97     uptr m_CurrentHead;  variable
113     explicit State(FrameHeapBase& heap) : m_Head(heap.m_CurrentHead), m_Tail(heap.m_CurrentTail) {}  in State()
141         ret = RoundUp(m_CurrentHead, alignment);  in Allocate()
149         m_CurrentHead = current;  in Allocate()
155         if (current < m_CurrentHead)  in Allocate()
179         DebugFillMemory(m_Addr, m_CurrentHead - m_Addr, HEAP_FILL_TYPE_FREE);  in FreeAll()
180         this->m_CurrentHead = this->m_Addr;  in FreeAll()
195     NN_TASSERT_(addr <= m_CurrentHead);  in ResizeBlock()
199         if ( current < this->m_CurrentHead )  in ResizeBlock()
201             DebugFillMemory(current, this->m_CurrentHead - current, HEAP_FILL_TYPE_FREE);  in ResizeBlock()
203         if ( this->m_CurrentHead < current )  in ResizeBlock()
205             FillMemoryZero(this->m_CurrentHead, current - this->m_CurrentHead);  in ResizeBlock()
207         this->m_CurrentHead = current;  in ResizeBlock()
231         DebugFillMemory(m_CurrentHead, m_Addr + m_Size - m_CurrentHead, HEAP_FILL_TYPE_FREE);  in Adjust()
234         this->m_Size = m_CurrentHead - m_Addr;  in Adjust()
235         this->m_CurrentTail = m_CurrentHead;  in Adjust()
240         if ( m_CurrentHead != m_Addr )  in Adjust()
249         this->m_CurrentHead = m_CurrentTail;  in Adjust()
257     return State(m_CurrentHead, m_CurrentTail);  in SaveState()
264     NN_TASSERT_(state.m_Head <= this->m_CurrentHead);  in RestoreState()
267     this->m_CurrentHead = state.m_Head;  in RestoreState()
270     DebugFillMemory(m_CurrentHead, m_CurrentTail - m_CurrentHead, HEAP_FILL_TYPE_FREE);  in RestoreState()
287     uptr addr = RoundUp(m_CurrentHead, alignment);  in GetAllocatableSize()
574     uptr m_CurrentHead; // The first address for the blank region  variable