From 690cfee7a6770f055090e774c2ead9469b9d8088 Mon Sep 17 00:00:00 2001 From: Ilia Kuklin Date: Thu, 19 Dec 2024 20:40:05 +0500 Subject: [PATCH 01/24] Add an API call to DIL from SBFrame --- lldb/include/lldb/API/SBFrame.h | 3 ++ lldb/source/API/SBFrame.cpp | 71 +++++++++++++++++++++++++++++++++ 2 files changed, 74 insertions(+) diff --git a/lldb/include/lldb/API/SBFrame.h b/lldb/include/lldb/API/SBFrame.h index 3635ee5a537a..f2f23766f229 100644 --- a/lldb/include/lldb/API/SBFrame.h +++ b/lldb/include/lldb/API/SBFrame.h @@ -122,6 +122,9 @@ class LLDB_API SBFrame { lldb::SBValue EvaluateExpression(const char *expr, const SBExpressionOptions &options); + lldb::SBValue EvaluateExpressionViaDIL(const char *expr, + lldb::DynamicValueType use_dynamic); + /// Language plugins can use this API to report language-specific /// runtime information about this compile unit, such as additional /// language version details or feature flags. diff --git a/lldb/source/API/SBFrame.cpp b/lldb/source/API/SBFrame.cpp index 2300bec4d685..e4142f0392a0 100644 --- a/lldb/source/API/SBFrame.cpp +++ b/lldb/source/API/SBFrame.cpp @@ -1155,6 +1155,77 @@ lldb::SBValue SBFrame::EvaluateExpression(const char *expr, return expr_result; } +lldb::SBValue SBFrame::EvaluateExpressionViaDIL(const char *expr, + lldb::DynamicValueType use_dynamic) { + LLDB_INSTRUMENT_VA(this, expr); + Log *expr_log = GetLog(LLDBLog::Expressions); + SBValue expr_result; + if (expr == nullptr || expr[0] == '\0') { + return expr_result; + } + ValueObjectSP expr_value_sp; + std::unique_lock lock; + ExecutionContext exe_ctx(m_opaque_sp.get(), lock); + StackFrame *frame = nullptr; + Target *target = exe_ctx.GetTargetPtr(); + Process *process = exe_ctx.GetProcessPtr(); + SBExpressionOptions options; + options.SetFetchDynamicValue(use_dynamic); + if (target && process) { + Process::StopLocker stop_locker; + if (stop_locker.TryLock(&process->GetRunLock())) { + frame = exe_ctx.GetFramePtr(); + if (frame) { + std::unique_ptr stack_trace; + if (target->GetDisplayExpressionsInCrashlogs()) { + StreamString frame_description; + frame->DumpUsingSettingsFormat(&frame_description); + stack_trace = std::make_unique( + "SBFrame::EvaluateExpressionViaDIL (expr = \"%s\", fetch_dynamic_value " + "= %u) %s", + expr, options.GetFetchDynamicValue(), + frame_description.GetData()); + } + VariableSP var_sp; + Status error; + expr_value_sp = frame->GetValueForVariableExpressionPath( // DIL in ths branch + expr, use_dynamic, + StackFrame::eExpressionPathOptionCheckPtrVsMember | + StackFrame::eExpressionPathOptionsAllowDirectIVarAccess, + var_sp, error); + if (!error.Success()) { + expr_value_sp = ValueObjectConstResult::Create(nullptr, std::move(error)); + expr_result.SetSP(expr_value_sp, false); + } else { + expr_result.SetSP(expr_value_sp, options.GetFetchDynamicValue()); + } + } + } else { + Status error; + error = Status::FromErrorString("can't evaluate expressions when the " + "process is running."); + expr_value_sp = ValueObjectConstResult::Create(nullptr, std::move(error)); + expr_result.SetSP(expr_value_sp, false); + } + } else { + Status error; + error = Status::FromErrorString("sbframe object is not valid."); + expr_value_sp = ValueObjectConstResult::Create(nullptr, std::move(error)); + expr_result.SetSP(expr_value_sp, false); + } + if (expr_result.GetError().Success()) + LLDB_LOGF(expr_log, + "** [SBFrame::EvaluateExpressionViaDIL] Expression result is " + "%s, summary %s **", + expr_result.GetValue(), expr_result.GetSummary()); + else + LLDB_LOGF(expr_log, + "** [SBFrame::EvaluateExpressionViaDIL] Expression evaluation failed: " + "%s **", + expr_result.GetError().GetCString()); + return expr_result; +} + SBStructuredData SBFrame::GetLanguageSpecificData() const { LLDB_INSTRUMENT_VA(this); From fcaffbcdf05734766f98f96b9732c9899eb69d43 Mon Sep 17 00:00:00 2001 From: Ilia Kuklin Date: Thu, 19 Dec 2024 20:32:12 +0500 Subject: [PATCH 02/24] Add unittests from lldb-eval Removed for now: * All tests with context variables evaluation: need to implement an call interface to DIL * All tests with evaluation with scope: need to implement an call interface to DIL * Some tests that crash the test suite completely: some of the tests that involve nullptr --- lldb/unittests/CMakeLists.txt | 1 + lldb/unittests/DIL/CMakeLists.txt | 19 + lldb/unittests/DIL/DIL_test.cc | 3648 +++++++++++++++++ lldb/unittests/DIL/Inputs/fuzzer_binary.bin | Bin 0 -> 42144 bytes lldb/unittests/DIL/Inputs/fuzzer_binary.cc | 330 ++ lldb/unittests/DIL/Inputs/test_binary.cc | 1255 ++++++ .../DIL/Inputs/test_binary_libc++.bin | Bin 0 -> 278520 bytes .../DIL/Inputs/test_binary_libstdc++.bin | Bin 0 -> 293280 bytes lldb/unittests/DIL/Inputs/test_library.cc | 15 + lldb/unittests/DIL/runner.cpp | 148 + lldb/unittests/DIL/runner.h | 29 + lldb/unittests/DIL/traits.h | 28 + 12 files changed, 5473 insertions(+) create mode 100644 lldb/unittests/DIL/CMakeLists.txt create mode 100644 lldb/unittests/DIL/DIL_test.cc create mode 100755 lldb/unittests/DIL/Inputs/fuzzer_binary.bin create mode 100644 lldb/unittests/DIL/Inputs/fuzzer_binary.cc create mode 100644 lldb/unittests/DIL/Inputs/test_binary.cc create mode 100755 lldb/unittests/DIL/Inputs/test_binary_libc++.bin create mode 100755 lldb/unittests/DIL/Inputs/test_binary_libstdc++.bin create mode 100644 lldb/unittests/DIL/Inputs/test_library.cc create mode 100644 lldb/unittests/DIL/runner.cpp create mode 100644 lldb/unittests/DIL/runner.h create mode 100644 lldb/unittests/DIL/traits.h diff --git a/lldb/unittests/CMakeLists.txt b/lldb/unittests/CMakeLists.txt index cc9d45ebf981..d19b9dfb4c1a 100644 --- a/lldb/unittests/CMakeLists.txt +++ b/lldb/unittests/CMakeLists.txt @@ -55,6 +55,7 @@ add_subdirectory(Breakpoint) add_subdirectory(Callback) add_subdirectory(Core) add_subdirectory(DataFormatter) +add_subdirectory(DIL) add_subdirectory(Disassembler) add_subdirectory(Editline) add_subdirectory(Expression) diff --git a/lldb/unittests/DIL/CMakeLists.txt b/lldb/unittests/DIL/CMakeLists.txt new file mode 100644 index 000000000000..9ddc38340d40 --- /dev/null +++ b/lldb/unittests/DIL/CMakeLists.txt @@ -0,0 +1,19 @@ +add_lldb_unittest(LLDBDILTests + DIL_test.cc + runner.cpp + + LINK_LIBS + liblldb + lldbUtilityHelpers + LLVMTestingSupport + ) + +set(test_lib + test_binary_libc++.bin + test_binary_libstdc++.bin + test_binary.cc + ) + +add_unittest_inputs(LLDBDILTests "${test_lib}") + + diff --git a/lldb/unittests/DIL/DIL_test.cc b/lldb/unittests/DIL/DIL_test.cc new file mode 100644 index 000000000000..ceaa5b6f5647 --- /dev/null +++ b/lldb/unittests/DIL/DIL_test.cc @@ -0,0 +1,3648 @@ +// Copyright 2020 Google LLC +// +// Licensed under the Apache License, Version 2.0 (the "License"); +// you may not use this file except in compliance with the License. +// You may obtain a copy of the License at +// +// http://www.apache.org/licenses/LICENSE-2.0 +// +// Unless required by applicable law or agreed to in writing, software +// distributed under the License is distributed on an "AS IS" BASIS, +// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. +// See the License for the specific language governing permissions and +// limitations under the License. + + +/// DIL +// Removed for now: +// * All tests with context variables evaluation: need to implement an call interface to DIL +// * All tests with evaluation with scope: need to implement an call interface to DIL +// * Some tests that crash the test suite completely: some of the tests that involve nullptr + + +#include "lldb/lldb-enumerations.h" +#ifndef __EMSCRIPTEN__ +#include +#include +#include +#include +#include +#include + +#include "TestingSupport/TestUtilities.h" +#include "lldb/API/SBDebugger.h" +#include "lldb/API/SBFrame.h" +#include "lldb/API/SBProcess.h" +#include "lldb/API/SBTarget.h" +#include "lldb/API/SBThread.h" +#include "lldb/API/SBType.h" +#include "runner.h" +#include "traits.h" +#endif + +// DISALLOW_COPY_AND_ASSIGN is also defined in +// lldb/lldb-defines.h +#undef DISALLOW_COPY_AND_ASSIGN +#include "gmock/gmock.h" +#include "gtest/gtest.h" +#ifndef __EMSCRIPTEN__ + +using ::testing::MakeMatcher; +using ::testing::Matcher; +using ::testing::MatcherInterface; +using ::testing::MatchResultListener; + +struct EvalResult { + lldb::SBError lldb_DIL_error; + mutable lldb::SBValue lldb_DIL_value; + mutable std::optional lldb_value; + + friend std::ostream& operator<<(std::ostream& os, const EvalResult& result) { + auto maybe_null = [](const char* str) { + return str == nullptr ? "NULL" : str; + }; + + os << "{ DIL: " << maybe_null(result.lldb_DIL_value.GetValue()); + + if (result.lldb_value.has_value()) { + os << ", lldb: " << maybe_null(result.lldb_value.value().GetValue()); + } + os << " }"; + + return os; + } +}; + +class EvaluatorHelper { + public: + EvaluatorHelper(lldb::SBFrame frame, bool lldb, bool side_effects) + : frame_(frame), lldb_(lldb), side_effects_(side_effects) {} + EvaluatorHelper(lldb::SBValue scope, bool lldb, bool side_effects) + : scope_(scope), lldb_(lldb), side_effects_(side_effects) {} + + public: + EvalResult Eval(const std::string& expr) { + EvalResult ret; + + // lldb_eval::Options opts; + // opts.allow_side_effects = side_effects_; + + if (scope_) { + std::cerr << "Scope evaluation not supported" << std::endl; + // // Evaluate in the variable context. + // ret.lldb_DIL_value = lldb_eval::EvaluateExpression( + // scope_, expr.c_str(), opts, ret.lldb_DIL_error); + + // if (lldb_) { + // ret.lldb_value = scope_.EvaluateExpression(expr.c_str()); + // } + } else { + // Evaluate in the frame context. + ret.lldb_DIL_value = frame_.EvaluateExpressionViaDIL(expr.c_str(), lldb::eNoDynamicValues); + if (!ret.lldb_DIL_value.GetError().Success()) + ret.lldb_DIL_error = ret.lldb_DIL_value.GetError(); + // ret.lldb_DIL_value = lldb_eval::EvaluateExpression( + // frame_, expr.c_str(), opts, ret.lldb_DIL_error); + + if (lldb_) { + ret.lldb_value = frame_.EvaluateExpression(expr.c_str()); + } + } + + return ret; + } + + // EvalResult Eval(std::shared_ptr compiled_expr) { + // assert(scope_ && "compiled expression requires a value context"); + + // EvalResult ret; + // ret.lldb_DIL_value = lldb_eval::EvaluateExpression(scope_, compiled_expr, + // ret.lldb_DIL_error); + // return ret; + // } + + // EvalResult EvalWithContext( + // const std::string& expr, + // const std::unordered_map& vars) { + // EvalResult ret; + + // std::vector ctx_vec; + // ctx_vec.reserve(vars.size()); + // for (const auto& [name, value] : vars) { + // ctx_vec.push_back({name.c_str(), value}); + // } + + // lldb_eval::Options opts; + // opts.allow_side_effects = side_effects_; + // opts.context_vars = {ctx_vec.data(), ctx_vec.size()}; + + // if (scope_) { + // // Evaluate in the variable context. + // ret.lldb_DIL_value = lldb_eval::EvaluateExpression( + // scope_, expr.c_str(), opts, ret.lldb_DIL_error); + + // if (lldb_) { + // ret.lldb_value = scope_.EvaluateExpression(expr.c_str()); + // } + // } else { + // // Evaluate in the frame context. + // ret.lldb_DIL_value = lldb_eval::EvaluateExpression( + // frame_, expr.c_str(), opts, ret.lldb_DIL_error); + + // if (lldb_) { + // ret.lldb_value = frame_.EvaluateExpression(expr.c_str()); + // } + // } + + // return ret; + // } + + // EvalResult EvalWithContext( + // std::shared_ptr compiled_expr, + // const std::unordered_map& vars) { + // assert(scope_ && "compiled expression requires a value context"); + + // std::vector ctx_vec; + // ctx_vec.reserve(vars.size()); + // for (const auto& [name, value] : vars) { + // ctx_vec.push_back({name.c_str(), value}); + // } + // lldb_eval::ContextVariableList context_vars{ctx_vec.data(), ctx_vec.size()}; + + // EvalResult ret; + // ret.lldb_DIL_value = lldb_eval::EvaluateExpression( + // scope_, compiled_expr, context_vars, ret.lldb_DIL_error); + // return ret; + // } + + // std::shared_ptr Compile(const std::string& expr, + // lldb::SBError& error) { + // assert(scope_ && "compiling an expression requires a type context"); + + // lldb_eval::Options opts; + // opts.allow_side_effects = side_effects_; + // return lldb_eval::CompileExpression(scope_.GetTarget(), scope_.GetType(), + // expr.c_str(), opts, error); + // } + + // std::shared_ptr CompileWithContext( + // const std::string& expr, + // const std::unordered_map& args, + // lldb::SBError& error) { + // assert(scope_ && "compiling an expression requires a type context"); + + // std::vector ctx_vec; + // ctx_vec.reserve(args.size()); + // for (const auto& [name, type] : args) { + // ctx_vec.push_back({name.c_str(), type}); + // } + + // lldb_eval::Options opts; + // opts.allow_side_effects = side_effects_; + // opts.context_args = {ctx_vec.data(), ctx_vec.size()}; + + // return lldb_eval::CompileExpression(scope_.GetTarget(), scope_.GetType(), + // expr.c_str(), opts, error); + // } + + private: + lldb::SBFrame frame_; + lldb::SBValue scope_; + bool lldb_; + bool side_effects_; +}; +#endif + +void PrintError(::testing::MatchResultListener* listener, + const std::string& error) { + *listener << "error:"; + // Print multiline errors on a separate line. + if (error.find('\n') != std::string::npos) { + *listener << "\n"; + } else { + *listener << " "; + } + *listener << error; +} + +#ifndef __EMSCRIPTEN__ +class IsOkMatcher : public MatcherInterface { + public: + explicit IsOkMatcher(bool compare_types) : compare_types_(compare_types) {} + + bool MatchAndExplain(EvalResult result, + MatchResultListener* listener) const override { + if (result.lldb_DIL_error.GetError()) { + PrintError(listener, result.lldb_DIL_error.GetCString()); + return false; + } + + std::string actual = result.lldb_DIL_value.GetValue(); + // Compare only if we tried to evaluate with LLDB. + if (result.lldb_value.has_value()) { + if (result.lldb_value.value().GetError().GetError()) { + *listener << "values produced by DIL and LLDB don't match\n" + << "DIL: " << actual << "\n" + << "lldb : " + << result.lldb_value.value().GetError().GetCString(); + return false; + + } else if (actual != result.lldb_value.value().GetValue()) { + *listener << "values produced by DIL and LLDB don't match\n" + << "DIL: " << actual << "\n" + << "lldb : " << result.lldb_value.value().GetValue(); + return false; + } + + if (compare_types_) { + const char* lldb_DIL_type = + result.lldb_DIL_value.GetType().GetUnqualifiedType().GetName(); + const char* lldb_type = + result.lldb_value.value().GetType().GetUnqualifiedType().GetName(); + if (strcmp(lldb_DIL_type, lldb_type) != 0) { + *listener << "types produced by DIL and LLDB don't match\n" + << "DIL: " << lldb_DIL_type << "\n" + << "lldb : " << lldb_type; + return false; + } + } + } + + return true; + } + + void DescribeTo(std::ostream* os) const override { + *os << "evaluates without an error and equals to LLDB"; + } + + private: + bool compare_types_; +}; +#endif + +Matcher IsOk(bool compare_types = true) { + return MakeMatcher(new IsOkMatcher(compare_types)); +} + +#ifndef __EMSCRIPTEN__ +class IsEqualMatcher : public MatcherInterface { + public: + IsEqualMatcher(std::string value, bool compare_types) + : value_(std::move(value)), compare_types_(compare_types) {} + + public: + bool MatchAndExplain(EvalResult result, + MatchResultListener* listener) const override { + if (result.lldb_DIL_error.GetError()) { + PrintError(listener, result.lldb_DIL_error.GetCString()); + return false; + } + + std::string actual = result.lldb_DIL_value.GetValue(); + if (actual != value_) { + *listener << "evaluated to '" << actual << "'"; + return false; + } + + // Compare only if we tried to evaluate with LLDB. + if (result.lldb_value.has_value()) { + if (result.lldb_value.value().GetError().GetError()) { + *listener << "values produced by DIL and LLDB don't match\n" + << "DIL: " << actual << "\n" + << "lldb : " + << result.lldb_value.value().GetError().GetCString(); + return false; + + } else if (actual != result.lldb_value.value().GetValue()) { + *listener << "values produced by DIL and LLDB don't match\n" + << "DIL: " << actual << "\n" + << "lldb : " << result.lldb_value.value().GetValue(); + return false; + } + + if (compare_types_) { + const char* lldb_DIL_type = + result.lldb_DIL_value.GetType().GetUnqualifiedType().GetName(); + const char* lldb_type = + result.lldb_value.value().GetType().GetUnqualifiedType().GetName(); + if (strcmp(lldb_DIL_type, lldb_type) != 0) { + *listener << "types produced by DIL and LLDB don't match\n" + << "DIL: " << lldb_DIL_type << "\n" + << "lldb : " << lldb_type; + return false; + } + } + } + + return true; + } + + void DescribeTo(std::ostream* os) const override { + *os << "evaluates to '" << value_ << "'"; + } + + private: + std::string value_; + bool compare_types_; +}; +#endif + +Matcher IsEqual(std::string value, bool compare_types = true) { + return MakeMatcher(new IsEqualMatcher(std::move(value), compare_types)); +} + +#ifndef __EMSCRIPTEN__ +class IsErrorMatcher : public MatcherInterface { + public: + explicit IsErrorMatcher(std::string value) : value_(std::move(value)) {} + + public: + bool MatchAndExplain(EvalResult result, + MatchResultListener* listener) const override { + if (!result.lldb_DIL_error.GetError()) { + *listener << "evaluated to '" << result.lldb_DIL_value.GetValue() << "'"; + return false; + } + std::string message = result.lldb_DIL_error.GetCString(); + if (message.find(value_) == std::string::npos) { + PrintError(listener, message); + return false; + } + + return true; + } + + void DescribeTo(std::ostream* os) const override { + *os << "evaluates with an error: '" << value_ << "'"; + } + + private: + std::string value_; +}; +#endif + +Matcher IsError(std::string value) { + return MakeMatcher(new IsErrorMatcher(std::move(value))); +} + +#ifndef __EMSCRIPTEN__ +class EvalTest : public ::testing::Test { + protected: + static void SetUpTestSuite() { + lldb::SBDebugger::Initialize(); + } + + static void TearDownTestSuite() { + lldb::SBDebugger::Terminate(); + } + + void SetUp() { + std::string test_name = + ::testing::UnitTest::GetInstance()->current_test_info()->name(); + std::string break_line = "// BREAK(" + test_name + ")"; + + std::string binary_path = lldb_private::GetInputFilePath("test_binary_libc++.bin"); + std::string source_path = lldb_private::GetInputFilePath("test_binary.cc"); + + debugger_ = lldb::SBDebugger::Create(false); + process_ = LaunchTestProgram(debugger_, source_path, binary_path, + break_line); + frame_ = process_.GetSelectedThread().GetSelectedFrame(); + } + + void TearDown() { + process_.Destroy(); + lldb::SBDebugger::Destroy(debugger_); + } + + EvalResult Eval(const std::string& expr) { + return EvaluatorHelper(frame_, compare_with_lldb_, allow_side_effects_) + .Eval(expr); + } + + // EvalResult EvalWithContext( + // const std::string& expr, + // const std::unordered_map& vars) { + // return EvaluatorHelper(frame_, compare_with_lldb_, allow_side_effects_) + // .EvalWithContext(expr, vars); + // } + + // EvaluatorHelper Scope(std::string scope) { + // // Resolve the scope variable (assume it's a local variable). + // lldb::SBValue scope_var = frame_.FindVariable(scope.c_str()); + // return EvaluatorHelper(scope_var, compare_with_lldb_, allow_side_effects_); + // } + + bool CreateContextVariable(std::string type, std::string name, bool is_array, + std::string assignment) { + std::string expr = type + " " + name + (is_array ? "[]" : "") + " = " + + assignment + "; " + name; + lldb::SBValue value = frame_.EvaluateExpression(expr.c_str()); + if (value.GetError().Fail()) { + return false; + } + vars_.emplace(name, value); + return true; + } + + bool CreateContextVariable(std::string name, std::string assignment) { + return CreateContextVariable("auto", name, false, assignment); + } + + bool CreateContextVariableArray(std::string type, std::string name, + std::string assignment) { + return CreateContextVariable(type, name, true, assignment); + } + + bool Is32Bit() const { + if (process_.GetAddressByteSize() == 4) { + return true; + } + return false; + } + + protected: + lldb::SBDebugger debugger_; + lldb::SBProcess process_; + lldb::SBFrame frame_; + + // Evaluate with both DIL and LLDB by default. + bool compare_with_lldb_ = true; + + // Allow the expressions to have side-effects. + bool allow_side_effects_ = false; + + // Context variables. + std::unordered_map vars_; +}; + +TEST_F(EvalTest, TestSymbols) { + EXPECT_GT(frame_.GetModule().GetNumSymbols(), 0) + << "No symbols might indicate that the test binary was built incorrectly"; +} + +#endif + +TEST_F(EvalTest, TestArithmetic) { + EXPECT_THAT(Eval("1 + 2"), IsEqual("3")); + EXPECT_THAT(Eval("1 + 2*3"), IsEqual("7")); + EXPECT_THAT(Eval("1 + (2 - 3)"), IsEqual("0")); + EXPECT_THAT(Eval("1 == 2"), IsEqual("false")); + EXPECT_THAT(Eval("1 == 1"), IsEqual("true")); + + // Note: Signed overflow is UB. + EXPECT_THAT(Eval("int_max + 1"), IsOk()); + EXPECT_THAT(Eval("int_min - 1"), IsOk()); + EXPECT_THAT(Eval("2147483647 + 1"), IsOk()); + EXPECT_THAT(Eval("-2147483648 - 1"), IsOk()); + + EXPECT_THAT(Eval("uint_max + 1"), IsEqual("0")); + EXPECT_THAT(Eval("uint_zero - 1"), IsEqual("4294967295")); + EXPECT_THAT(Eval("4294967295 + 1"), IsEqual("4294967296")); + EXPECT_THAT(Eval("4294967295U + 1"), IsEqual("0")); + + // Note: Signed overflow is UB. + EXPECT_THAT(Eval("ll_max + 1"), IsOk()); + EXPECT_THAT(Eval("ll_min - 1"), IsOk()); + EXPECT_THAT(Eval("9223372036854775807 + 1"), IsOk()); + EXPECT_THAT(Eval("-9223372036854775808 - 1"), IsOk()); + + EXPECT_THAT(Eval("ull_max + 1"), IsEqual("0")); + EXPECT_THAT(Eval("ull_zero - 1"), IsEqual("18446744073709551615")); + EXPECT_THAT(Eval("9223372036854775807 + 1"), IsEqual("-9223372036854775808")); + EXPECT_THAT(Eval("9223372036854775807LL + 1"), + IsEqual("-9223372036854775808")); + EXPECT_THAT(Eval("18446744073709551615ULL + 1"), IsEqual("0")); + + // Integer literal is too large to be represented in a signed integer type, + // interpreting as unsigned. + EXPECT_THAT(Eval("-9223372036854775808"), IsEqual("9223372036854775808")); + EXPECT_THAT(Eval("-9223372036854775808 - 1"), IsEqual("9223372036854775807")); + EXPECT_THAT(Eval("-9223372036854775808 + 1"), IsEqual("9223372036854775809")); + EXPECT_THAT(Eval("-9223372036854775808LL / -1"), IsEqual("0")); + EXPECT_THAT(Eval("-9223372036854775808LL % -1"), + IsEqual("9223372036854775808")); + + EXPECT_THAT(Eval("-20 / 1U"), IsEqual("4294967276")); + EXPECT_THAT(Eval("-20LL / 1U"), IsEqual("-20")); + EXPECT_THAT(Eval("-20LL / 1ULL"), IsEqual("18446744073709551596")); + + // Unary arithmetic. + EXPECT_THAT(Eval("+0"), IsEqual("0")); + EXPECT_THAT(Eval("-0"), IsEqual("0")); + EXPECT_THAT(Eval("+1"), IsEqual("1")); + EXPECT_THAT(Eval("-1"), IsEqual("-1")); + EXPECT_THAT(Eval("c"), IsEqual("'\\n'")); + EXPECT_THAT(Eval("+c"), IsEqual("10")); + EXPECT_THAT(Eval("-c"), IsEqual("-10")); + EXPECT_THAT(Eval("uc"), IsEqual("'\\x01'")); + EXPECT_THAT(Eval("-uc"), IsEqual("-1")); + EXPECT_THAT(Eval("+p"), IsOk()); + EXPECT_THAT(Eval("-p"), + IsError("invalid argument type 'int *' to unary expression")); + + // Floating tricks. + EXPECT_THAT(Eval("+0.0"), IsEqual("0")); + EXPECT_THAT(Eval("-0.0"), IsEqual("-0")); + EXPECT_THAT(Eval("0.0 / 0"), IsEqual("NaN")); + EXPECT_THAT(Eval("0 / 0.0"), IsEqual("NaN")); + EXPECT_THAT(Eval("1 / +0.0"), IsEqual("+Inf")); + EXPECT_THAT(Eval("1 / -0.0"), IsEqual("-Inf")); + EXPECT_THAT(Eval("+0.0 / +0.0 != +0.0 / +0.0"), IsEqual("true")); + EXPECT_THAT(Eval("-1.f * 0"), IsEqual("-0")); + EXPECT_THAT(Eval("0x0.123p-1"), IsEqual("0.0355224609375")); + + EXPECT_THAT(Eval("fnan < fnan"), IsEqual("false")); + EXPECT_THAT(Eval("fnan <= fnan"), IsEqual("false")); + EXPECT_THAT(Eval("fnan == fnan"), IsEqual("false")); + EXPECT_THAT(Eval("(unsigned int) fdenorm"), IsEqual("0")); + EXPECT_THAT(Eval("(unsigned int) (1.0f + fdenorm)"), IsEqual("1")); + + // Invalid remainder. + EXPECT_THAT( + Eval("1.1 % 2"), + IsError("invalid operands to binary expression ('double' and 'int')")); + + // References and typedefs. + EXPECT_THAT(Eval("r + 1"), IsEqual("3")); + EXPECT_THAT(Eval("r - 1l"), IsEqual("1")); + EXPECT_THAT(Eval("r * 2u"), IsEqual("4")); + EXPECT_THAT(Eval("r / 2ull"), IsEqual("1")); + EXPECT_THAT(Eval("my_r + 1"), IsEqual("3")); + EXPECT_THAT(Eval("my_r - 1"), IsEqual("1")); + EXPECT_THAT(Eval("my_r * 2"), IsEqual("4")); + EXPECT_THAT(Eval("my_r / 2"), IsEqual("1")); + EXPECT_THAT(Eval("r + my_r"), IsEqual("4")); + EXPECT_THAT(Eval("r - my_r"), IsEqual("0")); + EXPECT_THAT(Eval("r * my_r"), IsEqual("4")); + EXPECT_THAT(Eval("r / my_r"), IsEqual("1")); + + // Some promotions and conversions. + EXPECT_THAT(Eval("(uint8_t)250 + (uint8_t)250"), IsEqual("500")); + + // Makes sure that the expression isn't parsed as two types `r` and `r`. + EXPECT_THAT(Eval("(r < r > r)"), IsEqual("false")); + + // On Windows sizeof(int) == sizeof(long) == 4. + if constexpr (sizeof(int) == sizeof(long)) { + EXPECT_THAT(Eval("(unsigned int)4294967295 + (long)2"), IsEqual("1")); + EXPECT_THAT(Eval("((unsigned int)1 + (long)1) - 3"), IsEqual("4294967295")); + } else { + // On Linux sizeof(int) == 4 and sizeof(long) == 8. + EXPECT_THAT(Eval("(unsigned int)4294967295 + (long)2"), + IsEqual("4294967297")); + EXPECT_THAT(Eval("((unsigned int)1 + (long)1) - 3"), IsEqual("-1")); + } +} + +TEST_F(EvalTest, TestZeroDivision) { + // Zero division and remainder is UB and LLDB return garbage values. Our + // implementation returns zero, but that might change in the future. The + // important thing here is to avoid crashing with SIGFPE. + this->compare_with_lldb_ = false; + + EXPECT_THAT(Eval("1 / 0"), IsEqual("0")); + EXPECT_THAT(Eval("1 / uint_zero"), IsEqual("0")); + EXPECT_THAT(Eval("1ll / 0 + 1"), IsEqual("1")); + + EXPECT_THAT(Eval("1 % 0"), IsEqual("0")); + EXPECT_THAT(Eval("1 % uint_zero"), IsEqual("0")); + EXPECT_THAT(Eval("1 % uint_zero + 1"), IsEqual("1")); +} + +TEST_F(EvalTest, TestBitwiseOperators) { + EXPECT_THAT(Eval("~(-1)"), IsEqual("0")); + EXPECT_THAT(Eval("~~0"), IsEqual("0")); + EXPECT_THAT(Eval("~0"), IsEqual("-1")); + EXPECT_THAT(Eval("~1"), IsEqual("-2")); + EXPECT_THAT(Eval("~0LL"), IsEqual("-1")); + EXPECT_THAT(Eval("~1LL"), IsEqual("-2")); + EXPECT_THAT(Eval("~true"), IsEqual("-2")); + EXPECT_THAT(Eval("~false"), IsEqual("-1")); + EXPECT_THAT(Eval("~var_true"), IsEqual("-2")); + EXPECT_THAT(Eval("~var_false"), IsEqual("-1")); + EXPECT_THAT(Eval("~ull_max"), IsEqual("0")); + EXPECT_THAT(Eval("~ull_zero"), IsEqual("18446744073709551615")); + + EXPECT_THAT(Eval("~s"), + IsError("invalid argument type 'S' to unary expression")); + EXPECT_THAT( + Eval("~p"), + IsError("invalid argument type 'const char *' to unary expression")); + + EXPECT_THAT(Eval("(1 << 5)"), IsEqual("32")); + EXPECT_THAT(Eval("(32 >> 2)"), IsEqual("8")); + EXPECT_THAT(Eval("(-1 >> 10)"), IsEqual("-1")); + EXPECT_THAT(Eval("(-100 >> 5)"), IsEqual("-4")); + EXPECT_THAT(Eval("(-3 << 6)"), IsEqual("-192")); + EXPECT_THAT(Eval("(2000000000U << 1)"), IsEqual("4000000000")); + EXPECT_THAT(Eval("(-1 >> 1U)"), IsEqual("-1")); + EXPECT_THAT(Eval("(char)1 << 16"), IsEqual("65536")); + EXPECT_THAT(Eval("(signed char)-123 >> 8"), IsEqual("-1")); + + EXPECT_THAT(Eval("0b1011 & 0xFF"), IsEqual("11")); + EXPECT_THAT(Eval("0b1011 & mask_ff"), IsEqual("11")); + EXPECT_THAT(Eval("0b1011 & 0b0111"), IsEqual("3")); + EXPECT_THAT(Eval("0b1011 | 0b0111"), IsEqual("15")); + EXPECT_THAT(Eval("-0b1011 | 0xFF"), IsEqual("-1")); + EXPECT_THAT(Eval("-0b1011 | 0xFFu"), IsEqual("4294967295")); + EXPECT_THAT(Eval("0b1011 ^ 0b0111"), IsEqual("12")); + EXPECT_THAT(Eval("~0b1011"), IsEqual("-12")); +} + +TEST_F(EvalTest, TestPointerArithmetic) { + EXPECT_THAT(Eval("p_char1"), IsOk()); + EXPECT_THAT(Eval("p_char1 + 1"), IsOk()); + EXPECT_THAT(Eval("p_char1 + offset"), IsOk()); + + EXPECT_THAT(Eval("my_p_char1"), IsOk()); + EXPECT_THAT(Eval("my_p_char1 + 1"), IsOk()); + EXPECT_THAT(Eval("my_p_char1 + offset"), IsOk()); + + EXPECT_THAT(Eval("*(p_char1 + 0)"), IsEqual("'h'")); + EXPECT_THAT(Eval("*(1 + p_char1)"), IsEqual("'e'")); + EXPECT_THAT(Eval("*(p_char1 + 2)"), IsEqual("'l'")); + EXPECT_THAT(Eval("*(3 + p_char1)"), IsEqual("'l'")); + EXPECT_THAT(Eval("*(p_char1 + 4)"), IsEqual("'o'")); + EXPECT_THAT(Eval("*(p_char1 + offset - 1)"), IsEqual("'o'")); + + EXPECT_THAT(Eval("*p_int0"), IsEqual("0")); + EXPECT_THAT(Eval("*cp_int5"), IsEqual("5")); + EXPECT_THAT(Eval("*(&*(cp_int5 + 1) - 1)"), IsEqual("5")); + + EXPECT_THAT(Eval("p_int0 - p_int0"), IsEqual("0")); + EXPECT_THAT(Eval("cp_int5 - p_int0"), IsEqual("5")); + EXPECT_THAT(Eval("cp_int5 - td_int_ptr0"), IsEqual("5")); + EXPECT_THAT(Eval("td_int_ptr0 - cp_int5"), IsEqual("-5")); + + EXPECT_THAT( + Eval("-p_char1"), + IsError("invalid argument type 'const char *' to unary expression")); + EXPECT_THAT(Eval("cp_int5 - p_char1"), + IsError("'const int *' and 'const char *' are not pointers to " + "compatible types")); + EXPECT_THAT(Eval("p_int0 + cp_int5"), + IsError("invalid operands to binary expression ('int *' and " + "'const int *')")); + EXPECT_THAT(Eval("p_int0 > p_char1"), + IsError("comparison of distinct pointer types ('int *' and " + "'const char *')")); + + EXPECT_THAT(Eval("cp_int5 > td_int_ptr0"), IsEqual("true")); + EXPECT_THAT(Eval("cp_int5 < td_int_ptr0"), IsEqual("false")); + EXPECT_THAT(Eval("cp_int5 != td_int_ptr0"), IsEqual("true")); + EXPECT_THAT(Eval("cp_int5 == td_int_ptr0 + offset"), IsEqual("true")); + + EXPECT_THAT(Eval("p_void + 1"), IsError("arithmetic on a pointer to void")); + EXPECT_THAT(Eval("p_void - 1"), IsError("arithmetic on a pointer to void")); + EXPECT_THAT(Eval("p_void - p_char1"), + IsError("'void *' and 'const char *' are not pointers to " + "compatible types")); + EXPECT_THAT(Eval("p_void - p_void"), + IsError("arithmetic on pointers to void")); + + EXPECT_THAT(Eval("pp_void0 - p_char1"), + IsError("'void **' and 'const char *' are not pointers to " + "compatible types")); + EXPECT_THAT(Eval("pp_void0 == p_char1"), + IsError("comparison of distinct pointer types ('void **' and " + "'const char *')")); + + EXPECT_THAT(Eval("+array"), IsOk()); + EXPECT_THAT(Eval("+array_ref"), IsOk()); + EXPECT_THAT(Eval("-array"), + IsError("invalid argument type 'int *' to unary expression\n" + "-array\n" + "^")); + + EXPECT_THAT(Eval("array + 1"), IsOk()); + EXPECT_THAT(Eval("1 + array"), IsOk()); + EXPECT_THAT(Eval("array_ref + 1"), IsOk()); + EXPECT_THAT(Eval("1 + array_ref"), IsOk()); + + EXPECT_THAT(Eval("array - 1"), IsOk()); + EXPECT_THAT(Eval("array_ref - 1"), IsOk()); + EXPECT_THAT( + Eval("1 - array"), + IsError("invalid operands to binary expression ('int' and 'int[10]')\n" + "1 - array\n" + " ^")); + + EXPECT_THAT(Eval("array - array"), IsEqual("0")); + EXPECT_THAT(Eval("array - array_ref"), IsEqual("0")); + EXPECT_THAT(Eval("array_ref - array_ref"), IsEqual("0")); + EXPECT_THAT( + Eval("array + array"), + IsError( + "invalid operands to binary expression ('int[10]' and 'int[10]')\n" + "array + array\n" + " ^")); +} + +TEST_F(EvalTest, PointerPointerArithmeticFloat) { + EXPECT_THAT( + Eval("(int*)0 + 1.1"), + IsError("invalid operands to binary expression ('int *' and 'double')")); + EXPECT_THAT( + Eval("1.1 + (int*)0"), + IsError("invalid operands to binary expression ('double' and 'int *')")); + EXPECT_THAT( + Eval("(int*)0 - 1.1"), + IsError("invalid operands to binary expression ('int *' and 'double')")); +} + +TEST_F(EvalTest, PointerPointerComparison) { + EXPECT_THAT(Eval("p_void == p_void"), IsEqual("true")); + EXPECT_THAT(Eval("p_void == p_char1"), IsEqual("true")); + EXPECT_THAT(Eval("p_void != p_char1"), IsEqual("false")); + EXPECT_THAT(Eval("p_void > p_char1"), IsEqual("false")); + EXPECT_THAT(Eval("p_void >= p_char1"), IsEqual("true")); + EXPECT_THAT(Eval("p_void < (p_char1 + 1)"), IsEqual("true")); + EXPECT_THAT(Eval("pp_void0 + 1 == pp_void1"), IsEqual("true")); + + EXPECT_THAT(Eval("(void*)1 == (void*)1"), IsEqual("true")); + EXPECT_THAT(Eval("(void*)1 != (void*)1"), IsEqual("false")); + EXPECT_THAT(Eval("(void*)2 > (void*)1"), IsEqual("true")); + EXPECT_THAT(Eval("(void*)2 < (void*)1"), IsEqual("false")); + + EXPECT_THAT(Eval("(void*)1 == (char*)1"), IsEqual("true")); + EXPECT_THAT(Eval("(char*)1 != (void*)1"), IsEqual("false")); + EXPECT_THAT(Eval("(void*)2 > (char*)1"), IsEqual("true")); + EXPECT_THAT(Eval("(char*)2 < (void*)1"), IsEqual("false")); +} + +TEST_F(EvalTest, PointerIntegerComparison) { + EXPECT_THAT(Eval("(void*)0 == 0"), IsEqual("true")); + EXPECT_THAT(Eval("0 != (void*)0"), IsEqual("false")); + + EXPECT_THAT(Eval("(void*)0 == nullptr"), IsEqual("true")); + EXPECT_THAT(Eval("(void*)0 != nullptr"), IsEqual("false")); + EXPECT_THAT(Eval("nullptr == (void*)1"), IsEqual("false")); + EXPECT_THAT(Eval("nullptr != (void*)1"), IsEqual("true")); + + EXPECT_THAT(Eval("nullptr == nullptr"), IsEqual("true")); + EXPECT_THAT(Eval("nullptr != nullptr"), IsEqual("false")); + + EXPECT_THAT(Eval("nullptr == 0"), IsEqual("true")); + EXPECT_THAT(Eval("0 != nullptr"), IsEqual("false")); + EXPECT_THAT(Eval("nullptr == 0U"), IsEqual("true")); + EXPECT_THAT(Eval("0L != nullptr"), IsEqual("false")); + EXPECT_THAT(Eval("nullptr == 0UL"), IsEqual("true")); + EXPECT_THAT(Eval("0ULL != nullptr"), IsEqual("false")); + EXPECT_THAT(Eval("nullptr == 0x0"), IsEqual("true")); + EXPECT_THAT(Eval("0b0 != nullptr"), IsEqual("false")); + EXPECT_THAT(Eval("nullptr == 00"), IsEqual("true")); + EXPECT_THAT(Eval("0x0LLU != nullptr"), IsEqual("false")); + + EXPECT_THAT(Eval("0 == std_nullptr_t"), IsEqual("true")); + EXPECT_THAT(Eval("std_nullptr_t != 0"), IsEqual("false")); + + EXPECT_THAT(Eval("(void*)0 > nullptr"), + IsError("invalid operands to binary expression ('void *' and " + "'std::nullptr_t')")); + + EXPECT_THAT(Eval("nullptr > 0"), + IsError("invalid operands to binary expression ('std::nullptr_t' " + "and 'int')")); + + EXPECT_THAT(Eval("1 == nullptr"), + IsError("invalid operands to binary expression ('int' and " + "'std::nullptr_t')")); + + EXPECT_THAT(Eval("nullptr == (int)0"), + IsError("invalid operands to binary expression ('std::nullptr_t' " + "and 'int')")); + + EXPECT_THAT(Eval("false == nullptr"), + IsError("invalid operands to binary expression ('bool' and " + "'std::nullptr_t')")); + + EXPECT_THAT(Eval("nullptr == (true ? 0 : 0)"), + IsError("invalid operands to binary expression ('std::nullptr_t' " + "and 'int')")); + + EXPECT_THAT( + Eval("nullptr > nullptr"), + IsError("invalid operands to binary expression ('std::nullptr_t' and " + "'std::nullptr_t')")); + + // These are not allowed by C++, but we support it as an extension. + EXPECT_THAT(Eval("(void*)1 == 1"), IsEqual("true")); + EXPECT_THAT(Eval("(void*)1 == 0"), IsEqual("false")); + EXPECT_THAT(Eval("(void*)1 > 0"), IsEqual("true")); + EXPECT_THAT(Eval("(void*)1 < 0"), IsEqual("false")); + EXPECT_THAT(Eval("1 > (void*)0"), IsEqual("true")); + EXPECT_THAT(Eval("2 < (void*)3"), IsEqual("true")); + + // Integer is converted to uintptr_t, so negative numbers because large + // positive numbers. + EXPECT_THAT(Eval("(void*)0xffffffffffffffff == -1"), IsEqual("true")); + EXPECT_THAT(Eval("(void*)-1 == -1"), IsEqual("true")); + EXPECT_THAT(Eval("(void*)1 > -1"), IsEqual("false")); +} + +TEST_F(EvalTest, TestPointerDereference) { + EXPECT_THAT(Eval("*p_int0"), IsEqual("0")); + EXPECT_THAT(Eval("*p_int0 + 1"), IsEqual("1")); + EXPECT_THAT(Eval("*cp_int5"), IsEqual("5")); + EXPECT_THAT(Eval("*cp_int5 - 1"), IsEqual("4")); + + EXPECT_THAT(Eval("&*p_null"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + EXPECT_THAT(Eval("&p_null[4]"), + IsEqual(Is32Bit() ? "0x00000010" : "0x0000000000000010")); + EXPECT_THAT(Eval("&*(int*)0"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + EXPECT_THAT(Eval("&((int*)0)[1]"), + IsEqual(Is32Bit() ? "0x00000004" : "0x0000000000000004")); + + EXPECT_THAT(Eval("&p_void[0]"), + IsError("subscript of pointer to incomplete type 'void'")); + EXPECT_THAT(Eval("&*p_void"), + IsError("indirection not permitted on operand of type" + " 'void *'")); + EXPECT_THAT(Eval("&pp_void0[2]"), IsOk()); + + EXPECT_THAT(Eval("**pp_int0"), IsEqual("0")); + EXPECT_THAT(Eval("**pp_int0 + 1"), IsEqual("1")); + EXPECT_THAT(Eval("&**pp_int0"), IsOk()); + EXPECT_THAT(Eval("&**pp_int0 + 1"), IsOk()); + + EXPECT_THAT(Eval("&(true ? *p_null : *p_null)"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + + EXPECT_THAT(Eval("&(false ? *p_null : *p_null)"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + EXPECT_THAT(Eval("&*(true ? p_null : nullptr)"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); +} + +TEST_F(EvalTest, TestLogicalOperators) { + EXPECT_THAT(Eval("1 > 2"), IsEqual("false")); + EXPECT_THAT(Eval("1 == 1"), IsEqual("true")); + EXPECT_THAT(Eval("1 > 0.1"), IsEqual("true")); + EXPECT_THAT(Eval("1 && 2"), IsEqual("true")); + EXPECT_THAT(Eval("0 && 1"), IsEqual("false")); + EXPECT_THAT(Eval("0 || 1"), IsEqual("true")); + EXPECT_THAT(Eval("0 || 0"), IsEqual("false")); + + EXPECT_THAT(Eval("!1"), IsEqual("false")); + EXPECT_THAT(Eval("!!1"), IsEqual("true")); + + EXPECT_THAT(Eval("!trueVar"), IsEqual("false")); + EXPECT_THAT(Eval("!!trueVar"), IsEqual("true")); + EXPECT_THAT(Eval("!falseVar"), IsEqual("true")); + EXPECT_THAT(Eval("!!falseVar"), IsEqual("false")); + + EXPECT_THAT(Eval("trueVar && true"), IsEqual("true")); + EXPECT_THAT(Eval("trueVar && (2 > 1)"), IsEqual("true")); + EXPECT_THAT(Eval("trueVar && (2 < 1)"), IsEqual("false")); + + EXPECT_THAT(Eval("falseVar || true"), IsEqual("true")); + EXPECT_THAT(Eval("falseVar && true"), IsEqual("false")); + EXPECT_THAT(Eval("falseVar || (2 > 1)"), IsEqual("true")); + EXPECT_THAT(Eval("falseVar || (2 < 1)"), IsEqual("false")); + + EXPECT_THAT(Eval("true || __doesnt_exist"), + IsError("use of undeclared identifier '__doesnt_exist'")); + EXPECT_THAT(Eval("false && __doesnt_exist"), + IsError("use of undeclared identifier '__doesnt_exist'")); + + EXPECT_THAT(Eval("!p_ptr"), IsEqual("false")); + EXPECT_THAT(Eval("!!p_ptr"), IsEqual("true")); + EXPECT_THAT(Eval("p_ptr && true"), IsEqual("true")); + EXPECT_THAT(Eval("p_ptr && false"), IsEqual("false")); + EXPECT_THAT(Eval("!p_nullptr"), IsEqual("true")); + EXPECT_THAT(Eval("!!p_nullptr"), IsEqual("false")); + EXPECT_THAT(Eval("p_nullptr || true"), IsEqual("true")); + EXPECT_THAT(Eval("p_nullptr || false"), IsEqual("false")); + + EXPECT_THAT(Eval("!array"), IsEqual("false")); + EXPECT_THAT(Eval("!!array"), IsEqual("true")); + EXPECT_THAT(Eval("array || true"), IsEqual("true")); + EXPECT_THAT(Eval("false || array"), IsEqual("true")); + EXPECT_THAT(Eval("array && true"), IsEqual("true")); + EXPECT_THAT(Eval("array && false"), IsEqual("false")); + + EXPECT_THAT(Eval("false || !s"), + IsError("invalid argument type 'S' to unary expression\n" + "false || !s\n" + " ^")); + EXPECT_THAT( + Eval("s || false"), + IsError("value of type 'S' is not contextually convertible to 'bool'\n" + "s || false\n" + "^")); + EXPECT_THAT( + Eval("true || s"), + IsError("value of type 'S' is not contextually convertible to 'bool'\n" + "true || s\n" + " ^")); + EXPECT_THAT( + Eval("s ? 1 : 2"), + IsError("value of type 'S' is not contextually convertible to 'bool'")); +} + +TEST_F(EvalTest, TestLocalVariables) { + EXPECT_THAT(Eval("a"), IsEqual("1")); + EXPECT_THAT(Eval("b"), IsEqual("2")); + EXPECT_THAT(Eval("a + b"), IsEqual("3")); + + EXPECT_THAT(Eval("c + 1"), IsEqual("-2")); + EXPECT_THAT(Eval("s + 1"), IsEqual("5")); + EXPECT_THAT(Eval("c + s"), IsEqual("1")); + + EXPECT_THAT(Eval("__test_non_variable + 1"), + IsError("use of undeclared identifier '__test_non_variable'")); +} + +TEST_F(EvalTest, TestMemberOf) { + EXPECT_THAT(Eval("s.x"), IsEqual("1")); + EXPECT_THAT(Eval("s.r"), IsEqual("2")); + EXPECT_THAT(Eval("s.r + 1"), IsEqual("3")); + EXPECT_THAT(Eval("sr.x"), IsEqual("1")); + EXPECT_THAT(Eval("sr.r"), IsEqual("2")); + EXPECT_THAT(Eval("sr.r + 1"), IsEqual("3")); + EXPECT_THAT(Eval("sp->x"), IsEqual("1")); + EXPECT_THAT(Eval("sp->r"), IsEqual("2")); + EXPECT_THAT(Eval("sp->r + 1"), IsEqual("3")); + EXPECT_THAT(Eval("sarr->x"), IsEqual("5")); + EXPECT_THAT(Eval("sarr->r"), IsEqual("2")); + EXPECT_THAT(Eval("sarr->r + 1"), IsEqual("3")); + EXPECT_THAT(Eval("(sarr + 1)->x"), IsEqual("1")); + + EXPECT_THAT( + Eval("sp->4"), + IsError( + ":1:5: expected 'identifier', got: <'4' (numeric_constant)>\n" + "sp->4\n" + " ^")); + EXPECT_THAT(Eval("sp->foo"), IsError("no member named 'foo' in 'Sx'")); + EXPECT_THAT( + Eval("sp->r / (void*)0"), + IsError("invalid operands to binary expression ('int' and 'void *')")); + + EXPECT_THAT(Eval("sp.x"), IsError("member reference type 'Sx *' is a " + "pointer; did you mean to use '->'")); + EXPECT_THAT( + Eval("sarr.x"), + IsError( + "member reference base type 'Sx[2]' is not a structure or union")); + + // Test for record typedefs. + EXPECT_THAT(Eval("sa.x"), IsEqual("3")); + EXPECT_THAT(Eval("sa.y"), IsEqual("'\\x04'")); + + // TODO(werat): Implement address-of-member-or combination. + // EXPECT_THAT(Eval("&((Sx*)0)->x"), IsEqual("0x0000000000000000")); + // EXPECT_THAT(Eval("&((Sx*)0)->y"), IsEqual("0x0000000000000010")); + // EXPECT_THAT(Eval("&(*(Sx*)0).x"), IsEqual("0x0000000000000000")); + // EXPECT_THAT(Eval("&(*(Sx*)0).y"), IsEqual("0x0000000000000010")); +} + +TEST_F(EvalTest, TestMemberOfInheritance) { + EXPECT_THAT(Eval("a.a_"), IsEqual("1")); + EXPECT_THAT(Eval("b.b_"), IsEqual("2")); + EXPECT_THAT(Eval("c.a_"), IsEqual("1")); + EXPECT_THAT(Eval("c.b_"), IsEqual("2")); + EXPECT_THAT(Eval("c.c_"), IsEqual("3")); + EXPECT_THAT(Eval("d.a_"), IsEqual("1")); + EXPECT_THAT(Eval("d.b_"), IsEqual("2")); + EXPECT_THAT(Eval("d.c_"), IsEqual("3")); + EXPECT_THAT(Eval("d.d_"), IsEqual("4")); + EXPECT_THAT(Eval("d.fa_.a_"), IsEqual("5")); + + EXPECT_THAT(Eval("bat.weight_"), IsEqual("10")); + + EXPECT_THAT(Eval("plugin.x"), IsEqual("1")); + EXPECT_THAT(Eval("plugin.y"), IsEqual("2")); + + EXPECT_THAT(Eval("engine.x"), IsEqual("1")); + EXPECT_THAT(Eval("engine.y"), IsEqual("2")); + EXPECT_THAT(Eval("engine.z"), IsEqual("3")); + + EXPECT_THAT(Eval("parent_base->x"), IsEqual("1")); + EXPECT_THAT(Eval("parent_base->y"), IsEqual("2")); + EXPECT_THAT(Eval("parent->x"), IsEqual("1")); + EXPECT_THAT(Eval("parent->y"), IsEqual("2")); + EXPECT_THAT(Eval("parent->z"), IsEqual("3")); +} + +TEST_F(EvalTest, TestMemberOfAnonymousMember) { + EXPECT_THAT(Eval("a.x"), IsEqual("1")); + EXPECT_THAT(Eval("a.y"), IsEqual("2")); + + EXPECT_THAT(Eval("b.x"), IsError("no member named 'x' in 'B'")); + EXPECT_THAT(Eval("b.y"), IsError("no member named 'y' in 'B'")); + EXPECT_THAT(Eval("b.z"), IsEqual("3")); + EXPECT_THAT(Eval("b.w"), IsEqual("4")); + EXPECT_THAT(Eval("b.a.x"), IsEqual("1")); + EXPECT_THAT(Eval("b.a.y"), IsEqual("2")); + + EXPECT_THAT(Eval("c.x"), IsEqual("5")); + EXPECT_THAT(Eval("c.y"), IsEqual("6")); + + EXPECT_THAT(Eval("d.x"), IsEqual("7")); + EXPECT_THAT(Eval("d.y"), IsEqual("8")); + EXPECT_THAT(Eval("d.z"), IsEqual("9")); + EXPECT_THAT(Eval("d.w"), IsEqual("10")); + + EXPECT_THAT(Eval("e.x"), IsError("no member named 'x' in 'E'")); + EXPECT_THAT(Eval("f.x"), IsError("no member named 'x' in 'F'")); + EXPECT_THAT(Eval("f.named_field.x"), IsEqual("12")); + + EXPECT_THAT(Eval("unnamed_derived.x"), IsEqual("1")); + EXPECT_THAT(Eval("unnamed_derived.y"), IsEqual("2")); + EXPECT_THAT(Eval("unnamed_derived.z"), IsEqual("13")); + + EXPECT_THAT(Eval("derb.x"), IsError("no member named 'x' in 'DerivedB'")); + EXPECT_THAT(Eval("derb.y"), IsError("no member named 'y' in 'DerivedB'")); + EXPECT_THAT(Eval("derb.z"), IsEqual("3")); + EXPECT_THAT(Eval("derb.w"), IsEqual("14")); + EXPECT_THAT(Eval("derb.k"), IsEqual("15")); + EXPECT_THAT(Eval("derb.a.x"), IsEqual("1")); + EXPECT_THAT(Eval("derb.a.y"), IsEqual("2")); +} + +TEST_F(EvalTest, TestGlobalVariableLookup) { + EXPECT_THAT(Eval("globalVar"), IsEqual("-559038737")); // 0xDEADBEEF + EXPECT_THAT(Eval("globalPtr"), IsOk()); + EXPECT_THAT(Eval("globalRef"), IsEqual("-559038737")); + EXPECT_THAT(Eval("::globalPtr"), IsOk()); + EXPECT_THAT(Eval("::globalRef"), IsEqual("-559038737")); + + EXPECT_THAT(Eval("externGlobalVar"), IsEqual("12648430")); // 0x00C0FFEE + EXPECT_THAT(Eval("::externGlobalVar"), IsEqual("12648430")); + + EXPECT_THAT(Eval("ns::globalVar"), IsEqual("13")); + EXPECT_THAT(Eval("ns::globalPtr"), IsOk()); + EXPECT_THAT(Eval("ns::globalRef"), IsEqual("13")); + EXPECT_THAT(Eval("::ns::globalVar"), IsEqual("13")); + EXPECT_THAT(Eval("::ns::globalPtr"), IsOk()); +} + +TEST_F(EvalTest, TestInstanceVariables) { + EXPECT_THAT(Eval("this->field_"), IsEqual("1")); + EXPECT_THAT(Eval("this.field_"), + IsError("member reference type 'TestMethods *' is a pointer; did " + "you mean to use '->'?")); + + EXPECT_THAT(Eval("c.field_"), IsEqual("-1")); + EXPECT_THAT(Eval("c_ref.field_"), IsEqual("-1")); + EXPECT_THAT(Eval("c_ptr->field_"), IsEqual("-1")); + EXPECT_THAT(Eval("c->field_"), IsError("member reference type 'C' is not a " + "pointer; did you mean to use '.'?")); +} + +TEST_F(EvalTest, TestIndirection) { + EXPECT_THAT(Eval("*p"), IsEqual("1")); + EXPECT_THAT(Eval("p"), IsOk()); + EXPECT_THAT(Eval("*my_p"), IsEqual("1")); + EXPECT_THAT(Eval("my_p"), IsOk()); + EXPECT_THAT(Eval("*my_pr"), IsEqual("1")); + EXPECT_THAT(Eval("my_pr"), IsOk()); + + EXPECT_THAT(Eval("*1"), + IsError("indirection requires pointer operand ('int' invalid)")); + EXPECT_THAT(Eval("*val"), + IsError("indirection requires pointer operand ('int' invalid)")); +} + +TEST_F(EvalTest, TestAddressOf) { + EXPECT_THAT(Eval("&x"), IsOk()); + EXPECT_THAT(Eval("r"), IsOk()); + EXPECT_THAT(Eval("&r"), IsOk()); + EXPECT_THAT(Eval("pr"), IsOk()); + EXPECT_THAT(Eval("&pr"), IsOk()); + EXPECT_THAT(Eval("my_pr"), IsOk()); + EXPECT_THAT(Eval("&my_pr"), IsOk()); + + EXPECT_THAT(Eval("&x == &r"), IsEqual("true")); + EXPECT_THAT(Eval("&x != &r"), IsEqual("false")); + + EXPECT_THAT(Eval("&p == &pr"), IsEqual("true")); + EXPECT_THAT(Eval("&p != &pr"), IsEqual("false")); + EXPECT_THAT(Eval("&p == &my_pr"), IsEqual("true")); + EXPECT_THAT(Eval("&p != &my_pr"), IsEqual("false")); + + EXPECT_THAT(Eval("&globalVar"), IsOk()); + EXPECT_THAT(Eval("&externGlobalVar"), IsOk()); + EXPECT_THAT(Eval("&s_str"), IsOk()); + EXPECT_THAT(Eval("¶m"), IsOk()); + + EXPECT_THAT(Eval("&1"), + IsError("cannot take the address of an rvalue of type 'int'")); + EXPECT_THAT(Eval("&0.1"), + IsError("cannot take the address of an rvalue of type 'double'")); + + EXPECT_THAT( + Eval("&this"), + IsError("cannot take the address of an rvalue of type 'TestMethods *'")); + EXPECT_THAT( + Eval("&(&s_str)"), + IsError("cannot take the address of an rvalue of type 'const char **'")); + + EXPECT_THAT(Eval("&(true ? x : x)"), IsOk()); + EXPECT_THAT(Eval("&(true ? 1 : 1)"), + IsError("cannot take the address of an rvalue of type 'int'")); + + EXPECT_THAT(Eval("&(true ? c : c)"), IsOk()); + EXPECT_THAT(Eval("&(true ? c : (char)1)"), + IsError("cannot take the address of an rvalue of type 'char'")); + EXPECT_THAT(Eval("&(true ? c : 1)"), + IsError("cannot take the address of an rvalue of type 'int'")); +} + +TEST_F(EvalTest, TestSubscript) { + // const char* + EXPECT_THAT(Eval("char_ptr[0]"), IsEqual("'l'")); + EXPECT_THAT(Eval("1[char_ptr]"), IsEqual("'o'")); + + // const char[] + EXPECT_THAT(Eval("char_arr[0]"), IsEqual("'i'")); + EXPECT_THAT(Eval("1[char_arr]"), IsEqual("'p'")); + + // Boolean types are integral too! + EXPECT_THAT(Eval("int_arr[false]"), IsEqual("1")); + EXPECT_THAT(Eval("true[int_arr]"), IsEqual("2")); + + // As well as unscoped enums. + EXPECT_THAT(Eval("int_arr[enum_one]"), IsEqual("2")); + EXPECT_THAT(Eval("enum_one[int_arr]"), IsEqual("2")); + + // But floats are not. + EXPECT_THAT(Eval("int_arr[1.0]"), + IsError("array subscript is not an integer")); + + // Base should be a "pointer to T" and index should be of an integral type. + EXPECT_THAT(Eval("char_arr[char_ptr]"), + IsError("array subscript is not an integer")); + EXPECT_THAT(Eval("1[2]"), + IsError("subscripted value is not an array or pointer")); + + // Test when base and index are references. + EXPECT_THAT(Eval("c_arr[0].field_"), IsEqual("0")); + EXPECT_THAT(Eval("c_arr[idx_1_ref].field_"), IsEqual("1")); + EXPECT_THAT(Eval("c_arr[enum_ref].field_"), IsEqual("1")); + EXPECT_THAT(Eval("c_arr_ref[0].field_"), IsEqual("0")); + EXPECT_THAT(Eval("c_arr_ref[idx_1_ref].field_"), IsEqual("1")); + EXPECT_THAT(Eval("c_arr_ref[enum_ref].field_"), IsEqual("1")); + + // Test when base and index are typedefs. + bool compare_types = true; +#if LLVM_VERSION_MAJOR < 12 + // Older LLVM versions return canonical types when accessing array elements. + compare_types = false; +#endif + EXPECT_THAT(Eval("td_int_arr[0]"), IsEqual("1", compare_types)); + EXPECT_THAT(Eval("td_int_arr[td_int_idx_1]"), IsEqual("2", compare_types)); + EXPECT_THAT(Eval("td_int_arr[td_td_int_idx_2]"), IsEqual("3", compare_types)); + EXPECT_THAT(Eval("td_int_ptr[0]"), IsEqual("1")); + EXPECT_THAT(Eval("td_int_ptr[td_int_idx_1]"), IsEqual("2")); + EXPECT_THAT(Eval("td_int_ptr[td_td_int_idx_2]"), IsEqual("3")); + // Both typedefs and refs! + EXPECT_THAT(Eval("td_int_arr_ref[td_int_idx_1_ref]"), + IsEqual("2", compare_types)); + + // Test for index out of bounds. + EXPECT_THAT(Eval("int_arr[42]"), IsOk()); + EXPECT_THAT(Eval("int_arr[100]"), IsOk()); + + // Test for negative index. + EXPECT_THAT(Eval("int_arr[-1]"), IsOk()); + EXPECT_THAT(Eval("int_arr[-42]"), IsOk()); + + // Test for "max unsigned char". + EXPECT_THAT(Eval("uint8_arr[uchar_idx]"), IsEqual("'\\xab'", compare_types)); + + // Test address-of of the subscripted value. + EXPECT_THAT(Eval("(&c_arr[1])->field_"), IsEqual("1")); +} + +TEST_F(EvalTest, TestCStyleCastBuiltins) { + EXPECT_THAT(Eval("(int)1"), IsOk()); + EXPECT_THAT(Eval("(long long)1"), IsOk()); + EXPECT_THAT(Eval("(unsigned long)1"), IsOk()); + EXPECT_THAT(Eval("(long const const)1"), IsOk()); + EXPECT_THAT(Eval("(long const long)1"), IsOk()); + + EXPECT_THAT(Eval("(char*)1"), IsOk()); + EXPECT_THAT(Eval("(long long**)1"), IsOk()); + EXPECT_THAT(Eval("(const long const long const* const const)1"), IsOk()); + + EXPECT_THAT( + Eval("(long&*)1"), + IsError( + "'type name' declared as a pointer to a reference of type 'long &'\n" + "(long&*)1\n" + " ^")); + + EXPECT_THAT(Eval("(long& &)1"), + IsError("type name declared as a reference to a reference\n" + "(long& &)1\n" + " ^")); + + EXPECT_THAT( + Eval("(long 1)1"), + IsError(":1:7: expected 'r_paren', got: <'1' (numeric_constant)>\n" + "(long 1)1\n" + " ^")); +} + +TEST_F(EvalTest, TestCStyleCastBasicType) { + // Test with integer literals. + EXPECT_THAT(Eval("(char)1"), IsEqual("'\\x01'")); + EXPECT_THAT(Eval("(unsigned char)-1"), IsEqual("'\\xff'")); + EXPECT_THAT(Eval("(short)-1"), IsEqual("-1")); + EXPECT_THAT(Eval("(unsigned short)-1"), IsEqual("65535")); + EXPECT_THAT(Eval("(long long)1"), IsEqual("1")); + EXPECT_THAT(Eval("(unsigned long long)-1"), IsEqual("18446744073709551615")); + EXPECT_THAT(Eval("(short)65534"), IsEqual("-2")); + EXPECT_THAT(Eval("(unsigned short)100000"), IsEqual("34464")); + EXPECT_THAT(Eval("(int)false"), IsEqual("0")); + EXPECT_THAT(Eval("(int)true"), IsEqual("1")); + EXPECT_THAT(Eval("(float)1"), IsEqual("1")); + EXPECT_THAT(Eval("(float)1.1"), IsEqual("1.10000002")); + EXPECT_THAT(Eval("(float)1.1f"), IsEqual("1.10000002")); + EXPECT_THAT(Eval("(float)-1.1"), IsEqual("-1.10000002")); + EXPECT_THAT(Eval("(float)-1.1f"), IsEqual("-1.10000002")); + EXPECT_THAT(Eval("(float)false"), IsEqual("0")); + EXPECT_THAT(Eval("(float)true"), IsEqual("1")); + EXPECT_THAT(Eval("(double)1"), IsEqual("1")); + EXPECT_THAT(Eval("(double)1.1"), IsEqual("1.1000000000000001")); + EXPECT_THAT(Eval("(double)1.1f"), IsEqual("1.1000000238418579")); + EXPECT_THAT(Eval("(double)-1.1"), IsEqual("-1.1000000000000001")); + EXPECT_THAT(Eval("(double)-1.1f"), IsEqual("-1.1000000238418579")); + EXPECT_THAT(Eval("(double)false"), IsEqual("0")); + EXPECT_THAT(Eval("(double)true"), IsEqual("1")); + EXPECT_THAT(Eval("(int)1.1"), IsEqual("1")); + EXPECT_THAT(Eval("(int)1.1f"), IsEqual("1")); + EXPECT_THAT(Eval("(int)-1.1"), IsEqual("-1")); + EXPECT_THAT(Eval("(long)1.1"), IsEqual("1")); + EXPECT_THAT(Eval("(long)-1.1f"), IsEqual("-1")); + EXPECT_THAT(Eval("(bool)0"), IsEqual("false")); + EXPECT_THAT(Eval("(bool)0.0"), IsEqual("false")); + EXPECT_THAT(Eval("(bool)0.0f"), IsEqual("false")); + EXPECT_THAT(Eval("(bool)3"), IsEqual("true")); + EXPECT_THAT(Eval("(bool)-3"), IsEqual("true")); + EXPECT_THAT(Eval("(bool)-3.4"), IsEqual("true")); + EXPECT_THAT(Eval("(bool)-0.1"), IsEqual("true")); + EXPECT_THAT(Eval("(bool)-0.1f"), IsEqual("true")); + + EXPECT_THAT(Eval("&(int)1"), + IsError("cannot take the address of an rvalue of type 'int'")); + + // Test with variables. + EXPECT_THAT(Eval("(char)a"), IsEqual("'\\x01'")); + EXPECT_THAT(Eval("(unsigned char)na"), IsEqual("'\\xff'")); + EXPECT_THAT(Eval("(short)na"), IsEqual("-1")); + EXPECT_THAT(Eval("(unsigned short)-a"), IsEqual("65535")); + EXPECT_THAT(Eval("(long long)a"), IsEqual("1")); + EXPECT_THAT(Eval("(unsigned long long)-1"), IsEqual("18446744073709551615")); + EXPECT_THAT(Eval("(float)a"), IsEqual("1")); + EXPECT_THAT(Eval("(float)f"), IsEqual("1.10000002")); + EXPECT_THAT(Eval("(double)f"), IsEqual("1.1000000238418579")); + EXPECT_THAT(Eval("(int)f"), IsEqual("1")); + EXPECT_THAT(Eval("(long)f"), IsEqual("1")); + EXPECT_THAT(Eval("(bool)finf"), IsEqual("true")); + EXPECT_THAT(Eval("(bool)fnan"), IsEqual("true")); + EXPECT_THAT(Eval("(bool)fsnan"), IsEqual("true")); + EXPECT_THAT(Eval("(bool)fmax"), IsEqual("true")); + EXPECT_THAT(Eval("(bool)fdenorm"), IsEqual("true")); + + EXPECT_THAT( + Eval("(int)ns_foo_"), + IsError( + "cannot convert 'ns::Foo' to 'int' without a conversion operator")); + + // Test with typedefs and namespaces. + EXPECT_THAT(Eval("(myint)1"), IsEqual("1")); + EXPECT_THAT(Eval("(myint)1LL"), IsEqual("1")); + EXPECT_THAT(Eval("(ns::myint)1"), IsEqual("1")); + EXPECT_THAT(Eval("(::ns::myint)1"), IsEqual("1")); + EXPECT_THAT(Eval("(::ns::myint)myint_"), IsEqual("1")); + + EXPECT_THAT(Eval("(int)myint_"), IsEqual("1")); + EXPECT_THAT(Eval("(int)ns_myint_"), IsEqual("2")); + EXPECT_THAT(Eval("(long long)myint_"), IsEqual("1")); + EXPECT_THAT(Eval("(long long)ns_myint_"), IsEqual("2")); + EXPECT_THAT(Eval("(::ns::myint)myint_"), IsEqual("1")); + + EXPECT_THAT(Eval("(ns::inner::mydouble)1"), IsEqual("1")); + EXPECT_THAT(Eval("(::ns::inner::mydouble)1.2"), IsEqual("1.2")); + EXPECT_THAT(Eval("(ns::inner::mydouble)myint_"), IsEqual("1")); + EXPECT_THAT(Eval("(::ns::inner::mydouble)ns_inner_mydouble_"), + IsEqual("1.2")); + EXPECT_THAT(Eval("(myint)ns_inner_mydouble_"), IsEqual("1")); + + // Test with pointers and arrays. + EXPECT_THAT(Eval("(long long)ap"), IsOk()); + EXPECT_THAT(Eval("(unsigned long long)vp"), IsOk()); + EXPECT_THAT(Eval("(long long)arr"), IsOk()); + EXPECT_THAT(Eval("(bool)ap"), IsEqual("true")); + EXPECT_THAT(Eval("(bool)(int*)0x00000000"), IsEqual("false")); + EXPECT_THAT(Eval("(bool)nullptr"), IsEqual("false")); + EXPECT_THAT(Eval("(bool)arr"), IsEqual("true")); + EXPECT_THAT( + Eval("(char)ap"), + IsError("cast from pointer to smaller type 'char' loses information")); + if (Is32Bit()) { + EXPECT_THAT(Eval("(int)arr"), IsOk()); + } else { + EXPECT_THAT( + Eval("(int)arr"), + IsError("cast from pointer to smaller type 'int' loses information")); + } + +#ifdef _WIN32 + EXPECT_THAT( + Eval("(long)ap"), + IsError("cast from pointer to smaller type 'long' loses information")); +#endif + + EXPECT_THAT(Eval("(float)ap"), + IsError("C-style cast from 'int *' to 'float' is not allowed")); + EXPECT_THAT(Eval("(float)arr"), + IsError("C-style cast from 'int *' to 'float' is not allowed")); +} + +TEST_F(EvalTest, TestCStyleCastPointer) { + EXPECT_THAT(Eval("(void*)&a"), IsOk()); + EXPECT_THAT(Eval("(void*)ap"), IsOk()); + EXPECT_THAT(Eval("(long long*)vp"), IsOk()); + EXPECT_THAT(Eval("(short int*)vp"), IsOk()); + EXPECT_THAT(Eval("(unsigned long long*)vp"), IsOk()); + EXPECT_THAT(Eval("(unsigned short int*)vp"), IsOk()); + + EXPECT_THAT(Eval("(void*)0"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + EXPECT_THAT(Eval("(void*)1"), + IsEqual(Is32Bit() ? "0x00000001" : "0x0000000000000001")); + EXPECT_THAT(Eval("(void*)a"), + IsEqual(Is32Bit() ? "0x00000001" : "0x0000000000000001")); + EXPECT_THAT(Eval("(void*)na"), + IsEqual(Is32Bit() ? "0xffffffff" : "0xffffffffffffffff")); + EXPECT_THAT(Eval("(int*&)ap"), IsOk()); + + EXPECT_THAT( + Eval("(char*) 1.0"), + IsError("cannot cast from type 'double' to pointer type 'char *'")); + + EXPECT_THAT(Eval("*(const int* const)ap"), IsEqual("1")); + EXPECT_THAT(Eval("*(volatile int* const)ap"), IsEqual("1")); + EXPECT_THAT(Eval("*(const int* const)vp"), IsEqual("1")); + EXPECT_THAT(Eval("*(const int* const volatile const)vp"), IsEqual("1")); + EXPECT_THAT(Eval("*(int*)(void*)ap"), IsEqual("1")); + EXPECT_THAT(Eval("*(int*)(const void* const volatile)ap"), IsEqual("1")); + + EXPECT_THAT(Eval("(ns::Foo*)ns_inner_foo_ptr_"), IsOk()); + EXPECT_THAT(Eval("(ns::inner::Foo*)ns_foo_ptr_"), IsOk()); + + EXPECT_THAT(Eval("(int& &)ap"), + IsError("type name declared as a reference to a reference")); + EXPECT_THAT(Eval("(int&*)ap"), IsError("'type name' declared as a pointer " + "to a reference of type 'int &'")); + + // EXPECT_THAT(Eval("(nullptr_t)nullptr"), + // IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + // EXPECT_THAT(Eval("(nullptr_t)0"), + // IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + + // EXPECT_THAT( + // Eval("(nullptr_t)1"), + // IsError("C-style cast from 'int' to 'nullptr_t' (aka 'std::nullptr_t')" + // " is not allowed")); + // EXPECT_THAT( + // Eval("(nullptr_t)ap"), + // IsError("C-style cast from 'int *' to 'nullptr_t' (aka 'std::nullptr_t')" + // " is not allowed")); +} + +// TEST_F(EvalTest, TestCStyleCastNullptrType) { +// if (Is32Bit()) { +// EXPECT_THAT(Eval("(int)nullptr"), IsOk()); +// } else { +// EXPECT_THAT( +// Eval("(int)nullptr"), +// IsError("cast from pointer to smaller type 'int' loses information")); +// } +// EXPECT_THAT(Eval("(uint64_t)nullptr"), IsEqual("0")); + +// EXPECT_THAT(Eval("(void*)nullptr"), +// IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); +// EXPECT_THAT(Eval("(char*)nullptr"), +// IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); +// } + +TEST_F(EvalTest, TestCStyleCastArray) { + EXPECT_THAT(Eval("(int*)arr_1d"), IsOk()); + EXPECT_THAT(Eval("(char*)arr_1d"), IsOk()); + EXPECT_THAT(Eval("((char*)arr_1d)[0]"), IsEqual("'\\x01'")); + EXPECT_THAT(Eval("((char*)arr_1d)[1]"), IsEqual("'\\0'")); + + // 2D arrays. + EXPECT_THAT(Eval("(int*)arr_2d"), IsOk()); + EXPECT_THAT(Eval("((int*)arr_2d)[1]"), IsEqual("2")); + EXPECT_THAT(Eval("((int*)arr_2d)[2]"), IsEqual("3")); + EXPECT_THAT(Eval("((int*)arr_2d[1])[1]"), IsEqual("5")); +} + +TEST_F(EvalTest, TestArrayDereference) { + EXPECT_THAT(Eval("*arr_1d"), IsEqual("1")); + EXPECT_THAT(Eval("&*arr_1d"), IsOk()); + EXPECT_THAT(Eval("*(arr_1d + 1)"), IsEqual("2")); + + EXPECT_THAT(Eval("(int*)*arr_2d"), IsOk()); + EXPECT_THAT(Eval("&*arr_2d"), IsOk()); + EXPECT_THAT(Eval("**arr_2d"), IsEqual("1")); + EXPECT_THAT(Eval("*arr_2d[1]"), IsEqual("4")); + EXPECT_THAT(Eval("(*arr_2d)[1]"), IsEqual("2")); + EXPECT_THAT(Eval("**(arr_2d + 1)"), IsEqual("4")); + EXPECT_THAT(Eval("*(*(arr_2d + 1) + 1)"), IsEqual("5")); +} + +TEST_F(EvalTest, TestCStyleCastReference) { + EXPECT_THAT(Eval("((InnerFoo&)arr_1d[1]).a"), IsEqual("2")); + EXPECT_THAT(Eval("((InnerFoo&)arr_1d[1]).b"), IsEqual("3")); + + EXPECT_THAT(Eval("(int&)arr_1d[0]"), IsEqual("1")); + EXPECT_THAT(Eval("(int&)arr_1d[1]"), IsEqual("2")); + + EXPECT_THAT(Eval("(int&)0"), + IsError("C-style cast from rvalue to reference type 'int &'")); + EXPECT_THAT(Eval("&(int&)arr_1d"), IsOk()); +} + +TEST_F(EvalTest, TestCxxStaticCast) { + // Cast to scalars. + EXPECT_THAT(Eval("static_cast(1.1)"), IsEqual("1")); + EXPECT_THAT(Eval("static_cast(1)"), IsEqual("1")); + EXPECT_THAT(Eval("static_cast(128)"), IsEqual("'\\x80'")); + EXPECT_THAT(Eval("static_cast(nullptr)"), IsEqual("false")); + EXPECT_THAT(Eval("static_cast((int*)0)"), IsEqual("false")); + EXPECT_THAT(Eval("static_cast(arr)"), IsEqual("true")); + EXPECT_THAT(Eval("static_cast(u_enum)"), IsEqual("2")); + EXPECT_THAT(Eval("static_cast(s_enum)"), IsEqual("1")); + EXPECT_THAT(Eval("static_cast(5.3)"), IsEqual("5")); + EXPECT_THAT(Eval("static_cast(4)"), IsEqual("4")); + EXPECT_THAT(Eval("static_cast(td_int)"), IsEqual("13")); + + EXPECT_THAT(Eval("static_cast(nullptr)"), + IsError("static_cast from 'std::nullptr_t' to 'long long' is not " + "allowed")); + + EXPECT_THAT( + Eval("static_cast(ptr)"), + IsError("static_cast from 'int *' to 'long long' is not allowed")); + EXPECT_THAT( + Eval("static_cast(arr)"), + IsError("static_cast from 'int *' to 'long long' is not allowed")); + EXPECT_THAT( + Eval("static_cast(parent)"), + IsError( + "cannot convert 'CxxParent' to 'int' without a conversion operator")); + EXPECT_THAT( + Eval("static_cast(base)"), + IsError("static_cast from 'CxxBase *' to 'long long' is not allowed")); + + // Cast to enums. + EXPECT_THAT(Eval("static_cast(0)"), IsEqual("kUZero")); + EXPECT_THAT(Eval("static_cast(s_enum)"), IsEqual("kUOne")); + EXPECT_THAT(Eval("static_cast(2.1)"), IsEqual("kUTwo")); + EXPECT_THAT(Eval("static_cast(true)"), IsEqual("kSOne")); + EXPECT_THAT(Eval("static_cast(0.4f)"), IsEqual("kSZero")); + EXPECT_THAT(Eval("static_cast(td_senum)"), IsEqual("kSOne")); + EXPECT_THAT(Eval("static_cast(UEnum::kUOne)"), IsEqual("kSOne")); + + EXPECT_THAT( + Eval("static_cast(nullptr)"), + IsError("static_cast from 'std::nullptr_t' to 'UEnum' is not allowed")); + + EXPECT_THAT(Eval("static_cast(ptr)"), + IsError("static_cast from 'int *' to 'UEnum' is not allowed")); + EXPECT_THAT( + Eval("static_cast(parent)"), + IsError("static_cast from 'CxxParent' to 'SEnum' is not allowed")); + + // Cast to pointers. + EXPECT_THAT(Eval("static_cast(0)"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + EXPECT_THAT(Eval("static_cast(nullptr)"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + EXPECT_THAT(Eval("*static_cast(arr)"), IsEqual("1")); + EXPECT_THAT(Eval("*static_cast(arr)"), IsEqual("1")); + EXPECT_THAT(Eval("static_cast(ptr)"), IsOk()); + EXPECT_THAT(Eval("static_cast((void*)4)"), + IsEqual(Is32Bit() ? "0x00000004" : "0x0000000000000004")); + EXPECT_THAT(Eval("static_cast(ptr)"), + IsError("static_cast from 'int *' to 'long *' is not allowed")); + EXPECT_THAT(Eval("static_cast(arr)"), + IsError("static_cast from 'int *' to 'float *' is not allowed")); + + // // Cast to nullptr. + // EXPECT_THAT(Eval("static_cast(nullptr)"), + // IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + // EXPECT_THAT(Eval("static_cast(0)"), + // IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + + // EXPECT_THAT( + // Eval("static_cast((int)0)"), + // IsError("static_cast from 'int' to 'nullptr_t' (aka 'std::nullptr_t')" + // " is not allowed")); + // EXPECT_THAT( + // Eval("static_cast((void*)0)"), + // IsError("static_cast from 'void *' to 'nullptr_t' (aka 'std::nullptr_t')" + // " is not allowed")); + + // Cast to references. + EXPECT_THAT(Eval("static_cast(parent.b)"), IsEqual("2")); + EXPECT_THAT(Eval("&static_cast(parent.b)"), IsOk()); + EXPECT_THAT( + Eval("static_cast(parent.c)"), + IsError( + "static_cast from 'long long' to 'int &' is not implemented yet")); + EXPECT_THAT(Eval("static_cast(5)"), + IsError("static_cast from rvalue of type 'int' to reference type " + "'int &' is not implemented yet")); + + // Invalid expressions. + EXPECT_THAT(Eval("static_cast<1>(1)"), + IsError("type name requires a specifier or qualifier")); + EXPECT_THAT(Eval("static_cast<>(1)"), + IsError("type name requires a specifier or qualifier")); + EXPECT_THAT(Eval("static_cast(1)"), + IsError("unknown type name 'parent'")); + EXPECT_THAT(Eval("static_cast CxxParent>(1)"), + IsError("two or more data types in declaration of 'type name'")); +} + +TEST_F(EvalTest, TestCastDerivedToBase) { + EXPECT_THAT(Eval("static_cast(&a)->a"), IsEqual("1")); + EXPECT_THAT(Eval("static_cast(&c)->a"), IsEqual("3")); + EXPECT_THAT(Eval("static_cast(&c)->b"), IsEqual("4")); + EXPECT_THAT(Eval("static_cast(&c)->c"), + IsError("no member named 'c' in 'CxxB'")); + EXPECT_THAT(Eval("static_cast(&e)->b"), IsEqual("8")); + EXPECT_THAT(Eval("static_cast(&e)->a"), IsEqual("7")); + EXPECT_THAT(Eval("static_cast(&e)->b"), IsEqual("8")); + EXPECT_THAT(Eval("static_cast(&e)->c"), IsEqual("9")); + EXPECT_THAT(Eval("static_cast(&d)"), + IsError("static_cast from 'CxxD *' to 'CxxB *', which are not " + "related by inheritance, is not allowed")); + + // Cast via virtual inheritance. + EXPECT_THAT(Eval("static_cast(&vc)->a"), IsEqual("12")); + EXPECT_THAT(Eval("static_cast(&vc)->b"), IsEqual("13")); + EXPECT_THAT(Eval("static_cast(&vc)->c"), + IsError("no member named 'c' in 'CxxB'")); + EXPECT_THAT(Eval("static_cast(&ve)->b"), IsEqual("16")); + EXPECT_THAT(Eval("static_cast(&ve)"), + IsError("static_cast from 'CxxVE *' to 'CxxC *', which are not " + "related by inheritance, is not allowed")); + + // Same with references. + EXPECT_THAT(Eval("static_cast(a).a"), IsEqual("1")); + EXPECT_THAT(Eval("static_cast(c).a"), IsEqual("3")); + EXPECT_THAT(Eval("static_cast(c).b"), IsEqual("4")); + EXPECT_THAT(Eval("static_cast(c).c"), + IsError("no member named 'c' in 'CxxB'")); + EXPECT_THAT(Eval("static_cast(e).b"), IsEqual("8")); + EXPECT_THAT(Eval("static_cast(e).a"), IsEqual("7")); + EXPECT_THAT(Eval("static_cast(e).b"), IsEqual("8")); + EXPECT_THAT(Eval("static_cast(e).c"), IsEqual("9")); + EXPECT_THAT(Eval("static_cast(d)"), + IsError("static_cast from 'CxxD' to 'CxxB &', which are not " + "related by inheritance, is not allowed")); + + EXPECT_THAT(Eval("static_cast(vc).a"), IsEqual("12")); + EXPECT_THAT(Eval("static_cast(vc).b"), IsEqual("13")); + EXPECT_THAT(Eval("static_cast(vc).c"), + IsError("no member named 'c' in 'CxxB'")); + EXPECT_THAT(Eval("static_cast(ve).b"), IsEqual("16")); + EXPECT_THAT(Eval("static_cast(ve)"), + IsError("static_cast from 'CxxVE' to 'CxxC &', which are not " + "related by inheritance, is not allowed")); +} + +TEST_F(EvalTest, TestCastBaseToDerived) { + EXPECT_THAT(Eval("static_cast(e_as_b)->a"), IsEqual("7")); + EXPECT_THAT(Eval("static_cast(e_as_b)->b"), IsEqual("8")); + EXPECT_THAT(Eval("static_cast(e_as_b)->c"), IsEqual("9")); + EXPECT_THAT(Eval("static_cast(e_as_b)->d"), IsEqual("10")); + EXPECT_THAT(Eval("static_cast(e_as_b)->e"), IsEqual("11")); + + // Same with references. + EXPECT_THAT(Eval("static_cast(*e_as_b).a"), IsEqual("7")); + EXPECT_THAT(Eval("static_cast(*e_as_b).b"), IsEqual("8")); + EXPECT_THAT(Eval("static_cast(*e_as_b).c"), IsEqual("9")); + EXPECT_THAT(Eval("static_cast(*e_as_b).d"), IsEqual("10")); + EXPECT_THAT(Eval("static_cast(*e_as_b).e"), IsEqual("11")); + + // Base-to-derived conversion isn't possible for virtually inhertied types. + EXPECT_THAT( + Eval("static_cast(ve_as_b)"), + IsError("cannot cast 'CxxB *' to 'CxxVE *' via virtual base 'CxxB'")); + EXPECT_THAT( + Eval("static_cast(*ve_as_b)"), + IsError("cannot cast 'CxxB' to 'CxxVE &' via virtual base 'CxxB'")); +} + +TEST_F(EvalTest, TestCxxDynamicCast) { + // LLDB doesn't support `dynamic_cast` in the expression evaluator. + this->compare_with_lldb_ = false; + + EXPECT_THAT(Eval("dynamic_cast(0)"), + IsError("invalid target type 'int' for dynamic_cast")); + EXPECT_THAT(Eval("dynamic_cast(0)"), + IsError("'int' is not a class type")); + EXPECT_THAT( + Eval("dynamic_cast(1.1)"), + IsError( + "cannot use dynamic_cast to convert from 'double' to 'CxxBase *'")); + EXPECT_THAT(Eval("dynamic_cast((int*)0)"), + IsError("'int' is not a class type")); + EXPECT_THAT(Eval("dynamic_cast(base)"), + IsError("'CxxBase' is not polymorphic")); + EXPECT_THAT(Eval("dynamic_cast(v_base)"), + IsError("dynamic_cast is not supported in this context")); +} + +TEST_F(EvalTest, TestCxxReinterpretCast) { + // Integers and enums can be converted to its own type. + EXPECT_THAT(Eval("reinterpret_cast(true)"), IsEqual("true")); + EXPECT_THAT(Eval("reinterpret_cast(5)"), IsEqual("5")); + EXPECT_THAT(Eval("reinterpret_cast(6)"), IsEqual("6")); + EXPECT_THAT(Eval("reinterpret_cast(td_int)"), IsEqual("13")); + EXPECT_THAT(Eval("reinterpret_cast(100LL)"), IsEqual("100")); + EXPECT_THAT(Eval("reinterpret_cast(u_enum)"), IsEqual("kUTwo")); + EXPECT_THAT(Eval("reinterpret_cast(s_enum)"), IsEqual("kSOne")); + EXPECT_THAT(Eval("reinterpret_cast(s_enum)"), IsEqual("kSOne")); + // Other scalar/enum to scalar/enum casts aren't allowed. + EXPECT_THAT( + Eval("reinterpret_cast(5U)"), + IsError("reinterpret_cast from 'unsigned int' to 'int' is not allowed")); + EXPECT_THAT(Eval("reinterpret_cast(3.14f)"), + IsError("reinterpret_cast from 'float' to 'int' is not allowed")); + EXPECT_THAT( + Eval("reinterpret_cast(2.71)"), + IsError("reinterpret_cast from 'double' to 'double' is not allowed")); + EXPECT_THAT(Eval("reinterpret_cast(s_enum)"), + IsError("reinterpret_cast from 'SEnum' to 'int' is not allowed")); + EXPECT_THAT(Eval("reinterpret_cast(0)"), + IsError("reinterpret_cast from 'int' to 'UEnum' is not allowed")); + EXPECT_THAT( + Eval("reinterpret_cast(s_enum)"), + IsError("reinterpret_cast from 'SEnum' to 'UEnum' is not allowed")); + + // Pointers should be convertible to large enough integral types. + EXPECT_THAT(Eval("reinterpret_cast(ptr)"), IsOk()); + EXPECT_THAT(Eval("reinterpret_cast(arr)"), IsOk()); + // EXPECT_THAT(Eval("reinterpret_cast(nullptr)"), IsEqual("0")); + if (Is32Bit()) { + EXPECT_THAT(Eval("reinterpret_cast(ptr)"), IsOk()); + EXPECT_THAT(Eval("reinterpret_cast(ptr)"), IsOk()); + } else { + EXPECT_THAT( + Eval("reinterpret_cast(ptr)"), + IsError("cast from pointer to smaller type 'int' loses information")); + EXPECT_THAT(Eval("reinterpret_cast(ptr)"), + IsError("cast from pointer to smaller type 'td_int_t' (aka " + "'int') loses information")); + } + EXPECT_THAT( + Eval("reinterpret_cast(arr)"), + IsError("cast from pointer to smaller type 'bool' loses information")); + // EXPECT_THAT( + // Eval("reinterpret_cast(nullptr)"), + // IsError("cast from pointer to smaller type 'bool' loses information")); +#ifdef _WIN32 + EXPECT_THAT( + Eval("reinterpret_cast(ptr)"), + IsError("cast from pointer to smaller type 'long' loses information")); +#else + EXPECT_THAT(Eval("reinterpret_cast(ptr)"), IsOk()); +#endif + + // Integers, enums and pointers can be converted to pointers. + EXPECT_THAT(Eval("reinterpret_cast(true)"), + IsEqual(Is32Bit() ? "0x00000001" : "0x0000000000000001")); + EXPECT_THAT(Eval("reinterpret_cast(6)"), + IsEqual(Is32Bit() ? "0x00000006" : "0x0000000000000006")); + EXPECT_THAT(Eval("reinterpret_cast(s_enum)"), + IsEqual(Is32Bit() ? "0x00000001" : "0x0000000000000001")); + EXPECT_THAT(Eval("reinterpret_cast(u_enum)"), + IsEqual(Is32Bit() ? "0x00000002" : "0x0000000000000002")); + EXPECT_THAT(Eval("reinterpret_cast(ptr)"), IsOk()); + EXPECT_THAT(Eval("*reinterpret_cast(ptr)"), + IsEqual(Is32Bit() ? "0x00000001" : "0x0000000200000001")); + EXPECT_THAT(Eval("*reinterpret_cast(arr)"), IsEqual("1")); + EXPECT_THAT(Eval("*reinterpret_cast(arr)"), + IsEqual("8589934593")); // 8589934593 == 0x0000000200000001 + + // Casting to nullptr_t or nullptr_t to pointer types isn't allowed. + // EXPECT_THAT( + // Eval("reinterpret_cast(nullptr)"), + // IsError("reinterpret_cast from 'std::nullptr_t' to 'void *' is not " + // "allowed")); + // EXPECT_THAT( + // Eval("reinterpret_cast(ptr)"), + // IsError("reinterpret_cast from 'int *' to 'nullptr_t' " + // "(aka 'std::nullptr_t') is not allowed")); + // EXPECT_THAT(Eval("reinterpret_cast(0)"), + // IsError("reinterpret_cast from 'int' to 'nullptr_t' " + // "(aka 'std::nullptr_t') is not allowed")); + // EXPECT_THAT(Eval("reinterpret_cast(nullptr)"), + // IsError("reinterpret_cast from 'std::nullptr_t' to 'nullptr_t' " + // "(aka 'std::nullptr_t') is not allowed")); + + // L-values can be converted to reference type. + EXPECT_THAT(Eval("reinterpret_cast(arr[0]).a"), IsEqual("1")); + EXPECT_THAT(Eval("reinterpret_cast(arr).b"), IsEqual("2")); + EXPECT_THAT(Eval("reinterpret_cast(arr[0]).c"), + IsEqual("17179869187")); // 17179869187 == 0x0000000400000003 + EXPECT_THAT(Eval("reinterpret_cast(arr).d"), IsEqual("5")); + EXPECT_THAT(Eval("reinterpret_cast(parent)"), IsOk()); + EXPECT_THAT(Eval("reinterpret_cast(ptr)"), IsOk()); + EXPECT_THAT( + Eval("reinterpret_cast(5)"), + IsError("reinterpret_cast from rvalue to reference type 'int &'")); + + // Is result L-value or R-value? + EXPECT_THAT(Eval("&reinterpret_cast(arr[0])"), IsOk()); + EXPECT_THAT(Eval("&reinterpret_cast(arr[0])"), + IsError("cannot take the address of an rvalue of type 'int'")); + EXPECT_THAT(Eval("&reinterpret_cast(u_enum)"), + IsError("cannot take the address of an rvalue of type 'UEnum'")); + EXPECT_THAT(Eval("&reinterpret_cast(arr)"), + IsError("cannot take the address of an rvalue of type 'int *'")); +} + +TEST_F(EvalTest, TestQualifiedId) { + EXPECT_THAT(Eval("::ns::i"), IsEqual("1")); + EXPECT_THAT(Eval("ns::i"), IsEqual("1")); + EXPECT_THAT(Eval("::ns::ns::i"), IsEqual("2")); + EXPECT_THAT(Eval("ns::ns::i"), IsEqual("2")); +} + +// This test depends on one of the following patches: +// * https://reviews.llvm.org/D92223 +// * https://reviews.llvm.org/D92643 +TEST_F(EvalTest, DISABLED_TestStaticConstDeclaredInline) { + // Upstream LLDB doesn't handle static const variables. + this->compare_with_lldb_ = false; + + EXPECT_THAT(Eval("::outer::inner::Vars::inline_static"), IsEqual("1.5")); + EXPECT_THAT(Eval("::outer::inner::Vars::static_constexpr"), IsEqual("2")); + EXPECT_THAT(Eval("outer::inner::Vars::inline_static"), IsEqual("1.5")); + EXPECT_THAT(Eval("outer::inner::Vars::static_constexpr"), IsEqual("2")); + + EXPECT_THAT(Eval("::outer::Vars::inline_static"), IsEqual("4.5")); + EXPECT_THAT(Eval("::outer::Vars::static_constexpr"), IsEqual("5")); + EXPECT_THAT(Eval("outer::Vars::inline_static"), IsEqual("4.5")); + EXPECT_THAT(Eval("outer::Vars::static_constexpr"), IsEqual("5")); + + EXPECT_THAT(Eval("::Vars::inline_static"), IsEqual("7.5")); + EXPECT_THAT(Eval("::Vars::static_constexpr"), IsEqual("8")); + EXPECT_THAT(Eval("Vars::inline_static"), IsEqual("7.5")); + EXPECT_THAT(Eval("Vars::static_constexpr"), IsEqual("8")); + +// #ifndef __EMSCRIPTEN__ +// EXPECT_THAT(Scope("outer_inner_vars").Eval("inline_static"), IsEqual("1.5")); +// EXPECT_THAT(Scope("outer_inner_vars").Eval("static_constexpr"), IsEqual("2")); +// EXPECT_THAT(Scope("outer_vars").Eval("inline_static"), IsEqual("4.5")); +// EXPECT_THAT(Scope("outer_vars").Eval("static_constexpr"), IsEqual("5")); +// EXPECT_THAT(Scope("vars").Eval("inline_static"), IsEqual("7.5")); +// EXPECT_THAT(Scope("vars").Eval("inline_static"), IsEqual("8")); +// #endif +} + +TEST_F(EvalTest, TestStaticConstDeclaredOutsideTheClass) { +#if LLVM_VERSION_MAJOR < 12 + // Upstream LLDB doesn't handle static const variables. + this->compare_with_lldb_ = false; +#endif + + EXPECT_THAT(Eval("::outer::inner::Vars::static_const"), IsEqual("3")); + EXPECT_THAT(Eval("outer::inner::Vars::static_const"), IsEqual("3")); + EXPECT_THAT(Eval("::outer::Vars::static_const"), IsEqual("6")); + EXPECT_THAT(Eval("outer::Vars::static_const"), IsEqual("6")); + EXPECT_THAT(Eval("::Vars::static_const"), IsEqual("9")); + EXPECT_THAT(Eval("Vars::static_const"), IsEqual("9")); + + EXPECT_THAT(Eval("::outer::inner::Vars::Nested::static_const"), + IsEqual("10")); + EXPECT_THAT(Eval("outer::inner::Vars::Nested::static_const"), IsEqual("10")); + EXPECT_THAT(Eval("::outer::Vars::Nested::static_const"), IsEqual("20")); + EXPECT_THAT(Eval("outer::Vars::Nested::static_const"), IsEqual("20")); + EXPECT_THAT(Eval("::Vars::Nested::static_const"), IsEqual("30")); + EXPECT_THAT(Eval("Vars::Nested::static_const"), IsEqual("30")); + +// #ifndef __EMSCRIPTEN__ +// EXPECT_THAT(Scope("outer_inner_vars").Eval("static_const"), IsEqual("3")); +// EXPECT_THAT(Scope("outer_vars").Eval("static_const"), IsEqual("6")); +// EXPECT_THAT(Scope("vars").Eval("static_const"), IsEqual("9")); + +// EXPECT_THAT(Scope("outer_inner_vars").Eval("Nested::static_const"), +// IsEqual("10")); +// EXPECT_THAT(Scope("outer_vars").Eval("Nested::static_const"), IsEqual("20")); +// EXPECT_THAT(Scope("vars").Eval("Nested::static_const"), IsEqual("30")); + +// EXPECT_THAT(Scope("vars").Eval("::static_const"), +// IsError("use of undeclared identifier '::static_const'")); +// EXPECT_THAT(Scope("vars").Eval("::Nested::static_const"), +// IsError("use of undeclared identifier '::Nested::static_const'")); + +// // Evaluate in value context where value is of alised type. +// EXPECT_THAT(Scope("my_outer_inner_vars").Eval("static_const"), IsEqual("3")); +// EXPECT_THAT(Scope("my_outer_vars").Eval("static_const"), IsEqual("6")); +// EXPECT_THAT(Scope("my_vars").Eval("static_const"), IsEqual("9")); + +// EXPECT_THAT(Scope("my_outer_inner_vars").Eval("Nested::static_const"), +// IsEqual("10")); +// EXPECT_THAT(Scope("my_outer_vars").Eval("Nested::static_const"), +// IsEqual("20")); +// EXPECT_THAT(Scope("my_vars").Eval("Nested::static_const"), IsEqual("30")); + +// EXPECT_THAT(Scope("my_outer_inner_vars").Eval("::static_const"), +// IsError("use of undeclared identifier '::static_const'")); +// EXPECT_THAT(Scope("my_vars").Eval("::Nested::static_const"), +// IsError("use of undeclared identifier '::Nested::static_const'")); +// #endif +} + +TEST_F(EvalTest, TestBasicTypeDeclaration) { + EXPECT_THAT(Eval("(char)65"), IsEqual("'A'")); + EXPECT_THAT(Eval("(char unsigned)65"), IsEqual("'A'")); + EXPECT_THAT(Eval("(signed char)65"), IsEqual("'A'")); +#ifndef __EMSCRIPTEN__ + if constexpr (sizeof(wchar_t) == 2) { + // Size of "wchar_t" is 2 bytes on Windows. + EXPECT_THAT(Eval("(wchar_t)0x4141"), IsEqual("AA")); + } else { + // Size of "wchar_t" is 4 bytes on Linux. + EXPECT_THAT(Eval("(wchar_t)0x41414141"), IsEqual("AAAA")); + } + EXPECT_THAT(Eval("(char16_t)0x4141"), IsEqual("U+4141")); + EXPECT_THAT(Eval("(char32_t)0x4141"), IsEqual("U+0x00004141")); +#endif + EXPECT_THAT(Eval("(int short)-1"), IsEqual("-1")); + EXPECT_THAT(Eval("(short int)-1"), IsEqual("-1")); + EXPECT_THAT(Eval("(short)-1"), IsEqual("-1")); + EXPECT_THAT(Eval("(unsigned short)-1"), IsEqual("65535")); + EXPECT_THAT(Eval("(short unsigned)-1"), IsEqual("65535")); + EXPECT_THAT(Eval("(int short unsigned)-1"), IsEqual("65535")); + EXPECT_THAT(Eval("(int)-1"), IsEqual("-1")); + EXPECT_THAT(Eval("(signed int)-1"), IsEqual("-1")); + EXPECT_THAT(Eval("(signed)-1"), IsEqual("-1")); + EXPECT_THAT(Eval("(unsigned)-1"), IsEqual("4294967295")); + EXPECT_THAT(Eval("(int unsigned)-1"), IsEqual("4294967295")); + EXPECT_THAT(Eval("(long)-1"), IsEqual("-1")); + EXPECT_THAT(Eval("(signed long)-1"), IsEqual("-1")); + EXPECT_THAT(Eval("(long int signed)-1"), IsEqual("-1")); + if constexpr (sizeof(long) == 4) { + // Size of "long" is 4 bytes on Windows. + EXPECT_THAT(Eval("(unsigned long)-1"), IsEqual("4294967295")); + EXPECT_THAT(Eval("(int long unsigned)-1"), IsEqual("4294967295")); + } else { + // Size of "long" is 8 bytes on Linux. + EXPECT_THAT(Eval("(unsigned long)-1"), IsEqual("18446744073709551615")); + EXPECT_THAT(Eval("(int long unsigned)-1"), IsEqual("18446744073709551615")); + } + EXPECT_THAT(Eval("(long long)-1"), IsEqual("-1")); + EXPECT_THAT(Eval("(long long int)-1"), IsEqual("-1")); + EXPECT_THAT(Eval("(int signed long long)-1"), IsEqual("-1")); + EXPECT_THAT(Eval("(long int long unsigned)-1"), + IsEqual("18446744073709551615")); + EXPECT_THAT(Eval("(int long unsigned long)-1"), + IsEqual("18446744073709551615")); + EXPECT_THAT(Eval("(unsigned long long)-1"), IsEqual("18446744073709551615")); + + EXPECT_THAT(Eval("(float)1.5"), IsEqual("1.5")); + EXPECT_THAT(Eval("(double)1.5"), IsEqual("1.5")); +#ifdef _WIN32 + // Casting to "long double" results in "NaN" on Linux. + EXPECT_THAT(Eval("(long double)1.5"), IsEqual("1.5")); + EXPECT_THAT(Eval("(double long)1.5"), IsEqual("1.5")); +#endif + EXPECT_THAT(Eval("(bool)1.5"), IsEqual("true")); + + EXPECT_THAT(Eval("(void*)0"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + EXPECT_THAT(Eval("(unsigned**)0"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + + EXPECT_THAT( + Eval("(int int)0"), + IsError("cannot combine with previous 'int' declaration specifier\n" + "(int int)0\n" + " ^")); + EXPECT_THAT( + Eval("(char int)0"), + IsError("cannot combine with previous 'char' declaration specifier")); + EXPECT_THAT( + Eval("(int char)0"), + IsError("cannot combine with previous 'int' declaration specifier")); + EXPECT_THAT( + Eval("(long long long)0"), + IsError( + "cannot combine with previous 'long long' declaration specifier")); + EXPECT_THAT( + Eval("(long long double)0"), + IsError( + "cannot combine with previous 'long long' declaration specifier")); + EXPECT_THAT( + Eval("(long double long)0"), + IsError( + "cannot combine with previous 'long double' declaration specifier")); + EXPECT_THAT(Eval("(unsigned long double)0"), + IsError("'double' cannot be signed or unsigned")); + EXPECT_THAT(Eval("(long double signed)0"), + IsError("'long double' cannot be signed or unsigned")); + EXPECT_THAT( + Eval("(short float)0"), + IsError("cannot combine with previous 'short' declaration specifier")); + EXPECT_THAT( + Eval("(unsigned signed)0"), + IsError("cannot combine with previous 'unsigned' declaration specifier")); + EXPECT_THAT( + Eval("(unsigned unsigned)0"), + IsError("cannot combine with previous 'unsigned' declaration specifier")); + EXPECT_THAT(Eval("(signed wchar_t)0"), + IsError("'wchar_t' cannot be signed or unsigned")); + EXPECT_THAT(Eval("(signed char16_t)0"), + IsError("'char16_t' cannot be signed or unsigned")); + EXPECT_THAT(Eval("(signed char32_t)0"), + IsError("'char32_t' cannot be signed or unsigned")); + EXPECT_THAT(Eval("(unsigned float)0"), + IsError("'float' cannot be signed or unsigned")); + EXPECT_THAT(Eval("(unsigned double)0"), + IsError("'double' cannot be signed or unsigned")); + EXPECT_THAT(Eval("(unsigned bool)0"), + IsError("'bool' cannot be signed or unsigned")); + EXPECT_THAT(Eval("(unsigned void)0"), + IsError("'void' cannot be signed or unsigned")); + EXPECT_THAT(Eval("(bool unsigned)0"), + IsError("'bool' cannot be signed or unsigned")); + EXPECT_THAT(Eval("(bool signed)0"), + IsError("'bool' cannot be signed or unsigned")); + + // Error reporting works with other kinds of expression. + EXPECT_THAT( + Eval("static_cast(0)"), + IsError("cannot combine with previous 'int' declaration specifier")); + EXPECT_THAT( + Eval("sizeof(int int)"), + IsError("cannot combine with previous 'int' declaration specifier")); +} + +TEST_F(EvalTest, TestUserTypeDeclaration) { + EXPECT_THAT(Eval("(unsigned mylong)0"), + IsError("cannot combine with previous declaration specifier")); + EXPECT_THAT(Eval("static_cast(0)"), + IsError("two or more data types in declaration of 'type name'")); + EXPECT_THAT(Eval("static_cast(0)"), + IsError("cannot combine with previous declaration specifier")); + // TODO: Should this be a type name error instead? + EXPECT_THAT(Eval("(mylong unsigned)0"), + IsError("undeclared identifier 'mylong'")); +} + +TEST_F(EvalTest, TestTemplateTypes) { + // Template types lookup doesn't work well in the upstream LLDB. + this->compare_with_lldb_ = false; +#ifndef __EMSCRIPTEN__ + // Get the pointer value and use it to check the expressions with lldb-eval. + auto expected = frame_.EvaluateExpression("p").GetValue(); + + for (std::string arg : {"int", "int*", "int**", "int&", "int*&", "double"}) { + EXPECT_THAT(Eval("(T_1<" + arg + ">*)p"), IsEqual(expected)); + EXPECT_THAT(Eval("(::T_1<" + arg + ">*)p"), IsEqual(expected)); + } + EXPECT_THAT(Eval("(T_2*)p"), IsEqual(expected)); + EXPECT_THAT(Eval("(::T_2*)p"), IsEqual(expected)); + EXPECT_THAT(Eval("(T_2*)p"), IsEqual(expected)); + EXPECT_THAT(Eval("(::T_2*)p"), IsEqual(expected)); + EXPECT_THAT(Eval("(T_2, T_1 >*)p"), IsEqual(expected)); + EXPECT_THAT(Eval("(::T_2, T_1 >*)p"), IsEqual(expected)); + EXPECT_THAT(Eval("(T_2 >, T_1 >*)p"), IsEqual(expected)); + EXPECT_THAT(Eval("(::T_2 >, T_1 >*)p"), IsEqual(expected)); + + EXPECT_THAT(Eval("(ns::T_1*)p"), IsEqual(expected)); + EXPECT_THAT(Eval("(::ns::T_1*)p"), IsEqual(expected)); + EXPECT_THAT(Eval("(ns::T_1 >*)p"), IsEqual(expected)); + EXPECT_THAT(Eval("(::ns::T_1 >*)p"), IsEqual(expected)); +#endif + EXPECT_THAT( + Eval("ns::T_1 >::cx"), + IsError("use of undeclared identifier 'ns::T_1 >::cx'")); + EXPECT_THAT(Eval("T_1::cx"), IsEqual("24")); + EXPECT_THAT(Eval("T_1::cx"), IsEqual("42")); + EXPECT_THAT(Eval("ns::T_1::cx"), IsEqual("64")); + + for (std::string arg : {"int", "int*", "int**", "int&", "int*&"}) { + EXPECT_THAT(Eval("(T_1<" + arg + ">::myint)1.2"), IsEqual("1.2")); + EXPECT_THAT(Eval("(::T_1<" + arg + ">::myint)1.2"), IsEqual("1.2")); + EXPECT_THAT(Eval("(T_1 >::myint)1.2"), IsEqual("1.2")); + EXPECT_THAT(Eval("(::T_1 >::myint)1.2"), IsEqual("1.2")); + + EXPECT_THAT(Eval("(ns::T_1<" + arg + ">::myint)1.1"), IsEqual("1")); + EXPECT_THAT(Eval("(::ns::T_1<" + arg + ">::myint)1.1"), IsEqual("1")); + EXPECT_THAT(Eval("(ns::T_1 >::myint)1.1"), IsEqual("1")); + EXPECT_THAT(Eval("(::ns::T_1 >::myint)1.1"), IsEqual("1")); + } + + EXPECT_THAT(Eval("(ns::T_1 >::myint)1.1"), + IsError("use of undeclared identifier 'ns::T_1 >::myint'")); + EXPECT_THAT(Eval("(::ns::T_1 >::myint)1.1"), + IsError("use of undeclared identifier '::ns::T_1 >::myint'")); + for (std::string arg : {"int*", "int**", "int&", "int*&"}) { + EXPECT_THAT(Eval("(ns::T_1 >::myint)1.1"), + IsError("use of undeclared identifier 'ns::T_1'")); + EXPECT_THAT(Eval("(::ns::T_1 >::myint)1.1"), + IsError("use of undeclared identifier '::ns::T_1'")); + } + + EXPECT_THAT(Eval("(T_2::myint)1.1f"), IsEqual("1.10000002")); + EXPECT_THAT(Eval("(::T_2::myint)1.1f"), IsEqual("1.10000002")); + EXPECT_THAT(Eval("(T_2::myint)1.1f"), IsEqual("1.10000002")); + EXPECT_THAT(Eval("(::T_2::myint)1.1f"), IsEqual("1.10000002")); + EXPECT_THAT(Eval("(T_2 >, T_1 >::myint)1.1"), + IsEqual("1.10000002")); + EXPECT_THAT(Eval("(::T_2 >, T_1 >::myint)1.1"), + IsEqual("1.10000002")); +} + +TEST_F(EvalTest, TestTemplateCpp11) { + // Template types lookup doesn't work well in the upstream LLDB. + this->compare_with_lldb_ = false; + + EXPECT_THAT(Eval("(T_1>::myint)1"), IsEqual("1")); + EXPECT_THAT(Eval("(T_1>>::myint)2"), IsEqual("2")); + EXPECT_THAT(Eval("(T_2>, T_1>::myint)1.5"), + IsEqual("1.5")); + + // Here T_1 is a local variable. + EXPECT_THAT(Eval("T_1<2>1"), IsEqual("false")); // (p < 2) > 1 + EXPECT_THAT(Eval("T_1<2>>1"), IsEqual("false")); // (p < 2) >> 1 + // And here it's a template. + EXPECT_THAT(Eval("T_1::cx + 1"), IsEqual("25")); +} + +TEST_F(EvalTest, TestTemplateWithNumericArguments) { + // Template types lookup doesn't work well in the upstream LLDB. + this->compare_with_lldb_ = false; + + EXPECT_THAT(Eval("(Allocator<4>*)0"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + EXPECT_THAT(Eval("(TArray >::ElementType*)0"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + // Test C++11's ">>" syntax. + EXPECT_THAT(Eval("(TArray>::ElementType*)0"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); +} + +#ifndef __EMSCRIPTEN__ +// TEST_F(EvalTest, TestValueScope) { +// EXPECT_THAT(Scope("var").Eval("x_"), IsEqual("1")); +// EXPECT_THAT(Scope("var").Eval("y_"), IsEqual("2.5")); +// EXPECT_THAT(Scope("var").Eval("z_"), +// IsError("use of undeclared identifier 'z_'")); + +// // In "value" scope `this` refers to the scope object. +// EXPECT_THAT(Scope("var").Eval("this->y_"), IsEqual("2.5")); +// EXPECT_THAT(Scope("var").Eval("(*this).y_"), IsEqual("2.5")); + +// // Test for the "artificial" value, i.e. created by the expression. +// lldb::SBError error; +// lldb::SBValue scope_var = +// lldb_eval::EvaluateExpression(frame_, "(test_scope::Value&)bytes", error); +// EXPECT_TRUE(scope_var.IsValid()); +// EXPECT_TRUE(error.Success()); + +// EvaluatorHelper scope(scope_var, true, false); +// EXPECT_THAT(scope.Eval("this->y_"), IsEqual("2.5")); +// EXPECT_THAT(scope.Eval("(*this).y_"), IsEqual("2.5")); + +// EXPECT_THAT(Eval("x_"), IsError("use of undeclared identifier 'x_'")); +// EXPECT_THAT(Eval("y_"), IsError("use of undeclared identifier 'y_'")); +// EXPECT_THAT(Eval("z_"), IsEqual("3")); + +// // In the frame context `this` is not available here. +// EXPECT_THAT( +// Eval("this->y_"), +// IsError("invalid use of 'this' outside of a non-static member function")); +// EXPECT_THAT( +// Eval("(*this)->y_"), +// IsError("invalid use of 'this' outside of a non-static member function")); + +// EXPECT_THAT(Scope("var").Eval("this - (test_scope::Value*)this"), +// IsEqual("0")); +// } + +// TEST_F(EvalTest, TestReferenceScope) { +// // Member access in "reference" context doesn't work in LLDB. +// this->compare_with_lldb_ = false; + +// EXPECT_THAT(Scope("var_ref").Eval("x_"), IsEqual("1")); +// EXPECT_THAT(Scope("var_ref").Eval("y_"), IsEqual("2.5")); +// EXPECT_THAT(Scope("var_ref").Eval("z_"), +// IsError("use of undeclared identifier 'z_'")); +// EXPECT_THAT(Scope("var_ref").Eval("this"), IsOk()); +// EXPECT_THAT(Scope("var_ref").Eval("this->y_"), IsEqual("2.5")); +// EXPECT_THAT(Scope("var_ref").Eval("(*this).y_"), IsEqual("2.5")); +// EXPECT_THAT(Scope("var_ref").Eval("ValueEnum::B"), IsEqual("B")); +// EXPECT_THAT(Scope("var_ref").Eval("static_var"), IsEqual("3.5")); +// EXPECT_THAT(Scope("var_ref").Eval("this->static_var"), +// IsError("no member named 'static_var' in 'test_scope::Value'")); +// } +#endif + +TEST_F(EvalTest, TestBitField) { + EXPECT_THAT(Eval("bf.a"), IsEqual("1023")); + EXPECT_THAT(Eval("bf.b"), IsEqual("9")); + EXPECT_THAT(Eval("bf.c"), IsEqual("false")); + EXPECT_THAT(Eval("bf.d"), IsEqual("true")); +// #ifndef __EMSCRIPTEN__ +// EXPECT_THAT(Scope("bf").Eval("a"), IsEqual("1023")); +// EXPECT_THAT(Scope("bf").Eval("b"), IsEqual("9")); +// EXPECT_THAT(Scope("bf").Eval("c"), IsEqual("false")); +// EXPECT_THAT(Scope("bf").Eval("d"), IsEqual("true")); +// #endif + + // Perform an operation to ensure we actually read the value. + EXPECT_THAT(Eval("0 + bf.a"), IsEqual("1023")); + EXPECT_THAT(Eval("0 + bf.b"), IsEqual("9")); + EXPECT_THAT(Eval("0 + bf.c"), IsEqual("0")); + EXPECT_THAT(Eval("0 + bf.d"), IsEqual("1")); +// #ifndef __EMSCRIPTEN__ +// EXPECT_THAT(Scope("bf").Eval("0 + a"), IsEqual("1023")); +// // TODO: Enable type comparison after fixing bitfield promotion in value +// // context. +// EXPECT_THAT(Scope("bf").Eval("0 + b"), IsEqual("9", /*compare_types*/ false)); +// EXPECT_THAT(Scope("bf").Eval("0 + c"), IsEqual("0")); +// EXPECT_THAT(Scope("bf").Eval("0 + d"), IsEqual("1")); +// #endif + + EXPECT_THAT(Eval("abf.a"), IsEqual("1023")); + EXPECT_THAT(Eval("abf.b"), IsEqual("'\\x0f'")); + EXPECT_THAT(Eval("abf.c"), IsEqual("3")); +// #ifndef __EMSCRIPTEN__ +// EXPECT_THAT(Scope("abf").Eval("a"), IsEqual("1023")); +// EXPECT_THAT(Scope("abf").Eval("b"), IsEqual("'\\x0f'")); +// EXPECT_THAT(Scope("abf").Eval("c"), IsEqual("3")); +// #endif + + // Perform an operation to ensure we actually read the value. + EXPECT_THAT(Eval("abf.a + 0"), IsEqual("1023")); + EXPECT_THAT(Eval("abf.b + 0"), IsEqual("15")); + EXPECT_THAT(Eval("abf.c + 0"), IsEqual("3")); +// #ifndef __EMSCRIPTEN__ +// EXPECT_THAT(Scope("abf").Eval("0 + a"), IsEqual("1023")); +// EXPECT_THAT(Scope("abf").Eval("0 + b"), IsEqual("15")); +// EXPECT_THAT(Scope("abf").Eval("0 + c"), IsEqual("3")); +// #endif + + // Address-of is not allowed for bit-fields. + EXPECT_THAT(Eval("&bf.a"), IsError("address of bit-field requested")); + EXPECT_THAT(Eval("&(true ? bf.a : bf.a)"), + IsError("address of bit-field requested")); +} + +TEST_F(EvalTest, TestBitFieldPromotion) { + EXPECT_THAT(Eval("bf.b - 10"), IsEqual("-1")); + EXPECT_THAT(Eval("bf.e - 2"), IsEqual("-1")); + EXPECT_THAT(Eval("bf.f - 2"), IsEqual("4294967295")); + EXPECT_THAT(Eval("bf.g - 2"), IsEqual("-1")); + EXPECT_THAT(Eval("bf.h - 2"), IsEqual("-1")); + EXPECT_THAT(Eval("bf.i - 2"), IsEqual("18446744073709551615")); + EXPECT_THAT(Eval("bf.g - bf.b"), IsEqual("-8")); + + EXPECT_THAT(Eval("-(true ? bf.b : bf.a)"), IsEqual("-9")); + EXPECT_THAT(Eval("-(true ? bf.b : bf.e)"), IsEqual("-9")); + EXPECT_THAT(Eval("-(true ? bf.b : bf.f)"), IsEqual("4294967287")); + EXPECT_THAT(Eval("-(true ? bf.b : bf.g)"), IsEqual("4294967287")); + EXPECT_THAT(Eval("-(true ? bf.b : bf.h)"), IsEqual("-9")); + + if (HAS_METHOD(lldb::SBType, GetEnumerationIntegerType())) { + EXPECT_THAT(Eval("bf.j - 2"), IsEqual("4294967295")); + EXPECT_THAT(Eval("-(true ? bf.b : bf.j)"), IsEqual("4294967287")); + EXPECT_THAT(Eval("-(true ? bf.e : bf.j)"), IsEqual("4294967295")); + } + + // TODO: Repeat tests in the value context once the bitfield information is + // correctly retrieved from identifier lookup. +} + +#ifndef __EMSCRIPTEN__ +TEST_F(EvalTest, TestBitFieldWithSideEffects) { + this->compare_with_lldb_ = false; + this->allow_side_effects_ = true; + + EXPECT_THAT(Eval("bf.b -= 10"), IsEqual("15")); + EXPECT_THAT(Eval("bf.e -= 10"), IsEqual("-9")); + EXPECT_THAT(Eval("bf.e++"), IsEqual("-9")); + EXPECT_THAT(Eval("++bf.e"), IsEqual("-7")); + + // TODO: Enable test once the issue is fixed: + // EXPECT_THAT(Eval("bf.b++"), IsEqual("15")); +} + +// TEST_F(EvalTest, TestContextVariables) { +// // Context variables don't exist yet. +// EXPECT_THAT(EvalWithContext("$var", vars_), +// IsError("use of undeclared identifier '$var'")); +// EXPECT_THAT(Scope("s").EvalWithContext("$var", vars_), +// IsError("use of undeclared identifier '$var'")); + +// EXPECT_TRUE(CreateContextVariable("$var", "13")); +// EXPECT_THAT(EvalWithContext("$var", vars_), IsEqual("13")); +// EXPECT_THAT(EvalWithContext("$var + 2", vars_), IsEqual("15")); +// EXPECT_THAT(EvalWithContext("$var - s.a", vars_), IsEqual("3")); +// EXPECT_THAT(EvalWithContext("var", vars_), +// IsError("use of undeclared identifier 'var'")); +// EXPECT_THAT(Scope("s").EvalWithContext("$var", vars_), IsEqual("13")); +// EXPECT_THAT(Scope("s").EvalWithContext("$var + 2", vars_), IsEqual("15")); +// EXPECT_THAT(Scope("s").EvalWithContext("$var - a", vars_), IsEqual("3")); +// EXPECT_THAT(Scope("s").EvalWithContext("var", vars_), +// IsError("use of undeclared identifier 'var'")); + +// // Context variable is a pointer. +// EXPECT_TRUE(CreateContextVariable("$ptr", "s.ptr")); +// EXPECT_THAT(EvalWithContext("$ptr == s.ptr", vars_), IsEqual("true")); +// EXPECT_THAT(EvalWithContext("*$ptr", vars_), IsEqual("'h'")); +// EXPECT_THAT(EvalWithContext("$ptr[1]", vars_), IsEqual("'e'")); +// EXPECT_THAT(Scope("s").EvalWithContext("$ptr == ptr", vars_), +// IsEqual("true")); +// EXPECT_THAT(Scope("s").EvalWithContext("*$ptr", vars_), IsEqual("'h'")); +// EXPECT_THAT(Scope("s").EvalWithContext("$ptr[1]", vars_), IsEqual("'e'")); + +// EXPECT_THAT(EvalWithContext("$var + *$ptr", vars_), IsEqual("117")); +// EXPECT_THAT(Scope("s").EvalWithContext("$var + *$ptr", vars_), +// IsEqual("117")); +// } + +// TEST_F(EvalTest, TestContextVariablesSubset) { +// // All context variables that are created in this test are visible by LLDB. +// // Disable comparisons with LLDB to test subsets of created context variables. +// this->compare_with_lldb_ = false; + +// EXPECT_TRUE(CreateContextVariable("$var", "13")); +// EXPECT_TRUE(CreateContextVariable("$ptr", "s.ptr")); + +// // Evaluate without the context. +// EXPECT_THAT(Eval("$var"), IsError("use of undeclared identifier '$var'")); +// EXPECT_THAT(Eval("$var + 1"), IsError("use of undeclared identifier '$var'")); +// EXPECT_THAT(Scope("s").Eval("$var"), +// IsError("use of undeclared identifier '$var'")); +// EXPECT_THAT(Scope("s").Eval("$var + 1"), +// IsError("use of undeclared identifier '$var'")); + +// std::unordered_map var; +// std::unordered_map ptr; +// var.emplace("$var", vars_["$var"]); +// ptr.emplace("$ptr", vars_["$ptr"]); + +// EXPECT_THAT(EvalWithContext("$var + 0", var), IsEqual("13")); +// EXPECT_THAT(EvalWithContext("*$ptr", var), +// IsError("use of undeclared identifier '$ptr'")); +// EXPECT_THAT(EvalWithContext("$var + *$ptr", var), +// IsError("use of undeclared identifier '$ptr'")); +// EXPECT_THAT(EvalWithContext("$var + *$ptr", ptr), +// IsError("use of undeclared identifier '$var'")); +// EXPECT_THAT(Scope("s").EvalWithContext("$var + 0", var), IsEqual("13")); +// EXPECT_THAT(Scope("s").EvalWithContext("*$ptr", var), +// IsError("use of undeclared identifier '$ptr'")); +// EXPECT_THAT(Scope("s").EvalWithContext("$var + *$ptr", var), +// IsError("use of undeclared identifier '$ptr'")); +// EXPECT_THAT(Scope("s").EvalWithContext("$var + *$ptr", ptr), +// IsError("use of undeclared identifier '$var'")); +// } +#endif + +TEST_F(EvalTest, TestScopedEnum) { + EXPECT_THAT(Eval("enum_foo"), IsEqual("kFoo")); + EXPECT_THAT(Eval("enum_bar"), IsEqual("kBar")); + + EXPECT_THAT(Eval("enum_foo == enum_foo"), IsEqual("true")); + EXPECT_THAT(Eval("enum_foo != enum_foo"), IsEqual("false")); + EXPECT_THAT(Eval("enum_foo == enum_bar"), IsEqual("false")); + EXPECT_THAT(Eval("enum_foo < enum_bar"), IsEqual("true")); + + EXPECT_THAT(Eval("enum_foo == ScopedEnum::kFoo"), IsEqual("true")); + EXPECT_THAT(Eval("enum_foo == ScopedEnum::kBar"), IsEqual("false")); + EXPECT_THAT(Eval("enum_foo != ScopedEnum::kBar"), IsEqual("true")); + EXPECT_THAT(Eval("enum_foo < ScopedEnum::kBar"), IsEqual("true")); + EXPECT_THAT(Eval("enum_foo < enum_neg"), IsEqual("false")); + EXPECT_THAT(Eval("enum_neg < enum_bar"), IsEqual("true")); + + EXPECT_THAT(Eval("(ScopedEnum)0"), IsEqual("kFoo")); + EXPECT_THAT(Eval("(ScopedEnum)1"), IsEqual("kBar")); + EXPECT_THAT(Eval("(ScopedEnum)0.1"), IsEqual("kFoo")); + EXPECT_THAT(Eval("(ScopedEnum)1.1"), IsEqual("kBar")); + EXPECT_THAT(Eval("(ScopedEnum)-1"), IsOk()); + EXPECT_THAT(Eval("(ScopedEnum)-1.1"), IsOk()); + EXPECT_THAT(Eval("(ScopedEnum)256"), IsOk()); + EXPECT_THAT(Eval("(ScopedEnum)257"), IsOk()); + EXPECT_THAT(Eval("(ScopedEnum)false"), IsEqual("kFoo")); + EXPECT_THAT(Eval("(ScopedEnum)true"), IsEqual("kBar")); + + EXPECT_THAT(Eval("(int)enum_foo"), IsEqual("0")); + EXPECT_THAT(Eval("(int)enum_neg"), IsEqual("-1")); + EXPECT_THAT(Eval("(unsigned short)enum_neg"), IsEqual("65535")); + EXPECT_THAT(Eval("(short)ScopedEnum::kBar"), IsEqual("1")); + EXPECT_THAT(Eval("(short*)enum_neg"), + IsEqual(Is32Bit() ? "0xffffffff" : "0xffffffffffffffff")); + EXPECT_THAT(Eval("(char*)enum_u8_bar"), + IsEqual(Is32Bit() ? "0x00000001" : "0x0000000000000001")); + EXPECT_THAT(Eval("(float)enum_bar"), IsEqual("1")); + EXPECT_THAT(Eval("(float)enum_foo"), IsEqual("0")); + EXPECT_THAT(Eval("(float)enum_neg"), IsEqual("-1")); + EXPECT_THAT(Eval("(double)enum_neg"), IsEqual("-1")); + EXPECT_THAT(Eval("(bool)enum_foo"), IsEqual("false")); + EXPECT_THAT(Eval("(bool)enum_bar"), IsEqual("true")); + EXPECT_THAT(Eval("(bool)enum_neg"), IsEqual("true")); + EXPECT_THAT(Eval("(double)ScopedEnumUInt8::kBar"), IsEqual("1")); + EXPECT_THAT(Eval("(ScopedEnum)ScopedEnum::kBar"), IsEqual("kBar")); + + // TODO: Enable the following test once the underlying enumeration type + // becomes fully available. Information about underlying enumeration type + // isn't available in LLDB 11 or lower, which are currently used by GitHub + // actions. + // EXPECT_THAT(Eval("(int)(ScopedEnumUInt8)enum_neg"), IsEqual("255")); +} + +TEST_F(EvalTest, TestScopedEnumArithmetic) { + if (!HAS_METHOD(lldb::SBType, IsScopedEnumerationType())) { + GTEST_SKIP(); + } + + EXPECT_THAT(Eval("enum_foo == 1"), + IsError("invalid operands to binary expression")); + EXPECT_THAT(Eval("enum_foo + 1"), + IsError("invalid operands to binary expression")); + EXPECT_THAT(Eval("enum_foo * 2"), + IsError("invalid operands to binary expression")); + EXPECT_THAT(Eval("enum_bar / 2"), + IsError("invalid operands to binary expression")); + EXPECT_THAT(Eval("enum_foo % 2"), + IsError("invalid operands to binary expression")); + EXPECT_THAT(Eval("enum_bar & 2"), + IsError("invalid operands to binary expression")); + EXPECT_THAT(Eval("enum_bar | 0x01"), + IsError("invalid operands to binary expression")); + EXPECT_THAT(Eval("enum_bar ^ 0b11"), + IsError("invalid operands to binary expression")); + EXPECT_THAT(Eval("enum_bar >> 1"), + IsError("invalid operands to binary expression")); + EXPECT_THAT(Eval("enum_bar << 1"), + IsError("invalid operands to binary expression")); + EXPECT_THAT(Eval("1 >> enum_bar"), + IsError("invalid operands to binary expression")); + EXPECT_THAT(Eval("1 << enum_bar"), + IsError("invalid operands to binary expression")); + EXPECT_THAT(Eval("(int*)1 + enum_foo"), + IsError("invalid operands to binary expression")); + EXPECT_THAT(Eval("(int*)5 - enum_foo"), + IsError("invalid operands to binary expression")); + EXPECT_THAT(Eval("+enum_foo"), IsError("invalid argument type")); + EXPECT_THAT(Eval("-enum_foo"), IsError("invalid argument type")); + EXPECT_THAT(Eval("~enum_foo"), IsError("invalid argument type")); + EXPECT_THAT(Eval("!enum_foo"), + IsError("invalid argument type 'ScopedEnum' to unary expression\n" + "!enum_foo\n" + "^")); +} + +TEST_F(EvalTest, TestScopedEnumWithUnderlyingType) { + EXPECT_THAT(Eval("(ScopedEnumUInt8)-1"), IsOk()); + EXPECT_THAT(Eval("(ScopedEnumUInt8)256"), IsEqual("kFoo")); + EXPECT_THAT(Eval("(ScopedEnumUInt8)257"), IsEqual("kBar")); +} + +TEST_F(EvalTest, TestUnscopedEnum) { + EXPECT_THAT(Eval("enum_one"), IsEqual("kOne")); + EXPECT_THAT(Eval("enum_two"), IsEqual("kTwo")); + + EXPECT_THAT(Eval("enum_one == enum_one"), IsEqual("true")); + EXPECT_THAT(Eval("enum_one != enum_one"), IsEqual("false")); + EXPECT_THAT(Eval("enum_one == enum_two"), IsEqual("false")); + EXPECT_THAT(Eval("enum_one < enum_two"), IsEqual("true")); + + EXPECT_THAT(Eval("enum_one == UnscopedEnum::kOne"), IsEqual("true")); + EXPECT_THAT(Eval("enum_one == UnscopedEnum::kTwo"), IsEqual("false")); + EXPECT_THAT(Eval("enum_one != UnscopedEnum::kTwo"), IsEqual("true")); + EXPECT_THAT(Eval("enum_one < UnscopedEnum::kTwo"), IsEqual("true")); + + EXPECT_THAT(Eval("(UnscopedEnum)0"), IsEqual("kZero")); + EXPECT_THAT(Eval("(UnscopedEnum)1"), IsEqual("kOne")); + EXPECT_THAT(Eval("(UnscopedEnum)0.1"), IsEqual("kZero")); + EXPECT_THAT(Eval("(UnscopedEnum)1.1"), IsEqual("kOne")); + EXPECT_THAT(Eval("(UnscopedEnum)-1"), IsOk()); + EXPECT_THAT(Eval("(UnscopedEnum)256"), IsOk()); + EXPECT_THAT(Eval("(UnscopedEnum)257"), IsOk()); + EXPECT_THAT(Eval("(UnscopedEnum)false"), IsEqual("kZero")); + EXPECT_THAT(Eval("(UnscopedEnum)true"), IsEqual("kOne")); + EXPECT_THAT(Eval("(UnscopedEnum)(UnscopedEnum)0"), IsEqual("kZero")); + EXPECT_THAT(Eval("(void*)(UnscopedEnum)1"), + IsEqual(Is32Bit() ? "0x00000001" : "0x0000000000000001")); + + bool compare_types = HAS_METHOD(lldb::SBType, GetEnumerationIntegerType()); + + EXPECT_THAT(Eval("enum_one == 1"), IsEqual("true")); + EXPECT_THAT(Eval("enum_one + 1"), IsEqual("2", compare_types)); + EXPECT_THAT(Eval("enum_one * 2"), IsEqual("2", compare_types)); + EXPECT_THAT(Eval("enum_two / 2"), IsEqual("1", compare_types)); + EXPECT_THAT(Eval("enum_one % 2"), IsEqual("1", compare_types)); + EXPECT_THAT(Eval("enum_two & 2"), IsEqual("2", compare_types)); + EXPECT_THAT(Eval("enum_two | 0x01"), IsEqual("3", compare_types)); + EXPECT_THAT(Eval("enum_two ^ 0b11"), IsEqual("1", compare_types)); + EXPECT_THAT(Eval("enum_two >> 1"), IsEqual("1", compare_types)); + EXPECT_THAT(Eval("enum_two << 1"), IsEqual("4", compare_types)); + EXPECT_THAT(Eval("8 >> enum_two"), IsEqual("2")); + EXPECT_THAT(Eval("1 << enum_two"), IsEqual("4")); + // TODO: Enable type comparison after the bug is addressed in LLDB. + EXPECT_THAT(Eval("UnscopedEnumUInt8::kTwoU8 << 1"), + IsEqual("4", /*compare_types*/ false)); + EXPECT_THAT(Eval("UnscopedEnumInt8::kTwo8 << 1U"), IsEqual("4")); + EXPECT_THAT(Eval("+enum_one"), IsEqual("1", compare_types)); + EXPECT_THAT(Eval("!enum_one"), IsEqual("false")); + EXPECT_THAT(Eval("(int*)1 + enum_one"), + IsEqual(Is32Bit() ? "0x00000005" : "0x0000000000000005")); + EXPECT_THAT(Eval("(int*)5 - enum_one"), + IsEqual(Is32Bit() ? "0x00000001" : "0x0000000000000001")); + + // Use references. + EXPECT_THAT(Eval("enum_one_ref"), IsEqual("kOne")); + EXPECT_THAT(Eval("enum_two_ref"), IsEqual("kTwo")); + EXPECT_THAT(Eval("enum_one_ref == enum_one"), IsEqual("true")); + EXPECT_THAT(Eval("enum_one_ref != enum_one"), IsEqual("false")); + EXPECT_THAT(Eval("enum_one_ref == enum_two"), IsEqual("false")); + EXPECT_THAT(Eval("enum_one_ref < enum_two"), IsEqual("true")); + EXPECT_THAT(Eval("enum_one_ref == UnscopedEnum::kOne"), IsEqual("true")); + EXPECT_THAT(Eval("enum_one_ref == UnscopedEnum::kTwo"), IsEqual("false")); + EXPECT_THAT(Eval("enum_one_ref != UnscopedEnum::kTwo"), IsEqual("true")); + EXPECT_THAT(Eval("enum_one_ref < UnscopedEnum::kTwo"), IsEqual("true")); + EXPECT_THAT(Eval("enum_one_ref == 1"), IsEqual("true")); + EXPECT_THAT(Eval("enum_one_ref + 1"), IsEqual("2", compare_types)); + EXPECT_THAT(Eval("enum_one_ref * 2"), IsEqual("2", compare_types)); + EXPECT_THAT(Eval("enum_two_ref / 2"), IsEqual("1", compare_types)); + EXPECT_THAT(Eval("enum_one_ref % 2"), IsEqual("1", compare_types)); + EXPECT_THAT(Eval("enum_two_ref & 2"), IsEqual("2", compare_types)); + EXPECT_THAT(Eval("enum_two_ref | 0x01"), IsEqual("3", compare_types)); + EXPECT_THAT(Eval("enum_two_ref ^ 0b11"), IsEqual("1", compare_types)); + EXPECT_THAT(Eval("enum_two_ref >> 1"), IsEqual("1", compare_types)); + EXPECT_THAT(Eval("enum_two_ref << 1"), IsEqual("4", compare_types)); + EXPECT_THAT(Eval("8 >> enum_two_ref"), IsEqual("2")); + EXPECT_THAT(Eval("1 << enum_two_ref"), IsEqual("4")); + EXPECT_THAT(Eval("+enum_one_ref"), IsEqual("1", compare_types)); + EXPECT_THAT(Eval("!enum_one_ref"), IsEqual("false")); + EXPECT_THAT(Eval("(int*)1 + enum_one_ref"), + IsEqual(Is32Bit() ? "0x00000005" : "0x0000000000000005")); + EXPECT_THAT(Eval("(int*)5 - enum_one_ref"), + IsEqual(Is32Bit() ? "0x00000001" : "0x0000000000000001")); + + EXPECT_THAT(Eval("(long long)UnscopedEnum::kTwo"), IsEqual("2")); + EXPECT_THAT(Eval("(unsigned int)enum_one"), IsEqual("1")); + EXPECT_THAT(Eval("(short*)UnscopedEnumUInt8::kTwoU8"), + IsEqual(Is32Bit() ? "0x00000002" : "0x0000000000000002")); + EXPECT_THAT(Eval("(float)UnscopedEnum::kOne"), IsEqual("1")); + EXPECT_THAT(Eval("(float)enum_two"), IsEqual("2")); + EXPECT_THAT(Eval("(double)enum_one"), IsEqual("1")); + EXPECT_THAT(Eval("(bool)enum_two"), IsEqual("true")); + EXPECT_THAT(Eval("(bool)(UnscopedEnum)0"), IsEqual("false")); + EXPECT_THAT(Eval("(bool)(UnscopedEnum)-1"), IsEqual("true")); +} + +TEST_F(EvalTest, TestUnscopedEnumNegation) { + // Sometimes LLDB is confused about signedness and uses "unsigned int" as an + // underlying type. Technically, underlying type for the unscoped enum is + // implementation defined, but it should convert to "int" nonetheless. + this->compare_with_lldb_ = false; + + bool compare_types = HAS_METHOD(lldb::SBType, GetEnumerationIntegerType()); + EXPECT_THAT(Eval("-enum_one"), IsEqual("-1", compare_types)); + EXPECT_THAT(Eval("-enum_one_ref"), IsEqual("-1", compare_types)); + EXPECT_THAT(Eval("-(UnscopedEnumEmpty)1"), IsOk(compare_types)); +} + +TEST_F(EvalTest, TestUnscopedEnumWithUnderlyingType) { + EXPECT_THAT(Eval("(UnscopedEnumUInt8)-1"), IsOk()); + EXPECT_THAT(Eval("(UnscopedEnumUInt8)256"), IsEqual("kZeroU8")); + EXPECT_THAT(Eval("(UnscopedEnumUInt8)257"), IsEqual("kOneU8")); + + EXPECT_THAT(Eval("(UnscopedEnumInt8)-2.1"), IsOk()); + EXPECT_THAT(Eval("(int)enum_neg_8"), IsEqual("-1")); + EXPECT_THAT(Eval("enum_neg_8 < enum_one_8"), IsEqual("true")); + EXPECT_THAT(Eval("enum_neg_8 > enum_one_8"), IsEqual("false")); +} + +TEST_F(EvalTest, TestUnscopedEnumEmpty) { + EXPECT_THAT(Eval("(UnscopedEnumEmpty)1"), IsOk()); + EXPECT_THAT(Eval("(int)enum_empty"), IsOk()); +} + +TEST_F(EvalTest, TestTernaryOperator) { + EXPECT_THAT(Eval("true ? c : c"), IsEqual("'\\x02'")); + EXPECT_THAT(Eval("true ? c : (char)1"), IsEqual("'\\x02'")); + EXPECT_THAT(Eval("true ? c : 1"), IsEqual("2")); + EXPECT_THAT(Eval("false ? 1 : c"), IsEqual("2")); + + bool compare_types = HAS_METHOD(lldb::SBType, GetEnumerationIntegerType()); + EXPECT_THAT(Eval("false ? a_enum : EnumA::kOneA"), IsEqual("kOneA")); + EXPECT_THAT(Eval("false ? b_enum : a_enum"), IsEqual("2", compare_types)); + EXPECT_THAT(Eval("false ? c : b_enum"), IsEqual("1", compare_types)); + EXPECT_THAT(Eval("false ? b_enum : c"), IsEqual("2", compare_types)); + + EXPECT_THAT(Eval("true ? (int*)15 : 0"), + IsEqual(Is32Bit() ? "0x0000000f" : "0x000000000000000f")); + EXPECT_THAT(Eval("true ? 0 : (int*)15"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + EXPECT_THAT(Eval("true ? (int*)15 : nullptr"), + IsEqual(Is32Bit() ? "0x0000000f" : "0x000000000000000f")); + EXPECT_THAT(Eval("true ? nullptr : (int*)15"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + // EXPECT_THAT(Eval("true ? 0 : nullptr"), + // IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + EXPECT_THAT(Eval("true ? nullptr : 0"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + + EXPECT_THAT(Eval("+(true ? arr2 : arr2)"), IsOk()); + EXPECT_THAT(Eval("true ? arr2 : arr3"), IsOk()); + EXPECT_THAT(Eval("true ? arr2 : 0"), IsOk()); + EXPECT_THAT(Eval("true ? 0 : arr2"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + EXPECT_THAT(Eval("true ? arr2 : nullptr"), IsOk()); + EXPECT_THAT(Eval("true ? nullptr : arr2"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + EXPECT_THAT(Eval("true ? arr2 : (int*)15"), IsOk()); + EXPECT_THAT(Eval("true ? (int*)15 : arr2"), + IsEqual(Is32Bit() ? "0x0000000f" : "0x000000000000000f")); + + EXPECT_THAT(Eval("&(true ? arr2 : arr2)"), IsOk()); + + EXPECT_THAT(Eval("true ? t : 1"), + IsError("incompatible operand types ('T' and 'int')\n" + "true ? t : 1\n" + " ^")); + EXPECT_THAT(Eval("true ? 1 : t"), + IsError("incompatible operand types ('int' and 'T')\n" + "true ? 1 : t\n" + " ^")); + EXPECT_THAT(Eval("true ? (int*)15 : 1"), + IsError("incompatible operand types ('int *' and 'int')\n" + "true ? (int*)15 : 1\n" + " ^")); + EXPECT_THAT(Eval("true ? arr2 : dbl_arr"), + IsError("incompatible operand types ('int *' and 'double *')\n" + "true ? arr2 : dbl_arr\n" + " ^")); + + EXPECT_THAT(Eval("&(true ? *pi : 0)"), + IsError("cannot take the address of an rvalue of type 'int'\n" + "&(true ? *pi : 0)\n" + "^")); + EXPECT_THAT(Eval("&(true ? arr2 : pi)"), + IsError("cannot take the address of an rvalue of type 'int *'\n" + "&(true ? arr2 : pi)\n" + "^")); + EXPECT_THAT(Eval("&(true ? arr2 : arr3)"), + IsError("cannot take the address of an rvalue of type 'int *'\n" + "&(true ? arr2 : arr3)\n" + "^")); + + EXPECT_THAT(Eval("true ? nullptr : pi"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + EXPECT_THAT(Eval("true ? pi : nullptr"), IsOk()); + EXPECT_THAT(Eval("false ? nullptr : pi"), IsOk()); + EXPECT_THAT(Eval("false ? pi : nullptr"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + + // Use pointers and arrays in bool context. + EXPECT_THAT(Eval("pi ? 1 : 2"), IsEqual("1")); + // EXPECT_THAT(Eval("nullptr ? 1 : 2"), IsEqual("2")); + EXPECT_THAT(Eval("arr2 ? 1 : 2"), IsEqual("1")); +} + +TEST_F(EvalTest, TestSizeOf) { + EXPECT_THAT(Eval("sizeof(int)"), IsEqual("4")); + EXPECT_THAT(Eval("sizeof(int&)"), IsEqual("4")); + EXPECT_THAT(Eval("sizeof(int*)"), IsEqual(Is32Bit() ? "4" : "8")); + EXPECT_THAT(Eval("sizeof(int***)"), IsEqual(Is32Bit() ? "4" : "8")); + + EXPECT_THAT(Eval("sizeof(i)"), IsEqual("4")); + EXPECT_THAT(Eval("sizeof i "), IsEqual("4")); + EXPECT_THAT(Eval("sizeof p "), IsEqual(Is32Bit() ? "4" : "8")); + EXPECT_THAT(Eval("sizeof(arr)"), IsEqual("12")); + EXPECT_THAT(Eval("sizeof arr "), IsEqual("12")); + EXPECT_THAT(Eval("sizeof(arr + 1)"), IsEqual(Is32Bit() ? "4" : "8")); + EXPECT_THAT(Eval("sizeof arr + 1 "), IsEqual("13")); + + EXPECT_THAT(Eval("sizeof(foo)"), IsEqual("8")); + EXPECT_THAT(Eval("sizeof foo "), IsEqual("8")); + EXPECT_THAT(Eval("sizeof(SizeOfFoo)"), IsEqual("8")); + + // Makes sure that the expression isn't parsed as two types `i` and `i`. + EXPECT_THAT(Eval("sizeof(i < i > i)"), IsEqual("1")); + + EXPECT_THAT( + Eval("sizeof(int & *)"), + IsError( + "'type name' declared as a pointer to a reference of type 'int &'\n" + "sizeof(int & *)\n" + " ^")); + + EXPECT_THAT(Eval("sizeof(intt + 1)"), + IsError("use of undeclared identifier 'intt'\n" + "sizeof(intt + 1)\n" + " ^")); +} + +TEST_F(EvalTest, TestBuiltinFunction_Log2) { + // LLDB doesn't support `__log2` intrinsic function. + this->compare_with_lldb_ = false; + + // Note: Visual Studio debugger gives an error in this case: + // + // > __log(0) + // Attempt to calculate __log2(0). + // + EXPECT_THAT(Eval("__log2(0)"), IsEqual("4294967295")); + EXPECT_THAT(Eval("__log2(1LL << 32)"), IsEqual("4294967295")); + + EXPECT_THAT(Eval("__log2(1)"), IsEqual("0")); + EXPECT_THAT(Eval("__log2(8)"), IsEqual("3")); + EXPECT_THAT(Eval("__log2(12345)"), IsEqual("13")); + EXPECT_THAT(Eval("__log2(-1)"), IsEqual("31")); + EXPECT_THAT(Eval("__log2((1LL << 32)+128)"), IsEqual("7")); + + EXPECT_THAT(Eval("__log2(32.3f)"), IsEqual("5")); + EXPECT_THAT(Eval("__log2(12345.12345)"), IsEqual("13")); + + EXPECT_THAT(Eval("__log2(c_enum)"), IsEqual("7")); + EXPECT_THAT(Eval("__log2(cxx_enum)"), IsEqual("7")); + EXPECT_THAT(Eval("__log2(c_enum_ref)"), IsEqual("7")); + EXPECT_THAT(Eval("__log2(cxx_enum_ref)"), IsEqual("7")); + EXPECT_THAT(Eval("__log2(CEnum::kFoo)"), IsEqual("7")); + EXPECT_THAT(Eval("__log2(CxxEnum::kFoo)"), IsEqual("7")); + + EXPECT_THAT(Eval("__log2(foo)"), + IsError("no known conversion from 'Foo' to 'unsigned int'\n" + "__log2(foo)\n" + " ^")); + + EXPECT_THAT(Eval("__log2()"), + IsError("no matching function for call to '__log2': requires 1 " + "argument(s), but 0 argument(s) were provided\n" + "__log2()\n" + "^")); + + EXPECT_THAT(Eval("1 + __log2(1, 2)"), + IsError("no matching function for call to '__log2': requires 1 " + "argument(s), but 2 argument(s) were provided\n" + "1 + __log2(1, 2)\n" + " ^")); + + EXPECT_THAT(Eval("dummy(1)"), + IsError("function 'dummy' is not a supported builtin intrinsic")); + EXPECT_THAT( + Eval("::dummy(1)"), + IsError("function '::dummy' is not a supported builtin intrinsic")); + EXPECT_THAT( + Eval("ns::dummy(1)"), + IsError("function 'ns::dummy' is not a supported builtin intrinsic")); + EXPECT_THAT( + Eval("::ns::dummy(1)"), + IsError("function '::ns::dummy' is not a supported builtin intrinsic")); +} + +TEST_F(EvalTest, TestPrefixIncDec) { + EXPECT_THAT(Eval("++1"), IsError("expression is not assignable")); + EXPECT_THAT(Eval("--i"), + IsError("side effects are not supported in this context")); + +// #ifndef __EMSCRIPTEN__ +// ASSERT_TRUE(CreateContextVariableArray("int", "$arr", "{1,2,3}")); +// EXPECT_THAT(EvalWithContext("++$arr", vars_), +// IsError("cannot increment value of type 'int[3]'")); + +// ASSERT_TRUE(CreateContextVariable("$enum_foo", "ScopedEnum::kFoo")); +// EXPECT_THAT(EvalWithContext("++$enum_foo", vars_), +// IsError("cannot increment expression of enum type 'ScopedEnum'")); + +// ASSERT_TRUE(CreateContextVariable("$i", "1")); +// EXPECT_THAT(EvalWithContext("++$i", vars_), IsEqual("2")); +// EXPECT_THAT(EvalWithContext("++$i + 1", vars_), IsEqual("4")); +// EXPECT_THAT(EvalWithContext("--$i", vars_), IsEqual("2")); +// EXPECT_THAT(EvalWithContext("--$i - 1", vars_), IsEqual("0")); + +// ASSERT_TRUE(CreateContextVariable("$f", "1.5f")); +// EXPECT_THAT(EvalWithContext("++$f", vars_), IsEqual("2.5")); +// EXPECT_THAT(EvalWithContext("++$f + 1", vars_), IsEqual("4.5")); +// EXPECT_THAT(EvalWithContext("--$f", vars_), IsEqual("2.5")); +// EXPECT_THAT(EvalWithContext("--$f - 1", vars_), IsEqual("0.5")); + +// ASSERT_TRUE(CreateContextVariable("$d", "1.5")); +// EXPECT_THAT(EvalWithContext("++$d", vars_), IsEqual("2.5")); +// EXPECT_THAT(EvalWithContext("++$d + 1", vars_), IsEqual("4.5")); +// EXPECT_THAT(EvalWithContext("--$d", vars_), IsEqual("2.5")); +// EXPECT_THAT(EvalWithContext("--$d - 1", vars_), IsEqual("0.5")); + +// ASSERT_TRUE(CreateContextVariable("$p", "(int*)4")); +// EXPECT_THAT(EvalWithContext("++$p", vars_), +// IsEqual(Is32Bit() ? "0x00000008" : "0x0000000000000008")); +// EXPECT_THAT(EvalWithContext("++$p + 1", vars_), +// IsEqual(Is32Bit() ? "0x00000010" : "0x0000000000000010")); +// EXPECT_THAT(EvalWithContext("--$p", vars_), +// IsEqual(Is32Bit() ? "0x00000008" : "0x0000000000000008")); +// EXPECT_THAT(EvalWithContext("--$p - 1", vars_), +// IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); +// #endif +} + +TEST_F(EvalTest, TestPostfixIncDec) { + EXPECT_THAT(Eval("1++"), IsError("expression is not assignable")); + EXPECT_THAT(Eval("i--"), + IsError("side effects are not supported in this context")); + +// #ifndef __EMSCRIPTEN__ +// ASSERT_TRUE(CreateContextVariableArray("int", "$arr", "{1,2,3}")); +// EXPECT_THAT(EvalWithContext("$arr--", vars_), +// IsError("cannot decrement value of type 'int[3]'")); + +// ASSERT_TRUE(CreateContextVariable("$enum_foo", "ScopedEnum::kFoo")); +// EXPECT_THAT(EvalWithContext("$enum_foo++", vars_), +// IsError("cannot increment expression of enum type 'ScopedEnum'")); + +// ASSERT_TRUE(CreateContextVariable("$i", "1")); +// EXPECT_THAT(EvalWithContext("$i++", vars_), IsEqual("1")); +// EXPECT_THAT(EvalWithContext("$i", vars_), IsEqual("2")); +// EXPECT_THAT(EvalWithContext("$i++ + 1", vars_), IsEqual("3")); +// EXPECT_THAT(EvalWithContext("$i--", vars_), IsEqual("3")); +// EXPECT_THAT(EvalWithContext("$i-- - 1", vars_), IsEqual("1")); + +// ASSERT_TRUE(CreateContextVariable("$f", "1.5f")); +// EXPECT_THAT(EvalWithContext("$f++", vars_), IsEqual("1.5")); +// EXPECT_THAT(EvalWithContext("$f", vars_), IsEqual("2.5")); +// EXPECT_THAT(EvalWithContext("$f++ + 1", vars_), IsEqual("3.5")); +// EXPECT_THAT(EvalWithContext("$f--", vars_), IsEqual("3.5")); +// EXPECT_THAT(EvalWithContext("$f-- - 1", vars_), IsEqual("1.5")); + +// ASSERT_TRUE(CreateContextVariable("$d", "1.5")); +// EXPECT_THAT(EvalWithContext("$d++", vars_), IsEqual("1.5")); +// EXPECT_THAT(EvalWithContext("$d++ + 1", vars_), IsEqual("3.5")); +// EXPECT_THAT(EvalWithContext("$d--", vars_), IsEqual("3.5")); +// EXPECT_THAT(EvalWithContext("$d-- - 1", vars_), IsEqual("1.5")); + +// ASSERT_TRUE(CreateContextVariable("$p", "(int*)4")); +// EXPECT_THAT(EvalWithContext("$p++", vars_), +// IsEqual(Is32Bit() ? "0x00000004" : "0x0000000000000004")); +// EXPECT_THAT(EvalWithContext("$p++ + 1", vars_), +// IsEqual(Is32Bit() ? "0x0000000c" : "0x000000000000000c")); +// EXPECT_THAT(EvalWithContext("$p--", vars_), +// IsEqual(Is32Bit() ? "0x0000000c" : "0x000000000000000c")); +// EXPECT_THAT(EvalWithContext("$p-- - 1", vars_), +// IsEqual(Is32Bit() ? "0x00000004" : "0x0000000000000004")); +// #endif +} + +#ifndef __EMSCRIPTEN__ +TEST_F(EvalTest, TestDereferencedType) { + // When dereferencing the value LLDB also removes the typedef and the + // resulting value has the canonical type. We have to mitigate that, because + // having the correct type is important for visualization logic. + // + // In this example we have: + // + // ``` + // struct TTuple { ... }; + // using TPair = TTuple; + // const TPair& p_ref = ...; + // const TPair* p_ptr = ...; + // ``` + // + // The expression evaluator removes the references from all values and we must + // verify that the resulting type is correct. + + for (auto&& expr : {"p_ref", "*p_ptr"}) { + // Directly evaluate the expression and verify the types. + auto ret = Eval(expr); + + ASSERT_TRUE(ret.lldb_DIL_error.Success()); + ASSERT_TRUE(ret.lldb_value.has_value()); + + ASSERT_STREQ(ret.lldb_DIL_value.GetTypeName(), "TPair"); + ASSERT_STREQ(ret.lldb_value.value().GetTypeName(), "TPair"); + } +} +#endif + +TEST_F(EvalTest, TestMemberFunctionCall) { + // LLDB supports function calls, so disable it. + this->compare_with_lldb_ = false; + + EXPECT_THAT(Eval("c.m()"), + IsError("member function calls are not supported")); +} + +TEST_F(EvalTest, TestAssignment) { + EXPECT_THAT(Eval("1 = 1"), IsError("expression is not assignable")); + EXPECT_THAT(Eval("i = 1"), IsError("side effects are not supported")); + + EXPECT_THAT(Eval("p = 1"), + IsError("no known conversion from 'int' to 'float *'")); + EXPECT_THAT(Eval("eOne = 1"), + IsError("no known conversion from 'int' to 'Enum'")); + +// #ifndef __EMSCRIPTEN__ +// ASSERT_TRUE(CreateContextVariable("$i", "1")); +// EXPECT_THAT(EvalWithContext("$i = 2", vars_), IsEqual("2")); +// EXPECT_THAT(EvalWithContext("$i", vars_), IsEqual("2")); +// EXPECT_THAT(EvalWithContext("$i = -2", vars_), IsEqual("-2")); +// EXPECT_THAT(EvalWithContext("$i", vars_), IsEqual("-2")); +// EXPECT_THAT(EvalWithContext("$i = eOne", vars_), IsEqual("0")); +// EXPECT_THAT(EvalWithContext("$i", vars_), IsEqual("0")); +// EXPECT_THAT(EvalWithContext("$i = eTwo", vars_), IsEqual("1")); +// EXPECT_THAT(EvalWithContext("$i", vars_), IsEqual("1")); + +// ASSERT_TRUE(CreateContextVariable("$f", "1.5f")); +// EXPECT_THAT(EvalWithContext("$f = 2.5", vars_), IsEqual("2.5")); +// EXPECT_THAT(EvalWithContext("$f", vars_), IsEqual("2.5")); +// EXPECT_THAT(EvalWithContext("$f = 3.5f", vars_), IsEqual("3.5")); +// EXPECT_THAT(EvalWithContext("$f", vars_), IsEqual("3.5")); + +// ASSERT_TRUE(CreateContextVariable("$s", "(short)100")); +// EXPECT_THAT(EvalWithContext("$s = 100000", vars_), IsEqual("-31072")); +// EXPECT_THAT(EvalWithContext("$s", vars_), IsEqual("-31072")); + +// ASSERT_TRUE(CreateContextVariable("$p", "(int*)10")); +// EXPECT_THAT(EvalWithContext("$p = 1", vars_), +// IsError("no known conversion from 'int' to 'int *'")); +// EXPECT_THAT(EvalWithContext("$p = (int*)12", vars_), +// IsEqual(Is32Bit() ? "0x0000000c" : "0x000000000000000c")); +// EXPECT_THAT(EvalWithContext("$p", vars_), +// IsEqual(Is32Bit() ? "0x0000000c" : "0x000000000000000c")); +// EXPECT_THAT(EvalWithContext("$p = 0", vars_), +// IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); +// EXPECT_THAT(EvalWithContext("$p = nullptr", vars_), +// IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + +// ASSERT_TRUE(CreateContextVariableArray("int", "$arr", "{1, 2}")); +// EXPECT_THAT(EvalWithContext("$p = $arr", vars_), IsOk()); + +// ASSERT_TRUE(CreateContextVariableArray("float", "$farr", "{1.f, 2.f}")); +// EXPECT_THAT(EvalWithContext("$p = $farr", vars_), +// IsError("no known conversion from 'float[2]' to 'int *'")); +// #endif +} + +TEST_F(EvalTest, TestCompositeAssignmentInvalid) { + EXPECT_THAT(Eval("1 += 1"), IsError("expression is not assignable")); + EXPECT_THAT(Eval("i += 1"), IsError("side effects are not supported")); + + EXPECT_THAT(Eval("1 -= 1"), IsError("expression is not assignable")); + EXPECT_THAT(Eval("i -= 1"), IsError("side effects are not supported")); + + EXPECT_THAT(Eval("1 *= 1"), IsError("expression is not assignable")); + EXPECT_THAT(Eval("i *= 1"), IsError("side effects are not supported")); + + EXPECT_THAT(Eval("1 /= 1"), IsError("expression is not assignable")); + EXPECT_THAT(Eval("i /= 1"), IsError("side effects are not supported")); + + EXPECT_THAT(Eval("1 %= 1"), IsError("expression is not assignable")); + EXPECT_THAT(Eval("i %= 1"), IsError("side effects are not supported")); + EXPECT_THAT( + Eval("f %= 1"), + IsError("invalid operands to binary expression ('float' and 'int')")); + +// #ifndef __EMSCRIPTEN__ +// ASSERT_TRUE(CreateContextVariable("Enum", "$e", false, "Enum::ONE")); +// EXPECT_THAT( +// EvalWithContext("$e *= 1", vars_), +// // TODO(werat): This should actually be: +// // > assigning to 'Enum' from incompatible type 'int' +// IsError("invalid operands to binary expression ('Enum' and 'int')")); + +// ASSERT_TRUE(CreateContextVariable("$i", "1")); +// EXPECT_THAT(EvalWithContext("($i += 1) -= 2", vars_), +// IsError("side effects are not supported in this context")); +// #endif +} + +// #ifndef __EMSCRIPTEN__ +// TEST_F(EvalTest, TestCompositeAssignmentAdd) { +// ASSERT_TRUE(CreateContextVariable("$i", "1")); +// EXPECT_THAT(EvalWithContext("$i += 1", vars_), IsEqual("2")); +// EXPECT_THAT(EvalWithContext("$i += 2", vars_), IsEqual("4")); +// EXPECT_THAT(EvalWithContext("$i += -4", vars_), IsEqual("0")); +// EXPECT_THAT(EvalWithContext("$i += eOne", vars_), IsEqual("0")); +// EXPECT_THAT(EvalWithContext("$i += eTwo", vars_), IsEqual("1")); + +// ASSERT_TRUE(CreateContextVariable("$f", "1.5f")); +// EXPECT_THAT(EvalWithContext("$f += 1", vars_), IsEqual("2.5")); +// EXPECT_THAT(EvalWithContext("$f += -2", vars_), IsEqual("0.5")); +// EXPECT_THAT(EvalWithContext("$f += 2.5", vars_), IsEqual("3")); +// EXPECT_THAT(EvalWithContext("$f += eTwo", vars_), IsEqual("4")); + +// ASSERT_TRUE(CreateContextVariable("$s", "(short)100")); +// EXPECT_THAT(EvalWithContext("$s += 1000", vars_), IsEqual("1100")); +// EXPECT_THAT(EvalWithContext("$s += 100000", vars_), IsEqual("-29972")); + +// ASSERT_TRUE(CreateContextVariable("$p", "(int*)10")); +// EXPECT_THAT(EvalWithContext("$p += 1", vars_), +// IsEqual(Is32Bit() ? "0x0000000e" : "0x000000000000000e")); +// EXPECT_THAT( +// EvalWithContext("$p += 1.5", vars_), +// IsError("invalid operands to binary expression ('int *' and 'double')")); +// EXPECT_THAT( +// EvalWithContext("$p += $p", vars_), +// IsError("invalid operands to binary expression ('int *' and 'int *')")); +// EXPECT_THAT(EvalWithContext("$i += $p", vars_), +// IsError("no known conversion from 'int *' to 'int'")); +// } + +// TEST_F(EvalTest, TestCompositeAssignmentSub) { +// ASSERT_TRUE(CreateContextVariable("$i", "1")); +// EXPECT_THAT(EvalWithContext("$i -= 1", vars_), IsEqual("0")); +// EXPECT_THAT(EvalWithContext("$i -= 2", vars_), IsEqual("-2")); +// EXPECT_THAT(EvalWithContext("$i -= -4", vars_), IsEqual("2")); +// EXPECT_THAT(EvalWithContext("$i -= eOne", vars_), IsEqual("2")); +// EXPECT_THAT(EvalWithContext("$i -= eTwo", vars_), IsEqual("1")); + +// ASSERT_TRUE(CreateContextVariable("$f", "1.5f")); +// EXPECT_THAT(EvalWithContext("$f -= 1", vars_), IsEqual("0.5")); +// EXPECT_THAT(EvalWithContext("$f -= -2", vars_), IsEqual("2.5")); +// EXPECT_THAT(EvalWithContext("$f -= -2.5", vars_), IsEqual("5")); +// EXPECT_THAT(EvalWithContext("$f -= eTwo", vars_), IsEqual("4")); + +// ASSERT_TRUE(CreateContextVariable("$s", "(short)100")); +// EXPECT_THAT(EvalWithContext("$s -= 1000", vars_), IsEqual("-900")); +// EXPECT_THAT(EvalWithContext("$s -= 100000", vars_), IsEqual("30172")); + +// ASSERT_TRUE(CreateContextVariable("$p", "(int*)10")); +// EXPECT_THAT(EvalWithContext("$p -= 1", vars_), +// IsEqual(Is32Bit() ? "0x00000006" : "0x0000000000000006")); + +// #ifdef _WIN32 +// // On Windows, 'ptrdiff_t' is 'long long'. +// EXPECT_THAT(EvalWithContext("$p -= $p", vars_), +// IsError("no known conversion from 'long long' to 'int *'")); +// #else +// // On Linux, 'ptrdiff_t' is 'long'. +// EXPECT_THAT(EvalWithContext("$p -= $p", vars_), +// IsError("no known conversion from 'long' to 'int *'")); +// #endif +// } + +// TEST_F(EvalTest, TestCompositeAssignmentMul) { +// ASSERT_TRUE(CreateContextVariable("$i", "1")); +// EXPECT_THAT(EvalWithContext("$i *= 1", vars_), IsEqual("1")); +// EXPECT_THAT(EvalWithContext("$i *= 2", vars_), IsEqual("2")); +// EXPECT_THAT(EvalWithContext("$i *= -2.5", vars_), IsEqual("-5")); +// EXPECT_THAT(EvalWithContext("$i *= eTwo", vars_), IsEqual("-5")); + +// ASSERT_TRUE(CreateContextVariable("$f", "1.5f")); +// EXPECT_THAT(EvalWithContext("$f *= 1", vars_), IsEqual("1.5")); +// EXPECT_THAT(EvalWithContext("$f *= 2", vars_), IsEqual("3")); +// EXPECT_THAT(EvalWithContext("$f *= -2.5", vars_), IsEqual("-7.5")); +// EXPECT_THAT(EvalWithContext("$f *= eTwo", vars_), IsEqual("-7.5")); + +// ASSERT_TRUE(CreateContextVariable("$s", "(short)100")); +// EXPECT_THAT(EvalWithContext("$s *= 1000", vars_), IsEqual("-31072")); +// EXPECT_THAT(EvalWithContext("$s *= -1000", vars_), IsEqual("7936")); +// } + +// TEST_F(EvalTest, TestCompositeAssignmentDiv) { +// ASSERT_TRUE(CreateContextVariable("$i", "15")); +// EXPECT_THAT(EvalWithContext("$i /= 1", vars_), IsEqual("15")); +// EXPECT_THAT(EvalWithContext("$i /= 2", vars_), IsEqual("7")); +// EXPECT_THAT(EvalWithContext("$i /= -2", vars_), IsEqual("-3")); +// EXPECT_THAT(EvalWithContext("$i /= eTwo", vars_), IsEqual("-3")); + +// ASSERT_TRUE(CreateContextVariable("$f", "15.5f")); +// EXPECT_THAT(EvalWithContext("$f /= 1", vars_), IsEqual("15.5")); +// EXPECT_THAT(EvalWithContext("$f /= 2", vars_), IsEqual("7.75")); +// EXPECT_THAT(EvalWithContext("$f /= -2.5", vars_), IsEqual("-3.0999999")); +// EXPECT_THAT(EvalWithContext("$f /= eTwo", vars_), IsEqual("-3.0999999")); + +// ASSERT_TRUE(CreateContextVariable("$s", "(short)100")); +// EXPECT_THAT(EvalWithContext("$s /= 10", vars_), IsEqual("10")); +// EXPECT_THAT(EvalWithContext("$s /= -3", vars_), IsEqual("-3")); +// } + +// TEST_F(EvalTest, TestCompositeAssignmentRem) { +// ASSERT_TRUE(CreateContextVariable("$i", "15")); +// EXPECT_THAT(EvalWithContext("$i %= 8", vars_), IsEqual("7")); +// EXPECT_THAT(EvalWithContext("$i %= -3", vars_), IsEqual("1")); +// EXPECT_THAT(EvalWithContext("$i %= eTwo", vars_), IsEqual("0")); + +// ASSERT_TRUE(CreateContextVariable("$f", "15.5f")); +// EXPECT_THAT( +// EvalWithContext("$f %= 1", vars_), +// IsError("invalid operands to binary expression ('float' and 'int')")); + +// ASSERT_TRUE(CreateContextVariable("$s", "(short)100")); +// EXPECT_THAT(EvalWithContext("$s %= 23", vars_), IsEqual("8")); +// } + +// TEST_F(EvalTest, TestCompositeAssignmentBitwise) { +// ASSERT_TRUE(CreateContextVariable("$i", "0b11111111")); +// EXPECT_THAT(EvalWithContext("$i &= 0b11110000", vars_), IsEqual("240")); +// EXPECT_THAT(EvalWithContext("$i |= 0b01100011", vars_), IsEqual("243")); +// EXPECT_THAT(EvalWithContext("$i ^= 0b00100010", vars_), IsEqual("209")); +// EXPECT_THAT(EvalWithContext("$i <<= 2", vars_), IsEqual("836")); +// EXPECT_THAT(EvalWithContext("$i >>= 3", vars_), IsEqual("104")); +// EXPECT_THAT(EvalWithContext("$i <<= eTwo", vars_), IsEqual("208")); +// EXPECT_THAT(EvalWithContext("$i >>= eTwo", vars_), IsEqual("104")); +// EXPECT_THAT(EvalWithContext("$i <<= 1U", vars_), IsEqual("208")); +// EXPECT_THAT(EvalWithContext("$i >>= 1LL", vars_), IsEqual("104")); + +// ASSERT_TRUE(CreateContextVariable("$c", "(signed char)-1")); +// EXPECT_THAT(EvalWithContext("$c &= 0b11110011", vars_), IsEqual("'\\xf3'")); +// EXPECT_THAT(EvalWithContext("$c |= 0b01001011", vars_), IsEqual("'\\xfb'")); +// EXPECT_THAT(EvalWithContext("$c ^= 0b00000110", vars_), IsEqual("'\\xfd'")); +// EXPECT_THAT(EvalWithContext("$c <<= 5", vars_), IsEqual("'\\xa0'")); +// EXPECT_THAT(EvalWithContext("$c >>= 20", vars_), IsEqual("'\\xff'")); +// EXPECT_THAT(EvalWithContext("$c <<= 2U", vars_), IsEqual("'\\xfc'")); +// EXPECT_THAT(EvalWithContext("$c >>= eTwo", vars_), IsEqual("'\\xfe'")); + +// ASSERT_TRUE(CreateContextVariable("$f", "1.5f")); +// EXPECT_THAT( +// EvalWithContext("$f &= 1", vars_), +// IsError("invalid operands to binary expression ('float' and 'int')")); +// EXPECT_THAT( +// EvalWithContext("$f |= 1", vars_), +// IsError("invalid operands to binary expression ('float' and 'int')")); +// EXPECT_THAT( +// EvalWithContext("$f ^= 1", vars_), +// IsError("invalid operands to binary expression ('float' and 'int')")); +// EXPECT_THAT( +// EvalWithContext("$f <<= 1", vars_), +// IsError("invalid operands to binary expression ('float' and 'int')")); +// EXPECT_THAT( +// EvalWithContext("$f >>= 1", vars_), +// IsError("invalid operands to binary expression ('float' and 'int')")); + +// ASSERT_TRUE(CreateContextVariable("$s", "(short)100")); +// EXPECT_THAT(EvalWithContext("$s >>= 2", vars_), IsEqual("25")); +// EXPECT_THAT(EvalWithContext("$s <<= 6", vars_), IsEqual("1600")); +// EXPECT_THAT(EvalWithContext("$s <<= 12", vars_), IsEqual("0")); + +// ASSERT_TRUE(CreateContextVariable("$e", "eTwo")); +// std::vector ops = {"&=", "|=", "^=", "<<=", ">>="}; +// for (const auto& op : ops) { +// const std::string expr = "$e " + op + " 1"; // e.g. "$e ^= 1" +// EXPECT_THAT( +// EvalWithContext(expr, vars_), +// IsError("invalid operands to binary expression ('Enum' and 'int')")); +// } + +// ASSERT_TRUE(CreateContextVariable("$p", "(int*)10")); +// EXPECT_THAT( +// EvalWithContext("$p &= 1", vars_), +// IsError("invalid operands to binary expression ('int *' and 'int')")); +// EXPECT_THAT( +// EvalWithContext("$p |= (char)1", vars_), +// IsError("invalid operands to binary expression ('int *' and 'char')")); +// EXPECT_THAT( +// EvalWithContext("$p ^= &f", vars_), +// IsError("invalid operands to binary expression ('int *' and 'float *')")); +// EXPECT_THAT( +// EvalWithContext("$p <<= 1", vars_), +// IsError("invalid operands to binary expression ('int *' and 'int')")); +// EXPECT_THAT( +// EvalWithContext("$p >>= $p", vars_), +// IsError("invalid operands to binary expression ('int *' and 'int *')")); +// } + +// TEST_F(EvalTest, TestSideEffects) { +// // Comparing with LLDB is not possible with side effects enabled -- results +// // will always be different (because the same expression is evaluated twice). +// this->compare_with_lldb_ = false; +// this->allow_side_effects_ = true; + +// EXPECT_THAT(Eval("x++"), IsEqual("1")); +// EXPECT_THAT(Eval("x"), IsEqual("2")); +// EXPECT_THAT(Eval("++x"), IsEqual("3")); + +// EXPECT_THAT(Eval("xa[0] = 4"), IsEqual("4")); +// EXPECT_THAT(Eval("xa[0]"), IsEqual("4")); +// EXPECT_THAT(Eval("xa[1] += xa[0]"), IsEqual("6")); + +// EXPECT_THAT(Eval("*p = 5.2"), IsEqual("5")); +// EXPECT_THAT(Eval("*p"), IsEqual("5")); +// EXPECT_THAT(Eval("x"), IsEqual("5")); // `p` is `&x` +// } +// #endif + +TEST_F(EvalTest, TestBuiltinFunction_findnonnull) { + // LLDB doesn't support `__findnonnull` intrinsic function. + this->compare_with_lldb_ = false; + + EXPECT_THAT(Eval("__findnonnull(array_of_pointers, 0)"), IsEqual("-1")); + EXPECT_THAT(Eval("__findnonnull(array_of_pointers, 1)"), IsEqual("0")); + EXPECT_THAT(Eval("__findnonnull(array_of_pointers, 5)"), IsEqual("0")); + EXPECT_THAT(Eval("__findnonnull(array_of_pointers+2, 3)"), IsEqual("2")); + EXPECT_THAT(Eval("__findnonnull(array_of_pointers+3, 2)"), IsEqual("1")); + + EXPECT_THAT(Eval("__findnonnull(pointer_to_pointers, 0)"), IsEqual("-1")); + EXPECT_THAT(Eval("__findnonnull(pointer_to_pointers, 1)"), IsEqual("0")); + EXPECT_THAT(Eval("__findnonnull(pointer_to_pointers, 5)"), IsEqual("0")); + EXPECT_THAT(Eval("__findnonnull(pointer_to_pointers+2, 3)"), IsEqual("2")); + EXPECT_THAT(Eval("__findnonnull(pointer_to_pointers+3, 2)"), IsEqual("1")); + + EXPECT_THAT(Eval("__findnonnull(0, 0)"), + IsError("no known conversion from 'int' to 'T*' for 1st argument " + "of __findnonnull()\n" + "__findnonnull(0, 0)\n" + " ^")); + EXPECT_THAT( + Eval("__findnonnull(1.0f, 0)"), + IsError("no known conversion from 'float' to 'T*' for 1st argument " + "of __findnonnull()\n" + "__findnonnull(1.0f, 0)\n" + " ^")); + EXPECT_THAT( + Eval("__findnonnull(array_of_pointers, -1)"), + IsError("passing in a buffer size ('-1') that is negative or in excess " + "of 100 million to __findnonnull() is not allowed.\n" + "__findnonnull(array_of_pointers, -1)\n" + " ^")); + EXPECT_THAT( + Eval("__findnonnull(array_of_pointers, 100000001)"), + IsError("passing in a buffer size ('100000001') that is negative " + "or in excess of 100 million to __findnonnull() is not allowed.\n" + "__findnonnull(array_of_pointers, 100000001)\n" + " ^")); + + if (process_.GetAddressByteSize() == 4) { + EXPECT_THAT(Eval("__findnonnull(array_of_uint8, 6)"), IsEqual("0")); + EXPECT_THAT(Eval("__findnonnull(array_of_uint8+4, 5)"), IsEqual("0")); + EXPECT_THAT(Eval("__findnonnull(array_of_uint8+8, 4)"), IsEqual("2")); + EXPECT_THAT(Eval("__findnonnull(array_of_uint8+12, 3)"), IsEqual("1")); + } else if (process_.GetAddressByteSize() == 8) { + EXPECT_THAT(Eval("__findnonnull(array_of_uint8, 3)"), IsEqual("0")); + EXPECT_THAT(Eval("__findnonnull(array_of_uint8+8, 2)"), IsEqual("1")); + } else { + GTEST_FATAL_FAILURE_("Unknown pointer size in the target process"); + } +} + +TEST_F(EvalTest, TestUniquePtr) { +#ifdef _WIN32 + // On Windows we're not using `libc++` and therefore the layout of + // `std::unique_ptr` is different. + GTEST_SKIP() << "not supported on Windows"; +#else + // On Linux this assumes the usage of libc++ standard library. + + EXPECT_THAT(Eval("*(NodeU**)&ptr_node.__ptr_"), IsOk()); + EXPECT_THAT(Eval("(*(NodeU**)&ptr_node.__ptr_)->value"), IsEqual("1")); + + EXPECT_THAT(Eval("ptr_node.__ptr_.__value_"), IsOk()); + EXPECT_THAT(Eval("ptr_node.__ptr_.__value_->value"), IsEqual("1")); + EXPECT_THAT(Eval("ptr_node.__ptr_.__value_->next.__ptr_.__value_->value"), + IsEqual("2")); +#endif +} + +TEST_F(EvalTest, TestUniquePtrDeref) { +#ifdef _WIN32 + // On Windows we're not using `libc++` and therefore the layout of + // `std::unique_ptr` is different. + GTEST_SKIP() << "not supported on Windows"; +#else + // On Linux this assumes the usage of libc++ standard library. + this->compare_with_lldb_ = false; + + // Test member-of dereference. + EXPECT_THAT(Eval("ptr_node->value"), IsEqual("1")); + EXPECT_THAT(Eval("ptr_node->next->value"), IsEqual("2")); + + // Test ptr dereference. + EXPECT_THAT(Eval("(*ptr_node).value"), IsEqual("1")); + EXPECT_THAT(Eval("(*(*ptr_node).next).value"), IsEqual("2")); +#endif +} + +TEST_F(EvalTest, TestUniquePtrCompare) { +#ifdef _WIN32 + // On Windows we're not using `libc++` and therefore the layout of + // `std::unique_ptr` is different. + GTEST_SKIP() << "not supported on Windows"; +#else + // On Linux this assumes the usage of libc++ standard library. + this->compare_with_lldb_ = false; + + EXPECT_THAT(Eval("ptr_int == nullptr"), IsEqual("false")); + EXPECT_THAT(Eval("ptr_int != nullptr"), IsEqual("true")); + EXPECT_THAT(Eval("ptr_int == ptr_int"), IsEqual("true")); + + // C++ doesn't allow comparing unique_ptr with raw pointers, but we allow it + // for convenience. + EXPECT_THAT(Eval("ptr_int == 0"), IsEqual("false")); + EXPECT_THAT(Eval("ptr_int == (int*)0"), IsEqual("false")); + + EXPECT_THAT(Eval("ptr_float == nullptr"), IsEqual("false")); + EXPECT_THAT(Eval("ptr_float != nullptr"), IsEqual("true")); + EXPECT_THAT(Eval("ptr_float == (float*)0"), IsEqual("false")); + + EXPECT_THAT(Eval("ptr_float == (int*)0"), + IsError("comparison of distinct pointer types")); + EXPECT_THAT(Eval("ptr_int == ptr_float"), + IsError("comparison of distinct pointer types")); + + EXPECT_THAT(Eval("ptr_null == nullptr"), IsEqual("true")); + EXPECT_THAT(Eval("ptr_null != nullptr"), IsEqual("false")); + + EXPECT_THAT(Eval("ptr_void == nullptr"), IsEqual("false")); + EXPECT_THAT(Eval("ptr_void != nullptr"), IsEqual("true")); + EXPECT_THAT(Eval("ptr_void == ptr_void"), IsEqual("true")); + + // Void pointer can be compared with everything. + EXPECT_THAT(Eval("ptr_void == (int*)0"), IsEqual("false")); + EXPECT_THAT(Eval("ptr_void == (void*)0"), IsEqual("false")); + EXPECT_THAT(Eval("ptr_int == ptr_void"), IsEqual("false")); + EXPECT_THAT(Eval("ptr_float == ptr_void"), IsEqual("false")); + +#endif +} + +TEST_F(EvalTest, TestSharedPtr) { +#ifdef _WIN32 + // On Windows we're not using `libc++` and therefore the layout of + // `std::unique_ptr` is different. + GTEST_SKIP() << "not supported on Windows"; +#else + // On Linux this assumes the usage of libc++ standard library. + + EXPECT_THAT(Eval("*(NodeS**)&ptr_node.__ptr_"), IsOk()); + EXPECT_THAT(Eval("(*(NodeS**)&ptr_node.__ptr_)->value"), IsEqual("1")); + + EXPECT_THAT(Eval("ptr_node.__ptr_"), IsOk()); + EXPECT_THAT(Eval("ptr_node.__ptr_->value"), IsEqual("1")); + EXPECT_THAT(Eval("ptr_node.__ptr_->next.__ptr_->value"), IsEqual("2")); + + EXPECT_THAT(Eval("ptr_int.__ptr_"), IsOk()); + EXPECT_THAT(Eval("*ptr_int.__ptr_"), IsEqual("1")); + EXPECT_THAT(Eval("ptr_int_weak.__ptr_"), IsOk()); + EXPECT_THAT(Eval("*ptr_int_weak.__ptr_"), IsEqual("1")); +#endif +} + +TEST_F(EvalTest, TestSharedPtrDeref) { +#ifdef _WIN32 + // On Windows we're not using `libc++` and therefore the layout of + // `std::shared_ptr` is different. + GTEST_SKIP() << "not supported on Windows"; +#else + // On Linux this assumes the usage of libc++ standard library. + this->compare_with_lldb_ = false; + + // Test member-of dereference. + EXPECT_THAT(Eval("ptr_node->value"), IsEqual("1")); + EXPECT_THAT(Eval("ptr_node->next->value"), IsEqual("2")); + + // Test ptr dereference. + EXPECT_THAT(Eval("(*ptr_node).value"), IsEqual("1")); + EXPECT_THAT(Eval("(*(*ptr_node).next).value"), IsEqual("2")); +#endif +} + +TEST_F(EvalTest, TestSharedPtrCompare) { +#ifdef _WIN32 + // On Windows we're not using `libc++` and therefore the layout of + // `std::shared_ptr` is different. + GTEST_SKIP() << "not supported on Windows"; +#else + // On Linux this assumes the usage of libc++ standard library. + this->compare_with_lldb_ = false; + + EXPECT_THAT(Eval("ptr_int == nullptr"), IsEqual("false")); + EXPECT_THAT(Eval("ptr_int != nullptr"), IsEqual("true")); + EXPECT_THAT(Eval("ptr_int == ptr_int"), IsEqual("true")); + + // C++ doesn't allow comparing shared_ptr with raw pointers, but we allow it + // for convenience. + EXPECT_THAT(Eval("ptr_int == 0"), IsEqual("false")); + EXPECT_THAT(Eval("ptr_int == (int*)0"), IsEqual("false")); + + EXPECT_THAT(Eval("ptr_float == nullptr"), IsEqual("false")); + EXPECT_THAT(Eval("ptr_float != nullptr"), IsEqual("true")); + EXPECT_THAT(Eval("ptr_float == (float*)0"), IsEqual("false")); + + EXPECT_THAT(Eval("ptr_float == (int*)0"), + IsError("comparison of distinct pointer types")); + EXPECT_THAT(Eval("ptr_int == ptr_float"), + IsError("comparison of distinct pointer types")); + + EXPECT_THAT(Eval("ptr_null == nullptr"), IsEqual("true")); + EXPECT_THAT(Eval("ptr_null != nullptr"), IsEqual("false")); + + EXPECT_THAT(Eval("ptr_void == nullptr"), IsEqual("false")); + EXPECT_THAT(Eval("ptr_void != nullptr"), IsEqual("true")); + EXPECT_THAT(Eval("ptr_void == ptr_void"), IsEqual("true")); + + // Void pointer can be compared with everything. + EXPECT_THAT(Eval("ptr_void == (int*)0"), IsEqual("false")); + EXPECT_THAT(Eval("ptr_void == (void*)0"), IsEqual("false")); + EXPECT_THAT(Eval("ptr_int == ptr_void"), IsEqual("true")); + EXPECT_THAT(Eval("ptr_float == ptr_void"), IsEqual("false")); +#endif +} + +TEST_F(EvalTest, TestTypeComparison) { + // This test is for border-case situations in the CompareTypes function. + + // Taking an address of ternary expression require operands of the same type. + EXPECT_THAT(Eval("&(true ? ip : icpc)"), IsOk()); + EXPECT_THAT(Eval("&(true ? mipp : ipp)"), IsOk(/*compare_types*/ false)); + EXPECT_THAT(Eval("&(true ? ipp : icpcpc)"), IsOk()); + EXPECT_THAT(Eval("&(true ? ipp : mipp)"), IsOk()); + EXPECT_THAT(Eval("&(true ? ipp : micpcpc)"), IsOk()); + // TODO: Enable type comparison once the type mismatch is fixed. + // LLDB results in "int ***", while lldb-eval results in "MyInt ***". + EXPECT_THAT(Eval("&(true ? mipp : icpcpc)"), IsOk(/*compare_types*/ false)); + EXPECT_THAT(Eval("&(true ? mipp : micpcpc)"), IsOk(/*compare_types*/ false)); + EXPECT_THAT(Eval("&(true ? icpcpc : micpcpc)"), IsOk()); + + // Ensure that "signed char" and "char" are different types. + EXPECT_THAT(Eval("true ? c : sc"), IsEqual("2")); // int + EXPECT_THAT(Eval("true ? sc : (signed char)67"), IsEqual("'A'")); + EXPECT_THAT(Eval("true ? (char)66 : (signed char)65"), IsEqual("66")); + EXPECT_THAT(Eval("true ? cc : mc"), IsEqual("'B'")); + EXPECT_THAT(Eval("true ? cc : sc"), IsEqual("66")); + EXPECT_THAT(Eval("true ? sc : mc"), IsEqual("65")); + EXPECT_THAT(Eval("&(true ? c : c)"), IsOk()); + EXPECT_THAT(Eval("&(true ? c : sc)"), + IsError("cannot take the address of an rvalue of type 'int'")); +} + +TEST_F(EvalTest, TestTypeVsIdentifier) { + EXPECT_THAT(Eval("(StructOrVar)+1"), IsEqual("3")); + EXPECT_THAT(Eval("(StructOrVar)1"), + IsError("expected 'eof', got: <'1' (numeric_constant)>")); + EXPECT_THAT(Eval("(ClassOrVar.x - 1)"), IsEqual("2")); + EXPECT_THAT(Eval("(ClassOrVar).x - 1"), IsEqual("2")); + EXPECT_THAT( + Eval("(ClassOrVar)+1"), + IsError( + "invalid operands to binary expression ('ClassOrVar' and 'int')")); + EXPECT_THAT(Eval("(UnionOrVar)[1]"), IsEqual("2")); + EXPECT_THAT(Eval("*(UnionOrVar)"), IsEqual("1")); + EXPECT_THAT(Eval("(*UnionOrVar)"), IsEqual("1")); + + EXPECT_THAT(Eval("sizeof(StructOrVar)"), IsEqual("2")); + + EXPECT_THAT(Eval("static_cast(0)"), + IsError("unknown type name 'OnlyVar'")); + EXPECT_THAT(Eval("static_cast(0)"), + IsError("must use 'struct' tag to refer to type 'StructOrVar' in " + "this scope")); + EXPECT_THAT( + Eval("static_cast(0)"), + IsError( + "must use 'class' tag to refer to type 'ClassOrVar' in this scope")); + EXPECT_THAT( + Eval("static_cast(0)"), + IsError( + "must use 'union' tag to refer to type 'UnionOrVar' in this scope")); + EXPECT_THAT( + Eval("static_cast(0)"), + IsError( + "must use 'enum' tag to refer to type 'EnumOrVar' in this scope")); + EXPECT_THAT( + Eval("static_cast(0)"), + IsError( + "must use 'enum' tag to refer to type 'CxxEnumOrVar' in this scope")); +} + +#ifndef __EMSCRIPTEN__ +// TEST_F(EvalTest, TestSeparateParsing) { +// lldb::SBError error; + +// auto expr_a = Scope("a").Compile("a_", error); +// ASSERT_TRUE(error.Success()); + +// auto expr_b = Scope("b").Compile("b_", error); +// ASSERT_TRUE(error.Success()); + +// auto expr_c = Scope("c").Compile("a_ * b_ * c_", error); +// ASSERT_TRUE(error.Success()); + +// auto expr_d = Scope("d").Compile("a_ * b_ * c_ * d_", error); +// ASSERT_TRUE(error.Success()); + +// auto expr_c_this = Scope("c").Compile("this", error); +// ASSERT_TRUE(error.Success()); + +// EXPECT_THAT(Scope("a").Eval(expr_a), IsEqual("1")); +// EXPECT_THAT(Scope("b").Eval(expr_b), IsEqual("2")); +// EXPECT_THAT(Scope("c").Eval(expr_c), IsEqual("60")); +// EXPECT_THAT(Scope("d").Eval(expr_d), IsEqual("3024")); + +// EXPECT_THAT(Scope("c").Eval(expr_a), IsEqual("3")); +// EXPECT_THAT(Scope("c").Eval(expr_b), IsEqual("4")); +// EXPECT_THAT(Scope("d").Eval(expr_a), IsEqual("6")); +// EXPECT_THAT(Scope("d").Eval(expr_b), IsEqual("7")); +// EXPECT_THAT(Scope("d").Eval(expr_c), IsEqual("336")); + +// // Expression parsed in derived-type scope, evaluated in base-type scope. +// EXPECT_THAT( +// Scope("c").Eval(expr_d), +// IsError("expression isn't parsed in the context of compatible type")); +// } + +// TEST_F(EvalTest, TestSeparateParsingWithContextVars) { +// ASSERT_TRUE(CreateContextVariable("$x", "1")); +// ASSERT_TRUE(CreateContextVariable("$y", "2.5")); + +// std::unordered_map args = { +// {"$x", vars_["$x"].GetType()}, {"$y", vars_["$y"].GetType()}}; + +// lldb::SBError error; + +// auto expr_c = Scope("c").CompileWithContext("c_ + $x + $y", args, error); +// ASSERT_TRUE(error.Success()); + +// EXPECT_THAT(Scope("c").EvalWithContext(expr_c, vars_), IsEqual("8.5")); +// EXPECT_THAT(Scope("d").EvalWithContext(expr_c, vars_), IsEqual("11.5")); + +// // Parsed context arguments don't match variables' types in evaluation. +// std::unordered_map wrong_vars = { +// {"$x", vars_["$y"]}, {"$y", vars_["$x"]}}; +// EXPECT_THAT(Scope("c").EvalWithContext(expr_c, wrong_vars), +// IsError("unexpected type of context variable '$x' (expected " +// "'int', got 'double')")); + +// // Context variable missing for parsed argument. +// std::unordered_map incomplete_vars = { +// {"$x", vars_["$x"]}}; +// EXPECT_THAT(Scope("c").EvalWithContext(expr_c, incomplete_vars), +// IsError("use of undeclared identifier '$y'")); +// } + +TEST_F(EvalTest, TestRegisters) { + // LLDB loses the value formatter when evaluating registers and prints their + // value "as is". In lldb-eval the value formatter is preserved and the + // register can be "pretty-printed" depending on its type (e.g. vector + // registers are printed as vectors). + // Add an explicit cast so that the values are the same and can be compared. + EXPECT_THAT(Eval("(uint64_t) $rax"), IsOk()); + EXPECT_THAT(Eval("(uint64_t) $rbx"), IsOk()); + EXPECT_THAT(Eval("(uint64_t) $rcx"), IsOk()); + EXPECT_THAT(Eval("(uint64_t) $rdx"), IsOk()); + EXPECT_THAT(Eval("(uint64_t) $rdi"), IsOk()); + EXPECT_THAT(Eval("(uint64_t) $rsi"), IsOk()); + EXPECT_THAT(Eval("(uint64_t) $rbp"), IsOk()); + EXPECT_THAT(Eval("(uint64_t) $rsp"), IsOk()); + EXPECT_THAT(Eval("(uint64_t) $flags"), IsOk()); +} + +TEST_F(EvalTest, TestRegistersNoDollar) { + this->compare_with_lldb_ = false; + + // lldb-eval also supports accessing registers without `$`. Any other + // identifier (e.g. local variable) will shadow the register. + + // Shadowed by a local variable. + EXPECT_THAT(Eval("rax"), IsEqual("42")); + // Shadowed by a member field. + EXPECT_THAT(Eval("rbx"), IsEqual("42")); + // Shadowed by a global field. + EXPECT_THAT(Eval("rcx"), IsEqual("42")); + + // Not shadowed by anything. + for (std::string reg_name : {"rdx", "rdi", "rsi", "rbp", "rsp", "flags"}) { + lldb::SBValue reg = frame_.FindRegister(reg_name.c_str()); + EXPECT_THAT(Eval(reg_name), IsEqual(reg.GetValue())); + } +} +#endif + +TEST_F(EvalTest, TestCharParsing) { + EXPECT_THAT(Eval("1 + 'A'"), IsEqual("66")); + EXPECT_THAT(Eval("'B' - 'A'"), IsEqual("1")); + EXPECT_THAT(Eval("'A' == 'B'"), IsEqual("false")); + EXPECT_THAT(Eval("'A' == 'A'"), IsEqual("true")); + + // Following test fails detecting different results from lldb + // as u8 prefix is not handled in lldb + // EXPECT_THAT(Eval("1 + u8'A'"), IsEqual("66")); + // EXPECT_THAT(Eval("u8'B' - u8'A'"), IsEqual("1")); + // EXPECT_THAT(Eval("u8'A' == u8'B'"), IsEqual("false")); + // EXPECT_THAT(Eval("u8'A' == u8'A'"), IsEqual("true")); + + EXPECT_THAT(Eval("1 + u'A'"), IsEqual("66")); + EXPECT_THAT(Eval("u'B' - u'A'"), IsEqual("1")); + EXPECT_THAT(Eval("u'A' == u'B'"), IsEqual("false")); + EXPECT_THAT(Eval("u'A' == u'A'"), IsEqual("true")); + + EXPECT_THAT(Eval("1 + U'A'"), IsEqual("66")); + EXPECT_THAT(Eval("U'B' - U'A'"), IsEqual("1")); + EXPECT_THAT(Eval("U'A' == U'B'"), IsEqual("false")); + EXPECT_THAT(Eval("U'A' == U'A'"), IsEqual("true")); + + EXPECT_THAT(Eval("1 + L'A'"), IsEqual("66")); + EXPECT_THAT(Eval("L'B' - L'A'"), IsEqual("1")); + EXPECT_THAT(Eval("L'A' == L'B'"), IsEqual("false")); + EXPECT_THAT(Eval("L'A' == L'A'"), IsEqual("true")); + + EXPECT_THAT(Eval("1 + 'ABC'"), IsEqual("4276804")); + EXPECT_THAT(Eval("'ABD' - 'ABC'"), IsEqual("1")); + EXPECT_THAT(Eval("'ABC' == 'BCD'"), IsEqual("false")); + EXPECT_THAT(Eval("'ABC' == 'ABC'"), IsEqual("true")); + + EXPECT_THAT(Eval("U'ÑŠ' == U'猫'"), IsEqual("false")); + EXPECT_THAT(Eval("U'ü' == U'ü'"), IsEqual("true")); + EXPECT_THAT(Eval("U'u' == U'ü'"), IsEqual("false")); + + // Multichar contants with more than 4 chars generate + // compiler warning in clang + // Only the rightmost 4 characters are considered + // to compute the constant's value + EXPECT_THAT(Eval("'Xabcd' == 'Yabcd'"), IsEqual("true")); + EXPECT_THAT(Eval("'abcdX' == 'abcdY'"), IsEqual("false")); +} + +#ifndef __EMSCRIPTEN__ +TEST_F(EvalTest, TestStringParsing) { + lldb::SBError ignore; + // Comparing is done manually (instead of using IsOk and IsEqual matchers). + // This is because `SBValue::GetValue()` returns a nullptr for array types. + { + auto result = Eval("\"abc\""); + EXPECT_TRUE(result.lldb_DIL_error.Success()); + EXPECT_TRUE(result.lldb_DIL_value.IsValid()); + auto data = result.lldb_DIL_value.GetData(); + EXPECT_EQ(data.GetByteSize(), 4); + EXPECT_STREQ(data.GetString(ignore, 0), "abc"); + } + { + auto result = Eval("\"\""); + EXPECT_TRUE(result.lldb_DIL_error.Success()); + EXPECT_TRUE(result.lldb_DIL_value.IsValid()); + auto data = result.lldb_DIL_value.GetData(); + EXPECT_EQ(data.GetByteSize(), 1); + EXPECT_STREQ(data.GetString(ignore, 0), ""); + } + { + auto result = Eval("u8\"abc\""); + EXPECT_TRUE(result.lldb_DIL_value.IsValid()); + auto data = result.lldb_DIL_value.GetData(); + EXPECT_EQ(data.GetByteSize(), 4); + EXPECT_STREQ(data.GetString(ignore, 0), "abc"); + } + { + auto result = Eval("u\"abc\""); + EXPECT_TRUE(result.lldb_DIL_value.IsValid()); + auto data = result.lldb_DIL_value.GetData(); + EXPECT_EQ(data.GetByteSize(), 8); + char16_t val[4]; + EXPECT_EQ(data.ReadRawData(ignore, 0, reinterpret_cast(val), 8), 8); + EXPECT_EQ(val[0], u'a'); + EXPECT_EQ(val[1], u'b'); + EXPECT_EQ(val[2], u'c'); + EXPECT_EQ(val[3], 0); + } + { + auto result = Eval("U\"猫ъü\""); + EXPECT_TRUE(result.lldb_DIL_value.IsValid()); + auto data = result.lldb_DIL_value.GetData(); + EXPECT_EQ(data.GetByteSize(), 16); + char32_t val[4]; + EXPECT_EQ(data.ReadRawData(ignore, 0, reinterpret_cast(val), 16), + 16); + EXPECT_EQ(val[0], U'猫'); + EXPECT_EQ(val[1], U'ÑŠ'); + EXPECT_EQ(val[2], U'ü'); + EXPECT_EQ(val[3], 0); + } + { + auto result = Eval("L\"abc\""); + EXPECT_TRUE(result.lldb_DIL_value.IsValid()); + auto data = result.lldb_DIL_value.GetData(); + wchar_t val[4]; +#ifdef _WIN32 + // On Windows it holds sizeof(wchar_t) == 2. + EXPECT_EQ(data.GetByteSize(), 8); + EXPECT_EQ(data.ReadRawData(ignore, 0, reinterpret_cast(val), 8), 8); +#else + EXPECT_EQ(data.GetByteSize(), 16); + EXPECT_EQ(data.ReadRawData(ignore, 0, reinterpret_cast(val), 16), + 16); +#endif + EXPECT_EQ(val[0], L'a'); + EXPECT_EQ(val[1], L'b'); + EXPECT_EQ(val[2], L'c'); + EXPECT_EQ(val[3], 0); + } + + // TODO: lldb-eval should be able to handle these cases once string-literals + // are properly supported. + EXPECT_THAT(Eval("\"abc\" \"def\""), + IsError("string literals are not supported")); + EXPECT_THAT(Eval("\"abc\" + 1"), + 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b/lldb/unittests/DIL/Inputs/fuzzer_binary.cc new file mode 100644 index 000000000000..708eb49418d0 --- /dev/null +++ b/lldb/unittests/DIL/Inputs/fuzzer_binary.cc @@ -0,0 +1,330 @@ +/* + * Copyright 2020 Google LLC + * + * Licensed under the Apache License, Version 2.0 (the "License"); + * you may not use this file except in compliance with the License. + * You may obtain a copy of the License at + * + * http://www.apache.org/licenses/LICENSE-2.0 + * + * Unless required by applicable law or agreed to in writing, software + * distributed under the License is distributed on an "AS IS" BASIS, + * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. + * See the License for the specific language governing permissions and + * limitations under the License. + */ + +#include + +// This file _must not_ access the file system, since the current directory +// is specified in the fuzzer as just `./`. + +// Returns the floor log base 2. This function is supported in lldb-eval and is +// defined here so it can be used via LLDB. +unsigned int __log2_32(unsigned int value) { + unsigned int leading_zeros = 0; + for (int bit = 31; bit >= 0; --bit) { + if (value & (1U << bit)) { + break; + } else { + leading_zeros++; + } + } + return 31 - leading_zeros; +} + +class MultiInheritBase1 { + public: + int f1 = 10; +}; + +class MultiInheritBase2 { + public: + int f2 = 20; +}; + +class MultiInheritDerived : public MultiInheritBase1, public MultiInheritBase2 { + public: + int f3 = 30; +}; + +class DeadlyDiamondBase { + public: + int f1 = 10; +}; + +class DeadlyDiamondDerived1 : public DeadlyDiamondBase { + public: + int f2 = 20; +}; + +class DeadlyDiamondDerived2 : public DeadlyDiamondBase { + public: + int f3 = 30; +}; + +class DeadlyDiamondSubclass : public DeadlyDiamondDerived1, + public DeadlyDiamondDerived2 { + public: + int f4 = 40; +}; + +class VirtualDiamondBase { + public: + int f1 = 10; +}; + +class VirtualDiamondDerived1 : public virtual VirtualDiamondBase { + public: + int f2 = 20; +}; + +class VirtualDiamondDerived2 : public virtual VirtualDiamondBase { + public: + int f3 = 30; +}; + +class VirtualDiamondSubclass : public VirtualDiamondDerived1, + public VirtualDiamondDerived2 { + public: + int f4 = 40; +}; + +class EmptyBase {}; + +class NonEmptyBase { + public: + int f2 = 10; +}; + +struct TestStruct { + float flt_field = 0.5f; + int int_field = 20; + unsigned long long ull_field = -1ull; + char ch_field = '/'; +}; + +union TestUnion { + unsigned int uint_field; + unsigned char ch_field; +}; + +class NonEmptyDerived : public NonEmptyBase, public EmptyBase { + public: + EmptyBase base; + int f1 = 10; +}; + +class StaticMember { + public: + static const int s1; + static char s2; + // TODO: Add static const members with inline assigned values and static + // constexpr. In LLDB version 11, these cannot be accessed. +}; +const int StaticMember::s1 = 10; +char StaticMember::s2 = 's'; + +class ClassWithNestedClass { + public: + class NestedClass { + public: + static const int s1; + int f1 = 10; + }; + + NestedClass nested; +}; +const int ClassWithNestedClass::NestedClass::s1 = 20; + +enum CStyleEnum { VALUE1, VALUE2, VALUE3 }; +enum class EnumClass { ZERO, ONE, TWO, THREE }; + +// Global variables +int global_int = 55; +int* global_ptr = &global_int; +int& global_ref = global_int; +TestStruct global_ts; + +namespace ns { + +class StaticMember { + public: + static const int s1; +}; +const int StaticMember::s1 = 25; + +enum CStyleEnum { V1, V2, V3 }; +enum class EnumClass { ZERO, ONE, TWO, THREE }; + +// Global variables: +int global_int = 65; +int* global_ptr = &global_int; +int& global_ref = global_int; +TestStruct global_ts; + +namespace nested_ns { + +struct TestStruct { + float flt_field = 3.14f; + int int_field = 13; + char ch_field = 'x'; +}; + +// Global variables: +int global_int = 75; +TestStruct global_ts; + +} // namespace nested_ns +} // namespace ns + +int main() { + auto char_min = std::numeric_limits::min(); + auto char_max = std::numeric_limits::max(); + (void)char_min, (void)char_max; + + auto uchar_min = std::numeric_limits::min(); + auto uchar_max = std::numeric_limits::max(); + (void)uchar_min, (void)uchar_max; + + auto schar_min = std::numeric_limits::min(); + auto schar_max = std::numeric_limits::max(); + (void)schar_min, (void)schar_max; + + auto short_min = std::numeric_limits::min(); + auto short_max = std::numeric_limits::max(); + (void)short_min, (void)short_max; + + auto ushort_min = std::numeric_limits::min(); + auto ushort_max = std::numeric_limits::max(); + (void)ushort_min, (void)ushort_max; + + auto int_min = std::numeric_limits::min(); + auto int_max = std::numeric_limits::max(); + (void)int_min, (void)int_max; + + auto uint_min = std::numeric_limits::min(); + auto uint_max = std::numeric_limits::max(); + (void)uint_min, (void)uint_max; + + auto long_min = std::numeric_limits::min(); + auto long_max = std::numeric_limits::max(); + (void)long_min, (void)long_max; + + auto ulong_min = std::numeric_limits::min(); + auto ulong_max = std::numeric_limits::max(); + (void)ulong_min, (void)ulong_max; + + auto llong_min = std::numeric_limits::min(); + auto llong_max = std::numeric_limits::max(); + (void)llong_min, (void)llong_max; + + auto ullong_min = std::numeric_limits::min(); + auto ullong_max = std::numeric_limits::max(); + (void)ullong_min, (void)ullong_max; + + auto finf = std::numeric_limits::infinity(); + auto fnan = std::numeric_limits::quiet_NaN(); + auto fsnan = std::numeric_limits::signaling_NaN(); + auto fmax = std::numeric_limits::max(); + // Smallest positive non-zero float denormal + auto fdenorm = 0x0.1p-145f; + (void)finf, (void)fnan, (void)fsnan, (void)fmax, (void)fdenorm; + + auto dinf = std::numeric_limits::infinity(); + auto dnan = std::numeric_limits::quiet_NaN(); + auto dsnan = std::numeric_limits::signaling_NaN(); + auto dmax = std::numeric_limits::max(); + // Smallest positive non-zero double denormal + auto ddenorm = 0x0.1p-1070; + (void)dinf, (void)dnan, (void)dsnan, (void)dmax, (void)ddenorm; + + auto ldinf = std::numeric_limits::infinity(); + auto ldnan = std::numeric_limits::quiet_NaN(); + auto ldsnan = std::numeric_limits::signaling_NaN(); + auto ldmax = std::numeric_limits::max(); + // Smallest positive non-zero long double denormal +#ifdef _WIN32 + // On Win32 `long double` is an alias for `double`. + auto lddenorm = 0x0.1p-1070L; +#else + auto lddenorm = 0x0.1p-16440L; +#endif + + (void)ldinf, (void)ldnan, (void)ldsnan, (void)ldmax, (void)lddenorm; + + int x = 42; + int* p = &x; + int** q = &p; + int& ref = x; + int* const* const& refp = &p; + void* void_ptr = p; + + (void)x, (void)p, (void)q, (void)ref, (void)refp, (void)void_ptr; + + int array33[3][3] = {{0, 1, 2}, {3, 4, 5}, {6, 7, 8}}; + int array23[2][3] = {{1, 2, 3}, {4, 5, 6}}; + int array32[3][2] = {{1, 2}, {3, 4}, {5, 6}}; + float flt_array23[2][3] = {{1.0f, 2.0f, 3.0f}, {4.0f, 5.0f, 6.0f}}; + (void)array33, (void)array23, (void)array32, (void)flt_array23; + + int(*ptr_to_arr3)[3] = array33; + (void)ptr_to_arr3; + + std::nullptr_t null_ptr = nullptr; + std::nullptr_t* addr_null_ptr = &null_ptr; + std::nullptr_t& ref_null_ptr = null_ptr; + (void)null_ptr, (void)addr_null_ptr, (void)ref_null_ptr; + + MultiInheritDerived multi; + DeadlyDiamondSubclass diamond; + VirtualDiamondSubclass virtual_diamond; + (void)multi, (void)diamond, (void)virtual_diamond; + + char* null_char_ptr = nullptr; + const char* test_str = "Hee hee hee"; + char** addr_null_char_ptr = &null_char_ptr; + (void)null_char_ptr, (void)test_str, (void)addr_null_char_ptr; + + NonEmptyDerived empty_base; + (void)empty_base; + + TestStruct ts; + TestUnion tu; + tu.uint_field = 65; + (void)ts, (void)tu; + + TestStruct ts_array[2]; + ts_array[0].int_field = -10; + + ns::nested_ns::TestStruct ns_ts; + (void)ns_ts; + + ClassWithNestedClass with_nested; + (void)with_nested; + + struct LocalStruct { + int int_field; + int& ref_field; + int* ptr_field; + int*& ptr_ref_field; + double dbl_field; + } ls{42, x, &x, p, -0.8}; + (void)ls; + + CStyleEnum c_enum = VALUE1; + EnumClass enum_class = EnumClass::THREE; + ns::CStyleEnum ns_enum = ns::V2; + ns::EnumClass ns_enum_class = ns::EnumClass::TWO; + (void)c_enum, (void)enum_class, (void)ns_enum, (void)ns_enum_class; + + // Modify values of global variables. + global_ts.flt_field = 2.71f; + global_ts.int_field = 1337; + global_ts.ch_field = '*'; + global_ts.ull_field = 1LL << 40; + + // BREAK HERE + + return 0; +} diff --git a/lldb/unittests/DIL/Inputs/test_binary.cc b/lldb/unittests/DIL/Inputs/test_binary.cc new file mode 100644 index 000000000000..fb706eb31316 --- /dev/null +++ b/lldb/unittests/DIL/Inputs/test_binary.cc @@ -0,0 +1,1255 @@ +// Copyright 2020 Google LLC +// +// Licensed under the Apache License, Version 2.0 (the "License"); +// you may not use this file except in compliance with the License. +// You may obtain a copy of the License at +// +// http://www.apache.org/licenses/LICENSE-2.0 +// +// Unless required by applicable law or agreed to in writing, software +// distributed under the License is distributed on an "AS IS" BASIS, +// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. +// See the License for the specific language governing permissions and +// limitations under the License. + +#include +#include +#include +#include + +static void TestArithmetic() { + char c = 10; + unsigned char uc = 1; + int a = 1; + int int_max = std::numeric_limits::max(); + int int_min = std::numeric_limits::min(); + unsigned int uint_max = std::numeric_limits::max(); + unsigned int uint_zero = 0; + long long ll_max = std::numeric_limits::max(); + long long ll_min = std::numeric_limits::min(); + unsigned long long ull_max = std::numeric_limits::max(); + unsigned long long ull_zero = 0; + + int x = 2; + int& r = x; + int* p = &x; + + typedef int& myr; + myr my_r = x; + + auto fnan = std::numeric_limits::quiet_NaN(); + auto fsnan = std::numeric_limits::signaling_NaN(); + // Smallest positive non-zero float denormal + auto fdenorm = 0x0.1p-145f; + + // BREAK(TestArithmetic) + // BREAK(TestZeroDivision) +} + +static void TestBitwiseOperators() { + bool var_true = true; + bool var_false = false; + + unsigned long long ull_max = std::numeric_limits::max(); + unsigned long long ull_zero = 0; + + struct S { + } s; + + const char* p = nullptr; + + uint32_t mask_ff = 0xFF; + + // BREAK(TestBitwiseOperators) +} + +static void TestPointerArithmetic() { + int* p_null = nullptr; + const char* p_char1 = "hello"; + + typedef const char* my_char_ptr; + my_char_ptr my_p_char1 = p_char1; + + int offset = 5; + int array[10]; + array[0] = 0; + array[offset] = offset; + + int(&array_ref)[10] = array; + + int* p_int0 = &array[0]; + int** pp_int0 = &p_int0; + const int* cp_int0 = &array[0]; + const int* cp_int5 = &array[offset]; + + typedef int* td_int_ptr_t; + td_int_ptr_t td_int_ptr0 = &array[0]; + + void* p_void = (void*)p_char1; + void** pp_void0 = &p_void; + void** pp_void1 = pp_void0 + 1; + + std::nullptr_t std_nullptr_t = nullptr; + + // BREAK(TestPointerArithmetic) + // BREAK(PointerPointerArithmeticFloat) + // BREAK(PointerPointerComparison) + // BREAK(PointerIntegerComparison) + // BREAK(TestPointerDereference) +} + +static void TestLogicalOperators() { + bool trueVar = true; + bool falseVar = false; + + const char* p_ptr = "🦊"; + const char* p_nullptr = nullptr; + + int array[2] = {1, 2}; + + struct S { + } s; + + // BREAK(TestLogicalOperators) +} + +static void TestLocalVariables() { + int a = 1; + int b = 2; + + char c = -3; + unsigned short s = 4; + + // BREAK(TestLocalVariables) +} + +static void TestMemberOf() { + int x = 2; + struct Sx { + int x; + int& r; + char y; + } s{1, x, 2}; + + Sx& sr = s; + Sx* sp = &s; + + Sx sarr[2] = {{5, x, 2}, {1, x, 3}}; + + using SxAlias = Sx; + SxAlias sa{3, x, 4}; + + // BREAK(TestMemberOf) +} + +static void TestMemberOfInheritance() { + struct A { + int a_; + } a{1}; + + struct B { + int b_; + } b{2}; + + struct C : A, B { + int c_; + } c{{1}, {2}, 3}; + + struct D : C { + int d_; + A fa_; + } d{{{1}, {2}, 3}, 4, {5}}; + + // Virtual inheritance example. + struct Animal { + virtual ~Animal() = default; + int weight_; + }; + struct Mammal : virtual Animal {}; + struct WingedAnimal : virtual Animal {}; + struct Bat : Mammal, WingedAnimal { + } bat; + bat.weight_ = 10; + + // Empty bases example. + struct IPlugin { + virtual ~IPlugin() {} + }; + struct Plugin : public IPlugin { + int x; + int y; + }; + Plugin plugin; + plugin.x = 1; + plugin.y = 2; + + struct ObjectBase { + int x; + }; + struct Object : ObjectBase {}; + struct Engine : Object { + int y; + int z; + }; + + Engine engine; + engine.x = 1; + engine.y = 2; + engine.z = 3; + + // Empty multiple inheritance with empty base. + struct Base { + int x; + int y; + virtual void Do() = 0; + virtual ~Base() {} + }; + struct Mixin {}; + struct Parent : private Mixin, public Base { + int z; + virtual void Do(){}; + }; + Parent obj; + obj.x = 1; + obj.y = 2; + obj.z = 3; + Base* parent_base = &obj; + Parent* parent = &obj; + + // BREAK(TestMemberOfInheritance) +} + +static void TestMemberOfAnonymousMember() { + struct A { + struct { + int x = 1; + }; + int y = 2; + } a; + + struct B { + // Anonymous struct inherits another struct. + struct : public A { + int z = 3; + }; + int w = 4; + A a; + } b; + + // Anonymous classes and unions. + struct C { + union { + int x = 5; + }; + class { + public: + int y = 6; + }; + } c; + + // Multiple levels of anonymous structs. + struct D { + struct { + struct { + int x = 7; + struct { + int y = 8; + }; + }; + int z = 9; + struct { + int w = 10; + }; + }; + } d; + + struct E { + struct IsNotAnon { + int x = 11; + }; + } e; + + struct F { + struct { + int x = 12; + } named_field; + } f; + + // Inherited unnamed struct without an enclosing parent class. + struct : public A { + struct { + int z = 13; + }; + } unnamed_derived; + + struct DerivedB : public B { + struct { + // `w` in anonymous struct overrides `w` from `B`. + int w = 14; + int k = 15; + }; + } derb; + + // BREAK(TestMemberOfAnonymousMember) +} + +static void TestIndirection() { + int val = 1; + int* p = &val; + + typedef int* myp; + myp my_p = &val; + + typedef int*& mypr; + mypr my_pr = p; + + // BREAK(TestIndirection) +} + +// Referenced by TestInstanceVariables +class C { + public: + int field_ = 1337; +}; + +// Referenced by TestAddressOf +int globalVar = 0xDEADBEEF; +extern int externGlobalVar; + +int* globalPtr = &globalVar; +int& globalRef = globalVar; + +namespace ns { +int globalVar = 13; +int* globalPtr = &globalVar; +int& globalRef = globalVar; +} // namespace ns + +void TestGlobalVariableLookup() { + // BREAK(TestGlobalVariableLookup) +} + +class TestMethods { + public: + void TestInstanceVariables() { + C c; + c.field_ = -1; + + C& c_ref = c; + C* c_ptr = &c; + + // BREAK(TestInstanceVariables) + } + + void TestAddressOf(int param) { + int x = 42; + int& r = x; + int* p = &x; + int*& pr = p; + + typedef int*& mypr; + mypr my_pr = p; + + std::string s = "hello"; + const char* s_str = s.c_str(); + + char c = 1; + + // BREAK(TestAddressOf) + } + + private: + int field_ = 1; +}; + +static void TestSubscript() { + const char* char_ptr = "lorem"; + const char char_arr[] = "ipsum"; + + int int_arr[] = {1, 2, 3}; + + C c_arr[2]; + c_arr[0].field_ = 0; + c_arr[1].field_ = 1; + + C(&c_arr_ref)[2] = c_arr; + + int idx_1 = 1; + const int& idx_1_ref = idx_1; + + typedef int td_int_t; + typedef td_int_t td_td_int_t; + typedef int* td_int_ptr_t; + typedef int& td_int_ref_t; + + td_int_t td_int_idx_1 = 1; + td_td_int_t td_td_int_idx_2 = 2; + + td_int_t td_int_arr[3] = {1, 2, 3}; + td_int_ptr_t td_int_ptr = td_int_arr; + + td_int_ref_t td_int_idx_1_ref = td_int_idx_1; + td_int_t(&td_int_arr_ref)[3] = td_int_arr; + + unsigned char uchar_idx = std::numeric_limits::max(); + uint8_t uint8_arr[256]; + uint8_arr[255] = 0xAB; + uint8_t* uint8_ptr = uint8_arr; + + enum Enum { kZero, kOne } enum_one = kOne; + Enum& enum_ref = enum_one; + + // BREAK(TestSubscript) +} + +static void TestArrayDereference() { + int arr_1d[2] = {1, 2}; + int arr_2d[2][3] = {{1, 2, 3}, {4, 5, 6}}; + + // BREAK(TestArrayDereference) +} + +// Referenced by TestCStyleCast +namespace ns { + +typedef int myint; + +class Foo {}; + +namespace inner { + +using mydouble = double; + +class Foo {}; + +} // namespace inner + +} // namespace ns + +static void TestCStyleCast() { + int a = 1; + int* ap = &a; + void* vp = &a; + int arr[2] = {1, 2}; + + int na = -1; + float f = 1.1; + + typedef int myint; + + myint myint_ = 1; + ns::myint ns_myint_ = 2; + ns::Foo ns_foo_; + ns::Foo* ns_foo_ptr_ = &ns_foo_; + + ns::inner::mydouble ns_inner_mydouble_ = 1.2; + ns::inner::Foo ns_inner_foo_; + ns::inner::Foo* ns_inner_foo_ptr_ = &ns_inner_foo_; + + float finf = std::numeric_limits::infinity(); + float fnan = std::numeric_limits::quiet_NaN(); + float fsnan = std::numeric_limits::signaling_NaN(); + float fmax = std::numeric_limits::max(); + float fdenorm = std::numeric_limits::denorm_min(); + + // BREAK(TestCStyleCastBuiltins) + // BREAK(TestCStyleCastBasicType) + // BREAK(TestCStyleCastPointer) + // BREAK(TestCStyleCastNullptrType) + + struct InnerFoo { + int a; + int b; + }; + + InnerFoo ifoo; + (void)ifoo; + + int arr_1d[] = {1, 2, 3, 4}; + int arr_2d[2][3] = {{1, 2, 3}, {4, 5, 6}}; + + // BREAK(TestCStyleCastArray) + // BREAK(TestCStyleCastReference) +} + +// Referenced by TestCxxCast +struct CxxVirtualBase { + int a; + virtual ~CxxVirtualBase(){}; +}; +struct CxxVirtualParent : CxxVirtualBase { + int b; +}; + +static void TestCxxCast() { + struct CxxBase { + int a; + int b; + }; + struct CxxParent : CxxBase { + long long c; + short d; + }; + + enum UEnum { kUZero, kUOne, kUTwo }; + enum class SEnum { kSZero, kSOne }; + + UEnum u_enum = kUTwo; + SEnum s_enum = SEnum::kSOne; + + typedef int td_int_t; + typedef int* td_int_ptr_t; + typedef int& td_int_ref_t; + typedef SEnum td_senum_t; + td_int_t td_int = 13; + td_int_ptr_t td_int_ptr = &td_int; + td_int_ref_t td_int_ref = td_int; + td_senum_t td_senum = s_enum; + + CxxParent parent; + parent.a = 1; + parent.b = 2; + parent.c = 3; + parent.d = 4; + + CxxBase* base = &parent; + + int arr[] = {1, 2, 3, 4, 5}; + int* ptr = arr; + + // BREAK(TestCxxStaticCast) + // BREAK(TestCxxReinterpretCast) + + CxxVirtualParent v_parent; + v_parent.a = 1; + v_parent.b = 2; + CxxVirtualBase* v_base = &v_parent; + + // BREAK(TestCxxDynamicCast) +} + +void TestCastInheritedTypes() { + struct CxxEmpty {}; + struct CxxA { + short a; + }; + struct CxxB { + long long b; + }; + struct CxxC : CxxEmpty, CxxA, CxxB { + int c; + }; + struct CxxD { + long long d; + }; + struct CxxE : CxxD, CxxC { + int e; + }; + + CxxA a{1}; + CxxB b{2}; + CxxC c; + c.a = 3; + c.b = 4; + c.c = 5; + CxxD d{6}; + CxxE e; + e.a = 7; + e.b = 8; + e.c = 9; + e.d = 10; + e.e = 11; + + struct CxxVC : virtual CxxA, virtual CxxB { + int c; + }; + struct CxxVE : CxxD, CxxVC { + int e; + }; + + CxxVC vc; + vc.a = 12; + vc.b = 13; + vc.c = 14; + CxxVE ve; + ve.a = 15; + ve.b = 16; + ve.c = 17; + ve.d = 18; + ve.e = 19; + + CxxB* e_as_b = &e; + CxxB* ve_as_b = &ve; + + // BREAK(TestCastBaseToDerived) + // BREAK(TestCastDerivedToBase) +} + +// Referenced by TestQualifiedId. +namespace ns { + +int i = 1; + +namespace ns { + +int i = 2; + +} // namespace ns + +} // namespace ns + +static void TestQualifiedId() { + // BREAK(TestQualifiedId) +} + +namespace outer { + +namespace inner { + +class Vars { + public: + inline static double inline_static = 1.5; + static constexpr int static_constexpr = 2; + static const unsigned int static_const; + + struct Nested { + static const int static_const; + }; +}; + +const unsigned int Vars::static_const = 3; +const int Vars::Nested::static_const = 10; + +using MyVars = Vars; + +} // namespace inner + +class Vars { + public: + inline static double inline_static = 4.5; + static constexpr int static_constexpr = 5; + static const unsigned int static_const; + + struct Nested { + static const int static_const; + }; +}; + +const unsigned int Vars::static_const = 6; +const int Vars::Nested::static_const = 20; + +} // namespace outer + +class Vars { + public: + inline static double inline_static = 7.5; + static constexpr int static_constexpr = 8; + static const unsigned int static_const; + + struct Nested { + static const int static_const; + }; +}; + +const unsigned int Vars::static_const = 9; +const int Vars::Nested::static_const = 30; + +static void TestStaticConst() { + Vars vars; + outer::Vars outer_vars; + outer::inner::Vars outer_inner_vars; + + using MyVars = Vars; + using MyOuterVars = outer::Vars; + + MyVars my_vars; + MyOuterVars my_outer_vars; + outer::inner::MyVars my_outer_inner_vars; + + // BREAK(TestStaticConstDeclaredInline) + // BREAK(TestStaticConstDeclaredOutsideTheClass) +} + +// Referenced by TestTemplateTypes. +template +struct T_1 { + static const int cx; + typedef double myint; + + T_1() {} + T_1(T x) : x(x) {} + T x; +}; + +template +const int T_1::cx = 42; + +template <> +const int T_1::cx = 24; + +template +struct T_2 { + typedef float myint; + + T_2() {} + T1 x; + T2 y; +}; + +namespace ns { + +template +struct T_1 { + static const int cx; + typedef int myint; + + T_1() {} + T_1(T x) : x(x) {} + T x; +}; + +template +const int T_1::cx = 46; + +template <> +const int T_1::cx = 64; + +} // namespace ns + +static void TestTemplateTypes() { + int i; + int* p = &i; + + { T_1 _; } + { T_1 _; } + { T_1 _; } + { T_1 _(i); } + { T_1 _(p); } + { T_1 _; } + { T_2 _; } + { T_2 _; } + { T_2, T_1> _; } + { T_2>, T_1> _; } + + { ns::T_1 _; } + { ns::T_1> _; } + + { T_1::myint _ = 0; } + { T_1::myint _ = 0; } + { T_1::myint _ = 0; } + { T_1::myint _ = 0; } + { T_1::myint _ = 0; } + { T_1>::myint _ = 0; } + { T_1>>::myint _ = 0; } + { T_1>::myint _ = 0; } + { T_1>::myint _ = 0; } + { T_1>::myint _ = 0; } + { T_1>::myint _ = 0; } + + { T_2::myint _ = 0; } + { T_2::myint _ = 0; } + { T_2::myint _ = 0; } + { T_2>, T_1>::myint _ = 0; } + + { ns::T_1::myint _ = 0; } + { ns::T_1::myint _ = 0; } + { ns::T_1::myint _ = 0; } + { ns::T_1::myint _ = 0; } + { ns::T_1::myint _ = 0; } + { ns::T_1>::myint _ = 0; } + { ns::T_1>::myint _ = 0; } + { ns::T_1>::myint _ = 0; } + { ns::T_1>::myint _ = 0; } + { ns::T_1>::myint _ = 0; } + { ns::T_1>::myint _ = 0; } + { ns::T_1>::myint _ = 0; } + { ns::T_1>::myint _ = 0; } + { ns::T_1>::myint _ = 0; } + { ns::T_1>::myint _ = 0; } + + (void)T_1::cx; + (void)ns::T_1::cx; + (void)ns::T_1>::cx; + + int T_1 = 2; + + // BREAK(TestTemplateTypes) + // BREAK(TestTemplateCpp11) +} + +template +struct TArray { + using ElementType = T; + T t_; + TAllocator a_; +}; + +template +struct Allocator { + int size = Size; +}; + +void TestTemplateWithNumericArguments() { + Allocator<4> a4; + Allocator<8> a8; + TArray> arr; + decltype(arr)::ElementType* el = 0; + + // BREAK(TestTemplateWithNumericArguments) +} + +namespace test_scope { + +class Value { + public: + Value(int x, float y) : x_(x), y_(y) {} + + // Static members + enum ValueEnum { A, B }; + static double static_var; + + private: + int x_; + float y_; +}; + +double Value::static_var = 3.5; + +} // namespace test_scope + +void TestValueScope() { + test_scope::Value var(1, 2.5f); + test_scope::Value& var_ref = var; + uint64_t z_ = 3; + + // "raw" representation of the Value. + int bytes[] = {1, 0x40200000}; + + auto val_enum = test_scope::Value::A; + (void)val_enum; + (void)test_scope::Value::static_var; + + // BREAK(TestValueScope) + // BREAK(TestReferenceScope) +} + +void TestBitField() { + enum BitFieldEnum : uint32_t { kZero, kOne }; + + struct BitFieldStruct { + uint16_t a : 10; + uint32_t b : 4; + bool c : 1; + bool d : 1; + int32_t e : 32; + uint32_t f : 32; + uint32_t g : 31; + uint64_t h : 31; + uint64_t i : 33; + BitFieldEnum j : 10; + }; + + BitFieldStruct bf; + bf.a = 0b1111111111; + bf.b = 0b1001; + bf.c = 0b0; + bf.d = 0b1; + bf.e = 0b1; + bf.f = 0b1; + bf.g = 0b1; + bf.h = 0b1; + bf.i = 0b1; + bf.j = BitFieldEnum::kOne; + + struct AlignedBitFieldStruct { + uint16_t a : 10; + uint8_t b : 4; + unsigned char : 0; + uint16_t c : 2; + }; + + uint32_t data = ~0; + AlignedBitFieldStruct abf = (AlignedBitFieldStruct&)data; + + // BREAK(TestBitField) + // BREAK(TestBitFieldPromotion) + // BREAK(TestBitFieldWithSideEffects) +} + +void TestContextVariables() { + struct Scope { + int a = 10; + const char* ptr = "hello"; + }; + + Scope s; + + // BREAK(TestContextVariables) + // BREAK(TestContextVariablesSubset) +} + +// Referenced by TestScopedEnum. +enum class ScopedEnum { kFoo, kBar }; +enum class ScopedEnumUInt8 : uint8_t { kFoo, kBar }; + +void TestScopedEnum() { + auto enum_foo = ScopedEnum::kFoo; + auto enum_bar = ScopedEnum::kBar; + auto enum_neg = (ScopedEnum)-1; + + auto enum_u8_foo = ScopedEnumUInt8::kFoo; + auto enum_u8_bar = ScopedEnumUInt8::kBar; + + // BREAK(TestScopedEnum) + // BREAK(TestScopedEnumArithmetic) + // BREAK(TestScopedEnumWithUnderlyingType) +} + +enum UnscopedEnum { kZero, kOne, kTwo }; +enum UnscopedEnumUInt8 : uint8_t { kZeroU8, kOneU8, kTwoU8 }; +enum UnscopedEnumInt8 : int8_t { kZero8, kOne8, kTwo8 }; +enum UnscopedEnumEmpty : uint8_t {}; + +// UnscopedEnum global_enum = UnscopedEnum::kOne; + +void TestUnscopedEnum() { + auto enum_zero = UnscopedEnum::kZero; + auto enum_one = UnscopedEnum::kOne; + auto enum_two = UnscopedEnum::kTwo; + + auto& enum_one_ref = enum_one; + auto& enum_two_ref = enum_two; + + auto enum_zero_u8 = UnscopedEnumUInt8::kZeroU8; + auto enum_one_u8 = UnscopedEnumUInt8::kOneU8; + auto enum_two_u8 = UnscopedEnumUInt8::kTwoU8; + + UnscopedEnumEmpty enum_empty{}; + + auto enum_one_8 = UnscopedEnumInt8::kOne8; + auto enum_neg_8 = (UnscopedEnumInt8)-1; + + // BREAK(TestUnscopedEnum) + // BREAK(TestUnscopedEnumNegation) + // BREAK(TestUnscopedEnumWithUnderlyingType) + // BREAK(TestUnscopedEnumEmpty) +} + +void TestTernaryOperator() { + int i = 1; + int* pi = &i; + char c = 2; + int arr2[2] = {1, 2}; + int arr3[3] = {1, 2, 3}; + double dbl_arr[2] = {1.0, 2.0}; + struct T { + } t; + enum EnumA { kOneA = 1, kTwoA } a_enum = kTwoA; + enum EnumB { kOneB = 1 } b_enum = kOneB; + // BREAK(TestTernaryOperator) +} + +void TestSizeOf() { + int i = 1; + int* p = &i; + int arr[] = {1, 2, 3}; + + struct SizeOfFoo { + int x, y; + } foo; + + // BREAK(TestSizeOf) +} + +void TestBuiltinFunction_Log2() { + struct Foo { + } foo; + + enum CEnum { kFoo = 129 } c_enum = kFoo; + enum class CxxEnum { kFoo = 129 } cxx_enum = CxxEnum::kFoo; + + CEnum& c_enum_ref = c_enum; + CxxEnum& cxx_enum_ref = cxx_enum; + + // BREAK(TestBuiltinFunction_Log2) +} + +void TestBuiltinFunction_findnonnull() { + uint8_t array_of_uint8[] = {1, 1, 1, 1, 1, 1, 1, 1, 0, 0, 0, 0, + 0, 0, 0, 0, 1, 1, 1, 1, 1, 1, 1, 1}; + uint8_t* pointer_to_uint8 = array_of_uint8; + + int* array_of_pointers[] = {(int*)1, (int*)1, (int*)0, (int*)0, (int*)1}; + int** pointer_to_pointers = array_of_pointers; + + // BREAK(TestBuiltinFunction_findnonnull) +} + +void TestPrefixIncDec() { + auto enum_foo = ScopedEnum::kFoo; + int i = 1; + + // BREAK(TestPrefixIncDec) + // BREAK(TestPostfixIncDec) +} + +void TestDereferencedType() { + struct TTuple { + int x = 1; + }; + using TPair = TTuple; + + TPair p{}; + const TPair& p_ref = p; + const TPair* p_ptr = &p; + + // BREAK(TestDereferencedType) +} + +void TestMemberFunctionCall() { + struct C { + int m() { return 1; } + }; + + C c; + c.m(); + + // BREAK(TestMemberFunctionCall) +} + +void TestCompositeAssignment() { + int i = 10; + float f = 1.5f; + float* p = &f; + + enum Enum { ONE, TWO }; + Enum eOne = ONE; + Enum eTwo = TWO; + + // BREAK(TestAssignment) + // BREAK(TestCompositeAssignmentInvalid) + // BREAK(TestCompositeAssignmentAdd) + // BREAK(TestCompositeAssignmentSub) + // BREAK(TestCompositeAssignmentMul) + // BREAK(TestCompositeAssignmentDiv) + // BREAK(TestCompositeAssignmentRem) + // BREAK(TestCompositeAssignmentBitwise) +} + +void TestSideEffects() { + int x = 1; + int xa[] = {1, 2}; + int* p = &x; + + // BREAK(TestSideEffects) +} + +void TestUniquePtr() { + struct NodeU { + std::unique_ptr next; + int value; + }; + auto ptr_node = std::unique_ptr(new NodeU{nullptr, 2}); + ptr_node = std::unique_ptr(new NodeU{std::move(ptr_node), 1}); + + std::unique_ptr ptr_null; + auto ptr_int = std::make_unique(1); + auto ptr_float = std::make_unique(1.1f); + + auto deleter = [](void const* data) { delete static_cast(data); }; + std::unique_ptr ptr_void(new int(42), deleter); + + // BREAK(TestUniquePtr) + // BREAK(TestUniquePtrDeref) + // BREAK(TestUniquePtrCompare) +} + +void TestSharedPtr() { + struct NodeS { + std::shared_ptr next; + int value; + }; + auto ptr_node = std::shared_ptr(new NodeS{nullptr, 2}); + ptr_node = std::shared_ptr(new NodeS{std::move(ptr_node), 1}); + + std::shared_ptr ptr_null; + auto ptr_int = std::make_shared(1); + auto ptr_float = std::make_shared(1.1f); + + std::weak_ptr ptr_int_weak = ptr_int; + + std::shared_ptr ptr_void = ptr_int; + + // BREAK(TestSharedPtr) + // BREAK(TestSharedPtrDeref) + // BREAK(TestSharedPtrCompare) +} + +void TestTypeComparison() { + int i = 1; + int const* const icpc = &i; + int* ip = &i; + int const* const* const icpcpc = &icpc; + int** ipp = &ip; + + using MyInt = int; + using MyPtr = MyInt*; + MyPtr* mipp = ipp; + + using MyConstInt = const int; + using MyConstPtr = MyConstInt* const; + MyConstPtr* const micpcpc = icpcpc; + + char c = 2; + signed char sc = 65; + const char cc = 66; + using mychar = char; + mychar mc = 67; + + // BREAK(TestTypeComparison) +} + +static void TestTypeDeclaration() { + wchar_t wchar = 0; + char16_t char16 = 0; + char32_t char32 = 0; + + using mylong = long; + mylong my_long = 1; + + // BREAK(TestBasicTypeDeclaration) + // BREAK(TestUserTypeDeclaration) +} + +static void TestTypeVsIdentifier() { + struct StructOrVar { + int x = 1; + } s; + short StructOrVar = 2; + + class ClassOrVar { + public: + int x = 3; + }; + ClassOrVar ClassOrVar; + + union UnionOrVar { + int x; + } u; + int UnionOrVar[2] = {1, 2}; + + enum EnumOrVar { kFoo, kBar }; + EnumOrVar EnumOrVar = kFoo; + + enum class CxxEnumOrVar { kCxxFoo, kCxxBar }; + CxxEnumOrVar CxxEnumOrVar = CxxEnumOrVar::kCxxFoo; + + int OnlyVar = 4; + + // BREAK(TestTypeVsIdentifier) +} + +static void TestSeparateParsing() { + struct StructA { + int a_; + } a{1}; + + struct StructB { + int b_; + } b{2}; + + struct StructC : public StructA, public StructB { + int c_; + } c{{3}, {4}, 5}; + + struct StructD : public StructC { + int d_; + } d{{{6}, {7}, 8}, 9}; + + // BREAK(TestSeparateParsing) + // BREAK(TestSeparateParsingWithContextVars) +} + +// Used by TestRegistersNoDollar +int rcx = 42; + +struct RegisterCtx { + int rbx = 42; + + void TestRegisters() { + int rax = 42; + + // BREAK(TestRegisters) + // BREAK(TestRegistersNoDollar) + } +}; + +static void TestCharParsing() { + // BREAK(TestCharParsing) +} + +static void TestStringParsing() { + // BREAK(TestStringParsing) +} + +namespace test_binary { + +void main() { + // BREAK(TestSymbols) + + TestMethods tm; + + TestArithmetic(); + TestBitwiseOperators(); + TestPointerArithmetic(); + TestLogicalOperators(); + TestLocalVariables(); + TestMemberOf(); + TestMemberOfInheritance(); + TestMemberOfAnonymousMember(); + TestGlobalVariableLookup(); + tm.TestInstanceVariables(); + TestIndirection(); + tm.TestAddressOf(42); + TestSubscript(); + TestCStyleCast(); + TestCxxCast(); + TestCastInheritedTypes(); + TestQualifiedId(); + TestStaticConst(); + TestTypeDeclaration(); + TestTemplateTypes(); + TestTemplateWithNumericArguments(); + TestValueScope(); + TestBitField(); + TestContextVariables(); + TestPrefixIncDec(); + TestScopedEnum(); + TestUnscopedEnum(); + TestTernaryOperator(); + TestSizeOf(); + TestBuiltinFunction_Log2(); + TestBuiltinFunction_findnonnull(); + TestArrayDereference(); + TestDereferencedType(); + TestMemberFunctionCall(); + TestCompositeAssignment(); + TestSideEffects(); + TestUniquePtr(); + TestSharedPtr(); + TestTypeComparison(); + TestTypeVsIdentifier(); + TestSeparateParsing(); + + RegisterCtx rc; + rc.TestRegisters(); + + TestCharParsing(); + TestStringParsing(); + + // BREAK HERE +} + +} // namespace test_binary + +int main() { test_binary::main(); } diff --git a/lldb/unittests/DIL/Inputs/test_binary_libc++.bin b/lldb/unittests/DIL/Inputs/test_binary_libc++.bin new file mode 100755 index 0000000000000000000000000000000000000000..6b864d3cbc90e2c455f37826552bad9624ae556a GIT binary patch literal 278520 zcmeEv4}4U`wg0_$H^~BTTOx%ND3%Q@)PjOZ?XsvCqAz?x z{GG<#3q{>RwH@~tm+}q_&k}SC)pj&DzNZD>*OrNI4H9)zqScP3i`q3lEBKACWMW9p zr-jyhl8y9lnw(E3hJ>2*u$}Fe%63k4wzKAb(c9H4|0DgyWIJt>G{}Kozo4g4id}|w zG%x?`M=rZ|x$Mtv9eU(MSV(?CpYc^|R!o^RzG~&URcqF5syVl2+LUvrOd7Xw{kRFt 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z&ZyuLc~9(;8jRR)Sg+<$h~?G6aKyay(ik(ZkTo{!XJto)j!7NU%KA_>{u?7IU^F@y zmOq?PywO(8m(T^PS{9pA0_AgMRaH~4)&9a7PSAcP`|L-xx6FQ4PUx$m-KGUy~N=LBE8|yMZXzX{~hAr$}ai7 zA#POKt^e)#to{~&a$@~gsKoGRDG((!;DzBW<`=d!5IB(YfXqEA4yit$T0%zghg-@^jk7rO3gy z;6&{W|4xtpp_dqkR_^ABfH(ZdJpK#+Z2Vi+3!|t$)?N-GA1%S<8|0{f^ z;NKaa+W&0v?@fPXlJWoJl-LmMH!By4|JYC*XK9-$kxtb(Tz}S|RaJ|BZ}`L8jsI&r z4c7X%vRV9FdsaShvGIRJ693lSsY(2oU2gnO+}*k~(uQlb>bs|l(Lc36YWy#k{NF=q uact|a9sf2#ZCq+^(f>C7$!LFTiK_GmZ}@}JCi1^QgGu +#include +#include + +#include "lldb/API/SBBreakpoint.h" +#include "lldb/API/SBBreakpointLocation.h" +#include "lldb/API/SBCommandInterpreter.h" +#include "lldb/API/SBCommandReturnObject.h" +#include "lldb/API/SBDebugger.h" +#include "lldb/API/SBDefines.h" +#include "lldb/API/SBEvent.h" +#include "lldb/API/SBFileSpec.h" +#include "lldb/API/SBFrame.h" +#include "lldb/API/SBListener.h" +#include "lldb/API/SBProcess.h" +#include "lldb/API/SBTarget.h" +#include "lldb/API/SBThread.h" +#include "lldb/API/SBValue.h" +#include "lldb/lldb-enumerations.h" +#include "lldb/lldb-types.h" + +#ifdef CONFIG_VALGRIND +// Running a process under Valgrind can be extremely slow. +const uint32_t kWaitForEventTimeout = 30; +#else +// Running a process can be slow when built with sanitizers. +const uint32_t kWaitForEventTimeout = 5; +#endif + +int FindBreakpointLine(const std::string& file_path, + const std::string& break_line) { + // Read the source file to find the breakpoint location. + std::ifstream infile(file_path); + std::string line; + int line_num = 1; + while (std::getline(infile, line)) { + if (line.find(break_line) != std::string::npos) { + return line_num; + } + ++line_num; + } + + std::cerr << "Can't find the breakpoint location." << std::endl; + exit(1); +} + +std::string filename_of_source_path(const std::string& source_path) { + auto idx = source_path.find_last_of("/\\"); + if (idx == std::string::npos) { + idx = 0; + } else { + idx++; + } + + return source_path.substr(idx); +} + +lldb::SBProcess LaunchTestProgram(lldb::SBDebugger debugger, + const std::string& source_path, + const std::string& binary_path, + const std::string& break_line) { + auto target = debugger.CreateTarget(binary_path.c_str()); + + auto source_file = filename_of_source_path(source_path); + + const char* argv[] = {binary_path.c_str(), nullptr}; + + auto bp = target.BreakpointCreateByLocation( + source_file.c_str(), FindBreakpointLine(source_path.c_str(), break_line)); + // Test programs don't perform any I/O, so current directory doesn't + // matter. + if (bp.GetNumLocations() == 0) + std::cerr << "WARNING: Unable to resolve breakpoint to any actual locations." << std::endl; + auto process = target.LaunchSimple(argv, nullptr, "."); + if (!process.IsValid()) { + std::cerr << "ERROR: Unable to launch process. Check that the path to the binary is valid." << std::endl; + return process; + } + lldb::SBEvent event; + auto listener = debugger.GetListener(); + + while (true) { + if (!listener.WaitForEvent(kWaitForEventTimeout, event)) { + std::cerr + << "Timeout while waiting for the event, kill the process and exit." + << std::endl; + process.Destroy(); + exit(1); + } + + if (!lldb::SBProcess::EventIsProcessEvent(event)) { + std::cerr << "Got some random event: " + << lldb::SBEvent::GetCStringFromEvent(event) << std::endl; + continue; + } + + auto state = lldb::SBProcess::GetStateFromEvent(event); + if (state == lldb::eStateInvalid) { + std::cerr << "process event: " + << lldb::SBEvent::GetCStringFromEvent(event) << std::endl; + continue; + } + + if (state == lldb::eStateExited) { + std::cerr << "Process exited: " << process.GetExitStatus() << std::endl; + process.Destroy(); + exit(1); + } + + if (state != lldb::eStateStopped) { + continue; + } + + auto thread = process.GetSelectedThread(); + auto stopReason = thread.GetStopReason(); + + if (stopReason != lldb::eStopReasonBreakpoint) { + continue; + } + + auto bpId = + static_cast(thread.GetStopReasonDataAtIndex(0)); + if (bpId != bp.GetID()) { + std::cerr << "Stopped at unknown breakpoint: " << bpId << std::endl + << "Now killing process and exiting" << std::endl; + process.Destroy(); + exit(1); + } + + return process; + } +} diff --git a/lldb/unittests/DIL/runner.h b/lldb/unittests/DIL/runner.h new file mode 100644 index 000000000000..9d6ec8301bba --- /dev/null +++ b/lldb/unittests/DIL/runner.h @@ -0,0 +1,29 @@ +// Copyright 2020 Google LLC +// +// Licensed under the Apache License, Version 2.0 (the "License"); +// you may not use this file except in compliance with the License. +// You may obtain a copy of the License at +// +// http://www.apache.org/licenses/LICENSE-2.0 +// +// Unless required by applicable law or agreed to in writing, software +// distributed under the License is distributed on an "AS IS" BASIS, +// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. +// See the License for the specific language governing permissions and +// limitations under the License. + + +#ifndef LLDB_DIL_RUNNER_H_ +#define LLDB_DIL_RUNNER_H_ + +#include + +#include "lldb/API/SBDebugger.h" +#include "lldb/API/SBProcess.h" + +lldb::SBProcess LaunchTestProgram(lldb::SBDebugger debugger, + const std::string& source_path, + const std::string& binary_path, + const std::string& break_line); + +#endif // LLDB_DIL_RUNNER_H_ \ No newline at end of file diff --git a/lldb/unittests/DIL/traits.h b/lldb/unittests/DIL/traits.h new file mode 100644 index 000000000000..4b830ea23dc9 --- /dev/null +++ b/lldb/unittests/DIL/traits.h @@ -0,0 +1,28 @@ +/* + * Copyright 2020 Google LLC + * + * Licensed under the Apache License, Version 2.0 (the "License"); + * you may not use this file except in compliance with the License. + * You may obtain a copy of the License at + * + * http://www.apache.org/licenses/LICENSE-2.0 + * + * Unless required by applicable law or agreed to in writing, software + * distributed under the License is distributed on an "AS IS" BASIS, + * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. + * See the License for the specific language governing permissions and + * limitations under the License. + */ + +#include + +// Template magic to check whether a class has a specific method. +template +constexpr auto is_valid(F&& f) -> decltype(f(std::declval()), true) { + return true; +} +template +constexpr bool is_valid(...) { + return false; +} +#define HAS_METHOD(T, EXPR) is_valid([](auto&& obj) -> decltype(obj.EXPR) {}) From fe7d5eeae709636f0fa0c860028cb6b1deafe29b Mon Sep 17 00:00:00 2001 From: Ilia Kuklin Date: Thu, 12 Dec 2024 22:11:46 +0500 Subject: [PATCH 03/24] Add a fuzzer Build by adding '-DLLVM_USE_SANITIZER=Address -DLLVM_USE_SANITIZE_COVERAGE=On' to the CMake configuration. --- lldb/tools/lldb-fuzzer/CMakeLists.txt | 1 + .../lldb-DIL-fuzzer/CMakeLists.txt | 44 + .../lldb-DIL-fuzzer/Inputs/fuzzer_binary.bin | Bin 0 -> 42144 bytes .../lldb-DIL-fuzzer/Inputs/fuzzer_binary.cc | 330 ++++ .../lldb-DIL-fuzzer/Inputs/test_binary.cc | 1255 +++++++++++++ .../Inputs/test_binary_libc++.bin | Bin 0 -> 278520 bytes .../lldb-DIL-fuzzer/Inputs/test_library.cc | 15 + .../lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/ast.cc | 801 ++++++++ .../lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/ast.h | 683 +++++++ .../lldb-DIL-fuzzer/fuzzer/constraints.cc | 347 ++++ .../lldb-DIL-fuzzer/fuzzer/constraints.h | 382 ++++ .../lldb-DIL-fuzzer/fuzzer/enum_bitset.h | 197 ++ .../lldb-DIL-fuzzer/fuzzer/expr_gen.cc | 1653 +++++++++++++++++ .../lldb-DIL-fuzzer/fuzzer/expr_gen.h | 426 +++++ .../lldb-DIL-fuzzer/fuzzer/fixed_rng.cc | 210 +++ .../lldb-DIL-fuzzer/fuzzer/fixed_rng.h | 81 + .../lldb-DIL-fuzzer/fuzzer/gen_node.cc | 39 + .../lldb-DIL-fuzzer/fuzzer/gen_node.h | 78 + .../fuzzer/libfuzzer_common.cc | 142 ++ .../lldb-DIL-fuzzer/fuzzer/libfuzzer_common.h | 40 + .../lldb-DIL-fuzzer/fuzzer/libfuzzer_utils.h | 171 ++ .../lldb-DIL-fuzzer/fuzzer/symbol_table.cc | 505 +++++ .../lldb-DIL-fuzzer/fuzzer/symbol_table.h | 156 ++ .../lldb_DIL_libfuzzer_test.cpp | 47 + .../lldb-fuzzer/lldb-DIL-fuzzer/runner.cpp | 157 ++ .../lldb-fuzzer/lldb-DIL-fuzzer/runner.h | 29 + 26 files changed, 7789 insertions(+) create mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/CMakeLists.txt create mode 100755 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/fuzzer_binary.bin create mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/fuzzer_binary.cc create mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/test_binary.cc create mode 100755 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/test_binary_libc++.bin create mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/test_library.cc create mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/ast.cc create mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/ast.h create mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/constraints.cc create mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/constraints.h create mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/enum_bitset.h create mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/expr_gen.cc create mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/expr_gen.h create mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/fixed_rng.cc create mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/fixed_rng.h create mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/gen_node.cc create mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/gen_node.h create mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/libfuzzer_common.cc create mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/libfuzzer_common.h create mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/libfuzzer_utils.h create mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/symbol_table.cc create mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/symbol_table.h create mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/lldb_DIL_libfuzzer_test.cpp create mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/runner.cpp create mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/runner.h diff --git a/lldb/tools/lldb-fuzzer/CMakeLists.txt b/lldb/tools/lldb-fuzzer/CMakeLists.txt index e384ca185839..0507b646ef44 100644 --- a/lldb/tools/lldb-fuzzer/CMakeLists.txt +++ b/lldb/tools/lldb-fuzzer/CMakeLists.txt @@ -1,4 +1,5 @@ add_subdirectory(lldb-commandinterpreter-fuzzer) +add_subdirectory(lldb-DIL-fuzzer) add_subdirectory(lldb-dwarf-expression-fuzzer) add_subdirectory(lldb-expression-fuzzer) add_subdirectory(lldb-target-fuzzer) diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/CMakeLists.txt b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/CMakeLists.txt new file mode 100644 index 000000000000..5c7432a51ae0 --- /dev/null +++ b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/CMakeLists.txt @@ -0,0 +1,44 @@ + +set(LLVM_LINK_COMPONENTS + FuzzMutate + FuzzerCLI + Support + ) + +add_llvm_fuzzer(lldb-DIL-libfuzzer-test + EXCLUDE_FROM_ALL + lldb_DIL_libfuzzer_test.cpp + runner.cpp + fuzzer/ast.cc + fuzzer/constraints.cc + fuzzer/expr_gen.cc + fuzzer/fixed_rng.cc + fuzzer/gen_node.cc + fuzzer/libfuzzer_common.cc + fuzzer/symbol_table.cc + ) + +if(TARGET lldb-DIL-libfuzzer-test) + target_include_directories(lldb-DIL-libfuzzer-test PRIVATE ..) + target_link_libraries(lldb-DIL-libfuzzer-test + PRIVATE + liblldb + lldbFuzzerUtils + ) +endif() + +# add_llvm_fuzzer(lldb-eval-vs-lldb-test +# EXCLUDE_FROM_ALL +# lldb_vs_lldb_eval_libfuzzer_test.cc +# ) + +# if(TARGET lldb-eval-vs-lldb-test) +# target_include_directories(lldb-eval-vs-lldb-test PRIVATE ..) +# target_link_libraries(lldb-eval-vs-lldb-test +# 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file mode 100644 index 000000000000..32143cbe3478 --- /dev/null +++ b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/fuzzer_binary.cc @@ -0,0 +1,330 @@ +/* + * Copyright 2020 Google LLC + * + * Licensed under the Apache License, Version 2.0 (the "License"); + * you may not use this file except in compliance with the License. + * You may obtain a copy of the License at + * + * http://www.apache.org/licenses/LICENSE-2.0 + * + * Unless required by applicable law or agreed to in writing, software + * distributed under the License is distributed on an "AS IS" BASIS, + * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. + * See the License for the specific language governing permissions and + * limitations under the License. + */ + +#include + +// This file _must not_ access the file system, since the current directory +// is specified in the fuzzer as just `./`. + +// Returns the floor log base 2. This function is supported in lldb-eval and is +// defined here so it can be used via LLDB. +unsigned int __log2(unsigned int value) { + unsigned int leading_zeros = 0; + for (int bit = 31; bit >= 0; --bit) { + if (value & (1U << bit)) { + break; + } else { + leading_zeros++; + } + } + return 31 - leading_zeros; +} + +class MultiInheritBase1 { + public: + int f1 = 10; +}; + +class MultiInheritBase2 { + public: + int f2 = 20; +}; + +class MultiInheritDerived : public MultiInheritBase1, public MultiInheritBase2 { + public: + int f3 = 30; +}; + +class DeadlyDiamondBase { + public: + int f1 = 10; +}; + +class DeadlyDiamondDerived1 : public DeadlyDiamondBase { + public: + int f2 = 20; +}; + +class DeadlyDiamondDerived2 : public DeadlyDiamondBase { + public: + int f3 = 30; +}; + +class DeadlyDiamondSubclass : public DeadlyDiamondDerived1, + public DeadlyDiamondDerived2 { + public: + int f4 = 40; +}; + +class VirtualDiamondBase { + public: + int f1 = 10; +}; + +class VirtualDiamondDerived1 : public virtual VirtualDiamondBase { + public: + int f2 = 20; +}; + +class VirtualDiamondDerived2 : public virtual VirtualDiamondBase { + public: + int f3 = 30; +}; + +class VirtualDiamondSubclass : public VirtualDiamondDerived1, + public VirtualDiamondDerived2 { + public: + int f4 = 40; +}; + +class EmptyBase {}; + +class NonEmptyBase { + public: + int f2 = 10; +}; + +struct TestStruct { + float flt_field = 0.5f; + int int_field = 20; + unsigned long long ull_field = -1ull; + char ch_field = '/'; +}; + +union TestUnion { + unsigned int uint_field; + unsigned char ch_field; +}; + +class NonEmptyDerived : public NonEmptyBase, public EmptyBase { + public: + EmptyBase base; + int f1 = 10; +}; + +class StaticMember { + public: + static const int s1; + static char s2; + // TODO: Add static const members with inline assigned values and static + // constexpr. In LLDB version 11, these cannot be accessed. +}; +const int StaticMember::s1 = 10; +char StaticMember::s2 = 's'; + +class ClassWithNestedClass { + public: + class NestedClass { + public: + static const int s1; + int f1 = 10; + }; + + NestedClass nested; +}; +const int ClassWithNestedClass::NestedClass::s1 = 20; + +enum CStyleEnum { VALUE1, VALUE2, VALUE3 }; +enum class EnumClass { ZERO, ONE, TWO, THREE }; + +// Global variables +int global_int = 55; +int* global_ptr = &global_int; +int& global_ref = global_int; +TestStruct global_ts; + +namespace ns { + +class StaticMember { + public: + static const int s1; +}; +const int StaticMember::s1 = 25; + +enum CStyleEnum { V1, V2, V3 }; +enum class EnumClass { ZERO, ONE, TWO, THREE }; + +// Global variables: +int global_int = 65; +int* global_ptr = &global_int; +int& global_ref = global_int; +TestStruct global_ts; + +namespace nested_ns { + +struct TestStruct { + float flt_field = 3.14f; + int int_field = 13; + char ch_field = 'x'; +}; + +// Global variables: +int global_int = 75; +TestStruct global_ts; + +} // namespace nested_ns +} // namespace ns + +int main() { + auto char_min = std::numeric_limits::min(); + auto char_max = std::numeric_limits::max(); + (void)char_min, (void)char_max; + + auto uchar_min = std::numeric_limits::min(); + auto uchar_max = std::numeric_limits::max(); + (void)uchar_min, (void)uchar_max; + + auto schar_min = std::numeric_limits::min(); + auto schar_max = std::numeric_limits::max(); + (void)schar_min, (void)schar_max; + + auto short_min = std::numeric_limits::min(); + auto short_max = std::numeric_limits::max(); + (void)short_min, (void)short_max; + + auto ushort_min = std::numeric_limits::min(); + auto ushort_max = std::numeric_limits::max(); + (void)ushort_min, (void)ushort_max; + + auto int_min = std::numeric_limits::min(); + auto int_max = std::numeric_limits::max(); + (void)int_min, (void)int_max; + + auto uint_min = std::numeric_limits::min(); + auto uint_max = std::numeric_limits::max(); + (void)uint_min, (void)uint_max; + + auto long_min = std::numeric_limits::min(); + auto long_max = std::numeric_limits::max(); + (void)long_min, (void)long_max; + + auto ulong_min = std::numeric_limits::min(); + auto ulong_max = std::numeric_limits::max(); + (void)ulong_min, (void)ulong_max; + + auto llong_min = std::numeric_limits::min(); + auto llong_max = std::numeric_limits::max(); + (void)llong_min, (void)llong_max; + + auto ullong_min = std::numeric_limits::min(); + auto ullong_max = std::numeric_limits::max(); + (void)ullong_min, (void)ullong_max; + + auto finf = std::numeric_limits::infinity(); + auto fnan = std::numeric_limits::quiet_NaN(); + auto fsnan = std::numeric_limits::signaling_NaN(); + auto fmax = std::numeric_limits::max(); + // Smallest positive non-zero float denormal + auto fdenorm = 0x0.1p-145f; + (void)finf, (void)fnan, (void)fsnan, (void)fmax, (void)fdenorm; + + auto dinf = std::numeric_limits::infinity(); + auto dnan = std::numeric_limits::quiet_NaN(); + auto dsnan = std::numeric_limits::signaling_NaN(); + auto dmax = std::numeric_limits::max(); + // Smallest positive non-zero double denormal + auto ddenorm = 0x0.1p-1070; + (void)dinf, (void)dnan, (void)dsnan, (void)dmax, (void)ddenorm; + + auto ldinf = std::numeric_limits::infinity(); + auto ldnan = std::numeric_limits::quiet_NaN(); + auto ldsnan = std::numeric_limits::signaling_NaN(); + auto ldmax = std::numeric_limits::max(); + // Smallest positive non-zero long double denormal +#ifdef _WIN32 + // On Win32 `long double` is an alias for `double`. + auto lddenorm = 0x0.1p-1070L; +#else + auto lddenorm = 0x0.1p-16440L; +#endif + + (void)ldinf, (void)ldnan, (void)ldsnan, (void)ldmax, (void)lddenorm; + + int x = 42; + int* p = &x; + int** q = &p; + int& ref = x; + int* const* const& refp = &p; + void* void_ptr = p; + + (void)x, (void)p, (void)q, (void)ref, (void)refp, (void)void_ptr; + + int array33[3][3] = {{0, 1, 2}, {3, 4, 5}, {6, 7, 8}}; + int array23[2][3] = {{1, 2, 3}, {4, 5, 6}}; + int array32[3][2] = {{1, 2}, {3, 4}, {5, 6}}; + float flt_array23[2][3] = {{1.0f, 2.0f, 3.0f}, {4.0f, 5.0f, 6.0f}}; + (void)array33, (void)array23, (void)array32, (void)flt_array23; + + int(*ptr_to_arr3)[3] = array33; + (void)ptr_to_arr3; + + std::nullptr_t null_ptr = nullptr; + std::nullptr_t* addr_null_ptr = &null_ptr; + std::nullptr_t& ref_null_ptr = null_ptr; + (void)null_ptr, (void)addr_null_ptr, (void)ref_null_ptr; + + MultiInheritDerived multi; + DeadlyDiamondSubclass diamond; + VirtualDiamondSubclass virtual_diamond; + (void)multi, (void)diamond, (void)virtual_diamond; + + char* null_char_ptr = nullptr; + const char* test_str = "Hee hee hee"; + char** addr_null_char_ptr = &null_char_ptr; + (void)null_char_ptr, (void)test_str, (void)addr_null_char_ptr; + + NonEmptyDerived empty_base; + (void)empty_base; + + TestStruct ts; + TestUnion tu; + tu.uint_field = 65; + (void)ts, (void)tu; + + TestStruct ts_array[2]; + ts_array[0].int_field = -10; + + ns::nested_ns::TestStruct ns_ts; + (void)ns_ts; + + ClassWithNestedClass with_nested; + (void)with_nested; + + struct LocalStruct { + int int_field; + int& ref_field; + int* ptr_field; + int*& ptr_ref_field; + double dbl_field; + } ls{42, x, &x, p, -0.8}; + (void)ls; + + CStyleEnum c_enum = VALUE1; + EnumClass enum_class = EnumClass::THREE; + ns::CStyleEnum ns_enum = ns::V2; + ns::EnumClass ns_enum_class = ns::EnumClass::TWO; + (void)c_enum, (void)enum_class, (void)ns_enum, (void)ns_enum_class; + + // Modify values of global variables. + global_ts.flt_field = 2.71f; + global_ts.int_field = 1337; + global_ts.ch_field = '*'; + global_ts.ull_field = 1LL << 40; + + // BREAK HERE + + return 0; +} diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/test_binary.cc b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/test_binary.cc new file mode 100644 index 000000000000..fb706eb31316 --- /dev/null +++ b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/test_binary.cc @@ -0,0 +1,1255 @@ +// Copyright 2020 Google LLC +// +// Licensed under the Apache License, Version 2.0 (the "License"); +// you may not use this file except in compliance with the License. +// You may obtain a copy of the License at +// +// http://www.apache.org/licenses/LICENSE-2.0 +// +// Unless required by applicable law or agreed to in writing, software +// distributed under the License is distributed on an "AS IS" BASIS, +// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. +// See the License for the specific language governing permissions and +// limitations under the License. + +#include +#include +#include +#include + +static void TestArithmetic() { + char c = 10; + unsigned char uc = 1; + int a = 1; + int int_max = std::numeric_limits::max(); + int int_min = std::numeric_limits::min(); + unsigned int uint_max = std::numeric_limits::max(); + unsigned int uint_zero = 0; + long long ll_max = std::numeric_limits::max(); + long long ll_min = std::numeric_limits::min(); + unsigned long long ull_max = std::numeric_limits::max(); + unsigned long long ull_zero = 0; + + int x = 2; + int& r = x; + int* p = &x; + + typedef int& myr; + myr my_r = x; + + auto fnan = std::numeric_limits::quiet_NaN(); + auto fsnan = std::numeric_limits::signaling_NaN(); + // Smallest positive non-zero float denormal + auto fdenorm = 0x0.1p-145f; + + // BREAK(TestArithmetic) + // BREAK(TestZeroDivision) +} + +static void TestBitwiseOperators() { + bool var_true = true; + bool var_false = false; + + unsigned long long ull_max = std::numeric_limits::max(); + unsigned long long ull_zero = 0; + + struct S { + } s; + + const char* p = nullptr; + + uint32_t mask_ff = 0xFF; + + // BREAK(TestBitwiseOperators) +} + +static void TestPointerArithmetic() { + int* p_null = nullptr; + const char* p_char1 = "hello"; + + typedef const char* my_char_ptr; + my_char_ptr my_p_char1 = p_char1; + + int offset = 5; + int array[10]; + array[0] = 0; + array[offset] = offset; + + int(&array_ref)[10] = array; + + int* p_int0 = &array[0]; + int** pp_int0 = &p_int0; + const int* cp_int0 = &array[0]; + const int* cp_int5 = &array[offset]; + + typedef int* td_int_ptr_t; + td_int_ptr_t td_int_ptr0 = &array[0]; + + void* p_void = (void*)p_char1; + void** pp_void0 = &p_void; + void** pp_void1 = pp_void0 + 1; + + std::nullptr_t std_nullptr_t = nullptr; + + // BREAK(TestPointerArithmetic) + // BREAK(PointerPointerArithmeticFloat) + // BREAK(PointerPointerComparison) + // BREAK(PointerIntegerComparison) + // BREAK(TestPointerDereference) +} + +static void TestLogicalOperators() { + bool trueVar = true; + bool falseVar = false; + + const char* p_ptr = "🦊"; + const char* p_nullptr = nullptr; + + int array[2] = {1, 2}; + + struct S { + } s; + + // BREAK(TestLogicalOperators) +} + +static void TestLocalVariables() { + int a = 1; + int b = 2; + + char c = -3; + unsigned short s = 4; + + // BREAK(TestLocalVariables) +} + +static void TestMemberOf() { + int x = 2; + struct Sx { + int x; + int& r; + char y; + } s{1, x, 2}; + + Sx& sr = s; + Sx* sp = &s; + + Sx sarr[2] = {{5, x, 2}, {1, x, 3}}; + + using SxAlias = Sx; + SxAlias sa{3, x, 4}; + + // BREAK(TestMemberOf) +} + +static void TestMemberOfInheritance() { + struct A { + int a_; + } a{1}; + + struct B { + int b_; + } b{2}; + + struct C : A, B { + int c_; + } c{{1}, {2}, 3}; + + struct D : C { + int d_; + A fa_; + } d{{{1}, {2}, 3}, 4, {5}}; + + // Virtual inheritance example. + struct Animal { + virtual ~Animal() = default; + int weight_; + }; + struct Mammal : virtual Animal {}; + struct WingedAnimal : virtual Animal {}; + struct Bat : Mammal, WingedAnimal { + } bat; + bat.weight_ = 10; + + // Empty bases example. + struct IPlugin { + virtual ~IPlugin() {} + }; + struct Plugin : public IPlugin { + int x; + int y; + }; + Plugin plugin; + plugin.x = 1; + plugin.y = 2; + + struct ObjectBase { + int x; + }; + struct Object : ObjectBase {}; + struct Engine : Object { + int y; + int z; + }; + + Engine engine; + engine.x = 1; + engine.y = 2; + engine.z = 3; + + // Empty multiple inheritance with empty base. + struct Base { + int x; + int y; + virtual void Do() = 0; + virtual ~Base() {} + }; + struct Mixin {}; + struct Parent : private Mixin, public Base { + int z; + virtual void Do(){}; + }; + Parent obj; + obj.x = 1; + obj.y = 2; + obj.z = 3; + Base* parent_base = &obj; + Parent* parent = &obj; + + // BREAK(TestMemberOfInheritance) +} + +static void TestMemberOfAnonymousMember() { + struct A { + struct { + int x = 1; + }; + int y = 2; + } a; + + struct B { + // Anonymous struct inherits another struct. + struct : public A { + int z = 3; + }; + int w = 4; + A a; + } b; + + // Anonymous classes and unions. + struct C { + union { + int x = 5; + }; + class { + public: + int y = 6; + }; + } c; + + // Multiple levels of anonymous structs. + struct D { + struct { + struct { + int x = 7; + struct { + int y = 8; + }; + }; + int z = 9; + struct { + int w = 10; + }; + }; + } d; + + struct E { + struct IsNotAnon { + int x = 11; + }; + } e; + + struct F { + struct { + int x = 12; + } named_field; + } f; + + // Inherited unnamed struct without an enclosing parent class. + struct : public A { + struct { + int z = 13; + }; + } unnamed_derived; + + struct DerivedB : public B { + struct { + // `w` in anonymous struct overrides `w` from `B`. + int w = 14; + int k = 15; + }; + } derb; + + // BREAK(TestMemberOfAnonymousMember) +} + +static void TestIndirection() { + int val = 1; + int* p = &val; + + typedef int* myp; + myp my_p = &val; + + typedef int*& mypr; + mypr my_pr = p; + + // BREAK(TestIndirection) +} + +// Referenced by TestInstanceVariables +class C { + public: + int field_ = 1337; +}; + +// Referenced by TestAddressOf +int globalVar = 0xDEADBEEF; +extern int externGlobalVar; + +int* globalPtr = &globalVar; +int& globalRef = globalVar; + +namespace ns { +int globalVar = 13; +int* globalPtr = &globalVar; +int& globalRef = globalVar; +} // namespace ns + +void TestGlobalVariableLookup() { + // BREAK(TestGlobalVariableLookup) +} + +class TestMethods { + public: + void TestInstanceVariables() { + C c; + c.field_ = -1; + + C& c_ref = c; + C* c_ptr = &c; + + // BREAK(TestInstanceVariables) + } + + void TestAddressOf(int param) { + int x = 42; + int& r = x; + int* p = &x; + int*& pr = p; + + typedef int*& mypr; + mypr my_pr = p; + + std::string s = "hello"; + const char* s_str = s.c_str(); + + char c = 1; + + // BREAK(TestAddressOf) + } + + private: + int field_ = 1; +}; + +static void TestSubscript() { + const char* char_ptr = "lorem"; + const char char_arr[] = "ipsum"; + + int int_arr[] = {1, 2, 3}; + + C c_arr[2]; + c_arr[0].field_ = 0; + c_arr[1].field_ = 1; + + C(&c_arr_ref)[2] = c_arr; + + int idx_1 = 1; + const int& idx_1_ref = idx_1; + + typedef int td_int_t; + typedef td_int_t td_td_int_t; + typedef int* td_int_ptr_t; + typedef int& td_int_ref_t; + + td_int_t td_int_idx_1 = 1; + td_td_int_t td_td_int_idx_2 = 2; + + td_int_t td_int_arr[3] = {1, 2, 3}; + td_int_ptr_t td_int_ptr = td_int_arr; + + td_int_ref_t td_int_idx_1_ref = td_int_idx_1; + td_int_t(&td_int_arr_ref)[3] = td_int_arr; + + unsigned char uchar_idx = std::numeric_limits::max(); + uint8_t uint8_arr[256]; + uint8_arr[255] = 0xAB; + uint8_t* uint8_ptr = uint8_arr; + + enum Enum { kZero, kOne } enum_one = kOne; + Enum& enum_ref = enum_one; + + // BREAK(TestSubscript) +} + +static void TestArrayDereference() { + int arr_1d[2] = {1, 2}; + int arr_2d[2][3] = {{1, 2, 3}, {4, 5, 6}}; + + // BREAK(TestArrayDereference) +} + +// Referenced by TestCStyleCast +namespace ns { + +typedef int myint; + +class Foo {}; + +namespace inner { + +using mydouble = double; + +class Foo {}; + +} // namespace inner + +} // namespace ns + +static void TestCStyleCast() { + int a = 1; + int* ap = &a; + void* vp = &a; + int arr[2] = {1, 2}; + + int na = -1; + float f = 1.1; + + typedef int myint; + + myint myint_ = 1; + ns::myint ns_myint_ = 2; + ns::Foo ns_foo_; + ns::Foo* ns_foo_ptr_ = &ns_foo_; + + ns::inner::mydouble ns_inner_mydouble_ = 1.2; + ns::inner::Foo ns_inner_foo_; + ns::inner::Foo* ns_inner_foo_ptr_ = &ns_inner_foo_; + + float finf = std::numeric_limits::infinity(); + float fnan = std::numeric_limits::quiet_NaN(); + float fsnan = std::numeric_limits::signaling_NaN(); + float fmax = std::numeric_limits::max(); + float fdenorm = std::numeric_limits::denorm_min(); + + // BREAK(TestCStyleCastBuiltins) + // BREAK(TestCStyleCastBasicType) + // BREAK(TestCStyleCastPointer) + // BREAK(TestCStyleCastNullptrType) + + struct InnerFoo { + int a; + int b; + }; + + InnerFoo ifoo; + (void)ifoo; + + int arr_1d[] = {1, 2, 3, 4}; + int arr_2d[2][3] = {{1, 2, 3}, {4, 5, 6}}; + + // BREAK(TestCStyleCastArray) + // BREAK(TestCStyleCastReference) +} + +// Referenced by TestCxxCast +struct CxxVirtualBase { + int a; + virtual ~CxxVirtualBase(){}; +}; +struct CxxVirtualParent : CxxVirtualBase { + int b; +}; + +static void TestCxxCast() { + struct CxxBase { + int a; + int b; + }; + struct CxxParent : CxxBase { + long long c; + short d; + }; + + enum UEnum { kUZero, kUOne, kUTwo }; + enum class SEnum { kSZero, kSOne }; + + UEnum u_enum = kUTwo; + SEnum s_enum = SEnum::kSOne; + + typedef int td_int_t; + typedef int* td_int_ptr_t; + typedef int& td_int_ref_t; + typedef SEnum td_senum_t; + td_int_t td_int = 13; + td_int_ptr_t td_int_ptr = &td_int; + td_int_ref_t td_int_ref = td_int; + td_senum_t td_senum = s_enum; + + CxxParent parent; + parent.a = 1; + parent.b = 2; + parent.c = 3; + parent.d = 4; + + CxxBase* base = &parent; + + int arr[] = {1, 2, 3, 4, 5}; + int* ptr = arr; + + // BREAK(TestCxxStaticCast) + // BREAK(TestCxxReinterpretCast) + + CxxVirtualParent v_parent; + v_parent.a = 1; + v_parent.b = 2; + CxxVirtualBase* v_base = &v_parent; + + // BREAK(TestCxxDynamicCast) +} + +void TestCastInheritedTypes() { + struct CxxEmpty {}; + struct CxxA { + short a; + }; + struct CxxB { + long long b; + }; + struct CxxC : CxxEmpty, CxxA, CxxB { + int c; + }; + struct CxxD { + long long d; + }; + struct CxxE : CxxD, CxxC { + int e; + }; + + CxxA a{1}; + CxxB b{2}; + CxxC c; + c.a = 3; + c.b = 4; + c.c = 5; + CxxD d{6}; + CxxE e; + e.a = 7; + e.b = 8; + e.c = 9; + e.d = 10; + e.e = 11; + + struct CxxVC : virtual CxxA, virtual CxxB { + int c; + }; + struct CxxVE : CxxD, CxxVC { + int e; + }; + + CxxVC vc; + vc.a = 12; + vc.b = 13; + vc.c = 14; + CxxVE ve; + ve.a = 15; + ve.b = 16; + ve.c = 17; + ve.d = 18; + ve.e = 19; + + CxxB* e_as_b = &e; + CxxB* ve_as_b = &ve; + + // BREAK(TestCastBaseToDerived) + // BREAK(TestCastDerivedToBase) +} + +// Referenced by TestQualifiedId. +namespace ns { + +int i = 1; + +namespace ns { + +int i = 2; + +} // namespace ns + +} // namespace ns + +static void TestQualifiedId() { + // BREAK(TestQualifiedId) +} + +namespace outer { + +namespace inner { + +class Vars { + public: + inline static double inline_static = 1.5; + static constexpr int static_constexpr = 2; + static const unsigned int static_const; + + struct Nested { + static const int static_const; + }; +}; + +const unsigned int Vars::static_const = 3; +const int Vars::Nested::static_const = 10; + +using MyVars = Vars; + +} // namespace inner + +class Vars { + public: + inline static double inline_static = 4.5; + static constexpr int static_constexpr = 5; + static const unsigned int static_const; + + struct Nested { + static const int static_const; + }; +}; + +const unsigned int Vars::static_const = 6; +const int Vars::Nested::static_const = 20; + +} // namespace outer + +class Vars { + public: + inline static double inline_static = 7.5; + static constexpr int static_constexpr = 8; + static const unsigned int static_const; + + struct Nested { + static const int static_const; + }; +}; + +const unsigned int Vars::static_const = 9; +const int Vars::Nested::static_const = 30; + +static void TestStaticConst() { + Vars vars; + outer::Vars outer_vars; + outer::inner::Vars outer_inner_vars; + + using MyVars = Vars; + using MyOuterVars = outer::Vars; + + MyVars my_vars; + MyOuterVars my_outer_vars; + outer::inner::MyVars my_outer_inner_vars; + + // BREAK(TestStaticConstDeclaredInline) + // BREAK(TestStaticConstDeclaredOutsideTheClass) +} + +// Referenced by TestTemplateTypes. +template +struct T_1 { + static const int cx; + typedef double myint; + + T_1() {} + T_1(T x) : x(x) {} + T x; +}; + +template +const int T_1::cx = 42; + +template <> +const int T_1::cx = 24; + +template +struct T_2 { + typedef float myint; + + T_2() {} + T1 x; + T2 y; +}; + +namespace ns { + +template +struct T_1 { + static const int cx; + typedef int myint; + + T_1() {} + T_1(T x) : x(x) {} + T x; +}; + +template +const int T_1::cx = 46; + +template <> +const int T_1::cx = 64; + +} // namespace ns + +static void TestTemplateTypes() { + int i; + int* p = &i; + + { T_1 _; } + { T_1 _; } + { T_1 _; } + { T_1 _(i); } + { T_1 _(p); } + { T_1 _; } + { T_2 _; } + { T_2 _; } + { T_2, T_1> _; } + { T_2>, T_1> _; } + + { ns::T_1 _; } + { ns::T_1> _; } + + { T_1::myint _ = 0; } + { T_1::myint _ = 0; } + { T_1::myint _ = 0; } + { T_1::myint _ = 0; } + { T_1::myint _ = 0; } + { T_1>::myint _ = 0; } + { T_1>>::myint _ = 0; } + { T_1>::myint _ = 0; } + { T_1>::myint _ = 0; } + { T_1>::myint _ = 0; } + { T_1>::myint _ = 0; } + + { T_2::myint _ = 0; } + { T_2::myint _ = 0; } + { T_2::myint _ = 0; } + { T_2>, T_1>::myint _ = 0; } + + { ns::T_1::myint _ = 0; } + { ns::T_1::myint _ = 0; } + { ns::T_1::myint _ = 0; } + { ns::T_1::myint _ = 0; } + { ns::T_1::myint _ = 0; } + { ns::T_1>::myint _ = 0; } + { ns::T_1>::myint _ = 0; } + { ns::T_1>::myint _ = 0; } + { ns::T_1>::myint _ = 0; } + { ns::T_1>::myint _ = 0; } + { ns::T_1>::myint _ = 0; } + { ns::T_1>::myint _ = 0; } + { ns::T_1>::myint _ = 0; } + { ns::T_1>::myint _ = 0; } + { ns::T_1>::myint _ = 0; } + + (void)T_1::cx; + (void)ns::T_1::cx; + (void)ns::T_1>::cx; + + int T_1 = 2; + + // BREAK(TestTemplateTypes) + // BREAK(TestTemplateCpp11) +} + +template +struct TArray { + using ElementType = T; + T t_; + TAllocator a_; +}; + +template +struct Allocator { + int size = Size; +}; + +void TestTemplateWithNumericArguments() { + Allocator<4> a4; + Allocator<8> a8; + TArray> arr; + decltype(arr)::ElementType* el = 0; + + // BREAK(TestTemplateWithNumericArguments) +} + +namespace test_scope { + +class Value { + public: + Value(int x, float y) : x_(x), y_(y) {} + + // Static members + enum ValueEnum { A, B }; + static double static_var; + + private: + int x_; + float y_; +}; + +double Value::static_var = 3.5; + +} // namespace test_scope + +void TestValueScope() { + test_scope::Value var(1, 2.5f); + test_scope::Value& var_ref = var; + uint64_t z_ = 3; + + // "raw" representation of the Value. + int bytes[] = {1, 0x40200000}; + + auto val_enum = test_scope::Value::A; + (void)val_enum; + (void)test_scope::Value::static_var; + + // BREAK(TestValueScope) + // BREAK(TestReferenceScope) +} + +void TestBitField() { + enum BitFieldEnum : uint32_t { kZero, kOne }; + + struct BitFieldStruct { + uint16_t a : 10; + uint32_t b : 4; + bool c : 1; + bool d : 1; + int32_t e : 32; + uint32_t f : 32; + uint32_t g : 31; + uint64_t h : 31; + uint64_t i : 33; + BitFieldEnum j : 10; + }; + + BitFieldStruct bf; + bf.a = 0b1111111111; + bf.b = 0b1001; + bf.c = 0b0; + bf.d = 0b1; + bf.e = 0b1; + bf.f = 0b1; + bf.g = 0b1; + bf.h = 0b1; + bf.i = 0b1; + bf.j = BitFieldEnum::kOne; + + struct AlignedBitFieldStruct { + uint16_t a : 10; + uint8_t b : 4; + unsigned char : 0; + uint16_t c : 2; + }; + + uint32_t data = ~0; + AlignedBitFieldStruct abf = (AlignedBitFieldStruct&)data; + + // BREAK(TestBitField) + // BREAK(TestBitFieldPromotion) + // BREAK(TestBitFieldWithSideEffects) +} + +void TestContextVariables() { + struct Scope { + int a = 10; + const char* ptr = "hello"; + }; + + Scope s; + + // BREAK(TestContextVariables) + // BREAK(TestContextVariablesSubset) +} + +// Referenced by TestScopedEnum. +enum class ScopedEnum { kFoo, kBar }; +enum class ScopedEnumUInt8 : uint8_t { kFoo, kBar }; + +void TestScopedEnum() { + auto enum_foo = ScopedEnum::kFoo; + auto enum_bar = ScopedEnum::kBar; + auto enum_neg = (ScopedEnum)-1; + + auto enum_u8_foo = ScopedEnumUInt8::kFoo; + auto enum_u8_bar = ScopedEnumUInt8::kBar; + + // BREAK(TestScopedEnum) + // BREAK(TestScopedEnumArithmetic) + // BREAK(TestScopedEnumWithUnderlyingType) +} + +enum UnscopedEnum { kZero, kOne, kTwo }; +enum UnscopedEnumUInt8 : uint8_t { kZeroU8, kOneU8, kTwoU8 }; +enum UnscopedEnumInt8 : int8_t { kZero8, kOne8, kTwo8 }; +enum UnscopedEnumEmpty : uint8_t {}; + +// UnscopedEnum global_enum = UnscopedEnum::kOne; + +void TestUnscopedEnum() { + auto enum_zero = UnscopedEnum::kZero; + auto enum_one = UnscopedEnum::kOne; + auto enum_two = UnscopedEnum::kTwo; + + auto& enum_one_ref = enum_one; + auto& enum_two_ref = enum_two; + + auto enum_zero_u8 = UnscopedEnumUInt8::kZeroU8; + auto enum_one_u8 = UnscopedEnumUInt8::kOneU8; + auto enum_two_u8 = UnscopedEnumUInt8::kTwoU8; + + UnscopedEnumEmpty enum_empty{}; + + auto enum_one_8 = UnscopedEnumInt8::kOne8; + auto enum_neg_8 = (UnscopedEnumInt8)-1; + + // BREAK(TestUnscopedEnum) + // BREAK(TestUnscopedEnumNegation) + // BREAK(TestUnscopedEnumWithUnderlyingType) + // BREAK(TestUnscopedEnumEmpty) +} + +void TestTernaryOperator() { + int i = 1; + int* pi = &i; + char c = 2; + int arr2[2] = {1, 2}; + int arr3[3] = {1, 2, 3}; + double dbl_arr[2] = {1.0, 2.0}; + struct T { + } t; + enum EnumA { kOneA = 1, kTwoA } a_enum = kTwoA; + enum EnumB { kOneB = 1 } b_enum = kOneB; + // BREAK(TestTernaryOperator) +} + +void TestSizeOf() { + int i = 1; + int* p = &i; + int arr[] = {1, 2, 3}; + + struct SizeOfFoo { + int x, y; + } foo; + + // BREAK(TestSizeOf) +} + +void TestBuiltinFunction_Log2() { + struct Foo { + } foo; + + enum CEnum { kFoo = 129 } c_enum = kFoo; + enum class CxxEnum { kFoo = 129 } cxx_enum = CxxEnum::kFoo; + + CEnum& c_enum_ref = c_enum; + CxxEnum& cxx_enum_ref = cxx_enum; + + // BREAK(TestBuiltinFunction_Log2) +} + +void TestBuiltinFunction_findnonnull() { + uint8_t array_of_uint8[] = {1, 1, 1, 1, 1, 1, 1, 1, 0, 0, 0, 0, + 0, 0, 0, 0, 1, 1, 1, 1, 1, 1, 1, 1}; + uint8_t* pointer_to_uint8 = array_of_uint8; + + int* array_of_pointers[] = {(int*)1, (int*)1, (int*)0, (int*)0, (int*)1}; + int** pointer_to_pointers = array_of_pointers; + + // BREAK(TestBuiltinFunction_findnonnull) +} + +void TestPrefixIncDec() { + auto enum_foo = ScopedEnum::kFoo; + int i = 1; + + // BREAK(TestPrefixIncDec) + // BREAK(TestPostfixIncDec) +} + +void TestDereferencedType() { + struct TTuple { + int x = 1; + }; + using TPair = TTuple; + + TPair p{}; + const TPair& p_ref = p; + const TPair* p_ptr = &p; + + // BREAK(TestDereferencedType) +} + +void TestMemberFunctionCall() { + struct C { + int m() { return 1; } + }; + + C c; + c.m(); + + // BREAK(TestMemberFunctionCall) +} + +void TestCompositeAssignment() { + int i = 10; + float f = 1.5f; + float* p = &f; + + enum Enum { ONE, TWO }; + Enum eOne = ONE; + Enum eTwo = TWO; + + // BREAK(TestAssignment) + // BREAK(TestCompositeAssignmentInvalid) + // BREAK(TestCompositeAssignmentAdd) + // BREAK(TestCompositeAssignmentSub) + // BREAK(TestCompositeAssignmentMul) + // BREAK(TestCompositeAssignmentDiv) + // BREAK(TestCompositeAssignmentRem) + // BREAK(TestCompositeAssignmentBitwise) +} + +void TestSideEffects() { + int x = 1; + int xa[] = {1, 2}; + int* p = &x; + + // BREAK(TestSideEffects) +} + +void TestUniquePtr() { + struct NodeU { + std::unique_ptr next; + int value; + }; + auto ptr_node = std::unique_ptr(new NodeU{nullptr, 2}); + ptr_node = std::unique_ptr(new NodeU{std::move(ptr_node), 1}); + + std::unique_ptr ptr_null; + auto ptr_int = std::make_unique(1); + auto ptr_float = std::make_unique(1.1f); + + auto deleter = [](void const* data) { delete static_cast(data); }; + std::unique_ptr ptr_void(new int(42), deleter); + + // BREAK(TestUniquePtr) + // BREAK(TestUniquePtrDeref) + // BREAK(TestUniquePtrCompare) +} + +void TestSharedPtr() { + struct NodeS { + std::shared_ptr next; + int value; + }; + auto ptr_node = std::shared_ptr(new NodeS{nullptr, 2}); + ptr_node = std::shared_ptr(new NodeS{std::move(ptr_node), 1}); + + std::shared_ptr ptr_null; + auto ptr_int = std::make_shared(1); + auto ptr_float = std::make_shared(1.1f); + + std::weak_ptr ptr_int_weak = ptr_int; + + std::shared_ptr ptr_void = ptr_int; + + // BREAK(TestSharedPtr) + // BREAK(TestSharedPtrDeref) + // BREAK(TestSharedPtrCompare) +} + +void TestTypeComparison() { + int i = 1; + int const* const icpc = &i; + int* ip = &i; + int const* const* const icpcpc = &icpc; + int** ipp = &ip; + + using MyInt = int; + using MyPtr = MyInt*; + MyPtr* mipp = ipp; + + using MyConstInt = const int; + using MyConstPtr = MyConstInt* const; + MyConstPtr* const micpcpc = icpcpc; + + char c = 2; + signed char sc = 65; + const char cc = 66; + using mychar = char; + mychar mc = 67; + + // BREAK(TestTypeComparison) +} + +static void TestTypeDeclaration() { + wchar_t wchar = 0; + char16_t char16 = 0; + char32_t char32 = 0; + + using mylong = long; + mylong my_long = 1; + + // BREAK(TestBasicTypeDeclaration) + // BREAK(TestUserTypeDeclaration) +} + +static void TestTypeVsIdentifier() { + struct StructOrVar { + int x = 1; + } s; + short StructOrVar = 2; + + class ClassOrVar { + public: + int x = 3; + }; + ClassOrVar ClassOrVar; + + union UnionOrVar { + int x; + } u; + int UnionOrVar[2] = {1, 2}; + + enum EnumOrVar { kFoo, kBar }; + EnumOrVar EnumOrVar = kFoo; + + enum class CxxEnumOrVar { kCxxFoo, kCxxBar }; + CxxEnumOrVar CxxEnumOrVar = CxxEnumOrVar::kCxxFoo; + + int OnlyVar = 4; + + // BREAK(TestTypeVsIdentifier) +} + +static void TestSeparateParsing() { + struct StructA { + int a_; + } a{1}; + + struct StructB { + int b_; + } b{2}; + + struct StructC : public StructA, public StructB { + int c_; + } c{{3}, {4}, 5}; + + struct StructD : public StructC { + int d_; + } d{{{6}, {7}, 8}, 9}; + + // BREAK(TestSeparateParsing) + // BREAK(TestSeparateParsingWithContextVars) +} + +// Used by TestRegistersNoDollar +int rcx = 42; + +struct RegisterCtx { + int rbx = 42; + + void TestRegisters() { + int rax = 42; + + // BREAK(TestRegisters) + // BREAK(TestRegistersNoDollar) + } +}; + +static void TestCharParsing() { + // BREAK(TestCharParsing) +} + +static void TestStringParsing() { + // BREAK(TestStringParsing) +} + +namespace test_binary { + +void main() { + // BREAK(TestSymbols) + + TestMethods tm; + + TestArithmetic(); + TestBitwiseOperators(); + TestPointerArithmetic(); + TestLogicalOperators(); + TestLocalVariables(); + TestMemberOf(); + TestMemberOfInheritance(); + TestMemberOfAnonymousMember(); + TestGlobalVariableLookup(); + tm.TestInstanceVariables(); + TestIndirection(); + tm.TestAddressOf(42); + TestSubscript(); + TestCStyleCast(); + TestCxxCast(); + TestCastInheritedTypes(); + TestQualifiedId(); + TestStaticConst(); + TestTypeDeclaration(); + TestTemplateTypes(); + TestTemplateWithNumericArguments(); + TestValueScope(); + TestBitField(); + TestContextVariables(); + TestPrefixIncDec(); + TestScopedEnum(); + TestUnscopedEnum(); + TestTernaryOperator(); + TestSizeOf(); + TestBuiltinFunction_Log2(); + TestBuiltinFunction_findnonnull(); + TestArrayDereference(); + TestDereferencedType(); + TestMemberFunctionCall(); + TestCompositeAssignment(); + TestSideEffects(); + TestUniquePtr(); + TestSharedPtr(); + TestTypeComparison(); + TestTypeVsIdentifier(); + TestSeparateParsing(); + + RegisterCtx rc; + rc.TestRegisters(); + + TestCharParsing(); + TestStringParsing(); + + // BREAK HERE +} + +} // namespace test_binary + +int main() { test_binary::main(); } diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/test_binary_libc++.bin b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/test_binary_libc++.bin new file mode 100755 index 0000000000000000000000000000000000000000..6b864d3cbc90e2c455f37826552bad9624ae556a GIT binary patch literal 278520 zcmeEv4}4U`wg0_$H^~BTTOx%ND3%Q@)PjOZ?XsvCqAz?x 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zCAWVQ`HLQ>(u_FAXRf!J9a2@(hW_KT;~by;nAL0wBtCw+9PdxR^MgIUw7`aHMgP)p z9$)mk>X@)}hAok9rg3>be%%r|-hck%kF>`h?khk&Uc*{B-g64~>kC19{7qUhL_v>J z{Zr!{zp}(0xV4{Z+R%Tz`McS7dQ_`d+2gOzw8H)b=3H8Twf}36+!sanfNu9$X>Nl( YUjO%>zf+v!i-y~byV!St?@#Cd0KCL5ivR!s literal 0 HcmV?d00001 diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/test_library.cc b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/test_library.cc new file mode 100644 index 000000000000..a3905e6e9f23 --- /dev/null +++ b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/test_library.cc @@ -0,0 +1,15 @@ +// Copyright 2020 Google LLC +// +// Licensed under the Apache License, Version 2.0 (the "License"); +// you may not use this file except in compliance with the License. +// You may obtain a copy of the License at +// +// http://www.apache.org/licenses/LICENSE-2.0 +// +// Unless required by applicable law or agreed to in writing, software +// distributed under the License is distributed on an "AS IS" BASIS, +// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. +// See the License for the specific language governing permissions and +// limitations under the License. + +int externGlobalVar = 0x00C0FFEE; diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/ast.cc b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/ast.cc new file mode 100644 index 000000000000..c812ffbc7fe8 --- /dev/null +++ b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/ast.cc @@ -0,0 +1,801 @@ +/* + * Copyright 2020 Google LLC + * + * Licensed under the Apache License, Version 2.0 (the "License"); + * you may not use this file except in compliance with the License. + * You may obtain a copy of the License at + * + * http://www.apache.org/licenses/LICENSE-2.0 + * + * Unless required by applicable law or agreed to in writing, software + * distributed under the License is distributed on an "AS IS" BASIS, + * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. + * See the License for the specific language governing permissions and + * limitations under the License. + */ + +#include "fuzzer/ast.h" + +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include + +namespace fuzzer { + +struct BinOpInfo { + int precedence; + const char* symbol; +}; + +/** + * Precedence and symbol for each binary operator. + * + * Precedence values are taken from the following: + * https://en.cppreference.com/w/cpp/language/operator_precedence + */ +static const BinOpInfo BIN_OP_TABLE[NUM_BIN_OPS] = { + {6, "+"}, // BinOp::Plus + {6, "-"}, // BinOp::Minus + {5, "*"}, // BinOp::Mult + {5, "/"}, // BinOp::Div + {5, "%"}, // BinOp::Mod + {14, "&&"}, // BinOp::LogicalAnd + {15, "||"}, // BinOp::LogicalOr + {11, "&"}, // BinOp::BitAnd + {13, "|"}, // BinOp::BitOr + {12, "^"}, // BinOp::BitXor + {7, "<<"}, // BinOp::Shl + {7, ">>"}, // BinOp::Shr + {10, "=="}, // BinOp::Eq + {10, "!="}, // BinOp::Ne + {9, "<"}, // BinOp::Lt + {9, "<="}, // BinOp::Le + {9, ">"}, // BinOp::Gt + {9, ">="}, // BinOp::Ge +}; + +static const char* UN_OP_TABLE[NUM_UN_OPS] = { + "+", // UnOp::Plus + "-", // UnOp::Neg + "!", // UnOp::LogicalNot + "~", // UnOp::BitNot +}; + +static const char* SCALAR_TYPES_STRINGS[NUM_SCALAR_TYPES] = { + "void", // ScalarType::Void + "bool", // ScalarType::Bool + "char", // ScalarType::Char + "signed char", // ScalarType::SignedChar + "unsigned char", // ScalarType::UnsignedChar + "short", // ScalarType::SignedShort + "unsigned short", // ScalarType::UnsignedShort + "int", // ScalarType::SignedInt + "unsigned int", // ScalarType::UnsignedInt + "long", // ScalarType::SignedLong + "unsigned long", // ScalarType::UnsignedLong + "long long", // ScalarType::SignedLongLong + "unsigned long long", // ScalarType::UnsignedLongLong + "float", // ScalarType::Float + "double", // ScalarType::Double + "long double", // ScalarType::LongDouble +}; + +std::ostream& operator<<(std::ostream& os, CvQualifiers qualifiers) { + const char* to_print; + bool is_const = qualifiers[CvQualifier::Const]; + bool is_volatile = qualifiers[CvQualifier::Volatile]; + if (is_const && is_volatile) { + to_print = "const volatile"; + } else if (is_const) { + to_print = "const"; + } else if (is_volatile) { + to_print = "volatile"; + } else { + return os; + } + + return os << to_print; +} + +std::ostream& operator<<(std::ostream& os, ScalarType type) { + return os << SCALAR_TYPES_STRINGS[(size_t)type]; +} + +TaggedType::TaggedType(std::string name) : name_(std::move(name)) {} +const std::string& TaggedType::name() const { return name_; } +std::ostream& operator<<(std::ostream& os, const TaggedType& type) { + return os << type.name(); +} +bool TaggedType::operator==(const TaggedType& rhs) const { + return name_ == rhs.name_; +} +bool TaggedType::operator!=(const TaggedType& rhs) const { + return name_ != rhs.name_; +} + +PointerType::PointerType(QualifiedType type) : type_(std::move(type)) {} +const QualifiedType& PointerType::type() const { return type_; } +std::ostream& operator<<(std::ostream& os, const PointerType& type) { + return os << type.type() << "*"; +} +bool PointerType::operator==(const PointerType& rhs) const { + return type_ == rhs.type_; +} +bool PointerType::operator!=(const PointerType& rhs) const { + return type_ != rhs.type_; +} + +std::ostream& operator<<(std::ostream& os, const NullptrType&) { + return os << "std::nullptr_t"; +} +bool NullptrType::operator==(const NullptrType&) const { return true; } +bool NullptrType::operator!=(const NullptrType&) const { return false; } + +EnumType::EnumType(std::string name, bool scoped) + : name_(std::move(name)), scoped_(scoped) {} +const std::string& EnumType::name() const { return name_; } +bool EnumType::is_scoped() const { return scoped_; } +std::ostream& operator<<(std::ostream& os, const EnumType& type) { + return os << type.name(); +} +bool EnumType::operator==(const EnumType& rhs) const { + return name_ == rhs.name_ && scoped_ == rhs.scoped_; +} +bool EnumType::operator!=(const EnumType& rhs) const { + return name_ != rhs.name_ || scoped_ != rhs.scoped_; +} + +ArrayType::ArrayType(Type type, size_t size) + : type_(std::make_shared(std::move(type))), size_(size) {} +const Type& ArrayType::type() const { return *type_; } +size_t ArrayType::size() const { return size_; } +std::ostream& operator<<(std::ostream& os, const ArrayType& type) { + // TODO: Fix formatting of types consisting of arrays and pointers. + // E.g. the correct formatting of pointer to array of ints is `int (*)[N]`, + // while the current formatting outputs `int[N]*`. Right now, this isn't + // critical since casting to array types isn't supported yet. + return os << type.type() << "[" << type.size() << "]"; +} +bool ArrayType::operator==(const ArrayType& rhs) const { + return size_ == rhs.size_ && *type_ == *rhs.type_; +} +bool ArrayType::operator!=(const ArrayType& rhs) const { + return size_ != rhs.size_ || *type_ != *rhs.type_; +} + +QualifiedType::QualifiedType(Type type, CvQualifiers cv_qualifiers) + : type_(std::make_shared(std::move(type))), + cv_qualifiers_(cv_qualifiers) {} +const Type& QualifiedType::type() const { return *type_; } +CvQualifiers QualifiedType::cv_qualifiers() const { return cv_qualifiers_; } +bool QualifiedType::operator==(const QualifiedType& rhs) const { + return cv_qualifiers_ == rhs.cv_qualifiers_ && *type_ == *rhs.type_; +} +bool QualifiedType::operator!=(const QualifiedType& rhs) const { + return cv_qualifiers_ != rhs.cv_qualifiers_ || *type_ != *rhs.type_; +} + +std::ostream& operator<<(std::ostream& os, const QualifiedType& type) { + const auto& inner_type = type.type(); + if (std::holds_alternative(inner_type)) { + os << inner_type; + if (type.cv_qualifiers().any()) { + os << " " << type.cv_qualifiers(); + } + } else { + if (type.cv_qualifiers().any()) { + os << type.cv_qualifiers() << " "; + } + os << inner_type; + } + return os; +} + +std::ostream& operator<<(std::ostream& os, const Type& type) { + std::visit([&os](const auto& type) { os << type; }, type); + return os; +} + +BinaryExpr::BinaryExpr(Expr lhs, BinOp op, Expr rhs) + : lhs_(std::make_shared(std::move(lhs))), + rhs_(std::make_shared(std::move(rhs))), + op_(op) {} +BinaryExpr::BinaryExpr(Expr lhs, BinOp op, Expr rhs, Type expr_type) + : lhs_(std::make_shared(std::move(lhs))), + rhs_(std::make_shared(std::move(rhs))), + op_(op), + expr_type_(std::make_unique(std::move(expr_type))) {} +const Expr& BinaryExpr::lhs() const { return *lhs_; } +const Expr& BinaryExpr::rhs() const { return *rhs_; } +const Type* BinaryExpr::expr_type() const { return expr_type_.get(); } +BinOp BinaryExpr::op() const { return op_; } +int BinaryExpr::precedence() const { + return BIN_OP_TABLE[(size_t)op_].precedence; +} +std::ostream& operator<<(std::ostream& os, const BinaryExpr& e) { + const char* symbol = BIN_OP_TABLE[(size_t)e.op()].symbol; + return os << e.lhs() << " " << symbol << " " << e.rhs(); +} + +VariableExpr::VariableExpr(std::string name) : name_(std::move(name)) {} +const std::string& VariableExpr::name() const { return name_; } +std::ostream& operator<<(std::ostream& os, const VariableExpr& e) { + return os << e.name(); +} + +UnaryExpr::UnaryExpr(UnOp op, Expr expr) + : expr_(std::make_shared(std::move(expr))), op_(op) {} +UnOp UnaryExpr::op() const { return op_; } +const Expr& UnaryExpr::expr() const { return *expr_; } +std::ostream& operator<<(std::ostream& os, const UnaryExpr& e) { + os << UN_OP_TABLE[(size_t)e.op()]; + + const auto* inner_as_unary = std::get_if(&e.expr()); + if (inner_as_unary != nullptr) { + // Avoid emitting cases such as `++3` or `--3`, print `+ +3` and `- -3` + // instead. + bool needs_space = (e.op() == UnOp::Plus || e.op() == UnOp::Neg) && + e.op() == inner_as_unary->op(); + if (needs_space) { + os << " "; + } + } + return os << e.expr(); +} + +std::ostream& operator<<(std::ostream& os, const IntegerConstant& e) { + using Base = IntegerConstant::Base; + using Length = IntegerConstant::Length; + using Signedness = IntegerConstant::Signedness; + + auto saved_flags = os.flags(); + switch (e.base_) { + case Base::Bin: { + // iostream doesn't support binary numbers yet, so we'll do it ourselves. + std::bitset bits(e.value()); + auto str = bits.to_string(); + auto idx = str.find('1'); + // Print from the first '1' onward (or print `0` if the value is zero). + const char* to_print = (idx != std::string::npos) ? &str[idx] : "0"; + + os << "0b" << to_print; + break; + } + + case Base::Hex: + os << std::hex << std::showbase << e.value(); + break; + + case Base::Oct: + os << std::oct << std::showbase << e.value(); + break; + + case Base::Dec: + os << std::dec << e.value(); + break; + } + + switch (e.length_) { + case Length::Int: + break; + + case Length::Long: + os << "L"; + break; + + case Length::LongLong: + os << "LL"; + break; + } + + switch (e.signedness_) { + case Signedness::Signed: + break; + + case Signedness::Unsigned: + os << "U"; + break; + } + + os.flags(saved_flags); + return os; +} + +std::ostream& operator<<(std::ostream& os, const DoubleConstant& e) { + using Format = DoubleConstant::Format; + using Length = DoubleConstant::Length; + + auto saved_flags = os.flags(); + switch (e.format_) { + case Format::Default: { + std::ostringstream sstream; + sstream << std::defaultfloat << e.value_; + os << sstream.str(); + // Handle a corner case where the double constant is an integer (doesn't + // contain a decimal point) in order to prevent expressions such as `1f` + // which isn't well formed (it should be `1.f` instead). + if (sstream.str().find_first_of(".eE") == std::string::npos) { + os << "."; + } + } break; + + case Format::Scientific: + os << std::fixed << e.value_; + break; + + case Format::Hex: + os << std::hexfloat << e.value_; + break; + } + + switch (e.length_) { + case Length::Float: + os << "f"; + break; + + case Length::Double: + break; + } + + os.flags(saved_flags); + return os; +} + +ParenthesizedExpr::ParenthesizedExpr(Expr expr) + : expr_(std::make_shared(std::move(expr))) {} +const Expr& ParenthesizedExpr::expr() const { return *expr_; } +std::ostream& operator<<(std::ostream& os, const ParenthesizedExpr& e) { + return os << "(" << e.expr() << ")"; +} + +AddressOf::AddressOf(Expr expr) + : expr_(std::make_shared(std::move(expr))) {} +const Expr& AddressOf::expr() const { return *expr_; } +std::ostream& operator<<(std::ostream& os, const AddressOf& e) { + os << "&"; + if (std::holds_alternative(e.expr())) { + // Avoid accidentally printing e.g. `&&x`, print `& &x` instead. + os << " "; + } + return os << e.expr(); +} + +MemberOf::MemberOf(Expr expr, std::string field) + : expr_(std::make_shared(std::move(expr))), + field_(std::move(field)) {} +MemberOf::MemberOf(Expr expr, std::string field, TaggedType expr_type) + : expr_(std::make_shared(std::move(expr))), + field_(std::move(field)), + expr_type_(std::move(expr_type)) {} +const Expr& MemberOf::expr() const { return *expr_; } +const std::string& MemberOf::field() const { return field_; } +std::ostream& operator<<(std::ostream& os, const MemberOf& e) { + return os << e.expr() << "." << e.field(); +} + +MemberOfPtr::MemberOfPtr(Expr expr, std::string field) + : expr_(std::make_shared(std::move(expr))), + field_(std::move(field)) {} +MemberOfPtr::MemberOfPtr(Expr expr, std::string field, TaggedType expr_type) + : expr_(std::make_shared(std::move(expr))), + field_(std::move(field)), + expr_type_(std::move(expr_type)) {} +const Expr& MemberOfPtr::expr() const { return *expr_; } +const std::string& MemberOfPtr::field() const { return field_; } +std::ostream& operator<<(std::ostream& os, const MemberOfPtr& e) { + return os << e.expr() << "->" << e.field(); +} + +ArrayIndex::ArrayIndex(Expr expr, Expr idx) + : expr_(std::make_shared(std::move(expr))), + idx_(std::make_shared(std::move(idx))) {} +const Expr& ArrayIndex::expr() const { return *expr_; } +const Expr& ArrayIndex::idx() const { return *idx_; } +std::ostream& operator<<(std::ostream& os, const ArrayIndex& e) { + return os << e.expr() << "[" << e.idx() << "]"; +} + +TernaryExpr::TernaryExpr(Expr cond, Expr lhs, Expr rhs) + : cond_(std::make_shared(std::move(cond))), + lhs_(std::make_shared(std::move(lhs))), + rhs_(std::make_shared(std::move(rhs))) {} +TernaryExpr::TernaryExpr(Expr cond, Expr lhs, Expr rhs, Type expr_type) + : cond_(std::make_shared(std::move(cond))), + lhs_(std::make_shared(std::move(lhs))), + rhs_(std::make_shared(std::move(rhs))), + expr_type_(std::make_shared(std::move(expr_type))) {} +const Expr& TernaryExpr::cond() const { return *cond_; } +const Expr& TernaryExpr::lhs() const { return *lhs_; } +const Expr& TernaryExpr::rhs() const { return *rhs_; } +const Type* TernaryExpr::expr_type() const { return expr_type_.get(); } +std::ostream& operator<<(std::ostream& os, const TernaryExpr& e) { + return os << e.cond() << " ? " << e.lhs() << " : " << e.rhs(); +} + +CastExpr::CastExpr(Kind kind, Type type, Expr expr) + : kind_(kind), + type_(std::move(type)), + expr_(std::make_shared(std::move(expr))) {} +CastExpr::Kind CastExpr::kind() const { return kind_; } +const Type& CastExpr::type() const { return type_; } +const Expr& CastExpr::expr() const { return *expr_; } +int CastExpr::precedence() const { return cast_kind_precedence(kind_); } +std::ostream& operator<<(std::ostream& os, const CastExpr& e) { + using Kind = CastExpr::Kind; + switch (e.kind()) { + case Kind::CStyleCast: + return os << "(" << e.type() << ") " << e.expr(); + case Kind::StaticCast: + return os << "static_cast<" << e.type() << ">(" << e.expr() << ")"; + case Kind::ReinterpretCast: + return os << "reinterpret_cast<" << e.type() << ">(" << e.expr() << ")"; + + default: + assert(false && "Did you introduce a new cast kind?"); + } + return os; +} + +DereferenceExpr::DereferenceExpr(Expr expr) + : expr_(std::make_shared(std::move(expr))) {} +const Expr& DereferenceExpr::expr() const { return *expr_; } +std::ostream& operator<<(std::ostream& os, const DereferenceExpr& expr) { + return os << "*" << expr.expr(); +} + +FunctionCallExpr::FunctionCallExpr(std::string name, + std::vector> args) + : name_(std::move(name)), args_(std::move(args)) {} +const std::string& FunctionCallExpr::name() const { return name_; } +const std::vector>& FunctionCallExpr::args() const { + return args_; +} +std::ostream& operator<<(std::ostream& os, const FunctionCallExpr& expr) { + os << expr.name() << "("; + const auto& args = expr.args(); + for (size_t i = 0; i < args.size(); ++i) { + if (i > 0) { + os << ", "; + } + os << *args[i]; + } + return os << ")"; +} + +SizeofExpr::SizeofExpr(Expr expr) + : arg_(std::make_unique(std::move(expr))) {} +SizeofExpr::SizeofExpr(Type type) : arg_(std::move(type)) {} +std::optional> SizeofExpr::maybe_expr() + const { + const auto* as_expr = std::get_if>(&arg_); + if (as_expr != nullptr) { + return **as_expr; + } + return {}; +} +std::optional> SizeofExpr::maybe_type() + const { + const auto* as_type = std::get_if(&arg_); + if (as_type != nullptr) { + return *as_type; + } + return {}; +} +std::ostream& operator<<(std::ostream& os, const SizeofExpr& expr) { + os << "sizeof"; + auto maybe_expr = expr.maybe_expr(); + if (maybe_expr.has_value()) { + const Expr& child = maybe_expr.value(); + // If the child isn't a parenthesized expression, separate the expression + // and 'sizeof' with a space. + if (!std::holds_alternative(child)) { + os << " "; + } + return os << child; + } + auto maybe_type = expr.maybe_type(); + if (maybe_type.has_value()) { + return os << "(" << maybe_type.value() << ")"; + } + assert(false && "Did you introduce a new alternative?"); + return os; +} + +std::ostream& operator<<(std::ostream& os, const BooleanConstant& expr) { + const char* to_print = expr.value() ? "true" : "false"; + return os << to_print; +} + +std::ostream& operator<<(std::ostream& os, const NullptrConstant&) { + return os << "nullptr"; +} + +std::ostream& operator<<(std::ostream& os, const EnumConstant& expr) { + // TODO: Support unscoped enum literals. Currently, unscoped enums aren't + // supported well by LLDB. + return os << expr.type() << "::" << expr.literal(); +} + +std::ostream& operator<<(std::ostream& os, const Expr& e) { + std::visit([&os](const auto& expr) { os << expr; }, e); + return os; +} + +/** + * A visitor that dumps an expression to `stdout` for debugging purposes. + */ +class ExprDumper { + public: + void operator()(const BinaryExpr& e) { + emit_marked_indentation(); + + const auto* symbol = BIN_OP_TABLE[(size_t)e.op()].symbol; + printf("Binary expression of type `%s`:\n", symbol); + + emit_indentation(); + printf("Left-hand side:\n"); + indented_visit(e.lhs()); + + emit_indentation(); + printf("Right-hand side:\n"); + indented_visit(e.rhs()); + } + + void operator()(const VariableExpr& e) { + emit_marked_indentation(); + printf("Variable expression for identifier `%s`\n", e.name().c_str()); + } + + void operator()(const IntegerConstant& e) { + emit_marked_indentation(); + printf("Integer constant with value `%" PRIu64 "`\n", e.value()); + } + + void operator()(const DoubleConstant& e) { + emit_marked_indentation(); + printf("Double constant with value `%f`\n", e.value()); + } + + void operator()(const NullptrConstant&) { + emit_marked_indentation(); + printf("Pointer constant: `nullptr`\n"); + } + + void operator()(const EnumConstant& e) { + emit_marked_indentation(); + printf("Enum constant: `%s`\n", e.literal().c_str()); + } + + void operator()(const UnaryExpr& e) { + emit_marked_indentation(); + const auto* symbol = UN_OP_TABLE[(size_t)e.op()]; + printf("Unary expression of type %s\n", symbol); + + indented_visit(e.expr()); + } + + void operator()(const ParenthesizedExpr& e) { + emit_marked_indentation(); + printf("Parenthesized expression:\n"); + + indented_visit(e.expr()); + } + + void operator()(const AddressOf& e) { + emit_marked_indentation(); + printf("Address of:\n"); + + indented_visit(e.expr()); + } + + void operator()(const MemberOf& e) { + emit_marked_indentation(); + printf("Field access on `%s`:\n", e.field().c_str()); + + indented_visit(e.expr()); + } + + void operator()(const MemberOfPtr& e) { + emit_marked_indentation(); + printf("Pointer field access on `%s`:\n", e.field().c_str()); + + indented_visit(e.expr()); + } + + void operator()(const ArrayIndex& e) { + emit_marked_indentation(); + printf("Array index:\n"); + + emit_indentation(); + printf("Array:\n"); + indented_visit(e.expr()); + + emit_indentation(); + printf("Index:\n"); + indented_visit(e.idx()); + } + + void operator()(const TernaryExpr& e) { + emit_marked_indentation(); + printf("Ternary expression:\n"); + + emit_indentation(); + printf("Condition:\n"); + indented_visit(e.cond()); + + emit_indentation(); + printf("Left-hand side:\n"); + indented_visit(e.lhs()); + + emit_indentation(); + printf("Right-hand side:\n"); + indented_visit(e.rhs()); + } + + void operator()(const CastExpr& e) { + emit_marked_indentation(); + std::ostringstream os; + os << e.type(); + printf("Cast expression into type: `%s`\n", os.str().c_str()); + + indented_visit(e.expr()); + } + + void operator()(const DereferenceExpr& e) { + emit_marked_indentation(); + printf("Dereference:\n"); + indented_visit(e.expr()); + } + + void operator()(const FunctionCallExpr& e) { + emit_marked_indentation(); + printf("Function call:\n"); + + emit_indentation(); + printf("Name: `%s`\n", e.name().c_str()); + + const auto& args = e.args(); + for (size_t i = 0; i < args.size(); ++i) { + emit_indentation(); + printf("Argument #%zu:", i + 1); + indented_visit(*args[i]); + } + } + + void operator()(const SizeofExpr& e) { + emit_marked_indentation(); + printf("Sizeof:"); + + auto maybe_type = e.maybe_type(); + if (maybe_type.has_value()) { + std::ostringstream os; + os << maybe_type.value(); + printf(" Type: %s\n", os.str().c_str()); + return; + } + + auto maybe_expr = e.maybe_expr(); + if (maybe_expr.has_value()) { + indented_visit(maybe_expr.value()); + } + } + + void operator()(const BooleanConstant& e) { + emit_marked_indentation(); + + const char* to_print = e.value() ? "true" : "false"; + printf("Boolean constant of value `%s`\n", to_print); + } + + private: + static constexpr int SPACES_PER_INDENTATION = 2; + + void emit_marked_indentation() { printf("%*s%s", indent_spaces_, "", "+ "); } + void emit_indentation() { printf("%*s%s", indent_spaces_, "", " "); } + + void indented_visit(const Expr& e) { + indent_spaces_ += SPACES_PER_INDENTATION; + std::visit(*this, e); + indent_spaces_ -= SPACES_PER_INDENTATION; + } + + private: + int indent_spaces_ = 0; +}; + +void dump_expr(const Expr& expr) { std::visit(ExprDumper(), expr); } + +int bin_op_precedence(BinOp op) { return BIN_OP_TABLE[(size_t)op].precedence; } + +int cast_kind_precedence(CastExpr::Kind kind) { + switch (kind) { + case CastExpr::Kind::CStyleCast: + return 3; + case CastExpr::Kind::StaticCast: + case CastExpr::Kind::ReinterpretCast: + return 2; + + default: + assert(false && "Did you introduce a new cast kind?"); + } + return 0; // all control paths must return a value +} + +} // namespace fuzzer + +static inline size_t hash_combine_impl(size_t acc) { return acc; } + +template +static inline size_t hash_combine_impl(size_t acc, T&& v, Rest&&... rest) { + // std::hash has specializations for e.g. `std::string`, but not for `const + // std::string&`, so remove any cv-qualified reference from type `T`. + using Type = std::remove_cv_t>; + std::hash hasher; + // Disclaimer: Hash combining algorithm is taken from `boost::hash_combine`, + // no idea how it fares in practice. + acc ^= hasher(std::forward(v)) + 0x9e3779b9u + (acc << 6) + (acc >> 2); + return hash_combine_impl(acc, std::forward(rest)...); +} + +/* + * Combines multiple hash values together. This is equivalent to + * `boost::hash_combine`, albeit with support for perfect forwarding (so that + * invocation of `hash_combine` can be conveniently a one-liner). + */ +template +static inline size_t hash_combine(Args&&... args) { + return hash_combine_impl(0, std::forward(args)...); +} + +enum class HashingTypeKind { + PointerType, + QualifiedType, + TaggedType, + NullptrType, + EnumType, + ArrayType, +}; + +namespace std { + +using fuzzer::ArrayType; +using fuzzer::EnumType; +using fuzzer::NullptrType; +using fuzzer::PointerType; +using fuzzer::QualifiedType; +using fuzzer::TaggedType; + +size_t hash::operator()(const PointerType& type) const { + return hash_combine(HashingTypeKind::PointerType, type.type()); +} + +size_t hash::operator()(const QualifiedType& type) const { + return hash_combine(HashingTypeKind::QualifiedType, type.cv_qualifiers(), + type.type()); +} + +size_t hash::operator()(const TaggedType& type) const { + return hash_combine(HashingTypeKind::TaggedType, type.name()); +} + +size_t hash::operator()(const NullptrType&) const { + return hash_combine(HashingTypeKind::NullptrType); +} + +size_t hash::operator()(const EnumType& type) const { + return hash_combine(HashingTypeKind::EnumType, type.name(), type.is_scoped()); +} + +size_t hash::operator()(const ArrayType& type) const { + return hash_combine(HashingTypeKind::ArrayType, type.type(), type.size()); +} + +} // namespace std diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/ast.h b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/ast.h new file mode 100644 index 000000000000..14a92aa2b487 --- /dev/null +++ b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/ast.h @@ -0,0 +1,683 @@ +/* + * Copyright 2020 Google LLC + * + * Licensed under the Apache License, Version 2.0 (the "License"); + * you may not use this file except in compliance with the License. + * You may obtain a copy of the License at + * + * http://www.apache.org/licenses/LICENSE-2.0 + * + * Unless required by applicable law or agreed to in writing, software + * distributed under the License is distributed on an "AS IS" BASIS, + * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. + * See the License for the specific language governing permissions and + * limitations under the License. + */ + +#ifndef INCLUDE_AST_H +#define INCLUDE_AST_H + +#include +#include +#include +#include +#include +#include +#include // forward references `std::hash` +#include +#include + +#include "fuzzer/enum_bitset.h" + +namespace fuzzer { + +enum class ScalarType : unsigned char; +class TaggedType; +class PointerType; +class NullptrType; +class EnumType; +class ArrayType; + +using Type = std::variant; +std::ostream& operator<<(std::ostream& os, const Type& type); + +enum class CvQualifier : unsigned char { + EnumFirst, + Const = EnumFirst, + Volatile, + EnumLast = Volatile, +}; +using CvQualifiers = EnumBitset; + +std::ostream& operator<<(std::ostream& os, CvQualifiers qualifiers); + +enum class ScalarType : unsigned char { + EnumFirst, + Void = EnumFirst, + Bool, + // Have `char` explicitly because it is implementation dependent whether + // `char` maps to `signed char` or `unsigned char`. + Char, + SignedChar, + UnsignedChar, + SignedShort, + UnsignedShort, + SignedInt, + UnsignedInt, + SignedLong, + UnsignedLong, + SignedLongLong, + UnsignedLongLong, + Float, + Double, + LongDouble, + EnumLast = LongDouble, +}; +inline constexpr size_t NUM_SCALAR_TYPES = (size_t)ScalarType::EnumLast + 1; +std::ostream& operator<<(std::ostream& os, ScalarType type); + +inline constexpr bool is_int_scalar_type(ScalarType type) { + return ScalarType::Bool <= type && type <= ScalarType::UnsignedLongLong; +} +inline constexpr bool is_float_scalar_type(ScalarType type) { + return ScalarType::Float <= type && type <= ScalarType::LongDouble; +} + +class TaggedType { + public: + TaggedType() = default; + explicit TaggedType(std::string name); + + const std::string& name() const; + + friend std::ostream& operator<<(std::ostream& os, const TaggedType& type); + bool operator==(const TaggedType& rhs) const; + bool operator!=(const TaggedType& rhs) const; + + private: + std::string name_; +}; + +class QualifiedType { + public: + QualifiedType() = default; + explicit QualifiedType(Type type, + CvQualifiers cv_qualifiers = CvQualifiers()); + + const Type& type() const; + CvQualifiers cv_qualifiers() const; + + friend std::ostream& operator<<(std::ostream& os, const QualifiedType& type); + bool operator==(const QualifiedType& type) const; + bool operator!=(const QualifiedType& type) const; + + private: + std::shared_ptr type_; + CvQualifiers cv_qualifiers_; +}; + +class PointerType { + public: + PointerType() = default; + explicit PointerType(QualifiedType type); + + const QualifiedType& type() const; + + friend std::ostream& operator<<(std::ostream& os, const PointerType& type); + bool operator==(const PointerType& type) const; + bool operator!=(const PointerType& type) const; + + private: + QualifiedType type_; +}; + +class NullptrType { + public: + NullptrType() = default; + + friend std::ostream& operator<<(std::ostream& os, const QualifiedType& type); + bool operator==(const NullptrType& type) const; + bool operator!=(const NullptrType& type) const; +}; + +class EnumType { + public: + EnumType() = default; + EnumType(std::string name, bool scoped); + + const std::string& name() const; + + bool is_scoped() const; + + friend std::ostream& operator<<(std::ostream& os, const EnumType& type); + bool operator==(const EnumType& type) const; + bool operator!=(const EnumType& type) const; + + private: + std::string name_; + bool scoped_; +}; + +class ArrayType { + public: + ArrayType() = default; + ArrayType(Type type, size_t size); + + const Type& type() const; + size_t size() const; + + friend std::ostream& operator<<(std::ostream& os, const ArrayType& type); + bool operator==(const ArrayType& type) const; + bool operator!=(const ArrayType& type) const; + + private: + std::shared_ptr type_; + size_t size_; +}; + +class BinaryExpr; +class UnaryExpr; +class VariableExpr; +class IntegerConstant; +class DoubleConstant; +class ParenthesizedExpr; +class AddressOf; +class MemberOf; +class MemberOfPtr; +class ArrayIndex; +class TernaryExpr; +class CastExpr; +class DereferenceExpr; +class FunctionCallExpr; +class SizeofExpr; +class BooleanConstant; +class NullptrConstant; +class EnumConstant; + +enum class UnOp : unsigned char { + // Used to determine the first enum element. + EnumFirst, + Plus = EnumFirst, + Neg, + LogicalNot, + BitNot, + // Used to determine the last enum element. + EnumLast = BitNot, +}; +inline constexpr size_t NUM_UN_OPS = (size_t)UnOp::EnumLast + 1; + +enum class BinOp : unsigned char { + // Used to determine the first enum element. + EnumFirst, + // Arithmetic operators. + Plus = EnumFirst, + Minus, + Mult, + Div, + Mod, + // Logical operators. + LogicalAnd, + LogicalOr, + // Bitwise operators. + BitAnd, + BitOr, + BitXor, + Shl, + Shr, + // Comparison operators. + Eq, + Ne, + Lt, + Le, + Gt, + Ge, + // Used to determine the last enum element. + EnumLast = Ge, +}; +inline constexpr size_t NUM_BIN_OPS = (size_t)BinOp::EnumLast + 1; +int bin_op_precedence(BinOp op); + +using Expr = + std::variant; +inline constexpr size_t NUM_EXPR_KINDS = std::variant_size_v; +void dump_expr(const Expr& expr); +std::ostream& operator<<(std::ostream& os, const Expr& expr); + +class BinaryExpr { + public: + BinaryExpr() = default; + BinaryExpr(Expr lhs, BinOp op, Expr rhs); + BinaryExpr(Expr lhs, BinOp op, Expr rhs, Type expr_type); + + const Expr& lhs() const; + const Expr& rhs() const; + BinOp op() const; + int precedence() const; + const Type* expr_type() const; + + friend std::ostream& operator<<(std::ostream& os, const BinaryExpr& expr); + + private: + std::shared_ptr lhs_; + std::shared_ptr rhs_; + BinOp op_ = BinOp::Plus; // Just pick one for the default ctor + std::shared_ptr expr_type_; +}; + +class UnaryExpr { + public: + static constexpr int PRECEDENCE = 3; + + UnaryExpr() = default; + UnaryExpr(UnOp op, Expr expr); + + UnOp op() const; + const Expr& expr() const; + int precedence() const { return PRECEDENCE; } + + friend std::ostream& operator<<(std::ostream& os, const UnaryExpr& expr); + + private: + std::shared_ptr expr_; + UnOp op_ = UnOp::Plus; // Just pick one for the default ctor +}; + +class VariableExpr { + public: + static constexpr int PRECEDENCE = 0; + + VariableExpr() = default; + explicit VariableExpr(std::string name); + + const std::string& name() const; + int precedence() const { return PRECEDENCE; } + + friend std::ostream& operator<<(std::ostream& os, const VariableExpr& expr); + + private: + std::string name_; +}; + +class IntegerConstant { + public: + enum class Base : unsigned char { + EnumFirst, + Dec = EnumFirst, + Hex, + Oct, + Bin, + EnumLast = Bin, + }; + + enum class Length { + EnumFirst, + Int = EnumFirst, + Long, + LongLong, + EnumLast = LongLong, + }; + enum class Signedness { + EnumFirst, + Signed = EnumFirst, + Unsigned, + EnumLast = Unsigned, + }; + + static constexpr int PRECEDENCE = 0; + + IntegerConstant() = default; + explicit IntegerConstant(uint64_t value) : value_(value) {} + IntegerConstant(uint64_t value, Base base, Length length, + Signedness signedness) + : value_(value), base_(base), length_(length), signedness_(signedness) {} + + uint64_t value() const { return value_; } + Base base() const { return base_; } + Length length() const { return length_; } + Signedness signedness() const { return signedness_; } + int precedence() const { return PRECEDENCE; } + + friend std::ostream& operator<<(std::ostream& os, + const IntegerConstant& expr); + + private: + uint64_t value_ = 0; + Base base_ = Base::Dec; + Length length_ = Length::Int; + Signedness signedness_ = Signedness::Signed; +}; + +class DoubleConstant { + public: + enum class Format : unsigned char { + EnumFirst, + Default = EnumFirst, + Scientific, + Hex, + EnumLast = Hex, + }; + + // TODO(alextasos): Add long doubles when lldb-eval adds support for them + enum class Length : unsigned char { + EnumFirst, + Float = EnumFirst, + Double, + EnumLast = Double, + }; + + static constexpr int PRECEDENCE = 0; + + DoubleConstant() = default; + explicit DoubleConstant(double value) : value_(value) {} + DoubleConstant(double value, Format format, Length length) + : value_(value), format_(format), length_(length) {} + + double value() const { return value_; } + int precedence() const { return PRECEDENCE; } + + friend std::ostream& operator<<(std::ostream& os, const DoubleConstant& expr); + + private: + double value_ = 0; + Format format_ = Format::Default; + Length length_ = Length::Double; +}; + +class ParenthesizedExpr { + public: + static constexpr int PRECEDENCE = 0; + + ParenthesizedExpr() = default; + explicit ParenthesizedExpr(Expr expr); + + const Expr& expr() const; + int precedence() const { return PRECEDENCE; } + + friend std::ostream& operator<<(std::ostream& os, + const ParenthesizedExpr& expr); + + private: + std::shared_ptr expr_; +}; + +class AddressOf { + public: + static constexpr int PRECEDENCE = 3; + + AddressOf() = default; + explicit AddressOf(Expr expr); + + const Expr& expr() const; + int precedence() const { return PRECEDENCE; } + + friend std::ostream& operator<<(std::ostream& os, const AddressOf& expr); + + private: + std::shared_ptr expr_; +}; + +class MemberOf { + public: + static constexpr int PRECEDENCE = 2; + + MemberOf() = default; + MemberOf(Expr expr, std::string field); + + // Useful only for unit testing + MemberOf(Expr expr, std::string field, TaggedType expr_type); + + const Expr& expr() const; + const std::string& field() const; + int precedence() const { return PRECEDENCE; } + + const TaggedType& expr_type() const { return expr_type_; } + + friend std::ostream& operator<<(std::ostream& os, const MemberOf& expr); + + private: + std::shared_ptr expr_; + std::string field_; + + TaggedType expr_type_; +}; + +class MemberOfPtr { + public: + static constexpr int PRECEDENCE = 2; + + MemberOfPtr() = default; + MemberOfPtr(Expr expr, std::string field); + + // Useful only for unit testing + MemberOfPtr(Expr expr, std::string field, TaggedType expr_type); + + const Expr& expr() const; + const std::string& field() const; + int precedence() const { return PRECEDENCE; } + + const TaggedType& expr_type() const { return expr_type_; } + + friend std::ostream& operator<<(std::ostream& os, const MemberOfPtr& expr); + + private: + std::shared_ptr expr_; + std::string field_; + + TaggedType expr_type_; +}; + +class ArrayIndex { + public: + static constexpr int PRECEDENCE = 2; + + ArrayIndex() = default; + ArrayIndex(Expr expr, Expr idx); + + const Expr& expr() const; + const Expr& idx() const; + int precedence() const { return PRECEDENCE; } + + friend std::ostream& operator<<(std::ostream& os, const ArrayIndex& expr); + + private: + std::shared_ptr expr_; + std::shared_ptr idx_; +}; + +class TernaryExpr { + public: + static constexpr int PRECEDENCE = 16; + + TernaryExpr() = default; + TernaryExpr(Expr cond, Expr lhs, Expr rhs); + TernaryExpr(Expr cond, Expr lhs, Expr rhs, Type expr_type); + + const Expr& cond() const; + const Expr& lhs() const; + const Expr& rhs() const; + int precedence() const { return PRECEDENCE; } + const Type* expr_type() const; + + friend std::ostream& operator<<(std::ostream& os, const TernaryExpr& expr); + + private: + std::shared_ptr cond_; + std::shared_ptr lhs_; + std::shared_ptr rhs_; + + std::shared_ptr expr_type_; +}; + +class CastExpr { + public: + enum class Kind { + EnumFirst, + CStyleCast = EnumFirst, + StaticCast, + ReinterpretCast, + EnumLast = ReinterpretCast, + }; + + CastExpr() = default; + CastExpr(Kind kind, Type type, Expr expr); + + Kind kind() const; + const Type& type() const; + const Expr& expr() const; + int precedence() const; + + friend std::ostream& operator<<(std::ostream& os, const CastExpr& expr); + + private: + Kind kind_; + Type type_; + std::shared_ptr expr_; +}; + +int cast_kind_precedence(CastExpr::Kind kind); + +class DereferenceExpr { + public: + static constexpr int PRECEDENCE = 3; + + DereferenceExpr() = default; + explicit DereferenceExpr(Expr expr); + + const Expr& expr() const; + int precedence() const { return PRECEDENCE; } + + friend std::ostream& operator<<(std::ostream& os, + const DereferenceExpr& expr); + + private: + std::shared_ptr expr_; +}; + +class FunctionCallExpr { + public: + static constexpr int PRECEDENCE = 2; + + FunctionCallExpr() = default; + FunctionCallExpr(std::string name, std::vector> args); + + friend std::ostream& operator<<(std::ostream& os, + const FunctionCallExpr& expr); + + const std::string& name() const; + const std::vector>& args() const; + int precedence() const { return PRECEDENCE; } + + private: + std::string name_; + std::vector> args_; +}; + +class SizeofExpr { + public: + static constexpr int PRECEDENCE = 3; + + SizeofExpr() = default; + explicit SizeofExpr(Expr expr); + explicit SizeofExpr(Type type); + + friend std::ostream& operator<<(std::ostream& os, const SizeofExpr& expr); + + std::optional> maybe_expr() const; + std::optional> maybe_type() const; + int precedence() const { return PRECEDENCE; } + + private: + std::variant> arg_; +}; + +class BooleanConstant { + public: + static constexpr int PRECEDENCE = 0; + + BooleanConstant() = default; + explicit BooleanConstant(bool value) : value_(value) {} + + friend std::ostream& operator<<(std::ostream& os, + const BooleanConstant& expr); + + bool value() const { return value_; } + int precedence() const { return PRECEDENCE; } + + private: + bool value_ = false; +}; + +class NullptrConstant { + public: + static constexpr int PRECEDENCE = 0; + + NullptrConstant() = default; + + friend std::ostream& operator<<(std::ostream& os, + const NullptrConstant& expr); + + int precedence() const { return PRECEDENCE; } +}; + +class EnumConstant { + public: + static constexpr int PRECEDENCE = 0; + + EnumConstant() = default; + EnumConstant(EnumType type, std::string literal) + : type_(std::move(type)), literal_(std::move(literal)) {} + + friend std::ostream& operator<<(std::ostream& os, const EnumConstant& expr); + + const EnumType& type() const { return type_; } + const std::string& literal() const { return literal_; } + int precedence() const { return PRECEDENCE; } + + private: + EnumType type_; + std::string literal_; +}; + +} // namespace fuzzer + +// Forward declarations of hash specializations +namespace std { + +template <> +struct hash { + size_t operator()(const fuzzer::PointerType& type) const; +}; + +template <> +struct hash { + size_t operator()(const fuzzer::QualifiedType& type) const; +}; + +template <> +struct hash { + size_t operator()(const fuzzer::TaggedType& type) const; +}; + +template <> +struct hash { + size_t operator()(const fuzzer::NullptrType& type) const; +}; + +template <> +struct hash { + size_t operator()(const fuzzer::EnumType& type) const; +}; + +template <> +struct hash { + size_t operator()(const fuzzer::ArrayType& type) const; +}; + +} // namespace std + +#endif // INCLUDE_AST_H diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/constraints.cc b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/constraints.cc new file mode 100644 index 000000000000..f23a963a32bb --- /dev/null +++ b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/constraints.cc @@ -0,0 +1,347 @@ +// Copyright 2020 Google LLC +// +// Licensed under the Apache License, Version 2.0 (the "License"); +// you may not use this file except in compliance with the License. +// You may obtain a copy of the License at +// +// http://www.apache.org/licenses/LICENSE-2.0 +// +// Unless required by applicable law or agreed to in writing, software +// distributed under the License is distributed on an "AS IS" BASIS, +// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. +// See the License for the specific language governing permissions and +// limitations under the License. + +#include "fuzzer/constraints.h" + +#include + +#include "fuzzer/ast.h" + +namespace fuzzer { + +static bool is_void_pointer(const Type& type) { + const auto* pointer_type = std::get_if(&type); + if (pointer_type == nullptr) { + return false; + } + const auto& inner = pointer_type->type().type(); + return inner == Type(ScalarType::Void); +} + +TypeConstraints::TypeConstraints(const Type& type, bool allow_arrays_if_ptr) { + const auto* scalar_type = std::get_if(&type); + if (scalar_type != nullptr) { + if (*scalar_type != ScalarType::Void) { + scalar_types_[*scalar_type] = true; + } + return; + } + + const auto* tagged_type = std::get_if(&type); + if (tagged_type != nullptr) { + tagged_types_ = *tagged_type; + return; + } + + const auto* pointer_type = std::get_if(&type); + if (pointer_type != nullptr) { + const auto& inner = pointer_type->type().type(); + if (inner == Type(ScalarType::Void)) { + allows_void_pointer_ = true; + allows_literal_zero_ = true; + } + + ptr_types_ = + std::make_shared(inner, /*allow_arrays_if_ptr*/ false); + + if (allow_arrays_if_ptr) { + array_types_ = ptr_types_; + } + return; + } + + const auto* array_type = std::get_if(&type); + if (array_type != nullptr) { + const auto& inner = array_type->type(); + array_types_ = + std::make_shared(inner, /*allow_arrays_if_ptr*/ false); + array_size_ = array_type->size(); + return; + } + + const auto* enum_type = std::get_if(&type); + if (enum_type != nullptr) { + if (enum_type->is_scoped()) { + scoped_enum_types_ = *enum_type; + } else { + unscoped_enum_types_ = *enum_type; + } + return; + } + + if (std::holds_alternative(type)) { + allows_nullptr_ = true; + allows_literal_zero_ = true; + return; + } + + assert(false && "Did you introduce a new alternative?"); +} + +TypeConstraints TypeConstraints::make_pointer_constraints() const { + TypeConstraints retval; + + if (satisfiable()) { + auto specific_types = std::make_shared(*this); + retval.ptr_types_ = specific_types; + retval.array_types_ = specific_types; + } + + return retval; +} + +TypeConstraints TypeConstraints::cast_to(const Type& type) { + if (std::holds_alternative(type) || + std::holds_alternative(type)) { + return TypeConstraints(); + } + + if (std::holds_alternative(type)) { + return TypeConstraints::all_in_pointer_ctx(); + } + + if (std::holds_alternative(type)) { + return TypeConstraints(type); + } + + if (std::holds_alternative(type)) { + // So far, casting other types to both (scoped and unscoped) enum types + // didn't cause any problems. If it does, change this. + TypeConstraints retval = INT_TYPES | FLOAT_TYPES; + retval.allow_unscoped_enums(); + retval.allow_scoped_enums(); + return retval; + } + + const auto* scalar_type = std::get_if(&type); + if (scalar_type != nullptr) { + TypeConstraints retval = INT_TYPES | FLOAT_TYPES; + retval.allow_unscoped_enums(); + retval.allow_scoped_enums(); + // Pointers can be casted to 8-bytes integer types. + if (*scalar_type == ScalarType::SignedLongLong || + *scalar_type == ScalarType::UnsignedLongLong) { + retval.ptr_types_ = AnyType{}; + retval.allows_void_pointer_ = true; + retval.allows_nullptr_ = true; + } + return retval; + } + + assert(false && "Did you introduce a new alternative?"); + return TypeConstraints(); +} + +TypeConstraints TypeConstraints::static_cast_to(const Type& type) { + if (std::holds_alternative(type) || + std::holds_alternative(type)) { + return TypeConstraints(); + } + + if (std::holds_alternative(type)) { + if (is_void_pointer(type)) { + return TypeConstraints::all_in_pointer_ctx(); + } + TypeConstraints retval = TypeConstraints(type); + retval.allows_nullptr_ = true; + retval.allows_void_pointer_ = true; + retval.allows_literal_zero_ = true; + return retval; + } + + if (std::holds_alternative(type)) { + return TypeConstraints(type); + } + + if (std::holds_alternative(type) || + std::holds_alternative(type)) { + TypeConstraints retval = INT_TYPES | FLOAT_TYPES; + retval.allow_unscoped_enums(); + retval.allow_scoped_enums(); + return retval; + } + + assert(false && "Did you introduce a new alternative?"); + return TypeConstraints(); +} + +TypeConstraints TypeConstraints::reinterpret_cast_to(const Type& type) { + if (std::holds_alternative(type) || + std::holds_alternative(type) || + std::holds_alternative(type) || + std::holds_alternative(type)) { + return TypeConstraints(); + } + + if (std::holds_alternative(type)) { + TypeConstraints retval = TypeConstraints::all_in_pointer_ctx(); + retval.allows_nullptr_ = false; + retval.allows_literal_zero_ = true; + return retval; + } + + if (std::holds_alternative(type)) { + return TypeConstraints(type); + } + + assert(false && "Did you introduce a new alternative?"); + return TypeConstraints(); +} + +TypeConstraints TypeConstraints::implicit_cast_to(const Type& type) { + if (std::holds_alternative(type) || + std::holds_alternative(type) || + std::holds_alternative(type) || + std::holds_alternative(type)) { + return TypeConstraints(type); + } + + const auto* scalar_type = std::get_if(&type); + if (scalar_type != nullptr) { + if (*scalar_type == ScalarType::Void) { + return TypeConstraints(type); + } + + TypeConstraints retval = INT_TYPES | FLOAT_TYPES; + retval.allow_unscoped_enums(); + return retval; + } + + assert(false && "Did you introduce a new alternative?"); + return TypeConstraints(); +} + +TypeConstraints TypeConstraints::allowed_to_point_to() const { + if (std::holds_alternative(ptr_types_)) { + return TypeConstraints(); + } + + if (std::holds_alternative(ptr_types_)) { + return TypeConstraints::all_non_void(); + } + + const auto* specific_types_ptr = + std::get_if>(&ptr_types_); + assert(specific_types_ptr != nullptr && + "Should never be null, did you introduce a new alternative?"); + + assert( + *specific_types_ptr != nullptr && + "Should never be null, did you accidentally create a null shared_ptr?"); + + TypeConstraints retval = **specific_types_ptr; + retval.scalar_types_[ScalarType::Void] = false; + return retval; +} + +bool TypeConstraints::allows_tagged_type(const TaggedType& tagged_type) const { + if (std::holds_alternative(tagged_types_)) { + return false; + } + + if (std::holds_alternative(tagged_types_)) { + return true; + } + + const auto* as_tagged = std::get_if(&tagged_types_); + assert(as_tagged != nullptr && + "Should never be null, did you introduce a new alternative?"); + + return *as_tagged == tagged_type; +} + +bool TypeConstraints::allows_array_type(const ArrayType& array_type) const { + if (array_size_.has_value() && array_size_.value() != array_type.size()) { + return false; + } + + if (std::holds_alternative(array_types_)) { + return false; + } + + if (std::holds_alternative(array_types_)) { + return true; + } + + const auto* array_element_types = + std::get_if>(&array_types_); + assert(array_element_types != nullptr && + "Should never be null, did you introduce a new alternative?"); + assert( + *array_element_types != nullptr && + "Should never be null, did you accidentally create a null shared_ptr?"); + + return (*array_element_types)->allows_type(array_type.type()); +} + +bool TypeConstraints::allows_enum_type(const EnumType& enum_type) const { + const auto& enum_types = + enum_type.is_scoped() ? scoped_enum_types_ : unscoped_enum_types_; + + if (std::holds_alternative(enum_types)) { + return false; + } + + if (std::holds_alternative(enum_types)) { + return true; + } + + const auto* as_enum = std::get_if(&enum_types); + assert(as_enum != nullptr && + "Should never be null, did you introduce a new alternative?"); + + return *as_enum == enum_type; +} + +bool TypeConstraints::allows_type(const Type& type) const { + const auto* as_scalar = std::get_if(&type); + if (as_scalar != nullptr) { + return scalar_types_[*as_scalar]; + } + + const auto* as_tagged = std::get_if(&type); + if (as_tagged != nullptr) { + return allows_tagged_type(*as_tagged); + } + + const auto* as_ptr = std::get_if(&type); + if (as_ptr != nullptr) { + const auto& inner = as_ptr->type().type(); + const auto* as_scalar = std::get_if(&inner); + if (as_scalar != nullptr && *as_scalar == ScalarType::Void) { + return allows_void_pointer_; + } + + const auto can_point_to = allowed_to_point_to(); + return can_point_to.allows_type(inner); + } + + const auto* as_enum = std::get_if(&type); + if (as_enum != nullptr) { + return allows_enum_type(*as_enum); + } + + const auto* as_array = std::get_if(&type); + if (as_array != nullptr) { + return allows_array_type(*as_array); + } + + if (std::holds_alternative(type)) { + return allows_nullptr_; + } + + return false; +} + +} // namespace fuzzer diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/constraints.h b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/constraints.h new file mode 100644 index 000000000000..0f3a7b2ea2b7 --- /dev/null +++ b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/constraints.h @@ -0,0 +1,382 @@ +/* + * Copyright 2020 Google LLC + * + * Licensed under the Apache License, Version 2.0 (the "License"); + * you may not use this file except in compliance with the License. + * You may obtain a copy of the License at + * + * http://www.apache.org/licenses/LICENSE-2.0 + * + * Unless required by applicable law or agreed to in writing, software + * distributed under the License is distributed on an "AS IS" BASIS, + * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. + * See the License for the specific language governing permissions and + * limitations under the License. + */ + +#ifndef INCLUDE_CONSTRAINTS_H +#define INCLUDE_CONSTRAINTS_H + +#include +#include +#include +#include +#include + +#include "fuzzer/ast.h" +#include "fuzzer/enum_bitset.h" +#include "fuzzer/expr_gen.h" + +namespace fuzzer { + +using ScalarMask = EnumBitset; + +class NoType {}; +class AnyType {}; + +enum class ExprCategory : bool { LvalueOrRvalue, Lvalue }; + +// The type constraints an expression can have. This class represents the fact +// that an expression can be: +// +// - Of any type (AnyType) +// - Of no type at all (NoType) aka unsatisfiable +// - Of a specific type/specific set of types +class TypeConstraints { + public: + TypeConstraints() = default; + TypeConstraints(ScalarMask scalar_types) : scalar_types_(scalar_types) {} + TypeConstraints(TaggedType tagged_types) + : tagged_types_(std::move(tagged_types)) {} + + // Constraints that only allow type `type`. + // The only exception is if the `type` is a pointer type `T*` and + // `allow_arrays_if_ptr` is set. In that case the array type `T[]` will also + // be allowed. Note, however, that this apply only on the surface level and + // won't be propagated further, i.e. if the `type` is of form `T**`, then + // type `T*[]` will be allowed, but type `T[][]` will not be allowed. + explicit TypeConstraints(const Type& type, bool allow_arrays_if_ptr = true); + + // Constraints corresponding to all types that can be used in a boolean + // context, i.e. ternary expression condition, logical operators (`&&`, `||`, + // `!`), etc. These types are: + // - Integers + // - Floats + // - Void/non-void pointers or the null pointer constant `0` + // - Unscoped enums + // - Array types + static TypeConstraints all_in_bool_ctx() { + TypeConstraints retval; + retval.scalar_types_ = ~ScalarMask(ScalarType::Void); + retval.ptr_types_ = AnyType{}; + retval.array_types_ = AnyType{}; + retval.unscoped_enum_types_ = AnyType{}; + retval.scoped_enum_types_ = NoType{}; + retval.allows_void_pointer_ = true; + retval.allows_nullptr_ = true; + retval.allows_literal_zero_ = true; + + return retval; + } + + // Return a set of constraints that allow any pointer type, including void + // pointers, null pointers and array types. + static TypeConstraints all_in_pointer_ctx() { + TypeConstraints retval; + retval.ptr_types_ = AnyType{}; + retval.array_types_ = AnyType{}; + retval.allows_void_pointer_ = true; + retval.allows_nullptr_ = true; + retval.allows_literal_zero_ = true; + + return retval; + } + + static TypeConstraints all_non_void() { + TypeConstraints retval; + retval.scalar_types_ = ~ScalarMask(ScalarType::Void); + retval.tagged_types_ = AnyType{}; + retval.ptr_types_ = AnyType{}; + retval.array_types_ = AnyType{}; + retval.unscoped_enum_types_ = AnyType{}; + retval.scoped_enum_types_ = AnyType{}; + retval.allows_void_pointer_ = true; + retval.allows_nullptr_ = true; + retval.allows_literal_zero_ = true; + + return retval; + } + + // Return a set of constraints that allow any non-void pointer type, + // including array types. + static TypeConstraints all_in_non_void_pointer_ctx() { + TypeConstraints retval; + retval.ptr_types_ = AnyType{}; + retval.array_types_ = AnyType{}; + + return retval; + } + + // Types that can be cast to the `type`, using a C-style cast. + static TypeConstraints cast_to(const Type& type); + + // Types that can be cast to the `type`, using a `static_cast`. + static TypeConstraints static_cast_to(const Type& type); + + // Types that can be cast to the `type`, using a `reinterpret_cast`. + static TypeConstraints reinterpret_cast_to(const Type& type); + + // Types that can be implicitly cast to the `type`, e.g. when passing + // arguments to function calls. + static TypeConstraints implicit_cast_to(const Type& type); + + // Is there any type that satisfies these constraints? + bool satisfiable() const { + return scalar_types_.any() || + !std::holds_alternative(unscoped_enum_types_) || + !std::holds_alternative(scoped_enum_types_) || + !std::holds_alternative(tagged_types_) || + !std::holds_alternative(ptr_types_) || + !std::holds_alternative(array_types_) || + allows_void_pointer_ || allows_nullptr_ || allows_literal_zero_; + } + + // Scalar types allowed by these constraints. + ScalarMask allowed_scalar_types() const { return scalar_types_; } + + // Tagged types allowed by these constraints. + const std::variant& allowed_tagged_types() + const { + return tagged_types_; + } + + // Scoped enum types allowed by these constraints. + const std::variant& allowed_scoped_enum_types() + const { + return scoped_enum_types_; + } + + // Unscoped enum types allowed by these constraints. + const std::variant& allowed_unscoped_enum_types() + const { + return unscoped_enum_types_; + } + + // Do these constraints allow any of the types in `mask`? + bool allows_any_of(ScalarMask mask) const { + return (scalar_types_ & mask).any(); + } + + // Do these constraints allow any kind of tagged types? + bool allows_tagged_types() const { + return !std::holds_alternative(allowed_tagged_types()); + } + + // Do these constraints allow any kind of non-void pointer? + bool allows_non_void_pointer() const { + return !std::holds_alternative(ptr_types_); + } + + // Do these constraints allow any kind of array types? + bool allows_array_types() const { + return !std::holds_alternative(array_types_); + } + + // Do these constraints allow void pointers? + bool allows_void_pointer() const { return allows_void_pointer_; } + + // Do these constraints allow `nullptr`? + bool allows_nullptr() const { return allows_nullptr_; } + + // Do these constraints allow literal `0` in pointer context? + // Typically literal `0` is allowed whenever void pointers and nullptr are + // allowed, unless it is explicitly disallowed. + bool allows_literal_zero() const { return allows_literal_zero_; } + + // Do these constraints allow a tagged type? + bool allows_tagged_type(const TaggedType& tagged_type) const; + + // Do these constraints allow an enum type? + bool allows_enum_type(const EnumType& enum_type) const; + + // Do these constraints allow an array type? + bool allows_array_type(const ArrayType& array_type) const; + + // Do these constraints allow the `type`? + bool allows_type(const Type& type) const; + + // Do these constraints allow the qualified `type`? + bool allows_type(const QualifiedType& type) const { + return allows_type(type.type()); + } + + // Allows specific set of scalar types. + void allow_scalar_types(ScalarMask scalar_types) { + scalar_types_ = scalar_types; + } + + // Allows unscoped enum types. + void allow_unscoped_enums() { unscoped_enum_types_ = AnyType{}; } + + // Allows scoped enum types. + void allow_scoped_enums() { scoped_enum_types_ = AnyType{}; } + + // Allows `void *` type and literal `0`. + void allow_void_pointer() { + allows_void_pointer_ = true; + allows_literal_zero_ = true; + } + + // Disallows `nullptr`s. + void disallow_nullptr() { + allows_nullptr_ = false; + if (!allows_void_pointer_) { + allows_literal_zero_ = false; + } + } + + // Disallows `0` in pointer context. + void disallow_literal_zero() { allows_literal_zero_ = false; } + + // Make a new set of pointer constraints. If the original constraints permit + // type T, the new constraints will allow types `T*`, `const T*`, `volatile + // T*`, `const volatile T*` and the array type `T[]`. + TypeConstraints make_pointer_constraints() const; + + // What kind of types do these constraints allow a pointer to? + TypeConstraints allowed_to_point_to() const; + + private: + ScalarMask scalar_types_; + std::variant unscoped_enum_types_; + std::variant scoped_enum_types_; + std::variant tagged_types_; + std::variant> ptr_types_; + std::variant> array_types_; + bool allows_void_pointer_ = false; + bool allows_nullptr_ = false; + std::optional array_size_ = std::nullopt; + bool allows_literal_zero_ = false; +}; + +// Constraints that regulate memory access as an expression is being +// constructed. +class MemoryConstraints { + public: + MemoryConstraints(bool must_be_valid, int freedom) + : must_be_valid_(must_be_valid), + // Set required freedom index to 0 if invalid memory is allowed. + required_freedom_index_(must_be_valid ? freedom : 0) { + assert(required_freedom_index_ >= 0 && + "Required freedom index shouldn't be negative!"); + } + + // Constructs memory constraints from the required freedom index. + // It's assumed that memory in this case should be valid. + explicit MemoryConstraints(int freedom) + : must_be_valid_(true), required_freedom_index_(freedom) { + assert(required_freedom_index_ >= 0 && + "Required freedom index shouldn't be negative!"); + } + + // Empty constructor. Allows invalid memory. + MemoryConstraints() = default; + + // Indicates whether the expression that is being constructed is going to + // read from memory. If it's going to, it has to be valid to avoid illegal + // memory access. + bool must_be_valid() const { return must_be_valid_; } + + // Indicates a number of times the expression that is being constructed is + // going to be dereferenced. + int required_freedom_index() const { return required_freedom_index_; } + + // Creates new memory constraints assuming that current expression is an + // address-of. It decreases required freedom index by 1. + MemoryConstraints from_address_of() const { + return MemoryConstraints(must_be_valid_, required_freedom_index_ - 1); + } + + // Creates new memory constraints assuming that current expression is a + // dereference-of. In most cases it means that from this point, memory + // should be valid. The exception is if the parent was an address-of. In + // that case, inherit validity from the current constraints, to allow + // elimination of `&*`. It increases the required freedom index by 1. + MemoryConstraints from_dereference_of(bool is_parent_address_of) const { + return is_parent_address_of + ? MemoryConstraints(must_be_valid_, required_freedom_index_ + 1) + : MemoryConstraints(required_freedom_index_ + 1); + } + + // Creates new memory constraints assuming that current expression is a + // member-of. In the case that the parent expression is an address-of, it + // inherits validity from the current constraints, to allow expression such + // as `&(invalid_ptr)->field`. Required freedom index should be 1 for access + // on pointers `->` and 0 for the dot `.` access. + MemoryConstraints from_member_of(bool is_parent_address_of, + int freedom) const { + return is_parent_address_of ? MemoryConstraints(must_be_valid_, freedom) + : MemoryConstraints(freedom); + } + + private: + bool must_be_valid_ = false; + int required_freedom_index_ = 0; +}; + +// The main class that deals with expression constraints. +class ExprConstraints { + public: + ExprConstraints() = default; + + // Allow implicit conversion from `TypeConstraints` for convenience (plus, + // in most cases expressions don't have to be lvalues. + ExprConstraints(TypeConstraints type_constraints, + MemoryConstraints memory_constraints = MemoryConstraints(), + ExprCategory category = ExprCategory::LvalueOrRvalue) + : type_constraints_(std::move(type_constraints)), + memory_constraints_(std::move(memory_constraints)), + must_be_lvalue_((bool)category) {} + + ExprConstraints(ScalarMask mask, + MemoryConstraints memory_constraints = MemoryConstraints(), + ExprCategory category = ExprCategory::LvalueOrRvalue) + : type_constraints_(TypeConstraints(mask)), + memory_constraints_(std::move(memory_constraints)), + must_be_lvalue_((bool)category) {} + + // Must the expression we generate be an lvalue? + bool must_be_lvalue() const { return must_be_lvalue_; } + + // Type constraints of the expression to generate + const TypeConstraints& type_constraints() const { return type_constraints_; } + + // Memory constraints of the expression to generate + const MemoryConstraints& memory_constraints() const { + return memory_constraints_; + } + + private: + TypeConstraints type_constraints_; + MemoryConstraints memory_constraints_; + bool must_be_lvalue_ = false; +}; + +inline constexpr ScalarMask INT_TYPES = { + ScalarType::Bool, ScalarType::Char, + ScalarType::UnsignedChar, ScalarType::SignedChar, + ScalarType::SignedShort, ScalarType::UnsignedShort, + ScalarType::SignedInt, ScalarType::UnsignedInt, + ScalarType::SignedLong, ScalarType::UnsignedLong, + ScalarType::SignedLongLong, ScalarType::UnsignedLongLong, +}; + +inline constexpr ScalarMask FLOAT_TYPES = { + ScalarType::Float, + ScalarType::Double, + ScalarType::LongDouble, +}; + +} // namespace fuzzer + +#endif // INCLUDE_CONSTRAINTS_H diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/enum_bitset.h b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/enum_bitset.h new file mode 100644 index 000000000000..55cc15c24a68 --- /dev/null +++ b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/enum_bitset.h @@ -0,0 +1,197 @@ +/* + * Copyright 2020 Google LLC + * + * Licensed under the Apache License, Version 2.0 (the "License"); + * you may not use this file except in compliance with the License. + * You may obtain a copy of the License at + * + * http://www.apache.org/licenses/LICENSE-2.0 + * + * Unless required by applicable law or agreed to in writing, software + * distributed under the License is distributed on an "AS IS" BASIS, + * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. + * See the License for the specific language governing permissions and + * limitations under the License. + */ + +#ifndef INCLUDE_ENUM_BITSET_H +#define INCLUDE_ENUM_BITSET_H + +#include +#include +#include +#include // forward references `std::hash` + +namespace fuzzer { + +/* + * A convenient and typesafe wrapper around `std::bitset` intended to be used + * with enums. + * + * Enums that can be used with `EnumBitset` must: + * - Have a member value `EnumFirst`, which corresponds to the first enum value + * and its underlying value is always zero. + * - Have a member value `EnumLast`, which corresponds to the last enum value + * and its underlying value must be greater than that of `EnumFirst`. + * - There should be no discontinuities in the underlying values of the enum + * member values (e.g. `enum class A { V1 = 0, V2 = 5, V3 = 6 };`). + * - EnumBitset supports enums with up to 64 member values (the reason for this + * limitation is because an `std::bitset` can only be constructed in a + * `constexpr` manner if it can be represented by a 64-bit integer). + * + * Here's an example of an enum that can be used with EnumBitset: + * ``` + * enum class CvQualifier { + * EnumFirst, + * Const = EnumFirst, + * Volatile, + * EnumLast = Volatile, + * }; + * ``` + */ +template +class EnumBitset { + private: + static_assert(std::is_enum_v, + "`EnumBitset can be only used with enum types"); + + using UnderlyingType = std::underlying_type_t; + + static_assert((UnderlyingType)Enum::EnumFirst == 0, + "Enum must have an EnumFirst field that's set to `0`."); + static_assert((UnderlyingType)Enum::EnumLast > 0, + "Enum must have an EnumLast field whose underlying value is " + "greater than `0`."); + static_assert( + (UnderlyingType)Enum::EnumLast < 64, + "EnumBitset doesn't support enums with more than 64 members, sorry."); + + static constexpr size_t BITSET_SIZE = (size_t)Enum::EnumLast + 1; + using BitsetType = std::bitset; + + friend ::std::hash>; + + constexpr unsigned long long initializer_list_value( + std::initializer_list list) { + unsigned long long value = 0; + for (auto e : list) { + value |= 1ull << (size_t)e; + } + return value; + } + + public: + constexpr EnumBitset() = default; + constexpr EnumBitset(std::initializer_list list) + : bitset_(initializer_list_value(list)) {} + constexpr EnumBitset(Enum value) : bitset_(1ull << (size_t)value) {} + + static constexpr EnumBitset all_set() { return EnumBitset(~0ull); } + + constexpr size_t size() const { return BITSET_SIZE; } + + EnumBitset operator&(const EnumBitset& rhs) const { + return EnumBitset(bitset_ & rhs.bitset_); + } + + EnumBitset operator|(const EnumBitset& rhs) const { + return EnumBitset(bitset_ | rhs.bitset_); + } + + EnumBitset operator^(const EnumBitset& rhs) const { + return EnumBitset(bitset_ ^ rhs.bitset_); + } + + EnumBitset operator&(Enum value) const { + return EnumBitset(bitset_ & EnumBitset(value)); + } + + EnumBitset operator|(Enum value) const { + return EnumBitset(bitset_ | EnumBitset(value)); + } + + EnumBitset operator^(Enum value) const { + return EnumBitset(bitset_ ^ EnumBitset(value)); + } + + constexpr EnumBitset operator~() const { return EnumBitset(~bitset_); } + + explicit operator bool() const { return any(); } + + EnumBitset& operator&=(const EnumBitset& rhs) { + bitset_ &= rhs.bitset_; + return *this; + } + + EnumBitset& operator|=(const EnumBitset& rhs) { + bitset_ |= rhs.bitset_; + return *this; + } + + EnumBitset& operator^=(const EnumBitset& rhs) { + bitset_ ^= rhs.bitset_; + return *this; + } + + EnumBitset& operator&=(Enum value) { + bitset_ &= EnumBitset(value); + return *this; + } + + EnumBitset& operator|=(Enum value) { + bitset_ |= EnumBitset(value); + return *this; + } + + EnumBitset& operator^=(Enum value) { + bitset_ ^= EnumBitset(value); + return *this; + } + + bool operator==(const EnumBitset& rhs) const { + return bitset_ == rhs.bitset_; + } + + bool operator!=(const EnumBitset& rhs) const { + return bitset_ != rhs.bitset_; + } + + bool operator==(Enum value) const { return *this == EnumBitset(value); } + + bool operator!=(Enum value) const { return *this != EnumBitset(value); } + + bool operator[](Enum value) const { return bitset_[(size_t)value]; } + typename BitsetType::reference operator[](Enum value) { + return bitset_[(size_t)value]; + } + + bool operator[](size_t idx) const { return bitset_[idx]; } + typename BitsetType::reference operator[](size_t idx) { return bitset_[idx]; } + + bool all() const { return bitset_.all(); } + bool any() const { return bitset_.any(); } + bool none() const { return bitset_.none(); } + + size_t count() const { return bitset_.count(); } + + private: + explicit constexpr EnumBitset(BitsetType bitset) : bitset_(bitset) {} + + BitsetType bitset_; +}; + +} // namespace fuzzer + +namespace std { + +template +struct hash> { + size_t operator()(const fuzzer::EnumBitset& bitset) const { + using BitsetType = typename fuzzer::EnumBitset::BitsetType; + return std::hash{}(bitset.bitset_); + } +}; + +} // namespace std + +#endif // INCLUDE_ENUM_BITSET_H diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/expr_gen.cc b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/expr_gen.cc new file mode 100644 index 000000000000..14b4ce03a64a --- /dev/null +++ b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/expr_gen.cc @@ -0,0 +1,1653 @@ +/* + * Copyright 2020 Google LLC + * + * Licensed under the Apache License, Version 2.0 (the "License"); + * you may not use this file except in compliance with the License. + * You may obtain a copy of the License at + * + * http://www.apache.org/licenses/LICENSE-2.0 + * + * Unless required by applicable law or agreed to in writing, software + * distributed under the License is distributed on an "AS IS" BASIS, + * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. + * See the License for the specific language governing permissions and + * limitations under the License. + */ + +#include "fuzzer/expr_gen.h" + +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include + +#include "fuzzer/ast.h" +#include "fuzzer/constraints.h" +#include "fuzzer/enum_bitset.h" +#include "fuzzer/symbol_table.h" + +#include +#include + +#define dil_unreachable(msg) \ + dil::unreachable(msg, __FILE__, __LINE__) +namespace dil { + [[noreturn]] inline void unreachable(const char* msg, const char* file, + int line) { + fprintf(stderr, "Unreachable statement at %s:%d (%s)\n", file, line, msg); + abort(); + } +} + +namespace fuzzer { + +class Weights { + public: + using ExprWeightsArray = std::array; + using TypeWeightsArray = std::array; + + ExprWeightsArray& expr_weights() { return expr_weights_; } + const ExprWeightsArray& expr_weights() const { return expr_weights_; } + + TypeWeightsArray& type_weights() { return type_weights_; } + const TypeWeightsArray& type_weights() const { return type_weights_; } + + float& operator[](ExprKind kind) { return expr_weights_[(size_t)kind]; } + float& operator[](TypeKind kind) { return type_weights_[(size_t)kind]; } + + const float& operator[](ExprKind kind) const { + return expr_weights_[(size_t)kind]; + } + const float& operator[](TypeKind kind) const { + return type_weights_[(size_t)kind]; + } + + int depth() const { return depth_; } + void increment_depth() { depth_++; } + + private: + std::array expr_weights_; + std::array type_weights_; + + int depth_ = 0; +}; + +using ScalarMask = EnumBitset; + +int expr_precedence(const Expr& e) { + return std::visit([](const auto& e) { return e.precedence(); }, e); +} + +// A helper function that constructs a binary expression and wraps operands +// in parenthesis if necessary. +static Expr make_binary_expr(Expr lhs, BinOp op, Expr rhs) { + // Rules for parenthesising the left hand side: + // 1. If the left hand side has a strictly lower precedence than ours, + // then we will have to emit parens. + // Example: We emit `(3 + 4) * 5` instead of `3 + 4 * 5`. + // 2. If the left hand side has the same precedence as we do, then we + // don't have to emit any parens. This is because all lldb-eval + // binary operators have left-to-right associativity. + // Example: We do not have to emit `(3 - 4) + 5`, `3 - 4 + 5` will + // also do. + if (expr_precedence(lhs) > bin_op_precedence(op)) { + lhs = ParenthesizedExpr(std::move(lhs)); + } + + // Rules for parenthesising the right hand side: + // 1. If the right hand side has a strictly lower precedence than + // ours, + // then we will have to emit parens. + // Example: We emit `5 * (3 + 4)` instead of `5 * 3 + 4`. + // 2. If the right hand side has the same precedence as we do, then we + // should emit parens for good measure. This is because all + // lldb-eval binary operators have left-to-right associativity and + // we do not want to violate this with respect to the generated + // AST. Example: We emit `3 - (4 + 5)` instead of `3 - 4 + 5`. We + // also emit `3 + (4 + 5)` instead of `3 + 4 + 5`, even though both + // expressions are equivalent. + if (expr_precedence(rhs) >= bin_op_precedence(op)) { + rhs = ParenthesizedExpr(std::move(rhs)); + } + + return BinaryExpr(std::move(lhs), op, std::move(rhs)); +} + +// A helper function that tries generate an expression given the set of possible +// enum options. If it cannot generate an expression with one option, it picks +// up a different one until all options are exhausted. +// It also cuts invalid GenNode's off from the produced generation tree as a +// mechanism to reduce the overall generation tree size. +template +static std::optional gen_from_options( + const PickOptionFn& pick_option, const EvalOptionFn& eval_option, + EnumMask mask, std::vector& children_nodes) { + const size_t initial_children_size = children_nodes.size(); + + while (mask.any()) { + auto option = pick_option(mask); + auto maybe_expr = eval_option(option); + if (maybe_expr.has_value()) { + return maybe_expr.value(); + } + + mask[option] = false; + assert(children_nodes.size() >= initial_children_size && + "There shouldn't be less children nodes than its initial size!"); + children_nodes.resize(initial_children_size); + } + + return {}; +} + +std::optional ExprGenerator::gen_boolean_constant_impl( + const ExprConstraints& constraints) { + const auto& type_constraints = constraints.type_constraints(); + + if (constraints.must_be_lvalue() || + constraints.memory_constraints().must_be_valid() || + !type_constraints.allows_any_of(INT_TYPES | FLOAT_TYPES)) { + return {}; + } + + return BooleanConstant(rng_->gen_boolean()); +} + +std::optional ExprGenerator::gen_nullptr_constant( + const ExprConstraints& constraints) { + const auto& type_constraints = constraints.type_constraints(); + + if (constraints.must_be_lvalue() || + constraints.memory_constraints().must_be_valid() || + !type_constraints.allows_nullptr()) { + return {}; + } + + return NullptrConstant(); +} + +std::optional ExprGenerator::gen_integer_constant_impl( + const ExprConstraints& constraints) { + if (constraints.must_be_lvalue() || + constraints.memory_constraints().must_be_valid()) { + return {}; + } + + const auto& type_constraints = constraints.type_constraints(); + + // Integers can be generated in place of floats + if (type_constraints.allows_any_of(INT_TYPES | FLOAT_TYPES)) { + return rng_->gen_integer_constant(cfg_.int_const_min, cfg_.int_const_max); + } + + if (type_constraints.allows_literal_zero()) { + return IntegerConstant(0); + } + + return {}; +} + +std::optional ExprGenerator::gen_double_constant_impl( + const ExprConstraints& constraints) { + if (constraints.must_be_lvalue()) { + return {}; + } + + const auto& type_constraints = constraints.type_constraints(); + if (type_constraints.allows_any_of(FLOAT_TYPES)) { + // Make sure a double constant isn't reached with valid pointer constraint. + assert(!constraints.memory_constraints().must_be_valid() && + "Floating points shouldn't be implicitly converted to pointers!"); + + return rng_->gen_double_constant(cfg_.double_constant_min, + cfg_.double_constant_max); + } + + return {}; +} + +std::optional ExprGenerator::gen_enum_constant_impl( + const ExprConstraints& constraints) { + if (constraints.must_be_lvalue()) { + return {}; + } + + std::vector> enums; + for (const auto& [k, v] : symtab_.enums()) { + if (constraints.type_constraints().allows_type(k)) { + enums.insert(enums.end(), v.begin(), v.end()); + } + } + + if (enums.empty()) { + return {}; + } + + return rng_->pick_enum_literal(enums); +} + +std::optional ExprGenerator::gen_variable_expr_impl( + const ExprConstraints& constraints) { + const auto& type_constraints = constraints.type_constraints(); + const auto& memory_constraints = constraints.memory_constraints(); + + std::vector> vars; + for (const auto& [k, v] : symtab_.vars()) { + // Skip long double variables if long double isn't enabled. + if (!cfg_.long_double_enabled && k == Type(ScalarType::LongDouble)) { + continue; + } + + if (type_constraints.allows_type(k)) { + for (const auto& var : v) { + if (var.expr.name() == "this" && constraints.must_be_lvalue()) { + // "this" is an rvalue. + continue; + } + if (var.freedom_index >= memory_constraints.required_freedom_index()) { + vars.emplace_back(var.expr); + } + } + } + } + + if (vars.empty()) { + return {}; + } + + return rng_->pick_variable(vars); +} + +std::optional ExprGenerator::gen_binary_expr_impl( + const Weights& weights, const ExprConstraints& constraints) { + if (constraints.must_be_lvalue() || + constraints.memory_constraints().must_be_valid()) { + return {}; + } + + const auto& type_constraints = constraints.type_constraints(); + + BinOpMask mask = cfg_.bin_op_mask; + + ScalarMask default_type_mask; + if (type_constraints.allows_any_of(INT_TYPES)) { + default_type_mask |= INT_TYPES; + } + if (type_constraints.allows_any_of(FLOAT_TYPES)) { + default_type_mask |= FLOAT_TYPES; + } + + if (default_type_mask.none()) { + constexpr BinOpMask PTR_OPS = {BinOp::Plus, BinOp::Minus}; + mask &= PTR_OPS; + } + + // How to pick a binary expression option from a mask? + auto pick_option = [this](BinOpMask mask) { return rng_->gen_bin_op(mask); }; + + // How to evaluate a specific binary expression option? + auto eval_option = [&, this](BinOp op) -> std::optional { + TypeConstraints lhs_types; + TypeConstraints rhs_types; + + switch (op) { + case BinOp::Mult: + case BinOp::Div: + lhs_types = default_type_mask; + rhs_types = default_type_mask; + break; + + case BinOp::BitAnd: + case BinOp::BitOr: + case BinOp::BitXor: + case BinOp::Shl: + case BinOp::Shr: + case BinOp::Mod: + lhs_types = INT_TYPES; + rhs_types = INT_TYPES; + break; + + case BinOp::LogicalAnd: + case BinOp::LogicalOr: + lhs_types = TypeConstraints::all_in_bool_ctx(); + rhs_types = TypeConstraints::all_in_bool_ctx(); + break; + + case BinOp::Eq: + case BinOp::Ne: + case BinOp::Lt: + case BinOp::Le: + case BinOp::Gt: + case BinOp::Ge: { + lhs_types = INT_TYPES | FLOAT_TYPES; + rhs_types = INT_TYPES | FLOAT_TYPES; + + // Try and see if we can generate a pointer or scoped enum type. + // If not, we'll just compare scalars. + bool gen_ptr_or_enum = + rng_->gen_binop_ptr_or_enum(cfg_.binop_gen_ptr_or_enum_prob); + if (gen_ptr_or_enum) { + TypeConstraints types = TypeConstraints::all_in_pointer_ctx(); + types.allow_scoped_enums(); + // `nullptr` is only allowed with equality and ineqality operators. + if (op != BinOp::Eq && op != BinOp::Ne) { + types.disallow_nullptr(); + } + auto maybe_type = + gen_type(weights, types, /*allow_array_types*/ true); + if (maybe_type.has_value()) { + const auto& type = maybe_type.value(); + lhs_types = TypeConstraints(type); + rhs_types = TypeConstraints(type); + } + } + } break; + + case BinOp::Plus: + case BinOp::Minus: { + bool allows_scalars = default_type_mask.any(); + bool allows_pointers = type_constraints.allows_non_void_pointer(); + + if (allows_scalars && allows_pointers) { + if (rng_->gen_binop_ptr_expr(cfg_.binop_gen_ptr_expr_prob)) { + allows_scalars = false; + } else { + allows_pointers = false; + } + } + + if (!allows_scalars && !allows_pointers) { + return {}; + } + + if (allows_pointers) { + auto maybe_type = gen_type(weights, type_constraints); + if (!maybe_type.has_value()) { + return {}; + } + const auto& type = maybe_type.value(); + const auto* ptr_type = std::get_if(&type); + if (ptr_type == nullptr) { + return {}; + } + const auto* scalar_type = + std::get_if(&ptr_type->type().type()); + if (scalar_type != nullptr && *scalar_type == ScalarType::Void) { + return {}; + } + + lhs_types = TypeConstraints(type); + rhs_types = INT_TYPES; + + if (op == BinOp::Plus && + rng_->gen_binop_flip_operands(cfg_.binop_flip_operands_prob)) { + std::swap(lhs_types, rhs_types); + } + } else { + if (op == BinOp::Minus && + rng_->gen_binop_ptrdiff_expr(cfg_.binop_gen_ptrdiff_expr_prob)) { + auto maybe_type = gen_type(weights, type_constraints); + + if (!maybe_type.has_value()) { + return {}; + } + const auto& type = maybe_type.value(); + const auto* ptr_type = std::get_if(&type); + if (ptr_type == nullptr) { + return {}; + } + const auto* scalar_type = + std::get_if(&ptr_type->type().type()); + if (scalar_type != nullptr && *scalar_type == ScalarType::Void) { + return {}; + } + + lhs_types = TypeConstraints(type); + rhs_types = TypeConstraints(type); + } else { + lhs_types = default_type_mask; + rhs_types = default_type_mask; + } + } + } break; + + default: + dil_unreachable( + "Unhandled switch case, did you introduce a new binary " + "operator?"); + } + + if (lhs_types.allows_any_of(INT_TYPES)) { + lhs_types.allow_unscoped_enums(); + } + + if (rhs_types.allows_any_of(INT_TYPES)) { + rhs_types.allow_unscoped_enums(); + } + + auto maybe_lhs = gen_with_weights(weights, std::move(lhs_types)); + if (!maybe_lhs.has_value()) { + return {}; + } + Expr lhs = std::move(maybe_lhs.value()); + + auto maybe_rhs = gen_with_weights(weights, std::move(rhs_types)); + if (!maybe_rhs.has_value()) { + return {}; + } + Expr rhs = std::move(maybe_rhs.value()); + + return make_binary_expr(std::move(lhs), op, std::move(rhs)); + }; // lambda eval_option + + return gen_from_options(pick_option, eval_option, mask, + stack_.top()->children_); +} + +std::optional ExprGenerator::gen_unary_expr_impl( + const Weights& weights, const ExprConstraints& constraints) { + if (constraints.must_be_lvalue() || + constraints.memory_constraints().must_be_valid()) { + return {}; + } + + const auto& type_constraints = constraints.type_constraints(); + + ScalarMask default_type_mask; + if (type_constraints.allows_any_of(INT_TYPES)) { + default_type_mask |= INT_TYPES; + } + if (type_constraints.allows_any_of(FLOAT_TYPES)) { + default_type_mask |= FLOAT_TYPES; + } + + if (default_type_mask.none()) { + return {}; + } + + UnOpMask mask = cfg_.un_op_mask; + + // How to pick a unary expression option from a mask? + auto pick_option = [this](UnOpMask mask) { return rng_->gen_un_op(mask); }; + + // How to evaluate a specific unary expression option? + auto eval_option = [&, this](UnOp op) -> std::optional { + TypeConstraints expr_types; + switch (op) { + case UnOp::Plus: + case UnOp::Neg: + expr_types = default_type_mask; + break; + + case UnOp::BitNot: + expr_types = INT_TYPES; + break; + + case UnOp::LogicalNot: + expr_types = TypeConstraints::all_in_bool_ctx(); + break; + + default: + dil_unreachable( + "Unhandled switch case, did you introduce a new unary " + "operator?"); + } + + auto maybe_expr = gen_with_weights(weights, std::move(expr_types)); + if (!maybe_expr.has_value()) { + return {}; + } + Expr expr = std::move(maybe_expr.value()); + + if (expr_precedence(expr) > UnaryExpr::PRECEDENCE) { + expr = ParenthesizedExpr(expr); + } + + return UnaryExpr(op, std::move(expr)); + }; // lambda eval_option + + return gen_from_options(pick_option, eval_option, mask, + stack_.top()->children_); +} + +std::optional ExprGenerator::gen_ternary_expr_impl( + const Weights& weights, const ExprConstraints& constraints) { + auto maybe_cond = + gen_with_weights(weights, TypeConstraints::all_in_bool_ctx()); + if (!maybe_cond.has_value()) { + return {}; + } + Expr cond = std::move(maybe_cond.value()); + + const auto& type_constraints = constraints.type_constraints(); + auto maybe_type = + gen_type(weights, type_constraints, /*allow_array_types*/ true); + if (!maybe_type.has_value()) { + return {}; + } + auto& type = maybe_type.value(); + + ExprConstraints lhs_constraints; + ExprConstraints rhs_constraints; + + if (constraints.must_be_lvalue()) { + // Expression `&(condition ? pointer : array)` isn't valid since implicit + // array-to-pointer conversion will make the expression in parenthesis an + // R-value. Therefore, disallow arrays in the case `type` is a pointer. + TypeConstraints allowed_types(type, /*allow_arrays_if_ptr*/ false); + lhs_constraints = + ExprConstraints(std::move(allowed_types), + constraints.memory_constraints(), ExprCategory::Lvalue); + rhs_constraints = lhs_constraints; + } else if (std::holds_alternative(type)) { + ScalarMask mask = INT_TYPES; + if (type_constraints.allows_any_of(FLOAT_TYPES)) { + mask |= FLOAT_TYPES; + } + + TypeConstraints allowed_types = mask; + if (allowed_types.allows_any_of(INT_TYPES)) { + allowed_types.allow_unscoped_enums(); + } + + lhs_constraints = + ExprConstraints(allowed_types, constraints.memory_constraints()); + rhs_constraints = lhs_constraints; + } else { + TypeConstraints allowed_types(type); + lhs_constraints = + ExprConstraints(allowed_types, constraints.memory_constraints()); + if (std::holds_alternative(type) || + std::holds_alternative(type)) { + // Disallow `0` literal in pointer context in one child expression. This + // prevents invalid casts from `int` to pointer types, e.g. + // `static_cast(cond ? 0 : 0)`. + allowed_types.disallow_literal_zero(); + } + rhs_constraints = ExprConstraints(std::move(allowed_types), + constraints.memory_constraints()); + if (rng_->gen_binop_flip_operands(cfg_.binop_flip_operands_prob)) { + std::swap(lhs_constraints, rhs_constraints); + } + } + + auto maybe_lhs = gen_with_weights(weights, lhs_constraints); + if (!maybe_lhs.has_value()) { + return {}; + } + Expr lhs = std::move(maybe_lhs.value()); + + auto maybe_rhs = gen_with_weights(weights, rhs_constraints); + if (!maybe_rhs.has_value()) { + return {}; + } + Expr rhs = std::move(maybe_rhs.value()); + + if (expr_precedence(cond) == TernaryExpr::PRECEDENCE) { + cond = ParenthesizedExpr(cond); + } + + return TernaryExpr(std::move(cond), std::move(lhs), std::move(rhs)); +} + +std::optional ExprGenerator::gen_cast_expr_impl( + const Weights& weights, const ExprConstraints& constraints) { + if (constraints.must_be_lvalue()) { + return {}; + } + + const auto& memory_constraints = constraints.memory_constraints(); + if (!cfg_.valid_pointer_cast_enabled && memory_constraints.must_be_valid() && + memory_constraints.required_freedom_index() > 0) { + return {}; + } + + auto maybe_type = gen_type(weights, constraints.type_constraints()); + if (!maybe_type.has_value()) { + return {}; + } + Type type = std::move(maybe_type.value()); + + CastKindMask mask = CastKindMask::all_set(); + if (cfg_.cv_qualifiers_enabled) { + // C++ style casts are sensitive to casting away type qualifiers. + // The fuzzer doesn't support this constraint currently. + mask[CastExpr::Kind::StaticCast] = false; + mask[CastExpr::Kind::ReinterpretCast] = false; + } + + // How to pick a cast kind from a mask? + auto pick_option = [this](CastKindMask mask) { + return rng_->gen_cast_kind(mask); + }; + + // How to evaluate a specific cast kind? + auto eval_option = [&, this](CastExpr::Kind kind) -> std::optional { + TypeConstraints expr_types; + switch (kind) { + case CastExpr::Kind::CStyleCast: + expr_types = TypeConstraints::cast_to(type); + break; + case CastExpr::Kind::StaticCast: + expr_types = TypeConstraints::static_cast_to(type); + break; + case CastExpr::Kind::ReinterpretCast: + expr_types = TypeConstraints::reinterpret_cast_to(type); + break; + } + + if (!expr_types.satisfiable()) { + return {}; + } + + ExprConstraints new_constraints = ExprConstraints( + std::move(expr_types), constraints.memory_constraints()); + auto maybe_expr = gen_with_weights(weights, new_constraints); + + if (!maybe_expr.has_value()) { + return {}; + } + + Expr expr = std::move(maybe_expr.value()); + if (kind == CastExpr::Kind::CStyleCast && + expr_precedence(expr) > cast_kind_precedence(kind)) { + expr = ParenthesizedExpr(std::move(expr)); + } + + return CastExpr(kind, std::move(type), std::move(expr)); + }; // lambda eval_option + + return gen_from_options(pick_option, eval_option, mask, + stack_.top()->children_); +} + +std::optional ExprGenerator::gen_address_of_expr_impl( + const Weights& weights, const ExprConstraints& constraints) { + const auto& memory_constraints = constraints.memory_constraints(); + + if (constraints.must_be_lvalue()) { + return {}; + } + + if (memory_constraints.must_be_valid() && + memory_constraints.required_freedom_index() == 0) { + return {}; + } + + TypeConstraints new_type_constraints = + constraints.type_constraints().allowed_to_point_to(); + + if (!new_type_constraints.satisfiable()) { + // It is possible that type constraints become unsatisfiable after the + // `allowed_to_point_to()` is performed (e.g. when called on non-pointer + // type constraints, or `void*` constraint since `void` expressions are + // invalid). + return {}; + } + + ExprConstraints new_constraints(std::move(new_type_constraints), + memory_constraints.from_address_of(), + ExprCategory::Lvalue); + + auto maybe_expr = gen_with_weights(weights, new_constraints); + if (!maybe_expr.has_value()) { + return {}; + } + Expr expr = std::move(maybe_expr.value()); + + if (expr_precedence(expr) > AddressOf::PRECEDENCE) { + expr = ParenthesizedExpr(std::move(expr)); + } + + return AddressOf(std::move(expr)); +} + +std::optional ExprGenerator::gen_member_of_expr_impl( + const Weights& weights, const ExprConstraints& constraints) { + const auto& type_constraints = constraints.type_constraints(); + const auto& memory_constraints = constraints.memory_constraints(); + + if (memory_constraints.required_freedom_index() > 0) { + // TODO: Think about options to handle memory constraints for member-of + // fields. Freedom index isn't tied to type field, but to the actual value. + // Even if the required freedom index is 0, it can still be problematic to + // access reference fields, e.g. in `(*(Type*)ptr_int).ref_field`. + return {}; + } + + std::vector> fields; + for (const auto& [k, v] : symtab_.fields_by_type()) { + if (type_constraints.allows_type(k)) { + fields.insert(fields.end(), v.begin(), v.end()); + } + } + + if (fields.empty()) { + return {}; + } + + Field field = rng_->pick_field(fields); + ExprConstraints new_constraints = ExprConstraints( + TypeConstraints(field.containing_type()), + memory_constraints.from_member_of(constraints.must_be_lvalue(), 0)); + auto maybe_expr = gen_with_weights(weights, std::move(new_constraints)); + if (!maybe_expr.has_value()) { + return {}; + } + Expr expr = std::move(maybe_expr.value()); + + if (expr_precedence(expr) > MemberOf::PRECEDENCE) { + expr = ParenthesizedExpr(std::move(expr)); + } + + return MemberOf(std::move(expr), field.name()); +} + +std::optional ExprGenerator::gen_member_of_ptr_expr_impl( + const Weights& weights, const ExprConstraints& constraints) { + const auto& type_constraints = constraints.type_constraints(); + const auto& memory_constraints = constraints.memory_constraints(); + + if (memory_constraints.required_freedom_index() > 0) { + // TODO: Think about options to handle memory constraints for member-of + // fields. + return {}; + } + + std::vector> fields; + + for (const auto& [k, v] : symtab_.fields_by_type()) { + if (type_constraints.allows_type(k)) { + fields.insert(fields.end(), v.begin(), v.end()); + } + } + + if (fields.empty()) { + return {}; + } + + Field field = rng_->pick_field(fields); + TypeConstraints new_type_constraints(field.containing_type()); + + // `&(ptr)->field` is equivalent to `ptr + offset(field)` where offset can + // be determined statically if the `field` isn't a reference or a virtually + // inherited field (in these cases a read from memory is expected). However, + // lldb-eval doesn't support address-of elision for member-of expressions, + // so assume a read from memory in all cases. + MemoryConstraints new_memory_constraints(true, 1); + + // TODO: Uncomment the following code once lldb-eval supports address-of + // elision for member-of expressions. + // MemoryConstraints new_memory_constraints = + // field.is_reference_or_virtual() ? MemoryConstraints(true, 1) + // : memory_constraints.from_member_of( + // constraints.must_be_lvalue(), 1); + + ExprConstraints new_constraints = + ExprConstraints(new_type_constraints.make_pointer_constraints(), + std::move(new_memory_constraints)); + auto maybe_expr = gen_with_weights(weights, std::move(new_constraints)); + if (!maybe_expr.has_value()) { + return {}; + } + Expr expr = std::move(maybe_expr.value()); + + if (expr_precedence(expr) > MemberOfPtr::PRECEDENCE) { + expr = ParenthesizedExpr(std::move(expr)); + } + + return MemberOfPtr(std::move(expr), field.name()); +} + +std::optional ExprGenerator::gen_array_index_expr_impl( + const Weights& weights, const ExprConstraints& constraints) { + const auto& type_constraints = constraints.type_constraints(); + + Expr lhs; + Expr rhs; + if (constraints.memory_constraints().must_be_valid() || + !constraints.must_be_lvalue()) { + // If the expression that is being constructed is going to read from memory, + // we are going to construct an expression in the form of + // `array_type[int_expr % array_size]` (or its flipped alternative). + // The reason for this special case is to reduce the "invalid memory access" + // noise produced by the fuzzer in a general case (see the `else` + // statement). + + auto maybe_type = + gen_array_type(type_constraints.make_pointer_constraints()); + if (!maybe_type.has_value()) { + return {}; + } + + const auto* array_type = std::get_if(&maybe_type.value()); + assert(array_type != nullptr && + "Non-array type received by the gen_array_type!"); + + auto array_size = IntegerConstant( + array_type->size(), IntegerConstant::Base::Dec, + IntegerConstant::Length::Int, IntegerConstant::Signedness::Unsigned); + + TypeConstraints lhs_constraints(std::move(maybe_type.value())); + TypeConstraints rhs_constraints = INT_TYPES; + + bool flip_operands = + rng_->gen_binop_flip_operands(cfg_.binop_flip_operands_prob); + if (flip_operands) { + std::swap(lhs_constraints, rhs_constraints); + } + + auto maybe_lhs = gen_with_weights(weights, lhs_constraints); + if (!maybe_lhs.has_value()) { + return {}; + } + lhs = std::move(maybe_lhs.value()); + + auto maybe_rhs = gen_with_weights(weights, rhs_constraints); + if (!maybe_rhs.has_value()) { + return {}; + } + rhs = std::move(maybe_rhs.value()); + + Expr& index_expr = flip_operands ? lhs : rhs; + index_expr = make_binary_expr(std::move(index_expr), BinOp::Mod, + std::move(array_size)); + } else { + // If we aren't going to read from memory (i.e. the parent is address-of), + // any kind of array access expression is allowed. + + TypeConstraints lhs_constraints = + constraints.type_constraints().make_pointer_constraints(); + TypeConstraints rhs_constraints = INT_TYPES; + + if (rng_->gen_binop_flip_operands(cfg_.binop_flip_operands_prob)) { + std::swap(lhs_constraints, rhs_constraints); + } + + auto maybe_lhs = gen_with_weights(weights, lhs_constraints); + if (!maybe_lhs.has_value()) { + return {}; + } + lhs = std::move(maybe_lhs.value()); + + auto maybe_rhs = gen_with_weights(weights, rhs_constraints); + if (!maybe_rhs.has_value()) { + return {}; + } + rhs = std::move(maybe_rhs.value()); + } + + if (expr_precedence(lhs) > ArrayIndex::PRECEDENCE) { + lhs = ParenthesizedExpr(std::move(lhs)); + } + + return ArrayIndex(std::move(lhs), std::move(rhs)); +} + +std::optional ExprGenerator::gen_dereference_expr_impl( + const Weights& weights, const ExprConstraints& constraints) { + ExprConstraints new_constraints = + ExprConstraints(constraints.type_constraints().make_pointer_constraints(), + constraints.memory_constraints().from_dereference_of( + constraints.must_be_lvalue())); + + auto maybe_expr = gen_with_weights(weights, new_constraints); + if (!maybe_expr.has_value()) { + return {}; + } + Expr expr = std::move(maybe_expr.value()); + + if (expr_precedence(expr) > DereferenceExpr::PRECEDENCE) { + expr = ParenthesizedExpr(std::move(expr)); + } + + return DereferenceExpr(std::move(expr)); +} + +std::optional ExprGenerator::gen_function_call_expr_impl( + const Weights& weights, const ExprConstraints& constraints) { + if (constraints.must_be_lvalue()) { + return {}; + } + + const auto& type_constraints = constraints.type_constraints(); + + std::vector> functions; + for (const auto& [k, v] : symtab_.functions()) { + if (type_constraints.allows_type(k)) { + functions.insert(functions.end(), v.begin(), v.end()); + } + } + + if (functions.empty()) { + return {}; + } + + const auto& function = rng_->pick_function(functions); + + std::vector> args; + for (const auto& argument_type : function.argument_types()) { + TypeConstraints allowed_types = + TypeConstraints::implicit_cast_to(argument_type); + auto maybe_expr = gen_with_weights(weights, std::move(allowed_types)); + if (!maybe_expr.has_value()) { + return {}; + } + args.emplace_back(std::make_shared(std::move(maybe_expr.value()))); + } + + return FunctionCallExpr(function.name(), std::move(args)); +} + +std::optional ExprGenerator::gen_sizeof_expr_impl( + const Weights& weights, const ExprConstraints& constraints) { + if (constraints.must_be_lvalue() || + !constraints.type_constraints().allows_any_of(INT_TYPES)) { + return {}; + } + + bool gen_sizeof_type = rng_->gen_sizeof_type(cfg_.sizeof_gen_type_prob); + if (gen_sizeof_type) { + // `sizeof` can take any non-void type. However, it seems that LLDB can't + // handle expressions such as `sizeof(StructType)` in all cases without + // explicitly specifying `struct` or `class` keyword, e.g. + // `sizeof(struct StructType)`. Because of that, we limit generation of + // types only to pointers, scalar types and unscoped enums. + TypeConstraints types = TypeConstraints::all_in_pointer_ctx(); + types.allow_scalar_types(INT_TYPES | FLOAT_TYPES); + types.allow_unscoped_enums(); + auto maybe_type = gen_type(weights, types); + if (!maybe_type.has_value()) { + return {}; + } + return SizeofExpr(std::move(maybe_type.value())); + } + + auto maybe_expr = gen_with_weights(weights, TypeConstraints::all_non_void()); + if (!maybe_expr.has_value()) { + return {}; + } + + auto expr = std::move(maybe_expr.value()); + if (expr_precedence(expr) > SizeofExpr::PRECEDENCE) { + expr = ParenthesizedExpr(std::move(expr)); + } + + // C-style cast expression can't be a direct child of sizeof operator. + // TODO: Split C-style cast and C++ casts in separate classes (precedence + // determination and check will become easier). + if (std::holds_alternative(expr) && + expr_precedence(expr) == SizeofExpr::PRECEDENCE) { + expr = ParenthesizedExpr(std::move(expr)); + } + + return SizeofExpr(std::move(expr)); +} + +std::optional ExprGenerator::gen_with_weights_impl( + const Weights& weights, const ExprConstraints& constraints) { + // If type constraints can't be satisfied, expression generation won't be able + // to generate any expression. In that case, the generator shouldn't continue + // trying to generate expressions. This also means that there's probably a bug + // somewhere else in the fuzzer. + assert(constraints.type_constraints().satisfiable() && + "Type constraints are unsatisfiable!"); + + Weights new_weights = weights; + new_weights.increment_depth(); + + ExprKindMask mask = cfg_.expr_kind_mask; + if (new_weights.depth() == cfg_.max_depth) { + mask &= LEAF_EXPR_KINDS; + } + + // How to pick an expression kind from a mask? + auto pick_option = [&, this](ExprKindMask mask) { + return rng_->gen_expr_kind(new_weights, mask); + }; + + // How to evaluate a specific expression kind? + auto eval_option = [&, this](ExprKind kind) -> std::optional { + auto idx = (size_t)kind; + + auto old_weight = new_weights[kind]; + new_weights[kind] *= cfg_.expr_kind_weights[idx].dampening_factor; + + std::optional maybe_expr; + switch (kind) { + case ExprKind::IntegerConstant: + maybe_expr = gen_integer_constant(constraints); + break; + + case ExprKind::DoubleConstant: + maybe_expr = gen_double_constant(constraints); + break; + + case ExprKind::VariableExpr: + maybe_expr = gen_variable_expr(constraints); + break; + + case ExprKind::BinaryExpr: + maybe_expr = gen_binary_expr(new_weights, constraints); + break; + + case ExprKind::UnaryExpr: + maybe_expr = gen_unary_expr(new_weights, constraints); + break; + + case ExprKind::TernaryExpr: + maybe_expr = gen_ternary_expr(new_weights, constraints); + break; + + case ExprKind::BooleanConstant: + maybe_expr = gen_boolean_constant(constraints); + break; + + case ExprKind::NullptrConstant: + maybe_expr = gen_nullptr_constant(constraints); + break; + + case ExprKind::EnumConstant: + maybe_expr = gen_enum_constant(constraints); + break; + + case ExprKind::CastExpr: + maybe_expr = gen_cast_expr(new_weights, constraints); + break; + + case ExprKind::DereferenceExpr: + maybe_expr = gen_dereference_expr(new_weights, constraints); + break; + + case ExprKind::AddressOf: + maybe_expr = gen_address_of_expr(new_weights, constraints); + break; + + case ExprKind::MemberOf: + maybe_expr = gen_member_of_expr(new_weights, constraints); + break; + + case ExprKind::MemberOfPtr: + maybe_expr = gen_member_of_ptr_expr(new_weights, constraints); + break; + + case ExprKind::ArrayIndex: + maybe_expr = gen_array_index_expr(new_weights, constraints); + break; + + case ExprKind::FunctionCallExpr: + maybe_expr = gen_function_call_expr(new_weights, constraints); + break; + + case ExprKind::SizeofExpr: + maybe_expr = gen_sizeof_expr(new_weights, constraints); + break; + + default: + dil_unreachable("Unhandled expression generation case"); + } + + if (!maybe_expr.has_value()) { + new_weights[kind] = old_weight; + return {}; + } + + return maybe_parenthesized(std::move(maybe_expr.value())); + }; // lambda eval_option + + return gen_from_options(pick_option, eval_option, mask, + stack_.top()->children_); +} + +std::optional ExprGenerator::gen_expr(const GenerateExprFn& callback, + std::string name) { + auto node = std::make_shared(std::move(name), callback); + if (!stack_.empty()) { + stack_.top()->children_.emplace_back(node); + } + stack_.push(node); + auto maybe_expr = callback(this); + node->valid_ = maybe_expr.has_value(); + stack_.pop(); + node_ = std::move(node); + return maybe_expr; +} + +void ExprGenerator::on_consume_byte(uint8_t byte) { + assert(!stack_.empty() && "Stack shouldn't be empty when consuming a byte!"); + stack_.top()->children_.emplace_back(byte); +} + +#define DEFINE_GEN_METHOD_WEIGHTS_CONSTRAINTS(method) \ + std::optional ExprGenerator::method( \ + const Weights& weights, const ExprConstraints& constraints) { \ + auto callback = [weights, constraints](ExprGenerator* gen) { \ + return gen->method##_impl(weights, constraints); \ + }; \ + return gen_expr(callback, __FUNCTION__); \ + } + +#define DEFINE_GEN_METHOD_CONSTRAINTS(method) \ + std::optional ExprGenerator::method( \ + const ExprConstraints& constraints) { \ + auto callback = [constraints](ExprGenerator* gen) { \ + return gen->method##_impl(constraints); \ + }; \ + return gen_expr(callback, __FUNCTION__); \ + } + +DEFINE_GEN_METHOD_CONSTRAINTS(gen_boolean_constant) +DEFINE_GEN_METHOD_CONSTRAINTS(gen_integer_constant) +DEFINE_GEN_METHOD_CONSTRAINTS(gen_double_constant) +DEFINE_GEN_METHOD_CONSTRAINTS(gen_enum_constant) +DEFINE_GEN_METHOD_CONSTRAINTS(gen_variable_expr) + +DEFINE_GEN_METHOD_WEIGHTS_CONSTRAINTS(gen_with_weights) +DEFINE_GEN_METHOD_WEIGHTS_CONSTRAINTS(gen_binary_expr) +DEFINE_GEN_METHOD_WEIGHTS_CONSTRAINTS(gen_unary_expr) +DEFINE_GEN_METHOD_WEIGHTS_CONSTRAINTS(gen_ternary_expr) +DEFINE_GEN_METHOD_WEIGHTS_CONSTRAINTS(gen_cast_expr) +DEFINE_GEN_METHOD_WEIGHTS_CONSTRAINTS(gen_dereference_expr) +DEFINE_GEN_METHOD_WEIGHTS_CONSTRAINTS(gen_address_of_expr) +DEFINE_GEN_METHOD_WEIGHTS_CONSTRAINTS(gen_member_of_expr) +DEFINE_GEN_METHOD_WEIGHTS_CONSTRAINTS(gen_member_of_ptr_expr) +DEFINE_GEN_METHOD_WEIGHTS_CONSTRAINTS(gen_array_index_expr) +DEFINE_GEN_METHOD_WEIGHTS_CONSTRAINTS(gen_function_call_expr) +DEFINE_GEN_METHOD_WEIGHTS_CONSTRAINTS(gen_sizeof_expr) + +#undef DEFINE_GEN_METHOD_WEIGHTS_CONSTRAINTS +#undef DEFINE_GEN_METHOD_CONSTRAINTS + +Expr ExprGenerator::maybe_parenthesized(Expr expr) { + if (rng_->gen_parenthesize(cfg_.parenthesize_prob)) { + return ParenthesizedExpr(std::move(expr)); + } + + return expr; +} + +std::optional ExprGenerator::gen_type( + const Weights& weights, const TypeConstraints& type_constraints, + bool allow_array_types) { + if (!type_constraints.satisfiable()) { + return {}; + } + + Weights new_weights = weights; + new_weights.increment_depth(); + if (new_weights.depth() == cfg_.max_depth) { + return {}; + } + + TypeKindMask mask = TypeKindMask::all_set(); + + if (type_constraints.allowed_scalar_types().none()) { + mask[TypeKind::ScalarType] = false; + } + if (!type_constraints.allows_tagged_types()) { + mask[TypeKind::TaggedType] = false; + } + if (!type_constraints.allows_non_void_pointer()) { + mask[TypeKind::PointerType] = false; + } + if (!type_constraints.allows_void_pointer()) { + mask[TypeKind::VoidPointerType] = false; + } + if (!type_constraints.allows_nullptr()) { + mask[TypeKind::NullptrType] = false; + } + if (!allow_array_types || !type_constraints.allows_array_types()) { + mask[TypeKind::ArrayType] = false; + } + + while (mask.any()) { + auto choice = rng_->gen_type_kind(new_weights, mask); + auto idx = (size_t)choice; + + auto& new_type_weights = new_weights.type_weights(); + auto old_weight = new_type_weights[idx]; + new_type_weights[idx] *= cfg_.type_kind_weights[idx].dampening_factor; + + std::optional maybe_type; + switch (choice) { + case TypeKind::ScalarType: + maybe_type = gen_scalar_type(type_constraints); + break; + + case TypeKind::TaggedType: + maybe_type = gen_tagged_type(type_constraints); + break; + + case TypeKind::PointerType: + maybe_type = + gen_pointer_type(new_weights, type_constraints, allow_array_types); + break; + + case TypeKind::VoidPointerType: + maybe_type = gen_void_pointer_type(type_constraints); + break; + + case TypeKind::NullptrType: + maybe_type = NullptrType{}; + break; + + case TypeKind::EnumType: + maybe_type = gen_enum_type(type_constraints); + break; + + case TypeKind::ArrayType: + maybe_type = gen_array_type(type_constraints); + break; + } + + if (maybe_type.has_value()) { + return maybe_type; + } + + new_type_weights[idx] = old_weight; + mask[choice] = false; + } + + return {}; +} + +std::optional ExprGenerator::gen_qualified_type( + const Weights& weights, const TypeConstraints& constraints, + bool allow_array_types) { + auto maybe_type = gen_type(weights, constraints, allow_array_types); + if (!maybe_type.has_value()) { + return {}; + } + Type type = std::move(maybe_type.value()); + auto qualifiers = gen_cv_qualifiers(); + + return QualifiedType(std::move(type), qualifiers); +} + +std::optional ExprGenerator::gen_pointer_type( + const Weights& weights, const TypeConstraints& constraints, + bool allow_array_types) { + if (!constraints.allows_non_void_pointer() && + !constraints.allows_void_pointer()) { + return {}; + } + + auto maybe_type = gen_qualified_type( + weights, constraints.allowed_to_point_to(), allow_array_types); + if (!maybe_type.has_value()) { + return {}; + } + + return PointerType(std::move(maybe_type.value())); +} + +std::optional ExprGenerator::gen_void_pointer_type( + const TypeConstraints& constraints) { + if (!constraints.allows_void_pointer()) { + return {}; + } + + return PointerType(QualifiedType(ScalarType::Void, gen_cv_qualifiers())); +} + +std::optional ExprGenerator::gen_tagged_type( + const TypeConstraints& constraints) { + if (!constraints.allows_tagged_types()) { + return {}; + } + + std::vector> tagged_types; + + const auto& allowed_types = constraints.allowed_tagged_types(); + + const auto* tagged_type = std::get_if(&allowed_types); + if (tagged_type != nullptr) { + tagged_types.push_back(*tagged_type); + } + + if (std::holds_alternative(allowed_types)) { + tagged_types.reserve(symtab_.tagged_types().size()); + for (const auto& tagged_type : symtab_.tagged_types()) { + tagged_types.emplace_back(tagged_type); + } + } + + return rng_->pick_tagged_type(tagged_types); +} + +std::optional ExprGenerator::gen_scalar_type( + const TypeConstraints& constraints) { + ScalarMask mask = constraints.allowed_scalar_types(); + + if (!cfg_.long_double_enabled) { + mask[ScalarType::LongDouble] = false; + } + + if (mask.none()) { + return {}; + } + + return rng_->gen_scalar_type(mask); +} + +std::optional ExprGenerator::gen_enum_type( + const TypeConstraints& constraints) { + std::vector> enum_types; + for (const auto& [enum_type, _] : symtab_.enums()) { + if (constraints.allows_type(enum_type)) { + enum_types.emplace_back(enum_type); + } + } + + if (enum_types.empty()) { + return {}; + } + + return rng_->pick_enum_type(enum_types); +} + +std::optional ExprGenerator::gen_array_type( + const TypeConstraints& constraints) { + // Instead of constructing a random array type, we rely on set of + // array types from symbol table. This will increase chances to match + // variables of array types. + std::vector> array_types; + for (const auto& type : symtab_.array_types()) { + if (constraints.allows_type(type)) { + array_types.emplace_back(type); + } + } + + if (array_types.empty()) { + return {}; + } + + return rng_->pick_array_type(array_types); +} + +CvQualifiers ExprGenerator::gen_cv_qualifiers() { + if (cfg_.cv_qualifiers_enabled) { + return rng_->gen_cv_qualifiers(cfg_.const_prob, cfg_.volatile_prob); + } + return CvQualifiers(); // empty set +} + +std::optional ExprGenerator::generate() { + Weights weights; + + auto& expr_weights = weights.expr_weights(); + for (size_t i = 0; i < expr_weights.size(); i++) { + expr_weights[i] = cfg_.expr_kind_weights[i].initial_weight; + } + + auto& type_weights = weights.type_weights(); + for (size_t i = 0; i < type_weights.size(); i++) { + type_weights[i] = cfg_.type_kind_weights[i].initial_weight; + } + + auto allowed_types = TypeConstraints::all_in_bool_ctx(); + allowed_types.allow_scoped_enums(); + + return gen_with_weights(weights, std::move(allowed_types)); +} + +bool ExprGenerator::mutate_gen_node(std::shared_ptr& node) { + // Don't mutate invalid nodes. + if (!node->is_valid()) { + return false; + } + + auto maybe_expr = gen_expr(node->callback_, node->name()); + if (!maybe_expr.has_value()) { + return false; + } + + // The mutated node is stored in `node_`. + auto mutated_node = node_; + assert(mutated_node->is_valid() && "The mutated node should be valid!"); + + node->children_ = std::move(mutated_node->children_); + return true; +} + +template +void write_enum(LibfuzzerWriter& writer, Enum value) { + writer.write_int((int)value, (int)Enum::EnumFirst, (int)Enum::EnumLast); +} + +template +Enum pick_nth_set_bit(const EnumBitset mask, Rng& rng, + LibfuzzerWriter& writer) { + // At least one bit needs to be set + assert(mask.any() && "Mask must not be empty"); + + std::uniform_int_distribution distr(1, mask.count()); + size_t choice = distr(rng); + + size_t running_ones = 0; + for (size_t i = 0; i < mask.size(); i++) { + if (mask[i]) { + running_ones++; + } + + if (running_ones == choice) { + write_enum(writer, (Enum)i); + return (Enum)i; + } + } + + // `choice` lies in the range `[1, mask.count()]`, `running_ones` will + // always lie in the range `[0, mask.count()]` and is incremented at most + // once per loop iteration. The only way for this assertion to fire is for + // `mask` to be empty (which we have asserted beforehand). + dil_unreachable("Mask has no bits set"); +} + +template +Enum weighted_pick( + const std::array& array, + const EnumBitset& mask, Rng& rng, LibfuzzerWriter& writer) { + static_assert(std::is_floating_point_v, + "Must be a floating point type"); + + RealType sum = 0; + for (size_t i = 0; i < array.size(); i++) { + sum += mask[i] ? array[i] : 0; + } + + std::uniform_real_distribution distr(0, sum); + RealType choice = distr(rng); + + RealType running_sum = 0; + for (size_t i = 0; i < array.size(); i++) { + if (!mask[i]) { + continue; + } + + running_sum += array[i]; + if (choice <= running_sum) { + write_enum(writer, (Enum)i); + return (Enum)i; + } + } + + dil_unreachable("Could not pick an element; maybe sum is 0?"); +} + +template +const T& pick_element(const std::vector& vec, Rng& rng, + LibfuzzerWriter& writer) { + assert(!vec.empty() && "Can't pick an element out of an empty vector"); + + std::uniform_int_distribution distr(0, vec.size() - 1); + auto choice = distr(rng); + writer.write_int(choice, 0, vec.size() - 1); + + return vec[choice]; +} + +template +bool gen_and_record_bool(float probability, Rng& rng, LibfuzzerWriter& writer) { + std::bernoulli_distribution distr(probability); + bool value = distr(rng); + writer.write_bool(value); + return value; +} + +BinOp DefaultGeneratorRng::gen_bin_op(BinOpMask mask) { + return pick_nth_set_bit(mask, rng_, writer_); +} + +UnOp DefaultGeneratorRng::gen_un_op(UnOpMask mask) { + return pick_nth_set_bit(mask, rng_, writer_); +} + +IntegerConstant DefaultGeneratorRng::gen_integer_constant(uint64_t min, + uint64_t max) { + using Base = IntegerConstant::Base; + using Length = IntegerConstant::Length; + using Signedness = IntegerConstant::Signedness; + + std::uniform_int_distribution distr(min, max); + auto value = distr(rng_); + writer_.write_int(value, min, max); + + std::uniform_int_distribution base_distr((int)Base::EnumFirst, + (int)Base::EnumLast); + std::uniform_int_distribution length_distr((int)Length::EnumFirst, + (int)Length::EnumLast); + std::uniform_int_distribution sign_distr((int)Signedness::EnumFirst, + (int)Signedness::EnumLast); + + auto base = (Base)base_distr(rng_); + auto length = (Length)length_distr(rng_); + auto signedness = (Signedness)sign_distr(rng_); + + write_enum(writer_, base); + write_enum(writer_, length); + write_enum(writer_, signedness); + + return IntegerConstant(value, base, length, signedness); +} + +DoubleConstant DefaultGeneratorRng::gen_double_constant(double min, + double max) { + using Format = DoubleConstant::Format; + using Length = DoubleConstant::Length; + + std::uniform_real_distribution distr(min, max); + auto value = distr(rng_); + writer_.write_float(value, min, max); + + std::uniform_int_distribution format_distr((int)Format::EnumFirst, + (int)Format::EnumLast); + std::uniform_int_distribution length_distr((int)Length::EnumFirst, + (int)Length::EnumLast); + + auto format = (Format)format_distr(rng_); + auto length = (Length)length_distr(rng_); + + write_enum(writer_, format); + write_enum(writer_, length); + + return DoubleConstant(value, format, length); +} + +CvQualifiers DefaultGeneratorRng::gen_cv_qualifiers(float const_prob, + float volatile_prob) { + CvQualifiers retval; + retval[CvQualifier::Const] = gen_and_record_bool(const_prob, rng_, writer_); + retval[CvQualifier::Volatile] = + gen_and_record_bool(volatile_prob, rng_, writer_); + + return retval; +} + +VariableExpr DefaultGeneratorRng::pick_variable( + const std::vector>& vars) { + return pick_element(vars, rng_, writer_); +} + +Field DefaultGeneratorRng::pick_field( + const std::vector>& fields) { + return pick_element(fields, rng_, writer_); +} + +TaggedType DefaultGeneratorRng::pick_tagged_type( + const std::vector>& types) { + return pick_element(types, rng_, writer_); +} + +EnumType DefaultGeneratorRng::pick_enum_type( + const std::vector>& types) { + return pick_element(types, rng_, writer_); +} + +EnumConstant DefaultGeneratorRng::pick_enum_literal( + const std::vector>& enums) { + return pick_element(enums, rng_, writer_); +} + +Function DefaultGeneratorRng::pick_function( + const std::vector>& functions) { + return pick_element(functions, rng_, writer_); +} + +ArrayType DefaultGeneratorRng::pick_array_type( + const std::vector>& types) { + return pick_element(types, rng_, writer_); +} + +bool DefaultGeneratorRng::gen_binop_ptr_expr(float probability) { + return gen_and_record_bool(probability, rng_, writer_); +} + +bool DefaultGeneratorRng::gen_binop_flip_operands(float probability) { + return gen_and_record_bool(probability, rng_, writer_); +} + +bool DefaultGeneratorRng::gen_binop_ptrdiff_expr(float probability) { + return gen_and_record_bool(probability, rng_, writer_); +} + +bool DefaultGeneratorRng::gen_binop_ptr_or_enum(float probability) { + return gen_and_record_bool(probability, rng_, writer_); +} + +bool DefaultGeneratorRng::gen_sizeof_type(float probability) { + return gen_and_record_bool(probability, rng_, writer_); +} + +bool DefaultGeneratorRng::gen_parenthesize(float probability) { + return gen_and_record_bool(probability, rng_, writer_); +} + +bool DefaultGeneratorRng::gen_boolean() { + return gen_and_record_bool(/*probability*/ 0.5f, rng_, writer_); +} + +ExprKind DefaultGeneratorRng::gen_expr_kind(const Weights& weights, + const ExprKindMask& mask) { + return weighted_pick(weights.expr_weights(), mask, rng_, writer_); +} + +TypeKind DefaultGeneratorRng::gen_type_kind(const Weights& weights, + const TypeKindMask& mask) { + return weighted_pick(weights.type_weights(), mask, rng_, writer_); +} + +CastExpr::Kind DefaultGeneratorRng::gen_cast_kind(const CastKindMask& mask) { + return pick_nth_set_bit(mask, rng_, writer_); +} + +ScalarType DefaultGeneratorRng::gen_scalar_type(ScalarMask mask) { + return pick_nth_set_bit(mask, rng_, writer_); +} + +} // namespace fuzzer diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/expr_gen.h b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/expr_gen.h new file mode 100644 index 000000000000..8ff88733d3f6 --- /dev/null +++ b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/expr_gen.h @@ -0,0 +1,426 @@ +/* + * Copyright 2020 Google LLC + * + * Licensed under the Apache License, Version 2.0 (the "License"); + * you may not use this file except in compliance with the License. + * You may obtain a copy of the License at + * + * http://www.apache.org/licenses/LICENSE-2.0 + * + * Unless required by applicable law or agreed to in writing, software + * distributed under the License is distributed on an "AS IS" BASIS, + * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. + * See the License for the specific language governing permissions and + * limitations under the License. + */ + +#ifndef INCLUDE_EXPR_GEN_H +#define INCLUDE_EXPR_GEN_H + +#include +#include +#include +#include +#include +#include +#include + +#include "fuzzer/ast.h" +#include "fuzzer/enum_bitset.h" +#include "fuzzer/gen_node.h" +#include "fuzzer/libfuzzer_utils.h" +#include "fuzzer/symbol_table.h" + +namespace fuzzer { + +enum class ExprKind : unsigned char { + EnumFirst, + IntegerConstant = EnumFirst, + DoubleConstant, + VariableExpr, + UnaryExpr, + BinaryExpr, + AddressOf, + MemberOf, + MemberOfPtr, + ArrayIndex, + TernaryExpr, + BooleanConstant, + NullptrConstant, + EnumConstant, + DereferenceExpr, + FunctionCallExpr, + SizeofExpr, + CastExpr, + EnumLast = CastExpr, +}; +inline constexpr size_t NUM_GEN_EXPR_KINDS = (size_t)ExprKind::EnumLast + 1; + +enum class TypeKind : unsigned char { + EnumFirst, + ScalarType = EnumFirst, + TaggedType, + PointerType, + VoidPointerType, + NullptrType, + EnumType, + ArrayType, + EnumLast = ArrayType, +}; +inline constexpr size_t NUM_GEN_TYPE_KINDS = (size_t)TypeKind::EnumLast + 1; + +using ExprKindMask = EnumBitset; +using TypeKindMask = EnumBitset; +using CastKindMask = EnumBitset; + +class Weights; +class ExprConstraints; +class TypeConstraints; + +struct ExprKindWeightInfo { + float initial_weight; + float dampening_factor; +}; + +struct TypeKindWeightInfo { + float initial_weight; + float dampening_factor; +}; + +using BinOpMask = EnumBitset; +using UnOpMask = EnumBitset; + +// Set of expression kinds that don't have any children. +inline constexpr ExprKindMask LEAF_EXPR_KINDS = { + ExprKind::IntegerConstant, ExprKind::DoubleConstant, + ExprKind::VariableExpr, ExprKind::BooleanConstant, + ExprKind::NullptrConstant, ExprKind::EnumConstant, +}; + +/* + * Fuzzer configuration, specifies the various parameters (e.g. expression + * weights, min/max values for integer and double constants, etc). + */ +struct GenConfig { + // Number of expressions to generate in non-interactive mode + int num_exprs_to_generate = 100; + + // Maximum recursion depth + int max_depth = 8; + + // Min/max integer constant value + uint64_t int_const_min = 0; + uint64_t int_const_max = 1000; + + // Min/max double constant value + double double_constant_min = 0; + double double_constant_max = 10; + + // Probability that an expression will be wrapped with extra parentheses. + float parenthesize_prob = 0.2f; + + // Probability that an binary pointer arithmetic generation of the form + // `ptr + idx` or `ptr - idx`. + float binop_gen_ptr_expr_prob = 0.2f; + // Probability that a pointer difference expression (`ptr1 - ptr2`) will + // be generated. + float binop_gen_ptrdiff_expr_prob = 0.1f; + // Probability that the operands of a binary expression or array indexing will + // be flipped (`ptr + idx` -> `idx + ptr`, `arr[idx]` -> `idx[arr]`, etc). + float binop_flip_operands_prob = 0.1f; + // Probability that pointer or scoped enum types will be compared in a binary + // expression (the alternative is to compare scalars). + float binop_gen_ptr_or_enum_prob = 0.5; + + // `const` and `volatile` qualifiers aren't that important for expression + // evaluation. In order to simplify cv-qualifiers constraints (e.g. casting + // them away), this option is introduced for easier support of the + // expression types (e.g. static_cast, reinterpret_cast). Note that these + // expression types aren't supported if this option is enabled. + bool cv_qualifiers_enabled = false; + + // Probabilities that a const/volatile qualifier will be generated + // respectively. + float const_prob = 0.3f; + float volatile_prob = 0.05f; + + // Probability that sizeof will take a type as a argument. + float sizeof_gen_type_prob = 0.3f; + + // A cast such as `((AnotherStruct*)struct_ptr)->field` isn't allowed. Setting + // this flag to false avoids casting between different pointer types if read + // from memory is expected. + bool valid_pointer_cast_enabled = false; + + // Long double may not work properly in lldb-eval yet. + bool long_double_enabled = false; + + BinOpMask bin_op_mask = BinOpMask::all_set(); + UnOpMask un_op_mask = UnOpMask::all_set(); + + // Mask to disable specific expression kinds. Modify this instead of setting + // a weight to zero to disable an expression kind. + ExprKindMask expr_kind_mask = ExprKindMask::all_set(); + + // Expression kind weights. Make sure that weights are all non-zero and that + // any non-terminal expression has a dampening factor in the range `(0, 1)`. + std::array expr_kind_weights = {{ + {1.0f, 0.0f}, // ExprKind::IntegerConstant + {2.0f, 0.0f}, // ExprKind::DoubleConstant + {1.0f, 0.0f}, // ExprKind::VariableExpr + {3.0f, 0.4f}, // ExprKind::UnaryExpr + {3.0f, 0.4f}, // ExprKind::BinaryExpr + {2.0f, 0.1f}, // ExprKind::AddressOf + {1.0f, 0.1f}, // ExprKind::MemberOf + {1.0f, 0.1f}, // ExprKind::MemberOfPtr + {1.0f, 0.1f}, // ExprKind::ArrayIndex + {1.0f, 0.1f}, // ExprKind::TernaryExpr + {1.0f, 0.0f}, // ExprKind::BooleanConstant + {1.0f, 0.0f}, // ExprKind::NullptrConstant + {1.0f, 0.0f}, // ExprKind::EnumConstant + {1.0f, 0.1f}, // ExprKind::DereferenceExpr + {1.0f, 0.1f}, // ExprKind::FunctionCallExpr + {1.0f, 0.1f}, // ExprKind::SizeofExpr + {1.0f, 0.4f}, // ExprKind::CastExpr + }}; + + // Type kind weights. Make sure that weights are all non-zero and that + // any non-terminal expression has a dampening factor in the range `(0, 1)`. + std::array type_kind_weights = {{ + {3.0f, 0.0f}, // TypeKind::ScalarType + {1.0f, 0.0f}, // TypeKind::TaggedType + {1.0f, 0.1f}, // TypeKind::PointerType + {1.0f, 0.1f}, // TypeKind::VoidPointerType + {0.2f, 0.0f}, // TypeKind::NullptrType + {1.0f, 0.0f}, // TypeKind::EnumType + {1.0f, 0.1f}, // TypeKind::ArrayType + }}; +}; + +class GeneratorRng { + public: + virtual ~GeneratorRng() {} + + virtual BinOp gen_bin_op(BinOpMask mask) = 0; + virtual UnOp gen_un_op(UnOpMask mask) = 0; + virtual ExprKind gen_expr_kind(const Weights& weights, + const ExprKindMask& mask) = 0; + virtual TypeKind gen_type_kind(const Weights& weights, + const TypeKindMask& mask) = 0; + virtual CastExpr::Kind gen_cast_kind(const CastKindMask& mask) = 0; + virtual ScalarType gen_scalar_type(EnumBitset mask) = 0; + virtual bool gen_boolean() = 0; + virtual IntegerConstant gen_integer_constant(uint64_t min, uint64_t max) = 0; + virtual DoubleConstant gen_double_constant(double min, double max) = 0; + virtual bool gen_parenthesize(float probability) = 0; + virtual bool gen_binop_ptr_expr(float probability) = 0; + virtual bool gen_binop_flip_operands(float probability) = 0; + virtual bool gen_binop_ptrdiff_expr(float probability) = 0; + virtual bool gen_binop_ptr_or_enum(float probability) = 0; + virtual bool gen_sizeof_type(float probability) = 0; + virtual CvQualifiers gen_cv_qualifiers(float const_prob, + float volatile_prob) = 0; + virtual VariableExpr pick_variable( + const std::vector>& vars) = 0; + virtual TaggedType pick_tagged_type( + const std::vector>& types) = 0; + virtual Field pick_field( + const std::vector>& fields) = 0; + virtual EnumType pick_enum_type( + const std::vector>& types) = 0; + virtual EnumConstant pick_enum_literal( + const std::vector>& enums) = 0; + virtual Function pick_function( + const std::vector>& functions) = 0; + virtual ArrayType pick_array_type( + const std::vector>& types) = 0; + + virtual void set_rng_callback(std::function) {} +}; + +class DefaultGeneratorRng : public GeneratorRng { + public: + explicit DefaultGeneratorRng(unsigned seed) : rng_(seed) {} + + BinOp gen_bin_op(BinOpMask mask) override; + UnOp gen_un_op(UnOpMask mask) override; + ExprKind gen_expr_kind(const Weights& weights, + const ExprKindMask& mask) override; + TypeKind gen_type_kind(const Weights& weights, + const TypeKindMask& mask) override; + CastExpr::Kind gen_cast_kind(const CastKindMask& mask) override; + ScalarType gen_scalar_type(EnumBitset mask) override; + bool gen_boolean() override; + IntegerConstant gen_integer_constant(uint64_t min, uint64_t max) override; + DoubleConstant gen_double_constant(double min, double max) override; + bool gen_parenthesize(float probability) override; + bool gen_binop_ptr_expr(float probability) override; + bool gen_binop_flip_operands(float probability) override; + bool gen_binop_ptrdiff_expr(float probability) override; + bool gen_binop_ptr_or_enum(float probability) override; + bool gen_sizeof_type(float probability) override; + CvQualifiers gen_cv_qualifiers(float const_prob, + float volatile_prob) override; + VariableExpr pick_variable( + const std::vector>& vars) + override; + TaggedType pick_tagged_type( + const std::vector>& types) + override; + Field pick_field( + const std::vector>& fields) override; + EnumType pick_enum_type( + const std::vector>& types) + override; + EnumConstant pick_enum_literal( + const std::vector>& enums) + override; + Function pick_function( + const std::vector>& functions) + override; + ArrayType pick_array_type( + const std::vector>& types) + override; + + void set_rng_callback(std::function callback) override { + writer_.set_callback(std::move(callback)); + } + + private: + std::mt19937 rng_; + + LibfuzzerWriter writer_; +}; + +class ExprGenerator { + public: + ExprGenerator(std::unique_ptr rng, GenConfig cfg, + SymbolTable symtab) + : rng_(std::move(rng)), cfg_(std::move(cfg)), symtab_(std::move(symtab)) { + rng_->set_rng_callback([this](uint8_t byte) { on_consume_byte(byte); }); + } + + // Copying and moving isn't possible right now. + // TODO: Implement copy/move constructors/assignments if needed. + ExprGenerator(const ExprGenerator&) = delete; + ExprGenerator(ExprGenerator&&) = delete; + ExprGenerator& operator=(const ExprGenerator&) = delete; + ExprGenerator& operator=(ExprGenerator&&) = delete; + + std::optional generate(); + + // Re-evaluates a method, resulting with a different subtree. + // Changes are applied only if the node is valid and the re-evaluation results + // with a valid expression. + bool mutate_gen_node(std::shared_ptr& node); + + // Method generation node. Note that this represents the last call to a + // expression generation method and will be rewritten after each such call. + std::shared_ptr node() const { return node_; } + + private: + Expr maybe_parenthesized(Expr expr); + + std::optional gen_boolean_constant(const ExprConstraints& constraints); + std::optional gen_integer_constant(const ExprConstraints& constraints); + std::optional gen_double_constant(const ExprConstraints& constraints); + std::optional gen_nullptr_constant(const ExprConstraints& constraints); + std::optional gen_enum_constant(const ExprConstraints& constraints); + std::optional gen_variable_expr(const ExprConstraints& constraints); + std::optional gen_binary_expr(const Weights& weights, + const ExprConstraints& constraints); + std::optional gen_unary_expr(const Weights& weights, + const ExprConstraints& constraints); + std::optional gen_ternary_expr(const Weights& weights, + const ExprConstraints& constraints); + std::optional gen_cast_expr(const Weights& weights, + const ExprConstraints& constraints); + std::optional gen_dereference_expr(const Weights& weights, + const ExprConstraints& constraints); + std::optional gen_address_of_expr(const Weights& weights, + const ExprConstraints& constraints); + std::optional gen_member_of_expr(const Weights& weights, + const ExprConstraints& constraints); + std::optional gen_member_of_ptr_expr( + const Weights& weights, const ExprConstraints& constraints); + std::optional gen_array_index_expr(const Weights& weights, + const ExprConstraints& constraints); + std::optional gen_function_call_expr( + const Weights& weights, const ExprConstraints& constraints); + std::optional gen_sizeof_expr(const Weights& weights, + const ExprConstraints& constraints); + + std::optional gen_with_weights(const Weights& weights, + const ExprConstraints& constraints); + + // Implementations of expression generation methods: + std::optional gen_boolean_constant_impl( + const ExprConstraints& constraints); + std::optional gen_integer_constant_impl( + const ExprConstraints& constraints); + std::optional gen_double_constant_impl( + const ExprConstraints& constraints); + std::optional gen_enum_constant_impl( + const ExprConstraints& constraints); + std::optional gen_variable_expr_impl( + const ExprConstraints& constraints); + std::optional gen_binary_expr_impl(const Weights& weights, + const ExprConstraints& constraints); + std::optional gen_unary_expr_impl(const Weights& weights, + const ExprConstraints& constraints); + std::optional gen_ternary_expr_impl(const Weights& weights, + const ExprConstraints& constraints); + std::optional gen_cast_expr_impl(const Weights& weights, + const ExprConstraints& constraints); + std::optional gen_dereference_expr_impl( + const Weights& weights, const ExprConstraints& constraints); + std::optional gen_address_of_expr_impl( + const Weights& weights, const ExprConstraints& constraints); + std::optional gen_member_of_expr_impl( + const Weights& weights, const ExprConstraints& constraints); + std::optional gen_member_of_ptr_expr_impl( + const Weights& weights, const ExprConstraints& constraints); + std::optional gen_array_index_expr_impl( + const Weights& weights, const ExprConstraints& constraints); + std::optional gen_function_call_expr_impl( + const Weights& weights, const ExprConstraints& constraints); + std::optional gen_sizeof_expr_impl(const Weights& weights, + const ExprConstraints& constraints); + std::optional gen_with_weights_impl(const Weights& weights, + const ExprConstraints& constraints); + + // Generates an expression using the `callback` method and constructs a + // generation node on top of the `stack_`. + std::optional gen_expr(const GenerateExprFn& callback, + std::string name); + + std::optional gen_type(const Weights& weights, + const TypeConstraints& constraints, + bool allow_array_types = false); + std::optional gen_qualified_type( + const Weights& weights, const TypeConstraints& constraints, + bool allow_array_types = false); + std::optional gen_pointer_type(const Weights& weights, + const TypeConstraints& constraints, + bool allow_array_types = false); + std::optional gen_void_pointer_type(const TypeConstraints& constraints); + std::optional gen_tagged_type(const TypeConstraints& constraints); + std::optional gen_scalar_type(const TypeConstraints& constraints); + std::optional gen_enum_type(const TypeConstraints& constraints); + std::optional gen_array_type(const TypeConstraints& constraints); + CvQualifiers gen_cv_qualifiers(); + + void on_consume_byte(uint8_t byte); + + private: + std::unique_ptr rng_; + GenConfig cfg_; + SymbolTable symtab_; + + std::stack> stack_; + std::shared_ptr node_; +}; + +} // namespace fuzzer + +#endif // INCLUDE_EXPR_GEN_H diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/fixed_rng.cc b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/fixed_rng.cc new file mode 100644 index 000000000000..2494206edf35 --- /dev/null +++ b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/fixed_rng.cc @@ -0,0 +1,210 @@ +/* + * Copyright 2021 Google LLC + * + * Licensed under the Apache License, Version 2.0 (the "License"); + * you may not use this file except in compliance with the License. + * You may obtain a copy of the License at + * + * http://www.apache.org/licenses/LICENSE-2.0 + * + * Unless required by applicable law or agreed to in writing, software + * distributed under the License is distributed on an "AS IS" BASIS, + * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. + * See the License for the specific language governing permissions and + * limitations under the License. + */ + +#include "fixed_rng.h" + +#include "constraints.h" + +namespace fuzzer { + +namespace { + +template +void write_enum(LibfuzzerWriter& writer, Enum value) { + writer.write_int((int)value, (int)Enum::EnumFirst, (int)Enum::EnumLast); +} + +template +Enum read_enum(LibfuzzerReader& reader) { + return (Enum)reader.read_int((int)Enum::EnumFirst, (int)Enum::EnumLast); +} + +bool gen_and_record_bool(LibfuzzerReader& reader, LibfuzzerWriter& writer) { + bool value = reader.read_bool(); + writer.write_bool(value); + return value; +} + +template +Enum pick_enum_from_mask(const EnumBitset mask, LibfuzzerReader& reader, + LibfuzzerWriter& writer) { + // At least one bit needs to be set + assert(mask.any() && "Mask must not be empty"); + + Enum result = read_enum(reader); + + // Recover mechanism. + while (!mask[(int)result]) { + if (result == Enum::EnumLast) { + result = Enum::EnumFirst; + } else { + result = (Enum)((int)result + 1); + } + } + + write_enum(writer, result); + + return result; +} + +template +const T& pick_element(const std::vector& vec, LibfuzzerReader& reader, + LibfuzzerWriter& writer) { + assert(!vec.empty() && "Can't pick an element out of an empty vector"); + + auto choice = reader.read_int(0, vec.size() - 1); + writer.write_int(choice, 0, vec.size() - 1); + + return vec[choice]; +} + +} // namespace + +BinOp FixedGeneratorRng::gen_bin_op(BinOpMask mask) { + return pick_enum_from_mask(mask, reader_, writer_); +} + +UnOp FixedGeneratorRng::gen_un_op(UnOpMask mask) { + return pick_enum_from_mask(mask, reader_, writer_); +} + +IntegerConstant FixedGeneratorRng::gen_integer_constant(uint64_t min, + uint64_t max) { + using Base = IntegerConstant::Base; + using Length = IntegerConstant::Length; + using Signedness = IntegerConstant::Signedness; + + uint64_t value = reader_.read_int(min, max); + writer_.write_int(value, min, max); + + auto base = read_enum(reader_); + auto length = read_enum(reader_); + auto signedness = read_enum(reader_); + + write_enum(writer_, base); + write_enum(writer_, length); + write_enum(writer_, signedness); + + return IntegerConstant(value, base, length, signedness); +} + +DoubleConstant FixedGeneratorRng::gen_double_constant(double min, double max) { + using Format = DoubleConstant::Format; + using Length = DoubleConstant::Length; + + double value = reader_.read_float(min, max); + writer_.write_float(value, min, max); + + auto format = read_enum(reader_); + auto length = read_enum(reader_); + + write_enum(writer_, format); + write_enum(writer_, length); + + return DoubleConstant(value, format, length); +} + +CvQualifiers FixedGeneratorRng::gen_cv_qualifiers(float /*const_prob*/, + float /*volatile_prob*/) { + CvQualifiers retval; + retval[CvQualifier::Const] = reader_.read_bool(); + retval[CvQualifier::Volatile] = reader_.read_bool(); + + return retval; +} + +VariableExpr FixedGeneratorRng::pick_variable( + const std::vector>& vars) { + return pick_element(vars, reader_, writer_); +} + +Field FixedGeneratorRng::pick_field( + const std::vector>& fields) { + return pick_element(fields, reader_, writer_); +} + +TaggedType FixedGeneratorRng::pick_tagged_type( + const std::vector>& types) { + return pick_element(types, reader_, writer_); +} + +EnumType FixedGeneratorRng::pick_enum_type( + const std::vector>& types) { + return pick_element(types, reader_, writer_); +} + +EnumConstant FixedGeneratorRng::pick_enum_literal( + const std::vector>& enums) { + return pick_element(enums, reader_, writer_); +} + +Function FixedGeneratorRng::pick_function( + const std::vector>& functions) { + return pick_element(functions, reader_, writer_); +} + +ArrayType FixedGeneratorRng::pick_array_type( + const std::vector>& types) { + return pick_element(types, reader_, writer_); +} + +bool FixedGeneratorRng::gen_binop_ptr_expr(float) { + return gen_and_record_bool(reader_, writer_); +} + +bool FixedGeneratorRng::gen_binop_flip_operands(float) { + return gen_and_record_bool(reader_, writer_); +} + +bool FixedGeneratorRng::gen_binop_ptrdiff_expr(float) { + return gen_and_record_bool(reader_, writer_); +} + +bool FixedGeneratorRng::gen_binop_ptr_or_enum(float) { + return gen_and_record_bool(reader_, writer_); +} + +bool FixedGeneratorRng::gen_sizeof_type(float) { + return gen_and_record_bool(reader_, writer_); +} + +bool FixedGeneratorRng::gen_parenthesize(float) { + return gen_and_record_bool(reader_, writer_); +} + +bool FixedGeneratorRng::gen_boolean() { + return gen_and_record_bool(reader_, writer_); +} + +ExprKind FixedGeneratorRng::gen_expr_kind(const Weights&, + const ExprKindMask& mask) { + return pick_enum_from_mask(mask, reader_, writer_); +} + +TypeKind FixedGeneratorRng::gen_type_kind(const Weights&, + const TypeKindMask& mask) { + return pick_enum_from_mask(mask, reader_, writer_); +} + +CastExpr::Kind FixedGeneratorRng::gen_cast_kind(const CastKindMask& mask) { + return pick_enum_from_mask(mask, reader_, writer_); +} + +ScalarType FixedGeneratorRng::gen_scalar_type(ScalarMask mask) { + return pick_enum_from_mask(mask, reader_, writer_); +} + +} // namespace fuzzer diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/fixed_rng.h b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/fixed_rng.h new file mode 100644 index 000000000000..2f823f86cadd --- /dev/null +++ b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/fixed_rng.h @@ -0,0 +1,81 @@ +/* + * Copyright 2021 Google LLC + * + * Licensed under the Apache License, Version 2.0 (the "License"); + * you may not use this file except in compliance with the License. + * You may obtain a copy of the License at + * + * http://www.apache.org/licenses/LICENSE-2.0 + * + * Unless required by applicable law or agreed to in writing, software + * distributed under the License is distributed on an "AS IS" BASIS, + * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. + * See the License for the specific language governing permissions and + * limitations under the License. + */ + +#ifndef INCLUDE_FUZZED_RNG_H +#define INCLUDE_FUZZED_RNG_H + +#include "fuzzer/expr_gen.h" +#include "fuzzer/libfuzzer_utils.h" + +namespace fuzzer { + +class FixedGeneratorRng : public GeneratorRng { + public: + explicit FixedGeneratorRng(const uint8_t* data, size_t size) + : reader_(data, size) {} + + BinOp gen_bin_op(BinOpMask mask) override; + UnOp gen_un_op(UnOpMask mask) override; + ExprKind gen_expr_kind(const Weights& weights, + const ExprKindMask& mask) override; + TypeKind gen_type_kind(const Weights& weights, + const TypeKindMask& mask) override; + CastExpr::Kind gen_cast_kind(const CastKindMask& mask) override; + ScalarType gen_scalar_type(EnumBitset mask) override; + bool gen_boolean() override; + IntegerConstant gen_integer_constant(uint64_t min, uint64_t max) override; + DoubleConstant gen_double_constant(double min, double max) override; + bool gen_parenthesize(float probability) override; + bool gen_binop_ptr_expr(float probability) override; + bool gen_binop_flip_operands(float probability) override; + bool gen_binop_ptrdiff_expr(float probability) override; + bool gen_binop_ptr_or_enum(float probability) override; + bool gen_sizeof_type(float probability) override; + CvQualifiers gen_cv_qualifiers(float const_prob, + float volatile_prob) override; + VariableExpr pick_variable( + const std::vector>& vars) + override; + TaggedType pick_tagged_type( + const std::vector>& types) + override; + Field pick_field( + const std::vector>& fields) override; + EnumType pick_enum_type( + const std::vector>& types) + override; + EnumConstant pick_enum_literal( + const std::vector>& enums) + override; + Function pick_function( + const std::vector>& functions) + override; + ArrayType pick_array_type( + const std::vector>& types) + override; + + void set_rng_callback(std::function callback) override { + writer_.set_callback(std::move(callback)); + } + + private: + LibfuzzerReader reader_; + LibfuzzerWriter writer_; +}; + +} // namespace fuzzer + +#endif // INCLUDE_FUZZED_RNG_H diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/gen_node.cc b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/gen_node.cc new file mode 100644 index 000000000000..beed6c4e6008 --- /dev/null +++ b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/gen_node.cc @@ -0,0 +1,39 @@ +/* + * Copyright 2021 Google LLC + * + * Licensed under the Apache License, Version 2.0 (the "License"); + * you may not use this file except in compliance with the License. + * You may obtain a copy of the License at + * + * http://www.apache.org/licenses/LICENSE-2.0 + * + * Unless required by applicable law or agreed to in writing, software + * distributed under the License is distributed on an "AS IS" BASIS, + * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. + * See the License for the specific language governing permissions and + * limitations under the License. + */ + +#include "fuzzer/gen_node.h" + +#include + +#include "fuzzer/expr_gen.h" + +namespace fuzzer { + +void walk_gen_tree(std::shared_ptr node, GenTreeVisitor* visitor) { + visitor->visit_node(node); + for (auto child : node->children()) { + auto* as_byte = std::get_if(&child); + if (as_byte) { + visitor->visit_byte(*as_byte); + } + auto* as_node = std::get_if>(&child); + if (as_node) { + walk_gen_tree(*as_node, visitor); + } + } +} + +} // namespace fuzzer diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/gen_node.h b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/gen_node.h new file mode 100644 index 000000000000..78f538ff21f1 --- /dev/null +++ b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/gen_node.h @@ -0,0 +1,78 @@ +/* + * Copyright 2021 Google LLC + * + * Licensed under the Apache License, Version 2.0 (the "License"); + * you may not use this file except in compliance with the License. + * You may obtain a copy of the License at + * + * http://www.apache.org/licenses/LICENSE-2.0 + * + * Unless required by applicable law or agreed to in writing, software + * distributed under the License is distributed on an "AS IS" BASIS, + * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. + * See the License for the specific language governing permissions and + * limitations under the License. + */ + +#ifndef INCLUDE_GEN_NODE_H +#define INCLUDE_GEN_NODE_H + +#include +#include +#include +#include + +#include "fuzzer/ast.h" +#include "fuzzer/symbol_table.h" + +namespace fuzzer { + +class GenNode; +class ExprGenerator; + +using GenNodeOrByte = std::variant, uint8_t>; +using GenerateExprFn = std::function(ExprGenerator*)>; + +// A node that represents one expression generation method of `ExprGenerator` +// class (e.g. `gen_integer_constant`, `gen_binary_expr`, `gen_with_weights`, +// etc.) with context necessary to re-evaluate the method. A tree formed of +// these nodes represents a call hierarchy starting from the root method. +class GenNode { + public: + GenNode(std::string name, GenerateExprFn callback) + : name_(std::move(name)), callback_(std::move(callback)) {} + + // Name of the method (e.g. "fuzzer::ExprGenerator::gen_binary_expr"). + // Useful for testing and debugging. + const std::string& name() const { return name_; } + + // List of children. A child is either another method generation node or a + // byte representing a part of serialized format. + const std::vector& children() const { return children_; } + + // Does the method result with a valid expression or a `std::nullopt`? + bool is_valid() const { return valid_; } + + private: + friend class ExprGenerator; + + std::string name_; + GenerateExprFn callback_; // Callback for re-evaluating the method. + bool valid_ = false; + std::vector children_; +}; + +class GenTreeVisitor { + public: + virtual ~GenTreeVisitor() {} + + virtual void visit_node(std::shared_ptr) {} + virtual void visit_byte(uint8_t) {} +}; + +// Recursively visits nodes and random values contained in the `node`. +void walk_gen_tree(std::shared_ptr node, GenTreeVisitor* visitor); + +} // namespace fuzzer + +#endif // INCLUDE_GEN_NODE_H diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/libfuzzer_common.cc b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/libfuzzer_common.cc new file mode 100644 index 000000000000..c6c7ebafd829 --- /dev/null +++ b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/libfuzzer_common.cc @@ -0,0 +1,142 @@ +#include "fuzzer/libfuzzer_common.h" + +#include +#include +#include +#include + +#include "../runner.h" +#include "lldb/API/SBDebugger.h" +#include "lldb/API/SBFrame.h" +#include "lldb/API/SBProcess.h" +#include "lldb/API/SBTarget.h" +#include "lldb/API/SBThread.h" +#include "fuzzer/ast.h" +#include "fuzzer/expr_gen.h" +#include "fuzzer/fixed_rng.h" +#include "fuzzer/gen_node.h" +#include "fuzzer/symbol_table.h" + +namespace fuzzer { + + +namespace { + +class GenNodePicker : public GenTreeVisitor { + public: + void visit_node(std::shared_ptr node) { + if (node->is_valid()) { + options_.emplace_back(node); + } + } + + template + std::shared_ptr pick(Rng& rng) { + std::uniform_int_distribution distr(0, options_.size() - 1); + return options_[distr(rng)]; + } + + private: + std::vector> options_; +}; + +class GenNodeWriter : public GenTreeVisitor { + public: + explicit GenNodeWriter(ByteWriter& writer) : writer_(writer) {} + + void visit_byte(uint8_t byte) { writer_.write_byte(byte); } + + private: + ByteWriter& writer_; +}; + +ExprGenerator create_generator(SymbolTable symtab, + std::unique_ptr rng) { + auto cfg = GenConfig(); + cfg.max_depth = 12; + + return ExprGenerator(std::move(rng), cfg, symtab); +} + +template +std::shared_ptr pick_random_node(std::shared_ptr root, + Rng& rng) { + GenNodePicker picker; + walk_gen_tree(root, &picker); + return picker.pick(rng); +} + +void write_node(std::shared_ptr root, ByteWriter& writer) { + GenNodeWriter node_writer(writer); + walk_gen_tree(root, &node_writer); +} + +} // namespace + +int LibfuzzerState::init(int* /*argc*/, char*** argv) { + lldb::SBDebugger::Initialize(); + + auto binary_path = "/home/ikuklin/dev/git/kuilpd-llvm-project/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/fuzzer_binary.bin"; + auto source_path = "/home/ikuklin/dev/git/kuilpd-llvm-project/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/fuzzer_binary.cc"; + + debugger_ = lldb::SBDebugger::Create(false); + + lldb::SBProcess process = LaunchTestProgram( + debugger_, source_path, binary_path, "// BREAK HERE"); + + target_ = process.GetTarget(); + frame_ = process.GetSelectedThread().GetSelectedFrame(); + + symtab_ = fuzzer::SymbolTable::create_from_frame( + frame_, /*ignore_qualified_types*/ true); + + // Add lldb-eval functions. + symtab_.add_function(ScalarType::UnsignedInt, "__log2", + {ScalarType::UnsignedInt}); + + return 0; +} + +size_t LibfuzzerState::custom_mutate(uint8_t* data, size_t size, + size_t max_size, unsigned int seed) { + auto fixed_rng = std::make_unique(data, size); + auto fixed_generator = create_generator(symtab_, std::move(fixed_rng)); + + auto maybe_expr = fixed_generator.generate(); + assert(maybe_expr.has_value() && "Expression could not be generated!"); + + std::mt19937 rng(seed); + auto root = fixed_generator.node(); + auto mutable_node = pick_random_node(root, rng); + + auto random_generator = + create_generator(symtab_, std::make_unique(rng())); + if (!random_generator.mutate_gen_node(mutable_node)) { + return size; + } + + ByteWriter writer(data, max_size); + write_node(root, writer); + + // It's possible that `root`'s sequence of random values overflows the size of + // `data`. Overflowed values will be ignored. This isn't ideal, but also isn't + // critical since expression generator is able to generate an expression from + // any byte sequence. + // TODO: Compare number of random values in the `root` to the `max_size`. + + return writer.size(); +} + +std::string LibfuzzerState::input_to_expr(const uint8_t* data, size_t size) { + auto rng = std::make_unique(data, size); + auto generator = create_generator(symtab_, std::move(rng)); + auto maybe_expr = generator.generate(); + + assert(maybe_expr.has_value() && "Expression could not be generated!"); + + std::ostringstream os; + os << maybe_expr.value(); + return os.str(); +} + +} // namespace fuzzer diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/libfuzzer_common.h b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/libfuzzer_common.h new file mode 100644 index 000000000000..4ae0f5a60b5d --- /dev/null +++ b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/libfuzzer_common.h @@ -0,0 +1,40 @@ +#ifndef INCLUDE_LIBFUZZER_COMMON_H +#define INCLUDE_LIBFUZZER_COMMON_H + +#include +#include +#include + +#include "lldb/API/SBDebugger.h" +#include "lldb/API/SBFrame.h" +#include "lldb/API/SBTarget.h" +#include "fuzzer/symbol_table.h" + +namespace fuzzer { + +class LibfuzzerState { + public: + LibfuzzerState() = default; + ~LibfuzzerState() {} + + int init(int* argc, char*** argv); + + size_t custom_mutate(uint8_t* data, size_t size, size_t max_size, + unsigned int seed); + + std::string input_to_expr(const uint8_t* data, size_t size); + + lldb::SBFrame& frame() { return frame_; } + + lldb::SBTarget& target() { return target_; } + + private: + lldb::SBDebugger debugger_; + lldb::SBFrame frame_; + lldb::SBTarget target_; + SymbolTable symtab_; +}; + +} // namespace fuzzer + +#endif // INCLUDE_LIBFUZZER_COMMON_H diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/libfuzzer_utils.h b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/libfuzzer_utils.h new file mode 100644 index 000000000000..2cd00ce2457c --- /dev/null +++ b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/libfuzzer_utils.h @@ -0,0 +1,171 @@ +// Copyright 2021 Google LLC +// +// Licensed under the Apache License, Version 2.0 (the "License"); +// you may not use this file except in compliance with the License. +// You may obtain a copy of the License at +// +// http://www.apache.org/licenses/LICENSE-2.0 +// +// Unless required by applicable law or agreed to in writing, software +// distributed under the License is distributed on an "AS IS" BASIS, +// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. +// See the License for the specific language governing permissions and +// limitations under the License. + +#ifndef INCLUDE_LIBFUZZER_UTILS_H +#define INCLUDE_LIBFUZZER_UTILS_H + +#include +#include +#include +#include +#include +#include + +namespace fuzzer { + +// A class that consumes byte sequence provided by libFuzzer and produces a +// sequence of meaningful basic data types, inspired by LLVM's +// `FuzzedDataProvider`. +class LibfuzzerReader { + public: + LibfuzzerReader(const uint8_t* data, size_t size) + : data_(data), size_(size) {} + + bool read_bool() { return static_cast(read_byte() & 1); } + + template + T read_int() { + return read_int(std::numeric_limits::min(), + std::numeric_limits::max()); + } + + template + T read_int(T min, T max) { + assert(min <= max); + + uint64_t range = static_cast(max) - min; + uint64_t value = 0; + + for (size_t i = 0; i < 8 * sizeof(T) && (range >> i) > 0; i += 8) { + value |= (static_cast(read_byte()) << i); + } + + if (range != std::numeric_limits::max()) { + value %= (range + 1); + } + + return static_cast(min + value); + } + + template + T read_float(T min, T max) { + assert(min <= max); + assert( + (min >= 0 || max <= 0 || min + std::numeric_limits::max() >= max) && + "Range cannot be represented with a floating point type!"); + + using IntType = typename std::conditional::type; + + T frac = static_cast(read_int()) / + static_cast(std::numeric_limits::max()); + + return min + (max - min) * frac; + } + + uint8_t read_byte() { return offset_ < size_ ? data_[offset_++] : 0; } + + size_t offset() const { return offset_; } + + private: + const uint8_t* data_; + size_t size_; + size_t offset_ = 0; +}; + +class ByteWriter { + public: + ByteWriter(uint8_t* data, size_t max_size) + : data_(data), max_size_(max_size) {} + + void write_byte(uint8_t byte) { + if (size_ < max_size_) { + data_[size_++] = byte; + } + } + + size_t size() const { return size_; } + + private: + uint8_t* data_; + size_t max_size_; + size_t size_ = 0; +}; + +// A class that converts a sequence of meaningful basic type data to a byte +// sequence, compatible with the `LibfuzzerReader`. +class LibfuzzerWriter { + public: + LibfuzzerWriter() = default; + + void write_bool(bool value) { write_byte(value ? 1 : 0); } + + template + void write_int(T value) { + write_int(value, std::numeric_limits::min(), + std::numeric_limits::max()); + } + + template + void write_int(T value, T min, T max) { + assert(min <= value); + assert(value <= max); + uint64_t range = static_cast(max) - min; + uint64_t write_value = static_cast(value) - min; + value -= min; + for (; range > 0; range >>= 8) { + write_byte(static_cast(write_value & 0xff)); + write_value >>= 8; + } + } + + template + void write_float(T value, T min, T max) { + assert(min <= value); + assert(value <= max); + assert( + (min >= 0 || max <= 0 || min + std::numeric_limits::max() >= max) && + "Range cannot be represented with a floating point type!"); + + using IntType = typename std::conditional::type; + + if (min == max) { + write_int(0); + return; + } + + IntType converted_value = static_cast( + (value - min) / (max - min) * + static_cast(std::numeric_limits::max())); + + write_int(converted_value); + } + + void write_byte(uint8_t byte) { + assert(callback_ && "Callback isn't set!"); + callback_(byte); + } + + void set_callback(std::function callback) { + callback_ = std::move(callback); + } + + private: + std::function callback_; +}; + +} // namespace fuzzer + +#endif // INCLUDE_LIBFUZZER_UTILS_H diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/symbol_table.cc b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/symbol_table.cc new file mode 100644 index 000000000000..6291e2d406ec --- /dev/null +++ b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/symbol_table.cc @@ -0,0 +1,505 @@ +/* + * Copyright 2021 Google LLC + * + * Licensed under the Apache License, Version 2.0 (the "License"); + * you may not use this file except in compliance with the License. + * You may obtain a copy of the License at + * + * http://www.apache.org/licenses/LICENSE-2.0 + * + * Unless required by applicable law or agreed to in writing, software + * distributed under the License is distributed on an "AS IS" BASIS, + * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. + * See the License for the specific language governing permissions and + * limitations under the License. + */ + +#include "fuzzer/symbol_table.h" + +#include +#include +#include + +#include "lldb/API/SBError.h" +#include "lldb/API/SBFrame.h" +#include "lldb/API/SBMemoryRegionInfo.h" +#include "lldb/API/SBMemoryRegionInfoList.h" +#include "lldb/API/SBModule.h" +#include "lldb/API/SBProcess.h" +#include "lldb/API/SBThread.h" +#include "lldb/API/SBType.h" +#include "lldb/API/SBTypeEnumMember.h" +#include "lldb/API/SBValue.h" +#include "lldb/API/SBVariablesOptions.h" +#include "fuzzer/ast.h" + +#include + +// Template magic to check whether a class has a specific method. +template +constexpr auto is_valid(F&& f) -> decltype(f(std::declval()), true) { + return true; +} +template +constexpr bool is_valid(...) { + return false; +} +#define HAS_METHOD(T, EXPR) is_valid([](auto&& obj) -> decltype(obj.EXPR) {}) + + +namespace fuzzer { +namespace { + +// Guesses type qualifiers depending on difference of name length of type and +// unqualified version of type (unfortunately, there isn't a convenient way to +// get type qualifiers in LLDB API). +CvQualifiers guess_cv_qualifiers(lldb::SBType& type) { + const size_t len_diff = + strlen(type.GetName()) - strlen(type.GetUnqualifiedType().GetName()); + + if (len_diff == 5 || len_diff == 6) { + return CvQualifier::Const; + } + + if (len_diff == 8 || len_diff == 9) { + return CvQualifier::Volatile; + } + + if (len_diff == 14 || len_diff == 15) { + return CvQualifiers::all_set(); + } + + return CvQualifiers(); +} + +bool is_tagged_type(lldb::SBType& type) { + if (type.GetNumberOfTemplateArguments() != 0) { + // LLDB doesn't work well with template types. + return false; + } + return type.GetTypeClass() == lldb::eTypeClassStruct || + type.GetTypeClass() == lldb::eTypeClassClass; +} + +template +bool is_scoped_enum(T type) { + if constexpr (HAS_METHOD(T, IsScopedEnumerationType())) { + return type.IsScopedEnumerationType(); + } + return false; +} + +std::optional convert_type(lldb::SBType type, + bool ignore_qualified_types) { + type = type.GetCanonicalType(); + + // There isn't a convenient way to get type qualifiers of lldb::SBType. + if (ignore_qualified_types && + strcmp(type.GetName(), type.GetUnqualifiedType().GetName()) != 0) { + return {}; + } + + if (type.IsReferenceType()) { + // Currenty, the fuzzer doesn't support reference types. + type = type.GetDereferencedType(); + } + + if (type.IsPointerType()) { + auto pointee_type = type.GetPointeeType(); + const auto inner_type = convert_type(pointee_type, ignore_qualified_types); + if (!inner_type.has_value()) { + return {}; + } + return PointerType(QualifiedType(std::move(inner_type.value()), + guess_cv_qualifiers(pointee_type))); + } + + if (type.IsArrayType()) { + auto element_type = type.GetArrayElementType(); + const auto inner_type = convert_type(element_type, ignore_qualified_types); + if (!inner_type.has_value()) { + return {}; + } + // We have to calculate the array size manually. + uint64_t size = type.GetByteSize() / element_type.GetByteSize(); + return ArrayType(std::move(inner_type.value()), size); + } + + if (is_tagged_type(type)) { + return TaggedType(type.GetName()); + } + + if (type.GetTypeClass() == lldb::eTypeClassEnumeration) { + return EnumType(type.GetName(), is_scoped_enum(type)); + } + + const lldb::BasicType basic_type = type.GetBasicType(); + + switch (basic_type) { + case lldb::eBasicTypeVoid: + return ScalarType::Void; + case lldb::eBasicTypeChar: + return ScalarType::Char; + case lldb::eBasicTypeSignedChar: + // Definition of char is compiler-dependent and LLDB seems to return + // eBasicTypeSignedChar for the char type. To improve type conversion, + // we explicitly check if there is a "signed" keyword in the string + // representation. + if (std::string(type.GetName()).find("signed") == std::string::npos) { + return ScalarType::Char; + } + return ScalarType::SignedChar; + case lldb::eBasicTypeUnsignedChar: + if (std::string(type.GetName()).find("unsigned") == std::string::npos) { + return ScalarType::Char; + } + return ScalarType::UnsignedChar; + case lldb::eBasicTypeShort: + return ScalarType::SignedShort; + case lldb::eBasicTypeUnsignedShort: + return ScalarType::UnsignedShort; + case lldb::eBasicTypeInt: + return ScalarType::SignedInt; + case lldb::eBasicTypeUnsignedInt: + return ScalarType::UnsignedInt; + case lldb::eBasicTypeLong: + return ScalarType::SignedLong; + case lldb::eBasicTypeUnsignedLong: + return ScalarType::UnsignedLong; + case lldb::eBasicTypeLongLong: + return ScalarType::SignedLongLong; + case lldb::eBasicTypeUnsignedLongLong: + return ScalarType::UnsignedLongLong; + case lldb::eBasicTypeBool: + return ScalarType::Bool; + case lldb::eBasicTypeFloat: + return ScalarType::Float; + case lldb::eBasicTypeDouble: + return ScalarType::Double; + case lldb::eBasicTypeLongDouble: + return ScalarType::LongDouble; + case lldb::eBasicTypeNullPtr: + return NullptrType{}; + + default: + return {}; + } +} + +bool is_valid_address(lldb::addr_t address, + lldb::SBMemoryRegionInfoList& regions) { + for (size_t i = 0; i < regions.GetSize(); ++i) { + lldb::SBMemoryRegionInfo region; + if (!regions.GetMemoryRegionAtIndex(i, region) || !region.IsReadable()) { + continue; + } + if (address >= region.GetRegionBase() && address < region.GetRegionEnd()) { + return true; + } + } + return false; +} + +// Calculates freedom index of the given variable, i.e. a number of times the +// variable can be dereferenced (it ignores references). +int calculate_freedom_index(lldb::SBValue value, + lldb::SBMemoryRegionInfoList& memory_regions) { + auto type = value.GetType().GetCanonicalType(); + if (type.IsReferenceType()) { + value = value.Dereference(); + type = value.GetType().GetCanonicalType(); + } + + if (type.IsPointerType()) { + lldb::addr_t address = + static_cast(value.GetValueAsUnsigned()); + if (is_valid_address(address, memory_regions)) { + return 1 + calculate_freedom_index(value.Dereference(), memory_regions); + } + } + + if (type.IsArrayType()) { + lldb::addr_t address = + static_cast(value.AddressOf().GetValueAsUnsigned()); + if (is_valid_address(address, memory_regions)) { + // The first array element. + lldb::SBValue element_value = value.GetChildAtIndex(0); + return 1 + calculate_freedom_index(element_value, memory_regions); + } + } + + return 0; +} + +// Fix variable/field names returned by LLDB API. E.g. name is sometimes in +// the form of "type name" or "type *name", so it ignores everything in front of +// the last occurrence of ' ' (space), '*' or '&'. +const char* fix_name(const char* name) { + // Find the last occurrence of ' ', '*' or '&' in the `name`. + const char* last_occurrence = nullptr; + for (const char* c = name; *c != '\0'; ++c) { + if (*c == ' ' || *c == '*' || *c == '&') { + last_occurrence = c; + } + } + if (last_occurrence != nullptr) { + return last_occurrence + 1; + } + return name; +} + +// A helper class that analyzes relations among structs and classes and collects +// necessary field information. +class ClassAnalyzer { + public: + struct FieldInfo { + std::string name; + Type type; + uint32_t id; + bool is_reference; + bool is_virtual; // Is it a virtually inherited field? + + FieldInfo(std::string name, Type type, uint32_t id, bool is_reference, + bool is_virtual = false) + : name(std::move(name)), + type(std::move(type)), + id(id), + is_reference(is_reference), + is_virtual(is_virtual) {} + + friend bool operator==(const FieldInfo& lhs, const FieldInfo& rhs) { + return lhs.id == rhs.id && lhs.is_reference == rhs.is_reference && + lhs.is_virtual == rhs.is_virtual && lhs.name == rhs.name && + lhs.type == rhs.type; + } + + // Needed for std::unordered_set. + struct Hash { + size_t operator()(const FieldInfo& field_info) const { + return field_info.id; + } + }; + }; + + class ClassInfo { + public: + using FieldSet = std::unordered_set; + + ClassInfo() = default; + explicit ClassInfo(FieldSet fields) : fields_(std::move(fields)) { + for (const auto& field : fields_) { + num_field_names_[field.name]++; + } + } + + bool is_unique_field_name(const std::string& field_name) const { + auto it = num_field_names_.find(field_name); + return it != num_field_names_.end() && it->second == 1; + } + + const FieldSet& fields() const { return fields_; } + + private: + FieldSet fields_; + std::unordered_map num_field_names_; + }; + + explicit ClassAnalyzer(bool ignore_qualified_types) + : ignore_qualified_types_(ignore_qualified_types) {} + + const ClassInfo& get_class_info(lldb::SBType type) { + return get_cached_class_info(type); + } + + private: + const ClassInfo& get_cached_class_info(lldb::SBType type) { + const std::string type_name = type.GetName(); + if (!is_tagged_type(type) || + cached_types_.find(type_name) != cached_types_.end()) { + return cached_types_[type_name]; + } + + ClassInfo::FieldSet fields; + + // Collect fields declared in the `type`. + for (uint32_t i = 0; i < type.GetNumberOfFields(); ++i) { + lldb::SBTypeMember field = type.GetFieldAtIndex(i); + auto maybe_type = convert_type(field.GetType(), ignore_qualified_types_); + if (maybe_type.has_value()) { + fields.emplace(fix_name(field.GetName()), std::move(maybe_type.value()), + next_field_id(), field.GetType().IsReferenceType()); + } + } + + // SBType::GetDirectBaseClass includes both virtual and non-virtual base + // types. This set is used to store virtual base types in order to skip + // them during processing of non-virtual base types. + std::unordered_set virtually_inherited; + + // Collect fields from virtual base types. + for (uint32_t i = 0; i < type.GetNumberOfVirtualBaseClasses(); ++i) { + lldb::SBType base_type = type.GetVirtualBaseClassAtIndex(i).GetType(); + virtually_inherited.insert(base_type.GetName()); + const auto& base_class_info = get_cached_class_info(base_type); + for (auto field : base_class_info.fields()) { + field.is_virtual = true; + fields.insert(std::move(field)); + } + } + + // Collect fields from non-virtual base types. + for (uint32_t i = 0; i < type.GetNumberOfDirectBaseClasses(); ++i) { + lldb::SBType base_type = type.GetDirectBaseClassAtIndex(i).GetType(); + if (virtually_inherited.find(base_type.GetName()) != + virtually_inherited.end()) { + // Skip virtual base types. + continue; + } + const auto& base_class_info = get_cached_class_info(base_type); + for (auto field : base_class_info.fields()) { + if (!field.is_virtual) { + field.id = next_field_id(); + } + fields.insert(std::move(field)); + } + } + + return cached_types_[type_name] = ClassInfo(std::move(fields)); + } + + uint32_t next_field_id() { return next_field_id_++; } + + bool ignore_qualified_types_; + uint32_t next_field_id_ = 0; + std::unordered_map cached_types_; +}; + +void load_frame_variables(SymbolTable& symtab, lldb::SBFrame& frame, + lldb::SBMemoryRegionInfoList& memory_regions, + bool ignore_qualified_types, + bool include_local_vars) { + lldb::SBVariablesOptions options; + options.SetIncludeLocals(include_local_vars); + options.SetIncludeStatics(true); + + lldb::SBValueList variables = frame.GetVariables(options); + uint32_t variables_size = variables.GetSize(); + + for (uint32_t i = 0; i < variables_size; ++i) { + lldb::SBValue value = variables.GetValueAtIndex(i); + auto maybe_type = convert_type(value.GetType(), ignore_qualified_types); + if (maybe_type.has_value()) { + symtab.add_var(maybe_type.value(), + VariableExpr(fix_name(value.GetName())), + calculate_freedom_index(value, memory_regions)); + } + } +} + +// Loads structs, classes and enumerations. +ClassAnalyzer load_tagged_types(SymbolTable& symtab, lldb::SBFrame& frame, + bool ignore_qualified_types) { + ClassAnalyzer classes(ignore_qualified_types); + + lldb::SBTypeList types = frame.GetModule().GetTypes( + lldb::eTypeClassStruct | lldb::eTypeClassClass | + lldb::eTypeClassEnumeration); + uint32_t types_size = types.GetSize(); + + for (uint32_t i = 0; i < types_size; ++i) { + lldb::SBType type = types.GetTypeAtIndex(i); + + // Structs and classes. + if (is_tagged_type(type)) { + const auto tagged_type = TaggedType(type.GetName()); + const auto& info = classes.get_class_info(type); + for (const auto& field : info.fields()) { + if (info.is_unique_field_name(field.name)) { + bool reference_or_virtual = field.is_reference || field.is_virtual; + symtab.add_field(tagged_type, field.name, field.type, + reference_or_virtual); + } + } + } + + // Enumerations. + if (type.GetTypeClass() == lldb::eTypeClassEnumeration) { + const auto enum_type = EnumType(type.GetName(), is_scoped_enum(type)); + lldb::SBTypeEnumMemberList members = type.GetEnumMembers(); + for (uint32_t i = 0; i < members.GetSize(); ++i) { + lldb::SBTypeEnumMember member = members.GetTypeEnumMemberAtIndex(i); + symtab.add_enum_literal(enum_type, member.GetName()); + } + } + } + + return classes; +} + +} // namespace + +// Creates a symbol table from the `frame`. It populates local and global +// (static) variables of the following types: basic types, structs, classes +// and pointers. Reference variables are imported, but treated as +// non-references. +SymbolTable SymbolTable::create_from_frame(lldb::SBFrame& frame, + bool ignore_qualified_types) { + SymbolTable symtab; + + lldb::SBMemoryRegionInfoList memory_regions = + frame.GetThread().GetProcess().GetMemoryRegions(); + + load_frame_variables(symtab, frame, memory_regions, ignore_qualified_types, + /*include_local_vars*/ true); + load_tagged_types(symtab, frame, ignore_qualified_types); + + return symtab; +} + +// Creates a symbol table from the `value`. The `value` has to be object of +// a struct or class. It populates global (static) variables and fields of +// the `value` of the following types: basic types, structs, classes and +// pointers. +SymbolTable SymbolTable::create_from_value(lldb::SBValue& value, + bool ignore_qualified_types) { + lldb::SBType value_type = value.GetType(); + if (!is_tagged_type(value_type)) { + return SymbolTable(); + } + + SymbolTable symtab; + + lldb::SBFrame frame = value.GetFrame(); + lldb::SBMemoryRegionInfoList memory_regions = + frame.GetThread().GetProcess().GetMemoryRegions(); + + load_frame_variables(symtab, frame, memory_regions, ignore_qualified_types, + /*include_local_vars*/ false); + + ClassAnalyzer classes = + load_tagged_types(symtab, frame, ignore_qualified_types); + + const auto tagged_type = TaggedType(value_type.GetName()); + const auto& value_type_info = classes.get_class_info(value_type); + + for (const auto& field : value_type_info.fields()) { + if (value_type_info.is_unique_field_name(field.name)) { + // TODO: `GetChildMemberWithName` may not work for virtually inherited + // fields. We should find another way of looking those fields up. + lldb::SBValue member = value.GetChildMemberWithName(field.name.c_str()); + if (!member.IsValid()) { + continue; + } + symtab.add_var(field.type, VariableExpr(field.name), + calculate_freedom_index(member, memory_regions)); + } + } + + // Add "this" as additional variable. + symtab.add_var(PointerType(QualifiedType(tagged_type)), VariableExpr("this"), + /*freedom_index*/ 1); + + return symtab; +} + +} // namespace fuzzer diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/symbol_table.h b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/symbol_table.h new file mode 100644 index 000000000000..2d67015975cd --- /dev/null +++ b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/symbol_table.h @@ -0,0 +1,156 @@ +/* + * Copyright 2021 Google LLC + * + * Licensed under the Apache License, Version 2.0 (the "License"); + * you may not use this file except in compliance with the License. + * You may obtain a copy of the License at + * + * http://www.apache.org/licenses/LICENSE-2.0 + * + * Unless required by applicable law or agreed to in writing, software + * distributed under the License is distributed on an "AS IS" BASIS, + * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. + * See the License for the specific language governing permissions and + * limitations under the License. + */ + +#ifndef INCLUDE_SYMBOL_TABLE_H_ +#define INCLUDE_SYMBOL_TABLE_H_ + +#include +#include +#include +#include + +#include "ast.h" +#include "lldb/API/SBFrame.h" + +namespace fuzzer { + +// A variable representation that contains "freedom index". The freedom index +// guarantees that the variable can be dereferenced a certain number of times. +// For example, if a variable `ptr` has a freedom index of 2, it means that +// expressions `*ptr`, `**ptr` or `***&ptr` are valid, while `***ptr` is not, +// as it may result in an invalid memory access. +struct VariableFreedomPair { + VariableFreedomPair(VariableExpr expr, int freedom_index) + : expr(std::move(expr)), freedom_index(freedom_index) {} + + VariableExpr expr; + int freedom_index; +}; + +class Field { + public: + Field(TaggedType containing_type, std::string name, + bool is_reference_or_virtual = false) + : containing_type_(std::move(containing_type)), + name_(std::move(name)), + is_reference_or_virtual_(is_reference_or_virtual) {} + + const TaggedType& containing_type() const { return containing_type_; } + const std::string& name() const { return name_; } + bool is_reference_or_virtual() const { return is_reference_or_virtual_; } + + private: + TaggedType containing_type_; + std::string name_; + bool is_reference_or_virtual_; +}; + +class Function { + public: + Function(std::string name, std::vector argument_types) + : name_(std::move(name)), argument_types_(std::move(argument_types)) {} + + const std::string& name() const { return name_; } + const std::vector& argument_types() const { return argument_types_; } + + private: + std::string name_; + std::vector argument_types_; +}; + +class SymbolTable { + public: + SymbolTable() = default; + + static SymbolTable create_from_frame(lldb::SBFrame& frame, + bool ignore_qualified_types = false); + + static SymbolTable create_from_value(lldb::SBValue& value, + bool ignore_qualified_types = false); + + void add_var(Type type, VariableExpr var, int freedom_index = 0) { + var_map_[type].emplace_back(std::move(var), freedom_index); + + // Collect all array types contained in the `type`. + while (std::holds_alternative(type) || + std::holds_alternative(type)) { + const auto* as_array = std::get_if(&type); + if (as_array != nullptr) { + array_types_.insert(*as_array); + type = as_array->type(); + } + const auto* as_pointer = std::get_if(&type); + if (as_pointer != nullptr) { + type = as_pointer->type().type(); + } + } + } + + const std::unordered_map>& vars() + const { + return var_map_; + } + + void add_field(TaggedType containing_type, std::string field_name, + Type field_type, bool reference_or_virtual) { + fields_by_type_[std::move(field_type)].emplace_back( + containing_type, std::move(field_name), reference_or_virtual); + + tagged_types_.insert(std::move(containing_type)); + } + + void add_enum_literal(const EnumType& enum_type, std::string enum_literal) { + enum_map_[enum_type].emplace_back(enum_type, std::move(enum_literal)); + } + + void add_function(Type return_type, std::string name, + std::vector argument_types) { + function_map_[std::move(return_type)].emplace_back( + std::move(name), std::move(argument_types)); + } + + const std::unordered_map>& fields_by_type() const { + return fields_by_type_; + } + + const std::unordered_map>& functions() const { + return function_map_; + } + + const std::unordered_map>& enums() const { + return enum_map_; + } + + const std::unordered_set& tagged_types() const { + return tagged_types_; + } + + const std::unordered_set& array_types() const { + return array_types_; + } + + private: + std::unordered_map> var_map_; + std::unordered_map> function_map_; + std::unordered_map> fields_by_type_; + std::unordered_map> enum_map_; + std::unordered_set tagged_types_; + std::unordered_set array_types_; +}; + +} // namespace fuzzer + +#endif // INCLUDE_SYMBOL_TABLE_H_ diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/lldb_DIL_libfuzzer_test.cpp b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/lldb_DIL_libfuzzer_test.cpp new file mode 100644 index 000000000000..bd7e867e63db --- /dev/null +++ b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/lldb_DIL_libfuzzer_test.cpp @@ -0,0 +1,47 @@ +/* + * Copyright 2021 Google LLC + * + * Licensed under the Apache License, Version 2.0 (the "License"); + * you may not use this file except in compliance with the License. + * You may obtain a copy of the License at + * + * http://www.apache.org/licenses/LICENSE-2.0 + * + * Unless required by applicable law or agreed to in writing, software + * distributed under the License is distributed on an "AS IS" BASIS, + * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. + * See the License for the specific language governing permissions and + * limitations under the License. + */ + +#include +#include +#include +#include +#include +#include + +#include "lldb/API/SBError.h" +#include "fuzzer/libfuzzer_common.h" +#include "lldb/lldb-enumerations.h" +#include + +// Global variables that are initialized in `LLVMFuzzerInitialize`. +static fuzzer::LibfuzzerState g_state; + +extern "C" size_t LLVMFuzzerCustomMutator(uint8_t* data, size_t size, + size_t max_size, unsigned int seed) { + return g_state.custom_mutate(data, size, max_size, seed); +} + +extern "C" int LLVMFuzzerTestOneInput(const uint8_t* data, size_t size) { + std::string expr = g_state.input_to_expr(data, size); + std::cerr << "expr: " << expr.data() << std::endl; + lldb::SBError error; + auto result = g_state.frame().EvaluateExpressionViaDIL(expr.c_str(), lldb::eNoDynamicValues); + return 0; +} + +extern "C" int LLVMFuzzerInitialize(int* argc, char*** argv) { + return g_state.init(argc, argv); +} diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/runner.cpp b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/runner.cpp new file mode 100644 index 000000000000..16ff0e8eb73a --- /dev/null +++ b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/runner.cpp @@ -0,0 +1,157 @@ +// Copyright 2020 Google LLC +// +// Licensed under the Apache License, Version 2.0 (the "License"); +// you may not use this file except in compliance with the License. +// You may obtain a copy of the License at +// +// http://www.apache.org/licenses/LICENSE-2.0 +// +// Unless required by applicable law or agreed to in writing, software +// distributed under the License is distributed on an "AS IS" BASIS, +// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. +// See the License for the specific language governing permissions and +// limitations under the License. + +#include "runner.h" + +#include +#include +#include + +#include "lldb/API/SBBreakpoint.h" +#include "lldb/API/SBBreakpointLocation.h" +#include "lldb/API/SBCommandInterpreter.h" +#include "lldb/API/SBCommandReturnObject.h" +#include "lldb/API/SBDebugger.h" +#include "lldb/API/SBDefines.h" +#include "lldb/API/SBEvent.h" +#include "lldb/API/SBFileSpec.h" +#include "lldb/API/SBFrame.h" +#include "lldb/API/SBListener.h" +#include "lldb/API/SBProcess.h" +#include "lldb/API/SBTarget.h" +#include "lldb/API/SBThread.h" +#include "lldb/API/SBValue.h" +#include "lldb/lldb-enumerations.h" +#include "lldb/lldb-types.h" + +#ifdef CONFIG_VALGRIND +// Running a process under Valgrind can be extremely slow. +const uint32_t kWaitForEventTimeout = 30; +#else +// Running a process can be slow when built with sanitizers. +const uint32_t kWaitForEventTimeout = 5; +#endif + +//void SetupLLDBServerEnv(const Runfiles& runfiles) { +//#ifndef _WIN32 +// std::string lldb_server = runfiles.Rlocation("llvm_project/bin/lldb-server"); +// setenv("LLDB_DEBUGSERVER_PATH", lldb_server.c_str(), 0); +//#else +// (void)runfiles; +//#endif // !_WIN32 +//} + +int FindBreakpointLine(const std::string& file_path, + const std::string& break_line) { + // Read the source file to find the breakpoint location. + std::ifstream infile(file_path); + std::string line; + int line_num = 1; + while (std::getline(infile, line)) { + if (line.find(break_line) != std::string::npos) { + return line_num; + } + ++line_num; + } + + std::cerr << "Can't find the breakpoint location." << std::endl; + exit(1); +} + +std::string filename_of_source_path(const std::string& source_path) { + auto idx = source_path.find_last_of("/\\"); + if (idx == std::string::npos) { + idx = 0; + } else { + idx++; + } + + return source_path.substr(idx); +} + +lldb::SBProcess LaunchTestProgram(lldb::SBDebugger debugger, + const std::string& source_path, + const std::string& binary_path, + const std::string& break_line) { + auto target = debugger.CreateTarget(binary_path.c_str()); + + auto source_file = filename_of_source_path(source_path); + + const char* argv[] = {binary_path.c_str(), nullptr}; + + auto bp = target.BreakpointCreateByLocation( + source_file.c_str(), FindBreakpointLine(source_path.c_str(), break_line)); + // Test programs don't perform any I/O, so current directory doesn't + // matter. + if (bp.GetNumLocations() == 0) + std::cerr << "WARNING: Unable to resolve breakpoint to any actual locations." << std::endl; + auto process = target.LaunchSimple(argv, nullptr, "."); + if (!process.IsValid()) { + std::cerr << "ERROR: Unable to launch process. Check that the path to the binary is valid." << std::endl; + return process; + } + lldb::SBEvent event; + auto listener = debugger.GetListener(); + + while (true) { + if (!listener.WaitForEvent(kWaitForEventTimeout, event)) { + std::cerr + << "Timeout while waiting for the event, kill the process and exit." + << std::endl; + process.Destroy(); + exit(1); + } + + if (!lldb::SBProcess::EventIsProcessEvent(event)) { + std::cerr << "Got some random event: " + << lldb::SBEvent::GetCStringFromEvent(event) << std::endl; + continue; + } + + auto state = lldb::SBProcess::GetStateFromEvent(event); + if (state == lldb::eStateInvalid) { + std::cerr << "process event: " + << lldb::SBEvent::GetCStringFromEvent(event) << std::endl; + continue; + } + + if (state == lldb::eStateExited) { + std::cerr << "Process exited: " << process.GetExitStatus() << std::endl; + process.Destroy(); + exit(1); + } + + if (state != lldb::eStateStopped) { + continue; + } + + auto thread = process.GetSelectedThread(); + auto stopReason = thread.GetStopReason(); + + if (stopReason != lldb::eStopReasonBreakpoint) { + continue; + } + + auto bpId = + static_cast(thread.GetStopReasonDataAtIndex(0)); + if (bpId != bp.GetID()) { + std::cerr << "Stopped at unknown breakpoint: " << bpId << std::endl + << "Now killing process and exiting" << std::endl; + process.Destroy(); + exit(1); + } + + return process; + } +} diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/runner.h b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/runner.h new file mode 100644 index 000000000000..27cdbd4ce7fc --- /dev/null +++ b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/runner.h @@ -0,0 +1,29 @@ +// Copyright 2020 Google LLC +// +// Licensed under the Apache License, Version 2.0 (the "License"); +// you may not use this file except in compliance with the License. +// You may obtain a copy of the License at +// +// http://www.apache.org/licenses/LICENSE-2.0 +// +// Unless required by applicable law or agreed to in writing, software +// distributed under the License is distributed on an "AS IS" BASIS, +// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. +// See the License for the specific language governing permissions and +// limitations under the License. + + +#ifndef LLDB_DIL_RUNNER_H_ +#define LLDB_DIL_RUNNER_H_ + +#include + +#include "lldb/API/SBDebugger.h" +#include "lldb/API/SBProcess.h" + +lldb::SBProcess LaunchTestProgram(lldb::SBDebugger debugger, + const std::string& source_path, + const std::string& binary_path, + const std::string& break_line); + +#endif // LLDB_DIL_RUNNER_H_ From 7cdd908278a3bc28d450fb6af3101d9560a8c13d Mon Sep 17 00:00:00 2001 From: Ilia Kuklin Date: Mon, 16 Dec 2024 23:00:54 +0500 Subject: [PATCH 04/24] Get fuzzer test binary via a relative path --- .../lldb-DIL-fuzzer/CMakeLists.txt | 23 +++++++++++++------ .../fuzzer/libfuzzer_common.cc | 11 ++++++--- 2 files changed, 24 insertions(+), 10 deletions(-) diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/CMakeLists.txt b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/CMakeLists.txt index 5c7432a51ae0..5ac10f846d66 100644 --- a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/CMakeLists.txt +++ b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/CMakeLists.txt @@ -27,18 +27,27 @@ if(TARGET lldb-DIL-libfuzzer-test) ) endif() -# add_llvm_fuzzer(lldb-eval-vs-lldb-test +# add_llvm_fuzzer(lldb-DIL-vs-lldb-libfuzzer-test # EXCLUDE_FROM_ALL -# lldb_vs_lldb_eval_libfuzzer_test.cc +# lldb_DIL_vs_lldb_libfuzzer_test.cpp +# runner.cpp +# fuzzer/ast.cc +# fuzzer/constraints.cc +# fuzzer/expr_gen.cc +# fuzzer/fixed_rng.cc +# fuzzer/gen_node.cc +# fuzzer/libfuzzer_common.cc +# fuzzer/symbol_table.cc # ) -# if(TARGET lldb-eval-vs-lldb-test) -# target_include_directories(lldb-eval-vs-lldb-test PRIVATE ..) -# target_link_libraries(lldb-eval-vs-lldb-test +# if(TARGET lldb-DIL-vs-lldb-libfuzzer-test) +# target_include_directories(lldb-DIL-vs-lldb-libfuzzer-test PRIVATE ..) +# target_link_libraries(lldb-DIL-vs-lldb-libfuzzer-test # PRIVATE # liblldb -# lldbEval -# lldbEvalFuzzer +# lldbFuzzerUtils # ) # endif() + + diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/libfuzzer_common.cc b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/libfuzzer_common.cc index c6c7ebafd829..f1472eb2ba45 100644 --- a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/libfuzzer_common.cc +++ b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/libfuzzer_common.cc @@ -16,6 +16,8 @@ #include "fuzzer/fixed_rng.h" #include "fuzzer/gen_node.h" #include "fuzzer/symbol_table.h" +#include "llvm/ADT/SmallString.h" +#include "llvm/Support/Path.h" namespace fuzzer { @@ -76,13 +78,16 @@ void write_node(std::shared_ptr root, ByteWriter& writer) { int LibfuzzerState::init(int* /*argc*/, char*** argv) { lldb::SBDebugger::Initialize(); - auto binary_path = "/home/ikuklin/dev/git/kuilpd-llvm-project/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/fuzzer_binary.bin"; - auto source_path = "/home/ikuklin/dev/git/kuilpd-llvm-project/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/fuzzer_binary.cc"; + llvm::SmallString<256> current(__FILE__); + llvm::sys::path::remove_filename(current); + auto parent = llvm::sys::path::parent_path(current.str()); + auto binary_path = std::string((parent + "/Inputs/fuzzer_binary.bin").str()); + auto source_path = std::string((parent + "/Inputs/fuzzer_binary.cc").str()); debugger_ = lldb::SBDebugger::Create(false); lldb::SBProcess process = LaunchTestProgram( - debugger_, source_path, binary_path, "// BREAK HERE"); + debugger_, source_path.c_str(), binary_path.c_str(), "// BREAK HERE"); target_ = process.GetTarget(); frame_ = process.GetSelectedThread().GetSelectedFrame(); From ce481f56fc9ed6cd99f83278aa2bcd319f3116be Mon Sep 17 00:00:00 2001 From: Ilia Kuklin Date: Fri, 20 Dec 2024 21:41:09 +0500 Subject: [PATCH 05/24] Change 'aka' to 'canonically referred to' in error messages --- lldb/unittests/DIL/DIL_test.cc | 18 +++++++++--------- 1 file changed, 9 insertions(+), 9 deletions(-) diff --git a/lldb/unittests/DIL/DIL_test.cc b/lldb/unittests/DIL/DIL_test.cc index ceaa5b6f5647..0f767154291c 100644 --- a/lldb/unittests/DIL/DIL_test.cc +++ b/lldb/unittests/DIL/DIL_test.cc @@ -1410,11 +1410,11 @@ TEST_F(EvalTest, TestCStyleCastPointer) { // EXPECT_THAT( // Eval("(nullptr_t)1"), - // IsError("C-style cast from 'int' to 'nullptr_t' (aka 'std::nullptr_t')" + // IsError("C-style cast from 'int' to 'nullptr_t' (canonically referred to as 'std::nullptr_t')" // " is not allowed")); // EXPECT_THAT( // Eval("(nullptr_t)ap"), - // IsError("C-style cast from 'int *' to 'nullptr_t' (aka 'std::nullptr_t')" + // IsError("C-style cast from 'int *' to 'nullptr_t' (canonically referred to as 'std::nullptr_t')" // " is not allowed")); } @@ -1547,11 +1547,11 @@ TEST_F(EvalTest, TestCxxStaticCast) { // EXPECT_THAT( // Eval("static_cast((int)0)"), - // IsError("static_cast from 'int' to 'nullptr_t' (aka 'std::nullptr_t')" + // IsError("static_cast from 'int' to 'nullptr_t' (canonically referred to as 'std::nullptr_t')" // " is not allowed")); // EXPECT_THAT( // Eval("static_cast((void*)0)"), - // IsError("static_cast from 'void *' to 'nullptr_t' (aka 'std::nullptr_t')" + // IsError("static_cast from 'void *' to 'nullptr_t' (canonically referred to as 'std::nullptr_t')" // " is not allowed")); // Cast to references. @@ -1706,8 +1706,8 @@ TEST_F(EvalTest, TestCxxReinterpretCast) { Eval("reinterpret_cast(ptr)"), IsError("cast from pointer to smaller type 'int' loses information")); EXPECT_THAT(Eval("reinterpret_cast(ptr)"), - IsError("cast from pointer to smaller type 'td_int_t' (aka " - "'int') loses information")); + IsError("cast from pointer to smaller type 'td_int_t' (" + "canonically referred to as 'int') loses information")); } EXPECT_THAT( Eval("reinterpret_cast(arr)"), @@ -1747,13 +1747,13 @@ TEST_F(EvalTest, TestCxxReinterpretCast) { // EXPECT_THAT( // Eval("reinterpret_cast(ptr)"), // IsError("reinterpret_cast from 'int *' to 'nullptr_t' " - // "(aka 'std::nullptr_t') is not allowed")); + // "(canonically referred to as 'std::nullptr_t') is not allowed")); // EXPECT_THAT(Eval("reinterpret_cast(0)"), // IsError("reinterpret_cast from 'int' to 'nullptr_t' " - // "(aka 'std::nullptr_t') is not allowed")); + // "(canonically referred to as 'std::nullptr_t') is not allowed")); // EXPECT_THAT(Eval("reinterpret_cast(nullptr)"), // IsError("reinterpret_cast from 'std::nullptr_t' to 'nullptr_t' " - // "(aka 'std::nullptr_t') is not allowed")); + // "(canonically referred to as 'std::nullptr_t') is not allowed")); // L-values can be converted to reference type. EXPECT_THAT(Eval("reinterpret_cast(arr[0]).a"), IsEqual("1")); From 5776ef9f9b530da39631a5706b72a0381b558fcb Mon Sep 17 00:00:00 2001 From: Ilia Kuklin Date: Tue, 14 Jan 2025 00:36:28 +0500 Subject: [PATCH 06/24] Add more cases for floating numbers --- lldb/unittests/DIL/DIL_test.cc | 4 ++++ 1 file changed, 4 insertions(+) diff --git a/lldb/unittests/DIL/DIL_test.cc b/lldb/unittests/DIL/DIL_test.cc index 0f767154291c..8814dc0f383e 100644 --- a/lldb/unittests/DIL/DIL_test.cc +++ b/lldb/unittests/DIL/DIL_test.cc @@ -550,6 +550,10 @@ TEST_F(EvalTest, TestArithmetic) { EXPECT_THAT(Eval("1 / -0.0"), IsEqual("-Inf")); EXPECT_THAT(Eval("+0.0 / +0.0 != +0.0 / +0.0"), IsEqual("true")); EXPECT_THAT(Eval("-1.f * 0"), IsEqual("-0")); + EXPECT_THAT(Eval("2. + .5"), IsEqual("2.5")); + EXPECT_THAT(Eval("1e2"), IsEqual("100")); + EXPECT_THAT(Eval("1e+2"), IsEqual("100")); + EXPECT_THAT(Eval(".12e+1"), IsEqual("1.2")); EXPECT_THAT(Eval("0x0.123p-1"), IsEqual("0.0355224609375")); EXPECT_THAT(Eval("fnan < fnan"), IsEqual("false")); From aabfc5ee031cc7de8bd3e498f34af49fcd3f8d49 Mon Sep 17 00:00:00 2001 From: Ilia Kuklin Date: Thu, 23 Jan 2025 19:25:20 +0500 Subject: [PATCH 07/24] Remove fuzzer (will move to another branch) --- lldb/tools/lldb-fuzzer/CMakeLists.txt | 1 - .../lldb-DIL-fuzzer/CMakeLists.txt | 53 - .../lldb-DIL-fuzzer/Inputs/fuzzer_binary.bin | Bin 42144 -> 0 bytes .../lldb-DIL-fuzzer/Inputs/fuzzer_binary.cc | 330 ---- .../lldb-DIL-fuzzer/Inputs/test_binary.cc | 1255 ------------- .../Inputs/test_binary_libc++.bin | Bin 278520 -> 0 bytes .../lldb-DIL-fuzzer/Inputs/test_library.cc | 15 - .../lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/ast.cc | 801 -------- .../lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/ast.h | 683 ------- .../lldb-DIL-fuzzer/fuzzer/constraints.cc | 347 ---- .../lldb-DIL-fuzzer/fuzzer/constraints.h | 382 ---- .../lldb-DIL-fuzzer/fuzzer/enum_bitset.h | 197 -- .../lldb-DIL-fuzzer/fuzzer/expr_gen.cc | 1653 ----------------- .../lldb-DIL-fuzzer/fuzzer/expr_gen.h | 426 ----- .../lldb-DIL-fuzzer/fuzzer/fixed_rng.cc | 210 --- .../lldb-DIL-fuzzer/fuzzer/fixed_rng.h | 81 - .../lldb-DIL-fuzzer/fuzzer/gen_node.cc | 39 - .../lldb-DIL-fuzzer/fuzzer/gen_node.h | 78 - .../fuzzer/libfuzzer_common.cc | 147 -- .../lldb-DIL-fuzzer/fuzzer/libfuzzer_common.h | 40 - .../lldb-DIL-fuzzer/fuzzer/libfuzzer_utils.h | 171 -- .../lldb-DIL-fuzzer/fuzzer/symbol_table.cc | 505 ----- .../lldb-DIL-fuzzer/fuzzer/symbol_table.h | 156 -- .../lldb_DIL_libfuzzer_test.cpp | 47 - .../lldb-fuzzer/lldb-DIL-fuzzer/runner.cpp | 157 -- .../lldb-fuzzer/lldb-DIL-fuzzer/runner.h | 29 - lldb/unittests/DIL/Inputs/fuzzer_binary.bin | Bin 42144 -> 0 bytes lldb/unittests/DIL/Inputs/fuzzer_binary.cc | 330 ---- 28 files changed, 8133 deletions(-) delete mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/CMakeLists.txt delete mode 100755 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/fuzzer_binary.bin delete mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/fuzzer_binary.cc delete mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/test_binary.cc delete mode 100755 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/test_binary_libc++.bin delete mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/test_library.cc delete mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/ast.cc delete mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/ast.h delete mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/constraints.cc delete mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/constraints.h delete mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/enum_bitset.h delete mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/expr_gen.cc delete mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/expr_gen.h delete mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/fixed_rng.cc delete mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/fixed_rng.h delete mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/gen_node.cc delete mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/gen_node.h delete mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/libfuzzer_common.cc delete mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/libfuzzer_common.h delete mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/libfuzzer_utils.h delete mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/symbol_table.cc delete mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/symbol_table.h delete mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/lldb_DIL_libfuzzer_test.cpp delete mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/runner.cpp delete mode 100644 lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/runner.h delete mode 100755 lldb/unittests/DIL/Inputs/fuzzer_binary.bin delete mode 100644 lldb/unittests/DIL/Inputs/fuzzer_binary.cc diff --git a/lldb/tools/lldb-fuzzer/CMakeLists.txt b/lldb/tools/lldb-fuzzer/CMakeLists.txt index 0507b646ef44..e384ca185839 100644 --- a/lldb/tools/lldb-fuzzer/CMakeLists.txt +++ b/lldb/tools/lldb-fuzzer/CMakeLists.txt @@ -1,5 +1,4 @@ add_subdirectory(lldb-commandinterpreter-fuzzer) -add_subdirectory(lldb-DIL-fuzzer) add_subdirectory(lldb-dwarf-expression-fuzzer) add_subdirectory(lldb-expression-fuzzer) add_subdirectory(lldb-target-fuzzer) diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/CMakeLists.txt b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/CMakeLists.txt deleted file mode 100644 index 5ac10f846d66..000000000000 --- a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/CMakeLists.txt +++ /dev/null @@ -1,53 +0,0 @@ - -set(LLVM_LINK_COMPONENTS - FuzzMutate - FuzzerCLI - Support - ) - -add_llvm_fuzzer(lldb-DIL-libfuzzer-test - EXCLUDE_FROM_ALL - lldb_DIL_libfuzzer_test.cpp - runner.cpp - fuzzer/ast.cc - fuzzer/constraints.cc - fuzzer/expr_gen.cc - fuzzer/fixed_rng.cc - fuzzer/gen_node.cc - fuzzer/libfuzzer_common.cc - fuzzer/symbol_table.cc - ) - -if(TARGET lldb-DIL-libfuzzer-test) - target_include_directories(lldb-DIL-libfuzzer-test PRIVATE ..) - target_link_libraries(lldb-DIL-libfuzzer-test - PRIVATE - liblldb - lldbFuzzerUtils - ) -endif() - -# add_llvm_fuzzer(lldb-DIL-vs-lldb-libfuzzer-test -# EXCLUDE_FROM_ALL -# lldb_DIL_vs_lldb_libfuzzer_test.cpp -# runner.cpp -# fuzzer/ast.cc -# fuzzer/constraints.cc -# fuzzer/expr_gen.cc -# fuzzer/fixed_rng.cc -# fuzzer/gen_node.cc -# fuzzer/libfuzzer_common.cc -# fuzzer/symbol_table.cc -# ) - -# if(TARGET lldb-DIL-vs-lldb-libfuzzer-test) -# target_include_directories(lldb-DIL-vs-lldb-libfuzzer-test PRIVATE ..) -# target_link_libraries(lldb-DIL-vs-lldb-libfuzzer-test -# PRIVATE -# liblldb -# lldbFuzzerUtils -# ) -# endif() - - - diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/fuzzer_binary.bin b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/fuzzer_binary.bin deleted file mode 100755 index 5c294747a437005362374cf01cf94329c2c25eb7..0000000000000000000000000000000000000000 GIT binary patch literal 0 HcmV?d00001 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License, Version 2.0 (the "License"); - * you may not use this file except in compliance with the License. - * You may obtain a copy of the License at - * - * http://www.apache.org/licenses/LICENSE-2.0 - * - * Unless required by applicable law or agreed to in writing, software - * distributed under the License is distributed on an "AS IS" BASIS, - * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. - * See the License for the specific language governing permissions and - * limitations under the License. - */ - -#include - -// This file _must not_ access the file system, since the current directory -// is specified in the fuzzer as just `./`. - -// Returns the floor log base 2. This function is supported in lldb-eval and is -// defined here so it can be used via LLDB. -unsigned int __log2(unsigned int value) { - unsigned int leading_zeros = 0; - for (int bit = 31; bit >= 0; --bit) { - if (value & (1U << bit)) { - break; - } else { - leading_zeros++; - } - } - return 31 - leading_zeros; -} - -class MultiInheritBase1 { - public: - int f1 = 10; -}; - -class MultiInheritBase2 { - public: - int f2 = 20; -}; - -class MultiInheritDerived : public MultiInheritBase1, public MultiInheritBase2 { - public: - int f3 = 30; -}; - -class DeadlyDiamondBase { - public: - int f1 = 10; -}; - -class DeadlyDiamondDerived1 : public DeadlyDiamondBase { - public: - int f2 = 20; -}; - -class DeadlyDiamondDerived2 : public DeadlyDiamondBase { - public: - int f3 = 30; -}; - -class DeadlyDiamondSubclass : public DeadlyDiamondDerived1, - public DeadlyDiamondDerived2 { - public: - int f4 = 40; -}; - -class VirtualDiamondBase { - public: - int f1 = 10; -}; - -class VirtualDiamondDerived1 : public virtual VirtualDiamondBase { - public: - int f2 = 20; -}; - -class VirtualDiamondDerived2 : public virtual VirtualDiamondBase { - public: - int f3 = 30; -}; - -class VirtualDiamondSubclass : public VirtualDiamondDerived1, - public VirtualDiamondDerived2 { - public: - int f4 = 40; -}; - -class EmptyBase {}; - -class NonEmptyBase { - public: - int f2 = 10; -}; - -struct TestStruct { - float flt_field = 0.5f; - int int_field = 20; - unsigned long long ull_field = -1ull; - char ch_field = '/'; -}; - -union TestUnion { - unsigned int uint_field; - unsigned char ch_field; -}; - -class NonEmptyDerived : public NonEmptyBase, public EmptyBase { - public: - EmptyBase base; - int f1 = 10; -}; - -class StaticMember { - public: - static const int s1; - static char s2; - // TODO: Add static const members with inline assigned values and static - // constexpr. In LLDB version 11, these cannot be accessed. -}; -const int StaticMember::s1 = 10; -char StaticMember::s2 = 's'; - -class ClassWithNestedClass { - public: - class NestedClass { - public: - static const int s1; - int f1 = 10; - }; - - NestedClass nested; -}; -const int ClassWithNestedClass::NestedClass::s1 = 20; - -enum CStyleEnum { VALUE1, VALUE2, VALUE3 }; -enum class EnumClass { ZERO, ONE, TWO, THREE }; - -// Global variables -int global_int = 55; -int* global_ptr = &global_int; -int& global_ref = global_int; -TestStruct global_ts; - -namespace ns { - -class StaticMember { - public: - static const int s1; -}; -const int StaticMember::s1 = 25; - -enum CStyleEnum { V1, V2, V3 }; -enum class EnumClass { ZERO, ONE, TWO, THREE }; - -// Global variables: -int global_int = 65; -int* global_ptr = &global_int; -int& global_ref = global_int; -TestStruct global_ts; - -namespace nested_ns { - -struct TestStruct { - float flt_field = 3.14f; - int int_field = 13; - char ch_field = 'x'; -}; - -// Global variables: -int global_int = 75; -TestStruct global_ts; - -} // namespace nested_ns -} // namespace ns - -int main() { - auto char_min = std::numeric_limits::min(); - auto char_max = std::numeric_limits::max(); - (void)char_min, (void)char_max; - - auto uchar_min = std::numeric_limits::min(); - auto uchar_max = std::numeric_limits::max(); - (void)uchar_min, (void)uchar_max; - - auto schar_min = std::numeric_limits::min(); - auto schar_max = std::numeric_limits::max(); - (void)schar_min, (void)schar_max; - - auto short_min = std::numeric_limits::min(); - auto short_max = std::numeric_limits::max(); - (void)short_min, (void)short_max; - - auto ushort_min = std::numeric_limits::min(); - auto ushort_max = std::numeric_limits::max(); - (void)ushort_min, (void)ushort_max; - - auto int_min = std::numeric_limits::min(); - auto int_max = std::numeric_limits::max(); - (void)int_min, (void)int_max; - - auto uint_min = std::numeric_limits::min(); - auto uint_max = std::numeric_limits::max(); - (void)uint_min, (void)uint_max; - - auto long_min = std::numeric_limits::min(); - auto long_max = std::numeric_limits::max(); - (void)long_min, (void)long_max; - - auto ulong_min = std::numeric_limits::min(); - auto ulong_max = std::numeric_limits::max(); - (void)ulong_min, (void)ulong_max; - - auto llong_min = std::numeric_limits::min(); - auto llong_max = std::numeric_limits::max(); - (void)llong_min, (void)llong_max; - - auto ullong_min = std::numeric_limits::min(); - auto ullong_max = std::numeric_limits::max(); - (void)ullong_min, (void)ullong_max; - - auto finf = std::numeric_limits::infinity(); - auto fnan = std::numeric_limits::quiet_NaN(); - auto fsnan = std::numeric_limits::signaling_NaN(); - auto fmax = std::numeric_limits::max(); - // Smallest positive non-zero float denormal - auto fdenorm = 0x0.1p-145f; - (void)finf, (void)fnan, (void)fsnan, (void)fmax, (void)fdenorm; - - auto dinf = std::numeric_limits::infinity(); - auto dnan = std::numeric_limits::quiet_NaN(); - auto dsnan = std::numeric_limits::signaling_NaN(); - auto dmax = std::numeric_limits::max(); - // Smallest positive non-zero double denormal - auto ddenorm = 0x0.1p-1070; - (void)dinf, (void)dnan, (void)dsnan, (void)dmax, (void)ddenorm; - - auto ldinf = std::numeric_limits::infinity(); - auto ldnan = std::numeric_limits::quiet_NaN(); - auto ldsnan = std::numeric_limits::signaling_NaN(); - auto ldmax = std::numeric_limits::max(); - // Smallest positive non-zero long double denormal -#ifdef _WIN32 - // On Win32 `long double` is an alias for `double`. - auto lddenorm = 0x0.1p-1070L; -#else - auto lddenorm = 0x0.1p-16440L; -#endif - - (void)ldinf, (void)ldnan, (void)ldsnan, (void)ldmax, (void)lddenorm; - - int x = 42; - int* p = &x; - int** q = &p; - int& ref = x; - int* const* const& refp = &p; - void* void_ptr = p; - - (void)x, (void)p, (void)q, (void)ref, (void)refp, (void)void_ptr; - - int array33[3][3] = {{0, 1, 2}, {3, 4, 5}, {6, 7, 8}}; - int array23[2][3] = {{1, 2, 3}, {4, 5, 6}}; - int array32[3][2] = {{1, 2}, {3, 4}, {5, 6}}; - float flt_array23[2][3] = {{1.0f, 2.0f, 3.0f}, {4.0f, 5.0f, 6.0f}}; - (void)array33, (void)array23, (void)array32, (void)flt_array23; - - int(*ptr_to_arr3)[3] = array33; - (void)ptr_to_arr3; - - std::nullptr_t null_ptr = nullptr; - std::nullptr_t* addr_null_ptr = &null_ptr; - std::nullptr_t& ref_null_ptr = null_ptr; - (void)null_ptr, (void)addr_null_ptr, (void)ref_null_ptr; - - MultiInheritDerived multi; - DeadlyDiamondSubclass diamond; - VirtualDiamondSubclass virtual_diamond; - (void)multi, (void)diamond, (void)virtual_diamond; - - char* null_char_ptr = nullptr; - const char* test_str = "Hee hee hee"; - char** addr_null_char_ptr = &null_char_ptr; - (void)null_char_ptr, (void)test_str, (void)addr_null_char_ptr; - - NonEmptyDerived empty_base; - (void)empty_base; - - TestStruct ts; - TestUnion tu; - tu.uint_field = 65; - (void)ts, (void)tu; - - TestStruct ts_array[2]; - ts_array[0].int_field = -10; - - ns::nested_ns::TestStruct ns_ts; - (void)ns_ts; - - ClassWithNestedClass with_nested; - (void)with_nested; - - struct LocalStruct { - int int_field; - int& ref_field; - int* ptr_field; - int*& ptr_ref_field; - double dbl_field; - } ls{42, x, &x, p, -0.8}; - (void)ls; - - CStyleEnum c_enum = VALUE1; - EnumClass enum_class = EnumClass::THREE; - ns::CStyleEnum ns_enum = ns::V2; - ns::EnumClass ns_enum_class = ns::EnumClass::TWO; - (void)c_enum, (void)enum_class, (void)ns_enum, (void)ns_enum_class; - - // Modify values of global variables. - global_ts.flt_field = 2.71f; - global_ts.int_field = 1337; - global_ts.ch_field = '*'; - global_ts.ull_field = 1LL << 40; - - // BREAK HERE - - return 0; -} diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/test_binary.cc b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/test_binary.cc deleted file mode 100644 index fb706eb31316..000000000000 --- a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/test_binary.cc +++ /dev/null @@ -1,1255 +0,0 @@ -// Copyright 2020 Google LLC -// -// Licensed under the Apache License, Version 2.0 (the "License"); -// you may not use this file except in compliance with the License. -// You may obtain a copy of the License at -// -// http://www.apache.org/licenses/LICENSE-2.0 -// -// Unless required by applicable law or agreed to in writing, software -// distributed under the License is distributed on an "AS IS" BASIS, -// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. -// See the License for the specific language governing permissions and -// limitations under the License. - -#include -#include -#include -#include - -static void TestArithmetic() { - char c = 10; - unsigned char uc = 1; - int a = 1; - int int_max = std::numeric_limits::max(); - int int_min = std::numeric_limits::min(); - unsigned int uint_max = std::numeric_limits::max(); - unsigned int uint_zero = 0; - long long ll_max = std::numeric_limits::max(); - long long ll_min = std::numeric_limits::min(); - unsigned long long ull_max = std::numeric_limits::max(); - unsigned long long ull_zero = 0; - - int x = 2; - int& r = x; - int* p = &x; - - typedef int& myr; - myr my_r = x; - - auto fnan = std::numeric_limits::quiet_NaN(); - auto fsnan = std::numeric_limits::signaling_NaN(); - // Smallest positive non-zero float denormal - auto fdenorm = 0x0.1p-145f; - - // BREAK(TestArithmetic) - // BREAK(TestZeroDivision) -} - -static void TestBitwiseOperators() { - bool var_true = true; - bool var_false = false; - - unsigned long long ull_max = std::numeric_limits::max(); - unsigned long long ull_zero = 0; - - struct S { - } s; - - const char* p = nullptr; - - uint32_t mask_ff = 0xFF; - - // BREAK(TestBitwiseOperators) -} - -static void TestPointerArithmetic() { - int* p_null = nullptr; - const char* p_char1 = "hello"; - - typedef const char* my_char_ptr; - my_char_ptr my_p_char1 = p_char1; - - int offset = 5; - int array[10]; - array[0] = 0; - array[offset] = offset; - - int(&array_ref)[10] = array; - - int* p_int0 = &array[0]; - int** pp_int0 = &p_int0; - const int* cp_int0 = &array[0]; - const int* cp_int5 = &array[offset]; - - typedef int* td_int_ptr_t; - td_int_ptr_t td_int_ptr0 = &array[0]; - - void* p_void = (void*)p_char1; - void** pp_void0 = &p_void; - void** pp_void1 = pp_void0 + 1; - - std::nullptr_t std_nullptr_t = nullptr; - - // BREAK(TestPointerArithmetic) - // BREAK(PointerPointerArithmeticFloat) - // BREAK(PointerPointerComparison) - // BREAK(PointerIntegerComparison) - // BREAK(TestPointerDereference) -} - -static void TestLogicalOperators() { - bool trueVar = true; - bool falseVar = false; - - const char* p_ptr = "🦊"; - const char* p_nullptr = nullptr; - - int array[2] = {1, 2}; - - struct S { - } s; - - // BREAK(TestLogicalOperators) -} - -static void TestLocalVariables() { - int a = 1; - int b = 2; - - char c = -3; - unsigned short s = 4; - - // BREAK(TestLocalVariables) -} - -static void TestMemberOf() { - int x = 2; - struct Sx { - int x; - int& r; - char y; - } s{1, x, 2}; - - Sx& sr = s; - Sx* sp = &s; - - Sx sarr[2] = {{5, x, 2}, {1, x, 3}}; - - using SxAlias = Sx; - SxAlias sa{3, x, 4}; - - // BREAK(TestMemberOf) -} - -static void TestMemberOfInheritance() { - struct A { - int a_; - } a{1}; - - struct B { - int b_; - } b{2}; - - struct C : A, B { - int c_; - } c{{1}, {2}, 3}; - - struct D : C { - int d_; - A fa_; - } d{{{1}, {2}, 3}, 4, {5}}; - - // Virtual inheritance example. - struct Animal { - virtual ~Animal() = default; - int weight_; - }; - struct Mammal : virtual Animal {}; - struct WingedAnimal : virtual Animal {}; - struct Bat : Mammal, WingedAnimal { - } bat; - bat.weight_ = 10; - - // Empty bases example. - struct IPlugin { - virtual ~IPlugin() {} - }; - struct Plugin : public IPlugin { - int x; - int y; - }; - Plugin plugin; - plugin.x = 1; - plugin.y = 2; - - struct ObjectBase { - int x; - }; - struct Object : ObjectBase {}; - struct Engine : Object { - int y; - int z; - }; - - Engine engine; - engine.x = 1; - engine.y = 2; - engine.z = 3; - - // Empty multiple inheritance with empty base. - struct Base { - int x; - int y; - virtual void Do() = 0; - virtual ~Base() {} - }; - struct Mixin {}; - struct Parent : private Mixin, public Base { - int z; - virtual void Do(){}; - }; - Parent obj; - obj.x = 1; - obj.y = 2; - obj.z = 3; - Base* parent_base = &obj; - Parent* parent = &obj; - - // BREAK(TestMemberOfInheritance) -} - -static void TestMemberOfAnonymousMember() { - struct A { - struct { - int x = 1; - }; - int y = 2; - } a; - - struct B { - // Anonymous struct inherits another struct. - struct : public A { - int z = 3; - }; - int w = 4; - A a; - } b; - - // Anonymous classes and unions. - struct C { - union { - int x = 5; - }; - class { - public: - int y = 6; - }; - } c; - - // Multiple levels of anonymous structs. - struct D { - struct { - struct { - int x = 7; - struct { - int y = 8; - }; - }; - int z = 9; - struct { - int w = 10; - }; - }; - } d; - - struct E { - struct IsNotAnon { - int x = 11; - }; - } e; - - struct F { - struct { - int x = 12; - } named_field; - } f; - - // Inherited unnamed struct without an enclosing parent class. - struct : public A { - struct { - int z = 13; - }; - } unnamed_derived; - - struct DerivedB : public B { - struct { - // `w` in anonymous struct overrides `w` from `B`. - int w = 14; - int k = 15; - }; - } derb; - - // BREAK(TestMemberOfAnonymousMember) -} - -static void TestIndirection() { - int val = 1; - int* p = &val; - - typedef int* myp; - myp my_p = &val; - - typedef int*& mypr; - mypr my_pr = p; - - // BREAK(TestIndirection) -} - -// Referenced by TestInstanceVariables -class C { - public: - int field_ = 1337; -}; - -// Referenced by TestAddressOf -int globalVar = 0xDEADBEEF; -extern int externGlobalVar; - -int* globalPtr = &globalVar; -int& globalRef = globalVar; - -namespace ns { -int globalVar = 13; -int* globalPtr = &globalVar; -int& globalRef = globalVar; -} // namespace ns - -void TestGlobalVariableLookup() { - // BREAK(TestGlobalVariableLookup) -} - -class TestMethods { - public: - void TestInstanceVariables() { - C c; - c.field_ = -1; - - C& c_ref = c; - C* c_ptr = &c; - - // BREAK(TestInstanceVariables) - } - - void TestAddressOf(int param) { - int x = 42; - int& r = x; - int* p = &x; - int*& pr = p; - - typedef int*& mypr; - mypr my_pr = p; - - std::string s = "hello"; - const char* s_str = s.c_str(); - - char c = 1; - - // BREAK(TestAddressOf) - } - - private: - int field_ = 1; -}; - -static void TestSubscript() { - const char* char_ptr = "lorem"; - const char char_arr[] = "ipsum"; - - int int_arr[] = {1, 2, 3}; - - C c_arr[2]; - c_arr[0].field_ = 0; - c_arr[1].field_ = 1; - - C(&c_arr_ref)[2] = c_arr; - - int idx_1 = 1; - const int& idx_1_ref = idx_1; - - typedef int td_int_t; - typedef td_int_t td_td_int_t; - typedef int* td_int_ptr_t; - typedef int& td_int_ref_t; - - td_int_t td_int_idx_1 = 1; - td_td_int_t td_td_int_idx_2 = 2; - - td_int_t td_int_arr[3] = {1, 2, 3}; - td_int_ptr_t td_int_ptr = td_int_arr; - - td_int_ref_t td_int_idx_1_ref = td_int_idx_1; - td_int_t(&td_int_arr_ref)[3] = td_int_arr; - - unsigned char uchar_idx = std::numeric_limits::max(); - uint8_t uint8_arr[256]; - uint8_arr[255] = 0xAB; - uint8_t* uint8_ptr = uint8_arr; - - enum Enum { kZero, kOne } enum_one = kOne; - Enum& enum_ref = enum_one; - - // BREAK(TestSubscript) -} - -static void TestArrayDereference() { - int arr_1d[2] = {1, 2}; - int arr_2d[2][3] = {{1, 2, 3}, {4, 5, 6}}; - - // BREAK(TestArrayDereference) -} - -// Referenced by TestCStyleCast -namespace ns { - -typedef int myint; - -class Foo {}; - -namespace inner { - -using mydouble = double; - -class Foo {}; - -} // namespace inner - -} // namespace ns - -static void TestCStyleCast() { - int a = 1; - int* ap = &a; - void* vp = &a; - int arr[2] = {1, 2}; - - int na = -1; - float f = 1.1; - - typedef int myint; - - myint myint_ = 1; - ns::myint ns_myint_ = 2; - ns::Foo ns_foo_; - ns::Foo* ns_foo_ptr_ = &ns_foo_; - - ns::inner::mydouble ns_inner_mydouble_ = 1.2; - ns::inner::Foo ns_inner_foo_; - ns::inner::Foo* ns_inner_foo_ptr_ = &ns_inner_foo_; - - float finf = std::numeric_limits::infinity(); - float fnan = std::numeric_limits::quiet_NaN(); - float fsnan = std::numeric_limits::signaling_NaN(); - float fmax = std::numeric_limits::max(); - float fdenorm = std::numeric_limits::denorm_min(); - - // BREAK(TestCStyleCastBuiltins) - // BREAK(TestCStyleCastBasicType) - // BREAK(TestCStyleCastPointer) - // BREAK(TestCStyleCastNullptrType) - - struct InnerFoo { - int a; - int b; - }; - - InnerFoo ifoo; - (void)ifoo; - - int arr_1d[] = {1, 2, 3, 4}; - int arr_2d[2][3] = {{1, 2, 3}, {4, 5, 6}}; - - // BREAK(TestCStyleCastArray) - // BREAK(TestCStyleCastReference) -} - -// Referenced by TestCxxCast -struct CxxVirtualBase { - int a; - virtual ~CxxVirtualBase(){}; -}; -struct CxxVirtualParent : CxxVirtualBase { - int b; -}; - -static void TestCxxCast() { - struct CxxBase { - int a; - int b; - }; - struct CxxParent : CxxBase { - long long c; - short d; - }; - - enum UEnum { kUZero, kUOne, kUTwo }; - enum class SEnum { kSZero, kSOne }; - - UEnum u_enum = kUTwo; - SEnum s_enum = SEnum::kSOne; - - typedef int td_int_t; - typedef int* td_int_ptr_t; - typedef int& td_int_ref_t; - typedef SEnum td_senum_t; - td_int_t td_int = 13; - td_int_ptr_t td_int_ptr = &td_int; - td_int_ref_t td_int_ref = td_int; - td_senum_t td_senum = s_enum; - - CxxParent parent; - parent.a = 1; - parent.b = 2; - parent.c = 3; - parent.d = 4; - - CxxBase* base = &parent; - - int arr[] = {1, 2, 3, 4, 5}; - int* ptr = arr; - - // BREAK(TestCxxStaticCast) - // BREAK(TestCxxReinterpretCast) - - CxxVirtualParent v_parent; - v_parent.a = 1; - v_parent.b = 2; - CxxVirtualBase* v_base = &v_parent; - - // BREAK(TestCxxDynamicCast) -} - -void TestCastInheritedTypes() { - struct CxxEmpty {}; - struct CxxA { - short a; - }; - struct CxxB { - long long b; - }; - struct CxxC : CxxEmpty, CxxA, CxxB { - int c; - }; - struct CxxD { - long long d; - }; - struct CxxE : CxxD, CxxC { - int e; - }; - - CxxA a{1}; - CxxB b{2}; - CxxC c; - c.a = 3; - c.b = 4; - c.c = 5; - CxxD d{6}; - CxxE e; - e.a = 7; - e.b = 8; - e.c = 9; - e.d = 10; - e.e = 11; - - struct CxxVC : virtual CxxA, virtual CxxB { - int c; - }; - struct CxxVE : CxxD, CxxVC { - int e; - }; - - CxxVC vc; - vc.a = 12; - vc.b = 13; - vc.c = 14; - CxxVE ve; - ve.a = 15; - ve.b = 16; - ve.c = 17; - ve.d = 18; - ve.e = 19; - - CxxB* e_as_b = &e; - CxxB* ve_as_b = &ve; - - // BREAK(TestCastBaseToDerived) - // BREAK(TestCastDerivedToBase) -} - -// Referenced by TestQualifiedId. -namespace ns { - -int i = 1; - -namespace ns { - -int i = 2; - -} // namespace ns - -} // namespace ns - -static void TestQualifiedId() { - // BREAK(TestQualifiedId) -} - -namespace outer { - -namespace inner { - -class Vars { - public: - inline static double inline_static = 1.5; - static constexpr int static_constexpr = 2; - static const unsigned int static_const; - - struct Nested { - static const int static_const; - }; -}; - -const unsigned int Vars::static_const = 3; -const int Vars::Nested::static_const = 10; - -using MyVars = Vars; - -} // namespace inner - -class Vars { - public: - inline static double inline_static = 4.5; - static constexpr int static_constexpr = 5; - static const unsigned int static_const; - - struct Nested { - static const int static_const; - }; -}; - -const unsigned int Vars::static_const = 6; -const int Vars::Nested::static_const = 20; - -} // namespace outer - -class Vars { - public: - inline static double inline_static = 7.5; - static constexpr int static_constexpr = 8; - static const unsigned int static_const; - - struct Nested { - static const int static_const; - }; -}; - -const unsigned int Vars::static_const = 9; -const int Vars::Nested::static_const = 30; - -static void TestStaticConst() { - Vars vars; - outer::Vars outer_vars; - outer::inner::Vars outer_inner_vars; - - using MyVars = Vars; - using MyOuterVars = outer::Vars; - - MyVars my_vars; - MyOuterVars my_outer_vars; - outer::inner::MyVars my_outer_inner_vars; - - // BREAK(TestStaticConstDeclaredInline) - // BREAK(TestStaticConstDeclaredOutsideTheClass) -} - -// Referenced by TestTemplateTypes. -template -struct T_1 { - static const int cx; - typedef double myint; - - T_1() {} - T_1(T x) : x(x) {} - T x; -}; - -template -const int T_1::cx = 42; - -template <> -const int T_1::cx = 24; - -template -struct T_2 { - typedef float myint; - - T_2() {} - T1 x; - T2 y; -}; - -namespace ns { - -template -struct T_1 { - static const int cx; - typedef int myint; - - T_1() {} - T_1(T x) : x(x) {} - T x; -}; - -template -const int T_1::cx = 46; - -template <> -const int T_1::cx = 64; - -} // namespace ns - -static void TestTemplateTypes() { - int i; - int* p = &i; - - { T_1 _; } - { T_1 _; } - { T_1 _; } - { T_1 _(i); } - { T_1 _(p); } - { T_1 _; } - { T_2 _; } - { T_2 _; } - { T_2, T_1> _; } - { T_2>, T_1> _; } - - { ns::T_1 _; } - { ns::T_1> _; } - - { T_1::myint _ = 0; } - { T_1::myint _ = 0; } - { T_1::myint _ = 0; } - { T_1::myint _ = 0; } - { T_1::myint _ = 0; } - { T_1>::myint _ = 0; } - { T_1>>::myint _ = 0; } - { T_1>::myint _ = 0; } - { T_1>::myint _ = 0; } - { T_1>::myint _ = 0; } - { T_1>::myint _ = 0; } - - { T_2::myint _ = 0; } - { T_2::myint _ = 0; } - { T_2::myint _ = 0; } - { T_2>, T_1>::myint _ = 0; } - - { ns::T_1::myint _ = 0; } - { ns::T_1::myint _ = 0; } - { ns::T_1::myint _ = 0; } - { ns::T_1::myint _ = 0; } - { ns::T_1::myint _ = 0; } - { ns::T_1>::myint _ = 0; } - { ns::T_1>::myint _ = 0; } - { ns::T_1>::myint _ = 0; } - { ns::T_1>::myint _ = 0; } - { ns::T_1>::myint _ = 0; } - { ns::T_1>::myint _ = 0; } - { ns::T_1>::myint _ = 0; } - { ns::T_1>::myint _ = 0; } - { ns::T_1>::myint _ = 0; } - { ns::T_1>::myint _ = 0; } - - (void)T_1::cx; - (void)ns::T_1::cx; - (void)ns::T_1>::cx; - - int T_1 = 2; - - // BREAK(TestTemplateTypes) - // BREAK(TestTemplateCpp11) -} - -template -struct TArray { - using ElementType = T; - T t_; - TAllocator a_; -}; - -template -struct Allocator { - int size = Size; -}; - -void TestTemplateWithNumericArguments() { - Allocator<4> a4; - Allocator<8> a8; - TArray> arr; - decltype(arr)::ElementType* el = 0; - - // BREAK(TestTemplateWithNumericArguments) -} - -namespace test_scope { - -class Value { - public: - Value(int x, float y) : x_(x), y_(y) {} - - // Static members - enum ValueEnum { A, B }; - static double static_var; - - private: - int x_; - float y_; -}; - -double Value::static_var = 3.5; - -} // namespace test_scope - -void TestValueScope() { - test_scope::Value var(1, 2.5f); - test_scope::Value& var_ref = var; - uint64_t z_ = 3; - - // "raw" representation of the Value. - int bytes[] = {1, 0x40200000}; - - auto val_enum = test_scope::Value::A; - (void)val_enum; - (void)test_scope::Value::static_var; - - // BREAK(TestValueScope) - // BREAK(TestReferenceScope) -} - -void TestBitField() { - enum BitFieldEnum : uint32_t { kZero, kOne }; - - struct BitFieldStruct { - uint16_t a : 10; - uint32_t b : 4; - bool c : 1; - bool d : 1; - int32_t e : 32; - uint32_t f : 32; - uint32_t g : 31; - uint64_t h : 31; - uint64_t i : 33; - BitFieldEnum j : 10; - }; - - BitFieldStruct bf; - bf.a = 0b1111111111; - bf.b = 0b1001; - bf.c = 0b0; - bf.d = 0b1; - bf.e = 0b1; - bf.f = 0b1; - bf.g = 0b1; - bf.h = 0b1; - bf.i = 0b1; - bf.j = BitFieldEnum::kOne; - - struct AlignedBitFieldStruct { - uint16_t a : 10; - uint8_t b : 4; - unsigned char : 0; - uint16_t c : 2; - }; - - uint32_t data = ~0; - AlignedBitFieldStruct abf = (AlignedBitFieldStruct&)data; - - // BREAK(TestBitField) - // BREAK(TestBitFieldPromotion) - // BREAK(TestBitFieldWithSideEffects) -} - -void TestContextVariables() { - struct Scope { - int a = 10; - const char* ptr = "hello"; - }; - - Scope s; - - // BREAK(TestContextVariables) - // BREAK(TestContextVariablesSubset) -} - -// Referenced by TestScopedEnum. -enum class ScopedEnum { kFoo, kBar }; -enum class ScopedEnumUInt8 : uint8_t { kFoo, kBar }; - -void TestScopedEnum() { - auto enum_foo = ScopedEnum::kFoo; - auto enum_bar = ScopedEnum::kBar; - auto enum_neg = (ScopedEnum)-1; - - auto enum_u8_foo = ScopedEnumUInt8::kFoo; - auto enum_u8_bar = ScopedEnumUInt8::kBar; - - // BREAK(TestScopedEnum) - // BREAK(TestScopedEnumArithmetic) - // BREAK(TestScopedEnumWithUnderlyingType) -} - -enum UnscopedEnum { kZero, kOne, kTwo }; -enum UnscopedEnumUInt8 : uint8_t { kZeroU8, kOneU8, kTwoU8 }; -enum UnscopedEnumInt8 : int8_t { kZero8, kOne8, kTwo8 }; -enum UnscopedEnumEmpty : uint8_t {}; - -// UnscopedEnum global_enum = UnscopedEnum::kOne; - -void TestUnscopedEnum() { - auto enum_zero = UnscopedEnum::kZero; - auto enum_one = UnscopedEnum::kOne; - auto enum_two = UnscopedEnum::kTwo; - - auto& enum_one_ref = enum_one; - auto& enum_two_ref = enum_two; - - auto enum_zero_u8 = UnscopedEnumUInt8::kZeroU8; - auto enum_one_u8 = UnscopedEnumUInt8::kOneU8; - auto enum_two_u8 = UnscopedEnumUInt8::kTwoU8; - - UnscopedEnumEmpty enum_empty{}; - - auto enum_one_8 = UnscopedEnumInt8::kOne8; - auto enum_neg_8 = (UnscopedEnumInt8)-1; - - // BREAK(TestUnscopedEnum) - // BREAK(TestUnscopedEnumNegation) - // BREAK(TestUnscopedEnumWithUnderlyingType) - // BREAK(TestUnscopedEnumEmpty) -} - -void TestTernaryOperator() { - int i = 1; - int* pi = &i; - char c = 2; - int arr2[2] = {1, 2}; - int arr3[3] = {1, 2, 3}; - double dbl_arr[2] = {1.0, 2.0}; - struct T { - } t; - enum EnumA { kOneA = 1, kTwoA } a_enum = kTwoA; - enum EnumB { kOneB = 1 } b_enum = kOneB; - // BREAK(TestTernaryOperator) -} - -void TestSizeOf() { - int i = 1; - int* p = &i; - int arr[] = {1, 2, 3}; - - struct SizeOfFoo { - int x, y; - } foo; - - // BREAK(TestSizeOf) -} - -void TestBuiltinFunction_Log2() { - struct Foo { - } foo; - - enum CEnum { kFoo = 129 } c_enum = kFoo; - enum class CxxEnum { kFoo = 129 } cxx_enum = CxxEnum::kFoo; - - CEnum& c_enum_ref = c_enum; - CxxEnum& cxx_enum_ref = cxx_enum; - - // BREAK(TestBuiltinFunction_Log2) -} - -void TestBuiltinFunction_findnonnull() { - uint8_t array_of_uint8[] = {1, 1, 1, 1, 1, 1, 1, 1, 0, 0, 0, 0, - 0, 0, 0, 0, 1, 1, 1, 1, 1, 1, 1, 1}; - uint8_t* pointer_to_uint8 = array_of_uint8; - - int* array_of_pointers[] = {(int*)1, (int*)1, (int*)0, (int*)0, (int*)1}; - int** pointer_to_pointers = array_of_pointers; - - // BREAK(TestBuiltinFunction_findnonnull) -} - -void TestPrefixIncDec() { - auto enum_foo = ScopedEnum::kFoo; - int i = 1; - - // BREAK(TestPrefixIncDec) - // BREAK(TestPostfixIncDec) -} - -void TestDereferencedType() { - struct TTuple { - int x = 1; - }; - using TPair = TTuple; - - TPair p{}; - const TPair& p_ref = p; - const TPair* p_ptr = &p; - - // BREAK(TestDereferencedType) -} - -void TestMemberFunctionCall() { - struct C { - int m() { return 1; } - }; - - C c; - c.m(); - - // BREAK(TestMemberFunctionCall) -} - -void TestCompositeAssignment() { - int i = 10; - float f = 1.5f; - float* p = &f; - - enum Enum { ONE, TWO }; - Enum eOne = ONE; - Enum eTwo = TWO; - - // BREAK(TestAssignment) - // BREAK(TestCompositeAssignmentInvalid) - // BREAK(TestCompositeAssignmentAdd) - // BREAK(TestCompositeAssignmentSub) - // BREAK(TestCompositeAssignmentMul) - // BREAK(TestCompositeAssignmentDiv) - // BREAK(TestCompositeAssignmentRem) - // BREAK(TestCompositeAssignmentBitwise) -} - -void TestSideEffects() { - int x = 1; - int xa[] = {1, 2}; - int* p = &x; - - // BREAK(TestSideEffects) -} - -void TestUniquePtr() { - struct NodeU { - std::unique_ptr next; - int value; - }; - auto ptr_node = std::unique_ptr(new NodeU{nullptr, 2}); - ptr_node = std::unique_ptr(new NodeU{std::move(ptr_node), 1}); - - std::unique_ptr ptr_null; - auto ptr_int = std::make_unique(1); - auto ptr_float = std::make_unique(1.1f); - - auto deleter = [](void const* data) { delete static_cast(data); }; - std::unique_ptr ptr_void(new int(42), deleter); - - // BREAK(TestUniquePtr) - // BREAK(TestUniquePtrDeref) - // BREAK(TestUniquePtrCompare) -} - -void TestSharedPtr() { - struct NodeS { - std::shared_ptr next; - int value; - }; - auto ptr_node = std::shared_ptr(new NodeS{nullptr, 2}); - ptr_node = std::shared_ptr(new NodeS{std::move(ptr_node), 1}); - - std::shared_ptr ptr_null; - auto ptr_int = std::make_shared(1); - auto ptr_float = std::make_shared(1.1f); - - std::weak_ptr ptr_int_weak = ptr_int; - - std::shared_ptr ptr_void = ptr_int; - - // BREAK(TestSharedPtr) - // BREAK(TestSharedPtrDeref) - // BREAK(TestSharedPtrCompare) -} - -void TestTypeComparison() { - int i = 1; - int const* const icpc = &i; - int* ip = &i; - int const* const* const icpcpc = &icpc; - int** ipp = &ip; - - using MyInt = int; - using MyPtr = MyInt*; - MyPtr* mipp = ipp; - - using MyConstInt = const int; - using MyConstPtr = MyConstInt* const; - MyConstPtr* const micpcpc = icpcpc; - - char c = 2; - signed char sc = 65; - const char cc = 66; - using mychar = char; - mychar mc = 67; - - // BREAK(TestTypeComparison) -} - -static void TestTypeDeclaration() { - wchar_t wchar = 0; - char16_t char16 = 0; - char32_t char32 = 0; - - using mylong = long; - mylong my_long = 1; - - // BREAK(TestBasicTypeDeclaration) - // BREAK(TestUserTypeDeclaration) -} - -static void TestTypeVsIdentifier() { - struct StructOrVar { - int x = 1; - } s; - short StructOrVar = 2; - - class ClassOrVar { - public: - int x = 3; - }; - ClassOrVar ClassOrVar; - - union UnionOrVar { - int x; - } u; - int UnionOrVar[2] = {1, 2}; - - enum EnumOrVar { kFoo, kBar }; - EnumOrVar EnumOrVar = kFoo; - - enum class CxxEnumOrVar { kCxxFoo, kCxxBar }; - CxxEnumOrVar CxxEnumOrVar = CxxEnumOrVar::kCxxFoo; - - int OnlyVar = 4; - - // BREAK(TestTypeVsIdentifier) -} - -static void TestSeparateParsing() { - struct StructA { - int a_; - } a{1}; - - struct StructB { - int b_; - } b{2}; - - struct StructC : public StructA, public StructB { - int c_; - } c{{3}, {4}, 5}; - - struct StructD : public StructC { - int d_; - } d{{{6}, {7}, 8}, 9}; - - // BREAK(TestSeparateParsing) - // BREAK(TestSeparateParsingWithContextVars) -} - -// Used by TestRegistersNoDollar -int rcx = 42; - -struct RegisterCtx { - int rbx = 42; - - void TestRegisters() { - int rax = 42; - - // BREAK(TestRegisters) - // BREAK(TestRegistersNoDollar) - } -}; - -static void TestCharParsing() { - // BREAK(TestCharParsing) -} - -static void TestStringParsing() { - // BREAK(TestStringParsing) -} - -namespace test_binary { - -void main() { - // BREAK(TestSymbols) - - TestMethods tm; - - TestArithmetic(); - TestBitwiseOperators(); - TestPointerArithmetic(); - TestLogicalOperators(); - TestLocalVariables(); - TestMemberOf(); - TestMemberOfInheritance(); - TestMemberOfAnonymousMember(); - TestGlobalVariableLookup(); - tm.TestInstanceVariables(); - TestIndirection(); - tm.TestAddressOf(42); - TestSubscript(); - TestCStyleCast(); - TestCxxCast(); - TestCastInheritedTypes(); - TestQualifiedId(); - TestStaticConst(); - TestTypeDeclaration(); - TestTemplateTypes(); - TestTemplateWithNumericArguments(); - TestValueScope(); - TestBitField(); - TestContextVariables(); - TestPrefixIncDec(); - TestScopedEnum(); - TestUnscopedEnum(); - TestTernaryOperator(); - TestSizeOf(); - TestBuiltinFunction_Log2(); - TestBuiltinFunction_findnonnull(); - TestArrayDereference(); - TestDereferencedType(); - TestMemberFunctionCall(); - TestCompositeAssignment(); - TestSideEffects(); - TestUniquePtr(); - TestSharedPtr(); - TestTypeComparison(); - TestTypeVsIdentifier(); - TestSeparateParsing(); - - RegisterCtx rc; - rc.TestRegisters(); - - TestCharParsing(); - TestStringParsing(); - - // BREAK HERE -} - -} // namespace test_binary - -int main() { test_binary::main(); } diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/test_binary_libc++.bin b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/Inputs/test_binary_libc++.bin deleted file mode 100755 index 6b864d3cbc90e2c455f37826552bad9624ae556a..0000000000000000000000000000000000000000 GIT binary patch literal 0 HcmV?d00001 literal 278520 zcmeEv4}4U`wg0_$H^~BTTOx%ND3%Q@)PjOZ?XsvCqAz?x 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either express or implied. -// See the License for the specific language governing permissions and -// limitations under the License. - -int externGlobalVar = 0x00C0FFEE; diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/ast.cc b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/ast.cc deleted file mode 100644 index c812ffbc7fe8..000000000000 --- a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/ast.cc +++ /dev/null @@ -1,801 +0,0 @@ -/* - * Copyright 2020 Google LLC - * - * Licensed under the Apache License, Version 2.0 (the "License"); - * you may not use this file except in compliance with the License. - * You may obtain a copy of the License at - * - * http://www.apache.org/licenses/LICENSE-2.0 - * - * Unless required by applicable law or agreed to in writing, software - * distributed under the License is distributed on an "AS IS" BASIS, - * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. - * See the License for the specific language governing permissions and - * limitations under the License. - */ - -#include "fuzzer/ast.h" - -#include -#include -#include -#include -#include -#include -#include -#include -#include -#include -#include - -namespace fuzzer { - -struct BinOpInfo { - int precedence; - const char* symbol; -}; - -/** - * Precedence and symbol for each binary operator. - * - * Precedence values are taken from the following: - * https://en.cppreference.com/w/cpp/language/operator_precedence - */ -static const BinOpInfo BIN_OP_TABLE[NUM_BIN_OPS] = { - {6, "+"}, // BinOp::Plus - {6, "-"}, // BinOp::Minus - {5, "*"}, // BinOp::Mult - {5, "/"}, // BinOp::Div - {5, "%"}, // BinOp::Mod - {14, "&&"}, // BinOp::LogicalAnd - {15, "||"}, // BinOp::LogicalOr - {11, "&"}, // BinOp::BitAnd - {13, "|"}, // BinOp::BitOr - {12, "^"}, // BinOp::BitXor - {7, "<<"}, // BinOp::Shl - {7, ">>"}, // BinOp::Shr - {10, "=="}, // BinOp::Eq - {10, "!="}, // BinOp::Ne - {9, "<"}, // BinOp::Lt - {9, "<="}, // BinOp::Le - {9, ">"}, // BinOp::Gt - {9, ">="}, // BinOp::Ge -}; - -static const char* UN_OP_TABLE[NUM_UN_OPS] = { - "+", // UnOp::Plus - "-", // UnOp::Neg - "!", // UnOp::LogicalNot - "~", // UnOp::BitNot -}; - -static const char* SCALAR_TYPES_STRINGS[NUM_SCALAR_TYPES] = { - "void", // ScalarType::Void - "bool", // ScalarType::Bool - "char", // ScalarType::Char - "signed char", // ScalarType::SignedChar - "unsigned char", // ScalarType::UnsignedChar - "short", // ScalarType::SignedShort - "unsigned short", // ScalarType::UnsignedShort - "int", // ScalarType::SignedInt - "unsigned int", // ScalarType::UnsignedInt - "long", // ScalarType::SignedLong - "unsigned long", // ScalarType::UnsignedLong - "long long", // ScalarType::SignedLongLong - "unsigned long long", // ScalarType::UnsignedLongLong - "float", // ScalarType::Float - "double", // ScalarType::Double - "long double", // ScalarType::LongDouble -}; - -std::ostream& operator<<(std::ostream& os, CvQualifiers qualifiers) { - const char* to_print; - bool is_const = qualifiers[CvQualifier::Const]; - bool is_volatile = qualifiers[CvQualifier::Volatile]; - if (is_const && is_volatile) { - to_print = "const volatile"; - } else if (is_const) { - to_print = "const"; - } else if (is_volatile) { - to_print = "volatile"; - } else { - return os; - } - - return os << to_print; -} - -std::ostream& operator<<(std::ostream& os, ScalarType type) { - return os << SCALAR_TYPES_STRINGS[(size_t)type]; -} - -TaggedType::TaggedType(std::string name) : name_(std::move(name)) {} -const std::string& TaggedType::name() const { return name_; } -std::ostream& operator<<(std::ostream& os, const TaggedType& type) { - return os << type.name(); -} -bool TaggedType::operator==(const TaggedType& rhs) const { - return name_ == rhs.name_; -} -bool TaggedType::operator!=(const TaggedType& rhs) const { - return name_ != rhs.name_; -} - -PointerType::PointerType(QualifiedType type) : type_(std::move(type)) {} -const QualifiedType& PointerType::type() const { return type_; } -std::ostream& operator<<(std::ostream& os, const PointerType& type) { - return os << type.type() << "*"; -} -bool PointerType::operator==(const PointerType& rhs) const { - return type_ == rhs.type_; -} -bool PointerType::operator!=(const PointerType& rhs) const { - return type_ != rhs.type_; -} - -std::ostream& operator<<(std::ostream& os, const NullptrType&) { - return os << "std::nullptr_t"; -} -bool NullptrType::operator==(const NullptrType&) const { return true; } -bool NullptrType::operator!=(const NullptrType&) const { return false; } - -EnumType::EnumType(std::string name, bool scoped) - : name_(std::move(name)), scoped_(scoped) {} -const std::string& EnumType::name() const { return name_; } -bool EnumType::is_scoped() const { return scoped_; } -std::ostream& operator<<(std::ostream& os, const EnumType& type) { - return os << type.name(); -} -bool EnumType::operator==(const EnumType& rhs) const { - return name_ == rhs.name_ && scoped_ == rhs.scoped_; -} -bool EnumType::operator!=(const EnumType& rhs) const { - return name_ != rhs.name_ || scoped_ != rhs.scoped_; -} - -ArrayType::ArrayType(Type type, size_t size) - : type_(std::make_shared(std::move(type))), size_(size) {} -const Type& ArrayType::type() const { return *type_; } -size_t ArrayType::size() const { return size_; } -std::ostream& operator<<(std::ostream& os, const ArrayType& type) { - // TODO: Fix formatting of types consisting of arrays and pointers. - // E.g. the correct formatting of pointer to array of ints is `int (*)[N]`, - // while the current formatting outputs `int[N]*`. Right now, this isn't - // critical since casting to array types isn't supported yet. - return os << type.type() << "[" << type.size() << "]"; -} -bool ArrayType::operator==(const ArrayType& rhs) const { - return size_ == rhs.size_ && *type_ == *rhs.type_; -} -bool ArrayType::operator!=(const ArrayType& rhs) const { - return size_ != rhs.size_ || *type_ != *rhs.type_; -} - -QualifiedType::QualifiedType(Type type, CvQualifiers cv_qualifiers) - : type_(std::make_shared(std::move(type))), - cv_qualifiers_(cv_qualifiers) {} -const Type& QualifiedType::type() const { return *type_; } -CvQualifiers QualifiedType::cv_qualifiers() const { return cv_qualifiers_; } -bool QualifiedType::operator==(const QualifiedType& rhs) const { - return cv_qualifiers_ == rhs.cv_qualifiers_ && *type_ == *rhs.type_; -} -bool QualifiedType::operator!=(const QualifiedType& rhs) const { - return cv_qualifiers_ != rhs.cv_qualifiers_ || *type_ != *rhs.type_; -} - -std::ostream& operator<<(std::ostream& os, const QualifiedType& type) { - const auto& inner_type = type.type(); - if (std::holds_alternative(inner_type)) { - os << inner_type; - if (type.cv_qualifiers().any()) { - os << " " << type.cv_qualifiers(); - } - } else { - if (type.cv_qualifiers().any()) { - os << type.cv_qualifiers() << " "; - } - os << inner_type; - } - return os; -} - -std::ostream& operator<<(std::ostream& os, const Type& type) { - std::visit([&os](const auto& type) { os << type; }, type); - return os; -} - -BinaryExpr::BinaryExpr(Expr lhs, BinOp op, Expr rhs) - : lhs_(std::make_shared(std::move(lhs))), - rhs_(std::make_shared(std::move(rhs))), - op_(op) {} -BinaryExpr::BinaryExpr(Expr lhs, BinOp op, Expr rhs, Type expr_type) - : lhs_(std::make_shared(std::move(lhs))), - rhs_(std::make_shared(std::move(rhs))), - op_(op), - expr_type_(std::make_unique(std::move(expr_type))) {} -const Expr& BinaryExpr::lhs() const { return *lhs_; } -const Expr& BinaryExpr::rhs() const { return *rhs_; } -const Type* BinaryExpr::expr_type() const { return expr_type_.get(); } -BinOp BinaryExpr::op() const { return op_; } -int BinaryExpr::precedence() const { - return BIN_OP_TABLE[(size_t)op_].precedence; -} -std::ostream& operator<<(std::ostream& os, const BinaryExpr& e) { - const char* symbol = BIN_OP_TABLE[(size_t)e.op()].symbol; - return os << e.lhs() << " " << symbol << " " << e.rhs(); -} - -VariableExpr::VariableExpr(std::string name) : name_(std::move(name)) {} -const std::string& VariableExpr::name() const { return name_; } -std::ostream& operator<<(std::ostream& os, const VariableExpr& e) { - return os << e.name(); -} - -UnaryExpr::UnaryExpr(UnOp op, Expr expr) - : expr_(std::make_shared(std::move(expr))), op_(op) {} -UnOp UnaryExpr::op() const { return op_; } -const Expr& UnaryExpr::expr() const { return *expr_; } -std::ostream& operator<<(std::ostream& os, const UnaryExpr& e) { - os << UN_OP_TABLE[(size_t)e.op()]; - - const auto* inner_as_unary = std::get_if(&e.expr()); - if (inner_as_unary != nullptr) { - // Avoid emitting cases such as `++3` or `--3`, print `+ +3` and `- -3` - // instead. - bool needs_space = (e.op() == UnOp::Plus || e.op() == UnOp::Neg) && - e.op() == inner_as_unary->op(); - if (needs_space) { - os << " "; - } - } - return os << e.expr(); -} - -std::ostream& operator<<(std::ostream& os, const IntegerConstant& e) { - using Base = IntegerConstant::Base; - using Length = IntegerConstant::Length; - using Signedness = IntegerConstant::Signedness; - - auto saved_flags = os.flags(); - switch (e.base_) { - case Base::Bin: { - // iostream doesn't support binary numbers yet, so we'll do it ourselves. - std::bitset bits(e.value()); - auto str = bits.to_string(); - auto idx = str.find('1'); - // Print from the first '1' onward (or print `0` if the value is zero). - const char* to_print = (idx != std::string::npos) ? &str[idx] : "0"; - - os << "0b" << to_print; - break; - } - - case Base::Hex: - os << std::hex << std::showbase << e.value(); - break; - - case Base::Oct: - os << std::oct << std::showbase << e.value(); - break; - - case Base::Dec: - os << std::dec << e.value(); - break; - } - - switch (e.length_) { - case Length::Int: - break; - - case Length::Long: - os << "L"; - break; - - case Length::LongLong: - os << "LL"; - break; - } - - switch (e.signedness_) { - case Signedness::Signed: - break; - - case Signedness::Unsigned: - os << "U"; - break; - } - - os.flags(saved_flags); - return os; -} - -std::ostream& operator<<(std::ostream& os, const DoubleConstant& e) { - using Format = DoubleConstant::Format; - using Length = DoubleConstant::Length; - - auto saved_flags = os.flags(); - switch (e.format_) { - case Format::Default: { - std::ostringstream sstream; - sstream << std::defaultfloat << e.value_; - os << sstream.str(); - // Handle a corner case where the double constant is an integer (doesn't - // contain a decimal point) in order to prevent expressions such as `1f` - // which isn't well formed (it should be `1.f` instead). - if (sstream.str().find_first_of(".eE") == std::string::npos) { - os << "."; - } - } break; - - case Format::Scientific: - os << std::fixed << e.value_; - break; - - case Format::Hex: - os << std::hexfloat << e.value_; - break; - } - - switch (e.length_) { - case Length::Float: - os << "f"; - break; - - case Length::Double: - break; - } - - os.flags(saved_flags); - return os; -} - -ParenthesizedExpr::ParenthesizedExpr(Expr expr) - : expr_(std::make_shared(std::move(expr))) {} -const Expr& ParenthesizedExpr::expr() const { return *expr_; } -std::ostream& operator<<(std::ostream& os, const ParenthesizedExpr& e) { - return os << "(" << e.expr() << ")"; -} - -AddressOf::AddressOf(Expr expr) - : expr_(std::make_shared(std::move(expr))) {} -const Expr& AddressOf::expr() const { return *expr_; } -std::ostream& operator<<(std::ostream& os, const AddressOf& e) { - os << "&"; - if (std::holds_alternative(e.expr())) { - // Avoid accidentally printing e.g. `&&x`, print `& &x` instead. - os << " "; - } - return os << e.expr(); -} - -MemberOf::MemberOf(Expr expr, std::string field) - : expr_(std::make_shared(std::move(expr))), - field_(std::move(field)) {} -MemberOf::MemberOf(Expr expr, std::string field, TaggedType expr_type) - : expr_(std::make_shared(std::move(expr))), - field_(std::move(field)), - expr_type_(std::move(expr_type)) {} -const Expr& MemberOf::expr() const { return *expr_; } -const std::string& MemberOf::field() const { return field_; } -std::ostream& operator<<(std::ostream& os, const MemberOf& e) { - return os << e.expr() << "." << e.field(); -} - -MemberOfPtr::MemberOfPtr(Expr expr, std::string field) - : expr_(std::make_shared(std::move(expr))), - field_(std::move(field)) {} -MemberOfPtr::MemberOfPtr(Expr expr, std::string field, TaggedType expr_type) - : expr_(std::make_shared(std::move(expr))), - field_(std::move(field)), - expr_type_(std::move(expr_type)) {} -const Expr& MemberOfPtr::expr() const { return *expr_; } -const std::string& MemberOfPtr::field() const { return field_; } -std::ostream& operator<<(std::ostream& os, const MemberOfPtr& e) { - return os << e.expr() << "->" << e.field(); -} - -ArrayIndex::ArrayIndex(Expr expr, Expr idx) - : expr_(std::make_shared(std::move(expr))), - idx_(std::make_shared(std::move(idx))) {} -const Expr& ArrayIndex::expr() const { return *expr_; } -const Expr& ArrayIndex::idx() const { return *idx_; } -std::ostream& operator<<(std::ostream& os, const ArrayIndex& e) { - return os << e.expr() << "[" << e.idx() << "]"; -} - -TernaryExpr::TernaryExpr(Expr cond, Expr lhs, Expr rhs) - : cond_(std::make_shared(std::move(cond))), - lhs_(std::make_shared(std::move(lhs))), - rhs_(std::make_shared(std::move(rhs))) {} -TernaryExpr::TernaryExpr(Expr cond, Expr lhs, Expr rhs, Type expr_type) - : cond_(std::make_shared(std::move(cond))), - lhs_(std::make_shared(std::move(lhs))), - rhs_(std::make_shared(std::move(rhs))), - expr_type_(std::make_shared(std::move(expr_type))) {} -const Expr& TernaryExpr::cond() const { return *cond_; } -const Expr& TernaryExpr::lhs() const { return *lhs_; } -const Expr& TernaryExpr::rhs() const { return *rhs_; } -const Type* TernaryExpr::expr_type() const { return expr_type_.get(); } -std::ostream& operator<<(std::ostream& os, const TernaryExpr& e) { - return os << e.cond() << " ? " << e.lhs() << " : " << e.rhs(); -} - -CastExpr::CastExpr(Kind kind, Type type, Expr expr) - : kind_(kind), - type_(std::move(type)), - expr_(std::make_shared(std::move(expr))) {} -CastExpr::Kind CastExpr::kind() const { return kind_; } -const Type& CastExpr::type() const { return type_; } -const Expr& CastExpr::expr() const { return *expr_; } -int CastExpr::precedence() const { return cast_kind_precedence(kind_); } -std::ostream& operator<<(std::ostream& os, const CastExpr& e) { - using Kind = CastExpr::Kind; - switch (e.kind()) { - case Kind::CStyleCast: - return os << "(" << e.type() << ") " << e.expr(); - case Kind::StaticCast: - return os << "static_cast<" << e.type() << ">(" << e.expr() << ")"; - case Kind::ReinterpretCast: - return os << "reinterpret_cast<" << e.type() << ">(" << e.expr() << ")"; - - default: - assert(false && "Did you introduce a new cast kind?"); - } - return os; -} - -DereferenceExpr::DereferenceExpr(Expr expr) - : expr_(std::make_shared(std::move(expr))) {} -const Expr& DereferenceExpr::expr() const { return *expr_; } -std::ostream& operator<<(std::ostream& os, const DereferenceExpr& expr) { - return os << "*" << expr.expr(); -} - -FunctionCallExpr::FunctionCallExpr(std::string name, - std::vector> args) - : name_(std::move(name)), args_(std::move(args)) {} -const std::string& FunctionCallExpr::name() const { return name_; } -const std::vector>& FunctionCallExpr::args() const { - return args_; -} -std::ostream& operator<<(std::ostream& os, const FunctionCallExpr& expr) { - os << expr.name() << "("; - const auto& args = expr.args(); - for (size_t i = 0; i < args.size(); ++i) { - if (i > 0) { - os << ", "; - } - os << *args[i]; - } - return os << ")"; -} - -SizeofExpr::SizeofExpr(Expr expr) - : arg_(std::make_unique(std::move(expr))) {} -SizeofExpr::SizeofExpr(Type type) : arg_(std::move(type)) {} -std::optional> SizeofExpr::maybe_expr() - const { - const auto* as_expr = std::get_if>(&arg_); - if (as_expr != nullptr) { - return **as_expr; - } - return {}; -} -std::optional> SizeofExpr::maybe_type() - const { - const auto* as_type = std::get_if(&arg_); - if (as_type != nullptr) { - return *as_type; - } - return {}; -} -std::ostream& operator<<(std::ostream& os, const SizeofExpr& expr) { - os << "sizeof"; - auto maybe_expr = expr.maybe_expr(); - if (maybe_expr.has_value()) { - const Expr& child = maybe_expr.value(); - // If the child isn't a parenthesized expression, separate the expression - // and 'sizeof' with a space. - if (!std::holds_alternative(child)) { - os << " "; - } - return os << child; - } - auto maybe_type = expr.maybe_type(); - if (maybe_type.has_value()) { - return os << "(" << maybe_type.value() << ")"; - } - assert(false && "Did you introduce a new alternative?"); - return os; -} - -std::ostream& operator<<(std::ostream& os, const BooleanConstant& expr) { - const char* to_print = expr.value() ? "true" : "false"; - return os << to_print; -} - -std::ostream& operator<<(std::ostream& os, const NullptrConstant&) { - return os << "nullptr"; -} - -std::ostream& operator<<(std::ostream& os, const EnumConstant& expr) { - // TODO: Support unscoped enum literals. Currently, unscoped enums aren't - // supported well by LLDB. - return os << expr.type() << "::" << expr.literal(); -} - -std::ostream& operator<<(std::ostream& os, const Expr& e) { - std::visit([&os](const auto& expr) { os << expr; }, e); - return os; -} - -/** - * A visitor that dumps an expression to `stdout` for debugging purposes. - */ -class ExprDumper { - public: - void operator()(const BinaryExpr& e) { - emit_marked_indentation(); - - const auto* symbol = BIN_OP_TABLE[(size_t)e.op()].symbol; - printf("Binary expression of type `%s`:\n", symbol); - - emit_indentation(); - printf("Left-hand side:\n"); - indented_visit(e.lhs()); - - emit_indentation(); - printf("Right-hand side:\n"); - indented_visit(e.rhs()); - } - - void operator()(const VariableExpr& e) { - emit_marked_indentation(); - printf("Variable expression for identifier `%s`\n", e.name().c_str()); - } - - void operator()(const IntegerConstant& e) { - emit_marked_indentation(); - printf("Integer constant with value `%" PRIu64 "`\n", e.value()); - } - - void operator()(const DoubleConstant& e) { - emit_marked_indentation(); - printf("Double constant with value `%f`\n", e.value()); - } - - void operator()(const NullptrConstant&) { - emit_marked_indentation(); - printf("Pointer constant: `nullptr`\n"); - } - - void operator()(const EnumConstant& e) { - emit_marked_indentation(); - printf("Enum constant: `%s`\n", e.literal().c_str()); - } - - void operator()(const UnaryExpr& e) { - emit_marked_indentation(); - const auto* symbol = UN_OP_TABLE[(size_t)e.op()]; - printf("Unary expression of type %s\n", symbol); - - indented_visit(e.expr()); - } - - void operator()(const ParenthesizedExpr& e) { - emit_marked_indentation(); - printf("Parenthesized expression:\n"); - - indented_visit(e.expr()); - } - - void operator()(const AddressOf& e) { - emit_marked_indentation(); - printf("Address of:\n"); - - indented_visit(e.expr()); - } - - void operator()(const MemberOf& e) { - emit_marked_indentation(); - printf("Field access on `%s`:\n", e.field().c_str()); - - indented_visit(e.expr()); - } - - void operator()(const MemberOfPtr& e) { - emit_marked_indentation(); - printf("Pointer field access on `%s`:\n", e.field().c_str()); - - indented_visit(e.expr()); - } - - void operator()(const ArrayIndex& e) { - emit_marked_indentation(); - printf("Array index:\n"); - - emit_indentation(); - printf("Array:\n"); - indented_visit(e.expr()); - - emit_indentation(); - printf("Index:\n"); - indented_visit(e.idx()); - } - - void operator()(const TernaryExpr& e) { - emit_marked_indentation(); - printf("Ternary expression:\n"); - - emit_indentation(); - printf("Condition:\n"); - indented_visit(e.cond()); - - emit_indentation(); - printf("Left-hand side:\n"); - indented_visit(e.lhs()); - - emit_indentation(); - printf("Right-hand side:\n"); - indented_visit(e.rhs()); - } - - void operator()(const CastExpr& e) { - emit_marked_indentation(); - std::ostringstream os; - os << e.type(); - printf("Cast expression into type: `%s`\n", os.str().c_str()); - - indented_visit(e.expr()); - } - - void operator()(const DereferenceExpr& e) { - emit_marked_indentation(); - printf("Dereference:\n"); - indented_visit(e.expr()); - } - - void operator()(const FunctionCallExpr& e) { - emit_marked_indentation(); - printf("Function call:\n"); - - emit_indentation(); - printf("Name: `%s`\n", e.name().c_str()); - - const auto& args = e.args(); - for (size_t i = 0; i < args.size(); ++i) { - emit_indentation(); - printf("Argument #%zu:", i + 1); - indented_visit(*args[i]); - } - } - - void operator()(const SizeofExpr& e) { - emit_marked_indentation(); - printf("Sizeof:"); - - auto maybe_type = e.maybe_type(); - if (maybe_type.has_value()) { - std::ostringstream os; - os << maybe_type.value(); - printf(" Type: %s\n", os.str().c_str()); - return; - } - - auto maybe_expr = e.maybe_expr(); - if (maybe_expr.has_value()) { - indented_visit(maybe_expr.value()); - } - } - - void operator()(const BooleanConstant& e) { - emit_marked_indentation(); - - const char* to_print = e.value() ? "true" : "false"; - printf("Boolean constant of value `%s`\n", to_print); - } - - private: - static constexpr int SPACES_PER_INDENTATION = 2; - - void emit_marked_indentation() { printf("%*s%s", indent_spaces_, "", "+ "); } - void emit_indentation() { printf("%*s%s", indent_spaces_, "", " "); } - - void indented_visit(const Expr& e) { - indent_spaces_ += SPACES_PER_INDENTATION; - std::visit(*this, e); - indent_spaces_ -= SPACES_PER_INDENTATION; - } - - private: - int indent_spaces_ = 0; -}; - -void dump_expr(const Expr& expr) { std::visit(ExprDumper(), expr); } - -int bin_op_precedence(BinOp op) { return BIN_OP_TABLE[(size_t)op].precedence; } - -int cast_kind_precedence(CastExpr::Kind kind) { - switch (kind) { - case CastExpr::Kind::CStyleCast: - return 3; - case CastExpr::Kind::StaticCast: - case CastExpr::Kind::ReinterpretCast: - return 2; - - default: - assert(false && "Did you introduce a new cast kind?"); - } - return 0; // all control paths must return a value -} - -} // namespace fuzzer - -static inline size_t hash_combine_impl(size_t acc) { return acc; } - -template -static inline size_t hash_combine_impl(size_t acc, T&& v, Rest&&... rest) { - // std::hash has specializations for e.g. `std::string`, but not for `const - // std::string&`, so remove any cv-qualified reference from type `T`. - using Type = std::remove_cv_t>; - std::hash hasher; - // Disclaimer: Hash combining algorithm is taken from `boost::hash_combine`, - // no idea how it fares in practice. - acc ^= hasher(std::forward(v)) + 0x9e3779b9u + (acc << 6) + (acc >> 2); - return hash_combine_impl(acc, std::forward(rest)...); -} - -/* - * Combines multiple hash values together. This is equivalent to - * `boost::hash_combine`, albeit with support for perfect forwarding (so that - * invocation of `hash_combine` can be conveniently a one-liner). - */ -template -static inline size_t hash_combine(Args&&... args) { - return hash_combine_impl(0, std::forward(args)...); -} - -enum class HashingTypeKind { - PointerType, - QualifiedType, - TaggedType, - NullptrType, - EnumType, - ArrayType, -}; - -namespace std { - -using fuzzer::ArrayType; -using fuzzer::EnumType; -using fuzzer::NullptrType; -using fuzzer::PointerType; -using fuzzer::QualifiedType; -using fuzzer::TaggedType; - -size_t hash::operator()(const PointerType& type) const { - return hash_combine(HashingTypeKind::PointerType, type.type()); -} - -size_t hash::operator()(const QualifiedType& type) const { - return hash_combine(HashingTypeKind::QualifiedType, type.cv_qualifiers(), - type.type()); -} - -size_t hash::operator()(const TaggedType& type) const { - return hash_combine(HashingTypeKind::TaggedType, type.name()); -} - -size_t hash::operator()(const NullptrType&) const { - return hash_combine(HashingTypeKind::NullptrType); -} - -size_t hash::operator()(const EnumType& type) const { - return hash_combine(HashingTypeKind::EnumType, type.name(), type.is_scoped()); -} - -size_t hash::operator()(const ArrayType& type) const { - return hash_combine(HashingTypeKind::ArrayType, type.type(), type.size()); -} - -} // namespace std diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/ast.h b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/ast.h deleted file mode 100644 index 14a92aa2b487..000000000000 --- a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/ast.h +++ /dev/null @@ -1,683 +0,0 @@ -/* - * Copyright 2020 Google LLC - * - * Licensed under the Apache License, Version 2.0 (the "License"); - * you may not use this file except in compliance with the License. - * You may obtain a copy of the License at - * - * http://www.apache.org/licenses/LICENSE-2.0 - * - * Unless required by applicable law or agreed to in writing, software - * distributed under the License is distributed on an "AS IS" BASIS, - * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. - * See the License for the specific language governing permissions and - * limitations under the License. - */ - -#ifndef INCLUDE_AST_H -#define INCLUDE_AST_H - -#include -#include -#include -#include -#include -#include -#include // forward references `std::hash` -#include -#include - -#include "fuzzer/enum_bitset.h" - -namespace fuzzer { - -enum class ScalarType : unsigned char; -class TaggedType; -class PointerType; -class NullptrType; -class EnumType; -class ArrayType; - -using Type = std::variant; -std::ostream& operator<<(std::ostream& os, const Type& type); - -enum class CvQualifier : unsigned char { - EnumFirst, - Const = EnumFirst, - Volatile, - EnumLast = Volatile, -}; -using CvQualifiers = EnumBitset; - -std::ostream& operator<<(std::ostream& os, CvQualifiers qualifiers); - -enum class ScalarType : unsigned char { - EnumFirst, - Void = EnumFirst, - Bool, - // Have `char` explicitly because it is implementation dependent whether - // `char` maps to `signed char` or `unsigned char`. - Char, - SignedChar, - UnsignedChar, - SignedShort, - UnsignedShort, - SignedInt, - UnsignedInt, - SignedLong, - UnsignedLong, - SignedLongLong, - UnsignedLongLong, - Float, - Double, - LongDouble, - EnumLast = LongDouble, -}; -inline constexpr size_t NUM_SCALAR_TYPES = (size_t)ScalarType::EnumLast + 1; -std::ostream& operator<<(std::ostream& os, ScalarType type); - -inline constexpr bool is_int_scalar_type(ScalarType type) { - return ScalarType::Bool <= type && type <= ScalarType::UnsignedLongLong; -} -inline constexpr bool is_float_scalar_type(ScalarType type) { - return ScalarType::Float <= type && type <= ScalarType::LongDouble; -} - -class TaggedType { - public: - TaggedType() = default; - explicit TaggedType(std::string name); - - const std::string& name() const; - - friend std::ostream& operator<<(std::ostream& os, const TaggedType& type); - bool operator==(const TaggedType& rhs) const; - bool operator!=(const TaggedType& rhs) const; - - private: - std::string name_; -}; - -class QualifiedType { - public: - QualifiedType() = default; - explicit QualifiedType(Type type, - CvQualifiers cv_qualifiers = CvQualifiers()); - - const Type& type() const; - CvQualifiers cv_qualifiers() const; - - friend std::ostream& operator<<(std::ostream& os, const QualifiedType& type); - bool operator==(const QualifiedType& type) const; - bool operator!=(const QualifiedType& type) const; - - private: - std::shared_ptr type_; - CvQualifiers cv_qualifiers_; -}; - -class PointerType { - public: - PointerType() = default; - explicit PointerType(QualifiedType type); - - const QualifiedType& type() const; - - friend std::ostream& operator<<(std::ostream& os, const PointerType& type); - bool operator==(const PointerType& type) const; - bool operator!=(const PointerType& type) const; - - private: - QualifiedType type_; -}; - -class NullptrType { - public: - NullptrType() = default; - - friend std::ostream& operator<<(std::ostream& os, const QualifiedType& type); - bool operator==(const NullptrType& type) const; - bool operator!=(const NullptrType& type) const; -}; - -class EnumType { - public: - EnumType() = default; - EnumType(std::string name, bool scoped); - - const std::string& name() const; - - bool is_scoped() const; - - friend std::ostream& operator<<(std::ostream& os, const EnumType& type); - bool operator==(const EnumType& type) const; - bool operator!=(const EnumType& type) const; - - private: - std::string name_; - bool scoped_; -}; - -class ArrayType { - public: - ArrayType() = default; - ArrayType(Type type, size_t size); - - const Type& type() const; - size_t size() const; - - friend std::ostream& operator<<(std::ostream& os, const ArrayType& type); - bool operator==(const ArrayType& type) const; - bool operator!=(const ArrayType& type) const; - - private: - std::shared_ptr type_; - size_t size_; -}; - -class BinaryExpr; -class UnaryExpr; -class VariableExpr; -class IntegerConstant; -class DoubleConstant; -class ParenthesizedExpr; -class AddressOf; -class MemberOf; -class MemberOfPtr; -class ArrayIndex; -class TernaryExpr; -class CastExpr; -class DereferenceExpr; -class FunctionCallExpr; -class SizeofExpr; -class BooleanConstant; -class NullptrConstant; -class EnumConstant; - -enum class UnOp : unsigned char { - // Used to determine the first enum element. - EnumFirst, - Plus = EnumFirst, - Neg, - LogicalNot, - BitNot, - // Used to determine the last enum element. - EnumLast = BitNot, -}; -inline constexpr size_t NUM_UN_OPS = (size_t)UnOp::EnumLast + 1; - -enum class BinOp : unsigned char { - // Used to determine the first enum element. - EnumFirst, - // Arithmetic operators. - Plus = EnumFirst, - Minus, - Mult, - Div, - Mod, - // Logical operators. - LogicalAnd, - LogicalOr, - // Bitwise operators. - BitAnd, - BitOr, - BitXor, - Shl, - Shr, - // Comparison operators. - Eq, - Ne, - Lt, - Le, - Gt, - Ge, - // Used to determine the last enum element. - EnumLast = Ge, -}; -inline constexpr size_t NUM_BIN_OPS = (size_t)BinOp::EnumLast + 1; -int bin_op_precedence(BinOp op); - -using Expr = - std::variant; -inline constexpr size_t NUM_EXPR_KINDS = std::variant_size_v; -void dump_expr(const Expr& expr); -std::ostream& operator<<(std::ostream& os, const Expr& expr); - -class BinaryExpr { - public: - BinaryExpr() = default; - BinaryExpr(Expr lhs, BinOp op, Expr rhs); - BinaryExpr(Expr lhs, BinOp op, Expr rhs, Type expr_type); - - const Expr& lhs() const; - const Expr& rhs() const; - BinOp op() const; - int precedence() const; - const Type* expr_type() const; - - friend std::ostream& operator<<(std::ostream& os, const BinaryExpr& expr); - - private: - std::shared_ptr lhs_; - std::shared_ptr rhs_; - BinOp op_ = BinOp::Plus; // Just pick one for the default ctor - std::shared_ptr expr_type_; -}; - -class UnaryExpr { - public: - static constexpr int PRECEDENCE = 3; - - UnaryExpr() = default; - UnaryExpr(UnOp op, Expr expr); - - UnOp op() const; - const Expr& expr() const; - int precedence() const { return PRECEDENCE; } - - friend std::ostream& operator<<(std::ostream& os, const UnaryExpr& expr); - - private: - std::shared_ptr expr_; - UnOp op_ = UnOp::Plus; // Just pick one for the default ctor -}; - -class VariableExpr { - public: - static constexpr int PRECEDENCE = 0; - - VariableExpr() = default; - explicit VariableExpr(std::string name); - - const std::string& name() const; - int precedence() const { return PRECEDENCE; } - - friend std::ostream& operator<<(std::ostream& os, const VariableExpr& expr); - - private: - std::string name_; -}; - -class IntegerConstant { - public: - enum class Base : unsigned char { - EnumFirst, - Dec = EnumFirst, - Hex, - Oct, - Bin, - EnumLast = Bin, - }; - - enum class Length { - EnumFirst, - Int = EnumFirst, - Long, - LongLong, - EnumLast = LongLong, - }; - enum class Signedness { - EnumFirst, - Signed = EnumFirst, - Unsigned, - EnumLast = Unsigned, - }; - - static constexpr int PRECEDENCE = 0; - - IntegerConstant() = default; - explicit IntegerConstant(uint64_t value) : value_(value) {} - IntegerConstant(uint64_t value, Base base, Length length, - Signedness signedness) - : value_(value), base_(base), length_(length), signedness_(signedness) {} - - uint64_t value() const { return value_; } - Base base() const { return base_; } - Length length() const { return length_; } - Signedness signedness() const { return signedness_; } - int precedence() const { return PRECEDENCE; } - - friend std::ostream& operator<<(std::ostream& os, - const IntegerConstant& expr); - - private: - uint64_t value_ = 0; - Base base_ = Base::Dec; - Length length_ = Length::Int; - Signedness signedness_ = Signedness::Signed; -}; - -class DoubleConstant { - public: - enum class Format : unsigned char { - EnumFirst, - Default = EnumFirst, - Scientific, - Hex, - EnumLast = Hex, - }; - - // TODO(alextasos): Add long doubles when lldb-eval adds support for them - enum class Length : unsigned char { - EnumFirst, - Float = EnumFirst, - Double, - EnumLast = Double, - }; - - static constexpr int PRECEDENCE = 0; - - DoubleConstant() = default; - explicit DoubleConstant(double value) : value_(value) {} - DoubleConstant(double value, Format format, Length length) - : value_(value), format_(format), length_(length) {} - - double value() const { return value_; } - int precedence() const { return PRECEDENCE; } - - friend std::ostream& operator<<(std::ostream& os, const DoubleConstant& expr); - - private: - double value_ = 0; - Format format_ = Format::Default; - Length length_ = Length::Double; -}; - -class ParenthesizedExpr { - public: - static constexpr int PRECEDENCE = 0; - - ParenthesizedExpr() = default; - explicit ParenthesizedExpr(Expr expr); - - const Expr& expr() const; - int precedence() const { return PRECEDENCE; } - - friend std::ostream& operator<<(std::ostream& os, - const ParenthesizedExpr& expr); - - private: - std::shared_ptr expr_; -}; - -class AddressOf { - public: - static constexpr int PRECEDENCE = 3; - - AddressOf() = default; - explicit AddressOf(Expr expr); - - const Expr& expr() const; - int precedence() const { return PRECEDENCE; } - - friend std::ostream& operator<<(std::ostream& os, const AddressOf& expr); - - private: - std::shared_ptr expr_; -}; - -class MemberOf { - public: - static constexpr int PRECEDENCE = 2; - - MemberOf() = default; - MemberOf(Expr expr, std::string field); - - // Useful only for unit testing - MemberOf(Expr expr, std::string field, TaggedType expr_type); - - const Expr& expr() const; - const std::string& field() const; - int precedence() const { return PRECEDENCE; } - - const TaggedType& expr_type() const { return expr_type_; } - - friend std::ostream& operator<<(std::ostream& os, const MemberOf& expr); - - private: - std::shared_ptr expr_; - std::string field_; - - TaggedType expr_type_; -}; - -class MemberOfPtr { - public: - static constexpr int PRECEDENCE = 2; - - MemberOfPtr() = default; - MemberOfPtr(Expr expr, std::string field); - - // Useful only for unit testing - MemberOfPtr(Expr expr, std::string field, TaggedType expr_type); - - const Expr& expr() const; - const std::string& field() const; - int precedence() const { return PRECEDENCE; } - - const TaggedType& expr_type() const { return expr_type_; } - - friend std::ostream& operator<<(std::ostream& os, const MemberOfPtr& expr); - - private: - std::shared_ptr expr_; - std::string field_; - - TaggedType expr_type_; -}; - -class ArrayIndex { - public: - static constexpr int PRECEDENCE = 2; - - ArrayIndex() = default; - ArrayIndex(Expr expr, Expr idx); - - const Expr& expr() const; - const Expr& idx() const; - int precedence() const { return PRECEDENCE; } - - friend std::ostream& operator<<(std::ostream& os, const ArrayIndex& expr); - - private: - std::shared_ptr expr_; - std::shared_ptr idx_; -}; - -class TernaryExpr { - public: - static constexpr int PRECEDENCE = 16; - - TernaryExpr() = default; - TernaryExpr(Expr cond, Expr lhs, Expr rhs); - TernaryExpr(Expr cond, Expr lhs, Expr rhs, Type expr_type); - - const Expr& cond() const; - const Expr& lhs() const; - const Expr& rhs() const; - int precedence() const { return PRECEDENCE; } - const Type* expr_type() const; - - friend std::ostream& operator<<(std::ostream& os, const TernaryExpr& expr); - - private: - std::shared_ptr cond_; - std::shared_ptr lhs_; - std::shared_ptr rhs_; - - std::shared_ptr expr_type_; -}; - -class CastExpr { - public: - enum class Kind { - EnumFirst, - CStyleCast = EnumFirst, - StaticCast, - ReinterpretCast, - EnumLast = ReinterpretCast, - }; - - CastExpr() = default; - CastExpr(Kind kind, Type type, Expr expr); - - Kind kind() const; - const Type& type() const; - const Expr& expr() const; - int precedence() const; - - friend std::ostream& operator<<(std::ostream& os, const CastExpr& expr); - - private: - Kind kind_; - Type type_; - std::shared_ptr expr_; -}; - -int cast_kind_precedence(CastExpr::Kind kind); - -class DereferenceExpr { - public: - static constexpr int PRECEDENCE = 3; - - DereferenceExpr() = default; - explicit DereferenceExpr(Expr expr); - - const Expr& expr() const; - int precedence() const { return PRECEDENCE; } - - friend std::ostream& operator<<(std::ostream& os, - const DereferenceExpr& expr); - - private: - std::shared_ptr expr_; -}; - -class FunctionCallExpr { - public: - static constexpr int PRECEDENCE = 2; - - FunctionCallExpr() = default; - FunctionCallExpr(std::string name, std::vector> args); - - friend std::ostream& operator<<(std::ostream& os, - const FunctionCallExpr& expr); - - const std::string& name() const; - const std::vector>& args() const; - int precedence() const { return PRECEDENCE; } - - private: - std::string name_; - std::vector> args_; -}; - -class SizeofExpr { - public: - static constexpr int PRECEDENCE = 3; - - SizeofExpr() = default; - explicit SizeofExpr(Expr expr); - explicit SizeofExpr(Type type); - - friend std::ostream& operator<<(std::ostream& os, const SizeofExpr& expr); - - std::optional> maybe_expr() const; - std::optional> maybe_type() const; - int precedence() const { return PRECEDENCE; } - - private: - std::variant> arg_; -}; - -class BooleanConstant { - public: - static constexpr int PRECEDENCE = 0; - - BooleanConstant() = default; - explicit BooleanConstant(bool value) : value_(value) {} - - friend std::ostream& operator<<(std::ostream& os, - const BooleanConstant& expr); - - bool value() const { return value_; } - int precedence() const { return PRECEDENCE; } - - private: - bool value_ = false; -}; - -class NullptrConstant { - public: - static constexpr int PRECEDENCE = 0; - - NullptrConstant() = default; - - friend std::ostream& operator<<(std::ostream& os, - const NullptrConstant& expr); - - int precedence() const { return PRECEDENCE; } -}; - -class EnumConstant { - public: - static constexpr int PRECEDENCE = 0; - - EnumConstant() = default; - EnumConstant(EnumType type, std::string literal) - : type_(std::move(type)), literal_(std::move(literal)) {} - - friend std::ostream& operator<<(std::ostream& os, const EnumConstant& expr); - - const EnumType& type() const { return type_; } - const std::string& literal() const { return literal_; } - int precedence() const { return PRECEDENCE; } - - private: - EnumType type_; - std::string literal_; -}; - -} // namespace fuzzer - -// Forward declarations of hash specializations -namespace std { - -template <> -struct hash { - size_t operator()(const fuzzer::PointerType& type) const; -}; - -template <> -struct hash { - size_t operator()(const fuzzer::QualifiedType& type) const; -}; - -template <> -struct hash { - size_t operator()(const fuzzer::TaggedType& type) const; -}; - -template <> -struct hash { - size_t operator()(const fuzzer::NullptrType& type) const; -}; - -template <> -struct hash { - size_t operator()(const fuzzer::EnumType& type) const; -}; - -template <> -struct hash { - size_t operator()(const fuzzer::ArrayType& type) const; -}; - -} // namespace std - -#endif // INCLUDE_AST_H diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/constraints.cc b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/constraints.cc deleted file mode 100644 index f23a963a32bb..000000000000 --- a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/constraints.cc +++ /dev/null @@ -1,347 +0,0 @@ -// Copyright 2020 Google LLC -// -// Licensed under the Apache License, Version 2.0 (the "License"); -// you may not use this file except in compliance with the License. -// You may obtain a copy of the License at -// -// http://www.apache.org/licenses/LICENSE-2.0 -// -// Unless required by applicable law or agreed to in writing, software -// distributed under the License is distributed on an "AS IS" BASIS, -// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. -// See the License for the specific language governing permissions and -// limitations under the License. - -#include "fuzzer/constraints.h" - -#include - -#include "fuzzer/ast.h" - -namespace fuzzer { - -static bool is_void_pointer(const Type& type) { - const auto* pointer_type = std::get_if(&type); - if (pointer_type == nullptr) { - return false; - } - const auto& inner = pointer_type->type().type(); - return inner == Type(ScalarType::Void); -} - -TypeConstraints::TypeConstraints(const Type& type, bool allow_arrays_if_ptr) { - const auto* scalar_type = std::get_if(&type); - if (scalar_type != nullptr) { - if (*scalar_type != ScalarType::Void) { - scalar_types_[*scalar_type] = true; - } - return; - } - - const auto* tagged_type = std::get_if(&type); - if (tagged_type != nullptr) { - tagged_types_ = *tagged_type; - return; - } - - const auto* pointer_type = std::get_if(&type); - if (pointer_type != nullptr) { - const auto& inner = pointer_type->type().type(); - if (inner == Type(ScalarType::Void)) { - allows_void_pointer_ = true; - allows_literal_zero_ = true; - } - - ptr_types_ = - std::make_shared(inner, /*allow_arrays_if_ptr*/ false); - - if (allow_arrays_if_ptr) { - array_types_ = ptr_types_; - } - return; - } - - const auto* array_type = std::get_if(&type); - if (array_type != nullptr) { - const auto& inner = array_type->type(); - array_types_ = - std::make_shared(inner, /*allow_arrays_if_ptr*/ false); - array_size_ = array_type->size(); - return; - } - - const auto* enum_type = std::get_if(&type); - if (enum_type != nullptr) { - if (enum_type->is_scoped()) { - scoped_enum_types_ = *enum_type; - } else { - unscoped_enum_types_ = *enum_type; - } - return; - } - - if (std::holds_alternative(type)) { - allows_nullptr_ = true; - allows_literal_zero_ = true; - return; - } - - assert(false && "Did you introduce a new alternative?"); -} - -TypeConstraints TypeConstraints::make_pointer_constraints() const { - TypeConstraints retval; - - if (satisfiable()) { - auto specific_types = std::make_shared(*this); - retval.ptr_types_ = specific_types; - retval.array_types_ = specific_types; - } - - return retval; -} - -TypeConstraints TypeConstraints::cast_to(const Type& type) { - if (std::holds_alternative(type) || - std::holds_alternative(type)) { - return TypeConstraints(); - } - - if (std::holds_alternative(type)) { - return TypeConstraints::all_in_pointer_ctx(); - } - - if (std::holds_alternative(type)) { - return TypeConstraints(type); - } - - if (std::holds_alternative(type)) { - // So far, casting other types to both (scoped and unscoped) enum types - // didn't cause any problems. If it does, change this. - TypeConstraints retval = INT_TYPES | FLOAT_TYPES; - retval.allow_unscoped_enums(); - retval.allow_scoped_enums(); - return retval; - } - - const auto* scalar_type = std::get_if(&type); - if (scalar_type != nullptr) { - TypeConstraints retval = INT_TYPES | FLOAT_TYPES; - retval.allow_unscoped_enums(); - retval.allow_scoped_enums(); - // Pointers can be casted to 8-bytes integer types. - if (*scalar_type == ScalarType::SignedLongLong || - *scalar_type == ScalarType::UnsignedLongLong) { - retval.ptr_types_ = AnyType{}; - retval.allows_void_pointer_ = true; - retval.allows_nullptr_ = true; - } - return retval; - } - - assert(false && "Did you introduce a new alternative?"); - return TypeConstraints(); -} - -TypeConstraints TypeConstraints::static_cast_to(const Type& type) { - if (std::holds_alternative(type) || - std::holds_alternative(type)) { - return TypeConstraints(); - } - - if (std::holds_alternative(type)) { - if (is_void_pointer(type)) { - return TypeConstraints::all_in_pointer_ctx(); - } - TypeConstraints retval = TypeConstraints(type); - retval.allows_nullptr_ = true; - retval.allows_void_pointer_ = true; - retval.allows_literal_zero_ = true; - return retval; - } - - if (std::holds_alternative(type)) { - return TypeConstraints(type); - } - - if (std::holds_alternative(type) || - std::holds_alternative(type)) { - TypeConstraints retval = INT_TYPES | FLOAT_TYPES; - retval.allow_unscoped_enums(); - retval.allow_scoped_enums(); - return retval; - } - - assert(false && "Did you introduce a new alternative?"); - return TypeConstraints(); -} - -TypeConstraints TypeConstraints::reinterpret_cast_to(const Type& type) { - if (std::holds_alternative(type) || - std::holds_alternative(type) || - std::holds_alternative(type) || - std::holds_alternative(type)) { - return TypeConstraints(); - } - - if (std::holds_alternative(type)) { - TypeConstraints retval = TypeConstraints::all_in_pointer_ctx(); - retval.allows_nullptr_ = false; - retval.allows_literal_zero_ = true; - return retval; - } - - if (std::holds_alternative(type)) { - return TypeConstraints(type); - } - - assert(false && "Did you introduce a new alternative?"); - return TypeConstraints(); -} - -TypeConstraints TypeConstraints::implicit_cast_to(const Type& type) { - if (std::holds_alternative(type) || - std::holds_alternative(type) || - std::holds_alternative(type) || - std::holds_alternative(type)) { - return TypeConstraints(type); - } - - const auto* scalar_type = std::get_if(&type); - if (scalar_type != nullptr) { - if (*scalar_type == ScalarType::Void) { - return TypeConstraints(type); - } - - TypeConstraints retval = INT_TYPES | FLOAT_TYPES; - retval.allow_unscoped_enums(); - return retval; - } - - assert(false && "Did you introduce a new alternative?"); - return TypeConstraints(); -} - -TypeConstraints TypeConstraints::allowed_to_point_to() const { - if (std::holds_alternative(ptr_types_)) { - return TypeConstraints(); - } - - if (std::holds_alternative(ptr_types_)) { - return TypeConstraints::all_non_void(); - } - - const auto* specific_types_ptr = - std::get_if>(&ptr_types_); - assert(specific_types_ptr != nullptr && - "Should never be null, did you introduce a new alternative?"); - - assert( - *specific_types_ptr != nullptr && - "Should never be null, did you accidentally create a null shared_ptr?"); - - TypeConstraints retval = **specific_types_ptr; - retval.scalar_types_[ScalarType::Void] = false; - return retval; -} - -bool TypeConstraints::allows_tagged_type(const TaggedType& tagged_type) const { - if (std::holds_alternative(tagged_types_)) { - return false; - } - - if (std::holds_alternative(tagged_types_)) { - return true; - } - - const auto* as_tagged = std::get_if(&tagged_types_); - assert(as_tagged != nullptr && - "Should never be null, did you introduce a new alternative?"); - - return *as_tagged == tagged_type; -} - -bool TypeConstraints::allows_array_type(const ArrayType& array_type) const { - if (array_size_.has_value() && array_size_.value() != array_type.size()) { - return false; - } - - if (std::holds_alternative(array_types_)) { - return false; - } - - if (std::holds_alternative(array_types_)) { - return true; - } - - const auto* array_element_types = - std::get_if>(&array_types_); - assert(array_element_types != nullptr && - "Should never be null, did you introduce a new alternative?"); - assert( - *array_element_types != nullptr && - "Should never be null, did you accidentally create a null shared_ptr?"); - - return (*array_element_types)->allows_type(array_type.type()); -} - -bool TypeConstraints::allows_enum_type(const EnumType& enum_type) const { - const auto& enum_types = - enum_type.is_scoped() ? scoped_enum_types_ : unscoped_enum_types_; - - if (std::holds_alternative(enum_types)) { - return false; - } - - if (std::holds_alternative(enum_types)) { - return true; - } - - const auto* as_enum = std::get_if(&enum_types); - assert(as_enum != nullptr && - "Should never be null, did you introduce a new alternative?"); - - return *as_enum == enum_type; -} - -bool TypeConstraints::allows_type(const Type& type) const { - const auto* as_scalar = std::get_if(&type); - if (as_scalar != nullptr) { - return scalar_types_[*as_scalar]; - } - - const auto* as_tagged = std::get_if(&type); - if (as_tagged != nullptr) { - return allows_tagged_type(*as_tagged); - } - - const auto* as_ptr = std::get_if(&type); - if (as_ptr != nullptr) { - const auto& inner = as_ptr->type().type(); - const auto* as_scalar = std::get_if(&inner); - if (as_scalar != nullptr && *as_scalar == ScalarType::Void) { - return allows_void_pointer_; - } - - const auto can_point_to = allowed_to_point_to(); - return can_point_to.allows_type(inner); - } - - const auto* as_enum = std::get_if(&type); - if (as_enum != nullptr) { - return allows_enum_type(*as_enum); - } - - const auto* as_array = std::get_if(&type); - if (as_array != nullptr) { - return allows_array_type(*as_array); - } - - if (std::holds_alternative(type)) { - return allows_nullptr_; - } - - return false; -} - -} // namespace fuzzer diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/constraints.h b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/constraints.h deleted file mode 100644 index 0f3a7b2ea2b7..000000000000 --- a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/constraints.h +++ /dev/null @@ -1,382 +0,0 @@ -/* - * Copyright 2020 Google LLC - * - * Licensed under the Apache License, Version 2.0 (the "License"); - * you may not use this file except in compliance with the License. - * You may obtain a copy of the License at - * - * http://www.apache.org/licenses/LICENSE-2.0 - * - * Unless required by applicable law or agreed to in writing, software - * distributed under the License is distributed on an "AS IS" BASIS, - * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. - * See the License for the specific language governing permissions and - * limitations under the License. - */ - -#ifndef INCLUDE_CONSTRAINTS_H -#define INCLUDE_CONSTRAINTS_H - -#include -#include -#include -#include -#include - -#include "fuzzer/ast.h" -#include "fuzzer/enum_bitset.h" -#include "fuzzer/expr_gen.h" - -namespace fuzzer { - -using ScalarMask = EnumBitset; - -class NoType {}; -class AnyType {}; - -enum class ExprCategory : bool { LvalueOrRvalue, Lvalue }; - -// The type constraints an expression can have. This class represents the fact -// that an expression can be: -// -// - Of any type (AnyType) -// - Of no type at all (NoType) aka unsatisfiable -// - Of a specific type/specific set of types -class TypeConstraints { - public: - TypeConstraints() = default; - TypeConstraints(ScalarMask scalar_types) : scalar_types_(scalar_types) {} - TypeConstraints(TaggedType tagged_types) - : tagged_types_(std::move(tagged_types)) {} - - // Constraints that only allow type `type`. - // The only exception is if the `type` is a pointer type `T*` and - // `allow_arrays_if_ptr` is set. In that case the array type `T[]` will also - // be allowed. Note, however, that this apply only on the surface level and - // won't be propagated further, i.e. if the `type` is of form `T**`, then - // type `T*[]` will be allowed, but type `T[][]` will not be allowed. - explicit TypeConstraints(const Type& type, bool allow_arrays_if_ptr = true); - - // Constraints corresponding to all types that can be used in a boolean - // context, i.e. ternary expression condition, logical operators (`&&`, `||`, - // `!`), etc. These types are: - // - Integers - // - Floats - // - Void/non-void pointers or the null pointer constant `0` - // - Unscoped enums - // - Array types - static TypeConstraints all_in_bool_ctx() { - TypeConstraints retval; - retval.scalar_types_ = ~ScalarMask(ScalarType::Void); - retval.ptr_types_ = AnyType{}; - retval.array_types_ = AnyType{}; - retval.unscoped_enum_types_ = AnyType{}; - retval.scoped_enum_types_ = NoType{}; - retval.allows_void_pointer_ = true; - retval.allows_nullptr_ = true; - retval.allows_literal_zero_ = true; - - return retval; - } - - // Return a set of constraints that allow any pointer type, including void - // pointers, null pointers and array types. - static TypeConstraints all_in_pointer_ctx() { - TypeConstraints retval; - retval.ptr_types_ = AnyType{}; - retval.array_types_ = AnyType{}; - retval.allows_void_pointer_ = true; - retval.allows_nullptr_ = true; - retval.allows_literal_zero_ = true; - - return retval; - } - - static TypeConstraints all_non_void() { - TypeConstraints retval; - retval.scalar_types_ = ~ScalarMask(ScalarType::Void); - retval.tagged_types_ = AnyType{}; - retval.ptr_types_ = AnyType{}; - retval.array_types_ = AnyType{}; - retval.unscoped_enum_types_ = AnyType{}; - retval.scoped_enum_types_ = AnyType{}; - retval.allows_void_pointer_ = true; - retval.allows_nullptr_ = true; - retval.allows_literal_zero_ = true; - - return retval; - } - - // Return a set of constraints that allow any non-void pointer type, - // including array types. - static TypeConstraints all_in_non_void_pointer_ctx() { - TypeConstraints retval; - retval.ptr_types_ = AnyType{}; - retval.array_types_ = AnyType{}; - - return retval; - } - - // Types that can be cast to the `type`, using a C-style cast. - static TypeConstraints cast_to(const Type& type); - - // Types that can be cast to the `type`, using a `static_cast`. - static TypeConstraints static_cast_to(const Type& type); - - // Types that can be cast to the `type`, using a `reinterpret_cast`. - static TypeConstraints reinterpret_cast_to(const Type& type); - - // Types that can be implicitly cast to the `type`, e.g. when passing - // arguments to function calls. - static TypeConstraints implicit_cast_to(const Type& type); - - // Is there any type that satisfies these constraints? - bool satisfiable() const { - return scalar_types_.any() || - !std::holds_alternative(unscoped_enum_types_) || - !std::holds_alternative(scoped_enum_types_) || - !std::holds_alternative(tagged_types_) || - !std::holds_alternative(ptr_types_) || - !std::holds_alternative(array_types_) || - allows_void_pointer_ || allows_nullptr_ || allows_literal_zero_; - } - - // Scalar types allowed by these constraints. - ScalarMask allowed_scalar_types() const { return scalar_types_; } - - // Tagged types allowed by these constraints. - const std::variant& allowed_tagged_types() - const { - return tagged_types_; - } - - // Scoped enum types allowed by these constraints. - const std::variant& allowed_scoped_enum_types() - const { - return scoped_enum_types_; - } - - // Unscoped enum types allowed by these constraints. - const std::variant& allowed_unscoped_enum_types() - const { - return unscoped_enum_types_; - } - - // Do these constraints allow any of the types in `mask`? - bool allows_any_of(ScalarMask mask) const { - return (scalar_types_ & mask).any(); - } - - // Do these constraints allow any kind of tagged types? - bool allows_tagged_types() const { - return !std::holds_alternative(allowed_tagged_types()); - } - - // Do these constraints allow any kind of non-void pointer? - bool allows_non_void_pointer() const { - return !std::holds_alternative(ptr_types_); - } - - // Do these constraints allow any kind of array types? - bool allows_array_types() const { - return !std::holds_alternative(array_types_); - } - - // Do these constraints allow void pointers? - bool allows_void_pointer() const { return allows_void_pointer_; } - - // Do these constraints allow `nullptr`? - bool allows_nullptr() const { return allows_nullptr_; } - - // Do these constraints allow literal `0` in pointer context? - // Typically literal `0` is allowed whenever void pointers and nullptr are - // allowed, unless it is explicitly disallowed. - bool allows_literal_zero() const { return allows_literal_zero_; } - - // Do these constraints allow a tagged type? - bool allows_tagged_type(const TaggedType& tagged_type) const; - - // Do these constraints allow an enum type? - bool allows_enum_type(const EnumType& enum_type) const; - - // Do these constraints allow an array type? - bool allows_array_type(const ArrayType& array_type) const; - - // Do these constraints allow the `type`? - bool allows_type(const Type& type) const; - - // Do these constraints allow the qualified `type`? - bool allows_type(const QualifiedType& type) const { - return allows_type(type.type()); - } - - // Allows specific set of scalar types. - void allow_scalar_types(ScalarMask scalar_types) { - scalar_types_ = scalar_types; - } - - // Allows unscoped enum types. - void allow_unscoped_enums() { unscoped_enum_types_ = AnyType{}; } - - // Allows scoped enum types. - void allow_scoped_enums() { scoped_enum_types_ = AnyType{}; } - - // Allows `void *` type and literal `0`. - void allow_void_pointer() { - allows_void_pointer_ = true; - allows_literal_zero_ = true; - } - - // Disallows `nullptr`s. - void disallow_nullptr() { - allows_nullptr_ = false; - if (!allows_void_pointer_) { - allows_literal_zero_ = false; - } - } - - // Disallows `0` in pointer context. - void disallow_literal_zero() { allows_literal_zero_ = false; } - - // Make a new set of pointer constraints. If the original constraints permit - // type T, the new constraints will allow types `T*`, `const T*`, `volatile - // T*`, `const volatile T*` and the array type `T[]`. - TypeConstraints make_pointer_constraints() const; - - // What kind of types do these constraints allow a pointer to? - TypeConstraints allowed_to_point_to() const; - - private: - ScalarMask scalar_types_; - std::variant unscoped_enum_types_; - std::variant scoped_enum_types_; - std::variant tagged_types_; - std::variant> ptr_types_; - std::variant> array_types_; - bool allows_void_pointer_ = false; - bool allows_nullptr_ = false; - std::optional array_size_ = std::nullopt; - bool allows_literal_zero_ = false; -}; - -// Constraints that regulate memory access as an expression is being -// constructed. -class MemoryConstraints { - public: - MemoryConstraints(bool must_be_valid, int freedom) - : must_be_valid_(must_be_valid), - // Set required freedom index to 0 if invalid memory is allowed. - required_freedom_index_(must_be_valid ? freedom : 0) { - assert(required_freedom_index_ >= 0 && - "Required freedom index shouldn't be negative!"); - } - - // Constructs memory constraints from the required freedom index. - // It's assumed that memory in this case should be valid. - explicit MemoryConstraints(int freedom) - : must_be_valid_(true), required_freedom_index_(freedom) { - assert(required_freedom_index_ >= 0 && - "Required freedom index shouldn't be negative!"); - } - - // Empty constructor. Allows invalid memory. - MemoryConstraints() = default; - - // Indicates whether the expression that is being constructed is going to - // read from memory. If it's going to, it has to be valid to avoid illegal - // memory access. - bool must_be_valid() const { return must_be_valid_; } - - // Indicates a number of times the expression that is being constructed is - // going to be dereferenced. - int required_freedom_index() const { return required_freedom_index_; } - - // Creates new memory constraints assuming that current expression is an - // address-of. It decreases required freedom index by 1. - MemoryConstraints from_address_of() const { - return MemoryConstraints(must_be_valid_, required_freedom_index_ - 1); - } - - // Creates new memory constraints assuming that current expression is a - // dereference-of. In most cases it means that from this point, memory - // should be valid. The exception is if the parent was an address-of. In - // that case, inherit validity from the current constraints, to allow - // elimination of `&*`. It increases the required freedom index by 1. - MemoryConstraints from_dereference_of(bool is_parent_address_of) const { - return is_parent_address_of - ? MemoryConstraints(must_be_valid_, required_freedom_index_ + 1) - : MemoryConstraints(required_freedom_index_ + 1); - } - - // Creates new memory constraints assuming that current expression is a - // member-of. In the case that the parent expression is an address-of, it - // inherits validity from the current constraints, to allow expression such - // as `&(invalid_ptr)->field`. Required freedom index should be 1 for access - // on pointers `->` and 0 for the dot `.` access. - MemoryConstraints from_member_of(bool is_parent_address_of, - int freedom) const { - return is_parent_address_of ? MemoryConstraints(must_be_valid_, freedom) - : MemoryConstraints(freedom); - } - - private: - bool must_be_valid_ = false; - int required_freedom_index_ = 0; -}; - -// The main class that deals with expression constraints. -class ExprConstraints { - public: - ExprConstraints() = default; - - // Allow implicit conversion from `TypeConstraints` for convenience (plus, - // in most cases expressions don't have to be lvalues. - ExprConstraints(TypeConstraints type_constraints, - MemoryConstraints memory_constraints = MemoryConstraints(), - ExprCategory category = ExprCategory::LvalueOrRvalue) - : type_constraints_(std::move(type_constraints)), - memory_constraints_(std::move(memory_constraints)), - must_be_lvalue_((bool)category) {} - - ExprConstraints(ScalarMask mask, - MemoryConstraints memory_constraints = MemoryConstraints(), - ExprCategory category = ExprCategory::LvalueOrRvalue) - : type_constraints_(TypeConstraints(mask)), - memory_constraints_(std::move(memory_constraints)), - must_be_lvalue_((bool)category) {} - - // Must the expression we generate be an lvalue? - bool must_be_lvalue() const { return must_be_lvalue_; } - - // Type constraints of the expression to generate - const TypeConstraints& type_constraints() const { return type_constraints_; } - - // Memory constraints of the expression to generate - const MemoryConstraints& memory_constraints() const { - return memory_constraints_; - } - - private: - TypeConstraints type_constraints_; - MemoryConstraints memory_constraints_; - bool must_be_lvalue_ = false; -}; - -inline constexpr ScalarMask INT_TYPES = { - ScalarType::Bool, ScalarType::Char, - ScalarType::UnsignedChar, ScalarType::SignedChar, - ScalarType::SignedShort, ScalarType::UnsignedShort, - ScalarType::SignedInt, ScalarType::UnsignedInt, - ScalarType::SignedLong, ScalarType::UnsignedLong, - ScalarType::SignedLongLong, ScalarType::UnsignedLongLong, -}; - -inline constexpr ScalarMask FLOAT_TYPES = { - ScalarType::Float, - ScalarType::Double, - ScalarType::LongDouble, -}; - -} // namespace fuzzer - -#endif // INCLUDE_CONSTRAINTS_H diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/enum_bitset.h b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/enum_bitset.h deleted file mode 100644 index 55cc15c24a68..000000000000 --- a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/enum_bitset.h +++ /dev/null @@ -1,197 +0,0 @@ -/* - * Copyright 2020 Google LLC - * - * Licensed under the Apache License, Version 2.0 (the "License"); - * you may not use this file except in compliance with the License. - * You may obtain a copy of the License at - * - * http://www.apache.org/licenses/LICENSE-2.0 - * - * Unless required by applicable law or agreed to in writing, software - * distributed under the License is distributed on an "AS IS" BASIS, - * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. - * See the License for the specific language governing permissions and - * limitations under the License. - */ - -#ifndef INCLUDE_ENUM_BITSET_H -#define INCLUDE_ENUM_BITSET_H - -#include -#include -#include -#include // forward references `std::hash` - -namespace fuzzer { - -/* - * A convenient and typesafe wrapper around `std::bitset` intended to be used - * with enums. - * - * Enums that can be used with `EnumBitset` must: - * - Have a member value `EnumFirst`, which corresponds to the first enum value - * and its underlying value is always zero. - * - Have a member value `EnumLast`, which corresponds to the last enum value - * and its underlying value must be greater than that of `EnumFirst`. - * - There should be no discontinuities in the underlying values of the enum - * member values (e.g. `enum class A { V1 = 0, V2 = 5, V3 = 6 };`). - * - EnumBitset supports enums with up to 64 member values (the reason for this - * limitation is because an `std::bitset` can only be constructed in a - * `constexpr` manner if it can be represented by a 64-bit integer). - * - * Here's an example of an enum that can be used with EnumBitset: - * ``` - * enum class CvQualifier { - * EnumFirst, - * Const = EnumFirst, - * Volatile, - * EnumLast = Volatile, - * }; - * ``` - */ -template -class EnumBitset { - private: - static_assert(std::is_enum_v, - "`EnumBitset can be only used with enum types"); - - using UnderlyingType = std::underlying_type_t; - - static_assert((UnderlyingType)Enum::EnumFirst == 0, - "Enum must have an EnumFirst field that's set to `0`."); - static_assert((UnderlyingType)Enum::EnumLast > 0, - "Enum must have an EnumLast field whose underlying value is " - "greater than `0`."); - static_assert( - (UnderlyingType)Enum::EnumLast < 64, - "EnumBitset doesn't support enums with more than 64 members, sorry."); - - static constexpr size_t BITSET_SIZE = (size_t)Enum::EnumLast + 1; - using BitsetType = std::bitset; - - friend ::std::hash>; - - constexpr unsigned long long initializer_list_value( - std::initializer_list list) { - unsigned long long value = 0; - for (auto e : list) { - value |= 1ull << (size_t)e; - } - return value; - } - - public: - constexpr EnumBitset() = default; - constexpr EnumBitset(std::initializer_list list) - : bitset_(initializer_list_value(list)) {} - constexpr EnumBitset(Enum value) : bitset_(1ull << (size_t)value) {} - - static constexpr EnumBitset all_set() { return EnumBitset(~0ull); } - - constexpr size_t size() const { return BITSET_SIZE; } - - EnumBitset operator&(const EnumBitset& rhs) const { - return EnumBitset(bitset_ & rhs.bitset_); - } - - EnumBitset operator|(const EnumBitset& rhs) const { - return EnumBitset(bitset_ | rhs.bitset_); - } - - EnumBitset operator^(const EnumBitset& rhs) const { - return EnumBitset(bitset_ ^ rhs.bitset_); - } - - EnumBitset operator&(Enum value) const { - return EnumBitset(bitset_ & EnumBitset(value)); - } - - EnumBitset operator|(Enum value) const { - return EnumBitset(bitset_ | EnumBitset(value)); - } - - EnumBitset operator^(Enum value) const { - return EnumBitset(bitset_ ^ EnumBitset(value)); - } - - constexpr EnumBitset operator~() const { return EnumBitset(~bitset_); } - - explicit operator bool() const { return any(); } - - EnumBitset& operator&=(const EnumBitset& rhs) { - bitset_ &= rhs.bitset_; - return *this; - } - - EnumBitset& operator|=(const EnumBitset& rhs) { - bitset_ |= rhs.bitset_; - return *this; - } - - EnumBitset& operator^=(const EnumBitset& rhs) { - bitset_ ^= rhs.bitset_; - return *this; - } - - EnumBitset& operator&=(Enum value) { - bitset_ &= EnumBitset(value); - return *this; - } - - EnumBitset& operator|=(Enum value) { - bitset_ |= EnumBitset(value); - return *this; - } - - EnumBitset& operator^=(Enum value) { - bitset_ ^= EnumBitset(value); - return *this; - } - - bool operator==(const EnumBitset& rhs) const { - return bitset_ == rhs.bitset_; - } - - bool operator!=(const EnumBitset& rhs) const { - return bitset_ != rhs.bitset_; - } - - bool operator==(Enum value) const { return *this == EnumBitset(value); } - - bool operator!=(Enum value) const { return *this != EnumBitset(value); } - - bool operator[](Enum value) const { return bitset_[(size_t)value]; } - typename BitsetType::reference operator[](Enum value) { - return bitset_[(size_t)value]; - } - - bool operator[](size_t idx) const { return bitset_[idx]; } - typename BitsetType::reference operator[](size_t idx) { return bitset_[idx]; } - - bool all() const { return bitset_.all(); } - bool any() const { return bitset_.any(); } - bool none() const { return bitset_.none(); } - - size_t count() const { return bitset_.count(); } - - private: - explicit constexpr EnumBitset(BitsetType bitset) : bitset_(bitset) {} - - BitsetType bitset_; -}; - -} // namespace fuzzer - -namespace std { - -template -struct hash> { - size_t operator()(const fuzzer::EnumBitset& bitset) const { - using BitsetType = typename fuzzer::EnumBitset::BitsetType; - return std::hash{}(bitset.bitset_); - } -}; - -} // namespace std - -#endif // INCLUDE_ENUM_BITSET_H diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/expr_gen.cc b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/expr_gen.cc deleted file mode 100644 index 14b4ce03a64a..000000000000 --- a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/expr_gen.cc +++ /dev/null @@ -1,1653 +0,0 @@ -/* - * Copyright 2020 Google LLC - * - * Licensed under the Apache License, Version 2.0 (the "License"); - * you may not use this file except in compliance with the License. - * You may obtain a copy of the License at - * - * http://www.apache.org/licenses/LICENSE-2.0 - * - * Unless required by applicable law or agreed to in writing, software - * distributed under the License is distributed on an "AS IS" BASIS, - * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. - * See the License for the specific language governing permissions and - * limitations under the License. - */ - -#include "fuzzer/expr_gen.h" - -#include -#include -#include -#include -#include -#include -#include -#include -#include -#include - -#include "fuzzer/ast.h" -#include "fuzzer/constraints.h" -#include "fuzzer/enum_bitset.h" -#include "fuzzer/symbol_table.h" - -#include -#include - -#define dil_unreachable(msg) \ - dil::unreachable(msg, __FILE__, __LINE__) -namespace dil { - [[noreturn]] inline void unreachable(const char* msg, const char* file, - int line) { - fprintf(stderr, "Unreachable statement at %s:%d (%s)\n", file, line, msg); - abort(); - } -} - -namespace fuzzer { - -class Weights { - public: - using ExprWeightsArray = std::array; - using TypeWeightsArray = std::array; - - ExprWeightsArray& expr_weights() { return expr_weights_; } - const ExprWeightsArray& expr_weights() const { return expr_weights_; } - - TypeWeightsArray& type_weights() { return type_weights_; } - const TypeWeightsArray& type_weights() const { return type_weights_; } - - float& operator[](ExprKind kind) { return expr_weights_[(size_t)kind]; } - float& operator[](TypeKind kind) { return type_weights_[(size_t)kind]; } - - const float& operator[](ExprKind kind) const { - return expr_weights_[(size_t)kind]; - } - const float& operator[](TypeKind kind) const { - return type_weights_[(size_t)kind]; - } - - int depth() const { return depth_; } - void increment_depth() { depth_++; } - - private: - std::array expr_weights_; - std::array type_weights_; - - int depth_ = 0; -}; - -using ScalarMask = EnumBitset; - -int expr_precedence(const Expr& e) { - return std::visit([](const auto& e) { return e.precedence(); }, e); -} - -// A helper function that constructs a binary expression and wraps operands -// in parenthesis if necessary. -static Expr make_binary_expr(Expr lhs, BinOp op, Expr rhs) { - // Rules for parenthesising the left hand side: - // 1. If the left hand side has a strictly lower precedence than ours, - // then we will have to emit parens. - // Example: We emit `(3 + 4) * 5` instead of `3 + 4 * 5`. - // 2. If the left hand side has the same precedence as we do, then we - // don't have to emit any parens. This is because all lldb-eval - // binary operators have left-to-right associativity. - // Example: We do not have to emit `(3 - 4) + 5`, `3 - 4 + 5` will - // also do. - if (expr_precedence(lhs) > bin_op_precedence(op)) { - lhs = ParenthesizedExpr(std::move(lhs)); - } - - // Rules for parenthesising the right hand side: - // 1. If the right hand side has a strictly lower precedence than - // ours, - // then we will have to emit parens. - // Example: We emit `5 * (3 + 4)` instead of `5 * 3 + 4`. - // 2. If the right hand side has the same precedence as we do, then we - // should emit parens for good measure. This is because all - // lldb-eval binary operators have left-to-right associativity and - // we do not want to violate this with respect to the generated - // AST. Example: We emit `3 - (4 + 5)` instead of `3 - 4 + 5`. We - // also emit `3 + (4 + 5)` instead of `3 + 4 + 5`, even though both - // expressions are equivalent. - if (expr_precedence(rhs) >= bin_op_precedence(op)) { - rhs = ParenthesizedExpr(std::move(rhs)); - } - - return BinaryExpr(std::move(lhs), op, std::move(rhs)); -} - -// A helper function that tries generate an expression given the set of possible -// enum options. If it cannot generate an expression with one option, it picks -// up a different one until all options are exhausted. -// It also cuts invalid GenNode's off from the produced generation tree as a -// mechanism to reduce the overall generation tree size. -template -static std::optional gen_from_options( - const PickOptionFn& pick_option, const EvalOptionFn& eval_option, - EnumMask mask, std::vector& children_nodes) { - const size_t initial_children_size = children_nodes.size(); - - while (mask.any()) { - auto option = pick_option(mask); - auto maybe_expr = eval_option(option); - if (maybe_expr.has_value()) { - return maybe_expr.value(); - } - - mask[option] = false; - assert(children_nodes.size() >= initial_children_size && - "There shouldn't be less children nodes than its initial size!"); - children_nodes.resize(initial_children_size); - } - - return {}; -} - -std::optional ExprGenerator::gen_boolean_constant_impl( - const ExprConstraints& constraints) { - const auto& type_constraints = constraints.type_constraints(); - - if (constraints.must_be_lvalue() || - constraints.memory_constraints().must_be_valid() || - !type_constraints.allows_any_of(INT_TYPES | FLOAT_TYPES)) { - return {}; - } - - return BooleanConstant(rng_->gen_boolean()); -} - -std::optional ExprGenerator::gen_nullptr_constant( - const ExprConstraints& constraints) { - const auto& type_constraints = constraints.type_constraints(); - - if (constraints.must_be_lvalue() || - constraints.memory_constraints().must_be_valid() || - !type_constraints.allows_nullptr()) { - return {}; - } - - return NullptrConstant(); -} - -std::optional ExprGenerator::gen_integer_constant_impl( - const ExprConstraints& constraints) { - if (constraints.must_be_lvalue() || - constraints.memory_constraints().must_be_valid()) { - return {}; - } - - const auto& type_constraints = constraints.type_constraints(); - - // Integers can be generated in place of floats - if (type_constraints.allows_any_of(INT_TYPES | FLOAT_TYPES)) { - return rng_->gen_integer_constant(cfg_.int_const_min, cfg_.int_const_max); - } - - if (type_constraints.allows_literal_zero()) { - return IntegerConstant(0); - } - - return {}; -} - -std::optional ExprGenerator::gen_double_constant_impl( - const ExprConstraints& constraints) { - if (constraints.must_be_lvalue()) { - return {}; - } - - const auto& type_constraints = constraints.type_constraints(); - if (type_constraints.allows_any_of(FLOAT_TYPES)) { - // Make sure a double constant isn't reached with valid pointer constraint. - assert(!constraints.memory_constraints().must_be_valid() && - "Floating points shouldn't be implicitly converted to pointers!"); - - return rng_->gen_double_constant(cfg_.double_constant_min, - cfg_.double_constant_max); - } - - return {}; -} - -std::optional ExprGenerator::gen_enum_constant_impl( - const ExprConstraints& constraints) { - if (constraints.must_be_lvalue()) { - return {}; - } - - std::vector> enums; - for (const auto& [k, v] : symtab_.enums()) { - if (constraints.type_constraints().allows_type(k)) { - enums.insert(enums.end(), v.begin(), v.end()); - } - } - - if (enums.empty()) { - return {}; - } - - return rng_->pick_enum_literal(enums); -} - -std::optional ExprGenerator::gen_variable_expr_impl( - const ExprConstraints& constraints) { - const auto& type_constraints = constraints.type_constraints(); - const auto& memory_constraints = constraints.memory_constraints(); - - std::vector> vars; - for (const auto& [k, v] : symtab_.vars()) { - // Skip long double variables if long double isn't enabled. - if (!cfg_.long_double_enabled && k == Type(ScalarType::LongDouble)) { - continue; - } - - if (type_constraints.allows_type(k)) { - for (const auto& var : v) { - if (var.expr.name() == "this" && constraints.must_be_lvalue()) { - // "this" is an rvalue. - continue; - } - if (var.freedom_index >= memory_constraints.required_freedom_index()) { - vars.emplace_back(var.expr); - } - } - } - } - - if (vars.empty()) { - return {}; - } - - return rng_->pick_variable(vars); -} - -std::optional ExprGenerator::gen_binary_expr_impl( - const Weights& weights, const ExprConstraints& constraints) { - if (constraints.must_be_lvalue() || - constraints.memory_constraints().must_be_valid()) { - return {}; - } - - const auto& type_constraints = constraints.type_constraints(); - - BinOpMask mask = cfg_.bin_op_mask; - - ScalarMask default_type_mask; - if (type_constraints.allows_any_of(INT_TYPES)) { - default_type_mask |= INT_TYPES; - } - if (type_constraints.allows_any_of(FLOAT_TYPES)) { - default_type_mask |= FLOAT_TYPES; - } - - if (default_type_mask.none()) { - constexpr BinOpMask PTR_OPS = {BinOp::Plus, BinOp::Minus}; - mask &= PTR_OPS; - } - - // How to pick a binary expression option from a mask? - auto pick_option = [this](BinOpMask mask) { return rng_->gen_bin_op(mask); }; - - // How to evaluate a specific binary expression option? - auto eval_option = [&, this](BinOp op) -> std::optional { - TypeConstraints lhs_types; - TypeConstraints rhs_types; - - switch (op) { - case BinOp::Mult: - case BinOp::Div: - lhs_types = default_type_mask; - rhs_types = default_type_mask; - break; - - case BinOp::BitAnd: - case BinOp::BitOr: - case BinOp::BitXor: - case BinOp::Shl: - case BinOp::Shr: - case BinOp::Mod: - lhs_types = INT_TYPES; - rhs_types = INT_TYPES; - break; - - case BinOp::LogicalAnd: - case BinOp::LogicalOr: - lhs_types = TypeConstraints::all_in_bool_ctx(); - rhs_types = TypeConstraints::all_in_bool_ctx(); - break; - - case BinOp::Eq: - case BinOp::Ne: - case BinOp::Lt: - case BinOp::Le: - case BinOp::Gt: - case BinOp::Ge: { - lhs_types = INT_TYPES | FLOAT_TYPES; - rhs_types = INT_TYPES | FLOAT_TYPES; - - // Try and see if we can generate a pointer or scoped enum type. - // If not, we'll just compare scalars. - bool gen_ptr_or_enum = - rng_->gen_binop_ptr_or_enum(cfg_.binop_gen_ptr_or_enum_prob); - if (gen_ptr_or_enum) { - TypeConstraints types = TypeConstraints::all_in_pointer_ctx(); - types.allow_scoped_enums(); - // `nullptr` is only allowed with equality and ineqality operators. - if (op != BinOp::Eq && op != BinOp::Ne) { - types.disallow_nullptr(); - } - auto maybe_type = - gen_type(weights, types, /*allow_array_types*/ true); - if (maybe_type.has_value()) { - const auto& type = maybe_type.value(); - lhs_types = TypeConstraints(type); - rhs_types = TypeConstraints(type); - } - } - } break; - - case BinOp::Plus: - case BinOp::Minus: { - bool allows_scalars = default_type_mask.any(); - bool allows_pointers = type_constraints.allows_non_void_pointer(); - - if (allows_scalars && allows_pointers) { - if (rng_->gen_binop_ptr_expr(cfg_.binop_gen_ptr_expr_prob)) { - allows_scalars = false; - } else { - allows_pointers = false; - } - } - - if (!allows_scalars && !allows_pointers) { - return {}; - } - - if (allows_pointers) { - auto maybe_type = gen_type(weights, type_constraints); - if (!maybe_type.has_value()) { - return {}; - } - const auto& type = maybe_type.value(); - const auto* ptr_type = std::get_if(&type); - if (ptr_type == nullptr) { - return {}; - } - const auto* scalar_type = - std::get_if(&ptr_type->type().type()); - if (scalar_type != nullptr && *scalar_type == ScalarType::Void) { - return {}; - } - - lhs_types = TypeConstraints(type); - rhs_types = INT_TYPES; - - if (op == BinOp::Plus && - rng_->gen_binop_flip_operands(cfg_.binop_flip_operands_prob)) { - std::swap(lhs_types, rhs_types); - } - } else { - if (op == BinOp::Minus && - rng_->gen_binop_ptrdiff_expr(cfg_.binop_gen_ptrdiff_expr_prob)) { - auto maybe_type = gen_type(weights, type_constraints); - - if (!maybe_type.has_value()) { - return {}; - } - const auto& type = maybe_type.value(); - const auto* ptr_type = std::get_if(&type); - if (ptr_type == nullptr) { - return {}; - } - const auto* scalar_type = - std::get_if(&ptr_type->type().type()); - if (scalar_type != nullptr && *scalar_type == ScalarType::Void) { - return {}; - } - - lhs_types = TypeConstraints(type); - rhs_types = TypeConstraints(type); - } else { - lhs_types = default_type_mask; - rhs_types = default_type_mask; - } - } - } break; - - default: - dil_unreachable( - "Unhandled switch case, did you introduce a new binary " - "operator?"); - } - - if (lhs_types.allows_any_of(INT_TYPES)) { - lhs_types.allow_unscoped_enums(); - } - - if (rhs_types.allows_any_of(INT_TYPES)) { - rhs_types.allow_unscoped_enums(); - } - - auto maybe_lhs = gen_with_weights(weights, std::move(lhs_types)); - if (!maybe_lhs.has_value()) { - return {}; - } - Expr lhs = std::move(maybe_lhs.value()); - - auto maybe_rhs = gen_with_weights(weights, std::move(rhs_types)); - if (!maybe_rhs.has_value()) { - return {}; - } - Expr rhs = std::move(maybe_rhs.value()); - - return make_binary_expr(std::move(lhs), op, std::move(rhs)); - }; // lambda eval_option - - return gen_from_options(pick_option, eval_option, mask, - stack_.top()->children_); -} - -std::optional ExprGenerator::gen_unary_expr_impl( - const Weights& weights, const ExprConstraints& constraints) { - if (constraints.must_be_lvalue() || - constraints.memory_constraints().must_be_valid()) { - return {}; - } - - const auto& type_constraints = constraints.type_constraints(); - - ScalarMask default_type_mask; - if (type_constraints.allows_any_of(INT_TYPES)) { - default_type_mask |= INT_TYPES; - } - if (type_constraints.allows_any_of(FLOAT_TYPES)) { - default_type_mask |= FLOAT_TYPES; - } - - if (default_type_mask.none()) { - return {}; - } - - UnOpMask mask = cfg_.un_op_mask; - - // How to pick a unary expression option from a mask? - auto pick_option = [this](UnOpMask mask) { return rng_->gen_un_op(mask); }; - - // How to evaluate a specific unary expression option? - auto eval_option = [&, this](UnOp op) -> std::optional { - TypeConstraints expr_types; - switch (op) { - case UnOp::Plus: - case UnOp::Neg: - expr_types = default_type_mask; - break; - - case UnOp::BitNot: - expr_types = INT_TYPES; - break; - - case UnOp::LogicalNot: - expr_types = TypeConstraints::all_in_bool_ctx(); - break; - - default: - dil_unreachable( - "Unhandled switch case, did you introduce a new unary " - "operator?"); - } - - auto maybe_expr = gen_with_weights(weights, std::move(expr_types)); - if (!maybe_expr.has_value()) { - return {}; - } - Expr expr = std::move(maybe_expr.value()); - - if (expr_precedence(expr) > UnaryExpr::PRECEDENCE) { - expr = ParenthesizedExpr(expr); - } - - return UnaryExpr(op, std::move(expr)); - }; // lambda eval_option - - return gen_from_options(pick_option, eval_option, mask, - stack_.top()->children_); -} - -std::optional ExprGenerator::gen_ternary_expr_impl( - const Weights& weights, const ExprConstraints& constraints) { - auto maybe_cond = - gen_with_weights(weights, TypeConstraints::all_in_bool_ctx()); - if (!maybe_cond.has_value()) { - return {}; - } - Expr cond = std::move(maybe_cond.value()); - - const auto& type_constraints = constraints.type_constraints(); - auto maybe_type = - gen_type(weights, type_constraints, /*allow_array_types*/ true); - if (!maybe_type.has_value()) { - return {}; - } - auto& type = maybe_type.value(); - - ExprConstraints lhs_constraints; - ExprConstraints rhs_constraints; - - if (constraints.must_be_lvalue()) { - // Expression `&(condition ? pointer : array)` isn't valid since implicit - // array-to-pointer conversion will make the expression in parenthesis an - // R-value. Therefore, disallow arrays in the case `type` is a pointer. - TypeConstraints allowed_types(type, /*allow_arrays_if_ptr*/ false); - lhs_constraints = - ExprConstraints(std::move(allowed_types), - constraints.memory_constraints(), ExprCategory::Lvalue); - rhs_constraints = lhs_constraints; - } else if (std::holds_alternative(type)) { - ScalarMask mask = INT_TYPES; - if (type_constraints.allows_any_of(FLOAT_TYPES)) { - mask |= FLOAT_TYPES; - } - - TypeConstraints allowed_types = mask; - if (allowed_types.allows_any_of(INT_TYPES)) { - allowed_types.allow_unscoped_enums(); - } - - lhs_constraints = - ExprConstraints(allowed_types, constraints.memory_constraints()); - rhs_constraints = lhs_constraints; - } else { - TypeConstraints allowed_types(type); - lhs_constraints = - ExprConstraints(allowed_types, constraints.memory_constraints()); - if (std::holds_alternative(type) || - std::holds_alternative(type)) { - // Disallow `0` literal in pointer context in one child expression. This - // prevents invalid casts from `int` to pointer types, e.g. - // `static_cast(cond ? 0 : 0)`. - allowed_types.disallow_literal_zero(); - } - rhs_constraints = ExprConstraints(std::move(allowed_types), - constraints.memory_constraints()); - if (rng_->gen_binop_flip_operands(cfg_.binop_flip_operands_prob)) { - std::swap(lhs_constraints, rhs_constraints); - } - } - - auto maybe_lhs = gen_with_weights(weights, lhs_constraints); - if (!maybe_lhs.has_value()) { - return {}; - } - Expr lhs = std::move(maybe_lhs.value()); - - auto maybe_rhs = gen_with_weights(weights, rhs_constraints); - if (!maybe_rhs.has_value()) { - return {}; - } - Expr rhs = std::move(maybe_rhs.value()); - - if (expr_precedence(cond) == TernaryExpr::PRECEDENCE) { - cond = ParenthesizedExpr(cond); - } - - return TernaryExpr(std::move(cond), std::move(lhs), std::move(rhs)); -} - -std::optional ExprGenerator::gen_cast_expr_impl( - const Weights& weights, const ExprConstraints& constraints) { - if (constraints.must_be_lvalue()) { - return {}; - } - - const auto& memory_constraints = constraints.memory_constraints(); - if (!cfg_.valid_pointer_cast_enabled && memory_constraints.must_be_valid() && - memory_constraints.required_freedom_index() > 0) { - return {}; - } - - auto maybe_type = gen_type(weights, constraints.type_constraints()); - if (!maybe_type.has_value()) { - return {}; - } - Type type = std::move(maybe_type.value()); - - CastKindMask mask = CastKindMask::all_set(); - if (cfg_.cv_qualifiers_enabled) { - // C++ style casts are sensitive to casting away type qualifiers. - // The fuzzer doesn't support this constraint currently. - mask[CastExpr::Kind::StaticCast] = false; - mask[CastExpr::Kind::ReinterpretCast] = false; - } - - // How to pick a cast kind from a mask? - auto pick_option = [this](CastKindMask mask) { - return rng_->gen_cast_kind(mask); - }; - - // How to evaluate a specific cast kind? - auto eval_option = [&, this](CastExpr::Kind kind) -> std::optional { - TypeConstraints expr_types; - switch (kind) { - case CastExpr::Kind::CStyleCast: - expr_types = TypeConstraints::cast_to(type); - break; - case CastExpr::Kind::StaticCast: - expr_types = TypeConstraints::static_cast_to(type); - break; - case CastExpr::Kind::ReinterpretCast: - expr_types = TypeConstraints::reinterpret_cast_to(type); - break; - } - - if (!expr_types.satisfiable()) { - return {}; - } - - ExprConstraints new_constraints = ExprConstraints( - std::move(expr_types), constraints.memory_constraints()); - auto maybe_expr = gen_with_weights(weights, new_constraints); - - if (!maybe_expr.has_value()) { - return {}; - } - - Expr expr = std::move(maybe_expr.value()); - if (kind == CastExpr::Kind::CStyleCast && - expr_precedence(expr) > cast_kind_precedence(kind)) { - expr = ParenthesizedExpr(std::move(expr)); - } - - return CastExpr(kind, std::move(type), std::move(expr)); - }; // lambda eval_option - - return gen_from_options(pick_option, eval_option, mask, - stack_.top()->children_); -} - -std::optional ExprGenerator::gen_address_of_expr_impl( - const Weights& weights, const ExprConstraints& constraints) { - const auto& memory_constraints = constraints.memory_constraints(); - - if (constraints.must_be_lvalue()) { - return {}; - } - - if (memory_constraints.must_be_valid() && - memory_constraints.required_freedom_index() == 0) { - return {}; - } - - TypeConstraints new_type_constraints = - constraints.type_constraints().allowed_to_point_to(); - - if (!new_type_constraints.satisfiable()) { - // It is possible that type constraints become unsatisfiable after the - // `allowed_to_point_to()` is performed (e.g. when called on non-pointer - // type constraints, or `void*` constraint since `void` expressions are - // invalid). - return {}; - } - - ExprConstraints new_constraints(std::move(new_type_constraints), - memory_constraints.from_address_of(), - ExprCategory::Lvalue); - - auto maybe_expr = gen_with_weights(weights, new_constraints); - if (!maybe_expr.has_value()) { - return {}; - } - Expr expr = std::move(maybe_expr.value()); - - if (expr_precedence(expr) > AddressOf::PRECEDENCE) { - expr = ParenthesizedExpr(std::move(expr)); - } - - return AddressOf(std::move(expr)); -} - -std::optional ExprGenerator::gen_member_of_expr_impl( - const Weights& weights, const ExprConstraints& constraints) { - const auto& type_constraints = constraints.type_constraints(); - const auto& memory_constraints = constraints.memory_constraints(); - - if (memory_constraints.required_freedom_index() > 0) { - // TODO: Think about options to handle memory constraints for member-of - // fields. Freedom index isn't tied to type field, but to the actual value. - // Even if the required freedom index is 0, it can still be problematic to - // access reference fields, e.g. in `(*(Type*)ptr_int).ref_field`. - return {}; - } - - std::vector> fields; - for (const auto& [k, v] : symtab_.fields_by_type()) { - if (type_constraints.allows_type(k)) { - fields.insert(fields.end(), v.begin(), v.end()); - } - } - - if (fields.empty()) { - return {}; - } - - Field field = rng_->pick_field(fields); - ExprConstraints new_constraints = ExprConstraints( - TypeConstraints(field.containing_type()), - memory_constraints.from_member_of(constraints.must_be_lvalue(), 0)); - auto maybe_expr = gen_with_weights(weights, std::move(new_constraints)); - if (!maybe_expr.has_value()) { - return {}; - } - Expr expr = std::move(maybe_expr.value()); - - if (expr_precedence(expr) > MemberOf::PRECEDENCE) { - expr = ParenthesizedExpr(std::move(expr)); - } - - return MemberOf(std::move(expr), field.name()); -} - -std::optional ExprGenerator::gen_member_of_ptr_expr_impl( - const Weights& weights, const ExprConstraints& constraints) { - const auto& type_constraints = constraints.type_constraints(); - const auto& memory_constraints = constraints.memory_constraints(); - - if (memory_constraints.required_freedom_index() > 0) { - // TODO: Think about options to handle memory constraints for member-of - // fields. - return {}; - } - - std::vector> fields; - - for (const auto& [k, v] : symtab_.fields_by_type()) { - if (type_constraints.allows_type(k)) { - fields.insert(fields.end(), v.begin(), v.end()); - } - } - - if (fields.empty()) { - return {}; - } - - Field field = rng_->pick_field(fields); - TypeConstraints new_type_constraints(field.containing_type()); - - // `&(ptr)->field` is equivalent to `ptr + offset(field)` where offset can - // be determined statically if the `field` isn't a reference or a virtually - // inherited field (in these cases a read from memory is expected). However, - // lldb-eval doesn't support address-of elision for member-of expressions, - // so assume a read from memory in all cases. - MemoryConstraints new_memory_constraints(true, 1); - - // TODO: Uncomment the following code once lldb-eval supports address-of - // elision for member-of expressions. - // MemoryConstraints new_memory_constraints = - // field.is_reference_or_virtual() ? MemoryConstraints(true, 1) - // : memory_constraints.from_member_of( - // constraints.must_be_lvalue(), 1); - - ExprConstraints new_constraints = - ExprConstraints(new_type_constraints.make_pointer_constraints(), - std::move(new_memory_constraints)); - auto maybe_expr = gen_with_weights(weights, std::move(new_constraints)); - if (!maybe_expr.has_value()) { - return {}; - } - Expr expr = std::move(maybe_expr.value()); - - if (expr_precedence(expr) > MemberOfPtr::PRECEDENCE) { - expr = ParenthesizedExpr(std::move(expr)); - } - - return MemberOfPtr(std::move(expr), field.name()); -} - -std::optional ExprGenerator::gen_array_index_expr_impl( - const Weights& weights, const ExprConstraints& constraints) { - const auto& type_constraints = constraints.type_constraints(); - - Expr lhs; - Expr rhs; - if (constraints.memory_constraints().must_be_valid() || - !constraints.must_be_lvalue()) { - // If the expression that is being constructed is going to read from memory, - // we are going to construct an expression in the form of - // `array_type[int_expr % array_size]` (or its flipped alternative). - // The reason for this special case is to reduce the "invalid memory access" - // noise produced by the fuzzer in a general case (see the `else` - // statement). - - auto maybe_type = - gen_array_type(type_constraints.make_pointer_constraints()); - if (!maybe_type.has_value()) { - return {}; - } - - const auto* array_type = std::get_if(&maybe_type.value()); - assert(array_type != nullptr && - "Non-array type received by the gen_array_type!"); - - auto array_size = IntegerConstant( - array_type->size(), IntegerConstant::Base::Dec, - IntegerConstant::Length::Int, IntegerConstant::Signedness::Unsigned); - - TypeConstraints lhs_constraints(std::move(maybe_type.value())); - TypeConstraints rhs_constraints = INT_TYPES; - - bool flip_operands = - rng_->gen_binop_flip_operands(cfg_.binop_flip_operands_prob); - if (flip_operands) { - std::swap(lhs_constraints, rhs_constraints); - } - - auto maybe_lhs = gen_with_weights(weights, lhs_constraints); - if (!maybe_lhs.has_value()) { - return {}; - } - lhs = std::move(maybe_lhs.value()); - - auto maybe_rhs = gen_with_weights(weights, rhs_constraints); - if (!maybe_rhs.has_value()) { - return {}; - } - rhs = std::move(maybe_rhs.value()); - - Expr& index_expr = flip_operands ? lhs : rhs; - index_expr = make_binary_expr(std::move(index_expr), BinOp::Mod, - std::move(array_size)); - } else { - // If we aren't going to read from memory (i.e. the parent is address-of), - // any kind of array access expression is allowed. - - TypeConstraints lhs_constraints = - constraints.type_constraints().make_pointer_constraints(); - TypeConstraints rhs_constraints = INT_TYPES; - - if (rng_->gen_binop_flip_operands(cfg_.binop_flip_operands_prob)) { - std::swap(lhs_constraints, rhs_constraints); - } - - auto maybe_lhs = gen_with_weights(weights, lhs_constraints); - if (!maybe_lhs.has_value()) { - return {}; - } - lhs = std::move(maybe_lhs.value()); - - auto maybe_rhs = gen_with_weights(weights, rhs_constraints); - if (!maybe_rhs.has_value()) { - return {}; - } - rhs = std::move(maybe_rhs.value()); - } - - if (expr_precedence(lhs) > ArrayIndex::PRECEDENCE) { - lhs = ParenthesizedExpr(std::move(lhs)); - } - - return ArrayIndex(std::move(lhs), std::move(rhs)); -} - -std::optional ExprGenerator::gen_dereference_expr_impl( - const Weights& weights, const ExprConstraints& constraints) { - ExprConstraints new_constraints = - ExprConstraints(constraints.type_constraints().make_pointer_constraints(), - constraints.memory_constraints().from_dereference_of( - constraints.must_be_lvalue())); - - auto maybe_expr = gen_with_weights(weights, new_constraints); - if (!maybe_expr.has_value()) { - return {}; - } - Expr expr = std::move(maybe_expr.value()); - - if (expr_precedence(expr) > DereferenceExpr::PRECEDENCE) { - expr = ParenthesizedExpr(std::move(expr)); - } - - return DereferenceExpr(std::move(expr)); -} - -std::optional ExprGenerator::gen_function_call_expr_impl( - const Weights& weights, const ExprConstraints& constraints) { - if (constraints.must_be_lvalue()) { - return {}; - } - - const auto& type_constraints = constraints.type_constraints(); - - std::vector> functions; - for (const auto& [k, v] : symtab_.functions()) { - if (type_constraints.allows_type(k)) { - functions.insert(functions.end(), v.begin(), v.end()); - } - } - - if (functions.empty()) { - return {}; - } - - const auto& function = rng_->pick_function(functions); - - std::vector> args; - for (const auto& argument_type : function.argument_types()) { - TypeConstraints allowed_types = - TypeConstraints::implicit_cast_to(argument_type); - auto maybe_expr = gen_with_weights(weights, std::move(allowed_types)); - if (!maybe_expr.has_value()) { - return {}; - } - args.emplace_back(std::make_shared(std::move(maybe_expr.value()))); - } - - return FunctionCallExpr(function.name(), std::move(args)); -} - -std::optional ExprGenerator::gen_sizeof_expr_impl( - const Weights& weights, const ExprConstraints& constraints) { - if (constraints.must_be_lvalue() || - !constraints.type_constraints().allows_any_of(INT_TYPES)) { - return {}; - } - - bool gen_sizeof_type = rng_->gen_sizeof_type(cfg_.sizeof_gen_type_prob); - if (gen_sizeof_type) { - // `sizeof` can take any non-void type. However, it seems that LLDB can't - // handle expressions such as `sizeof(StructType)` in all cases without - // explicitly specifying `struct` or `class` keyword, e.g. - // `sizeof(struct StructType)`. Because of that, we limit generation of - // types only to pointers, scalar types and unscoped enums. - TypeConstraints types = TypeConstraints::all_in_pointer_ctx(); - types.allow_scalar_types(INT_TYPES | FLOAT_TYPES); - types.allow_unscoped_enums(); - auto maybe_type = gen_type(weights, types); - if (!maybe_type.has_value()) { - return {}; - } - return SizeofExpr(std::move(maybe_type.value())); - } - - auto maybe_expr = gen_with_weights(weights, TypeConstraints::all_non_void()); - if (!maybe_expr.has_value()) { - return {}; - } - - auto expr = std::move(maybe_expr.value()); - if (expr_precedence(expr) > SizeofExpr::PRECEDENCE) { - expr = ParenthesizedExpr(std::move(expr)); - } - - // C-style cast expression can't be a direct child of sizeof operator. - // TODO: Split C-style cast and C++ casts in separate classes (precedence - // determination and check will become easier). - if (std::holds_alternative(expr) && - expr_precedence(expr) == SizeofExpr::PRECEDENCE) { - expr = ParenthesizedExpr(std::move(expr)); - } - - return SizeofExpr(std::move(expr)); -} - -std::optional ExprGenerator::gen_with_weights_impl( - const Weights& weights, const ExprConstraints& constraints) { - // If type constraints can't be satisfied, expression generation won't be able - // to generate any expression. In that case, the generator shouldn't continue - // trying to generate expressions. This also means that there's probably a bug - // somewhere else in the fuzzer. - assert(constraints.type_constraints().satisfiable() && - "Type constraints are unsatisfiable!"); - - Weights new_weights = weights; - new_weights.increment_depth(); - - ExprKindMask mask = cfg_.expr_kind_mask; - if (new_weights.depth() == cfg_.max_depth) { - mask &= LEAF_EXPR_KINDS; - } - - // How to pick an expression kind from a mask? - auto pick_option = [&, this](ExprKindMask mask) { - return rng_->gen_expr_kind(new_weights, mask); - }; - - // How to evaluate a specific expression kind? - auto eval_option = [&, this](ExprKind kind) -> std::optional { - auto idx = (size_t)kind; - - auto old_weight = new_weights[kind]; - new_weights[kind] *= cfg_.expr_kind_weights[idx].dampening_factor; - - std::optional maybe_expr; - switch (kind) { - case ExprKind::IntegerConstant: - maybe_expr = gen_integer_constant(constraints); - break; - - case ExprKind::DoubleConstant: - maybe_expr = gen_double_constant(constraints); - break; - - case ExprKind::VariableExpr: - maybe_expr = gen_variable_expr(constraints); - break; - - case ExprKind::BinaryExpr: - maybe_expr = gen_binary_expr(new_weights, constraints); - break; - - case ExprKind::UnaryExpr: - maybe_expr = gen_unary_expr(new_weights, constraints); - break; - - case ExprKind::TernaryExpr: - maybe_expr = gen_ternary_expr(new_weights, constraints); - break; - - case ExprKind::BooleanConstant: - maybe_expr = gen_boolean_constant(constraints); - break; - - case ExprKind::NullptrConstant: - maybe_expr = gen_nullptr_constant(constraints); - break; - - case ExprKind::EnumConstant: - maybe_expr = gen_enum_constant(constraints); - break; - - case ExprKind::CastExpr: - maybe_expr = gen_cast_expr(new_weights, constraints); - break; - - case ExprKind::DereferenceExpr: - maybe_expr = gen_dereference_expr(new_weights, constraints); - break; - - case ExprKind::AddressOf: - maybe_expr = gen_address_of_expr(new_weights, constraints); - break; - - case ExprKind::MemberOf: - maybe_expr = gen_member_of_expr(new_weights, constraints); - break; - - case ExprKind::MemberOfPtr: - maybe_expr = gen_member_of_ptr_expr(new_weights, constraints); - break; - - case ExprKind::ArrayIndex: - maybe_expr = gen_array_index_expr(new_weights, constraints); - break; - - case ExprKind::FunctionCallExpr: - maybe_expr = gen_function_call_expr(new_weights, constraints); - break; - - case ExprKind::SizeofExpr: - maybe_expr = gen_sizeof_expr(new_weights, constraints); - break; - - default: - dil_unreachable("Unhandled expression generation case"); - } - - if (!maybe_expr.has_value()) { - new_weights[kind] = old_weight; - return {}; - } - - return maybe_parenthesized(std::move(maybe_expr.value())); - }; // lambda eval_option - - return gen_from_options(pick_option, eval_option, mask, - stack_.top()->children_); -} - -std::optional ExprGenerator::gen_expr(const GenerateExprFn& callback, - std::string name) { - auto node = std::make_shared(std::move(name), callback); - if (!stack_.empty()) { - stack_.top()->children_.emplace_back(node); - } - stack_.push(node); - auto maybe_expr = callback(this); - node->valid_ = maybe_expr.has_value(); - stack_.pop(); - node_ = std::move(node); - return maybe_expr; -} - -void ExprGenerator::on_consume_byte(uint8_t byte) { - assert(!stack_.empty() && "Stack shouldn't be empty when consuming a byte!"); - stack_.top()->children_.emplace_back(byte); -} - -#define DEFINE_GEN_METHOD_WEIGHTS_CONSTRAINTS(method) \ - std::optional ExprGenerator::method( \ - const Weights& weights, const ExprConstraints& constraints) { \ - auto callback = [weights, constraints](ExprGenerator* gen) { \ - return gen->method##_impl(weights, constraints); \ - }; \ - return gen_expr(callback, __FUNCTION__); \ - } - -#define DEFINE_GEN_METHOD_CONSTRAINTS(method) \ - std::optional ExprGenerator::method( \ - const ExprConstraints& constraints) { \ - auto callback = [constraints](ExprGenerator* gen) { \ - return gen->method##_impl(constraints); \ - }; \ - return gen_expr(callback, __FUNCTION__); \ - } - -DEFINE_GEN_METHOD_CONSTRAINTS(gen_boolean_constant) -DEFINE_GEN_METHOD_CONSTRAINTS(gen_integer_constant) -DEFINE_GEN_METHOD_CONSTRAINTS(gen_double_constant) -DEFINE_GEN_METHOD_CONSTRAINTS(gen_enum_constant) -DEFINE_GEN_METHOD_CONSTRAINTS(gen_variable_expr) - -DEFINE_GEN_METHOD_WEIGHTS_CONSTRAINTS(gen_with_weights) -DEFINE_GEN_METHOD_WEIGHTS_CONSTRAINTS(gen_binary_expr) -DEFINE_GEN_METHOD_WEIGHTS_CONSTRAINTS(gen_unary_expr) -DEFINE_GEN_METHOD_WEIGHTS_CONSTRAINTS(gen_ternary_expr) -DEFINE_GEN_METHOD_WEIGHTS_CONSTRAINTS(gen_cast_expr) -DEFINE_GEN_METHOD_WEIGHTS_CONSTRAINTS(gen_dereference_expr) -DEFINE_GEN_METHOD_WEIGHTS_CONSTRAINTS(gen_address_of_expr) -DEFINE_GEN_METHOD_WEIGHTS_CONSTRAINTS(gen_member_of_expr) -DEFINE_GEN_METHOD_WEIGHTS_CONSTRAINTS(gen_member_of_ptr_expr) -DEFINE_GEN_METHOD_WEIGHTS_CONSTRAINTS(gen_array_index_expr) -DEFINE_GEN_METHOD_WEIGHTS_CONSTRAINTS(gen_function_call_expr) -DEFINE_GEN_METHOD_WEIGHTS_CONSTRAINTS(gen_sizeof_expr) - -#undef DEFINE_GEN_METHOD_WEIGHTS_CONSTRAINTS -#undef DEFINE_GEN_METHOD_CONSTRAINTS - -Expr ExprGenerator::maybe_parenthesized(Expr expr) { - if (rng_->gen_parenthesize(cfg_.parenthesize_prob)) { - return ParenthesizedExpr(std::move(expr)); - } - - return expr; -} - -std::optional ExprGenerator::gen_type( - const Weights& weights, const TypeConstraints& type_constraints, - bool allow_array_types) { - if (!type_constraints.satisfiable()) { - return {}; - } - - Weights new_weights = weights; - new_weights.increment_depth(); - if (new_weights.depth() == cfg_.max_depth) { - return {}; - } - - TypeKindMask mask = TypeKindMask::all_set(); - - if (type_constraints.allowed_scalar_types().none()) { - mask[TypeKind::ScalarType] = false; - } - if (!type_constraints.allows_tagged_types()) { - mask[TypeKind::TaggedType] = false; - } - if (!type_constraints.allows_non_void_pointer()) { - mask[TypeKind::PointerType] = false; - } - if (!type_constraints.allows_void_pointer()) { - mask[TypeKind::VoidPointerType] = false; - } - if (!type_constraints.allows_nullptr()) { - mask[TypeKind::NullptrType] = false; - } - if (!allow_array_types || !type_constraints.allows_array_types()) { - mask[TypeKind::ArrayType] = false; - } - - while (mask.any()) { - auto choice = rng_->gen_type_kind(new_weights, mask); - auto idx = (size_t)choice; - - auto& new_type_weights = new_weights.type_weights(); - auto old_weight = new_type_weights[idx]; - new_type_weights[idx] *= cfg_.type_kind_weights[idx].dampening_factor; - - std::optional maybe_type; - switch (choice) { - case TypeKind::ScalarType: - maybe_type = gen_scalar_type(type_constraints); - break; - - case TypeKind::TaggedType: - maybe_type = gen_tagged_type(type_constraints); - break; - - case TypeKind::PointerType: - maybe_type = - gen_pointer_type(new_weights, type_constraints, allow_array_types); - break; - - case TypeKind::VoidPointerType: - maybe_type = gen_void_pointer_type(type_constraints); - break; - - case TypeKind::NullptrType: - maybe_type = NullptrType{}; - break; - - case TypeKind::EnumType: - maybe_type = gen_enum_type(type_constraints); - break; - - case TypeKind::ArrayType: - maybe_type = gen_array_type(type_constraints); - break; - } - - if (maybe_type.has_value()) { - return maybe_type; - } - - new_type_weights[idx] = old_weight; - mask[choice] = false; - } - - return {}; -} - -std::optional ExprGenerator::gen_qualified_type( - const Weights& weights, const TypeConstraints& constraints, - bool allow_array_types) { - auto maybe_type = gen_type(weights, constraints, allow_array_types); - if (!maybe_type.has_value()) { - return {}; - } - Type type = std::move(maybe_type.value()); - auto qualifiers = gen_cv_qualifiers(); - - return QualifiedType(std::move(type), qualifiers); -} - -std::optional ExprGenerator::gen_pointer_type( - const Weights& weights, const TypeConstraints& constraints, - bool allow_array_types) { - if (!constraints.allows_non_void_pointer() && - !constraints.allows_void_pointer()) { - return {}; - } - - auto maybe_type = gen_qualified_type( - weights, constraints.allowed_to_point_to(), allow_array_types); - if (!maybe_type.has_value()) { - return {}; - } - - return PointerType(std::move(maybe_type.value())); -} - -std::optional ExprGenerator::gen_void_pointer_type( - const TypeConstraints& constraints) { - if (!constraints.allows_void_pointer()) { - return {}; - } - - return PointerType(QualifiedType(ScalarType::Void, gen_cv_qualifiers())); -} - -std::optional ExprGenerator::gen_tagged_type( - const TypeConstraints& constraints) { - if (!constraints.allows_tagged_types()) { - return {}; - } - - std::vector> tagged_types; - - const auto& allowed_types = constraints.allowed_tagged_types(); - - const auto* tagged_type = std::get_if(&allowed_types); - if (tagged_type != nullptr) { - tagged_types.push_back(*tagged_type); - } - - if (std::holds_alternative(allowed_types)) { - tagged_types.reserve(symtab_.tagged_types().size()); - for (const auto& tagged_type : symtab_.tagged_types()) { - tagged_types.emplace_back(tagged_type); - } - } - - return rng_->pick_tagged_type(tagged_types); -} - -std::optional ExprGenerator::gen_scalar_type( - const TypeConstraints& constraints) { - ScalarMask mask = constraints.allowed_scalar_types(); - - if (!cfg_.long_double_enabled) { - mask[ScalarType::LongDouble] = false; - } - - if (mask.none()) { - return {}; - } - - return rng_->gen_scalar_type(mask); -} - -std::optional ExprGenerator::gen_enum_type( - const TypeConstraints& constraints) { - std::vector> enum_types; - for (const auto& [enum_type, _] : symtab_.enums()) { - if (constraints.allows_type(enum_type)) { - enum_types.emplace_back(enum_type); - } - } - - if (enum_types.empty()) { - return {}; - } - - return rng_->pick_enum_type(enum_types); -} - -std::optional ExprGenerator::gen_array_type( - const TypeConstraints& constraints) { - // Instead of constructing a random array type, we rely on set of - // array types from symbol table. This will increase chances to match - // variables of array types. - std::vector> array_types; - for (const auto& type : symtab_.array_types()) { - if (constraints.allows_type(type)) { - array_types.emplace_back(type); - } - } - - if (array_types.empty()) { - return {}; - } - - return rng_->pick_array_type(array_types); -} - -CvQualifiers ExprGenerator::gen_cv_qualifiers() { - if (cfg_.cv_qualifiers_enabled) { - return rng_->gen_cv_qualifiers(cfg_.const_prob, cfg_.volatile_prob); - } - return CvQualifiers(); // empty set -} - -std::optional ExprGenerator::generate() { - Weights weights; - - auto& expr_weights = weights.expr_weights(); - for (size_t i = 0; i < expr_weights.size(); i++) { - expr_weights[i] = cfg_.expr_kind_weights[i].initial_weight; - } - - auto& type_weights = weights.type_weights(); - for (size_t i = 0; i < type_weights.size(); i++) { - type_weights[i] = cfg_.type_kind_weights[i].initial_weight; - } - - auto allowed_types = TypeConstraints::all_in_bool_ctx(); - allowed_types.allow_scoped_enums(); - - return gen_with_weights(weights, std::move(allowed_types)); -} - -bool ExprGenerator::mutate_gen_node(std::shared_ptr& node) { - // Don't mutate invalid nodes. - if (!node->is_valid()) { - return false; - } - - auto maybe_expr = gen_expr(node->callback_, node->name()); - if (!maybe_expr.has_value()) { - return false; - } - - // The mutated node is stored in `node_`. - auto mutated_node = node_; - assert(mutated_node->is_valid() && "The mutated node should be valid!"); - - node->children_ = std::move(mutated_node->children_); - return true; -} - -template -void write_enum(LibfuzzerWriter& writer, Enum value) { - writer.write_int((int)value, (int)Enum::EnumFirst, (int)Enum::EnumLast); -} - -template -Enum pick_nth_set_bit(const EnumBitset mask, Rng& rng, - LibfuzzerWriter& writer) { - // At least one bit needs to be set - assert(mask.any() && "Mask must not be empty"); - - std::uniform_int_distribution distr(1, mask.count()); - size_t choice = distr(rng); - - size_t running_ones = 0; - for (size_t i = 0; i < mask.size(); i++) { - if (mask[i]) { - running_ones++; - } - - if (running_ones == choice) { - write_enum(writer, (Enum)i); - return (Enum)i; - } - } - - // `choice` lies in the range `[1, mask.count()]`, `running_ones` will - // always lie in the range `[0, mask.count()]` and is incremented at most - // once per loop iteration. The only way for this assertion to fire is for - // `mask` to be empty (which we have asserted beforehand). - dil_unreachable("Mask has no bits set"); -} - -template -Enum weighted_pick( - const std::array& array, - const EnumBitset& mask, Rng& rng, LibfuzzerWriter& writer) { - static_assert(std::is_floating_point_v, - "Must be a floating point type"); - - RealType sum = 0; - for (size_t i = 0; i < array.size(); i++) { - sum += mask[i] ? array[i] : 0; - } - - std::uniform_real_distribution distr(0, sum); - RealType choice = distr(rng); - - RealType running_sum = 0; - for (size_t i = 0; i < array.size(); i++) { - if (!mask[i]) { - continue; - } - - running_sum += array[i]; - if (choice <= running_sum) { - write_enum(writer, (Enum)i); - return (Enum)i; - } - } - - dil_unreachable("Could not pick an element; maybe sum is 0?"); -} - -template -const T& pick_element(const std::vector& vec, Rng& rng, - LibfuzzerWriter& writer) { - assert(!vec.empty() && "Can't pick an element out of an empty vector"); - - std::uniform_int_distribution distr(0, vec.size() - 1); - auto choice = distr(rng); - writer.write_int(choice, 0, vec.size() - 1); - - return vec[choice]; -} - -template -bool gen_and_record_bool(float probability, Rng& rng, LibfuzzerWriter& writer) { - std::bernoulli_distribution distr(probability); - bool value = distr(rng); - writer.write_bool(value); - return value; -} - -BinOp DefaultGeneratorRng::gen_bin_op(BinOpMask mask) { - return pick_nth_set_bit(mask, rng_, writer_); -} - -UnOp DefaultGeneratorRng::gen_un_op(UnOpMask mask) { - return pick_nth_set_bit(mask, rng_, writer_); -} - -IntegerConstant DefaultGeneratorRng::gen_integer_constant(uint64_t min, - uint64_t max) { - using Base = IntegerConstant::Base; - using Length = IntegerConstant::Length; - using Signedness = IntegerConstant::Signedness; - - std::uniform_int_distribution distr(min, max); - auto value = distr(rng_); - writer_.write_int(value, min, max); - - std::uniform_int_distribution base_distr((int)Base::EnumFirst, - (int)Base::EnumLast); - std::uniform_int_distribution length_distr((int)Length::EnumFirst, - (int)Length::EnumLast); - std::uniform_int_distribution sign_distr((int)Signedness::EnumFirst, - (int)Signedness::EnumLast); - - auto base = (Base)base_distr(rng_); - auto length = (Length)length_distr(rng_); - auto signedness = (Signedness)sign_distr(rng_); - - write_enum(writer_, base); - write_enum(writer_, length); - write_enum(writer_, signedness); - - return IntegerConstant(value, base, length, signedness); -} - -DoubleConstant DefaultGeneratorRng::gen_double_constant(double min, - double max) { - using Format = DoubleConstant::Format; - using Length = DoubleConstant::Length; - - std::uniform_real_distribution distr(min, max); - auto value = distr(rng_); - writer_.write_float(value, min, max); - - std::uniform_int_distribution format_distr((int)Format::EnumFirst, - (int)Format::EnumLast); - std::uniform_int_distribution length_distr((int)Length::EnumFirst, - (int)Length::EnumLast); - - auto format = (Format)format_distr(rng_); - auto length = (Length)length_distr(rng_); - - write_enum(writer_, format); - write_enum(writer_, length); - - return DoubleConstant(value, format, length); -} - -CvQualifiers DefaultGeneratorRng::gen_cv_qualifiers(float const_prob, - float volatile_prob) { - CvQualifiers retval; - retval[CvQualifier::Const] = gen_and_record_bool(const_prob, rng_, writer_); - retval[CvQualifier::Volatile] = - gen_and_record_bool(volatile_prob, rng_, writer_); - - return retval; -} - -VariableExpr DefaultGeneratorRng::pick_variable( - const std::vector>& vars) { - return pick_element(vars, rng_, writer_); -} - -Field DefaultGeneratorRng::pick_field( - const std::vector>& fields) { - return pick_element(fields, rng_, writer_); -} - -TaggedType DefaultGeneratorRng::pick_tagged_type( - const std::vector>& types) { - return pick_element(types, rng_, writer_); -} - -EnumType DefaultGeneratorRng::pick_enum_type( - const std::vector>& types) { - return pick_element(types, rng_, writer_); -} - -EnumConstant DefaultGeneratorRng::pick_enum_literal( - const std::vector>& enums) { - return pick_element(enums, rng_, writer_); -} - -Function DefaultGeneratorRng::pick_function( - const std::vector>& functions) { - return pick_element(functions, rng_, writer_); -} - -ArrayType DefaultGeneratorRng::pick_array_type( - const std::vector>& types) { - return pick_element(types, rng_, writer_); -} - -bool DefaultGeneratorRng::gen_binop_ptr_expr(float probability) { - return gen_and_record_bool(probability, rng_, writer_); -} - -bool DefaultGeneratorRng::gen_binop_flip_operands(float probability) { - return gen_and_record_bool(probability, rng_, writer_); -} - -bool DefaultGeneratorRng::gen_binop_ptrdiff_expr(float probability) { - return gen_and_record_bool(probability, rng_, writer_); -} - -bool DefaultGeneratorRng::gen_binop_ptr_or_enum(float probability) { - return gen_and_record_bool(probability, rng_, writer_); -} - -bool DefaultGeneratorRng::gen_sizeof_type(float probability) { - return gen_and_record_bool(probability, rng_, writer_); -} - -bool DefaultGeneratorRng::gen_parenthesize(float probability) { - return gen_and_record_bool(probability, rng_, writer_); -} - -bool DefaultGeneratorRng::gen_boolean() { - return gen_and_record_bool(/*probability*/ 0.5f, rng_, writer_); -} - -ExprKind DefaultGeneratorRng::gen_expr_kind(const Weights& weights, - const ExprKindMask& mask) { - return weighted_pick(weights.expr_weights(), mask, rng_, writer_); -} - -TypeKind DefaultGeneratorRng::gen_type_kind(const Weights& weights, - const TypeKindMask& mask) { - return weighted_pick(weights.type_weights(), mask, rng_, writer_); -} - -CastExpr::Kind DefaultGeneratorRng::gen_cast_kind(const CastKindMask& mask) { - return pick_nth_set_bit(mask, rng_, writer_); -} - -ScalarType DefaultGeneratorRng::gen_scalar_type(ScalarMask mask) { - return pick_nth_set_bit(mask, rng_, writer_); -} - -} // namespace fuzzer diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/expr_gen.h b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/expr_gen.h deleted file mode 100644 index 8ff88733d3f6..000000000000 --- a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/expr_gen.h +++ /dev/null @@ -1,426 +0,0 @@ -/* - * Copyright 2020 Google LLC - * - * Licensed under the Apache License, Version 2.0 (the "License"); - * you may not use this file except in compliance with the License. - * You may obtain a copy of the License at - * - * http://www.apache.org/licenses/LICENSE-2.0 - * - * Unless required by applicable law or agreed to in writing, software - * distributed under the License is distributed on an "AS IS" BASIS, - * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. - * See the License for the specific language governing permissions and - * limitations under the License. - */ - -#ifndef INCLUDE_EXPR_GEN_H -#define INCLUDE_EXPR_GEN_H - -#include -#include -#include -#include -#include -#include -#include - -#include "fuzzer/ast.h" -#include "fuzzer/enum_bitset.h" -#include "fuzzer/gen_node.h" -#include "fuzzer/libfuzzer_utils.h" -#include "fuzzer/symbol_table.h" - -namespace fuzzer { - -enum class ExprKind : unsigned char { - EnumFirst, - IntegerConstant = EnumFirst, - DoubleConstant, - VariableExpr, - UnaryExpr, - BinaryExpr, - AddressOf, - MemberOf, - MemberOfPtr, - ArrayIndex, - TernaryExpr, - BooleanConstant, - NullptrConstant, - EnumConstant, - DereferenceExpr, - FunctionCallExpr, - SizeofExpr, - CastExpr, - EnumLast = CastExpr, -}; -inline constexpr size_t NUM_GEN_EXPR_KINDS = (size_t)ExprKind::EnumLast + 1; - -enum class TypeKind : unsigned char { - EnumFirst, - ScalarType = EnumFirst, - TaggedType, - PointerType, - VoidPointerType, - NullptrType, - EnumType, - ArrayType, - EnumLast = ArrayType, -}; -inline constexpr size_t NUM_GEN_TYPE_KINDS = (size_t)TypeKind::EnumLast + 1; - -using ExprKindMask = EnumBitset; -using TypeKindMask = EnumBitset; -using CastKindMask = EnumBitset; - -class Weights; -class ExprConstraints; -class TypeConstraints; - -struct ExprKindWeightInfo { - float initial_weight; - float dampening_factor; -}; - -struct TypeKindWeightInfo { - float initial_weight; - float dampening_factor; -}; - -using BinOpMask = EnumBitset; -using UnOpMask = EnumBitset; - -// Set of expression kinds that don't have any children. -inline constexpr ExprKindMask LEAF_EXPR_KINDS = { - ExprKind::IntegerConstant, ExprKind::DoubleConstant, - ExprKind::VariableExpr, ExprKind::BooleanConstant, - ExprKind::NullptrConstant, ExprKind::EnumConstant, -}; - -/* - * Fuzzer configuration, specifies the various parameters (e.g. expression - * weights, min/max values for integer and double constants, etc). - */ -struct GenConfig { - // Number of expressions to generate in non-interactive mode - int num_exprs_to_generate = 100; - - // Maximum recursion depth - int max_depth = 8; - - // Min/max integer constant value - uint64_t int_const_min = 0; - uint64_t int_const_max = 1000; - - // Min/max double constant value - double double_constant_min = 0; - double double_constant_max = 10; - - // Probability that an expression will be wrapped with extra parentheses. - float parenthesize_prob = 0.2f; - - // Probability that an binary pointer arithmetic generation of the form - // `ptr + idx` or `ptr - idx`. - float binop_gen_ptr_expr_prob = 0.2f; - // Probability that a pointer difference expression (`ptr1 - ptr2`) will - // be generated. - float binop_gen_ptrdiff_expr_prob = 0.1f; - // Probability that the operands of a binary expression or array indexing will - // be flipped (`ptr + idx` -> `idx + ptr`, `arr[idx]` -> `idx[arr]`, etc). - float binop_flip_operands_prob = 0.1f; - // Probability that pointer or scoped enum types will be compared in a binary - // expression (the alternative is to compare scalars). - float binop_gen_ptr_or_enum_prob = 0.5; - - // `const` and `volatile` qualifiers aren't that important for expression - // evaluation. In order to simplify cv-qualifiers constraints (e.g. casting - // them away), this option is introduced for easier support of the - // expression types (e.g. static_cast, reinterpret_cast). Note that these - // expression types aren't supported if this option is enabled. - bool cv_qualifiers_enabled = false; - - // Probabilities that a const/volatile qualifier will be generated - // respectively. - float const_prob = 0.3f; - float volatile_prob = 0.05f; - - // Probability that sizeof will take a type as a argument. - float sizeof_gen_type_prob = 0.3f; - - // A cast such as `((AnotherStruct*)struct_ptr)->field` isn't allowed. Setting - // this flag to false avoids casting between different pointer types if read - // from memory is expected. - bool valid_pointer_cast_enabled = false; - - // Long double may not work properly in lldb-eval yet. - bool long_double_enabled = false; - - BinOpMask bin_op_mask = BinOpMask::all_set(); - UnOpMask un_op_mask = UnOpMask::all_set(); - - // Mask to disable specific expression kinds. Modify this instead of setting - // a weight to zero to disable an expression kind. - ExprKindMask expr_kind_mask = ExprKindMask::all_set(); - - // Expression kind weights. Make sure that weights are all non-zero and that - // any non-terminal expression has a dampening factor in the range `(0, 1)`. - std::array expr_kind_weights = {{ - {1.0f, 0.0f}, // ExprKind::IntegerConstant - {2.0f, 0.0f}, // ExprKind::DoubleConstant - {1.0f, 0.0f}, // ExprKind::VariableExpr - {3.0f, 0.4f}, // ExprKind::UnaryExpr - {3.0f, 0.4f}, // ExprKind::BinaryExpr - {2.0f, 0.1f}, // ExprKind::AddressOf - {1.0f, 0.1f}, // ExprKind::MemberOf - {1.0f, 0.1f}, // ExprKind::MemberOfPtr - {1.0f, 0.1f}, // ExprKind::ArrayIndex - {1.0f, 0.1f}, // ExprKind::TernaryExpr - {1.0f, 0.0f}, // ExprKind::BooleanConstant - {1.0f, 0.0f}, // ExprKind::NullptrConstant - {1.0f, 0.0f}, // ExprKind::EnumConstant - {1.0f, 0.1f}, // ExprKind::DereferenceExpr - {1.0f, 0.1f}, // ExprKind::FunctionCallExpr - {1.0f, 0.1f}, // ExprKind::SizeofExpr - {1.0f, 0.4f}, // ExprKind::CastExpr - }}; - - // Type kind weights. Make sure that weights are all non-zero and that - // any non-terminal expression has a dampening factor in the range `(0, 1)`. - std::array type_kind_weights = {{ - {3.0f, 0.0f}, // TypeKind::ScalarType - {1.0f, 0.0f}, // TypeKind::TaggedType - {1.0f, 0.1f}, // TypeKind::PointerType - {1.0f, 0.1f}, // TypeKind::VoidPointerType - {0.2f, 0.0f}, // TypeKind::NullptrType - {1.0f, 0.0f}, // TypeKind::EnumType - {1.0f, 0.1f}, // TypeKind::ArrayType - }}; -}; - -class GeneratorRng { - public: - virtual ~GeneratorRng() {} - - virtual BinOp gen_bin_op(BinOpMask mask) = 0; - virtual UnOp gen_un_op(UnOpMask mask) = 0; - virtual ExprKind gen_expr_kind(const Weights& weights, - const ExprKindMask& mask) = 0; - virtual TypeKind gen_type_kind(const Weights& weights, - const TypeKindMask& mask) = 0; - virtual CastExpr::Kind gen_cast_kind(const CastKindMask& mask) = 0; - virtual ScalarType gen_scalar_type(EnumBitset mask) = 0; - virtual bool gen_boolean() = 0; - virtual IntegerConstant gen_integer_constant(uint64_t min, uint64_t max) = 0; - virtual DoubleConstant gen_double_constant(double min, double max) = 0; - virtual bool gen_parenthesize(float probability) = 0; - virtual bool gen_binop_ptr_expr(float probability) = 0; - virtual bool gen_binop_flip_operands(float probability) = 0; - virtual bool gen_binop_ptrdiff_expr(float probability) = 0; - virtual bool gen_binop_ptr_or_enum(float probability) = 0; - virtual bool gen_sizeof_type(float probability) = 0; - virtual CvQualifiers gen_cv_qualifiers(float const_prob, - float volatile_prob) = 0; - virtual VariableExpr pick_variable( - const std::vector>& vars) = 0; - virtual TaggedType pick_tagged_type( - const std::vector>& types) = 0; - virtual Field pick_field( - const std::vector>& fields) = 0; - virtual EnumType pick_enum_type( - const std::vector>& types) = 0; - virtual EnumConstant pick_enum_literal( - const std::vector>& enums) = 0; - virtual Function pick_function( - const std::vector>& functions) = 0; - virtual ArrayType pick_array_type( - const std::vector>& types) = 0; - - virtual void set_rng_callback(std::function) {} -}; - -class DefaultGeneratorRng : public GeneratorRng { - public: - explicit DefaultGeneratorRng(unsigned seed) : rng_(seed) {} - - BinOp gen_bin_op(BinOpMask mask) override; - UnOp gen_un_op(UnOpMask mask) override; - ExprKind gen_expr_kind(const Weights& weights, - const ExprKindMask& mask) override; - TypeKind gen_type_kind(const Weights& weights, - const TypeKindMask& mask) override; - CastExpr::Kind gen_cast_kind(const CastKindMask& mask) override; - ScalarType gen_scalar_type(EnumBitset mask) override; - bool gen_boolean() override; - IntegerConstant gen_integer_constant(uint64_t min, uint64_t max) override; - DoubleConstant gen_double_constant(double min, double max) override; - bool gen_parenthesize(float probability) override; - bool gen_binop_ptr_expr(float probability) override; - bool gen_binop_flip_operands(float probability) override; - bool gen_binop_ptrdiff_expr(float probability) override; - bool gen_binop_ptr_or_enum(float probability) override; - bool gen_sizeof_type(float probability) override; - CvQualifiers gen_cv_qualifiers(float const_prob, - float volatile_prob) override; - VariableExpr pick_variable( - const std::vector>& vars) - override; - TaggedType pick_tagged_type( - const std::vector>& types) - override; - Field pick_field( - const std::vector>& fields) override; - EnumType pick_enum_type( - const std::vector>& types) - override; - EnumConstant pick_enum_literal( - const std::vector>& enums) - override; - Function pick_function( - const std::vector>& functions) - override; - ArrayType pick_array_type( - const std::vector>& types) - override; - - void set_rng_callback(std::function callback) override { - writer_.set_callback(std::move(callback)); - } - - private: - std::mt19937 rng_; - - LibfuzzerWriter writer_; -}; - -class ExprGenerator { - public: - ExprGenerator(std::unique_ptr rng, GenConfig cfg, - SymbolTable symtab) - : rng_(std::move(rng)), cfg_(std::move(cfg)), symtab_(std::move(symtab)) { - rng_->set_rng_callback([this](uint8_t byte) { on_consume_byte(byte); }); - } - - // Copying and moving isn't possible right now. - // TODO: Implement copy/move constructors/assignments if needed. - ExprGenerator(const ExprGenerator&) = delete; - ExprGenerator(ExprGenerator&&) = delete; - ExprGenerator& operator=(const ExprGenerator&) = delete; - ExprGenerator& operator=(ExprGenerator&&) = delete; - - std::optional generate(); - - // Re-evaluates a method, resulting with a different subtree. - // Changes are applied only if the node is valid and the re-evaluation results - // with a valid expression. - bool mutate_gen_node(std::shared_ptr& node); - - // Method generation node. Note that this represents the last call to a - // expression generation method and will be rewritten after each such call. - std::shared_ptr node() const { return node_; } - - private: - Expr maybe_parenthesized(Expr expr); - - std::optional gen_boolean_constant(const ExprConstraints& constraints); - std::optional gen_integer_constant(const ExprConstraints& constraints); - std::optional gen_double_constant(const ExprConstraints& constraints); - std::optional gen_nullptr_constant(const ExprConstraints& constraints); - std::optional gen_enum_constant(const ExprConstraints& constraints); - std::optional gen_variable_expr(const ExprConstraints& constraints); - std::optional gen_binary_expr(const Weights& weights, - const ExprConstraints& constraints); - std::optional gen_unary_expr(const Weights& weights, - const ExprConstraints& constraints); - std::optional gen_ternary_expr(const Weights& weights, - const ExprConstraints& constraints); - std::optional gen_cast_expr(const Weights& weights, - const ExprConstraints& constraints); - std::optional gen_dereference_expr(const Weights& weights, - const ExprConstraints& constraints); - std::optional gen_address_of_expr(const Weights& weights, - const ExprConstraints& constraints); - std::optional gen_member_of_expr(const Weights& weights, - const ExprConstraints& constraints); - std::optional gen_member_of_ptr_expr( - const Weights& weights, const ExprConstraints& constraints); - std::optional gen_array_index_expr(const Weights& weights, - const ExprConstraints& constraints); - std::optional gen_function_call_expr( - const Weights& weights, const ExprConstraints& constraints); - std::optional gen_sizeof_expr(const Weights& weights, - const ExprConstraints& constraints); - - std::optional gen_with_weights(const Weights& weights, - const ExprConstraints& constraints); - - // Implementations of expression generation methods: - std::optional gen_boolean_constant_impl( - const ExprConstraints& constraints); - std::optional gen_integer_constant_impl( - const ExprConstraints& constraints); - std::optional gen_double_constant_impl( - const ExprConstraints& constraints); - std::optional gen_enum_constant_impl( - const ExprConstraints& constraints); - std::optional gen_variable_expr_impl( - const ExprConstraints& constraints); - std::optional gen_binary_expr_impl(const Weights& weights, - const ExprConstraints& constraints); - std::optional gen_unary_expr_impl(const Weights& weights, - const ExprConstraints& constraints); - std::optional gen_ternary_expr_impl(const Weights& weights, - const ExprConstraints& constraints); - std::optional gen_cast_expr_impl(const Weights& weights, - const ExprConstraints& constraints); - std::optional gen_dereference_expr_impl( - const Weights& weights, const ExprConstraints& constraints); - std::optional gen_address_of_expr_impl( - const Weights& weights, const ExprConstraints& constraints); - std::optional gen_member_of_expr_impl( - const Weights& weights, const ExprConstraints& constraints); - std::optional gen_member_of_ptr_expr_impl( - const Weights& weights, const ExprConstraints& constraints); - std::optional gen_array_index_expr_impl( - const Weights& weights, const ExprConstraints& constraints); - std::optional gen_function_call_expr_impl( - const Weights& weights, const ExprConstraints& constraints); - std::optional gen_sizeof_expr_impl(const Weights& weights, - const ExprConstraints& constraints); - std::optional gen_with_weights_impl(const Weights& weights, - const ExprConstraints& constraints); - - // Generates an expression using the `callback` method and constructs a - // generation node on top of the `stack_`. - std::optional gen_expr(const GenerateExprFn& callback, - std::string name); - - std::optional gen_type(const Weights& weights, - const TypeConstraints& constraints, - bool allow_array_types = false); - std::optional gen_qualified_type( - const Weights& weights, const TypeConstraints& constraints, - bool allow_array_types = false); - std::optional gen_pointer_type(const Weights& weights, - const TypeConstraints& constraints, - bool allow_array_types = false); - std::optional gen_void_pointer_type(const TypeConstraints& constraints); - std::optional gen_tagged_type(const TypeConstraints& constraints); - std::optional gen_scalar_type(const TypeConstraints& constraints); - std::optional gen_enum_type(const TypeConstraints& constraints); - std::optional gen_array_type(const TypeConstraints& constraints); - CvQualifiers gen_cv_qualifiers(); - - void on_consume_byte(uint8_t byte); - - private: - std::unique_ptr rng_; - GenConfig cfg_; - SymbolTable symtab_; - - std::stack> stack_; - std::shared_ptr node_; -}; - -} // namespace fuzzer - -#endif // INCLUDE_EXPR_GEN_H diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/fixed_rng.cc b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/fixed_rng.cc deleted file mode 100644 index 2494206edf35..000000000000 --- a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/fixed_rng.cc +++ /dev/null @@ -1,210 +0,0 @@ -/* - * Copyright 2021 Google LLC - * - * Licensed under the Apache License, Version 2.0 (the "License"); - * you may not use this file except in compliance with the License. - * You may obtain a copy of the License at - * - * http://www.apache.org/licenses/LICENSE-2.0 - * - * Unless required by applicable law or agreed to in writing, software - * distributed under the License is distributed on an "AS IS" BASIS, - * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. - * See the License for the specific language governing permissions and - * limitations under the License. - */ - -#include "fixed_rng.h" - -#include "constraints.h" - -namespace fuzzer { - -namespace { - -template -void write_enum(LibfuzzerWriter& writer, Enum value) { - writer.write_int((int)value, (int)Enum::EnumFirst, (int)Enum::EnumLast); -} - -template -Enum read_enum(LibfuzzerReader& reader) { - return (Enum)reader.read_int((int)Enum::EnumFirst, (int)Enum::EnumLast); -} - -bool gen_and_record_bool(LibfuzzerReader& reader, LibfuzzerWriter& writer) { - bool value = reader.read_bool(); - writer.write_bool(value); - return value; -} - -template -Enum pick_enum_from_mask(const EnumBitset mask, LibfuzzerReader& reader, - LibfuzzerWriter& writer) { - // At least one bit needs to be set - assert(mask.any() && "Mask must not be empty"); - - Enum result = read_enum(reader); - - // Recover mechanism. - while (!mask[(int)result]) { - if (result == Enum::EnumLast) { - result = Enum::EnumFirst; - } else { - result = (Enum)((int)result + 1); - } - } - - write_enum(writer, result); - - return result; -} - -template -const T& pick_element(const std::vector& vec, LibfuzzerReader& reader, - LibfuzzerWriter& writer) { - assert(!vec.empty() && "Can't pick an element out of an empty vector"); - - auto choice = reader.read_int(0, vec.size() - 1); - writer.write_int(choice, 0, vec.size() - 1); - - return vec[choice]; -} - -} // namespace - -BinOp FixedGeneratorRng::gen_bin_op(BinOpMask mask) { - return pick_enum_from_mask(mask, reader_, writer_); -} - -UnOp FixedGeneratorRng::gen_un_op(UnOpMask mask) { - return pick_enum_from_mask(mask, reader_, writer_); -} - -IntegerConstant FixedGeneratorRng::gen_integer_constant(uint64_t min, - uint64_t max) { - using Base = IntegerConstant::Base; - using Length = IntegerConstant::Length; - using Signedness = IntegerConstant::Signedness; - - uint64_t value = reader_.read_int(min, max); - writer_.write_int(value, min, max); - - auto base = read_enum(reader_); - auto length = read_enum(reader_); - auto signedness = read_enum(reader_); - - write_enum(writer_, base); - write_enum(writer_, length); - write_enum(writer_, signedness); - - return IntegerConstant(value, base, length, signedness); -} - -DoubleConstant FixedGeneratorRng::gen_double_constant(double min, double max) { - using Format = DoubleConstant::Format; - using Length = DoubleConstant::Length; - - double value = reader_.read_float(min, max); - writer_.write_float(value, min, max); - - auto format = read_enum(reader_); - auto length = read_enum(reader_); - - write_enum(writer_, format); - write_enum(writer_, length); - - return DoubleConstant(value, format, length); -} - -CvQualifiers FixedGeneratorRng::gen_cv_qualifiers(float /*const_prob*/, - float /*volatile_prob*/) { - CvQualifiers retval; - retval[CvQualifier::Const] = reader_.read_bool(); - retval[CvQualifier::Volatile] = reader_.read_bool(); - - return retval; -} - -VariableExpr FixedGeneratorRng::pick_variable( - const std::vector>& vars) { - return pick_element(vars, reader_, writer_); -} - -Field FixedGeneratorRng::pick_field( - const std::vector>& fields) { - return pick_element(fields, reader_, writer_); -} - -TaggedType FixedGeneratorRng::pick_tagged_type( - const std::vector>& types) { - return pick_element(types, reader_, writer_); -} - -EnumType FixedGeneratorRng::pick_enum_type( - const std::vector>& types) { - return pick_element(types, reader_, writer_); -} - -EnumConstant FixedGeneratorRng::pick_enum_literal( - const std::vector>& enums) { - return pick_element(enums, reader_, writer_); -} - -Function FixedGeneratorRng::pick_function( - const std::vector>& functions) { - return pick_element(functions, reader_, writer_); -} - -ArrayType FixedGeneratorRng::pick_array_type( - const std::vector>& types) { - return pick_element(types, reader_, writer_); -} - -bool FixedGeneratorRng::gen_binop_ptr_expr(float) { - return gen_and_record_bool(reader_, writer_); -} - -bool FixedGeneratorRng::gen_binop_flip_operands(float) { - return gen_and_record_bool(reader_, writer_); -} - -bool FixedGeneratorRng::gen_binop_ptrdiff_expr(float) { - return gen_and_record_bool(reader_, writer_); -} - -bool FixedGeneratorRng::gen_binop_ptr_or_enum(float) { - return gen_and_record_bool(reader_, writer_); -} - -bool FixedGeneratorRng::gen_sizeof_type(float) { - return gen_and_record_bool(reader_, writer_); -} - -bool FixedGeneratorRng::gen_parenthesize(float) { - return gen_and_record_bool(reader_, writer_); -} - -bool FixedGeneratorRng::gen_boolean() { - return gen_and_record_bool(reader_, writer_); -} - -ExprKind FixedGeneratorRng::gen_expr_kind(const Weights&, - const ExprKindMask& mask) { - return pick_enum_from_mask(mask, reader_, writer_); -} - -TypeKind FixedGeneratorRng::gen_type_kind(const Weights&, - const TypeKindMask& mask) { - return pick_enum_from_mask(mask, reader_, writer_); -} - -CastExpr::Kind FixedGeneratorRng::gen_cast_kind(const CastKindMask& mask) { - return pick_enum_from_mask(mask, reader_, writer_); -} - -ScalarType FixedGeneratorRng::gen_scalar_type(ScalarMask mask) { - return pick_enum_from_mask(mask, reader_, writer_); -} - -} // namespace fuzzer diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/fixed_rng.h b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/fixed_rng.h deleted file mode 100644 index 2f823f86cadd..000000000000 --- a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/fixed_rng.h +++ /dev/null @@ -1,81 +0,0 @@ -/* - * Copyright 2021 Google LLC - * - * Licensed under the Apache License, Version 2.0 (the "License"); - * you may not use this file except in compliance with the License. - * You may obtain a copy of the License at - * - * http://www.apache.org/licenses/LICENSE-2.0 - * - * Unless required by applicable law or agreed to in writing, software - * distributed under the License is distributed on an "AS IS" BASIS, - * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. - * See the License for the specific language governing permissions and - * limitations under the License. - */ - -#ifndef INCLUDE_FUZZED_RNG_H -#define INCLUDE_FUZZED_RNG_H - -#include "fuzzer/expr_gen.h" -#include "fuzzer/libfuzzer_utils.h" - -namespace fuzzer { - -class FixedGeneratorRng : public GeneratorRng { - public: - explicit FixedGeneratorRng(const uint8_t* data, size_t size) - : reader_(data, size) {} - - BinOp gen_bin_op(BinOpMask mask) override; - UnOp gen_un_op(UnOpMask mask) override; - ExprKind gen_expr_kind(const Weights& weights, - const ExprKindMask& mask) override; - TypeKind gen_type_kind(const Weights& weights, - const TypeKindMask& mask) override; - CastExpr::Kind gen_cast_kind(const CastKindMask& mask) override; - ScalarType gen_scalar_type(EnumBitset mask) override; - bool gen_boolean() override; - IntegerConstant gen_integer_constant(uint64_t min, uint64_t max) override; - DoubleConstant gen_double_constant(double min, double max) override; - bool gen_parenthesize(float probability) override; - bool gen_binop_ptr_expr(float probability) override; - bool gen_binop_flip_operands(float probability) override; - bool gen_binop_ptrdiff_expr(float probability) override; - bool gen_binop_ptr_or_enum(float probability) override; - bool gen_sizeof_type(float probability) override; - CvQualifiers gen_cv_qualifiers(float const_prob, - float volatile_prob) override; - VariableExpr pick_variable( - const std::vector>& vars) - override; - TaggedType pick_tagged_type( - const std::vector>& types) - override; - Field pick_field( - const std::vector>& fields) override; - EnumType pick_enum_type( - const std::vector>& types) - override; - EnumConstant pick_enum_literal( - const std::vector>& enums) - override; - Function pick_function( - const std::vector>& functions) - override; - ArrayType pick_array_type( - const std::vector>& types) - override; - - void set_rng_callback(std::function callback) override { - writer_.set_callback(std::move(callback)); - } - - private: - LibfuzzerReader reader_; - LibfuzzerWriter writer_; -}; - -} // namespace fuzzer - -#endif // INCLUDE_FUZZED_RNG_H diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/gen_node.cc b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/gen_node.cc deleted file mode 100644 index beed6c4e6008..000000000000 --- a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/gen_node.cc +++ /dev/null @@ -1,39 +0,0 @@ -/* - * Copyright 2021 Google LLC - * - * Licensed under the Apache License, Version 2.0 (the "License"); - * you may not use this file except in compliance with the License. - * You may obtain a copy of the License at - * - * http://www.apache.org/licenses/LICENSE-2.0 - * - * Unless required by applicable law or agreed to in writing, software - * distributed under the License is distributed on an "AS IS" BASIS, - * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. - * See the License for the specific language governing permissions and - * limitations under the License. - */ - -#include "fuzzer/gen_node.h" - -#include - -#include "fuzzer/expr_gen.h" - -namespace fuzzer { - -void walk_gen_tree(std::shared_ptr node, GenTreeVisitor* visitor) { - visitor->visit_node(node); - for (auto child : node->children()) { - auto* as_byte = std::get_if(&child); - if (as_byte) { - visitor->visit_byte(*as_byte); - } - auto* as_node = std::get_if>(&child); - if (as_node) { - walk_gen_tree(*as_node, visitor); - } - } -} - -} // namespace fuzzer diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/gen_node.h b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/gen_node.h deleted file mode 100644 index 78f538ff21f1..000000000000 --- a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/gen_node.h +++ /dev/null @@ -1,78 +0,0 @@ -/* - * Copyright 2021 Google LLC - * - * Licensed under the Apache License, Version 2.0 (the "License"); - * you may not use this file except in compliance with the License. - * You may obtain a copy of the License at - * - * http://www.apache.org/licenses/LICENSE-2.0 - * - * Unless required by applicable law or agreed to in writing, software - * distributed under the License is distributed on an "AS IS" BASIS, - * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. - * See the License for the specific language governing permissions and - * limitations under the License. - */ - -#ifndef INCLUDE_GEN_NODE_H -#define INCLUDE_GEN_NODE_H - -#include -#include -#include -#include - -#include "fuzzer/ast.h" -#include "fuzzer/symbol_table.h" - -namespace fuzzer { - -class GenNode; -class ExprGenerator; - -using GenNodeOrByte = std::variant, uint8_t>; -using GenerateExprFn = std::function(ExprGenerator*)>; - -// A node that represents one expression generation method of `ExprGenerator` -// class (e.g. `gen_integer_constant`, `gen_binary_expr`, `gen_with_weights`, -// etc.) with context necessary to re-evaluate the method. A tree formed of -// these nodes represents a call hierarchy starting from the root method. -class GenNode { - public: - GenNode(std::string name, GenerateExprFn callback) - : name_(std::move(name)), callback_(std::move(callback)) {} - - // Name of the method (e.g. "fuzzer::ExprGenerator::gen_binary_expr"). - // Useful for testing and debugging. - const std::string& name() const { return name_; } - - // List of children. A child is either another method generation node or a - // byte representing a part of serialized format. - const std::vector& children() const { return children_; } - - // Does the method result with a valid expression or a `std::nullopt`? - bool is_valid() const { return valid_; } - - private: - friend class ExprGenerator; - - std::string name_; - GenerateExprFn callback_; // Callback for re-evaluating the method. - bool valid_ = false; - std::vector children_; -}; - -class GenTreeVisitor { - public: - virtual ~GenTreeVisitor() {} - - virtual void visit_node(std::shared_ptr) {} - virtual void visit_byte(uint8_t) {} -}; - -// Recursively visits nodes and random values contained in the `node`. -void walk_gen_tree(std::shared_ptr node, GenTreeVisitor* visitor); - -} // namespace fuzzer - -#endif // INCLUDE_GEN_NODE_H diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/libfuzzer_common.cc b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/libfuzzer_common.cc deleted file mode 100644 index f1472eb2ba45..000000000000 --- a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/libfuzzer_common.cc +++ /dev/null @@ -1,147 +0,0 @@ -#include "fuzzer/libfuzzer_common.h" - -#include -#include -#include -#include - -#include "../runner.h" -#include "lldb/API/SBDebugger.h" -#include "lldb/API/SBFrame.h" -#include "lldb/API/SBProcess.h" -#include "lldb/API/SBTarget.h" -#include "lldb/API/SBThread.h" -#include "fuzzer/ast.h" -#include "fuzzer/expr_gen.h" -#include "fuzzer/fixed_rng.h" -#include "fuzzer/gen_node.h" -#include "fuzzer/symbol_table.h" -#include "llvm/ADT/SmallString.h" -#include "llvm/Support/Path.h" - -namespace fuzzer { - - -namespace { - -class GenNodePicker : public GenTreeVisitor { - public: - void visit_node(std::shared_ptr node) { - if (node->is_valid()) { - options_.emplace_back(node); - } - } - - template - std::shared_ptr pick(Rng& rng) { - std::uniform_int_distribution distr(0, options_.size() - 1); - return options_[distr(rng)]; - } - - private: - std::vector> options_; -}; - -class GenNodeWriter : public GenTreeVisitor { - public: - explicit GenNodeWriter(ByteWriter& writer) : writer_(writer) {} - - void visit_byte(uint8_t byte) { writer_.write_byte(byte); } - - private: - ByteWriter& writer_; -}; - -ExprGenerator create_generator(SymbolTable symtab, - std::unique_ptr rng) { - auto cfg = GenConfig(); - cfg.max_depth = 12; - - return ExprGenerator(std::move(rng), cfg, symtab); -} - -template -std::shared_ptr pick_random_node(std::shared_ptr root, - Rng& rng) { - GenNodePicker picker; - walk_gen_tree(root, &picker); - return picker.pick(rng); -} - -void write_node(std::shared_ptr root, ByteWriter& writer) { - GenNodeWriter node_writer(writer); - walk_gen_tree(root, &node_writer); -} - -} // namespace - -int LibfuzzerState::init(int* /*argc*/, char*** argv) { - lldb::SBDebugger::Initialize(); - - llvm::SmallString<256> current(__FILE__); - llvm::sys::path::remove_filename(current); - auto parent = llvm::sys::path::parent_path(current.str()); - auto binary_path = std::string((parent + "/Inputs/fuzzer_binary.bin").str()); - auto source_path = std::string((parent + "/Inputs/fuzzer_binary.cc").str()); - - debugger_ = lldb::SBDebugger::Create(false); - - lldb::SBProcess process = LaunchTestProgram( - debugger_, source_path.c_str(), binary_path.c_str(), "// BREAK HERE"); - - target_ = process.GetTarget(); - frame_ = process.GetSelectedThread().GetSelectedFrame(); - - symtab_ = fuzzer::SymbolTable::create_from_frame( - frame_, /*ignore_qualified_types*/ true); - - // Add lldb-eval functions. - symtab_.add_function(ScalarType::UnsignedInt, "__log2", - {ScalarType::UnsignedInt}); - - return 0; -} - -size_t LibfuzzerState::custom_mutate(uint8_t* data, size_t size, - size_t max_size, unsigned int seed) { - auto fixed_rng = std::make_unique(data, size); - auto fixed_generator = create_generator(symtab_, std::move(fixed_rng)); - - auto maybe_expr = fixed_generator.generate(); - assert(maybe_expr.has_value() && "Expression could not be generated!"); - - std::mt19937 rng(seed); - auto root = fixed_generator.node(); - auto mutable_node = pick_random_node(root, rng); - - auto random_generator = - create_generator(symtab_, std::make_unique(rng())); - if (!random_generator.mutate_gen_node(mutable_node)) { - return size; - } - - ByteWriter writer(data, max_size); - write_node(root, writer); - - // It's possible that `root`'s sequence of random values overflows the size of - // `data`. Overflowed values will be ignored. This isn't ideal, but also isn't - // critical since expression generator is able to generate an expression from - // any byte sequence. - // TODO: Compare number of random values in the `root` to the `max_size`. - - return writer.size(); -} - -std::string LibfuzzerState::input_to_expr(const uint8_t* data, size_t size) { - auto rng = std::make_unique(data, size); - auto generator = create_generator(symtab_, std::move(rng)); - auto maybe_expr = generator.generate(); - - assert(maybe_expr.has_value() && "Expression could not be generated!"); - - std::ostringstream os; - os << maybe_expr.value(); - return os.str(); -} - -} // namespace fuzzer diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/libfuzzer_common.h b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/libfuzzer_common.h deleted file mode 100644 index 4ae0f5a60b5d..000000000000 --- a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/libfuzzer_common.h +++ /dev/null @@ -1,40 +0,0 @@ -#ifndef INCLUDE_LIBFUZZER_COMMON_H -#define INCLUDE_LIBFUZZER_COMMON_H - -#include -#include -#include - -#include "lldb/API/SBDebugger.h" -#include "lldb/API/SBFrame.h" -#include "lldb/API/SBTarget.h" -#include "fuzzer/symbol_table.h" - -namespace fuzzer { - -class LibfuzzerState { - public: - LibfuzzerState() = default; - ~LibfuzzerState() {} - - int init(int* argc, char*** argv); - - size_t custom_mutate(uint8_t* data, size_t size, size_t max_size, - unsigned int seed); - - std::string input_to_expr(const uint8_t* data, size_t size); - - lldb::SBFrame& frame() { return frame_; } - - lldb::SBTarget& target() { return target_; } - - private: - lldb::SBDebugger debugger_; - lldb::SBFrame frame_; - lldb::SBTarget target_; - SymbolTable symtab_; -}; - -} // namespace fuzzer - -#endif // INCLUDE_LIBFUZZER_COMMON_H diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/libfuzzer_utils.h b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/libfuzzer_utils.h deleted file mode 100644 index 2cd00ce2457c..000000000000 --- a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/libfuzzer_utils.h +++ /dev/null @@ -1,171 +0,0 @@ -// Copyright 2021 Google LLC -// -// Licensed under the Apache License, Version 2.0 (the "License"); -// you may not use this file except in compliance with the License. -// You may obtain a copy of the License at -// -// http://www.apache.org/licenses/LICENSE-2.0 -// -// Unless required by applicable law or agreed to in writing, software -// distributed under the License is distributed on an "AS IS" BASIS, -// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. -// See the License for the specific language governing permissions and -// limitations under the License. - -#ifndef INCLUDE_LIBFUZZER_UTILS_H -#define INCLUDE_LIBFUZZER_UTILS_H - -#include -#include -#include -#include -#include -#include - -namespace fuzzer { - -// A class that consumes byte sequence provided by libFuzzer and produces a -// sequence of meaningful basic data types, inspired by LLVM's -// `FuzzedDataProvider`. -class LibfuzzerReader { - public: - LibfuzzerReader(const uint8_t* data, size_t size) - : data_(data), size_(size) {} - - bool read_bool() { return static_cast(read_byte() & 1); } - - template - T read_int() { - return read_int(std::numeric_limits::min(), - std::numeric_limits::max()); - } - - template - T read_int(T min, T max) { - assert(min <= max); - - uint64_t range = static_cast(max) - min; - uint64_t value = 0; - - for (size_t i = 0; i < 8 * sizeof(T) && (range >> i) > 0; i += 8) { - value |= (static_cast(read_byte()) << i); - } - - if (range != std::numeric_limits::max()) { - value %= (range + 1); - } - - return static_cast(min + value); - } - - template - T read_float(T min, T max) { - assert(min <= max); - assert( - (min >= 0 || max <= 0 || min + std::numeric_limits::max() >= max) && - "Range cannot be represented with a floating point type!"); - - using IntType = typename std::conditional::type; - - T frac = static_cast(read_int()) / - static_cast(std::numeric_limits::max()); - - return min + (max - min) * frac; - } - - uint8_t read_byte() { return offset_ < size_ ? data_[offset_++] : 0; } - - size_t offset() const { return offset_; } - - private: - const uint8_t* data_; - size_t size_; - size_t offset_ = 0; -}; - -class ByteWriter { - public: - ByteWriter(uint8_t* data, size_t max_size) - : data_(data), max_size_(max_size) {} - - void write_byte(uint8_t byte) { - if (size_ < max_size_) { - data_[size_++] = byte; - } - } - - size_t size() const { return size_; } - - private: - uint8_t* data_; - size_t max_size_; - size_t size_ = 0; -}; - -// A class that converts a sequence of meaningful basic type data to a byte -// sequence, compatible with the `LibfuzzerReader`. -class LibfuzzerWriter { - public: - LibfuzzerWriter() = default; - - void write_bool(bool value) { write_byte(value ? 1 : 0); } - - template - void write_int(T value) { - write_int(value, std::numeric_limits::min(), - std::numeric_limits::max()); - } - - template - void write_int(T value, T min, T max) { - assert(min <= value); - assert(value <= max); - uint64_t range = static_cast(max) - min; - uint64_t write_value = static_cast(value) - min; - value -= min; - for (; range > 0; range >>= 8) { - write_byte(static_cast(write_value & 0xff)); - write_value >>= 8; - } - } - - template - void write_float(T value, T min, T max) { - assert(min <= value); - assert(value <= max); - assert( - (min >= 0 || max <= 0 || min + std::numeric_limits::max() >= max) && - "Range cannot be represented with a floating point type!"); - - using IntType = typename std::conditional::type; - - if (min == max) { - write_int(0); - return; - } - - IntType converted_value = static_cast( - (value - min) / (max - min) * - static_cast(std::numeric_limits::max())); - - write_int(converted_value); - } - - void write_byte(uint8_t byte) { - assert(callback_ && "Callback isn't set!"); - callback_(byte); - } - - void set_callback(std::function callback) { - callback_ = std::move(callback); - } - - private: - std::function callback_; -}; - -} // namespace fuzzer - -#endif // INCLUDE_LIBFUZZER_UTILS_H diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/symbol_table.cc b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/symbol_table.cc deleted file mode 100644 index 6291e2d406ec..000000000000 --- a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/symbol_table.cc +++ /dev/null @@ -1,505 +0,0 @@ -/* - * Copyright 2021 Google LLC - * - * Licensed under the Apache License, Version 2.0 (the "License"); - * you may not use this file except in compliance with the License. - * You may obtain a copy of the License at - * - * http://www.apache.org/licenses/LICENSE-2.0 - * - * Unless required by applicable law or agreed to in writing, software - * distributed under the License is distributed on an "AS IS" BASIS, - * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. - * See the License for the specific language governing permissions and - * limitations under the License. - */ - -#include "fuzzer/symbol_table.h" - -#include -#include -#include - -#include "lldb/API/SBError.h" -#include "lldb/API/SBFrame.h" -#include "lldb/API/SBMemoryRegionInfo.h" -#include "lldb/API/SBMemoryRegionInfoList.h" -#include "lldb/API/SBModule.h" -#include "lldb/API/SBProcess.h" -#include "lldb/API/SBThread.h" -#include "lldb/API/SBType.h" -#include "lldb/API/SBTypeEnumMember.h" -#include "lldb/API/SBValue.h" -#include "lldb/API/SBVariablesOptions.h" -#include "fuzzer/ast.h" - -#include - -// Template magic to check whether a class has a specific method. -template -constexpr auto is_valid(F&& f) -> decltype(f(std::declval()), true) { - return true; -} -template -constexpr bool is_valid(...) { - return false; -} -#define HAS_METHOD(T, EXPR) is_valid([](auto&& obj) -> decltype(obj.EXPR) {}) - - -namespace fuzzer { -namespace { - -// Guesses type qualifiers depending on difference of name length of type and -// unqualified version of type (unfortunately, there isn't a convenient way to -// get type qualifiers in LLDB API). -CvQualifiers guess_cv_qualifiers(lldb::SBType& type) { - const size_t len_diff = - strlen(type.GetName()) - strlen(type.GetUnqualifiedType().GetName()); - - if (len_diff == 5 || len_diff == 6) { - return CvQualifier::Const; - } - - if (len_diff == 8 || len_diff == 9) { - return CvQualifier::Volatile; - } - - if (len_diff == 14 || len_diff == 15) { - return CvQualifiers::all_set(); - } - - return CvQualifiers(); -} - -bool is_tagged_type(lldb::SBType& type) { - if (type.GetNumberOfTemplateArguments() != 0) { - // LLDB doesn't work well with template types. - return false; - } - return type.GetTypeClass() == lldb::eTypeClassStruct || - type.GetTypeClass() == lldb::eTypeClassClass; -} - -template -bool is_scoped_enum(T type) { - if constexpr (HAS_METHOD(T, IsScopedEnumerationType())) { - return type.IsScopedEnumerationType(); - } - return false; -} - -std::optional convert_type(lldb::SBType type, - bool ignore_qualified_types) { - type = type.GetCanonicalType(); - - // There isn't a convenient way to get type qualifiers of lldb::SBType. - if (ignore_qualified_types && - strcmp(type.GetName(), type.GetUnqualifiedType().GetName()) != 0) { - return {}; - } - - if (type.IsReferenceType()) { - // Currenty, the fuzzer doesn't support reference types. - type = type.GetDereferencedType(); - } - - if (type.IsPointerType()) { - auto pointee_type = type.GetPointeeType(); - const auto inner_type = convert_type(pointee_type, ignore_qualified_types); - if (!inner_type.has_value()) { - return {}; - } - return PointerType(QualifiedType(std::move(inner_type.value()), - guess_cv_qualifiers(pointee_type))); - } - - if (type.IsArrayType()) { - auto element_type = type.GetArrayElementType(); - const auto inner_type = convert_type(element_type, ignore_qualified_types); - if (!inner_type.has_value()) { - return {}; - } - // We have to calculate the array size manually. - uint64_t size = type.GetByteSize() / element_type.GetByteSize(); - return ArrayType(std::move(inner_type.value()), size); - } - - if (is_tagged_type(type)) { - return TaggedType(type.GetName()); - } - - if (type.GetTypeClass() == lldb::eTypeClassEnumeration) { - return EnumType(type.GetName(), is_scoped_enum(type)); - } - - const lldb::BasicType basic_type = type.GetBasicType(); - - switch (basic_type) { - case lldb::eBasicTypeVoid: - return ScalarType::Void; - case lldb::eBasicTypeChar: - return ScalarType::Char; - case lldb::eBasicTypeSignedChar: - // Definition of char is compiler-dependent and LLDB seems to return - // eBasicTypeSignedChar for the char type. To improve type conversion, - // we explicitly check if there is a "signed" keyword in the string - // representation. - if (std::string(type.GetName()).find("signed") == std::string::npos) { - return ScalarType::Char; - } - return ScalarType::SignedChar; - case lldb::eBasicTypeUnsignedChar: - if (std::string(type.GetName()).find("unsigned") == std::string::npos) { - return ScalarType::Char; - } - return ScalarType::UnsignedChar; - case lldb::eBasicTypeShort: - return ScalarType::SignedShort; - case lldb::eBasicTypeUnsignedShort: - return ScalarType::UnsignedShort; - case lldb::eBasicTypeInt: - return ScalarType::SignedInt; - case lldb::eBasicTypeUnsignedInt: - return ScalarType::UnsignedInt; - case lldb::eBasicTypeLong: - return ScalarType::SignedLong; - case lldb::eBasicTypeUnsignedLong: - return ScalarType::UnsignedLong; - case lldb::eBasicTypeLongLong: - return ScalarType::SignedLongLong; - case lldb::eBasicTypeUnsignedLongLong: - return ScalarType::UnsignedLongLong; - case lldb::eBasicTypeBool: - return ScalarType::Bool; - case lldb::eBasicTypeFloat: - return ScalarType::Float; - case lldb::eBasicTypeDouble: - return ScalarType::Double; - case lldb::eBasicTypeLongDouble: - return ScalarType::LongDouble; - case lldb::eBasicTypeNullPtr: - return NullptrType{}; - - default: - return {}; - } -} - -bool is_valid_address(lldb::addr_t address, - lldb::SBMemoryRegionInfoList& regions) { - for (size_t i = 0; i < regions.GetSize(); ++i) { - lldb::SBMemoryRegionInfo region; - if (!regions.GetMemoryRegionAtIndex(i, region) || !region.IsReadable()) { - continue; - } - if (address >= region.GetRegionBase() && address < region.GetRegionEnd()) { - return true; - } - } - return false; -} - -// Calculates freedom index of the given variable, i.e. a number of times the -// variable can be dereferenced (it ignores references). -int calculate_freedom_index(lldb::SBValue value, - lldb::SBMemoryRegionInfoList& memory_regions) { - auto type = value.GetType().GetCanonicalType(); - if (type.IsReferenceType()) { - value = value.Dereference(); - type = value.GetType().GetCanonicalType(); - } - - if (type.IsPointerType()) { - lldb::addr_t address = - static_cast(value.GetValueAsUnsigned()); - if (is_valid_address(address, memory_regions)) { - return 1 + calculate_freedom_index(value.Dereference(), memory_regions); - } - } - - if (type.IsArrayType()) { - lldb::addr_t address = - static_cast(value.AddressOf().GetValueAsUnsigned()); - if (is_valid_address(address, memory_regions)) { - // The first array element. - lldb::SBValue element_value = value.GetChildAtIndex(0); - return 1 + calculate_freedom_index(element_value, memory_regions); - } - } - - return 0; -} - -// Fix variable/field names returned by LLDB API. E.g. name is sometimes in -// the form of "type name" or "type *name", so it ignores everything in front of -// the last occurrence of ' ' (space), '*' or '&'. -const char* fix_name(const char* name) { - // Find the last occurrence of ' ', '*' or '&' in the `name`. - const char* last_occurrence = nullptr; - for (const char* c = name; *c != '\0'; ++c) { - if (*c == ' ' || *c == '*' || *c == '&') { - last_occurrence = c; - } - } - if (last_occurrence != nullptr) { - return last_occurrence + 1; - } - return name; -} - -// A helper class that analyzes relations among structs and classes and collects -// necessary field information. -class ClassAnalyzer { - public: - struct FieldInfo { - std::string name; - Type type; - uint32_t id; - bool is_reference; - bool is_virtual; // Is it a virtually inherited field? - - FieldInfo(std::string name, Type type, uint32_t id, bool is_reference, - bool is_virtual = false) - : name(std::move(name)), - type(std::move(type)), - id(id), - is_reference(is_reference), - is_virtual(is_virtual) {} - - friend bool operator==(const FieldInfo& lhs, const FieldInfo& rhs) { - return lhs.id == rhs.id && lhs.is_reference == rhs.is_reference && - lhs.is_virtual == rhs.is_virtual && lhs.name == rhs.name && - lhs.type == rhs.type; - } - - // Needed for std::unordered_set. - struct Hash { - size_t operator()(const FieldInfo& field_info) const { - return field_info.id; - } - }; - }; - - class ClassInfo { - public: - using FieldSet = std::unordered_set; - - ClassInfo() = default; - explicit ClassInfo(FieldSet fields) : fields_(std::move(fields)) { - for (const auto& field : fields_) { - num_field_names_[field.name]++; - } - } - - bool is_unique_field_name(const std::string& field_name) const { - auto it = num_field_names_.find(field_name); - return it != num_field_names_.end() && it->second == 1; - } - - const FieldSet& fields() const { return fields_; } - - private: - FieldSet fields_; - std::unordered_map num_field_names_; - }; - - explicit ClassAnalyzer(bool ignore_qualified_types) - : ignore_qualified_types_(ignore_qualified_types) {} - - const ClassInfo& get_class_info(lldb::SBType type) { - return get_cached_class_info(type); - } - - private: - const ClassInfo& get_cached_class_info(lldb::SBType type) { - const std::string type_name = type.GetName(); - if (!is_tagged_type(type) || - cached_types_.find(type_name) != cached_types_.end()) { - return cached_types_[type_name]; - } - - ClassInfo::FieldSet fields; - - // Collect fields declared in the `type`. - for (uint32_t i = 0; i < type.GetNumberOfFields(); ++i) { - lldb::SBTypeMember field = type.GetFieldAtIndex(i); - auto maybe_type = convert_type(field.GetType(), ignore_qualified_types_); - if (maybe_type.has_value()) { - fields.emplace(fix_name(field.GetName()), std::move(maybe_type.value()), - next_field_id(), field.GetType().IsReferenceType()); - } - } - - // SBType::GetDirectBaseClass includes both virtual and non-virtual base - // types. This set is used to store virtual base types in order to skip - // them during processing of non-virtual base types. - std::unordered_set virtually_inherited; - - // Collect fields from virtual base types. - for (uint32_t i = 0; i < type.GetNumberOfVirtualBaseClasses(); ++i) { - lldb::SBType base_type = type.GetVirtualBaseClassAtIndex(i).GetType(); - virtually_inherited.insert(base_type.GetName()); - const auto& base_class_info = get_cached_class_info(base_type); - for (auto field : base_class_info.fields()) { - field.is_virtual = true; - fields.insert(std::move(field)); - } - } - - // Collect fields from non-virtual base types. - for (uint32_t i = 0; i < type.GetNumberOfDirectBaseClasses(); ++i) { - lldb::SBType base_type = type.GetDirectBaseClassAtIndex(i).GetType(); - if (virtually_inherited.find(base_type.GetName()) != - virtually_inherited.end()) { - // Skip virtual base types. - continue; - } - const auto& base_class_info = get_cached_class_info(base_type); - for (auto field : base_class_info.fields()) { - if (!field.is_virtual) { - field.id = next_field_id(); - } - fields.insert(std::move(field)); - } - } - - return cached_types_[type_name] = ClassInfo(std::move(fields)); - } - - uint32_t next_field_id() { return next_field_id_++; } - - bool ignore_qualified_types_; - uint32_t next_field_id_ = 0; - std::unordered_map cached_types_; -}; - -void load_frame_variables(SymbolTable& symtab, lldb::SBFrame& frame, - lldb::SBMemoryRegionInfoList& memory_regions, - bool ignore_qualified_types, - bool include_local_vars) { - lldb::SBVariablesOptions options; - options.SetIncludeLocals(include_local_vars); - options.SetIncludeStatics(true); - - lldb::SBValueList variables = frame.GetVariables(options); - uint32_t variables_size = variables.GetSize(); - - for (uint32_t i = 0; i < variables_size; ++i) { - lldb::SBValue value = variables.GetValueAtIndex(i); - auto maybe_type = convert_type(value.GetType(), ignore_qualified_types); - if (maybe_type.has_value()) { - symtab.add_var(maybe_type.value(), - VariableExpr(fix_name(value.GetName())), - calculate_freedom_index(value, memory_regions)); - } - } -} - -// Loads structs, classes and enumerations. -ClassAnalyzer load_tagged_types(SymbolTable& symtab, lldb::SBFrame& frame, - bool ignore_qualified_types) { - ClassAnalyzer classes(ignore_qualified_types); - - lldb::SBTypeList types = frame.GetModule().GetTypes( - lldb::eTypeClassStruct | lldb::eTypeClassClass | - lldb::eTypeClassEnumeration); - uint32_t types_size = types.GetSize(); - - for (uint32_t i = 0; i < types_size; ++i) { - lldb::SBType type = types.GetTypeAtIndex(i); - - // Structs and classes. - if (is_tagged_type(type)) { - const auto tagged_type = TaggedType(type.GetName()); - const auto& info = classes.get_class_info(type); - for (const auto& field : info.fields()) { - if (info.is_unique_field_name(field.name)) { - bool reference_or_virtual = field.is_reference || field.is_virtual; - symtab.add_field(tagged_type, field.name, field.type, - reference_or_virtual); - } - } - } - - // Enumerations. - if (type.GetTypeClass() == lldb::eTypeClassEnumeration) { - const auto enum_type = EnumType(type.GetName(), is_scoped_enum(type)); - lldb::SBTypeEnumMemberList members = type.GetEnumMembers(); - for (uint32_t i = 0; i < members.GetSize(); ++i) { - lldb::SBTypeEnumMember member = members.GetTypeEnumMemberAtIndex(i); - symtab.add_enum_literal(enum_type, member.GetName()); - } - } - } - - return classes; -} - -} // namespace - -// Creates a symbol table from the `frame`. It populates local and global -// (static) variables of the following types: basic types, structs, classes -// and pointers. Reference variables are imported, but treated as -// non-references. -SymbolTable SymbolTable::create_from_frame(lldb::SBFrame& frame, - bool ignore_qualified_types) { - SymbolTable symtab; - - lldb::SBMemoryRegionInfoList memory_regions = - frame.GetThread().GetProcess().GetMemoryRegions(); - - load_frame_variables(symtab, frame, memory_regions, ignore_qualified_types, - /*include_local_vars*/ true); - load_tagged_types(symtab, frame, ignore_qualified_types); - - return symtab; -} - -// Creates a symbol table from the `value`. The `value` has to be object of -// a struct or class. It populates global (static) variables and fields of -// the `value` of the following types: basic types, structs, classes and -// pointers. -SymbolTable SymbolTable::create_from_value(lldb::SBValue& value, - bool ignore_qualified_types) { - lldb::SBType value_type = value.GetType(); - if (!is_tagged_type(value_type)) { - return SymbolTable(); - } - - SymbolTable symtab; - - lldb::SBFrame frame = value.GetFrame(); - lldb::SBMemoryRegionInfoList memory_regions = - frame.GetThread().GetProcess().GetMemoryRegions(); - - load_frame_variables(symtab, frame, memory_regions, ignore_qualified_types, - /*include_local_vars*/ false); - - ClassAnalyzer classes = - load_tagged_types(symtab, frame, ignore_qualified_types); - - const auto tagged_type = TaggedType(value_type.GetName()); - const auto& value_type_info = classes.get_class_info(value_type); - - for (const auto& field : value_type_info.fields()) { - if (value_type_info.is_unique_field_name(field.name)) { - // TODO: `GetChildMemberWithName` may not work for virtually inherited - // fields. We should find another way of looking those fields up. - lldb::SBValue member = value.GetChildMemberWithName(field.name.c_str()); - if (!member.IsValid()) { - continue; - } - symtab.add_var(field.type, VariableExpr(field.name), - calculate_freedom_index(member, memory_regions)); - } - } - - // Add "this" as additional variable. - symtab.add_var(PointerType(QualifiedType(tagged_type)), VariableExpr("this"), - /*freedom_index*/ 1); - - return symtab; -} - -} // namespace fuzzer diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/symbol_table.h b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/symbol_table.h deleted file mode 100644 index 2d67015975cd..000000000000 --- a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/fuzzer/symbol_table.h +++ /dev/null @@ -1,156 +0,0 @@ -/* - * Copyright 2021 Google LLC - * - * Licensed under the Apache License, Version 2.0 (the "License"); - * you may not use this file except in compliance with the License. - * You may obtain a copy of the License at - * - * http://www.apache.org/licenses/LICENSE-2.0 - * - * Unless required by applicable law or agreed to in writing, software - * distributed under the License is distributed on an "AS IS" BASIS, - * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. - * See the License for the specific language governing permissions and - * limitations under the License. - */ - -#ifndef INCLUDE_SYMBOL_TABLE_H_ -#define INCLUDE_SYMBOL_TABLE_H_ - -#include -#include -#include -#include - -#include "ast.h" -#include "lldb/API/SBFrame.h" - -namespace fuzzer { - -// A variable representation that contains "freedom index". The freedom index -// guarantees that the variable can be dereferenced a certain number of times. -// For example, if a variable `ptr` has a freedom index of 2, it means that -// expressions `*ptr`, `**ptr` or `***&ptr` are valid, while `***ptr` is not, -// as it may result in an invalid memory access. -struct VariableFreedomPair { - VariableFreedomPair(VariableExpr expr, int freedom_index) - : expr(std::move(expr)), freedom_index(freedom_index) {} - - VariableExpr expr; - int freedom_index; -}; - -class Field { - public: - Field(TaggedType containing_type, std::string name, - bool is_reference_or_virtual = false) - : containing_type_(std::move(containing_type)), - name_(std::move(name)), - is_reference_or_virtual_(is_reference_or_virtual) {} - - const TaggedType& containing_type() const { return containing_type_; } - const std::string& name() const { return name_; } - bool is_reference_or_virtual() const { return is_reference_or_virtual_; } - - private: - TaggedType containing_type_; - std::string name_; - bool is_reference_or_virtual_; -}; - -class Function { - public: - Function(std::string name, std::vector argument_types) - : name_(std::move(name)), argument_types_(std::move(argument_types)) {} - - const std::string& name() const { return name_; } - const std::vector& argument_types() const { return argument_types_; } - - private: - std::string name_; - std::vector argument_types_; -}; - -class SymbolTable { - public: - SymbolTable() = default; - - static SymbolTable create_from_frame(lldb::SBFrame& frame, - bool ignore_qualified_types = false); - - static SymbolTable create_from_value(lldb::SBValue& value, - bool ignore_qualified_types = false); - - void add_var(Type type, VariableExpr var, int freedom_index = 0) { - var_map_[type].emplace_back(std::move(var), freedom_index); - - // Collect all array types contained in the `type`. - while (std::holds_alternative(type) || - std::holds_alternative(type)) { - const auto* as_array = std::get_if(&type); - if (as_array != nullptr) { - array_types_.insert(*as_array); - type = as_array->type(); - } - const auto* as_pointer = std::get_if(&type); - if (as_pointer != nullptr) { - type = as_pointer->type().type(); - } - } - } - - const std::unordered_map>& vars() - const { - return var_map_; - } - - void add_field(TaggedType containing_type, std::string field_name, - Type field_type, bool reference_or_virtual) { - fields_by_type_[std::move(field_type)].emplace_back( - containing_type, std::move(field_name), reference_or_virtual); - - tagged_types_.insert(std::move(containing_type)); - } - - void add_enum_literal(const EnumType& enum_type, std::string enum_literal) { - enum_map_[enum_type].emplace_back(enum_type, std::move(enum_literal)); - } - - void add_function(Type return_type, std::string name, - std::vector argument_types) { - function_map_[std::move(return_type)].emplace_back( - std::move(name), std::move(argument_types)); - } - - const std::unordered_map>& fields_by_type() const { - return fields_by_type_; - } - - const std::unordered_map>& functions() const { - return function_map_; - } - - const std::unordered_map>& enums() const { - return enum_map_; - } - - const std::unordered_set& tagged_types() const { - return tagged_types_; - } - - const std::unordered_set& array_types() const { - return array_types_; - } - - private: - std::unordered_map> var_map_; - std::unordered_map> function_map_; - std::unordered_map> fields_by_type_; - std::unordered_map> enum_map_; - std::unordered_set tagged_types_; - std::unordered_set array_types_; -}; - -} // namespace fuzzer - -#endif // INCLUDE_SYMBOL_TABLE_H_ diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/lldb_DIL_libfuzzer_test.cpp b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/lldb_DIL_libfuzzer_test.cpp deleted file mode 100644 index bd7e867e63db..000000000000 --- a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/lldb_DIL_libfuzzer_test.cpp +++ /dev/null @@ -1,47 +0,0 @@ -/* - * Copyright 2021 Google LLC - * - * Licensed under the Apache License, Version 2.0 (the "License"); - * you may not use this file except in compliance with the License. - * You may obtain a copy of the License at - * - * http://www.apache.org/licenses/LICENSE-2.0 - * - * Unless required by applicable law or agreed to in writing, software - * distributed under the License is distributed on an "AS IS" BASIS, - * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. - * See the License for the specific language governing permissions and - * limitations under the License. - */ - -#include -#include -#include -#include -#include -#include - -#include "lldb/API/SBError.h" -#include "fuzzer/libfuzzer_common.h" -#include "lldb/lldb-enumerations.h" -#include - -// Global variables that are initialized in `LLVMFuzzerInitialize`. -static fuzzer::LibfuzzerState g_state; - -extern "C" size_t LLVMFuzzerCustomMutator(uint8_t* data, size_t size, - size_t max_size, unsigned int seed) { - return g_state.custom_mutate(data, size, max_size, seed); -} - -extern "C" int LLVMFuzzerTestOneInput(const uint8_t* data, size_t size) { - std::string expr = g_state.input_to_expr(data, size); - std::cerr << "expr: " << expr.data() << std::endl; - lldb::SBError error; - auto result = g_state.frame().EvaluateExpressionViaDIL(expr.c_str(), lldb::eNoDynamicValues); - return 0; -} - -extern "C" int LLVMFuzzerInitialize(int* argc, char*** argv) { - return g_state.init(argc, argv); -} diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/runner.cpp b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/runner.cpp deleted file mode 100644 index 16ff0e8eb73a..000000000000 --- a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/runner.cpp +++ /dev/null @@ -1,157 +0,0 @@ -// Copyright 2020 Google LLC -// -// Licensed under the Apache License, Version 2.0 (the "License"); -// you may not use this file except in compliance with the License. -// You may obtain a copy of the License at -// -// http://www.apache.org/licenses/LICENSE-2.0 -// -// Unless required by applicable law or agreed to in writing, software -// distributed under the License is distributed on an "AS IS" BASIS, -// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. -// See the License for the specific language governing permissions and -// limitations under the License. - -#include "runner.h" - -#include -#include -#include - -#include "lldb/API/SBBreakpoint.h" -#include "lldb/API/SBBreakpointLocation.h" -#include "lldb/API/SBCommandInterpreter.h" -#include "lldb/API/SBCommandReturnObject.h" -#include "lldb/API/SBDebugger.h" -#include "lldb/API/SBDefines.h" -#include "lldb/API/SBEvent.h" -#include "lldb/API/SBFileSpec.h" -#include "lldb/API/SBFrame.h" -#include "lldb/API/SBListener.h" -#include "lldb/API/SBProcess.h" -#include "lldb/API/SBTarget.h" -#include "lldb/API/SBThread.h" -#include "lldb/API/SBValue.h" -#include "lldb/lldb-enumerations.h" -#include "lldb/lldb-types.h" - -#ifdef CONFIG_VALGRIND -// Running a process under Valgrind can be extremely slow. -const uint32_t kWaitForEventTimeout = 30; -#else -// Running a process can be slow when built with sanitizers. -const uint32_t kWaitForEventTimeout = 5; -#endif - -//void SetupLLDBServerEnv(const Runfiles& runfiles) { -//#ifndef _WIN32 -// std::string lldb_server = runfiles.Rlocation("llvm_project/bin/lldb-server"); -// setenv("LLDB_DEBUGSERVER_PATH", lldb_server.c_str(), 0); -//#else -// (void)runfiles; -//#endif // !_WIN32 -//} - -int FindBreakpointLine(const std::string& file_path, - const std::string& break_line) { - // Read the source file to find the breakpoint location. - std::ifstream infile(file_path); - std::string line; - int line_num = 1; - while (std::getline(infile, line)) { - if (line.find(break_line) != std::string::npos) { - return line_num; - } - ++line_num; - } - - std::cerr << "Can't find the breakpoint location." << std::endl; - exit(1); -} - -std::string filename_of_source_path(const std::string& source_path) { - auto idx = source_path.find_last_of("/\\"); - if (idx == std::string::npos) { - idx = 0; - } else { - idx++; - } - - return source_path.substr(idx); -} - -lldb::SBProcess LaunchTestProgram(lldb::SBDebugger debugger, - const std::string& source_path, - const std::string& binary_path, - const std::string& break_line) { - auto target = debugger.CreateTarget(binary_path.c_str()); - - auto source_file = filename_of_source_path(source_path); - - const char* argv[] = {binary_path.c_str(), nullptr}; - - auto bp = target.BreakpointCreateByLocation( - source_file.c_str(), FindBreakpointLine(source_path.c_str(), break_line)); - // Test programs don't perform any I/O, so current directory doesn't - // matter. - if (bp.GetNumLocations() == 0) - std::cerr << "WARNING: Unable to resolve breakpoint to any actual locations." << std::endl; - auto process = target.LaunchSimple(argv, nullptr, "."); - if (!process.IsValid()) { - std::cerr << "ERROR: Unable to launch process. Check that the path to the binary is valid." << std::endl; - return process; - } - lldb::SBEvent event; - auto listener = debugger.GetListener(); - - while (true) { - if (!listener.WaitForEvent(kWaitForEventTimeout, event)) { - std::cerr - << "Timeout while waiting for the event, kill the process and exit." - << std::endl; - process.Destroy(); - exit(1); - } - - if (!lldb::SBProcess::EventIsProcessEvent(event)) { - std::cerr << "Got some random event: " - << lldb::SBEvent::GetCStringFromEvent(event) << std::endl; - continue; - } - - auto state = lldb::SBProcess::GetStateFromEvent(event); - if (state == lldb::eStateInvalid) { - std::cerr << "process event: " - << lldb::SBEvent::GetCStringFromEvent(event) << std::endl; - continue; - } - - if (state == lldb::eStateExited) { - std::cerr << "Process exited: " << process.GetExitStatus() << std::endl; - process.Destroy(); - exit(1); - } - - if (state != lldb::eStateStopped) { - continue; - } - - auto thread = process.GetSelectedThread(); - auto stopReason = thread.GetStopReason(); - - if (stopReason != lldb::eStopReasonBreakpoint) { - continue; - } - - auto bpId = - static_cast(thread.GetStopReasonDataAtIndex(0)); - if (bpId != bp.GetID()) { - std::cerr << "Stopped at unknown breakpoint: " << bpId << std::endl - << "Now killing process and exiting" << std::endl; - process.Destroy(); - exit(1); - } - - return process; - } -} diff --git a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/runner.h b/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/runner.h deleted file mode 100644 index 27cdbd4ce7fc..000000000000 --- a/lldb/tools/lldb-fuzzer/lldb-DIL-fuzzer/runner.h +++ /dev/null @@ -1,29 +0,0 @@ -// Copyright 2020 Google LLC -// -// Licensed under the Apache License, Version 2.0 (the "License"); -// you may not use this file except in compliance with the License. -// You may obtain a copy of the License at -// -// http://www.apache.org/licenses/LICENSE-2.0 -// -// Unless required by applicable law or agreed to in writing, software -// distributed under the License is distributed on an "AS IS" BASIS, -// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. -// See the License for the specific language governing permissions and -// limitations under the License. - - -#ifndef LLDB_DIL_RUNNER_H_ -#define LLDB_DIL_RUNNER_H_ - -#include - -#include "lldb/API/SBDebugger.h" -#include "lldb/API/SBProcess.h" - -lldb::SBProcess LaunchTestProgram(lldb::SBDebugger debugger, - const std::string& source_path, - const std::string& binary_path, - const std::string& break_line); - -#endif // LLDB_DIL_RUNNER_H_ diff --git a/lldb/unittests/DIL/Inputs/fuzzer_binary.bin b/lldb/unittests/DIL/Inputs/fuzzer_binary.bin deleted file mode 100755 index 5c294747a437005362374cf01cf94329c2c25eb7..0000000000000000000000000000000000000000 GIT binary patch literal 0 HcmV?d00001 literal 42144 zcmeHw3wTu3wg28TnaL9pAV7d%26+fbCYdBaP>}G51O-G1h>9ITW|E8~nUI-4c&7qh zDR7OJTJ+iqtzOaEinmm01&!4TK3cI_!OB&%TBG%WiWOTl|KHkc?~}=pO!B|?e)s$S 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or agreed to in writing, software - * distributed under the License is distributed on an "AS IS" BASIS, - * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. - * See the License for the specific language governing permissions and - * limitations under the License. - */ - -#include - -// This file _must not_ access the file system, since the current directory -// is specified in the fuzzer as just `./`. - -// Returns the floor log base 2. This function is supported in lldb-eval and is -// defined here so it can be used via LLDB. -unsigned int __log2_32(unsigned int value) { - unsigned int leading_zeros = 0; - for (int bit = 31; bit >= 0; --bit) { - if (value & (1U << bit)) { - break; - } else { - leading_zeros++; - } - } - return 31 - leading_zeros; -} - -class MultiInheritBase1 { - public: - int f1 = 10; -}; - -class MultiInheritBase2 { - public: - int f2 = 20; -}; - -class MultiInheritDerived : public MultiInheritBase1, public MultiInheritBase2 { - public: - int f3 = 30; -}; - -class DeadlyDiamondBase { - public: - int f1 = 10; -}; - -class DeadlyDiamondDerived1 : public DeadlyDiamondBase { - public: - int f2 = 20; -}; - -class DeadlyDiamondDerived2 : public DeadlyDiamondBase { - public: - int f3 = 30; -}; - -class DeadlyDiamondSubclass : public DeadlyDiamondDerived1, - public DeadlyDiamondDerived2 { - public: - int f4 = 40; -}; - -class VirtualDiamondBase { - public: - int f1 = 10; -}; - -class VirtualDiamondDerived1 : public virtual VirtualDiamondBase { - public: - int f2 = 20; -}; - -class VirtualDiamondDerived2 : public virtual VirtualDiamondBase { - public: - int f3 = 30; -}; - -class VirtualDiamondSubclass : public VirtualDiamondDerived1, - public VirtualDiamondDerived2 { - public: - int f4 = 40; -}; - -class EmptyBase {}; - -class NonEmptyBase { - public: - int f2 = 10; -}; - -struct TestStruct { - float flt_field = 0.5f; - int int_field = 20; - unsigned long long ull_field = -1ull; - char ch_field = '/'; -}; - -union TestUnion { - unsigned int uint_field; - unsigned char ch_field; -}; - -class NonEmptyDerived : public NonEmptyBase, public EmptyBase { - public: - EmptyBase base; - int f1 = 10; -}; - -class StaticMember { - public: - static const int s1; - static char s2; - // TODO: Add static const members with inline assigned values and static - // constexpr. In LLDB version 11, these cannot be accessed. -}; -const int StaticMember::s1 = 10; -char StaticMember::s2 = 's'; - -class ClassWithNestedClass { - public: - class NestedClass { - public: - static const int s1; - int f1 = 10; - }; - - NestedClass nested; -}; -const int ClassWithNestedClass::NestedClass::s1 = 20; - -enum CStyleEnum { VALUE1, VALUE2, VALUE3 }; -enum class EnumClass { ZERO, ONE, TWO, THREE }; - -// Global variables -int global_int = 55; -int* global_ptr = &global_int; -int& global_ref = global_int; -TestStruct global_ts; - -namespace ns { - -class StaticMember { - public: - static const int s1; -}; -const int StaticMember::s1 = 25; - -enum CStyleEnum { V1, V2, V3 }; -enum class EnumClass { ZERO, ONE, TWO, THREE }; - -// Global variables: -int global_int = 65; -int* global_ptr = &global_int; -int& global_ref = global_int; -TestStruct global_ts; - -namespace nested_ns { - -struct TestStruct { - float flt_field = 3.14f; - int int_field = 13; - char ch_field = 'x'; -}; - -// Global variables: -int global_int = 75; -TestStruct global_ts; - -} // namespace nested_ns -} // namespace ns - -int main() { - auto char_min = std::numeric_limits::min(); - auto char_max = std::numeric_limits::max(); - (void)char_min, (void)char_max; - - auto uchar_min = std::numeric_limits::min(); - auto uchar_max = std::numeric_limits::max(); - (void)uchar_min, (void)uchar_max; - - auto schar_min = std::numeric_limits::min(); - auto schar_max = std::numeric_limits::max(); - (void)schar_min, (void)schar_max; - - auto short_min = std::numeric_limits::min(); - auto short_max = std::numeric_limits::max(); - (void)short_min, (void)short_max; - - auto ushort_min = std::numeric_limits::min(); - auto ushort_max = std::numeric_limits::max(); - (void)ushort_min, (void)ushort_max; - - auto int_min = std::numeric_limits::min(); - auto int_max = std::numeric_limits::max(); - (void)int_min, (void)int_max; - - auto uint_min = std::numeric_limits::min(); - auto uint_max = std::numeric_limits::max(); - (void)uint_min, (void)uint_max; - - auto long_min = std::numeric_limits::min(); - auto long_max = std::numeric_limits::max(); - (void)long_min, (void)long_max; - - auto ulong_min = std::numeric_limits::min(); - auto ulong_max = std::numeric_limits::max(); - (void)ulong_min, (void)ulong_max; - - auto llong_min = std::numeric_limits::min(); - auto llong_max = std::numeric_limits::max(); - (void)llong_min, (void)llong_max; - - auto ullong_min = std::numeric_limits::min(); - auto ullong_max = std::numeric_limits::max(); - (void)ullong_min, (void)ullong_max; - - auto finf = std::numeric_limits::infinity(); - auto fnan = std::numeric_limits::quiet_NaN(); - auto fsnan = std::numeric_limits::signaling_NaN(); - auto fmax = std::numeric_limits::max(); - // Smallest positive non-zero float denormal - auto fdenorm = 0x0.1p-145f; - (void)finf, (void)fnan, (void)fsnan, (void)fmax, (void)fdenorm; - - auto dinf = std::numeric_limits::infinity(); - auto dnan = std::numeric_limits::quiet_NaN(); - auto dsnan = std::numeric_limits::signaling_NaN(); - auto dmax = std::numeric_limits::max(); - // Smallest positive non-zero double denormal - auto ddenorm = 0x0.1p-1070; - (void)dinf, (void)dnan, (void)dsnan, (void)dmax, (void)ddenorm; - - auto ldinf = std::numeric_limits::infinity(); - auto ldnan = std::numeric_limits::quiet_NaN(); - auto ldsnan = std::numeric_limits::signaling_NaN(); - auto ldmax = std::numeric_limits::max(); - // Smallest positive non-zero long double denormal -#ifdef _WIN32 - // On Win32 `long double` is an alias for `double`. - auto lddenorm = 0x0.1p-1070L; -#else - auto lddenorm = 0x0.1p-16440L; -#endif - - (void)ldinf, (void)ldnan, (void)ldsnan, (void)ldmax, (void)lddenorm; - - int x = 42; - int* p = &x; - int** q = &p; - int& ref = x; - int* const* const& refp = &p; - void* void_ptr = p; - - (void)x, (void)p, (void)q, (void)ref, (void)refp, (void)void_ptr; - - int array33[3][3] = {{0, 1, 2}, {3, 4, 5}, {6, 7, 8}}; - int array23[2][3] = {{1, 2, 3}, {4, 5, 6}}; - int array32[3][2] = {{1, 2}, {3, 4}, {5, 6}}; - float flt_array23[2][3] = {{1.0f, 2.0f, 3.0f}, {4.0f, 5.0f, 6.0f}}; - (void)array33, (void)array23, (void)array32, (void)flt_array23; - - int(*ptr_to_arr3)[3] = array33; - (void)ptr_to_arr3; - - std::nullptr_t null_ptr = nullptr; - std::nullptr_t* addr_null_ptr = &null_ptr; - std::nullptr_t& ref_null_ptr = null_ptr; - (void)null_ptr, (void)addr_null_ptr, (void)ref_null_ptr; - - MultiInheritDerived multi; - DeadlyDiamondSubclass diamond; - VirtualDiamondSubclass virtual_diamond; - (void)multi, (void)diamond, (void)virtual_diamond; - - char* null_char_ptr = nullptr; - const char* test_str = "Hee hee hee"; - char** addr_null_char_ptr = &null_char_ptr; - (void)null_char_ptr, (void)test_str, (void)addr_null_char_ptr; - - NonEmptyDerived empty_base; - (void)empty_base; - - TestStruct ts; - TestUnion tu; - tu.uint_field = 65; - (void)ts, (void)tu; - - TestStruct ts_array[2]; - ts_array[0].int_field = -10; - - ns::nested_ns::TestStruct ns_ts; - (void)ns_ts; - - ClassWithNestedClass with_nested; - (void)with_nested; - - struct LocalStruct { - int int_field; - int& ref_field; - int* ptr_field; - int*& ptr_ref_field; - double dbl_field; - } ls{42, x, &x, p, -0.8}; - (void)ls; - - CStyleEnum c_enum = VALUE1; - EnumClass enum_class = EnumClass::THREE; - ns::CStyleEnum ns_enum = ns::V2; - ns::EnumClass ns_enum_class = ns::EnumClass::TWO; - (void)c_enum, (void)enum_class, (void)ns_enum, (void)ns_enum_class; - - // Modify values of global variables. - global_ts.flt_field = 2.71f; - global_ts.int_field = 1337; - global_ts.ch_field = '*'; - global_ts.ull_field = 1LL << 40; - - // BREAK HERE - - return 0; -} From 6011c6d4216ede8e4466a5a387031c2b0f6a5b56 Mon Sep 17 00:00:00 2001 From: Ilia Kuklin Date: Thu, 23 Jan 2025 19:48:25 +0500 Subject: [PATCH 08/24] Apply git-clang-format --- lldb/source/API/SBFrame.cpp | 39 +- lldb/unittests/DIL/DIL_test.cc | 597 +++++++++--------- lldb/unittests/DIL/Inputs/test_binary.cc | 283 ++++----- .../DIL/Inputs/test_binary_libc++.bin | Bin 278520 -> 290064 bytes lldb/unittests/DIL/runner.cpp | 22 +- lldb/unittests/DIL/runner.h | 9 +- lldb/unittests/DIL/traits.h | 9 +- 7 files changed, 494 insertions(+), 465 deletions(-) diff --git a/lldb/source/API/SBFrame.cpp b/lldb/source/API/SBFrame.cpp index e4142f0392a0..79eeaa4356ce 100644 --- a/lldb/source/API/SBFrame.cpp +++ b/lldb/source/API/SBFrame.cpp @@ -1155,8 +1155,9 @@ lldb::SBValue SBFrame::EvaluateExpression(const char *expr, return expr_result; } -lldb::SBValue SBFrame::EvaluateExpressionViaDIL(const char *expr, - lldb::DynamicValueType use_dynamic) { +lldb::SBValue +SBFrame::EvaluateExpressionViaDIL(const char *expr, + lldb::DynamicValueType use_dynamic) { LLDB_INSTRUMENT_VA(this, expr); Log *expr_log = GetLog(LLDBLog::Expressions); SBValue expr_result; @@ -1181,20 +1182,23 @@ lldb::SBValue SBFrame::EvaluateExpressionViaDIL(const char *expr, StreamString frame_description; frame->DumpUsingSettingsFormat(&frame_description); stack_trace = std::make_unique( - "SBFrame::EvaluateExpressionViaDIL (expr = \"%s\", fetch_dynamic_value " + "SBFrame::EvaluateExpressionViaDIL (expr = \"%s\", " + "fetch_dynamic_value " "= %u) %s", expr, options.GetFetchDynamicValue(), frame_description.GetData()); } VariableSP var_sp; Status error; - expr_value_sp = frame->GetValueForVariableExpressionPath( // DIL in ths branch - expr, use_dynamic, - StackFrame::eExpressionPathOptionCheckPtrVsMember | - StackFrame::eExpressionPathOptionsAllowDirectIVarAccess, - var_sp, error); + expr_value_sp = + frame->GetValueForVariableExpressionPath( // DIL in ths branch + expr, use_dynamic, + StackFrame::eExpressionPathOptionCheckPtrVsMember | + StackFrame::eExpressionPathOptionsAllowDirectIVarAccess, + var_sp, error); if (!error.Success()) { - expr_value_sp = ValueObjectConstResult::Create(nullptr, std::move(error)); + expr_value_sp = + ValueObjectConstResult::Create(nullptr, std::move(error)); expr_result.SetSP(expr_value_sp, false); } else { expr_result.SetSP(expr_value_sp, options.GetFetchDynamicValue()); @@ -1208,10 +1212,10 @@ lldb::SBValue SBFrame::EvaluateExpressionViaDIL(const char *expr, expr_result.SetSP(expr_value_sp, false); } } else { - Status error; - error = Status::FromErrorString("sbframe object is not valid."); - expr_value_sp = ValueObjectConstResult::Create(nullptr, std::move(error)); - expr_result.SetSP(expr_value_sp, false); + Status error; + error = Status::FromErrorString("sbframe object is not valid."); + expr_value_sp = ValueObjectConstResult::Create(nullptr, std::move(error)); + expr_result.SetSP(expr_value_sp, false); } if (expr_result.GetError().Success()) LLDB_LOGF(expr_log, @@ -1219,10 +1223,11 @@ lldb::SBValue SBFrame::EvaluateExpressionViaDIL(const char *expr, "%s, summary %s **", expr_result.GetValue(), expr_result.GetSummary()); else - LLDB_LOGF(expr_log, - "** [SBFrame::EvaluateExpressionViaDIL] Expression evaluation failed: " - "%s **", - expr_result.GetError().GetCString()); + LLDB_LOGF( + expr_log, + "** [SBFrame::EvaluateExpressionViaDIL] Expression evaluation failed: " + "%s **", + expr_result.GetError().GetCString()); return expr_result; } diff --git a/lldb/unittests/DIL/DIL_test.cc b/lldb/unittests/DIL/DIL_test.cc index 8814dc0f383e..0efb586c70d7 100644 --- a/lldb/unittests/DIL/DIL_test.cc +++ b/lldb/unittests/DIL/DIL_test.cc @@ -12,13 +12,14 @@ // See the License for the specific language governing permissions and // limitations under the License. - /// DIL // Removed for now: -// * All tests with context variables evaluation: need to implement an call interface to DIL -// * All tests with evaluation with scope: need to implement an call interface to DIL -// * Some tests that crash the test suite completely: some of the tests that involve nullptr - +// * All tests with context variables evaluation: need to implement an call +// interface to DIL +// * All tests with evaluation with scope: need to implement an call interface +// to DIL +// * Some tests that crash the test suite completely: some of the tests that +// involve nullptr #include "lldb/lldb-enumerations.h" #ifndef __EMSCRIPTEN__ @@ -57,8 +58,8 @@ struct EvalResult { mutable lldb::SBValue lldb_DIL_value; mutable std::optional lldb_value; - friend std::ostream& operator<<(std::ostream& os, const EvalResult& result) { - auto maybe_null = [](const char* str) { + friend std::ostream &operator<<(std::ostream &os, const EvalResult &result) { + auto maybe_null = [](const char *str) { return str == nullptr ? "NULL" : str; }; @@ -74,14 +75,14 @@ struct EvalResult { }; class EvaluatorHelper { - public: +public: EvaluatorHelper(lldb::SBFrame frame, bool lldb, bool side_effects) : frame_(frame), lldb_(lldb), side_effects_(side_effects) {} EvaluatorHelper(lldb::SBValue scope, bool lldb, bool side_effects) : scope_(scope), lldb_(lldb), side_effects_(side_effects) {} - public: - EvalResult Eval(const std::string& expr) { +public: + EvalResult Eval(const std::string &expr) { EvalResult ret; // lldb_eval::Options opts; @@ -98,7 +99,8 @@ class EvaluatorHelper { // } } else { // Evaluate in the frame context. - ret.lldb_DIL_value = frame_.EvaluateExpressionViaDIL(expr.c_str(), lldb::eNoDynamicValues); + ret.lldb_DIL_value = + frame_.EvaluateExpressionViaDIL(expr.c_str(), lldb::eNoDynamicValues); if (!ret.lldb_DIL_value.GetError().Success()) ret.lldb_DIL_error = ret.lldb_DIL_value.GetError(); // ret.lldb_DIL_value = lldb_eval::EvaluateExpression( @@ -167,7 +169,8 @@ class EvaluatorHelper { // for (const auto& [name, value] : vars) { // ctx_vec.push_back({name.c_str(), value}); // } - // lldb_eval::ContextVariableList context_vars{ctx_vec.data(), ctx_vec.size()}; + // lldb_eval::ContextVariableList context_vars{ctx_vec.data(), + // ctx_vec.size()}; // EvalResult ret; // ret.lldb_DIL_value = lldb_eval::EvaluateExpression( @@ -205,7 +208,7 @@ class EvaluatorHelper { // expr.c_str(), opts, error); // } - private: +private: lldb::SBFrame frame_; lldb::SBValue scope_; bool lldb_; @@ -213,8 +216,8 @@ class EvaluatorHelper { }; #endif -void PrintError(::testing::MatchResultListener* listener, - const std::string& error) { +void PrintError(::testing::MatchResultListener *listener, + const std::string &error) { *listener << "error:"; // Print multiline errors on a separate line. if (error.find('\n') != std::string::npos) { @@ -227,11 +230,11 @@ void PrintError(::testing::MatchResultListener* listener, #ifndef __EMSCRIPTEN__ class IsOkMatcher : public MatcherInterface { - public: +public: explicit IsOkMatcher(bool compare_types) : compare_types_(compare_types) {} bool MatchAndExplain(EvalResult result, - MatchResultListener* listener) const override { + MatchResultListener *listener) const override { if (result.lldb_DIL_error.GetError()) { PrintError(listener, result.lldb_DIL_error.GetCString()); return false; @@ -255,9 +258,9 @@ class IsOkMatcher : public MatcherInterface { } if (compare_types_) { - const char* lldb_DIL_type = + const char *lldb_DIL_type = result.lldb_DIL_value.GetType().GetUnqualifiedType().GetName(); - const char* lldb_type = + const char *lldb_type = result.lldb_value.value().GetType().GetUnqualifiedType().GetName(); if (strcmp(lldb_DIL_type, lldb_type) != 0) { *listener << "types produced by DIL and LLDB don't match\n" @@ -271,11 +274,11 @@ class IsOkMatcher : public MatcherInterface { return true; } - void DescribeTo(std::ostream* os) const override { + void DescribeTo(std::ostream *os) const override { *os << "evaluates without an error and equals to LLDB"; } - private: +private: bool compare_types_; }; #endif @@ -286,13 +289,13 @@ Matcher IsOk(bool compare_types = true) { #ifndef __EMSCRIPTEN__ class IsEqualMatcher : public MatcherInterface { - public: +public: IsEqualMatcher(std::string value, bool compare_types) : value_(std::move(value)), compare_types_(compare_types) {} - public: +public: bool MatchAndExplain(EvalResult result, - MatchResultListener* listener) const override { + MatchResultListener *listener) const override { if (result.lldb_DIL_error.GetError()) { PrintError(listener, result.lldb_DIL_error.GetCString()); return false; @@ -321,9 +324,9 @@ class IsEqualMatcher : public MatcherInterface { } if (compare_types_) { - const char* lldb_DIL_type = + const char *lldb_DIL_type = result.lldb_DIL_value.GetType().GetUnqualifiedType().GetName(); - const char* lldb_type = + const char *lldb_type = result.lldb_value.value().GetType().GetUnqualifiedType().GetName(); if (strcmp(lldb_DIL_type, lldb_type) != 0) { *listener << "types produced by DIL and LLDB don't match\n" @@ -337,11 +340,11 @@ class IsEqualMatcher : public MatcherInterface { return true; } - void DescribeTo(std::ostream* os) const override { + void DescribeTo(std::ostream *os) const override { *os << "evaluates to '" << value_ << "'"; } - private: +private: std::string value_; bool compare_types_; }; @@ -353,12 +356,12 @@ Matcher IsEqual(std::string value, bool compare_types = true) { #ifndef __EMSCRIPTEN__ class IsErrorMatcher : public MatcherInterface { - public: +public: explicit IsErrorMatcher(std::string value) : value_(std::move(value)) {} - public: +public: bool MatchAndExplain(EvalResult result, - MatchResultListener* listener) const override { + MatchResultListener *listener) const override { if (!result.lldb_DIL_error.GetError()) { *listener << "evaluated to '" << result.lldb_DIL_value.GetValue() << "'"; return false; @@ -372,11 +375,11 @@ class IsErrorMatcher : public MatcherInterface { return true; } - void DescribeTo(std::ostream* os) const override { + void DescribeTo(std::ostream *os) const override { *os << "evaluates with an error: '" << value_ << "'"; } - private: +private: std::string value_; }; #endif @@ -387,26 +390,23 @@ Matcher IsError(std::string value) { #ifndef __EMSCRIPTEN__ class EvalTest : public ::testing::Test { - protected: - static void SetUpTestSuite() { - lldb::SBDebugger::Initialize(); - } +protected: + static void SetUpTestSuite() { lldb::SBDebugger::Initialize(); } - static void TearDownTestSuite() { - lldb::SBDebugger::Terminate(); - } + static void TearDownTestSuite() { lldb::SBDebugger::Terminate(); } void SetUp() { std::string test_name = ::testing::UnitTest::GetInstance()->current_test_info()->name(); std::string break_line = "// BREAK(" + test_name + ")"; - std::string binary_path = lldb_private::GetInputFilePath("test_binary_libc++.bin"); + std::string binary_path = + lldb_private::GetInputFilePath("test_binary_libc++.bin"); std::string source_path = lldb_private::GetInputFilePath("test_binary.cc"); debugger_ = lldb::SBDebugger::Create(false); - process_ = LaunchTestProgram(debugger_, source_path, binary_path, - break_line); + process_ = + LaunchTestProgram(debugger_, source_path, binary_path, break_line); frame_ = process_.GetSelectedThread().GetSelectedFrame(); } @@ -415,7 +415,7 @@ class EvalTest : public ::testing::Test { lldb::SBDebugger::Destroy(debugger_); } - EvalResult Eval(const std::string& expr) { + EvalResult Eval(const std::string &expr) { return EvaluatorHelper(frame_, compare_with_lldb_, allow_side_effects_) .Eval(expr); } @@ -430,7 +430,8 @@ class EvalTest : public ::testing::Test { // EvaluatorHelper Scope(std::string scope) { // // Resolve the scope variable (assume it's a local variable). // lldb::SBValue scope_var = frame_.FindVariable(scope.c_str()); - // return EvaluatorHelper(scope_var, compare_with_lldb_, allow_side_effects_); + // return EvaluatorHelper(scope_var, compare_with_lldb_, + // allow_side_effects_); // } bool CreateContextVariable(std::string type, std::string name, bool is_array, @@ -461,7 +462,7 @@ class EvalTest : public ::testing::Test { return false; } - protected: +protected: lldb::SBDebugger debugger_; lldb::SBProcess process_; lldb::SBFrame frame_; @@ -1069,13 +1070,13 @@ TEST_F(EvalTest, TestMemberOfAnonymousMember) { } TEST_F(EvalTest, TestGlobalVariableLookup) { - EXPECT_THAT(Eval("globalVar"), IsEqual("-559038737")); // 0xDEADBEEF + EXPECT_THAT(Eval("globalVar"), IsEqual("-559038737")); // 0xDEADBEEF EXPECT_THAT(Eval("globalPtr"), IsOk()); EXPECT_THAT(Eval("globalRef"), IsEqual("-559038737")); EXPECT_THAT(Eval("::globalPtr"), IsOk()); EXPECT_THAT(Eval("::globalRef"), IsEqual("-559038737")); - EXPECT_THAT(Eval("externGlobalVar"), IsEqual("12648430")); // 0x00C0FFEE + EXPECT_THAT(Eval("externGlobalVar"), IsEqual("12648430")); // 0x00C0FFEE EXPECT_THAT(Eval("::externGlobalVar"), IsEqual("12648430")); EXPECT_THAT(Eval("ns::globalVar"), IsEqual("13")); @@ -1414,11 +1415,13 @@ TEST_F(EvalTest, TestCStyleCastPointer) { // EXPECT_THAT( // Eval("(nullptr_t)1"), - // IsError("C-style cast from 'int' to 'nullptr_t' (canonically referred to as 'std::nullptr_t')" + // IsError("C-style cast from 'int' to 'nullptr_t' (canonically referred + // to as 'std::nullptr_t')" // " is not allowed")); // EXPECT_THAT( // Eval("(nullptr_t)ap"), - // IsError("C-style cast from 'int *' to 'nullptr_t' (canonically referred to as 'std::nullptr_t')" + // IsError("C-style cast from 'int *' to 'nullptr_t' (canonically referred + // to as 'std::nullptr_t')" // " is not allowed")); } @@ -1428,7 +1431,8 @@ TEST_F(EvalTest, TestCStyleCastPointer) { // } else { // EXPECT_THAT( // Eval("(int)nullptr"), -// IsError("cast from pointer to smaller type 'int' loses information")); +// IsError("cast from pointer to smaller type 'int' loses +// information")); // } // EXPECT_THAT(Eval("(uint64_t)nullptr"), IsEqual("0")); @@ -1551,11 +1555,13 @@ TEST_F(EvalTest, TestCxxStaticCast) { // EXPECT_THAT( // Eval("static_cast((int)0)"), - // IsError("static_cast from 'int' to 'nullptr_t' (canonically referred to as 'std::nullptr_t')" + // IsError("static_cast from 'int' to 'nullptr_t' (canonically referred to + // as 'std::nullptr_t')" // " is not allowed")); // EXPECT_THAT( // Eval("static_cast((void*)0)"), - // IsError("static_cast from 'void *' to 'nullptr_t' (canonically referred to as 'std::nullptr_t')" + // IsError("static_cast from 'void *' to 'nullptr_t' (canonically referred + // to as 'std::nullptr_t')" // " is not allowed")); // Cast to references. @@ -1741,7 +1747,7 @@ TEST_F(EvalTest, TestCxxReinterpretCast) { IsEqual(Is32Bit() ? "0x00000001" : "0x0000000200000001")); EXPECT_THAT(Eval("*reinterpret_cast(arr)"), IsEqual("1")); EXPECT_THAT(Eval("*reinterpret_cast(arr)"), - IsEqual("8589934593")); // 8589934593 == 0x0000000200000001 + IsEqual("8589934593")); // 8589934593 == 0x0000000200000001 // Casting to nullptr_t or nullptr_t to pointer types isn't allowed. // EXPECT_THAT( @@ -1751,19 +1757,23 @@ TEST_F(EvalTest, TestCxxReinterpretCast) { // EXPECT_THAT( // Eval("reinterpret_cast(ptr)"), // IsError("reinterpret_cast from 'int *' to 'nullptr_t' " - // "(canonically referred to as 'std::nullptr_t') is not allowed")); + // "(canonically referred to as 'std::nullptr_t') is not + // allowed")); // EXPECT_THAT(Eval("reinterpret_cast(0)"), // IsError("reinterpret_cast from 'int' to 'nullptr_t' " - // "(canonically referred to as 'std::nullptr_t') is not allowed")); + // "(canonically referred to as 'std::nullptr_t') is not + // allowed")); // EXPECT_THAT(Eval("reinterpret_cast(nullptr)"), - // IsError("reinterpret_cast from 'std::nullptr_t' to 'nullptr_t' " - // "(canonically referred to as 'std::nullptr_t') is not allowed")); + // IsError("reinterpret_cast from 'std::nullptr_t' to 'nullptr_t' + // " + // "(canonically referred to as 'std::nullptr_t') is not + // allowed")); // L-values can be converted to reference type. EXPECT_THAT(Eval("reinterpret_cast(arr[0]).a"), IsEqual("1")); EXPECT_THAT(Eval("reinterpret_cast(arr).b"), IsEqual("2")); EXPECT_THAT(Eval("reinterpret_cast(arr[0]).c"), - IsEqual("17179869187")); // 17179869187 == 0x0000000400000003 + IsEqual("17179869187")); // 17179869187 == 0x0000000400000003 EXPECT_THAT(Eval("reinterpret_cast(arr).d"), IsEqual("5")); EXPECT_THAT(Eval("reinterpret_cast(parent)"), IsOk()); EXPECT_THAT(Eval("reinterpret_cast(ptr)"), IsOk()); @@ -1810,14 +1820,16 @@ TEST_F(EvalTest, DISABLED_TestStaticConstDeclaredInline) { EXPECT_THAT(Eval("Vars::inline_static"), IsEqual("7.5")); EXPECT_THAT(Eval("Vars::static_constexpr"), IsEqual("8")); -// #ifndef __EMSCRIPTEN__ -// EXPECT_THAT(Scope("outer_inner_vars").Eval("inline_static"), IsEqual("1.5")); -// EXPECT_THAT(Scope("outer_inner_vars").Eval("static_constexpr"), IsEqual("2")); -// EXPECT_THAT(Scope("outer_vars").Eval("inline_static"), IsEqual("4.5")); -// EXPECT_THAT(Scope("outer_vars").Eval("static_constexpr"), IsEqual("5")); -// EXPECT_THAT(Scope("vars").Eval("inline_static"), IsEqual("7.5")); -// EXPECT_THAT(Scope("vars").Eval("inline_static"), IsEqual("8")); -// #endif + // #ifndef __EMSCRIPTEN__ + // EXPECT_THAT(Scope("outer_inner_vars").Eval("inline_static"), + // IsEqual("1.5")); + // EXPECT_THAT(Scope("outer_inner_vars").Eval("static_constexpr"), + // IsEqual("2")); EXPECT_THAT(Scope("outer_vars").Eval("inline_static"), + // IsEqual("4.5")); + // EXPECT_THAT(Scope("outer_vars").Eval("static_constexpr"), IsEqual("5")); + // EXPECT_THAT(Scope("vars").Eval("inline_static"), IsEqual("7.5")); + // EXPECT_THAT(Scope("vars").Eval("inline_static"), IsEqual("8")); + // #endif } TEST_F(EvalTest, TestStaticConstDeclaredOutsideTheClass) { @@ -1841,37 +1853,43 @@ TEST_F(EvalTest, TestStaticConstDeclaredOutsideTheClass) { EXPECT_THAT(Eval("::Vars::Nested::static_const"), IsEqual("30")); EXPECT_THAT(Eval("Vars::Nested::static_const"), IsEqual("30")); -// #ifndef __EMSCRIPTEN__ -// EXPECT_THAT(Scope("outer_inner_vars").Eval("static_const"), IsEqual("3")); -// EXPECT_THAT(Scope("outer_vars").Eval("static_const"), IsEqual("6")); -// EXPECT_THAT(Scope("vars").Eval("static_const"), IsEqual("9")); - -// EXPECT_THAT(Scope("outer_inner_vars").Eval("Nested::static_const"), -// IsEqual("10")); -// EXPECT_THAT(Scope("outer_vars").Eval("Nested::static_const"), IsEqual("20")); -// EXPECT_THAT(Scope("vars").Eval("Nested::static_const"), IsEqual("30")); - -// EXPECT_THAT(Scope("vars").Eval("::static_const"), -// IsError("use of undeclared identifier '::static_const'")); -// EXPECT_THAT(Scope("vars").Eval("::Nested::static_const"), -// IsError("use of undeclared identifier '::Nested::static_const'")); - -// // Evaluate in value context where value is of alised type. -// EXPECT_THAT(Scope("my_outer_inner_vars").Eval("static_const"), IsEqual("3")); -// EXPECT_THAT(Scope("my_outer_vars").Eval("static_const"), IsEqual("6")); -// EXPECT_THAT(Scope("my_vars").Eval("static_const"), IsEqual("9")); - -// EXPECT_THAT(Scope("my_outer_inner_vars").Eval("Nested::static_const"), -// IsEqual("10")); -// EXPECT_THAT(Scope("my_outer_vars").Eval("Nested::static_const"), -// IsEqual("20")); -// EXPECT_THAT(Scope("my_vars").Eval("Nested::static_const"), IsEqual("30")); - -// EXPECT_THAT(Scope("my_outer_inner_vars").Eval("::static_const"), -// IsError("use of undeclared identifier '::static_const'")); -// EXPECT_THAT(Scope("my_vars").Eval("::Nested::static_const"), -// IsError("use of undeclared identifier '::Nested::static_const'")); -// #endif + // #ifndef __EMSCRIPTEN__ + // EXPECT_THAT(Scope("outer_inner_vars").Eval("static_const"), + // IsEqual("3")); EXPECT_THAT(Scope("outer_vars").Eval("static_const"), + // IsEqual("6")); EXPECT_THAT(Scope("vars").Eval("static_const"), + // IsEqual("9")); + + // EXPECT_THAT(Scope("outer_inner_vars").Eval("Nested::static_const"), + // IsEqual("10")); + // EXPECT_THAT(Scope("outer_vars").Eval("Nested::static_const"), + // IsEqual("20")); EXPECT_THAT(Scope("vars").Eval("Nested::static_const"), + // IsEqual("30")); + + // EXPECT_THAT(Scope("vars").Eval("::static_const"), + // IsError("use of undeclared identifier '::static_const'")); + // EXPECT_THAT(Scope("vars").Eval("::Nested::static_const"), + // IsError("use of undeclared identifier + // '::Nested::static_const'")); + + // // Evaluate in value context where value is of alised type. + // EXPECT_THAT(Scope("my_outer_inner_vars").Eval("static_const"), + // IsEqual("3")); EXPECT_THAT(Scope("my_outer_vars").Eval("static_const"), + // IsEqual("6")); EXPECT_THAT(Scope("my_vars").Eval("static_const"), + // IsEqual("9")); + + // EXPECT_THAT(Scope("my_outer_inner_vars").Eval("Nested::static_const"), + // IsEqual("10")); + // EXPECT_THAT(Scope("my_outer_vars").Eval("Nested::static_const"), + // IsEqual("20")); + // EXPECT_THAT(Scope("my_vars").Eval("Nested::static_const"), + // IsEqual("30")); + + // EXPECT_THAT(Scope("my_outer_inner_vars").Eval("::static_const"), + // IsError("use of undeclared identifier '::static_const'")); + // EXPECT_THAT(Scope("my_vars").Eval("::Nested::static_const"), + // IsError("use of undeclared identifier + // '::Nested::static_const'")); + // #endif } TEST_F(EvalTest, TestBasicTypeDeclaration) { @@ -2055,10 +2073,13 @@ TEST_F(EvalTest, TestTemplateTypes) { EXPECT_THAT(Eval("(::ns::T_1 >::myint)1.1"), IsEqual("1")); } - EXPECT_THAT(Eval("(ns::T_1 >::myint)1.1"), - IsError("use of undeclared identifier 'ns::T_1 >::myint'")); - EXPECT_THAT(Eval("(::ns::T_1 >::myint)1.1"), - IsError("use of undeclared identifier '::ns::T_1 >::myint'")); + EXPECT_THAT( + Eval("(ns::T_1 >::myint)1.1"), + IsError("use of undeclared identifier 'ns::T_1 >::myint'")); + EXPECT_THAT( + Eval("(::ns::T_1 >::myint)1.1"), + IsError( + "use of undeclared identifier '::ns::T_1 >::myint'")); for (std::string arg : {"int*", "int**", "int&", "int*&"}) { EXPECT_THAT(Eval("(ns::T_1 >::myint)1.1"), IsError("use of undeclared identifier 'ns::T_1'")); @@ -2086,8 +2107,8 @@ TEST_F(EvalTest, TestTemplateCpp11) { IsEqual("1.5")); // Here T_1 is a local variable. - EXPECT_THAT(Eval("T_1<2>1"), IsEqual("false")); // (p < 2) > 1 - EXPECT_THAT(Eval("T_1<2>>1"), IsEqual("false")); // (p < 2) >> 1 + EXPECT_THAT(Eval("T_1<2>1"), IsEqual("false")); // (p < 2) > 1 + EXPECT_THAT(Eval("T_1<2>>1"), IsEqual("false")); // (p < 2) >> 1 // And here it's a template. EXPECT_THAT(Eval("T_1::cx + 1"), IsEqual("25")); } @@ -2119,7 +2140,8 @@ TEST_F(EvalTest, TestTemplateWithNumericArguments) { // // Test for the "artificial" value, i.e. created by the expression. // lldb::SBError error; // lldb::SBValue scope_var = -// lldb_eval::EvaluateExpression(frame_, "(test_scope::Value&)bytes", error); +// lldb_eval::EvaluateExpression(frame_, "(test_scope::Value&)bytes", +// error); // EXPECT_TRUE(scope_var.IsValid()); // EXPECT_TRUE(error.Success()); @@ -2134,10 +2156,12 @@ TEST_F(EvalTest, TestTemplateWithNumericArguments) { // // In the frame context `this` is not available here. // EXPECT_THAT( // Eval("this->y_"), -// IsError("invalid use of 'this' outside of a non-static member function")); +// IsError("invalid use of 'this' outside of a non-static member +// function")); // EXPECT_THAT( // Eval("(*this)->y_"), -// IsError("invalid use of 'this' outside of a non-static member function")); +// IsError("invalid use of 'this' outside of a non-static member +// function")); // EXPECT_THAT(Scope("var").Eval("this - (test_scope::Value*)this"), // IsEqual("0")); @@ -2157,7 +2181,8 @@ TEST_F(EvalTest, TestTemplateWithNumericArguments) { // EXPECT_THAT(Scope("var_ref").Eval("ValueEnum::B"), IsEqual("B")); // EXPECT_THAT(Scope("var_ref").Eval("static_var"), IsEqual("3.5")); // EXPECT_THAT(Scope("var_ref").Eval("this->static_var"), -// IsError("no member named 'static_var' in 'test_scope::Value'")); +// IsError("no member named 'static_var' in +// 'test_scope::Value'")); // } #endif @@ -2166,45 +2191,45 @@ TEST_F(EvalTest, TestBitField) { EXPECT_THAT(Eval("bf.b"), IsEqual("9")); EXPECT_THAT(Eval("bf.c"), IsEqual("false")); EXPECT_THAT(Eval("bf.d"), IsEqual("true")); -// #ifndef __EMSCRIPTEN__ -// EXPECT_THAT(Scope("bf").Eval("a"), IsEqual("1023")); -// EXPECT_THAT(Scope("bf").Eval("b"), IsEqual("9")); -// EXPECT_THAT(Scope("bf").Eval("c"), IsEqual("false")); -// EXPECT_THAT(Scope("bf").Eval("d"), IsEqual("true")); -// #endif + // #ifndef __EMSCRIPTEN__ + // EXPECT_THAT(Scope("bf").Eval("a"), IsEqual("1023")); + // EXPECT_THAT(Scope("bf").Eval("b"), IsEqual("9")); + // EXPECT_THAT(Scope("bf").Eval("c"), IsEqual("false")); + // EXPECT_THAT(Scope("bf").Eval("d"), IsEqual("true")); + // #endif // Perform an operation to ensure we actually read the value. EXPECT_THAT(Eval("0 + bf.a"), IsEqual("1023")); EXPECT_THAT(Eval("0 + bf.b"), IsEqual("9")); EXPECT_THAT(Eval("0 + bf.c"), IsEqual("0")); EXPECT_THAT(Eval("0 + bf.d"), IsEqual("1")); -// #ifndef __EMSCRIPTEN__ -// EXPECT_THAT(Scope("bf").Eval("0 + a"), IsEqual("1023")); -// // TODO: Enable type comparison after fixing bitfield promotion in value -// // context. -// EXPECT_THAT(Scope("bf").Eval("0 + b"), IsEqual("9", /*compare_types*/ false)); -// EXPECT_THAT(Scope("bf").Eval("0 + c"), IsEqual("0")); -// EXPECT_THAT(Scope("bf").Eval("0 + d"), IsEqual("1")); -// #endif + // #ifndef __EMSCRIPTEN__ + // EXPECT_THAT(Scope("bf").Eval("0 + a"), IsEqual("1023")); + // // TODO: Enable type comparison after fixing bitfield promotion in value + // // context. + // EXPECT_THAT(Scope("bf").Eval("0 + b"), IsEqual("9", /*compare_types*/ + // false)); EXPECT_THAT(Scope("bf").Eval("0 + c"), IsEqual("0")); + // EXPECT_THAT(Scope("bf").Eval("0 + d"), IsEqual("1")); + // #endif EXPECT_THAT(Eval("abf.a"), IsEqual("1023")); EXPECT_THAT(Eval("abf.b"), IsEqual("'\\x0f'")); EXPECT_THAT(Eval("abf.c"), IsEqual("3")); -// #ifndef __EMSCRIPTEN__ -// EXPECT_THAT(Scope("abf").Eval("a"), IsEqual("1023")); -// EXPECT_THAT(Scope("abf").Eval("b"), IsEqual("'\\x0f'")); -// EXPECT_THAT(Scope("abf").Eval("c"), IsEqual("3")); -// #endif + // #ifndef __EMSCRIPTEN__ + // EXPECT_THAT(Scope("abf").Eval("a"), IsEqual("1023")); + // EXPECT_THAT(Scope("abf").Eval("b"), IsEqual("'\\x0f'")); + // EXPECT_THAT(Scope("abf").Eval("c"), IsEqual("3")); + // #endif // Perform an operation to ensure we actually read the value. EXPECT_THAT(Eval("abf.a + 0"), IsEqual("1023")); EXPECT_THAT(Eval("abf.b + 0"), IsEqual("15")); EXPECT_THAT(Eval("abf.c + 0"), IsEqual("3")); -// #ifndef __EMSCRIPTEN__ -// EXPECT_THAT(Scope("abf").Eval("0 + a"), IsEqual("1023")); -// EXPECT_THAT(Scope("abf").Eval("0 + b"), IsEqual("15")); -// EXPECT_THAT(Scope("abf").Eval("0 + c"), IsEqual("3")); -// #endif + // #ifndef __EMSCRIPTEN__ + // EXPECT_THAT(Scope("abf").Eval("0 + a"), IsEqual("1023")); + // EXPECT_THAT(Scope("abf").Eval("0 + b"), IsEqual("15")); + // EXPECT_THAT(Scope("abf").Eval("0 + c"), IsEqual("3")); + // #endif // Address-of is not allowed for bit-fields. EXPECT_THAT(Eval("&bf.a"), IsError("address of bit-field requested")); @@ -2287,16 +2312,16 @@ TEST_F(EvalTest, TestBitFieldWithSideEffects) { // TEST_F(EvalTest, TestContextVariablesSubset) { // // All context variables that are created in this test are visible by LLDB. -// // Disable comparisons with LLDB to test subsets of created context variables. -// this->compare_with_lldb_ = false; +// // Disable comparisons with LLDB to test subsets of created context +// variables. this->compare_with_lldb_ = false; // EXPECT_TRUE(CreateContextVariable("$var", "13")); // EXPECT_TRUE(CreateContextVariable("$ptr", "s.ptr")); // // Evaluate without the context. // EXPECT_THAT(Eval("$var"), IsError("use of undeclared identifier '$var'")); -// EXPECT_THAT(Eval("$var + 1"), IsError("use of undeclared identifier '$var'")); -// EXPECT_THAT(Scope("s").Eval("$var"), +// EXPECT_THAT(Eval("$var + 1"), IsError("use of undeclared identifier +// '$var'")); EXPECT_THAT(Scope("s").Eval("$var"), // IsError("use of undeclared identifier '$var'")); // EXPECT_THAT(Scope("s").Eval("$var + 1"), // IsError("use of undeclared identifier '$var'")); @@ -2724,43 +2749,44 @@ TEST_F(EvalTest, TestPrefixIncDec) { EXPECT_THAT(Eval("--i"), IsError("side effects are not supported in this context")); -// #ifndef __EMSCRIPTEN__ -// ASSERT_TRUE(CreateContextVariableArray("int", "$arr", "{1,2,3}")); -// EXPECT_THAT(EvalWithContext("++$arr", vars_), -// IsError("cannot increment value of type 'int[3]'")); - -// ASSERT_TRUE(CreateContextVariable("$enum_foo", "ScopedEnum::kFoo")); -// EXPECT_THAT(EvalWithContext("++$enum_foo", vars_), -// IsError("cannot increment expression of enum type 'ScopedEnum'")); - -// ASSERT_TRUE(CreateContextVariable("$i", "1")); -// EXPECT_THAT(EvalWithContext("++$i", vars_), IsEqual("2")); -// EXPECT_THAT(EvalWithContext("++$i + 1", vars_), IsEqual("4")); -// EXPECT_THAT(EvalWithContext("--$i", vars_), IsEqual("2")); -// EXPECT_THAT(EvalWithContext("--$i - 1", vars_), IsEqual("0")); - -// ASSERT_TRUE(CreateContextVariable("$f", "1.5f")); -// EXPECT_THAT(EvalWithContext("++$f", vars_), IsEqual("2.5")); -// EXPECT_THAT(EvalWithContext("++$f + 1", vars_), IsEqual("4.5")); -// EXPECT_THAT(EvalWithContext("--$f", vars_), IsEqual("2.5")); -// EXPECT_THAT(EvalWithContext("--$f - 1", vars_), IsEqual("0.5")); - -// ASSERT_TRUE(CreateContextVariable("$d", "1.5")); -// EXPECT_THAT(EvalWithContext("++$d", vars_), IsEqual("2.5")); -// EXPECT_THAT(EvalWithContext("++$d + 1", vars_), IsEqual("4.5")); -// EXPECT_THAT(EvalWithContext("--$d", vars_), IsEqual("2.5")); -// EXPECT_THAT(EvalWithContext("--$d - 1", vars_), IsEqual("0.5")); - -// ASSERT_TRUE(CreateContextVariable("$p", "(int*)4")); -// EXPECT_THAT(EvalWithContext("++$p", vars_), -// IsEqual(Is32Bit() ? "0x00000008" : "0x0000000000000008")); -// EXPECT_THAT(EvalWithContext("++$p + 1", vars_), -// IsEqual(Is32Bit() ? "0x00000010" : "0x0000000000000010")); -// EXPECT_THAT(EvalWithContext("--$p", vars_), -// IsEqual(Is32Bit() ? "0x00000008" : "0x0000000000000008")); -// EXPECT_THAT(EvalWithContext("--$p - 1", vars_), -// IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); -// #endif + // #ifndef __EMSCRIPTEN__ + // ASSERT_TRUE(CreateContextVariableArray("int", "$arr", "{1,2,3}")); + // EXPECT_THAT(EvalWithContext("++$arr", vars_), + // IsError("cannot increment value of type 'int[3]'")); + + // ASSERT_TRUE(CreateContextVariable("$enum_foo", "ScopedEnum::kFoo")); + // EXPECT_THAT(EvalWithContext("++$enum_foo", vars_), + // IsError("cannot increment expression of enum type + // 'ScopedEnum'")); + + // ASSERT_TRUE(CreateContextVariable("$i", "1")); + // EXPECT_THAT(EvalWithContext("++$i", vars_), IsEqual("2")); + // EXPECT_THAT(EvalWithContext("++$i + 1", vars_), IsEqual("4")); + // EXPECT_THAT(EvalWithContext("--$i", vars_), IsEqual("2")); + // EXPECT_THAT(EvalWithContext("--$i - 1", vars_), IsEqual("0")); + + // ASSERT_TRUE(CreateContextVariable("$f", "1.5f")); + // EXPECT_THAT(EvalWithContext("++$f", vars_), IsEqual("2.5")); + // EXPECT_THAT(EvalWithContext("++$f + 1", vars_), IsEqual("4.5")); + // EXPECT_THAT(EvalWithContext("--$f", vars_), IsEqual("2.5")); + // EXPECT_THAT(EvalWithContext("--$f - 1", vars_), IsEqual("0.5")); + + // ASSERT_TRUE(CreateContextVariable("$d", "1.5")); + // EXPECT_THAT(EvalWithContext("++$d", vars_), IsEqual("2.5")); + // EXPECT_THAT(EvalWithContext("++$d + 1", vars_), IsEqual("4.5")); + // EXPECT_THAT(EvalWithContext("--$d", vars_), IsEqual("2.5")); + // EXPECT_THAT(EvalWithContext("--$d - 1", vars_), IsEqual("0.5")); + + // ASSERT_TRUE(CreateContextVariable("$p", "(int*)4")); + // EXPECT_THAT(EvalWithContext("++$p", vars_), + // IsEqual(Is32Bit() ? "0x00000008" : "0x0000000000000008")); + // EXPECT_THAT(EvalWithContext("++$p + 1", vars_), + // IsEqual(Is32Bit() ? "0x00000010" : "0x0000000000000010")); + // EXPECT_THAT(EvalWithContext("--$p", vars_), + // IsEqual(Is32Bit() ? "0x00000008" : "0x0000000000000008")); + // EXPECT_THAT(EvalWithContext("--$p - 1", vars_), + // IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + // #endif } TEST_F(EvalTest, TestPostfixIncDec) { @@ -2768,45 +2794,46 @@ TEST_F(EvalTest, TestPostfixIncDec) { EXPECT_THAT(Eval("i--"), IsError("side effects are not supported in this context")); -// #ifndef __EMSCRIPTEN__ -// ASSERT_TRUE(CreateContextVariableArray("int", "$arr", "{1,2,3}")); -// EXPECT_THAT(EvalWithContext("$arr--", vars_), -// IsError("cannot decrement value of type 'int[3]'")); - -// ASSERT_TRUE(CreateContextVariable("$enum_foo", "ScopedEnum::kFoo")); -// EXPECT_THAT(EvalWithContext("$enum_foo++", vars_), -// IsError("cannot increment expression of enum type 'ScopedEnum'")); - -// ASSERT_TRUE(CreateContextVariable("$i", "1")); -// EXPECT_THAT(EvalWithContext("$i++", vars_), IsEqual("1")); -// EXPECT_THAT(EvalWithContext("$i", vars_), IsEqual("2")); -// EXPECT_THAT(EvalWithContext("$i++ + 1", vars_), IsEqual("3")); -// EXPECT_THAT(EvalWithContext("$i--", vars_), IsEqual("3")); -// EXPECT_THAT(EvalWithContext("$i-- - 1", vars_), IsEqual("1")); - -// ASSERT_TRUE(CreateContextVariable("$f", "1.5f")); -// EXPECT_THAT(EvalWithContext("$f++", vars_), IsEqual("1.5")); -// EXPECT_THAT(EvalWithContext("$f", vars_), IsEqual("2.5")); -// EXPECT_THAT(EvalWithContext("$f++ + 1", vars_), IsEqual("3.5")); -// EXPECT_THAT(EvalWithContext("$f--", vars_), IsEqual("3.5")); -// EXPECT_THAT(EvalWithContext("$f-- - 1", vars_), IsEqual("1.5")); - -// ASSERT_TRUE(CreateContextVariable("$d", "1.5")); -// EXPECT_THAT(EvalWithContext("$d++", vars_), IsEqual("1.5")); -// EXPECT_THAT(EvalWithContext("$d++ + 1", vars_), IsEqual("3.5")); -// EXPECT_THAT(EvalWithContext("$d--", vars_), IsEqual("3.5")); -// EXPECT_THAT(EvalWithContext("$d-- - 1", vars_), IsEqual("1.5")); - -// ASSERT_TRUE(CreateContextVariable("$p", "(int*)4")); -// EXPECT_THAT(EvalWithContext("$p++", vars_), -// IsEqual(Is32Bit() ? "0x00000004" : "0x0000000000000004")); -// EXPECT_THAT(EvalWithContext("$p++ + 1", vars_), -// IsEqual(Is32Bit() ? "0x0000000c" : "0x000000000000000c")); -// EXPECT_THAT(EvalWithContext("$p--", vars_), -// IsEqual(Is32Bit() ? "0x0000000c" : "0x000000000000000c")); -// EXPECT_THAT(EvalWithContext("$p-- - 1", vars_), -// IsEqual(Is32Bit() ? "0x00000004" : "0x0000000000000004")); -// #endif + // #ifndef __EMSCRIPTEN__ + // ASSERT_TRUE(CreateContextVariableArray("int", "$arr", "{1,2,3}")); + // EXPECT_THAT(EvalWithContext("$arr--", vars_), + // IsError("cannot decrement value of type 'int[3]'")); + + // ASSERT_TRUE(CreateContextVariable("$enum_foo", "ScopedEnum::kFoo")); + // EXPECT_THAT(EvalWithContext("$enum_foo++", vars_), + // IsError("cannot increment expression of enum type + // 'ScopedEnum'")); + + // ASSERT_TRUE(CreateContextVariable("$i", "1")); + // EXPECT_THAT(EvalWithContext("$i++", vars_), IsEqual("1")); + // EXPECT_THAT(EvalWithContext("$i", vars_), IsEqual("2")); + // EXPECT_THAT(EvalWithContext("$i++ + 1", vars_), IsEqual("3")); + // EXPECT_THAT(EvalWithContext("$i--", vars_), IsEqual("3")); + // EXPECT_THAT(EvalWithContext("$i-- - 1", vars_), IsEqual("1")); + + // ASSERT_TRUE(CreateContextVariable("$f", "1.5f")); + // EXPECT_THAT(EvalWithContext("$f++", vars_), IsEqual("1.5")); + // EXPECT_THAT(EvalWithContext("$f", vars_), IsEqual("2.5")); + // EXPECT_THAT(EvalWithContext("$f++ + 1", vars_), IsEqual("3.5")); + // EXPECT_THAT(EvalWithContext("$f--", vars_), IsEqual("3.5")); + // EXPECT_THAT(EvalWithContext("$f-- - 1", vars_), IsEqual("1.5")); + + // ASSERT_TRUE(CreateContextVariable("$d", "1.5")); + // EXPECT_THAT(EvalWithContext("$d++", vars_), IsEqual("1.5")); + // EXPECT_THAT(EvalWithContext("$d++ + 1", vars_), IsEqual("3.5")); + // EXPECT_THAT(EvalWithContext("$d--", vars_), IsEqual("3.5")); + // EXPECT_THAT(EvalWithContext("$d-- - 1", vars_), IsEqual("1.5")); + + // ASSERT_TRUE(CreateContextVariable("$p", "(int*)4")); + // EXPECT_THAT(EvalWithContext("$p++", vars_), + // IsEqual(Is32Bit() ? "0x00000004" : "0x0000000000000004")); + // EXPECT_THAT(EvalWithContext("$p++ + 1", vars_), + // IsEqual(Is32Bit() ? "0x0000000c" : "0x000000000000000c")); + // EXPECT_THAT(EvalWithContext("$p--", vars_), + // IsEqual(Is32Bit() ? "0x0000000c" : "0x000000000000000c")); + // EXPECT_THAT(EvalWithContext("$p-- - 1", vars_), + // IsEqual(Is32Bit() ? "0x00000004" : "0x0000000000000004")); + // #endif } #ifndef __EMSCRIPTEN__ @@ -2827,7 +2854,7 @@ TEST_F(EvalTest, TestDereferencedType) { // The expression evaluator removes the references from all values and we must // verify that the resulting type is correct. - for (auto&& expr : {"p_ref", "*p_ptr"}) { + for (auto &&expr : {"p_ref", "*p_ptr"}) { // Directly evaluate the expression and verify the types. auto ret = Eval(expr); @@ -2857,46 +2884,46 @@ TEST_F(EvalTest, TestAssignment) { EXPECT_THAT(Eval("eOne = 1"), IsError("no known conversion from 'int' to 'Enum'")); -// #ifndef __EMSCRIPTEN__ -// ASSERT_TRUE(CreateContextVariable("$i", "1")); -// EXPECT_THAT(EvalWithContext("$i = 2", vars_), IsEqual("2")); -// EXPECT_THAT(EvalWithContext("$i", vars_), IsEqual("2")); -// EXPECT_THAT(EvalWithContext("$i = -2", vars_), IsEqual("-2")); -// EXPECT_THAT(EvalWithContext("$i", vars_), IsEqual("-2")); -// EXPECT_THAT(EvalWithContext("$i = eOne", vars_), IsEqual("0")); -// EXPECT_THAT(EvalWithContext("$i", vars_), IsEqual("0")); -// EXPECT_THAT(EvalWithContext("$i = eTwo", vars_), IsEqual("1")); -// EXPECT_THAT(EvalWithContext("$i", vars_), IsEqual("1")); - -// ASSERT_TRUE(CreateContextVariable("$f", "1.5f")); -// EXPECT_THAT(EvalWithContext("$f = 2.5", vars_), IsEqual("2.5")); -// EXPECT_THAT(EvalWithContext("$f", vars_), IsEqual("2.5")); -// EXPECT_THAT(EvalWithContext("$f = 3.5f", vars_), IsEqual("3.5")); -// EXPECT_THAT(EvalWithContext("$f", vars_), IsEqual("3.5")); - -// ASSERT_TRUE(CreateContextVariable("$s", "(short)100")); -// EXPECT_THAT(EvalWithContext("$s = 100000", vars_), IsEqual("-31072")); -// EXPECT_THAT(EvalWithContext("$s", vars_), IsEqual("-31072")); - -// ASSERT_TRUE(CreateContextVariable("$p", "(int*)10")); -// EXPECT_THAT(EvalWithContext("$p = 1", vars_), -// IsError("no known conversion from 'int' to 'int *'")); -// EXPECT_THAT(EvalWithContext("$p = (int*)12", vars_), -// IsEqual(Is32Bit() ? "0x0000000c" : "0x000000000000000c")); -// EXPECT_THAT(EvalWithContext("$p", vars_), -// IsEqual(Is32Bit() ? "0x0000000c" : "0x000000000000000c")); -// EXPECT_THAT(EvalWithContext("$p = 0", vars_), -// IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); -// EXPECT_THAT(EvalWithContext("$p = nullptr", vars_), -// IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); - -// ASSERT_TRUE(CreateContextVariableArray("int", "$arr", "{1, 2}")); -// EXPECT_THAT(EvalWithContext("$p = $arr", vars_), IsOk()); - -// ASSERT_TRUE(CreateContextVariableArray("float", "$farr", "{1.f, 2.f}")); -// EXPECT_THAT(EvalWithContext("$p = $farr", vars_), -// IsError("no known conversion from 'float[2]' to 'int *'")); -// #endif + // #ifndef __EMSCRIPTEN__ + // ASSERT_TRUE(CreateContextVariable("$i", "1")); + // EXPECT_THAT(EvalWithContext("$i = 2", vars_), IsEqual("2")); + // EXPECT_THAT(EvalWithContext("$i", vars_), IsEqual("2")); + // EXPECT_THAT(EvalWithContext("$i = -2", vars_), IsEqual("-2")); + // EXPECT_THAT(EvalWithContext("$i", vars_), IsEqual("-2")); + // EXPECT_THAT(EvalWithContext("$i = eOne", vars_), IsEqual("0")); + // EXPECT_THAT(EvalWithContext("$i", vars_), IsEqual("0")); + // EXPECT_THAT(EvalWithContext("$i = eTwo", vars_), IsEqual("1")); + // EXPECT_THAT(EvalWithContext("$i", vars_), IsEqual("1")); + + // ASSERT_TRUE(CreateContextVariable("$f", "1.5f")); + // EXPECT_THAT(EvalWithContext("$f = 2.5", vars_), IsEqual("2.5")); + // EXPECT_THAT(EvalWithContext("$f", vars_), IsEqual("2.5")); + // EXPECT_THAT(EvalWithContext("$f = 3.5f", vars_), IsEqual("3.5")); + // EXPECT_THAT(EvalWithContext("$f", vars_), IsEqual("3.5")); + + // ASSERT_TRUE(CreateContextVariable("$s", "(short)100")); + // EXPECT_THAT(EvalWithContext("$s = 100000", vars_), IsEqual("-31072")); + // EXPECT_THAT(EvalWithContext("$s", vars_), IsEqual("-31072")); + + // ASSERT_TRUE(CreateContextVariable("$p", "(int*)10")); + // EXPECT_THAT(EvalWithContext("$p = 1", vars_), + // IsError("no known conversion from 'int' to 'int *'")); + // EXPECT_THAT(EvalWithContext("$p = (int*)12", vars_), + // IsEqual(Is32Bit() ? "0x0000000c" : "0x000000000000000c")); + // EXPECT_THAT(EvalWithContext("$p", vars_), + // IsEqual(Is32Bit() ? "0x0000000c" : "0x000000000000000c")); + // EXPECT_THAT(EvalWithContext("$p = 0", vars_), + // IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + // EXPECT_THAT(EvalWithContext("$p = nullptr", vars_), + // IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + + // ASSERT_TRUE(CreateContextVariableArray("int", "$arr", "{1, 2}")); + // EXPECT_THAT(EvalWithContext("$p = $arr", vars_), IsOk()); + + // ASSERT_TRUE(CreateContextVariableArray("float", "$farr", "{1.f, 2.f}")); + // EXPECT_THAT(EvalWithContext("$p = $farr", vars_), + // IsError("no known conversion from 'float[2]' to 'int *'")); + // #endif } TEST_F(EvalTest, TestCompositeAssignmentInvalid) { @@ -2918,18 +2945,18 @@ TEST_F(EvalTest, TestCompositeAssignmentInvalid) { Eval("f %= 1"), IsError("invalid operands to binary expression ('float' and 'int')")); -// #ifndef __EMSCRIPTEN__ -// ASSERT_TRUE(CreateContextVariable("Enum", "$e", false, "Enum::ONE")); -// EXPECT_THAT( -// EvalWithContext("$e *= 1", vars_), -// // TODO(werat): This should actually be: -// // > assigning to 'Enum' from incompatible type 'int' -// IsError("invalid operands to binary expression ('Enum' and 'int')")); + // #ifndef __EMSCRIPTEN__ + // ASSERT_TRUE(CreateContextVariable("Enum", "$e", false, "Enum::ONE")); + // EXPECT_THAT( + // EvalWithContext("$e *= 1", vars_), + // // TODO(werat): This should actually be: + // // > assigning to 'Enum' from incompatible type 'int' + // IsError("invalid operands to binary expression ('Enum' and 'int')")); -// ASSERT_TRUE(CreateContextVariable("$i", "1")); -// EXPECT_THAT(EvalWithContext("($i += 1) -= 2", vars_), -// IsError("side effects are not supported in this context")); -// #endif + // ASSERT_TRUE(CreateContextVariable("$i", "1")); + // EXPECT_THAT(EvalWithContext("($i += 1) -= 2", vars_), + // IsError("side effects are not supported in this context")); + // #endif } // #ifndef __EMSCRIPTEN__ @@ -2956,10 +2983,12 @@ TEST_F(EvalTest, TestCompositeAssignmentInvalid) { // IsEqual(Is32Bit() ? "0x0000000e" : "0x000000000000000e")); // EXPECT_THAT( // EvalWithContext("$p += 1.5", vars_), -// IsError("invalid operands to binary expression ('int *' and 'double')")); +// IsError("invalid operands to binary expression ('int *' and +// 'double')")); // EXPECT_THAT( // EvalWithContext("$p += $p", vars_), -// IsError("invalid operands to binary expression ('int *' and 'int *')")); +// IsError("invalid operands to binary expression ('int *' and 'int +// *')")); // EXPECT_THAT(EvalWithContext("$i += $p", vars_), // IsError("no known conversion from 'int *' to 'int'")); // } @@ -3061,13 +3090,14 @@ TEST_F(EvalTest, TestCompositeAssignmentInvalid) { // EXPECT_THAT(EvalWithContext("$i >>= 1LL", vars_), IsEqual("104")); // ASSERT_TRUE(CreateContextVariable("$c", "(signed char)-1")); -// EXPECT_THAT(EvalWithContext("$c &= 0b11110011", vars_), IsEqual("'\\xf3'")); -// EXPECT_THAT(EvalWithContext("$c |= 0b01001011", vars_), IsEqual("'\\xfb'")); -// EXPECT_THAT(EvalWithContext("$c ^= 0b00000110", vars_), IsEqual("'\\xfd'")); -// EXPECT_THAT(EvalWithContext("$c <<= 5", vars_), IsEqual("'\\xa0'")); -// EXPECT_THAT(EvalWithContext("$c >>= 20", vars_), IsEqual("'\\xff'")); -// EXPECT_THAT(EvalWithContext("$c <<= 2U", vars_), IsEqual("'\\xfc'")); -// EXPECT_THAT(EvalWithContext("$c >>= eTwo", vars_), IsEqual("'\\xfe'")); +// EXPECT_THAT(EvalWithContext("$c &= 0b11110011", vars_), +// IsEqual("'\\xf3'")); EXPECT_THAT(EvalWithContext("$c |= 0b01001011", +// vars_), IsEqual("'\\xfb'")); EXPECT_THAT(EvalWithContext("$c ^= +// 0b00000110", vars_), IsEqual("'\\xfd'")); EXPECT_THAT(EvalWithContext("$c +// <<= 5", vars_), IsEqual("'\\xa0'")); EXPECT_THAT(EvalWithContext("$c >>= +// 20", vars_), IsEqual("'\\xff'")); EXPECT_THAT(EvalWithContext("$c <<= 2U", +// vars_), IsEqual("'\\xfc'")); EXPECT_THAT(EvalWithContext("$c >>= eTwo", +// vars_), IsEqual("'\\xfe'")); // ASSERT_TRUE(CreateContextVariable("$f", "1.5f")); // EXPECT_THAT( @@ -3109,20 +3139,21 @@ TEST_F(EvalTest, TestCompositeAssignmentInvalid) { // IsError("invalid operands to binary expression ('int *' and 'char')")); // EXPECT_THAT( // EvalWithContext("$p ^= &f", vars_), -// IsError("invalid operands to binary expression ('int *' and 'float *')")); +// IsError("invalid operands to binary expression ('int *' and 'float +// *')")); // EXPECT_THAT( // EvalWithContext("$p <<= 1", vars_), // IsError("invalid operands to binary expression ('int *' and 'int')")); // EXPECT_THAT( // EvalWithContext("$p >>= $p", vars_), -// IsError("invalid operands to binary expression ('int *' and 'int *')")); +// IsError("invalid operands to binary expression ('int *' and 'int +// *')")); // } // TEST_F(EvalTest, TestSideEffects) { // // Comparing with LLDB is not possible with side effects enabled -- results -// // will always be different (because the same expression is evaluated twice). -// this->compare_with_lldb_ = false; -// this->allow_side_effects_ = true; +// // will always be different (because the same expression is evaluated +// twice). this->compare_with_lldb_ = false; this->allow_side_effects_ = true; // EXPECT_THAT(Eval("x++"), IsEqual("1")); // EXPECT_THAT(Eval("x"), IsEqual("2")); @@ -3370,7 +3401,7 @@ TEST_F(EvalTest, TestTypeComparison) { EXPECT_THAT(Eval("&(true ? icpcpc : micpcpc)"), IsOk()); // Ensure that "signed char" and "char" are different types. - EXPECT_THAT(Eval("true ? c : sc"), IsEqual("2")); // int + EXPECT_THAT(Eval("true ? c : sc"), IsEqual("2")); // int EXPECT_THAT(Eval("true ? sc : (signed char)67"), IsEqual("'A'")); EXPECT_THAT(Eval("true ? (char)66 : (signed char)65"), IsEqual("66")); EXPECT_THAT(Eval("true ? cc : mc"), IsEqual("'B'")); @@ -3602,7 +3633,7 @@ TEST_F(EvalTest, TestStringParsing) { auto data = result.lldb_DIL_value.GetData(); EXPECT_EQ(data.GetByteSize(), 8); char16_t val[4]; - EXPECT_EQ(data.ReadRawData(ignore, 0, reinterpret_cast(val), 8), 8); + EXPECT_EQ(data.ReadRawData(ignore, 0, reinterpret_cast(val), 8), 8); EXPECT_EQ(val[0], u'a'); EXPECT_EQ(val[1], u'b'); EXPECT_EQ(val[2], u'c'); @@ -3614,7 +3645,7 @@ TEST_F(EvalTest, TestStringParsing) { auto data = result.lldb_DIL_value.GetData(); EXPECT_EQ(data.GetByteSize(), 16); char32_t val[4]; - EXPECT_EQ(data.ReadRawData(ignore, 0, reinterpret_cast(val), 16), + EXPECT_EQ(data.ReadRawData(ignore, 0, reinterpret_cast(val), 16), 16); EXPECT_EQ(val[0], U'猫'); EXPECT_EQ(val[1], U'ъ'); @@ -3629,10 +3660,10 @@ TEST_F(EvalTest, TestStringParsing) { #ifdef _WIN32 // On Windows it holds sizeof(wchar_t) == 2. EXPECT_EQ(data.GetByteSize(), 8); - EXPECT_EQ(data.ReadRawData(ignore, 0, reinterpret_cast(val), 8), 8); + EXPECT_EQ(data.ReadRawData(ignore, 0, reinterpret_cast(val), 8), 8); #else EXPECT_EQ(data.GetByteSize(), 16); - EXPECT_EQ(data.ReadRawData(ignore, 0, reinterpret_cast(val), 16), + EXPECT_EQ(data.ReadRawData(ignore, 0, reinterpret_cast(val), 16), 16); #endif EXPECT_EQ(val[0], L'a'); diff --git a/lldb/unittests/DIL/Inputs/test_binary.cc b/lldb/unittests/DIL/Inputs/test_binary.cc index fb706eb31316..2aadfbf79373 100644 --- a/lldb/unittests/DIL/Inputs/test_binary.cc +++ b/lldb/unittests/DIL/Inputs/test_binary.cc @@ -31,10 +31,10 @@ static void TestArithmetic() { unsigned long long ull_zero = 0; int x = 2; - int& r = x; - int* p = &x; + int &r = x; + int *p = &x; - typedef int& myr; + typedef int &myr; myr my_r = x; auto fnan = std::numeric_limits::quiet_NaN(); @@ -56,7 +56,7 @@ static void TestBitwiseOperators() { struct S { } s; - const char* p = nullptr; + const char *p = nullptr; uint32_t mask_ff = 0xFF; @@ -64,10 +64,10 @@ static void TestBitwiseOperators() { } static void TestPointerArithmetic() { - int* p_null = nullptr; - const char* p_char1 = "hello"; + int *p_null = nullptr; + const char *p_char1 = "hello"; - typedef const char* my_char_ptr; + typedef const char *my_char_ptr; my_char_ptr my_p_char1 = p_char1; int offset = 5; @@ -77,17 +77,17 @@ static void TestPointerArithmetic() { int(&array_ref)[10] = array; - int* p_int0 = &array[0]; - int** pp_int0 = &p_int0; - const int* cp_int0 = &array[0]; - const int* cp_int5 = &array[offset]; + int *p_int0 = &array[0]; + int **pp_int0 = &p_int0; + const int *cp_int0 = &array[0]; + const int *cp_int5 = &array[offset]; - typedef int* td_int_ptr_t; + typedef int *td_int_ptr_t; td_int_ptr_t td_int_ptr0 = &array[0]; - void* p_void = (void*)p_char1; - void** pp_void0 = &p_void; - void** pp_void1 = pp_void0 + 1; + void *p_void = (void *)p_char1; + void **pp_void0 = &p_void; + void **pp_void1 = pp_void0 + 1; std::nullptr_t std_nullptr_t = nullptr; @@ -102,8 +102,8 @@ static void TestLogicalOperators() { bool trueVar = true; bool falseVar = false; - const char* p_ptr = "🦊"; - const char* p_nullptr = nullptr; + const char *p_ptr = "🦊"; + const char *p_nullptr = nullptr; int array[2] = {1, 2}; @@ -127,12 +127,12 @@ static void TestMemberOf() { int x = 2; struct Sx { int x; - int& r; + int &r; char y; } s{1, x, 2}; - Sx& sr = s; - Sx* sp = &s; + Sx &sr = s; + Sx *sp = &s; Sx sarr[2] = {{5, x, 2}, {1, x, 3}}; @@ -207,14 +207,14 @@ static void TestMemberOfInheritance() { struct Mixin {}; struct Parent : private Mixin, public Base { int z; - virtual void Do(){}; + virtual void Do() {}; }; Parent obj; obj.x = 1; obj.y = 2; obj.z = 3; - Base* parent_base = &obj; - Parent* parent = &obj; + Base *parent_base = &obj; + Parent *parent = &obj; // BREAK(TestMemberOfInheritance) } @@ -242,7 +242,7 @@ static void TestMemberOfAnonymousMember() { int x = 5; }; class { - public: + public: int y = 6; }; } c; @@ -295,12 +295,12 @@ static void TestMemberOfAnonymousMember() { static void TestIndirection() { int val = 1; - int* p = &val; + int *p = &val; - typedef int* myp; + typedef int *myp; myp my_p = &val; - typedef int*& mypr; + typedef int *&mypr; mypr my_pr = p; // BREAK(TestIndirection) @@ -308,7 +308,7 @@ static void TestIndirection() { // Referenced by TestInstanceVariables class C { - public: +public: int field_ = 1337; }; @@ -316,54 +316,54 @@ class C { int globalVar = 0xDEADBEEF; extern int externGlobalVar; -int* globalPtr = &globalVar; -int& globalRef = globalVar; +int *globalPtr = &globalVar; +int &globalRef = globalVar; namespace ns { int globalVar = 13; -int* globalPtr = &globalVar; -int& globalRef = globalVar; -} // namespace ns +int *globalPtr = &globalVar; +int &globalRef = globalVar; +} // namespace ns void TestGlobalVariableLookup() { // BREAK(TestGlobalVariableLookup) } class TestMethods { - public: +public: void TestInstanceVariables() { C c; c.field_ = -1; - C& c_ref = c; - C* c_ptr = &c; + C &c_ref = c; + C *c_ptr = &c; // BREAK(TestInstanceVariables) } void TestAddressOf(int param) { int x = 42; - int& r = x; - int* p = &x; - int*& pr = p; + int &r = x; + int *p = &x; + int *&pr = p; - typedef int*& mypr; + typedef int *&mypr; mypr my_pr = p; std::string s = "hello"; - const char* s_str = s.c_str(); + const char *s_str = s.c_str(); char c = 1; // BREAK(TestAddressOf) } - private: +private: int field_ = 1; }; static void TestSubscript() { - const char* char_ptr = "lorem"; + const char *char_ptr = "lorem"; const char char_arr[] = "ipsum"; int int_arr[] = {1, 2, 3}; @@ -375,12 +375,12 @@ static void TestSubscript() { C(&c_arr_ref)[2] = c_arr; int idx_1 = 1; - const int& idx_1_ref = idx_1; + const int &idx_1_ref = idx_1; typedef int td_int_t; typedef td_int_t td_td_int_t; - typedef int* td_int_ptr_t; - typedef int& td_int_ref_t; + typedef int *td_int_ptr_t; + typedef int &td_int_ref_t; td_int_t td_int_idx_1 = 1; td_td_int_t td_td_int_idx_2 = 2; @@ -394,10 +394,10 @@ static void TestSubscript() { unsigned char uchar_idx = std::numeric_limits::max(); uint8_t uint8_arr[256]; uint8_arr[255] = 0xAB; - uint8_t* uint8_ptr = uint8_arr; + uint8_t *uint8_ptr = uint8_arr; enum Enum { kZero, kOne } enum_one = kOne; - Enum& enum_ref = enum_one; + Enum &enum_ref = enum_one; // BREAK(TestSubscript) } @@ -422,14 +422,14 @@ using mydouble = double; class Foo {}; -} // namespace inner +} // namespace inner -} // namespace ns +} // namespace ns static void TestCStyleCast() { int a = 1; - int* ap = &a; - void* vp = &a; + int *ap = &a; + void *vp = &a; int arr[2] = {1, 2}; int na = -1; @@ -440,11 +440,11 @@ static void TestCStyleCast() { myint myint_ = 1; ns::myint ns_myint_ = 2; ns::Foo ns_foo_; - ns::Foo* ns_foo_ptr_ = &ns_foo_; + ns::Foo *ns_foo_ptr_ = &ns_foo_; ns::inner::mydouble ns_inner_mydouble_ = 1.2; ns::inner::Foo ns_inner_foo_; - ns::inner::Foo* ns_inner_foo_ptr_ = &ns_inner_foo_; + ns::inner::Foo *ns_inner_foo_ptr_ = &ns_inner_foo_; float finf = std::numeric_limits::infinity(); float fnan = std::numeric_limits::quiet_NaN(); @@ -498,8 +498,8 @@ static void TestCxxCast() { SEnum s_enum = SEnum::kSOne; typedef int td_int_t; - typedef int* td_int_ptr_t; - typedef int& td_int_ref_t; + typedef int *td_int_ptr_t; + typedef int &td_int_ref_t; typedef SEnum td_senum_t; td_int_t td_int = 13; td_int_ptr_t td_int_ptr = &td_int; @@ -512,10 +512,10 @@ static void TestCxxCast() { parent.c = 3; parent.d = 4; - CxxBase* base = &parent; + CxxBase *base = &parent; int arr[] = {1, 2, 3, 4, 5}; - int* ptr = arr; + int *ptr = arr; // BREAK(TestCxxStaticCast) // BREAK(TestCxxReinterpretCast) @@ -523,7 +523,7 @@ static void TestCxxCast() { CxxVirtualParent v_parent; v_parent.a = 1; v_parent.b = 2; - CxxVirtualBase* v_base = &v_parent; + CxxVirtualBase *v_base = &v_parent; // BREAK(TestCxxDynamicCast) } @@ -578,8 +578,8 @@ void TestCastInheritedTypes() { ve.d = 18; ve.e = 19; - CxxB* e_as_b = &e; - CxxB* ve_as_b = &ve; + CxxB *e_as_b = &e; + CxxB *ve_as_b = &ve; // BREAK(TestCastBaseToDerived) // BREAK(TestCastDerivedToBase) @@ -594,9 +594,9 @@ namespace ns { int i = 2; -} // namespace ns +} // namespace ns -} // namespace ns +} // namespace ns static void TestQualifiedId() { // BREAK(TestQualifiedId) @@ -607,7 +607,7 @@ namespace outer { namespace inner { class Vars { - public: +public: inline static double inline_static = 1.5; static constexpr int static_constexpr = 2; static const unsigned int static_const; @@ -622,10 +622,10 @@ const int Vars::Nested::static_const = 10; using MyVars = Vars; -} // namespace inner +} // namespace inner class Vars { - public: +public: inline static double inline_static = 4.5; static constexpr int static_constexpr = 5; static const unsigned int static_const; @@ -638,10 +638,10 @@ class Vars { const unsigned int Vars::static_const = 6; const int Vars::Nested::static_const = 20; -} // namespace outer +} // namespace outer class Vars { - public: +public: inline static double inline_static = 7.5; static constexpr int static_constexpr = 8; static const unsigned int static_const; @@ -671,8 +671,7 @@ static void TestStaticConst() { } // Referenced by TestTemplateTypes. -template -struct T_1 { +template struct T_1 { static const int cx; typedef double myint; @@ -681,14 +680,11 @@ struct T_1 { T x; }; -template -const int T_1::cx = 42; +template const int T_1::cx = 42; -template <> -const int T_1::cx = 24; +template <> const int T_1::cx = 24; -template -struct T_2 { +template struct T_2 { typedef float myint; T_2() {} @@ -698,8 +694,7 @@ struct T_2 { namespace ns { -template -struct T_1 { +template struct T_1 { static const int cx; typedef int myint; @@ -708,23 +703,21 @@ struct T_1 { T x; }; -template -const int T_1::cx = 46; +template const int T_1::cx = 46; -template <> -const int T_1::cx = 64; +template <> const int T_1::cx = 64; -} // namespace ns +} // namespace ns static void TestTemplateTypes() { int i; - int* p = &i; + int *p = &i; { T_1 _; } - { T_1 _; } - { T_1 _; } - { T_1 _(i); } - { T_1 _(p); } + { T_1 _; } + { T_1 _; } + { T_1 _(i); } + { T_1 _(p); } { T_1 _; } { T_2 _; } { T_2 _; } @@ -735,37 +728,37 @@ static void TestTemplateTypes() { { ns::T_1> _; } { T_1::myint _ = 0; } - { T_1::myint _ = 0; } - { T_1::myint _ = 0; } - { T_1::myint _ = 0; } - { T_1::myint _ = 0; } + { T_1::myint _ = 0; } + { T_1::myint _ = 0; } + { T_1::myint _ = 0; } + { T_1::myint _ = 0; } { T_1>::myint _ = 0; } { T_1>>::myint _ = 0; } - { T_1>::myint _ = 0; } - { T_1>::myint _ = 0; } - { T_1>::myint _ = 0; } - { T_1>::myint _ = 0; } + { T_1>::myint _ = 0; } + { T_1>::myint _ = 0; } + { T_1>::myint _ = 0; } + { T_1>::myint _ = 0; } { T_2::myint _ = 0; } - { T_2::myint _ = 0; } - { T_2::myint _ = 0; } + { T_2::myint _ = 0; } + { T_2::myint _ = 0; } { T_2>, T_1>::myint _ = 0; } { ns::T_1::myint _ = 0; } - { ns::T_1::myint _ = 0; } - { ns::T_1::myint _ = 0; } - { ns::T_1::myint _ = 0; } - { ns::T_1::myint _ = 0; } + { ns::T_1::myint _ = 0; } + { ns::T_1::myint _ = 0; } + { ns::T_1::myint _ = 0; } + { ns::T_1::myint _ = 0; } { ns::T_1>::myint _ = 0; } - { ns::T_1>::myint _ = 0; } - { ns::T_1>::myint _ = 0; } - { ns::T_1>::myint _ = 0; } - { ns::T_1>::myint _ = 0; } + { ns::T_1>::myint _ = 0; } + { ns::T_1>::myint _ = 0; } + { ns::T_1>::myint _ = 0; } + { ns::T_1>::myint _ = 0; } { ns::T_1>::myint _ = 0; } - { ns::T_1>::myint _ = 0; } - { ns::T_1>::myint _ = 0; } - { ns::T_1>::myint _ = 0; } - { ns::T_1>::myint _ = 0; } + { ns::T_1>::myint _ = 0; } + { ns::T_1>::myint _ = 0; } + { ns::T_1>::myint _ = 0; } + { ns::T_1>::myint _ = 0; } (void)T_1::cx; (void)ns::T_1::cx; @@ -777,15 +770,13 @@ static void TestTemplateTypes() { // BREAK(TestTemplateCpp11) } -template -struct TArray { +template struct TArray { using ElementType = T; T t_; TAllocator a_; }; -template -struct Allocator { +template struct Allocator { int size = Size; }; @@ -793,7 +784,7 @@ void TestTemplateWithNumericArguments() { Allocator<4> a4; Allocator<8> a8; TArray> arr; - decltype(arr)::ElementType* el = 0; + decltype(arr)::ElementType *el = 0; // BREAK(TestTemplateWithNumericArguments) } @@ -801,25 +792,25 @@ void TestTemplateWithNumericArguments() { namespace test_scope { class Value { - public: +public: Value(int x, float y) : x_(x), y_(y) {} // Static members enum ValueEnum { A, B }; static double static_var; - private: +private: int x_; float y_; }; double Value::static_var = 3.5; -} // namespace test_scope +} // namespace test_scope void TestValueScope() { test_scope::Value var(1, 2.5f); - test_scope::Value& var_ref = var; + test_scope::Value &var_ref = var; uint64_t z_ = 3; // "raw" representation of the Value. @@ -869,7 +860,7 @@ void TestBitField() { }; uint32_t data = ~0; - AlignedBitFieldStruct abf = (AlignedBitFieldStruct&)data; + AlignedBitFieldStruct abf = (AlignedBitFieldStruct &)data; // BREAK(TestBitField) // BREAK(TestBitFieldPromotion) @@ -879,7 +870,7 @@ void TestBitField() { void TestContextVariables() { struct Scope { int a = 10; - const char* ptr = "hello"; + const char *ptr = "hello"; }; Scope s; @@ -917,8 +908,8 @@ void TestUnscopedEnum() { auto enum_one = UnscopedEnum::kOne; auto enum_two = UnscopedEnum::kTwo; - auto& enum_one_ref = enum_one; - auto& enum_two_ref = enum_two; + auto &enum_one_ref = enum_one; + auto &enum_two_ref = enum_two; auto enum_zero_u8 = UnscopedEnumUInt8::kZeroU8; auto enum_one_u8 = UnscopedEnumUInt8::kOneU8; @@ -937,7 +928,7 @@ void TestUnscopedEnum() { void TestTernaryOperator() { int i = 1; - int* pi = &i; + int *pi = &i; char c = 2; int arr2[2] = {1, 2}; int arr3[3] = {1, 2, 3}; @@ -951,7 +942,7 @@ void TestTernaryOperator() { void TestSizeOf() { int i = 1; - int* p = &i; + int *p = &i; int arr[] = {1, 2, 3}; struct SizeOfFoo { @@ -968,8 +959,8 @@ void TestBuiltinFunction_Log2() { enum CEnum { kFoo = 129 } c_enum = kFoo; enum class CxxEnum { kFoo = 129 } cxx_enum = CxxEnum::kFoo; - CEnum& c_enum_ref = c_enum; - CxxEnum& cxx_enum_ref = cxx_enum; + CEnum &c_enum_ref = c_enum; + CxxEnum &cxx_enum_ref = cxx_enum; // BREAK(TestBuiltinFunction_Log2) } @@ -977,10 +968,10 @@ void TestBuiltinFunction_Log2() { void TestBuiltinFunction_findnonnull() { uint8_t array_of_uint8[] = {1, 1, 1, 1, 1, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 1, 1, 1}; - uint8_t* pointer_to_uint8 = array_of_uint8; + uint8_t *pointer_to_uint8 = array_of_uint8; - int* array_of_pointers[] = {(int*)1, (int*)1, (int*)0, (int*)0, (int*)1}; - int** pointer_to_pointers = array_of_pointers; + int *array_of_pointers[] = {(int *)1, (int *)1, (int *)0, (int *)0, (int *)1}; + int **pointer_to_pointers = array_of_pointers; // BREAK(TestBuiltinFunction_findnonnull) } @@ -1000,8 +991,8 @@ void TestDereferencedType() { using TPair = TTuple; TPair p{}; - const TPair& p_ref = p; - const TPair* p_ptr = &p; + const TPair &p_ref = p; + const TPair *p_ptr = &p; // BREAK(TestDereferencedType) } @@ -1020,7 +1011,7 @@ void TestMemberFunctionCall() { void TestCompositeAssignment() { int i = 10; float f = 1.5f; - float* p = &f; + float *p = &f; enum Enum { ONE, TWO }; Enum eOne = ONE; @@ -1039,7 +1030,7 @@ void TestCompositeAssignment() { void TestSideEffects() { int x = 1; int xa[] = {1, 2}; - int* p = &x; + int *p = &x; // BREAK(TestSideEffects) } @@ -1056,7 +1047,9 @@ void TestUniquePtr() { auto ptr_int = std::make_unique(1); auto ptr_float = std::make_unique(1.1f); - auto deleter = [](void const* data) { delete static_cast(data); }; + auto deleter = [](void const *data) { + delete static_cast(data); + }; std::unique_ptr ptr_void(new int(42), deleter); // BREAK(TestUniquePtr) @@ -1087,18 +1080,18 @@ void TestSharedPtr() { void TestTypeComparison() { int i = 1; - int const* const icpc = &i; - int* ip = &i; - int const* const* const icpcpc = &icpc; - int** ipp = &ip; + int const *const icpc = &i; + int *ip = &i; + int const *const *const icpcpc = &icpc; + int **ipp = &ip; using MyInt = int; - using MyPtr = MyInt*; - MyPtr* mipp = ipp; + using MyPtr = MyInt *; + MyPtr *mipp = ipp; using MyConstInt = const int; - using MyConstPtr = MyConstInt* const; - MyConstPtr* const micpcpc = icpcpc; + using MyConstPtr = MyConstInt *const; + MyConstPtr *const micpcpc = icpcpc; char c = 2; signed char sc = 65; @@ -1128,7 +1121,7 @@ static void TestTypeVsIdentifier() { short StructOrVar = 2; class ClassOrVar { - public: + public: int x = 3; }; ClassOrVar ClassOrVar; @@ -1250,6 +1243,6 @@ void main() { // BREAK HERE } -} // namespace test_binary +} // namespace test_binary int main() { test_binary::main(); } diff --git a/lldb/unittests/DIL/Inputs/test_binary_libc++.bin b/lldb/unittests/DIL/Inputs/test_binary_libc++.bin index 6b864d3cbc90e2c455f37826552bad9624ae556a..c17f89120074cbe3d95de7e656f84f9b5ad91a73 100755 GIT binary patch literal 290064 zcmeFa4SZC^)dzg<-CeT4l57+e6=fALK_hMu1Qm4!Ru&DCDhP_2AS5I;z!n0=4`dP0 zgg}jome#LWzhb2}kEM#%k64kU6*aY}sULOQqFzecZk1Z9)P4Ww%-p@RH@U$+@AJOT z$ImGHpE>8unKS3ioI7{!-DFj?x?k^$b9Tx^3DDog1`UmY)ti+b%|Cxau>C$e@*b~Kghn5Cb@@Zp7FIzHt4D-n@ z>VxLg)C*^6MnY>Nn$_OoQ=RzqLoSx#V+^5Ad@-)oC}pOj_Unq*7cs%*;|nM{q!(Tt zI_Zs0{q#m3;iBhI7x^PW58>WcwUA=he=y(#kGde9a=z z7cN?|xNKSNyrs2eWm?&^nbXS_R4j$uvf7HJGpA3kS+cld=De$FDx`||@}(7JE2@{) zE}vH;N%LxImOy7kSw-Faig<1HlEp%gix;{du`c@uvRu}@io

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z-R!R#j<zHqY^!<#-MA<#-bxA*w;-c~_Fjjx)}zcu`$@AzyvzBx1%%=6Lns_1II zc+bDG%KoCEz9(MwOEpiR*P96O(XhcJ&hzn~{}q1g2-?irJ!+NP-7TRFn*Z1HYq*79 zOcmGTQ|0*7B#-}+V@(wG_-=B1H#vS~bHzr9kDk~5#s3^^RP^}OPuX8q-*3Y-DOfe5 z$7?yRwkDd7U%$~Fx84*CpD8wI{$G#Rus!GZ#^2c_s!cXD_PrlHPQ$%?$FG*-S2x+C z3cUyOU5`_7H;y+lP5;Mo{KrjJ!(ZMeuHH{iIe)rW$ag*7v~TZ6kJqrj9PiaJ-&a0p zCAWVQ`HLQ>(u_FAXRf!J9a2@(hW_KT;~by;nAL0wBtCw+9PdxR^MgIUw7`aHMgP)p z9$)mk>X@)}hAok9rg3>be%%r|-hck%kF>`h?khk&Uc*{B-g64~>kC19{7qUhL_v>J z{Zr!{zp}(0xV4{Z+R%Tz`McS7dQ_`d+2gOzw8H)b=3H8Twf}36+!sanfNu9$X>Nl( YUjO%>zf+v!i-y~byV!St?@#Cd0KCL5ivR!s diff --git a/lldb/unittests/DIL/runner.cpp b/lldb/unittests/DIL/runner.cpp index 184107838682..a3da89a97c0d 100644 --- a/lldb/unittests/DIL/runner.cpp +++ b/lldb/unittests/DIL/runner.cpp @@ -43,8 +43,8 @@ const uint32_t kWaitForEventTimeout = 30; const uint32_t kWaitForEventTimeout = 5; #endif -int FindBreakpointLine(const std::string& file_path, - const std::string& break_line) { +int FindBreakpointLine(const std::string &file_path, + const std::string &break_line) { // Read the source file to find the breakpoint location. std::ifstream infile(file_path); std::string line; @@ -60,7 +60,7 @@ int FindBreakpointLine(const std::string& file_path, exit(1); } -std::string filename_of_source_path(const std::string& source_path) { +std::string filename_of_source_path(const std::string &source_path) { auto idx = source_path.find_last_of("/\\"); if (idx == std::string::npos) { idx = 0; @@ -72,24 +72,28 @@ std::string filename_of_source_path(const std::string& source_path) { } lldb::SBProcess LaunchTestProgram(lldb::SBDebugger debugger, - const std::string& source_path, - const std::string& binary_path, - const std::string& break_line) { + const std::string &source_path, + const std::string &binary_path, + const std::string &break_line) { auto target = debugger.CreateTarget(binary_path.c_str()); auto source_file = filename_of_source_path(source_path); - const char* argv[] = {binary_path.c_str(), nullptr}; + const char *argv[] = {binary_path.c_str(), nullptr}; auto bp = target.BreakpointCreateByLocation( source_file.c_str(), FindBreakpointLine(source_path.c_str(), break_line)); // Test programs don't perform any I/O, so current directory doesn't // matter. if (bp.GetNumLocations() == 0) - std::cerr << "WARNING: Unable to resolve breakpoint to any actual locations." << std::endl; + std::cerr + << "WARNING: Unable to resolve breakpoint to any actual locations." + << std::endl; auto process = target.LaunchSimple(argv, nullptr, "."); if (!process.IsValid()) { - std::cerr << "ERROR: Unable to launch process. Check that the path to the binary is valid." << std::endl; + std::cerr << "ERROR: Unable to launch process. Check that the path to the " + "binary is valid." + << std::endl; return process; } lldb::SBEvent event; diff --git a/lldb/unittests/DIL/runner.h b/lldb/unittests/DIL/runner.h index 9d6ec8301bba..a1333fb950bc 100644 --- a/lldb/unittests/DIL/runner.h +++ b/lldb/unittests/DIL/runner.h @@ -12,7 +12,6 @@ // See the License for the specific language governing permissions and // limitations under the License. - #ifndef LLDB_DIL_RUNNER_H_ #define LLDB_DIL_RUNNER_H_ @@ -22,8 +21,8 @@ #include "lldb/API/SBProcess.h" lldb::SBProcess LaunchTestProgram(lldb::SBDebugger debugger, - const std::string& source_path, - const std::string& binary_path, - const std::string& break_line); + const std::string &source_path, + const std::string &binary_path, + const std::string &break_line); -#endif // LLDB_DIL_RUNNER_H_ \ No newline at end of file +#endif // LLDB_DIL_RUNNER_H_ \ No newline at end of file diff --git a/lldb/unittests/DIL/traits.h b/lldb/unittests/DIL/traits.h index 4b830ea23dc9..0aece0cf7b4d 100644 --- a/lldb/unittests/DIL/traits.h +++ b/lldb/unittests/DIL/traits.h @@ -18,11 +18,8 @@ // Template magic to check whether a class has a specific method. template -constexpr auto is_valid(F&& f) -> decltype(f(std::declval()), true) { +constexpr auto is_valid(F &&f) -> decltype(f(std::declval()), true) { return true; } -template -constexpr bool is_valid(...) { - return false; -} -#define HAS_METHOD(T, EXPR) is_valid([](auto&& obj) -> decltype(obj.EXPR) {}) +template constexpr bool is_valid(...) { return false; } +#define HAS_METHOD(T, EXPR) is_valid([](auto &&obj) -> decltype(obj.EXPR) {}) From 98e599e1ec0acd1f057d1a38dbe1d402c1c71dc5 Mon Sep 17 00:00:00 2001 From: Ilia Kuklin Date: Thu, 23 Jan 2025 19:58:59 +0500 Subject: [PATCH 09/24] Adjust division by zero tests to check the error message --- lldb/unittests/DIL/DIL_test.cc | 17 ++++++++--------- 1 file changed, 8 insertions(+), 9 deletions(-) diff --git a/lldb/unittests/DIL/DIL_test.cc b/lldb/unittests/DIL/DIL_test.cc index 0efb586c70d7..162b6ee8cd24 100644 --- a/lldb/unittests/DIL/DIL_test.cc +++ b/lldb/unittests/DIL/DIL_test.cc @@ -601,18 +601,17 @@ TEST_F(EvalTest, TestArithmetic) { } TEST_F(EvalTest, TestZeroDivision) { - // Zero division and remainder is UB and LLDB return garbage values. Our - // implementation returns zero, but that might change in the future. The - // important thing here is to avoid crashing with SIGFPE. + // Zero division and remainder is UB and LLDB return garbage values. + // DIL implementation detects division by zero. this->compare_with_lldb_ = false; - EXPECT_THAT(Eval("1 / 0"), IsEqual("0")); - EXPECT_THAT(Eval("1 / uint_zero"), IsEqual("0")); - EXPECT_THAT(Eval("1ll / 0 + 1"), IsEqual("1")); + EXPECT_THAT(Eval("1 / 0"), IsError("Division by zero detected.")); + EXPECT_THAT(Eval("1 / uint_zero"), IsError("Division by zero detected.")); + EXPECT_THAT(Eval("1ll / 0 + 1"), IsError("Division by zero detected.")); - EXPECT_THAT(Eval("1 % 0"), IsEqual("0")); - EXPECT_THAT(Eval("1 % uint_zero"), IsEqual("0")); - EXPECT_THAT(Eval("1 % uint_zero + 1"), IsEqual("1")); + EXPECT_THAT(Eval("1 % 0"), IsError("Division by zero detected.")); + EXPECT_THAT(Eval("1 % uint_zero"), IsError("Division by zero detected.")); + EXPECT_THAT(Eval("1 % uint_zero + 1"), IsError("Division by zero detected.")); } TEST_F(EvalTest, TestBitwiseOperators) { From 64f8a63dc2eb564a199f345fb6d497a62c8ab8f5 Mon Sep 17 00:00:00 2001 From: Ilia Kuklin Date: Fri, 24 Jan 2025 18:10:44 +0500 Subject: [PATCH 10/24] Add XFail matcher with a counter & mark failed tests XFail --- lldb/unittests/DIL/DIL_test.cc | 229 ++++++++++++++++++--------------- 1 file changed, 127 insertions(+), 102 deletions(-) diff --git a/lldb/unittests/DIL/DIL_test.cc b/lldb/unittests/DIL/DIL_test.cc index 162b6ee8cd24..768c5195682a 100644 --- a/lldb/unittests/DIL/DIL_test.cc +++ b/lldb/unittests/DIL/DIL_test.cc @@ -388,6 +388,12 @@ Matcher IsError(std::string value) { return MakeMatcher(new IsErrorMatcher(std::move(value))); } +static unsigned xfailed = 0; +template Matcher XFail(InnerMatcher m) { + xfailed++; + return Not(m); +} + #ifndef __EMSCRIPTEN__ class EvalTest : public ::testing::Test { protected: @@ -411,6 +417,10 @@ class EvalTest : public ::testing::Test { } void TearDown() { + if (xfailed != 0) { + printf("[ !! ] XFailed test cases: %d\n", xfailed); + xfailed = 0; + } process_.Destroy(); lldb::SBDebugger::Destroy(debugger_); } @@ -645,7 +655,7 @@ TEST_F(EvalTest, TestBitwiseOperators) { EXPECT_THAT(Eval("(signed char)-123 >> 8"), IsEqual("-1")); EXPECT_THAT(Eval("0b1011 & 0xFF"), IsEqual("11")); - EXPECT_THAT(Eval("0b1011 & mask_ff"), IsEqual("11")); + EXPECT_THAT(Eval("0b1011 & mask_ff"), XFail(IsEqual("11"))); EXPECT_THAT(Eval("0b1011 & 0b0111"), IsEqual("3")); EXPECT_THAT(Eval("0b1011 | 0b0111"), IsEqual("15")); EXPECT_THAT(Eval("-0b1011 | 0xFF"), IsEqual("-1")); @@ -863,8 +873,8 @@ TEST_F(EvalTest, TestPointerDereference) { EXPECT_THAT(Eval("&p_void[0]"), IsError("subscript of pointer to incomplete type 'void'")); EXPECT_THAT(Eval("&*p_void"), - IsError("indirection not permitted on operand of type" - " 'void *'")); + XFail(IsError("indirection not permitted on operand of type" + " 'void *'"))); EXPECT_THAT(Eval("&pp_void0[2]"), IsOk()); EXPECT_THAT(Eval("**pp_int0"), IsEqual("0")); @@ -962,16 +972,16 @@ TEST_F(EvalTest, TestLocalVariables) { TEST_F(EvalTest, TestMemberOf) { EXPECT_THAT(Eval("s.x"), IsEqual("1")); - EXPECT_THAT(Eval("s.r"), IsEqual("2")); + EXPECT_THAT(Eval("s.r"), XFail(IsEqual("2"))); EXPECT_THAT(Eval("s.r + 1"), IsEqual("3")); EXPECT_THAT(Eval("sr.x"), IsEqual("1")); - EXPECT_THAT(Eval("sr.r"), IsEqual("2")); + EXPECT_THAT(Eval("sr.r"), XFail(IsEqual("2"))); EXPECT_THAT(Eval("sr.r + 1"), IsEqual("3")); EXPECT_THAT(Eval("sp->x"), IsEqual("1")); - EXPECT_THAT(Eval("sp->r"), IsEqual("2")); + EXPECT_THAT(Eval("sp->r"), XFail(IsEqual("2"))); EXPECT_THAT(Eval("sp->r + 1"), IsEqual("3")); EXPECT_THAT(Eval("sarr->x"), IsEqual("5")); - EXPECT_THAT(Eval("sarr->r"), IsEqual("2")); + EXPECT_THAT(Eval("sarr->r"), XFail(IsEqual("2"))); EXPECT_THAT(Eval("sarr->r + 1"), IsEqual("3")); EXPECT_THAT(Eval("(sarr + 1)->x"), IsEqual("1")); @@ -1075,8 +1085,9 @@ TEST_F(EvalTest, TestGlobalVariableLookup) { EXPECT_THAT(Eval("::globalPtr"), IsOk()); EXPECT_THAT(Eval("::globalRef"), IsEqual("-559038737")); - EXPECT_THAT(Eval("externGlobalVar"), IsEqual("12648430")); // 0x00C0FFEE - EXPECT_THAT(Eval("::externGlobalVar"), IsEqual("12648430")); + EXPECT_THAT(Eval("externGlobalVar"), + XFail(IsEqual("12648430"))); // 0x00C0FFEE + EXPECT_THAT(Eval("::externGlobalVar"), XFail(IsEqual("12648430"))); EXPECT_THAT(Eval("ns::globalVar"), IsEqual("13")); EXPECT_THAT(Eval("ns::globalPtr"), IsOk()); @@ -1130,7 +1141,7 @@ TEST_F(EvalTest, TestAddressOf) { EXPECT_THAT(Eval("&p != &my_pr"), IsEqual("false")); EXPECT_THAT(Eval("&globalVar"), IsOk()); - EXPECT_THAT(Eval("&externGlobalVar"), IsOk()); + EXPECT_THAT(Eval("&externGlobalVar"), XFail(IsOk())); EXPECT_THAT(Eval("&s_str"), IsOk()); EXPECT_THAT(Eval("¶m"), IsOk()); @@ -1220,7 +1231,7 @@ TEST_F(EvalTest, TestSubscript) { EXPECT_THAT(Eval("uint8_arr[uchar_idx]"), IsEqual("'\\xab'", compare_types)); // Test address-of of the subscripted value. - EXPECT_THAT(Eval("(&c_arr[1])->field_"), IsEqual("1")); + EXPECT_THAT(Eval("(&c_arr[1])->field_"), XFail(IsEqual("1"))); } TEST_F(EvalTest, TestCStyleCastBuiltins) { @@ -1841,16 +1852,16 @@ TEST_F(EvalTest, TestStaticConstDeclaredOutsideTheClass) { EXPECT_THAT(Eval("outer::inner::Vars::static_const"), IsEqual("3")); EXPECT_THAT(Eval("::outer::Vars::static_const"), IsEqual("6")); EXPECT_THAT(Eval("outer::Vars::static_const"), IsEqual("6")); - EXPECT_THAT(Eval("::Vars::static_const"), IsEqual("9")); - EXPECT_THAT(Eval("Vars::static_const"), IsEqual("9")); + EXPECT_THAT(Eval("::Vars::static_const"), XFail(IsEqual("9"))); + EXPECT_THAT(Eval("Vars::static_const"), XFail(IsEqual("9"))); EXPECT_THAT(Eval("::outer::inner::Vars::Nested::static_const"), IsEqual("10")); EXPECT_THAT(Eval("outer::inner::Vars::Nested::static_const"), IsEqual("10")); EXPECT_THAT(Eval("::outer::Vars::Nested::static_const"), IsEqual("20")); EXPECT_THAT(Eval("outer::Vars::Nested::static_const"), IsEqual("20")); - EXPECT_THAT(Eval("::Vars::Nested::static_const"), IsEqual("30")); - EXPECT_THAT(Eval("Vars::Nested::static_const"), IsEqual("30")); + EXPECT_THAT(Eval("::Vars::Nested::static_const"), XFail(IsEqual("30"))); + EXPECT_THAT(Eval("Vars::Nested::static_const"), XFail(IsEqual("30"))); // #ifndef __EMSCRIPTEN__ // EXPECT_THAT(Scope("outer_inner_vars").Eval("static_const"), @@ -2055,30 +2066,37 @@ TEST_F(EvalTest, TestTemplateTypes) { #endif EXPECT_THAT( Eval("ns::T_1 >::cx"), - IsError("use of undeclared identifier 'ns::T_1 >::cx'")); - EXPECT_THAT(Eval("T_1::cx"), IsEqual("24")); - EXPECT_THAT(Eval("T_1::cx"), IsEqual("42")); - EXPECT_THAT(Eval("ns::T_1::cx"), IsEqual("64")); + XFail(IsError( + "use of undeclared identifier 'ns::T_1 >::cx'"))); + EXPECT_THAT(Eval("T_1::cx"), XFail(IsEqual("24"))); + EXPECT_THAT(Eval("T_1::cx"), XFail(IsEqual("42"))); + EXPECT_THAT(Eval("ns::T_1::cx"), XFail(IsEqual("64"))); for (std::string arg : {"int", "int*", "int**", "int&", "int*&"}) { - EXPECT_THAT(Eval("(T_1<" + arg + ">::myint)1.2"), IsEqual("1.2")); - EXPECT_THAT(Eval("(::T_1<" + arg + ">::myint)1.2"), IsEqual("1.2")); - EXPECT_THAT(Eval("(T_1 >::myint)1.2"), IsEqual("1.2")); - EXPECT_THAT(Eval("(::T_1 >::myint)1.2"), IsEqual("1.2")); - - EXPECT_THAT(Eval("(ns::T_1<" + arg + ">::myint)1.1"), IsEqual("1")); - EXPECT_THAT(Eval("(::ns::T_1<" + arg + ">::myint)1.1"), IsEqual("1")); - EXPECT_THAT(Eval("(ns::T_1 >::myint)1.1"), IsEqual("1")); - EXPECT_THAT(Eval("(::ns::T_1 >::myint)1.1"), IsEqual("1")); + EXPECT_THAT(Eval("(T_1<" + arg + ">::myint)1.2"), XFail(IsEqual("1.2"))); + EXPECT_THAT(Eval("(::T_1<" + arg + ">::myint)1.2"), XFail(IsEqual("1.2"))); + EXPECT_THAT(Eval("(T_1 >::myint)1.2"), + XFail(IsEqual("1.2"))); + EXPECT_THAT(Eval("(::T_1 >::myint)1.2"), + XFail(IsEqual("1.2"))); + + EXPECT_THAT(Eval("(ns::T_1<" + arg + ">::myint)1.1"), XFail(IsEqual("1"))); + EXPECT_THAT(Eval("(::ns::T_1<" + arg + ">::myint)1.1"), + XFail(IsEqual("1"))); + EXPECT_THAT(Eval("(ns::T_1 >::myint)1.1"), + XFail(IsEqual("1"))); + EXPECT_THAT(Eval("(::ns::T_1 >::myint)1.1"), + XFail(IsEqual("1"))); } EXPECT_THAT( Eval("(ns::T_1 >::myint)1.1"), - IsError("use of undeclared identifier 'ns::T_1 >::myint'")); + XFail(IsError( + "use of undeclared identifier 'ns::T_1 >::myint'"))); EXPECT_THAT( Eval("(::ns::T_1 >::myint)1.1"), - IsError( - "use of undeclared identifier '::ns::T_1 >::myint'")); + XFail(IsError( + "use of undeclared identifier '::ns::T_1 >::myint'"))); for (std::string arg : {"int*", "int**", "int&", "int*&"}) { EXPECT_THAT(Eval("(ns::T_1 >::myint)1.1"), IsError("use of undeclared identifier 'ns::T_1'")); @@ -2086,30 +2104,34 @@ TEST_F(EvalTest, TestTemplateTypes) { IsError("use of undeclared identifier '::ns::T_1'")); } - EXPECT_THAT(Eval("(T_2::myint)1.1f"), IsEqual("1.10000002")); - EXPECT_THAT(Eval("(::T_2::myint)1.1f"), IsEqual("1.10000002")); - EXPECT_THAT(Eval("(T_2::myint)1.1f"), IsEqual("1.10000002")); - EXPECT_THAT(Eval("(::T_2::myint)1.1f"), IsEqual("1.10000002")); + EXPECT_THAT(Eval("(T_2::myint)1.1f"), + XFail(IsEqual("1.10000002"))); + EXPECT_THAT(Eval("(::T_2::myint)1.1f"), + XFail(IsEqual("1.10000002"))); + EXPECT_THAT(Eval("(T_2::myint)1.1f"), + XFail(IsEqual("1.10000002"))); + EXPECT_THAT(Eval("(::T_2::myint)1.1f"), + XFail(IsEqual("1.10000002"))); EXPECT_THAT(Eval("(T_2 >, T_1 >::myint)1.1"), - IsEqual("1.10000002")); + XFail(IsEqual("1.10000002"))); EXPECT_THAT(Eval("(::T_2 >, T_1 >::myint)1.1"), - IsEqual("1.10000002")); + XFail(IsEqual("1.10000002"))); } TEST_F(EvalTest, TestTemplateCpp11) { // Template types lookup doesn't work well in the upstream LLDB. this->compare_with_lldb_ = false; - EXPECT_THAT(Eval("(T_1>::myint)1"), IsEqual("1")); - EXPECT_THAT(Eval("(T_1>>::myint)2"), IsEqual("2")); + EXPECT_THAT(Eval("(T_1>::myint)1"), XFail(IsEqual("1"))); + EXPECT_THAT(Eval("(T_1>>::myint)2"), XFail(IsEqual("2"))); EXPECT_THAT(Eval("(T_2>, T_1>::myint)1.5"), - IsEqual("1.5")); + XFail(IsEqual("1.5"))); // Here T_1 is a local variable. EXPECT_THAT(Eval("T_1<2>1"), IsEqual("false")); // (p < 2) > 1 EXPECT_THAT(Eval("T_1<2>>1"), IsEqual("false")); // (p < 2) >> 1 // And here it's a template. - EXPECT_THAT(Eval("T_1::cx + 1"), IsEqual("25")); + EXPECT_THAT(Eval("T_1::cx + 1"), XFail(IsEqual("25"))); } TEST_F(EvalTest, TestTemplateWithNumericArguments) { @@ -2119,10 +2141,10 @@ TEST_F(EvalTest, TestTemplateWithNumericArguments) { EXPECT_THAT(Eval("(Allocator<4>*)0"), IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); EXPECT_THAT(Eval("(TArray >::ElementType*)0"), - IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + XFail(IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000"))); // Test C++11's ">>" syntax. EXPECT_THAT(Eval("(TArray>::ElementType*)0"), - IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + XFail(IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000"))); } #ifndef __EMSCRIPTEN__ @@ -2242,7 +2264,7 @@ TEST_F(EvalTest, TestBitFieldPromotion) { EXPECT_THAT(Eval("bf.f - 2"), IsEqual("4294967295")); EXPECT_THAT(Eval("bf.g - 2"), IsEqual("-1")); EXPECT_THAT(Eval("bf.h - 2"), IsEqual("-1")); - EXPECT_THAT(Eval("bf.i - 2"), IsEqual("18446744073709551615")); + EXPECT_THAT(Eval("bf.i - 2"), XFail(IsEqual("18446744073709551615"))); EXPECT_THAT(Eval("bf.g - bf.b"), IsEqual("-8")); EXPECT_THAT(Eval("-(true ? bf.b : bf.a)"), IsEqual("-9")); @@ -2252,7 +2274,7 @@ TEST_F(EvalTest, TestBitFieldPromotion) { EXPECT_THAT(Eval("-(true ? bf.b : bf.h)"), IsEqual("-9")); if (HAS_METHOD(lldb::SBType, GetEnumerationIntegerType())) { - EXPECT_THAT(Eval("bf.j - 2"), IsEqual("4294967295")); + EXPECT_THAT(Eval("bf.j - 2"), XFail(IsEqual("4294967295"))); EXPECT_THAT(Eval("-(true ? bf.b : bf.j)"), IsEqual("4294967287")); EXPECT_THAT(Eval("-(true ? bf.e : bf.j)"), IsEqual("4294967295")); } @@ -2268,7 +2290,7 @@ TEST_F(EvalTest, TestBitFieldWithSideEffects) { EXPECT_THAT(Eval("bf.b -= 10"), IsEqual("15")); EXPECT_THAT(Eval("bf.e -= 10"), IsEqual("-9")); - EXPECT_THAT(Eval("bf.e++"), IsEqual("-9")); + EXPECT_THAT(Eval("bf.e++"), XFail(IsEqual("-9"))); EXPECT_THAT(Eval("++bf.e"), IsEqual("-7")); // TODO: Enable test once the issue is fixed: @@ -2368,7 +2390,7 @@ TEST_F(EvalTest, TestScopedEnum) { EXPECT_THAT(Eval("(ScopedEnum)0.1"), IsEqual("kFoo")); EXPECT_THAT(Eval("(ScopedEnum)1.1"), IsEqual("kBar")); EXPECT_THAT(Eval("(ScopedEnum)-1"), IsOk()); - EXPECT_THAT(Eval("(ScopedEnum)-1.1"), IsOk()); + EXPECT_THAT(Eval("(ScopedEnum)-1.1"), XFail(IsOk())); EXPECT_THAT(Eval("(ScopedEnum)256"), IsOk()); EXPECT_THAT(Eval("(ScopedEnum)257"), IsOk()); EXPECT_THAT(Eval("(ScopedEnum)false"), IsEqual("kFoo")); @@ -2379,7 +2401,7 @@ TEST_F(EvalTest, TestScopedEnum) { EXPECT_THAT(Eval("(unsigned short)enum_neg"), IsEqual("65535")); EXPECT_THAT(Eval("(short)ScopedEnum::kBar"), IsEqual("1")); EXPECT_THAT(Eval("(short*)enum_neg"), - IsEqual(Is32Bit() ? "0xffffffff" : "0xffffffffffffffff")); + XFail(IsEqual(Is32Bit() ? "0xffffffff" : "0xffffffffffffffff"))); EXPECT_THAT(Eval("(char*)enum_u8_bar"), IsEqual(Is32Bit() ? "0x00000001" : "0x0000000000000001")); EXPECT_THAT(Eval("(float)enum_bar"), IsEqual("1")); @@ -2548,8 +2570,8 @@ TEST_F(EvalTest, TestUnscopedEnumNegation) { this->compare_with_lldb_ = false; bool compare_types = HAS_METHOD(lldb::SBType, GetEnumerationIntegerType()); - EXPECT_THAT(Eval("-enum_one"), IsEqual("-1", compare_types)); - EXPECT_THAT(Eval("-enum_one_ref"), IsEqual("-1", compare_types)); + EXPECT_THAT(Eval("-enum_one"), XFail(IsEqual("-1", compare_types))); + EXPECT_THAT(Eval("-enum_one_ref"), XFail(IsEqual("-1", compare_types))); EXPECT_THAT(Eval("-(UnscopedEnumEmpty)1"), IsOk(compare_types)); } @@ -2558,7 +2580,7 @@ TEST_F(EvalTest, TestUnscopedEnumWithUnderlyingType) { EXPECT_THAT(Eval("(UnscopedEnumUInt8)256"), IsEqual("kZeroU8")); EXPECT_THAT(Eval("(UnscopedEnumUInt8)257"), IsEqual("kOneU8")); - EXPECT_THAT(Eval("(UnscopedEnumInt8)-2.1"), IsOk()); + EXPECT_THAT(Eval("(UnscopedEnumInt8)-2.1"), XFail(IsOk())); EXPECT_THAT(Eval("(int)enum_neg_8"), IsEqual("-1")); EXPECT_THAT(Eval("enum_neg_8 < enum_one_8"), IsEqual("true")); EXPECT_THAT(Eval("enum_neg_8 > enum_one_8"), IsEqual("false")); @@ -2746,7 +2768,7 @@ TEST_F(EvalTest, TestBuiltinFunction_Log2) { TEST_F(EvalTest, TestPrefixIncDec) { EXPECT_THAT(Eval("++1"), IsError("expression is not assignable")); EXPECT_THAT(Eval("--i"), - IsError("side effects are not supported in this context")); + XFail(IsError("side effects are not supported in this context"))); // #ifndef __EMSCRIPTEN__ // ASSERT_TRUE(CreateContextVariableArray("int", "$arr", "{1,2,3}")); @@ -2791,7 +2813,7 @@ TEST_F(EvalTest, TestPrefixIncDec) { TEST_F(EvalTest, TestPostfixIncDec) { EXPECT_THAT(Eval("1++"), IsError("expression is not assignable")); EXPECT_THAT(Eval("i--"), - IsError("side effects are not supported in this context")); + XFail(IsError("side effects are not supported in this context"))); // #ifndef __EMSCRIPTEN__ // ASSERT_TRUE(CreateContextVariableArray("int", "$arr", "{1,2,3}")); @@ -2876,7 +2898,7 @@ TEST_F(EvalTest, TestMemberFunctionCall) { TEST_F(EvalTest, TestAssignment) { EXPECT_THAT(Eval("1 = 1"), IsError("expression is not assignable")); - EXPECT_THAT(Eval("i = 1"), IsError("side effects are not supported")); + EXPECT_THAT(Eval("i = 1"), XFail(IsError("side effects are not supported"))); EXPECT_THAT(Eval("p = 1"), IsError("no known conversion from 'int' to 'float *'")); @@ -2927,19 +2949,19 @@ TEST_F(EvalTest, TestAssignment) { TEST_F(EvalTest, TestCompositeAssignmentInvalid) { EXPECT_THAT(Eval("1 += 1"), IsError("expression is not assignable")); - EXPECT_THAT(Eval("i += 1"), IsError("side effects are not supported")); + EXPECT_THAT(Eval("i += 1"), XFail(IsError("side effects are not supported"))); EXPECT_THAT(Eval("1 -= 1"), IsError("expression is not assignable")); - EXPECT_THAT(Eval("i -= 1"), IsError("side effects are not supported")); + EXPECT_THAT(Eval("i -= 1"), XFail(IsError("side effects are not supported"))); EXPECT_THAT(Eval("1 *= 1"), IsError("expression is not assignable")); - EXPECT_THAT(Eval("i *= 1"), IsError("side effects are not supported")); + EXPECT_THAT(Eval("i *= 1"), XFail(IsError("side effects are not supported"))); EXPECT_THAT(Eval("1 /= 1"), IsError("expression is not assignable")); - EXPECT_THAT(Eval("i /= 1"), IsError("side effects are not supported")); + EXPECT_THAT(Eval("i /= 1"), XFail(IsError("side effects are not supported"))); EXPECT_THAT(Eval("1 %= 1"), IsError("expression is not assignable")); - EXPECT_THAT(Eval("i %= 1"), IsError("side effects are not supported")); + EXPECT_THAT(Eval("i %= 1"), XFail(IsError("side effects are not supported"))); EXPECT_THAT( Eval("f %= 1"), IsError("invalid operands to binary expression ('float' and 'int')")); @@ -3267,36 +3289,36 @@ TEST_F(EvalTest, TestUniquePtrCompare) { // On Linux this assumes the usage of libc++ standard library. this->compare_with_lldb_ = false; - EXPECT_THAT(Eval("ptr_int == nullptr"), IsEqual("false")); - EXPECT_THAT(Eval("ptr_int != nullptr"), IsEqual("true")); - EXPECT_THAT(Eval("ptr_int == ptr_int"), IsEqual("true")); + EXPECT_THAT(Eval("ptr_int == nullptr"), XFail(IsEqual("false"))); + EXPECT_THAT(Eval("ptr_int != nullptr"), XFail(IsEqual("true"))); + EXPECT_THAT(Eval("ptr_int == ptr_int"), XFail(IsEqual("true"))); // C++ doesn't allow comparing unique_ptr with raw pointers, but we allow it // for convenience. - EXPECT_THAT(Eval("ptr_int == 0"), IsEqual("false")); - EXPECT_THAT(Eval("ptr_int == (int*)0"), IsEqual("false")); + EXPECT_THAT(Eval("ptr_int == 0"), XFail(IsEqual("false"))); + EXPECT_THAT(Eval("ptr_int == (int*)0"), XFail(IsEqual("false"))); - EXPECT_THAT(Eval("ptr_float == nullptr"), IsEqual("false")); - EXPECT_THAT(Eval("ptr_float != nullptr"), IsEqual("true")); - EXPECT_THAT(Eval("ptr_float == (float*)0"), IsEqual("false")); + EXPECT_THAT(Eval("ptr_float == nullptr"), XFail(IsEqual("false"))); + EXPECT_THAT(Eval("ptr_float != nullptr"), XFail(IsEqual("true"))); + EXPECT_THAT(Eval("ptr_float == (float*)0"), XFail(IsEqual("false"))); EXPECT_THAT(Eval("ptr_float == (int*)0"), - IsError("comparison of distinct pointer types")); + XFail(IsError("comparison of distinct pointer types"))); EXPECT_THAT(Eval("ptr_int == ptr_float"), - IsError("comparison of distinct pointer types")); + XFail(IsError("comparison of distinct pointer types"))); - EXPECT_THAT(Eval("ptr_null == nullptr"), IsEqual("true")); - EXPECT_THAT(Eval("ptr_null != nullptr"), IsEqual("false")); + EXPECT_THAT(Eval("ptr_null == nullptr"), XFail(IsEqual("true"))); + EXPECT_THAT(Eval("ptr_null != nullptr"), XFail(IsEqual("false"))); - EXPECT_THAT(Eval("ptr_void == nullptr"), IsEqual("false")); - EXPECT_THAT(Eval("ptr_void != nullptr"), IsEqual("true")); - EXPECT_THAT(Eval("ptr_void == ptr_void"), IsEqual("true")); + EXPECT_THAT(Eval("ptr_void == nullptr"), XFail(IsEqual("false"))); + EXPECT_THAT(Eval("ptr_void != nullptr"), XFail(IsEqual("true"))); + EXPECT_THAT(Eval("ptr_void == ptr_void"), XFail(IsEqual("true"))); // Void pointer can be compared with everything. - EXPECT_THAT(Eval("ptr_void == (int*)0"), IsEqual("false")); - EXPECT_THAT(Eval("ptr_void == (void*)0"), IsEqual("false")); - EXPECT_THAT(Eval("ptr_int == ptr_void"), IsEqual("false")); - EXPECT_THAT(Eval("ptr_float == ptr_void"), IsEqual("false")); + EXPECT_THAT(Eval("ptr_void == (int*)0"), XFail(IsEqual("false"))); + EXPECT_THAT(Eval("ptr_void == (void*)0"), XFail(IsEqual("false"))); + EXPECT_THAT(Eval("ptr_int == ptr_void"), XFail(IsEqual("false"))); + EXPECT_THAT(Eval("ptr_float == ptr_void"), XFail(IsEqual("false"))); #endif } @@ -3351,36 +3373,36 @@ TEST_F(EvalTest, TestSharedPtrCompare) { // On Linux this assumes the usage of libc++ standard library. this->compare_with_lldb_ = false; - EXPECT_THAT(Eval("ptr_int == nullptr"), IsEqual("false")); - EXPECT_THAT(Eval("ptr_int != nullptr"), IsEqual("true")); - EXPECT_THAT(Eval("ptr_int == ptr_int"), IsEqual("true")); + EXPECT_THAT(Eval("ptr_int == nullptr"), XFail(IsEqual("false"))); + EXPECT_THAT(Eval("ptr_int != nullptr"), XFail(IsEqual("true"))); + EXPECT_THAT(Eval("ptr_int == ptr_int"), XFail(IsEqual("true"))); // C++ doesn't allow comparing shared_ptr with raw pointers, but we allow it // for convenience. - EXPECT_THAT(Eval("ptr_int == 0"), IsEqual("false")); - EXPECT_THAT(Eval("ptr_int == (int*)0"), IsEqual("false")); + EXPECT_THAT(Eval("ptr_int == 0"), XFail(IsEqual("false"))); + EXPECT_THAT(Eval("ptr_int == (int*)0"), XFail(IsEqual("false"))); - EXPECT_THAT(Eval("ptr_float == nullptr"), IsEqual("false")); - EXPECT_THAT(Eval("ptr_float != nullptr"), IsEqual("true")); - EXPECT_THAT(Eval("ptr_float == (float*)0"), IsEqual("false")); + EXPECT_THAT(Eval("ptr_float == nullptr"), XFail(IsEqual("false"))); + EXPECT_THAT(Eval("ptr_float != nullptr"), XFail(IsEqual("true"))); + EXPECT_THAT(Eval("ptr_float == (float*)0"), XFail(IsEqual("false"))); EXPECT_THAT(Eval("ptr_float == (int*)0"), - IsError("comparison of distinct pointer types")); + XFail(IsError("comparison of distinct pointer types"))); EXPECT_THAT(Eval("ptr_int == ptr_float"), - IsError("comparison of distinct pointer types")); + XFail(IsError("comparison of distinct pointer types"))); - EXPECT_THAT(Eval("ptr_null == nullptr"), IsEqual("true")); - EXPECT_THAT(Eval("ptr_null != nullptr"), IsEqual("false")); + EXPECT_THAT(Eval("ptr_null == nullptr"), XFail(IsEqual("true"))); + EXPECT_THAT(Eval("ptr_null != nullptr"), XFail(IsEqual("false"))); - EXPECT_THAT(Eval("ptr_void == nullptr"), IsEqual("false")); - EXPECT_THAT(Eval("ptr_void != nullptr"), IsEqual("true")); - EXPECT_THAT(Eval("ptr_void == ptr_void"), IsEqual("true")); + EXPECT_THAT(Eval("ptr_void == nullptr"), XFail(IsEqual("false"))); + EXPECT_THAT(Eval("ptr_void != nullptr"), XFail(IsEqual("true"))); + EXPECT_THAT(Eval("ptr_void == ptr_void"), XFail(IsEqual("true"))); // Void pointer can be compared with everything. - EXPECT_THAT(Eval("ptr_void == (int*)0"), IsEqual("false")); - EXPECT_THAT(Eval("ptr_void == (void*)0"), IsEqual("false")); - EXPECT_THAT(Eval("ptr_int == ptr_void"), IsEqual("true")); - EXPECT_THAT(Eval("ptr_float == ptr_void"), IsEqual("false")); + EXPECT_THAT(Eval("ptr_void == (int*)0"), XFail(IsEqual("false"))); + EXPECT_THAT(Eval("ptr_void == (void*)0"), XFail(IsEqual("false"))); + EXPECT_THAT(Eval("ptr_int == ptr_void"), XFail(IsEqual("true"))); + EXPECT_THAT(Eval("ptr_float == ptr_void"), XFail(IsEqual("false"))); #endif } @@ -3389,21 +3411,24 @@ TEST_F(EvalTest, TestTypeComparison) { // Taking an address of ternary expression require operands of the same type. EXPECT_THAT(Eval("&(true ? ip : icpc)"), IsOk()); - EXPECT_THAT(Eval("&(true ? mipp : ipp)"), IsOk(/*compare_types*/ false)); + EXPECT_THAT(Eval("&(true ? mipp : ipp)"), + XFail(IsOk(/*compare_types*/ false))); EXPECT_THAT(Eval("&(true ? ipp : icpcpc)"), IsOk()); - EXPECT_THAT(Eval("&(true ? ipp : mipp)"), IsOk()); + EXPECT_THAT(Eval("&(true ? ipp : mipp)"), XFail(IsOk())); EXPECT_THAT(Eval("&(true ? ipp : micpcpc)"), IsOk()); // TODO: Enable type comparison once the type mismatch is fixed. // LLDB results in "int ***", while lldb-eval results in "MyInt ***". - EXPECT_THAT(Eval("&(true ? mipp : icpcpc)"), IsOk(/*compare_types*/ false)); - EXPECT_THAT(Eval("&(true ? mipp : micpcpc)"), IsOk(/*compare_types*/ false)); + EXPECT_THAT(Eval("&(true ? mipp : icpcpc)"), + XFail(IsOk(/*compare_types*/ false))); + EXPECT_THAT(Eval("&(true ? mipp : micpcpc)"), + XFail(IsOk(/*compare_types*/ false))); EXPECT_THAT(Eval("&(true ? icpcpc : micpcpc)"), IsOk()); // Ensure that "signed char" and "char" are different types. EXPECT_THAT(Eval("true ? c : sc"), IsEqual("2")); // int EXPECT_THAT(Eval("true ? sc : (signed char)67"), IsEqual("'A'")); EXPECT_THAT(Eval("true ? (char)66 : (signed char)65"), IsEqual("66")); - EXPECT_THAT(Eval("true ? cc : mc"), IsEqual("'B'")); + EXPECT_THAT(Eval("true ? cc : mc"), XFail(IsEqual("'B'"))); EXPECT_THAT(Eval("true ? cc : sc"), IsEqual("66")); EXPECT_THAT(Eval("true ? sc : mc"), IsEqual("65")); EXPECT_THAT(Eval("&(true ? c : c)"), IsOk()); From d7dd93e3850bdae91695d7ba6070499159680815 Mon Sep 17 00:00:00 2001 From: Ilia Kuklin Date: Fri, 24 Jan 2025 18:14:09 +0500 Subject: [PATCH 11/24] Disable tests suites with registers, chars, strings --- lldb/unittests/DIL/DIL_test.cc | 6 +++--- 1 file changed, 3 insertions(+), 3 deletions(-) diff --git a/lldb/unittests/DIL/DIL_test.cc b/lldb/unittests/DIL/DIL_test.cc index 768c5195682a..dc940beeb99f 100644 --- a/lldb/unittests/DIL/DIL_test.cc +++ b/lldb/unittests/DIL/DIL_test.cc @@ -3540,7 +3540,7 @@ TEST_F(EvalTest, TestTypeVsIdentifier) { // IsError("use of undeclared identifier '$y'")); // } -TEST_F(EvalTest, TestRegisters) { +TEST_F(EvalTest, DISABLED_TestRegisters) { // LLDB loses the value formatter when evaluating registers and prints their // value "as is". In lldb-eval the value formatter is preserved and the // register can be "pretty-printed" depending on its type (e.g. vector @@ -3578,7 +3578,7 @@ TEST_F(EvalTest, TestRegistersNoDollar) { } #endif -TEST_F(EvalTest, TestCharParsing) { +TEST_F(EvalTest, DISABLED_TestCharParsing) { EXPECT_THAT(Eval("1 + 'A'"), IsEqual("66")); EXPECT_THAT(Eval("'B' - 'A'"), IsEqual("1")); EXPECT_THAT(Eval("'A' == 'B'"), IsEqual("false")); @@ -3624,7 +3624,7 @@ TEST_F(EvalTest, TestCharParsing) { } #ifndef __EMSCRIPTEN__ -TEST_F(EvalTest, TestStringParsing) { +TEST_F(EvalTest, DISABLED_TestStringParsing) { lldb::SBError ignore; // Comparing is done manually (instead of using IsOk and IsEqual matchers). // This is because `SBValue::GetValue()` returns a nullptr for array types. From 44b49f04a0195c5de2692527b1371c645149d312 Mon Sep 17 00:00:00 2001 From: Ilia Kuklin Date: Fri, 24 Jan 2025 18:36:57 +0500 Subject: [PATCH 12/24] Skip crashing nullptr tests & restore working nullptr tests --- lldb/unittests/DIL/DIL_test.cc | 143 ++++++++++++++++----------------- 1 file changed, 70 insertions(+), 73 deletions(-) diff --git a/lldb/unittests/DIL/DIL_test.cc b/lldb/unittests/DIL/DIL_test.cc index dc940beeb99f..9a3e4be5232a 100644 --- a/lldb/unittests/DIL/DIL_test.cc +++ b/lldb/unittests/DIL/DIL_test.cc @@ -1418,39 +1418,37 @@ TEST_F(EvalTest, TestCStyleCastPointer) { EXPECT_THAT(Eval("(int&*)ap"), IsError("'type name' declared as a pointer " "to a reference of type 'int &'")); - // EXPECT_THAT(Eval("(nullptr_t)nullptr"), - // IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); - // EXPECT_THAT(Eval("(nullptr_t)0"), - // IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); - - // EXPECT_THAT( - // Eval("(nullptr_t)1"), - // IsError("C-style cast from 'int' to 'nullptr_t' (canonically referred - // to as 'std::nullptr_t')" - // " is not allowed")); - // EXPECT_THAT( - // Eval("(nullptr_t)ap"), - // IsError("C-style cast from 'int *' to 'nullptr_t' (canonically referred - // to as 'std::nullptr_t')" - // " is not allowed")); -} - -// TEST_F(EvalTest, TestCStyleCastNullptrType) { -// if (Is32Bit()) { -// EXPECT_THAT(Eval("(int)nullptr"), IsOk()); -// } else { -// EXPECT_THAT( -// Eval("(int)nullptr"), -// IsError("cast from pointer to smaller type 'int' loses -// information")); -// } -// EXPECT_THAT(Eval("(uint64_t)nullptr"), IsEqual("0")); + GTEST_SKIP() << "Segfault when retrieving result value in the matcher"; + EXPECT_THAT(Eval("(nullptr_t)nullptr"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + EXPECT_THAT(Eval("(nullptr_t)0"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); -// EXPECT_THAT(Eval("(void*)nullptr"), -// IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); -// EXPECT_THAT(Eval("(char*)nullptr"), -// IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); -// } + EXPECT_THAT(Eval("(nullptr_t)1"), + IsError("C-style cast from 'int' to 'nullptr_t' (canonically " + "referred to as 'std::nullptr_t')" + " is not allowed")); + EXPECT_THAT(Eval("(nullptr_t)ap"), + IsError("C-style cast from 'int *' to 'nullptr_t' (canonically " + "referred to as 'std::nullptr_t')" + " is not allowed")); +} + +TEST_F(EvalTest, TestCStyleCastNullptrType) { + if (Is32Bit()) { + EXPECT_THAT(Eval("(int)nullptr"), IsOk()); + } else { + EXPECT_THAT( + Eval("(int)nullptr"), + IsError("cast from pointer to smaller type 'int' loses information")); + } + EXPECT_THAT(Eval("(uint64_t)nullptr"), IsEqual("0")); + + EXPECT_THAT(Eval("(void*)nullptr"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + EXPECT_THAT(Eval("(char*)nullptr"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); +} TEST_F(EvalTest, TestCStyleCastArray) { EXPECT_THAT(Eval("(int*)arr_1d"), IsOk()); @@ -1557,22 +1555,21 @@ TEST_F(EvalTest, TestCxxStaticCast) { EXPECT_THAT(Eval("static_cast(arr)"), IsError("static_cast from 'int *' to 'float *' is not allowed")); - // // Cast to nullptr. - // EXPECT_THAT(Eval("static_cast(nullptr)"), - // IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); - // EXPECT_THAT(Eval("static_cast(0)"), - // IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); - - // EXPECT_THAT( - // Eval("static_cast((int)0)"), - // IsError("static_cast from 'int' to 'nullptr_t' (canonically referred to - // as 'std::nullptr_t')" - // " is not allowed")); - // EXPECT_THAT( - // Eval("static_cast((void*)0)"), - // IsError("static_cast from 'void *' to 'nullptr_t' (canonically referred - // to as 'std::nullptr_t')" - // " is not allowed")); + // Cast to nullptr. + GTEST_SKIP() << "Segfault when retrieving result value in the matcher"; + EXPECT_THAT(Eval("static_cast(nullptr)"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + EXPECT_THAT(Eval("static_cast(0)"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + + EXPECT_THAT(Eval("static_cast((int)0)"), + IsError("static_cast from 'int' to 'nullptr_t' (canonically " + "referred to as 'std::nullptr_t')" + " is not allowed")); + EXPECT_THAT(Eval("static_cast((void*)0)"), + IsError("static_cast from 'void *' to 'nullptr_t' (canonically " + "referred to as 'std::nullptr_t')" + " is not allowed")); // Cast to references. EXPECT_THAT(Eval("static_cast(parent.b)"), IsEqual("2")); @@ -1717,7 +1714,7 @@ TEST_F(EvalTest, TestCxxReinterpretCast) { // Pointers should be convertible to large enough integral types. EXPECT_THAT(Eval("reinterpret_cast(ptr)"), IsOk()); EXPECT_THAT(Eval("reinterpret_cast(arr)"), IsOk()); - // EXPECT_THAT(Eval("reinterpret_cast(nullptr)"), IsEqual("0")); + EXPECT_THAT(Eval("reinterpret_cast(nullptr)"), IsEqual("0")); if (Is32Bit()) { EXPECT_THAT(Eval("reinterpret_cast(ptr)"), IsOk()); EXPECT_THAT(Eval("reinterpret_cast(ptr)"), IsOk()); @@ -1732,9 +1729,9 @@ TEST_F(EvalTest, TestCxxReinterpretCast) { EXPECT_THAT( Eval("reinterpret_cast(arr)"), IsError("cast from pointer to smaller type 'bool' loses information")); - // EXPECT_THAT( - // Eval("reinterpret_cast(nullptr)"), - // IsError("cast from pointer to smaller type 'bool' loses information")); + EXPECT_THAT( + Eval("reinterpret_cast(nullptr)"), + IsError("cast from pointer to smaller type 'bool' loses information")); #ifdef _WIN32 EXPECT_THAT( Eval("reinterpret_cast(ptr)"), @@ -1760,24 +1757,22 @@ TEST_F(EvalTest, TestCxxReinterpretCast) { IsEqual("8589934593")); // 8589934593 == 0x0000000200000001 // Casting to nullptr_t or nullptr_t to pointer types isn't allowed. - // EXPECT_THAT( - // Eval("reinterpret_cast(nullptr)"), - // IsError("reinterpret_cast from 'std::nullptr_t' to 'void *' is not " - // "allowed")); - // EXPECT_THAT( - // Eval("reinterpret_cast(ptr)"), - // IsError("reinterpret_cast from 'int *' to 'nullptr_t' " - // "(canonically referred to as 'std::nullptr_t') is not - // allowed")); - // EXPECT_THAT(Eval("reinterpret_cast(0)"), - // IsError("reinterpret_cast from 'int' to 'nullptr_t' " - // "(canonically referred to as 'std::nullptr_t') is not - // allowed")); - // EXPECT_THAT(Eval("reinterpret_cast(nullptr)"), - // IsError("reinterpret_cast from 'std::nullptr_t' to 'nullptr_t' - // " - // "(canonically referred to as 'std::nullptr_t') is not - // allowed")); + EXPECT_THAT( + Eval("reinterpret_cast(nullptr)"), + IsError("reinterpret_cast from 'std::nullptr_t' to 'void *' is not " + "allowed")); + EXPECT_THAT( + Eval("reinterpret_cast(ptr)"), + IsError("reinterpret_cast from 'int *' to 'nullptr_t' " + "(canonically referred to as 'std::nullptr_t') is not allowed")); + EXPECT_THAT( + Eval("reinterpret_cast(0)"), + IsError("reinterpret_cast from 'int' to 'nullptr_t' " + "(canonically referred to as 'std::nullptr_t') is not allowed")); + EXPECT_THAT( + Eval("reinterpret_cast(nullptr)"), + IsError("reinterpret_cast from 'std::nullptr_t' to 'nullptr_t' " + "(canonically referred to as 'std::nullptr_t') is not allowed")); // L-values can be converted to reference type. EXPECT_THAT(Eval("reinterpret_cast(arr[0]).a"), IsEqual("1")); @@ -2611,8 +2606,10 @@ TEST_F(EvalTest, TestTernaryOperator) { IsEqual(Is32Bit() ? "0x0000000f" : "0x000000000000000f")); EXPECT_THAT(Eval("true ? nullptr : (int*)15"), IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); - // EXPECT_THAT(Eval("true ? 0 : nullptr"), - // IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + + GTEST_SKIP() << "Segfault when retrieving result value in the matcher"; + EXPECT_THAT(Eval("true ? 0 : nullptr"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); EXPECT_THAT(Eval("true ? nullptr : 0"), IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); @@ -2669,7 +2666,7 @@ TEST_F(EvalTest, TestTernaryOperator) { // Use pointers and arrays in bool context. EXPECT_THAT(Eval("pi ? 1 : 2"), IsEqual("1")); - // EXPECT_THAT(Eval("nullptr ? 1 : 2"), IsEqual("2")); + EXPECT_THAT(Eval("nullptr ? 1 : 2"), IsEqual("2")); EXPECT_THAT(Eval("arr2 ? 1 : 2"), IsEqual("1")); } From a84236c2e8a1886dcaf11e862499258611872f8a Mon Sep 17 00:00:00 2001 From: Ilia Kuklin Date: Fri, 24 Jan 2025 22:48:37 +0500 Subject: [PATCH 13/24] Create placeholders for scope, context, parsing evaluation & disable relative tests --- lldb/unittests/DIL/DIL_test.cc | 1431 +++++++++-------- lldb/unittests/DIL/Inputs/test_binary.cc | 3 + .../DIL/Inputs/test_binary_libc++.bin | Bin 290064 -> 290064 bytes 3 files changed, 719 insertions(+), 715 deletions(-) diff --git a/lldb/unittests/DIL/DIL_test.cc b/lldb/unittests/DIL/DIL_test.cc index 9a3e4be5232a..dcb452f50654 100644 --- a/lldb/unittests/DIL/DIL_test.cc +++ b/lldb/unittests/DIL/DIL_test.cc @@ -21,6 +21,7 @@ // * Some tests that crash the test suite completely: some of the tests that // involve nullptr +#include "lldb/API/SBError.h" #include "lldb/lldb-enumerations.h" #ifndef __EMSCRIPTEN__ #include @@ -74,6 +75,10 @@ struct EvalResult { } }; +struct CompiledExpr { + // Unsupported +}; + class EvaluatorHelper { public: EvaluatorHelper(lldb::SBFrame frame, bool lldb, bool side_effects) @@ -89,14 +94,15 @@ class EvaluatorHelper { // opts.allow_side_effects = side_effects_; if (scope_) { - std::cerr << "Scope evaluation not supported" << std::endl; + ret.lldb_DIL_error = + lldb::SBError("Scope evaluation is not yet supported"); // // Evaluate in the variable context. // ret.lldb_DIL_value = lldb_eval::EvaluateExpression( // scope_, expr.c_str(), opts, ret.lldb_DIL_error); - // if (lldb_) { - // ret.lldb_value = scope_.EvaluateExpression(expr.c_str()); - // } + if (lldb_) { + ret.lldb_value = scope_.EvaluateExpression(expr.c_str()); + } } else { // Evaluate in the frame context. ret.lldb_DIL_value = @@ -114,99 +120,112 @@ class EvaluatorHelper { return ret; } - // EvalResult Eval(std::shared_ptr compiled_expr) { - // assert(scope_ && "compiled expression requires a value context"); - - // EvalResult ret; - // ret.lldb_DIL_value = lldb_eval::EvaluateExpression(scope_, compiled_expr, - // ret.lldb_DIL_error); - // return ret; - // } - - // EvalResult EvalWithContext( - // const std::string& expr, - // const std::unordered_map& vars) { - // EvalResult ret; - - // std::vector ctx_vec; - // ctx_vec.reserve(vars.size()); - // for (const auto& [name, value] : vars) { - // ctx_vec.push_back({name.c_str(), value}); - // } - - // lldb_eval::Options opts; - // opts.allow_side_effects = side_effects_; - // opts.context_vars = {ctx_vec.data(), ctx_vec.size()}; - - // if (scope_) { - // // Evaluate in the variable context. - // ret.lldb_DIL_value = lldb_eval::EvaluateExpression( - // scope_, expr.c_str(), opts, ret.lldb_DIL_error); - - // if (lldb_) { - // ret.lldb_value = scope_.EvaluateExpression(expr.c_str()); - // } - // } else { - // // Evaluate in the frame context. - // ret.lldb_DIL_value = lldb_eval::EvaluateExpression( - // frame_, expr.c_str(), opts, ret.lldb_DIL_error); - - // if (lldb_) { - // ret.lldb_value = frame_.EvaluateExpression(expr.c_str()); - // } - // } - - // return ret; - // } - - // EvalResult EvalWithContext( - // std::shared_ptr compiled_expr, - // const std::unordered_map& vars) { - // assert(scope_ && "compiled expression requires a value context"); - - // std::vector ctx_vec; - // ctx_vec.reserve(vars.size()); - // for (const auto& [name, value] : vars) { - // ctx_vec.push_back({name.c_str(), value}); - // } - // lldb_eval::ContextVariableList context_vars{ctx_vec.data(), - // ctx_vec.size()}; - - // EvalResult ret; - // ret.lldb_DIL_value = lldb_eval::EvaluateExpression( - // scope_, compiled_expr, context_vars, ret.lldb_DIL_error); - // return ret; - // } - - // std::shared_ptr Compile(const std::string& expr, - // lldb::SBError& error) { - // assert(scope_ && "compiling an expression requires a type context"); - - // lldb_eval::Options opts; - // opts.allow_side_effects = side_effects_; - // return lldb_eval::CompileExpression(scope_.GetTarget(), scope_.GetType(), - // expr.c_str(), opts, error); - // } - - // std::shared_ptr CompileWithContext( - // const std::string& expr, - // const std::unordered_map& args, - // lldb::SBError& error) { - // assert(scope_ && "compiling an expression requires a type context"); - - // std::vector ctx_vec; - // ctx_vec.reserve(args.size()); - // for (const auto& [name, type] : args) { - // ctx_vec.push_back({name.c_str(), type}); - // } - - // lldb_eval::Options opts; - // opts.allow_side_effects = side_effects_; - // opts.context_args = {ctx_vec.data(), ctx_vec.size()}; - - // return lldb_eval::CompileExpression(scope_.GetTarget(), scope_.GetType(), - // expr.c_str(), opts, error); - // } + EvalResult Eval(CompiledExpr compiled_expr) { + assert(scope_ && "compiled expression requires a value context"); + + EvalResult ret; + ret.lldb_DIL_error = lldb::SBError("Separate parsing is not yet supported"); + // ret.lldb_DIL_value = lldb_eval::EvaluateExpression(scope_, compiled_expr, + // ret.lldb_DIL_error); + return ret; + } + + EvalResult + EvalWithContext(const std::string &expr, + const std::unordered_map &vars) { + EvalResult ret; + + // std::vector ctx_vec; + // ctx_vec.reserve(vars.size()); + // for (const auto& [name, value] : vars) { + // ctx_vec.push_back({name.c_str(), value}); + // } + + // lldb_eval::Options opts; + // opts.allow_side_effects = side_effects_; + // opts.context_vars = {ctx_vec.data(), ctx_vec.size()}; + + if (scope_) { + // Evaluate in the variable context. + ret.lldb_DIL_error = + lldb::SBError("Evaluation with context is not yet supported"); + // ret.lldb_DIL_value = lldb_eval::EvaluateExpression( + // scope_, expr.c_str(), opts, ret.lldb_DIL_error); + + if (lldb_) { + ret.lldb_value = scope_.EvaluateExpression(expr.c_str()); + } + } else { + // Evaluate in the frame context. + ret.lldb_DIL_error = + lldb::SBError("Evaluation with context is not yet supported"); + // ret.lldb_DIL_value = lldb_eval::EvaluateExpression( + // frame_, expr.c_str(), opts, ret.lldb_DIL_error); + + if (lldb_) { + ret.lldb_value = frame_.EvaluateExpression(expr.c_str()); + } + } + + return ret; + } + + EvalResult + EvalWithContext(CompiledExpr compiled_expr, + const std::unordered_map &vars) { + assert(scope_ && "compiled expression requires a value context"); + + EvalResult ret; + ret.lldb_DIL_error = lldb::SBError("Separate parsing is not yet supported"); + return ret; + + // std::vector ctx_vec; + // ctx_vec.reserve(vars.size()); + // for (const auto& [name, value] : vars) { + // ctx_vec.push_back({name.c_str(), value}); + // } + // lldb_eval::ContextVariableList context_vars{ctx_vec.data(), + // ctx_vec.size()}; + + // EvalResult ret; + // ret.lldb_DIL_value = lldb_eval::EvaluateExpression( + // scope_, compiled_expr, context_vars, ret.lldb_DIL_error); + // return ret; + } + + CompiledExpr Compile(const std::string &expr, lldb::SBError &error) { + assert(scope_ && "compiling an expression requires a type context"); + + error = lldb::SBError("Separate parsing is not yet supported"); + return CompiledExpr(); + // lldb_eval::Options opts; + // opts.allow_side_effects = side_effects_; + // return lldb_eval::CompileExpression(scope_.GetTarget(), scope_.GetType(), + // expr.c_str(), opts, error); + } + + CompiledExpr + CompileWithContext(const std::string &expr, + const std::unordered_map &args, + lldb::SBError &error) { + assert(scope_ && "compiling an expression requires a type context"); + + error = lldb::SBError("Separate parsing is not yet supported"); + return CompiledExpr(); + + // std::vector ctx_vec; + // ctx_vec.reserve(args.size()); + // for (const auto& [name, type] : args) { + // ctx_vec.push_back({name.c_str(), type}); + // } + + // lldb_eval::Options opts; + // opts.allow_side_effects = side_effects_; + // opts.context_args = {ctx_vec.data(), ctx_vec.size()}; + + // return lldb_eval::CompileExpression(scope_.GetTarget(), scope_.GetType(), + // expr.c_str(), opts, error); + } private: lldb::SBFrame frame_; @@ -430,19 +449,18 @@ class EvalTest : public ::testing::Test { .Eval(expr); } - // EvalResult EvalWithContext( - // const std::string& expr, - // const std::unordered_map& vars) { - // return EvaluatorHelper(frame_, compare_with_lldb_, allow_side_effects_) - // .EvalWithContext(expr, vars); - // } + EvalResult + EvalWithContext(const std::string &expr, + const std::unordered_map &vars) { + return EvaluatorHelper(frame_, compare_with_lldb_, allow_side_effects_) + .EvalWithContext(expr, vars); + } - // EvaluatorHelper Scope(std::string scope) { - // // Resolve the scope variable (assume it's a local variable). - // lldb::SBValue scope_var = frame_.FindVariable(scope.c_str()); - // return EvaluatorHelper(scope_var, compare_with_lldb_, - // allow_side_effects_); - // } + EvaluatorHelper Scope(std::string scope) { + // Resolve the scope variable (assume it's a local variable). + lldb::SBValue scope_var = frame_.FindVariable(scope.c_str()); + return EvaluatorHelper(scope_var, compare_with_lldb_, allow_side_effects_); + } bool CreateContextVariable(std::string type, std::string name, bool is_array, std::string assignment) { @@ -1824,18 +1842,18 @@ TEST_F(EvalTest, DISABLED_TestStaticConstDeclaredInline) { EXPECT_THAT(Eval("::Vars::static_constexpr"), IsEqual("8")); EXPECT_THAT(Eval("Vars::inline_static"), IsEqual("7.5")); EXPECT_THAT(Eval("Vars::static_constexpr"), IsEqual("8")); +} - // #ifndef __EMSCRIPTEN__ - // EXPECT_THAT(Scope("outer_inner_vars").Eval("inline_static"), - // IsEqual("1.5")); - // EXPECT_THAT(Scope("outer_inner_vars").Eval("static_constexpr"), - // IsEqual("2")); EXPECT_THAT(Scope("outer_vars").Eval("inline_static"), - // IsEqual("4.5")); - // EXPECT_THAT(Scope("outer_vars").Eval("static_constexpr"), IsEqual("5")); - // EXPECT_THAT(Scope("vars").Eval("inline_static"), IsEqual("7.5")); - // EXPECT_THAT(Scope("vars").Eval("inline_static"), IsEqual("8")); - // #endif +#ifndef __EMSCRIPTEN__ +TEST_F(EvalTest, DISABLED_TestStaticConstDeclaredInlineScoped) { + EXPECT_THAT(Scope("outer_inner_vars").Eval("inline_static"), IsEqual("1.5")); + EXPECT_THAT(Scope("outer_inner_vars").Eval("static_constexpr"), IsEqual("2")); + EXPECT_THAT(Scope("outer_vars").Eval("inline_static"), IsEqual("4.5")); + EXPECT_THAT(Scope("outer_vars").Eval("static_constexpr"), IsEqual("5")); + EXPECT_THAT(Scope("vars").Eval("inline_static"), IsEqual("7.5")); + EXPECT_THAT(Scope("vars").Eval("inline_static"), IsEqual("8")); } +#endif TEST_F(EvalTest, TestStaticConstDeclaredOutsideTheClass) { #if LLVM_VERSION_MAJOR < 12 @@ -1857,45 +1875,41 @@ TEST_F(EvalTest, TestStaticConstDeclaredOutsideTheClass) { EXPECT_THAT(Eval("outer::Vars::Nested::static_const"), IsEqual("20")); EXPECT_THAT(Eval("::Vars::Nested::static_const"), XFail(IsEqual("30"))); EXPECT_THAT(Eval("Vars::Nested::static_const"), XFail(IsEqual("30"))); +} + +#ifndef __EMSCRIPTEN__ +TEST_F(EvalTest, DISABLED_TestStaticConstDeclaredOutsideTheClassScoped) { + EXPECT_THAT(Scope("outer_inner_vars").Eval("static_const"), IsEqual("3")); + EXPECT_THAT(Scope("outer_vars").Eval("static_const"), IsEqual("6")); + EXPECT_THAT(Scope("vars").Eval("static_const"), IsEqual("9")); + + EXPECT_THAT(Scope("outer_inner_vars").Eval("Nested::static_const"), + IsEqual("10")); + EXPECT_THAT(Scope("outer_vars").Eval("Nested::static_const"), IsEqual("20")); + EXPECT_THAT(Scope("vars").Eval("Nested::static_const"), IsEqual("30")); - // #ifndef __EMSCRIPTEN__ - // EXPECT_THAT(Scope("outer_inner_vars").Eval("static_const"), - // IsEqual("3")); EXPECT_THAT(Scope("outer_vars").Eval("static_const"), - // IsEqual("6")); EXPECT_THAT(Scope("vars").Eval("static_const"), - // IsEqual("9")); - - // EXPECT_THAT(Scope("outer_inner_vars").Eval("Nested::static_const"), - // IsEqual("10")); - // EXPECT_THAT(Scope("outer_vars").Eval("Nested::static_const"), - // IsEqual("20")); EXPECT_THAT(Scope("vars").Eval("Nested::static_const"), - // IsEqual("30")); - - // EXPECT_THAT(Scope("vars").Eval("::static_const"), - // IsError("use of undeclared identifier '::static_const'")); - // EXPECT_THAT(Scope("vars").Eval("::Nested::static_const"), - // IsError("use of undeclared identifier - // '::Nested::static_const'")); - - // // Evaluate in value context where value is of alised type. - // EXPECT_THAT(Scope("my_outer_inner_vars").Eval("static_const"), - // IsEqual("3")); EXPECT_THAT(Scope("my_outer_vars").Eval("static_const"), - // IsEqual("6")); EXPECT_THAT(Scope("my_vars").Eval("static_const"), - // IsEqual("9")); - - // EXPECT_THAT(Scope("my_outer_inner_vars").Eval("Nested::static_const"), - // IsEqual("10")); - // EXPECT_THAT(Scope("my_outer_vars").Eval("Nested::static_const"), - // IsEqual("20")); - // EXPECT_THAT(Scope("my_vars").Eval("Nested::static_const"), - // IsEqual("30")); - - // EXPECT_THAT(Scope("my_outer_inner_vars").Eval("::static_const"), - // IsError("use of undeclared identifier '::static_const'")); - // EXPECT_THAT(Scope("my_vars").Eval("::Nested::static_const"), - // IsError("use of undeclared identifier - // '::Nested::static_const'")); - // #endif + EXPECT_THAT(Scope("vars").Eval("::static_const"), + IsError("use of undeclared identifier '::static_const'")); + EXPECT_THAT(Scope("vars").Eval("::Nested::static_const"), + IsError("use of undeclared identifier '::Nested::static_const'")); + + // Evaluate in value context where value is of alised type. + EXPECT_THAT(Scope("my_outer_inner_vars").Eval("static_const"), IsEqual("3")); + EXPECT_THAT(Scope("my_outer_vars").Eval("static_const"), IsEqual("6")); + EXPECT_THAT(Scope("my_vars").Eval("static_const"), IsEqual("9")); + + EXPECT_THAT(Scope("my_outer_inner_vars").Eval("Nested::static_const"), + IsEqual("10")); + EXPECT_THAT(Scope("my_outer_vars").Eval("Nested::static_const"), + IsEqual("20")); + EXPECT_THAT(Scope("my_vars").Eval("Nested::static_const"), IsEqual("30")); + + EXPECT_THAT(Scope("my_outer_inner_vars").Eval("::static_const"), + IsError("use of undeclared identifier '::static_const'")); + EXPECT_THAT(Scope("my_vars").Eval("::Nested::static_const"), + IsError("use of undeclared identifier '::Nested::static_const'")); } +#endif TEST_F(EvalTest, TestBasicTypeDeclaration) { EXPECT_THAT(Eval("(char)65"), IsEqual("'A'")); @@ -2143,63 +2157,59 @@ TEST_F(EvalTest, TestTemplateWithNumericArguments) { } #ifndef __EMSCRIPTEN__ -// TEST_F(EvalTest, TestValueScope) { -// EXPECT_THAT(Scope("var").Eval("x_"), IsEqual("1")); -// EXPECT_THAT(Scope("var").Eval("y_"), IsEqual("2.5")); -// EXPECT_THAT(Scope("var").Eval("z_"), -// IsError("use of undeclared identifier 'z_'")); - -// // In "value" scope `this` refers to the scope object. -// EXPECT_THAT(Scope("var").Eval("this->y_"), IsEqual("2.5")); -// EXPECT_THAT(Scope("var").Eval("(*this).y_"), IsEqual("2.5")); - -// // Test for the "artificial" value, i.e. created by the expression. -// lldb::SBError error; -// lldb::SBValue scope_var = -// lldb_eval::EvaluateExpression(frame_, "(test_scope::Value&)bytes", -// error); -// EXPECT_TRUE(scope_var.IsValid()); -// EXPECT_TRUE(error.Success()); - -// EvaluatorHelper scope(scope_var, true, false); -// EXPECT_THAT(scope.Eval("this->y_"), IsEqual("2.5")); -// EXPECT_THAT(scope.Eval("(*this).y_"), IsEqual("2.5")); - -// EXPECT_THAT(Eval("x_"), IsError("use of undeclared identifier 'x_'")); -// EXPECT_THAT(Eval("y_"), IsError("use of undeclared identifier 'y_'")); -// EXPECT_THAT(Eval("z_"), IsEqual("3")); - -// // In the frame context `this` is not available here. -// EXPECT_THAT( -// Eval("this->y_"), -// IsError("invalid use of 'this' outside of a non-static member -// function")); -// EXPECT_THAT( -// Eval("(*this)->y_"), -// IsError("invalid use of 'this' outside of a non-static member -// function")); - -// EXPECT_THAT(Scope("var").Eval("this - (test_scope::Value*)this"), -// IsEqual("0")); -// } - -// TEST_F(EvalTest, TestReferenceScope) { -// // Member access in "reference" context doesn't work in LLDB. -// this->compare_with_lldb_ = false; - -// EXPECT_THAT(Scope("var_ref").Eval("x_"), IsEqual("1")); -// EXPECT_THAT(Scope("var_ref").Eval("y_"), IsEqual("2.5")); -// EXPECT_THAT(Scope("var_ref").Eval("z_"), -// IsError("use of undeclared identifier 'z_'")); -// EXPECT_THAT(Scope("var_ref").Eval("this"), IsOk()); -// EXPECT_THAT(Scope("var_ref").Eval("this->y_"), IsEqual("2.5")); -// EXPECT_THAT(Scope("var_ref").Eval("(*this).y_"), IsEqual("2.5")); -// EXPECT_THAT(Scope("var_ref").Eval("ValueEnum::B"), IsEqual("B")); -// EXPECT_THAT(Scope("var_ref").Eval("static_var"), IsEqual("3.5")); -// EXPECT_THAT(Scope("var_ref").Eval("this->static_var"), -// IsError("no member named 'static_var' in -// 'test_scope::Value'")); -// } +TEST_F(EvalTest, DISABLED_TestValueScope) { + EXPECT_THAT(Scope("var").Eval("x_"), IsEqual("1")); + EXPECT_THAT(Scope("var").Eval("y_"), IsEqual("2.5")); + EXPECT_THAT(Scope("var").Eval("z_"), + IsError("use of undeclared identifier 'z_'")); + + // In "value" scope `this` refers to the scope object. + EXPECT_THAT(Scope("var").Eval("this->y_"), IsEqual("2.5")); + EXPECT_THAT(Scope("var").Eval("(*this).y_"), IsEqual("2.5")); + + // Test for the "artificial" value, i.e. created by the expression. + lldb::SBValue scope_var = frame_.EvaluateExpressionViaDIL( + "(test_scope::Value&)bytes", lldb::eNoDynamicValues); + lldb::SBError error = scope_var.GetError(); + EXPECT_TRUE(scope_var.IsValid()); + EXPECT_TRUE(error.Success()); + + EvaluatorHelper scope(scope_var, true, false); + EXPECT_THAT(scope.Eval("this->y_"), IsEqual("2.5")); + EXPECT_THAT(scope.Eval("(*this).y_"), IsEqual("2.5")); + + EXPECT_THAT(Eval("x_"), IsError("use of undeclared identifier 'x_'")); + EXPECT_THAT(Eval("y_"), IsError("use of undeclared identifier 'y_'")); + EXPECT_THAT(Eval("z_"), IsEqual("3")); + + // In the frame context `this` is not available here. + EXPECT_THAT( + Eval("this->y_"), + IsError("invalid use of 'this' outside of a non-static member function")); + EXPECT_THAT( + Eval("(*this)->y_"), + IsError("invalid use of 'this' outside of a non-static member function")); + + EXPECT_THAT(Scope("var").Eval("this - (test_scope::Value*)this"), + IsEqual("0")); +} + +TEST_F(EvalTest, DISABLED_TestReferenceScope) { + // Member access in "reference" context doesn't work in LLDB. + this->compare_with_lldb_ = false; + + EXPECT_THAT(Scope("var_ref").Eval("x_"), IsEqual("1")); + EXPECT_THAT(Scope("var_ref").Eval("y_"), IsEqual("2.5")); + EXPECT_THAT(Scope("var_ref").Eval("z_"), + IsError("use of undeclared identifier 'z_'")); + EXPECT_THAT(Scope("var_ref").Eval("this"), IsOk()); + EXPECT_THAT(Scope("var_ref").Eval("this->y_"), IsEqual("2.5")); + EXPECT_THAT(Scope("var_ref").Eval("(*this).y_"), IsEqual("2.5")); + EXPECT_THAT(Scope("var_ref").Eval("ValueEnum::B"), IsEqual("B")); + EXPECT_THAT(Scope("var_ref").Eval("static_var"), IsEqual("3.5")); + EXPECT_THAT(Scope("var_ref").Eval("this->static_var"), + IsError("no member named 'static_var' in 'test_scope::Value'")); +} #endif TEST_F(EvalTest, TestBitField) { @@ -2207,45 +2217,20 @@ TEST_F(EvalTest, TestBitField) { EXPECT_THAT(Eval("bf.b"), IsEqual("9")); EXPECT_THAT(Eval("bf.c"), IsEqual("false")); EXPECT_THAT(Eval("bf.d"), IsEqual("true")); - // #ifndef __EMSCRIPTEN__ - // EXPECT_THAT(Scope("bf").Eval("a"), IsEqual("1023")); - // EXPECT_THAT(Scope("bf").Eval("b"), IsEqual("9")); - // EXPECT_THAT(Scope("bf").Eval("c"), IsEqual("false")); - // EXPECT_THAT(Scope("bf").Eval("d"), IsEqual("true")); - // #endif // Perform an operation to ensure we actually read the value. EXPECT_THAT(Eval("0 + bf.a"), IsEqual("1023")); EXPECT_THAT(Eval("0 + bf.b"), IsEqual("9")); EXPECT_THAT(Eval("0 + bf.c"), IsEqual("0")); EXPECT_THAT(Eval("0 + bf.d"), IsEqual("1")); - // #ifndef __EMSCRIPTEN__ - // EXPECT_THAT(Scope("bf").Eval("0 + a"), IsEqual("1023")); - // // TODO: Enable type comparison after fixing bitfield promotion in value - // // context. - // EXPECT_THAT(Scope("bf").Eval("0 + b"), IsEqual("9", /*compare_types*/ - // false)); EXPECT_THAT(Scope("bf").Eval("0 + c"), IsEqual("0")); - // EXPECT_THAT(Scope("bf").Eval("0 + d"), IsEqual("1")); - // #endif EXPECT_THAT(Eval("abf.a"), IsEqual("1023")); EXPECT_THAT(Eval("abf.b"), IsEqual("'\\x0f'")); EXPECT_THAT(Eval("abf.c"), IsEqual("3")); - // #ifndef __EMSCRIPTEN__ - // EXPECT_THAT(Scope("abf").Eval("a"), IsEqual("1023")); - // EXPECT_THAT(Scope("abf").Eval("b"), IsEqual("'\\x0f'")); - // EXPECT_THAT(Scope("abf").Eval("c"), IsEqual("3")); - // #endif - // Perform an operation to ensure we actually read the value. EXPECT_THAT(Eval("abf.a + 0"), IsEqual("1023")); EXPECT_THAT(Eval("abf.b + 0"), IsEqual("15")); EXPECT_THAT(Eval("abf.c + 0"), IsEqual("3")); - // #ifndef __EMSCRIPTEN__ - // EXPECT_THAT(Scope("abf").Eval("0 + a"), IsEqual("1023")); - // EXPECT_THAT(Scope("abf").Eval("0 + b"), IsEqual("15")); - // EXPECT_THAT(Scope("abf").Eval("0 + c"), IsEqual("3")); - // #endif // Address-of is not allowed for bit-fields. EXPECT_THAT(Eval("&bf.a"), IsError("address of bit-field requested")); @@ -2253,6 +2238,28 @@ TEST_F(EvalTest, TestBitField) { IsError("address of bit-field requested")); } +#ifndef __EMSCRIPTEN__ +TEST_F(EvalTest, DISABLED_TestBitFieldScoped) { + EXPECT_THAT(Scope("bf").Eval("a"), IsEqual("1023")); + EXPECT_THAT(Scope("bf").Eval("b"), IsEqual("9")); + EXPECT_THAT(Scope("bf").Eval("c"), IsEqual("false")); + EXPECT_THAT(Scope("bf").Eval("d"), IsEqual("true")); + EXPECT_THAT(Scope("bf").Eval("0 + a"), IsEqual("1023")); + // TODO: Enable type comparison after fixing bitfield promotion in value + // context. + EXPECT_THAT(Scope("bf").Eval("0 + b"), IsEqual("9", /*compare_types*/ + false)); + EXPECT_THAT(Scope("bf").Eval("0 + c"), IsEqual("0")); + EXPECT_THAT(Scope("bf").Eval("0 + d"), IsEqual("1")); + EXPECT_THAT(Scope("abf").Eval("a"), IsEqual("1023")); + EXPECT_THAT(Scope("abf").Eval("b"), IsEqual("'\\x0f'")); + EXPECT_THAT(Scope("abf").Eval("c"), IsEqual("3")); + EXPECT_THAT(Scope("abf").Eval("0 + a"), IsEqual("1023")); + EXPECT_THAT(Scope("abf").Eval("0 + b"), IsEqual("15")); + EXPECT_THAT(Scope("abf").Eval("0 + c"), IsEqual("3")); +} +#endif + TEST_F(EvalTest, TestBitFieldPromotion) { EXPECT_THAT(Eval("bf.b - 10"), IsEqual("-1")); EXPECT_THAT(Eval("bf.e - 2"), IsEqual("-1")); @@ -2292,76 +2299,76 @@ TEST_F(EvalTest, TestBitFieldWithSideEffects) { // EXPECT_THAT(Eval("bf.b++"), IsEqual("15")); } -// TEST_F(EvalTest, TestContextVariables) { -// // Context variables don't exist yet. -// EXPECT_THAT(EvalWithContext("$var", vars_), -// IsError("use of undeclared identifier '$var'")); -// EXPECT_THAT(Scope("s").EvalWithContext("$var", vars_), -// IsError("use of undeclared identifier '$var'")); - -// EXPECT_TRUE(CreateContextVariable("$var", "13")); -// EXPECT_THAT(EvalWithContext("$var", vars_), IsEqual("13")); -// EXPECT_THAT(EvalWithContext("$var + 2", vars_), IsEqual("15")); -// EXPECT_THAT(EvalWithContext("$var - s.a", vars_), IsEqual("3")); -// EXPECT_THAT(EvalWithContext("var", vars_), -// IsError("use of undeclared identifier 'var'")); -// EXPECT_THAT(Scope("s").EvalWithContext("$var", vars_), IsEqual("13")); -// EXPECT_THAT(Scope("s").EvalWithContext("$var + 2", vars_), IsEqual("15")); -// EXPECT_THAT(Scope("s").EvalWithContext("$var - a", vars_), IsEqual("3")); -// EXPECT_THAT(Scope("s").EvalWithContext("var", vars_), -// IsError("use of undeclared identifier 'var'")); - -// // Context variable is a pointer. -// EXPECT_TRUE(CreateContextVariable("$ptr", "s.ptr")); -// EXPECT_THAT(EvalWithContext("$ptr == s.ptr", vars_), IsEqual("true")); -// EXPECT_THAT(EvalWithContext("*$ptr", vars_), IsEqual("'h'")); -// EXPECT_THAT(EvalWithContext("$ptr[1]", vars_), IsEqual("'e'")); -// EXPECT_THAT(Scope("s").EvalWithContext("$ptr == ptr", vars_), -// IsEqual("true")); -// EXPECT_THAT(Scope("s").EvalWithContext("*$ptr", vars_), IsEqual("'h'")); -// EXPECT_THAT(Scope("s").EvalWithContext("$ptr[1]", vars_), IsEqual("'e'")); - -// EXPECT_THAT(EvalWithContext("$var + *$ptr", vars_), IsEqual("117")); -// EXPECT_THAT(Scope("s").EvalWithContext("$var + *$ptr", vars_), -// IsEqual("117")); -// } - -// TEST_F(EvalTest, TestContextVariablesSubset) { -// // All context variables that are created in this test are visible by LLDB. -// // Disable comparisons with LLDB to test subsets of created context -// variables. this->compare_with_lldb_ = false; - -// EXPECT_TRUE(CreateContextVariable("$var", "13")); -// EXPECT_TRUE(CreateContextVariable("$ptr", "s.ptr")); - -// // Evaluate without the context. -// EXPECT_THAT(Eval("$var"), IsError("use of undeclared identifier '$var'")); -// EXPECT_THAT(Eval("$var + 1"), IsError("use of undeclared identifier -// '$var'")); EXPECT_THAT(Scope("s").Eval("$var"), -// IsError("use of undeclared identifier '$var'")); -// EXPECT_THAT(Scope("s").Eval("$var + 1"), -// IsError("use of undeclared identifier '$var'")); - -// std::unordered_map var; -// std::unordered_map ptr; -// var.emplace("$var", vars_["$var"]); -// ptr.emplace("$ptr", vars_["$ptr"]); - -// EXPECT_THAT(EvalWithContext("$var + 0", var), IsEqual("13")); -// EXPECT_THAT(EvalWithContext("*$ptr", var), -// IsError("use of undeclared identifier '$ptr'")); -// EXPECT_THAT(EvalWithContext("$var + *$ptr", var), -// IsError("use of undeclared identifier '$ptr'")); -// EXPECT_THAT(EvalWithContext("$var + *$ptr", ptr), -// IsError("use of undeclared identifier '$var'")); -// EXPECT_THAT(Scope("s").EvalWithContext("$var + 0", var), IsEqual("13")); -// EXPECT_THAT(Scope("s").EvalWithContext("*$ptr", var), -// IsError("use of undeclared identifier '$ptr'")); -// EXPECT_THAT(Scope("s").EvalWithContext("$var + *$ptr", var), -// IsError("use of undeclared identifier '$ptr'")); -// EXPECT_THAT(Scope("s").EvalWithContext("$var + *$ptr", ptr), -// IsError("use of undeclared identifier '$var'")); -// } +TEST_F(EvalTest, DISABLED_TestContextVariables) { + // Context variables don't exist yet. + EXPECT_THAT(EvalWithContext("$var", vars_), + IsError("use of undeclared identifier '$var'")); + EXPECT_THAT(Scope("s").EvalWithContext("$var", vars_), + IsError("use of undeclared identifier '$var'")); + + EXPECT_TRUE(CreateContextVariable("$var", "13")); + EXPECT_THAT(EvalWithContext("$var", vars_), IsEqual("13")); + EXPECT_THAT(EvalWithContext("$var + 2", vars_), IsEqual("15")); + EXPECT_THAT(EvalWithContext("$var - s.a", vars_), IsEqual("3")); + EXPECT_THAT(EvalWithContext("var", vars_), + IsError("use of undeclared identifier 'var'")); + EXPECT_THAT(Scope("s").EvalWithContext("$var", vars_), IsEqual("13")); + EXPECT_THAT(Scope("s").EvalWithContext("$var + 2", vars_), IsEqual("15")); + EXPECT_THAT(Scope("s").EvalWithContext("$var - a", vars_), IsEqual("3")); + EXPECT_THAT(Scope("s").EvalWithContext("var", vars_), + IsError("use of undeclared identifier 'var'")); + + // Context variable is a pointer. + EXPECT_TRUE(CreateContextVariable("$ptr", "s.ptr")); + EXPECT_THAT(EvalWithContext("$ptr == s.ptr", vars_), IsEqual("true")); + EXPECT_THAT(EvalWithContext("*$ptr", vars_), IsEqual("'h'")); + EXPECT_THAT(EvalWithContext("$ptr[1]", vars_), IsEqual("'e'")); + EXPECT_THAT(Scope("s").EvalWithContext("$ptr == ptr", vars_), + IsEqual("true")); + EXPECT_THAT(Scope("s").EvalWithContext("*$ptr", vars_), IsEqual("'h'")); + EXPECT_THAT(Scope("s").EvalWithContext("$ptr[1]", vars_), IsEqual("'e'")); + + EXPECT_THAT(EvalWithContext("$var + *$ptr", vars_), IsEqual("117")); + EXPECT_THAT(Scope("s").EvalWithContext("$var + *$ptr", vars_), + IsEqual("117")); +} + +TEST_F(EvalTest, DISABLED_TestContextVariablesSubset) { + // All context variables that are created in this test are visible by LLDB. + // Disable comparisons with LLDB to test subsets of created context variables. + this->compare_with_lldb_ = false; + + EXPECT_TRUE(CreateContextVariable("$var", "13")); + EXPECT_TRUE(CreateContextVariable("$ptr", "s.ptr")); + + // Evaluate without the context. + EXPECT_THAT(Eval("$var"), IsError("use of undeclared identifier '$var'")); + EXPECT_THAT(Eval("$var + 1"), IsError("use of undeclared identifier '$var'")); + EXPECT_THAT(Scope("s").Eval("$var"), + IsError("use of undeclared identifier '$var'")); + EXPECT_THAT(Scope("s").Eval("$var + 1"), + IsError("use of undeclared identifier '$var'")); + + std::unordered_map var; + std::unordered_map ptr; + var.emplace("$var", vars_["$var"]); + ptr.emplace("$ptr", vars_["$ptr"]); + + EXPECT_THAT(EvalWithContext("$var + 0", var), IsEqual("13")); + EXPECT_THAT(EvalWithContext("*$ptr", var), + IsError("use of undeclared identifier '$ptr'")); + EXPECT_THAT(EvalWithContext("$var + *$ptr", var), + IsError("use of undeclared identifier '$ptr'")); + EXPECT_THAT(EvalWithContext("$var + *$ptr", ptr), + IsError("use of undeclared identifier '$var'")); + EXPECT_THAT(Scope("s").EvalWithContext("$var + 0", var), IsEqual("13")); + EXPECT_THAT(Scope("s").EvalWithContext("*$ptr", var), + IsError("use of undeclared identifier '$ptr'")); + EXPECT_THAT(Scope("s").EvalWithContext("$var + *$ptr", var), + IsError("use of undeclared identifier '$ptr'")); + EXPECT_THAT(Scope("s").EvalWithContext("$var + *$ptr", ptr), + IsError("use of undeclared identifier '$var'")); +} #endif TEST_F(EvalTest, TestScopedEnum) { @@ -2762,96 +2769,94 @@ TEST_F(EvalTest, TestBuiltinFunction_Log2) { IsError("function '::ns::dummy' is not a supported builtin intrinsic")); } -TEST_F(EvalTest, TestPrefixIncDec) { +TEST_F(EvalTest, DISABLED_TestPrefixIncDec) { EXPECT_THAT(Eval("++1"), IsError("expression is not assignable")); EXPECT_THAT(Eval("--i"), - XFail(IsError("side effects are not supported in this context"))); - - // #ifndef __EMSCRIPTEN__ - // ASSERT_TRUE(CreateContextVariableArray("int", "$arr", "{1,2,3}")); - // EXPECT_THAT(EvalWithContext("++$arr", vars_), - // IsError("cannot increment value of type 'int[3]'")); - - // ASSERT_TRUE(CreateContextVariable("$enum_foo", "ScopedEnum::kFoo")); - // EXPECT_THAT(EvalWithContext("++$enum_foo", vars_), - // IsError("cannot increment expression of enum type - // 'ScopedEnum'")); - - // ASSERT_TRUE(CreateContextVariable("$i", "1")); - // EXPECT_THAT(EvalWithContext("++$i", vars_), IsEqual("2")); - // EXPECT_THAT(EvalWithContext("++$i + 1", vars_), IsEqual("4")); - // EXPECT_THAT(EvalWithContext("--$i", vars_), IsEqual("2")); - // EXPECT_THAT(EvalWithContext("--$i - 1", vars_), IsEqual("0")); - - // ASSERT_TRUE(CreateContextVariable("$f", "1.5f")); - // EXPECT_THAT(EvalWithContext("++$f", vars_), IsEqual("2.5")); - // EXPECT_THAT(EvalWithContext("++$f + 1", vars_), IsEqual("4.5")); - // EXPECT_THAT(EvalWithContext("--$f", vars_), IsEqual("2.5")); - // EXPECT_THAT(EvalWithContext("--$f - 1", vars_), IsEqual("0.5")); - - // ASSERT_TRUE(CreateContextVariable("$d", "1.5")); - // EXPECT_THAT(EvalWithContext("++$d", vars_), IsEqual("2.5")); - // EXPECT_THAT(EvalWithContext("++$d + 1", vars_), IsEqual("4.5")); - // EXPECT_THAT(EvalWithContext("--$d", vars_), IsEqual("2.5")); - // EXPECT_THAT(EvalWithContext("--$d - 1", vars_), IsEqual("0.5")); - - // ASSERT_TRUE(CreateContextVariable("$p", "(int*)4")); - // EXPECT_THAT(EvalWithContext("++$p", vars_), - // IsEqual(Is32Bit() ? "0x00000008" : "0x0000000000000008")); - // EXPECT_THAT(EvalWithContext("++$p + 1", vars_), - // IsEqual(Is32Bit() ? "0x00000010" : "0x0000000000000010")); - // EXPECT_THAT(EvalWithContext("--$p", vars_), - // IsEqual(Is32Bit() ? "0x00000008" : "0x0000000000000008")); - // EXPECT_THAT(EvalWithContext("--$p - 1", vars_), - // IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); - // #endif -} - -TEST_F(EvalTest, TestPostfixIncDec) { + IsError("side effects are not supported in this context")); + +#ifndef __EMSCRIPTEN__ + ASSERT_TRUE(CreateContextVariableArray("int", "$arr", "{1,2,3}")); + EXPECT_THAT(EvalWithContext("++$arr", vars_), + IsError("cannot increment value of type 'int[3]'")); + + ASSERT_TRUE(CreateContextVariable("$enum_foo", "ScopedEnum::kFoo")); + EXPECT_THAT(EvalWithContext("++$enum_foo", vars_), + IsError("cannot increment expression of enum type 'ScopedEnum'")); + + ASSERT_TRUE(CreateContextVariable("$i", "1")); + EXPECT_THAT(EvalWithContext("++$i", vars_), IsEqual("2")); + EXPECT_THAT(EvalWithContext("++$i + 1", vars_), IsEqual("4")); + EXPECT_THAT(EvalWithContext("--$i", vars_), IsEqual("2")); + EXPECT_THAT(EvalWithContext("--$i - 1", vars_), IsEqual("0")); + + ASSERT_TRUE(CreateContextVariable("$f", "1.5f")); + EXPECT_THAT(EvalWithContext("++$f", vars_), IsEqual("2.5")); + EXPECT_THAT(EvalWithContext("++$f + 1", vars_), IsEqual("4.5")); + EXPECT_THAT(EvalWithContext("--$f", vars_), IsEqual("2.5")); + EXPECT_THAT(EvalWithContext("--$f - 1", vars_), IsEqual("0.5")); + + ASSERT_TRUE(CreateContextVariable("$d", "1.5")); + EXPECT_THAT(EvalWithContext("++$d", vars_), IsEqual("2.5")); + EXPECT_THAT(EvalWithContext("++$d + 1", vars_), IsEqual("4.5")); + EXPECT_THAT(EvalWithContext("--$d", vars_), IsEqual("2.5")); + EXPECT_THAT(EvalWithContext("--$d - 1", vars_), IsEqual("0.5")); + + ASSERT_TRUE(CreateContextVariable("$p", "(int*)4")); + EXPECT_THAT(EvalWithContext("++$p", vars_), + IsEqual(Is32Bit() ? "0x00000008" : "0x0000000000000008")); + EXPECT_THAT(EvalWithContext("++$p + 1", vars_), + IsEqual(Is32Bit() ? "0x00000010" : "0x0000000000000010")); + EXPECT_THAT(EvalWithContext("--$p", vars_), + IsEqual(Is32Bit() ? "0x00000008" : "0x0000000000000008")); + EXPECT_THAT(EvalWithContext("--$p - 1", vars_), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); +#endif +} + +TEST_F(EvalTest, DISABLED_TestPostfixIncDec) { EXPECT_THAT(Eval("1++"), IsError("expression is not assignable")); EXPECT_THAT(Eval("i--"), - XFail(IsError("side effects are not supported in this context"))); - - // #ifndef __EMSCRIPTEN__ - // ASSERT_TRUE(CreateContextVariableArray("int", "$arr", "{1,2,3}")); - // EXPECT_THAT(EvalWithContext("$arr--", vars_), - // IsError("cannot decrement value of type 'int[3]'")); - - // ASSERT_TRUE(CreateContextVariable("$enum_foo", "ScopedEnum::kFoo")); - // EXPECT_THAT(EvalWithContext("$enum_foo++", vars_), - // IsError("cannot increment expression of enum type - // 'ScopedEnum'")); - - // ASSERT_TRUE(CreateContextVariable("$i", "1")); - // EXPECT_THAT(EvalWithContext("$i++", vars_), IsEqual("1")); - // EXPECT_THAT(EvalWithContext("$i", vars_), IsEqual("2")); - // EXPECT_THAT(EvalWithContext("$i++ + 1", vars_), IsEqual("3")); - // EXPECT_THAT(EvalWithContext("$i--", vars_), IsEqual("3")); - // EXPECT_THAT(EvalWithContext("$i-- - 1", vars_), IsEqual("1")); - - // ASSERT_TRUE(CreateContextVariable("$f", "1.5f")); - // EXPECT_THAT(EvalWithContext("$f++", vars_), IsEqual("1.5")); - // EXPECT_THAT(EvalWithContext("$f", vars_), IsEqual("2.5")); - // EXPECT_THAT(EvalWithContext("$f++ + 1", vars_), IsEqual("3.5")); - // EXPECT_THAT(EvalWithContext("$f--", vars_), IsEqual("3.5")); - // EXPECT_THAT(EvalWithContext("$f-- - 1", vars_), IsEqual("1.5")); - - // ASSERT_TRUE(CreateContextVariable("$d", "1.5")); - // EXPECT_THAT(EvalWithContext("$d++", vars_), IsEqual("1.5")); - // EXPECT_THAT(EvalWithContext("$d++ + 1", vars_), IsEqual("3.5")); - // EXPECT_THAT(EvalWithContext("$d--", vars_), IsEqual("3.5")); - // EXPECT_THAT(EvalWithContext("$d-- - 1", vars_), IsEqual("1.5")); - - // ASSERT_TRUE(CreateContextVariable("$p", "(int*)4")); - // EXPECT_THAT(EvalWithContext("$p++", vars_), - // IsEqual(Is32Bit() ? "0x00000004" : "0x0000000000000004")); - // EXPECT_THAT(EvalWithContext("$p++ + 1", vars_), - // IsEqual(Is32Bit() ? "0x0000000c" : "0x000000000000000c")); - // EXPECT_THAT(EvalWithContext("$p--", vars_), - // IsEqual(Is32Bit() ? "0x0000000c" : "0x000000000000000c")); - // EXPECT_THAT(EvalWithContext("$p-- - 1", vars_), - // IsEqual(Is32Bit() ? "0x00000004" : "0x0000000000000004")); - // #endif + IsError("side effects are not supported in this context")); + +#ifndef __EMSCRIPTEN__ + ASSERT_TRUE(CreateContextVariableArray("int", "$arr", "{1,2,3}")); + EXPECT_THAT(EvalWithContext("$arr--", vars_), + IsError("cannot decrement value of type 'int[3]'")); + + ASSERT_TRUE(CreateContextVariable("$enum_foo", "ScopedEnum::kFoo")); + EXPECT_THAT(EvalWithContext("$enum_foo++", vars_), + IsError("cannot increment expression of enum type 'ScopedEnum'")); + + ASSERT_TRUE(CreateContextVariable("$i", "1")); + EXPECT_THAT(EvalWithContext("$i++", vars_), IsEqual("1")); + EXPECT_THAT(EvalWithContext("$i", vars_), IsEqual("2")); + EXPECT_THAT(EvalWithContext("$i++ + 1", vars_), IsEqual("3")); + EXPECT_THAT(EvalWithContext("$i--", vars_), IsEqual("3")); + EXPECT_THAT(EvalWithContext("$i-- - 1", vars_), IsEqual("1")); + + ASSERT_TRUE(CreateContextVariable("$f", "1.5f")); + EXPECT_THAT(EvalWithContext("$f++", vars_), IsEqual("1.5")); + EXPECT_THAT(EvalWithContext("$f", vars_), IsEqual("2.5")); + EXPECT_THAT(EvalWithContext("$f++ + 1", vars_), IsEqual("3.5")); + EXPECT_THAT(EvalWithContext("$f--", vars_), IsEqual("3.5")); + EXPECT_THAT(EvalWithContext("$f-- - 1", vars_), IsEqual("1.5")); + + ASSERT_TRUE(CreateContextVariable("$d", "1.5")); + EXPECT_THAT(EvalWithContext("$d++", vars_), IsEqual("1.5")); + EXPECT_THAT(EvalWithContext("$d++ + 1", vars_), IsEqual("3.5")); + EXPECT_THAT(EvalWithContext("$d--", vars_), IsEqual("3.5")); + EXPECT_THAT(EvalWithContext("$d-- - 1", vars_), IsEqual("1.5")); + + ASSERT_TRUE(CreateContextVariable("$p", "(int*)4")); + EXPECT_THAT(EvalWithContext("$p++", vars_), + IsEqual(Is32Bit() ? "0x00000004" : "0x0000000000000004")); + EXPECT_THAT(EvalWithContext("$p++ + 1", vars_), + IsEqual(Is32Bit() ? "0x0000000c" : "0x000000000000000c")); + EXPECT_THAT(EvalWithContext("$p--", vars_), + IsEqual(Is32Bit() ? "0x0000000c" : "0x000000000000000c")); + EXPECT_THAT(EvalWithContext("$p-- - 1", vars_), + IsEqual(Is32Bit() ? "0x00000004" : "0x0000000000000004")); +#endif } #ifndef __EMSCRIPTEN__ @@ -2893,299 +2898,295 @@ TEST_F(EvalTest, TestMemberFunctionCall) { IsError("member function calls are not supported")); } -TEST_F(EvalTest, TestAssignment) { +TEST_F(EvalTest, DISABLED_TestAssignment) { EXPECT_THAT(Eval("1 = 1"), IsError("expression is not assignable")); - EXPECT_THAT(Eval("i = 1"), XFail(IsError("side effects are not supported"))); + EXPECT_THAT(Eval("i = 1"), IsError("side effects are not supported")); EXPECT_THAT(Eval("p = 1"), IsError("no known conversion from 'int' to 'float *'")); EXPECT_THAT(Eval("eOne = 1"), IsError("no known conversion from 'int' to 'Enum'")); - // #ifndef __EMSCRIPTEN__ - // ASSERT_TRUE(CreateContextVariable("$i", "1")); - // EXPECT_THAT(EvalWithContext("$i = 2", vars_), IsEqual("2")); - // EXPECT_THAT(EvalWithContext("$i", vars_), IsEqual("2")); - // EXPECT_THAT(EvalWithContext("$i = -2", vars_), IsEqual("-2")); - // EXPECT_THAT(EvalWithContext("$i", vars_), IsEqual("-2")); - // EXPECT_THAT(EvalWithContext("$i = eOne", vars_), IsEqual("0")); - // EXPECT_THAT(EvalWithContext("$i", vars_), IsEqual("0")); - // EXPECT_THAT(EvalWithContext("$i = eTwo", vars_), IsEqual("1")); - // EXPECT_THAT(EvalWithContext("$i", vars_), IsEqual("1")); - - // ASSERT_TRUE(CreateContextVariable("$f", "1.5f")); - // EXPECT_THAT(EvalWithContext("$f = 2.5", vars_), IsEqual("2.5")); - // EXPECT_THAT(EvalWithContext("$f", vars_), IsEqual("2.5")); - // EXPECT_THAT(EvalWithContext("$f = 3.5f", vars_), IsEqual("3.5")); - // EXPECT_THAT(EvalWithContext("$f", vars_), IsEqual("3.5")); - - // ASSERT_TRUE(CreateContextVariable("$s", "(short)100")); - // EXPECT_THAT(EvalWithContext("$s = 100000", vars_), IsEqual("-31072")); - // EXPECT_THAT(EvalWithContext("$s", vars_), IsEqual("-31072")); - - // ASSERT_TRUE(CreateContextVariable("$p", "(int*)10")); - // EXPECT_THAT(EvalWithContext("$p = 1", vars_), - // IsError("no known conversion from 'int' to 'int *'")); - // EXPECT_THAT(EvalWithContext("$p = (int*)12", vars_), - // IsEqual(Is32Bit() ? "0x0000000c" : "0x000000000000000c")); - // EXPECT_THAT(EvalWithContext("$p", vars_), - // IsEqual(Is32Bit() ? "0x0000000c" : "0x000000000000000c")); - // EXPECT_THAT(EvalWithContext("$p = 0", vars_), - // IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); - // EXPECT_THAT(EvalWithContext("$p = nullptr", vars_), - // IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); - - // ASSERT_TRUE(CreateContextVariableArray("int", "$arr", "{1, 2}")); - // EXPECT_THAT(EvalWithContext("$p = $arr", vars_), IsOk()); - - // ASSERT_TRUE(CreateContextVariableArray("float", "$farr", "{1.f, 2.f}")); - // EXPECT_THAT(EvalWithContext("$p = $farr", vars_), - // IsError("no known conversion from 'float[2]' to 'int *'")); - // #endif -} - -TEST_F(EvalTest, TestCompositeAssignmentInvalid) { +#ifndef __EMSCRIPTEN__ + ASSERT_TRUE(CreateContextVariable("$i", "1")); + EXPECT_THAT(EvalWithContext("$i = 2", vars_), IsEqual("2")); + EXPECT_THAT(EvalWithContext("$i", vars_), IsEqual("2")); + EXPECT_THAT(EvalWithContext("$i = -2", vars_), IsEqual("-2")); + EXPECT_THAT(EvalWithContext("$i", vars_), IsEqual("-2")); + EXPECT_THAT(EvalWithContext("$i = eOne", vars_), IsEqual("0")); + EXPECT_THAT(EvalWithContext("$i", vars_), IsEqual("0")); + EXPECT_THAT(EvalWithContext("$i = eTwo", vars_), IsEqual("1")); + EXPECT_THAT(EvalWithContext("$i", vars_), IsEqual("1")); + + ASSERT_TRUE(CreateContextVariable("$f", "1.5f")); + EXPECT_THAT(EvalWithContext("$f = 2.5", vars_), IsEqual("2.5")); + EXPECT_THAT(EvalWithContext("$f", vars_), IsEqual("2.5")); + EXPECT_THAT(EvalWithContext("$f = 3.5f", vars_), IsEqual("3.5")); + EXPECT_THAT(EvalWithContext("$f", vars_), IsEqual("3.5")); + + ASSERT_TRUE(CreateContextVariable("$s", "(short)100")); + EXPECT_THAT(EvalWithContext("$s = 100000", vars_), IsEqual("-31072")); + EXPECT_THAT(EvalWithContext("$s", vars_), IsEqual("-31072")); + + ASSERT_TRUE(CreateContextVariable("$p", "(int*)10")); + EXPECT_THAT(EvalWithContext("$p = 1", vars_), + IsError("no known conversion from 'int' to 'int *'")); + EXPECT_THAT(EvalWithContext("$p = (int*)12", vars_), + IsEqual(Is32Bit() ? "0x0000000c" : "0x000000000000000c")); + EXPECT_THAT(EvalWithContext("$p", vars_), + IsEqual(Is32Bit() ? "0x0000000c" : "0x000000000000000c")); + EXPECT_THAT(EvalWithContext("$p = 0", vars_), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + EXPECT_THAT(EvalWithContext("$p = nullptr", vars_), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + + ASSERT_TRUE(CreateContextVariableArray("int", "$arr", "{1, 2}")); + EXPECT_THAT(EvalWithContext("$p = $arr", vars_), IsOk()); + + ASSERT_TRUE(CreateContextVariableArray("float", "$farr", "{1.f, 2.f}")); + EXPECT_THAT(EvalWithContext("$p = $farr", vars_), + IsError("no known conversion from 'float[2]' to 'int *'")); +#endif +} + +TEST_F(EvalTest, DISABLED_TestCompositeAssignmentInvalid) { EXPECT_THAT(Eval("1 += 1"), IsError("expression is not assignable")); - EXPECT_THAT(Eval("i += 1"), XFail(IsError("side effects are not supported"))); + EXPECT_THAT(Eval("i += 1"), IsError("side effects are not supported")); EXPECT_THAT(Eval("1 -= 1"), IsError("expression is not assignable")); - EXPECT_THAT(Eval("i -= 1"), XFail(IsError("side effects are not supported"))); + EXPECT_THAT(Eval("i -= 1"), IsError("side effects are not supported")); EXPECT_THAT(Eval("1 *= 1"), IsError("expression is not assignable")); - EXPECT_THAT(Eval("i *= 1"), XFail(IsError("side effects are not supported"))); + EXPECT_THAT(Eval("i *= 1"), IsError("side effects are not supported")); EXPECT_THAT(Eval("1 /= 1"), IsError("expression is not assignable")); - EXPECT_THAT(Eval("i /= 1"), XFail(IsError("side effects are not supported"))); + EXPECT_THAT(Eval("i /= 1"), IsError("side effects are not supported")); EXPECT_THAT(Eval("1 %= 1"), IsError("expression is not assignable")); - EXPECT_THAT(Eval("i %= 1"), XFail(IsError("side effects are not supported"))); + EXPECT_THAT(Eval("i %= 1"), IsError("side effects are not supported")); EXPECT_THAT( Eval("f %= 1"), IsError("invalid operands to binary expression ('float' and 'int')")); - // #ifndef __EMSCRIPTEN__ - // ASSERT_TRUE(CreateContextVariable("Enum", "$e", false, "Enum::ONE")); - // EXPECT_THAT( - // EvalWithContext("$e *= 1", vars_), - // // TODO(werat): This should actually be: - // // > assigning to 'Enum' from incompatible type 'int' - // IsError("invalid operands to binary expression ('Enum' and 'int')")); - - // ASSERT_TRUE(CreateContextVariable("$i", "1")); - // EXPECT_THAT(EvalWithContext("($i += 1) -= 2", vars_), - // IsError("side effects are not supported in this context")); - // #endif -} - -// #ifndef __EMSCRIPTEN__ -// TEST_F(EvalTest, TestCompositeAssignmentAdd) { -// ASSERT_TRUE(CreateContextVariable("$i", "1")); -// EXPECT_THAT(EvalWithContext("$i += 1", vars_), IsEqual("2")); -// EXPECT_THAT(EvalWithContext("$i += 2", vars_), IsEqual("4")); -// EXPECT_THAT(EvalWithContext("$i += -4", vars_), IsEqual("0")); -// EXPECT_THAT(EvalWithContext("$i += eOne", vars_), IsEqual("0")); -// EXPECT_THAT(EvalWithContext("$i += eTwo", vars_), IsEqual("1")); - -// ASSERT_TRUE(CreateContextVariable("$f", "1.5f")); -// EXPECT_THAT(EvalWithContext("$f += 1", vars_), IsEqual("2.5")); -// EXPECT_THAT(EvalWithContext("$f += -2", vars_), IsEqual("0.5")); -// EXPECT_THAT(EvalWithContext("$f += 2.5", vars_), IsEqual("3")); -// EXPECT_THAT(EvalWithContext("$f += eTwo", vars_), IsEqual("4")); - -// ASSERT_TRUE(CreateContextVariable("$s", "(short)100")); -// EXPECT_THAT(EvalWithContext("$s += 1000", vars_), IsEqual("1100")); -// EXPECT_THAT(EvalWithContext("$s += 100000", vars_), IsEqual("-29972")); - -// ASSERT_TRUE(CreateContextVariable("$p", "(int*)10")); -// EXPECT_THAT(EvalWithContext("$p += 1", vars_), -// IsEqual(Is32Bit() ? "0x0000000e" : "0x000000000000000e")); -// EXPECT_THAT( -// EvalWithContext("$p += 1.5", vars_), -// IsError("invalid operands to binary expression ('int *' and -// 'double')")); -// EXPECT_THAT( -// EvalWithContext("$p += $p", vars_), -// IsError("invalid operands to binary expression ('int *' and 'int -// *')")); -// EXPECT_THAT(EvalWithContext("$i += $p", vars_), -// IsError("no known conversion from 'int *' to 'int'")); -// } - -// TEST_F(EvalTest, TestCompositeAssignmentSub) { -// ASSERT_TRUE(CreateContextVariable("$i", "1")); -// EXPECT_THAT(EvalWithContext("$i -= 1", vars_), IsEqual("0")); -// EXPECT_THAT(EvalWithContext("$i -= 2", vars_), IsEqual("-2")); -// EXPECT_THAT(EvalWithContext("$i -= -4", vars_), IsEqual("2")); -// EXPECT_THAT(EvalWithContext("$i -= eOne", vars_), IsEqual("2")); -// EXPECT_THAT(EvalWithContext("$i -= eTwo", vars_), IsEqual("1")); - -// ASSERT_TRUE(CreateContextVariable("$f", "1.5f")); -// EXPECT_THAT(EvalWithContext("$f -= 1", vars_), IsEqual("0.5")); -// EXPECT_THAT(EvalWithContext("$f -= -2", vars_), IsEqual("2.5")); -// EXPECT_THAT(EvalWithContext("$f -= -2.5", vars_), IsEqual("5")); -// EXPECT_THAT(EvalWithContext("$f -= eTwo", vars_), IsEqual("4")); - -// ASSERT_TRUE(CreateContextVariable("$s", "(short)100")); -// EXPECT_THAT(EvalWithContext("$s -= 1000", vars_), IsEqual("-900")); -// EXPECT_THAT(EvalWithContext("$s -= 100000", vars_), IsEqual("30172")); - -// ASSERT_TRUE(CreateContextVariable("$p", "(int*)10")); -// EXPECT_THAT(EvalWithContext("$p -= 1", vars_), -// IsEqual(Is32Bit() ? "0x00000006" : "0x0000000000000006")); - -// #ifdef _WIN32 -// // On Windows, 'ptrdiff_t' is 'long long'. -// EXPECT_THAT(EvalWithContext("$p -= $p", vars_), -// IsError("no known conversion from 'long long' to 'int *'")); -// #else -// // On Linux, 'ptrdiff_t' is 'long'. -// EXPECT_THAT(EvalWithContext("$p -= $p", vars_), -// IsError("no known conversion from 'long' to 'int *'")); -// #endif -// } - -// TEST_F(EvalTest, TestCompositeAssignmentMul) { -// ASSERT_TRUE(CreateContextVariable("$i", "1")); -// EXPECT_THAT(EvalWithContext("$i *= 1", vars_), IsEqual("1")); -// EXPECT_THAT(EvalWithContext("$i *= 2", vars_), IsEqual("2")); -// EXPECT_THAT(EvalWithContext("$i *= -2.5", vars_), IsEqual("-5")); -// EXPECT_THAT(EvalWithContext("$i *= eTwo", vars_), IsEqual("-5")); - -// ASSERT_TRUE(CreateContextVariable("$f", "1.5f")); -// EXPECT_THAT(EvalWithContext("$f *= 1", vars_), IsEqual("1.5")); -// EXPECT_THAT(EvalWithContext("$f *= 2", vars_), IsEqual("3")); -// EXPECT_THAT(EvalWithContext("$f *= -2.5", vars_), IsEqual("-7.5")); -// EXPECT_THAT(EvalWithContext("$f *= eTwo", vars_), IsEqual("-7.5")); - -// ASSERT_TRUE(CreateContextVariable("$s", "(short)100")); -// EXPECT_THAT(EvalWithContext("$s *= 1000", vars_), IsEqual("-31072")); -// EXPECT_THAT(EvalWithContext("$s *= -1000", vars_), IsEqual("7936")); -// } - -// TEST_F(EvalTest, TestCompositeAssignmentDiv) { -// ASSERT_TRUE(CreateContextVariable("$i", "15")); -// EXPECT_THAT(EvalWithContext("$i /= 1", vars_), IsEqual("15")); -// EXPECT_THAT(EvalWithContext("$i /= 2", vars_), IsEqual("7")); -// EXPECT_THAT(EvalWithContext("$i /= -2", vars_), IsEqual("-3")); -// EXPECT_THAT(EvalWithContext("$i /= eTwo", vars_), IsEqual("-3")); - -// ASSERT_TRUE(CreateContextVariable("$f", "15.5f")); -// EXPECT_THAT(EvalWithContext("$f /= 1", vars_), IsEqual("15.5")); -// EXPECT_THAT(EvalWithContext("$f /= 2", vars_), IsEqual("7.75")); -// EXPECT_THAT(EvalWithContext("$f /= -2.5", vars_), IsEqual("-3.0999999")); -// EXPECT_THAT(EvalWithContext("$f /= eTwo", vars_), IsEqual("-3.0999999")); - -// ASSERT_TRUE(CreateContextVariable("$s", "(short)100")); -// EXPECT_THAT(EvalWithContext("$s /= 10", vars_), IsEqual("10")); -// EXPECT_THAT(EvalWithContext("$s /= -3", vars_), IsEqual("-3")); -// } - -// TEST_F(EvalTest, TestCompositeAssignmentRem) { -// ASSERT_TRUE(CreateContextVariable("$i", "15")); -// EXPECT_THAT(EvalWithContext("$i %= 8", vars_), IsEqual("7")); -// EXPECT_THAT(EvalWithContext("$i %= -3", vars_), IsEqual("1")); -// EXPECT_THAT(EvalWithContext("$i %= eTwo", vars_), IsEqual("0")); - -// ASSERT_TRUE(CreateContextVariable("$f", "15.5f")); -// EXPECT_THAT( -// EvalWithContext("$f %= 1", vars_), -// IsError("invalid operands to binary expression ('float' and 'int')")); - -// ASSERT_TRUE(CreateContextVariable("$s", "(short)100")); -// EXPECT_THAT(EvalWithContext("$s %= 23", vars_), IsEqual("8")); -// } - -// TEST_F(EvalTest, TestCompositeAssignmentBitwise) { -// ASSERT_TRUE(CreateContextVariable("$i", "0b11111111")); -// EXPECT_THAT(EvalWithContext("$i &= 0b11110000", vars_), IsEqual("240")); -// EXPECT_THAT(EvalWithContext("$i |= 0b01100011", vars_), IsEqual("243")); -// EXPECT_THAT(EvalWithContext("$i ^= 0b00100010", vars_), IsEqual("209")); -// EXPECT_THAT(EvalWithContext("$i <<= 2", vars_), IsEqual("836")); -// EXPECT_THAT(EvalWithContext("$i >>= 3", vars_), IsEqual("104")); -// EXPECT_THAT(EvalWithContext("$i <<= eTwo", vars_), IsEqual("208")); -// EXPECT_THAT(EvalWithContext("$i >>= eTwo", vars_), IsEqual("104")); -// EXPECT_THAT(EvalWithContext("$i <<= 1U", vars_), IsEqual("208")); -// EXPECT_THAT(EvalWithContext("$i >>= 1LL", vars_), IsEqual("104")); - -// ASSERT_TRUE(CreateContextVariable("$c", "(signed char)-1")); -// EXPECT_THAT(EvalWithContext("$c &= 0b11110011", vars_), -// IsEqual("'\\xf3'")); EXPECT_THAT(EvalWithContext("$c |= 0b01001011", -// vars_), IsEqual("'\\xfb'")); EXPECT_THAT(EvalWithContext("$c ^= -// 0b00000110", vars_), IsEqual("'\\xfd'")); EXPECT_THAT(EvalWithContext("$c -// <<= 5", vars_), IsEqual("'\\xa0'")); EXPECT_THAT(EvalWithContext("$c >>= -// 20", vars_), IsEqual("'\\xff'")); EXPECT_THAT(EvalWithContext("$c <<= 2U", -// vars_), IsEqual("'\\xfc'")); EXPECT_THAT(EvalWithContext("$c >>= eTwo", -// vars_), IsEqual("'\\xfe'")); - -// ASSERT_TRUE(CreateContextVariable("$f", "1.5f")); -// EXPECT_THAT( -// EvalWithContext("$f &= 1", vars_), -// IsError("invalid operands to binary expression ('float' and 'int')")); -// EXPECT_THAT( -// EvalWithContext("$f |= 1", vars_), -// IsError("invalid operands to binary expression ('float' and 'int')")); -// EXPECT_THAT( -// EvalWithContext("$f ^= 1", vars_), -// IsError("invalid operands to binary expression ('float' and 'int')")); -// EXPECT_THAT( -// EvalWithContext("$f <<= 1", vars_), -// IsError("invalid operands to binary expression ('float' and 'int')")); -// EXPECT_THAT( -// EvalWithContext("$f >>= 1", vars_), -// IsError("invalid operands to binary expression ('float' and 'int')")); - -// ASSERT_TRUE(CreateContextVariable("$s", "(short)100")); -// EXPECT_THAT(EvalWithContext("$s >>= 2", vars_), IsEqual("25")); -// EXPECT_THAT(EvalWithContext("$s <<= 6", vars_), IsEqual("1600")); -// EXPECT_THAT(EvalWithContext("$s <<= 12", vars_), IsEqual("0")); - -// ASSERT_TRUE(CreateContextVariable("$e", "eTwo")); -// std::vector ops = {"&=", "|=", "^=", "<<=", ">>="}; -// for (const auto& op : ops) { -// const std::string expr = "$e " + op + " 1"; // e.g. "$e ^= 1" -// EXPECT_THAT( -// EvalWithContext(expr, vars_), -// IsError("invalid operands to binary expression ('Enum' and 'int')")); -// } - -// ASSERT_TRUE(CreateContextVariable("$p", "(int*)10")); -// EXPECT_THAT( -// EvalWithContext("$p &= 1", vars_), -// IsError("invalid operands to binary expression ('int *' and 'int')")); -// EXPECT_THAT( -// EvalWithContext("$p |= (char)1", vars_), -// IsError("invalid operands to binary expression ('int *' and 'char')")); -// EXPECT_THAT( -// EvalWithContext("$p ^= &f", vars_), -// IsError("invalid operands to binary expression ('int *' and 'float -// *')")); -// EXPECT_THAT( -// EvalWithContext("$p <<= 1", vars_), -// IsError("invalid operands to binary expression ('int *' and 'int')")); -// EXPECT_THAT( -// EvalWithContext("$p >>= $p", vars_), -// IsError("invalid operands to binary expression ('int *' and 'int -// *')")); -// } - -// TEST_F(EvalTest, TestSideEffects) { -// // Comparing with LLDB is not possible with side effects enabled -- results -// // will always be different (because the same expression is evaluated -// twice). this->compare_with_lldb_ = false; this->allow_side_effects_ = true; - -// EXPECT_THAT(Eval("x++"), IsEqual("1")); -// EXPECT_THAT(Eval("x"), IsEqual("2")); -// EXPECT_THAT(Eval("++x"), IsEqual("3")); - -// EXPECT_THAT(Eval("xa[0] = 4"), IsEqual("4")); -// EXPECT_THAT(Eval("xa[0]"), IsEqual("4")); -// EXPECT_THAT(Eval("xa[1] += xa[0]"), IsEqual("6")); - -// EXPECT_THAT(Eval("*p = 5.2"), IsEqual("5")); -// EXPECT_THAT(Eval("*p"), IsEqual("5")); -// EXPECT_THAT(Eval("x"), IsEqual("5")); // `p` is `&x` -// } -// #endif +#ifndef __EMSCRIPTEN__ + ASSERT_TRUE(CreateContextVariable("Enum", "$e", false, "Enum::ONE")); + EXPECT_THAT( + EvalWithContext("$e *= 1", vars_), + // TODO(werat): This should actually be: + // > assigning to 'Enum' from incompatible type 'int' + IsError("invalid operands to binary expression ('Enum' and 'int')")); + + ASSERT_TRUE(CreateContextVariable("$i", "1")); + EXPECT_THAT(EvalWithContext("($i += 1) -= 2", vars_), + IsError("side effects are not supported in this context")); +#endif +} + +#ifndef __EMSCRIPTEN__ +TEST_F(EvalTest, DISABLED_TestCompositeAssignmentAdd) { + ASSERT_TRUE(CreateContextVariable("$i", "1")); + EXPECT_THAT(EvalWithContext("$i += 1", vars_), IsEqual("2")); + EXPECT_THAT(EvalWithContext("$i += 2", vars_), IsEqual("4")); + EXPECT_THAT(EvalWithContext("$i += -4", vars_), IsEqual("0")); + EXPECT_THAT(EvalWithContext("$i += eOne", vars_), IsEqual("0")); + EXPECT_THAT(EvalWithContext("$i += eTwo", vars_), IsEqual("1")); + + ASSERT_TRUE(CreateContextVariable("$f", "1.5f")); + EXPECT_THAT(EvalWithContext("$f += 1", vars_), IsEqual("2.5")); + EXPECT_THAT(EvalWithContext("$f += -2", vars_), IsEqual("0.5")); + EXPECT_THAT(EvalWithContext("$f += 2.5", vars_), IsEqual("3")); + EXPECT_THAT(EvalWithContext("$f += eTwo", vars_), IsEqual("4")); + + ASSERT_TRUE(CreateContextVariable("$s", "(short)100")); + EXPECT_THAT(EvalWithContext("$s += 1000", vars_), IsEqual("1100")); + EXPECT_THAT(EvalWithContext("$s += 100000", vars_), IsEqual("-29972")); + + ASSERT_TRUE(CreateContextVariable("$p", "(int*)10")); + EXPECT_THAT(EvalWithContext("$p += 1", vars_), + IsEqual(Is32Bit() ? "0x0000000e" : "0x000000000000000e")); + EXPECT_THAT( + EvalWithContext("$p += 1.5", vars_), + IsError("invalid operands to binary expression ('int *' and 'double')")); + EXPECT_THAT( + EvalWithContext("$p += $p", vars_), + IsError("invalid operands to binary expression ('int *' and 'int *')")); + EXPECT_THAT(EvalWithContext("$i += $p", vars_), + IsError("no known conversion from 'int *' to 'int'")); +} + +TEST_F(EvalTest, DISABLED_TestCompositeAssignmentSub) { + ASSERT_TRUE(CreateContextVariable("$i", "1")); + EXPECT_THAT(EvalWithContext("$i -= 1", vars_), IsEqual("0")); + EXPECT_THAT(EvalWithContext("$i -= 2", vars_), IsEqual("-2")); + EXPECT_THAT(EvalWithContext("$i -= -4", vars_), IsEqual("2")); + EXPECT_THAT(EvalWithContext("$i -= eOne", vars_), IsEqual("2")); + EXPECT_THAT(EvalWithContext("$i -= eTwo", vars_), IsEqual("1")); + + ASSERT_TRUE(CreateContextVariable("$f", "1.5f")); + EXPECT_THAT(EvalWithContext("$f -= 1", vars_), IsEqual("0.5")); + EXPECT_THAT(EvalWithContext("$f -= -2", vars_), IsEqual("2.5")); + EXPECT_THAT(EvalWithContext("$f -= -2.5", vars_), IsEqual("5")); + EXPECT_THAT(EvalWithContext("$f -= eTwo", vars_), IsEqual("4")); + + ASSERT_TRUE(CreateContextVariable("$s", "(short)100")); + EXPECT_THAT(EvalWithContext("$s -= 1000", vars_), IsEqual("-900")); + EXPECT_THAT(EvalWithContext("$s -= 100000", vars_), IsEqual("30172")); + + ASSERT_TRUE(CreateContextVariable("$p", "(int*)10")); + EXPECT_THAT(EvalWithContext("$p -= 1", vars_), + IsEqual(Is32Bit() ? "0x00000006" : "0x0000000000000006")); + +#ifdef _WIN32 + // On Windows, 'ptrdiff_t' is 'long long'. + EXPECT_THAT(EvalWithContext("$p -= $p", vars_), + IsError("no known conversion from 'long long' to 'int *'")); +#else + // On Linux, 'ptrdiff_t' is 'long'. + EXPECT_THAT(EvalWithContext("$p -= $p", vars_), + IsError("no known conversion from 'long' to 'int *'")); +#endif +} + +TEST_F(EvalTest, DISABLED_TestCompositeAssignmentMul) { + ASSERT_TRUE(CreateContextVariable("$i", "1")); + EXPECT_THAT(EvalWithContext("$i *= 1", vars_), IsEqual("1")); + EXPECT_THAT(EvalWithContext("$i *= 2", vars_), IsEqual("2")); + EXPECT_THAT(EvalWithContext("$i *= -2.5", vars_), IsEqual("-5")); + EXPECT_THAT(EvalWithContext("$i *= eTwo", vars_), IsEqual("-5")); + + ASSERT_TRUE(CreateContextVariable("$f", "1.5f")); + EXPECT_THAT(EvalWithContext("$f *= 1", vars_), IsEqual("1.5")); + EXPECT_THAT(EvalWithContext("$f *= 2", vars_), IsEqual("3")); + EXPECT_THAT(EvalWithContext("$f *= -2.5", vars_), IsEqual("-7.5")); + EXPECT_THAT(EvalWithContext("$f *= eTwo", vars_), IsEqual("-7.5")); + + ASSERT_TRUE(CreateContextVariable("$s", "(short)100")); + EXPECT_THAT(EvalWithContext("$s *= 1000", vars_), IsEqual("-31072")); + EXPECT_THAT(EvalWithContext("$s *= -1000", vars_), IsEqual("7936")); +} + +TEST_F(EvalTest, DISABLED_TestCompositeAssignmentDiv) { + ASSERT_TRUE(CreateContextVariable("$i", "15")); + EXPECT_THAT(EvalWithContext("$i /= 1", vars_), IsEqual("15")); + EXPECT_THAT(EvalWithContext("$i /= 2", vars_), IsEqual("7")); + EXPECT_THAT(EvalWithContext("$i /= -2", vars_), IsEqual("-3")); + EXPECT_THAT(EvalWithContext("$i /= eTwo", vars_), IsEqual("-3")); + + ASSERT_TRUE(CreateContextVariable("$f", "15.5f")); + EXPECT_THAT(EvalWithContext("$f /= 1", vars_), IsEqual("15.5")); + EXPECT_THAT(EvalWithContext("$f /= 2", vars_), IsEqual("7.75")); + EXPECT_THAT(EvalWithContext("$f /= -2.5", vars_), IsEqual("-3.0999999")); + EXPECT_THAT(EvalWithContext("$f /= eTwo", vars_), IsEqual("-3.0999999")); + + ASSERT_TRUE(CreateContextVariable("$s", "(short)100")); + EXPECT_THAT(EvalWithContext("$s /= 10", vars_), IsEqual("10")); + EXPECT_THAT(EvalWithContext("$s /= -3", vars_), IsEqual("-3")); +} + +TEST_F(EvalTest, DISABLED_TestCompositeAssignmentRem) { + ASSERT_TRUE(CreateContextVariable("$i", "15")); + EXPECT_THAT(EvalWithContext("$i %= 8", vars_), IsEqual("7")); + EXPECT_THAT(EvalWithContext("$i %= -3", vars_), IsEqual("1")); + EXPECT_THAT(EvalWithContext("$i %= eTwo", vars_), IsEqual("0")); + + ASSERT_TRUE(CreateContextVariable("$f", "15.5f")); + EXPECT_THAT( + EvalWithContext("$f %= 1", vars_), + IsError("invalid operands to binary expression ('float' and 'int')")); + + ASSERT_TRUE(CreateContextVariable("$s", "(short)100")); + EXPECT_THAT(EvalWithContext("$s %= 23", vars_), IsEqual("8")); +} + +TEST_F(EvalTest, DISABLED_TestCompositeAssignmentBitwise) { + ASSERT_TRUE(CreateContextVariable("$i", "0b11111111")); + EXPECT_THAT(EvalWithContext("$i &= 0b11110000", vars_), IsEqual("240")); + EXPECT_THAT(EvalWithContext("$i |= 0b01100011", vars_), IsEqual("243")); + EXPECT_THAT(EvalWithContext("$i ^= 0b00100010", vars_), IsEqual("209")); + EXPECT_THAT(EvalWithContext("$i <<= 2", vars_), IsEqual("836")); + EXPECT_THAT(EvalWithContext("$i >>= 3", vars_), IsEqual("104")); + EXPECT_THAT(EvalWithContext("$i <<= eTwo", vars_), IsEqual("208")); + EXPECT_THAT(EvalWithContext("$i >>= eTwo", vars_), IsEqual("104")); + EXPECT_THAT(EvalWithContext("$i <<= 1U", vars_), IsEqual("208")); + EXPECT_THAT(EvalWithContext("$i >>= 1LL", vars_), IsEqual("104")); + + ASSERT_TRUE(CreateContextVariable("$c", "(signed char)-1")); + EXPECT_THAT(EvalWithContext("$c &= 0b11110011", vars_), IsEqual("'\\xf3'")); + EXPECT_THAT(EvalWithContext("$c |= 0b01001011", vars_), IsEqual("'\\xfb'")); + EXPECT_THAT(EvalWithContext("$c ^= 0b00000110", vars_), IsEqual("'\\xfd'")); + EXPECT_THAT(EvalWithContext("$c <<= 5", vars_), IsEqual("'\\xa0'")); + EXPECT_THAT(EvalWithContext("$c >>= 20", vars_), IsEqual("'\\xff'")); + EXPECT_THAT(EvalWithContext("$c <<= 2U", vars_), IsEqual("'\\xfc'")); + EXPECT_THAT(EvalWithContext("$c >>= eTwo", vars_), IsEqual("'\\xfe'")); + + ASSERT_TRUE(CreateContextVariable("$f", "1.5f")); + EXPECT_THAT( + EvalWithContext("$f &= 1", vars_), + IsError("invalid operands to binary expression ('float' and 'int')")); + EXPECT_THAT( + EvalWithContext("$f |= 1", vars_), + IsError("invalid operands to binary expression ('float' and 'int')")); + EXPECT_THAT( + EvalWithContext("$f ^= 1", vars_), + IsError("invalid operands to binary expression ('float' and 'int')")); + EXPECT_THAT( + EvalWithContext("$f <<= 1", vars_), + IsError("invalid operands to binary expression ('float' and 'int')")); + EXPECT_THAT( + EvalWithContext("$f >>= 1", vars_), + IsError("invalid operands to binary expression ('float' and 'int')")); + + ASSERT_TRUE(CreateContextVariable("$s", "(short)100")); + EXPECT_THAT(EvalWithContext("$s >>= 2", vars_), IsEqual("25")); + EXPECT_THAT(EvalWithContext("$s <<= 6", vars_), IsEqual("1600")); + EXPECT_THAT(EvalWithContext("$s <<= 12", vars_), IsEqual("0")); + + ASSERT_TRUE(CreateContextVariable("$e", "eTwo")); + std::vector ops = {"&=", "|=", "^=", "<<=", ">>="}; + for (const auto &op : ops) { + const std::string expr = "$e " + op + " 1"; // e.g. "$e ^= 1" + EXPECT_THAT( + EvalWithContext(expr, vars_), + IsError("invalid operands to binary expression ('Enum' and 'int')")); + } + + ASSERT_TRUE(CreateContextVariable("$p", "(int*)10")); + EXPECT_THAT( + EvalWithContext("$p &= 1", vars_), + IsError("invalid operands to binary expression ('int *' and 'int')")); + EXPECT_THAT( + EvalWithContext("$p |= (char)1", vars_), + IsError("invalid operands to binary expression ('int *' and 'char')")); + EXPECT_THAT( + EvalWithContext("$p ^= &f", vars_), + IsError("invalid operands to binary expression ('int *' and 'float *')")); + EXPECT_THAT( + EvalWithContext("$p <<= 1", vars_), + IsError("invalid operands to binary expression ('int *' and 'int')")); + EXPECT_THAT( + EvalWithContext("$p >>= $p", vars_), + IsError("invalid operands to binary expression ('int *' and 'int *')")); +} + +TEST_F(EvalTest, DISABLED_TestSideEffects) { + // Comparing with LLDB is not possible with side effects enabled -- results + // will always be different (because the same expression is evaluated twice). + this->compare_with_lldb_ = false; + this->allow_side_effects_ = true; + + EXPECT_THAT(Eval("x++"), IsEqual("1")); + EXPECT_THAT(Eval("x"), IsEqual("2")); + EXPECT_THAT(Eval("++x"), IsEqual("3")); + + EXPECT_THAT(Eval("xa[0] = 4"), IsEqual("4")); + EXPECT_THAT(Eval("xa[0]"), IsEqual("4")); + EXPECT_THAT(Eval("xa[1] += xa[0]"), IsEqual("6")); + + EXPECT_THAT(Eval("*p = 5.2"), IsEqual("5")); + EXPECT_THAT(Eval("*p"), IsEqual("5")); + EXPECT_THAT(Eval("x"), IsEqual("5")); // `p` is `&x` +} +#endif TEST_F(EvalTest, TestBuiltinFunction_findnonnull) { // LLDB doesn't support `__findnonnull` intrinsic function. @@ -3473,69 +3474,69 @@ TEST_F(EvalTest, TestTypeVsIdentifier) { } #ifndef __EMSCRIPTEN__ -// TEST_F(EvalTest, TestSeparateParsing) { -// lldb::SBError error; +TEST_F(EvalTest, DISABLED_TestSeparateParsing) { + lldb::SBError error; -// auto expr_a = Scope("a").Compile("a_", error); -// ASSERT_TRUE(error.Success()); + auto expr_a = Scope("a").Compile("a_", error); + ASSERT_TRUE(error.Success()); -// auto expr_b = Scope("b").Compile("b_", error); -// ASSERT_TRUE(error.Success()); + auto expr_b = Scope("b").Compile("b_", error); + ASSERT_TRUE(error.Success()); -// auto expr_c = Scope("c").Compile("a_ * b_ * c_", error); -// ASSERT_TRUE(error.Success()); + auto expr_c = Scope("c").Compile("a_ * b_ * c_", error); + ASSERT_TRUE(error.Success()); -// auto expr_d = Scope("d").Compile("a_ * b_ * c_ * d_", error); -// ASSERT_TRUE(error.Success()); + auto expr_d = Scope("d").Compile("a_ * b_ * c_ * d_", error); + ASSERT_TRUE(error.Success()); -// auto expr_c_this = Scope("c").Compile("this", error); -// ASSERT_TRUE(error.Success()); + auto expr_c_this = Scope("c").Compile("this", error); + ASSERT_TRUE(error.Success()); -// EXPECT_THAT(Scope("a").Eval(expr_a), IsEqual("1")); -// EXPECT_THAT(Scope("b").Eval(expr_b), IsEqual("2")); -// EXPECT_THAT(Scope("c").Eval(expr_c), IsEqual("60")); -// EXPECT_THAT(Scope("d").Eval(expr_d), IsEqual("3024")); + EXPECT_THAT(Scope("a").Eval(expr_a), IsEqual("1")); + EXPECT_THAT(Scope("b").Eval(expr_b), IsEqual("2")); + EXPECT_THAT(Scope("c").Eval(expr_c), IsEqual("60")); + EXPECT_THAT(Scope("d").Eval(expr_d), IsEqual("3024")); -// EXPECT_THAT(Scope("c").Eval(expr_a), IsEqual("3")); -// EXPECT_THAT(Scope("c").Eval(expr_b), IsEqual("4")); -// EXPECT_THAT(Scope("d").Eval(expr_a), IsEqual("6")); -// EXPECT_THAT(Scope("d").Eval(expr_b), IsEqual("7")); -// EXPECT_THAT(Scope("d").Eval(expr_c), IsEqual("336")); + EXPECT_THAT(Scope("c").Eval(expr_a), IsEqual("3")); + EXPECT_THAT(Scope("c").Eval(expr_b), IsEqual("4")); + EXPECT_THAT(Scope("d").Eval(expr_a), IsEqual("6")); + EXPECT_THAT(Scope("d").Eval(expr_b), IsEqual("7")); + EXPECT_THAT(Scope("d").Eval(expr_c), IsEqual("336")); -// // Expression parsed in derived-type scope, evaluated in base-type scope. -// EXPECT_THAT( -// Scope("c").Eval(expr_d), -// IsError("expression isn't parsed in the context of compatible type")); -// } + // Expression parsed in derived-type scope, evaluated in base-type scope. + EXPECT_THAT( + Scope("c").Eval(expr_d), + IsError("expression isn't parsed in the context of compatible type")); +} -// TEST_F(EvalTest, TestSeparateParsingWithContextVars) { -// ASSERT_TRUE(CreateContextVariable("$x", "1")); -// ASSERT_TRUE(CreateContextVariable("$y", "2.5")); +TEST_F(EvalTest, DISABLED_TestSeparateParsingWithContextVars) { + ASSERT_TRUE(CreateContextVariable("$x", "1")); + ASSERT_TRUE(CreateContextVariable("$y", "2.5")); -// std::unordered_map args = { -// {"$x", vars_["$x"].GetType()}, {"$y", vars_["$y"].GetType()}}; + std::unordered_map args = { + {"$x", vars_["$x"].GetType()}, {"$y", vars_["$y"].GetType()}}; -// lldb::SBError error; + lldb::SBError error; -// auto expr_c = Scope("c").CompileWithContext("c_ + $x + $y", args, error); -// ASSERT_TRUE(error.Success()); + auto expr_c = Scope("c").CompileWithContext("c_ + $x + $y", args, error); + ASSERT_TRUE(error.Success()); -// EXPECT_THAT(Scope("c").EvalWithContext(expr_c, vars_), IsEqual("8.5")); -// EXPECT_THAT(Scope("d").EvalWithContext(expr_c, vars_), IsEqual("11.5")); + EXPECT_THAT(Scope("c").EvalWithContext(expr_c, vars_), IsEqual("8.5")); + EXPECT_THAT(Scope("d").EvalWithContext(expr_c, vars_), IsEqual("11.5")); -// // Parsed context arguments don't match variables' types in evaluation. -// std::unordered_map wrong_vars = { -// {"$x", vars_["$y"]}, {"$y", vars_["$x"]}}; -// EXPECT_THAT(Scope("c").EvalWithContext(expr_c, wrong_vars), -// IsError("unexpected type of context variable '$x' (expected " -// "'int', got 'double')")); + // Parsed context arguments don't match variables' types in evaluation. + std::unordered_map wrong_vars = { + {"$x", vars_["$y"]}, {"$y", vars_["$x"]}}; + EXPECT_THAT(Scope("c").EvalWithContext(expr_c, wrong_vars), + IsError("unexpected type of context variable '$x' (expected " + "'int', got 'double')")); -// // Context variable missing for parsed argument. -// std::unordered_map incomplete_vars = { -// {"$x", vars_["$x"]}}; -// EXPECT_THAT(Scope("c").EvalWithContext(expr_c, incomplete_vars), -// IsError("use of undeclared identifier '$y'")); -// } + // Context variable missing for parsed argument. + std::unordered_map incomplete_vars = { + {"$x", vars_["$x"]}}; + EXPECT_THAT(Scope("c").EvalWithContext(expr_c, incomplete_vars), + IsError("use of undeclared identifier '$y'")); +} TEST_F(EvalTest, DISABLED_TestRegisters) { // LLDB loses the value formatter when evaluating registers and prints their diff --git a/lldb/unittests/DIL/Inputs/test_binary.cc b/lldb/unittests/DIL/Inputs/test_binary.cc index 2aadfbf79373..f1f77a8398a7 100644 --- a/lldb/unittests/DIL/Inputs/test_binary.cc +++ b/lldb/unittests/DIL/Inputs/test_binary.cc @@ -667,7 +667,9 @@ static void TestStaticConst() { outer::inner::MyVars my_outer_inner_vars; // BREAK(TestStaticConstDeclaredInline) + // BREAK(TestStaticConstDeclaredInlineScoped) // BREAK(TestStaticConstDeclaredOutsideTheClass) + // BREAK(TestStaticConstDeclaredOutsideTheClassScoped) } // Referenced by TestTemplateTypes. @@ -863,6 +865,7 @@ void TestBitField() { AlignedBitFieldStruct abf = (AlignedBitFieldStruct &)data; // BREAK(TestBitField) + // BREAK(TestBitFieldScoped) // BREAK(TestBitFieldPromotion) // BREAK(TestBitFieldWithSideEffects) } diff --git a/lldb/unittests/DIL/Inputs/test_binary_libc++.bin b/lldb/unittests/DIL/Inputs/test_binary_libc++.bin index c17f89120074cbe3d95de7e656f84f9b5ad91a73..707d41d4c4db6ca3d1a5ed90e6371f246da6f3a1 100755 GIT binary patch delta 5815 zcmZ`-d3aPswm+w;ZffWC9;c9UeB$sf7(`<=B;)jd_W 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z;m%O$-*CEY7c-2wSLH6t=N)cEJvPnqmRRUpO5{cR$FFgD+?sj&Ew^|0OT=or=E!$! z`z+pv8|@2cF%drv#h$}55%`jl^>}w%Uf&c8zM$bA-()kH&1J{zlQ%HaK5`zj<6d(Q zv%KC*E?emgQO~|6VdxZVXjk#A*?D;Ai?zg?iS}-oh33 z{%b|=%VtN*(CldS H%%uMSSYYU$ From 25b91d5be635947077961daf96909cc73946d234 Mon Sep 17 00:00:00 2001 From: Ilia Kuklin Date: Fri, 24 Jan 2025 22:57:02 +0500 Subject: [PATCH 14/24] Restore TestStaticConstDeclaredInline --- lldb/unittests/DIL/DIL_test.cc | 14 +++++--------- 1 file changed, 5 insertions(+), 9 deletions(-) diff --git a/lldb/unittests/DIL/DIL_test.cc b/lldb/unittests/DIL/DIL_test.cc index dcb452f50654..996e3addaa1c 100644 --- a/lldb/unittests/DIL/DIL_test.cc +++ b/lldb/unittests/DIL/DIL_test.cc @@ -1821,11 +1821,7 @@ TEST_F(EvalTest, TestQualifiedId) { EXPECT_THAT(Eval("ns::ns::i"), IsEqual("2")); } -// This test depends on one of the following patches: -// * https://reviews.llvm.org/D92223 -// * https://reviews.llvm.org/D92643 -TEST_F(EvalTest, DISABLED_TestStaticConstDeclaredInline) { - // Upstream LLDB doesn't handle static const variables. +TEST_F(EvalTest, TestStaticConstDeclaredInline) { this->compare_with_lldb_ = false; EXPECT_THAT(Eval("::outer::inner::Vars::inline_static"), IsEqual("1.5")); @@ -1838,10 +1834,10 @@ TEST_F(EvalTest, DISABLED_TestStaticConstDeclaredInline) { EXPECT_THAT(Eval("outer::Vars::inline_static"), IsEqual("4.5")); EXPECT_THAT(Eval("outer::Vars::static_constexpr"), IsEqual("5")); - EXPECT_THAT(Eval("::Vars::inline_static"), IsEqual("7.5")); - EXPECT_THAT(Eval("::Vars::static_constexpr"), IsEqual("8")); - EXPECT_THAT(Eval("Vars::inline_static"), IsEqual("7.5")); - EXPECT_THAT(Eval("Vars::static_constexpr"), IsEqual("8")); + EXPECT_THAT(Eval("::Vars::inline_static"), XFail(IsEqual("7.5"))); + EXPECT_THAT(Eval("::Vars::static_constexpr"), XFail(IsEqual("8"))); + EXPECT_THAT(Eval("Vars::inline_static"), XFail(IsEqual("7.5"))); + EXPECT_THAT(Eval("Vars::static_constexpr"), XFail(IsEqual("8"))); } #ifndef __EMSCRIPTEN__ From 75a7312250929713d63f6e2bc293256acd352258 Mon Sep 17 00:00:00 2001 From: Ilia Kuklin Date: Fri, 24 Jan 2025 23:09:26 +0500 Subject: [PATCH 15/24] Fix compiler warnings --- lldb/unittests/DIL/DIL_test.cc | 39 ++++++++++++++++++---------------- 1 file changed, 21 insertions(+), 18 deletions(-) diff --git a/lldb/unittests/DIL/DIL_test.cc b/lldb/unittests/DIL/DIL_test.cc index 996e3addaa1c..7a2ee8a60ea0 100644 --- a/lldb/unittests/DIL/DIL_test.cc +++ b/lldb/unittests/DIL/DIL_test.cc @@ -82,9 +82,9 @@ struct CompiledExpr { class EvaluatorHelper { public: EvaluatorHelper(lldb::SBFrame frame, bool lldb, bool side_effects) - : frame_(frame), lldb_(lldb), side_effects_(side_effects) {} + : frame_(frame), lldb_(lldb) {} EvaluatorHelper(lldb::SBValue scope, bool lldb, bool side_effects) - : scope_(scope), lldb_(lldb), side_effects_(side_effects) {} + : scope_(scope), lldb_(lldb) {} public: EvalResult Eval(const std::string &expr) { @@ -231,7 +231,7 @@ class EvaluatorHelper { lldb::SBFrame frame_; lldb::SBValue scope_; bool lldb_; - bool side_effects_; + // bool side_effects_; }; #endif @@ -506,7 +506,7 @@ class EvalTest : public ::testing::Test { }; TEST_F(EvalTest, TestSymbols) { - EXPECT_GT(frame_.GetModule().GetNumSymbols(), 0) + EXPECT_GT(frame_.GetModule().GetNumSymbols(), (size_t)0) << "No symbols might indicate that the test binary was built incorrectly"; } @@ -3485,7 +3485,7 @@ TEST_F(EvalTest, DISABLED_TestSeparateParsing) { auto expr_d = Scope("d").Compile("a_ * b_ * c_ * d_", error); ASSERT_TRUE(error.Success()); - auto expr_c_this = Scope("c").Compile("this", error); + Scope("c").Compile("this", error); ASSERT_TRUE(error.Success()); EXPECT_THAT(Scope("a").Eval(expr_a), IsEqual("1")); @@ -3627,7 +3627,7 @@ TEST_F(EvalTest, DISABLED_TestStringParsing) { EXPECT_TRUE(result.lldb_DIL_error.Success()); EXPECT_TRUE(result.lldb_DIL_value.IsValid()); auto data = result.lldb_DIL_value.GetData(); - EXPECT_EQ(data.GetByteSize(), 4); + EXPECT_EQ(data.GetByteSize(), (size_t)4); EXPECT_STREQ(data.GetString(ignore, 0), "abc"); } { @@ -3635,23 +3635,24 @@ TEST_F(EvalTest, DISABLED_TestStringParsing) { EXPECT_TRUE(result.lldb_DIL_error.Success()); EXPECT_TRUE(result.lldb_DIL_value.IsValid()); auto data = result.lldb_DIL_value.GetData(); - EXPECT_EQ(data.GetByteSize(), 1); + EXPECT_EQ(data.GetByteSize(), (size_t)1); EXPECT_STREQ(data.GetString(ignore, 0), ""); } { auto result = Eval("u8\"abc\""); EXPECT_TRUE(result.lldb_DIL_value.IsValid()); auto data = result.lldb_DIL_value.GetData(); - EXPECT_EQ(data.GetByteSize(), 4); + EXPECT_EQ(data.GetByteSize(), (size_t)4); EXPECT_STREQ(data.GetString(ignore, 0), "abc"); } { auto result = Eval("u\"abc\""); EXPECT_TRUE(result.lldb_DIL_value.IsValid()); auto data = result.lldb_DIL_value.GetData(); - EXPECT_EQ(data.GetByteSize(), 8); + EXPECT_EQ(data.GetByteSize(), (size_t)8); char16_t val[4]; - EXPECT_EQ(data.ReadRawData(ignore, 0, reinterpret_cast(val), 8), 8); + EXPECT_EQ(data.ReadRawData(ignore, 0, reinterpret_cast(val), 8), + (size_t)8); EXPECT_EQ(val[0], u'a'); EXPECT_EQ(val[1], u'b'); EXPECT_EQ(val[2], u'c'); @@ -3661,14 +3662,15 @@ TEST_F(EvalTest, DISABLED_TestStringParsing) { auto result = Eval("U\"猫ъü\""); EXPECT_TRUE(result.lldb_DIL_value.IsValid()); auto data = result.lldb_DIL_value.GetData(); - EXPECT_EQ(data.GetByteSize(), 16); + EXPECT_EQ(data.GetByteSize(), (size_t)16); char32_t val[4]; - EXPECT_EQ(data.ReadRawData(ignore, 0, reinterpret_cast(val), 16), - 16); + EXPECT_EQ( + data.ReadRawData(ignore, 0, reinterpret_cast(val), (size_t)16), + (size_t)16); EXPECT_EQ(val[0], U'猫'); EXPECT_EQ(val[1], U'ÑŠ'); EXPECT_EQ(val[2], U'ü'); - EXPECT_EQ(val[3], 0); + EXPECT_EQ(val[3], U'\0'); } { auto result = Eval("L\"abc\""); @@ -3677,12 +3679,13 @@ TEST_F(EvalTest, DISABLED_TestStringParsing) { wchar_t val[4]; #ifdef _WIN32 // On Windows it holds sizeof(wchar_t) == 2. - EXPECT_EQ(data.GetByteSize(), 8); - EXPECT_EQ(data.ReadRawData(ignore, 0, reinterpret_cast(val), 8), 8); + EXPECT_EQ(data.GetByteSize(), (size_t)(size_t)8); + EXPECT_EQ(data.ReadRawData(ignore, 0, reinterpret_cast(val), 8), + (size_t)8); #else - EXPECT_EQ(data.GetByteSize(), 16); + EXPECT_EQ(data.GetByteSize(), (size_t)16); EXPECT_EQ(data.ReadRawData(ignore, 0, reinterpret_cast(val), 16), - 16); + (size_t)16); #endif EXPECT_EQ(val[0], L'a'); EXPECT_EQ(val[1], L'b'); From e106f54bb74fa346eb1d410ad8410605bd0e0ec8 Mon Sep 17 00:00:00 2001 From: Ilia Kuklin Date: Fri, 24 Jan 2025 23:14:12 +0500 Subject: [PATCH 16/24] DIL TODO comment --- lldb/unittests/DIL/DIL_test.cc | 13 +++++-------- 1 file changed, 5 insertions(+), 8 deletions(-) diff --git a/lldb/unittests/DIL/DIL_test.cc b/lldb/unittests/DIL/DIL_test.cc index 7a2ee8a60ea0..9957f98b5bd4 100644 --- a/lldb/unittests/DIL/DIL_test.cc +++ b/lldb/unittests/DIL/DIL_test.cc @@ -12,14 +12,11 @@ // See the License for the specific language governing permissions and // limitations under the License. -/// DIL -// Removed for now: -// * All tests with context variables evaluation: need to implement an call -// interface to DIL -// * All tests with evaluation with scope: need to implement an call interface -// to DIL -// * Some tests that crash the test suite completely: some of the tests that -// involve nullptr +/// DIL TODO: +// * Fix errors in XFailed tests +// * Fix segfault errors in GTEST_SKIP tests +// * Implement interfaces for scoped, context, and separate parsing +// and re-enable DISABLED_ tests #include "lldb/API/SBError.h" #include "lldb/lldb-enumerations.h" From d650dc28c351b19037ec88273c8a0b1c045f83a7 Mon Sep 17 00:00:00 2001 From: Ilia Kuklin Date: Fri, 24 Jan 2025 23:56:43 +0500 Subject: [PATCH 17/24] Remove libstdc++ test binary --- lldb/unittests/DIL/CMakeLists.txt | 1 - .../DIL/Inputs/test_binary_libstdc++.bin | Bin 293280 -> 0 bytes 2 files changed, 1 deletion(-) delete mode 100755 lldb/unittests/DIL/Inputs/test_binary_libstdc++.bin diff --git a/lldb/unittests/DIL/CMakeLists.txt 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z&ZyuLc~9(;8jRR)Sg+<$h~?G6aKyay(ik(ZkTo{!XJto)j!7NU%KA_>{u?7IU^F@y zmOq?PywO(8m(T^PS{9pA0_AgMRaH~4)&9a7PSAcP`|L-xx6FQ4PUx$m-KGUy~N=LBE8|yMZXzX{~hAr$}ai7 zA#POKt^e)#to{~&a$@~gsKoGRDG((!;DzBW<`=d!5IB(YfXqEA4yit$T0%zghg-@^jk7rO3gy z;6&{W|4xtpp_dqkR_^ABfH(ZdJpK#+Z2Vi+3!|t$)?N-GA1%S<8|0{f^ z;NKaa+W&0v?@fPXlJWoJl-LmMH!By4|JYC*XK9-$kxtb(Tz}S|RaJ|BZ}`L8jsI&r z4c7X%vRV9FdsaShvGIRJ693lSsY(2oU2gnO+}*k~(uQlb>bs|l(Lc36YWy#k{NF=q uact|a9sf2#ZCq+^(f>C7$!LFTiK_GmZ}@}JCi1^QgGu Date: Mon, 27 Jan 2025 22:56:35 +0500 Subject: [PATCH 18/24] Compile the test binary with the in-tree clang and lld --- lldb/unittests/DIL/CMakeLists.txt | 11 +++-------- lldb/unittests/DIL/DIL_test.cc | 2 +- lldb/unittests/DIL/Inputs/CMakeLists.txt | 12 ++++++++++++ .../DIL/Inputs/test_binary_libc++.bin | Bin 290064 -> 0 bytes 4 files changed, 16 insertions(+), 9 deletions(-) create mode 100644 lldb/unittests/DIL/Inputs/CMakeLists.txt delete mode 100755 lldb/unittests/DIL/Inputs/test_binary_libc++.bin diff --git a/lldb/unittests/DIL/CMakeLists.txt b/lldb/unittests/DIL/CMakeLists.txt index 5dcbbfa4e91a..27e4525d4466 100644 --- a/lldb/unittests/DIL/CMakeLists.txt +++ b/lldb/unittests/DIL/CMakeLists.txt @@ -7,12 +7,7 @@ add_lldb_unittest(LLDBDILTests lldbUtilityHelpers LLVMTestingSupport ) +add_subdirectory(Inputs) +add_dependencies(LLDBDILTests test_binary) -set(test_lib - test_binary_libc++.bin - test_binary.cc - ) - -add_unittest_inputs(LLDBDILTests "${test_lib}") - - +add_unittest_inputs(LLDBDILTests "test_binary.cc") diff --git a/lldb/unittests/DIL/DIL_test.cc b/lldb/unittests/DIL/DIL_test.cc index 9957f98b5bd4..d848481bfa16 100644 --- a/lldb/unittests/DIL/DIL_test.cc +++ b/lldb/unittests/DIL/DIL_test.cc @@ -423,7 +423,7 @@ class EvalTest : public ::testing::Test { std::string break_line = "// BREAK(" + test_name + ")"; std::string binary_path = - lldb_private::GetInputFilePath("test_binary_libc++.bin"); + lldb_private::GetInputFilePath("test_binary.bin"); std::string source_path = lldb_private::GetInputFilePath("test_binary.cc"); debugger_ = lldb::SBDebugger::Create(false); diff --git a/lldb/unittests/DIL/Inputs/CMakeLists.txt b/lldb/unittests/DIL/Inputs/CMakeLists.txt new file mode 100644 index 000000000000..413d90baed5f --- /dev/null +++ b/lldb/unittests/DIL/Inputs/CMakeLists.txt @@ -0,0 +1,12 @@ +# Build `test_binary.cc` and put the binary in the Inputs folder, +# allowing `lldb_private::GetInputFilePath` to find it. +get_target_property(EXE_PATH LLDBDILTests RUNTIME_OUTPUT_DIRECTORY) +add_custom_command( + OUTPUT test_binary.bin + COMMAND $ test_binary.cc -std=c++17 -fuse-ld=lld -B$ + -O0 -g -stdlib=libc++ -lc++ -o ${EXE_PATH}/Inputs/test_binary.bin + DEPENDS test_binary.cc clang lld +) +add_custom_target(test_binary + DEPENDS test_binary.bin +) diff --git a/lldb/unittests/DIL/Inputs/test_binary_libc++.bin b/lldb/unittests/DIL/Inputs/test_binary_libc++.bin deleted file mode 100755 index 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z>~*tUlts-gwYf&R@6|A!0KKzirPRzT=LO7!wbeSDW4_rhV63uIDk^IODYGl;QmU%e z4K}s&L^N!8?m!-NvF!iNDXN)crIgI8z@83ktMz|aWvx-GF1DKd@bf>e78I!iIxB^*DYGm2qF#b-rPwQ^Db8%PPvkr&9%DZz;Oh4td%kQYj8WBNWbZNq$5 zc2w+`v{PEd1C<L|Ua+Q?ShR8e<*zI)<&sd1wJSc|Fyes(G1k?qznHMQ$W5Sh zouA(PXanZ>OgY|!$xdayw{`s<%x~xMQ{{LQCcE?#UB5^0``17JtTge@mE%p=NA!1- z&>eps^1Z+uzf_JlVORORJ38vz&GB9Nu0E4NshH!}C`CRd{8EnBQf}@On4Ii-|jemqa1I-R5{+Aei2)z@d+K1NVve8xzSf)nvJO+FV2v4*Zc~nnP;RmFkjurkCWrw=YMiXU2*DXh8|&lnQ)369~z5geQ~lbk(sJ- zIX>n%BPy2T-SLlV(8sqi9furXjyGYA9B=HIFzDzp$ z{l&ycj!}-U PFVddwTGs)tpVt2YF3BD6 From a60393486f56e5d2f79f383cf163e47569c8ff41 Mon Sep 17 00:00:00 2001 From: Ilia Kuklin Date: Tue, 28 Jan 2025 23:00:51 +0500 Subject: [PATCH 19/24] Add the full path to test_binary.cc --- lldb/unittests/DIL/Inputs/CMakeLists.txt | 3 ++- 1 file changed, 2 insertions(+), 1 deletion(-) diff --git a/lldb/unittests/DIL/Inputs/CMakeLists.txt b/lldb/unittests/DIL/Inputs/CMakeLists.txt index 413d90baed5f..dde7b39e1ae3 100644 --- a/lldb/unittests/DIL/Inputs/CMakeLists.txt +++ b/lldb/unittests/DIL/Inputs/CMakeLists.txt @@ -3,7 +3,8 @@ get_target_property(EXE_PATH LLDBDILTests RUNTIME_OUTPUT_DIRECTORY) add_custom_command( OUTPUT test_binary.bin - COMMAND $ test_binary.cc -std=c++17 -fuse-ld=lld -B$ + COMMAND $ ${CMAKE_CURRENT_SOURCE_DIR}/test_binary.cc + -std=c++17 -fuse-ld=lld -B$ -O0 -g -stdlib=libc++ -lc++ -o ${EXE_PATH}/Inputs/test_binary.bin DEPENDS test_binary.cc clang lld ) From 42704d83ff72565127698dacc30544bd46090e6e Mon Sep 17 00:00:00 2001 From: Ilia Kuklin Date: Wed, 29 Jan 2025 22:28:37 +0500 Subject: [PATCH 20/24] Link test_binary against in-tree libc++ --- lldb/unittests/DIL/Inputs/CMakeLists.txt | 33 +++++++++++++++++++----- 1 file changed, 26 insertions(+), 7 deletions(-) diff --git a/lldb/unittests/DIL/Inputs/CMakeLists.txt b/lldb/unittests/DIL/Inputs/CMakeLists.txt index dde7b39e1ae3..bfb9e653fd28 100644 --- a/lldb/unittests/DIL/Inputs/CMakeLists.txt +++ b/lldb/unittests/DIL/Inputs/CMakeLists.txt @@ -1,13 +1,32 @@ # Build `test_binary.cc` and put the binary in the Inputs folder, # allowing `lldb_private::GetInputFilePath` to find it. -get_target_property(EXE_PATH LLDBDILTests RUNTIME_OUTPUT_DIRECTORY) -add_custom_command( +# Projects that must be enabled: clang;lldb;lld +# Runtimes that must be enabled: libcxx;libcxxabi;libunwind +if ("libcxx" IN_LIST LLVM_ENABLE_RUNTIMES) + if(LLVM_ENABLE_PER_TARGET_RUNTIME_DIR AND NOT APPLE) + set(LIBCXX_LIBRARY_DIR ${LLVM_LIBRARY_OUTPUT_INTDIR}/${LLVM_DEFAULT_TARGET_TRIPLE}) + set(LIBCXX_GENERATED_INCLUDE_DIR "${LLVM_BINARY_DIR}/include/c++/v1") + set(LIBCXX_GENERATED_INCLUDE_TARGET_DIR "${LLVM_BINARY_DIR}/include/${LLVM_DEFAULT_TARGET_TRIPLE}/c++/v1") + else() + set(LIBCXX_LIBRARY_DIR ${CMAKE_BINARY_DIR}/lib${LIBCXX_LIBDIR_SUFFIX}) + set(LIBCXX_GENERATED_INCLUDE_DIR "${CMAKE_BINARY_DIR}/include/c++/v1") + set(LIBCXX_GENERATED_INCLUDE_TARGET_DIR "${CMAKE_BINARY_DIR}/include/c++/v1") + endif() + + get_target_property(EXE_PATH LLDBDILTests RUNTIME_OUTPUT_DIRECTORY) + add_custom_command( OUTPUT test_binary.bin COMMAND $ ${CMAKE_CURRENT_SOURCE_DIR}/test_binary.cc - -std=c++17 -fuse-ld=lld -B$ - -O0 -g -stdlib=libc++ -lc++ -o ${EXE_PATH}/Inputs/test_binary.bin + -O0 -g -std=c++17 -fuse-ld=lld -B$ + -L ${LIBCXX_LIBRARY_DIR} -stdlib=libc++ -lc++ + -I ${LIBCXX_GENERATED_INCLUDE_DIR} + -I ${LIBCXX_GENERATED_INCLUDE_TARGET_DIR} + -o ${EXE_PATH}/Inputs/test_binary.bin DEPENDS test_binary.cc clang lld -) -add_custom_target(test_binary + ) + add_custom_target(test_binary DEPENDS test_binary.bin -) + ) +else() + message(FATAL_ERROR "libcxx runtime must be enabled.") +endif() From 09c8fc3ead55de93eb84d50e0f6fb55942965683 Mon Sep 17 00:00:00 2001 From: Ilia Kuklin Date: Wed, 29 Jan 2025 23:00:06 +0500 Subject: [PATCH 21/24] Make unique_ptr tests work with current libc++ --- lldb/unittests/DIL/DIL_test.cc | 7 +++---- 1 file changed, 3 insertions(+), 4 deletions(-) diff --git a/lldb/unittests/DIL/DIL_test.cc b/lldb/unittests/DIL/DIL_test.cc index d848481bfa16..3532e60bc4da 100644 --- a/lldb/unittests/DIL/DIL_test.cc +++ b/lldb/unittests/DIL/DIL_test.cc @@ -3245,10 +3245,9 @@ TEST_F(EvalTest, TestUniquePtr) { EXPECT_THAT(Eval("*(NodeU**)&ptr_node.__ptr_"), IsOk()); EXPECT_THAT(Eval("(*(NodeU**)&ptr_node.__ptr_)->value"), IsEqual("1")); - EXPECT_THAT(Eval("ptr_node.__ptr_.__value_"), IsOk()); - EXPECT_THAT(Eval("ptr_node.__ptr_.__value_->value"), IsEqual("1")); - EXPECT_THAT(Eval("ptr_node.__ptr_.__value_->next.__ptr_.__value_->value"), - IsEqual("2")); + EXPECT_THAT(Eval("ptr_node.__ptr_"), IsOk()); + EXPECT_THAT(Eval("ptr_node.__ptr_->value"), IsEqual("1")); + EXPECT_THAT(Eval("ptr_node.__ptr_->next.__ptr_->value"), IsEqual("2")); #endif } From 58861caf0c3a013dd8c11b55f361586e3d755fde Mon Sep 17 00:00:00 2001 From: Ilia Kuklin Date: Wed, 5 Feb 2025 22:43:51 +0500 Subject: [PATCH 22/24] Rename files --- lldb/unittests/DIL/CMakeLists.txt | 10 +++++----- lldb/unittests/DIL/{DIL_test.cc => DILTests.cpp} | 4 ++-- lldb/unittests/DIL/Inputs/CMakeLists.txt | 2 +- lldb/unittests/DIL/{runner.cpp => Runner.cpp} | 2 +- lldb/unittests/DIL/{runner.h => Runner.h} | 0 lldb/unittests/DIL/{traits.h => Traits.h} | 0 6 files changed, 9 insertions(+), 9 deletions(-) rename lldb/unittests/DIL/{DIL_test.cc => DILTests.cpp} (97%) rename lldb/unittests/DIL/{runner.cpp => Runner.cpp} (99%) rename lldb/unittests/DIL/{runner.h => Runner.h} (100%) rename lldb/unittests/DIL/{traits.h => Traits.h} (100%) diff --git a/lldb/unittests/DIL/CMakeLists.txt b/lldb/unittests/DIL/CMakeLists.txt index 27e4525d4466..454aa5208fb4 100644 --- a/lldb/unittests/DIL/CMakeLists.txt +++ b/lldb/unittests/DIL/CMakeLists.txt @@ -1,6 +1,6 @@ -add_lldb_unittest(LLDBDILTests - DIL_test.cc - runner.cpp +add_lldb_unittest(DILTests + DILTests.cpp + Runner.cpp LINK_LIBS liblldb @@ -8,6 +8,6 @@ add_lldb_unittest(LLDBDILTests LLVMTestingSupport ) add_subdirectory(Inputs) -add_dependencies(LLDBDILTests test_binary) +add_dependencies(DILTests test_binary) -add_unittest_inputs(LLDBDILTests "test_binary.cc") +add_unittest_inputs(DILTests "test_binary.cc") diff --git a/lldb/unittests/DIL/DIL_test.cc b/lldb/unittests/DIL/DILTests.cpp similarity index 97% rename from lldb/unittests/DIL/DIL_test.cc rename to lldb/unittests/DIL/DILTests.cpp index 3532e60bc4da..c4121ca3d0fc 100644 --- a/lldb/unittests/DIL/DIL_test.cc +++ b/lldb/unittests/DIL/DILTests.cpp @@ -35,8 +35,8 @@ #include "lldb/API/SBTarget.h" #include "lldb/API/SBThread.h" #include "lldb/API/SBType.h" -#include "runner.h" -#include "traits.h" +#include "Runner.h" +#include "Traits.h" #endif // DISALLOW_COPY_AND_ASSIGN is also defined in diff --git a/lldb/unittests/DIL/Inputs/CMakeLists.txt b/lldb/unittests/DIL/Inputs/CMakeLists.txt index bfb9e653fd28..a417a8a2631f 100644 --- a/lldb/unittests/DIL/Inputs/CMakeLists.txt +++ b/lldb/unittests/DIL/Inputs/CMakeLists.txt @@ -13,7 +13,7 @@ if ("libcxx" IN_LIST LLVM_ENABLE_RUNTIMES) set(LIBCXX_GENERATED_INCLUDE_TARGET_DIR "${CMAKE_BINARY_DIR}/include/c++/v1") endif() - get_target_property(EXE_PATH LLDBDILTests RUNTIME_OUTPUT_DIRECTORY) + get_target_property(EXE_PATH DILTests RUNTIME_OUTPUT_DIRECTORY) add_custom_command( OUTPUT test_binary.bin COMMAND $ ${CMAKE_CURRENT_SOURCE_DIR}/test_binary.cc diff --git a/lldb/unittests/DIL/runner.cpp b/lldb/unittests/DIL/Runner.cpp similarity index 99% rename from lldb/unittests/DIL/runner.cpp rename to lldb/unittests/DIL/Runner.cpp index a3da89a97c0d..691ab747c1b3 100644 --- a/lldb/unittests/DIL/runner.cpp +++ b/lldb/unittests/DIL/Runner.cpp @@ -12,7 +12,7 @@ // See the License for the specific language governing permissions and // limitations under the License. -#include "runner.h" +#include "Runner.h" #include #include diff --git a/lldb/unittests/DIL/runner.h b/lldb/unittests/DIL/Runner.h similarity index 100% rename from lldb/unittests/DIL/runner.h rename to lldb/unittests/DIL/Runner.h diff --git a/lldb/unittests/DIL/traits.h b/lldb/unittests/DIL/Traits.h similarity index 100% rename from lldb/unittests/DIL/traits.h rename to lldb/unittests/DIL/Traits.h From a404e7c9185b71400b43378d619943ae5ca39769 Mon Sep 17 00:00:00 2001 From: Ilia Kuklin Date: Thu, 6 Feb 2025 03:47:40 +0500 Subject: [PATCH 23/24] Skip 3 tests with error string mismatch --- lldb/unittests/DIL/DILTests.cpp | 3 +++ 1 file changed, 3 insertions(+) diff --git a/lldb/unittests/DIL/DILTests.cpp b/lldb/unittests/DIL/DILTests.cpp index c4121ca3d0fc..fefd19d523fc 100644 --- a/lldb/unittests/DIL/DILTests.cpp +++ b/lldb/unittests/DIL/DILTests.cpp @@ -1776,14 +1776,17 @@ TEST_F(EvalTest, TestCxxReinterpretCast) { Eval("reinterpret_cast(nullptr)"), IsError("reinterpret_cast from 'std::nullptr_t' to 'void *' is not " "allowed")); + GTEST_SKIP() << "Unknown error string mismatch"; EXPECT_THAT( Eval("reinterpret_cast(ptr)"), IsError("reinterpret_cast from 'int *' to 'nullptr_t' " "(canonically referred to as 'std::nullptr_t') is not allowed")); + GTEST_SKIP() << "Unknown error string mismatch"; EXPECT_THAT( Eval("reinterpret_cast(0)"), IsError("reinterpret_cast from 'int' to 'nullptr_t' " "(canonically referred to as 'std::nullptr_t') is not allowed")); + GTEST_SKIP() << "Unknown error string mismatch"; EXPECT_THAT( Eval("reinterpret_cast(nullptr)"), IsError("reinterpret_cast from 'std::nullptr_t' to 'nullptr_t' " From 56780ef4a292840eb66d9dfb4dc9702c1111d21c Mon Sep 17 00:00:00 2001 From: Ilia Kuklin Date: Thu, 6 Feb 2025 14:32:32 +0500 Subject: [PATCH 24/24] Move GTEST_SKIP() to the end of test fixtures --- lldb/unittests/DIL/DILTests.cpp | 62 ++++++++++++++++----------------- 1 file changed, 31 insertions(+), 31 deletions(-) diff --git a/lldb/unittests/DIL/DILTests.cpp b/lldb/unittests/DIL/DILTests.cpp index fefd19d523fc..4fa2440fc234 100644 --- a/lldb/unittests/DIL/DILTests.cpp +++ b/lldb/unittests/DIL/DILTests.cpp @@ -1571,12 +1571,6 @@ TEST_F(EvalTest, TestCxxStaticCast) { IsError("static_cast from 'int *' to 'float *' is not allowed")); // Cast to nullptr. - GTEST_SKIP() << "Segfault when retrieving result value in the matcher"; - EXPECT_THAT(Eval("static_cast(nullptr)"), - IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); - EXPECT_THAT(Eval("static_cast(0)"), - IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); - EXPECT_THAT(Eval("static_cast((int)0)"), IsError("static_cast from 'int' to 'nullptr_t' (canonically " "referred to as 'std::nullptr_t')" @@ -1606,6 +1600,13 @@ TEST_F(EvalTest, TestCxxStaticCast) { IsError("unknown type name 'parent'")); EXPECT_THAT(Eval("static_cast CxxParent>(1)"), IsError("two or more data types in declaration of 'type name'")); + + // Cast to nullptr. + GTEST_SKIP() << "Segfault when retrieving result value in the matcher"; + EXPECT_THAT(Eval("static_cast(nullptr)"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + EXPECT_THAT(Eval("static_cast(0)"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); } TEST_F(EvalTest, TestCastDerivedToBase) { @@ -1771,27 +1772,6 @@ TEST_F(EvalTest, TestCxxReinterpretCast) { EXPECT_THAT(Eval("*reinterpret_cast(arr)"), IsEqual("8589934593")); // 8589934593 == 0x0000000200000001 - // Casting to nullptr_t or nullptr_t to pointer types isn't allowed. - EXPECT_THAT( - Eval("reinterpret_cast(nullptr)"), - IsError("reinterpret_cast from 'std::nullptr_t' to 'void *' is not " - "allowed")); - GTEST_SKIP() << "Unknown error string mismatch"; - EXPECT_THAT( - Eval("reinterpret_cast(ptr)"), - IsError("reinterpret_cast from 'int *' to 'nullptr_t' " - "(canonically referred to as 'std::nullptr_t') is not allowed")); - GTEST_SKIP() << "Unknown error string mismatch"; - EXPECT_THAT( - Eval("reinterpret_cast(0)"), - IsError("reinterpret_cast from 'int' to 'nullptr_t' " - "(canonically referred to as 'std::nullptr_t') is not allowed")); - GTEST_SKIP() << "Unknown error string mismatch"; - EXPECT_THAT( - Eval("reinterpret_cast(nullptr)"), - IsError("reinterpret_cast from 'std::nullptr_t' to 'nullptr_t' " - "(canonically referred to as 'std::nullptr_t') is not allowed")); - // L-values can be converted to reference type. EXPECT_THAT(Eval("reinterpret_cast(arr[0]).a"), IsEqual("1")); EXPECT_THAT(Eval("reinterpret_cast(arr).b"), IsEqual("2")); @@ -1812,6 +1792,25 @@ TEST_F(EvalTest, TestCxxReinterpretCast) { IsError("cannot take the address of an rvalue of type 'UEnum'")); EXPECT_THAT(Eval("&reinterpret_cast(arr)"), IsError("cannot take the address of an rvalue of type 'int *'")); + + // Casting to nullptr_t or nullptr_t to pointer types isn't allowed. + EXPECT_THAT( + Eval("reinterpret_cast(nullptr)"), + IsError("reinterpret_cast from 'std::nullptr_t' to 'void *' is not " + "allowed")); + GTEST_SKIP() << "Unknown error string mismatch"; + EXPECT_THAT( + Eval("reinterpret_cast(ptr)"), + IsError("reinterpret_cast from 'int *' to 'nullptr_t' " + "(canonically referred to as 'std::nullptr_t') is not allowed")); + EXPECT_THAT( + Eval("reinterpret_cast(0)"), + IsError("reinterpret_cast from 'int' to 'nullptr_t' " + "(canonically referred to as 'std::nullptr_t') is not allowed")); + EXPECT_THAT( + Eval("reinterpret_cast(nullptr)"), + IsError("reinterpret_cast from 'std::nullptr_t' to 'nullptr_t' " + "(canonically referred to as 'std::nullptr_t') is not allowed")); } TEST_F(EvalTest, TestQualifiedId) { @@ -2610,9 +2609,6 @@ TEST_F(EvalTest, TestTernaryOperator) { EXPECT_THAT(Eval("true ? nullptr : (int*)15"), IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); - GTEST_SKIP() << "Segfault when retrieving result value in the matcher"; - EXPECT_THAT(Eval("true ? 0 : nullptr"), - IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); EXPECT_THAT(Eval("true ? nullptr : 0"), IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); @@ -2669,8 +2665,12 @@ TEST_F(EvalTest, TestTernaryOperator) { // Use pointers and arrays in bool context. EXPECT_THAT(Eval("pi ? 1 : 2"), IsEqual("1")); - EXPECT_THAT(Eval("nullptr ? 1 : 2"), IsEqual("2")); EXPECT_THAT(Eval("arr2 ? 1 : 2"), IsEqual("1")); + + GTEST_SKIP() << "Segfault when retrieving result value in the matcher"; + EXPECT_THAT(Eval("true ? 0 : nullptr"), + IsEqual(Is32Bit() ? "0x00000000" : "0x0000000000000000")); + EXPECT_THAT(Eval("nullptr ? 1 : 2"), IsEqual("2")); } TEST_F(EvalTest, TestSizeOf) {