guint32 *lowest);
extern void _wapi_handle_unlock_handles (guint32 numhandles,
gpointer *handles);
-extern int _wapi_handle_wait_signal (gboolean poll);
-extern int _wapi_handle_timedwait_signal (struct timespec *timeout, gboolean poll);
-extern int _wapi_handle_wait_signal_handle (gpointer handle, gboolean alertable);
-extern int _wapi_handle_timedwait_signal_handle (gpointer handle,
- struct timespec *timeout, gboolean alertable, gboolean poll);
-extern gboolean _wapi_handle_get_or_set_share (dev_t device, ino_t inode,
+extern int _wapi_handle_timedwait_signal (struct timespec *timeout, gboolean poll, gboolean *alerted);
+extern int _wapi_handle_timedwait_signal_handle (gpointer handle, struct timespec *timeout, gboolean alertable, gboolean poll, gboolean *alerted);
+extern gboolean _wapi_handle_get_or_set_share (guint64 device, guint64 inode,
guint32 new_sharemode,
guint32 new_access,
guint32 *old_sharemode,
/* The condition the global signal cond is waiting on is the signalling of
* _any_ handle. So lock it before setting the signalled state.
*/
- pthread_cleanup_push ((void(*)(void *))mono_mutex_unlock_in_cleanup, (void *)_wapi_global_signal_mutex);
thr_ret = mono_mutex_lock (_wapi_global_signal_mutex);
if (thr_ret != 0)
g_warning ("Bad call to mono_mutex_lock result %d for global signal mutex", thr_ret);
if (thr_ret != 0)
g_warning ("Bad call to mono_mutex_unlock result %d for global signal mutex", thr_ret);
g_assert (thr_ret == 0);
-
- pthread_cleanup_pop (0);
} else {
handle_data->signalled=state;
}