void Tester_68k::sampleNot() {
Results* oObj;
MemoryBlock* oSampleMem;
oObj = new Results("NOT.B D0");
oObj->setRegD(0, 0x12345687);
oObj->setN();
oObj->setCycleCount(4);
oObj = new Results("NOT.W D0");
oObj->setRegD(0, 0x1234ffff);
oObj->setN()->setX();
oObj->setCycleCount(4);
oObj = new Results("NOT.L D0");
oObj->setRegD(0, 0x000000ff);
oObj->setX();
oObj->setCycleCount(6);
oObj->setIrqSampleCyclePos(2);
oObj = new Results("NOT.L ($3000).L");
oObj->setX();
oSampleMem = new MemoryBlock();
oSampleMem->writeLong(0x3000, 0x0ffedcee);
oObj->setCodeBlock(oSampleMem);
oObj->setCycleCount(28);
}
void Tester_68k::sampleEor() {
Results* oObj;
MemoryBlock* oSampleMem;
oObj = new Results("eor.w D4, D3");
oObj->setRegD(3, 0x54ff0056);
oObj->setRegD(4, 0x9853ab9b);
oObj->setX()->setN();
oObj->setCycleCount(4);
oObj = new Results("eor.l D3, (A2)");
oObj->setRegD(3, 0x54ff0056);
oObj->setRegA(2, 0x3000);
oSampleMem = new MemoryBlock();
oSampleMem->writeLong(0x3000, 0x5bf00f47);
oObj->setCodeBlock(oSampleMem);
oObj->setCycleCount(20);
}
void Tester_68k::sampleNeg() {
Results* oObj;
MemoryBlock* oSampleMem;
oObj = new Results("NEG.B D0");
oObj->setRegD(0, 0x12345688);
oObj->setC()->setX()->setN();
oObj->setCycleCount(4);
oObj = new Results("NEG.B D0 alt");
oObj->setRegD(0, 0x12345600);
oObj->setZ();
oObj->setCycleCount(4);
oObj = new Results("NEG.B D0 overflow");
oObj->setRegD(0, 0x12345680);
oObj->setC()->setX()->setN()->setV();
oObj->setCycleCount(4);
oObj = new Results("NEG.W D0 overflow");
oObj->setRegD(0, 0x12348000);
oObj->setC()->setX()->setN()->setV();
oObj->setCycleCount(4);
oObj = new Results("NEG.L D0");
oObj->setRegD(0, 0xedcba988);
oObj->setC()->setX()->setN();
oObj->setCycleCount(6);
oObj->setIrqSampleCyclePos(2);
oObj = new Results("NEG.L D0 alt");
oObj->setRegD(0, 0x1);
oObj->setC()->setX();
oObj->setCycleCount(6);
oObj->setIrqSampleCyclePos(2);
oObj = new Results("NEG.L ($3000).L");
oObj->setC()->setX();
oSampleMem = new MemoryBlock();
oSampleMem->writeLong(0x3000, 0x0ffedcef);
oObj->setCodeBlock(oSampleMem);
oObj->setCycleCount(28);
}
void Tester_68k::sampleMove() {
Results* oObj;
MemoryBlock* oSampleMem;
oObj = new Results("MOVE.B D1, D2");
oObj->setRegD(1, 0x12345678);
oObj->setRegD(2, 0x78);
oObj->setCycleCount(4);
oObj = new Results("MOVE.L #$8090fea1, D2");
oObj->setRegD(2, 0x8090fea1);
oObj->setN();
oObj->setCycleCount(12);
oObj = new Results("MOVE #$0, (A2)");
oObj->setRegA(2, 0x3000);
oObj->setZ();
oSampleMem = new MemoryBlock();
oSampleMem->writeWord(0x3000, 0);
oObj->setCodeBlock(oSampleMem);
oObj->setCycleCount(12);
oObj = new Results("MOVE.L (A2)+, (A2)+");
oObj->setRegA(2, 0x3008);
oObj->setN();
oSampleMem = new MemoryBlock();
oSampleMem->writeLong(0x3000, 0xaaaabbbb);
oSampleMem->writeLong(0x3004, 0xaaaabbbb);
oObj->setCodeBlock(oSampleMem);
oObj->setCycleCount(20);
oObj = new Results("MOVE.L (A2)+, -(A2)");
oObj->setRegA(2, 0x3000);
oObj->setN();
oSampleMem = new MemoryBlock();
oSampleMem->writeLong(0x3000, 0xaaaabbbb);
oSampleMem->writeLong(0x3004, 0x0);
oObj->setCodeBlock(oSampleMem);
oObj->setCycleCount(20);
oObj = new Results("MOVE.L -(A2), 4(A2,D1)");
oObj->setRegA(2, 0x3000);
oObj->setRegD(1, 0);
oObj->setN();
oSampleMem = new MemoryBlock();
oSampleMem->writeLong(0x3000, 0xaaaabbbb);
oSampleMem->writeLong(0x3004, 0xaaaabbbb);
oObj->setCodeBlock(oSampleMem);
oObj->setCycleCount(28);
oObj = new Results("MOVE.W D1, ($3000).L");
oObj->setRegD(1, 0x5678);
oSampleMem = new MemoryBlock();
oSampleMem->writeWord(0x3000, 0x5678);
oSampleMem->writeWord(0x3002, 0);
oObj->setCodeBlock(oSampleMem);
oObj->setCycleCount(16);
oObj = new Results("MOVE.L ($3000).L, ($3004).L");
oSampleMem = new MemoryBlock();
oSampleMem->writeLong(0x3000, 0xeeee);
oSampleMem->writeLong(0x3004, 0xeeee);
oObj->setCodeBlock(oSampleMem);
oObj->setCycleCount(36);
}