char* BY8001::getFirmwareVersion(){
sendCommand(0x14);
rxFunc(4);
String versionReturned = receiveBuffer;
char * fwVersion = new char[5];
versionReturned = versionReturned.substring(0,4);
versionReturned.toCharArray(fwVersion,5);
return fwVersion;
}
char* BY8001::getFileNameCurrentTrack(){
// delay 130ms
unsigned long mTimer = millis(); while (millis() - mTimer < 130) {}
sendCommand(0x1E);
rxFunc(15);
String nameReturned = receiveBuffer;
char * name = new char[10];
nameReturned = nameReturned.substring(0,15);
if (nameReturned.endsWith("\r\n") == true) {
nameReturned = nameReturned.substring(2,10);
}
else {
nameReturned = nameReturned.substring(0,8);
}
nameReturned.toCharArray(name,9);
return name;
}
word BY8001::getReply(int length, int offset){
rxFunc(length);
word value = strtoul(receiveBuffer + offset, NULL, 16);
return value;
}
int main(int argc, char **argv)
{
QCoreApplication app(argc, argv);
QStringList args = app.arguments();
if (args.count() > 1) {
QTuringStateMachine machine;
QFile file(args.at(1));
if (file.open(QIODevice::ReadOnly)) {
QTextStream input(&file);
QString func;
while (!input.atEnd()) {
QString line = input.readLine();
if (line.startsWith(QLatin1Char('#')))
continue;
line = line.simplified();
if (line.isEmpty())
continue;
QRegExp rxFunc(QLatin1String("function ([a-zA-Z][a-zA-Z0-9]*) \\{"));
QRegExp rxEnd(QLatin1String("\\}"));
QRegExp rxMem(QLatin1String("memory: *([01]+)"));
if (rxFunc.exactMatch(line)) {
func = rxFunc.cap(1);
} else if (rxEnd.exactMatch(line)) {
qDebug() << "--------------------------------------";
qDebug() << "evaluating.......:" << func;
qDebug() << "initial machine..:" << machine;
machine.evaluate();
qDebug() << "resulting machine:" << machine;
machine.reset();
} else if (rxMem.exactMatch(line)) {
QByteArray mem = rxMem.cap(1).toLatin1();
machine.setMemory(mem.constData());
} else {
QByteArray instr = line.toLatin1();
machine << QTuringStateMachine::Instruction(instr.constData());
}
}
}
}else{
QTuringStateMachine machine;
// AddOne
machine.setMemory("11");
machine << QTuringStateMachine::Instruction("1xx1r");
machine << QTuringStateMachine::Instruction("1bx2r");
machine.evaluate();
qDebug() << machine;
// AddTwo
machine.reset();
machine.setMemory("11");
machine << QTuringStateMachine::Instruction("1xx1r");
machine << QTuringStateMachine::Instruction("1bx2r");
machine << QTuringStateMachine::Instruction("2bx3r");
machine.evaluate();
qDebug() << machine;
//Double
machine.reset();
machine.setMemory("1111");
machine << QTuringStateMachine::Instruction("1xb2r"); //bbbxxbbbbbbbb
machine << QTuringStateMachine::Instruction("2xx2r");
machine << QTuringStateMachine::Instruction("2bb3r");
machine << QTuringStateMachine::Instruction("3xx3r");
machine << QTuringStateMachine::Instruction("3bx4r");
machine << QTuringStateMachine::Instruction("4bx5l");
machine << QTuringStateMachine::Instruction("5xx5l");
machine << QTuringStateMachine::Instruction("5bb6l");
machine << QTuringStateMachine::Instruction("6xx6l");
machine << QTuringStateMachine::Instruction("6bb1r");
machine.evaluate();
qDebug() << machine;
}
return app.exit();
}
