Class SampleBuffer

wrap( ByteBuffer buffer, int sampleType, long presentationTimeUs )

Wraps a raw (mono) byte buffer to a new sample buffer.

public static com.smartdevicelink.managers.audio.SampleBuffer wrap(ByteBuffer buffer,int sampleType,long presentationTimeUs)

Method Parameters

buffer

The raw buffer to be wrapped.

sampleType

The sample type of the samples in the raw buffer.

presentationTimeUs

The presentation time of the buffer.

wrap( ByteBuffer buffer, int sampleType, int channelCount, long presentationTimeUs )

Wraps a raw byte buffer to a new sample buffer.

public static com.smartdevicelink.managers.audio.SampleBuffer wrap(ByteBuffer buffer,int sampleType,int channelCount,long presentationTimeUs)

Method Parameters

buffer

The raw buffer to be wrapped.

sampleType

The sample type of the samples in the raw buffer.

channelCount

The number of channels (1 = mono, 2 = stereo).

presentationTimeUs

The presentation time of the buffer.

allocate( int capacity, int sampleType, ByteOrder byteOrder, long presentationTimeUs )

Allocates a new sample buffer.

public static com.smartdevicelink.managers.audio.SampleBuffer allocate(int capacity,int sampleType,ByteOrder byteOrder,long presentationTimeUs)

Method Parameters

capacity

The specified sample capacity of the sample buffer.

sampleType

The sample type of the samples the buffer should store.

byteOrder

The byte order for the samples (little or big endian).

presentationTimeUs

The presentation time for the buffer.

allocate( int capacity, int sampleType, int channelCount, ByteOrder byteOrder, long presentationTimeUs )

Allocates a new sample buffer.

public static com.smartdevicelink.managers.audio.SampleBuffer allocate(int capacity,int sampleType,int channelCount,ByteOrder byteOrder,long presentationTimeUs)

Method Parameters

capacity

The specified sample capacity of the sample buffer.

sampleType

The sample type of the samples the buffer should store.

channelCount

The number of channels (1 = mono, 2 = stereo).

byteOrder

The byte order for the samples (little or big endian).

presentationTimeUs

The presentation time for the buffer.

capacity()

Returns the capacity of the buffer per channel.

public int capacity()

limit()

Returns the number of samples in the buffer per channel.

public int limit()

limit( int newLimit )

Sets the number of samples in the buffer to the new limit.

public void limit(int newLimit)

Method Parameters

newLimit

The new limit of the sample buffer.

position()

Returns the current position in the buffer per channel.

public int position()

position( int newPosition )

Sets the position of the sample buffer to the new index.

public void position(int newPosition)

Method Parameters

newPosition

The new position of the sample buffer.

get()

Returns the sample of the current position and then increments the position. The sample returned is a mixed sample getting all samples from each channel.

public double get()

get( int index )

Returns the sample from the given index in the buffer. If the buffer's channel count is > 1 the sample returned is a mixed sample getting all samples from each channel.

public double get(int index)

Method Parameters

index

The index of the sample requested.

put( double sample )

Puts a sample to the current position and increments the position.

public void put(double sample)

Method Parameters

sample

The sample to put into the buffer.

put( int index, double sample )

Puts a sample to the given index in the buffer. If the buffer's channel count is > 1 the sample will be stored in each channel at the given index.

public void put(int index,double sample)

Method Parameters

index

The index to put the sample.

sample

The sample to store in the buffer.

getByteBuffer()

Returns the raw byte buffer managed by this sample buffer.

public java.nio.ByteBuffer getByteBuffer()

getBytes()

Returns a copy of the bytes from position 0 to the current limit.

public byte getBytes()

getPresentationTimeUs()

The presentation time of this sample buffer.

public long getPresentationTimeUs()