private IEnumerator ProcessInput(SpeechInputEventArgs eventArgs)
{
//Debug.Log("ProcessInputStart");
/*if (!GameObject.Find("AppConfig").GetComponent<AppConfig>().IsServerInstance)
* yield break;*/
Debug.Log("Processing '" + eventArgs.Input + "'");
_isProcessing = true;
Action <SpeechInputEventArgs> action;
if (RespondExternally)
{
// External responder takes care of evaluating and setting
// the keyword and data values for the input event args.
yield return(ExternalResponder.SendRequest(eventArgs));
}
// If no external responder is available, check if input token
// is equal to a keyword.
else if (_keywordTypeTable.ContainsKey(eventArgs.Input))
{
eventArgs.Keyword = (KeywordType)Enum.Parse(typeof(KeywordType), eventArgs.Input);
}
action = response => SpeechInputEvent(response);
InputHandler.Instance.InvokeSpeechInputEvent(action, eventArgs);
_dictationRecognizer.Stop();
_isProcessing = false;
//Debug.Log("ProcessInputStop");
}
public void OnDictationResult(string text, ConfidenceLevel confidence)
{
//Debug.Log("OnDictationResultStart");
//Debug.Log("Dictation result: " + text);
// Return if SpeechInputListener is already processing speech
// input (external responders may take more time).
if (_isProcessing)
{
return;
}
// First token has to be equal to activation keyword, second token
// is the actual input string for processing.
Debug.Log("Processing: " + text);
string[] token = text.ToLower().Split(new char[] { ' ' }, 2);
if (token[0] == ActivationKeyword.ToLower() && token.Length > 1)
{
var eventArgs = new SpeechInputEventArgs(token[1]);
StartCoroutine(ProcessInput(eventArgs));
}
_dictationStarted = false;
//Debug.Log("OnDictationResultStop");
}
