void StorageAreaSync::scheduleFinalSync()
{
ASSERT(isMainThread());
// FIXME: We do this to avoid races, but it'd be better to make things safe without blocking.
blockUntilImportComplete();
if (m_syncTimer.isActive())
m_syncTimer.stop();
else {
// The following is balanced by the call to enableSuddenTermination in the
// syncTimerFired function.
disableSuddenTermination();
}
// FIXME: This is synchronous. We should do it on the background process, but
// we should do it safely.
syncTimerFired(&m_syncTimer);
m_finalSyncScheduled = true;
}
void StorageAreaSync::scheduleFinalSync()
{
ASSERT(isMainThread());
// FIXME: We do this to avoid races, but it'd be better to make things safe without blocking.
blockUntilImportComplete();
m_storageArea = 0; // This is done in blockUntilImportComplete() but this is here as a form of documentation that we must be absolutely sure the ref count cycle is broken.
if (m_syncTimer.isActive())
m_syncTimer.stop();
else {
// The following is balanced by the call to enableSuddenTermination in the
// syncTimerFired function.
disableSuddenTermination();
}
// FIXME: This is synchronous. We should do it on the background process, but
// we should do it safely.
m_finalSyncScheduled = true;
syncTimerFired(&m_syncTimer);
m_syncManager->scheduleDeleteEmptyDatabase(this);
}
void StorageAreaSync::scheduleSync()
{
syncTimerFired();
}
