This must have taken quite some work to do! Congrats on the improvement of the ecosystem with more tooling that helps developers work with this technology.
As the maintainer of Kurento, I'm interested in what went wrong between Kurento and Pion, and also aiortc. Did you make notes about each combination, that you could share?
I am so excited to share webrtc-echoes. This repository contains a test suite that asserts that many different
WebRTC implementations can communicate with each other. It also asserts that these WebRTC implementations
work with WebRTC servers. My personal goal is that someday WebRTC is as easy as HTTP. You don't worry about what implementation/tools you use, you just start the project in your favorite language.
WebRTC-echoes is important for a few reasons
* Ensure that things connect, and prevents regressions. It makes all the implementations more robust.
* Great for learning. Developers see all the options available and can try different software.
* Builds community. With all of us working together it will help good ideas spread faster.
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This is what is implemented today.
* aiortc: WebRTC and ORTC implementation for Python using asyncio. [0]
* libdatachannel: C/C++ WebRTC Data Channels and Media Transport standalone library (bindings for Rust, Node.js, and Unity)[1]
* Pion: Pure Go implementation of the WebRTC API. [2]
* SIPSorcery: A WebRTC, SIP and VoIP library for C# and .NET Core. Designed for real-time communications apps. [3]
* werift-webrtc: WebRTC Implementation for TypeScript (Node.js) [4]
As the maintainer of Kurento, I'm interested in what went wrong between Kurento and Pion, and also aiortc. Did you make notes about each combination, that you could share?