static gpointer testServerMonitorThreadFunc(gpointer)
{
// Wait for the specified timeout to happen.
g_usleep(gMaxWaitForChild * G_USEC_PER_SEC);
// Kill the child process if not ready yet.
if (!gChildIsReady)
stopTestServer();
g_thread_exit(0);
return 0;
}
static void startTestServer()
{
// Prepare argv[] for spawning the server process.
GOwnPtr<char> testServerPath(g_build_filename(WEBKIT_EXEC_PATH, "TestWebKitAPI", "WebKit2Gtk", gTestServerAppName, NULL));
// We install a handler to ensure that we kill the child process
// if the parent dies because of whatever the reason is.
signal(SIGABRT, sigAbortHandler);
char* testServerArgv[2];
testServerArgv[0] = testServerPath.get();
testServerArgv[1] = 0;
// Spawn the server, getting its stdout file descriptor to set a
// communication channel, so we know when it's ready.
int childStdout = 0;
g_assert(g_spawn_async_with_pipes(0, testServerArgv, 0, static_cast<GSpawnFlags>(0), 0, 0,
&gChildProcessPid, 0, &childStdout, 0, 0));
// Start monitoring the test server (in a separate thread) to
// ensure we don't block on the child process more than a timeout.
startTestServerMonitor();
char msg[2];
GIOChannel* ioChannel = g_io_channel_unix_new(childStdout);
if (g_io_channel_read_chars(ioChannel, msg, 2, 0, 0) == G_IO_STATUS_NORMAL) {
// Check whether the server sent a message saying it's ready
// and store the result globally, so the monitor can see it.
gChildIsReady = msg[0] == 'O' && msg[1] == 'K';
}
g_io_channel_unref(ioChannel);
close(childStdout);
// The timeout was reached and the server is not ready yet, so
// stop it inmediately, and let the unit tests fail.
if (!gChildIsReady)
stopTestServer();
}
void afterAll()
{
stopTestServer();
}
static void sigAbortHandler(int sigNum)
{
// Just stop the test server if SIGABRT was received.
stopTestServer();
}
void afterAll()
{
// Ensure we stop the server.
stopTestServer();
}
