public static string ExecuteInstructions(string instructionString) {
var testSocket = new TestSocket(string.Format("{0:000000}:{1}", instructionString.Length, instructionString));
var messenger = new Messenger(testSocket);
var interpreter = new Interpreter(messenger, string.Empty, Builder.Service());
interpreter.ProcessInstructions();
return testSocket.Output;
}
// Update is called once per frame
void Update()
{
if (!initialised)
{
try {
GameObject camera = GameObject.FindGameObjectsWithTag("MainCamera") [0];
TestSocket socketScript = camera.GetComponent(typeof(TestSocket)) as TestSocket;
socket = socketScript.getSocket();
socket.registerObserver(presenterAudioOutlet);
initialised = true;
//Debug.Log("Successfully Initialised Meeting Participant Script");
} catch (NullReferenceException ex) {
}
}
else
{
if (!presenterAudioOutlet.IsOutletEmpty()) //Whenever you receive a message
{
Message next = presenterAudioOutlet.GetNextMessage(); //Get that message
if (next.Signal.Equals(ServerSignals.AUDI.ToString())) //Add the payload to the buffer of data for the next audio sample
{
payloadBuffer.Add(next.Payload);
}
else if (next.Signal.Equals(ServerSignals.EAUD.ToString())) //Take all of the payloads obtained until this point and append them to make 1 byte[] then decompress the array and convert it to an audio clip
{
ByteBuffer combinedPayload = new ByteBuffer();
//Debug.Log ("Received full audio clip. It took " + payloadBuffer.Count + " messages to receive the audio");
foreach (byte[] currentPayload in payloadBuffer)
{
combinedPayload.WriteBytes(currentPayload);
}
payloadBuffer.Clear();
int originalDataLength = BitConverter.ToInt32(next.Payload, 0);
// DecompressAndStore (new CompressedData (combinedPayload.ToBytes (), originalDataLength));
Thread decompressThread = new Thread(DecompressAndStore);
Debug.Log("Decompressing " + combinedPayload.ToBytes().Length + " bytes");
decompressThread.Start(new CompressedData(combinedPayload.ToBytes(), originalDataLength));
}
}
if (canOutput) //If the initial 15 seconds has passed
{
if (Time.time >= playNextSampleAt) // If it's time to play the next sample i.e the time since the last sample has started + it's length has elapsed
{
if (!IsClipQueueEmpty()) //If there's a full clip to play
{
//Debug.Log("Playing audio");
AudioClip nextClip = GetNextClipInQueue();
if (nextClip != null)
{
//Debug.Log("Playing audio clip that is " + nextClip.length + " seconds long");
lastSampleStartedAt = Time.time;
playNextSampleAt = Time.time + nextClip.length;
AudioSource.PlayClipAtPoint(nextClip, new Vector3(0, 0, 0));
}
}
}
}
}
}
public void SetUp()
{
socket = new TestSocket();
messenger = new Messenger(socket);
socket.Clear();
}
public void WritesVersion()
{
socket = new TestSocket();
messenger = new Messenger(socket);
Assert.AreEqual("Slim -- V0.4\n", socket.GetByteString());
}
