Saravanan666/pypi-org huggingface dataset:
Package: wisconsin-covid19
Wisconsin-Covid19-APIA wrapper library for data listed onDHS Wisconsin.Installingpip install wisconsin-covid19Quickstartimport wisconsin_covid19

# State History
for data_point in wisconsin_covid19.state.history():
    print(data_point.POSITIVE)

# All Testing Sites
for data_point in wisconsin_covid19.testing_site.all():
    print(data_point.ADDRESS)

# All County Data
for data_point in wisconsin_covid19.county.history_all():
    print(data_point.POSITIVE)

# All Census Tract Data
for data_point in wisconsin_covid19.census_tract.history_all():
    print(data_point.POSITIVE)

# All School District Data
for data_point in wisconsin_covid19.school_district.history_all():
    print(data_point.POSITIVE)

# All City Data
for data_point in wisconsin_covid19.city.history_all():
    print(data_point.POSITIVE)

# All Zip Code Data
for data_point in wisconsin_covid19.zip_code.history_all():
    print(data_point.POSITIVE)Data NotesHere's a comprehensive PDF about what the data means from WisconsinhereThe most important part of that is that -999 represents less than 5 cases, this will mess up your code if you don't filter it.When usingwisconsin_covid19.census_tract.history(census_tract_name)the census_tract_name can be generated by getting a census tract numberheremultiply by 100, and add a prefix of the FIPS code of the county foundhereEx: census tract in Madison, WI = "0017.04" -> "001704" with a FIPS code of  "55025" the variable you should pass to this library wrapper is "55025001704"This is known as aGEOIDGeneral Methodshistory(data_type, **kwargs)history_all(**kwargs)on_date(data_type, date, **kwargs)on_date_all(date, **kwargs)today(data_type, **kwargs)today_all(**kwargs)The methods are pretty self explanatory you can probably figure it out pretty easily if you've got an IDE that shows you the available classes/methods associated with an object.AuthorsDavid Teather-Initial work-davidteatherSee also the list ofcontributorswho participated in this project.LicenseThis project is licensed under the MIT License - see theLICENSE.mdfile for details
Package: wisdoms-dapr
Wisdoms Dapr用于Dapr FastAPI微服务开发的工具包。包目录结构elasticsearch ES代码抽象config.py 项目配置管理exceptions.py 统一的异常管理logger.py 自定义日志constants.py 共享常量shares 共享内容data 共享数据，包含国内省市区行政区划信息es_models 包含了常用的共享企业信息schemas 包含了常用的共享企业信息schematypes 常用的类型定义constants 共享常量项目发布发布环境pip install build pip setuptools wheel twine构建pip包python3 -m build步骤：切换到打包根目录执行build命令检查是否成功构建至dist目录测试pip包pip install dist/*.whl发布pip包twine upload dist/*TODO验证pydantic过滤效果查看不同定义对fastAPI文档的影响
Package: wisdom-sdk
NEXSTEM WISDOM SDK - PYTHON BINDINGModulesDEVICESTREAMPREPROCESSINGVISUALIZATION (VIZ) - In DevelopmentTRAINING - In DevelopmentEXPERIMENTMODELSMIMI2SSVEPP300FACEEMOTIONFOCUSDEPLOY
Package: wisdom-tree
Wisdom TreeWisdom Tree is a tui concentration app. Inspired by the wisdom tree in Plants vs. Zombies which gives in-game tips when it grows, Wisdom Tree gives you real life tips when it grows. How can you grow the tree? by concentrating!Showcasehttps://user-images.githubusercontent.com/38581702/235925233-1abe0e76-da53-41a7-9219-48686aab879c.mp4ScreenshotsInstallationWisdom-tree uses vlc to play music, please make sure vlc is installed.Extra step for macbrew install sdl2_mixerExtra step for Windowspip install windows-cursesInstallation from PyPipip install wisdom-treeorpip3 install wisdom-treeInstallation usingpipxpipx install wisdom-treeThis allows you to run the app from anywhereInstallation From Githubgit clone https://github.com/HACKER097/wisdom-treecd wisdom-treepip install -r requirements.txtorpip3 install -r requirements.txtRunning the appFrom anywhere after installation from PyPi or using pipxwisdom-treeFrom the github repository (root):python3 wisdom_tree/main.pynote the underscoreorwisdom-treeUsageUseleftandrightarrow keys to change musicTo add your own music, place it inside theres/directory (all music must be in.oggformat)Useupandownarrow keys anenterto select and start Pomodoro timers.While using lofi-radio usento skip song andrto replay[and]to increase and decrease the music/ambience volume respectively{and}to increase and decrease the sound effect volume respectivelyYou can replace arrow keys with vim's navigation keys (hjkl)mto mute music.rto toggle repeat.uto toggle q[u]iet mode, which mutes growth sounds and timer start sounds.spaceto pause and unpause.+,-to seek 10 sec forwards and backwordsnumber keys0-9to go 0-90% into the audio. Eg; pressing 6 will take you 60% into the audio, 7 will take you 70% and so on.To exit pressqCustom quotesThe user can use any set of quotes by adding a file calledqts.txtwith
one qoute per line to the defualt config location:{CONFIG_LOCATION}/wisdom-treewhere {CONFIG_LOCATION} is the default place to save configuration files
for the operating system:windows: The folder pointed to byLOCALAPPDATAorAPPDATAmac/linux: The folder pointed to byXDG_CONFIG_HOMEor~/.configfor now, adding a custom quotes file disables the default quotesFeaturesWisdom tree plays a variety of music, environmental sounds and white noises to help you concentrate. You can also import your own music into Wisdom Tree.3000+ quotes and lines of wisdom. You are assured that you will never see the same quote againMinimal interface and navigation to increase concentration.Pomodoro timerPlay music from youtubeLo-Fi radioUpcoming FeaturesPlay music from youtubeLo-Fi radioIf you would like to see a feature implemented, please open an issue with tag [FEATURE REQUEST]TippingBefore you consider donating, please note that I am still a school student and code in my free time, donatingwill nothelp me work on wisdom-tree or my other projects faster. Your tip can end up on onlycoins at worst, or pay for my college tuition at best.Monero:-42hk7SW7mdM5JXYRLAaiD47bqchNGfXJ8aQGhuQJuF9cTBhC5w94aUEcxt7NfokV2URy78RgSXdbiUGYCQZsPFjqDfi7Lto
Package: wisdomweaver
WisdomWeaverThis is a document question answering implementation that combines several concepts together to
produce an arbitrary document question answering machine.Sentence Transformers: used to index text into a vector databaseQuestion Answering Model: used to find answers in text most likely to contain themChatGPT: used to post process the answersGetting startedpip3 install wisdomweaverIndex a directory of asciidoc files:wisdom -v index --path /path/to/dataSearch the index in interactive mode:wisdom ask "What practice did many ancient C projects use?" --max 5 --threshold 0.2 --interactive --gptLicenseApache 2.0Learn ModeLearn techniques used in this project:https://swedishembedded.com/tag/gpt/
Package: wise-cli
Wise CLIwiseis a tool to deployDjangoprojects based ondjango-wise templateInstallationStable Versionpipinstallwise-cliDevelopment Versionpipinstallgit+https://github.com/victoraguilarc/wise-cli.gitUsageClone wise Django templategit clone https://github.com/victoraguilarc/wise.gitThe project must have a folder called.envsfor environment variables por development and a file.envfor production with virtualenv deployment mode.Add config file to cloned project.By defaultwiseusesdjango.json, This file could contains configuration values, for example::{
    "deployment": "virtualenv",
    "project": "wise",
    "password": "CHANGE_THIS!!",
    "domain": "www.xiberty.com",
    "ipv4": "0.0.0.0",
    "db_engine": "postgres",
    "web_server": "nginx",
    "https": true,
    "superuser": "username",
    "sshkey": "/Users/username/.ssh/id_rsa.pub"
}Developmentpipinstallpoetry
poetrybuild
pipinstall-e.LicenseThis code is licensed under theMIT License... _MIT License:https://github.com/victoraguilarc/suarm/blob/master/LICENSE
Package: wisepy
RTPY is an intuitive and effective CLI framework which is scalable and
practical.The most common use case might be an alternative of Python’sargparser, also you can enrich your terminal commands by usingwisepy.The terminal utilities have been removed fromwisepy. One project,
one goal.Installpip install -U Redy rbnf wisepyUsagefromwisepy.talkingimportTalkingtalking=Talking()@talkingdefadd(left:'an integer',right:'another integer'):"""
    add up two numbers.
    """left=int(left)right=int(right)returnleft+rightif__name__=='__main__':talking.on()And then use this python script:cmd>pythonadd--help# not only `cmd`, support all terminal as well.addadduptwonumbers.-left(positionalorkeywordarg):aninteger-right(positionalorkeywordarg):anotherintegercmd>pythondemo.pyadd123Another example here shows thatwisepycan translate python
functions with any kinds of parameter signatures into terminal command.@talking.alias('sum')defanother(*args,to_float:bool=False,double=None,additional_add:int=None):"""
    my sum command
    """# using type annotation in keyword argument makes the argument# cast to the specific type.ret=sum(map(int,args))ifdouble:ret=ret*2ifto_float:ret=float(ret)ifadditional_add:ret+=additional_addreturnretSee terminal:cmd>pythondemo.pysum--helpsummysumcommand-args(*args)-to_float(keywordonly)=False:<class'bool'>-double(keywordonly)=None-additional_add(keywordonly)=None:<class'int'>cmd>pythondemo.pysum1236cmd>pythondemo.pysum123--double12cmd>pythondemo.pysum123-additional_add5--double--to_float17.0
Package: wisepy2
Wisepy2Since we found that the capabilities/features doesn’t attract people into usingwisepy, thus
we go to an extreme, making the simplest command line tool for Python, but also capable of covering the regular use cases.Two examples are given in the root directory of this project.fromwisepy2import*defadd(left:int,right:int):"""
    add up two numbers.
    """print(left+right)return0if__name__=='__main__':wise(add)()@wiseclassCmd:classInt:@staticmethoddefadd(a:int,b:int):print(a+b)classStr:@staticmethoddefconcat(a:str,b:str):print(a+b)@staticmethoddefrepeat(a:str,b:int):print(a*b)if__name__=='__main__':wise(add)()shell>pythonxxx.pyIntadd12# 3shell>pythonxxx.pyStrconcat12# 12shell>pythonxxx.pyrepeat12# 11UsageWisepy2 converts a function into a command, where following components of python functions correspond to
the command components. Here’re the mapping rules:variadic args: a positional argument that accepts variable number of arguments, likenargs="*"inargparse.annotations: an annotation will be transformed to the help doc of an argument. If it’s a type, the argument is automatically converted to the type you expect.default argument: default value will be equivalent to specifyingdefaultinargparse.keyword argument: keyword only or postional_or_keyword arguments with default values can be passed by--argvalue.arguments that’re annotatedbooland haveTrueorFalsedefault arguments: these arguments can changed as the opposite of its default value by giving--arg.
Package: wise-se
PyWiSE: A Python Twin of the Verified Symbolic Bug Finder WiSEPyWiSE is a re-implementation of the (verified) Coq version of WiSE in Python. It
features a command-line interface and parser to symbolically execute IMP programs. All
code, with the exception of the parser and CLI code, closely mirror the Coq
implementation. To demonstrate this, the original Coq code is provided as
inline-comments close to the code mirroring it.The relevant files are:streams.py, mirroringstreams.v—a small library for infinite streams.imp.py, mirroringimp.v—the IMP programming language.symex.py, mirroringsymex.v—symbolic evaluation of expressions.bugfinder.py, mirroringbugfinder.v—the implementation of the bug finder.MacrosFor convenience, PyWiSE supports simple macro definitions which are inlined in the
IMP program. Macros must be defined at the beginning of an IMP file and are not
separated by semicolons either from each other or the remaining program. They can call
other macros definedbefore(which implies that they cannot be (mutually) recursive).
An example program using a macro is:macro subadd1(x, y)
begin
  x = x - y;
  x = x + 1
end
subadd1(a, b);
x = 17which expands toa = a - b;
a = a + a;
x = 17Note that macro "calls" are "statements," so you cannot invoke a macro inside an
expression.InstallationPyWiSE project requires Python 3.10 or higher. It is on PyPi; a simplepip install wise-sesuffices to install the symbolic executor in the current Python
environment.If you want to build the project locally, we recommend using a virtual environment:cd/path/to/PyWiSE
python3.10-mvenvvenvsourcevenv/bin/activate
pipinstall.[dev,test]Either way, thewisecommand should now be available on your command line. You can
test it on the examples in theexamples/directory, e.g.:$wiseexamples/gcd_buggy.imp
Analyzingfileexamples/gcd_buggy.imp

BUGFOUNDPath:a<=0ExampleInput:a:=0Store:{}BUGFOUNDPath:not(a<=0)andb<=0ExampleInput:a:=1,b:=0Store:{}BUGFOUNDPath:not(a<=0)andnot(b<=0)andnot(a==b)andnot(a<=b)andnot(0<=(a+b)and0<=bandb<=0andnot(b==0))ExampleInput:a:=2,b:=1Store:{}{old_a->a}{old_b->b}{a->(a+b)}...The first two bugs are failing assertions on the input; the third one is a "real" bug.
For some examples, you might have to increase the number of generated symbolic states,
as inwise -n 100 ....Enterwise -hfor a short help text on the available options.Copyright and LicenseCopyright © 2023 Arthur Correnson and Dominic Steinhöfel.PyWiSE is released under the GNU General Public License v3.0 (seeCOPYING).
Package: wisesight
WISESIGHTWisesight is a Python library for consuming the wisesight socialistening api.InstallationUse the package managerpipto installwisesight.pipinstallwisesightUsageimportwisesightContributingPull requests are welcome. For major changes, please open an issue first to discuss what you would like to change.Please make sure to update tests as appropriate.LicenseMIT
Package: wise-utils
小工具commonexceptions: 异常处理ftp: FTP上传下载logger: 日志打印mail: 邮件发送retry_decorator: 重试装饰器setqueue: 去重队列，有序去重队列dbmysqlredisspider 爬虫基类basespiderselenium_spider0.3.6由于新版将会弃用直接传executable_path，更新了 
service = Service(executable_path=executable_path)
browser = webdriver.Chrome(service=service, options=chrome_options)# 安装pipinstall-ihttps://pypi.org/simple/wise-utils

-mac打包python3-mbuildpython3-mtwineupload--repositorytestpypidist/*python3-mtwineupload--repositorypypidist/*
-win打包pythonsetup.pysdistpythonsetup.pyinstalltwineuploaddist/*
Package: wiseyoda
WiseYodaQuotes from theWise YodaReport Bug·Request Feature:star2: About the ProjectSimple library to obtain wisdom from the wise Master Yoda in the form of quotes. Create afeature requestif there are some useful features/commands that you hate to remember!:camera: Screenshots:toolbox: Getting Started:bangbang: PrerequisitesThis project uses poetry as the python package managerpoetryFollow thepoetry installguidepython3.8+Download frompython(ideally3.10)pipinstallwiseyoda:eyes: UsageReminder: These commands must be run in the virtualenv where you installed the dependencies.fromwise_yodaimportQuoteslesson=Quotes().random_quote()lesson=Quotes().select_quote(season=1,episode=1):running: Run LocallyClone the projectgitclonehttps://github.com/Mikaayenson/WiseYoda.gitGo to the project directorycdwise_yodaInstall system and Python dependenciesmakedepsRun wiseyodawiseyoda--help:construction: DevelopmentInstall pre-commitpre-commitinstallUpdate Python dependenciesmakedeps-py-update:test_tube: Running TestsRun testsmaketestRun lintermakecheck:triangular_flag_on_post: Build: Python PackageBuild this project as asdistandwheelmakebuild:warning: LicenseDistributed under the Apache2.0 License. See LICENSE.txt for more information.
Package: wishbone_decode_msgpack
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|________|__|_____|__|__|_____|_____|__|__|_____|
                                   version 2.1.2

Build composable event pipeline servers with minimal effort.


=======================
wishbone.decode.msgpack
=======================

Version: 1.0.0

Decodes MSGPack data into Python objects.
-----------------------------------------


    Decodes the payload or complete events from MSGPack format.

    Parameters:

        - complete(bool)(False)
           |  When True encodes the complete event.  If False only
           |  encodes the data part.

    Queues:

        - inbox
           |  Incoming messages

        - outbox
           |  Outgoing messges
Package: wishbone_decode_perfdata
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                                   version 2.1.4

Build composable event pipeline servers with minimal effort.



========================
wishbone.decode.perfdata
========================

Version: 1.0.0

Converts Nagios perfdata to the internal metric format.
-------------------------------------------------------


    Converts the Nagios performance data into the internal Wishbone metric
    format.


    Parameters:

        - sanitize_hostname(bool)(False)
           |  If True converts "." to "_".
           |  Might be practical when FQDN hostnames mess up the namespace
           |  such as Graphite.

        - source(str)("@data")
           |  The field containing the perdata.

        - destination(str)("@data")
           |  The field to store the Metric data.


    Queues:

        - inbox:    Incoming events

        - outbox:   Outgoing events
Package: wishbone-dev
WishboneWishbone is an algorithm to align single cells from differentiation systems with bifurcating branches. Wishbone has been designed to work
with multidimensional single cell data from diverse technologies such as Mass cytometry and single cell RNA-seq.Installation and dependenciesWishbone has been implemented in Python3 and can be installed using$> pip install wishbone_devWishbone depends on a number ofpython3packages available on pypi and these dependencies are listed insetup.pyAll the dependencies will be automatically installed using the above commandsUsageCommand lineA tutorial on Wishbone usage and results visualization for single cell RNA-seq data can be found in this notebook:http://nbviewer.jupyter.org/github/ManuSetty/wishbone/blob/master/notebooks/Wishbone_for_single_cell_RNAseq.ipynbA tutorial on Wishbone usage and results visualization for mass cytometry data can be found in this notebook:http://nbviewer.jupyter.org/github/ManuSetty/wishbone/blob/master/notebooks/Wishbone_for_mass_cytometry.ipynbGUIA python GUI is now available for Wishbone. After following the installation steps listed below, the GUI can be invoked using$> wishbone_gui.pyA tutorial on using the interface is available in theWishbone tutorial.CitationWishbone manuscript is available fromNature Biotechnology. If you use Wishbone for your work, please cite our paper.@article{Wishbone_2016,
            title = {Wishbone identifies bifurcating developmental trajectories from single-cell data},
            author = {Manu Setty and Michelle D Tadmor and Shlomit Reich-Zeliger and Omer Angel and Tomer Meir Salame and Pooja Kathail and Kristy Choi and Sean Bendall and Nir Friedman and Dana Pe'er},
            journal = {Nature Biotechnology},
            year = {2016},
            month = {may},
            url = {http://dx.doi.org/10.1038/nbt.3569},
            doi = {doi:10.1038/nbt.3569}
    }
Package: wishbone_encode_flatten
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                                   version 2.1.2

Build composable event pipeline servers with minimal effort.



=======================
wishbone.encode.flatten
=======================

Version: 1.0.0

Flattens a dict structure of arbitrary depth into individual metric events.
---------------------------------------------------------------------------


    This module takes a <dict> structure and recursively travels it
    flattening the namespace into a dotted format untill a numeric value
    is encountered. For each metric a <wishbone.event.Metric>
    datastructure is created and stored in the @data part of
    <wishbone.event.Event>.

    Non-numeric values are ignored.

    For example:

        {"server": {"host01": {"memory": {"free": 10, "consumed": 90}}}}

        Would generate following metrics:

        server.host01.memory.free
        server.host01.memory.consumed

    These metrics are converted to the Wishbone metric data format:

        http://wishbone.readthedocs.org/en/latest/logs%20and%20metrics.html#format

    The module is expecting a Python <dict> type.  That means you should have
    already decoded the incoming data using a module like wishbone.decode.json.


    Parameters:

        - source(str)("@data")
           |  The event field containing the data to convert.

        - type(str)("wishbone")
           |  An arbitrary string to assign to the "type" field of the Metric
           |  datastructure.

        - metric_source(str)("wishbone")
           |  An arbitrary string to assign to the "source" field of the Metric
           |  datastructure.

        - tags(set)()
           |  An arbitrary set of tags assign to the "tags" field of the Metric
           |  datastructure.


    Queues:

        - inbox:    Incoming events.

        - outbox:   Outgoing events with @data containing the wishbone.event.Metric data.
Package: wishbone_encode_graphite
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                                   version 2.1.2

Build composable event pipeline servers with minimal effort.



========================
wishbone.encode.graphite
========================

Version: 1.0.0

Converts the Wishbone metric format to Graphite format.
-------------------------------------------------------


    Incoming metrics have following format:

        See http://wishbone.readthedocs.org/en/1.1.0/logs%20and%20metrics.html#format
        for more information about the format.

        Available template variables are:

            time, source, name, value unit, prefix, script, pid, source

    Parameters:

        - template(str)('{prefix}.{source}.{script}-{pid}.{type}.{name} {value} {time}'):
            | The template to use to build the metric structure.
            | Python templates are used.

        - prefix(str)("wishbone"):
            |

    Queues:

        - inbox
           |  Incoming messages

        - outbox
           |  Outgoing messges
Package: wishbone_encode_influxdb
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|________|__|_____|__|__|_____|_____|__|__|_____|
                                   version 2.1.2

Build composable event pipeline servers with minimal effort.


========================
wishbone.encode.influxdb
========================

Version: 1.0.0

Converts the internal metric format to InfluxDB line format.
------------------------------------------------------------


    Incoming date must be of type <Metric>.


    Parameters:

        - script(bool)(True)
           |  Include the script name.

        - pid(bool)(False)
           |  Include pid value in script name.

        - source(bool)(True):
           |  Include the source name in the naming schema.


    Queues:

        - inbox
           |  Incoming messages

        - outbox
           |  Outgoing messges
Package: wishbone_encode_msgpack
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|________|__|_____|__|__|_____|_____|__|__|_____|
                                   version 2.1.2

Build composable event pipeline servers with minimal effort.



=======================
wishbone.encode.msgpack
=======================

Version: 1.0.0

Converts Python dict data structures to MSGPack format.
-------------------------------------------------------


    Parameters:

        - complete(bool)(False)
           |  When True encodes the complete event.  If False only
           |  encodes the data part.

    Queues:

        - inbox
           |  Incoming messages

        - outbox
           |  Outgoing messges