Saravanan666/pypi-org huggingface dataset:
Package: verygui
chinese:gui是一个开源的python库，使用此库需要一下库easygui这是一个非常简单的gui第三方库，大部分功能需要依靠他pip3 install easyguitkinter这是python的自带库，非常强大，复杂的功能都靠它无这个库主要为初学者开发，持续更新。主要函数有：函数主要功能open_path()打开文件，返回路径open_io()打开文件，返回io流msgbox(msg)文本弹窗，有ok按钮enterbox(enter)文本弹窗，有输入框和ok，有返回值save()保存文件，返回路径jdt()进度条English：GUI is an open source Python library. You need to use this libraryeasyguiThis is a very simple GUI third-party library, and most functions need to rely on it .pip3 install easyguitkinterThis is the built-in Library of Python. It is very powerful and has complex functionsnothingThis library is mainly developed for beginners and continuously updated.The main functions are:functionmajor functionopen_ path()Open the file and return the pathopen_ io()Open the file and return to the IO streammsgbox(msg)Text pop-up window with OK buttonenterbox(enter)Text pop-up window with input box and OK and return valuesave()Save the file and return the pathjdt()progress bar
Package: very-gui
chinese:gui是一个开源的python库，使用此库需要一下库easygui这是一个非常简单的gui第三方库，大部分功能需要依靠他pip3 install easyguitkinter这是python的自带库，非常强大，复杂的功能都靠它无这个库主要为初学者开发，持续更新。主要函数有：函数主要功能open_path()打开文件，返回路径open_io()打开文件，返回io流msgbox(msg)文本弹窗，有ok按钮enterbox(enter)文本弹窗，有输入框和ok，有返回值save()保存文件，返回路径jdt()进度条English：GUI is an open source Python library. You need to use this libraryeasyguiThis is a very simple GUI third-party library, and most functions need to rely on it .pip3 install easyguitkinterThis is the built-in Library of Python. It is very powerful and has complex functionsnothingThis library is mainly developed for beginners and continuously updated.The main functions are:functionmajor functionopen_ path()Open the file and return the pathopen_ io()Open the file and return to the IO streammsgbox(msg)Text pop-up window with OK buttonenterbox(enter)Text pop-up window with input box and OK and return valuesave()Save the file and return the pathjdt()progress bar
Package: verylittlewire
Little Wire Python libraryThe Little Wire Python library provides an interface to the Little Wire USB Multi-Tool developed by Ihsan Kehribar.InstallationInstall this via pip (or your favourite package manager):pip install verylittlewireContributors ✨Thanks goes to these wonderful people (emoji key):Stephan Linz💻🤔📖Adam Johnson💻Ihsan Kehribar🤔Omer Kilic🤔This project follows theall-contributorsspecification. Contributions of any kind welcome!CreditsThis package was created withCookiecutterand thebrowniebroke/cookiecutter-pypackageproject template.
Package: veryscrape
veryscrapeSimple time-series streaming of social media dataFree software: GNU General Public License v3Documentation:https://veryscrape.readthedocs.io.FeaturesTODOCreditsThis package was created withCookiecutterand theaudreyr/cookiecutter-pypackageproject template.History0.1.0 (2018-05-25)First release on PyPI.0.1.1 (2018-06-03)Refactored VeryScrape and Scraper0.1.2 (2018-06-03)Fixed bug in ItemSorter
Package: verystable
verystable(Because it's not very stable.)This project contains a number of useful Python bindings for interaction with bitcoin.Eventually it will contain a gallery of examples for doing useful things like
interacting with the P2P network and building interesting scripts.[!WARNING]
This project is not maintained with use of real (mainnet) funds in mind.
The bulk of the code comes from a test framework that is intended for use with regtest
only. You might lose money using this!Notably, this project copies theBitcoin Core functional test
frameworkin its
entirety for use, which contains a number of helpful utilities.This gives us good utilities for interacting with the P2P layer
(p2p.P2PInterface) as well as handling process-level bitcoind invocation
(test_node.TestNode).This module could help with a variety of tasks:building a local relay which adapts the user's choice of
protocol to bitcoin P2P messages,monitoring via the P2P network,programmatic management of bitcoind instances,general utilities related to bitcoin,and more.Installation$gitclonehttps://github.com/jamesob/verystable.git
$cdverystable
$pipinstall-e.# The bitcoincore module is then importable.$python
>>>importverystable
>>>verystable.core.p2p.MAGIC_BYTES{'mainnet':b'\xf9\xbe\xb4\xd9','testnet3':b'\x0b\x11\t\x07','regtest':b'\xfa\xbf\xb5\xda','signet':b'\n\x03\xcf@'}ExamplesExamples are contained inexamples/.Pulling from upstreamTo update the imported Bitcoin Core functional test framework code,run./pull-from-upstream.sh <bitcoin-core-repo-path>examine/commit the diffbump thepyproject.tomlversion number if needed
Package: vesicashapi
Vesicash Python SDK v1.0.0Table Of ContentsInstallationUsageAvailable ServicesContributionBug Reporting1.Installationpip3 install vesicashapi2. UsageSeeExamples3. Available ServicesAuthenticationAdminTransactionsPaymentNotificationsUploadSubscription4. ContributionMake a pull request with detailed explanation of what got changed/improved/suggested.5. Bug ReportingOpen an issue! Thanks.
Package: vesicash-python
Vesicash Python SDK v1.0.0Table Of ContentsInstallationUsageAvailable ServicesContributionBug Reporting1.Installationpip install vesicashapi2. UsageCreate Transactiontransaction = Transactions.create(
    title="Purchase Of An Iphone",
    type="oneoff",
    quantity=1,
    amount=20000,
    description="Iphone Purchase",
    parties={
        'sender': 5841206525,
        'recipient': 9432695230,
        'buyer': 5841206525,
        'seller': 9432695230,
        'charge_bearer': 5841206525
    },
    inspection_period=1,
    due_date="2/12/2020",
    currency="NGN"
)

print(transaction)`

# Login / Sign Up
`from vesicashapi.auth import Auth

"""
Login example
"""

login = Auth.login(
    username="precious@vesicash.com",
    password="test"
)

print(login)

"""
Sign up example
"""

signup = Auth.signup(
    email_address="precious@vesicash.com",
    password="test"
)

print(signup)```

### 3. Available Services
1. Authentication
2. Admin
3. Transactions
4. Payment
5. Notifications
6. Upload
7. Subscription

### 4. Contribution
Make a pull request with detailed explanation of what got changed/improved/suggested.

### 5. Bug Reporting
Open an issue! Thanks.
Package: vesna-alhauthproxy
This package contains a deamon (vesna_alh_auth_proxy) that proxies
ALH requests from a Unix domain socket to an ALH web end-point. It performs
authentication based on the system user originating request. This enables
multiple users on a system to share the same credentials for the ALH web
end-point, without exposing the credentials to them.An ALH implementation classvesna.omf.ALHis also provided that uses the
service provided by the proxy. Compared to the usualALHWebclass, this
does not require any parameters for its construction.base_urlandcluster_idare added by the proxy from its configuration file based oncluster_uid.cluster_uidis set from the environment, which typically
comes from the OMF Resource Proxy.
Package: vesna-spectrumsensor
IntroductionThis Python module abstracts the serial line protocol used by the VESNA
spectrum sensor application and provides a high-level object-oriented
Python interface.InstallationTo install system-wide from the package index, run:$ pip install vesna-spectrumsensorTo install system-wide from source, run:$ pip install .To run provided unit tests, run:$ toxUsageThe minimal application using this module looks like the following:# instantiate the SpectrumSensor class using the path
# to the serial device.
spectrumsensor = SpectrumSensor("/dev/ttyUSB0")

# query the attached hardware for supported configurations.
config_list = spectrumsensor.get_config_list()

# get required frequency sweep configuration.
sweep_config = config_list.get_sweep_config(...)

# define callback function that does something with
# measurements.
def callback(sweep_config, sweep):
   ...

# start spectrum sensing
spectrumsensor.run(sweep_config, callback)Please refer to docstring documentation for details.The package also installs vesna_rftest script that performs a series of
automated hardware tests using a USBTMC attached RF signal generator. Run
“vesna_rftest –help” to get a list of available options.LicenseCopyright (C) 2017 SensorLab, Jozef Stefan Institutehttp://sensorlab.ijs.siThis program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
GNU General Public License for more details.You should have received a copy of the GNU General Public License
along with this program.  If not, see <http://www.gnu.org/licenses/>.Authors:        Tomaz Solc, <tomaz.solc@ijs.si>
Package: vespacli
Vespa CLI - distributed as python packageVespa CLI binaries are distributed as part of the Vespa engine. Docs and installation instructions can be found in theVespa documentation.By providing the Vespa CLI as a Python package, it is even easier to use Vespa in Python environments.
It lets you add it to python dependencies, and it is installed in the same way as other python packages, and automatically added to the PATH.❓ As a Python user, moving between different environments and handling dependencies, and PATHS can be cumbersome.🚀 Installation is as simple as runningpip install vespacli.🔁 The Github Action perform a daily check for new releases of the Vespa CLI. If a new version is found, the python package is updated and a new release is made.🖥️ Works on Windows, Linux and MacOS.UsageFor usage of the Vespa CLI, see theVespa documentation.DisclaimerThis is an independent contribution and is not affiliated with, nor has it been authorized, sponsored, or otherwise approved by Vespa.ai or any of its affiliates.
Package: vessel-BalticShipping
vessel_BalticShipping_____________________________________________The package makes it easy to obtain vessel data fromwww.BalticShipping.comin the form of dictionary based on the imo number.Instructions.To install the package, perform:pipinstallData_FolderSplitHow to use the methods:1. To create the folder structure:#Importing Library.importvessel_BalticShippingasvs#imo number (Use integer only)imo=7814424print(vs.vesselData(imo)Have fun. :-)
Package: vessel-express-napari
vessel-express-napariA simple plugin for 3D vessel segmentation of LSFM imagesThisnapariplugin can be used to optimize the segmentation parameters for themain VesselExpress software platform.InstallationThe easiest way to install the plugin is to open napari, go to Plugins, then Install/Uninstall plugins. You will be able to find the plugin by name "vessel-express-napari".Or, you can installvessel-express-napariviapip:pip install vessel-express-napariTo install latest development version :pip install git+https://github.com/MMV-Lab/vessel-express-napari.gitDocumentationWe provide aquick start guideto explain the important pieces of this plugin. Suggestions and feature quests are very welcomed.ContributingContributions are very welcome. Tests can be run withtox, please ensure
the coverage at least stays the same before you submit a pull request.LicenseDistributed under the terms of theBSD-3license,
"vessel-express-napari" is free and open source softwareIssuesIf you encounter any problems, pleasefile an issuealong with a detailed description.
Package: vessl
vesslThis package serves as both CLI for your terminal and SDK for your projects.Documentation is provided athttps://docs.vessl.ai/api-reference/what-is-the-vessl-cli-sdk.InstallCurrently VESSL CLI/SDK is available through PyPI only.pipinstallvesslVESSL CLIVESSL Command Line Interface is a convenient tool to access VESSL resources from your terminals.Refer toVESSL CLI Docsfor details.Configure VESSL CLIFirst, configure VESSL CLI with your account and set default organization / project.>vesslconfigure
PleasegrantCLIaccessfromtheURLbelow.
https://vessl.ai/cli/grant-access?token=abcdxyz
Waiting...[?]Defaultproject:...
Welcome,VESSL!Check configurationBelow command will display current configuration for VESSL CLI.>vesslwhoami
Username:VESSL
Email:vessl@vessl.ai
Defaultorganization:my-default-organization
Defaultproject:my-default-projectVESSL SDKVESSL Software Development Kit is a python library that allows easy access to VESSL resources in your python programs and scripts.Refer toVESSL SDK Docsfor details.importvesslvessl.init(organization_name="my-organization")vessl.create_experiment(...)KerasUse ExperimentCallbackimportvesslfromvessl.integration.kerasimportExperimentCallbackvessl.init()# Keras training codemodel=Model()model.compile(...)# Add integrationmodel.fit(x,y,epochs=5,callbacks=[ExperimentCallback()])Run experiment on VESSL using Web UI or SDKMisc.For M1dockercontextcreateremote--docker"host=ssh://ec2-user@10.110.3.24"dockercontextuseremote
dockerbuild.-tvessl-python-sdk
dockerrunvessl-python-sdk
Package: vesta-integration-tests
Integration tests to check proper interaction between Vesta Services components.UsageBeforehand, you need to configure these tests by defining a python configuration module as defined by the VestaRestPackage configuration handler as describedhere.Once that is done, you can launch one of the multiple sub tests from the
following :vesta_integration_tests/mss_simple.pyvesta_integration_tests/mss_test.pyvesta_integration_tests/sg_test.pyvesta_integration_tests/global_test.pywith a command similar to :python-mvesta_integration_tests.mss_simpleHistory0.1.0First structured release.
Package: vestapol
vestapolvestapol is a Python package that loads data from the web and deploys a corresponding external table definition, so that the data can be queried using standard SQL."Vestapol"is an open D Major tuning for the guitar. It is named after a 19th-century composition distributed in some of the earliest instructional guides for guitar.Usagefromvestapol.web_resources.csv_resourceimportCSVResourcefromvestapol.destinations.gcp_destinationimportGoogleCloudPlatformnyt_covid_data_2022=CSVResource(name="nyt_covid19_us_counties_2022",base_url="https://raw.githubusercontent.com/",endpoint="nytimes/covid-19-data/master/rolling-averages/us-counties-2022.csv",version="v0",skip_leading_rows=1,)destination=GoogleCloudPlatform()nyt_covid_data_2022.load(destination)tablename=destination.create_table(nyt_covid_data_2022)fromgoogle.cloudimportbigqueryclient=bigquery.Client()query=f"""select date, state, county, cases_avg_per_100kfrom `{tablename}`where requested_at = '{nyt_covid_data_2022.requested_at}'limit 5"""query_job=client.query(query)forrowinquery_job.result():print(row)PrerequisitesInstallation of this project requiresPoetry1.2+ and Python version 3.9+.Older version of poetry can be updated by running:poetryselfupdate
poetry--versionInstallationInstall vestapol and its dependencies by running:poetryinstallTestingRun tests with the following command:poetryrunpytestEnvironment VariablesGCS_BUCKET_NAME: the Google Cloud Storage bucket where data is loaded (e.g.inq-warehouse-waligob)GCS_ROOT_PREFIX: the GCS prefix where data is loaded (e.g.data_catalog)GBQ_PROJECT_ID: the BigQuery project identifier (e.g.inq-warehouse)GBQ_DATASET_ID: the BigQuery dataset where external tables will be created (e.g.data_catalog_waligob)GBQ_DATASET_LOCATION: the BigQuery dataset location (e.g.US)GOOGLE_APPLICATION_CREDENTIALS=: location of the GCS service account keyfile (e.g.~/inq-warehouse-f0962a57089e-inf.json)Publishing to PyPIInstructions for pushing new versions ofvestapolto PyPI:UpdateCHANGELOG.md. Include Additions, Fixes, and Changes.Update project version using either a validPEP 440 stringor avalid bump rulefollowingSemantic Versioning.poetryversion<versionstringorbumprule>Create areleaseand check the CD Pipelineactionto ensure that the project was built and published to PyPI successfully.
Package: vestige-cleaner
VestigeVestige is a tool that automatically finds and removes commented code from python files.For example, you can use the tool to remove some comments within an old vestige file, and output the result into another file cleaned.py like this.python -m vestige cleaner.py --output cleaned.pyUsageYou can view the full usage with the --help optionpython -m vestige --helpwhich yieldsusage: __main__.py [-h] [--recursive] [--output OUTPUT] INPUT_PATH

Remove vestigial comments from code

positional arguments:
  INPUT_PATH            Input file or folder for cleaning

optional arguments:
  -h, --help            show this help message and exit
  --recursive, -r       Recursively search a folder and clean files underneat it
  --output OUTPUT, -o OUTPUT
                        Location to save file/files out to. If using --recursive should be a directoryInstallationTo install with pippip install vestige-cleanerQ/AWill vestige break my code!?Thankfully, no! Vestige only analyzes inline comments, so while it's possible for it to remove some inline documentation by mistake, it won't ever affect the actual code.How much can I trust vestige?Vestige's current model is about 95% accurate on internal tests.  We recommend double checking the diff of the original and output files to ensure everything has worked properly.  In the future we are aiming to increase this accuracy significantly through improvement of both the model and the training dataset.How does vestige work?Vestige usesBERT, a transformer based artificial neural network that is pretrained to betterunderstand (kind of)language, and then fine tuned on a specific task.  In this case, it is fine tuned to distinguish between commented code and useful documentation.
Package: vesync-outlet
# vesync-outletPython module to control Vesync WiFi power outlets## Installation```pip3 install vesync-outlet```## Usage```from vesync_outlet import Vesynchashpw = hashlib.md5(password.encode('utf-8')).hexdigest()vesync = Vesync(username, hashpw)devices, response = vesync.get_outlets()for d in devices:data, response = vesync.turn_on(d['id'])data, response = vesync.turn_off(d['id'])```## MethodsThe methods below return a tuple. The first element is the payload data.If this entry is None, check results in the response object for errors.### get_devices()Get all wifi-switch outlet devices from Vesync api.Arguments: noneReturns: ( payload, requests.response )### turn_off(id)Switch an outlet to OFF.Arguments: the device IDReturns: ( payload, requests.response )### turn_on(id)Switch an outlet to ON.Arguments: the device IDReturns: ( payload, requests.response )
Package: vetiver
vetiverVetiver, the oil of tranquility, is used as a stabilizing ingredient in perfumery to preserve more volatile fragrances.The goal of vetiver is to provide fluent tooling to version, share, deploy, and monitor a trained model. Functions handle both recording and checking the model's input data prototype, and predicting from a remote API endpoint. The vetiver package is extensible, with generics that can support many kinds of models, and available for both Python and R. To learn more about vetiver, see:the documentation athttps://vetiver.rstudio.com/the R package athttps://rstudio.github.io/vetiver-r/You can use vetiver with:scikit-learntorchstatsmodelsxgboostspacyor utilizecustom handlersto support your own models!InstallationYou can install the released version of vetiver fromPyPI:python-mpipinstallvetiverAnd the development version fromGitHubwith:python-mpipinstallgit+https://github.com/rstudio/vetiver-pythonExampleAVetiverModel()object collects the information needed to store, version, and deploy a trained model.fromvetiverimportmock,VetiverModelX,y=mock.get_mock_data()model=mock.get_mock_model().fit(X,y)v=VetiverModel(model,model_name='mock_model',prototype_data=X)You canversionandshareyourVetiverModel()by choosing apins"board" for it, including a local folder,Connect, Amazon S3, and more.frompinsimportboard_tempfromvetiverimportvetiver_pin_writemodel_board=board_temp(versioned=True,allow_pickle_read=True)vetiver_pin_write(model_board,v)You candeployyour pinnedVetiverModel()usingVetiverAPI(), an extension ofFastAPI.fromvetiverimportVetiverAPIapp=VetiverAPI(v,check_prototype=True)To start a server using this object, useapp.run(port = 8080)or your port of choice.ContributingThis project is released with aContributor Code of Conduct. By contributing to this project, you agree to abide by its terms.For questions and discussions about deploying models, statistical modeling, and machine learning, pleasepost on Posit Community.If you think you have encountered a bug, pleasesubmit an issue.
Package: vetoes
This library contains a number of utility and helper classes that were
embedded in consumers that I have written recently.  They add useful
functionality on top ofrejected.https://github.com/dave-shawley/vetoeshttps://pypi.org/project/vetoes/https://pythonhosted.org/vetoes/https://coveralls.io/github/dave-shawley/vetoeshttps://travis-ci.org/dave-shawley/vetoes
Package: vetox
Create a virtual environment to run Tox[Home|Download|GitLab|PyPI|ReadTheDocs]OverviewThevetoxtool creates a virtual environment, installs a suitable
version of Tox within it, and then runs Tox with the specified arguments.
It does not use any modules outside of the Python standard library, so
it is suitable for use when testing with different Python versions.Note that thevetoxtool's main file, thesrc/vetox/__main__.pyfile in
the source distribution, may be copied into another project's source tree and
invoked using a Python 3.x interpreter.InvocationThevetoxtool accepts two subcommands:runandrun-parallel,
as well as a-c/--confoption with the path to atox.inifile.
Any positional arguments after therunorrun-parallelsubcommand are
passed on to Tox unmodified.ExamplesRun Tox in an ephemeral virtual environment, use thetox.inifile found in
the current working directory, run all the default Tox environments in parallel:vetoxrun-parallelSame, but use Tox 3.x and pass it some environment selection options:vetoxrun-parallel-t'>= 3, < 4'---efirst,secondUse thetox.inifile in the parent directory, run the test environments
sequentially, one by one:vetox-c../tox.inirunIf thesrc/vetox/__main__.pyfile was copied to another project, it may be
used to run that project's test suite:python3tests/vetox.pyrun-parallelDisplay the list of features supported by thevetoxtool in a format
compatible with thefeature-checktool:vetoxfeaturesIf thesrc/vetox/__main__.pyfile was copied to another project, it may be
used to run that project's test suite:python3tests/vetox.pyrun-parallelContactThevetoxtool was written byPeter Pentchev.
It is developed ina GitLab repository. This documentation is
hosted atRingletwith a copy atReadTheDocs.
Package: vetting
vettingvettingcontains simple, stand-alone Python tools for vetting transiting signals in NASA's Kepler, K2 and TESS data.vettingrequires an installation of Python 3.8 or higher.InstallationYou can installvettingby executing the following in a terminalpip install vettingCentroid testingAn example of a simple test is shown below.Here a significant offset is detected in the centroid of false positive KOI-608 during transit. The p-value for the points during transit being drawn from the same distribution as the points out of transit is low, (there is a less than 1% chance these are drawn from the same distribution). To recreate this example you can use the following script:importlightkurveaslkfromvettingimportcentroid_testtpf=lk.search_targetpixelfile('KOI-608',mission='Kepler',quarter=10).download()period,t0,dur=25.3368592,192.91552,8.85/24r=centroid_test(tpf,period,t0,dur,aperture_mask='pipeline',plot=False)