Enum Opcode

#[repr(u8)]
pub enum Opcode {
    Jump = 1,
    Brif = 2,
    BrTable = 3,
    Debugtrap = 4,
    Trap = 5,
    Trapz = 6,
    Trapnz = 7,
    Return = 8,
    Call = 9,
    CallIndirect = 10,
    ReturnCall = 11,
    ReturnCallIndirect = 12,
    FuncAddr = 13,
    Splat = 14,
    Swizzle = 15,
    X86Pshufb = 16,
    Insertlane = 17,
    Extractlane = 18,
    Smin = 19,
    Umin = 20,
    Smax = 21,
    Umax = 22,
    AvgRound = 23,
    UaddSat = 24,
    SaddSat = 25,
    UsubSat = 26,
    SsubSat = 27,
    Load = 28,
    Store = 29,
    Uload8 = 30,
    Sload8 = 31,
    Istore8 = 32,
    Uload16 = 33,
    Sload16 = 34,
    Istore16 = 35,
    Uload32 = 36,
    Sload32 = 37,
    Istore32 = 38,
    Uload8x8 = 39,
    Sload8x8 = 40,
    Uload16x4 = 41,
    Sload16x4 = 42,
    Uload32x2 = 43,
    Sload32x2 = 44,
    StackLoad = 45,
    StackStore = 46,
    StackAddr = 47,
    DynamicStackLoad = 48,
    DynamicStackStore = 49,
    DynamicStackAddr = 50,
    GlobalValue = 51,
    SymbolValue = 52,
    TlsValue = 53,
    GetPinnedReg = 54,
    SetPinnedReg = 55,
    GetFramePointer = 56,
    GetStackPointer = 57,
    GetReturnAddress = 58,
    Iconst = 59,
    F32const = 60,
    F64const = 61,
    Vconst = 62,
    Shuffle = 63,
    Null = 64,
    Nop = 65,
    Select = 66,
    SelectSpectreGuard = 67,
    Bitselect = 68,
    X86Blendv = 69,
    VanyTrue = 70,
    VallTrue = 71,
    VhighBits = 72,
    Icmp = 73,
    IcmpImm = 74,
    Iadd = 75,
    Isub = 76,
    Ineg = 77,
    Iabs = 78,
    Imul = 79,
    Umulhi = 80,
    Smulhi = 81,
    SqmulRoundSat = 82,
    X86Pmulhrsw = 83,
    Udiv = 84,
    Sdiv = 85,
    Urem = 86,
    Srem = 87,
    IaddImm = 88,
    ImulImm = 89,
    UdivImm = 90,
    SdivImm = 91,
    UremImm = 92,
    SremImm = 93,
    IrsubImm = 94,
    IaddCin = 95,
    IaddCarry = 96,
    UaddOverflow = 97,
    SaddOverflow = 98,
    UsubOverflow = 99,
    SsubOverflow = 100,
    UmulOverflow = 101,
    SmulOverflow = 102,
    UaddOverflowTrap = 103,
    IsubBin = 104,
    IsubBorrow = 105,
    Band = 106,
    Bor = 107,
    Bxor = 108,
    Bnot = 109,
    BandNot = 110,
    BorNot = 111,
    BxorNot = 112,
    BandImm = 113,
    BorImm = 114,
    BxorImm = 115,
    Rotl = 116,
    Rotr = 117,
    RotlImm = 118,
    RotrImm = 119,
    Ishl = 120,
    Ushr = 121,
    Sshr = 122,
    IshlImm = 123,
    UshrImm = 124,
    SshrImm = 125,
    Bitrev = 126,
    Clz = 127,
    Cls = 128,
    Ctz = 129,
    Bswap = 130,
    Popcnt = 131,
    Fcmp = 132,
    Fadd = 133,
    Fsub = 134,
    Fmul = 135,
    Fdiv = 136,
    Sqrt = 137,
    Fma = 138,
    Fneg = 139,
    Fabs = 140,
    Fcopysign = 141,
    Fmin = 142,
    Fmax = 143,
    Ceil = 144,
    Floor = 145,
    Trunc = 146,
    Nearest = 147,
    IsNull = 148,
    IsInvalid = 149,
    Bitcast = 150,
    ScalarToVector = 151,
    Bmask = 152,
    Ireduce = 153,
    Snarrow = 154,
    Unarrow = 155,
    Uunarrow = 156,
    SwidenLow = 157,
    SwidenHigh = 158,
    UwidenLow = 159,
    UwidenHigh = 160,
    IaddPairwise = 161,
    X86Pmaddubsw = 162,
    Uextend = 163,
    Sextend = 164,
    Fpromote = 165,
    Fdemote = 166,
    Fvdemote = 167,
    FvpromoteLow = 168,
    FcvtToUint = 169,
    FcvtToSint = 170,
    FcvtToUintSat = 171,
    FcvtToSintSat = 172,
    X86Cvtt2dq = 173,
    FcvtFromUint = 174,
    FcvtFromSint = 175,
    Isplit = 176,
    Iconcat = 177,
    AtomicRmw = 178,
    AtomicCas = 179,
    AtomicLoad = 180,
    AtomicStore = 181,
    Fence = 182,
    ExtractVector = 183,
}

An instruction opcode.

All instructions from all supported ISAs are present.

Variants

Jump = 1

jump block_call. (Jump)

Brif = 2

brif c, block_then, block_else. (Brif) Type inferred from c.

BrTable = 3

br_table x, JT. (BranchTable)

Debugtrap = 4

debugtrap. (NullAry)

Trap = 5

trap code. (Trap)

Trapz = 6

trapz c, code. (CondTrap) Type inferred from c.

Trapnz = 7

trapnz c, code. (CondTrap) Type inferred from c.

Return = 8

return rvals. (MultiAry)

Call = 9

rvals = call FN, args. (Call)

CallIndirect = 10

rvals = call_indirect SIG, callee, args. (CallIndirect) Type inferred from callee.

ReturnCall = 11

return_call FN, args. (Call)

ReturnCallIndirect = 12

return_call_indirect SIG, callee, args. (CallIndirect) Type inferred from callee.

FuncAddr = 13

addr = func_addr FN. (FuncAddr)

Splat = 14

a = splat x. (Unary)

Swizzle = 15

a = swizzle x, y. (Binary)

X86Pshufb = 16

a = x86_pshufb x, y. (Binary)

Insertlane = 17

a = insertlane x, y, Idx. (TernaryImm8) Type inferred from x.

Extractlane = 18

a = extractlane x, Idx. (BinaryImm8) Type inferred from x.

Smin = 19

a = smin x, y. (Binary) Type inferred from x.

Umin = 20

a = umin x, y. (Binary) Type inferred from x.

Smax = 21

a = smax x, y. (Binary) Type inferred from x.

Umax = 22

a = umax x, y. (Binary) Type inferred from x.

AvgRound = 23

a = avg_round x, y. (Binary) Type inferred from x.

UaddSat = 24

a = uadd_sat x, y. (Binary) Type inferred from x.

SaddSat = 25

a = sadd_sat x, y. (Binary) Type inferred from x.

UsubSat = 26

a = usub_sat x, y. (Binary) Type inferred from x.

SsubSat = 27

a = ssub_sat x, y. (Binary) Type inferred from x.

Load = 28

a = load MemFlags, p, Offset. (Load)

Store = 29

store MemFlags, x, p, Offset. (Store) Type inferred from x.

Uload8 = 30

a = uload8 MemFlags, p, Offset. (Load)

Sload8 = 31

a = sload8 MemFlags, p, Offset. (Load)

Istore8 = 32

istore8 MemFlags, x, p, Offset. (Store) Type inferred from x.

Uload16 = 33

a = uload16 MemFlags, p, Offset. (Load)

Sload16 = 34

a = sload16 MemFlags, p, Offset. (Load)

Istore16 = 35

istore16 MemFlags, x, p, Offset. (Store) Type inferred from x.

Uload32 = 36

a = uload32 MemFlags, p, Offset. (Load) Type inferred from p.

Sload32 = 37

a = sload32 MemFlags, p, Offset. (Load) Type inferred from p.

Istore32 = 38

istore32 MemFlags, x, p, Offset. (Store) Type inferred from x.

Uload8x8 = 39

a = uload8x8 MemFlags, p, Offset. (Load) Type inferred from p.

Sload8x8 = 40

a = sload8x8 MemFlags, p, Offset. (Load) Type inferred from p.

Uload16x4 = 41

a = uload16x4 MemFlags, p, Offset. (Load) Type inferred from p.

Sload16x4 = 42

a = sload16x4 MemFlags, p, Offset. (Load) Type inferred from p.

Uload32x2 = 43

a = uload32x2 MemFlags, p, Offset. (Load) Type inferred from p.

Sload32x2 = 44

a = sload32x2 MemFlags, p, Offset. (Load) Type inferred from p.

StackLoad = 45

a = stack_load SS, Offset. (StackLoad)

StackStore = 46

stack_store x, SS, Offset. (StackStore) Type inferred from x.

StackAddr = 47

addr = stack_addr SS, Offset. (StackLoad)

DynamicStackLoad = 48

a = dynamic_stack_load DSS. (DynamicStackLoad)

DynamicStackStore = 49

dynamic_stack_store x, DSS. (DynamicStackStore) Type inferred from x.

DynamicStackAddr = 50

addr = dynamic_stack_addr DSS. (DynamicStackLoad)

GlobalValue = 51

a = global_value GV. (UnaryGlobalValue)

SymbolValue = 52

a = symbol_value GV. (UnaryGlobalValue)

TlsValue = 53

a = tls_value GV. (UnaryGlobalValue)

GetPinnedReg = 54

addr = get_pinned_reg. (NullAry)

SetPinnedReg = 55

set_pinned_reg addr. (Unary) Type inferred from addr.

GetFramePointer = 56

addr = get_frame_pointer. (NullAry)

GetStackPointer = 57

addr = get_stack_pointer. (NullAry)

GetReturnAddress = 58

addr = get_return_address. (NullAry)

Iconst = 59

a = iconst N. (UnaryImm)

F32const = 60

a = f32const N. (UnaryIeee32)

F64const = 61

a = f64const N. (UnaryIeee64)

Vconst = 62

a = vconst N. (UnaryConst)

Shuffle = 63

a = shuffle a, b, mask. (Shuffle)

Null = 64

a = null. (NullAry)

Nop = 65

nop. (NullAry)

Select = 66

a = select c, x, y. (Ternary) Type inferred from x.

SelectSpectreGuard = 67

a = select_spectre_guard c, x, y. (Ternary) Type inferred from x.

Bitselect = 68

a = bitselect c, x, y. (Ternary) Type inferred from x.

X86Blendv = 69

a = x86_blendv c, x, y. (Ternary) Type inferred from x.

VanyTrue = 70

s = vany_true a. (Unary) Type inferred from a.

VallTrue = 71

s = vall_true a. (Unary) Type inferred from a.

VhighBits = 72

x = vhigh_bits a. (Unary)

Icmp = 73

a = icmp Cond, x, y. (IntCompare) Type inferred from x.

IcmpImm = 74

a = icmp_imm Cond, x, Y. (IntCompareImm) Type inferred from x.

Iadd = 75

a = iadd x, y. (Binary) Type inferred from x.

Isub = 76

a = isub x, y. (Binary) Type inferred from x.

Ineg = 77

a = ineg x. (Unary) Type inferred from x.

Iabs = 78

a = iabs x. (Unary) Type inferred from x.

Imul = 79

a = imul x, y. (Binary) Type inferred from x.

Umulhi = 80

a = umulhi x, y. (Binary) Type inferred from x.

Smulhi = 81

a = smulhi x, y. (Binary) Type inferred from x.

SqmulRoundSat = 82

a = sqmul_round_sat x, y. (Binary) Type inferred from x.

X86Pmulhrsw = 83

a = x86_pmulhrsw x, y. (Binary) Type inferred from x.

Udiv = 84

a = udiv x, y. (Binary) Type inferred from x.

Sdiv = 85

a = sdiv x, y. (Binary) Type inferred from x.

Urem = 86

a = urem x, y. (Binary) Type inferred from x.

Srem = 87

a = srem x, y. (Binary) Type inferred from x.

IaddImm = 88

a = iadd_imm x, Y. (BinaryImm64) Type inferred from x.

ImulImm = 89

a = imul_imm x, Y. (BinaryImm64) Type inferred from x.

UdivImm = 90

a = udiv_imm x, Y. (BinaryImm64) Type inferred from x.

SdivImm = 91

a = sdiv_imm x, Y. (BinaryImm64) Type inferred from x.

UremImm = 92

a = urem_imm x, Y. (BinaryImm64) Type inferred from x.

SremImm = 93

a = srem_imm x, Y. (BinaryImm64) Type inferred from x.

IrsubImm = 94

a = irsub_imm x, Y. (BinaryImm64) Type inferred from x.

IaddCin = 95

a = iadd_cin x, y, c_in. (Ternary) Type inferred from y.

IaddCarry = 96

a, c_out = iadd_carry x, y, c_in. (Ternary) Type inferred from y.

UaddOverflow = 97

a, of = uadd_overflow x, y. (Binary) Type inferred from x.

SaddOverflow = 98

a, of = sadd_overflow x, y. (Binary) Type inferred from x.

UsubOverflow = 99

a, of = usub_overflow x, y. (Binary) Type inferred from x.

SsubOverflow = 100

a, of = ssub_overflow x, y. (Binary) Type inferred from x.

UmulOverflow = 101

a, of = umul_overflow x, y. (Binary) Type inferred from x.

SmulOverflow = 102

a, of = smul_overflow x, y. (Binary) Type inferred from x.

UaddOverflowTrap = 103

a = uadd_overflow_trap x, y, code. (IntAddTrap) Type inferred from x.

IsubBin = 104

a = isub_bin x, y, b_in. (Ternary) Type inferred from y.

IsubBorrow = 105

a, b_out = isub_borrow x, y, b_in. (Ternary) Type inferred from y.

Band = 106

a = band x, y. (Binary) Type inferred from x.

Bor = 107

a = bor x, y. (Binary) Type inferred from x.

Bxor = 108

a = bxor x, y. (Binary) Type inferred from x.

Bnot = 109

a = bnot x. (Unary) Type inferred from x.

BandNot = 110

a = band_not x, y. (Binary) Type inferred from x.

BorNot = 111

a = bor_not x, y. (Binary) Type inferred from x.

BxorNot = 112

a = bxor_not x, y. (Binary) Type inferred from x.

BandImm = 113

a = band_imm x, Y. (BinaryImm64) Type inferred from x.

BorImm = 114

a = bor_imm x, Y. (BinaryImm64) Type inferred from x.

BxorImm = 115

a = bxor_imm x, Y. (BinaryImm64) Type inferred from x.

Rotl = 116

a = rotl x, y. (Binary) Type inferred from x.

Rotr = 117

a = rotr x, y. (Binary) Type inferred from x.

RotlImm = 118

a = rotl_imm x, Y. (BinaryImm64) Type inferred from x.

RotrImm = 119

a = rotr_imm x, Y. (BinaryImm64) Type inferred from x.

Ishl = 120

a = ishl x, y. (Binary) Type inferred from x.

Ushr = 121

a = ushr x, y. (Binary) Type inferred from x.

Sshr = 122

a = sshr x, y. (Binary) Type inferred from x.

IshlImm = 123

a = ishl_imm x, Y. (BinaryImm64) Type inferred from x.

UshrImm = 124

a = ushr_imm x, Y. (BinaryImm64) Type inferred from x.

SshrImm = 125

a = sshr_imm x, Y. (BinaryImm64) Type inferred from x.

Bitrev = 126

a = bitrev x. (Unary) Type inferred from x.

Clz = 127

a = clz x. (Unary) Type inferred from x.

Cls = 128

a = cls x. (Unary) Type inferred from x.

Ctz = 129

a = ctz x. (Unary) Type inferred from x.

Bswap = 130

a = bswap x. (Unary) Type inferred from x.

Popcnt = 131

a = popcnt x. (Unary) Type inferred from x.

Fcmp = 132

a = fcmp Cond, x, y. (FloatCompare) Type inferred from x.

Fadd = 133

a = fadd x, y. (Binary) Type inferred from x.

Fsub = 134

a = fsub x, y. (Binary) Type inferred from x.

Fmul = 135

a = fmul x, y. (Binary) Type inferred from x.

Fdiv = 136

a = fdiv x, y. (Binary) Type inferred from x.

Sqrt = 137

a = sqrt x. (Unary) Type inferred from x.

Fma = 138

a = fma x, y, z. (Ternary) Type inferred from y.

Fneg = 139

a = fneg x. (Unary) Type inferred from x.

Fabs = 140

a = fabs x. (Unary) Type inferred from x.

Fcopysign = 141

a = fcopysign x, y. (Binary) Type inferred from x.

Fmin = 142

a = fmin x, y. (Binary) Type inferred from x.

Fmax = 143

a = fmax x, y. (Binary) Type inferred from x.

Ceil = 144

a = ceil x. (Unary) Type inferred from x.

Floor = 145

a = floor x. (Unary) Type inferred from x.

Trunc = 146

a = trunc x. (Unary) Type inferred from x.

Nearest = 147

a = nearest x. (Unary) Type inferred from x.

IsNull = 148

a = is_null x. (Unary) Type inferred from x.

IsInvalid = 149

a = is_invalid x. (Unary) Type inferred from x.

Bitcast = 150

a = bitcast MemFlags, x. (LoadNoOffset)

ScalarToVector = 151

a = scalar_to_vector s. (Unary)

Bmask = 152

a = bmask x. (Unary)

Ireduce = 153

a = ireduce x. (Unary)

Snarrow = 154

a = snarrow x, y. (Binary) Type inferred from x.

Unarrow = 155

a = unarrow x, y. (Binary) Type inferred from x.

Uunarrow = 156

a = uunarrow x, y. (Binary) Type inferred from x.

SwidenLow = 157

a = swiden_low x. (Unary) Type inferred from x.

SwidenHigh = 158

a = swiden_high x. (Unary) Type inferred from x.

UwidenLow = 159

a = uwiden_low x. (Unary) Type inferred from x.

UwidenHigh = 160

a = uwiden_high x. (Unary) Type inferred from x.

IaddPairwise = 161

a = iadd_pairwise x, y. (Binary) Type inferred from x.

X86Pmaddubsw = 162

a = x86_pmaddubsw x, y. (Binary)

Uextend = 163

a = uextend x. (Unary)

Sextend = 164

a = sextend x. (Unary)

Fpromote = 165

a = fpromote x. (Unary)

Fdemote = 166

a = fdemote x. (Unary)

Fvdemote = 167

a = fvdemote x. (Unary)

FvpromoteLow = 168

x = fvpromote_low a. (Unary)

FcvtToUint = 169

a = fcvt_to_uint x. (Unary)

FcvtToSint = 170

a = fcvt_to_sint x. (Unary)

FcvtToUintSat = 171

a = fcvt_to_uint_sat x. (Unary)

FcvtToSintSat = 172

a = fcvt_to_sint_sat x. (Unary)

X86Cvtt2dq = 173

a = x86_cvtt2dq x. (Unary)

FcvtFromUint = 174

a = fcvt_from_uint x. (Unary)

FcvtFromSint = 175

a = fcvt_from_sint x. (Unary)

Isplit = 176

lo, hi = isplit x. (Unary) Type inferred from x.

Iconcat = 177

a = iconcat lo, hi. (Binary) Type inferred from lo.

AtomicRmw = 178

a = atomic_rmw MemFlags, AtomicRmwOp, p, x. (AtomicRmw)

AtomicCas = 179

a = atomic_cas MemFlags, p, e, x. (AtomicCas) Type inferred from x.

AtomicLoad = 180

a = atomic_load MemFlags, p. (LoadNoOffset)

AtomicStore = 181

atomic_store MemFlags, x, p. (StoreNoOffset) Type inferred from x.

Fence = 182

fence. (NullAry)

ExtractVector = 183

a = extract_vector x, y. (BinaryImm8) Type inferred from x.

Implementations

impl Opcode

pub fn is_terminator(self) -> bool

True for instructions that terminate the block

pub fn is_branch(self) -> bool

True for all branch or jump instructions.

pub fn is_call(self) -> bool

Is this a call instruction?

pub fn is_return(self) -> bool

Is this a return instruction?

pub fn can_load(self) -> bool

Can this instruction read from memory?

pub fn can_store(self) -> bool

Can this instruction write to memory?

pub fn can_trap(self) -> bool

Can this instruction cause a trap?

pub fn other_side_effects(self) -> bool

Does this instruction have other side effects besides can_* flags?

pub fn side_effects_idempotent(self) -> bool

Despite having side effects, is this instruction okay to GVN?

pub fn all() -> &'static [Opcode]

All cranelift opcodes.

impl Opcode

pub fn format(self) -> InstructionFormat

Get the instruction format for this opcode.

pub fn constraints(self) -> OpcodeConstraints

Get the constraint descriptor for this opcode. Panic if this is called on NotAnOpcode.

Trait Implementations

impl Clone for Opcode

fn clone(&self) -> Opcode

Returns a copy 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 Display for Opcode

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

Formats the value using the given formatter.

impl FromStr for Opcode

fn from_str(s: &str) -> Result<Self, &'static str>

Parse an Opcode name from a string.

type Err = &'static str

The associated error which can be returned from parsing.

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