create channels repeatedly error！

I hope your application ensures that IpcBitsOutLink_getEmptyBufs() is not invoked when ch delete is in progress (specifically during RingBufferDeInit() happens).

Please share the complete log after adding a print with ch number during RingBufferInit() / RingBufferDeInit().

• Log shows this sequence.

******* RingBuf 7 deleted ********

******* RingBuf 7 created ********

******* RingBuf 4 deleted ********

******* RingBuf 7 created ********

This is incorrect. RingBuf 7 (CH = 7) is created twice.

Also, your app seems to aquire bitstream buffers and queue them. This is not possible with ringBuf based implementation. Each call to IpcBitsOutLink_getEmptyBufs() should be immediately followed by IpcBitsOutLink_putFullVideoBitStreamBufs().

Multiple calls to IpcBitsOutLink_getEmptyBufs() to queue them wont work in new implementation. 

You can refer our NVR implementation on usage of ipcBitsOut bit buffer management . Also, please read thro the App Note on IPC Bits Out to understand the changes wrt buffer management in latest release.

For further debug,

1. Check the issue with creation for ch 7.  

2. Print the chId (ringBufId) & also call RingBufferPrintInfo() whenever "Writer: Acquire already done" print comes. This print comes from RingBufferWriterAcquire() routine.

• VdecVdis_bitsRdSendFullBitBufs(&emptyBufList) execution will happen correctly if emptyBufList parameters are not already except for data filling / len update. Possible errors in IpcBitsOutLink_putFullBufs() will be logged which should give enough information.

Int32 RingBufferInit(RingBufferHandle_t *ringBufferHndl, Void *pBaseAddr, UInt32 size, Int32 chId)

{
Int32 status = RINGBUF_OK;

memset(ringBufferHndl, 0, sizeof(*ringBufferHndl));
ringBufferHndl->initDone = FALSE;

ringBufferHndl->baseAddr = pBaseAddr;
ringBufferHndl->usableSize = ringBufferHndl->totalSize = size;
ringBufferHndl->rdReleaseLen = size;
//ringBufferHndl->ringBufId = ringBufNum;
ringBufferHndl->ringBufId = chId;
ringBufNum++;

status |= RingBufferCreateLock(&ringBufferHndl->lock);
UTILS_assert(status == RINGBUF_OK);
ringBufferHndl->initDone = (status == RINGBUF_OK) ? TRUE : FALSE;
OSA_printf ("\r\n******* RingBuf %d created ********\n", ringBufferHndl->ringBufId);
return status;
}

/**
\brief Delete Ring Buffer

\param ringBufferHndl [IN] Ring buffer handle to be terminated

\return RINGBUF_OK on success
*/
Int32 RingBufferDeInit(RingBufferHandle_t *ringBufferHndl, Int32 chId)
{
if (ringBufferHndl->initDone == TRUE)
{
RingBufferDeleteLock(&ringBufferHndl->lock);
OSA_printf ("******* RingBuf %d deleted ********\n", ringBufferHndl->ringBufId);
ringBufferHndl->initDone = FALSE;
memset(ringBufferHndl, 0, sizeof(*ringBufferHndl));
ringBufNum--;
}
return RINGBUF_OK;
}