Saravanan666/pypi-org huggingface dataset:
Package: love
Love Python PackagingThis is a simple tool which is meant to quickly bootstrap a Python
package, and make most of the manual step of creating a Python package
painless. It is highly non-configurable, because good library are
opinionated (but you can prove me my default are wrong). So it should
work out of the box.Usage:$ love [packagename]If you don’t provide a package name, it will provide one for you.Then it : - Checks the name is not taken on PyPI - Set up the GitHub
repository - Clone repository locally - Enable Travis. - Create a
minimal project layout - Setup the package usingflitYou now just need to focus on coding.Name on PyPI.Love will also warn you if your package has a name close to an already
published one. Eg (pandatoo close topandas)Travis and GitHubLove will ask you to provide a Github Token to log in to Travis &
GitHub, it will open a GitHub Page to generate a token, and try to store
this token in your keychain.Todosetup docs (readthedocs)setup dev env ?setup tests ?setup readme + badges ?setup coverage (codecov.io)Logo:L       OOO    V   V  EEEEE
            L      O   O   V   V  E
            L      O   O   V   V  EEE
            L      O   O    V V   E
oo          LLLLL   OOO      V    EEEEE
   oo
      oo     OOOOOOOO:       OOOOOOOO!
         oOOOO!!!!;;;;O    OO.......:;!O
        'OOO!!!;;;;;;;;O  O.......:   ;!O
        OOO!!!!;;::::::.OO........:    ;!O
        OO!!!!;;:::::..............:   ;!O
        OOO!!!;::::::..............:   ;!O
         OO!!;;::::::.............:   ;!O           Made With Love
          OO!;;::::::......oo.....::::!O
            O!!;::::::........oo..:::O                  - M -
              !!!;:::::..........ooO
                 !!;:::::.......O   oo              version : 0.0.2
                   ;;::::.....O        oo  ,o
                      :::..O              ooo
                        ::.              oooo
                         :
Package: lovebrew
InstallationGitHubTo get the latest version from Github, just runsudo pip3 install -U git + git://github.com/TurtleP/lovebrew.gitPyPiTo get the latest version from PyPi, just runsudo pip3 install lovebrewand you should be able to runlovebrew -h!UsageOnce the application is installed, just runlovebrewin a directory with your game content that also haslovebrew.tomlinside.Optionsusage: lovebrew [-h] [-v] [--version] [-c] [-i]

Löve Potion Game Helper

optional arguments:
  -h, --help     show this help message and exit
  -v, --verbose  Show logging output.
  --version      show program's version number and exit
  -c, --clean    Clean the directory
  -i, --init     Initialize a lovebrew config in the current directory
Package: lovely.essequence
An integer id sequence generator using elasticsearch to create bulks of ids.
Elasticsearch can not create integer ids for newly created documents. This
package helps to be able to create unique integer ids in a distributed system.Featuresmakes sure multiple processes are able to create unique idsoptimized by requesting multiple ids with a single Elasticsearch requestElasticsearch SetupNoteIt is important to enable dynamic scripting in elasticsearch.
Add this to your yaml configuration file:script.disable_dynamic: falseThe sequences must be assigned to an elasticsearch client instance:>>> from elasticsearch import Elasticsearch
>>> es_client = Elasticsearch(['localhost:%s' % crate_port])To globally assign the client to all sequences in the application the client
can be assigned to the class propertyES:>>> from lovely.essequence import Sequence
>>> Sequence.ES = es_clientUsageThere is aSequenceclass:>>> from lovely.essequence import SequenceIt must be instantiated with the name of a sequence:>>> s1 = Sequence('s1')Now the iids can be requested:>>> s1.next()
1
>>> s1.next()
2Multiple sequence instances for the same sequence name use the same bulk:>>> s2 = Sequence('s1', bulk_size=100)
>>> s2.next()
3After the bulk size has been consumed the request of the next bulk is
transparently handled inside thenextmethod::
Consume all the cached ids from s1:>>> for i in range(10): s1.next()
4
5
6
7
8
9
10
11
12
13Multiple independed sequences can be used:>>> other = Sequence('other')
>>> other.next()
1Transforming the provided iidA transformation function can be provided to transform the provided integer
value into something else when calling next:>>> asstring = Sequence('other', transform=str)
>>> isinstance(asstring.next(), str)
True

>>> def transformer(iid):
...     return {'iid': iid}
>>> Sequence('other', transform=transformer).next()
{'iid': 3}Resetting a SequenceFor testing purposes it is possible to reset a sequence.NoteResetting a sequence will not work correct if multiple processes use the
same sequence. This is for testing only.>>> s1 = Sequence('reset')
>>> s2 = Sequence('reset')
>>> s1.next()
1
>>> s2.next()
2>>> from lovely.essequence.sequence import testing_reset_sequences
>>> testing_reset_sequences()>>> s2.next()
1
>>> s1.next()
2
Package: lovelyfi
LovelyFi - Command line tool for Lovely Professional University Wi-FiThis tool is made for in-campus use for premises of LPU and neigboring. Not for external use.Step to install$python-mpipinstalllovelyfiRun# To Connect$lovelyficonnect# To Disconnect$lovelyfidisconnect# To configure username or password$lovelyficonfigRequirementsPython (>3.7)Platforms supportedWindowsLinuxMac
Package: lovely-json
Lovely JsonFeatures1. Direct Access to Key Value**take a look atexampleto run in code **This example uses "sample_api.json" so does the following examples"1-(1). load jsonjson_data=open("./sample_api.json",encoding="utf-8",mode='r')j_sample=Lovely_Json(json.load(json_data),name='api_response')You need to load json file as you did before in this case tooIt was intentionaly designed like this to use at ".json" file andfor json response for serversIn case of using serval jsons, names are recommanded1-(2). use dot operators to directly get key valuesTo get data by key# Lovely_Json :print(j_sample.Depth4.depth4_item1)# prints "Python"# Just Json :original=json.load(open("./sample_api.json",encoding="utf-8",mode='r'))original["Depth1"]["Depth2"]["Depth3"]["Depth4"]["depth4_item1"]# prints "Python"To get data, you only need to know the key in the way to make sure what you are finding for. Take a look at image I made To show sample_api.json as graphsTo get Value That are dict, You could directly get it by dot operators (getattr)print(j_sample.Depth4)# prints {"depth4_item1" : "Python","depth4_item2" : "Haskell"}ButIf you want to get Value that isn't dict, You should go through upper key and then get it by dot operatorsprint(j_sample.Depth4.depth4_item1)# prints "Python"You could also do by thisprint(j_sample.Depth1.depth4_item1)# prints "Python"print(j_sample.Depth2.depth4_item1)# prints "Python"print(j_sample.Depth3.depth4_item1)# prints "Python"print(j_sample.Depth4.depth4_item1)# prints "Python"2. Access to List of Key Value# to access item in list, returns list of value of key, "id"print(j_sample.in_list(key='data').id,end='\n\n')# ---> prints [111, 222, -333]# and if you have conditions about 'id'print(j_sample.in_list(key='data',if_='id',is_=(lambdax:x>0)).id,end='\n\n')# --->prints [111, 222]# also you could use other key's value of conditionsprint(j_sample.in_list(key='data',if_='type',is_=(lambdax:x=='articles')).id,end='\n\n')# --->prints [111, -333]"if_" and "is_" were desinged to be used like SQL Where syntex,if_takes key, wher you want to make conditionsis_takes lamda or method that returns Bool ( True, False) to check the value fit in what you requiredaddlovely_json was made to make ease access of json data, when developing systems or services.There will be continuous update for useful methods and speed improvements,But using conventional ways will make much more speed improvements.So Think lovely_json as a tool when you use before releasing, like a rough sketchThank You!
Package: lovely.memcached
This package provides a zope3 utility that abstracts a client for
memcached servers see:http://www.danga.com/memcached.ContentsChanges2013/05/14 0.2.22012/10/08 0.2.112-11-2009 0.2.02008/04/27  0.1.42007/08/13 0.1.32007/07/03 0.1.22007/06/19 0.1.12007/06/04 0.1.0Changes2013/05/14 0.2.2project structure update to run setup.py from buildout2012/10/08 0.2.1fixed manifest for propper release12-11-2009 0.2.0moved project to githubhttp://github.com/lovelysystems/lovely.memcachedUse zope.intid, zope.keyreference, zope.site, zope component instead
of zope.app.intid, zope.app.keyreference, zope.app.componentMake testing.README sleep a tad longer so the buildbot is happy.
added find-links to buildout2008/04/27  0.1.4tagging current trunk (unchanged since 8 month) as 0.1.42007/08/13 0.1.3optimized handling for invalidationsraise a ValueError if the cache data in raw mode is not str.added more tests for dependencies2007/07/03 0.1.2refactor the storage implementation to prevent side effects when a
utility gets reloaded from zodbuse a specific client uid for key trackingmore logging2007/06/19 0.1.1added hits and misses counter for the testing client2007/06/04 0.1.0Bugfix:  Invalidate raw and none raw keys in invalidation event
handlerAdded convenient function to invalidate caches depending on an
instance.Added an event handler for invalidation events.Added a memcache client implementation for testing, this client
doesn’t need a running memcached instance.
Package: lovely-pancake
LovelyPancakeLovelyPancake is a general-purpose Python package for machine learning, starting with a robust set of tools for image segmentation. It currently features implementations of U-Net-based models with plans to extend into other machine learning domains.InstallationTo install LovelyPancake, run:pipinstalllovelypancakeRequirementsThe package requires Python 3.x and TensorFlow 2.x. Install all dependencies with:pipinstall-rrequirements.txtCurrent FeaturesU-Net model architecture for image segmentation tasks.Attention U-Net and Attention Residual U-Net for advanced segmentation needs.Modular design for easy customization and extension of model components.Pre-built loss functions and metrics commonly used in image segmentation.Future ScopeExpansion to include a wide range of machine learning models beyond image segmentation.Utility functions for data preprocessing, augmentation, and evaluation metrics.Integration with other machine learning frameworks and tools.UsageTo create and use a U-Net model:fromlovelypancake.modelsimportunetmodel=unet(input_shape=(256,256,3),NUM_CLASSES=2,dropout_rate=0.1,batch_norm=True)model.compile(optimizer='adam',loss='categorical_crossentropy',metrics=['accuracy'])For detailed examples and more advanced usage, see theDocumentation[Under Progres...].
Package: lovely.persistent
PersistentThis package provides a base class for persistent objects with the advantage
that the object is only marked as changed if an attribute has really changed.>>> import transaction
>>> from ZODB.tests.util import DB>>> from lovely import persistent>>> p = LovelyPersistent()
>>> p._p_changed
False>>> p.a = 1
>>> db = DB()
>>> conn = db.open()
>>> conn.root()['p'] = p
>>> transaction.commit()After commiting the changes the object is no longer in changed state.>>> p._p_changed
FalseSetting a with its existing value doesn’t put the object in cahnged state.>>> p.a
1
>>> p.a = 1
>>> p._p_changed
FalseBut modifying a :>>> p.a = 2
>>> p._p_changed
True
>>> transaction.commit()>>> p._p_changed
FalseDeleting an attribute also put the object into changed state.>>> del p.a
>>> p._p_changed
TrueSpecial PropertiesSpecial property implementations do work too. To show this we use the
fieldproperties from zope.schema.>>> from zope.schema.fieldproperty import FieldProperty
>>> from zope import schema, interface
>>> class IMyFace(interface.Interface):
...     eyesOpen = schema.Bool(default=True, required=False)>>> class MyFace(persistent.Persistent):
...     eyesOpen = FieldProperty(IMyFace['eyesOpen'])>>> persistent.tests.MyFace = MyFace
>>> MyFace.__module__ = persistent.tests.setUp.__module__
>>> myFace = conn.root()['myFace'] = MyFace()
>>> transaction.commit()Default values.>>> myFace.eyesOpen
TrueValidation.>>> myFace.eyesOpen = 'not always'
Traceback (most recent call last):
...
WrongType: ('not always', <type 'bool'>)Note, setting to default value does not change the object.>>> transaction.commit()
>>> myFace.eyesOpen = True
>>> myFace._p_changed
False>>> transaction.commit()
>>> myFace.eyesOpen = False
>>> myFace._p_changed
TrueChanges in lovely.persistent2007/12/10 0.1.1moved to zope.org2007/06/19 0.1.0a1added zodb to dependenciesadded support for fieldpropertiesDownload
Package: lovely.pyrest
Lovely PyRestLovely Pyrest is an extension forPyramidto easily create
REST-Services. It provides functionallity to define service endpoints with the
following features:FeaturesSphinx extension to automatically generate documentationSchema-validation based onjsonschemaDocumentationTake a look at thedocumentationfor usage information.InstallationInstalling via pipTo install lovely.pyrest viapipuse
the following command:$ pip install lovely.pyrestTo update use:$ pip install -U lovely.pyrestInstalling via easy_installIf you prefer easy_install which is provided bysetuptoolsuse the following command:$ easy_install lovely.pyrestTo update use:$ easy_install -U lovely.pyrestDevelopment SetupFor development setup instructions see:DEVELOPER.rstChanges for Lovey Pyrest2015/07/21 2.1.1allow a REST class to be used on multiple routes2014/09/09 2.1.0extended Validator to provide custom validators by the schema2014/01/28 2.0.10removed array validation conversion for get params2014/01/28 2.0.9added optional convert_get_params parameter to validate function2014/01/24 2.0.8modified the documentation outputvalidation schema is rendered as code blockendpoint title is first line of docstring2014/01/16 2.0.7removed error views from package2014/01/15 2.0.6fixed documentation setupremoved unused error view2014/01/14 2.0.5updated documentation and added first examplemoved content of testing/tests.py to lovely/pyrest/tests.py2014/01/14 2.0.4updated documentation for sphinx directivefixed optional positional arguments in sphinx directive2014/01/14 2.0.3added sphinx option for pyramid_config path. With this option set
url prefixes are rendered correctly and it’s not necessary to specify
a module in service directive2014/01/14 2.0.2bugfix: prevent duplicate rendering of methods in autodoc2014/01/14 2.0.1updated documentation generation for lovely.pyrest 2.02014/01/10 2.0.0new version using decorator approach to define rest services
Package: lovely.spice
lovely.spice is a template renderer package to generate files from given
template path and given context file.Usageusage: render [-h] template_path context_path target_pathRender templates with given context into target folderpositional arguments:template_path  |   The directory containing the templates to usecontext_path   |   The path to the python file defining the contexttarget_path    |   The directory where the rendered files will be storedoptional arguments:-h,--helpshow this help message and exitDevelopmentRun bootstrap:$ python bootstrap.py -v 2.3.1And run buildout the project to generate the required scripts and command line
tools:$ bin/buildout -NRun tests:$ bin/test
Package: lovematch
lovematchThelovematchlibrary is a Python package that allows you to calculate friendship and love match percentages between given names.InstallationYou can installlovematchusing pip, the Python package manager:pipinstalllovematchUsageYou can use lovematch in your Python code as follows:fromlovematch.friendshipimportcalculate_frindship_match_percentagefromlovematch.loveimportcalculate_love_match_percentage# Calculate friendship match percentageyour_name="Alice"friend_name="Bob"friendship_percentage=calculate_frindship_match_percentage(your_name,friend_name)print(f"Friendship match percentage between{your_name}and{friend_name}:{friendship_percentage}")# Calculate love match percentageyour_name="Alice"partner_name="Bob"love_percentage=calculate_love_match_percentage(your_name,partner_name)print(f"Love match percentage between{your_name}and{partner_name}:{love_percentage}")
Package: love-packaging
Love PackagingPackage your LÖVE games with PythonInstallpython -m pip install -U love-packagingHelppython -m love_packaging --help
usage: __main__.py [-h] -g GROUP_NAME -p PROJECT_NAME [-i COMMIT_ID] [-l LOVE_VERSION] [-c | --cleanup | --no-cleanup]

options:
  -h, --help            show this help message and exit
  -g GROUP_NAME, --group-name GROUP_NAME
                        Specify Gitlab group name (e.g. stone-kingdoms)
  -p PROJECT_NAME, --project-name PROJECT_NAME
                        Specify Gitlab project name (e.g. stone-kingdoms)
  -i COMMIT_ID, --commit-id COMMIT_ID
                        Specify which commit id to checkout (e.g. master)
  -l LOVE_VERSION, --love-version LOVE_VERSION
                        Love version to package (e.g. 11.4)
  -c, --cleanup, --no-cleanup
                        Cleanup intermediate directories and filesExample with LÖVE gamestone-kingdomspython -m love_packaging -g stone-kingdoms -p stone-kingdoms --cleanup
Package: loveread
This is python module to download books from loveread.ec as txt filesInstallpip3 install lovereadUse through terminalpython3 -m loveread "http://loveread.ec/read_book.php?id=PUT_BOOK_ID"Through codeimport lovereadurl = "http://loveread.ec/read_book.php?id={PUT_BOOK_ID}loveread.download(url)In both cases the book would appear as txt file in the same folder
Package: lovesay
━━━━━━  ❖  ━━━━━━❖ Informationlovesay is a simple python script that displays a quote from a loved one based on the day of the month or a quote passed in through the cli arguments.❖ RequirementsNote: These requirements only apply if using you're using lovesay to print a different quote for each day of the month.A quotes file stored in$HOME/.config/lovesay/Each quote must be on a new line, see the example quotes file in.example/quotes(optional) A partner to write you 31 lines full of love, one for each day of the month❖ InstallationInstall from pippip3installlovesayInstall from sourceFirst, installpoetrygitclonehttps://github.com/dotzenith/lovesay.gitcdlovesay
poetrybuild
pip3install./dist/lovesay-0.3.10.tar.gz❖ Usagelovesay can be used in a similar fashion to cowsaylovesay"Hello World"if there's aquotesfile in$HOME/.config/lovesay/, lovesay can be used without any argumentslovesayif you'd like to use a quotes stored somewhere other than the path above, theLOVESAY_PATHenv variable can be used as suchexportLOVESAY_PATH="~/path/to/file"lovesay can also be used with a variety of different color schemes.lovesay usescatppuccin(mocha) as it's default color scheme, but a different one can be specified using the--coloroption.For example:lovesay# uses catppuccinlovesay-cnord# uses nordSupported color schemes as of now:catppuccin- latte, frappe, macchiato, mochanorddraculagruvboxonedarktokyonightayupalenightgoghby default, lovesay checks for the quotes file at$HOME/.config/lovesay/quotesif there is nothing there and no quote is given using the cli args, it will just print out a heart with no quote❖ About lovesayI wrote lovesay because I got tired of seeing neofetch or pfetch every time I opened my terminal. I wanted something more personal.Seeing words full of love from my partner is a lot better than any other command I could possibly run. It makes my terminal feel cozy, welcoming, and as is the case with most things my partner touches, it makes my terminal feel like home.I hope that someone else finds a use for this little script as well. Love is a wonderful thing, and we could all use a little bit more of it in our lives (especially arch linux users)❖ What's New?0.3.11 - Updates to the heart emoji
Package: loveterm
:revolving_hearts: Love Term :airplane:Love term is terminal package for LDR couples to just make a few things easier, give you ideas, and add some more romance to your relationshipInstallationNote:Only runs on MacOS (as far as I know) and was developed in Python 2.7$pipinstalllovetermrequirements for loveterm which can be installed with pip:requests==2.18.4beautifulsoup4==4.6.0Commands:For Dates:Typeloveterm setdateto log any important dates you want to save like meeting timesTypeloveterm datesto see all logged datesTypeloveterm countdownto see how many days are left until those special moments!Typeloveterm deleteto delete logged datesOther Cute Stuff:Typeloveterm sendto send an email to your lover with a cute message!TypeloveTerm getsongto get a romantic song from Michelle Obama's Valentines playlistTypeloveTerm getcuteto get an inspirational and cute messageTypeloveTerm getideafor a cute LDR-friendly date suggestionLicenseMIT
Package: love-three
three.pyA package dedicated to the love of 3.This is silly personal project inspired by the equally silly JavaScript libraryfive.jsbyJack Clark.How to installpip install love-threeUsage examplesBegin by importing the three module into your code.>>> import threeThe module can be used to perform:arithmetic>>> three.three() + three.three() 
6>>> three.squared()
9>>> three.cubed()
27boolean expressions>>> a = 2
>>> if three.is_three(a):
...     print("a equals three :)")
... else:
...     print("a does not equal three :(")
... 
a does not equal three :(filter, map, and reduce>>> values = [1, None, 3, "beans", False, 3]
>>> three.filter(values)
[3, 3]
>>> three.map(values)
[3, 3, 3, 3, 3, 3]
>>> three.reduce(values)
3novelty and humor>>> three.leches()
['Condensed', 'Evaporated', 'Heavy cream']>>> three.stooges()
['Larry', 'Curly', 'Moe']Development setupAll the code needed is contained within:three.pyHow to contributeContributions are encouraged and welcomed!Fork the repoCreate a branch for your new feature (git checkout -b feature/my-cool-feature)Commit your changes (git commit -am feature/my-cool-feature)Push to the branch (git push origin feature/my-cool-feature)Create a new Pull RequestMetaDistributed under the MIT license. SeeLICENSE.txtfor more information.
Package: lovetiklib
LoveTikLibWith This Package Can You Download Any TikTok Video from lovetik.comInstallation :pipinstalllovetiklibExampleimportlovetiklibfromlovetiklibimport*#to import the liba=TikTok().Vid("https://vm.tiktok.com/ZM2FdEuwu/?t=2")#Creat Var To send data-Link To Vid Functionprint(a)#Shows All List#print(a['Video']) #Get Video Listprint(a['Video']['cover'])#Get Cover Vidprint(a['Video']['vidID'])#Get ID The Vidprint(a['Video']['desc'])#Get Descrptionprint(a['Video']['link'])#Get MP4 File Linkprint(a['Video']['audioName'])#Get Audeo Nameprint(a['Video']['audioLink'])#Get Audio Linkprint(a['Video']['authorUser'])#Get author UserNameprint(a['Video']['authorName'])#Get author Nameprint(a['Video']['authorImage'])#Get author PhotoFollow us on social media accountstelegram : @s_y_egithub :https://github.com/MuamleAmeer