import ./make-test-python.nix ({ pkgs, ...} : { name = "slimserver"; meta.maintainers = with pkgs.lib.maintainers; [ adamcstephens ]; nodes.machine = { ... }: { services.slimserver.enable = true; services.squeezelite = { enable = true; extraArguments = "-s 127.0.0.1 -d slimproto=info"; }; boot.kernelModules = ["snd-dummy"]; }; testScript = '' import json rpc_get_player = { "id": 1, "method": "slim.request", "params":[0,["player", "id", "0", "?"]] } with subtest("slimserver is started"): machine.wait_for_unit("slimserver.service") # give slimserver a moment to report errors machine.sleep(2) with subtest('slimserver module errors are not reported'): machine.fail("journalctl -u slimserver.service | grep 'throw_exception'") machine.fail("journalctl -u slimserver.service | grep 'not installed'") machine.fail("journalctl -u slimserver.service | grep 'not found'") machine.fail("journalctl -u slimserver.service | grep 'The following CPAN modules were found but cannot work with Logitech Media Server'") machine.fail("journalctl -u slimserver.service | grep 'please use the buildme.sh'") with subtest('slimserver is ready'): machine.wait_for_open_port(9000) machine.wait_until_succeeds("journalctl -u slimserver.service | grep 'Completed dbOptimize Scan'") with subtest("squeezelite player successfully connects to slimserver"): machine.wait_for_unit("squeezelite.service") machine.wait_until_succeeds("journalctl -u squeezelite.service | grep -E 'slimproto:[0-9]+ connected'") player_mac = machine.wait_until_succeeds("journalctl -eu squeezelite.service | grep -E 'sendHELO:[0-9]+ mac:'").strip().split(" ")[-1] player_id = machine.succeed(f"curl http://localhost:9000/jsonrpc.js -g -X POST -d '{json.dumps(rpc_get_player)}'") assert player_mac == json.loads(player_id)["result"]["_id"], "squeezelite player not found" ''; })