51     virtual void* Alloc(size_t size, u8 alignment) = 0;
70     void* AllocAndClear(size_t size, u8 data, u8 alignment = DEFAULT_ALIGNMENT)
72         u8* memory = static_cast<u8*>(this->Alloc(size, alignment));
83     TObject* Alloc(size_t size, u8 alignment = DEFAULT_ALIGNMENT)
85         return static_cast<TObject*>(this->Alloc(sizeof(TObject) * size, alignment));
90     TObject* AllocAndClear(size_t size, u8 data, u8 alignment = DEFAULT_ALIGNMENT)
92         u8* memory = static_cast<u8*>(this->Alloc(sizeof(TObject) * size, alignment));
104     TObject* AllocAndConstruct(size_t size, u8 alignment = DEFAULT_ALIGNMENT)
106         TObject* objects = static_cast<TObject*>(this->Alloc(sizeof(TObject) * size, alignment));
121     TObject* AllocAndFill(size_t size, const TObject& object, u8 alignment = DEFAULT_ALIGNMENT)
123         TObject* objects = static_cast<TObject*>(this->Alloc(sizeof(TObject) * size, alignment));
368     MemorySizeCalculator(size_t alignment)  in MemorySizeCalculator()  argument
370       m_Alignment(alignment),  in MemorySizeCalculator()
371       m_MaxAlignment(alignment)  in MemorySizeCalculator()
373         NW_ASSERT(alignment <= MAX_ALIGNMENT);  in MemorySizeCalculator()
374 …  NW_ASSERTMSG(alignment != 0 && (alignment & alignment - 1) == 0, "alignment must be power of 2");  in MemorySizeCalculator()
384     void ChangeAlignment(size_t alignment)  in ChangeAlignment()  argument
386         NW_ASSERT(alignment <= MAX_ALIGNMENT);  in ChangeAlignment()
387 …  NW_ASSERTMSG(alignment != 0 && (alignment & alignment - 1) == 0, "alignment must be power of 2");  in ChangeAlignment()
388         m_Alignment = alignment;  in ChangeAlignment()
414     size_t GetSizeWithPadding(size_t alignment) const {
415         return m_Size + m_MaxAlignment - alignment;