Saravanan666/pypi-org huggingface dataset:
Package: j2express
j2expressCLI for Jinja written from the ground upMotivationThis will provide more feedback than other implementations of j2 templating on the command line.InstallationAfter cloning the repo, activate a virtual environment and runpip install .RunningProcess template:j2x -f template.j2Show help and options:j2x --helpFlags--trim-blocks / --no-trim-blocks: Set Jinja's environment to trim whitespace. (default: --no-trim-blocks)--lstrip-blocks / --no-lstrip-blocks: Set Jinja's environment to remove whitespace from the left. (default: --lstrip-blocks)--strict / --no-strict: Set to fail the render process if an environmental variable is referenced that is not set (default: --no-strict)Goalsprocess templates with exported env variables being represented as:{{ VARIABLE_NAME }}install and make available on the command linemake available on PyPIcolorized output for troubleshooting variablessupport for arrays from command line
Package: j2f
Jinja-to-filePypi linkhttps://pypi.org/project/j2f/Jinja2 to file command line$ python j2f/j2f.py --vars vars.yml deploy.yml 
Traceback (most recent call last):
  File "j2f/j2f.py", line 58, in <module>
    rendered = jinja2file(args.template, template_vars)
  File "j2f/j2f.py", line 43, in jinja2file
    rendered = j2_env.get_template(template_file).render(template_vars)
  File "/home/jorge/.virtualenvs/j2f/lib/python3.5/site-packages/jinja2/environment.py", line 1008, in render
    return self.environment.handle_exception(exc_info, True)
  File "/home/jorge/.virtualenvs/j2f/lib/python3.5/site-packages/jinja2/environment.py", line 780, in handle_exception
    reraise(exc_type, exc_value, tb)
  File "/home/jorge/.virtualenvs/j2f/lib/python3.5/site-packages/jinja2/_compat.py", line 37, in reraise
    raise value.with_traceback(tb)
  File "/home/j2f/deploy.yml", line 147, in top-level template code
    component_gitrevision: "{{ gitrevision }}"then add the missing var 'component_gitrevision' to vars.yml file- component_gitrevision: '123456'and rerun the j2f script to render the templatebuild binaryFor an easy way to use, a portable binary can be build using setup-bin.pypython setup-bin.py build
Package: j2g
##Installpip install j2g##How to usepython -m j2g -h
usage: j2g [-h] [-v] [-f {pdf,jpg,png}] [-n ROOT_NODE_NAME] [-p] [-q] source destination

This is a json graph util j2g version=0.0.1. jeack_chen@hotmail.com

positional arguments:
  source                json file
  destination           Prefix the output file.

optional arguments:
  -h, --help            show this help message and exit
  -v, --version         show program's version number and exit
  -f {pdf,jpg,png}, --format {pdf,jpg,png}
                        Type of the output file
  -n ROOT_NODE_NAME, --root_node_name ROOT_NODE_NAME
                        root node name
  -p, --power           If the output file exists, overwrite it.
  -q, --quiet           Quiet work, do not display a completion message.##Morehttps://github.com/jeackchn/jg
Package: j2py
CLI and GUI Utility for converting jupyter notebooks.I made this script because I wasn’t satisfied with the current solutions.
This allows to easily create multi-cell ipynb notebooks from python files and, vice-versa, to create super-clean python scripts from highly commented notebooks.
It has a GUI mode when opened with no arguments, while the CLI mode can accept multiple inputs and outputs at the same time, making it usable by another script.
It’s currently tested on Windows, if you have any problems on Linux please let me know.
Package: j2s3
Java 2 S3Python library for publishing maven projects to an S3 maven repository. Requires maven installed in your path.Examplefromj2s3.mainimportpublish# project_directory is a dir containing Java code and a pom.xml filepublish(project_directory,aws_access_key_id,aws_secret_access_key,s3_bucket_name)ContributingPull requests and bug reports welcome on the github repository.
Package: j2s3-cli
Java 2 S3 CLIPython CLI for publish maven projects to an S3 maven repository. Requires maven installed in your path.Installpip install j2s3-cliUsageUsage: j2s3 [OPTIONS] COMMAND [ARGS]...

  CLI for publish maven Java projects to an s3 maven repository

Options:
  --help  Show this message and exit.

Commands:
  publish  Publish a maven project to an s3 maven...Usage: j2s3 publish [OPTIONS]

  Publish a maven project to an s3 maven repository.  Your input directory
  must contain valid java source and a maven pom.xml file.  Your s3 bucket
  must exist and your IAM user must have GetObject and PutObject access.

Options:
  -l, --location PATH  Input directory containing Java source and pom.xml file
  -u, --username TEXT  AWS_ACCESS_KEY_ID for an IAM user with s3 access
  -p, --password TEXT  AWS_SECRET_ACCESS_KEY for an IAM user with s3 access
  -b, --bucket TEXT    Existing AWS S3 bucket name
  -d, --dry            Dry run
  --help               Show this message and exitContributingPull requests and bug reports welcome on thegithub repositoryand theunderlying library.
Package: j2scr
j2scr: Avoid Jinja2 boilerplate for small scriptsThis is a very simple package that wraps Jinja2.
The purpose is to avoid boilerplate for micro-scripts that use jinja.
This is achieved by setting a default jinja environment, and a loader searching relatively (unless
an absolute path is given), and providing utility functionsrender,render_to_file, andset_options.Use as such:fromj2scrimportrender,render_to_file,set_options# You can render into a variablestring_with_content=render("../my_template.txt.j2",var=2,var2='Michael')# Or into a filerender_to_file("../my_template.txt.j2","my_content.txt"var=2,var2='Michael')# You can change the loader/environment parameters (do it before rendering, of course):set_options(encoding="latin-1",trim_blocks=True)# Alternatively the environment and loaders are available as attributes.If for some reason you want the minimalism ofj2scrbut without the global settings (eg. for a
class), you can use thej2scr.J2Scrclass which works the same way but has it's own env and loader.
Package: j2skaffold
A simpleskaffoldwrapper
with support forjinja2templating.StatusRequirementsPython 2.7 or Python 3.3+ or PyPy 2.4.0+Setup$ python -m pip install --user j2skaffold
or
(venv)$ python -m pip install j2skaffoldUsage$ j2skaffold devwill runskaffold devafter rendering theskaffold.jinja2file from the
current directory.$ j2skaffold dev --keep-yamlwill do the same, keeping the renderedskaffold.yamlfile. (Useful for debugging.)The following special variables are available:skaffold_command(dev,build, etc.)current_profile(value of the-pargument)The following special yaml key can be used:_set_profile: [name]- sets the current profile using the-pargument. Should be always wrapped inside some{% if not current_profile %}, otherwise it will get passed through,
andskaffoldwill fail with:FATA[0000] creating runner: reading configuration: parsing skaffold config: parsing skaffold config: yaml: unmarshal errors:
line 2: field _set_profile not found in type v1alpha3.SkaffoldConfigExampleskaffold.jinja2demonstrating all the available features:{% if skaffold_command == 'dev' and not current_profile %}
_set_profile: dev
{% endif %}
apiVersion: skaffold/v1alpha3
kind: Config
build:
  artifacts:
  - imageName: gcr.io/k8s-skaffold/skaffold-example-{{ current_profile }}
deploy:
  kubectl:
    manifests:
      - k8s-*
profiles:
{% for profile in ['dev', 'production'] %}
  - name: {{ profile }}
    # ... use any jinja2 syntax
{% endfor %}ChangeLog0.1.0 (2018-10-08)Initial release.
Package: j2static
About this projectThis project aims to unify a set of internally produced scripts for generating
static content, choosing to standardise on the jinja2 templating engine.Simply put, this project aims to provide utilities to do the following:Static site generation (for gitlab)Generate customised summary documents based on submissionsGenerate PDFs from CSV files and templates (mail merges)DevelopmentThe recommended way to develop the tools in the package is to use development
mode of setup.py, this will create executables in your path which can be used
to test changes../setup.py develop --userWe’re open to pull requests and feature requests, this should be done via ourgitlabserver.UsageThe project consits of two executables, j2static, the static site generator
and j2merge, the mail merge tool.j2static executablej2static builds files stored in a directory named _templates/ using jinja2,
generating output documents in site/. The tool will ignore any file that starts
with an underscore, allowing for the creation of templates.j2static can also act as a webserver for local testing. In this mode the server
will not generate output documents on disk, but will instead generate and send
them to the browser ‘on the fly’. This is useful if you have javascript on
your site and don’t want to fall foul of the browser’s security settings when
testing with local files.j2static build # use templates in the _templates/ directory to build the site
j2static serve # start a webserver on localhost (for development)j2merge executablej2merge is a ‘mail merge’ tool for combining csv files with a template document
this is useful for producing reports or personalised documents. This can be
optionally combined with a LaTeX distrubtion to generate PDFs.j2merge assumes that the csv file provided has headers and contains a row named
id which will be used for the resulting filenames. The data for each row will
be available in the template as the variable row.j2merge data.csv # combine data.csv and base.html to generate documents
j2merge data.csv -out pdf # combine data.csv and base.tex to generate pdfs
Package: j2y
Render Jinja2 templates on the command line using aYAML,JSONorHCLfile
as input for the render context.Installationj2yis installed usingpip:$ pip install j2yNoteThe name of this Python package isj2y, but it will be renamed toj2-cliwith the next major release.Alternatively you can install directly from Github master branch:$ pip install git+https://github.com/chaudum/j2y.git@masterUsageBy default, thej2clicommand takes aYAMLfile as input:$ j2cli template.j2 < values.yamlAlternatively you can useJSONorHCLas input format:$ j2cli template.j2 -f json < values.json
$ j2cli template.j2 -f hcl < values.hclIt’s also possible to provide multiple input files:$ j2cli template.j2 --context v1.yaml --context v2.yamlRunj2cli-hto see all available options.Template VariablesAdditionally to the variables provided by the input file,j2clialso
provides built-in default variables. These variables are:meta.date:Type:datetimeValue: Current UTC datetime objectmeta.platform:Type:dictValue: Output ofplatform.uname()env:Type:dictValue: All environment variables (output ofos.environ).Local DevelopmentBootstrappingCreate avirtualenvand install the package as develop egg:$ python -m venv env
$ source env/bin/activate
(env) $ pip install -e .TestsAt the moment there are very simple test cases only. Test are written as
Python doctests and run usingpytest:(env) $ pip install -e ".[test]"
(env) $ pytestPytest additionally runs theblacklinter andmypystatic type checker.DocumentationThe tests located in thedocs/folder can also be built into HTML usingSphinx:(env) $ sphinx-build -E -W docs/ _build/
Package: j40model
* Copyright Notice *Justice 40 Tool (J40 Tool) Copyright (c) 2023, The Regents of the University
of California, through Lawrence Berkeley National Laboratory (subject to receipt ofany required approvals from the U.S.
Dept. of Energy). All rights reserved.If you have questions about your rights to use or distribute this software,
please contact Berkeley Lab’s Intellectual Property Office atIPO@lbl.gov.NOTICE.  This Software was developed under funding from the U.S. Department
of Energy and the U.S. Government consequently retains certain rights.  As
such, the U.S. Government has been granted for itself and others acting on
its behalf a paid-up, nonexclusive, irrevocable, worldwide license in the
Software to reproduce, distribute copies to the public, prepare derivative
works, and perform publicly and display publicly, and to permit others to do so.# J40 Tool model## Prerequisites
You need to run python 3.8 or higher. You can install the required packages withpip install -r requirements.txt
next you should install any pyomo-compatible linear optimization solver
for example, you can install glpk along with pyomo using conda:
conda install -c conda-forge glpk## Input FilesThe community files and geo files are published separately
Package: j5
j5j5 Framework - Creating consistent APIs for roboticsWhat is j5?j5is a Python 3 framework that aims to make building consistent APIs for robotics easier. It was created to reduce the replication of effort into developing the separate, yet very similar APIs for several robotics competitions. Combining the common elements into a single library with support for various hardware gives a consistent feel for students and volunteers. This means more time to work on building robots!How do I use j5?j5is designed to never be visible to students. It sits behind the scenes and works magic.fromrobotimportRobotr=Robot()r.motor_boards[0].motors[1]=0.5The above code is likely to be familiar to any student who has competed in one of the below competitions. However, it is not a trivial problem to make this code portable across the platforms. For example, the motor board for Student Robotics is a separate board to the brain board, but is built into the same board for HR RoboCon.j5lets competition vendors define how the basic parts of the apis are accessed. A robot can thus be constructed from any combination of parts from various organisations.fromj5importBaseRobotfromj5.backends.hardware.sr.v4import(SRV4MotorBoardHardwareBackend,SRV4PowerBoardHardwareBackend,SRV4ServoBoardHardwareBackend,)fromj5.boardsimportBoardGroupfromj5.boards.sr.v4importMotorBoard,PowerBoard,ServoBoardclassRobot(BaseRobot):"""My Competition Robot."""def__init__(self)->None:self._power_boards=BoardGroup.get_board_group(PowerBoard,SRV4PowerBoardHardwareBackend,)self.power_board=self._power_boards.singular()self.motor_boards=BoardGroup.get_board_group(MotorBoard,SRV4MotorBoardHardwareBackend,)self.motor_board=self.motor_boards.singular()self.servo_boards=BoardGroup.get_board_group(ServoBoard,SRV4ServoBoardHardwareBackend,)self.servo_board=self.servo_boards.singular()CompetitionsWe intend to support the kits of the following robotics competitions:SourceBots Summer SchoolStudent RoboticsHills Road RoboConWhilstj5isn't officially endorsed by Student Robotics or RoboCon, we are working closely with Student Robotics to ensure perfect compatibility. Manyj5contributors are members of Student Robotics and SourceBots.sbot, aj5based API, was successfully deployed to over 100 users in August 2019. This is the first known case of a real-world deployment of aj5based API.If you are interested in adding support for your hardware or building your own API, please get in touch.ContributionsThis project is released under the MIT Licence. For more information, please seeLICENSE.j5 contributorsrefers to the people listed in theCONTRIBUTORSfile.TheCONTRIBUTORSfile can be generated by executingCONTRIBUTORS.gen. This generated file contains a list of people who have contributed to thej5project.More information about contributing, and how to contact contributors can be found inour docs
Package: ja2mqtt
ja2mqtt is a bridge that connects a Jablotron control unit, extended with the [JA-121T RS-485 bus interface](https://www.jablotron.com/en/produkt/rs-485-bus-interface-426/), to an MQTT broker.ja2mqtt enables the use of MQTT events to control Jablotron events, allowing for seamless integration with MQTT-based IoT systems and platforms. With this bridge, Jablotron alarms can be integrated into a larger IoT ecosystem, alongside other devices that use industry-standard protocols like ZigBee or MQTT. For example, by using ja2mqtt in conjunction with ZigBee2MQTT, Jablotron alarms and ZigBee devices can be connected in a single network and integrated with other systems such as Alexa, Tahoma, or Google Assistant, providing a unified and interoperable smart home or industrial automation solution.ja2mqtt reads input from the JA-121T serial interface, converts it into MQTT events, and publishes them to the MQTT broker using defined MQTT topics. It utilizes a ja2mqtt definition file that outlines the implementation of the JA-121T protocol. Additionally, ja2mqtt defines MQTT events that can be converted into input for the JA-121T serial interface, such as changing the state of a section to ARMED or READY. Each MQTT request may contain a correlation ID that is copied to the corresponding generated MQTT event.If you do not have access to a JA-121T interface for testing, ja2mqtt offers a simulator that can simulate the interaction with the JA-121T interface. This allows you to test and verify the functionality of ja2mqtt even without the physical JA-121T interface available.Seehttps://github.com/tomvit/ja2mqttfor more details.
Package: ja2sci
ja2scija2sci converts Japanese name into scientific name.
If the given name is not on the internal dictionary, it automatically searches the wikipedia.生物の和名を学名に変換するライブラリです。
内部辞書に学名が登録されていない場合、自動的に Wikipedia から学名を取得します。How to useAs a CLI tool$pipinstallja2sci
$ja2sciニホンカワウソ
LutralutranipponInside python script>>>importja2sci>>>ja2sci.translate('ユーラシアカワウソ')'Lutra lutra'Advanced usage: asynchronous translation>>>importja2sci>>>importasyncio>>>loop=asyncio.get_event_loop()>>>results=loop.run_until_complete(asyncio.gather(...ja2sci.async_translate('ホンドテン'),# Not on internal dictionary...ja2sci.async_translate('ミンク')# Not on internal dictionary...))>>>print(results)['Martes melampus melampus','Neovison vison']
Package: jaad
JaadOverviewJaad is an addition to Django.It is based on Django Rest Framework and is designed to simplify
the syntax needed to expose a resilient REST API.InstallationTo install Jaad using pip run:pipinstalljaadCreating a new projectTo create a new project create a project directory
and usejaad-admin.py startproject.This will create the following files:.
|-- server/
|     |-- apps/
|     |    |-- __init__.py
|     |    `-- index/
|     |         |-- __init__.py
|     |         |-- parameters.py
|     |         `-- view.py
|     |-- logs/
|     |-- settings/
|     |    |-- __init__.py
|     |    |-- application.py
|     |    |-- local.py
|     |    `-- __init__.py
|     `-- urls.py
`-- manage.pymanage.pyis the classic Django management script hence
you can run your server using:DJANGO_SETTINGS_MODULE=server.settings.localpythonmanage.pyrunserverThis will launch your server and make it available here:http://127.0.0.1:8000/A default Index view was automatically created.You can have a look at its definition inserver/apps/index/as it uses Jaad core features.Creating a new viewTo create a view create a submodule in apps and define in it a class
inheriting from JaadView.
Then define the HTTP method you want to support:fromjaad.viewimportJaadViewclassHello(JaadView):defget(self,request):return"Hello"defpost(self,request):return"This was a POST request"You can then expose it by modifyingserver/urls.pyDefining parametersYou can define a set of parameters that a view support using a Jaad Form:fromjaad.formsimportfieldsclassHelloWorldParameters(fields.Form):name=fields.StringField(required=True,help_text="Enter your name :)")And then using it in your views:fromjaad.viewimportJaadView,with_parametersclassHello(JaadView):@with_parameters("GET",HelloWorldParameters)defget(self,request,parameters):return"Hello{}".format(parameters["name"])defpost(self,request):return"This was a POST request"The additional parameter used to call your method contains your
parameter values validated and converted to python objects
(int, datetime, ...).with_parameters can be called with as many Form as you want and will
add a parameter to your method for each Form.Interactive documentationYou can add an interactive documentation to your API usingjaad-admin.py add-doc.This will create the following files inserver/apps/documentation/
    |-- static/
    |     `-- css/
    |          `-- documentation.css
    |-- templates/
    |     `-- rest_framework_swagger/
    |          |-- base.html
    |          `-- index.html
    `-- urls.pyThis is a Swagger UI that relies on Django Rest Framework Swaggerand is not exposed yet.To expose it:Inserver/urls.pyimportincludefromdjango.conf.urlsif not already done and addurl(r'^doc/', include('documentation.urls'))to urlpatterns.Add'server.apps.documentation'toINSTALLED_APPSinserver/settings/application.pyYou can now access your API documentation onhttp://127.0.0.1:8000/doc/The documentation is automatically updated based on all exposed view
docstrings and parameter definitions.
Package: jaaql-middleware-python
JAAQL-middleware-pythonPlease navigate to docker/docker.md to see setup instructionsThe project can be deployed alone to function as a database portal or extended as shown in the example app located athttps://github.com/JAAQL/JAAQL-example-appWhen locally developing it is recommended to use the associated postgres local instance as JAAQL performs some none reversible changes to the database and it is just easier to use a new database
Package: jaaql-monitor
UsageJAAQL Monitor can be called as suchjaaql_monitor.exe creds_fileWhere creds_file is a file of the formatjaaql_url
username
passwordAnd as an examplejaaql.io
superjaaql
passw0rdThen it will accept input over standard input. Scripts can be separated via \p and \g. \p Will print everything in the standard input so far (since the last \g) and \g will submit everything in the standard input so far to jaaql (since the last \g). So \p\g will print and submit to jaaql. Any errors which we receive will be output on stdin and stderrBuildingTo build you will need to have a python environment (3.8) setup locally. Building will produce a windows executable (the latest executable is in the repo if you require it). If you are on linux you can create an executable as well but you need to install python to do that so you might as well just use the python script. To build please run the commands below./build.batRunning locallyPlease install requirements.txt. Using python 3.11
Package: jab
Yes, it’s another Django blog.  Not a blogging framework, though – just a blog.
No bells or whistles.  Designed to just get up and running with a basic blog as
quickly as possible.  No comments, no categories, no tagging.  Themes are all
template-based.Getting startedYou’ll need Django installed, and some way of hosting it – the default
runserver, Apache with mod_wsgi, or (of course) a
[PythonAnywhere](http://www.pythonanywhere.com) account.You’ll also need the
[South Django migrations package](http://south.aeracode.org/): if you’re on
PythonAnywhere, you’ll have it already. If not,pip install south.git checkout git://github.com/resolversystems/jab.gitcd jabcp local_settings_template.py local_settings.pyEditlocal_settings.py, and change the variables in there to point to an
appropriate database etc.  The Twitter and email fields are optional, just
miss them out if you don’t want to use them.python manage.py syncdbpython manage.py migrate…and you’re done!  Log in to the admin GUI using the admin username you
created during the syncdb, and addPostobjects to post; set the status to
“Published” when you want a post to go live.  Postscontentsare written
in [Markdown](http://daringfireball.net/projects/markdown/syntax).  It’s worth
noting that you can just put any HTML in there too – it’ll get passed straight
through.  So, for example, YouTube embed code will work just fine unchanged.If you want to add something to the header (like, say, an “About” page) then set
the “Link from header” checkbox to true – and you might want to also set the
“Show in list and rss” checkbox to false.If you want something to appear in a sidebar (the default template puts it on
the right) then just add aSidebarItemobject; itscontentsfield is also
written in Markdown.A neat hack – if you use Google Analytics and want to put the code in your
blog, you can just create a newSidebarItemwith the embed code in it – it
will work!