Saravanan666/pypi-org huggingface dataset:
Package: ingot-redis
Ingot Redis Ingot package.For consumersFor using the Ingot package just execute the following commands:Add the package to therequirements.txtfile of your project.Install int using thepiptool.TODO. Add here something extra information.Package CLIThe package provides CLI.
It allows to start working with the package quickly.
It contains the following commands:
TODO. Add builders here after generating their by theingots package_bootstraptool.For using the CLI tool just call the following command:ingot-redis-cli<command>Getting package CLI help:ingot-redis-cli--help
ingot-redis-cli<command>--helpFor developersPrepare the project for workingClone a repository:mkdiringots-libscdingots-libs
gitclonecdingot-redisPrepare a virtual environment:python3.9-mvenv.venvsource.venv/bin/activate
pipinstall-rrequirements.txtPrepare repository hookspipinstallpre_commit
pre-commitinstall
pre-commitautoupdateConfigure code-quality tools:pipinstallblackflake8mypycoverageConfigure the Sphinx toolPlease, use the following page for configuring the Sphinx documentation generator:Sphinxpipinstallsphinx
sphinx-build-bhtmldocsdocs/build-vUsing the tox toolThe Ingot package allows automation via thetoxtool.pipinstalltoxUse configured tox tool for several activities.tox -e reformat- auto reformat code by the black tool, makes ordering import too.tox -e cs- checks code style by PEP8.tox -e ann- checks annotations of types by the mypy tool.tox -e utc- runs unittests with the coverage tool.tox -e report- builds coverage report for the project.tox -e doc- builds a package documentation.tox -e build- builds a package form current branch / tag / commit.tox -e upload- uploads package to the PyPI index. Set thePYPI_REPOSITORY_ALIASvirtual variable for specify PyPI destination.Calling tox without parameters will execute the following steps:cs,ann,utcandreport.Using package CLI locallyObviously, it's impossible to call the package CLI via package entry-point.Use the following command instead:python-mingot_redis.scripts.ingot_redis...
Package: ingots
IngotsThe framework for developing different web-services (asynchronous) and reusable components for them.For consumersInstallationFor using the framework just execute the following commands:python3.12-mvenv.venvsource.venv/bin/activate
pipinstallingotsFor developersCloning the projectExecute the following commands:mkdiringots-libscdingots-libs
gitclonehttps://github.com/ABKorotky/ingots.gitcdingotsPrepare a virtual environmentExecute the following commands:python3.12-mvenv.venvsource.venv/bin/activate
pipinstall--upgradepip
pipinstall-rrequirements.txt
pipinstall-rrequirements-dev.txtPrepare repository hooksExecute the following commands:pre-commitautoupdate
pre-commitinstallConfigure theSphinxtool:
Please, use the following page for configuring the Sphinx documentation generator:Sphinxsphinx-build-bhtmldocsdocs/build-vUsing the tox toolThe project has some automation via thetoxtool.Use thetoxtool for the following activities:tox -e reformat- auto reformat code by the black tool, makes ordering import too.tox -e cs- checks code style by PEP8.tox -e ann- checks annotations of types by the mypy tool.tox -e utc- runs unittests with the coverage tool.tox -e report- builds coverage report for the project.tox -e doc- builds a package documentation.tox -e build- builds a package form current branch / tag / commit.tox -e upload- uploads package to the PyPI index. Set thePYPI_REPOSITORY_ALIASenvironment variable for specifying PyPI destination.Calling tox without parameters will execute the following steps:cs,ann,utcandreport.
Package: ingot-sql
Ingot Ingot Sql package.Provides SQS functionality for Ingots projects.For consumersFor using the Ingot package just execute the following commands:Add the package to therequirements.txtfile of your project.Install int using thepiptool.TODO. Add here something extra information.Package CLIThe package provides CLI.
It allows to start working with the package quickly.
It contains the following commands:
TODO. Add builders here after generating their by theingots package_bootstraptool.For using the CLI tool just call the following command:ingot-sql-cli<command>Getting package CLI help:ingot-sql-cli--help
ingot-sql-cli<command>--helpFor developersPrepare the project for workingClone a repository:mkdiringots-libscdingots-libs
gitclonehttps://github.com/ABKorotky/ingot-sql.gitcdingot-sqlPrepare a virtual environment:python3.9-mvenv.venvsource.venv/bin/activate
pipinstall-rrequirements.txtPrepare repository hookspipinstallpre_commit
pre-commitinstall
pre-commitautoupdateConfigure code-quality tools:pipinstallblackflake8mypycoverageConfigure the Sphinx toolPlease, use the following page for configuring the Sphinx documentation generator:Sphinxpipinstallsphinx
sphinx-build-bhtmldocsdocs/build-vUsing the tox toolThe Ingot package allows automation via thetoxtool.pipinstalltoxUse configured tox tool for several activities.tox -e reformat- auto reformat code by the black tool, makes ordering import too.tox -e cs- checks code style by PEP8.tox -e ann- checks annotations of types by the mypy tool.tox -e utc- runs unittests with the coverage tool.tox -e report- builds coverage report for the project.tox -e doc- builds a package documentation.tox -e build- builds a package form current branch / tag / commit.tox -e upload- uploads package to the PyPI index. Set thePYPI_REPOSITORY_ALIASvirtual variable for specify PyPI destination.Calling tox without parameters will execute the following steps:cs,ann,utcandreport.Using package CLI locallyObviously, it's impossible to call the package CLI via package entry-point.Use the following command instead:python-mingot_sql.scripts.ingot_sql...
Package: ingot-sqlite
Ingot Sqlite Ingot package.Provides integration with the SQLite DB for Ingots projectsFor consumersFor using the Ingot package just execute the following commands:Add the package to therequirements.txtfile of your project.Install int using thepiptool.TODO. Add here something extra information.Package CLIThe package provides CLI.
It allows to start working with the package quickly.
It contains the following commands:
TODO. Add builders here after generating their by theingots package_bootstraptool.For using the CLI tool just call the following command:ingot-sqlite-cli<command>Getting package CLI help:ingot-sqlite-cli--help
ingot-sqlite-cli<command>--helpFor developersPrepare the project for workingClone a repository:mkdiringots-libscdingots-libs
gitclonehttps://github.com/ABKorotky/ingot-sqlite.gitcdingot-sqlitePrepare a virtual environment:python3.9-mvenv.venvsource.venv/bin/activate
pipinstall-rrequirements.txtPrepare repository hookspipinstallpre_commit
pre-commitinstall
pre-commitautoupdateConfigure code-quality tools:pipinstallblackflake8mypycoverageConfigure the Sphinx toolPlease, use the following page for configuring the Sphinx documentation generator:Sphinxpipinstallsphinx
sphinx-build-bhtmldocsdocs/build-vUsing the tox toolThe Ingot package allows automation via thetoxtool.pipinstalltoxUse configured tox tool for several activities.tox -e reformat- auto reformat code by the black tool, makes ordering import too.tox -e cs- checks code style by PEP8.tox -e ann- checks annotations of types by the mypy tool.tox -e utc- runs unittests with the coverage tool.tox -e report- builds coverage report for the project.tox -e doc- builds a package documentation.tox -e build- builds a package form current branch / tag / commit.tox -e upload- uploads package to the PyPI index. Set thePYPI_REPOSITORY_ALIASvirtual variable for specify PyPI destination.Calling tox without parameters will execute the following steps:cs,ann,utcandreport.Using package CLI locallyObviously, it's impossible to call the package CLI via package entry-point.Use the following command instead:python-mingot_sqlite.scripts.ingot_sqlite...
Package: ingot-tcp
Ingot Tcp Ingot package.Provides TCP functionality for Ingots projectsFor consumersFor using the Ingot package just execute the following command:pipinstallingot_tcpOf course, need to activate a destination virtual environment:source.venv/bin/activate... or to create it, if it hasn't prepared yet:python3-mvenv.venvBootstrapThe Ingot package provides the Bootstrap CLI tool.
It allows to get started with the Ingot package quickly.
It generates the following skeletons:
TODO. Add builders here after generating theirs by theingots package_bootstraptool.For using the CLI tool just call the following command:ingot-tcp<command>--name=<entity_name>--description="The <entity> brief description."Getting help:ingot-tcp--help
ingot-tcp<command>--helpFor developersPrepare the project for workingClone a repository:mkdiringots-libscdingots-libs
gitclonehttps://github.com/<path>/ingot_tcp.gitcdingot_tcpPrepare a virtual environment:python-mvenv.venvsource.venv/bin/activate
pipinstall-rrequirements.txtPrepare repository hookspipinstallpre_commit
pre-commitinstallConfigure code-quality tools:pipinstallblackflake8mypycoverageConfigure the Sphinx toolPlease, use the following page for configuring the Sphinx documentation generator:Sphinxpipinstallsphinx
sphinx-build-bhtmldocsdocs/build-vUsing the tox toolThe Ingot package allows automation via thetoxtool.pipinstalltoxUse configured tox tool for several activities.tox -e reformat- auto reformat code by the black tool, makes ordering import too.tox -e cs- checks code style by PEP8.tox -e ann- checks annotations of types by the mypy tool.tox -e utc- runs unittests with the coverage tool.tox -e report- builds coverage report for the project.tox -e doc- builds a package documentation.tox -e build- builds a package form current branch / tag / commit. Set the{NAME}_VERSION_SUFFIXvirtual variable for specify package suffix.tox -e upload- uploads package to the PyPI index. Set thePYPI_REPOSITORY_ALIASvirtual variable for specify PyPI destination.Calling tox without parameters will execute the following steps:cs,ann,utcandreport.Using package bootstrap locallyObviously, it's impossible to call the package bootstrap tool via package entry-point.Use the following command instead:python-mingot_tcp.scripts.ingot_tcp...
Package: ingram
Telegram MTProto API Framework for PythonHomepage•Documentation•Releases•NewsPyrogramElegant, modern and asynchronous Telegram MTProto API framework in Python for users and botsfrompyrogramimportClient,filtersapp=Client("my_account")@app.on_message(filters.private)asyncdefhello(client,message):awaitmessage.reply("Hello from Pyrogram!")app.run()Pyrogramis a modern, elegant and asynchronousMTProto APIframework. It enables you to easily interact with the main Telegram API through a user account (custom client) or a bot
identity (bot API alternative) using Python.SupportIf you'd like to support Pyrogram, you can consider:Become a GitHub sponsor.Become a LiberaPay patron.Become an OpenCollective backer.Key FeaturesReady: Install Pyrogram with pip and start building your applications right away.Easy: Makes the Telegram API simple and intuitive, while still allowing advanced usages.Elegant: Low-level details are abstracted and re-presented in a more convenient way.Fast: Boosted up byTgCrypto, a high-performance cryptography library written in C.Type-hinted: Types and methods are all type-hinted, enabling excellent editor support.Async: Fully asynchronous (also usable synchronously if wanted, for convenience).Powerful: Full access to Telegram's API to execute any official client action and more.Installingpip3installpyrogramResourcesCheck out the docs athttps://docs.pyrogram.orgto learn more about Pyrogram, get started right
away and discover more in-depth material for building your client applications.Join the official channel athttps://t.me/pyrogramand stay tuned for news, updates and announcements.
Package: ingranalyze
InstallationYou can install ingranalyze by running:$ pip3 install --user ingranalyzeOn Linux the executable script can then be found in~/.local/binand on MacOS the script is under/Users/YOURUSERNAME/Library/Python/3.2/bin.UsageTypical usage is:$ ingranalyze.py --mics --repair 5 networkfile observationfileFor more options you can ask for help as follows:$ ingranalyze.py -h
usage: ingranalyze.py [-h] [--mics] [--repair {1,2,3,4,5}] [--list_repairs] networkfile observationfile
positional arguments:
  networkfile           influence graph in bioquali format
  observationfile       observations in bioquali format

optional arguments:
  -h, --help            show this help message and exit
  --mics                compute minimal inconsistent cores
  --repair {1,2,3,4,5}  choose repair method: 1 flip observed variations, 2
                        flip influences, 3 define network nodes as inputs, 4
                        define network nodes as input in an experiment (use
                        only in case of multiple experiments), 5 add
                        influences. default is 3
  --list_repairs        compute all minimal repair setsSamplesSample files for yeast are available here:yeast_guelzim.netandyeast_snf2.obs
Package: ingraph
InGraph·InGraph ain't template generator :stuck_out_tongue_winking_eye:InGraph is a Declarative Infrastructure Graph DSL for AWS
CloudFormation.Declarative: Never again abstract away from CloudFormation.
Simply declare your infrastructure components, without the hassle of
YAML, and preserve the strict semantic of the AWS CloudFormation
language. Veterans, build on top of your knowledge. Beginners, learn
CloudFormation effectively.Composable: Create encapsulated components with their assets and
dependencies, then share or compose them to build more complex
infrastructures. From simple nodes to your whole graph, everything
is a deployable infrastructure unit.Integrated: Leverage the evergrowing Python ecosystem. Benefit
from static type checking, take advantage of autocompletion in your
editor, or even consume open infrastructure components via the
Python Package Index, among others.Learn how to use InGraph in your own project.InstallationInGraph requiresPython 3.8or newer. Feel free to use your
favorite tool orpipto install theingraphpackage.python3.8 -m pip install --user ingraphVerify your installation by invoking theigcommand. You should see
a welcome screen.ExampleWe have several examples on thewebsite. Here is the first
one to whet your appetite.ig cfn -i example.py -r HelloWorld -o example.yamlThis example creates a simple AWS Lambda function that returns a
"Hello, World!" message.You'll notice that CloudFormation parameters, along with their types and
default values are simple constructor parameters, or that CloudFormation
outputs are class attributes, or even that CloudFormation resource names
are derived from variable names. It's only a taste ofwhat is in storefor you.ContributingThe primary purpose of this project is to continue to evolve the core of
InGraph. We are grateful to the community for any contribution. You may,
for example, proof-read the documentation, submit bugs and fixes,
provide improvements, discuss new axes of evolution, or spread the word
around you.ThanksWe want to thank and express our gratitude toBen Kehoe. Without
his guidance and support, this project wouldn't have been possible.LicenseUnless otherwise stated, the source code of the project is released
under theGNU Affero General Public License Version 3. Please
note, however, that all public interfaces subject to be embedded within
the source code of your infrastructure are released under theApache
License Version 2. Refer to the header of each file or to the
LICENSE file present in the parent directory where appropriate.
Package: ingraph.aws
InGraph AWS·InGraphis a Declarative Infrastructure Graph DSL for AWS
CloudFormation. This project uses theAWS CloudFormation Resource
Specificationto provide access to the latest native AWS
CloudFormation resources within InGraph,automatically.InstallationPrerequisites:Install InGraph.InGraph AWS requiresPython 3.8or newer. Feel free to use
your favorite tool orpipto install theingraph.awspackage.python3.8 -m pip install --upgrade --user ingraph.awsNote that this project automatically publishes a new version as soon as
AWS updates the AWS CloudFormation Resource Specification. To stay
updated, re-run the above command.LicenseUnless otherwise stated, the source code of the project is released
under theApache License Version 2.
Package: ingre.api.client
ingre api clientCommercial softwareHistory0.3.0 (2014-09-17)changed strict resources to __getattr__0.2.2 (2014-09-16)added /frontendsadded /assetsadded /notify0.2.1 (2014-09-04)added shipment_methods, payment_methods, brands, products resources0.2.0 (2014-08-26)support for asuser0.1.9 (2014-08-21)support for timezone to convert results dates0.1.8 (2014-08-19)added catching ConnectionError and raises ServerError0.1.7 (2014-08-19)added ingre.api.client.exceptions (NotFound, BadRequest, Unauthorized, ServerError)0.1.6 (2014-08-19)fixed auth retry when token expires0.1.5 (2014-08-19)added hooks (@api.before_call, @api.after_call)added support to call resources f.i. inspect() => inspect.get()0.1.4 (2014-08-19)added support to pass token to OAuth2Client0.1.3 (2014-08-18)fixed expired token retry0.1.2 (2014-08-18)added single resource item support0.1.1 (2014-08-17)fixed @wraps(func.partial)0.1.0 (2014-08-09)First release on PyPI.
Package: ingredient-parser
NOTE: Documentation needs a ton of work.DescriptionIngredient Parser is a simple utility to parse ingredients and return their name and measure. It currently supports Swedish and English language ingredients.Installationpip install ingredient_parserUsage for Englishpython
from ingredient_parser.en import parse
print(parse(‘2 liters of milk’))Usage for Swedishpython
from ingredient_parser.sw import parse
print(parse(‘4 Port fisk’))ContributingFork it!Create your feature branch:git checkout -b my-new-featureCommit your changes:git commit -am ‘Add some feature’Push to the branch:git push origin my-new-featureSubmit a pull request :D
Package: ingredient-parser-nlp
Ingredient ParserThe Ingredient Parser package is a Python package for parsing structured information out of recipe ingredient sentences.DocumentationDocumentation on using the package and training the model can be found athttps://ingredient-parser.readthedocs.io/.Quick StartInstall the package using pip$python-mpipinstallingredient-parser-nlpImport theparse_ingredientfunction and pass it an ingredient sentence.>>>fromingredient_parserimportparse_ingredient>>>parse_ingredient("3 pounds pork shoulder, cut into 2-inch chunks")ParsedIngredient(name=IngredientText(text='pork shoulder',confidence=0.999196),amount=[IngredientAmount(quantity='3',unit='pounds',text='3 pounds',confidence=0.998769,APPROXIMATE=False,SINGULAR=False)],preparation=IngredientText(text='cut into 2 inch chunks',confidence=0.995614),comment=None,sentence='3 pounds pork shoulder, cut into 2-inch chunks')Model accuracyThe model used for labelling tokens in sentences, provided in theingredient-parser/directory, has the following accuracy on a test data set of 25% of the total  data used:Sentence-level results:
	Total: 14982
	Correct: 14021
	Incorrect: 961
	-> 93.59% correct

Word-level results:
	Total: 105360
	Correct: 102741
	Incorrect: 2619
	-> 97.51% correctDevelopmentThe development dependencies are in therequirements-dev.txtfile. Details on the training process can be found in theModel Guidedocumentation.There is a simple web app for testing the parser with ingredient sentences and showing the parsed output. To run the web app, run the command$flask--appwebapprunThis requires the development dependencies to be installed.The dependencies for building the documentation are in therequirements-doc.txtfile.
Package: ingredients
ingredientsingredients code for practicing python packagingFree software: MIT licenseDocumentation:https://ingredients.readthedocs.io.FeaturesThis text is added for practice.Added to testservedocs.Final test.CreditsThis package was created withCookiecutterand theaudreyr/cookiecutter-pypackageproject template.History0.1.0 (2018-06-24)First release on PyPI.
Package: ingresdbi
===========================Python interface for Ingres===========================ingresdbi is a C based interface to the Ingres_ DBMS server,Ingres Star, Enterprise Access Gateways and EDBC servers. Theinterface is compliant with Python database API version 2.0[PEP-0249].ingresdbi is licensed under the `GPL v2`_.. _Ingres: http://www.ingres.com/.. _`GPL v2`: http://www.gnu.org/licenses/gpl-2.0.html.. [PEP-0249] http://www.python.org/peps/pep-0249.html
Package: ingresso
Ingresso.comUm wrapper em python para o ingresso.comRecursos DisponíveisCinemas de uma cidadeSessões de um cinemaFilmes em destaquesFilmes em cartazFilmes que serão lançados em brevveInstalação$pipinstallingressoou$poetrybuildModo de usarPara utilizar a classe Ingresso, primeiro você precisa pegar o ID da cidade em questão, o ingresso.com disponibiliza um endpoint que lista as cidades e seus respectivos ids. Comece acessando o endpoint abaixo passando a UF do estado:https://api-content.ingresso.com/v0/states/UFTabela de UFs:UFEstateACAcreALAlagoasAPAmapáAMAmazonasBABahiaCECearáDFDistrito FederalESEspírito SantoGOGoiásMTMato GrossoMAMaranhãoMSMato Grosso do SulMGMinas GeraisPAParáPBParaíbaPRParanáPEPernambucoPIPiauíRJRio de JaneiroRNRio Grande do NorteRSRio Grande do SulRORondôniaRRRoraimaSCSanta CatarinaSPSão PauloSESergipeTOTocantinsExemplo:https://api-content.ingresso.com/v0/states/RNSerá retornado algo semelhante a isso:{"name":"Rio Grande do Norte","uf":"RN","cities":[{"id":"48","name":"Natal","uf":"RN","state":"Rio Grande do Norte","urlKey":"natal","timeZone":"America/Fortaleza"}]}No exemplo acima, o ID da cidade é o 48, é ele que deve ser usado no parâmetrocity_id.O parâmetropartnershipé o nome do cinema, por exemplo: cinepolis, cinemark, knoplex, moviecom, etc.Cinemasingresso=Ingresso(48,'cinepolis')ingresso.theaters()ouingresso=Ingresso(48,'cinepolis')ingresso.theaters(1005)Cinemas por cidadeingresso=Ingresso(48,'cinepolis')ingresso.teathers_by_city()Sessões por cinemaingresso=Ingresso(48,'cinepolis')ingresso.sessions_by_theater(1005)Destaques por cinemaingresso=Ingresso(48,'cinepolis')ingresso.highlights()Filmes em cartazingresso=Ingresso(48,'cinepolis')ingresso.now_playing()Filmes em breveingresso=Ingresso(48,'cinepolis')ingresso.soon()ContribuaClone o projeto repositório:$gitclonehttps://github.com/hudsonbrendon/ingresso.com.gitCertifique-se de que oPoetryestá instalado, caso contrário:$pipinstall-UpoetryInstale as dependências:$poetryinstall$poetryshellInstale o pre-commit:$pre-commitinstallPara executar os testes:$pytestDependênciasPython >=3.8LicençaMIT
Package: ingrunTools
ingrunToolsJsonToolsDjango适配 django 的 http 返回  json 数据fromingrunTools.JsonToolsDjangoimportget_user_info,get_user_info# get_json_models(ser, data, code, msg)# 栗子:classget_user_info(APIView):user=User.object.get(pk=1)returnget_json_models(UserSerializer,user,1,'查询用户信息成功')# {'code':1, msg: '查询用户信息成功', data: {'id':1, 'username': 'ingrun'} }# get_json_success(msg)# 栗子:classget_user_info(APIView):user=User.object.get(pk=1)returnget_json_success('查询用户信息成功')# {'code':1, msg: '查询用户信息成功', data: '' }RandomTools生成随机数的工具# get_random_list(max, length, min)  返回一个包含随机不重复整数的列表# get_random_data_list(li, length) 随机返回一个列表的一部分 不重复# 栗子:a=get_random_list(10,5,-10)print(a)print(get_random_data_list(a,3))# [10, -1, 9, 0, -5]# [-1, 10, 9]
Package: ingsirapob
PyPi:https://pypi.org/project/ingsirapob/Hello this package is show about meวิธีติดตั้งเปิด CMD / Terminalpipinstallingsirapobวิธีใช้งานแพ็คเพจนี้เปิด IDLE ขึ้นมาแล้วพิมพ์…```python from ingsirapob import sirapob user = Sirapob() #ประกาศคลาส
user.show_name() # โชว์ชื่อ user.play_game() #เกมที่เล่นอยู่ตอนนี้
user.about() # เกี่ยวกับ user.show_art() # artพัฒนาโดย: สิรภพ