Control your Xiaomi Yeelight lamp from Ktor (a Kotlin Web server).
Build an application package:
./gradlew build
Build and tag an image:
docker build -t yeelight-web .
Start a container:
docker run -m512M --cpus 2 -it -p 8080:8080 --rm --name yee yeelight-web
Stop a container:
docker stop yee
With this command, we start Docker in a foreground mode. It will wait for the server to exit, it
will also respond to Ctrl+C to stop it. -it instructs Docker to allocate a terminal (tty) to pipe the stdout
and to respond to the interrupt key sequence.
Since our server is running in an isolated container now, we should tell Docker to expose a port so we can
actually access the server port. Parameter -p 8080:8080 tells Docker to publish port 8080 from inside a container as a port 8080 on a local
machine. Thus, when you tell your browser to visit localhost:8080 it will first reach out to Docker, and it will bridge
it into internal port 8080 for your application.
You can adjust memory with -m512M and number of exposed cpus with --cpus 2.
By default a container’s file system persists even after the container exits, so we supply --rm option to prevent
garbage piling up.
For more information about running a docker image please consult docker run documentation.
Find devices
http://localhost:8080
Switch on/off devices (+ find devices if needed)
http://localhost:8080/toggle
Start "Police flow" (+ find devices if needed)
http://localhost:8080/police