public void ShouldNotReturnValue()
{
TestContext.WriteLine("memoryPatch, should not return a value");
var memoryPatch = MemoryPatch.getInstance();
var result = memoryPatch.hasPatch(0);
Assert.That(result, Is.EqualTo(null));
}
public void ShouldAddVolatilePatch()
{
TestContext.WriteLine("memoryPatch, should add a volatile patch");
var memoryPatch = MemoryPatch.getInstance();
memoryPatch.addPatch(0x50, 20, true);
var result = memoryPatch.hasPatch(0x50);
Assert.That(result?.value, Is.EqualTo(20));
}
public void ShouldReturnPatchedValue()
{
TestContext.WriteLine("memoryPatch, should return a patched value");
var memoryPatch = MemoryPatch.getInstance();
memoryPatch.addPatch(0x50, 20);
var result = memoryPatch.hasPatch(0x50);
Assert.That(result?.value, Is.EqualTo(20));
}
public void ShouldReturnPatchedGameId()
{
TestContext.WriteLine("MemoryPatchSkipBootCheck, should return a patched game id");
var memoryPatch = MemoryPatch.getInstance();
MemoryPatchSkipBootCheck.run(memoryPatch);
var checkLo = memoryPatch.hasPatch(0xFFEC);
var checkHi = memoryPatch.hasPatch(0xFFED);
Assert.That(checkLo?.value, Is.EqualTo(0x00));
Assert.That(checkHi?.value, Is.EqualTo(0xFF));
}
public void ShouldReturnPatchedGameId()
{
TestContext.WriteLine("MemoryPatchGameId, should return a patched game id");
var memoryPatch = MemoryPatch.getInstance();
MemoryPatchGameId.run(memoryPatch, 0x50);
var gameIdLo = memoryPatch.hasPatch(0x50);
var gameIdHi = memoryPatch.hasPatch(0x51);
Assert.That(gameIdLo?.value, Is.EqualTo(20));
Assert.That(gameIdHi?.value, Is.EqualTo(99));
}
public WpcCpuBoard(RomObject romObject)
{
ram = Enumerable.Repeat((byte)0, memoryMapper.MEMORY_ADDR_HARDWARE).ToArray();
romSizeMBit = romObject.romSizeMBit;
systemRom = romObject.systemRom;
romFileName = romObject.fileName;
gameRom = romObject.gameRom;
memoryPatch = MemoryPatch.getInstance();
if (romObject.gameIdMemoryLocation != null)
{
MemoryPatchGameId.run(memoryPatch, (ushort)romObject.gameIdMemoryLocation);
}
if (romObject.skipWpcRomCheck)
{
Debug.Print("skipWpcRomCheck TRUE");
MemoryPatchSkipBootCheck.run(memoryPatch);
}
memoryWriteHandler = MemoryHandler.getInstance(romObject.memoryPosition, ram);
cpu = Cpu6809.getInstance(_write8, _read8);
InterruptCallbackData interruptCallback = new InterruptCallbackData
{
irq = cpu.irq,
firqFromDmd = () =>
{
cpu.firq();
asic.firqSourceDmd(true);
},
reset = cpu.reset
};
InitObject initObject = new InitObject
{
interruptCallback = interruptCallback,
romSizeMBit = romSizeMBit,
romObject = romObject,
ram = ram,
hasAlphanumericDisplay = romObject.hasAlphanumericDisplay
};
hasAlphaNumbericDisplay = romObject.hasAlphanumericDisplay;
asic = CpuBoardAsic.getInstance(initObject);
soundBoard = SoundBoard.getInstance(initObject);
displayBoard = DisplayBoard.getInstance(initObject);
externalIo = ExternalIo.getInstance();
ticksIrq = 0;
protectedMemoryWriteAttempts = 0;
memoryWrites = 0;
}
public void ShouldApplyPatchesToExposedMemory()
{
TestContext.WriteLine("memoryPatch, should applyPatchesToExposedMemory");
var ram = Enumerable.Repeat((byte)0x00, 20).ToArray();
var memoryPatch = MemoryPatch.getInstance();
memoryPatch.addPatch(10, 20, true);
memoryPatch.addPatch(11, 21, true);
var result = memoryPatch.applyPatchesToExposedMemory(ram);
Assert.That(result[0], Is.EqualTo(0));
Assert.That(result[10], Is.EqualTo(20));
Assert.That(result[11], Is.EqualTo(21));
}
public void ShouldCleanupVolatilePatches()
{
TestContext.WriteLine("memoryPatch, should cleanup volatile patches");
var memoryPatch = MemoryPatch.getInstance();
memoryPatch.addPatch(0x50, 20, true);
memoryPatch.addPatch(0x70, 21, true);
memoryPatch.addPatch(0x90, 23);
memoryPatch.removeVolatileEntries();
var result1 = memoryPatch.hasPatch(0x50);
var result2 = memoryPatch.hasPatch(0x70);
var result3 = memoryPatch.hasPatch(0x90);
Assert.That(result1, Is.EqualTo(null));
Assert.That(result2, Is.EqualTo(null));
Assert.That(result3?.value, Is.EqualTo(23));
}
