internal Instruction(ref Udis86.ud u, bool keepBinary)
{
this.Offset = u.insn_offset;
this.PC = u.pc;
this.Mnemonic = u.mnemonic;
// Add operands
List <Operand> operands = new List <Operand>(4);
if (u.operand[0].type != Udis86.ud_type.UD_NONE)
{
operands.Add(new Operand(u.operand[0]));
if (u.operand[1].type != Udis86.ud_type.UD_NONE)
{
operands.Add(new Operand(u.operand[1]));
if (u.operand[2].type != Udis86.ud_type.UD_NONE)
{
operands.Add(new Operand(u.operand[2]));
if (u.operand[3].type != Udis86.ud_type.UD_NONE)
{
operands.Add(new Operand(u.operand[3]));
}
}
}
}
this.Operands = operands.ToArray();
this.Length = u.inp_ctr;
// Copy the instruction bytes
if (keepBinary)
{
this.Bytes = u.inp_buf.CopyToBytes(u.inp_buf_index - this.Length, this.Length);
}
if (u.error > 0)
{
this.Error = true;
this.ErrorMessage = u.errorMessage;
}
else if (this.Mnemonic == Udis86.ud_mnemonic_code.UD_Iinvalid)
{
this.Error = true;
this.ErrorMessage = "Invalid instruction";
}
this.itab_entry = u.itab_entry;
this.dis_mode = (ArchitectureMode)u.dis_mode;
this.pfx_rex = u.pfx_rex;
this.pfx_seg = u.pfx_seg;
this.pfx_opr = u.pfx_opr;
this.pfx_adr = u.pfx_adr;
this.pfx_lock = u.pfx_lock;
this.pfx_str = u.pfx_str;
this.pfx_rep = u.pfx_rep;
this.pfx_repe = u.pfx_repe;
this.pfx_repne = u.pfx_repne;
this.opr_mode = u.opr_mode;
this.adr_mode = u.adr_mode;
this.br_far = u.br_far;
this.br_near = u.br_near;
this.have_modrm = u.have_modrm;
this.modrm = u.modrm;
this.primary_opcode = u.primary_opcode;
}
internal Instruction(ref Udis86.ud u, bool keepBinary)
{
this.Offset = u.insn_offset;
this.PC = u.pc;
this.Mnemonic = u.mnemonic;
// Add operands
List<Operand> operands = new List<Operand>(4);
if (u.operand[0].type != Udis86.ud_type.UD_NONE)
{
operands.Add(new Operand(u.operand[0]));
if (u.operand[1].type != Udis86.ud_type.UD_NONE)
{
operands.Add(new Operand(u.operand[1]));
if (u.operand[2].type != Udis86.ud_type.UD_NONE)
{
operands.Add(new Operand(u.operand[2]));
if (u.operand[3].type != Udis86.ud_type.UD_NONE) operands.Add(new Operand(u.operand[3]));
}
}
}
this.Operands = operands.ToArray();
this.Length = u.inp_ctr;
// Copy the instruction bytes
if (keepBinary)
{
this.Bytes = AssemblyCode.CopyToBytes(u.inp_buf, u.inp_buf_index - this.Length, this.Length);
}
if (u.error > 0)
{
this.Error = true;
this.ErrorMessage = u.errorMessage;
}
else if (this.Mnemonic == Udis86.ud_mnemonic_code.UD_Iinvalid)
{
this.Error = true;
this.ErrorMessage = "Invalid instruction";
}
this.itab_entry = u.itab_entry;
this.dis_mode = (ArchitectureMode) u.dis_mode;
this.pfx_rex = u.pfx_rex;
this.pfx_seg = u.pfx_seg;
this.pfx_opr = u.pfx_opr;
this.pfx_adr = u.pfx_adr;
this.pfx_lock = u.pfx_lock;
this.pfx_str = u.pfx_str;
this.pfx_rep = u.pfx_rep;
this.pfx_repe = u.pfx_repe;
this.pfx_repne = u.pfx_repne;
this.opr_mode = u.opr_mode;
this.adr_mode = u.adr_mode;
this.br_far = u.br_far;
this.br_near = u.br_near;
this.have_modrm = u.have_modrm;
this.modrm = u.modrm;
this.primary_opcode = u.primary_opcode;
}