In order to use the sound spooler, your application must do the following:

1. Load a sample player instrument and connect it to a mixer or directout.dsp.

See Preparing Instruments, Playing Instruments, and Playing Sound Files, for information on loading a player and instrument. Do not forget to start other instruments. You do not need to start sampler instruments as ssplStartSpooler() starts this instrument.

SoundSpooler *ssplCreateSoundSpooler(int32 NumBuffers, Item SamplerIns)

int32 ssplSpoolData(SoundSpooler *sspl, char *Data, int32 NumBytes, void *UserData)

Err ssplStartSpooler(SoundSpooler *sspl, int32 Amplitude)

If you are using the sound spooler in a loop, you must monitor the signals returned by ssplSpoolData(), and inform the spooler that the buffers are complete by calling ssplProcessSignals():

int32 ssplProcessSignals(SoundSpooler *sspl, int32 SignalMask, void (*UserBufferProcessor)(SoundSpooler *sspl, SoundBufferNode *sbn))

You must also read more sound data and keep calling ssplSpoolData() until you run out of data.

1. Stop the sound spooler by calling ssplStopSpooler():

Err ssplStopSpooler(SoundSpooler *sspl)

1. Clean up by the spooling process by calling ssplDeleteSoundSpooler():

Err ssplDeleteSoundSpooler(SoundSpooler *sspl)