search for: pcmdatas

...! 00471d1d() I am running Win98 and v1.0 off the vorbis libs. The app is single- threaded. The following code works just fine in a test app I built, but when I add it to another app, the error occurs: int CSound::LoadVorbisFile(char *fname) { FILE *file; char *pcmData = NULL; const int pcmDataSize = 0x400000; pcmData = new char[pcmDataSize]; if(pcmData != NULL) { // Open the file if( (file = fopen(fname,"rb")) != NULL) { int oggRetVal = ov_open(file,&m_VorbisFile,NULL,0); Does anybody have any suggestions as to why the ov_open call wor...

Has anyone had experience using ov_read in a thread with streaming directsound buffers? i have tried the following, but it just produces a repeating garbage noise. i would appreciate some help. notes: test.ogg in my code was a song that i converted to the vorbis format (Gorillaz - Cling Eastwood) pcmData is defined like this: char pcmData[4096]; the ogg file and the directsound buffer

The sound file is played correctly for the first time, then when rewind to the initial position. then copy PCM to buffer, the OpenAL report an error. It seems like the OpenAL doesn't recognize the PCM data. The OpenAL error number : AL_INVALID_VALUE 0xA003 void Buffer::PCMData (ALuint id, ALenum eFormat, ALvoid *data, ALsizei size, ALsizei freq) { // Copy

I'm using libFLACC++ and libFLAC and I think that I'm using the calls in the typical order (see code below). But every monoe or stereo file that I send thru I get files that are the same sze as the orginal wave files. Doing a flac -a on the flac files I see that I get: frame=9 blocksize=4608 sample_rate=8000 channels=1 channel_assignment=INDEPENDENT subframe=0

looks fine, I would suspect how the PCM sample are formatted and sent to process(), could you show that part of the code? Josh --- James Smith <jsmith@landmarkdigital.com> wrote: > > I'm using libFLACC++ and libFLAC and I think that I'm using the calls > in the > typical order (see code below). But every monoe or stereo file that > I send > thru I get files

Here's how I set up the data for processing: // For moving data into 32 bit shape uint8_t *buffer8 = NULL; uint16_t *buffer16 = NULL; uint32_t *buffer32 = NULL; unsigned sample32; unsigned sample, channel; uint32_t bitsPerSample = this->get_bits_per_sample(); numFrames = inData.GetSize();