public static string GetInstruction(int offset)
{
switch (Data.GetArchitechture(offset))
{
case Data.Architechture.CPU65C816: return(CPU65C816.GetInstruction(offset));
case Data.Architechture.APUSPC700: return("");
case Data.Architechture.GPUSuperFX: return("");
}
return("");
}
public static int GetEffectiveAddress(int offset)
{
switch (Data.GetArchitechture(offset))
{
case Data.Architechture.CPU65C816: return(CPU65C816.GetEffectiveAddress(offset));
case Data.Architechture.APUSPC700: return(-1);
case Data.Architechture.GPUSuperFX: return(-1);
}
return(-1);
}
public static int GetIntermediateAddress(int offset, bool resolve = false)
{
// FIX ME: log and generation of dp opcodes. search references
switch (Data.GetArchitechture(offset))
{
case Data.Architechture.CPU65C816: return(CPU65C816.GetIntermediateAddress(offset, resolve));
case Data.Architechture.APUSPC700: return(-1);
case Data.Architechture.GPUSuperFX: return(-1);
}
return(-1);
}
public static int Step(int offset, bool branch, bool force, int prevOffset)
{
Project.unsavedChanges = true;
switch (Data.GetArchitechture(offset))
{
case Data.Architechture.CPU65C816: return(CPU65C816.Step(offset, branch, force, prevOffset));
case Data.Architechture.APUSPC700: return(offset);
case Data.Architechture.GPUSuperFX: return(offset);
}
return(offset);
}
public static void RescanInOutPoints()
{
for (int i = 0; i < Data.GetROMSize(); i++)
{
Data.ClearInOutPoint(i);
}
for (int i = 0; i < Data.GetROMSize(); i++)
{
if (Data.GetFlag(i) == Data.FlagType.Opcode)
{
switch (Data.GetArchitechture(i))
{
case Data.Architechture.CPU65C816: CPU65C816.MarkInOutPoints(i); break;
case Data.Architechture.APUSPC700: break;
case Data.Architechture.GPUSuperFX: break;
}
}
}
Project.unsavedChanges = true;
}
private static int GetLineByteLength(int offset)
{
int max = 1, step = 1;
int size = Data.GetROMSize();
switch (Data.GetFlag(offset))
{
case Data.FlagType.Opcode:
switch (Data.GetArchitechture(offset))
{
case Data.Architechture.CPU65C816: return(CPU65C816.GetInstructionLength(offset));
case Data.Architechture.APUSPC700: return(1);
case Data.Architechture.GPUSuperFX: return(1);
}
return(1);
case Data.FlagType.Unreached:
case Data.FlagType.Operand:
case Data.FlagType.Data8Bit:
case Data.FlagType.Graphics:
case Data.FlagType.Music:
case Data.FlagType.Empty:
max = dataPerLine;
break;
case Data.FlagType.Text:
max = 21;
break;
case Data.FlagType.Data16Bit:
step = 2;
max = dataPerLine;
break;
case Data.FlagType.Data24Bit:
step = 3;
max = dataPerLine;
break;
case Data.FlagType.Data32Bit:
step = 4;
max = dataPerLine;
break;
case Data.FlagType.Pointer16Bit:
step = 2;
max = 2;
break;
case Data.FlagType.Pointer24Bit:
step = 3;
max = 3;
break;
case Data.FlagType.Pointer32Bit:
step = 4;
max = 4;
break;
}
int min = step, myBank = offset / bankSize;
while (
min < max &&
offset + min < size &&
Data.GetFlag(offset + min) == Data.GetFlag(offset) &&
Data.GetLabel(Util.ConvertPCtoSNES(offset + min)) == "" &&
(offset + min) / bankSize == myBank
)
{
min += step;
}
return(min);
}
