static av_cold int read_close(AVFormatContext *ctx)
{
CDIOContext *s = ctx->priv_data;
cdio_paranoia_free(s->paranoia);
cdio_cddap_close(s->drive);
return 0;
}
static void cued_rip_epilogue(rip_context_t *rip)
{
free(rip->mmcBuf);
#ifdef CUED_HAVE_PARANOIA
if (ripUseParanoia) {
rip->paranoiaCtlObj->read_audio = rip->save_read_paranoid;
cdio_paranoia_free(rip->paranoiaRipObj);
cdio_cddap_close_no_free_cdio(rip->paranoiaCtlObj);
}
#endif // CUED_HAVE_PARANOIA
if (rip->qSubChannelFileName && rip->qSubChannelFile != stdout) {
fclose(rip->qSubChannelFile);
}
if (rip->crcFailure || rip->crcSuccess) {
int totalCrcs = rip->crcSuccess + rip->crcFailure;
if (rip->crcFailure * 100 / totalCrcs > 5) {
cdio_warn("greater than 5 percent of Q sub-channel records failed CRC check (try --qsc-fq?)");
}
if (ripVerbose) {
printf("progress: correctly read %d of %d Q sub-channel records\n", rip->crcSuccess, totalCrcs);
}
}
}
bool RipTrack(track_t i_track, std::string filename) {
InitWavWriter(filename);
p = cdio_paranoia_init(d);
if (!p) return false;
/* Restrict speed */
if (cdda_speed_set(d, MAX_SPEED) != DRIVER_OP_SUCCESS) {
printf("Unable to set speed\n");
}
i_first_lsn = cdio_cddap_track_firstsector(d, i_track);
if ( -1 == i_first_lsn ) {
printf("Trouble getting starting LSN\n");
} else {
i_last_lsn = cdio_cddap_track_lastsector(d, i_track);
printf("Reading track %d from LSN %ld to LSN %ld\n", i_track,
(long int) i_first_lsn, (long int) i_last_lsn);
/* Set reading mode for full paranoia, but allow skipping sectors. */
paranoia_modeset(p, PARANOIA_MODE_FULL^PARANOIA_MODE_NEVERSKIP);
if (RipAttempt() == 1) {
printf("Ripping failed\n");
return false;
}
}
CloseWavWriter();
cdio_paranoia_free(p);
return true;
}
static void
CDDAReader_dealloc_device(cdio_CDDAReader *self)
{
if (self->_.drive.paranoia) {
cdio_paranoia_free(self->_.drive.paranoia);
}
if (self->_.drive.drive) {
cdio_cddap_close(self->_.drive.drive);
}
}
static void
CDDA_dealloc(cdio_CDDAObject* self)
{
if (self->paranoia != NULL)
cdio_paranoia_free(self->paranoia);
if (self->cdrom_drive != NULL)
cdio_cddap_close(self->cdrom_drive);
Py_XDECREF(self->pcm_module);
if (self != NULL)
self->ob_type->tp_free((PyObject*)self);
}
static void
input_cdio_close(struct input_stream *is)
{
struct input_cdio_paranoia *i = (struct input_cdio_paranoia *)is;
pcm_buffer_deinit(&i->conv_buffer);
if (i->para)
cdio_paranoia_free(i->para);
if (i->drv)
cdio_cddap_close_no_free_cdio( i->drv);
if (i->cdio)
cdio_destroy( i->cdio );
input_stream_deinit(&i->base);
g_free(i);
}
void CdParanoia::free()
{
if (paranoia) {
#ifdef CDIOPARANOIA_FOUND
cdio_paranoia_free(paranoia);
#else
paranoia_free(paranoia);
#endif
paranoia = 0;
}
if (drive) {
#ifdef CDIOPARANOIA_FOUND
cdio_cddap_close(drive);
#else
cdda_close(drive);
#endif
drive = 0;
}
}
static void cdpa_close(rnc_dev_t *dev)
{
cdpa_t *cdpa = dev->data;
mrp_debug("closing device");
if (cdpa == NULL)
return;
/* Hmm... what is the opposite of cdio_open ? */
if (cdpa->cdpa)
cdio_paranoia_free(cdpa->cdpa);
if (cdpa->cdio)
cdio_cddap_close(cdpa->cdda);
mrp_free(cdpa->errmsg);
mrp_free(cdpa);
}
// private
void CdDecoder::deinit()
{
setCDSpeed(-1);
QMutexLocker lock(&getCdioMutex());
if (m_paranoia)
cdio_paranoia_free(m_paranoia), m_paranoia = 0;
if (m_device)
cdio_cddap_close(m_device), m_device = 0, m_cdio = 0;
if (m_cdio)
cdio_destroy(m_cdio), m_cdio = 0;
if (m_output_buf)
::av_free(m_output_buf), m_output_buf = NULL;
m_inited = m_user_stop = m_finish = false;
m_freq = m_bitrate = 0L;
m_stat = DecoderEvent::Finished;
m_chan = 0;
setOutput(0);
}
ParanoiaReaderImpl::~ParanoiaReaderImpl()
{
cdio_paranoia_free(_cdrom_paranoia);
}
