bool Chp82143A::run(void) {
if (!isready) return true;
Cbus bus;
bus.fromUInt64(pCONNECTOR->Get_values());
if (!bus.isEnable()) return true;
#if 0
switch (bus.getFunc()) {
case BUS_SLEEP: break;
case BUS_READDATA:
if (bus.getAddr()==0x3a) {
bus.setData(getStatus() >> 8);
bus.setFunc(BUS_READDATA);
}
if (bus.getAddr()==0x3b) {
bus.setData(getStatus() & 0xff);
bus.setFunc(BUS_READDATA);
}
break;
case BUS_WRITEDATA: Printer(bus.getData());
bus.setFunc(BUS_SLEEP);
break;
}
bool Crlp9001::run(void)
{
Cbus bus;
bus.fromUInt64(pMAINCONNECTOR->Get_values());
if (bus.getDest()!=0) return true;
if (bus.getFunc()==BUS_QUERY) {
bus.setData(0xFB);
bus.setFunc(BUS_READDATA);
pMAINCONNECTOR->Set_values(bus.toUInt64());
return true;
}
if (bus.getFunc()==BUS_SELECT) {
if (bus.getData()==1){
Power=true;
}
if (bus.getData()==0) {
Power = false;
}
bus.setFunc(BUS_READDATA);
pMAINCONNECTOR->Set_values(bus.toUInt64());
return true;
}
if (!Power) return true;
switch (bus.getFunc()) {
case BUS_SLEEP: break;
case BUS_WRITEDATA: mem[bus.getAddr()] = bus.getData();
break;
case BUS_READDATA: bus.setData(mem[bus.getAddr()]);
break;
}
pMAINCONNECTOR->Set_values(bus.toUInt64());
return true;
}