/*-----------------------------------------------------------------------------
Name : InitQueue
Description : Initializes the Queue
Inputs :
Outputs :
Return :
----------------------------------------------------------------------------*/
void InitQueue(Queue *queue,udword buffersize)
{
queue->mutex = SDL_CreateMutex();
dbgAssertOrIgnore(queue->mutex != NULL);
queue->buffer = memAlloc(buffersize,"qbuffer",NonVolatile);
queue->buffersize = buffersize;
ResetQueue(queue);
}
/* Have an empty queue with designated number of elements
* with designated size of each element. */
int CreateQueue(RX_QUEUE *__q, void *__pb, uint16_t __len, uint8_t __esize) {
ResetQueue(__q);
__q->rLen = __len;
__q->eSize = __esize;
__q->buf = __pb;
return 1;
}
Queue *CreateQueue(int nbuckets, int nelems)
{
Queue *Q=NULL;
Q = (Queue *) malloc(1*sizeof(Queue));
if (Q != NULL) {
Q->C.first = (int *)malloc(nbuckets * sizeof(int));
Q->C.last = (int *)malloc(nbuckets * sizeof(int));
Q->C.nbuckets = nbuckets;
if ( (Q->C.first != NULL) && (Q->C.last != NULL) ){
Q->L.elem = (Node *)malloc(nelems*sizeof(Node));
Q->L.nelems = nelems;
if (Q->L.elem != NULL){
ResetQueue(Q);
} else
Error(MSG1,"CreateQueue");
} else
Error(MSG1,"CreateQueue");
} else
Error(MSG1,"CreateQueue");
return(Q);
}
FilterWithBufferedInput::BlockQueue::BlockQueue(unsigned int blockSize, unsigned int maxBlocks)
: m_buffer(blockSize * maxBlocks)
{
ResetQueue(blockSize, maxBlocks);
}
