Saravanan666/pypi-org huggingface dataset:
Package: qr2text
Convert SVG images containing barcodes generated by PyQRCode to ASCII art,
for displaying in a terminal.Because I’m a weird person who reads mail using Mutt over SSH in a terminal,
and sometimes people send me QR codes for setting up TOTP authentication.Example:$ python3
>>> import pyqrcode
>>> qr = pyqrcode.create('Hello world!')
>>> qr.svg('hello.svg')

$ qr2text --white-background hello.svg


    █▀▀▀▀▀█ ▀▄█▄▀▄▀▀▄ █▀▀▀▀▀█
    █ ███ █ ▀ █▄  █   █ ███ █
    █ ▀▀▀ █ ▀▀▄▄▀ ▀ ▄ █ ▀▀▀ █
    ▀▀▀▀▀▀▀ █▄█▄▀▄▀▄▀ ▀▀▀▀▀▀▀
     ▄▄▄▄▀▀ ▄▀▄▀██▀▀▀ ▀▄█▄▀ ▀
    ▀▀▀▀▀▄▀▀▄▀▄▀▄ ▀▀█▀▄ ▀█ ██
    ▄█▀▄▀ ▀▀▄  ▄██▄▀  ▀▄ █▄ ▀
    █   ▄ ▀▀▀█▄  ██▀█▀██▀█▄▀█
    ▀  ▀ ▀▀▀▄█▄▀▄█▀▀█▀▀▀███ ▄
    █▀▀▀▀▀█ ▄  █▀▄▀██ ▀ █   █
    █ ███ █  █▀▄ ▄  ▀▀█▀▀▀█▀▄
    █ ▀▀▀ █  ▄▀▀▀▀  ▀ ▄█▄█  █
    ▀▀▀▀▀▀▀  ▀ ▀▀  ▀▀ ▀ ▀   ▀


Hello world!Note: you may have to tell qr2text whether your terminal is black-on-white
(–white-background) or white-on-black (–black-background).  Some QR code
scanners don’t care, but others will refuse to recognize inverted QR codes.Note: for QR code decoding to work you need to have libzbar installed on your
system (e.g.sudo apt install libzbar0on Ubuntu).Synopsis:usage: qr2text [-h] [--version] [--black-background] [--white-background]
               [--big] [--trim] [--pad PAD] [--decode] [--no-decode]
               [--encode-text ENCODE_TEXT]
               [filename ...]

Convert PyQRCode SVG images to ASCII art

positional arguments:
  filename              SVG file with the QR code (use - for stdin)

options:
  -h, --help            show this help message and exit
  --version             show program's version number and exit
  --black-background    terminal is white on black (default)
  --white-background, --invert
                        terminal is black on white
  --big                 use full unicode blocks instead of half blocks
  --trim                remove empty border
  --pad PAD             pad with empty border
  --decode              decode the QR codes (default if libzbar is available)
  --no-decode           don't decode the QR codes
  --encode-text ENCODE_TEXT
                        generate a QR code with given text
Package: qr3
Full documentation (with example code) is athttp://github.com/doctorondemand/qr3QR3QR3helps you create and work withqueue, capped collection (bounded queue),
deque, and stackdata structures forRedis. Redis is well-suited for
implementations of these abstract data structures, and QR3 makes it even easier to
work with the structures in Python.Quick SetupYou’ll need [Redis](http://github.com/antirez/redis/“Redis”) itself (QR makes use
of MULTI/EXEC, so you’ll need the Git edge version), and the current Python interface
for Redis, [redis-py](http://github.com/andymccurdy/redis-py“redis-py”).Run setup.py to install qr3 or ‘pip install qr3’.Responding to PR’sGiven that this package primarily supports internal use cases, we cannot guarantee a
specific response time on PRs for new features. However, we will do our best to
consider them in a timely fashion.We do commit to reviewing anything related to a security issue in a timely manner.
We ask that you first submit anything of that nature tosecurity@doctorondemand.comprior to creating a PR and follow responsible disclosure rules.Thanks for your interest in helping with this package!
Package: qradar4py
QRadar API Client written in PythonThis is a wrapper around the REST-API of QRadar. This includes some undocumented endpoints, that may not work as expected.All the information for the various endpoints were pulled from version13.1.If you find any bugs please open an issue or a pull request.A word of warningqradar4py is work in progress and should be treated as a software in beta, especially regarding the "undocumented" API endpoints.Installationsudopip3installqradar4py# ORcdqradar4py&&sudopython3setup.pyinstallUsageJust a very basic sample on how to get the IDs of up to 10 offenses that are not closed.fromqradar4py.apiimportQRadarApi# Initalize the API with the URL, your API token and whether the certificate should be checked.api=QRadarApi("<URL>","<API_TOKEN>",version='13.1',verify=True)# Get all offensesstatus_code,response=api.siem.get_offenses(filter='status != CLOSED',Range='items=0-50',fields='id')print(status_code,response)# 200 [{'id': 1}, {'id': 2}, {'id': 3}, {'id': 4}, {'id': 5}]MappingCheck the "Interactive API" on QRadar to see what endpoints are available in your version.Check thedocumentationto get a mapping from endpoint to method.DisclaimerI am in no way affiliated with IBM.QRadar is a registered trademark by IBM.
Package: qradar-api
qradar-apiThis package contains an object oriented approach to the QRadar API. The idea is to keep the logic simple, structure and allow for an easy way to integrate with the QRadar API.This package was inspired by:https://github.com/ryukisec/qradar4pywho already put in some ground work when it came to an object oriented approach.
This package goes further and adds models for the different object you can retrieve and post.It is a work in progress though :)Structurethe package containsEndpointsInherit from base classQRadarAPIClientUse decorators to define which headers and parameters are allowed for each endpointlocated in src\qradar\api\endpointsModelsInherit from base classQRadarModel, which provides them with a custom__repr__andfrom_json()factoryLocated in src\qradar\modelsInstallationsudopip3installqradar-apiHow to useRoadmapSet up decent packaging :package:Fix typing for ease-of-useImplement all models & GET endpoints :rocket:Implement all post endpoints :pencil:Convince IBM to contribute when creating a new API version :pray:Write a nice set of unit tests :clown_face:
Package: qrainbowstyle
QRainbowStyle is a fully customizable stylesheet for Python and Qt applications.This module provides a function to load pre-compiled stylesheets. To generate your own
style based on custom color palette clone package from project homepage.qrainbowstyle.windows module adds frameless windows and message boxes.
From version v0.8 module supports native Windows calls.
Features:Borders snappingMinimize, restore, close animationsSize grips on bordersFrame shadowAero shakeOn Linux and Darwin qrainbowstyle will load class with its own implementation of these features.
Due to a bug in Qt, window minimizing is not supported on MacOS.First, start importing our moduleimportqrainbowstyleThen you can get stylesheet provided by QRainbowStyle for various Qt wrappers
as shown below# PySide2stylesheet=qrainbowstyle.load_stylesheet_pyside2(style='oceanic')# PyQt5stylesheet=qrainbowstyle.load_stylesheet_pyqt5(style='oceanic')Alternatively, from environment variables provided by QtPy, Qt.Py# QtPystylesheet=qrainbowstyle.load_stylesheet(style='oceanic')# Qt.Pystylesheet=qrainbowstyle.load_stylesheet(style='oceanic',qt_api=Qt.__binding__)Finally, set your QApplication with itapp.setStyleSheet(stylesheet)To load frameless window in your app import both qrainbowstyle and qrainbowstyle.windows modulesimportqrainbowstyleimportqrainbowstyle.windowsInitialize qt app and load choosen stylesheet.
Next, create instances of frameless window and your master widget with content you want to show.# Create app and load selected stylesheetapp=QtWidgets.QApplication(sys.argv)app.setStyleSheet(qrainbowstyle.load_stylesheet(style="oceanic"))# Package options# qrainbowstyle.alignButtonsLeft()      # align titlebar buttons to left side# qrainbowstyle.useDarwinButtons()      # use darwin style buttonsqrainbowstyle.setAppName("My new application")# set global name for application# qrainbowstyle.setAppIcon("icon.ico")    # set global app icon# Create frameless mainwindowwin=qrainbowstyle.windows.FramelessWindow()# Create content widget and pass reference to main windowwidget=MasterWidget(win)# Add widget to main window and show itwin.addContentWidget(widget)win.show()sys.exit(app.exec())Enjoy!
Package: qrandom
QrandomSelectionThis repository contains the source code of research paper titled: " A generalized quantum algorithm for assuring fairness in random selection among 2nparticipants". Research paper is published in SN Computer Science Springer Nature Journal, 14th march 2020.Paper Title: A Generalized Quantum Algorithm for Assuring Fairness in Random Selection Among 2NParticipantsAuthor:Ravin KumarPublication: 14th March 2020Publication Link:https://link.springer.com/article/10.1007/s42979-020-0091-zDoi:https://doi.org/10.1007/s42979-020-0091-zCite as:Kumar, R. A Generalized Quantum Algorithm for Assuring Fairness in Random Selection Among 2N Participants. 
SN COMPUT. SCI. 1, 86 (2020). https://doi.org/10.1007/s42979-020-0091-zQiskit Version:qiskit-terra version: 0.7.0qiskit-aqua version: 0.4.1Create quantum circuit for 'N' participantsOur module provides a direct method for creating quantum circuit for 'n' participants.importqrandomres=qrandom.select(8)### here 8 is total number of participants.Visualization of quantum circuitA simple method is given to save the pictorial repreentation of quantum circuit for 'n' participants.importqrandomchk=qrandom.vis_circuit(8,"file_name.png")### it saves the generalized quantum circuit for 8 participants in file_name.png file.Installing module using PyPi:pipinstallqrandomCopyright(c)2018RavinKumarWebsite:https://mr-ravin.github.ioPermissionisherebygranted,freeofcharge,toanypersonobtainingacopyofthissoftwareandassociateddocumentationfiles(the“Software”),todealintheSoftwarewithoutrestriction,includingwithoutlimitationtherightstouse,copy,modify,merge,publish,distribute,sublicense,and/orsellcopiesoftheSoftware,andtopermitpersonstowhomtheSoftwareisfurnishedtodoso,subjecttothefollowingconditions:TheabovecopyrightnoticeandthispermissionnoticeshallbeincludedinallcopiesorsubstantialportionsoftheSoftware.THESOFTWAREISPROVIDED“ASIS”,WITHOUTWARRANTYOFANYKIND,EXPRESSORIMPLIED,INCLUDINGBUTNOTLIMITEDTOTHEWARRANTIESOFMERCHANTABILITY,FITNESSFORAPARTICULARPURPOSEANDNONINFRINGEMENT.INNOEVENTSHALLTHEAUTHORSORCOPYRIGHTHOLDERSBELIABLEFORANYCLAIM,DAMAGESOROTHERLIABILITY,WHETHERINANACTIONOFCONTRACT,TORTOROTHERWISE,ARISINGFROM,OUTOFORINCONNECTIONWITHTHESOFTWAREORTHEUSEOROTHERDEALINGSINTHESOFTWARE.
Package: qrandom-NoahGWood
QRandomRandom number generation using quantum computers.Right now the project is in its' infancy.WARNING: THIS PROGRAM SHOULD NOT BE CONSIDERED CRYPTOGRAPHICALLY RANDOM UNLESS CONNECTED TO A REAL QUANTUM PROCESSORThis is a basic example of how to use QRandomYou can import everythingfrom qrandom import *or just the QRandom module if you'd like to instantiate it yourselffrom qrandom import Qrandom
x = QRandom()generate a random float between 0 and 1:print(random())
print(x.random())generate a random integer in rangeprint(randrange(0, 5))
print(x.randrange(0, 5))Generate a random number n bits long, defaults to integer outputprint(getrandbits(8))
print(x.getrandbits(8))You can also get the number in byte formatprint(getrandbits(8, x="bytes"))
Package: qrange
qrangeA small, easy-to-use library for working with ranges.InstallationThis package can be installed with the command:pip install qrangeHow to useUse qrange in your project by adding the following line at the top of your file:import qrangeThis library provides a set of functions for making it easier to work with ranges:set_min_max(x, min_max, min_max_new): Takes anxthat's betweenmin_max[0]andmin_max[1], and changes the limits tomin_max_new[0]andmin_max_new[1]. Example usage:color=[128,0,0]color[0]=set_min_max(color[0],[0,255],[0,1])#converts 0-255 color to 0-1 color range.reverse_range(x, min_max): Reverses anxvalue in amin_maxrange. Suppose you have asoftnessvariable, but you made the program so that the higher the softness is, the harder it gets.reverse_rangecan fix that for you:softness=reverse_range(softness,[0,10])# If the variable was 0, this function made it 10.# similarly, if it had a value of 10, it is now 0.is_in_range(x, min_max, limits = ['c', 'c']): Checks if anxvalue is betweenmin_max[0]andmin_max[1]. The limits of the range are closed by default, so ifxis equal to one of them, the function returnsTrue. However, you can choose betweencando(closed/open) for each one of the two limits.
An example:isBetween=is_in_range(var,[25,75])range_lerp(min_max, t): Returns the linear interpolation betweenmin_max[0]andmin_max[1]. The following line prints the value halfway between 1 and 5:print(range_lerp([1,5],0.5))# outputs 3find_lerp(x, min_max): returns the correspondingtvalue (between 0 and 1) of anxvalue betweenmin_max[0]andmin_max[1]. Consider the following examples:print(find_lerp(5,[5,10]))#outputs 0print(find_lerp(10,[5,10]))#outputs 1print(find_lerp(8,[5,10]))#outputs 0.6clamp(x, min_max): Restricts the value to stay within the limitsmin_max[0]andmin_max[1].var=clamp(var,[25,75])ChangelogVersion 1.0.0qrange has been createdAbout the authorHi! I am a solo software developer. I createdqrangeas an open source library to simplify the process of using ranges in Python. Check out myother repositoriesas well.
If you want to support me, pleasebuy me a coffee here. Any amount is appreciated! :)
Package: qrangeslider
QRangeSliderThu Apr 28 00:08:07 PDT 20111 OverviewThe QRangeSlider class implements a horizontal PyQt range slider widget.README              this fileLICENSE             the license under which QRangeSlider is releasedqrangeslider.py     qrangeslider python moduleexamples.py         some usage examples2 Installation$ sudo easy_install qrangeslideror download the source and run$ sudo python setup.py install3 Basic Usage>>> from qrangeslider import QRangeSlider
>>> app = QtGui.QApplication(sys.argv)
>>> slider = QRangeSlider()
>>> slider.show()
>>> app.exec_()
Package: qrbsgen
DescriptionA Python library for encoding Quantum Rule Based Systems (QRBS). Calculate the probabilities associated with forward chaining rule bases using quantum gates and circuits.qrbsgensupports rule bases involvingAND,OR, andNOToperators.Made possible with an integration toQiskitSDK.PrerequisitesFamiliarity withQiskitis useful - check it outhere.The specification and definition of the QRBS implemented here can be found in the followingpublicationby V. Bonillo et al. and the wider NExt ApplicationS of Quantum Computing, orNEASQCproject.Installationpip install qrbsgenUsageSee the usage steps below to get started:import qrbsgen as q

# Instantiate your QuantumRuleBasedSystem
rule_system = q.QuantumRuleBasedSystem()

# Define and add rules using appropriate syntax (see below)
rule = "IF ((A) AND ((B) OR (C))) THEN (R)"
rule_terms, qubits = rule_system.add_rules([rule])

# Perform quantum circuit
rule_system.evaluate_rules(rule_terms, qubits)Given the two-level system representing true or false outcomes, the probability of the above test will be a probabilistic result like so:* Added rule IF ((A) AND ((B) OR (C))) THEN (R)
* Probability of outcome:  0.378SyntaxCurrently, QRBS is limited to supporting inputs of two-level systems, as can be easily mapped to a two-level quantum system, or qubit.This means clauses, or variables, must be defined astrueorfalse,oneorzero. You can also define variables asAandNOT Afor simplicity.Please define rules and clauses as follows:Start with an"IF"statement in capital letters.Follow with the rule antecedent and antecedent clauses, where"IS"is typed in capital letters where relevant e.g.:A IS one,A IS true,(A is true),Aor(A).Follow with a"THEN"statement in capital letters.Finish with the rule consequet, where"IS"is typed in capital letters where relevant e.g.:B IS one,B IS true,(B is true),Bor(B)."IF ((A IS true) AND ((B IS true) OR (C IS true))) THEN (R IS true)"ExamplesExamples can be foundhere.InformationCreated by Kate Marshall of IBM.Although this is copyright of IBM, this is not an official or unofficial IBM product.
Please get in touch for any further information:kate.marshall@ibm.com.Inspiration for this repo and rule parsing techniques came from theSimpfulfuzzy reasoning API.
Package: qrcite
qrciteGenerate QR Codes from .bib-files or given dois.Example:Inspired byhttps://github.com/nucleic-acid/namedropR.Installationfrom pypihttps://pypi.org/project/qrcite/pip install qrcitefrom the git repositorypip install https://codeberg.org/Meph/qrciteUsage after installationqrcite input.bib

qrcite -d "<the doi to cite>"

qrcite --helpExamplesWith text, red backgroundqrcite inputfile.bib -c "#900000" -t pngQR Code only, as pdf, from doi onlypython -m qrcite -d "10.5281/zenodo.7545620" --color "#070" --style qrcode --type pdfCitationCite this project viahttps://doi.org/10.5281/zenodo.7545620:LicenseThis work is licensed under aCreative Commons Attribution-ShareAlike 4.0 International License.Follow me onMastodon.
Package: qrcodeapi
QRCodeAPIQRCodeAPI is a Python library designed to seamlessly interact with the QR code generation API
fromqrcode.ness.su. Leveraging FastAPI and aiohttp, it provides a convenient and asynchronous
experience for generating QR codes.FeaturesSimplicity: Generate QR codes with a simple and intuitive interface.Customization: Fine-tune QR code parameters, including data encoding, border size, box size, and optional image
inclusion.InstallationpipinstallqrcodeapiUsageimportasynciofromqrcodeapiimportQRCodeAPIasyncdefmain():# Create an instance of QRCodeAPIqrcode_api=QRCodeAPI()# Example: Generate a basic QR code and save it to a filedata="Hello, QR Code!"filename="qrcode.png"qr_code_image=awaitqrcode_api.create(data)withopen(filename,"wb")asf:f.write(qr_code_image)# Example: Generate a QR code with an image and save it to a filedata_with_image="Example Data"image_url="https://example.com/logo.png"filename_with_image="qrcode_with_image.png"qr_code_image_with_image=awaitqrcode_api.create(data_with_image,border=5,box_size=40,image_url=image_url,image_round=20,image_padding=5,)withopen(filename_with_image,"wb")asf:f.write(qr_code_image_with_image)if__name__=='__main__':asyncio.run(main())LicensingQRCodeAPI is licensed under the MIT License. See theLICENSEfile for details.
Package: qrcode-artistic
ThisSegnoplugin converts a
(Micro) QR Code to a Pillow Image or into a QR code with a background
image.This plugin is not required to write PNG, EPS or PDF files. Segno’s native
implementations usually generate smaller files in less time.This plugin might be useful to modify the QR Codes (i.e. rotate or blur)
or to save the QR codes in an image format which is not supported by Segno.Furthermore, QR codes can be created with a background image.Transparency is supported as wellUsepipto install from PyPI:$ pip install qrcode-artisticDocumentation:https://segno.readthedocs.io/en/latest/artistic-qrcodes.html
Package: qrcode-converter
`````````````````Run it:.. code:: bash$ pip install qrcode-converter$ python app/run.py [inner_img_path] [content] [width] [height]Links`````* `website <https://github.com/jackqt/py-qrcode-generator/>`_* `documentation <https://github.com/jackqt/py-qrcode-generator/>`_
Package: qrcodegen
IntroductionThis project aims to be the best, clearest QR Code generator library. The primary goals are flexible options and absolute correctness. Secondary goals are compact implementation size and good documentation comments.Home page with live JavaScript demo, extensive descriptions, and competitor comparisons:https://www.nayuki.io/page/qr-code-generator-libraryFeaturesCore features:Significantly shorter code but more documentation comments compared to competing librariesSupports encoding all 40 versions (sizes) and all 4 error correction levels, as per the QR Code Model 2 standardOutput format: Raw modules/pixels of the QR symbolDetects finder-like penalty patterns more accurately than other implementationsEncodes numeric and special-alphanumeric text in less space than general textOpen-source code under the permissive MIT LicenseManual parameters:User can specify minimum and maximum version numbers allowed, then library will automatically choose smallest version in the range that fits the dataUser can specify mask pattern manually, otherwise library will automatically evaluate all 8 masks and select the optimal oneUser can specify absolute error correction level, or allow the library to boost it if it doesn’t increase the version numberUser can create a list of data segments manually and add ECI segmentsMore information about QR Code technology and this library’s design can be found on the project home page.Examplesfrom qrcodegen import *

# Simple operation
qr0 = QrCode.encode_text("Hello, world!", QrCode.Ecc.MEDIUM)
svg = to_svg_str(qr0, 4)  # See qrcodegen-demo

# Manual operation
segs = QrSegment.make_segments("3141592653589793238462643383")
qr1 = QrCode.encode_segments(segs, QrCode.Ecc.HIGH, 5, 5, 2, False)
for y in range(qr1.get_size()):
    for x in range(qr1.get_size()):
        (... paint qr1.get_module(x, y) ...)More complete set of examples:https://github.com/nayuki/QR-Code-generator/blob/master/python/qrcodegen-demo.py.
Package: qrcode-img
Генерация QR Code по картинкеhttps://pypi.org/project/qrcode-img/Пример работыfrom path import Path
from qrcode_img import QRCode

text = 'Hello'

path_to_download = Path().joinpath("example", "11.png")
path_to_save = Path().joinpath("example", "1example.png")


qrcode = QRCode(text)

byte_io = qrcode.gen_qr_code(path_to_download)

print(byte_io)

qrcode.save_qr_code(path_to_save)
Package: qrcode-styled
WelcomeQRCode Styled[WIP]This is a python port for abrowser QRCode generatorbyDenys KozakThis project was initially created for internal use incifrazia.com.We do not intend to maintain this project for wide usage, but feel free to use it, share, edit or submit pull requests.FeaturesMultiple formats:SVG usingxmlsPNG/WEBP, etc. usingPillowMultiple styles:Extra rounded cornersRounded cornersStraightDottedCheck outour documentation.InstallingUsingPoetrypoetryaddqrcode-styledUsingPIPpipinstallqrcode-styledRequirementsPython>= 3.10Pillow>= 10.0qrcode>= 6.1lxml>= 8.2.0(optional, for SVG rendering)ExtrasKeywordDescriptionPackagessvgAllows you to generate SVGlxml >= 4.6.3SVGWEBp
Package: qrcodeT
qrcodeTThis simple library generates text-based QR codes to be used directly in the console (terminal).Installationusing pip:pip install qrcodeTor directly from here:pip install git+git://github.com/Khalil-Youssefi/qrcodeT.git#egg=qrcodeTUsageYou can directly use this library to create a QR code from a text and directly print it on the console:import qrcodeT
qrcodeT.qrcodeT('https://github.com/Khalil-Youssefi/qrcodeT')and the output will be: