TEST(SignalHandler, Simple) {
addFatalSignalCallback(callback1);
addFatalSignalCallback(callback2);
installFatalSignalHandler();
installFatalSignalCallbacks();
EXPECT_DEATH(
failHard(),
"^\\*\\*\\* Aborted at [0-9]+ \\(Unix time, try 'date -d @[0-9]+'\\) "
"\\*\\*\\*\n"
"\\*\\*\\* Signal 11 \\(SIGSEGV\\) \\(0x2a\\) received by PID [0-9]+ "
"\\(pthread TID 0x[0-9a-f]+\\) \\(linux TID [0-9]+\\) "
"\\(maybe from PID [0-9]+, UID [0-9]+\\) "
"\\(code: address not mapped to object\\), "
"stack trace: \\*\\*\\*\n"
".*\n"
".* @ [0-9a-f]+.* folly::symbolizer::test::SignalHandler_Simple_Test"
"::TestBody\\(\\).*\n"
".*\n"
".* @ [0-9a-f]+.* main.*\n"
".*\n"
"Callback1\n"
"Callback2\n"
".*");
}
TEST(SignalHandler, Simple) {
addFatalSignalCallback(callback1);
addFatalSignalCallback(callback2);
installFatalSignalHandler();
installFatalSignalCallbacks();
EXPECT_DEATH(
failHard(),
#ifdef FOLLY_SANITIZE_ADDRESS
// Testing an ASAN-enabled binary evokes a different diagnostic.
// Use a regexp that requires only the first line of that output:
"^ASAN:SIGSEGV\n.*"
#else
"^\\*\\*\\* Aborted at [0-9]+ \\(Unix time, try 'date -d @[0-9]+'\\) "
"\\*\\*\\*\n"
"\\*\\*\\* Signal 11 \\(SIGSEGV\\) \\(0x2a\\) received by PID [0-9]+ "
"\\(TID 0x[0-9a-f]+\\), stack trace: \\*\\*\\*\n"
".*\n"
" @ [0-9a-f]+ folly::symbolizer::test::SignalHandler_Simple_Test"
"::TestBody\\(\\)\n"
".*\n"
" @ [0-9a-f]+ main\n"
".*\n"
"Callback1\n"
"Callback2\n"
#endif
);
}
TEST(SignalHandler, Simple) {
addFatalSignalCallback(callback1);
addFatalSignalCallback(callback2);
installFatalSignalHandler();
installFatalSignalCallbacks();
EXPECT_DEATH(
failHard(),
"^\\*\\*\\* Aborted at [0-9]+ \\(Unix time, try 'date -d @[0-9]+'\\) "
"\\*\\*\\*\n"
"\\*\\*\\* Signal 11 \\(SIGSEGV\\) \\(0x2a\\) received by PID [0-9]+ "
"\\(TID 0x[0-9a-f]+\\), stack trace: \\*\\*\\*\n"
".*\n"
" @ [0-9a-f]+ folly::symbolizer::test::SignalHandler_Simple_Test"
"::TestBody\\(\\)\n"
".*\n"
" @ [0-9a-f]+ main\n"
".*\n"
"Callback1\n"
"Callback2\n"
);
}
