/// <summary>
/// Create a UIController instance
/// </summary>
/// <param name="system">The base system</param>
/// <param name="device">The UI device used for the UIController</param>
/// <param name="defaultRoom">The default room for the UI</param>
protected UIController(SystemBase system, BasicTriList device, RoomBase defaultRoom)
{
_idCount++;
Id = _idCount;
_system = system;
_system.SystemStartupProgressChange += OnSystemStartupProgressChange;
Device = device;
DefaultRoom = defaultRoom;
CloudLog.Debug("Creating {0} for device: {1} ({2}) with ID 0x{3:X2}", GetType().Name, device.GetType().Name, device.Name, device.ID);
try
{
device.IpInformationChange += DeviceOnIpInformationChange;
_isEthernetDevice = true;
}
catch
{
CloudLog.Debug("{0} is not Ethernet Device", device.ToString());
}
device.OnlineStatusChange += DeviceOnOnlineStatusChange;
device.SigChange += OnSigChange;
var tswFt5Button = device as TswFt5Button;
if (tswFt5Button != null)
{
tswFt5Button.ExtenderEthernetReservedSigs.Use();
tswFt5Button.ExtenderEthernetReservedSigs.DeviceExtenderSigChange +=
ExtenderEthernetReservedSigsOnDeviceExtenderSigChange;
}
var tswx52ButtonVoiceControl = device as Tswx52ButtonVoiceControl;
if (tswx52ButtonVoiceControl != null)
{
tswx52ButtonVoiceControl.ExtenderSystemReservedSigs.Use();
tswx52ButtonVoiceControl.ExtenderAutoUpdateReservedSigs.Use();
tswx52ButtonVoiceControl.ExtenderAutoUpdateReservedSigs.DeviceExtenderSigChange += ExtenderAutoUpdateReservedSigsOnDeviceExtenderSigChange;
}
var tswX60BaseClass = device as TswX60BaseClass;
if (tswX60BaseClass != null)
{
tswX60BaseClass.ExtenderHardButtonReservedSigs.Use();
Debug.WriteInfo("Setting up hard buttons for TswX60BaseClass device");
_hardButtons = new ButtonCollection();
for (uint b = 1; b <= 5; b++)
{
var extender = tswX60BaseClass.ExtenderHardButtonReservedSigs;
var t = extender.GetType().GetCType();
var offMethod = t.GetMethod(string.Format("TurnButton{0}BackLightOff", b));
var onMethod = t.GetMethod(string.Format("TurnButton{0}BackLightOn", b));
var delType = typeof(HardKeyBackLightMethod).GetCType();
var offDel = (HardKeyBackLightMethod)CDelegate.CreateDelegate(delType, extender, offMethod);
var onDel = (HardKeyBackLightMethod)CDelegate.CreateDelegate(delType, extender, onMethod);
var button = new UIHardButton(this, b, onDel, offDel);
_hardButtons.Add(b, button);
}
}
else if (device is Tswx52ButtonVoiceControl)
{
Debug.WriteInfo("Setting up hard buttons for Tswx52ButtonVoiceControl device");
_hardButtons = new ButtonCollection();
for (uint b = 1; b <= 5; b++)
{
var button = new UIHardButton(this, b);
_hardButtons.Add(b, button);
}
}
_system.UIControllers.Add(this);
}
void ui_SigChange(BasicTriList currentDevice, SigEventArgs args)
{
Sig sig = args.Sig;
OnDebug(eDebugEventType.Info, "{0} SigChange in {1} type: {2}, sig: {3}, Name: {4}", currentDevice.ToString(), currentDevice.ID.ToString(), sig.Type.ToString(), sig.Number.ToString(), sig.Name);
switch (sig.Type)
{
case eSigType.Bool:
if (sig.BoolValue) // press
{
OnDebug(eDebugEventType.Info, "Press event on sig number: {0}", sig.Number);
switch (sig.Number)
{
case DIG_TOGGLE_POWER:
UI.ToggleDigitalJoin(currentDevice, sig.Number);
break;
case DIG_MACRO:
UI.PulseDigitalJoin(currentDevice, DIG_TOGGLE_POWER);
var randomNumber = new Random().Next(ushort.MaxValue);
UI.SetAnalogJoin(currentDevice, ANA_RANDOM, (ushort)randomNumber);
UI.SetSerialJoin(currentDevice, SER_VALUE, randomNumber.ToString());
break;
}
}
else // release
{
}
break;
case eSigType.UShort:
OnDebug(eDebugEventType.Info, "UShortValue: {0}", sig.UShortValue.ToString());
switch (sig.Number)
{
case ANA_BAR_GRAPH:
UI.SetAnalogJoin(currentDevice, sig.Number, sig.UShortValue);
UI.SetSerialJoin(currentDevice, SER_VALUE, sig.UShortValue.ToString());
break;
case ANA_RANDOM:
UI.SetAnalogJoin(currentDevice, ANA_BAR_GRAPH, sig.UShortValue);
break;
}
break;
case eSigType.String:
OnDebug(eDebugEventType.Info, "StringValue: {0}", sig.StringValue);
switch (sig.Number)
{
case SER_INPUT:
UI.SetSerialJoin(currentDevice, SER_VALUE, sig.StringValue.ToString());
break;
}
break;
default:
OnDebug(eDebugEventType.Info, "Unhandled sig type: {0}", sig.Type.ToString());
break;
}
}
public void EICSignalHandler(BasicTriList currentDevice, SigEventArgs args)
{
CrestronConsole.PrintLine("[+] Signal Received : {0}", currentDevice.ToString());
Sig signal = args.Sig;
switch (signal.Type)
{
// Digital
case (eSigType.Bool):
CrestronConsole.PrintLine("[+] Digital: {0}", signal.ToString());
// Occupancy Detected Signal
if (signal.Number == (uint)eSignalDigitalID.Occupancy_Detected)
{
CrestronConsole.PrintLine("[+] Occupancy Detected: {0}", signal.BoolValue);
if (signal.BoolValue)
{
// Start receiving occupancy information. New room object to store info.
_room = new Room();
_room.setOccupied();
}
else
{
// Done receiving occupancy information. Store the room state
property.updateRoom(_room);
TxPropertyStatus(property);
}
}
// Vacancy Detected Signal
if (signal.Number == (uint)eSignalDigitalID.Vacancy_Detected)
{
CrestronConsole.PrintLine("[+] Vacancy Detected: {0}", signal.BoolValue);
if (signal.BoolValue)
{
// Start receiving vacancy information. New room object to store info.
_room = new Room();
_room.setVacant();
}
else
{
// Done receiving vacancy information. Store the room state
property.updateRoom(_room);
}
}
break;
// Analog
case (eSigType.UShort):
CrestronConsole.PrintLine("[+] Analog: {0}", signal.ToString());
break;
// Serial
case (eSigType.String):
CrestronConsole.PrintLine("[+] Serial: {0}", signal.ToString());
// Motion_Location$ Signal
if (signal.Number == (uint)eSignalSerialID.Motion_Location)
{
CrestronConsole.PrintLine("[+] Motion Location: {0}", signal.StringValue);
_room.Name = signal.StringValue;
}
break;
default:
CrestronConsole.PrintLine("[+] Unknown: {0}", signal.ToString());
break;
}
}