WebRTC python unit tests inspired to '80s
Project description
VideoDrone
Test popular WebRTC Platforms with Selenium HQ and Python.
Your first Project
Install videodrone on a virtualenv
mkdir VideoDrones && cd VideoDrones
virtualenv -ppython3 env && source env/bin/activate
Installation
pip install videodrone
Create the following directories before executing videodrone.
- y4m, where your preferred y4m files resides. They will be used randomically.
mkdir y4mswget https://media.xiph.org/video/derf/y4m/students_cif.y4m -O y4ms/students_cif.y4m
- driver, where your selenium drivers resides.
Run
VIDEODRONE_DRIVER environment variable can override the driver path settings.
example, this connector is configured to create a drone party to https://meet.jit.si/thatroom
VIDEODRONE_DRIVER=../VideoDrone.orig/drivers/videodrone -c "videodrone.drones.jitsi_chrome" -r peo -y4m ./y4ms/
There will be a party of 4 drones in "thatroom"
videodrone -room thatroom -c "videodrone.drones.jitsi_chrome" -y4m ./y4ms/ -n 4
Output
INFO:__name__:Started drone <Process name='Process-1' pid=25900 parent=25898 started>
INFO:__name__:Started drone <Process name='Process-2' pid=25960 parent=25898 started>
INFO:__name__:Started drone <Process name='Process-3' pid=26155 parent=25898 started>
INFO:__name__:Started drone <Process name='Process-4' pid=26373 parent=25898 started>
INFO:__name__:Drone destroyed
INFO:__name__:Drone destroyed
INFO:__name__:Drone destroyed
INFO:__name__:Drone destroyed
What happens
Drone Connectors
Drone connectors are selenium browser macros, written in python, as simple as possibile. See videodrone.drones.jitsi_drone for example. Drone connectors must be packaged and installed, them must be available through your PYTHONPATH (sys.path).
Credits
Fabio Farina (Garr Consortium) Massimo Carboni (Garr Consortium) Garrlab community
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