FB::BrowserStreamPtr FB::BrowserHost::createStream( const std::string& url,
const PluginEventSinkPtr& callback, bool cache /*= true*/, bool seekable /*= false*/,
size_t internalBufferSize /*= 128 * 1024 */ ) const
{
assertMainThread();
FB::BrowserStreamPtr ptr(_createStream(url, callback, cache, seekable, internalBufferSize));
if (ptr) {
m_streamMgr->retainStream(ptr);
}
return ptr;
}
/*
* ======== SCALESOCKET_TI_create ========
*/
RMS_STATUS SCALESOCKET_TI_create(Int argLength, Char * argData,
IALG_Fxns *algFxns, Int numInStreams, RMS_WORD inDef[], Int numOutStreams,
RMS_WORD outDef[], NODE_EnvPtr node)
{
struct SSKT_Obj *dataPtr;
Int nodePriority;
Int segId;
/* Using bitwise OR to prevent compiler warning */
argLength |= argLength;
*argData |= *argData;
numInStreams |= numInStreams;
numOutStreams |= numOutStreams;
/* Get the node's external heap segment Id, if it exists */
segId = NODE_getHeapSeg(node);
if (segId < 0) {
/*
* Use heap 0 to allocate the node object if no external heap
* was defined for the node.
*/
segId = 0;
}
if ((dataPtr = MEM_calloc(segId, sizeof(SSKT_Obj), 0)) != MEM_ILLEGAL) {
/* attach socket's context structure to the node environment */
node->moreEnv = dataPtr;
/* Save the external heap segment for delete phase. */
dataPtr->segId = segId;
/* parse stream definition params, create input stream */
dataPtr->inStream = _createStream((RMS_StrmDef *)inDef[0],
STRM_INPUT, &dataPtr->inSize, segId);
/* parse stream definition params, create output stream */
dataPtr->outStream = _createStream((RMS_StrmDef *)outDef[0],
STRM_OUTPUT, &dataPtr->outSize, segId);
/* check for stream creation failure */
if((dataPtr->inStream == NULL) || (dataPtr->outStream == NULL)) {
return (RMS_ESTREAM);
}
/* allocate data buffers */
dataPtr->inBuf = STRM_allocateBuffer(dataPtr->inStream,
dataPtr->inSize);
dataPtr->outBuf = STRM_allocateBuffer(dataPtr->outStream,
dataPtr->outSize);
/* check for buffer allocation failure */
if((dataPtr->inBuf == NULL) || (dataPtr->outBuf == NULL)) {
return (RMS_EOUTOFMEMORY);
}
/* create an algorithm instance object */
nodePriority = NODE_getPri(node);
if (segId > 0) {
dataPtr->algHandle = DSKT2_createAlg2(nodePriority,
(IALG_Fxns *)algFxns, (IALG_Handle)NULL,
(IALG_Params *)NULL, segId);
}
else {
dataPtr->algHandle = DSKT2_createAlg(nodePriority,
(IALG_Fxns *)algFxns, (IALG_Handle)NULL,
(IALG_Params *)NULL);
}
/* check for algorithm instance creation failure */
if (dataPtr->algHandle == NULL) {
return (RMS_EOUTOFMEMORY);
}
/* activation done during exec phase */
// dataPtr->algHandle->fxns->algActivate(dataPtr->algHandle);
return (RMS_EOK);
}
else {
return (RMS_EOUTOFMEMORY);
}
}
