After allowing CCS to do its update it will now compile. I did have to add a c++ mem.h lib and use memcpy to get it to work.
volatile unsigned int *McASP_RBUF0 = (unsigned int *)0x44000280; while(PIP_getReaderNumFrames(&inputpipe) > 0) { if(SEM_pendBinary(&sampleDataReady, 0) == true) //used to protect against dual "get" calls from HWI and this Task { PIP_get(&inputpipe); addr = PIP_getReaderAddr(&inputpipe); size = PIP_getReaderSize(&inputpipe); if(size < 16){LOG_printf(&trace, "ERROR: frame size < 16bits \n");} memcpy(tempBuff, addr, 2); PIP_free(&inputpipe);void
readNextSample() //make a HWI function call
{
Uns size; //check read buffer if(SEM_pendBinary(&sampleDataReady, 0) == true) //use counter to avoid missing samples { if (PIP_getWriterNumFrames(&inputpipe) > 0) //how many frames are available { PIP_alloc(&inputpipe); // allocate an empty frame to write in Ptr addr = PIP_getWriterAddr(&inputpipe); //get address of empty frame size = PIP_getWriterSize(&inputpipe); //find size of empty frame if(size > 0x10){PIP_setWriterSize(&inputpipe, 0x10);} //set frame to 2 word size 32bits unsigned int tempBuff[1]; tempBuff[0] = *McASP_RBUF0; memcpy(addr, tempBuff, 2); PIP_put(&inputpipe); //release frame to pipe } else //exit function with ERROR { LOG_printf(&trace, "ERROR: new sample function: no empty frames \n"); SEM_postBinary(&sampleDataReady); return; } } //end if SEM_postBinary(&sampleDataReady); //release semaphore at end of function } //end of read next sample