int tsmClearCachedFrameTs(void* pHandle)
{
TSM_OBJ* pObj=(TSM_OBJ*)pHandle;
int nBlkCnt;
TSM_TIMESTAMP ts;
/*in this function, we only clear those frame be decoded already*/
if(pObj->pHandleOri){
/*in old design, all input ts will be inserted into ready list, no matter how it is decoded or not*/
TS_DEBUG("%s: unsupported by original ts manager! \r\n",__FUNCTION__);
return 0;
}
if(pObj->pHandle2){
/*in new design, only decoded frame is inserted the ready list, so we can clear them*/
nBlkCnt=getTSManagerPreBufferCnt(pObj->pHandle2);
TS_DEBUG("nBlkCnt: %d , nInTsCnt2: %d \r\n",nBlkCnt,pObj->nInTsCnt2);
while(nBlkCnt>0){
nBlkCnt--;
ts=TSManagerSend2(pObj->pHandle2, NULL);
TS_DEBUG("drop %lld \r\n",ts);
if(ts==TS_INVALIDTS){
break;
}
}
}
return 1;
}
static int DataDepthIsEnough(void* pHandle, void* pTsHandle)
{
TSM_OBJ* pObj=(TSM_OBJ*)pHandle;
int nBlkCnt;
int isEnough;
int isDurationEnough=0;
int isBlkEnough=0;
if((pObj->nDurationMsThr>0)
&& (TS_INVALIDTS!=pObj->nCurInputTs)&&(TS_INVALIDTS!=pObj->nCurOutputTs)
&& (pObj->nCurInputTs > pObj->nCurOutputTs+pObj->nDurationMsThr*1000)){
TS_DEBUG("input ts(us): %lld, output ts(us): %lld, duration threshold(ms): %lld \r\n",pObj->nCurInputTs,pObj->nCurOutputTs,pObj->nDurationMsThr);
isDurationEnough=1;
}
nBlkCnt=getTSManagerPreBufferCnt(pTsHandle);
if((pObj->nBlkCntThr>0)&&(nBlkCnt>pObj->nBlkCntThr)){
TS_DEBUG("cached blk cnt: %d, blkcnt threshold: %d \r\n",nBlkCnt,pObj->nBlkCntThr);
isBlkEnough=1;
}
isEnough = isDurationEnough & isBlkEnough;
return isEnough;
}
int tsmSetFrmBoundary(void* pHandle,int nStuffSize,int nFrmSize,void* pfrmHandle)
{
/*pfrmHandle==NULL: the frame is skipped for skipmode/corrupt/... cases*/
TSM_OBJ* pObj=(TSM_OBJ*)pHandle;
if(pObj->pHandleOri){
//nothing
}
if(pObj->pHandle2){
if(pObj->nIsActived2==0){
pObj->nIsActived2=1; //accurate frame size is reported by decoder
}
pObj->nAccFrmOffset2+=nStuffSize;
#if 1 //consider special case: config data contain valid frames, as result, stuffsize < 0
if(pObj->nAccFrmOffset2+nFrmSize<=0)
{
TS_API("new:calling TSManagerValid2(0): [%lld(0x%llX)]: discarded frame size: %d \n",pObj->nAccFrmOffset2,pObj->nAccFrmOffset2,nFrmSize);
TSManagerValid2(pObj->pHandle2,0,pfrmHandle);
}
else if(pObj->nAccFrmOffset2<=0)
{
TS_API("new:calling TSManagerValid2(*): [%lld(0x%llX)]: discarded frame size: %d \n",pObj->nAccFrmOffset2,pObj->nAccFrmOffset2,nFrmSize);
TSManagerValid2(pObj->pHandle2,pObj->nAccFrmOffset2+nFrmSize,pfrmHandle);
}
else
#endif
{
if(NULL==pfrmHandle){
TS_API("new:calling TSManagerValid2: [%lld(0x%llX)]: flush %d bytes, skipped frame size: %d \n",pObj->nAccFrmOffset2,pObj->nAccFrmOffset2,nStuffSize,nFrmSize);
TSManagerValid2(pObj->pHandle2,nStuffSize+nFrmSize,pfrmHandle);
}
else{
TS_API("new:calling TSManagerFlush2/TSManagerValid2: [%lld(0x%llX)]: flush %d bytes, frame size: %d, frm: 0x%X \n",pObj->nAccFrmOffset2,pObj->nAccFrmOffset2,nStuffSize,nFrmSize,pfrmHandle);
TSManagerFlush2(pObj->pHandle2,nStuffSize);
TSManagerValid2(pObj->pHandle2,nFrmSize,pfrmHandle);
}
}
//In fact, nInTsCnt2 may be changed after calling TSManagerValid2(), so nInTsCnt2 become unmeaningful
pObj->nAccFrmOffset2+=nFrmSize;
#ifndef TS_ENA_MULTI_STRATEGY
//disable original method automatically, only one strategy is enabled
if(pObj->pHandleOri){
TS_DEBUG("new strategy is detected, original will be disabled automatically\n");
TS_API("ori: calling destroyTSManager\n");
destroyTSManager(pObj->pHandleOri);
pObj->pHandleOri=NULL;
}
#endif
}
return 1;
}
TSM_TIMESTAMP tsmGetFrmTs(void* pHandle,void* pfrmHandle)
{
/*nfrmHandle==NULL:
(1) only need to pop one time stamp. (e.g. frame is not decoded at all by vpu for skipmode/corrupt/... cases);
(2) mosaic frame which is dropped by vpu for non-gop case
*/
TSM_TIMESTAMP ts=TS_INVALIDTS;
TSM_TIMESTAMP tsOri=TS_INVALIDTS;
TSM_TIMESTAMP ts2=TS_INVALIDTS;
TSM_TIMESTAMP tsDiff;
TSM_OBJ* pObj=(TSM_OBJ*)pHandle;
if(pObj->pHandleOri){
if(pObj->nInCurTsOri != TS_INVALIDTS) {
tsOri = pObj->nInCurTsOri;
pObj->nInCurTsOri = TS_INVALIDTS;
}
else{
tsOri = TSManagerSend(pObj->pHandleOri);
TS_API("ori: calling TSManagerSend: returned ts(ns): %lld, total: %d \n",tsOri, (int)pObj->nInTsCntOri);
tsOri=(tsOri==TS_INVALIDTS)?tsOri:(tsOri/TS_SCALE);
pObj->nInTsCntOri--;
}
ts=tsOri;
}
if(pObj->pHandle2){
if(pObj->nIsActived2==0){
TS_DEBUG("new strategy isn't detected, it will be disabled automatically\n");
TS_API("new: calling destroyTSManager\n");
destroyTSManager(pObj->pHandle2);
pObj->pHandle2=NULL;
}
else{
if(pObj->nInCurTs2 != TS_INVALIDTS) {
ts2 = pObj->nInCurTs2;
pObj->nInCurTs2 = TS_INVALIDTS;
}
else{
if(NULL==pfrmHandle){
ts2=TSManagerSend2(pObj->pHandle2, NULL);
TS_API("new: calling TSManagerSend2(NULL): returned ts(ns): %lld, total: %d \n",ts2, (int)pObj->nInTsCnt2);
}
else{
ts2=TSManagerSend2(pObj->pHandle2, pfrmHandle);
TS_API("new: calling TSManagerSend2: frm: 0x%X, returned ts(ns): %lld, total: %d \n",pfrmHandle,ts2, (int)pObj->nInTsCnt2);
}
ts2=(ts2==TS_INVALIDTS)?ts2:(ts2/TS_SCALE);
pObj->nInTsCnt2--;
}
//TS_DEBUG("new: get one ts: %lld, total: %d\n", ts2, (int)pObj->nInTsCnt2);
ts=ts2;
pObj->nCurOutputTs=ts;
}
}
//double check the ts for different schema
if(pObj->pHandleOri && pObj->pHandle2){
tsDiff=TS_ABS(tsOri,ts2);
if(tsDiff>=TS_MAX_DIFF_US){
TS_ERROR("LEVEL: 1 %s: the time stamp is conflict: ori ts(us): %lld, new ts(us): %lld, diff(us): %lld \n",__FUNCTION__,tsOri,ts2,tsDiff);
}
}
if(ts==TS_INVALIDTS){
TS_ERROR("%s: warning: can't get one valid ts \n",__FUNCTION__);
}
#ifdef TS_DEBUG
if(pObj->nLastTs!=TS_INVALIDTS){
pObj->nDeltaTs=ts-pObj->nLastTs;
}
pObj->nLastTs=ts;
TS_DEBUG("%s: current ts(us): %lld, delta(us): %lld \n",__FUNCTION__,pObj->nLastTs,pObj->nDeltaTs);
#endif
return ts;
}
/**
* tsmux_stream_get_data:
* @stream: a #TsMuxStream
* @buf: a buffer to hold the result
* @len: the length of @buf
*
* Copy up to @len available data in @stream into the buffer @buf.
*
* Returns: TRUE if @len bytes could be retrieved.
*/
gboolean
tsmux_stream_get_data (TsMuxStream * stream, guint8 * buf, guint len)
{
g_return_val_if_fail (stream != NULL, FALSE);
g_return_val_if_fail (buf != NULL, FALSE);
if (stream->state == TSMUX_STREAM_STATE_HEADER) {
guint8 pes_hdr_length;
pes_hdr_length = tsmux_stream_pes_header_length (stream);
/* Submitted buffer must be at least as large as the PES header */
if (len < pes_hdr_length)
return FALSE;
TS_DEBUG ("Writing PES header of length %u and payload %d",
pes_hdr_length, stream->cur_pes_payload_size);
tsmux_stream_write_pes_header (stream, buf);
len -= pes_hdr_length;
buf += pes_hdr_length;
stream->state = TSMUX_STREAM_STATE_PACKET;
}
if (len > (guint) tsmux_stream_bytes_avail (stream))
return FALSE;
stream->pes_bytes_written += len;
if (stream->cur_pes_payload_size != 0 &&
stream->pes_bytes_written == stream->cur_pes_payload_size) {
TS_DEBUG ("Finished PES packet");
stream->state = TSMUX_STREAM_STATE_HEADER;
stream->pes_bytes_written = 0;
}
while (len > 0) {
guint32 avail;
guint8 *cur;
if (stream->cur_buffer == NULL) {
/* Start next packet */
if (stream->buffers == NULL)
return FALSE;
stream->cur_buffer = (TsMuxStreamBuffer *) (stream->buffers->data);
stream->cur_buffer_consumed = 0;
}
/* Take as much as we can from the current buffer */
avail = stream->cur_buffer->size - stream->cur_buffer_consumed;
cur = stream->cur_buffer->data + stream->cur_buffer_consumed;
if (avail < len) {
memcpy (buf, cur, avail);
tsmux_stream_consume (stream, avail);
buf += avail;
len -= avail;
} else {
memcpy (buf, cur, len);
tsmux_stream_consume (stream, len);
len = 0;
}
}
return TRUE;
}