// subsequent transfer because transfer is blocked
// by the mutex
size_t audio_occupancy_now = jack_ringbuffer_read_space(jackbuf) / bytes_per_frame;
- debug(1, "JN: audio_occupancy_now is %d.", audio_occupancy_now);
+ // debug(1, "audio_occupancy_now is %d.", audio_occupancy_now);
pthread_mutex_unlock(&buffer_mutex);
int64_t frames_processed_since_latest_latency_check = (delta * 44100) >> 32;
// if (base_latency == 0)
// base_latency = (latest_right_latency_range.min + latest_right_latency_range.max) / 2;
*the_delay = base_latency + audio_occupancy_now - frames_processed_since_latest_latency_check;
- debug(1,"reporting a delay of %d frames",*the_delay);
+ // debug(1,"reporting a delay of %d frames",*the_delay);
return 0;
}
void jack_flush() {
- debug(1, "Only the consumer can safely flush a lock-free ringbuffer. Asking the process callback to do it...");
+ // debug(1, "Only the consumer can safely flush a lock-free ringbuffer. Asking the process callback to do it...");
flush_please = 1;
}