Examples with AudioTimeouts com.amazonaws.mobileconnectors.lex.interactionkit.internal.audio.AudioTimeouts used on opensource projects

Example 1 with AudioTimeouts

use of com.amazonaws.mobileconnectors.lex.interactionkit.internal.audio.AudioTimeouts in project aws-sdk-android by aws-amplify.

the class InteractionClient method carryOnWithMic.

/**
 * Starts listening for the user to speak, through the microphones. The voice interaction client
 * detects the start and end of speech.
 */
private void carryOnWithMic(final Map<String, String> sessionAttributes, final Map<String, String> requestAttributes, final ResponseType mode) {
    // Ensure that the client is not pre-occupied with another dlalog
    checkBusyState();
    // Send user's response to Amazon Lex service as an audio-stream.
    final InteractionClient client = this;
    new Thread(new Runnable() {

        @Override
        public void run() {
            final Handler handler = new Handler(context.getMainLooper());
            Runnable returnCallBack;
            try {
                // Create a new voice interaction client.
                if (AudioEncoding.LPCM.equals(interactionConfig.getAudioEncoding())) {
                    audioEncoder = new BufferedAudioEncoder(new L16PcmEncoder());
                } else {
                    audioEncoder = new BufferedAudioEncoder(new OpusEncoder());
                }
                // Set time-out limits for mic audio.
                audioTimeouts = new AudioTimeouts(interactionConfig.getNoSpeechTimeoutInterval(), interactionConfig.getMaxSpeechTimeoutInterval());
                // Set VAD configuration.
                vadConfig = new DnnVADConfig(interactionConfig.getLrtThreshold(), interactionConfig.getStartPointingThreshold(), interactionConfig.getEndPointingThreshold());
                lexAudioRecorder = new LexAudioRecorderBuilder(context).audioEncoder(audioEncoder).audioTimeouts(audioTimeouts).dnnVADConfig(vadConfig).build();
                // Calculate the maximum buffer size for pipes.
                final int maxTotalAudioLengthInMills = audioTimeouts.getNoSpeechTimeout() + audioTimeouts.getMaxSpeechTimeout();
                final int pipeSize = AudioRecorder.DEFAULT_SAMPLE_RATE * (int) TimeUnit.MILLISECONDS.toSeconds(maxTotalAudioLengthInMills) * (SAMPLE_SIZE / Byte.SIZE);
                final InputStream audioInStream = new BufferedInputStream(lexAudioRecorder.getConsumerStream(), pipeSize);
                final PostContentRequest request = CreateLexServiceRequest.generatePostContentRequest(sessionAttributes, requestAttributes, interactionConfig, credentialsProvider, mode, audioInStream, audioEncoder.getMediaType().toString());
                // Start the speech listener, service api's will be called only when the speech frames are detected.
                startListening(handler, microphoneListener, lexAudioRecorder, request, client, mode);
            } catch (final Exception e) {
                returnCallBack = new Runnable() {

                    @Override
                    public void run() {
                        interactionListener.onInteractionError(null, e);
                    }
                };
                handler.post(returnCallBack);
            } finally {
                setBusyState(NOT_BUSY);
            }
        }
    }).start();
}