Function check_station_deployment

tests/integration/src/control_panel_tests.rs:221–245

(env: &PocketIc, station_id: Principal, user_id: Principal)

}

fn check_station_deployment(env: &PocketIc, station_id: Principal, user_id: Principal) {
    // first get the upgrader canister ID
    let system_info = get_system_info(env, user_id, station_id);
    let upgrader_id = system_info.upgrader_id;
    // now get the canister status from the management canister on behalf of the upgrader canister
    // (note that only controllers can invoke the canister status management canister method)
    let canister_status = env.canister_status(station_id, Some(upgrader_id)).unwrap();
    // the control panel should set the newly deployed station's controllers
    // to be the upgrader canister and the NNS root canister;
    // assert that the set of controllers is equal to {upgrader_canister_id, NNS_ROOT_CANISTER_ID}
    let station_controllers = canister_status.settings.controllers;
    assert_eq!(station_controllers.len(), 2);
    assert!(station_controllers.contains(&upgrader_id));
    assert!(station_controllers.contains(&NNS_ROOT_CANISTER_ID));
    assert_ne!(upgrader_id, NNS_ROOT_CANISTER_ID);

    // stop the station and upgrader to get their cycles balance including reservations
    env.stop_canister(upgrader_id, Some(station_id)).unwrap();
    env.stop_canister(station_id, Some(upgrader_id)).unwrap();
    // check the cycles balance of station and upgrader
    let upgrader_cycles = env.cycle_balance(upgrader_id);
    assert!((900_000_000_000..1_100_000_000_000).contains(&upgrader_cycles));
    let station_cycles = env.cycle_balance(station_id);
    assert!((900_000_000_000..1_100_000_000_000).contains(&station_cycles));
}

#[test]
fn deploy_too_many_stations() {