mirror of
https://github.com/openharmony/ark_js_runtime.git
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getingke
9ccd71388b
Signed-off-by: getingke <getingke@huawei.com> Change-Id: I2f0c61448663bd45f097210dcfe8fc37e4d92f07
524 lines
19 KiB
C++
524 lines
19 KiB
C++
/*
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* Copyright (c) 2021 Huawei Device Co., Ltd.
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* Licensed under the Apache License, Version 2.0 (the "License");
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* you may not use this file except in compliance with the License.
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* You may obtain a copy of the License at
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*
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* http://www.apache.org/licenses/LICENSE-2.0
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*
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* Unless required by applicable law or agreed to in writing, software
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* distributed under the License is distributed on an "AS IS" BASIS,
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* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
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* See the License for the specific language governing permissions and
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* limitations under the License.
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*/
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#include "common_stubs.h"
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#include "ecmascript/base/number_helper.h"
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#include "ecmascript/compiler/llvm_ir_builder.h"
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#include "ecmascript/compiler/variable_type.h"
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#include "ecmascript/js_array.h"
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#include "ecmascript/message_string.h"
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#include "ecmascript/tagged_hash_table.h"
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#include "stub-inl.h"
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namespace panda::ecmascript::kungfu {
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using namespace panda::ecmascript;
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#ifndef NDEBUG
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void MulGCTestStub::GenerateCircuit(const CompilationConfig *cfg)
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{
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Stub::GenerateCircuit(cfg);
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auto env = GetEnvironment();
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GateRef glue = PtrArgument(0);
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GateRef x = Int64Argument(1);
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GateRef y = Int64Argument(2); // 2: 3rd argument
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DEFVARIABLE(intX, VariableType::INT64(), Int64(0));
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DEFVARIABLE(intY, VariableType::INT64(), Int64(0));
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DEFVARIABLE(valuePtr, VariableType::INT64(), Int64(0));
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DEFVARIABLE(doubleX, VariableType::FLOAT64(), Double(0));
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DEFVARIABLE(doubleY, VariableType::FLOAT64(), Double(0));
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Label xIsNumber(env);
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Label xNotNumberOryNotNumber(env);
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Label xIsNumberAndyIsNumber(env);
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Label xIsDoubleAndyIsDouble(env);
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Branch(TaggedIsNumber(x), &xIsNumber, &xNotNumberOryNotNumber);
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Bind(&xIsNumber);
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{
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Label yIsNumber(env);
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// if right.IsNumber()
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Branch(TaggedIsNumber(y), &yIsNumber, &xNotNumberOryNotNumber);
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Bind(&yIsNumber);
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{
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Label xIsInt(env);
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Label xNotInt(env);
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Branch(TaggedIsInt(x), &xIsInt, &xNotInt);
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Bind(&xIsInt);
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{
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intX = TaggedCastToInt64(x);
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doubleX = CastInt64ToFloat64(*intX);
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Jump(&xIsNumberAndyIsNumber);
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}
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Bind(&xNotInt);
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{
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doubleX = TaggedCastToDouble(x);
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Jump(&xIsNumberAndyIsNumber);
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}
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}
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}
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Bind(&xNotNumberOryNotNumber);
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Return(Hole(VariableType::JS_ANY()));
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Label yIsInt(env);
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Label yNotInt(env);
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Bind(&xIsNumberAndyIsNumber);
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{
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Branch(TaggedIsInt(y), &yIsInt, &yNotInt);
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Bind(&yIsInt);
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{
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intY = TaggedCastToInt64(y);
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doubleY = CastInt64ToFloat64(*intY);
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Jump(&xIsDoubleAndyIsDouble);
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}
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Bind(&yNotInt);
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{
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doubleY = TaggedCastToDouble(y);
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Jump(&xIsDoubleAndyIsDouble);
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}
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}
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Bind(&xIsDoubleAndyIsDouble);
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doubleX = DoubleMul(*doubleX, *doubleY);
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GateRef ptr1 = CallRuntime(glue, RTSTUB_ID(GetTaggedArrayPtrTest), {Int64(JSTaggedValue::VALUE_UNDEFINED)});
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GateRef ptr2 = CallRuntime(glue, RTSTUB_ID(GetTaggedArrayPtrTest), {ptr1});
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auto value1 = GetValueFromTaggedArray(VariableType::INT64(), ptr1, Int32(0));
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GateRef tmp = CastInt64ToFloat64(value1);
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doubleX = DoubleMul(*doubleX, tmp);
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auto value2 = GetValueFromTaggedArray(VariableType::INT64(), ptr2, Int32(1));
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tmp = CastInt64ToFloat64(value2);
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doubleX = DoubleMul(*doubleX, tmp);
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Return(DoubleBuildTaggedWithNoGC(*doubleX));
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}
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#endif
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void AddStub::GenerateCircuit(const CompilationConfig *cfg)
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{
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Stub::GenerateCircuit(cfg);
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GateRef glue = PtrArgument(0);
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(void)glue;
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GateRef x = TaggedArgument(1);
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GateRef y = TaggedArgument(2);
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Return(FastAdd(x, y));
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}
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void SubStub::GenerateCircuit(const CompilationConfig *cfg)
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{
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Stub::GenerateCircuit(cfg);
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GateRef glue = PtrArgument(0);
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(void)glue;
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GateRef x = TaggedArgument(1);
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GateRef y = TaggedArgument(2);
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Return(FastSub(x, y));
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}
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void MulStub::GenerateCircuit(const CompilationConfig *cfg)
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{
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Stub::GenerateCircuit(cfg);
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GateRef glue = PtrArgument(0);
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(void)glue;
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GateRef x = TaggedArgument(1);
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GateRef y = TaggedArgument(2);
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Return(FastMul(x, y));
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}
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void DivStub::GenerateCircuit(const CompilationConfig *cfg)
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{
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Stub::GenerateCircuit(cfg);
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GateRef glue = PtrArgument(0);
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(void)glue;
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GateRef x = TaggedArgument(1);
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GateRef y = TaggedArgument(2);
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Return(FastDiv(x, y));
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}
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void ModStub::GenerateCircuit(const CompilationConfig *cfg)
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{
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Stub::GenerateCircuit(cfg);
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GateRef glue = PtrArgument(0);
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GateRef x = TaggedArgument(1);
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GateRef y = TaggedArgument(2); // 2: 3rd argument
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Return(FastMod(glue, x, y));
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}
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void TypeOfStub::GenerateCircuit(const CompilationConfig *cfg)
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{
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Stub::GenerateCircuit(cfg);
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GateRef glue = PtrArgument(0);
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GateRef obj = TaggedArgument(1);
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Return(FastTypeOf(glue, obj));
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}
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void EqualStub::GenerateCircuit(const CompilationConfig *cfg)
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{
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Stub::GenerateCircuit(cfg);
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GateRef glue = PtrArgument(0);
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(void)glue;
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GateRef x = TaggedArgument(1);
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GateRef y = TaggedArgument(2);
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Return(FastEqual(x, y));
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}
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void GetPropertyByIndexStub::GenerateCircuit(const CompilationConfig *cfg)
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{
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Stub::GenerateCircuit(cfg);
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GateRef glue = PtrArgument(0);
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GateRef receiver = TaggedArgument(1);
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GateRef index = Int32Argument(2); /* 2 : 3rd parameter is index */
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Return(GetPropertyByIndex(glue, receiver, index));
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}
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void SetPropertyByIndexStub::GenerateCircuit(const CompilationConfig *cfg)
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{
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Stub::GenerateCircuit(cfg);
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GateRef glue = PtrArgument(0);
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GateRef receiver = TaggedArgument(1);
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GateRef index = Int32Argument(2); /* 2 : 3rd parameter is index */
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GateRef value = TaggedArgument(3); /* 3 : 4th parameter is value */
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Return(SetPropertyByIndex(glue, receiver, index, value, false));
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}
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void SetPropertyByIndexWithOwnStub::GenerateCircuit(const CompilationConfig *cfg)
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{
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Stub::GenerateCircuit(cfg);
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GateRef glue = PtrArgument(0);
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GateRef receiver = TaggedArgument(1);
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GateRef index = Int32Argument(2); /* 2 : 3rd parameter is index */
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GateRef value = TaggedArgument(3); /* 3 : 4th parameter is value */
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Return(SetPropertyByIndex(glue, receiver, index, value, true));
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}
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void GetPropertyByNameStub::GenerateCircuit(const CompilationConfig *cfg)
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{
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Stub::GenerateCircuit(cfg);
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GateRef glue = PtrArgument(0);
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GateRef receiver = TaggedArgument(1);
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GateRef key = TaggedArgument(2); // 2 : 3rd para
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Return(GetPropertyByName(glue, receiver, key));
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}
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void SetPropertyByNameStub::GenerateCircuit(const CompilationConfig *cfg)
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{
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Stub::GenerateCircuit(cfg);
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GateRef glue = PtrArgument(0);
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GateRef receiver = TaggedArgument(1);
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GateRef key = TaggedArgument(2); // 2 : 3rd para
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GateRef value = TaggedArgument(3); // 3 : 4th para
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Return(SetPropertyByName(glue, receiver, key, value, false));
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}
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void SetPropertyByNameWithOwnStub::GenerateCircuit(const CompilationConfig *cfg)
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{
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Stub::GenerateCircuit(cfg);
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GateRef glue = PtrArgument(0);
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GateRef receiver = TaggedArgument(1);
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GateRef key = TaggedArgument(2); // 2 : 3rd para
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GateRef value = TaggedArgument(3); // 3 : 4th para
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Return(SetPropertyByName(glue, receiver, key, value, true));
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}
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void GetPropertyByValueStub::GenerateCircuit(const CompilationConfig *cfg)
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{
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Stub::GenerateCircuit(cfg);
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GateRef glue = PtrArgument(0);
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GateRef receiver = TaggedArgument(1);
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GateRef key = TaggedArgument(2); // 2 : 3rd para
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Return(GetPropertyByValue(glue, receiver, key));
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}
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void SetPropertyByValueStub::GenerateCircuit(const CompilationConfig *cfg)
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{
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Stub::GenerateCircuit(cfg);
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GateRef glue = PtrArgument(0);
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GateRef receiver = TaggedArgument(1);
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GateRef key = TaggedArgument(2); /* 2 : 3rd parameter is key */
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GateRef value = TaggedArgument(3); /* 3 : 4th parameter is value */
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Return(SetPropertyByValue(glue, receiver, key, value, false));
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}
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void SetPropertyByValueWithOwnStub::GenerateCircuit(const CompilationConfig *cfg)
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{
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Stub::GenerateCircuit(cfg);
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GateRef glue = PtrArgument(0);
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GateRef receiver = TaggedArgument(1);
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GateRef key = TaggedArgument(2); /* 2 : 3rd parameter is key */
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GateRef value = TaggedArgument(3); /* 3 : 4th parameter is value */
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Return(SetPropertyByValue(glue, receiver, key, value, true));
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}
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void TryLoadICByNameStub::GenerateCircuit(const CompilationConfig *cfg)
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{
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Stub::GenerateCircuit(cfg);
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auto env = GetEnvironment();
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GateRef glue = PtrArgument(0);
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GateRef receiver = TaggedArgument(1);
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GateRef firstValue = TaggedArgument(2); /* 2 : 3rd parameter is value */
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GateRef secondValue = TaggedArgument(3); /* 3 : 4th parameter is value */
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Label receiverIsHeapObject(env);
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Label receiverNotHeapObject(env);
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Label hclassEqualFirstValue(env);
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Label hclassNotEqualFirstValue(env);
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Label cachedHandlerNotHole(env);
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Branch(TaggedIsHeapObject(receiver), &receiverIsHeapObject, &receiverNotHeapObject);
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Bind(&receiverIsHeapObject);
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{
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GateRef hclass = LoadHClass(receiver);
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Branch(Int64Equal(TaggedCastToWeakReferentUnChecked(firstValue), hclass),
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&hclassEqualFirstValue, &hclassNotEqualFirstValue);
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Bind(&hclassEqualFirstValue);
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{
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Return(LoadICWithHandler(glue, receiver, receiver, secondValue));
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}
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Bind(&hclassNotEqualFirstValue);
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{
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GateRef cachedHandler = CheckPolyHClass(firstValue, hclass);
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Branch(TaggedIsHole(cachedHandler), &receiverNotHeapObject, &cachedHandlerNotHole);
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Bind(&cachedHandlerNotHole);
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{
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Return(LoadICWithHandler(glue, receiver, receiver, cachedHandler));
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}
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}
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}
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Bind(&receiverNotHeapObject);
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{
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Return(Hole());
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}
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}
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void TryLoadICByValueStub::GenerateCircuit(const CompilationConfig *cfg)
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{
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Stub::GenerateCircuit(cfg);
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auto env = GetEnvironment();
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GateRef glue = PtrArgument(0);
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GateRef receiver = TaggedArgument(1);
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GateRef key = TaggedArgument(2); /* 2 : 3rd parameter is value */
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GateRef firstValue = TaggedArgument(3); /* 3 : 4th parameter is value */
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GateRef secondValue = TaggedArgument(4); /* 4 : 5th parameter is value */
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Label receiverIsHeapObject(env);
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Label receiverNotHeapObject(env);
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Label hclassEqualFirstValue(env);
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Label hclassNotEqualFirstValue(env);
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Label firstValueEqualKey(env);
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Label cachedHandlerNotHole(env);
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Branch(TaggedIsHeapObject(receiver), &receiverIsHeapObject, &receiverNotHeapObject);
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Bind(&receiverIsHeapObject);
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{
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GateRef hclass = LoadHClass(receiver);
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Branch(Int64Equal(TaggedCastToWeakReferentUnChecked(firstValue), hclass),
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&hclassEqualFirstValue, &hclassNotEqualFirstValue);
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Bind(&hclassEqualFirstValue);
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Return(LoadElement(receiver, key));
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Bind(&hclassNotEqualFirstValue);
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{
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Branch(Int64Equal(firstValue, key), &firstValueEqualKey, &receiverNotHeapObject);
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Bind(&firstValueEqualKey);
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{
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auto cachedHandler = CheckPolyHClass(secondValue, hclass);
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Branch(TaggedIsHole(cachedHandler), &receiverNotHeapObject, &cachedHandlerNotHole);
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Bind(&cachedHandlerNotHole);
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Return(LoadICWithHandler(glue, receiver, receiver, cachedHandler));
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}
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}
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}
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Bind(&receiverNotHeapObject);
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Return(Hole());
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}
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void TryStoreICByNameStub::GenerateCircuit(const CompilationConfig *cfg)
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{
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Stub::GenerateCircuit(cfg);
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auto env = GetEnvironment();
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GateRef glue = PtrArgument(0);
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GateRef receiver = TaggedArgument(1);
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GateRef firstValue = TaggedArgument(2); /* 2 : 3rd parameter is value */
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GateRef secondValue = TaggedArgument(3); /* 3 : 4th parameter is value */
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GateRef value = TaggedArgument(4); /* 4 : 5th parameter is value */
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Label receiverIsHeapObject(env);
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Label receiverNotHeapObject(env);
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Label hclassEqualFirstValue(env);
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Label hclassNotEqualFirstValue(env);
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Label cachedHandlerNotHole(env);
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Branch(TaggedIsHeapObject(receiver), &receiverIsHeapObject, &receiverNotHeapObject);
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Bind(&receiverIsHeapObject);
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{
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GateRef hclass = LoadHClass(receiver);
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Branch(Int64Equal(TaggedCastToWeakReferentUnChecked(firstValue), hclass),
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&hclassEqualFirstValue, &hclassNotEqualFirstValue);
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Bind(&hclassEqualFirstValue);
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{
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Return(StoreICWithHandler(glue, receiver, receiver, value, secondValue));
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}
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Bind(&hclassNotEqualFirstValue);
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{
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GateRef cachedHandler = CheckPolyHClass(firstValue, hclass);
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Branch(TaggedIsHole(cachedHandler), &receiverNotHeapObject, &cachedHandlerNotHole);
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Bind(&cachedHandlerNotHole);
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{
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Return(StoreICWithHandler(glue, receiver, receiver, value, cachedHandler));
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}
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}
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}
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Bind(&receiverNotHeapObject);
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Return(Hole(VariableType::INT64()));
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}
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void TryStoreICByValueStub::GenerateCircuit(const CompilationConfig *cfg)
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{
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Stub::GenerateCircuit(cfg);
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auto env = GetEnvironment();
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GateRef glue = PtrArgument(0);
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GateRef receiver = TaggedArgument(1);
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GateRef key = TaggedArgument(2); /* 2 : 3rd parameter is value */
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GateRef firstValue = TaggedArgument(3); /* 3 : 4th parameter is value */
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GateRef secondValue = TaggedArgument(4); /* 4 : 5th parameter is value */
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GateRef value = TaggedArgument(5); /* 5 : 6th parameter is value */
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Label receiverIsHeapObject(env);
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Label receiverNotHeapObject(env);
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Label hclassEqualFirstValue(env);
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Label hclassNotEqualFirstValue(env);
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Label firstValueEqualKey(env);
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Label cachedHandlerNotHole(env);
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Branch(TaggedIsHeapObject(receiver), &receiverIsHeapObject, &receiverNotHeapObject);
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Bind(&receiverIsHeapObject);
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{
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GateRef hclass = LoadHClass(receiver);
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Branch(Int64Equal(TaggedCastToWeakReferentUnChecked(firstValue), hclass),
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&hclassEqualFirstValue, &hclassNotEqualFirstValue);
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Bind(&hclassEqualFirstValue);
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Return(ICStoreElement(glue, receiver, key, value, secondValue));
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Bind(&hclassNotEqualFirstValue);
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{
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Branch(Int64Equal(firstValue, key), &firstValueEqualKey, &receiverNotHeapObject);
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Bind(&firstValueEqualKey);
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{
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GateRef cachedHandler = CheckPolyHClass(secondValue, hclass);
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Branch(TaggedIsHole(cachedHandler), &receiverNotHeapObject, &cachedHandlerNotHole);
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Bind(&cachedHandlerNotHole);
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Return(StoreICWithHandler(glue, receiver, receiver, value, cachedHandler));
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}
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}
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}
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Bind(&receiverNotHeapObject);
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Return(Hole(VariableType::INT64()));
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}
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void SetValueWithBarrierStub::GenerateCircuit(const CompilationConfig *cfg)
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{
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Stub::GenerateCircuit(cfg);
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GateRef glue = PtrArgument(0);
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GateRef obj = TaggedArgument(1);
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GateRef offset = PtrArgument(2); // 2 : 3rd para
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GateRef value = TaggedArgument(3); // 3 : 4th para
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SetValueWithBarrier(glue, obj, offset, value);
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Return();
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}
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void TestAbsoluteAddressRelocationStub::GenerateCircuit(const CompilationConfig *cfg)
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{
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Stub::GenerateCircuit(cfg);
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auto env = GetEnvironment();
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GateRef a = Int64Argument(0);
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GateRef b = Int64Argument(1);
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Label start(env);
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Jump(&start);
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Bind(&start);
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GateRef globalValueC = RelocatableData(0xabc);
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GateRef globalValueD = RelocatableData(0xbcd);
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GateRef dummyValueC = Load(VariableType::INT64(), globalValueC);
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GateRef dummyValueD = Load(VariableType::INT64(), globalValueD);
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// Load from same relocatable data twice to see if it breaks constant fold opt. Result shows it doesn't.
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GateRef dummyValueC1 = Load(VariableType::INT64(), globalValueC);
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GateRef result = Int64Add(a, Int64Add(b, Int64Add(dummyValueC, Int64Add(dummyValueD, dummyValueC1))));
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Return(result);
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}
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void JsProxyCallInternalStub::GenerateCircuit(const CompilationConfig *cfg)
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{
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Stub::GenerateCircuit(cfg);
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auto env = GetEnvironment();
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Label exit(env);
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Label isNull(env);
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Label notNull(env);
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Label isUndefined(env);
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Label isNotUndefined(env);
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GateRef glue = PtrArgument(0);
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GateRef argc = Int64Argument(1);
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GateRef proxy = TaggedPointerArgument(2); // callTarget
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GateRef argv = PtrArgument(3);
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DEFVARIABLE(result, VariableType::JS_ANY(), Undefined());
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GateRef handler = GetHandlerFromJSProxy(proxy);
|
|
Branch(TaggedIsNull(handler), &isNull, ¬Null);
|
|
Bind(&isNull);
|
|
{
|
|
ThrowTypeAndReturn(glue, GET_MESSAGE_STRING_ID(NonCallable), Exception());
|
|
}
|
|
Bind(¬Null);
|
|
{
|
|
GateRef target = GetTargetFromJSProxy(proxy);
|
|
GateRef globalConstOffset = IntPtr(JSThread::GlueData::GetGlobalConstOffset(env->Is32Bit()));
|
|
GateRef keyOffset = PtrAdd(globalConstOffset,
|
|
PtrMul(IntPtr(static_cast<int64_t>(ConstantIndex::APPLY_STRING_INDEX)),
|
|
IntPtr(sizeof(JSTaggedValue))));
|
|
GateRef key = Load(VariableType::JS_ANY(), glue, keyOffset);
|
|
GateRef method = CallNGCRuntime(glue, RTSTUB_ID(JSObjectGetMethod), {glue, handler, key});
|
|
ReturnExceptionIfAbruptCompletion(glue);
|
|
|
|
Branch(TaggedIsUndefined(method), &isUndefined, &isNotUndefined);
|
|
Bind(&isUndefined);
|
|
{
|
|
result = CallNGCRuntime(glue, RTSTUB_ID(JSProxyCallInternalWithArgV), {glue, argc, target, argv});
|
|
Return(*result);
|
|
}
|
|
Bind(&isNotUndefined);
|
|
{
|
|
GateRef arrHandle = CallRuntime(glue, RTSTUB_ID(CreateArrayFromList), argc, argv);
|
|
GateRef thisArg = Load(VariableType::JS_POINTER(), argv, IntPtr(2*sizeof(JSTaggedValue)));
|
|
GateRef numArgs = Int64(JSPROXY_NUM_ARGS + NUM_MANDATORY_JSFUNC_ARGS);
|
|
GateRef lexEnv = Load(VariableType::JS_POINTER(), method, IntPtr(JSFunction::LEXICAL_ENV_OFFSET));
|
|
result = CallNGCRuntime(glue, RTSTUB_ID(JSCall),
|
|
{glue, lexEnv, numArgs, method, Undefined(), handler, target, thisArg, arrHandle});
|
|
Jump(&exit);
|
|
}
|
|
}
|
|
Bind(&exit);
|
|
Return(*result);
|
|
}
|
|
|
|
CallSignature CommonStubCSigns::callSigns_[CommonStubCSigns::NUM_OF_STUBS];
|
|
|
|
void CommonStubCSigns::Initialize()
|
|
{
|
|
#define INIT_SIGNATURES(name, counter) \
|
|
name##CallSignature::Initialize(&callSigns_[name]); \
|
|
callSigns_[name].SetID(name); \
|
|
callSigns_[name].SetConstructor( \
|
|
[](void* ciruit) { \
|
|
return static_cast<void*>(new name##Stub(static_cast<Circuit*>(ciruit))); \
|
|
});
|
|
|
|
COMMON_STUB_ID_LIST(INIT_SIGNATURES)
|
|
#undef INIT_SIGNATURES
|
|
}
|
|
|
|
void CommonStubCSigns::GetCSigns(std::vector<const CallSignature*>& outCSigns)
|
|
{
|
|
for (size_t i = 0; i < NUM_OF_STUBS; i++) {
|
|
outCSigns.push_back(&callSigns_[i]);
|
|
}
|
|
}
|
|
} // namespace panda::ecmascript::kungfu
|