public OPCODE_DESCRIPTOR(
UInt64 _groups,
MULTI_MNEMONIC _mnemonic,
UInt16 _id,
INTERNAL_OPERAND[] _ops,
int _props,
byte _tested_flags,
byte _modified_flags,
byte _set_flags,
byte _cleared_flags,
byte _undefined_flags,
byte _arch)
{
groups = _groups;
mnemonic = _mnemonic;
id = _id;
ops = _ops;
props = (UInt16)_props;
tested_flags = _tested_flags;
modified_flags = _modified_flags;
set_flags = _set_flags;
cleared_flags = _cleared_flags;
undefined_flags = _undefined_flags;
arch = _arch;
}
//Get instruction's size. Well, really this is size of implicit operand
// that influences on instruction's mnemonic.
static void get_instruction_opsize(MULTI_MNEMONIC multi_mnemonic, INSTRUCTION instr, INTERNAL_DATA idata, DISMODE mode)
{
OPERAND_SIZE opsize = new OPERAND_SIZE();
if (multi_mnemonic.size >= sq_handlers.Count())
{
idata.severe_err = ERRS.ERR_INTERNAL;
}
else
{
sq_handlers[multi_mnemonic.size](ref opsize, ref instr, idata, mode);
}
instr.opsize = (byte)opsize.size; //Possible sizes are 2/4/8.
}
