diswasm

WASM analysis workbench
HomeDocsReferenceCompilerRuntimeBenchmarksDisassemblyDecompileEditEasy EditorIntermediateCreateSavedControllerGame StudioAboutLicensesContributorsOpen source

Local-first parsing. No automatic module execution.

self-hosted mode

Instruction Reference

Searchable WebAssembly instruction and type reference. Search by mnemonic, hex opcode (e.g. 0x6a or 6a), or decimal byte value (e.g. 106).

modulemodule

Top-level container for types, imports, functions, tables, memories, globals, exports, elements, code, data, and custom sections.

coremodulecoremodulefunction

Declares executable code with parameters, results, locals, and a validated instruction body.

coremodulecorecontroli32.const

Push an i32 constant.

corecontrol0x41410x41controli64.const

Push an i64 constant.

corecontrol0x42420x42controlf32.const

Push an f32 constant.

corecontrol0x43430x43controlf64.const

Push an f64 constant.

corecontrol0x44440x44controldrop

Discard the top stack value.

corecontrol0x1A1a0x1Acontrolreturn

Return from the current function.

corecontrol0x0F0f0x0Fcontrolcall

Call a function by direct index.

corecontrol0x10100x10controlnop

No operation.

corecontrol0x01010x01controlif

Structured conditional block.

corecontrol0x04040x04controlelse

Separates if false branch.

corecontrol0x05050x05controlunreachable

Trap immediately if executed.

corecontrol0x00000x00controlstart

Declares a start function run at instantiation.

corecontrolcorecontrolend

Terminates a structured block/function body.

corecontrol0x0B0b0x0Bcontrolbr

Branch to a label depth.

corecontrol0x0C0c0x0Ccontrolbr_if

Conditionally branch to a label depth.

corecontrol0x0D0d0x0Dcontrolblock

Structured block with optional result type.

corecontrol0x02020x02controlloop

Structured loop target for backward branches.

corecontrol0x03030x03controlselect

Select one of two values using an i32 condition.

corecontrol0x1B1b0x1Bcontrolbr_table

Branch through a table of label depths.

corecontrol0x0E0e0x0Enumerici32.const

Push a i32 constant.

corenumeric0x41410x41numerici32.eqz

i32 eqz operation.

corenumeric0x45450x45numerici32.clz

i32 clz operation.

corenumeric0x67670x67numerici32.ctz

i32 ctz operation.

corenumeric0x68680x68numerici32.popcnt

i32 popcnt operation.

corenumeric0x69690x69numerici32.eq

i32 comparison eq.

corenumeric0x46460x46numerici32.ne

i32 comparison ne.

corenumeric0x47470x47numerici32.lt_s

i32 comparison lt_s.

corenumeric0x48480x48numerici32.lt_u

i32 comparison lt_u.

corenumeric0x49490x49numerici32.gt_s

i32 comparison gt_s.

corenumeric0x4A4a0x4Anumerici32.gt_u

i32 comparison gt_u.

corenumeric0x4B4b0x4Bnumerici32.le_s

i32 comparison le_s.

corenumeric0x4C4c0x4Cnumerici32.le_u

i32 comparison le_u.

corenumeric0x4D4d0x4Dnumerici32.ge_s

i32 comparison ge_s.

corenumeric0x4E4e0x4Enumerici32.ge_u

i32 comparison ge_u.

corenumeric0x4F4f0x4Fnumerici32.add

i32 add arithmetic/bit operation.

corenumeric0x6A6a0x6Anumerici32.sub

i32 sub arithmetic/bit operation.

corenumeric0x6B6b0x6Bnumerici32.mul

i32 mul arithmetic/bit operation.

corenumeric0x6C6c0x6Cnumerici32.div_s

i32 div_s arithmetic/bit operation.

corenumeric0x6D6d0x6Dnumerici32.div_u

i32 div_u arithmetic/bit operation.

corenumeric0x6E6e0x6Enumerici32.rem_s

i32 rem_s arithmetic/bit operation.

corenumeric0x6F6f0x6Fnumerici32.rem_u

i32 rem_u arithmetic/bit operation.

corenumeric0x70700x70numerici32.and

i32 and arithmetic/bit operation.

corenumeric0x71710x71numerici32.or

i32 or arithmetic/bit operation.

corenumeric0x72720x72numerici32.xor

i32 xor arithmetic/bit operation.

corenumeric0x73730x73numerici32.shl

i32 shl arithmetic/bit operation.

corenumeric0x74740x74numerici32.shr_s

i32 shr_s arithmetic/bit operation.

corenumeric0x75750x75numerici32.shr_u

i32 shr_u arithmetic/bit operation.

corenumeric0x76760x76numerici32.rotl

i32 rotl arithmetic/bit operation.

corenumeric0x77770x77numerici32.rotr

i32 rotr arithmetic/bit operation.

corenumeric0x78780x78numerici64.const

Push a i64 constant.

corenumeric0x42420x42numerici64.eqz

i64 eqz operation.

corenumeric0x50500x50numerici64.clz

i64 clz operation.

corenumeric0x79790x79numerici64.ctz

i64 ctz operation.

corenumeric0x7A7a0x7Anumerici64.popcnt

i64 popcnt operation.

corenumeric0x7B7b0x7Bnumerici64.eq

i64 comparison eq.

corenumeric0x51510x51numerici64.ne

i64 comparison ne.

corenumeric0x52520x52numerici64.lt_s

i64 comparison lt_s.

corenumeric0x53530x53numerici64.lt_u

i64 comparison lt_u.

corenumeric0x54540x54numerici64.gt_s

i64 comparison gt_s.

corenumeric0x55550x55numerici64.gt_u

i64 comparison gt_u.

corenumeric0x56560x56numerici64.le_s

i64 comparison le_s.

corenumeric0x57570x57numerici64.le_u

i64 comparison le_u.

corenumeric0x58580x58numerici64.ge_s

i64 comparison ge_s.

corenumeric0x59590x59numerici64.ge_u

i64 comparison ge_u.

corenumeric0x5A5a0x5Anumerici64.add

i64 add arithmetic/bit operation.

corenumeric0x7C7c0x7Cnumerici64.sub

i64 sub arithmetic/bit operation.

corenumeric0x7D7d0x7Dnumerici64.mul

i64 mul arithmetic/bit operation.

corenumeric0x7E7e0x7Enumerici64.div_s

i64 div_s arithmetic/bit operation.

corenumeric0x7F7f0x7Fnumerici64.div_u

i64 div_u arithmetic/bit operation.

corenumeric0x80800x80numerici64.rem_s

i64 rem_s arithmetic/bit operation.

corenumeric0x81810x81numerici64.rem_u

i64 rem_u arithmetic/bit operation.

corenumeric0x82820x82numerici64.and

i64 and arithmetic/bit operation.

corenumeric0x83830x83numerici64.or

i64 or arithmetic/bit operation.

corenumeric0x84840x84numerici64.xor

i64 xor arithmetic/bit operation.

corenumeric0x85850x85numerici64.shl

i64 shl arithmetic/bit operation.

corenumeric0x86860x86numerici64.shr_s

i64 shr_s arithmetic/bit operation.

corenumeric0x87870x87numerici64.shr_u

i64 shr_u arithmetic/bit operation.

corenumeric0x88880x88numerici64.rotl

i64 rotl arithmetic/bit operation.

corenumeric0x89890x89numerici64.rotr

i64 rotr arithmetic/bit operation.

corenumeric0x8A8a0x8Anumericf32.const

Push an f32 constant.

corenumeric0x43430x43numericf32.eq

f32 comparison eq.

corenumeric0x5B5b0x5Bnumericf32.ne

f32 comparison ne.

corenumeric0x5C5c0x5Cnumericf32.lt

f32 comparison lt.

corenumeric0x5D5d0x5Dnumericf32.gt

f32 comparison gt.

corenumeric0x5E5e0x5Enumericf32.le

f32 comparison le.

corenumeric0x5F5f0x5Fnumericf32.ge

f32 comparison ge.

corenumeric0x60600x60numericf32.abs

f32 unary abs operation.

corenumeric0x8B8b0x8Bnumericf32.neg

f32 unary neg operation.

corenumeric0x8C8c0x8Cnumericf32.ceil

f32 unary ceil operation.

corenumeric0x8D8d0x8Dnumericf32.floor

f32 unary floor operation.

corenumeric0x8E8e0x8Enumericf32.trunc

f32 unary trunc operation.

corenumeric0x8F8f0x8Fnumericf32.nearest

f32 unary nearest operation.

corenumeric0x90900x90numericf32.sqrt

f32 unary sqrt operation.

corenumeric0x91910x91numericf32.add

f32 add operation.

corenumeric0x92920x92numericf32.sub

f32 sub operation.

corenumeric0x93930x93numericf32.mul

f32 mul operation.

corenumeric0x94940x94numericf32.div

f32 div operation.

corenumeric0x95950x95numericf32.min

f32 min operation.

corenumeric0x96960x96numericf32.max

f32 max operation.

corenumeric0x97970x97numericf32.copysign

f32 copysign operation.

corenumeric0x98980x98numericf64.const

Push an f64 constant.

corenumeric0x44440x44numericf64.eq

f64 comparison eq.

corenumeric0x61610x61numericf64.ne

f64 comparison ne.

corenumeric0x62620x62numericf64.lt

f64 comparison lt.

corenumeric0x63630x63numericf64.gt

f64 comparison gt.

corenumeric0x64640x64numericf64.le

f64 comparison le.

corenumeric0x65650x65numericf64.ge

f64 comparison ge.

corenumeric0x66660x66numericf64.abs

f64 unary abs operation.

corenumeric0x99990x99numericf64.neg

f64 unary neg operation.

corenumeric0x9A9a0x9Anumericf64.ceil

f64 unary ceil operation.

corenumeric0x9B9b0x9Bnumericf64.floor

f64 unary floor operation.

corenumeric0x9C9c0x9Cnumericf64.trunc

f64 unary trunc operation.

corenumeric0x9D9d0x9Dnumericf64.nearest

f64 unary nearest operation.

corenumeric0x9E9e0x9Enumericf64.sqrt

f64 unary sqrt operation.

corenumeric0x9F9f0x9Fnumericf64.add

f64 add operation.

corenumeric0xA0a00xA0numericf64.sub

f64 sub operation.

corenumeric0xA1a10xA1numericf64.mul

f64 mul operation.

corenumeric0xA2a20xA2numericf64.div

f64 div operation.

corenumeric0xA3a30xA3numericf64.min

f64 min operation.

corenumeric0xA4a40xA4numericf64.max

f64 max operation.

corenumeric0xA5a50xA5numericf64.copysign

f64 copysign operation.

corenumeric0xA6a60xA6numerici32.wrap_i64

i32.wrap_i64 conversion/reinterpretation instruction.

corenumeric0xA7a70xA7numerici32.trunc_f32_s

i32.trunc_f32_s conversion/reinterpretation instruction.

corenumeric0xA8a80xA8numerici32.trunc_f32_u

i32.trunc_f32_u conversion/reinterpretation instruction.

corenumeric0xA9a90xA9numerici32.trunc_f64_s

i32.trunc_f64_s conversion/reinterpretation instruction.

corenumeric0xAAaa0xAAnumerici32.trunc_f64_u

i32.trunc_f64_u conversion/reinterpretation instruction.

corenumeric0xABab0xABnumerici64.extend_i32_s

i64.extend_i32_s conversion/reinterpretation instruction.

corenumeric0xACac0xACnumerici64.extend_i32_u

i64.extend_i32_u conversion/reinterpretation instruction.

corenumeric0xADad0xADnumerici64.trunc_f32_s

i64.trunc_f32_s conversion/reinterpretation instruction.

corenumeric0xAEae0xAEnumerici64.trunc_f32_u

i64.trunc_f32_u conversion/reinterpretation instruction.

corenumeric0xAFaf0xAFnumerici64.trunc_f64_s

i64.trunc_f64_s conversion/reinterpretation instruction.

corenumeric0xB0b00xB0numerici64.trunc_f64_u

i64.trunc_f64_u conversion/reinterpretation instruction.

corenumeric0xB1b10xB1numericf32.convert_i32_s

f32.convert_i32_s conversion/reinterpretation instruction.

corenumeric0xB2b20xB2numericf32.convert_i32_u

f32.convert_i32_u conversion/reinterpretation instruction.

corenumeric0xB3b30xB3numericf32.convert_i64_s

f32.convert_i64_s conversion/reinterpretation instruction.

corenumeric0xB4b40xB4numericf32.convert_i64_u

f32.convert_i64_u conversion/reinterpretation instruction.

corenumeric0xB5b50xB5numericf32.demote_f64

f32.demote_f64 conversion/reinterpretation instruction.

corenumeric0xB6b60xB6numericf64.convert_i32_s

f64.convert_i32_s conversion/reinterpretation instruction.

corenumeric0xB7b70xB7numericf64.convert_i32_u

f64.convert_i32_u conversion/reinterpretation instruction.

corenumeric0xB8b80xB8numericf64.convert_i64_s

f64.convert_i64_s conversion/reinterpretation instruction.

corenumeric0xB9b90xB9numericf64.convert_i64_u

f64.convert_i64_u conversion/reinterpretation instruction.

corenumeric0xBAba0xBAnumericf64.promote_f32

f64.promote_f32 conversion/reinterpretation instruction.

corenumeric0xBBbb0xBBnumerici32.reinterpret_f32

i32.reinterpret_f32 conversion/reinterpretation instruction.

corenumeric0xBCbc0xBCnumerici64.reinterpret_f64

i64.reinterpret_f64 conversion/reinterpretation instruction.

corenumeric0xBDbd0xBDnumericf32.reinterpret_i32

f32.reinterpret_i32 conversion/reinterpretation instruction.

corenumeric0xBEbe0xBEnumericf64.reinterpret_i64

f64.reinterpret_i64 conversion/reinterpretation instruction.

corenumeric0xBFbf0xBFnumerici32.extend8_s

i32.extend8_s conversion/reinterpretation instruction.

corenumeric0xC0c00xC0numerici32.extend16_s

i32.extend16_s conversion/reinterpretation instruction.

corenumeric0xC1c10xC1numerici64.extend8_s

i64.extend8_s conversion/reinterpretation instruction.

corenumeric0xC2c20xC2numerici64.extend16_s

i64.extend16_s conversion/reinterpretation instruction.

corenumeric0xC3c30xC3numerici64.extend32_s

i64.extend32_s conversion/reinterpretation instruction.

corenumeric0xC4c40xC4numerici32.trunc_sat_f32_s

i32.trunc_sat_f32_s conversion/reinterpretation instruction.

corenumeric0xFC 0x00fc 000xFC 0x00numerici32.trunc_sat_f32_u

i32.trunc_sat_f32_u conversion/reinterpretation instruction.

corenumeric0xFC 0x01fc 010xFC 0x01numerici32.trunc_sat_f64_s

i32.trunc_sat_f64_s conversion/reinterpretation instruction.

corenumeric0xFC 0x02fc 020xFC 0x02numerici32.trunc_sat_f64_u

i32.trunc_sat_f64_u conversion/reinterpretation instruction.

corenumeric0xFC 0x03fc 030xFC 0x03numerici64.trunc_sat_f32_s

i64.trunc_sat_f32_s conversion/reinterpretation instruction.

corenumeric0xFC 0x04fc 040xFC 0x04numerici64.trunc_sat_f32_u

i64.trunc_sat_f32_u conversion/reinterpretation instruction.

corenumeric0xFC 0x05fc 050xFC 0x05numerici64.trunc_sat_f64_s

i64.trunc_sat_f64_s conversion/reinterpretation instruction.

corenumeric0xFC 0x06fc 060xFC 0x06numerici64.trunc_sat_f64_u

i64.trunc_sat_f64_u conversion/reinterpretation instruction.

corenumeric0xFC 0x07fc 070xFC 0x07simdv128.const

v128.const SIMD vector operation.

simdsimd0xFD 0x0Cfd 0c0xFD 0x0Csimdv128.load

v128.load SIMD vector operation.

simdsimd0xFD 0x00fd 000xFD 0x00simdv128.store

v128.store SIMD vector operation.

simdsimd0xFD 0x0Bfd 0b0xFD 0x0Bsimdv128.not

v128.not SIMD vector operation.

simdsimd0xFD 0x4Dfd 4d0xFD 0x4Dsimdv128.and

v128.and SIMD vector operation.

simdsimd0xFD 0x4Efd 4e0xFD 0x4Esimdv128.andnot

v128.andnot SIMD vector operation.

simdsimd0xFD 0x4Ffd 4f0xFD 0x4Fsimdv128.or

v128.or SIMD vector operation.

simdsimd0xFD 0x50fd 500xFD 0x50simdv128.xor

v128.xor SIMD vector operation.

simdsimd0xFD 0x51fd 510xFD 0x51simdv128.bitselect

v128.bitselect SIMD vector operation.

simdsimd0xFD 0x52fd 520xFD 0x52simdv128.any_true

v128.any_true SIMD vector operation.

simdsimd0xFD 0x53fd 530xFD 0x53simdv128.load8_splat

v128.load8_splat SIMD vector operation.

simdsimd0xFD 0x07fd 070xFD 0x07simdv128.load16_splat

v128.load16_splat SIMD vector operation.

simdsimd0xFD 0x08fd 080xFD 0x08simdv128.load32_splat

v128.load32_splat SIMD vector operation.

simdsimd0xFD 0x09fd 090xFD 0x09simdv128.load64_splat

v128.load64_splat SIMD vector operation.

simdsimd0xFD 0x0Afd 0a0xFD 0x0Asimdv128.load8x8_s

v128.load8x8_s SIMD vector operation.

simdsimd0xFD 0x01fd 010xFD 0x01simdv128.load8x8_u

v128.load8x8_u SIMD vector operation.

simdsimd0xFD 0x02fd 020xFD 0x02simdv128.load16x4_s

v128.load16x4_s SIMD vector operation.

simdsimd0xFD 0x03fd 030xFD 0x03simdv128.load16x4_u

v128.load16x4_u SIMD vector operation.

simdsimd0xFD 0x04fd 040xFD 0x04simdv128.load32x2_s

v128.load32x2_s SIMD vector operation.

simdsimd0xFD 0x05fd 050xFD 0x05simdv128.load32x2_u

v128.load32x2_u SIMD vector operation.

simdsimd0xFD 0x06fd 060xFD 0x06simdv128.load32_zero

v128.load32_zero SIMD vector operation.

simdsimd0xFD 0x5Cfd 5c0xFD 0x5Csimdv128.load64_zero

v128.load64_zero SIMD vector operation.

simdsimd0xFD 0x5Dfd 5d0xFD 0x5Dsimdv128.load8_lane

v128.load8_lane SIMD vector operation.

simdsimd0xFD 0x54fd 540xFD 0x54simdv128.load16_lane

v128.load16_lane SIMD vector operation.

simdsimd0xFD 0x55fd 550xFD 0x55simdv128.load32_lane

v128.load32_lane SIMD vector operation.

simdsimd0xFD 0x56fd 560xFD 0x56simdv128.load64_lane

v128.load64_lane SIMD vector operation.

simdsimd0xFD 0x57fd 570xFD 0x57simdv128.store8_lane

v128.store8_lane SIMD vector operation.

simdsimd0xFD 0x58fd 580xFD 0x58simdv128.store16_lane

v128.store16_lane SIMD vector operation.

simdsimd0xFD 0x59fd 590xFD 0x59simdv128.store32_lane

v128.store32_lane SIMD vector operation.

simdsimd0xFD 0x5Afd 5a0xFD 0x5Asimdv128.store64_lane

v128.store64_lane SIMD vector operation.

simdsimd0xFD 0x5Bfd 5b0xFD 0x5Bsimdi8x16.shuffle

i8x16.shuffle SIMD vector operation.

simdsimd0xFD 0x0Dfd 0d0xFD 0x0Dsimdi8x16.swizzle

i8x16.swizzle SIMD vector operation.

simdsimd0xFD 0x0Efd 0e0xFD 0x0Esimdi8x16.splat

i8x16.splat SIMD vector operation.

simdsimd0xFD 0x0Ffd 0f0xFD 0x0Fsimdi8x16.extract_lane_s

i8x16.extract_lane_s SIMD vector operation.

simdsimd0xFD 0x15fd 150xFD 0x15simdi8x16.extract_lane_u

i8x16.extract_lane_u SIMD vector operation.

simdsimd0xFD 0x16fd 160xFD 0x16simdi8x16.replace_lane

i8x16.replace_lane SIMD vector operation.

simdsimd0xFD 0x17fd 170xFD 0x17simdi8x16.eq

i8x16.eq SIMD vector operation.

simdsimd0xFD 0x23fd 230xFD 0x23simdi8x16.ne

i8x16.ne SIMD vector operation.

simdsimd0xFD 0x24fd 240xFD 0x24simdi8x16.lt_s

i8x16.lt_s SIMD vector operation.

simdsimd0xFD 0x25fd 250xFD 0x25simdi8x16.lt_u

i8x16.lt_u SIMD vector operation.

simdsimd0xFD 0x26fd 260xFD 0x26simdi8x16.gt_s

i8x16.gt_s SIMD vector operation.

simdsimd0xFD 0x27fd 270xFD 0x27simdi8x16.gt_u

i8x16.gt_u SIMD vector operation.

simdsimd0xFD 0x28fd 280xFD 0x28simdi8x16.le_s

i8x16.le_s SIMD vector operation.

simdsimd0xFD 0x29fd 290xFD 0x29simdi8x16.le_u

i8x16.le_u SIMD vector operation.

simdsimd0xFD 0x2Afd 2a0xFD 0x2Asimdi8x16.ge_s

i8x16.ge_s SIMD vector operation.

simdsimd0xFD 0x2Bfd 2b0xFD 0x2Bsimdi8x16.ge_u

i8x16.ge_u SIMD vector operation.

simdsimd0xFD 0x2Cfd 2c0xFD 0x2Csimdi8x16.abs

i8x16.abs SIMD vector operation.

simdsimd0xFD 0x60fd 600xFD 0x60simdi8x16.neg

i8x16.neg SIMD vector operation.

simdsimd0xFD 0x61fd 610xFD 0x61simdi8x16.popcnt

i8x16.popcnt SIMD vector operation.

simdsimd0xFD 0x62fd 620xFD 0x62simdi8x16.all_true

i8x16.all_true SIMD vector operation.

simdsimd0xFD 0x63fd 630xFD 0x63simdi8x16.bitmask

i8x16.bitmask SIMD vector operation.

simdsimd0xFD 0x64fd 640xFD 0x64simdi8x16.narrow_i16x8_s

i8x16.narrow_i16x8_s SIMD vector operation.

simdsimd0xFD 0x65fd 650xFD 0x65simdi8x16.narrow_i16x8_u

i8x16.narrow_i16x8_u SIMD vector operation.

simdsimd0xFD 0x66fd 660xFD 0x66simdi8x16.shl

i8x16.shl SIMD vector operation.

simdsimd0xFD 0x6Bfd 6b0xFD 0x6Bsimdi8x16.shr_s

i8x16.shr_s SIMD vector operation.

simdsimd0xFD 0x6Cfd 6c0xFD 0x6Csimdi8x16.shr_u

i8x16.shr_u SIMD vector operation.

simdsimd0xFD 0x6Dfd 6d0xFD 0x6Dsimdi8x16.add

i8x16.add SIMD vector operation.

simdsimd0xFD 0x6Efd 6e0xFD 0x6Esimdi8x16.add_sat_s

i8x16.add_sat_s SIMD vector operation.

simdsimd0xFD 0x6Ffd 6f0xFD 0x6Fsimdi8x16.add_sat_u

i8x16.add_sat_u SIMD vector operation.

simdsimd0xFD 0x70fd 700xFD 0x70simdi8x16.sub

i8x16.sub SIMD vector operation.

simdsimd0xFD 0x71fd 710xFD 0x71simdi8x16.sub_sat_s

i8x16.sub_sat_s SIMD vector operation.

simdsimd0xFD 0x72fd 720xFD 0x72simdi8x16.sub_sat_u

i8x16.sub_sat_u SIMD vector operation.

simdsimd0xFD 0x73fd 730xFD 0x73simdi8x16.min_s

i8x16.min_s SIMD vector operation.

simdsimd0xFD 0x76fd 760xFD 0x76simdi8x16.min_u

i8x16.min_u SIMD vector operation.

simdsimd0xFD 0x77fd 770xFD 0x77simdi8x16.max_s

i8x16.max_s SIMD vector operation.

simdsimd0xFD 0x78fd 780xFD 0x78simdi8x16.max_u

i8x16.max_u SIMD vector operation.

simdsimd0xFD 0x79fd 790xFD 0x79simdi8x16.avgr_u

i8x16.avgr_u SIMD vector operation.

simdsimd0xFD 0x7Bfd 7b0xFD 0x7Bsimdi16x8.splat

i16x8.splat SIMD vector operation.

simdsimd0xFD 0x10fd 100xFD 0x10simdi16x8.extract_lane_s

i16x8.extract_lane_s SIMD vector operation.

simdsimd0xFD 0x18fd 180xFD 0x18simdi16x8.extract_lane_u

i16x8.extract_lane_u SIMD vector operation.

simdsimd0xFD 0x19fd 190xFD 0x19simdi16x8.replace_lane

i16x8.replace_lane SIMD vector operation.

simdsimd0xFD 0x1Afd 1a0xFD 0x1Asimdi16x8.eq

i16x8.eq SIMD vector operation.

simdsimd0xFD 0x2Dfd 2d0xFD 0x2Dsimdi16x8.ne

i16x8.ne SIMD vector operation.

simdsimd0xFD 0x2Efd 2e0xFD 0x2Esimdi16x8.lt_s

i16x8.lt_s SIMD vector operation.

simdsimd0xFD 0x2Ffd 2f0xFD 0x2Fsimdi16x8.lt_u

i16x8.lt_u SIMD vector operation.

simdsimd0xFD 0x30fd 300xFD 0x30simdi16x8.gt_s

i16x8.gt_s SIMD vector operation.

simdsimd0xFD 0x31fd 310xFD 0x31simdi16x8.gt_u

i16x8.gt_u SIMD vector operation.

simdsimd0xFD 0x32fd 320xFD 0x32simdi16x8.le_s

i16x8.le_s SIMD vector operation.

simdsimd0xFD 0x33fd 330xFD 0x33simdi16x8.le_u

i16x8.le_u SIMD vector operation.

simdsimd0xFD 0x34fd 340xFD 0x34simdi16x8.ge_s

i16x8.ge_s SIMD vector operation.

simdsimd0xFD 0x35fd 350xFD 0x35simdi16x8.ge_u

i16x8.ge_u SIMD vector operation.

simdsimd0xFD 0x36fd 360xFD 0x36simdi16x8.abs

i16x8.abs SIMD vector operation.

simdsimd0xFD 0x80fd 800xFD 0x80simdi16x8.neg

i16x8.neg SIMD vector operation.

simdsimd0xFD 0x81fd 810xFD 0x81simdi16x8.all_true

i16x8.all_true SIMD vector operation.

simdsimd0xFD 0x83fd 830xFD 0x83simdi16x8.bitmask

i16x8.bitmask SIMD vector operation.

simdsimd0xFD 0x84fd 840xFD 0x84simdi16x8.narrow_i32x4_s

i16x8.narrow_i32x4_s SIMD vector operation.

simdsimd0xFD 0x85fd 850xFD 0x85simdi16x8.narrow_i32x4_u

i16x8.narrow_i32x4_u SIMD vector operation.

simdsimd0xFD 0x86fd 860xFD 0x86simdi16x8.extend_low_i8x16_s

i16x8.extend_low_i8x16_s SIMD vector operation.

simdsimd0xFD 0x87fd 870xFD 0x87simdi16x8.extend_high_i8x16_s

i16x8.extend_high_i8x16_s SIMD vector operation.

simdsimd0xFD 0x88fd 880xFD 0x88simdi16x8.extend_low_i8x16_u

i16x8.extend_low_i8x16_u SIMD vector operation.

simdsimd0xFD 0x89fd 890xFD 0x89simdi16x8.extend_high_i8x16_u

i16x8.extend_high_i8x16_u SIMD vector operation.

simdsimd0xFD 0x8Afd 8a0xFD 0x8Asimdi16x8.shl

i16x8.shl SIMD vector operation.

simdsimd0xFD 0x8Bfd 8b0xFD 0x8Bsimdi16x8.shr_s

i16x8.shr_s SIMD vector operation.

simdsimd0xFD 0x8Cfd 8c0xFD 0x8Csimdi16x8.shr_u

i16x8.shr_u SIMD vector operation.

simdsimd0xFD 0x8Dfd 8d0xFD 0x8Dsimdi16x8.add

i16x8.add SIMD vector operation.

simdsimd0xFD 0x8Efd 8e0xFD 0x8Esimdi16x8.add_sat_s

i16x8.add_sat_s SIMD vector operation.

simdsimd0xFD 0x8Ffd 8f0xFD 0x8Fsimdi16x8.add_sat_u

i16x8.add_sat_u SIMD vector operation.

simdsimd0xFD 0x90fd 900xFD 0x90simdi16x8.sub

i16x8.sub SIMD vector operation.

simdsimd0xFD 0x91fd 910xFD 0x91simdi16x8.sub_sat_s

i16x8.sub_sat_s SIMD vector operation.

simdsimd0xFD 0x92fd 920xFD 0x92simdi16x8.sub_sat_u

i16x8.sub_sat_u SIMD vector operation.

simdsimd0xFD 0x93fd 930xFD 0x93simdi16x8.mul

i16x8.mul SIMD vector operation.

simdsimd0xFD 0x95fd 950xFD 0x95simdi16x8.min_s

i16x8.min_s SIMD vector operation.

simdsimd0xFD 0x96fd 960xFD 0x96simdi16x8.min_u

i16x8.min_u SIMD vector operation.

simdsimd0xFD 0x97fd 970xFD 0x97simdi16x8.max_s

i16x8.max_s SIMD vector operation.

simdsimd0xFD 0x98fd 980xFD 0x98simdi16x8.max_u

i16x8.max_u SIMD vector operation.

simdsimd0xFD 0x99fd 990xFD 0x99simdi16x8.avgr_u

i16x8.avgr_u SIMD vector operation.

simdsimd0xFD 0x9Bfd 9b0xFD 0x9Bsimdi16x8.q15mulr_sat_s

i16x8.q15mulr_sat_s SIMD vector operation.

simdsimd0xFD 0x82fd 820xFD 0x82simdi16x8.extadd_pairwise_i8x16_s

i16x8.extadd_pairwise_i8x16_s SIMD vector operation.

simdsimd0xFD 0x7Cfd 7c0xFD 0x7Csimdi16x8.extadd_pairwise_i8x16_u

i16x8.extadd_pairwise_i8x16_u SIMD vector operation.

simdsimd0xFD 0x7Dfd 7d0xFD 0x7Dsimdi16x8.extmul_low_i8x16_s

i16x8.extmul_low_i8x16_s SIMD vector operation.

simdsimd0xFD 0x9Cfd 9c0xFD 0x9Csimdi16x8.extmul_high_i8x16_s

i16x8.extmul_high_i8x16_s SIMD vector operation.

simdsimd0xFD 0x9Dfd 9d0xFD 0x9Dsimdi16x8.extmul_low_i8x16_u

i16x8.extmul_low_i8x16_u SIMD vector operation.

simdsimd0xFD 0x9Efd 9e0xFD 0x9Esimdi16x8.extmul_high_i8x16_u

i16x8.extmul_high_i8x16_u SIMD vector operation.

simdsimd0xFD 0x9Ffd 9f0xFD 0x9Fsimdi32x4.splat

i32x4.splat SIMD vector operation.

simdsimd0xFD 0x11fd 110xFD 0x11simdi32x4.extract_lane

i32x4.extract_lane SIMD vector operation.

simdsimd0xFD 0x1Bfd 1b0xFD 0x1Bsimdi32x4.replace_lane

i32x4.replace_lane SIMD vector operation.

simdsimd0xFD 0x1Cfd 1c0xFD 0x1Csimdi32x4.eq

i32x4.eq SIMD vector operation.

simdsimd0xFD 0x37fd 370xFD 0x37simdi32x4.ne

i32x4.ne SIMD vector operation.

simdsimd0xFD 0x38fd 380xFD 0x38simdi32x4.lt_s

i32x4.lt_s SIMD vector operation.

simdsimd0xFD 0x39fd 390xFD 0x39simdi32x4.lt_u

i32x4.lt_u SIMD vector operation.

simdsimd0xFD 0x3Afd 3a0xFD 0x3Asimdi32x4.gt_s

i32x4.gt_s SIMD vector operation.

simdsimd0xFD 0x3Bfd 3b0xFD 0x3Bsimdi32x4.gt_u

i32x4.gt_u SIMD vector operation.

simdsimd0xFD 0x3Cfd 3c0xFD 0x3Csimdi32x4.le_s

i32x4.le_s SIMD vector operation.

simdsimd0xFD 0x3Dfd 3d0xFD 0x3Dsimdi32x4.le_u

i32x4.le_u SIMD vector operation.

simdsimd0xFD 0x3Efd 3e0xFD 0x3Esimdi32x4.ge_s

i32x4.ge_s SIMD vector operation.

simdsimd0xFD 0x3Ffd 3f0xFD 0x3Fsimdi32x4.ge_u

i32x4.ge_u SIMD vector operation.

simdsimd0xFD 0x40fd 400xFD 0x40simdi32x4.abs

i32x4.abs SIMD vector operation.

simdsimd0xFD 0xA0fd a00xFD 0xA0simdi32x4.neg

i32x4.neg SIMD vector operation.

simdsimd0xFD 0xA1fd a10xFD 0xA1simdi32x4.all_true

i32x4.all_true SIMD vector operation.

simdsimd0xFD 0xA3fd a30xFD 0xA3simdi32x4.bitmask

i32x4.bitmask SIMD vector operation.

simdsimd0xFD 0xA4fd a40xFD 0xA4simdi32x4.extend_low_i16x8_s

i32x4.extend_low_i16x8_s SIMD vector operation.

simdsimd0xFD 0xA7fd a70xFD 0xA7simdi32x4.extend_high_i16x8_s

i32x4.extend_high_i16x8_s SIMD vector operation.

simdsimd0xFD 0xA8fd a80xFD 0xA8simdi32x4.extend_low_i16x8_u

i32x4.extend_low_i16x8_u SIMD vector operation.

simdsimd0xFD 0xA9fd a90xFD 0xA9simdi32x4.extend_high_i16x8_u

i32x4.extend_high_i16x8_u SIMD vector operation.

simdsimd0xFD 0xAAfd aa0xFD 0xAAsimdi32x4.shl

i32x4.shl SIMD vector operation.

simdsimd0xFD 0xABfd ab0xFD 0xABsimdi32x4.shr_s

i32x4.shr_s SIMD vector operation.

simdsimd0xFD 0xACfd ac0xFD 0xACsimdi32x4.shr_u

i32x4.shr_u SIMD vector operation.

simdsimd0xFD 0xADfd ad0xFD 0xADsimdi32x4.add

i32x4.add SIMD vector operation.

simdsimd0xFD 0xAEfd ae0xFD 0xAEsimdi32x4.sub

i32x4.sub SIMD vector operation.

simdsimd0xFD 0xB1fd b10xFD 0xB1simdi32x4.mul

i32x4.mul SIMD vector operation.

simdsimd0xFD 0xB5fd b50xFD 0xB5simdi32x4.min_s

i32x4.min_s SIMD vector operation.

simdsimd0xFD 0xB6fd b60xFD 0xB6simdi32x4.min_u

i32x4.min_u SIMD vector operation.

simdsimd0xFD 0xB7fd b70xFD 0xB7simdi32x4.max_s

i32x4.max_s SIMD vector operation.

simdsimd0xFD 0xB8fd b80xFD 0xB8simdi32x4.max_u

i32x4.max_u SIMD vector operation.

simdsimd0xFD 0xB9fd b90xFD 0xB9simdi32x4.dot_i16x8_s

i32x4.dot_i16x8_s SIMD vector operation.

simdsimd0xFD 0xBAfd ba0xFD 0xBAsimdi32x4.extadd_pairwise_i16x8_s

i32x4.extadd_pairwise_i16x8_s SIMD vector operation.

simdsimd0xFD 0x7Efd 7e0xFD 0x7Esimdi32x4.extadd_pairwise_i16x8_u

i32x4.extadd_pairwise_i16x8_u SIMD vector operation.

simdsimd0xFD 0x7Ffd 7f0xFD 0x7Fsimdi32x4.extmul_low_i16x8_s

i32x4.extmul_low_i16x8_s SIMD vector operation.

simdsimd0xFD 0xBCfd bc0xFD 0xBCsimdi32x4.extmul_high_i16x8_s

i32x4.extmul_high_i16x8_s SIMD vector operation.

simdsimd0xFD 0xBDfd bd0xFD 0xBDsimdi32x4.extmul_low_i16x8_u

i32x4.extmul_low_i16x8_u SIMD vector operation.

simdsimd0xFD 0xBEfd be0xFD 0xBEsimdi32x4.extmul_high_i16x8_u

i32x4.extmul_high_i16x8_u SIMD vector operation.

simdsimd0xFD 0xBFfd bf0xFD 0xBFsimdi32x4.trunc_sat_f32x4_s

i32x4.trunc_sat_f32x4_s SIMD vector operation.

simdsimd0xFD 0xF8fd f80xFD 0xF8simdi32x4.trunc_sat_f32x4_u

i32x4.trunc_sat_f32x4_u SIMD vector operation.

simdsimd0xFD 0xF9fd f90xFD 0xF9simdi32x4.trunc_sat_f64x2_s_zero

i32x4.trunc_sat_f64x2_s_zero SIMD vector operation.

simdsimd0xFD 0xFCfd fc0xFD 0xFCsimdi32x4.trunc_sat_f64x2_u_zero

i32x4.trunc_sat_f64x2_u_zero SIMD vector operation.

simdsimd0xFD 0xFDfd fd0xFD 0xFDsimdi64x2.splat

i64x2.splat SIMD vector operation.

simdsimd0xFD 0x12fd 120xFD 0x12simdi64x2.extract_lane

i64x2.extract_lane SIMD vector operation.

simdsimd0xFD 0x1Dfd 1d0xFD 0x1Dsimdi64x2.replace_lane

i64x2.replace_lane SIMD vector operation.

simdsimd0xFD 0x1Efd 1e0xFD 0x1Esimdi64x2.eq

i64x2.eq SIMD vector operation.

simdsimd0xFD 0xD6fd d60xFD 0xD6simdi64x2.ne

i64x2.ne SIMD vector operation.

simdsimd0xFD 0xD7fd d70xFD 0xD7simdi64x2.lt_s

i64x2.lt_s SIMD vector operation.

simdsimd0xFD 0xD8fd d80xFD 0xD8simdi64x2.gt_s

i64x2.gt_s SIMD vector operation.

simdsimd0xFD 0xD9fd d90xFD 0xD9simdi64x2.le_s

i64x2.le_s SIMD vector operation.

simdsimd0xFD 0xDAfd da0xFD 0xDAsimdi64x2.ge_s

i64x2.ge_s SIMD vector operation.

simdsimd0xFD 0xDBfd db0xFD 0xDBsimdi64x2.abs

i64x2.abs SIMD vector operation.

simdsimd0xFD 0xC0fd c00xFD 0xC0simdi64x2.neg

i64x2.neg SIMD vector operation.

simdsimd0xFD 0xC1fd c10xFD 0xC1simdi64x2.all_true

i64x2.all_true SIMD vector operation.

simdsimd0xFD 0xC3fd c30xFD 0xC3simdi64x2.bitmask

i64x2.bitmask SIMD vector operation.

simdsimd0xFD 0xC4fd c40xFD 0xC4simdi64x2.extend_low_i32x4_s

i64x2.extend_low_i32x4_s SIMD vector operation.

simdsimd0xFD 0xC7fd c70xFD 0xC7simdi64x2.extend_high_i32x4_s

i64x2.extend_high_i32x4_s SIMD vector operation.

simdsimd0xFD 0xC8fd c80xFD 0xC8simdi64x2.extend_low_i32x4_u

i64x2.extend_low_i32x4_u SIMD vector operation.

simdsimd0xFD 0xC9fd c90xFD 0xC9simdi64x2.extend_high_i32x4_u

i64x2.extend_high_i32x4_u SIMD vector operation.

simdsimd0xFD 0xCAfd ca0xFD 0xCAsimdi64x2.shl

i64x2.shl SIMD vector operation.

simdsimd0xFD 0xCBfd cb0xFD 0xCBsimdi64x2.shr_s

i64x2.shr_s SIMD vector operation.

simdsimd0xFD 0xCCfd cc0xFD 0xCCsimdi64x2.shr_u

i64x2.shr_u SIMD vector operation.

simdsimd0xFD 0xCDfd cd0xFD 0xCDsimdi64x2.add

i64x2.add SIMD vector operation.

simdsimd0xFD 0xCEfd ce0xFD 0xCEsimdi64x2.sub

i64x2.sub SIMD vector operation.

simdsimd0xFD 0xD1fd d10xFD 0xD1simdi64x2.mul

i64x2.mul SIMD vector operation.

simdsimd0xFD 0xD5fd d50xFD 0xD5simdi64x2.extmul_low_i32x4_s

i64x2.extmul_low_i32x4_s SIMD vector operation.

simdsimd0xFD 0xDCfd dc0xFD 0xDCsimdi64x2.extmul_high_i32x4_s

i64x2.extmul_high_i32x4_s SIMD vector operation.

simdsimd0xFD 0xDDfd dd0xFD 0xDDsimdi64x2.extmul_low_i32x4_u

i64x2.extmul_low_i32x4_u SIMD vector operation.

simdsimd0xFD 0xDEfd de0xFD 0xDEsimdi64x2.extmul_high_i32x4_u

i64x2.extmul_high_i32x4_u SIMD vector operation.

simdsimd0xFD 0xDFfd df0xFD 0xDFsimdf32x4.splat

f32x4.splat SIMD vector operation.

simdsimd0xFD 0x13fd 130xFD 0x13simdf32x4.extract_lane

f32x4.extract_lane SIMD vector operation.

simdsimd0xFD 0x1Ffd 1f0xFD 0x1Fsimdf32x4.replace_lane

f32x4.replace_lane SIMD vector operation.

simdsimd0xFD 0x20fd 200xFD 0x20simdf32x4.eq

f32x4.eq SIMD vector operation.

simdsimd0xFD 0x41fd 410xFD 0x41simdf32x4.ne

f32x4.ne SIMD vector operation.

simdsimd0xFD 0x42fd 420xFD 0x42simdf32x4.lt

f32x4.lt SIMD vector operation.

simdsimd0xFD 0x43fd 430xFD 0x43simdf32x4.gt

f32x4.gt SIMD vector operation.

simdsimd0xFD 0x44fd 440xFD 0x44simdf32x4.le

f32x4.le SIMD vector operation.

simdsimd0xFD 0x45fd 450xFD 0x45simdf32x4.ge

f32x4.ge SIMD vector operation.

simdsimd0xFD 0x46fd 460xFD 0x46simdf32x4.abs

f32x4.abs SIMD vector operation.

simdsimd0xFD 0xE0fd e00xFD 0xE0simdf32x4.neg

f32x4.neg SIMD vector operation.

simdsimd0xFD 0xE1fd e10xFD 0xE1simdf32x4.sqrt

f32x4.sqrt SIMD vector operation.

simdsimd0xFD 0xE3fd e30xFD 0xE3simdf32x4.add

f32x4.add SIMD vector operation.

simdsimd0xFD 0xE4fd e40xFD 0xE4simdf32x4.sub

f32x4.sub SIMD vector operation.

simdsimd0xFD 0xE5fd e50xFD 0xE5simdf32x4.mul

f32x4.mul SIMD vector operation.

simdsimd0xFD 0xE6fd e60xFD 0xE6simdf32x4.div

f32x4.div SIMD vector operation.

simdsimd0xFD 0xE7fd e70xFD 0xE7simdf32x4.min

f32x4.min SIMD vector operation.

simdsimd0xFD 0xE8fd e80xFD 0xE8simdf32x4.max

f32x4.max SIMD vector operation.

simdsimd0xFD 0xE9fd e90xFD 0xE9simdf32x4.pmin

f32x4.pmin SIMD vector operation.

simdsimd0xFD 0xEAfd ea0xFD 0xEAsimdf32x4.pmax

f32x4.pmax SIMD vector operation.

simdsimd0xFD 0xEBfd eb0xFD 0xEBsimdf32x4.convert_i32x4_s

f32x4.convert_i32x4_s SIMD vector operation.

simdsimd0xFD 0xFAfd fa0xFD 0xFAsimdf32x4.convert_i32x4_u

f32x4.convert_i32x4_u SIMD vector operation.

simdsimd0xFD 0xFBfd fb0xFD 0xFBsimdf32x4.demote_f64x2_zero

f32x4.demote_f64x2_zero SIMD vector operation.

simdsimd0xFD 0x5Efd 5e0xFD 0x5Esimdf64x2.splat

f64x2.splat SIMD vector operation.

simdsimd0xFD 0x14fd 140xFD 0x14simdf64x2.extract_lane

f64x2.extract_lane SIMD vector operation.

simdsimd0xFD 0x21fd 210xFD 0x21simdf64x2.replace_lane

f64x2.replace_lane SIMD vector operation.

simdsimd0xFD 0x22fd 220xFD 0x22simdf64x2.eq

f64x2.eq SIMD vector operation.

simdsimd0xFD 0x47fd 470xFD 0x47simdf64x2.ne

f64x2.ne SIMD vector operation.

simdsimd0xFD 0x48fd 480xFD 0x48simdf64x2.lt

f64x2.lt SIMD vector operation.

simdsimd0xFD 0x49fd 490xFD 0x49simdf64x2.gt

f64x2.gt SIMD vector operation.

simdsimd0xFD 0x4Afd 4a0xFD 0x4Asimdf64x2.le

f64x2.le SIMD vector operation.

simdsimd0xFD 0x4Bfd 4b0xFD 0x4Bsimdf64x2.ge

f64x2.ge SIMD vector operation.

simdsimd0xFD 0x4Cfd 4c0xFD 0x4Csimdf64x2.abs

f64x2.abs SIMD vector operation.

simdsimd0xFD 0xECfd ec0xFD 0xECsimdf64x2.neg

f64x2.neg SIMD vector operation.

simdsimd0xFD 0xEDfd ed0xFD 0xEDsimdf64x2.sqrt

f64x2.sqrt SIMD vector operation.

simdsimd0xFD 0xEFfd ef0xFD 0xEFsimdf64x2.add

f64x2.add SIMD vector operation.

simdsimd0xFD 0xF0fd f00xFD 0xF0simdf64x2.sub

f64x2.sub SIMD vector operation.

simdsimd0xFD 0xF1fd f10xFD 0xF1simdf64x2.mul

f64x2.mul SIMD vector operation.

simdsimd0xFD 0xF2fd f20xFD 0xF2simdf64x2.div

f64x2.div SIMD vector operation.

simdsimd0xFD 0xF3fd f30xFD 0xF3simdf64x2.min

f64x2.min SIMD vector operation.

simdsimd0xFD 0xF4fd f40xFD 0xF4simdf64x2.max

f64x2.max SIMD vector operation.

simdsimd0xFD 0xF5fd f50xFD 0xF5simdf64x2.pmin

f64x2.pmin SIMD vector operation.

simdsimd0xFD 0xF6fd f60xFD 0xF6simdf64x2.pmax

f64x2.pmax SIMD vector operation.

simdsimd0xFD 0xF7fd f70xFD 0xF7simdf64x2.convert_low_i32x4_s

f64x2.convert_low_i32x4_s SIMD vector operation.

simdsimd0xFD 0xFEfd fe0xFD 0xFEsimdf64x2.convert_low_i32x4_u

f64x2.convert_low_i32x4_u SIMD vector operation.

simdsimd0xFD 0xFFfd ff0xFD 0xFFsimdf64x2.promote_low_f32x4

f64x2.promote_low_f32x4 SIMD vector operation.

simdsimd0xFD 0x5Ffd 5f0xFD 0x5Ftabletable.get

table.get table/reference operation.

reference-typestable0x25250x25tabletable.set

table.set table/reference operation.

reference-typestable0x26260x26tabletable.grow

table.grow table/reference operation.

reference-typestable0xFC 0x0Ffc 0f0xFC 0x0Ftabletable.size

table.size table/reference operation.

reference-typestable0xFC 0x10fc 100xFC 0x10tabletable.fill

table.fill table/reference operation.

reference-typestable0xFC 0x11fc 110xFC 0x11tabletable.copy

table.copy table/reference operation.

bulk-memorytable0xFC 0x0Efc 0e0xFC 0x0Etabletable.init

table.init table/reference operation.

bulk-memorytable0xFC 0x0Cfc 0c0xFC 0x0Ctableelem.drop

elem.drop table/reference operation.

bulk-memorytable0xFC 0x0Dfc 0d0xFC 0x0Dvariablelocal.get

Read a local or parameter.

corevariable0x20200x20variablelocal.set

Write a local or parameter.

corevariable0x21210x21variablelocal.tee

Write a local and keep the value on the stack.

corevariable0x22220x22variableglobal.get

Read a global.

corevariable0x23230x23variableglobal.set

Write a mutable global.

corevariable0x24240x24memoryi32.load

i32.load reads bytes from linear memory.

corememory0x28280x28memoryi64.load

i64.load reads bytes from linear memory.

corememory0x29290x29memoryf32.load

f32.load reads bytes from linear memory.

corememory0x2A2a0x2Amemoryf64.load

f64.load reads bytes from linear memory.

corememory0x2B2b0x2Bmemoryi32.load8_s

i32.load8_s reads bytes from linear memory.

corememory0x2C2c0x2Cmemoryi32.load8_u

i32.load8_u reads bytes from linear memory.

corememory0x2D2d0x2Dmemoryi32.load16_s

i32.load16_s reads bytes from linear memory.

corememory0x2E2e0x2Ememoryi32.load16_u

i32.load16_u reads bytes from linear memory.

corememory0x2F2f0x2Fmemoryi64.load8_s

i64.load8_s reads bytes from linear memory.

corememory0x30300x30memoryi64.load8_u

i64.load8_u reads bytes from linear memory.

corememory0x31310x31memoryi64.load16_s

i64.load16_s reads bytes from linear memory.

corememory0x32320x32memoryi64.load16_u

i64.load16_u reads bytes from linear memory.

corememory0x33330x33memoryi64.load32_s

i64.load32_s reads bytes from linear memory.

corememory0x34340x34memoryi64.load32_u

i64.load32_u reads bytes from linear memory.

corememory0x35350x35memoryi32.store

i32.store writes bytes into linear memory.

corememory0x36360x36memoryi64.store

i64.store writes bytes into linear memory.

corememory0x37370x37memoryf32.store

f32.store writes bytes into linear memory.

corememory0x38380x38memoryf64.store

f64.store writes bytes into linear memory.

corememory0x39390x39memoryi32.store8

i32.store8 writes bytes into linear memory.

corememory0x3A3a0x3Amemoryi32.store16

i32.store16 writes bytes into linear memory.

corememory0x3B3b0x3Bmemoryi64.store8

i64.store8 writes bytes into linear memory.

corememory0x3C3c0x3Cmemoryi64.store16

i64.store16 writes bytes into linear memory.

corememory0x3D3d0x3Dmemoryi64.store32

i64.store32 writes bytes into linear memory.

corememory0x3E3e0x3Ememorymemory.size

Return current memory size in pages.

corememory0x3F3f0x3Fmemorymemory.grow

Grow memory by a page count.

corememory0x40400x40memorymemory.copy

Copy bytes within or between memories.

bulk-memorymemory0xFC 0x0Afc 0a0xFC 0x0Amemorymemory.fill

Fill memory with a byte value.

bulk-memorymemory0xFC 0x0Bfc 0b0xFC 0x0Bmemorymemory.init

Initialize memory from a data segment.

bulk-memorymemory0xFC 0x08fc 080xFC 0x08memorydata.drop

Discard a passive data segment.

bulk-memorymemory0xFC 0x09fc 090xFC 0x09typeexternref

Opaque reference to a host value.

reference-typestypereference-typestypefuncref

Reference to a function for tables and indirect calls.

reference-typestypereference-typestypev128

128-bit vector value interpreted by SIMD operations.

simdtypesimdtypei32

32-bit integer value type.

coretypecoretypei64

64-bit integer value type.

coretypecoretypef32

32-bit IEEE-754 floating-point value type.

coretypecoretypef64

64-bit IEEE-754 floating-point value type.

coretypecore

Groups

module

2 entries

control

19 entries

numeric

140 entries

simd

228 entries

table

8 entries

variable

5 entries

memory

29 entries

type

7 entries