internal ActiveCNXConnection(int IPID, string IPAddress, int IPPort, string UserName, string Password, bool UseSSL, VLogger logger)
{
this.logger = logger;
this.IPID = IPID;
this.IPAddress = IPAddress;
this.IPPort = IPPort;
this.UserName = UserName;
this.Password = Password;
this.UseSSL = UseSSL;
this.acnxConnection = new ActiveCNX();
// Define event handlers for the various events that are generated by ActiveCNX.NET
this.acnxConnection.onConnect += new Crestron.ActiveCNX.ActiveCNXConnectionEventHandler(acnxConnection_onConnect);
this.acnxConnection.onDisconnect += new Crestron.ActiveCNX.ActiveCNXConnectionEventHandler(acnxConnection_onDisconnect);
this.acnxConnection.onError += new Crestron.ActiveCNX.ActiveCNXErrorEventHandler(acnxConnection_onError);
this.acnxConnection.onDigital += new Crestron.ActiveCNX.ActiveCNXEventHandler(acnxConnection_onDigital);
/* this.acnxConnection.onAnalog +=new Crestron.ActiveCNX.ActiveCNXEventHandler(acnxConnection_onAnalog);
*
* this.acnxConnection.onSerial += new Crestron.ActiveCNX.ActiveCNXEventHandler(acnxConnection_onSerial);
* this.acnxConnection.onCertVerification += new Crestron.ActiveCNX.ActiveCNXCertificateEventHandler(acnxConnection_onCertVerification);
* */
}
public CrestronRoomActivityViewModel(CrestronRoom room)
{
Device = new ActiveCNX(room.IpAddress, room.IpId, room.UserName, room.Password, room.Port, room.UseSsl);
Device.onAnalog += Device_onAnalog;
Device.onConnect += Device_onConnect;
Device.onDigital += Device_onDigital;
Device.onDisconnect += Device_onDisconnect;
Device.onError += Device_onError;
Messages = new ObservableRangeCollection <ActivityMessage>();
Title = room.Name;
}
internal ActiveCNXConnection(DigitalMediaPanelDescription connectionDescription, VLogger logger)
{
this.logger = logger;
this.acnxConnection = new ActiveCNX();
// Define event handlers for the various events that are generated by ActiveCNX.NET
this.acnxConnection.onConnect += new Crestron.ActiveCNX.ActiveCNXConnectionEventHandler(acnxConnection_onConnect);
this.acnxConnection.onDisconnect += new Crestron.ActiveCNX.ActiveCNXConnectionEventHandler(acnxConnection_onDisconnect);
this.acnxConnection.onError += new Crestron.ActiveCNX.ActiveCNXErrorEventHandler(acnxConnection_onError);
/* this.acnxConnection.onAnalog +=new Crestron.ActiveCNX.ActiveCNXEventHandler(acnxConnection_onAnalog);
* this.acnxConnection.onDigital += new Crestron.ActiveCNX.ActiveCNXEventHandler(acnxConnection_onDigital);
* this.acnxConnection.onSerial += new Crestron.ActiveCNX.ActiveCNXEventHandler(acnxConnection_onSerial);
* this.acnxConnection.onCertVerification += new Crestron.ActiveCNX.ActiveCNXCertificateEventHandler(acnxConnection_onCertVerification);
* */
if ((connectionDescription.IPAddress != null) && (connectionDescription.IPPort > 0))
{
/* this.acnxConnection.Connect(connectionDescription.IPAddress,
* connectionDescription.IPID, connectionDescription.UserName, connectionDescription.Password,
* connectionDescription.IPPort, connectionDescription.UseSSL, 0, 0);*/
}
}
public Form1()
{
InitializeComponent();
for (int i = 3; i < 255; i++)
{
this.cmbBoxIPID.Items.Add(string.Format("{0:X2}", i));
}
this.acnxConnection = new ActiveCNX();
acnxConnection.onConnect += new ActiveCNXConnectionEventHandler(acnxConnection_onConnect);
acnxConnection.onDisconnect += new ActiveCNXConnectionEventHandler(acnxConnection_onDisconnect);
acnxConnection.onError += new ActiveCNXErrorEventHandler(acnxConnection_onError);
acnxConnection.onDigital += new ActiveCNXEventHandler(acnxConnection_onDigital);
//I remembered that you can chain as many methods onto a delegate as you want, meaning we don't need a List of actions anymore.
//Now instead of initializing several lists within the dictionary, we can just initialize it with a null delegate to start and
//then add methods onto it as needed. Should be an easier syntax than dealing with the lists...
Action del = null;
audioSource.FeatureMode = true;
audioSource.AutomaticGainControl = false;
audioSource.SystemMode = SystemMode.OptibeamArrayOnly;
RecognizerInfo ri = SpeechRecognitionEngine.InstalledRecognizers().Where(r => r.Id == RecognizerId).FirstOrDefault();
if (ri == null)
{
MessageBox.Show("Could not find speech recognizer: {0}.", RecognizerId);
return;
}
this.sre = new SpeechRecognitionEngine(ri.Id);
this.transport = new Choices(
"play",
"stop",
"next channel",
"previous channel",
"cnn",
"fox");
var gb = new GrammarBuilder();
gb.Culture = ri.Culture;
gb.Append(transport);
var g = new Grammar(gb);
sre.LoadGrammar(g);
this.actionMap = new Dictionary <string, Action>()
{
{ "play", del },
{ "stop", del },
{ "pause", del },
};
actionMap["play"] += () =>
{
this.log.LogEvent("\nPlay command recognized");
this.acnxConnection.SendDigital(0, 1, true);
this.acnxConnection.SendDigital(0, 1, false);
};
actionMap["stop"] += () =>
{
this.log.LogEvent("\nStop command recognized");
this.acnxConnection.SendDigital(0, 2, true);
this.acnxConnection.SendDigital(0, 2, false);
};
actionMap["pause"] += () =>
{
this.log.LogEvent("\nPause command recognized");
this.acnxConnection.SendDigital(0, 3, true);
this.acnxConnection.SendDigital(0, 3, false);
};
//We could also do something like this, if we wanted a way to add actions at runtime; something like this
//would let us add new actions to a given command while the form was running, which might be cool
AddActionToMap("play", () => this.acnxConnection.SendDigital(1, 0, false));
//To deal with the threading issue, I've moved the speech stuff into it's own class, which is how the ShapeGame
//sample works. The Recognizer basically just takes an array of strings to set up a speech engine, and has it's
//own SpeechRecognized event that we can hook onto - it basically just mirrors the standard SpeechRecognized event.
//This means the Kinect stuff can have it's own little MTA threaded playground to fart around in, but the rest of
//the code doesn't have to deal with any messy threading issues.
recognizer = new Recognizer(this.actionMap.Keys.ToArray());
this.recognizer.SaidSomething += sre_SpeechRecognized;
}
public Form1()
{
InitializeComponent();
for (int i = 3; i < 255; i++)
{
this.cmbBoxIPID.Items.Add(string.Format("{0:X2}", i));
}
this.acnxConnection = new ActiveCNX();
acnxConnection.onConnect += new ActiveCNXConnectionEventHandler(acnxConnection_onConnect);
acnxConnection.onDisconnect += new ActiveCNXConnectionEventHandler(acnxConnection_onDisconnect);
acnxConnection.onError += new ActiveCNXErrorEventHandler(acnxConnection_onError);
acnxConnection.onDigital += new ActiveCNXEventHandler(acnxConnection_onDigital);
//I remembered that you can chain as many methods onto a delegate as you want, meaning we don't need a List of actions anymore.
//Now instead of initializing several lists within the dictionary, we can just initialize it with a null delegate to start and
//then add methods onto it as needed. Should be an easier syntax than dealing with the lists...
Action del = null;
audioSource.FeatureMode = true;
audioSource.AutomaticGainControl = false;
audioSource.SystemMode = SystemMode.OptibeamArrayOnly;
RecognizerInfo ri = SpeechRecognitionEngine.InstalledRecognizers().Where(r => r.Id == RecognizerId).FirstOrDefault();
if (ri == null)
{
MessageBox.Show("Could not find speech recognizer: {0}.", RecognizerId);
return;
}
this.sre = new SpeechRecognitionEngine(ri.Id);
this.transport = new Choices(
"play",
"stop",
"next channel",
"previous channel",
"cnn",
"fox");
var gb = new GrammarBuilder();
gb.Culture = ri.Culture;
gb.Append(transport);
var g = new Grammar(gb);
sre.LoadGrammar(g);
this.actionMap = new Dictionary<string, Action>()
{
{"play",del},
{"stop",del},
{"pause",del},
};
actionMap["play"] += () =>
{
this.log.LogEvent("\nPlay command recognized");
this.acnxConnection.SendDigital(0, 1, true);
this.acnxConnection.SendDigital(0, 1, false);
};
actionMap["stop"] += () =>
{
this.log.LogEvent("\nStop command recognized");
this.acnxConnection.SendDigital(0, 2, true);
this.acnxConnection.SendDigital(0, 2, false);
};
actionMap["pause"] += () =>
{
this.log.LogEvent("\nPause command recognized");
this.acnxConnection.SendDigital(0, 3, true);
this.acnxConnection.SendDigital(0, 3, false);
};
//We could also do something like this, if we wanted a way to add actions at runtime; something like this
//would let us add new actions to a given command while the form was running, which might be cool
AddActionToMap("play", () => this.acnxConnection.SendDigital(1, 0, false));
//To deal with the threading issue, I've moved the speech stuff into it's own class, which is how the ShapeGame
//sample works. The Recognizer basically just takes an array of strings to set up a speech engine, and has it's
//own SpeechRecognized event that we can hook onto - it basically just mirrors the standard SpeechRecognized event.
//This means the Kinect stuff can have it's own little MTA threaded playground to fart around in, but the rest of
//the code doesn't have to deal with any messy threading issues.
recognizer = new Recognizer(this.actionMap.Keys.ToArray());
this.recognizer.SaidSomething += sre_SpeechRecognized;
}