109     void* AllocateByOrder(s32 order)  in AllocateByOrder()  argument
111         NN_ASSERT(order >= 0);  in AllocateByOrder()
113         NN_LOG_DEBUG("demands order %d\n", order);      in AllocateByOrder()
116         Page* pPage = GetFreePage(order);  in AllocateByOrder()
123             NN_LOG_DEBUG("returns order %d, address 0x%08X\n", order, addr);  in AllocateByOrder()
134     void Free(void* p, s32 order)  in Free()  argument
146         NN_ASSERT(GetIndexFromPage(*pPage) % (1 << order) == 0);  in Free()
148         NN_LOG_DEBUG("addr = 0x%08x, order = %d, pPage = 0x%08x\n", p, order, pPage);  in Free()
150         JointBuddies(pPage, order);  in Free()
296     Page* GetFreePage(s32 order)  in GetFreePage()  argument
298         for(int i = order; i < MAX_ORDER; i++)  in GetFreePage()
306                 DivideBuddies(pPage, order, i);  in GetFreePage()
312         NN_LOG_WARN("No free pages order %d\n", order);  in GetFreePage()
327     void  JointBuddies(Page* pPage, s32 order)  in JointBuddies()  argument
330         while(order < MAX_ORDER - 1)  in JointBuddies()
332             Page* pBuddyPage = GetBuddy(pPage, order);  in JointBuddies()
335             if(m_FreeArea[order].Remove(pBuddyPage))  in JointBuddies()
340                 if(!IsAlignedToOrder(pPage, order + 1))  in JointBuddies()
345 …0x%08X, order %d", GetAddressFromPage(*pPage), GetAddressFromPage(*GetBuddy(pPage, order)), order);  in JointBuddies()
348                 order++;  in JointBuddies()
358 …  NN_LOG_DEBUG("adding a free page, address 0x%08X, order %d", GetAddressFromPage(*pPage), order );  in JointBuddies()
359         m_FreeArea[order].PushBack(pPage);  in JointBuddies()
377     inline Page* GetBuddy(Page* pPage, s32 order)  in GetBuddy()  argument
380         if(IsAlignedToOrder(pPage, order + 1))  in GetBuddy()
382             return pPage + GetNumPagesByOrder(order);  in GetBuddy()
386             return pPage - GetNumPagesByOrder(order);  in GetBuddy()
390     inline bool IsAlignedToOrder(Page* pPage, s32 order) const  in IsAlignedToOrder()  argument
392         return GetIndexFromPage(*pPage) % GetNumPagesByOrder(order) == 0;   in IsAlignedToOrder()
395     inline int GetNumPagesByOrder(s32 order) const  in GetNumPagesByOrder()  argument
397         return (1 << order);  in GetNumPagesByOrder()
402         for(int order = 0; order <= MAX_ORDER; order++)  in GetNearestHigherOrder()  local
404             if( numPages <= (1 << order) ) {  in GetNearestHigherOrder()
405                 return order;  in GetNearestHigherOrder()
415         for(int order = 0; order <= MAX_ORDER; order++)   in GetNearestLowerOrder()  local
417             if( numPages < (1 << order) ) {  in GetNearestLowerOrder()
418                 return order - 1;  in GetNearestLowerOrder()
465     void* AllocateByOrder(s32 order)  in AllocateByOrder()  argument
468         return Base::AllocateByOrder(order);  in AllocateByOrder()
478     void Free(void* p, s32 order)  in Free()  argument
481         Base::Free(p, order);  in Free()
536         s32 order = m_Heap->GetOrder(size + ALIGN);  variable
537         void* p = m_Heap->Allocate(order);
542         NN_LOG_DEBUG("Alloc size %d, order %d\n", size + ALIGN, order);
543         *reinterpret_cast<s32*>(p) = order;
554         s32 order = *reinterpret_cast<s32*>(p);  in Free()  local
555         m_Heap->Free(p, order);  in Free()