/* Icinga 2 | (c) 2020 Icinga GmbH | GPLv2+ */ #include "base/stacktrace.hpp" #include using namespace icinga; /* If you are reading this, you are probably doing so because this test case just failed. This might happen as it * heavily depends on platform and compiler behavior. There are two likely causes why this could break: * * - Your compiler found new ways to optimize the functions that are called to create a stack, even though we tried * to disable optimizations using #pragmas for some compilers. If you know a way to disable (more) optimizations for * your compiler, you can try if this helps. * * - Boost fails to resolve symbol names as we've already seen on some platforms. In this case, you can try again * passing the additional flag `-DICINGA2_STACKTRACE_USE_BACKTRACE_SYMBOLS=ON` to CMake and see if this helps. * * In any case, please report a bug. If you run `make CTEST_OUTPUT_ON_FAILURE=1 test`, the stack trace in question * should be printed. If it looks somewhat meaningful, you can probably ignore a failure of this test case. */ #pragma GCC push_options #pragma GCC optimize ("O0") #pragma clang optimize off BOOST_AUTO_TEST_SUITE(base_stacktrace) [[gnu::noinline]] void stack_test_func_b() { boost::stacktrace::stacktrace stack; std::ostringstream obuf; obuf << StackTraceFormatter(stack); std::string result = obuf.str(); BOOST_CHECK_MESSAGE(!result.empty(), "stack trace must not be empty"); size_t pos_a = result.find("stack_test_func_a"); size_t pos_b = result.find("stack_test_func_b"); BOOST_CHECK_MESSAGE(pos_a != std::string::npos, "'stack_test_func_a' not found\n\n" << result); BOOST_CHECK_MESSAGE(pos_b != std::string::npos, "'stack_test_func_b' not found\n\n" << result); BOOST_CHECK_MESSAGE(pos_a > pos_b, "'stack_test_func_a' must appear after 'stack_test_func_b'\n\n" << result); } [[gnu::noinline]] void stack_test_func_a() { stack_test_func_b(); } BOOST_AUTO_TEST_CASE(stacktrace) { stack_test_func_a(); } BOOST_AUTO_TEST_SUITE_END() #pragma GCC pop_options #pragma clang optimize on