thinkhy
commented
6 years ago I've worked out a Shell script to automate the procedure of deployment. Hope this would be helpful.
#!/usr/bin/env bash
#######################################################################################
# file: deploy_stf.sh
# brief: deploy components of stf with docker
# creator: thinkhy
# date: 2017-04-20
# usage: ./deploy_stf.sh Note: run it as ROOT user
# changes:
# 1. 2017-04-20 init @thinkhy
# 2. 2017-04-26 add systemd unit @thinkhy
# 3. 2017-05-04 install adb on host machine @thinkhy
#
#######################################################################################
check_return_code() {
if [ $? -ne 0 ]; then
echo "Failed to run last step!"
return 1
fi
return 0
}
assert_run_ok() {
if [ $? -ne 0 ]; then
echo "Failed to run last step!"
exit 1
fi
return 0
}
prepare() {
echo "setup environment ..."
# Given advantages of performance and stability, we run adb server and rethinkdb
# on host(physical) machine rather than on docker containers, so need to
# install package of android-tools-adb first [ thinkhy 2017-05-04 ]
# install adb
apt-get install -y android-tools-adb
apt-get install -y docker.io
assert_run_ok
docker pull openstf/stf
assert_run_ok
docker pull sorccu/adb
assert_run_ok
docker pull rethinkdb
assert_run_ok
docker pull openstf/ambassador
assert_run_ok
docker pull nginx
assert_run_ok
cp -rf systemd.unit/adbd.service /etc/systemd/system
assert_run_ok
echo 1>"env.ok"
}
if [ ! -e env.ok ]; then
prepare
fi
# start local adb server
echo "start adb server"
adb start-server
# start rethinkdb
echo "start docker container: rethinkdb"
docker run -d --name rethinkdb -v /srv/rethinkdb:/data --net host rethinkdb rethinkdb --bind all --cache-size 8192 --http-port 8090
check_return_code
# start nginx, note: generate nginx.conf first
echo "start docker container: nginx"
docker run -d -v $(pwd)/nginx.conf:/etc/nginx/nginx.conf:ro --name nginx --net host nginx nginx
check_return_code
# create tables
echo "start docker container: stf-migrate"
docker run -d --name stf-migrate --net host openstf/stf stf migrate
check_return_code
# create storage components
echo "start docker container: storage-plugin-apk-3300"
docker run -d --name storage-plugin-apk-3300 -p 3300:3000 --dns __DNS_ADDRESS__ openstf/stf stf storage-plugin-apk --port 3000 --storage-url http://__IP_ADDRESS__/
check_return_code
echo "start docker container: storage-plugin-image-3400"
docker run -d --name storage-plugin-image-3400 -p 3400:3000 --dns __DNS_ADDRESS__ openstf/stf stf storage-plugin-image --port 3000 --storage-url http://__IP_ADDRESS__/
check_return_code
echo "start docker container: storage-temp-3500"
docker run -d --name storage-temp-3500 -v /mnt/storage:/data -p 3500:3000 --dns __DNS_ADDRESS__ openstf/stf stf storage-temp --port 3000 --save-dir /data
check_return_code
# tri-proxy
echo "start docker container: triproxy-app"
docker run -d --name triproxy-app --net host openstf/stf stf triproxy app --bind-pub "tcp://*:7150" --bind-dealer "tcp://*:7160" --bind-pull "tcp://*:7170"
check_return_code
echo "start docker container: triproxy-dev"
docker run -d --name triproxy-dev --net host openstf/stf stf triproxy dev --bind-pub "tcp://*:7250" --bind-dealer "tcp://*:7260" --bind-pull "tcp://*:7270"
check_return_code
# auth
echo "start docker container: stf-auth-3200"
docker run -d --name stf-auth-3200 -e "SECRET=YOUR_SESSION_SECRET_HERE" -p 3200:3000 --dns __DNS_ADDRESS__ openstf/stf stf auth-mock --port 3000 --app-url http://__IP_ADDRESS__/
check_return_code
# api
echo "start docker container: stf-api"
docker run -d --name stf-api --net host -e "SECRET=YOUR_SESSION_SECRET_HERE" openstf/stf stf api --port 3700 --connect-sub tcp://__IP_ADDRESS__:7150 --connect-push tcp://__IP_ADDRESS__:7170
check_return_code
# stf APP
echo "start docker container: stf-app-3100"
docker run -d --name stf-app-3100 --net host -e "SECRET=YOUR_SESSION_SECRET_HERE" -p 3100:3000 openstf/stf stf app --port 3100 --auth-url http://__IP_ADDRESS__/auth/mock/ --websocket-url http://__IP_ADDRESS__/
check_return_code
# processor
echo "start docker container: stf-processor"
docker run -d --name stf-processor --net host openstf/stf stf processor stf-processor.service --connect-app-dealer tcp://__IP_ADDRESS__:7160 --connect-dev-dealer tcp://__IP_ADDRESS__:7260
check_return_code
# websocket
echo "start docker container: websocket"
docker run -d --name websocket -e "SECRET=YOUR_SESSION_SECRET_HERE" --net host openstf/stf stf websocket --port 3600 --storage-url http://__IP_ADDRESS__/ --connect-sub tcp://__IP_ADDRESS__:7150 --connect-push tcp://__IP_ADDRESS__:7170
check_return_code
# reaper
echo "start docker container: reaper"
docker run -d --name reaper --net host openstf/stf stf reaper dev --connect-push tcp://__IP_ADDRESS__:7270 --connect-sub tcp://__IP_ADDRESS__:7150 --heartbeat-timeout 30000
check_return_code
# provider
echo "start docker container: provider-__HOSTNAME__"
docker run -d --name provider1 --net host openstf/stf stf provider --name "provider-__HOSTNAME__" --connect-sub tcp://__IP_ADDRESS__:7250 --connect-push tcp://__IP_ADDRESS__:7270 --storage-url http://__IP_ADDRESS__ --public-ip __IP_ADDRESS__ --min-port=15000 --max-port=25000 --heartbeat-interval 20000 --screen-ws-url-pattern "ws://__IP_ADDRESS__/d/floor4/<%= serial %>/<%= publicPort %>/"
check_return_code
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Hi, I am currently using stf on localhost but i want to use stf on external network too, from the issues i have found that stf can be deployed to real servers by following the tutorial from Deployment.md but first thing is i don't have any actual server right now so can i deploy it again on my linux machine behaving like a server and the second thing is a bit straight forward video tutorial of deploying stf on real servers would be best.