DEVELOPER.md

Developer

This guide is for developers and covers topics such as OpenAPI, environment variables, resources, and ports, as well as development on Mac or using Docker.

Develop All in macOS

Start redis and SRS by docker, set the candidate explicitly:

docker stop redis 2>/dev/null || echo ok && docker rm -f redis srs 2>/dev/null &&
docker run --name redis --rm -it -v $HOME/data/redis:/data -p 6379:6379 -d redis:5.0 &&
touch platform/containers/data/config/srs.server.conf platform/containers/data/config/srs.vhost.conf &&
docker run --name srs --rm -it \
    -v $(pwd)/platform/containers/data/config:/usr/local/srs/containers/data/config \
    -v $(pwd)/platform/containers/conf/srs.release-mac.conf:/usr/local/srs/conf/docker.conf \
    -v $(pwd)/platform/containers/objs/nginx:/usr/local/srs/objs/nginx \
    -p 1935:1935 -p 1985:1985 -p 8080:8080 -p 8000:8000/udp -p 10080:10080/udp \
    -d ossrs/srs:5

Note: Use the intranet IP for WebRTC to set the candidate.

Note: Stop service by docker stop redis srs and note that we stop redis to allow it to save data to disk.

Note: Also, you can run SRS by (cd platform && ~/git/srs/trunk/objs/srs -c containers/conf/srs.release-local.conf)

Note: You can set the candidate for WebRTC by --env CANDIDATE=$(ifconfig en0 |grep 'inet ' |awk '{print $2}')

Run the platform backend, or run in GoLand:

(cd platform && go run .)

Note: Set AUTO_SELF_SIGNED_CERTIFICATE=off if no need to generate self-signed certificate.

Run all tests:

bash scripts/tools/secret.sh --output test/.env &&
(cd test && go test -timeout=1h -failfast -v --endpoint=http://localhost:2022 -init-self-signed-cert=true) &&
(cd test && go test -timeout=1h -failfast -v --endpoint=https://localhost:2443 -init-self-signed-cert=false)

Run the platform react ui, or run in WebStorm:

(cd ui && npm install && npm start)

Access the browser: http://localhost:3000

Develop the Docker Image

Build the docker image:

docker rmi platform:latest 2>/dev/null || echo OK &&
docker build -t platform:latest -f Dockerfile . &&
docker save -o platform.tar platform:latest

Start a container:

docker stop redis 2>/dev/null || echo ok && docker rm -f redis srs 2>/dev/null &&
docker run --rm -it --name oryx -v $HOME/data:/data \
  -p 2022:2022 -p 2443:2443 -p 1935:1935 -p 8000:8000/udp -p 10080:10080/udp \
  -p 80:2022 -p 443:2443 -e CANDIDATE=$(ifconfig en0 |grep 'inet ' |awk '{print $2}') \
  platform

Access http://localhost/mgmt to manage Oryx.

Or http://srs.stack.local/mgmt to test Oryx with domain.

To update the platform in docker:

docker run --rm -it -v $(pwd)/platform:/g -w /g ossrs/srs:ubuntu20 make

Start a container with the new platform:

docker stop redis 2>/dev/null || echo ok && docker rm -f redis srs 2>/dev/null &&
docker run --rm -it --name oryx -v $HOME/data:/data \
  -p 2022:2022 -p 2443:2443 -p 1935:1935 -p 8000:8000/udp -p 10080:10080/udp \
  -p 80:2022 -p 443:2443 -e CANDIDATE=$(ifconfig en0 |grep 'inet ' |awk '{print $2}') \
  -v $(pwd)/platform/platform:/usr/local/oryx/platform/platform \
  platform

The platform has now been updated. It is also compatible with a debugging WebUI, which listens at port 3000 and proxies to the platform.

Develop the Script Installer

Note: Please note that BT plugin will use the current branch version, including develop version.

Build a docker image:

docker rm -f script 2>/dev/null &&
docker rmi srs-script-dev 2>/dev/null || echo OK &&
docker build -t srs-script-dev -f scripts/setup-ubuntu/Dockerfile.script .

Create a docker container in daemon:

docker rm -f script 2>/dev/null &&
docker run -p 2022:2022 -p 2443:2443 -p 1935:1935 -p 8000:8000/udp -p 10080:10080/udp \
    --env CANDIDATE=$(ifconfig en0 |grep 'inet ' |awk '{print $2}') \
    --privileged -v /sys/fs/cgroup:/sys/fs/cgroup:rw --cgroupns=host \
    -d --rm -it -v $(pwd):/g -w /g --name=script srs-script-dev

Note: For Linux server, please use --privileged -v /sys/fs/cgroup:/sys/fs/cgroup:ro to start docker.

Build and save the script image to file:

docker rmi platform:latest 2>/dev/null || echo OK &&
docker build -t platform:latest -f Dockerfile . &&
docker save -o platform.tar platform:latest

Enter the docker container:

version=$(bash scripts/version.sh) &&
docker exec -it script docker load -i platform.tar && 
docker exec -it script docker tag platform:latest ossrs/oryx:$version &&
docker exec -it script docker tag platform:latest registry.cn-hangzhou.aliyuncs.com/ossrs/oryx:$version &&
docker exec -it script docker images

Test the build script, in the docker container:

docker exec -it script rm -f /data/config/.env &&
docker exec -it script bash build/oryx/scripts/setup-ubuntu/uninstall.sh 2>/dev/null || echo OK &&
bash scripts/setup-ubuntu/build.sh --output $(pwd)/build --extract &&
docker exec -it script bash build/oryx/scripts/setup-ubuntu/install.sh --verbose

Run test for script:

rm -f test/oryx.test &&
docker exec -it script make -j -C test &&
bash scripts/tools/secret.sh --output test/.env && sleep 5 &&
docker exec -it script ./test/oryx.test -test.timeout=1h -test.failfast -test.v -endpoint http://localhost:2022 \
    -srs-log=true -wait-ready=true -init-password=true -check-api-secret=true -init-self-signed-cert=true \
    -test.run TestSystem_Empty &&
bash scripts/tools/secret.sh --output test/.env && sleep 5 &&
docker exec -it script ./test/oryx.test -test.timeout=1h -test.failfast -test.v -wait-ready -endpoint http://localhost:2022 \
    -srs-log=true -wait-ready=true -init-password=false -check-api-secret=true \
    -test.parallel 3 &&
docker exec -it script ./test/oryx.test -test.timeout=1h -test.failfast -test.v -wait-ready -endpoint https://localhost:2443 \
    -srs-log=true -wait-ready=true -init-password=false -check-api-secret=true \
    -test.parallel 3

Access the browser: http://localhost:2022

Develop the aaPanel Plugin

Note: Please note that BT plugin will use the current branch version, including develop version.

Start a container and mount as plugin:

docker rm -f bt aapanel 2>/dev/null &&
AAPANEL_KEY=$(cat $HOME/.bt/api.json |awk -F token_crypt '{print $2}' |cut -d'"' -f3) &&
docker run -p 80:80 -p 443:443 -p 7800:7800 -p 1935:1935 -p 8000:8000/udp -p 10080:10080/udp \
    --env CANDIDATE=$(ifconfig en0 |grep 'inet ' |awk '{print $2}') \
    -v $(pwd)/build/oryx:/www/server/panel/plugin/oryx \
    -v $HOME/.bt/api.json:/www/server/panel/config/api.json -e BT_KEY=$AAPANEL_KEY \
    --privileged -v /sys/fs/cgroup:/sys/fs/cgroup:rw --cgroupns=host \
    -d --rm -it -v $(pwd):/g -w /g --name=aapanel ossrs/aapanel-plugin-dev:1

Note: For Linux server, please use --privileged -v /sys/fs/cgroup:/sys/fs/cgroup:ro to start docker.

Note: Enable the HTTP API and get the api.json, and save it to $HOME/.bt/api.json.

Build and save the platform image to file:

docker rmi platform:latest 2>/dev/null || echo OK &&
docker build -t platform:latest -f Dockerfile . &&
docker save -o platform.tar platform:latest

Enter the docker container:

version=$(bash scripts/version.sh) &&
major=$(echo $version |awk -F '.' '{print $1}' |sed 's/v//g') &&
docker exec -it aapanel docker load -i platform.tar && 
docker exec -it aapanel docker tag platform:latest ossrs/oryx:$version &&
docker exec -it aapanel docker tag platform:latest ossrs/oryx:$major &&
docker exec -it aapanel docker tag platform:latest registry.cn-hangzhou.aliyuncs.com/ossrs/oryx:$version &&
docker exec -it aapanel docker tag platform:latest registry.cn-hangzhou.aliyuncs.com/ossrs/oryx:$major &&
docker exec -it aapanel docker images

Next, build the aaPanel plugin and install it:

docker exec -it aapanel rm -f /data/config/.env &&
docker exec -it aapanel bash /www/server/panel/plugin/oryx/install.sh uninstall 2>/dev/null || echo OK &&
bash scripts/setup-aapanel/auto/zip.sh --output $(pwd)/build --extract &&
docker exec -it aapanel bash /www/server/panel/plugin/oryx/install.sh install

You can use aaPanel panel to install the plugin, or by command:

docker exec -it aapanel python3 /www/server/panel/plugin/oryx/bt_api_remove_site.py &&
docker exec -it aapanel python3 /www/server/panel/plugin/oryx/bt_api_create_site.py &&
docker exec -it aapanel python3 /www/server/panel/plugin/oryx/bt_api_setup_site.py &&
docker exec -it aapanel bash /www/server/panel/plugin/oryx/setup.sh \
    --r0 /tmp/oryx_install.r0 --nginx /www/server/nginx/logs/nginx.pid \
    --www /www/wwwroot --site srs.stack.local

Setup the dns lookup for domain srs.stack.local:

PIP=$(docker exec -it aapanel ifconfig eth0 |grep 'inet ' |awk '{print $2}') &&
docker exec -it aapanel bash -c "echo '$PIP srs.stack.local' >> /etc/hosts" &&
docker exec -it aapanel cat /etc/hosts && echo OK &&
docker exec -it aapanel docker exec -it oryx bash -c "echo '$PIP srs.stack.local' >> /etc/hosts" &&
docker exec -it aapanel docker exec -it oryx cat /etc/hosts

Note: We add host srs.stack.local to the ip of eth0, because we need to access it in the oryx docker in docker.

Run test for aaPanel:

rm -f test/oryx.test &&
docker exec -it aapanel make -j -C test &&
bash scripts/tools/secret.sh --output test/.env && sleep 5 &&
docker exec -it aapanel ./test/oryx.test -test.timeout=1h -test.failfast -test.v -endpoint http://srs.stack.local:80 \
    -srs-log=true -wait-ready=true -init-password=true -check-api-secret=true -init-self-signed-cert=true \
    -test.run TestSystem_Empty &&
bash scripts/tools/secret.sh --output test/.env && sleep 5 &&
docker exec -it aapanel ./test/oryx.test -test.timeout=1h -test.failfast -test.v -wait-ready -endpoint http://srs.stack.local:80 \
    -srs-log=true -wait-ready=true -init-password=false -check-api-secret=true \
    -test.parallel 3 &&
docker exec -it aapanel ./test/oryx.test -test.timeout=1h -test.failfast -test.v -wait-ready -endpoint https://srs.stack.local:443 \
    -srs-log=true -wait-ready=true -init-password=false -check-api-secret=true \
    -test.parallel 3

Open http://localhost:7800/srsstack to install plugin.

Note: Or you can use docker exec -it aapanel bt default to show the login info.

In the application store, there is a oryx plugin. After test, you can install the plugin build/aapanel-oryx.zip to production aaPanel panel.

Develop the BT Plugin

Note: Please note that BT plugin will use the current branch version, including develop version.

Start a container and mount as plugin:

docker rm -f bt aapanel 2>/dev/null &&
BT_KEY=$(cat $HOME/.bt/api.json |awk -F token_crypt '{print $2}' |cut -d'"' -f3) &&
docker run -p 80:80 -p 443:443 -p 7800:7800 -p 1935:1935 -p 8000:8000/udp -p 10080:10080/udp \
    --env CANDIDATE=$(ifconfig en0 |grep 'inet ' |awk '{print $2}') \
    -v $(pwd)/build/oryx:/www/server/panel/plugin/oryx \
    -v $HOME/.bt/userInfo.json:/www/server/panel/data/userInfo.json \
    -v $HOME/.bt/api.json:/www/server/panel/config/api.json -e BT_KEY=$BT_KEY \
    --privileged -v /sys/fs/cgroup:/sys/fs/cgroup:rw --cgroupns=host \
    -d --rm -it -v $(pwd):/g -w /g --name=bt ossrs/bt-plugin-dev:1

Note: For Linux server, please use --privileged -v /sys/fs/cgroup:/sys/fs/cgroup:ro to start docker.

Note: Should bind the docker to your BT account, then you will get the userInfo.json, and save it to $HOME/.bt/userInfo.json.

Note: Enable the HTTP API and get the api.json, and save it to $HOME/.bt/api.json.

Build and save the platform image to file:

docker rmi platform:latest 2>/dev/null || echo OK &&
docker build -t platform:latest -f Dockerfile . &&
docker save -o platform.tar platform:latest

Enter the docker container:

version=$(bash scripts/version.sh) &&
major=$(echo $version |awk -F '.' '{print $1}' |sed 's/v//g') &&
docker exec -it bt docker load -i platform.tar && 
docker exec -it bt docker tag platform:latest ossrs/oryx:$version &&
docker exec -it bt docker tag platform:latest ossrs/oryx:$major &&
docker exec -it bt docker tag platform:latest registry.cn-hangzhou.aliyuncs.com/ossrs/oryx:$version &&
docker exec -it bt docker tag platform:latest registry.cn-hangzhou.aliyuncs.com/ossrs/oryx:$major &&
docker exec -it bt docker images

Next, build the BT plugin and install it:

docker exec -it bt bash /www/server/panel/plugin/oryx/install.sh uninstall 2>/dev/null || echo OK &&
docker exec -it bt rm -f /data/config/.env &&
bash scripts/setup-bt/auto/zip.sh --output $(pwd)/build --extract &&
docker exec -it bt bash /www/server/panel/plugin/oryx/install.sh install

You can use BT panel to install the plugin, or by command:

docker exec -it bt python3 /www/server/panel/plugin/oryx/bt_api_remove_site.py &&
docker exec -it bt python3 /www/server/panel/plugin/oryx/bt_api_create_site.py &&
docker exec -it bt python3 /www/server/panel/plugin/oryx/bt_api_setup_site.py &&
docker exec -it bt bash /www/server/panel/plugin/oryx/setup.sh \
    --r0 /tmp/oryx_install.r0 --nginx /www/server/nginx/logs/nginx.pid \
    --www /www/wwwroot --site srs.stack.local

Setup the dns lookup for domain srs.stack.local:

PIP=$(docker exec -it bt ifconfig eth0 |grep 'inet ' |awk '{print $2}') &&
docker exec -it bt bash -c "echo '$PIP srs.stack.local' >> /etc/hosts" &&
docker exec -it bt cat /etc/hosts && echo OK &&
docker exec -it bt docker exec -it oryx bash -c "echo '$PIP srs.stack.local' >> /etc/hosts" &&
docker exec -it bt docker exec -it oryx cat /etc/hosts

Note: We add host srs.stack.local to the ip of eth0, because we need to access it in the oryx docker in docker.

Run test for BT:

rm -f test/oryx.test &&
docker exec -it bt make -j -C test &&
bash scripts/tools/secret.sh --output test/.env && sleep 5 &&
docker exec -it bt ./test/oryx.test -test.timeout=1h -test.failfast -test.v -endpoint http://srs.stack.local:80 \
    -srs-log=true -wait-ready=true -init-password=true -check-api-secret=true -init-self-signed-cert=true \
    -test.run TestSystem_Empty &&
bash scripts/tools/secret.sh --output test/.env && sleep 5 &&
docker exec -it bt ./test/oryx.test -test.timeout=1h -test.failfast -test.v -wait-ready -endpoint http://srs.stack.local:80 \
    -srs-log=true -wait-ready=true -init-password=false -check-api-secret=true \
    -test.parallel 3 &&
docker exec -it bt ./test/oryx.test -test.timeout=1h -test.failfast -test.v -wait-ready -endpoint https://srs.stack.local:443 \
    -srs-log=true -wait-ready=true -init-password=false -check-api-secret=true \
    -test.parallel 3

Open http://localhost:7800/srsstack to install plugin.

Note: Or you can use docker exec -it bt bt default to show the login info.

In the application store, there is a oryx plugin. After test, you can install the plugin build/bt-oryx.zip to production BT panel.

Develop the Droplet Image

Note: Please note that BT plugin will use the current branch version, including develop version.

To build SRS droplet image for DigitalOcean Marketplace.

For the first run, please install Packer and plugin:

brew tap hashicorp/tap &&
brew install hashicorp/tap/packer &&
PACKER_LOG=1 packer plugins install github.com/digitalocean/digitalocean

Start to build SRS image by:

(export DIGITALOCEAN_TOKEN=$(grep market "${HOME}/Library/Application Support/doctl/config.yaml" |grep -v context |awk '{print $2}') &&
cd scripts/setup-droplet && packer build srs.json)

Note: You can also create a token and setup the env DIGITALOCEAN_TOKEN.

Please check the snapshot, and create a test droplet.

IMAGE=$(doctl compute snapshot list --context market --format ID --no-header) &&
sshkey=$(doctl compute ssh-key list --context market --no-header |grep srs |awk '{print $1}') &&
doctl compute droplet create oryx-test --context market --image $IMAGE \
    --region sgp1 --size s-2vcpu-2gb --ssh-keys $sshkey --wait &&
SRS_DROPLET_EIP=$(doctl compute droplet get oryx-test --context market --format PublicIPv4 --no-header)

Prepare test environment:

ssh root@$SRS_DROPLET_EIP sudo mkdir -p /data/upload test scripts/tools &&
ssh root@$SRS_DROPLET_EIP sudo chmod 777 /data/upload &&
cp ~/git/srs/trunk/doc/source.200kbps.768x320.flv test/ &&
scp ./test/source.200kbps.768x320.flv root@$SRS_DROPLET_EIP:/data/upload/ &&
docker run --rm -it -v $(pwd):/g -w /g -e CGO_ENABLED=0 -e GOOS=linux -e GOARCH=amd64 \
    ossrs/srs:ubuntu20 make -C test clean default &&
scp ./test/oryx.test ./test/source.200kbps.768x320.flv root@$SRS_DROPLET_EIP:~/test/ &&
scp ./scripts/tools/secret.sh root@$SRS_DROPLET_EIP:~/scripts/tools &&
ssh root@$SRS_DROPLET_EIP docker run --rm -v /usr/bin:/g ossrs/srs:tools \
    cp /usr/local/bin/ffmpeg /usr/local/bin/ffprobe /g/

Note: By setting CGO_ENABLED=0 GOOS=linux GOARCH=amd64, we always build for x86_64 linux platform, because we only use the DigitalOcean VPS with x86_64.

Test the droplet instance:

ssh root@$SRS_DROPLET_EIP bash scripts/tools/secret.sh --output test/.env && sleep 5 &&
ssh root@$SRS_DROPLET_EIP ./test/oryx.test -test.timeout=1h -test.failfast -test.v -endpoint http://$SRS_DROPLET_EIP:2022 \
    -srs-log=true -wait-ready=true -init-password=true -check-api-secret=true -init-self-signed-cert=true \
    -test.run TestSystem_Empty &&
ssh root@$SRS_DROPLET_EIP bash scripts/tools/secret.sh --output test/.env && sleep 5 &&
ssh root@$SRS_DROPLET_EIP ./test/oryx.test -test.timeout=1h -test.failfast -test.v -wait-ready -endpoint http://$SRS_DROPLET_EIP:2022 \
    -endpoint-rtmp rtmp://$SRS_DROPLET_EIP -endpoint-http http://$SRS_DROPLET_EIP -endpoint-srt srt://$SRS_DROPLET_EIP:10080 \
    -srs-log=true -wait-ready=true -init-password=false -check-api-secret=true \
    -test.parallel 1

Remove the droplet instance:

doctl compute droplet delete oryx-test --context market --force

After submit to marketplace, cleanup the snapshot:

IMAGE=$(doctl compute snapshot list --context market --format ID --no-header) &&
doctl compute snapshot delete $IMAGE --context market --force

Note: The snapshot should be removed if submit to marketplace, so you don't need to delete it.

Develop the Lighthouse Image

Note: Please note that BT plugin will use the current branch version, including develop version.

To build SRS image for TencentCloud Lighthouse.

For the first run, please create a TencentCloud Secret and save to ~/.lighthouse/.env file:

LH_ACCOUNT=xxxxxx
LH_PROD=xxxxxx
SECRET_ID=xxxxxx
SECRET_KEY=xxxxxx

Note: Share the image to LH_ACCOUNT to publish it.

Create a CVM instance:

rm -f .tmp/lh-*.txt &&
echo "$(openssl rand -base64 32 | tr -dc 'a-zA-Z0-9' | head -c 16)A0" >.tmp/lh-token.txt &&
VM_TOKEN=$(cat .tmp/lh-token.txt) bash scripts/tools/tencent-cloud/helper.sh create-cvm.py --id $(pwd)/.tmp/lh-instance.txt &&
bash scripts/tools/tencent-cloud/helper.sh query-cvm-ip.py --instance $(cat .tmp/lh-instance.txt) --id $(pwd)/.tmp/lh-ip.txt &&
echo "Instance: $(cat .tmp/lh-instance.txt), IP: ubuntu@$(cat .tmp/lh-ip.txt), Password: $(cat .tmp/lh-token.txt)" && sleep 5 &&
bash scripts/setup-lighthouse/build.sh --ip $(cat .tmp/lh-ip.txt) --os ubuntu --user ubuntu --password $(cat .tmp/lh-token.txt) &&
bash scripts/tools/tencent-cloud/helper.sh create-image.py --instance $(cat .tmp/lh-instance.txt) --id $(pwd)/.tmp/lh-image.txt &&
bash scripts/tools/tencent-cloud/helper.sh share-image.py --image $(cat .tmp/lh-image.txt) &&
echo "Image: $(cat .tmp/lh-image.txt) created and shared." &&
bash scripts/tools/tencent-cloud/helper.sh remove-cvm.py --instance $(cat .tmp/lh-instance.txt)

Next, create a test CVM instance with the image:

echo "$(openssl rand -base64 32 | tr -dc 'a-zA-Z0-9' | head -c 16)A0" >.tmp/lh-token2.txt &&
VM_TOKEN=$(cat .tmp/lh-token2.txt) bash scripts/tools/tencent-cloud/helper.sh create-verify.py --image $(cat .tmp/lh-image.txt) --id $(pwd)/.tmp/lh-test.txt &&
bash scripts/tools/tencent-cloud/helper.sh query-cvm-ip.py --instance $(cat .tmp/lh-test.txt) --id $(pwd)/.tmp/lh-ip2.txt && 
echo "IP: ubuntu@$(cat .tmp/lh-ip2.txt), Password: $(cat .tmp/lh-token2.txt)" &&
echo "http://$(cat .tmp/lh-ip2.txt)"

Prepare test environment:

sshCmd="sshpass -p $(cat .tmp/lh-token2.txt) ssh -o StrictHostKeyChecking=no -t" &&
scpCmd="sshpass -p $(cat .tmp/lh-token2.txt) scp -o StrictHostKeyChecking=no" &&
$sshCmd ubuntu@$(cat .tmp/lh-ip2.txt) sudo mkdir -p /data/upload &&
$sshCmd ubuntu@$(cat .tmp/lh-ip2.txt) mkdir -p test scripts/tools &&
$sshCmd ubuntu@$(cat .tmp/lh-ip2.txt) sudo chmod 777 /data/upload &&
cp ~/git/srs/trunk/doc/source.200kbps.768x320.flv test/ &&
$scpCmd test/source.200kbps.768x320.flv ubuntu@$(cat .tmp/lh-ip2.txt):/data/upload/ &&
docker run --rm -it -v $(pwd):/g -w /g ossrs/srs:ubuntu20 make -C test clean default &&
$scpCmd ./test/oryx.test ./test/source.200kbps.768x320.flv ubuntu@$(cat .tmp/lh-ip2.txt):~/test/ &&
$scpCmd ./scripts/tools/secret.sh ubuntu@$(cat .tmp/lh-ip2.txt):~/scripts/tools &&
$sshCmd ubuntu@$(cat .tmp/lh-ip2.txt) sudo docker run --rm -v /usr/bin:/g \
    registry.cn-hangzhou.aliyuncs.com/ossrs/srs:tools \
    cp /usr/local/bin/ffmpeg /usr/local/bin/ffprobe /g/

Test the CVM instance:

$sshCmd ubuntu@$(cat .tmp/lh-ip2.txt) sudo bash scripts/tools/secret.sh --output test/.env && sleep 5 &&
$sshCmd ubuntu@$(cat .tmp/lh-ip2.txt) ./test/oryx.test -test.timeout=1h -test.failfast -test.v -endpoint http://$(cat .tmp/lh-ip2.txt):2022 \
    -srs-log=true -wait-ready=true -init-password=true -check-api-secret=true -init-self-signed-cert=true \
    -test.run TestSystem_Empty &&
$sshCmd ubuntu@$(cat .tmp/lh-ip2.txt) sudo bash scripts/tools/secret.sh --output test/.env && sleep 5 &&
$sshCmd ubuntu@$(cat .tmp/lh-ip2.txt) ./test/oryx.test -test.timeout=1h -test.failfast -test.v -wait-ready -endpoint http://$(cat .tmp/lh-ip2.txt):2022 \
    -endpoint-rtmp rtmp://$(cat .tmp/lh-ip2.txt) -endpoint-http http://$(cat .tmp/lh-ip2.txt) -endpoint-srt srt://$(cat .tmp/lh-ip2.txt):10080 \
    -srs-log=true -wait-ready=true -init-password=false -check-api-secret=true \
    -test.parallel 3 &&
ssh ubuntu@$(cat .tmp/lh-ip2.txt) ./test/oryx.test -test.timeout=1h -test.failfast -test.v -wait-ready -endpoint https://$(cat .tmp/lh-ip2.txt):2443 \
    -endpoint-rtmp rtmp://$(cat .tmp/lh-ip2.txt) -endpoint-http https://$(cat .tmp/lh-ip2.txt) -endpoint-srt srt://$(cat .tmp/lh-ip2.txt):10080 \
    -srs-log=true -wait-ready=true -init-password=false -check-api-secret=true \
    -test.parallel 3

Verify then cleanup the test CVM instance:

bash scripts/tools/tencent-cloud/helper.sh remove-cvm.py --instance $(cat .tmp/lh-test.txt)

After publish to lighthouse, cleanup the CVM, disk images, and snapshots:

bash scripts/tools/tencent-cloud/helper.sh remove-image.py --image $(cat .tmp/lh-image.txt)

If need to test the domain of lighthouse, create a domain lighthouse.ossrs.net:

# Create the test domain for lighthouse
doctl compute domain records create ossrs.net \
    --record-type A --record-name lighthouse --record-data $(cat .tmp/lh-ip2.txt) \
    --record-ttl 300 &&
echo "https://lighthouse.ossrs.net"

# Remove the test domain for lighthouse
doctl compute domain records delete ossrs.net -f \
    $(doctl compute domain records list ossrs.net --no-header |grep lighthouse |awk '{print $1}') &&
echo "Record lighthouse.ossrs.net removed"

Develop the SSL Cert for HTTPS

Create a domain for HTTPS:

LNAME=lego && LDOMAIN=ossrs.net &&
doctl compute domain records create $LDOMAIN \
    --record-type A --record-name $LNAME --record-data $(dig +short $LDOMAIN) \
    --record-ttl 3600

Build and save the script image to file:

docker rmi platform:latest 2>/dev/null || echo OK &&
docker build -t platform:latest -f Dockerfile . &&
docker save -o platform.tar platform:latest

Copy and load the image to server:

ssh root@$LNAME.$LDOMAIN rm -f platform.tar* 2>/dev/null &&
rm -f platform.tar.gz && tar zcf platform.tar.gz platform.tar &&
scp platform.tar.gz root@$LNAME.$LDOMAIN:~ &&
ssh root@$LNAME.$LDOMAIN tar xf platform.tar.gz &&
version=$(bash scripts/version.sh) &&
ssh root@$LNAME.$LDOMAIN docker load -i platform.tar &&
ssh root@$LNAME.$LDOMAIN docker tag platform:latest ossrs/oryx:$version &&
ssh root@$LNAME.$LDOMAIN docker tag platform:latest registry.cn-hangzhou.aliyuncs.com/ossrs/oryx:$version &&
ssh root@$LNAME.$LDOMAIN docker image prune -f &&
ssh root@$LNAME.$LDOMAIN docker images

Next, build the BT plugin and install it:

ssh root@$LNAME.$LDOMAIN bash /www/server/panel/plugin/oryx/install.sh uninstall 2>/dev/null || echo OK &&
bash scripts/setup-bt/auto/zip.sh --output $(pwd)/build --extract &&
scp build/bt-oryx.zip root@$LNAME.$LDOMAIN:~ &&
ssh root@$LNAME.$LDOMAIN unzip -q bt-oryx.zip -d /www/server/panel/plugin &&
ssh root@$LNAME.$LDOMAIN bash /www/server/panel/plugin/oryx/install.sh install

On the server, setup the .bashrc:

export BT_KEY=xxxxxx
export PYTHONIOENCODING=UTF-8

You can use BT panel to install the plugin, or by command:

ssh root@$LNAME.$LDOMAIN python3 /www/server/panel/plugin/oryx/bt_api_remove_site.py &&
ssh root@$LNAME.$LDOMAIN DOMAIN=$LNAME.$LDOMAIN python3 /www/server/panel/plugin/oryx/bt_api_create_site.py &&
ssh root@$LNAME.$LDOMAIN python3 /www/server/panel/plugin/oryx/bt_api_setup_site.py &&
ssh root@$LNAME.$LDOMAIN bash /www/server/panel/plugin/oryx/setup.sh \
    --r0 /tmp/oryx_install.r0 --nginx /www/server/nginx/logs/nginx.pid \
    --www /www/wwwroot --site srs.stack.local

Cleanup, remove the files and domain:

ssh root@$LNAME.$LDOMAIN rm -f platform.tar* bt-oryx.zip 2>/dev/null &&
ssh root@$LNAME.$LDOMAIN python3 /www/server/panel/plugin/oryx/bt_api_remove_site.py &&
ssh root@$LNAME.$LDOMAIN bash /www/server/panel/plugin/oryx/install.sh uninstall 2>/dev/null || echo OK &&
domains=$(doctl compute domain records ls $LDOMAIN --no-header |grep $LNAME) && echo "Cleanup domains: $domains" &&
doctl compute domain records delete $LDOMAIN $(echo $domains |awk '{print $1}') -f

Query domain and droplet:

doctl compute domain records ls ossrs.io |grep lego &&
doctl compute droplet ls |grep lego

Develop the NGINX HLS CDN

Run Oryx by previous steps, such as Develop All in macOS, publish stream and there should be a HLS stream:

• http://localhost:2022/live/livestream.m3u8

Build the image of nginx:

docker rm -f nginx 2>/dev/null &&
docker rmi scripts/nginx-hls-cdn 2>/dev/null || echo OK &&
docker build -t ossrs/oryx:nginx-hls-cdn scripts/nginx-hls-cdn

Note: The official image is build by workflow which is triggered manually.

If you want to use NGINX as proxy, run by docker:

ORYX_SERVER=$(ifconfig en0 |grep 'inet ' |awk '{print $2}') &&
docker run --rm -it -p 80:80 --name nginx -e ORYX_SERVER=${ORYX_SERVER}:2022 \
    ossrs/oryx:nginx-hls-cdn

There should be a new HLS stream, cached by NGINX:

• http://localhost/live/livestream.m3u8

To test the CROS with OPTIONS, use HTTP-REST tool, or by curl:

curl 'http://localhost/live/livestream.m3u8' -X 'OPTIONS' -H 'Origin: http://ossrs.net' -v
curl 'http://localhost/live/livestream.m3u8' -X 'GET' -H 'Origin: http://ossrs.net' -v

To start a srs-bench to test the performance:

docker run --rm -d ossrs/srs:sb ./objs/sb_hls_load \
    -c 100 -r http://host.docker.internal/live/livestream.m3u8

The load should be taken by NGINX, not the Oryx.

Product the NGINX HLS CDN

Install Oryx by BT or aaPanel or docker, assume the domain is bt.ossrs.net, publish a RTMP stream to Oryx:

ffmpeg -re -i ~/git/srs/trunk/doc/source.flv -c copy \
    -f flv rtmp://bt.ossrs.net/live/livestream?secret=xxx

Open the http://bt.ossrs.net/live/livestream.m3u8 to Check it.

Create a new domain bt2.ossrs.net for the same server:

doctl compute domain records create ossrs.net \
    --record-type A --record-name bt2 --record-data 39.100.79.15 \
    --record-ttl 3600

Create a new WebSite bt2.ossrs.net by BT or aaPanel, proxy to NGINX HLS Edge server:

location /tools/ {
  proxy_pass http://localhost:2022;
}
location / {
  proxy_no_cache 1;
  proxy_cache_bypass 1;
  add_header X-Cache-Status-Proxy $upstream_cache_status;
  proxy_pass http://localhost:23080;
}

Start a NGINX HLS Edge server:

docker rm -f oryx-nginx01 || echo OK &&
PIP=$(ifconfig eth0 |grep 'inet ' |awk '{print $2}') &&
docker run --rm -it -e ORYX_SERVER=$PIP:2022 \
    -p 23080:80 --name oryx-nginx01 -d \
    ossrs/oryx:nginx-hls-cdn

Open the http://bt2.ossrs.net/live/livestream.m3u8 to Check it.

Use curl to test the HLS cache:

curl -v http://bt.ossrs.net/live/livestream.m3u8
curl -v http://bt.ossrs.net/live/livestream.m3u8 -H 'Origin: http://test.com'
curl -v http://bt2.ossrs.net/live/livestream.m3u8
curl -v http://bt2.ossrs.net/live/livestream.m3u8 -H 'Origin: http://test.com'

Be aware that the cache will store the CORS headers as well. This means that if you query and obtain HLS without CORS, it will remain without CORS even when a request includes an Origin header that necessitates CORS.

Product the Lightsail Installer

Build the image with docker:

docker rm -f script 2>/dev/null &&
docker rmi srs-script-dev 2>/dev/null || echo OK &&
docker build -t srs-script-dev -f scripts/setup-ubuntu/Dockerfile.script .

Create a docker container in daemon:

docker rm -f script 2>/dev/null &&
docker run -p 2022:2022 -p 2443:2443 -p 1935:1935 -p 8000:8000/udp -p 10080:10080/udp \
    --env CANDIDATE=$(ifconfig en0 |grep 'inet ' |awk '{print $2}') \
    --privileged -v /sys/fs/cgroup:/sys/fs/cgroup:rw --cgroupns=host \
    -d --rm -it -v $(pwd):/g -w /g --name=script srs-script-dev

Note: For Linux server, please use --privileged -v /sys/fs/cgroup:/sys/fs/cgroup:ro to start docker.

Install Oryx with script:

docker exec -it -w /tmp script bash /g/scripts/lightsail.sh 

Use HELM to Install Oryx

Install HELM and kubectl, then add repo of Oryx:

helm repo add srs http://helm.ossrs.io/stable

Install the latest Oryx:

helm install srs srs/oryx

Or, install from file:

helm install srs ~/git/srs-helm/stable/oryx-1.0.6.tgz

Or, setup the persistence directory:

helm install srs ~/git/srs-helm/stable/oryx-1.0.6.tgz \
  --set persistence.path=$HOME/data

Finally, open http://localhost to check it.

Setup for OpenAI Feature Test Cases

Please setup the environment variable OPENAI_API_KEY and OPENAI_PROXY, if need to test the OpenAI feature like transcript.

Note: Already setup in the secret.sh script, no extra steps needed.

Run test in Goland

Prepare the .env:

bash scripts/tools/secret.sh --output test/.env &&
cp ~/git/srs/trunk/doc/source.200kbps.768x320.flv test/

Run testcase in Goland.

Update SRS Demo Environment

To update the demo for Oryx, for bt.ossrs.net:

IMAGE=$(ssh [email protected] docker images |grep oryx |grep v5 |awk '{print $1":"$2}' |head -n 1) &&
docker build -t $IMAGE -f Dockerfile . &&
docker save $IMAGE |gzip > t.tar.gz &&
scp t.tar.gz [email protected]:~/ &&
ssh [email protected] docker load -i t.tar.gz && 
ssh [email protected] docker stop oryx && 
sleep 3 && ssh [email protected] docker rm -f oryx && 
ssh [email protected] docker image prune -f

For bt.ossrs.io:

IMAGE=$(ssh [email protected] docker images |grep oryx |grep v5 |awk '{print $1":"$2}' |head -n 1) &&
docker build -t $IMAGE -f Dockerfile . &&
docker save $IMAGE |gzip > t.tar.gz &&
scp t.tar.gz [email protected]:~/ &&
ssh [email protected] docker load -i t.tar.gz && 
ssh [email protected] docker stop oryx && 
sleep 3 && ssh [email protected] docker rm -f oryx && 
ssh [email protected] docker image prune -f

Config SRS Container

The SRS container is configured by environment variables, which loads the /data/config/.srs.env file. To build a test image:

docker rmi oryx-env 2>/dev/null || echo OK &&
docker build -t oryx-env -f Dockerfile .

Setup the logging to file:

echo 'SRS_LOG_TANK=file' > $HOME/data/config/.srs.env

Run Oryx by docker:

docker run --rm -it -p 2022:2022 -p 2443:2443 -p 1935:1935 \
  -p 8000:8000/udp -p 10080:10080/udp --name oryx \
  --env CANDIDATE=$(ifconfig en0 |grep 'inet ' |awk '{print $2}') \
  -v $HOME/data:/data oryx-env

Note that the logs should be written to file, there is no log write log to console, instead there should be a log like you can check log by.

Go PPROF

To analyze the performance of Oryx, you can enable the Go pprof tool:

GO_PPROF=localhost:6060 go run .

Run CPU profile:

go tool pprof http://localhost:6060/debug/pprof/profile?seconds=30

Then use top to show the hot functions.

Setup for youtube-dl

Install pyinstaller:

brew install pyinstaller

Clone and build the youtube-dl:

cd ~/git && git clone https://github.com/ytdl-org/youtube-dl.git &&
cd ~/git/youtube-dl && pyinstaller --onefile --clean --noconfirm --name youtube-dl youtube_dl/__main__.py &&
ln -sf ~/git/youtube-dl/dist/youtube-dl /opt/homebrew/bin/

For linux server, to download the latest youtube-dl:

curl -L -o /usr/local/bin/youtube-dl 'https://github.com/ytdl-org/ytdl-nightly/releases/latest/download/youtube-dl' &&
rm -f /usr/bin/python && ln -sf /usr/bin/python3 /usr/bin/python &&
chmod +x /usr/local/bin/youtube-dl

An alternative project is yt-dlp which is a fork of youtube-dl:

cd ~/git && git clone https://github.com/yt-dlp/yt-dlp.git &&
cd ~/git/yt-dlp && python3 -m venv venv && source venv/bin/activate &&
python3 devscripts/install_deps.py --include pyinstaller &&
python3 devscripts/make_lazy_extractors.py
python3 -m bundle.pyinstaller --onefile --clean --noconfirm --name youtube-dl yt_dlp/__main__.py &&
ln -sf ~/git/yt-dlp/dist/youtube-dl /opt/homebrew/bin/

Use socks5 proxy for macOS to download:

youtube-dl --proxy socks5://127.0.0.1:10000 --output srs 'https://youtu.be/SqrazCPWcV0?si=axNvjynVb7Tf4Bfe'

Note: Setup the --proxy socks5://127.0.0.1:10000 or YTDL_PROXY=socks5://127.0.0.1:10000 if wants to use proxy, use ssh -D 127.0.0.1:10000 [email protected] dstat 30 to start the proxy server.

Note: Setup the --output TEMPLATE when wants to define the filename.

Regenrate ASR for Dubbing

Create a regenerate.txt under the project file, then restart Oryx and refresh the page:

touch ./platform/containers/data/dubbing/4830675a-7945-48fe-bed9-72e6fa904a19/regenerate.txt

Oryx will regenerate the ASR and translation, then delete the regenerate.txt to make sure it executes one time.

WebRTC Candidate

Oryx follows the rules for WebRTC candidate, see CANDIDATE, but also has extra improvements for we can do more after proxy the API.

1. Disable use_auto_detect_network_ip and api_as_candidates in SRS config.
2. Always use ?eip=xxx and ignore any other config, if user force to use the specified IP.
3. If NAME_LOOKUP (default is on) isn't off, try to resolve the candidate from Host of HTTP API by Oryx.
4. If access Oryx by localhost for debugging or run in localhost. 1. If PLATFORM_DOCKER is off, such as directly run in host, not in docker, use the private ip of Oryx. 1. If not set CANDIDATE, use 127.0.0.1 for OBS WHIP or native client to access Oryx by localhost.
5. Use Host if it's a valid IP address, for example, to access Oryx by public ip address.
6. Use DNS lookup if Host is a domain, for example, to access Oryx by domain name.
7. If no candidate, use docker IP address discovered by SRS.

Note: Client can also set the header X-Real-Host to set the candidate.

Note: Never use host.docker.internal because it's only available in docker, not in host server.

Docker Allocated Ports

The ports allocated:

Module	TCP Ports	UDP Ports	Notes
SRS	1935, 1985, 8080, 8088, 1990, 554, 8936	8000, 8935, 10080, 1989	See SRS ports
platform	2022	-	Mount at /mgmt/, /terraform/v1/mgmt/, /terraform/v1/hooks/, /terraform/v1/ffmpeg/ and /terraform/v1/tencent/
debugging	22022	-	Mount at /terraform/v1/debug/goroutines

Note: FFmpeg(2019), TencentCloud(2020), Hooks(2021), Mgmt(2022), Platform(2024) has been migrated to platform(2024).

HTTP OpenAPI

API without any authentication:

• /terraform/v1/mgmt/versions Public version api.
• /terraform/v1/mgmt/check Check whether system is ok.
• /terraform/v1/mgmt/envs Query the envs of mgmt.
• /terraform/v1/releases Version management for all components.
• /terraform/v1/host/versions Public version api.
• /terraform/v1/hooks/record/hls/:uuid.m3u8 Hooks: Generate HLS/m3u8 url to preview or download.
• /terraform/v1/hooks/record/hls/:uuid/index.m3u8 Hooks: Serve HLS m3u8 files.
• /terraform/v1/hooks/record/hls/:dir/:m3u8/:uuid.ts Hooks: Serve HLS ts files.
• /terraform/v1/ai/transcript/hls/overlay/:uuid.m3u8 Generate the preview HLS for transcript stream with overlay text.
• /terraform/v1/ai/transcript/hls/webvtt/:uuid/index.m3u8 Generate the preview HLS for transcript stream with WebVTT text.
  • /terraform/v1/ai/transcript/hls/webvtt/:uuid/subtitles.m3u8 The HLS subtitles for the HLS.
  • /terraform/v1/ai/transcript/hls/webvtt/:uuid.m3u8 The HLS stream for the WebVTT.
• /terraform/v1/ai/transcript/hls/original/:uuid.m3u8 Generate the preview HLS for original stream without overlay text.
• /terraform/v1/ai/ocr/image/:uuid.jpg Get the image for OCR task.
• /terraform/v1/mgmt/beian/query Query the beian information.
• /terraform/v1/ai-talk/stage/hello-voices/:file.aac AI-Talk: Play the example audios.
• /.well-known/acme-challenge/ HTTPS verify mount for letsencrypt.
• For SRS proxy:
  • /rtc/ Proxy for SRS: HTTP API for WebRTC of SRS media server.
  • /*/*.(flv|m3u8|ts|aac|mp3) Proxy for SRS: Media stream for HTTP-FLV, HLS, HTTP-TS, HTTP-AAC, HTTP-MP3.
• For static files:
  • /tools/ A set of H5 tools, like simple player, xgplayer, etc, serve by mgmt.
  • /console/ The SRS console, serve by mgmt.
  • /players/ The SRS player, serve by mgmt.
  • /mgmt/ The ui for mgmt, serve by mgmt.

API without token authentication, but with password authentication:

• /terraform/v1/mgmt/init Whether mgmt initialized. Login by password.
• /terraform/v1/mgmt/login System auth with password.

Platform, with token authentication:

• /terraform/v1/mgmt/token System auth with token.
• /terraform/v1/mgmt/status Query the version of mgmt.
• /terraform/v1/mgmt/bilibili Query the video information.
• /terraform/v1/mgmt/beian/update Update the beian information.
• /terraform/v1/mgmt/limits/query Query the limits information.
• /terraform/v1/mgmt/limits/update Update the limits information.
• /terraform/v1/mgmt/openai/query Query the OpenAI settings.
• /terraform/v1/mgmt/openai/update Update the OpenAI settings.
• /terraform/v1/mgmt/secret/query Query the api secret for OpenAPI.
• /terraform/v1/mgmt/hphls/update HLS delivery in high performance mode.
• /terraform/v1/mgmt/hphls/query Query HLS delivery in high performance mode.
• /terraform/v1/mgmt/hlsll/update Setup HLS low latency mode.
• /terraform/v1/mgmt/hlsll/query Query state of HLS low latency mode.
• /terraform/v1/mgmt/ssl Config the system SSL config.
• /terraform/v1/mgmt/auto-self-signed-certificate Create the self-signed certificate if no cert.
• /terraform/v1/mgmt/letsencrypt Config the let's encrypt SSL.
• /terraform/v1/mgmt/cert/query Query the key and cert for HTTPS.
• /terraform/v1/mgmt/hooks/apply Update the HTTP callback.
• /terraform/v1/mgmt/hooks/query Query the HTTP callback.
• /terraform/v1/mgmt/hooks/example Example target for HTTP callback.
• /terraform/v1/mgmt/streams/query Query the active streams.
• /terraform/v1/mgmt/streams/kickoff Kickoff the stream by name.
• /terraform/v1/hooks/srs/verify Hooks: Verify the stream request URL of SRS.
• /terraform/v1/hooks/srs/secret/query Hooks: Query the secret to generate stream URL.
• /terraform/v1/hooks/srs/secret/update Hooks: Update the secret to generate stream URL.
• /terraform/v1/hooks/srs/secret/disable Hooks: Disable the secret for authentication.
• /terraform/v1/hooks/srs/hls Hooks: Handle the on_hls event.
• /terraform/v1/hooks/record/query Hooks: Query the Record pattern.
• /terraform/v1/hooks/record/apply Hooks: Apply the Record pattern.
• /terraform/v1/hooks/record/globs Update the glob filters for record.
• /terraform/v1/hooks/record/post-processing Update the post-processing for record.
• /terraform/v1/hooks/record/remove Hooks: Remove the Record files.
• /terraform/v1/hooks/record/end Record: As stream is unpublished, finish the record task quickly.
• /terraform/v1/hooks/record/files Hooks: List the Record files.
• /terraform/v1/live/room/create Live: Create a new live room.
• /terraform/v1/live/room/query Live: Query a new live room.
• /terraform/v1/live/room/update Live: Update a live room.
• /terraform/v1/live/room/remove: Live: Remove a live room.
• /terraform/v1/live/room/list Live: List all available live rooms.
• /terraform/v1/ai-talk/stage/start AI-Talk: Start a new stage.
• /terraform/v1/ai-talk/stage/conversation AI-Talk: Start a new conversation request of stage.
• /terraform/v1/ai-talk/stage/upload AI-Talk: Upload a user input audio file.
• /terraform/v1/ai-talk/stage/query AI-Talk: Query the response of input.
• /terraform/v1/ai-talk/stage/verify AI-Talk: Verify the stage level token for popout.
• /terraform/v1/ai-talk/subscribe/start AI-Talk: Start a popout with stage.
• /terraform/v1/ai-talk/subscribe/query AI-Talk: Query the popout audio responses.
• /terraform/v1/ai-talk/subscribe/tts AI-Talk: Play the TTS audios.
• /terraform/v1/ai-talk/subscribe/remove AI-Talk: Remove the popout audio responses.
• /terraform/v1/ai-talk/user/query AI-Talk: Query the user information.
• /terraform/v1/ai-talk/user/update AI-Talk: Update the user information.
• /terraform/v1/dubbing/create Dubbing: Create a dubbing project.
• /terraform/v1/dubbing/list Dubbing: List all dubbing projects.
• /terraform/v1/dubbing/remove Dubbing: Remove a dubbing project.
• /terraform/v1/dubbing/query Dubbing: Query a dubbing project.
• /terraform/v1/dubbing/update Dubbing: Update a dubbing project.
• /terraform/v1/dubbing/play Dubbing: Play the dubbing audio or video.
• /terraform/v1/dubbing/export Dubbing: Generate and download the dubbing audio artifact.
• /terraform/v1/dubbing/task-start Dubbing: Start the work task for dubbing.
• /terraform/v1/dubbing/task-query Dubbing: Query the work task for dubbing.
• /terraform/v1/dubbing/task-tts Dubbing: Play the TTS audio for dubbing.
• /terraform/v1/dubbing/task-rephrase Dubbing: Rephrase and regenerate TTS of the dubbing group.
• /terraform/v1/dubbing/task-merge: Dubbing: Merge the dubbing group to previous or next group.
• /terraform/v1/ffmpeg/forward/secret FFmpeg: Setup the forward secret to live streaming platforms.
• /terraform/v1/ffmpeg/forward/streams FFmpeg: Query the forwarding streams.
• /terraform/v1/ffmpeg/vlive/secret Setup the Virtual Live streaming secret.
• /terraform/v1/ffmpeg/vlive/streams Query the Virtual Live streaming streams.
• /terraform/v1/ffmpeg/vlive/source Setup Virtual Live source file.
• /terraform/v1/ffmpeg/vlive/upload/ Source: Upload Virtual Live or Dubbing source file.
• /terraform/v1/ffmpeg/vlive/server Source: Use server file as Virtual Live or Dubbing source.
• /terraform/v1/ffmpeg/vlive/ytdl Source: Download URL by youtube-dl as Virtual Live or Dubbing source.
• /terraform/v1/ffmpeg/vlive/stream-url Source: Use stream URL as Virtual Live source.
• /terraform/v1/ffmpeg/camera/secret Setup the IP camera streaming secret.
• /terraform/v1/ffmpeg/camera/streams Query the IP camera streaming streams.
• /terraform/v1/ffmpeg/camera/source Setup IP camera source file.
• /terraform/v1/ffmpeg/camera/stream-url Source: Use stream URL as IP camera source.
• /terraform/v1/ffmpeg/transcode/query Query transcode config.
• /terraform/v1/ffmpeg/transcode/apply Apply transcode config.
• /terraform/v1/ffmpeg/transcode/task Query transcode task.
• /terraform/v1/ai/transcript/apply Update the settings of transcript.
• /terraform/v1/ai/transcript/query Query the settings of transcript.
• /terraform/v1/ai/transcript/check Check the OpenAI service of transcript.
• /terraform/v1/ai/transcript/clear-subtitle: Clear the subtitle of segment in fixing queue.
• /terraform/v1/ai/transcript/live-queue Query the live queue of transcript.
• /terraform/v1/ai/transcript/asr-queue Query the asr queue of transcript.
• /terraform/v1/ai/transcript/fix-queue Query the fix queue of transcript.
• /terraform/v1/ai/transcript/overlay-queue Query the overlay queue of transcript.
• /terraform/v1/ai/ocr/apply Update the settings of OCR.
• /terraform/v1/ai/ocr/query Query the settings of OCR.
• /terraform/v1/ai/ocr/check Check the OpenAI service of OCR.
• /terraform/v1/ai/ocr/live-queue Query the live queue of OCR.
• /terraform/v1/ai/ocr/ocr-queue Query the recognition queue of OCR.
• /terraform/v1/ai/ocr/callback-queue Query the callback queue of OCR.
• /terraform/v1/ai/ocr/cleanup-queue Query the cleanup queue of OCR.

Also provided by platform for SRS proxy:

• /api/ SRS: HTTP API of SRS media server. With token authentication.

Deprecated API:

• /terraform/v1/tencent/cam/secret Tencent: Setup the CAM SecretId and SecretKey.
• /terraform/v1/hooks/dvr/apply Hooks: Apply the DVR pattern.
• /terraform/v1/hooks/dvr/query Hooks: Query the DVR pattern.
• /terraform/v1/hooks/dvr/files Hooks: List the DVR files.
• /terraform/v1/hooks/dvr/hls/:uuid.m3u8 Hooks: Generate HLS/m3u8 url to preview or download.
• /terraform/v1/hooks/vod/query Hooks: Query the VoD pattern.
• /terraform/v1/hooks/vod/apply Hooks: Apply the VoD pattern.
• /terraform/v1/hooks/vod/files Hooks: List the VoD files.
• /terraform/v1/hooks/vod/hls/:uuid.m3u8 Hooks: Generate HLS/m3u8 url to preview or download.

Removed API:

• /terraform/v1/mgmt/strategy Toggle the upgrade strategy.
• /prometheus Prometheus: Time-series database and monitor.
• /terraform/v1/mgmt/nginx/proxy Setup a reverse proxy location.
• /terraform/v1/mgmt/dns/lb HTTP-DNS for hls load balance.
• /terraform/v1/mgmt/dns/backend/update HTTP-DNS: Update the backend servers for hls load balance.
• /terraform/v1/mgmt/nginx/homepage Setup the homepage redirection.
• /terraform/v1/mgmt/window/query Query the upgrade time window.
• /terraform/v1/mgmt/window/update Update the upgrade time window.
• /terraform/v1/mgmt/pubkey Update the access for platform administrator pubkey.
• /terraform/v1/mgmt/upgrade Upgrade the mgmt to latest version.
• /terraform/v1/mgmt/containers Query SRS container.
• /terraform/v1/host/exec Exec command sync, response the stdout and stderr.
• /terraform/v1/mgmt/secret/token Create token for OpenAPI.

Depends Softwares

The software we depend on:

• Docker, apt-get install -y docker.io
• Nginx, apt-get install -y nginx
  • Conf: platform/containers/conf/nginx.conf
  • Include: platform/containers/data/config/nginx.http.conf
  • Include: platform/containers/data/config/nginx.server.conf
  • SSL Key: platform/containers/data/config/nginx.key
  • Certificate: platform/containers/data/config/nginx.crt
• LEGO
  • Verify webroot: platform/containers/data/.well-known/acme-challenge/
  • Cert files: platform/containers/data/lego/.lego/certificates/
• SRS
  • Config: platform/containers/conf/srs.release.conf mount as /usr/local/srs/conf/srs.conf
  • Include: platform/containers/data/config/srs.server.conf
  • Include: platform/containers/data/config/srs.vhost.conf
  • Volume: platform/containers/objs/nginx/ mount as /usr/local/srs/objs/nginx/
• FFmpeg:
  • FFmpeg and ffprobe tools in ossrs/srs:ubuntu20

Environment Variables

The optional environments defined by platform/containers/data/config/.env:

• MGMT_PASSWORD: The mgmt administrator password.
• REACT_APP_LOCALE: The i18n config for ui, en or zh, default to en.

Other environments defined by platform/containers/data/config/.env:

• CLOUD: dev|bt|aapanel|droplet|docker, The cloud platform name, DEV for development.
• REGION: ap-guangzhou|ap-singapore|sgp1, The region for upgrade source.
• REGISTRY: docker.io|registry.cn-hangzhou.aliyuncs.com, The docker registry.
• MGMT_LISTEN: The listen port for mgmt HTTP server. Default: 2022
• PLATFORM_LISTEN: The listen port for platform HTTP server. Default: 2024
• HTTPS_LISTEN: The listen port for HTTPS server. Default: 2443

For multiple ports running in multiple containers in one host server:

• HTTP_PORT: The listen port for HTTP server. Default to port to access dashboard.
• RTMP_PORT: The listen port for RTMP server. Default: 1935
• SRT_PORT: The listen UDP port for SRT server. Default: 10080
• RTC_PORT: The listen UDP port for RTC server. Default: 8000

For limit that you can control:

• SRS_FORWARD_LIMIT: The limit for SRS forward. Default: 10.
• SRS_VLIVE_LIMIT: The limit for SRS virtual live. Default: 10.

For feature control:

• NAME_LOOKUP: on|off, whether enable the host name lookup, on or off. Default: on

For testing the specified service:

• NODE_ENV: development|production, if development, use local redis; otherwise, use mgmt.srs.local in docker. Default: 'development'
• LOCAL_RELEASE: on|off, whether use local release service. Default: off
• PLATFORM_DOCKER: on|off, whether run platform in docker. Default: off

For mgmt and containers to connect to redis:

• REDIS_PASSWORD: The redis password. Default: empty.
• REDIS_PORT: The redis port. Default: 6379.

Environments for react ui:

• PUBLIC_URL: The mount prefix.
• BUILD_PATH: The output build path, default to build.

Note: The env for react must start with REACT_APP_, please read this post.

Removed variables in .env:

• SRS_PLATFORM_SECRET: The mgmt api secret for token generating and verifying.

For HTTPS, automatically generate a self-signed certificate:

• AUTO_SELF_SIGNED_CERTIFICATE: on|off, whether generate self-signed certificate. Default: on.

Deprecated and unused variables:

• SRS_DOCKERIZED: on|off, indicates the OS is in docker.
• SRS_DOCKER: srs to enfore use ossrs/srs docker image.
• MGMT_DOCKER: on|off, whether run mgmt in docker. Default: false
• USE_DOCKER: on|off, if false, disable all docker containers.
• SRS_UTEST: on|off, if on, running in utest mode.
• SOURCE: github|gitee, The source code for upgrading.

Other variables:

• YTDL_PROXY: Setup the proxy for youtube-dl, for example, socks5://127.0.0.1:10000
• GO_PPROF: Setup the listen addr for Go PPROF tool, for example, localhost:6060

Please restart service when .env changed.

Coding Guide

For the json field with more than 2 words:

type CameraConfigure struct {
	ExtraAudio string `json:"extraAudio"`
}

Or use the format:

type CameraConfigure struct {
    ExtraAudio string `json:"extra_audio"`
}

Generally we follow this guide except for some legacy code.

Changelog

The following are the update records for the Oryx server.

• v5.15:
  • Forward: Support multiple forwarding servers. v5.15.1
  • ENV: Refine the environment variables. v5.15.2
  • OCR: Support OCR for image recognition. v5.15.3
  • VLive: Support multiple virtual live streaming. v5.15.4
  • Camera: Support multiple camera streaming. v5.15.5
  • Transcript: Upgrade the hls.js to 1.4 for WebVTT. v5.15.6
  • Disable version query and check. v5.15.7
  • Change LICENSE from AGPL-3.0-or-later to MIT. v5.15.8
  • Dubbing: Support scrolling card in fullscreen. v5.15.9
  • Support external redis host and using 127.0.0.1 as default. v5.15.10
  • Support setup global OpenAI settings. v5.15.11
  • Add youtube-dl binary for dubbing etc. v5.15.12
  • VLive: Fix bug when source codec is not supported. v5.15.13
  • Forward: Fix high CPU bug. v5.15.14
  • Support Go PPROF for CPU profiling. v5.15.15
  • VLive: Support download by youtube-dl. v5.15.16
  • Dubbing: Use gpt-4o and smaller ASR segment. v5.15.17
  • Dubbing: Merge more words if in small duration. v5.15.17
  • Dubbing: Allow fullscreen when ASR. v5.15.18
  • Dubbing: Support disable asr or translation. v5.15.19
  • Dubbing: Fix bug when changing ASR segment size. v5.15.20
  • Dubbing: Refine the window of text. v5.15.20
  • Dubbing: Support space key to play/pause. v5.15.21
  • AI: Support OpenAI o1-preview model. v5.15.22
• v5.14:
  • Merge features and bugfix from releases. v5.14.1
  • Dubbing: Support VoD dubbing for multiple languages. v5.14.2
  • Dubbing: Support disable translation, rephrase, or tts. v5.14.3
  • Dubbing: Highlight the currently playing group. v5.14.3
  • NGINX: Support set the m3u8 and ts expire. v5.14.3
  • HLS: Set m3u8 expire time to 1s for LLHLS. v5.14.4
  • HLS: Use fast cache for HLS config. v5.14.4
  • Transcript: Support set the force_style for overlay subtitle. v5.14.5
  • Transcript: Use Whisper response without LF. (#163). v5.14.5
  • Token: Fix bug for Bearer token while initializing. v5.14.6
  • Room: Enable dictation mode for AI-Talk. v5.14.7
  • Dubbing: Refine download button with comments. v5.14.8
  • Room: AI-Talk support post processing. v5.14.9
  • Website: Support setting title for popout. v5.14.10
  • Transcript: Support set the video codec parameters. v5.14.11
  • Transcript: Support subtitle with WebVTT format. v5.14.12
  • Transcript: Fix overlay transcoding parameters parsing bug. v5.14.13
  • Use port 80/443 by default in README. v5.14.14
  • Use fastfail for test and utest. v5.14.15
  • Rename project to Oryx. v5.14.15
  • API: Support kickoff stream by name. v5.14.16
  • AI-Talk: Refine the delay of ASR to 3s. v5.14.17
  • AI-Talk: Ignore silent ASR text. v5.14.18
  • Refine installer for lightsail. v5.14.19
  • Update model to gpt-3.5-turbo, gpt-4-turbo, gpt-4o. v5.14.20
  • Transcript: Upgrade the hls.js to 1.4 for WebVTT. v5.14.21
  • Disable version query and check. v5.14.22
  • Support Go PPROF for CPU profiling. v5.14.23
  • Forward: Fix high CPU bug. v5.14.24
  • VLive: Refine wait timeout. v5.14.25
• v5.13:
  • Fix bug for vlive and transcript. v5.13.1
  • Support AWS Lightsail install script. v5.13.2
  • Limits: Support limit bitrate for VLive stream. v5.13.3
  • Fix bug: Remove HTTP port for SRS. v5.13.4
  • Refine API with Bearer token. v5.13.5
  • Switch to fluid max width. v5.13.6
  • HLS: Support low latency mode about 5s. v5.13.7
  • RTSP: Rebuild the URL with escaped user info. v5.13.8
  • VLive: Support SRT URL filter. v5.13.9
  • FFmpeg: Monitor and restart FFmpeg if stuck. v5.13.10
  • Room: Support live room secret with stream URL. v5.13.11
  • Camera: Support IP Camera streaming scenario. v5.13.12
  • Camera: Support silent extra audio stream for video only device. v5.13.13
  • Camera: Support replace audio if enabled extra audio. v5.13.13
  • VLive/Camera/Forward: Extract multilingual text. v5.13.14
  • Room: AI-Talk support assistant for live room. v5.13.15
  • Room: AI-Talk support popout live chat. v5.13.16
  • Room: AI-Talk support popout AI assistant. v5.13.17
  • Room: AI-Talk support multiple assistant in a room. v5.13.18
  • Room: AI-Talk support user different languages. v5.13.18
  • Room: AI-Talk allow disable ASR/TTS, enable text. v5.13.19
  • Room: AI-Talk support dictation mode. v5.13.20
  • FFmpeg: Restart if time and speed abnormal. v5.13.21
  • Transcript: Fix panic bug for sync goroutines. v5.13.21
  • Support OpenAI organization for billing. v5.13.22
  • Room: Fix the empty room UI sort and secret bug. v5.13.23
  • FFmpeg: Fix restart bug for abnormal speed. v5.13.24
  • FFmpeg: Fix bug for output SRT protocol. v5.13.25
  • FFmpeg: Support ingest SRT protocol. v5.13.26
  • VLive: Fix the re bug for file. v5.13.27
  • Release stable version and support debugging. v5.13.28
  • HLS: Set m3u8 expire time to 1s for LLHLS. v5.13.29
  • Transcript: Support set the force_style for overlay subtitle. v5.13.30
  • Transcript: Use Whisper response without LF. (#163). v5.13.31
  • Token: Fix bug for Bearer token while initializing. v5.13.32
  • Room: Refine stat for AI-Talk. v5.13.33
  • Rename Oryx to Oryx. v5.13.34
• v5.12
  • Refine local variable name conf to config. v5.12.1
  • Add forced exit on timeout for program termination. v5.12.1
  • Transcript: Support convert live speech to text by whisper. v5.12.2
  • Transcript: Update base image for FFmpeg subtitles. v5.12.3
  • Transcript: Limit all queue base on overlay. v5.12.4
  • Transcript: Allow work without active stream. v5.12.5
  • Transcript: Support testing connection to OpenAI service. v5.12.6
  • Filter locale value. v5.12.6
  • Transcript: Add test case for OpenAI. v5.12.7
  • Transcript: Use m4a and 30kbps bitrate to make ASR faster. v5.12.8
  • Hooks: Support callback on_record_begin and on_record_end. v5.12.9
  • VLive: Fix ffprobe RTSP bug, always use TCP transport. v5.12.10
  • Confirm when user logout. v5.12.11
  • Record: Support glob filters to match stream. v5.12.11
  • Transcript: Show detail error if exceeded quota. v5.12.12
  • Record: Support finish record task quickly after stream unpublished. v5.12.13
  • Record: Support post-processing to cp file for S3. v5.12.14
  • Transcript: Support clear the subtitle of segment in fixing queue. v5.12.15
  • VLive: Fix bug for url with query string. v5.12.16
  • Transcript: Check the base url for OpenAI. v5.12.17
  • HLS: Support low latency mode about 5s. v5.12.18
  • RTSP: Rebuild the URL with escaped user info. v5.12.19
  • VLive: Fix rebuild URL bug. v5.12.20
  • HLS: Fix LL HLS setting bug. v5.12.21
  • VLive: Support SRT URL filter. v5.12.22
  • HLS: Set m3u8 expire time to 1s for LLHLS. v5.12.22
• v5.11
  • VLive: Decrease the latency for virtual live. v5.11.1
  • Live: Refine multiple language. v5.11.2
  • Hooks: Support HTTP Callback and test. v5.11.3
  • HELM: Support resolve name to ip for rtc. v5.11.4
  • HELM: Disable NAME_LOOKUP by default. v5.11.5
  • Refine env variable for bool. v5.11.7
  • RTC: Refine WHIP player and enable NAME_LOOKUP by default. v5.11.8
  • RTC: Update WHIP and WHEP player. v5.11.9
  • RTC: Resolve candidate for lo and docker. v5.11.10
  • RTC: Refine test and tutorial for WHIP/WHEP. v5.11.10
  • Refine player open speed. v5.11.11
  • HTTPS: Check dashboard and ssl domain. v5.11.12
  • API: Add curl and jQuery example. v5.11.12
  • API: Allow CORS by default. v5.11.13
  • API: Remove duplicated CORS headers. v5.11.14
  • Support expose ports for multiple containers. v5.11.15
  • HTTPS: Check dashboard hostname and port. v5.11.15
  • Error when eslint fail. v5.11.16
  • Use upx to make binary smaller. v5.11.16
  • Refine transcode test case. v5.11.17
  • HTTPS: Enable self-signed certificate by default. v5.11.18
  • HLS: Nginx HLS CDN support HTTPS. v5.11.19
  • Refine scenarios with discouraged and deprecated. v5.11.20
  • Transcode: Refine stream compare algorithm. v5.11.21
  • Hooks: Support callback self-sign HTTPS URL. v5.11.22
  • Fix utest fail. v5.11.23
  • VLive: Fix ffprobe RTSP bug, always use TCP transport. v5.11.24
• v5.10
  • Refine README. v5.10.1
  • Refine DO and droplet release script. v5.10.2
  • VLive: Fix bug of link. v5.10.2
  • Record: Fix bug of change record directory. v5.10.2 (#133)
  • Streaming: Add SRT streaming. v5.10.2
  • Streaming: Add OBS SRT streaming. v5.10.3
  • Fix lighthouse script bug. v5.10.4
  • VLive: Support forward stream. v5.10.5
  • VLive: Cleanup temporary file when uploading. v5.10.6
  • VLive: Use TCP transport when pull RTSP stream. v5.10.7
  • Refine statistic and report data. v5.10.8
  • Support file picker with language. v5.10.9
  • Report language. v5.10.10
  • Transcode: Support live stream transcoding. v5.10.11
  • Transcode: Fix param bug. v5.10.12
  • Fix default stream name bug. v5.10.13
  • Update doc. v5.10.14
  • New stable release. v5.10.15
  • Fix js missing bug. v5.10.16
  • Support docker images for helm. v5.10.17
  • Use WHIP and WHEP for RTC. v5.10.18
  • Transcode: Refine stream compare algorithm. v5.10.19
• v5.9
  • Update NGINX HLS CDN guide. v5.9.2
  • Move DVR and VoD to others. v5.9.3
  • Remove the Tencent CAM setting. v5.9.4
  • Refine Virtual Live start and stop button. v5.9.5
  • Refine Record start and stop button. v5.9.6
  • Refine Forward start and stop button. v5.9.7
  • Move SRT streaming to others. v5.9.8
  • Support vlive to use server file. v5.9.9
  • Add test for virtual live. v5.9.10
  • Add test for record. v5.9.11
  • Add test for forward. v5.9.12
  • Refine test to transmux to mp4. v5.9.13
  • Upgrade jquery and mpegtsjs. v5.9.14
  • Support authentication for SRS HTTP API. v5.9.15
  • Don't expose 1985 API port. v5.9.16
  • Load environment variables from /data/config/.srs.env. v5.9.17
  • Change guide to use $HOME/data as home. v5.9.18
  • Translate forward to English. v5.9.19
  • Refine record, dvr, and vod files. v5.9.20
  • Translate record to English. v5.9.21
  • Refine virtual live files. v5.9.22
  • Translate virtual live to English. v5.9.23
  • Support always open tabs. v5.9.24
  • Remove record and vlive group. v5.9.25
  • Refine project description. v5.9.26
  • Refine DO and droplet release script. v5.9.27
  • Fix bug, release stable version. v5.9.28
  • VLive: Fix bug of link. v5.9.28
  • Record: Fix bug of change record directory. v5.9.28 (#133)
  • Streaming: Add SRT streaming. v5.9.28
  • Fix lighthouse HTTPS bug. v5.9.29
• v5.8
  • Always dispose DO VM and domain for test. v1.0.306
  • Fix docker start failed, cover by test. v1.0.306
  • Switch default language to en. v1.0.306
  • Support include for SRS config. v1.0.306
  • Support High Performance HLS mode. v1.0.307
  • Show current config for settings. v1.0.307
  • Switch MIT to AGPL License. v1.0.307
  • Use one version strategy. v5.8.20
  • Always check test result. v5.8.21
  • SRT: Enable srt in default vhost. v5.8.22
  • Add utest for HP HLS. v5.8.23
  • Migrate docs to new website. v5.8.23
  • BT and aaPanel plugin ID should match filename. v5.8.24
  • Add Nginx HLS Edge tutorial. v5.8.25
  • Download test file from SRS. v5.8.26
  • Do not require version. v5.8.26
  • Fix Failed to execute 'insertBefore' on 'Node'. v5.8.26
  • Eliminate unused callback events. v5.8.26
  • Add docker for nginx HLS CDN. v5.8.27
  • Update Oryx architecture. v5.8.27
  • Use DO droplet s-1vcpu-1gb for auto test. v5.8.28
  • Use default context when restore hphls. v5.8.28
  • Support remote test. v5.8.29
  • Enable CORS and timestamp in HLS. v5.8.30
  • Release stable version. v5.8.31
• v5.7
  • Refine DigitalOcean droplet image. v1.0.302
  • Support local test all script. v1.0.302
  • Rewrite script for lighthouse. v1.0.303
  • Set nginx max body to 100GB. v1.0.303
  • Use LEGO instead of certbot. v1.0.304
  • Rename SRS Cloud to Oryx. v1.0.304
  • Support HTTPS by SSL file. v1.0.305
  • Support reload nginx for SSL. v1.0.305
  • Support request SSL from letsencrypt. v1.0.305
  • Support work with bt/aaPanel ssl. v1.0.305
  • Support self-sign certificate by default. v1.0.305
  • Query configured SSL cert. v1.0.305
  • 2023.08.13: Support test online environment. v5.7.19
  • 2023.08.20: Fix the BT and aaPanel filename issue. v5.7.20
• 2023.08.06, v1.0.301, v5.7.18
  • Simplify startup script, fix bug, adjust directory to /data top-level directory. v1.0.296
  • Improve message prompts, script comments, and log output. v1.0.297
  • Avoid modifying the global directory every time it starts, initialize it in the container and platform script. v1.0.298
  • Improve release script, check version matching, manually update version. v1.0.299
  • Remove upgrade function, maintain consistency of docker and other platforms. v1.0.300
  • Improved BT and aaPanel scripts, added test pipeline. v1.0.300
  • Always use the latest SRS 5.0 release. v1.0.301
  • Use status to check SRS, not by the exit value. v1.0.301
• 2023.04.05, v1.0.295, structural improvements
  • Remove HTTPS certificate application, administrator authorization, NGINX reverse proxy, and other functions. v1.0.283
  • Implement Release using Go, reducing memory requirements and image size. v1.0.284
  • Remove dashboard and Prometheus, making it easier to support a single Docker image. v1.0.283
  • Implement mgmt and platform using Go, reducing memory requirements and image size. v1.0.283
  • Use Ubuntu focal(20) as the base image, reducing image size. v1.0.283
  • Support fast upgrade, installation in about 40 seconds, upgrade in about 10 seconds. v1.0.283
  • Solve the problem of forwarding without stream. v1.0.284
  • Solve the problem of uploading large files and getting stuck. v1.0.286
  • Remove AI face-changing video, B station review did not pass. v1.0.289 (stable)
  • Remove Redis container and start Redis directly in the platform. v1.0.290
  • Remove SRS container and start SRS directly in the platform. v1.0.291
  • Support single container startup, including mgmt in one container. v1.0.292
  • Support mounting to /data directory for persistence. v1.0.295
• 2023.02.01, v1.0.281, experience improvement, Stable version.
  • Allow users to turn off automatic updates and use manual updates.
  • Adapt to the new version of Bao Ta, solve the nodejs detection problem.
  • Bao Ta checks the plug-in status, and cannot operate before the installation is complete.
  • Improve the display of forwarding status, add waiting status. v1.0.260
  • Improve image update, not strongly dependent on certbot. #47
  • Merge hooks/tencent/ffmpeg image into the platform. v1.0.269
  • Support custom platform for forwarding. v1.0.270
  • Support virtual live broadcast, file-to-live broadcast. v1.0.272
  • Upload file limit 100GB. v1.0.274
  • Fix bug in virtual live broadcast. v1.0.276
  • Release service, replace Nodejs with Go, reduce image size. v1.0.280
  • Do not use buildx to build single-architecture docker images, CentOS will fail. v1.0.281
• 2022.11.20, v1.0.256, major version update, experience improvement, Release 4.6
  • Proxy root site resources, such as favicon.ico
  • Support SrsPlayer WebRTC push stream shortcode.
  • Support local recording, recording to Oryx local disk.
  • Support deleting local recording files and tasks.
  • Support local recording as MP4 files and downloads.
  • Support local recording directory as a soft link, storing recorded content on other disks.
  • Improve recording navigation bar, merge into recording.
  • Resolve conflicts between home page and proxy root directory.
  • Solve the problem of not updating NGINX configuration during upgrade.
  • Fix the bug of setting record soft link.
  • Replace all images with standard images ossrs/srs.
  • Support setting website title and footer (filing requirements).
  • Prompt administrator password path, can retrieve password when forgotten.
  • Allow recovery of the page when an error occurs, no need to refresh the page.
• 2022.06.06, v1.0.240, major version update, Bao Ta, Release 4.5
  • Reduce disk usage, clean up docker images
  • Improve dependencies, no longer strongly dependent on Redis and Nginx
  • Support Bao Ta or aaPanel plugin, support CentOS or Ubuntu command line installation
  • Migrate ossrs.net to lightweight server, no longer dependent on K8s.
  • Login password default changed to display password.
  • Stop pushing stream for a certain time, clean up HLS cache files.
  • Create a 2GB swap area if memory is less than 2GB.
  • Support collecting SRS coredump.
  • Live scene display SRT push stream address and command.
  • Support setting NGINX root proxy path.
• 2022.04.18, v1.0.222, minor version update, containerized Redis
  • Improve instructions, support disabling push stream authentication.
  • Support English guidance, medium articles.
  • Improve simple player, support mute autoplay.
  • Add CORS support when NGINX distributes HLS.
  • Add English guidance, Create SRS and Set up HTTPS, WordPress.
  • Enhance key length, strengthen security, and avoid brute force cracking.
  • Support WordPress Shortcode guidance.
  • Support setting home page redirection path, support mixed running with other websites.
  • Support setting reverse proxy, support hanging other services under NGINX.
  • Support applying for multiple domain names for HTTPS, solving the www prefix domain name problem.
  • Change filing to website, can set home page redirection and footer filing number.
  • Improve NGINX configuration file structure, centralize configuration in containers directory.
  • Support setting simple load balancing, randomly selecting a backend NGINX for HLS distribution.
  • Containers work in an independent oryx network.
  • Add System > Tools option.
  • Use Redis container, not dependent on host Redis service.
• 2022.04.06, v1.0.200, major version update, multi-language, Release 4.4
  • Support Chinese and English bilingual.
  • Support DigitalOcean image, see SRS Droplet.
  • Support OpenAPI to get push stream key, see #19.
  • Improve container image update script.
  • Support using NGINX to distribute HLS, see #2989.
  • Improve VoD storage and service detection.
  • Improve installation script.
• 2022.03.18, v1.0.191, minor version update, experience improvement
  • Scenes default to display tutorial.
  • Support SRT address separation, play without secret.
  • Separate Platform module, simplify mgmt logic.
  • Improve UTest upgrade test script.
  • Support changing stream name, randomly generating stream name.
  • Support copying stream name, configuration, address, etc.
  • Separate upgrade and UI, simplify mgmt logic.
  • Separate container management and upgrade.
  • Fast and efficient upgrade, completed within 30 seconds.
  • Support CVM image, see SRS CVM.
• 2022.03.16, v1.0.162, Major version update, error handling, Release 4.3
  • Support for React Error Boundary, friendly error display.
  • Support for RTMP push QR code, core image guidance.
  • Support for simple player, playing HTTP-FLV and HLS.
  • Improved callbacks, created with React.useCallback.
  • Improved page cache time, increased loading speed.
  • Added REACT UI components and Nodejs project testing.
  • Added script for installing dependency packages.
  • Improved simple player, not muted by default, requires user click to play.
  • Added Watermelon Player xgplayer, playing FLV and HLS
• 2022.03.09, v1.0.144, Minor version update, multi-platform forwarding
  • Support for multi-platform forwarding, video number, Bilibili, Kuaishou.
  • Restart forwarding task when modifying forwarding configuration.
  • Support for setting upgrade window, default upgrade from 23:00 to 5:00.
  • Support for jest unit testing, covering mgmt.
  • Support for switching SRS, stable version and development version.
  • Optimized display of disabled container status.
• 2022.03.04, v1.0.132, Minor version update, cloud on-demand
  • Support for cloud on-demand, HLS and MP4 downloads.
  • Cloud on-demand supports live playback, updating SessionKey.
  • Disable password setting during upgrade to avoid environment variable conflicts.
  • Restart all containers dependent on .env when initializing the system.
  • Update the differences between cloud recording and cloud on-demand.
  • SRT supports vMix tutorial.
• 2022.02.25, v1.0.120, Minor version update, cloud recording
  • Improved upgrade script, restarting necessary containers.
  • Modified Redis listening port, enhanced security.
  • Resolved cloud recording, asynchronous long time (8h+) conflict issue.
  • Improved key creation link, using cloud API key.
  • Improved scene and settings TAB, loaded on demand, URL address identification.
• 2022.02.23, v1.0.113, Minor version update, cloud recording
  • Support for resetting push key. #2
  • SRT push disconnects when RTMP conversion fails.
  • Disabled containers no longer start.
  • SRT supports QR code scanning for push and playback. #6
  • Support for cloud recording, recording to Tencent Cloud COS.
• 2022.02.14, v1.0.98, Major version update, upgrade, Release 4.2
  • Improved React static resource caching, increasing subsequent loading speed.
  • Added Contact exclusive group QR code, scan code to join group.
  • Support for setting Redis values, disabling automatic updates.
  • Automatically detect overseas regions, use overseas sources for updates and upgrades.
  • Improved upgrade prompts, countdown and status detection.
  • Display video tutorials created by everyone on the page, sorted by play count.
  • Support for authorizing platform administrators to access Lighthouse instances.
  • Small memory systems, automatically create swap to avoid OOM during upgrades.
• 2022.02.05, v1.0.74, minor update, dashboard
  • Support for Prometheus monitoring, WebUI mounted on /prometheus, no authentication for now.
  • Support for Prometheus NodeExporter, node monitoring, Lighthouse's CPU, network, disk, etc.
  • Added dashboard, added CPU chart, can jump to Prometheus.
  • Improved certbot, started with docker, not an installation package.
  • Improved upgrade process to prevent duplicate upgrades.
  • Support for upgrading machines with 1GB memory, disabling node's GENERATE_SOURCEMAP to prevent OOM.
• 2022.02.01, v1.0.64, minor update, HTTPS
  • Support for Windows version of ffplay to play SRT addresses
  • Support for container startup hooks, stream authentication and authorization
  • Change Redis listening on lo and eth0, otherwise container cannot access
  • Support for setting HTTPS certificates, Nginx format, refer to here
  • Support for Let's Encrypt automatic application of HTTPS certificates, refer to here
• 2022.01.31, v1.0.58, minor update, SRT
  • Support for ultra-clear real-time live streaming scenarios, SRT push and pull streaming, 200~500ms latency, refer to here
  • Chip/OBS+SRS+ffplay push and pull SRT stream address, support authentication.
  • Support for manual upgrade to the latest version, support for forced upgrade.
  • Improved upgrade script, execute after updating the script
  • Support for restarting SRS server container
• 2022.01.27, v1.0.42, major update, stream authentication, Release 4.1
  • Support for push stream authentication and management backend
  • Support for updating backend, manual update
  • Live room scenario, push stream and play guide
  • SRS source code download, with GIT
  • Support for Lighthouse image, refer to SRS Lighthouse.
• 2022.01.21, Initialized.