Enum Opcode 

#[repr(u8)]
pub enum Opcode {
    trap = 0,
    fallthrough = 17,
    call = 6,
    jump_indirect = 19,
    load_imm = 4,
    load_u8 = 60,
    load_i8 = 74,
    load_u16 = 76,
    load_i16 = 66,
    load_u32 = 10,
    store_u8 = 71,
    store_u16 = 69,
    store_u32 = 22,
    branch_eq_imm = 7,
    branch_not_eq_imm = 15,
    branch_less_unsigned_imm = 44,
    branch_less_signed_imm = 32,
    branch_greater_or_equal_unsigned_imm = 52,
    branch_greater_or_equal_signed_imm = 45,
    branch_less_or_equal_signed_imm = 46,
    branch_less_or_equal_unsigned_imm = 59,
    branch_greater_signed_imm = 53,
    branch_greater_unsigned_imm = 50,
    store_imm_indirect_u8 = 26,
    store_imm_indirect_u16 = 54,
    store_imm_indirect_u32 = 13,
    store_indirect_u8 = 16,
    store_indirect_u16 = 29,
    store_indirect_u32 = 3,
    load_indirect_u8 = 11,
    load_indirect_i8 = 21,
    load_indirect_u16 = 37,
    load_indirect_i16 = 33,
    load_indirect_u32 = 1,
    call_indirect = 42,
    add_imm = 2,
    and_imm = 18,
    xor_imm = 31,
    or_imm = 49,
    mul_imm = 35,
    mul_upper_signed_signed_imm = 65,
    mul_upper_unsigned_unsigned_imm = 63,
    set_less_than_unsigned_imm = 27,
    set_less_than_signed_imm = 56,
    shift_logical_left_imm = 9,
    shift_logical_right_imm = 14,
    shift_arithmetic_right_imm = 25,
    negate_and_add_imm = 40,
    set_greater_than_unsigned_imm = 39,
    set_greater_than_signed_imm = 61,
    shift_logical_right_imm_alt = 72,
    shift_arithmetic_right_imm_alt = 80,
    shift_logical_left_imm_alt = 75,
    branch_eq = 24,
    branch_not_eq = 30,
    branch_less_unsigned = 47,
    branch_less_signed = 48,
    branch_greater_or_equal_unsigned = 41,
    branch_greater_or_equal_signed = 43,
    cmov_if_zero_imm = 85,
    cmov_if_not_zero_imm = 86,
    add = 8,
    sub = 20,
    and = 23,
    xor = 28,
    or = 12,
    mul = 34,
    mul_upper_signed_signed = 67,
    mul_upper_unsigned_unsigned = 57,
    mul_upper_signed_unsigned = 81,
    set_less_than_unsigned = 36,
    set_less_than_signed = 58,
    shift_logical_left = 55,
    shift_logical_right = 51,
    shift_arithmetic_right = 77,
    div_unsigned = 68,
    div_signed = 64,
    rem_unsigned = 73,
    rem_signed = 70,
    cmov_if_zero = 83,
    cmov_if_not_zero = 84,
    jump = 5,
    ecalli = 78,
    store_imm_u8 = 62,
    store_imm_u16 = 79,
    store_imm_u32 = 38,
    move_reg = 82,
    sbrk = 87,
}

Variants

trap = 0

fallthrough = 17

call = 6

jump_indirect = 19

load_imm = 4

load_u8 = 60

load_i8 = 74

load_u16 = 76

load_i16 = 66

load_u32 = 10

store_u8 = 71

store_u16 = 69

store_u32 = 22

branch_eq_imm = 7

branch_not_eq_imm = 15

branch_less_unsigned_imm = 44

branch_less_signed_imm = 32

branch_greater_or_equal_unsigned_imm = 52

branch_greater_or_equal_signed_imm = 45

branch_less_or_equal_signed_imm = 46

branch_less_or_equal_unsigned_imm = 59

branch_greater_signed_imm = 53

branch_greater_unsigned_imm = 50

store_imm_indirect_u8 = 26

store_imm_indirect_u16 = 54

store_imm_indirect_u32 = 13

store_indirect_u8 = 16

store_indirect_u16 = 29

store_indirect_u32 = 3

load_indirect_u8 = 11

load_indirect_i8 = 21

load_indirect_u16 = 37

load_indirect_i16 = 33

load_indirect_u32 = 1

call_indirect = 42

add_imm = 2

and_imm = 18

xor_imm = 31

or_imm = 49

mul_imm = 35

mul_upper_signed_signed_imm = 65

mul_upper_unsigned_unsigned_imm = 63

set_less_than_unsigned_imm = 27

set_less_than_signed_imm = 56

shift_logical_left_imm = 9

shift_logical_right_imm = 14

shift_arithmetic_right_imm = 25

negate_and_add_imm = 40

set_greater_than_unsigned_imm = 39

set_greater_than_signed_imm = 61

shift_logical_right_imm_alt = 72

shift_arithmetic_right_imm_alt = 80

shift_logical_left_imm_alt = 75

branch_eq = 24

branch_not_eq = 30

branch_less_unsigned = 47

branch_less_signed = 48

branch_greater_or_equal_unsigned = 41

branch_greater_or_equal_signed = 43

cmov_if_zero_imm = 85

cmov_if_not_zero_imm = 86

add = 8

sub = 20

and = 23

xor = 28

or = 12

mul = 34

mul_upper_signed_signed = 67

mul_upper_unsigned_unsigned = 57

mul_upper_signed_unsigned = 81

set_less_than_unsigned = 36

set_less_than_signed = 58

shift_logical_left = 55

shift_logical_right = 51

shift_arithmetic_right = 77

div_unsigned = 68

div_signed = 64

rem_unsigned = 73

rem_signed = 70

cmov_if_zero = 83

cmov_if_not_zero = 84

jump = 5

ecalli = 78

store_imm_u8 = 62

store_imm_u16 = 79

store_imm_u32 = 38

move_reg = 82

sbrk = 87

Implementations

impl Opcode

pub fn from_u8(byte: u8) -> Option<Opcode>

impl Opcode

pub fn starts_new_basic_block(self) -> bool

Trait Implementations

impl Clone for Opcode

fn clone(&self) -> Opcode

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for Opcode

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl Hash for Opcode

fn hash<__H: Hasher>(&self, state: &mut __H)

Feeds this value into the given Hasher.

fn hash_slice<H>(data: &[Self], state: &mut H)

where H: Hasher, Self: Sized,

Feeds a slice of this type into the given Hasher.

impl PartialEq for Opcode

fn eq(&self, other: &Opcode) -> bool

Tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl Copy for Opcode

impl Eq for Opcode

impl StructuralPartialEq for Opcode