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https://github.com/KhronosGroup/SPIRV-Tools
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8d4261bc44
Some transformations (e.g. TransformationAddFunction) rely on running the validator to decide whether the transformation is applicable. A recent change allowed spirv-fuzz to take validator options, to cater for the case where a module should be considered valid under particular conditions. However, validation during the checking of transformations had no access to these validator options. This change introduced TransformationContext, which currently consists of a fact manager and a set of validator options, but could in the future have other fields corresponding to other objects that it is useful to have access to when applying transformations. Now, instead of checking and applying transformations in the context of a FactManager, a TransformationContext is used. This gives access to the fact manager as before, and also access to the validator options when they are needed.
198 lines
7.4 KiB
C++
198 lines
7.4 KiB
C++
// Copyright (c) 2019 Google LLC
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//
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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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#include "source/fuzz/transformation_add_constant_scalar.h"
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#include "test/fuzz/fuzz_test_util.h"
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namespace spvtools {
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namespace fuzz {
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namespace {
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TEST(TransformationAddConstantScalarTest, BasicTest) {
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std::string shader = R"(
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OpCapability Shader
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%1 = OpExtInstImport "GLSL.std.450"
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OpMemoryModel Logical GLSL450
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OpEntryPoint Fragment %4 "main"
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OpExecutionMode %4 OriginUpperLeft
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OpSource ESSL 310
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OpName %4 "main"
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OpName %8 "x"
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OpName %12 "y"
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OpName %16 "z"
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OpDecorate %8 RelaxedPrecision
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OpDecorate %12 RelaxedPrecision
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%2 = OpTypeVoid
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%3 = OpTypeFunction %2
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%6 = OpTypeInt 32 1
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%7 = OpTypePointer Function %6
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%9 = OpConstant %6 1
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%10 = OpTypeInt 32 0
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%11 = OpTypePointer Function %10
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%13 = OpConstant %10 2
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%14 = OpTypeFloat 32
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%15 = OpTypePointer Function %14
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%17 = OpConstant %14 3
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%4 = OpFunction %2 None %3
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%5 = OpLabel
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%8 = OpVariable %7 Function
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%12 = OpVariable %11 Function
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%16 = OpVariable %15 Function
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OpStore %8 %9
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OpStore %12 %13
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OpStore %16 %17
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OpReturn
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OpFunctionEnd
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)";
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const auto env = SPV_ENV_UNIVERSAL_1_3;
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const auto consumer = nullptr;
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const auto context = BuildModule(env, consumer, shader, kFuzzAssembleOption);
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ASSERT_TRUE(IsValid(env, context.get()));
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FactManager fact_manager;
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spvtools::ValidatorOptions validator_options;
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TransformationContext transformation_context(&fact_manager,
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validator_options);
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const float float_values[2] = {3.0, 30.0};
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uint32_t uint_for_float[2];
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memcpy(uint_for_float, float_values, sizeof(float_values));
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auto add_signed_int_1 = TransformationAddConstantScalar(100, 6, {1});
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auto add_signed_int_10 = TransformationAddConstantScalar(101, 6, {10});
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auto add_unsigned_int_2 = TransformationAddConstantScalar(102, 10, {2});
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auto add_unsigned_int_20 = TransformationAddConstantScalar(103, 10, {20});
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auto add_float_3 =
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TransformationAddConstantScalar(104, 14, {uint_for_float[0]});
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auto add_float_30 =
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TransformationAddConstantScalar(105, 14, {uint_for_float[1]});
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auto bad_add_float_30_id_already_used =
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TransformationAddConstantScalar(104, 14, {uint_for_float[1]});
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auto bad_id_already_used = TransformationAddConstantScalar(1, 6, {1});
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auto bad_no_data = TransformationAddConstantScalar(100, 6, {});
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auto bad_too_much_data = TransformationAddConstantScalar(100, 6, {1, 2});
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auto bad_type_id_does_not_exist =
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TransformationAddConstantScalar(108, 2020, {uint_for_float[0]});
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auto bad_type_id_is_not_a_type = TransformationAddConstantScalar(109, 9, {0});
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auto bad_type_id_is_void = TransformationAddConstantScalar(110, 2, {0});
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auto bad_type_id_is_pointer = TransformationAddConstantScalar(111, 11, {0});
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// Id is already in use.
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ASSERT_FALSE(
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bad_id_already_used.IsApplicable(context.get(), transformation_context));
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// At least one word of data must be provided.
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ASSERT_FALSE(bad_no_data.IsApplicable(context.get(), transformation_context));
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// Cannot give two data words for a 32-bit type.
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ASSERT_FALSE(
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bad_too_much_data.IsApplicable(context.get(), transformation_context));
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// Type id does not exist
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ASSERT_FALSE(bad_type_id_does_not_exist.IsApplicable(context.get(),
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transformation_context));
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// Type id is not a type
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ASSERT_FALSE(bad_type_id_is_not_a_type.IsApplicable(context.get(),
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transformation_context));
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// Type id is void
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ASSERT_FALSE(
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bad_type_id_is_void.IsApplicable(context.get(), transformation_context));
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// Type id is pointer
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ASSERT_FALSE(bad_type_id_is_pointer.IsApplicable(context.get(),
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transformation_context));
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ASSERT_TRUE(
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add_signed_int_1.IsApplicable(context.get(), transformation_context));
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add_signed_int_1.Apply(context.get(), &transformation_context);
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ASSERT_TRUE(IsValid(env, context.get()));
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ASSERT_TRUE(
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add_signed_int_10.IsApplicable(context.get(), transformation_context));
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add_signed_int_10.Apply(context.get(), &transformation_context);
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ASSERT_TRUE(IsValid(env, context.get()));
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ASSERT_TRUE(
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add_unsigned_int_2.IsApplicable(context.get(), transformation_context));
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add_unsigned_int_2.Apply(context.get(), &transformation_context);
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ASSERT_TRUE(IsValid(env, context.get()));
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ASSERT_TRUE(
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add_unsigned_int_20.IsApplicable(context.get(), transformation_context));
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add_unsigned_int_20.Apply(context.get(), &transformation_context);
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ASSERT_TRUE(IsValid(env, context.get()));
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ASSERT_TRUE(add_float_3.IsApplicable(context.get(), transformation_context));
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add_float_3.Apply(context.get(), &transformation_context);
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ASSERT_TRUE(IsValid(env, context.get()));
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ASSERT_TRUE(add_float_30.IsApplicable(context.get(), transformation_context));
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add_float_30.Apply(context.get(), &transformation_context);
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ASSERT_TRUE(IsValid(env, context.get()));
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ASSERT_FALSE(bad_add_float_30_id_already_used.IsApplicable(
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context.get(), transformation_context));
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std::string after_transformation = R"(
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OpCapability Shader
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%1 = OpExtInstImport "GLSL.std.450"
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OpMemoryModel Logical GLSL450
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OpEntryPoint Fragment %4 "main"
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OpExecutionMode %4 OriginUpperLeft
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OpSource ESSL 310
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OpName %4 "main"
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OpName %8 "x"
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OpName %12 "y"
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OpName %16 "z"
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OpDecorate %8 RelaxedPrecision
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OpDecorate %12 RelaxedPrecision
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%2 = OpTypeVoid
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%3 = OpTypeFunction %2
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%6 = OpTypeInt 32 1
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%7 = OpTypePointer Function %6
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%9 = OpConstant %6 1
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%10 = OpTypeInt 32 0
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%11 = OpTypePointer Function %10
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%13 = OpConstant %10 2
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%14 = OpTypeFloat 32
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%15 = OpTypePointer Function %14
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%17 = OpConstant %14 3
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%100 = OpConstant %6 1
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%101 = OpConstant %6 10
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%102 = OpConstant %10 2
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%103 = OpConstant %10 20
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%104 = OpConstant %14 3
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%105 = OpConstant %14 30
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%4 = OpFunction %2 None %3
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%5 = OpLabel
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%8 = OpVariable %7 Function
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%12 = OpVariable %11 Function
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%16 = OpVariable %15 Function
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OpStore %8 %9
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OpStore %12 %13
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OpStore %16 %17
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OpReturn
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OpFunctionEnd
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)";
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ASSERT_TRUE(IsEqual(env, after_transformation, context.get()));
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}
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} // namespace
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} // namespace fuzz
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} // namespace spvtools
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