Saravanan666/pypi-org huggingface dataset:
Package: webbits
WebbitsWeb bits and components for Python.License:  Free software: Apache Software License 2.0Work in progress, used internally atAbilian. APIs will change with no warnings.CreditsContains code derived fromXMLWitch(License: BSD License
(BSD), Author: Jonas Galvez).Inspired by many other projects, including:HTML generation in Pythonhttps://www.yattag.org/https://tylerbakke.github.io/MarkupPy/https://github.com/michaeljones/packedhttps://github.com/twidi/mixt/https://github.com/byteface/domonichttps://pypi.org/project/hyperpython/https://pypi.org/project/PyHTML/https://github.com/jviide/htm.pyhttps://viewdom.readthedocs.io/https://github.com/pcarbonn/fast_htmlhttps://github.com/sanic-org/html5tagger(Reactive) ComponentsFlet★5404 - Flet enables developers to easily build realtime web, mobile and desktop apps in Python. No frontend experience required.Flexx★3129 -  Write desktop and web apps in pure PythonIDOM★936 - Create highly interactive web pages purely in PythonReactor★555 -  Phoenix LiveView but for DjangoTetra★485 - a full stack component framework for Django using Alpine.jsDjango-Suckpuppet★431 - Build reactive applications with the django tooling you already know and love.Flask-Meld★293 - a library to provide server rendered templates over websockets for Flask applications to build reactive components without Javascript.Reacton★170 - A pure Python port of React for ipywidgets.Starfyre★291 - A Python Framework for writing Reactive Front-End Applications.WyC- Create WebComponent (Custom Element) from a python filehttps://github.com/edelvalle/reactor/https://www.django-unicorn.com/Transcrypt /React in PythonDjango-unicorn:https://www.django-unicorn.com/" Quickly add in simple interactions to regular Django templates without learning a new templating language."https://lona-web.org/"Lona is a web application framework, designed to write responsive web apps infullPython."http://atlastk.org/"It's lightweight, available for several languages, and requires only basic knowledge of widespread and easy-to-learn web technologies (no frontend JavaScript required)." (Probably not what we want)https://github.com/edelvalle/reactor/https://github.com/jpsca/jinjax/https://github.com/jpsca/jinjax-uiOther languagesPushup:https://news.ycombinator.com/item?id=34246960https://hotwire.dev/"Hotwire is an alternative approach to building modern web applications without using much JavaScript by sending HTML instead of JSON over the wire."https://inertiajs.com/"Inertia.js lets you quickly build modern single-page React, Vue and Svelte apps using classic server-side routing and controllers."HyperappAlpine.jshttps://htmx.org/+ hyperscript
Package: webbot
Web automation library for python for web browser automation and end to
end UI testing.webbot provides a much feature rich automation than selenium for all
kinds of automation of webpage. Since the major portion of web
automation is to perform actions like click and type into webpage
elements , webbot automatically handles finding the right elements to
perform the actions.Features :Use any combination of selectors like id, name, text, css etc to
perform actions on elements with one line of code.Automate and test pages loaded dynamically by javascript.Click any button or link without having to worry about finding the
element first or knowing css_selectors , xpath etcSmart scoring algorithm which finds the best matching elements on
which you want to perform the action .Automation designed to work even in case of webpages with dynamically
changing id and classnameImmensely minimizes the code required for performing input actions
like clicks and keyboard actions.Get webpage source , cookies , total tabs , webpage title etc..Simulate key presses and special key combinationsBidirectional scrollingPerform an action on webpage elements by applying various filters to
select the elements .Perfrom action on multiple elements at once.If certain elements don’t have text or visible property , then use
either their id , class , css_selector , xpath , tag etc.The entire automation process can be made without having to open the
browser window i.e in the background as a console process (see docs
for more details )Installation :pip install webbotIf “No distribution found error occurs” just update setuptools usingpip install--upgradesetuptoolsQuickstart :Demo code 0 :fromwebbotimportBrowserweb=Browser()web.go_to('google.com')web.type('hello its me')# or web.press(web.Key.SHIFT + 'hello its me')web.press(web.Key.ENTER)web.go_back()web.click('Sign in')web.type('mymail@gmail.com',into='Email')web.click('NEXT',tag='span')web.type('mypassword',into='Password',id='passwordFieldId')web.click('NEXT',tag='span')# you are logged in . woohooooDemo code 1 :If multiple buttons with similar properties are to be clicked at
onceweb=Browser()web.go_to('siteurl.com')web.click('buttontext',multiple=True)Demo code 2 :If there are multiple elements and you want to perform action on one
of themweb=Browser()web.go_to('siteurl.com')# types the text into the 3rd input element when there are multiple input elements with form-input classweb.type('im robo typing',number=3,classname="form-input")web.click('Post')Links :Full Documentation :https://webbot.readthedocs.ioProject home :https://github.com/nateshmbhat/webbot
Package: webbpsf
WebbPSF produces simulated PSFs for the James Webb Space Telescope, NASA’s
flagship infrared space telescope. WebbPSF can simulate images for any of the
four science instruments plus the fine guidance sensor, including both direct
imaging and coronagraphic modes.WebbPSF also supports simulating PSFs for the upcoming Nancy Grace Roman Space Telescope (formerly WFIRST),
including its Wide Field Instrument and a preliminary version of the Coronagraph Instrument.Developed by Marshall Perrin, Joseph Long, Neil Zimmerman, Robel Geda, Shannon
Osborne, Marcio Melendez Hernandez, Lauren Chambers, Keira Brooks, Charles-Phillipe Lajoie, Jarron Leisenring, Alden Jurling, and collaborators, 2010-2020.Documentation can be found online athttps://webbpsf.readthedocs.ioWebbPSF requires input data for its simulations, including optical path
difference (OPD) maps, filter transmission curves, and coronagraph Lyot mask
shapes. These data files are not included in this source distribution.
Please see the documentation to download the required data files.
Package: web-bricks
Web-BricksInstallpython3-mpipinstallweb-bricksUsageExample page:<html><body><divdata-n="single-element-on-root-page"><divdata-n="block-on-root-page"><ul><lidata-n="element-of-list">Cheburechka</li><lidata-n="element-of-list">Some value</li><lidata-n="element-of-list">Some Another Value</li></ul></body></html>WebBrickMake Driver Actions# PlayWrightfromweb_bricksimportWebBrickfromplaywright.async_apiimportElementHandleclassWebElement(WebBrick):asyncdefelement(self)->ElementHandle:returnawaitself.driver.wait_for_selector(f'xpath={self.full_locator_str}')asyncdeftap(self):returnawaitself.element.tap()asyncdefis_visible(self):try:awaitself.driver.wait_for_selector(f'xpath={self.full_locator_str}',state='visible')exceptTimeoutErrorase:returnFalsereturnTrue@propertyasyncdefinner_text(self):returnawaitself.element.inner_text('value')Make Page Object Tree Interfacefromweb_bricksimportmanyfromtypingimportListclassRootPageSingleElement(WebElement):LOCATOR='//*[@data-n="single-element-on-root-page"]'classRootPageListElements(WebElement):LOCATOR='//*[@data-n="element-of-list"]'classRootPageBlock(WebElement):LOCATOR='//*[@data-n="block-on-root-page"]'@propertydefelement_of_list(self)->List[RootPageListElements]:returnmany(RootPageListElements(self))classRootPage(WebElement):LOCATOR='/*'@propertydefsingle_element(self)->RootPageSingleElement:returnRootPageSingleElement(self)@propertydefblock(self)->RootPageBlock:returnRootPageBlock(self)Do the thingsfromweb_brickimportstr_xpath_locator_extractorwithasync_playwright()asplaywright:browser=playwright.chromium.lunch()page=browser.new_page()# treat LOCATOR as xpath stringapp=RootPage(page,config=WebBricksConfig(locator_repr_extractor=xpath_str_locator_extractor)# Interact with POvar_zero_elem_value=awaitapp.block.element_of_list[0].inner_textawaitapp.single_element.tap()assertawaitapp.block.is_visible()assertapp.block.element_of_list[0].is_visible()assertapp.block.element_of_list[0].inner_text=='SomeValue'assertapp.block.element_of_list[3].inner_text==var_zero_elem_value
Package: web-browser
Python Web Browser DriverA Python based SDK for web automation usingSelenium.LicenseReleased underMITby@Mauricio.Email:MauricioOverviewTo use this application you must have any of the following browsers installed:Wiki - Full documentationTable of contents1.IntroductionShows how to get access to your API key.2.Getting StartedShows how to log in to the client and use the basic code interface3.ServicesData provided outside of the game server. Like server status, user id, and auto extension plan.4.GameServerData directly related to the game server. This includes the player list, game settings, etc.InstallationIn your terminal install theWeb-Browserpackage with pip.pipinstallbrowserdriverBrowser DriversChoose the driver from one of the browsers you have installed:ChromeFirefoxOperaEdgeChromeDownload the Chrome DriverLocate your Chrome browser version. Open the menu list on Chrome and navigate
down to theHelpoption. Then click onAbout Google Chrome. In the example
below, the driver to download is version111.Chrome is up-to-date.Version 111.#.####.### (Official Build) (64-bit)Navigate over toChromeDriverand download
the driver which compliments your browser.Environment VariablesPlace the Chrome Driver somewhere accessible by your project. Copy the path location of
the Chrome Driver.Windows PCOpen the system properties in the control panel. At the bottom right, click onEnvironments Variables.... A new window should pop up.Create a newUser variable:Variable Name: CHROME_DRIVERVariable Value: C:/YOUR_CHROME_DRIVER_PATHMacOS - BashOpen the terminal and open the bash profile.vi~/.bash_profileWrite into the editor:exportCHROME_DRIVER=./YOUR_CHROME_DRIVER_PATHExampleStarting theWeb-Browserpackage.fromweb_browserimportDriverfromweb_browser.chromeimportChromeimportoschrome=Chrome(os.getenv('CHROME_DRIVER'))driver=Driver(chrome)driver.get('https://www.google.com')# Must quit chrome before quitting the application# else the driver will remain hanging until PC reboot.chrome.quit()
Package: webbrowserdownloader
# Instalatiom`sh pip install webbrowserdownloader `# Downloader
### Basic functional`python from webbrowserdownloader import Browser browser = Browser() page_content =browser.get_page('https://www.google.com/')len(page_content) `### Proxies usage`python from webbrowserdownloader import Browser browser =Browser(proxy_string='157.152.145.103:3128')page_content =browser.get_page('https://www.google.com/')``# License
MIT
Package: webbscrapers-api
webbscrapers_apiPython module to access Webbscrapers API -https://webbscrapers.liveCreated for easy access to Webbscrapers API - an API that allows for easy access to World Health Organisation reports - parsed and scanned by symptoms, location, diseases, etc.Created for UNSW's SENG3011 course.DocumentationRegisterFirst, register a user to get the authorization token. You need the authorization token to access /reports, /statistics, and /covid-19 endpoints. You must supply an email and password.import webbscrapers_api

webbscrapers_api.register("test@test.com", "this_is_my_password")LoginIf you have lost the authorization token, you can login and get the token again.import webbscrapers_api

webbscrapers_api.login("test@test.com", "this_is_my_password")ReportsTo get reports from the World Health Organisation, use getReports()import webbscrapers_api
from datetime import datetime

# webbscrapers_api.getReports(authorization_token, startDateTime, endDateTime, keyTerms, location, timezone)
webbscrapers_api.getReports("my_authorization_token", datetime(2019, 1, 1, 0, 0, 0), datetime(2020, 1, 1, 0, 0, 0), ['coronavirus', 'hiv'], 'Sydney', 'Australia/Sydney')Covid-19 CasesTo get the current covid-19 cases by country/state/territory, use getCovid19Cases()import webbscrapers_api

webbscrapers_api.getCovid19Cases("my_authorization_token")StatisticsTo get server statistics, use getStatistics()import webbscrapers_api

webbscrapers_api.getStatistics("my_authorization_token")
Package: webby
! -- Make sure you have downloaded libslt1 and libxml2 in order for lxml to work properly on Linux systems. (Ubuntu at least)Documentation is under construction right now!If you have any questions you can email me atgitwebby@gmail.comNOW recieved pylint rating of 9.62/10Webby quickly brings web crawling and xml/html parsing to your fingertips.Creating Crawlers has never been this easy, feel free to connect to any website and use XPATHs to harvest valuable web data.Example Setup:import webbyspider = webby.Crawler('http://example.com')parse = webby.Parser(spider.source)parse.scrape("//p")  #Will return all 'p' data tags from html on example.com#To print out what you just scrapedfor value in parse.data.itervalues():print value
Package: web_cache
Web cachePython module for simple key-value storage backed up by sqlite3 database.
The typical use case is a URL to HTTP data cache, but it can also be used fo non web ressources.FeaturesSimpledictinterface allows natural usage (if key in cache,value = cache[key], etc.)Optional Zlib, BZIP2 or LZMA compressionFIFO or LRU cache eviction strategiesOptional thread safe interface to work around Python Sqlite3 'same thread' limitationProvides cache hit rate statisticsInstallation (from PyPI, with PIP)web_cache requiresPython>= 3.4.If you don't already have it,install pipfor Python 3Install web_cache:pip3 install web_cacheLicenseLGPLv2
Package: webcamd
OctoPrint StuffThis is a collection of bits and bobs that make running Octoprint a tad easier.The most notable component is webcamd which is a minimalist drop-in replacement formjpeg_streamer.Octoprint appends a seemingly-random session ID to the camera URI, which confuses the hell out ofmjpg-streamermjpg-streamerdoesn't appear to be capable of handle multiple simultaneous streams, resulting in the infuriating403: Forbidden! frame already senterrormjpg-streameritself is complete overkill herewebcamdis based on Igor Maculan’s“Simple Python Motion Jpeg”daemon. It has been reworked to run under python-3.x, accept command-line arguments, to fine-tune the webcam streaming experience.Note!The user runningwebcamdmust have sufficient access to the webcam device. On most Linux systems, this is as simple as adding the user to thevideogroup. Otherwise the daemon will have to be run as root, which isNOTrecommended.webcam@.serviceis a systemd unit file for webcam.py.haproxy.cfg is a configuration file for haproxy that actually works with non-ancient versions of haproxy, and enforces SSL connections to Octoprint.webcamdQuickstartInstall Locally$pip install .Run the module directly$python3 -m webcamdHelp and Usage$webcamd --helpCreate a SystemD ServiceOpen the following file and copy these contents:/etc/systemd/system/webcamd.service
___________________________________
[Unit]
Description=Webcam Daemon. A minimalist webcam streaming service.
After=network.online.target
Wants=network.online.target

[Service]
Type=simple
User=octoprint
Group=octoprint
ExecStart=/usr/bin/webcamd
ExecStop=killall -u webcam webcamd

[Install]
WantedBy=multi-user.targetThen restart the systemd daemon loader:$sudo systemctl daemon-reloadAnd enable the service, to allow the service to start automatically on boot:$sudo systemctl enable webcamd.serviceDevelopmentInstall Locally withdevdependencies$pip install -e .[dev]
Package: webcam-py
Webcam.pyUse your webcam withopen-cvmodule in pythonFor more infoGithub - https://github.com/ZhengLinLei/webcam.pyIssuesGithub - IssuesHow to use?1. Install the modulepip install webcam-py2. Import the module and run itimport webcam-pyIf you want to get the source code or you want to use the project without installing as a module withpip, you can download it in theGithubrepository and follow the steps inREADME.mdRepository:Github - https://github.com/ZhengLinLei/webcam.pyModules used in this projectOpenCVIf you want to install it manually you can do it withpip install opencv-pythonZhengLinLei -Github- 2021
Package: webcam-streamer
Dead simple USB webcam streaming over the internetGetting startedObtain a USB webcamFind an internet-connected device with a USB portPlug the webcam into the USB portInstallOpenCVpip installwebcam-streamerwebcam-streamerYou’re live!CustomizationsYou can customize the streams delivered by creating and modifying a.webcam-streamer.cfgin your home directory.Available options[server]
host=0.0.0.0           ; Host to serve the application on
port=5000              ; Port to serve the application on

[dashboard]
title=Webcam Streamer  ; Title displayed at the top of the web dashboard

[cameras]
use_mock=false         ; If true, will simulate camera feeds (useful for testing)
width=320              ; Width of the camera stream(s)
height=240             ; Height of the camera stream(s)
fps=10                 ; Frames per second to be acquired from camera(s)

[camera_names]
default=Camera #{id}   ; The default title to display above each cameraAdditionally, custom mappings ofid->namecan be included in
camera_names. For example, if Camera #0 is the garage camera, you could
add something like0=Garage camerato thecamera_namesconfig
section.ScreenshotBecause, y’know, why not.Technical detailswebcam-streameruses Flask, deployed with Gunicorn, to serve a web
frontend. Individual camera feeds, acquired from cameras using OpenCV,
are delivered to clients using WebSockets.RequirementsOpenCVPython 2.7+, 3+LicenseThe MIT License (MIT)

Copyright (c) 2015 Theo Patt/Theopolisme <theo@theopatt.com>

Permission 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: webcandy
API and web interface for Fadecandy control. For the client-side code
responsible for receiving requests from the Webcandy server and running lighting
configurations on the Fadecandy itself, seewebcandy-client.RequirementsPython 3.7+Node.js + npmSetupTo install the necessary node modules, run:$ cd webcandy/static
$ npm installvirtualenvIt is recommended to use a virtual Python environment. To set up virtualenv, run
the following:$ pip install virtualenv
$ virtualenv venvThe virtual environment is now created.To use it, it must be activated like
so:Windows:> .\venv\Scripts\activateMac/Linux:$ source ./venv/bin/activateThen, install the project requirements:(venv) $ pip install -r requirements.txtRunningDev environmentIn a development environment, Webcandy should be run using Flask:(venv) $ flask runThen, in a different terminal:webcandy/webcandy/static $ npm run watchThis will watch for front-end changes and automatically rebuild the JavaScript.Note: If you don't see your changes in the browser, useCtrl/Cmd+Shift+Rto refresh and clear cache.Server environmentTo run Webcandy from a local server, activate the virtual environment and run
the server usinggunicorn:(venv) $ gunicorn 'webcandy:create_app()'To build the front-end code, run:webcandy/webcandy/static $ npm run buildClientsTo control LEDs, you will need to connect aclient(docs).$ pip install webcandy-client
$ wc-client RGBLover573 password123 MyClientLoginOn an independant server, if you want a user with some example data saved you
can log in as "testuser1" or "testuser2", each with password "Webcandy1".DocumentationDocumentation can be found athttps://webcandy.readthedocs.io/. (WIP)AcknowledgementsThanks to Maksim Surguy (msurguy) for the awesome logo!
Package: webcandy-client
Webcandy ClientClient-side code for communicating with the Webcandy server and controlling
lighting configuration. This should be run by the machine with LEDs connected to
it via Fadecandy.InstallationThe easiest way to install is to runpip install webcandy-client. If you want
the absolute latest code, you can clone this repository and runpip install -e .from the root directory.DevelopmentThis project usesPipenvfor dependancy
management. If you want to set up a development environment, make sure you have
Pipenv installed and runpipenv installfrom the root directory.RunningTo run the client in order to receive lighting change requests from the server,
use thewc-clientexecutable:$ wc-client <username> <password> <client_id>.To manually change the lighting configuration offline, use thewc-controllerexecutable:$ wc-controller --file <config JSON path>For usage information on either script, pass--help.
Package: webcapture
Web CaptureWeb Capture is a Python tool for capturing screenshots of web pages in batch. This tool was independently developed by ChatGPT3.5 based on the provided ideas. Further improvements and new features will be added in the future.InstallationYou can install WebCapture using pip:pip install webcaptureUsageHere is an example of how to use WebCapture:importasynciofromwebcaptureimportWebCapturewc=WebCapture(800,1800)url='https://www.example.com'folder_path='screenshots'file_name='filename'asyncio.run(wc.capture_website_screenshots(url,folder_path,file_name))Web CaptureWeb Capture是用于批量捕获网页截图的Python工具。该工具由基于提供的想法独立开发的ChatGPT3.5。未来将添加进一步改进和新功能。安装您可以使用pip安装WebCapture：pip install webcapture使用这是使用WebCapture的示例：importasynciofromwebcaptureimportWebCapturewc=WebCapture(800,1800)url='https://www.example.com'folder_path='screenshots'file_name='filename'asyncio.run(wc.capture_website_screenshots(url,folder_path,file_name))
Package: webcash
WebcashWebcash is an experimental new electronic cash ("e-cash") that enables decentralized and instant payments to anyone, anywhere in the world. Users send webcash to one another directly on a decentralized peer-to-peer basis by copying-and-pasting their webcash to their recipient. The central server helps webcash wallets detect double-spending and ensure the integrity of the monetary supply according to the supply schedule.Navigate tohttps://webcash.org/for more information, including the Terms of Service.InstallationThis is a python-based webcash wallet client. To install the latest version on the python package index, use this:pip3 install webcashOtherwise, install locally for testing or development purposes:pip3 install .If you want to run the software without installing the module, you still need to install the dependencies:pip3 install -r requirements.txt
python3 -m webcash.walletclient infoUsagewebcash setup
webcash status
webcash pay 5
webcash pay 18 "memo: for lunch with bob"
webcash insert <webcash goes here>MiningSeewebminerfor a substantially faster mining client.This repository contains the original reference implementation of the miner which is much slower:python3 miner.pyLicenseThis repository and its source code is distributed under the BSD license.