void log_write_direct(int log_id, const char *fmt, ...)
{
va_list ap;
time_t now;
char line[LOG_MAXLINELEN];
if (log_id < 0 || log_id >= LOG_MAXLOGS) return;
va_start(ap, fmt);
now = time(NULL);
_lock_logger();
vsnprintf(line, LOG_MAXLINELEN, fmt, ap);
if (_log_open (log_id, now))
{
int len = create_log_entry (log_id, "", line);
if (len > 0)
loglist[log_id].size += len;
}
_unlock_logger();
va_end(ap);
fflush(loglist[log_id].logfile);
}
void log_write(int log_id, unsigned priority, const char *cat, const char *func,
const char *fmt, ...)
{
static char *prior[] = { "EROR", "WARN", "INFO", "DBUG" };
int datelen;
time_t now;
char pre[256];
char line[LOG_MAXLINELEN];
va_list ap;
if (log_id < 0 || log_id >= LOG_MAXLOGS) return; /* Bad log number */
if (loglist[log_id].level < priority) return;
if (priority > sizeof(prior)/sizeof(prior[0])) return; /* Bad priority */
va_start(ap, fmt);
vsnprintf(line, LOG_MAXLINELEN, fmt, ap);
now = time(NULL);
_lock_logger();
datelen = strftime (pre, sizeof (pre), "[%Y-%m-%d %H:%M:%S]", localtime(&now));
snprintf (pre+datelen, sizeof (pre)-datelen, " %s %s%s ", prior [priority-1], cat, func);
if (_log_open (log_id, now))
{
int len = create_log_entry (log_id, pre, line);
if (len > 0)
loglist[log_id].size += len;
}
_unlock_logger();
va_end(ap);
}
void noteon_to_arpeggiator(MidiDevice * midi_device, uint8_t inByte0, uint8_t inByte1, uint8_t inByte2){
uint8_t channel = inByte0 - MIDI_NOTEON;
create_log_entry(true, inByte0, inByte1, inByte2);
if (inByte2 == 0)
remove_note_from_arpeggiator(stored_sequencer, inByte1);
else{
add_note_to_arpeggiator(stored_sequencer, inByte1, inByte2, channel);
}
}
void serial_midi_send(MidiDevice* midi_device, uint8_t cnt, uint8_t inByte0, uint8_t inByte1, uint8_t inByte2){
//debug routine to produce logs
create_log_entry(false, inByte0, inByte1, inByte2);
//we always send the first byte
while (!(USARTD1.STATUS & 0x20)){}; // Wait for empty transmit buffer
USARTD1.DATA = inByte0;
//if cnt == 2 or 3 we send the send byte
if(cnt > 1) {
while (!(USARTD1.STATUS & 0x20)){}; // Wait for empty transmit buffer
USARTD1.DATA = inByte1;
}
//if cnt == 3 we send the third byte
if(cnt == 3) {
while (!(USARTD1.STATUS & 0x20)){}; // Wait for empty transmit buffer
USARTD1.DATA = inByte2;
}
}
void noteoff_to_arpeggiator(MidiDevice * midi_device, uint8_t inByte0, uint8_t inByte1, uint8_t inByte2){
create_log_entry(true, inByte0, inByte1, inByte2);
remove_note_from_arpeggiator(stored_sequencer, inByte1);
}
