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What is this?
A one-stop hub of WebRTC demos, experiments and JavaScript libraries: screen sharing, video conferencing, file sharing, recording, collaborative drawing and voice translation.
A one-stop hub of WebRTC demos, experiments and JavaScript libraries: screen sharing, video conferencing, file sharing, recording, collaborative drawing and voice translation.Is this one library or a whole collection of separate projects?A collection of independent sub-projects — libraries like RecordRTC, RTCMultiConnection, DetectRTC, FileBufferReader and getStats, plus standalone demos, each with its own repo and live demo.
A collection of independent sub-projects — libraries like RecordRTC, RTCMultiConnection, DetectRTC, FileBufferReader and getStats, plus standalone demos, each with its own repo and live demo.How do I try these things — do I have to build anything?Nothing to install — open any experiment's Live Demo link in your browser. Each sub-project lives in its own GitHub repo, and RecordRTC also ships as a Chrome Web Store extension.
Nothing to install — open any experiment's Live Demo link in your browser. Each sub-project lives in its own GitHub repo, and RecordRTC also ships as a Chrome Web Store extension.Do I need my own server to make the peer-to-peer stuff work?The code is client-side JavaScript, but WebRTC peers need a signaling service — the repo provides Socket.io, XHR, WebSync, SSE-over-PHP and SignalR options, plus an ASP.NET MVC demo with MS-SQL.
The code is client-side JavaScript, but WebRTC peers need a signaling service — the repo provides Socket.io, XHR, WebSync, SSE-over-PHP and SignalR options, plus an ASP.NET MVC demo with MS-SQL.Is this production-ready software or more of a sandbox?These are experiments and demos, not one maintained product — the ASP.NET demo, for instance, dates to September 2012 — so pick sub-projects individually and check their own repos.
These are experiments and demos, not one maintained product — the ASP.NET demo, for instance, dates to September 2012 — so pick sub-projects individually and check their own repos.Are these libraries for app developers or for end users wanting ready-made tools?For developers building peer-to-peer WebRTC apps — screen sharing, audio/video conferencing, file sharing, media streaming — who want working JavaScript libraries and sample code.
For developers building peer-to-peer WebRTC apps — screen sharing, audio/video conferencing, file sharing, media streaming — who want working JavaScript libraries and sample code.Which browsers and systems does it all run on?RecordRTC supports Chrome, Firefox, Opera, Android and Microsoft Edge, on Linux, Mac and Windows; the rest of the demos run in the browser too.
RecordRTC supports Chrome, Firefox, Opera, Android and Microsoft Edge, on Linux, Mac and Windows; the rest of the demos run in the browser too.Is the code free to use in my own projects?Yes — everything is released under the MIT license (copyright Muaz Khan), so it is free to use and modify.
Yes — everything is released under the MIT license (copyright Muaz Khan), so it is free to use and modify.What is RecordRTC?The headline library of the repo: a WebRTC JavaScript library for recording audio, video and screen activity. It works in Chrome, Firefox, Opera, Android and Edge, and also ships as a Chrome Web Store extension.
The headline library of the repo: a WebRTC JavaScript library for recording audio, video and screen activity. It works in Chrome, Firefox, Opera, Android and Edge, and also ships as a Chrome Web Store extension.What is Translator.js?A JavaScript library that transcribes and translates voice and text, built on top of Google Speech-Recognition and Translation APIs, with support for many locales.
A JavaScript library that transcribes and translates voice and text, built on top of Google Speech-Recognition and Translation APIs, with support for many locales.How does the WebRTC Scalable Broadcasting demo serve many viewers?It configures socket.io so a single broadcast is relayed to unlimited users without bandwidth or CPU usage problems — and everything still happens peer-to-peer.
It configures socket.io so a single broadcast is relayed to unlimited users without bandwidth or CPU usage problems — and everything still happens peer-to-peer.How does file sharing work in these experiments?FileBufferReader reads a file and returns chunkified array-buffers, which you can then send over WebRTC data channels or socket.io.
FileBufferReader reads a file and returns chunkified array-buffers, which you can then send over WebRTC data channels or socket.io.What are similar projects?webrtc, webtorrent, samples, yjs, webtorrent-desktop, neko, peerjs, screenity
webrtc, webtorrent, samples, yjs, webtorrent-desktop, neko, peerjs, screenityWhich topics is it in?drawing, webcam, screen-recording, screen-capture, file-sharing, webrtc, realtime, video-streaming, examples, p2p, canvas, speech-recognition
drawing, webcam, screen-recording, screen-capture, file-sharing, webrtc, realtime, video-streaming, examples, p2p, canvas, speech-recognition