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#pragma once
#include <initializer_list>
#include "WAVM/IR/Module.h"
#include "WAVM/IR/Operators.h"
#include "WAVM/IR/Types.h"
namespace WAVM { namespace IR {
struct OpTypeTuple
{
static constexpr U8 maxTypes = 5;
constexpr OpTypeTuple(std::initializer_list<ValueType> inTypes)
: types{inTypes.size() > 0 ? inTypes.begin()[0] : ValueType::none,
inTypes.size() > 1 ? inTypes.begin()[1] : ValueType::none,
inTypes.size() > 2 ? inTypes.begin()[2] : ValueType::none,
inTypes.size() > 3 ? inTypes.begin()[3] : ValueType::none,
inTypes.size() > 4 ? inTypes.begin()[4] : ValueType::none}
, numTypes(U8(inTypes.size()))
{
}
ValueType operator[](Uptr index) const
{
WAVM_ASSERT(index < numTypes);
return types[index];
}
U8 size() const { return numTypes; }
const ValueType* data() const { return types; }
const ValueType* begin() const { return &types[0]; }
const ValueType* end() const { return &types[numTypes]; }
private:
ValueType types[maxTypes];
U8 numTypes;
};
struct OpSignature
{
OpTypeTuple params;
OpTypeTuple results;
constexpr OpSignature(std::initializer_list<ValueType> inResults,
std::initializer_list<ValueType> inParams)
: params(inParams), results(inResults)
{
}
};
namespace OpSignatures {
// Monomorphic signatures.
constexpr OpSignature none_to_none{{}, {}};
constexpr OpSignature none_to_i32{{ValueType::i32}, {}};
constexpr OpSignature none_to_i64{{ValueType::i64}, {}};
constexpr OpSignature none_to_f32{{ValueType::f32}, {}};
constexpr OpSignature none_to_f64{{ValueType::f64}, {}};
constexpr OpSignature none_to_v128{{ValueType::v128}, {}};
constexpr OpSignature none_to_funcref{{ValueType::funcref}, {}};
constexpr OpSignature i32_to_i32{{ValueType::i32}, {ValueType::i32}};
constexpr OpSignature i64_to_i64{{ValueType::i64}, {ValueType::i64}};
constexpr OpSignature f32_to_f32{{ValueType::f32}, {ValueType::f32}};
constexpr OpSignature f64_to_f64{{ValueType::f64}, {ValueType::f64}};
constexpr OpSignature v128_to_v128{{ValueType::v128}, {ValueType::v128}};
constexpr OpSignature i32_to_i64{{ValueType::i64}, {ValueType::i32}};
constexpr OpSignature i32_to_f32{{ValueType::f32}, {ValueType::i32}};
constexpr OpSignature i32_to_f64{{ValueType::f64}, {ValueType::i32}};
constexpr OpSignature i32_to_v128{{ValueType::v128}, {ValueType::i32}};
constexpr OpSignature i64_to_i32{{ValueType::i32}, {ValueType::i64}};
constexpr OpSignature i64_to_f32{{ValueType::f32}, {ValueType::i64}};
constexpr OpSignature i64_to_f64{{ValueType::f64}, {ValueType::i64}};
constexpr OpSignature i64_to_v128{{ValueType::v128}, {ValueType::i64}};
constexpr OpSignature f32_to_f64{{ValueType::f64}, {ValueType::f32}};
constexpr OpSignature f32_to_i32{{ValueType::i32}, {ValueType::f32}};
constexpr OpSignature f32_to_i64{{ValueType::i64}, {ValueType::f32}};
constexpr OpSignature f32_to_v128{{ValueType::v128}, {ValueType::f32}};
constexpr OpSignature f64_to_f32{{ValueType::f32}, {ValueType::f64}};
constexpr OpSignature f64_to_i32{{ValueType::i32}, {ValueType::f64}};
constexpr OpSignature f64_to_i64{{ValueType::i64}, {ValueType::f64}};
constexpr OpSignature f64_to_v128{{ValueType::v128}, {ValueType::f64}};
constexpr OpSignature v128_to_i32{{ValueType::i32}, {ValueType::v128}};
constexpr OpSignature v128_to_i64{{ValueType::i64}, {ValueType::v128}};
constexpr OpSignature v128_to_f32{{ValueType::f32}, {ValueType::v128}};
constexpr OpSignature v128_to_f64{{ValueType::f64}, {ValueType::v128}};
constexpr OpSignature i32_i32_to_i32{{ValueType::i32}, {ValueType::i32, ValueType::i32}};
constexpr OpSignature i64_i64_to_i64{{ValueType::i64}, {ValueType::i64, ValueType::i64}};
constexpr OpSignature f32_f32_to_f32{{ValueType::f32}, {ValueType::f32, ValueType::f32}};
constexpr OpSignature f64_f64_to_f64{{ValueType::f64}, {ValueType::f64, ValueType::f64}};
constexpr OpSignature v128_v128_to_v128{{ValueType::v128},
{ValueType::v128, ValueType::v128}};
constexpr OpSignature i64_i64_to_i32{{ValueType::i32}, {ValueType::i64, ValueType::i64}};
constexpr OpSignature f32_f32_to_i32{{ValueType::i32}, {ValueType::f32, ValueType::f32}};
constexpr OpSignature f64_f64_to_i32{{ValueType::i32}, {ValueType::f64, ValueType::f64}};
constexpr OpSignature v128_v128_v128_to_v128{
{ValueType::v128},
{ValueType::v128, ValueType::v128, ValueType::v128}};
constexpr OpSignature v128_i32_to_v128{{ValueType::v128},
{ValueType::v128, ValueType::i32}};
constexpr OpSignature v128_i64_to_v128{{ValueType::v128},
{ValueType::v128, ValueType::i64}};
constexpr OpSignature v128_f32_to_v128{{ValueType::v128},
{ValueType::v128, ValueType::f32}};
constexpr OpSignature v128_f64_to_v128{{ValueType::v128},
{ValueType::v128, ValueType::f64}};
// Memory/table index polymorphic signatures.
inline OpSignature load(const Module& module,
const BaseLoadOrStoreImm& imm,
ValueType resultType)
{
return OpSignature({resultType},
{asValueType(module.memories.getType(imm.memoryIndex).indexType)});
}
inline OpSignature load_i32(const Module& module, const BaseLoadOrStoreImm& imm)
{
return load(module, imm, ValueType::i32);
}
inline OpSignature load_i64(const Module& module, const BaseLoadOrStoreImm& imm)
{
return load(module, imm, ValueType::i64);
}
inline OpSignature load_f32(const Module& module, const BaseLoadOrStoreImm& imm)
{
return load(module, imm, ValueType::f32);
}
inline OpSignature load_f64(const Module& module, const BaseLoadOrStoreImm& imm)
{
return load(module, imm, ValueType::f64);
}
inline OpSignature load_v128(const Module& module, const BaseLoadOrStoreImm& imm)
{
return load(module, imm, ValueType::v128);
}
template<Uptr naturalAlignmentLog2, Uptr numLanes>
inline OpSignature load_v128_lane(
const Module& module,
const LoadOrStoreLaneImm<naturalAlignmentLog2, numLanes>& imm)
{
return OpSignature(
{ValueType::v128},
{asValueType(module.memories.getType(imm.memoryIndex).indexType), ValueType::v128});
}
inline OpSignature store(const Module& module,
const BaseLoadOrStoreImm& imm,
ValueType valueType)
{
return OpSignature(
{}, {asValueType(module.memories.getType(imm.memoryIndex).indexType), valueType});
}
inline OpSignature store_i32(const Module& module, const BaseLoadOrStoreImm& imm)
{
return store(module, imm, ValueType::i32);
}
inline OpSignature store_i64(const Module& module, const BaseLoadOrStoreImm& imm)
{
return store(module, imm, ValueType::i64);
}
inline OpSignature store_f32(const Module& module, const BaseLoadOrStoreImm& imm)
{
return store(module, imm, ValueType::f32);
}
inline OpSignature store_f64(const Module& module, const BaseLoadOrStoreImm& imm)
{
return store(module, imm, ValueType::f64);
}
inline OpSignature store_v128(const Module& module, const BaseLoadOrStoreImm& imm)
{
return store(module, imm, ValueType::v128);
}
template<Uptr naturalAlignmentLog2, Uptr numLanes>
inline OpSignature store_v128_lane(
const Module& module,
const LoadOrStoreLaneImm<naturalAlignmentLog2, numLanes>& imm)
{
return store(module, imm, ValueType::v128);
}
template<Uptr numVectors>
inline OpSignature load_v128xN(const Module& module, const BaseLoadOrStoreImm& imm)
{
const ValueType indexType
= asValueType(module.memories.getType(imm.memoryIndex).indexType);
switch(numVectors)
{
case 2: return OpSignature({ValueType::v128, ValueType::v128}, {indexType});
case 3:
return OpSignature({ValueType::v128, ValueType::v128, ValueType::v128},
{indexType});
case 4:
return OpSignature(
{ValueType::v128, ValueType::v128, ValueType::v128, ValueType::v128},
{indexType});
default: WAVM_UNREACHABLE();
};
}
template<Uptr numVectors>
inline OpSignature store_v128xN(const Module& module, const BaseLoadOrStoreImm& imm)
{
const ValueType indexType
= asValueType(module.memories.getType(imm.memoryIndex).indexType);
switch(numVectors)
{
case 2: return OpSignature({}, {indexType, ValueType::v128, ValueType::v128});
case 3:
return OpSignature({},
{indexType, ValueType::v128, ValueType::v128, ValueType::v128});
case 4:
return OpSignature({},
{indexType,
ValueType::v128,
ValueType::v128,
ValueType::v128,
ValueType::v128});
default: WAVM_UNREACHABLE();
};
}
inline OpSignature size(const Module& module, const MemoryImm& imm)
{
const ValueType indexType
= asValueType(module.memories.getType(imm.memoryIndex).indexType);
return OpSignature({indexType}, {});
}
inline OpSignature size(const Module& module, const TableImm& imm)
{
const ValueType indexType
= asValueType(module.tables.getType(imm.tableIndex).indexType);
return OpSignature({indexType}, {});
}
inline OpSignature grow(const Module& module, const MemoryImm& imm)
{
const ValueType indexType
= asValueType(module.memories.getType(imm.memoryIndex).indexType);
return OpSignature({indexType}, {indexType});
}
inline OpSignature init(const Module& module, const DataSegmentAndMemImm& imm)
{
const ValueType indexType
= asValueType(module.memories.getType(imm.memoryIndex).indexType);
return OpSignature({}, {indexType, indexType, indexType});
}
inline OpSignature init(const Module& module, const ElemSegmentAndTableImm& imm)
{
const ValueType indexType
= asValueType(module.tables.getType(imm.tableIndex).indexType);
return OpSignature({}, {indexType, indexType, indexType});
}
inline OpSignature copy(const Module& module, const MemoryCopyImm& imm)
{
const ValueType destIndexType
= asValueType(module.memories.getType(imm.destMemoryIndex).indexType);
const ValueType sourceIndexType
= asValueType(module.memories.getType(imm.sourceMemoryIndex).indexType);
const ValueType numBytesType
= destIndexType == ValueType::i64 && sourceIndexType == ValueType::i64
? ValueType::i64
: ValueType::i32;
return OpSignature({}, {destIndexType, sourceIndexType, numBytesType});
}
inline OpSignature copy(const Module& module, const TableCopyImm& imm)
{
const ValueType destIndexType
= asValueType(module.tables.getType(imm.destTableIndex).indexType);
const ValueType sourceIndexType
= asValueType(module.tables.getType(imm.sourceTableIndex).indexType);
const ValueType numBytesType
= destIndexType == ValueType::i64 && sourceIndexType == ValueType::i64
? ValueType::i64
: ValueType::i32;
return OpSignature({}, {destIndexType, sourceIndexType, numBytesType});
}
inline OpSignature fill(const Module& module, const MemoryImm& imm)
{
const ValueType indexType
= asValueType(module.memories.getType(imm.memoryIndex).indexType);
return OpSignature({}, {indexType, ValueType::i32, indexType});
}
inline OpSignature fill(const Module& module, const TableImm& imm)
{
const TableType& tableType = module.tables.getType(imm.tableIndex);
const ValueType indexType = asValueType(tableType.indexType);
const ValueType elementType = asValueType(tableType.elementType);
return OpSignature({}, {indexType, elementType, indexType});
}
inline OpSignature notify(const Module& module, const BaseLoadOrStoreImm& imm)
{
const ValueType indexType
= asValueType(module.memories.getType(imm.memoryIndex).indexType);
return OpSignature({ValueType::i32}, {indexType, ValueType::i32});
}
inline OpSignature wait32(const Module& module, const BaseLoadOrStoreImm& imm)
{
const ValueType indexType
= asValueType(module.memories.getType(imm.memoryIndex).indexType);
return OpSignature({ValueType::i32}, {indexType, ValueType::i32, ValueType::i64});
}
inline OpSignature wait64(const Module& module, const BaseLoadOrStoreImm& imm)
{
const ValueType indexType
= asValueType(module.memories.getType(imm.memoryIndex).indexType);
return OpSignature({ValueType::i32}, {indexType, ValueType::i64, ValueType::i64});
}
inline OpSignature atomicrmw(const Module& module,
const BaseLoadOrStoreImm& imm,
ValueType valueType)
{
const ValueType indexType
= asValueType(module.memories.getType(imm.memoryIndex).indexType);
return OpSignature({valueType}, {indexType, valueType});
}
inline OpSignature atomicrmw_i32(const Module& module, const BaseLoadOrStoreImm& imm)
{
return atomicrmw(module, imm, ValueType::i32);
}
inline OpSignature atomicrmw_i64(const Module& module, const BaseLoadOrStoreImm& imm)
{
return atomicrmw(module, imm, ValueType::i64);
}
inline OpSignature atomiccmpxchg(const Module& module,
const BaseLoadOrStoreImm& imm,
ValueType valueType)
{
const ValueType indexType
= asValueType(module.memories.getType(imm.memoryIndex).indexType);
return OpSignature({valueType}, {indexType, valueType, valueType});
}
inline OpSignature atomiccmpxchg_i32(const Module& module, const BaseLoadOrStoreImm& imm)
{
return atomiccmpxchg(module, imm, ValueType::i32);
}
inline OpSignature atomiccmpxchg_i64(const Module& module, const BaseLoadOrStoreImm& imm)
{
return atomiccmpxchg(module, imm, ValueType::i64);
}
};
}};
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