package Barrier;
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import art.library.model.devices.Device;
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import art.library.model.devices.DeviceGraphicsRuntime;
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import art.library.model.devices.DeviceStatus;
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import com.kitfox.svg.SVGDiagram;
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public class DeviceGraphicsRuntime_Barrier_status_aspect extends DeviceGraphicsRuntime
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{
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public DeviceGraphicsRuntime_Barrier_status_aspect(art.library.model.devices.Device device, SVGDiagram diagram)
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{
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super(device, diagram);
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}
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private boolean flashOn = false;
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public void timer()
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{
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flashOn = !flashOn;
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status();
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}
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public void status()
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{
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Device device = getDevice();
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String color1 = "#000000";
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String color2 = "#000000";
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art.library.model.devices.barrier.BarrierRealtime realtime = (art.library.model.devices.barrier.BarrierRealtime) device.getDeviceRealtime();
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switch (device.getStatus())
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{
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case DeviceStatus.STATUS_ONLINE:
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color1 = "#00FF00";
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color2 = "#007C00";
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break;
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case DeviceStatus.STATUS_WARNING:
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color1 = "#FFFF00";
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color2 = "#7C7C00";
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break;
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case DeviceStatus.STATUS_ALARM:
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color1 = "#FF0000";
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color2 = "#7C0000";
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break;
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case DeviceStatus.STATUS_INVALID:
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color1 = "#B97A57";
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color2 = "#5A3B2A";
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break;
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case DeviceStatus.STATUS_DISABLE:
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color1 = "#7C7C7C";
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color2 = "#3E3E3E";
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break;
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case DeviceStatus.STATUS_SIMULATION:
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color1 = "#0000FF";
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color2 = "#00007C";
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break;
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case DeviceStatus.STATUS_OFFLINE:
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color1 = "#c000c0";
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color2 = "#7C007C";
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break;
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case DeviceStatus.STATUS_UNKNOWN:
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color1 = "#c000c0";
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color2 = "#7C007C";
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break;
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}
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setAttribute("Barrier base 1", "fill", color1);
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setAttribute("Barrier base 2", "fill", color2);
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setAttribute("Position up", "display", "none");
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setAttribute("Position down", "display", "none");
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setAttribute("Position opening", "display", "none");
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setAttribute("Position closing", "display", "none");
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setAttribute("Lock unlock", "display", "none");
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setAttribute("Lock lock", "display", "none");
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setAttribute("Lock unknown", "display", "none");
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setAttribute("Loop input", "display", "none");
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setAttribute("Loop input unknown", "display", "none");
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setAttribute("Loop output", "display", "none");
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setAttribute("Loop output unknown", "display", "none");
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setAttribute("Loop output", "display", "none");
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setAttribute("Loop output unknown", "display", "none");
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setAttribute("Traffic light green", "display", "none");
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setAttribute("Traffic light yellow", "display", "none");
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setAttribute("Traffic light red", "display", "none");
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setAttribute("Traffic light unknown", "display", "none");
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if (realtime == null)
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{
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return;
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}
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switch (realtime.itc != null ? realtime.itc.position : realtime.general.position)
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{
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case art.library.model.devices.barrier.realtime.BarrierRealtimeITC.POSITION_UP:
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setAttribute("Position up", "display", "inline");
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break;
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case art.library.model.devices.barrier.realtime.BarrierRealtimeITC.POSITION_DOWN:
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setAttribute("Position down", "display", "inline");
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break;
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case art.library.model.devices.barrier.realtime.BarrierRealtimeITC.POSITION_OPENING:
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setAttribute("Position opening", "display", "inline");
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break;
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case art.library.model.devices.barrier.realtime.BarrierRealtimeITC.POSITION_CLOSING:
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setAttribute("Position closing", "display", "inline");
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break;
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}
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switch (realtime.itc != null ? realtime.itc.lock : realtime.general.lock)
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{
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case art.library.model.devices.barrier.realtime.BarrierRealtimeITC.LOCK_LOCK:
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setAttribute("Lock lock", "display", "inline");
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break;
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case art.library.model.devices.barrier.realtime.BarrierRealtimeITC.LOCK_UNLOCK:
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setAttribute("Lock unlock", "display", "inline");
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break;
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case art.library.model.devices.barrier.realtime.BarrierRealtimeITC.LOCK_UNKNOWN:
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setAttribute("Lock unknown", "display", "inline");
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setAttribute("Lock unknown", "fill", color2);
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break;
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}
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if (realtime.itc != null)
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{
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switch (realtime.itc.loopInput)
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{
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case art.library.model.devices.barrier.realtime.BarrierRealtimeITC.LOOP_ACTIVE:
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setAttribute("Loop input", "display", "inline");
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break;
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case art.library.model.devices.barrier.realtime.BarrierRealtimeITC.LOOP_UNKNOWN:
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setAttribute("Loop input unknown", "display", "inline");
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setAttribute("Loop input unknown", "fill", color2);
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break;
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}
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switch (realtime.itc.loopOutput)
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{
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case art.library.model.devices.barrier.realtime.BarrierRealtimeITC.LOOP_ACTIVE:
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setAttribute("Loop output", "display", "inline");
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break;
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case art.library.model.devices.barrier.realtime.BarrierRealtimeITC.LOOP_UNKNOWN:
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setAttribute("Loop output unknown", "display", "inline");
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setAttribute("Loop output unknown", "fill", color2);
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break;
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}
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switch (realtime.itc.trafficLight)
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{
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case art.library.model.devices.barrier.realtime.BarrierRealtimeITC.TRAFFIC_LIGHT_GREEN:
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setAttribute("Traffic light green", "display", "inline");
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break;
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case art.library.model.devices.barrier.realtime.BarrierRealtimeITC.TRAFFIC_LIGHT_YELLOW:
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setAttribute("Traffic light yellow", "display", "inline");
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break;
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case art.library.model.devices.barrier.realtime.BarrierRealtimeITC.TRAFFIC_LIGHT_RED:
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setAttribute("Traffic light red", "display", "inline");
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break;
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case art.library.model.devices.barrier.realtime.BarrierRealtimeITC.TRAFFIC_LIGHT_UNKNOWN:
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setAttribute("Traffic light unknown", "display", "inline");
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setAttribute("Traffic light unknown", "fill", color2);
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break;
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}
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}
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for (int i = 0; i < device.getServerityAlarm(); i++)
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{
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setAttribute("Alarm" + i, "display", "none");
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}
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}
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// java.io.StringWriter sw = new java.io.StringWriter();
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// art.library.gui.flat.FlatDialog.showDialog(null, "Error", e.getMessage() + "\n\n" + sw.toString(), true, art.library.gui.flat.FlatDialog.DIALOG_ERROR);
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//
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}
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