Directories ¶
Path | Synopsis |
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c-data-channels shows how to mix C and Go code
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c-data-channels shows how to mix C and Go code |
ffmpeg-send is a simple application that shows how to send video to your browser using Pion WebRTC and FFmpeg.
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ffmpeg-send is a simple application that shows how to send video to your browser using Pion WebRTC and FFmpeg. |
gstreamer-receive is a simple application that shows how to receive media using Pion WebRTC and play live using GStreamer.
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gstreamer-receive is a simple application that shows how to receive media using Pion WebRTC and play live using GStreamer. |
gstreamer-send is a simple application that shows how to send video to your browser using Pion WebRTC and GStreamer.
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gstreamer-send is a simple application that shows how to send video to your browser using Pion WebRTC and GStreamer. |
gstreamer-send-offer is a simple application that shows how to send video using Pion WebRTC and GStreamer
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gstreamer-send-offer is a simple application that shows how to send video using Pion WebRTC and GStreamer |
janus-gateway
|
|
streaming
example of how to connect Pion and Janus
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example of how to connect Pion and Janus |
video-room
example of how to connect Pion and Janus
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example of how to connect Pion and Janus |
play-from-disk demonstrates how to send video and/or audio to your browser from files saved to disk.
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play-from-disk demonstrates how to send video and/or audio to your browser from files saved to disk. |
play-from-disk-mkv demonstrates how to send video and/or audio to your browser from a MKV file saved to disk
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play-from-disk-mkv demonstrates how to send video and/or audio to your browser from a MKV file saved to disk |
rtmp-to-webrtc demonstrates how you could re-stream media from a RTMP server to WebRTC.
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rtmp-to-webrtc demonstrates how you could re-stream media from a RTMP server to WebRTC. |
save-to-webm is a simple application that shows how to receive audio and video using Pion and then save to WebM container.
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save-to-webm is a simple application that shows how to receive audio and video using Pion and then save to WebM container. |
sfu-ws is a many-to-many websocket based SFU
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sfu-ws is a many-to-many websocket based SFU |
sip-over-websocket-to-webrtc demonstrates how to connect to a SIP Server via Websocket
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sip-over-websocket-to-webrtc demonstrates how to connect to a SIP Server via Websocket |
softphone
Package softphone provides abstractions for SIP over Websocket
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Package softphone provides abstractions for SIP over Websocket |
sip demonstrates how to bridge SIP traffic and WebRTC
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sip demonstrates how to bridge SIP traffic and WebRTC |
snapshot shows how you can convert incoming video frames to jpeg and serve them via HTTP.
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snapshot shows how you can convert incoming video frames to jpeg and serve them via HTTP. |
Twitch is an example of ingesting WebRTC and streaming to Twitch
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Twitch is an example of ingesting WebRTC and streaming to Twitch |
unreal-pixel-streaming demonstrates how to connect to a Unreal Pixel Streaming instance and accept the inbound audio/video
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unreal-pixel-streaming demonstrates how to connect to a Unreal Pixel Streaming instance and accept the inbound audio/video |
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