Ares

Welcome to the repository of the Python-Flask web app for uploading and testing code on physical devices and Docker containers.

purpose

Develop a novel system which makes it possible to realize mixed real and simulated testbeds, where each device can be real or simulated on the PC. There is the need to use docker containers to emulate real performance.

Description

This repository contains a web app developed with Python-Flask that allows users to upload their code and test it on physical devices such as ESP32 or ESP8266. In addition, if there are not enough physical devices available, the application is capable of emulating them by creating Docker containers.

makefile

buildWeb:
	sudo docker build -t ares ./website
runWeb:
	sudo docker run -it --network bridge ares:latest

Then this makefile contain also short command to do usual action with docker

ps:
	sudo docker ps -a
images:
	sudo docker image ls
containers:
	sudo docker container ls

rmi:
	sudo docker rmi -f $$(sudo docker images -aq)
stop:
	sudo docker stop $$(sudo docker ps -a -q)
	sudo docker rm $$(sudo docker ps -a -q)

deleteAll:
	sudo docker system prune -a

website

installation

app/requirements.txt

	flask==2.2.3
	flask-sqlalchemy==3.0.3
	flask-login==0.6.2
	wtforms==3.0.1
	wtforms_alchemy==0.18.0

This Docker image allows you to create Flask web applications in Python that run in a single container.

• auth: With this flask.BluePrint we can create a new user and login
• experiment: We can create a new experiment, we can add a source, and then we can select how many devices load that code. Next, we can run a testbet: this experiment will be frozen, and we will receive an email when the experiment ends.
• source: After loading the cpp files we can also view or delete them
• room: Container for platforms. You can start a experiment in a room
• views: Contain the main view and the admin-view
• platform: A platform is single device like esp32 that can be contained in a room
• queue: Hier we manage our elementsQ and our QUEUE

Test page

In the test page, we can test our source code: loading it or compiling the main functions. The webapp will compile the code in preparation for the selected device (esp32 or esp8266)

Contributing

Contributions are welcome! If you encounter any issues or have suggestions for improvements, please create a new issue or submit a pull request.

License

This project is licensed under the MIT License.

Contact

If you have any questions or need further assistance, feel free to contact us at 280873

Config

In this folder there is a project of Platformio to config a platform via USB

test Toom

First room already created

[env:Led1]
    platform = espressif8266
    board = esp12e
    framework = arduino
    upload_protocol = espota
    upload_port = 192.168.1.227

[env:Led2]
    platform = espressif8266
    board = esp12e
    framework = arduino
    upload_protocol = espota
    upload_port = 192.168.1.214

[env:LedEsterno]
    platform = espressif8266
    board = esp12e
    framework = arduino
    upload_protocol = espota
    upload_port = 192.168.1.200

[env:Servomotore]
    platform = espressif32
    board = featheresp32
    framework = arduino
    upload_protocol = espota
    upload_port = 192.168.1.179

[env:Nulla]
    platform = espressif32
    board = featheresp32
    framework = arduino
    upload_protocol = espota
    upload_port = 192.168.1.176