16dda2152f
A value in unittests/Bytecodes.DecodeBytecodeAndOperands was 16 bit instead of 8 bit. This was causing test to fail on big endian machines. BUG= Review-Url: https://codereview.chromium.org/2030063002 Cr-Commit-Position: refs/heads/master@{#36698}
401 lines
16 KiB
C++
401 lines
16 KiB
C++
// Copyright 2015 the V8 project authors. All rights reserved.
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// Use of this source code is governed by a BSD-style license that can be
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// found in the LICENSE file.
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#include <vector>
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#include "src/v8.h"
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#include "src/interpreter/bytecodes.h"
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#include "test/unittests/interpreter/bytecode-utils.h"
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#include "test/unittests/test-utils.h"
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namespace v8 {
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namespace internal {
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namespace interpreter {
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TEST(OperandConversion, Registers) {
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int register_count = 128;
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int step = register_count / 7;
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for (int i = 0; i < register_count; i += step) {
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if (i <= kMaxInt8) {
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uint32_t operand0 = Register(i).ToOperand();
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Register reg0 = Register::FromOperand(operand0);
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CHECK_EQ(i, reg0.index());
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}
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uint32_t operand1 = Register(i).ToOperand();
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Register reg1 = Register::FromOperand(operand1);
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CHECK_EQ(i, reg1.index());
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uint32_t operand2 = Register(i).ToOperand();
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Register reg2 = Register::FromOperand(operand2);
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CHECK_EQ(i, reg2.index());
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}
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}
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TEST(OperandConversion, Parameters) {
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int parameter_counts[] = {7, 13, 99};
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size_t count = sizeof(parameter_counts) / sizeof(parameter_counts[0]);
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for (size_t p = 0; p < count; p++) {
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int parameter_count = parameter_counts[p];
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for (int i = 0; i < parameter_count; i++) {
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Register r = Register::FromParameterIndex(i, parameter_count);
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uint32_t operand_value = r.ToOperand();
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Register s = Register::FromOperand(operand_value);
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CHECK_EQ(i, s.ToParameterIndex(parameter_count));
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}
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}
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}
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TEST(OperandConversion, RegistersParametersNoOverlap) {
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int register_count = 128;
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int parameter_count = 100;
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int32_t register_space_size = base::bits::RoundUpToPowerOfTwo32(
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static_cast<uint32_t>(register_count + parameter_count));
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uint32_t range = static_cast<uint32_t>(register_space_size);
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std::vector<uint8_t> operand_count(range);
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for (int i = 0; i < register_count; i += 1) {
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Register r = Register(i);
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int32_t operand = r.ToOperand();
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uint8_t index = static_cast<uint8_t>(operand);
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CHECK_LT(index, operand_count.size());
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operand_count[index] += 1;
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CHECK_EQ(operand_count[index], 1);
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}
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for (int i = 0; i < parameter_count; i += 1) {
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Register r = Register::FromParameterIndex(i, parameter_count);
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uint32_t operand = r.ToOperand();
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uint8_t index = static_cast<uint8_t>(operand);
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CHECK_LT(index, operand_count.size());
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operand_count[index] += 1;
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CHECK_EQ(operand_count[index], 1);
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}
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}
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TEST(OperandScaling, ScalableAndNonScalable) {
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const OperandScale kOperandScales[] = {
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#define VALUE(Name, _) OperandScale::k##Name,
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OPERAND_SCALE_LIST(VALUE)
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#undef VALUE
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};
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for (OperandScale operand_scale : kOperandScales) {
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int scale = static_cast<int>(operand_scale);
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CHECK_EQ(Bytecodes::Size(Bytecode::kCallRuntime, operand_scale),
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1 + 2 + 2 * scale);
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CHECK_EQ(Bytecodes::Size(Bytecode::kCreateObjectLiteral, operand_scale),
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1 + 2 * scale + 1);
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CHECK_EQ(Bytecodes::Size(Bytecode::kTestIn, operand_scale), 1 + scale);
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}
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}
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TEST(Bytecodes, HasAnyRegisterOperands) {
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CHECK_EQ(Bytecodes::NumberOfRegisterOperands(Bytecode::kAdd), 1);
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CHECK_EQ(Bytecodes::NumberOfRegisterOperands(Bytecode::kCall), 2);
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CHECK_EQ(Bytecodes::NumberOfRegisterOperands(Bytecode::kCallRuntime), 1);
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CHECK_EQ(Bytecodes::NumberOfRegisterOperands(Bytecode::kCallRuntimeForPair),
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2);
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CHECK_EQ(Bytecodes::NumberOfRegisterOperands(Bytecode::kDeletePropertyStrict),
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1);
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CHECK_EQ(Bytecodes::NumberOfRegisterOperands(Bytecode::kForInPrepare), 1);
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CHECK_EQ(Bytecodes::NumberOfRegisterOperands(Bytecode::kInc), 0);
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CHECK_EQ(Bytecodes::NumberOfRegisterOperands(Bytecode::kJumpIfTrue), 0);
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CHECK_EQ(Bytecodes::NumberOfRegisterOperands(Bytecode::kNew), 2);
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CHECK_EQ(Bytecodes::NumberOfRegisterOperands(Bytecode::kToName), 0);
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}
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TEST(Bytecodes, RegisterOperandBitmaps) {
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CHECK_EQ(Bytecodes::GetRegisterOperandBitmap(Bytecode::kAdd), 1);
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CHECK_EQ(Bytecodes::GetRegisterOperandBitmap(Bytecode::kCallRuntimeForPair),
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10);
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CHECK_EQ(Bytecodes::GetRegisterOperandBitmap(Bytecode::kStar), 1);
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CHECK_EQ(Bytecodes::GetRegisterOperandBitmap(Bytecode::kMov), 3);
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CHECK_EQ(Bytecodes::GetRegisterOperandBitmap(Bytecode::kTestIn), 1);
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CHECK_EQ(Bytecodes::GetRegisterOperandBitmap(Bytecode::kForInPrepare), 1);
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CHECK_EQ(Bytecodes::GetRegisterOperandBitmap(Bytecode::kForInDone), 3);
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CHECK_EQ(Bytecodes::GetRegisterOperandBitmap(Bytecode::kForInNext), 7);
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}
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TEST(Bytecodes, RegisterOperands) {
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CHECK(Bytecodes::IsRegisterOperandType(OperandType::kReg));
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CHECK(Bytecodes::IsRegisterInputOperandType(OperandType::kReg));
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CHECK(!Bytecodes::IsRegisterOutputOperandType(OperandType::kReg));
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CHECK(!Bytecodes::IsRegisterInputOperandType(OperandType::kRegOut));
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CHECK(Bytecodes::IsRegisterOutputOperandType(OperandType::kRegOut));
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#define IS_REGISTER_OPERAND_TYPE(Name, _) \
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CHECK(Bytecodes::IsRegisterOperandType(OperandType::k##Name));
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REGISTER_OPERAND_TYPE_LIST(IS_REGISTER_OPERAND_TYPE)
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#undef IS_REGISTER_OPERAND_TYPE
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#define IS_NOT_REGISTER_OPERAND_TYPE(Name, _) \
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CHECK(!Bytecodes::IsRegisterOperandType(OperandType::k##Name));
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NON_REGISTER_OPERAND_TYPE_LIST(IS_NOT_REGISTER_OPERAND_TYPE)
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#undef IS_NOT_REGISTER_OPERAND_TYPE
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#define IS_REGISTER_INPUT_OPERAND_TYPE(Name, _) \
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CHECK(Bytecodes::IsRegisterInputOperandType(OperandType::k##Name));
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REGISTER_INPUT_OPERAND_TYPE_LIST(IS_REGISTER_INPUT_OPERAND_TYPE)
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#undef IS_REGISTER_INPUT_OPERAND_TYPE
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#define IS_NOT_REGISTER_INPUT_OPERAND_TYPE(Name, _) \
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CHECK(!Bytecodes::IsRegisterInputOperandType(OperandType::k##Name));
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NON_REGISTER_OPERAND_TYPE_LIST(IS_NOT_REGISTER_INPUT_OPERAND_TYPE);
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REGISTER_OUTPUT_OPERAND_TYPE_LIST(IS_NOT_REGISTER_INPUT_OPERAND_TYPE)
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#undef IS_NOT_REGISTER_INPUT_OPERAND_TYPE
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#define IS_REGISTER_OUTPUT_OPERAND_TYPE(Name, _) \
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CHECK(Bytecodes::IsRegisterOutputOperandType(OperandType::k##Name));
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REGISTER_OUTPUT_OPERAND_TYPE_LIST(IS_REGISTER_OUTPUT_OPERAND_TYPE)
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#undef IS_REGISTER_OUTPUT_OPERAND_TYPE
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#define IS_NOT_REGISTER_OUTPUT_OPERAND_TYPE(Name, _) \
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CHECK(!Bytecodes::IsRegisterOutputOperandType(OperandType::k##Name));
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NON_REGISTER_OPERAND_TYPE_LIST(IS_NOT_REGISTER_OUTPUT_OPERAND_TYPE)
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REGISTER_INPUT_OPERAND_TYPE_LIST(IS_NOT_REGISTER_OUTPUT_OPERAND_TYPE)
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#undef IS_NOT_REGISTER_INPUT_OPERAND_TYPE
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}
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TEST(Bytecodes, DebugBreakExistForEachBytecode) {
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static const OperandScale kOperandScale = OperandScale::kSingle;
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#define CHECK_DEBUG_BREAK_SIZE(Name, ...) \
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if (!Bytecodes::IsDebugBreak(Bytecode::k##Name) && \
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!Bytecodes::IsPrefixScalingBytecode(Bytecode::k##Name)) { \
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Bytecode debug_bytecode = Bytecodes::GetDebugBreak(Bytecode::k##Name); \
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CHECK_EQ(Bytecodes::Size(Bytecode::k##Name, kOperandScale), \
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Bytecodes::Size(debug_bytecode, kOperandScale)); \
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}
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BYTECODE_LIST(CHECK_DEBUG_BREAK_SIZE)
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#undef CHECK_DEBUG_BREAK_SIZE
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}
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TEST(Bytecodes, DecodeBytecodeAndOperands) {
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struct BytecodesAndResult {
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const uint8_t bytecode[32];
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const size_t length;
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int parameter_count;
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const char* output;
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};
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const BytecodesAndResult cases[] = {
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{{B(LdaSmi), U8(1)}, 2, 0, " LdaSmi [1]"},
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{{B(Wide), B(LdaSmi), U16(1000)}, 4, 0, " LdaSmi.Wide [1000]"},
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{{B(ExtraWide), B(LdaSmi), U32(100000)},
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6,
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0,
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"LdaSmi.ExtraWide [100000]"},
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{{B(LdaSmi), U8(-1)}, 2, 0, " LdaSmi [-1]"},
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{{B(Wide), B(LdaSmi), U16(-1000)}, 4, 0, " LdaSmi.Wide [-1000]"},
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{{B(ExtraWide), B(LdaSmi), U32(-100000)},
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6,
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0,
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"LdaSmi.ExtraWide [-100000]"},
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{{B(Star), R8(5)}, 2, 0, " Star r5"},
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{{B(Wide), B(Star), R16(136)}, 4, 0, " Star.Wide r136"},
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{{B(Wide), B(Call), R16(134), R16(135), U16(2), U16(177)},
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10,
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0,
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"Call.Wide r134, r135, #2, [177]"},
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{{B(Ldar),
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static_cast<uint8_t>(Register::FromParameterIndex(2, 3).ToOperand())},
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2,
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3,
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" Ldar a1"},
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{{B(Wide), B(CreateObjectLiteral), U16(513), U16(1027), U8(165)},
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7,
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0,
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"CreateObjectLiteral.Wide [513], [1027], #165"},
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{{B(ExtraWide), B(JumpIfNull), U32(123456789)},
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6,
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0,
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"JumpIfNull.ExtraWide [123456789]"},
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};
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for (size_t i = 0; i < arraysize(cases); ++i) {
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// Generate reference string by prepending formatted bytes.
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std::stringstream expected_ss;
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std::ios default_format(nullptr);
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default_format.copyfmt(expected_ss);
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// Match format of Bytecodes::Decode() for byte representations.
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expected_ss.fill('0');
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expected_ss.flags(std::ios::right | std::ios::hex);
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for (size_t b = 0; b < cases[i].length; b++) {
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expected_ss << std::setw(2) << static_cast<uint32_t>(cases[i].bytecode[b])
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<< ' ';
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}
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expected_ss.copyfmt(default_format);
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expected_ss << cases[i].output;
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// Generate decoded byte output.
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std::stringstream actual_ss;
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Bytecodes::Decode(actual_ss, cases[i].bytecode, cases[i].parameter_count);
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// Compare.
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CHECK_EQ(actual_ss.str(), expected_ss.str());
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}
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}
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TEST(Bytecodes, DebugBreakForPrefixBytecodes) {
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CHECK_EQ(Bytecode::kDebugBreakWide,
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Bytecodes::GetDebugBreak(Bytecode::kWide));
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CHECK_EQ(Bytecode::kDebugBreakExtraWide,
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Bytecodes::GetDebugBreak(Bytecode::kExtraWide));
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}
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TEST(Bytecodes, PrefixMappings) {
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Bytecode prefixes[] = {Bytecode::kWide, Bytecode::kExtraWide};
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TRACED_FOREACH(Bytecode, prefix, prefixes) {
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CHECK_EQ(prefix, Bytecodes::OperandScaleToPrefixBytecode(
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Bytecodes::PrefixBytecodeToOperandScale(prefix)));
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}
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}
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TEST(Bytecodes, OperandScales) {
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CHECK_EQ(Bytecodes::OperandSizesToScale(OperandSize::kByte),
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OperandScale::kSingle);
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CHECK_EQ(Bytecodes::OperandSizesToScale(OperandSize::kShort),
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OperandScale::kDouble);
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CHECK_EQ(Bytecodes::OperandSizesToScale(OperandSize::kQuad),
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OperandScale::kQuadruple);
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CHECK_EQ(
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Bytecodes::OperandSizesToScale(OperandSize::kShort, OperandSize::kShort,
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OperandSize::kShort, OperandSize::kShort),
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OperandScale::kDouble);
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CHECK_EQ(
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Bytecodes::OperandSizesToScale(OperandSize::kQuad, OperandSize::kShort,
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OperandSize::kShort, OperandSize::kShort),
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OperandScale::kQuadruple);
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CHECK_EQ(
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Bytecodes::OperandSizesToScale(OperandSize::kShort, OperandSize::kQuad,
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OperandSize::kShort, OperandSize::kShort),
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OperandScale::kQuadruple);
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CHECK_EQ(
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Bytecodes::OperandSizesToScale(OperandSize::kShort, OperandSize::kShort,
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OperandSize::kQuad, OperandSize::kShort),
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OperandScale::kQuadruple);
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CHECK_EQ(
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Bytecodes::OperandSizesToScale(OperandSize::kShort, OperandSize::kShort,
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OperandSize::kShort, OperandSize::kQuad),
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OperandScale::kQuadruple);
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}
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TEST(Bytecodes, SizesForSignedOperands) {
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CHECK(Bytecodes::SizeForSignedOperand(0) == OperandSize::kByte);
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CHECK(Bytecodes::SizeForSignedOperand(kMaxInt8) == OperandSize::kByte);
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CHECK(Bytecodes::SizeForSignedOperand(kMinInt8) == OperandSize::kByte);
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CHECK(Bytecodes::SizeForSignedOperand(kMaxInt8 + 1) == OperandSize::kShort);
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CHECK(Bytecodes::SizeForSignedOperand(kMinInt8 - 1) == OperandSize::kShort);
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CHECK(Bytecodes::SizeForSignedOperand(kMaxInt16) == OperandSize::kShort);
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CHECK(Bytecodes::SizeForSignedOperand(kMinInt16) == OperandSize::kShort);
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CHECK(Bytecodes::SizeForSignedOperand(kMaxInt16 + 1) == OperandSize::kQuad);
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CHECK(Bytecodes::SizeForSignedOperand(kMinInt16 - 1) == OperandSize::kQuad);
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CHECK(Bytecodes::SizeForSignedOperand(kMaxInt) == OperandSize::kQuad);
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CHECK(Bytecodes::SizeForSignedOperand(kMinInt) == OperandSize::kQuad);
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}
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TEST(Bytecodes, SizesForUnsignedOperands) {
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// int overloads
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CHECK(Bytecodes::SizeForUnsignedOperand(0) == OperandSize::kByte);
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CHECK(Bytecodes::SizeForUnsignedOperand(kMaxUInt8) == OperandSize::kByte);
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CHECK(Bytecodes::SizeForUnsignedOperand(kMaxUInt8 + 1) ==
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OperandSize::kShort);
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CHECK(Bytecodes::SizeForUnsignedOperand(kMaxUInt16) == OperandSize::kShort);
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CHECK(Bytecodes::SizeForUnsignedOperand(kMaxUInt16 + 1) ==
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OperandSize::kQuad);
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// size_t overloads
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CHECK(Bytecodes::SizeForUnsignedOperand(static_cast<size_t>(0)) ==
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OperandSize::kByte);
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CHECK(Bytecodes::SizeForUnsignedOperand(static_cast<size_t>(kMaxUInt8)) ==
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OperandSize::kByte);
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CHECK(Bytecodes::SizeForUnsignedOperand(static_cast<size_t>(kMaxUInt8 + 1)) ==
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OperandSize::kShort);
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CHECK(Bytecodes::SizeForUnsignedOperand(static_cast<size_t>(kMaxUInt16)) ==
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OperandSize::kShort);
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CHECK(Bytecodes::SizeForUnsignedOperand(
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static_cast<size_t>(kMaxUInt16 + 1)) == OperandSize::kQuad);
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CHECK(Bytecodes::SizeForUnsignedOperand(static_cast<size_t>(kMaxUInt32)) ==
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OperandSize::kQuad);
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}
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TEST(OperandScale, PrefixesRequired) {
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CHECK(!Bytecodes::OperandScaleRequiresPrefixBytecode(OperandScale::kSingle));
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CHECK(Bytecodes::OperandScaleRequiresPrefixBytecode(OperandScale::kDouble));
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CHECK(
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Bytecodes::OperandScaleRequiresPrefixBytecode(OperandScale::kQuadruple));
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CHECK(Bytecodes::OperandScaleToPrefixBytecode(OperandScale::kDouble) ==
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Bytecode::kWide);
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CHECK(Bytecodes::OperandScaleToPrefixBytecode(OperandScale::kQuadruple) ==
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Bytecode::kExtraWide);
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}
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TEST(Bytecodes, OperandSizesToScale) {
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CHECK_EQ(Bytecodes::OperandSizesToScale(OperandSize::kByte),
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OperandScale::kSingle);
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CHECK_EQ(Bytecodes::OperandSizesToScale(OperandSize::kShort),
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OperandScale::kDouble);
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CHECK_EQ(Bytecodes::OperandSizesToScale(OperandSize::kQuad),
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OperandScale::kQuadruple);
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CHECK_EQ(
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Bytecodes::OperandSizesToScale(OperandSize::kShort, OperandSize::kShort,
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OperandSize::kShort, OperandSize::kShort),
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OperandScale::kDouble);
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CHECK_EQ(
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Bytecodes::OperandSizesToScale(OperandSize::kQuad, OperandSize::kShort,
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OperandSize::kShort, OperandSize::kShort),
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OperandScale::kQuadruple);
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CHECK_EQ(
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Bytecodes::OperandSizesToScale(OperandSize::kShort, OperandSize::kQuad,
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OperandSize::kShort, OperandSize::kShort),
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OperandScale::kQuadruple);
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CHECK_EQ(
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Bytecodes::OperandSizesToScale(OperandSize::kShort, OperandSize::kShort,
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OperandSize::kQuad, OperandSize::kShort),
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OperandScale::kQuadruple);
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CHECK_EQ(
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Bytecodes::OperandSizesToScale(OperandSize::kShort, OperandSize::kShort,
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OperandSize::kShort, OperandSize::kQuad),
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OperandScale::kQuadruple);
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}
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TEST(AccumulatorUse, LogicalOperators) {
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CHECK_EQ(AccumulatorUse::kNone | AccumulatorUse::kRead,
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AccumulatorUse::kRead);
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CHECK_EQ(AccumulatorUse::kRead | AccumulatorUse::kWrite,
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AccumulatorUse::kReadWrite);
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CHECK_EQ(AccumulatorUse::kRead & AccumulatorUse::kReadWrite,
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AccumulatorUse::kRead);
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CHECK_EQ(AccumulatorUse::kRead & AccumulatorUse::kWrite,
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AccumulatorUse::kNone);
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}
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TEST(AccumulatorUse, SampleBytecodes) {
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CHECK(Bytecodes::ReadsAccumulator(Bytecode::kStar));
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CHECK(!Bytecodes::WritesAccumulator(Bytecode::kStar));
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CHECK_EQ(Bytecodes::GetAccumulatorUse(Bytecode::kStar),
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AccumulatorUse::kRead);
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CHECK(!Bytecodes::ReadsAccumulator(Bytecode::kLdar));
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CHECK(Bytecodes::WritesAccumulator(Bytecode::kLdar));
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CHECK_EQ(Bytecodes::GetAccumulatorUse(Bytecode::kLdar),
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AccumulatorUse::kWrite);
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CHECK(Bytecodes::ReadsAccumulator(Bytecode::kAdd));
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CHECK(Bytecodes::WritesAccumulator(Bytecode::kAdd));
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CHECK_EQ(Bytecodes::GetAccumulatorUse(Bytecode::kAdd),
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AccumulatorUse::kReadWrite);
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}
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TEST(AccumulatorUse, AccumulatorUseToString) {
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std::set<std::string> names;
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names.insert(Bytecodes::AccumulatorUseToString(AccumulatorUse::kNone));
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names.insert(Bytecodes::AccumulatorUseToString(AccumulatorUse::kRead));
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names.insert(Bytecodes::AccumulatorUseToString(AccumulatorUse::kWrite));
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names.insert(Bytecodes::AccumulatorUseToString(AccumulatorUse::kReadWrite));
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CHECK_EQ(names.size(), 4);
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}
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} // namespace interpreter
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} // namespace internal
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} // namespace v8
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