public int run(int[] args) {
CPU.loadDataRegister(addrMode, size.getRealSize(), args);
CPU.dataReg.setValue(CPU.a.getValue());
CPU.saveDataReg();
int cycles = 4;
if (!CPU.status.isMemoryAccess()) cycles++;
return cycles;
}
public static void init(InputStream is, boolean isZip) {
CPU.resetCPU();
PPU.init();
printStats();
Log.debug("====Starting SNO====");
RomLoader rl = new RomLoader(is, isZip);
if (rl.getRomInfo().isHiROM()) mem = new HiROMMemory();
else mem = new LoROMMemory();
rl.loadMemory(mem);
instCount = 0;
// Initiate Reset Vector
CPU.resetVectorInit();
}
public static void cycle(long count) throws Exception {
long instCount = 0;
// Do as many instructions as set in properties file
// Will execute indefinitely if instruction count is negative
try {
while ((instCount < count || count < 0) && running) {
if (pause && !advanceFrameOnce) continue;
CPU.cycle();
instCount++;
}
} catch (Exception err) {
// Finish timing and print stats before throwing error up
timeEnd = new Date().getTime();
System.out.println("Total time: " + ((timeEnd - timeBegin) / 1000) + " seconds");
System.out.println("Instructions performed: " + instCount);
System.out.println("Cycles performed: " + Timing.getCycles());
System.out.println(
"Average speed: "
+ (((Timing.getCycles() + 0f) / ((timeEnd - timeBegin + 0f) / 1000f))
/ (1024f * 1024f))
+ " MHz");
System.out.println(
"Average speed: "
+ (((Timing.getCycles() + 0f) / ((timeEnd - timeBegin + 0f) / 1000f)))
+ " Hz");
printMMaps();
throw err;
}
Core.instCount += instCount;
}