GetPrevious
fNext = fList->GetPrevious(fNext);
fNext = fList->GetPrevious(fNext);
inline Element *GetPrevious(Element *element) const;
DOUBLY_LINKED_LIST_CLASS_NAME::GetPrevious(Element *element) const
fNext = fList->GetPrevious(fNext);
fNext = fList->GetPrevious(fNext);
static inline Element* GetPrevious(Element* element);
inline Element *GetPrevious(Element *element) const;
packagesDirectory = fPackagesDirectories.GetPrevious(packagesDirectory);
*entry = fEntries.GetPrevious(*entry);
return (fIterator ? fIterator->GetPrevious() : NULL);
Entry *GetPrevious();
virtual Entry *GetPrevious() = 0;
virtual Entry *GetPrevious();
fIterator.GetPrevious();
virtual Entry *GetPrevious();
*attribute = fAttributes.GetPrevious(*attribute);
return (entry ? fReferrers.GetPrevious(entry) : NULL );
inline Value *GetPrevious()
error = GetPrevious(foundItem);
error = fItemIterator.GetPrevious(&fDirItem, TYPE_DIRENTRY);
&& (error = fItemIterator.GetPrevious(&fItem)) == B_OK) {
status_t GetPrevious(Item *foundItem);
status_t GetPrevious(Item *foundItem, uint32 type);
status_t GetPrevious(DirItem *foundItem, int32 *entryIndex,
while (iterator.GetPrevious(&dirItem, &index) == B_OK) {
otherState = fStates.GetPrevious(otherState)) {
owner = fActiveRequestOwners.GetPrevious(&marker);
element = fIdleCores.GetPrevious(element);
previous = team->thread_list.GetPrevious(previous)) {
thread = team->thread_list.GetPrevious(previous);
Range* previousRange = fRangeList.GetPrevious(range);
Range* previousRange = fRangeList.GetPrevious(range);
return fPages.GetPrevious(page);
kprintf("cache_prev:\t%p\n", VMArea::CacheList::GetPrevious(area));