Saravanan666/pypi-org huggingface dataset:
Package: jot
jot is a Python implementation of thedraft[JSON Web Token (JWT)](http://tools.ietf.org/html/draft-jones-json-web-token-07) specification.It supports signing through thedraft[JWS](http://tools.ietf.org/html/draft-jones-json-web-signature-04) specification.  Only HMAC SHA-256/384/512 are
supported as of yet.It will eventually support encryption through JWE, following a similar API.Plaintext JWTPlaintext JWTs are neither signed nor encrypted and take a JSON-compatible
object as the sole argument.>>> from jot import jwt
>>> msg = jwt.encode({'status': 'ready'})
>>> msg
'eyJhbGciOiJub25lIiwidHlwIjoiSldUIn0.eyJzdGF0dXMiOiJyZWFkeSJ9.'
>>> jwt.decode(msg)
{'headers': {u'alg': u'none', u'typ': u'JWT'}, 'valid': True, 'payload':
{u'status': u'ready'}}Signed JWT (JWS)For encoding, you need to provide an object representing your desired
algorithm along with a key and, optionally, a key id for the header.>>> from jot import jwt, jws
>>> msg = jwt.encode({'status': 'ready'}, signer=jws.HmacSha(
bits=256, key='verysecret', key_id='client1'))
>>> msg
'eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCIsImtpZCI6ImNsaWVudDEifQ.eyJzdGF0dXM
iOiJyZWFkeSJ9.DcKKQXXUjGP7pape8BgQ3AcQSPH8toWFLY2woIVUZ-w'To decode and verify, you must pass a signer object for every possible
expected algorithm.  This may only be one.  You can pass a key directly to
the signer object if you expect only a particular one:>>> jwt.decode(msg, signers=[jws.HmacSha(bits=256, key='verysecret')])
{'headers': {u'alg': u'HS256', u'typ': u'JWT', u'kid': u'client1'},
'valid': True, 'payload': {u'status': u'ready'}}If you expect any of several keys, you can pass a dictionary of key_id -> key
mappings.  decode() will use the ‘kid’ (key id) header to choose the correct
one.>>> jwt.decode(msg, signers=[jws.HmacSha(bits=256, keydict={'client1':
'verysecret', 'client2': 'evensecreter'})])
{'headers': {u'alg': u'HS256', u'typ': u'JWT', u'kid': u'client1'},
'valid': True, 'payload': {u'status': u'ready'}}An invalid key, or a key id not being found in the key dictionary, will flip
the ‘valid’ attribute to False:>>> jwt.decode(msg, signers=[jws.HmacSha(bits=256, keydict={'client1':
'notverysecret', 'client2': 'evensecreter'})])
{'headers': {u'alg': u'HS256', u'typ': u'JWT', u'kid': u'client1'},
'valid': False, 'payload': {u'status': u'ready'}}
>>> jwt.decode(msg, signers=[jws.HmacSha(bits=256, keydict={'client10':
'verysecret', 'client2': 'evensecreter'})])
{'headers': {u'alg': u'HS256', u'typ': u'JWT', u'kid': u'client1'},
'valid': False, 'payload': {u'status': u'ready'}}The headers and payload should not be trusted if valid is False, but they are
provided for informational purposes.
Package: jotaviz
JOTA VIZ STYLESMatplotlib JOTA style for making figures
This repo has Matplotlib JOTA style to format plots and figures for publications and presentation.Getting StartedThe easist way to install jotaviz is to usepip:# to install the latest release (from PyPI) 
pip install jotaviz

# in Ubuntu/Debian
python3 -m pip install jotaviz

# to install latest commit (from GitHub)
pip install git+https://github.com/JOTAJornalismo/jotaviz.git

# to clone and install from a local copy
git clone https://github.com/JOTAJornalismo/jotaviz.git
cd jotaviz
pip install -e .The pip installation will automatically move all of the Matplotlib style files*.mplstyleinto the appropriate directory on your computer.Please see theFAQsection for more information and troubleshooting.Using the Style"extensys" is the main style from this repo. Whenever you want to use it, simply add the following to the top of your python script:importmatplotlib.pyplotaspltplt.style.use('jotaviz')Available styles include:jotaviz,jotaviz-black,jotaviz-white,jotaviz-glassTo use any of the styles temporarily, you can use:withplt.style.context(['jotaviz']):plt.figure()plt.plot(x,y)plt.show()The default format to save figure is.pngwithdpi=500. Other formats by obtained by passing it in theplt.savefigas well as thedpi. For example:plt.savefig("figures/fig1"+".pdf",dpi=1000)ExamplesThejotavizstyle:Thejotaviz-whitestyle (with markers)Thejotaviz-blackstyle (with grid)Theextensys+dark_backgroundstyleCustom plotsHelp and contributionPlease feel free to contribute to the jotaviz repo! Before starting a new style or making any changes, please create an issue through theGitHub issue tracker.If you need any help with jotaviz, please first check theFAQand search through theprevious GitHub issues. If you can't find an answer, create a new issue through theGitHub issue tracker.You can checkoutMatplotlib's documentationfor more information on plotting settings.CitationYou don't have to cite jotaviz if you use it but it's nice if you do:@article{jotaviz,
    author    ={Daniel Marcelino},
    title     ={{JOTAJornalismo/jotaviz}},
    month     ={nov},
    year      ={2021},
    publisher ={},
    version   ={},
    doi       ={},
    url       ={}}LicenseMIT
Package: jot-iris
Super Simple Test SequencerInstallpip install jot-irisCreate new test sequenceThis command creates new empty/template test sequence to test_definitions/ directory.iris.py --create NAME_OF_TEST_SUITEModify the template at test_definitions/ to create your own sequence.Run sequencesuper_simple_test_runner.pyTest orderOrder of the tests is defined on test_definition.py. In addition of the actual test each test case may also
define pre-, and post-tests. Pre-tests can be run on specific order, but post-tests are always triggered
right after the actual test.TESTS = ["Second_pre", "First", "Second"]Will run pre-test of Second test case on parallel with first test case. Order will be:start pre_test of Secondpre_test of Firstwait pre_test of Firstrun test of Firststart post_test of Firstwait pre_test of Secondrun test of Secondrun post_test of Secondwait post_test of Firstwait post_test of SecondOn the other hand without defining Second_pre, the order will be:
TESTS = ["first", "second"]pre_test of Firstwait pre_test of Firstrun test of Firststart post_test of Firststart pre_test of Secondwait pre_test of Secondrun test of Secondrun post_test of Secondwait post_test of Firstwait post_test of SecondMore informationSee video of the concept (in finnish):https://youtu.be/x7MCSb7BLW4
Package: jot-notes
Jot is a CLI utility that lets you write notes with out having to worry about
where they’re stored. By default, all notes are stored in a git repo at~/.jotin markdown and automatically pushed to a git repo.Install$sudopipinstalljot-notesUsage$# Edit today's note, ie: ~/.jot/YYYY-MM-DD.md$jot$# edit a note in a category with a specific name, ie: ~/.jot/foo/bar.md$jot-cfoo-nbar$# disable git integrationConfiguring JotMost of Jot’s configuration can be done on the CLI & with environment
variables. Here are the relevant environment variables:EDITOR- what text editor to use, defaults tonanoJOT_DIR- where to store jot’s notes, defaults to~/.jotJOT_EXT- file extension to use for notes, defaults to.mdJOT_NO_GIT- disable jot’s git integrationJOT_NO_GIT_PUSH- disable automaticgit pushJOT_TEMPLATE- Default jot contents as a pythonstr.format()style
string. default:'#{name}\n\n'
Package: joto-api
joto_apiA python package to interact with the Playlist API of Joto - The robotic drawing board.UsageCurrently you will need to interact with the Joto Team to gain access to a client id and secret. After you have this you should create a project that is hosted on a service like Google Cloud Functions, AWS Lambda or another server of your choice. The URL to call your function also needs to be sent to your contact at Joto.How it works:A user adds your app to their playlistThe Joto service calls your endpoint with a payload, including the playlist id of the user and the meta data of the callYou generate a SVG baded on the meta dataYou create a JotObject with this packageAfter creating the JotObject you sent it's id to the playlistYour user' Joto starts drawingExampleimport joto_api

# Assuming a incoming flask request
def handle_request(request):
    if request.method == 'POST':
        request_json = request.get_json(force=True)

        svg = '<svg version="1.1" xmlns="http://www.w3.org/2000/svg" width="500" height="500"></svg>'

        client_id = "YOUR_ID"
        client_secret = "YOUR_SECRET"

        # Getting the playlist id from the request
        playlist_id = request_json["playlistId"]

        # Creating the JotoAPI instance to handle communication
        joto = joto_api.JotoAPI(client_id,client_secret)

        # Creating a JotObject to send
        jotObject = joto_api.JotObject("Test","Test",svg)

        # Create the jot on the server and wait for processing
        jot = joto.create_jot(jotObject)

        if jot:
            # Add the jot id to the playlist you got in your request
            sent = joto.send_jot_id_to_playlist(jot["jotId"],playlist_id)
        else:
            return abort(500)
        if sent:
            return "Sent"
        else:
            return abort (500)
    else:
        return abort(405)
Package: jottacloudclient
DEPRECATED========As of 2016-01-01, this package is deprecated, and all code and scripts is merged into `jottalib`. So go get that one.JOTTA CLOUD CLIENT==================A cli friendly sync client for `JottaCloud <http://jottacloud.com>`__.It will sync your directory tree with JottaCloud, just like the officialclient.**Note. This a third-party, not an official client.**Is it safe?-----------Being based on a reverse engineering of the protocol, things may breakin unexpected ways. *Don't rely on this as your sole backup* unless youmanually verify that the data is correctly transferred. **The authorswon't be held responsible for any data loss.**How to get it-------------Run::pip install jottacloudclientHow to use it-------------Run ``jottacloudclientscanner.py`` at some interval:::python jottacloudclientscanner.py <top dir of your local tree> <the mount point on jottacloud>The *top dir* is just an existing directory on your system that you wantto backup.The *mount point* is a path on JottaCloud. It's put together from acombination of **an existing device name**, **an existing backupdir**and **a folder name** (that will be created if it doesn't exist). Likethis: ``/<devicename>/<backupdir>/<foldername>``Example:::python jottacloudclientscanner.py /mnt/pictures /mybox/backup/picturesHow it works~~~~~~~~~~~~The basic operation on the JottaCloud servers is to *make file levelbackups*. Unlike data-level protocols like ``rsync``, the JottaCloudprotocol does not seem to support `deltaencoding <http://en.wikipedia.org/wiki/Delta_encoding>`__, so filesyncing needs to happen by copying the full file content.To determine if a file needs to be updated, **Jotta Cloud Client** willcompare the `md5 hash <http://en.wikipedia.org/wiki/MD5>`__ of the localfile with the one that the JottaCloud server reports. If the hashesdiffer, the client will upload the file. This is akin to how theofficial JottaCloud client works.Setup-----The program needs to know your password to JottaCloud. There are twoways to do this..netrc~~~~~~Create a ``$HOME/.netrc`` file with this entry:::machine jottacloudlogin <yourusername>password <yourpassword>Make sure noone else can see it: ``chmod 0600 $HOME/.netrc``.environment variables~~~~~~~~~~~~~~~~~~~~~Add ``JOTTACLOUD_USERNAME`` AND ``JOTTACLOUD_PASSWORD`` as variables inthe running environment:::export JOTTACLOUD_USERNAME=<username> JOTTACLOUD_PASSWORD=<password>But it's not finished!======================But it's not very advanced!===========================Geez, you should've added *super bright idea* already!======================================================Want to help out? Read the HACKING.md document and get cracking!Send pull requests to `the gittree <https://gitorious.org/jottafs/jottacloudclient/>`__ or `startfleshing out details in a bugreport <https://github.com/havardgulldahl/jottalib/issues/new>`__.
Package: jottalib
This is a rich, pythonic interface to the Jottacloud backup/cloud
storage service. The service itself exposes a nice and simple HTTP REST
api, and this library wraps that interface in a python module, in the
hope that it may be useful.This is a community project, not an official Jottacloud product. It is
developedaccording to the company founder’s
instructions, with
write support reverse engineeredexplicitly blessed by company
staff.All code is GPLv3 licensed, and thedocumentation is
online.In addition to the general library, you’ll also find different backup
tools, some different plugins as well as a FUSE implementation in here.CaveatsThis code isnot production readyand it might not eat your cat, but it
might mangle your cat photos!Write support is reverse engineered and not based on official docs. Bugs
patrol these waters! (When you find them, add to thebug
tracker!)InstallationNote that we’ve separated the code into different variants:If you are a normal user, wanting to backup your stuff: getjottalib[scanner] and jottalib[monitor]If you are a developer and want to add connectivity to JottaCloud.com
to your project, getjottalibVia pipThe easiest way:pip install jottalib[scanner]orpip install jottalib[monitor].Optional requirementsThese are all the extra variants you would install if you need it:pip install jottalib[FUSE]for a Fuse client (read more
about
it)pip install jottalib[scanner]for a tool to scan through a whole file
folder on your system (read more about
it)pip install jottalib[monitor]for a tool to continuously monitor a
folder on your system (read more about
it)pip install jottalib[Qt]for developers wanting to use the Qt
models (help is on the
way)DocumentationTo help both end users and developers to get started, a lot of use cases
arecovered in the
wiki.AuthorsThe library was initiated byhavard@gulldahl.no, buta project like
this needs a lot of community love. Luckily patches, suggestions and
comments are trickling in, take a look atAUTHORS.mdfor the full picture.If you notice something wrong, need some new functionality or want to
participate,let us know about
it!We need coders, quality assurance and power users alike, so if you want
to lend a hand, don’t hesitate to open a new issue. Your help will be
much appreciated!If you want to chat about a bug or ask a general question, you’ll find
the core contributorsin the gitter.im
room. Come and take a
look!
Package: jotting
Logs that explain when, where, and why things happen.jottingis a log system for Python that can be used to record the causal
history of an asynchronous or distributed system. These histories are composed
of actions which, once “started”, will begin “working”, potentially spawn other
actions, and eventually end as a “success” or “failure”. In the end you’re left
with a breadcrumb trail of information that you can use to squash bugs with
minimal boilerplate.Jotting was heavily inspired byeliot(https://eliot.readthedocs.io/).
Package: jotts
jottsJoTTS is a German text-to-speech engine using tacotron and griffin-lim or wavernn as vocoder. The synthesizer model
has been trained on my voice using tacotron1. Using grifin-lim as vocoder makes the audio generation much faster
whereas using a trained vocoder returns better results in most cases.APIFirst create an instance ofJoTTS.(optional) List all models that are availableusing list_models(). You can also look them up in the browser:https://github.com/padmalcom/Real-Time-Voice-Cloning-German/releasesLoad a model of your choice usingload_models()which takesforce_model_downloadas an optional parameter
in case that the last download of the synthesizer failed and the model cannot be applied. The parametermodel_nameis validated against all available models on the release page.Call speak with atextparameter that contains the text to speak out loud. The second parameterwait_for_endcan be set to True, to wait until speaking is done, e.g. to prevent your application to close. If you want
to use a trained vocoder, setuse_wavernn_vocoderto True.UsetextToWavto create a wav file instead of speaking the text.out_pathspecifies where the wav file is
written to. Useuse_wavernn_vocoderto use a trained vocoder.Example usagefromjottsimportJoTTSif__name__=="__main__":tts=JoTTS()tts.list_models()tts.load_models(force_model_download=False,model_name="jonas_v0.1")tts.speak("Das ist ein Test mit meiner Stimme.",wait_for_end=True,use_wavernn_vocoder=True)tts.speak("Das ist ein Test mit meiner Stimme.",wait_for_end=True,use_wavernn_vocoder=False)tts.textToWav(text="Das ist ein Test mit meiner Stimme.",out_path="vocoder_out.wav",use_wavernn_vocoder=True)tts.textToWav(text="Das ist ein Test mit meiner Stimme.",out_path="griffin_lim_out.wav",use_wavernn_vocoder=False)TodoAdd an option to change the default audio device to speak the textAdd threading or multi processing to allow speaking without blockingAdd a parameter to avoid online communication in case of running JoTTS on edge.Add a feature to quickly finetune a model with a arbitrary voiceTraining a model for your own voiceTraining a synthesizer model is easy - if you know how to do it. I created a course on udemy to show you how it is done.
Don't buy the tutorial for the full price, there is a discout every month :-)https://www.udemy.com/course/voice-cloning/If you neither have the backgroud or the resources or if you are just lazy or too rich, contact me for contract work.
Cloning a voice normally needs ~15 Minutes of clean audio from the voice you want to clone.DisclaimerI hope that my (and any other person's) voice will be used only for legal and ethical purposes. Please do not get into mischief with it.
Package: jouets
Ces programmes n’ont pas ou peu d’utilité pratique, si ce n’est mettre en œuvre
des concepts des deux disciplines.Les programmes sont :addition: Recherche de solutions d’une énigmeanagrammes: Recherche d’anagrammesaperitif: Recherche de solutions au problème des apéritifsattente: Simulation de files d’attenteazul: Calcul du score maximal àAzulattente: Simulateur de files d’attente.bataille: Analyse de la durée d’une partie de bataillecellulaire: Automates cellulaireschemin: Recherche du score maximal d’un jeudobble: Création de jeu de cartes de Dobbleegyptienne: Décomposition en fractions égyptienneserathostene: Crible d’Érathostène optimisé en espacefractale: Tracé de fractale itératif et infinihorloge: Quelques horlogeslabyrinthe: Construction de labyrintheslatex: Bouts de codes amusants en LaTeXmafia: Calcul de probabilités de victoire au jeu demafiamicrobit: Quelques programmes pour cartesmicro:bit.peste et choléra: Simulation de propagation d’épidémiespygame: Quelques jeux réalisés avecpygame, pour tester des choses pour l’enseignement de l’ICN et ISN.sudoku: Solveur de sudokutraitementimage: Logiciel de traitement d’imagetruchet: Génération de tuiles de Truchet généraliséesverger: Calcul de la probabilité de victoire au jeu duverger.d’autresen coursouen projet…Quoi de neuf ?Voir lejournal des modifications.DocumentationVoir la version compilée.Pour la compiler depuis les sources, télécharger le paquet, et lancer:cd doc && make htmlTéléchargement, installation et exécutionVoir à la fin de la liste pour une installation par un paquet Debian.Depuis les sources :Téléchargement :https://pypi.python.org/pypi/jouetsInstallation (dans unvirtualenv, pour éviter les conflits avec le
gestionnaire de paquets de votre distribution):python3 -m pip install .Avecpip:pip install jouetsPour utiliser les programmes sans les installer, il suffit de les exécuter
depuis la racine du projet. Par exemple./bin/erathostenePaquet Debian (et Ubuntu ?) rapide :Cela nécessite l’installation destdebpython3 setup.py --command-packages=stdeb.command bdist_deb
sudo dpkg -i deb_dist/jouets-<VERSION>_all.deb
Package: joulescope
Welcome to the Joulescope™ python driver!Joulescopeis an affordable, precision DC energy
analyzer that enables you to build better products.This pyjoulescope python package enables you to
automate Joulescope operation and easily measure current, voltage, power and
energy within your own Python programs.
With the Joulescope driver, controlling your Joulescope is easy.  The following
example captures 0.1 seconds of data and then prints the average current
and voltage:import joulescope
import numpy as np
with joulescope.scan_require_one(config='auto') as js:
    data = js.read(contiguous_duration=0.1)
current, voltage = np.mean(data, axis=0, dtype=np.float64)
print(f'{current} A, {voltage} V')This package also installs the "joulescope" command line tool:joulescope --helpMost Joulescope users will run the graphical user interface which is in thepyjoulescope_uipackage and
available fordownload.DocumentationVisit thedocumentationfor details on
installing and using this joulescope package.LicenseAll pyjoulescope code is released under the permissive Apache 2.0 license.
See theLicense Filefor details.
Package: joulescope-server
Joulescope ServerWelcome to the pyjoulescope_server package!  This package enables Joulescopes
andpyjoulescopeto communicate
over a network and interface with other programming languages using sockets.Quick startInstall Python for your platform.  See theinstallation instructionsfor pyjoulescope for details.  Then:pip3 install -U joulescope_serverYou should then be able to run the server:joulescope_serverIf you would prefer to run directly from the clone git repo:python3 -m joulescope_serverTo demonstrate the server, you can run the example client from
another terminal:python3 -m joulescope_server clientLicenseAll pyjoulescope_server code is released under the permissive Apache 2.0 license.
See theLicense Filefor details.
Package: jound
Jound is a Python program which can invent new words from the analysis of a
list of words.It can analyze a text and assemble all words it contains to a file. This list
of words can then be analyzed in order to generate a statistical file which
records the number of occurrences of each letter after a particular combination
of two letters. Finally, the statistical file can be used in order to generate
words using aMarkov chain.>>>joundassembleMoby_Dick.txt[jound]INFO:Assemblewordsfromtarget:Moby_Dick.txt[jound]INFO:Writing7756wordsto./words.txt>>>joundanalyzewords.txt[jound]INFO:Generatestatisticsfromtarget:words.txt[jound]INFO:Writingstatisticsto./stats.bin>>>joundgenerate10-sstats.bingookshancityrutswoureduchicappermovensperiatrawkgantingefaltchjoundThis project was inspired by this excellent article:La machine à inventer des mots(in French)
Package: journ
///What is journ?Short and sweet? journ is a command line journal written in Python. journ is completely run in your terminal. To use it after installing, just typejournin your terminal, and hit enter. Currently journ only uses the file journ.txt that it creates the first time you run it. In the future I want to add the ability to choose where you want your file, and what you want to name it. journ will append each new entry to the bottom of your journal file, along with the date and time the entry was created.///ChangelogYou can view thechangelogon Github.