Out-of-the-box docker images for AppRTC dev/test purpose.
macOS host:
docker run --rm \
-p 8080:8080 -p 8089:8089 -p 3478:3478 -p 3478:3478/udp -p 3033:3033 \
-p 59500-65000:59500-65000/udp \
-e PUBLIC_IP=<server public IP> \
-it piasy/apprtc-serverLinux host:
docker run --rm --net=host \
-e PUBLIC_IP=<server public IP> \
-it piasy/apprtc-serverAbout port publish:
- TCP
8080is used for room server; - TCP
8089is used for signal server; - TCP
3033is used for ICE server; - TCP
3478, UDP3478and UDP59500-65000is used for TURN/STUN server;
So make sure your firewall has opened those ports.
Only Android/Linux is supported.
docker run --rm \
-e ENABLE_SHADOW_SOCKS=true \
-e SHADOW_SOCKS_SERVER_ADDR=<your shadowsocks server ip> \
-e SHADOW_SOCKS_SERVER_PORT=<your shadowsocks server port> \
-e SHADOW_SOCKS_ENC_METHOD=<your shadowsocks encrypt method> \
-e SHADOW_SOCKS_ENC_PASS=<your shadowsocks encrypt password> \
-v <path to place webrtc source>:/webrtc \
-it piasy/webrtc-buildNote: if your encrypt password contains special characters, remember to escape it with \, e.g. &bDmc! to \&bDmc\!.
If you don't need run shadowsocks proxy, you can run:
docker run --rm \
-v <path to place webrtc source>:/webrtc \
-it piasy/webrtc-buildAfter the docker image started, you can run fetch, gclient, gn, and ninja commands to download and build webrtc code.