void TimeCode::Start(void) {
console_save_cursor();
console_set_cursor(COLUMN, ROW);
console_set_fg_color(CONSOLE_CYAN);
console_puts(timecode);
console_restore_cursor();
}
void monitor_update(void) {
// Handle Active Sensing messages
switch (midi_get_active_sense_state()) {
case MIDI_ACTIVE_SENSE_ENABLED:
console_save_cursor();
console_set_cursor(70, 3);
console_set_fg_bg_color(CONSOLE_BLACK, CONSOLE_CYAN);
(void) console_puts("ACTIVE SENSING ");
console_restore_cursor();
break;
case MIDI_ACTIVE_SENSE_FAILED:
console_save_cursor();
console_set_cursor(70, 3);
console_set_fg_bg_color(CONSOLE_RED, CONSOLE_WHITE);
(void) console_puts("ACTIVE SENSING - Failed!");
console_restore_cursor();
break;
default:
break;
}
}
/**
*
* @param ArtNetTimeCode
*/
void TimeCode::Handler(const struct TArtNetTimeCode *ArtNetTimeCode) {
itoa_base10(ArtNetTimeCode->Hours, (char *) &timecode[0]);
itoa_base10(ArtNetTimeCode->Minutes, (char *) &timecode[3]);
itoa_base10(ArtNetTimeCode->Seconds, (char *) &timecode[6]);
itoa_base10(ArtNetTimeCode->Frames, (char *) &timecode[9]);
if ((prev_type != ArtNetTimeCode->Type) && (ArtNetTimeCode->Type < (uint8_t) 4)) {
memcpy((char *) &timecode[12], (char *) types[ArtNetTimeCode->Type], 5);
prev_type = ArtNetTimeCode->Type;
}
console_save_cursor();
console_set_cursor(COLUMN, ROW);
console_set_fg_color(CONSOLE_CYAN);
console_write(timecode, TIMECODE_LENGTH);
console_restore_cursor();
}