Enum OpCode 

#[repr(u8)]
pub enum OpCode {
    Lddw = 24,
    Ldxb = 113,
    Ldxh = 105,
    Ldxw = 97,
    Ldxdw = 121,
    Stb = 114,
    Sth = 106,
    Stw = 98,
    Stdw = 122,
    Stxb = 115,
    Stxh = 107,
    Stxw = 99,
    Stxdw = 123,
    Add32Imm = 4,
    Add32Reg = 12,
    Sub32Imm = 20,
    Sub32Reg = 28,
    Mul32Imm = 36,
    Mul32Reg = 44,
    Div32Imm = 52,
    Div32Reg = 60,
    Or32Imm = 68,
    Or32Reg = 76,
    And32Imm = 84,
    And32Reg = 92,
    Lsh32Imm = 100,
    Lsh32Reg = 108,
    Rsh32Imm = 116,
    Rsh32Reg = 124,
    Neg32 = 132,
    Mod32Imm = 148,
    Mod32Reg = 156,
    Xor32Imm = 164,
    Xor32Reg = 172,
    Mov32Imm = 180,
    Mov32Reg = 188,
    Arsh32Imm = 196,
    Arsh32Reg = 204,
    Lmul32Imm = 134,
    Lmul32Reg = 142,
    Udiv32Imm = 70,
    Udiv32Reg = 78,
    Urem32Imm = 102,
    Urem32Reg = 110,
    Sdiv32Imm = 198,
    Sdiv32Reg = 206,
    Srem32Imm = 230,
    Srem32Reg = 238,
    Le = 212,
    Be = 220,
    Add64Imm = 7,
    Add64Reg = 15,
    Sub64Imm = 23,
    Sub64Reg = 31,
    Mul64Imm = 39,
    Mul64Reg = 47,
    Div64Imm = 55,
    Div64Reg = 63,
    Or64Imm = 71,
    Or64Reg = 79,
    And64Imm = 87,
    And64Reg = 95,
    Lsh64Imm = 103,
    Lsh64Reg = 111,
    Rsh64Imm = 119,
    Rsh64Reg = 127,
    Neg64 = 135,
    Mod64Imm = 151,
    Mod64Reg = 159,
    Xor64Imm = 167,
    Xor64Reg = 175,
    Mov64Imm = 183,
    Mov64Reg = 191,
    Arsh64Imm = 199,
    Arsh64Reg = 207,
    Hor64Imm = 247,
    Lmul64Imm = 150,
    Lmul64Reg = 158,
    Uhmul64Imm = 54,
    Uhmul64Reg = 62,
    Udiv64Imm = 86,
    Udiv64Reg = 94,
    Urem64Imm = 118,
    Urem64Reg = 126,
    Shmul64Imm = 182,
    Shmul64Reg = 190,
    Sdiv64Imm = 214,
    Sdiv64Reg = 222,
    Srem64Imm = 246,
    Srem64Reg = 254,
    Ja = 5,
    JeqImm = 21,
    JeqReg = 29,
    JgtImm = 37,
    JgtReg = 45,
    JgeImm = 53,
    JgeReg = 61,
    JltImm = 165,
    JltReg = 173,
    JleImm = 181,
    JleReg = 189,
    JsetImm = 69,
    JsetReg = 77,
    JneImm = 85,
    JneReg = 93,
    JsgtImm = 101,
    JsgtReg = 109,
    JsgeImm = 117,
    JsgeReg = 125,
    JsltImm = 197,
    JsltReg = 205,
    JsleImm = 213,
    JsleReg = 221,
    Call = 133,
    Callx = 141,
    Exit = 149,
}

Variants

Lddw = 24

Ldxb = 113

Ldxh = 105

Ldxw = 97

Ldxdw = 121

Stb = 114

Sth = 106

Stw = 98

Stdw = 122

Stxb = 115

Stxh = 107

Stxw = 99

Stxdw = 123

Add32Imm = 4

Add32Reg = 12

Sub32Imm = 20

Sub32Reg = 28

Mul32Imm = 36

Mul32Reg = 44

Div32Imm = 52

Div32Reg = 60

Or32Imm = 68

Or32Reg = 76

And32Imm = 84

And32Reg = 92

Lsh32Imm = 100

Lsh32Reg = 108

Rsh32Imm = 116

Rsh32Reg = 124

Neg32 = 132

Mod32Imm = 148

Mod32Reg = 156

Xor32Imm = 164

Xor32Reg = 172

Mov32Imm = 180

Mov32Reg = 188

Arsh32Imm = 196

Arsh32Reg = 204

Lmul32Imm = 134

Lmul32Reg = 142

Udiv32Imm = 70

Udiv32Reg = 78

Urem32Imm = 102

Urem32Reg = 110

Sdiv32Imm = 198

Sdiv32Reg = 206

Srem32Imm = 230

Srem32Reg = 238

Le = 212

Be = 220

Add64Imm = 7

Add64Reg = 15

Sub64Imm = 23

Sub64Reg = 31

Mul64Imm = 39

Mul64Reg = 47

Div64Imm = 55

Div64Reg = 63

Or64Imm = 71

Or64Reg = 79

And64Imm = 87

And64Reg = 95

Lsh64Imm = 103

Lsh64Reg = 111

Rsh64Imm = 119

Rsh64Reg = 127

Neg64 = 135

Mod64Imm = 151

Mod64Reg = 159

Xor64Imm = 167

Xor64Reg = 175

Mov64Imm = 183

Mov64Reg = 191

Arsh64Imm = 199

Arsh64Reg = 207

Hor64Imm = 247

Lmul64Imm = 150

Lmul64Reg = 158

Uhmul64Imm = 54

Uhmul64Reg = 62

Udiv64Imm = 86

Udiv64Reg = 94

Urem64Imm = 118

Urem64Reg = 126

Shmul64Imm = 182

Shmul64Reg = 190

Sdiv64Imm = 214

Sdiv64Reg = 222

Srem64Imm = 246

Srem64Reg = 254

Ja = 5

JeqImm = 21

JeqReg = 29

JgtImm = 37

JgtReg = 45

JgeImm = 53

JgeReg = 61

JltImm = 165

JltReg = 173

JleImm = 181

JleReg = 189

JsetImm = 69

JsetReg = 77

JneImm = 85

JneReg = 93

JsgtImm = 101

JsgtReg = 109

JsgeImm = 117

JsgeReg = 125

JsltImm = 197

JsltReg = 205

JsleImm = 213

JsleReg = 221

Call = 133

Callx = 141

Exit = 149

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<'de> Deserialize<'de> for OpCode

fn deserialize<__D>(__deserializer: __D) -> Result<Self, __D::Error>

where __D: Deserializer<'de>,

Deserialize this value from the given Serde deserializer.

impl Display for OpCode

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

Formats the value using the given formatter.

impl From<OpCode> for &str

fn from(val: OpCode) -> Self

Converts to this type from the input type.

impl From<OpCode> for u8

fn from(val: OpCode) -> Self

Converts to this type from the input type.

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 Serialize for OpCode

fn serialize<__S>(&self, __serializer: __S) -> Result<__S::Ok, __S::Error>

where __S: Serializer,

Serialize this value into the given Serde serializer.

impl TryFrom<u8> for OpCode

type Error = DisassemblerError

The type returned in the event of a conversion error.

fn try_from(value: u8) -> Result<Self, Self::Error>

Performs the conversion.

impl Eq for OpCode

impl StructuralPartialEq for OpCode