## Testing So, we are going to 1. create a fake server 2. pretend socket server os (while the fake server is running) 3. Run a fake effects system (while 1/2 are running) In order to simulate that we created a server like the start-os and a fake server (in this case I am using syncthing-wrapper) ### TODO Undo the packing that I have done earlier, and hijack the embassy.js to use the bundle service + code Converting embassy.js -> service.js ```sequence {theme="hand"} startOs ->> startInit.js: Rpc Call startInit.js ->> service.js: Rpc Converted into js code ``` ### Create a fake server ```bash run_test () { ( set -e libs=/home/jh/Projects/start-os/libs/start_init sockets=/tmp/start9 service=/home/jh/Projects/syncthing-wrapper docker run \ -v $libs:/libs \ -v $service:/service \ -w /libs \ --rm node:18-alpine \ sh -c " npm i && npm run bundle:esbuild && npm run bundle:service " docker run \ -v ./libs/start_init/:/libs \ -w /libs \ --rm node:18-alpine \ sh -c " npm i && npm run bundle:esbuild " rm -rf $sockets || true mkdir -p $sockets/sockets cd $service docker run \ -v $libs:/start-init \ -v $sockets:/start9 \ --rm -it $(docker build -q .) sh -c " apk add nodejs && node /start-init/bundleEs.js " ) } run_test ``` ### Pretend Socket Server OS First we are going to create our fake server client with the bash then send it the json possible data ```bash sudo socat - unix-client:/tmp/start9/sockets/rpc.sock ``` ```json {"id":"a","method":"run","params":{"methodName":"/dependencyMounts","methodArgs":[]}} {"id":"a","method":"run","params":{"methodName":"/actions/test","methodArgs":{"input":{"id": 1}}}} {"id":"b","method":"run","params":{"methodName":"/actions/test","methodArgs":{"id": 1}}} ```