SampleChannel *mh_startInputRec()
{
SampleChannel *chan = NULL;
for (unsigned i=0; i<G_Mixer.channels.size(); i++) {
if (G_Mixer.channels.at(i)->type == CHANNEL_SAMPLE)
if (((SampleChannel*) G_Mixer.channels.at(i))->canInputRec()) {
chan = (SampleChannel*) G_Mixer.channels.at(i);
break;
}
}
if (chan == NULL)
return NULL;
Wave *w = new Wave();
if (!w->allocEmpty(G_Mixer.totalFrames, G_Conf.samplerate))
return NULL;
char name[32];
sprintf(name, "TAKE-%d", G_Patch_DEPR_.lastTakeId);
while (!mh_uniqueSamplename(chan, name)) {
G_Patch_DEPR_.lastTakeId++;
G_Patch.lastTakeId++;
sprintf(name, "TAKE-%d", G_Patch_DEPR_.lastTakeId);
}
chan->allocEmpty(G_Mixer.totalFrames, G_Patch_DEPR_.lastTakeId);
G_Mixer.chanInput = chan;
G_Mixer.inputTracker = G_Mixer.actualFrame;
gLog(
"[mh] start input recs using chan %d with size %d, frame=%d\n",
chan->index, G_Mixer.totalFrames, G_Mixer.inputTracker
);
return chan;
}
SampleChannel *mh_startInputRec()
{
/* search for the next available channel */
SampleChannel *chan = NULL;
for (unsigned i=0; i<G_Mixer.channels.size; i++) {
if (G_Mixer.channels.at(i)->type == CHANNEL_SAMPLE)
if (((SampleChannel*) G_Mixer.channels.at(i))->canInputRec()) {
chan = (SampleChannel*) G_Mixer.channels.at(i);
break;
}
}
/* no chans available? */
if (chan == NULL)
return NULL;
Wave *w = new Wave();
if (!w->allocEmpty(G_Mixer.totalFrames))
return NULL;
/* increase lastTakeId until the sample name TAKE-[n] is unique */
char name[32];
sprintf(name, "TAKE-%d", G_Patch.lastTakeId);
while (!mh_uniqueSamplename(chan, name)) {
G_Patch.lastTakeId++;
sprintf(name, "TAKE-%d", G_Patch.lastTakeId);
}
chan->allocEmpty(G_Mixer.totalFrames, G_Patch.lastTakeId);
G_Mixer.chanInput = chan;
/* start to write from the actualFrame, not the beginning */
/** FIXME: move this before wave allocation*/
G_Mixer.inputTracker = G_Mixer.actualFrame;
gLog(
"[mh] start input recs using chan %d with size %d, frame=%d\n",
chan->index, G_Mixer.totalFrames, G_Mixer.inputTracker
);
return chan;
}
bool mh_startInputRec()
{
int channelsReady = 0;
for (unsigned i=0; i<G_Mixer.channels.size(); i++) {
if (!G_Mixer.channels.at(i)->canInputRec())
continue;
SampleChannel *ch = (SampleChannel*) G_Mixer.channels.at(i);
/* Allocate empty sample for the current channel. */
if (!ch->allocEmpty(G_Mixer.totalFrames, G_Conf.samplerate, G_Patch.lastTakeId))
{
gu_log("[mh_startInputRec] unable to allocate new Wave in chan %d!\n",
ch->index);
continue;
}
/* Increase lastTakeId until the sample name TAKE-[n] is unique */
while (!mh_uniqueSampleName(ch, ch->wave->name)) {
G_Patch_DEPR_.lastTakeId++;
G_Patch.lastTakeId++;
ch->wave->name = "TAKE-" + gu_itoa(G_Patch.lastTakeId);
}
gu_log("[mh_startInputRec] start input recs using chan %d with size %d "
"frame=%d\n", ch->index, G_Mixer.totalFrames, G_Mixer.inputTracker);
channelsReady++;
}
if (channelsReady > 0) {
G_Mixer.recording = true;
/* start to write from the currentFrame, not the beginning */
/** FIXME: this should be done before wave allocation */
G_Mixer.inputTracker = G_Mixer.currentFrame;
return true;
}
return false;
}
