#ifndef __GENERATED_INSTR_H__
#define __GENERATED_INSTR_H__
#include "instr.h"
#include "mem.h"
#include <stdio.h>
#include "addrs.h"

uint8_t _adc        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _add        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _adiw       (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _and        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _andi       (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _asr        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _bclr       (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _bld        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _brbc       (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _brbs       (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _break      (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _bset       (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _bst        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _call       (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _cbi        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _com        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _cp         (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _cpc        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _cpi        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _cpse       (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _dec        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _des        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _eicall     (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _eijmp      (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _elpm1      (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _elpm2      (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _elpm3      (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _eor        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _fmul       (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _fmuls      (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _fmulsu     (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _icall      (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _ijmp       (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _in         (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _inc        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _jmp        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _lac        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _las        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _lat        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _ld1        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _ld2        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _ld3        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _ld_ldd2    (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _ld_ldd3    (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _ld_ldd4    (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _ld_ldd_12  (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _ld_ldd_13  (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _ld_ldd_14  (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _ldi        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _lds        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _lds_avrrc  (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _lpm1       (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _lpm2       (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _lpm3       (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _lsr        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _mov        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _movw       (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _mul        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _muls       (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _mulsu      (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _neg        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _nop        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _or         (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _out        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _pop        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _push       (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _rcall      (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _ret        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _reti       (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _rjmp       (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _ror        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _sbc        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _sbci       (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _sbi        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _sbic       (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _sbis       (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _sbiw       (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _sbr        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _sbrc       (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _sbrs       (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _sleep      (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _spm        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _st1        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _st2        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _st3        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _st_std2    (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _st_std3    (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _st_std4    (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _st_std_12  (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _st_std_13  (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _st_std_14  (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _sts        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _sts_avrrc  (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _sub        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _subi       (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _swap       (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _wdr        (prog_counter_t* pcounter, device_mem_t* devMem);
uint8_t _xch        (prog_counter_t* pcounter, device_mem_t* devMem);


static inline uint8_t _dispatchInstruction(const opcode_t op, prog_counter_t* programCounter, device_mem_t* devMem)
{
    if((op & (~0b0000001111111111)) == 0b0001110000000000)
    {
        return _adc(programCounter, devMem);
    } 
	else if((op & (~0b0000001111111111)) == 0b0000110000000000)
    {
        return _add(programCounter, devMem);
    } 
	else if((op & (~0b0000000011111111)) == 0b1001011000000000)
    {
        return _adiw(programCounter, devMem);
    } 
	else if((op & (~0b0000001111111111)) == 0b0010000000000000)
    {
        return _and(programCounter, devMem);
    } 
	else if((op & (~0b0000111111111111)) == 0b0111000000000000)
    {
        return _andi(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001010000000101)
    {
        return _asr(programCounter, devMem);
    } 
	else if((op & (~0b0000000001110000)) == 0b1001010010001000)
    {
        return _bclr(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110111)) == 0b1111100000000000)
    {
        return _bld(programCounter, devMem);
    } 
	else if((op & (~0b0000001111111111)) == 0b1111010000000000)
    {
        return _brbc(programCounter, devMem);
    } 
	else if((op & (~0b0000001111111111)) == 0b1111000000000000)
    {
        return _brbs(programCounter, devMem);
    } 
	else if((op & (~0b0000000000000000)) == 0b1001010110011000)
    {
        return _break(programCounter, devMem);
    } 
	else if((op & (~0b0000000001110000)) == 0b1001010000001000)
    {
        return _bset(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110111)) == 0b1111101000000000)
    {
        return _bst(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110001)) == 0b1001010000001110)
    {
        return _call(programCounter, devMem);
    } 
	else if((op & (~0b0000000011111111)) == 0b1001100000000000)
    {
        return _cbi(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001010000000000)
    {
        return _com(programCounter, devMem);
    } 
	else if((op & (~0b0000001111111111)) == 0b0001010000000000)
    {
        return _cp(programCounter, devMem);
    } 
	else if((op & (~0b0000001111111111)) == 0b0000010000000000)
    {
        return _cpc(programCounter, devMem);
    } 
	else if((op & (~0b0000111111111111)) == 0b0011000000000000)
    {
        return _cpi(programCounter, devMem);
    } 
	else if((op & (~0b0000001111111111)) == 0b0001000000000000)
    {
        return _cpse(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001010000001010)
    {
        return _dec(programCounter, devMem);
    } 
	else if((op & (~0b0000000000000000)) == 0b1001010100011001)
    {
        return _eicall(programCounter, devMem);
    } 
	else if((op & (~0b0000000000000000)) == 0b1001010000011001)
    {
        return _eijmp(programCounter, devMem);
    } 
	else if((op & (~0b0000000000000000)) == 0b1001010111011000)
    {
        return _elpm1(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001000000000110)
    {
        return _elpm2(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001000000000111)
    {
        return _elpm3(programCounter, devMem);
    } 
	else if((op & (~0b0000001111111111)) == 0b0010010000000000)
    {
        return _eor(programCounter, devMem);
    } 
	else if((op & (~0b0000000001110111)) == 0b0000001100001000)
    {
        return _fmul(programCounter, devMem);
    } 
	else if((op & (~0b0000000001110111)) == 0b0000001110000000)
    {
        return _fmuls(programCounter, devMem);
    } 
	else if((op & (~0b0000000001110111)) == 0b0000001110001000)
    {
        return _fmulsu(programCounter, devMem);
    } 
	else if((op & (~0b0000000000000000)) == 0b1001010100001001)
    {
        return _icall(programCounter, devMem);
    } 
	else if((op & (~0b0000000000000000)) == 0b1001010000001001)
    {
        return _ijmp(programCounter, devMem);
    } 
	else if((op & (~0b0000011111111111)) == 0b1011000000000000)
    {
        return _in(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001010000000011)
    {
        return _inc(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110001)) == 0b1001010000001100)
    {
        return _jmp(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001000000001100)
    {
        return _ld1(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001000000001101)
    {
        return _ld2(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001000000001110)
    {
        return _ld3(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001000000001001)
    {
        return _ld_ldd2(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001000000001010)
    {
        return _ld_ldd3(programCounter, devMem);
    } 
	else if((op & (~0b0010110111110111)) == 0b1000000000001000)
    {
        return _ld_ldd4(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001000000000001)
    {
        return _ld_ldd_12(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001000000000010)
    {
        return _ld_ldd_13(programCounter, devMem);
    } 
	else if((op & (~0b0010110111110111)) == 0b1000000000000000)
    {
        return _ld_ldd_14(programCounter, devMem);
    } 
	else if((op & (~0b0000111111111111)) == 0b1110000000000000)
    {
        return _ldi(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001000000000000)
    {
        return _lds(programCounter, devMem);
    } 
	else if((op & (~0b0000000000000000)) == 0b1001010111001000)
    {
        return _lpm1(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001000000000100)
    {
        return _lpm2(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001000000000101)
    {
        return _lpm3(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001010000000110)
    {
        return _lsr(programCounter, devMem);
    } 
	else if((op & (~0b0000001111111111)) == 0b0010110000000000)
    {
        return _mov(programCounter, devMem);
    } 
	else if((op & (~0b0000000011111111)) == 0b0000000100000000)
    {
        return _movw(programCounter, devMem);
    } 
	else if((op & (~0b0000001111111111)) == 0b1001110000000000)
    {
        return _mul(programCounter, devMem);
    } 
	else if((op & (~0b0000000011111111)) == 0b0000001000000000)
    {
        return _muls(programCounter, devMem);
    } 
	else if((op & (~0b0000000001110111)) == 0b0000001100000000)
    {
        return _mulsu(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001010000000001)
    {
        return _neg(programCounter, devMem);
    } 
	else if((op & (~0b0000000000000000)) == 0b0000000000000000)
    {
        return _nop(programCounter, devMem);
    } 
	else if((op & (~0b0000001111111111)) == 0b0010100000000000)
    {
        return _or(programCounter, devMem);
    } 
	else if((op & (~0b0000011111111111)) == 0b1011100000000000)
    {
        return _out(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001000000001111)
    {
        return _pop(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001001000001111)
    {
        return _push(programCounter, devMem);
    } 
	else if((op & (~0b0000111111111111)) == 0b1101000000000000)
    {
        return _rcall(programCounter, devMem);
    } 
	else if((op & (~0b0000000000000000)) == 0b1001010100001000)
    {
        return _ret(programCounter, devMem);
    } 
	else if((op & (~0b0000000000000000)) == 0b1001010100011000)
    {
        return _reti(programCounter, devMem);
    } 
	else if((op & (~0b0000111111111111)) == 0b1100000000000000)
    {
        return _rjmp(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001010000000111)
    {
        return _ror(programCounter, devMem);
    } 
	else if((op & (~0b0000001111111111)) == 0b0000100000000000)
    {
        return _sbc(programCounter, devMem);
    } 
	else if((op & (~0b0000111111111111)) == 0b0100000000000000)
    {
        return _sbci(programCounter, devMem);
    } 
	else if((op & (~0b0000000011111111)) == 0b1001101000000000)
    {
        return _sbi(programCounter, devMem);
    } 
	else if((op & (~0b0000000011111111)) == 0b1001100100000000)
    {
        return _sbic(programCounter, devMem);
    } 
	else if((op & (~0b0000000011111111)) == 0b1001101100000000)
    {
        return _sbis(programCounter, devMem);
    } 
	else if((op & (~0b0000000011111111)) == 0b1001011100000000)
    {
        return _sbiw(programCounter, devMem);
    } 
	else if((op & (~0b0000111111111111)) == 0b0110000000000000)
    {
        return _sbr(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110111)) == 0b1111110000000000)
    {
        return _sbrc(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110111)) == 0b1111111000000000)
    {
        return _sbrs(programCounter, devMem);
    } 
	else if((op & (~0b0000000000000000)) == 0b1001010110001000)
    {
        return _sleep(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001001000001100)
    {
        return _st1(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001001000001101)
    {
        return _st2(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001001000001110)
    {
        return _st3(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001001000001001)
    {
        return _st_std2(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001001000001010)
    {
        return _st_std3(programCounter, devMem);
    } 
	else if((op & (~0b0010110111110111)) == 0b1000001000001000)
    {
        return _st_std4(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001001000000001)
    {
        return _st_std_12(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001001000000010)
    {
        return _st_std_13(programCounter, devMem);
    } 
	else if((op & (~0b0010110111110111)) == 0b1000001000000000)
    {
        return _st_std_14(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001001000000000)
    {
        return _sts(programCounter, devMem);
    } 
	else if((op & (~0b0000001111111111)) == 0b0001100000000000)
    {
        return _sub(programCounter, devMem);
    } 
	else if((op & (~0b0000111111111111)) == 0b0101000000000000)
    {
        return _subi(programCounter, devMem);
    } 
	else if((op & (~0b0000000111110000)) == 0b1001010000000010)
    {
        return _swap(programCounter, devMem);
    } 
	else if((op & (~0b0000000000000000)) == 0b1001010110101000)
    {
        return _wdr(programCounter, devMem);
    } 
    return 0;
}


#define HANDLER_REGISTERS {\
	{&_adc,        0b0001110000000000,	0b0000001111111111,	2}, \
	{&_add,        0b0000110000000000,	0b0000001111111111,	2}, \
	{&_adiw,       0b1001011000000000,	0b0000000011111111,	2}, \
	{&_and,        0b0010000000000000,	0b0000001111111111,	2}, \
	{&_andi,       0b0111000000000000,	0b0000111111111111,	2}, \
	{&_asr,        0b1001010000000101,	0b0000000111110000,	2}, \
	{&_bclr,       0b1001010010001000,	0b0000000001110000,	2}, \
	{&_bld,        0b1111100000000000,	0b0000000111110111,	2}, \
	{&_brbc,       0b1111010000000000,	0b0000001111111111,	2}, \
	{&_brbs,       0b1111000000000000,	0b0000001111111111,	2}, \
	{&_break,      0b1001010110011000,	0b0000000000000000,	2}, \
	{&_bset,       0b1001010000001000,	0b0000000001110000,	2}, \
	{&_bst,        0b1111101000000000,	0b0000000111110111,	2}, \
	{&_call,       0b1001010000001110,	0b0000000111110001,	4}, \
	{&_cbi,        0b1001100000000000,	0b0000000011111111,	2}, \
	{&_com,        0b1001010000000000,	0b0000000111110000,	2}, \
	{&_cp,         0b0001010000000000,	0b0000001111111111,	2}, \
	{&_cpc,        0b0000010000000000,	0b0000001111111111,	2}, \
	{&_cpi,        0b0011000000000000,	0b0000111111111111,	2}, \
	{&_cpse,       0b0001000000000000,	0b0000001111111111,	2}, \
	{&_dec,        0b1001010000001010,	0b0000000111110000,	2}, \
	{&_eicall,     0b1001010100011001,	0b0000000000000000,	2}, \
	{&_eijmp,      0b1001010000011001,	0b0000000000000000,	2}, \
	{&_elpm1,      0b1001010111011000,	0b0000000000000000,	2}, \
	{&_elpm2,      0b1001000000000110,	0b0000000111110000,	2}, \
	{&_elpm3,      0b1001000000000111,	0b0000000111110000,	2}, \
	{&_eor,        0b0010010000000000,	0b0000001111111111,	2}, \
	{&_fmul,       0b0000001100001000,	0b0000000001110111,	2}, \
	{&_fmuls,      0b0000001110000000,	0b0000000001110111,	2}, \
	{&_fmulsu,     0b0000001110001000,	0b0000000001110111,	2}, \
	{&_icall,      0b1001010100001001,	0b0000000000000000,	2}, \
	{&_ijmp,       0b1001010000001001,	0b0000000000000000,	2}, \
	{&_in,         0b1011000000000000,	0b0000011111111111,	2}, \
	{&_inc,        0b1001010000000011,	0b0000000111110000,	2}, \
	{&_jmp,        0b1001010000001100,	0b0000000111110001,	4}, \
	{&_ld1,        0b1001000000001100,	0b0000000111110000,	2}, \
	{&_ld2,        0b1001000000001101,	0b0000000111110000,	2}, \
	{&_ld3,        0b1001000000001110,	0b0000000111110000,	2}, \
	{&_ld_ldd2,    0b1001000000001001,	0b0000000111110000,	2}, \
	{&_ld_ldd3,    0b1001000000001010,	0b0000000111110000,	2}, \
	{&_ld_ldd4,    0b1000000000001000,	0b0010110111110111,	2}, \
	{&_ld_ldd_12,  0b1001000000000001,	0b0000000111110000,	2}, \
	{&_ld_ldd_13,  0b1001000000000010,	0b0000000111110000,	2}, \
	{&_ld_ldd_14,  0b1000000000000000,	0b0010110111110111,	2}, \
	{&_ldi,        0b1110000000000000,	0b0000111111111111,	2}, \
	{&_lds,        0b1001000000000000,	0b0000000111110000,	4}, \
	{&_lpm1,       0b1001010111001000,	0b0000000000000000,	2}, \
	{&_lpm2,       0b1001000000000100,	0b0000000111110000,	2}, \
	{&_lpm3,       0b1001000000000101,	0b0000000111110000,	2}, \
	{&_lsr,        0b1001010000000110,	0b0000000111110000,	2}, \
	{&_mov,        0b0010110000000000,	0b0000001111111111,	2}, \
	{&_movw,       0b0000000100000000,	0b0000000011111111,	2}, \
	{&_mul,        0b1001110000000000,	0b0000001111111111,	2}, \
	{&_muls,       0b0000001000000000,	0b0000000011111111,	2}, \
	{&_mulsu,      0b0000001100000000,	0b0000000001110111,	2}, \
	{&_neg,        0b1001010000000001,	0b0000000111110000,	2}, \
	{&_nop,        0b0000000000000000,	0b0000000000000000,	2}, \
	{&_or,         0b0010100000000000,	0b0000001111111111,	2}, \
	{&_out,        0b1011100000000000,	0b0000011111111111,	2}, \
	{&_pop,        0b1001000000001111,	0b0000000111110000,	2}, \
	{&_push,       0b1001001000001111,	0b0000000111110000,	2}, \
	{&_rcall,      0b1101000000000000,	0b0000111111111111,	2}, \
	{&_ret,        0b1001010100001000,	0b0000000000000000,	2}, \
	{&_reti,       0b1001010100011000,	0b0000000000000000,	2}, \
	{&_rjmp,       0b1100000000000000,	0b0000111111111111,	2}, \
	{&_ror,        0b1001010000000111,	0b0000000111110000,	2}, \
	{&_sbc,        0b0000100000000000,	0b0000001111111111,	2}, \
	{&_sbci,       0b0100000000000000,	0b0000111111111111,	2}, \
	{&_sbi,        0b1001101000000000,	0b0000000011111111,	2}, \
	{&_sbic,       0b1001100100000000,	0b0000000011111111,	2}, \
	{&_sbis,       0b1001101100000000,	0b0000000011111111,	2}, \
	{&_sbiw,       0b1001011100000000,	0b0000000011111111,	2}, \
	{&_sbr,        0b0110000000000000,	0b0000111111111111,	2}, \
	{&_sbrc,       0b1111110000000000,	0b0000000111110111,	2}, \
	{&_sbrs,       0b1111111000000000,	0b0000000111110111,	2}, \
	{&_sleep,      0b1001010110001000,	0b0000000000000000,	2}, \
	{&_st1,        0b1001001000001100,	0b0000000111110000,	2}, \
	{&_st2,        0b1001001000001101,	0b0000000111110000,	2}, \
	{&_st3,        0b1001001000001110,	0b0000000111110000,	2}, \
	{&_st_std2,    0b1001001000001001,	0b0000000111110000,	2}, \
	{&_st_std3,    0b1001001000001010,	0b0000000111110000,	2}, \
	{&_st_std4,    0b1000001000001000,	0b0010110111110111,	2}, \
	{&_st_std_12,  0b1001001000000001,	0b0000000111110000,	2}, \
	{&_st_std_13,  0b1001001000000010,	0b0000000111110000,	2}, \
	{&_st_std_14,  0b1000001000000000,	0b0010110111110111,	2}, \
	{&_sts,        0b1001001000000000,	0b0000000111110000,	4}, \
	{&_sub,        0b0001100000000000,	0b0000001111111111,	2}, \
	{&_subi,       0b0101000000000000,	0b0000111111111111,	2}, \
	{&_swap,       0b1001010000000010,	0b0000000111110000,	2}, \
	{&_wdr,        0b1001010110101000,	0b0000000000000000,	2}	}
#endif // ifndef __GENERATED_INSTR_H__