package svgdevicestest.mock;

import art.library.model.devices.barrier.Barrier;
import art.library.model.devices.barrier.BarrierAlarms;
import art.library.model.devices.barrier.BarrierRealtime;
import art.library.model.devices.barrier.BarrierStatus;
import art.library.model.devices.barrier.realtime.BarrierRealtimeITC;
import art.library.model.devices.barrier.status.BarrierStatusITC;

public class BarrierMocker extends DeviceMocker {

    public BarrierMocker() {
        super(new Barrier("barrier"));
    }

    public BarrierMocker getMocker() {
        return this;
    }

    @Override
    public void updateDevice(boolean active) {
        Barrier barrier = (Barrier) device;
        barrier.status = new BarrierStatus();
        barrier.alarms = new BarrierAlarms();
        barrier.setAlarm("alarm_offline", false);
        barrier.setAlarm("alarm_invalid", false);
        barrier.setAlarm("alarm_closing", false);
        barrier.setAlarm("alarm_opening", false);
       
        barrier.realtime = new BarrierRealtime();
        barrier.getDeviceStatus().itc = new BarrierStatusITC();

        BarrierRealtime deviceRealtime = barrier.getDeviceRealtime();
        deviceRealtime.itc = new BarrierRealtimeITC();
        
        deviceRealtime.itc.lock = BarrierRealtimeITC.LOCK_LOCK;
        deviceRealtime.itc.position = BarrierRealtimeITC.POSITION_UNKNOWN;
        deviceRealtime.itc.trafficLight = BarrierRealtimeITC.TRAFFIC_LIGHT_UNKNOWN;
        
        if (active) {
            deviceRealtime.itc.lock = BarrierRealtimeITC.LOCK_LOCK;
            deviceRealtime.itc.position = BarrierRealtimeITC.POSITION_UP;
            deviceRealtime.itc.loopInput = BarrierRealtimeITC.LOOP_INACTIVE;
            deviceRealtime.itc.loopOutput = BarrierRealtimeITC.LOOP_ACTIVE;
            deviceRealtime.itc.trafficLight = BarrierRealtimeITC.TRAFFIC_LIGHT_GREEN;
        } else if (false) {
            deviceRealtime.itc.lock = BarrierRealtimeITC.LOCK_UNLOCK;
            deviceRealtime.itc.position = BarrierRealtimeITC.POSITION_DOWN;
            deviceRealtime.itc.loopInput = BarrierRealtimeITC.LOOP_ACTIVE;
            deviceRealtime.itc.loopOutput = BarrierRealtimeITC.LOOP_INACTIVE;
            deviceRealtime.itc.trafficLight = BarrierRealtimeITC.TRAFFIC_LIGHT_RED;
        } else if (true) {
            deviceRealtime.itc.lock = BarrierRealtimeITC.LOCK_UNKNOWN;
            deviceRealtime.itc.position = BarrierRealtimeITC.POSITION_DOWN;
            deviceRealtime.itc.loopInput = BarrierRealtimeITC.LOOP_ACTIVE;
            deviceRealtime.itc.loopOutput = BarrierRealtimeITC.LOOP_INACTIVE;
            deviceRealtime.itc.trafficLight = BarrierRealtimeITC.TRAFFIC_LIGHT_RED;
        }
        active = !active;
    }
}