_MI_NODE_INFORMATION

//0x8c0 bytes (sizeof) struct _MI_NODE_INFORMATION { struct _MI_FREE_LARGE_PAGES FreeLargePages[3]; //0x0 struct _MI_REBUILD_LARGE_PAGE_TIMER LargePageRebuildTimer; //0x390 struct _MMPFNLIST_SHORT StandbyPageList[4][8]; //0x3b8 struct _RTL_BITMAP FreePageListHeadsBitmap[2]; //0x6c0 ULONG FreePageListHeadsBitmapBuffer[16]; //0x6e0 volatile ULONGLONG FreeCount[2]; //0x720 ULONGLONG TotalPages[4]; //0x730 ULONGLONG TotalPagesEntireNode; //0x750 ULONG CurrentHugeRangeColor; //0x758 ULONGLONG HugeIoRangeFreeCount[2]; //0x760 ULONG MmShiftedColor; //0x770 ULONG Color; //0x774 volatile ULONGLONG ChannelFreeCount[4][2]; //0x778 struct { ULONG ChannelsHotCold:1; //0x7b8 ULONG Spare:31; //0x7b8 } Flags; //0x7b8 ULONG LargeListMoveInProgress; //0x7bc struct _MI_LARGE_PAGE_LISTS_CHANGING* LargeListWaiters; //0x7c0 struct _EX_PUSH_LOCK NodeLock; //0x7c8 ULONGLONG ZeroThreadHugeMapLock; //0x7d0 UCHAR ChannelStatus; //0x7d8 UCHAR ChannelOrdering[4]; //0x7d9 UCHAR LockedChannelOrdering[4]; //0x7dd UCHAR PowerAttribute[4]; //0x7e1 ULONGLONG LargePageLock; //0x7e8 struct _MI_PAGE_COLORS PageColorTable; //0x7f0 ULONGLONG NumberOfPagesGoingBad; //0x800 struct _MI_WRITE_CALIBRATION WriteCalibration; //0x808 VOID* BootZeroContext; //0x828 VOID* BootZeroPageTimesPerProcessor; //0x830 VOID* ZeroingVaBase; //0x838 ULONGLONG TotalBytesToZero; //0x840 ULONGLONG PerProcessorNumberOfBytesToZero; //0x848 VOID* ZeroingContext; //0x850 volatile ULONG ZeroingProcessorCount; //0x858 volatile LONG ZeroHand; //0x85c volatile LONG FinishedProcessors; //0x860 ULONGLONG CyclesToZeroOneLargePage; //0x868 ULONGLONG* ScaledCyclesToZeroOneLargePage; //0x870 struct _GROUP_AFFINITY GroupAffinity; //0x878 USHORT ProcessorCount; //0x888 UCHAR BackgroundZeroingActive; //0x88a struct _PHYSICAL_MEMORY_DESCRIPTOR* ZeroingPhysicalMemoryBlock; //0x890 };