protected Architecture(Process process, TargetInfo info)
{
this.process = process;
this.TargetInfo = info;
if (!Inferior.IsRunningOnWindows)
disassembler = new BfdDisassembler (process, info.TargetAddressSize == 8);
if (info.TargetAddressSize == 8)
opcodes = new Opcodes_X86_64 (process);
else
opcodes = new Opcodes_I386 (process);
}
public static X86_Instruction DecodeInstruction(X86_Opcodes opcodes,
TargetMemoryAccess memory,
TargetAddress address)
{
try {
X86_Instruction insn;
if (memory.TargetMemoryInfo.TargetAddressSize == 8)
{
insn = new Instruction_X86_64(opcodes, address);
}
else
{
insn = new Instruction_I386(opcodes, address);
}
insn.DoDecodeInstruction(memory, address);
return(insn);
} catch {
return(null);
}
}
protected X86_Instruction(X86_Opcodes opcodes, TargetAddress address)
{
this.Opcodes = opcodes;
this.address = address;
}
internal Instruction_X86_64(X86_Opcodes opcodes, TargetAddress address)
: base(opcodes, address)
{
}
internal Instruction_X86_64(X86_Opcodes opcodes, TargetAddress address)
: base(opcodes, address)
{
}
protected X86_Instruction(X86_Opcodes opcodes, TargetAddress address)
{
this.Opcodes = opcodes;
this.address = address;
}
public static X86_Instruction DecodeInstruction(X86_Opcodes opcodes,
TargetMemoryAccess memory,
TargetAddress address)
{
try {
X86_Instruction insn;
if (memory.TargetMemoryInfo.TargetAddressSize == 8)
insn = new Instruction_X86_64 (opcodes, address);
else
insn = new Instruction_I386 (opcodes, address);
insn.DoDecodeInstruction (memory, address);
return insn;
} catch {
return null;
}
}