public void Setup()
{
_logger = (UnitTestLogger <CPU6502>)_serviceProvider.GetService <ILogger <CPU6502> >();
_logger.GetOutput(); // Clear any buffered output
mem = _serviceProvider.GetService <IAddressMap>();
mem.Install(new Ram(0x0000, 0x10000));
_display = _serviceProvider.GetService <IMemoryMappedDisplay>();
_display.Locate(DISPLAY_BASE_ADDR, DISPLAY_SIZE);
mem.Install(_display);
AsyncUtil.RunSync(mem.Initialise);
_display.Clear();
_cpu = (CPU6502)_serviceProvider.GetService <IDebuggableCpu>();
_cpu.LogLevel = LogLevel.Trace;
mem.WriteWord(_cpu.RESET_VECTOR, PROG_START);
mem.Labels.Clear();
mem.Labels.Add("DISPLAY_CONTROL_ADDR", MemoryMappedDisplay.DISPLAY_CONTROL_BLOCK_ADDR);
mem.Labels.Add("DISPLAY_BASE_ADDR", DISPLAY_BASE_ADDR);
mem.Labels.Add("DISPLAY_SIZE", DISPLAY_SIZE);
mem.Labels.Add("RESET_VECTOR", _cpu.RESET_VECTOR);
mem.Labels.Add("IRQ_VECTOR", _cpu.IRQ_VECTOR);
mem.Labels.Add("NMI_VECTOR", _cpu.NMI_VECTOR);
_cpuHoldEvent = _serviceProvider.GetService <ICpuHoldEvent>();
_cpuStepEvent = _serviceProvider.GetService <ICpuStepEvent>();
_cancellationTokenWrapper = _serviceProvider.GetService <CancellationTokenWrapper>();
_cancellationTokenWrapper.Reset();
}
public async Task Setup()
{
mem = _serviceProvider.GetService <IAddressMap>();
mem.Install(new Ram(0x0000, 0x10000));
_display = _serviceProvider.GetService <IMemoryMappedDisplay>();
_display.Locate(DISPLAY_BASE_ADDR, DISPLAY_SIZE);
mem.Install(_display);
_keyboard = _serviceProvider.GetService <IMemoryMappedKeyboard>();
_keyboard.StartAddress = KEYBOARD_BASE_ADDR;
mem.Install((IAddressAssignment)_keyboard);
await mem.Initialise();
_display.Clear();
_cpu = (CPU6502)_serviceProvider.GetService <IDebuggableCpu>();
_cpu.LogLevel = LogLevel.Trace;
_keyboard.RequestInterrupt += async(s, e) => { await _cpu.Interrupt(s, e); };
mem.WriteWord(_cpu.RESET_VECTOR, PROG_START);
mem.Labels.Add("DISPLAY_CONTROL_ADDR", MemoryMappedDisplay.DISPLAY_CONTROL_BLOCK_ADDR);
mem.Labels.Add("DISPLAY_BASE_ADDR", DISPLAY_BASE_ADDR);
mem.Labels.Add("DISPLAY_SIZE", DISPLAY_SIZE);
mem.Labels.Add("KEYBOARD_STATUS_REGISTER", MemoryMappedKeyboard.STATUS_REGISTER + KEYBOARD_BASE_ADDR);
mem.Labels.Add("KEYBOARD_CONTROL_REGISTER", MemoryMappedKeyboard.CONTROL_REGISTER + KEYBOARD_BASE_ADDR);
mem.Labels.Add("KEYBOARD_DATA_REGISTER", MemoryMappedKeyboard.DATA_REGISTER + KEYBOARD_BASE_ADDR);
mem.Labels.Add("KEYBOARD_SCAN_CODE_REGISTER", MemoryMappedKeyboard.SCAN_CODE_REGISTER + KEYBOARD_BASE_ADDR);
mem.Labels.Add("RESET_VECTOR", _cpu.RESET_VECTOR);
mem.Labels.Add("IRQ_VECTOR", _cpu.IRQ_VECTOR);
mem.Labels.Add("NMI_VECTOR", _cpu.NMI_VECTOR);
}
public async Task Setup()
{
mem = _serviceProvider.GetService <IAddressMap>();
mem.Install(new Ram(0x0000, 0x10000));
_display = _serviceProvider.GetService <IMemoryMappedDisplay>();
_display.Locate(DISPLAY_BASE_ADDR, DISPLAY_SIZE);
mem.Install(_display);
await _display.Initialise();
_display.Clear();
_cpu = (CPU6502)_serviceProvider.GetService <IDebuggableCpu>();
_cpu.LogLevel = LogLevel.Trace;
mem.WriteWord(_cpu.RESET_VECTOR, PROG_START);
_persistence = new MemoryFilePersistence
{
WorkingDirectory = "~/6502Programs"
};
mem.Labels.Add("DISPLAY_CONTROL_ADDR", MemoryMappedDisplay.DISPLAY_CONTROL_BLOCK_ADDR);
mem.Labels.Add("DISPLAY_BASE_ADDR", DISPLAY_BASE_ADDR);
mem.Labels.Add("DISPLAY_SIZE", DISPLAY_SIZE);
mem.Labels.Add("RESET_VECTOR", _cpu.RESET_VECTOR);
mem.Labels.Add("IRQ_VECTOR", _cpu.IRQ_VECTOR);
mem.Labels.Add("NMI_VECTOR", _cpu.NMI_VECTOR);
mem.Labels.Push();
}
public void Start()
{
mem.Install(new Ram(0x0000, 0x10000));
_display.Locate(DISPLAY_BASE_ADDR, DISPLAY_SIZE);
mem.Install(_display);
// This is interactive, so we want the RemoteKeyboardConnection
mem.Install((IAddressAssignment)_keyboard);
AsyncUtil.RunSync(() => mem.Initialise());
_display.Clear();
_cpu.LogLevel = LogLevel.Trace;
_keyboard.RequestInterrupt += async(s, e) => { await _cpu.Interrupt(); };
mem.WriteWord(_cpu.RESET_VECTOR, PROG_START);
mem.Labels.Clear();
mem.Labels.Add("DISPLAY_CONTROL_ADDR", MemoryMappedDisplay.DISPLAY_CONTROL_BLOCK_ADDR);
mem.Labels.Add("DISPLAY_CONTROL_REGISTER", MemoryMappedDisplay.DISPLAY_CONTROL_BLOCK_ADDR + DisplayControlBlock.CONTROL_ADDR);
mem.Labels.Add("CURSOR_X_REGISTER", MemoryMappedDisplay.DISPLAY_CONTROL_BLOCK_ADDR + DisplayControlBlock.CURSOR_X_ADDR);
mem.Labels.Add("CURSOR_Y_REGISTER", MemoryMappedDisplay.DISPLAY_CONTROL_BLOCK_ADDR + DisplayControlBlock.CURSOR_X_ADDR);
mem.Labels.Add("DISPLAY_BASE_ADDR", DISPLAY_BASE_ADDR);
mem.Labels.Add("DISPLAY_SIZE", DISPLAY_SIZE);
mem.Labels.Add("KEYBOARD_STATUS_REGISTER", MemoryMappedKeyboard.STATUS_REGISTER + KEYBOARD_BASE_ADDR);
mem.Labels.Add("KEYBOARD_CONTROL_REGISTER", MemoryMappedKeyboard.CONTROL_REGISTER + KEYBOARD_BASE_ADDR);
mem.Labels.Add("KEYBOARD_DATA_REGISTER", MemoryMappedKeyboard.DATA_REGISTER + KEYBOARD_BASE_ADDR);
mem.Labels.Add("KEYBOARD_SCAN_CODE_REGISTER", MemoryMappedKeyboard.SCAN_CODE_REGISTER + KEYBOARD_BASE_ADDR);
mem.Labels.Add("RESET_VECTOR", _cpu.RESET_VECTOR);
mem.Labels.Add("IRQ_VECTOR", _cpu.IRQ_VECTOR);
mem.Labels.Add("NMI_VECTOR", _cpu.NMI_VECTOR);
Run();
}
public async Task Setup()
{
mem = _serviceProvider.GetService <IAddressMap>();
_rom = new Rom(ROM_START, ROM_SIZE);
mem.Install(new Ram(RAM_BANK_1_START, RAM_BANK_1_SIZE));
mem.Install(_rom);
mem.Install(new Ram(RAM_BANK_2_START, RAM_BANK_2_SIZE));
await mem.Initialise();
}
