//0xbc0 bytes (sizeof)
struct _MI_PARTITION_PAGE_LISTS
{
struct
_MMPFNLIST* FreePagesByColor[2]; //0x0
struct
_MMPFNLIST ZeroedPageListHead; //0x40
struct
_MMPFNLIST FreePageListHead; //0x80
struct
_MMPFNLIST StandbyPageListHead; //0xc0
struct
_MMPFNLIST StandbyPageListByPriority[8]; //0x100
struct
_MMPFNLIST ModifiedPageListNoReservation; //0x240
struct
_MMPFNLIST ModifiedPageListByReservation[16]; //0x280
struct
_MMPFNLIST MappedPageListHead[16]; //0x500
struct
_MMPFNLIST BadPageListHead; //0x780
struct
_MMPFNLIST EnclavePageListHead; //0x7c0
union
_SLIST_HEADER* FreePageSlist[2]; //0x7e8
struct
_MMPFNLIST* PageLocationList[8]; //0x7f8
volatile ULONG StandbyRepurposedByPriority[8]; //0x838
volatile ULONGLONG TransitionSharedPages; //0x880
ULONGLONG TransitionSharedPagesPeak[3]; //0x888
struct
_KEVENT MappedPageListHeadEvent[16]; //0x8a0
struct
_MI_DECAY_TIMER_LINK DecayClusterTimerHeads[4]; //0xa20
ULONG DecayHand; //0xa40
UCHAR StandbyListDiscard; //0xa44
UCHAR FreeListDiscard; //0xa45
UCHAR LargePfnBitMapsReady; //0xa46
ULONGLONG LastDecayHandUpdateTime; //0xa48
struct
_MI_LDW_WORK_CONTEXT LastChanceLdwContext; //0xa50
ULONGLONG AvailableEventsLock; //0xac0
struct
_MI_AVAILABLE_PAGE_WAIT_STATES AvailablePageWaitStates[3]; //0xac8
VOID* MirrorListLocks; //0xb28
volatile ULONGLONG TransitionPrivatePages; //0xb40
struct
_RTL_BITMAP_EX LargePfnBitMap[2]; //0xb48
ULONGLONG LowMemoryThreshold; //0xb68
ULONGLONG HighMemoryThreshold; //0xb70
ULONGLONG LargePfnBitMapLock; //0xb80
};