private void OnAlexaMessage(HandleMessageEventData eventData)
{
//Listen for new messages from the Alexa skill
Debug.Log("OnAlexaMessage");
Dictionary <string, object> message = eventData.Message;
//Get Session Attributes with in-line defined callback
switch (message["type"] as string)
{
case "AlexaUserId":
Debug.Log("AlexaUserId: " + message["message"]);
alexaManager.alexaUserDynamoKey = message["message"] as string;
break;
}
alexaManager.GetSessionAttributes((result) =>
{
if (result.IsError)
{
Debug.LogError(eventData.Exception.Message);
}
switch (message["type"] as string)
{
case "AlexaUserId":
ConfirmSetup(result);
break;
case "StartRequest":
alexaManager.SendToAlexaSkill(StartGame(), null);
break;
case "NextGameRequest":
alexaManager.SendToAlexaSkill(NextGame(), null);
break;
case "MathGameAnswer":
string answer = message["answer"] as string;
alexaManager.SendToAlexaSkill(onMathAnswer(answer), null);
break;
case "ColorGameAnswer":
string response = onColorAnswer(message["color1"] as string, message["color2"] as string, message["color3"] as string, message["color4"] as string, message["color5"] as string);
alexaManager.SendToAlexaSkill(response, null);
break;
case "HelpRequest":
alexaManager.SendToAlexaSkill(onHelpRequest(), null);
break;
default:
alexaManager.SendToAlexaSkill("Unrecognized message type!", null);
break;
}
});
}
public void OnAlexaMessage(HandleMessageEventData eventData)
{
//Listen for new messages from the Alexa skill
Debug.Log("OnAlexaMessage");
Dictionary <string, object> message = eventData.Message;
//Get Session Attributes with in-line defined callback
switch (message["type"] as string)
{
case "AlexaUserId":
Debug.Log("AlexaUserId: " + message["message"]);
alexaManager.alexaUserDynamoKey = message["message"] as string;
break;
}
alexaManager.GetSessionAttributes((result) =>
{
if (result.IsError)
{
Debug.LogError(eventData.Exception.Message);
}
switch (message["type"] as string)
{
case "AlexaUserId":
ConfirmSetup(result);
break;
case "Color":
Debug.Log("Requested Light Color: " + message["message"]);
UpdateLight(message["type"] as string, message["message"] as string, result);
break;
case "State":
Debug.Log("Requested Light State: " + message["message"]);
UpdateLight(message["type"] as string, message["message"] as string, result);
break;
case "GetObject":
Debug.Log("Requested object direction: " + message["message"]);
GetObjectInDirection(message["type"] as string, message["message"] as string);
break;
default:
break;
}
});
}
private void OnAlexaMessage(HandleMessageEventData eventData)
{
//Listen for new messages from the Alexa skill
Debug.Log("OnAlexaMessage");
Dictionary <string, object> message = eventData.Message;
//Get Session Attributes with in-line defined callback
switch (message["type"] as string)
{
case "AlexaUserId":
Debug.Log("AlexaUserId: " + message["message"]);
alexaManager.alexaUserDynamoKey = message["message"] as string;
break;
}
alexaManager.GetSessionAttributes((result) =>
{
if (result.IsError)
{
Debug.LogError(eventData.Exception.Message);
}
GameManager gm = FindObjectOfType <GameManager>();
switch (message["type"] as string)
{
case "AlexaUserId":
ConfirmSetup(result);
break;
case "PlaceRequest":
alexaManager.SendToAlexaSkill(gm.onMoveCommand(message["ship"] as string, message["col"] as string, message["row"] as string, message["orientation"] as string), null);
break;
case "ConfirmPlacement":
alexaManager.SendToAlexaSkill(gm.onConfirmPlacementCommand(), null);
break;
case "FireRequest":
alexaManager.SendToAlexaSkill(gm.onFireCommand(message["col"] as string, message["row"] as string), null);
break;
default:
alexaManager.SendToAlexaSkill("Unrecognized message type!", null);
break;
}
});
}
private void OnAlexaMessage(HandleMessageEventData eventData)
{
//Listen for new messages from the Alexa skill
Debug.Log("OnAlexaMessage");
Dictionary <string, object> message = eventData.Message;
//Get Session Attributes with in-line defined callback
switch (message["type"] as string)
{
case "AlexaUserId":
Debug.Log("AlexaUserId: " + message["message"]);
alexaManager.alexaUserDynamoKey = message["message"] as string;
break;
}
alexaManager.GetSessionAttributes((result) =>
{
if (result.IsError)
{
Debug.LogError(eventData.Exception.Message);
}
switch (message["type"] as string)
{
case "AlexaUserId":
ConfirmSetup(result);
break;
case "DestroyRequest":
Destroy(GameObject.Find("Ship"));
alexaManager.SendToAlexaSkill("BOOM!", null);
break;
default:
alexaManager.SendToAlexaSkill("Unrecognized message type!", null);
break;
}
});
}
//Callback for when a message is recieved
public void OnAlexaMessage(HandleMessageEventData eventData)
{
//Step 10: Listen for new messages from the Alexa skill
Debug.Log(displayName + " OnAlexaMessage: " + eventData.Message["type"]);// + " " + eventData.Message["message"]);
Dictionary <string, object> message = eventData.Message;
//Get Session Attributes with in-line defined callback
switch (message["type"] as string)
{
case "AlexaUserId":
Debug.Log(displayName + " AlexaUserId: " + message["message"]);
alexaManager.alexaUserDynamoKey = message["message"] as string;
break;
}
alexaManager.GetSessionAttributes((result) =>
{
if (result.IsError)
{
Debug.LogError(eventData.Exception.Message);
}
switch (message["type"] as string)
{
case "AlexaUserId":
ConfirmSetup(result);
break;
case "ExecuteCommand":
Debug.Log(displayName + " Requested Execute Command: " + message["message"]);
ExecuteCommand(message["type"] as string, message["message"] as string, Convert.ToSingle(message["time"]), Convert.ToSingle(message["value"]), result);
break;
case "GetAttribute":
Debug.Log(displayName + " Requested Attribute: " + message["message"]);
GetAttribute(message["type"] as string, message["message"] as string, result);
break;
case "Stage":
Debug.Log(displayName + " Requested Staging");
InputSimulator Ins = new InputSimulator();
Ins.Keyboard.KeyPress(WindowsInput.Native.VirtualKeyCode.SPACE);
break;
case "SetThrottle":
Debug.Log(displayName + " Requested SetThrottle: " + message["message"]);
currentThrottle = Convert.ToSingle(message["message"]);
Debug.Log(displayName + currentThrottle);
vessel.OnFlyByWire += new FlightInputCallback(SetThrottle);
break;
case "BurnCommand":
Debug.Log(displayName + " Requested BurnCommand: " + message["message"] + ", " + message["time"]);
burnTime = Convert.ToSingle(message["time"]);
currentThrottle = Convert.ToSingle(message["message"]);
vessel.OnFlyByWire += new FlightInputCallback(Burn);
break;
default:
break;
}
});
}
