package Bollard;

import art.library.model.devices.Device;
import art.library.model.devices.DeviceGraphicsRuntime;
import com.kitfox.svg.SVGDiagram;
import com.kitfox.svg.SVGElement;


public class BollardStatusAspect extends DeviceGraphicsRuntime
{

    public BollardStatusAspect(art.library.model.devices.Device device, SVGDiagram diagram)
    {
        super(device, diagram);
    }

   private boolean flashOn = false;
    public void timer()
    {
        flashOn = !flashOn;
        status();
    }

    public void status()
    {
        try
        {
            Device device = getDevice();
            art.library.model.devices.bollard.BollardStatus status = (art.library.model.devices.bollard.BollardStatus) device.getDeviceStatus();
            art.library.model.devices.bollard.BollardRealtime realtime = (art.library.model.devices.bollard.BollardRealtime) device.getDeviceRealtime();
            art.library.model.devices.bollard.BollardAlarms alarms = (art.library.model.devices.bollard.BollardAlarms) device.getDeviceAlarms();

            for (int i = 0; i <= 5; i++)
            {
                setAttribute("alarm-" + i, "display", (alarms.getServerityAlarm() == i) ? "inline" : "none", 999);
            }
            
            SVGElement bollard_down = getElement("bollard-down");
            SVGElement bollard_up = getElement("bollard-up");
            SVGElement bollard_moving = getElement("bollard-moving");
            
            SVGElement arrow_up = getElement("moving_up");
            SVGElement arrow_down = getElement("moving_down");
            SVGElement arrow_moving = getElement("moving");
         
            SVGElement loop_input = getElement("loop_input");
            SVGElement loop_ouput = getElement("loop_output");
            SVGElement loop_control = getElement("loop_control");

            SVGElement loop_input_text = getElement("loop_input_text");
            SVGElement loop_output_text = getElement("loop_output_text");
            SVGElement loop_control_text = getElement("loop_control_text");
            
            SVGElement lock = getElement("lock");
            SVGElement lock_disabled = getElement("lock_disabled");
            
            setText(loop_control_text, art.client.models.Shared.getMessage("Loop control point"));
            setText(loop_input_text, art.client.models.Shared.getMessage("Loop input"));
            setText(loop_output_text, art.client.models.Shared.getMessage("Loop output"));

            hideElements(bollard_down, bollard_up, bollard_moving, arrow_down, arrow_up, arrow_moving, lock,lock_disabled);
            setLoopStateOff(loop_input, loop_ouput, loop_control);

            if (status.general != null)
            {
                switch (status.general.lock)
                {
                    case art.library.model.devices.bollard.status.BollardStatusGeneral.LOCK_LOCK:
                        showElements(lock);
                        break;
                    default:
                        showElements(lock_disabled);
                        break;
                }
            }

            if (realtime.general != null)
            {
                switch (realtime.general.position)
                {
                    case art.library.model.devices.bollard.realtime.BollardRealtimeGeneral.POSITION_UP:
                        showElements(bollard_up);
                        break;
                    case art.library.model.devices.bollard.realtime.BollardRealtimeGeneral.POSITION_DOWN:
                        showElements(bollard_down);
                        break;
                    case art.library.model.devices.bollard.realtime.BollardRealtimeGeneral.POSITION_GOING_UP:
                        showElements(bollard_moving, arrow_up);
                        break;
                    case art.library.model.devices.bollard.realtime.BollardRealtimeGeneral.POSITION_GOING_DOWN:
                        showElements(bollard_moving, arrow_down);
                        break;
                    case art.library.model.devices.bollard.realtime.BollardRealtimeGeneral.POSITION_MOVING:
                        showElements(bollard_moving, arrow_moving);
                        break;
                }
                
                if(realtime.general.loopInput == art.library.model.devices.bollard.realtime.BollardRealtimeGeneral.LOOP_ACTIVE)
                    setLoopStateOn(loop_input);
                if(realtime.general.loopOutput == art.library.model.devices.bollard.realtime.BollardRealtimeGeneral.LOOP_ACTIVE)
                    setLoopStateOn(loop_ouput);
                if(realtime.general.loopControlPoint == art.library.model.devices.bollard.realtime.BollardRealtimeGeneral.LOOP_ACTIVE)
                    setLoopStateOn(loop_control);
            }
        } 
        catch (Exception ex)
        {

        }
    }

    private void showElements(SVGElement... elements)
    {
        setProperty("display", "inline", elements);
    }

    private void hideElements(SVGElement... elements)
    {
        setProperty("display", "none", elements);
    }

    private void setLoopStateOff(SVGElement... elements)
    {
        setProperty("fill", "#C8C8C8", elements);
    }

    private void setLoopStateOn(SVGElement... elements)
    {
        setProperty("fill", "#FFFF00", elements);
    }

    private void setProperty(String property, String value, SVGElement... elements)
    {
        java.util.stream.Stream.of(elements).forEach(element -> setAttribute(element, property, value, 999));
    }

//    java.io.StringWriter sw = new java.io.StringWriter();
//    art.library.gui.flat.FlatDialog.showDialog(null, "Error", e.getMessage() + "\n\n" + sw.toString(), true, art.library.gui.flat.FlatDialog.DIALOG_ERROR);                        
//     
}