private void _breakpoints_BreakpointChanged()
{
// We remove the breakpoint icon
foreach (InstructionViewModel inst in _addressWithBreakpoints.Values)
{
inst.HasBreakpoint = false;
}
// We recreate the list
_addressWithBreakpoints = new Dictionary <ushort, InstructionViewModel>();
// We update the breakpoints
List <ushort> execBreakpoints = _cpu.GetBreakpoints(BreakpointKinds.EXECUTION);
foreach (ushort breakpointAddress in execBreakpoints)
{
if (!_addressToInstruction.ContainsKey(breakpointAddress))
{
continue;
}
InstructionViewModel inst = _addressToInstruction[breakpointAddress];
_addressWithBreakpoints[breakpointAddress] = inst;
inst.HasBreakpoint = true;
}
}
public void SetCurrentInstruction(InstructionViewModel instruction)
{
if (_currentInstruction != null)
{
_currentInstruction.IsCurrent = false;
}
_currentInstruction = instruction;
_currentInstruction.IsCurrent = true;
}
private void Vm_BreakpointChanged()
{
// We recreate the instruction with breakpoints dictionary
_addressWithBreakpoints = new Dictionary <ushort, InstructionViewModel>();
List <ushort> execBreakpoints = _cpu.GetBreakpoints(BreakpointKinds.EXECUTION);
foreach (ushort breakpointAddress in execBreakpoints)
{
if (!_addressToInstruction.ContainsKey(breakpointAddress))
{
continue;
}
InstructionViewModel inst = _addressToInstruction[breakpointAddress];
_addressWithBreakpoints[breakpointAddress] = inst;
}
_breakpoints.RecreateBreakpoints();
}
public void Dissasemble(ushort currentAddress)
{
_addressToInstruction = new Dictionary <ushort, InstructionViewModel>();
_addressWithBreakpoints = new Dictionary <ushort, InstructionViewModel>();
_disassembler.PoorManDisassemble(currentAddress);
_instructions.Clear();
byte[][] matrix = _disassembler.DisassembledMatrix;
int instCount = 0xFFFF;
for (int address = 0; address < instCount; ++address)
{
byte[] entry = matrix[address];
int intLength = entry[0];
bool CB = false;
if (intLength == 0)
{
searchStrings[address] = "";
continue;
}
string searchString = "";
var vm = new InstructionViewModel(_cpu);
// We check the length
if (intLength == 1)
{
vm.Address = "0x" + address.ToString("x2");
vm.originalOpcode = entry[1];
vm.Opcode = "0x" + entry[1].ToString("x2");
vm.Name = CPUInstructionNames.Get(entry[1]);
vm.Description = CPUInstructionDescriptions.Get(entry[1]);
}
else if (intLength == 2)
{
if (entry[1] != 0xCB)
{
vm.Address = "0x" + address.ToString("x2");
vm.originalOpcode = entry[1];
vm.Opcode = "0x" + entry[1].ToString("x2");
vm.Name = CPUInstructionNames.Get(entry[1]);
vm.Literal = "0x" + entry[2].ToString("x2");
vm.Description = CPUInstructionDescriptions.Get(entry[1]);
}
else
{
CB = true;
vm.Address = "0x" + address.ToString("x2");
int instOpcode = ((entry[1] << 8) | entry[2]);
vm.originalOpcode = (ushort)instOpcode;
vm.Opcode = "0x" + instOpcode.ToString("x2");
vm.Name = CPUCBInstructionNames.Get(entry[2]);
vm.Literal = "0x" + entry[2].ToString("x2");
vm.Description = CPUCBInstructionDescriptions.Get(entry[2]);
}
}
else
{
vm.Address = "0x" + address.ToString("x2");
vm.originalOpcode = entry[1];
vm.Opcode = "0x" + entry[1].ToString("x2");
vm.Name = CPUInstructionNames.Get(entry[1]);
int literal = ((entry[2] << 8) | entry[3]);
vm.Literal = "0x" + literal.ToString("x2");
vm.Description = CPUInstructionDescriptions.Get(entry[1]);
}
vm.originalAddress = (ushort)address;
if (!CB)
{
vm.Ticks = CPUSpace.Dictionaries.CPUInstructionClocks.Get((byte)vm.originalOpcode);
}
else
{
vm.Ticks = CPUSpace.Dictionaries.CPUCBInstructionClocks.Get((byte)vm.originalOpcode);
}
_instructions.Add(vm);
_addressToInstruction[(ushort)address] = vm;
vm.BreakpointChanged += Vm_BreakpointChanged;
searchString += vm.Address + "_";
searchString += vm.Opcode + "_";
searchString += vm.Name + "_";
searchString += vm.Literal;
searchStrings[address] = searchString;
if (address == currentAddress)
{
SelectedInstruction = vm;
SetCurrentInstruction(vm);
}
}
// We update the breakpoints
List <ushort> execBreakpoints = _cpu.GetBreakpoints(BreakpointKinds.EXECUTION);
foreach (ushort breakpointAddress in execBreakpoints)
{
if (!_addressToInstruction.ContainsKey(breakpointAddress))
{
continue;
}
InstructionViewModel inst = _addressToInstruction[breakpointAddress];
_addressWithBreakpoints[breakpointAddress] = inst;
inst.HasBreakpoint = true;
}
}
public void Dissasemble(ushort currentAddress)
{
_addressToInstruction = new Dictionary<ushort, InstructionViewModel>();
_addressWithBreakpoints = new Dictionary<ushort, InstructionViewModel>();
_disassembler.PoorManDisassemble(currentAddress);
_instructions.Clear();
byte[][] matrix = _disassembler.DisassembledMatrix;
int instCount = 0xFFFF;
for (int address = 0; address < instCount; ++address)
{
byte[] entry = matrix[address];
int intLength = entry[0];
bool CB = false;
if (intLength == 0) {
searchStrings[address] = "";
continue;
}
string searchString = "";
var vm = new InstructionViewModel(_cpu);
// We check the length
if (intLength == 1)
{
vm.Address = "0x" + address.ToString("x2");
vm.originalOpcode = entry[1];
vm.Opcode = "0x" + entry[1].ToString("x2");
vm.Name = CPUInstructionNames.Get(entry[1]);
vm.Description = CPUInstructionDescriptions.Get(entry[1]);
}
else if (intLength == 2)
{
if (entry[1] != 0xCB)
{
vm.Address = "0x" + address.ToString("x2");
vm.originalOpcode = entry[1];
vm.Opcode = "0x" + entry[1].ToString("x2");
vm.Name = CPUInstructionNames.Get(entry[1]);
vm.Literal = "0x" + entry[2].ToString("x2");
vm.Description = CPUInstructionDescriptions.Get(entry[1]);
}
else
{
CB = true;
vm.Address = "0x" + address.ToString("x2");
int instOpcode = ((entry[1] << 8) | entry[2]);
vm.originalOpcode = (ushort)instOpcode;
vm.Opcode = "0x" + instOpcode.ToString("x2");
vm.Name = CPUCBInstructionNames.Get(entry[2]);
vm.Literal = "0x" + entry[2].ToString("x2");
vm.Description = CPUCBInstructionDescriptions.Get(entry[2]);
}
}
else
{
vm.Address = "0x" + address.ToString("x2");
vm.originalOpcode = entry[1];
vm.Opcode = "0x" + entry[1].ToString("x2");
vm.Name = CPUInstructionNames.Get(entry[1]);
int literal = ((entry[2] << 8) | entry[3]);
vm.Literal = "0x" + literal.ToString("x2");
vm.Description = CPUInstructionDescriptions.Get(entry[1]);
}
vm.originalAddress = (ushort)address;
if (!CB)
{
vm.Ticks = CPUSpace.Dictionaries.CPUInstructionClocks.Get((byte)vm.originalOpcode);
}
else
{
vm.Ticks = CPUSpace.Dictionaries.CPUCBInstructionClocks.Get((byte)vm.originalOpcode);
}
_instructions.Add(vm);
_addressToInstruction[(ushort)address] = vm;
vm.BreakpointChanged += Vm_BreakpointChanged;
searchString += vm.Address + "_";
searchString += vm.Opcode + "_";
searchString += vm.Name + "_";
searchString += vm.Literal;
searchStrings[address] = searchString;
if (address == currentAddress)
{
SelectedInstruction = vm;
SetCurrentInstruction(vm);
}
}
// We update the breakpoints
List<ushort> execBreakpoints = _cpu.GetBreakpoints(BreakpointKinds.EXECUTION);
foreach (ushort breakpointAddress in execBreakpoints)
{
if (!_addressToInstruction.ContainsKey(breakpointAddress)) { continue; }
InstructionViewModel inst = _addressToInstruction[breakpointAddress];
_addressWithBreakpoints[breakpointAddress] = inst;
inst.HasBreakpoint = true;
}
}
public void SetCurrentInstruction(InstructionViewModel instruction)
{
if (_currentInstruction != null)
{
_currentInstruction.IsCurrent = false;
}
_currentInstruction = instruction;
_currentInstruction.IsCurrent = true;
}
