Saravanan666/pypi-org huggingface dataset:
Package: quivr-sphinx-autodoc
quivr-sphinx-autodocThis is a Sphinx extension for autodoc of Quivr Tables.InstallationInstall with pip:pip install quivr-sphinx-autodocThen enable by adding to the sphinx extensions in yourconf.pysphinx configuration file:extensions=["sphinx.ext.autodoc","quivr_sphinx_autodoc",]UsageOnce installed, documentation forquivr.Tablesubclasses will
include tables which list the columnar schema and any scalar
attributes.This will automatically be enabled for any class declarations found
with a.. automod::directive.If you're manually specifying classes, use.. autoqvtable:: <tablename>:..currentmodule::adam_core.coordinates..autoqvtable::CartesianCoordinates:members:To add documentation for table columns or attributes, use the
attribute docstring syntax, which is to lead with#::classMyTable(qv.Table):x=qv.Float64Column()#: Example of a documented y fieldy=qv.Int64Column()#: this one is documented#: on multiple lines#: and has inline ReST text, which works#:#: .. warning::#:    Do not usez=qv.ListColumn(pa.int32())
Package: quix.django.contact
A very simple contact form for a Django website. The form is emailed to one or
more email addresses upon submission.RequiresDjango >= 1.4InstallationInstall the latest release usingpip:pip install quix.django.contactOr install the development version usinggit:git clone https://github.com/Quixotix/quix.django.contact.gitAddquix.django.contacttoINSTALLED_APPSinsettings.py.Basic UsageSpecify the email addresses which will recieve the contact form message insettings.py:CONTACT_EMAILS = ('somebody@localhost', 'another@localhost')Includequix.django.contact.urlsinurls.py:urlpatterns = patterns('',
    # ...
    url(r'^contact/', include('quix.django.contact.urls')),
    # ...
)Create the 3 templates (see examples in the next section):contact/form.html- The contact form withformin the context.contact/success.html- Page the form redirects to when successful.contact/email.txt- The text template for the email.Link to the contact form in a template using the"contact-form"named URL
pattern:<a href="{% url contact-form %}">Contact</a>Templatescontact/form.html:{% extends "base.html" %}
{% block content %}
  <h1>Contact</h1>
  <form action="." method="post">
    {% csrf_token %}
    {{ form.non_field_errors }}
    {{ form.as_p }}
    <input type="submit" value="Send" />
  </form>
{% endblock %}contact/success.html:{% extends "base.html" %}
{% block content %}
  <h1>Your message has been sent.</h1>
{% endblock %}contact/email.txt:From: {{ name }} {{ email }}

{{ message }}

---
This message was sent via the website contact form.SettingsThe following settings can be set insettings.pyfor the contact form. OnlyCONTACT_EMAILSis required, which is a tuple or list of email addresses to
which the contact form should be sent.SettingDefaultRequiredCONTACT_EMAILSYesCONTACT_FORM_CLASS"quix.django.contact.forms.ContactForm"NoCONTACT_FORM_TEMPLATE"contact/form.html"NoCONTACT_SUCCESS_TEMPLATE"contact/success.html"NoCONTACT_EMAIL_TEMPLATE"contact/email.txt"No
Package: quix.pay
Copyright (c) 2010, 2011 Quixotix Software, LLC
All Rights Reserved.Quixotix Payment is a set of classes for abstract interfacing with online
payment gateways used to process credit card transactions.Supported GatewaysAuthorize.NET AIM -http://www.authorize.netPSiGate XML Messenger -http://www.psigate.comQuantam Gateway Authorize.Net Emulation -http://www.quantamgateway.comInstallationeasy_install quix.payExample UsageSimple authorize request using Authorize.NET in test mode:from quix.pay.transaction import CreditCard
from quix.pay.gateway.authorizenet import AimGateway

card = CreditCard(
    number = '4111111111111111',
    month = '10',
    year = '2020',
    first_name = 'John',
    last_name = 'Doe',
    code = '123'
)

gateway = AimGateway('YOUR API LOGIN', 'YOUR API PASSWORD')
gateway.use_test_mode = True
gateway.use_test_url = True
response = gateway.authorize(1, card)

print "Authorize Request: %s" % gateway.get_last_request().url
print "Transaction %s = %s: %s" % (response.trans_id,
                                   response.status_strings[response.status],
                                   response.message)The author has posted an article on using quix.pay with the Authroize.Net AIM
gateway on his blog:http://www.micahcarrick.com/python-authorize-net-payment-gateway.html
Package: quiz-bots
Bots for quizDescriptionThis repository contains Vk and TG bots for the quiz. They get used to the questions and check the correctness of the answers to them.Bot examples:Tg botVk bot- write a message "Новый вопрос" to the groupTable of contentInstallationHow to useLicenseProject goalInstallationInstall usingpip:pipinstallquiz-botsCreate a bot in Telegram viaBotFather, and get it API token.Create redis account inRedislabs, and after that createcloud database(you can choose free plan).
Get your endpoint database url and port.Create VK's group, allow it send messages, and get access token for it.Register environment variables in the operating system:exportTELEGRAM_TOKEN=telegram_tokenexportDB_ENDPOINT=redisendpointexportDB_PASSWORD=redis_passwordexportVK_GROUP_TOKEN=token_vkontaktePut the question files in a folder(sample files are in the repository folderquiz_files_example) and export quiz content to Redis:quiz-botsexport_quiz_content[path_to_questions_folder]How to useRun TG bot:quiz-botstg-botRun VK bot:quiz-botsvk-botLicenseThis project is licensed under the MIT License - see theLICENSE.mdfile for detailsProject GoalThe code is written for educational purposes on online-course for
web-developersdvmn.org.
Package: quizdrill
A learning-by-testing program to learn quickly, mostly memorizingtasks like vocabulary. Quizdrill supports multiple choice, simple
quiz as well as flashcard testing. Although still quite primitive
Quizdrill asks questions which have been answered right more often
then others more often to improve learning efficiency. Quizzes can
be easily created by edition simple text files or automatically built
from Infobox-style templates of Wikipedia dumps (or other MediaWikis
and even Semantic MediaWikis).
Package: quizify
Quizify - A Quiz AppDescriptionThis is a cli quiz app that allows users to take a quiz and assess their knowledge on a particular topic.
It reads questions from csv files and presents them to the user. The user can then select an answer.
At the end of the quiz, the user is presented with their score.RequirementsPython 3.10 or higherInstallationOption 1Clone the repo:git clone https://github.com/Kamran151199/quizify.gitNavigate to the project directory:cd quizifyRunpoetry installto install dependenciesRunpoetry run quizifyto start the appOption 2Install from PyPi:pip install quizifyRunquizifyto start the appRunquizify --helpto see available optionsSchema of CSV filesQuestionsThe questions csv file should have the following columns:question: The question to be askedanswer: The correct answer to the questionoptions: The options separated by;(semi-colon)level: Any meta data that you want to show to the user after the question has been answeredScore PenaltyThe score penalty csv file should have the following columns:level: The level of the questionpenalty: The penalty to be applied to the score if the question is answered incorrectlyExample CSV filesquestions.csvscore_penalty_config.csvExample Usagequizify --helpto see available optionsquizify --score-penalty=score_penalty_config.csv --questions=questions.csvto start the app with custom config
and questions.quizify --score-penalty=score_penalty_config.csv --questions=questions.csv --shuffleto start the app with custom
config
and questions and shuffle the questions.quizify --score-penalty=score_penalty_config.csv --questions=questions.csv --shuffle --with-metato start the app
with custom config
and questions and shuffle the questions and show meta data.
Package: quizlet-sets
quizlet-sets - A library to download Quizlet study setsUsage:Install it useingpip3 install quizlet-sets. [WIP, only have example code]fromquizlet_setsimportsetsURL="https://quizlet.com/686459638/test-set-flash-cards/?new"# Sample study setset=sets.get_terms(URL)# Returns a TermList objectname="Sample set"# There are a few different ways to export study sets.set.txt(name)set.xls(name)set.csv(name)set.anki(name,"deck name")
Package: quizli
An educational project teaching how to open-source an interactive Python quiz appquizliProject StatsDocumentationBuild statusActivity & Issue TrackingPyPINews & UpdatesDemo:mortar_board: Learning GuideThis guide teaches you how to effectively share a Python app with the open-source community.Learning GuideInteractive quiz appHow to create an interactive Python quiz app?Command Line InterfaceHow to add a CLI to your quiz app?DocumentationHow to create a slick documentation for your app?PublishingHow to build, manage and publish your Python package to PyPi?TestingHow to test your app?:rocket: User GuideThis guide contains usage and reference material for thequizliapp.User GuideCLI ReferenceUsage & reference forquizli'sCLICode ReferenceUsage & reference forquizli'ssource codeQuickstart:package: InstallationInstall quizli withpip:pip install quizli:zap: EntrypointTo get help aboutquizli'scommands open your console and type:quizli --helpThe same works for subcommands, e.g. :quizli demo --help
Package: quizlight
Quizlight is simple terminal-based program for test taking and creation. It is written in Python 3. It comes with a Python 3 test module, based onThe Python Tutorial.Optionsusage: quizlight.py [-h] [–version] [-d DIRECTORY] [–learn] [file]positional arguments:file          set the module import fileoptional arguments:-h,--helpshow this help message and exit--versionshow program’s version number and exit-dDIRECTORYset the module import directory--learnturn on learning mode (immediate answer feedback)InterfaceQuizlight has a menu driven interface, based on the lightcli library. There are two modes: test mode, and edit mode. Test mode is for taking tests. Edit mode is for creating and editing tests.LinksDocumentationChangelog
Package: quizmake
A question generator I made for the University of Guelph.Despite developing this for Moodle, it should support anything that can take its export formats.Questions are randomized from token files that are called dynamically by the user.The user scripts the questions using a simple three-part file format to be covered later.https://github.com/alvations/QuotablesInstallationIf you usepip3, you can install it by doing>>> pip3 install quizmakeAlternatively, you may install this repo locally by cloning it and running>>> pip3 install -e .InformationPyPi:https://pypi.org/project/quizmake/Github:https://github.com/jnguyen1098License: MIT LicenseHeaderLorem ipsumdolor sitamet.Lorem ipsumdolor sit ametLorem ipsumdolor sit ametgoogleverbatimTitlesubtitlesubsubtitleLmaoIf under and overline are used, their length must be identical# with overline, for partswith overline, for chapters=, for sections-, for subsections^, for subsubsections“, for paragraphsThis is a bulleted list.It has two items, the second
item uses two lines. (note the indentation)This is a numbered listIt also has two itemsThis is also a numbered listBut it doesn’t use explicit numberingCode block testlmao
for (int i = 0; i < 10; i++) {
    puts("lmao");
}Also a test>>> TestWhat your project doesHow to install itExample usageHow to set up the dev. environmentHow to ship a changeChangelogLicense inforaw.githubusercontent.com/dbader/readme-template/master/README.md
Package: quizpy
quizpyThis package allows you to create a Moodle Quiz in Python code, which then can be imported via the XML import.Stop fumbling aroundwith the horrible moodle web interface!Start coding and use version control!So far many of the existing question types are supported:Multiple ChoiceMultiple True-FalseNumericalShortAnswerMatchingDrag & Drop on ImagesClozeEssayDescriptionsInstallationQuizpy is available on PyPi and can be installed via pip:pip install quizpyUsageA moodle quiz (more specifically a question catalogue) consists of multiple categories that need to be filled
with questions. EachQuestionhas at least a title, a question text and some default points (which can be
scaled in the actual quiz on moodle). Further customizations depend on the question type.A minimal 2-question example might look like this:fromquizpyimportQuiz,Category,MultipleChoice,Essay,Choicemc=MultipleChoice("Question Title",'Is this a question?',1.0)mc.add_choice('Yes',100.00,'Correct, horse!')mc.add_choice('No',-100.00,'Na-ahh')mc.add_choice('Maybe?',0.0,'Na-ahh')blabber=Essay("Psychology Question","How does coding an exam make you feel?",1.0,response_template="Great!")example_quiz=Quiz()example_questions=example_quiz.add_category("Example questions")example_questions.questions.extend([mc,blabber])example_quiz.export('example_quiz.xml')DocumentationA full documentation can be found onReadTheDocs.
Please, also have a look in theexamplesfolder to quickly see how a question type is used.
Package: quizstarr
Quizz Starr!!!This is a simple CLI app.
It generates randoms questions from Open Trivia API and stores the generated questions in json in question.json (multiple choice and boolean questions)Each user is able to signup/login and choose the number of questions he/she wants to answer.REQUIREMENTsPython 3.8PyPIINSTALLDownload python 3.8 (add python to path during installation)pip install quizstarrPLAY/RUNopen cmd as an administratorinput python -m quizstarr
Package: quizzer
Break learning up into small task-based tests for focused study.Tests can be defined with prerequites so a student wishing to learn a
higher level task, but out of their depth with the task itself, can
easily go back through the basics.  By default, only the leaf
questions (i.e. questions that are not dependencies of other question)
are asked.  If the user gets one wrong, we push the question back on
the stack (so they can try again later), and also push all of that
questions direct dependencies onto the stack (so they can get the
background they need to answer the question they got wrong).There are a number of example quizzes available in thequizzesdirectory.  The example quizzes mostly focus on teaching software
development tasks (POSIX shell utilities, Git version control, …), but
any material that can be presented in a textual prompt/response/check
process should be fairly easy to develop.  The quiz files are written
in JSON, and the format should be fairly easy to understand after
looking through the examples.The quiz framework and answer processing are independent of the user
interface used to present the prompts and collect responses.
Currently only ainput()based command line interface exists, but
other interfaces (e.g. a web server for browser-based interaction)
should be fairly straightforward.Here’s an example typescript for one of the sample quizzes:$ ./pq.py quizzes/monty-python.json
What is your favourite color?
? blue
correct

What is the capital of Assyria?
? Hmm…
incorrect

What is your quest?
? To seek the Holy Grail
correct

What is the capital of Assyria?
? ?

What is the capital of Assyria?
Sir Robin didn't know it either
? I don't know that
correct

results:
question:     What is your quest?
answers: 1/1 (1.00)
  you answered: To seek the Holy Grail
     which was: correct

question:     What is your favourite color?
answers: 1/1 (1.00)
  you answered: blue
     which was: correct

question:     What is the capital of Assyria?
answers: 1/2 (0.50)
  you answered: Hmm…
     which was: incorrect
  you answered: I don't know that
     which was: correct

answered 3 of 4 questions
of the answered questions, 3 (1.00) were answered correctlyThe unanswered question (“What is your name?”) wasn’t asked because
the user successfully answered the question that depended on it (“What
is your quest?”).Quizzer requires Python ≥ 3.3.  If Pygments is installed, the command
line prompt will be colored.
Package: quizzical
QuizzicalIntroductionQuizzical is a terminal-based quiz game, usingThe Open Trivia
Databaseas the back end.InstallingThe package can be installed usingpipx:$pipxinstallquizzicalOnce installed run thequizzicalcommand.Playing the gameHopefully the interface is pretty straightforward: run up the application,
use theNewbutton to create a new quiz with your choice of parameters,
use theRunbutton to play a game. When you run a new game you'll be shown
the parameters:and once you start you'll be shown a series of questions; press keys1,2,3or4to answer each one.Once the quiz is over you can view your results and see which answers were
right and which were wrong:Getting helpIf you need help, or have any ideas, please feel free toraise an
issueorstart a
discussion.TODOThings I'm considering adding or addressing:Add session token support (less frequent question repeats).More quiz information in the main quiz list.Record scores for each game played, provide a history view.Allow answering a question with the mouse.
Package: qulacsvis
qulacs-visualizerqulacs-visualizer is a quantum circuit drawing library forqulacs. This library only supports Python. Not available in C/C++.qulacs-visualizer supports the following methods.Text-Based DrawingMatplotlib DrawingusingmatplotlibLaTeX Drawingusing LaTeX and theqcircuit packageQuick InstallInstall usingpipfrom PyPI:pip install qulacsvisExampleFor more information, see thedocumentation.
The documentation describes theother options available.Text-Based DrawingIn text-based mode, draws the circuit as ASCII art. This mode is the default behavior.fromqulacsimportQuantumCircuitfromqulacsvisimportcircuit_drawer# Build a quantum circuitcircuit=QuantumCircuit(3)circuit.add_X_gate(0)circuit.add_Y_gate(1)circuit.add_Z_gate(2)circuit.add_dense_matrix_gate([0,1],[[1,0,0,0],[0,1,0,0],[0,0,0,1],[0,0,1,0]])circuit.add_CNOT_gate(2,0)circuit.add_X_gate(2)# Draw a quantum circuitcircuit_drawer(circuit)___     ___     ___
  | X |   |DeM|   |CX |
--|   |---|   |---|   |----------
  |___|   |   |   |___|
   ___    |   |     |
  | Y |   |   |     |
--|   |---|   |-----|------------
  |___|   |___|     |
   ___              |      ___
  | Z |             |     | X |
--|   |-------------●-----|   |--
  |___|                   |___|Matplotlib DrawingTo use another drawing method, you can specify it by setting a value to theoutput_methodargument of thecircuit_drawer()function. For matplotlib drawing, setoutput_method="mpl".importmatplotlib.pyplotaspltcircuit_drawer(circuit,"mpl")plt.show()LaTeX DrawingFor LaTeX drawing, setoutput_method="latex".circuit_drawer(circuit,"latex")If you want to output LaTeX code, setoutput_method="latex_source".print(circuit_drawer(circuit,"latex_source"))\documentclass[border={-2pt 5pt 5pt -7pt}]{standalone}\usepackage[braket, qm]{qcircuit}\usepackage{graphicx}\begin{document}\Qcircuit@C=1.0em @R=0.7em @!R{\\\nghost{q_{0}:}&\lstick{q_{0}:}&\gate{X}&\multigate{1}{DeM}&\targ&\qw&\qw\\\nghost{q_{1}:}&\lstick{q_{1}:}&\gate{Y}&\ghost{DeM}&\qw&\qw&\qw\\\nghost{q_{2}:}&\lstick{q_{2}:}&\gate{Z}&\qw&\ctrl{-2}&\gate{X}&\qw\\}\end{document}RequirementIf you want to use LaTeX Drawing, you need to have a local environment where you can run LaTeX (pdflatex).
You will also need theqcircuit package.TeX LiveandMiKTeXhave the qcircuit package installed by default.Save image to fileYou can save the images you draw with matplotlib and LaTeX to a file.# matplotlibcircuit_drawer(circuit,"mpl",filename="output.png")# latexcircuit_drawer(circuit,"latex",filename="output.png")LicenseMIT LicenseContributorsWe useqqcdfor text-based drawing, a drawing library developed by@mf-22. Thank you.
Package: quma
quma is a small SQL database library forPythonandPyPyversion 3.5 and higher.
It maps object methods to SQL script files and supportsSQLite,PostgreSQL,MySQLandMariaDB.It also provides a simple connection pool and templating for dynamic SQL like
conditional WHEREs.MotivationUnlike ORMs, it allows to write SQL as it was intended and to use all features
the DBMS provides. As it uses plain SQL files you can fully utilize your database
editor or IDE to author your queries.If you know how to best design your DDL and already have a SELECT in your mind
when data needs to be retrieved, welcome, this is for you.It gives you back your powers you so carelessly gave away to ORMs.Installationpip install qumaQuick StartThe full documentation is available athttps://quma.readthedocs.ioGiven a directory with some SQL scripts e. g.:/path/to/sql/scripts
├── users
│    ├── all.sql
│    └── remove.sql
└── get_admin.sqlYou can access these scripts after connecting to the database:fromqumaimportDatabasedb=Database('sqlite:///:memory:','/path/to/sql/scripts')db.execute('CREATE TABLE users ...')withdb.cursorascur:all_users=cur.users.all()foruserinall_users:print(user['name'])cur.users.remove(id=user['id']).run()cur.commit()admin=cur.get_admin().one()Licensequma is released under the MIT license.Copyright © 2018-2020 ebene fünf GmbH. All rights reserved.
Package: qumath-lukas0008
###########################################___  ___      _   _|  /  |     | | | |__| .  . | __| || |_/ _| |\/| |/ _| _| '\| (| | |  | | (| | |_| | | |_, _|  |/_,|_|| |_|| ||_|###########################################qMath is a simple package that helps with making math stuff, here is a list of commands for it:
###!#! always put "qmath." before every function !#!###
listLength (returns the amount of variables in a list)
average (returns an average of the list inputed)
maxAdd (1st variable = the current number, 2nd = number to add, 3rd = the threshold, returns 1st + 2nd while not being able to go over the threshold)