uint16_t MDSong::toSysex(ElektronDataToSysexEncoder &encoder) {
encoder.stop7Bit();
encoder.pack8(0xF0);
encoder.pack(machinedrum_sysex_hdr, sizeof(machinedrum_sysex_hdr));
encoder.pack8(MD_PATTERN_MESSAGE_ID);
encoder.pack8(0x04); // version
encoder.pack8(0x01); // revision
encoder.startChecksum();
encoder.pack8(origPosition);
encoder.pack((uint8_t *)name, 16);
for (uint8_t i = 0; i < numRows; i++) {
encoder.start7Bit();
encoder.pack((uint8_t *)&rows[i].pattern, 4);
encoder.pack16(rows[i].mutes);
encoder.pack16(rows[i].tempo);
encoder.pack(&rows[i].startPosition, 2);
encoder.stop7Bit();
}
uint16_t enclen = encoder.finish();
encoder.finishChecksum();
return enclen + 5;
}
uint16_t MDGlobal::toSysex(ElektronDataToSysexEncoder &encoder) {
encoder.stop7Bit();
encoder.pack8(0xF0);
encoder.pack(machinedrum_sysex_hdr, sizeof(machinedrum_sysex_hdr));
encoder.pack8(MD_GLOBAL_MESSAGE_ID);
encoder.pack8(0x05); // version
encoder.pack8(0x01); // revision
encoder.startChecksum();
encoder.pack8(origPosition);
encoder.pack(drumRouting, 16);
encoder.start7Bit();
encoder.pack(keyMap, 128);
encoder.stop7Bit();
encoder.pack8(baseChannel);
encoder.pack8(unused);
encoder.pack16(tempo);
encoder.packb(extendedMode);
uint8_t byte = 0;
if (clockIn)
SET_BIT(byte, 0);
if (transportIn)
SET_BIT(byte, 4);
if (clockOut)
SET_BIT(byte, 5);
if (transportOut)
SET_BIT(byte, 6);
encoder.pack8(byte);
encoder.packb(localOn);
encoder.pack(&drumLeft, 12);
uint16_t enclen = encoder.finish();
encoder.finishChecksum();
return enclen + 5;
}