bool
TestUrgencyParent::RecvFinalTest_Begin()
{
SetReplyTimeoutMs(2000);
if (CallFinalTest_Hang())
fail("should have failed due to timeout");
if (!GetIPCChannel()->Unsound_IsClosed())
fail("channel should have closed");
MessageLoop::current()->PostTask(
FROM_HERE,
NewRunnableMethod(this, &TestUrgencyParent::Close));
return false;
}
bool
TestHangsParent::AnswerStackFrame()
{
if (PTestHangs::HANG != state()) {
if (CallStackFrame())
fail("should have timed out!");
}
else {
// minimum possible, 2 ms. We want to detecting a hang to race
// with the reply coming in, as reliably as possible
SetReplyTimeoutMs(2);
if (CallHang())
fail("should have timed out!");
}
return true;
}
mozilla::ipc::IPCResult
TestHangsParent::AnswerStackFrame()
{
++mNumAnswerStackFrame;
// MOZ_ASSERT((PTestHangs::HANG != state()) == (mNumAnswerStackFrame == 1));
if (mNumAnswerStackFrame == 1) {
if (CallStackFrame()) {
fail("should have timed out!");
}
} else if (mNumAnswerStackFrame == 2) {
// minimum possible, 2 ms. We want to detecting a hang to race
// with the reply coming in, as reliably as possible
SetReplyTimeoutMs(2);
if (CallHang())
fail("should have timed out!");
} else {
fail("unexpected state");
}
return IPC_OK();
}