static void Main(string[] args)
{
SerialWorker serialDevice = null;
LyncClientWorker lyncHandler = null;
bool isFromDevice = false; // this tells the handler that the trigger made from device will not trigger another updateAvailability
// delegate when a message from the device arrives
ParseIncomingMessage parseMessage = new ParseIncomingMessage(delegate(string message) {
isFromDevice = true;
switch (message) {
case "FREE":
Console.WriteLine("I am Free");
lyncHandler.UpdateLyncAvailability(LyncAvailabilityState.Free);
break;
case "BUSY":
Console.WriteLine("I am Busy");
lyncHandler.UpdateLyncAvailability(LyncAvailabilityState.Busy);
break;
case "AWAY":
Console.WriteLine("I am Away");
lyncHandler.UpdateLyncAvailability(LyncAvailabilityState.Away);
break;
case "DND":
Console.WriteLine("DND");
lyncHandler.UpdateLyncAvailability(LyncAvailabilityState.DND);
break;
}
});
SetDeviceAvailability updateAvailability = new SetDeviceAvailability(delegate(LyncAvailabilityState state) {
if (!isFromDevice) {
// process the callback here
if (serialDevice != null) {
switch (state) {
case LyncAvailabilityState.Free:
serialDevice.SendMessage("FREE");
break;
case LyncAvailabilityState.Away:
serialDevice.SendMessage("AWAY");
break;
case LyncAvailabilityState.Busy:
serialDevice.SendMessage("BUSY");
break;
case LyncAvailabilityState.DND:
serialDevice.SendMessage("DND");
break;
case LyncAvailabilityState.Offline:
serialDevice.SendMessage("OFF");
break;
default:
break;
}
}
}
else {
isFromDevice = false;
}
});
// create the SerialWorker along with the delegate and message terminators
serialDevice = new SerialWorker("COM8", parseMessage, '[', ']');
// trigger the listener, this starts the process
serialDevice.ListenPort(); // --> this has a thread in it, and this app will run until thread is destroyed
// create the LyncClient along with the callback
lyncHandler = new LyncClientWorker(updateAvailability);
}
static void Main(string[] args)
{
SerialWorker serialDevice = null;
LyncClientWorker lyncHandler = null;
bool isFromDevice = false; // this tells the handler that the trigger made from device will not trigger another updateAvailability
// delegate when a message from the device arrives
ParseIncomingMessage parseMessage = new ParseIncomingMessage(delegate(string message) {
isFromDevice = true;
switch (message)
{
case "FREE":
Console.WriteLine("I am Free");
lyncHandler.UpdateLyncAvailability(LyncAvailabilityState.Free);
break;
case "BUSY":
Console.WriteLine("I am Busy");
lyncHandler.UpdateLyncAvailability(LyncAvailabilityState.Busy);
break;
case "AWAY":
Console.WriteLine("I am Away");
lyncHandler.UpdateLyncAvailability(LyncAvailabilityState.Away);
break;
case "DND":
Console.WriteLine("DND");
lyncHandler.UpdateLyncAvailability(LyncAvailabilityState.DND);
break;
}
});
SetDeviceAvailability updateAvailability = new SetDeviceAvailability(delegate(LyncAvailabilityState state) {
if (!isFromDevice)
{
// process the callback here
if (serialDevice != null)
{
switch (state)
{
case LyncAvailabilityState.Free:
serialDevice.SendMessage("FREE");
break;
case LyncAvailabilityState.Away:
serialDevice.SendMessage("AWAY");
break;
case LyncAvailabilityState.Busy:
serialDevice.SendMessage("BUSY");
break;
case LyncAvailabilityState.DND:
serialDevice.SendMessage("DND");
break;
case LyncAvailabilityState.Offline:
serialDevice.SendMessage("OFF");
break;
default:
break;
}
}
}
else
{
isFromDevice = false;
}
});
// create the SerialWorker along with the delegate and message terminators
serialDevice = new SerialWorker("COM8", parseMessage, '[', ']');
// trigger the listener, this starts the process
serialDevice.ListenPort(); // --> this has a thread in it, and this app will run until thread is destroyed
// create the LyncClient along with the callback
lyncHandler = new LyncClientWorker(updateAvailability);
}