Saravanan666/pypi-org huggingface dataset:
Package: ryan-lang
Python wrapper for the Rust implementation of the Ryan configuration language.For basic usage, this module provides two main functions:ryan.from_str, which reads
and executes a Ryan program from a string, andryan.from_path, which reads and
executes a Ryan program from a file. If you are wondering, no function is needed for
serialization; you can use the standardjsonpackage for that (remeber: all JSON is
valid Ryan).How to use RyanYou can use Ryan in your project via pip:pipinstallryan-langAdditionally, the Ryan CLI might be useful to have for testing and debugging. Seethe main pagefor the project for more information.Resources for RyanMain project pagewith more information.The Book of Ryan(WIP. New episodes every week!).Try out Ryan in your browser.The Rust docsalso have good info, even if you don't care about Rust.Syntax highlighting for VSCode.Limitations of this libraryBy now, only deserializing is supported. In the future, this wrapper might also get the
full environment API exposed. If you have an usecase for that, please don't hesitate and
open an issue in the Ryan repository.
Package: rybak
Rybak/ˈrɨ.bak/Directory-tree generator library.SynopsisRybak is an extension of template engines, which instead of rendering a single file or string, renders a whole
directory.In a way it's similar toCookiecutterorCopier,
but while these programs are designed specifically for generating software projects scaffolding,
Rybak is a library for generating arbitrary directory tree structures.Rybak template is a directory consisting of template files.Jinja, andMakoare supported, though one project can only use a single template engine.Goals:generate directory-tree based on a user-provided template and data,keep track and remove files that aren't produced by the template,allow for multiple files to be generated from a single template file,support but don't require templates to be git or other DCVS repositories.Non-goals:command line interface,prompting users for template data.UsagefrompathlibimportPathfromrybakimportTreeTemplatefromrybak.jinjaimportJinjaAdapterfromjinja2.loadersimportFileSystemLoaderTreeTemplate(JinjaAdapter(loader=FileSystemLoader('template_root')),).render({'likes':{'Alice':'Bob','Bob':'Charlie','Charlie':'cats',}},Path('target_root'),)template_root:
is the directory containing template files, in this case Jinja templates. Templates can be used in file content, file
names and directory names.Single template multiple dataTemplate files can be applied to collections of items.
In order to do so, a special function is made available,loop_overthat iterates over a passed collection. The
function can only be used in templates in file names.loop_overreturns the element of the collection, so that it can be used to render name.model:names=['Alice','Bob','Charlie',]file name:{{loop_over(names)}}would produce three files: Alice, Bob and Charlie.The current item is also available during rendering the file contents, as model variableitem.Of course, we might want different value in the file name and its content. For that we can manipulate theloop_overs
result:model:likes={'Alice':'Bob','Bob':'Charlie','Charlie':'cats',}file name:{{loop_over(likes.items())[0]}}file content:{{item[1]}}loop_over(likes.items())produces a key-value tuple for each file, and[0]accesses the key.Similarly,{{items}}would produce the same key-value pair, and [1] accesses the value.Alternatively, the model could be a list of complex objects:model:likes=[{'name':'Alice','likes':'Bob'},{'name':'Bob','likes':'Charlie'},{'name':'Charlie','likes':'cats'},]In this case the file name template simplifies to{{loop_over(likes).name}}and the content template
to{{item.likes}}.InstallationRybak templates can work with either of Jinja, Mako or Torado; so typically you need to install Rybak and one of those
libraries.installingrybak[jinja]orrybak[mako]will handle this.Name'y' is pronounced like in 'sit',
'a' like in 'father', just shorter.Rybak is a Polish word for fisherman.The original idea was to only support Mako templates, which is named by a species of a shark.Functionality of this library is provided by the template engine, so picture a fisherman pulled by a shark.
Package: ryd-client
RYD ClientPython client library for theReturn YouTube Dislike API:https://returnyoutubedislike.com/https://github.com/Anarios/return-youtube-dislike/FunctionalityGet votes from a single or a list of YouTube video IDs.Register your user ID by solving the challenge.Cast your vote for a single or a list of YouTube video IDs.InstallDownload and install the library fromhttps://pypi.org/project/ryd-client/:pipinstallryd-clientUsageTake a look at the command examples below.GetPass a list of YouTube video IDs and get a list of votes or pass a string of a single YouTube video ID to get a single votes dictionary:fromryd_clientimportryd_client# Examle for a list of IDsresult=ryd_client.get(["kxOuG8jMIgI","CaaJyRvvaq8"])[{'id':'kxOuG8jMIgI','likes':27863,'dislikes':509751,'rating':1.2113002641063706,'viewCount':3211800,'deleted':False,'status':200},{'id':'CaaJyRvvaq8','likes':505944,'dislikes':13401,'rating':4.900014260551845,'viewCount':3610078,'deleted':False,'status':200}]# Example for a single IDresult=ryd_client.get("kxOuG8jMIgI"){'id':'kxOuG8jMIgI','likes':27863,'dislikes':509751,'rating':1.2113002641063706,'viewCount':3211800,'deleted':False,'status':200}RegisterTo cast a vote, you need to be registered in the API with your user id. Generate a random user id, one per user, store it in your application and reuse for all future votes from this user.importryd_clientuser_id=ryd_client.generate_user_id()# Returns a random 36 char string of ascii_letters and digits'5v3X3mxQOm3fkez8aWsGsEgjpFe0pJNPWIJi'Register your user_id in the api:fromryd_clientimportryd_clientsuccess=ryd_client.register(user_id)# Returns True on success, False on failTruePostOnce youruser_idis registered, you are allowed to vote. Vote on a list or on a single video ID. Pass a list or a single tuple where the first value of the tuple is the video ID and second value is the vote either asstringorint:like: 1dislike: -1neutral: 0 (akaundoyour previous vote)Strings automatically get converted to the matching number, both are valid:fromryd_clientimportryd_client# Examle for a list of votesvotes=[("kxOuG8jMIgI","dislike"),("CaaJyRvvaq8",1),("CEp5SLT-DJg",0),]response=ryd_client.post(votes,user_id=user_id)[{'id':'kxOuG8jMIgI','status':True,'vote':-1},{'id':'CaaJyRvvaq8','status':True,'vote':1},{'id':'CEp5SLT-DJg','status':True,'vote':0}]# Examle for a single votevote=("kxOuG8jMIgI",-1)response=ryd_client.post(vote,user_id=user_id){'id':'kxOuG8jMIgI','status':True,'vote':-1}AcknowledgementIf you find this API useful, please consider donating to theproject.
Package: ryder
Scrape any news outletGetting StartedThese instructions will get you a copy of the project up and running on your local machine for development and testing purposes.InstallingYou can install the method by typing:pip install ryderBasic usageimportryder#: get all valid urls on the homepagearticles=ryder.source("https://lemonde.fr")forarticleinarticles[:5]:#: scrape content of the article# lang is True by default: whether to infer the language# of the article (using langdetect)news=ryder.read(article["url"],lang=True)print(news)AuthorsMaixent Chenebaux
Package: ryerrabelli
AppInstallationFile StructureStandard file structure for python packages as follows:<main folder name>docs/LICENSE.txtREADME.md<- .rst file type preferred in python, but .md is more common overallsrc/<- dedicated src is not always done but recommended for compatibility<module name><- often the same name as the main folder, but should be a subfolder__init__.py<- an empty file can be all that's needed at times. However, importing items here can be useful as they will be accessible to any file that is importing the overall module_version.py<- autogenerated by versioneer using info from setup.cfg [^1]main.pyutils.py<any other python files>versioneer.py<-must be here in the top level folder [^1]setup.py<-must be here in the top level folder[^2]setup.cfg<-must be here in the top level folder[^2]requirements.txt<-must be here in the top level folder[^3]MANIFEST.in<-Not strictly required[^1]: Unlikeversioneer.py,_version.pydoes not have to be on the top level folder, which I prefer so it does not clutter the project and can be more easily accessed in the project. setup.cfg should be changed so that the file path of the src/<module>, where_version.pywill be kept is given
[^2]: Some applications use only one- a setup.py or setup.cfg, but versioneer prefers both.
[^3]: Can be autogenerated by PyCharm. Will not be blank as must have versioneer at least.Project Structure Referenceshttps://github.com/yngvem/python-project-structurehttps://github.com/johnthagen/python-blueprint#project-structureUsageRunsrc/YerrabelliFlask/main.pywith pythonTested OS and History DetailsTested primarily on/withMac OS X (10.14 Mojave on a 2018 Macbook pro)python 3.6-3.9 derived from anacondaPyCharmLicenseSeeLICENSE.txtAuthor & Contact infoRahul YerrabelliServiceURLGitHubhttps://github.com/ryerrabelli/ORCIDhttps://orcid.org/0000-0002-7670-9601Google Scholarhttps://scholar.google.com/citations?user=pEvGRdkAAAAJLinkedInhttps://www.linkedin.com/in/ryerrabelliEmailTable generated usinghttps://www.tablesgenerator.com/markdown_tables
Package: rye-shebang
rye-shebangrye-shebangallows you to put scripts in your path that run in a rye environment.This solves the problem of launchingrye run script.pyfrom outside the script directory.CreditsThis project is based onpipenv-shebangandpoetry-shebang.UsagePut this shebang at the top of your script:#!/usr/bin/env rye-shebangYou can also run your script withrye-shebang /path/to/scriptInstallationsudo pip install rye-shebang

# or
pip install --user rye-shebang
Package: rygforms
RYGformsAsk for a OAuth2 login, then redirect to a Typeform having one or more hidden fields.RunningDevelopmentClone this repository:gitclonegit@github.com:RYGhub/rygforms.gitEnter the cloned directory:cdrygformsCreate a new.envfile inside containing your configuration (seethe example):cpEXAMPLE.env.env
vim.envInstall the requirements using Poetry:poetryinstallRun the debug server from inside the Poetry environment:poetryshell
python-mrygformsProductionCreate a newrygformsuser:adduserrygforms--systemCreate a working directory for RYGforms, set the owner torygformsand enter it:mkdir /opt/rygforms
cd /opt/rygformsCreate a new venv and enter it:python-mvenvvenvsourcevenv/bin/activateInstall through PyPI:pipinstallrygformsgunicornCreate a new.envfile inside containing your configuration (seethe example):curlhttps://raw.githubusercontent.com/RYGhub/rygforms/master/EXAMPLE.env>.env
vim.envChange the owner of the working directory torygforms:chownrygforms:/opt/rygformsCopy theprovided systemd unit fileto the/etc/systemd/systemdirectory:curlhttps://raw.githubusercontent.com/RYGhub/rygforms/master/web-rygforms.service>/etc/systemd/system/web-rygforms.serviceReload the systemd unit files:systemctldaemon-reloadStart (and optionally enable) the service:systemctlstart"web-rygforms"systemctlenable"web-rygforms"Copy theprovided Apache site fileto the/etc/apache2/sites-availabledirectory:curlhttps://raw.githubusercontent.com/RYGhub/rygforms/master/rp-rygforms.conf>/etc/apache2/sites-available/rp-rygforms.confEnable therp-rygformssite and reload the Apache configuration:a2ensiterp-rygforms
systemctlreloadapache2
Package: ryobigdopy
ryobigdopyLibrary to interface with Ryobi GDO Websockets in Python.Example useimportauthasaimportryobigdoimportlogging_LOGGER=logging.getLogger(__name__)logging.basicConfig(level=logging.DEBUG)creds={"username":RYOBI_USERNAME,#Username from Ryobi GDO App"password":RYOBI_PASSWORD,#Password from Ryobi GDO App}auth=a.Auth(creds)#Manages login, creds, and API Keyauth.login()#Checks creds and gets API Key for use in Websocket.print(http_api.get_devices(auth))#Choose DEVICE_ID wanted and give to RyobiGDO Obj.DEVICE_ID=""#From http_api.get_devices()gdo=ryobigdo.RyobiGDO(DEVICE_ID,auth)gdo.connect_ws()
Package: ryo-iso
ryo-isoTable of ContentsInstallationUsageLicenseOverviewryo-iso is distributed onPyPIand is available for
Python 3.8+ on Linux.$python3-mpipinstall-U--usergit+https://git.sr.ht/~lucidone/ryo-isoDocumentationDocumentation is available athttps://ryo-iso.readthedocs.io/DeprecatedUbuntu 16.04 (Xenial)Python 3.6Currently supported targetsUbuntu 18.04 (Bionic)Ubuntu 20.04 (Focal)Ubuntu 22.04 (Focal)UsageTL;DR$sudoaptinstallcurlgpgv2squashfs-toolsxorrisoapt-utilsapt-cacher-ngqemu-system-x86isolinux
$if[$(lsb_release-cs)="jammy"];thensudoaptinstalljqfdisk;fi$python3-mpipinstall-U--usergit+https://git.sr.ht/~lucidone/ryo-iso
$mkdir~/iso_test
$cd~/iso_test
$ryo-isoinit
$ryo-isobuild
$ryo-isostartRequirements$ sudo apt install curl gpgv2 squashfs-tools xorriso apt-utils apt-cacher-ng qemu-system-x86 isolinuxWorking withjammyalso requires$ sudo apt install jq fdiskOther commandsCreate a new project$ ryo-iso initThis command will initialize a project with a defaultiso.ymlconfiguration
file in the current directory.If this is the first time being run it will create theryo-isoapplication
config file in~/.config/ryo-iso/config.ymland provides a set of
reasonable defaults in~/.config/ryo-iso/iso_base.ymlthat can be overridden
on a per-project basis.Build an ISO$ ryo-iso buildBuilds an iso inbuild/image.isoVM Install$ ryo-iso installGenerated images can be tested by installing them into a QEMU VMVM Start$ ryo-iso startThis command can provide a means of booting the image as a LiveCD or restarting
a previously installed disk image.Cleanup$ ryo-iso cleanThis command will remove all build artifacts to prepare the project to be
checked into version control.NOTE: Using this command is preferable to runningrm -rfas builds that are
aborted with Ctrl-C may leave chrooted filesystems mounted.Additional$ ryo-iso list -pThis will list all intermediate processes that may be useful for debugging.GPG KeysAll of the keys found in./keyswill be install into the squashfs-root
Onjammyand later they should be referenced viadeb [arch=amd64 signed-by=/usr/share/keyrings/repo-keyring.gpg] http://repo.example.org/ ubuntu jammy mainLicenseryo-iso is distributed under the terms of bothMIT LicenseApache License, Version 2.0at your option.
Package: ryoka_utils
Utils for ryoka
Version: 1.1.56Utils for ryoka.Usage:If you want to output debug log, you can do it by export RK_DEBUG.export RK_DEBUG=0 : Output no log.export RK_DEBUG=1 : Output error log.export RK_DEBUG=2 : Output error and warning log.export RK_DEBUG=3 : Output error and warning and debug log.Utilsfrom ryoka_utils.utils import Utilsutils = Utils()utils.abspath(path)utils.basename(path)utils.chmod(path, mode)utils.chown(path, user, group)utils.command(cmd)utils.copy(src, dst)utils.decode(text)utils.dirname(path)utils.exists(path)utils.exit()utils.get_current(file_path)utils.get_dir_path_in_dir(dir_path)utils.get_env(key)utils.get_file_path_in_dir(dir_path)utils.get_path_in_dir(dir_path)utils.get_pid()utils.get_platform()utils.is_root()utils.isdir(path)utils.isfile(path)utils.join_dirs(path_list)utils.match_keys(word)utils.mkdir(path)utils.popd()utils.pushd(path)utils.remove(path)utils.rename(src, dst)utils.splitext(path)utils.unzip(src, dst)utils.unzip_tar_bz2(src, dst)utils.unzip_tar_gz(src, dst)utils.zip(src, dst, forWin, forOSX)utils.zip_tar_bz2(src, dst)utils.zip_tar_gz(src, dst)SendMailfrom ryoka_utils.mail import SendMailmail = SendMail()mail.send()mail.set_body(body)mail.set_charcode(code)mail.set_from_address(address)mail.set_password(password)mail.set_title(title)mail.set_to_address(address)Debuggerfrom ryoka_utils.debugger import Debuggerdebugger = Debugger(debug_level)debugger.error()debugger.log()debugger.warn()Slackfrom ryoka_utils.slack import Slackslack = Slack()slack.get_channel_list()slack.get_history(count, latest, oldest, unread)slack.listen(interval, callback)slack.post_message(message)slack.set_channel(channel_name)slack.set_icon(url)slack.set_username(username)
Package: rython
OverviewIf you’ve ever needed to use Ruby for a particular task, but wanted
to use Python as your primary language,Rythonlets you easily
mix the two languages together.Why would I want to mix Ruby and Python?There are many reasons:you need a Ruby Gem that provides unique functionality which no Python module providesyou need a simpler syntax for manipulating regular expressionsyou want to quickly bridge to code you’ve already written in RubyQuickstartIn this example, we will use Watir (http://wtr.rubyforge.org), a high level web application
testing Gem that has no equivalent in Python. First, you need to declare a Ruby context that will run the Ruby code.:import rython

ctx = rython.RubyContext(requires=["rubygems", "watir"])Next, instantiate a Watir::Browser object and assign it to a Python variable.
The object will be an instance of rython.RubyProxy:my_browser = ctx("Watir::Browser.new")

assert isinstance(my_browser, rython.RubyProxy)And now we can call any method on the object instance as well.  This example grabs
a DIV element from the page by CSS ID ‘foobar’.  We can then execute more Ruby
methods on the div_element if we want:div_element = my_browser("div(:id, 'foobar')")

assert isinstance(div_element, rython.RubyProxy)

exists_in_browser = div_element("exists?")AdvancedThere are deeper features you can take advantage of in Rython.Calling methods with RubyProxy argumentsLet’s say you have a Ruby method that takes a complex Ruby object.  This
object will be proxied in the Python context as a RubyProxy.  To pass
this object to a method, simply use thereprstring substitution.  The
following example passes a RubyProxied Browser object to a method:my_browser = ctx("Watir::Browser.new")
my_foobar = ctx("Foobar.new")

my_foobar("method_that_takes_browser(%(browser)r)", browser=my_browser)Rython will automatically convert a RubyProxy argument to the appropriate
Ruby expression that refers to the object in the Ruby context.Apply monkeypatches to the contextWhen instantiating a RubyContext, you can specify a ‘setup’ parameter that
contains raw Ruby code to execute after doing the require statements.  This
is perfect for adding monkeypatches to Ruby objects, or just performing additional
setup.This example monkeypatches the String object with a ‘to_safe_string’ method.
This makes it easy to convert all strings into printable characters:import rython

monkeypatches = '''
    class String
        GOOD_NONUNICODE_CHARS = (("A".."Z").to_a + ("a".."z").to_a + ("0".."9").to_a).to_a
        def to_safe_string
            final = ""
            each_char do |ch|
                final += "#{ch}" if GOOD_NONUNICODE_CHARS.include? ch
            end
            final
        end
    end
    '''

ctx = rython.RubyContext(setup=monkeypatches)Running the context in debug modeThis is helpful when Rython appears to be failing due to problems in the Ruby context.
By default, all logging messages are suppressed from the Ruby context.  You can reenable them by
setting the debug flag:import rython

ctx = rython.RubyContext(debug=True)
Package: rytr
RytrBefore using the library, create an enviroment variable with your Rytr API KEY.Enviroment:RYTR_API_KEY=XXXXInstallpipinstallrytrLanguagesfromrytr.languagesimportLanguagesLanguages.list()>>>{'success':True,'message':'','data':[...]}Languages.find_by_slug('english')>>>{'_id':'607adac76f8fe5000c1e636d','isDefault':True,'name':'🇺🇸 English','slug':'english','createdAt':'2021-04-17T12:55:35.150Z','isNew':False}Tonesfromrytr.tonesimportTonesTones.list()>>>{'success':True,'message':'','data':[...]}Tones.find_by_slug('enthusiastic')>>>{'_id':'6058213830f7b1000c1c4f8e','name':'Enthusiastic','slug':'enthusiastic','createdAt':'2021-03-22T04:46:48.471Z','isNew':False}Use-casefromrytr.tonesimportTonesUseCases.list()>>>{'success':True,'message':'','data':[...]}UseCases.find_by_slug('question-answer-generator')>>>{'_id':'611e2a98045b460ef10242ce','name':'Question & Answer','key':'questions-generator',...}UseCases.get(id="611e2a98045b460ef10242ce")>>>{'success':True,'message':'','data':{'_id':'611e2a98045b460ef10242ce','name':'Question & Answer','slug':'question-answer-generator'...}}Contentfromrytr.usecasesimportUseCasesfromrytr.contentimportContentusecase=UseCases.get(id="607c7ae91ebe15000cbbc7af")usecase=usecase["data"]content=Content.generate(user_id=1,language_id="607adac76f8fe5000c1e636d",tone_id="6058213830f7b1000c1c4f8e",usecase_id=usecase["_id"],input_contexts={usecase["contextInputs"][0]["keyLabel"]:"I'M LOVIN 'IT",usecase["contextInputs"][1]["keyLabel"]:"I love the result."},)PropsDescriptionOptionalTypeuser_idPrimary key for users database table. As a consumer of Rytr API, they assume you have a product/service with usersnoStringlanguage_idLanguage IDnoStringtone_idTone IDnoStringusecase_idUse Case IDnoStringinputContextsKey/value dictionarynoObjectformathtml / textyesStringcreativityLeveldefault / none / low / medium / high / maxyesStringvariations1 to 3yesString
Package: ryu
What’s RyuRyu is a component-based software defined networking framework.Ryu provides software components with well defined API’s that make it
easy for developers to create new network management and control
applications. Ryu supports various protocols for managing network
devices, such as OpenFlow, Netconf, OF-config, etc. About OpenFlow,
Ryu supports fully 1.0, 1.2, 1.3, 1.4, 1.5 and Nicira Extensions.All of the code is freely available under the Apache 2.0 license. Ryu
is fully written in Python.Quick StartInstalling Ryu is quite easy:% pip install ryuIf you prefer to install Ryu from the source code:% git clone git://github.com/osrg/ryu.git
% cd ryu; pip install .If you want to write your Ryu application, have a look atWriting ryu applicationdocument.
After writing your application, just type:% ryu-manager yourapp.pyOptional RequirementsSome functions of ryu require extra packages:OF-Config requires lxml and ncclientNETCONF requires paramikoBGP speaker (SSH console) requires paramikoZebra protocol service (database) requires SQLAlchemyIf you want to use these functions, please install the requirements:% pip install -r tools/optional-requiresPlease refer to tools/optional-requires for details.PrerequisitesIf you got some error messages at the installation stage, please confirm
dependencies for building the required Python packages.On Ubuntu(16.04 LTS or later):% apt install gcc python-dev libffi-dev libssl-dev libxml2-dev libxslt1-dev zlib1g-devSupportRyu Official site ishttp://osrg.github.io/ryu/.If you have any
questions, suggestions, and patches, the mailing list is available atryu-devel ML.The ML archive at Gmaneis also available.
Package: ryu-ptdn
What’s RyuRyu is a component-based software defined networking framework.Ryu provides software components with well defined API’s that make it
easy for developers to create new network management and control
applications. Ryu supports various protocols for managing network
devices, such as OpenFlow, Netconf, OF-config, etc. About OpenFlow,
Ryu supports fully 1.0, 1.2, 1.3, 1.4, 1.5 and Nicira Extensions.All of the code is freely available under the Apache 2.0 license. Ryu
is fully written in Python.Quick StartIf you prefer to install Ryu from the source code:% git clone https://git.bupt.cc/ptdn/ryu.git
% cd ryu; pip install .If you want to write your Ryu application, have a look atWriting ryu applicationdocument.
After writing your application, just type:% ryu-manager yourapp.pyOptional RequirementsSome functions of ryu require extra packages:OF-Config requires lxml and ncclientNETCONF requires paramikoBGP speaker (SSH console) requires paramikoZebra protocol service (database) requires SQLAlchemyIf you want to use these functions, please install the requirements:% pip install -r tools/optional-requiresPlease refer to tools/optional-requires for details.PrerequisitesIf you got some error messages at the installation stage, please confirm
dependencies for building the required Python packages.On Ubuntu(16.04 LTS or later):% apt install gcc python-dev libffi-dev libssl-dev libxml2-dev libxslt1-dev zlib1g-devSupportRyu Official site ishttps://ryu-sdn.org/.If you have any
questions, suggestions, and patches, the mailing list is available atryu-devel ML.The ML archive at Gmaneis also available.