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Description

A fast and easy way to add sharable web interfaces to Python programs.

'Sharable' means that you can use your program on your smartphone without having to reconfigure it (to connect it to the local network), or the router to which the computer running the program is connected (to open a port to your computer). And by sending the URL of the program to someone, they can immediately use it on their own smartphone or other device with a modern web browser connected to internet.

Only basic knowledge of HTML needed.

Programming language: Python
License: MIT License
Tags: HTTP     GUI     Web     Internet     WWW     Dynamic Content     User Interfaces    

Python version of the Atlas toolkit alternatives and similar packages

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README

Python version of the Atlas toolkit

Run on Repl.it About online demonstrations

Version 0.12 license: MIT Documentation

Version

The Atlas toolkit is available for:

         Language Git repositories Online démonstrations
Java Java Framagit GitHub Run on Replit
Node.js Node.js Framagit GitHub Run on Replit
Perl Perl Framagit GitHub Run on Replit
Python Python Framagit GitHub Run on Replit
Ruby Ruby Framagit GitHub Run on Replit

WebGPIO (Raspberry Pi/ODROID-C2): the WebGPIO application, with which you can control the Raspberry Pi/ODROID-C2 (and probably other similar devices) GPIOs with your smartphone, is described in the Raspberry Pi/ODROID-C2 below section.


A GUI with Python in a couple of minutes

Click the animation to see a screencast of programming this "Hello, World!" with Python in a matter of minutes:

Building a GUI in with *Python* in less then 10 minutes

Same video on Peertube: https://q37.info/s/qfcng9j4.

Source code:

import atlastk

BODY = """
<fieldset>
 <input id="Input" xdh:onevent="Submit" value="World"/>
 <button xdh:onevent="Submit">Hello</button>
 <hr/>
 <fieldset>
  <output id="Output">Greetings displayed here!</output>
 </fieldset>
</fieldset>
"""

def ac_connect(dom):
  dom.inner("", BODY)
  dom.focus("Input")

def ac_submit(dom):
  name = dom.get_value("Input")
  dom.begin("Output", f"<div>Hello, {name}!</div>")
  dom.set_value("Input", "")
  dom.focus("Input")

CALLBACKS = {
  "": ac_connect,
  "Submit": ac_submit
}

atlastk.launch(CALLBACKS)

See for yourself right now - it's quick and easy!

Online, with nothing to install

To run above "Hello, World!" program directly in your browser, as seen in corresponding video, follow this link: https://replit.com/@AtlasTK/hello-python.

Thanks to Replit, an online IDE, you can write and run programs using the Atlas toolkit directly in your web browser, without having to install Python on your computer About online demonstrations.

To see more examples, like the following TodoMVC, simply:

  • go here (also accessible with the Run on Repl.it button at the top of this page),
  • click on the green run button,
  • choose the demonstration to launch,
  • open the then displayed URL in a browser (should be clickable),
  • … and, as you wish, run your own tests directly in your browser, by modifying the code of the examples or by writing your own code.

TodoMVC

With Python on your computer

# You can replace 'github.com' with 'framagit.org'.
# DON'T copy/paste this and above line!
git clone http://github.com/epeios-q37/atlas-python
cd atlas-python/examples
python Hello/

Android devices

Programs made with the Atlas toolkit work perfectly on your Android devices (smartphone or tablet) using the Termux application. Simply install (pkg intall …) the git and python packages. That's all!

Jupyter notebooks

When using the Atlas toolkit in a Jupyter notebook, the GUI is embedded in the notebook, as shown here:

Jupyter notebook examples can be found in the tutorials directory.

Your turn

If you want to take your code to the next level, from CLI to GUI, then you found the right toolkit.

With the Atlas toolkit, you transform your programs in modern web applications (SPA) without the usual hassles:

  • no JavaScript to write; only HTML(/CSS) and Python,
  • no front and back end architecture to bother with,
  • no web server (Apache, Nginx…) to install,
  • no need to deploy your application on a remote server,
  • no incoming port to open on your internet box or routeur.

The Atlas toolkit is written in pure Python, with no native code and no dependencies, allowing the Atlas toolkit to be used on all environments where Python is available.

And simply by running them on a local computer connected to internet, applications using the Atlas toolkit will be accessible from the entire internet on laptops, smartphones, tablets…

The Atlas toolkit is particularly well suited for educational purposes, to write modern programming exercises, i.e. with a true graphical interface instead of the usual outdated textual one. More about this can be found here.

Python is much more powerful then Excel macros to automate (boring) tasks, and you can also work with PDF, Word, Google files…. And with the Atlas toolkit, you have much more possibilities then with VBA forms. There are some examples here.

There is also a stub to for this library at address https://q37.info/s/zzcn3wnx.

Content of the repository

The atlastk directory contains the Python source code of the Atlas toolkit, which is the directory you have to reference in PYTHONPATH in order to use the Atlas toolkit in your own program, unless you have installed the atlastk package with pip install atlastk.

In the examples directory, you will found following examples:

  • Blank: very basic example,
  • Hello: "Hello, World!",
  • Chatroom: multi-user chatroom,
  • Notes: note taking program,
  • TodoMVC: TodoMVC,
  • Hangman: Hangman game,
  • 15-puzzle: 15-puzzle game,
  • Contacts: a basic address book,
  • Widgets: some widgets handled with the Atlas toolkit,
  • Chatrooms : same as above Chatroom, but with several rooms,
  • PigGame: Pig game for one or two players,
  • Reversi: Reversi game for one or two players,
  • MatPlotLib : the Atlas toolkit displaying some graphics made with matplotlib; this example needs, of course, the matplotlib package to be installed…

Other examples are detailed in the next section.

Except for the ErgoJr, GPIO and RGB applications, which are detailed in the next section, to run an example, launch, from within the repository, python main.py, and select the example you want to run.
You can also directly launch, from within the examples directory, python <Name>/ (don't forget the final /), where <Name> is the name of the example (Blank, Chatroom…).

The Stars application is an example where the Atlas toolkit is used to control a Pygame based application. Of course, Pygame needs to be installed.

The tutorials directory contains some Jupyter notebooks about the Atlas toolkit.

Raspberry Pi/ODROID-C2

If the applications does not work on your Raspberry Pi, please see this issue: https://github.com/epeios-q37/atlas-python/issues/1

The GPIO and RGB applications are designed to be used on a Raspberry Pi or a ODROID-C2.

Here is how the WebGPIO application looks like:

*WebGPIO* interface

For the Raspberry Pi, the RPi.GPIO Python module have to be installed (this is probably already the case).

For the ODROID-C2, The Python version of WiringPi must be installed, and the application has to be launched, from within the examples directory, with sudo (sudo python GPIO/ or sudo python RGB/).

The ErgoJr application is experimental and to control a Poppy Ergo Jr robot.

The RGB application is dedicated to the control of a RGB led, and the GPIO (aka WebGPIO) application allows to control the basic pins. Click below picture to see a YouTube video on how they work (same video on PeerTube: https://q37.info/s/49pbmwv9):

RGB video


*Note that all licence references and agreements mentioned in the Python version of the Atlas toolkit README section above are relevant to that project's source code only.