34 void IpcSignalTest::SigAbortHandler(int signum)  in SigAbortHandler()  argument
36     LOG("handler: recv a signal: %d", signum);  in SigAbortHandler()
42         *shared = signum;  in SigAbortHandler()
50 void IpcSignalTest::SigactionHandler(int signum, siginfo_t* si, void* ucontext)  in SigactionHandler()  argument
52     LOG("handler recv a signal: %s(%d)", ALL_SIGNALS[signum].signame, signum);  in SigactionHandler()
53     mReceivedSignal = signum;  in SigactionHandler()
58 void IpcSignalTest::SignalHandler(int signum)  in SignalHandler()  argument
60     LOG("handler recv a signal: %s(%d)", ALL_SIGNALS[signum].signame, signum);  in SignalHandler()
61     mReceivedSignal = signum;  in SignalHandler()
98 void IpcSignalTest::DefaultActionTest(const int signum, const bool expectStop, const bool coredump)  in DefaultActionTest()  argument
105         kill(pid, signum);  in DefaultActionTest()
112             WaitProcKilled(pid, signum);  in DefaultActionTest()
128 void IpcSignalTest::SendAndRecvTest(const int signum)  in SendAndRecvTest()  argument
141                 kill(pid1, signum);  in SendAndRecvTest()
150             kill(pid1, signum);  in SendAndRecvTest()
159         handler_type rt = signal(signum, SignalHandler);  in SendAndRecvTest()
161             LOG("set %d signal handler failed, errno=%d", signum, errno);  in SendAndRecvTest()
165         if (mReceivedSignal != signum) {  in SendAndRecvTest()
166             LOG("SignalHandler check fail, expected=%d, received=%d", signum, mReceivedSignal);  in SendAndRecvTest()
196 void IpcSignalTest::SignalFailTest(int signum, handler_type h, int expectErrno)  in SignalFailTest()  argument
199     handler_type rt = signal(signum, h);  in SignalFailTest()
200     ASSERT_EQ(rt, SIG_ERR) << "signal error for " << signum;  in SignalFailTest()
201     ASSERT_EQ(errno, expectErrno) << "signal error for " << signum;  in SignalFailTest()