public static void test46(ref CPU cpu)
{
cpu.reg[0] += cpu.reg[2];
cpu.reg[1] |= 28;
cpu.cycles += 2;
}
public static void test00(ref CPU cpu)
{
cpu.reg[1] += cpu.reg[1];
cpu.reg[0] |= 1;
cpu.cycles += 2;
}
static void functTable(ref CPU cpu, byte opcode)
{
optTable[opcode](ref cpu);
}
public static void test08(ref CPU cpu)
{
cpu.reg[0] += cpu.reg[1];
cpu.reg[1] |= 0x1001;
cpu.cycles += 6;
}
public static void test10(ref CPU cpu)
{
cpu.reg[3] += cpu.reg[1];
cpu.reg[3] |= 0x1011;
cpu.cycles += 1;
}
public static void test62(ref CPU cpu)
{
cpu.reg[3] += cpu.reg[1];
cpu.reg[0] |= 45;
cpu.cycles += 4;
}
public static void test06(ref CPU cpu)
{
cpu.reg[1] += cpu.reg[1];
cpu.reg[1] |= 0x111;
cpu.cycles += 2;
}
public static void test52(ref CPU cpu)
{
cpu.reg[0] += cpu.reg[2];
cpu.reg[0] |= 35;
cpu.cycles += 3;
}
public static void test53(ref CPU cpu)
{
cpu.reg[0] += cpu.reg[2];
cpu.reg[0] |= 36;
cpu.cycles += 4;
}
public static void test50(ref CPU cpu)
{
cpu.reg[0] += cpu.reg[2];
cpu.reg[0] |= 33;
cpu.cycles += 5;
}
public static void test51(ref CPU cpu)
{
cpu.reg[0] += cpu.reg[2];
cpu.reg[0] *= 34;
cpu.cycles += 2;
}
public static void test49(ref CPU cpu)
{
cpu.reg[2] += cpu.reg[2];
cpu.reg[2] |= 31;
cpu.cycles += 7;
}
public static void test48(ref CPU cpu)
{
cpu.reg[1] += cpu.reg[2];
cpu.reg[0] |= 30;
cpu.cycles += 6;
}
public static void test47(ref CPU cpu)
{
cpu.reg[2] += cpu.reg[2];
cpu.reg[3] *= 29;
cpu.cycles += 2;
}
public static void test61(ref CPU cpu)
{
cpu.reg[2] += cpu.reg[1];
cpu.reg[0] ^= 3115;
cpu.cycles += 2;
}
public static void test54(ref CPU cpu)
{
cpu.reg[2] += cpu.reg[1];
cpu.reg[3] |= 37;
cpu.cycles += 2;
}
public static void test05(ref CPU cpu)
{
cpu.reg[0] += cpu.reg[1];
cpu.reg[1] |= 0x110;
cpu.cycles += 3;
}
public static void test55(ref CPU cpu)
{
cpu.reg[0] += cpu.reg[1];
cpu.reg[1] += 3835;
cpu.cycles += 5;
}
public static void test63(ref CPU cpu)
{
cpu.reg[1] += cpu.reg[0];
cpu.reg[0] ^= 3425;
cpu.cycles += 2;
}
public static void test56(ref CPU cpu)
{
cpu.reg[0] += cpu.reg[1];
cpu.reg[1] |= 39;
cpu.cycles += 4;
}
public static void test07(ref CPU cpu)
{
cpu.reg[0] += cpu.reg[1];
cpu.reg[0] |= 0x1000;
cpu.cycles += 4;
}
public static void test57(ref CPU cpu)
{
cpu.reg[0] += cpu.reg[1];
cpu.reg[2] |= 40;
cpu.cycles += 2;
}
public static void test09(ref CPU cpu)
{
cpu.reg[0] += cpu.reg[1];
cpu.reg[0] |= 0x1010;
cpu.cycles += 2;
}
public static void test58(ref CPU cpu)
{
cpu.reg[2] += cpu.reg[1];
cpu.reg[0] |= 41;
cpu.cycles += 7;
}
public static void test11(ref CPU cpu)
{
cpu.reg[1] += cpu.reg[1];
cpu.reg[3] |= 0x1100;
cpu.cycles += 2;
}
public static void test59(ref CPU cpu)
{
cpu.reg[0] += cpu.reg[1];
cpu.reg[1] ^= 3245;
cpu.cycles += 4;
}
public static void test12(ref CPU cpu)
{
cpu.reg[0] += cpu.reg[1];
cpu.reg[0] |= 0x1101;
cpu.cycles += 1;
}
public static void test60(ref CPU cpu)
{
cpu.reg[1] += cpu.reg[1];
cpu.reg[3] |= 4233;
cpu.cycles += 3;
}
static void switchTable(ref CPU cpu, byte opcode)
{
switch (opcode)
{
case 0: test00(ref cpu); break;
case 1: test01(ref cpu); break;
case 2: test02(ref cpu); break;
case 3: test03(ref cpu); break;
case 4: test04(ref cpu); break;
case 5: test05(ref cpu); break;
case 6: test06(ref cpu); break;
case 7: test07(ref cpu); break;
case 8: test08(ref cpu); break;
case 9: test09(ref cpu); break;
case 10: test10(ref cpu); break;
case 11: test11(ref cpu); break;
case 12: test12(ref cpu); break;
case 13: test13(ref cpu); break;
case 14: test14(ref cpu); break;
case 15: test15(ref cpu); break;
case 16: test16(ref cpu); break;
case 17: test17(ref cpu); break;
case 18: test18(ref cpu); break;
case 19: test19(ref cpu); break;
case 20: test20(ref cpu); break;
case 21: test21(ref cpu); break;
case 22: test22(ref cpu); break;
case 23: test23(ref cpu); break;
case 24: test24(ref cpu); break;
case 25: test25(ref cpu); break;
case 26: test26(ref cpu); break;
case 27: test27(ref cpu); break;
case 28: test28(ref cpu); break;
case 29: test29(ref cpu); break;
case 30: test30(ref cpu); break;
case 31: test31(ref cpu); break;
case 32: test32(ref cpu); break;
case 33: test33(ref cpu); break;
case 34: test34(ref cpu); break;
case 35: test35(ref cpu); break;
case 36: test36(ref cpu); break;
case 37: test37(ref cpu); break;
case 38: test38(ref cpu); break;
case 39: test39(ref cpu); break;
case 40: test40(ref cpu); break;
case 41: test41(ref cpu); break;
case 42: test42(ref cpu); break;
case 43: test43(ref cpu); break;
case 44: test44(ref cpu); break;
case 45: test45(ref cpu); break;
case 46: test46(ref cpu); break;
case 47: test47(ref cpu); break;
case 48: test48(ref cpu); break;
case 49: test49(ref cpu); break;
case 50: test50(ref cpu); break;
case 51: test51(ref cpu); break;
case 52: test52(ref cpu); break;
case 53: test53(ref cpu); break;
case 54: test54(ref cpu); break;
case 55: test55(ref cpu); break;
case 56: test56(ref cpu); break;
case 57: test57(ref cpu); break;
case 58: test58(ref cpu); break;
case 59: test59(ref cpu); break;
case 60: test60(ref cpu); break;
case 61: test61(ref cpu); break;
case 62: test62(ref cpu); break;
case 63: test63(ref cpu); break;
default: break;
}
}
public static void test45(ref CPU cpu)
{
cpu.reg[1] += cpu.reg[2];
cpu.reg[2] |= 27;
cpu.cycles += 6;
}