Saravanan666/pypi-org huggingface dataset:
Package: wlab
# -*- coding: utf-8 -*-#~ #----------------------------------------------------------------------------#~ module:wlab#~  吴徐平的python科学计算文件#~  Data: 2013-08-08,星期四#~  Author:吴徐平#~  Email:539688300@qq.com#~ #----------------------------------------------------------------------------#~ # main test program for __WPyQtInput__.py#~ #----------------------------------------------------------------------------if __name__ == '__main__':from wlab import *import sysapp = QtGui.QApplication(sys.argv)#创建Qt进程app#---------------------------------------------------------------------------#示例1values={'String':'This is String','float':-3.5,'int':-15}GroupBoxTitle='Please set values'title='the first example of QInputBox 'rvalues=QInputBox(values=values,GroupBoxTitle=GroupBoxTitle,title=title)print(rvalues)#>>>{'int': -15, 'float': -3.5, 'String': 'This is String'}#---------------------------------------------------------------------------#示例2from collections import OrderedDictvalues=OrderedDict([('c', 1), (2, 2), ('a', 3)])rvalues1=QInputBox(values=values)print(rvalues1)#>>>OrderedDict([('c', 1), (2, 2), ('a', 3)])#---------------------------------------------------------------------------#示例3values={'String':'This is String','float':-3.5,'int':-15}GroupBoxTitle='Please set values'title='QInputBox'rvalues2=QInputBox(values=values,GroupBoxTitle=GroupBoxTitle,title=title)print(rvalues2)#>>>{'int': -15, 'float': -3.5, 'String': 'This is String'}#---------------------------------------------------------------------------sys.exit(app.exec_())#******************************************************************************************#*可以方便的读写文本文件,对数据的格式几乎没有任何限制,只要里面有数据就可以读出#******************************************************************************************#~ #主程序测试if __name__ == '__main__':x=numpy.random.randn(3,4)print(x)Filename='x.txt'header='look at this file'dlmwrite(Filename,x,header=header)y=dlmread(Filename)print(y)
Package: wlabkit
WLabKitThis is a toolkit to handle bio-data from WeiBin Lab.Similar data processing tasks occur frequently in my daily work though
these tasks are not complicated. To avoid change the code repeatedly, I
set up this project for the convenience of laboratory members and
others.InstallationBinary installers for the latest released version are available at the
Python Package Index (PyPI) and on Conda... code:: shellconda install wlabkit.. code:: shellpip install wlabkitSubcommandsgetseqget target sequences from a header list.ContactIf you have any problems, don’t hesitate to contact me.gavinchou64@gmail.com
Package: wlalign
WL-alignwlalignis a pure Python package that implements the graph-alignment routine
based on the generalization of the Weisfeiler-Lehman algorithm proposed in
ourNetwork Neuroscience paper.The software provides thewlalignPython module, which includes all thefunctions and tools that are necessary for computing network alignments and
similarity.
In particular, specific functions are devoted to:Computing thegraph Jaccard indexofsimilaritybetween two weighted
graphs.Solving thegraph alignment problemwithWL-align.The package isavailable at Pypiand can be easily installed from the command line.pipinstallwlalignTalon is a free software released underMIT license.DocumentationThe documentation of WL-align is available onRead the Docs.Getting helpThe preferred way to get assistance in running code that useswlalignis
through the issue system of theGitlab repositorywhere the
source code is available.
Developers and maintainers frequently check newly opened issues and will be
happy to help you.Contributing guidelinesThe development happens in thedevelbranch of theGitlab repositorywhile themasteris kept for the stable releases only.
We will consider only merge requests towards thedevelbranch.How to citeIf you publish works using WL-align, please cite us as follows:Matteo Frigo, Emilio Cruciani, David Coudert, Rachid Deriche, Emanuele Natale,
Samuel Deslauriers-Gauthier; Network alignment and similarity reveal
atlas-based topological differences in structural connectomes. Network
Neuroscience 2021; doi:https://doi.org/10.1162/netn_a_00199FundingThe development of WL-align was funded by the European Research Council (ERC)
under the European Union’s Horizon 2020 research and innovation program (ERC
Advanced Grant agreement No 694665:CoBCoM - Computational Brain Connectivity
Mapping).
Package: wlauto
Workload Automation (WA) is a framework for executing workloads and collecting
measurements on Android and Linux devices. WA includes automation for nearly 40
workloads and supports some common instrumentation (ftrace, hwmon) along with a
number of output formats.WA is designed primarily as a developer tool/framework to facilitate data driven
development by providing a method of collecting measurements from a device in a
repeatable way.WA is highly extensible. Most of the concrete functionality is implemented via
plug-ins, and it is easy to write new plug-ins to support new device types,
workloads, instruments or output processing.RequirementsPython 3.5+Linux (should work on other Unixes, but untested)Latest Android SDK (ANDROID_HOME must be set) for Android devices, orSSH for Linux devicesInstallationTo install:git clone git@github.com:ARM-software/workload-automation.git workload-automation
sudo -H python setup [install|develop]Note: Arequirements.txtis included however this is designed to be used as a
reference for known working versions rather than as part of a standard
installation.Please refer to theinstallation sectionin the documentation for more details.Basic UsagePlease see theQuickstartsection of the documentation.DocumentationYou can view pre-built HTML documentationhere.Documentation in reStructuredText format may be found underdoc/source. To
compile it into cross-linked HTML, make sure you haveSphinxinstalled, and thencd doc
make htmlLicenseWorkload Automation is distributed underApache v2.0 License. Workload automation includes
binaries distributed under different licenses (see LICENSE files in specific
directories).Feedback, Contributions and SupportPlease use the GitHub Issue Tracker associated with this repository for
feedback.ARM licensees may contact ARM directly via their partner managers.We welcome code contributions via GitHub Pull requests. Please see
“Contributing Code” section of the documentation for details.
Package: wlc
Weblate is libre software web-based continuous localization system,
used by over 2500 libre projects and companies in more than 165 countries.wlcwlc is aWeblatecommand-line client usingWeblate's REST API.PIP InstallationInstall using pip:pip3 install wlcSources are available athttps://github.com/WeblateOrg/wlc.UsagePlease seeWeblate documentationfor more complete documentation.Command-line usage:wlc list-projectswlc list-componentswlc list-translationswlc list-languageswlc showwlc lswlc commitwlc pushwlc pullwlc repowlc statswlc lockwlc unlockwlc lock-statuswlc downloadwlc uploadConfiguration is stored in~/.config/weblate. The key/values (retries,timeout,method_whitelist,backoff_factor,status_forcelist) are closely
coupled with theurllib3 parametersand allows the user to configure request
parameters.[weblate]url=https://hosted.weblate.org/api/retries=3method_whitelist=PUT,POST,GETbackoff_factor=0.2status_forcelist=429,500,502,503,504timeout=30[keys]https://hosted.weblate.org/api/ = APIKEYDocker imageThe image is published onDocker Hub.Building locally:docker build -t weblate/wlc .Detailed documentation is available inWeblate documentation.Docker hub tagsYou can use following tags on Docker hub:Tag nameDescriptionUse caselatestwlc stable release, matches latest tagged releaseRolling updates in a production environmentedgewlc developmentStaging environmentversionwlc stable release, seeweblate/wlcWell defined deploy in a production environmentEvery image is tested by our CI before it gets published, so even thebleedingversion should be quite safe to use.ContributingContributions are welcome! Seedocumentationfor more information.
Package: wlc-tools
集成了一些常用的小工具：diffrename使用一、renamefrom wlc_tools.rename import rename_md5

rename_md5( $(your_image_path) )二、difffrom wlc_tools.diff import diff

delimiter = '-'

diff($(your_fold1_path), $(your_fold2_path), $(fold1_tag), $(flod2_tag), $(your_result_path), $(delimiter))buildpythonsetup.pysdistbdist_wheel上传到pipypip3 install twine
python3 -m twine upload dist/*安装pip install wlc-tools
Package: wldhx-git-send-telegram
git send-telegramyour git send-email for 2023!SetupObtain API credentials fromhttps://core.telegram.org/api/obtaining_api_idSet credentials:git config sendtelegram.apiid <api_id>
git config sendtelegram.apihash <api_hash>Set session string:TELEGRAM_API_ID=<api_id> TELEGRAM_API_HASH=<api_hash> ./export-session-string.py
git config sendtelegram.sessionstring <session_string>You're good to go, let's get those patches a-sending!git send-telegram --to torvalds HEAD^!
Package: wldhx.yadisk-direct
Get real direct links usable with tools likecurlorwgetfor
files stored inYandex.Disk.UsageInstall with:pip3installwldhx.yadisk-directGet a real direct link:yadisk-directhttps://yadi.sk/i/LKkWupFjr5WzRDownload a file with a one-liner:curl-L$(yadisk-directhttps://yadi.sk/i/LKkWupFjr5WzR)-omy_local_filenameDisclaimerWhile this code depends on an open Yandex’sAPI,
I heartily recommend you to not use it in anything resembling production
environments.
Package: wled
Python: WLED API ClientAsynchronous Python client for WLED.AboutThis package allows you to control and monitor an WLED device
programmatically. It is mainly created to allow third-party programs to automate
the behavior of WLED.InstallationpipinstallwledUsageimportasynciofromwledimportWLEDasyncdefmain()->None:"""Show example on controlling your WLED device."""asyncwithWLED("wled-frenck.local")asled:device=awaitled.update()print(device.info.version)# Turn strip on, full brightnessawaitled.master(on=True,brightness=255)if__name__=="__main__":asyncio.run(main())Changelog & ReleasesThis repository keeps a change log usingGitHub's releasesfunctionality.Releases are based onSemantic Versioning, and use the format
ofMAJOR.MINOR.PATCH. In a nutshell, the version will be incremented
based on the following:MAJOR: Incompatible or major changes.MINOR: Backwards-compatible new features and enhancements.PATCH: Backwards-compatible bugfixes and package updates.ContributingThis is an active open-source project. We are always open to people who want to
use the code or contribute to it.We've set up a separate document for ourcontribution guidelines.Thank you for being involved! :heart_eyes:Setting up development environmentThe easiest way to start, is by opening a CodeSpace here on GitHub, or by using
theDev Containerfeature of Visual Studio Code.This Python project is fully managed using thePoetrydependency
manager. But also relies on the use of NodeJS for certain checks during
development.You need at least:Python 3.11+PoetryNodeJS 18+ (including NPM)To install all packages, including all development requirements:npminstall
poetryinstallAs this repository uses thepre-commitframework, all changes
are linted and tested with each commit. You can run all checks and tests
manually, using the following command:poetryrunpre-commitrun--all-filesTo run just the Python tests:poetryrunpytestAuthors & contributorsThe original setup of this repository is byFranck Nijhof.For a full list of all authors and contributors,
checkthe contributor's page.LicenseMIT LicenseCopyright (c) 2019-2023 Franck NijhofPermission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
in the Software without restriction, including without limitation the rights
to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:The above copyright notice and this permission notice shall be included in all
copies or substantial portions of the Software.THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
SOFTWARE.
Package: wlfutil
WlfUtilCommon utils for python.WlfUtil provides a series of imperative functions that help deal with mysql, redis, influxdb and so on.UtilsutilfuncLogUtil日志打印工具类FileUtil文件目录操作工具类ConfUtil配置文件操作工具类UniUtil通用工具类DtUtil日期操作工具类InfluxUtilInfluxdb操作工具类MysqlUtilMysql操作工具类ShellUtilShell操作工具类MinioUtilMinio操作工具类RedisUtilRedis操作工具类Installationpip3installwlfutilQuickuse# 引入所有工具类#from wlfutil.all import *# 引入指定的fromwlfutil.allimportLogUtil,FileUtillog_file='test/run.log'FileUtil.del_dir_or_file(log_file)LogUtil.init(log_file,True)LogUtil.info('title','this is a test')
Package: wlint
wlint is a collection of scripts and tools that can be used to help with
writing.  The project is designed for a Unix-like environment.Dependencieswlint is designed for a Unix-like environment.  Any modern Linux distribution
should be fine, but OS X and Cygwin shouldn’t have any problems either.To ensure maximum portability, dependencies are kept to a minimum.  Currently
scripts are written in either/bin/sh(assumes a typical collection of
standard command line tools) and Python 3 (assumed to be/usr/bin/python3).Installingwlint installs using asetup.pyfile.  The simplest installation
method just usespip.$pip3/path/to/wlintIf you don’t havepip3installed, it should be available in any
distribution’s package manager.  If you can’t or don’t want to installpip3, you can also usepython3directly.$python3/path/to/wlint/setup.pyinstallUsagewlint follows the pattern of tools likegitandapt-get: there’s a single front-end (wlint) to launch other
tools.  To get a list of tools, use the--listoption.Documentation for the other tools is available with the-hor--helpoptions, e.g.:wlint list-filter -h
usage: list-filter [-h] [--file FILE] [--lists LISTS] [--list LIST]
                [--sort-method SORT_METHOD]
                [file [file ...]]
Package: wlkata-mirobot-python
wlkata-mirobot-python勤牛智能 Mirobot六自由度机械臂 Python SDK安装包Windows通过pip安装

.. code:: bash

   pip install wlkata-mirobot-python

从源码编译安装

::

   python -m pip install .

Ubuntu
~~~~~~

通过pip安装

.. code:: bash

   sudo pip3 install wlkata-mirobot-python

从源码编译安装

::

   sudo python3 -m pip install .

准备工作
--------

-  将机械臂上电并连接到电脑的USB端口处

-  电脑安装好了CH340的驱动

-  安装好了Mirobot的Python SDK

快速入手
--------

.. code:: python

   '''
   机械臂腕关节的位置控制, 点控P2P(point to point)模式
   '''
   import time
   from wlkata_mirobot import WlkataMirobot

   # 创建机械臂 
   arm = WlkataMirobot()
   # 回归机械零点 Homing (同步模式)
   arm.home()

   print("运动到目标点 A")
   arm.set_tool_pose(200,  20, 230)
   print(f"当前末端在机械臂坐标系下的位姿 {arm.pose}")
   time.sleep(1)

   print("运动到目标点 B")
   arm.set_tool_pose(200,  20, 150)
   print(f"当前末端在机械臂坐标系下的位姿 {arm.pose}")
   time.sleep(1)

   print("运动到目标点 C, 指定末端的姿态角")
   arm.set_tool_pose(150,  -20,  230, roll=30.0, pitch=0, yaw=45.0)
   print(f"当前末端在机械臂坐标系下的位姿 {arm.pose}")

使用手册
--------

详细的API说明与示例代码， 请参阅
``doc/WLKATA MIROBOT Python SDK使用手册/``
Package: wllegal
Weblate is libre software web-based continuous localization system,
used by over 2500 libre projects and companies in more than 165 countries.This is legal module used on theHosted Weblate service.You can use them as an example how to customizeWeblate, but there are probably not generally usable.  If you
think something should be part of Weblate, please open an issue.InstallationInstall using pip:pip3installwllegalSources are available at <https://github.com/WeblateOrg/wllegal>.UsageInclude the module in theINSTALLED_APPS, it has tbe placed prior to other
Weblate modules to override it’s templates:INSTALLED_APPS.insert(0,"wllegal")
Package: wlnupdates
wlnupdates-api.pyA simple API wrapper for wlnupdates to get json data based on ID.InstallationInstall via pip (recommended)python3-mpipinstallwlnupdates-apiWrapperAll Wrapper functions only accepts ID as paramWrapper paramValueDescriptionIDString(optional)ID for the novel/series you're requestingfromwlnupdates-apiimportWrapperdata=Wrapper()print(data.get_series_data('3')Searchtitle_search paramValueDescriptionnameString(required)Name for the novel/series you're requestingsimilarityNumFloat(optional)This param will output any lists with a value above the number you entered.fullListBoolean(optional)If true, will output clean list with match(similarity num, name) and sid(series ID)Usage for Searchfromwlnupdates-apiimportSearchdata=Search()print(data.title_search(name,similarityNum=0,fullList=False))ContributingContributions are always welcome!Take a look at any existing issues on this repository for starting places to help contribute towards, or simply create your own new contribution to the project.When you are ready, simply create a pull request for your contribution and we will review it whenever we can!If you have an issue, please create a GitHub issue here to report it, include as much detail as you can.
Package: wlr-layout-ui
Wlr layout UIAn simple GUI to setup the screens layout on wlroots based systems.Requireswlr-randrPython: pyglet, tomliUsageStart the GUIwlrluiNote that a.desktopfile is provided in thefilesfolder for an easy integration to your environment.List available profiles (CLI)wlrlui -lLoad a profileTo load the profile called "cinema":wlrlui cinema
Package: wlsqm
WLSQM (Weighted Least SQuares Meshless) is a fast and accurate meshless least-squares interpolator for Python, implemented in Cython.Given scalar data values on a set of points in 1D, 2D or 3D, WLSQM constructs a piecewise polynomial global surrogate model (a.k.a. response surface), using up to 4th order polynomials.Use cases include response surface modeling, and computing space derivatives of data known only as values at discrete points in space. No grid or mesh is needed.Any derivative of the model function (e.g. d2f/dxdy) can be easily evaluated, up to the order of the polynomial.Sensitivity data of solution DOFs (on the data values at points other than the reference in the local neighborhood) can be optionally computed.Performance-critical parts are implemented in Cython. LAPACK is used via SciPy’s Cython-level bindings. OpenMP is used for parallelization over the independent local problems (also in the linear solver step).This implementation is targeted for high performance in a single-node environment, such as a laptop. The main target is x86_64.
Package: wls-rest-python
This is a Python client for Weblogics RESTful Management Services.
It takes care of some of the quirks with the API, without being so closely
linked that it becomes limiting.It creates Python objects dynamically based on the response from the server,
so that it’s easy to quickly write useful and Pythonic scripts.It’s tested against 12.2.1.3, but should work fine with all 12c R2 releases.Installation$pipenvinstallwls-rest-pythonExample usageExplore the API, change properties and undeploy applications:>>>fromwls_rest_pythonimportWLS>>>>>>wls=WLS('https://wls.example.com:7001','weblogic','welcome1')>>>>>>dir(wls.edit.batchConfig)['canonical','dynamicallyCreated','id','identity','name','notes','parent','schemaName','self','tags','type']>>>>>>wls.edit.servers.myServer.nativeIOEnabledTrue>>>wls.edit.servers.myServer.update(nativeIOEnabled=False)>>>wls.edit.servers.myServer.nativeIOEnabledFalse>>>wls.domainRuntime.deploymentManager.appDeploymentRuntimes.myApp.getState(...target='myServer'){'return':'STATE_ACTIVE'}>>>>>>wls.domainRuntime.deploymentManager.appDeploymentRuntimes.myApp.undeploy()>>>Start all managed servers asynchronously:fromwls_rest_pythonimportWLSwls=WLS('https://wls.example.com:7001','weblogic','welcome1')admin_server_name=wls.edit.adminServerNamerunning_jobs=[]forserverinwls.domainRuntime.serverLifeCycleRuntimes:ifserver.name!=admin_server_name:running_jobs.append(server.start(prefer_async=True))whilerunning_jobs:forjobinrunning_jobs:ifjob.completed:running_jobs.remove(job)time.sleep(10)Undeploy all applications and deploy a new one:importjsonfromwls_rest_pythonimportWLSwls=WLS('https://wls.example.com:7001','weblogic','welcome1')fordeploymentinwls.edit.appDeployments:deployment.delete()deployment_model={'name':'myWebApp','targets':[{'identity':['servers','myServer']}]}deployment_info={'model':(None,json.dumps(deployment_model)),'sourcePath':open('/u01/wars/myWebApp.war','rb'),'planPath':open('/u01/wars/myWebAppPlan.xml','rb')}wls.edit.appDeployments.create(files=deployment_info)
Package: wltrace
WlTrace: A Python Library to Pcap and Peektagged Packet TracesFeaturesSupport Pcap (w/ optical Radiotap header) and Peektagged format.Simple and easy to use interfaceInstallationYou can install this package usingpip.$pipinstall-UwltraceUsagefromwltraceimportwltracetrace=wltrace.load_trace('/path/to/trace')forpktintrace:# do stuff with pktSee full documentation athttp://wltrace.readthedocs.io.
Package: wltr-ebct-finder
Wltr EBCT FinderWltr EBCT Finder é uma API para consulta de endereços e CEP através do site da Empresa Brasileira de Correios e Telégrafos.Autor👤Walter AvelinoStackOverFlow@walteravelinoGithub:@walteravelinoLinkedin:@walteravelinoDEV:@walteravelino📝 LicençaCopyright © 2020Walter Avelino.Os projetos estão sob a licençaMIT.InstalaçãoA API Wltr EBCT Finder pode ser instalada utilizando o pip:$ pip install wltr-ebct-finderGuia rápido>>>importwltr_ebct_finder>>>address=wltr_ebct_finder.find_data('04311050')>>>print(address){'cep':'04311-050','logradouro':'Rua Ramiro Barcelos','complemento':'','bairro':'Vila Guarani (Z Sul)','localidade':'São Paulo','uf':'SP','ibge':'3550308','gia':'1004','ddd':'11','siafi':'7107'}
Package: wltr-functions
WLTR FunctionsAutor👤Walter AvelinoStackOverFlow@walteravelinoGithub:@walteravelinoLinkedin:@walteravelinoDEV:@walteravelino📝 LicençaCopyright © 2020Walter Avelino.Os projetos estão sob a licençaMIT.Pacote para validação de documentosInstalação do WLTR FunctionsPara instalar o pacote:pipinstallwltr-functions
Package: wltr-phonetics
Wltr PhoneticsWltrPhonetics é uma biblioteca Python para algoritmos fonéticos.
Os seguintes algoritmos estão disponíveis:SoundexMetaphoneRefined SoundexFuzzy SoundexLeinMatching Rating ApproachAlém disso, as seguintes métricas de distância:HammingLevenshteinAutor👤Walter AvelinoStackOverFlow@walteravelinoGithub:@walteravelinoLinkedin:@walteravelinoDEV:@walteravelino📝 LicençaCopyright © 2020Walter Avelino.Os projetos estão sob a licençaMIT.InstalaçãoO módulo está disponível no PyPI, basta instalar pelo pippip install wltr-phonetics.Utilização>>>fromwltr_phoneticsimportSoundex>>>soundex=Soundex()>>>soundex.phonetics('Walter')'W436'>>>soundex.phonetics('Waltie')'W430'>>>soundex.sounds_like('Walter','Waltie')FalseA mesma API se aplica a todos os algoritmos, por exemplo:>>>fromwltr_phoneticsimportMetaphone>>>metaphone=Metaphone()>>>metaphone.phonetics('discriminação')'TSKRMNK'Você também pode usar o métododistance(word1, word2, metric='levenshtein')para encontrar a distância entre 2 representações fonéticas.>>>fromwltr_phoneticsimportRefinedSoundex>>>rs=RefinedSoundex()>>>rs.distance('Walter','Waltie')1>>>rs.distance('assign','assist',metric='hamming')2CréditosO módulo foi amplamente baseado na implementação de algoritmos fonéticos encontrados emTalisman.js"Node NLP library".
Package: wltr-vin
WLTR VINAutor👤Walter AvelinoStackOverFlow@walteravelinoGithub:@walteravelinoLinkedin:@walteravelinoDEV:@walteravelino📝 LicençaCopyright © 2022Walter Avelino.Os projetos estão sob a licençaMIT.Pacote para validação de código VIN (Vehicle Identification Number)Instalação do WLTR VINPara instalar o pacote:pipinstallwltr-vin