/**
* Returns the registers.
*/
public static void GetRegisters()
{
// Get registers
var cspect = Main.CSpect;
var regs = cspect.GetRegs();
InitData(29 + 8);
// Return registers
SetWord(regs.PC);
SetWord(regs.SP);
SetWord(regs.AF);
SetWord(regs.BC);
SetWord(regs.DE);
SetWord(regs.HL);
SetWord(regs.IX);
SetWord(regs.IY);
SetWord(regs._AF);
SetWord(regs._BC);
SetWord(regs._DE);
SetWord(regs._HL);
SetByte(regs.R);
SetByte(regs.I);
SetByte(regs.IM);
SetByte(0); // reserved
// Return the slots/banks
SetByte(8);
for (int i = 0; i < 8; i++)
{
byte bank = cspect.GetNextRegister((byte)(0x50 + i));
SetByte(bank);
}
// Return
CSpectSocket.SendResponse(Data);
//Log.WriteLine("GetRegs: I={0}, R={1}", regs.I, regs.R);
}
/**
* Returns some sprite patterns.
*/
public static void GetSpritePatterns()
{
var cspect = Main.CSpect;
var prevRegs = cspect.GetRegs();
// Start of memory
ushort index = CSpectSocket.GetDataByte();
// Get size
ushort count = CSpectSocket.GetDataByte();
if (Log.Enabled)
{
Log.WriteLine("Sprite pattern index={0}, count={1}", index, count);
}
// Respond
int address = index * 256;
int size = count * 256;
InitData(size);
byte[] values = cspect.PeekSprite(address, size);
foreach (byte value in values)
{
SetByte(value);
}
CSpectSocket.SendResponse(Data);
var afterRegs = cspect.GetRegs();
//Log.WriteLine("prevPC={0}/(0x{0:X4}), afterPC={1}/(0x{1:X4})", prevRegs.PC, afterRegs.PC);
if (prevRegs.PC != afterRegs.PC)
{
Log.WriteLine("prevPC={0}/(0x{0:X4}), afterPC={1}/(0x{1:X4})", prevRegs.PC, afterRegs.PC);
}
}
/**
* Writes the state.
*/
public static void WriteState()
{
// Not implemented: No CSpect interface yet.
// Respond
CSpectSocket.SendResponse();
}
/**
* Associate a slot with a bank.
*/
public static void SetSlot()
{
// Get slot
byte slot = CSpectSocket.GetDataByte();
// Get bank
byte bank = CSpectSocket.GetDataByte();
// Special handling for 0xFE
if (bank == 0xFE)
{
bank = 0xFF;
}
// Set slot
var cspect = Main.CSpect;
cspect.SetNextRegister((byte)(0x50 + slot), bank);
//Console.WriteLine("slot {0} = {1}", slot, bank);
// No error
InitData(1);
SetByte(0);
// Respond
CSpectSocket.SendResponse(Data);
}
/**
* Reads a memory area.
*/
public static void ReadMem()
{
// Skip reserved
CSpectSocket.GetDataByte();
// Start of memory
ushort address = CSpectSocket.GetDataWord();
// Get size
ushort size = CSpectSocket.GetDataWord();
if (Log.Enabled)
{
Log.WriteLine("ReadMem at address={0}, size={1}", address, size);
}
// Respond
InitData(size);
var cspect = Main.CSpect;
byte[] values = cspect.Peek(address, size);
foreach (byte value in values)
{
SetByte(value);
}
CSpectSocket.SendResponse(Data);
}
/**
* Removes a breakpoint.
*/
public static void RemoveBreakpoint()
{
// Get breakpoint ID
ushort bpId = CSpectSocket.GetDataWord();
// Remove breakpoint
DeleteBreakpoint(bpId);
// Respond
CSpectSocket.SendResponse();
}
/**
* Pauses execution.
*/
public static void Pause()
{
// Pause
if (Log.Enabled)
{
Log.WriteLine("Pause: Stop debugger.");
}
ManualBreak = true;
Main.CSpect.Debugger(Plugin.eDebugCommand.Enter);
// Respond
CSpectSocket.SendResponse();
}
/**
* Adds a breakpoint.
*/
public static void AddBreakpoint()
{
// Get breakpoint address
int bpAddr = CSpectSocket.GetLongAddress();
// Set CSpect breakpoint
ushort bpId = SetBreakpoint(bpAddr);
// Respond
InitData(2);
SetWord(bpId);
CSpectSocket.SendResponse(Data);
}
/**
* Returns the configuration.
*/
public static void CmdInit()
{
// Clear breakpoints
ClearAllBreakAndWatchpoints();
// Return values
int length = 1 + 3 + Main.ProgramName.Length + 1;
InitData(length);
SetByte(0); // No error
SetBuffer(DZRP_VERSION);
SetByte((byte)DzrpMachineType.ZXNEXT); // machine type = ZXNext
SetString(Main.ProgramName);
CSpectSocket.SendResponse(Data);
}
/**
* Sets the border color.
*/
public static void SetBorder()
{
// Get border color
byte color = CSpectSocket.GetDataByte();
if (Log.Enabled)
{
Log.WriteLine("Bordercolor={0}", color);
}
// Set border
Main.CSpect.OutPort(0xFE, color);
// Respond
CSpectSocket.SendResponse();
}
/**
* Removes a watchpoint area.
*/
public static void RemoveWatchpoint()
{
// Get data
ushort start = CSpectSocket.GetDataWord();
ushort size = CSpectSocket.GetDataWord();
ushort end = (ushort)(start + size);
var cspect = Main.CSpect;
// Remove both read and write
for (ushort i = start; i != end; i++)
{
cspect.Debugger(Plugin.eDebugCommand.ClearReadBreakpoint, i);
cspect.Debugger(Plugin.eDebugCommand.ClearWriteBreakpoint, i);
}
// Respond
CSpectSocket.SendResponse();
}
/**
* Returns the first or second sprites palette.
*/
public static void GetSpritesPalette()
{
// Which palette
int paletteIndex = CSpectSocket.GetDataByte() & 0x01;;
// Prepare data
InitData(2 * 256);
// Store current values
var cspect = Main.CSpect;
byte eUlaCtrlReg = cspect.GetNextRegister(0x43);
byte indexReg = cspect.GetNextRegister(0x40);
byte colorReg = cspect.GetNextRegister(0x41);
// Bit 7: 0=first (8bit color), 1=second (9th bit color)
byte machineReg = cspect.GetNextRegister(0x03);
// Select sprites
byte selSprites = (byte)((eUlaCtrlReg & 0x0F) | 0b0010_0000 | (paletteIndex << 6));
cspect.SetNextRegister(0x43, selSprites); // Resets also 0x44
// Read palette
for (int i = 0; i < 256; i++)
{
// Set index
cspect.SetNextRegister(0x40, (byte)i);
// Read color
byte colorMain = cspect.GetNextRegister(0x41);
SetByte(colorMain);
byte color9th = cspect.GetNextRegister(0x44);
SetByte(color9th);
//Log.WriteLine("Palette index={0}: 8bit={1}, 9th bit={2}", i, colorMain, color9th);
}
// Restore values
cspect.SetNextRegister(0x43, eUlaCtrlReg);
cspect.SetNextRegister(0x40, indexReg);
if ((machineReg & 0x80) != 0)
{
// Bit 7 set, increase 0x44 index.
// Write it to increase the index
cspect.SetNextRegister(0x44, colorReg);
}
// Respond
CSpectSocket.SendResponse(Data);
}
/**
* Writes a memory area.
*/
public static void WriteMem()
{
// Skip reserved
CSpectSocket.GetDataByte();
// Start of memory
ushort address = CSpectSocket.GetDataWord();
// Get size
var data = CSpectSocket.GetRemainingData();
ushort size = (ushort)data.Count;
// Write memory
var cspect = Main.CSpect;
byte[] values = data.ToArray();
cspect.Poke(address, values);
// Respond
CSpectSocket.SendResponse();
}
/**
* Returns the value of one TBBlue register.
*/
public static void GetTbblueReg()
{
// Get register
byte reg = CSpectSocket.GetDataByte();
// Get register value
var cspect = Main.CSpect;
cspect.GetNextRegister(reg);
// Write register value
InitData(1);
byte value = cspect.GetNextRegister(reg);
SetByte(value);
// Log
if (Log.Enabled)
{
Log.WriteLine("GetNextRegister({0:X2}): {1}", reg, value);
}
// Respond
CSpectSocket.SendResponse(Data);
}
/**
* Writes one memory bank.
*/
public static void WriteBank()
{
// Get size
int bankSize = CSpectSocket.GetRemainingDataCount() - 1;
if (bankSize != 0x2000)
{
// Only supported is 0x2000
string errorString = "Bank size incorrect!";
int length = 1 + errorString.Length + 1;
InitData(length);
SetByte(1); // Error
SetString(errorString);
CSpectSocket.SendResponse(Data);
}
// Get bank number
byte bankNumber = CSpectSocket.GetDataByte();
// Calculate physical address
// Example: phys. address $1f021 = ($1f021&$1fff) for offset and ($1f021>>13) for bank.
Int32 physAddress = bankNumber * bankSize;
// Write memory
var cspect = Main.CSpect;
if (Log.Enabled)
{
Log.WriteLine("WriteBank: bank={0}", bankNumber);
}
for (int i = bankSize; i > 0; i--)
{
byte value = CSpectSocket.GetDataByte();
cspect.PokePhysical(physAddress++, new byte[] { value });
}
// Respond
InitData(2);
SetByte(0); // No error
SetByte(0);
CSpectSocket.SendResponse(Data);
}
/**
* Returns the attributes of some sprites.
*/
public static void GetSprites()
{
// Get index
int index = CSpectSocket.GetDataByte();
// Get count
int count = CSpectSocket.GetDataByte();
// Get sprite data
InitData(5 * count);
var cspect = Main.CSpect;
for (int i = 0; i < count; i++)
{
var sprite = cspect.GetSprite(index + i);
SetByte(sprite.x);
SetByte(sprite.y);
SetByte(sprite.paloff_mirror_flip_rotate_xmsb);
SetByte(sprite.visible_name);
SetByte(sprite.H_N6_0_XX_YY_Y8);
}
// Respond
CSpectSocket.SendResponse(Data);
}
/**
* Returns the sprite clipping window.
*/
public static void GetSpritesClipWindow()
{
// Get index (for restoration)
var cspect = Main.CSpect;
int prevIndex = cspect.GetNextRegister(0x1C);
prevIndex = (prevIndex >> 2) & 0x03;
// Get clip window
byte[] clip = new byte[5];
for (int i = 0; i < 4; i++)
{
byte value = cspect.GetNextRegister(0x19); // xl
clip[(prevIndex + i) % 4] = value;
cspect.SetNextRegister(0x19, value); // Increment index
}
clip[4] = cspect.GetNextRegister(0x15); // sprite control register
if (Log.Enabled)
{
Log.WriteLine("Clip: xl={0}, xr={1}, yt={2}, yb={3}, control={4:X2}", clip[0], clip[1], clip[2], clip[3], clip[4]);
}
// Respond
CSpectSocket.SendResponse(clip);
}
/**
* Adds a watchpoint area.
*/
public static void AddWatchpoint()
{
// Get data
ushort start = CSpectSocket.GetDataWord();
ushort size = CSpectSocket.GetDataWord();
ushort end = (ushort)(start + size);
byte access = CSpectSocket.GetDataByte();
if (Log.Enabled)
{
Log.WriteLine("AddWatchpoint: address={0:X4}, size={1}", start, size);
}
// condition is not used
var cspect = Main.CSpect;
// Read
if ((access & 0x01) != 0)
{
for (ushort i = start; i != end; i++)
{
cspect.Debugger(Plugin.eDebugCommand.SetReadBreakpoint, i);
//Log.WriteLine("Read Watchpoint {0}", i);
}
}
// Write
if ((access & 0x02) != 0)
{
for (ushort i = start; i != end; i++)
{
cspect.Debugger(Plugin.eDebugCommand.SetWriteBreakpoint, i);
//Log.WriteLine("Write Watchpoint {0}", i);
}
}
// Respond
CSpectSocket.SendResponse();
}
/**
* Continues execution.
*/
public static void Continue()
{
var cspect = Main.CSpect;
// Breakpoint 1
bool bp1Enable = (CSpectSocket.GetDataByte() != 0);
ushort bp1Address = CSpectSocket.GetDataWord();
// Breakpoint 2
bool bp2Enable = (CSpectSocket.GetDataByte() != 0);
ushort bp2Address = CSpectSocket.GetDataWord();
// Alternate command?
//AlternateCommand alternateCmd = (AlternateCommand)CSpectSocket.GetDataByte();
AlternateCommand alternateCmd = AlternateCommand.CONTINUE;
switch (alternateCmd)
{
/* Note: Cspect cannot support this because of the strange step-over behavior:
* CSpect step-over does not step-over a conditional jump backwards, e.g. "JP cc, -5"
* case AlternateCommand.STEP_OVER: // Step over
* ushort address = CSpectSocket.GetDataWord();
* ushort endAddress = CSpectSocket.GetDataWord();
* // Respond
* CSpectSocket.SendResponse();
* //ManualBreak = false;
* //CpuRunning = true; Need to be locked
* //cspect.Debugger(Plugin.eDebugCommand.StepOver);
* break;
*
* case AlternateCommand.STEP_OUT: // Step out
* // Respond
* CSpectSocket.SendResponse();
* break;
*/
case AlternateCommand.CONTINUE: // Continue
default:
// Set temporary breakpoints
TmpBreakpoint1 = -1;
if (bp1Enable)
{
TmpBreakpoint1 = bp1Address;
var result = cspect.Debugger(Plugin.eDebugCommand.SetBreakpoint, TmpBreakpoint1);
if (Log.Enabled)
{
Log.WriteLine(" Set tmp breakpoint 1 at 0x{0:X4}, result={1}", TmpBreakpoint1, result);
}
}
TmpBreakpoint2 = -1;
if (bp2Enable)
{
TmpBreakpoint2 = bp2Address;
var result = cspect.Debugger(Plugin.eDebugCommand.SetBreakpoint, TmpBreakpoint2);
if (Log.Enabled)
{
Log.WriteLine(" Set tmp breakpoint 2 at 0x{0:X4}, result={1}", TmpBreakpoint2, result);
}
}
// Log
if (Log.Enabled)
{
var regs = cspect.GetRegs();
Log.WriteLine("Continue: Run debugger. pc=0x{0:X4}/{0}, bp1=0x{1:X4}/{1}, bp2=0x{2:X4}/{2}", regs.PC, TmpBreakpoint1, TmpBreakpoint2);
}
// Respond
CSpectSocket.SendResponse();
// Run
ManualBreak = false;
StartCpu(true);
break;
}
}
/**
* Sets one double or single register.
*/
public static void SetRegister()
{
// Get register number
byte regNumber = CSpectSocket.GetDataByte();
// Get new value
ushort value = CSpectSocket.GetDataWord();
ushort valueByte = (ushort)(value & 0xFF);
// Get registers
var cspect = Main.CSpect;
var regs = cspect.GetRegs();
// Set a specific register
switch (regNumber)
{
case 0: regs.PC = value; break;
case 1: regs.SP = value; break;
case 2: regs.AF = value; break;
case 3: regs.BC = value; break;
case 4: regs.DE = value; break;
case 5: regs.HL = value; break;
case 6: regs.IX = value; break;
case 7: regs.IY = value; break;
case 8: regs._AF = value; break;
case 9: regs._BC = value; break;
case 10: regs._DE = value; break;
case 11: regs._HL = value; break;
case 13: regs.IM = (byte)value; break;
case 14: regs.AF = (ushort)((regs.AF & 0xFF00) + valueByte); break; // F
case 15: regs.AF = (ushort)((regs.AF & 0xFF) + 256 * valueByte); break; // A
case 16: regs.BC = (ushort)((regs.BC & 0xFF00) + valueByte); break; // C
case 17: regs.BC = (ushort)((regs.BC & 0xFF) + 256 * valueByte); break; // B
case 18: regs.DE = (ushort)((regs.DE & 0xFF00) + valueByte); break; // E
case 19: regs.DE = (ushort)((regs.DE & 0xFF) + 256 * valueByte); break; // D
case 20: regs.HL = (ushort)((regs.HL & 0xFF00) + valueByte); break; // L
case 21: regs.HL = (ushort)((regs.HL & 0xFF) + 256 * valueByte); break; // H
case 22: regs.IX = (ushort)((regs.IX & 0xFF00) + valueByte); break; // IXL
case 23: regs.IX = (ushort)((regs.IX & 0xFF) + 256 * valueByte); break; // IXH
case 24: regs.IY = (ushort)((regs.IY & 0xFF00) + valueByte); break; // IYL
case 25: regs.IY = (ushort)((regs.IY & 0xFF) + 256 * valueByte); break; // IYH
case 26: regs._AF = (ushort)((regs._AF & 0xFF00) + valueByte); break; // F'
case 27: regs._AF = (ushort)((regs._AF & 0xFF) + 256 * valueByte); break; // A'
case 28: regs._BC = (ushort)((regs._BC & 0xFF00) + valueByte); break; // C'
case 29: regs._BC = (ushort)((regs._BC & 0xFF) + 256 * valueByte); break; // B'
case 30: regs._DE = (ushort)((regs._DE & 0xFF00) + valueByte); break; // E'
case 31: regs._DE = (ushort)((regs._DE & 0xFF) + 256 * valueByte); break; // D'
case 32: regs._HL = (ushort)((regs._HL & 0xFF00) + valueByte); break; // L'
case 33: regs._HL = (ushort)((regs._HL & 0xFF) + 256 * valueByte); break; // H'
case 34: regs.R = (byte)value; break;
case 35: regs.I = (byte)value; break;
default:
// Error
Log.WriteLine("Error: Wrong register number {0} to set.", regNumber);
break;
}
// Set register(s)
cspect.SetRegs(regs);
//Log.WriteLine("SetRegs: I={0}, R={1}", regs.I, regs.R);
// Respond
CSpectSocket.SendResponse();
}
/**
* Just sends a response.
*/
public static void CmdClose()
{
CSpectSocket.SendResponse();
}