0e18334057
interfere with the page thief, we always need to have reserved a page for this upfront. I introduced a function to the vm_translation_map layer that estimates how much pages a mapping might need at maximum. All functions that map a page now call this and reserve the needed pages upfront. It might not be a nice solution, but it works. * The page thief could run into a panic when trying to call vm_cache_release_ref() on a non-existing (NULL) cache. * Also, it will now ignore wired active pages. * There is still a race condition between the page writer and the vnode destruction - writing a page back needs a valid vnode, but that might just have been deleted. git-svn-id: file:///srv/svn/repos/haiku/haiku/trunk@22455 a95241bf-73f2-0310-859d-f6bbb57e9c96 |
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| .. | ||
| Jamfile | ||
| PageCacheLocker.h | ||
| vm_address_space.cpp | ||
| vm_cache.cpp | ||
| vm_daemons.cpp | ||
| vm_low_memory.cpp | ||
| vm_page.cpp | ||
| vm_store_anonymous_noswap.cpp | ||
| vm_store_anonymous_noswap.h | ||
| vm_store_device.c | ||
| vm_store_device.h | ||
| vm_store_null.c | ||
| vm_store_null.h | ||
| vm_tests.c | ||
| vm.cpp | ||