_MI_HARDWARE_STATE

//0x100 bytes (sizeof) struct _MI_HARDWARE_STATE { ULONG NodeMask; //0x0 USHORT* NodeGraph; //0x8 struct _MI_SYSTEM_NODE_INFORMATION* SystemNodeInformation; //0x10 ULONG NumaLastRangeIndex; //0x18 struct _HAL_NODE_RANGE* NumaMemoryRanges; //0x20 UCHAR NumaTableCaptured; //0x28 UCHAR NodeShift; //0x29 struct _HAL_CHANNEL_MEMORY_RANGES* ChannelMemoryRanges; //0x30 UCHAR ChannelShift; //0x38 ULONG SecondLevelCacheSize; //0x3c ULONG FirstLevelCacheSize; //0x40 ULONG PhysicalAddressBits; //0x44 UCHAR AllMainMemoryMustBeCached; //0x48 ULONGLONG TotalPagesAllowed; //0x50 ULONG SecondaryColorMask; //0x58 ULONG SecondaryColors; //0x5c ULONG FlushTbForAttributeChange; //0x60 ULONG FlushCacheForAttributeChange; //0x64 ULONG FlushCacheForPageAttributeChange; //0x68 ULONG CacheFlushPromoteThreshold; //0x6c ULONGLONG FlushTbThreshold; //0x70 enum _MI_PFN_CACHE_ATTRIBUTE OptimalZeroingAttribute[4][4]; //0x78 UCHAR AttributeChangeRequiresReZero; //0xb8 struct _MI_ZERO_COST_COUNTS ZeroCostCounts[2]; //0xc0 ULONGLONG PrimaryPfns; //0xe0 ULONGLONG HighestPossiblePhysicalPage; //0xe8 struct _RTL_AVL_TREE EnclaveRegions; //0xf0 ULONGLONG VsmKernelPageCount; //0xf8 };