bool BaseInStream::UnLink(BaseOutStream *pOutStream, bool reverseUnLink) {
if (!MAP_HAS1(_linkedStreams, pOutStream->GetUniqueId())) {
//WARN("BaseInStream::UnLink: This stream is not linked");
return true;
}
_pStreamsManager->SignalUnLinkingStreams(this, pOutStream);
_linkedStreams.erase(pOutStream->GetUniqueId());
LinkedListNode<BaseOutStream *> *pIterator = _pOutStreams;
LinkedListNode<BaseOutStream *> *pCurrent = NULL;
while (pIterator != NULL) {
pCurrent = pIterator;
pIterator = pIterator->pPrev;
if (pCurrent->info->GetUniqueId() == pOutStream->GetUniqueId()) {
_pOutStreams = LastLinkedList<BaseOutStream *>(RemoveLinkedList<BaseOutStream *>(pCurrent));
break;
}
}
if (reverseUnLink) {
if (!pOutStream->UnLink(false)) {
FATAL("BaseInStream::UnLink: Unable to reverse unLink");
//TODO: what are we going to do here???
NYIA;
}
}
if (_canCallOutStreamDetached) {
SignalOutStreamDetached(pOutStream);
}
return true;
}
bool BaseInStream::UnLink(BaseOutStream *pOutStream, bool reverseUnLink) {
if (!MAP_HAS1(_linkedStreams, pOutStream->GetUniqueId())) {
WARN("BaseInStream::UnLink: This stream is not linked");
return true;
}
_linkedStreams.erase(pOutStream->GetUniqueId());
LinkedListNode<BaseOutStream *> *pTemp = _pOutStreams;
while (pTemp != NULL) {
if (pTemp->info->GetUniqueId() == pOutStream->GetUniqueId()) {
_pOutStreams = RemoveLinkedList<BaseOutStream *>(pTemp);
break;
}
pTemp = pTemp->pPrev;
}
if (reverseUnLink) {
if (!pOutStream->UnLink(false)) {
FATAL("BaseInStream::UnLink: Unable to reverse unLink");
//TODO: what are we going to do here???
NYIA;
}
}
if (_canCallOutStreamDetached) {
SignalOutStreamDetached(pOutStream);
}
return true;
}
