private void AbortPageFault(Exception throwable, int[] chunk, long chunkOffset, LatchMap.Latch latch, PageFaultEvent faultEvent)
{
UnsafeUtil.putIntVolatile(chunk, chunkOffset, UNMAPPED_TTE);
latch.Release();
faultEvent.Done(throwable);
PinEvent.done();
}
protected internal override void UnpinCurrentPage()
{
if (PinnedPageRef != 0)
{
PinEvent.done();
// Mark the page as dirty *after* our write access, to make sure it's dirty even if it was concurrently
// flushed. Unlocking the write-locked page will mark it as dirty for us.
if (EagerFlush)
{
EagerlyFlushAndUnlockPage();
}
else
{
PagedFile.unlockWrite(PinnedPageRef);
}
}
ClearPageCursorState();
}
