column`](#column) or [`field`](#field), you'll get this error. The argument says how many columns we found. - `ExpectedInt String` and `ExpectedFloat String`: we failed to parse a string into a number. The argument specifies the string we got. - `Failure`: we got a custom failure message from [`fail`](#fail). -} type Problem = ColumnNotFound Int | FieldNotFound String | FieldNotProvided String | ExpectedOneColumn Int | ExpectedInt String | ExpectedFloat String | Failure String {-| Produce a human-readable version of an [`Error`](#Error)?! -} errorToString : Error -> String errorToString error = case error of ParsingError (Parser.SourceEndedWithoutClosingQuote row) -> "The source ended on row " ++ String.fromInt row ++ " in a quoted field without a closing quote." ParsingError (Parser.AdditionalCharactersAfterClosingQuote row) -> "On row " ++ String.fromInt row ++ " in the source, there were additional characters in a field after a closing quote." NoFieldNamesOnFirstRow -> "I expected to see field names on the first row, but there were none." DecodingErrors errs -> let problemString : Problem -> String problemString problem = case problem of ColumnNotFound i -> "I couldn't find column #" ++ String.fromInt i ++ "." FieldNotFound name -> "I couldn't find the `" ++ name ++ "` column." FieldNotProvided name -> "The `" ++ name ++ "` field wasn't provided in the field names." ExpectedOneColumn howMany -> "I expected exactly one column, but there were " ++ String.fromInt howMany ++ "." ExpectedInt notInt -> "I could not parse an int from `" ++ notInt ++ "`." ExpectedFloat notFloat -> "I could not parse a float from `" ++ notFloat ++ "`." Failure custom -> custom rowAndColumnString : { a | row : Int, column : Column } -> String rowAndColumnString err = "row " ++ String.fromInt err.row ++ ", " ++ (case err.column of Column col -> "column " ++ String.fromInt col Field name Nothing -> "in the `" ++ name ++ "` field" Field name (Just col) -> "in the `" ++ name ++ "` field (column " ++ String.fromInt col ++ ")" OnlyColumn -> "column 0 (the only column present)" ) errString : { row : Int, column : Column, problems : List Problem } -> String errString err = case List.map problemString err.problems of [] -> "There was an internal error while generating an error on " ++ rowAndColumnString err ++ " and I don't have any info about what went wrong. Please open an issue!" [ only ] -> "There was a problem on " ++ rowAndColumnString err ++ ": " ++ only many -> "There were some problems on " ++ rowAndColumnString err ++ ":\n\n" ++ String.join "\n" (List.map (\problem -> " - " ++ problem) many) in case errs of [] -> "Something went wrong, but I got an blank error list so I don't know what it was. Please open an issue!" [ only ] -> errString only many -> "I saw " ++ String.fromInt (List.length many) ++ " problems while decoding this CSV:\n\n" ++ String.join "\n\n" (List.map errString errs) -- MAPPING {-| Transform a decoded value. decodeCsv NoFieldNames (map (\i -> i * 2) int) "15" --> Ok [ 30 ] decodeCsv NoFieldNames (map String.reverse string) "slap" --> Ok [ "pals" ] -} map : (from -> to) -> Decoder from -> Decoder to map transform (Decoder decoder) = Decoder (\location fieldNames rowNum row -> decoder location fieldNames rowNum row |> Result.map transform) {-| Combine two decoders to make something else. decodeCsv NoFieldNames (map2 Tuple.pair (column 0 int) (column 1 string) ) "1,Atlas" --> Ok [ (1, "Atlas") ] -} map2 : (a -> b -> c) -> Decoder a -> Decoder b -> Decoder c map2 transform (Decoder decodeA) (Decoder decodeB) = Decoder (\location fieldNames rowNum row -> Result.map2 transform (decodeA location fieldNames rowNum row) (decodeB location fieldNames rowNum row) ) {-| Like [`map2`](#map2), but with three decoders. `map4` and beyond don't exist in this package. Use [`into`](#into) to decode records instead! decodeCsv NoFieldNames (map3 (\r g b -> (r, g, b)) (column 0 int) (column 1 int) (column 2 int) ) "255,255,0" --> Ok [ (255, 255, 0) ] -} map3 : (a -> b -> c -> d) -> Decoder a -> Decoder b -> Decoder c -> Decoder d map3 transform (Decoder decodeA) (Decoder decodeB) (Decoder decodeC) = Decoder (\location fieldNames rowNum row -> Result.map3 transform (decodeA location fieldNames rowNum row) (decodeB location fieldNames rowNum row) (decodeC location fieldNames rowNum row) ) {-| Combine an arbitrary amount of fields. You provide a function that takes as many arguments as you need, then send it values by providing decoders with [`pipeline`](#pipeline). type alias Pet = { id : Int , name : String , species : String , weight : Float } petDecoder : Decoder Pet petDecoder = into Pet |> pipeline (column 0 int) |> pipeline (column 1 string) |> pipeline (column 2 string) |> pipeline (column 3 float) Now you can decode pets like this: decodeCsv NoFieldNames petDecoder "1,Atlas,cat,14\r\n2,Axel,puffin,1.37" --> Ok --> [ { id = 1, name = "Atlas", species = "cat", weight = 14 } --> , { id = 2, name = "Axel", species = "puffin", weight = 1.37 } --> ] -} into : (a -> b) -> Decoder (a -> b) into = succeed {-| See [`into`](#into). -} pipeline : Decoder a -> Decoder (a -> b) -> Decoder b pipeline = map2 (\value fn -> fn value) -- FANCY DECODING {-| Try several possible decoders in sequence, committing to the first one that passes. decodeCsv NoFieldNames (oneOf (map Just int) [ succeed Nothing ] ) "1" --> Ok [ Just 1 ] decodeCsv NoFieldNames (oneOf (map Just int) [ succeed Nothing ] ) "a" --> Ok [ Nothing ] -} oneOf : Decoder a -> List (Decoder a) -> Decoder a oneOf first rest = case rest of [] -> first next :: others -> recover first (oneOf next others) recover : Decoder a -> Decoder a -> Decoder a recover (Decoder first) (Decoder second) = Decoder <| \location fieldNames rowNum row -> case first location fieldNames rowNum row of Ok value -> Ok value Err err -> case second location fieldNames rowNum row of Ok value -> Ok value Err { problems } -> Err { err | problems = err.problems ++ problems } {-| Decode some value _and then_ make a decoding decision based on the outcome. For example, if you wanted to reject negative numbers, you might do something like this: positiveInt : Decoder Int positiveInt = int |> andThen (\rawInt -> if rawInt < 0 then Decode.fail "Only positive numbers allowed!" else Decode.succeed rawInt ) You could then use it like this: decodeCsv NoFieldNames positiveInt "1" -- Ok [ 1 ] decodeCsv NoFieldNames positiveInt "-1" -- Err { row = 0, problem = Failure "Only positive numbers allowed!" } -} andThen : (a -> Decoder b) -> Decoder a -> Decoder b andThen next (Decoder first) = Decoder (\location fieldNames rowNum row -> first location fieldNames rowNum row |> Result.andThen (\nextValue -> let (Decoder final) = next nextValue in final location fieldNames rowNum row ) ) {-| Always succeed, no matter what. Mostly useful with [`andThen`](#andThen). -} succeed : a -> Decoder a succeed value = Decoder (\_ _ _ _ -> Ok value) {-| Always fail with the given message, no matter what. Mostly useful with [`andThen`](#andThen). -} fail : String -> Decoder a fail message = Decoder (\location fieldNames rowNum _ -> Err { row = rowNum , column = locationToColumn fieldNames location , problems = [ Failure message ] } ) {-| Make creating custom decoders a little easier. If you already have a function that parses into something you care about, you can combine it with this. For example, here's how you could parse a hexadecimal number with [`rtfeldman/elm-hex`](https://package.elm-lang.org/packages/rtfeldman/elm-hex/latest/): import Hex hex : Decoder Int hex = andThen (\value -> fromResult (Hex.fromString value)) string decodeCsv NoFieldNames hex "ff" --> Ok [ 255 ] -} fromResult : Result String a -> Decoder a fromResult result = case result of Ok great -> succeed great Err problem -> fail problem {-| Like [`fromResult`](#fromResult) but you have to specify the error message since `Nothing` has no further information. For example, you could implement something like [`int`](#int) using this: myInt : Decoder Int myInt = andThen (\value -> fromMaybe "Expected an int" (String.toInt value) ) string decodeCsv NoFieldNames myInt "123" --> Ok [ 123 ] (That said, you probably want to use [`int`](#int) instead... it has better error messages and is more tolerant of unusual situations!) -} fromMaybe : String -> Maybe a -> Decoder a fromMaybe problem maybe = case maybe of Just value -> succeed value Nothing -> fail problem

35890

module Csv.Decode exposing ( Decoder, string, int, float, blank , column, field , FieldNames(..), decodeCsv, decodeCustom, Error(..), errorToString, Column(..), Problem(..) , map, map2, map3, into, pipeline , oneOf, andThen, succeed, fail, fromResult, fromMaybe ) {-| Decode values from CSV. This package tries to be as unsurprising as possible, imitating [`elm/json`][elm-json] and [`NoRedInk/elm-json-decode-pipeline`][json-decode-pipeline] so that you can apply whatever you already know about JSON decoders to a different data format. [elm-json]: https://package.elm-lang.org/packages/elm/json/latest/ [json-decode-pipline]: https://package.elm-lang.org/packages/NoRedInk/elm-json-decode-pipeline/latest/ ## A Crash Course on Constructing Decoders Say you have a CSV like this: ID,Name,Species 1,Atlas,cat 2,Axel,puffin You want to get some data out of it, so you're looking through these docs. Where do you begin? The first thing you need to know is that decoders are designed to fit together to match whatever data shapes are in your CSV. So to decode the ID (an `Int` in the "ID" field), you'd combine [`int`](#int) and [`field`](#field) like this: data : String data = -- \u{000D} is the carriage return "ID,Name,Species\u{000D}\n1,Atlas,cat\u{000D}\n2,Axel,puffin" decodeCsv FieldNamesFromFirstRow (field "ID" int) data --> Ok [ 1, 2 ] But this is probably not enough, so we'll need to combine a bunch of decoders together using [`into`](#into): decodeCsv FieldNamesFromFirstRow (into (\id name species -> { id = id , name = name , species = species } ) |> pipeline (field "ID" int) |> pipeline (field "Name" string) |> pipeline (field "Species" string) ) data --> Ok --> [ { id = 1, name = "<NAME>", species = "cat" } --> , { id = 2, name = "<NAME>", species = "puffin" } --> ] You can decode as many things as you want by giving [`into`](#into) a function that takes more arguments. ## Basic Decoders @docs Decoder, string, int, float, blank ## Finding Values @docs column, field ## Running Decoders @docs FieldNames, decodeCsv, decodeCustom, Error, errorToString, Column, Problem ## Transforming Values @docs map, map2, map3, into, pipeline ## Fancy Decoding @docs oneOf, andThen, succeed, fail, fromResult, fromMaybe -} import Csv.Parser as Parser import Dict exposing (Dict) -- BASIC DECODERS {-| A way to specify what kind of thing you want to decode into. For example, if you have a `Pet` data type, you'd want a `Decoder Pet`. -} type Decoder a = Decoder (Location -> Dict String Int -> Int -> List String -> Result { row : Int , column : Column , problems : List Problem } a ) fromString : (String -> Result Problem a) -> Decoder a fromString convert = Decoder <| \location fieldNames rowNum row -> case location of Column_ colNum -> case row |> List.drop colNum |> List.head of Just value -> case convert value of Ok converted -> Ok converted Err problem -> Err { row = rowNum , column = locationToColumn fieldNames location , problems = [ problem ] } Nothing -> Err { row = rowNum , column = locationToColumn fieldNames location , problems = [ ColumnNotFound colNum ] } Field_ name -> case Dict.get name fieldNames of Just colNum -> case row |> List.drop colNum |> List.head of Just value -> case convert value of Ok converted -> Ok converted Err problem -> Err { row = rowNum , column = locationToColumn fieldNames location , problems = [ problem ] } Nothing -> Err { row = rowNum , column = locationToColumn fieldNames location , problems = [ FieldNotFound name ] } Nothing -> Err { row = rowNum , column = locationToColumn fieldNames location , problems = [ FieldNotProvided name ] } OnlyColumn_ -> case row of [] -> Err { row = rowNum , column = locationToColumn fieldNames location , problems = [ ColumnNotFound 0 ] } [ only ] -> case convert only of Ok converted -> Ok converted Err problem -> Err { row = rowNum , column = locationToColumn fieldNames location , problems = [ problem ] } _ -> Err { row = rowNum , column = locationToColumn fieldNames location , problems = [ ExpectedOneColumn (List.length row) ] } {-| Decode a string. decodeCsv NoFieldNames string "a" --> Ok [ "a" ] Unless you specify otherwise (e.g. with [`field`](#field)) this will assume there is only one column in the CSV and try to decode that. decodeCsv NoFieldNames string "a,b" --> Err --> (DecodingErrors --> [ { row = 0 --> , column = OnlyColumn --> , problems = [ ExpectedOneColumn 2 ] --> } --> ] --> ) -} string : Decoder String string = fromString Ok {-| Decode an integer. decodeCsv NoFieldNames int "1" --> Ok [ 1 ] decodeCsv NoFieldNames int "volcano" --> Err --> (DecodingErrors --> [ { row = 0 --> , column = OnlyColumn --> , problems = [ ExpectedInt "volcano" ] --> } --> ] --> ) Unless you specify otherwise (e.g. with [`field`](#field)) this will assume there is only one column in the CSV and try to decode that. decodeCsv NoFieldNames int "1,2" --> Err --> (DecodingErrors --> [ { row = 0 --> , column = OnlyColumn --> , problems = [ ExpectedOneColumn 2 ] --> } --> ] --> ) -} int : Decoder Int int = fromString <| \value -> case String.toInt (String.trim value) of Just parsed -> Ok parsed Nothing -> Err (ExpectedInt value) {-| Decode a floating-point number. decodeCsv NoFieldNames float "3.14" --> Ok [ 3.14 ] decodeCsv NoFieldNames float "mimesis" --> Err --> (DecodingErrors --> [ { row = 0 --> , column = OnlyColumn --> , problems = [ ExpectedFloat "mimesis" ] --> } --> ] --> ) Unless you specify otherwise (e.g. with [`field`](#field)) this will assume there is only one column in the CSV and try to decode that. decodeCsv NoFieldNames float "1.0,2.0" --> Err --> (DecodingErrors --> [ { row = 0 --> , column = OnlyColumn --> , problems = [ ExpectedOneColumn 2 ] --> } --> ] --> ) -} float : Decoder Float float = fromString <| \value -> case String.toFloat (String.trim value) of Just parsed -> Ok parsed Nothing -> Err (ExpectedFloat value) {-| Handle blank fields by turning them into `Maybe`s. We consider a field to be blank if it's empty or consists solely of whitespace characters. decodeCsv NoFieldNames (blank int) "\r\n1" --> Ok [ Nothing, Just 1 ] -} blank : Decoder a -> Decoder (Maybe a) blank decoder = andThen (\maybeBlank -> if String.isEmpty (String.trim maybeBlank) then succeed Nothing else map Just decoder ) string -- LOCATIONS type Location = Column_ Int | Field_ String | OnlyColumn_ {-| Parse a value at a numbered column, starting from 0. decodeCsv NoFieldNames (column 1 string) "a,b,c" --> Ok [ "b" ] decodeCsv NoFieldNames (column 100 float) "3.14" --> Err --> (DecodingErrors --> [ { row = 0 --> , column = Column 100 --> , problems = [ ColumnNotFound 100 ] --> } --> ] --> ) -} column : Int -> Decoder a -> Decoder a column col (Decoder decoder) = Decoder (\_ fieldNames row -> decoder (Column_ col) fieldNames row) {-| Parse a value at a named column. There are a number of ways to provide these names, see [`FieldNames`](#FieldNames) decodeCsv FieldNamesFromFirstRow (field "Country" string) "Country\r\nArgentina" --> Ok [ "Argentina" ] -} field : String -> Decoder a -> Decoder a field name (Decoder decoder) = Decoder (\_ fieldNames row -> decoder (Field_ name) fieldNames row) -- RUN DECODERS {-| Where do we get names for use with [`field`](#field)? - `NoFieldNames`: don't get field names at all. [`field`](#field) will always fail. - `CustomFieldNames`: use the provided field names in order (so `["Id", "Name"]` will mean that "Id" is in column 0 and "Name" is in column 1.) - `FieldNamesFromFirstRow`: use the first row of the CSV as the source of field names. -} type FieldNames = NoFieldNames | CustomFieldNames (List String) | FieldNamesFromFirstRow getFieldNames : FieldNames -> List (List String) -> Result Error ( Dict String Int, Int, List (List String) ) getFieldNames headers rows = let fromList : List String -> Dict String Int fromList names = names |> List.foldl (\name ( soFar, i ) -> ( Dict.insert name i soFar , i + 1 ) ) ( Dict.empty, 0 ) |> Tuple.first in case headers of NoFieldNames -> Ok ( Dict.empty, 0, rows ) CustomFieldNames names -> Ok ( fromList names, 0, rows ) FieldNamesFromFirstRow -> case rows of [] -> Err NoFieldNamesOnFirstRow first :: rest -> Ok ( fromList (List.map String.trim first), 1, rest ) {-| Convert a CSV string into some type you care about using the [`Decoder`](#Decoder)s in this module! -} decodeCsv : FieldNames -> Decoder a -> String -> Result Error (List a) decodeCsv = decodeCustom { fieldSeparator = ',' } {-| Convert something shaped roughly like a CSV. For example, to decode a TSV (_tab_-separated values) string: decodeCustom { fieldSeparator = '\t' } NoFieldNames (map2 Tuple.pair (column 0 int) (column 1 string) ) "1\tBrian\n2\tAtlas" --> Ok [ ( 1, "<NAME>" ), ( 2, "<NAME>" ) ] -} decodeCustom : { fieldSeparator : Char } -> FieldNames -> Decoder a -> String -> Result Error (List a) decodeCustom config fieldNames decoder source = Parser.parse config source |> Result.mapError ParsingError |> Result.andThen (applyDecoder fieldNames decoder) applyDecoder : FieldNames -> Decoder a -> List (List String) -> Result Error (List a) applyDecoder fieldNames (Decoder decode) allRows = let defaultLocation : Location defaultLocation = OnlyColumn_ in Result.andThen (\( resolvedNames, firstRowNumber, rows ) -> rows |> List.foldl (\row ( soFar, rowNum ) -> ( case decode defaultLocation resolvedNames rowNum row of Ok val -> case soFar of Ok values -> Ok (val :: values) Err errs -> Err errs Err err -> case soFar of Ok _ -> Err [ err ] Err errs -> Err (err :: errs) , rowNum + 1 ) ) ( Ok [], firstRowNumber ) |> Tuple.first |> Result.map List.reverse |> Result.mapError (DecodingErrors << List.reverse) ) (getFieldNames fieldNames allRows) {-| Sometimes we cannot decode every row in a CSV. This is how we tell you what went wrong. If you need to present this to someone, you can get a human-readable version with [`errorToString`](#errorToString) Some more detail: - `ParsingError`: there was a problem parsing the CSV into rows and columns. All these errors have to do with quoting issues. Check that any quoted fields are closed and that quotes are escaped. - `NoFieldNamesOnFirstRow`: we tried to get the field names from the first row (using [`FieldNames`](#FieldNames)) but couldn't find any, probably because the input was blank. - `DecodingErrors`: we couldn't decode a value using the specified decoder. See [`Problem`](#Problem) for more details. -} type Error = ParsingError Parser.Problem | NoFieldNamesOnFirstRow | DecodingErrors (List { row : Int , column : Column , problems : List Problem } ) {-| Where did the problem happen? - `Column`: at the given column number - `Field`: at the given named column (with optional column number if we were able to look up what column we _should_ have found.) - `OnlyColumn`: at the only column in the row -} type Column = Column Int | Field String (Maybe Int) | OnlyColumn locationToColumn : Dict String Int -> Location -> Column locationToColumn fieldNames location = case location of Column_ i -> Column i Field_ name -> Field name (Dict.get name fieldNames) OnlyColumn_ -> OnlyColumn {-| Things that can go wrong while decoding: - `ColumnNotFound Int` and `FieldNotFound String`: we looked for the specified column, but couldn't find it. The argument specifies where we tried to look. - `FieldNotProvided String`: we looked for a specific field, but it wasn't present in the first row or the provided field names (depending on your configuration.) - `ExpectedOneColumn Int`: basic decoders like [`string`](#string) and [`int`](#int) expect to find a single column per row. If there are multiple columns, and you don't specify which to use with [`column`](#column) or [`field`](#field), you'll get this error. The argument says how many columns we found. - `ExpectedInt String` and `ExpectedFloat String`: we failed to parse a string into a number. The argument specifies the string we got. - `Failure`: we got a custom failure message from [`fail`](#fail). -} type Problem = ColumnNotFound Int | FieldNotFound String | FieldNotProvided String | ExpectedOneColumn Int | ExpectedInt String | ExpectedFloat String | Failure String {-| Produce a human-readable version of an [`Error`](#Error)?! -} errorToString : Error -> String errorToString error = case error of ParsingError (Parser.SourceEndedWithoutClosingQuote row) -> "The source ended on row " ++ String.fromInt row ++ " in a quoted field without a closing quote." ParsingError (Parser.AdditionalCharactersAfterClosingQuote row) -> "On row " ++ String.fromInt row ++ " in the source, there were additional characters in a field after a closing quote." NoFieldNamesOnFirstRow -> "I expected to see field names on the first row, but there were none." DecodingErrors errs -> let problemString : Problem -> String problemString problem = case problem of ColumnNotFound i -> "I couldn't find column #" ++ String.fromInt i ++ "." FieldNotFound name -> "I couldn't find the `" ++ name ++ "` column." FieldNotProvided name -> "The `" ++ name ++ "` field wasn't provided in the field names." ExpectedOneColumn howMany -> "I expected exactly one column, but there were " ++ String.fromInt howMany ++ "." ExpectedInt notInt -> "I could not parse an int from `" ++ notInt ++ "`." ExpectedFloat notFloat -> "I could not parse a float from `" ++ notFloat ++ "`." Failure custom -> custom rowAndColumnString : { a | row : Int, column : Column } -> String rowAndColumnString err = "row " ++ String.fromInt err.row ++ ", " ++ (case err.column of Column col -> "column " ++ String.fromInt col Field name Nothing -> "in the `" ++ name ++ "` field" Field name (Just col) -> "in the `" ++ name ++ "` field (column " ++ String.fromInt col ++ ")" OnlyColumn -> "column 0 (the only column present)" ) errString : { row : Int, column : Column, problems : List Problem } -> String errString err = case List.map problemString err.problems of [] -> "There was an internal error while generating an error on " ++ rowAndColumnString err ++ " and I don't have any info about what went wrong. Please open an issue!" [ only ] -> "There was a problem on " ++ rowAndColumnString err ++ ": " ++ only many -> "There were some problems on " ++ rowAndColumnString err ++ ":\n\n" ++ String.join "\n" (List.map (\problem -> " - " ++ problem) many) in case errs of [] -> "Something went wrong, but I got an blank error list so I don't know what it was. Please open an issue!" [ only ] -> errString only many -> "I saw " ++ String.fromInt (List.length many) ++ " problems while decoding this CSV:\n\n" ++ String.join "\n\n" (List.map errString errs) -- MAPPING {-| Transform a decoded value. decodeCsv NoFieldNames (map (\i -> i * 2) int) "15" --> Ok [ 30 ] decodeCsv NoFieldNames (map String.reverse string) "slap" --> Ok [ "pals" ] -} map : (from -> to) -> Decoder from -> Decoder to map transform (Decoder decoder) = Decoder (\location fieldNames rowNum row -> decoder location fieldNames rowNum row |> Result.map transform) {-| Combine two decoders to make something else. decodeCsv NoFieldNames (map2 Tuple.pair (column 0 int) (column 1 string) ) "1,Atlas" --> Ok [ (1, "Atlas") ] -} map2 : (a -> b -> c) -> Decoder a -> Decoder b -> Decoder c map2 transform (Decoder decodeA) (Decoder decodeB) = Decoder (\location fieldNames rowNum row -> Result.map2 transform (decodeA location fieldNames rowNum row) (decodeB location fieldNames rowNum row) ) {-| Like [`map2`](#map2), but with three decoders. `map4` and beyond don't exist in this package. Use [`into`](#into) to decode records instead! decodeCsv NoFieldNames (map3 (\r g b -> (r, g, b)) (column 0 int) (column 1 int) (column 2 int) ) "255,255,0" --> Ok [ (255, 255, 0) ] -} map3 : (a -> b -> c -> d) -> Decoder a -> Decoder b -> Decoder c -> Decoder d map3 transform (Decoder decodeA) (Decoder decodeB) (Decoder decodeC) = Decoder (\location fieldNames rowNum row -> Result.map3 transform (decodeA location fieldNames rowNum row) (decodeB location fieldNames rowNum row) (decodeC location fieldNames rowNum row) ) {-| Combine an arbitrary amount of fields. You provide a function that takes as many arguments as you need, then send it values by providing decoders with [`pipeline`](#pipeline). type alias Pet = { id : Int , name : String , species : String , weight : Float } petDecoder : Decoder Pet petDecoder = into Pet |> pipeline (column 0 int) |> pipeline (column 1 string) |> pipeline (column 2 string) |> pipeline (column 3 float) Now you can decode pets like this: decodeCsv NoFieldNames petDecoder "1,Atlas,cat,14\r\n2,Axel,puffin,1.37" --> Ok --> [ { id = 1, name = "<NAME>", species = "cat", weight = 14 } --> , { id = 2, name = "<NAME>", species = "puffin", weight = 1.37 } --> ] -} into : (a -> b) -> Decoder (a -> b) into = succeed {-| See [`into`](#into). -} pipeline : Decoder a -> Decoder (a -> b) -> Decoder b pipeline = map2 (\value fn -> fn value) -- FANCY DECODING {-| Try several possible decoders in sequence, committing to the first one that passes. decodeCsv NoFieldNames (oneOf (map Just int) [ succeed Nothing ] ) "1" --> Ok [ Just 1 ] decodeCsv NoFieldNames (oneOf (map Just int) [ succeed Nothing ] ) "a" --> Ok [ Nothing ] -} oneOf : Decoder a -> List (Decoder a) -> Decoder a oneOf first rest = case rest of [] -> first next :: others -> recover first (oneOf next others) recover : Decoder a -> Decoder a -> Decoder a recover (Decoder first) (Decoder second) = Decoder <| \location fieldNames rowNum row -> case first location fieldNames rowNum row of Ok value -> Ok value Err err -> case second location fieldNames rowNum row of Ok value -> Ok value Err { problems } -> Err { err | problems = err.problems ++ problems } {-| Decode some value _and then_ make a decoding decision based on the outcome. For example, if you wanted to reject negative numbers, you might do something like this: positiveInt : Decoder Int positiveInt = int |> andThen (\rawInt -> if rawInt < 0 then Decode.fail "Only positive numbers allowed!" else Decode.succeed rawInt ) You could then use it like this: decodeCsv NoFieldNames positiveInt "1" -- Ok [ 1 ] decodeCsv NoFieldNames positiveInt "-1" -- Err { row = 0, problem = Failure "Only positive numbers allowed!" } -} andThen : (a -> Decoder b) -> Decoder a -> Decoder b andThen next (Decoder first) = Decoder (\location fieldNames rowNum row -> first location fieldNames rowNum row |> Result.andThen (\nextValue -> let (Decoder final) = next nextValue in final location fieldNames rowNum row ) ) {-| Always succeed, no matter what. Mostly useful with [`andThen`](#andThen). -} succeed : a -> Decoder a succeed value = Decoder (\_ _ _ _ -> Ok value) {-| Always fail with the given message, no matter what. Mostly useful with [`andThen`](#andThen). -} fail : String -> Decoder a fail message = Decoder (\location fieldNames rowNum _ -> Err { row = rowNum , column = locationToColumn fieldNames location , problems = [ Failure message ] } ) {-| Make creating custom decoders a little easier. If you already have a function that parses into something you care about, you can combine it with this. For example, here's how you could parse a hexadecimal number with [`rtfeldman/elm-hex`](https://package.elm-lang.org/packages/rtfeldman/elm-hex/latest/): import Hex hex : Decoder Int hex = andThen (\value -> fromResult (Hex.fromString value)) string decodeCsv NoFieldNames hex "ff" --> Ok [ 255 ] -} fromResult : Result String a -> Decoder a fromResult result = case result of Ok great -> succeed great Err problem -> fail problem {-| Like [`fromResult`](#fromResult) but you have to specify the error message since `Nothing` has no further information. For example, you could implement something like [`int`](#int) using this: myInt : Decoder Int myInt = andThen (\value -> fromMaybe "Expected an int" (String.toInt value) ) string decodeCsv NoFieldNames myInt "123" --> Ok [ 123 ] (That said, you probably want to use [`int`](#int) instead... it has better error messages and is more tolerant of unusual situations!) -} fromMaybe : String -> Maybe a -> Decoder a fromMaybe problem maybe = case maybe of Just value -> succeed value Nothing -> fail problem

module Csv.Decode exposing ( Decoder, string, int, float, blank , column, field , FieldNames(..), decodeCsv, decodeCustom, Error(..), errorToString, Column(..), Problem(..) , map, map2, map3, into, pipeline , oneOf, andThen, succeed, fail, fromResult, fromMaybe ) {-| Decode values from CSV. This package tries to be as unsurprising as possible, imitating [`elm/json`][elm-json] and [`NoRedInk/elm-json-decode-pipeline`][json-decode-pipeline] so that you can apply whatever you already know about JSON decoders to a different data format. [elm-json]: https://package.elm-lang.org/packages/elm/json/latest/ [json-decode-pipline]: https://package.elm-lang.org/packages/NoRedInk/elm-json-decode-pipeline/latest/ ## A Crash Course on Constructing Decoders Say you have a CSV like this: ID,Name,Species 1,Atlas,cat 2,Axel,puffin You want to get some data out of it, so you're looking through these docs. Where do you begin? The first thing you need to know is that decoders are designed to fit together to match whatever data shapes are in your CSV. So to decode the ID (an `Int` in the "ID" field), you'd combine [`int`](#int) and [`field`](#field) like this: data : String data = -- \u{000D} is the carriage return "ID,Name,Species\u{000D}\n1,Atlas,cat\u{000D}\n2,Axel,puffin" decodeCsv FieldNamesFromFirstRow (field "ID" int) data --> Ok [ 1, 2 ] But this is probably not enough, so we'll need to combine a bunch of decoders together using [`into`](#into): decodeCsv FieldNamesFromFirstRow (into (\id name species -> { id = id , name = name , species = species } ) |> pipeline (field "ID" int) |> pipeline (field "Name" string) |> pipeline (field "Species" string) ) data --> Ok --> [ { id = 1, name = "PI:NAME:<NAME>END_PI", species = "cat" } --> , { id = 2, name = "PI:NAME:<NAME>END_PI", species = "puffin" } --> ] You can decode as many things as you want by giving [`into`](#into) a function that takes more arguments. ## Basic Decoders @docs Decoder, string, int, float, blank ## Finding Values @docs column, field ## Running Decoders @docs FieldNames, decodeCsv, decodeCustom, Error, errorToString, Column, Problem ## Transforming Values @docs map, map2, map3, into, pipeline ## Fancy Decoding @docs oneOf, andThen, succeed, fail, fromResult, fromMaybe -} import Csv.Parser as Parser import Dict exposing (Dict) -- BASIC DECODERS {-| A way to specify what kind of thing you want to decode into. For example, if you have a `Pet` data type, you'd want a `Decoder Pet`. -} type Decoder a = Decoder (Location -> Dict String Int -> Int -> List String -> Result { row : Int , column : Column , problems : List Problem } a ) fromString : (String -> Result Problem a) -> Decoder a fromString convert = Decoder <| \location fieldNames rowNum row -> case location of Column_ colNum -> case row |> List.drop colNum |> List.head of Just value -> case convert value of Ok converted -> Ok converted Err problem -> Err { row = rowNum , column = locationToColumn fieldNames location , problems = [ problem ] } Nothing -> Err { row = rowNum , column = locationToColumn fieldNames location , problems = [ ColumnNotFound colNum ] } Field_ name -> case Dict.get name fieldNames of Just colNum -> case row |> List.drop colNum |> List.head of Just value -> case convert value of Ok converted -> Ok converted Err problem -> Err { row = rowNum , column = locationToColumn fieldNames location , problems = [ problem ] } Nothing -> Err { row = rowNum , column = locationToColumn fieldNames location , problems = [ FieldNotFound name ] } Nothing -> Err { row = rowNum , column = locationToColumn fieldNames location , problems = [ FieldNotProvided name ] } OnlyColumn_ -> case row of [] -> Err { row = rowNum , column = locationToColumn fieldNames location , problems = [ ColumnNotFound 0 ] } [ only ] -> case convert only of Ok converted -> Ok converted Err problem -> Err { row = rowNum , column = locationToColumn fieldNames location , problems = [ problem ] } _ -> Err { row = rowNum , column = locationToColumn fieldNames location , problems = [ ExpectedOneColumn (List.length row) ] } {-| Decode a string. decodeCsv NoFieldNames string "a" --> Ok [ "a" ] Unless you specify otherwise (e.g. with [`field`](#field)) this will assume there is only one column in the CSV and try to decode that. decodeCsv NoFieldNames string "a,b" --> Err --> (DecodingErrors --> [ { row = 0 --> , column = OnlyColumn --> , problems = [ ExpectedOneColumn 2 ] --> } --> ] --> ) -} string : Decoder String string = fromString Ok {-| Decode an integer. decodeCsv NoFieldNames int "1" --> Ok [ 1 ] decodeCsv NoFieldNames int "volcano" --> Err --> (DecodingErrors --> [ { row = 0 --> , column = OnlyColumn --> , problems = [ ExpectedInt "volcano" ] --> } --> ] --> ) Unless you specify otherwise (e.g. with [`field`](#field)) this will assume there is only one column in the CSV and try to decode that. decodeCsv NoFieldNames int "1,2" --> Err --> (DecodingErrors --> [ { row = 0 --> , column = OnlyColumn --> , problems = [ ExpectedOneColumn 2 ] --> } --> ] --> ) -} int : Decoder Int int = fromString <| \value -> case String.toInt (String.trim value) of Just parsed -> Ok parsed Nothing -> Err (ExpectedInt value) {-| Decode a floating-point number. decodeCsv NoFieldNames float "3.14" --> Ok [ 3.14 ] decodeCsv NoFieldNames float "mimesis" --> Err --> (DecodingErrors --> [ { row = 0 --> , column = OnlyColumn --> , problems = [ ExpectedFloat "mimesis" ] --> } --> ] --> ) Unless you specify otherwise (e.g. with [`field`](#field)) this will assume there is only one column in the CSV and try to decode that. decodeCsv NoFieldNames float "1.0,2.0" --> Err --> (DecodingErrors --> [ { row = 0 --> , column = OnlyColumn --> , problems = [ ExpectedOneColumn 2 ] --> } --> ] --> ) -} float : Decoder Float float = fromString <| \value -> case String.toFloat (String.trim value) of Just parsed -> Ok parsed Nothing -> Err (ExpectedFloat value) {-| Handle blank fields by turning them into `Maybe`s. We consider a field to be blank if it's empty or consists solely of whitespace characters. decodeCsv NoFieldNames (blank int) "\r\n1" --> Ok [ Nothing, Just 1 ] -} blank : Decoder a -> Decoder (Maybe a) blank decoder = andThen (\maybeBlank -> if String.isEmpty (String.trim maybeBlank) then succeed Nothing else map Just decoder ) string -- LOCATIONS type Location = Column_ Int | Field_ String | OnlyColumn_ {-| Parse a value at a numbered column, starting from 0. decodeCsv NoFieldNames (column 1 string) "a,b,c" --> Ok [ "b" ] decodeCsv NoFieldNames (column 100 float) "3.14" --> Err --> (DecodingErrors --> [ { row = 0 --> , column = Column 100 --> , problems = [ ColumnNotFound 100 ] --> } --> ] --> ) -} column : Int -> Decoder a -> Decoder a column col (Decoder decoder) = Decoder (\_ fieldNames row -> decoder (Column_ col) fieldNames row) {-| Parse a value at a named column. There are a number of ways to provide these names, see [`FieldNames`](#FieldNames) decodeCsv FieldNamesFromFirstRow (field "Country" string) "Country\r\nArgentina" --> Ok [ "Argentina" ] -} field : String -> Decoder a -> Decoder a field name (Decoder decoder) = Decoder (\_ fieldNames row -> decoder (Field_ name) fieldNames row) -- RUN DECODERS {-| Where do we get names for use with [`field`](#field)? - `NoFieldNames`: don't get field names at all. [`field`](#field) will always fail. - `CustomFieldNames`: use the provided field names in order (so `["Id", "Name"]` will mean that "Id" is in column 0 and "Name" is in column 1.) - `FieldNamesFromFirstRow`: use the first row of the CSV as the source of field names. -} type FieldNames = NoFieldNames | CustomFieldNames (List String) | FieldNamesFromFirstRow getFieldNames : FieldNames -> List (List String) -> Result Error ( Dict String Int, Int, List (List String) ) getFieldNames headers rows = let fromList : List String -> Dict String Int fromList names = names |> List.foldl (\name ( soFar, i ) -> ( Dict.insert name i soFar , i + 1 ) ) ( Dict.empty, 0 ) |> Tuple.first in case headers of NoFieldNames -> Ok ( Dict.empty, 0, rows ) CustomFieldNames names -> Ok ( fromList names, 0, rows ) FieldNamesFromFirstRow -> case rows of [] -> Err NoFieldNamesOnFirstRow first :: rest -> Ok ( fromList (List.map String.trim first), 1, rest ) {-| Convert a CSV string into some type you care about using the [`Decoder`](#Decoder)s in this module! -} decodeCsv : FieldNames -> Decoder a -> String -> Result Error (List a) decodeCsv = decodeCustom { fieldSeparator = ',' } {-| Convert something shaped roughly like a CSV. For example, to decode a TSV (_tab_-separated values) string: decodeCustom { fieldSeparator = '\t' } NoFieldNames (map2 Tuple.pair (column 0 int) (column 1 string) ) "1\tBrian\n2\tAtlas" --> Ok [ ( 1, "PI:NAME:<NAME>END_PI" ), ( 2, "PI:NAME:<NAME>END_PI" ) ] -} decodeCustom : { fieldSeparator : Char } -> FieldNames -> Decoder a -> String -> Result Error (List a) decodeCustom config fieldNames decoder source = Parser.parse config source |> Result.mapError ParsingError |> Result.andThen (applyDecoder fieldNames decoder) applyDecoder : FieldNames -> Decoder a -> List (List String) -> Result Error (List a) applyDecoder fieldNames (Decoder decode) allRows = let defaultLocation : Location defaultLocation = OnlyColumn_ in Result.andThen (\( resolvedNames, firstRowNumber, rows ) -> rows |> List.foldl (\row ( soFar, rowNum ) -> ( case decode defaultLocation resolvedNames rowNum row of Ok val -> case soFar of Ok values -> Ok (val :: values) Err errs -> Err errs Err err -> case soFar of Ok _ -> Err [ err ] Err errs -> Err (err :: errs) , rowNum + 1 ) ) ( Ok [], firstRowNumber ) |> Tuple.first |> Result.map List.reverse |> Result.mapError (DecodingErrors << List.reverse) ) (getFieldNames fieldNames allRows) {-| Sometimes we cannot decode every row in a CSV. This is how we tell you what went wrong. If you need to present this to someone, you can get a human-readable version with [`errorToString`](#errorToString) Some more detail: - `ParsingError`: there was a problem parsing the CSV into rows and columns. All these errors have to do with quoting issues. Check that any quoted fields are closed and that quotes are escaped. - `NoFieldNamesOnFirstRow`: we tried to get the field names from the first row (using [`FieldNames`](#FieldNames)) but couldn't find any, probably because the input was blank. - `DecodingErrors`: we couldn't decode a value using the specified decoder. See [`Problem`](#Problem) for more details. -} type Error = ParsingError Parser.Problem | NoFieldNamesOnFirstRow | DecodingErrors (List { row : Int , column : Column , problems : List Problem } ) {-| Where did the problem happen? - `Column`: at the given column number - `Field`: at the given named column (with optional column number if we were able to look up what column we _should_ have found.) - `OnlyColumn`: at the only column in the row -} type Column = Column Int | Field String (Maybe Int) | OnlyColumn locationToColumn : Dict String Int -> Location -> Column locationToColumn fieldNames location = case location of Column_ i -> Column i Field_ name -> Field name (Dict.get name fieldNames) OnlyColumn_ -> OnlyColumn {-| Things that can go wrong while decoding: - `ColumnNotFound Int` and `FieldNotFound String`: we looked for the specified column, but couldn't find it. The argument specifies where we tried to look. - `FieldNotProvided String`: we looked for a specific field, but it wasn't present in the first row or the provided field names (depending on your configuration.) - `ExpectedOneColumn Int`: basic decoders like [`string`](#string) and [`int`](#int) expect to find a single column per row. If there are multiple columns, and you don't specify which to use with [`column`](#column) or [`field`](#field), you'll get this error. The argument says how many columns we found. - `ExpectedInt String` and `ExpectedFloat String`: we failed to parse a string into a number. The argument specifies the string we got. - `Failure`: we got a custom failure message from [`fail`](#fail). -} type Problem = ColumnNotFound Int | FieldNotFound String | FieldNotProvided String | ExpectedOneColumn Int | ExpectedInt String | ExpectedFloat String | Failure String {-| Produce a human-readable version of an [`Error`](#Error)?! -} errorToString : Error -> String errorToString error = case error of ParsingError (Parser.SourceEndedWithoutClosingQuote row) -> "The source ended on row " ++ String.fromInt row ++ " in a quoted field without a closing quote." ParsingError (Parser.AdditionalCharactersAfterClosingQuote row) -> "On row " ++ String.fromInt row ++ " in the source, there were additional characters in a field after a closing quote." NoFieldNamesOnFirstRow -> "I expected to see field names on the first row, but there were none." DecodingErrors errs -> let problemString : Problem -> String problemString problem = case problem of ColumnNotFound i -> "I couldn't find column #" ++ String.fromInt i ++ "." FieldNotFound name -> "I couldn't find the `" ++ name ++ "` column." FieldNotProvided name -> "The `" ++ name ++ "` field wasn't provided in the field names." ExpectedOneColumn howMany -> "I expected exactly one column, but there were " ++ String.fromInt howMany ++ "." ExpectedInt notInt -> "I could not parse an int from `" ++ notInt ++ "`." ExpectedFloat notFloat -> "I could not parse a float from `" ++ notFloat ++ "`." Failure custom -> custom rowAndColumnString : { a | row : Int, column : Column } -> String rowAndColumnString err = "row " ++ String.fromInt err.row ++ ", " ++ (case err.column of Column col -> "column " ++ String.fromInt col Field name Nothing -> "in the `" ++ name ++ "` field" Field name (Just col) -> "in the `" ++ name ++ "` field (column " ++ String.fromInt col ++ ")" OnlyColumn -> "column 0 (the only column present)" ) errString : { row : Int, column : Column, problems : List Problem } -> String errString err = case List.map problemString err.problems of [] -> "There was an internal error while generating an error on " ++ rowAndColumnString err ++ " and I don't have any info about what went wrong. Please open an issue!" [ only ] -> "There was a problem on " ++ rowAndColumnString err ++ ": " ++ only many -> "There were some problems on " ++ rowAndColumnString err ++ ":\n\n" ++ String.join "\n" (List.map (\problem -> " - " ++ problem) many) in case errs of [] -> "Something went wrong, but I got an blank error list so I don't know what it was. Please open an issue!" [ only ] -> errString only many -> "I saw " ++ String.fromInt (List.length many) ++ " problems while decoding this CSV:\n\n" ++ String.join "\n\n" (List.map errString errs) -- MAPPING {-| Transform a decoded value. decodeCsv NoFieldNames (map (\i -> i * 2) int) "15" --> Ok [ 30 ] decodeCsv NoFieldNames (map String.reverse string) "slap" --> Ok [ "pals" ] -} map : (from -> to) -> Decoder from -> Decoder to map transform (Decoder decoder) = Decoder (\location fieldNames rowNum row -> decoder location fieldNames rowNum row |> Result.map transform) {-| Combine two decoders to make something else. decodeCsv NoFieldNames (map2 Tuple.pair (column 0 int) (column 1 string) ) "1,Atlas" --> Ok [ (1, "Atlas") ] -} map2 : (a -> b -> c) -> Decoder a -> Decoder b -> Decoder c map2 transform (Decoder decodeA) (Decoder decodeB) = Decoder (\location fieldNames rowNum row -> Result.map2 transform (decodeA location fieldNames rowNum row) (decodeB location fieldNames rowNum row) ) {-| Like [`map2`](#map2), but with three decoders. `map4` and beyond don't exist in this package. Use [`into`](#into) to decode records instead! decodeCsv NoFieldNames (map3 (\r g b -> (r, g, b)) (column 0 int) (column 1 int) (column 2 int) ) "255,255,0" --> Ok [ (255, 255, 0) ] -} map3 : (a -> b -> c -> d) -> Decoder a -> Decoder b -> Decoder c -> Decoder d map3 transform (Decoder decodeA) (Decoder decodeB) (Decoder decodeC) = Decoder (\location fieldNames rowNum row -> Result.map3 transform (decodeA location fieldNames rowNum row) (decodeB location fieldNames rowNum row) (decodeC location fieldNames rowNum row) ) {-| Combine an arbitrary amount of fields. You provide a function that takes as many arguments as you need, then send it values by providing decoders with [`pipeline`](#pipeline). type alias Pet = { id : Int , name : String , species : String , weight : Float } petDecoder : Decoder Pet petDecoder = into Pet |> pipeline (column 0 int) |> pipeline (column 1 string) |> pipeline (column 2 string) |> pipeline (column 3 float) Now you can decode pets like this: decodeCsv NoFieldNames petDecoder "1,Atlas,cat,14\r\n2,Axel,puffin,1.37" --> Ok --> [ { id = 1, name = "PI:NAME:<NAME>END_PI", species = "cat", weight = 14 } --> , { id = 2, name = "PI:NAME:<NAME>END_PI", species = "puffin", weight = 1.37 } --> ] -} into : (a -> b) -> Decoder (a -> b) into = succeed {-| See [`into`](#into). -} pipeline : Decoder a -> Decoder (a -> b) -> Decoder b pipeline = map2 (\value fn -> fn value) -- FANCY DECODING {-| Try several possible decoders in sequence, committing to the first one that passes. decodeCsv NoFieldNames (oneOf (map Just int) [ succeed Nothing ] ) "1" --> Ok [ Just 1 ] decodeCsv NoFieldNames (oneOf (map Just int) [ succeed Nothing ] ) "a" --> Ok [ Nothing ] -} oneOf : Decoder a -> List (Decoder a) -> Decoder a oneOf first rest = case rest of [] -> first next :: others -> recover first (oneOf next others) recover : Decoder a -> Decoder a -> Decoder a recover (Decoder first) (Decoder second) = Decoder <| \location fieldNames rowNum row -> case first location fieldNames rowNum row of Ok value -> Ok value Err err -> case second location fieldNames rowNum row of Ok value -> Ok value Err { problems } -> Err { err | problems = err.problems ++ problems } {-| Decode some value _and then_ make a decoding decision based on the outcome. For example, if you wanted to reject negative numbers, you might do something like this: positiveInt : Decoder Int positiveInt = int |> andThen (\rawInt -> if rawInt < 0 then Decode.fail "Only positive numbers allowed!" else Decode.succeed rawInt ) You could then use it like this: decodeCsv NoFieldNames positiveInt "1" -- Ok [ 1 ] decodeCsv NoFieldNames positiveInt "-1" -- Err { row = 0, problem = Failure "Only positive numbers allowed!" } -} andThen : (a -> Decoder b) -> Decoder a -> Decoder b andThen next (Decoder first) = Decoder (\location fieldNames rowNum row -> first location fieldNames rowNum row |> Result.andThen (\nextValue -> let (Decoder final) = next nextValue in final location fieldNames rowNum row ) ) {-| Always succeed, no matter what. Mostly useful with [`andThen`](#andThen). -} succeed : a -> Decoder a succeed value = Decoder (\_ _ _ _ -> Ok value) {-| Always fail with the given message, no matter what. Mostly useful with [`andThen`](#andThen). -} fail : String -> Decoder a fail message = Decoder (\location fieldNames rowNum _ -> Err { row = rowNum , column = locationToColumn fieldNames location , problems = [ Failure message ] } ) {-| Make creating custom decoders a little easier. If you already have a function that parses into something you care about, you can combine it with this. For example, here's how you could parse a hexadecimal number with [`rtfeldman/elm-hex`](https://package.elm-lang.org/packages/rtfeldman/elm-hex/latest/): import Hex hex : Decoder Int hex = andThen (\value -> fromResult (Hex.fromString value)) string decodeCsv NoFieldNames hex "ff" --> Ok [ 255 ] -} fromResult : Result String a -> Decoder a fromResult result = case result of Ok great -> succeed great Err problem -> fail problem {-| Like [`fromResult`](#fromResult) but you have to specify the error message since `Nothing` has no further information. For example, you could implement something like [`int`](#int) using this: myInt : Decoder Int myInt = andThen (\value -> fromMaybe "Expected an int" (String.toInt value) ) string decodeCsv NoFieldNames myInt "123" --> Ok [ 123 ] (That said, you probably want to use [`int`](#int) instead... it has better error messages and is more tolerant of unusual situations!) -} fromMaybe : String -> Maybe a -> Decoder a fromMaybe problem maybe = case maybe of Just value -> succeed value Nothing -> fail problem

elm

src/Periscolaire.elm

eniac314/mairieMurol

module Periscolaire where import Html exposing (..) import Html.Attributes exposing (..) import Html.Events exposing (..) import StartApp.Simple as StartApp import List exposing (..) import String exposing (words, join, cons, uncons) import Char import Dict exposing (..) import TiledMenu exposing (initAtWithLink,view,update,Action) import StarTable exposing (makeTable, emptyTe, Label(..)) import Utils exposing (mainMenu, renderMainMenu, pageFooter, capitalize, renderListImg, logos, renderSubMenu, mail, site, link) -- Model subMenu : Utils.Submenu subMenu = { current = "", entries = []} type alias MainContent = { wrapper : (Html -> Bool -> Html) , tiledMenu : TiledMenu.Model } type alias Model = { mainMenu : Utils.Menu , subMenu : Utils.Submenu , mainContent : MainContent , showIntro : Bool } initialModel = { mainMenu = mainMenu , subMenu = subMenu , mainContent = initialContent , showIntro = if String.isEmpty locationSearch then True else False } -- View view : Signal.Address Action -> Model -> Html view address model = div [ id "container"] [ renderMainMenu ["Vie locale", "Péri et extra-scolaire"] (.mainMenu model) , div [ id "subContainer"] [ (.wrapper (.mainContent model)) (TiledMenu.view (Signal.forwardTo address TiledMenuAction) (.tiledMenu (.mainContent model))) (.showIntro model) ] , pageFooter ] -- Update type Action = NoOp | TiledMenuAction (TiledMenu.Action) update : Action -> Model -> Model update action model = case action of NoOp -> model TiledMenuAction act -> let mc = (.mainContent model) tm = (.tiledMenu (.mainContent model)) in { model | showIntro = not (.showIntro model) , mainContent = { mc | tiledMenu = TiledMenu.update act tm } } --Main main = StartApp.start { model = initialModel , view = view , update = update } port locationSearch : String initialContent = { wrapper = (\content showIntro -> div [ class "subContainerData noSubmenu", id "periscolaire"] [ h2 [] [ text "Péri et extra-scolaire"] , p [classList [("intro",True),("displayIntro", showIntro)]] [text "Les compétences péri et extrascolaires sont portées par le SIVOM de la Vallée Verte de la Couze Chambon qui regroupe les communes de Chambon sur Lac, Murol, Saint-Nectaire et Saint-Victor-la-Rivière. Sébastien GOUTTEBEL, le maire de Murol, est le président du SIVOM. "] , p [classList [("intro",True),("displayIntro", showIntro)]] [text "Le secrétariat du SIVOM est assuré par Frédérique Heitz, dans les locaux de la mairie de Murol. Elle vous accueille les lundis, mardis et jeudis de 9h30 à 12h30 dans son bureau au 1er étage ou par téléphone au 04 73 88 60 67. "] --, p [ classList [("intro",True),("displayIntro", showIntro)]] -- [ a [ href "/baseDocumentaire/periscolaire/FICHE RENSEIGNEMENTS MUROL 2017-2018.pdf" -- , target "_blank"] -- [ text "fiche de renseignements Murol"] -- ] --, p [ classList [("intro",True),("displayIntro", showIntro)]] -- [ a [ href "/baseDocumentaire/periscolaire/FICHE RENSEIGNEMENTS CHAMBON 2017 2018.pdf" -- , target "_blank"] -- [ text "fiche de renseignements Chambon"] -- ] --, p [ classList [("intro",True),("displayIntro", showIntro)]] -- [ a [ href "/baseDocumentaire/periscolaire/FICHE RENSEIGNEMENTS ST NECTAIRE 2017-2018.pdf" -- , target "_blank"] -- [ text "fiche de renseignements Saint-Nectaire"] -- ] --, p [ classList [("intro",True),("displayIntro", showIntro)]] -- [ a [ href "/baseDocumentaire/periscolaire/reglementCharte.pdf" -- , target "_blank"] -- [ text "règlement intérieur et charte du savoir vivre"] , p [ classList [("intro",True),("displayIntro", showIntro)]] [ a [ href "/baseDocumentaire/periscolaire/dossier d'inscription cantine garderie murol 2018-2019.pdf" , target "_blank"] [ text "Dossier d’inscription SIVOM pour les enfants scolarisés à Murol"] ] , p [ classList [("intro",True),("displayIntro", showIntro)]] [ a [ href "/baseDocumentaire/periscolaire/dossier d'inscription cantine garderie chambon 2018-2019.pdf" , target "_blank"] [ text "Dossier d’inscription SIVOM pour les enfants scolarisés au Chambon"] ] --, p [ classList [("intro",True),("displayIntro", showIntro)]] -- [ a [ href "/baseDocumentaire/periscolaire/FICHE RENSEIGNEMENTS ST NECTAIRE 2017-2018.pdf" -- , target "_blank"] -- [ text "Dossier d’inscription SIVOM pour les enfants scolarisés à Saint-Nectaire"] -- ] , p [ classList [("intro",True),("displayIntro", showIntro)]] [ a [ href "/baseDocumentaire/periscolaire/Charte du SAVOIR VIVRE.pdf" , target "_blank"] [ text "Charte du savoir-vivre"] ] --, p [ classList [("intro",True),("displayIntro", showIntro)]] -- [ a [ href "/baseDocumentaire/periscolaire/règlement sivom 2018.pdf" -- , target "_blank"] -- [ text "Règlement intérieur"] --] , p [ classList [("intro",True),("displayIntro", showIntro)]] [ a [ href "/baseDocumentaire/periscolaire/règlement et tarifs SIVOM juin 2018.pdf" , target "_blank"] [ text "Règlement et tarifs SIVOM juin 2018"] ] --, p [ classList [("intro",True),("displayIntro", showIntro)]] -- [ a [ href "/baseDocumentaire/periscolaire/Charte du SAVOIR VIVRE.pdf" -- , target "_blank"] -- [ text "charte du savoir vivre"] -- ] , content]) , tiledMenu = initAtWithLink locationSearch peri } -- Data peri = [ ("Restaurant scolaire" ,"/images/tiles/periscolaire/restaurant scolaire.jpg" , [ p [] [ text "Le restaurant scolaire est un service non obligatoire assuré par le SIVOM de la Vallée Verte. Il accueille les enfants de la maternelle et de l’école élémentaire de Murol les lundis, mardis, jeudis et vendredis de 12h à 13h30. "] , p [] [ text "Les enfants déjeunent en deux services (petits puis grands) pour limiter le bruit dans le réfectoire. "] , p [] [ text "Les repas sont préparés sur place par la cuisinière du SIVOM, Monique Picot. Un repas «bio» est servi aux enfants une fois par mois. "] , p [] [ text "La surveillance est assurée par les personnels du SIVOM, Karine Fouquet, Emmanuelle Delorme et Florence Planeix. "] , p [] [ text "Les enfants sont tenus de se comporter correctement, selon les préconisations détaillées dans la charte du savoir-vivre et le règlement intérieur. En cas de problème de discipline, les parents sont informés par le biais d’avertissements remis aux enfants."] , p [] [ text "Si votre enfant présente des allergies alimentaires, un protocole devra être établi avant qu’il ne soit accueilli au restaurant scolaire (PAI). "] , p [] [ text "Le montant de la participation des familles est fonction des revenus de celles-ci (tarification selon le quotient familial): "] , table [ id "quotient"] [ tr [ class "quotLine"] [ td [] [ text "Quotient familial"] , td [] [ text "de 0 à 350€"] , td [] [ text "de 351 à 500€"] , td [] [ text "de 501 à 600€"] , td [] [ text "plus de 600€"] ] , tr [ class "quotAltLine"] [ td [] [ text "Tarif maternelle"] , td [] [ text "2,10€"] , td [] [ text "2,50€"] , td [] [ text "2,80€"] , td [] [ text "3,05€"] ] , tr [ class "quotLine"] [ td [] [ text "Tarif élémentaire"] , td [] [ text "2,10€"] , td [] [ text "2,60€"] , td [] [ text "2,95€"] , td [] [ text "3,20€"] ] ] , p [ ] [ a [ href "/baseDocumentaire/periscolaire/dossier d'inscription cantine garderie murol 2018-2019.pdf" , target "_blank"] [ text "Dossier d’inscription SIVOM pour les enfants scolarisés à Murol"] ] , p [ ] [ a [ href "/baseDocumentaire/periscolaire/dossier d'inscription cantine garderie chambon 2018-2019.pdf" , target "_blank"] [ text "Dossier d’inscription SIVOM pour les enfants scolarisés au Chambon"] ] , p [ ] [ a [ href "/baseDocumentaire/periscolaire/Charte du SAVOIR VIVRE.pdf" , target "_blank"] [ text "Charte du savoir-vivre"] ] , p [ ] [ a [ href "/baseDocumentaire/periscolaire/règlement et tarifs SIVOM juin 2018.pdf" , target "_blank"] [ text "Règlement et tarifs SIVOM juin 2018"] ] ] ,"") , ("Garderie périscolaire" ,"/images/tiles/periscolaire/garderie.jpg" , [ p [] [text "La garderie périscolaire est un service non obligatoire assuré par le SIVOM de la Vallée Verte. Ce service est subventionné par la CAF et la MSA. "] , text "La garderie est ouverte: " , ul [] [ li [] [text "le matin de 7h à 9h les lundis, mardis, mercredis, jeudis et vendredis"] , li [] [text "le soir de 16h30 à 19h les lundis, mardis, jeudis et vendredis. "] ] , p [] [text "La garderie accueille les enfants de la maternelle de Murol ainsi que des écoles élémentaires de Murol et de Chambon sur Lac. "] , p [] [text "Ils sont surveillés par Karine Fouquet (et Frédérique Heitz sur les créneaux de plus forte affluence). "] , p [] [text "La garderie est un temps de détente et de jeux libres. Mais pour le bien-être de tous, les enfants sont tenus de se comporter correctement, selon les préconisations détaillées dans la charte du savoir-vivre et le règlement intérieur. En cas de problème de discipline, les parents sont informés par le biais d’avertissements remis aux enfants. "] , text "La participation des familles est fonction des revenus de celles-ci : " , ul [] [ li [] [text "Familles non-imposables : 1,25€ de l’heure "] , li [] [text "Familles imposables : 1,45€ de l’heure "] ] , p [] [text "NB : le créneau 16h30/18h est facturé comme 1 heure. "] , p [ ] [ a [ href "/baseDocumentaire/periscolaire/dossier d'inscription cantine garderie murol 2018-2019.pdf" , target "_blank"] [ text "Dossier d’inscription SIVOM pour les enfants scolarisés à Murol"] ] , p [ ] [ a [ href "/baseDocumentaire/periscolaire/dossier d'inscription cantine garderie chambon 2018-2019.pdf" , target "_blank"] [ text "Dossier d’inscription SIVOM pour les enfants scolarisés au Chambon"] ] , p [ ] [ a [ href "/baseDocumentaire/periscolaire/Charte du SAVOIR VIVRE.pdf" , target "_blank"] [ text "Charte du savoir-vivre"] ] , p [ ] [ a [ href "/baseDocumentaire/periscolaire/règlement et tarifs SIVOM juin 2018.pdf" , target "_blank"] [ text "Règlement et tarifs SIVOM juin 2018"] ] ] ,"" ) , ("Temps d'activités périscolaires (TAP)" ,"/images/tiles/periscolaire/TAP.jpg" ,[ p [] [text "Les écoles des communes du SIVOM de la Vallée Verte verront leurs rythmes scolaires modifiés à la rentrée 2018. Les élèves auront classe sur 4 jours, les lundis, mardis, jeudis et vendredis. Le SIVOM de la Vallée Verte a donc délibéré pour la suppression des temps d'activités périscolaires (TAP)."] --p [] [text "L’organisation des activités périscolaires dans les quatre écoles -- de la vallée est réalisée par le SIVOM -- dans le cadre d’un projet éducatif territorial qui -- garantit un encadrement de qualité pour les enfants -- et une programmation qui répond à des objectifs -- éducatifs. Le financement est assuré par le SIVOM, -- l’Etat, la CAF et la participation des parents."] -- , p [] [text "Les enfants inscrits bénéficient de deux séances d’activités -- hebdomadaires: "] -- , table [ id "tableTAP"] -- [ tr [] -- [ th [] [text "ECOLE"] -- , th [] [text "JOURS DE TAP"] -- , th [] [text "HORAIRES DE TAP"] -- , th [] [text "DIRECTION"] -- , th [] [text "PROGRAMMES"] -- ] -- , tr [] -- [ td [] [text "Maternelle de Murol"] -- , td [] [text "Mardi et vendredi"] -- , td [] [text "15h00 à 16h30"] -- , td [] [text "Karine Fouquet"] -- , td [] [a [href "/baseDocumentaire/periscolaire/PROGRAMME TAP MATERNELLE 2017 2018.pdf", target "_blank"] [text "maternelle"]] -- ] -- , tr [] -- [ td [] [text "Elémentaire de Murol"] -- , td [] [text "Lundi et jeudi"] -- , td [] [text "15h00 à 16h30"] -- , td [] [text "Frédérique Heitz"] -- , td [] [a [href "/baseDocumentaire/periscolaire/murol tap jusqu'à Pâques.pdf", target "_blank"] [text "Murol"]] -- ] -- , tr [] -- [ td [] [text "Elémentaire du Chambon"] -- , td [] [text "Lundi et jeudi"] -- , td [] [text "15h15 à 16h45"] -- , td [] [text "Karine Fouquet"] -- , td [] [a [href "/baseDocumentaire/periscolaire/PROGRAMME TAP CHAMBON 2017 2018.pdf", target "_blank"] [text "Chambon"]] -- ] -- , tr [] -- [ td [] [text "Primaire de St Nectaire"] -- , td [] [text "Mardi et vendredi"] -- , td [] [text "15h00 à 16h30"] -- , td [] [text "Frédérique Heitz"] -- , td [] [a [href "/baseDocumentaire/periscolaire/tap st nectaire jusqu'à Pâques.pdf", target "_blank"] [text "Saint-Nectaire"]] -- ] -- ] -- , p [] [text "L’inscription est annuelle et la participation -- des familles est de 12€ par trimestre et par enfant."] -- , p [ ] -- [ a [ href "/baseDocumentaire/periscolaire/FICHE RENSEIGNEMENTS MUROL 2017-2018.pdf" -- , target "_blank"] -- [ text "Dossier d’inscription SIVOM pour les enfants scolarisés à Murol"] -- ] -- , p [ ] -- [ a [ href "/baseDocumentaire/periscolaire/FICHE RENSEIGNEMENTS CHAMBON 2017 2018.pdf" -- , target "_blank"] -- [ text "Dossier d’inscription SIVOM pour les enfants scolarisés au Chambon"] -- ] -- , p [ ] -- [ a [ href "/baseDocumentaire/periscolaire/FICHE RENSEIGNEMENTS ST NECTAIRE 2017-2018.pdf" -- , target "_blank"] -- [ text "Dossier d’inscription SIVOM pour les enfants scolarisés à Saint-Nectaire"] -- ] --, p [ ] -- [ a [ href "/baseDocumentaire/periscolaire/TAP murol 2017 rentrée à toussaint-1.pdf" -- , target "_blank"] -- [ text "programme TAP Murol - rentrée à Toussaint"] -- ] --, p [ ] -- [ a [ href "/baseDocumentaire/periscolaire/PROGRAMME TAP CHAMBON 2017 2018.pdf" -- , target "_blank"] -- [ text "programme annuel TAP Chambon"] -- ] --, p [ ] -- [ a [ href "/baseDocumentaire/periscolaire/TAP St Nect 2017 rentrée à toussaint-1.pdf" -- , target "_blank"] -- [ text "programme TAP Saint-Nectaire - rentrée à Toussaint"] -- ] --, p [ ] -- [ a [ href "/baseDocumentaire/periscolaire/PROGRAMME TAP MATERNELLE 2017 2018.pdf" -- , target "_blank"] -- [ text "programme TAP Maternelle"] -- ] , p [ ] [ a [ href "/baseDocumentaire/periscolaire/délibération rythmes scolaires.pdf" , target "_blank"] [ text "Délibération rythmes scolaires"] ] ] ,"" ) , ("Centre de loisirs" ,"/images/tiles/periscolaire/centre de loisirs.jpg" , [ p [] [text "Le Centre de Loisirs du SIVOM de la Vallée Verte propose d’accueillir les enfants des communes de Chambon sur Lac, Murol, Saint-Nectaire et Saint-Victor-la-Rivière, ayant 3 ans révolus et déjà inscrits dans un établissement scolaire."] , text "Il sera ouvert dans les locaux de l’école maternelle de Murol du lundi au vendredi de 8h à 18h:" , ul [] [ li [] [text "Du 12 au 23 février 2018"] --li [] [text "Du 20 février au 3 mars 2017"] , li [] [text "Du 9 au 20 avril 2018" ] , li [] [text "Du 9 juillet au 24 août 2018" ] ] --, p [] [ a [ href "/baseDocumentaire/periscolaire/PROJET PEDAGOGIQUE ET PROGRAMME JUILLET 2017.pdf", target "_blank"] -- [ text "programme des activités et projet pédagogique - Juillet 2017"] -- ] --, p [] [ a [ href "/baseDocumentaire/periscolaire/planning activités avril 2018.pdf", target "_blank"] -- [ text "programme des activités et projet pédagogique - Juillet 2018"] -- ] , p [] [a [ href "/baseDocumentaire/periscolaire/plaquette clsh été 2018.pdf" , target "_blank" ] [ text "plaquette de présentation du centre de loisirs été" ] ] , p [] [ a [ href "/baseDocumentaire/periscolaire/PROJET PEDAGOGIQUE karine juillet 2018.pdf", target "_blank"] [ text "programme des activités et projet pédagogique - Juillet 2018"] ] , p [] [ a [ href "/baseDocumentaire/periscolaire/planning août 2018.pdf", target "_blank"] [ text "programme des activités - Août 2018"] ] , p [] [ a [ href "/baseDocumentaire/periscolaire/PP aout 2018.pdf", target "_blank"] [ text "projet pédagogique - Août 2018"] ] --, p [] [ a [href "/baseDocumentaire/periscolaire/préinscription clsh avril 2018.pdf", target "_blank"] -- [text "la fiche de préinscription CLSH"] -- ] , p [] [ a [href "/baseDocumentaire/periscolaire/dossier inscription Centre Aéré été 2018.pdf", target "_blank"] [text "la fiche d’inscription CLSH"] ] , p [] [text "Des enfants d’autres communes d’origine, de la population touristique notamment, pourront être également accueillis, dans la limite des places disponibles. "] , p [] [text "Les familles pourront inscrire leurs enfants à la semaine, à la journée ou à la demi-journée avec ou sans repas. Un service de ramassage est assuré matin et soir. "] , p [] [text "Ce service est subventionné par la CAF et la MSA. La participation des familles est fonction des revenus de celles-ci (" ,a [href "/baseDocumentaire/periscolaire/règlement et tarifs SIVOM juin 2018.pdf", target "_blank"] [text "règlement et tarifs SIVOM juin 2018"] ,text ")" ] , text "Liens:" , p [] [a [href "/baseDocumentaire/periscolaire/PROJET EDUCATIF 2018.pdf", target "_blank"] [text "Projet éducatif du centre de loisirs du SIVOM de la Vallée Verte"]] --, p [] [a [href "/baseDocumentaire/periscolaire/projet pédagogique avril 2018.pdf", target "_blank"] -- [text "Projet pédagogique vacances de printemps "] -- ] --, p [] [a [ href "/baseDocumentaire/periscolaire/plaquette CLSH 2017.pdf" -- , target "_blank" -- ] -- [ text "Tarifs SIVOM 2017" ] -- ] --, p [] [a [ href "/baseDocumentaire/periscolaire/plaquette 2017 centre de loisirs printemps.pdf" -- , target "_blank" -- ] -- [ text "Plaquette de présentation du centre de loisirs printemps" ] -- ] ] ,"" ) , ("Transport scolaire" ,"/images/tiles/periscolaire/navette.jpg" , [ --p [] [ text "Pour le transport scolaire, la participation des familles -- a été fixée forfaitairement par le Conseil Général -- pour l’année scolaire 2008 / 2009 à 12,80€ -- par mois (64€ par mois pour les élèves -- non subventionnés)."] ] ,"http://www.puy-de-dome.fr/transports/transports-scolaires/bus-scolaire.html" ) , ("Activités jeunesse de la communauté de communes" ,"/images/tiles/periscolaire/actiJeunesse.jpg" ,[] ,"http://www.cc-massifdusancy.fr/enfance-jeunesse/activites-jeunesse_5675.cfm" ) ]

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module Periscolaire where import Html exposing (..) import Html.Attributes exposing (..) import Html.Events exposing (..) import StartApp.Simple as StartApp import List exposing (..) import String exposing (words, join, cons, uncons) import Char import Dict exposing (..) import TiledMenu exposing (initAtWithLink,view,update,Action) import StarTable exposing (makeTable, emptyTe, Label(..)) import Utils exposing (mainMenu, renderMainMenu, pageFooter, capitalize, renderListImg, logos, renderSubMenu, mail, site, link) -- Model subMenu : Utils.Submenu subMenu = { current = "", entries = []} type alias MainContent = { wrapper : (Html -> Bool -> Html) , tiledMenu : TiledMenu.Model } type alias Model = { mainMenu : Utils.Menu , subMenu : Utils.Submenu , mainContent : MainContent , showIntro : Bool } initialModel = { mainMenu = mainMenu , subMenu = subMenu , mainContent = initialContent , showIntro = if String.isEmpty locationSearch then True else False } -- View view : Signal.Address Action -> Model -> Html view address model = div [ id "container"] [ renderMainMenu ["Vie locale", "Péri et extra-scolaire"] (.mainMenu model) , div [ id "subContainer"] [ (.wrapper (.mainContent model)) (TiledMenu.view (Signal.forwardTo address TiledMenuAction) (.tiledMenu (.mainContent model))) (.showIntro model) ] , pageFooter ] -- Update type Action = NoOp | TiledMenuAction (TiledMenu.Action) update : Action -> Model -> Model update action model = case action of NoOp -> model TiledMenuAction act -> let mc = (.mainContent model) tm = (.tiledMenu (.mainContent model)) in { model | showIntro = not (.showIntro model) , mainContent = { mc | tiledMenu = TiledMenu.update act tm } } --Main main = StartApp.start { model = initialModel , view = view , update = update } port locationSearch : String initialContent = { wrapper = (\content showIntro -> div [ class "subContainerData noSubmenu", id "periscolaire"] [ h2 [] [ text "Péri et extra-scolaire"] , p [classList [("intro",True),("displayIntro", showIntro)]] [text "Les compétences péri et extrascolaires sont portées par le SIVOM de la Vallée Verte de la <NAME> qui regroupe les communes de Chambon sur Lac, Murol, Saint-Nectaire et Saint-Victor-la-Rivière. <NAME>, le maire de Murol, est le président du SIVOM. "] , p [classList [("intro",True),("displayIntro", showIntro)]] [text "Le secrétariat du SIVOM est assuré par <NAME> <NAME>, dans les locaux de la mairie de Murol. Elle vous accueille les lundis, mardis et jeudis de 9h30 à 12h30 dans son bureau au 1er étage ou par téléphone au 04 73 88 60 67. "] --, p [ classList [("intro",True),("displayIntro", showIntro)]] -- [ a [ href "/baseDocumentaire/periscolaire/FICHE RENSEIGNEMENTS MUROL 2017-2018.pdf" -- , target "_blank"] -- [ text "fiche de renseignements Murol"] -- ] --, p [ classList [("intro",True),("displayIntro", showIntro)]] -- [ a [ href "/baseDocumentaire/periscolaire/FICHE RENSEIGNEMENTS CHAMBON 2017 2018.pdf" -- , target "_blank"] -- [ text "fiche de renseignements Chambon"] -- ] --, p [ classList [("intro",True),("displayIntro", showIntro)]] -- [ a [ href "/baseDocumentaire/periscolaire/FICHE RENSEIGNEMENTS ST NECTAIRE 2017-2018.pdf" -- , target "_blank"] -- [ text "fiche de renseignements Saint-Nectaire"] -- ] --, p [ classList [("intro",True),("displayIntro", showIntro)]] -- [ a [ href "/baseDocumentaire/periscolaire/reglementCharte.pdf" -- , target "_blank"] -- [ text "règlement intérieur et charte du savoir vivre"] , p [ classList [("intro",True),("displayIntro", showIntro)]] [ a [ href "/baseDocumentaire/periscolaire/dossier d'inscription cantine garderie murol 2018-2019.pdf" , target "_blank"] [ text "Dossier d’inscription SIVOM pour les enfants scolarisés à Murol"] ] , p [ classList [("intro",True),("displayIntro", showIntro)]] [ a [ href "/baseDocumentaire/periscolaire/dossier d'inscription cantine garderie chambon 2018-2019.pdf" , target "_blank"] [ text "Dossier d’inscription SIVOM pour les enfants scolarisés au Chambon"] ] --, p [ classList [("intro",True),("displayIntro", showIntro)]] -- [ a [ href "/baseDocumentaire/periscolaire/FICHE RENSEIGNEMENTS ST NECTAIRE 2017-2018.pdf" -- , target "_blank"] -- [ text "Dossier d’inscription SIVOM pour les enfants scolarisés à Saint-Nectaire"] -- ] , p [ classList [("intro",True),("displayIntro", showIntro)]] [ a [ href "/baseDocumentaire/periscolaire/Charte du SAVOIR VIVRE.pdf" , target "_blank"] [ text "Charte du savoir-vivre"] ] --, p [ classList [("intro",True),("displayIntro", showIntro)]] -- [ a [ href "/baseDocumentaire/periscolaire/règlement sivom 2018.pdf" -- , target "_blank"] -- [ text "Règlement intérieur"] --] , p [ classList [("intro",True),("displayIntro", showIntro)]] [ a [ href "/baseDocumentaire/periscolaire/règlement et tarifs SIVOM juin 2018.pdf" , target "_blank"] [ text "Règlement et tarifs SIVOM juin 2018"] ] --, p [ classList [("intro",True),("displayIntro", showIntro)]] -- [ a [ href "/baseDocumentaire/periscolaire/Charte du SAVOIR VIVRE.pdf" -- , target "_blank"] -- [ text "charte du savoir vivre"] -- ] , content]) , tiledMenu = initAtWithLink locationSearch peri } -- Data peri = [ ("Restaurant scolaire" ,"/images/tiles/periscolaire/restaurant scolaire.jpg" , [ p [] [ text "Le restaurant scolaire est un service non obligatoire assuré par le SIVOM de la Vallée Verte. Il accueille les enfants de la maternelle et de l’école élémentaire de Murol les lundis, mardis, jeudis et vendredis de 12h à 13h30. "] , p [] [ text "Les enfants déjeunent en deux services (petits puis grands) pour limiter le bruit dans le réfectoire. "] , p [] [ text "Les repas sont préparés sur place par la cuisinière du SIVOM, <NAME>. Un repas «bio» est servi aux enfants une fois par mois. "] , p [] [ text "La surveillance est assurée par les personnels du SIVOM, <NAME>, <NAME> et <NAME>. "] , p [] [ text "Les enfants sont tenus de se comporter correctement, selon les préconisations détaillées dans la charte du savoir-vivre et le règlement intérieur. En cas de problème de discipline, les parents sont informés par le biais d’avertissements remis aux enfants."] , p [] [ text "Si votre enfant présente des allergies alimentaires, un protocole devra être établi avant qu’il ne soit accueilli au restaurant scolaire (PAI). "] , p [] [ text "Le montant de la participation des familles est fonction des revenus de celles-ci (tarification selon le quotient familial): "] , table [ id "quotient"] [ tr [ class "quotLine"] [ td [] [ text "Quotient familial"] , td [] [ text "de 0 à 350€"] , td [] [ text "de 351 à 500€"] , td [] [ text "de 501 à 600€"] , td [] [ text "plus de 600€"] ] , tr [ class "quotAltLine"] [ td [] [ text "Tarif maternelle"] , td [] [ text "2,10€"] , td [] [ text "2,50€"] , td [] [ text "2,80€"] , td [] [ text "3,05€"] ] , tr [ class "quotLine"] [ td [] [ text "Tarif élémentaire"] , td [] [ text "2,10€"] , td [] [ text "2,60€"] , td [] [ text "2,95€"] , td [] [ text "3,20€"] ] ] , p [ ] [ a [ href "/baseDocumentaire/periscolaire/dossier d'inscription cantine garderie murol 2018-2019.pdf" , target "_blank"] [ text "Dossier d’inscription SIVOM pour les enfants scolarisés à Murol"] ] , p [ ] [ a [ href "/baseDocumentaire/periscolaire/dossier d'inscription cantine garderie chambon 2018-2019.pdf" , target "_blank"] [ text "Dossier d’inscription SIVOM pour les enfants scolarisés au Chambon"] ] , p [ ] [ a [ href "/baseDocumentaire/periscolaire/Charte du SAVOIR VIVRE.pdf" , target "_blank"] [ text "Charte du savoir-vivre"] ] , p [ ] [ a [ href "/baseDocumentaire/periscolaire/règlement et tarifs SIVOM juin 2018.pdf" , target "_blank"] [ text "Règlement et tarifs SIVOM juin 2018"] ] ] ,"") , ("Garderie périscolaire" ,"/images/tiles/periscolaire/garderie.jpg" , [ p [] [text "La garderie périscolaire est un service non obligatoire assuré par le SIVOM de la Vallée Verte. Ce service est subventionné par la CAF et la MSA. "] , text "La garderie est ouverte: " , ul [] [ li [] [text "le matin de 7h à 9h les lundis, mardis, mercredis, jeudis et vendredis"] , li [] [text "le soir de 16h30 à 19h les lundis, mardis, jeudis et vendredis. "] ] , p [] [text "La garderie accueille les enfants de la maternelle de Murol ainsi que des écoles élémentaires de Murol et de Chambon sur Lac. "] , p [] [text "Ils sont surveillés par <NAME> (et Frédérique <NAME>itz sur les créneaux de plus forte affluence). "] , p [] [text "La garderie est un temps de détente et de jeux libres. Mais pour le bien-être de tous, les enfants sont tenus de se comporter correctement, selon les préconisations détaillées dans la charte du savoir-vivre et le règlement intérieur. En cas de problème de discipline, les parents sont informés par le biais d’avertissements remis aux enfants. "] , text "La participation des familles est fonction des revenus de celles-ci : " , ul [] [ li [] [text "Familles non-imposables : 1,25€ de l’heure "] , li [] [text "Familles imposables : 1,45€ de l’heure "] ] , p [] [text "NB : le créneau 16h30/18h est facturé comme 1 heure. "] , p [ ] [ a [ href "/baseDocumentaire/periscolaire/dossier d'inscription cantine garderie murol 2018-2019.pdf" , target "_blank"] [ text "Dossier d’inscription SIVOM pour les enfants scolarisés à Murol"] ] , p [ ] [ a [ href "/baseDocumentaire/periscolaire/dossier d'inscription cantine garderie chambon 2018-2019.pdf" , target "_blank"] [ text "Dossier d’inscription SIVOM pour les enfants scolarisés au Chambon"] ] , p [ ] [ a [ href "/baseDocumentaire/periscolaire/Charte du SAVOIR VIVRE.pdf" , target "_blank"] [ text "Charte du savoir-vivre"] ] , p [ ] [ a [ href "/baseDocumentaire/periscolaire/règlement et tarifs SIVOM juin 2018.pdf" , target "_blank"] [ text "Règlement et tarifs SIVOM juin 2018"] ] ] ,"" ) , ("Temps d'activités périscolaires (TAP)" ,"/images/tiles/periscolaire/TAP.jpg" ,[ p [] [text "Les écoles des communes du SIVOM de la Vallée Verte verront leurs rythmes scolaires modifiés à la rentrée 2018. Les élèves auront classe sur 4 jours, les lundis, mardis, jeudis et vendredis. Le SIVOM de la Vallée Verte a donc délibéré pour la suppression des temps d'activités périscolaires (TAP)."] --p [] [text "L’organisation des activités périscolaires dans les quatre écoles -- de la vallée est réalisée par le SIVOM -- dans le cadre d’un projet éducatif territorial qui -- garantit un encadrement de qualité pour les enfants -- et une programmation qui répond à des objectifs -- éducatifs. Le financement est assuré par le SIVOM, -- l’Etat, la CAF et la participation des parents."] -- , p [] [text "Les enfants inscrits bénéficient de deux séances d’activités -- hebdomadaires: "] -- , table [ id "tableTAP"] -- [ tr [] -- [ th [] [text "ECOLE"] -- , th [] [text "JOURS DE TAP"] -- , th [] [text "HORAIRES DE TAP"] -- , th [] [text "DIRECTION"] -- , th [] [text "PROGRAMMES"] -- ] -- , tr [] -- [ td [] [text "<NAME>"] -- , td [] [text "<NAME>"] -- , td [] [text "15h00 à 16h30"] -- , td [] [text "<NAME>"] -- , td [] [a [href "/baseDocumentaire/periscolaire/PROGRAMME TAP MATERNELLE 2017 2018.pdf", target "_blank"] [text "maternelle"]] -- ] -- , tr [] -- [ td [] [text "<NAME>"] -- , td [] [text "Lundi et jeudi"] -- , td [] [text "15h00 à 16h30"] -- , td [] [text "<NAME>"] -- , td [] [a [href "/baseDocumentaire/periscolaire/murol tap jusqu'à Pâques.pdf", target "_blank"] [text "Murol"]] -- ] -- , tr [] -- [ td [] [text "<NAME>"] -- , td [] [text "Lundi et jeudi"] -- , td [] [text "15h15 à 16h45"] -- , td [] [text "<NAME>"] -- , td [] [a [href "/baseDocumentaire/periscolaire/PROGRAMME TAP CHAMBON 2017 2018.pdf", target "_blank"] [text "Chambon"]] -- ] -- , tr [] -- [ td [] [text "<NAME>"] -- , td [] [text "<NAME>"] -- , td [] [text "15h00 à 16h30"] -- , td [] [text "<NAME>"] -- , td [] [a [href "/baseDocumentaire/periscolaire/tap st nectaire jusqu'à Pâques.pdf", target "_blank"] [text "Saint-Nectaire"]] -- ] -- ] -- , p [] [text "L’inscription est annuelle et la participation -- des familles est de 12€ par trimestre et par enfant."] -- , p [ ] -- [ a [ href "/baseDocumentaire/periscolaire/FICHE RENSEIGNEMENTS MUROL 2017-2018.pdf" -- , target "_blank"] -- [ text "Dossier d’inscription SIVOM pour les enfants scolarisés à Murol"] -- ] -- , p [ ] -- [ a [ href "/baseDocumentaire/periscolaire/FICHE RENSEIGNEMENTS CHAMBON 2017 2018.pdf" -- , target "_blank"] -- [ text "Dossier d’inscription SIVOM pour les enfants scolarisés au Chambon"] -- ] -- , p [ ] -- [ a [ href "/baseDocumentaire/periscolaire/FICHE RENSEIGNEMENTS ST NECTAIRE 2017-2018.pdf" -- , target "_blank"] -- [ text "Dossier d’inscription SIVOM pour les enfants scolarisés à Saint-Nectaire"] -- ] --, p [ ] -- [ a [ href "/baseDocumentaire/periscolaire/TAP murol 2017 rentrée à toussaint-1.pdf" -- , target "_blank"] -- [ text "programme TAP Murol - rentrée à Toussaint"] -- ] --, p [ ] -- [ a [ href "/baseDocumentaire/periscolaire/PROGRAMME TAP CHAMBON 2017 2018.pdf" -- , target "_blank"] -- [ text "programme annuel TAP Chambon"] -- ] --, p [ ] -- [ a [ href "/baseDocumentaire/periscolaire/TAP St Nect 2017 rentrée à toussaint-1.pdf" -- , target "_blank"] -- [ text "programme TAP Saint-Nectaire - rentrée à Toussaint"] -- ] --, p [ ] -- [ a [ href "/baseDocumentaire/periscolaire/PROGRAMME TAP MATERNELLE 2017 2018.pdf" -- , target "_blank"] -- [ text "programme TAP Maternelle"] -- ] , p [ ] [ a [ href "/baseDocumentaire/periscolaire/délibération rythmes scolaires.pdf" , target "_blank"] [ text "Délibération rythmes scolaires"] ] ] ,"" ) , ("Centre de loisirs" ,"/images/tiles/periscolaire/centre de loisirs.jpg" , [ p [] [text "Le Centre de Loisirs du SIVOM de la Vallée Verte propose d’accueillir les enfants des communes de Chambon sur Lac, Murol, Saint-Nectaire et Saint-Victor-la-Rivière, ayant 3 ans révolus et déjà inscrits dans un établissement scolaire."] , text "Il sera ouvert dans les locaux de l’école maternelle de Murol du lundi au vendredi de 8h à 18h:" , ul [] [ li [] [text "Du 12 au 23 février 2018"] --li [] [text "Du 20 février au 3 mars 2017"] , li [] [text "Du 9 au 20 avril 2018" ] , li [] [text "Du 9 juillet au 24 août 2018" ] ] --, p [] [ a [ href "/baseDocumentaire/periscolaire/PROJET PEDAGOGIQUE ET PROGRAMME JUILLET 2017.pdf", target "_blank"] -- [ text "programme des activités et projet pédagogique - Juillet 2017"] -- ] --, p [] [ a [ href "/baseDocumentaire/periscolaire/planning activités avril 2018.pdf", target "_blank"] -- [ text "programme des activités et projet pédagogique - Juillet 2018"] -- ] , p [] [a [ href "/baseDocumentaire/periscolaire/plaquette clsh été 2018.pdf" , target "_blank" ] [ text "plaquette de présentation du centre de loisirs été" ] ] , p [] [ a [ href "/baseDocumentaire/periscolaire/PROJET PEDAGOGIQUE karine juillet 2018.pdf", target "_blank"] [ text "programme des activités et projet pédagogique - Juillet 2018"] ] , p [] [ a [ href "/baseDocumentaire/periscolaire/planning août 2018.pdf", target "_blank"] [ text "programme des activités - Août 2018"] ] , p [] [ a [ href "/baseDocumentaire/periscolaire/PP aout 2018.pdf", target "_blank"] [ text "projet pédagogique - Août 2018"] ] --, p [] [ a [href "/baseDocumentaire/periscolaire/préinscription clsh avril 2018.pdf", target "_blank"] -- [text "la fiche de préinscription CLSH"] -- ] , p [] [ a [href "/baseDocumentaire/periscolaire/dossier inscription Centre Aéré été 2018.pdf", target "_blank"] [text "la fiche d’inscription CLSH"] ] , p [] [text "Des enfants d’autres communes d’origine, de la population touristique notamment, pourront être également accueillis, dans la limite des places disponibles. "] , p [] [text "Les familles pourront inscrire leurs enfants à la semaine, à la journée ou à la demi-journée avec ou sans repas. Un service de ramassage est assuré matin et soir. "] , p [] [text "Ce service est subventionné par la CAF et la MSA. La participation des familles est fonction des revenus de celles-ci (" ,a [href "/baseDocumentaire/periscolaire/règlement et tarifs SIVOM juin 2018.pdf", target "_blank"] [text "règlement et tarifs SIVOM juin 2018"] ,text ")" ] , text "Liens:" , p [] [a [href "/baseDocumentaire/periscolaire/PROJET EDUCATIF 2018.pdf", target "_blank"] [text "Projet éducatif du centre de loisirs du SIVOM de la Vallée Verte"]] --, p [] [a [href "/baseDocumentaire/periscolaire/projet pédagogique avril 2018.pdf", target "_blank"] -- [text "Projet pédagogique vacances de printemps "] -- ] --, p [] [a [ href "/baseDocumentaire/periscolaire/plaquette CLSH 2017.pdf" -- , target "_blank" -- ] -- [ text "Tarifs SIVOM 2017" ] -- ] --, p [] [a [ href "/baseDocumentaire/periscolaire/plaquette 2017 centre de loisirs printemps.pdf" -- , target "_blank" -- ] -- [ text "Plaquette de présentation du centre de loisirs printemps" ] -- ] ] ,"" ) , ("Transport scolaire" ,"/images/tiles/periscolaire/navette.jpg" , [ --p [] [ text "Pour le transport scolaire, la participation des familles -- a été fixée forfaitairement par le Conseil Général -- pour l’année scolaire 2008 / 2009 à 12,80€ -- par mois (64€ par mois pour les élèves -- non subventionnés)."] ] ,"http://www.puy-de-dome.fr/transports/transports-scolaires/bus-scolaire.html" ) , ("Activités jeunesse de la communauté de communes" ,"/images/tiles/periscolaire/actiJeunesse.jpg" ,[] ,"http://www.cc-massifdusancy.fr/enfance-jeunesse/activites-jeunesse_5675.cfm" ) ]

module Periscolaire where import Html exposing (..) import Html.Attributes exposing (..) import Html.Events exposing (..) import StartApp.Simple as StartApp import List exposing (..) import String exposing (words, join, cons, uncons) import Char import Dict exposing (..) import TiledMenu exposing (initAtWithLink,view,update,Action) import StarTable exposing (makeTable, emptyTe, Label(..)) import Utils exposing (mainMenu, renderMainMenu, pageFooter, capitalize, renderListImg, logos, renderSubMenu, mail, site, link) -- Model subMenu : Utils.Submenu subMenu = { current = "", entries = []} type alias MainContent = { wrapper : (Html -> Bool -> Html) , tiledMenu : TiledMenu.Model } type alias Model = { mainMenu : Utils.Menu , subMenu : Utils.Submenu , mainContent : MainContent , showIntro : Bool } initialModel = { mainMenu = mainMenu , subMenu = subMenu , mainContent = initialContent , showIntro = if String.isEmpty locationSearch then True else False } -- View view : Signal.Address Action -> Model -> Html view address model = div [ id "container"] [ renderMainMenu ["Vie locale", "Péri et extra-scolaire"] (.mainMenu model) , div [ id "subContainer"] [ (.wrapper (.mainContent model)) (TiledMenu.view (Signal.forwardTo address TiledMenuAction) (.tiledMenu (.mainContent model))) (.showIntro model) ] , pageFooter ] -- Update type Action = NoOp | TiledMenuAction (TiledMenu.Action) update : Action -> Model -> Model update action model = case action of NoOp -> model TiledMenuAction act -> let mc = (.mainContent model) tm = (.tiledMenu (.mainContent model)) in { model | showIntro = not (.showIntro model) , mainContent = { mc | tiledMenu = TiledMenu.update act tm } } --Main main = StartApp.start { model = initialModel , view = view , update = update } port locationSearch : String initialContent = { wrapper = (\content showIntro -> div [ class "subContainerData noSubmenu", id "periscolaire"] [ h2 [] [ text "Péri et extra-scolaire"] , p [classList [("intro",True),("displayIntro", showIntro)]] [text "Les compétences péri et extrascolaires sont portées par le SIVOM de la Vallée Verte de la PI:NAME:<NAME>END_PI qui regroupe les communes de Chambon sur Lac, Murol, Saint-Nectaire et Saint-Victor-la-Rivière. PI:NAME:<NAME>END_PI, le maire de Murol, est le président du SIVOM. "] , p [classList [("intro",True),("displayIntro", showIntro)]] [text "Le secrétariat du SIVOM est assuré par PI:NAME:<NAME>END_PI PI:NAME:<NAME>END_PI, dans les locaux de la mairie de Murol. Elle vous accueille les lundis, mardis et jeudis de 9h30 à 12h30 dans son bureau au 1er étage ou par téléphone au 04 73 88 60 67. "] --, p [ classList [("intro",True),("displayIntro", showIntro)]] -- [ a [ href "/baseDocumentaire/periscolaire/FICHE RENSEIGNEMENTS MUROL 2017-2018.pdf" -- , target "_blank"] -- [ text "fiche de renseignements Murol"] -- ] --, p [ classList [("intro",True),("displayIntro", showIntro)]] -- [ a [ href "/baseDocumentaire/periscolaire/FICHE RENSEIGNEMENTS CHAMBON 2017 2018.pdf" -- , target "_blank"] -- [ text "fiche de renseignements Chambon"] -- ] --, p [ classList [("intro",True),("displayIntro", showIntro)]] -- [ a [ href "/baseDocumentaire/periscolaire/FICHE RENSEIGNEMENTS ST NECTAIRE 2017-2018.pdf" -- , target "_blank"] -- [ text "fiche de renseignements Saint-Nectaire"] -- ] --, p [ classList [("intro",True),("displayIntro", showIntro)]] -- [ a [ href "/baseDocumentaire/periscolaire/reglementCharte.pdf" -- , target "_blank"] -- [ text "règlement intérieur et charte du savoir vivre"] , p [ classList [("intro",True),("displayIntro", showIntro)]] [ a [ href "/baseDocumentaire/periscolaire/dossier d'inscription cantine garderie murol 2018-2019.pdf" , target "_blank"] [ text "Dossier d’inscription SIVOM pour les enfants scolarisés à Murol"] ] , p [ classList [("intro",True),("displayIntro", showIntro)]] [ a [ href "/baseDocumentaire/periscolaire/dossier d'inscription cantine garderie chambon 2018-2019.pdf" , target "_blank"] [ text "Dossier d’inscription SIVOM pour les enfants scolarisés au Chambon"] ] --, p [ classList [("intro",True),("displayIntro", showIntro)]] -- [ a [ href "/baseDocumentaire/periscolaire/FICHE RENSEIGNEMENTS ST NECTAIRE 2017-2018.pdf" -- , target "_blank"] -- [ text "Dossier d’inscription SIVOM pour les enfants scolarisés à Saint-Nectaire"] -- ] , p [ classList [("intro",True),("displayIntro", showIntro)]] [ a [ href "/baseDocumentaire/periscolaire/Charte du SAVOIR VIVRE.pdf" , target "_blank"] [ text "Charte du savoir-vivre"] ] --, p [ classList [("intro",True),("displayIntro", showIntro)]] -- [ a [ href "/baseDocumentaire/periscolaire/règlement sivom 2018.pdf" -- , target "_blank"] -- [ text "Règlement intérieur"] --] , p [ classList [("intro",True),("displayIntro", showIntro)]] [ a [ href "/baseDocumentaire/periscolaire/règlement et tarifs SIVOM juin 2018.pdf" , target "_blank"] [ text "Règlement et tarifs SIVOM juin 2018"] ] --, p [ classList [("intro",True),("displayIntro", showIntro)]] -- [ a [ href "/baseDocumentaire/periscolaire/Charte du SAVOIR VIVRE.pdf" -- , target "_blank"] -- [ text "charte du savoir vivre"] -- ] , content]) , tiledMenu = initAtWithLink locationSearch peri } -- Data peri = [ ("Restaurant scolaire" ,"/images/tiles/periscolaire/restaurant scolaire.jpg" , [ p [] [ text "Le restaurant scolaire est un service non obligatoire assuré par le SIVOM de la Vallée Verte. Il accueille les enfants de la maternelle et de l’école élémentaire de Murol les lundis, mardis, jeudis et vendredis de 12h à 13h30. "] , p [] [ text "Les enfants déjeunent en deux services (petits puis grands) pour limiter le bruit dans le réfectoire. "] , p [] [ text "Les repas sont préparés sur place par la cuisinière du SIVOM, PI:NAME:<NAME>END_PI. Un repas «bio» est servi aux enfants une fois par mois. "] , p [] [ text "La surveillance est assurée par les personnels du SIVOM, PI:NAME:<NAME>END_PI, PI:NAME:<NAME>END_PI et PI:NAME:<NAME>END_PI. "] , p [] [ text "Les enfants sont tenus de se comporter correctement, selon les préconisations détaillées dans la charte du savoir-vivre et le règlement intérieur. En cas de problème de discipline, les parents sont informés par le biais d’avertissements remis aux enfants."] , p [] [ text "Si votre enfant présente des allergies alimentaires, un protocole devra être établi avant qu’il ne soit accueilli au restaurant scolaire (PAI). "] , p [] [ text "Le montant de la participation des familles est fonction des revenus de celles-ci (tarification selon le quotient familial): "] , table [ id "quotient"] [ tr [ class "quotLine"] [ td [] [ text "Quotient familial"] , td [] [ text "de 0 à 350€"] , td [] [ text "de 351 à 500€"] , td [] [ text "de 501 à 600€"] , td [] [ text "plus de 600€"] ] , tr [ class "quotAltLine"] [ td [] [ text "Tarif maternelle"] , td [] [ text "2,10€"] , td [] [ text "2,50€"] , td [] [ text "2,80€"] , td [] [ text "3,05€"] ] , tr [ class "quotLine"] [ td [] [ text "Tarif élémentaire"] , td [] [ text "2,10€"] , td [] [ text "2,60€"] , td [] [ text "2,95€"] , td [] [ text "3,20€"] ] ] , p [ ] [ a [ href "/baseDocumentaire/periscolaire/dossier d'inscription cantine garderie murol 2018-2019.pdf" , target "_blank"] [ text "Dossier d’inscription SIVOM pour les enfants scolarisés à Murol"] ] , p [ ] [ a [ href "/baseDocumentaire/periscolaire/dossier d'inscription cantine garderie chambon 2018-2019.pdf" , target "_blank"] [ text "Dossier d’inscription SIVOM pour les enfants scolarisés au Chambon"] ] , p [ ] [ a [ href "/baseDocumentaire/periscolaire/Charte du SAVOIR VIVRE.pdf" , target "_blank"] [ text "Charte du savoir-vivre"] ] , p [ ] [ a [ href "/baseDocumentaire/periscolaire/règlement et tarifs SIVOM juin 2018.pdf" , target "_blank"] [ text "Règlement et tarifs SIVOM juin 2018"] ] ] ,"") , ("Garderie périscolaire" ,"/images/tiles/periscolaire/garderie.jpg" , [ p [] [text "La garderie périscolaire est un service non obligatoire assuré par le SIVOM de la Vallée Verte. Ce service est subventionné par la CAF et la MSA. "] , text "La garderie est ouverte: " , ul [] [ li [] [text "le matin de 7h à 9h les lundis, mardis, mercredis, jeudis et vendredis"] , li [] [text "le soir de 16h30 à 19h les lundis, mardis, jeudis et vendredis. "] ] , p [] [text "La garderie accueille les enfants de la maternelle de Murol ainsi que des écoles élémentaires de Murol et de Chambon sur Lac. "] , p [] [text "Ils sont surveillés par PI:NAME:<NAME>END_PI (et Frédérique PI:NAME:<NAME>END_PIitz sur les créneaux de plus forte affluence). "] , p [] [text "La garderie est un temps de détente et de jeux libres. Mais pour le bien-être de tous, les enfants sont tenus de se comporter correctement, selon les préconisations détaillées dans la charte du savoir-vivre et le règlement intérieur. En cas de problème de discipline, les parents sont informés par le biais d’avertissements remis aux enfants. "] , text "La participation des familles est fonction des revenus de celles-ci : " , ul [] [ li [] [text "Familles non-imposables : 1,25€ de l’heure "] , li [] [text "Familles imposables : 1,45€ de l’heure "] ] , p [] [text "NB : le créneau 16h30/18h est facturé comme 1 heure. "] , p [ ] [ a [ href "/baseDocumentaire/periscolaire/dossier d'inscription cantine garderie murol 2018-2019.pdf" , target "_blank"] [ text "Dossier d’inscription SIVOM pour les enfants scolarisés à Murol"] ] , p [ ] [ a [ href "/baseDocumentaire/periscolaire/dossier d'inscription cantine garderie chambon 2018-2019.pdf" , target "_blank"] [ text "Dossier d’inscription SIVOM pour les enfants scolarisés au Chambon"] ] , p [ ] [ a [ href "/baseDocumentaire/periscolaire/Charte du SAVOIR VIVRE.pdf" , target "_blank"] [ text "Charte du savoir-vivre"] ] , p [ ] [ a [ href "/baseDocumentaire/periscolaire/règlement et tarifs SIVOM juin 2018.pdf" , target "_blank"] [ text "Règlement et tarifs SIVOM juin 2018"] ] ] ,"" ) , ("Temps d'activités périscolaires (TAP)" ,"/images/tiles/periscolaire/TAP.jpg" ,[ p [] [text "Les écoles des communes du SIVOM de la Vallée Verte verront leurs rythmes scolaires modifiés à la rentrée 2018. Les élèves auront classe sur 4 jours, les lundis, mardis, jeudis et vendredis. Le SIVOM de la Vallée Verte a donc délibéré pour la suppression des temps d'activités périscolaires (TAP)."] --p [] [text "L’organisation des activités périscolaires dans les quatre écoles -- de la vallée est réalisée par le SIVOM -- dans le cadre d’un projet éducatif territorial qui -- garantit un encadrement de qualité pour les enfants -- et une programmation qui répond à des objectifs -- éducatifs. Le financement est assuré par le SIVOM, -- l’Etat, la CAF et la participation des parents."] -- , p [] [text "Les enfants inscrits bénéficient de deux séances d’activités -- hebdomadaires: "] -- , table [ id "tableTAP"] -- [ tr [] -- [ th [] [text "ECOLE"] -- , th [] [text "JOURS DE TAP"] -- , th [] [text "HORAIRES DE TAP"] -- , th [] [text "DIRECTION"] -- , th [] [text "PROGRAMMES"] -- ] -- , tr [] -- [ td [] [text "PI:NAME:<NAME>END_PI"] -- , td [] [text "PI:NAME:<NAME>END_PI"] -- , td [] [text "15h00 à 16h30"] -- , td [] [text "PI:NAME:<NAME>END_PI"] -- , td [] [a [href "/baseDocumentaire/periscolaire/PROGRAMME TAP MATERNELLE 2017 2018.pdf", target "_blank"] [text "maternelle"]] -- ] -- , tr [] -- [ td [] [text "PI:NAME:<NAME>END_PI"] -- , td [] [text "Lundi et jeudi"] -- , td [] [text "15h00 à 16h30"] -- , td [] [text "PI:NAME:<NAME>END_PI"] -- , td [] [a [href "/baseDocumentaire/periscolaire/murol tap jusqu'à Pâques.pdf", target "_blank"] [text "Murol"]] -- ] -- , tr [] -- [ td [] [text "PI:NAME:<NAME>END_PI"] -- , td [] [text "Lundi et jeudi"] -- , td [] [text "15h15 à 16h45"] -- , td [] [text "PI:NAME:<NAME>END_PI"] -- , td [] [a [href "/baseDocumentaire/periscolaire/PROGRAMME TAP CHAMBON 2017 2018.pdf", target "_blank"] [text "Chambon"]] -- ] -- , tr [] -- [ td [] [text "PI:NAME:<NAME>END_PI"] -- , td [] [text "PI:NAME:<NAME>END_PI"] -- , td [] [text "15h00 à 16h30"] -- , td [] [text "PI:NAME:<NAME>END_PI"] -- , td [] [a [href "/baseDocumentaire/periscolaire/tap st nectaire jusqu'à Pâques.pdf", target "_blank"] [text "Saint-Nectaire"]] -- ] -- ] -- , p [] [text "L’inscription est annuelle et la participation -- des familles est de 12€ par trimestre et par enfant."] -- , p [ ] -- [ a [ href "/baseDocumentaire/periscolaire/FICHE RENSEIGNEMENTS MUROL 2017-2018.pdf" -- , target "_blank"] -- [ text "Dossier d’inscription SIVOM pour les enfants scolarisés à Murol"] -- ] -- , p [ ] -- [ a [ href "/baseDocumentaire/periscolaire/FICHE RENSEIGNEMENTS CHAMBON 2017 2018.pdf" -- , target "_blank"] -- [ text "Dossier d’inscription SIVOM pour les enfants scolarisés au Chambon"] -- ] -- , p [ ] -- [ a [ href "/baseDocumentaire/periscolaire/FICHE RENSEIGNEMENTS ST NECTAIRE 2017-2018.pdf" -- , target "_blank"] -- [ text "Dossier d’inscription SIVOM pour les enfants scolarisés à Saint-Nectaire"] -- ] --, p [ ] -- [ a [ href "/baseDocumentaire/periscolaire/TAP murol 2017 rentrée à toussaint-1.pdf" -- , target "_blank"] -- [ text "programme TAP Murol - rentrée à Toussaint"] -- ] --, p [ ] -- [ a [ href "/baseDocumentaire/periscolaire/PROGRAMME TAP CHAMBON 2017 2018.pdf" -- , target "_blank"] -- [ text "programme annuel TAP Chambon"] -- ] --, p [ ] -- [ a [ href "/baseDocumentaire/periscolaire/TAP St Nect 2017 rentrée à toussaint-1.pdf" -- , target "_blank"] -- [ text "programme TAP Saint-Nectaire - rentrée à Toussaint"] -- ] --, p [ ] -- [ a [ href "/baseDocumentaire/periscolaire/PROGRAMME TAP MATERNELLE 2017 2018.pdf" -- , target "_blank"] -- [ text "programme TAP Maternelle"] -- ] , p [ ] [ a [ href "/baseDocumentaire/periscolaire/délibération rythmes scolaires.pdf" , target "_blank"] [ text "Délibération rythmes scolaires"] ] ] ,"" ) , ("Centre de loisirs" ,"/images/tiles/periscolaire/centre de loisirs.jpg" , [ p [] [text "Le Centre de Loisirs du SIVOM de la Vallée Verte propose d’accueillir les enfants des communes de Chambon sur Lac, Murol, Saint-Nectaire et Saint-Victor-la-Rivière, ayant 3 ans révolus et déjà inscrits dans un établissement scolaire."] , text "Il sera ouvert dans les locaux de l’école maternelle de Murol du lundi au vendredi de 8h à 18h:" , ul [] [ li [] [text "Du 12 au 23 février 2018"] --li [] [text "Du 20 février au 3 mars 2017"] , li [] [text "Du 9 au 20 avril 2018" ] , li [] [text "Du 9 juillet au 24 août 2018" ] ] --, p [] [ a [ href "/baseDocumentaire/periscolaire/PROJET PEDAGOGIQUE ET PROGRAMME JUILLET 2017.pdf", target "_blank"] -- [ text "programme des activités et projet pédagogique - Juillet 2017"] -- ] --, p [] [ a [ href "/baseDocumentaire/periscolaire/planning activités avril 2018.pdf", target "_blank"] -- [ text "programme des activités et projet pédagogique - Juillet 2018"] -- ] , p [] [a [ href "/baseDocumentaire/periscolaire/plaquette clsh été 2018.pdf" , target "_blank" ] [ text "plaquette de présentation du centre de loisirs été" ] ] , p [] [ a [ href "/baseDocumentaire/periscolaire/PROJET PEDAGOGIQUE karine juillet 2018.pdf", target "_blank"] [ text "programme des activités et projet pédagogique - Juillet 2018"] ] , p [] [ a [ href "/baseDocumentaire/periscolaire/planning août 2018.pdf", target "_blank"] [ text "programme des activités - Août 2018"] ] , p [] [ a [ href "/baseDocumentaire/periscolaire/PP aout 2018.pdf", target "_blank"] [ text "projet pédagogique - Août 2018"] ] --, p [] [ a [href "/baseDocumentaire/periscolaire/préinscription clsh avril 2018.pdf", target "_blank"] -- [text "la fiche de préinscription CLSH"] -- ] , p [] [ a [href "/baseDocumentaire/periscolaire/dossier inscription Centre Aéré été 2018.pdf", target "_blank"] [text "la fiche d’inscription CLSH"] ] , p [] [text "Des enfants d’autres communes d’origine, de la population touristique notamment, pourront être également accueillis, dans la limite des places disponibles. "] , p [] [text "Les familles pourront inscrire leurs enfants à la semaine, à la journée ou à la demi-journée avec ou sans repas. Un service de ramassage est assuré matin et soir. "] , p [] [text "Ce service est subventionné par la CAF et la MSA. La participation des familles est fonction des revenus de celles-ci (" ,a [href "/baseDocumentaire/periscolaire/règlement et tarifs SIVOM juin 2018.pdf", target "_blank"] [text "règlement et tarifs SIVOM juin 2018"] ,text ")" ] , text "Liens:" , p [] [a [href "/baseDocumentaire/periscolaire/PROJET EDUCATIF 2018.pdf", target "_blank"] [text "Projet éducatif du centre de loisirs du SIVOM de la Vallée Verte"]] --, p [] [a [href "/baseDocumentaire/periscolaire/projet pédagogique avril 2018.pdf", target "_blank"] -- [text "Projet pédagogique vacances de printemps "] -- ] --, p [] [a [ href "/baseDocumentaire/periscolaire/plaquette CLSH 2017.pdf" -- , target "_blank" -- ] -- [ text "Tarifs SIVOM 2017" ] -- ] --, p [] [a [ href "/baseDocumentaire/periscolaire/plaquette 2017 centre de loisirs printemps.pdf" -- , target "_blank" -- ] -- [ text "Plaquette de présentation du centre de loisirs printemps" ] -- ] ] ,"" ) , ("Transport scolaire" ,"/images/tiles/periscolaire/navette.jpg" , [ --p [] [ text "Pour le transport scolaire, la participation des familles -- a été fixée forfaitairement par le Conseil Général -- pour l’année scolaire 2008 / 2009 à 12,80€ -- par mois (64€ par mois pour les élèves -- non subventionnés)."] ] ,"http://www.puy-de-dome.fr/transports/transports-scolaires/bus-scolaire.html" ) , ("Activités jeunesse de la communauté de communes" ,"/images/tiles/periscolaire/actiJeunesse.jpg" ,[] ,"http://www.cc-massifdusancy.fr/enfance-jeunesse/activites-jeunesse_5675.cfm" ) ]

elm

tests/JsonApi/EncodeTest.elm

ChristophP/jsonapi

module JsonApi.EncodeTest exposing (..) import Expect exposing (Expectation) import Test exposing (..) import JsonApi.Encode as Encode import JsonApi.Decode as Decode import JsonApi exposing (ResourceInfo) import Json.Encode exposing (string, encode) import Json.Decode as JD exposing (decodeString, Decoder, list, field, map2) import Dict exposing (Dict) import JsonApi.Data.Posts exposing (..) suite : Test suite = describe "Encode" [ describe "resources" [ test "encode resources" <| \() -> case encode 0 (Encode.resources (List.map postToResource posts)) |> decodeString (Decode.resources "posts" postDecoder) of Ok resources -> Expect.all [ List.map .id >> Expect.equalLists [ "post-1", "post-2" ] , List.map (.links >> Dict.toList) >> Expect.equalLists [ [] , [ ( "self", "http://url-to-post/2" ) ] ] , List.map .title >> Expect.equalLists [ "Post no link", "Post 2" ] , List.map .content >> Expect.equalLists [ "Post content no link", "Post content 2" ] , List.map (.creator >> .firstname) >> Expect.equalLists [ "John", "John" ] , List.map (.creator >> .lastname) >> Expect.equalLists [ "Doe", "Doe" ] , List.map (.comments >> List.map .content) >> Expect.equalLists [ [ "Comment 1", "Comment 2" ], [ "Comment 3" ] ] ] resources Err error -> Expect.fail error , test "encode resources with no relationship succeeds with decoder without relationship" <| \() -> case encode 0 (Encode.resources (List.map postToResourceWithoutRelationship posts)) |> decodeString (Decode.resources "posts" postWithoutRelationshipsDecoder) of Ok resources -> Expect.all [ List.map .id >> Expect.equalLists [ "post-1", "post-2" ] , List.map (.links >> Dict.toList) >> Expect.equalLists [ [] , [ ( "self", "http://url-to-post/2" ) ] ] , List.map .title >> Expect.equalLists [ "Post no link", "Post 2" ] , List.map .content >> Expect.equalLists [ "Post content no link", "Post content 2" ] ] resources Err error -> Expect.fail error , test "encode resources with no relationship fails with decoder with relationship" <| \() -> encode 0 (Encode.resources (List.map postToResourceWithoutRelationship posts)) |> decodeString (Decode.resources "posts" postDecoder) |> Expect.err , test "encode resources with no link succeeds" <| \() -> case encode 0 (Encode.resources (List.map postToResourceWithoutLinks posts)) |> decodeString (Decode.resources "posts" postDecoder) of Ok resources -> Expect.all [ List.map .id >> Expect.equalLists [ "post-1", "post-2" ] , List.map (.links >> Dict.toList) >> Expect.equalLists [ [] , [] ] , List.map .title >> Expect.equalLists [ "Post no link", "Post 2" ] , List.map .content >> Expect.equalLists [ "Post content no link", "Post content 2" ] ] resources Err error -> Expect.fail error , test "encode resources with no attribute succeeds with decoder without attribute needed" <| \() -> case encode 0 (Encode.resources (List.map postToResourceWithoutAttributes posts)) |> decodeString (Decode.resources "posts" postWithoutAttributesDecoder) of Ok resources -> Expect.all [ List.map .id >> Expect.equalLists [ "post-1", "post-2" ] , List.map (.links >> Dict.toList) >> Expect.equalLists [ [] , [ ( "self", "http://url-to-post/2" ) ] ] , List.map .title >> Expect.equalLists [ "fake title", "fake title" ] , List.map .content >> Expect.equalLists [ "fake content", "fake content" ] , List.map (.creator >> .firstname) >> Expect.equalLists [ "John", "John" ] , List.map (.creator >> .lastname) >> Expect.equalLists [ "Doe", "Doe" ] , List.map (.comments >> List.map .content) >> Expect.equalLists [ [ "Comment 1", "Comment 2" ], [ "Comment 3" ] ] ] resources Err error -> Expect.fail error , test "encode resources with no attribute fails with decoder with attribute" <| \() -> encode 0 (Encode.resources (List.map postToResourceWithoutAttributes posts)) |> decodeString (Decode.resources "posts" postDecoder) |> Expect.err , test "encode resources with no id fails with decoder" <| \() -> encode 0 (Encode.resources (List.map postToResourceWithoutId posts)) |> decodeString (Decode.resources "posts" postDecoder) |> Expect.err , test "encode resources makes decoding fail with an object" <| \() -> encode 0 (Encode.resources (List.map postToResource posts)) |> decodeString (Decode.resource "posts" postDecoder) |> Expect.err ] , describe "resource" [ test "encode resource" <| \() -> case encode 0 (Encode.resource (postToResource post2)) |> decodeString (Decode.resource "posts" postDecoder) of Ok resource -> Expect.all [ .id >> Expect.equal "post-2" , .links >> Dict.toList >> Expect.equalLists [ ( "self", "http://url-to-post/2" ) ] , .title >> Expect.equal "Post 2" , .content >> Expect.equal "Post content 2" , .creator >> .firstname >> Expect.equal "John" , .creator >> .lastname >> Expect.equal "Doe" , .comments >> List.map .content >> Expect.equalLists [ "Comment 3" ] ] resource Err error -> Expect.fail error , test "encode resource with no relationship succeeds with decoder without relationship" <| \() -> case encode 0 (Encode.resource (postToResourceWithoutRelationship post2)) |> decodeString (Decode.resource "posts" postWithoutRelationshipsDecoder) of Ok resource -> Expect.all [ .id >> Expect.equal "post-2" , .links >> Dict.toList >> Expect.equalLists [ ( "self", "http://url-to-post/2" ) ] , .title >> Expect.equal "Post 2" , .content >> Expect.equal "Post content 2" ] resource Err error -> Expect.fail error , test "encode resource with no relationship fails with decoder with relationship" <| \() -> encode 0 (Encode.resource (postToResourceWithoutRelationship post2)) |> decodeString (Decode.resource "posts" postDecoder) |> Expect.err , test "encode resource with no link succeeds" <| \() -> case encode 0 (Encode.resource (postToResourceWithoutLinks post2)) |> decodeString (Decode.resource "posts" postDecoder) of Ok resource -> Expect.all [ .id >> Expect.equal "post-2" , .links >> Dict.toList >> Expect.equalLists [] , .title >> Expect.equal "Post 2" , .content >> Expect.equal "Post content 2" ] resource Err error -> Expect.fail error , test "encode resource with no attribute succeeds with decoder without attribute" <| \() -> case encode 0 (Encode.resource (postToResourceWithoutAttributes post2)) |> decodeString (Decode.resource "posts" postWithoutAttributesDecoder) of Ok resource -> Expect.all [ .id >> Expect.equal "post-2" , .links >> Dict.toList >> Expect.equalLists [ ( "self", "http://url-to-post/2" ) ] , .title >> Expect.equal "fake title" , .content >> Expect.equal "fake content" , .creator >> .firstname >> Expect.equal "John" , .creator >> .lastname >> Expect.equal "Doe" , .comments >> List.map .content >> Expect.equalLists [ "Comment 3" ] ] resource Err error -> Expect.fail error , test "encode resource with no attribute fails with decoder with attribute" <| \() -> encode 0 (Encode.resource (postToResourceWithoutAttributes post2)) |> decodeString (Decode.resource "posts" postDecoder) |> Expect.err , test "encode resource with no id fails with decoder" <| \() -> encode 0 (Encode.resource (postToResourceWithoutId post2)) |> decodeString (Decode.resource "posts" postDecoder) |> Expect.err , test "encode resource makes decoding fail with a list" <| \() -> encode 0 (Encode.resource (postToResource post2)) |> decodeString (Decode.resources "posts" postDecoder) |> Expect.err ] , describe "relationships" [ test "duplicate relationships return only one relationship in payload" <| \() -> case encode 0 (Encode.resources (List.map postToResource [ post2, post2 ])) |> decodeString includedDecoder of Ok resources -> resources |> List.sortBy .id |> Expect.all [ List.map .id >> Expect.equalLists [ "comment-3", "creator-1" ] , List.map .type_ >> Expect.equalLists [ "comment", "creators" ] ] Err error -> Expect.fail error , test "relationships in relationships should be added in included" <| \() -> case encode 0 (Encode.resource (groupToResource group)) |> decodeString includedDecoder of Ok resources -> resources |> List.sortBy .id |> Expect.all [ List.map .id >> Expect.equalLists [ "comment-1", "comment-2", "comment-3", "creator-1", "post-1", "post-2" ] , List.map .type_ >> Expect.equalLists [ "comment", "comment", "comment", "creators", "posts", "posts" ] ] Err error -> Expect.fail error ] ] postToResource : Post -> ResourceInfo postToResource post = JsonApi.build "posts" |> JsonApi.withId post.id |> JsonApi.withLinks post.links |> JsonApi.withAttributes [ ( "title", string post.title ) , ( "content", string post.content ) ] |> JsonApi.withRelationship "creator" (JsonApi.relationship post.creator.id (creatorToResource post.creator)) |> JsonApi.withRelationship "comments" (JsonApi.relationships (List.map commentRelationship post.comments)) postToResourceWithoutId : Post -> ResourceInfo postToResourceWithoutId post = JsonApi.build "posts" |> JsonApi.withLinks post.links |> JsonApi.withAttributes [ ( "title", string post.title ) , ( "content", string post.content ) ] |> JsonApi.withRelationship "creator" (JsonApi.relationship post.creator.id (creatorToResource post.creator)) |> JsonApi.withRelationship "comments" (JsonApi.relationships (List.map commentRelationship post.comments)) postToResourceWithoutRelationship : Post -> ResourceInfo postToResourceWithoutRelationship post = JsonApi.build "posts" |> JsonApi.withId post.id |> JsonApi.withLinks post.links |> JsonApi.withAttributes [ ( "title", string post.title ) , ( "content", string post.content ) ] postToResourceWithoutLinks : Post -> ResourceInfo postToResourceWithoutLinks post = JsonApi.build "posts" |> JsonApi.withId post.id |> JsonApi.withAttributes [ ( "title", string post.title ) , ( "content", string post.content ) ] |> JsonApi.withRelationship "creator" (JsonApi.relationship post.creator.id (creatorToResource post.creator)) |> JsonApi.withRelationship "comments" (JsonApi.relationships (List.map commentRelationship post.comments)) postToResourceWithoutAttributes : Post -> ResourceInfo postToResourceWithoutAttributes post = JsonApi.build "posts" |> JsonApi.withId post.id |> JsonApi.withLinks post.links |> JsonApi.withRelationship "creator" (JsonApi.relationship post.creator.id (creatorToResource post.creator)) |> JsonApi.withRelationship "comments" (JsonApi.relationships (List.map commentRelationship post.comments)) creatorToResource : Creator -> ResourceInfo creatorToResource creator = JsonApi.build "creators" |> JsonApi.withId creator.id |> JsonApi.withLinks creator.links |> JsonApi.withAttributes [ ( "firstname", string creator.firstname ) , ( "lastname", string creator.lastname ) ] commentRelationship : Comment -> ( String, ResourceInfo ) commentRelationship comment = ( comment.id, commentToResource comment ) commentToResource : Comment -> ResourceInfo commentToResource comment = JsonApi.build "comment" |> JsonApi.withId comment.id |> JsonApi.withLinks comment.links |> JsonApi.withAttributes [ ( "content", string comment.content ) , ( "email", string comment.email ) ] type alias Group = { name : String , posts : List Post } groupToResource : Group -> ResourceInfo groupToResource group = JsonApi.build "groups" |> JsonApi.withAttributes [ ( "name", string group.name ) ] |> JsonApi.withRelationship "post" (JsonApi.relationships (List.map postRelationship group.posts)) postRelationship : Post -> ( String, ResourceInfo ) postRelationship post = ( post.id, postToResource post ) group : Group group = { name = "group 1", posts = posts } type alias Included = { id : String, type_ : String } includedDecoder : Decoder (List Included) includedDecoder = field "included" <| list <| map2 Included (field "id" JD.string) (field "type" JD.string)

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module JsonApi.EncodeTest exposing (..) import Expect exposing (Expectation) import Test exposing (..) import JsonApi.Encode as Encode import JsonApi.Decode as Decode import JsonApi exposing (ResourceInfo) import Json.Encode exposing (string, encode) import Json.Decode as JD exposing (decodeString, Decoder, list, field, map2) import Dict exposing (Dict) import JsonApi.Data.Posts exposing (..) suite : Test suite = describe "Encode" [ describe "resources" [ test "encode resources" <| \() -> case encode 0 (Encode.resources (List.map postToResource posts)) |> decodeString (Decode.resources "posts" postDecoder) of Ok resources -> Expect.all [ List.map .id >> Expect.equalLists [ "post-1", "post-2" ] , List.map (.links >> Dict.toList) >> Expect.equalLists [ [] , [ ( "self", "http://url-to-post/2" ) ] ] , List.map .title >> Expect.equalLists [ "Post no link", "Post 2" ] , List.map .content >> Expect.equalLists [ "Post content no link", "Post content 2" ] , List.map (.creator >> .firstname) >> Expect.equalLists [ "<NAME>", "<NAME>" ] , List.map (.creator >> .lastname) >> Expect.equalLists [ "Doe", "Doe" ] , List.map (.comments >> List.map .content) >> Expect.equalLists [ [ "Comment 1", "Comment 2" ], [ "Comment 3" ] ] ] resources Err error -> Expect.fail error , test "encode resources with no relationship succeeds with decoder without relationship" <| \() -> case encode 0 (Encode.resources (List.map postToResourceWithoutRelationship posts)) |> decodeString (Decode.resources "posts" postWithoutRelationshipsDecoder) of Ok resources -> Expect.all [ List.map .id >> Expect.equalLists [ "post-1", "post-2" ] , List.map (.links >> Dict.toList) >> Expect.equalLists [ [] , [ ( "self", "http://url-to-post/2" ) ] ] , List.map .title >> Expect.equalLists [ "Post no link", "Post 2" ] , List.map .content >> Expect.equalLists [ "Post content no link", "Post content 2" ] ] resources Err error -> Expect.fail error , test "encode resources with no relationship fails with decoder with relationship" <| \() -> encode 0 (Encode.resources (List.map postToResourceWithoutRelationship posts)) |> decodeString (Decode.resources "posts" postDecoder) |> Expect.err , test "encode resources with no link succeeds" <| \() -> case encode 0 (Encode.resources (List.map postToResourceWithoutLinks posts)) |> decodeString (Decode.resources "posts" postDecoder) of Ok resources -> Expect.all [ List.map .id >> Expect.equalLists [ "post-1", "post-2" ] , List.map (.links >> Dict.toList) >> Expect.equalLists [ [] , [] ] , List.map .title >> Expect.equalLists [ "Post no link", "Post 2" ] , List.map .content >> Expect.equalLists [ "Post content no link", "Post content 2" ] ] resources Err error -> Expect.fail error , test "encode resources with no attribute succeeds with decoder without attribute needed" <| \() -> case encode 0 (Encode.resources (List.map postToResourceWithoutAttributes posts)) |> decodeString (Decode.resources "posts" postWithoutAttributesDecoder) of Ok resources -> Expect.all [ List.map .id >> Expect.equalLists [ "post-1", "post-2" ] , List.map (.links >> Dict.toList) >> Expect.equalLists [ [] , [ ( "self", "http://url-to-post/2" ) ] ] , List.map .title >> Expect.equalLists [ "fake title", "fake title" ] , List.map .content >> Expect.equalLists [ "fake content", "fake content" ] , List.map (.creator >> .firstname) >> Expect.equalLists [ "<NAME>", "<NAME>" ] , List.map (.creator >> .lastname) >> Expect.equalLists [ "Doe", "Doe" ] , List.map (.comments >> List.map .content) >> Expect.equalLists [ [ "Comment 1", "Comment 2" ], [ "Comment 3" ] ] ] resources Err error -> Expect.fail error , test "encode resources with no attribute fails with decoder with attribute" <| \() -> encode 0 (Encode.resources (List.map postToResourceWithoutAttributes posts)) |> decodeString (Decode.resources "posts" postDecoder) |> Expect.err , test "encode resources with no id fails with decoder" <| \() -> encode 0 (Encode.resources (List.map postToResourceWithoutId posts)) |> decodeString (Decode.resources "posts" postDecoder) |> Expect.err , test "encode resources makes decoding fail with an object" <| \() -> encode 0 (Encode.resources (List.map postToResource posts)) |> decodeString (Decode.resource "posts" postDecoder) |> Expect.err ] , describe "resource" [ test "encode resource" <| \() -> case encode 0 (Encode.resource (postToResource post2)) |> decodeString (Decode.resource "posts" postDecoder) of Ok resource -> Expect.all [ .id >> Expect.equal "post-2" , .links >> Dict.toList >> Expect.equalLists [ ( "self", "http://url-to-post/2" ) ] , .title >> Expect.equal "Post 2" , .content >> Expect.equal "Post content 2" , .creator >> .firstname >> Expect.equal "<NAME>" , .creator >> .lastname >> Expect.equal "<NAME>" , .comments >> List.map .content >> Expect.equalLists [ "Comment 3" ] ] resource Err error -> Expect.fail error , test "encode resource with no relationship succeeds with decoder without relationship" <| \() -> case encode 0 (Encode.resource (postToResourceWithoutRelationship post2)) |> decodeString (Decode.resource "posts" postWithoutRelationshipsDecoder) of Ok resource -> Expect.all [ .id >> Expect.equal "post-2" , .links >> Dict.toList >> Expect.equalLists [ ( "self", "http://url-to-post/2" ) ] , .title >> Expect.equal "Post 2" , .content >> Expect.equal "Post content 2" ] resource Err error -> Expect.fail error , test "encode resource with no relationship fails with decoder with relationship" <| \() -> encode 0 (Encode.resource (postToResourceWithoutRelationship post2)) |> decodeString (Decode.resource "posts" postDecoder) |> Expect.err , test "encode resource with no link succeeds" <| \() -> case encode 0 (Encode.resource (postToResourceWithoutLinks post2)) |> decodeString (Decode.resource "posts" postDecoder) of Ok resource -> Expect.all [ .id >> Expect.equal "post-2" , .links >> Dict.toList >> Expect.equalLists [] , .title >> Expect.equal "Post 2" , .content >> Expect.equal "Post content 2" ] resource Err error -> Expect.fail error , test "encode resource with no attribute succeeds with decoder without attribute" <| \() -> case encode 0 (Encode.resource (postToResourceWithoutAttributes post2)) |> decodeString (Decode.resource "posts" postWithoutAttributesDecoder) of Ok resource -> Expect.all [ .id >> Expect.equal "post-2" , .links >> Dict.toList >> Expect.equalLists [ ( "self", "http://url-to-post/2" ) ] , .title >> Expect.equal "fake title" , .content >> Expect.equal "fake content" , .creator >> .firstname >> Expect.equal "<NAME>" , .creator >> .lastname >> Expect.equal "<NAME>" , .comments >> List.map .content >> Expect.equalLists [ "Comment 3" ] ] resource Err error -> Expect.fail error , test "encode resource with no attribute fails with decoder with attribute" <| \() -> encode 0 (Encode.resource (postToResourceWithoutAttributes post2)) |> decodeString (Decode.resource "posts" postDecoder) |> Expect.err , test "encode resource with no id fails with decoder" <| \() -> encode 0 (Encode.resource (postToResourceWithoutId post2)) |> decodeString (Decode.resource "posts" postDecoder) |> Expect.err , test "encode resource makes decoding fail with a list" <| \() -> encode 0 (Encode.resource (postToResource post2)) |> decodeString (Decode.resources "posts" postDecoder) |> Expect.err ] , describe "relationships" [ test "duplicate relationships return only one relationship in payload" <| \() -> case encode 0 (Encode.resources (List.map postToResource [ post2, post2 ])) |> decodeString includedDecoder of Ok resources -> resources |> List.sortBy .id |> Expect.all [ List.map .id >> Expect.equalLists [ "comment-3", "creator-1" ] , List.map .type_ >> Expect.equalLists [ "comment", "creators" ] ] Err error -> Expect.fail error , test "relationships in relationships should be added in included" <| \() -> case encode 0 (Encode.resource (groupToResource group)) |> decodeString includedDecoder of Ok resources -> resources |> List.sortBy .id |> Expect.all [ List.map .id >> Expect.equalLists [ "comment-1", "comment-2", "comment-3", "creator-1", "post-1", "post-2" ] , List.map .type_ >> Expect.equalLists [ "comment", "comment", "comment", "creators", "posts", "posts" ] ] Err error -> Expect.fail error ] ] postToResource : Post -> ResourceInfo postToResource post = JsonApi.build "posts" |> JsonApi.withId post.id |> JsonApi.withLinks post.links |> JsonApi.withAttributes [ ( "title", string post.title ) , ( "content", string post.content ) ] |> JsonApi.withRelationship "creator" (JsonApi.relationship post.creator.id (creatorToResource post.creator)) |> JsonApi.withRelationship "comments" (JsonApi.relationships (List.map commentRelationship post.comments)) postToResourceWithoutId : Post -> ResourceInfo postToResourceWithoutId post = JsonApi.build "posts" |> JsonApi.withLinks post.links |> JsonApi.withAttributes [ ( "title", string post.title ) , ( "content", string post.content ) ] |> JsonApi.withRelationship "creator" (JsonApi.relationship post.creator.id (creatorToResource post.creator)) |> JsonApi.withRelationship "comments" (JsonApi.relationships (List.map commentRelationship post.comments)) postToResourceWithoutRelationship : Post -> ResourceInfo postToResourceWithoutRelationship post = JsonApi.build "posts" |> JsonApi.withId post.id |> JsonApi.withLinks post.links |> JsonApi.withAttributes [ ( "title", string post.title ) , ( "content", string post.content ) ] postToResourceWithoutLinks : Post -> ResourceInfo postToResourceWithoutLinks post = JsonApi.build "posts" |> JsonApi.withId post.id |> JsonApi.withAttributes [ ( "title", string post.title ) , ( "content", string post.content ) ] |> JsonApi.withRelationship "creator" (JsonApi.relationship post.creator.id (creatorToResource post.creator)) |> JsonApi.withRelationship "comments" (JsonApi.relationships (List.map commentRelationship post.comments)) postToResourceWithoutAttributes : Post -> ResourceInfo postToResourceWithoutAttributes post = JsonApi.build "posts" |> JsonApi.withId post.id |> JsonApi.withLinks post.links |> JsonApi.withRelationship "creator" (JsonApi.relationship post.creator.id (creatorToResource post.creator)) |> JsonApi.withRelationship "comments" (JsonApi.relationships (List.map commentRelationship post.comments)) creatorToResource : Creator -> ResourceInfo creatorToResource creator = JsonApi.build "creators" |> JsonApi.withId creator.id |> JsonApi.withLinks creator.links |> JsonApi.withAttributes [ ( "firstname", string creator.firstname ) , ( "lastname", string creator.lastname ) ] commentRelationship : Comment -> ( String, ResourceInfo ) commentRelationship comment = ( comment.id, commentToResource comment ) commentToResource : Comment -> ResourceInfo commentToResource comment = JsonApi.build "comment" |> JsonApi.withId comment.id |> JsonApi.withLinks comment.links |> JsonApi.withAttributes [ ( "content", string comment.content ) , ( "email", string comment.email ) ] type alias Group = { name : String , posts : List Post } groupToResource : Group -> ResourceInfo groupToResource group = JsonApi.build "groups" |> JsonApi.withAttributes [ ( "name", string group.name ) ] |> JsonApi.withRelationship "post" (JsonApi.relationships (List.map postRelationship group.posts)) postRelationship : Post -> ( String, ResourceInfo ) postRelationship post = ( post.id, postToResource post ) group : Group group = { name = "group 1", posts = posts } type alias Included = { id : String, type_ : String } includedDecoder : Decoder (List Included) includedDecoder = field "included" <| list <| map2 Included (field "id" JD.string) (field "type" JD.string)

module JsonApi.EncodeTest exposing (..) import Expect exposing (Expectation) import Test exposing (..) import JsonApi.Encode as Encode import JsonApi.Decode as Decode import JsonApi exposing (ResourceInfo) import Json.Encode exposing (string, encode) import Json.Decode as JD exposing (decodeString, Decoder, list, field, map2) import Dict exposing (Dict) import JsonApi.Data.Posts exposing (..) suite : Test suite = describe "Encode" [ describe "resources" [ test "encode resources" <| \() -> case encode 0 (Encode.resources (List.map postToResource posts)) |> decodeString (Decode.resources "posts" postDecoder) of Ok resources -> Expect.all [ List.map .id >> Expect.equalLists [ "post-1", "post-2" ] , List.map (.links >> Dict.toList) >> Expect.equalLists [ [] , [ ( "self", "http://url-to-post/2" ) ] ] , List.map .title >> Expect.equalLists [ "Post no link", "Post 2" ] , List.map .content >> Expect.equalLists [ "Post content no link", "Post content 2" ] , List.map (.creator >> .firstname) >> Expect.equalLists [ "PI:NAME:<NAME>END_PI", "PI:NAME:<NAME>END_PI" ] , List.map (.creator >> .lastname) >> Expect.equalLists [ "Doe", "Doe" ] , List.map (.comments >> List.map .content) >> Expect.equalLists [ [ "Comment 1", "Comment 2" ], [ "Comment 3" ] ] ] resources Err error -> Expect.fail error , test "encode resources with no relationship succeeds with decoder without relationship" <| \() -> case encode 0 (Encode.resources (List.map postToResourceWithoutRelationship posts)) |> decodeString (Decode.resources "posts" postWithoutRelationshipsDecoder) of Ok resources -> Expect.all [ List.map .id >> Expect.equalLists [ "post-1", "post-2" ] , List.map (.links >> Dict.toList) >> Expect.equalLists [ [] , [ ( "self", "http://url-to-post/2" ) ] ] , List.map .title >> Expect.equalLists [ "Post no link", "Post 2" ] , List.map .content >> Expect.equalLists [ "Post content no link", "Post content 2" ] ] resources Err error -> Expect.fail error , test "encode resources with no relationship fails with decoder with relationship" <| \() -> encode 0 (Encode.resources (List.map postToResourceWithoutRelationship posts)) |> decodeString (Decode.resources "posts" postDecoder) |> Expect.err , test "encode resources with no link succeeds" <| \() -> case encode 0 (Encode.resources (List.map postToResourceWithoutLinks posts)) |> decodeString (Decode.resources "posts" postDecoder) of Ok resources -> Expect.all [ List.map .id >> Expect.equalLists [ "post-1", "post-2" ] , List.map (.links >> Dict.toList) >> Expect.equalLists [ [] , [] ] , List.map .title >> Expect.equalLists [ "Post no link", "Post 2" ] , List.map .content >> Expect.equalLists [ "Post content no link", "Post content 2" ] ] resources Err error -> Expect.fail error , test "encode resources with no attribute succeeds with decoder without attribute needed" <| \() -> case encode 0 (Encode.resources (List.map postToResourceWithoutAttributes posts)) |> decodeString (Decode.resources "posts" postWithoutAttributesDecoder) of Ok resources -> Expect.all [ List.map .id >> Expect.equalLists [ "post-1", "post-2" ] , List.map (.links >> Dict.toList) >> Expect.equalLists [ [] , [ ( "self", "http://url-to-post/2" ) ] ] , List.map .title >> Expect.equalLists [ "fake title", "fake title" ] , List.map .content >> Expect.equalLists [ "fake content", "fake content" ] , List.map (.creator >> .firstname) >> Expect.equalLists [ "PI:NAME:<NAME>END_PI", "PI:NAME:<NAME>END_PI" ] , List.map (.creator >> .lastname) >> Expect.equalLists [ "Doe", "Doe" ] , List.map (.comments >> List.map .content) >> Expect.equalLists [ [ "Comment 1", "Comment 2" ], [ "Comment 3" ] ] ] resources Err error -> Expect.fail error , test "encode resources with no attribute fails with decoder with attribute" <| \() -> encode 0 (Encode.resources (List.map postToResourceWithoutAttributes posts)) |> decodeString (Decode.resources "posts" postDecoder) |> Expect.err , test "encode resources with no id fails with decoder" <| \() -> encode 0 (Encode.resources (List.map postToResourceWithoutId posts)) |> decodeString (Decode.resources "posts" postDecoder) |> Expect.err , test "encode resources makes decoding fail with an object" <| \() -> encode 0 (Encode.resources (List.map postToResource posts)) |> decodeString (Decode.resource "posts" postDecoder) |> Expect.err ] , describe "resource" [ test "encode resource" <| \() -> case encode 0 (Encode.resource (postToResource post2)) |> decodeString (Decode.resource "posts" postDecoder) of Ok resource -> Expect.all [ .id >> Expect.equal "post-2" , .links >> Dict.toList >> Expect.equalLists [ ( "self", "http://url-to-post/2" ) ] , .title >> Expect.equal "Post 2" , .content >> Expect.equal "Post content 2" , .creator >> .firstname >> Expect.equal "PI:NAME:<NAME>END_PI" , .creator >> .lastname >> Expect.equal "PI:NAME:<NAME>END_PI" , .comments >> List.map .content >> Expect.equalLists [ "Comment 3" ] ] resource Err error -> Expect.fail error , test "encode resource with no relationship succeeds with decoder without relationship" <| \() -> case encode 0 (Encode.resource (postToResourceWithoutRelationship post2)) |> decodeString (Decode.resource "posts" postWithoutRelationshipsDecoder) of Ok resource -> Expect.all [ .id >> Expect.equal "post-2" , .links >> Dict.toList >> Expect.equalLists [ ( "self", "http://url-to-post/2" ) ] , .title >> Expect.equal "Post 2" , .content >> Expect.equal "Post content 2" ] resource Err error -> Expect.fail error , test "encode resource with no relationship fails with decoder with relationship" <| \() -> encode 0 (Encode.resource (postToResourceWithoutRelationship post2)) |> decodeString (Decode.resource "posts" postDecoder) |> Expect.err , test "encode resource with no link succeeds" <| \() -> case encode 0 (Encode.resource (postToResourceWithoutLinks post2)) |> decodeString (Decode.resource "posts" postDecoder) of Ok resource -> Expect.all [ .id >> Expect.equal "post-2" , .links >> Dict.toList >> Expect.equalLists [] , .title >> Expect.equal "Post 2" , .content >> Expect.equal "Post content 2" ] resource Err error -> Expect.fail error , test "encode resource with no attribute succeeds with decoder without attribute" <| \() -> case encode 0 (Encode.resource (postToResourceWithoutAttributes post2)) |> decodeString (Decode.resource "posts" postWithoutAttributesDecoder) of Ok resource -> Expect.all [ .id >> Expect.equal "post-2" , .links >> Dict.toList >> Expect.equalLists [ ( "self", "http://url-to-post/2" ) ] , .title >> Expect.equal "fake title" , .content >> Expect.equal "fake content" , .creator >> .firstname >> Expect.equal "PI:NAME:<NAME>END_PI" , .creator >> .lastname >> Expect.equal "PI:NAME:<NAME>END_PI" , .comments >> List.map .content >> Expect.equalLists [ "Comment 3" ] ] resource Err error -> Expect.fail error , test "encode resource with no attribute fails with decoder with attribute" <| \() -> encode 0 (Encode.resource (postToResourceWithoutAttributes post2)) |> decodeString (Decode.resource "posts" postDecoder) |> Expect.err , test "encode resource with no id fails with decoder" <| \() -> encode 0 (Encode.resource (postToResourceWithoutId post2)) |> decodeString (Decode.resource "posts" postDecoder) |> Expect.err , test "encode resource makes decoding fail with a list" <| \() -> encode 0 (Encode.resource (postToResource post2)) |> decodeString (Decode.resources "posts" postDecoder) |> Expect.err ] , describe "relationships" [ test "duplicate relationships return only one relationship in payload" <| \() -> case encode 0 (Encode.resources (List.map postToResource [ post2, post2 ])) |> decodeString includedDecoder of Ok resources -> resources |> List.sortBy .id |> Expect.all [ List.map .id >> Expect.equalLists [ "comment-3", "creator-1" ] , List.map .type_ >> Expect.equalLists [ "comment", "creators" ] ] Err error -> Expect.fail error , test "relationships in relationships should be added in included" <| \() -> case encode 0 (Encode.resource (groupToResource group)) |> decodeString includedDecoder of Ok resources -> resources |> List.sortBy .id |> Expect.all [ List.map .id >> Expect.equalLists [ "comment-1", "comment-2", "comment-3", "creator-1", "post-1", "post-2" ] , List.map .type_ >> Expect.equalLists [ "comment", "comment", "comment", "creators", "posts", "posts" ] ] Err error -> Expect.fail error ] ] postToResource : Post -> ResourceInfo postToResource post = JsonApi.build "posts" |> JsonApi.withId post.id |> JsonApi.withLinks post.links |> JsonApi.withAttributes [ ( "title", string post.title ) , ( "content", string post.content ) ] |> JsonApi.withRelationship "creator" (JsonApi.relationship post.creator.id (creatorToResource post.creator)) |> JsonApi.withRelationship "comments" (JsonApi.relationships (List.map commentRelationship post.comments)) postToResourceWithoutId : Post -> ResourceInfo postToResourceWithoutId post = JsonApi.build "posts" |> JsonApi.withLinks post.links |> JsonApi.withAttributes [ ( "title", string post.title ) , ( "content", string post.content ) ] |> JsonApi.withRelationship "creator" (JsonApi.relationship post.creator.id (creatorToResource post.creator)) |> JsonApi.withRelationship "comments" (JsonApi.relationships (List.map commentRelationship post.comments)) postToResourceWithoutRelationship : Post -> ResourceInfo postToResourceWithoutRelationship post = JsonApi.build "posts" |> JsonApi.withId post.id |> JsonApi.withLinks post.links |> JsonApi.withAttributes [ ( "title", string post.title ) , ( "content", string post.content ) ] postToResourceWithoutLinks : Post -> ResourceInfo postToResourceWithoutLinks post = JsonApi.build "posts" |> JsonApi.withId post.id |> JsonApi.withAttributes [ ( "title", string post.title ) , ( "content", string post.content ) ] |> JsonApi.withRelationship "creator" (JsonApi.relationship post.creator.id (creatorToResource post.creator)) |> JsonApi.withRelationship "comments" (JsonApi.relationships (List.map commentRelationship post.comments)) postToResourceWithoutAttributes : Post -> ResourceInfo postToResourceWithoutAttributes post = JsonApi.build "posts" |> JsonApi.withId post.id |> JsonApi.withLinks post.links |> JsonApi.withRelationship "creator" (JsonApi.relationship post.creator.id (creatorToResource post.creator)) |> JsonApi.withRelationship "comments" (JsonApi.relationships (List.map commentRelationship post.comments)) creatorToResource : Creator -> ResourceInfo creatorToResource creator = JsonApi.build "creators" |> JsonApi.withId creator.id |> JsonApi.withLinks creator.links |> JsonApi.withAttributes [ ( "firstname", string creator.firstname ) , ( "lastname", string creator.lastname ) ] commentRelationship : Comment -> ( String, ResourceInfo ) commentRelationship comment = ( comment.id, commentToResource comment ) commentToResource : Comment -> ResourceInfo commentToResource comment = JsonApi.build "comment" |> JsonApi.withId comment.id |> JsonApi.withLinks comment.links |> JsonApi.withAttributes [ ( "content", string comment.content ) , ( "email", string comment.email ) ] type alias Group = { name : String , posts : List Post } groupToResource : Group -> ResourceInfo groupToResource group = JsonApi.build "groups" |> JsonApi.withAttributes [ ( "name", string group.name ) ] |> JsonApi.withRelationship "post" (JsonApi.relationships (List.map postRelationship group.posts)) postRelationship : Post -> ( String, ResourceInfo ) postRelationship post = ( post.id, postToResource post ) group : Group group = { name = "group 1", posts = posts } type alias Included = { id : String, type_ : String } includedDecoder : Decoder (List Included) includedDecoder = field "included" <| list <| map2 Included (field "id" JD.string) (field "type" JD.string)

elm

client/src/Ports.elm

kongo2002/ogonek

-- Copyright 2018 Gregor Uhlenheuer -- -- Licensed under the Apache License, Version 2.0 (the "License"); -- you may not use this file except in compliance with the License. -- You may obtain a copy of the License at -- -- http://www.apache.org/licenses/LICENSE-2.0 -- -- Unless required by applicable law or agreed to in writing, software -- distributed under the License is distributed on an "AS IS" BASIS, -- WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. -- See the License for the specific language governing permissions and -- limitations under the License. port module Ports exposing (NotificationPort, fromWebsocket, notification, toWebsocket) import Json.Encode exposing (Value) type alias NotificationPort msg = Value -> Cmd msg port notification : NotificationPort msg port toWebsocket : Value -> Cmd msg port fromWebsocket : (Value -> a) -> Sub a -- vim: et sw=2 sts=2

20153

-- Copyright 2018 <NAME> -- -- Licensed under the Apache License, Version 2.0 (the "License"); -- you may not use this file except in compliance with the License. -- You may obtain a copy of the License at -- -- http://www.apache.org/licenses/LICENSE-2.0 -- -- Unless required by applicable law or agreed to in writing, software -- distributed under the License is distributed on an "AS IS" BASIS, -- WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. -- See the License for the specific language governing permissions and -- limitations under the License. port module Ports exposing (NotificationPort, fromWebsocket, notification, toWebsocket) import Json.Encode exposing (Value) type alias NotificationPort msg = Value -> Cmd msg port notification : NotificationPort msg port toWebsocket : Value -> Cmd msg port fromWebsocket : (Value -> a) -> Sub a -- vim: et sw=2 sts=2

-- Copyright 2018 PI:NAME:<NAME>END_PI -- -- Licensed under the Apache License, Version 2.0 (the "License"); -- you may not use this file except in compliance with the License. -- You may obtain a copy of the License at -- -- http://www.apache.org/licenses/LICENSE-2.0 -- -- Unless required by applicable law or agreed to in writing, software -- distributed under the License is distributed on an "AS IS" BASIS, -- WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. -- See the License for the specific language governing permissions and -- limitations under the License. port module Ports exposing (NotificationPort, fromWebsocket, notification, toWebsocket) import Json.Encode exposing (Value) type alias NotificationPort msg = Value -> Cmd msg port notification : NotificationPort msg port toWebsocket : Value -> Cmd msg port fromWebsocket : (Value -> a) -> Sub a -- vim: et sw=2 sts=2

elm

clients/elm/generated/src/Data/HudsonMasterComputerexecutors.elm

PankTrue/swaggy-jenkins

{- Swaggy Jenkins Jenkins API clients generated from Swagger / Open API specification OpenAPI spec version: 1.1.1 Contact: blah@cliffano.com NOTE: This file is auto generated by the openapi-generator. https://github.com/openapitools/openapi-generator.git Do not edit this file manually. -} module Data.HudsonMasterComputerexecutors exposing (HudsonMasterComputerexecutors, hudsonMasterComputerexecutorsDecoder, hudsonMasterComputerexecutorsEncoder) import Data.FreeStyleBuild exposing (FreeStyleBuild, freeStyleBuildDecoder, freeStyleBuildEncoder) import Json.Decode as Decode exposing (Decoder) import Json.Decode.Pipeline exposing (decode, optional, required) import Json.Encode as Encode import Maybe exposing (map, withDefault) type alias HudsonMasterComputerexecutors = { currentExecutable : Maybe FreeStyleBuild , idle : Maybe Bool , likelyStuck : Maybe Bool , number : Maybe Int , progress : Maybe Int , class : Maybe String } hudsonMasterComputerexecutorsDecoder : Decoder HudsonMasterComputerexecutors hudsonMasterComputerexecutorsDecoder = decode HudsonMasterComputerexecutors |> optional "currentExecutable" (Decode.nullable freeStyleBuildDecoder) Nothing |> optional "idle" (Decode.nullable Decode.bool) Nothing |> optional "likelyStuck" (Decode.nullable Decode.bool) Nothing |> optional "number" (Decode.nullable Decode.int) Nothing |> optional "progress" (Decode.nullable Decode.int) Nothing |> optional "_class" (Decode.nullable Decode.string) Nothing hudsonMasterComputerexecutorsEncoder : HudsonMasterComputerexecutors -> Encode.Value hudsonMasterComputerexecutorsEncoder model = Encode.object [ ( "currentExecutable", withDefault Encode.null (map freeStyleBuildEncoder model.currentExecutable) ) , ( "idle", withDefault Encode.null (map Encode.bool model.idle) ) , ( "likelyStuck", withDefault Encode.null (map Encode.bool model.likelyStuck) ) , ( "number", withDefault Encode.null (map Encode.int model.number) ) , ( "progress", withDefault Encode.null (map Encode.int model.progress) ) , ( "_class", withDefault Encode.null (map Encode.string model.class) ) ]

7426

{- <NAME> Jenkins API clients generated from Swagger / Open API specification OpenAPI spec version: 1.1.1 Contact: <EMAIL> NOTE: This file is auto generated by the openapi-generator. https://github.com/openapitools/openapi-generator.git Do not edit this file manually. -} module Data.HudsonMasterComputerexecutors exposing (HudsonMasterComputerexecutors, hudsonMasterComputerexecutorsDecoder, hudsonMasterComputerexecutorsEncoder) import Data.FreeStyleBuild exposing (FreeStyleBuild, freeStyleBuildDecoder, freeStyleBuildEncoder) import Json.Decode as Decode exposing (Decoder) import Json.Decode.Pipeline exposing (decode, optional, required) import Json.Encode as Encode import Maybe exposing (map, withDefault) type alias HudsonMasterComputerexecutors = { currentExecutable : Maybe FreeStyleBuild , idle : Maybe Bool , likelyStuck : Maybe Bool , number : Maybe Int , progress : Maybe Int , class : Maybe String } hudsonMasterComputerexecutorsDecoder : Decoder HudsonMasterComputerexecutors hudsonMasterComputerexecutorsDecoder = decode HudsonMasterComputerexecutors |> optional "currentExecutable" (Decode.nullable freeStyleBuildDecoder) Nothing |> optional "idle" (Decode.nullable Decode.bool) Nothing |> optional "likelyStuck" (Decode.nullable Decode.bool) Nothing |> optional "number" (Decode.nullable Decode.int) Nothing |> optional "progress" (Decode.nullable Decode.int) Nothing |> optional "_class" (Decode.nullable Decode.string) Nothing hudsonMasterComputerexecutorsEncoder : HudsonMasterComputerexecutors -> Encode.Value hudsonMasterComputerexecutorsEncoder model = Encode.object [ ( "currentExecutable", withDefault Encode.null (map freeStyleBuildEncoder model.currentExecutable) ) , ( "idle", withDefault Encode.null (map Encode.bool model.idle) ) , ( "likelyStuck", withDefault Encode.null (map Encode.bool model.likelyStuck) ) , ( "number", withDefault Encode.null (map Encode.int model.number) ) , ( "progress", withDefault Encode.null (map Encode.int model.progress) ) , ( "_class", withDefault Encode.null (map Encode.string model.class) ) ]

{- PI:NAME:<NAME>END_PI Jenkins API clients generated from Swagger / Open API specification OpenAPI spec version: 1.1.1 Contact: PI:EMAIL:<EMAIL>END_PI NOTE: This file is auto generated by the openapi-generator. https://github.com/openapitools/openapi-generator.git Do not edit this file manually. -} module Data.HudsonMasterComputerexecutors exposing (HudsonMasterComputerexecutors, hudsonMasterComputerexecutorsDecoder, hudsonMasterComputerexecutorsEncoder) import Data.FreeStyleBuild exposing (FreeStyleBuild, freeStyleBuildDecoder, freeStyleBuildEncoder) import Json.Decode as Decode exposing (Decoder) import Json.Decode.Pipeline exposing (decode, optional, required) import Json.Encode as Encode import Maybe exposing (map, withDefault) type alias HudsonMasterComputerexecutors = { currentExecutable : Maybe FreeStyleBuild , idle : Maybe Bool , likelyStuck : Maybe Bool , number : Maybe Int , progress : Maybe Int , class : Maybe String } hudsonMasterComputerexecutorsDecoder : Decoder HudsonMasterComputerexecutors hudsonMasterComputerexecutorsDecoder = decode HudsonMasterComputerexecutors |> optional "currentExecutable" (Decode.nullable freeStyleBuildDecoder) Nothing |> optional "idle" (Decode.nullable Decode.bool) Nothing |> optional "likelyStuck" (Decode.nullable Decode.bool) Nothing |> optional "number" (Decode.nullable Decode.int) Nothing |> optional "progress" (Decode.nullable Decode.int) Nothing |> optional "_class" (Decode.nullable Decode.string) Nothing hudsonMasterComputerexecutorsEncoder : HudsonMasterComputerexecutors -> Encode.Value hudsonMasterComputerexecutorsEncoder model = Encode.object [ ( "currentExecutable", withDefault Encode.null (map freeStyleBuildEncoder model.currentExecutable) ) , ( "idle", withDefault Encode.null (map Encode.bool model.idle) ) , ( "likelyStuck", withDefault Encode.null (map Encode.bool model.likelyStuck) ) , ( "number", withDefault Encode.null (map Encode.int model.number) ) , ( "progress", withDefault Encode.null (map Encode.int model.progress) ) , ( "_class", withDefault Encode.null (map Encode.string model.class) ) ]

elm

oeml-sdk/elm/src/Data/OrderCancelAllRequest.elm

oskaralfons/coinapi-sdk

{- OEML - REST API This section will provide necessary information about the `CoinAPI OEML REST API` protocol. This API is also available in the Postman application: <a href=\"https://postman.coinapi.io/\" target=\"_blank\">https://postman.coinapi.io/</a> The version of the OpenAPI document: v1 Contact: support@coinapi.io NOTE: This file is auto generated by the openapi-generator. https://github.com/openapitools/openapi-generator.git Do not edit this file manually. -} module Data.OrderCancelAllRequest exposing (OrderCancelAllRequest, decoder, encode, encodeWithTag, toString) import Dict exposing (Dict) import Json.Decode as Decode exposing (Decoder) import Json.Decode.Pipeline exposing (optional, required) import Json.Encode as Encode {-| Cancel all orders request object. -} type alias OrderCancelAllRequest = { exchangeId : String } decoder : Decoder OrderCancelAllRequest decoder = Decode.succeed OrderCancelAllRequest |> required "exchange_id" Decode.string encode : OrderCancelAllRequest -> Encode.Value encode = Encode.object << encodePairs encodeWithTag : ( String, String ) -> OrderCancelAllRequest -> Encode.Value encodeWithTag (tagField, tag) model = Encode.object <| encodePairs model ++ [ ( tagField, Encode.string tag ) ] encodePairs : OrderCancelAllRequest -> List (String, Encode.Value) encodePairs model = [ ( "exchange_id", Encode.string model.exchangeId ) ] toString : OrderCancelAllRequest -> String toString = Encode.encode 0 << encode

11501

{- OEML - REST API This section will provide necessary information about the `CoinAPI OEML REST API` protocol. This API is also available in the Postman application: <a href=\"https://postman.coinapi.io/\" target=\"_blank\">https://postman.coinapi.io/</a> The version of the OpenAPI document: v1 Contact: <EMAIL> NOTE: This file is auto generated by the openapi-generator. https://github.com/openapitools/openapi-generator.git Do not edit this file manually. -} module Data.OrderCancelAllRequest exposing (OrderCancelAllRequest, decoder, encode, encodeWithTag, toString) import Dict exposing (Dict) import Json.Decode as Decode exposing (Decoder) import Json.Decode.Pipeline exposing (optional, required) import Json.Encode as Encode {-| Cancel all orders request object. -} type alias OrderCancelAllRequest = { exchangeId : String } decoder : Decoder OrderCancelAllRequest decoder = Decode.succeed OrderCancelAllRequest |> required "exchange_id" Decode.string encode : OrderCancelAllRequest -> Encode.Value encode = Encode.object << encodePairs encodeWithTag : ( String, String ) -> OrderCancelAllRequest -> Encode.Value encodeWithTag (tagField, tag) model = Encode.object <| encodePairs model ++ [ ( tagField, Encode.string tag ) ] encodePairs : OrderCancelAllRequest -> List (String, Encode.Value) encodePairs model = [ ( "exchange_id", Encode.string model.exchangeId ) ] toString : OrderCancelAllRequest -> String toString = Encode.encode 0 << encode

{- OEML - REST API This section will provide necessary information about the `CoinAPI OEML REST API` protocol. This API is also available in the Postman application: <a href=\"https://postman.coinapi.io/\" target=\"_blank\">https://postman.coinapi.io/</a> The version of the OpenAPI document: v1 Contact: PI:EMAIL:<EMAIL>END_PI NOTE: This file is auto generated by the openapi-generator. https://github.com/openapitools/openapi-generator.git Do not edit this file manually. -} module Data.OrderCancelAllRequest exposing (OrderCancelAllRequest, decoder, encode, encodeWithTag, toString) import Dict exposing (Dict) import Json.Decode as Decode exposing (Decoder) import Json.Decode.Pipeline exposing (optional, required) import Json.Encode as Encode {-| Cancel all orders request object. -} type alias OrderCancelAllRequest = { exchangeId : String } decoder : Decoder OrderCancelAllRequest decoder = Decode.succeed OrderCancelAllRequest |> required "exchange_id" Decode.string encode : OrderCancelAllRequest -> Encode.Value encode = Encode.object << encodePairs encodeWithTag : ( String, String ) -> OrderCancelAllRequest -> Encode.Value encodeWithTag (tagField, tag) model = Encode.object <| encodePairs model ++ [ ( tagField, Encode.string tag ) ] encodePairs : OrderCancelAllRequest -> List (String, Encode.Value) encodePairs model = [ ( "exchange_id", Encode.string model.exchangeId ) ] toString : OrderCancelAllRequest -> String toString = Encode.encode 0 << encode

elm

src/PivotTable.elm

integral424/elm-pivot-table

module PivotTable exposing ( Table, Field , makeTable, getField , Aggregator, pivotTable, pivotTableHtml ) {-| This package provides a pivot table view function with which you can analyze and visualize your data by grouping various fields. # Definition @docs Table, Field # Table operations @docs makeTable, getField # Pivot table In this package, a pivot table is a table to show values grouped by some fields. ## Example 1 genderToString : Gender -> String genderToString gender = case gender of Male -> "Male" Female -> "Female" pivotTable { rowGroupFields = [] , colGroupFields = [ genderField ] , aggregator = List.length , viewRow = always Element.none , viewCol = Element.text , viewAgg = String.fromInt >> Element.text } myTable The code above produces a table: ```text |Male |Female | |-----|-------| |2 |1 | ``` @docs Aggregator, pivotTable, pivotTableHtml -} import Array exposing (Array) import Element exposing ( Element , column , el , fill , fillPortion , height , none , row , shrink , width ) import Html exposing ( Html , table , td , th , tr , div ) import Html.Attributes exposing ( colspan , rowspan , style ) import List.Extra import Set exposing (Set) {-| In this package, a table is defined as a list of rows. In the most naive case, a table may be represented by a list of records like: type alias Person = { name : String , age : Int , gender : Gender } type Gender = Male | Female type alias MyTable = Table Person **Note:** Notice that rows can be any type. -} type Table row = Table (List row) {-| A function to create a table. Since the `Table` is an opaque type, all user of this package must use this function to create a `Table` value. -} makeTable : List row -> Table row makeTable rows = Table rows {-| In this package, a field is defined as a function from row to something. -} type alias Field row a = row -> a {-| A function to get values from a table. With the example appeared in the [`Table` doc](#Table), each field can be accessed like: nameField = .name ageField = .age genderField = .gender myTable : MyTable myTable = makeTable [ { name = "Alice", age = 17, gender = Female } , { name = "Bob", age = 8, gender = Male } , { name = "Charlie", age = 35, gender = Male } ] getField nameField myTable -- ["Alice", "Bob", "Charlie"] getField ageField myTable -- [17, 8, 35] getField genderField myTable -- [Female, Male, Male] **Note:** Notice that a field does not have to be a record element. This is a valid code: nameInitialLetterField = .name >> String.left 1 getField nameInitialLetterField myTable -- ["A", "B", "C"] -} getField : Field row a -> Table row -> List a getField field (Table rows) = List.map field rows -- Utility functions for `Table` length : Table row -> Int length (Table rows) = List.length rows map : (row1 -> row2) -> Table row1 -> Table row2 map f (Table rows) = rows |> List.map f |> Table indexedMap : (Int -> row1 -> row2) -> Table row1 -> Table row2 indexedMap f (Table rows) = rows |> List.indexedMap f |> Table -- Grouping functions {-| Group rows by a given field, that is, the same group has the same field value. Result is a list of groups. A group is composed of a field value (of type `comparable`) and a table value. All rows in this table has the same field value. -} groupByField : Field row comparable -> Table row -> List ( comparable, Table row ) groupByField field (Table rows) = rows |> List.sortBy field -- sorting is necessary for `List.Extra.groupWhile` |> List.Extra.groupWhile (\r1 r2 -> field r1 == field r2) |> List.map (\( first, rest ) -> ( field first, Table (first :: rest) )) {-| Group rows by given several fields. Notice that group of a group forms a tree. See [`Tree` definition](#Tree) for detail. -} group : List (Field row comparable) -> Table row -> Tree row comparable group fields tbl = let reduce : Field row comparable -> Tree row comparable -> Tree row comparable reduce field tree = case tree of Leaf tbl_ -> groupByField field tbl_ |> List.map (Tuple.mapSecond Leaf) |> Node Node lst -> lst |> List.map (Tuple.mapSecond (reduce field)) |> Node in List.foldl reduce (Leaf tbl) fields {-| A type representing a result of the `group` function. Grouping by several fields forms a tree. ## Example myTable2 = makeTable [ { col1 = "A", col2 = 1, col3 = "a", col4 = 1 } , { col1 = "A", col2 = 1, col3 = "b", col4 = 2 } , { col1 = "A", col2 = 2, col3 = "a", col4 = 1 } , { col1 = "A", col2 = 2, col3 = "b", col4 = 2 } , { col1 = "A", col2 = 2, col3 = "c", col4 = 3 } , { col1 = "A", col2 = 3, col3 = "a", col4 = 1 } , { col1 = "A", col2 = 3, col3 = "a", col4 = 2 } , { col1 = "B", col2 = 2, col3 = "a", col4 = 1 } , { col1 = "B", col2 = 2, col3 = "b", col4 = 2 } , { col1 = "B", col2 = 2, col3 = "c", col4 = 3 } ] - col1 = "A" - col2 = 1 - col3 = "a" - row#1 - col3 = \*b - row#2 - col2 = 2 - col3 = "a" - row#3 - col3 = "b" - row#4 - col3 = "c" - row#5 - col2 = 3 - col3 = "a" - row#6, row#7 - col1 = "B" - col2 = 2 - col3 = "a" - row#8 - col3 = "b" - row#9 - col3 = "c" - row#10 -} type Tree row comparable = Node (List ( comparable, Tree row comparable )) | Leaf (Table row) -- Tree utility functions {-| A path of a tree from the root to a leaf -} type alias TreePath comparable = List comparable {-| Get a tree by path. -} getTreeAt : TreePath comparable -> Tree row comparable -> Maybe (Tree row comparable) getTreeAt path tree = case path of [] -> Just tree first :: rest -> case tree of Leaf _ -> Nothing Node lst -> lst |> List.filter (\( c, _ ) -> c == first) |> List.head |> Maybe.andThen (\( _, subTree ) -> getTreeAt rest subTree) {-| Get a tree by path, only when the path reaches a leaf. -} getAt : TreePath comparable -> Tree row comparable -> Maybe (Table row) getAt path tree = case getTreeAt path tree of Nothing -> Nothing Just (Node _) -> Nothing Just (Leaf tbl) -> Just tbl {-| Get possible paths from given tree. -} getPaths : Tree row comparable -> List (TreePath comparable) getPaths tree = case tree of Leaf _ -> [ [] ] Node lst -> lst |> List.map (Tuple.mapSecond getPaths) |> List.concatMap (\( c, paths ) -> paths |> List.map (\path -> c :: path)) {-| Convert row type into another type. -} mapTree : (row1 -> row2) -> Tree row1 comparable -> Tree row2 comparable mapTree f tree = case tree of Node lst -> lst |> List.map (Tuple.mapSecond (mapTree f)) |> Node Leaf tbl -> Leaf (map f tbl) {-| Extract all `Table` values from given tree. The result is a list of tables ordered by depth-first-search order. -} treeToTableList : Tree row comparable -> List (Table row) treeToTableList tree = case tree of Leaf tbl -> [ tbl ] Node lst -> List.concatMap (Tuple.second >> treeToTableList) lst {-| Get the width of a tree, which is the number of leafs the tree has. -} getWidth : Tree row comparable -> Int getWidth tree = case tree of Leaf _ -> 1 Node lst -> lst |> List.map (Tuple.second >> getWidth) |> List.sum {-| Apply a function in breadth-first-search order. The result is a list of each levels result, that is: result = applyHorizontally f tree List.Extra.getAt 0 result == Just firstDepthResult List.Extra.getAt 1 result == Just secondDepthResult List.Extra.getAt 2 result == Just thirdDepthResult -} applyHorizontally : (( comparable, Tree row comparable ) -> a) -> Tree row comparable -> List (List a) applyHorizontally f tree = let applyOneLevel : Tree row comparable -> List a applyOneLevel tree_ = case tree_ of Leaf _ -> [] Node lst -> List.map f lst getSubTrees : Tree row comparable -> List (Tree row comparable) getSubTrees tree_ = case tree_ of Leaf _ -> [] Node lst -> List.map Tuple.second lst g : List (Tree row comparable) -> List (List a) -> List (List a) g trees prevResult = let result : List a result = List.concatMap applyOneLevel trees nextResult : List (List a) nextResult = result :: prevResult in case result of [] -> prevResult _ -> g (List.concatMap getSubTrees trees) nextResult in g [ tree ] [] |> List.reverse -- Pivot table functions {-| The pivot table groups table rows. After that, the `Aggregator` aggregates the list of rows into a single value (of any type). -} type alias Aggregator row agg = List row -> agg {-| Draws a pivot table of `Html` type. This view makes use of grid attributes of html table. Use this view function when you want to avoid using `elm-ui`. -} pivotTableHtml : { rowGroupFields : List (Field row comparable1) , colGroupFields : List (Field row comparable2) , aggregator : Aggregator row agg , viewRow : comparable1 -> Html msg , viewCol : comparable2 -> Html msg , viewAgg : agg -> Html msg } -> Table row -> Html msg pivotTableHtml { rowGroupFields, colGroupFields, aggregator, viewRow, viewCol, viewAgg } tbl = let indexedTable : Table ( Int, row ) indexedTable = indexedMap Tuple.pair tbl getRowByIndex : Table row -> Int -> Maybe row getRowByIndex (Table lst) index = List.Extra.getAt index lst -- ignore index columnShim : Field row comparable -> Field ( Int, row ) comparable columnShim col = Tuple.second >> col rowGroup : Tree Int comparable1 rowGroup = group (List.map columnShim rowGroupFields) indexedTable |> mapTree Tuple.first colGroup : Tree Int comparable2 colGroup = group (List.map columnShim colGroupFields) indexedTable |> mapTree Tuple.first getIndices : Table Int -> Set Int getIndices (Table indices) = Set.fromList indices rowDepth : Int rowDepth = List.length rowGroupFields colDepth : Int colDepth = List.length colGroupFields rowIndexSets : List (Int, Set Int) rowIndexSets = getPaths rowGroup |> List.filterMap (\path -> getAt path rowGroup) |> List.map getIndices |> List.indexedMap Tuple.pair colIndexSets : List (Int, Set Int) colIndexSets = getPaths colGroup |> List.filterMap (\path -> getAt path colGroup) |> List.map getIndices |> List.indexedMap Tuple.pair viewHeadersHelper : (comparable -> Html msg) -> Tree Int comparable -> List { depth : Int , view : Html msg , span : Int , offset : Int } viewHeadersHelper viewer grp = grp |> applyHorizontally identity |> List.indexedMap (\i lst -> lst |> List.foldl (\(c, subTree) result -> { depth = i , view = viewer c , span = getWidth subTree , offset = result |> List.map .span |> List.sum } :: result) [] ) |> List.concatMap identity rowHeaders : List (Html msg) rowHeaders = viewHeadersHelper viewRow rowGroup |> List.map (\{ depth, view, span, offset } -> div [ style "grid-row-start" <| String.fromInt <| colDepth + offset + 1 , style "grid-row-end" <| String.fromInt <| colDepth + offset + 1 + span , style "grid-column-start" <| String.fromInt <| depth + 1 , style "grid-column-end" <| String.fromInt <| depth + 2 ] [ view ] ) colHeaders : List (Html msg) colHeaders = viewHeadersHelper viewCol colGroup |> List.map (\{ depth, view, span, offset } -> div [ style "grid-row-start" <| String.fromInt <| depth + 1 , style "grid-row-end" <| String.fromInt <| depth + 2 , style "grid-column-start" <| String.fromInt <| rowDepth + offset + 1 , style "grid-column-end" <| String.fromInt <| rowDepth + offset + 1 + span ] [ view ] ) dataCells : List (Html msg) dataCells = List.Extra.cartesianProduct [rowIndexSets, colIndexSets] |> List.filterMap (\lst -> case lst of item1 :: item2 :: [] -> Just (item1, item2) _ -> Nothing ) |> List.map (\((i, rowIndices), (j, colIndices)) -> div [ style "grid-row-start" <| String.fromInt <| colDepth + i + 1 , style "grid-row-end" <| String.fromInt <| colDepth + i + 2 , style "grid-column-start" <| String.fromInt <| rowDepth + j + 1 , style "grid-column-end" <| String.fromInt <| rowDepth + j + 2 ] [ Set.intersect rowIndices colIndices |> Set.toList |> List.filterMap (getRowByIndex tbl) |> aggregator |> viewAgg ]) in div [ style "display" "inline-grid" , style "grid-template-rows" <| String.join " " <| List.repeat (colDepth + getWidth rowGroup) "auto" , style "grid-template-columns" <| String.join " " <| List.repeat (rowDepth + getWidth colGroup) "auto" ] (rowHeaders ++ colHeaders ++ dataCells) {- Draws a pivot table of `Html` type. This view makes use of `colspan` and `rowspan` attributes of html table. Use this view function when you want to avoid using `elm-ui`. -} {- pivotTableHtml : { rowGroupFields : List (Field row comparable1) , colGroupFields : List (Field row comparable2) , aggregator : Aggregator row agg , viewRow : comparable1 -> Html msg , viewCol : comparable2 -> Html msg , viewAgg : agg -> Html msg } -> Table row -> Html msg pivotTableHtml { rowGroupFields, colGroupFields, aggregator, viewRow, viewCol, viewAgg } tbl = let indexedTable : Table ( Int, row ) indexedTable = indexedMap Tuple.pair tbl getRowByIndex : Table row -> Int -> Maybe row getRowByIndex (Table lst) index = List.Extra.getAt index lst -- ignore index columnShim : Field row comparable -> Field ( Int, row ) comparable columnShim col = Tuple.second >> col rowGroup : Tree Int comparable1 rowGroup = group (List.map columnShim rowGroupFields) indexedTable |> mapTree Tuple.first colGroup : Tree Int comparable2 colGroup = group (List.map columnShim colGroupFields) indexedTable |> mapTree Tuple.first -- rowPaths : List (TreePath comparable1) -- rowPaths = getPaths rowGroup colPaths : List (TreePath comparable2) colPaths = getPaths colGroup viewColHeaderCells : Tree Int comparable2 -> List ( Html msg, Tree Int comparable2 ) viewColHeaderCells tree = let f : ( comparable2, Tree Int comparable2 ) -> ( Html msg, Tree Int comparable2 ) f ( c, subTree ) = ( th [ colspan <| getWidth subTree ] [ viewCol c ], subTree ) in case tree of Leaf _ -> [] Node lst -> List.map f lst viewColHeaders : List (Tree Int comparable2) -> List (Html msg) viewColHeaders trees = case trees of [] -> [] _ -> let tmp1 : List ( Html msg, Tree Int comparable2 ) tmp1 = List.concatMap viewColHeaderCells trees cells : List (Html msg) cells = List.map Tuple.first tmp1 subTrees : List (Tree Int comparable2) subTrees = List.map Tuple.second tmp1 shim : Html msg shim = td [ colspan <| List.length rowGroupFields ] [] in if List.length rowGroupFields == 0 then tr [] cells :: viewColHeaders subTrees else tr [] (shim :: cells) :: viewColHeaders subTrees pathToTableItems : List (Maybe ( Int, comparable1 )) -> List (Html msg) pathToTableItems lst = List.filterMap (Maybe.map (\( width, c ) -> th [ rowspan width ] [ viewRow c ])) lst aggregateForRow : Table Int -> List (Html msg) aggregateForRow tbl_ = colPaths |> List.filterMap (\path -> getAt path colGroup) |> List.map getIndices |> List.map (Set.intersect (getIndices tbl_)) |> List.map Set.toList |> List.map (List.filterMap (getRowByIndex tbl)) |> List.map aggregator |> List.map viewAgg |> List.map List.singleton |> List.map (td []) viewRows : Tree Int comparable1 -> List (Html msg) viewRows tree = List.map2 Tuple.pair (organize tree) (treeToTableList tree) |> List.map (Tuple.mapBoth pathToTableItems aggregateForRow) |> List.map (\( x, y ) -> List.append x y) |> List.map (tr []) organize : Tree Int comparable1 -> List (List (Maybe ( Int, comparable1 ))) organize tree = let f : ( comparable1, Tree Int comparable1 ) -> List (List (Maybe ( Int, comparable1 ))) f ( c, subTree ) = organize subTree |> List.indexedMap (g c subTree) g : comparable1 -> Tree Int comparable1 -> Int -> List (Maybe ( Int, comparable1 )) -> List (Maybe ( Int, comparable1 )) g c subTree i path = if i == 0 then Just ( getWidth subTree, c ) :: path else Nothing :: path in case tree of Leaf _ -> [ [] ] Node lst -> List.concatMap f lst getIndices : Table Int -> Set Int getIndices (Table indices) = Set.fromList indices in viewColHeaders [ colGroup ] ++ viewRows rowGroup |> table [] -} {-| Draws a pivot table. - `rowGroupFields` is a list of `Field`'s to group and generates grouped _rows_. - `colGroupFields` is a list of `Field`'s to group and generates grouped _columns_. - `aggregator` aggregates each grouped set of table data into a single value. - `viewRow`, `viewCol` and `viewAgg` are view functions to show each headers and cells. -} pivotTable : { rowGroupFields : List (Field row comparable1) , colGroupFields : List (Field row comparable2) , aggregator : Aggregator row agg , viewRow : comparable1 -> Element msg , viewCol : comparable2 -> Element msg , viewAgg : agg -> Element msg } -> Table row -> Element msg pivotTable { rowGroupFields, colGroupFields, aggregator, viewRow, viewCol, viewAgg } (Table rows) = let indexedTable : Table ( Int, row ) indexedTable = indexedMap Tuple.pair (Table rows) getRowByIndex : Table row -> Int -> Maybe row getRowByIndex (Table lst) index = List.Extra.getAt index lst -- ignore index columnShim : Field row comparable -> Field ( Int, row ) comparable columnShim col = Tuple.second >> col rowGroup : Tree Int comparable1 rowGroup = group (List.map columnShim rowGroupFields) indexedTable |> mapTree Tuple.first colGroup : Tree Int comparable2 colGroup = group (List.map columnShim colGroupFields) indexedTable |> mapTree Tuple.first getIndices : Table Int -> Set Int getIndices (Table indices) = Set.fromList indices rowDepth : Int rowDepth = List.length rowGroupFields colDepth : Int colDepth = List.length colGroupFields rowIndexSets : List (Int, Set Int) rowIndexSets = getPaths rowGroup |> List.filterMap (\path -> getAt path rowGroup) |> List.map getIndices |> List.indexedMap Tuple.pair colIndexSets : List (Int, Set Int) colIndexSets = getPaths colGroup |> List.filterMap (\path -> getAt path colGroup) |> List.map getIndices |> List.indexedMap Tuple.pair viewHeadersHelper : (comparable -> Element msg) -> Tree Int comparable -> List { depth : Int , view : Element msg , span : Int , offset : Int } viewHeadersHelper viewer grp = grp |> applyHorizontally identity |> List.indexedMap (\i lst -> lst |> List.foldl (\(c, subTree) result -> { depth = i , view = viewer c , span = getWidth subTree , offset = result |> List.map .span |> List.sum } :: result) [] ) |> List.concatMap identity rowHeaders : List (Element msg) rowHeaders = viewHeadersHelper viewRow rowGroup |> List.map (\{ depth, view, span, offset } -> el (List.map Element.htmlAttribute [ style "grid-row-start" <| String.fromInt <| colDepth + offset + 1 , style "grid-row-end" <| String.fromInt <| colDepth + offset + 1 + span , style "grid-column-start" <| String.fromInt <| depth + 1 , style "grid-column-end" <| String.fromInt <| depth + 2 ]) view ) colHeaders : List (Element msg) colHeaders = viewHeadersHelper viewCol colGroup |> List.map (\{ depth, view, span, offset } -> el (List.map Element.htmlAttribute [ style "grid-row-start" <| String.fromInt <| depth + 1 , style "grid-row-end" <| String.fromInt <| depth + 2 , style "grid-column-start" <| String.fromInt <| rowDepth + offset + 1 , style "grid-column-end" <| String.fromInt <| rowDepth + offset + 1 + span ]) view ) dataCells : List (Element msg) dataCells = List.Extra.cartesianProduct [rowIndexSets, colIndexSets] |> List.filterMap (\lst -> case lst of item1 :: item2 :: [] -> Just (item1, item2) _ -> Nothing ) |> List.map (\((i, rowIndices), (j, colIndices)) -> el (List.map Element.htmlAttribute [ style "grid-row-start" <| String.fromInt <| colDepth + i + 1 , style "grid-row-end" <| String.fromInt <| colDepth + i + 2 , style "grid-column-start" <| String.fromInt <| rowDepth + j + 1 , style "grid-column-end" <| String.fromInt <| rowDepth + j + 2 ]) (Set.intersect rowIndices colIndices |> Set.toList |> List.filterMap (getRowByIndex (Table rows)) |> aggregator |> viewAgg )) in Element.paragraph (List.map Element.htmlAttribute [ style "display" "inline-grid" , style "grid-template-rows" <| String.join " " <| List.repeat (colDepth + getWidth rowGroup) "auto" , style "grid-template-columns" <| String.join " " <| List.repeat (rowDepth + getWidth colGroup) "auto" ] ++ [Element.width Element.shrink]) (rowHeaders ++ colHeaders ++ dataCells)

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module PivotTable exposing ( Table, Field , makeTable, getField , Aggregator, pivotTable, pivotTableHtml ) {-| This package provides a pivot table view function with which you can analyze and visualize your data by grouping various fields. # Definition @docs Table, Field # Table operations @docs makeTable, getField # Pivot table In this package, a pivot table is a table to show values grouped by some fields. ## Example 1 genderToString : Gender -> String genderToString gender = case gender of Male -> "Male" Female -> "Female" pivotTable { rowGroupFields = [] , colGroupFields = [ genderField ] , aggregator = List.length , viewRow = always Element.none , viewCol = Element.text , viewAgg = String.fromInt >> Element.text } myTable The code above produces a table: ```text |Male |Female | |-----|-------| |2 |1 | ``` @docs Aggregator, pivotTable, pivotTableHtml -} import Array exposing (Array) import Element exposing ( Element , column , el , fill , fillPortion , height , none , row , shrink , width ) import Html exposing ( Html , table , td , th , tr , div ) import Html.Attributes exposing ( colspan , rowspan , style ) import List.Extra import Set exposing (Set) {-| In this package, a table is defined as a list of rows. In the most naive case, a table may be represented by a list of records like: type alias Person = { name : String , age : Int , gender : Gender } type Gender = Male | Female type alias MyTable = Table Person **Note:** Notice that rows can be any type. -} type Table row = Table (List row) {-| A function to create a table. Since the `Table` is an opaque type, all user of this package must use this function to create a `Table` value. -} makeTable : List row -> Table row makeTable rows = Table rows {-| In this package, a field is defined as a function from row to something. -} type alias Field row a = row -> a {-| A function to get values from a table. With the example appeared in the [`Table` doc](#Table), each field can be accessed like: nameField = .name ageField = .age genderField = .gender myTable : MyTable myTable = makeTable [ { name = "<NAME>", age = 17, gender = Female } , { name = "<NAME>", age = 8, gender = Male } , { name = "<NAME>", age = 35, gender = Male } ] getField nameField myTable -- ["<NAME>", "<NAME>", "<NAME>"] getField ageField myTable -- [17, 8, 35] getField genderField myTable -- [Female, Male, Male] **Note:** Notice that a field does not have to be a record element. This is a valid code: nameInitialLetterField = .name >> String.left 1 getField nameInitialLetterField myTable -- ["A", "B", "C"] -} getField : Field row a -> Table row -> List a getField field (Table rows) = List.map field rows -- Utility functions for `Table` length : Table row -> Int length (Table rows) = List.length rows map : (row1 -> row2) -> Table row1 -> Table row2 map f (Table rows) = rows |> List.map f |> Table indexedMap : (Int -> row1 -> row2) -> Table row1 -> Table row2 indexedMap f (Table rows) = rows |> List.indexedMap f |> Table -- Grouping functions {-| Group rows by a given field, that is, the same group has the same field value. Result is a list of groups. A group is composed of a field value (of type `comparable`) and a table value. All rows in this table has the same field value. -} groupByField : Field row comparable -> Table row -> List ( comparable, Table row ) groupByField field (Table rows) = rows |> List.sortBy field -- sorting is necessary for `List.Extra.groupWhile` |> List.Extra.groupWhile (\r1 r2 -> field r1 == field r2) |> List.map (\( first, rest ) -> ( field first, Table (first :: rest) )) {-| Group rows by given several fields. Notice that group of a group forms a tree. See [`Tree` definition](#Tree) for detail. -} group : List (Field row comparable) -> Table row -> Tree row comparable group fields tbl = let reduce : Field row comparable -> Tree row comparable -> Tree row comparable reduce field tree = case tree of Leaf tbl_ -> groupByField field tbl_ |> List.map (Tuple.mapSecond Leaf) |> Node Node lst -> lst |> List.map (Tuple.mapSecond (reduce field)) |> Node in List.foldl reduce (Leaf tbl) fields {-| A type representing a result of the `group` function. Grouping by several fields forms a tree. ## Example myTable2 = makeTable [ { col1 = "A", col2 = 1, col3 = "a", col4 = 1 } , { col1 = "A", col2 = 1, col3 = "b", col4 = 2 } , { col1 = "A", col2 = 2, col3 = "a", col4 = 1 } , { col1 = "A", col2 = 2, col3 = "b", col4 = 2 } , { col1 = "A", col2 = 2, col3 = "c", col4 = 3 } , { col1 = "A", col2 = 3, col3 = "a", col4 = 1 } , { col1 = "A", col2 = 3, col3 = "a", col4 = 2 } , { col1 = "B", col2 = 2, col3 = "a", col4 = 1 } , { col1 = "B", col2 = 2, col3 = "b", col4 = 2 } , { col1 = "B", col2 = 2, col3 = "c", col4 = 3 } ] - col1 = "A" - col2 = 1 - col3 = "a" - row#1 - col3 = \*b - row#2 - col2 = 2 - col3 = "a" - row#3 - col3 = "b" - row#4 - col3 = "c" - row#5 - col2 = 3 - col3 = "a" - row#6, row#7 - col1 = "B" - col2 = 2 - col3 = "a" - row#8 - col3 = "b" - row#9 - col3 = "c" - row#10 -} type Tree row comparable = Node (List ( comparable, Tree row comparable )) | Leaf (Table row) -- Tree utility functions {-| A path of a tree from the root to a leaf -} type alias TreePath comparable = List comparable {-| Get a tree by path. -} getTreeAt : TreePath comparable -> Tree row comparable -> Maybe (Tree row comparable) getTreeAt path tree = case path of [] -> Just tree first :: rest -> case tree of Leaf _ -> Nothing Node lst -> lst |> List.filter (\( c, _ ) -> c == first) |> List.head |> Maybe.andThen (\( _, subTree ) -> getTreeAt rest subTree) {-| Get a tree by path, only when the path reaches a leaf. -} getAt : TreePath comparable -> Tree row comparable -> Maybe (Table row) getAt path tree = case getTreeAt path tree of Nothing -> Nothing Just (Node _) -> Nothing Just (Leaf tbl) -> Just tbl {-| Get possible paths from given tree. -} getPaths : Tree row comparable -> List (TreePath comparable) getPaths tree = case tree of Leaf _ -> [ [] ] Node lst -> lst |> List.map (Tuple.mapSecond getPaths) |> List.concatMap (\( c, paths ) -> paths |> List.map (\path -> c :: path)) {-| Convert row type into another type. -} mapTree : (row1 -> row2) -> Tree row1 comparable -> Tree row2 comparable mapTree f tree = case tree of Node lst -> lst |> List.map (Tuple.mapSecond (mapTree f)) |> Node Leaf tbl -> Leaf (map f tbl) {-| Extract all `Table` values from given tree. The result is a list of tables ordered by depth-first-search order. -} treeToTableList : Tree row comparable -> List (Table row) treeToTableList tree = case tree of Leaf tbl -> [ tbl ] Node lst -> List.concatMap (Tuple.second >> treeToTableList) lst {-| Get the width of a tree, which is the number of leafs the tree has. -} getWidth : Tree row comparable -> Int getWidth tree = case tree of Leaf _ -> 1 Node lst -> lst |> List.map (Tuple.second >> getWidth) |> List.sum {-| Apply a function in breadth-first-search order. The result is a list of each levels result, that is: result = applyHorizontally f tree List.Extra.getAt 0 result == Just firstDepthResult List.Extra.getAt 1 result == Just secondDepthResult List.Extra.getAt 2 result == Just thirdDepthResult -} applyHorizontally : (( comparable, Tree row comparable ) -> a) -> Tree row comparable -> List (List a) applyHorizontally f tree = let applyOneLevel : Tree row comparable -> List a applyOneLevel tree_ = case tree_ of Leaf _ -> [] Node lst -> List.map f lst getSubTrees : Tree row comparable -> List (Tree row comparable) getSubTrees tree_ = case tree_ of Leaf _ -> [] Node lst -> List.map Tuple.second lst g : List (Tree row comparable) -> List (List a) -> List (List a) g trees prevResult = let result : List a result = List.concatMap applyOneLevel trees nextResult : List (List a) nextResult = result :: prevResult in case result of [] -> prevResult _ -> g (List.concatMap getSubTrees trees) nextResult in g [ tree ] [] |> List.reverse -- Pivot table functions {-| The pivot table groups table rows. After that, the `Aggregator` aggregates the list of rows into a single value (of any type). -} type alias Aggregator row agg = List row -> agg {-| Draws a pivot table of `Html` type. This view makes use of grid attributes of html table. Use this view function when you want to avoid using `elm-ui`. -} pivotTableHtml : { rowGroupFields : List (Field row comparable1) , colGroupFields : List (Field row comparable2) , aggregator : Aggregator row agg , viewRow : comparable1 -> Html msg , viewCol : comparable2 -> Html msg , viewAgg : agg -> Html msg } -> Table row -> Html msg pivotTableHtml { rowGroupFields, colGroupFields, aggregator, viewRow, viewCol, viewAgg } tbl = let indexedTable : Table ( Int, row ) indexedTable = indexedMap Tuple.pair tbl getRowByIndex : Table row -> Int -> Maybe row getRowByIndex (Table lst) index = List.Extra.getAt index lst -- ignore index columnShim : Field row comparable -> Field ( Int, row ) comparable columnShim col = Tuple.second >> col rowGroup : Tree Int comparable1 rowGroup = group (List.map columnShim rowGroupFields) indexedTable |> mapTree Tuple.first colGroup : Tree Int comparable2 colGroup = group (List.map columnShim colGroupFields) indexedTable |> mapTree Tuple.first getIndices : Table Int -> Set Int getIndices (Table indices) = Set.fromList indices rowDepth : Int rowDepth = List.length rowGroupFields colDepth : Int colDepth = List.length colGroupFields rowIndexSets : List (Int, Set Int) rowIndexSets = getPaths rowGroup |> List.filterMap (\path -> getAt path rowGroup) |> List.map getIndices |> List.indexedMap Tuple.pair colIndexSets : List (Int, Set Int) colIndexSets = getPaths colGroup |> List.filterMap (\path -> getAt path colGroup) |> List.map getIndices |> List.indexedMap Tuple.pair viewHeadersHelper : (comparable -> Html msg) -> Tree Int comparable -> List { depth : Int , view : Html msg , span : Int , offset : Int } viewHeadersHelper viewer grp = grp |> applyHorizontally identity |> List.indexedMap (\i lst -> lst |> List.foldl (\(c, subTree) result -> { depth = i , view = viewer c , span = getWidth subTree , offset = result |> List.map .span |> List.sum } :: result) [] ) |> List.concatMap identity rowHeaders : List (Html msg) rowHeaders = viewHeadersHelper viewRow rowGroup |> List.map (\{ depth, view, span, offset } -> div [ style "grid-row-start" <| String.fromInt <| colDepth + offset + 1 , style "grid-row-end" <| String.fromInt <| colDepth + offset + 1 + span , style "grid-column-start" <| String.fromInt <| depth + 1 , style "grid-column-end" <| String.fromInt <| depth + 2 ] [ view ] ) colHeaders : List (Html msg) colHeaders = viewHeadersHelper viewCol colGroup |> List.map (\{ depth, view, span, offset } -> div [ style "grid-row-start" <| String.fromInt <| depth + 1 , style "grid-row-end" <| String.fromInt <| depth + 2 , style "grid-column-start" <| String.fromInt <| rowDepth + offset + 1 , style "grid-column-end" <| String.fromInt <| rowDepth + offset + 1 + span ] [ view ] ) dataCells : List (Html msg) dataCells = List.Extra.cartesianProduct [rowIndexSets, colIndexSets] |> List.filterMap (\lst -> case lst of item1 :: item2 :: [] -> Just (item1, item2) _ -> Nothing ) |> List.map (\((i, rowIndices), (j, colIndices)) -> div [ style "grid-row-start" <| String.fromInt <| colDepth + i + 1 , style "grid-row-end" <| String.fromInt <| colDepth + i + 2 , style "grid-column-start" <| String.fromInt <| rowDepth + j + 1 , style "grid-column-end" <| String.fromInt <| rowDepth + j + 2 ] [ Set.intersect rowIndices colIndices |> Set.toList |> List.filterMap (getRowByIndex tbl) |> aggregator |> viewAgg ]) in div [ style "display" "inline-grid" , style "grid-template-rows" <| String.join " " <| List.repeat (colDepth + getWidth rowGroup) "auto" , style "grid-template-columns" <| String.join " " <| List.repeat (rowDepth + getWidth colGroup) "auto" ] (rowHeaders ++ colHeaders ++ dataCells) {- Draws a pivot table of `Html` type. This view makes use of `colspan` and `rowspan` attributes of html table. Use this view function when you want to avoid using `elm-ui`. -} {- pivotTableHtml : { rowGroupFields : List (Field row comparable1) , colGroupFields : List (Field row comparable2) , aggregator : Aggregator row agg , viewRow : comparable1 -> Html msg , viewCol : comparable2 -> Html msg , viewAgg : agg -> Html msg } -> Table row -> Html msg pivotTableHtml { rowGroupFields, colGroupFields, aggregator, viewRow, viewCol, viewAgg } tbl = let indexedTable : Table ( Int, row ) indexedTable = indexedMap Tuple.pair tbl getRowByIndex : Table row -> Int -> Maybe row getRowByIndex (Table lst) index = List.Extra.getAt index lst -- ignore index columnShim : Field row comparable -> Field ( Int, row ) comparable columnShim col = Tuple.second >> col rowGroup : Tree Int comparable1 rowGroup = group (List.map columnShim rowGroupFields) indexedTable |> mapTree Tuple.first colGroup : Tree Int comparable2 colGroup = group (List.map columnShim colGroupFields) indexedTable |> mapTree Tuple.first -- rowPaths : List (TreePath comparable1) -- rowPaths = getPaths rowGroup colPaths : List (TreePath comparable2) colPaths = getPaths colGroup viewColHeaderCells : Tree Int comparable2 -> List ( Html msg, Tree Int comparable2 ) viewColHeaderCells tree = let f : ( comparable2, Tree Int comparable2 ) -> ( Html msg, Tree Int comparable2 ) f ( c, subTree ) = ( th [ colspan <| getWidth subTree ] [ viewCol c ], subTree ) in case tree of Leaf _ -> [] Node lst -> List.map f lst viewColHeaders : List (Tree Int comparable2) -> List (Html msg) viewColHeaders trees = case trees of [] -> [] _ -> let tmp1 : List ( Html msg, Tree Int comparable2 ) tmp1 = List.concatMap viewColHeaderCells trees cells : List (Html msg) cells = List.map Tuple.first tmp1 subTrees : List (Tree Int comparable2) subTrees = List.map Tuple.second tmp1 shim : Html msg shim = td [ colspan <| List.length rowGroupFields ] [] in if List.length rowGroupFields == 0 then tr [] cells :: viewColHeaders subTrees else tr [] (shim :: cells) :: viewColHeaders subTrees pathToTableItems : List (Maybe ( Int, comparable1 )) -> List (Html msg) pathToTableItems lst = List.filterMap (Maybe.map (\( width, c ) -> th [ rowspan width ] [ viewRow c ])) lst aggregateForRow : Table Int -> List (Html msg) aggregateForRow tbl_ = colPaths |> List.filterMap (\path -> getAt path colGroup) |> List.map getIndices |> List.map (Set.intersect (getIndices tbl_)) |> List.map Set.toList |> List.map (List.filterMap (getRowByIndex tbl)) |> List.map aggregator |> List.map viewAgg |> List.map List.singleton |> List.map (td []) viewRows : Tree Int comparable1 -> List (Html msg) viewRows tree = List.map2 Tuple.pair (organize tree) (treeToTableList tree) |> List.map (Tuple.mapBoth pathToTableItems aggregateForRow) |> List.map (\( x, y ) -> List.append x y) |> List.map (tr []) organize : Tree Int comparable1 -> List (List (Maybe ( Int, comparable1 ))) organize tree = let f : ( comparable1, Tree Int comparable1 ) -> List (List (Maybe ( Int, comparable1 ))) f ( c, subTree ) = organize subTree |> List.indexedMap (g c subTree) g : comparable1 -> Tree Int comparable1 -> Int -> List (Maybe ( Int, comparable1 )) -> List (Maybe ( Int, comparable1 )) g c subTree i path = if i == 0 then Just ( getWidth subTree, c ) :: path else Nothing :: path in case tree of Leaf _ -> [ [] ] Node lst -> List.concatMap f lst getIndices : Table Int -> Set Int getIndices (Table indices) = Set.fromList indices in viewColHeaders [ colGroup ] ++ viewRows rowGroup |> table [] -} {-| Draws a pivot table. - `rowGroupFields` is a list of `Field`'s to group and generates grouped _rows_. - `colGroupFields` is a list of `Field`'s to group and generates grouped _columns_. - `aggregator` aggregates each grouped set of table data into a single value. - `viewRow`, `viewCol` and `viewAgg` are view functions to show each headers and cells. -} pivotTable : { rowGroupFields : List (Field row comparable1) , colGroupFields : List (Field row comparable2) , aggregator : Aggregator row agg , viewRow : comparable1 -> Element msg , viewCol : comparable2 -> Element msg , viewAgg : agg -> Element msg } -> Table row -> Element msg pivotTable { rowGroupFields, colGroupFields, aggregator, viewRow, viewCol, viewAgg } (Table rows) = let indexedTable : Table ( Int, row ) indexedTable = indexedMap Tuple.pair (Table rows) getRowByIndex : Table row -> Int -> Maybe row getRowByIndex (Table lst) index = List.Extra.getAt index lst -- ignore index columnShim : Field row comparable -> Field ( Int, row ) comparable columnShim col = Tuple.second >> col rowGroup : Tree Int comparable1 rowGroup = group (List.map columnShim rowGroupFields) indexedTable |> mapTree Tuple.first colGroup : Tree Int comparable2 colGroup = group (List.map columnShim colGroupFields) indexedTable |> mapTree Tuple.first getIndices : Table Int -> Set Int getIndices (Table indices) = Set.fromList indices rowDepth : Int rowDepth = List.length rowGroupFields colDepth : Int colDepth = List.length colGroupFields rowIndexSets : List (Int, Set Int) rowIndexSets = getPaths rowGroup |> List.filterMap (\path -> getAt path rowGroup) |> List.map getIndices |> List.indexedMap Tuple.pair colIndexSets : List (Int, Set Int) colIndexSets = getPaths colGroup |> List.filterMap (\path -> getAt path colGroup) |> List.map getIndices |> List.indexedMap Tuple.pair viewHeadersHelper : (comparable -> Element msg) -> Tree Int comparable -> List { depth : Int , view : Element msg , span : Int , offset : Int } viewHeadersHelper viewer grp = grp |> applyHorizontally identity |> List.indexedMap (\i lst -> lst |> List.foldl (\(c, subTree) result -> { depth = i , view = viewer c , span = getWidth subTree , offset = result |> List.map .span |> List.sum } :: result) [] ) |> List.concatMap identity rowHeaders : List (Element msg) rowHeaders = viewHeadersHelper viewRow rowGroup |> List.map (\{ depth, view, span, offset } -> el (List.map Element.htmlAttribute [ style "grid-row-start" <| String.fromInt <| colDepth + offset + 1 , style "grid-row-end" <| String.fromInt <| colDepth + offset + 1 + span , style "grid-column-start" <| String.fromInt <| depth + 1 , style "grid-column-end" <| String.fromInt <| depth + 2 ]) view ) colHeaders : List (Element msg) colHeaders = viewHeadersHelper viewCol colGroup |> List.map (\{ depth, view, span, offset } -> el (List.map Element.htmlAttribute [ style "grid-row-start" <| String.fromInt <| depth + 1 , style "grid-row-end" <| String.fromInt <| depth + 2 , style "grid-column-start" <| String.fromInt <| rowDepth + offset + 1 , style "grid-column-end" <| String.fromInt <| rowDepth + offset + 1 + span ]) view ) dataCells : List (Element msg) dataCells = List.Extra.cartesianProduct [rowIndexSets, colIndexSets] |> List.filterMap (\lst -> case lst of item1 :: item2 :: [] -> Just (item1, item2) _ -> Nothing ) |> List.map (\((i, rowIndices), (j, colIndices)) -> el (List.map Element.htmlAttribute [ style "grid-row-start" <| String.fromInt <| colDepth + i + 1 , style "grid-row-end" <| String.fromInt <| colDepth + i + 2 , style "grid-column-start" <| String.fromInt <| rowDepth + j + 1 , style "grid-column-end" <| String.fromInt <| rowDepth + j + 2 ]) (Set.intersect rowIndices colIndices |> Set.toList |> List.filterMap (getRowByIndex (Table rows)) |> aggregator |> viewAgg )) in Element.paragraph (List.map Element.htmlAttribute [ style "display" "inline-grid" , style "grid-template-rows" <| String.join " " <| List.repeat (colDepth + getWidth rowGroup) "auto" , style "grid-template-columns" <| String.join " " <| List.repeat (rowDepth + getWidth colGroup) "auto" ] ++ [Element.width Element.shrink]) (rowHeaders ++ colHeaders ++ dataCells)

module PivotTable exposing ( Table, Field , makeTable, getField , Aggregator, pivotTable, pivotTableHtml ) {-| This package provides a pivot table view function with which you can analyze and visualize your data by grouping various fields. # Definition @docs Table, Field # Table operations @docs makeTable, getField # Pivot table In this package, a pivot table is a table to show values grouped by some fields. ## Example 1 genderToString : Gender -> String genderToString gender = case gender of Male -> "Male" Female -> "Female" pivotTable { rowGroupFields = [] , colGroupFields = [ genderField ] , aggregator = List.length , viewRow = always Element.none , viewCol = Element.text , viewAgg = String.fromInt >> Element.text } myTable The code above produces a table: ```text |Male |Female | |-----|-------| |2 |1 | ``` @docs Aggregator, pivotTable, pivotTableHtml -} import Array exposing (Array) import Element exposing ( Element , column , el , fill , fillPortion , height , none , row , shrink , width ) import Html exposing ( Html , table , td , th , tr , div ) import Html.Attributes exposing ( colspan , rowspan , style ) import List.Extra import Set exposing (Set) {-| In this package, a table is defined as a list of rows. In the most naive case, a table may be represented by a list of records like: type alias Person = { name : String , age : Int , gender : Gender } type Gender = Male | Female type alias MyTable = Table Person **Note:** Notice that rows can be any type. -} type Table row = Table (List row) {-| A function to create a table. Since the `Table` is an opaque type, all user of this package must use this function to create a `Table` value. -} makeTable : List row -> Table row makeTable rows = Table rows {-| In this package, a field is defined as a function from row to something. -} type alias Field row a = row -> a {-| A function to get values from a table. With the example appeared in the [`Table` doc](#Table), each field can be accessed like: nameField = .name ageField = .age genderField = .gender myTable : MyTable myTable = makeTable [ { name = "PI:NAME:<NAME>END_PI", age = 17, gender = Female } , { name = "PI:NAME:<NAME>END_PI", age = 8, gender = Male } , { name = "PI:NAME:<NAME>END_PI", age = 35, gender = Male } ] getField nameField myTable -- ["PI:NAME:<NAME>END_PI", "PI:NAME:<NAME>END_PI", "PI:NAME:<NAME>END_PI"] getField ageField myTable -- [17, 8, 35] getField genderField myTable -- [Female, Male, Male] **Note:** Notice that a field does not have to be a record element. This is a valid code: nameInitialLetterField = .name >> String.left 1 getField nameInitialLetterField myTable -- ["A", "B", "C"] -} getField : Field row a -> Table row -> List a getField field (Table rows) = List.map field rows -- Utility functions for `Table` length : Table row -> Int length (Table rows) = List.length rows map : (row1 -> row2) -> Table row1 -> Table row2 map f (Table rows) = rows |> List.map f |> Table indexedMap : (Int -> row1 -> row2) -> Table row1 -> Table row2 indexedMap f (Table rows) = rows |> List.indexedMap f |> Table -- Grouping functions {-| Group rows by a given field, that is, the same group has the same field value. Result is a list of groups. A group is composed of a field value (of type `comparable`) and a table value. All rows in this table has the same field value. -} groupByField : Field row comparable -> Table row -> List ( comparable, Table row ) groupByField field (Table rows) = rows |> List.sortBy field -- sorting is necessary for `List.Extra.groupWhile` |> List.Extra.groupWhile (\r1 r2 -> field r1 == field r2) |> List.map (\( first, rest ) -> ( field first, Table (first :: rest) )) {-| Group rows by given several fields. Notice that group of a group forms a tree. See [`Tree` definition](#Tree) for detail. -} group : List (Field row comparable) -> Table row -> Tree row comparable group fields tbl = let reduce : Field row comparable -> Tree row comparable -> Tree row comparable reduce field tree = case tree of Leaf tbl_ -> groupByField field tbl_ |> List.map (Tuple.mapSecond Leaf) |> Node Node lst -> lst |> List.map (Tuple.mapSecond (reduce field)) |> Node in List.foldl reduce (Leaf tbl) fields {-| A type representing a result of the `group` function. Grouping by several fields forms a tree. ## Example myTable2 = makeTable [ { col1 = "A", col2 = 1, col3 = "a", col4 = 1 } , { col1 = "A", col2 = 1, col3 = "b", col4 = 2 } , { col1 = "A", col2 = 2, col3 = "a", col4 = 1 } , { col1 = "A", col2 = 2, col3 = "b", col4 = 2 } , { col1 = "A", col2 = 2, col3 = "c", col4 = 3 } , { col1 = "A", col2 = 3, col3 = "a", col4 = 1 } , { col1 = "A", col2 = 3, col3 = "a", col4 = 2 } , { col1 = "B", col2 = 2, col3 = "a", col4 = 1 } , { col1 = "B", col2 = 2, col3 = "b", col4 = 2 } , { col1 = "B", col2 = 2, col3 = "c", col4 = 3 } ] - col1 = "A" - col2 = 1 - col3 = "a" - row#1 - col3 = \*b - row#2 - col2 = 2 - col3 = "a" - row#3 - col3 = "b" - row#4 - col3 = "c" - row#5 - col2 = 3 - col3 = "a" - row#6, row#7 - col1 = "B" - col2 = 2 - col3 = "a" - row#8 - col3 = "b" - row#9 - col3 = "c" - row#10 -} type Tree row comparable = Node (List ( comparable, Tree row comparable )) | Leaf (Table row) -- Tree utility functions {-| A path of a tree from the root to a leaf -} type alias TreePath comparable = List comparable {-| Get a tree by path. -} getTreeAt : TreePath comparable -> Tree row comparable -> Maybe (Tree row comparable) getTreeAt path tree = case path of [] -> Just tree first :: rest -> case tree of Leaf _ -> Nothing Node lst -> lst |> List.filter (\( c, _ ) -> c == first) |> List.head |> Maybe.andThen (\( _, subTree ) -> getTreeAt rest subTree) {-| Get a tree by path, only when the path reaches a leaf. -} getAt : TreePath comparable -> Tree row comparable -> Maybe (Table row) getAt path tree = case getTreeAt path tree of Nothing -> Nothing Just (Node _) -> Nothing Just (Leaf tbl) -> Just tbl {-| Get possible paths from given tree. -} getPaths : Tree row comparable -> List (TreePath comparable) getPaths tree = case tree of Leaf _ -> [ [] ] Node lst -> lst |> List.map (Tuple.mapSecond getPaths) |> List.concatMap (\( c, paths ) -> paths |> List.map (\path -> c :: path)) {-| Convert row type into another type. -} mapTree : (row1 -> row2) -> Tree row1 comparable -> Tree row2 comparable mapTree f tree = case tree of Node lst -> lst |> List.map (Tuple.mapSecond (mapTree f)) |> Node Leaf tbl -> Leaf (map f tbl) {-| Extract all `Table` values from given tree. The result is a list of tables ordered by depth-first-search order. -} treeToTableList : Tree row comparable -> List (Table row) treeToTableList tree = case tree of Leaf tbl -> [ tbl ] Node lst -> List.concatMap (Tuple.second >> treeToTableList) lst {-| Get the width of a tree, which is the number of leafs the tree has. -} getWidth : Tree row comparable -> Int getWidth tree = case tree of Leaf _ -> 1 Node lst -> lst |> List.map (Tuple.second >> getWidth) |> List.sum {-| Apply a function in breadth-first-search order. The result is a list of each levels result, that is: result = applyHorizontally f tree List.Extra.getAt 0 result == Just firstDepthResult List.Extra.getAt 1 result == Just secondDepthResult List.Extra.getAt 2 result == Just thirdDepthResult -} applyHorizontally : (( comparable, Tree row comparable ) -> a) -> Tree row comparable -> List (List a) applyHorizontally f tree = let applyOneLevel : Tree row comparable -> List a applyOneLevel tree_ = case tree_ of Leaf _ -> [] Node lst -> List.map f lst getSubTrees : Tree row comparable -> List (Tree row comparable) getSubTrees tree_ = case tree_ of Leaf _ -> [] Node lst -> List.map Tuple.second lst g : List (Tree row comparable) -> List (List a) -> List (List a) g trees prevResult = let result : List a result = List.concatMap applyOneLevel trees nextResult : List (List a) nextResult = result :: prevResult in case result of [] -> prevResult _ -> g (List.concatMap getSubTrees trees) nextResult in g [ tree ] [] |> List.reverse -- Pivot table functions {-| The pivot table groups table rows. After that, the `Aggregator` aggregates the list of rows into a single value (of any type). -} type alias Aggregator row agg = List row -> agg {-| Draws a pivot table of `Html` type. This view makes use of grid attributes of html table. Use this view function when you want to avoid using `elm-ui`. -} pivotTableHtml : { rowGroupFields : List (Field row comparable1) , colGroupFields : List (Field row comparable2) , aggregator : Aggregator row agg , viewRow : comparable1 -> Html msg , viewCol : comparable2 -> Html msg , viewAgg : agg -> Html msg } -> Table row -> Html msg pivotTableHtml { rowGroupFields, colGroupFields, aggregator, viewRow, viewCol, viewAgg } tbl = let indexedTable : Table ( Int, row ) indexedTable = indexedMap Tuple.pair tbl getRowByIndex : Table row -> Int -> Maybe row getRowByIndex (Table lst) index = List.Extra.getAt index lst -- ignore index columnShim : Field row comparable -> Field ( Int, row ) comparable columnShim col = Tuple.second >> col rowGroup : Tree Int comparable1 rowGroup = group (List.map columnShim rowGroupFields) indexedTable |> mapTree Tuple.first colGroup : Tree Int comparable2 colGroup = group (List.map columnShim colGroupFields) indexedTable |> mapTree Tuple.first getIndices : Table Int -> Set Int getIndices (Table indices) = Set.fromList indices rowDepth : Int rowDepth = List.length rowGroupFields colDepth : Int colDepth = List.length colGroupFields rowIndexSets : List (Int, Set Int) rowIndexSets = getPaths rowGroup |> List.filterMap (\path -> getAt path rowGroup) |> List.map getIndices |> List.indexedMap Tuple.pair colIndexSets : List (Int, Set Int) colIndexSets = getPaths colGroup |> List.filterMap (\path -> getAt path colGroup) |> List.map getIndices |> List.indexedMap Tuple.pair viewHeadersHelper : (comparable -> Html msg) -> Tree Int comparable -> List { depth : Int , view : Html msg , span : Int , offset : Int } viewHeadersHelper viewer grp = grp |> applyHorizontally identity |> List.indexedMap (\i lst -> lst |> List.foldl (\(c, subTree) result -> { depth = i , view = viewer c , span = getWidth subTree , offset = result |> List.map .span |> List.sum } :: result) [] ) |> List.concatMap identity rowHeaders : List (Html msg) rowHeaders = viewHeadersHelper viewRow rowGroup |> List.map (\{ depth, view, span, offset } -> div [ style "grid-row-start" <| String.fromInt <| colDepth + offset + 1 , style "grid-row-end" <| String.fromInt <| colDepth + offset + 1 + span , style "grid-column-start" <| String.fromInt <| depth + 1 , style "grid-column-end" <| String.fromInt <| depth + 2 ] [ view ] ) colHeaders : List (Html msg) colHeaders = viewHeadersHelper viewCol colGroup |> List.map (\{ depth, view, span, offset } -> div [ style "grid-row-start" <| String.fromInt <| depth + 1 , style "grid-row-end" <| String.fromInt <| depth + 2 , style "grid-column-start" <| String.fromInt <| rowDepth + offset + 1 , style "grid-column-end" <| String.fromInt <| rowDepth + offset + 1 + span ] [ view ] ) dataCells : List (Html msg) dataCells = List.Extra.cartesianProduct [rowIndexSets, colIndexSets] |> List.filterMap (\lst -> case lst of item1 :: item2 :: [] -> Just (item1, item2) _ -> Nothing ) |> List.map (\((i, rowIndices), (j, colIndices)) -> div [ style "grid-row-start" <| String.fromInt <| colDepth + i + 1 , style "grid-row-end" <| String.fromInt <| colDepth + i + 2 , style "grid-column-start" <| String.fromInt <| rowDepth + j + 1 , style "grid-column-end" <| String.fromInt <| rowDepth + j + 2 ] [ Set.intersect rowIndices colIndices |> Set.toList |> List.filterMap (getRowByIndex tbl) |> aggregator |> viewAgg ]) in div [ style "display" "inline-grid" , style "grid-template-rows" <| String.join " " <| List.repeat (colDepth + getWidth rowGroup) "auto" , style "grid-template-columns" <| String.join " " <| List.repeat (rowDepth + getWidth colGroup) "auto" ] (rowHeaders ++ colHeaders ++ dataCells) {- Draws a pivot table of `Html` type. This view makes use of `colspan` and `rowspan` attributes of html table. Use this view function when you want to avoid using `elm-ui`. -} {- pivotTableHtml : { rowGroupFields : List (Field row comparable1) , colGroupFields : List (Field row comparable2) , aggregator : Aggregator row agg , viewRow : comparable1 -> Html msg , viewCol : comparable2 -> Html msg , viewAgg : agg -> Html msg } -> Table row -> Html msg pivotTableHtml { rowGroupFields, colGroupFields, aggregator, viewRow, viewCol, viewAgg } tbl = let indexedTable : Table ( Int, row ) indexedTable = indexedMap Tuple.pair tbl getRowByIndex : Table row -> Int -> Maybe row getRowByIndex (Table lst) index = List.Extra.getAt index lst -- ignore index columnShim : Field row comparable -> Field ( Int, row ) comparable columnShim col = Tuple.second >> col rowGroup : Tree Int comparable1 rowGroup = group (List.map columnShim rowGroupFields) indexedTable |> mapTree Tuple.first colGroup : Tree Int comparable2 colGroup = group (List.map columnShim colGroupFields) indexedTable |> mapTree Tuple.first -- rowPaths : List (TreePath comparable1) -- rowPaths = getPaths rowGroup colPaths : List (TreePath comparable2) colPaths = getPaths colGroup viewColHeaderCells : Tree Int comparable2 -> List ( Html msg, Tree Int comparable2 ) viewColHeaderCells tree = let f : ( comparable2, Tree Int comparable2 ) -> ( Html msg, Tree Int comparable2 ) f ( c, subTree ) = ( th [ colspan <| getWidth subTree ] [ viewCol c ], subTree ) in case tree of Leaf _ -> [] Node lst -> List.map f lst viewColHeaders : List (Tree Int comparable2) -> List (Html msg) viewColHeaders trees = case trees of [] -> [] _ -> let tmp1 : List ( Html msg, Tree Int comparable2 ) tmp1 = List.concatMap viewColHeaderCells trees cells : List (Html msg) cells = List.map Tuple.first tmp1 subTrees : List (Tree Int comparable2) subTrees = List.map Tuple.second tmp1 shim : Html msg shim = td [ colspan <| List.length rowGroupFields ] [] in if List.length rowGroupFields == 0 then tr [] cells :: viewColHeaders subTrees else tr [] (shim :: cells) :: viewColHeaders subTrees pathToTableItems : List (Maybe ( Int, comparable1 )) -> List (Html msg) pathToTableItems lst = List.filterMap (Maybe.map (\( width, c ) -> th [ rowspan width ] [ viewRow c ])) lst aggregateForRow : Table Int -> List (Html msg) aggregateForRow tbl_ = colPaths |> List.filterMap (\path -> getAt path colGroup) |> List.map getIndices |> List.map (Set.intersect (getIndices tbl_)) |> List.map Set.toList |> List.map (List.filterMap (getRowByIndex tbl)) |> List.map aggregator |> List.map viewAgg |> List.map List.singleton |> List.map (td []) viewRows : Tree Int comparable1 -> List (Html msg) viewRows tree = List.map2 Tuple.pair (organize tree) (treeToTableList tree) |> List.map (Tuple.mapBoth pathToTableItems aggregateForRow) |> List.map (\( x, y ) -> List.append x y) |> List.map (tr []) organize : Tree Int comparable1 -> List (List (Maybe ( Int, comparable1 ))) organize tree = let f : ( comparable1, Tree Int comparable1 ) -> List (List (Maybe ( Int, comparable1 ))) f ( c, subTree ) = organize subTree |> List.indexedMap (g c subTree) g : comparable1 -> Tree Int comparable1 -> Int -> List (Maybe ( Int, comparable1 )) -> List (Maybe ( Int, comparable1 )) g c subTree i path = if i == 0 then Just ( getWidth subTree, c ) :: path else Nothing :: path in case tree of Leaf _ -> [ [] ] Node lst -> List.concatMap f lst getIndices : Table Int -> Set Int getIndices (Table indices) = Set.fromList indices in viewColHeaders [ colGroup ] ++ viewRows rowGroup |> table [] -} {-| Draws a pivot table. - `rowGroupFields` is a list of `Field`'s to group and generates grouped _rows_. - `colGroupFields` is a list of `Field`'s to group and generates grouped _columns_. - `aggregator` aggregates each grouped set of table data into a single value. - `viewRow`, `viewCol` and `viewAgg` are view functions to show each headers and cells. -} pivotTable : { rowGroupFields : List (Field row comparable1) , colGroupFields : List (Field row comparable2) , aggregator : Aggregator row agg , viewRow : comparable1 -> Element msg , viewCol : comparable2 -> Element msg , viewAgg : agg -> Element msg } -> Table row -> Element msg pivotTable { rowGroupFields, colGroupFields, aggregator, viewRow, viewCol, viewAgg } (Table rows) = let indexedTable : Table ( Int, row ) indexedTable = indexedMap Tuple.pair (Table rows) getRowByIndex : Table row -> Int -> Maybe row getRowByIndex (Table lst) index = List.Extra.getAt index lst -- ignore index columnShim : Field row comparable -> Field ( Int, row ) comparable columnShim col = Tuple.second >> col rowGroup : Tree Int comparable1 rowGroup = group (List.map columnShim rowGroupFields) indexedTable |> mapTree Tuple.first colGroup : Tree Int comparable2 colGroup = group (List.map columnShim colGroupFields) indexedTable |> mapTree Tuple.first getIndices : Table Int -> Set Int getIndices (Table indices) = Set.fromList indices rowDepth : Int rowDepth = List.length rowGroupFields colDepth : Int colDepth = List.length colGroupFields rowIndexSets : List (Int, Set Int) rowIndexSets = getPaths rowGroup |> List.filterMap (\path -> getAt path rowGroup) |> List.map getIndices |> List.indexedMap Tuple.pair colIndexSets : List (Int, Set Int) colIndexSets = getPaths colGroup |> List.filterMap (\path -> getAt path colGroup) |> List.map getIndices |> List.indexedMap Tuple.pair viewHeadersHelper : (comparable -> Element msg) -> Tree Int comparable -> List { depth : Int , view : Element msg , span : Int , offset : Int } viewHeadersHelper viewer grp = grp |> applyHorizontally identity |> List.indexedMap (\i lst -> lst |> List.foldl (\(c, subTree) result -> { depth = i , view = viewer c , span = getWidth subTree , offset = result |> List.map .span |> List.sum } :: result) [] ) |> List.concatMap identity rowHeaders : List (Element msg) rowHeaders = viewHeadersHelper viewRow rowGroup |> List.map (\{ depth, view, span, offset } -> el (List.map Element.htmlAttribute [ style "grid-row-start" <| String.fromInt <| colDepth + offset + 1 , style "grid-row-end" <| String.fromInt <| colDepth + offset + 1 + span , style "grid-column-start" <| String.fromInt <| depth + 1 , style "grid-column-end" <| String.fromInt <| depth + 2 ]) view ) colHeaders : List (Element msg) colHeaders = viewHeadersHelper viewCol colGroup |> List.map (\{ depth, view, span, offset } -> el (List.map Element.htmlAttribute [ style "grid-row-start" <| String.fromInt <| depth + 1 , style "grid-row-end" <| String.fromInt <| depth + 2 , style "grid-column-start" <| String.fromInt <| rowDepth + offset + 1 , style "grid-column-end" <| String.fromInt <| rowDepth + offset + 1 + span ]) view ) dataCells : List (Element msg) dataCells = List.Extra.cartesianProduct [rowIndexSets, colIndexSets] |> List.filterMap (\lst -> case lst of item1 :: item2 :: [] -> Just (item1, item2) _ -> Nothing ) |> List.map (\((i, rowIndices), (j, colIndices)) -> el (List.map Element.htmlAttribute [ style "grid-row-start" <| String.fromInt <| colDepth + i + 1 , style "grid-row-end" <| String.fromInt <| colDepth + i + 2 , style "grid-column-start" <| String.fromInt <| rowDepth + j + 1 , style "grid-column-end" <| String.fromInt <| rowDepth + j + 2 ]) (Set.intersect rowIndices colIndices |> Set.toList |> List.filterMap (getRowByIndex (Table rows)) |> aggregator |> viewAgg )) in Element.paragraph (List.map Element.htmlAttribute [ style "display" "inline-grid" , style "grid-template-rows" <| String.join " " <| List.repeat (colDepth + getWidth rowGroup) "auto" , style "grid-template-columns" <| String.join " " <| List.repeat (rowDepth + getWidth colGroup) "auto" ] ++ [Element.width Element.shrink]) (rowHeaders ++ colHeaders ++ dataCells)

elm

src/ItemTable.elm

solkaz/xeno-gifts-app

module ItemTable exposing (view) import Character exposing (Character(..)) import FriendshipColumn exposing (friendshipColumn) import Html exposing (Html) import Html.Attributes exposing (class) import Item exposing (Item) import ItemNameColumn exposing (itemNameColumn) import ItemTypeColumn exposing (itemTypeColumn) import LocationColumn exposing (locationColumn) import Msg exposing (Msg) import Table view : Table.State -> List Item -> Html Msg view tableState items = Table.view config tableState items config : Table.Config Item Msg config = Table.customConfig { toId = .name , toMsg = Msg.SetTableState , columns = [ itemNameColumn , locationColumn , itemTypeColumn , friendshipColumn Shulk , friendshipColumn Reyn , friendshipColumn Fiora , friendshipColumn Sharla , friendshipColumn Dunban , friendshipColumn Melia , friendshipColumn Riki ] , customizations = { tableAttrs = [ class "table is-fullwidth is-bordered has-text-centered" ] , caption = Table.defaultCustomizations.caption , tfoot = Table.defaultCustomizations.tfoot , tbodyAttrs = Table.defaultCustomizations.tbodyAttrs , thead = Table.defaultCustomizations.thead , rowAttrs = Table.defaultCustomizations.rowAttrs } }

36340

module ItemTable exposing (view) import Character exposing (Character(..)) import FriendshipColumn exposing (friendshipColumn) import Html exposing (Html) import Html.Attributes exposing (class) import Item exposing (Item) import ItemNameColumn exposing (itemNameColumn) import ItemTypeColumn exposing (itemTypeColumn) import LocationColumn exposing (locationColumn) import Msg exposing (Msg) import Table view : Table.State -> List Item -> Html Msg view tableState items = Table.view config tableState items config : Table.Config Item Msg config = Table.customConfig { toId = .name , toMsg = Msg.SetTableState , columns = [ itemNameColumn , locationColumn , itemTypeColumn , friendshipColumn <NAME> , friendshipColumn <NAME> , friendshipColumn <NAME> , friendshipColumn <NAME> , friendshipColumn <NAME> , friendshipColumn <NAME> , friendshipColumn <NAME> ] , customizations = { tableAttrs = [ class "table is-fullwidth is-bordered has-text-centered" ] , caption = Table.defaultCustomizations.caption , tfoot = Table.defaultCustomizations.tfoot , tbodyAttrs = Table.defaultCustomizations.tbodyAttrs , thead = Table.defaultCustomizations.thead , rowAttrs = Table.defaultCustomizations.rowAttrs } }

module ItemTable exposing (view) import Character exposing (Character(..)) import FriendshipColumn exposing (friendshipColumn) import Html exposing (Html) import Html.Attributes exposing (class) import Item exposing (Item) import ItemNameColumn exposing (itemNameColumn) import ItemTypeColumn exposing (itemTypeColumn) import LocationColumn exposing (locationColumn) import Msg exposing (Msg) import Table view : Table.State -> List Item -> Html Msg view tableState items = Table.view config tableState items config : Table.Config Item Msg config = Table.customConfig { toId = .name , toMsg = Msg.SetTableState , columns = [ itemNameColumn , locationColumn , itemTypeColumn , friendshipColumn PI:NAME:<NAME>END_PI , friendshipColumn PI:NAME:<NAME>END_PI , friendshipColumn PI:NAME:<NAME>END_PI , friendshipColumn PI:NAME:<NAME>END_PI , friendshipColumn PI:NAME:<NAME>END_PI , friendshipColumn PI:NAME:<NAME>END_PI , friendshipColumn PI:NAME:<NAME>END_PI ] , customizations = { tableAttrs = [ class "table is-fullwidth is-bordered has-text-centered" ] , caption = Table.defaultCustomizations.caption , tfoot = Table.defaultCustomizations.tfoot , tbodyAttrs = Table.defaultCustomizations.tbodyAttrs , thead = Table.defaultCustomizations.thead , rowAttrs = Table.defaultCustomizations.rowAttrs } }

elm

src/Page/Donate.elm

breadblog/web

module Page.Donate exposing (Model, Msg, fromContext, init, toContext, update, view) import Css exposing (..) import Data.Context as Context exposing (Context) import Data.Markdown as Markdown exposing (Markdown) import Data.Route as Route exposing (Route(..)) import Data.Theme exposing (Theme) import Html.Styled exposing (..) import Html.Styled.Attributes exposing (..) import Html.Styled.Events exposing (onClick) import Page import Style.Card as Card import Style.Color as Color import Style.Post import Style.Screen as Screen exposing (Screen(..)) import Svg.Styled.Attributes as SvgAttr import View.Svg as Svg -- Model -- type alias Model = { context : Context } init : Context -> ( Model, Cmd Msg ) init context = ( { context = context }, Cmd.none ) toContext : Model -> Context toContext = Page.toContext fromContext : Context -> Model -> Model fromContext = Page.fromContext -- Message -- type Msg = NoOp -- Update -- update : msg -> Model -> ( Model, Cmd Msg ) update _ model = ( model, Cmd.none ) -- View -- view : Model -> List (Html Msg) view { context } = let theme = Context.getTheme context in [ div [ id "donate-page" , css [ flex3 (int 1) (int 0) (int 0) , displayFlex , alignItems center , flexDirection column , overflowY auto , position relative , overflowX Css.hidden ] ] [ div [ class "summary" , css [ Css.width (pct 80) , displayFlex , flexDirection column , alignItems center , marginTop (px 100) , Card.style theme , marginBottom (px 200) , lineHeight (pct 180) , Screen.style Screen.mobile [ marginBottom (px 120) ] ] ] [ div [ css [ Card.headingStyle theme ] ] [ h1 [ css [ fontSize (rem 1.4) , margin4 (px 0) (px 0) (px 0) (px 15) ] ] [ text "Considering Donating?" ] ] , p [ css [ fontSize (rem 1.2) , padding2 (px 0) (px 15) , letterSpacing (px 0.3) ] ] [ text "Before you do, we just wanted to clarify that our content does not depend on donations from our readers. We are fortunate enough to use some great services that support open source, which allows our hosting fees to be negligible. If you still want to donate and support us, know that we greatly appreciate it!" ] ] , div [ class "brave" , id "donate-brave-section" , css [ sectionStyle ] ] [ sectionImg "/brave_lion.svg" Left , sectionDescription theme (Just braveUrl) "Brave Browser" (Markdown.create "Brave is an open source browser aiming to give users back their privacy online. It has built in ad & tracker blocking, so you can browse safely. And if you choose to, you can get paid to view ads integrated into the browser, allowing you to get paid for your attention in a private and secure way. And if you want to give back to content creators like us, Brave makes it easy to do so. You can check it out [here](https://brave.com/par269). For full transparency, please be aware this is an affiliate link") Right ] , div [ class "patreon" , id "donate-patreon-section" , css [ sectionStyle , flexDirection rowReverse ] ] [ sectionImg "/patreon.png" Right , sectionDescription theme (Just "https://www.patreon.com/parasrah") "Patreon" (Markdown.create "If you want to contribute in a more traditional fashion, we have a patreon account setup [here](https://www.patreon.com/parasrah). Patreon is a platform designed to make it easy to give back to content creators.") Left ] , div [ class "crypto" , id "donate-crypto-section" , css [ sectionStyle ] ] [ sectionImg "/ethereum.svg" Left , sectionDescription theme Nothing "Cryptocurrency" (Markdown.create """ If you want a more untraceable way to make donations, cryptocurrency is always welcome! ### Bitcoin ``` 3KuP9Jim8yinsG6RdAADZFFC95Hj6Jd1zX ``` ### Ethereum ``` 0xaB0Ea5a4505d85773CE143aEa45fe482ee079955 ``` ### Basic Attention Token ``` 0xDA9c1fdE56c3D8b71aB65Cd75380BF17fFD81B17 ``` """ ) Right ] ] , div [ class "overlay" , css [ position absolute , Css.height (pct 30) ] ] [] ] type Side = Left | Right sectionImg : String -> Side -> Html msg sectionImg imgSrc side = div [ class "animation-container" , css [ justifyContent center , flex3 (int 0) (int 0) (pct 33) , animationContainerStyle , Screen.style Screen.mobile [ marginBottom (px 30) , marginTop (px 0) , Css.property "flex" "0 0 auto" , Css.width (pct 100) ] ] ] [ img [ src imgSrc , classList [ ( "right", side == Right ) , ( "left", side == Left ) , ( "animated", True ) , ( "hidden", True ) , ( "animation-target", True ) ] , css [ Css.height (px 150) , Screen.style Screen.mobile [ Css.height auto , Css.width (pct 40) ] ] ] [] ] sectionDescription : Theme -> Maybe String -> String -> Markdown -> Side -> Html msg sectionDescription theme maybeUrl title description side = div [ class "animation-container" , css [ flex3 (int 0) (int 0) (pct 66) , if side == Right then Css.batch [ justifyContent flexStart ] else Css.batch [ justifyContent flexEnd ] , animationContainerStyle , Screen.style Screen.mobile [ Css.property "flex" "0 0 auto" , marginBottom (px 120) , maxWidth (pct 90) ] ] ] [ div [ classList [ ( "right", side == Right ) , ( "left", side == Left ) , ( "animated", True ) , ( "hidden", True ) , ( "content", True ) , ( "animation-target", True ) ] , css [ displayFlex , flexDirection column , flex3 (int 0) (int 0) (pct 85) , Card.style theme , maxWidth (pct 100) ] ] [ div [ css [ Card.headingStyle theme , flexBasis auto , justifyContent spaceBetween ] ] [ h1 [ class "title" , css [ fontSize (rem 1.2) , fontWeight (int 500) , margin4 (px 5) (px 0) (px 5) (px 20) ] ] [ text title ] , case maybeUrl of Just url -> a [ href url , css [ color (Color.secondaryFont theme) , marginRight (px 15) , displayFlex , alignItems center , textDecoration none ] ] [ Svg.link [ SvgAttr.css [ Css.width (px 18) , Css.height (px 18) , marginLeft (px 5) , position relative ] ] ] Nothing -> text "" ] , div [ class "content" , css [ fontSize (rem 1.0) , padding2 (px 0) (px 20) , letterSpacing (px 0.5) , lineHeight (pct 150) ] ] [ Markdown.toHtml "donate-desc" [] (Style.Post.style theme) description ] ] ] braveUrl : String braveUrl = "https://brave.com/par269" {- Styles -} sectionStyle : Style sectionStyle = Css.batch [ displayFlex , alignItems center , justifyContent spaceBetween , flexBasis auto , Css.property "flex" "1 0 auto" , marginBottom (px 200) , Css.width (pct 100) , Screen.style Screen.mobile [ flexDirection column , minHeight (px 0) , margin (px 0) ] ] animationContainerStyle : Style animationContainerStyle = Css.batch [ minHeight (pct 100) , alignItems center , displayFlex , Screen.style Screen.mobile [ justifyContent center , minHeight (px 0) , marginTop (px 0) ] ]

61707

module Page.Donate exposing (Model, Msg, fromContext, init, toContext, update, view) import Css exposing (..) import Data.Context as Context exposing (Context) import Data.Markdown as Markdown exposing (Markdown) import Data.Route as Route exposing (Route(..)) import Data.Theme exposing (Theme) import Html.Styled exposing (..) import Html.Styled.Attributes exposing (..) import Html.Styled.Events exposing (onClick) import Page import Style.Card as Card import Style.Color as Color import Style.Post import Style.Screen as Screen exposing (Screen(..)) import Svg.Styled.Attributes as SvgAttr import View.Svg as Svg -- Model -- type alias Model = { context : Context } init : Context -> ( Model, Cmd Msg ) init context = ( { context = context }, Cmd.none ) toContext : Model -> Context toContext = Page.toContext fromContext : Context -> Model -> Model fromContext = Page.fromContext -- Message -- type Msg = NoOp -- Update -- update : msg -> Model -> ( Model, Cmd Msg ) update _ model = ( model, Cmd.none ) -- View -- view : Model -> List (Html Msg) view { context } = let theme = Context.getTheme context in [ div [ id "donate-page" , css [ flex3 (int 1) (int 0) (int 0) , displayFlex , alignItems center , flexDirection column , overflowY auto , position relative , overflowX Css.hidden ] ] [ div [ class "summary" , css [ Css.width (pct 80) , displayFlex , flexDirection column , alignItems center , marginTop (px 100) , Card.style theme , marginBottom (px 200) , lineHeight (pct 180) , Screen.style Screen.mobile [ marginBottom (px 120) ] ] ] [ div [ css [ Card.headingStyle theme ] ] [ h1 [ css [ fontSize (rem 1.4) , margin4 (px 0) (px 0) (px 0) (px 15) ] ] [ text "Considering Donating?" ] ] , p [ css [ fontSize (rem 1.2) , padding2 (px 0) (px 15) , letterSpacing (px 0.3) ] ] [ text "Before you do, we just wanted to clarify that our content does not depend on donations from our readers. We are fortunate enough to use some great services that support open source, which allows our hosting fees to be negligible. If you still want to donate and support us, know that we greatly appreciate it!" ] ] , div [ class "brave" , id "donate-brave-section" , css [ sectionStyle ] ] [ sectionImg "/brave_lion.svg" Left , sectionDescription theme (Just braveUrl) "Brave Browser" (Markdown.create "Brave is an open source browser aiming to give users back their privacy online. It has built in ad & tracker blocking, so you can browse safely. And if you choose to, you can get paid to view ads integrated into the browser, allowing you to get paid for your attention in a private and secure way. And if you want to give back to content creators like us, Brave makes it easy to do so. You can check it out [here](https://brave.com/par269). For full transparency, please be aware this is an affiliate link") Right ] , div [ class "patreon" , id "donate-patreon-section" , css [ sectionStyle , flexDirection rowReverse ] ] [ sectionImg "/patreon.png" Right , sectionDescription theme (Just "https://www.patreon.com/parasrah") "Pat<NAME>" (Markdown.create "If you want to contribute in a more traditional fashion, we have a patreon account setup [here](https://www.patreon.com/parasrah). Patreon is a platform designed to make it easy to give back to content creators.") Left ] , div [ class "crypto" , id "donate-crypto-section" , css [ sectionStyle ] ] [ sectionImg "/ethereum.svg" Left , sectionDescription theme Nothing "Cryptocurrency" (Markdown.create """ If you want a more untraceable way to make donations, cryptocurrency is always welcome! ### Bitcoin ``` 3KuP9Jim8yinsG6RdAADZFFC95Hj6Jd1zX ``` ### Ethereum ``` 0xaB0Ea5a4505d85773CE143aEa45fe482ee079955 ``` ### Basic Attention Token ``` <KEY> ``` """ ) Right ] ] , div [ class "overlay" , css [ position absolute , Css.height (pct 30) ] ] [] ] type Side = Left | Right sectionImg : String -> Side -> Html msg sectionImg imgSrc side = div [ class "animation-container" , css [ justifyContent center , flex3 (int 0) (int 0) (pct 33) , animationContainerStyle , Screen.style Screen.mobile [ marginBottom (px 30) , marginTop (px 0) , Css.property "flex" "0 0 auto" , Css.width (pct 100) ] ] ] [ img [ src imgSrc , classList [ ( "right", side == Right ) , ( "left", side == Left ) , ( "animated", True ) , ( "hidden", True ) , ( "animation-target", True ) ] , css [ Css.height (px 150) , Screen.style Screen.mobile [ Css.height auto , Css.width (pct 40) ] ] ] [] ] sectionDescription : Theme -> Maybe String -> String -> Markdown -> Side -> Html msg sectionDescription theme maybeUrl title description side = div [ class "animation-container" , css [ flex3 (int 0) (int 0) (pct 66) , if side == Right then Css.batch [ justifyContent flexStart ] else Css.batch [ justifyContent flexEnd ] , animationContainerStyle , Screen.style Screen.mobile [ Css.property "flex" "0 0 auto" , marginBottom (px 120) , maxWidth (pct 90) ] ] ] [ div [ classList [ ( "right", side == Right ) , ( "left", side == Left ) , ( "animated", True ) , ( "hidden", True ) , ( "content", True ) , ( "animation-target", True ) ] , css [ displayFlex , flexDirection column , flex3 (int 0) (int 0) (pct 85) , Card.style theme , maxWidth (pct 100) ] ] [ div [ css [ Card.headingStyle theme , flexBasis auto , justifyContent spaceBetween ] ] [ h1 [ class "title" , css [ fontSize (rem 1.2) , fontWeight (int 500) , margin4 (px 5) (px 0) (px 5) (px 20) ] ] [ text title ] , case maybeUrl of Just url -> a [ href url , css [ color (Color.secondaryFont theme) , marginRight (px 15) , displayFlex , alignItems center , textDecoration none ] ] [ Svg.link [ SvgAttr.css [ Css.width (px 18) , Css.height (px 18) , marginLeft (px 5) , position relative ] ] ] Nothing -> text "" ] , div [ class "content" , css [ fontSize (rem 1.0) , padding2 (px 0) (px 20) , letterSpacing (px 0.5) , lineHeight (pct 150) ] ] [ Markdown.toHtml "donate-desc" [] (Style.Post.style theme) description ] ] ] braveUrl : String braveUrl = "https://brave.com/par269" {- Styles -} sectionStyle : Style sectionStyle = Css.batch [ displayFlex , alignItems center , justifyContent spaceBetween , flexBasis auto , Css.property "flex" "1 0 auto" , marginBottom (px 200) , Css.width (pct 100) , Screen.style Screen.mobile [ flexDirection column , minHeight (px 0) , margin (px 0) ] ] animationContainerStyle : Style animationContainerStyle = Css.batch [ minHeight (pct 100) , alignItems center , displayFlex , Screen.style Screen.mobile [ justifyContent center , minHeight (px 0) , marginTop (px 0) ] ]

module Page.Donate exposing (Model, Msg, fromContext, init, toContext, update, view) import Css exposing (..) import Data.Context as Context exposing (Context) import Data.Markdown as Markdown exposing (Markdown) import Data.Route as Route exposing (Route(..)) import Data.Theme exposing (Theme) import Html.Styled exposing (..) import Html.Styled.Attributes exposing (..) import Html.Styled.Events exposing (onClick) import Page import Style.Card as Card import Style.Color as Color import Style.Post import Style.Screen as Screen exposing (Screen(..)) import Svg.Styled.Attributes as SvgAttr import View.Svg as Svg -- Model -- type alias Model = { context : Context } init : Context -> ( Model, Cmd Msg ) init context = ( { context = context }, Cmd.none ) toContext : Model -> Context toContext = Page.toContext fromContext : Context -> Model -> Model fromContext = Page.fromContext -- Message -- type Msg = NoOp -- Update -- update : msg -> Model -> ( Model, Cmd Msg ) update _ model = ( model, Cmd.none ) -- View -- view : Model -> List (Html Msg) view { context } = let theme = Context.getTheme context in [ div [ id "donate-page" , css [ flex3 (int 1) (int 0) (int 0) , displayFlex , alignItems center , flexDirection column , overflowY auto , position relative , overflowX Css.hidden ] ] [ div [ class "summary" , css [ Css.width (pct 80) , displayFlex , flexDirection column , alignItems center , marginTop (px 100) , Card.style theme , marginBottom (px 200) , lineHeight (pct 180) , Screen.style Screen.mobile [ marginBottom (px 120) ] ] ] [ div [ css [ Card.headingStyle theme ] ] [ h1 [ css [ fontSize (rem 1.4) , margin4 (px 0) (px 0) (px 0) (px 15) ] ] [ text "Considering Donating?" ] ] , p [ css [ fontSize (rem 1.2) , padding2 (px 0) (px 15) , letterSpacing (px 0.3) ] ] [ text "Before you do, we just wanted to clarify that our content does not depend on donations from our readers. We are fortunate enough to use some great services that support open source, which allows our hosting fees to be negligible. If you still want to donate and support us, know that we greatly appreciate it!" ] ] , div [ class "brave" , id "donate-brave-section" , css [ sectionStyle ] ] [ sectionImg "/brave_lion.svg" Left , sectionDescription theme (Just braveUrl) "Brave Browser" (Markdown.create "Brave is an open source browser aiming to give users back their privacy online. It has built in ad & tracker blocking, so you can browse safely. And if you choose to, you can get paid to view ads integrated into the browser, allowing you to get paid for your attention in a private and secure way. And if you want to give back to content creators like us, Brave makes it easy to do so. You can check it out [here](https://brave.com/par269). For full transparency, please be aware this is an affiliate link") Right ] , div [ class "patreon" , id "donate-patreon-section" , css [ sectionStyle , flexDirection rowReverse ] ] [ sectionImg "/patreon.png" Right , sectionDescription theme (Just "https://www.patreon.com/parasrah") "PatPI:NAME:<NAME>END_PI" (Markdown.create "If you want to contribute in a more traditional fashion, we have a patreon account setup [here](https://www.patreon.com/parasrah). Patreon is a platform designed to make it easy to give back to content creators.") Left ] , div [ class "crypto" , id "donate-crypto-section" , css [ sectionStyle ] ] [ sectionImg "/ethereum.svg" Left , sectionDescription theme Nothing "Cryptocurrency" (Markdown.create """ If you want a more untraceable way to make donations, cryptocurrency is always welcome! ### Bitcoin ``` 3KuP9Jim8yinsG6RdAADZFFC95Hj6Jd1zX ``` ### Ethereum ``` 0xaB0Ea5a4505d85773CE143aEa45fe482ee079955 ``` ### Basic Attention Token ``` PI:KEY:<KEY>END_PI ``` """ ) Right ] ] , div [ class "overlay" , css [ position absolute , Css.height (pct 30) ] ] [] ] type Side = Left | Right sectionImg : String -> Side -> Html msg sectionImg imgSrc side = div [ class "animation-container" , css [ justifyContent center , flex3 (int 0) (int 0) (pct 33) , animationContainerStyle , Screen.style Screen.mobile [ marginBottom (px 30) , marginTop (px 0) , Css.property "flex" "0 0 auto" , Css.width (pct 100) ] ] ] [ img [ src imgSrc , classList [ ( "right", side == Right ) , ( "left", side == Left ) , ( "animated", True ) , ( "hidden", True ) , ( "animation-target", True ) ] , css [ Css.height (px 150) , Screen.style Screen.mobile [ Css.height auto , Css.width (pct 40) ] ] ] [] ] sectionDescription : Theme -> Maybe String -> String -> Markdown -> Side -> Html msg sectionDescription theme maybeUrl title description side = div [ class "animation-container" , css [ flex3 (int 0) (int 0) (pct 66) , if side == Right then Css.batch [ justifyContent flexStart ] else Css.batch [ justifyContent flexEnd ] , animationContainerStyle , Screen.style Screen.mobile [ Css.property "flex" "0 0 auto" , marginBottom (px 120) , maxWidth (pct 90) ] ] ] [ div [ classList [ ( "right", side == Right ) , ( "left", side == Left ) , ( "animated", True ) , ( "hidden", True ) , ( "content", True ) , ( "animation-target", True ) ] , css [ displayFlex , flexDirection column , flex3 (int 0) (int 0) (pct 85) , Card.style theme , maxWidth (pct 100) ] ] [ div [ css [ Card.headingStyle theme , flexBasis auto , justifyContent spaceBetween ] ] [ h1 [ class "title" , css [ fontSize (rem 1.2) , fontWeight (int 500) , margin4 (px 5) (px 0) (px 5) (px 20) ] ] [ text title ] , case maybeUrl of Just url -> a [ href url , css [ color (Color.secondaryFont theme) , marginRight (px 15) , displayFlex , alignItems center , textDecoration none ] ] [ Svg.link [ SvgAttr.css [ Css.width (px 18) , Css.height (px 18) , marginLeft (px 5) , position relative ] ] ] Nothing -> text "" ] , div [ class "content" , css [ fontSize (rem 1.0) , padding2 (px 0) (px 20) , letterSpacing (px 0.5) , lineHeight (pct 150) ] ] [ Markdown.toHtml "donate-desc" [] (Style.Post.style theme) description ] ] ] braveUrl : String braveUrl = "https://brave.com/par269" {- Styles -} sectionStyle : Style sectionStyle = Css.batch [ displayFlex , alignItems center , justifyContent spaceBetween , flexBasis auto , Css.property "flex" "1 0 auto" , marginBottom (px 200) , Css.width (pct 100) , Screen.style Screen.mobile [ flexDirection column , minHeight (px 0) , margin (px 0) ] ] animationContainerStyle : Style animationContainerStyle = Css.batch [ minHeight (pct 100) , alignItems center , displayFlex , Screen.style Screen.mobile [ justifyContent center , minHeight (px 0) , marginTop (px 0) ] ]

elm

implement/example-apps/rich-chat-room/src/Backend/Main.elm

sharon-06/elm-fullstack

module Backend.Main exposing ( State , backendMain ) import Base64 import Bytes import Bytes.Decode import Bytes.Encode import CompilationInterface.ElmMake import CompilationInterface.GenerateJsonCoders as GenerateJsonCoders import CompilationInterface.SourceFiles import Conversation exposing (UserId) import Dict import ElmFullstack import FrontendBackendInterface import Json.Decode import Json.Encode import SHA1 import Url type alias State = { posixTimeMilli : Int , conversationHistory : List Conversation.Event , usersSessions : Dict.Dict String UserSessionState , usersProfiles : Dict.Dict UserId UserProfile , usersLastSeen : Dict.Dict UserId { posixTime : Int } , pendingHttpRequests : Dict.Dict String PendingHttpRequest } type alias PendingHttpRequest = { posixTimeMilli : Int , userSessionId : String , userId : Maybe UserId , requestFromUser : FrontendBackendInterface.RequestFromUser } type alias UserSessionState = { beginPosixTime : Int , clientAddress : Maybe String , userId : Maybe UserId , lastUsePosixTime : Int } type alias UserProfile = { chosenName : String } backendMain : ElmFullstack.BackendConfig State backendMain = { init = ( initState, [] ) , subscriptions = subscriptions } subscriptions : State -> ElmFullstack.BackendSubs State subscriptions state = { httpRequest = updateForHttpRequestEvent , posixTimeIsPast = if Dict.isEmpty state.pendingHttpRequests then Nothing else Just { minimumPosixTimeMilli = state.posixTimeMilli + 1000 , update = \{ currentPosixTimeMilli } stateBefore -> processPendingHttpRequests { stateBefore | posixTimeMilli = currentPosixTimeMilli } } } processPendingHttpRequests : State -> ( State, ElmFullstack.BackendCmds State ) processPendingHttpRequests stateBefore = let ( state, httpResponses ) = stateBefore.pendingHttpRequests |> Dict.toList |> List.foldl (\( pendingHttpRequestId, pendingHttpRequest ) ( intermediateState, intermediateHttpResponses ) -> case processRequestFromUser { posixTimeMilli = stateBefore.posixTimeMilli , loginUrl = "" } { posixTimeMilli = pendingHttpRequest.posixTimeMilli , userId = pendingHttpRequest.userId , requestFromUser = pendingHttpRequest.requestFromUser } intermediateState of Nothing -> ( intermediateState , intermediateHttpResponses ) Just ( completeHttpResponseState, completeHttpResponseResponseToUser ) -> let responseToClient = { currentPosixTimeMilli = intermediateState.posixTimeMilli , currentUserId = pendingHttpRequest.userId , responseToUser = completeHttpResponseResponseToUser } httpResponse = { httpRequestId = pendingHttpRequestId , response = { statusCode = 200 , bodyAsBase64 = responseToClient |> GenerateJsonCoders.jsonEncodeMessageToClient |> Json.Encode.encode 0 |> encodeStringToBytes |> Base64.fromBytes , headersToAdd = [] } |> addCookieUserSessionId pendingHttpRequest.userSessionId } in ( completeHttpResponseState , httpResponse :: intermediateHttpResponses ) ) ( stateBefore, [] ) pendingHttpRequests = httpResponses |> List.map .httpRequestId |> List.foldl Dict.remove stateBefore.pendingHttpRequests in ( { state | pendingHttpRequests = pendingHttpRequests } , List.map ElmFullstack.RespondToHttpRequest httpResponses ) updateForHttpRequestEvent : ElmFullstack.HttpRequestEventStruct -> State -> ( State, ElmFullstack.BackendCmds State ) updateForHttpRequestEvent httpRequestEvent stateBefore = let ( ( state, pendingHttpRequestsCmds ), directCmds ) = updateForHttpRequestEventWithoutPendingHttpRequests httpRequestEvent stateBefore |> Tuple.mapFirst processPendingHttpRequests in ( state , directCmds ++ pendingHttpRequestsCmds ) updateForHttpRequestEventWithoutPendingHttpRequests : ElmFullstack.HttpRequestEventStruct -> State -> ( State, ElmFullstack.BackendCmds State ) updateForHttpRequestEventWithoutPendingHttpRequests httpRequestEvent stateBeforeUpdatingTime = let stateBefore = { stateBeforeUpdatingTime | posixTimeMilli = httpRequestEvent.posixTimeMilli } respondWithFrontendHtmlDocument { enableInspector } = ( stateBefore , [ ElmFullstack.RespondToHttpRequest { httpRequestId = httpRequestEvent.httpRequestId , response = { statusCode = 200 , bodyAsBase64 = Just (if enableInspector then CompilationInterface.ElmMake.elm_make____src_Frontend_Main_elm.debug.gzip.base64 else CompilationInterface.ElmMake.elm_make____src_Frontend_Main_elm.gzip.base64 ) , headersToAdd = [ { name = "Content-Encoding", values = [ "gzip" ] } ] } } ] ) in case httpRequestEvent.request.uri |> Url.fromString |> Maybe.andThen FrontendBackendInterface.routeFromUrl of Nothing -> respondWithFrontendHtmlDocument { enableInspector = False } Just FrontendBackendInterface.FrontendWithInspectorRoute -> respondWithFrontendHtmlDocument { enableInspector = True } Just FrontendBackendInterface.ApiRoute -> case httpRequestEvent.request.bodyAsBase64 |> Maybe.map (Base64.toBytes >> Maybe.map (decodeBytesToString >> Maybe.withDefault "Failed to decode bytes to string") >> Maybe.withDefault "Failed to decode from base64") |> Maybe.withDefault "Missing HTTP body" |> Json.Decode.decodeString GenerateJsonCoders.jsonDecodeRequestFromUser of Err decodeError -> let httpResponse = { httpRequestId = httpRequestEvent.httpRequestId , response = { statusCode = 400 , bodyAsBase64 = ("Failed to decode request: " ++ (decodeError |> Json.Decode.errorToString)) |> encodeStringToBytes |> Base64.fromBytes , headersToAdd = [] } } in ( stateBefore , [ ElmFullstack.RespondToHttpRequest httpResponse ] ) Ok requestFromUser -> let ( userSessionId, userSessionStateBefore ) = userSessionIdAndStateFromRequestOrCreateNew httpRequestEvent.request stateBefore userSessionState = userSessionStateBefore usersLastSeen = case userSessionStateBefore.userId of Nothing -> stateBefore.usersLastSeen Just userId -> stateBefore.usersLastSeen |> Dict.insert userId { posixTime = stateBefore.posixTimeMilli // 1000 } usersSessions = stateBefore.usersSessions |> Dict.insert userSessionId userSessionState in ( { stateBefore | usersLastSeen = usersLastSeen , usersSessions = usersSessions , pendingHttpRequests = stateBefore.pendingHttpRequests |> Dict.insert httpRequestEvent.httpRequestId { posixTimeMilli = httpRequestEvent.posixTimeMilli , userSessionId = userSessionId , userId = userSessionStateBefore.userId , requestFromUser = requestFromUser } } , [] ) Just (FrontendBackendInterface.StaticContentRoute contentName) -> let httpResponse = case availableStaticContent |> Dict.get contentName of Nothing -> { statusCode = 404 , bodyAsBase64 = ("Found no content with the name " ++ contentName) |> encodeStringToBytes |> Base64.fromBytes , headersToAdd = [] } Just content -> { statusCode = 200 , bodyAsBase64 = content |> Base64.fromBytes , headersToAdd = [ { name = "Cache-Control", values = [ "public, max-age=31536000" ] } ] } in ( stateBefore , [ ElmFullstack.RespondToHttpRequest { httpRequestId = httpRequestEvent.httpRequestId , response = httpResponse } ] ) availableStaticContent : Dict.Dict String Bytes.Bytes availableStaticContent = [ CompilationInterface.SourceFiles.file____static_chat_message_added_0_mp3.bytes ] |> List.map (\content -> ( content |> FrontendBackendInterface.staticContentFileName, content )) |> Dict.fromList seeingLobbyFromState : State -> FrontendBackendInterface.SeeingLobbyStructure seeingLobbyFromState state = let usersOnline = state.usersLastSeen |> Dict.filter (\_ lastSeen -> state.posixTimeMilli // 1000 - 10 < lastSeen.posixTime) |> Dict.keys in { conversationHistory = state.conversationHistory , usersOnline = usersOnline } processRequestFromUser : { posixTimeMilli : Int, loginUrl : String } -> { posixTimeMilli : Int, userId : Maybe Int, requestFromUser : FrontendBackendInterface.RequestFromUser } -> State -> Maybe ( State, FrontendBackendInterface.ResponseToUser ) processRequestFromUser context requestFromUser stateBefore = case requestFromUser.requestFromUser of FrontendBackendInterface.ShowUpRequest showUpRequest -> let seeingLobby = seeingLobbyFromState stateBefore requestAgeMilli = context.posixTimeMilli - requestFromUser.posixTimeMilli in if ((seeingLobby.conversationHistory |> List.map .posixTimeMilli |> List.maximum) /= showUpRequest.lastSeenEventPosixTimeMilli ) || (5000 <= requestAgeMilli) then Just ( stateBefore , FrontendBackendInterface.SeeingLobby seeingLobby ) else Nothing FrontendBackendInterface.AddTextMessageRequest message -> case requestFromUser.userId of Nothing -> Just ( stateBefore , ([ Conversation.LeafPlainText "⚠️ To add a message, please sign in first at " , Conversation.LeafLinkToUrl { url = context.loginUrl } ] |> Conversation.SequenceOfNodes ) |> FrontendBackendInterface.MessageToUser ) Just userId -> if hasUserExhaustedRateLimitToAddMessage stateBefore { userId = userId } then Just ( stateBefore , Conversation.LeafPlainText "❌ Too many messages – Maximum sending rate exceeded." |> FrontendBackendInterface.MessageToUser ) else let conversationHistory = { posixTimeMilli = stateBefore.posixTimeMilli , origin = Conversation.FromUser { userId = userId } , message = Conversation.LeafPlainText message } :: stateBefore.conversationHistory stateAfterAddingMessage = { stateBefore | conversationHistory = conversationHistory } in Just ( stateAfterAddingMessage , stateAfterAddingMessage |> seeingLobbyFromState |> FrontendBackendInterface.SeeingLobby ) FrontendBackendInterface.ChooseNameRequest chosenName -> case requestFromUser.userId of Nothing -> Just ( stateBefore , ([ Conversation.LeafPlainText "⚠️ To choose a name, please sign in first at " , Conversation.LeafLinkToUrl { url = context.loginUrl } ] |> Conversation.SequenceOfNodes ) |> FrontendBackendInterface.MessageToUser ) Just userId -> let userProfileBefore = stateBefore.usersProfiles |> Dict.get userId |> Maybe.withDefault initUserProfile userProfile = { userProfileBefore | chosenName = chosenName } usersProfiles = stateBefore.usersProfiles |> Dict.insert userId userProfile in Just ( { stateBefore | usersProfiles = usersProfiles } , userProfile |> FrontendBackendInterface.ReadUserProfile ) FrontendBackendInterface.ReadUserProfileRequest userId -> Just ( stateBefore , stateBefore.usersProfiles |> Dict.get userId |> Maybe.withDefault initUserProfile |> FrontendBackendInterface.ReadUserProfile ) initUserProfile : UserProfile initUserProfile = { chosenName = "" } userSessionIdAndStateFromRequestOrCreateNew : ElmFullstack.HttpRequestProperties -> State -> ( String, UserSessionState ) userSessionIdAndStateFromRequestOrCreateNew httpRequest state = state |> getFirstMatchingUserSessionOrCreateNew (getSessionIdsFromHttpRequest httpRequest) getFirstMatchingUserSessionOrCreateNew : List String -> State -> ( String, UserSessionState ) getFirstMatchingUserSessionOrCreateNew sessionIds state = sessionIds |> List.filterMap (\requestSessionId -> state.usersSessions |> Dict.get requestSessionId |> Maybe.map (\sessionState -> ( requestSessionId, sessionState ) ) ) |> List.sortBy (\( _, sessionState ) -> if sessionState.userId == Nothing then 1 else 0 ) |> List.head |> Maybe.withDefault (state |> getNextUserSessionIdAndState) getSessionIdsFromHttpRequest : ElmFullstack.HttpRequestProperties -> List String getSessionIdsFromHttpRequest httpRequest = let cookies = httpRequest.headers |> List.filter (\{ name } -> (name |> String.toLower) == "cookie") |> List.head |> Maybe.map .values |> Maybe.withDefault [] |> List.concatMap (String.split ";") |> List.map String.trim prefix = httpSessionIdCookieName ++ "=" in cookies |> List.filter (String.startsWith prefix) |> List.map (\sessionIdCookie -> sessionIdCookie |> String.dropLeft (prefix |> String.length)) getNextUserSessionIdAndState : State -> ( String, UserSessionState ) getNextUserSessionIdAndState state = let posixTime = state.posixTimeMilli // 1000 in ( state |> getNextUserSessionId , { userId = Just ((state |> getLastUserId |> Maybe.withDefault 0) + 1) , beginPosixTime = posixTime , lastUsePosixTime = posixTime , clientAddress = Nothing } ) getLastUserId : State -> Maybe Int getLastUserId state = [ state.usersProfiles |> Dict.keys , state.usersSessions |> Dict.values |> List.filterMap .userId ] |> List.concat |> List.maximum getNextUserSessionId : State -> String getNextUserSessionId state = let otherSessionsIds = state.usersSessions |> Dict.keys source = (otherSessionsIds |> String.concat) ++ (state.posixTimeMilli |> String.fromInt) in source |> SHA1.fromString |> SHA1.toHex |> String.left 30 hasUserExhaustedRateLimitToAddMessage : State -> { userId : Int } -> Bool hasUserExhaustedRateLimitToAddMessage state { userId } = let addedMessagesAges = state.conversationHistory |> List.filterMap (\event -> case event.origin of Conversation.FromSystem -> Nothing Conversation.FromUser fromUser -> if fromUser.userId /= userId then Nothing else Just event.posixTimeMilli ) |> List.map (\addedMessagePosixTimeMilli -> (state.posixTimeMilli - addedMessagePosixTimeMilli) // 1000) numberOfMessagesWithinAge ageInSeconds = addedMessagesAges |> List.filter (\messageAge -> messageAge <= ageInSeconds) |> List.length in userAddMessageRateLimits |> List.any (\limit -> limit.numberOfMessages <= numberOfMessagesWithinAge limit.timespanInSeconds) userAddMessageRateLimits : List { timespanInSeconds : Int, numberOfMessages : Int } userAddMessageRateLimits = [ { timespanInSeconds = 3, numberOfMessages = 2 } , { timespanInSeconds = 10, numberOfMessages = 3 } , { timespanInSeconds = 60, numberOfMessages = 8 } , { timespanInSeconds = 60 * 10, numberOfMessages = 50 } ] decodeBytesToString : Bytes.Bytes -> Maybe String decodeBytesToString bytes = bytes |> Bytes.Decode.decode (Bytes.Decode.string (bytes |> Bytes.width)) encodeStringToBytes : String -> Bytes.Bytes encodeStringToBytes = Bytes.Encode.string >> Bytes.Encode.encode addCookieUserSessionId : String -> ElmFullstack.HttpResponse -> ElmFullstack.HttpResponse addCookieUserSessionId userSessionId httpResponse = let cookieHeader = { name = "Set-Cookie", values = [ httpSessionIdCookieName ++ "=" ++ userSessionId ++ "; Path=/; Max-Age=3600" ] } in { httpResponse | headersToAdd = cookieHeader :: httpResponse.headersToAdd } httpSessionIdCookieName : String httpSessionIdCookieName = "sessionid" initState : State initState = { posixTimeMilli = 0 , conversationHistory = [] , usersProfiles = Dict.empty , usersSessions = Dict.empty , usersLastSeen = Dict.empty , pendingHttpRequests = Dict.empty }

33560

module Backend.Main exposing ( State , backendMain ) import Base64 import Bytes import Bytes.Decode import Bytes.Encode import CompilationInterface.ElmMake import CompilationInterface.GenerateJsonCoders as GenerateJsonCoders import CompilationInterface.SourceFiles import Conversation exposing (UserId) import Dict import ElmFullstack import FrontendBackendInterface import Json.Decode import Json.Encode import SHA1 import Url type alias State = { posixTimeMilli : Int , conversationHistory : List Conversation.Event , usersSessions : Dict.Dict String UserSessionState , usersProfiles : Dict.Dict UserId UserProfile , usersLastSeen : Dict.Dict UserId { posixTime : Int } , pendingHttpRequests : Dict.Dict String PendingHttpRequest } type alias PendingHttpRequest = { posixTimeMilli : Int , userSessionId : String , userId : Maybe UserId , requestFromUser : FrontendBackendInterface.RequestFromUser } type alias UserSessionState = { beginPosixTime : Int , clientAddress : Maybe String , userId : Maybe UserId , lastUsePosixTime : Int } type alias UserProfile = { chosenName : String } backendMain : ElmFullstack.BackendConfig State backendMain = { init = ( initState, [] ) , subscriptions = subscriptions } subscriptions : State -> ElmFullstack.BackendSubs State subscriptions state = { httpRequest = updateForHttpRequestEvent , posixTimeIsPast = if Dict.isEmpty state.pendingHttpRequests then Nothing else Just { minimumPosixTimeMilli = state.posixTimeMilli + 1000 , update = \{ currentPosixTimeMilli } stateBefore -> processPendingHttpRequests { stateBefore | posixTimeMilli = currentPosixTimeMilli } } } processPendingHttpRequests : State -> ( State, ElmFullstack.BackendCmds State ) processPendingHttpRequests stateBefore = let ( state, httpResponses ) = stateBefore.pendingHttpRequests |> Dict.toList |> List.foldl (\( pendingHttpRequestId, pendingHttpRequest ) ( intermediateState, intermediateHttpResponses ) -> case processRequestFromUser { posixTimeMilli = stateBefore.posixTimeMilli , loginUrl = "" } { posixTimeMilli = pendingHttpRequest.posixTimeMilli , userId = pendingHttpRequest.userId , requestFromUser = pendingHttpRequest.requestFromUser } intermediateState of Nothing -> ( intermediateState , intermediateHttpResponses ) Just ( completeHttpResponseState, completeHttpResponseResponseToUser ) -> let responseToClient = { currentPosixTimeMilli = intermediateState.posixTimeMilli , currentUserId = pendingHttpRequest.userId , responseToUser = completeHttpResponseResponseToUser } httpResponse = { httpRequestId = pendingHttpRequestId , response = { statusCode = 200 , bodyAsBase64 = responseToClient |> GenerateJsonCoders.jsonEncodeMessageToClient |> Json.Encode.encode 0 |> encodeStringToBytes |> Base64.fromBytes , headersToAdd = [] } |> addCookieUserSessionId pendingHttpRequest.userSessionId } in ( completeHttpResponseState , httpResponse :: intermediateHttpResponses ) ) ( stateBefore, [] ) pendingHttpRequests = httpResponses |> List.map .httpRequestId |> List.foldl Dict.remove stateBefore.pendingHttpRequests in ( { state | pendingHttpRequests = pendingHttpRequests } , List.map ElmFullstack.RespondToHttpRequest httpResponses ) updateForHttpRequestEvent : ElmFullstack.HttpRequestEventStruct -> State -> ( State, ElmFullstack.BackendCmds State ) updateForHttpRequestEvent httpRequestEvent stateBefore = let ( ( state, pendingHttpRequestsCmds ), directCmds ) = updateForHttpRequestEventWithoutPendingHttpRequests httpRequestEvent stateBefore |> Tuple.mapFirst processPendingHttpRequests in ( state , directCmds ++ pendingHttpRequestsCmds ) updateForHttpRequestEventWithoutPendingHttpRequests : ElmFullstack.HttpRequestEventStruct -> State -> ( State, ElmFullstack.BackendCmds State ) updateForHttpRequestEventWithoutPendingHttpRequests httpRequestEvent stateBeforeUpdatingTime = let stateBefore = { stateBeforeUpdatingTime | posixTimeMilli = httpRequestEvent.posixTimeMilli } respondWithFrontendHtmlDocument { enableInspector } = ( stateBefore , [ ElmFullstack.RespondToHttpRequest { httpRequestId = httpRequestEvent.httpRequestId , response = { statusCode = 200 , bodyAsBase64 = Just (if enableInspector then CompilationInterface.ElmMake.elm_make____src_Frontend_Main_elm.debug.gzip.base64 else CompilationInterface.ElmMake.elm_make____src_Frontend_Main_elm.gzip.base64 ) , headersToAdd = [ { name = "Content-Encoding", values = [ "gzip" ] } ] } } ] ) in case httpRequestEvent.request.uri |> Url.fromString |> Maybe.andThen FrontendBackendInterface.routeFromUrl of Nothing -> respondWithFrontendHtmlDocument { enableInspector = False } Just FrontendBackendInterface.FrontendWithInspectorRoute -> respondWithFrontendHtmlDocument { enableInspector = True } Just FrontendBackendInterface.ApiRoute -> case httpRequestEvent.request.bodyAsBase64 |> Maybe.map (Base64.toBytes >> Maybe.map (decodeBytesToString >> Maybe.withDefault "Failed to decode bytes to string") >> Maybe.withDefault "Failed to decode from base64") |> Maybe.withDefault "Missing HTTP body" |> Json.Decode.decodeString GenerateJsonCoders.jsonDecodeRequestFromUser of Err decodeError -> let httpResponse = { httpRequestId = httpRequestEvent.httpRequestId , response = { statusCode = 400 , bodyAsBase64 = ("Failed to decode request: " ++ (decodeError |> Json.Decode.errorToString)) |> encodeStringToBytes |> Base64.fromBytes , headersToAdd = [] } } in ( stateBefore , [ ElmFullstack.RespondToHttpRequest httpResponse ] ) Ok requestFromUser -> let ( userSessionId, userSessionStateBefore ) = userSessionIdAndStateFromRequestOrCreateNew httpRequestEvent.request stateBefore userSessionState = userSessionStateBefore usersLastSeen = case userSessionStateBefore.userId of Nothing -> stateBefore.usersLastSeen Just userId -> stateBefore.usersLastSeen |> Dict.insert userId { posixTime = stateBefore.posixTimeMilli // 1000 } usersSessions = stateBefore.usersSessions |> Dict.insert userSessionId userSessionState in ( { stateBefore | usersLastSeen = usersLastSeen , usersSessions = usersSessions , pendingHttpRequests = stateBefore.pendingHttpRequests |> Dict.insert httpRequestEvent.httpRequestId { posixTimeMilli = httpRequestEvent.posixTimeMilli , userSessionId = userSessionId , userId = userSessionStateBefore.userId , requestFromUser = requestFromUser } } , [] ) Just (FrontendBackendInterface.StaticContentRoute contentName) -> let httpResponse = case availableStaticContent |> Dict.get contentName of Nothing -> { statusCode = 404 , bodyAsBase64 = ("Found no content with the name " ++ contentName) |> encodeStringToBytes |> Base64.fromBytes , headersToAdd = [] } Just content -> { statusCode = 200 , bodyAsBase64 = content |> Base64.fromBytes , headersToAdd = [ { name = "Cache-Control", values = [ "public, max-age=31536000" ] } ] } in ( stateBefore , [ ElmFullstack.RespondToHttpRequest { httpRequestId = httpRequestEvent.httpRequestId , response = httpResponse } ] ) availableStaticContent : Dict.Dict String Bytes.Bytes availableStaticContent = [ CompilationInterface.SourceFiles.file____static_chat_message_added_0_mp3.bytes ] |> List.map (\content -> ( content |> FrontendBackendInterface.staticContentFileName, content )) |> Dict.fromList seeingLobbyFromState : State -> FrontendBackendInterface.SeeingLobbyStructure seeingLobbyFromState state = let usersOnline = state.usersLastSeen |> Dict.filter (\_ lastSeen -> state.posixTimeMilli // 1000 - 10 < lastSeen.posixTime) |> Dict.keys in { conversationHistory = state.conversationHistory , usersOnline = usersOnline } processRequestFromUser : { posixTimeMilli : Int, loginUrl : String } -> { posixTimeMilli : Int, userId : Maybe Int, requestFromUser : FrontendBackendInterface.RequestFromUser } -> State -> Maybe ( State, FrontendBackendInterface.ResponseToUser ) processRequestFromUser context requestFromUser stateBefore = case requestFromUser.requestFromUser of FrontendBackendInterface.ShowUpRequest showUpRequest -> let seeingLobby = seeingLobbyFromState stateBefore requestAgeMilli = context.posixTimeMilli - requestFromUser.posixTimeMilli in if ((seeingLobby.conversationHistory |> List.map .posixTimeMilli |> List.maximum) /= showUpRequest.lastSeenEventPosixTimeMilli ) || (5000 <= requestAgeMilli) then Just ( stateBefore , FrontendBackendInterface.SeeingLobby seeingLobby ) else Nothing FrontendBackendInterface.AddTextMessageRequest message -> case requestFromUser.userId of Nothing -> Just ( stateBefore , ([ Conversation.LeafPlainText "⚠️ To add a message, please sign in first at " , Conversation.LeafLinkToUrl { url = context.loginUrl } ] |> Conversation.SequenceOfNodes ) |> FrontendBackendInterface.MessageToUser ) Just userId -> if hasUserExhaustedRateLimitToAddMessage stateBefore { userId = userId } then Just ( stateBefore , Conversation.LeafPlainText "❌ Too many messages – Maximum sending rate exceeded." |> FrontendBackendInterface.MessageToUser ) else let conversationHistory = { posixTimeMilli = stateBefore.posixTimeMilli , origin = Conversation.FromUser { userId = userId } , message = Conversation.LeafPlainText message } :: stateBefore.conversationHistory stateAfterAddingMessage = { stateBefore | conversationHistory = conversationHistory } in Just ( stateAfterAddingMessage , stateAfterAddingMessage |> seeingLobbyFromState |> FrontendBackendInterface.SeeingLobby ) FrontendBackendInterface.ChooseNameRequest chosenName -> case requestFromUser.userId of Nothing -> Just ( stateBefore , ([ Conversation.LeafPlainText "⚠️ To choose a name, please sign in first at " , Conversation.LeafLinkToUrl { url = context.loginUrl } ] |> Conversation.SequenceOfNodes ) |> FrontendBackendInterface.MessageToUser ) Just userId -> let userProfileBefore = stateBefore.usersProfiles |> Dict.get userId |> Maybe.withDefault initUserProfile userProfile = { userProfileBefore | chosenName = <NAME> } usersProfiles = stateBefore.usersProfiles |> Dict.insert userId userProfile in Just ( { stateBefore | usersProfiles = usersProfiles } , userProfile |> FrontendBackendInterface.ReadUserProfile ) FrontendBackendInterface.ReadUserProfileRequest userId -> Just ( stateBefore , stateBefore.usersProfiles |> Dict.get userId |> Maybe.withDefault initUserProfile |> FrontendBackendInterface.ReadUserProfile ) initUserProfile : UserProfile initUserProfile = { chosenName = "" } userSessionIdAndStateFromRequestOrCreateNew : ElmFullstack.HttpRequestProperties -> State -> ( String, UserSessionState ) userSessionIdAndStateFromRequestOrCreateNew httpRequest state = state |> getFirstMatchingUserSessionOrCreateNew (getSessionIdsFromHttpRequest httpRequest) getFirstMatchingUserSessionOrCreateNew : List String -> State -> ( String, UserSessionState ) getFirstMatchingUserSessionOrCreateNew sessionIds state = sessionIds |> List.filterMap (\requestSessionId -> state.usersSessions |> Dict.get requestSessionId |> Maybe.map (\sessionState -> ( requestSessionId, sessionState ) ) ) |> List.sortBy (\( _, sessionState ) -> if sessionState.userId == Nothing then 1 else 0 ) |> List.head |> Maybe.withDefault (state |> getNextUserSessionIdAndState) getSessionIdsFromHttpRequest : ElmFullstack.HttpRequestProperties -> List String getSessionIdsFromHttpRequest httpRequest = let cookies = httpRequest.headers |> List.filter (\{ name } -> (name |> String.toLower) == "cookie") |> List.head |> Maybe.map .values |> Maybe.withDefault [] |> List.concatMap (String.split ";") |> List.map String.trim prefix = httpSessionIdCookieName ++ "=" in cookies |> List.filter (String.startsWith prefix) |> List.map (\sessionIdCookie -> sessionIdCookie |> String.dropLeft (prefix |> String.length)) getNextUserSessionIdAndState : State -> ( String, UserSessionState ) getNextUserSessionIdAndState state = let posixTime = state.posixTimeMilli // 1000 in ( state |> getNextUserSessionId , { userId = Just ((state |> getLastUserId |> Maybe.withDefault 0) + 1) , beginPosixTime = posixTime , lastUsePosixTime = posixTime , clientAddress = Nothing } ) getLastUserId : State -> Maybe Int getLastUserId state = [ state.usersProfiles |> Dict.keys , state.usersSessions |> Dict.values |> List.filterMap .userId ] |> List.concat |> List.maximum getNextUserSessionId : State -> String getNextUserSessionId state = let otherSessionsIds = state.usersSessions |> Dict.keys source = (otherSessionsIds |> String.concat) ++ (state.posixTimeMilli |> String.fromInt) in source |> SHA1.fromString |> SHA1.toHex |> String.left 30 hasUserExhaustedRateLimitToAddMessage : State -> { userId : Int } -> Bool hasUserExhaustedRateLimitToAddMessage state { userId } = let addedMessagesAges = state.conversationHistory |> List.filterMap (\event -> case event.origin of Conversation.FromSystem -> Nothing Conversation.FromUser fromUser -> if fromUser.userId /= userId then Nothing else Just event.posixTimeMilli ) |> List.map (\addedMessagePosixTimeMilli -> (state.posixTimeMilli - addedMessagePosixTimeMilli) // 1000) numberOfMessagesWithinAge ageInSeconds = addedMessagesAges |> List.filter (\messageAge -> messageAge <= ageInSeconds) |> List.length in userAddMessageRateLimits |> List.any (\limit -> limit.numberOfMessages <= numberOfMessagesWithinAge limit.timespanInSeconds) userAddMessageRateLimits : List { timespanInSeconds : Int, numberOfMessages : Int } userAddMessageRateLimits = [ { timespanInSeconds = 3, numberOfMessages = 2 } , { timespanInSeconds = 10, numberOfMessages = 3 } , { timespanInSeconds = 60, numberOfMessages = 8 } , { timespanInSeconds = 60 * 10, numberOfMessages = 50 } ] decodeBytesToString : Bytes.Bytes -> Maybe String decodeBytesToString bytes = bytes |> Bytes.Decode.decode (Bytes.Decode.string (bytes |> Bytes.width)) encodeStringToBytes : String -> Bytes.Bytes encodeStringToBytes = Bytes.Encode.string >> Bytes.Encode.encode addCookieUserSessionId : String -> ElmFullstack.HttpResponse -> ElmFullstack.HttpResponse addCookieUserSessionId userSessionId httpResponse = let cookieHeader = { name = "Set-Cookie", values = [ httpSessionIdCookieName ++ "=" ++ userSessionId ++ "; Path=/; Max-Age=3600" ] } in { httpResponse | headersToAdd = cookieHeader :: httpResponse.headersToAdd } httpSessionIdCookieName : String httpSessionIdCookieName = "sessionid" initState : State initState = { posixTimeMilli = 0 , conversationHistory = [] , usersProfiles = Dict.empty , usersSessions = Dict.empty , usersLastSeen = Dict.empty , pendingHttpRequests = Dict.empty }

module Backend.Main exposing ( State , backendMain ) import Base64 import Bytes import Bytes.Decode import Bytes.Encode import CompilationInterface.ElmMake import CompilationInterface.GenerateJsonCoders as GenerateJsonCoders import CompilationInterface.SourceFiles import Conversation exposing (UserId) import Dict import ElmFullstack import FrontendBackendInterface import Json.Decode import Json.Encode import SHA1 import Url type alias State = { posixTimeMilli : Int , conversationHistory : List Conversation.Event , usersSessions : Dict.Dict String UserSessionState , usersProfiles : Dict.Dict UserId UserProfile , usersLastSeen : Dict.Dict UserId { posixTime : Int } , pendingHttpRequests : Dict.Dict String PendingHttpRequest } type alias PendingHttpRequest = { posixTimeMilli : Int , userSessionId : String , userId : Maybe UserId , requestFromUser : FrontendBackendInterface.RequestFromUser } type alias UserSessionState = { beginPosixTime : Int , clientAddress : Maybe String , userId : Maybe UserId , lastUsePosixTime : Int } type alias UserProfile = { chosenName : String } backendMain : ElmFullstack.BackendConfig State backendMain = { init = ( initState, [] ) , subscriptions = subscriptions } subscriptions : State -> ElmFullstack.BackendSubs State subscriptions state = { httpRequest = updateForHttpRequestEvent , posixTimeIsPast = if Dict.isEmpty state.pendingHttpRequests then Nothing else Just { minimumPosixTimeMilli = state.posixTimeMilli + 1000 , update = \{ currentPosixTimeMilli } stateBefore -> processPendingHttpRequests { stateBefore | posixTimeMilli = currentPosixTimeMilli } } } processPendingHttpRequests : State -> ( State, ElmFullstack.BackendCmds State ) processPendingHttpRequests stateBefore = let ( state, httpResponses ) = stateBefore.pendingHttpRequests |> Dict.toList |> List.foldl (\( pendingHttpRequestId, pendingHttpRequest ) ( intermediateState, intermediateHttpResponses ) -> case processRequestFromUser { posixTimeMilli = stateBefore.posixTimeMilli , loginUrl = "" } { posixTimeMilli = pendingHttpRequest.posixTimeMilli , userId = pendingHttpRequest.userId , requestFromUser = pendingHttpRequest.requestFromUser } intermediateState of Nothing -> ( intermediateState , intermediateHttpResponses ) Just ( completeHttpResponseState, completeHttpResponseResponseToUser ) -> let responseToClient = { currentPosixTimeMilli = intermediateState.posixTimeMilli , currentUserId = pendingHttpRequest.userId , responseToUser = completeHttpResponseResponseToUser } httpResponse = { httpRequestId = pendingHttpRequestId , response = { statusCode = 200 , bodyAsBase64 = responseToClient |> GenerateJsonCoders.jsonEncodeMessageToClient |> Json.Encode.encode 0 |> encodeStringToBytes |> Base64.fromBytes , headersToAdd = [] } |> addCookieUserSessionId pendingHttpRequest.userSessionId } in ( completeHttpResponseState , httpResponse :: intermediateHttpResponses ) ) ( stateBefore, [] ) pendingHttpRequests = httpResponses |> List.map .httpRequestId |> List.foldl Dict.remove stateBefore.pendingHttpRequests in ( { state | pendingHttpRequests = pendingHttpRequests } , List.map ElmFullstack.RespondToHttpRequest httpResponses ) updateForHttpRequestEvent : ElmFullstack.HttpRequestEventStruct -> State -> ( State, ElmFullstack.BackendCmds State ) updateForHttpRequestEvent httpRequestEvent stateBefore = let ( ( state, pendingHttpRequestsCmds ), directCmds ) = updateForHttpRequestEventWithoutPendingHttpRequests httpRequestEvent stateBefore |> Tuple.mapFirst processPendingHttpRequests in ( state , directCmds ++ pendingHttpRequestsCmds ) updateForHttpRequestEventWithoutPendingHttpRequests : ElmFullstack.HttpRequestEventStruct -> State -> ( State, ElmFullstack.BackendCmds State ) updateForHttpRequestEventWithoutPendingHttpRequests httpRequestEvent stateBeforeUpdatingTime = let stateBefore = { stateBeforeUpdatingTime | posixTimeMilli = httpRequestEvent.posixTimeMilli } respondWithFrontendHtmlDocument { enableInspector } = ( stateBefore , [ ElmFullstack.RespondToHttpRequest { httpRequestId = httpRequestEvent.httpRequestId , response = { statusCode = 200 , bodyAsBase64 = Just (if enableInspector then CompilationInterface.ElmMake.elm_make____src_Frontend_Main_elm.debug.gzip.base64 else CompilationInterface.ElmMake.elm_make____src_Frontend_Main_elm.gzip.base64 ) , headersToAdd = [ { name = "Content-Encoding", values = [ "gzip" ] } ] } } ] ) in case httpRequestEvent.request.uri |> Url.fromString |> Maybe.andThen FrontendBackendInterface.routeFromUrl of Nothing -> respondWithFrontendHtmlDocument { enableInspector = False } Just FrontendBackendInterface.FrontendWithInspectorRoute -> respondWithFrontendHtmlDocument { enableInspector = True } Just FrontendBackendInterface.ApiRoute -> case httpRequestEvent.request.bodyAsBase64 |> Maybe.map (Base64.toBytes >> Maybe.map (decodeBytesToString >> Maybe.withDefault "Failed to decode bytes to string") >> Maybe.withDefault "Failed to decode from base64") |> Maybe.withDefault "Missing HTTP body" |> Json.Decode.decodeString GenerateJsonCoders.jsonDecodeRequestFromUser of Err decodeError -> let httpResponse = { httpRequestId = httpRequestEvent.httpRequestId , response = { statusCode = 400 , bodyAsBase64 = ("Failed to decode request: " ++ (decodeError |> Json.Decode.errorToString)) |> encodeStringToBytes |> Base64.fromBytes , headersToAdd = [] } } in ( stateBefore , [ ElmFullstack.RespondToHttpRequest httpResponse ] ) Ok requestFromUser -> let ( userSessionId, userSessionStateBefore ) = userSessionIdAndStateFromRequestOrCreateNew httpRequestEvent.request stateBefore userSessionState = userSessionStateBefore usersLastSeen = case userSessionStateBefore.userId of Nothing -> stateBefore.usersLastSeen Just userId -> stateBefore.usersLastSeen |> Dict.insert userId { posixTime = stateBefore.posixTimeMilli // 1000 } usersSessions = stateBefore.usersSessions |> Dict.insert userSessionId userSessionState in ( { stateBefore | usersLastSeen = usersLastSeen , usersSessions = usersSessions , pendingHttpRequests = stateBefore.pendingHttpRequests |> Dict.insert httpRequestEvent.httpRequestId { posixTimeMilli = httpRequestEvent.posixTimeMilli , userSessionId = userSessionId , userId = userSessionStateBefore.userId , requestFromUser = requestFromUser } } , [] ) Just (FrontendBackendInterface.StaticContentRoute contentName) -> let httpResponse = case availableStaticContent |> Dict.get contentName of Nothing -> { statusCode = 404 , bodyAsBase64 = ("Found no content with the name " ++ contentName) |> encodeStringToBytes |> Base64.fromBytes , headersToAdd = [] } Just content -> { statusCode = 200 , bodyAsBase64 = content |> Base64.fromBytes , headersToAdd = [ { name = "Cache-Control", values = [ "public, max-age=31536000" ] } ] } in ( stateBefore , [ ElmFullstack.RespondToHttpRequest { httpRequestId = httpRequestEvent.httpRequestId , response = httpResponse } ] ) availableStaticContent : Dict.Dict String Bytes.Bytes availableStaticContent = [ CompilationInterface.SourceFiles.file____static_chat_message_added_0_mp3.bytes ] |> List.map (\content -> ( content |> FrontendBackendInterface.staticContentFileName, content )) |> Dict.fromList seeingLobbyFromState : State -> FrontendBackendInterface.SeeingLobbyStructure seeingLobbyFromState state = let usersOnline = state.usersLastSeen |> Dict.filter (\_ lastSeen -> state.posixTimeMilli // 1000 - 10 < lastSeen.posixTime) |> Dict.keys in { conversationHistory = state.conversationHistory , usersOnline = usersOnline } processRequestFromUser : { posixTimeMilli : Int, loginUrl : String } -> { posixTimeMilli : Int, userId : Maybe Int, requestFromUser : FrontendBackendInterface.RequestFromUser } -> State -> Maybe ( State, FrontendBackendInterface.ResponseToUser ) processRequestFromUser context requestFromUser stateBefore = case requestFromUser.requestFromUser of FrontendBackendInterface.ShowUpRequest showUpRequest -> let seeingLobby = seeingLobbyFromState stateBefore requestAgeMilli = context.posixTimeMilli - requestFromUser.posixTimeMilli in if ((seeingLobby.conversationHistory |> List.map .posixTimeMilli |> List.maximum) /= showUpRequest.lastSeenEventPosixTimeMilli ) || (5000 <= requestAgeMilli) then Just ( stateBefore , FrontendBackendInterface.SeeingLobby seeingLobby ) else Nothing FrontendBackendInterface.AddTextMessageRequest message -> case requestFromUser.userId of Nothing -> Just ( stateBefore , ([ Conversation.LeafPlainText "⚠️ To add a message, please sign in first at " , Conversation.LeafLinkToUrl { url = context.loginUrl } ] |> Conversation.SequenceOfNodes ) |> FrontendBackendInterface.MessageToUser ) Just userId -> if hasUserExhaustedRateLimitToAddMessage stateBefore { userId = userId } then Just ( stateBefore , Conversation.LeafPlainText "❌ Too many messages – Maximum sending rate exceeded." |> FrontendBackendInterface.MessageToUser ) else let conversationHistory = { posixTimeMilli = stateBefore.posixTimeMilli , origin = Conversation.FromUser { userId = userId } , message = Conversation.LeafPlainText message } :: stateBefore.conversationHistory stateAfterAddingMessage = { stateBefore | conversationHistory = conversationHistory } in Just ( stateAfterAddingMessage , stateAfterAddingMessage |> seeingLobbyFromState |> FrontendBackendInterface.SeeingLobby ) FrontendBackendInterface.ChooseNameRequest chosenName -> case requestFromUser.userId of Nothing -> Just ( stateBefore , ([ Conversation.LeafPlainText "⚠️ To choose a name, please sign in first at " , Conversation.LeafLinkToUrl { url = context.loginUrl } ] |> Conversation.SequenceOfNodes ) |> FrontendBackendInterface.MessageToUser ) Just userId -> let userProfileBefore = stateBefore.usersProfiles |> Dict.get userId |> Maybe.withDefault initUserProfile userProfile = { userProfileBefore | chosenName = PI:NAME:<NAME>END_PI } usersProfiles = stateBefore.usersProfiles |> Dict.insert userId userProfile in Just ( { stateBefore | usersProfiles = usersProfiles } , userProfile |> FrontendBackendInterface.ReadUserProfile ) FrontendBackendInterface.ReadUserProfileRequest userId -> Just ( stateBefore , stateBefore.usersProfiles |> Dict.get userId |> Maybe.withDefault initUserProfile |> FrontendBackendInterface.ReadUserProfile ) initUserProfile : UserProfile initUserProfile = { chosenName = "" } userSessionIdAndStateFromRequestOrCreateNew : ElmFullstack.HttpRequestProperties -> State -> ( String, UserSessionState ) userSessionIdAndStateFromRequestOrCreateNew httpRequest state = state |> getFirstMatchingUserSessionOrCreateNew (getSessionIdsFromHttpRequest httpRequest) getFirstMatchingUserSessionOrCreateNew : List String -> State -> ( String, UserSessionState ) getFirstMatchingUserSessionOrCreateNew sessionIds state = sessionIds |> List.filterMap (\requestSessionId -> state.usersSessions |> Dict.get requestSessionId |> Maybe.map (\sessionState -> ( requestSessionId, sessionState ) ) ) |> List.sortBy (\( _, sessionState ) -> if sessionState.userId == Nothing then 1 else 0 ) |> List.head |> Maybe.withDefault (state |> getNextUserSessionIdAndState) getSessionIdsFromHttpRequest : ElmFullstack.HttpRequestProperties -> List String getSessionIdsFromHttpRequest httpRequest = let cookies = httpRequest.headers |> List.filter (\{ name } -> (name |> String.toLower) == "cookie") |> List.head |> Maybe.map .values |> Maybe.withDefault [] |> List.concatMap (String.split ";") |> List.map String.trim prefix = httpSessionIdCookieName ++ "=" in cookies |> List.filter (String.startsWith prefix) |> List.map (\sessionIdCookie -> sessionIdCookie |> String.dropLeft (prefix |> String.length)) getNextUserSessionIdAndState : State -> ( String, UserSessionState ) getNextUserSessionIdAndState state = let posixTime = state.posixTimeMilli // 1000 in ( state |> getNextUserSessionId , { userId = Just ((state |> getLastUserId |> Maybe.withDefault 0) + 1) , beginPosixTime = posixTime , lastUsePosixTime = posixTime , clientAddress = Nothing } ) getLastUserId : State -> Maybe Int getLastUserId state = [ state.usersProfiles |> Dict.keys , state.usersSessions |> Dict.values |> List.filterMap .userId ] |> List.concat |> List.maximum getNextUserSessionId : State -> String getNextUserSessionId state = let otherSessionsIds = state.usersSessions |> Dict.keys source = (otherSessionsIds |> String.concat) ++ (state.posixTimeMilli |> String.fromInt) in source |> SHA1.fromString |> SHA1.toHex |> String.left 30 hasUserExhaustedRateLimitToAddMessage : State -> { userId : Int } -> Bool hasUserExhaustedRateLimitToAddMessage state { userId } = let addedMessagesAges = state.conversationHistory |> List.filterMap (\event -> case event.origin of Conversation.FromSystem -> Nothing Conversation.FromUser fromUser -> if fromUser.userId /= userId then Nothing else Just event.posixTimeMilli ) |> List.map (\addedMessagePosixTimeMilli -> (state.posixTimeMilli - addedMessagePosixTimeMilli) // 1000) numberOfMessagesWithinAge ageInSeconds = addedMessagesAges |> List.filter (\messageAge -> messageAge <= ageInSeconds) |> List.length in userAddMessageRateLimits |> List.any (\limit -> limit.numberOfMessages <= numberOfMessagesWithinAge limit.timespanInSeconds) userAddMessageRateLimits : List { timespanInSeconds : Int, numberOfMessages : Int } userAddMessageRateLimits = [ { timespanInSeconds = 3, numberOfMessages = 2 } , { timespanInSeconds = 10, numberOfMessages = 3 } , { timespanInSeconds = 60, numberOfMessages = 8 } , { timespanInSeconds = 60 * 10, numberOfMessages = 50 } ] decodeBytesToString : Bytes.Bytes -> Maybe String decodeBytesToString bytes = bytes |> Bytes.Decode.decode (Bytes.Decode.string (bytes |> Bytes.width)) encodeStringToBytes : String -> Bytes.Bytes encodeStringToBytes = Bytes.Encode.string >> Bytes.Encode.encode addCookieUserSessionId : String -> ElmFullstack.HttpResponse -> ElmFullstack.HttpResponse addCookieUserSessionId userSessionId httpResponse = let cookieHeader = { name = "Set-Cookie", values = [ httpSessionIdCookieName ++ "=" ++ userSessionId ++ "; Path=/; Max-Age=3600" ] } in { httpResponse | headersToAdd = cookieHeader :: httpResponse.headersToAdd } httpSessionIdCookieName : String httpSessionIdCookieName = "sessionid" initState : State initState = { posixTimeMilli = 0 , conversationHistory = [] , usersProfiles = Dict.empty , usersSessions = Dict.empty , usersLastSeen = Dict.empty , pendingHttpRequests = Dict.empty }

elm

src/frontend/elm/Stellerator/View.elm

6502ts/6502.ts

{- This file is part of 6502.ts, an emulator for 6502 based systems built in Typescript Copyright (c) 2014 -- 2020 Christian Speckner and contributors Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. -} module Stellerator.View exposing (view) import Browser import Css as C import Css.Global as G import Html.Styled exposing (..) import Html.Styled.Attributes exposing (..) import Stellerator.Model exposing (..) import Stellerator.View.About as About import Stellerator.View.Cartridges as Cartridges import Stellerator.View.Emulation as Emulation import Stellerator.View.Help as Help import Stellerator.View.Modal exposing (modal) import Stellerator.View.Navigation as Navigation import Stellerator.View.Settings as Settings body : Model -> List (Html Msg) body model = let media = effectiveMedia model navbar = Maybe.map (Navigation.navbar model) media |> Maybe.withDefault [] configureSize = let fontSize = C.px <| toFloat model.settings.uiSize / 100 * 18 in G.global <| [ G.body [ C.fontSize fontSize, C.lineHeight fontSize ] ] content = case ( model.currentRoute, media ) of ( RouteCartridges, Just m ) -> Cartridges.page model m ( RouteSettings, Just m ) -> Settings.page model m ( RouteEmulation, Just _ ) -> Emulation.page model ( RouteHelp, Just _ ) -> Help.page model ( RouteAbout, Just _ ) -> About.page model _ -> [] in configureSize :: navbar ++ (Maybe.map (modal model.messagePending) media |> Maybe.withDefault []) ++ content view : Model -> Browser.Document Msg view model = { title = runningCartridge model |> Maybe.map (\x -> "Stellerator: " ++ x.name) |> Maybe.withDefault "Stellerator" , body = body model |> List.map toUnstyled }

46196

{- This file is part of 6502.ts, an emulator for 6502 based systems built in Typescript Copyright (c) 2014 -- 2020 <NAME> and contributors Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. -} module Stellerator.View exposing (view) import Browser import Css as C import Css.Global as G import Html.Styled exposing (..) import Html.Styled.Attributes exposing (..) import Stellerator.Model exposing (..) import Stellerator.View.About as About import Stellerator.View.Cartridges as Cartridges import Stellerator.View.Emulation as Emulation import Stellerator.View.Help as Help import Stellerator.View.Modal exposing (modal) import Stellerator.View.Navigation as Navigation import Stellerator.View.Settings as Settings body : Model -> List (Html Msg) body model = let media = effectiveMedia model navbar = Maybe.map (Navigation.navbar model) media |> Maybe.withDefault [] configureSize = let fontSize = C.px <| toFloat model.settings.uiSize / 100 * 18 in G.global <| [ G.body [ C.fontSize fontSize, C.lineHeight fontSize ] ] content = case ( model.currentRoute, media ) of ( RouteCartridges, Just m ) -> Cartridges.page model m ( RouteSettings, Just m ) -> Settings.page model m ( RouteEmulation, Just _ ) -> Emulation.page model ( RouteHelp, Just _ ) -> Help.page model ( RouteAbout, Just _ ) -> About.page model _ -> [] in configureSize :: navbar ++ (Maybe.map (modal model.messagePending) media |> Maybe.withDefault []) ++ content view : Model -> Browser.Document Msg view model = { title = runningCartridge model |> Maybe.map (\x -> "Stellerator: " ++ x.name) |> Maybe.withDefault "Stellerator" , body = body model |> List.map toUnstyled }

{- This file is part of 6502.ts, an emulator for 6502 based systems built in Typescript Copyright (c) 2014 -- 2020 PI:NAME:<NAME>END_PI and contributors Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. -} module Stellerator.View exposing (view) import Browser import Css as C import Css.Global as G import Html.Styled exposing (..) import Html.Styled.Attributes exposing (..) import Stellerator.Model exposing (..) import Stellerator.View.About as About import Stellerator.View.Cartridges as Cartridges import Stellerator.View.Emulation as Emulation import Stellerator.View.Help as Help import Stellerator.View.Modal exposing (modal) import Stellerator.View.Navigation as Navigation import Stellerator.View.Settings as Settings body : Model -> List (Html Msg) body model = let media = effectiveMedia model navbar = Maybe.map (Navigation.navbar model) media |> Maybe.withDefault [] configureSize = let fontSize = C.px <| toFloat model.settings.uiSize / 100 * 18 in G.global <| [ G.body [ C.fontSize fontSize, C.lineHeight fontSize ] ] content = case ( model.currentRoute, media ) of ( RouteCartridges, Just m ) -> Cartridges.page model m ( RouteSettings, Just m ) -> Settings.page model m ( RouteEmulation, Just _ ) -> Emulation.page model ( RouteHelp, Just _ ) -> Help.page model ( RouteAbout, Just _ ) -> About.page model _ -> [] in configureSize :: navbar ++ (Maybe.map (modal model.messagePending) media |> Maybe.withDefault []) ++ content view : Model -> Browser.Document Msg view model = { title = runningCartridge model |> Maybe.map (\x -> "Stellerator: " ++ x.name) |> Maybe.withDefault "Stellerator" , body = body model |> List.map toUnstyled }

elm

examples/StudentGrades.elm

digitalsatori/sketch-n-sketch

type Student = Student String Num studentsGrades = [ Student "Alice" 64.7, Student "Bob" 78.5, Student "Eve" 57.9, Student "Seya" 100, --http://listofrandomnames.com, Student "Madelene" 88.3, Student "Mack" 32.8, Student "Clarita" 90.5, Student "Ulrike" 98.5, Student "Ferdinand" 74.4, Student "Tamara" 93.5, Student "Kellee" 82.9, Student "Leanne" 83.7, Student "Natalya" 43.8, Student "Leonore" 84.5, Student "Linette" 98.5, Student "Salley" 88.4, Student "Aleisha" 88.6, Student "Sabine" 92.2, Student "Ozella" 60.9, Student "Misti" 86.7, Student "Jenny" 83.3, Student "Nubia" 92.3, Student "Tennillee" 95.1, Student "Margaret" 81.9, Student "Loida" 82.8, Student "Cassandra" 65.3, Student "Derrick" 66.4, Student "Rudolph" 83.2, Student "Rafael" 86.6 ] gradeOf Student _ avg = avg type CutOff = CutOff String Num cutoffs = [ CutOff "A+" 96.8, CutOff "A" 90, CutOff "A-" 86, CutOff "B+" 80.4, CutOff "B" 76, CutOff "B-" 68.5, CutOff "C+" 61, CutOff "C" 55.8, CutOff "C-" 40.4, CutOff "D" 29.5, CutOff "E" 0] updateDecimal x = { apply x = x update {outputNew=xp} = Ok (Inputs [round (xp * 10) / 10]) }.apply x -- Step to freeze the grades but still allow changes in the names weightedAverages = List.map (\Student name grade -> Student name (freeze grade)) studentsGrades weightedAverages = sortBy (\(Student _ n1) (Student _ n2) -> n1 > n2) weightedAverages -- sort and shadow assignLetter avg = let foo cutoffs = case cutoffs of [] -> error 'CRASH' (CutOff letter cutoff) :: rest -> if avg >= cutoff then letter else foo rest in foo cutoffs buckets = let initBucket = List.map (\c -> (c, [])) cutoffs addToBucket buckets letter std = case buckets of (((CutOff bletter _) as c, v) as head)::tail -> if bletter == letter then (c, v ++ [std])::tail else head :: addToBucket tail letter std [] -> error <| "Letter " + letter + " not found in buckets" add sortedStudents buckets = case sortedStudents of [] -> buckets ((Student studName avg) as std) :: remaining_students -> addToBucket buckets (assignLetter avg) std |> add remaining_students in add weightedAverages initBucket numStudents = List.length weightedAverages barChart x y w h = let barWidth = w / numStudents bars = List.indexedMap (\i (Student name avg) -> let xi = x + (i * barWidth) hi = h * (freeze 0.01! * avg) yi = y + h - hi in line 'blue' 2 xi yi (xi + barWidth) yi) <| List.reverse weightedAverages separators = cutoffs |> List.concatMap (\(CutOff abc cutoff) -> let y = (freeze y + freeze h * freeze 0.01! * (freeze 100! - updateDecimal cutoff)) in [line 'black' (Update.softFreeze 2) (Update.softFreeze x) y (Update.softFreeze <| x + w) y, <text x=20 y=y style="fill:black;font-family:monospace;font-size:12pt">@abc</text>, <text x=w+60 y=y style="fill:black;font-family:monospace;font-size:12pt">@abc</text> ]) background = rectWithBorder 'gray' 5 'lightgray' x y w h in List.concatMap identity [ [background], bars, separators ] checkAdjacentBuckets = let epsilon = 0.72{0-1.9} in <span>Ok</span> :: ( zip buckets (tl buckets) |> List.map (\((s1, l1), (s2, l2)) -> if List.isEmpty l1 || List.isEmpty l2 then <span>Ok</span> else let Student n2 a2 = hd l2 Student n1 a1 = last l1 in if a2 + epsilon < a1 then <span>Ok</span> else <span>@n2 (grade @a2) and @n1 (grade @a1) are too close</span> )) width = 550 height = 389 chart = barChart 50 0 width height -- Lense to change the number of students in a category by modifying the category's threshold. changeStudents index = Update.lens2 { apply (cutoff, count) = count update {input=(cutoff, prevCount), outputNew=newCount} = if newCount > prevCount then let -- Lower the bar, we want more students (CutOff _ nextCutoff, stds2) = nth buckets (index + 1) (upgrading, staying) = List.split (newCount - prevCount) stds2 worstUpgradingAvg = gradeOf <| last upgrading bestStayingAvg = case List.head staying of Just std -> gradeOf std Nothing -> nextCutoff + 0.1 newCutoff = (worstUpgradingAvg + bestStayingAvg) / 2 in Ok (Inputs [(newCutoff, prevCount)]) else let -- Raise the bar, we want less students currentStudents = nth buckets index |> Tuple.second (staying, declassed) = List.split (List.length currentStudents - (prevCount - newCount)) currentStudents Student _ bestDeclassedAvg = hd declassed in if List.isEmpty staying then Ok (Inputs [(bestDeclassedAvg + 0.1, prevCount)]) else let Student _ worstStayingAvg = last staying newCutoff = (worstStayingAvg + bestDeclassedAvg) / 2 in Ok (Inputs [(newCutoff, prevCount)]) } gradingData = Update.applyLens { apply grades = List.map (\(Student name avg) -> name + "\t" + toString avg) grades |> String.join "\n" update {outputNew} = -- We need to parse outputNew. let newStudents = Regex.split "\n" outputNew |> List.map (\line -> case Regex.extract """([^\t,:]+)[\t,:]+([\d\.]+)""" line of Just [name, avg] -> Student name (String.toFloat avg) Nothing -> error <| "I do not recognize this as a name / grade: " + line ) in Ok (Inputs [newStudents]) } studentsGrades <div style="margin:10px" contenteditable="true"> <h1>Fair Final Grades</h1> <h2>Input averages</h2> @Html.forceRefresh<|<textarea onkeyup="if(this.getAttribute('v') != this.value) this.setAttribute('v', this.value)" v=gradingData style="margin:0px;height:84px;width:217px">@gradingData</textarea> <h2>Grade diagram</h2> <svg width=(toString (width + 100)) height=toString(height)>@chart</svg> <h2>Grade by category</h2> <table> <tr><th>Grade</th><th>Students</th><th>Groupped</th><th>Threshold</th><th>Status</th></tr> @(List.indexedMap (\i ((CutOff name t, stds), feedback) -> <tr style="background:"+(if i % 2 == 0 then "#dedede" else "white")> <td>@name</td> <td title=(stds|>List.map(\Student name grade ->"""@name:@grade""")|>String.join",")> @changeStudents(i)(t)<|List.length(stds)</td> @(if i % 3 == 0 then <td rowspan="3">@(-- for above: buckets |> List.drop i |> List.take 3 |> List.map (\(n, stds) -> List.length stds) |> List.sum) </td> else []) <td>@t</td> <td>@feedback</td> </tr> ) (zip buckets checkAdjacentBuckets)) </table> </div>

50694

type Student = Student String Num studentsGrades = [ Student "<NAME>" 64.7, Student "<NAME>" 78.5, Student "<NAME>" 57.9, Student "<NAME>" 100, --http://listofrandomnames.com, Student "<NAME>" 88.3, Student "<NAME>" 32.8, Student "<NAME>" 90.5, Student "<NAME>" 98.5, Student "<NAME>" 74.4, Student "<NAME>" 93.5, Student "<NAME>" 82.9, Student "<NAME>" 83.7, Student "<NAME>" 43.8, Student "<NAME>" 84.5, Student "<NAME>" 98.5, Student "<NAME>" 88.4, Student "<NAME>" 88.6, Student "<NAME>" 92.2, Student "<NAME>" 60.9, Student "<NAME>" 86.7, Student "<NAME>" 83.3, Student "<NAME>" 92.3, Student "<NAME>" 95.1, Student "<NAME>" 81.9, Student "<NAME>" 82.8, Student "<NAME>" 65.3, Student "<NAME>" 66.4, Student "<NAME>" 83.2, Student "<NAME>" 86.6 ] gradeOf Student _ avg = avg type CutOff = CutOff String Num cutoffs = [ CutOff "A+" 96.8, CutOff "A" 90, CutOff "A-" 86, CutOff "B+" 80.4, CutOff "B" 76, CutOff "B-" 68.5, CutOff "C+" 61, CutOff "C" 55.8, CutOff "C-" 40.4, CutOff "D" 29.5, CutOff "E" 0] updateDecimal x = { apply x = x update {outputNew=xp} = Ok (Inputs [round (xp * 10) / 10]) }.apply x -- Step to freeze the grades but still allow changes in the names weightedAverages = List.map (\Student name grade -> Student name (freeze grade)) studentsGrades weightedAverages = sortBy (\(Student _ n1) (Student _ n2) -> n1 > n2) weightedAverages -- sort and shadow assignLetter avg = let foo cutoffs = case cutoffs of [] -> error 'CRASH' (CutOff letter cutoff) :: rest -> if avg >= cutoff then letter else foo rest in foo cutoffs buckets = let initBucket = List.map (\c -> (c, [])) cutoffs addToBucket buckets letter std = case buckets of (((CutOff bletter _) as c, v) as head)::tail -> if bletter == letter then (c, v ++ [std])::tail else head :: addToBucket tail letter std [] -> error <| "Letter " + letter + " not found in buckets" add sortedStudents buckets = case sortedStudents of [] -> buckets ((Student studName avg) as std) :: remaining_students -> addToBucket buckets (assignLetter avg) std |> add remaining_students in add weightedAverages initBucket numStudents = List.length weightedAverages barChart x y w h = let barWidth = w / numStudents bars = List.indexedMap (\i (Student name avg) -> let xi = x + (i * barWidth) hi = h * (freeze 0.01! * avg) yi = y + h - hi in line 'blue' 2 xi yi (xi + barWidth) yi) <| List.reverse weightedAverages separators = cutoffs |> List.concatMap (\(CutOff abc cutoff) -> let y = (freeze y + freeze h * freeze 0.01! * (freeze 100! - updateDecimal cutoff)) in [line 'black' (Update.softFreeze 2) (Update.softFreeze x) y (Update.softFreeze <| x + w) y, <text x=20 y=y style="fill:black;font-family:monospace;font-size:12pt">@abc</text>, <text x=w+60 y=y style="fill:black;font-family:monospace;font-size:12pt">@abc</text> ]) background = rectWithBorder 'gray' 5 'lightgray' x y w h in List.concatMap identity [ [background], bars, separators ] checkAdjacentBuckets = let epsilon = 0.72{0-1.9} in <span>Ok</span> :: ( zip buckets (tl buckets) |> List.map (\((s1, l1), (s2, l2)) -> if List.isEmpty l1 || List.isEmpty l2 then <span>Ok</span> else let Student n2 a2 = hd l2 Student n1 a1 = last l1 in if a2 + epsilon < a1 then <span>Ok</span> else <span>@n2 (grade @a2) and @n1 (grade @a1) are too close</span> )) width = 550 height = 389 chart = barChart 50 0 width height -- Lense to change the number of students in a category by modifying the category's threshold. changeStudents index = Update.lens2 { apply (cutoff, count) = count update {input=(cutoff, prevCount), outputNew=newCount} = if newCount > prevCount then let -- Lower the bar, we want more students (CutOff _ nextCutoff, stds2) = nth buckets (index + 1) (upgrading, staying) = List.split (newCount - prevCount) stds2 worstUpgradingAvg = gradeOf <| last upgrading bestStayingAvg = case List.head staying of Just std -> gradeOf std Nothing -> nextCutoff + 0.1 newCutoff = (worstUpgradingAvg + bestStayingAvg) / 2 in Ok (Inputs [(newCutoff, prevCount)]) else let -- Raise the bar, we want less students currentStudents = nth buckets index |> Tuple.second (staying, declassed) = List.split (List.length currentStudents - (prevCount - newCount)) currentStudents Student _ bestDeclassedAvg = hd declassed in if List.isEmpty staying then Ok (Inputs [(bestDeclassedAvg + 0.1, prevCount)]) else let Student _ worstStayingAvg = last staying newCutoff = (worstStayingAvg + bestDeclassedAvg) / 2 in Ok (Inputs [(newCutoff, prevCount)]) } gradingData = Update.applyLens { apply grades = List.map (\(Student name avg) -> name + "\t" + toString avg) grades |> String.join "\n" update {outputNew} = -- We need to parse outputNew. let newStudents = Regex.split "\n" outputNew |> List.map (\line -> case Regex.extract """([^\t,:]+)[\t,:]+([\d\.]+)""" line of Just [name, avg] -> Student name (String.toFloat avg) Nothing -> error <| "I do not recognize this as a name / grade: " + line ) in Ok (Inputs [newStudents]) } studentsGrades <div style="margin:10px" contenteditable="true"> <h1>Fair Final Grades</h1> <h2>Input averages</h2> @Html.forceRefresh<|<textarea onkeyup="if(this.getAttribute('v') != this.value) this.setAttribute('v', this.value)" v=gradingData style="margin:0px;height:84px;width:217px">@gradingData</textarea> <h2>Grade diagram</h2> <svg width=(toString (width + 100)) height=toString(height)>@chart</svg> <h2>Grade by category</h2> <table> <tr><th>Grade</th><th>Students</th><th>Groupped</th><th>Threshold</th><th>Status</th></tr> @(List.indexedMap (\i ((CutOff name t, stds), feedback) -> <tr style="background:"+(if i % 2 == 0 then "#dedede" else "white")> <td>@name</td> <td title=(stds|>List.map(\Student name grade ->"""@name:@grade""")|>String.join",")> @changeStudents(i)(t)<|List.length(stds)</td> @(if i % 3 == 0 then <td rowspan="3">@(-- for above: buckets |> List.drop i |> List.take 3 |> List.map (\(n, stds) -> List.length stds) |> List.sum) </td> else []) <td>@t</td> <td>@feedback</td> </tr> ) (zip buckets checkAdjacentBuckets)) </table> </div>

type Student = Student String Num studentsGrades = [ Student "PI:NAME:<NAME>END_PI" 64.7, Student "PI:NAME:<NAME>END_PI" 78.5, Student "PI:NAME:<NAME>END_PI" 57.9, Student "PI:NAME:<NAME>END_PI" 100, --http://listofrandomnames.com, Student "PI:NAME:<NAME>END_PI" 88.3, Student "PI:NAME:<NAME>END_PI" 32.8, Student "PI:NAME:<NAME>END_PI" 90.5, Student "PI:NAME:<NAME>END_PI" 98.5, Student "PI:NAME:<NAME>END_PI" 74.4, Student "PI:NAME:<NAME>END_PI" 93.5, Student "PI:NAME:<NAME>END_PI" 82.9, Student "PI:NAME:<NAME>END_PI" 83.7, Student "PI:NAME:<NAME>END_PI" 43.8, Student "PI:NAME:<NAME>END_PI" 84.5, Student "PI:NAME:<NAME>END_PI" 98.5, Student "PI:NAME:<NAME>END_PI" 88.4, Student "PI:NAME:<NAME>END_PI" 88.6, Student "PI:NAME:<NAME>END_PI" 92.2, Student "PI:NAME:<NAME>END_PI" 60.9, Student "PI:NAME:<NAME>END_PI" 86.7, Student "PI:NAME:<NAME>END_PI" 83.3, Student "PI:NAME:<NAME>END_PI" 92.3, Student "PI:NAME:<NAME>END_PI" 95.1, Student "PI:NAME:<NAME>END_PI" 81.9, Student "PI:NAME:<NAME>END_PI" 82.8, Student "PI:NAME:<NAME>END_PI" 65.3, Student "PI:NAME:<NAME>END_PI" 66.4, Student "PI:NAME:<NAME>END_PI" 83.2, Student "PI:NAME:<NAME>END_PI" 86.6 ] gradeOf Student _ avg = avg type CutOff = CutOff String Num cutoffs = [ CutOff "A+" 96.8, CutOff "A" 90, CutOff "A-" 86, CutOff "B+" 80.4, CutOff "B" 76, CutOff "B-" 68.5, CutOff "C+" 61, CutOff "C" 55.8, CutOff "C-" 40.4, CutOff "D" 29.5, CutOff "E" 0] updateDecimal x = { apply x = x update {outputNew=xp} = Ok (Inputs [round (xp * 10) / 10]) }.apply x -- Step to freeze the grades but still allow changes in the names weightedAverages = List.map (\Student name grade -> Student name (freeze grade)) studentsGrades weightedAverages = sortBy (\(Student _ n1) (Student _ n2) -> n1 > n2) weightedAverages -- sort and shadow assignLetter avg = let foo cutoffs = case cutoffs of [] -> error 'CRASH' (CutOff letter cutoff) :: rest -> if avg >= cutoff then letter else foo rest in foo cutoffs buckets = let initBucket = List.map (\c -> (c, [])) cutoffs addToBucket buckets letter std = case buckets of (((CutOff bletter _) as c, v) as head)::tail -> if bletter == letter then (c, v ++ [std])::tail else head :: addToBucket tail letter std [] -> error <| "Letter " + letter + " not found in buckets" add sortedStudents buckets = case sortedStudents of [] -> buckets ((Student studName avg) as std) :: remaining_students -> addToBucket buckets (assignLetter avg) std |> add remaining_students in add weightedAverages initBucket numStudents = List.length weightedAverages barChart x y w h = let barWidth = w / numStudents bars = List.indexedMap (\i (Student name avg) -> let xi = x + (i * barWidth) hi = h * (freeze 0.01! * avg) yi = y + h - hi in line 'blue' 2 xi yi (xi + barWidth) yi) <| List.reverse weightedAverages separators = cutoffs |> List.concatMap (\(CutOff abc cutoff) -> let y = (freeze y + freeze h * freeze 0.01! * (freeze 100! - updateDecimal cutoff)) in [line 'black' (Update.softFreeze 2) (Update.softFreeze x) y (Update.softFreeze <| x + w) y, <text x=20 y=y style="fill:black;font-family:monospace;font-size:12pt">@abc</text>, <text x=w+60 y=y style="fill:black;font-family:monospace;font-size:12pt">@abc</text> ]) background = rectWithBorder 'gray' 5 'lightgray' x y w h in List.concatMap identity [ [background], bars, separators ] checkAdjacentBuckets = let epsilon = 0.72{0-1.9} in <span>Ok</span> :: ( zip buckets (tl buckets) |> List.map (\((s1, l1), (s2, l2)) -> if List.isEmpty l1 || List.isEmpty l2 then <span>Ok</span> else let Student n2 a2 = hd l2 Student n1 a1 = last l1 in if a2 + epsilon < a1 then <span>Ok</span> else <span>@n2 (grade @a2) and @n1 (grade @a1) are too close</span> )) width = 550 height = 389 chart = barChart 50 0 width height -- Lense to change the number of students in a category by modifying the category's threshold. changeStudents index = Update.lens2 { apply (cutoff, count) = count update {input=(cutoff, prevCount), outputNew=newCount} = if newCount > prevCount then let -- Lower the bar, we want more students (CutOff _ nextCutoff, stds2) = nth buckets (index + 1) (upgrading, staying) = List.split (newCount - prevCount) stds2 worstUpgradingAvg = gradeOf <| last upgrading bestStayingAvg = case List.head staying of Just std -> gradeOf std Nothing -> nextCutoff + 0.1 newCutoff = (worstUpgradingAvg + bestStayingAvg) / 2 in Ok (Inputs [(newCutoff, prevCount)]) else let -- Raise the bar, we want less students currentStudents = nth buckets index |> Tuple.second (staying, declassed) = List.split (List.length currentStudents - (prevCount - newCount)) currentStudents Student _ bestDeclassedAvg = hd declassed in if List.isEmpty staying then Ok (Inputs [(bestDeclassedAvg + 0.1, prevCount)]) else let Student _ worstStayingAvg = last staying newCutoff = (worstStayingAvg + bestDeclassedAvg) / 2 in Ok (Inputs [(newCutoff, prevCount)]) } gradingData = Update.applyLens { apply grades = List.map (\(Student name avg) -> name + "\t" + toString avg) grades |> String.join "\n" update {outputNew} = -- We need to parse outputNew. let newStudents = Regex.split "\n" outputNew |> List.map (\line -> case Regex.extract """([^\t,:]+)[\t,:]+([\d\.]+)""" line of Just [name, avg] -> Student name (String.toFloat avg) Nothing -> error <| "I do not recognize this as a name / grade: " + line ) in Ok (Inputs [newStudents]) } studentsGrades <div style="margin:10px" contenteditable="true"> <h1>Fair Final Grades</h1> <h2>Input averages</h2> @Html.forceRefresh<|<textarea onkeyup="if(this.getAttribute('v') != this.value) this.setAttribute('v', this.value)" v=gradingData style="margin:0px;height:84px;width:217px">@gradingData</textarea> <h2>Grade diagram</h2> <svg width=(toString (width + 100)) height=toString(height)>@chart</svg> <h2>Grade by category</h2> <table> <tr><th>Grade</th><th>Students</th><th>Groupped</th><th>Threshold</th><th>Status</th></tr> @(List.indexedMap (\i ((CutOff name t, stds), feedback) -> <tr style="background:"+(if i % 2 == 0 then "#dedede" else "white")> <td>@name</td> <td title=(stds|>List.map(\Student name grade ->"""@name:@grade""")|>String.join",")> @changeStudents(i)(t)<|List.length(stds)</td> @(if i % 3 == 0 then <td rowspan="3">@(-- for above: buckets |> List.drop i |> List.take 3 |> List.map (\(n, stds) -> List.length stds) |> List.sum) </td> else []) <td>@t</td> <td>@feedback</td> </tr> ) (zip buckets checkAdjacentBuckets)) </table> </div>

elm

examples/03-form.elm

mkohler/elm-architecture-tutorial

module Main exposing (..) import Html exposing (..) import Html.Attributes exposing (..) import Html.Events exposing (onClick, onInput) import Char import String import List main = Html.beginnerProgram { model = model , view = view , update = update } -- MODEL type alias Model = { name : String , password : String , passwordAgain : String , age : String , lefthanded : Bool , error : String } model : Model model = Model "" "" "" "" False "" -- UPDATE type Msg = Name String | Password String | PasswordAgain String | Age String | Lefthanded | Submit update : Msg -> Model -> Model update msg model = case msg of Name name -> { model | name = name } Password password -> { model | password = password } PasswordAgain password -> { model | passwordAgain = password } Age age -> { model | age = age } Submit -> { model | error = validate model } Lefthanded -> { model | lefthanded = not model.lefthanded } -- VIEW fieldStyle = style [ ( "display", "block" ), ( "margin", "10px" ) ] view : Model -> Html Msg view model = div [] [ makeField [ type_ "text", placeholder "Name", onInput Name ] [] , makeField [ type_ "password", placeholder "Password", onInput Password ] [] , makeField [ type_ "password", placeholder "Re-enter Password", onInput PasswordAgain ] [] , makeField [ type_ "text", placeholder "Age", onInput Age ] [] , makeField [ type_ "checkbox", onClick Lefthanded ] [] , button [ onClick Submit, fieldStyle ] [ text "Submit" ] , div [ fieldStyle ] [ text (model.error) ] ] makeField : List (Html.Attribute msg) -> List (Html.Html msg) -> Html.Html msg makeField attrs elems = let attrs_with_style = attrs ++ [ fieldStyle ] in input attrs_with_style elems validate : Model -> String validate model = let age_okay : Bool age_okay = case String.toFloat model.age of Err msg -> False Ok _ -> True message = if String.length model.password <= 8 then "Password needs to be longer than 8 characters." else if not (String.any Char.isUpper model.password) then "Password needs to include an upper-case character." else if model.password /= model.passwordAgain then "Passwords do not match!" else if not age_okay then "Age must be a number." else if not model.lefthanded then "Checkbox must be checked." else "OK" in message

22786

module Main exposing (..) import Html exposing (..) import Html.Attributes exposing (..) import Html.Events exposing (onClick, onInput) import Char import String import List main = Html.beginnerProgram { model = model , view = view , update = update } -- MODEL type alias Model = { name : String , password : String , passwordAgain : String , age : String , lefthanded : Bool , error : String } model : Model model = Model "" "" "" "" False "" -- UPDATE type Msg = Name String | Password String | PasswordAgain String | Age String | Lefthanded | Submit update : Msg -> Model -> Model update msg model = case msg of Name name -> { model | name = name } Password password -> { model | password = <PASSWORD> } PasswordAgain password -> { model | passwordAgain = <PASSWORD> } Age age -> { model | age = age } Submit -> { model | error = validate model } Lefthanded -> { model | lefthanded = not model.lefthanded } -- VIEW fieldStyle = style [ ( "display", "block" ), ( "margin", "10px" ) ] view : Model -> Html Msg view model = div [] [ makeField [ type_ "text", placeholder "Name", onInput Name ] [] , makeField [ type_ "password", placeholder "Password", onInput Password ] [] , makeField [ type_ "password", placeholder "Re-enter Password", onInput PasswordAgain ] [] , makeField [ type_ "text", placeholder "Age", onInput Age ] [] , makeField [ type_ "checkbox", onClick Lefthanded ] [] , button [ onClick Submit, fieldStyle ] [ text "Submit" ] , div [ fieldStyle ] [ text (model.error) ] ] makeField : List (Html.Attribute msg) -> List (Html.Html msg) -> Html.Html msg makeField attrs elems = let attrs_with_style = attrs ++ [ fieldStyle ] in input attrs_with_style elems validate : Model -> String validate model = let age_okay : Bool age_okay = case String.toFloat model.age of Err msg -> False Ok _ -> True message = if String.length model.password <= 8 then "Password needs to be longer than 8 characters." else if not (String.any Char.isUpper model.password) then "Password needs to include an upper-case character." else if model.password /= model.passwordAgain then "Passwords do not match!" else if not age_okay then "Age must be a number." else if not model.lefthanded then "Checkbox must be checked." else "OK" in message

module Main exposing (..) import Html exposing (..) import Html.Attributes exposing (..) import Html.Events exposing (onClick, onInput) import Char import String import List main = Html.beginnerProgram { model = model , view = view , update = update } -- MODEL type alias Model = { name : String , password : String , passwordAgain : String , age : String , lefthanded : Bool , error : String } model : Model model = Model "" "" "" "" False "" -- UPDATE type Msg = Name String | Password String | PasswordAgain String | Age String | Lefthanded | Submit update : Msg -> Model -> Model update msg model = case msg of Name name -> { model | name = name } Password password -> { model | password = PI:PASSWORD:<PASSWORD>END_PI } PasswordAgain password -> { model | passwordAgain = PI:PASSWORD:<PASSWORD>END_PI } Age age -> { model | age = age } Submit -> { model | error = validate model } Lefthanded -> { model | lefthanded = not model.lefthanded } -- VIEW fieldStyle = style [ ( "display", "block" ), ( "margin", "10px" ) ] view : Model -> Html Msg view model = div [] [ makeField [ type_ "text", placeholder "Name", onInput Name ] [] , makeField [ type_ "password", placeholder "Password", onInput Password ] [] , makeField [ type_ "password", placeholder "Re-enter Password", onInput PasswordAgain ] [] , makeField [ type_ "text", placeholder "Age", onInput Age ] [] , makeField [ type_ "checkbox", onClick Lefthanded ] [] , button [ onClick Submit, fieldStyle ] [ text "Submit" ] , div [ fieldStyle ] [ text (model.error) ] ] makeField : List (Html.Attribute msg) -> List (Html.Html msg) -> Html.Html msg makeField attrs elems = let attrs_with_style = attrs ++ [ fieldStyle ] in input attrs_with_style elems validate : Model -> String validate model = let age_okay : Bool age_okay = case String.toFloat model.age of Err msg -> False Ok _ -> True message = if String.length model.password <= 8 then "Password needs to be longer than 8 characters." else if not (String.any Char.isUpper model.password) then "Password needs to include an upper-case character." else if model.password /= model.passwordAgain then "Passwords do not match!" else if not age_okay then "Age must be a number." else if not model.lefthanded then "Checkbox must be checked." else "OK" in message

elm

frontend/tests/Tests.elm

kpanic9/scheduler

module Tests exposing (beautiful, beautifulJson, bold, boldJson, creepy, creepyJson, jsonList, jsonMessage, msg, one, several) import Expect import Json.Decode as D import Main exposing (Resource, Status, msgDecoder, resourceDecoder) import Test exposing (Test, test) boldJson : String boldJson = """ { "id": "id-2387", "name": "bold", "type": "EC2", "state": "running", "isAvailable": true } """ beautifulJson : String beautifulJson = """ { "id": "id-9375", "name": "beautiful", "type": "ASG", "state": "0/2 instances", "isAvailable": false } """ creepyJson : String creepyJson = """ { "id": "id-9375", "name": "creepy", "type": "RDS", "state": "available", "isAvailable": true } """ jsonList : String jsonList = "[" ++ boldJson ++ "," ++ beautifulJson ++ "," ++ creepyJson ++ "]" jsonMessage : String jsonMessage = """ { "clock": "9:25pm UTC", "canExtend": true, "weekdayStartMessage": "Auto start disabled", "resources": """ ++ jsonList ++ """ } """ creepy : Resource creepy = { name = "creepy" , id = "id-9375" , tipe = "RDS" , state = "available" , isAvailable = True } beautiful : Resource beautiful = { name = "beautiful" , id = "id-9375" , tipe = "ASG" , state = "0/2 instances" , isAvailable = False } bold : Resource bold = { name = "bold" , id = "id-2387" , tipe = "EC2" , state = "running" , isAvailable = True } msg : Test msg = test "Decode full status message" <| \_ -> Expect.equal (msgDecoder jsonMessage) <| Ok { clock = "9:25pm UTC" , canExtend = True , remaining = Nothing , weekdayStartMessage = "Auto start disabled" , resources = [ bold, beautiful, creepy ] } several : Test several = test "Decode list of namespaces from JSON" <| \_ -> Expect.equal (D.decodeString (D.list resourceDecoder) jsonList) (Ok [ bold, beautiful, creepy ]) one : Test one = test "Decode namespace from JSON" <| \_ -> Expect.equal (D.decodeString resourceDecoder beautifulJson) (Ok beautiful)

15634

module Tests exposing (beautiful, beautifulJson, bold, boldJson, creepy, creepyJson, jsonList, jsonMessage, msg, one, several) import Expect import Json.Decode as D import Main exposing (Resource, Status, msgDecoder, resourceDecoder) import Test exposing (Test, test) boldJson : String boldJson = """ { "id": "id-2387", "name": "<NAME>", "type": "EC2", "state": "running", "isAvailable": true } """ beautifulJson : String beautifulJson = """ { "id": "id-9375", "name": "<NAME>", "type": "ASG", "state": "0/2 instances", "isAvailable": false } """ creepyJson : String creepyJson = """ { "id": "id-9375", "name": "<NAME>", "type": "RDS", "state": "available", "isAvailable": true } """ jsonList : String jsonList = "[" ++ boldJson ++ "," ++ beautifulJson ++ "," ++ creepyJson ++ "]" jsonMessage : String jsonMessage = """ { "clock": "9:25pm UTC", "canExtend": true, "weekdayStartMessage": "Auto start disabled", "resources": """ ++ jsonList ++ """ } """ creepy : Resource creepy = { name = "<NAME>" , id = "id-9375" , tipe = "RDS" , state = "available" , isAvailable = True } beautiful : Resource beautiful = { name = "<NAME>" , id = "id-9375" , tipe = "ASG" , state = "0/2 instances" , isAvailable = False } bold : Resource bold = { name = "<NAME>" , id = "id-2387" , tipe = "EC2" , state = "running" , isAvailable = True } msg : Test msg = test "Decode full status message" <| \_ -> Expect.equal (msgDecoder jsonMessage) <| Ok { clock = "9:25pm UTC" , canExtend = True , remaining = Nothing , weekdayStartMessage = "Auto start disabled" , resources = [ bold, beautiful, creepy ] } several : Test several = test "Decode list of namespaces from JSON" <| \_ -> Expect.equal (D.decodeString (D.list resourceDecoder) jsonList) (Ok [ bold, beautiful, creepy ]) one : Test one = test "Decode namespace from JSON" <| \_ -> Expect.equal (D.decodeString resourceDecoder beautifulJson) (Ok beautiful)

module Tests exposing (beautiful, beautifulJson, bold, boldJson, creepy, creepyJson, jsonList, jsonMessage, msg, one, several) import Expect import Json.Decode as D import Main exposing (Resource, Status, msgDecoder, resourceDecoder) import Test exposing (Test, test) boldJson : String boldJson = """ { "id": "id-2387", "name": "PI:NAME:<NAME>END_PI", "type": "EC2", "state": "running", "isAvailable": true } """ beautifulJson : String beautifulJson = """ { "id": "id-9375", "name": "PI:NAME:<NAME>END_PI", "type": "ASG", "state": "0/2 instances", "isAvailable": false } """ creepyJson : String creepyJson = """ { "id": "id-9375", "name": "PI:NAME:<NAME>END_PI", "type": "RDS", "state": "available", "isAvailable": true } """ jsonList : String jsonList = "[" ++ boldJson ++ "," ++ beautifulJson ++ "," ++ creepyJson ++ "]" jsonMessage : String jsonMessage = """ { "clock": "9:25pm UTC", "canExtend": true, "weekdayStartMessage": "Auto start disabled", "resources": """ ++ jsonList ++ """ } """ creepy : Resource creepy = { name = "PI:NAME:<NAME>END_PI" , id = "id-9375" , tipe = "RDS" , state = "available" , isAvailable = True } beautiful : Resource beautiful = { name = "PI:NAME:<NAME>END_PI" , id = "id-9375" , tipe = "ASG" , state = "0/2 instances" , isAvailable = False } bold : Resource bold = { name = "PI:NAME:<NAME>END_PI" , id = "id-2387" , tipe = "EC2" , state = "running" , isAvailable = True } msg : Test msg = test "Decode full status message" <| \_ -> Expect.equal (msgDecoder jsonMessage) <| Ok { clock = "9:25pm UTC" , canExtend = True , remaining = Nothing , weekdayStartMessage = "Auto start disabled" , resources = [ bold, beautiful, creepy ] } several : Test several = test "Decode list of namespaces from JSON" <| \_ -> Expect.equal (D.decodeString (D.list resourceDecoder) jsonList) (Ok [ bold, beautiful, creepy ]) one : Test one = test "Decode namespace from JSON" <| \_ -> Expect.equal (D.decodeString resourceDecoder beautifulJson) (Ok beautiful)

elm

src/Main.elm

adamchalmers/chores

port module Main exposing (Frequency(..), Model, Msg(..), init, main, personFor, toJs, update, view) import Array as A exposing (Array) import Browser import Html exposing (..) import Html.Attributes exposing (..) import Html.Events exposing (onClick, onInput) import Http exposing (Error(..)) import Json.Decode as Decode import List as L import String exposing (startsWith, toLower) import Task exposing (Task) import Time exposing (millisToPosix, toDay, utc) -- --------------------------- -- PORTS -- --------------------------- port toJs : String -> Cmd msg -- --------------------------- -- MODEL -- --------------------------- type alias Model = { chores : List Chore , day : Int , filter : String } type alias Chore = { name : String , freq : Frequency } type Frequency = Weekly | Monthly daysPer : Frequency -> Int daysPer f = case f of Weekly -> 7 Monthly -> 28 allPeople = A.fromList [ "Adam", "Ron", "Natalie", "Jordan" ] init : () -> ( Model, Cmd Msg ) init _ = ( { chores = [ { name = "Vacuum stairs", freq = Weekly } , { name = "Vacuum landing", freq = Weekly } , { name = "Stove", freq = Weekly } , { name = "Sink", freq = Weekly } , { name = "Mop downstairs", freq = Weekly } , { name = "Wipe down countertops", freq = Weekly } , { name = "Wash glass table", freq = Weekly } , { name = "Wash glass doors/front door window", freq = Weekly } , { name = "Wash fridge shelves", freq = Monthly } , { name = "Wipe fridge outside", freq = Monthly } , { name = "Clean microwave inside/outside", freq = Monthly } , { name = "Dusting/baseboards", freq = Monthly } , { name = "Clutter check (put away if you know where it is, if you don’t know whose it is, just send a photo to the group)", freq = Monthly } ] , day = 0 , filter = "" } , Task.perform UpdateDay whatDayOfMonthIsToday ) -- --------------------------- -- UPDATE -- --------------------------- type Msg = Noop | Inc | Dec | UpdateDay Int | UpdateFilter String update : Msg -> Model -> ( Model, Cmd Msg ) update message model = case message of Noop -> ( model, Cmd.none ) UpdateDay t -> ( { model | day = t }, Cmd.none ) UpdateFilter s -> ( { model | filter = s }, Cmd.none ) Inc -> ( { model | day = model.day + 1 }, Cmd.none ) Dec -> ( { model | day = model.day - 1 }, Cmd.none ) millisecondsInAWeek = 1000 * 60 * 60 * 24 * 7 {-| Assume a month is 4 weeks -} millisecondsInAMonth = millisecondsInAWeek * 4 whatDayOfMonthIsToday : Task x Int whatDayOfMonthIsToday = Task.map (dayOfMonth << Time.posixToMillis) Time.now -- --------------------------- -- VIEW -- --------------------------- toString chore = case chore of Weekly -> "Weekly" Monthly -> "Monthly" view : Model -> Html Msg view model = let headerRow = [ "Chore", "Frequency", "Who" ] |> L.map (\s -> th [] [ text s ]) |> tr [] bodyRows = model.chores |> L.indexedMap (choreToRow <| model.day) |> L.filter (\( _, person ) -> startsWith (toLower model.filter) (toLower person)) |> L.map (\( row, person ) -> row) in div [ class "container" ] [ h1 [ style "text-align" "center" ] [ text <| "Housemate chore roster" ] , text "Filter by person: " , input [ type_ "input", onInput UpdateFilter ] [] , hr [] [] , br [] [] , table [ class "pure-table pure-table-bordered", style "width" "100%" ] [ col [ style "width" "60%" ] [] , col [ style "width" "20%" ] [] , col [ style "width" "20%" ] [] , thead [] [ headerRow ] , tbody [] bodyRows ] , br [] [] , text <| "Showing day " ++ describeDay model ++ " of 28. Change date: " , button [ onClick Inc, class "pure-button" ] [ text "+" ] , button [ onClick Dec, class "pure-button" ] [ text "-" ] ] describeDay model = String.fromInt <| 1 + modBy 28 model.day {-| Calculate what day of a (28 day) month it is, given how many ms since epoch. -} dayOfMonth millisecondsSinceEpoch = modBy 28 <| (millisecondsSinceEpoch // millisecondsInAWeek) choreToRow : Int -> Int -> Chore -> ( Html Msg, String ) choreToRow day i chore = let person = personFor chore.freq day i allPeople textTD s = td [] [ text s ] row = tr [] [ textTD chore.name , textTD (toString chore.freq) , textTD person ] in ( row, person ) {-| Given the day of the month (0-27) and a chore number, choose a person. -} personFor : Frequency -> Int -> Int -> Array String -> String personFor freq day i people = let x = day // daysPer freq index = (x + i) |> modBy (A.length people) in case A.get index people of Just p -> p Nothing -> "???" -- --------------------------- -- MAIN -- --------------------------- main : Program () Model Msg main = Browser.document { init = init , update = update , view = \m -> { title = "Housemate chore roster" , body = [ view m ] } , subscriptions = \_ -> Sub.none }

5988

port module Main exposing (Frequency(..), Model, Msg(..), init, main, personFor, toJs, update, view) import Array as A exposing (Array) import Browser import Html exposing (..) import Html.Attributes exposing (..) import Html.Events exposing (onClick, onInput) import Http exposing (Error(..)) import Json.Decode as Decode import List as L import String exposing (startsWith, toLower) import Task exposing (Task) import Time exposing (millisToPosix, toDay, utc) -- --------------------------- -- PORTS -- --------------------------- port toJs : String -> Cmd msg -- --------------------------- -- MODEL -- --------------------------- type alias Model = { chores : List Chore , day : Int , filter : String } type alias Chore = { name : String , freq : Frequency } type Frequency = Weekly | Monthly daysPer : Frequency -> Int daysPer f = case f of Weekly -> 7 Monthly -> 28 allPeople = A.fromList [ "<NAME>", "<NAME>", "<NAME>", "<NAME>" ] init : () -> ( Model, Cmd Msg ) init _ = ( { chores = [ { name = "Vacuum stairs", freq = Weekly } , { name = "Vacuum landing", freq = Weekly } , { name = "Stove", freq = Weekly } , { name = "Sink", freq = Weekly } , { name = "Mop downstairs", freq = Weekly } , { name = "Wipe down countertops", freq = Weekly } , { name = "Wash glass table", freq = Weekly } , { name = "Wash glass doors/front door window", freq = Weekly } , { name = "Wash fridge shelves", freq = Monthly } , { name = "Wipe fridge outside", freq = Monthly } , { name = "Clean microwave inside/outside", freq = Monthly } , { name = "Dusting/baseboards", freq = Monthly } , { name = "Clutter check (put away if you know where it is, if you don’t know whose it is, just send a photo to the group)", freq = Monthly } ] , day = 0 , filter = "" } , Task.perform UpdateDay whatDayOfMonthIsToday ) -- --------------------------- -- UPDATE -- --------------------------- type Msg = Noop | Inc | Dec | UpdateDay Int | UpdateFilter String update : Msg -> Model -> ( Model, Cmd Msg ) update message model = case message of Noop -> ( model, Cmd.none ) UpdateDay t -> ( { model | day = t }, Cmd.none ) UpdateFilter s -> ( { model | filter = s }, Cmd.none ) Inc -> ( { model | day = model.day + 1 }, Cmd.none ) Dec -> ( { model | day = model.day - 1 }, Cmd.none ) millisecondsInAWeek = 1000 * 60 * 60 * 24 * 7 {-| Assume a month is 4 weeks -} millisecondsInAMonth = millisecondsInAWeek * 4 whatDayOfMonthIsToday : Task x Int whatDayOfMonthIsToday = Task.map (dayOfMonth << Time.posixToMillis) Time.now -- --------------------------- -- VIEW -- --------------------------- toString chore = case chore of Weekly -> "Weekly" Monthly -> "Monthly" view : Model -> Html Msg view model = let headerRow = [ "Chore", "Frequency", "Who" ] |> L.map (\s -> th [] [ text s ]) |> tr [] bodyRows = model.chores |> L.indexedMap (choreToRow <| model.day) |> L.filter (\( _, person ) -> startsWith (toLower model.filter) (toLower person)) |> L.map (\( row, person ) -> row) in div [ class "container" ] [ h1 [ style "text-align" "center" ] [ text <| "Housemate chore roster" ] , text "Filter by person: " , input [ type_ "input", onInput UpdateFilter ] [] , hr [] [] , br [] [] , table [ class "pure-table pure-table-bordered", style "width" "100%" ] [ col [ style "width" "60%" ] [] , col [ style "width" "20%" ] [] , col [ style "width" "20%" ] [] , thead [] [ headerRow ] , tbody [] bodyRows ] , br [] [] , text <| "Showing day " ++ describeDay model ++ " of 28. Change date: " , button [ onClick Inc, class "pure-button" ] [ text "+" ] , button [ onClick Dec, class "pure-button" ] [ text "-" ] ] describeDay model = String.fromInt <| 1 + modBy 28 model.day {-| Calculate what day of a (28 day) month it is, given how many ms since epoch. -} dayOfMonth millisecondsSinceEpoch = modBy 28 <| (millisecondsSinceEpoch // millisecondsInAWeek) choreToRow : Int -> Int -> Chore -> ( Html Msg, String ) choreToRow day i chore = let person = personFor chore.freq day i allPeople textTD s = td [] [ text s ] row = tr [] [ textTD chore.name , textTD (toString chore.freq) , textTD person ] in ( row, person ) {-| Given the day of the month (0-27) and a chore number, choose a person. -} personFor : Frequency -> Int -> Int -> Array String -> String personFor freq day i people = let x = day // daysPer freq index = (x + i) |> modBy (A.length people) in case A.get index people of Just p -> p Nothing -> "???" -- --------------------------- -- MAIN -- --------------------------- main : Program () Model Msg main = Browser.document { init = init , update = update , view = \m -> { title = "Housemate chore roster" , body = [ view m ] } , subscriptions = \_ -> Sub.none }

port module Main exposing (Frequency(..), Model, Msg(..), init, main, personFor, toJs, update, view) import Array as A exposing (Array) import Browser import Html exposing (..) import Html.Attributes exposing (..) import Html.Events exposing (onClick, onInput) import Http exposing (Error(..)) import Json.Decode as Decode import List as L import String exposing (startsWith, toLower) import Task exposing (Task) import Time exposing (millisToPosix, toDay, utc) -- --------------------------- -- PORTS -- --------------------------- port toJs : String -> Cmd msg -- --------------------------- -- MODEL -- --------------------------- type alias Model = { chores : List Chore , day : Int , filter : String } type alias Chore = { name : String , freq : Frequency } type Frequency = Weekly | Monthly daysPer : Frequency -> Int daysPer f = case f of Weekly -> 7 Monthly -> 28 allPeople = A.fromList [ "PI:NAME:<NAME>END_PI", "PI:NAME:<NAME>END_PI", "PI:NAME:<NAME>END_PI", "PI:NAME:<NAME>END_PI" ] init : () -> ( Model, Cmd Msg ) init _ = ( { chores = [ { name = "Vacuum stairs", freq = Weekly } , { name = "Vacuum landing", freq = Weekly } , { name = "Stove", freq = Weekly } , { name = "Sink", freq = Weekly } , { name = "Mop downstairs", freq = Weekly } , { name = "Wipe down countertops", freq = Weekly } , { name = "Wash glass table", freq = Weekly } , { name = "Wash glass doors/front door window", freq = Weekly } , { name = "Wash fridge shelves", freq = Monthly } , { name = "Wipe fridge outside", freq = Monthly } , { name = "Clean microwave inside/outside", freq = Monthly } , { name = "Dusting/baseboards", freq = Monthly } , { name = "Clutter check (put away if you know where it is, if you don’t know whose it is, just send a photo to the group)", freq = Monthly } ] , day = 0 , filter = "" } , Task.perform UpdateDay whatDayOfMonthIsToday ) -- --------------------------- -- UPDATE -- --------------------------- type Msg = Noop | Inc | Dec | UpdateDay Int | UpdateFilter String update : Msg -> Model -> ( Model, Cmd Msg ) update message model = case message of Noop -> ( model, Cmd.none ) UpdateDay t -> ( { model | day = t }, Cmd.none ) UpdateFilter s -> ( { model | filter = s }, Cmd.none ) Inc -> ( { model | day = model.day + 1 }, Cmd.none ) Dec -> ( { model | day = model.day - 1 }, Cmd.none ) millisecondsInAWeek = 1000 * 60 * 60 * 24 * 7 {-| Assume a month is 4 weeks -} millisecondsInAMonth = millisecondsInAWeek * 4 whatDayOfMonthIsToday : Task x Int whatDayOfMonthIsToday = Task.map (dayOfMonth << Time.posixToMillis) Time.now -- --------------------------- -- VIEW -- --------------------------- toString chore = case chore of Weekly -> "Weekly" Monthly -> "Monthly" view : Model -> Html Msg view model = let headerRow = [ "Chore", "Frequency", "Who" ] |> L.map (\s -> th [] [ text s ]) |> tr [] bodyRows = model.chores |> L.indexedMap (choreToRow <| model.day) |> L.filter (\( _, person ) -> startsWith (toLower model.filter) (toLower person)) |> L.map (\( row, person ) -> row) in div [ class "container" ] [ h1 [ style "text-align" "center" ] [ text <| "Housemate chore roster" ] , text "Filter by person: " , input [ type_ "input", onInput UpdateFilter ] [] , hr [] [] , br [] [] , table [ class "pure-table pure-table-bordered", style "width" "100%" ] [ col [ style "width" "60%" ] [] , col [ style "width" "20%" ] [] , col [ style "width" "20%" ] [] , thead [] [ headerRow ] , tbody [] bodyRows ] , br [] [] , text <| "Showing day " ++ describeDay model ++ " of 28. Change date: " , button [ onClick Inc, class "pure-button" ] [ text "+" ] , button [ onClick Dec, class "pure-button" ] [ text "-" ] ] describeDay model = String.fromInt <| 1 + modBy 28 model.day {-| Calculate what day of a (28 day) month it is, given how many ms since epoch. -} dayOfMonth millisecondsSinceEpoch = modBy 28 <| (millisecondsSinceEpoch // millisecondsInAWeek) choreToRow : Int -> Int -> Chore -> ( Html Msg, String ) choreToRow day i chore = let person = personFor chore.freq day i allPeople textTD s = td [] [ text s ] row = tr [] [ textTD chore.name , textTD (toString chore.freq) , textTD person ] in ( row, person ) {-| Given the day of the month (0-27) and a chore number, choose a person. -} personFor : Frequency -> Int -> Int -> Array String -> String personFor freq day i people = let x = day // daysPer freq index = (x + i) |> modBy (A.length people) in case A.get index people of Just p -> p Nothing -> "???" -- --------------------------- -- MAIN -- --------------------------- main : Program () Model Msg main = Browser.document { init = init , update = update , view = \m -> { title = "Housemate chore roster" , body = [ view m ] } , subscriptions = \_ -> Sub.none }

elm

src/front-end/update/CommentUpdate.elm

MarkDBlackwell/qplaylist-remember

{- Copyright (C) 2018 Mark D. Blackwell. All rights reserved. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. -} module CommentUpdate exposing ( commentAreaInputTextChangeCaptureHand , commentAreaOpenHand , commentCancelHand ) import Alert import ElmCycle import FocusUpdate import ModelInitialize import ModelType exposing ( CommentAreaOptional(..) , Model ) import SongHelper import SongInitialize import SongType exposing ( SongRememberedMaybe , SongsRemembered , SongsRememberedIndex ) import UpdateHelper -- UPDATE commentAreaInputTextChangeCaptureHand : Model -> String -> ElmCycle.ElmCycle commentAreaInputTextChangeCaptureHand model text = case UpdateHelper.commentAreaStateVector model of --( AwaitingServerResponse, CommentAreaOptional ) ( True, _ ) -> ( { model | commentText = text } , Cmd.none ) _ -> ( { model | alertMessageText = Alert.messageTextInit , commentText = text } , Cmd.none ) commentAreaOpenHand : Model -> SongsRememberedIndex -> ElmCycle.ElmCycle commentAreaOpenHand model songsRememberedIndex = case UpdateHelper.commentAreaStateVector model of --( AwaitingServerResponse, CommentAreaOptional ) ( True, _ ) -> Alert.messageTextServerAwaitingElmCycle model ( _, CommentAreaOpen ) -> ( { model | alertMessageText = Alert.messageTextInit } , FocusUpdate.cmdFocusInputPossibly model ) _ -> let songsRememberedNew : SongsRemembered songsRememberedNew = model.songsRemembered |> List.drop songsRememberedIndex |> List.head |> SongHelper.songsRememberedNewFromMaybeWithUpdate model songsRememberedSelectOneMaybe : SongRememberedMaybe songsRememberedSelectOneMaybe = songsRememberedNew |> List.drop songsRememberedIndex |> List.head in case songsRememberedSelectOneMaybe of Nothing -> UpdateHelper.elmCycleDefault model _ -> ( { model | alertMessageText = Alert.messageTextInit , commentText = ModelInitialize.commentTextInit , songCommentingOnNowMaybe = songsRememberedSelectOneMaybe , songsRemembered = songsRememberedNew } --'FocusUpdate.cmdFocusInputPossibly' doesn't work, here: , FocusUpdate.cmdFocusSetId "input" ) commentCancelHand : Model -> ElmCycle.ElmCycle commentCancelHand model = case UpdateHelper.commentAreaStateVector model of --( AwaitingServerResponse, CommentAreaOptional ) ( True, _ ) -> Alert.messageTextServerAwaitingElmCycle model _ -> ( { model | alertMessageText = Alert.messageTextInit , commentText = ModelInitialize.commentTextInit , songCommentingOnNowMaybe = SongInitialize.songCommentingOnNowMaybeInit } , "Comment" |> SongHelper.buttonIdReconstruct model.songsRemembered model.songCommentingOnNowMaybe |> FocusUpdate.cmdFocusSetId )

37037

{- Copyright (C) 2018 <NAME>. All rights reserved. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. -} module CommentUpdate exposing ( commentAreaInputTextChangeCaptureHand , commentAreaOpenHand , commentCancelHand ) import Alert import ElmCycle import FocusUpdate import ModelInitialize import ModelType exposing ( CommentAreaOptional(..) , Model ) import SongHelper import SongInitialize import SongType exposing ( SongRememberedMaybe , SongsRemembered , SongsRememberedIndex ) import UpdateHelper -- UPDATE commentAreaInputTextChangeCaptureHand : Model -> String -> ElmCycle.ElmCycle commentAreaInputTextChangeCaptureHand model text = case UpdateHelper.commentAreaStateVector model of --( AwaitingServerResponse, CommentAreaOptional ) ( True, _ ) -> ( { model | commentText = text } , Cmd.none ) _ -> ( { model | alertMessageText = Alert.messageTextInit , commentText = text } , Cmd.none ) commentAreaOpenHand : Model -> SongsRememberedIndex -> ElmCycle.ElmCycle commentAreaOpenHand model songsRememberedIndex = case UpdateHelper.commentAreaStateVector model of --( AwaitingServerResponse, CommentAreaOptional ) ( True, _ ) -> Alert.messageTextServerAwaitingElmCycle model ( _, CommentAreaOpen ) -> ( { model | alertMessageText = Alert.messageTextInit } , FocusUpdate.cmdFocusInputPossibly model ) _ -> let songsRememberedNew : SongsRemembered songsRememberedNew = model.songsRemembered |> List.drop songsRememberedIndex |> List.head |> SongHelper.songsRememberedNewFromMaybeWithUpdate model songsRememberedSelectOneMaybe : SongRememberedMaybe songsRememberedSelectOneMaybe = songsRememberedNew |> List.drop songsRememberedIndex |> List.head in case songsRememberedSelectOneMaybe of Nothing -> UpdateHelper.elmCycleDefault model _ -> ( { model | alertMessageText = Alert.messageTextInit , commentText = ModelInitialize.commentTextInit , songCommentingOnNowMaybe = songsRememberedSelectOneMaybe , songsRemembered = songsRememberedNew } --'FocusUpdate.cmdFocusInputPossibly' doesn't work, here: , FocusUpdate.cmdFocusSetId "input" ) commentCancelHand : Model -> ElmCycle.ElmCycle commentCancelHand model = case UpdateHelper.commentAreaStateVector model of --( AwaitingServerResponse, CommentAreaOptional ) ( True, _ ) -> Alert.messageTextServerAwaitingElmCycle model _ -> ( { model | alertMessageText = Alert.messageTextInit , commentText = ModelInitialize.commentTextInit , songCommentingOnNowMaybe = SongInitialize.songCommentingOnNowMaybeInit } , "Comment" |> SongHelper.buttonIdReconstruct model.songsRemembered model.songCommentingOnNowMaybe |> FocusUpdate.cmdFocusSetId )

{- Copyright (C) 2018 PI:NAME:<NAME>END_PI. All rights reserved. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. -} module CommentUpdate exposing ( commentAreaInputTextChangeCaptureHand , commentAreaOpenHand , commentCancelHand ) import Alert import ElmCycle import FocusUpdate import ModelInitialize import ModelType exposing ( CommentAreaOptional(..) , Model ) import SongHelper import SongInitialize import SongType exposing ( SongRememberedMaybe , SongsRemembered , SongsRememberedIndex ) import UpdateHelper -- UPDATE commentAreaInputTextChangeCaptureHand : Model -> String -> ElmCycle.ElmCycle commentAreaInputTextChangeCaptureHand model text = case UpdateHelper.commentAreaStateVector model of --( AwaitingServerResponse, CommentAreaOptional ) ( True, _ ) -> ( { model | commentText = text } , Cmd.none ) _ -> ( { model | alertMessageText = Alert.messageTextInit , commentText = text } , Cmd.none ) commentAreaOpenHand : Model -> SongsRememberedIndex -> ElmCycle.ElmCycle commentAreaOpenHand model songsRememberedIndex = case UpdateHelper.commentAreaStateVector model of --( AwaitingServerResponse, CommentAreaOptional ) ( True, _ ) -> Alert.messageTextServerAwaitingElmCycle model ( _, CommentAreaOpen ) -> ( { model | alertMessageText = Alert.messageTextInit } , FocusUpdate.cmdFocusInputPossibly model ) _ -> let songsRememberedNew : SongsRemembered songsRememberedNew = model.songsRemembered |> List.drop songsRememberedIndex |> List.head |> SongHelper.songsRememberedNewFromMaybeWithUpdate model songsRememberedSelectOneMaybe : SongRememberedMaybe songsRememberedSelectOneMaybe = songsRememberedNew |> List.drop songsRememberedIndex |> List.head in case songsRememberedSelectOneMaybe of Nothing -> UpdateHelper.elmCycleDefault model _ -> ( { model | alertMessageText = Alert.messageTextInit , commentText = ModelInitialize.commentTextInit , songCommentingOnNowMaybe = songsRememberedSelectOneMaybe , songsRemembered = songsRememberedNew } --'FocusUpdate.cmdFocusInputPossibly' doesn't work, here: , FocusUpdate.cmdFocusSetId "input" ) commentCancelHand : Model -> ElmCycle.ElmCycle commentCancelHand model = case UpdateHelper.commentAreaStateVector model of --( AwaitingServerResponse, CommentAreaOptional ) ( True, _ ) -> Alert.messageTextServerAwaitingElmCycle model _ -> ( { model | alertMessageText = Alert.messageTextInit , commentText = ModelInitialize.commentTextInit , songCommentingOnNowMaybe = SongInitialize.songCommentingOnNowMaybeInit } , "Comment" |> SongHelper.buttonIdReconstruct model.songsRemembered model.songCommentingOnNowMaybe |> FocusUpdate.cmdFocusSetId )

elm

example/src/Main.elm

PascalLeMerrerPro/elm-json-tree-view

-- Copyright (c) Microsoft Corporation. All rights reserved. -- Licensed under the MIT License. module Main exposing (..) import Browser import Json.Decode as Decode import Html exposing (..) import Html.Attributes exposing (checked, class, style, type_, value) import Html.Events exposing (onCheck, onClick, onInput) import JsonTree exampleJsonInput = """ { "name": "Arnold", "age": 70, "isStrong": true, "knownWeakness": null, "nicknames": ["Terminator", "The Governator"], "extra": { "foo": "bar" } } """ ---- MODEL ---- type alias Model = { jsonInput : String , parseResult : Result Decode.Error JsonTree.Node , treeState : JsonTree.State , clickToSelectEnabled : Bool , selections : List JsonTree.KeyPath } init : Model init = { jsonInput = exampleJsonInput , parseResult = JsonTree.parseString exampleJsonInput , treeState = JsonTree.defaultState , clickToSelectEnabled = False , selections = [] } ---- UPDATE ---- type Msg = SetJsonInput String | Parse | SetTreeViewState JsonTree.State | ExpandAll | CollapseAll | ToggleSelectionMode | Selected JsonTree.KeyPath update : Msg -> Model -> Model update msg model = case msg of SetJsonInput string -> { model | jsonInput = string } Parse -> { model | parseResult = JsonTree.parseString model.jsonInput } SetTreeViewState state -> { model | treeState = state } ExpandAll -> { model | treeState = JsonTree.expandAll model.treeState } CollapseAll -> case model.parseResult of Ok rootNode -> { model | treeState = JsonTree.collapseToDepth 1 rootNode model.treeState } Err _ -> model ToggleSelectionMode -> { model | clickToSelectEnabled = not model.clickToSelectEnabled , selections = [] } Selected keyPath -> { model | selections = model.selections ++ [ keyPath ] } ---- VIEW ---- view : Model -> Html Msg view model = div [ style "margin" "20px" ] [ h1 [] [ text "JSON Tree View Example" ] , viewInputArea model , hr [] [] , viewJsonTree model , if model.clickToSelectEnabled then viewSelections model else text "" ] viewInputArea : Model -> Html Msg viewInputArea model = div [] [ h3 [] [ text "Raw JSON input:" ] , textarea [ value model.jsonInput , onInput SetJsonInput , style "width" "400px" , style "height" "200px" , style "font-size" "14px" ] [] , div [] [ button [ onClick Parse ] [ text "Parse" ] ] ] viewJsonTree : Model -> Html Msg viewJsonTree model = let toolbar = div [] [ label [] [ input [ type_ "checkbox" , onCheck (always ToggleSelectionMode) , checked model.clickToSelectEnabled ] [] , text "Selection Mode" ] , button [ onClick ExpandAll ] [ text "Expand All" ] , button [ onClick CollapseAll ] [ text "Collapse All" ] ] config allowSelection = { onSelect = if allowSelection then Just Selected else Nothing , toMsg = SetTreeViewState } in div [] [ h3 [] [ text "JSON Tree View" ] , toolbar , case model.parseResult of Ok rootNode -> JsonTree.view rootNode (config model.clickToSelectEnabled) model.treeState Err e -> pre [] [ text ("Invalid JSON: " ++ Decode.errorToString e)] ] viewSelections : Model -> Html Msg viewSelections model = div [] [ hr [] [] , h3 [] [ text "Recently selected key-paths" ] , if List.isEmpty model.selections then text "No selections. Click any scalar value in the JSON tree view above to select it." else ul [] (List.map (\x -> li [] [ text x ]) model.selections) ] ---- PROGRAM ---- main : Program () Model Msg main = Browser.sandbox { init = init , view = view , update = update }

3202

-- Copyright (c) Microsoft Corporation. All rights reserved. -- Licensed under the MIT License. module Main exposing (..) import Browser import Json.Decode as Decode import Html exposing (..) import Html.Attributes exposing (checked, class, style, type_, value) import Html.Events exposing (onCheck, onClick, onInput) import JsonTree exampleJsonInput = """ { "name": "<NAME>", "age": 70, "isStrong": true, "knownWeakness": null, "nicknames": ["<NAME>", "<NAME>"], "extra": { "foo": "bar" } } """ ---- MODEL ---- type alias Model = { jsonInput : String , parseResult : Result Decode.Error JsonTree.Node , treeState : JsonTree.State , clickToSelectEnabled : Bool , selections : List JsonTree.KeyPath } init : Model init = { jsonInput = exampleJsonInput , parseResult = JsonTree.parseString exampleJsonInput , treeState = JsonTree.defaultState , clickToSelectEnabled = False , selections = [] } ---- UPDATE ---- type Msg = SetJsonInput String | Parse | SetTreeViewState JsonTree.State | ExpandAll | CollapseAll | ToggleSelectionMode | Selected JsonTree.KeyPath update : Msg -> Model -> Model update msg model = case msg of SetJsonInput string -> { model | jsonInput = string } Parse -> { model | parseResult = JsonTree.parseString model.jsonInput } SetTreeViewState state -> { model | treeState = state } ExpandAll -> { model | treeState = JsonTree.expandAll model.treeState } CollapseAll -> case model.parseResult of Ok rootNode -> { model | treeState = JsonTree.collapseToDepth 1 rootNode model.treeState } Err _ -> model ToggleSelectionMode -> { model | clickToSelectEnabled = not model.clickToSelectEnabled , selections = [] } Selected keyPath -> { model | selections = model.selections ++ [ keyPath ] } ---- VIEW ---- view : Model -> Html Msg view model = div [ style "margin" "20px" ] [ h1 [] [ text "JSON Tree View Example" ] , viewInputArea model , hr [] [] , viewJsonTree model , if model.clickToSelectEnabled then viewSelections model else text "" ] viewInputArea : Model -> Html Msg viewInputArea model = div [] [ h3 [] [ text "Raw JSON input:" ] , textarea [ value model.jsonInput , onInput SetJsonInput , style "width" "400px" , style "height" "200px" , style "font-size" "14px" ] [] , div [] [ button [ onClick Parse ] [ text "Parse" ] ] ] viewJsonTree : Model -> Html Msg viewJsonTree model = let toolbar = div [] [ label [] [ input [ type_ "checkbox" , onCheck (always ToggleSelectionMode) , checked model.clickToSelectEnabled ] [] , text "Selection Mode" ] , button [ onClick ExpandAll ] [ text "Expand All" ] , button [ onClick CollapseAll ] [ text "Collapse All" ] ] config allowSelection = { onSelect = if allowSelection then Just Selected else Nothing , toMsg = SetTreeViewState } in div [] [ h3 [] [ text "JSON Tree View" ] , toolbar , case model.parseResult of Ok rootNode -> JsonTree.view rootNode (config model.clickToSelectEnabled) model.treeState Err e -> pre [] [ text ("Invalid JSON: " ++ Decode.errorToString e)] ] viewSelections : Model -> Html Msg viewSelections model = div [] [ hr [] [] , h3 [] [ text "Recently selected key-paths" ] , if List.isEmpty model.selections then text "No selections. Click any scalar value in the JSON tree view above to select it." else ul [] (List.map (\x -> li [] [ text x ]) model.selections) ] ---- PROGRAM ---- main : Program () Model Msg main = Browser.sandbox { init = init , view = view , update = update }

-- Copyright (c) Microsoft Corporation. All rights reserved. -- Licensed under the MIT License. module Main exposing (..) import Browser import Json.Decode as Decode import Html exposing (..) import Html.Attributes exposing (checked, class, style, type_, value) import Html.Events exposing (onCheck, onClick, onInput) import JsonTree exampleJsonInput = """ { "name": "PI:NAME:<NAME>END_PI", "age": 70, "isStrong": true, "knownWeakness": null, "nicknames": ["PI:NAME:<NAME>END_PI", "PI:NAME:<NAME>END_PI"], "extra": { "foo": "bar" } } """ ---- MODEL ---- type alias Model = { jsonInput : String , parseResult : Result Decode.Error JsonTree.Node , treeState : JsonTree.State , clickToSelectEnabled : Bool , selections : List JsonTree.KeyPath } init : Model init = { jsonInput = exampleJsonInput , parseResult = JsonTree.parseString exampleJsonInput , treeState = JsonTree.defaultState , clickToSelectEnabled = False , selections = [] } ---- UPDATE ---- type Msg = SetJsonInput String | Parse | SetTreeViewState JsonTree.State | ExpandAll | CollapseAll | ToggleSelectionMode | Selected JsonTree.KeyPath update : Msg -> Model -> Model update msg model = case msg of SetJsonInput string -> { model | jsonInput = string } Parse -> { model | parseResult = JsonTree.parseString model.jsonInput } SetTreeViewState state -> { model | treeState = state } ExpandAll -> { model | treeState = JsonTree.expandAll model.treeState } CollapseAll -> case model.parseResult of Ok rootNode -> { model | treeState = JsonTree.collapseToDepth 1 rootNode model.treeState } Err _ -> model ToggleSelectionMode -> { model | clickToSelectEnabled = not model.clickToSelectEnabled , selections = [] } Selected keyPath -> { model | selections = model.selections ++ [ keyPath ] } ---- VIEW ---- view : Model -> Html Msg view model = div [ style "margin" "20px" ] [ h1 [] [ text "JSON Tree View Example" ] , viewInputArea model , hr [] [] , viewJsonTree model , if model.clickToSelectEnabled then viewSelections model else text "" ] viewInputArea : Model -> Html Msg viewInputArea model = div [] [ h3 [] [ text "Raw JSON input:" ] , textarea [ value model.jsonInput , onInput SetJsonInput , style "width" "400px" , style "height" "200px" , style "font-size" "14px" ] [] , div [] [ button [ onClick Parse ] [ text "Parse" ] ] ] viewJsonTree : Model -> Html Msg viewJsonTree model = let toolbar = div [] [ label [] [ input [ type_ "checkbox" , onCheck (always ToggleSelectionMode) , checked model.clickToSelectEnabled ] [] , text "Selection Mode" ] , button [ onClick ExpandAll ] [ text "Expand All" ] , button [ onClick CollapseAll ] [ text "Collapse All" ] ] config allowSelection = { onSelect = if allowSelection then Just Selected else Nothing , toMsg = SetTreeViewState } in div [] [ h3 [] [ text "JSON Tree View" ] , toolbar , case model.parseResult of Ok rootNode -> JsonTree.view rootNode (config model.clickToSelectEnabled) model.treeState Err e -> pre [] [ text ("Invalid JSON: " ++ Decode.errorToString e)] ] viewSelections : Model -> Html Msg viewSelections model = div [] [ hr [] [] , h3 [] [ text "Recently selected key-paths" ] , if List.isEmpty model.selections then text "No selections. Click any scalar value in the JSON tree view above to select it." else ul [] (List.map (\x -> li [] [ text x ]) model.selections) ] ---- PROGRAM ---- main : Program () Model Msg main = Browser.sandbox { init = init , view = view , update = update }

elm

src/Html/SelectPrism.elm

toastal/select-prism

{- Copyright © 2017–2021 toastal <toastal@posteo.net> (https://toast.al) Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. -} module Html.SelectPrism exposing (selectp, selectpm) {-| `selectp` and `selectpm` allow a user to push ADTs in and get ADTs out of a `<select>` # Selects @docs selectp, selectpm -} import Html exposing (Attribute, Html, option, select, text) import Html.Attributes exposing (multiple, selected, value) import Html.Events exposing (on, targetValue) import Json.Decode as Decode exposing (Decoder) import Monocle.Prism exposing (Prism) {-| `selectp` is wrapping up the idea of select box from a generic comparable. However, Elm does everything through strings -- which is why we’re using the `Prism`. That `Prism` onus is on you. The args are: 1. [Prism](http://package.elm-lang.org/packages/arturopala/elm-monocle/latest/Monocle-Prism) from a `String` to our thing `a` 2. A function from the attempt to get--`Result String a`, where `a` is our thing--to a msg for the onChange 3. The selected value 4. List of `Html.Attributes` for the `<select>` so you can have custom classes, etc. 5. List tuples of `( String, a )` where the `String` is the label for the option and the `a` is our thing. -} selectp : Prism String a -> (Result String a -> msg) -> a -> List (Attribute msg) -> List ( String, a ) -> Html msg selectp prism msger selected_ attrs labelValues = let resultFromString : String -> Result String a resultFromString x = case prism.getOption x of Just y -> Ok y _ -> Err <| "Failed to get a valid option from " ++ x change : Decoder msg change = Decode.map (resultFromString >> msger) targetValue opt : ( String, a ) -> Html msg opt ( labl, val ) = option [ selected <| selected_ == val , value <| prism.reverseGet val ] [ text labl ] in select (on "change" change :: attrs) <| List.map opt labelValues {-| Like `selectp`, but a `<select multiple>` which takes a list of selected values and the Msg needs to be a list of results. Note: [`selectOptions`](https://developer.mozilla.org/en-US/docs/Web/API/HTMLSelectElement#Browser_compatibility) isn’t support in Internet Explorer and I don’t care enough to support it (and maybe you shouldn’t either). -} selectpm : Prism String a -> (List (Result String a) -> msg) -> List a -> List (Attribute msg) -> List ( String, a ) -> Html msg selectpm prism msger selecteds attrs labelValues = let resultFromString : String -> Result String a resultFromString x = case prism.getOption x of Just y -> Ok y _ -> Err <| "Failed to get a valid option from " ++ x -- Don’t ask change : Decoder msg change = let loop idx xs = Decode.maybe (Decode.field (String.fromInt idx) (Decode.field "value" Decode.string |> Decode.map resultFromString ) ) |> Decode.andThen (Maybe.map (\x -> loop (idx + 1) (x :: xs)) >> Maybe.withDefault (Decode.succeed xs) ) in loop 0 [] |> Decode.at [ "target", "selectedOptions" ] |> Decode.map (List.reverse >> msger) opt : ( String, a ) -> Html msg opt ( labl, val ) = option [ selected <| List.any ((==) val) selecteds , value <| prism.reverseGet val ] [ text labl ] in select (on "change" change :: multiple True :: attrs) <| List.map opt labelValues

52464

{- Copyright © 2017–2021 toastal <<EMAIL>> (https://toast.al) Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. -} module Html.SelectPrism exposing (selectp, selectpm) {-| `selectp` and `selectpm` allow a user to push ADTs in and get ADTs out of a `<select>` # Selects @docs selectp, selectpm -} import Html exposing (Attribute, Html, option, select, text) import Html.Attributes exposing (multiple, selected, value) import Html.Events exposing (on, targetValue) import Json.Decode as Decode exposing (Decoder) import Monocle.Prism exposing (Prism) {-| `selectp` is wrapping up the idea of select box from a generic comparable. However, Elm does everything through strings -- which is why we’re using the `Prism`. That `Prism` onus is on you. The args are: 1. [Prism](http://package.elm-lang.org/packages/arturopala/elm-monocle/latest/Monocle-Prism) from a `String` to our thing `a` 2. A function from the attempt to get--`Result String a`, where `a` is our thing--to a msg for the onChange 3. The selected value 4. List of `Html.Attributes` for the `<select>` so you can have custom classes, etc. 5. List tuples of `( String, a )` where the `String` is the label for the option and the `a` is our thing. -} selectp : Prism String a -> (Result String a -> msg) -> a -> List (Attribute msg) -> List ( String, a ) -> Html msg selectp prism msger selected_ attrs labelValues = let resultFromString : String -> Result String a resultFromString x = case prism.getOption x of Just y -> Ok y _ -> Err <| "Failed to get a valid option from " ++ x change : Decoder msg change = Decode.map (resultFromString >> msger) targetValue opt : ( String, a ) -> Html msg opt ( labl, val ) = option [ selected <| selected_ == val , value <| prism.reverseGet val ] [ text labl ] in select (on "change" change :: attrs) <| List.map opt labelValues {-| Like `selectp`, but a `<select multiple>` which takes a list of selected values and the Msg needs to be a list of results. Note: [`selectOptions`](https://developer.mozilla.org/en-US/docs/Web/API/HTMLSelectElement#Browser_compatibility) isn’t support in Internet Explorer and I don’t care enough to support it (and maybe you shouldn’t either). -} selectpm : Prism String a -> (List (Result String a) -> msg) -> List a -> List (Attribute msg) -> List ( String, a ) -> Html msg selectpm prism msger selecteds attrs labelValues = let resultFromString : String -> Result String a resultFromString x = case prism.getOption x of Just y -> Ok y _ -> Err <| "Failed to get a valid option from " ++ x -- Don’t ask change : Decoder msg change = let loop idx xs = Decode.maybe (Decode.field (String.fromInt idx) (Decode.field "value" Decode.string |> Decode.map resultFromString ) ) |> Decode.andThen (Maybe.map (\x -> loop (idx + 1) (x :: xs)) >> Maybe.withDefault (Decode.succeed xs) ) in loop 0 [] |> Decode.at [ "target", "selectedOptions" ] |> Decode.map (List.reverse >> msger) opt : ( String, a ) -> Html msg opt ( labl, val ) = option [ selected <| List.any ((==) val) selecteds , value <| prism.reverseGet val ] [ text labl ] in select (on "change" change :: multiple True :: attrs) <| List.map opt labelValues

{- Copyright © 2017–2021 toastal <PI:EMAIL:<EMAIL>END_PI> (https://toast.al) Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. -} module Html.SelectPrism exposing (selectp, selectpm) {-| `selectp` and `selectpm` allow a user to push ADTs in and get ADTs out of a `<select>` # Selects @docs selectp, selectpm -} import Html exposing (Attribute, Html, option, select, text) import Html.Attributes exposing (multiple, selected, value) import Html.Events exposing (on, targetValue) import Json.Decode as Decode exposing (Decoder) import Monocle.Prism exposing (Prism) {-| `selectp` is wrapping up the idea of select box from a generic comparable. However, Elm does everything through strings -- which is why we’re using the `Prism`. That `Prism` onus is on you. The args are: 1. [Prism](http://package.elm-lang.org/packages/arturopala/elm-monocle/latest/Monocle-Prism) from a `String` to our thing `a` 2. A function from the attempt to get--`Result String a`, where `a` is our thing--to a msg for the onChange 3. The selected value 4. List of `Html.Attributes` for the `<select>` so you can have custom classes, etc. 5. List tuples of `( String, a )` where the `String` is the label for the option and the `a` is our thing. -} selectp : Prism String a -> (Result String a -> msg) -> a -> List (Attribute msg) -> List ( String, a ) -> Html msg selectp prism msger selected_ attrs labelValues = let resultFromString : String -> Result String a resultFromString x = case prism.getOption x of Just y -> Ok y _ -> Err <| "Failed to get a valid option from " ++ x change : Decoder msg change = Decode.map (resultFromString >> msger) targetValue opt : ( String, a ) -> Html msg opt ( labl, val ) = option [ selected <| selected_ == val , value <| prism.reverseGet val ] [ text labl ] in select (on "change" change :: attrs) <| List.map opt labelValues {-| Like `selectp`, but a `<select multiple>` which takes a list of selected values and the Msg needs to be a list of results. Note: [`selectOptions`](https://developer.mozilla.org/en-US/docs/Web/API/HTMLSelectElement#Browser_compatibility) isn’t support in Internet Explorer and I don’t care enough to support it (and maybe you shouldn’t either). -} selectpm : Prism String a -> (List (Result String a) -> msg) -> List a -> List (Attribute msg) -> List ( String, a ) -> Html msg selectpm prism msger selecteds attrs labelValues = let resultFromString : String -> Result String a resultFromString x = case prism.getOption x of Just y -> Ok y _ -> Err <| "Failed to get a valid option from " ++ x -- Don’t ask change : Decoder msg change = let loop idx xs = Decode.maybe (Decode.field (String.fromInt idx) (Decode.field "value" Decode.string |> Decode.map resultFromString ) ) |> Decode.andThen (Maybe.map (\x -> loop (idx + 1) (x :: xs)) >> Maybe.withDefault (Decode.succeed xs) ) in loop 0 [] |> Decode.at [ "target", "selectedOptions" ] |> Decode.map (List.reverse >> msger) opt : ( String, a ) -> Html msg opt ( labl, val ) = option [ selected <| List.any ((==) val) selecteds , value <| prism.reverseGet val ] [ text labl ] in select (on "change" change :: multiple True :: attrs) <| List.map opt labelValues

elm

web/elm/tests/FlySuccessTests.elm

benchristel/concourse

module FlySuccessTests exposing (all) import Application.Application as Application import Application.Msgs as Msgs import Callback exposing (Callback(..)) import DashboardTests exposing (defineHoverBehaviour, iconSelector) import Effects import Expect exposing (Expectation) import FlySuccess.Msgs import Html.Attributes as Attr import Http import SubPage.Msgs import Test exposing (..) import Test.Html.Event as Event import Test.Html.Query as Query import Test.Html.Selector exposing ( attribute , containing , id , style , tag , text ) -- CONSTANTS (might be able to remove this and refer to "configuration"-type -- files like Colors.elm) almostWhite : String almostWhite = "#e6e7e8" darkGrey : String darkGrey = "#323030" darkerGrey : String darkerGrey = "#242424" blue : String blue = "#196ac8" authToken : String authToken = "some_auth_token" -- SETUPS (i dunno, maybe use fuzzers?) type alias SetupSteps = () -> Application.Model type alias Setup = ( String, SetupSteps ) setupDesc : Setup -> String setupDesc = Tuple.first steps : Setup -> SetupSteps steps = Tuple.second setup : String -> SetupSteps -> Setup setup = (,) whenOnFlySuccessPage : Setup whenOnFlySuccessPage = setup "when on fly success page" (\_ -> Application.init { turbulenceImgSrc = "" , notFoundImgSrc = "" , csrfToken = "" , authToken = authToken , pipelineRunningKeyframes = "" } { href = "" , host = "" , hostname = "" , protocol = "" , origin = "" , port_ = "" , pathname = "/fly_success" , search = "?fly_port=1234" , hash = "" , username = "" , password = "" } |> Tuple.first ) invalidFlyPort : Setup invalidFlyPort = setup "with invalid fly port" (\_ -> Application.init { turbulenceImgSrc = "" , notFoundImgSrc = "" , csrfToken = "" , authToken = authToken , pipelineRunningKeyframes = "" } { href = "" , host = "" , hostname = "" , protocol = "" , origin = "" , port_ = "" , pathname = "/fly_success" , search = "?fly_port=banana" , hash = "" , username = "" , password = "" } |> Tuple.first ) tokenSendSuccess : Setup tokenSendSuccess = setup "when token successfully sent to fly" (steps whenOnFlySuccessPage >> Application.handleCallback (Effects.SubPage 1) (TokenSentToFly (Ok ())) >> Tuple.first ) tokenSendFailed : Setup tokenSendFailed = setup "when token failed to send to fly" (steps whenOnFlySuccessPage >> Application.handleCallback (Effects.SubPage 1) (TokenSentToFly (Err Http.NetworkError)) >> Tuple.first ) tokenCopied : Setup tokenCopied = setup "when token copied to clipboard" (steps tokenSendFailed >> Application.update (Msgs.SubMsg 1 <| SubPage.Msgs.FlySuccessMsg <| FlySuccess.Msgs.CopyToken ) >> Tuple.first ) allCases : List Setup allCases = [ whenOnFlySuccessPage , invalidFlyPort , tokenSendFailed , tokenSendSuccess ] -- QUERIES type alias Query = Application.Model -> Query.Single Msgs.Msg topBar : Query topBar = Application.view >> Query.fromHtml >> Query.find [ id "top-bar-app" ] successCard : Query successCard = Application.view >> Query.fromHtml >> Query.find [ id "success-card" ] title : Query title = successCard >> Query.find [ id "success-card-title" ] body : Query body = successCard >> Query.find [ id "success-card-body" ] firstParagraph : Query firstParagraph = successCard >> Query.find [ id "success-card-body" ] >> Query.find [ id "first-paragraph" ] secondParagraph : Query secondParagraph = successCard >> Query.find [ id "success-card-body" ] >> Query.find [ id "second-paragraph" ] button : Query button = body >> Query.find [ id "copy-token" ] buttonIcon : Query buttonIcon = body >> Query.find [ id "copy-token" ] >> Query.find [ id "copy-icon" ] -- PROPERTIES type alias Assertion = Query.Single Msgs.Msg -> Expectation type alias Property = Setup -> Test property : Query -> String -> Assertion -> Property property query description assertion setup = test (setupDesc setup ++ ", " ++ description) <| steps setup >> query >> assertion -- top bar topBarProperty : Property topBarProperty = property topBar "has bold font" <| Query.has [ style [ ( "font-weight", "700" ) ] ] -- card cardProperties : List Property cardProperties = [ cardBackground , cardSize , cardPosition , cardLayout , cardStyle ] cardBackground : Property cardBackground = property successCard "card has dark grey background" <| Query.has [ style [ ( "background-color", darkGrey ) ] ] cardSize : Property cardSize = property successCard "is 330px wide with 30px padding" <| Query.has [ style [ ( "padding", "30px" ) , ( "width", "330px" ) ] ] cardPosition : Property cardPosition = property successCard "is centered 50px from the top of the document" <| Query.has [ style [ ( "margin", "50px auto" ) ] ] cardLayout : Property cardLayout = property successCard "lays out contents vertically and center aligned" <| Query.has [ style [ ( "display", "flex" ) , ( "flex-direction", "column" ) , ( "align-items", "center" ) , ( "text-align", "center" ) ] ] cardStyle : Property cardStyle = property successCard "has smooth, non-bold font" <| Query.has [ style [ ( "-webkit-font-smoothing", "antialiased" ) , ( "font-weight", "400" ) ] ] -- title titleText : Property titleText = property title "has success text" <| Query.has [ text "login successful!" ] titleStyle : Property titleStyle = property title "has bold 18px font" <| Query.has [ style [ ( "font-size", "18px" ) , ( "font-weight", "700" ) ] ] titleProperties : List Property titleProperties = [ titleText , titleStyle ] -- body bodyPendingText : Property bodyPendingText = property body "has pending text" <| Query.has [ text "sending token to fly..." ] bodyNoButton : Property bodyNoButton = property body "has no 'copy token' button" <| Query.hasNot [ id "copy-token" ] bodyStyle : Property bodyStyle = property body "has 14px font" <| Query.has [ style [ ( "font-size", "14px" ) ] ] bodyPosition : Property bodyPosition = property body "has 10px margin above and below" <| Query.has [ style [ ( "margin", "10px 0" ) ] ] bodyLayout : Property bodyLayout = property body "lays out contents vertically, centering horizontally" <| Query.has [ style [ ( "display", "flex" ) , ( "flex-direction", "column" ) , ( "align-items", "center" ) ] ] bodyParagraphPositions : Property bodyParagraphPositions = property body "paragraphs have 5px margin above and below" <| Query.findAll [ tag "p" ] >> Query.each (Query.has [ style [ ( "margin", "5px 0" ) ] ]) -- body on invalid fly port secondParagraphErrorText : Property secondParagraphErrorText = property secondParagraph "error message describes invalid fly port" <| Query.children [] >> Expect.all [ Query.count (Expect.equal 3) , Query.index 0 >> Query.has [ text "could not find a valid fly port to send to." ] , Query.index 2 >> Query.has [ text "maybe your URL is broken?" ] ] -- body on successfully sending token firstParagraphSuccessText : Property firstParagraphSuccessText = property firstParagraph "says 'your token has been transferred to fly'" <| Query.has [ text "your token has been transferred to fly." ] secondParagraphSuccessText : Property secondParagraphSuccessText = property secondParagraph "says 'you may now close this window'" <| Query.has [ text "you may now close this window." ] -- body on failing to send token firstParagraphFailureText : Property firstParagraphFailureText = property firstParagraph "says 'however, your token could not be sent to fly.'" <| Query.children [] >> Expect.all [ Query.count (Expect.equal 3) , Query.index 0 >> Query.has [ text "however, your token could not be" ] , Query.index 2 >> Query.has [ text "sent to fly." ] ] secondParagraphFailureText : Property secondParagraphFailureText = property secondParagraph ("says 'after copying, return to fly and paste your token " ++ "into the prompt.'" ) <| Query.children [] >> Expect.all [ Query.count (Expect.equal 3) , Query.index 0 >> Query.has [ text "after copying, return to fly and paste" ] , Query.index 2 >> Query.has [ text "your token into the prompt." ] ] -- button buttonStyleUnclicked : Property buttonStyleUnclicked = property button "display inline and has almost-white border" <| Query.has [ tag "span" , style [ ( "border", "1px solid " ++ almostWhite ) ] ] buttonStyleClicked : Property buttonStyleClicked = property button "has blue border and background" <| Query.has [ style [ ( "background-color", blue ) , ( "border", "1px solid " ++ blue ) ] ] buttonSize : Property buttonSize = property button "is 212px wide with 10px padding above and below" <| Query.has [ style [ ( "width", "212px" ) , ( "padding", "10px 0" ) ] ] buttonPosition : Property buttonPosition = property button "has 15px margin above and below" <| Query.has [ style [ ( "margin", "15px 0" ) ] ] buttonLayout : Property buttonLayout = property button "lays out contents horizontally, centering" <| Query.has [ style [ ( "display", "flex" ) , ( "justify-content", "center" ) , ( "align-items", "center" ) ] ] buttonTextPrompt : Property buttonTextPrompt = property button "says 'copy token to clipboard'" <| Query.has [ text "copy token to clipboard" ] buttonTextClicked : Property buttonTextClicked = property button "says 'token copied'" <| Query.has [ text "token copied" ] buttonCursorUnclicked : Property buttonCursorUnclicked = property button "has pointer cursor" <| Query.has [ style [ ( "cursor", "pointer" ) ] ] buttonCursorClicked : Property buttonCursorClicked = property button "has default cursor" <| Query.has [ style [ ( "cursor", "default" ) ] ] buttonClipboardAttr : Property buttonClipboardAttr = property button "has attribute that is readable by clipboard.js" <| Query.has [ attribute <| Attr.attribute "data-clipboard-text" authToken ] buttonClickHandler : Property buttonClickHandler = property button "sends CopyToken on click" <| Event.simulate Event.click >> Event.expect (Msgs.SubMsg 1 <| SubPage.Msgs.FlySuccessMsg <| FlySuccess.Msgs.CopyToken ) -- icon iconStyle : Property iconStyle = property buttonIcon "has clipboard icon" <| Query.has <| iconSelector { size = "20px", image = "clippy.svg" } iconPosition : Property iconPosition = property buttonIcon "has margin on the right" <| Query.has [ style [ ( "margin-right", "5px" ) ] ] -- TESTS tests : List Setup -> List Property -> List Test tests setups properties = setups |> List.concatMap (\setup -> List.map ((|>) setup) properties) cardTests : List Test cardTests = tests allCases cardProperties titleTests : List Test titleTests = tests allCases titleProperties all : Test all = describe "Fly login success page" [ describe "top bar" <| tests allCases [ topBarProperty ] , describe "card" cardTests , describe "title" titleTests , describe "body" [ describe "style" <| tests allCases [ bodyStyle , bodyPosition , bodyLayout , bodyParagraphPositions ] , invalidFlyPort |> firstParagraphFailureText , invalidFlyPort |> secondParagraphErrorText , whenOnFlySuccessPage |> bodyPendingText , whenOnFlySuccessPage |> bodyNoButton , tokenSendSuccess |> firstParagraphSuccessText , tokenSendSuccess |> secondParagraphSuccessText ] , describe "button" [ describe "always" <| tests [ tokenSendFailed, tokenCopied ] [ buttonSize , buttonPosition , buttonLayout , buttonClipboardAttr , firstParagraphFailureText , secondParagraphFailureText ] , describe "when token sending failed" <| tests [ tokenSendFailed ] [ buttonStyleUnclicked , buttonClickHandler , buttonTextPrompt , iconStyle , iconPosition , buttonCursorUnclicked ] , describe "after copying token" <| tests [ tokenCopied ] [ buttonStyleClicked , buttonTextClicked , iconStyle , iconPosition , buttonCursorClicked ] , defineHoverBehaviour { name = "copy token button" , setup = steps tokenSendFailed () , query = button , updateFunc = \msg -> Application.update msg >> Tuple.first , unhoveredSelector = { description = "same background as card" , selector = [ style [ ( "background-color", darkGrey ) ] ] } , mouseEnterMsg = Msgs.SubMsg 1 <| SubPage.Msgs.FlySuccessMsg <| FlySuccess.Msgs.CopyTokenButtonHover True , mouseLeaveMsg = Msgs.SubMsg 1 <| SubPage.Msgs.FlySuccessMsg <| FlySuccess.Msgs.CopyTokenButtonHover False , hoveredSelector = { description = "darker background" , selector = [ style [ ( "background-color", darkerGrey ) ] ] } } ] ]

33803

module FlySuccessTests exposing (all) import Application.Application as Application import Application.Msgs as Msgs import Callback exposing (Callback(..)) import DashboardTests exposing (defineHoverBehaviour, iconSelector) import Effects import Expect exposing (Expectation) import FlySuccess.Msgs import Html.Attributes as Attr import Http import SubPage.Msgs import Test exposing (..) import Test.Html.Event as Event import Test.Html.Query as Query import Test.Html.Selector exposing ( attribute , containing , id , style , tag , text ) -- CONSTANTS (might be able to remove this and refer to "configuration"-type -- files like Colors.elm) almostWhite : String almostWhite = "#e6e7e8" darkGrey : String darkGrey = "#323030" darkerGrey : String darkerGrey = "#242424" blue : String blue = "#196ac8" authToken : String authToken = "<PASSWORD>" -- SETUPS (i dunno, maybe use fuzzers?) type alias SetupSteps = () -> Application.Model type alias Setup = ( String, SetupSteps ) setupDesc : Setup -> String setupDesc = Tuple.first steps : Setup -> SetupSteps steps = Tuple.second setup : String -> SetupSteps -> Setup setup = (,) whenOnFlySuccessPage : Setup whenOnFlySuccessPage = setup "when on fly success page" (\_ -> Application.init { turbulenceImgSrc = "" , notFoundImgSrc = "" , csrfToken = "" , authToken = authToken , pipelineRunningKeyframes = "" } { href = "" , host = "" , hostname = "" , protocol = "" , origin = "" , port_ = "" , pathname = "/fly_success" , search = "?fly_port=1234" , hash = "" , username = "" , password = "" } |> Tuple.first ) invalidFlyPort : Setup invalidFlyPort = setup "with invalid fly port" (\_ -> Application.init { turbulenceImgSrc = "" , notFoundImgSrc = "" , csrfToken = "" , authToken = authToken , pipelineRunningKeyframes = "" } { href = "" , host = "" , hostname = "" , protocol = "" , origin = "" , port_ = "" , pathname = "/fly_success" , search = "?fly_port=banana" , hash = "" , username = "" , password = "" } |> Tuple.first ) tokenSendSuccess : Setup tokenSendSuccess = setup "when token successfully sent to fly" (steps whenOnFlySuccessPage >> Application.handleCallback (Effects.SubPage 1) (TokenSentToFly (Ok ())) >> Tuple.first ) tokenSendFailed : Setup tokenSendFailed = setup "when token failed to send to fly" (steps whenOnFlySuccessPage >> Application.handleCallback (Effects.SubPage 1) (TokenSentToFly (Err Http.NetworkError)) >> Tuple.first ) tokenCopied : Setup tokenCopied = setup "when token copied to clipboard" (steps tokenSendFailed >> Application.update (Msgs.SubMsg 1 <| SubPage.Msgs.FlySuccessMsg <| FlySuccess.Msgs.CopyToken ) >> Tuple.first ) allCases : List Setup allCases = [ whenOnFlySuccessPage , invalidFlyPort , tokenSendFailed , tokenSendSuccess ] -- QUERIES type alias Query = Application.Model -> Query.Single Msgs.Msg topBar : Query topBar = Application.view >> Query.fromHtml >> Query.find [ id "top-bar-app" ] successCard : Query successCard = Application.view >> Query.fromHtml >> Query.find [ id "success-card" ] title : Query title = successCard >> Query.find [ id "success-card-title" ] body : Query body = successCard >> Query.find [ id "success-card-body" ] firstParagraph : Query firstParagraph = successCard >> Query.find [ id "success-card-body" ] >> Query.find [ id "first-paragraph" ] secondParagraph : Query secondParagraph = successCard >> Query.find [ id "success-card-body" ] >> Query.find [ id "second-paragraph" ] button : Query button = body >> Query.find [ id "copy-token" ] buttonIcon : Query buttonIcon = body >> Query.find [ id "copy-token" ] >> Query.find [ id "copy-icon" ] -- PROPERTIES type alias Assertion = Query.Single Msgs.Msg -> Expectation type alias Property = Setup -> Test property : Query -> String -> Assertion -> Property property query description assertion setup = test (setupDesc setup ++ ", " ++ description) <| steps setup >> query >> assertion -- top bar topBarProperty : Property topBarProperty = property topBar "has bold font" <| Query.has [ style [ ( "font-weight", "700" ) ] ] -- card cardProperties : List Property cardProperties = [ cardBackground , cardSize , cardPosition , cardLayout , cardStyle ] cardBackground : Property cardBackground = property successCard "card has dark grey background" <| Query.has [ style [ ( "background-color", darkGrey ) ] ] cardSize : Property cardSize = property successCard "is 330px wide with 30px padding" <| Query.has [ style [ ( "padding", "30px" ) , ( "width", "330px" ) ] ] cardPosition : Property cardPosition = property successCard "is centered 50px from the top of the document" <| Query.has [ style [ ( "margin", "50px auto" ) ] ] cardLayout : Property cardLayout = property successCard "lays out contents vertically and center aligned" <| Query.has [ style [ ( "display", "flex" ) , ( "flex-direction", "column" ) , ( "align-items", "center" ) , ( "text-align", "center" ) ] ] cardStyle : Property cardStyle = property successCard "has smooth, non-bold font" <| Query.has [ style [ ( "-webkit-font-smoothing", "antialiased" ) , ( "font-weight", "400" ) ] ] -- title titleText : Property titleText = property title "has success text" <| Query.has [ text "login successful!" ] titleStyle : Property titleStyle = property title "has bold 18px font" <| Query.has [ style [ ( "font-size", "18px" ) , ( "font-weight", "700" ) ] ] titleProperties : List Property titleProperties = [ titleText , titleStyle ] -- body bodyPendingText : Property bodyPendingText = property body "has pending text" <| Query.has [ text "sending token to fly..." ] bodyNoButton : Property bodyNoButton = property body "has no 'copy token' button" <| Query.hasNot [ id "copy-token" ] bodyStyle : Property bodyStyle = property body "has 14px font" <| Query.has [ style [ ( "font-size", "14px" ) ] ] bodyPosition : Property bodyPosition = property body "has 10px margin above and below" <| Query.has [ style [ ( "margin", "10px 0" ) ] ] bodyLayout : Property bodyLayout = property body "lays out contents vertically, centering horizontally" <| Query.has [ style [ ( "display", "flex" ) , ( "flex-direction", "column" ) , ( "align-items", "center" ) ] ] bodyParagraphPositions : Property bodyParagraphPositions = property body "paragraphs have 5px margin above and below" <| Query.findAll [ tag "p" ] >> Query.each (Query.has [ style [ ( "margin", "5px 0" ) ] ]) -- body on invalid fly port secondParagraphErrorText : Property secondParagraphErrorText = property secondParagraph "error message describes invalid fly port" <| Query.children [] >> Expect.all [ Query.count (Expect.equal 3) , Query.index 0 >> Query.has [ text "could not find a valid fly port to send to." ] , Query.index 2 >> Query.has [ text "maybe your URL is broken?" ] ] -- body on successfully sending token firstParagraphSuccessText : Property firstParagraphSuccessText = property firstParagraph "says 'your token has been transferred to fly'" <| Query.has [ text "your token has been transferred to fly." ] secondParagraphSuccessText : Property secondParagraphSuccessText = property secondParagraph "says 'you may now close this window'" <| Query.has [ text "you may now close this window." ] -- body on failing to send token firstParagraphFailureText : Property firstParagraphFailureText = property firstParagraph "says 'however, your token could not be sent to fly.'" <| Query.children [] >> Expect.all [ Query.count (Expect.equal 3) , Query.index 0 >> Query.has [ text "however, your token could not be" ] , Query.index 2 >> Query.has [ text "sent to fly." ] ] secondParagraphFailureText : Property secondParagraphFailureText = property secondParagraph ("says 'after copying, return to fly and paste your token " ++ "into the prompt.'" ) <| Query.children [] >> Expect.all [ Query.count (Expect.equal 3) , Query.index 0 >> Query.has [ text "after copying, return to fly and paste" ] , Query.index 2 >> Query.has [ text "your token into the prompt." ] ] -- button buttonStyleUnclicked : Property buttonStyleUnclicked = property button "display inline and has almost-white border" <| Query.has [ tag "span" , style [ ( "border", "1px solid " ++ almostWhite ) ] ] buttonStyleClicked : Property buttonStyleClicked = property button "has blue border and background" <| Query.has [ style [ ( "background-color", blue ) , ( "border", "1px solid " ++ blue ) ] ] buttonSize : Property buttonSize = property button "is 212px wide with 10px padding above and below" <| Query.has [ style [ ( "width", "212px" ) , ( "padding", "10px 0" ) ] ] buttonPosition : Property buttonPosition = property button "has 15px margin above and below" <| Query.has [ style [ ( "margin", "15px 0" ) ] ] buttonLayout : Property buttonLayout = property button "lays out contents horizontally, centering" <| Query.has [ style [ ( "display", "flex" ) , ( "justify-content", "center" ) , ( "align-items", "center" ) ] ] buttonTextPrompt : Property buttonTextPrompt = property button "says 'copy token to clipboard'" <| Query.has [ text "copy token to clipboard" ] buttonTextClicked : Property buttonTextClicked = property button "says 'token copied'" <| Query.has [ text "token copied" ] buttonCursorUnclicked : Property buttonCursorUnclicked = property button "has pointer cursor" <| Query.has [ style [ ( "cursor", "pointer" ) ] ] buttonCursorClicked : Property buttonCursorClicked = property button "has default cursor" <| Query.has [ style [ ( "cursor", "default" ) ] ] buttonClipboardAttr : Property buttonClipboardAttr = property button "has attribute that is readable by clipboard.js" <| Query.has [ attribute <| Attr.attribute "data-clipboard-text" authToken ] buttonClickHandler : Property buttonClickHandler = property button "sends CopyToken on click" <| Event.simulate Event.click >> Event.expect (Msgs.SubMsg 1 <| SubPage.Msgs.FlySuccessMsg <| FlySuccess.Msgs.CopyToken ) -- icon iconStyle : Property iconStyle = property buttonIcon "has clipboard icon" <| Query.has <| iconSelector { size = "20px", image = "clippy.svg" } iconPosition : Property iconPosition = property buttonIcon "has margin on the right" <| Query.has [ style [ ( "margin-right", "5px" ) ] ] -- TESTS tests : List Setup -> List Property -> List Test tests setups properties = setups |> List.concatMap (\setup -> List.map ((|>) setup) properties) cardTests : List Test cardTests = tests allCases cardProperties titleTests : List Test titleTests = tests allCases titleProperties all : Test all = describe "Fly login success page" [ describe "top bar" <| tests allCases [ topBarProperty ] , describe "card" cardTests , describe "title" titleTests , describe "body" [ describe "style" <| tests allCases [ bodyStyle , bodyPosition , bodyLayout , bodyParagraphPositions ] , invalidFlyPort |> firstParagraphFailureText , invalidFlyPort |> secondParagraphErrorText , whenOnFlySuccessPage |> bodyPendingText , whenOnFlySuccessPage |> bodyNoButton , tokenSendSuccess |> firstParagraphSuccessText , tokenSendSuccess |> secondParagraphSuccessText ] , describe "button" [ describe "always" <| tests [ tokenSendFailed, tokenCopied ] [ buttonSize , buttonPosition , buttonLayout , buttonClipboardAttr , firstParagraphFailureText , secondParagraphFailureText ] , describe "when token sending failed" <| tests [ tokenSendFailed ] [ buttonStyleUnclicked , buttonClickHandler , buttonTextPrompt , iconStyle , iconPosition , buttonCursorUnclicked ] , describe "after copying token" <| tests [ tokenCopied ] [ buttonStyleClicked , buttonTextClicked , iconStyle , iconPosition , buttonCursorClicked ] , defineHoverBehaviour { name = "copy token button" , setup = steps tokenSendFailed () , query = button , updateFunc = \msg -> Application.update msg >> Tuple.first , unhoveredSelector = { description = "same background as card" , selector = [ style [ ( "background-color", darkGrey ) ] ] } , mouseEnterMsg = Msgs.SubMsg 1 <| SubPage.Msgs.FlySuccessMsg <| FlySuccess.Msgs.CopyTokenButtonHover True , mouseLeaveMsg = Msgs.SubMsg 1 <| SubPage.Msgs.FlySuccessMsg <| FlySuccess.Msgs.CopyTokenButtonHover False , hoveredSelector = { description = "darker background" , selector = [ style [ ( "background-color", darkerGrey ) ] ] } } ] ]

module FlySuccessTests exposing (all) import Application.Application as Application import Application.Msgs as Msgs import Callback exposing (Callback(..)) import DashboardTests exposing (defineHoverBehaviour, iconSelector) import Effects import Expect exposing (Expectation) import FlySuccess.Msgs import Html.Attributes as Attr import Http import SubPage.Msgs import Test exposing (..) import Test.Html.Event as Event import Test.Html.Query as Query import Test.Html.Selector exposing ( attribute , containing , id , style , tag , text ) -- CONSTANTS (might be able to remove this and refer to "configuration"-type -- files like Colors.elm) almostWhite : String almostWhite = "#e6e7e8" darkGrey : String darkGrey = "#323030" darkerGrey : String darkerGrey = "#242424" blue : String blue = "#196ac8" authToken : String authToken = "PI:PASSWORD:<PASSWORD>END_PI" -- SETUPS (i dunno, maybe use fuzzers?) type alias SetupSteps = () -> Application.Model type alias Setup = ( String, SetupSteps ) setupDesc : Setup -> String setupDesc = Tuple.first steps : Setup -> SetupSteps steps = Tuple.second setup : String -> SetupSteps -> Setup setup = (,) whenOnFlySuccessPage : Setup whenOnFlySuccessPage = setup "when on fly success page" (\_ -> Application.init { turbulenceImgSrc = "" , notFoundImgSrc = "" , csrfToken = "" , authToken = authToken , pipelineRunningKeyframes = "" } { href = "" , host = "" , hostname = "" , protocol = "" , origin = "" , port_ = "" , pathname = "/fly_success" , search = "?fly_port=1234" , hash = "" , username = "" , password = "" } |> Tuple.first ) invalidFlyPort : Setup invalidFlyPort = setup "with invalid fly port" (\_ -> Application.init { turbulenceImgSrc = "" , notFoundImgSrc = "" , csrfToken = "" , authToken = authToken , pipelineRunningKeyframes = "" } { href = "" , host = "" , hostname = "" , protocol = "" , origin = "" , port_ = "" , pathname = "/fly_success" , search = "?fly_port=banana" , hash = "" , username = "" , password = "" } |> Tuple.first ) tokenSendSuccess : Setup tokenSendSuccess = setup "when token successfully sent to fly" (steps whenOnFlySuccessPage >> Application.handleCallback (Effects.SubPage 1) (TokenSentToFly (Ok ())) >> Tuple.first ) tokenSendFailed : Setup tokenSendFailed = setup "when token failed to send to fly" (steps whenOnFlySuccessPage >> Application.handleCallback (Effects.SubPage 1) (TokenSentToFly (Err Http.NetworkError)) >> Tuple.first ) tokenCopied : Setup tokenCopied = setup "when token copied to clipboard" (steps tokenSendFailed >> Application.update (Msgs.SubMsg 1 <| SubPage.Msgs.FlySuccessMsg <| FlySuccess.Msgs.CopyToken ) >> Tuple.first ) allCases : List Setup allCases = [ whenOnFlySuccessPage , invalidFlyPort , tokenSendFailed , tokenSendSuccess ] -- QUERIES type alias Query = Application.Model -> Query.Single Msgs.Msg topBar : Query topBar = Application.view >> Query.fromHtml >> Query.find [ id "top-bar-app" ] successCard : Query successCard = Application.view >> Query.fromHtml >> Query.find [ id "success-card" ] title : Query title = successCard >> Query.find [ id "success-card-title" ] body : Query body = successCard >> Query.find [ id "success-card-body" ] firstParagraph : Query firstParagraph = successCard >> Query.find [ id "success-card-body" ] >> Query.find [ id "first-paragraph" ] secondParagraph : Query secondParagraph = successCard >> Query.find [ id "success-card-body" ] >> Query.find [ id "second-paragraph" ] button : Query button = body >> Query.find [ id "copy-token" ] buttonIcon : Query buttonIcon = body >> Query.find [ id "copy-token" ] >> Query.find [ id "copy-icon" ] -- PROPERTIES type alias Assertion = Query.Single Msgs.Msg -> Expectation type alias Property = Setup -> Test property : Query -> String -> Assertion -> Property property query description assertion setup = test (setupDesc setup ++ ", " ++ description) <| steps setup >> query >> assertion -- top bar topBarProperty : Property topBarProperty = property topBar "has bold font" <| Query.has [ style [ ( "font-weight", "700" ) ] ] -- card cardProperties : List Property cardProperties = [ cardBackground , cardSize , cardPosition , cardLayout , cardStyle ] cardBackground : Property cardBackground = property successCard "card has dark grey background" <| Query.has [ style [ ( "background-color", darkGrey ) ] ] cardSize : Property cardSize = property successCard "is 330px wide with 30px padding" <| Query.has [ style [ ( "padding", "30px" ) , ( "width", "330px" ) ] ] cardPosition : Property cardPosition = property successCard "is centered 50px from the top of the document" <| Query.has [ style [ ( "margin", "50px auto" ) ] ] cardLayout : Property cardLayout = property successCard "lays out contents vertically and center aligned" <| Query.has [ style [ ( "display", "flex" ) , ( "flex-direction", "column" ) , ( "align-items", "center" ) , ( "text-align", "center" ) ] ] cardStyle : Property cardStyle = property successCard "has smooth, non-bold font" <| Query.has [ style [ ( "-webkit-font-smoothing", "antialiased" ) , ( "font-weight", "400" ) ] ] -- title titleText : Property titleText = property title "has success text" <| Query.has [ text "login successful!" ] titleStyle : Property titleStyle = property title "has bold 18px font" <| Query.has [ style [ ( "font-size", "18px" ) , ( "font-weight", "700" ) ] ] titleProperties : List Property titleProperties = [ titleText , titleStyle ] -- body bodyPendingText : Property bodyPendingText = property body "has pending text" <| Query.has [ text "sending token to fly..." ] bodyNoButton : Property bodyNoButton = property body "has no 'copy token' button" <| Query.hasNot [ id "copy-token" ] bodyStyle : Property bodyStyle = property body "has 14px font" <| Query.has [ style [ ( "font-size", "14px" ) ] ] bodyPosition : Property bodyPosition = property body "has 10px margin above and below" <| Query.has [ style [ ( "margin", "10px 0" ) ] ] bodyLayout : Property bodyLayout = property body "lays out contents vertically, centering horizontally" <| Query.has [ style [ ( "display", "flex" ) , ( "flex-direction", "column" ) , ( "align-items", "center" ) ] ] bodyParagraphPositions : Property bodyParagraphPositions = property body "paragraphs have 5px margin above and below" <| Query.findAll [ tag "p" ] >> Query.each (Query.has [ style [ ( "margin", "5px 0" ) ] ]) -- body on invalid fly port secondParagraphErrorText : Property secondParagraphErrorText = property secondParagraph "error message describes invalid fly port" <| Query.children [] >> Expect.all [ Query.count (Expect.equal 3) , Query.index 0 >> Query.has [ text "could not find a valid fly port to send to." ] , Query.index 2 >> Query.has [ text "maybe your URL is broken?" ] ] -- body on successfully sending token firstParagraphSuccessText : Property firstParagraphSuccessText = property firstParagraph "says 'your token has been transferred to fly'" <| Query.has [ text "your token has been transferred to fly." ] secondParagraphSuccessText : Property secondParagraphSuccessText = property secondParagraph "says 'you may now close this window'" <| Query.has [ text "you may now close this window." ] -- body on failing to send token firstParagraphFailureText : Property firstParagraphFailureText = property firstParagraph "says 'however, your token could not be sent to fly.'" <| Query.children [] >> Expect.all [ Query.count (Expect.equal 3) , Query.index 0 >> Query.has [ text "however, your token could not be" ] , Query.index 2 >> Query.has [ text "sent to fly." ] ] secondParagraphFailureText : Property secondParagraphFailureText = property secondParagraph ("says 'after copying, return to fly and paste your token " ++ "into the prompt.'" ) <| Query.children [] >> Expect.all [ Query.count (Expect.equal 3) , Query.index 0 >> Query.has [ text "after copying, return to fly and paste" ] , Query.index 2 >> Query.has [ text "your token into the prompt." ] ] -- button buttonStyleUnclicked : Property buttonStyleUnclicked = property button "display inline and has almost-white border" <| Query.has [ tag "span" , style [ ( "border", "1px solid " ++ almostWhite ) ] ] buttonStyleClicked : Property buttonStyleClicked = property button "has blue border and background" <| Query.has [ style [ ( "background-color", blue ) , ( "border", "1px solid " ++ blue ) ] ] buttonSize : Property buttonSize = property button "is 212px wide with 10px padding above and below" <| Query.has [ style [ ( "width", "212px" ) , ( "padding", "10px 0" ) ] ] buttonPosition : Property buttonPosition = property button "has 15px margin above and below" <| Query.has [ style [ ( "margin", "15px 0" ) ] ] buttonLayout : Property buttonLayout = property button "lays out contents horizontally, centering" <| Query.has [ style [ ( "display", "flex" ) , ( "justify-content", "center" ) , ( "align-items", "center" ) ] ] buttonTextPrompt : Property buttonTextPrompt = property button "says 'copy token to clipboard'" <| Query.has [ text "copy token to clipboard" ] buttonTextClicked : Property buttonTextClicked = property button "says 'token copied'" <| Query.has [ text "token copied" ] buttonCursorUnclicked : Property buttonCursorUnclicked = property button "has pointer cursor" <| Query.has [ style [ ( "cursor", "pointer" ) ] ] buttonCursorClicked : Property buttonCursorClicked = property button "has default cursor" <| Query.has [ style [ ( "cursor", "default" ) ] ] buttonClipboardAttr : Property buttonClipboardAttr = property button "has attribute that is readable by clipboard.js" <| Query.has [ attribute <| Attr.attribute "data-clipboard-text" authToken ] buttonClickHandler : Property buttonClickHandler = property button "sends CopyToken on click" <| Event.simulate Event.click >> Event.expect (Msgs.SubMsg 1 <| SubPage.Msgs.FlySuccessMsg <| FlySuccess.Msgs.CopyToken ) -- icon iconStyle : Property iconStyle = property buttonIcon "has clipboard icon" <| Query.has <| iconSelector { size = "20px", image = "clippy.svg" } iconPosition : Property iconPosition = property buttonIcon "has margin on the right" <| Query.has [ style [ ( "margin-right", "5px" ) ] ] -- TESTS tests : List Setup -> List Property -> List Test tests setups properties = setups |> List.concatMap (\setup -> List.map ((|>) setup) properties) cardTests : List Test cardTests = tests allCases cardProperties titleTests : List Test titleTests = tests allCases titleProperties all : Test all = describe "Fly login success page" [ describe "top bar" <| tests allCases [ topBarProperty ] , describe "card" cardTests , describe "title" titleTests , describe "body" [ describe "style" <| tests allCases [ bodyStyle , bodyPosition , bodyLayout , bodyParagraphPositions ] , invalidFlyPort |> firstParagraphFailureText , invalidFlyPort |> secondParagraphErrorText , whenOnFlySuccessPage |> bodyPendingText , whenOnFlySuccessPage |> bodyNoButton , tokenSendSuccess |> firstParagraphSuccessText , tokenSendSuccess |> secondParagraphSuccessText ] , describe "button" [ describe "always" <| tests [ tokenSendFailed, tokenCopied ] [ buttonSize , buttonPosition , buttonLayout , buttonClipboardAttr , firstParagraphFailureText , secondParagraphFailureText ] , describe "when token sending failed" <| tests [ tokenSendFailed ] [ buttonStyleUnclicked , buttonClickHandler , buttonTextPrompt , iconStyle , iconPosition , buttonCursorUnclicked ] , describe "after copying token" <| tests [ tokenCopied ] [ buttonStyleClicked , buttonTextClicked , iconStyle , iconPosition , buttonCursorClicked ] , defineHoverBehaviour { name = "copy token button" , setup = steps tokenSendFailed () , query = button , updateFunc = \msg -> Application.update msg >> Tuple.first , unhoveredSelector = { description = "same background as card" , selector = [ style [ ( "background-color", darkGrey ) ] ] } , mouseEnterMsg = Msgs.SubMsg 1 <| SubPage.Msgs.FlySuccessMsg <| FlySuccess.Msgs.CopyTokenButtonHover True , mouseLeaveMsg = Msgs.SubMsg 1 <| SubPage.Msgs.FlySuccessMsg <| FlySuccess.Msgs.CopyTokenButtonHover False , hoveredSelector = { description = "darker background" , selector = [ style [ ( "background-color", darkerGrey ) ] ] } } ] ]

elm

assets/src/Main.elm

mikeonslow/elm-phoenix-example

port module Main exposing (Category, Item, Model, Msg(..), Portfolio, categoryDecoder, getPortfolioFromChannel, getSelectedCategoryId, getSelectedItem, init, initialModel, itemDecoder, main, portfolioDecoder, subscriptions, update, view, viewCategoryButton, viewCategoryNavbar, viewError, viewItem, viewItems, viewSelectedItem) import Browser import Html exposing (..) import Html.Attributes exposing (attribute, class, classList, href, src, style, target, type_, width) import Html.Events exposing (onClick) import Http import Json.Decode as Decode exposing (Decoder, Value) import Json.Decode.Pipeline as Pipeline exposing (optional, required) import Json.Encode as Encode import Set {--Model The `initialModel` function initializes our `Model`. This function is called in `init` and outputs a `Model` --} initialModel : List LikedItem -> Model initialModel likedItems = { errorMessage = "" , portfolio = { categories = [] , items = [] } , selectedCategoryId = Nothing , selectedItemId = Nothing , likedItems = likedItems } type alias Model = { errorMessage : String , portfolio : Portfolio , selectedCategoryId : Maybe Int , selectedItemId : Maybe Int , likedItems : List LikedItem } type alias Portfolio = { categories : List Category , items : List Item } type alias Category = { id : Int, label : String } type alias Item = { id : Int , title : String , categoryId : Int , imageUrl : String , linkUrl : String , description : String , overlayColor : String , likes : Int } type alias LikedItem = ( Int, Int ) type alias LocalStorageRequest = { method : String , key : String , value : Maybe Encode.Value } type alias LocalStorageResponse = { method : String , payload : Encode.Value } type alias ChannelRequest = { event : String , payload : Encode.Value } type alias ChannelResponse = { code : Int , response : Portfolio } {--View The function `view` renders an Html element using our application model. Note that the type signature is Model -> Html Msg. This means that this function transforms an argument of `Model` into an `Html` element that, in turn produces messages tagged with `Msg`. We will see this when we introduce some interaction. --} view : Model -> Html Msg view model = let portfolio = model.portfolio selectedCategoryId = getSelectedCategoryId model selectedItem = getSelectedItem model selectedCategoryId in div [ class "container" ] [ div [ class "row" ] [ div [ class "col" ] [ br [] [] ] ] , div [ class "row" ] [ div [ class "col" ] [ h1 [] [ text "Elmfolio" ] ] ] , viewCategoryNavbar portfolio selectedCategoryId , viewSelectedItem selectedItem , viewItems model selectedCategoryId selectedItem ] viewCategoryNavbar : Portfolio -> Int -> Html Msg viewCategoryNavbar { categories } selectedCategoryId = div [ class "row" ] [ div [ class "col" ] [ div [ class "nav-category" ] (List.map (viewCategoryButton selectedCategoryId) categories) ] ] viewCategoryButton : Int -> Category -> Html Msg viewCategoryButton selectedCategoryId category = let categorySelected = selectedCategoryId == category.id buttonsBaseAttrs = [ type_ "button", classes ] buttonOnClick = if categorySelected then [] else [ onClick (CategoryClicked category.id) ] buttonAttrs = buttonsBaseAttrs ++ buttonOnClick classes = classList [ ( "btn btn-category", True ) , ( "btn-primary", categorySelected ) , ( "btn-secondary", not categorySelected ) ] in button buttonAttrs [ text category.label ] viewItems : Model -> Int -> Maybe Item -> Html Msg viewItems { portfolio, errorMessage, likedItems } selectedCategoryId selectedItemId = let filteredItems = portfolio.items |> List.filter (\i -> i.categoryId == selectedCategoryId) |> List.map (viewItem likedItems) contents = if String.isEmpty errorMessage then div [ class "row items-container" ] filteredItems else viewError errorMessage in contents viewItem : List LikedItem -> Item -> Html Msg viewItem likedItems item = let iconset = if List.member ( item.categoryId, item.id ) likedItems then "fas" else "far" in div [ class "col-4 item-panel" ] [ span [ style "display" "inline-blockw" ] [ img [ src item.imageUrl , class "img-fluid" , onClick (ItemClicked item.id) ] [] , span [ class "badge badge-info like-box", onClick (ToggleItemLiked item.id) ] [ i [ class <| iconset ++ " fa-heart" ] [] , text <| " " ++ String.fromInt item.likes ] ] ] viewSelectedItem : Maybe Item -> Html msg viewSelectedItem item = let contents = case item of Nothing -> [] Just detail -> [ div [ class "col-6" ] [ img [ src detail.imageUrl, class "img-fluid" ] [] ] , div [ class "col-6" ] [ h3 [] [ text detail.title ] , hr [] [] , text detail.description , br [] [] , br [] [] , a [ href detail.linkUrl, target "_blank" ] [ text detail.linkUrl ] ] ] in div [ class "row selected-item-container" ] contents viewError : String -> Html Msg viewError error = div [ class "alert alert-danger", attribute "role" "alert" ] [ strong [] [ text error ] ] {--Update-- The `update` function will be called by `Browser.element` each time a message (`Msg`) is received. This update function responds to messages (`Msg`), updating the model and returning commands as needed. --} type Msg = HandleChannelResponse ChannelResponse | HandleLocalStorageResponse LocalStorageResponse | CategoryClicked Int | ItemClicked Int | ToggleItemLiked Int | None update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = case msg of HandleChannelResponse channelResponse -> let { code, response } = channelResponse updatedModel = case ( code, response ) of ( 200, portfolio ) -> { model | portfolio = portfolio , selectedCategoryId = Just <| getSelectedCategoryId model } _ -> model in ( updatedModel, Cmd.none ) HandleLocalStorageResponse channelResponse -> let updatedModel = model in ( updatedModel, Cmd.none ) CategoryClicked categoryId -> let updatedModel = { model | selectedCategoryId = Just categoryId , selectedItemId = Nothing } in ( updatedModel, Cmd.none ) ItemClicked itemId -> let updatedModel = { model | selectedItemId = Just itemId } in ( updatedModel, Cmd.none ) ToggleItemLiked itemId -> let selectedCategoryId = model.selectedCategoryId |> Maybe.withDefault 0 likedItem = ( selectedCategoryId, itemId ) itemIsLiked = model.likedItems |> List.member ( selectedCategoryId, itemId ) ( toggleCmd, updater ) = if itemIsLiked then ( unlikeItemChannelRequest likedItem, removeLikedItem ) else ( likeItemChannelRequest likedItem, addLikedItem ) addLikedItem = ( selectedCategoryId, itemId ) :: model.likedItems removeLikedItem = model.likedItems |> List.filter (\( category, id ) -> not (selectedCategoryId == category && itemId == id) ) updatedModel = case selectedCategoryId of 0 -> model _ -> { model | likedItems = updater } in ( updatedModel , Cmd.batch [ toggleCmd , saveLikesToLocalStorage updatedModel.likedItems ] ) None -> ( model, Cmd.none ) getPortfolioFromChannel = channelEventRequest { event = "get_items", payload = Encode.null } likeItemChannelRequest likedItem = channelEventRequest { event = "like_item" , payload = encodeLikedItem likedItem } unlikeItemChannelRequest likedItem = channelEventRequest { event = "unlike_item" , payload = encodeLikedItem likedItem } saveLikesToLocalStorage likedItems = localStorageRequest { method = "setItem" , key = "likedItems" , value = Just <| encodeLikedItemsForLocalStorage likedItems } -- JSON Decoders portfolioDecoder : Decoder Portfolio portfolioDecoder = Decode.succeed Portfolio |> required "categories" (Decode.list categoryDecoder) |> required "items" (Decode.list itemDecoder) categoryDecoder : Decoder Category categoryDecoder = Decode.succeed Category |> required "id" Decode.int |> required "label" Decode.string itemDecoder : Decoder Item itemDecoder = Decode.succeed Item |> required "id" Decode.int |> required "title" Decode.string |> required "categoryId" Decode.int |> required "imageUrl" Decode.string |> required "linkUrl" Decode.string |> required "description" Decode.string |> required "overlayColor" Decode.string |> required "likes" Decode.int -- JSON Encoders -- encodeLikedItems : List LikedItem -> Encode.Value encodeLikedItems likedItems = Encode.list encodeLikedItem likedItems encodeLikedItem : LikedItem -> Encode.Value encodeLikedItem ( categoryId, itemId ) = Encode.object [ ( "categoryId", Encode.int categoryId ) , ( "itemId", Encode.int itemId ) ] encodeLikedItemsForLocalStorage : List LikedItem -> Encode.Value encodeLikedItemsForLocalStorage likedItems = Encode.list encodeLikedItemForLocalStorage likedItems encodeLikedItemForLocalStorage : LikedItem -> Encode.Value encodeLikedItemForLocalStorage ( categoryId, itemId ) = Encode.list Encode.int [ categoryId, itemId ] -- Helpers -- receiveChannelEventReponse response = HandleChannelResponse response getSelectedCategoryId : Model -> Int getSelectedCategoryId model = model.selectedCategoryId |> Maybe.withDefault (getFirstCategory model) getSelectedItem : Model -> Int -> Maybe Item getSelectedItem { portfolio, selectedItemId } selectedCategoryId = case selectedItemId of Nothing -> Nothing Just id -> portfolio.items |> List.filter (\i -> i.id == id && i.categoryId == selectedCategoryId) |> List.head getFirstCategory { portfolio } = portfolio.categories |> List.head |> Maybe.map .id |> Maybe.withDefault 1 -- Ports -- Generic port for an outbound channel request port channelEventRequest : ChannelRequest -> Cmd msg -- Generic port for an outbound channel response port channelEventResponse : (ChannelResponse -> msg) -> Sub msg -- Generic port for an outbound request to update localStorage port localStorageRequest : LocalStorageRequest -> Cmd msg {--Subscriptions In Elm, using subscriptions is how your application can listen for external input. Some examples are: - Keyboard events - Mouse movements - Browser locations changes - Websocket events In this application, we don't have a need for any active subscriptions so we add in Sub.none --} -- Inbound port messages are handled via `subscriptions` subscriptions _ = Sub.batch [ channelEventResponse receiveChannelEventReponse ] {--Program setup and initialization--} {-- The `main` function is the entry point for our app which means it's the first thing that is run --} main = Browser.element { init = init , view = view , update = update , subscriptions = subscriptions } {--The `init` function is run by `main` upon application startup and allows us to set our app's initial state as well as scheduling any commands we'd like to run after the app starts up. For now, we don't need to run any commands so we'll use Cmd.none here. --} init : List LikedItem -> ( Model, Cmd Msg ) init likedItems = ( initialModel likedItems , getPortfolioFromChannel )

32113

port module Main exposing (Category, Item, Model, Msg(..), Portfolio, categoryDecoder, getPortfolioFromChannel, getSelectedCategoryId, getSelectedItem, init, initialModel, itemDecoder, main, portfolioDecoder, subscriptions, update, view, viewCategoryButton, viewCategoryNavbar, viewError, viewItem, viewItems, viewSelectedItem) import Browser import Html exposing (..) import Html.Attributes exposing (attribute, class, classList, href, src, style, target, type_, width) import Html.Events exposing (onClick) import Http import Json.Decode as Decode exposing (Decoder, Value) import Json.Decode.Pipeline as Pipeline exposing (optional, required) import Json.Encode as Encode import Set {--Model The `initialModel` function initializes our `Model`. This function is called in `init` and outputs a `Model` --} initialModel : List LikedItem -> Model initialModel likedItems = { errorMessage = "" , portfolio = { categories = [] , items = [] } , selectedCategoryId = Nothing , selectedItemId = Nothing , likedItems = likedItems } type alias Model = { errorMessage : String , portfolio : Portfolio , selectedCategoryId : Maybe Int , selectedItemId : Maybe Int , likedItems : List LikedItem } type alias Portfolio = { categories : List Category , items : List Item } type alias Category = { id : Int, label : String } type alias Item = { id : Int , title : String , categoryId : Int , imageUrl : String , linkUrl : String , description : String , overlayColor : String , likes : Int } type alias LikedItem = ( Int, Int ) type alias LocalStorageRequest = { method : String , key : String , value : Maybe Encode.Value } type alias LocalStorageResponse = { method : String , payload : Encode.Value } type alias ChannelRequest = { event : String , payload : Encode.Value } type alias ChannelResponse = { code : Int , response : Portfolio } {--View The function `view` renders an Html element using our application model. Note that the type signature is Model -> Html Msg. This means that this function transforms an argument of `Model` into an `Html` element that, in turn produces messages tagged with `Msg`. We will see this when we introduce some interaction. --} view : Model -> Html Msg view model = let portfolio = model.portfolio selectedCategoryId = getSelectedCategoryId model selectedItem = getSelectedItem model selectedCategoryId in div [ class "container" ] [ div [ class "row" ] [ div [ class "col" ] [ br [] [] ] ] , div [ class "row" ] [ div [ class "col" ] [ h1 [] [ text "Elmfolio" ] ] ] , viewCategoryNavbar portfolio selectedCategoryId , viewSelectedItem selectedItem , viewItems model selectedCategoryId selectedItem ] viewCategoryNavbar : Portfolio -> Int -> Html Msg viewCategoryNavbar { categories } selectedCategoryId = div [ class "row" ] [ div [ class "col" ] [ div [ class "nav-category" ] (List.map (viewCategoryButton selectedCategoryId) categories) ] ] viewCategoryButton : Int -> Category -> Html Msg viewCategoryButton selectedCategoryId category = let categorySelected = selectedCategoryId == category.id buttonsBaseAttrs = [ type_ "button", classes ] buttonOnClick = if categorySelected then [] else [ onClick (CategoryClicked category.id) ] buttonAttrs = buttonsBaseAttrs ++ buttonOnClick classes = classList [ ( "btn btn-category", True ) , ( "btn-primary", categorySelected ) , ( "btn-secondary", not categorySelected ) ] in button buttonAttrs [ text category.label ] viewItems : Model -> Int -> Maybe Item -> Html Msg viewItems { portfolio, errorMessage, likedItems } selectedCategoryId selectedItemId = let filteredItems = portfolio.items |> List.filter (\i -> i.categoryId == selectedCategoryId) |> List.map (viewItem likedItems) contents = if String.isEmpty errorMessage then div [ class "row items-container" ] filteredItems else viewError errorMessage in contents viewItem : List LikedItem -> Item -> Html Msg viewItem likedItems item = let iconset = if List.member ( item.categoryId, item.id ) likedItems then "fas" else "far" in div [ class "col-4 item-panel" ] [ span [ style "display" "inline-blockw" ] [ img [ src item.imageUrl , class "img-fluid" , onClick (ItemClicked item.id) ] [] , span [ class "badge badge-info like-box", onClick (ToggleItemLiked item.id) ] [ i [ class <| iconset ++ " fa-heart" ] [] , text <| " " ++ String.fromInt item.likes ] ] ] viewSelectedItem : Maybe Item -> Html msg viewSelectedItem item = let contents = case item of Nothing -> [] Just detail -> [ div [ class "col-6" ] [ img [ src detail.imageUrl, class "img-fluid" ] [] ] , div [ class "col-6" ] [ h3 [] [ text detail.title ] , hr [] [] , text detail.description , br [] [] , br [] [] , a [ href detail.linkUrl, target "_blank" ] [ text detail.linkUrl ] ] ] in div [ class "row selected-item-container" ] contents viewError : String -> Html Msg viewError error = div [ class "alert alert-danger", attribute "role" "alert" ] [ strong [] [ text error ] ] {--Update-- The `update` function will be called by `Browser.element` each time a message (`Msg`) is received. This update function responds to messages (`Msg`), updating the model and returning commands as needed. --} type Msg = HandleChannelResponse ChannelResponse | HandleLocalStorageResponse LocalStorageResponse | CategoryClicked Int | ItemClicked Int | ToggleItemLiked Int | None update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = case msg of HandleChannelResponse channelResponse -> let { code, response } = channelResponse updatedModel = case ( code, response ) of ( 200, portfolio ) -> { model | portfolio = portfolio , selectedCategoryId = Just <| getSelectedCategoryId model } _ -> model in ( updatedModel, Cmd.none ) HandleLocalStorageResponse channelResponse -> let updatedModel = model in ( updatedModel, Cmd.none ) CategoryClicked categoryId -> let updatedModel = { model | selectedCategoryId = Just categoryId , selectedItemId = Nothing } in ( updatedModel, Cmd.none ) ItemClicked itemId -> let updatedModel = { model | selectedItemId = Just itemId } in ( updatedModel, Cmd.none ) ToggleItemLiked itemId -> let selectedCategoryId = model.selectedCategoryId |> Maybe.withDefault 0 likedItem = ( selectedCategoryId, itemId ) itemIsLiked = model.likedItems |> List.member ( selectedCategoryId, itemId ) ( toggleCmd, updater ) = if itemIsLiked then ( unlikeItemChannelRequest likedItem, removeLikedItem ) else ( likeItemChannelRequest likedItem, addLikedItem ) addLikedItem = ( selectedCategoryId, itemId ) :: model.likedItems removeLikedItem = model.likedItems |> List.filter (\( category, id ) -> not (selectedCategoryId == category && itemId == id) ) updatedModel = case selectedCategoryId of 0 -> model _ -> { model | likedItems = updater } in ( updatedModel , Cmd.batch [ toggleCmd , saveLikesToLocalStorage updatedModel.likedItems ] ) None -> ( model, Cmd.none ) getPortfolioFromChannel = channelEventRequest { event = "get_items", payload = Encode.null } likeItemChannelRequest likedItem = channelEventRequest { event = "like_item" , payload = encodeLikedItem likedItem } unlikeItemChannelRequest likedItem = channelEventRequest { event = "unlike_item" , payload = encodeLikedItem likedItem } saveLikesToLocalStorage likedItems = localStorageRequest { method = "setItem" , key = "<KEY>" , value = Just <| encodeLikedItemsForLocalStorage likedItems } -- JSON Decoders portfolioDecoder : Decoder Portfolio portfolioDecoder = Decode.succeed Portfolio |> required "categories" (Decode.list categoryDecoder) |> required "items" (Decode.list itemDecoder) categoryDecoder : Decoder Category categoryDecoder = Decode.succeed Category |> required "id" Decode.int |> required "label" Decode.string itemDecoder : Decoder Item itemDecoder = Decode.succeed Item |> required "id" Decode.int |> required "title" Decode.string |> required "categoryId" Decode.int |> required "imageUrl" Decode.string |> required "linkUrl" Decode.string |> required "description" Decode.string |> required "overlayColor" Decode.string |> required "likes" Decode.int -- JSON Encoders -- encodeLikedItems : List LikedItem -> Encode.Value encodeLikedItems likedItems = Encode.list encodeLikedItem likedItems encodeLikedItem : LikedItem -> Encode.Value encodeLikedItem ( categoryId, itemId ) = Encode.object [ ( "categoryId", Encode.int categoryId ) , ( "itemId", Encode.int itemId ) ] encodeLikedItemsForLocalStorage : List LikedItem -> Encode.Value encodeLikedItemsForLocalStorage likedItems = Encode.list encodeLikedItemForLocalStorage likedItems encodeLikedItemForLocalStorage : LikedItem -> Encode.Value encodeLikedItemForLocalStorage ( categoryId, itemId ) = Encode.list Encode.int [ categoryId, itemId ] -- Helpers -- receiveChannelEventReponse response = HandleChannelResponse response getSelectedCategoryId : Model -> Int getSelectedCategoryId model = model.selectedCategoryId |> Maybe.withDefault (getFirstCategory model) getSelectedItem : Model -> Int -> Maybe Item getSelectedItem { portfolio, selectedItemId } selectedCategoryId = case selectedItemId of Nothing -> Nothing Just id -> portfolio.items |> List.filter (\i -> i.id == id && i.categoryId == selectedCategoryId) |> List.head getFirstCategory { portfolio } = portfolio.categories |> List.head |> Maybe.map .id |> Maybe.withDefault 1 -- Ports -- Generic port for an outbound channel request port channelEventRequest : ChannelRequest -> Cmd msg -- Generic port for an outbound channel response port channelEventResponse : (ChannelResponse -> msg) -> Sub msg -- Generic port for an outbound request to update localStorage port localStorageRequest : LocalStorageRequest -> Cmd msg {--Subscriptions In Elm, using subscriptions is how your application can listen for external input. Some examples are: - Keyboard events - Mouse movements - Browser locations changes - Websocket events In this application, we don't have a need for any active subscriptions so we add in Sub.none --} -- Inbound port messages are handled via `subscriptions` subscriptions _ = Sub.batch [ channelEventResponse receiveChannelEventReponse ] {--Program setup and initialization--} {-- The `main` function is the entry point for our app which means it's the first thing that is run --} main = Browser.element { init = init , view = view , update = update , subscriptions = subscriptions } {--The `init` function is run by `main` upon application startup and allows us to set our app's initial state as well as scheduling any commands we'd like to run after the app starts up. For now, we don't need to run any commands so we'll use Cmd.none here. --} init : List LikedItem -> ( Model, Cmd Msg ) init likedItems = ( initialModel likedItems , getPortfolioFromChannel )

port module Main exposing (Category, Item, Model, Msg(..), Portfolio, categoryDecoder, getPortfolioFromChannel, getSelectedCategoryId, getSelectedItem, init, initialModel, itemDecoder, main, portfolioDecoder, subscriptions, update, view, viewCategoryButton, viewCategoryNavbar, viewError, viewItem, viewItems, viewSelectedItem) import Browser import Html exposing (..) import Html.Attributes exposing (attribute, class, classList, href, src, style, target, type_, width) import Html.Events exposing (onClick) import Http import Json.Decode as Decode exposing (Decoder, Value) import Json.Decode.Pipeline as Pipeline exposing (optional, required) import Json.Encode as Encode import Set {--Model The `initialModel` function initializes our `Model`. This function is called in `init` and outputs a `Model` --} initialModel : List LikedItem -> Model initialModel likedItems = { errorMessage = "" , portfolio = { categories = [] , items = [] } , selectedCategoryId = Nothing , selectedItemId = Nothing , likedItems = likedItems } type alias Model = { errorMessage : String , portfolio : Portfolio , selectedCategoryId : Maybe Int , selectedItemId : Maybe Int , likedItems : List LikedItem } type alias Portfolio = { categories : List Category , items : List Item } type alias Category = { id : Int, label : String } type alias Item = { id : Int , title : String , categoryId : Int , imageUrl : String , linkUrl : String , description : String , overlayColor : String , likes : Int } type alias LikedItem = ( Int, Int ) type alias LocalStorageRequest = { method : String , key : String , value : Maybe Encode.Value } type alias LocalStorageResponse = { method : String , payload : Encode.Value } type alias ChannelRequest = { event : String , payload : Encode.Value } type alias ChannelResponse = { code : Int , response : Portfolio } {--View The function `view` renders an Html element using our application model. Note that the type signature is Model -> Html Msg. This means that this function transforms an argument of `Model` into an `Html` element that, in turn produces messages tagged with `Msg`. We will see this when we introduce some interaction. --} view : Model -> Html Msg view model = let portfolio = model.portfolio selectedCategoryId = getSelectedCategoryId model selectedItem = getSelectedItem model selectedCategoryId in div [ class "container" ] [ div [ class "row" ] [ div [ class "col" ] [ br [] [] ] ] , div [ class "row" ] [ div [ class "col" ] [ h1 [] [ text "Elmfolio" ] ] ] , viewCategoryNavbar portfolio selectedCategoryId , viewSelectedItem selectedItem , viewItems model selectedCategoryId selectedItem ] viewCategoryNavbar : Portfolio -> Int -> Html Msg viewCategoryNavbar { categories } selectedCategoryId = div [ class "row" ] [ div [ class "col" ] [ div [ class "nav-category" ] (List.map (viewCategoryButton selectedCategoryId) categories) ] ] viewCategoryButton : Int -> Category -> Html Msg viewCategoryButton selectedCategoryId category = let categorySelected = selectedCategoryId == category.id buttonsBaseAttrs = [ type_ "button", classes ] buttonOnClick = if categorySelected then [] else [ onClick (CategoryClicked category.id) ] buttonAttrs = buttonsBaseAttrs ++ buttonOnClick classes = classList [ ( "btn btn-category", True ) , ( "btn-primary", categorySelected ) , ( "btn-secondary", not categorySelected ) ] in button buttonAttrs [ text category.label ] viewItems : Model -> Int -> Maybe Item -> Html Msg viewItems { portfolio, errorMessage, likedItems } selectedCategoryId selectedItemId = let filteredItems = portfolio.items |> List.filter (\i -> i.categoryId == selectedCategoryId) |> List.map (viewItem likedItems) contents = if String.isEmpty errorMessage then div [ class "row items-container" ] filteredItems else viewError errorMessage in contents viewItem : List LikedItem -> Item -> Html Msg viewItem likedItems item = let iconset = if List.member ( item.categoryId, item.id ) likedItems then "fas" else "far" in div [ class "col-4 item-panel" ] [ span [ style "display" "inline-blockw" ] [ img [ src item.imageUrl , class "img-fluid" , onClick (ItemClicked item.id) ] [] , span [ class "badge badge-info like-box", onClick (ToggleItemLiked item.id) ] [ i [ class <| iconset ++ " fa-heart" ] [] , text <| " " ++ String.fromInt item.likes ] ] ] viewSelectedItem : Maybe Item -> Html msg viewSelectedItem item = let contents = case item of Nothing -> [] Just detail -> [ div [ class "col-6" ] [ img [ src detail.imageUrl, class "img-fluid" ] [] ] , div [ class "col-6" ] [ h3 [] [ text detail.title ] , hr [] [] , text detail.description , br [] [] , br [] [] , a [ href detail.linkUrl, target "_blank" ] [ text detail.linkUrl ] ] ] in div [ class "row selected-item-container" ] contents viewError : String -> Html Msg viewError error = div [ class "alert alert-danger", attribute "role" "alert" ] [ strong [] [ text error ] ] {--Update-- The `update` function will be called by `Browser.element` each time a message (`Msg`) is received. This update function responds to messages (`Msg`), updating the model and returning commands as needed. --} type Msg = HandleChannelResponse ChannelResponse | HandleLocalStorageResponse LocalStorageResponse | CategoryClicked Int | ItemClicked Int | ToggleItemLiked Int | None update : Msg -> Model -> ( Model, Cmd Msg ) update msg model = case msg of HandleChannelResponse channelResponse -> let { code, response } = channelResponse updatedModel = case ( code, response ) of ( 200, portfolio ) -> { model | portfolio = portfolio , selectedCategoryId = Just <| getSelectedCategoryId model } _ -> model in ( updatedModel, Cmd.none ) HandleLocalStorageResponse channelResponse -> let updatedModel = model in ( updatedModel, Cmd.none ) CategoryClicked categoryId -> let updatedModel = { model | selectedCategoryId = Just categoryId , selectedItemId = Nothing } in ( updatedModel, Cmd.none ) ItemClicked itemId -> let updatedModel = { model | selectedItemId = Just itemId } in ( updatedModel, Cmd.none ) ToggleItemLiked itemId -> let selectedCategoryId = model.selectedCategoryId |> Maybe.withDefault 0 likedItem = ( selectedCategoryId, itemId ) itemIsLiked = model.likedItems |> List.member ( selectedCategoryId, itemId ) ( toggleCmd, updater ) = if itemIsLiked then ( unlikeItemChannelRequest likedItem, removeLikedItem ) else ( likeItemChannelRequest likedItem, addLikedItem ) addLikedItem = ( selectedCategoryId, itemId ) :: model.likedItems removeLikedItem = model.likedItems |> List.filter (\( category, id ) -> not (selectedCategoryId == category && itemId == id) ) updatedModel = case selectedCategoryId of 0 -> model _ -> { model | likedItems = updater } in ( updatedModel , Cmd.batch [ toggleCmd , saveLikesToLocalStorage updatedModel.likedItems ] ) None -> ( model, Cmd.none ) getPortfolioFromChannel = channelEventRequest { event = "get_items", payload = Encode.null } likeItemChannelRequest likedItem = channelEventRequest { event = "like_item" , payload = encodeLikedItem likedItem } unlikeItemChannelRequest likedItem = channelEventRequest { event = "unlike_item" , payload = encodeLikedItem likedItem } saveLikesToLocalStorage likedItems = localStorageRequest { method = "setItem" , key = "PI:KEY:<KEY>END_PI" , value = Just <| encodeLikedItemsForLocalStorage likedItems } -- JSON Decoders portfolioDecoder : Decoder Portfolio portfolioDecoder = Decode.succeed Portfolio |> required "categories" (Decode.list categoryDecoder) |> required "items" (Decode.list itemDecoder) categoryDecoder : Decoder Category categoryDecoder = Decode.succeed Category |> required "id" Decode.int |> required "label" Decode.string itemDecoder : Decoder Item itemDecoder = Decode.succeed Item |> required "id" Decode.int |> required "title" Decode.string |> required "categoryId" Decode.int |> required "imageUrl" Decode.string |> required "linkUrl" Decode.string |> required "description" Decode.string |> required "overlayColor" Decode.string |> required "likes" Decode.int -- JSON Encoders -- encodeLikedItems : List LikedItem -> Encode.Value encodeLikedItems likedItems = Encode.list encodeLikedItem likedItems encodeLikedItem : LikedItem -> Encode.Value encodeLikedItem ( categoryId, itemId ) = Encode.object [ ( "categoryId", Encode.int categoryId ) , ( "itemId", Encode.int itemId ) ] encodeLikedItemsForLocalStorage : List LikedItem -> Encode.Value encodeLikedItemsForLocalStorage likedItems = Encode.list encodeLikedItemForLocalStorage likedItems encodeLikedItemForLocalStorage : LikedItem -> Encode.Value encodeLikedItemForLocalStorage ( categoryId, itemId ) = Encode.list Encode.int [ categoryId, itemId ] -- Helpers -- receiveChannelEventReponse response = HandleChannelResponse response getSelectedCategoryId : Model -> Int getSelectedCategoryId model = model.selectedCategoryId |> Maybe.withDefault (getFirstCategory model) getSelectedItem : Model -> Int -> Maybe Item getSelectedItem { portfolio, selectedItemId } selectedCategoryId = case selectedItemId of Nothing -> Nothing Just id -> portfolio.items |> List.filter (\i -> i.id == id && i.categoryId == selectedCategoryId) |> List.head getFirstCategory { portfolio } = portfolio.categories |> List.head |> Maybe.map .id |> Maybe.withDefault 1 -- Ports -- Generic port for an outbound channel request port channelEventRequest : ChannelRequest -> Cmd msg -- Generic port for an outbound channel response port channelEventResponse : (ChannelResponse -> msg) -> Sub msg -- Generic port for an outbound request to update localStorage port localStorageRequest : LocalStorageRequest -> Cmd msg {--Subscriptions In Elm, using subscriptions is how your application can listen for external input. Some examples are: - Keyboard events - Mouse movements - Browser locations changes - Websocket events In this application, we don't have a need for any active subscriptions so we add in Sub.none --} -- Inbound port messages are handled via `subscriptions` subscriptions _ = Sub.batch [ channelEventResponse receiveChannelEventReponse ] {--Program setup and initialization--} {-- The `main` function is the entry point for our app which means it's the first thing that is run --} main = Browser.element { init = init , view = view , update = update , subscriptions = subscriptions } {--The `init` function is run by `main` upon application startup and allows us to set our app's initial state as well as scheduling any commands we'd like to run after the app starts up. For now, we don't need to run any commands so we'll use Cmd.none here. --} init : List LikedItem -> ( Model, Cmd Msg ) init likedItems = ( initialModel likedItems , getPortfolioFromChannel )

elm

src/Contents.elm

meilab/johnny-art

module Contents exposing (..) import Authors import Date.Extra exposing (fromCalendarDate) import Date exposing (Month(..)) import Types exposing (Hero, Content, ContentType(..)) import RemoteData exposing (RemoteData) import Routing exposing (Route(..)) home : Content home = { slug = "/" , route = HomeRoute , contentType = Page , name = "index" , title = "Johnny-Art" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "images/hero/cover1.jpg" "" "" } about : Content about = { slug = "/about" , route = AboutRoute , contentType = Page , name = "about" , title = "About Johnny art center" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "images/hero/about.jpg" "" "" } join : Content join = { slug = "/join" , route = JoinRoute , contentType = Page , name = "join" , title = "Join" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "images/hero/cover1.jpg" "" "" } courselist : Content courselist = { slug = "courselist" , route = CoursesRoute , contentType = Page , name = "courselist" , title = "Courses" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "images/hero/courses.jpg" "" "" } teacherList : Content teacherList = { slug = "teacherlist" , route = TeachersRoute , contentType = AuthorPage , name = "teacherlist" , title = "Teachers" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "images/hero/teachers.jpg" "" "" } notFoundContent : Content notFoundContent = { slug = "notfound" , route = NotFoundRoute , contentType = Page , name = "not-found" , title = "Couldn't find content" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "images/hero/cover1.jpg" "" "" } notFound404 : Content notFound404 = { slug = "404" , route = NotFoundRoute , contentType = Page , name = "404" , title = "You Are lost" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "images/hero/cover1.jpg" "" "" } pages : List Content pages = [ home , about , join , courselist , teacherList , notFoundContent , notFound404 ] helloWorld : Content helloWorld = { slug = "/hello-world" , route = PostDetailRoute "hello-world" , title = "Hello World" , name = "hello-world" , publishedDate = fromCalendarDate 2017 Sep 25 , author = Authors.wy , markdown = RemoteData.NotAsked , contentType = Post , preview = "Hello World in Elm" , hero = Hero "images/hero/cover1.jpg" "" "" } posts : List Content posts = [ helloWorld ] ww : Content ww = { slug = "teacher/ww" , route = TeacherDetailRoute "ww" , contentType = Page , name = "ww" , title = "Wu Wei" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/ww.jpg" "" "" } cyh : Content cyh = { slug = "teacher/cyh" , route = TeacherDetailRoute "cyh" , contentType = Page , name = "cyh" , title = "Chen Yinghao" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/ww.jpg" "" "" } xw : Content xw = { slug = "teacher/xw" , route = TeacherDetailRoute "xw" , contentType = Page , name = "xw" , title = "Xiao Wen" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/ww.jpg" "" "" } zj : Content zj = { slug = "teacher/zj" , route = TeacherDetailRoute "zj" , contentType = Page , name = "zj" , title = "Zhang Jing" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/ww.jpg" "" "" } zy : Content zy = { slug = "teacher/zy" , route = TeacherDetailRoute "zy" , contentType = Page , name = "zy" , title = "Zou Yang" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/ww.jpg" "" "" } lky : Content lky = { slug = "teacher/lky" , route = TeacherDetailRoute "lky" , contentType = Page , name = "lky" , title = "Lai Kongyi" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/ww.jpg" "" "" } teachers : List Content teachers = [ ww, cyh, xw, zj, zy, lky ] lj : Content lj = { slug = "teacher/lj" , route = TeacherDetailRoute "lj" , contentType = Page , name = "lj" , title = "Ling Jiang" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/ww.jpg" "" "" } zz : Content zz = { slug = "teacher/zz" , route = TeacherDetailRoute "zz" , contentType = Page , name = "zz" , title = "Zhou Zheng" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/ww.jpg" "" "" } yxz : Content yxz = { slug = "teacher/yxz" , route = TeacherDetailRoute "yxz" , contentType = Page , name = "yxz" , title = "Ye Xiaozhou" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/ww.jpg" "" "" } consultants : List Content consultants = [ lj, zz, yxz ] xiaoshengchu : Content xiaoshengchu = { slug = "course/xiaoshengchu" , route = CourseDetailRoute "xiaoshengchu" , contentType = Page , name = "xiaoshengchu" , title = "Xiao Shengchu" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/xiaoshengchu.jpg" "" "" } xiaozhuchi : Content xiaozhuchi = { slug = "course/xiaozhuchi" , route = CourseDetailRoute "xiaozhuchi" , contentType = Page , name = "xiaozhuchi" , title = "Xiao Zhuchi" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/xiaozhuchi.jpg" "" "" } yikao : Content yikao = { slug = "course/yikao" , route = CourseDetailRoute "yikao" , contentType = Page , name = "yikao" , title = "Yi Kao" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/yikao.jpg" "" "" } courses : List Content courses = [ xiaoshengchu, xiaozhuchi, yikao ]

37000

module Contents exposing (..) import Authors import Date.Extra exposing (fromCalendarDate) import Date exposing (Month(..)) import Types exposing (Hero, Content, ContentType(..)) import RemoteData exposing (RemoteData) import Routing exposing (Route(..)) home : Content home = { slug = "/" , route = HomeRoute , contentType = Page , name = "index" , title = "Johnny-Art" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "images/hero/cover1.jpg" "" "" } about : Content about = { slug = "/about" , route = AboutRoute , contentType = Page , name = "about" , title = "About Johnny art center" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "images/hero/about.jpg" "" "" } join : Content join = { slug = "/join" , route = JoinRoute , contentType = Page , name = "join" , title = "Join" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "images/hero/cover1.jpg" "" "" } courselist : Content courselist = { slug = "courselist" , route = CoursesRoute , contentType = Page , name = "courselist" , title = "Courses" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "images/hero/courses.jpg" "" "" } teacherList : Content teacherList = { slug = "teacherlist" , route = TeachersRoute , contentType = AuthorPage , name = "teacherlist" , title = "Teachers" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "images/hero/teachers.jpg" "" "" } notFoundContent : Content notFoundContent = { slug = "notfound" , route = NotFoundRoute , contentType = Page , name = "not-found" , title = "Couldn't find content" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "images/hero/cover1.jpg" "" "" } notFound404 : Content notFound404 = { slug = "404" , route = NotFoundRoute , contentType = Page , name = "404" , title = "You Are lost" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "images/hero/cover1.jpg" "" "" } pages : List Content pages = [ home , about , join , courselist , teacherList , notFoundContent , notFound404 ] helloWorld : Content helloWorld = { slug = "/hello-world" , route = PostDetailRoute "hello-world" , title = "Hello World" , name = "hello-world" , publishedDate = fromCalendarDate 2017 Sep 25 , author = Authors.wy , markdown = RemoteData.NotAsked , contentType = Post , preview = "Hello World in Elm" , hero = Hero "images/hero/cover1.jpg" "" "" } posts : List Content posts = [ helloWorld ] ww : Content ww = { slug = "teacher/ww" , route = TeacherDetailRoute "ww" , contentType = Page , name = "ww" , title = "Wu Wei" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/ww.jpg" "" "" } cyh : Content cyh = { slug = "teacher/cyh" , route = TeacherDetailRoute "cyh" , contentType = Page , name = "cyh" , title = "<NAME>" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/ww.jpg" "" "" } xw : Content xw = { slug = "teacher/xw" , route = TeacherDetailRoute "xw" , contentType = Page , name = "xw" , title = "<NAME>" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/ww.jpg" "" "" } zj : Content zj = { slug = "teacher/zj" , route = TeacherDetailRoute "zj" , contentType = Page , name = "zj" , title = "<NAME>" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/ww.jpg" "" "" } zy : Content zy = { slug = "teacher/zy" , route = TeacherDetailRoute "zy" , contentType = Page , name = "zy" , title = "<NAME>" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/ww.jpg" "" "" } lky : Content lky = { slug = "teacher/lky" , route = TeacherDetailRoute "lky" , contentType = Page , name = "lky" , title = "<NAME>" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/ww.jpg" "" "" } teachers : List Content teachers = [ ww, cyh, xw, zj, zy, lky ] lj : Content lj = { slug = "teacher/lj" , route = TeacherDetailRoute "lj" , contentType = Page , name = "lj" , title = "<NAME>" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/ww.jpg" "" "" } zz : Content zz = { slug = "teacher/zz" , route = TeacherDetailRoute "zz" , contentType = Page , name = "zz" , title = "<NAME>" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/ww.jpg" "" "" } yxz : Content yxz = { slug = "teacher/yxz" , route = TeacherDetailRoute "yxz" , contentType = Page , name = "yxz" , title = "Ye Xiaozhou" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/ww.jpg" "" "" } consultants : List Content consultants = [ lj, zz, yxz ] xiaoshengchu : Content xiaoshengchu = { slug = "course/xiaoshengchu" , route = CourseDetailRoute "xiaoshengchu" , contentType = Page , name = "xiaoshengchu" , title = "Xiao Shengchu" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/xiaoshengchu.jpg" "" "" } xiaozhuchi : Content xiaozhuchi = { slug = "course/xiaozhuchi" , route = CourseDetailRoute "xiaozhuchi" , contentType = Page , name = "xiaozhuchi" , title = "Xiao Zhuchi" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/xiaozhuchi.jpg" "" "" } yikao : Content yikao = { slug = "course/yikao" , route = CourseDetailRoute "yikao" , contentType = Page , name = "yikao" , title = "Yi Kao" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/yikao.jpg" "" "" } courses : List Content courses = [ xiaoshengchu, xiaozhuchi, yikao ]

module Contents exposing (..) import Authors import Date.Extra exposing (fromCalendarDate) import Date exposing (Month(..)) import Types exposing (Hero, Content, ContentType(..)) import RemoteData exposing (RemoteData) import Routing exposing (Route(..)) home : Content home = { slug = "/" , route = HomeRoute , contentType = Page , name = "index" , title = "Johnny-Art" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "images/hero/cover1.jpg" "" "" } about : Content about = { slug = "/about" , route = AboutRoute , contentType = Page , name = "about" , title = "About Johnny art center" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "images/hero/about.jpg" "" "" } join : Content join = { slug = "/join" , route = JoinRoute , contentType = Page , name = "join" , title = "Join" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "images/hero/cover1.jpg" "" "" } courselist : Content courselist = { slug = "courselist" , route = CoursesRoute , contentType = Page , name = "courselist" , title = "Courses" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "images/hero/courses.jpg" "" "" } teacherList : Content teacherList = { slug = "teacherlist" , route = TeachersRoute , contentType = AuthorPage , name = "teacherlist" , title = "Teachers" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "images/hero/teachers.jpg" "" "" } notFoundContent : Content notFoundContent = { slug = "notfound" , route = NotFoundRoute , contentType = Page , name = "not-found" , title = "Couldn't find content" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "images/hero/cover1.jpg" "" "" } notFound404 : Content notFound404 = { slug = "404" , route = NotFoundRoute , contentType = Page , name = "404" , title = "You Are lost" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "images/hero/cover1.jpg" "" "" } pages : List Content pages = [ home , about , join , courselist , teacherList , notFoundContent , notFound404 ] helloWorld : Content helloWorld = { slug = "/hello-world" , route = PostDetailRoute "hello-world" , title = "Hello World" , name = "hello-world" , publishedDate = fromCalendarDate 2017 Sep 25 , author = Authors.wy , markdown = RemoteData.NotAsked , contentType = Post , preview = "Hello World in Elm" , hero = Hero "images/hero/cover1.jpg" "" "" } posts : List Content posts = [ helloWorld ] ww : Content ww = { slug = "teacher/ww" , route = TeacherDetailRoute "ww" , contentType = Page , name = "ww" , title = "Wu Wei" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/ww.jpg" "" "" } cyh : Content cyh = { slug = "teacher/cyh" , route = TeacherDetailRoute "cyh" , contentType = Page , name = "cyh" , title = "PI:NAME:<NAME>END_PI" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/ww.jpg" "" "" } xw : Content xw = { slug = "teacher/xw" , route = TeacherDetailRoute "xw" , contentType = Page , name = "xw" , title = "PI:NAME:<NAME>END_PI" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/ww.jpg" "" "" } zj : Content zj = { slug = "teacher/zj" , route = TeacherDetailRoute "zj" , contentType = Page , name = "zj" , title = "PI:NAME:<NAME>END_PI" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/ww.jpg" "" "" } zy : Content zy = { slug = "teacher/zy" , route = TeacherDetailRoute "zy" , contentType = Page , name = "zy" , title = "PI:NAME:<NAME>END_PI" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/ww.jpg" "" "" } lky : Content lky = { slug = "teacher/lky" , route = TeacherDetailRoute "lky" , contentType = Page , name = "lky" , title = "PI:NAME:<NAME>END_PI" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/ww.jpg" "" "" } teachers : List Content teachers = [ ww, cyh, xw, zj, zy, lky ] lj : Content lj = { slug = "teacher/lj" , route = TeacherDetailRoute "lj" , contentType = Page , name = "lj" , title = "PI:NAME:<NAME>END_PI" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/ww.jpg" "" "" } zz : Content zz = { slug = "teacher/zz" , route = TeacherDetailRoute "zz" , contentType = Page , name = "zz" , title = "PI:NAME:<NAME>END_PI" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/ww.jpg" "" "" } yxz : Content yxz = { slug = "teacher/yxz" , route = TeacherDetailRoute "yxz" , contentType = Page , name = "yxz" , title = "Ye Xiaozhou" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/ww.jpg" "" "" } consultants : List Content consultants = [ lj, zz, yxz ] xiaoshengchu : Content xiaoshengchu = { slug = "course/xiaoshengchu" , route = CourseDetailRoute "xiaoshengchu" , contentType = Page , name = "xiaoshengchu" , title = "Xiao Shengchu" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/xiaoshengchu.jpg" "" "" } xiaozhuchi : Content xiaozhuchi = { slug = "course/xiaozhuchi" , route = CourseDetailRoute "xiaozhuchi" , contentType = Page , name = "xiaozhuchi" , title = "Xiao Zhuchi" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/xiaozhuchi.jpg" "" "" } yikao : Content yikao = { slug = "course/yikao" , route = CourseDetailRoute "yikao" , contentType = Page , name = "yikao" , title = "Yi Kao" , publishedDate = fromCalendarDate 2018 Jun 15 , author = Authors.wy , markdown = RemoteData.NotAsked , preview = "" , hero = Hero "/images/hero/yikao.jpg" "" "" } courses : List Content courses = [ xiaoshengchu, xiaozhuchi, yikao ]

elm

src/View/Automata/NonDeterministic.elm

NeoVier/LFC01

{- View/Automata/NonDeterministic.elm Author: Henrique da Cunha Buss Creation: October/2020 This file contains functions to view non deterministic automata -} module View.Automata.NonDeterministic exposing (viewAFND) import Html exposing (..) import Html.Attributes exposing (..) import Html.Events exposing (..) import Models.Alphabet as Alphabet import Models.Automata as Automata import Models.Models as Models import Models.State as State import Models.Transition as Transition import Types.Types as Types import Utils.Utils as Utils import View.Automata.Common as VC import View.Styles exposing (..) {- Given an AFND, return a table that represents it -} viewAFND : Automata.AFND -> Html Types.Msg viewAFND afnd = table tableStyles (VC.viewAutomataHeader (Alphabet.NonDeterministic afnd.alphabet) :: getAutomatonRows afnd ) {- Given an AFND, return a list of rows that represent the states and transitions -} getAutomatonRows : Automata.AFND -> List (Html Types.Msg) getAutomatonRows afnd = List.map (\state -> getStateRow afnd state) afnd.states {- Given an AFND and a State, return the row that represents the State -} getStateRow : Automata.AFND -> State.State -> Html Types.Msg getStateRow afnd prevState = let isInitial = prevState == afnd.initialState isFinal = List.member prevState afnd.finalStates prefix = if isInitial && isFinal then "->*" else if isInitial then "->" else if isFinal then "*" else "" prefixSelect = select [ onInput (\new -> case new of "->*" -> { afnd | initialState = prevState , finalStates = afnd.finalStates ++ [ prevState ] |> Utils.removeDuplicates } |> afndToGeneral |> Types.UpdateCurrent "->" -> { afnd | initialState = prevState , finalStates = List.filter ((/=) prevState) afnd.finalStates } |> afndToGeneral |> Types.UpdateCurrent "*" -> { afnd | finalStates = afnd.finalStates ++ [ prevState ] |> Utils.removeDuplicates } |> afndToGeneral |> Types.UpdateCurrent _ -> { afnd | finalStates = List.filter ((/=) prevState) afnd.finalStates } |> afndToGeneral |> Types.UpdateCurrent ) ] (List.map (\t -> option [ value t, selected (t == prefix) ] [ text t ] ) (if prevState == afnd.initialState then [ "->*", "->" ] else [ "->*", "->", "*", "" ] ) ) transitions = Utils.getFlatOutTransitionsNonDeterministic afnd prevState |> Utils.sortTransitionsNonDeterministic |> Utils.swapFirstAndLast in tr tableRowStyles (td tableItemStyles [ button [ disabled isInitial , onClick ({ afnd | states = List.filter ((/=) prevState) afnd.states , finalStates = List.filter ((/=) prevState) afnd.finalStates , transitions = List.filterMap (\transition -> if List.member prevState transition.nextStates then Just { transition | nextStates = case transition.nextStates |> List.filter ((/=) prevState) of [] -> [ State.Dead ] a -> a } else if transition.prevState == prevState then Nothing else Just transition ) afnd.transitions } |> afndToGeneral |> Types.UpdateCurrent ) ] [ text "Remover estado" ] ] :: td tableItemStyles [ prefixSelect , text <| stateToString prevState ] :: List.map (\transition -> viewFlatNonDeterministicTransition transition afnd |> td tableItemStyles ) transitions ) {- Helper function to convert the nextState of a Transition to a String -} viewFlatNonDeterministicTransition : Transition.NonDeterministicTransition -> Automata.AFND -> List (Html Types.Msg) viewFlatNonDeterministicTransition transition afnd = List.map (\state -> select [ onInput (\new -> { afnd | transitions = Utils.replaceBy transition { transition | nextStates = case Utils.replaceBy state (stringToState new) transition.nextStates |> Utils.removeDuplicates |> List.filter ((/=) State.Dead) of [] -> [ State.Dead ] a -> a } afnd.transitions } |> afndToGeneral |> Types.UpdateCurrent ) ] (List.filterMap (\s -> if List.member s transition.nextStates && s /= state then Nothing else Just <| option [ value (stateToString s) , selected (s == state) ] [ text (stateToString s) ] ) (afnd.states ++ [ State.Dead ]) ) ) transition.nextStates ++ [ select [ onInput (\new -> { afnd | transitions = Utils.replaceBy transition { transition | nextStates = transition.nextStates ++ [ stringToState new ] |> List.filter ((/=) State.Dead) } afnd.transitions } |> afndToGeneral |> Types.UpdateCurrent ) ] (option [ value "+", selected True ] [ text "+" ] :: List.filterMap (\state -> if List.member state transition.nextStates then Nothing else Just <| option [ value (stateToString state) ] [ text (stateToString state) ] ) afnd.states ) ] {- Turn an AFND into a general model -} afndToGeneral : Automata.AFND -> Models.General afndToGeneral = Automata.FiniteNonDeterministic >> Models.Automaton {- Turn a list of states into a string -} statesToString : List State.State -> String statesToString states = case states of [ State.Dead ] -> "-" _ -> List.filter (\state -> state /= State.Dead) states |> List.map stateToString |> String.join ", " {- Turn a state into a string -} stateToString : State.State -> String stateToString state = case state of State.Dead -> "-" State.Valid label -> label {- Read a string into a state -} stringToState : String -> State.State stringToState label = if label == "-" then State.Dead else State.Valid label

22838

{- View/Automata/NonDeterministic.elm Author: <NAME> Creation: October/2020 This file contains functions to view non deterministic automata -} module View.Automata.NonDeterministic exposing (viewAFND) import Html exposing (..) import Html.Attributes exposing (..) import Html.Events exposing (..) import Models.Alphabet as Alphabet import Models.Automata as Automata import Models.Models as Models import Models.State as State import Models.Transition as Transition import Types.Types as Types import Utils.Utils as Utils import View.Automata.Common as VC import View.Styles exposing (..) {- Given an AFND, return a table that represents it -} viewAFND : Automata.AFND -> Html Types.Msg viewAFND afnd = table tableStyles (VC.viewAutomataHeader (Alphabet.NonDeterministic afnd.alphabet) :: getAutomatonRows afnd ) {- Given an AFND, return a list of rows that represent the states and transitions -} getAutomatonRows : Automata.AFND -> List (Html Types.Msg) getAutomatonRows afnd = List.map (\state -> getStateRow afnd state) afnd.states {- Given an AFND and a State, return the row that represents the State -} getStateRow : Automata.AFND -> State.State -> Html Types.Msg getStateRow afnd prevState = let isInitial = prevState == afnd.initialState isFinal = List.member prevState afnd.finalStates prefix = if isInitial && isFinal then "->*" else if isInitial then "->" else if isFinal then "*" else "" prefixSelect = select [ onInput (\new -> case new of "->*" -> { afnd | initialState = prevState , finalStates = afnd.finalStates ++ [ prevState ] |> Utils.removeDuplicates } |> afndToGeneral |> Types.UpdateCurrent "->" -> { afnd | initialState = prevState , finalStates = List.filter ((/=) prevState) afnd.finalStates } |> afndToGeneral |> Types.UpdateCurrent "*" -> { afnd | finalStates = afnd.finalStates ++ [ prevState ] |> Utils.removeDuplicates } |> afndToGeneral |> Types.UpdateCurrent _ -> { afnd | finalStates = List.filter ((/=) prevState) afnd.finalStates } |> afndToGeneral |> Types.UpdateCurrent ) ] (List.map (\t -> option [ value t, selected (t == prefix) ] [ text t ] ) (if prevState == afnd.initialState then [ "->*", "->" ] else [ "->*", "->", "*", "" ] ) ) transitions = Utils.getFlatOutTransitionsNonDeterministic afnd prevState |> Utils.sortTransitionsNonDeterministic |> Utils.swapFirstAndLast in tr tableRowStyles (td tableItemStyles [ button [ disabled isInitial , onClick ({ afnd | states = List.filter ((/=) prevState) afnd.states , finalStates = List.filter ((/=) prevState) afnd.finalStates , transitions = List.filterMap (\transition -> if List.member prevState transition.nextStates then Just { transition | nextStates = case transition.nextStates |> List.filter ((/=) prevState) of [] -> [ State.Dead ] a -> a } else if transition.prevState == prevState then Nothing else Just transition ) afnd.transitions } |> afndToGeneral |> Types.UpdateCurrent ) ] [ text "Remover estado" ] ] :: td tableItemStyles [ prefixSelect , text <| stateToString prevState ] :: List.map (\transition -> viewFlatNonDeterministicTransition transition afnd |> td tableItemStyles ) transitions ) {- Helper function to convert the nextState of a Transition to a String -} viewFlatNonDeterministicTransition : Transition.NonDeterministicTransition -> Automata.AFND -> List (Html Types.Msg) viewFlatNonDeterministicTransition transition afnd = List.map (\state -> select [ onInput (\new -> { afnd | transitions = Utils.replaceBy transition { transition | nextStates = case Utils.replaceBy state (stringToState new) transition.nextStates |> Utils.removeDuplicates |> List.filter ((/=) State.Dead) of [] -> [ State.Dead ] a -> a } afnd.transitions } |> afndToGeneral |> Types.UpdateCurrent ) ] (List.filterMap (\s -> if List.member s transition.nextStates && s /= state then Nothing else Just <| option [ value (stateToString s) , selected (s == state) ] [ text (stateToString s) ] ) (afnd.states ++ [ State.Dead ]) ) ) transition.nextStates ++ [ select [ onInput (\new -> { afnd | transitions = Utils.replaceBy transition { transition | nextStates = transition.nextStates ++ [ stringToState new ] |> List.filter ((/=) State.Dead) } afnd.transitions } |> afndToGeneral |> Types.UpdateCurrent ) ] (option [ value "+", selected True ] [ text "+" ] :: List.filterMap (\state -> if List.member state transition.nextStates then Nothing else Just <| option [ value (stateToString state) ] [ text (stateToString state) ] ) afnd.states ) ] {- Turn an AFND into a general model -} afndToGeneral : Automata.AFND -> Models.General afndToGeneral = Automata.FiniteNonDeterministic >> Models.Automaton {- Turn a list of states into a string -} statesToString : List State.State -> String statesToString states = case states of [ State.Dead ] -> "-" _ -> List.filter (\state -> state /= State.Dead) states |> List.map stateToString |> String.join ", " {- Turn a state into a string -} stateToString : State.State -> String stateToString state = case state of State.Dead -> "-" State.Valid label -> label {- Read a string into a state -} stringToState : String -> State.State stringToState label = if label == "-" then State.Dead else State.Valid label

{- View/Automata/NonDeterministic.elm Author: PI:NAME:<NAME>END_PI Creation: October/2020 This file contains functions to view non deterministic automata -} module View.Automata.NonDeterministic exposing (viewAFND) import Html exposing (..) import Html.Attributes exposing (..) import Html.Events exposing (..) import Models.Alphabet as Alphabet import Models.Automata as Automata import Models.Models as Models import Models.State as State import Models.Transition as Transition import Types.Types as Types import Utils.Utils as Utils import View.Automata.Common as VC import View.Styles exposing (..) {- Given an AFND, return a table that represents it -} viewAFND : Automata.AFND -> Html Types.Msg viewAFND afnd = table tableStyles (VC.viewAutomataHeader (Alphabet.NonDeterministic afnd.alphabet) :: getAutomatonRows afnd ) {- Given an AFND, return a list of rows that represent the states and transitions -} getAutomatonRows : Automata.AFND -> List (Html Types.Msg) getAutomatonRows afnd = List.map (\state -> getStateRow afnd state) afnd.states {- Given an AFND and a State, return the row that represents the State -} getStateRow : Automata.AFND -> State.State -> Html Types.Msg getStateRow afnd prevState = let isInitial = prevState == afnd.initialState isFinal = List.member prevState afnd.finalStates prefix = if isInitial && isFinal then "->*" else if isInitial then "->" else if isFinal then "*" else "" prefixSelect = select [ onInput (\new -> case new of "->*" -> { afnd | initialState = prevState , finalStates = afnd.finalStates ++ [ prevState ] |> Utils.removeDuplicates } |> afndToGeneral |> Types.UpdateCurrent "->" -> { afnd | initialState = prevState , finalStates = List.filter ((/=) prevState) afnd.finalStates } |> afndToGeneral |> Types.UpdateCurrent "*" -> { afnd | finalStates = afnd.finalStates ++ [ prevState ] |> Utils.removeDuplicates } |> afndToGeneral |> Types.UpdateCurrent _ -> { afnd | finalStates = List.filter ((/=) prevState) afnd.finalStates } |> afndToGeneral |> Types.UpdateCurrent ) ] (List.map (\t -> option [ value t, selected (t == prefix) ] [ text t ] ) (if prevState == afnd.initialState then [ "->*", "->" ] else [ "->*", "->", "*", "" ] ) ) transitions = Utils.getFlatOutTransitionsNonDeterministic afnd prevState |> Utils.sortTransitionsNonDeterministic |> Utils.swapFirstAndLast in tr tableRowStyles (td tableItemStyles [ button [ disabled isInitial , onClick ({ afnd | states = List.filter ((/=) prevState) afnd.states , finalStates = List.filter ((/=) prevState) afnd.finalStates , transitions = List.filterMap (\transition -> if List.member prevState transition.nextStates then Just { transition | nextStates = case transition.nextStates |> List.filter ((/=) prevState) of [] -> [ State.Dead ] a -> a } else if transition.prevState == prevState then Nothing else Just transition ) afnd.transitions } |> afndToGeneral |> Types.UpdateCurrent ) ] [ text "Remover estado" ] ] :: td tableItemStyles [ prefixSelect , text <| stateToString prevState ] :: List.map (\transition -> viewFlatNonDeterministicTransition transition afnd |> td tableItemStyles ) transitions ) {- Helper function to convert the nextState of a Transition to a String -} viewFlatNonDeterministicTransition : Transition.NonDeterministicTransition -> Automata.AFND -> List (Html Types.Msg) viewFlatNonDeterministicTransition transition afnd = List.map (\state -> select [ onInput (\new -> { afnd | transitions = Utils.replaceBy transition { transition | nextStates = case Utils.replaceBy state (stringToState new) transition.nextStates |> Utils.removeDuplicates |> List.filter ((/=) State.Dead) of [] -> [ State.Dead ] a -> a } afnd.transitions } |> afndToGeneral |> Types.UpdateCurrent ) ] (List.filterMap (\s -> if List.member s transition.nextStates && s /= state then Nothing else Just <| option [ value (stateToString s) , selected (s == state) ] [ text (stateToString s) ] ) (afnd.states ++ [ State.Dead ]) ) ) transition.nextStates ++ [ select [ onInput (\new -> { afnd | transitions = Utils.replaceBy transition { transition | nextStates = transition.nextStates ++ [ stringToState new ] |> List.filter ((/=) State.Dead) } afnd.transitions } |> afndToGeneral |> Types.UpdateCurrent ) ] (option [ value "+", selected True ] [ text "+" ] :: List.filterMap (\state -> if List.member state transition.nextStates then Nothing else Just <| option [ value (stateToString state) ] [ text (stateToString state) ] ) afnd.states ) ] {- Turn an AFND into a general model -} afndToGeneral : Automata.AFND -> Models.General afndToGeneral = Automata.FiniteNonDeterministic >> Models.Automaton {- Turn a list of states into a string -} statesToString : List State.State -> String statesToString states = case states of [ State.Dead ] -> "-" _ -> List.filter (\state -> state /= State.Dead) states |> List.map stateToString |> String.join ", " {- Turn a state into a string -} stateToString : State.State -> String stateToString state = case state of State.Dead -> "-" State.Valid label -> label {- Read a string into a state -} stringToState : String -> State.State stringToState label = if label == "-" then State.Dead else State.Valid label

elm

clients/elm/generated/src/Data/GithubContent.elm

PankTrue/swaggy-jenkins

{- Swaggy Jenkins Jenkins API clients generated from Swagger / Open API specification OpenAPI spec version: 1.1.1 Contact: blah@cliffano.com NOTE: This file is auto generated by the openapi-generator. https://github.com/openapitools/openapi-generator.git Do not edit this file manually. -} module Data.GithubContent exposing (GithubContent, githubContentDecoder, githubContentEncoder) import Json.Decode as Decode exposing (Decoder) import Json.Decode.Pipeline exposing (decode, optional, required) import Json.Encode as Encode import Maybe exposing (map, withDefault) type alias GithubContent = { name : Maybe String , sha : Maybe String , class : Maybe String , repo : Maybe String , size : Maybe Int , owner : Maybe String , path : Maybe String , base64Data : Maybe String } githubContentDecoder : Decoder GithubContent githubContentDecoder = decode GithubContent |> optional "name" (Decode.nullable Decode.string) Nothing |> optional "sha" (Decode.nullable Decode.string) Nothing |> optional "_class" (Decode.nullable Decode.string) Nothing |> optional "repo" (Decode.nullable Decode.string) Nothing |> optional "size" (Decode.nullable Decode.int) Nothing |> optional "owner" (Decode.nullable Decode.string) Nothing |> optional "path" (Decode.nullable Decode.string) Nothing |> optional "base64Data" (Decode.nullable Decode.string) Nothing githubContentEncoder : GithubContent -> Encode.Value githubContentEncoder model = Encode.object [ ( "name", withDefault Encode.null (map Encode.string model.name) ) , ( "sha", withDefault Encode.null (map Encode.string model.sha) ) , ( "_class", withDefault Encode.null (map Encode.string model.class) ) , ( "repo", withDefault Encode.null (map Encode.string model.repo) ) , ( "size", withDefault Encode.null (map Encode.int model.size) ) , ( "owner", withDefault Encode.null (map Encode.string model.owner) ) , ( "path", withDefault Encode.null (map Encode.string model.path) ) , ( "base64Data", withDefault Encode.null (map Encode.string model.base64Data) ) ]

27396

{- <NAME> Jenkins API clients generated from Swagger / Open API specification OpenAPI spec version: 1.1.1 Contact: <EMAIL> NOTE: This file is auto generated by the openapi-generator. https://github.com/openapitools/openapi-generator.git Do not edit this file manually. -} module Data.GithubContent exposing (GithubContent, githubContentDecoder, githubContentEncoder) import Json.Decode as Decode exposing (Decoder) import Json.Decode.Pipeline exposing (decode, optional, required) import Json.Encode as Encode import Maybe exposing (map, withDefault) type alias GithubContent = { name : Maybe String , sha : Maybe String , class : Maybe String , repo : Maybe String , size : Maybe Int , owner : Maybe String , path : Maybe String , base64Data : Maybe String } githubContentDecoder : Decoder GithubContent githubContentDecoder = decode GithubContent |> optional "name" (Decode.nullable Decode.string) Nothing |> optional "sha" (Decode.nullable Decode.string) Nothing |> optional "_class" (Decode.nullable Decode.string) Nothing |> optional "repo" (Decode.nullable Decode.string) Nothing |> optional "size" (Decode.nullable Decode.int) Nothing |> optional "owner" (Decode.nullable Decode.string) Nothing |> optional "path" (Decode.nullable Decode.string) Nothing |> optional "base64Data" (Decode.nullable Decode.string) Nothing githubContentEncoder : GithubContent -> Encode.Value githubContentEncoder model = Encode.object [ ( "name", withDefault Encode.null (map Encode.string model.name) ) , ( "sha", withDefault Encode.null (map Encode.string model.sha) ) , ( "_class", withDefault Encode.null (map Encode.string model.class) ) , ( "repo", withDefault Encode.null (map Encode.string model.repo) ) , ( "size", withDefault Encode.null (map Encode.int model.size) ) , ( "owner", withDefault Encode.null (map Encode.string model.owner) ) , ( "path", withDefault Encode.null (map Encode.string model.path) ) , ( "base64Data", withDefault Encode.null (map Encode.string model.base64Data) ) ]

{- PI:NAME:<NAME>END_PI Jenkins API clients generated from Swagger / Open API specification OpenAPI spec version: 1.1.1 Contact: PI:EMAIL:<EMAIL>END_PI NOTE: This file is auto generated by the openapi-generator. https://github.com/openapitools/openapi-generator.git Do not edit this file manually. -} module Data.GithubContent exposing (GithubContent, githubContentDecoder, githubContentEncoder) import Json.Decode as Decode exposing (Decoder) import Json.Decode.Pipeline exposing (decode, optional, required) import Json.Encode as Encode import Maybe exposing (map, withDefault) type alias GithubContent = { name : Maybe String , sha : Maybe String , class : Maybe String , repo : Maybe String , size : Maybe Int , owner : Maybe String , path : Maybe String , base64Data : Maybe String } githubContentDecoder : Decoder GithubContent githubContentDecoder = decode GithubContent |> optional "name" (Decode.nullable Decode.string) Nothing |> optional "sha" (Decode.nullable Decode.string) Nothing |> optional "_class" (Decode.nullable Decode.string) Nothing |> optional "repo" (Decode.nullable Decode.string) Nothing |> optional "size" (Decode.nullable Decode.int) Nothing |> optional "owner" (Decode.nullable Decode.string) Nothing |> optional "path" (Decode.nullable Decode.string) Nothing |> optional "base64Data" (Decode.nullable Decode.string) Nothing githubContentEncoder : GithubContent -> Encode.Value githubContentEncoder model = Encode.object [ ( "name", withDefault Encode.null (map Encode.string model.name) ) , ( "sha", withDefault Encode.null (map Encode.string model.sha) ) , ( "_class", withDefault Encode.null (map Encode.string model.class) ) , ( "repo", withDefault Encode.null (map Encode.string model.repo) ) , ( "size", withDefault Encode.null (map Encode.int model.size) ) , ( "owner", withDefault Encode.null (map Encode.string model.owner) ) , ( "path", withDefault Encode.null (map Encode.string model.path) ) , ( "base64Data", withDefault Encode.null (map Encode.string model.base64Data) ) ]

elm

clients/elm/generated/src/Api/Request/Base.elm

cliffano/jenkins-api-clients-generator

{- Swaggy Jenkins Jenkins API clients generated from Swagger / Open API specification The version of the OpenAPI document: 1.1.2-pre.0 Contact: blah@cliffano.com NOTE: This file is auto generated by the openapi-generator. https://github.com/openapitools/openapi-generator.git DO NOT EDIT THIS FILE MANUALLY. For more info on generating Elm code, see https://eriktim.github.io/openapi-elm/ -} module Api.Request.Base exposing ( getCrumb ) import Api import Api.Data import Dict import Http import Json.Decode import Json.Encode {-| Retrieve CSRF protection token -} getCrumb : Api.Request Api.Data.DefaultCrumbIssuer getCrumb = Api.request "GET" "/crumbIssuer/api/json" [] [] [] Nothing Api.Data.defaultCrumbIssuerDecoder

8121

{- <NAME> Jenkins API clients generated from Swagger / Open API specification The version of the OpenAPI document: 1.1.2-pre.0 Contact: <EMAIL> NOTE: This file is auto generated by the openapi-generator. https://github.com/openapitools/openapi-generator.git DO NOT EDIT THIS FILE MANUALLY. For more info on generating Elm code, see https://eriktim.github.io/openapi-elm/ -} module Api.Request.Base exposing ( getCrumb ) import Api import Api.Data import Dict import Http import Json.Decode import Json.Encode {-| Retrieve CSRF protection token -} getCrumb : Api.Request Api.Data.DefaultCrumbIssuer getCrumb = Api.request "GET" "/crumbIssuer/api/json" [] [] [] Nothing Api.Data.defaultCrumbIssuerDecoder

{- PI:NAME:<NAME>END_PI Jenkins API clients generated from Swagger / Open API specification The version of the OpenAPI document: 1.1.2-pre.0 Contact: PI:EMAIL:<EMAIL>END_PI NOTE: This file is auto generated by the openapi-generator. https://github.com/openapitools/openapi-generator.git DO NOT EDIT THIS FILE MANUALLY. For more info on generating Elm code, see https://eriktim.github.io/openapi-elm/ -} module Api.Request.Base exposing ( getCrumb ) import Api import Api.Data import Dict import Http import Json.Decode import Json.Encode {-| Retrieve CSRF protection token -} getCrumb : Api.Request Api.Data.DefaultCrumbIssuer getCrumb = Api.request "GET" "/crumbIssuer/api/json" [] [] [] Nothing Api.Data.defaultCrumbIssuerDecoder

elm

tests/Test/Tempo.elm

newlandsvalley/elm-abc-parser

module Test.Tempo exposing (tests) import Test exposing (..) import Expect exposing (..) import Music.Tempo exposing (..) import Test.Utils exposing (assertMoveMatches, assertIntFuncMatches) import Result exposing (..) import Debug exposing (..) tests : Test tests = describe "tempo change" [ test "get the tempo from header" <| \() -> (assertIntFuncMatches fullHeaderHigh getBpm 132 ) , test "get the default tempo when there's no header" <| \() -> (assertIntFuncMatches noHeader getBpm 120 ) , test "alter tempo of existing header" <| \() -> (assertMoveMatches fullHeaderMed (setBpm 132) fullHeaderHigh ) , test "new tempo from default of no headers" <| \() -> (assertMoveMatches noHeader (setBpm 144) justTempoHeader ) , test "new tempo from default of only Key header" <| \() -> (assertMoveMatches onlyKeyHeader (setBpm 84) justTempoAndKeyHeader ) ] fullHeaderMed = "X: 1\x0D\nT: a title\x0D\nQ: 1/4=120\x0D\nM: 3/4\x0D\nK: CMajor\x0D\n| A,B, (3CDE [FG] |\x0D\n" fullHeaderHigh = "X: 1\x0D\nT: a title\x0D\nM: 3/4\x0D\nQ: 1/4=132\x0D\nK: CMajor\x0D\n| A,B, (3CDE [FG] |\x0D\n" noHeader = "| A,B, (3CDE [FG] |\x0D\n" justTempoHeader = "Q: 1/4=144\x0D\n| A,B, (3CDE [FG] |\x0D\n" onlyKeyHeader = "K: CMajor\x0D\n| A,B, (3CDE [FG] |\x0D\n" justTempoAndKeyHeader = "Q: 1/4=84\x0D\nK: CMajor\x0D\n| A,B, (3CDE [FG] |\x0D\n"

273

module Test.Tempo exposing (tests) import Test exposing (..) import Expect exposing (..) import Music.Tempo exposing (..) import Test.Utils exposing (assertMoveMatches, assertIntFuncMatches) import Result exposing (..) import Debug exposing (..) tests : Test tests = describe "tempo change" [ test "get the tempo from header" <| \() -> (assertIntFuncMatches fullHeaderHigh getBpm 132 ) , test "get the default tempo when there's no header" <| \() -> (assertIntFuncMatches noHeader getBpm 120 ) , test "alter tempo of existing header" <| \() -> (assertMoveMatches fullHeaderMed (setBpm 132) fullHeaderHigh ) , test "new tempo from default of no headers" <| \() -> (assertMoveMatches noHeader (setBpm 144) justTempoHeader ) , test "new tempo from default of only Key header" <| \() -> (assertMoveMatches onlyKeyHeader (setBpm 84) justTempoAndKeyHeader ) ] fullHeaderMed = "X: 1\x0D\nT: a title\x0D\nQ: 1/4=120\x0D\nM: 3/4\x0D\nK: CMajor\x0D\n| A,B, (3CDE [FG] |\x0D\n" fullHeaderHigh = "X: 1\x0D\nT: a title\x0D\nM: 3/4\x0D\nQ: 1/4=132\x0D\nK: CMajor\x0D\n| A,B, (3CDE [FG] |\x0D\n" noHeader = "| A,B, (3CDE [FG] |\x0D\n" justTempoHeader = "Q: 1/4=144\x0D\n| A,B, (3CDE [FG] |\x0D\n" onlyKeyHeader = "K: C<KEY>\x0D\n| A,B, (3CDE [FG] |\x0D\n" justTempoAndKeyHeader = "Q: 1/4=84\x0D\nK: CMajor\x0D\n| A,B, (3CDE [FG] |\x0D\n"

module Test.Tempo exposing (tests) import Test exposing (..) import Expect exposing (..) import Music.Tempo exposing (..) import Test.Utils exposing (assertMoveMatches, assertIntFuncMatches) import Result exposing (..) import Debug exposing (..) tests : Test tests = describe "tempo change" [ test "get the tempo from header" <| \() -> (assertIntFuncMatches fullHeaderHigh getBpm 132 ) , test "get the default tempo when there's no header" <| \() -> (assertIntFuncMatches noHeader getBpm 120 ) , test "alter tempo of existing header" <| \() -> (assertMoveMatches fullHeaderMed (setBpm 132) fullHeaderHigh ) , test "new tempo from default of no headers" <| \() -> (assertMoveMatches noHeader (setBpm 144) justTempoHeader ) , test "new tempo from default of only Key header" <| \() -> (assertMoveMatches onlyKeyHeader (setBpm 84) justTempoAndKeyHeader ) ] fullHeaderMed = "X: 1\x0D\nT: a title\x0D\nQ: 1/4=120\x0D\nM: 3/4\x0D\nK: CMajor\x0D\n| A,B, (3CDE [FG] |\x0D\n" fullHeaderHigh = "X: 1\x0D\nT: a title\x0D\nM: 3/4\x0D\nQ: 1/4=132\x0D\nK: CMajor\x0D\n| A,B, (3CDE [FG] |\x0D\n" noHeader = "| A,B, (3CDE [FG] |\x0D\n" justTempoHeader = "Q: 1/4=144\x0D\n| A,B, (3CDE [FG] |\x0D\n" onlyKeyHeader = "K: CPI:KEY:<KEY>END_PI\x0D\n| A,B, (3CDE [FG] |\x0D\n" justTempoAndKeyHeader = "Q: 1/4=84\x0D\nK: CMajor\x0D\n| A,B, (3CDE [FG] |\x0D\n"

elm