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org.jetbrains.kotlin.wasm.ir.Operators.kt Maven / Gradle / Ivy
/*
* Copyright 2010-2020 JetBrains s.r.o. and Kotlin Programming Language contributors.
* Use of this source code is governed by the Apache 2.0 license that can be found in the license/LICENSE.txt file.
*/
package org.jetbrains.kotlin.wasm.ir
import org.jetbrains.kotlin.wasm.ir.WasmImmediateKind.*
enum class WasmImmediateKind {
CONST_I32,
CONST_I64,
CONST_F32,
CONST_F64,
MEM_ARG,
BLOCK_TYPE,
FUNC_IDX,
LOCAL_IDX,
GLOBAL_IDX,
TYPE_IDX,
VAL_TYPE_VECTOR,
MEMORY_IDX,
DATA_IDX,
TABLE_IDX,
LABEL_IDX,
LABEL_IDX_VECTOR,
ELEM_IDX,
STRUCT_TYPE_IDX,
STRUCT_FIELD_IDX,
TYPE_IMM,
HEAP_TYPE
}
sealed class WasmImmediate {
class ConstI32(val value: Int) : WasmImmediate()
class ConstI64(val value: Long) : WasmImmediate()
class ConstF32(val rawBits: UInt) : WasmImmediate()
class ConstF64(val rawBits: ULong) : WasmImmediate()
class SymbolI32(val value: WasmSymbol) : WasmImmediate()
class MemArg(val align: UInt, val offset: UInt) : WasmImmediate()
sealed class BlockType : WasmImmediate() {
class Function(val type: WasmFunctionType) : BlockType()
class Value(val type: WasmType?) : BlockType()
}
class FuncIdx(val value: WasmSymbol) : WasmImmediate() {
constructor(value: WasmFunction) : this(WasmSymbol(value))
}
class LocalIdx(val value: WasmSymbol) : WasmImmediate() {
constructor(value: WasmLocal) : this(WasmSymbol(value))
}
class GlobalIdx(val value: WasmSymbol) : WasmImmediate() {
constructor(value: WasmGlobal) : this(WasmSymbol(value))
}
class TypeIdx(val value: WasmSymbol) : WasmImmediate() {
constructor(value: WasmTypeDeclaration) : this(WasmSymbol(value))
}
class ValTypeVector(val value: List) : WasmImmediate()
class MemoryIdx(val value: WasmSymbol) : WasmImmediate() {
constructor(value: WasmMemory) : this(WasmSymbol(value))
}
class DataIdx(val value: Int) : WasmImmediate()
class TableIdx(val value: Int) : WasmImmediate()
class LabelIdx(val value: Int) : WasmImmediate()
class LabelIdxVector(val value: List) : WasmImmediate()
class ElemIdx(val value: WasmElement) : WasmImmediate()
class StructType(val value: WasmSymbol) : WasmImmediate() {
constructor(value: WasmStructDeclaration) : this(WasmSymbol(value))
}
class StructFieldIdx(val value: WasmSymbol) : WasmImmediate()
class HeapType(val value: WasmHeapType) : WasmImmediate() {
constructor(type: WasmType) : this(type.getHeapType())
}
}
enum class WasmOp(
val mnemonic: String,
val opcode: Int,
val immediates: List = emptyList()
) {
// Unary
I32_EQZ("i32.eqz", 0x45),
I64_EQZ("i64.eqz", 0x50),
I32_CLZ("i32.clz", 0x67),
I32_CTZ("i32.ctz", 0x68),
I32_POPCNT("i32.popcnt", 0x69),
I64_CLZ("i64.clz", 0x79),
I64_CTZ("i64.ctz", 0x7A),
I64_POPCNT("i64.popcnt", 0x7B),
F32_ABS("f32.abs", 0x8B),
F32_NEG("f32.neg", 0x8C),
F32_CEIL("f32.ceil", 0x8D),
F32_FLOOR("f32.floor", 0x8E),
F32_TRUNC("f32.trunc", 0x8F),
F32_NEAREST("f32.nearest", 0x90),
F32_SQRT("f32.sqrt", 0x91),
F64_ABS("f64.abs", 0x99),
F64_NEG("f64.neg", 0x9A),
F64_CEIL("f64.ceil", 0x9B),
F64_FLOOR("f64.floor", 0x9C),
F64_TRUNC("f64.trunc", 0x9D),
F64_NEAREST("f64.nearest", 0x9E),
F64_SQRT("f64.sqrt", 0x9F),
I32_WRAP_I64("i32.wrap_i64", 0xA7),
I32_TRUNC_F32_S("i32.trunc_f32_s", 0xA8),
I32_TRUNC_F32_U("i32.trunc_f32_u", 0xA9),
I32_TRUNC_F64_S("i32.trunc_f64_s", 0xAA),
I32_TRUNC_F64_U("i32.trunc_f64_u", 0xAB),
I64_EXTEND_I32_S("i64.extend_i32_s", 0xAC),
I64_EXTEND_I32_U("i64.extend_i32_u", 0xAD),
I64_TRUNC_F32_S("i64.trunc_f32_s", 0xAE),
I64_TRUNC_F32_U("i64.trunc_f32_u", 0xAF),
I64_TRUNC_F64_S("i64.trunc_f64_s", 0xB0),
I64_TRUNC_F64_U("i64.trunc_f64_u", 0xB1),
F32_CONVERT_I32_S("f32.convert_i32_s", 0xB2),
F32_CONVERT_I32_U("f32.convert_i32_u", 0xB3),
F32_CONVERT_I64_S("f32.convert_i64_s", 0xB4),
F32_CONVERT_I64_U("f32.convert_i64_u", 0xB5),
F32_DEMOTE_F64("f32.demote_f64", 0xB6),
F64_CONVERT_I32_S("f64.convert_i32_s", 0xB7),
F64_CONVERT_I32_U("f64.convert_i32_u", 0xB8),
F64_CONVERT_I64_S("f64.convert_i64_s", 0xB9),
F64_CONVERT_I64_U("f64.convert_i64_u", 0xBA),
F64_PROMOTE_F32("f64.promote_f32", 0xBB),
I32_REINTERPRET_F32("i32.reinterpret_f32", 0xBC),
I64_REINTERPRET_F64("i64.reinterpret_f64", 0xBD),
F32_REINTERPRET_I32("f32.reinterpret_i32", 0xBE),
F64_REINTERPRET_I64("f64.reinterpret_i64", 0xBF),
I32_EXTEND8_S("i32.extend8_s", 0xC0),
I32_EXTEND16_S("i32.extend16_s", 0xC1),
I64_EXTEND8_S("i64.extend8_s", 0xC2),
I64_EXTEND16_S("i64.extend16_s", 0xC3),
I64_EXTEND32_S("i64.extend32_s", 0xC4),
// Non-trapping float to int
I32_TRUNC_SAT_F32_S("i32.trunc_sat_f32_s", 0xFC_00),
I32_TRUNC_SAT_F32_U("i32.trunc_sat_f32_u", 0xFC_01),
I32_TRUNC_SAT_F64_S("i32.trunc_sat_f64_s", 0xFC_02),
I32_TRUNC_SAT_F64_U("i32.trunc_sat_f64_u", 0xFC_03),
I64_TRUNC_SAT_F32_S("i64.trunc_sat_f32_s", 0xFC_04),
I64_TRUNC_SAT_F32_U("i64.trunc_sat_f32_u", 0xFC_05),
I64_TRUNC_SAT_F64_S("i64.trunc_sat_f64_s", 0xFC_06),
I64_TRUNC_SAT_F64_U("i64.trunc_sat_f64_u", 0xFC_07),
// Binary
I32_EQ("i32.eq", 0x46),
I32_NE("i32.ne", 0x47),
I32_LT_S("i32.lt_s", 0x48),
I32_LT_U("i32.lt_u", 0x49),
I32_GT_S("i32.gt_s", 0x4A),
I32_GT_U("i32.gt_u", 0x4B),
I32_LE_S("i32.le_s", 0x4C),
I32_LE_U("i32.le_u", 0x4D),
I32_GE_S("i32.ge_s", 0x4E),
I32_GE_U("i32.ge_u", 0x4F),
I64_EQ("i64.eq", 0x51),
I64_NE("i64.ne", 0x52),
I64_LT_S("i64.lt_s", 0x53),
I64_LT_U("i64.lt_u", 0x54),
I64_GT_S("i64.gt_s", 0x55),
I64_GT_U("i64.gt_u", 0x56),
I64_LE_S("i64.le_s", 0x57),
I64_LE_U("i64.le_u", 0x58),
I64_GE_S("i64.ge_s", 0x59),
I64_GE_U("i64.ge_u", 0x5A),
F32_EQ("f32.eq", 0x5B),
F32_NE("f32.ne", 0x5C),
F32_LT("f32.lt", 0x5D),
F32_GT("f32.gt", 0x5E),
F32_LE("f32.le", 0x5F),
F32_GE("f32.ge", 0x60),
F64_EQ("f64.eq", 0x61),
F64_NE("f64.ne", 0x62),
F64_LT("f64.lt", 0x63),
F64_GT("f64.gt", 0x64),
F64_LE("f64.le", 0x65),
F64_GE("f64.ge", 0x66),
I32_ADD("i32.add", 0x6A),
I32_SUB("i32.sub", 0x6B),
I32_MUL("i32.mul", 0x6C),
I32_DIV_S("i32.div_s", 0x6D),
I32_DIV_U("i32.div_u", 0x6E),
I32_REM_S("i32.rem_s", 0x6F),
I32_REM_U("i32.rem_u", 0x70),
I32_AND("i32.and", 0x71),
I32_OR("i32.or", 0x72),
I32_XOR("i32.xor", 0x73),
I32_SHL("i32.shl", 0x74),
I32_SHR_S("i32.shr_s", 0x75),
I32_SHR_U("i32.shr_u", 0x76),
I32_ROTL("i32.rotl", 0x77),
I32_ROTR("i32.rotr", 0x78),
I64_ADD("i64.add", 0x7C),
I64_SUB("i64.sub", 0x7D),
I64_MUL("i64.mul", 0x7E),
I64_DIV_S("i64.div_s", 0x7F),
I64_DIV_U("i64.div_u", 0x80),
I64_REM_S("i64.rem_s", 0x81),
I64_REM_U("i64.rem_u", 0x82),
I64_AND("i64.and", 0x83),
I64_OR("i64.or", 0x84),
I64_XOR("i64.xor", 0x85),
I64_SHL("i64.shl", 0x86),
I64_SHR_S("i64.shr_s", 0x87),
I64_SHR_U("i64.shr_u", 0x88),
I64_ROTL("i64.rotl", 0x89),
I64_ROTR("i64.rotr", 0x8A),
F32_ADD("f32.add", 0x92),
F32_SUB("f32.sub", 0x93),
F32_MUL("f32.mul", 0x94),
F32_DIV("f32.div", 0x95),
F32_MIN("f32.min", 0x96),
F32_MAX("f32.max", 0x97),
F32_COPYSIGN("f32.copysign", 0x98),
F64_ADD("f64.add", 0xA0),
F64_SUB("f64.sub", 0xA1),
F64_MUL("f64.mul", 0xA2),
F64_DIV("f64.div", 0xA3),
F64_MIN("f64.min", 0xA4),
F64_MAX("f64.max", 0xA5),
F64_COPYSIGN("f64.copysign", 0xA6),
// Constants
I32_CONST("i32.const", 0x41, CONST_I32),
I64_CONST("i64.const", 0x42, CONST_I64),
F32_CONST("f32.const", 0x43, CONST_F32),
F64_CONST("f64.const", 0x44, CONST_F64),
// Load
I32_LOAD("i32.load", 0x28, MEM_ARG),
I64_LOAD("i64.load", 0x29, MEM_ARG),
F32_LOAD("f32.load", 0x2A, MEM_ARG),
F64_LOAD("f64.load", 0x2B, MEM_ARG),
I32_LOAD8_S("i32.load8_s", 0x2C, MEM_ARG),
I32_LOAD8_U("i32.load8_u", 0x2D, MEM_ARG),
I32_LOAD16_S("i32.load16_s", 0x2E, MEM_ARG),
I32_LOAD16_U("i32.load16_u", 0x2F, MEM_ARG),
I64_LOAD8_S("i64.load8_s", 0x30, MEM_ARG),
I64_LOAD8_U("i64.load8_u", 0x31, MEM_ARG),
I64_LOAD16_S("i64.load16_s", 0x32, MEM_ARG),
I64_LOAD16_U("i64.load16_u", 0x33, MEM_ARG),
I64_LOAD32_S("i64.load32_s", 0x34, MEM_ARG),
I64_LOAD32_U("i64.load32_u", 0x35, MEM_ARG),
// Store
I32_STORE("i32.store", 0x36, MEM_ARG),
I64_STORE("i64.store", 0x37, MEM_ARG),
F32_STORE("f32.store", 0x38, MEM_ARG),
F64_STORE("f64.store", 0x39, MEM_ARG),
I32_STORE8("i32.store8", 0x3A, MEM_ARG),
I32_STORE16("i32.store16", 0x3B, MEM_ARG),
I64_STORE8("i64.store8", 0x3C, MEM_ARG),
I64_STORE16("i64.store16", 0x3D, MEM_ARG),
I64_STORE32("i64.store32", 0x3E, MEM_ARG),
// Memory
MEMORY_SIZE("memory.size", 0x3F, MEMORY_IDX),
MEMORY_GROW("memory.grow", 0x40, MEMORY_IDX),
MEMORY_INIT("memory.init", 0xFC_08, listOf(DATA_IDX, MEMORY_IDX)),
DATA_DROP("data.drop", 0xFC_09, DATA_IDX),
MEMORY_COPY("memory.copy", 0xFC_0A, listOf(MEMORY_IDX, MEMORY_IDX)),
MEMORY_FILL("memory.fill", 0xFC_0B, MEMORY_IDX),
// Table
TABLE_GET("table.get", 0x25, TABLE_IDX),
TABLE_SET("table.set", 0x26, TABLE_IDX),
TABLE_GROW("table.grow", 0xFC_0F, TABLE_IDX),
TABLE_SIZE("table.size", 0xFC_10, TABLE_IDX),
TABLE_FILL("table.fill", 0xFC_11, TABLE_IDX),
TABLE_INIT("table.init", 0xFC_0C, listOf(ELEM_IDX, TABLE_IDX)),
ELEM_DROP("elem.drop", 0xFC_0D, ELEM_IDX),
TABLE_COPY("table.copy", 0xFC_0E, listOf(TABLE_IDX, TABLE_IDX)),
// Control
UNREACHABLE("unreachable", 0x00),
NOP("nop", 0x01),
BLOCK("block", 0x02, BLOCK_TYPE),
LOOP("loop", 0x03, BLOCK_TYPE),
IF("if", 0x04, BLOCK_TYPE),
ELSE("else", 0x05),
END("end", 0x0B),
BR("br", 0x0C, LABEL_IDX),
BR_IF("br_if", 0x0D, LABEL_IDX),
BR_TABLE("br_table", 0x0E, listOf(LABEL_IDX_VECTOR, LABEL_IDX)),
RETURN("return", 0x0F),
CALL("call", 0x10, FUNC_IDX),
CALL_INDIRECT("call_indirect", 0x11, listOf(TYPE_IDX, TABLE_IDX)),
// Parametric
DROP("drop", 0x1A),
SELECT("select", 0x1B),
SELECT_TYPED("select", 0x1C, VAL_TYPE_VECTOR),
// Variable OP
LOCAL_GET("local.get", 0x20, LOCAL_IDX),
LOCAL_SET("local.set", 0x21, LOCAL_IDX),
LOCAL_TEE("local.tee", 0x22, LOCAL_IDX),
GLOBAL_GET("global.get", 0x23, GLOBAL_IDX),
GLOBAL_SET("global.set", 0x24, GLOBAL_IDX),
// Reference types
REF_NULL("ref.null", 0xD0, HEAP_TYPE),
REF_IS_NULL("ref.is_null", 0xD1),
REF_EQ("ref.eq", 0xD5),
REF_FUNC("ref.func", 0xD2, FUNC_IDX),
// GC
STRUCT_NEW_WITH_RTT("struct.new_with_rtt", 0xFB_01, STRUCT_TYPE_IDX),
STRUCT_GET("struct.get", 0xFB_03, listOf(STRUCT_TYPE_IDX, STRUCT_FIELD_IDX)),
STRUCT_SET("struct.set", 0xFB_06, listOf(STRUCT_TYPE_IDX, STRUCT_FIELD_IDX)),
REF_CAST("ref.cast", 0xFB_41, listOf(HEAP_TYPE, HEAP_TYPE)),
RTT_CANON("rtt.canon", 0xFB_30, HEAP_TYPE),
RTT_SUB("rtt.sub", 0xFB_31, HEAP_TYPE);
constructor(mnemonic: String, opcode: Int, vararg immediates: WasmImmediateKind) : this(mnemonic, opcode, immediates.toList())
}
val opcodesToOp: Map =
enumValues().associateBy { it.opcode }
