valkheim · April 11, 2021 20:55
diff --git a/ntoskrnl-2004.exe.h b/ntoskrnl-2004.exe.h
 /*
   This file has been generated by IDA.
   It contains local type definitions from
   the type library 'ntoskrnl.exe'
 */

 #define __int8 char
 #define __int16 short
 #define __int32 int
 #define __int64 long long

 struct _RTL_BALANCED_NODE;
 struct _KSCB;
 struct _KTHREAD;
 struct _KQUEUE;
 struct _KWAIT_BLOCK;
 struct _THREAD_PERFORMANCE_DATA;
 struct _KTHREAD_COUNTERS;
 struct _XSTATE_SAVE;
 struct _XSAVE_AREA_HEADER;
 struct _XSAVE_AREA;
 struct _RTL_UMS_CONTEXT;
 struct _UMS_CONTROL_BLOCK;
 struct _KEXCEPTION_FRAME;
 struct _KUMS_CONTEXT_HEADER;
 struct _KAPC;
 struct _KNODE;
 struct _LOOKASIDE_LIST_EX;
 struct _GENERAL_LOOKASIDE;
 struct _KPRCB;
 struct _KSTATIC_AFFINITY_BLOCK;
 struct _RTL_HASH_TABLE;
 struct _PROCESSOR_IDLE_CONSTRAINTS;
 struct _PROCESSOR_IDLE_DEPENDENCY;
 struct _PROCESSOR_IDLE_PREPARE_INFO;
 struct _PERFINFO_PPM_STATE_SELECTION;
 struct _PPM_SELECTION_DEPENDENCY;
 struct _PPM_SELECTION_MENU_ENTRY;
 struct _PPM_VETO_ENTRY;
 struct _PPM_IDLE_STATES;
 struct _PROC_IDLE_ACCOUNTING;
 struct _PROC_FEEDBACK_COUNTER;
 struct _PERF_CONTROL_STATE_SELECTION;
 struct _PROC_PERF_CONSTRAINT;
 struct _PROC_PERF_DOMAIN;
 struct _PROC_PERF_CHECK;
 struct _PROC_PERF_LOAD;
 struct _PROC_PERF_HISTORY;
 struct _PPM_CONCURRENCY_ACCOUNTING;
 struct _MDL;
 struct _TERMINATION_PORT;
 struct _ETHREAD;
 struct _DEVICE_OBJECT;
 struct _DRIVER_OBJECT;
 struct _IO_CLIENT_EXTENSION;
 struct _VPB;
 struct _SECTION_OBJECT_POINTERS;
 struct _FILE_OBJECT;
 struct _IO_COMPLETION_CONTEXT;
 struct _OWNER_ENTRY;
 struct _ERESOURCE;
 struct _FS_FILTER_SECTION_SYNC_OUTPUT;
 struct _IRP;
 struct _FS_FILTER_CALLBACK_DATA;
 struct _FS_FILTER_CALLBACKS;
 struct _DRIVER_EXTENSION;
 struct _IO_STATUS_BLOCK;
 struct _FILE_BASIC_INFORMATION;
 struct _FILE_STANDARD_INFORMATION;
 struct _EPROCESS;
 struct _FILE_NETWORK_OPEN_INFORMATION;
 struct _COMPRESSED_DATA_INFO;
 struct _FAST_IO_DISPATCH;
 struct _IO_TIMER;
 struct _POP_COOLING_EXTENSION;
 struct _DEVICE_OBJECT_POWER_EXTENSION;
 struct _DEVOBJ_EXTENSION;
 struct _GUID;
 struct _THREAD_ENERGY_VALUES;
 struct _PROCESS_DISK_COUNTERS;
 struct _EJOB;
 struct _IO_MINI_COMPLETION_PACKET_USER;
 struct _OBJECT_DIRECTORY_ENTRY;
 struct _DEVICE_MAP;
 struct _OBJECT_DIRECTORY;
 struct _SEP_LOGON_SESSION_REFERENCES;
 struct _RTL_DYNAMIC_HASH_TABLE;
 struct _SID_AND_ATTRIBUTES;
 struct _AUTHZBASEP_SECURITY_ATTRIBUTES_INFORMATION;
 struct _AUTHZBASEP_CLAIM_ATTRIBUTES_COLLECTION;
 struct _SEP_SID_VALUES_BLOCK;
 struct _ESERVERSILO_GLOBALS;
 struct _ETW_FILTER_PID;
 struct _ETW_FILTER_STRING_TOKEN;
 struct _ETW_FILTER_EVENT_NAME_DATA;
 struct _EVENT_FILTER_LEVEL_KW;
 struct _ETW_PAYLOAD_FILTER;
 struct _EVENT_FILTER_HEADER;
 struct _ETW_FILTER_HEADER;
 struct _ETW_SILODRIVERSTATE;
 struct _EX_RUNDOWN_REF_CACHE_AWARE;
 struct _ETW_DECODE_CONTROL_ENTRY;
 struct _WMI_BUFFER_HEADER;
 struct _ETW_REALTIME_CONSUMER;
 struct _SECURITY_QUALITY_OF_SERVICE;
 struct _TOKEN_PRIVILEGES;
 struct _TOKEN_ACCESS_INFORMATION;
 struct _ETW_APC_ENTRY;
 struct _ETW_PMC_SUPPORT;
 struct _ETW_LBR_SUPPORT;
 struct _ETW_HW_TRACE_EXT_INTERFACE;
 struct _ETW_IPT_SUPPORT;
 struct _EPARTITION;
 struct _WMI_LOGGER_CONTEXT;
 struct _ETW_SILO_TRACING_BLOCK;
 struct _WNF_SCOPE_INSTANCE;
 struct _WNF_SCOPE_MAP;
 struct _SILO_USER_SHARED_DATA;
 struct _PROCESS_EXTENDED_ENERGY_VALUES;
 union _JOBOBJECT_ENERGY_TRACKING_STATE;
 struct _KLOCK_ENTRY;
 struct _PEB_LDR_DATA;
 struct _RTL_USER_PROCESS_PARAMETERS;
 struct _RTL_CRITICAL_SECTION;
 struct _RTL_CRITICAL_SECTION_DEBUG;
 struct _LEAP_SECOND_DATA;
 struct _PEB;
 struct _MMPTE;
 struct _MMWSL_INSTANCE;
 struct _MI_CACHED_PTES;
 struct _MM_SESSION_SPACE;
 struct _HANDLE_TABLE_ENTRY_INFO;
 union _HANDLE_TABLE_ENTRY;
 struct _HANDLE_TRACE_DEBUG_INFO;
 struct _HANDLE_TABLE;
 struct _EWOW64PROCESS;
 struct _OBJECT_NAME_INFORMATION;
 struct _PO_DIAG_STACK_RECORD;
 struct _IMAGE_RUNTIME_FUNCTION_ENTRY;
 struct _DYNAMIC_FUNCTION_TABLE;
 struct _INVERTED_FUNCTION_TABLE;
 struct _ACCESS_STATE;
 struct _IO_SECURITY_CONTEXT;
 struct _NAMED_PIPE_CREATE_PARAMETERS;
 struct _MAILSLOT_CREATE_PARAMETERS;
 struct _FILE_GET_QUOTA_INFORMATION;
 struct _INTERFACE;
 struct _DEVICE_CAPABILITIES;
 struct _IO_RESOURCE_REQUIREMENTS_LIST;
 struct _POWER_SEQUENCE;
 struct _CM_RESOURCE_LIST;
 struct _IO_STACK_LOCATION;
 struct _POP_FX_DEVICE;
 struct _PO_DEVICE_NOTIFY;
 struct _POP_IRP_DATA;
 struct _DEVICE_NODE;
 struct PEPHANDLE__;
 struct _POP_FX_PLUGIN;
 struct _POP_FX_WORK_POOL;
 struct _DEVICE_RELATIONS;
 struct _PNP_DEVICE_EVENT_ENTRY;
 struct _WDT_HANDLE;
 struct _PNP_WATCHDOG;
 struct _DEVICE_OBJECT_LIST;
 struct _RELATION_LIST;
 struct DOCK_INTERFACE;
 struct _PENDING_RELATIONS_LIST_ENTRY;
 struct _PNP_REBALANCE_TRACE_CONTEXT;
 struct POHANDLE__;
 struct _ACPI_METHOD_ARGUMENT_V1;
 struct _PEP_WORK_INFORMATION;
 struct _POP_FX_WORK_ORDER_WATCHDOG_INFO;
 struct _PEP_CRASHDUMP_INFORMATION;
 struct _POP_FX_IDLE_STATE;
 struct _POP_FX_PROVIDER;
 struct _POP_FX_DEPENDENT;
 struct _POP_FX_COMPONENT;
 struct _PO_FX_PERF_STATE_CHANGE;
 struct _PO_FX_PERF_STATE;
 struct _PO_FX_COMPONENT_PERF_SET;
 struct _POP_FX_PERF_SET;
 struct _POP_FX_PERF_INFO;
 struct _POP_DEVICE_POWER_PROFILE;
 struct _POP_POWER_PLANE;
 struct _POP_COMPONENT_POWER_PROFILE;
 struct _POP_FX_LOG_ENTRY;
 struct _KSHARED_READY_QUEUE;
 struct _PROCESSOR_PROFILE_CONTROL_AREA;
 struct _REQUEST_MAILBOX;
 struct _EXCEPTION_RECORD;
 struct _KPCR;
 union _KIDTENTRY64;
 struct _SCATTER_GATHER_LIST;
 struct _DMA_ADAPTER_INFO;
 struct _DMA_TRANSFER_INFO;
 struct _ADAPTER_OBJECT;
 struct _HALP_DMA_DOMAIN_OBJECT;
 struct _DMA_COMMON_BUFFER_ENTRY;
 struct _DMA_COMMON_BUFFER_VECTOR;
 struct _DMA_OPERATIONS;
 struct _HALP_DMA_TRANSLATION_ENTRY;
 struct _HALP_DMA_TRANSLATION_BUFFER;
 struct _HALP_DMA_MASTER_ADAPTER_OBJECT;
 struct _DMA_TRANSFER_CONTEXT;
 struct _HALP_DMA_CHANNEL;
 struct _DMA_REQUEST_LINE_BINDING_DESCRIPTION;
 struct _DMA_SCATTER_GATHER_LIST;
 struct _HALP_DMA_CONTROLLER;
 struct _EXT_IOMMU_DEVICE_ID;
 struct _TEB_ACTIVE_FRAME_CONTEXT;
 struct _MMCLONE_DESCRIPTOR;
 struct _MMCLONE_BLOCK;
 struct _MI_FREE_LARGE_PAGE_LIST;
 struct _MI_LARGE_PAGE_LISTS_CHANGING;
 struct _MI_WRITE_MODES;
 struct _PHYSICAL_MEMORY_DESCRIPTOR;
 struct _MI_NODE_INFORMATION;
 struct _SEGMENT;
 struct _MI_CONTROL_AREA_WAIT_BLOCK;
 struct _MI_IMAGE_SECURITY_REFERENCE;
 struct _CONTROL_AREA;
 struct _MMEXTEND_INFO;
 struct _MI_SECTION_IMAGE_INFORMATION;
 struct _MI_PARTITION;
 struct _MMPAGING_FILE;
 struct _MMMOD_WRITER_MDL_ENTRY;
 struct _MI_PAGING_FILE_SPACE_BITMAPS;
 struct _MI_PAGEFILE_BITMAPS_CACHE_ENTRY;
 struct _MMCLONE_HEADER;
 struct _MMVAD_SHORT;
 struct _MI_VAD_EVENT_BLOCK;
 struct _SUBSECTION;
 struct _MI_PER_SESSION_PROTOS;
 union $64BF8D68F4C6DABEA529B0ACD8B9FDD3;
 struct _MMINPAGE_SUPPORT;
 union $E2393686A935BA9A0F5BEB93494C4E0B;
 struct _CELL_DATA;
 struct _HV_GET_CELL_CONTEXT;
 struct CMP_OFFSET_ARRAY;
 struct _HBASE_BLOCK;
 struct _CMSI_PROCESS_TUPLE;
 struct _HMAP_TABLE;
 struct _HMAP_DIRECTORY;
 struct _CM_NAME_CONTROL_BLOCK;
 struct _CM_KEY_SECURITY_CACHE;
 struct _CM_INDEX_HINT_BLOCK;
 struct _CM_KEY_BODY;
 struct _CM_NOTIFY_BLOCK;
 struct _CM_KCB_LAYER_INFO;
 struct _CM_KEY_HASH_TABLE_ENTRY;
 struct _CM_KEY_SECURITY_CACHE_ENTRY;
 struct _CM_WORKITEM;
 struct _CM_RM;
 struct _HIVE_WAIT_PACKET;
 struct _CMP_VOLUME_MANAGER;
 struct _CMP_VOLUME_CONTEXT;
 struct _CMHIVE;
 struct _KENLISTMENT;
 struct _KRESOURCEMANAGER;
 struct _KTM;
 struct _KTRANSACTION;
 struct _CM_TRANS;
 struct _CM_KCB_UOW;
 struct _CM_UOW_SET_SD_DATA;
 struct _CM_UOW_KEY_STATE_MODIFICATION;
 struct _CM_UOW_SET_VALUE_LIST_DATA;
 struct _CM_UOW_SET_VALUE_KEY_DATA;
 struct _CMP_DISCARD_AND_REPLACE_KCB_CONTEXT;
 union $F49F80DE594A7B45213B2AFAA22C2965;
 union $C35D87A14AF336782CA0E1698B155F25;
 struct _KIST_LINK_FRAME;
 struct _VACB_ARRAY_HEADER;
 struct _VACB;
 struct _MBCB;
 struct _CACHE_MANAGER_CALLBACKS;
 struct _CACHE_UNINITIALIZE_EVENT;
 struct _WRITE_BEHIND_THROUGHPUT;
 struct _ASYNC_READ_THREAD_STATS;
 struct _CC_PARTITION;
 struct _HEAP;
 struct _HEAP_TAG_ENTRY;
 struct _HEAP_PSEUDO_TAG_ENTRY;
 struct _HEAP_LOCK;
 struct _KALPC_MESSAGE;
 struct _KALPC_RESERVE;
 struct _KALPC_SECURITY_DATA;
 struct _KALPC_SECTION;
 struct _KALPC_VIEW;
 struct _KALPC_REGION;
 struct _KALPC_HANDLE_DATA;
 struct _ALPC_COMMUNICATION_INFO;
 struct _ALPC_COMPLETION_PACKET_LOOKASIDE;
 struct _ALPC_COMPLETION_LIST_HEADER;
 struct _ALPC_COMPLETION_LIST;
 struct _PALPC_PORT_REFERENCE_WAIT_BLOCK;
 struct _SEP_LUID_TO_INDEX_MAP_ENTRY;
 struct _SEP_TOKEN_DIAG_TRACK_ENTRY;
 struct _WHEAP_ERROR_RECORD_WRAPPER;
 struct _VI_DEADLOCK_RESOURCE;
 struct _VI_DEADLOCK_THREAD;
 struct _SUPPORTED_RANGES;
 struct _CONFIGURATION_COMPONENT;
 struct _INTERRUPT_CONNECTION_DATA;
 struct _RTL_RANGE;
 struct _TRIAGE_POP_IRP_DATA;
 struct _TRIAGE_POP_FX_DEVICE;
 struct _POP_TRIGGER_WAIT;
 struct _OBJECT_SYMBOLIC_LINK;
 struct _EX_PARTITION;
 struct _EX_WORK_QUEUE_MANAGER;
 struct _ETW_QUEUE_ENTRY;
 struct _ETW_PROVIDER_TRAITS;
 struct _LPCP_NONPAGED_PORT_QUEUE;
 struct _LPCP_PORT_QUEUE;

 /* 1 */
 enum _POOL_TYPE : __int32
 {
  NonPagedPool = 0x0,
  NonPagedPoolExecute = 0x0,
  PagedPool = 0x1,
  NonPagedPoolMustSucceed = 0x2,
  DontUseThisType = 0x3,
  NonPagedPoolCacheAligned = 0x4,
  PagedPoolCacheAligned = 0x5,
  NonPagedPoolCacheAlignedMustS = 0x6,
  MaxPoolType = 0x7,
  NonPagedPoolBase = 0x0,
  NonPagedPoolBaseMustSucceed = 0x2,
  NonPagedPoolBaseCacheAligned = 0x4,
  NonPagedPoolBaseCacheAlignedMustS = 0x6,
  NonPagedPoolSession = 0x20,
  PagedPoolSession = 0x21,
  NonPagedPoolMustSucceedSession = 0x22,
  DontUseThisTypeSession = 0x23,
  NonPagedPoolCacheAlignedSession = 0x24,
  PagedPoolCacheAlignedSession = 0x25,
  NonPagedPoolCacheAlignedMustSSession = 0x26,
  NonPagedPoolNx = 0x200,
  NonPagedPoolNxCacheAligned = 0x204,
  NonPagedPoolSessionNx = 0x220,
 };

 /* 2 */
 enum _EX_POOL_PRIORITY : __int32
 {
  LowPoolPriority = 0x0,
  LowPoolPrioritySpecialPoolOverrun = 0x8,
  LowPoolPrioritySpecialPoolUnderrun = 0x9,
  NormalPoolPriority = 0x10,
  NormalPoolPrioritySpecialPoolOverrun = 0x18,
  NormalPoolPrioritySpecialPoolUnderrun = 0x19,
  HighPoolPriority = 0x20,
  HighPoolPrioritySpecialPoolOverrun = 0x28,
  HighPoolPrioritySpecialPoolUnderrun = 0x29,
 };

 /* 3 */
 enum _EVENT_TYPE : __int32
 {
  NotificationEvent = 0x0,
  SynchronizationEvent = 0x1,
 };

 /* 4 */
 enum _MEMORY_CACHING_TYPE : __int32
 {
  MmNonCached = 0x0,
  MmCached = 0x1,
  MmWriteCombined = 0x2,
  MmHardwareCoherentCached = 0x3,
  MmNonCachedUnordered = 0x4,
  MmUSWCCached = 0x5,
  MmMaximumCacheType = 0x6,
  MmNotMapped = 0xFFFFFFFF,
 };

 /* 5 */
 enum _FILE_INFORMATION_CLASS : __int32
 {
  FileDirectoryInformation = 0x1,
  FileFullDirectoryInformation = 0x2,
  FileBothDirectoryInformation = 0x3,
  FileBasicInformation = 0x4,
  FileStandardInformation = 0x5,
  FileInternalInformation = 0x6,
  FileEaInformation = 0x7,
  FileAccessInformation = 0x8,
  FileNameInformation = 0x9,
  FileRenameInformation = 0xA,
  FileLinkInformation = 0xB,
  FileNamesInformation = 0xC,
  FileDispositionInformation = 0xD,
  FilePositionInformation = 0xE,
  FileFullEaInformation = 0xF,
  FileModeInformation = 0x10,
  FileAlignmentInformation = 0x11,
  FileAllInformation = 0x12,
  FileAllocationInformation = 0x13,
  FileEndOfFileInformation = 0x14,
  FileAlternateNameInformation = 0x15,
  FileStreamInformation = 0x16,
  FilePipeInformation = 0x17,
  FilePipeLocalInformation = 0x18,
  FilePipeRemoteInformation = 0x19,
  FileMailslotQueryInformation = 0x1A,
  FileMailslotSetInformation = 0x1B,
  FileCompressionInformation = 0x1C,
  FileObjectIdInformation = 0x1D,
  FileCompletionInformation = 0x1E,
  FileMoveClusterInformation = 0x1F,
  FileQuotaInformation = 0x20,
  FileReparsePointInformation = 0x21,
  FileNetworkOpenInformation = 0x22,
  FileAttributeTagInformation = 0x23,
  FileTrackingInformation = 0x24,
  FileIdBothDirectoryInformation = 0x25,
  FileIdFullDirectoryInformation = 0x26,
  FileValidDataLengthInformation = 0x27,
  FileShortNameInformation = 0x28,
  FileIoCompletionNotificationInformation = 0x29,
  FileIoStatusBlockRangeInformation = 0x2A,
  FileIoPriorityHintInformation = 0x2B,
  FileSfioReserveInformation = 0x2C,
  FileSfioVolumeInformation = 0x2D,
  FileHardLinkInformation = 0x2E,
  FileProcessIdsUsingFileInformation = 0x2F,
  FileNormalizedNameInformation = 0x30,
  FileNetworkPhysicalNameInformation = 0x31,
  FileIdGlobalTxDirectoryInformation = 0x32,
  FileIsRemoteDeviceInformation = 0x33,
  FileUnusedInformation = 0x34,
  FileNumaNodeInformation = 0x35,
  FileStandardLinkInformation = 0x36,
  FileRemoteProtocolInformation = 0x37,
  FileRenameInformationBypassAccessCheck = 0x38,
  FileLinkInformationBypassAccessCheck = 0x39,
  FileVolumeNameInformation = 0x3A,
  FileIdInformation = 0x3B,
  FileIdExtdDirectoryInformation = 0x3C,
  FileReplaceCompletionInformation = 0x3D,
  FileHardLinkFullIdInformation = 0x3E,
  FileIdExtdBothDirectoryInformation = 0x3F,
  FileDispositionInformationEx = 0x40,
  FileRenameInformationEx = 0x41,
  FileRenameInformationExBypassAccessCheck = 0x42,
  FileDesiredStorageClassInformation = 0x43,
  FileStatInformation = 0x44,
  FileMemoryPartitionInformation = 0x45,
  FileStatLxInformation = 0x46,
  FileCaseSensitiveInformation = 0x47,
  FileLinkInformationEx = 0x48,
  FileLinkInformationExBypassAccessCheck = 0x49,
  FileStorageReserveIdInformation = 0x4A,
  FileCaseSensitiveInformationForceAccessCheck = 0x4B,
  FileMaximumInformation = 0x4C,
 };

 /* 6 */
 enum _DIRECTORY_NOTIFY_INFORMATION_CLASS : __int32
 {
  DirectoryNotifyInformation = 0x1,
  DirectoryNotifyExtendedInformation = 0x2,
 };

 /* 7 */
 enum _FSINFOCLASS : __int32
 {
  FileFsVolumeInformation = 0x1,
  FileFsLabelInformation = 0x2,
  FileFsSizeInformation = 0x3,
  FileFsDeviceInformation = 0x4,
  FileFsAttributeInformation = 0x5,
  FileFsControlInformation = 0x6,
  FileFsFullSizeInformation = 0x7,
  FileFsObjectIdInformation = 0x8,
  FileFsDriverPathInformation = 0x9,
  FileFsVolumeFlagsInformation = 0xA,
  FileFsSectorSizeInformation = 0xB,
  FileFsDataCopyInformation = 0xC,
  FileFsMetadataSizeInformation = 0xD,
  FileFsFullSizeInformationEx = 0xE,
  FileFsMaximumInformation = 0xF,
 };

 /* 8 */
 enum _DEVICE_RELATION_TYPE : __int32
 {
  BusRelations = 0x0,
  EjectionRelations = 0x1,
  PowerRelations = 0x2,
  RemovalRelations = 0x3,
  TargetDeviceRelation = 0x4,
  SingleBusRelations = 0x5,
  TransportRelations = 0x6,
 };

 /* 9 */
 enum BUS_QUERY_ID_TYPE : __int32
 {
  BusQueryDeviceID = 0x0,
  BusQueryHardwareIDs = 0x1,
  BusQueryCompatibleIDs = 0x2,
  BusQueryInstanceID = 0x3,
  BusQueryDeviceSerialNumber = 0x4,
  BusQueryContainerID = 0x5,
 };

 /* 10 */
 enum DEVICE_TEXT_TYPE : __int32
 {
  DeviceTextDescription = 0x0,
  DeviceTextLocationInformation = 0x1,
 };

 /* 11 */
 enum _DEVICE_USAGE_NOTIFICATION_TYPE : __int32
 {
  DeviceUsageTypeUndefined = 0x0,
  DeviceUsageTypePaging = 0x1,
  DeviceUsageTypeHibernation = 0x2,
  DeviceUsageTypeDumpFile = 0x3,
  DeviceUsageTypeBoot = 0x4,
  DeviceUsageTypePostDisplay = 0x5,
  DeviceUsageTypeGuestAssigned = 0x6,
 };

 /* 12 */
 enum _SYSTEM_POWER_STATE : __int32
 {
  PowerSystemUnspecified = 0x0,
  PowerSystemWorking = 0x1,
  PowerSystemSleeping1 = 0x2,
  PowerSystemSleeping2 = 0x3,
  PowerSystemSleeping3 = 0x4,
  PowerSystemHibernate = 0x5,
  PowerSystemShutdown = 0x6,
  PowerSystemMaximum = 0x7,
 };

 /* 13 */
 enum _POWER_STATE_TYPE : __int32
 {
  SystemPowerState = 0x0,
  DevicePowerState = 0x1,
 };

 /* 14 */
 enum POWER_ACTION : __int32
 {
  PowerActionNone = 0x0,
  PowerActionReserved = 0x1,
  PowerActionSleep = 0x2,
  PowerActionHibernate = 0x3,
  PowerActionShutdown = 0x4,
  PowerActionShutdownReset = 0x5,
  PowerActionShutdownOff = 0x6,
  PowerActionWarmEject = 0x7,
  PowerActionDisplayOff = 0x8,
 };

 /* 15 */
 enum _DEVICE_POWER_STATE : __int32
 {
  PowerDeviceUnspecified = 0x0,
  PowerDeviceD0 = 0x1,
  PowerDeviceD1 = 0x2,
  PowerDeviceD2 = 0x3,
  PowerDeviceD3 = 0x4,
  PowerDeviceMaximum = 0x5,
 };

 /* 16 */
 enum _DEVICE_WAKE_DEPTH : __int32
 {
  DeviceWakeDepthNotWakeable = 0x0,
  DeviceWakeDepthD0 = 0x1,
  DeviceWakeDepthD1 = 0x2,
  DeviceWakeDepthD2 = 0x3,
  DeviceWakeDepthD3hot = 0x4,
  DeviceWakeDepthD3cold = 0x5,
  DeviceWakeDepthMaximum = 0x6,
 };

 /* 17 */
 enum _WHEA_ERROR_SOURCE_TYPE : __int32
 {
  WheaErrSrcTypeMCE = 0x0,
  WheaErrSrcTypeCMC = 0x1,
  WheaErrSrcTypeCPE = 0x2,
  WheaErrSrcTypeNMI = 0x3,
  WheaErrSrcTypePCIe = 0x4,
  WheaErrSrcTypeGeneric = 0x5,
  WheaErrSrcTypeINIT = 0x6,
  WheaErrSrcTypeBOOT = 0x7,
  WheaErrSrcTypeSCIGeneric = 0x8,
  WheaErrSrcTypeIPFMCA = 0x9,
  WheaErrSrcTypeIPFCMC = 0xA,
  WheaErrSrcTypeIPFCPE = 0xB,
  WheaErrSrcTypeGenericV2 = 0xC,
  WheaErrSrcTypeSCIGenericV2 = 0xD,
  WheaErrSrcTypeBMC = 0xE,
  WheaErrSrcTypePMEM = 0xF,
  WheaErrSrcTypeDeviceDriver = 0x10,
  WheaErrSrcTypeMax = 0x11,
 };

 /* 18 */
 enum _WHEA_ERROR_SOURCE_STATE : __int32
 {
  WheaErrSrcStateStopped = 0x1,
  WheaErrSrcStateStarted = 0x2,
  WheaErrSrcStateRemoved = 0x3,
  WheaErrSrcStateRemovePending = 0x4,
 };

 /* 19 */
 enum _WHEA_EVENT_LOG_ENTRY_TYPE : __int32
 {
  WheaEventLogEntryTypeInformational = 0x0,
  WheaEventLogEntryTypeWarning = 0x1,
  WheaEventLogEntryTypeError = 0x2,
 };

 /* 20 */
 enum _WHEA_EVENT_LOG_ENTRY_ID : __int32
 {
  WheaEventLogEntryIdCmcPollingTimeout = 0x80000001,
  WheaEventLogEntryIdWheaInit = 0x80000002,
  WheaEventLogEntryIdCmcSwitchToPolling = 0x80000003,
  WheaEventLogEntryIdDroppedCorrectedError = 0x80000004,
  WheaEventLogEntryIdStartedReportHwError = 0x80000005,
  WheaEventLogEntryIdPFAMemoryOfflined = 0x80000006,
  WheaEventLogEntryIdPFAMemoryRemoveMonitor = 0x80000007,
  WheaEventLogEntryIdPFAMemoryPolicy = 0x80000008,
  WheaEventLogEntryIdPshedInjectError = 0x80000009,
  WheaEventLogEntryIdOscCapabilities = 0x8000000A,
  WheaEventLogEntryIdPshedPluginRegister = 0x8000000B,
  WheaEventLogEntryIdAddRemoveErrorSource = 0x8000000C,
  WheaEventLogEntryIdWorkQueueItem = 0x8000000D,
  WheaEventLogEntryIdAttemptErrorRecovery = 0x8000000E,
  WheaEventLogEntryIdMcaFoundErrorInBank = 0x8000000F,
  WheaEventLogEntryIdMcaStuckErrorCheck = 0x80000010,
  WheaEventLogEntryIdMcaErrorCleared = 0x80000011,
  WheaEventLogEntryIdClearedPoison = 0x80000012,
  WheaEventLogEntryIdProcessEINJ = 0x80000013,
  WheaEventLogEntryIdProcessHEST = 0x80000014,
  WheaEventLogEntryIdCreateGenericRecord = 0x80000015,
  WheaEventLogEntryIdErrorRecord = 0x80000016,
  WheaEventLogEntryIdErrorRecordLimit = 0x80000017,
  WheaEventLogEntryIdErrSrcArrayInvalid = 0x80000019,
  WheaEventLogEntryIdAcpiTimeOut = 0x8000001A,
  WheaEventLogCmciRestart = 0x8000001B,
  WheaEventLogCmciFinalRestart = 0x8000001C,
  WheaEventLogEntryEtwOverFlow = 0x8000001D,
  WheaEventLogAzccRootBusSearchErr = 0x8000001E,
  WheaEventLogAzccRootBusList = 0x8000001F,
  WheaEventLogEntryIdErrSrcInvalid = 0x80000020,
  WheaEventLogEntryIdGenericErrMemMap = 0x80000021,
  WheaEventLogEntryIdPshedCallbackCollision = 0x80000022,
  WheaEventLogEntryIdSELBugCheckProgress = 0x80000023,
  WheaEventLogEntryIdPshedPluginLoad = 0x80000024,
  WheaEventLogEntryIdPshedPluginUnload = 0x80000025,
  WheaEventLogEntryIdPshedPluginSupported = 0x80000026,
  WheaEventLogEntryIdDeviceDriver = 0x80000027,
  WheaEventLogEntryIdCmciImplPresent = 0x80000028,
  WheaEventLogEntryIdCmciInitError = 0x80000029,
  WheaEventLogEntryIdSELBugCheckRecovery = 0x8000002A,
  WheaEventLogEntryIdDrvErrSrcInvalid = 0x8000002B,
  WheaEventLogEntryIdDrvHandleBusy = 0x8000002C,
  WheaEventLogEntryIdWheaHeartbeat = 0x8000002D,
  WheaEventLogAzccRootBusPoisonSet = 0x8000002E,
  WheaEventLogEntryIdSELBugCheckInfo = 0x8000002F,
  WheaEventLogEntryIdErrDimmInfoMismatch = 0x80000030,
  WheaEventLogEntryIdeDpcEnabled = 0x80000031,
 };

 /* 21 */
 enum _WHEA_ERROR_TYPE : __int32
 {
  WheaErrTypeProcessor = 0x0,
  WheaErrTypeMemory = 0x1,
  WheaErrTypePCIExpress = 0x2,
  WheaErrTypeNMI = 0x3,
  WheaErrTypePCIXBus = 0x4,
  WheaErrTypePCIXDevice = 0x5,
  WheaErrTypeGeneric = 0x6,
  WheaErrTypePmem = 0x7,
 };

 /* 22 */
 enum _WHEA_ERROR_SEVERITY : __int32
 {
  WheaErrSevRecoverable = 0x0,
  WheaErrSevFatal = 0x1,
  WheaErrSevCorrected = 0x2,
  WheaErrSevInformational = 0x3,
 };

 /* 23 */
 enum _WHEA_ERROR_PACKET_DATA_FORMAT : __int32
 {
  WheaDataFormatIPFSalRecord = 0x0,
  WheaDataFormatXPFMCA = 0x1,
  WheaDataFormatMemory = 0x2,
  WheaDataFormatPCIExpress = 0x3,
  WheaDataFormatNMIPort = 0x4,
  WheaDataFormatPCIXBus = 0x5,
  WheaDataFormatPCIXDevice = 0x6,
  WheaDataFormatGeneric = 0x7,
  WheaDataFormatMax = 0x8,
 };

 /* 24 */
 enum _KINTERRUPT_POLARITY : __int32
 {
  InterruptPolarityUnknown = 0x0,
  InterruptActiveHigh = 0x1,
  InterruptRisingEdge = 0x1,
  InterruptActiveLow = 0x2,
  InterruptFallingEdge = 0x2,
  InterruptActiveBoth = 0x3,
  InterruptActiveBothTriggerLow = 0x3,
  InterruptActiveBothTriggerHigh = 0x4,
 };

 /* 25 */
 enum _KINTERRUPT_MODE : __int32
 {
  LevelSensitive = 0x0,
  Latched = 0x1,
 };

 /* 26 */
 enum _REG_NOTIFY_CLASS : __int32
 {
  RegNtDeleteKey = 0x0,
  RegNtPreDeleteKey = 0x0,
  RegNtSetValueKey = 0x1,
  RegNtPreSetValueKey = 0x1,
  RegNtDeleteValueKey = 0x2,
  RegNtPreDeleteValueKey = 0x2,
  RegNtSetInformationKey = 0x3,
  RegNtPreSetInformationKey = 0x3,
  RegNtRenameKey = 0x4,
  RegNtPreRenameKey = 0x4,
  RegNtEnumerateKey = 0x5,
  RegNtPreEnumerateKey = 0x5,
  RegNtEnumerateValueKey = 0x6,
  RegNtPreEnumerateValueKey = 0x6,
  RegNtQueryKey = 0x7,
  RegNtPreQueryKey = 0x7,
  RegNtQueryValueKey = 0x8,
  RegNtPreQueryValueKey = 0x8,
  RegNtQueryMultipleValueKey = 0x9,
  RegNtPreQueryMultipleValueKey = 0x9,
  RegNtPreCreateKey = 0xA,
  RegNtPostCreateKey = 0xB,
  RegNtPreOpenKey = 0xC,
  RegNtPostOpenKey = 0xD,
  RegNtKeyHandleClose = 0xE,
  RegNtPreKeyHandleClose = 0xE,
  RegNtPostDeleteKey = 0xF,
  RegNtPostSetValueKey = 0x10,
  RegNtPostDeleteValueKey = 0x11,
  RegNtPostSetInformationKey = 0x12,
  RegNtPostRenameKey = 0x13,
  RegNtPostEnumerateKey = 0x14,
  RegNtPostEnumerateValueKey = 0x15,
  RegNtPostQueryKey = 0x16,
  RegNtPostQueryValueKey = 0x17,
  RegNtPostQueryMultipleValueKey = 0x18,
  RegNtPostKeyHandleClose = 0x19,
  RegNtPreCreateKeyEx = 0x1A,
  RegNtPostCreateKeyEx = 0x1B,
  RegNtPreOpenKeyEx = 0x1C,
  RegNtPostOpenKeyEx = 0x1D,
  RegNtPreFlushKey = 0x1E,
  RegNtPostFlushKey = 0x1F,
  RegNtPreLoadKey = 0x20,
  RegNtPostLoadKey = 0x21,
  RegNtPreUnLoadKey = 0x22,
  RegNtPostUnLoadKey = 0x23,
  RegNtPreQueryKeySecurity = 0x24,
  RegNtPostQueryKeySecurity = 0x25,
  RegNtPreSetKeySecurity = 0x26,
  RegNtPostSetKeySecurity = 0x27,
  RegNtCallbackObjectContextCleanup = 0x28,
  RegNtPreRestoreKey = 0x29,
  RegNtPostRestoreKey = 0x2A,
  RegNtPreSaveKey = 0x2B,
  RegNtPostSaveKey = 0x2C,
  RegNtPreReplaceKey = 0x2D,
  RegNtPostReplaceKey = 0x2E,
  RegNtPreQueryKeyName = 0x2F,
  RegNtPostQueryKeyName = 0x30,
  MaxRegNtNotifyClass = 0x31,
 };

 /* 27 */
 enum _HALP_DMA_MAP_BUFFER_TYPE : __int32
 {
  HalpDmaContiguousMapBuffer = 0x0,
  HalpDmaNonContiguousMapBuffer = 0x1,
  HalpDmaMaximumMapBufferType = 0x2,
 };

 /* 28 */
 enum _KNOWN_CONTROLLER_TYPE : __int32
 {
  InterruptControllerInvalid = 0x0,
  InterruptControllerPic = 0x1,
  InterruptControllerApic = 0x2,
  InterruptControllerGic = 0x3,
  InterruptControllerGicV3 = 0x4,
  InterruptControllerGicV4 = 0x5,
  InterruptControllerBcm = 0x6,
  InterruptControllerUnknown = 0x1000,
 };

 /* 29 */
 enum _INTERRUPT_PROBLEM : __int32
 {
  InterruptProblemNone = 0x0,
  InterruptProblemMadtParsingFailure = 0x1,
  InterruptProblemNoControllersFound = 0x2,
  InterruptProblemFailedDiscovery = 0x3,
  InterruptProblemInitializeLocalUnitFailed = 0x4,
  InterruptProblemInitializeIoUnitFailed = 0x5,
  InterruptProblemSetLogicalIdFailed = 0x6,
  InterruptProblemSetLineStateFailed = 0x7,
  InterruptProblemGenerateMessageFailed = 0x8,
  InterruptProblemConvertIdFailed = 0x9,
  InterruptProblemCmciSetupFailed = 0xA,
  InterruptProblemQueryMaxProcessorsCalledTooEarly = 0xB,
  InterruptProblemProcessorReset = 0xC,
  InterruptProblemStartProcessorFailed = 0xD,
  InterruptProblemProcessorNotAlive = 0xE,
  InterruptProblemLowerIrqlViolation = 0xF,
  InterruptProblemInvalidIrql = 0x10,
  InterruptProblemNoSuchController = 0x11,
  InterruptProblemNoSuchLines = 0x12,
  InterruptProblemBadConnectionData = 0x13,
  InterruptProblemBadRoutingData = 0x14,
  InterruptProblemInvalidProcessor = 0x15,
  InterruptProblemFailedToAttainTarget = 0x16,
  InterruptProblemUnsupportedWiringConfiguration = 0x17,
  InterruptProblemSpareAlreadyStarted = 0x18,
  InterruptProblemClusterNotFullyReplaced = 0x19,
  InterruptProblemNewClusterAlreadyActive = 0x1A,
  InterruptProblemNewClusterTooLarge = 0x1B,
  InterruptProblemCannotHardwareQuiesce = 0x1C,
  InterruptProblemIpiDestinationUpdateFailed = 0x1D,
  InterruptProblemNoMemory = 0x1E,
  InterruptProblemNoIrtEntries = 0x1F,
  InterruptProblemConnectionDataBaitAndSwitch = 0x20,
  InterruptProblemInvalidLogicalFlatId = 0x21,
  InterruptProblemDeinitializeLocalUnitFailed = 0x22,
  InterruptProblemDeinitializeIoUnitFailed = 0x23,
  InterruptProblemMismatchedThermalLvtIsr = 0x24,
  InterruptProblemHvRetargetFailed = 0x25,
  InterruptProblemDeferredErrorSetupFailed = 0x26,
 };

 /* 30 */
 enum _IO_ALLOCATION_ACTION : __int32
 {
  KeepObject = 0x1,
  DeallocateObject = 0x2,
  DeallocateObjectKeepRegisters = 0x3,
 };

 /* 31 */
 enum _MODE : __int32
 {
  KernelMode = 0x0,
  UserMode = 0x1,
  MaximumMode = 0x2,
 };

 /* 32 */
 enum _MEMORY_CACHING_TYPE_ORIG : __int32
 {
  MmFrameBufferCached = 0x2,
 };

 /* 33 */
 enum _INTERLOCKED_RESULT : __int32
 {
  ResultNegative = 0x1,
  ResultZero = 0x0,
  ResultPositive = 0x2,
 };

 /* 34 */
 enum _WHEA_CPU_VENDOR : __int32
 {
  WheaCpuVendorOther = 0x0,
  WheaCpuVendorIntel = 0x1,
  WheaCpuVendorAmd = 0x2,
 };

 /* 35 */
 enum _HAL_INIT_PHASE : __int32
 {
  HalInitPhaseBspProcEarly = 0x0,
  HalInitPhaseBspProcEarlyMmReady = 0x1,
  HalInitPhaseBspProcEarlyTimerReady = 0x2,
  HalInitPhaseBspProcEarlyEnd = 0x3,
  HalInitPhasePnProcEarly = 0x4,
  HalInitPhasePnProcEarlyInterruptsReady = 0x5,
  HalInitPhasePnProcEarlyEnd = 0x6,
  HalInitPhaseBspSystemEarly = 0x7,
  HalInitPhaseBspSystemEarlyAcpiReady = 0x8,
  HalInitPhaseBspSystemEarlyHalExtensionsReady = 0x9,
  HalInitPhaseBspSystemEarlyInterruptsAlmostReady = 0xA,
  HalInitPhaseBspSystemEarlyIommusReady = 0xB,
  HalInitPhaseBspSystemEarlyInterruptsReady = 0xC,
  HalInitPhaseBspSystemEarlyDmaReady = 0xC,
  HalInitPhaseBspSystemEarlyProcReady = 0xD,
  HalInitPhaseBspSystemEarlyHwPerfCntReady = 0xE,
  HalInitPhaseBspSystemEarlyAllocationDone = 0xF,
  HalInitPhaseBspSystemEarlyEnd = 0x10,
  HalInitPhaseBspSystemLate = 0x11,
  HalInitPhaseBspSystemLateEnd = 0x12,
  HalInitPhasePnSystemLate = 0x13,
  HalInitPhasePnSystemLateEnd = 0x14,
  HalInitPhaseAllProcStartComplete = 0x15,
  HalInitPhaseAllProcStartCompleteEnd = 0x16,
  HalInitPhaseExPhase1Ready = 0x17,
  HalInitPhaseExPhase1ReadyEnd = 0x18,
  HalInitPhaseAcpiPdoStarted = 0x19,
  HalInitPhaseAcpiPdoStartedEnd = 0x1A,
  HalInitPhaseReportResources = 0x1B,
  HalInitPhaseReportResourcesEnd = 0x1C,
  HalInitPhaseReportCoreSystemResources = 0x1D,
  HalInitPhaseReportCoreSystemResourcesEnd = 0x1E,
  HalInitPhaseLateSystemActions = 0x1F,
  HalInitPhaseLateSystemActionsTelemetryReady = 0x20,
  HalInitPhaseLateSystemActionsEnd = 0x21,
 };

 /* 36 */
 enum _USER_ACTIVITY_PRESENCE : __int32
 {
  PowerUserPresent = 0x0,
  PowerUserNotPresent = 0x1,
  PowerUserInactive = 0x2,
  PowerUserMaximum = 0x3,
  PowerUserInvalid = 0x3,
 };

 /* 37 */
 enum _INTERFACE_TYPE : __int32
 {
  InterfaceTypeUndefined = 0xFFFFFFFF,
  Internal = 0x0,
  Isa = 0x1,
  Eisa = 0x2,
  MicroChannel = 0x3,
  TurboChannel = 0x4,
  PCIBus = 0x5,
  VMEBus = 0x6,
  NuBus = 0x7,
  PCMCIABus = 0x8,
  CBus = 0x9,
  MPIBus = 0xA,
  MPSABus = 0xB,
  ProcessorInternal = 0xC,
  InternalPowerBus = 0xD,
  PNPISABus = 0xE,
  PNPBus = 0xF,
  Vmcs = 0x10,
  ACPIBus = 0x11,
  MaximumInterfaceType = 0x12,
 };

 /* 38 */
 enum _EXCEPTION_DISPOSITION : __int32
 {
  ExceptionContinueExecution = 0x0,
  ExceptionContinueSearch = 0x1,
  ExceptionNestedException = 0x2,
  ExceptionCollidedUnwind = 0x3,
 };

 /* 39 */
 enum _SECURITY_IMPERSONATION_LEVEL : __int32
 {
  SecurityAnonymous = 0x0,
  SecurityIdentification = 0x1,
  SecurityImpersonation = 0x2,
  SecurityDelegation = 0x3,
 };

 /* 40 */
 enum _INTERRUPT_RESULT : __int32
 {
  InterruptBeginFatalError = 0x0,
  InterruptBeginLine = 0x1,
  InterruptBeginSpurious = 0x2,
  InterruptBeginVector = 0x3,
  InterruptBeginNone = 0x4,
 };

 /* 41 */
 enum _DMA_WIDTH : __int32
 {
  Width8Bits = 0x0,
  Width16Bits = 0x1,
  Width32Bits = 0x2,
  Width64Bits = 0x3,
  WidthNoWrap = 0x4,
  MaximumDmaWidth = 0x5,
 };

 /* 42 */
 enum _EXT_IOMMU_TRANSLATION_TYPE : __int32
 {
  ExtTranslationTypePassThrough = 0x0,
  ExtTranslationTypeBlocked = 0x1,
  ExtTranslationTypeTranslate = 0x2,
  ExtTranslationTypeSafePassThrough = 0x3,
  ExtTranslationTypeInvalid = 0x4,
 };

 /* 43 */
 enum _HALP_DMA_ADAPTER_ALLOCATION_STATE : __int32
 {
  HalpDmaAdapterAllocationStateNone = 0x0,
  HalpDmaAdapterAllocateChannel = 0x1,
  HalpDmaAdapterAllocateMapRegisters = 0x2,
  HalpDmaAdapterAllocateChannelRemapResources = 0x3,
  HalpDmaAdapterAllocationStateComplete = 0x4,
  HalpDmaAdapterAllocationStateMax = 0x5,
 };

 /* 44 */
 enum _HAL_DMA_CRASH_DUMP_REGISTER_TYPE : __int32
 {
  HalDmaCrashDumpRegisterSet1 = 0x0,
  HalDmaCrashDumpRegisterSet2 = 0x1,
  HalDmaCrashDumpRegisterSetMax = 0x2,
 };

 /* 45 */
 enum DMA_COMPLETION_STATUS : __int32
 {
  DmaComplete = 0x0,
  DmaAborted = 0x1,
  DmaError = 0x2,
  DmaCancelled = 0x3,
 };

 /* 46 */
 enum _DMA_INTERRUPT_TYPE : __int32
 {
  InterruptTypeCompletion = 0x0,
  InterruptTypeError = 0x1,
  InterruptTypeCancelled = 0x2,
 };

 /* 47 */
 enum _INTERRUPT_TARGET_TYPE : __int32
 {
  InterruptTargetInvalid = 0x0,
  InterruptTargetAllIncludingSelf = 0x1,
  InterruptTargetAllExcludingSelf = 0x2,
  InterruptTargetSelfOnly = 0x3,
  InterruptTargetPhysical = 0x4,
  InterruptTargetLogicalFlat = 0x5,
  InterruptTargetLogicalClustered = 0x6,
  InterruptTargetRemapIndex = 0x7,
  InterruptTargetHypervisor = 0x8,
 };

 /* 48 */
 enum _IRQ_PRIORITY : __int32
 {
  IrqPriorityUndefined = 0x0,
  IrqPriorityLow = 0x1,
  IrqPriorityNormal = 0x2,
  IrqPriorityHigh = 0x3,
 };

 /* 49 */
 enum _HALP_EMERGENCY_LA_QUEUE_TYPE : __int32
 {
  HalpDmaLegacyLaQueueEntry = 0x0,
  HalpDmaThinLaQueueEntry = 0x1,
  HalpDmaLaQueueEntryMax = 0x2,
 };

 /* 50 */
 enum _WHEA_RECOVERY_CONTEXT_ERROR_TYPE : __int32
 {
  WheaRecoveryContextErrorTypeMemory = 0x1,
  WheaRecoveryContextErrorTypePmem = 0x2,
  WheaRecoveryContextErrorTypeMax = 0x3,
 };

 /* 51 */
 enum _EXT_IOMMU_DEVICE_TYPE : __int32
 {
  EXT_IOMMU_DEVICE_TYPE_INVALID = 0x0,
  EXT_IOMMU_DEVICE_TYPE_PCI = 0x1,
  EXT_IOMMU_DEVICE_TYPE_ACPI = 0x2,
  EXT_IOMMU_DEVICE_TYPE_IOAPIC = 0x3,
  EXT_IOMMU_DEVICE_TYPE_LOGICAL = 0x4,
  EXT_IOMMU_DEVICE_TYPE_GIC = 0x5,
  EXT_IOMMU_DEVICE_TYPE_TEST = 0x6,
  EXT_IOMMU_DEVICE_TYPE_MAX = 0x7,
 };

 /* 52 */
 enum SE_WS_APPX_SIGNATURE_ORIGIN : __int32
 {
  SE_WS_APPX_SIGNATURE_ORIGIN_NOT_VALIDATED = 0x0,
  SE_WS_APPX_SIGNATURE_ORIGIN_UNKNOWN = 0x1,
  SE_WS_APPX_SIGNATURE_ORIGIN_APPSTORE = 0x2,
  SE_WS_APPX_SIGNATURE_ORIGIN_WINDOWS = 0x3,
  SE_WS_APPX_SIGNATURE_ORIGIN_ENTERPRISE = 0x4,
 };

 /* 53 */
 enum _PS_MITIGATION_OPTION : __int32
 {
  PS_MITIGATION_OPTION_NX = 0x0,
  PS_MITIGATION_OPTION_SEHOP = 0x1,
  PS_MITIGATION_OPTION_FORCE_RELOCATE_IMAGES = 0x2,
  PS_MITIGATION_OPTION_HEAP_TERMINATE = 0x3,
  PS_MITIGATION_OPTION_BOTTOM_UP_ASLR = 0x4,
  PS_MITIGATION_OPTION_HIGH_ENTROPY_ASLR = 0x5,
  PS_MITIGATION_OPTION_STRICT_HANDLE_CHECKS = 0x6,
  PS_MITIGATION_OPTION_WIN32K_SYSTEM_CALL_DISABLE = 0x7,
  PS_MITIGATION_OPTION_EXTENSION_POINT_DISABLE = 0x8,
  PS_MITIGATION_OPTION_PROHIBIT_DYNAMIC_CODE = 0x9,
  PS_MITIGATION_OPTION_CONTROL_FLOW_GUARD = 0xA,
  PS_MITIGATION_OPTION_BLOCK_NON_MICROSOFT_BINARIES = 0xB,
  PS_MITIGATION_OPTION_FONT_DISABLE = 0xC,
  PS_MITIGATION_OPTION_IMAGE_LOAD_NO_REMOTE = 0xD,
  PS_MITIGATION_OPTION_IMAGE_LOAD_NO_LOW_LABEL = 0xE,
  PS_MITIGATION_OPTION_IMAGE_LOAD_PREFER_SYSTEM32 = 0xF,
  PS_MITIGATION_OPTION_RETURN_FLOW_GUARD = 0x10,
  PS_MITIGATION_OPTION_LOADER_INTEGRITY_CONTINUITY = 0x11,
  PS_MITIGATION_OPTION_STRICT_CONTROL_FLOW_GUARD = 0x12,
  PS_MITIGATION_OPTION_RESTRICT_SET_THREAD_CONTEXT = 0x13,
  PS_MITIGATION_OPTION_ROP_STACKPIVOT = 0x14,
  PS_MITIGATION_OPTION_ROP_CALLER_CHECK = 0x15,
  PS_MITIGATION_OPTION_ROP_SIMEXEC = 0x16,
  PS_MITIGATION_OPTION_EXPORT_ADDRESS_FILTER = 0x17,
  PS_MITIGATION_OPTION_EXPORT_ADDRESS_FILTER_PLUS = 0x18,
  PS_MITIGATION_OPTION_RESTRICT_CHILD_PROCESS_CREATION = 0x19,
  PS_MITIGATION_OPTION_IMPORT_ADDRESS_FILTER = 0x1A,
  PS_MITIGATION_OPTION_MODULE_TAMPERING_PROTECTION = 0x1B,
  PS_MITIGATION_OPTION_RESTRICT_INDIRECT_BRANCH_PREDICTION = 0x1C,
  PS_MITIGATION_OPTION_SPECULATIVE_STORE_BYPASS_DISABLE = 0x1D,
  PS_MITIGATION_OPTION_ALLOW_DOWNGRADE_DYNAMIC_CODE_POLICY = 0x1E,
  PS_MITIGATION_OPTION_CET_USER_SHADOW_STACKS = 0x1F,
  PS_MITIGATION_OPTION_USER_CET_SET_CONTEXT_IP_VALIDATION = 0x20,
  PS_MITIGATION_OPTION_BLOCK_NON_CET_BINARIES = 0x21,
  PS_MITIGATION_OPTION_CET_DYNAMIC_APIS_OUT_OF_PROC_ONLY = 0x24,
 };

 /* 54 */
 enum _NT_PRODUCT_TYPE : __int32
 {
  NtProductWinNt = 0x1,
  NtProductLanManNt = 0x2,
  NtProductServer = 0x3,
 };

 /* 55 */
 enum _ALTERNATIVE_ARCHITECTURE_TYPE : __int32
 {
  StandardDesign = 0x0,
  NEC98x86 = 0x1,
  EndAlternatives = 0x2,
 };

 /* 56 */
 enum _TP_CALLBACK_PRIORITY : __int32
 {
  TP_CALLBACK_PRIORITY_HIGH = 0x0,
  TP_CALLBACK_PRIORITY_NORMAL = 0x1,
  TP_CALLBACK_PRIORITY_LOW = 0x2,
  TP_CALLBACK_PRIORITY_INVALID = 0x3,
  TP_CALLBACK_PRIORITY_COUNT = 0x3,
 };

 /* 57 */
 enum _PP_NPAGED_LOOKASIDE_NUMBER : __int32
 {
  LookasideSmallIrpList = 0x0,
  LookasideMediumIrpList = 0x1,
  LookasideLargeIrpList = 0x2,
  LookasideMdlList = 0x3,
  LookasideCreateInfoList = 0x4,
  LookasideNameBufferList = 0x5,
  LookasideTwilightList = 0x6,
  LookasideCompletionList = 0x7,
  LookasideScratchBufferList = 0x8,
  LookasideMaximumList = 0x9,
 };

 /* 58 */
 enum _EX_GEN_RANDOM_DOMAIN : __int32
 {
  ExGenRandomDomainKernel = 0x0,
  ExGenRandomDomainFirst = 0x0,
  ExGenRandomDomainUserVisible = 0x1,
  ExGenRandomDomainMax = 0x2,
 };

 /* 59 */
 enum _SYSTEM_DLL_TYPE : __int32
 {
  PsNativeSystemDll = 0x0,
  PsWowX86SystemDll = 0x1,
  PsWowArm32SystemDll = 0x2,
  PsWowAmd64SystemDll = 0x3,
  PsWowChpeX86SystemDll = 0x4,
  PsVsmEnclaveRuntimeDll = 0x5,
  PsSystemDllTotalTypes = 0x6,
 };

 /* 60 */
 enum _IO_PRIORITY_HINT : __int32
 {
  IoPriorityVeryLow = 0x0,
  IoPriorityLow = 0x1,
  IoPriorityNormal = 0x2,
  IoPriorityHigh = 0x3,
  IoPriorityCritical = 0x4,
  MaxIoPriorityTypes = 0x5,
 };

 /* 61 */
 enum _MM_PAGE_ACCESS_TYPE : __int32
 {
  MmPteAccessType = 0x0,
  MmCcReadAheadType = 0x1,
  MmPfnRepurposeType = 0x2,
  MmMaximumPageAccessType = 0x3,
 };

 /* 62 */
 enum _PF_FILE_ACCESS_TYPE : __int32
 {
  PfFileAccessTypeRead = 0x0,
  PfFileAccessTypeWrite = 0x1,
  PfFileAccessTypeMax = 0x2,
 };

 /* 63 */
 enum _EVENT_INFO_CLASS : __int32
 {
  EventProviderBinaryTrackInfo = 0x0,
  EventProviderSetReserved1 = 0x1,
  EventProviderSetTraits = 0x2,
  EventProviderUseDescriptorType = 0x3,
  MaxEventInfo = 0x4,
 };

 /* 64 */
 enum wil_ReportingKind : __int32
 {
  wil_ReportingKind_None = 0x0,
  wil_ReportingKind_UniqueUsage = 0x1,
  wil_ReportingKind_UniqueOpportunity = 0x2,
  wil_ReportingKind_DeviceUsage = 0x3,
  wil_ReportingKind_DeviceOpportunity = 0x4,
  wil_ReportingKind_TotalDuration = 0x5,
  wil_ReportingKind_PausedDuration = 0x6,
 };

 /* 65 */
 enum wil_details_ServiceReportingKind : __int32
 {
  wil_details_ServiceReportingKind_UniqueUsage = 0x0,
  wil_details_ServiceReportingKind_UniqueOpportunity = 0x1,
  wil_details_ServiceReportingKind_DeviceUsage = 0x2,
  wil_details_ServiceReportingKind_DeviceOpportunity = 0x3,
  wil_details_ServiceReportingKind_PotentialUniqueUsage = 0x4,
  wil_details_ServiceReportingKind_PotentialUniqueOpportunity = 0x5,
  wil_details_ServiceReportingKind_PotentialDeviceUsage = 0x6,
  wil_details_ServiceReportingKind_PotentialDeviceOpportunity = 0x7,
  wil_details_ServiceReportingKind_EnabledTotalDuration = 0x8,
  wil_details_ServiceReportingKind_EnabledPausedDuration = 0x9,
  wil_details_ServiceReportingKind_DisabledTotalDuration = 0xA,
  wil_details_ServiceReportingKind_DisabledPausedDuration = 0xB,
  wil_details_ServiceReportingKind_CustomEnabledBase = 0x64,
  wil_details_ServiceReportingKind_CustomDisabledBase = 0x96,
  wil_details_ServiceReportingKind_Store = 0xFE,
  wil_details_ServiceReportingKind_None = 0xFF,
  wil_details_ServiceReportingKind_VariantDevicePotentialBase = 0x100,
  wil_details_ServiceReportingKind_VariantDeviceUsageBase = 0x140,
  wil_details_ServiceReportingKind_VariantUniquePotentialBase = 0x180,
  wil_details_ServiceReportingKind_VariantUniqueUsageBase = 0x1C0,
 };

 /* 66 */
 enum wil_VariantReportingKind : __int32
 {
  wil_VariantReportingKind_None = 0x0,
  wil_VariantReportingKind_UniqueUsage = 0x1,
  wil_VariantReportingKind_DeviceUsage = 0x2,
 };

 /* 67 */
 enum wil_FeatureEnabledStateOptions : __int32
 {
  wil_FeatureEnabledStateOptions_None = 0x0,
  wil_FeatureEnabledStateOptions_VariantConfig = 0x1,
 };

 /* 68 */
 enum wil_FeatureEnabledStateKind : __int32
 {
  wil_FeatureEnabledStateKind_Service = 0x1,
  wil_FeatureEnabledStateKind_User = 0x2,
  wil_FeatureEnabledStateKind_Test = 0x3,
 };

 /* 69 */
 enum wil_FeatureEnabledState : __int32
 {
  wil_FeatureEnabledState_Default = 0x0,
  wil_FeatureEnabledState_Disabled = 0x1,
  wil_FeatureEnabledState_Enabled = 0x2,
 };

 /* 70 */
 enum wil_details_StagingConfigFeatureFields : __int32
 {
  wil_details_StagingConfigFeatureFields_None = 0x0,
  wil_details_StagingConfigFeatureFields_ServiceState = 0x1,
  wil_details_StagingConfigFeatureFields_UserState = 0x2,
  wil_details_StagingConfigFeatureFields_TestState = 0x4,
  wil_details_StagingConfigFeatureFields_Variant = 0x8,
 };

 /* 71 */
 enum wil_FeatureStore : __int32
 {
  wil_FeatureStore_Machine = 0x0,
  wil_FeatureStore_User = 0x1,
  wil_FeatureStore_All = 0x2,
 };

 /* 72 */
 enum wil_FeatureVariantPayloadKind : __int32
 {
  wil_FeatureVariantPayloadKind_None = 0x0,
  wil_FeatureVariantPayloadKind_Resident = 0x1,
  wil_FeatureVariantPayloadKind_External = 0x2,
 };

 /* 73 */
 enum wil_FeatureChangeTime : __int32
 {
  wil_FeatureChangeTime_OnRead = 0x0,
  wil_FeatureChangeTime_OnReload = 0x1,
  wil_FeatureChangeTime_OnSession = 0x2,
  wil_FeatureChangeTime_OnReboot = 0x3,
 };

 /* 74 */
 enum _RTL_FEATURE_CONFIGURATION_TYPE : __int32
 {
  RtlFeatureConfigurationBoot = 0x0,
  RtlFeatureConfigurationRuntime = 0x1,
  RtlFeatureConfigurationCount = 0x2,
 };

 /* 75 */
 enum wil_details_ServiceReportingOptions : __int32
 {
  wil_details_ServiceReportingOptions_None = 0x0,
  wil_details_ServiceReportingOptions_VariantConfig = 0x1,
 };

 /* 76 */
 enum wil_details_FeatureTestStateKind : __int32
 {
  wil_details_FeatureTestStateKind_EnabledState = 0x0,
  wil_details_FeatureTestStateKind_Variant = 0x1,
 };

 /* 77 */
 enum wil_UsageReportingMode : __int32
 {
  wil_UsageReportingMode_Default = 0x0,
  wil_UsageReportingMode_SuppressPotential = 0x1,
  wil_UsageReportingMode_SuppressImplicit = 0x2,
 };

 /* 78 */
 enum _MMLISTS : __int32
 {
  ZeroedPageList = 0x0,
  FreePageList = 0x1,
  StandbyPageList = 0x2,
  ModifiedPageList = 0x3,
  ModifiedNoWritePageList = 0x4,
  BadPageList = 0x5,
  ActiveAndValid = 0x6,
  TransitionPage = 0x7,
 };

 /* 79 */
 enum _MI_PFN_CACHE_ATTRIBUTE : __int32
 {
  MiNonCached = 0x0,
  MiCached = 0x1,
  MiWriteCombined = 0x2,
  MiNotMapped = 0x3,
 };

 /* 80 */
 enum _MI_SYSTEM_VA_TYPE : __int32
 {
  MiVaUnused = 0x0,
  MiVaSessionSpace = 0x1,
  MiVaProcessSpace = 0x2,
  MiVaBootLoaded = 0x3,
  MiVaPfnDatabase = 0x4,
  MiVaNonPagedPool = 0x5,
  MiVaPagedPool = 0x6,
  MiVaSpecialPoolPaged = 0x7,
  MiVaSystemCache = 0x8,
  MiVaSystemPtes = 0x9,
  MiVaHal = 0xA,
  MiVaSessionGlobalSpace = 0xB,
  MiVaDriverImages = 0xC,
  MiVaSystemPtesLarge = 0xD,
  MiVaKernelStacks = 0xE,
  MiVaSecureNonPagedPool = 0xF,
  MiVaMaximumType = 0x10,
 };

 /* 81 */
 enum _CM_LOAD_FAILURE_TYPE : __int32
 {
  _None = 0x0,
  _CmpCreateHive = 0x1,
  _HvpBuildMap = 0x3,
  _HvpBuildMapForLoaderHive = 0x4,
  _HvpInitMap = 0x5,
  _HvLoadHive = 0x6,
  _HvpMapHiveImage = 0x7,
  _HvpRecoverData = 0x8,
  _CmpValidateHiveSecurityDescriptors = 0x9,
  _HvpEnlistBinInMap = 0xA,
  _CmCheckRegistry = 0xB,
  _CmRegistryIO = 0xC,
  _CmCheckRegistry2 = 0xD,
  _CmpCheckKey = 0xE,
  _CmpCheckValueList = 0xF,
  _HvCheckHive = 0x10,
  _HvCheckBin = 0x11,
  _HvpGetLogEntryDirtyVector = 0x12,
  _HvpReadLogEntryHeader = 0x13,
  _HvpReadLogEntry = 0x14,
  _CmpMountPreloadedHives = 0x15,
  _CmpLoadHiveThread = 0x16,
  _CmpCheckLeaf = 0x17,
  _HvHiveStartFileBacked = 0x18,
  _HvStartHiveMemoryBacked = 0x19,
  _HvpEnlistFreeCells = 0x1A,
  _HvpPerformLogFileRecovery = 0x1B,
  _CmpInitHiveFromFile = 0x1C,
  _CmpLoadKeyCommon = 0x1D,
  _CmpLinkHiveToMaster = 0x1E,
  _CmLoadKey = 0x1F,
  _CmLoadAppKey = 0x20,
  _CmpResolveHiveLoadConflict = 0x21,
 };

 /* 82 */
 enum UoWActionType : __int32
 {
  UoWAddThisKey = 0x0,
  UoWAddChildKey = 0x1,
  UoWDeleteThisKey = 0x2,
  UoWDeleteChildKey = 0x3,
  UoWSetValueNew = 0x4,
  UoWSetValueExisting = 0x5,
  UoWDeleteValue = 0x6,
  UoWSetKeyUserFlags = 0x7,
  UoWSetLastWriteTime = 0x8,
  UoWSetSecurityDescriptor = 0x9,
  UoWRenameSubKey = 0xA,
  UoWRenameOldSubKey = 0xB,
  UoWRenameNewSubKey = 0xC,
  UoWIsolation = 0xD,
  UoWInvalid = 0xE,
 };

 /* 83 */
 enum HSTORAGE_TYPE : __int32
 {
  Stable = 0x0,
  Volatile = 0x1,
  InvalidStorage = 0x2,
 };

 /* 84 */
 enum _CMP_FAILURE_INJECTION_POINT : __int32
 {
  CmpFailurePointPoolAllocation = 0x0,
  CmpFailurePointViewMapping = 0x1,
  CmpFailurePointViewPinning = 0x2,
  CmpFailurePointResourceCharging = 0x3,
  CmpFailurePointFileWrite = 0x4,
  CmpFailurePointFileRead = 0x5,
  CmpFailurePointCacheFlush = 0x6,
  CmpFailurePointFlush = 0x7,
  CmpFailurePointFlushAndPurge = 0x8,
  CmpFailurePointForceLargeBin = 0x9,
  CmpFailurePointDontFixAlignment = 0xA,
  CmpFailurePointAllocateCell = 0xB,
  CmpFailurePointMarkDirty = 0xC,
  CmpFailurePointForceMultiLevelMap = 0xD,
  CmpFailurePointAllocateContiguousLogEntry = 0xE,
  CmpFailurePointAllocateKcb = 0xF,
  CmpFailurePointCreateKeyBody = 0x10,
  CmpFailurePointForceFreeKcb = 0x11,
  CmpFailurePointKcbLockUpgrade = 0x12,
  CmpFailurePointKcbLockUpgradeDelay = 0x13,
  CmpFailurePointKeyEnumResumeContextVerification = 0x14,
  CmpFailurePointKeyEnumForceRetry = 0x15,
  CmpFailurePointForceReorganization = 0x16,
  CmpFailurePointForceLazyCOWByPolicy = 0x17,
  CmpFailureInjectionPointCount = 0x18,
 };

 /* 85 */
 enum _PCW_CALLBACK_TYPE : __int32
 {
  PcwCallbackAddCounter = 0x0,
  PcwCallbackRemoveCounter = 0x1,
  PcwCallbackEnumerateInstances = 0x2,
  PcwCallbackCollectData = 0x3,
 };

 /* 86 */
 enum _KHETERO_CPU_POLICY : __int32
 {
  KHeteroCpuPolicyAll = 0x0,
  KHeteroCpuPolicyLarge = 0x1,
  KHeteroCpuPolicyLargeOrIdle = 0x2,
  KHeteroCpuPolicySmall = 0x3,
  KHeteroCpuPolicySmallOrIdle = 0x4,
  KHeteroCpuPolicyDynamic = 0x5,
  KHeteroCpuPolicyStaticMax = 0x5,
  KHeteroCpuPolicyBiasedSmall = 0x6,
  KHeteroCpuPolicyBiasedLarge = 0x7,
  KHeteroCpuPolicyDefault = 0x8,
  KHeteroCpuPolicyMax = 0x9,
 };

 /* 87 */
 enum _PNP_DEVNODE_STATE : __int32
 {
  DeviceNodeUnspecified = 0x300,
  DeviceNodeUninitialized = 0x301,
  DeviceNodeInitialized = 0x302,
  DeviceNodeDriversAdded = 0x303,
  DeviceNodeResourcesAssigned = 0x304,
  DeviceNodeStartPending = 0x305,
  DeviceNodeStartCompletion = 0x306,
  DeviceNodeStartPostWork = 0x307,
  DeviceNodeStarted = 0x308,
  DeviceNodeQueryStopped = 0x309,
  DeviceNodeStopped = 0x30A,
  DeviceNodeRestartCompletion = 0x30B,
  DeviceNodeEnumeratePending = 0x30C,
  DeviceNodeEnumerateCompletion = 0x30D,
  DeviceNodeAwaitingQueuedDeletion = 0x30E,
  DeviceNodeAwaitingQueuedRemoval = 0x30F,
  DeviceNodeQueryRemoved = 0x310,
  DeviceNodeRemovePendingCloses = 0x311,
  DeviceNodeRemoved = 0x312,
  DeviceNodeDeletePendingCloses = 0x313,
  DeviceNodeDeleted = 0x314,
  MaxDeviceNodeState = 0x315,
 };

 /* 88 */
 enum PROFILE_STATUS : __int32
 {
  DOCK_NOTDOCKDEVICE = 0x0,
  DOCK_QUIESCENT = 0x1,
  DOCK_ARRIVING = 0x2,
  DOCK_DEPARTING = 0x3,
  DOCK_EJECTIRP_COMPLETED = 0x4,
 };

 /* 89 */
 enum _ARBITER_REQUEST_SOURCE : __int32
 {
  ArbiterRequestUndefined = 0xFFFFFFFF,
  ArbiterRequestLegacyReported = 0x0,
  ArbiterRequestHalReported = 0x1,
  ArbiterRequestLegacyAssigned = 0x2,
  ArbiterRequestPnpDetected = 0x3,
  ArbiterRequestPnpEnumerated = 0x4,
 };

 /* 90 */
 enum _POWER_REQUEST_TYPE : __int32
 {
  PowerRequestDisplayRequired = 0x0,
  PowerRequestSystemRequired = 0x1,
  PowerRequestAwayModeRequired = 0x2,
  PowerRequestExecutionRequired = 0x3,
 };

 /* 91 */
 enum _POWER_REQUEST_TYPE_INTERNAL : __int32
 {
  PowerRequestDisplayRequiredInternal = 0x0,
  PowerRequestSystemRequiredInternal = 0x1,
  PowerRequestAwayModeRequiredInternal = 0x2,
  PowerRequestExecutionRequiredInternal = 0x3,
  PowerRequestPerfBoostRequiredInternal = 0x4,
  PowerRequestActiveLockScreenInternal = 0x5,
  PowerRequestInternalInvalid = 0x6,
 };

 /* 92 */
 enum _PEP_ACPI_RESOURCE_TYPE : __int32
 {
  PepAcpiMemory = 0x0,
  PepAcpiIoPort = 0x1,
  PepAcpiInterrupt = 0x2,
  PepAcpiGpioIo = 0x3,
  PepAcpiGpioInt = 0x4,
  PepAcpiSpbI2c = 0x5,
  PepAcpiSpbSpi = 0x6,
  PepAcpiSpbUart = 0x7,
  PepAcpiExtendedMemory = 0x8,
  PepAcpiExtendedIo = 0x9,
 };

 /* 93 */
 enum _GPIO_PIN_CONFIG_TYPE : __int32
 {
  PullDefault = 0x0,
  PullUp = 0x1,
  PullDown = 0x2,
  PullNone = 0x3,
 };

 /* 94 */
 enum _GPIO_PIN_IORESTRICTION_TYPE : __int32
 {
  IoRestrictionNone = 0x0,
  IoRestrictionInputOnly = 0x1,
  IoRestrictionOutputOnly = 0x2,
  IoRestrictionNoneAndPreserve = 0x3,
 };

 /* 95 */
 enum SYSTEM_POWER_CONDITION : __int32
 {
  PoAc = 0x0,
  PoDc = 0x1,
  PoHot = 0x2,
  PoConditionMaximum = 0x3,
 };

 /* 96 */
 enum _SERVERSILO_STATE : __int32
 {
  SERVERSILO_INITING = 0x0,
  SERVERSILO_STARTED = 0x1,
  SERVERSILO_SHUTTING_DOWN = 0x2,
  SERVERSILO_TERMINATING = 0x3,
  SERVERSILO_TERMINATED = 0x4,
 };

 /* 97 */
 enum _OPENCOUNT_REASON : __int32
 {
  OpenCount_SkipLogging = 0x0,
  OpenCount_AsyncRead = 0x1,
  OpenCount_FlushCache = 0x2,
  OpenCount_GetDirtyPage = 0x3,
  OpenCount_GetFlushedVDL = 0x4,
  OpenCount_InitCachemap1 = 0x5,
  OpenCount_InitCachemap2 = 0x6,
  OpenCount_InitCachemap3 = 0x7,
  OpenCount_InitCachemap4 = 0x8,
  OpenCount_InitCachemap5 = 0x9,
  OpenCount_MdlWrite = 0xA,
  OpenCount_MdlWriteAbort = 0xB,
  OpenCount_NotifyMappedWrite = 0xC,
  OpenCount_NotifyMappedWriteCompCallback = 0xD,
  OpenCount_PurgeCache = 0xE,
  OpenCount_PurgeCacheActiveViews = 0xF,
  OpenCount_ReadAhead = 0x10,
  OpenCount_SetFileSize = 0x11,
  OpenCount_SetFileSizeSection = 0x12,
  OpenCount_UninitCachemapReadAhead = 0x13,
  OpenCount_UninitCachemapReg = 0x14,
  OpenCount_UnmapInactiveViews = 0x15,
  OpenCount_UnmapInactiveViews1 = 0x16,
  OpenCount_UnmapInactiveViews2 = 0x17,
  OpenCount_UnmapInactiveViews3 = 0x18,
  OpenCount_WriteBehind = 0x19,
  OpenCount_WriteBehindComplete = 0x1A,
  OpenCount_WriteBehindFailAcquire = 0x1B,
 };

 /* 98 */
 enum RTLP_CSPARSE_BITMAP_STATE : __int32
 {
  CommitBitmapInvalid = 0x0,
  UserBitmapInvalid = 0x1,
  UserBitmapValid = 0x2,
 };

 /* 99 */
 enum _RTLP_HP_ADDRESS_SPACE_TYPE : __int32
 {
  HeapAddressUser = 0x0,
  HeapAddressKernel = 0x1,
  HeapAddressSession = 0x2,
  HeapAddressSecureKernel = 0x3,
  HeapAddressTypeMax = 0x4,
 };

 /* 100 */
 enum _RTLP_HP_LOCK_TYPE : __int32
 {
  HeapLockPaged = 0x0,
  HeapLockNonPaged = 0x1,
  HeapLockTypeMax = 0x2,
 };

 /* 101 */
 enum _HEAP_LFH_LOCKMODE : __int32
 {
  HeapLockNotHeld = 0x0,
  HeapLockShared = 0x1,
  HeapLockExclusive = 0x2,
 };

 /* 102 */
 enum _HEAP_SEG_RANGE_TYPE : __int32
 {
  HeapSegRangeUser = 0x0,
  HeapSegRangeInternal = 0x1,
  HeapSegRangeLFH = 0x2,
  HeapSegRangeVS = 0x3,
  HeapSegRangeTypeMax = 0x3,
 };

 /* 103 */
 enum _RTLP_HP_ALLOCATOR : __int32
 {
  RtlpHpSegmentSm = 0x0,
  RtlpHpSegmentLg = 0x1,
  RtlpHpSegmentTypes = 0x2,
  RtlpHpHugeAllocator = 0x2,
  RtlpHpAllocatorMax = 0x3,
 };

 /* 104 */
 enum _HEAP_FAILURE_TYPE : __int32
 {
  heap_failure_internal = 0x0,
  heap_failure_unknown = 0x1,
  heap_failure_generic = 0x2,
  heap_failure_entry_corruption = 0x3,
  heap_failure_multiple_entries_corruption = 0x4,
  heap_failure_virtual_block_corruption = 0x5,
  heap_failure_buffer_overrun = 0x6,
  heap_failure_buffer_underrun = 0x7,
  heap_failure_block_not_busy = 0x8,
  heap_failure_invalid_argument = 0x9,
  heap_failure_invalid_allocation_type = 0xA,
  heap_failure_usage_after_free = 0xB,
  heap_failure_cross_heap_operation = 0xC,
  heap_failure_freelists_corruption = 0xD,
  heap_failure_listentry_corruption = 0xE,
  heap_failure_lfh_bitmap_mismatch = 0xF,
  heap_failure_segment_lfh_bitmap_corruption = 0x10,
  heap_failure_segment_lfh_double_free = 0x11,
  heap_failure_vs_subsegment_corruption = 0x12,
  heap_failure_null_heap = 0x13,
  heap_failure_allocation_limit = 0x14,
  heap_failure_commit_limit = 0x15,
  heap_failure_invalid_va_mgr_query = 0x16,
 };

 /* 105 */
 enum _BLOB_ID : __int32
 {
  BLOB_TYPE_UNKNOWN = 0x0,
  BLOB_TYPE_CONNECTION_INFO = 0x1,
  BLOB_TYPE_MESSAGE = 0x2,
  BLOB_TYPE_SECURITY_CONTEXT = 0x3,
  BLOB_TYPE_SECTION = 0x4,
  BLOB_TYPE_REGION = 0x5,
  BLOB_TYPE_VIEW = 0x6,
  BLOB_TYPE_RESERVE = 0x7,
  BLOB_TYPE_DIRECT_TRANSFER = 0x8,
  BLOB_TYPE_HANDLE_DATA = 0x9,
  BLOB_TYPE_MAX_ID = 0xA,
 };

 /* 106 */
 enum _KWAIT_REASON : __int32
 {
  Executive = 0x0,
  FreePage = 0x1,
  PageIn = 0x2,
  PoolAllocation = 0x3,
  DelayExecution = 0x4,
  Suspended = 0x5,
  UserRequest = 0x6,
  WrExecutive = 0x7,
  WrFreePage = 0x8,
  WrPageIn = 0x9,
  WrPoolAllocation = 0xA,
  WrDelayExecution = 0xB,
  WrSuspended = 0xC,
  WrUserRequest = 0xD,
  WrSpare0 = 0xE,
  WrQueue = 0xF,
  WrLpcReceive = 0x10,
  WrLpcReply = 0x11,
  WrVirtualMemory = 0x12,
  WrPageOut = 0x13,
  WrRendezvous = 0x14,
  WrKeyedEvent = 0x15,
  WrTerminated = 0x16,
  WrProcessInSwap = 0x17,
  WrCpuRateControl = 0x18,
  WrCalloutStack = 0x19,
  WrKernel = 0x1A,
  WrResource = 0x1B,
  WrPushLock = 0x1C,
  WrMutex = 0x1D,
  WrQuantumEnd = 0x1E,
  WrDispatchInt = 0x1F,
  WrPreempted = 0x20,
  WrYieldExecution = 0x21,
  WrFastMutex = 0x22,
  WrGuardedMutex = 0x23,
  WrRundown = 0x24,
  WrAlertByThreadId = 0x25,
  WrDeferredPreempt = 0x26,
  WrPhysicalFault = 0x27,
  MaximumWaitReason = 0x28,
 };

 /* 107 */
 enum _LOCK_OPERATION : __int32
 {
  IoReadAccess = 0x0,
  IoWriteAccess = 0x1,
  IoModifyAccess = 0x2,
 };

 /* 108 */
 enum _IOP_PRIORITY_HINT : __int32
 {
  IopIoPriorityNotSet = 0x0,
  IopIoPriorityVeryLow = 0x1,
  IopIoPriorityLow = 0x2,
  IopIoPriorityNormal = 0x3,
  IopIoPriorityHigh = 0x4,
  IopIoPriorityCritical = 0x5,
  MaxIopIoPriorityTypes = 0x6,
 };

 /* 109 */
 enum _TRANSFER_TYPE : __int32
 {
  ReadTransfer = 0x0,
  WriteTransfer = 0x1,
  OtherTransfer = 0x2,
 };

 /* 110 */
 enum _CREATE_FILE_TYPE : __int32
 {
  CreateFileTypeNone = 0x0,
  CreateFileTypeNamedPipe = 0x1,
  CreateFileTypeMailslot = 0x2,
 };

 /* 111 */
 enum _ETW_BUFFER_STATE : __int32
 {
  EtwBufferStateFree = 0x0,
  EtwBufferStateGeneralLogging = 0x1,
  EtwBufferStateCSwitch = 0x2,
  EtwBufferStateFlush = 0x3,
  EtwBufferStatePendingCompression = 0x4,
  EtwBufferStateCompressed = 0x5,
  EtwBufferStatePlaceholder = 0x6,
  EtwBufferStateMaximum = 0x7,
 };

 /* 112 */
 enum _ETW_RT_EVENT_LOSS : __int32
 {
  EtwRtEventNoLoss = 0x0,
  EtwRtEventLost = 0x1,
  EtwRtBufferLost = 0x2,
  EtwRtBackupLost = 0x3,
  EtwRtEventLossMax = 0x4,
 };

 /* 113 */
 enum _ETW_PERIODIC_TIMER_STATE : __int32
 {
  EtwpPeriodicTimerUnset = 0x0,
  EtwpPeriodicTimerSet = 0x1,
 };

 /* 114 */
 enum ETW_COMPRESSION_RESUMPTION_MODE : __int32
 {
  EtwCompressionModeRestart = 0x0,
  EtwCompressionModeNoDisable = 0x1,
  EtwCompressionModeNoRestart = 0x2,
 };

 /* 115 */
 enum _KPROFILE_SOURCE : __int32
 {
  ProfileTime = 0x0,
  ProfileAlignmentFixup = 0x1,
  ProfileTotalIssues = 0x2,
  ProfilePipelineDry = 0x3,
  ProfileLoadInstructions = 0x4,
  ProfilePipelineFrozen = 0x5,
  ProfileBranchInstructions = 0x6,
  ProfileTotalNonissues = 0x7,
  ProfileDcacheMisses = 0x8,
  ProfileIcacheMisses = 0x9,
  ProfileCacheMisses = 0xA,
  ProfileBranchMispredictions = 0xB,
  ProfileStoreInstructions = 0xC,
  ProfileFpInstructions = 0xD,
  ProfileIntegerInstructions = 0xE,
  Profile2Issue = 0xF,
  Profile3Issue = 0x10,
  Profile4Issue = 0x11,
  ProfileSpecialInstructions = 0x12,
  ProfileTotalCycles = 0x13,
  ProfileIcacheIssues = 0x14,
  ProfileDcacheAccesses = 0x15,
  ProfileMemoryBarrierCycles = 0x16,
  ProfileLoadLinkedIssues = 0x17,
  ProfileMaximum = 0x18,
 };

 /* 116 */
 enum _TOKEN_TYPE : __int32
 {
  TokenPrimary = 0x1,
  TokenImpersonation = 0x2,
 };

 /* 117 */
 enum _WNF_STATE_NAME_LIFETIME : __int32
 {
  WnfWellKnownStateName = 0x0,
  WnfPermanentStateName = 0x1,
  WnfPersistentStateName = 0x2,
  WnfTemporaryStateName = 0x3,
 };

 /* 118 */
 enum _WNF_DATA_SCOPE : __int32
 {
  WnfDataScopeSystem = 0x0,
  WnfDataScopeSession = 0x1,
  WnfDataScopeUser = 0x2,
  WnfDataScopeProcess = 0x3,
  WnfDataScopeMachine = 0x4,
  WnfDataScopePhysicalMachine = 0x5,
 };

 /* 119 */
 enum _WNF_SUBSCRIPTION_STATE : __int32
 {
  WNF_SUB_STATE_QUIESCENT = 0x0,
  WNF_SUB_STATE_READY_TO_DELIVER = 0x1,
  WNF_SUB_STATE_IN_DELIVERY = 0x2,
  WNF_SUB_STATE_RETRY = 0x3,
 };

 /* 120 */
 enum _IO_RATE_CONTROL_TYPE : __int32
 {
  IoRateControlTypeCapMin = 0x0,
  IoRateControlTypeIopsCap = 0x0,
  IoRateControlTypeBandwidthCap = 0x1,
  IoRateControlTypeTimePercentCap = 0x2,
  IoRateControlTypeCapMax = 0x2,
  IoRateControlTypeReservationMin = 0x3,
  IoRateControlTypeIopsReservation = 0x3,
  IoRateControlTypeBandwidthReservation = 0x4,
  IoRateControlTypeTimePercentReservation = 0x5,
  IoRateControlTypeReservationMax = 0x5,
  IoRateControlTypeCriticalReservationMin = 0x6,
  IoRateControlTypeIopsCriticalReservation = 0x6,
  IoRateControlTypeBandwidthCriticalReservation = 0x7,
  IoRateControlTypeTimePercentCriticalReservation = 0x8,
  IoRateControlTypeCriticalReservationMax = 0x8,
  IoRateControlTypeSoftCapMin = 0x9,
  IoRateControlTypeIopsSoftCap = 0x9,
  IoRateControlTypeBandwidthSoftCap = 0xA,
  IoRateControlTypeTimePercentSoftCap = 0xB,
  IoRateControlTypeSoftCapMax = 0xB,
  IoRateControlTypeLimitExcessNotifyMin = 0xC,
  IoRateControlTypeIopsLimitExcessNotify = 0xC,
  IoRateControlTypeBandwidthLimitExcessNotify = 0xD,
  IoRateControlTypeTimePercentLimitExcessNotify = 0xE,
  IoRateControlTypeLimitExcessNotifyMax = 0xE,
  IoRateControlTypeMax = 0xF,
 };

 /* 121 */
 enum _JOBOBJECTINFOCLASS : __int32
 {
  JobObjectBasicAccountingInformation = 0x1,
  JobObjectBasicLimitInformation = 0x2,
  JobObjectBasicProcessIdList = 0x3,
  JobObjectBasicUIRestrictions = 0x4,
  JobObjectSecurityLimitInformation = 0x5,
  JobObjectEndOfJobTimeInformation = 0x6,
  JobObjectAssociateCompletionPortInformation = 0x7,
  JobObjectBasicAndIoAccountingInformation = 0x8,
  JobObjectExtendedLimitInformation = 0x9,
  JobObjectJobSetInformation = 0xA,
  JobObjectGroupInformation = 0xB,
  JobObjectNotificationLimitInformation = 0xC,
  JobObjectLimitViolationInformation = 0xD,
  JobObjectGroupInformationEx = 0xE,
  JobObjectCpuRateControlInformation = 0xF,
  JobObjectCompletionFilter = 0x10,
  JobObjectCompletionCounter = 0x11,
  JobObjectFreezeInformation = 0x12,
  JobObjectExtendedAccountingInformation = 0x13,
  JobObjectWakeInformation = 0x14,
  JobObjectBackgroundInformation = 0x15,
  JobObjectSchedulingRankBiasInformation = 0x16,
  JobObjectTimerVirtualizationInformation = 0x17,
  JobObjectCycleTimeNotification = 0x18,
  JobObjectClearEvent = 0x19,
  JobObjectInterferenceInformation = 0x1A,
  JobObjectClearPeakJobMemoryUsed = 0x1B,
  JobObjectMemoryUsageInformation = 0x1C,
  JobObjectSharedCommit = 0x1D,
  JobObjectContainerId = 0x1E,
  JobObjectIoRateControlInformation = 0x1F,
  JobObjectSiloRootDirectory = 0x25,
  JobObjectServerSiloBasicInformation = 0x26,
  JobObjectServerSiloUserSharedData = 0x27,
  JobObjectServerSiloInitialize = 0x28,
  JobObjectServerSiloRunningState = 0x29,
  JobObjectIoAttribution = 0x2A,
  JobObjectMemoryPartitionInformation = 0x2B,
  JobObjectContainerTelemetryId = 0x2C,
  JobObjectSiloSystemRoot = 0x2D,
  JobObjectEnergyTrackingState = 0x2E,
  JobObjectThreadImpersonationInformation = 0x2F,
  JobObjectReserved1Information = 0x12,
  JobObjectReserved2Information = 0x13,
  JobObjectReserved3Information = 0x14,
  JobObjectReserved4Information = 0x15,
  JobObjectReserved5Information = 0x16,
  JobObjectReserved6Information = 0x17,
  JobObjectReserved7Information = 0x18,
  JobObjectReserved8Information = 0x19,
  JobObjectReserved9Information = 0x1A,
  JobObjectReserved10Information = 0x1B,
  JobObjectReserved11Information = 0x1C,
  JobObjectReserved12Information = 0x1D,
  JobObjectReserved13Information = 0x1E,
  JobObjectReserved14Information = 0x1F,
  JobObjectNetRateControlInformation = 0x20,
  JobObjectNotificationLimitInformation2 = 0x21,
  JobObjectLimitViolationInformation2 = 0x22,
  JobObjectCreateSilo = 0x23,
  JobObjectSiloBasicInformation = 0x24,
  JobObjectReserved15Information = 0x25,
  JobObjectReserved16Information = 0x26,
  JobObjectReserved17Information = 0x27,
  JobObjectReserved18Information = 0x28,
  JobObjectReserved19Information = 0x29,
  JobObjectReserved20Information = 0x2A,
  JobObjectReserved21Information = 0x2B,
  JobObjectReserved22Information = 0x2C,
  JobObjectReserved23Information = 0x2D,
  JobObjectReserved24Information = 0x2E,
  JobObjectReserved25Information = 0x2F,
  MaxJobObjectInfoClass = 0x30,
 };

 /* 122 */
 enum _OBJECT_INFORMATION_CLASS : __int32
 {
  ObjectBasicInformation = 0x0,
  ObjectNameInformation = 0x1,
  ObjectTypeInformation = 0x2,
  ObjectTypesInformation = 0x3,
  ObjectHandleFlagInformation = 0x4,
  ObjectSessionInformation = 0x5,
  ObjectSessionObjectInformation = 0x6,
  MaxObjectInfoClass = 0x7,
 };

 /* 123 */
 enum PPM_IDLE_BUCKET_TIME_TYPE : __int32
 {
  PpmIdleBucketTimeInQpc = 0x0,
  PpmIdleBucketTimeIn100ns = 0x1,
  PpmIdleBucketTimeMaximum = 0x2,
 };

 /* 124 */
 enum _FILE_OBJECT_EXTENSION_TYPE : __int32
 {
  FoExtTypeTransactionParams = 0x0,
  FoExtTypeInternal = 0x1,
  FoExtTypeIosbRange = 0x2,
  FoExtTypeGeneric = 0x3,
  FoExtTypeSfio = 0x4,
  FoExtTypeSymlink = 0x5,
  FoExtTypeOplockKey = 0x6,
  FoExtTypeSilo = 0x7,
  FoExtTypeMemoryPartitionInfo = 0x8,
  MaxFoExtTypes = 0x9,
 };

 /* 125 */
 enum _IO_SESSION_STATE : __int32
 {
  IoSessionStateCreated = 0x1,
  IoSessionStateInitialized = 0x2,
  IoSessionStateConnected = 0x3,
  IoSessionStateDisconnected = 0x4,
  IoSessionStateDisconnectedLoggedOn = 0x5,
  IoSessionStateLoggedOn = 0x6,
  IoSessionStateLoggedOff = 0x7,
  IoSessionStateTerminated = 0x8,
  IoSessionStateMax = 0x9,
 };

 /* 126 */
 enum _PROCESS_SECTION_TYPE : __int32
 {
  ProcessSectionData = 0x0,
  ProcessSectionImage = 0x1,
  ProcessSectionImageNx = 0x2,
  ProcessSectionPagefileBacked = 0x3,
  ProcessSectionMax = 0x4,
 };

 /* 127 */
 enum _POP_DIRECTED_DRIPS_PROBLEM_DEVICE_REASON : __int32
 {
  DirectedDripsProblemDeviceReasonSpecialDevice = 0x0,
  DirectedDripsProblemDeviceReasonNoDfx = 0x1,
  DirectedDripsProblemDeviceReasonNoPs4 = 0x2,
  DirectedDripsProblemDeviceReasonNoPs4Root = 0x3,
  DirectedDripsProblemDeviceReasonComponentContraint = 0x4,
  DirectedDripsProblemDeviceReasonDfxFailure = 0x5,
  DirectedDripsProblemDeviceReasonPagingDevice = 0x6,
  DirectedDripsProblemDeviceReasonDebuggingDevice = 0x7,
  DirectedDripsProblemDeviceReasonDfxNotAllowed = 0x8,
  DirectedDripsProblemDeviceReasonMax = 0x9,
 };

 /* 128 */
 enum FEATURE_CHANGE_TIME : __int32
 {
  FEATURE_CHANGE_TIME_READ = 0x0,
  FEATURE_CHANGE_TIME_MODULE_RELOAD = 0x1,
  FEATURE_CHANGE_TIME_SESSION = 0x2,
  FEATURE_CHANGE_TIME_REBOOT = 0x3,
  FEATURE_CHANGE_TIME_USER_FLAG = 0x80,
 };

 /* 129 */
 enum _EX_HEAP_TYPE : __int32
 {
  ExHeapTypeNonPagedMin = 0x0,
  ExHeapTypeNonPaged = 0x0,
  ExHeapTypeNonPagedMax = 0x1,
  ExHeapTypeNonPagedNx = 0x1,
  ExHeapTypePagedMin = 0x2,
  ExHeapTypePaged = 0x2,
  ExHeapTypePagedMax = 0x3,
  ExHeapTypeMmSt = 0x3,
  ExHeapTypeMax = 0x4,
  ExHeapTypeSpecialMax = 0x4,
 };

 /* 130 */
 enum _OB_OPEN_REASON : __int32
 {
  ObCreateHandle = 0x0,
  ObOpenHandle = 0x1,
  ObDuplicateHandle = 0x2,
  ObInheritHandle = 0x3,
  ObMaxOpenReason = 0x4,
 };

 /* 131 */
 enum _SECURITY_OPERATION_CODE : __int32
 {
  SetSecurityDescriptor = 0x0,
  QuerySecurityDescriptor = 0x1,
  DeleteSecurityDescriptor = 0x2,
  AssignSecurityDescriptor = 0x3,
 };

 /* 132 */
 enum _RTL_FEATURE_ENABLED_STATE_OPTIONS : __int32
 {
  FeatureEnabledStateOptionsNone = 0x0,
  FeatureEnabledStateOptionsWexpConfig = 0x1,
 };

 /* 133 */
 enum _POP_PEP_NOTIFY_DEVICE_DSTATE_REASON : __int32
 {
  PepNotifyDeviceDStateReasonNone = 0x0,
  PepNotifyDeviceDStateReasonSystemTransition = 0x1,
  PepNotifyDeviceDStateReasonDfx = 0x2,
  PepNotifyDeviceDStateReasonMax = 0x3,
 };

 /* 134 */
 enum _RTLP_HP_MEMORY_TYPE : __int32
 {
  HeapMemoryPaged = 0x0,
  HeapMemoryNonPaged = 0x1,
  HeapMemoryLargePage = 0x2,
  HeapMemoryHugePage = 0x3,
  HeapMemoryTypeMax = 0x4,
 };

 /* 135 */
 enum _DEVPROP_OPERATOR : __int32
 {
  DEVPROP_OPERATOR_MODIFIER_NOT = 0x10000,
  DEVPROP_OPERATOR_MODIFIER_IGNORE_CASE = 0x20000,
  DEVPROP_OPERATOR_NONE = 0x0,
  DEVPROP_OPERATOR_EXISTS = 0x1,
  DEVPROP_OPERATOR_NOT_EXISTS = 0x10001,
  DEVPROP_OPERATOR_EQUALS = 0x2,
  DEVPROP_OPERATOR_NOT_EQUALS = 0x10002,
  DEVPROP_OPERATOR_GREATER_THAN = 0x3,
  DEVPROP_OPERATOR_LESS_THAN = 0x4,
  DEVPROP_OPERATOR_GREATER_THAN_EQUALS = 0x5,
  DEVPROP_OPERATOR_LESS_THAN_EQUALS = 0x6,
  DEVPROP_OPERATOR_EQUALS_IGNORE_CASE = 0x20002,
  DEVPROP_OPERATOR_NOT_EQUALS_IGNORE_CASE = 0x30002,
  DEVPROP_OPERATOR_BITWISE_AND = 0x7,
  DEVPROP_OPERATOR_BITWISE_OR = 0x8,
  DEVPROP_OPERATOR_BEGINS_WITH = 0x9,
  DEVPROP_OPERATOR_ENDS_WITH = 0xA,
  DEVPROP_OPERATOR_CONTAINS = 0xB,
  DEVPROP_OPERATOR_BEGINS_WITH_IGNORE_CASE = 0x20009,
  DEVPROP_OPERATOR_ENDS_WITH_IGNORE_CASE = 0x2000A,
  DEVPROP_OPERATOR_CONTAINS_IGNORE_CASE = 0x2000B,
  DEVPROP_OPERATOR_LIST_CONTAINS = 0x1000,
  DEVPROP_OPERATOR_LIST_ELEMENT_BEGINS_WITH = 0x2000,
  DEVPROP_OPERATOR_LIST_ELEMENT_ENDS_WITH = 0x3000,
  DEVPROP_OPERATOR_LIST_ELEMENT_CONTAINS = 0x4000,
  DEVPROP_OPERATOR_LIST_CONTAINS_IGNORE_CASE = 0x21000,
  DEVPROP_OPERATOR_LIST_ELEMENT_BEGINS_WITH_IGNORE_CASE = 0x22000,
  DEVPROP_OPERATOR_LIST_ELEMENT_ENDS_WITH_IGNORE_CASE = 0x23000,
  DEVPROP_OPERATOR_LIST_ELEMENT_CONTAINS_IGNORE_CASE = 0x24000,
  DEVPROP_OPERATOR_AND_OPEN = 0x100000,
  DEVPROP_OPERATOR_AND_CLOSE = 0x200000,
  DEVPROP_OPERATOR_OR_OPEN = 0x300000,
  DEVPROP_OPERATOR_OR_CLOSE = 0x400000,
  DEVPROP_OPERATOR_NOT_OPEN = 0x500000,
  DEVPROP_OPERATOR_NOT_CLOSE = 0x600000,
  DEVPROP_OPERATOR_ARRAY_CONTAINS = 0x10000000,
  DEVPROP_OPERATOR_MASK_EVAL = 0xFFF,
  DEVPROP_OPERATOR_MASK_LIST = 0xF000,
  DEVPROP_OPERATOR_MASK_MODIFIER = 0xF0000,
  DEVPROP_OPERATOR_MASK_NOT_LOGICAL = 0xF00FFFFF,
  DEVPROP_OPERATOR_MASK_LOGICAL = 0xFF00000,
  DEVPROP_OPERATOR_MASK_ARRAY = 0xF0000000,
 };

 /* 136 */
 enum _KWAIT_BLOCK_STATE : __int32
 {
  WaitBlockBypassStart = 0x0,
  WaitBlockBypassComplete = 0x1,
  WaitBlockSuspendBypassStart = 0x2,
  WaitBlockSuspendBypassComplete = 0x3,
  WaitBlockActive = 0x4,
  WaitBlockInactive = 0x5,
  WaitBlockSuspended = 0x6,
  WaitBlockAllStates = 0x7,
 };

 /* 137 */
 enum _VI_DEADLOCK_RESOURCE_TYPE : __int32
 {
  VfDeadlockUnknown = 0x0,
  VfDeadlockMutex = 0x1,
  VfDeadlockMutexAbandoned = 0x2,
  VfDeadlockFastMutex = 0x3,
  VfDeadlockFastMutexUnsafe = 0x4,
  VfDeadlockSpinLock = 0x5,
  VfDeadlockInStackQueuedSpinLock = 0x6,
  VfDeadlockUnusedSpinLock = 0x7,
  VfDeadlockEresource = 0x8,
  VfDeadlockTypeMaximum = 0x9,
 };

 /* 138 */
 enum _MI_ALTERNATE_LOCK_VA_TYPE : __int32
 {
  AlternateLockVaTypeSystemPtes = 0x0,
  AlternateLockVaTypeNonPagedPool = 0x1,
  AlternateLockVaTypeUser = 0x2,
  AlternateLockVaTypeSystem = 0x3,
  AlternateLockVaTypeMaximum = 0x4,
 };

 /* 139 */
 enum _POP_SLEEP_CHECKPOINT : __int32
 {
  PopSleepCheckpointInvalid = 0x0,
  PopSleepCheckpointPowerTransitionStart = 0x1,
  PopSleepCheckpointSuspendAppsBefore = 0x2,
  PopSleepCheckpointSuspendAppsAfter = 0x3,
  PopSleepCheckpointSuspendServicesBefore = 0x4,
  PopSleepCheckpointSuspendServicesAfter = 0x5,
  PopSleepCheckpointNotifySuperfetchBefore = 0x6,
  PopSleepCheckpointNotifySuperfetchAfter = 0x7,
  PopSleepCheckpointNotifyCallbacksBefore = 0x8,
  PopSleepCheckpointNotifyCallbacksAfter = 0x9,
  PopSleepCheckpointSleepTransactionCommitted = 0xA,
  PopSleepCheckpointQueryDriversBefore = 0xB,
  PopSleepCheckpointQueryDriversAfter = 0xC,
  PopSleepCheckpointAllocatingHiberContext = 0xD,
  PopSleepCheckpointSuspendDriversBefore = 0xE,
  PopSleepCheckpointPreSleepNotification = 0x10,
  PopSleepCheckpointInterruptsDisabledBegin = 0x11,
  PopSleepCheckpointInvokeHandlerBefore = 0x12,
  PopSleepCheckpointSaveHiberContextBegin = 0x13,
  PopSleepCheckpointInitializeDumpStackFailed = 0x14,
  PopSleepCheckpointHiberWriteFailed = 0x15,
  PopSleepCheckpointHiberFileTooSmall = 0x16,
  PopSleepCheckpointSaveHiberContextFailed = 0x17,
  PopSleepCheckpointSaveHiberContextEnd = 0x18,
  PopSleepCheckpointHiberKernelHandoff = 0x19,
  PopSleepCheckpointInvokeHandlerAfter = 0x1A,
  PopSleepCheckpointReadHiberfileBefore = 0x1B,
  PopSleepCheckpointInitializeDumpStackForReadFailed = 0x1C,
  PopSleepCheckpointHiberReadFailed = 0x1D,
  PopSleepCheckpointChecksumFailure = 0x1E,
  PopSleepCheckpointDecompressionFailed = 0x1F,
  PopSleepCheckpointReadHiberfileAfter = 0x20,
  PopSleepCheckpointInterruptsDisabledEnd = 0x21,
  PopSleepCheckpointWakeDriversAfter = 0x24,
  PopSleepCheckpointResumeAppsBefore = 0x25,
  PopSleepCheckpointResumeAppsAfter = 0x26,
  PopSleepCheckpointResumeServicesBefore = 0x27,
  PopSleepCheckpointResumeServicesAfter = 0x28,
  PopSleepCheckpointPowerTransitionEnd = 0x29,
  PopSleepCheckpointAllocatingHiberContextNoFileObject = 0x2A,
  PopSleepCheckpointAllocatingHiberContextGetDumpStackFailed = 0x2B,
  PopSleepCheckpointAllocatingHiberContextLoadResumeContextFailed = 0x2C,
  PopSleepCheckpointAllocatingHiberContextBcdOpenFailed = 0x2D,
  PopSleepCheckpointAllocatingHiberContextEstablishResumeObjectFailed = 0x2E,
  PopSleepCheckpointAllocatingHiberContextSetPendingResumeFailed = 0x2F,
  PopSleepCheckpointAllocatingHiberContextAllocateIoPagesPagesFailed = 0x30,
  PopSleepCheckpointAllocatingHiberContextAdapterBuffersInvalid1 = 0x31,
  PopSleepCheckpointAllocatingHiberContextAllocateDumpPagesFailed = 0x32,
  PopSleepCheckpointAllocatingHiberContextAdapterBuffersInvalid2 = 0x33,
  PopSleepCheckpointAllocatingHiberContextUnHibernatedMdlFailed = 0x34,
  PopSleepCheckpointAllocatingHiberContextSecureResourcesFailed = 0x35,
  PopSleepCheckpointPrepareSleepBefore = 0x36,
  PopSleepCheckpointPrepareSleepAfter = 0x37,
  PopSleepCheckpointBootstatAvailable = 0x38,
  PopSleepCheckpointMax = 0x39,
 };

 /* 140 */
 enum PDC_CS_PHASE : __int32
 {
  PdcNoCsPhase = 0x0,
  PdcConnectionPhase = 0x1,
  PdcShellPhase = 0x2,
  PdcPlmPhase = 0x3,
  PdcMaintenancePhase = 0x4,
  PdcDamPhase = 0x5,
  PdcLowPowerPhase = 0x6,
  PdcResiliencyNotificationPhase = 0x7,
  PdcResiliencyPhase = 0x8,
  PdcInvalidPhase = 0x9,
  PdcMaxPhase = 0x9,
 };

 /* 141 */
 enum _MI_MEMORY_EVENT_TYPES : __int32
 {
  LowPagedPoolEvent = 0x0,
  HighPagedPoolEvent = 0x1,
  LowNonPagedPoolEvent = 0x2,
  HighNonPagedPoolEvent = 0x3,
  LowAvailablePagesEvent = 0x4,
  HighAvailablePagesEvent = 0x5,
  LowCommitEvent = 0x6,
  HighCommitEvent = 0x7,
  MaximumCommitEvent = 0x8,
  BadMemoryDetectedEvent = 0x9,
  PhysicalMemoryChangeEvent = 0xA,
  TotalNumberOfMemoryEvents = 0xB,
 };

 /* 142 */
 enum JOB_OBJECT_IO_RATE_CONTROL_FLAGS : __int32
 {
  JOB_OBJECT_IO_RATE_CONTROL_ENABLE = 0x1,
  JOB_OBJECT_IO_RATE_CONTROL_STANDALONE_VOLUME = 0x2,
  JOB_OBJECT_IO_RATE_CONTROL_FORCE_UNIT_ACCESS_ALL = 0x4,
  JOB_OBJECT_IO_RATE_CONTROL_FORCE_UNIT_ACCESS_ON_SOFT_CAP = 0x8,
  JOB_OBJECT_IO_RATE_CONTROL_VALID_FLAGS = 0xF,
 };

 /* 143 */
 enum _KOBJECTS : __int32
 {
  EventNotificationObject = 0x0,
  EventSynchronizationObject = 0x1,
  MutantObject = 0x2,
  ProcessObject = 0x3,
  QueueObject = 0x4,
  SemaphoreObject = 0x5,
  ThreadObject = 0x6,
  GateObject = 0x7,
  TimerNotificationObject = 0x8,
  TimerSynchronizationObject = 0x9,
  Spare2Object = 0xA,
  Spare3Object = 0xB,
  Spare4Object = 0xC,
  Spare5Object = 0xD,
  Spare6Object = 0xE,
  Spare7Object = 0xF,
  Spare8Object = 0x10,
  ProfileCallbackObject = 0x11,
  ApcObject = 0x12,
  DpcObject = 0x13,
  DeviceQueueObject = 0x14,
  PriQueueObject = 0x15,
  InterruptObject = 0x16,
  ProfileObject = 0x17,
  Timer2NotificationObject = 0x18,
  Timer2SynchronizationObject = 0x19,
  ThreadedDpcObject = 0x1A,
  MaximumKernelObject = 0x1B,
 };

 /* 144 */
 enum _POP_SLEEP_CHECKPOINT_STATUS : __int32
 {
  PopSleepCheckpointStatusDisabled = 0x0,
  PopSleepCheckpointStatusEnabledDueToDirtyShutdown = 0x1,
  PopSleepCheckpointStatusEnabledManually = 0x4,
  PopSleepCheckpointStatusEnabledExperiment = 0x4,
  PopSleepCheckpointStatusEnabledMax = 0x7,
  PopSleepCheckpointStatusFailedNotEfiSystem = 0x8,
  PopSleepCheckpointStatusFailedInsufficientSpace = 0x9,
  PopSleepCheckpointStatusFailedTooSlow = 0xA,
  PopSleepCheckpointStatusFailedOtherError = 0xF,
  PopSleepCheckpointStatusMax = 0xF,
 };

 /* 145 */
 enum PDC_RESOURCE : __int32
 {
  PdcResourceSystemForeground = 0x0,
  PdcResourceUniversalApplications = 0x1,
  PdcResourceWin32 = 0x2,
  PdcResourceNetwork = 0x3,
  PdcResourceSystemBackground = 0x4,
  PdcResourceMin = 0x0,
  PdcResourceMax = 0x4,
 };

 /* 146 */
 enum TlgIn_t : __int32
 {
  TlgInNULL = 0x0,
  TlgInUNICODESTRING = 0x1,
  TlgInANSISTRING = 0x2,
  TlgInINT8 = 0x3,
  TlgInUINT8 = 0x4,
  TlgInINT16 = 0x5,
  TlgInUINT16 = 0x6,
  TlgInINT32 = 0x7,
  TlgInUINT32 = 0x8,
  TlgInINT64 = 0x9,
  TlgInUINT64 = 0xA,
  TlgInFLOAT = 0xB,
  TlgInDOUBLE = 0xC,
  TlgInBOOL32 = 0xD,
  TlgInBINARY = 0xE,
  TlgInGUID = 0xF,
  _TlgInPOINTER_unsupported = 0x10,
  TlgInFILETIME = 0x11,
  TlgInSYSTEMTIME = 0x12,
  TlgInSID = 0x13,
  TlgInHEXINT32 = 0x14,
  TlgInHEXINT64 = 0x15,
  TlgInCOUNTEDSTRING = 0x16,
  TlgInCOUNTEDANSISTRING = 0x17,
  _TlgInSTRUCT = 0x18,
  TlgInCOUNTEDBINARY = 0x19,
  _TlgInMax = 0x1A,
  TlgInINTPTR = 0x9,
  TlgInUINTPTR = 0xA,
  TlgInPOINTER = 0x15,
  TlgInLONG = 0x7,
  TlgInULONG = 0x8,
  TlgInHEXLONG = 0x14,
  _TlgInCcount = 0x20,
  TlgInVcount = 0x40,
  _TlgInChain = 0x80,
  _TlgInCustom = 0x60,
  _TlgInTypeMask = 0x1F,
  _TlgInCountMask = 0x60,
  _TlgInFlagMask = 0xE0,
 };

 /* 147 */
 enum _BUGCHECK_RECOVERY_LOG_EVENT : __int32
 {
  RecoveryEventStart = 0x0,
  RecoveryEventPhase1Status = 0x1,
  RecoveryEventPhase2Status = 0x2,
  RecoveryEventMax = 0x3,
 };

 /* 148 */
 enum _POWER_INFORMATION_LEVEL_INTERNAL : __int32
 {
  PowerInternalAcpiInterfaceRegister = 0x0,
  PowerInternalS0LowPowerIdleInfo = 0x1,
  PowerInternalReapplyBrightnessSettings = 0x2,
  PowerInternalUserAbsencePrediction = 0x3,
  PowerInternalUserAbsencePredictionCapability = 0x4,
  PowerInternalPoProcessorLatencyHint = 0x5,
  PowerInternalStandbyNetworkRequest = 0x6,
  PowerInternalDirtyTransitionInformation = 0x7,
  PowerInternalSetBackgroundTaskState = 0x8,
  PowerInternalReservedDoNotUseEnum9 = 0x9,
  PowerInternalReservedDoNotUseEnum10 = 0xA,
  PowerInternalReservedDoNotUseEnum11 = 0xB,
  PowerInternalReservedDoNotUseEnum12 = 0xC,
  PowerInternalReservedDoNotUseEnum13 = 0xD,
  PowerInternalReservedDoNotUseEnum14 = 0xE,
  PowerInternalReservedDoNotUseEnum15 = 0xF,
  PowerInternalReservedDoNotUseEnum16 = 0x10,
  PowerInternalReservedDoNotUseEnum17 = 0x11,
  PowerInternalBootSessionStandbyActivationInformation = 0x12,
  PowerInternalSessionPowerState = 0x13,
  PowerInternalSessionTerminalInput = 0x14,
  PowerInternalSetWatchdog = 0x15,
  PowerInternalPhysicalPowerButtonPressInfoAtBoot = 0x16,
  PowerInternalExternalMonitorConnected = 0x17,
  PowerInternalHighPrecisionBrightnessSettings = 0x18,
  PowerInternalWinrtScreenToggle = 0x19,
  PowerInternalPpmQosDisable = 0x1A,
  PowerInternalTransitionCheckpoint = 0x1B,
  PowerInternalInputControllerState = 0x1C,
  PowerInternalFirmwareResetReason = 0x1D,
  PowerInternalPpmSchedulerQosSupport = 0x1E,
  PowerInternalBootStatGet = 0x1F,
  PowerInternalBootStatSet = 0x20,
  PowerInternalCallHasNotReturnedWatchdog = 0x21,
  PowerInternalBootStatCheckIntegrity = 0x22,
  PowerInternalBootStatRestoreDefaults = 0x23,
  PowerInternalHostEsStateUpdate = 0x24,
  PowerInternalGetPowerActionState = 0x25,
  PowerInternalBootStatUnlock = 0x26,
  PowerInternalWakeOnVoiceState = 0x27,
  PowerInternalDeepSleepBlock = 0x28,
  PowerInternalIsPoFxDevice = 0x29,
  PowerInternalPowerTransitionExtensionAtBoot = 0x2A,
  PowerInternalProcessorBrandedFrequency = 0x2B,
  PowerInternalTimeBrokerExpirationReason = 0x2C,
  PowerInternalNotifyUserShutdownStatus = 0x2D,
  PowerInternalPowerRequestTerminalCoreWindow = 0x2E,
  PowerInternalProcessorIdleVeto = 0x2F,
  PowerInternalPlatformIdleVeto = 0x30,
  PowerInternalIsLongPowerButtonBugcheckEnabled = 0x31,
  PowerInternalAutoChkCausedReboot = 0x32,
  PowerInternalSetWakeAlarmOverride = 0x33,
  PowerInternalDirectedFxAddTestDevice = 0x35,
  PowerInternalDirectedFxRemoveTestDevice = 0x36,
  PowerInternalDirectedFxSetMode = 0x38,
  PowerInternalRegisterPowerPlane = 0x39,
  PowerInternalSetDirectedDripsFlags = 0x3A,
  PowerInternalClearDirectedDripsFlags = 0x3B,
  PowerInternalRetrieveHiberFileResumeContext = 0x3C,
  PowerInternalReadHiberFilePage = 0x3D,
  PowerInternalLastBootSucceeded = 0x3E,
  PowerInternalQuerySleepStudyHelperRoutineBlock = 0x3F,
  PowerInternalDirectedDripsQueryCapabilities = 0x40,
  PowerInternalClearConstraints = 0x41,
  PowerInternalSoftParkVelocityEnabled = 0x42,
  PowerInternalQueryIntelPepCapabilities = 0x43,
  PowerInformationInternalMaximum = 0x44,
 };

 /* 149 */
 enum _PS_STD_HANDLE_STATE : __int32
 {
  PsNeverDuplicate = 0x0,
  PsRequestDuplicate = 0x1,
  PsAlwaysDuplicate = 0x2,
  PsMaxStdHandleStates = 0x3,
 };

 /* 150 */
 enum _MEMORY_PHYSICAL_CONTIGUITY_UNIT_STATE : __int32
 {
  MemoryNotContiguous = 0x0,
  MemoryAlignedAndContiguous = 0x1,
  MemoryNotResident = 0x2,
  MemoryNotEligibleToMakeContiguous = 0x3,
  MemoryContiguityStateMax = 0x4,
 };

 /* 151 */
 enum _PS_WAKE_REASON : __int32
 {
  PsWakeReasonUser = 0x0,
  PsWakeReasonExecutionRequired = 0x1,
  PsWakeReasonKernel = 0x2,
  PsWakeReasonInstrumentation = 0x3,
  PsWakeReasonPreserveProcess = 0x4,
  PsWakeReasonActivityReference = 0x5,
  PsWakeReasonWorkOnBehalf = 0x6,
  PsMaxWakeReasons = 0x7,
 };

 /* 152 */
 enum _RTL_MEMORY_TYPE : __int32
 {
  MemoryTypePaged = 0x0,
  MemoryTypeNonPaged = 0x1,
  MemoryTypeLargePage = 0x2,
  MemoryTypeHugePage = 0x3,
  MemoryTypeMax = 0x4,
 };

 /* 153 */
 enum wil_FeatureStage : __int32
 {
  wil_FeatureStage_AlwaysDisabled = 0x0,
  wil_FeatureStage_DisabledByDefault = 0x1,
  wil_FeatureStage_EnabledByDefault = 0x2,
  wil_FeatureStage_AlwaysEnabled = 0x3,
 };

 /* 154 */
 enum _KHETERO_RUNNING_TYPE : __int32
 {
  KHeteroShortRunning = 0x0,
  KHeteroLongRunning = 0x1,
  KHeteroRunningTypeMax = 0x2,
 };

 /* 155 */
 enum _HARDWARE_COUNTER_TYPE : __int32
 {
  PMCCounter = 0x0,
  MaxHardwareCounterType = 0x1,
 };

 /* 156 */
 enum _MI_SLAB_ALLOCATOR_PROTECTION : __int32
 {
  MiSlabAllocatorProtectionReadExecute = 0x0,
  MiSlabAllocatorProtectionReadOnly = 0x1,
  MiSlabAllocatorProtectionNoAccess = 0x2,
  MiSlabAllocatorProtectionReadWrite = 0x3,
  MiSlabAllocatorProtectionMax = 0x4,
 };

 /* 157 */
 enum _KTHREAD_TAG : __int32
 {
  KThreadTagNone = 0x0,
  KThreadTagMediaBuffering = 0x1,
  KThreadTagDeadline = 0x2,
  KThreadTagMax = 0x3,
 };

 /* 158 */
 enum _ETW_PERFECT_HASH_FUNCTION_TYPE : __int32
 {
  ETW_PHF_EVENT_ID = 0x0,
  ETW_PHF_STACK_WALK = 0x1,
  ETW_PHF_MAX_COUNT = 0x2,
 };

 /* 159 */
 enum _MI_ENCLAVE_TYPE : __int32
 {
  MiEnclaveNone = 0x0,
  MiEnclaveHardware = 0x1,
  MiEnclaveVsm = 0x2,
  MiEnclaveMax = 0x3,
 };

 /* 160 */
 enum _POWER_INFORMATION_LEVEL_INTERNAL_TTMTCAPI : __int32
 {
  PowerInformationInternalTtmFirst = 0x1000,
  PowerInternalTtmOpenTerminal = 0x1000,
  PowerInternalTtmCreateTerminal = 0x1001,
  PowerInternalTtmEvacuateDevices = 0x1002,
  PowerInternalTtmCreateTerminalEventQueue = 0x1003,
  PowerInternalTtmGetTerminalEvent = 0x1004,
  PowerInternalTtmSetDefaultDeviceAssignment = 0x1005,
  PowerInternalTtmAssignDevice = 0x1006,
  PowerInternalTtmSetDisplayState = 0x1007,
  PowerInternalTtmSetDisplayTimeouts = 0x1008,
  PowerInternalTtmSetDisplayPowerRequest = 0x1009,
  PowerInternalTtmSetInputWakeCapability = 0x100A,
  PowerInformationInternalTtmLast = 0x100A,
 };

 /* 161 */
 enum _TYPE_OF_MEMORY : __int32
 {
  LoaderExceptionBlock = 0x0,
  LoaderSystemBlock = 0x1,
  LoaderFree = 0x2,
  LoaderBad = 0x3,
  LoaderLoadedProgram = 0x4,
  LoaderFirmwareTemporary = 0x5,
  LoaderFirmwarePermanent = 0x6,
  LoaderOsloaderHeap = 0x7,
  LoaderOsloaderStack = 0x8,
  LoaderSystemCode = 0x9,
  LoaderHalCode = 0xA,
  LoaderBootDriver = 0xB,
  LoaderConsoleInDriver = 0xC,
  LoaderConsoleOutDriver = 0xD,
  LoaderStartupDpcStack = 0xE,
  LoaderStartupKernelStack = 0xF,
  LoaderStartupPanicStack = 0x10,
  LoaderStartupPcrPage = 0x11,
  LoaderStartupPdrPage = 0x12,
  LoaderRegistryData = 0x13,
  LoaderMemoryData = 0x14,
  LoaderNlsData = 0x15,
  LoaderSpecialMemory = 0x16,
  LoaderBBTMemory = 0x17,
  LoaderZero = 0x18,
  LoaderXIPRom = 0x19,
  LoaderHALCachedMemory = 0x1A,
  LoaderLargePageFiller = 0x1B,
  LoaderErrorLogMemory = 0x1C,
  LoaderVsmMemory = 0x1D,
  LoaderFirmwareCode = 0x1E,
  LoaderFirmwareData = 0x1F,
  LoaderFirmwareReserved = 0x20,
  LoaderEnclaveMemory = 0x21,
  LoaderFirmwareKsr = 0x22,
  LoaderEnclaveKsr = 0x23,
  LoaderSkMemory = 0x24,
  LoaderSkFirmwareReserved = 0x25,
  LoaderIoSpaceMemoryZeroed = 0x26,
  LoaderIoSpaceMemoryFree = 0x27,
  LoaderIoSpaceMemoryKsr = 0x28,
  LoaderMaximum = 0x29,
 };

 /* 162 */
 enum _VRF_RULE_CLASS_ID : __int32
 {
  VrfSpecialPoolRuleClass = 0x0,
  VrfForceIrqlRuleClass = 0x1,
  VrfAllocationFailuresRuleClass = 0x2,
  VrfTrackingPoolAllocationsRuleClass = 0x3,
  VrfIORuleClass = 0x4,
  VrfDeadlockPreventionRuleClass = 0x5,
  VrfEnhancedIORuleClass = 0x6,
  VrfDMARuleClass = 0x7,
  VrfSecurityRuleClass = 0x8,
  VrfForcePendingIORequestRuleClass = 0x9,
  VrfIRPTrackingRuleClass = 0xA,
  VrfMiscellaneousRuleClass = 0xB,
  VrfMoreDebuggingRuleClass = 0xC,
  VrfMDLInvariantStackRuleClass = 0xD,
  VrfMDLInvariantDriverRuleClass = 0xE,
  VrfPowerDelayFuzzingRuleClass = 0xF,
  VrfPortMiniportRuleClass = 0x10,
  VrfStandardDDIRuleClass = 0x11,
  VrfAutoFailRuleClass = 0x12,
  VrfAdditionalDDIRuleClass = 0x13,
  VrfRuleClassBase = 0x14,
  VrfNdisWifiRuleClass = 0x15,
  VrfDriverLoggingRuleClass = 0x16,
  VrfSyncDelayFuzzingRuleClass = 0x17,
  VrfVMSwitchingRuleClass = 0x18,
  VrfCodeIntegrityRuleClass = 0x19,
  VrfBelow4GBAllocationRuleClass = 0x1A,
  VrfProcessorBranchTraceRuleClass = 0x1B,
  VrfAdvancedMMRuleClass = 0x1C,
  VrfExtendingXDVTimeLimit = 0x1D,
  VrfSystemBIOSRuleClass = 0x1E,
  VrfHardwareRuleClass = 0x1F,
  VrfStateSepRuleClass = 0x20,
  VrfWDFRuleClass = 0x21,
  VrfMoreIrqlRuleClass = 0x22,
  VrfXDVPlatformMode = 0x23,
  VrfStandalonePlatformMode = 0x24,
  VrfPlatformModeTest = 0x25,
  VrfInfoDisclosureIRPRule = 0x26,
  VrfLwSpecialPool = 0x27,
  VrfAVXCorruption = 0x28,
  VrfAccessModeMismatch = 0x29,
  ReservedForDVRF42 = 0x2A,
  ReservedForDVRF43 = 0x2B,
  ReservedForDVRF44 = 0x2C,
  ReservedForDVRF45 = 0x2D,
  ReservedForDVRF46 = 0x2E,
  ReservedForDVRF47 = 0x2F,
  ReservedForDVRF48 = 0x30,
  ReservedForDVRF49 = 0x31,
  ReservedForDVRF50 = 0x32,
  ReservedForDVRF51 = 0x33,
  ReservedForDVRF52 = 0x34,
  ReservedForDVRF53 = 0x35,
  ReservedForDVRF54 = 0x36,
  ReservedForDVRF55 = 0x37,
  ReservedForDVRF56 = 0x38,
  ReservedForDVRF57 = 0x39,
  ReservedForDVRF58 = 0x3A,
  ReservedForDVRF59 = 0x3B,
  ReservedForDVRF60 = 0x3C,
  ReservedForDVRF61 = 0x3D,
  ReservedForDVRF62 = 0x3E,
  ReservedForDVRF63 = 0x3F,
  VrfRuleClassSizeMax = 0x40,
 };

 /* 163 */
 enum _KE_WAKE_SOURCE_TYPE : __int32
 {
  KeWakeSourceTypeSpuriousWake = 0x0,
  KeWakeSourceTypeSpuriousClock = 0x1,
  KeWakeSourceTypeSpuriousInterrupt = 0x2,
  KeWakeSourceTypeQueryFailure = 0x3,
  KeWakeSourceTypeAccountingFailure = 0x4,
  KeWakeSourceTypeStaticSourceMax = 0x4,
  KeWakeSourceTypeInterrupt = 0x5,
  KeWakeSourceTypeIRTimer = 0x6,
  KeWakeSourceTypeMax = 0x7,
 };

 /* 164 */
 enum _MI_WORKING_SET_TYPE : __int32
 {
  MiWorkingSetTypeSystemCache = 0x0,
  MiWorkingSetTypeSystemViews = 0x1,
  MiWorkingSetTypePartitionMaximum = 0x1,
  MiWorkingSetTypePagedPool = 0x2,
  MiWorkingSetTypePagableMaximum = 0x2,
  MiWorkingSetTypeSystemPtes = 0x3,
  MiWorkingSetTypeKernelStacks = 0x4,
  MiWorkingSetTypeNonPagedPool = 0x5,
  MiWorkingSetTypeMaximum = 0x6,
 };

 /* 165 */
 enum _KTIMER2_COLLECTION_INDEX : __int32
 {
  KTimer2CollectionNoWake = 0x0,
  KTimer2CollectionHr = 0x1,
  KTimer2CollectionPseudoHr = 0x2,
  KTimer2CollectionFinite = 0x3,
  KTimer2CollectionIr = 0x4,
  KTimer2CollectionNotInserted = 0x10,
  KTimer2CollectionInvalid = 0x15,
  KTimer2CollectionOptional = 0x20,
  KTimer2CollectionMin = 0x0,
  KTimer2CollectionMax = 0x5,
  KTimer2CollectionNode1 = 0x2,
 };

 /* 166 */
 enum _SKSERVICE : __int32
 {
  SECURESERVICE_NONE = 0x0,
  SECURESERVICE_PHASE4_INIT = 0x1,
  SECURESERVICE_START_PROCESSOR = 0x2,
  SECURESERVICE_FINISH_START_PROCESSOR = 0x3,
  SECURESERVICE_REGISTER_SYSTEM_DLLS = 0x4,
  SECURESERVICE_REGISTER_SYSTEM_PROCESS = 0x5,
  SECURESERVICE_CREATE_PROCESS = 0x6,
  SECURESERVICE_INITIALIZE_PROCESS = 0x7,
  SECURESERVICE_CREATE_THREAD = 0x8,
  SECURESERVICE_REQUEST_THREAD_EXIT = 0x9,
  SECURESERVICE_TERMINATE_THREAD = 0xA,
  SECURESERVICE_RUNDOWN_PROCESS = 0xB,
  SECURESERVICE_DEBUG_PROCESS = 0xC,
  SECURESERVICE_GET_TEB_ADDRESS = 0xD,
  SECURESERVICE_GET_CONTEXT = 0xE,
  SECURESERVICE_SET_CONTEXT = 0xF,
  SECURESERVICE_SEND_ATTACH_NOTIFICATIONS = 0x10,
  SECURESERVICE_GET_ETW_DEBUG_ID = 0x11,
  SECURESERVICE_GET_ON_DEMAND_DEBUG_CHALLENGE = 0x12,
  SECURESERVICE_ENABLE_ON_DEMAND_DEBUG_WITH_RESPONSE = 0x13,
  SECURESERVICE_RETRIEVE_MAILBOX = 0x14,
  SECURESERVICE_IS_TRUSTLET_RUNNING = 0x15,
  SECURESERVICE_CREATE_SECURE_ALLOCATION = 0x16,
  SECURESERVICE_FILL_SECURE_ALLOCATION = 0x17,
  SECURESERVICE_MAKE_CODE_CATALOG = 0x18,
  SECURESERVICE_CREATE_SECURE_IMAGE = 0x19,
  SECURESERVICE_FINALIZE_SECURE_IMAGE_HASH = 0x1A,
  SECURESERVICE_FINISH_SECURE_IMAGE_VALIDATION = 0x1B,
  SECURESERVICE_PREPARE_IMAGE_RELOCATIONS = 0x1C,
  SECURESERVICE_RELOCATE_IMAGE = 0x1D,
  SECURESERVICE_CLOSE_SECURE_HANDLE = 0x1E,
  SECURESERVICE_VALIDATE_DYNAMIC_CODE = 0x1F,
  SECURESERVICE_TRANSFER_IMAGE_VERSION_RESOURCE = 0x20,
  SECURESERVICE_SET_CODE_INTEGRITY_POLICY = 0x21,
  SECURESERVICE_EXCHANGE_ENTROPY = 0x22,
  SECURESERVICE_ALLOCATE_HIBERNATE_RESOURCES = 0x23,
  SECURESERVICE_FREE_HIBERNATE_RESOURCES = 0x24,
  SECURESERVICE_CONFIGURE_DYNAMIC_MEMORY = 0x25,
  SECURESERVICE_DEBUG_PROTECT_MEMORY = 0x26,
  SECURESERVICE_DEBUG_READ_WRITE_MEMORY = 0x27,
  SECURESERVICE_QUERY_VIRTUAL_MEMORY = 0x28,
  SECURESERVICE_CAPTURE_IMAGE_IAT = 0x29,
  SECURESERVICE_FREE_IMAGE_IAT = 0x2A,
  SECURESERVICE_APPLY_FIXUPS = 0x2B,
  SECURESERVICE_MARK_IMAGE_PROTECTED = 0x2C,
  SECURESERVICE_CREATE_ENCLAVE = 0x2D,
  SECURESERVICE_LOAD_ENCLAVE_DATA = 0x2E,
  SECURESERVICE_LOAD_ENCLAVE_MODULE = 0x2F,
  SECURESERVICE_INITIALIZE_ENCLAVE = 0x30,
  SECURESERVICE_TERMINATE_ENCLAVE = 0x31,
  SECURESERVICE_DELETE_ENCLAVE = 0x32,
  SECURESERVICE_CONNECT_SW_INTERRUPT = 0x33,
  SECURESERVICE_RELAX_HYPERGUARD_QUOTA = 0x34,
  SECURESERVICE_LIVEDUMP_QUERY_SECONDARYDATA_SIZE = 0x35,
  SECURESERVICE_LIVEDUMP_START = 0x36,
  SECURESERVICE_LIVEDUMP_ADD_BUFFER = 0x37,
  SECURESERVICE_LIVEDUMP_SETUP_BUFFER = 0x38,
  SECURESERVICE_LIVEDUMP_FINALIZE = 0x39,
  SECURESERVICE_LIVEDUMP_ABORT = 0x3A,
  SECURESERVICE_LIVEDUMP_CAPTURE_PROCESS = 0x3B,
  SECURESERVICE_NOTIFY_POWER_STATE = 0x3C,
  SECURESERVICE_QUERY_PROFILE_INFORMATION = 0x3D,
  SECURESERVICE_UPDATE_FREEZE_BIAS = 0x3E,
  SECURESERVICE_CREATE_SECURE_SECTION = 0x3F,
  SECURESERVICE_DELETE_SECURE_SECTION = 0x40,
  SECURESERVICE_QUERY_SECURE_DEVICE = 0x41,
  SECURESERVICE_UNPROTECT_SECURE_DEVICE = 0x42,
  SECURESERVICE_DETERMINE_HOT_PATCH_TYPE = 0x43,
  SECURESERVICE_OBTAIN_PATCH_UNDO_TABLE_SIZE = 0x44,
  SECURESERVICE_OBTAIN_PATCH_UNDO_TABLE = 0x45,
  SECURESERVICE_APPLY_HOT_PATCH = 0x46,
  SECURESERVICE_REVERT_HOT_PATCH = 0x47,
  SECURESERVICE_PREPARE_DRIVER_FOR_PATCH = 0x48,
  SECURESERVICE_PROVISION_DUMP_KEYS = 0x49,
  SECURESERVICE_CAPTURE_PGO_DATA = 0x4A,
  SECURESERVICE_START_PROFILE = 0x4B,
  SECURESERVICE_STOP_PROFILE = 0x4C,
  SECURESERVICE_SET_TRACEPOINT = 0x4D,
  SECURESERVICE_NO_TRACING_FIRST = 0xBF,
  SECURESERVICE_GET_PEB_ADDRESS = 0xC0,
  SECURESERVICE_VALIDATE_SECURE_IMAGE_PAGES = 0xC1,
  SECURESERVICE_PRE_INIT_FIRST = 0xCF,
  SECURESERVICE_PHASE3_INIT = 0xD0,
  SECURESERVICE_PERIODIC = 0xD1,
  SECURESERVICE_WORK_QUEUE = 0xD2,
  SECURESERVICE_RESERVE_PROTECTED_PAGES = 0xD3,
  SECURESERVICE_APPLY_DYNAMIC_RELOCATIONS = 0xD4,
  SECURESERVICE_ETW_ENABLE_CALLBACK = 0xD5,
  SECURESERVICE_INITIALIZE_SECURE_POOL = 0xD6,
  SECURESERVICE_INITIALIZE_KERNEL_CFG = 0xD7,
  SECURESERVICE_LOAD_DRIVER = 0xD8,
  SECURESERVICE_UNLOAD_DRIVER = 0xD9,
  SECURESERVICE_ENABLE_CFG_TARGET = 0xDA,
  SECURESERVICE_COMPLETE_SLAB_CONFIGURATION = 0xDB,
  SECURESERVICE_INITIALIZE_RETPOLINE = 0xDC,
  SECURESERVICE_PERFORM_RETPOLINE_RELOCATIONS = 0xDD,
  SECURESERVICE_UPDATE_IMPORT_RELOCATIONS = 0xDE,
  SECURESERVICE_DISPATCH_LEVEL_FIRST = 0xEF,
  SECURESERVICE_FLUSH_ADDRESS_SPACE = 0xF0,
  SECURESERVICE_FAST_FLUSH_RANGE_LIST = 0xF1,
  SECURESERVICE_SLOW_FLUSH_RANGE_LIST = 0xF2,
  SECURESERVICE_REMOVE_PROTECTED_PAGE = 0xF3,
  SECURESERVICE_COPY_PROTECTED_PAGE = 0xF4,
  SECURESERVICE_REGISTER_PROTECTED_PAGE = 0xF5,
  SECURESERVICE_DISAMBIGUATE_PROTECTED_PAGE = 0xF6,
  SECURESERVICE_MAKE_PROTECTED_PAGE_WRITABLE = 0xF7,
  SECURESERVICE_MAKE_PROTECTED_PAGE_EXECUTABLE = 0xF8,
  SECURESERVICE_QUERY_STRONG_CODE_FEATURES = 0xF9,
  SECURESERVICE_INVOKE_EFI_RUNTIME_SERVICE = 0xFA,
  SECURESERVICE_LIVEDUMP_COLLECT_LIVE_DUMP = 0xFB,
  SECURESERVICE_REGISTER_LOG_PAGES = 0xFC,
  SECURESERVICE_RECLAIM_PARTITION_PAGES = 0xFD,
  SECURESERVICE_BIND_NT_KERNEL_IMPORTS = 0xFE,
  SECURESERVICE_SET_PLACEHOLDER_PAGES = 0xFF,
  SECURESERVICE_QUERY_SPECULATION_CONTROL_FEATURES = 0x100,
  SECURESERVICE_PROTECT_KERNEL_DATA_PAGE = 0x101,
  SECURESERVICE_VERIFY_PAGE = 0x102,
  SECURESERVICE_PREPARE_FOR_HIBERNATION = 0x103,
  SECURESERVICE_PREPARE_FOR_CRASHDUMP = 0x104,
  SECURESERVICE_REPORT_BUGCHECK_PROGRESS = 0x105,
  SECURESERVICE_SHUTDOWN = 0x106,
  SECURESERVICE_QUERY_SECURE_PCI_INFO = 0x107,
  SECURESERVICE_ACCESS_PCI_DEVICE = 0x108,
  SECURESERVICE_REINITIALIZE_DEBUGGER_TRANSPORT = 0x109,
  SECURESERVICE_KSR_CALL = 0x10A,
  SECURESERVICE_SVC_CALL = 0x10B,
  SECURESERVICE_BUGCHECK = 0x700,
  SECURESERVICE_LIMITED_MODE_SERVICE_START = 0x800,
 };

 /* 167 */
 enum _PS_PROTECTED_TYPE : __int32
 {
  PsProtectedTypeNone = 0x0,
  PsProtectedTypeProtectedLight = 0x1,
  PsProtectedTypeProtected = 0x2,
  PsProtectedTypeMax = 0x3,
 };

 /* 168 */
 enum _BUS_DATA_TYPE : __int32
 {
  ConfigurationSpaceUndefined = 0xFFFFFFFF,
  Cmos = 0x0,
  EisaConfiguration = 0x1,
  Pos = 0x2,
  CbusConfiguration = 0x3,
  PCIConfiguration = 0x4,
  VMEConfiguration = 0x5,
  NuBusConfiguration = 0x6,
  PCMCIAConfiguration = 0x7,
  MPIConfiguration = 0x8,
  MPSAConfiguration = 0x9,
  PNPISAConfiguration = 0xA,
  SgiInternalConfiguration = 0xB,
  MaximumBusDataType = 0xC,
 };

 /* 169 */
 enum KD_CALLBACK_ACTION : __int32
 {
  KdConfigureDeviceAndContinue = 0x0,
  KdSkipDeviceAndContinue = 0x1,
  KdConfigureDeviceAndStop = 0x2,
  KdSkipDeviceAndStop = 0x3,
 };

 /* 170 */
 enum _HAL_CLOCK_TIMER_MODE : __int32
 {
  HalClockTimerModePeriodic = 0x0,
  HalClockTimerModeOneShot = 0x1,
  HalClockTimerModeMax = 0x2,
 };

 /* 171 */
 enum _HAL_PROCESSOR_STAT_TYPE : __int32
 {
  HalProcessorStatResidency = 0x0,
  HalProcessorStatCount = 0x1,
  HalProcessorStatMax = 0x2,
 };

 /* 172 */
 enum _MI_CFG_BITMAP_TYPE : __int32
 {
  CfgBitMapNative = 0x0,
  CfgBitMapWow64 = 0x1,
  CfgBitMapMax = 0x2,
 };

 /* 173 */
 enum _PROCESS_VA_TYPE : __int32
 {
  ProcessVAImage = 0x0,
  ProcessVASection = 0x1,
  ProcessVAPrivate = 0x2,
  ProcessVAMax = 0x3,
 };

 /* 174 */
 enum _PS_RESOURCE_TYPE : __int32
 {
  PsResourceNonPagedPool = 0x0,
  PsResourcePagedPool = 0x1,
  PsResourcePageFile = 0x2,
  PsResourceWorkingSet = 0x3,
  PsResourceMax = 0x4,
 };

 /* 175 */
 enum _HEAP_SEGMGR_LARGE_PAGE_POLICY : __int32
 {
  HeapSegMgrNoLargePages = 0x0,
  HeapSegMgrEnableLargePages = 0x1,
  HeapSegMgrNormalPolicy = 0x1,
  HeapSegMgrForceSmall = 0x2,
  HeapSegMgrForceLarge = 0x3,
  HeapSegMgrForceRandom = 0x4,
  HeapSegMgrLargePagePolicyMax = 0x5,
 };

 /* 176 */
 enum _RTL_FEATURE_CONFIGURATION_PRIORITY : __int32
 {
  FeatureConfigurationPriorityImageDefault = 0x0,
  FeatureConfigurationPriorityService = 0x4,
  FeatureConfigurationPriorityUser = 0x8,
  FeatureConfigurationPriorityUserPolicy = 0xA,
  FeatureConfigurationPriorityTest = 0xC,
  FeatureConfigurationPriorityImageOverride = 0xF,
  FeatureConfigurationPriorityMax = 0xF,
 };

 /* 177 */
 enum _PERFINFO_KERNELMEMORY_USAGE_TYPE : __int32
 {
  PerfInfoMemUsagePfnMetadata = 0x0,
  PerfInfoMemUsageMax = 0x1,
 };

 /* 178 */
 enum FEATURE_ENABLED_STATE : __int32
 {
  FEATURE_ENABLED_STATE_DEFAULT = 0x0,
  FEATURE_ENABLED_STATE_DISABLED = 0x1,
  FEATURE_ENABLED_STATE_ENABLED = 0x2,
  FEATURE_ENABLED_STATE_HAS_NOTIFICATION = 0x80,
  FEATURE_ENABLED_STATE_HAS_VARIANT_CONFIGURATION = 0x40,
 };

 /* 179 */
 enum IRPLOCK : __int32
 {
  IRPLOCK_CANCELABLE = 0x0,
  IRPLOCK_CANCEL_STARTED = 0x1,
  IRPLOCK_CANCEL_COMPLETE = 0x2,
  IRPLOCK_COMPLETED = 0x3,
 };

 /* 180 */
 enum _PNP_DEVICE_DELETE_TYPE : __int32
 {
  QueryRemoveDevice = 0x0,
  CancelRemoveDevice = 0x1,
  RemoveDevice = 0x2,
  SurpriseRemoveDevice = 0x3,
  EjectDevice = 0x4,
  RemoveFailedDevice = 0x5,
  RemoveUnstartedFailedDevice = 0x6,
  MaxDeviceDeleteType = 0x7,
 };

 /* 181 */
 enum _MI_MEMORY_HIGHLOW : __int32
 {
  MiMemoryHigh = 0x0,
  MiMemoryLow = 0x1,
  MiMemoryHighLow = 0x2,
 };

 /* 182 */
 enum _PS_PROTECTED_SIGNER : __int32
 {
  PsProtectedSignerNone = 0x0,
  PsProtectedSignerAuthenticode = 0x1,
  PsProtectedSignerCodeGen = 0x2,
  PsProtectedSignerAntimalware = 0x3,
  PsProtectedSignerLsa = 0x4,
  PsProtectedSignerWindows = 0x5,
  PsProtectedSignerWinTcb = 0x6,
  PsProtectedSignerWinSystem = 0x7,
  PsProtectedSignerApp = 0x8,
  PsProtectedSignerMax = 0x9,
 };

 /* 183 */
 enum POWER_POLICY_DEVICE_TYPE : __int32
 {
  PolicyDeviceSystemButton = 0x0,
  PolicyDeviceThermalZone = 0x1,
  PolicyDeviceBattery = 0x2,
  PolicyDeviceMemory = 0x3,
  PolicyInitiatePowerActionAPI = 0x4,
  PolicySetPowerStateAPI = 0x5,
  PolicyImmediateDozeS4 = 0x6,
  PolicySystemIdle = 0x7,
  PolicyDeviceWakeAlarm = 0x8,
  PolicyDeviceFan = 0x9,
  PolicyCsBatterySaver = 0xA,
  PolicyImmediateDozeS4Predicted = 0xB,
  PolicyImmediateDozeS4PredictedNoWake = 0xC,
  PolicyImmediateDozeS4AdaptiveBudget = 0xD,
  PolicyImmediateDozeS4AdaptiveReserveNoWake = 0xE,
  PolicySystemInitiatedShutdown = 0xF,
  PolicyDeviceMax = 0x10,
 };

 /* 184 */
 enum _PCI_BUSMASTER_RID_TYPE : __int32
 {
  BusmasterRidFromDeviceRid = 0x0,
  BusmasterRidFromBridgeRid = 0x1,
  BusmasterRidFromMultipleBridges = 0x2,
 };

 /* 185 */
 enum _WORKING_SET_TYPE : __int32
 {
  WorkingSetTypeUser = 0x0,
  WorkingSetTypeSession = 0x1,
  WorkingSetTypeSystemTypes = 0x2,
  WorkingSetTypeSystemCache = 0x2,
  WorkingSetTypePagedPool = 0x3,
  WorkingSetTypeSystemViews = 0x4,
  WorkingSetTypePagableMaximum = 0x4,
  WorkingSetTypeSystemPtes = 0x5,
  WorkingSetTypeKernelStacks = 0x6,
  WorkingSetTypeNonPagedPool = 0x7,
  WorkingSetTypeMaximum = 0x8,
 };

 /* 186 */
 enum _DEVICE_RELATION_LEVEL : __int32
 {
  RELATION_LEVEL_REMOVE_EJECT = 0x0,
  RELATION_LEVEL_DEPENDENT = 0x1,
  RELATION_LEVEL_DIRECT_DESCENDANT = 0x2,
 };

 /* 187 */
 enum _ETW_STRING_TOKEN_TYPE : __int32
 {
  ETW_STRING_TOKEN_EXE = 0x0,
  ETW_STRING_TOKEN_PACKAGE_ID = 0x1,
  ETW_STRING_TOKEN_PKG_APP_ID = 0x2,
  ETW_STRING_TOKEN_CONTAINER = 0x3,
  ETW_STRING_TOKEN_MAX_COUNT = 0x4,
 };

 /* 188 */
 enum _POP_FX_WORK_POOL_QUEUE : __int32
 {
  PopFxWorkPoolQueueEmergency = 0x0,
  PopFxWorkPoolQueuePlugin = 0x1,
  PopFxWorkPoolQueueMax = 0x2,
 };

 /* 189 */
 enum _POP_SYSTEM_IDLE_EVENT_TYPE : __int32
 {
  PopSystemIdleEventTypeMonitorOffUserInput = 0x0,
  PopSystemIdleEventTypeMonitorOnUserInput = 0x1,
  PopSystemIdleEventTypeUserPresence = 0x2,
  PopSystemIdleEventTypeResumeFromSxSystemPowerState = 0x3,
  PopSystemIdleEventTypeMax = 0x4,
  PopSystemIdleEventTypeInvalid = 0x4,
 };

 /* 190 */
 enum _MI_DYNAMICBASE_BITMAP : __int32
 {
  DynamicBaseBitMapNative = 0x0,
  DynamicBaseBitMap64Low = 0x1,
  DynamicBaseBitMap64LowWow = 0x2,
  DynamicBaseBitMap32WowFirst = 0x3,
  DynamicBaseBitMap32WowLast = 0x3,
  DynamicBaseBitMapInvalid = 0x4,
  DynamicBaseBitMapMax = 0x4,
 };

 /* 191 */
 enum PS_CREATE_STATE : __int32
 {
  PsCreateInitialState = 0x0,
  PsCreateFailOnFileOpen = 0x1,
  PsCreateFailOnSectionCreate = 0x2,
  PsCreateFailExeFormat = 0x3,
  PsCreateFailMachineMismatch = 0x4,
  PsCreateFailExeName = 0x5,
  PsCreateSuccess = 0x6,
  PsCreateMaximumStates = 0x7,
 };

 /* 192 */
 enum _KTHREAD_PPM_POLICY : __int32
 {
  ThreadPpmDefault = 0x0,
  ThreadPpmThrottle = 0x1,
  ThreadPpmSemiThrottle = 0x2,
  ThreadPpmNoThrottle = 0x3,
  MaxThreadPpmPolicy = 0x4,
 };

 /* 193 */
 enum _KPROCESS_PPM_POLICY : __int32
 {
  ProcessPpmDefault = 0x0,
  ProcessPpmThrottle = 0x1,
  ProcessPpmSemiThrottle = 0x2,
  ProcessPpmNoThrottle = 0x3,
  ProcessPpmWindowMinimized = 0x4,
  ProcessPpmWindowOccluded = 0x5,
  ProcessPpmWindowVisible = 0x6,
  ProcessPpmWindowInFocus = 0x7,
  MaxProcessPpmPolicy = 0x8,
 };

 /* 194 */
 enum _MI_SHARED_USER_PAGE_TYPES : __int32
 {
  MiSharedUserPageKernel = 0x0,
  MiSharedUserPageHypervisor = 0x1,
  MiSharedUserPageMaximum = 0x2,
 };

 /* 195 */
 enum _TlgBlob_t : __int32
 {
  _TlgBlobNone = 0x0,
  _TlgBlobEnd = 0x1,
  _TlgBlobProvider = 0x2,
  _TlgBlobEvent3 = 0x3,
  _TlgBlobProvider3 = 0x4,
  _TlgBlobEvent2 = 0x5,
  _TlgBlobEvent4 = 0x6,
  _TlgBlobMax = 0x7,
 };

 /* 196 */
 enum _KTHREAD_STATE : __int32
 {
  Initialized = 0x0,
  Ready = 0x1,
  Running = 0x2,
  Standby = 0x3,
  Terminated = 0x4,
  Waiting = 0x5,
  Transition = 0x6,
  DeferredReady = 0x7,
  GateWaitObsolete = 0x8,
  WaitingForProcessInSwap = 0x9,
 };

 /* 197 */
 enum _CM_DIRTY_VECTOR_OPERATION : __int32
 {
  DirtyVectorModified = 0x0,
  DirtyDataCaptureStart = 0x1,
  DirtyDataCaptureEnd = 0x2,
 };

 /* 198 */
 enum _SYSTEM_PROCESS_CLASSIFICATION : __int32
 {
  SystemProcessClassificationNormal = 0x0,
  SystemProcessClassificationSystem = 0x1,
  SystemProcessClassificationSecureSystem = 0x2,
  SystemProcessClassificationMemCompression = 0x3,
  SystemProcessClassificationRegistry = 0x4,
  SystemProcessClassificationMaximum = 0x5,
 };

 /* 199 */
 enum _PNP_DEVICE_ACTION_REQUEST : __int32
 {
  AssignResources = 0x0,
  ClearDeviceProblem = 0x1,
  ClearProblem = 0x2,
  ClearEjectProblem = 0x3,
  HaltDevice = 0x4,
  QueryPowerRelations = 0x5,
  Rebalance = 0x6,
  ReenumerateBootDevices = 0x7,
  ReenumerateDeviceOnly = 0x8,
  ReenumerateDeviceTree = 0x9,
  ReenumerateRootDevices = 0xA,
  RequeryDeviceState = 0xB,
  ResetDevice = 0xC,
  ResourceRequirementsChanged = 0xD,
  RestartEnumeration = 0xE,
  SetDeviceProblem = 0xF,
  StartDevice = 0x10,
  StartSystemDevicesPass0 = 0x11,
  StartSystemDevicesPass1 = 0x12,
  NotifyTransportRelationsChange = 0x13,
  NotifyEjectionRelationsChange = 0x14,
  ConfigureDevice = 0x15,
  ConfigureDeviceClass = 0x16,
  ConfigureDeviceExtensions = 0x17,
  ConfigureDeviceReset = 0x18,
  ClearDmaGuardProblem = 0x19,
  PnpDeviceActionRequestMax = 0x1A,
 };

 /* 200 */
 enum _PO_HIBER_FORCE_DISABLE_REASON : __int32
 {
  PoHiberForceDisableReasonPolicy = 0x0,
  PoHiberForceDisableReasonGuardedHost = 0x1,
  PoHiberForceDisableReasonMax = 0x2,
 };

 /* 201 */
 enum _WOW64_SHARED_INFORMATION : __int32
 {
  SharedNtdll32LdrInitializeThunk = 0x0,
  SharedNtdll32KiUserExceptionDispatcher = 0x1,
  SharedNtdll32KiUserApcDispatcher = 0x2,
  SharedNtdll32KiUserCallbackDispatcher = 0x3,
  SharedNtdll32RtlUserThreadStart = 0x4,
  SharedNtdll32pQueryProcessDebugInformationRemote = 0x5,
  SharedNtdll32BaseAddress = 0x6,
  SharedNtdll32LdrSystemDllInitBlock = 0x7,
  SharedNtdll32RtlpFreezeTimeBias = 0x8,
  Wow64SharedPageEntriesCount = 0x9,
 };

 /* 202 */
 enum _PROCESSOR_CACHE_TYPE : __int32
 {
  CacheUnified = 0x0,
  CacheInstruction = 0x1,
  CacheData = 0x2,
  CacheTrace = 0x3,
 };

 /* 203 */
 enum _MI_KSTACK_TYPE : __int32
 {
  MiRegularKstack = 0x0,
  MiShortLivedKstack = 0x1,
  MiMaximumKstack = 0x2,
 };

 /* 204 */
 enum _ETW_GUID_TYPE : __int32
 {
  EtwTraceGuidType = 0x0,
  EtwNotificationGuidType = 0x1,
  EtwGroupGuidType = 0x2,
  EtwGuidTypeMax = 0x3,
 };

 /* 205 */
 enum _POP_DEEP_SLEEP_DISENGAGE_REASON : __int32
 {
  PopDeepSleepDisengageReasonInactive = 0x0,
  PopDeepSleepDisengageReasonNonAoAc = 0x1,
  PopDeepSleepDisengageReasonPendingIrps = 0x2,
  PopDeepSleepDisengageReasonPowerSettings = 0x3,
  PopDeepSleepDisengageReasonDozeS4WorkerQueued = 0x4,
  PopDeepSleepDisengageReasonSystemPowerTransition = 0x5,
  PopDeepSleepDisengageReasonDeviceBlockingDrips = 0x6,
  PopDeepSleepDisengageReasonAcpi = 0x7,
  PopDeepSleepDisengageReasonDirectedDripsTransition = 0x8,
  PopDeepSleepDisengageReasonPepPreVeto = 0x9,
  PopDeepSleepDisengageReasonMax = 0xA,
 };

 /* 206 */
 enum _KI_CALLBACK : __int32
 {
  KiCallbackNmi = 0x0,
  KiCallbackBound = 0x1,
  KiCallbackSx = 0x2,
  KiCallbackCount = 0x3,
  KiFirstCallback = 0x0,
 };

 /* 207 */
 enum INTERRUPT_CONNECTION_TYPE : __int32
 {
  InterruptTypeControllerInput = 0x0,
  InterruptTypeXapicMessage = 0x1,
  InterruptTypeHypertransport = 0x2,
  InterruptTypeMessageRequest = 0x3,
 };

 /* 208 */
 enum HAL_APIC_DESTINATION_MODE : __int32
 {
  ApicDestinationModePhysical = 0x1,
  ApicDestinationModeLogicalFlat = 0x2,
  ApicDestinationModeLogicalClustered = 0x3,
  ApicDestinationModeUnknown = 0x4,
 };

 /* 209 */
 enum _KWAIT_STATE : __int32
 {
  WaitInProgress = 0x0,
  WaitCommitted = 0x1,
  WaitAborted = 0x2,
  WaitSuspendInProgress = 0x3,
  WaitSuspended = 0x4,
  WaitResumeInProgress = 0x5,
  WaitResumeAborted = 0x6,
  WaitFirstSuspendState = 0x3,
  WaitLastSuspendState = 0x6,
  MaximumWaitState = 0x7,
 };

 /* 210 */
 enum _MI_SUBVAD_LISTS : __int32
 {
  MiSubVadPebTebAny = 0x0,
  MiSubVadPebTebBelow4gb = 0x1,
  MiSubVadMaximum = 0x2,
 };

 /* 211 */
 enum _MI_ASSIGNED_REGION_TYPES : __int32
 {
  AssignedRegionNonPagedPool = 0x0,
  AssignedRegionPagedPool = 0x1,
  AssignedRegionSystemCache = 0x2,
  AssignedRegionSystemPtes = 0x3,
  AssignedRegionUltraZero = 0x4,
  AssignedRegionPfnDatabase = 0x5,
  AssignedRegionCfg = 0x6,
  AssignedRegionHyperSpace = 0x7,
  AssignedRegionKernelStacks = 0x8,
  AssignedRegionPageTables = 0x9,
  AssignedRegionSession = 0xA,
  AssignedRegionSecureNonPagedPool = 0xB,
  AssignedRegionSystemImages = 0xC,
  AssignedRegionMaximum = 0xD,
 };

 /* 212 */
 enum _POLICY_AUDIT_EVENT_TYPE : __int32
 {
  AuditCategorySystem = 0x0,
  AuditCategoryLogon = 0x1,
  AuditCategoryObjectAccess = 0x2,
  AuditCategoryPrivilegeUse = 0x3,
  AuditCategoryDetailedTracking = 0x4,
  AuditCategoryPolicyChange = 0x5,
  AuditCategoryAccountManagement = 0x6,
  AuditCategoryDirectoryServiceAccess = 0x7,
  AuditCategoryAccountLogon = 0x8,
 };

 /* 213 */
 enum KD_NAMESPACE_ENUM : __int32
 {
  KdNameSpacePCI = 0x0,
  KdNameSpaceACPI = 0x1,
  KdNameSpaceAny = 0x2,
  KdNameSpaceNone = 0x3,
  KdNameSpaceMax = 0x4,
 };

 /* 214 */
 enum _PO_CS_DEVICE_NOTIFICATION_TYPE : __int32
 {
  PoCsDeviceNotificationStorage = 0x0,
  PoCsDeviceNotificationWiFi = 0x1,
  PoCsDeviceNotificationMbn = 0x2,
  PoCsDeviceNotificationAudio = 0x3,
  PoCsDeviceNotificationEthernet = 0x4,
  PoCsDeviceNotificationMaximum = 0x5,
 };

 /* 215 */
 enum _MI_VAD_64K_TYPES : __int32
 {
  MiVad64KPrivate = 0x0,
  MiVad64KShared = 0x1,
  MiVad64KTypes = 0x2,
 };

 /* 216 */
 enum _EXQUEUEINDEX : __int32
 {
  ExPoolUntrusted = 0x0,
  IoPoolUntrusted = 0x1,
  ExPoolMax = 0x8,
 };

 /* 217 */
 enum _KPROCESS_STATE : __int32
 {
  ProcessInMemory = 0x0,
  ProcessOutOfMemory = 0x1,
  ProcessInTransition = 0x2,
  ProcessOutTransition = 0x3,
  ProcessInSwap = 0x4,
  ProcessOutSwap = 0x5,
  ProcessRetryOutSwap = 0x6,
  ProcessAllSwapStates = 0x7,
 };

 /* 218 */
 enum _KENLISTMENT_STATE : __int32
 {
  KEnlistmentUninitialized = 0x0,
  KEnlistmentActive = 0x100,
  KEnlistmentPreparing = 0x101,
  KEnlistmentPrepared = 0x102,
  KEnlistmentInDoubt = 0x103,
  KEnlistmentCommitted = 0x104,
  KEnlistmentCommittedNotify = 0x105,
  KEnlistmentCommitRequested = 0x106,
  KEnlistmentAborted = 0x107,
  KEnlistmentDelegated = 0x108,
  KEnlistmentDelegatedDisconnected = 0x109,
  KEnlistmentPrePreparing = 0x10A,
  KEnlistmentForgotten = 0x10B,
  KEnlistmentRecovering = 0x10C,
  KEnlistmentAborting = 0x10D,
  KEnlistmentReadOnly = 0x10E,
  KEnlistmentOutcomeUnavailable = 0x10F,
  KEnlistmentOffline = 0x110,
  KEnlistmentPrePrepared = 0x111,
  KEnlistmentInitialized = 0x112,
 };

 /* 219 */
 enum _ADD_DRIVER_STAGE : __int32
 {
  ClassConfigFilters = 0x0,
  LowerDeviceFilters = 0x1,
  LowerClassFilters = 0x2,
  DeviceService = 0x3,
  UpperDeviceFilters = 0x4,
  UpperClassFilters = 0x5,
  MaximumAddStage = 0x6,
 };

 /* 220 */
 enum _INVPCID_TYPE : __int32
 {
  InvpcidIndividualAddress = 0x0,
  InvpcidSingleContext = 0x1,
  InvpcidAllContextAndGlobals = 0x2,
  InvpcidAllContext = 0x3,
 };

 /* 221 */
 enum TlgOut_t : __int32
 {
  TlgOutNULL = 0x0,
  TlgOutNOPRINT = 0x1,
  TlgOutSTRING = 0x2,
  TlgOutBOOLEAN = 0x3,
  TlgOutHEX = 0x4,
  TlgOutPID = 0x5,
  TlgOutTID = 0x6,
  TlgOutPORT = 0x7,
  TlgOutIPV4 = 0x8,
  TlgOutIPV6 = 0x9,
  TlgOutSOCKETADDRESS = 0xA,
  TlgOutXML = 0xB,
  TlgOutJSON = 0xC,
  TlgOutWIN32ERROR = 0xD,
  TlgOutNTSTATUS = 0xE,
  TlgOutHRESULT = 0xF,
  TlgOutFILETIME = 0x10,
  TlgOutSIGNED = 0x11,
  TlgOutUNSIGNED = 0x12,
  TlgOutUTF8 = 0x23,
  TlgOutPKCS7_WITH_TYPE_INFO = 0x24,
  TlgOutCODE_POINTER = 0x25,
  TlgOutDATETIME_UTC = 0x26,
  _TlgOutMax = 0x27,
  _TlgOutChain = 0x80,
  _TlgOutTypeMask = 0x7F,
 };

 /* 222 */
 enum _MI_IO_PFN_TYPE : __int32
 {
  MiIoPfnProbes = 0x0,
  MiIoPfnMaps = 0x1,
  MiIoPfnUnmapped = 0x2,
  MiMaximumIoPfnType = 0x3,
 };

 /* 223 */
 enum _TRACE_INFORMATION_CLASS : __int32
 {
  TraceIdClass = 0x0,
  TraceHandleClass = 0x1,
  TraceEnableFlagsClass = 0x2,
  TraceEnableLevelClass = 0x3,
  GlobalLoggerHandleClass = 0x4,
  EventLoggerHandleClass = 0x5,
  AllLoggerHandlesClass = 0x6,
  TraceHandleByNameClass = 0x7,
  LoggerEventsLostClass = 0x8,
  TraceSessionSettingsClass = 0x9,
  LoggerEventsLoggedClass = 0xA,
  DiskIoNotifyRoutinesClass = 0xB,
  TraceInformationClassReserved1 = 0xC,
  AllPossibleNotifyRoutinesClass = 0xC,
  FltIoNotifyRoutinesClass = 0xD,
  TraceInformationClassReserved2 = 0xE,
  WdfNotifyRoutinesClass = 0xF,
  MaxTraceInformationClass = 0x10,
 };

 /* 224 */
 enum _MI_PARTITION_THREAD : __int32
 {
  MiZeroPageThreadSlot = 0x0,
  MiRebuildLargePagesThreadSlot = 0x1,
  MiPartitionWorkingSetManagerSlot = 0x2,
  MiDereferenceSegmentThreadSlot = 0x3,
  MiModifiedPageWriterSlot = 0x4,
  MiMappedPageWriterSlot = 0x5,
  MiNumberOfPartitionThreads = 0x6,
 };

 /* 225 */
 enum _PERFINFO_MM_STAT : __int32
 {
  PerfInfoMMStatNotUsed = 0x0,
  PerfInfoMMStatAggregatePageCombine = 0x1,
  PerfInfoMMStatIterationPageCombine = 0x2,
  PerfInfoMMStatMax = 0x3,
 };

 /* 226 */
 enum _MI_WRITE_TYPES : __int32
 {
  WriteTypeCached = 0x0,
  WriteTypeNonTemporal = 0x1,
  WriteTypeMaximum = 0x2,
 };

 /* 227 */
 enum _PNP_VETO_TYPE : __int32
 {
  PNP_VetoTypeUnknown = 0x0,
  PNP_VetoLegacyDevice = 0x1,
  PNP_VetoPendingClose = 0x2,
  PNP_VetoWindowsApp = 0x3,
  PNP_VetoWindowsService = 0x4,
  PNP_VetoOutstandingOpen = 0x5,
  PNP_VetoDevice = 0x6,
  PNP_VetoDriver = 0x7,
  PNP_VetoIllegalDeviceRequest = 0x8,
  PNP_VetoInsufficientPower = 0x9,
  PNP_VetoNonDisableable = 0xA,
  PNP_VetoLegacyDriver = 0xB,
  PNP_VetoInsufficientRights = 0xC,
  PNP_VetoAlreadyRemoved = 0xD,
 };

 /* 228 */
 enum _MI_SLAB_ALLOCATOR_TYPE : __int32
 {
  MiSlabAllocatorTypeSlatProtected = 0x0,
  MiSlabAllocatorTypeUnprotected = 0x1,
  MiSlabAllocatorTypeMax = 0x2,
 };

 /* 229 */
 enum PDCCLIENTID : __int32
 {
  PDC_INVALID_CLIENT = 0x0,
  PDC_PLM_CLIENT = 0x1,
  PDC_NQM_CLIENT = 0x2,
  PDC_WNS_CLIENT = 0x3,
  PDC_DAM_CLIENT = 0x4,
  PDC_WCM_CLIENT = 0x5,
  PDC_NCSI_CLIENT = 0x7,
  PDC_DHCP_CLIENT = 0x8,
  PDC_TCPIP_CLIENT = 0x9,
  PDC_WU_CLIENT = 0xB,
  PDC_GP_CLIENT = 0xC,
  PDC_NCA_CLIENT = 0xE,
  PDC_BI_CLIENT = 0xF,
  PDC_MSCHED_CLIENT = 0x10,
  PDC_SUSPENDRESUME_CLIENT = 0x11,
  PDC_INTERNAL_CLIENT = 0x12,
  PDC_DEFAULT_KM_TEST_CLIENT_EXEMPTED = 0x13,
  PDC_DEFAULT_UM_TEST_CLIENT_EXEMPTED = 0x14,
  PDC_DAM_PHASE_TEST_CLIENT = 0x15,
  PDC_LOW_POWER_PHASE_TEST_CLIENT = 0x16,
  PDC_RESILIENCY_NOTIFICATION_PHASE_TEST_CLIENT = 0x17,
  PDC_NQM_RESILIENCY_TEST_CLIENT = 0x18,
  PDC_DAM_RESILIENCY_TEST_CLIENT = 0x19,
  PDC_DAM_KM_TEST_CLIENT = 0x1A,
  PDC_DAM_UM_TEST_CLIENT = 0x1B,
  PDC_SINGLETON_TEST_CLIENT = 0x1C,
  PDC_NETWORK_SERVICE_TEST_CLIENT = 0x1D,
  PDC_NETWORK_SERVICE2_TEST_CLIENT = 0x1E,
  PDC_SYSTEM_SERVICE_TEST_CLIENT = 0x1F,
  PDC_ACTIV_NOTIF_DAM_RESIL_TEST_CLIENT = 0x20,
  PDC_ACTIV_NOTIF_NET_RESIL_TEST_CLIENT = 0x21,
  PDC_SHELL_CLIENT = 0x22,
  PDC_MAINTENANCE_CLIENT = 0x23,
  PDC_SYNC_CLIENT = 0x24,
  PDC_IDM_CLIENT = 0x25,
  PDC_CORTANA_VOICE_ACTIVATION_CLIENT = 0x26,
  PDC_TETHERING_CLIENT = 0x27,
  PDC_AUDIO_CLIENT = 0x28,
  PDC_LOCK_SCREEN = 0x29,
  PDC_LREC_CLIENT = 0x2A,
  PDC_WP_BW_CLIENT = 0x2B,
  PDC_WP_MEDIA_STREAMING_CLIENT = 0x2C,
  PDC_WP_MAPS_CLIENT = 0x2E,
  PDC_WP_SYNC_CLIENT = 0x2F,
  PDC_SETTING_SYNC_CLIENT = 0x30,
  PDC_WP_EDM_CLIENT = 0x31,
  PDC_WP_WALLET_CLIENT = 0x32,
  PDC_WP_LOCATION_CLIENT = 0x33,
  PDC_WP_CM_CLIENT = 0x35,
  PDC_WP_DCP_CLIENT = 0x36,
  PDC_WP_WIFIAUTO_CLIENT = 0x37,
  PDC_BITLOCKER_CLIENT = 0x38,
  PDC_MDM_CERTINSTALLER_CLIENT = 0x39,
  PDC_WP_IM_CLIENT = 0x3A,
  PDC_WP_MMS_CLIENT = 0x3B,
  PDC_DEVICEENROLLER_CLIENT = 0x3C,
  PDC_WP_WIFI_SCANNING_CLIENT = 0x3D,
  PDC_WP_OMADM_CLIENT = 0x3E,
  PDC_WP_TELEMETRY_CHECK_CLIENT = 0x3F,
  PDC_WP_DIS_CLIENT = 0x40,
  PDC_BITS_CLIENT = 0x41,
  PDC_WP_VOIP_EXECUTION_CLIENT = 0x42,
  PDC_WP_RESERVED_CLIENT3 = 0x43,
  PDC_SLEEP_STUDY_CLIENT = 0x44,
  PDC_WP_AUTOTIMEUPDATE_CLIENT = 0x45,
  PDC_HYPERV_CLIENT = 0x46,
  PDC_KM_SIGNAL_CLIENT = 0x47,
  PDC_UM_SIGNAL_CLIENT = 0x48,
  PDC_DEVICE_HEALTH_ATTESTATION_CLIENT = 0x49,
  PDC_XB_SYSTEM_CLIENT = 0x4A,
  PDC_XB_HOST_CLIENT = 0x4B,
  PDC_PRINT_JOB_MANAGER_CLIENT = 0x4C,
  PDC_TELEMETRY_CLIENT = 0x4D,
  PDC_ERROR_REPORTING_CLIENT = 0x4E,
  PDC_XBOX_NTM = 0x4F,
  PDC_CBE_CLIENT = 0x50,
  PDC_FIND_MY_PHONE_CLIENT = 0x51,
  PDC_COMMAND_CHANNEL_CLIENT = 0x52,
  PDC_PPM_PROFILES_CLIENT = 0x53,
  PDC_WIFI_CALLING_CLIENT = 0x54,
  PDC_WU_REBOOT_CLIENT = 0x55,
  PDC_SYSMAIN_CLIENT = 0x56,
  PDC_XBOX_UPDATE_CLIENT = 0x57,
  PDC_CHAT_SERVICE_CLIENT = 0x58,
  PDC_FIND_MY_DEVICE_CLIENT = 0x59,
  PDC_NOTIFICATION_FORWARDING_AND_ACTION_CLIENT = 0x5A,
  PDC_INSTALL_AGENT_CLIENT = 0x5B,
  PDC_XBOX_WAKE_ON_VOICE = 0x5C,
  PDC_PLM_AUDIO_CLIENT = 0x5D,
  PDC_WP_BCKAUDIO_CLIENT = 0x5E,
  PDC_WAKE_ON_LAN_CLIENT = 0x5F,
  PDC_WP_CLOUD_MESSAGING_CLIENT = 0x60,
  PDC_DATA_MIGRATION_MANAGER = 0x61,
  PDC_EVENT_SOUND_MANAGER_CLIENT = 0x62,
  PDC_WWAN_DORMANCY_HINT_CLIENT = 0x63,
  PDC_HAM_CLIENT = 0x64,
  PDC_FILESHARINGSERVER_CLIENT = 0x65,
  PDC_DIRECTED_DRIPS_TASK_CLIENT = 0x66,
  PDC_DIRECTED_DRIPS_LPE_CLIENT = 0x67,
  PDC_DIRECTED_DRIPS_PLM_CLIENT = 0x68,
  PDC_HTTPSDATASOURCE_CLIENT = 0x69,
  PDC_TERMINALSERVER_CONNECTION_CLIENT = 0x6A,
  PDC_TERMINALSERVER_SESSION_CLIENT = 0x6B,
  PDC_ANYNETWORK_RESILIENCY_CLIENT = 0x6C,
  PDC_XBOX_NUI_CLIENT = 0x6E,
  PDC_WIFI_CALLING_IMS_CLIENT = 0x6F,
  PDC_SLEEPSTUDY_HELPER_USER_CLIENT = 0x70,
  PDC_SLEEPSTUDY_HELPER_KERNEL_CLIENT = 0x71,
  PDC_CONTAINER_MANAGER_CLIENT = 0x72,
  PDC_NUMBER_OF_CLIENTS = 0x73,
 };

 /* 230 */
 enum SLEEPSTUDY_SPM_SCENARIO_CS_EXIT : __int32
 {
  SpmScenarioStopReasonUnspecified = 0x10,
  SpmScenarioStopReasonCsExit = 0x11,
  SpmScenarioStopReasonInternalSegmentTransition = 0x12,
  SpmScenarioStopReasonMax = 0x13,
 };

 /* 231 */
 enum PROFILE_DEPARTURE_STYLE : __int32
 {
  PDS_UPDATE_DEFAULT = 0x1,
  PDS_UPDATE_ON_REMOVE = 0x2,
  PDS_UPDATE_ON_INTERFACE = 0x3,
  PDS_UPDATE_ON_EJECT = 0x4,
 };

 /* 232 */
 enum LSA_FOREST_TRUST_RECORD_TYPE : __int32
 {
  ForestTrustTopLevelName = 0x0,
  ForestTrustTopLevelNameEx = 0x1,
  ForestTrustDomainInfo = 0x2,
  ForestTrustRecordTypeLast = 0x2,
 };

 /* 233 */
 enum _PROC_HYPERVISOR_STATE : __int32
 {
  ProcHypervisorNone = 0x0,
  ProcHypervisorPresent = 0x1,
  ProcHypervisorPower = 0x2,
  ProcHypervisorHvCounters = 0x3,
 };

 /* 234 */
 enum _KHETERO_CPU_QOS : __int32
 {
  KHeteroCpuQosDefault = 0x0,
  KHeteroCpuQosHigh = 0x0,
  KHeteroCpuQosMedium = 0x1,
  KHeteroCpuQosLow = 0x2,
  KHeteroCpuQosMultimedia = 0x3,
  KHeteroCpuQosDeadline = 0x4,
  KHeteroCpuQosDynamic = 0x5,
  KHeteroCpuQosMax = 0x5,
 };

 /* 235 */
 enum _KRESOURCEMANAGER_STATE : __int32
 {
  KResourceManagerUninitialized = 0x0,
  KResourceManagerOffline = 0x1,
  KResourceManagerOnline = 0x2,
 };

 /* 236 */
 enum _THREAD_WORKLOAD_CLASS : __int32
 {
  ThreadWorkloadClassDefault = 0x0,
  ThreadWorkloadClassGraphics = 0x1,
  MaxThreadWorkloadClass = 0x2,
 };

 /* 237 */
 enum _SEP_CACHED_HANDLES_ENTRY_TYPE : __int32
 {
  SepCachedHandlesEntryLowbox = 0x0,
  SepCachedHandlesEntryBnoIsolation = 0x1,
 };

 /* 238 */
 enum _POP_DEVICE_IDLE_TYPE : __int32
 {
  DeviceIdleNormal = 0x0,
  DeviceIdleDisk = 0x1,
 };

 /* 239 */
 enum _MI_CROSS_PARTITION_CHARGE_TYPE : __int32
 {
  MiCrossPartitionSectionResAvailCharge = 0x0,
  MiCrossPartitionSectionCommitCharge = 0x1,
  MiCrossPartitionPageCombineResAvailCharge = 0x2,
  MiCrossPartitionPageCombineCommitCharge = 0x3,
  MiCrossPartitionLargePageResAvailCharge = 0x4,
  MiCrossPartitionLargePageCommitCharge = 0x5,
  MiCrossPartitionPageCloneResAvailCharge = 0x6,
  MiCrossPartitionMaximumCharge = 0x7,
 };

 /* 240 */
 enum _HV_EXT_EPF_MODE : __int32
 {
  HvExtEpfModeMin = 0x0,
  HvExtEpfModeNt = 0x0,
  HvExtEpfModeMax = 0x1,
 };

 /* 241 */
 enum _PNP_REBALANCE_REASON : __int32
 {
  RebalanceReasonUnknown = 0x0,
  RebalanceReasonRequirementsChanged = 0x1,
  RebalanceReasonNewDevice = 0x2,
 };

 /* 242 */
 enum _PNP_REBALANCE_FAILURE : __int32
 {
  RebalanceFailureNone = 0x0,
  RebalanceFailureDisabled = 0x1,
  RebalanceFailureNoMemory = 0x2,
  RebalanceFailureQueryStopUnexpectedVeto = 0x3,
  RebalanceFailureNoRequirements = 0x4,
  RebalanceFailureNoCandidates = 0x5,
  RebalanceFailureNoConfiguration = 0x6,
 };

 /* 243 */
 enum _PNP_DEVNODE_QUERY_REBALANCE_VETO_REASON : __int32
 {
  DeviceQueryRebalanceSucceeded = 0x0,
  DeviceQueryStopFailed = 0x1,
  DeviceFailedGetNewResourceRequirement = 0x2,
  DeviceInUnexpectedState = 0x3,
  DeviceNotSupportQueryRebalance = 0x4,
 };

 /* 244 */
 enum _POP_POWER_ACTION_WATCHDOG_STATE : __int32
 {
  PopPowerActionWatchdogStateDisabled = 0x0,
  PopPowerActionWatchdogStateTransitioning = 0x1,
  PopPowerActionWatchdogStateResuming = 0x2,
  PopPowerActionWatchdogStateMax = 0x3,
 };

 /* 245 */
 enum _SYSTEM_FEATURE_CONFIGURATION_SECTION_TYPE : __int32
 {
  SystemFeatureConfigurationSectionTypeBoot = 0x0,
  SystemFeatureConfigurationSectionTypeRuntime = 0x1,
  SystemFeatureConfigurationSectionTypeUsageTriggers = 0x2,
  SystemFeatureConfigurationSectionTypeCount = 0x3,
 };

 /* 246 */
 enum _PS_ATTRIBUTE_NUM : __int32
 {
  PsAttributeParentProcess = 0x0,
  PsAttributeDebugObject = 0x1,
  PsAttributeToken = 0x2,
  PsAttributeClientId = 0x3,
  PsAttributeTebAddress = 0x4,
  PsAttributeImageName = 0x5,
  PsAttributeImageInfo = 0x6,
  PsAttributeMemoryReserve = 0x7,
  PsAttributePriorityClass = 0x8,
  PsAttributeErrorMode = 0x9,
  PsAttributeStdHandleInfo = 0xA,
  PsAttributeHandleList = 0xB,
  PsAttributeGroupAffinity = 0xC,
  PsAttributePreferredNode = 0xD,
  PsAttributeIdealProcessor = 0xE,
  PsAttributeUmsThread = 0xF,
  PsAttributeMitigationOptions = 0x10,
  PsAttributeProtectionLevel = 0x11,
  PsAttributeSecureProcess = 0x12,
  PsAttributeJobList = 0x13,
  PsAttributeChildProcessPolicy = 0x14,
  PsAttributeAllApplicationPackagesPolicy = 0x15,
  PsAttributeWin32kFilter = 0x16,
  PsAttributeSafeOpenPromptOriginClaim = 0x17,
  PsAttributeBnoIsolation = 0x18,
  PsAttributeDesktopAppPolicy = 0x19,
  PsAttributeChpe = 0x1A,
  PsAttributeMitigationAuditOptions = 0x1B,
  PsAttributeMax = 0x1C,
 };

 /* 247 */
 enum _PPM_PERF_QOS_DISABLE_REASON : __int32
 {
  PpmPerfQosDisableInternal = 0x0,
  PpmPerfQosDisableNoProfile = 0x1,
  PpmPerfQosDisableNoPolicy = 0x2,
  PpmPerfQosDisableInsufficientPolicy = 0x3,
  PpmPerfQosDisableMaxOverride = 0x4,
  PpmPerfQosDisableLowLatency = 0x5,
  PpmPerfQosDisableSmtScheduler = 0x6,
  PpmPerfQosDisableNoHardwareSupport = 0x7,
  PpmPerfQosDisableGroupPolicy = 0x8,
  PpmPerfQosDisableMax = 0x9,
 };

 /* 248 */
 enum _MI_VAD_ALLOCATION_CELL_TYPE : __int32
 {
  MiVadBottomUp = 0x0,
  MiVadStackPebTeb = 0x1,
  MiVadReserved64 = 0x2,
  MiVadAllocationCellMaximum = 0x3,
 };

 /* 249 */
 enum _ConnectionResourceConsumerDesc : __int32
 {
  ConnectionResourceConsumerDescIsUndefined = 0x0,
  ConnectionResourceConsumerDescIsDevice = 0x1,
  ConnectionResourceConsumerDescIsOpregion = 0x2,
  ConnectionResourceConsumerDescMax = 0x3,
 };

 /* 250 */
 enum _SYSTEM_INFORMATION_CLASS : __int32
 {
  SystemBasicInformation = 0x0,
  SystemProcessorInformation = 0x1,
  SystemPerformanceInformation = 0x2,
  SystemTimeOfDayInformation = 0x3,
  SystemPathInformation = 0x4,
  SystemProcessInformation = 0x5,
  SystemCallCountInformation = 0x6,
  SystemDeviceInformation = 0x7,
  SystemProcessorPerformanceInformation = 0x8,
  SystemFlagsInformation = 0x9,
  SystemCallTimeInformation = 0xA,
  SystemModuleInformation = 0xB,
  SystemLocksInformation = 0xC,
  SystemStackTraceInformation = 0xD,
  SystemPagedPoolInformation = 0xE,
  SystemNonPagedPoolInformation = 0xF,
  SystemHandleInformation = 0x10,
  SystemObjectInformation = 0x11,
  SystemPageFileInformation = 0x12,
  SystemVdmInstemulInformation = 0x13,
  SystemVdmBopInformation = 0x14,
  SystemFileCacheInformation = 0x15,
  SystemPoolTagInformation = 0x16,
  SystemInterruptInformation = 0x17,
  SystemDpcBehaviorInformation = 0x18,
  SystemFullMemoryInformation = 0x19,
  SystemLoadGdiDriverInformation = 0x1A,
  SystemUnloadGdiDriverInformation = 0x1B,
  SystemTimeAdjustmentInformation = 0x1C,
  SystemSummaryMemoryInformation = 0x1D,
  SystemMirrorMemoryInformation = 0x1E,
  SystemPerformanceTraceInformation = 0x1F,
  SystemObsolete0 = 0x20,
  SystemExceptionInformation = 0x21,
  SystemCrashDumpStateInformation = 0x22,
  SystemKernelDebuggerInformation = 0x23,
  SystemContextSwitchInformation = 0x24,
  SystemRegistryQuotaInformation = 0x25,
  SystemExtendServiceTableInformation = 0x26,
  SystemPrioritySeperation = 0x27,
  SystemVerifierAddDriverInformation = 0x28,
  SystemVerifierRemoveDriverInformation = 0x29,
  SystemProcessorIdleInformation = 0x2A,
  SystemLegacyDriverInformation = 0x2B,
  SystemCurrentTimeZoneInformation = 0x2C,
  SystemLookasideInformation = 0x2D,
  SystemTimeSlipNotification = 0x2E,
  SystemSessionCreate = 0x2F,
  SystemSessionDetach = 0x30,
  SystemSessionInformation = 0x31,
  SystemRangeStartInformation = 0x32,
  SystemVerifierInformation = 0x33,
  SystemVerifierThunkExtend = 0x34,
  SystemSessionProcessInformation = 0x35,
  SystemLoadGdiDriverInSystemSpace = 0x36,
  SystemNumaProcessorMap = 0x37,
  SystemPrefetcherInformation = 0x38,
  SystemExtendedProcessInformation = 0x39,
  SystemRecommendedSharedDataAlignment = 0x3A,
  SystemComPlusPackage = 0x3B,
  SystemNumaAvailableMemory = 0x3C,
  SystemProcessorPowerInformation = 0x3D,
  SystemEmulationBasicInformation = 0x3E,
  SystemEmulationProcessorInformation = 0x3F,
  SystemExtendedHandleInformation = 0x40,
  SystemLostDelayedWriteInformation = 0x41,
  SystemBigPoolInformation = 0x42,
  SystemSessionPoolTagInformation = 0x43,
  SystemSessionMappedViewInformation = 0x44,
  SystemHotpatchInformation = 0x45,
  SystemObjectSecurityMode = 0x46,
  SystemWatchdogTimerHandler = 0x47,
  SystemWatchdogTimerInformation = 0x48,
  SystemLogicalProcessorInformation = 0x49,
  SystemWow64SharedInformationObsolete = 0x4A,
  SystemRegisterFirmwareTableInformationHandler = 0x4B,
  SystemFirmwareTableInformation = 0x4C,
  SystemModuleInformationEx = 0x4D,
  SystemVerifierTriageInformation = 0x4E,
  SystemSuperfetchInformation = 0x4F,
  SystemMemoryListInformation = 0x50,
  SystemFileCacheInformationEx = 0x51,
  SystemThreadPriorityClientIdInformation = 0x52,
  SystemProcessorIdleCycleTimeInformation = 0x53,
  SystemVerifierCancellationInformation = 0x54,
  SystemProcessorPowerInformationEx = 0x55,
  SystemRefTraceInformation = 0x56,
  SystemSpecialPoolInformation = 0x57,
  SystemProcessIdInformation = 0x58,
  SystemErrorPortInformation = 0x59,
  SystemBootEnvironmentInformation = 0x5A,
  SystemHypervisorInformation = 0x5B,
  SystemVerifierInformationEx = 0x5C,
  SystemTimeZoneInformation = 0x5D,
  SystemImageFileExecutionOptionsInformation = 0x5E,
  SystemCoverageInformation = 0x5F,
  SystemPrefetchPatchInformation = 0x60,
  SystemVerifierFaultsInformation = 0x61,
  SystemSystemPartitionInformation = 0x62,
  SystemSystemDiskInformation = 0x63,
  SystemProcessorPerformanceDistribution = 0x64,
  SystemNumaProximityNodeInformation = 0x65,
  SystemDynamicTimeZoneInformation = 0x66,
  SystemCodeIntegrityInformation = 0x67,
  SystemProcessorMicrocodeUpdateInformation = 0x68,
  SystemProcessorBrandString = 0x69,
  SystemVirtualAddressInformation = 0x6A,
  SystemLogicalProcessorAndGroupInformation = 0x6B,
  SystemProcessorCycleTimeInformation = 0x6C,
  SystemStoreInformation = 0x6D,
  SystemRegistryAppendString = 0x6E,
  SystemAitSamplingValue = 0x6F,
  SystemVhdBootInformation = 0x70,
  SystemCpuQuotaInformation = 0x71,
  SystemNativeBasicInformation = 0x72,
  SystemErrorPortTimeouts = 0x73,
  SystemLowPriorityIoInformation = 0x74,
  SystemBootEntropyInformation = 0x75,
  SystemVerifierCountersInformation = 0x76,
  SystemPagedPoolInformationEx = 0x77,
  SystemSystemPtesInformationEx = 0x78,
  SystemNodeDistanceInformation = 0x79,
  SystemAcpiAuditInformation = 0x7A,
  SystemBasicPerformanceInformation = 0x7B,
  SystemQueryPerformanceCounterInformation = 0x7C,
  SystemSessionBigPoolInformation = 0x7D,
  SystemBootGraphicsInformation = 0x7E,
  SystemScrubPhysicalMemoryInformation = 0x7F,
  SystemBadPageInformation = 0x80,
  SystemProcessorProfileControlArea = 0x81,
  SystemCombinePhysicalMemoryInformation = 0x82,
  SystemEntropyInterruptTimingInformation = 0x83,
  SystemConsoleInformation = 0x84,
  SystemPlatformBinaryInformation = 0x85,
  SystemPolicyInformation = 0x86,
  SystemHypervisorProcessorCountInformation = 0x87,
  SystemDeviceDataInformation = 0x88,
  SystemDeviceDataEnumerationInformation = 0x89,
  SystemMemoryTopologyInformation = 0x8A,
  SystemMemoryChannelInformation = 0x8B,
  SystemBootLogoInformation = 0x8C,
  SystemProcessorPerformanceInformationEx = 0x8D,
  SystemCriticalProcessErrorLogInformation = 0x8E,
  SystemSecureBootPolicyInformation = 0x8F,
  SystemPageFileInformationEx = 0x90,
  SystemSecureBootInformation = 0x91,
  SystemEntropyInterruptTimingRawInformation = 0x92,
  SystemPortableWorkspaceEfiLauncherInformation = 0x93,
  SystemFullProcessInformation = 0x94,
  SystemKernelDebuggerInformationEx = 0x95,
  SystemBootMetadataInformation = 0x96,
  SystemSoftRebootInformation = 0x97,
  SystemElamCertificateInformation = 0x98,
  SystemOfflineDumpConfigInformation = 0x99,
  SystemProcessorFeaturesInformation = 0x9A,
  SystemRegistryReconciliationInformation = 0x9B,
  SystemEdidInformation = 0x9C,
  SystemManufacturingInformation = 0x9D,
  SystemEnergyEstimationConfigInformation = 0x9E,
  SystemHypervisorDetailInformation = 0x9F,
  SystemProcessorCycleStatsInformation = 0xA0,
  SystemVmGenerationCountInformation = 0xA1,
  SystemTrustedPlatformModuleInformation = 0xA2,
  SystemKernelDebuggerFlags = 0xA3,
  SystemCodeIntegrityPolicyInformation = 0xA4,
  SystemIsolatedUserModeInformation = 0xA5,
  SystemHardwareSecurityTestInterfaceResultsInformation = 0xA6,
  SystemSingleModuleInformation = 0xA7,
  SystemAllowedCpuSetsInformation = 0xA8,
  SystemVsmProtectionInformation = 0xA9,
  SystemInterruptCpuSetsInformation = 0xAA,
  SystemSecureBootPolicyFullInformation = 0xAB,
  SystemCodeIntegrityPolicyFullInformation = 0xAC,
  SystemAffinitizedInterruptProcessorInformation = 0xAD,
  SystemRootSiloInformation = 0xAE,
  SystemCpuSetInformation = 0xAF,
  SystemCpuSetTagInformation = 0xB0,
  SystemWin32WerStartCallout = 0xB1,
  SystemSecureKernelProfileInformation = 0xB2,
  SystemCodeIntegrityPlatformManifestInformation = 0xB3,
  SystemInterruptSteeringInformation = 0xB4,
  SystemSupportedProcessorArchitectures = 0xB5,
  SystemMemoryUsageInformation = 0xB6,
  SystemCodeIntegrityCertificateInformation = 0xB7,
  SystemPhysicalMemoryInformation = 0xB8,
  SystemControlFlowTransition = 0xB9,
  SystemKernelDebuggingAllowed = 0xBA,
  SystemActivityModerationExeState = 0xBB,
  SystemActivityModerationUserSettings = 0xBC,
  SystemCodeIntegrityPoliciesFullInformation = 0xBD,
  SystemCodeIntegrityUnlockInformation = 0xBE,
  SystemIntegrityQuotaInformation = 0xBF,
  SystemFlushInformation = 0xC0,
  SystemProcessorIdleMaskInformation = 0xC1,
  SystemSecureDumpEncryptionInformation = 0xC2,
  SystemWriteConstraintInformation = 0xC3,
  SystemKernelVaShadowInformation = 0xC4,
  SystemHypervisorSharedPageInformation = 0xC5,
  SystemFirmwareBootPerformanceInformation = 0xC6,
  SystemCodeIntegrityVerificationInformation = 0xC7,
  SystemFirmwarePartitionInformation = 0xC8,
  SystemSpeculationControlInformation = 0xC9,
  SystemDmaGuardPolicyInformation = 0xCA,
  SystemEnclaveLaunchControlInformation = 0xCB,
  SystemWorkloadAllowedCpuSetsInformation = 0xCC,
  SystemCodeIntegrityUnlockModeInformation = 0xCD,
  SystemLeapSecondInformation = 0xCE,
  SystemFlags2Information = 0xCF,
  SystemSecurityModelInformation = 0xD0,
  SystemCodeIntegritySyntheticCacheInformation = 0xD1,
  SystemFeatureConfigurationInformation = 0xD2,
  SystemFeatureConfigurationSectionInformation = 0xD3,
  SystemFeatureUsageSubscriptionInformation = 0xD4,
  SystemSecureSpeculationControlInformation = 0xD5,
  SystemSpacesBootInformation = 0xD6,
  SystemFwRamdiskInformation = 0xD7,
  SystemWheaIpmiHardwareInformation = 0xD8,
  SystemDifSetRuleClassInformation = 0xD9,
  SystemDifClearRuleClassInformation = 0xDA,
  SystemDifApplyPluginVerificationOnDriver = 0xDB,
  SystemDifRemovePluginVerificationOnDriver = 0xDC,
  SystemShadowStackInformation = 0xDD,
  SystemBuildVersionInformation = 0xDE,
  SystemPoolLimitInformation = 0xDF,
  SystemCodeIntegrityAddDynamicStore = 0xE0,
  SystemCodeIntegrityClearDynamicStores = 0xE1,
  SystemPoolZeroingInformation = 0xE3,
  MaxSystemInfoClass = 0xE4,
 };

 /* 251 */
 enum _PROCESS_TERMINATE_REQUEST_REASON : __int32
 {
  ProcessTerminateRequestReasonNone = 0x0,
  ProcessTerminateCommitFail = 0x1,
  ProcessTerminateWriteToExecuteMemory = 0x2,
  ProcessTerminateAttachedWriteToExecuteMemory = 0x3,
  ProcessTerminateRequestReasonMax = 0x4,
 };

 /* 252 */
 enum _VRF_TRIAGE_CONTEXT : __int32
 {
  VRF_TRIAGE_CONTEXT_NONE = 0x0,
  VRF_TRIAGE_CONTEXT_DEFAULT = 0x1,
  VRF_TRIAGE_CONTEXT_DEVELOPMENT = 0x1,
  VRF_TRIAGE_CONTEXT_CERTIFICATION = 0x2,
  VRF_TRIAGE_CONTEXT_FLIGHT_TARGETED = 0x3,
  VRF_TRIAGE_CONTEXT_FLIGHT_DIAGNOSTICS = 0x4,
  VRF_TRIAGE_CONTEXT_FLIGHT_MONITORING = 0x5,
  NUM_VRF_TRIAGE_CONTEXTS = 0x6,
 };

 /* 253 */
 enum _REQUESTER_TYPE : __int32
 {
  KernelRequester = 0x0,
  UserProcessRequester = 0x1,
  UserSharedServiceRequester = 0x2,
 };

 /* 254 */
 enum _KERNEL_STACK_LIMITS : __int32
 {
  BugcheckStackLimits = 0x0,
  DPCStackLimits = 0x1,
  ExpandedStackLimits = 0x2,
  NormalStackLimits = 0x3,
  Win32kStackLimits = 0x4,
  SwapBusyStackLimits = 0x5,
  IsrStackLimits = 0x6,
  DebuggerStackLimits = 0x7,
  NmiStackLimits = 0x8,
  MachineCheckStackLimits = 0x9,
  ExceptionStackLimits = 0xA,
  MaximumStackLimits = 0xB,
 };

 /* 255 */
 enum ReplacesCorHdrNumericDefines : __int32
 {
  COMIMAGE_FLAGS_ILONLY = 0x1,
  COMIMAGE_FLAGS_32BITREQUIRED = 0x2,
  COMIMAGE_FLAGS_IL_LIBRARY = 0x4,
  COMIMAGE_FLAGS_STRONGNAMESIGNED = 0x8,
  COMIMAGE_FLAGS_NATIVE_ENTRYPOINT = 0x10,
  COMIMAGE_FLAGS_TRACKDEBUGDATA = 0x10000,
  COMIMAGE_FLAGS_32BITPREFERRED = 0x20000,
  COR_VERSION_MAJOR_V2 = 0x2,
  COR_VERSION_MAJOR = 0x2,
  COR_VERSION_MINOR = 0x5,
  COR_DELETED_NAME_LENGTH = 0x8,
  COR_VTABLEGAP_NAME_LENGTH = 0x8,
  NATIVE_TYPE_MAX_CB = 0x1,
  COR_ILMETHOD_SECT_SMALL_MAX_DATASIZE = 0xFF,
  IMAGE_COR_MIH_METHODRVA = 0x1,
  IMAGE_COR_MIH_EHRVA = 0x2,
  IMAGE_COR_MIH_BASICBLOCK = 0x8,
  COR_VTABLE_32BIT = 0x1,
  COR_VTABLE_64BIT = 0x2,
  COR_VTABLE_FROM_UNMANAGED = 0x4,
  COR_VTABLE_FROM_UNMANAGED_RETAIN_APPDOMAIN = 0x8,
  COR_VTABLE_CALL_MOST_DERIVED = 0x10,
  IMAGE_COR_EATJ_THUNK_SIZE = 0x20,
  MAX_CLASS_NAME = 0x400,
  MAX_PACKAGE_NAME = 0x400,
 };

 /* 256 */
 enum _ARBITER_RESULT : __int32
 {
  ArbiterResultUndefined = 0xFFFFFFFF,
  ArbiterResultSuccess = 0x0,
  ArbiterResultExternalConflict = 0x1,
  ArbiterResultNullRequest = 0x2,
 };

 /* 257 */
 enum PDC_ACTIVITY_TYPE : __int32
 {
  PdcNetwork = 0x0,
  PdcSystem = 0x1,
  PdcTimer = 0x2,
  PdcAllNetworks = 0x3,
  PdcAnyNetwork = 0x4,
  PdcInvalidActivity = 0x5,
  PdcMaxActivity = 0x5,
 };

 /* 258 */
 enum JOB_OBJECT_NET_RATE_CONTROL_FLAGS : __int32
 {
  JOB_OBJECT_NET_RATE_CONTROL_ENABLE = 0x1,
  JOB_OBJECT_NET_RATE_CONTROL_MAX_BANDWIDTH = 0x2,
  JOB_OBJECT_NET_RATE_CONTROL_DSCP_TAG = 0x4,
  JOB_OBJECT_NET_RATE_CONTROL_VALID_FLAGS = 0x7,
 };

 /* 259 */
 enum _MI_INPAGE_SUPPORT_TYPES : __int32
 {
  MiInPageSupportExpanded = 0x0,
  MiInPageSupportRegular = 0x1,
  MiInPageSupportMaximum = 0x2,
 };

 /* 260 */
 enum _MI_MIRROR_BITMAP_TYPES : __int32
 {
  MirrorBitmapTypeNormal = 0x0,
  MirrorBitmapTypeInterlocked = 0x1,
  MirrorBitmapTypeMaximum = 0x2,
 };

 /* 261 */
 enum _POP_IO_STATUS : __int32
 {
  IoReady = 0x0,
  IoPending = 0x1,
  IoDone = 0x2,
 };

 /* 262 */
 enum KTM_STATE : __int32
 {
  KKtmUninitialized = 0x0,
  KKtmInitialized = 0x1,
  KKtmRecovering = 0x2,
  KKtmOnline = 0x3,
  KKtmRecoveryFailed = 0x4,
  KKtmOffline = 0x5,
 };

 /* 263 */
 enum _LDR_DLL_LOAD_REASON : __int32
 {
  LoadReasonStaticDependency = 0x0,
  LoadReasonStaticForwarderDependency = 0x1,
  LoadReasonDynamicForwarderDependency = 0x2,
  LoadReasonDelayloadDependency = 0x3,
  LoadReasonDynamicLoad = 0x4,
  LoadReasonAsImageLoad = 0x5,
  LoadReasonAsDataLoad = 0x6,
  LoadReasonEnclavePrimary = 0x7,
  LoadReasonEnclaveDependency = 0x8,
  LoadReasonUnknown = 0xFFFFFFFF,
 };

 /* 264 */
 enum _KCONTINUE_TYPE : __int32
 {
  KCONTINUE_UNWIND = 0x0,
  KCONTINUE_RESUME = 0x1,
  KCONTINUE_LONGJUMP = 0x2,
  KCONTINUE_SET = 0x3,
  KCONTINUE_LAST = 0x4,
 };

 /* 265 */
 enum _RTL_GENERIC_COMPARE_RESULTS : __int32
 {
  GenericLessThan = 0x0,
  GenericGreaterThan = 0x1,
  GenericEqual = 0x2,
 };

 /* 266 */
 enum _PO_MODERN_SLEEP_ACTION : __int32
 {
  PoModernSleepActionGlobalActivatorsVeto = 0x0,
  PoModernSleepActionNonBlockingPhases = 0x1,
  PoModernSleepActionForceIdle = 0x2,
  PoModernSleepActionMinimalBlockingNotificationClients = 0x3,
  PoModernSleepActionMax = 0x4,
 };

 /* 267 */
 enum _FAULT_INFORMATION_ARCH : __int32
 {
  FaultInformationInvalid = 0x0,
  FaultInformationArm64 = 0x1,
  FaultInformationX64 = 0x2,
 };

 /* 268 */
 enum _DMA_SPEED : __int32
 {
  Compatible = 0x0,
  TypeA = 0x1,
  TypeB = 0x2,
  TypeC = 0x3,
  TypeF = 0x4,
  MaximumDmaSpeed = 0x5,
 };

 /* 269 */
 enum _MI_AVAILABLE_PAGE_WAIT_TYPES : __int32
 {
  AvailablePagesWaitLow = 0x0,
  AvailablePagesWaitHigh = 0x1,
  AvailablePagesWaitVeryHigh = 0x2,
  AvailablePagesWaitMaximum = 0x3,
 };

 /* 270 */
 enum _DOMAIN_CONFIGURATION_ARCH : __int32
 {
  DomainConfigurationArm64 = 0x0,
  DomainConfigurationInvalid = 0x1,
 };

 /* 271 */
 enum _ETW_HEADER_TYPE : __int32
 {
  EtwHeaderTypeNative = 0x0,
  EtwHeaderTypeWow = 0x1,
  EtwHeaderTypeMax = 0x2,
 };

 /* 272 */
 enum _FUNCTION_TABLE_TYPE : __int32
 {
  RF_SORTED = 0x0,
  RF_UNSORTED = 0x1,
  RF_CALLBACK = 0x2,
  RF_KERNEL_DYNAMIC = 0x3,
 };

 /* 273 */
 enum _PROCESSOR_PRESENCE : __int32
 {
  ProcessorPresenceNt = 0x0,
  ProcessorPresenceHv = 0x1,
  ProcessorPresenceHidden = 0x2,
 };

 /* 274 */
 enum _CM_SHARE_DISPOSITION : __int32
 {
  CmResourceShareUndetermined = 0x0,
  CmResourceShareDeviceExclusive = 0x1,
  CmResourceShareDriverExclusive = 0x2,
  CmResourceShareShared = 0x3,
 };

 /* 275 */
 enum _ARBITER_ACTION : __int32
 {
  ArbiterActionTestAllocation = 0x0,
  ArbiterActionRetestAllocation = 0x1,
  ArbiterActionCommitAllocation = 0x2,
  ArbiterActionRollbackAllocation = 0x3,
  ArbiterActionQueryAllocatedResources = 0x4,
  ArbiterActionWriteReservedResources = 0x5,
  ArbiterActionQueryConflict = 0x6,
  ArbiterActionQueryArbitrate = 0x7,
  ArbiterActionAddReserved = 0x8,
  ArbiterActionBootAllocation = 0x9,
 };

 /* 276 */
 enum _MACHINE_CHECK_NESTING_LEVEL : __int32
 {
  McheckNormal = 0x0,
  McheckNmi = 0x1,
  McheckNestingLevels = 0x2,
 };

 /* 277 */
 enum _FAULT_INFORMATION_ARM64_TYPE : __int32
 {
  UnsupportedUpstreamTransaction = 0x0,
  AddressSizeFault = 0x1,
  TlbMatchConflict = 0x2,
  ExternalFault = 0x3,
  PermissionFault = 0x4,
  AccessFlagFault = 0x5,
  TranslationFault = 0x6,
  MaxFaultType = 0x7,
 };

 /* 278 */
 enum _KTRANSACTION_STATE : __int32
 {
  KTransactionUninitialized = 0x0,
  KTransactionActive = 0x1,
  KTransactionPreparing = 0x2,
  KTransactionPrepared = 0x3,
  KTransactionInDoubt = 0x4,
  KTransactionCommitted = 0x5,
  KTransactionAborted = 0x6,
  KTransactionDelegated = 0x7,
  KTransactionPrePreparing = 0x8,
  KTransactionForgotten = 0x9,
  KTransactionRecovering = 0xA,
  KTransactionPrePrepared = 0xB,
 };

 /* 279 */
 enum _KTRANSACTION_OUTCOME : __int32
 {
  KTxOutcomeUninitialized = 0x0,
  KTxOutcomeUndetermined = 0x1,
  KTxOutcomeCommitted = 0x2,
  KTxOutcomeAborted = 0x3,
  KTxOutcomeUnavailable = 0x4,
 };

 /* 280 */
 enum _LDR_DDAG_STATE : __int32
 {
  LdrModulesMerged = 0xFFFFFFFB,
  LdrModulesInitError = 0xFFFFFFFC,
  LdrModulesSnapError = 0xFFFFFFFD,
  LdrModulesUnloaded = 0xFFFFFFFE,
  LdrModulesUnloading = 0xFFFFFFFF,
  LdrModulesPlaceHolder = 0x0,
  LdrModulesMapping = 0x1,
  LdrModulesMapped = 0x2,
  LdrModulesWaitingForDependencies = 0x3,
  LdrModulesSnapping = 0x4,
  LdrModulesSnapped = 0x5,
  LdrModulesCondensed = 0x6,
  LdrModulesReadyToInit = 0x7,
  LdrModulesInitializing = 0x8,
  LdrModulesReadyToRun = 0x9,
 };

 /* 281 */
 enum _PNP_WATCHDOG_TYPE : __int32
 {
  PNP_EVENT_WORKER_WATCHDOG = 0x1,
  PNP_DEVICE_COMPLETION_QUEUE_WATCHDOG = 0x2,
  PNP_DELAYED_REMOVE_WORKER_WATCHDOG = 0x3,
  PNP_ADD_DEVICE_WATCHDOG = 0x4,
  PNP_DRIVER_ENTRY_WATCHDOG = 0x5,
 };

 /* 282 */
 enum _PLUGPLAY_EVENT_CATEGORY : __int32
 {
  HardwareProfileChangeEvent = 0x0,
  TargetDeviceChangeEvent = 0x1,
  DeviceClassChangeEvent = 0x2,
  CustomDeviceEvent = 0x3,
  DeviceInstallEvent = 0x4,
  DeviceArrivalEvent = 0x5,
  VetoEvent = 0x6,
  BlockedDriverEvent = 0x7,
  InvalidIDEvent = 0x8,
  DevicePropertyChangeEvent = 0x9,
  DeviceInstanceRemovalEvent = 0xA,
  DeviceInstanceStartedEvent = 0xB,
  MaxPlugEventCategory = 0xC,
 };

 /* 283 */
 enum _DUMP_EVENTS : __int32
 {
  DUMP_EVENT_NONE = 0x0,
  DUMP_EVENT_HIBER_RESUME = 0x1,
  DUMP_EVENT_HIBER_RESUME_END = 0x2,
 };

 /* 284 */
 enum _PEP_WORK_TYPE : __int32
 {
  PepWorkActiveComplete = 0x0,
  PepWorkRequestIdleState = 0x1,
  PepWorkDevicePower = 0x2,
  PepWorkRequestPowerControl = 0x3,
  PepWorkDeviceIdle = 0x4,
  PepWorkCompleteIdleState = 0x5,
  PepWorkCompletePerfState = 0x6,
  PepWorkAcpiNotify = 0x7,
  PepWorkAcpiEvaluateControlMethodComplete = 0x8,
  PepWorkMax = 0x9,
 };

 /* 285 */
 enum _CONFIGURATION_CLASS : __int32
 {
  SystemClass = 0x0,
  ProcessorClass = 0x1,
  CacheClass = 0x2,
  AdapterClass = 0x3,
  ControllerClass = 0x4,
  PeripheralClass = 0x5,
  MemoryClass = 0x6,
  MaximumClass = 0x7,
 };

 /* 286 */
 enum _CONFIGURATION_TYPE : __int32
 {
  ArcSystem = 0x0,
  CentralProcessor = 0x1,
  FloatingPointProcessor = 0x2,
  PrimaryIcache = 0x3,
  PrimaryDcache = 0x4,
  SecondaryIcache = 0x5,
  SecondaryDcache = 0x6,
  SecondaryCache = 0x7,
  EisaAdapter = 0x8,
  TcAdapter = 0x9,
  ScsiAdapter = 0xA,
  DtiAdapter = 0xB,
  MultiFunctionAdapter = 0xC,
  DiskController = 0xD,
  TapeController = 0xE,
  CdromController = 0xF,
  WormController = 0x10,
  SerialController = 0x11,
  NetworkController = 0x12,
  DisplayController = 0x13,
  ParallelController = 0x14,
  PointerController = 0x15,
  KeyboardController = 0x16,
  AudioController = 0x17,
  OtherController = 0x18,
  DiskPeripheral = 0x19,
  FloppyDiskPeripheral = 0x1A,
  TapePeripheral = 0x1B,
  ModemPeripheral = 0x1C,
  MonitorPeripheral = 0x1D,
  PrinterPeripheral = 0x1E,
  PointerPeripheral = 0x1F,
  KeyboardPeripheral = 0x20,
  TerminalPeripheral = 0x21,
  OtherPeripheral = 0x22,
  LinePeripheral = 0x23,
  NetworkPeripheral = 0x24,
  SystemMemory = 0x25,
  DockingInformation = 0x26,
  RealModeIrqRoutingTable = 0x27,
  RealModePCIEnumeration = 0x28,
  MaximumType = 0x29,
 };

 /* 287 */
 enum $E629E57EB416A4DD55ADB1883CE94280 : __int32
 {
  KTMOH_CommitTransaction_Result = 0x1,
  KTMOH_RollbackTransaction_Result = 0x2,
 };

 /* 288 */
 enum _ETW_NOTIFICATION_TYPE : __int32
 {
  EtwNotificationTypeNoReply = 0x1,
  EtwNotificationTypeLegacyEnable = 0x2,
  EtwNotificationTypeEnable = 0x3,
  EtwNotificationTypePrivateLogger = 0x4,
  EtwNotificationTypePerflib = 0x5,
  EtwNotificationTypeAudio = 0x6,
  EtwNotificationTypeSession = 0x7,
  EtwNotificationTypeReserved = 0x8,
  EtwNotificationTypeCredentialUI = 0x9,
  EtwNotificationTypeInProcSession = 0xA,
  EtwNotificationTypeFilteredPrivateLogger = 0xB,
  EtwNotificationTypeMax = 0xC,
 };

 /* 289 */
 enum _PO_FX_PERF_STATE_UNIT : __int32
 {
  PoFxPerfStateUnitOther = 0x0,
  PoFxPerfStateUnitFrequency = 0x1,
  PoFxPerfStateUnitBandwidth = 0x2,
  PoFxPerfStateUnitMaximum = 0x3,
 };

 /* 290 */
 enum _PO_FX_PERF_STATE_TYPE : __int32
 {
  PoFxPerfStateTypeDiscrete = 0x0,
  PoFxPerfStateTypeRange = 0x1,
  PoFxPerfStateTypeMaximum = 0x2,
 };

 /* 291 */
 enum _BOOT_ENTROPY_SOURCE_ID : __int32
 {
  BootEntropySourceNone = 0x0,
  BootEntropySourceSeedfile = 0x1,
  BootEntropySourceExternal = 0x2,
  BootEntropySourceTpm = 0x3,
  BootEntropySourceRdrand = 0x4,
  BootEntropySourceTime = 0x5,
  BootEntropySourceAcpiOem0 = 0x6,
  BootEntropySourceUefi = 0x7,
  BootEntropySourceCng = 0x8,
  BootEntropySourceTcbTpm = 0x9,
  BootEntropySourceTcbRdrand = 0xA,
  BootMaxEntropySources = 0xA,
 };

 /* 292 */
 enum _BOOT_ENTROPY_SOURCE_RESULT_CODE : __int32
 {
  BootEntropySourceStructureUninitialized = 0x0,
  BootEntropySourceDisabledByPolicy = 0x1,
  BootEntropySourceNotPresent = 0x2,
  BootEntropySourceError = 0x3,
  BootEntropySourceSuccess = 0x4,
 };

 /* 293 */
 enum _FS_FILTER_SECTION_SYNC_TYPE : __int32
 {
  SyncTypeOther = 0x0,
  SyncTypeCreateSection = 0x1,
 };

 /* 294 */
 struct LIST_ENTRY64
 {
  unsigned __int64 Flink;
  unsigned __int64 Blink;
 };

 /* 295 */
 struct LIST_ENTRY32
 {
  unsigned int Flink;
  unsigned int Blink;
 };

 /* 296 */
 struct _LIST_ENTRY
 {
  _LIST_ENTRY *Flink;
  _LIST_ENTRY *Blink;
 };

 /* 297 */
 struct $08481D05807C14C022C64127DBCB0DC5
 {
  unsigned __int8 Type;
  unsigned __int8 Signalling;
  unsigned __int8 Size;
  unsigned __int8 Reserved1;
 };

 /* 298 */
 struct $BDD1DEEA9085FB2031C94E38C028AF9F
 {
  unsigned __int8 TimerType;
  unsigned __int8 TimerControlFlags;
  unsigned __int8 Hand;
  unsigned __int8 TimerMiscFlags;
 };

 /* 299 */
 struct $02F1E2651E9D26351CD44793F2F78E1F
 {
  unsigned __int8 Timer2Type;
  unsigned __int8 Absolute : 1;
  unsigned __int8 Wake : 1;
  unsigned __int8 EncodedTolerableDelay : 6;
  unsigned __int8 Timer2ComponentId;
  unsigned __int8 Index : 6;
  unsigned __int8 Inserted : 1;
  unsigned __int8 Expired : 1;
 };

 /* 300 */
 struct $E9B6E411B508381891F0374539EA7718
 {
  unsigned __int8 QueueType;
  unsigned __int8 Timer2Flags;
  unsigned __int8 QueueSize;
  unsigned __int8 Timer2RelativeId;
 };

 /* 301 */
 struct $82359CCE575330AAB08AF0894BC28AE0
 {
  unsigned __int8 ThreadType;
  unsigned __int8 Timer2Inserted : 1;
  unsigned __int8 Timer2Expiring : 1;
  unsigned __int8 Timer2CancelPending : 1;
  unsigned __int8 Timer2SetPending : 1;
  unsigned __int8 Timer2Running : 1;
  unsigned __int8 Timer2Disabled : 1;
  unsigned __int8 Timer2ReservedFlags : 2;
  unsigned __int8 ThreadControlFlags;
  unsigned __int8 QueueReserved;
 };

 /* 302 */
 struct $15D1686C1B6B91F828FF4FDCD9195D5F
 {
  unsigned __int8 MutantType;
  unsigned __int8 QueueControlFlags;
  unsigned __int8 CycleProfiling : 1;
  unsigned __int8 CounterProfiling : 1;
  unsigned __int8 GroupScheduling : 1;
  unsigned __int8 AffinitySet : 1;
  unsigned __int8 Tagged : 1;
  unsigned __int8 EnergyProfiling : 1;
  unsigned __int8 SchedulerAssist : 1;
  unsigned __int8 ThreadReservedControlFlags : 1;
  unsigned __int8 DebugActive;
 };

 /* 303 */
 struct $087A677B78B542EC5A7B75A6231DAD57
 {
  _BYTE gap0;
  unsigned __int8 Abandoned : 1;
  unsigned __int8 DisableIncrement : 1;
  unsigned __int8 QueueReservedControlFlags : 6;
  unsigned __int8 DpcActive;
  unsigned __int8 ActiveDR7 : 1;
  unsigned __int8 Instrumented : 1;
  unsigned __int8 Minimal : 1;
  unsigned __int8 Reserved4 : 2;
  unsigned __int8 AltSyscall : 1;
  unsigned __int8 UmsScheduled : 1;
  unsigned __int8 UmsPrimary : 1;
 };

 /* 304 */
 struct $4C0D29959C2537B70A4EE9FE3BDDA353
 {
  _BYTE gap0;
  unsigned __int8 ThreadReserved;
  _BYTE gap2;
  unsigned __int8 MutantReserved;
 };

 /* 305 */
 struct $4B94A638C9572C40F7312179A2B431F6
 {
  _BYTE gap0;
  unsigned __int8 MutantSize;
 };

 /* 306 */
 union $B3B51F8DEC5E51D465FABA568F2DB23D
 {
  volatile int Lock;
  int LockNV;
  $08481D05807C14C022C64127DBCB0DC5 __s2;
  $BDD1DEEA9085FB2031C94E38C028AF9F __s3;
  $02F1E2651E9D26351CD44793F2F78E1F __s4;
  $E9B6E411B508381891F0374539EA7718 __s5;
  $82359CCE575330AAB08AF0894BC28AE0 __s6;
  $15D1686C1B6B91F828FF4FDCD9195D5F __s7;
  $087A677B78B542EC5A7B75A6231DAD57 __s8;
  $4C0D29959C2537B70A4EE9FE3BDDA353 __s9;
  $4B94A638C9572C40F7312179A2B431F6 __s10;
 };

 /* 307 */
 struct _DISPATCHER_HEADER
 {
  $B3B51F8DEC5E51D465FABA568F2DB23D ___u0;
  int SignalState;
  _LIST_ENTRY WaitListHead;
 };

 /* 308 */
 struct _M128A
 {
  unsigned __int64 Low;
  __int64 High;
 };

 /* 309 */
 struct _XSAVE_FORMAT
 {
  unsigned __int16 ControlWord;
  unsigned __int16 StatusWord;
  unsigned __int8 TagWord;
  unsigned __int8 Reserved1;
  unsigned __int16 ErrorOpcode;
  unsigned int ErrorOffset;
  unsigned __int16 ErrorSelector;
  unsigned __int16 Reserved2;
  unsigned int DataOffset;
  unsigned __int16 DataSelector;
  unsigned __int16 Reserved3;
  unsigned int MxCsr;
  unsigned int MxCsr_Mask;
  _M128A FloatRegisters[8];
  _M128A XmmRegisters[16];
  unsigned __int8 Reserved4[96];
 };

 /* 310 */
 struct $6FAEF29703B46FE98A6AEC7A76F7EDDE
 {
  unsigned __int16 Weight;
  unsigned __int16 MaxRate;
 };

 /* 311 */
 union $2F2564D6633E78FA7F137D4A682FCAF0
 {
  unsigned int Value;
  $6FAEF29703B46FE98A6AEC7A76F7EDDE __s1;
  unsigned __int16 MinRate;
 };

 /* 312 */
 struct $DD3BF4DB80F86D830756FEADC1CBB3C9
 {
  unsigned __int32 Type : 1;
  unsigned __int32 Disabled : 1;
  unsigned __int32 RankBias : 1;
  unsigned __int32 Spare1 : 29;
 };

 /* 313 */
 union $8299178FCCCC9A862FB25900C27DD66D
 {
  unsigned int AllFlags;
  $DD3BF4DB80F86D830756FEADC1CBB3C9 __s1;
 };

 /* 314 */
 struct _KSCHEDULING_GROUP_POLICY
 {
  $2F2564D6633E78FA7F137D4A682FCAF0 ___u0;
  $8299178FCCCC9A862FB25900C27DD66D ___u1;
 };

 /* 315 */
 struct _SINGLE_LIST_ENTRY
 {
  _SINGLE_LIST_ENTRY *Next;
 };

 /* 317 */
 struct $82623AFB470F8517B6D8F9E43441C7E1
 {
  unsigned __int8 Type;
  unsigned __int8 Importance;
  volatile unsigned __int16 Number;
 };

 /* 318 */
 union $F4FC2570E6A2ADE009E800B0F5683360
 {
  unsigned int TargetInfoAsUlong;
  $82623AFB470F8517B6D8F9E43441C7E1 __s1;
 };

 /* 316 */
 struct _KDPC
 {
  $F4FC2570E6A2ADE009E800B0F5683360 ___u0;
  _SINGLE_LIST_ENTRY DpcListEntry;
  unsigned __int64 ProcessorHistory;
  void (__fastcall *DeferredRoutine)(_KDPC *, void *, void *, void *);
  void *DeferredContext;
  void *SystemArgument1;
  void *SystemArgument2;
  void *DpcData;
 };

 /* 330 */
 union $17B81ADA4C5E97C599021AC19D2A6B6D
 {
  _LIST_ENTRY SchedulingGroupList;
  _LIST_ENTRY Sibling;
 };

 /* 319 */
 struct _KSCHEDULING_GROUP
 {
  _KSCHEDULING_GROUP_POLICY Policy;
  unsigned int RelativeWeight;
  unsigned int ChildMinRate;
  unsigned int ChildMinWeight;
  unsigned int ChildTotalWeight;
  unsigned __int64 QueryHistoryTimeStamp;
  __int64 NotificationCycles;
  __int64 MaxQuotaLimitCycles;
  volatile __int64 MaxQuotaCyclesRemaining;
  $17B81ADA4C5E97C599021AC19D2A6B6D ___u9;
  _KDPC *NotificationDpc;
  _LIST_ENTRY ChildList;
  _KSCHEDULING_GROUP *Parent;
  __declspec(align(32)) _KSCB PerProcessor[1];
 };

 /* 321 */
 struct $D050A9FC11C9F62029640BC48E0C9117
 {
  _RTL_BALANCED_NODE *Left;
  _RTL_BALANCED_NODE *Right;
 };

 /* 322 */
 union $586CF573BC38D694E2ED87BF12D5709A
 {
  _RTL_BALANCED_NODE *Children[2];
  $D050A9FC11C9F62029640BC48E0C9117 __s1;
 };

 /* 323 */
 struct $424C8BBEF8F6C852886B4C6E806B5DB0
 {
  unsigned __int8 Red : 1;
 };

 /* 324 */
 struct $D962A830273E2DCC2CD9A73DF8740260
 {
  unsigned __int8 Balance : 2;
 };

 /* 325 */
 union $B32DFA1BE0A79F1CA05B27AD6FA30444
 {
  $424C8BBEF8F6C852886B4C6E806B5DB0 __s0;
  $D962A830273E2DCC2CD9A73DF8740260 __s1;
  unsigned __int64 ParentValue;
 };

 /* 320 */
 struct _RTL_BALANCED_NODE
 {
  $586CF573BC38D694E2ED87BF12D5709A ___u0;
  $B32DFA1BE0A79F1CA05B27AD6FA30444 ___u1;
 };

 /* 326 */
 struct $7D93978C745EB1C2D28075BAF55422B4
 {
  unsigned __int8 Encoded : 1;
 };

 /* 327 */
 union $8E914957894DD2BA1BC26273A9B0921D
 {
  $7D93978C745EB1C2D28075BAF55422B4 __s0;
  _RTL_BALANCED_NODE *Min;
 };

 /* 328 */
 struct _RTL_RB_TREE
 {
  _RTL_BALANCED_NODE *Root;
  $8E914957894DD2BA1BC26273A9B0921D ___u1;
 };

 /* 329 */
 struct _KSCB
 {
  unsigned __int64 GenerationCycles;
  unsigned __int64 MinQuotaCycleTarget;
  unsigned __int64 MaxQuotaCycleTarget;
  unsigned __int64 RankCycleTarget;
  unsigned __int64 LongTermCycles;
  unsigned __int64 LastReportedCycles;
  volatile unsigned __int64 OverQuotaHistory;
  unsigned __int64 ReadyTime;
  unsigned __int64 InsertTime;
  _LIST_ENTRY PerProcessorList;
  _RTL_BALANCED_NODE QueueNode;
  unsigned __int8 Inserted : 1;
  unsigned __int8 MaxOverQuota : 1;
  unsigned __int8 MinOverQuota : 1;
  unsigned __int8 RankBias : 1;
  unsigned __int8 SoftCap : 1;
  unsigned __int8 ShareRankOwner : 1;
  unsigned __int8 Spare1 : 2;
  unsigned __int8 Depth;
  unsigned __int16 ReadySummary;
  unsigned int Rank;
  volatile unsigned int *ShareRank;
  volatile unsigned int OwnerShareRank;
  _LIST_ENTRY ReadyListHead[16];
  _RTL_RB_TREE ChildScbQueue;
  _KSCB *Parent;
  _KSCB *Root;
 };

 /* 331 */
 struct $6E3F869BADF0AE2AE79CB2D8108FC64A
 {
  unsigned __int8 State : 3;
  unsigned __int8 Affinity : 1;
  unsigned __int8 Priority : 1;
  unsigned __int8 Apc : 1;
  unsigned __int8 UserApc : 1;
  unsigned __int8 Alert : 1;
 };

 /* 332 */
 union _KWAIT_STATUS_REGISTER
 {
  unsigned __int8 Flags;
  $6E3F869BADF0AE2AE79CB2D8108FC64A __s1;
 };

 /* 333 */
 union $0A5B921805314784846D9B1A1C65E0B8
 {
  char PreviousMode;
  unsigned __int8 InterruptRetpolineState;
 };

 /* 334 */
 union $E1E85BDFF120969F243E40972FB7AAD0
 {
  unsigned __int8 FaultIndicator;
  unsigned __int8 NmiMsrIbrs;
 };

 /* 335 */
 union $8F6355D5F60D214191165731D383CB8C
 {
  unsigned __int64 GsBase;
  unsigned __int64 GsSwap;
 };

 /* 336 */
 union $7C5DE26D70D5BE3946A1648545D65AE0
 {
  unsigned __int64 FaultAddress;
  unsigned __int64 ContextRecord;
 };

 /* 337 */
 union $70C7D383085E14057A40B90B0C71A2A2
 {
  unsigned __int64 ErrorCode;
  unsigned __int64 ExceptionFrame;
 };

 /* 338 */
 struct _KTRAP_FRAME
 {
  unsigned __int64 P1Home;
  unsigned __int64 P2Home;
  unsigned __int64 P3Home;
  unsigned __int64 P4Home;
  unsigned __int64 P5;
  $0A5B921805314784846D9B1A1C65E0B8 ___u5;
  unsigned __int8 PreviousIrql;
  $E1E85BDFF120969F243E40972FB7AAD0 ___u7;
  unsigned __int8 ExceptionActive;
  unsigned int MxCsr;
  unsigned __int64 Rax;
  unsigned __int64 Rcx;
  unsigned __int64 Rdx;
  unsigned __int64 R8;
  unsigned __int64 R9;
  unsigned __int64 R10;
  unsigned __int64 R11;
  $8F6355D5F60D214191165731D383CB8C ___u17;
  _M128A Xmm0;
  _M128A Xmm1;
  _M128A Xmm2;
  _M128A Xmm3;
  _M128A Xmm4;
  _M128A Xmm5;
  $7C5DE26D70D5BE3946A1648545D65AE0 ___u24;
  unsigned __int64 Dr0;
  unsigned __int64 Dr1;
  unsigned __int64 Dr2;
  unsigned __int64 Dr3;
  unsigned __int64 Dr6;
  unsigned __int64 Dr7;
  unsigned __int64 DebugControl;
  unsigned __int64 LastBranchToRip;
  unsigned __int64 LastBranchFromRip;
  unsigned __int64 LastExceptionToRip;
  unsigned __int64 LastExceptionFromRip;
  unsigned __int16 SegDs;
  unsigned __int16 SegEs;
  unsigned __int16 SegFs;
  unsigned __int16 SegGs;
  unsigned __int64 TrapFrame;
  unsigned __int64 Rbx;
  unsigned __int64 Rdi;
  unsigned __int64 Rsi;
  unsigned __int64 Rbp;
  $70C7D383085E14057A40B90B0C71A2A2 ___u45;
  unsigned __int64 Rip;
  unsigned __int16 SegCs;
  unsigned __int8 Fill0;
  unsigned __int8 Logging;
  unsigned __int16 Fill1[2];
  unsigned int EFlags;
  unsigned int Fill2;
  unsigned __int64 Rsp;
  unsigned __int16 SegSs;
  unsigned __int16 Fill3;
  unsigned int Fill4;
 };

 /* 339 */
 struct _KAFFINITY_EX
 {
  unsigned __int16 Count;
  unsigned __int16 Size;
  unsigned int Reserved;
  unsigned __int64 Bitmap[20];
 };

 /* 340 */
 struct $0C2F1B0043396E6CDBDB29D72BF92FF3
 {
  unsigned __int8 ExecuteDisable : 1;
  unsigned __int8 ExecuteEnable : 1;
  unsigned __int8 DisableThunkEmulation : 1;
  unsigned __int8 Permanent : 1;
  unsigned __int8 ExecuteDispatchEnable : 1;
  unsigned __int8 ImageDispatchEnable : 1;
  unsigned __int8 DisableExceptionChainValidation : 1;
  unsigned __int8 Spare : 1;
 };

 /* 341 */
 union _KEXECUTE_OPTIONS
 {
  $0C2F1B0043396E6CDBDB29D72BF92FF3 __s0;
  volatile unsigned __int8 ExecuteOptions;
  unsigned __int8 ExecuteOptionsNV;
 };

 /* 342 */
 struct $1855273A941156425EBA8D11C2577346
 {
  unsigned __int32 State : 3;
  unsigned __int32 StackCount : 29;
 };

 /* 343 */
 volatile union _KSTACK_COUNT
 {
  int Value;
  $1855273A941156425EBA8D11C2577346 __s1;
 };

 /* 344 */
 struct $96CD4C94BAF617C0075F34B41386C5E3
 {
  unsigned __int32 AutoAlignment : 1;
  unsigned __int32 DisableBoost : 1;
  unsigned __int32 DisableQuantum : 1;
  unsigned __int32 DeepFreeze : 1;
  unsigned __int32 TimerVirtualization : 1;
  unsigned __int32 CheckStackExtents : 1;
  unsigned __int32 CacheIsolationEnabled : 1;
  unsigned __int32 PpmPolicy : 3;
  unsigned __int32 VaSpaceDeleted : 1;
  unsigned __int32 ReservedFlags : 21;
 };

 /* 345 */
 union $BE800DC54F7475222DC1CD5AC3634B93
 {
  $96CD4C94BAF617C0075F34B41386C5E3 __s0;
  volatile int ProcessFlags;
 };

 /* 346 */
 struct _KPROCESS
 {
  _DISPATCHER_HEADER Header;
  _LIST_ENTRY ProfileListHead;
  unsigned __int64 DirectoryTableBase;
  _LIST_ENTRY ThreadListHead;
  unsigned int ProcessLock;
  unsigned int ProcessTimerDelay;
  unsigned __int64 DeepFreezeStartTime;
  _KAFFINITY_EX Affinity;
  unsigned __int64 AffinityPadding[12];
  _LIST_ENTRY ReadyListHead;
  _SINGLE_LIST_ENTRY SwapListEntry;
  volatile _KAFFINITY_EX ActiveProcessors;
  unsigned __int64 ActiveProcessorsPadding[12];
  $BE800DC54F7475222DC1CD5AC3634B93 ___u13;
  unsigned int ActiveGroupsMask;
  char BasePriority;
  char QuantumReset;
  char Visited;
  _KEXECUTE_OPTIONS Flags;
  unsigned __int16 ThreadSeed[20];
  unsigned __int16 ThreadSeedPadding[12];
  unsigned __int16 IdealProcessor[20];
  unsigned __int16 IdealProcessorPadding[12];
  unsigned __int16 IdealNode[20];
  unsigned __int16 IdealNodePadding[12];
  unsigned __int16 IdealGlobalNode;
  unsigned __int16 Spare1;
  volatile _KSTACK_COUNT StackCount;
  _LIST_ENTRY ProcessListEntry;
  unsigned __int64 CycleTime;
  unsigned __int64 ContextSwitches;
  _KSCHEDULING_GROUP *SchedulingGroup;
  unsigned int FreezeCount;
  unsigned int KernelTime;
  unsigned int UserTime;
  unsigned int ReadyTime;
  unsigned __int64 UserDirectoryTableBase;
  unsigned __int8 AddressPolicy;
  unsigned __int8 Spare2[71];
  void *InstrumentationCallback;
  union
  {
    unsigned __int64 SecureHandle;
    struct
    {
      unsigned __int64 SecureProcess : 1;
      unsigned __int64 Unused : 1;
    } Flags;
  } SecureState;
  unsigned __int64 KernelWaitTime;
  unsigned __int64 UserWaitTime;
  unsigned __int64 EndPadding[8];
 };

 /* 347 */
 struct $B5CD178F87BE184A5118D4920C61026E
 {
  unsigned __int8 KernelApcInProgress : 1;
  unsigned __int8 SpecialApcInProgress : 1;
 };

 /* 348 */
 union $0F17BA0A224C7411EC8484776E91B0D7
 {
  unsigned __int8 InProgressFlags;
  $B5CD178F87BE184A5118D4920C61026E __s1;
 };

 /* 349 */
 struct $A85FE12DE136A601A0C0FDA7C2290F98
 {
  unsigned __int8 SpecialUserApcPending : 1;
  unsigned __int8 UserApcPending : 1;
 };

 /* 350 */
 union $A775162FAF44C83B95A75F4232ACBC20
 {
  unsigned __int8 UserApcPendingAll;
  $A85FE12DE136A601A0C0FDA7C2290F98 __s1;
 };

 /* 351 */
 struct __declspec(align(8)) _KAPC_STATE
 {
  _LIST_ENTRY ApcListHead[2];
  _KPROCESS *Process;
  $0F17BA0A224C7411EC8484776E91B0D7 ___u2;
  unsigned __int8 KernelApcPending;
  $A775162FAF44C83B95A75F4232ACBC20 ___u4;
 };

 /* 925 */
 struct $BF47041B248301F87E570BEB78208C5A
 {
  unsigned __int32 AutoBoostActive : 1;
  unsigned __int32 ReadyTransition : 1;
  unsigned __int32 WaitNext : 1;
  unsigned __int32 SystemAffinityActive : 1;
  unsigned __int32 Alertable : 1;
  unsigned __int32 UserStackWalkActive : 1;
  unsigned __int32 ApcInterruptRequest : 1;
  unsigned __int32 QuantumEndMigrate : 1;
  unsigned __int32 UmsDirectedSwitchEnable : 1;
  unsigned __int32 TimerActive : 1;
  unsigned __int32 SystemThread : 1;
  unsigned __int32 ProcessDetachActive : 1;
  unsigned __int32 CalloutActive : 1;
  unsigned __int32 ScbReadyQueue : 1;
  unsigned __int32 ApcQueueable : 1;
  unsigned __int32 ReservedStackInUse : 1;
  unsigned __int32 UmsPerformingSyscall : 1;
  unsigned __int32 TimerSuspended : 1;
  unsigned __int32 SuspendedWaitMode : 1;
  unsigned __int32 SuspendSchedulerApcWait : 1;
  unsigned __int32 CetUserShadowStack : 1;
  unsigned __int32 BypassProcessFreeze : 1;
  unsigned __int32 Reserved : 10;
  unsigned __int32 ThreadFlagsSpare : 2;
 };

 /* 926 */
 union $FE3068A677907C0AB8F4C09953461BD9
 {
  $BF47041B248301F87E570BEB78208C5A __s0;
  int MiscFlags;
 };

 /* 929 */
 struct $8D995CA2A9FB9A9BA87CDEAEE28C5B38
 {
  unsigned __int8 UserHeteroCpuPolicy : 7;
  unsigned __int8 ExplicitSystemHeteroCpuPolicy : 1;
  unsigned __int8 RunningNonRetpolineCode : 1;
  unsigned __int8 SpecCtrlSpare : 7;
 };

 /* 930 */
 struct $17B5D64BD2FF62CE3CACC85A250970C4
 {
  _BYTE gap0;
  unsigned __int8 SpecCtrl;
 };

 /* 931 */
 union $32A17EC32631DFD6796C9D496FD99967
 {
  $8D995CA2A9FB9A9BA87CDEAEE28C5B38 __s0;
  $17B5D64BD2FF62CE3CACC85A250970C4 __s1;
 };

 /* 932 */
 struct $27C39FE7D46E5A4FF9CC918391431252
 {
  unsigned __int8 ApcStateFill[43];
  char Priority;
  unsigned int UserIdealProcessor;
 };

 /* 933 */
 union $5C0BDA7A94BD1A3DE1D07DAD6EADD29C
 {
  _KAPC_STATE ApcState;
  $27C39FE7D46E5A4FF9CC918391431252 __s1;
 };

 /* 934 */
 union $C0EA9626315ADC08889F21CDCAE6905D
 {
  _LIST_ENTRY WaitListEntry;
  _SINGLE_LIST_ENTRY SwapListEntry;
 };

 /* 356 */
 struct $B950AFB169DC87688B328897744C612F
 {
  unsigned int LowPart;
  unsigned int HighPart;
 };

 /* 357 */
 union _ULARGE_INTEGER
 {
  $B950AFB169DC87688B328897744C612F __s0;
  struct
  {
    unsigned int LowPart;
    unsigned int HighPart;
  } u;
  unsigned __int64 QuadPart;
 };

 /* 358 */
 struct _KTIMER
 {
  _DISPATCHER_HEADER Header;
  _ULARGE_INTEGER DueTime;
  _LIST_ENTRY TimerListEntry;
  _KDPC *Dpc;
  unsigned __int16 Processor;
  unsigned __int16 TimerType;
  unsigned int Period;
 };

 /* 354 */
 union $A23FFFC5E5BB669480A739F4255F7B35
 {
  _KTHREAD *Thread;
  _KQUEUE *NotificationQueue;
 };

 /* 355 */
 struct _KWAIT_BLOCK
 {
  _LIST_ENTRY WaitListEntry;
  unsigned __int8 WaitType;
  volatile unsigned __int8 BlockState;
  unsigned __int16 WaitKey;
  int SpareLong;
  $A23FFFC5E5BB669480A739F4255F7B35 ___u5;
  void *Object;
  void *SparePtr;
 };

 /* 935 */
 struct $6F75370A431B7BFF0B7D9AAB2F24EE1A
 {
  unsigned __int8 WaitBlockFill4[20];
  unsigned int ContextSwitches;
 };

 /* 936 */
 struct $B3BEF7BDBC168283DEA09510CE83D7F4
 {
  unsigned __int8 WaitBlockFill5[68];
  volatile unsigned __int8 State;
  char Spare13;
  unsigned __int8 WaitIrql;
  char WaitMode;
 };

 /* 937 */
 struct $0625A4ED2E94AAC2B93F9283FDDC7823
 {
  unsigned __int8 WaitBlockFill6[116];
  unsigned int WaitTime;
 };

 /* 938 */
 struct $7DCC36E0B5D486429C75DF67089ED0A4
 {
  unsigned __int8 WaitBlockFill7[164];
  __int16 KernelApcDisable;
  __int16 SpecialApcDisable;
 };

 /* 939 */
 struct $89037DCE3F49E69CF6B8C50FA0C75ED6
 {
  unsigned __int8 WaitBlockFill8[40];
  _KTHREAD_COUNTERS *ThreadCounters;
 };

 /* 940 */
 struct $EB9D278A5EABC9A7C2C77664A9F61555
 {
  unsigned __int8 WaitBlockFill9[88];
  _XSTATE_SAVE *XStateSave;
 };

 /* 941 */
 struct $140DB8AD990C2662C5C5F9B8A33FB5CC
 {
  unsigned __int8 WaitBlockFill10[136];
  void *volatile Win32Thread;
  _BYTE gap90[20];
  unsigned int CombinedApcDisable;
 };

 /* 942 */
 struct $703CE096A824E8E9F4C93072BAC7DF8D
 {
  unsigned __int8 WaitBlockFill11[176];
  _UMS_CONTROL_BLOCK *Ucb;
  _KUMS_CONTEXT_HEADER *volatile Uch;
 };

 /* 943 */
 union $AF5AD6FB3D77642AF799D10D5AB8B86B
 {
  _KWAIT_BLOCK WaitBlock[4];
  $6F75370A431B7BFF0B7D9AAB2F24EE1A __s1;
  $B3BEF7BDBC168283DEA09510CE83D7F4 __s2;
  $0625A4ED2E94AAC2B93F9283FDDC7823 __s3;
  $7DCC36E0B5D486429C75DF67089ED0A4 __s4;
  $89037DCE3F49E69CF6B8C50FA0C75ED6 __s5;
  $EB9D278A5EABC9A7C2C77664A9F61555 __s6;
  $140DB8AD990C2662C5C5F9B8A33FB5CC __s7;
  $703CE096A824E8E9F4C93072BAC7DF8D __s8;
 };

 /* 944 */
 struct $7A246959401267273691882055157DF5
 {
  unsigned __int32 BamQosLevel : 8;
  unsigned __int32 ThreadFlags2Reserved : 24;
 };

 /* 945 */
 union $FD30E25BB714FCAE4C3E1F0F36AEF239
 {
  volatile int ThreadFlags2;
  $7A246959401267273691882055157DF5 __s1;
 };

 /* 946 */
 struct $A66FD9C9E5CAEF30185BA12A0EDC69A5
 {
  unsigned __int32 NextProcessorNumber : 31;
  unsigned __int32 SharedReadyQueue : 1;
 };

 /* 947 */
 union $40060A4BFE81911F6AA294A29A40B471
 {
  volatile unsigned int NextProcessor;
  $A66FD9C9E5CAEF30185BA12A0EDC69A5 __s1;
 };

 /* 384 */
 struct _GROUP_AFFINITY
 {
  unsigned __int64 Mask;
  unsigned __int16 Group;
  unsigned __int16 Reserved[3];
 };

 /* 948 */
 struct $B6CB51A1DA3434545E27A8C20E08B827
 {
  unsigned __int8 UserAffinityFill[10];
  char PreviousMode;
  char BasePriority;
  char PriorityDecrement;
  unsigned __int8 Preempted;
  unsigned __int8 AdjustReason;
  char AdjustIncrement;
 };

 /* 949 */
 struct $775302594AD818E82139DBA2B203CCC9
 {
  _BYTE gap0[12];
  unsigned __int8 ForegroundBoost : 4;
  unsigned __int8 UnusualBoost : 4;
 };

 /* 950 */
 union $980EF19D63EC4061F8B5EDA84CE39A42
 {
  _GROUP_AFFINITY UserAffinity;
  $B6CB51A1DA3434545E27A8C20E08B827 __s1;
  $775302594AD818E82139DBA2B203CCC9 __s2;
 };

 /* 951 */
 struct $858DB5840CCD0218D6D1AB3973B9F998
 {
  unsigned __int8 AffinityFill[10];
  unsigned __int8 ApcStateIndex;
  unsigned __int8 WaitBlockCount;
  unsigned int IdealProcessor;
 };

 /* 952 */
 union $C70B94FEA40DE135AD1206484BEA7BB3
 {
  _GROUP_AFFINITY Affinity;
  $858DB5840CCD0218D6D1AB3973B9F998 __s1;
 };

 /* 953 */
 struct $D86763B09EF7CE5906B402ED884C55FE
 {
  unsigned __int8 SavedApcStateFill[43];
  unsigned __int8 WaitReason;
  char SuspendCount;
  char Saturation;
  unsigned __int16 SListFaultCount;
 };

 /* 954 */
 union $40B2B82BA5C60C21B0F281989A5698FD
 {
  _KAPC_STATE SavedApcState;
  $D86763B09EF7CE5906B402ED884C55FE __s1;
 };

 /* 386 */
 struct $A4AAEBE17064129B4EF2F6E6989DD381
 {
  void (__fastcall *KernelRoutine)(_KAPC *, void (__fastcall **)(void *, void *, void *), void **, void **, void **);
  void (__fastcall *RundownRoutine)(_KAPC *);
  void (__fastcall *NormalRoutine)(void *, void *, void *);
 };

 /* 387 */
 union $3574815F2B51B603889BF93131BDB59F
 {
  $A4AAEBE17064129B4EF2F6E6989DD381 __s0;
  void *Reserved[3];
 };

 /* 385 */
 struct __declspec(align(8)) _KAPC
 {
  unsigned __int8 Type;
  unsigned __int8 SpareByte0;
  unsigned __int8 Size;
  unsigned __int8 SpareByte1;
  unsigned int SpareLong0;
  _KTHREAD *Thread;
  _LIST_ENTRY ApcListEntry;
  $3574815F2B51B603889BF93131BDB59F ___u7;
  void *NormalContext;
  void *SystemArgument1;
  void *SystemArgument2;
  char ApcStateIndex;
  char ApcMode;
  unsigned __int8 Inserted;
 };

 /* 955 */
 struct $5156F59DA89B43E5E0F57279B28160E6
 {
  unsigned __int8 SchedulerApcFill0[1];
  unsigned __int8 ResourceIndex;
 };

 /* 956 */
 struct $B7D851223C17C6BA83CF7063C2464C70
 {
  unsigned __int8 SchedulerApcFill1[3];
  unsigned __int8 QuantumReset;
  unsigned int KernelTime;
 };

 /* 957 */
 struct $C1E4F7AAF58438506F0E120CBA04DB73
 {
  unsigned __int8 SchedulerApcFill3[64];
  _KPRCB *volatile WaitPrcb;
  void *LegoData;
 };

 /* 958 */
 struct $3EC6920169D450C7BC757B6CC342656A
 {
  unsigned __int8 SchedulerApcFill5[83];
  unsigned __int8 CallbackNestingLevel;
  unsigned int UserTime;
 };

 /* 959 */
 union $F53D2521132C5FB5B78AA293BD42D6C1
 {
  _KAPC SchedulerApc;
  $5156F59DA89B43E5E0F57279B28160E6 __s1;
  $B7D851223C17C6BA83CF7063C2464C70 __s2;
  unsigned __int8 SchedulerApcFill2[4];
  $C1E4F7AAF58438506F0E120CBA04DB73 __s4;
  unsigned __int8 SchedulerApcFill4[72];
  $3EC6920169D450C7BC757B6CC342656A __s6;
 };

 /* 375 */
 struct _KEVENT
 {
  _DISPATCHER_HEADER Header;
 };

 /* 960 */
 struct $6205BA8A9DA1EFBA9FB251BE9BBF1142
 {
  _SINGLE_LIST_ENTRY ForegroundDpcStackListEntry;
  unsigned __int64 InGlobalForegroundList;
 };

 /* 961 */
 union $764F9978E1FEBBF5EAB1C8D6540014E0
 {
  _LIST_ENTRY GlobalForegroundListEntry;
  $6205BA8A9DA1EFBA9FB251BE9BBF1142 __s1;
 };

 /* 962 */
 struct $512ADB7001AF5792636BE2A0E143DFD4
 {
  unsigned __int32 ThreadFlags3Reserved : 8;
  unsigned __int32 PpmPolicy : 2;
  unsigned __int32 ThreadFlags3Reserved2 : 22;
 };

 /* 963 */
 union $8B91D677343EBB10C4C14A08C4C4E56C
 {
  volatile int ThreadFlags3;
  $512ADB7001AF5792636BE2A0E143DFD4 __s1;
 };

 /* 964 */
 struct $9D2E353005429669631FD9BAC502CA13
 {
  _SINGLE_LIST_ENTRY UpdateVpThreadPriorityDpcStackListEntry;
  unsigned __int64 InGlobalUpdateVpThreadPriorityList;
 };

 /* 965 */
 union $763B5E30575F0D921E625DB4E9EF089A
 {
  _LIST_ENTRY GlobalUpdateVpThreadPriorityListEntry;
  $9D2E353005429669631FD9BAC502CA13 __s1;
 };

 /* 352 */
 struct _KTHREAD
 {
  _DISPATCHER_HEADER Header;
  void *SListFaultAddress;
  unsigned __int64 QuantumTarget;
  void *InitialStack;
  void *volatile StackLimit;
  void *StackBase;
  unsigned __int64 ThreadLock;
  volatile unsigned __int64 CycleTime;
  unsigned int CurrentRunTime;
  unsigned int ExpectedRunTime;
  void *KernelStack;
  _XSAVE_FORMAT *StateSaveArea;
  _KSCHEDULING_GROUP *volatile SchedulingGroup;
  _KWAIT_STATUS_REGISTER WaitRegister;
  volatile unsigned __int8 Running;
  unsigned __int8 Alerted[2];
  $FE3068A677907C0AB8F4C09953461BD9 ___u16;
  volatile unsigned __int8 Tag;
  unsigned __int8 SystemHeteroCpuPolicy;
  $32A17EC32631DFD6796C9D496FD99967 ___u20;
  unsigned int SystemCallNumber;
  unsigned int ReadyTime;
  void *FirstArgument;
  _KTRAP_FRAME *TrapFrame;
  $5C0BDA7A94BD1A3DE1D07DAD6EADD29C ___u25;
  volatile __int64 WaitStatus;
  _KWAIT_BLOCK *WaitBlockList;
  $C0EA9626315ADC08889F21CDCAE6905D ___u28;
  _DISPATCHER_HEADER *volatile Queue;
  void *Teb;
  unsigned __int64 RelativeTimerBias;
  _KTIMER Timer;
  $AF5AD6FB3D77642AF799D10D5AB8B86B ___u33;
  $FD30E25BB714FCAE4C3E1F0F36AEF239 ___u34;
  unsigned int Spare21;
  _LIST_ENTRY QueueListEntry;
  $40060A4BFE81911F6AA294A29A40B471 ___u37;
  int QueuePriority;
  _KPROCESS *Process;
  $980EF19D63EC4061F8B5EDA84CE39A42 ___u40;
  unsigned __int64 AffinityVersion;
  $C70B94FEA40DE135AD1206484BEA7BB3 ___u42;
  unsigned __int64 NpxState;
  $40B2B82BA5C60C21B0F281989A5698FD ___u44;
  $F53D2521132C5FB5B78AA293BD42D6C1 ___u45;
  _KEVENT SuspendEvent;
  _LIST_ENTRY ThreadListEntry;
  _LIST_ENTRY MutantListHead;
  unsigned __int8 AbEntrySummary;
  unsigned __int8 AbWaitEntryCount;
  unsigned __int8 AbAllocationRegionCount;
  char SystemPriority;
  unsigned int SecureThreadCookie;
  _KLOCK_ENTRY *LockEntries;
  _SINGLE_LIST_ENTRY PropagateBoostsEntry;
  _SINGLE_LIST_ENTRY IoSelfBoostsEntry;
  unsigned __int8 PriorityFloorCounts[16];
  unsigned __int8 PriorityFloorCountsReserved[16];
  unsigned int PriorityFloorSummary;
  volatile int AbCompletedIoBoostCount;
  volatile int AbCompletedIoQoSBoostCount;
  volatile __int16 KeReferenceCount;
  unsigned __int8 AbOrphanedEntrySummary;
  unsigned __int8 AbOwnedEntryCount;
  unsigned int ForegroundLossTime;
  $764F9978E1FEBBF5EAB1C8D6540014E0 ___u66;
  __int64 ReadOperationCount;
  __int64 WriteOperationCount;
  __int64 OtherOperationCount;
  __int64 ReadTransferCount;
  __int64 WriteTransferCount;
  __int64 OtherTransferCount;
  _KSCB *QueuedScb;
  volatile unsigned int ThreadTimerDelay;
  $8B91D677343EBB10C4C14A08C4C4E56C ___u75;
  unsigned __int64 TracingPrivate[1];
  void *SchedulerAssist;
  void *volatile AbWaitObject;
  unsigned int ReservedPreviousReadyTimeValue;
  unsigned __int64 KernelWaitTime;
  unsigned __int64 UserWaitTime;
  $763B5E30575F0D921E625DB4E9EF089A ___u82;
  int SchedulerAssistPriorityFloor;
  unsigned int Spare28;
  unsigned __int64 EndPadding[5];
 };

 /* 353 */
 struct _KQUEUE
 {
  _DISPATCHER_HEADER Header;
  _LIST_ENTRY EntryListHead;
  volatile unsigned int CurrentCount;
  unsigned int MaximumCount;
  _LIST_ENTRY ThreadListHead;
 };

 /* 360 */
 struct _COUNTER_READING
 {
  _HARDWARE_COUNTER_TYPE Type;
  unsigned int Index;
  unsigned __int64 Start;
  unsigned __int64 Total;
 };

 /* 362 */
 struct _KTHREAD_COUNTERS
 {
  unsigned __int64 WaitReasonBitMap;
  _THREAD_PERFORMANCE_DATA *UserData;
  unsigned int Flags;
  unsigned int ContextSwitches;
  unsigned __int64 CycleTimeBias;
  unsigned __int64 HardwareCounters;
  _COUNTER_READING HwCounter[16];
 };

 /* 366 */
 struct _XSTATE_CONTEXT
 {
  unsigned __int64 Mask;
  unsigned int Length;
  unsigned int Reserved1;
  _XSAVE_AREA *Area;
  void *Buffer;
 };

 /* 363 */
 struct _XSTATE_SAVE
 {
  _XSTATE_SAVE *Prev;
  _KTHREAD *Thread;
  unsigned __int8 Level;
  _XSTATE_CONTEXT XStateContext;
 };

 /* 376 */
 struct __unaligned __declspec(align(4)) $A9734B1B3F068F83F19CCFB3E51D12D3
 {
  _KQUEUE *UmsAssociatedQueue;
  _LIST_ENTRY *UmsQueueListEntry;
  _KEVENT UmsWaitEvent;
  void *StagingArea;
  unsigned __int32 UmsPrimaryDeliveredContext : 1;
  unsigned __int32 UmsAssociatedQueueUsed : 1;
  unsigned __int32 UmsThreadParked : 1;
 };

 /* 377 */
 struct $D975DC4EA90AE2F30BFF6785FAE044E1
 {
  _BYTE gap0[48];
  unsigned int UmsFlags;
 };

 /* 378 */
 union $BEB08D3847ADDB66C021C3B9BE84DEDE
 {
  _KQUEUE UmsQueue;
  $A9734B1B3F068F83F19CCFB3E51D12D3 __s1;
  $D975DC4EA90AE2F30BFF6785FAE044E1 __s2;
 };

 /* 379 */
 struct _UMS_CONTROL_BLOCK
 {
  _RTL_UMS_CONTEXT *UmsContext;
  _SINGLE_LIST_ENTRY *CompletionListEntry;
  _KEVENT *CompletionListEvent;
  unsigned int ServiceSequenceNumber;
  $BEB08D3847ADDB66C021C3B9BE84DEDE ___u4;
  _LIST_ENTRY QueueEntry;
  _RTL_UMS_CONTEXT *YieldingUmsContext;
  void *YieldingParam;
  void *UmsTeb;
 };

 /* 381 */
 struct $6C44F11E89E9D437446E352FCF63E4B7
 {
  unsigned __int64 Volatile : 1;
  unsigned __int64 Reserved : 63;
 };

 /* 382 */
 union $96B2EC5290A364024CF1710EDC989DAA
 {
  $6C44F11E89E9D437446E352FCF63E4B7 __s0;
  unsigned __int64 Flags;
 };

 /* 383 */
 struct _KUMS_CONTEXT_HEADER
 {
  unsigned __int64 P1Home;
  unsigned __int64 P2Home;
  unsigned __int64 P3Home;
  unsigned __int64 P4Home;
  void *StackTop;
  unsigned __int64 StackSize;
  unsigned __int64 RspOffset;
  unsigned __int64 Rip;
  _XSAVE_FORMAT *FltSave;
  $96B2EC5290A364024CF1710EDC989DAA ___u9;
  _KTRAP_FRAME *TrapFrame;
  _KEXCEPTION_FRAME *ExceptionFrame;
  _KTHREAD *SourceThread;
  unsigned __int64 Return;
 };

 /* 910 */
 struct $77895C0986AC25977C4D7841AB2A3C85
 {
  unsigned __int8 PendingTick : 1;
  unsigned __int8 PendingBackupTick : 1;
 };

 /* 911 */
 union $75567B324E45BF40FCCFA8B626A1AAD9
 {
  unsigned __int8 PendingTickFlags;
  $77895C0986AC25977C4D7841AB2A3C85 __s1;
 };

 /* 912 */
 struct $765B7FFCC4FB01A5AB0EE4EE9D978908
 {
  unsigned __int8 CpuStepping;
  unsigned __int8 CpuModel;
 };

 /* 913 */
 union $D5CFCF4BC71A43326E732C53C7CDBC83
 {
  unsigned __int16 CpuStep;
  $765B7FFCC4FB01A5AB0EE4EE9D978908 __s1;
 };

 /* 395 */
 struct $FA7086906B11B84E19C202CDD64679A5
 {
  unsigned __int32 BamQosLevel : 8;
  unsigned __int32 PendingQosUpdate : 2;
  unsigned __int32 CacheIsolationEnabled : 1;
  unsigned __int32 TracepointActive : 1;
  unsigned __int32 PrcbFlagsReserved : 20;
 };

 /* 396 */
 union _KPRCBFLAG
 {
  volatile int PrcbFlags;
  $FA7086906B11B84E19C202CDD64679A5 __s1;
 };

 /* 914 */
 struct $F9801463BC74AAD8CD5B7383B4B0C725
 {
  unsigned __int64 TrappedSecurityDomain;
  unsigned __int8 BpbState;
  unsigned __int8 BpbFeatures;
  unsigned __int8 BpbCurrentSpecCtrl;
  unsigned __int8 BpbKernelSpecCtrl;
  unsigned __int8 BpbNmiSpecCtrl;
  unsigned __int8 BpbUserSpecCtrl;
  volatile __int16 PairRegister;
 };

 /* 915 */
 struct $A5717B385D067D2DE88ABB8DF0FEE1BB
 {
  _BYTE gap0[8];
  unsigned __int8 BpbCpuIdle : 1;
  unsigned __int8 BpbFlushRsbOnTrap : 1;
  unsigned __int8 BpbIbpbOnReturn : 1;
  unsigned __int8 BpbIbpbOnTrap : 1;
  unsigned __int8 BpbIbpbOnRetpolineExit : 1;
  unsigned __int8 BpbStateReserved : 3;
  unsigned __int8 BpbClearOnIdle : 1;
  unsigned __int8 BpbEnabled : 1;
  unsigned __int8 BpbSmep : 1;
  unsigned __int8 BpbFeaturesReserved : 5;
 };

 /* 916 */
 union $9211DD59A49FFE3016B1DCEF04367D0B
 {
  $F9801463BC74AAD8CD5B7383B4B0C725 __s0;
  unsigned __int64 PrcbPad11[2];
  $A5717B385D067D2DE88ABB8DF0FEE1BB __s2;
 };

 /* 397 */
 struct _KDESCRIPTOR
 {
  unsigned __int16 Pad[3];
  unsigned __int16 Limit;
  void *Base;
 };

 /* 398 */
 struct _KSPECIAL_REGISTERS
 {
  unsigned __int64 Cr0;
  unsigned __int64 Cr2;
  unsigned __int64 Cr3;
  unsigned __int64 Cr4;
  unsigned __int64 KernelDr0;
  unsigned __int64 KernelDr1;
  unsigned __int64 KernelDr2;
  unsigned __int64 KernelDr3;
  unsigned __int64 KernelDr6;
  unsigned __int64 KernelDr7;
  _KDESCRIPTOR Gdtr;
  _KDESCRIPTOR Idtr;
  unsigned __int16 Tr;
  unsigned __int16 Ldtr;
  unsigned int MxCsr;
  unsigned __int64 DebugControl;
  unsigned __int64 LastBranchToRip;
  unsigned __int64 LastBranchFromRip;
  unsigned __int64 LastExceptionToRip;
  unsigned __int64 LastExceptionFromRip;
  unsigned __int64 Cr8;
  unsigned __int64 MsrGsBase;
  unsigned __int64 MsrGsSwap;
  unsigned __int64 MsrStar;
  unsigned __int64 MsrLStar;
  unsigned __int64 MsrCStar;
  unsigned __int64 MsrSyscallMask;
  unsigned __int64 Xcr0;
  unsigned __int64 MsrFsBase;
  unsigned __int64 SpecialPadding0;
 };

 /* 367 */
 struct $9D2D227E7ACC7D621E4558D052CBE87C
 {
  _M128A Header[2];
  _M128A Legacy[8];
  _M128A Xmm0;
  _M128A Xmm1;
  _M128A Xmm2;
  _M128A Xmm3;
  _M128A Xmm4;
  _M128A Xmm5;
  _M128A Xmm6;
  _M128A Xmm7;
  _M128A Xmm8;
  _M128A Xmm9;
  _M128A Xmm10;
  _M128A Xmm11;
  _M128A Xmm12;
  _M128A Xmm13;
  _M128A Xmm14;
  _M128A Xmm15;
 };

 /* 368 */
 union $5C0604B9C7B01C3FA107FCCA842D6757
 {
  _XSAVE_FORMAT FltSave;
  $9D2D227E7ACC7D621E4558D052CBE87C __s1;
 };

 /* 369 */
 struct _CONTEXT
 {
  unsigned __int64 P1Home;
  unsigned __int64 P2Home;
  unsigned __int64 P3Home;
  unsigned __int64 P4Home;
  unsigned __int64 P5Home;
  unsigned __int64 P6Home;
  unsigned int ContextFlags;
  unsigned int MxCsr;
  unsigned __int16 SegCs;
  unsigned __int16 SegDs;
  unsigned __int16 SegEs;
  unsigned __int16 SegFs;
  unsigned __int16 SegGs;
  unsigned __int16 SegSs;
  unsigned int EFlags;
  unsigned __int64 Dr0;
  unsigned __int64 Dr1;
  unsigned __int64 Dr2;
  unsigned __int64 Dr3;
  unsigned __int64 Dr6;
  unsigned __int64 Dr7;
  unsigned __int64 Rax;
  unsigned __int64 Rcx;
  unsigned __int64 Rdx;
  unsigned __int64 Rbx;
  unsigned __int64 Rsp;
  unsigned __int64 Rbp;
  unsigned __int64 Rsi;
  unsigned __int64 Rdi;
  unsigned __int64 R8;
  unsigned __int64 R9;
  unsigned __int64 R10;
  unsigned __int64 R11;
  unsigned __int64 R12;
  unsigned __int64 R13;
  unsigned __int64 R14;
  unsigned __int64 R15;
  unsigned __int64 Rip;
  $5C0604B9C7B01C3FA107FCCA842D6757 ___u38;
  _M128A VectorRegister[26];
  unsigned __int64 VectorControl;
  unsigned __int64 DebugControl;
  unsigned __int64 LastBranchToRip;
  unsigned __int64 LastBranchFromRip;
  unsigned __int64 LastExceptionToRip;
  unsigned __int64 LastExceptionFromRip;
 };

 /* 399 */
 struct _KPROCESSOR_STATE
 {
  _KSPECIAL_REGISTERS SpecialRegisters;
  _CONTEXT ContextFrame;
 };

 /* 917 */
 struct $725846672478B32AD74B7F3030FCEF95
 {
  unsigned __int8 BpbRetpolineExitSpecCtrl;
  unsigned __int8 BpbTrappedRetpolineExitSpecCtrl;
  unsigned __int8 BpbTrappedBpbState;
  unsigned __int8 BpbRetpolineState;
  unsigned int PrcbPad12b;
 };

 /* 918 */
 struct $B322546ACB42664770FF328C0ADAAFF8
 {
  _BYTE gap0[2];
  unsigned __int8 BpbTrappedCpuIdle : 1;
  unsigned __int8 BpbTrappedFlushRsbOnTrap : 1;
  unsigned __int8 BpbTrappedIbpbOnReturn : 1;
  unsigned __int8 BpbTrappedIbpbOnTrap : 1;
  unsigned __int8 BpbTrappedIbpbOnRetpolineExit : 1;
  unsigned __int8 BpbtrappedBpbStateReserved : 3;
  unsigned __int8 BpbRunningNonRetpolineCode : 1;
  unsigned __int8 BpbIndirectCallsSafe : 1;
  unsigned __int8 BpbRetpolineEnabled : 1;
  unsigned __int8 BpbRetpolineStateReserved : 5;
 };

 /* 919 */
 union $A80F39091AF37B1A3E7E4E208BA849AD
 {
  $725846672478B32AD74B7F3030FCEF95 __s0;
  unsigned __int64 PrcbPad12a;
  $B322546ACB42664770FF328C0ADAAFF8 __s2;
 };

 /* 400 */
 struct _KSPIN_LOCK_QUEUE
 {
  _KSPIN_LOCK_QUEUE *volatile Next;
  unsigned __int64 *volatile Lock;
 };

 /* 412 */
 struct _PP_LOOKASIDE_LIST
 {
  _GENERAL_LOOKASIDE *P;
  _GENERAL_LOOKASIDE *L;
 };

 /* 401 */
 struct $37C35E5C8CCF236A60767E3040AC49D0
 {
  unsigned __int64 Alignment;
  unsigned __int64 Region;
 };

 /* 402 */
 union _SLIST_HEADER
 {
  $37C35E5C8CCF236A60767E3040AC49D0 __s0;
  struct
  {
    unsigned __int64 Depth : 16;
    unsigned __int64 Sequence : 48;
    unsigned __int64 Reserved : 4;
    unsigned __int64 NextEntry : 60;
  } HeaderX64;
 };

 /* 404 */
 union $D9318E5461FBD001CF06AEEF6A9BA32B
 {
  _SLIST_HEADER ListHead;
  _SINGLE_LIST_ENTRY SingleListHead;
 };

 /* 405 */
 union $9D02AA4AC86E49CEAF084B97B97744B1
 {
  unsigned int AllocateMisses;
  unsigned int AllocateHits;
 };

 /* 406 */
 union $4290DA71080BA5C562B380EC38D3C295
 {
  unsigned int FreeMisses;
  unsigned int FreeHits;
 };

 /* 407 */
 union $609F7953459DED3393456EC56E47AB4E
 {
  void *(__fastcall *AllocateEx)(_POOL_TYPE, unsigned __int64, unsigned int, _LOOKASIDE_LIST_EX *);
  void *(__fastcall *Allocate)(_POOL_TYPE, unsigned __int64, unsigned int);
 };

 /* 408 */
 union $99A3AD952844BD1662DDA06B4C8C1657
 {
  void (__fastcall *FreeEx)(void *, _LOOKASIDE_LIST_EX *);
  void (__fastcall *Free)(void *);
 };

 /* 409 */
 union $BA67176EA55FA2D963EA02A98A2C99D2
 {
  unsigned int LastAllocateMisses;
  unsigned int LastAllocateHits;
 };

 /* 410 */
 struct _GENERAL_LOOKASIDE_POOL
 {
  $D9318E5461FBD001CF06AEEF6A9BA32B ___u0;
  unsigned __int16 Depth;
  unsigned __int16 MaximumDepth;
  unsigned int TotalAllocates;
  $9D02AA4AC86E49CEAF084B97B97744B1 ___u4;
  unsigned int TotalFrees;
  $4290DA71080BA5C562B380EC38D3C295 ___u6;
  _POOL_TYPE Type;
  unsigned int Tag;
  unsigned int Size;
  $609F7953459DED3393456EC56E47AB4E ___u10;
  $99A3AD952844BD1662DDA06B4C8C1657 ___u11;
  _LIST_ENTRY ListEntry;
  unsigned int LastTotalAllocates;
  $BA67176EA55FA2D963EA02A98A2C99D2 ___u14;
  unsigned int Future[2];
 };

 /* 413 */
 struct $FAF74743FBE1C8632047CFB668F7028A
 {
  unsigned int LowPart;
  int HighPart;
 };

 /* 414 */
 union _LARGE_INTEGER
 {
  $FAF74743FBE1C8632047CFB668F7028A __s0;
  struct
  {
    unsigned int LowPart;
    int HighPart;
  } u;
  __int64 QuadPart;
 };

 /* 419 */
 struct _KDPC_LIST
 {
  _SINGLE_LIST_ENTRY ListHead;
  _SINGLE_LIST_ENTRY *LastEntry;
 };

 /* 420 */
 struct _KDPC_DATA
 {
  _KDPC_LIST DpcList;
  unsigned __int64 DpcLock;
  volatile int DpcQueueDepth;
  unsigned int DpcCount;
  _KDPC *volatile ActiveDpc;
 };

 /* 920 */
 struct $A14E8C9598FEC320F05702613B784A64
 {
  __int16 NormalDpcState;
  __int16 ThreadDpcState;
 };

 /* 921 */
 struct $62DA18D6A05C474F028C1781FA2A668F
 {
  unsigned __int32 DpcNormalProcessingActive : 1;
  unsigned __int32 DpcNormalProcessingRequested : 1;
  unsigned __int32 DpcNormalThreadSignal : 1;
  unsigned __int32 DpcNormalTimerExpiration : 1;
  unsigned __int32 DpcNormalDpcPresent : 1;
  unsigned __int32 DpcNormalLocalInterrupt : 1;
  unsigned __int32 DpcNormalSpare : 10;
  unsigned __int32 DpcThreadActive : 1;
  unsigned __int32 DpcThreadRequested : 1;
  unsigned __int32 DpcThreadSpare : 14;
 };

 /* 922 */
 union $83A83C62A2BEFBBAF9DE7F69CAF49A3A
 {
  volatile int DpcRequestSummary;
  __int16 DpcRequestSlot[2];
  $A14E8C9598FEC320F05702613B784A64 __s2;
  $62DA18D6A05C474F028C1781FA2A668F __s3;
 };

 /* 421 */
 struct _KTIMER_TABLE_ENTRY
 {
  unsigned __int64 Lock;
  _LIST_ENTRY Entry;
  _ULARGE_INTEGER Time;
 };

 /* 422 */
 struct _KTIMER_TABLE_STATE
 {
  unsigned __int64 LastTimerExpiration[2];
  unsigned int LastTimerHand[2];
 };

 /* 423 */
 struct _KTIMER_TABLE
 {
  _KTIMER *TimerExpiry[64];
  _KTIMER_TABLE_ENTRY TimerEntries[2][256];
  _KTIMER_TABLE_STATE TableState;
 };

 /* 424 */
 struct _KGATE
 {
  _DISPATCHER_HEADER Header;
 };

 /* 923 */
 struct $587E166413A0BC9D4B6487D1ABA99C2F
 {
  unsigned __int8 NmiActive;
  unsigned __int8 MceActive;
 };

 /* 924 */
 union $44970D6ADA288FAA23D797B10881BC0E
 {
  $587E166413A0BC9D4B6487D1ABA99C2F __s0;
  unsigned __int16 CombinedNmiMceActive;
 };

 /* 442 */
 struct _PROC_IDLE_POLICY
 {
  unsigned __int8 PromotePercent;
  unsigned __int8 DemotePercent;
  unsigned __int8 PromotePercentBase;
  unsigned __int8 DemotePercentBase;
  unsigned __int8 AllowScaling;
  unsigned __int8 ForceLightIdle;
 };

 /* 443 */
 struct $4C54FEED1D206CF6DD53948246B9325F
 {
  __int32 RefCount : 24;
  unsigned __int32 State : 8;
 };

 /* 444 */
 volatile union _PPM_IDLE_SYNCHRONIZATION_STATE
 {
  int AsLong;
  $4C54FEED1D206CF6DD53948246B9325F __s1;
 };

 /* 447 */
 struct __declspec(align(8)) _PROC_FEEDBACK
 {
  unsigned __int64 Lock;
  unsigned __int64 CyclesLast;
  unsigned __int64 CyclesActive;
  _PROC_FEEDBACK_COUNTER *Counters[2];
  unsigned __int64 LastUpdateTime;
  unsigned __int64 UnscaledTime;
  volatile __int64 UnaccountedTime;
  unsigned __int64 ScaledTime[2];
  unsigned __int64 UnaccountedKernelTime;
  unsigned __int64 PerformanceScaledKernelTime;
  unsigned int UserTimeLast;
  unsigned int KernelTimeLast;
  unsigned __int64 IdleGenerationNumberLast;
  unsigned __int64 HvActiveTimeLast;
  unsigned __int64 StallCyclesLast;
  unsigned __int64 StallTime;
  unsigned __int8 KernelTimesIndex;
  unsigned __int8 CounterDiscardsIdleTime;
 };

 /* 448 */
 struct _PPM_FFH_THROTTLE_STATE_INFO
 {
  unsigned __int8 EnableLogging;
  unsigned int MismatchCount;
  unsigned __int8 Initialized;
  unsigned __int64 LastValue;
  _LARGE_INTEGER LastLogTickCount;
 };

 /* 449 */
 struct _PROC_IDLE_SNAP
 {
  unsigned __int64 Time;
  unsigned __int64 Idle;
 };

 /* 450 */
 struct __declspec(align(4)) _PROC_PERF_CHECK_CONTEXT
 {
  _PROC_PERF_DOMAIN *Domain;
  _PROC_PERF_CONSTRAINT *Constraint;
  _PROC_PERF_CHECK *PerfCheck;
  _PROC_PERF_LOAD *Load;
  _PROC_PERF_HISTORY *PerfHistory;
  unsigned int Utility;
  unsigned int AffinitizedUtility;
  unsigned int MediaUtility;
  unsigned __int16 LatestAffinitizedPercent;
  unsigned __int16 AveragePerformancePercent;
  unsigned int RelativePerformance;
  unsigned __int8 NtProcessor;
 };

 /* 886 */
 union $1295C7652040702D9335A0311A3EC089
 {
  unsigned __int64 SnapTimeLast;
  unsigned __int64 EnergyConsumed;
 };

 /* 887 */
 struct _PROCESSOR_POWER_STATE
 {
  _PPM_IDLE_STATES *IdleStates;
  _PROC_IDLE_ACCOUNTING *IdleAccounting;
  unsigned __int64 IdleTimeLast;
  unsigned __int64 IdleTimeTotal;
  volatile unsigned __int64 IdleTimeEntry;
  unsigned __int64 IdleTimeExpiration;
  unsigned __int8 NonInterruptibleTransition;
  unsigned __int8 PepWokenTransition;
  unsigned __int8 HvTargetState;
  unsigned __int8 SoftParked;
  unsigned int TargetIdleState;
  _PROC_IDLE_POLICY IdlePolicy;
  volatile _PPM_IDLE_SYNCHRONIZATION_STATE Synchronization;
  _PROC_FEEDBACK PerfFeedback;
  _PROC_HYPERVISOR_STATE Hypervisor;
  unsigned int LastSysTime;
  unsigned __int64 WmiDispatchPtr;
  int WmiInterfaceEnabled;
  _PPM_FFH_THROTTLE_STATE_INFO FFHThrottleStateInfo;
  _KDPC PerfActionDpc;
  volatile int PerfActionMask;
  _PROC_IDLE_SNAP HvIdleCheck;
  _PROC_PERF_CHECK_CONTEXT CheckContext;
  _PPM_CONCURRENCY_ACCOUNTING *Concurrency;
  _PPM_CONCURRENCY_ACCOUNTING *ClassConcurrency;
  unsigned __int8 ArchitecturalEfficiencyClass;
  unsigned __int8 PerformanceSchedulingClass;
  unsigned __int8 EfficiencySchedulingClass;
  unsigned __int8 Unused;
  unsigned __int8 Parked;
  unsigned __int8 LongPriorQosPeriod;
  $1295C7652040702D9335A0311A3EC089 ___u31;
  unsigned __int64 ActiveTime;
  unsigned __int64 TotalTime;
  _POP_FX_DEVICE *FxDevice;
  unsigned __int64 LastQosTranstionTsc;
  unsigned __int64 QosTransitionHysteresis;
  _KHETERO_CPU_QOS RequestedQosClass;
  _KHETERO_CPU_QOS ResolvedQosClass;
  unsigned __int16 QosEquivalencyMask;
  unsigned __int16 HwFeedbackTableIndex;
  unsigned __int8 HwFeedbackParkHint;
  unsigned __int8 HwFeedbackPerformanceClass;
  unsigned __int8 HwFeedbackEfficiencyClass;
  unsigned __int8 HeteroCoreType;
 };

 /* 888 */
 struct _CACHE_DESCRIPTOR
 {
  unsigned __int8 Level;
  unsigned __int8 Associativity;
  unsigned __int16 LineSize;
  unsigned int Size;
  _PROCESSOR_CACHE_TYPE Type;
 };

 /* 895 */
 struct _SYNCH_COUNTERS
 {
  unsigned int SpinLockAcquireCount;
  unsigned int SpinLockContentionCount;
  unsigned int SpinLockSpinCount;
  unsigned int IpiSendRequestBroadcastCount;
  unsigned int IpiSendRequestRoutineCount;
  unsigned int IpiSendSoftwareInterruptCount;
  unsigned int ExInitializeResourceCount;
  unsigned int ExReInitializeResourceCount;
  unsigned int ExDeleteResourceCount;
  unsigned int ExecutiveResourceAcquiresCount;
  unsigned int ExecutiveResourceContentionsCount;
  unsigned int ExecutiveResourceReleaseExclusiveCount;
  unsigned int ExecutiveResourceReleaseSharedCount;
  unsigned int ExecutiveResourceConvertsCount;
  unsigned int ExAcqResExclusiveAttempts;
  unsigned int ExAcqResExclusiveAcquiresExclusive;
  unsigned int ExAcqResExclusiveAcquiresExclusiveRecursive;
  unsigned int ExAcqResExclusiveWaits;
  unsigned int ExAcqResExclusiveNotAcquires;
  unsigned int ExAcqResSharedAttempts;
  unsigned int ExAcqResSharedAcquiresExclusive;
  unsigned int ExAcqResSharedAcquiresShared;
  unsigned int ExAcqResSharedAcquiresSharedRecursive;
  unsigned int ExAcqResSharedWaits;
  unsigned int ExAcqResSharedNotAcquires;
  unsigned int ExAcqResSharedStarveExclusiveAttempts;
  unsigned int ExAcqResSharedStarveExclusiveAcquiresExclusive;
  unsigned int ExAcqResSharedStarveExclusiveAcquiresShared;
  unsigned int ExAcqResSharedStarveExclusiveAcquiresSharedRecursive;
  unsigned int ExAcqResSharedStarveExclusiveWaits;
  unsigned int ExAcqResSharedStarveExclusiveNotAcquires;
  unsigned int ExAcqResSharedWaitForExclusiveAttempts;
  unsigned int ExAcqResSharedWaitForExclusiveAcquiresExclusive;
  unsigned int ExAcqResSharedWaitForExclusiveAcquiresShared;
  unsigned int ExAcqResSharedWaitForExclusiveAcquiresSharedRecursive;
  unsigned int ExAcqResSharedWaitForExclusiveWaits;
  unsigned int ExAcqResSharedWaitForExclusiveNotAcquires;
  unsigned int ExSetResOwnerPointerExclusive;
  unsigned int ExSetResOwnerPointerSharedNew;
  unsigned int ExSetResOwnerPointerSharedOld;
  unsigned int ExTryToAcqExclusiveAttempts;
  unsigned int ExTryToAcqExclusiveAcquires;
  unsigned int ExBoostExclusiveOwner;
  unsigned int ExBoostSharedOwners;
  unsigned int ExEtwSynchTrackingNotificationsCount;
  unsigned int ExEtwSynchTrackingNotificationsAccountedCount;
 };

 /* 896 */
 struct _FILESYSTEM_DISK_COUNTERS
 {
  unsigned __int64 FsBytesRead;
  unsigned __int64 FsBytesWritten;
 };

 /* 897 */
 struct __declspec(align(8)) _KENTROPY_TIMING_STATE
 {
  unsigned int EntropyCount;
  unsigned int Buffer[64];
  _KDPC Dpc;
  unsigned int LastDeliveredBuffer;
 };

 /* 898 */
 struct $437EDEAFE33DAFED4793B8A3A762EFC4
 {
  unsigned __int8 PairLocalLow;
  unsigned __int8 PairLocalForceStibp : 1;
  unsigned __int8 Reserved : 4;
  unsigned __int8 Frozen : 1;
  unsigned __int8 ForceUntrusted : 1;
  unsigned __int8 SynchIpi : 1;
 };

 /* 899 */
 union $9B0DB048E916DFCAC47A6246A740EE37
 {
  __int16 PairLocal;
  $437EDEAFE33DAFED4793B8A3A762EFC4 __s1;
 };

 /* 900 */
 struct $65F3014B83CBA7D0B98DA1788953A33A
 {
  unsigned __int8 PairRemoteLow;
  unsigned __int8 Reserved2;
 };

 /* 901 */
 union $DA89C21E214F92A73FACC20358EF345A
 {
  __int16 PairRemote;
  $65F3014B83CBA7D0B98DA1788953A33A __s1;
 };

 /* 902 */
 struct _IOP_IRP_STACK_PROFILER
 {
  unsigned int Profile[20];
  unsigned int TotalIrps;
 };

 /* 903 */
 struct _KSECURE_FAULT_INFORMATION
 {
  unsigned __int64 FaultCode;
  unsigned __int64 FaultVa;
 };

 /* 889 */
 struct _KSHARED_READY_QUEUE
 {
  unsigned __int64 Lock;
  unsigned int ReadySummary;
  _LIST_ENTRY ReadyListHead[32];
  char RunningSummary[64];
  unsigned __int8 Span;
  unsigned __int8 LowProcIndex;
  unsigned __int8 QueueIndex;
  unsigned __int8 ProcCount;
  unsigned __int8 ScanOwner;
  unsigned __int8 Spare[3];
  unsigned __int64 Affinity;
  unsigned int ReadyThreadCount;
  unsigned __int64 ReadyQueueExpectedRunTime;
 };

 /* 904 */
 struct _KTIMER_EXPIRATION_TRACE
 {
  unsigned __int64 InterruptTime;
  _LARGE_INTEGER PerformanceCounter;
 };

 /* 907 */
 struct _MACHINE_FRAME
 {
  unsigned __int64 Rip;
  unsigned __int16 SegCs;
  unsigned __int16 Fill1[3];
  unsigned int EFlags;
  unsigned int Fill2;
  unsigned __int64 Rsp;
  unsigned __int16 SegSs;
  unsigned __int16 Fill3[3];
 };

 /* 908 */
 struct _MACHINE_CHECK_CONTEXT
 {
  _MACHINE_FRAME MachineFrame;
  unsigned __int64 Rax;
  unsigned __int64 Rcx;
  unsigned __int64 Rdx;
  unsigned __int64 GsBase;
  unsigned __int64 Cr3;
 };

 /* 909 */
 struct __declspec(align(8)) _KLOCK_QUEUE_HANDLE
 {
  _KSPIN_LOCK_QUEUE LockQueue;
  unsigned __int8 OldIrql;
 };

 /* 906 */
 struct _KREQUEST_PACKET
 {
  void *CurrentPacket[3];
  void (__fastcall *WorkerRoutine)(void *, void *, void *, void *);
 };

 /* 905 */
 struct __declspec(align(8)) _REQUEST_MAILBOX
 {
  _REQUEST_MAILBOX *Next;
  unsigned __int64 RequestSummary;
  _KREQUEST_PACKET RequestPacket;
  volatile int *NodeTargetCountAddr;
  volatile int NodeTargetCount;
 };

 /* 415 */
 struct _KPRCB
 {
  unsigned int MxCsr;
  unsigned __int8 LegacyNumber;
  unsigned __int8 ReservedMustBeZero;
  unsigned __int8 InterruptRequest;
  unsigned __int8 IdleHalt;
  _KTHREAD *CurrentThread;
  _KTHREAD *NextThread;
  _KTHREAD *IdleThread;
  unsigned __int8 NestingLevel;
  unsigned __int8 ClockOwner;
  $75567B324E45BF40FCCFA8B626A1AAD9 ___u10;
  unsigned __int8 IdleState;
  unsigned int Number;
  unsigned __int64 RspBase;
  unsigned __int64 PrcbLock;
  char *PriorityState;
  char CpuType;
  char CpuID;
  $D5CFCF4BC71A43326E732C53C7CDBC83 ___u18;
  unsigned int MHz;
  unsigned __int64 HalReserved[8];
  unsigned __int16 MinorVersion;
  unsigned __int16 MajorVersion;
  unsigned __int8 BuildType;
  unsigned __int8 CpuVendor;
  unsigned __int8 CoresPerPhysicalProcessor;
  unsigned __int8 LogicalProcessorsPerCore;
  unsigned __int64 TscFrequency;
  unsigned __int64 PrcbPad04[5];
  _KNODE *ParentNode;
  unsigned __int64 GroupSetMember;
  unsigned __int8 Group;
  unsigned __int8 GroupIndex;
  unsigned __int8 PrcbPad05[2];
  unsigned int InitialApicId;
  unsigned int ScbOffset;
  unsigned int ApicMask;
  void *AcpiReserved;
  unsigned int CFlushSize;
  _KPRCBFLAG PrcbFlags;
  $9211DD59A49FFE3016B1DCEF04367D0B ___u40;
  _KPROCESSOR_STATE ProcessorState;
  _XSAVE_AREA_HEADER *ExtendedSupervisorState;
  unsigned int ProcessorSignature;
  unsigned int ProcessorFlags;
  $A80F39091AF37B1A3E7E4E208BA849AD ___u45;
  unsigned __int64 PrcbPad12[3];
  _KSPIN_LOCK_QUEUE LockQueue[17];
  _PP_LOOKASIDE_LIST PPLookasideList[16];
  _GENERAL_LOOKASIDE_POOL PPNxPagedLookasideList[32];
  _GENERAL_LOOKASIDE_POOL PPNPagedLookasideList[32];
  _GENERAL_LOOKASIDE_POOL PPPagedLookasideList[32];
  unsigned __int64 MsrIa32TsxCtrl;
  _SINGLE_LIST_ENTRY DeferredReadyListHead;
  volatile int MmPageFaultCount;
  volatile int MmCopyOnWriteCount;
  volatile int MmTransitionCount;
  volatile int MmDemandZeroCount;
  volatile int MmPageReadCount;
  volatile int MmPageReadIoCount;
  volatile int MmDirtyPagesWriteCount;
  volatile int MmDirtyWriteIoCount;
  volatile int MmMappedPagesWriteCount;
  volatile int MmMappedWriteIoCount;
  unsigned int KeSystemCalls;
  unsigned int KeContextSwitches;
  unsigned int PrcbPad40;
  unsigned int CcFastReadNoWait;
  unsigned int CcFastReadWait;
  unsigned int CcFastReadNotPossible;
  unsigned int CcCopyReadNoWait;
  unsigned int CcCopyReadWait;
  unsigned int CcCopyReadNoWaitMiss;
  volatile int IoReadOperationCount;
  volatile int IoWriteOperationCount;
  volatile int IoOtherOperationCount;
  _LARGE_INTEGER IoReadTransferCount;
  _LARGE_INTEGER IoWriteTransferCount;
  _LARGE_INTEGER IoOtherTransferCount;
  volatile int PacketBarrier;
  volatile int TargetCount;
  volatile unsigned int IpiFrozen;
  unsigned int PrcbPad30;
  void *IsrDpcStats;
  unsigned int DeviceInterrupts;
  int LookasideIrpFloat;
  unsigned int InterruptLastCount;
  unsigned int InterruptRate;
  unsigned __int64 PrcbPad31;
  _KPRCB *PairPrcb;
  _KSTATIC_AFFINITY_BLOCK StaticAffinity;
  unsigned __int64 PrcbPad35[5];
  _SLIST_HEADER InterruptObjectPool;
  _RTL_HASH_TABLE *DpcRuntimeHistoryHashTable;
  _KDPC *DpcRuntimeHistoryHashTableCleanupDpc;
  void (__fastcall *CurrentDpcRoutine)(_KDPC *, void *, void *, void *);
  unsigned __int64 CurrentDpcRuntimeHistoryCached;
  unsigned __int64 CurrentDpcStartTime;
  unsigned __int64 PrcbPad41[1];
  _KDPC_DATA DpcData[2];
  void *DpcStack;
  int MaximumDpcQueueDepth;
  unsigned int DpcRequestRate;
  unsigned int MinimumDpcRate;
  unsigned int DpcLastCount;
  unsigned __int8 ThreadDpcEnable;
  volatile unsigned __int8 QuantumEnd;
  volatile unsigned __int8 DpcRoutineActive;
  volatile unsigned __int8 IdleSchedule;
  $83A83C62A2BEFBBAF9DE7F69CAF49A3A ___u109;
  unsigned int PrcbPad93;
  unsigned int LastTick;
  unsigned int ClockInterrupts;
  unsigned int ReadyScanTick;
  void *InterruptObject[256];
  _KTIMER_TABLE TimerTable;
  unsigned int PrcbPad92[10];
  _KGATE DpcGate;
  void *PrcbPad52;
  _KDPC CallDpc;
  int ClockKeepAlive;
  unsigned __int8 PrcbPad60[2];
  $44970D6ADA288FAA23D797B10881BC0E ___u122;
  int DpcWatchdogPeriod;
  int DpcWatchdogCount;
  volatile int KeSpinLockOrdering;
  unsigned int DpcWatchdogProfileCumulativeDpcThreshold;
  void *CachedPtes;
  _LIST_ENTRY WaitListHead;
  unsigned __int64 WaitLock;
  unsigned int ReadySummary;
  int AffinitizedSelectionMask;
  unsigned int QueueIndex;
  unsigned int PrcbPad75[2];
  unsigned int DpcWatchdogSequenceNumber;
  _KDPC TimerExpirationDpc;
  _RTL_RB_TREE ScbQueue;
  _LIST_ENTRY DispatcherReadyListHead[32];
  unsigned int InterruptCount;
  unsigned int KernelTime;
  unsigned int UserTime;
  unsigned int DpcTime;
  unsigned int InterruptTime;
  unsigned int AdjustDpcThreshold;
  unsigned __int8 DebuggerSavedIRQL;
  unsigned __int8 GroupSchedulingOverQuota;
  volatile unsigned __int8 DeepSleep;
  unsigned __int8 PrcbPad80;
  unsigned int DpcTimeCount;
  unsigned int DpcTimeLimit;
  unsigned int PeriodicCount;
  unsigned int PeriodicBias;
  unsigned int AvailableTime;
  unsigned int KeExceptionDispatchCount;
  unsigned int ReadyThreadCount;
  unsigned __int64 ReadyQueueExpectedRunTime;
  unsigned __int64 StartCycles;
  unsigned __int64 TaggedCyclesStart;
  unsigned __int64 TaggedCycles[3];
  unsigned __int64 AffinitizedCycles;
  unsigned __int64 ImportantCycles;
  unsigned __int64 UnimportantCycles;
  unsigned int DpcWatchdogProfileSingleDpcThreshold;
  volatile int MmSpinLockOrdering;
  void *volatile CachedStack;
  unsigned int PageColor;
  unsigned int NodeColor;
  unsigned int NodeShiftedColor;
  unsigned int SecondaryColorMask;
  unsigned __int8 PrcbPad81[6];
  unsigned __int8 ExceptionStackActive;
  unsigned __int8 TbFlushListActive;
  void *ExceptionStack;
  unsigned __int64 PrcbPad82[1];
  unsigned __int64 CycleTime;
  unsigned __int64 Cycles[4][2];
  unsigned int CcFastMdlReadNoWait;
  unsigned int CcFastMdlReadWait;
  unsigned int CcFastMdlReadNotPossible;
  unsigned int CcMapDataNoWait;
  unsigned int CcMapDataWait;
  unsigned int CcPinMappedDataCount;
  unsigned int CcPinReadNoWait;
  unsigned int CcPinReadWait;
  unsigned int CcMdlReadNoWait;
  unsigned int CcMdlReadWait;
  unsigned int CcLazyWriteHotSpots;
  unsigned int CcLazyWriteIos;
  unsigned int CcLazyWritePages;
  unsigned int CcDataFlushes;
  unsigned int CcDataPages;
  unsigned int CcLostDelayedWrites;
  unsigned int CcFastReadResourceMiss;
  unsigned int CcCopyReadWaitMiss;
  unsigned int CcFastMdlReadResourceMiss;
  unsigned int CcMapDataNoWaitMiss;
  unsigned int CcMapDataWaitMiss;
  unsigned int CcPinReadNoWaitMiss;
  unsigned int CcPinReadWaitMiss;
  unsigned int CcMdlReadNoWaitMiss;
  unsigned int CcMdlReadWaitMiss;
  unsigned int CcReadAheadIos;
  volatile int MmCacheTransitionCount;
  volatile int MmCacheReadCount;
  volatile int MmCacheIoCount;
  unsigned int PrcbPad91;
  void *MmInternal;
  _PROCESSOR_POWER_STATE PowerState;
  void *HyperPte;
  _LIST_ENTRY ScbList;
  _KDPC ForceIdleDpc;
  _KDPC DpcWatchdogDpc;
  _KTIMER DpcWatchdogTimer;
  _CACHE_DESCRIPTOR Cache[5];
  unsigned int CacheCount;
  volatile unsigned int CachedCommit;
  volatile unsigned int CachedResidentAvailable;
  void *WheaInfo;
  void *EtwSupport;
  void *ExSaPageArray;
  unsigned int KeAlignmentFixupCount;
  unsigned int PrcbPad95;
  _SLIST_HEADER HypercallPageList;
  unsigned __int64 *StatisticsPage;
  unsigned __int64 GenerationTarget;
  unsigned __int64 PrcbPad85[4];
  void *HypercallCachedPages;
  void *VirtualApicAssist;
  _KAFFINITY_EX PackageProcessorSet;
  unsigned int PackageId;
  unsigned int PrcbPad86;
  unsigned __int64 SharedReadyQueueMask;
  _KSHARED_READY_QUEUE *SharedReadyQueue;
  unsigned int SharedQueueScanOwner;
  unsigned int ScanSiblingIndex;
  unsigned __int64 CoreProcessorSet;
  unsigned __int64 ScanSiblingMask;
  unsigned __int64 LLCMask;
  unsigned __int64 CacheProcessorMask[5];
  _PROCESSOR_PROFILE_CONTROL_AREA *ProcessorProfileControlArea;
  void *ProfileEventIndexAddress;
  void **DpcWatchdogProfile;
  void **DpcWatchdogProfileCurrentEmptyCapture;
  void *SchedulerAssist;
  _SYNCH_COUNTERS SynchCounters;
  unsigned __int64 PrcbPad94;
  _FILESYSTEM_DISK_COUNTERS FsCounters;
  unsigned __int8 VendorString[13];
  unsigned __int8 PrcbPad100[3];
  unsigned __int64 FeatureBits;
  _LARGE_INTEGER UpdateSignature;
  unsigned __int64 PteBitCache;
  unsigned int PteBitOffset;
  unsigned int PrcbPad105;
  _CONTEXT *Context;
  unsigned int ContextFlagsInit;
  unsigned int PrcbPad115;
  _XSAVE_AREA *ExtendedState;
  void *IsrStack;
  _KENTROPY_TIMING_STATE EntropyTimingState;
  unsigned __int64 PrcbPad110;
  struct
  {
    unsigned int UpdateCycle;
    $9B0DB048E916DFCAC47A6246A740EE37 ___u1;
    $DA89C21E214F92A73FACC20358EF345A ___u2;
    unsigned __int8 Trace[24];
    unsigned __int64 LocalDomain;
    unsigned __int64 RemoteDomain;
    _KTHREAD *Thread;
  } StibpPairingTrace;
  _SINGLE_LIST_ENTRY AbSelfIoBoostsList;
  _SINGLE_LIST_ENTRY AbPropagateBoostsList;
  _KDPC AbDpc;
  _IOP_IRP_STACK_PROFILER IoIrpStackProfilerCurrent;
  _IOP_IRP_STACK_PROFILER IoIrpStackProfilerPrevious;
  _KSECURE_FAULT_INFORMATION SecureFault;
  unsigned __int64 PrcbPad120;
  _KSHARED_READY_QUEUE LocalSharedReadyQueue;
  unsigned __int64 PrcbPad125[2];
  unsigned int TimerExpirationTraceCount;
  unsigned int PrcbPad127;
  _KTIMER_EXPIRATION_TRACE TimerExpirationTrace[16];
  unsigned __int64 PrcbPad128[7];
  _REQUEST_MAILBOX *Mailbox;
  unsigned __int64 PrcbPad130[7];
  _MACHINE_CHECK_CONTEXT McheckContext[2];
  unsigned __int64 PrcbPad134[4];
  _KLOCK_QUEUE_HANDLE SelfmapLockHandle[4];
  unsigned __int64 PrcbPad134a[4];
  unsigned __int8 PrcbPad138[128];
  unsigned __int8 PrcbPad138a[64];
  unsigned __int64 KernelDirectoryTableBase;
  unsigned __int64 RspBaseShadow;
  unsigned __int64 UserRspShadow;
  unsigned int ShadowFlags;
  unsigned int PrcbPad138b;
  unsigned __int64 PrcbPad138c;
  unsigned __int16 PrcbPad138d;
  unsigned __int16 VerwSelector;
  unsigned int DbgMceNestingLevel;
  unsigned int DbgMceFlags;
  unsigned int PrcbPad139b;
  unsigned __int64 PrcbPad140[505];
  unsigned __int64 PrcbPad140a[8];
  unsigned __int64 PrcbPad141[504];
  unsigned __int8 PrcbPad141a[64];
  _REQUEST_MAILBOX RequestMailbox[1];
 };

 /* 661 */
 union $DFCABA25F430707429802D3DBED2B9C2
 {
  _RTL_BALANCED_NODE TreeNode;
  _SINGLE_LIST_ENTRY FreeListEntry;
 };

 /* 662 */
 struct $EC07B23C3B7FAD634FE04CB02D3D38F8
 {
  unsigned __int8 EntryOffset;
  unsigned __int8 ThreadLocalFlags;
  unsigned __int8 AcquiredByte;
  unsigned __int8 CrossThreadFlags;
 };

 /* 663 */
 struct $60D245BA30E2816A1CB14DA501A70A87
 {
  unsigned __int32 StaticState : 8;
  unsigned __int32 WaitingBit : 1;
  unsigned __int32 Spare0 : 7;
  unsigned __int32 AcquiredBit : 1;
  unsigned __int32 : 7;
  unsigned __int32 HeadNodeBit : 1;
  unsigned __int32 IoPriorityBit : 1;
  unsigned __int32 IoQoSWaiter : 1;
  unsigned __int32 Spare1 : 5;
 };

 /* 664 */
 struct $7736FC1F35A4C7F440DCABE0BD2221F9
 {
  unsigned __int32 : 8;
  unsigned __int32 AllFlags : 24;
 };

 /* 665 */
 union $9148A20DFF497AF9C4A61C7ED9522B6F
 {
  unsigned int EntryFlags;
  $EC07B23C3B7FAD634FE04CB02D3D38F8 __s1;
  $60D245BA30E2816A1CB14DA501A70A87 __s2;
  $7736FC1F35A4C7F440DCABE0BD2221F9 __s3;
 };

 /* 653 */
 struct $A1A49EE4C6E599293708B9EDC35F5B5E
 {
  unsigned __int64 CrossThreadReleasable : 1;
  unsigned __int64 Busy : 1;
  unsigned __int64 Reserved : 61;
  unsigned __int64 InTree : 1;
 };

 /* 654 */
 union $33C269271B3B5D8E937A755A27765C0A
 {
  $A1A49EE4C6E599293708B9EDC35F5B5E __s0;
  void *LockState;
 };

 /* 655 */
 struct $3D3B8FE0BB28675FF9A69FDF4E0F0C17
 {
  unsigned int SessionId;
  unsigned int SessionPad;
 };

 /* 656 */
 union $1339906AC62C22B63CA5D1ADD8343769
 {
  void *SessionState;
  $3D3B8FE0BB28675FF9A69FDF4E0F0C17 __s1;
 };

 /* 657 */
 struct _KLOCK_ENTRY_LOCK_STATE
 {
  $33C269271B3B5D8E937A755A27765C0A ___u0;
  $1339906AC62C22B63CA5D1ADD8343769 ___u1;
 };

 /* 666 */
 struct $B44277A236BA2515446CFE9D2BD19FA1
 {
  void *volatile LockUnsafe;
  void *SessionState;
 };

 /* 667 */
 struct $A60C83F7E7D4D797BA8C6A44D96D42F2
 {
  volatile unsigned __int8 CrossThreadReleasableAndBusyByte;
  unsigned __int8 Reserved[6];
  volatile unsigned __int8 InTreeByte;
  unsigned int SessionId;
  unsigned int SessionPad;
 };

 /* 668 */
 union $D575C25741A3F57B5AD1E064E275E892
 {
  _KLOCK_ENTRY_LOCK_STATE LockState;
  $B44277A236BA2515446CFE9D2BD19FA1 __s1;
  $A60C83F7E7D4D797BA8C6A44D96D42F2 __s2;
 };

 /* 669 */
 union $60F5535D0915A995472209829E5D43FC
 {
  _RTL_RB_TREE OwnerTree;
  char CpuPriorityKey;
 };

 /* 658 */
 struct $985BA4769A85FD4AE85CD88F5E2D6C9B
 {
  unsigned __int32 AllBoosts : 17;
  unsigned __int32 Reserved : 15;
 };

 /* 659 */
 struct $3FFCD8F9FD83D2CCCD4C5C5A1C244794
 {
  unsigned __int16 CpuBoostsBitmap : 15;
  unsigned __int16 IoBoost : 1;
  unsigned __int16 IoQoSBoost : 1;
  unsigned __int16 IoNormalPriorityWaiterCount : 8;
  unsigned __int16 IoQoSWaiterCount : 7;
 };

 /* 660 */
 union _KLOCK_ENTRY_BOOST_BITMAP
 {
  unsigned int AllFields;
  $985BA4769A85FD4AE85CD88F5E2D6C9B __s1;
  $3FFCD8F9FD83D2CCCD4C5C5A1C244794 __s2;
 };

 /* 670 */
 struct _KLOCK_ENTRY
 {
  $DFCABA25F430707429802D3DBED2B9C2 ___u0;
  $9148A20DFF497AF9C4A61C7ED9522B6F ___u1;
  unsigned int SpareFlags;
  $D575C25741A3F57B5AD1E064E275E892 ___u3;
  $60F5535D0915A995472209829E5D43FC ___u4;
  _RTL_RB_TREE WaiterTree;
  unsigned __int64 EntryLock;
  _KLOCK_ENTRY_BOOST_BITMAP BoostBitmap;
  unsigned int SparePad;
 };

 /* 359 */
 struct _PROCESSOR_NUMBER
 {
  unsigned __int16 Group;
  unsigned __int8 Number;
  unsigned __int8 Reserved;
 };

 /* 361 */
 struct _THREAD_PERFORMANCE_DATA
 {
  unsigned __int16 Size;
  unsigned __int16 Version;
  _PROCESSOR_NUMBER ProcessorNumber;
  unsigned int ContextSwitches;
  unsigned int HwCountersCount;
  volatile unsigned __int64 UpdateCount;
  unsigned __int64 WaitReasonBitMap;
  unsigned __int64 HardwareCounters;
  _COUNTER_READING CycleTime;
  _COUNTER_READING HwCounters[16];
 };

 /* 364 */
 struct _XSAVE_AREA_HEADER
 {
  unsigned __int64 Mask;
  unsigned __int64 CompactionMask;
  unsigned __int64 Reserved2[6];
 };

 /* 365 */
 struct _XSAVE_AREA
 {
  _XSAVE_FORMAT LegacyState;
  _XSAVE_AREA_HEADER Header;
 };

 /* 371 */
 struct $EE958A3EEEF3B432DBF345C9EA16AB2C
 {
  unsigned __int32 ScheduledThread : 1;
  unsigned __int32 Suspended : 1;
  unsigned __int32 VolatileContext : 1;
  unsigned __int32 Terminated : 1;
  unsigned __int32 DebugActive : 1;
  unsigned __int32 RunningOnSelfThread : 1;
  unsigned __int32 DenyRunningOnSelfThread : 1;
 };

 /* 372 */
 union $C007264E33FEDA0366194DB89F1D29DF
 {
  $EE958A3EEEF3B432DBF345C9EA16AB2C __s0;
  volatile int Flags;
 };

 /* 373 */
 struct $F0BB6DED5B863CB5C1D5B6781ED3F5BA
 {
  unsigned __int64 KernelUpdateLock : 2;
  unsigned __int64 PrimaryClientID : 62;
 };

 /* 374 */
 union $D471D725278CCCDDA2C22047BBBF7463
 {
  $F0BB6DED5B863CB5C1D5B6781ED3F5BA __s0;
  volatile unsigned __int64 ContextLock;
 };

 /* 370 */
 struct _RTL_UMS_CONTEXT
 {
  _SINGLE_LIST_ENTRY Link;
  __declspec(align(16)) _CONTEXT Context;
  void *Teb;
  void *UserContext;
  $C007264E33FEDA0366194DB89F1D29DF ___u4;
  $D471D725278CCCDDA2C22047BBBF7463 ___u5;
  _RTL_UMS_CONTEXT *PrimaryUmsContext;
  unsigned int SwitchCount;
  unsigned int KernelYieldCount;
  unsigned int MixedYieldCount;
  unsigned int YieldCount;
 };

 /* 380 */
 struct _KEXCEPTION_FRAME
 {
  unsigned __int64 P1Home;
  unsigned __int64 P2Home;
  unsigned __int64 P3Home;
  unsigned __int64 P4Home;
  unsigned __int64 P5;
  unsigned __int64 Spare1;
  _M128A Xmm6;
  _M128A Xmm7;
  _M128A Xmm8;
  _M128A Xmm9;
  _M128A Xmm10;
  _M128A Xmm11;
  _M128A Xmm12;
  _M128A Xmm13;
  _M128A Xmm14;
  _M128A Xmm15;
  unsigned __int64 TrapFrame;
  unsigned __int64 OutputBuffer;
  unsigned __int64 OutputLength;
  unsigned __int64 Spare2;
  unsigned __int64 MxCsr;
  unsigned __int64 Rbp;
  unsigned __int64 Rbx;
  unsigned __int64 Rdi;
  unsigned __int64 Rsi;
  unsigned __int64 R12;
  unsigned __int64 R13;
  unsigned __int64 R14;
  unsigned __int64 R15;
  unsigned __int64 Return;
 };

 /* 392 */
 struct $0546781C5EA3D12C7B8713B38AAAA7E7
 {
  unsigned __int8 AffinityFill[10];
  unsigned __int16 NodeNumber;
  unsigned __int16 PrimaryNodeNumber;
  unsigned __int16 Spare0;
 };

 /* 393 */
 union $99C0D1666D6FEADA535ACEB8B2437576
 {
  _GROUP_AFFINITY Affinity;
  $0546781C5EA3D12C7B8713B38AAAA7E7 __s1;
 };

 /* 388 */
 struct _flags
 {
  unsigned __int8 Removable : 1;
  unsigned __int8 GroupAssigned : 1;
  unsigned __int8 GroupCommitted : 1;
  unsigned __int8 GroupAssignmentFixed : 1;
  unsigned __int8 ProcessorOnly : 1;
  unsigned __int8 SmtSetsPresent : 1;
  unsigned __int8 Fill : 2;
 };

 /* 389 */
 struct _KHETERO_PROCESSOR_SET
 {
  unsigned __int64 IdealMask;
  unsigned __int64 PreferredMask;
  unsigned __int64 AvailableMask;
 };

 /* 390 */
 struct $30B55DB978BF6002BB343F706FAE00D7
 {
  unsigned __int64 SingleCoreSet;
  unsigned __int64 SmtSet;
 };

 /* 391 */
 union _KQOS_GROUPING_SETS
 {
  $30B55DB978BF6002BB343F706FAE00D7 __s0;
 };

 /* 394 */
 struct _KNODE
 {
  unsigned __int64 IdleNonParkedCpuSet;
  unsigned __int64 IdleSmtSet;
  unsigned __int64 NonPairedSmtSet;
  unsigned __int64 IdleCpuSet;
  __declspec(align(64)) unsigned __int64 DeepIdleSet;
  unsigned __int64 IdleConstrainedSet;
  unsigned __int64 NonParkedSet;
  unsigned __int64 SoftParkedSet;
  unsigned __int64 NonIsrTargetedSet;
  int ParkLock;
  unsigned __int16 ThreadSeed;
  unsigned __int16 ProcessSeed;
  __declspec(align(32)) unsigned int SiblingMask;
  $99C0D1666D6FEADA535ACEB8B2437576 ___u13;
  unsigned __int64 SharedReadyQueueMask;
  unsigned __int64 StrideMask;
  unsigned int ProximityId;
  unsigned int Lowest;
  unsigned int Highest;
  unsigned __int8 MaximumProcessors;
  _flags Flags;
  unsigned __int8 Spare10;
  _KHETERO_PROCESSOR_SET HeteroSets[5];
  unsigned __int64 PpmConfiguredQosSets[5];
  unsigned __int64 Spare11;
  _KQOS_GROUPING_SETS QosGroupingSets;
  unsigned __int64 QosPreemptibleSet;
  unsigned __int64 LLCLeaders;
 };

 /* 411 */
 struct __declspec(align(64)) _GENERAL_LOOKASIDE
 {
  $D9318E5461FBD001CF06AEEF6A9BA32B ___u0;
  unsigned __int16 Depth;
  unsigned __int16 MaximumDepth;
  unsigned int TotalAllocates;
  $9D02AA4AC86E49CEAF084B97B97744B1 ___u4;
  unsigned int TotalFrees;
  $4290DA71080BA5C562B380EC38D3C295 ___u6;
  _POOL_TYPE Type;
  unsigned int Tag;
  unsigned int Size;
  $609F7953459DED3393456EC56E47AB4E ___u10;
  $99A3AD952844BD1662DDA06B4C8C1657 ___u11;
  _LIST_ENTRY ListEntry;
  unsigned int LastTotalAllocates;
  $BA67176EA55FA2D963EA02A98A2C99D2 ___u14;
  unsigned int Future[2];
 };

 /* 403 */
 struct _LOOKASIDE_LIST_EX
 {
  _GENERAL_LOOKASIDE_POOL L;
 };

 /* 416 */
 union $69E0CAE5652EB475CFF531B956741601
 {
  _KAFFINITY_EX KeFlushTbAffinity;
  _KAFFINITY_EX KeFlushWbAffinity;
  _KAFFINITY_EX KeSyncContextAffinity;
 };

 /* 417 */
 struct _KSTATIC_AFFINITY_BLOCK
 {
  $69E0CAE5652EB475CFF531B956741601 ___u0;
  _KAFFINITY_EX KeFlushTbDeepIdleAffinity;
  _KAFFINITY_EX KeIpiSendAffinity;
  _KAFFINITY_EX KeIpiSendIpiSet;
 };

 /* 418 */
 struct _RTL_HASH_TABLE
 {
  unsigned int EntryCount;
  unsigned __int32 MaskBitCount : 5;
  unsigned __int32 BucketCount : 27;
  _SINGLE_LIST_ENTRY *Buckets;
 };

 /* 425 */
 struct __declspec(align(2)) _PROCESSOR_IDLE_CONSTRAINTS
 {
  unsigned __int64 TotalTime;
  unsigned __int64 IdleTime;
  unsigned __int64 ExpectedIdleDuration;
  unsigned __int64 MaxIdleDuration;
  unsigned int OverrideState;
  unsigned int TimeCheck;
  unsigned __int8 PromotePercent;
  unsigned __int8 DemotePercent;
  unsigned __int8 Parked;
  unsigned __int8 Interruptible;
  unsigned __int8 PlatformIdle;
  unsigned __int8 ExpectedWakeReason;
  unsigned __int8 IdleStateMax;
 };

 /* 427 */
 struct __declspec(align(8)) _PROCESSOR_IDLE_PREPARE_INFO
 {
  void *Context;
  _PROCESSOR_IDLE_CONSTRAINTS Constraints;
  unsigned int DependencyCount;
  unsigned int DependencyUsed;
  _PROCESSOR_IDLE_DEPENDENCY *DependencyArray;
  unsigned int PlatformIdleStateIndex;
  unsigned int ProcessorIdleStateIndex;
  unsigned int IdleSelectFailureMask;
 };

 /* 429 */
 struct _PPM_SELECTION_MENU
 {
  unsigned int Count;
  _PPM_SELECTION_MENU_ENTRY *Entries;
 };

 /* 432 */
 struct _PPM_COORDINATED_SELECTION
 {
  unsigned int MaximumStates;
  unsigned int SelectedStates;
  unsigned int DefaultSelection;
  unsigned int *Selection;
 };

 /* 433 */
 struct _UNICODE_STRING
 {
  unsigned __int16 Length;
  unsigned __int16 MaximumLength;
  wchar_t *Buffer;
 };

 /* 435 */
 struct _PPM_VETO_ACCOUNTING
 {
  volatile int VetoPresent;
  _LIST_ENTRY VetoListHead;
  unsigned __int8 CsAccountingBlocks;
  unsigned __int8 BlocksDrips;
  unsigned int PreallocatedVetoCount;
  _PPM_VETO_ENTRY *PreallocatedVetoList;
 };

 /* 436 */
 struct _PPM_IDLE_STATE
 {
  _KAFFINITY_EX DomainMembers;
  _UNICODE_STRING Name;
  unsigned int Latency;
  unsigned int BreakEvenDuration;
  unsigned int Power;
  unsigned int StateFlags;
  _PPM_VETO_ACCOUNTING VetoAccounting;
  unsigned __int8 StateType;
  unsigned __int8 InterruptsEnabled;
  unsigned __int8 Interruptible;
  unsigned __int8 ContextRetained;
  unsigned __int8 CacheCoherent;
  unsigned __int8 WakesSpuriously;
  unsigned __int8 PlatformOnly;
  unsigned __int8 NoCState;
 };

 /* 437 */
 struct _PPM_IDLE_STATES
 {
  unsigned __int8 InterfaceVersion;
  unsigned __int8 IdleOverride;
  unsigned __int8 EstimateIdleDuration;
  unsigned __int8 ExitLatencyTraceEnabled;
  unsigned __int8 NonInterruptibleTransition;
  unsigned __int8 UnaccountedTransition;
  unsigned __int8 IdleDurationLimited;
  unsigned __int8 IdleCheckLimited;
  unsigned __int8 StrictVetoBias;
  unsigned int ExitLatencyCountdown;
  unsigned int TargetState;
  unsigned int ActualState;
  unsigned int OldState;
  unsigned int OverrideIndex;
  unsigned int ProcessorIdleCount;
  unsigned int Type;
  unsigned __int64 LevelId;
  unsigned __int16 ReasonFlags;
  volatile unsigned __int64 InitiateWakeStamp;
  int PreviousStatus;
  unsigned int PreviousCancelReason;
  _KAFFINITY_EX PrimaryProcessorMask;
  _KAFFINITY_EX SecondaryProcessorMask;
  void (__fastcall *IdlePrepare)(_PROCESSOR_IDLE_PREPARE_INFO *);
  int (__fastcall *IdlePreExecute)(void *, unsigned int, unsigned int, unsigned int, unsigned int *);
  int (__fastcall *IdleExecute)(void *, unsigned __int64, unsigned int, unsigned int, unsigned int, unsigned int, unsigned int *);
  unsigned int (__fastcall *IdlePreselect)(void *, _PROCESSOR_IDLE_CONSTRAINTS *);
  unsigned int (__fastcall *IdleTest)(void *, unsigned int, unsigned int);
  unsigned int (__fastcall *IdleAvailabilityCheck)(void *, unsigned int);
  void (__fastcall *IdleComplete)(void *, unsigned int, unsigned int, unsigned int, unsigned int *);
  void (__fastcall *IdleCancel)(void *, unsigned int);
  unsigned __int8 (__fastcall *IdleIsHalted)(void *);
  unsigned __int8 (__fastcall *IdleInitiateWake)(void *);
  _PROCESSOR_IDLE_PREPARE_INFO PrepareInfo;
  _KAFFINITY_EX DeepIdleSnapshot;
  _PERFINFO_PPM_STATE_SELECTION *Tracing;
  _PERFINFO_PPM_STATE_SELECTION *CoordinatedTracing;
  _PPM_SELECTION_MENU ProcessorMenu;
  _PPM_SELECTION_MENU CoordinatedMenu;
  _PPM_COORDINATED_SELECTION CoordinatedSelection;
  _PPM_IDLE_STATE State[1];
 };

 /* 438 */
 struct _PPM_SELECTION_STATISTICS
 {
  unsigned __int64 SelectedCount;
  unsigned __int64 VetoCount;
  unsigned __int64 PreVetoCount;
  unsigned __int64 WrongProcessorCount;
  unsigned __int64 LatencyCount;
  unsigned __int64 IdleDurationCount;
  unsigned __int64 DeviceDependencyCount;
  unsigned __int64 ProcessorDependencyCount;
  unsigned __int64 PlatformOnlyCount;
  unsigned __int64 InterruptibleCount;
  unsigned __int64 LegacyOverrideCount;
  unsigned __int64 CstateCheckCount;
  unsigned __int64 NoCStateCount;
  unsigned __int64 CoordinatedDependencyCount;
  unsigned __int64 NotClockOwnerCount;
  _PPM_VETO_ACCOUNTING *PreVetoAccounting;
 };

 /* 439 */
 struct __declspec(align(8)) _PROC_IDLE_STATE_BUCKET
 {
  unsigned __int64 TotalTime;
  unsigned __int64 MinTime;
  unsigned __int64 MaxTime;
  unsigned int Count;
 };

 /* 440 */
 struct _PROC_IDLE_STATE_ACCOUNTING
 {
  unsigned __int64 TotalTime;
  unsigned int CancelCount;
  unsigned int FailureCount;
  unsigned int SuccessCount;
  unsigned int InvalidBucketIndex;
  unsigned __int64 MinTime;
  unsigned __int64 MaxTime;
  _PPM_SELECTION_STATISTICS SelectionStatistics;
  _PROC_IDLE_STATE_BUCKET IdleTimeBuckets[26];
 };

 /* 441 */
 struct _PROC_IDLE_ACCOUNTING
 {
  unsigned int StateCount;
  unsigned int TotalTransitions;
  unsigned int ResetCount;
  unsigned int AbortCount;
  unsigned __int64 StartTime;
  unsigned __int64 PriorIdleTime;
  PPM_IDLE_BUCKET_TIME_TYPE TimeUnit;
  _PROC_IDLE_STATE_ACCOUNTING State[1];
 };

 /* 445 */
 union $23D3264716E8BCDB05722CA6474DA032
 {
  void (__fastcall *InstantaneousRead)(unsigned __int64, unsigned int *);
  void (__fastcall *DifferentialRead)(unsigned __int64, unsigned __int8, unsigned __int64 *, unsigned __int64 *);
 };

 /* 446 */
 struct _PROC_FEEDBACK_COUNTER
 {
  $23D3264716E8BCDB05722CA6474DA032 ___u0;
  unsigned __int64 LastActualCount;
  unsigned __int64 LastReferenceCount;
  unsigned int CachedValue;
  __declspec(align(8)) unsigned __int8 Affinitized;
  unsigned __int8 Differential;
  unsigned __int8 DiscardIdleTime;
  unsigned __int8 Scaling;
  unsigned __int64 Context;
 };

 /* 453 */
 struct __declspec(align(4)) _PROC_PERF_QOS_CLASS_POLICY
 {
  unsigned int MaxPolicyPercent;
  unsigned int MaxEquivalentFrequencyPercent;
  unsigned int MinPolicyPercent;
  unsigned int AutonomousActivityWindow;
  unsigned int EnergyPerfPreference;
  unsigned __int8 ProvideGuidance;
  unsigned __int8 AllowThrottling;
  unsigned __int8 PerfBoostMode;
  unsigned __int8 LatencyHintPerf;
  unsigned __int8 TrackDesiredCrossClass;
 };

 /* 451 */
 struct __declspec(align(4)) _PERF_CONTROL_STATE_SELECTION
 {
  unsigned __int64 SelectedState;
  unsigned int SelectedPercent;
  unsigned int SelectedFrequency;
  unsigned int MinPercent;
  unsigned int MaxPercent;
  unsigned int TolerancePercent;
  unsigned int EppPercent;
  unsigned int AutonomousActivityWindow;
  unsigned __int8 Autonomous;
  unsigned __int8 InheritFromDomain;
 };

 /* 454 */
 struct __declspec(align(2)) _PROC_PERF_DOMAIN
 {
  _LIST_ENTRY Link;
  _PROC_PERF_CHECK_CONTEXT *Master;
  _KAFFINITY_EX Members;
  unsigned __int64 DomainContext;
  unsigned int ProcessorCount;
  unsigned __int8 EfficiencyClass;
  unsigned __int8 NominalPerformanceClass;
  unsigned __int8 HighestPerformanceClass;
  _PROCESSOR_PRESENCE Presence;
  _PROC_PERF_CONSTRAINT *Processors;
  void (__fastcall *GetFFHThrottleState)(unsigned __int64 *);
  void (__fastcall *TimeWindowHandler)(unsigned __int64, unsigned int);
  void (__fastcall *BoostPolicyHandler)(unsigned __int64, unsigned int);
  void (__fastcall *BoostModeHandler)(unsigned __int64, unsigned int);
  void (__fastcall *AutonomousActivityWindowHandler)(unsigned __int64, unsigned int);
  void (__fastcall *AutonomousModeHandler)(unsigned __int64, unsigned int);
  void (__fastcall *ReinitializeHandler)(unsigned __int64);
  unsigned int (__fastcall *PerfSelectionHandler)(unsigned __int64, unsigned int, unsigned int, unsigned int, unsigned int, unsigned int, unsigned int, unsigned int *, unsigned __int64 *);
  void (__fastcall *PerfControlHandler)(unsigned __int64, _PERF_CONTROL_STATE_SELECTION *, unsigned __int8, unsigned __int8);
  void (__fastcall *PerfControlHandlerHidden)(unsigned __int64, _PERF_CONTROL_STATE_SELECTION *, unsigned __int8, unsigned __int8);
  void (__fastcall *DomainPerfControlHandler)(unsigned __int64, _PERF_CONTROL_STATE_SELECTION *, unsigned __int8, unsigned __int8);
  unsigned int MaxFrequency;
  unsigned int NominalFrequency;
  unsigned int MaxPercent;
  unsigned int MinPerfPercent;
  unsigned int MinThrottlePercent;
  unsigned int AdvertizedMaximumFrequency;
  unsigned __int64 MinimumRelativePerformance;
  unsigned __int64 NominalRelativePerformance;
  unsigned __int8 NominalRelativePerformancePercent;
  unsigned __int8 Coordination;
  unsigned __int8 HardPlatformCap;
  unsigned __int8 AffinitizeControl;
  unsigned __int8 EfficientThrottle;
  unsigned __int8 AllowSchedulerDirectedPerfStates;
  unsigned __int8 InitiateAllProcessors;
  unsigned __int8 AutonomousMode;
  unsigned __int8 ProvideGuidance;
  unsigned int DesiredPercent;
  unsigned int GuaranteedPercent;
  unsigned __int8 EngageResponsivenessOverrides;
  _PROC_PERF_QOS_CLASS_POLICY QosPolicies[5];
  unsigned int QosDisableReasons[5];
  unsigned __int16 QosEquivalencyMasks[5];
  unsigned __int8 QosSupported;
  volatile unsigned int SelectionGeneration;
  _PERF_CONTROL_STATE_SELECTION QosSelection[5];
  unsigned __int64 PerfChangeTime;
  unsigned int PerfChangeIntervalCount;
  unsigned __int8 Force;
  unsigned __int8 Update;
  unsigned __int8 Apply;
 };

 /* 452 */
 struct _PROC_PERF_CONSTRAINT
 {
  _PROC_PERF_CHECK_CONTEXT *CheckContext;
  unsigned __int64 PerfContext;
  _PROCESSOR_PRESENCE Presence;
  unsigned int ProcessorId;
  unsigned int PlatformCap;
  unsigned int ThermalCap;
  unsigned int LimitReasons;
  unsigned __int64 PlatformCapStartTime;
  unsigned int ProcCap;
  unsigned int ProcFloor;
  unsigned int TargetPercent;
  unsigned __int8 EngageResponsivenessOverrides;
  unsigned __int8 ResponsivenessChangeCount;
  _PERF_CONTROL_STATE_SELECTION Selection;
  unsigned int DomainSelectionGeneration;
  unsigned int PreviousFrequency;
  unsigned int PreviousPercent;
  unsigned int LatestFrequencyPercent;
  unsigned int LatestPerformancePercent;
  unsigned __int8 Force;
  unsigned __int8 UseQosUpdateLock;
  unsigned __int64 QosUpdateLock;
 };

 /* 455 */
 struct __declspec(align(8)) _PROC_PERF_CHECK_SNAP
 {
  unsigned __int64 Time;
  unsigned __int64 Active;
  unsigned __int64 Stall;
  unsigned __int64 FrequencyScaledActive;
  unsigned __int64 PerformanceScaledActive;
  unsigned __int64 PerformanceScaledKernelActive;
  unsigned __int64 CyclesActive;
  unsigned __int64 CyclesAffinitized;
  unsigned __int64 TaggedThreadCycles[3];
  unsigned int ResponsivenessEvents;
 };

 /* 456 */
 struct __declspec(align(8)) _PROC_PERF_CHECK
 {
  unsigned __int64 LastActive;
  unsigned __int64 LastTime;
  unsigned __int64 LastStall;
  unsigned int LastResponsivenessEvents;
  _PROC_PERF_CHECK_SNAP LastPerfCheckSnap;
  _PROC_PERF_CHECK_SNAP CurrentSnap;
  _PROC_PERF_CHECK_SNAP LastDeliveredSnap;
  unsigned int LastDeliveredPerformance;
  unsigned int LastDeliveredFrequency;
  unsigned __int8 TaggedThreadPercent[3];
  unsigned __int8 Class0FloorPerfSelection;
  unsigned __int8 Class1MinimumPerfSelection;
  unsigned int CurrentResponsivenessEvents;
 };

 /* 457 */
 struct _PROC_PERF_LOAD
 {
  unsigned __int8 BusyPercentage;
  unsigned __int8 FrequencyPercentage;
 };

 /* 458 */
 struct __declspec(align(2)) _PROC_PERF_HISTORY_ENTRY
 {
  unsigned __int16 Utility;
  unsigned __int16 AffinitizedUtility;
  unsigned __int16 Frequency;
  unsigned __int8 TaggedPercent[3];
 };

 /* 459 */
 struct __declspec(align(4)) _PROC_PERF_HISTORY
 {
  unsigned int Count;
  unsigned int Slot;
  unsigned int UtilityTotal;
  unsigned int AffinitizedUtilityTotal;
  unsigned int FrequencyTotal;
  unsigned int TaggedPercentTotal[3];
  _PROC_PERF_HISTORY_ENTRY HistoryList[1];
 };

 /* 460 */
 struct _PPM_CONCURRENCY_ACCOUNTING
 {
  unsigned __int64 Lock;
  unsigned int Processors;
  unsigned int ActiveProcessors;
  unsigned __int64 LastUpdateTime;
  unsigned __int64 TotalTime;
  unsigned __int64 AccumulatedTime[1];
 };

 /* 819 */
 struct $4CCC065527AC26049AC1DF7692B94D6D
 {
  unsigned __int32 SystemTransition : 1;
  unsigned __int32 PepD0Notify : 1;
  unsigned __int32 IdleTimerOn : 1;
  unsigned __int32 IgnoreIdleTimeout : 1;
  unsigned __int32 IrpInUse : 1;
  unsigned __int32 IrpPending : 1;
  unsigned __int32 DPNRDeviceNotified : 1;
  unsigned __int32 DPNRReceivedFromPep : 1;
  unsigned __int32 IrpFirstPendingIndex : 1;
  unsigned __int32 IrpLastPendingIndex : 1;
  unsigned __int32 SIrpBlocked : 1;
  unsigned __int32 BlockFastResume : 1;
  unsigned __int32 DirectedPoweredDown : 1;
  unsigned __int32 DirectedTransitionInProgress : 1;
  unsigned __int32 Reserved : 18;
 };

 /* 820 */
 volatile union _POP_FX_DEVICE_STATUS
 {
  int Value;
  $4CCC065527AC26049AC1DF7692B94D6D __s1;
 };

 /* 841 */
 struct _POP_FX_DRIVER_CALLBACKS
 {
  void (__fastcall *ComponentActive)(void *, unsigned int);
  void (__fastcall *ComponentIdle)(void *, unsigned int);
  void (__fastcall *ComponentIdleState)(void *, unsigned int, unsigned int);
  void (__fastcall *DevicePowerRequired)(void *);
  void (__fastcall *DevicePowerNotRequired)(void *);
  int (__fastcall *PowerControl)(void *, const _GUID *, void *, unsigned __int64, void *, unsigned __int64, unsigned __int64 *);
  void (__fastcall *ComponentCriticalTransition)(void *, unsigned int, unsigned __int8);
  void (__fastcall *DripsWatchdogCallback)(void *, _DEVICE_OBJECT *, unsigned int);
  void (__fastcall *DirectedPowerUpCallback)(void *, unsigned int);
  void (__fastcall *DirectedPowerDownCallback)(void *, unsigned int);
 };

 /* 842 */
 struct _IO_REMOVE_LOCK_COMMON_BLOCK
 {
  unsigned __int8 Removed;
  unsigned __int8 Reserved[3];
  int IoCount;
  _KEVENT RemoveEvent;
 };

 /* 843 */
 struct _IO_REMOVE_LOCK
 {
  _IO_REMOVE_LOCK_COMMON_BLOCK Common;
 };

 /* 601 */
 struct _WORK_QUEUE_ITEM
 {
  _LIST_ENTRY List;
  void (__fastcall *WorkerRoutine)(void *);
  void *Parameter;
 };

 /* 844 */
 struct _POP_FX_WORK_ORDER
 {
  _WORK_QUEUE_ITEM WorkItem;
  int WorkCount;
  void *Context;
  _POP_FX_WORK_ORDER_WATCHDOG_INFO *WatchdogTimerInfo;
 };

 /* 805 */
 union _POWER_STATE
 {
  _SYSTEM_POWER_STATE SystemState;
  _DEVICE_POWER_STATE DeviceState;
 };

 /* 861 */
 struct _POP_FX_ACTIVE_TIME_ACCOUNTING
 {
  unsigned __int64 Total;
  unsigned __int64 Unattributed;
  unsigned __int64 Buckets[5];
  unsigned __int64 PerBucket[5];
 };

 /* 862 */
 struct _POP_FX_ACCOUNTING
 {
  unsigned __int64 Lock;
  unsigned __int8 Active;
  unsigned int DripsRequiredState;
  int Level;
  __int64 ActiveStamp;
  _POP_FX_ACTIVE_TIME_ACCOUNTING CsActiveTimeAccounting;
  _POP_FX_ACTIVE_TIME_ACCOUNTING CsCriticalActiveTimeAccounting;
 };

 /* 884 */
 struct __declspec(align(8)) _POP_FX_DRIPS_WATCHDOG_CONTEXT
 {
  _LIST_ENTRY Link;
  unsigned int ComponentIndex;
  _DEVICE_NODE **ChildDevices;
  unsigned int ChildDeviceCount;
 };

 /* 859 */
 struct _POP_FX_WORK_ORDER_WATCHDOG_INFO
 {
  _LIST_ENTRY Link;
  _KTIMER Timer;
  _KDPC Dpc;
  _POP_FX_WORK_ORDER *WorkOrder;
  _PEP_WORK_INFORMATION *CurrentWorkInfo;
  unsigned __int64 WatchdogStart;
  _KTHREAD *WorkerThread;
 };

 /* 885 */
 struct _POP_FX_DEVICE_DIRECTED_TRANSITION_STATE
 {
  void *CompletionContext;
  int CompletionStatus;
  unsigned __int32 DIrpPending : 1;
  unsigned __int32 DIrpCompleted : 1;
 };

 /* 815 */
 struct _POP_FX_DEVICE
 {
  _LIST_ENTRY Link;
  _IRP *Irp;
  _POP_IRP_DATA *IrpData;
  volatile _POP_FX_DEVICE_STATUS Status;
  volatile int PowerReqCall;
  volatile int PowerNotReqCall;
  _DEVICE_NODE *DevNode;
  PEPHANDLE__ *DpmContext;
  _POP_FX_PLUGIN *Plugin;
  PEPHANDLE__ *PluginHandle;
  _POP_FX_PLUGIN *AcpiPlugin;
  PEPHANDLE__ *AcpiPluginHandle;
  _DEVICE_OBJECT *DeviceObject;
  _DEVICE_OBJECT *TargetDevice;
  _POP_FX_DRIVER_CALLBACKS Callbacks;
  void *DriverContext;
  _LIST_ENTRY AcpiLink;
  _UNICODE_STRING DeviceId;
  volatile int CommonReferenceFlags;
  _IO_REMOVE_LOCK RemoveLock;
  _IO_REMOVE_LOCK AcpiRemoveLock;
  _POP_FX_WORK_ORDER WorkOrder;
  unsigned __int64 IdleLock;
  _KTIMER IdleTimer;
  _KDPC IdleDpc;
  unsigned __int64 IdleTimeout;
  unsigned __int64 IdleStamp;
  _DEVICE_OBJECT *NextIrpDeviceObject[2];
  _POWER_STATE NextIrpPowerState[2];
  void (__fastcall *NextIrpCallerCompletion[2])(_DEVICE_OBJECT *, unsigned __int8, _POWER_STATE, void *, _IO_STATUS_BLOCK *);
  void *NextIrpCallerContext[2];
  _KEVENT IrpCompleteEvent;
  unsigned __int8 (__fastcall *PowerOnDumpDeviceCallback)(_PEP_CRASHDUMP_INFORMATION *);
  _POP_FX_ACCOUNTING Accounting;
  volatile unsigned int Flags;
  unsigned int ComponentCount;
  _POP_FX_COMPONENT **Components;
  unsigned int LogEntries;
  _POP_FX_LOG_ENTRY *Log;
  volatile int LogIndex;
  _DRIVER_OBJECT *DripsWatchdogDriverObject;
  _POP_FX_DRIPS_WATCHDOG_CONTEXT DripsWatchdogContext;
  unsigned int DirectedTimeout;
  _POP_FX_WORK_ORDER DirectedWorkOrder;
  _POP_FX_WORK_ORDER_WATCHDOG_INFO DirectedWorkWatchdogInfo;
  unsigned __int64 DirectedLock;
  volatile int DirectedTransitionCallCount;
  _POP_FX_DEVICE_DIRECTED_TRANSITION_STATE DirectedTransitionState;
  _POP_DEVICE_POWER_PROFILE *PowerProfile;
  _UNICODE_STRING FriendlyName;
 };

 /* 890 */
 struct _PEBS_DS_SAVE_AREA32
 {
  unsigned int BtsBufferBase;
  unsigned int BtsIndex;
  unsigned int BtsAbsoluteMaximum;
  unsigned int BtsInterruptThreshold;
  unsigned int PebsBufferBase;
  unsigned int PebsIndex;
  unsigned int PebsAbsoluteMaximum;
  unsigned int PebsInterruptThreshold;
  unsigned __int64 PebsGpCounterReset[8];
  unsigned __int64 PebsFixedCounterReset[4];
 };

 /* 891 */
 struct _PEBS_DS_SAVE_AREA64
 {
  unsigned __int64 BtsBufferBase;
  unsigned __int64 BtsIndex;
  unsigned __int64 BtsAbsoluteMaximum;
  unsigned __int64 BtsInterruptThreshold;
  unsigned __int64 PebsBufferBase;
  unsigned __int64 PebsIndex;
  unsigned __int64 PebsAbsoluteMaximum;
  unsigned __int64 PebsInterruptThreshold;
  unsigned __int64 PebsGpCounterReset[8];
  unsigned __int64 PebsFixedCounterReset[4];
 };

 /* 892 */
 union $EC5E77FB1A6D602F28063F8B6D192E73
 {
  _PEBS_DS_SAVE_AREA32 As32Bit;
  _PEBS_DS_SAVE_AREA64 As64Bit;
 };

 /* 893 */
 struct _PEBS_DS_SAVE_AREA
 {
  $EC5E77FB1A6D602F28063F8B6D192E73 ___u0;
 };

 /* 894 */
 struct _PROCESSOR_PROFILE_CONTROL_AREA
 {
  _PEBS_DS_SAVE_AREA PebsDsSaveArea;
 };

 /* 426 */
 struct __declspec(align(2)) _PROCESSOR_IDLE_DEPENDENCY
 {
  unsigned int ProcessorIndex;
  unsigned __int8 ExpectedState;
  unsigned __int8 AllowDeeperStates;
  unsigned __int8 LooseDependency;
 };

 /* 428 */
 struct _PERFINFO_PPM_STATE_SELECTION
 {
  unsigned int SelectedState;
  unsigned int VetoedStates;
  unsigned int VetoReason[1];
 };

 /* 431 */
 struct _PPM_SELECTION_MENU_ENTRY
 {
  unsigned __int8 StrictDependency;
  unsigned __int8 InitiatingState;
  unsigned __int8 DependentState;
  unsigned int StateIndex;
  unsigned int Dependencies;
  _PPM_SELECTION_DEPENDENCY *DependencyList;
 };

 /* 434 */
 struct _PPM_VETO_ENTRY
 {
  _LIST_ENTRY Link;
  unsigned int VetoReason;
  unsigned int ReferenceCount;
  unsigned __int64 HitCount;
  unsigned __int64 LastActivationTime;
  unsigned __int64 TotalActiveTime;
  unsigned __int64 CsActivationTime;
  unsigned __int64 CsActiveTime;
 };

 /* 496 */
 union $250F5FE22B4503EFD7D48C86CC7F2167
 {
  int Status;
  void *Pointer;
 };

 /* 497 */
 struct _IO_STATUS_BLOCK
 {
  $250F5FE22B4503EFD7D48C86CC7F2167 ___u0;
  unsigned __int64 Information;
 };

 /* 783 */
 union $90B7B9E2AE185F997E104583FE5A81D4
 {
  void (__fastcall *UserApcRoutine)(void *, _IO_STATUS_BLOCK *, unsigned int);
  void *IssuingProcess;
 };

 /* 505 */
 struct __declspec(align(4)) _KDEVICE_QUEUE_ENTRY
 {
  _LIST_ENTRY DeviceListEntry;
  unsigned int SortKey;
  unsigned __int8 Inserted;
 };

 /* 813 */
 union $F9A7266688BBB10A2DDD64478C4453F4
 {
  _KDEVICE_QUEUE_ENTRY DeviceQueueEntry;
  void *DriverContext[4];
 };

 /* 814 */
 union $40D5A933C886140D0624780101EF3FA0
 {
  _IO_STACK_LOCATION *CurrentStackLocation;
  unsigned int PacketType;
 };

 /* 491 */
 struct _IRP
 {
  __int16 Type;
  unsigned __int16 Size;
  unsigned __int16 AllocationProcessorNumber;
  unsigned __int16 Reserved;
  _MDL *MdlAddress;
  unsigned int Flags;
  union
  {
    _IRP *MasterIrp;
    int IrpCount;
    void *SystemBuffer;
  } AssociatedIrp;
  _LIST_ENTRY ThreadListEntry;
  _IO_STATUS_BLOCK IoStatus;
  char RequestorMode;
  unsigned __int8 PendingReturned;
  char StackCount;
  char CurrentLocation;
  unsigned __int8 Cancel;
  unsigned __int8 CancelIrql;
  char ApcEnvironment;
  unsigned __int8 AllocationFlags;
  _IO_STATUS_BLOCK *UserIosb;
  _KEVENT *UserEvent;
  union
  {
    struct
    {
      $90B7B9E2AE185F997E104583FE5A81D4 ___u0;
      void *UserApcContext;
    } AsynchronousParameters;
    _LARGE_INTEGER AllocationSize;
  } Overlay;
  void (__fastcall *CancelRoutine)(_DEVICE_OBJECT *, _IRP *);
  void *UserBuffer;
  union
  {
    struct
    {
      $F9A7266688BBB10A2DDD64478C4453F4 ___u0;
      _ETHREAD *Thread;
      char *AuxiliaryBuffer;
      _LIST_ENTRY ListEntry;
      $40D5A933C886140D0624780101EF3FA0 ___u4;
      _FILE_OBJECT *OriginalFileObject;
      void *IrpExtension;
    } Overlay;
    _KAPC Apc;
    void *CompletionKey;
  } Tail;
 };

 /* 817 */
 union $8CEC4B7F71BF05A366BE93E8BB44D07C
 {
  struct __declspec(align(8))
  {
    void (__fastcall *CallerCompletion)(_DEVICE_OBJECT *, unsigned __int8, _POWER_STATE, void *, _IO_STATUS_BLOCK *);
    void *CallerContext;
    _DEVICE_OBJECT *CallerDevice;
    unsigned __int8 SystemWake;
  } Device;
  struct __declspec(align(8))
  {
    _PO_DEVICE_NOTIFY *NotifyDevice;
    unsigned __int8 FxDeviceActivated;
  } System;
 };

 /* 818 */
 struct __declspec(align(8)) _POP_IRP_DATA
 {
  _LIST_ENTRY Link;
  _IRP *Irp;
  _DEVICE_OBJECT *Pdo;
  _DEVICE_OBJECT *TargetDevice;
  _DEVICE_OBJECT *CurrentDevice;
  unsigned __int64 WatchdogStart;
  _KTIMER WatchdogTimer;
  _KDPC WatchdogDpc;
  unsigned __int8 MinorFunction;
  _POWER_STATE_TYPE PowerStateType;
  _POWER_STATE PowerState;
  unsigned __int8 WatchdogEnabled;
  _POP_FX_DEVICE *FxDevice;
  unsigned __int8 SystemTransition;
  unsigned __int8 NotifyPEP;
  int IrpSequenceID;
  $8CEC4B7F71BF05A366BE93E8BB44D07C ___u16;
  _POP_PEP_NOTIFY_DEVICE_DSTATE_REASON DStateReason;
 };

 /* 816 */
 struct _PO_DEVICE_NOTIFY
 {
  _LIST_ENTRY Link;
  _LIST_ENTRY PowerChildren;
  _LIST_ENTRY PowerParents;
  _DEVICE_OBJECT *TargetDevice;
  unsigned __int8 OrderLevel;
  _DEVICE_OBJECT *DeviceObject;
  wchar_t *DeviceName;
  wchar_t *DriverName;
  unsigned int ChildCount;
  unsigned int ActiveChild;
  unsigned int ParentCount;
  unsigned int ActiveParent;
 };

 /* 826 */
 struct _PO_IRP_QUEUE
 {
  _IRP *CurrentIrp;
  _IRP *PendingIrpList;
 };

 /* 827 */
 struct _PO_IRP_MANAGER
 {
  _PO_IRP_QUEUE DeviceIrpQueue;
  _PO_IRP_QUEUE SystemIrpQueue;
 };

 /* 517 */
 struct _GUID
 {
  unsigned int Data1;
  unsigned __int16 Data2;
  unsigned __int16 Data3;
  unsigned __int8 Data4[8];
 };

 /* 840 */
 struct _PO_DIRECTED_DRIPS_STATE
 {
  _LIST_ENTRY QueueLink;
  _LIST_ENTRY VisitedQueueLink;
  volatile unsigned int Flags;
  unsigned int CachedFlags;
  unsigned int DeviceUsageCount;
  void *Diagnostic;
 };

 /* 821 */
 struct _DEVICE_NODE
 {
  _DEVICE_NODE *Sibling;
  _DEVICE_NODE *Child;
  _DEVICE_NODE *Parent;
  _DEVICE_NODE *LastChild;
  _DEVICE_OBJECT *PhysicalDeviceObject;
  _UNICODE_STRING InstancePath;
  _UNICODE_STRING ServiceName;
  _IRP *PendingIrp;
  _POP_FX_DEVICE *FxDevice;
  volatile int FxDeviceLock;
  _KEVENT FxRemoveEvent;
  volatile int FxActivationCount;
  volatile int FxSleepCount;
  _UNICODE_STRING UniqueId;
  _POP_FX_PLUGIN *Plugin;
  unsigned int Level;
  _POWER_STATE CurrentPowerState;
  _PO_DEVICE_NOTIFY Notify;
  _PO_IRP_MANAGER PoIrpManager;
  volatile int PowerFlags;
  _PNP_DEVNODE_STATE State;
  _PNP_DEVNODE_STATE PreviousState;
  _PNP_DEVNODE_STATE StateHistory[20];
  unsigned int StateHistoryEntry;
  int CompletionStatus;
  unsigned int Flags;
  unsigned int UserFlags;
  unsigned int Problem;
  int ProblemStatus;
  _CM_RESOURCE_LIST *ResourceList;
  _CM_RESOURCE_LIST *ResourceListTranslated;
  _DEVICE_OBJECT *DuplicatePDO;
  _IO_RESOURCE_REQUIREMENTS_LIST *ResourceRequirements;
  _INTERFACE_TYPE InterfaceType;
  unsigned int BusNumber;
  _INTERFACE_TYPE ChildInterfaceType;
  unsigned int ChildBusNumber;
  unsigned __int16 ChildBusTypeIndex;
  unsigned __int8 RemovalPolicy;
  unsigned __int8 HardwareRemovalPolicy;
  _LIST_ENTRY TargetDeviceNotify;
  _LIST_ENTRY DeviceArbiterList;
  _LIST_ENTRY DeviceTranslatorList;
  unsigned __int16 NoTranslatorMask;
  unsigned __int16 QueryTranslatorMask;
  unsigned __int16 NoArbiterMask;
  unsigned __int16 QueryArbiterMask;
  union
  {
    _DEVICE_NODE *LegacyDeviceNode;
    _DEVICE_RELATIONS *PendingDeviceRelations;
    void *Information;
  } OverUsed1;
  union
  {
    _DEVICE_NODE *NextResourceDeviceNode;
  } OverUsed2;
  _CM_RESOURCE_LIST *BootResources;
  _CM_RESOURCE_LIST *BootResourcesTranslated;
  unsigned int CapabilityFlags;
  struct
  {
    PROFILE_STATUS DockStatus;
    _LIST_ENTRY ListEntry;
    wchar_t *SerialNumber;
  } DockInfo;
  unsigned int DisableableDepends;
  _LIST_ENTRY PendedSetInterfaceState;
  _LIST_ENTRY LegacyBusListEntry;
  unsigned int DriverUnloadRetryCount;
  _DEVICE_NODE *PreviousParent;
  int DeletedChildren;
  unsigned int NumaNodeIndex;
  _GUID ContainerID;
  unsigned __int8 OverrideFlags;
  unsigned int DeviceIdsHash;
  unsigned __int8 RequiresUnloadedDriver;
  _PENDING_RELATIONS_LIST_ENTRY *PendingEjectRelations;
  unsigned int StateFlags;
  _PNP_REBALANCE_TRACE_CONTEXT *RebalanceContext;
  struct _DEVICE_NODE_IOMMU_EXTENSION *IommuExtension;
  _PO_DIRECTED_DRIPS_STATE DirectedDripsState;
 };

 /* 822 */
 struct PEPHANDLE__
 {
  int unused;
 };

 /* 473 */
 struct __declspec(align(8)) _KSEMAPHORE
 {
  _DISPATCHER_HEADER Header;
  int Limit;
 };

 /* 825 */
 struct _POP_FX_WORK_POOL_ITEM
 {
  _POP_FX_WORK_POOL *WorkPool;
  _WORK_QUEUE_ITEM WorkItem;
 };

 /* 824 */
 struct _POP_FX_WORK_POOL
 {
  _POP_FX_PLUGIN *Plugin;
  unsigned __int64 EmergencyWorkQueueLock;
  _LIST_ENTRY EmergencyWorkQueue;
  _KSEMAPHORE WorkPoolQueues[2];
  volatile int WorkItemStatus;
  _POP_FX_WORK_POOL_ITEM WorkItems[4];
  _KTHREAD *EmergencyWorkerThread;
  _KTHREAD *DynamicWorkerThreads[4];
 };

 /* 823 */
 struct _POP_FX_PLUGIN
 {
  _LIST_ENTRY Link;
  unsigned int Version;
  unsigned __int64 Flags;
  _KQUEUE WorkQueue;
  unsigned __int8 (__fastcall *AcceptDeviceNotification)(unsigned int, void *);
  unsigned __int8 (__fastcall *AcceptProcessorNotification)(PEPHANDLE__ *, unsigned int, void *);
  unsigned __int8 (__fastcall *AcceptAcpiNotification)(unsigned int, void *);
  _POP_FX_WORK_POOL PluginWorkPool;
 };

 /* 506 */
 struct $CE3A8E5EDE0500FA055299FCDFC33F17
 {
  _LIST_ENTRY DmaWaitEntry;
  unsigned int NumberOfChannels;
  unsigned __int32 SyncCallback : 1;
  unsigned __int32 DmaContext : 1;
  unsigned __int32 ZeroMapRegisters : 1;
  unsigned __int32 Reserved : 9;
  unsigned __int32 NumberOfRemapPages : 20;
 };

 /* 507 */
 union $E2C95FACCED2D09C1BCCFDD7CCE2D601
 {
  _KDEVICE_QUEUE_ENTRY WaitQueueEntry;
  $CE3A8E5EDE0500FA055299FCDFC33F17 __s1;
 };

 /* 508 */
 struct _WAIT_CONTEXT_BLOCK
 {
  $E2C95FACCED2D09C1BCCFDD7CCE2D601 ___u0;
  _IO_ALLOCATION_ACTION (__fastcall *DeviceRoutine)(_DEVICE_OBJECT *, _IRP *, void *, void *);
  void *DeviceContext;
  unsigned int NumberOfMapRegisters;
  void *DeviceObject;
  void *CurrentIrp;
  _KDPC *BufferChainingDpc;
 };

 /* 509 */
 struct $18E3EACC1E717291AA7C720ECCD5C45C
 {
  __int64 Reserved : 8;
  __int64 Hint : 56;
 };

 /* 510 */
 union $7F365C28F4B157F53FDF53AA0555593B
 {
  unsigned __int8 Busy;
  $18E3EACC1E717291AA7C720ECCD5C45C __s1;
 };

 /* 511 */
 struct _KDEVICE_QUEUE
 {
  __int16 Type;
  __int16 Size;
  _LIST_ENTRY DeviceListHead;
  unsigned __int64 Lock;
  $7F365C28F4B157F53FDF53AA0555593B ___u4;
 };

 /* 476 */
 struct __declspec(align(16)) _DEVICE_OBJECT
 {
  __int16 Type;
  unsigned __int16 Size;
  int ReferenceCount;
  _DRIVER_OBJECT *DriverObject;
  _DEVICE_OBJECT *NextDevice;
  _DEVICE_OBJECT *AttachedDevice;
  _IRP *CurrentIrp;
  _IO_TIMER *Timer;
  unsigned int Flags;
  unsigned int Characteristics;
  _VPB *Vpb;
  void *DeviceExtension;
  unsigned int DeviceType;
  char StackSize;
  union
  {
    _LIST_ENTRY ListEntry;
    _WAIT_CONTEXT_BLOCK Wcb;
  } Queue;
  unsigned int AlignmentRequirement;
  _KDEVICE_QUEUE DeviceQueue;
  _KDPC Dpc;
  unsigned int ActiveThreadCount;
  void *SecurityDescriptor;
  _KEVENT DeviceLock;
  unsigned __int16 SectorSize;
  unsigned __int16 Spare1;
  _DEVOBJ_EXTENSION *DeviceObjectExtension;
  void *Reserved;
 };

 /* 860 */
 struct _PEP_CRASHDUMP_INFORMATION
 {
  PEPHANDLE__ *DeviceHandle;
  void *DeviceContext;
 };

 /* 863 */
 struct $BE89F16392544B30D814E7277EA7E79E
 {
  int Value;
  int Value2;
 };

 /* 864 */
 struct $AEAC89CCD4A218B8F52366BC38303136
 {
  unsigned __int32 RefCount : 30;
  unsigned __int32 Idling : 1;
  unsigned __int32 Active : 1;
  unsigned __int32 CriticalIdleOverride : 1;
  unsigned __int32 ResidentOverride : 1;
  unsigned __int32 Reserved : 30;
 };

 /* 865 */
 volatile union _POP_FX_COMPONENT_FLAGS
 {
  $BE89F16392544B30D814E7277EA7E79E __s0;
  $AEAC89CCD4A218B8F52366BC38303136 __s1;
 };

 /* 869 */
 struct _POP_FX_COMPONENT
 {
  _GUID Id;
  unsigned int Index;
  _POP_FX_WORK_ORDER WorkOrder;
  _POP_FX_DEVICE *Device;
  volatile _POP_FX_COMPONENT_FLAGS Flags;
  volatile int Resident;
  _KEVENT ActiveEvent;
  unsigned __int64 IdleLock;
  volatile int IdleConditionComplete;
  volatile int IdleStateComplete;
  unsigned __int64 IdleStamp;
  volatile unsigned int CurrentIdleState;
  unsigned int IdleStateCount;
  _POP_FX_IDLE_STATE *IdleStates;
  unsigned int DeepestWakeableIdleState;
  unsigned int ProviderCount;
  _POP_FX_PROVIDER *Providers;
  unsigned int IdleProviderCount;
  unsigned int DependentCount;
  _POP_FX_DEPENDENT *Dependents;
  _POP_FX_ACCOUNTING Accounting;
  _POP_FX_PERF_INFO *Performance;
  _POP_COMPONENT_POWER_PROFILE *PowerProfile;
 };

 /* 883 */
 struct _POP_FX_LOG_ENTRY
 {
  unsigned __int64 Timestamp;
  unsigned __int8 Operation;
  unsigned __int8 Component;
  unsigned __int16 Processor;
  unsigned __int16 Process;
  unsigned __int16 Thread;
  unsigned __int64 Information;
 };

 /* 477 */
 struct _DRIVER_OBJECT
 {
  __int16 Type;
  __int16 Size;
  _DEVICE_OBJECT *DeviceObject;
  unsigned int Flags;
  void *DriverStart;
  unsigned int DriverSize;
  void *DriverSection;
  _DRIVER_EXTENSION *DriverExtension;
  _UNICODE_STRING DriverName;
  _UNICODE_STRING *HardwareDatabase;
  _FAST_IO_DISPATCH *FastIoDispatch;
  int (__fastcall *DriverInit)(_DRIVER_OBJECT *, _UNICODE_STRING *);
  void (__fastcall *DriverStartIo)(_DEVICE_OBJECT *, _IRP *);
  void (__fastcall *DriverUnload)(_DRIVER_OBJECT *);
  int (__fastcall *MajorFunction[28])(_DEVICE_OBJECT *, _IRP *);
 };

 /* 846 */
 struct __declspec(align(8)) _PEP_WORK_ACTIVE_COMPLETE
 {
  POHANDLE__ *DeviceHandle;
  unsigned int Component;
 };

 /* 847 */
 struct _PEP_WORK_IDLE_STATE
 {
  POHANDLE__ *DeviceHandle;
  unsigned int Component;
  unsigned int State;
 };

 /* 848 */
 struct __declspec(align(8)) _PEP_WORK_DEVICE_POWER
 {
  POHANDLE__ *DeviceHandle;
  unsigned __int8 PowerRequired;
 };

 /* 849 */
 struct _PEP_WORK_POWER_CONTROL
 {
  POHANDLE__ *DeviceHandle;
  const _GUID *PowerControlCode;
  void *RequestContext;
  void *InBuffer;
  unsigned __int64 InBufferSize;
  void *OutBuffer;
  unsigned __int64 OutBufferSize;
 };

 /* 850 */
 struct __declspec(align(8)) _PEP_WORK_DEVICE_IDLE
 {
  POHANDLE__ *DeviceHandle;
  unsigned __int8 IgnoreIdleTimeout;
 };

 /* 851 */
 struct __declspec(align(8)) _PEP_WORK_COMPLETE_IDLE_STATE
 {
  POHANDLE__ *DeviceHandle;
  unsigned int Component;
 };

 /* 852 */
 struct __declspec(align(4)) _PEP_WORK_COMPLETE_PERF_STATE
 {
  POHANDLE__ *DeviceHandle;
  unsigned int Component;
  unsigned __int8 Succeeded;
 };

 /* 853 */
 struct __declspec(align(8)) _PEP_WORK_ACPI_NOTIFY
 {
  POHANDLE__ *DeviceHandle;
  unsigned int NotifyCode;
 };

 /* 856 */
 struct _PEP_WORK_ACPI_EVALUATE_CONTROL_METHOD_COMPLETE
 {
  POHANDLE__ *DeviceHandle;
  unsigned int CompletionFlags;
  int MethodStatus;
  void *CompletionContext;
  unsigned __int64 OutputArgumentSize;
  _ACPI_METHOD_ARGUMENT_V1 *OutputArguments;
 };

 /* 857 */
 union $7B6BD87BA6C4C1DCB63BB79323C96996
 {
  _PEP_WORK_ACTIVE_COMPLETE ActiveComplete;
  _PEP_WORK_IDLE_STATE IdleState;
  _PEP_WORK_DEVICE_POWER DevicePower;
  _PEP_WORK_POWER_CONTROL PowerControl;
  _PEP_WORK_DEVICE_IDLE DeviceIdle;
  _PEP_WORK_COMPLETE_IDLE_STATE CompleteIdleState;
  _PEP_WORK_COMPLETE_PERF_STATE CompletePerfState;
  _PEP_WORK_ACPI_NOTIFY AcpiNotify;
  _PEP_WORK_ACPI_EVALUATE_CONTROL_METHOD_COMPLETE ControlMethodComplete;
 };

 /* 858 */
 struct _PEP_WORK_INFORMATION
 {
  _PEP_WORK_TYPE WorkType;
  $7B6BD87BA6C4C1DCB63BB79323C96996 ___u1;
 };

 /* 881 */
 struct _PO_POWER_PLANE_PROFILE
 {
  unsigned int ExclusivePowerMw;
  unsigned int PeakPowerMw;
 };

 /* 879 */
 struct _POP_DEVICE_POWER_PROFILE
 {
  _UNICODE_STRING DeviceId;
  _POP_POWER_PLANE *PowerPlane;
  _POP_FX_DEVICE *FxDevice;
  int PowerDrawMw;
  _PO_POWER_PLANE_PROFILE DxPower[4];
  unsigned __int64 ComponentCount;
  _POP_COMPONENT_POWER_PROFILE **Components;
 };

 /* 430 */
 struct _PPM_SELECTION_DEPENDENCY
 {
  unsigned int Processor;
  _PPM_SELECTION_MENU Menu;
 };

 /* 461 */
 struct _MDL
 {
  _MDL *Next;
  __int16 Size;
  __int16 MdlFlags;
  unsigned __int16 AllocationProcessorNumber;
  unsigned __int16 Reserved;
  _EPROCESS *Process;
  void *MappedSystemVa;
  void *StartVa;
  unsigned int ByteCount;
  unsigned int ByteOffset;
 };

 /* 671 */
 union $03AD802BBB2911B6FCFC43BAC7BAB117
 {
  _LARGE_INTEGER ExitTime;
  _LIST_ENTRY KeyedWaitChain;
 };

 /* 672 */
 struct $03D8BF64EDBF31DF6271812E8E91AA90
 {
  void *ForwardLinkShadow;
  void *StartAddress;
 };

 /* 673 */
 union $1898F4E71FF9860A8E5866ACE35933FB
 {
  _LIST_ENTRY PostBlockList;
  $03D8BF64EDBF31DF6271812E8E91AA90 __s1;
 };

 /* 674 */
 union $9B125B529FAA8333409A5127B3596D53
 {
  _TERMINATION_PORT *TerminationPort;
  _ETHREAD *ReaperLink;
  void *KeyedWaitValue;
 };

 /* 472 */
 struct _CLIENT_ID
 {
  void *UniqueProcess;
  void *UniqueThread;
 };

 /* 675 */
 union $512CD7865266E78E96979F87BFD0DF0A
 {
  _KSEMAPHORE KeyedWaitSemaphore;
  _KSEMAPHORE AlpcWaitSemaphore;
 };

 /* 474 */
 struct $8311FD7E80609E8180C960E59071DEBE
 {
  unsigned __int64 ImpersonationLevel : 2;
  unsigned __int64 EffectiveOnly : 1;
 };

 /* 475 */
 union _PS_CLIENT_SECURITY_CONTEXT
 {
  unsigned __int64 ImpersonationData;
  void *ImpersonationToken;
  $8311FD7E80609E8180C960E59071DEBE __s2;
 };

 /* 465 */
 union $888B7D2A033403A4DF437269584615CD
 {
  unsigned __int64 Count;
  void *Ptr;
 };

 /* 466 */
 struct _EX_RUNDOWN_REF
 {
  $888B7D2A033403A4DF437269584615CD ___u0;
 };

 /* 462 */
 struct $2F38BEDF952D5DA5F266621B11247D04
 {
  unsigned __int64 Locked : 1;
  unsigned __int64 Waiting : 1;
  unsigned __int64 Waking : 1;
  unsigned __int64 MultipleShared : 1;
  unsigned __int64 Shared : 60;
 };

 /* 463 */
 union $577AFED263692DC6722C5509FC158A97
 {
  $2F38BEDF952D5DA5F266621B11247D04 __s0;
  unsigned __int64 Value;
  void *Ptr;
 };

 /* 464 */
 struct _EX_PUSH_LOCK
 {
  $577AFED263692DC6722C5509FC158A97 ___u0;
 };

 /* 676 */
 struct $485F5E3313845498A12F0D26750C00B6
 {
  unsigned __int32 Terminated : 1;
  unsigned __int32 ThreadInserted : 1;
  unsigned __int32 HideFromDebugger : 1;
  unsigned __int32 ActiveImpersonationInfo : 1;
  unsigned __int32 HardErrorsAreDisabled : 1;
  unsigned __int32 BreakOnTermination : 1;
  unsigned __int32 SkipCreationMsg : 1;
  unsigned __int32 SkipTerminationMsg : 1;
  unsigned __int32 CopyTokenOnOpen : 1;
  unsigned __int32 ThreadIoPriority : 3;
  unsigned __int32 ThreadPagePriority : 3;
  unsigned __int32 RundownFail : 1;
  unsigned __int32 UmsForceQueueTermination : 1;
  unsigned __int32 IndirectCpuSets : 1;
  unsigned __int32 DisableDynamicCodeOptOut : 1;
  unsigned __int32 ExplicitCaseSensitivity : 1;
  unsigned __int32 PicoNotifyExit : 1;
  unsigned __int32 DbgWerUserReportActive : 1;
  unsigned __int32 ForcedSelfTrimActive : 1;
  unsigned __int32 SamplingCoverage : 1;
  unsigned __int32 ReservedCrossThreadFlags : 8;
 };

 /* 677 */
 union $67BA79963B4726ED94CCCBFE4B9BC90D
 {
  unsigned int CrossThreadFlags;
  $485F5E3313845498A12F0D26750C00B6 __s1;
 };

 /* 678 */
 struct $FF80C4A6C862A386C6A1719D599D7204
 {
  unsigned __int32 ActiveExWorker : 1;
  unsigned __int32 MemoryMaker : 1;
  unsigned __int32 StoreLockThread : 2;
  unsigned __int32 ClonedThread : 1;
  unsigned __int32 KeyedEventInUse : 1;
  unsigned __int32 SelfTerminate : 1;
  unsigned __int32 RespectIoPriority : 1;
  unsigned __int32 ActivePageLists : 1;
  unsigned __int32 SecureContext : 1;
  unsigned __int32 ZeroPageThread : 1;
  unsigned __int32 WorkloadClass : 1;
  unsigned __int32 ReservedSameThreadPassiveFlags : 20;
 };

 /* 679 */
 union $E8FEEDF8F670C780CEB139976D4A55EE
 {
  unsigned int SameThreadPassiveFlags;
  $FF80C4A6C862A386C6A1719D599D7204 __s1;
 };

 /* 680 */
 struct $5410E070226BCD0DD5B85D9B02068595
 {
  unsigned __int8 OwnsProcessAddressSpaceExclusive : 1;
  unsigned __int8 OwnsProcessAddressSpaceShared : 1;
  unsigned __int8 HardFaultBehavior : 1;
  unsigned __int8 StartAddressInvalid : 1;
  unsigned __int8 EtwCalloutActive : 1;
  unsigned __int8 SuppressSymbolLoad : 1;
  unsigned __int8 Prefetching : 1;
  unsigned __int8 OwnsVadExclusive : 1;
  unsigned __int8 SystemPagePriorityActive : 1;
  unsigned __int8 SystemPagePriority : 3;
  unsigned __int8 AllowUserWritesToExecutableMemory : 1;
  unsigned __int8 AllowKernelWritesToExecutableMemory : 1;
  unsigned __int8 OwnsVadShared : 1;
 };

 /* 681 */
 union $A6E5B437B21376954F71CEC929B6F148
 {
  unsigned int SameThreadApcFlags;
  $5410E070226BCD0DD5B85D9B02068595 __s1;
 };

 /* 682 */
 union $BCDEC18C25A84109137EA1753A3327D2
 {
  void *AlpcMessage;
  unsigned int AlpcReceiveAttributeSet;
 };

 /* 518 */
 struct _PS_PROPERTY_SET
 {
  _LIST_ENTRY ListHead;
  unsigned __int64 Lock;
 };

 /* 683 */
 union $2F5B20675905D9187E7A5970F6F306B8
 {
  unsigned __int64 SelectedCpuSets;
  unsigned __int64 *SelectedCpuSetsIndirect;
 };

 /* 471 */
 struct _ETHREAD
 {
  _KTHREAD Tcb;
  _LARGE_INTEGER CreateTime;
  $03AD802BBB2911B6FCFC43BAC7BAB117 ___u2;
  $1898F4E71FF9860A8E5866ACE35933FB ___u3;
  $9B125B529FAA8333409A5127B3596D53 ___u4;
  unsigned __int64 ActiveTimerListLock;
  _LIST_ENTRY ActiveTimerListHead;
  _CLIENT_ID Cid;
  $512CD7865266E78E96979F87BFD0DF0A ___u8;
  _PS_CLIENT_SECURITY_CONTEXT ClientSecurity;
  _LIST_ENTRY IrpList;
  unsigned __int64 TopLevelIrp;
  _DEVICE_OBJECT *DeviceToVerify;
  void *Win32StartAddress;
  void *ChargeOnlySession;
  void *LegacyPowerObject;
  _LIST_ENTRY ThreadListEntry;
  _EX_RUNDOWN_REF RundownProtect;
  _EX_PUSH_LOCK ThreadLock;
  unsigned int ReadClusterSize;
  volatile int MmLockOrdering;
  $67BA79963B4726ED94CCCBFE4B9BC90D ___u21;
  $E8FEEDF8F670C780CEB139976D4A55EE ___u22;
  $A6E5B437B21376954F71CEC929B6F148 ___u23;
  unsigned __int8 CacheManagerActive;
  unsigned __int8 DisablePageFaultClustering;
  unsigned __int8 ActiveFaultCount;
  unsigned __int8 LockOrderState;
  unsigned int PerformanceCountLowReserved;
  int PerformanceCountHighReserved;
  unsigned __int64 AlpcMessageId;
  $BCDEC18C25A84109137EA1753A3327D2 ___u31;
  _LIST_ENTRY AlpcWaitListEntry;
  int ExitStatus;
  unsigned int CacheManagerCount;
  unsigned int IoBoostCount;
  unsigned int IoQoSBoostCount;
  unsigned int IoQoSThrottleCount;
  unsigned int KernelStackReference;
  _LIST_ENTRY BoostList;
  _LIST_ENTRY DeboostList;
  unsigned __int64 BoostListLock;
  unsigned __int64 IrpListLock;
  void *ReservedForSynchTracking;
  _SINGLE_LIST_ENTRY CmCallbackListHead;
  const _GUID *ActivityId;
  _SINGLE_LIST_ENTRY SeLearningModeListHead;
  void *VerifierContext;
  void *AdjustedClientToken;
  void *WorkOnBehalfThread;
  _PS_PROPERTY_SET PropertySet;
  void *PicoContext;
  unsigned __int64 UserFsBase;
  unsigned __int64 UserGsBase;
  _THREAD_ENERGY_VALUES *EnergyValues;
  $2F5B20675905D9187E7A5970F6F306B8 ___u55;
  _EJOB *Silo;
  _UNICODE_STRING *ThreadName;
  _CONTEXT *SetContextState;
  unsigned int LastExpectedRunTime;
  unsigned int HeapData;
  _LIST_ENTRY OwnerEntryListHead;
  unsigned __int64 DisownedOwnerEntryListLock;
  _LIST_ENTRY DisownedOwnerEntryListHead;
  _KLOCK_ENTRY LockEntries[6];
  void *CmDbgInfo;
 };

 /* 791 */
 struct $BBD6C80A82148A7CAD5B218A5A41C1D9
 {
  unsigned __int8 ReplaceIfExists;
  unsigned __int8 AdvanceOnly;
 };

 /* 792 */
 union $CB3CC68544A4E62ED2714A7C9C5C345F
 {
  $BBD6C80A82148A7CAD5B218A5A41C1D9 __s0;
  unsigned int ClusterCount;
  void *DeleteHandle;
 };

 /* 802 */
 struct $D446BF98445B25F2A957A6F10A39C71E
 {
  unsigned __int32 Reserved1 : 8;
  unsigned __int32 TargetSystemState : 4;
  unsigned __int32 EffectiveSystemState : 4;
  unsigned __int32 CurrentSystemState : 4;
  unsigned __int32 IgnoreHibernationPath : 1;
  unsigned __int32 PseudoTransition : 1;
  unsigned __int32 KernelSoftReboot : 1;
  unsigned __int32 DirectedDripsTransition : 1;
  unsigned __int32 Reserved2 : 8;
 };

 /* 803 */
 union $CAB57F5F6A24DB39CF9674960395C814
 {
  $D446BF98445B25F2A957A6F10A39C71E __s0;
  unsigned int ContextAsUlong;
 };

 /* 804 */
 struct _SYSTEM_POWER_STATE_CONTEXT
 {
  $CAB57F5F6A24DB39CF9674960395C814 ___u0;
 };

 /* 806 */
 union $8CB9FFAB8943B0C57A32C17073208C9F
 {
  unsigned int SystemContext;
  _SYSTEM_POWER_STATE_CONTEXT SystemPowerStateContext;
 };

 /* 812 */
 struct _IO_STACK_LOCATION
 {
  unsigned __int8 MajorFunction;
  unsigned __int8 MinorFunction;
  unsigned __int8 Flags;
  unsigned __int8 Control;
  union
  {
    struct
    {
      _IO_SECURITY_CONTEXT *SecurityContext;
      unsigned int Options;
      __declspec(align(8)) unsigned __int16 FileAttributes;
      unsigned __int16 ShareAccess;
      __declspec(align(8)) unsigned int EaLength;
    } Create;
    struct
    {
      _IO_SECURITY_CONTEXT *SecurityContext;
      unsigned int Options;
      __declspec(align(8)) unsigned __int16 Reserved;
      unsigned __int16 ShareAccess;
      _NAMED_PIPE_CREATE_PARAMETERS *Parameters;
    } CreatePipe;
    struct
    {
      _IO_SECURITY_CONTEXT *SecurityContext;
      unsigned int Options;
      __declspec(align(8)) unsigned __int16 Reserved;
      unsigned __int16 ShareAccess;
      _MAILSLOT_CREATE_PARAMETERS *Parameters;
    } CreateMailslot;
    struct
    {
      unsigned int Length;
      __declspec(align(8)) unsigned int Key;
      unsigned int Flags;
      _LARGE_INTEGER ByteOffset;
    } Read;
    struct
    {
      unsigned int Length;
      __declspec(align(8)) unsigned int Key;
      unsigned int Flags;
      _LARGE_INTEGER ByteOffset;
    } Write;
    struct
    {
      unsigned int Length;
      _UNICODE_STRING *FileName;
      _FILE_INFORMATION_CLASS FileInformationClass;
      __declspec(align(8)) unsigned int FileIndex;
    } QueryDirectory;
    struct
    {
      unsigned int Length;
      __declspec(align(8)) unsigned int CompletionFilter;
    } NotifyDirectory;
    struct
    {
      unsigned int Length;
      __declspec(align(8)) unsigned int CompletionFilter;
      __declspec(align(8)) _DIRECTORY_NOTIFY_INFORMATION_CLASS DirectoryNotifyInformationClass;
    } NotifyDirectoryEx;
    struct
    {
      unsigned int Length;
      __declspec(align(8)) _FILE_INFORMATION_CLASS FileInformationClass;
    } QueryFile;
    struct
    {
      unsigned int Length;
      __declspec(align(8)) _FILE_INFORMATION_CLASS FileInformationClass;
      _FILE_OBJECT *FileObject;
      $CB3CC68544A4E62ED2714A7C9C5C345F ___u3;
    } SetFile;
    struct
    {
      unsigned int Length;
      void *EaList;
      unsigned int EaListLength;
      __declspec(align(8)) unsigned int EaIndex;
    } QueryEa;
    struct
    {
      unsigned int Length;
    } SetEa;
    struct
    {
      unsigned int Length;
      __declspec(align(8)) _FSINFOCLASS FsInformationClass;
    } QueryVolume;
    struct
    {
      unsigned int Length;
      __declspec(align(8)) _FSINFOCLASS FsInformationClass;
    } SetVolume;
    struct
    {
      unsigned int OutputBufferLength;
      __declspec(align(8)) unsigned int InputBufferLength;
      __declspec(align(8)) unsigned int FsControlCode;
      void *Type3InputBuffer;
    } FileSystemControl;
    struct
    {
      _LARGE_INTEGER *Length;
      unsigned int Key;
      _LARGE_INTEGER ByteOffset;
    } LockControl;
    struct
    {
      unsigned int OutputBufferLength;
      __declspec(align(8)) unsigned int InputBufferLength;
      __declspec(align(8)) unsigned int IoControlCode;
      void *Type3InputBuffer;
    } DeviceIoControl;
    struct
    {
      unsigned int SecurityInformation;
      __declspec(align(8)) unsigned int Length;
    } QuerySecurity;
    struct
    {
      unsigned int SecurityInformation;
      void *SecurityDescriptor;
    } SetSecurity;
    struct
    {
      _VPB *Vpb;
      _DEVICE_OBJECT *DeviceObject;
    } MountVolume;
    struct
    {
      _VPB *Vpb;
      _DEVICE_OBJECT *DeviceObject;
    } VerifyVolume;
    struct
    {
      struct _SCSI_REQUEST_BLOCK *Srb;
    } Scsi;
    struct __declspec(align(8))
    {
      unsigned int Length;
      void *StartSid;
      _FILE_GET_QUOTA_INFORMATION *SidList;
      unsigned int SidListLength;
    } QueryQuota;
    struct
    {
      unsigned int Length;
    } SetQuota;
    struct
    {
      _DEVICE_RELATION_TYPE Type;
    } QueryDeviceRelations;
    struct
    {
      const _GUID *InterfaceType;
      unsigned __int16 Size;
      unsigned __int16 Version;
      _INTERFACE *Interface;
      void *InterfaceSpecificData;
    } QueryInterface;
    struct
    {
      _DEVICE_CAPABILITIES *Capabilities;
    } DeviceCapabilities;
    struct
    {
      _IO_RESOURCE_REQUIREMENTS_LIST *IoResourceRequirementList;
    } FilterResourceRequirements;
    struct
    {
      unsigned int WhichSpace;
      void *Buffer;
      unsigned int Offset;
      __declspec(align(8)) unsigned int Length;
    } ReadWriteConfig;
    struct
    {
      unsigned __int8 Lock;
    } SetLock;
    struct
    {
      BUS_QUERY_ID_TYPE IdType;
    } QueryId;
    struct
    {
      DEVICE_TEXT_TYPE DeviceTextType;
      __declspec(align(8)) unsigned int LocaleId;
    } QueryDeviceText;
    struct
    {
      unsigned __int8 InPath;
      unsigned __int8 Reserved[3];
      __declspec(align(8)) _DEVICE_USAGE_NOTIFICATION_TYPE Type;
    } UsageNotification;
    struct
    {
      _SYSTEM_POWER_STATE PowerState;
    } WaitWake;
    struct
    {
      _POWER_SEQUENCE *PowerSequence;
    } PowerSequence;
    struct
    {
      $8CB9FFAB8943B0C57A32C17073208C9F ___u0;
      __declspec(align(8)) _POWER_STATE_TYPE Type;
      __declspec(align(8)) _POWER_STATE State;
      __declspec(align(8)) POWER_ACTION ShutdownType;
    } Power;
    struct
    {
      _CM_RESOURCE_LIST *AllocatedResources;
      _CM_RESOURCE_LIST *AllocatedResourcesTranslated;
    } StartDevice;
    struct
    {
      unsigned __int64 ProviderId;
      void *DataPath;
      unsigned int BufferSize;
      void *Buffer;
    } WMI;
    struct
    {
      void *Argument1;
      void *Argument2;
      void *Argument3;
      void *Argument4;
    } Others;
  } Parameters;
  _DEVICE_OBJECT *DeviceObject;
  _FILE_OBJECT *FileObject;
  int (__fastcall *CompletionRoutine)(_DEVICE_OBJECT *, _IRP *, void *);
  void *Context;
 };

 /* 481 */
 struct _FILE_OBJECT
 {
  __int16 Type;
  __int16 Size;
  _DEVICE_OBJECT *DeviceObject;
  _VPB *Vpb;
  void *FsContext;
  void *FsContext2;
  _SECTION_OBJECT_POINTERS *SectionObjectPointer;
  void *PrivateCacheMap;
  int FinalStatus;
  _FILE_OBJECT *RelatedFileObject;
  unsigned __int8 LockOperation;
  unsigned __int8 DeletePending;
  unsigned __int8 ReadAccess;
  unsigned __int8 WriteAccess;
  unsigned __int8 DeleteAccess;
  unsigned __int8 SharedRead;
  unsigned __int8 SharedWrite;
  unsigned __int8 SharedDelete;
  unsigned int Flags;
  _UNICODE_STRING FileName;
  _LARGE_INTEGER CurrentByteOffset;
  unsigned int Waiters;
  unsigned int Busy;
  void *LastLock;
  _KEVENT Lock;
  _KEVENT Event;
  _IO_COMPLETION_CONTEXT *CompletionContext;
  unsigned __int64 IrpListLock;
  _LIST_ENTRY IrpList;
  void *FileObjectExtension;
 };

 /* 807 */
 union $0F11D120215A904468D7C13BA04E3E03
 {
  struct
  {
    unsigned __int16 Group;
    unsigned __int16 MessageCount;
    unsigned int Vector;
    unsigned __int64 Affinity;
  } Raw;
  struct
  {
    unsigned __int16 Level;
    unsigned __int16 Group;
    unsigned int Vector;
    unsigned __int64 Affinity;
  } Translated;
 };

 /* 808 */
 struct __unaligned __declspec(align(4)) _CM_PARTIAL_RESOURCE_DESCRIPTOR
 {
  unsigned __int8 Type;
  unsigned __int8 ShareDisposition;
  unsigned __int16 Flags;
  union
  {
    struct __unaligned __declspec(align(4))
    {
      _LARGE_INTEGER Start;
      unsigned int Length;
    } Generic;
    struct __unaligned __declspec(align(4))
    {
      _LARGE_INTEGER Start;
      unsigned int Length;
    } Port;
    struct
    {
      unsigned __int16 Level;
      unsigned __int16 Group;
      unsigned int Vector;
      unsigned __int64 Affinity;
    } Interrupt;
    struct
    {
      $0F11D120215A904468D7C13BA04E3E03 ___u0;
    } MessageInterrupt;
    struct __unaligned __declspec(align(4))
    {
      _LARGE_INTEGER Start;
      unsigned int Length;
    } Memory;
    struct
    {
      unsigned int Channel;
      unsigned int Port;
      unsigned int Reserved1;
    } Dma;
    struct
    {
      unsigned int Channel;
      unsigned int RequestLine;
      unsigned __int8 TransferWidth;
      unsigned __int8 Reserved1;
      unsigned __int8 Reserved2;
      unsigned __int8 Reserved3;
    } DmaV3;
    struct
    {
      unsigned int Data[3];
    } DevicePrivate;
    struct
    {
      unsigned int Start;
      unsigned int Length;
      unsigned int Reserved;
    } BusNumber;
    struct
    {
      unsigned int DataSize;
      unsigned int Reserved1;
      unsigned int Reserved2;
    } DeviceSpecificData;
    struct __unaligned __declspec(align(4))
    {
      _LARGE_INTEGER Start;
      unsigned int Length40;
    } Memory40;
    struct __unaligned __declspec(align(4))
    {
      _LARGE_INTEGER Start;
      unsigned int Length48;
    } Memory48;
    struct __unaligned __declspec(align(4))
    {
      _LARGE_INTEGER Start;
      unsigned int Length64;
    } Memory64;
    struct
    {
      unsigned __int8 Class;
      unsigned __int8 Type;
      unsigned __int8 Reserved1;
      unsigned __int8 Reserved2;
      unsigned int IdLowPart;
      unsigned int IdHighPart;
    } Connection;
  } u;
 };

 /* 809 */
 struct _CM_PARTIAL_RESOURCE_LIST
 {
  unsigned __int16 Version;
  unsigned __int16 Revision;
  unsigned int Count;
  _CM_PARTIAL_RESOURCE_DESCRIPTOR PartialDescriptors[1];
 };

 /* 810 */
 struct _CM_FULL_RESOURCE_DESCRIPTOR
 {
  _INTERFACE_TYPE InterfaceType;
  unsigned int BusNumber;
  _CM_PARTIAL_RESOURCE_LIST PartialResourceList;
 };

 /* 811 */
 struct _CM_RESOURCE_LIST
 {
  unsigned int Count;
  _CM_FULL_RESOURCE_DESCRIPTOR List[1];
 };

 /* 798 */
 struct _IO_RESOURCE_DESCRIPTOR
 {
  unsigned __int8 Option;
  unsigned __int8 Type;
  unsigned __int8 ShareDisposition;
  unsigned __int8 Spare1;
  unsigned __int16 Flags;
  unsigned __int16 Spare2;
  union
  {
    struct
    {
      unsigned int Length;
      unsigned int Alignment;
      _LARGE_INTEGER MinimumAddress;
      _LARGE_INTEGER MaximumAddress;
    } Port;
    struct
    {
      unsigned int Length;
      unsigned int Alignment;
      _LARGE_INTEGER MinimumAddress;
      _LARGE_INTEGER MaximumAddress;
    } Memory;
    struct
    {
      unsigned int MinimumVector;
      unsigned int MaximumVector;
      unsigned __int16 AffinityPolicy;
      unsigned __int16 Group;
      _IRQ_PRIORITY PriorityPolicy;
      unsigned __int64 TargetedProcessors;
    } Interrupt;
    struct
    {
      unsigned int MinimumChannel;
      unsigned int MaximumChannel;
    } Dma;
    struct
    {
      unsigned int RequestLine;
      unsigned int Reserved;
      unsigned int Channel;
      unsigned int TransferWidth;
    } DmaV3;
    struct
    {
      unsigned int Length;
      unsigned int Alignment;
      _LARGE_INTEGER MinimumAddress;
      _LARGE_INTEGER MaximumAddress;
    } Generic;
    struct
    {
      unsigned int Data[3];
    } DevicePrivate;
    struct
    {
      unsigned int Length;
      unsigned int MinBusNumber;
      unsigned int MaxBusNumber;
      unsigned int Reserved;
    } BusNumber;
    struct
    {
      unsigned int Priority;
      unsigned int Reserved1;
      unsigned int Reserved2;
    } ConfigData;
    struct
    {
      unsigned int Length40;
      unsigned int Alignment40;
      _LARGE_INTEGER MinimumAddress;
      _LARGE_INTEGER MaximumAddress;
    } Memory40;
    struct
    {
      unsigned int Length48;
      unsigned int Alignment48;
      _LARGE_INTEGER MinimumAddress;
      _LARGE_INTEGER MaximumAddress;
    } Memory48;
    struct
    {
      unsigned int Length64;
      unsigned int Alignment64;
      _LARGE_INTEGER MinimumAddress;
      _LARGE_INTEGER MaximumAddress;
    } Memory64;
    struct
    {
      unsigned __int8 Class;
      unsigned __int8 Type;
      unsigned __int8 Reserved1;
      unsigned __int8 Reserved2;
      unsigned int IdLowPart;
      unsigned int IdHighPart;
    } Connection;
  } u;
 };

 /* 799 */
 struct _IO_RESOURCE_LIST
 {
  unsigned __int16 Version;
  unsigned __int16 Revision;
  unsigned int Count;
  _IO_RESOURCE_DESCRIPTOR Descriptors[1];
 };

 /* 800 */
 struct _IO_RESOURCE_REQUIREMENTS_LIST
 {
  unsigned int ListSize;
  _INTERFACE_TYPE InterfaceType;
  unsigned int BusNumber;
  unsigned int SlotNumber;
  unsigned int Reserved[3];
  unsigned int AlternativeLists;
  _IO_RESOURCE_LIST List[1];
 };

 /* 828 */
 struct _DEVICE_RELATIONS
 {
  unsigned int Count;
  _DEVICE_OBJECT *Objects[1];
 };

 /* 837 */
 struct _PENDING_RELATIONS_LIST_ENTRY
 {
  _LIST_ENTRY Link;
  _WORK_QUEUE_ITEM WorkItem;
  _PNP_DEVICE_EVENT_ENTRY *DeviceEvent;
  _DEVICE_OBJECT *DeviceObject;
  _RELATION_LIST *RelationsList;
  _IRP *EjectIrp;
  IRPLOCK Lock;
  unsigned int Problem;
  unsigned __int8 ProfileChangingEject;
  unsigned __int8 DisplaySafeRemovalDialog;
  _SYSTEM_POWER_STATE LightestSleepState;
  DOCK_INTERFACE *DockInterface;
  unsigned __int8 DequeuePending;
  _PNP_DEVICE_DELETE_TYPE DeleteType;
 };

 /* 838 */
 struct _PNP_RESOURCE_CONFLICT_TRACE_CONTEXT
 {
  unsigned __int8 ResourceType;
  unsigned int AlternativeCount;
  _IO_RESOURCE_DESCRIPTOR *ResourceRequests;
  void *ArbiterInstance;
 };

 /* 839 */
 struct _PNP_REBALANCE_TRACE_CONTEXT
 {
  unsigned int DeviceCount;
  unsigned int RebalancePhase;
  _PNP_REBALANCE_REASON Reason[2];
  _PNP_REBALANCE_FAILURE Failure[2];
  _DEVICE_NODE *SubtreeRoot;
  unsigned __int8 SubtreeIncludesRoot;
  _DEVICE_NODE *TriggerRoot;
  unsigned __int8 RebalanceDueToDynamicPartitioning;
  unsigned __int64 BeginTime;
  _DEVICE_NODE *VetoNode[2];
  _PNP_DEVNODE_QUERY_REBALANCE_VETO_REASON VetoQueryRebalanceReason[2];
  _PNP_RESOURCE_CONFLICT_TRACE_CONTEXT ConflictContext;
 };

 /* 504 */
 struct _IO_TIMER
 {
  __int16 Type;
  __int16 TimerFlag;
  _LIST_ENTRY TimerList;
  void (__fastcall *TimerRoutine)(_DEVICE_OBJECT *, void *);
  void *Context;
  _DEVICE_OBJECT *DeviceObject;
 };

 /* 479 */
 struct _VPB
 {
  __int16 Type;
  __int16 Size;
  unsigned __int16 Flags;
  unsigned __int16 VolumeLabelLength;
  _DEVICE_OBJECT *DeviceObject;
  _DEVICE_OBJECT *RealDevice;
  unsigned int SerialNumber;
  unsigned int ReferenceCount;
  wchar_t VolumeLabel[32];
 };

 /* 516 */
 struct _DEVOBJ_EXTENSION
 {
  __int16 Type;
  unsigned __int16 Size;
  _DEVICE_OBJECT *DeviceObject;
  unsigned int PowerFlags;
  _DEVICE_OBJECT_POWER_EXTENSION *Dope;
  unsigned int ExtensionFlags;
  void *DeviceNode;
  _DEVICE_OBJECT *AttachedTo;
  int StartIoCount;
  int StartIoKey;
  unsigned int StartIoFlags;
  _VPB *Vpb;
  void *DependencyNode;
  void *InterruptContext;
  int InterruptCount;
  void *VerifierContext;
 };

 /* 866 */
 struct __declspec(align(8)) _POP_FX_IDLE_STATE
 {
  unsigned __int64 TransitionLatency;
  unsigned __int64 ResidencyRequirement;
  unsigned int NominalPower;
 };

 /* 867 */
 struct __declspec(align(4)) _POP_FX_PROVIDER
 {
  unsigned int Index;
  unsigned __int8 Activating;
 };

 /* 868 */
 struct _POP_FX_DEPENDENT
 {
  unsigned int Index;
  unsigned int ProviderIndex;
 };

 /* 870 */
 struct $E4CC3B1434A21E6FDFDE75249B5ACF9A
 {
  unsigned __int32 Progress : 3;
  unsigned __int32 Reserved : 24;
  unsigned __int32 Synchronicity : 2;
  unsigned __int32 RequestPepCompleted : 1;
  unsigned __int32 RequestSucceeded : 1;
  unsigned __int32 NestedCallback : 1;
 };

 /* 871 */
 volatile union _POP_FX_PERF_FLAGS
 {
  int Value;
  $E4CC3B1434A21E6FDFDE75249B5ACF9A __s1;
 };

 /* 878 */
 struct _POP_FX_PERF_INFO
 {
  _POP_FX_COMPONENT *Component;
  _KEVENT CompletedEvent;
  void (__fastcall *ComponentPerfState)(void *, unsigned int, unsigned __int8, void *);
  volatile _POP_FX_PERF_FLAGS Flags;
  _PO_FX_PERF_STATE_CHANGE *LastChange;
  unsigned int LastChangeCount;
  unsigned __int64 LastChangeStamp;
  unsigned __int8 LastChangeNominal;
  unsigned __int8 PepRegistered;
  unsigned __int8 QueryOnIdleStates;
  void *volatile RequestDriverContext;
  _POP_FX_WORK_ORDER WorkOrder;
  unsigned int SetsCount;
  _POP_FX_PERF_SET *Sets;
 };

 /* 882 */
 struct _POP_COMPONENT_POWER_PROFILE
 {
  _GUID ComponentGuid;
  _POP_DEVICE_POWER_PROFILE *Device;
  unsigned __int64 FxCount;
  _PO_POWER_PLANE_PROFILE FxPower[1];
 };

 /* 495 */
 struct _DRIVER_EXTENSION
 {
  _DRIVER_OBJECT *DriverObject;
  int (__fastcall *AddDevice)(_DRIVER_OBJECT *, _DEVICE_OBJECT *);
  unsigned int Count;
  _UNICODE_STRING ServiceKeyName;
  _IO_CLIENT_EXTENSION *ClientDriverExtension;
  _FS_FILTER_CALLBACKS *FsFilterCallbacks;
  void *KseCallbacks;
  void *DvCallbacks;
  void *VerifierContext;
 };

 /* 503 */
 struct _FAST_IO_DISPATCH
 {
  unsigned int SizeOfFastIoDispatch;
  unsigned __int8 (__fastcall *FastIoCheckIfPossible)(_FILE_OBJECT *, _LARGE_INTEGER *, unsigned int, unsigned __int8, unsigned int, unsigned __int8, _IO_STATUS_BLOCK *, _DEVICE_OBJECT *);
  unsigned __int8 (__fastcall *FastIoRead)(_FILE_OBJECT *, _LARGE_INTEGER *, unsigned int, unsigned __int8, unsigned int, void *, _IO_STATUS_BLOCK *, _DEVICE_OBJECT *);
  unsigned __int8 (__fastcall *FastIoWrite)(_FILE_OBJECT *, _LARGE_INTEGER *, unsigned int, unsigned __int8, unsigned int, void *, _IO_STATUS_BLOCK *, _DEVICE_OBJECT *);
  unsigned __int8 (__fastcall *FastIoQueryBasicInfo)(_FILE_OBJECT *, unsigned __int8, _FILE_BASIC_INFORMATION *, _IO_STATUS_BLOCK *, _DEVICE_OBJECT *);
  unsigned __int8 (__fastcall *FastIoQueryStandardInfo)(_FILE_OBJECT *, unsigned __int8, _FILE_STANDARD_INFORMATION *, _IO_STATUS_BLOCK *, _DEVICE_OBJECT *);
  unsigned __int8 (__fastcall *FastIoLock)(_FILE_OBJECT *, _LARGE_INTEGER *, _LARGE_INTEGER *, _EPROCESS *, unsigned int, unsigned __int8, unsigned __int8, _IO_STATUS_BLOCK *, _DEVICE_OBJECT *);
  unsigned __int8 (__fastcall *FastIoUnlockSingle)(_FILE_OBJECT *, _LARGE_INTEGER *, _LARGE_INTEGER *, _EPROCESS *, unsigned int, _IO_STATUS_BLOCK *, _DEVICE_OBJECT *);
  unsigned __int8 (__fastcall *FastIoUnlockAll)(_FILE_OBJECT *, _EPROCESS *, _IO_STATUS_BLOCK *, _DEVICE_OBJECT *);
  unsigned __int8 (__fastcall *FastIoUnlockAllByKey)(_FILE_OBJECT *, void *, unsigned int, _IO_STATUS_BLOCK *, _DEVICE_OBJECT *);
  unsigned __int8 (__fastcall *FastIoDeviceControl)(_FILE_OBJECT *, unsigned __int8, void *, unsigned int, void *, unsigned int, unsigned int, _IO_STATUS_BLOCK *, _DEVICE_OBJECT *);
  void (__fastcall *AcquireFileForNtCreateSection)(_FILE_OBJECT *);
  void (__fastcall *ReleaseFileForNtCreateSection)(_FILE_OBJECT *);
  void (__fastcall *FastIoDetachDevice)(_DEVICE_OBJECT *, _DEVICE_OBJECT *);
  unsigned __int8 (__fastcall *FastIoQueryNetworkOpenInfo)(_FILE_OBJECT *, unsigned __int8, _FILE_NETWORK_OPEN_INFORMATION *, _IO_STATUS_BLOCK *, _DEVICE_OBJECT *);
  int (__fastcall *AcquireForModWrite)(_FILE_OBJECT *, _LARGE_INTEGER *, _ERESOURCE **, _DEVICE_OBJECT *);
  unsigned __int8 (__fastcall *MdlRead)(_FILE_OBJECT *, _LARGE_INTEGER *, unsigned int, unsigned int, _MDL **, _IO_STATUS_BLOCK *, _DEVICE_OBJECT *);
  unsigned __int8 (__fastcall *MdlReadComplete)(_FILE_OBJECT *, _MDL *, _DEVICE_OBJECT *);
  unsigned __int8 (__fastcall *PrepareMdlWrite)(_FILE_OBJECT *, _LARGE_INTEGER *, unsigned int, unsigned int, _MDL **, _IO_STATUS_BLOCK *, _DEVICE_OBJECT *);
  unsigned __int8 (__fastcall *MdlWriteComplete)(_FILE_OBJECT *, _LARGE_INTEGER *, _MDL *, _DEVICE_OBJECT *);
  unsigned __int8 (__fastcall *FastIoReadCompressed)(_FILE_OBJECT *, _LARGE_INTEGER *, unsigned int, unsigned int, void *, _MDL **, _IO_STATUS_BLOCK *, _COMPRESSED_DATA_INFO *, unsigned int, _DEVICE_OBJECT *);
  unsigned __int8 (__fastcall *FastIoWriteCompressed)(_FILE_OBJECT *, _LARGE_INTEGER *, unsigned int, unsigned int, void *, _MDL **, _IO_STATUS_BLOCK *, _COMPRESSED_DATA_INFO *, unsigned int, _DEVICE_OBJECT *);
  unsigned __int8 (__fastcall *MdlReadCompleteCompressed)(_FILE_OBJECT *, _MDL *, _DEVICE_OBJECT *);
  unsigned __int8 (__fastcall *MdlWriteCompleteCompressed)(_FILE_OBJECT *, _LARGE_INTEGER *, _MDL *, _DEVICE_OBJECT *);
  unsigned __int8 (__fastcall *FastIoQueryOpen)(_IRP *, _FILE_NETWORK_OPEN_INFORMATION *, _DEVICE_OBJECT *);
  int (__fastcall *ReleaseForModWrite)(_FILE_OBJECT *, _ERESOURCE *, _DEVICE_OBJECT *);
  int (__fastcall *AcquireForCcFlush)(_FILE_OBJECT *, _DEVICE_OBJECT *);
  int (__fastcall *ReleaseForCcFlush)(_FILE_OBJECT *, _DEVICE_OBJECT *);
 };

 /* 845 */
 struct POHANDLE__
 {
  int unused;
 };

 /* 854 */
 union $F0134D34D6C1E016DBA516859925C0AD
 {
  unsigned int Argument;
  unsigned __int8 Data[1];
 };

 /* 855 */
 struct _ACPI_METHOD_ARGUMENT_V1
 {
  unsigned __int16 Type;
  unsigned __int16 DataLength;
  $F0134D34D6C1E016DBA516859925C0AD ___u2;
 };

 /* 880 */
 struct _POP_POWER_PLANE
 {
  _UNICODE_STRING PowerPlaneId;
  unsigned __int64 Lock;
  unsigned __int8 OldIrql;
  volatile int DevicePowerMw;
  void *PmaxHandle;
  void (__fastcall *NotifyDevicePowerDraw)(void *, unsigned int);
  unsigned __int64 DeviceCount;
  _POP_DEVICE_POWER_PROFILE **Devices;
 };

 /* 770 */
 struct $7B1C7633D0AA2678FDCC8BAA1F719E6E
 {
  unsigned __int32 JobNotReallyActive : 1;
  unsigned __int32 AccountingFolded : 1;
  unsigned __int32 NewProcessReported : 1;
  unsigned __int32 ExitProcessReported : 1;
  unsigned __int32 ReportCommitChanges : 1;
  unsigned __int32 LastReportMemory : 1;
  unsigned __int32 ForceWakeCharge : 1;
  unsigned __int32 CrossSessionCreate : 1;
  unsigned __int32 NeedsHandleRundown : 1;
  unsigned __int32 RefTraceEnabled : 1;
  unsigned __int32 PicoCreated : 1;
  unsigned __int32 EmptyJobEvaluated : 1;
  unsigned __int32 DefaultPagePriority : 3;
  unsigned __int32 PrimaryTokenFrozen : 1;
  unsigned __int32 ProcessVerifierTarget : 1;
  unsigned __int32 RestrictSetThreadContext : 1;
  unsigned __int32 AffinityPermanent : 1;
  unsigned __int32 AffinityUpdateEnable : 1;
  unsigned __int32 PropagateNode : 1;
  unsigned __int32 ExplicitAffinity : 1;
  unsigned __int32 ProcessExecutionState : 2;
  unsigned __int32 EnableReadVmLogging : 1;
  unsigned __int32 EnableWriteVmLogging : 1;
  unsigned __int32 FatalAccessTerminationRequested : 1;
  unsigned __int32 DisableSystemAllowedCpuSet : 1;
  unsigned __int32 ProcessStateChangeRequest : 2;
  unsigned __int32 ProcessStateChangeInProgress : 1;
  unsigned __int32 InPrivate : 1;
 };

 /* 771 */
 union $4996B4FE2820644A378E1861BBE25B33
 {
  unsigned int Flags2;
  $7B1C7633D0AA2678FDCC8BAA1F719E6E __s1;
 };

 /* 772 */
 struct $08F27CF7CCE24551C9037C5E7EA427C5
 {
  unsigned __int32 CreateReported : 1;
  unsigned __int32 NoDebugInherit : 1;
  unsigned __int32 ProcessExiting : 1;
  unsigned __int32 ProcessDelete : 1;
  unsigned __int32 ManageExecutableMemoryWrites : 1;
  unsigned __int32 VmDeleted : 1;
  unsigned __int32 OutswapEnabled : 1;
  unsigned __int32 Outswapped : 1;
  unsigned __int32 FailFastOnCommitFail : 1;
  unsigned __int32 Wow64VaSpace4Gb : 1;
  unsigned __int32 AddressSpaceInitialized : 2;
  unsigned __int32 SetTimerResolution : 1;
  unsigned __int32 BreakOnTermination : 1;
  unsigned __int32 DeprioritizeViews : 1;
  unsigned __int32 WriteWatch : 1;
  unsigned __int32 ProcessInSession : 1;
  unsigned __int32 OverrideAddressSpace : 1;
  unsigned __int32 HasAddressSpace : 1;
  unsigned __int32 LaunchPrefetched : 1;
  unsigned __int32 Background : 1;
  unsigned __int32 VmTopDown : 1;
  unsigned __int32 ImageNotifyDone : 1;
  unsigned __int32 PdeUpdateNeeded : 1;
  unsigned __int32 VdmAllowed : 1;
  unsigned __int32 ProcessRundown : 1;
  unsigned __int32 ProcessInserted : 1;
  unsigned __int32 DefaultIoPriority : 3;
  unsigned __int32 ProcessSelfDelete : 1;
  unsigned __int32 SetTimerResolutionLink : 1;
 };

 /* 773 */
 union $7C662302056FFD1FB4E1773A0A034050
 {
  unsigned int Flags;
  $08F27CF7CCE24551C9037C5E7EA427C5 __s1;
 };

 /* 774 */
 struct $2C107811C1475D6DEE5B06B393CB8A4E
 {
  unsigned __int64 ExceptionPortState : 3;
 };

 /* 775 */
 union $2CF60692BD9E5E36C930915537D2294F
 {
  void *ExceptionPortData;
  unsigned __int64 ExceptionPortValue;
  $2C107811C1475D6DEE5B06B393CB8A4E __s2;
 };

 /* 467 */
 struct $4DC8F54BDA4F40BD4A652537C8D44473
 {
  unsigned __int64 RefCnt : 4;
 };

 /* 468 */
 union $0D3E102110E4F6811E233C5A111B80C3
 {
  void *Object;
  $4DC8F54BDA4F40BD4A652537C8D44473 __s1;
  unsigned __int64 Value;
 };

 /* 469 */
 struct _EX_FAST_REF
 {
  $0D3E102110E4F6811E233C5A111B80C3 ___u0;
 };

 /* 622 */
 struct _RTL_AVL_TREE
 {
  _RTL_BALANCED_NODE *Root;
 };

 /* 754 */
 struct _SE_AUDIT_PROCESS_CREATION_INFO
 {
  _OBJECT_NAME_INFORMATION *ImageFileName;
 };

 /* 714 */
 struct $3F85127412E45D453B47E0230FB8DC78
 {
  unsigned __int8 WorkingSetType : 3;
  unsigned __int8 Reserved0 : 3;
  unsigned __int8 MaximumWorkingSetHard : 1;
  unsigned __int8 MinimumWorkingSetHard : 1;
  unsigned __int8 SessionMaster : 1;
  unsigned __int8 TrimmerState : 2;
  unsigned __int8 Reserved : 1;
  unsigned __int8 PageStealers : 4;
 };

 /* 715 */
 union $546AA0484011E1DBFAE2CFB46D02C5DE
 {
  $3F85127412E45D453B47E0230FB8DC78 __s0;
  unsigned __int16 u1;
 };

 /* 716 */
 struct $56A022E0416FA8F0D143F219D5D8FA21
 {
  unsigned __int8 WsleDeleted : 1;
  unsigned __int8 SvmEnabled : 1;
  unsigned __int8 ForceAge : 1;
  unsigned __int8 ForceTrim : 1;
  unsigned __int8 NewMaximum : 1;
  unsigned __int8 CommitReleaseState : 2;
 };

 /* 717 */
 union $454DF8186EE49D35E837F6C04CF422F2
 {
  $56A022E0416FA8F0D143F219D5D8FA21 __s0;
  unsigned __int8 u2;
 };

 /* 718 */
 struct _MMSUPPORT_FLAGS
 {
  $546AA0484011E1DBFAE2CFB46D02C5DE ___u0;
  unsigned __int8 MemoryPriority;
  $454DF8186EE49D35E837F6C04CF422F2 ___u2;
 };

 /* 719 */
 struct __declspec(align(8)) _MMSUPPORT_INSTANCE
 {
  unsigned int NextPageColor;
  unsigned int PageFaultCount;
  unsigned __int64 TrimmedPageCount;
  _MMWSL_INSTANCE *VmWorkingSetList;
  _LIST_ENTRY WorkingSetExpansionLinks;
  unsigned __int64 AgeDistribution[8];
  _KGATE *ExitOutswapGate;
  unsigned __int64 MinimumWorkingSetSize;
  unsigned __int64 WorkingSetLeafSize;
  unsigned __int64 WorkingSetLeafPrivateSize;
  unsigned __int64 WorkingSetSize;
  unsigned __int64 WorkingSetPrivateSize;
  unsigned __int64 MaximumWorkingSetSize;
  unsigned __int64 PeakWorkingSetSize;
  unsigned int HardFaultCount;
  unsigned __int16 LastTrimStamp;
  unsigned __int16 PartitionId;
  unsigned __int64 SelfmapLock;
  _MMSUPPORT_FLAGS Flags;
 };

 /* 720 */
 struct __declspec(align(64)) _MMSUPPORT_SHARED
 {
  volatile int WorkingSetLock;
  int GoodCitizenWaiting;
  unsigned __int64 ReleasedCommitDebt;
  unsigned __int64 ResetPagesRepurposedCount;
  void *WsSwapSupport;
  void *CommitReleaseContext;
  void *AccessLog;
  volatile unsigned __int64 ChargedWslePages;
  unsigned __int64 ActualWslePages;
  unsigned __int64 WorkingSetCoreLock;
  void *ShadowMapping;
 };

 /* 721 */
 struct _MMSUPPORT_FULL
 {
  _MMSUPPORT_INSTANCE Instance;
  _MMSUPPORT_SHARED Shared;
 };

 /* 755 */
 struct _ALPC_PROCESS_CONTEXT
 {
  _EX_PUSH_LOCK Lock;
  _LIST_ENTRY ViewListHead;
  volatile unsigned __int64 PagedPoolQuotaCache;
 };

 /* 763 */
 struct $86F7F41651E05A1B839282BAFC23F161
 {
  unsigned __int8 Type : 3;
  unsigned __int8 Audit : 1;
  unsigned __int8 Signer : 4;
 };

 /* 764 */
 union $163B9FCD877A4E1E54EC83B96A4831B0
 {
  unsigned __int8 Level;
  $86F7F41651E05A1B839282BAFC23F161 __s1;
 };

 /* 765 */
 struct _PS_PROTECTION
 {
  $163B9FCD877A4E1E54EC83B96A4831B0 ___u0;
 };

 /* 776 */
 struct $8B1CE780B74600C3E83BA456EFE03C76
 {
  unsigned __int32 Minimal : 1;
  unsigned __int32 ReplacingPageRoot : 1;
  unsigned __int32 Crashed : 1;
  unsigned __int32 JobVadsAreTracked : 1;
  unsigned __int32 VadTrackingDisabled : 1;
  unsigned __int32 AuxiliaryProcess : 1;
  unsigned __int32 SubsystemProcess : 1;
  unsigned __int32 IndirectCpuSets : 1;
  unsigned __int32 RelinquishedCommit : 1;
  unsigned __int32 HighGraphicsPriority : 1;
  unsigned __int32 CommitFailLogged : 1;
  unsigned __int32 ReserveFailLogged : 1;
  unsigned __int32 SystemProcess : 1;
  unsigned __int32 HideImageBaseAddresses : 1;
  unsigned __int32 AddressPolicyFrozen : 1;
  unsigned __int32 ProcessFirstResume : 1;
  unsigned __int32 ForegroundExternal : 1;
  unsigned __int32 ForegroundSystem : 1;
  unsigned __int32 HighMemoryPriority : 1;
  unsigned __int32 EnableProcessSuspendResumeLogging : 1;
  unsigned __int32 EnableThreadSuspendResumeLogging : 1;
  unsigned __int32 SecurityDomainChanged : 1;
  unsigned __int32 SecurityFreezeComplete : 1;
  unsigned __int32 VmProcessorHost : 1;
  unsigned __int32 VmProcessorHostTransition : 1;
  unsigned __int32 AltSyscall : 1;
  unsigned __int32 TimerResolutionIgnore : 1;
  unsigned __int32 DisallowUserTerminate : 1;
 };

 /* 777 */
 union $CA0F18E74A9969E442556CA20BA8141A
 {
  unsigned int Flags3;
  $8B1CE780B74600C3E83BA456EFE03C76 __s1;
 };

 /* 778 */
 union $991E1CBB7797929499350D8948279CF6
 {
  unsigned __int64 AllowedCpuSets;
  unsigned __int64 *AllowedCpuSetsIndirect;
 };

 /* 779 */
 union $7D7CAE6D41B81FF54781561F08F4E01A
 {
  unsigned __int64 DefaultCpuSets;
  unsigned __int64 *DefaultCpuSetsIndirect;
 };

 /* 766 */
 struct $85D0B69AF5B42F702B391336437C1040
 {
  unsigned __int64 DelayMs : 30;
  unsigned __int64 CoalescingWindowMs : 30;
  unsigned __int64 Reserved : 1;
  unsigned __int64 NewTimerWheel : 1;
  unsigned __int64 Retry : 1;
  unsigned __int64 Locked : 1;
 };

 /* 767 */
 volatile union _PS_INTERLOCKED_TIMER_DELAY_VALUES
 {
  $85D0B69AF5B42F702B391336437C1040 __s0;
  unsigned __int64 All;
 };

 /* 524 */
 struct _WNF_STATE_NAME
 {
  unsigned int Data[2];
 };

 /* 526 */
 struct _JOBOBJECT_WAKE_FILTER
 {
  unsigned int HighEdgeFilter;
  unsigned int LowEdgeFilter;
 };

 /* 768 */
 struct _PS_PROCESS_WAKE_INFORMATION
 {
  unsigned __int64 NotificationChannel;
  unsigned int WakeCounters[7];
  _JOBOBJECT_WAKE_FILTER WakeFilter;
  unsigned int NoWakeCounter;
 };

 /* 780 */
 union $E134A8FADB8F65034F4B68CDB0D5D9D3
 {
  _WNF_STATE_NAME WakeChannel;
  _PS_PROCESS_WAKE_INFORMATION WakeInfo;
 };

 /* 781 */
 union $9E6F4DE8D8EBF60EF1749FF3BC13ADD5
 {
  unsigned int MitigationFlags;
  struct
  {
    unsigned __int32 ControlFlowGuardEnabled : 1;
    unsigned __int32 ControlFlowGuardExportSuppressionEnabled : 1;
    unsigned __int32 ControlFlowGuardStrict : 1;
    unsigned __int32 DisallowStrippedImages : 1;
    unsigned __int32 ForceRelocateImages : 1;
    unsigned __int32 HighEntropyASLREnabled : 1;
    unsigned __int32 StackRandomizationDisabled : 1;
    unsigned __int32 ExtensionPointDisable : 1;
    unsigned __int32 DisableDynamicCode : 1;
    unsigned __int32 DisableDynamicCodeAllowOptOut : 1;
    unsigned __int32 DisableDynamicCodeAllowRemoteDowngrade : 1;
    unsigned __int32 AuditDisableDynamicCode : 1;
    unsigned __int32 DisallowWin32kSystemCalls : 1;
    unsigned __int32 AuditDisallowWin32kSystemCalls : 1;
    unsigned __int32 EnableFilteredWin32kAPIs : 1;
    unsigned __int32 AuditFilteredWin32kAPIs : 1;
    unsigned __int32 DisableNonSystemFonts : 1;
    unsigned __int32 AuditNonSystemFontLoading : 1;
    unsigned __int32 PreferSystem32Images : 1;
    unsigned __int32 ProhibitRemoteImageMap : 1;
    unsigned __int32 AuditProhibitRemoteImageMap : 1;
    unsigned __int32 ProhibitLowILImageMap : 1;
    unsigned __int32 AuditProhibitLowILImageMap : 1;
    unsigned __int32 SignatureMitigationOptIn : 1;
    unsigned __int32 AuditBlockNonMicrosoftBinaries : 1;
    unsigned __int32 AuditBlockNonMicrosoftBinariesAllowStore : 1;
    unsigned __int32 LoaderIntegrityContinuityEnabled : 1;
    unsigned __int32 AuditLoaderIntegrityContinuity : 1;
    unsigned __int32 EnableModuleTamperingProtection : 1;
    unsigned __int32 EnableModuleTamperingProtectionNoInherit : 1;
    unsigned __int32 RestrictIndirectBranchPrediction : 1;
    unsigned __int32 IsolateSecurityDomain : 1;
  } MitigationFlagsValues;
 };

 /* 782 */
 union $93355E6245E9B890F41B0ABE48395969
 {
  unsigned int MitigationFlags2;
  struct
  {
    unsigned __int32 EnableExportAddressFilter : 1;
    unsigned __int32 AuditExportAddressFilter : 1;
    unsigned __int32 EnableExportAddressFilterPlus : 1;
    unsigned __int32 AuditExportAddressFilterPlus : 1;
    unsigned __int32 EnableRopStackPivot : 1;
    unsigned __int32 AuditRopStackPivot : 1;
    unsigned __int32 EnableRopCallerCheck : 1;
    unsigned __int32 AuditRopCallerCheck : 1;
    unsigned __int32 EnableRopSimExec : 1;
    unsigned __int32 AuditRopSimExec : 1;
    unsigned __int32 EnableImportAddressFilter : 1;
    unsigned __int32 AuditImportAddressFilter : 1;
    unsigned __int32 DisablePageCombine : 1;
    unsigned __int32 SpeculativeStoreBypassDisable : 1;
    unsigned __int32 CetUserShadowStacks : 1;
    unsigned __int32 AuditCetUserShadowStacks : 1;
    unsigned __int32 AuditCetUserShadowStacksLogged : 1;
    unsigned __int32 UserCetSetContextIpValidation : 1;
    unsigned __int32 AuditUserCetSetContextIpValidation : 1;
    unsigned __int32 AuditUserCetSetContextIpValidationLogged : 1;
    unsigned __int32 CetUserShadowStacksStrictMode : 1;
    unsigned __int32 BlockNonCetBinaries : 1;
    unsigned __int32 BlockNonCetBinariesNonEhcont : 1;
    unsigned __int32 AuditBlockNonCetBinaries : 1;
    unsigned __int32 AuditBlockNonCetBinariesLogged : 1;
    unsigned __int32 Reserved1 : 1;
    unsigned __int32 Reserved2 : 1;
    unsigned __int32 Reserved3 : 1;
    unsigned __int32 Reserved4 : 1;
    unsigned __int32 Reserved5 : 1;
    unsigned __int32 CetDynamicApisOutOfProcOnly : 1;
    unsigned __int32 UserCetSetContextIpValidationRelaxedMode : 1;
  } MitigationFlags2Values;
 };

 /* 769 */
 struct _PS_DYNAMIC_ENFORCED_ADDRESS_RANGES
 {
  _RTL_AVL_TREE Tree;
  _EX_PUSH_LOCK Lock;
 };

 /* 500 */
 struct __declspec(align(64)) _EPROCESS
 {
  _KPROCESS Pcb;
  _EX_PUSH_LOCK ProcessLock;
  void *UniqueProcessId;
  _LIST_ENTRY ActiveProcessLinks;
  _EX_RUNDOWN_REF RundownProtect;
  $4996B4FE2820644A378E1861BBE25B33 ___u5;
  $7C662302056FFD1FB4E1773A0A034050 ___u6;
  _LARGE_INTEGER CreateTime;
  unsigned __int64 ProcessQuotaUsage[2];
  unsigned __int64 ProcessQuotaPeak[2];
  unsigned __int64 PeakVirtualSize;
  unsigned __int64 VirtualSize;
  _LIST_ENTRY SessionProcessLinks;
  $2CF60692BD9E5E36C930915537D2294F ___u13;
  _EX_FAST_REF Token;
  unsigned __int64 MmReserved;
  _EX_PUSH_LOCK AddressCreationLock;
  _EX_PUSH_LOCK PageTableCommitmentLock;
  _ETHREAD *RotateInProgress;
  _ETHREAD *ForkInProgress;
  _EJOB *volatile CommitChargeJob;
  _RTL_AVL_TREE CloneRoot;
  volatile unsigned __int64 NumberOfPrivatePages;
  volatile unsigned __int64 NumberOfLockedPages;
  void *Win32Process;
  _EJOB *volatile Job;
  void *SectionObject;
  void *SectionBaseAddress;
  unsigned int Cookie;
  struct _PAGEFAULT_HISTORY *WorkingSetWatch;
  void *Win32WindowStation;
  void *InheritedFromUniqueProcessId;
  volatile unsigned __int64 OwnerProcessId;
  _PEB *Peb;
  _MM_SESSION_SPACE *Session;
  void *Spare1;
  struct _EPROCESS_QUOTA_BLOCK *QuotaBlock;
  _HANDLE_TABLE *ObjectTable;
  void *DebugPort;
  _EWOW64PROCESS *WoW64Process;
  void *DeviceMap;
  void *EtwDataSource;
  unsigned __int64 PageDirectoryPte;
  _FILE_OBJECT *ImageFilePointer;
  unsigned __int8 ImageFileName[15];
  unsigned __int8 PriorityClass;
  void *SecurityPort;
  _SE_AUDIT_PROCESS_CREATION_INFO SeAuditProcessCreationInfo;
  _LIST_ENTRY JobLinks;
  void *HighestUserAddress;
  _LIST_ENTRY ThreadListHead;
  volatile unsigned int ActiveThreads;
  unsigned int ImagePathHash;
  unsigned int DefaultHardErrorProcessing;
  int LastThreadExitStatus;
  _EX_FAST_REF PrefetchTrace;
  void *LockedPagesList;
  _LARGE_INTEGER ReadOperationCount;
  _LARGE_INTEGER WriteOperationCount;
  _LARGE_INTEGER OtherOperationCount;
  _LARGE_INTEGER ReadTransferCount;
  _LARGE_INTEGER WriteTransferCount;
  _LARGE_INTEGER OtherTransferCount;
  unsigned __int64 CommitChargeLimit;
  volatile unsigned __int64 CommitCharge;
  volatile unsigned __int64 CommitChargePeak;
  _MMSUPPORT_FULL Vm;
  _LIST_ENTRY MmProcessLinks;
  unsigned int ModifiedPageCount;
  int ExitStatus;
  _RTL_AVL_TREE VadRoot;
  void *VadHint;
  unsigned __int64 VadCount;
  volatile unsigned __int64 VadPhysicalPages;
  unsigned __int64 VadPhysicalPagesLimit;
  _ALPC_PROCESS_CONTEXT AlpcContext;
  _LIST_ENTRY TimerResolutionLink;
  _PO_DIAG_STACK_RECORD *TimerResolutionStackRecord;
  unsigned int RequestedTimerResolution;
  unsigned int SmallestTimerResolution;
  _LARGE_INTEGER ExitTime;
  _INVERTED_FUNCTION_TABLE *InvertedFunctionTable;
  _EX_PUSH_LOCK InvertedFunctionTableLock;
  unsigned int ActiveThreadsHighWatermark;
  unsigned int LargePrivateVadCount;
  _EX_PUSH_LOCK ThreadListLock;
  void *WnfContext;
  _EJOB *ServerSilo;
  unsigned __int8 SignatureLevel;
  unsigned __int8 SectionSignatureLevel;
  _PS_PROTECTION Protection;
  unsigned __int8 HangCount : 3;
  unsigned __int8 GhostCount : 3;
  unsigned __int8 PrefilterException : 1;
  $CA0F18E74A9969E442556CA20BA8141A ___u94;
  int DeviceAsid;
  void *SvmData;
  _EX_PUSH_LOCK SvmProcessLock;
  unsigned __int64 SvmLock;
  _LIST_ENTRY SvmProcessDeviceListHead;
  unsigned __int64 LastFreezeInterruptTime;
  _PROCESS_DISK_COUNTERS *DiskCounters;
  void *PicoContext;
  void *EnclaveTable;
  unsigned __int64 EnclaveNumber;
  _EX_PUSH_LOCK EnclaveLock;
  unsigned int HighPriorityFaultsAllowed;
  struct _PO_PROCESS_ENERGY_CONTEXT *EnergyContext;
  void *VmContext;
  unsigned __int64 SequenceNumber;
  unsigned __int64 CreateInterruptTime;
  unsigned __int64 CreateUnbiasedInterruptTime;
  unsigned __int64 TotalUnbiasedFrozenTime;
  unsigned __int64 LastAppStateUpdateTime;
  unsigned __int64 LastAppStateUptime : 61;
  unsigned __int64 LastAppState : 3;
  volatile unsigned __int64 SharedCommitCharge;
  _EX_PUSH_LOCK SharedCommitLock;
  _LIST_ENTRY SharedCommitLinks;
  $991E1CBB7797929499350D8948279CF6 ___u119;
  $7D7CAE6D41B81FF54781561F08F4E01A ___u120;
  void *DiskIoAttribution;
  void *DxgProcess;
  unsigned int Win32KFilterSet;
  volatile _PS_INTERLOCKED_TIMER_DELAY_VALUES ProcessTimerDelay;
  volatile unsigned int KTimerSets;
  volatile unsigned int KTimer2Sets;
  volatile unsigned int ThreadTimerSets;
  unsigned __int64 VirtualTimerListLock;
  _LIST_ENTRY VirtualTimerListHead;
  $E134A8FADB8F65034F4B68CDB0D5D9D3 ___u130;
  $9E6F4DE8D8EBF60EF1749FF3BC13ADD5 ___u131;
  $93355E6245E9B890F41B0ABE48395969 ___u132;
  void *PartitionObject;
  unsigned __int64 SecurityDomain;
  unsigned __int64 ParentSecurityDomain;
  void *CoverageSamplerContext;
  void *MmHotPatchContext;
  _RTL_AVL_TREE DynamicEHContinuationTargetsTree;
  _EX_PUSH_LOCK DynamicEHContinuationTargetsLock;
  _PS_DYNAMIC_ENFORCED_ADDRESS_RANGES DynamicEnforcedCetCompatibleRanges;
 };

 /* 470 */
 struct _TERMINATION_PORT
 {
  _TERMINATION_PORT *Next;
  void *Port;
 };

 /* 519 */
 struct $D771432583654A30C3F0CC1F45CBD584
 {
  unsigned int EndTime;
  unsigned int Bitmap;
 };

 /* 520 */
 union _TIMELINE_BITMAP
 {
  unsigned __int64 Value;
  $D771432583654A30C3F0CC1F45CBD584 __s1;
 };

 /* 521 */
 struct _THREAD_ENERGY_VALUES
 {
  unsigned __int64 Cycles[4][2];
  unsigned __int64 AttributedCycles[4][2];
  unsigned __int64 WorkOnBehalfCycles[4][2];
  _TIMELINE_BITMAP CpuTimeline;
 };

 /* 486 */
 struct $9959C6898638794B7A02F04E7F980F81
 {
  unsigned __int8 ReservedLowFlags;
  unsigned __int8 WaiterPriority;
 };

 /* 487 */
 union $CF7BB8F6BCE46E0ACB31B2765E6762E9
 {
  unsigned __int16 Flag;
  $9959C6898638794B7A02F04E7F980F81 __s1;
 };

 /* 483 */
 struct $E71B718CD8428E7C8AA4A0868051E710
 {
  unsigned __int32 IoPriorityBoosted : 1;
  unsigned __int32 OwnerReferenced : 1;
  unsigned __int32 IoQoSPriorityBoosted : 1;
  unsigned __int32 OwnerCount : 29;
 };

 /* 484 */
 union $78420D8A0386470778F6C593B91418EA
 {
  $E71B718CD8428E7C8AA4A0868051E710 __s0;
  unsigned int TableSize;
 };

 /* 485 */
 struct __declspec(align(8)) _OWNER_ENTRY
 {
  unsigned __int64 OwnerThread;
  $78420D8A0386470778F6C593B91418EA ___u1;
 };

 /* 488 */
 union $FA8F2364BE4EE7049C389A9C36002332
 {
  void *Address;
  unsigned __int64 CreatorBackTraceIndex;
 };

 /* 489 */
 struct _ERESOURCE
 {
  _LIST_ENTRY SystemResourcesList;
  _OWNER_ENTRY *OwnerTable;
  __int16 ActiveCount;
  $CF7BB8F6BCE46E0ACB31B2765E6762E9 ___u3;
  void *SharedWaiters;
  void *ExclusiveWaiters;
  _OWNER_ENTRY OwnerEntry;
  unsigned int ActiveEntries;
  unsigned int ContentionCount;
  unsigned int NumberOfSharedWaiters;
  unsigned int NumberOfExclusiveWaiters;
  void *Reserved2;
  $FA8F2364BE4EE7049C389A9C36002332 ___u12;
  unsigned __int64 SpinLock;
 };

 /* 522 */
 struct _PROCESS_DISK_COUNTERS
 {
  unsigned __int64 BytesRead;
  unsigned __int64 BytesWritten;
  unsigned __int64 ReadOperationCount;
  unsigned __int64 WriteOperationCount;
  unsigned __int64 FlushOperationCount;
 };

 /* 525 */
 struct _PS_JOB_WAKE_INFORMATION
 {
  unsigned __int64 NotificationChannel;
  unsigned __int64 WakeCounters[7];
  unsigned __int64 NoWakeCounter;
 };

 /* 646 */
 union $D4EC67E83AD1F445DB8DDC83498F7F7A
 {
  _WNF_STATE_NAME WakeChannel;
  _PS_JOB_WAKE_INFORMATION WakeInfo;
 };

 /* 647 */
 union $4A23899C1E06222AD02235BC2A2A749E
 {
  _EJOB **Ancestors;
  void *SessionObject;
 };

 /* 528 */
 struct _EPROCESS_VALUES
 {
  unsigned __int64 KernelTime;
  unsigned __int64 UserTime;
  unsigned __int64 ReadyTime;
  unsigned __int64 CycleTime;
  unsigned __int64 ContextSwitches;
  __int64 ReadOperationCount;
  __int64 WriteOperationCount;
  __int64 OtherOperationCount;
  __int64 ReadTransferCount;
  __int64 WriteTransferCount;
  __int64 OtherTransferCount;
  unsigned __int64 KernelWaitTime;
  unsigned __int64 UserWaitTime;
 };

 /* 648 */
 struct $65D3EB519B1E7C760B05EEB88159A6EF
 {
  unsigned __int32 CloseDone : 1;
  unsigned __int32 MultiGroup : 1;
  unsigned __int32 OutstandingNotification : 1;
  unsigned __int32 NotificationInProgress : 1;
  unsigned __int32 UILimits : 1;
  unsigned __int32 CpuRateControlActive : 1;
  unsigned __int32 OwnCpuRateControl : 1;
  unsigned __int32 Terminating : 1;
  unsigned __int32 WorkingSetLock : 1;
  unsigned __int32 JobFrozen : 1;
  unsigned __int32 Background : 1;
  unsigned __int32 WakeNotificationAllocated : 1;
  unsigned __int32 WakeNotificationEnabled : 1;
  unsigned __int32 WakeNotificationPending : 1;
  unsigned __int32 LimitNotificationRequired : 1;
  unsigned __int32 ZeroCountNotificationRequired : 1;
  unsigned __int32 CycleTimeNotificationRequired : 1;
  unsigned __int32 CycleTimeNotificationPending : 1;
  unsigned __int32 TimersVirtualized : 1;
  unsigned __int32 JobSwapped : 1;
  unsigned __int32 ViolationDetected : 1;
  unsigned __int32 EmptyJobNotified : 1;
  unsigned __int32 NoSystemCharge : 1;
  unsigned __int32 DropNoWakeCharges : 1;
  unsigned __int32 NoWakeChargePolicyDecided : 1;
  unsigned __int32 NetRateControlActive : 1;
  unsigned __int32 OwnNetRateControl : 1;
  unsigned __int32 IoRateControlActive : 1;
  unsigned __int32 OwnIoRateControl : 1;
  unsigned __int32 DisallowNewProcesses : 1;
  unsigned __int32 Silo : 1;
  unsigned __int32 ContainerTelemetryIdSet : 1;
 };

 /* 649 */
 union $C3B08C5FA8951161883CDA4B1B0475F4
 {
  unsigned int JobFlags;
  $65D3EB519B1E7C760B05EEB88159A6EF __s1;
 };

 /* 650 */
 struct $4FFEC2D8DFB6AAE379F5515F45589EFE
 {
  unsigned __int32 ParentLocked : 1;
  unsigned __int32 EnableUsermodeSiloThreadImpersonation : 1;
  unsigned __int32 DisallowUsermodeSiloThreadImpersonation : 1;
 };

 /* 651 */
 union $6D62781818C33DAE8447AE5050F5EFFA
 {
  unsigned int JobFlags2;
  $4FFEC2D8DFB6AAE379F5515F45589EFE __s1;
 };

 /* 652 */
 union $B019160580AC7C473F8CD7707D30FBCA
 {
  void *DiskIoAttributionContext;
  _EJOB *DiskIoAttributionOwnerJob;
 };

 /* 575 */
 struct _RTL_BITMAP
 {
  unsigned int SizeOfBitMap;
  unsigned int *Buffer;
 };

 /* 640 */
 struct _JOB_RATE_CONTROL_HEADER
 {
  void *RateControlQuotaReference;
  _RTL_BITMAP OverQuotaHistory;
  unsigned __int8 *BitMapBuffer;
  unsigned __int64 BitMapBufferSize;
 };

 /* 641 */
 struct $6692EE43CAA8CF2A74F40F50BC2198CE
 {
  _LIST_ENTRY FreeListEntry;
  unsigned __int64 ReservedForParentValue;
 };

 /* 642 */
 union $A685BFDF6BEBE18FBFA9F060B73B246E
 {
  _RTL_BALANCED_NODE VolumeTreeNode;
  $6692EE43CAA8CF2A74F40F50BC2198CE __s1;
 };

 /* 643 */
 struct _PS_IO_CONTROL_ENTRY
 {
  $A685BFDF6BEBE18FBFA9F060B73B246E ___u0;
  unsigned __int64 VolumeKey;
  _EX_RUNDOWN_REF Rundown;
  void *IoControl;
  void *VolumeIoAttribution;
 };

 /* 523 */
 struct _EJOB
 {
  _KEVENT Event;
  _LIST_ENTRY JobLinks;
  _LIST_ENTRY ProcessListHead;
  _ERESOURCE JobLock;
  _LARGE_INTEGER TotalUserTime;
  _LARGE_INTEGER TotalKernelTime;
  _LARGE_INTEGER TotalCycleTime;
  _LARGE_INTEGER ThisPeriodTotalUserTime;
  _LARGE_INTEGER ThisPeriodTotalKernelTime;
  unsigned __int64 TotalContextSwitches;
  unsigned int TotalPageFaultCount;
  unsigned int TotalProcesses;
  unsigned int ActiveProcesses;
  unsigned int TotalTerminatedProcesses;
  _LARGE_INTEGER PerProcessUserTimeLimit;
  _LARGE_INTEGER PerJobUserTimeLimit;
  unsigned __int64 MinimumWorkingSetSize;
  unsigned __int64 MaximumWorkingSetSize;
  unsigned int LimitFlags;
  unsigned int ActiveProcessLimit;
  _KAFFINITY_EX Affinity;
  struct _JOB_ACCESS_STATE *AccessState;
  void *AccessStateQuotaReference;
  unsigned int UIRestrictionsClass;
  unsigned int EndOfJobTimeAction;
  void *CompletionPort;
  void *CompletionKey;
  unsigned __int64 CompletionCount;
  unsigned int SessionId;
  unsigned int SchedulingClass;
  unsigned __int64 ReadOperationCount;
  unsigned __int64 WriteOperationCount;
  unsigned __int64 OtherOperationCount;
  unsigned __int64 ReadTransferCount;
  unsigned __int64 WriteTransferCount;
  unsigned __int64 OtherTransferCount;
  _PROCESS_DISK_COUNTERS DiskIoInfo;
  unsigned __int64 ProcessMemoryLimit;
  unsigned __int64 JobMemoryLimit;
  unsigned __int64 JobTotalMemoryLimit;
  unsigned __int64 PeakProcessMemoryUsed;
  unsigned __int64 PeakJobMemoryUsed;
  _KAFFINITY_EX EffectiveAffinity;
  _LARGE_INTEGER EffectivePerProcessUserTimeLimit;
  unsigned __int64 EffectiveMinimumWorkingSetSize;
  unsigned __int64 EffectiveMaximumWorkingSetSize;
  unsigned __int64 EffectiveProcessMemoryLimit;
  _EJOB *EffectiveProcessMemoryLimitJob;
  _EJOB *EffectivePerProcessUserTimeLimitJob;
  _EJOB *EffectiveNetIoRateLimitJob;
  _EJOB *EffectiveHeapAttributionJob;
  unsigned int EffectiveLimitFlags;
  unsigned int EffectiveSchedulingClass;
  unsigned int EffectiveFreezeCount;
  unsigned int EffectiveBackgroundCount;
  unsigned int EffectiveSwapCount;
  unsigned int EffectiveNotificationLimitCount;
  unsigned __int8 EffectivePriorityClass;
  unsigned __int8 PriorityClass;
  unsigned __int8 NestingDepth;
  unsigned __int8 Reserved1[1];
  unsigned int CompletionFilter;
  $D4EC67E83AD1F445DB8DDC83498F7F7A ___u62;
  _JOBOBJECT_WAKE_FILTER WakeFilter;
  unsigned int LowEdgeLatchFilter;
  _EJOB *NotificationLink;
  unsigned __int64 CurrentJobMemoryUsed;
  struct _JOB_NOTIFICATION_INFORMATION *NotificationInfo;
  void *NotificationInfoQuotaReference;
  _IO_MINI_COMPLETION_PACKET_USER *NotificationPacket;
  struct _JOB_CPU_RATE_CONTROL *CpuRateControl;
  void *EffectiveSchedulingGroup;
  unsigned __int64 ReadyTime;
  _EX_PUSH_LOCK MemoryLimitsLock;
  _LIST_ENTRY SiblingJobLinks;
  _LIST_ENTRY ChildJobListHead;
  _EJOB *ParentJob;
  _EJOB *volatile RootJob;
  _LIST_ENTRY IteratorListHead;
  unsigned __int64 AncestorCount;
  $4A23899C1E06222AD02235BC2A2A749E ___u80;
  _EPROCESS_VALUES Accounting;
  unsigned int ShadowActiveProcessCount;
  unsigned int ActiveAuxiliaryProcessCount;
  unsigned int SequenceNumber;
  unsigned int JobId;
  _GUID ContainerId;
  _GUID ContainerTelemetryId;
  _ESERVERSILO_GLOBALS *ServerSiloGlobals;
  _PS_PROPERTY_SET PropertySet;
  struct _PSP_STORAGE *Storage;
  struct _JOB_NET_RATE_CONTROL *NetRateControl;
  $C3B08C5FA8951161883CDA4B1B0475F4 ___u92;
  $6D62781818C33DAE8447AE5050F5EFFA ___u93;
  _PROCESS_EXTENDED_ENERGY_VALUES *EnergyValues;
  volatile unsigned __int64 SharedCommitCharge;
  unsigned int DiskIoAttributionUserRefCount;
  unsigned int DiskIoAttributionRefCount;
  $B019160580AC7C473F8CD7707D30FBCA ___u98;
  _JOB_RATE_CONTROL_HEADER IoRateControlHeader;
  _PS_IO_CONTROL_ENTRY GlobalIoControl;
  volatile int IoControlStateLock;
  _RTL_RB_TREE VolumeIoControlTree;
  unsigned __int64 IoRateOverQuotaHistory;
  unsigned int IoRateCurrentGeneration;
  unsigned int IoRateLastQueryGeneration;
  unsigned int IoRateGenerationLength;
  unsigned int IoRateOverQuotaNotifySequenceId;
  unsigned __int64 LastThrottledIoTime;
  _EX_PUSH_LOCK IoControlLock;
  __int64 SiloHardReferenceCount;
  _WORK_QUEUE_ITEM RundownWorkItem;
  void *PartitionObject;
  _EJOB *PartitionOwnerJob;
  _JOBOBJECT_ENERGY_TRACKING_STATE EnergyTrackingState;
  unsigned __int64 KernelWaitTime;
  unsigned __int64 UserWaitTime;
 };

 /* 788 */
 struct _IO_SECURITY_CONTEXT
 {
  _SECURITY_QUALITY_OF_SERVICE *SecurityQos;
  _ACCESS_STATE *AccessState;
  unsigned int DesiredAccess;
  unsigned int FullCreateOptions;
 };

 /* 789 */
 struct __declspec(align(8)) _NAMED_PIPE_CREATE_PARAMETERS
 {
  unsigned int NamedPipeType;
  unsigned int ReadMode;
  unsigned int CompletionMode;
  unsigned int MaximumInstances;
  unsigned int InboundQuota;
  unsigned int OutboundQuota;
  _LARGE_INTEGER DefaultTimeout;
  unsigned __int8 TimeoutSpecified;
 };

 /* 790 */
 struct __declspec(align(8)) _MAILSLOT_CREATE_PARAMETERS
 {
  unsigned int MailslotQuota;
  unsigned int MaximumMessageSize;
  _LARGE_INTEGER ReadTimeout;
  unsigned __int8 TimeoutSpecified;
 };

 /* 793 */
 struct _SID_IDENTIFIER_AUTHORITY
 {
  unsigned __int8 Value[6];
 };

 /* 794 */
 struct _SID
 {
  unsigned __int8 Revision;
  unsigned __int8 SubAuthorityCount;
  _SID_IDENTIFIER_AUTHORITY IdentifierAuthority;
  unsigned int SubAuthority[1];
 };

 /* 795 */
 struct _FILE_GET_QUOTA_INFORMATION
 {
  unsigned int NextEntryOffset;
  unsigned int SidLength;
  _SID Sid;
 };

 /* 796 */
 struct _INTERFACE
 {
  unsigned __int16 Size;
  unsigned __int16 Version;
  void *Context;
  void (__fastcall *InterfaceReference)(void *);
  void (__fastcall *InterfaceDereference)(void *);
 };

 /* 797 */
 struct _DEVICE_CAPABILITIES
 {
  unsigned __int16 Size;
  unsigned __int16 Version;
  unsigned __int32 DeviceD1 : 1;
  unsigned __int32 DeviceD2 : 1;
  unsigned __int32 LockSupported : 1;
  unsigned __int32 EjectSupported : 1;
  unsigned __int32 Removable : 1;
  unsigned __int32 DockDevice : 1;
  unsigned __int32 UniqueID : 1;
  unsigned __int32 SilentInstall : 1;
  unsigned __int32 RawDeviceOK : 1;
  unsigned __int32 SurpriseRemovalOK : 1;
  unsigned __int32 WakeFromD0 : 1;
  unsigned __int32 WakeFromD1 : 1;
  unsigned __int32 WakeFromD2 : 1;
  unsigned __int32 WakeFromD3 : 1;
  unsigned __int32 HardwareDisabled : 1;
  unsigned __int32 NonDynamic : 1;
  unsigned __int32 WarmEjectSupported : 1;
  unsigned __int32 NoDisplayInUI : 1;
  unsigned __int32 Reserved1 : 1;
  unsigned __int32 WakeFromInterrupt : 1;
  unsigned __int32 SecureDevice : 1;
  unsigned __int32 ChildOfVgaEnabledBridge : 1;
  unsigned __int32 DecodeIoOnBoot : 1;
  unsigned __int32 Reserved : 9;
  unsigned int Address;
  unsigned int UINumber;
  _DEVICE_POWER_STATE DeviceState[7];
  _SYSTEM_POWER_STATE SystemWake;
  _DEVICE_POWER_STATE DeviceWake;
  unsigned int D1Latency;
  unsigned int D2Latency;
  unsigned int D3Latency;
 };

 /* 801 */
 struct _POWER_SEQUENCE
 {
  unsigned int SequenceD1;
  unsigned int SequenceD2;
  unsigned int SequenceD3;
 };

 /* 480 */
 struct _SECTION_OBJECT_POINTERS
 {
  void *DataSectionObject;
  void *SharedCacheMap;
  void *ImageSectionObject;
 };

 /* 482 */
 struct _IO_COMPLETION_CONTEXT
 {
  void *Port;
  void *Key;
 };

 /* 832 */
 struct _PLUGPLAY_EVENT_BLOCK
 {
  _GUID EventGuid;
  _PLUGPLAY_EVENT_CATEGORY EventCategory;
  unsigned int *Result;
  unsigned int Flags;
  unsigned int TotalSize;
  void *DeviceObject;
  union
  {
    struct __declspec(align(4))
    {
      _GUID ClassGuid;
      wchar_t SymbolicLinkName[1];
    } DeviceClass;
    struct
    {
      wchar_t DeviceId[1];
    } TargetDevice;
    struct
    {
      wchar_t DeviceId[1];
    } InstallDevice;
    struct __declspec(align(8))
    {
      void *NotificationStructure;
      wchar_t DeviceId[1];
    } CustomNotification;
    struct
    {
      void *Notification;
    } ProfileNotification;
    struct
    {
      unsigned int NotificationCode;
      unsigned int NotificationData;
    } PowerNotification;
    struct __declspec(align(4))
    {
      _PNP_VETO_TYPE VetoType;
      wchar_t DeviceIdVetoNameBuffer[1];
    } VetoNotification;
    struct
    {
      _GUID BlockedDriverGuid;
    } BlockedDriverNotification;
    struct
    {
      wchar_t ParentId[1];
    } InvalidIDNotification;
    struct __declspec(align(4))
    {
      _GUID PowerSettingGuid;
      unsigned int Flags;
      unsigned int SessionId;
      unsigned int DataLength;
      unsigned __int8 Data[1];
    } PowerSettingNotification;
    struct
    {
      wchar_t DeviceId[1];
    } PropertyChangeNotification;
    struct
    {
      wchar_t DeviceId[1];
    } DeviceInstanceNotification;
  } u;
 };

 /* 829 */
 struct _PNP_DEVICE_EVENT_ENTRY
 {
  _LIST_ENTRY ListEntry;
  unsigned int Argument;
  int ArgumentStatus;
  _KEVENT *CallerEvent;
  void (__fastcall *Callback)(void *);
  void *Context;
  _PNP_VETO_TYPE *VetoType;
  _UNICODE_STRING *VetoName;
  unsigned int RefCount;
  unsigned int Lock;
  unsigned __int8 Cancel;
  _PNP_DEVICE_EVENT_ENTRY *Parent;
  _GUID ActivityId;
  _PNP_WATCHDOG *Watchdog;
  _PLUGPLAY_EVENT_BLOCK Data;
 };

 /* 835 */
 struct __declspec(align(8)) _RELATION_LIST
 {
  _DEVICE_OBJECT_LIST *DeviceObjectList;
  unsigned __int8 Sorted;
 };

 /* 836 */
 struct DOCK_INTERFACE
 {
  unsigned __int16 Size;
  unsigned __int16 Version;
  void *Context;
  void (__fastcall *InterfaceReference)(void *);
  void (__fastcall *InterfaceDereference)(void *);
  unsigned int (__fastcall *ProfileDepartureSetMode)(void *, PROFILE_DEPARTURE_STYLE);
  unsigned int (__fastcall *ProfileDepartureUpdate)(void *);
 };

 /* 515 */
 struct _DEVICE_OBJECT_POWER_EXTENSION
 {
  volatile unsigned int IdleCount;
  volatile unsigned int BusyCount;
  volatile unsigned int BusyReference;
  unsigned int TotalBusyCount;
  unsigned int ConservationIdleTime;
  unsigned int PerformanceIdleTime;
  _DEVICE_OBJECT *DeviceObject;
  _LIST_ENTRY IdleList;
  _POP_DEVICE_IDLE_TYPE IdleType;
  _DEVICE_POWER_STATE IdleState;
  _DEVICE_POWER_STATE CurrentState;
  _POP_COOLING_EXTENSION *CoolingExtension;
  _LIST_ENTRY Volume;
  union
  {
    struct
    {
      unsigned int IdleTime;
      unsigned int NonIdleTime;
    } Disk;
  } Specific;
 };

 /* 872 */
 union $EAADDD9D0831108F923DCADC883D7ACD
 {
  unsigned int StateIndex;
  unsigned __int64 StateValue;
 };

 /* 873 */
 struct _PO_FX_PERF_STATE_CHANGE
 {
  unsigned int Set;
  $EAADDD9D0831108F923DCADC883D7ACD ___u1;
 };

 /* 877 */
 struct __declspec(align(8)) _POP_FX_PERF_SET
 {
  _PO_FX_COMPONENT_PERF_SET *PerfSet;
  unsigned __int64 CurrentPerf;
  unsigned __int64 CurrentPerfStamp;
  unsigned __int8 CurrentPerfNominal;
 };

 /* 478 */
 struct _IO_CLIENT_EXTENSION
 {
  _IO_CLIENT_EXTENSION *NextExtension;
  void *ClientIdentificationAddress;
 };

 /* 494 */
 struct _FS_FILTER_CALLBACKS
 {
  unsigned int SizeOfFsFilterCallbacks;
  unsigned int Reserved;
  int (__fastcall *PreAcquireForSectionSynchronization)(_FS_FILTER_CALLBACK_DATA *, void **);
  void (__fastcall *PostAcquireForSectionSynchronization)(_FS_FILTER_CALLBACK_DATA *, int, void *);
  int (__fastcall *PreReleaseForSectionSynchronization)(_FS_FILTER_CALLBACK_DATA *, void **);
  void (__fastcall *PostReleaseForSectionSynchronization)(_FS_FILTER_CALLBACK_DATA *, int, void *);
  int (__fastcall *PreAcquireForCcFlush)(_FS_FILTER_CALLBACK_DATA *, void **);
  void (__fastcall *PostAcquireForCcFlush)(_FS_FILTER_CALLBACK_DATA *, int, void *);
  int (__fastcall *PreReleaseForCcFlush)(_FS_FILTER_CALLBACK_DATA *, void **);
  void (__fastcall *PostReleaseForCcFlush)(_FS_FILTER_CALLBACK_DATA *, int, void *);
  int (__fastcall *PreAcquireForModifiedPageWriter)(_FS_FILTER_CALLBACK_DATA *, void **);
  void (__fastcall *PostAcquireForModifiedPageWriter)(_FS_FILTER_CALLBACK_DATA *, int, void *);
  int (__fastcall *PreReleaseForModifiedPageWriter)(_FS_FILTER_CALLBACK_DATA *, void **);
  void (__fastcall *PostReleaseForModifiedPageWriter)(_FS_FILTER_CALLBACK_DATA *, int, void *);
  int (__fastcall *PreQueryOpen)(_FS_FILTER_CALLBACK_DATA *, void **);
  void (__fastcall *PostQueryOpen)(_FS_FILTER_CALLBACK_DATA *, int, void *);
 };

 /* 498 */
 struct __declspec(align(8)) _FILE_BASIC_INFORMATION
 {
  _LARGE_INTEGER CreationTime;
  _LARGE_INTEGER LastAccessTime;
  _LARGE_INTEGER LastWriteTime;
  _LARGE_INTEGER ChangeTime;
  unsigned int FileAttributes;
 };

 /* 499 */
 struct __declspec(align(4)) _FILE_STANDARD_INFORMATION
 {
  _LARGE_INTEGER AllocationSize;
  _LARGE_INTEGER EndOfFile;
  unsigned int NumberOfLinks;
  unsigned __int8 DeletePending;
  unsigned __int8 Directory;
 };

 /* 501 */
 struct __declspec(align(8)) _FILE_NETWORK_OPEN_INFORMATION
 {
  _LARGE_INTEGER CreationTime;
  _LARGE_INTEGER LastAccessTime;
  _LARGE_INTEGER LastWriteTime;
  _LARGE_INTEGER ChangeTime;
  _LARGE_INTEGER AllocationSize;
  _LARGE_INTEGER EndOfFile;
  unsigned int FileAttributes;
 };

 /* 502 */
 struct _COMPRESSED_DATA_INFO
 {
  unsigned __int16 CompressionFormatAndEngine;
  unsigned __int8 CompressionUnitShift;
  unsigned __int8 ChunkShift;
  unsigned __int8 ClusterShift;
  unsigned __int8 Reserved;
  unsigned __int16 NumberOfChunks;
  unsigned int CompressedChunkSizes[1];
 };

 /* 692 */
 struct $26C534863E3B2F3363253F7AC0ACA204
 {
  unsigned __int8 ImageUsesLargePages : 1;
  unsigned __int8 IsProtectedProcess : 1;
  unsigned __int8 IsImageDynamicallyRelocated : 1;
  unsigned __int8 SkipPatchingUser32Forwarders : 1;
  unsigned __int8 IsPackagedProcess : 1;
  unsigned __int8 IsAppContainer : 1;
  unsigned __int8 IsProtectedProcessLight : 1;
  unsigned __int8 IsLongPathAwareProcess : 1;
 };

 /* 693 */
 union $1FC3CF19FE78E08DBCA0A468418A0394
 {
  unsigned __int8 BitField;
  $26C534863E3B2F3363253F7AC0ACA204 __s1;
 };

 /* 694 */
 struct $4FCFD4C7BDD47E55BF02313DBB2A825D
 {
  unsigned __int32 ProcessInJob : 1;
  unsigned __int32 ProcessInitializing : 1;
  unsigned __int32 ProcessUsingVEH : 1;
  unsigned __int32 ProcessUsingVCH : 1;
  unsigned __int32 ProcessUsingFTH : 1;
  unsigned __int32 ProcessPreviouslyThrottled : 1;
  unsigned __int32 ProcessCurrentlyThrottled : 1;
  unsigned __int32 ProcessImagesHotPatched : 1;
  unsigned __int32 ReservedBits0 : 24;
 };

 /* 695 */
 union $C56898A4BC7BD2644011280E50E313AE
 {
  unsigned int CrossProcessFlags;
  $4FCFD4C7BDD47E55BF02313DBB2A825D __s1;
 };

 /* 696 */
 union $6F1CA9A36B21C857AE5467E073440320
 {
  void *KernelCallbackTable;
  void *UserSharedInfoPtr;
 };

 /* 697 */
 struct $B9EB1F4F9D70F693049DD1A0DA8FBDA7
 {
  unsigned __int32 HeapTracingEnabled : 1;
  unsigned __int32 CritSecTracingEnabled : 1;
  unsigned __int32 LibLoaderTracingEnabled : 1;
  unsigned __int32 SpareTracingBits : 29;
 };

 /* 698 */
 union $19872DF55B967FE50480526B665E49FA
 {
  unsigned int TracingFlags;
  $B9EB1F4F9D70F693049DD1A0DA8FBDA7 __s1;
 };

 /* 699 */
 struct $9AED812D9AFCFBDB9DE58272C10BD98C
 {
  unsigned __int32 SixtySecondEnabled : 1;
  unsigned __int32 Reserved : 31;
 };

 /* 700 */
 union $DABBB401A2825D2BAEA1BC7E666346FE
 {
  unsigned int LeapSecondFlags;
  $9AED812D9AFCFBDB9DE58272C10BD98C __s1;
 };

 /* 701 */
 struct _PEB
 {
  unsigned __int8 InheritedAddressSpace;
  unsigned __int8 ReadImageFileExecOptions;
  unsigned __int8 BeingDebugged;
  $1FC3CF19FE78E08DBCA0A468418A0394 ___u3;
  unsigned __int8 Padding0[4];
  void *Mutant;
  void *ImageBaseAddress;
  _PEB_LDR_DATA *Ldr;
  _RTL_USER_PROCESS_PARAMETERS *ProcessParameters;
  void *SubSystemData;
  void *ProcessHeap;
  _RTL_CRITICAL_SECTION *FastPebLock;
  _SLIST_HEADER *volatile AtlThunkSListPtr;
  void *IFEOKey;
  $C56898A4BC7BD2644011280E50E313AE ___u14;
  unsigned __int8 Padding1[4];
  $6F1CA9A36B21C857AE5467E073440320 ___u16;
  unsigned int SystemReserved;
  unsigned int AtlThunkSListPtr32;
  void *ApiSetMap;
  unsigned int TlsExpansionCounter;
  unsigned __int8 Padding2[4];
  void *TlsBitmap;
  unsigned int TlsBitmapBits[2];
  void *ReadOnlySharedMemoryBase;
  void *SharedData;
  void **ReadOnlyStaticServerData;
  void *AnsiCodePageData;
  void *OemCodePageData;
  void *UnicodeCaseTableData;
  unsigned int NumberOfProcessors;
  unsigned int NtGlobalFlag;
  _LARGE_INTEGER CriticalSectionTimeout;
  unsigned __int64 HeapSegmentReserve;
  unsigned __int64 HeapSegmentCommit;
  unsigned __int64 HeapDeCommitTotalFreeThreshold;
  unsigned __int64 HeapDeCommitFreeBlockThreshold;
  unsigned int NumberOfHeaps;
  unsigned int MaximumNumberOfHeaps;
  void **ProcessHeaps;
  void *GdiSharedHandleTable;
  void *ProcessStarterHelper;
  unsigned int GdiDCAttributeList;
  unsigned __int8 Padding3[4];
  _RTL_CRITICAL_SECTION *LoaderLock;
  unsigned int OSMajorVersion;
  unsigned int OSMinorVersion;
  unsigned __int16 OSBuildNumber;
  unsigned __int16 OSCSDVersion;
  unsigned int OSPlatformId;
  unsigned int ImageSubsystem;
  unsigned int ImageSubsystemMajorVersion;
  unsigned int ImageSubsystemMinorVersion;
  unsigned __int8 Padding4[4];
  unsigned __int64 ActiveProcessAffinityMask;
  unsigned int GdiHandleBuffer[60];
  void (__fastcall *PostProcessInitRoutine)();
  void *TlsExpansionBitmap;
  unsigned int TlsExpansionBitmapBits[32];
  unsigned int SessionId;
  unsigned __int8 Padding5[4];
  _ULARGE_INTEGER AppCompatFlags;
  _ULARGE_INTEGER AppCompatFlagsUser;
  void *pShimData;
  void *AppCompatInfo;
  _UNICODE_STRING CSDVersion;
  const struct _ACTIVATION_CONTEXT_DATA *ActivationContextData;
  struct _ASSEMBLY_STORAGE_MAP *ProcessAssemblyStorageMap;
  const struct _ACTIVATION_CONTEXT_DATA *SystemDefaultActivationContextData;
  struct _ASSEMBLY_STORAGE_MAP *SystemAssemblyStorageMap;
  unsigned __int64 MinimumStackCommit;
  void *SparePointers[4];
  unsigned int SpareUlongs[5];
  void *WerRegistrationData;
  void *WerShipAssertPtr;
  void *pUnused;
  void *pImageHeaderHash;
  $19872DF55B967FE50480526B665E49FA ___u77;
  unsigned __int8 Padding6[4];
  unsigned __int64 CsrServerReadOnlySharedMemoryBase;
  unsigned __int64 TppWorkerpListLock;
  _LIST_ENTRY TppWorkerpList;
  void *WaitOnAddressHashTable[128];
  void *TelemetryCoverageHeader;
  unsigned int CloudFileFlags;
  unsigned int CloudFileDiagFlags;
  char PlaceholderCompatibilityMode;
  char PlaceholderCompatibilityModeReserved[7];
  _LEAP_SECOND_DATA *LeapSecondData;
  $DABBB401A2825D2BAEA1BC7E666346FE ___u89;
  unsigned int NtGlobalFlag2;
 };

 /* 702 */
 struct _MM_SESSION_SPACE_FLAGS
 {
  unsigned __int32 Initialized : 1;
  unsigned __int32 DeletePending : 1;
  unsigned __int32 PoolInitialized : 1;
  unsigned __int32 DynamicVaInitialized : 1;
  unsigned __int32 WsInitialized : 1;
  unsigned __int32 PoolDestroyed : 1;
  unsigned __int32 ObjectInitialized : 1;
  unsigned __int32 SessionHeapInitialized : 1;
  unsigned __int32 SessionHeapDestroyed : 1;
  unsigned __int32 LeakedPoolDeliberately : 1;
  unsigned __int32 Filler : 22;
 };

 /* 703 */
 struct _MM_PAGED_POOL_INFO
 {
  _EX_PUSH_LOCK Lock;
  unsigned __int64 MaximumSize;
  unsigned __int64 AllocatedPagedPool;
 };

 /* 704 */
 struct _MMSESSION
 {
  _EX_PUSH_LOCK SystemSpaceViewLock;
  _EX_PUSH_LOCK *SystemSpaceViewLockPointer;
  _RTL_AVL_TREE ViewRoot;
  unsigned int ViewCount;
  unsigned int BitmapFailures;
 };

 /* 713 */
 struct _MMWSL_INSTANCE
 {
  _MMPTE *NextPteToTrim;
  _MMPTE *NextPteToAge;
  _MMPTE *NextPteToAccessClear;
  unsigned int LastAccessClearingRemainder;
  unsigned int LastAgingRemainder;
  unsigned __int64 LockedEntries;
 };

 /* 722 */
 struct _MMSUPPORT_AGGREGATION
 {
  unsigned int PageFaultCount;
  unsigned __int64 WorkingSetSize;
  unsigned __int64 WorkingSetLeafSize;
  unsigned __int64 PeakWorkingSetSize;
 };

 /* 723 */
 union $6A9468E100B7B35D88DE2548A245DC47
 {
  void (__fastcall *Function)(_DRIVER_OBJECT *);
  unsigned __int64 FunctionValue;
 };

 /* 724 */
 struct _MI_SESSION_DRIVER_UNLOAD
 {
  $6A9468E100B7B35D88DE2548A245DC47 ___u0;
 };

 /* 705 */
 struct _MMPTE_HARDWARE
 {
  unsigned __int64 Valid : 1;
  unsigned __int64 Dirty1 : 1;
  unsigned __int64 Owner : 1;
  unsigned __int64 WriteThrough : 1;
  unsigned __int64 CacheDisable : 1;
  unsigned __int64 Accessed : 1;
  unsigned __int64 Dirty : 1;
  unsigned __int64 LargePage : 1;
  unsigned __int64 Global : 1;
  unsigned __int64 CopyOnWrite : 1;
  unsigned __int64 Unused : 1;
  unsigned __int64 Write : 1;
  unsigned __int64 PageFrameNumber : 36;
  unsigned __int64 ReservedForHardware : 4;
  unsigned __int64 ReservedForSoftware : 4;
  unsigned __int64 WsleAge : 4;
  unsigned __int64 WsleProtection : 3;
  unsigned __int64 NoExecute : 1;
 };

 /* 706 */
 struct _MMPTE_PROTOTYPE
 {
  unsigned __int64 Valid : 1;
  unsigned __int64 DemandFillProto : 1;
  unsigned __int64 HiberVerifyConverted : 1;
  unsigned __int64 ReadOnly : 1;
  unsigned __int64 SwizzleBit : 1;
  unsigned __int64 Protection : 5;
  unsigned __int64 Prototype : 1;
  unsigned __int64 Combined : 1;
  unsigned __int64 Unused1 : 4;
  __int64 ProtoAddress : 48;
 };

 /* 707 */
 struct _MMPTE_SOFTWARE
 {
  unsigned __int64 Valid : 1;
  unsigned __int64 PageFileReserved : 1;
  unsigned __int64 PageFileAllocated : 1;
  unsigned __int64 ColdPage : 1;
  unsigned __int64 SwizzleBit : 1;
  unsigned __int64 Protection : 5;
  unsigned __int64 Prototype : 1;
  unsigned __int64 Transition : 1;
  unsigned __int64 PageFileLow : 4;
  unsigned __int64 UsedPageTableEntries : 10;
  unsigned __int64 ShadowStack : 1;
  unsigned __int64 Unused : 5;
  unsigned __int64 PageFileHigh : 32;
 };

 /* 708 */
 struct _MMPTE_TIMESTAMP
 {
  unsigned __int64 MustBeZero : 1;
  unsigned __int64 Unused : 3;
  unsigned __int64 SwizzleBit : 1;
  unsigned __int64 Protection : 5;
  unsigned __int64 Prototype : 1;
  unsigned __int64 Transition : 1;
  unsigned __int64 PageFileLow : 4;
  unsigned __int64 Reserved : 16;
  unsigned __int64 GlobalTimeStamp : 32;
 };

 /* 709 */
 struct _MMPTE_TRANSITION
 {
  unsigned __int64 Valid : 1;
  unsigned __int64 Write : 1;
  unsigned __int64 Spare : 1;
  unsigned __int64 IoTracker : 1;
  unsigned __int64 SwizzleBit : 1;
  unsigned __int64 Protection : 5;
  unsigned __int64 Prototype : 1;
  unsigned __int64 Transition : 1;
  unsigned __int64 PageFrameNumber : 36;
  unsigned __int64 Unused : 16;
 };

 /* 710 */
 struct _MMPTE_SUBSECTION
 {
  unsigned __int64 Valid : 1;
  unsigned __int64 Unused0 : 3;
  unsigned __int64 SwizzleBit : 1;
  unsigned __int64 Protection : 5;
  unsigned __int64 Prototype : 1;
  unsigned __int64 ColdPage : 1;
  unsigned __int64 Unused1 : 3;
  unsigned __int64 ExecutePrivilege : 1;
  __int64 SubsectionAddress : 48;
 };

 /* 711 */
 struct _MMPTE_LIST
 {
  unsigned __int64 Valid : 1;
  unsigned __int64 OneEntry : 1;
  unsigned __int64 filler0 : 2;
  unsigned __int64 SwizzleBit : 1;
  unsigned __int64 Protection : 5;
  unsigned __int64 Prototype : 1;
  unsigned __int64 Transition : 1;
  unsigned __int64 filler1 : 16;
  unsigned __int64 NextEntry : 36;
 };

 /* 712 */
 struct _MMPTE
 {
  union
  {
    unsigned __int64 Long;
    volatile unsigned __int64 VolatileLong;
    _MMPTE_HARDWARE Hard;
    _MMPTE_PROTOTYPE Proto;
    _MMPTE_SOFTWARE Soft;
    _MMPTE_TIMESTAMP TimeStamp;
    _MMPTE_TRANSITION Trans;
    _MMPTE_SUBSECTION Subsect;
    _MMPTE_LIST List;
  } u;
 };

 /* 725 */
 struct _RTL_BITMAP_EX
 {
  unsigned __int64 SizeOfBitMap;
  unsigned __int64 *Buffer;
 };

 /* 730 */
 union $BEC391ECFBEBD0C532752051D52F625B
 {
  unsigned __int64 SpinLock;
  _EX_PUSH_LOCK *GlobalPushLock;
 };

 /* 731 */
 struct _MI_SYSTEM_PTE_TYPE
 {
  _RTL_BITMAP_EX Bitmap;
  _MMPTE *BasePte;
  unsigned int Flags;
  _MI_SYSTEM_VA_TYPE VaType;
  unsigned int *FailureCount;
  unsigned int PteFailures;
  $BEC391ECFBEBD0C532752051D52F625B ___u6;
  volatile unsigned __int64 TotalSystemPtes;
  unsigned __int64 Hint;
  unsigned __int64 LowestBitEverAllocated;
  volatile _MI_CACHED_PTES *CachedPtes;
  volatile unsigned __int64 TotalFreeSystemPtes;
 };

 /* 732 */
 struct _MM_SESSION_SPACE
 {
  volatile int ReferenceCount;
  union
  {
    unsigned int LongFlags;
    _MM_SESSION_SPACE_FLAGS Flags;
  } u;
  unsigned int SessionId;
  volatile int ProcessReferenceToSession;
  _LIST_ENTRY ProcessList;
  unsigned __int64 SessionPageDirectoryIndex;
  volatile unsigned __int64 NonPagablePages;
  volatile unsigned __int64 CommittedPages;
  void *PagedPoolStart;
  void *PagedPoolEnd;
  void *SessionObject;
  void *SessionObjectHandle;
  _RTL_AVL_TREE ImageTree;
  unsigned int LocaleId;
  unsigned int AttachCount;
  _KGATE AttachGate;
  _LIST_ENTRY WsListEntry;
  _RTL_BALANCED_NODE WsTreeEntry;
  _MM_PAGED_POOL_INFO PagedPoolInfo;
  _MMSESSION Session;
  unsigned __int64 CombineDomain;
  _MMSUPPORT_FULL Vm;
  _MMWSL_INSTANCE WorkingSetList;
  __declspec(align(32)) _MMSUPPORT_AGGREGATION AggregateSessionWs;
  void *HeapState;
  _MI_SESSION_DRIVER_UNLOAD DriverUnload;
  unsigned int TopLevelPteLockBits[32];
  _MMPTE PageDirectory;
  _EX_PUSH_LOCK SessionVaLock;
  _RTL_BITMAP_EX DynamicVaBitMap;
  unsigned __int64 DynamicVaHint;
  _EX_PUSH_LOCK SessionPteLock;
  int PoolBigEntriesInUse;
  volatile int PagedPoolPdeCount;
  unsigned int DynamicSessionPdeCount;
  _MI_SYSTEM_PTE_TYPE SystemPteInfo;
  void *PoolTrackTableExpansion;
  unsigned __int64 PoolTrackTableExpansionSize;
  void *PoolTrackBigPages;
  unsigned __int64 PoolTrackBigPagesSize;
  _RTL_AVL_TREE PermittedFaultsTree;
  _IO_SESSION_STATE IoState;
  unsigned int IoStateSequence;
  _KEVENT IoNotificationEvent;
  _EJOB *ServerSilo;
  unsigned __int64 CreateTime;
  __declspec(align(4096)) unsigned __int8 PoolTags[16384];
 };

 /* 747 */
 struct $674F156C788F89EBCBFDC1492D6BA90B
 {
  unsigned __int8 StrictFIFO : 1;
  unsigned __int8 EnableHandleExceptions : 1;
  unsigned __int8 Rundown : 1;
  unsigned __int8 Duplicated : 1;
  unsigned __int8 RaiseUMExceptionOnInvalidHandleClose : 1;
 };

 /* 748 */
 union $429EB54B63E315EBACBE20A4AC16FFF7
 {
  unsigned int Flags;
  $674F156C788F89EBCBFDC1492D6BA90B __s1;
 };

 /* 743 */
 struct __declspec(align(64)) _HANDLE_TABLE_FREE_LIST
 {
  _EX_PUSH_LOCK FreeListLock;
  _HANDLE_TABLE_ENTRY *FirstFreeHandleEntry;
  _HANDLE_TABLE_ENTRY *LastFreeHandleEntry;
  int HandleCount;
  unsigned int HighWaterMark;
 };

 /* 749 */
 struct $D3F065FF29CD40ED77F4B28A1D04C021
 {
  unsigned __int8 ActualEntry[32];
  _HANDLE_TRACE_DEBUG_INFO *DebugInfo;
 };

 /* 750 */
 union $C876C2290522561568746ABB8D313A15
 {
  _HANDLE_TABLE_FREE_LIST FreeLists[1];
  $D3F065FF29CD40ED77F4B28A1D04C021 __s1;
 };

 /* 751 */
 struct _HANDLE_TABLE
 {
  unsigned int NextHandleNeedingPool;
  int ExtraInfoPages;
  volatile unsigned __int64 TableCode;
  _EPROCESS *QuotaProcess;
  _LIST_ENTRY HandleTableList;
  unsigned int UniqueProcessId;
  $429EB54B63E315EBACBE20A4AC16FFF7 ___u6;
  _EX_PUSH_LOCK HandleContentionEvent;
  _EX_PUSH_LOCK HandleTableLock;
  $C876C2290522561568746ABB8D313A15 ___u9;
 };

 /* 752 */
 struct _EWOW64PROCESS
 {
  void *Peb;
  unsigned __int16 Machine;
  _SYSTEM_DLL_TYPE NtdllType;
 };

 /* 753 */
 struct _OBJECT_NAME_INFORMATION
 {
  _UNICODE_STRING Name;
 };

 /* 756 */
 struct _PO_DIAG_STACK_RECORD
 {
  unsigned int StackDepth;
  void *Stack[1];
 };

 /* 760 */
 union $3789F6E9A8D153E3BBD267C90C66DFC0
 {
  _IMAGE_RUNTIME_FUNCTION_ENTRY *FunctionTable;
  _DYNAMIC_FUNCTION_TABLE *DynamicTable;
 };

 /* 761 */
 struct _INVERTED_FUNCTION_TABLE_ENTRY
 {
  $3789F6E9A8D153E3BBD267C90C66DFC0 ___u0;
  void *ImageBase;
  unsigned int SizeOfImage;
  unsigned int SizeOfTable;
 };

 /* 762 */
 struct _INVERTED_FUNCTION_TABLE
 {
  unsigned int CurrentSize;
  unsigned int MaximumSize;
  volatile unsigned int Epoch;
  unsigned __int8 Overflow;
  _INVERTED_FUNCTION_TABLE_ENTRY TableEntry[256];
 };

 /* 527 */
 struct __declspec(align(8)) _IO_MINI_COMPLETION_PACKET_USER
 {
  _LIST_ENTRY ListEntry;
  unsigned int PacketType;
  void *KeyContext;
  void *ApcContext;
  int IoStatus;
  unsigned __int64 IoStatusInformation;
  void (__fastcall *MiniPacketCallback)(_IO_MINI_COMPLETION_PACKET_USER *, void *);
  void *Context;
  unsigned __int8 Allocated;
 };

 /* 532 */
 struct _OBP_SYSTEM_DOS_DEVICE_STATE
 {
  unsigned int GlobalDeviceMap;
  unsigned int LocalDeviceCount[26];
 };

 /* 533 */
 struct __declspec(align(8)) _OBJECT_NAMESPACE_LOOKUPTABLE
 {
  _LIST_ENTRY HashBuckets[37];
  _EX_PUSH_LOCK Lock;
  unsigned int NumberOfPrivateSpaces;
 };

 /* 534 */
 struct _OBP_SILODRIVERSTATE
 {
  _DEVICE_MAP *SystemDeviceMap;
  _OBP_SYSTEM_DOS_DEVICE_STATE SystemDosDeviceState;
  _EX_PUSH_LOCK DeviceMapLock;
  _OBJECT_NAMESPACE_LOOKUPTABLE PrivateNamespaceLookupTable;
 };

 /* 545 */
 struct _SEP_SILOSTATE
 {
  _SEP_LOGON_SESSION_REFERENCES *SystemLogonSession;
  _SEP_LOGON_SESSION_REFERENCES *AnonymousLogonSession;
  void *AnonymousLogonToken;
  void *AnonymousLogonTokenNoEveryone;
  _UNICODE_STRING *UncSystemPaths;
  struct _CI_NGEN_PATHS *NgenPaths;
 };

 /* 546 */
 struct __declspec(align(4)) _SEP_RM_LSA_CONNECTION_STATE
 {
  void *LsaProcessHandle;
  void *LsaCommandPortHandle;
  void *SepRmThreadHandle;
  void *RmCommandPortHandle;
  void *RmCommandServerPortHandle;
  void *LsaCommandPortSectionHandle;
  _LARGE_INTEGER LsaCommandPortSectionSize;
  void *LsaViewPortMemory;
  void *RmViewPortMemory;
  int LsaCommandPortMemoryDelta;
  unsigned __int8 LsaCommandPortActive;
 };

 /* 621 */
 struct _WNF_LOCK
 {
  _EX_PUSH_LOCK PushLock;
 };

 /* 626 */
 struct _WNF_SILODRIVERSTATE
 {
  _WNF_SCOPE_MAP *ScopeMap;
  void *volatile PermanentNameStoreRootKey;
  void *volatile PersistentNameStoreRootKey;
  volatile __int64 PermanentNameSequenceNumber;
  _WNF_LOCK PermanentNameSequenceNumberLock;
  volatile __int64 PermanentNameSequenceNumberPool;
  volatile __int64 RuntimeNameSequenceNumber;
 };

 /* 627 */
 struct _DBGK_SILOSTATE
 {
  _EX_PUSH_LOCK ErrorPortLock;
  struct _DBGKP_ERROR_PORT *ErrorPort;
  _EPROCESS *ErrorProcess;
  _KEVENT *ErrorPortRegisteredEvent;
 };

 /* 547 */
 struct __declspec(align(8)) _ESERVERSILO_GLOBALS
 {
  _OBP_SILODRIVERSTATE ObSiloState;
  _SEP_SILOSTATE SeSiloState;
  _SEP_RM_LSA_CONNECTION_STATE SeRmSiloState;
  _ETW_SILODRIVERSTATE *EtwSiloState;
  _EPROCESS *MiSessionLeaderProcess;
  _EPROCESS *ExpDefaultErrorPortProcess;
  void *ExpDefaultErrorPort;
  unsigned int HardErrorState;
  struct _EXP_LICENSE_STATE *ExpLicenseState;
  _WNF_SILODRIVERSTATE WnfSiloState;
  _DBGK_SILOSTATE DbgkSiloState;
  _UNICODE_STRING PsProtectedCurrentDirectory;
  _UNICODE_STRING PsProtectedEnvironment;
  void *ApiSetSection;
  void *ApiSetSchema;
  unsigned __int8 OneCoreForwardersEnabled;
  _UNICODE_STRING NtSystemRoot;
  _UNICODE_STRING SiloRootDirectoryName;
  struct _PSP_STORAGE *Storage;
  _SERVERSILO_STATE State;
  int ExitStatus;
  _KEVENT *DeleteEvent;
  _SILO_USER_SHARED_DATA *UserSharedData;
  void *UserSharedSection;
  _WORK_QUEUE_ITEM TerminateWorkItem;
  unsigned __int8 IsDownlevelContainer;
 };

 /* 629 */
 struct $408B3E5B3364B70B8AC22EB7EACE9DD4
 {
  unsigned int LastChangeTime;
  unsigned __int32 Duration : 31;
  unsigned __int32 IsInState : 1;
 };

 /* 630 */
 union _ENERGY_STATE_DURATION
 {
  unsigned __int64 Value;
  $408B3E5B3364B70B8AC22EB7EACE9DD4 __s1;
 };

 /* 631 */
 struct $A3FFB32B1124A84C5C7CBFE007B1C4E6
 {
  _ENERGY_STATE_DURATION ForegroundDuration;
  _ENERGY_STATE_DURATION DesktopVisibleDuration;
  _ENERGY_STATE_DURATION PSMForegroundDuration;
 };

 /* 632 */
 union $74B992316E5F0F2E01C5AB578CDD077E
 {
  _ENERGY_STATE_DURATION Durations[3];
  $A3FFB32B1124A84C5C7CBFE007B1C4E6 __s1;
 };

 /* 633 */
 struct _PROCESS_ENERGY_VALUES
 {
  unsigned __int64 Cycles[4][2];
  unsigned __int64 DiskEnergy;
  unsigned __int64 NetworkTailEnergy;
  unsigned __int64 MBBTailEnergy;
  unsigned __int64 NetworkTxRxBytes;
  unsigned __int64 MBBTxRxBytes;
  $74B992316E5F0F2E01C5AB578CDD077E ___u6;
  unsigned int CompositionRendered;
  unsigned int CompositionDirtyGenerated;
  unsigned int CompositionDirtyPropagated;
  unsigned int Reserved1;
  unsigned __int64 AttributedCycles[4][2];
  unsigned __int64 WorkOnBehalfCycles[4][2];
 };

 /* 634 */
 struct $1E61DCD5B7E4316E834BE78D17172ECB
 {
  _TIMELINE_BITMAP CpuTimeline;
  _TIMELINE_BITMAP DiskTimeline;
  _TIMELINE_BITMAP NetworkTimeline;
  _TIMELINE_BITMAP MBBTimeline;
  _TIMELINE_BITMAP ForegroundTimeline;
  _TIMELINE_BITMAP DesktopVisibleTimeline;
  _TIMELINE_BITMAP CompositionRenderedTimeline;
  _TIMELINE_BITMAP CompositionDirtyGeneratedTimeline;
  _TIMELINE_BITMAP CompositionDirtyPropagatedTimeline;
  _TIMELINE_BITMAP InputTimeline;
  _TIMELINE_BITMAP AudioInTimeline;
  _TIMELINE_BITMAP AudioOutTimeline;
  _TIMELINE_BITMAP DisplayRequiredTimeline;
  _TIMELINE_BITMAP KeyboardInputTimeline;
 };

 /* 635 */
 union $1C818A1801B11EF936DCF573F18B887B
 {
  _TIMELINE_BITMAP Timelines[14];
  $1E61DCD5B7E4316E834BE78D17172ECB __s1;
 };

 /* 636 */
 struct $CC16DDB68903A2E6F51FC4FE2A3412B1
 {
  _ENERGY_STATE_DURATION InputDuration;
  _ENERGY_STATE_DURATION AudioInDuration;
  _ENERGY_STATE_DURATION AudioOutDuration;
  _ENERGY_STATE_DURATION DisplayRequiredDuration;
  _ENERGY_STATE_DURATION PSMBackgroundDuration;
 };

 /* 637 */
 union $B5367458E76879FA4715E7CF0C40AE14
 {
  _ENERGY_STATE_DURATION Durations[5];
  $CC16DDB68903A2E6F51FC4FE2A3412B1 __s1;
 };

 /* 638 */
 struct _PROCESS_ENERGY_VALUES_EXTENSION
 {
  $1C818A1801B11EF936DCF573F18B887B ___u0;
  $B5367458E76879FA4715E7CF0C40AE14 ___u1;
  unsigned int KeyboardInput;
  unsigned int MouseInput;
 };

 /* 639 */
 struct _PROCESS_EXTENDED_ENERGY_VALUES
 {
  _PROCESS_ENERGY_VALUES Base;
  _PROCESS_ENERGY_VALUES_EXTENSION Extension;
 };

 /* 644 */
 struct $68EC590CC89D3F83C2346CB373973C81
 {
  unsigned int UpdateMask;
  unsigned int DesiredState;
 };

 /* 645 */
 union _JOBOBJECT_ENERGY_TRACKING_STATE
 {
  unsigned __int64 Value;
  $68EC590CC89D3F83C2346CB373973C81 __s1;
 };

 /* 583 */
 struct __declspec(align(4)) _SECURITY_QUALITY_OF_SERVICE
 {
  unsigned int Length;
  _SECURITY_IMPERSONATION_LEVEL ImpersonationLevel;
  unsigned __int8 ContextTrackingMode;
  unsigned __int8 EffectiveOnly;
 };

 /* 536 */
 struct _LUID
 {
  unsigned int LowPart;
  int HighPart;
 };

 /* 784 */
 struct _SECURITY_SUBJECT_CONTEXT
 {
  void *ClientToken;
  _SECURITY_IMPERSONATION_LEVEL ImpersonationLevel;
  void *PrimaryToken;
  void *ProcessAuditId;
 };

 /* 587 */
 struct _LUID_AND_ATTRIBUTES
 {
  _LUID Luid;
  unsigned int Attributes;
 };

 /* 785 */
 struct _INITIAL_PRIVILEGE_SET
 {
  unsigned int PrivilegeCount;
  unsigned int Control;
  _LUID_AND_ATTRIBUTES Privilege[3];
 };

 /* 786 */
 struct _PRIVILEGE_SET
 {
  unsigned int PrivilegeCount;
  unsigned int Control;
  _LUID_AND_ATTRIBUTES Privilege[1];
 };

 /* 787 */
 struct _ACCESS_STATE
 {
  _LUID OperationID;
  unsigned __int8 SecurityEvaluated;
  unsigned __int8 GenerateAudit;
  unsigned __int8 GenerateOnClose;
  unsigned __int8 PrivilegesAllocated;
  unsigned int Flags;
  unsigned int RemainingDesiredAccess;
  unsigned int PreviouslyGrantedAccess;
  unsigned int OriginalDesiredAccess;
  _SECURITY_SUBJECT_CONTEXT SubjectSecurityContext;
  void *SecurityDescriptor;
  void *AuxData;
  union
  {
    _INITIAL_PRIVILEGE_SET InitialPrivilegeSet;
    _PRIVILEGE_SET PrivilegeSet;
  } Privileges;
  unsigned __int8 AuditPrivileges;
  _UNICODE_STRING ObjectName;
  _UNICODE_STRING ObjectTypeName;
 };

 /* 831 */
 struct __declspec(align(8)) _PNP_WATCHDOG
 {
  unsigned __int64 WatchdogStart;
  _WDT_HANDLE *WatchdogTimer;
  _PNP_WATCHDOG_TYPE WatchdogContextType;
  void *WatchdogContext;
  unsigned __int8 TriggerEventLogged;
 };

 /* 833 */
 struct __declspec(align(8)) _DEVICE_OBJECT_LIST_ENTRY
 {
  _DEVICE_OBJECT *DeviceObject;
  _DEVICE_RELATION_LEVEL RelationLevel;
  unsigned int Ordinal;
  unsigned int Flags;
 };

 /* 834 */
 struct _DEVICE_OBJECT_LIST
 {
  unsigned int Count;
  unsigned int MaxCount;
  unsigned int TagCount;
  _PNP_DEVICE_DELETE_TYPE OperationCode;
  _DEVICE_OBJECT_LIST_ENTRY Devices[1];
 };

 /* 512 */
 struct _POP_RW_LOCK
 {
  _EX_PUSH_LOCK Lock;
  _KTHREAD *Thread;
 };

 /* 513 */
 struct _THERMAL_COOLING_INTERFACE
 {
  unsigned __int16 Size;
  unsigned __int16 Version;
  void *Context;
  void (__fastcall *InterfaceReference)(void *);
  void (__fastcall *InterfaceDereference)(void *);
  unsigned int Flags;
  void (__fastcall *ActiveCooling)(void *, unsigned __int8);
  void (__fastcall *PassiveCooling)(void *, unsigned int);
 };

 /* 514 */
 struct _POP_COOLING_EXTENSION
 {
  _LIST_ENTRY Link;
  _LIST_ENTRY RequestListHead;
  _POP_RW_LOCK Lock;
  _DEVICE_OBJECT *DeviceObject;
  void *NotificationEntry;
  unsigned __int8 Enabled;
  unsigned __int8 ActiveEngaged;
  unsigned __int8 ThrottleLimit;
  unsigned __int8 UpdatingToCurrent;
  _KEVENT *RemovalFlushEvent;
  _KEVENT *PnpFlushEvent;
  _THERMAL_COOLING_INTERFACE Interface;
 };

 /* 875 */
 union $F79F374FA4D1C88EC05BAFF94B4B4392
 {
  struct
  {
    unsigned int Count;
    _PO_FX_PERF_STATE *States;
  } Discrete;
  struct
  {
    unsigned __int64 Minimum;
    unsigned __int64 Maximum;
  } Range;
 };

 /* 876 */
 struct _PO_FX_COMPONENT_PERF_SET
 {
  _UNICODE_STRING Name;
  unsigned __int64 Flags;
  _PO_FX_PERF_STATE_UNIT Unit;
  _PO_FX_PERF_STATE_TYPE Type;
  $F79F374FA4D1C88EC05BAFF94B4B4392 ___u4;
 };

 /* 492 */
 union _FS_FILTER_PARAMETERS
 {
  struct
  {
    _LARGE_INTEGER *EndingOffset;
    _ERESOURCE **ResourceToRelease;
  } AcquireForModifiedPageWriter;
  struct
  {
    _ERESOURCE *ResourceToRelease;
  } ReleaseForModifiedPageWriter;
  struct __declspec(align(8))
  {
    _FS_FILTER_SECTION_SYNC_TYPE SyncType;
    unsigned int PageProtection;
    _FS_FILTER_SECTION_SYNC_OUTPUT *OutputInformation;
    unsigned int Flags;
  } AcquireForSectionSynchronization;
  struct
  {
    _IRP *Irp;
    void *FileInformation;
    unsigned int *Length;
    _FILE_INFORMATION_CLASS FileInformationClass;
    int CompletionStatus;
  } QueryOpen;
  struct
  {
    void *Argument1;
    void *Argument2;
    void *Argument3;
    void *Argument4;
    void *Argument5;
  } Others;
 };

 /* 493 */
 struct _FS_FILTER_CALLBACK_DATA
 {
  unsigned int SizeOfFsFilterCallbackData;
  unsigned __int8 Operation;
  unsigned __int8 Reserved;
  _DEVICE_OBJECT *DeviceObject;
  _FILE_OBJECT *FileObject;
  _FS_FILTER_PARAMETERS Parameters;
 };

 /* 684 */
 struct _PEB_LDR_DATA
 {
  unsigned int Length;
  unsigned __int8 Initialized;
  void *SsHandle;
  _LIST_ENTRY InLoadOrderModuleList;
  _LIST_ENTRY InMemoryOrderModuleList;
  _LIST_ENTRY InInitializationOrderModuleList;
  void *EntryInProgress;
  unsigned __int8 ShutdownInProgress;
  void *ShutdownThreadId;
 };

 /* 685 */
 struct _CURDIR
 {
  _UNICODE_STRING DosPath;
  void *Handle;
 };

 /* 686 */
 struct _STRING
 {
  unsigned __int16 Length;
  unsigned __int16 MaximumLength;
  char *Buffer;
 };

 /* 687 */
 struct _RTL_DRIVE_LETTER_CURDIR
 {
  unsigned __int16 Flags;
  unsigned __int16 Length;
  unsigned int TimeStamp;
  _STRING DosPath;
 };

 /* 688 */
 struct _RTL_USER_PROCESS_PARAMETERS
 {
  unsigned int MaximumLength;
  unsigned int Length;
  unsigned int Flags;
  unsigned int DebugFlags;
  void *ConsoleHandle;
  unsigned int ConsoleFlags;
  void *StandardInput;
  void *StandardOutput;
  void *StandardError;
  _CURDIR CurrentDirectory;
  _UNICODE_STRING DllPath;
  _UNICODE_STRING ImagePathName;
  _UNICODE_STRING CommandLine;
  void *Environment;
  unsigned int StartingX;
  unsigned int StartingY;
  unsigned int CountX;
  unsigned int CountY;
  unsigned int CountCharsX;
  unsigned int CountCharsY;
  unsigned int FillAttribute;
  unsigned int WindowFlags;
  unsigned int ShowWindowFlags;
  _UNICODE_STRING WindowTitle;
  _UNICODE_STRING DesktopInfo;
  _UNICODE_STRING ShellInfo;
  _UNICODE_STRING RuntimeData;
  _RTL_DRIVE_LETTER_CURDIR CurrentDirectores[32];
  unsigned __int64 EnvironmentSize;
  unsigned __int64 EnvironmentVersion;
  void *PackageDependencyData;
  unsigned int ProcessGroupId;
  unsigned int LoaderThreads;
  _UNICODE_STRING RedirectionDllName;
  _UNICODE_STRING HeapPartitionName;
  unsigned __int64 *DefaultThreadpoolCpuSetMasks;
  unsigned int DefaultThreadpoolCpuSetMaskCount;
  unsigned int DefaultThreadpoolThreadMaximum;
 };

 /* 689 */
 struct _RTL_CRITICAL_SECTION
 {
  _RTL_CRITICAL_SECTION_DEBUG *DebugInfo;
  int LockCount;
  int RecursionCount;
  void *OwningThread;
  void *LockSemaphore;
  unsigned __int64 SpinCount;
 };

 /* 691 */
 struct _LEAP_SECOND_DATA
 {
  unsigned __int8 Enabled;
  unsigned int Count;
  _LARGE_INTEGER Data[1];
 };

 /* 726 */
 struct $11EE8C088C5C7365D4A3C22E26D1DB4A
 {
  unsigned int GlobalTimeStamp;
  unsigned int PteIndex;
 };

 /* 727 */
 union $32A2160B461D535F87C54D054859406D
 {
  $11EE8C088C5C7365D4A3C22E26D1DB4A __s0;
  __int64 Long;
 };

 /* 728 */
 struct _MI_CACHED_PTE
 {
  $32A2160B461D535F87C54D054859406D ___u0;
 };

 /* 729 */
 volatile struct __declspec(align(8)) _MI_CACHED_PTES
 {
  _MI_CACHED_PTE Bins[8];
  int CachedPteCount;
 };

 /* 738 */
 struct $E5B3C52FE72490EE6A49ADBB8529F30E
 {
  volatile __int64 VolatileLowValue;
  __int64 HighValue;
 };

 /* 739 */
 struct $C81155225CF3E1B6514972133EEF42C5
 {
  __int64 LowValue;
  _HANDLE_TABLE_ENTRY *NextFreeHandleEntry;
 };

 /* 735 */
 struct $97D278A0CD42BCAC54E6F6C01CA8A55F
 {
  unsigned __int32 TagBits : 2;
  unsigned __int32 Index : 30;
 };

 /* 736 */
 union $BC4F899EDC6C0992478B583BAC2AC8C7
 {
  $97D278A0CD42BCAC54E6F6C01CA8A55F __s0;
  void *GenericHandleOverlay;
  unsigned __int64 Value;
 };

 /* 737 */
 struct _EXHANDLE
 {
  $BC4F899EDC6C0992478B583BAC2AC8C7 ___u0;
 };

 /* 740 */
 struct $B44E123ADCB61F61791C203F8AB7FFB3
 {
  _HANDLE_TABLE_ENTRY_INFO *volatile InfoTable;
  _EXHANDLE LeafHandleValue;
 };

 /* 741 */
 struct $2C5CC9DC28D9F2B79C281990513743F8
 {
  __int64 RefCountField;
  unsigned __int32 GrantedAccessBits : 25;
  unsigned __int32 NoRightsUpgrade : 1;
  unsigned __int32 Spare1 : 6;
  unsigned int Spare2;
 };

 /* 742 */
 struct $32CC4987E53F1E217602E82975918B96
 {
  unsigned __int64 Unlocked : 1;
  unsigned __int64 RefCnt : 16;
  unsigned __int64 Attributes : 3;
  unsigned __int64 ObjectPointerBits : 44;
 };

 /* 734 */
 union _HANDLE_TABLE_ENTRY
 {
  $E5B3C52FE72490EE6A49ADBB8529F30E __s0;
  $C81155225CF3E1B6514972133EEF42C5 __s1;
  $B44E123ADCB61F61791C203F8AB7FFB3 __s2;
  $2C5CC9DC28D9F2B79C281990513743F8 __s3;
  $32CC4987E53F1E217602E82975918B96 __s4;
 };

 /* 744 */
 struct __declspec(align(8)) _FAST_MUTEX
 {
  int Count;
  void *Owner;
  unsigned int Contention;
  _KEVENT Event;
  unsigned int OldIrql;
 };

 /* 745 */
 struct _HANDLE_TRACE_DB_ENTRY
 {
  _CLIENT_ID ClientId;
  void *Handle;
  unsigned int Type;
  void *StackTrace[16];
 };

 /* 746 */
 struct _HANDLE_TRACE_DEBUG_INFO
 {
  int RefCount;
  unsigned int TableSize;
  unsigned int BitMaskFlags;
  _FAST_MUTEX CloseCompactionLock;
  unsigned int CurrentStackIndex;
  _HANDLE_TRACE_DB_ENTRY TraceDb[1];
 };

 /* 757 */
 union $2C177DDEB22292785570970034678B30
 {
  unsigned int UnwindInfoAddress;
  unsigned int UnwindData;
 };

 /* 758 */
 struct _IMAGE_RUNTIME_FUNCTION_ENTRY
 {
  unsigned int BeginAddress;
  unsigned int EndAddress;
  $2C177DDEB22292785570970034678B30 ___u2;
 };

 /* 759 */
 struct _DYNAMIC_FUNCTION_TABLE
 {
  _LIST_ENTRY ListEntry;
  _IMAGE_RUNTIME_FUNCTION_ENTRY *FunctionTable;
  _LARGE_INTEGER TimeStamp;
  unsigned __int64 MinimumAddress;
  unsigned __int64 MaximumAddress;
  unsigned __int64 BaseAddress;
  _IMAGE_RUNTIME_FUNCTION_ENTRY *(__fastcall *Callback)(unsigned __int64, void *);
  void *Context;
  wchar_t *OutOfProcessCallbackDll;
  _FUNCTION_TABLE_TYPE Type;
  unsigned int EntryCount;
  _RTL_BALANCED_NODE TreeNodeMin;
  _RTL_BALANCED_NODE TreeNodeMax;
 };

 /* 530 */
 struct _DEVICE_MAP
 {
  _OBJECT_DIRECTORY *DosDevicesDirectory;
  _OBJECT_DIRECTORY *GlobalDosDevicesDirectory;
  void *DosDevicesDirectoryHandle;
  volatile int ReferenceCount;
  unsigned int DriveMap;
  unsigned __int8 DriveType[32];
  _EJOB *ServerSilo;
 };

 /* 538 */
 struct _SEP_CACHED_HANDLES_TABLE
 {
  _EX_PUSH_LOCK Lock;
  _RTL_DYNAMIC_HASH_TABLE *HashTable;
 };

 /* 544 */
 struct _OB_HANDLE_REVOCATION_BLOCK
 {
  _LIST_ENTRY RevocationInfos;
  _EX_PUSH_LOCK Lock;
  _EX_RUNDOWN_REF Rundown;
 };

 /* 535 */
 struct _SEP_LOGON_SESSION_REFERENCES
 {
  _SEP_LOGON_SESSION_REFERENCES *Next;
  _LUID LogonId;
  _LUID BuddyLogonId;
  __int64 ReferenceCount;
  unsigned int Flags;
  _DEVICE_MAP *pDeviceMap;
  void *Token;
  _UNICODE_STRING AccountName;
  _UNICODE_STRING AuthorityName;
  _SEP_CACHED_HANDLES_TABLE CachedHandlesTable;
  _EX_PUSH_LOCK SharedDataLock;
  _AUTHZBASEP_CLAIM_ATTRIBUTES_COLLECTION *SharedClaimAttributes;
  _SEP_SID_VALUES_BLOCK *SharedSidValues;
  _OB_HANDLE_REVOCATION_BLOCK RevocationBlock;
  _EJOB *ServerSilo;
  _LUID SiblingAuthId;
  _LIST_ENTRY TokenList;
 };

 /* 548 */
 struct __declspec(align(8)) _ETW_LAST_ENABLE_INFO
 {
  _LARGE_INTEGER EnableFlags;
  unsigned __int16 LoggerId;
  unsigned __int8 Level;
  unsigned __int8 Enabled : 1;
  unsigned __int8 InternalFlag : 7;
 };

 /* 562 */
 union $BD127937D400A47ABDBE2A3BE3886F1E
 {
  _ETW_LAST_ENABLE_INFO LastEnable;
  unsigned __int64 MatchId;
 };

 /* 549 */
 struct _TRACE_ENABLE_INFO
 {
  unsigned int IsEnabled;
  unsigned __int8 Level;
  unsigned __int8 Reserved1;
  unsigned __int16 LoggerId;
  unsigned int EnableProperty;
  unsigned int Reserved2;
  unsigned __int64 MatchAnyKeyword;
  unsigned __int64 MatchAllKeyword;
 };

 /* 561 */
 struct _ETW_GUID_ENTRY
 {
  _LIST_ENTRY GuidList;
  _LIST_ENTRY SiloGuidList;
  volatile __int64 RefCount;
  _GUID Guid;
  _LIST_ENTRY RegListHead;
  void *SecurityDescriptor;
  $BD127937D400A47ABDBE2A3BE3886F1E ___u6;
  _TRACE_ENABLE_INFO ProviderEnableInfo;
  _TRACE_ENABLE_INFO EnableInfo[8];
  _ETW_FILTER_HEADER *FilterData;
  _ETW_SILODRIVERSTATE *SiloState;
  _ETW_GUID_ENTRY *HostEntry;
  _EX_PUSH_LOCK Lock;
  _ETHREAD *LockOwner;
 };

 /* 613 */
 struct _ETW_HASH_BUCKET
 {
  _LIST_ENTRY ListHead[3];
  _EX_PUSH_LOCK BucketLock;
 };

 /* 614 */
 struct __declspec(align(8)) _ETW_PRIV_HANDLE_DEMUX_TABLE
 {
  _RTL_RB_TREE Tree;
  _EX_PUSH_LOCK Lock;
  unsigned __int16 SequenceNumber;
 };

 /* 615 */
 struct _ETW_COUNTERS
 {
  int GuidCount;
  int PoolUsage[2];
  int SessionCount;
 };

 /* 617 */
 struct _ETW_SYSTEM_LOGGER
 {
  unsigned __int8 LoggerId;
  unsigned __int8 ClockType;
 };

 /* 618 */
 struct _PERFINFO_GROUPMASK
 {
  unsigned int Masks[8];
 };

 /* 619 */
 struct _ETW_SYSTEM_LOGGER_SETTINGS
 {
  _ETW_SYSTEM_LOGGER EtwpSystemLogger[8];
  volatile unsigned int EtwpActiveSystemLoggers;
  _PERFINFO_GROUPMASK SiloGlobalGroupMask;
  _PERFINFO_GROUPMASK EtwpGroupMasks[10];
 };

 /* 579 */
 struct $B780F9130B88204CA6AB9CFC9F5D80EC
 {
  unsigned __int8 Abandoned : 1;
  unsigned __int8 Spare1 : 7;
 };

 /* 580 */
 struct $5DABE809A0A706D70FE5FA4BD49AD633
 {
  unsigned __int8 Abandoned2 : 1;
  unsigned __int8 AbEnabled : 1;
  unsigned __int8 Spare2 : 6;
 };

 /* 581 */
 union $D8F9A8765A5BFC20F548BFFE7213124A
 {
  unsigned __int8 MutantFlags;
  $B780F9130B88204CA6AB9CFC9F5D80EC __s1;
  $5DABE809A0A706D70FE5FA4BD49AD633 __s2;
 };

 /* 582 */
 struct __declspec(align(8)) _KMUTANT
 {
  _DISPATCHER_HEADER Header;
  _LIST_ENTRY MutantListEntry;
  _KTHREAD *OwnerThread;
  $D8F9A8765A5BFC20F548BFFE7213124A ___u3;
  unsigned __int8 ApcDisable;
 };

 /* 560 */
 struct _ETW_SILODRIVERSTATE
 {
  _EJOB *Silo;
  _ESERVERSILO_GLOBALS *SiloGlobals;
  unsigned int MaxLoggers;
  _ETW_GUID_ENTRY EtwpSecurityProviderGuidEntry;
  _EX_RUNDOWN_REF_CACHE_AWARE **EtwpLoggerRundown;
  _WMI_LOGGER_CONTEXT **EtwpLoggerContext;
  _ETW_HASH_BUCKET EtwpGuidHashTable[64];
  unsigned __int16 EtwpSecurityLoggers[8];
  unsigned __int8 EtwpSecurityProviderEnableMask;
  int EtwpShutdownInProgress;
  unsigned int EtwpSecurityProviderPID;
  _ETW_PRIV_HANDLE_DEMUX_TABLE PrivHandleDemuxTable;
  _ETW_COUNTERS EtwpCounters;
  _LARGE_INTEGER LogfileBytesWritten;
  _ETW_SILO_TRACING_BLOCK *ProcessorBlocks;
  struct _EX_WNF_SUBSCRIPTION *ContainerRestoreWnfSubscription;
  _GUID PartitionId;
  _GUID ParentId;
  _LARGE_INTEGER QpcOffsetFromRoot;
  char *PartitionName;
  unsigned __int16 PartitionNameSize;
  unsigned __int16 UnusedPadding;
  unsigned int PartitionType;
  _ETW_SYSTEM_LOGGER_SETTINGS SystemLoggerSettings;
  _KMUTANT EtwpStartTraceMutex;
 };

 /* 620 */
 struct _WNF_NODE_HEADER
 {
  unsigned __int16 NodeTypeCode;
  unsigned __int16 NodeByteSize;
 };

 /* 624 */
 struct _WNF_SCOPE_MAP_ENTRY
 {
  _WNF_LOCK MapEntryLock;
  _LIST_ENTRY MapEntryHead;
 };

 /* 625 */
 struct _WNF_SCOPE_MAP
 {
  _WNF_NODE_HEADER Header;
  _WNF_SCOPE_INSTANCE *SystemScopeInstance;
  _WNF_SCOPE_INSTANCE *MachineScopeInstance;
  _WNF_SCOPE_INSTANCE *PhysicalMachineScopeInstance;
  _WNF_SCOPE_MAP_ENTRY ByDataScope[6];
 };

 /* 628 */
 struct __declspec(align(4)) _SILO_USER_SHARED_DATA
 {
  unsigned int ServiceSessionId;
  unsigned int ActiveConsoleId;
  __int64 ConsoleSessionForegroundProcessId;
  _NT_PRODUCT_TYPE NtProductType;
  unsigned int SuiteMask;
  unsigned int SharedUserSessionId;
  unsigned __int8 IsMultiSessionSku;
  __unaligned __declspec(align(2)) wchar_t NtSystemRoot[260];
  unsigned __int16 UserModeGlobalLogger[16];
 };

 /* 830 */
 struct _WDT_HANDLE
 {
  char Reserved;
 };

 /* 874 */
 struct _PO_FX_PERF_STATE
 {
  unsigned __int64 Value;
  void *Context;
 };

 /* 490 */
 struct _FS_FILTER_SECTION_SYNC_OUTPUT
 {
  unsigned int StructureSize;
  unsigned int SizeReturned;
  unsigned int Flags;
  unsigned int DesiredReadAlignment;
 };

 /* 690 */
 struct _RTL_CRITICAL_SECTION_DEBUG
 {
  unsigned __int16 Type;
  unsigned __int16 CreatorBackTraceIndex;
  _RTL_CRITICAL_SECTION *CriticalSection;
  _LIST_ENTRY ProcessLocksList;
  unsigned int EntryCount;
  unsigned int ContentionCount;
  unsigned int Flags;
  unsigned __int16 CreatorBackTraceIndexHigh;
  unsigned __int16 SpareUSHORT;
 };

 /* 733 */
 struct _HANDLE_TABLE_ENTRY_INFO
 {
  unsigned int AuditMask;
  unsigned int MaxRelativeAccessMask;
 };

 /* 531 */
 struct _OBJECT_DIRECTORY
 {
  _OBJECT_DIRECTORY_ENTRY *HashBuckets[37];
  _EX_PUSH_LOCK Lock;
  _DEVICE_MAP *DeviceMap;
  _OBJECT_DIRECTORY *ShadowDirectory;
  void *NamespaceEntry;
  void *SessionObject;
  unsigned int Flags;
  unsigned int SessionId;
 };

 /* 537 */
 struct _RTL_DYNAMIC_HASH_TABLE
 {
  unsigned int Flags;
  unsigned int Shift;
  unsigned int TableSize;
  unsigned int Pivot;
  unsigned int DivisorMask;
  unsigned int NumEntries;
  unsigned int NonEmptyBuckets;
  unsigned int NumEnumerators;
  void *Directory;
 };

 /* 540 */
 struct _SID_AND_ATTRIBUTES_HASH
 {
  unsigned int SidCount;
  _SID_AND_ATTRIBUTES *SidAttr;
  unsigned __int64 Hash[32];
 };

 /* 542 */
 struct _AUTHZBASEP_CLAIM_ATTRIBUTES_COLLECTION
 {
  unsigned int DeviceGroupsCount;
  _SID_AND_ATTRIBUTES *pDeviceGroups;
  unsigned int RestrictedDeviceGroupsCount;
  _SID_AND_ATTRIBUTES *pRestrictedDeviceGroups;
  _SID_AND_ATTRIBUTES_HASH DeviceGroupsHash;
  _SID_AND_ATTRIBUTES_HASH RestrictedDeviceGroupsHash;
  _AUTHZBASEP_SECURITY_ATTRIBUTES_INFORMATION *pUserSecurityAttributes;
  _AUTHZBASEP_SECURITY_ATTRIBUTES_INFORMATION *pDeviceSecurityAttributes;
  _AUTHZBASEP_SECURITY_ATTRIBUTES_INFORMATION *pRestrictedUserSecurityAttributes;
  _AUTHZBASEP_SECURITY_ATTRIBUTES_INFORMATION *pRestrictedDeviceSecurityAttributes;
 };

 /* 543 */
 struct _SEP_SID_VALUES_BLOCK
 {
  unsigned int BlockLength;
  __int64 ReferenceCount;
  unsigned int SidCount;
  unsigned __int64 SidValuesStart;
 };

 /* 559 */
 struct _ETW_FILTER_HEADER
 {
  int FilterFlags;
  _ETW_FILTER_PID *PidFilter;
  _ETW_FILTER_STRING_TOKEN *ExeFilter;
  _ETW_FILTER_STRING_TOKEN *PkgIdFilter;
  _ETW_FILTER_STRING_TOKEN *PkgAppIdFilter;
  _ETW_FILTER_STRING_TOKEN *ContainerFilter;
  struct _ETW_PERFECT_HASH_FUNCTION *StackWalkIdFilter;
  _ETW_FILTER_EVENT_NAME_DATA *StackWalkNameFilter;
  _EVENT_FILTER_LEVEL_KW *StackWalkLevelKwFilter;
  struct _ETW_PERFECT_HASH_FUNCTION *EventIdFilter;
  _ETW_PAYLOAD_FILTER *PayloadFilter;
  _EVENT_FILTER_HEADER *ProviderSideFilter;
  _ETW_FILTER_EVENT_NAME_DATA *EventNameFilter;
 };

 /* 563 */
 struct _EX_RUNDOWN_REF_CACHE_AWARE
 {
  _EX_RUNDOWN_REF *RunRefs;
  void *PoolToFree;
  unsigned int RunRefSize;
  unsigned int Number;
 };

 /* 564 */
 struct _ETW_BUFFER_QUEUE
 {
  _SINGLE_LIST_ENTRY *QueueTail;
  _SINGLE_LIST_ENTRY QueueEntry;
 };

 /* 606 */
 union $0B6BE4C52E9593E5A94F83ABD71BCCF3
 {
  _WMI_BUFFER_HEADER *BatchedBufferList;
  _EX_FAST_REF CurrentBuffer;
 };

 /* 570 */
 struct _ETW_REF_CLOCK
 {
  _LARGE_INTEGER StartTime;
  _LARGE_INTEGER StartPerfClock;
 };

 /* 607 */
 union $BC3A9B59C610685B615379E25EFCFFB3
 {
  unsigned __int64 BufferListSpinLock;
  _EX_PUSH_LOCK BufferListPushLock;
 };

 /* 584 */
 struct _TOKEN_SOURCE
 {
  char SourceName[8];
  _LUID SourceIdentifier;
 };

 /* 585 */
 struct _TOKEN_CONTROL
 {
  _LUID TokenId;
  _LUID AuthenticationId;
  _LUID ModifiedId;
  _TOKEN_SOURCE TokenSource;
 };

 /* 586 */
 struct __declspec(align(8)) _SECURITY_CLIENT_CONTEXT
 {
  _SECURITY_QUALITY_OF_SERVICE SecurityQos;
  void *ClientToken;
  unsigned __int8 DirectlyAccessClientToken;
  unsigned __int8 DirectAccessEffectiveOnly;
  unsigned __int8 ServerIsRemote;
  _TOKEN_CONTROL ClientTokenControl;
 };

 /* 608 */
 struct $970427C06415051E2EE994DA3EEF565E
 {
  unsigned __int32 Persistent : 1;
  unsigned __int32 AutoLogger : 1;
  unsigned __int32 FsReady : 1;
  unsigned __int32 RealTime : 1;
  unsigned __int32 Wow : 1;
  unsigned __int32 KernelTrace : 1;
  unsigned __int32 NoMoreEnable : 1;
  unsigned __int32 StackTracing : 1;
  unsigned __int32 ErrorLogged : 1;
  unsigned __int32 RealtimeLoggerContextFreed : 1;
  unsigned __int32 PebsTracing : 1;
  unsigned __int32 PmcCounters : 1;
  unsigned __int32 PageAlignBuffers : 1;
  unsigned __int32 StackLookasideListAllocated : 1;
  unsigned __int32 SecurityTrace : 1;
  unsigned __int32 LastBranchTracing : 1;
  unsigned __int32 SystemLoggerIndex : 8;
  unsigned __int32 StackCaching : 1;
  unsigned __int32 ProviderTracking : 1;
  unsigned __int32 ProcessorTrace : 1;
  unsigned __int32 QpcDeltaTracking : 1;
  unsigned __int32 MarkerBufferSaved : 1;
  unsigned __int32 LargeMdlPages : 1;
  unsigned __int32 ExcludeKernelStack : 1;
  unsigned __int32 SpareFlags2 : 1;
 };

 /* 609 */
 union $75914F243D0791090A8121F821B64210
 {
  unsigned int Flags;
  $970427C06415051E2EE994DA3EEF565E __s1;
 };

 /* 610 */
 struct $0FF59C51F1799B9B876DCB1926B61079
 {
  unsigned __int32 DbgRequestNewFile : 1;
  unsigned __int32 DbgRequestUpdateFile : 1;
  unsigned __int32 DbgRequestFlush : 1;
  unsigned __int32 DbgRequestDisableRealtime : 1;
  unsigned __int32 DbgRequestDisconnectConsumer : 1;
  unsigned __int32 DbgRequestConnectConsumer : 1;
  unsigned __int32 DbgRequestNotifyConsumer : 1;
  unsigned __int32 DbgRequestUpdateHeader : 1;
  unsigned __int32 DbgRequestDeferredFlush : 1;
  unsigned __int32 DbgRequestDeferredFlushTimer : 1;
  unsigned __int32 DbgRequestFlushTimer : 1;
  unsigned __int32 DbgRequestUpdateDebugger : 1;
  unsigned __int32 DbgSpareRequestFlags : 20;
 };

 /* 611 */
 union $2BD5F01A453AFE9B56BB7E0A12BA937B
 {
  volatile unsigned int RequestFlag;
  $0FF59C51F1799B9B876DCB1926B61079 __s1;
 };

 /* 594 */
 struct __declspec(align(16)) _ETW_STACK_TRACE_BLOCK
 {
  _LARGE_INTEGER RelatedTimestamp;
  _ETHREAD *Thread;
  _KDPC StackWalkDpc;
  _SLIST_HEADER ApcListHead;
  _ETW_APC_ENTRY *ApcEntry;
  unsigned int ApcEntryCount;
  int Flags;
  int ApcCount;
  int MaxApcCount;
 };

 /* 599 */
 struct _DISALLOWED_GUIDS
 {
  unsigned __int16 Count;
  _GUID *Guids;
 };

 /* 600 */
 struct _PERIODIC_CAPTURE_STATE_GUIDS
 {
  unsigned __int16 ProviderCount;
  _GUID *Providers;
 };

 /* 605 */
 struct _ETW_PARTITION_CONTEXT
 {
  _EPARTITION *Partition;
 };

 /* 612 */
 struct __declspec(align(16)) _WMI_LOGGER_CONTEXT
 {
  unsigned int LoggerId;
  unsigned int BufferSize;
  unsigned int MaximumEventSize;
  unsigned int LoggerMode;
  int AcceptNewEvents;
  unsigned int EventMarker[2];
  unsigned int ErrorMarker;
  unsigned int SizeMask;
  unsigned __int64 GetCpuClock;
  _ETHREAD *LoggerThread;
  int LoggerStatus;
  unsigned int FailureReason;
  _ETW_BUFFER_QUEUE BufferQueue;
  _ETW_BUFFER_QUEUE OverflowQueue;
  _LIST_ENTRY GlobalList;
  _LIST_ENTRY DebugIdTrackingList;
  _ETW_DECODE_CONTROL_ENTRY *DecodeControlList;
  unsigned int DecodeControlCount;
  $0B6BE4C52E9593E5A94F83ABD71BCCF3 ___u18;
  _UNICODE_STRING LoggerName;
  _UNICODE_STRING LogFileName;
  _UNICODE_STRING LogFilePattern;
  _UNICODE_STRING NewLogFileName;
  unsigned int ClockType;
  unsigned int LastFlushedBuffer;
  unsigned int FlushTimer;
  unsigned int FlushThreshold;
  _LARGE_INTEGER ByteOffset;
  unsigned int MinimumBuffers;
  volatile int BuffersAvailable;
  volatile int NumberOfBuffers;
  unsigned int MaximumBuffers;
  volatile unsigned int EventsLost;
  volatile int PeakBuffersCount;
  unsigned int BuffersWritten;
  unsigned int LogBuffersLost;
  unsigned int RealTimeBuffersDelivered;
  unsigned int RealTimeBuffersLost;
  int *SequencePtr;
  unsigned int LocalSequence;
  _GUID InstanceGuid;
  unsigned int MaximumFileSize;
  int FileCounter;
  _POOL_TYPE PoolType;
  _ETW_REF_CLOCK ReferenceTime;
  int CollectionOn;
  unsigned int ProviderInfoSize;
  _LIST_ENTRY Consumers;
  unsigned int NumConsumers;
  _ETW_REALTIME_CONSUMER *TransitionConsumer;
  void *RealtimeLogfileHandle;
  _UNICODE_STRING RealtimeLogfileName;
  _LARGE_INTEGER RealtimeWriteOffset;
  _LARGE_INTEGER RealtimeReadOffset;
  _LARGE_INTEGER RealtimeLogfileSize;
  unsigned __int64 RealtimeLogfileUsage;
  unsigned __int64 RealtimeMaximumFileSize;
  unsigned int RealtimeBuffersSaved;
  _ETW_REF_CLOCK RealtimeReferenceTime;
  _ETW_RT_EVENT_LOSS NewRTEventsLost;
  _KEVENT LoggerEvent;
  _KEVENT FlushEvent;
  _KTIMER FlushTimeOutTimer;
  _KDPC LoggerDpc;
  _KMUTANT LoggerMutex;
  _EX_PUSH_LOCK LoggerLock;
  $BC3A9B59C610685B615379E25EFCFFB3 ___u66;
  _SECURITY_CLIENT_CONTEXT ClientSecurityContext;
  _TOKEN_ACCESS_INFORMATION *TokenAccessInformation;
  _EX_FAST_REF SecurityDescriptor;
  _LARGE_INTEGER StartTime;
  void *LogFileHandle;
  __int64 BufferSequenceNumber;
  $75914F243D0791090A8121F821B64210 ___u73;
  $2BD5F01A453AFE9B56BB7E0A12BA937B ___u74;
  _ETW_STACK_TRACE_BLOCK StackTraceBlock;
  _RTL_BITMAP HookIdMap;
  struct _ETW_STACK_CACHE *StackCache;
  _ETW_PMC_SUPPORT *PmcData;
  _ETW_LBR_SUPPORT *LbrData;
  _ETW_IPT_SUPPORT *IptData;
  _LIST_ENTRY BinaryTrackingList;
  _WMI_BUFFER_HEADER **ScratchArray;
  _DISALLOWED_GUIDS DisallowedGuids;
  __int64 RelativeTimerDueTime;
  _PERIODIC_CAPTURE_STATE_GUIDS PeriodicCaptureStateGuids;
  struct _EX_TIMER *PeriodicCaptureStateTimer;
  _ETW_PERIODIC_TIMER_STATE PeriodicCaptureStateTimerState;
  struct _ETW_SOFT_RESTART_CONTEXT *SoftRestartContext;
  _ETW_SILODRIVERSTATE *SiloState;
  _WORK_QUEUE_ITEM CompressionWorkItem;
  int CompressionWorkItemState;
  _EX_PUSH_LOCK CompressionLock;
  _WMI_BUFFER_HEADER *CompressionTarget;
  void *CompressionWorkspace;
  int CompressionOn;
  unsigned int CompressionRatioGuess;
  unsigned int PartialBufferCompressionLevel;
  ETW_COMPRESSION_RESUMPTION_MODE CompressionResumptionMode;
  _SINGLE_LIST_ENTRY PlaceholderList;
  _KDPC CompressionDpc;
  _LARGE_INTEGER LastBufferSwitchTime;
  _LARGE_INTEGER BufferWriteDuration;
  _LARGE_INTEGER BufferCompressDuration;
  __int64 ReferenceQpcDelta;
  struct _ETW_EVENT_CALLBACK_CONTEXT *CallbackContext;
  _LARGE_INTEGER *LastDroppedTime;
  _LARGE_INTEGER *FlushingLastDroppedTime;
  __int64 FlushingSequenceNumber;
  _ETW_PARTITION_CONTEXT PartitionContext;
  _MDL *BufferMdl;
 };

 /* 616 */
 struct __declspec(align(64)) _ETW_SILO_TRACING_BLOCK
 {
  _EX_FAST_REF *ProcessorBuffers;
  unsigned __int64 *EventsLoggedCount;
  __int64 *QpcDelta;
 };

 /* 623 */
 struct _WNF_SCOPE_INSTANCE
 {
  _WNF_NODE_HEADER Header;
  _EX_RUNDOWN_REF RunRef;
  _WNF_DATA_SCOPE DataScope;
  unsigned int InstanceIdSize;
  void *InstanceIdData;
  _LIST_ENTRY ResolverListEntry;
  _WNF_LOCK NameSetLock;
  _RTL_AVL_TREE NameSet;
  void *PermanentDataStore;
  void *VolatilePermanentDataStore;
 };

 /* 529 */
 struct __declspec(align(8)) _OBJECT_DIRECTORY_ENTRY
 {
  _OBJECT_DIRECTORY_ENTRY *ChainLink;
  void *Object;
  unsigned int HashValue;
 };

 /* 539 */
 struct __declspec(align(8)) _SID_AND_ATTRIBUTES
 {
  void *Sid;
  unsigned int Attributes;
 };

 /* 541 */
 struct _AUTHZBASEP_SECURITY_ATTRIBUTES_INFORMATION
 {
  unsigned int SecurityAttributeCount;
  _LIST_ENTRY SecurityAttributesList;
  unsigned int WorkingSecurityAttributeCount;
  _LIST_ENTRY WorkingSecurityAttributesList;
 };

 /* 550 */
 struct _ETW_FILTER_PID
 {
  unsigned int Count;
  unsigned int Pids[8];
 };

 /* 551 */
 struct _ETW_FILTER_STRING_TOKEN_ELEMENT
 {
  unsigned __int16 Length;
  wchar_t *String;
 };

 /* 552 */
 struct _ETW_FILTER_STRING_TOKEN
 {
  unsigned __int16 Count;
  _ETW_FILTER_STRING_TOKEN_ELEMENT Tokens[1];
 };

 /* 553 */
 struct _ETW_FILTER_EVENT_NAME_DATA
 {
  unsigned __int8 FilterIn;
  unsigned __int8 Level;
  unsigned __int64 MatchAnyKeyword;
  unsigned __int64 MatchAllKeyword;
  _RTL_HASH_TABLE NameTable;
 };

 /* 554 */
 struct __declspec(align(8)) _EVENT_FILTER_LEVEL_KW
 {
  unsigned __int64 MatchAnyKeyword;
  unsigned __int64 MatchAllKeyword;
  unsigned __int8 Level;
  unsigned __int8 FilterIn;
 };

 /* 555 */
 struct _EVENT_PAYLOAD_PREDICATE
 {
  unsigned __int16 FieldIndex;
  unsigned __int16 CompareOp;
  unsigned __int64 Value[2];
 };

 /* 556 */
 struct _AGGREGATED_PAYLOAD_FILTER
 {
  unsigned __int16 MagicValue : 12;
  unsigned __int16 DescriptorVersion : 4;
  unsigned __int16 Size;
  unsigned __int16 PredicateCount;
  unsigned __int16 Reserved;
  unsigned __int64 HashedEventIdBitmap;
  _GUID ProviderGuid;
  unsigned __int16 EachEventTableOffset;
  unsigned __int16 EachEventTableLength;
  unsigned __int16 PayloadDecoderTableOffset;
  unsigned __int16 PayloadDecoderTableLength;
  unsigned __int16 EventFilterTableOffset;
  unsigned __int16 EventFilterTableLength;
  unsigned __int16 UNICODEStringTableOffset;
  unsigned __int16 UNICODEStringTableLength;
  unsigned __int16 ANSIStringTableOffset;
  unsigned __int16 ANSIStringTableLength;
  _EVENT_PAYLOAD_PREDICATE PredicateTable[1];
 };

 /* 557 */
 struct _ETW_PAYLOAD_FILTER
 {
  int RefCount;
  _AGGREGATED_PAYLOAD_FILTER PayloadFilter;
 };

 /* 558 */
 struct _EVENT_FILTER_HEADER
 {
  unsigned __int16 Id;
  unsigned __int8 Version;
  unsigned __int8 Reserved[5];
  unsigned __int64 InstanceId;
  unsigned int Size;
  unsigned int NextOffset;
 };

 /* 565 */
 struct __declspec(align(8)) _ETW_DECODE_CONTROL_ENTRY
 {
  _ETW_DECODE_CONTROL_ENTRY *Next;
  _GUID Decode;
  _GUID Control;
  unsigned __int8 ConsumersNotified;
 };

 /* 571 */
 struct $CE5421AAA17F992240E21CD59A4E8E5E
 {
  unsigned __int64 ClockType : 3;
  unsigned __int64 Frequency : 61;
 };

 /* 572 */
 union $A756FDBE88F1F5F1EB5BE923FB86C152
 {
  $CE5421AAA17F992240E21CD59A4E8E5E __s0;
  _SINGLE_LIST_ENTRY SlistEntry;
  _WMI_BUFFER_HEADER *NextBuffer;
 };

 /* 567 */
 struct $F7432ABE0171147119B3CC6D5D7B4734
 {
  unsigned __int8 ProcessorNumber;
  unsigned __int8 Alignment;
 };

 /* 568 */
 union $D4179FD3B7478C2E8B10D0650819C197
 {
  $F7432ABE0171147119B3CC6D5D7B4734 __s0;
  unsigned __int16 ProcessorIndex;
 };

 /* 569 */
 struct _ETW_BUFFER_CONTEXT
 {
  $D4179FD3B7478C2E8B10D0650819C197 ___u0;
  unsigned __int16 LoggerId;
 };

 /* 573 */
 struct $A66567E97BAAFCB9B6D33D4D0E9F3DF3
 {
  void *Pointer0;
  void *Pointer1;
 };

 /* 574 */
 union $8612097FA42B5A687CFA440E92E8E75D
 {
  unsigned int Padding1[4];
  _ETW_REF_CLOCK ReferenceTime;
  _LIST_ENTRY GlobalEntry;
  $A66567E97BAAFCB9B6D33D4D0E9F3DF3 __s3;
 };

 /* 566 */
 struct _WMI_BUFFER_HEADER
 {
  unsigned int BufferSize;
  unsigned int SavedOffset;
  volatile unsigned int CurrentOffset;
  volatile int ReferenceCount;
  _LARGE_INTEGER TimeStamp;
  __int64 SequenceNumber;
  $A756FDBE88F1F5F1EB5BE923FB86C152 ___u6;
  _ETW_BUFFER_CONTEXT ClientContext;
  _ETW_BUFFER_STATE State;
  unsigned int Offset;
  unsigned __int16 BufferFlag;
  unsigned __int16 BufferType;
  $8612097FA42B5A687CFA440E92E8E75D ___u12;
 };

 /* 576 */
 struct $A95C3B3348F7C49EBFDF117AD9C555B1
 {
  unsigned __int8 ShutDownRequested : 1;
  unsigned __int8 NewBuffersLost : 1;
  unsigned __int8 Disconnected : 1;
  unsigned __int8 Notified : 1;
  unsigned __int8 Wow : 1;
 };

 /* 577 */
 union $31A095F127774172232E74C5DC06BE15
 {
  unsigned __int8 Flags;
  $A95C3B3348F7C49EBFDF117AD9C555B1 __s1;
 };

 /* 578 */
 struct _ETW_REALTIME_CONSUMER
 {
  _LIST_ENTRY Links;
  void *ProcessHandle;
  _EPROCESS *ProcessObject;
  void *NextNotDelivered;
  void *RealtimeConnectContext;
  _KEVENT *DisconnectEvent;
  _KEVENT *DataAvailableEvent;
  unsigned int *UserBufferCount;
  _SINGLE_LIST_ENTRY *UserBufferListHead;
  unsigned int BuffersLost;
  unsigned int EmptyBuffersCount;
  unsigned __int16 LoggerId;
  $31A095F127774172232E74C5DC06BE15 ___u12;
  _RTL_BITMAP ReservedBufferSpaceBitMap;
  unsigned __int8 *ReservedBufferSpace;
  unsigned int ReservedBufferSpaceSize;
  unsigned int UserPagesAllocated;
  unsigned int UserPagesReused;
  unsigned int *EventsLostCount;
  unsigned int *BuffersLostCount;
  _ETW_SILODRIVERSTATE *SiloState;
 };

 /* 589 */
 struct _TOKEN_MANDATORY_POLICY
 {
  unsigned int Policy;
 };

 /* 590 */
 struct _TOKEN_ACCESS_INFORMATION
 {
  _SID_AND_ATTRIBUTES_HASH *SidHash;
  _SID_AND_ATTRIBUTES_HASH *RestrictedSidHash;
  _TOKEN_PRIVILEGES *Privileges;
  _LUID AuthenticationId;
  _TOKEN_TYPE TokenType;
  _SECURITY_IMPERSONATION_LEVEL ImpersonationLevel;
  _TOKEN_MANDATORY_POLICY MandatoryPolicy;
  unsigned int Flags;
  unsigned int AppContainerNumber;
  void *PackageSid;
  _SID_AND_ATTRIBUTES_HASH *CapabilitiesHash;
  void *TrustLevelSid;
  void *SecurityAttributes;
 };

 /* 591 */
 struct __declspec(align(16)) _SLIST_ENTRY
 {
  _SLIST_ENTRY *Next;
 };

 /* 592 */
 union __unaligned __declspec(align(8)) $14FB4FB3A4A25E7E419F81AE31EE0B90
 {
  _SLIST_ENTRY SListEntry;
  _KAPC Apc;
 };

 /* 593 */
 struct __declspec(align(16)) _ETW_APC_ENTRY
 {
  $14FB4FB3A4A25E7E419F81AE31EE0B90 ___u0;
 };

 /* 595 */
 struct _ETW_PMC_SUPPORT
 {
  _KPROFILE_SOURCE *Source;
  volatile unsigned int HookIdCount;
  unsigned __int16 HookId[4];
  volatile unsigned int CountersCount;
  struct _HAL_PMC_COUNTERS *ProcessorCtrs[1];
 };

 /* 596 */
 struct _ETW_LBR_SUPPORT
 {
  unsigned int LbrHandle;
  unsigned int LbrOptions;
  volatile unsigned int HookIdCount;
  unsigned __int16 HookId[4];
 };

 /* 598 */
 struct __declspec(align(8)) _ETW_IPT_SUPPORT
 {
  void *IptHandle;
  unsigned __int64 IptOption;
  _ETW_HW_TRACE_EXT_INTERFACE *EtwHwTraceExtInterface;
  volatile unsigned int HookIdCount;
  unsigned __int16 HookId[4];
 };

 /* 603 */
 struct $3D16460E1D273AC5F5946B819FC416C9
 {
  unsigned __int32 PairedWithJob : 1;
 };

 /* 604 */
 union $BB9C67A3048216BA60019174849881BF
 {
  unsigned int PartitionFlags;
  $3D16460E1D273AC5F5946B819FC416C9 __s1;
 };

 /* 602 */
 struct __declspec(align(8)) _EPARTITION
 {
  void *MmPartition;
  void *CcPartition;
  void *ExPartition;
  __int64 HardReferenceCount;
  __int64 OpenHandleCount;
  _LIST_ENTRY ActivePartitionLinks;
  _EPARTITION *ParentPartition;
  _WORK_QUEUE_ITEM TeardownWorkItem;
  _EX_PUSH_LOCK TeardownLock;
  _EPROCESS *SystemProcess;
  void *SystemProcessHandle;
  $BB9C67A3048216BA60019174849881BF ___u11;
 };

 /* 588 */
 struct _TOKEN_PRIVILEGES
 {
  unsigned int PrivilegeCount;
  _LUID_AND_ATTRIBUTES Privileges[1];
 };

 /* 597 */
 struct _ETW_HW_TRACE_EXT_INTERFACE
 {
  int (__fastcall *StartProcessorTraceOnEachCore)(unsigned __int64, void **);
  int (__fastcall *StopProcessorTraceOnEachCore)(void *);
  int (__fastcall *LogProcessorTraceOnCurrentCore)(void *, void *);
 };

 /* 927 */
 struct $19262564D2725DC099756F7A9DB13139
 {
  unsigned __int32 : 2;
  unsigned __int32 AutoAlignment : 1;
  unsigned __int32 DisableBoost : 1;
  unsigned __int32 AlertedByThreadId : 1;
  unsigned __int32 QuantumDonation : 1;
  unsigned __int32 EnableStackSwap : 1;
  unsigned __int32 GuiThread : 1;
  unsigned __int32 DisableQuantum : 1;
  unsigned __int32 ChargeOnlySchedulingGroup : 1;
  unsigned __int32 DeferPreemption : 1;
  unsigned __int32 QueueDeferPreemption : 1;
  unsigned __int32 ForceDeferSchedule : 1;
  unsigned __int32 SharedReadyQueueAffinity : 1;
  unsigned __int32 FreezeCount : 1;
  unsigned __int32 TerminationApcRequest : 1;
  unsigned __int32 AutoBoostEntriesExhausted : 1;
  unsigned __int32 KernelStackResident : 1;
  unsigned __int32 TerminateRequestReason : 2;
  unsigned __int32 ProcessStackCountDecremented : 1;
  unsigned __int32 RestrictedGuiThread : 1;
  unsigned __int32 VpBackingThread : 1;
  unsigned __int32 ThreadFlagsSpare2 : 1;
  unsigned __int32 EtwStackTraceApcInserted : 8;
 };

 /* 928 */
 union $806FA454A63131F6571D2D055965D0DE
 {
  volatile int ThreadFlags;
  $19262564D2725DC099756F7A9DB13139 __s1;
 };

 /* 966 */
 struct __declspec(align(8)) _RTL_QUERY_REGISTRY_TABLE
 {
  int (__fastcall *QueryRoutine)(wchar_t *, unsigned int, void *, unsigned int, void *, void *);
  unsigned int Flags;
  wchar_t *Name;
  void *EntryContext;
  unsigned int DefaultType;
  void *DefaultData;
  unsigned int DefaultLength;
 };

 /* 967 */
 struct _KFLOATING_SAVE
 {
  unsigned int Dummy;
 };

 /* 968 */
 struct _EXT_SET_PARAMETERS_V0
 {
  unsigned int Version;
  unsigned int Reserved;
  __int64 NoWakeTolerance;
 };

 /* 969 */
 struct _NPAGED_LOOKASIDE_LIST
 {
  _GENERAL_LOOKASIDE L;
 };

 /* 970 */
 struct _PAGED_LOOKASIDE_LIST
 {
  _GENERAL_LOOKASIDE L;
 };

 /* 971 */
 struct _EXT_DELETE_PARAMETERS
 {
  unsigned int Version;
  unsigned int Reserved;
  void (__fastcall *DeleteCallback)(void *);
  void *DeleteContext;
 };

 /* 972 */
 struct $0C5828C8BB62FF2F1199CF985F8D6E45
 {
  unsigned __int8 Type;
  unsigned __int8 Reserved1;
  unsigned __int16 Reserved2;
 };

 /* 973 */
 union $AC492906E908F75CD234F2140A5AAD56
 {
  unsigned int Reserved;
  $0C5828C8BB62FF2F1199CF985F8D6E45 __s1;
 };

 /* 974 */
 struct _EVENT_DATA_DESCRIPTOR
 {
  unsigned __int64 Ptr;
  unsigned int Size;
  $AC492906E908F75CD234F2140A5AAD56 ___u2;
 };

 /* 975 */
 struct _EVENT_DESCRIPTOR
 {
  unsigned __int16 Id;
  unsigned __int8 Version;
  unsigned __int8 Channel;
  unsigned __int8 Level;
  unsigned __int8 Opcode;
  unsigned __int16 Task;
  unsigned __int64 Keyword;
 };

 /* 976 */
 struct _RTL_SPLAY_LINKS
 {
  _RTL_SPLAY_LINKS *Parent;
  _RTL_SPLAY_LINKS *LeftChild;
  _RTL_SPLAY_LINKS *RightChild;
 };

 /* 977 */
 struct _RTL_DYNAMIC_HASH_TABLE_CONTEXT
 {
  _LIST_ENTRY *ChainHead;
  _LIST_ENTRY *PrevLinkage;
  unsigned __int64 Signature;
 };

 /* 978 */
 struct _RTL_DYNAMIC_HASH_TABLE_ENTRY
 {
  _LIST_ENTRY Linkage;
  unsigned __int64 Signature;
 };

 /* 979 */
 union $4E6D73B9EB98142DEBDF447A024657D2
 {
  _RTL_DYNAMIC_HASH_TABLE_ENTRY HashEntry;
  _LIST_ENTRY *CurEntry;
 };

 /* 980 */
 struct __declspec(align(8)) _RTL_DYNAMIC_HASH_TABLE_ENUMERATOR
 {
  $4E6D73B9EB98142DEBDF447A024657D2 ___u0;
  _LIST_ENTRY *ChainHead;
  unsigned int BucketIndex;
 };

 /* 981 */
 struct _CUSTOM_SYSTEM_EVENT_TRIGGER_CONFIG
 {
  unsigned int Size;
  const wchar_t *TriggerId;
 };

 /* 982 */
 struct _EXCEPTION_REGISTRATION_RECORD
 {
  _EXCEPTION_REGISTRATION_RECORD *Next;
  _EXCEPTION_DISPOSITION (__fastcall *Handler)(_EXCEPTION_RECORD *, void *, _CONTEXT *, void *);
 };

 /* 983 */
 struct _EXCEPTION_RECORD
 {
  int ExceptionCode;
  unsigned int ExceptionFlags;
  _EXCEPTION_RECORD *ExceptionRecord;
  void *ExceptionAddress;
  unsigned int NumberParameters;
  unsigned __int64 ExceptionInformation[15];
 };

 /* 985 */
 union $7A727655067EA29DD1B3C3F7D79CBFD1
 {
  void *FiberData;
  unsigned int Version;
 };

 /* 984 */
 struct _NT_TIB
 {
  _EXCEPTION_REGISTRATION_RECORD *ExceptionList;
  void *StackBase;
  void *StackLimit;
  void *SubSystemTib;
  $7A727655067EA29DD1B3C3F7D79CBFD1 ___u4;
  void *ArbitraryUserPointer;
  _NT_TIB *Self;
 };

 /* 986 */
 struct $3AF973CD41D86FE815C4B32B4036FCC9
 {
  unsigned __int16 LimitLow;
  unsigned __int16 BaseLow;
  struct
  {
    unsigned __int8 BaseMiddle;
    unsigned __int8 Flags1;
    unsigned __int8 Flags2;
    unsigned __int8 BaseHigh;
  } Bytes;
  unsigned int BaseUpper;
  unsigned int MustBeZero;
 };

 /* 987 */
 struct $DE019BF23F645DE18A8E2A817E597FE0
 {
  __int64 DataLow;
  __int64 DataHigh;
 };

 /* 988 */
 struct $8A182C705C89D3D09A23B1A6C6D950E6
 {
  _BYTE gap0[4];
  struct
  {
    unsigned __int32 BaseMiddle : 8;
    unsigned __int32 Type : 5;
    unsigned __int32 Dpl : 2;
    unsigned __int32 Present : 1;
    unsigned __int32 LimitHigh : 4;
    unsigned __int32 System : 1;
    unsigned __int32 LongMode : 1;
    unsigned __int32 DefaultBig : 1;
    unsigned __int32 Granularity : 1;
    unsigned __int32 BaseHigh : 8;
  } Bits;
 };

 /* 989 */
 union _KGDTENTRY64
 {
  $3AF973CD41D86FE815C4B32B4036FCC9 __s0;
  $DE019BF23F645DE18A8E2A817E597FE0 __s1;
  $8A182C705C89D3D09A23B1A6C6D950E6 __s2;
 };

 /* 990 */
 struct _KTSS64
 {
  unsigned int Reserved0;
  __unaligned __declspec(align(1)) unsigned __int64 Rsp0;
  __unaligned __declspec(align(1)) unsigned __int64 Rsp1;
  __unaligned __declspec(align(1)) unsigned __int64 Rsp2;
  __unaligned __declspec(align(1)) unsigned __int64 Ist[8];
  __unaligned __declspec(align(1)) unsigned __int64 Reserved1;
  unsigned __int16 Reserved2;
  unsigned __int16 IoMapBase;
 };

 /* 994 */
 struct $F97CC0B1E6BC7F97C978F6FEBEF9E51D
 {
  _KGDTENTRY64 *GdtBase;
  _KTSS64 *TssBase;
  unsigned __int64 UserRsp;
  _KPCR *Self;
  _KPRCB *CurrentPrcb;
  _KSPIN_LOCK_QUEUE *LockArray;
  void *Used_Self;
 };

 /* 995 */
 union $339E5E3C0EA7946F33E4B0446BE14752
 {
  _NT_TIB NtTib;
  $F97CC0B1E6BC7F97C978F6FEBEF9E51D __s1;
 };

 /* 991 */
 struct _KPCR
 {
  $339E5E3C0EA7946F33E4B0446BE14752 ___u0;
  _KIDTENTRY64 *IdtBase;
  unsigned __int64 Unused[2];
  unsigned __int8 Irql;
  unsigned __int8 SecondLevelCacheAssociativity;
  unsigned __int8 ObsoleteNumber;
  unsigned __int8 Fill0;
  unsigned int Unused0[3];
  unsigned __int16 MajorVersion;
  unsigned __int16 MinorVersion;
  unsigned int StallScaleFactor;
  void *Unused1[3];
  unsigned int KernelReserved[15];
  unsigned int SecondLevelCacheSize;
  unsigned int HalReserved[16];
  unsigned int Unused2;
  void *KdVersionBlock;
  void *Unused3;
  unsigned int PcrAlign1[24];
  __declspec(align(16)) _KPRCB Prcb;
 };

 /* 992 */
 struct $3CCEB4C367AD314E5B0AA0D7724EC670
 {
  unsigned __int16 OffsetLow;
  unsigned __int16 Selector;
  unsigned __int16 IstIndex : 3;
  unsigned __int16 Reserved0 : 5;
  unsigned __int16 Type : 5;
  unsigned __int16 Dpl : 2;
  unsigned __int16 Present : 1;
  unsigned __int16 OffsetMiddle;
  unsigned int OffsetHigh;
  unsigned int Reserved1;
 };

 /* 993 */
 union _KIDTENTRY64
 {
  $3CCEB4C367AD314E5B0AA0D7724EC670 __s0;
  unsigned __int64 Alignment;
 };

 /* 996 */
 struct _ECP_LIST
 {
  unsigned int Signature;
  unsigned int Flags;
  _LIST_ENTRY EcpList;
 };

 /* 997 */
 struct _TXN_PARAMETER_BLOCK
 {
  unsigned __int16 Length;
  unsigned __int16 TxFsContext;
  void *TransactionObject;
 };

 /* 998 */
 struct _IO_DRIVER_CREATE_CONTEXT
 {
  __int16 Size;
  _ECP_LIST *ExtraCreateParameter;
  void *DeviceObjectHint;
  _TXN_PARAMETER_BLOCK *TxnParameters;
  _EJOB *SiloContext;
 };

 /* 999 */
 struct $BEDAFFCF8B2FE2B464F6E114319CEB5E
 {
  unsigned __int32 MCG_CapabilityRW : 1;
  unsigned __int32 MCG_GlobalControlRW : 1;
  unsigned __int32 Reserved : 30;
 };

 /* 1000 */
 union _XPF_MCE_FLAGS
 {
  $BEDAFFCF8B2FE2B464F6E114319CEB5E __s0;
  unsigned int AsULONG;
 };

 /* 1001 */
 struct $DD3EFD26B55353E648024B9E0E8957B6
 {
  unsigned __int8 ClearOnInitializationRW : 1;
  unsigned __int8 ControlDataRW : 1;
  unsigned __int8 Reserved : 6;
 };

 /* 1002 */
 union _XPF_MC_BANK_FLAGS
 {
  $DD3EFD26B55353E648024B9E0E8957B6 __s0;
  unsigned __int8 AsUCHAR;
 };

 /* 1003 */
 struct __unaligned __declspec(align(4)) _WHEA_XPF_MC_BANK_DESCRIPTOR
 {
  unsigned __int8 BankNumber;
  unsigned __int8 ClearOnInitialization;
  unsigned __int8 StatusDataFormat;
  _XPF_MC_BANK_FLAGS Flags;
  unsigned int ControlMsr;
  unsigned int StatusMsr;
  unsigned int AddressMsr;
  unsigned int MiscMsr;
  unsigned __int64 ControlData;
 };

 /* 1004 */
 struct _WHEA_XPF_MCE_DESCRIPTOR
 {
  unsigned __int16 Type;
  unsigned __int8 Enabled;
  unsigned __int8 NumberOfBanks;
  _XPF_MCE_FLAGS Flags;
  unsigned __int64 MCG_Capability;
  unsigned __int64 MCG_GlobalControl;
  _WHEA_XPF_MC_BANK_DESCRIPTOR Banks[32];
 };

 /* 1005 */
 struct $D9F8BA727F02FA7D5CD681B2EFB762AC
 {
  unsigned __int16 PollIntervalRW : 1;
  unsigned __int16 SwitchToPollingThresholdRW : 1;
  unsigned __int16 SwitchToPollingWindowRW : 1;
  unsigned __int16 ErrorThresholdRW : 1;
  unsigned __int16 ErrorThresholdWindowRW : 1;
  unsigned __int16 Reserved : 11;
 };

 /* 1006 */
 union _WHEA_NOTIFICATION_FLAGS
 {
  $D9F8BA727F02FA7D5CD681B2EFB762AC __s0;
  unsigned __int16 AsUSHORT;
 };

 /* 1007 */
 struct _WHEA_NOTIFICATION_DESCRIPTOR
 {
  unsigned __int8 Type;
  unsigned __int8 Length;
  _WHEA_NOTIFICATION_FLAGS Flags;
  union
  {
    struct
    {
      unsigned int PollInterval;
    } Polled;
    struct
    {
      unsigned int PollInterval;
      unsigned int Vector;
      unsigned int SwitchToPollingThreshold;
      unsigned int SwitchToPollingWindow;
      unsigned int ErrorThreshold;
      unsigned int ErrorThresholdWindow;
    } Interrupt;
    struct
    {
      unsigned int PollInterval;
      unsigned int Vector;
      unsigned int SwitchToPollingThreshold;
      unsigned int SwitchToPollingWindow;
      unsigned int ErrorThreshold;
      unsigned int ErrorThresholdWindow;
    } LocalInterrupt;
    struct
    {
      unsigned int PollInterval;
      unsigned int Vector;
      unsigned int SwitchToPollingThreshold;
      unsigned int SwitchToPollingWindow;
      unsigned int ErrorThreshold;
      unsigned int ErrorThresholdWindow;
    } Sci;
    struct
    {
      unsigned int PollInterval;
      unsigned int Vector;
      unsigned int SwitchToPollingThreshold;
      unsigned int SwitchToPollingWindow;
      unsigned int ErrorThreshold;
      unsigned int ErrorThresholdWindow;
    } Nmi;
    struct
    {
      unsigned int PollInterval;
      unsigned int Vector;
      unsigned int SwitchToPollingThreshold;
      unsigned int SwitchToPollingWindow;
      unsigned int ErrorThreshold;
      unsigned int ErrorThresholdWindow;
    } Sea;
    struct
    {
      unsigned int PollInterval;
      unsigned int Vector;
      unsigned int SwitchToPollingThreshold;
      unsigned int SwitchToPollingWindow;
      unsigned int ErrorThreshold;
      unsigned int ErrorThresholdWindow;
    } Sei;
    struct
    {
      unsigned int PollInterval;
      unsigned int Vector;
      unsigned int SwitchToPollingThreshold;
      unsigned int SwitchToPollingWindow;
      unsigned int ErrorThreshold;
      unsigned int ErrorThresholdWindow;
    } Gsiv;
  } u;
 };

 /* 1008 */
 struct _WHEA_XPF_CMC_DESCRIPTOR
 {
  unsigned __int16 Type;
  unsigned __int8 Enabled;
  unsigned __int8 NumberOfBanks;
  unsigned int Reserved;
  _WHEA_NOTIFICATION_DESCRIPTOR Notify;
  _WHEA_XPF_MC_BANK_DESCRIPTOR Banks[32];
 };

 /* 1009 */
 struct __unaligned __declspec(align(1)) _WHEA_XPF_NMI_DESCRIPTOR
 {
  unsigned __int16 Type;
  unsigned __int8 Enabled;
 };

 /* 1010 */
 struct _WHEA_IPF_MCA_DESCRIPTOR
 {
  unsigned __int16 Type;
  unsigned __int8 Enabled;
  unsigned __int8 Reserved;
 };

 /* 1011 */
 struct _WHEA_IPF_CMC_DESCRIPTOR
 {
  unsigned __int16 Type;
  unsigned __int8 Enabled;
  unsigned __int8 Reserved;
 };

 /* 1012 */
 struct _WHEA_IPF_CPE_DESCRIPTOR
 {
  unsigned __int16 Type;
  unsigned __int8 Enabled;
  unsigned __int8 Reserved;
 };

 /* 1013 */
 struct _WHEA_PCI_SLOT_NUMBER
 {
  union
  {
    struct
    {
      unsigned __int32 DeviceNumber : 5;
      unsigned __int32 FunctionNumber : 3;
      unsigned __int32 Reserved : 24;
    } bits;
    unsigned int AsULONG;
  } u;
 };

 /* 1014 */
 struct $EFF43A9EAE4B7B62E532E338439EC9F9
 {
  unsigned __int16 UncorrectableErrorMaskRW : 1;
  unsigned __int16 UncorrectableErrorSeverityRW : 1;
  unsigned __int16 CorrectableErrorMaskRW : 1;
  unsigned __int16 AdvancedCapsAndControlRW : 1;
  unsigned __int16 RootErrorCommandRW : 1;
  unsigned __int16 Reserved : 11;
 };

 /* 1015 */
 union _AER_ROOTPORT_DESCRIPTOR_FLAGS
 {
  $EFF43A9EAE4B7B62E532E338439EC9F9 __s0;
  unsigned __int16 AsUSHORT;
 };

 /* 1016 */
 struct _WHEA_AER_ROOTPORT_DESCRIPTOR
 {
  unsigned __int16 Type;
  unsigned __int8 Enabled;
  unsigned __int8 Reserved;
  unsigned int BusNumber;
  _WHEA_PCI_SLOT_NUMBER Slot;
  unsigned __int16 DeviceControl;
  _AER_ROOTPORT_DESCRIPTOR_FLAGS Flags;
  unsigned int UncorrectableErrorMask;
  unsigned int UncorrectableErrorSeverity;
  unsigned int CorrectableErrorMask;
  unsigned int AdvancedCapsAndControl;
  unsigned int RootErrorCommand;
 };

 /* 1017 */
 struct $644EF056A6BCD34BEB130C59ECDD245F
 {
  unsigned __int16 UncorrectableErrorMaskRW : 1;
  unsigned __int16 UncorrectableErrorSeverityRW : 1;
  unsigned __int16 CorrectableErrorMaskRW : 1;
  unsigned __int16 AdvancedCapsAndControlRW : 1;
  unsigned __int16 Reserved : 12;
 };

 /* 1018 */
 union _AER_ENDPOINT_DESCRIPTOR_FLAGS
 {
  $644EF056A6BCD34BEB130C59ECDD245F __s0;
  unsigned __int16 AsUSHORT;
 };

 /* 1019 */
 struct _WHEA_AER_ENDPOINT_DESCRIPTOR
 {
  unsigned __int16 Type;
  unsigned __int8 Enabled;
  unsigned __int8 Reserved;
  unsigned int BusNumber;
  _WHEA_PCI_SLOT_NUMBER Slot;
  unsigned __int16 DeviceControl;
  _AER_ENDPOINT_DESCRIPTOR_FLAGS Flags;
  unsigned int UncorrectableErrorMask;
  unsigned int UncorrectableErrorSeverity;
  unsigned int CorrectableErrorMask;
  unsigned int AdvancedCapsAndControl;
 };

 /* 1020 */
 struct $DA323376D87A17572D4BAAC59ACA696A
 {
  unsigned __int16 UncorrectableErrorMaskRW : 1;
  unsigned __int16 UncorrectableErrorSeverityRW : 1;
  unsigned __int16 CorrectableErrorMaskRW : 1;
  unsigned __int16 AdvancedCapsAndControlRW : 1;
  unsigned __int16 SecondaryUncorrectableErrorMaskRW : 1;
  unsigned __int16 SecondaryUncorrectableErrorSevRW : 1;
  unsigned __int16 SecondaryCapsAndControlRW : 1;
  unsigned __int16 Reserved : 9;
 };

 /* 1021 */
 union _AER_BRIDGE_DESCRIPTOR_FLAGS
 {
  $DA323376D87A17572D4BAAC59ACA696A __s0;
  unsigned __int16 AsUSHORT;
 };

 /* 1022 */
 struct _WHEA_AER_BRIDGE_DESCRIPTOR
 {
  unsigned __int16 Type;
  unsigned __int8 Enabled;
  unsigned __int8 Reserved;
  unsigned int BusNumber;
  _WHEA_PCI_SLOT_NUMBER Slot;
  unsigned __int16 DeviceControl;
  _AER_BRIDGE_DESCRIPTOR_FLAGS Flags;
  unsigned int UncorrectableErrorMask;
  unsigned int UncorrectableErrorSeverity;
  unsigned int CorrectableErrorMask;
  unsigned int AdvancedCapsAndControl;
  unsigned int SecondaryUncorrectableErrorMask;
  unsigned int SecondaryUncorrectableErrorSev;
  unsigned int SecondaryCapsAndControl;
 };

 /* 1023 */
 struct __unaligned __declspec(align(4)) _WHEA_GENERIC_ERROR_DESCRIPTOR
 {
  unsigned __int16 Type;
  unsigned __int8 Reserved;
  unsigned __int8 Enabled;
  unsigned int ErrStatusBlockLength;
  unsigned int RelatedErrorSourceId;
  unsigned __int8 ErrStatusAddressSpaceID;
  unsigned __int8 ErrStatusAddressBitWidth;
  unsigned __int8 ErrStatusAddressBitOffset;
  unsigned __int8 ErrStatusAddressAccessSize;
  _LARGE_INTEGER ErrStatusAddress;
  _WHEA_NOTIFICATION_DESCRIPTOR Notify;
 };

 /* 1024 */
 struct _WHEA_GENERIC_ERROR_DESCRIPTOR_V2
 {
  unsigned __int16 Type;
  unsigned __int8 Reserved;
  unsigned __int8 Enabled;
  unsigned int ErrStatusBlockLength;
  unsigned int RelatedErrorSourceId;
  unsigned __int8 ErrStatusAddressSpaceID;
  unsigned __int8 ErrStatusAddressBitWidth;
  unsigned __int8 ErrStatusAddressBitOffset;
  unsigned __int8 ErrStatusAddressAccessSize;
  _LARGE_INTEGER ErrStatusAddress;
  _WHEA_NOTIFICATION_DESCRIPTOR Notify;
  unsigned __int8 ReadAckAddressSpaceID;
  unsigned __int8 ReadAckAddressBitWidth;
  unsigned __int8 ReadAckAddressBitOffset;
  unsigned __int8 ReadAckAddressAccessSize;
  _LARGE_INTEGER ReadAckAddress;
  unsigned __int64 ReadAckPreserveMask;
  unsigned __int64 ReadAckWriteMask;
 };

 /* 1025 */
 struct _WHEA_ERROR_SOURCE_CONFIGURATION_DD
 {
  int (__fastcall *Initialize)(void *, unsigned int);
  void (__fastcall *Uninitialize)(void *);
  int (__fastcall *Correct)(void *, unsigned int *);
 };

 /* 1026 */
 struct __unaligned __declspec(align(4)) _WHEA_DEVICE_DRIVER_DESCRIPTOR
 {
  unsigned __int16 Type;
  unsigned __int8 Enabled;
  unsigned __int8 Reserved;
  _GUID SourceGuid;
  unsigned __int16 LogTag;
  unsigned __int16 Reserved2;
  unsigned int PacketLength;
  unsigned int PacketCount;
  unsigned __int8 *PacketBuffer;
  _WHEA_ERROR_SOURCE_CONFIGURATION_DD Config;
  _GUID CreatorId;
  _GUID PartitionId;
  unsigned int MaxSectionDataLength;
  unsigned int MaxSectionsPerRecord;
  unsigned __int8 *PacketStateBuffer;
  int OpenHandles;
 };

 /* 1027 */
 struct _WHEA_ERROR_SOURCE_DESCRIPTOR
 {
  unsigned int Length;
  unsigned int Version;
  _WHEA_ERROR_SOURCE_TYPE Type;
  _WHEA_ERROR_SOURCE_STATE State;
  unsigned int MaxRawDataLength;
  unsigned int NumRecordsToPreallocate;
  unsigned int MaxSectionsPerRecord;
  unsigned int ErrorSourceId;
  unsigned int PlatformErrorSourceId;
  unsigned int Flags;
  union __unaligned __declspec(align(4))
  {
    _WHEA_XPF_MCE_DESCRIPTOR XpfMceDescriptor;
    _WHEA_XPF_CMC_DESCRIPTOR XpfCmcDescriptor;
    _WHEA_XPF_NMI_DESCRIPTOR XpfNmiDescriptor;
    _WHEA_IPF_MCA_DESCRIPTOR IpfMcaDescriptor;
    _WHEA_IPF_CMC_DESCRIPTOR IpfCmcDescriptor;
    _WHEA_IPF_CPE_DESCRIPTOR IpfCpeDescriptor;
    _WHEA_AER_ROOTPORT_DESCRIPTOR AerRootportDescriptor;
    _WHEA_AER_ENDPOINT_DESCRIPTOR AerEndpointDescriptor;
    _WHEA_AER_BRIDGE_DESCRIPTOR AerBridgeDescriptor;
    _WHEA_GENERIC_ERROR_DESCRIPTOR GenErrDescriptor;
    _WHEA_GENERIC_ERROR_DESCRIPTOR_V2 GenErrDescriptorV2;
    _WHEA_DEVICE_DRIVER_DESCRIPTOR DeviceDriverDescriptor;
  } Info;
 };

 /* 1028 */
 struct $26E95845B33B84F42665E352BF23E268
 {
  unsigned __int32 Reserved1 : 1;
  unsigned __int32 LogInternalEtw : 1;
  unsigned __int32 LogBlackbox : 1;
  unsigned __int32 LogSel : 1;
  unsigned __int32 RawSel : 1;
  unsigned __int32 NoFormat : 1;
  unsigned __int32 Driver : 1;
  unsigned __int32 Reserved2 : 25;
 };

 /* 1029 */
 union _WHEA_EVENT_LOG_ENTRY_FLAGS
 {
  $26E95845B33B84F42665E352BF23E268 __s0;
  unsigned int AsULONG;
 };

 /* 1030 */
 struct _WHEA_EVENT_LOG_ENTRY_HEADER
 {
  unsigned int Signature;
  unsigned int Version;
  unsigned int Length;
  _WHEA_EVENT_LOG_ENTRY_TYPE Type;
  unsigned int OwnerTag;
  _WHEA_EVENT_LOG_ENTRY_ID Id;
  _WHEA_EVENT_LOG_ENTRY_FLAGS Flags;
  unsigned int PayloadLength;
 };

 /* 1031 */
 struct _WHEA_EVENT_LOG_ENTRY
 {
  _WHEA_EVENT_LOG_ENTRY_HEADER Header;
 };

 /* 1032 */
 struct $6925146DDFB4E1181EC8A69EB67289F4
 {
  unsigned __int32 PreviousError : 1;
  unsigned __int32 CriticalEvent : 1;
  unsigned __int32 HypervisorError : 1;
  unsigned __int32 Simulated : 1;
  unsigned __int32 PlatformPfaControl : 1;
  unsigned __int32 PlatformDirectedOffline : 1;
  unsigned __int32 AddressTranslationRequired : 1;
  unsigned __int32 AddressTranslationCompleted : 1;
  unsigned __int32 Reserved2 : 24;
 };

 /* 1033 */
 union _WHEA_ERROR_PACKET_FLAGS
 {
  $6925146DDFB4E1181EC8A69EB67289F4 __s0;
  unsigned int AsULONG;
 };

 /* 1034 */
 struct _WHEA_ERROR_PACKET_V2
 {
  unsigned int Signature;
  unsigned int Version;
  unsigned int Length;
  _WHEA_ERROR_PACKET_FLAGS Flags;
  _WHEA_ERROR_TYPE ErrorType;
  _WHEA_ERROR_SEVERITY ErrorSeverity;
  unsigned int ErrorSourceId;
  _WHEA_ERROR_SOURCE_TYPE ErrorSourceType;
  _GUID NotifyType;
  unsigned __int64 Context;
  _WHEA_ERROR_PACKET_DATA_FORMAT DataFormat;
  unsigned int Reserved1;
  unsigned int DataOffset;
  unsigned int DataLength;
  unsigned int PshedDataOffset;
  unsigned int PshedDataLength;
 };

 /* 1035 */
 struct $093851A5671CCE5957B5EAEAC4F608A2
 {
  unsigned __int8 MinorRevision;
  unsigned __int8 MajorRevision;
 };

 /* 1036 */
 union _WHEA_REVISION
 {
  $093851A5671CCE5957B5EAEAC4F608A2 __s0;
  unsigned __int16 AsUSHORT;
 };

 /* 1037 */
 struct $303239889594314C554CBA593C88201B
 {
  unsigned __int32 PlatformId : 1;
  unsigned __int32 Timestamp : 1;
  unsigned __int32 PartitionId : 1;
  unsigned __int32 Reserved : 29;
 };

 /* 1038 */
 union _WHEA_ERROR_RECORD_HEADER_VALIDBITS
 {
  $303239889594314C554CBA593C88201B __s0;
  unsigned int AsULONG;
 };

 /* 1039 */
 struct $0E69AD184FCFEB7998E3B897182A8ACD
 {
  unsigned __int64 Seconds : 8;
  unsigned __int64 Minutes : 8;
  unsigned __int64 Hours : 8;
  unsigned __int64 Precise : 1;
  unsigned __int64 Reserved : 7;
  unsigned __int64 Day : 8;
  unsigned __int64 Month : 8;
  unsigned __int64 Year : 8;
  unsigned __int64 Century : 8;
 };

 /* 1040 */
 union _WHEA_TIMESTAMP
 {
  $0E69AD184FCFEB7998E3B897182A8ACD __s0;
  _LARGE_INTEGER AsLARGE_INTEGER;
 };

 /* 1041 */
 struct $9E46E3073B5FFFFC8430EEE7126B55BF
 {
  unsigned __int32 Recovered : 1;
  unsigned __int32 PreviousError : 1;
  unsigned __int32 Simulated : 1;
  unsigned __int32 DeviceDriver : 1;
  unsigned __int32 CriticalEvent : 1;
  unsigned __int32 PersistPfn : 1;
  unsigned __int32 Reserved : 26;
 };

 /* 1042 */
 union _WHEA_ERROR_RECORD_HEADER_FLAGS
 {
  $9E46E3073B5FFFFC8430EEE7126B55BF __s0;
  unsigned int AsULONG;
 };

 /* 1043 */
 struct $7AB0461A727F28B9D4873A511C9F9EFB
 {
  unsigned __int64 Signature : 16;
  unsigned __int64 Length : 24;
  unsigned __int64 Identifier : 16;
  unsigned __int64 Attributes : 2;
  unsigned __int64 DoNotLog : 1;
  unsigned __int64 Reserved : 5;
 };

 /* 1044 */
 union _WHEA_PERSISTENCE_INFO
 {
  $7AB0461A727F28B9D4873A511C9F9EFB __s0;
  unsigned __int64 AsULONGLONG;
 };

 /* 1045 */
 struct _WHEA_ERROR_RECORD_HEADER
 {
  unsigned int Signature;
  _WHEA_REVISION Revision;
  __unaligned __declspec(align(1)) unsigned int SignatureEnd;
  unsigned __int16 SectionCount;
  _WHEA_ERROR_SEVERITY Severity;
  _WHEA_ERROR_RECORD_HEADER_VALIDBITS ValidBits;
  unsigned int Length;
  _WHEA_TIMESTAMP Timestamp;
  _GUID PlatformId;
  _GUID PartitionId;
  _GUID CreatorId;
  _GUID NotifyType;
  unsigned __int64 RecordId;
  _WHEA_ERROR_RECORD_HEADER_FLAGS Flags;
  __unaligned __declspec(align(1)) _WHEA_PERSISTENCE_INFO PersistenceInfo;
  unsigned __int8 Reserved[12];
 };

 /* 1046 */
 struct $6811685E9C9CDE140128703EAAAFCDFF
 {
  unsigned __int8 FRUId : 1;
  unsigned __int8 FRUText : 1;
  unsigned __int8 Reserved : 6;
 };

 /* 1047 */
 union _WHEA_ERROR_RECORD_SECTION_DESCRIPTOR_VALIDBITS
 {
  $6811685E9C9CDE140128703EAAAFCDFF __s0;
  unsigned __int8 AsUCHAR;
 };

 /* 1048 */
 struct $04FC3C63FA6AFA10A09BBCBE2A6159E4
 {
  unsigned __int32 Primary : 1;
  unsigned __int32 ContainmentWarning : 1;
  unsigned __int32 Reset : 1;
  unsigned __int32 ThresholdExceeded : 1;
  unsigned __int32 ResourceNotAvailable : 1;
  unsigned __int32 LatentError : 1;
  unsigned __int32 Propagated : 1;
  unsigned __int32 Reserved : 25;
 };

 /* 1049 */
 union _WHEA_ERROR_RECORD_SECTION_DESCRIPTOR_FLAGS
 {
  $04FC3C63FA6AFA10A09BBCBE2A6159E4 __s0;
  unsigned int AsULONG;
 };

 /* 1050 */
 struct _WHEA_ERROR_RECORD_SECTION_DESCRIPTOR
 {
  unsigned int SectionOffset;
  unsigned int SectionLength;
  _WHEA_REVISION Revision;
  _WHEA_ERROR_RECORD_SECTION_DESCRIPTOR_VALIDBITS ValidBits;
  unsigned __int8 Reserved;
  _WHEA_ERROR_RECORD_SECTION_DESCRIPTOR_FLAGS Flags;
  _GUID SectionType;
  _GUID FRUId;
  _WHEA_ERROR_SEVERITY SectionSeverity;
  char FRUText[20];
 };

 /* 1051 */
 struct _WHEA_ERROR_RECORD
 {
  _WHEA_ERROR_RECORD_HEADER Header;
  _WHEA_ERROR_RECORD_SECTION_DESCRIPTOR SectionDescriptor[1];
 };

 /* 1052 */
 struct _HALP_ALLOC_CONTEXT
 {
  _LIST_ENTRY BufferList;
  unsigned __int64 Lock;
 };

 /* 1053 */
 struct _MCUPDATE_INFO
 {
  _LIST_ENTRY List;
  unsigned int Status;
  unsigned __int64 Id;
  unsigned __int64 VendorScratch[2];
 };

 /* 1054 */
 struct _HARDWARE_PTE
 {
  unsigned __int64 Valid : 1;
  unsigned __int64 Write : 1;
  unsigned __int64 Owner : 1;
  unsigned __int64 WriteThrough : 1;
  unsigned __int64 CacheDisable : 1;
  unsigned __int64 Accessed : 1;
  unsigned __int64 Dirty : 1;
  unsigned __int64 LargePage : 1;
  unsigned __int64 Global : 1;
  unsigned __int64 CopyOnWrite : 1;
  unsigned __int64 Prototype : 1;
  unsigned __int64 reserved0 : 1;
  unsigned __int64 PageFrameNumber : 36;
  unsigned __int64 reserved1 : 4;
  unsigned __int64 SoftwareWsIndex : 11;
  unsigned __int64 NoExecute : 1;
 };

 /* 1055 */
 struct _DEVPROPKEY
 {
  _GUID fmtid;
  unsigned int pid;
 };

 /* 1056 */
 struct $73DDC73F6A9FBC135E9914E62BF32308
 {
  unsigned __int64 LocalAPICId : 1;
  unsigned __int64 CpuId : 1;
  unsigned __int64 ProcInfoCount : 6;
  unsigned __int64 ContextInfoCount : 6;
  unsigned __int64 Reserved : 50;
 };

 /* 1057 */
 union _WHEA_XPF_PROCESSOR_ERROR_SECTION_VALIDBITS
 {
  $73DDC73F6A9FBC135E9914E62BF32308 __s0;
  unsigned __int64 ValidBits;
 };

 /* 1058 */
 struct __unaligned __declspec(align(1)) _WHEA_XPF_PROCESSOR_ERROR_SECTION
 {
  _WHEA_XPF_PROCESSOR_ERROR_SECTION_VALIDBITS ValidBits;
  unsigned __int64 LocalAPICId;
  unsigned __int8 CpuId[48];
  unsigned __int8 VariableInfo[1];
 };

 /* 1059 */
 struct __declspec(align(4)) _SECONDARY_INTERRUPT_LINE_STATE
 {
  _KINTERRUPT_POLARITY Polarity;
  _KINTERRUPT_MODE Mode;
  unsigned int Vector;
  unsigned __int8 Unmasked;
 };

 /* 1060 */
 struct _IO_APIC_REGISTERS
 {
  volatile unsigned int RegisterIndex;
  volatile unsigned int Reserved1[3];
  volatile unsigned int RegisterValue;
  volatile unsigned int Reserved2[11];
  volatile unsigned int EndOfInterrupt;
 };

 /* 1061 */
 struct __declspec(align(8)) _IO_APIC_DATA
 {
  unsigned __int64 PhysicalAddress;
  unsigned int Identifier;
  _IO_APIC_REGISTERS *BaseAddress;
  unsigned __int8 Version;
  unsigned __int8 PinCount;
  unsigned __int8 Initialized;
  unsigned __int8 InitializedFirstLocalUnit;
  unsigned int GsiBase;
  unsigned int CmciRegister;
  unsigned int DeferredErrorRegister;
  unsigned __int8 IoUnitMissing;
 };

 /* 1062 */
 struct $CA956BED62394EDCB5C8ACE196F63354
 {
  unsigned int PhysicalTarget;
  unsigned int ClusterMask;
 };

 /* 1063 */
 union $6888D2351E91D93821A7AE792A954730
 {
  $CA956BED62394EDCB5C8ACE196F63354 __s0;
  unsigned int LogicalFlatTarget;
  unsigned int RemapIndex;
  unsigned int ClusterId;
  struct
  {
    unsigned int Low32;
    unsigned int High32;
    unsigned __int64 InterruptData;
  } HypervisorTarget;
 };

 /* 1064 */
 struct _INTERRUPT_TARGET
 {
  _INTERRUPT_TARGET_TYPE Target;
  $6888D2351E91D93821A7AE792A954730 ___u1;
 };

 /* 1065 */
 struct _INTERRUPT_LINE
 {
  unsigned int UnitId;
  int Line;
 };

 /* 1066 */
 struct _INTERRUPT_LINE_STATE
 {
  _KINTERRUPT_POLARITY Polarity;
  unsigned __int8 EmulateActiveBoth;
  _KINTERRUPT_MODE TriggerMode;
  unsigned int Flags;
  _INTERRUPT_LINE Routing;
  _INTERRUPT_TARGET ProcessorTarget;
  unsigned int Vector;
  unsigned int Priority;
 };

 /* 1067 */
 struct _INTERRUPT_FUNCTION_TABLE
 {
  int (__fastcall *InitializeLocalUnit)(void *, unsigned int, unsigned int, unsigned int, unsigned int, unsigned int *);
  int (__fastcall *InitializeIoUnit)(void *);
  void (__fastcall *SetPriority)(void *, unsigned int);
  unsigned int (__fastcall *GetLocalUnitError)(void *);
  void (__fastcall *ClearLocalUnitError)(void *);
  int (__fastcall *GetLogicalId)(void *, _INTERRUPT_TARGET *);
  int (__fastcall *SetLogicalId)(void *, _INTERRUPT_TARGET *);
  _INTERRUPT_RESULT (__fastcall *AcceptAndGetSource)(void *, int *, unsigned int *);
  void (__fastcall *EndOfInterrupt)(void *);
  void (__fastcall *FastEndOfInterrupt)();
  int (__fastcall *SetLineState)(void *, _INTERRUPT_LINE *, _INTERRUPT_LINE_STATE *);
  int (__fastcall *RequestInterrupt)(void *, _INTERRUPT_LINE *, _INTERRUPT_TARGET *, unsigned int, _INTERRUPT_LINE *);
  int (__fastcall *StartProcessor)(void *, unsigned int, void *, unsigned int);
  int (__fastcall *GenerateMessage)(void *, _INTERRUPT_LINE_STATE *, unsigned __int64 *, unsigned __int64 *);
  int (__fastcall *ConvertId)(void *, unsigned int *, _INTERRUPT_TARGET *, unsigned __int8);
  int (__fastcall *SaveLocalInterrupts)(void *, void *);
  int (__fastcall *ReplayLocalInterrupts)(void *, void *);
  int (__fastcall *DeinitializeLocalUnit)(void *);
  int (__fastcall *DeinitializeIoUnit)(void *);
  _INTERRUPT_RESULT (__fastcall *QueryAndGetSource)(void *, int *, unsigned int *, unsigned __int8 *);
  void (__fastcall *DeactivateInterrupt)(void *, unsigned int);
  void (__fastcall *DirectedEndOfInterrupt)(void *, unsigned int, unsigned int);
  int (__fastcall *QueryLocalUnitInfo)(void *, unsigned int, unsigned int *, unsigned int *, _KINTERRUPT_MODE *, _KINTERRUPT_MODE *);
 };

 /* 1068 */
 struct _REGISTERED_INTERRUPT_CONTROLLER
 {
  _LIST_ENTRY ListEntry;
  void *InternalData;
  unsigned int InternalDataSize;
  _INTERRUPT_FUNCTION_TABLE FunctionTable;
  _KNOWN_CONTROLLER_TYPE KnownType;
  unsigned int Capabilities;
  unsigned int Flags;
  unsigned int MaxPriority;
  unsigned int UnitId;
  _LIST_ENTRY LinesHead;
  _LIST_ENTRY OutputLinesHead;
  int MinLine;
  int MaxLine;
  unsigned int MaxClusterSize;
  unsigned int MaxClusters;
  unsigned int InterruptReplayDataSize;
  _INTERRUPT_PROBLEM Problem;
  int ProblemStatus;
  const char *ProblemSourceFile;
  unsigned int ProblemSourceLine;
  unsigned int CustomProblem;
  int CustomProblemStatus;
  _UNICODE_STRING ResourceId;
  POHANDLE__ *PowerHandle;
 };

 /* 1069 */
 struct __unaligned __declspec(align(1)) _PROCLOCALSAPIC
 {
  unsigned __int8 Type;
  unsigned __int8 Length;
  unsigned __int8 ACPIProcessorID;
  unsigned __int8 APICID;
  unsigned __int8 APICEID;
  unsigned __int8 Reserved[3];
  unsigned int Flags;
  unsigned int ACPIProcessorUIDInteger;
  char ACPIProcessorUIDString[1];
 };

 /* 1070 */
 struct __unaligned __declspec(align(4)) _GEN_ADDR
 {
  unsigned __int8 AddressSpaceID;
  unsigned __int8 BitWidth;
  unsigned __int8 BitOffset;
  unsigned __int8 AccessSize;
  _LARGE_INTEGER Address;
 };

 /* 1071 */
 struct $639BB82474D4A93EB0A24EB106796DDC
 {
  unsigned __int32 RestartIpValid : 1;
  unsigned __int32 ErrorIpValid : 1;
  unsigned __int32 MachineCheckInProgress : 1;
  unsigned __int32 LocalMceValid : 1;
  unsigned __int32 Reserved1 : 28;
  unsigned int Reserved2;
 };

 /* 1072 */
 union _MCG_STATUS
 {
  $639BB82474D4A93EB0A24EB106796DDC __s0;
  unsigned __int64 QuadPart;
 };

 /* 1073 */
 struct _MCI_STATUS_BITS_COMMON
 {
  unsigned __int64 McaErrorCode : 16;
  unsigned __int64 ModelErrorCode : 16;
  unsigned __int64 Reserved : 25;
  unsigned __int64 ContextCorrupt : 1;
  unsigned __int64 AddressValid : 1;
  unsigned __int64 MiscValid : 1;
  unsigned __int64 ErrorEnabled : 1;
  unsigned __int64 UncorrectedError : 1;
  unsigned __int64 StatusOverFlow : 1;
  unsigned __int64 Valid : 1;
 };

 /* 1074 */
 struct _MCI_STATUS_AMD_BITS
 {
  unsigned __int64 McaErrorCode : 16;
  unsigned __int64 ModelErrorCode : 16;
  unsigned __int64 ImplementationSpecific2 : 11;
  unsigned __int64 Poison : 1;
  unsigned __int64 Deferred : 1;
  unsigned __int64 ImplementationSpecific1 : 12;
  unsigned __int64 ContextCorrupt : 1;
  unsigned __int64 AddressValid : 1;
  unsigned __int64 MiscValid : 1;
  unsigned __int64 ErrorEnabled : 1;
  unsigned __int64 UncorrectedError : 1;
  unsigned __int64 StatusOverFlow : 1;
  unsigned __int64 Valid : 1;
 };

 /* 1075 */
 struct _MCI_STATUS_INTEL_BITS
 {
  unsigned __int64 McaErrorCode : 16;
  unsigned __int64 ModelErrorCode : 16;
  unsigned __int64 OtherInfo : 5;
  unsigned __int64 FirmwareUpdateError : 1;
  unsigned __int64 CorrectedErrorCount : 15;
  unsigned __int64 ThresholdErrorStatus : 2;
  unsigned __int64 ActionRequired : 1;
  unsigned __int64 Signalling : 1;
  unsigned __int64 ContextCorrupt : 1;
  unsigned __int64 AddressValid : 1;
  unsigned __int64 MiscValid : 1;
  unsigned __int64 ErrorEnabled : 1;
  unsigned __int64 UncorrectedError : 1;
  unsigned __int64 StatusOverFlow : 1;
  unsigned __int64 Valid : 1;
 };

 /* 1076 */
 union _MCI_STATUS
 {
  _MCI_STATUS_BITS_COMMON CommonBits;
  _MCI_STATUS_AMD_BITS AmdBits;
  _MCI_STATUS_INTEL_BITS IntelBits;
  unsigned __int64 QuadPart;
 };

 /* 1077 */
 struct _WHEA_AMD_EXTENDED_REGISTERS
 {
  unsigned __int64 IPID;
  unsigned __int64 SYND;
  unsigned __int64 CONFIG;
  unsigned __int64 DESTAT;
  unsigned __int64 DEADDR;
  unsigned __int64 MISC1;
  unsigned __int64 MISC2;
  unsigned __int64 MISC3;
  unsigned __int64 MISC4;
  unsigned __int64 RasCap;
  unsigned __int64 Reserved[14];
 };

 /* 1078 */
 struct $671CED0C003D371D3A1A2F7D76E11E16
 {
  unsigned __int64 CountField : 8;
  unsigned __int64 ControlMsrPresent : 1;
  unsigned __int64 ExtendedMsrsPresent : 1;
  unsigned __int64 SignalingExtensionPresent : 1;
  unsigned __int64 ThresholdErrorStatusPresent : 1;
  unsigned __int64 Reserved : 4;
  unsigned __int64 ExtendedRegisterCount : 8;
  unsigned __int64 SoftwareErrorRecoverySupported : 1;
  unsigned __int64 EnhancedMachineCheckCapability : 1;
  unsigned __int64 ExtendedErrorLogging : 1;
  unsigned __int64 LocalMachineCheckException : 1;
 };

 /* 1079 */
 union _MCG_CAP
 {
  $671CED0C003D371D3A1A2F7D76E11E16 __s0;
  unsigned __int64 QuadPart;
 };

 /* 1080 */
 union $EC7D1BB73ED59ACC476A2EA76DE60486
 {
  unsigned __int64 ExtendedRegisters[24];
  _WHEA_AMD_EXTENDED_REGISTERS AMDExtendedRegisters;
 };

 /* 1081 */
 struct _WHEA_XPF_MCA_SECTION
 {
  unsigned int VersionNumber;
  _WHEA_CPU_VENDOR CpuVendor;
  _LARGE_INTEGER Timestamp;
  unsigned int ProcessorNumber;
  __unaligned __declspec(align(1)) _MCG_STATUS GlobalStatus;
  __unaligned __declspec(align(1)) unsigned __int64 InstructionPointer;
  unsigned int BankNumber;
  _MCI_STATUS Status;
  unsigned __int64 Address;
  unsigned __int64 Misc;
  unsigned int ExtendedRegisterCount;
  unsigned int ApicId;
  $EC7D1BB73ED59ACC476A2EA76DE60486 ___u12;
  _MCG_CAP GlobalCapability;
 };

 /* 1082 */
 struct _IOSAPIC
 {
  unsigned __int8 Type;
  unsigned __int8 Length;
  unsigned __int8 IOSAPICID;
  unsigned __int8 Reserved;
  unsigned int SystemVectorBase;
  unsigned __int64 IOSAPICAddress;
 };

 /* 1083 */
 struct _DESCRIPTION_HEADER
 {
  unsigned int Signature;
  unsigned int Length;
  unsigned __int8 Revision;
  unsigned __int8 Checksum;
  char OEMID[6];
  char OEMTableID[8];
  unsigned int OEMRevision;
  char CreatorID[4];
  unsigned int CreatorRev;
 };

 /* 1084 */
 struct __declspec(align(8)) _ACPI_CACHED_TABLE
 {
  _LIST_ENTRY Links;
  _LARGE_INTEGER PhysicalAddress;
  _DESCRIPTION_HEADER Header;
 };

 /* 1085 */
 struct __unaligned __declspec(align(4)) _FADT
 {
  _DESCRIPTION_HEADER Header;
  unsigned int facs;
  unsigned int dsdt;
  unsigned __int8 int_model;
  unsigned __int8 pm_profile;
  unsigned __int16 sci_int_vector;
  unsigned int smi_cmd_io_port;
  unsigned __int8 acpi_on_value;
  unsigned __int8 acpi_off_value;
  unsigned __int8 s4bios_req;
  unsigned __int8 pstate_control;
  unsigned int pm1a_evt_blk_io_port;
  unsigned int pm1b_evt_blk_io_port;
  unsigned int pm1a_ctrl_blk_io_port;
  unsigned int pm1b_ctrl_blk_io_port;
  unsigned int pm2_ctrl_blk_io_port;
  unsigned int pm_tmr_blk_io_port;
  unsigned int gp0_blk_io_port;
  unsigned int gp1_blk_io_port;
  unsigned __int8 pm1_evt_len;
  unsigned __int8 pm1_ctrl_len;
  unsigned __int8 pm2_ctrl_len;
  unsigned __int8 pm_tmr_len;
  unsigned __int8 gp0_blk_len;
  unsigned __int8 gp1_blk_len;
  unsigned __int8 gp1_base;
  unsigned __int8 cstate_control;
  unsigned __int16 lvl2_latency;
  unsigned __int16 lvl3_latency;
  unsigned __int16 flush_size;
  unsigned __int16 flush_stride;
  unsigned __int8 duty_offset;
  unsigned __int8 duty_width;
  unsigned __int8 day_alarm_index;
  unsigned __int8 month_alarm_index;
  unsigned __int8 century_alarm_index;
  unsigned __int16 boot_arch;
  unsigned __int8 reserved3[1];
  unsigned int flags;
  _GEN_ADDR reset_reg;
  unsigned __int8 reset_val;
  unsigned __int16 arm_boot_arch;
  unsigned __int8 minor_version_number;
  _LARGE_INTEGER x_firmware_ctrl;
  _LARGE_INTEGER x_dsdt;
  _GEN_ADDR x_pm1a_evt_blk;
  _GEN_ADDR x_pm1b_evt_blk;
  _GEN_ADDR x_pm1a_ctrl_blk;
  _GEN_ADDR x_pm1b_ctrl_blk;
  _GEN_ADDR x_pm2_ctrl_blk;
  _GEN_ADDR x_pm_tmr_blk;
  _GEN_ADDR x_gp0_blk;
  _GEN_ADDR x_gp1_blk;
  _GEN_ADDR sleep_control_reg;
  _GEN_ADDR sleep_status_reg;
 };

 /* 1086 */
 struct _PROCLOCALAPIC
 {
  unsigned __int8 Type;
  unsigned __int8 Length;
  unsigned __int8 ACPIProcessorID;
  unsigned __int8 APICID;
  unsigned int Flags;
 };

 /* 1087 */
 struct _RSDT_32
 {
  _DESCRIPTION_HEADER Header;
  unsigned int Tables[1];
 };

 /* 1088 */
 struct _LOCAL_NMISOURCE
 {
  unsigned __int8 Type;
  unsigned __int8 Length;
  unsigned __int8 ProcessorID;
  __unaligned __declspec(align(1)) unsigned __int16 Flags;
  unsigned __int8 LINTIN;
 };

 /* 1089 */
 struct _PLATFORM_INTERRUPT
 {
  unsigned __int8 Type;
  unsigned __int8 Length;
  unsigned __int16 Flags;
  unsigned __int8 InterruptType;
  unsigned __int8 APICID;
  unsigned __int8 ACPIEID;
  unsigned __int8 IOSAPICVector;
  unsigned int GlobalVector;
  unsigned int Reserved;
 };

 /* 1090 */
 struct _DMA_ADAPTER
 {
  unsigned __int16 Version;
  unsigned __int16 Size;
  _DMA_OPERATIONS *DmaOperations;
 };

 /* 1103 */
 struct _DMA_OPERATIONS
 {
  unsigned int Size;
  void (__fastcall *PutDmaAdapter)(_DMA_ADAPTER *);
  void *(__fastcall *AllocateCommonBuffer)(_DMA_ADAPTER *, unsigned int, _LARGE_INTEGER *, unsigned __int8);
  void (__fastcall *FreeCommonBuffer)(_DMA_ADAPTER *, unsigned int, _LARGE_INTEGER, void *, unsigned __int8);
  int (__fastcall *AllocateAdapterChannel)(_DMA_ADAPTER *, _DEVICE_OBJECT *, unsigned int, _IO_ALLOCATION_ACTION (__fastcall *)(_DEVICE_OBJECT *, _IRP *, void *, void *), void *);
  unsigned __int8 (__fastcall *FlushAdapterBuffers)(_DMA_ADAPTER *, _MDL *, void *, void *, unsigned int, unsigned __int8);
  void (__fastcall *FreeAdapterChannel)(_DMA_ADAPTER *);
  void (__fastcall *FreeMapRegisters)(_DMA_ADAPTER *, void *, unsigned int);
  _LARGE_INTEGER (__fastcall *MapTransfer)(_DMA_ADAPTER *, _MDL *, void *, void *, unsigned int *, unsigned __int8);
  unsigned int (__fastcall *GetDmaAlignment)(_DMA_ADAPTER *);
  unsigned int (__fastcall *ReadDmaCounter)(_DMA_ADAPTER *);
  int (__fastcall *GetScatterGatherList)(_DMA_ADAPTER *, _DEVICE_OBJECT *, _MDL *, void *, unsigned int, void (__fastcall *)(_DEVICE_OBJECT *, _IRP *, _SCATTER_GATHER_LIST *, void *), void *, unsigned __int8);
  void (__fastcall *PutScatterGatherList)(_DMA_ADAPTER *, _SCATTER_GATHER_LIST *, unsigned __int8);
  int (__fastcall *CalculateScatterGatherList)(_DMA_ADAPTER *, _MDL *, void *, unsigned int, unsigned int *, unsigned int *);
  int (__fastcall *BuildScatterGatherList)(_DMA_ADAPTER *, _DEVICE_OBJECT *, _MDL *, void *, unsigned int, void (__fastcall *)(_DEVICE_OBJECT *, _IRP *, _SCATTER_GATHER_LIST *, void *), void *, unsigned __int8, void *, unsigned int);
  int (__fastcall *BuildMdlFromScatterGatherList)(_DMA_ADAPTER *, _SCATTER_GATHER_LIST *, _MDL *, _MDL **);
  int (__fastcall *GetDmaAdapterInfo)(_DMA_ADAPTER *, _DMA_ADAPTER_INFO *);
  int (__fastcall *GetDmaTransferInfo)(_DMA_ADAPTER *, _MDL *, unsigned __int64, unsigned int, unsigned __int8, _DMA_TRANSFER_INFO *);
  int (__fastcall *InitializeDmaTransferContext)(_DMA_ADAPTER *, void *);
  void *(__fastcall *AllocateCommonBufferEx)(_DMA_ADAPTER *, _LARGE_INTEGER *, unsigned int, _LARGE_INTEGER *, unsigned __int8, unsigned int);
  int (__fastcall *AllocateAdapterChannelEx)(_DMA_ADAPTER *, _DEVICE_OBJECT *, void *, unsigned int, unsigned int, _IO_ALLOCATION_ACTION (__fastcall *)(_DEVICE_OBJECT *, _IRP *, void *, void *), void *, void **);
  int (__fastcall *ConfigureAdapterChannel)(_DMA_ADAPTER *, unsigned int, void *);
  unsigned __int8 (__fastcall *CancelAdapterChannel)(_DMA_ADAPTER *, _DEVICE_OBJECT *, void *);
  int (__fastcall *MapTransferEx)(_DMA_ADAPTER *, _MDL *, void *, unsigned __int64, unsigned int, unsigned int *, unsigned __int8, _SCATTER_GATHER_LIST *, unsigned int, void (__fastcall *)(_DMA_ADAPTER *, _DEVICE_OBJECT *, void *, DMA_COMPLETION_STATUS), void *);
  int (__fastcall *GetScatterGatherListEx)(_DMA_ADAPTER *, _DEVICE_OBJECT *, void *, _MDL *, unsigned __int64, unsigned int, unsigned int, void (__fastcall *)(_DEVICE_OBJECT *, _IRP *, _SCATTER_GATHER_LIST *, void *), void *, unsigned __int8, void (__fastcall *)(_DMA_ADAPTER *, _DEVICE_OBJECT *, void *, DMA_COMPLETION_STATUS), void *, _SCATTER_GATHER_LIST **);
  int (__fastcall *BuildScatterGatherListEx)(_DMA_ADAPTER *, _DEVICE_OBJECT *, void *, _MDL *, unsigned __int64, unsigned int, unsigned int, void (__fastcall *)(_DEVICE_OBJECT *, _IRP *, _SCATTER_GATHER_LIST *, void *), void *, unsigned __int8, void *, unsigned int, void (__fastcall *)(_DMA_ADAPTER *, _DEVICE_OBJECT *, void *, DMA_COMPLETION_STATUS), void *, void *);
  int (__fastcall *FlushAdapterBuffersEx)(_DMA_ADAPTER *, _MDL *, void *, unsigned __int64, unsigned int, unsigned __int8);
  void (__fastcall *FreeAdapterObject)(_DMA_ADAPTER *, _IO_ALLOCATION_ACTION);
  int (__fastcall *CancelMappedTransfer)(_DMA_ADAPTER *, void *);
  int (__fastcall *AllocateDomainCommonBuffer)(_DMA_ADAPTER *, void *, _LARGE_INTEGER *, unsigned int, unsigned int, _MEMORY_CACHING_TYPE *, unsigned int, _LARGE_INTEGER *, void **);
  int (__fastcall *FlushDmaBuffer)(_DMA_ADAPTER *, _MDL *, unsigned __int8);
  int (__fastcall *JoinDmaDomain)(_DMA_ADAPTER *, void *);
  int (__fastcall *LeaveDmaDomain)(_DMA_ADAPTER *);
  void *(__fastcall *GetDmaDomain)(_DMA_ADAPTER *);
  void *(__fastcall *AllocateCommonBufferWithBounds)(_DMA_ADAPTER *, _LARGE_INTEGER *, _LARGE_INTEGER *, unsigned int, unsigned int, _MEMORY_CACHING_TYPE *, unsigned int, _LARGE_INTEGER *);
  int (__fastcall *AllocateCommonBufferVector)(_DMA_ADAPTER *, _LARGE_INTEGER, _LARGE_INTEGER, _MEMORY_CACHING_TYPE, unsigned int, unsigned int, unsigned int, unsigned __int64, _DMA_COMMON_BUFFER_VECTOR **);
  void (__fastcall *GetCommonBufferFromVectorByIndex)(_DMA_ADAPTER *, _DMA_COMMON_BUFFER_VECTOR *, unsigned int, void **, _LARGE_INTEGER *);
  void (__fastcall *FreeCommonBufferFromVector)(_DMA_ADAPTER *, _DMA_COMMON_BUFFER_VECTOR *, unsigned int);
  void (__fastcall *FreeCommonBufferVector)(_DMA_ADAPTER *, _DMA_COMMON_BUFFER_VECTOR *);
 };

 /* 1091 */
 struct _SCATTER_GATHER_ELEMENT
 {
  _LARGE_INTEGER Address;
  unsigned int Length;
  unsigned __int64 Reserved;
 };

 /* 1092 */
 struct _SCATTER_GATHER_LIST
 {
  unsigned int NumberOfElements;
  unsigned __int64 Reserved;
  _SCATTER_GATHER_ELEMENT Elements[];
 };

 /* 1093 */
 struct _DMA_ADAPTER_INFO_V1
 {
  unsigned int ReadDmaCounterAvailable;
  unsigned int ScatterGatherLimit;
  unsigned int DmaAddressWidth;
  unsigned int Flags;
  unsigned int MinimumTransferUnit;
 };

 /* 1094 */
 struct _DMA_ADAPTER_INFO
 {
  unsigned int Version;
  _DMA_ADAPTER_INFO_V1 V1;
 };

 /* 1095 */
 struct _DMA_TRANSFER_INFO_V1
 {
  unsigned int MapRegisterCount;
  unsigned int ScatterGatherElementCount;
  unsigned int ScatterGatherListSize;
 };

 /* 1096 */
 struct _DMA_TRANSFER_INFO_V2
 {
  unsigned int MapRegisterCount;
  unsigned int ScatterGatherElementCount;
  unsigned int ScatterGatherListSize;
  unsigned int LogicalPageCount;
 };

 /* 1097 */
 union $072BB528A37A7BE554B081BEEB47E713
 {
  _DMA_TRANSFER_INFO_V1 V1;
  _DMA_TRANSFER_INFO_V2 V2;
 };

 /* 1098 */
 struct _DMA_TRANSFER_INFO
 {
  unsigned int Version;
  $072BB528A37A7BE554B081BEEB47E713 ___u1;
 };

 /* 1102 */
 struct _DMA_COMMON_BUFFER_VECTOR
 {
  _LIST_ENTRY ListEntry;
  unsigned __int64 SizeOfEntries;
  unsigned int NumberOfEntries;
  _HALP_DMA_DOMAIN_OBJECT *Domain;
  _MDL *Mdl;
  void *BaseAddress;
  unsigned __int64 BaseLogicalAddress;
  _DMA_COMMON_BUFFER_ENTRY *Entries;
 };

 /* 1100 */
 struct __declspec(align(8)) _HALP_DMA_DOMAIN_OBJECT
 {
  _LIST_ENTRY ListEntry;
  _LARGE_INTEGER MaximumPhysicalAddress;
  _LARGE_INTEGER BoundaryAddressMultiple;
  unsigned __int8 CacheCoherent;
  unsigned __int8 FirmwareReserved;
  void *IommuDomainPointer;
  void *LaState;
  unsigned __int64 LaStateLock;
  _EXT_IOMMU_TRANSLATION_TYPE TranslationType;
  _ADAPTER_OBJECT *OwningAdapter;
  _RTL_RB_TREE CommonBufferRoot;
  unsigned __int64 CommonBufferTreeLock;
  _LIST_ENTRY VectorCommonBufferListHead;
  unsigned __int64 VectorCommonBufferLock;
  unsigned int DomainRefCount;
 };

 /* 1101 */
 struct _DMA_COMMON_BUFFER_ENTRY
 {
  void *VirtualAddress;
  _LARGE_INTEGER LogicalAddress;
 };

 /* 1106 */
 struct __declspec(align(8)) _HALP_DMA_TRANSLATION_BUFFER_POSITION
 {
  _HALP_DMA_TRANSLATION_BUFFER *Buffer;
  unsigned int Offset;
 };

 /* 1107 */
 struct _HALP_DMA_ADAPTER_OBJECT
 {
  _DMA_ADAPTER DmaHeader;
  _RTL_BITMAP *ContiguousMapRegisters;
  _HALP_DMA_TRANSLATION_ENTRY *ScatterBufferListHead;
  unsigned int NumberOfFreeScatterBuffers;
  _HALP_DMA_TRANSLATION_BUFFER *ContiguousTranslations;
  _HALP_DMA_TRANSLATION_BUFFER *ScatterTranslations;
  _HALP_DMA_TRANSLATION_BUFFER_POSITION ContiguousTranslationEnd;
  _HALP_DMA_TRANSLATION_BUFFER_POSITION ScatterTranslationEnd;
  struct
  {
    _HALP_DMA_TRANSLATION_BUFFER_POSITION ContiguousHint;
    _HALP_DMA_TRANSLATION_BUFFER_POSITION ScatterHint;
  } CrashDump;
  unsigned __int64 SpinLock;
  unsigned __int64 GrowLock;
  _LARGE_INTEGER MaximumPhysicalAddress;
  unsigned __int8 IsMasterAdapter;
  unsigned __int8 DmaCanCross64K;
  unsigned int LibraryVersion;
 };

 /* 1126 */
 struct $BCA063EA9D4A1F28601656FA4A4DA511
 {
  unsigned __int64 ResourceWaitLock;
  _LIST_ENTRY ResourceWaitQueue;
  _LIST_ENTRY ChannelResourceWaitQueue;
 };

 /* 1127 */
 union $8CFA729D2760FAF7124DD0A1C6886FA7
 {
  _KDEVICE_QUEUE ChannelWaitQueue;
  $BCA063EA9D4A1F28601656FA4A4DA511 __s1;
 };

 /* 1128 */
 struct $78D1344AB1B57913227620E40CB62AE5
 {
  unsigned __int8 Dma32BitAddresses;
  unsigned __int8 Dma64BitAddresses;
 };

 /* 1129 */
 union $B1A432C1C4031C9B4664D45D838B26B6
 {
  $78D1344AB1B57913227620E40CB62AE5 __s0;
  unsigned int DmaAddressWidth;
 };

 /* 1125 */
 struct __declspec(align(8)) _HALP_EMERGENCY_LA_QUEUE_ENTRY
 {
  _LIST_ENTRY ListEntry;
  _HALP_EMERGENCY_LA_QUEUE_TYPE EntryType;
 };

 /* 1099 */
 struct _ADAPTER_OBJECT
 {
  _HALP_DMA_ADAPTER_OBJECT AdapterObject;
  _HALP_DMA_MASTER_ADAPTER_OBJECT *MasterAdapter;
  _LIST_ENTRY WaitQueueEntry;
  $8CFA729D2760FAF7124DD0A1C6886FA7 ___u3;
  unsigned __int8 ResourceQueueBusy;
  __declspec(align(8)) unsigned int MapRegistersPerChannel;
  void *MapRegisterBase;
  unsigned int NumberOfMapRegisters;
  unsigned int MaxTransferLength;
  void *CrashDumpRegisterBase[2];
  unsigned int NumberOfCrashDumpRegisters[2];
  unsigned int CrashDumpRegisterRefCount[2];
  _LIST_ENTRY AdapterCrashDumpList;
  _MDL *MapRegisterMdl;
  unsigned __int64 MapRegisterMdlLock;
  _EX_PUSH_LOCK ExpiredLock;
  void *AllocationHandle;
  void *VirtualAddress;
  unsigned __int8 IsAllocationMdlBased;
  unsigned __int8 NoLocalPool;
  unsigned __int8 ExpiredFlag;
  _WAIT_CONTEXT_BLOCK *CurrentWcb;
  _DMA_TRANSFER_CONTEXT *CurrentTransferContext;
  _HALP_DMA_CONTROLLER *DmaController;
  unsigned int Controller;
  unsigned int ChannelNumber;
  unsigned int RequestLine;
  unsigned int RequestedChannelCount;
  unsigned int AllocatedChannelCount;
  unsigned int AllocatedChannels[8];
  void *ChannelAdapter;
  unsigned __int8 NeedsMapRegisters;
  unsigned __int8 MasterDevice;
  unsigned __int8 ScatterGather;
  unsigned __int8 AutoInitialize;
  unsigned __int8 IgnoreCount;
  unsigned __int8 CacheCoherent;
  $B1A432C1C4031C9B4664D45D838B26B6 ___u37;
  _DMA_WIDTH DmaPortWidth;
  _LARGE_INTEGER DeviceAddress;
  _LIST_ENTRY AdapterList;
  _WORK_QUEUE_ITEM WorkItem;
  _HALP_DMA_DOMAIN_OBJECT *DomainPointer;
  _EXT_IOMMU_TRANSLATION_TYPE TranslationType;
  unsigned __int8 AdapterInUse;
  _DEVICE_OBJECT *DeviceObject;
  _EXT_IOMMU_DEVICE_ID *DeviceId;
  void *IommuDevice;
  _MDL *ScatterGatherMdl;
  unsigned __int64 LowMemoryLogicalAddressBase;
  unsigned __int64 LowMemoryLogicalAddressQueueLock;
  _LIST_ENTRY LowMemoryLogicalAddressQueue;
  unsigned __int8 LowMemoryLogicalAddressQueueInUse;
  _HALP_EMERGENCY_LA_QUEUE_ENTRY LowMemoryLogicalAddressQueueEntry;
  _HALP_DMA_ADAPTER_ALLOCATION_STATE AllocationState;
  unsigned int ScatterGatherBufferLength;
  _SCATTER_GATHER_LIST ScatterGatherBuffer;
 };

 /* 1104 */
 struct __declspec(align(8)) _HALP_DMA_TRANSLATION_ENTRY
 {
  unsigned __int64 PhysicalAddress;
  _HALP_DMA_TRANSLATION_ENTRY *Next;
  unsigned int MappedLength;
  unsigned __int64 LogicalAddress;
  unsigned __int64 LogicalMappedLength;
  unsigned __int64 NextLogicalAddress;
  union
  {
    void *VirtualAddress;
    struct
    {
      unsigned __int64 BoundToMaster : 1;
      unsigned __int64 BoundToScatterPool : 1;
      unsigned __int64 OwnedByMaster : 1;
      unsigned __int64 OwnedByScatterPool : 1;
      unsigned __int64 TemporaryMapping : 1;
      unsigned __int64 ZeroBuffer : 1;
      unsigned __int64 Address : 58;
    } Flags;
  } u;
  _HALP_DMA_TRANSLATION_ENTRY *NextMapping;
  unsigned __int8 LogicalBounceBufferPremapped;
 };

 /* 1105 */
 struct _HALP_DMA_TRANSLATION_BUFFER
 {
  _HALP_DMA_TRANSLATION_BUFFER *Next;
  unsigned int EntryCount;
  _HALP_DMA_TRANSLATION_ENTRY *Entries;
 };

 /* 1108 */
 struct _HALP_DMA_MASTER_ADAPTER_OBJECT
 {
  _HALP_DMA_ADAPTER_OBJECT AdapterObject;
  _LIST_ENTRY ContiguousAdapterQueue;
  _LIST_ENTRY ScatterAdapterQueue;
  unsigned int MapBufferSize;
  _LARGE_INTEGER MapBufferPhysicalAddress;
  unsigned int ContiguousPageCount;
  unsigned int ContiguousPageLimit;
  unsigned int ScatterPageCount;
  unsigned int ScatterPageLimit;
 };

 /* 1109 */
 struct _DMA_TRANSFER_CONTEXT_V1
 {
  int DmaState;
  unsigned int TransferState;
  _WAIT_CONTEXT_BLOCK Wcb;
  void *HalWcb;
 };

 /* 1110 */
 struct _DMA_TRANSFER_CONTEXT
 {
  unsigned int Version;
  _DMA_TRANSFER_CONTEXT_V1 V1;
 };

 /* 1114 */
 struct _DMA_FUNCTION_TABLE
 {
  void (__fastcall *InitializeController)(void *);
  unsigned __int8 (__fastcall *ValidateRequestLineBinding)(void *, _DMA_REQUEST_LINE_BINDING_DESCRIPTION *);
  unsigned int (__fastcall *QueryMaxFragments)(void *, unsigned int, unsigned int);
  void (__fastcall *ProgramChannel)(void *, unsigned int, unsigned int, _DMA_SCATTER_GATHER_LIST *, _LARGE_INTEGER, unsigned __int8, unsigned __int8);
  int (__fastcall *ConfigureChannel)(void *, unsigned int, unsigned int, void *);
  void (__fastcall *FlushChannel)(void *, unsigned int);
  unsigned __int8 (__fastcall *HandleInterrupt)(void *, unsigned int *, _DMA_INTERRUPT_TYPE *);
  unsigned int (__fastcall *ReadDmaCounter)(void *, unsigned int);
  void (__fastcall *ReportCommonBuffer)(void *, unsigned int, void *, _LARGE_INTEGER);
  unsigned __int8 (__fastcall *CancelTransfer)(void *, unsigned int);
 };

 /* 1115 */
 struct __declspec(align(8)) _HALP_DMA_CONTROLLER
 {
  _LIST_ENTRY Controllers;
  _LIST_ENTRY AdapterList;
  unsigned int ControllerId;
  unsigned int MinimumRequestLine;
  unsigned int MaximumRequestLine;
  unsigned int ChannelCount;
  unsigned int ScatterGatherLimit;
  _HALP_DMA_CHANNEL *Channels;
  void *ExtensionData;
  unsigned __int8 CacheCoherent;
  unsigned int DmaAddressWidth;
  _DMA_FUNCTION_TABLE Operations;
  unsigned int SupportedPortWidths;
  unsigned int MinimumTransferUnit;
  unsigned __int64 Lock;
  unsigned __int8 Irql;
  unsigned __int8 GeneratesInterrupt;
  int Gsi;
  _KINTERRUPT_POLARITY InterruptPolarity;
  _KINTERRUPT_MODE InterruptMode;
  _UNICODE_STRING ResourceId;
  POHANDLE__ *PowerHandle;
  unsigned __int8 PowerActive;
 };

 /* 1116 */
 struct $2A6D339208598E0F97414D6BC3E820FD
 {
  unsigned __int16 PciSegmentNumber;
  unsigned __int16 PhantomFunctionBits : 2;
  unsigned __int16 BusRange : 1;
  unsigned __int16 Reserved : 5;
  unsigned __int16 StartBusNumber : 8;
  unsigned __int16 Bdf;
  unsigned __int16 DevicePathLength;
 };

 /* 1117 */
 struct $820BD5CDF206D52B7BD0FECFFC4DDC11
 {
  _BYTE gap0[4];
  unsigned __int8 SubordinateBus;
  unsigned __int8 SecondaryBus;
 };

 /* 1118 */
 union $C9AA14051B6DBF92C08E46925D729118
 {
  unsigned __int64 AsUINT64;
  $2A6D339208598E0F97414D6BC3E820FD __s1;
  $820BD5CDF206D52B7BD0FECFFC4DDC11 __s2;
 };

 /* 1119 */
 struct _EXT_IOMMU_DEVICE_ID_PCI
 {
  $C9AA14051B6DBF92C08E46925D729118 ___u0;
  wchar_t *DevicePath;
 };

 /* 1120 */
 struct _EXT_IOMMU_DEVICE_ID_ACPI
 {
  const char *ObjectName;
 };

 /* 1121 */
 struct _EXT_IOMMU_DEVICE_ID_TEST
 {
  unsigned __int64 UniqueId;
 };

 /* 1122 */
 struct _EXT_IOMMU_DEVICE_ID_GIC
 {
  unsigned int LineNumber;
 };

 /* 1123 */
 union $A8E20D79F038F96BF058BF4702C772A6
 {
  _EXT_IOMMU_DEVICE_ID_PCI Pci;
  _EXT_IOMMU_DEVICE_ID_ACPI Acpi;
  unsigned __int8 IoApicId;
  unsigned __int64 LogicalId;
  _EXT_IOMMU_DEVICE_ID_TEST Test;
  _EXT_IOMMU_DEVICE_ID_GIC Gic;
 };

 /* 1124 */
 struct _EXT_IOMMU_DEVICE_ID
 {
  _EXT_IOMMU_DEVICE_TYPE DeviceType;
  $A8E20D79F038F96BF058BF4702C772A6 ___u1;
 };

 /* 1111 */
 struct _HALP_DMA_CHANNEL
 {
  unsigned int ChannelNumber;
  unsigned __int8 Initialized;
  unsigned __int8 Busy;
  unsigned __int8 Complete;
  void (__fastcall *CurrentCompletionRoutine)(_DMA_ADAPTER *, _DEVICE_OBJECT *, void *, DMA_COMPLETION_STATUS);
  void *CurrentCompletionContext;
  _ADAPTER_OBJECT *CurrentChildAdapter;
  _DMA_INTERRUPT_TYPE CurrentInterruptType;
  _KDPC Dpc;
  unsigned __int8 GeneratesInterrupt;
  int Gsi;
  _KINTERRUPT_POLARITY InterruptPolarity;
  _KINTERRUPT_MODE InterruptMode;
  unsigned int CommonBufferLength;
  void *CommonBufferVirtualAddress;
  _LARGE_INTEGER CommonBufferLogicalAddress;
  _LIST_ENTRY AdapterQueue;
 };

 /* 1112 */
 struct _DMA_REQUEST_LINE_BINDING_DESCRIPTION
 {
  unsigned int RequestLine;
  unsigned int ChannelNumber;
 };

 /* 1113 */
 struct _DMA_SCATTER_GATHER_LIST
 {
  unsigned int NumberOfElements;
  unsigned __int64 Reserved;
  _SCATTER_GATHER_ELEMENT Elements[];
 };

 /* 1130 */
 struct __unaligned __declspec(align(4)) _RSDP
 {
  unsigned __int64 Signature;
  unsigned __int8 Checksum;
  unsigned __int8 OEMID[6];
  unsigned __int8 Revision;
  unsigned int RsdtAddress;
  unsigned int Length;
  _LARGE_INTEGER XsdtAddress;
  unsigned __int8 XChecksum;
  unsigned __int8 Reserved[3];
 };

 /* 1131 */
 struct __unaligned __declspec(align(4)) _XSDT
 {
  _DESCRIPTION_HEADER Header;
  _LARGE_INTEGER Tables[1];
 };

 /* 1132 */
 struct _IOAPIC
 {
  unsigned __int8 Type;
  unsigned __int8 Length;
  unsigned __int8 IOAPICID;
  unsigned __int8 Reserved;
  unsigned int IOAPICAddress;
  unsigned int SystemVectorBase;
 };

 /* 1133 */
 union $3792941B86FD62B399CB245EE0244834
 {
  struct __declspec(align(2))
  {
    unsigned __int64 Address;
    unsigned __int8 Consumed;
    unsigned __int16 ErrorCode;
    unsigned __int8 ErrorIpValid;
    unsigned __int8 RestartIpValid;
    unsigned __int8 ClearPoison;
  } MemoryError;
  struct
  {
    unsigned __int64 PmemErrInfo;
  } PmemError;
 };

 /* 1134 */
 struct _WHEA_RECOVERY_CONTEXT
 {
  $3792941B86FD62B399CB245EE0244834 ___u0;
  unsigned __int64 PartitionId;
  unsigned int VpIndex;
  _WHEA_RECOVERY_CONTEXT_ERROR_TYPE ErrorType;
 };

 /* 1135 */
 struct _HAL_HV_SVM_SYSTEM_CAPABILITIES
 {
  unsigned __int32 SvmSupported : 1;
  unsigned __int32 GpaAlwaysValid : 1;
  unsigned int MaxPasidSpaceCount;
  unsigned int MaxPasidSpacePasidCount;
  unsigned int MaxPrqSize;
  unsigned int IommuCount;
  unsigned int MinIommuPasidCount;
 };

 /* 1136 */
 struct _HAL_HV_SVM_DEVICE_CAPABILITIES
 {
  unsigned __int32 SvmSupported : 1;
  unsigned __int32 PciExecute : 1;
  unsigned __int32 NoExecute : 1;
  unsigned __int32 Reserved : 28;
  unsigned __int32 OverflowPossible : 1;
  unsigned int PasidCount;
  unsigned int IommuIndex;
 };

 /* 1137 */
 struct $35D744587036AE522A5F9ADC4D2A64A6
 {
  unsigned __int64 NumberOfEntries : 10;
  unsigned __int64 PageSize : 2;
 };

 /* 1138 */
 struct _KTB_FLUSH_VA
 {
  union
  {
    $35D744587036AE522A5F9ADC4D2A64A6 __s0;
    void *Va;
    unsigned __int64 VaLong;
  } u1;
 };

 /* 1139 */
 struct __declspec(align(4)) _HAL_HV_DMA_DOMAIN_INFO
 {
  unsigned int DomainId;
  unsigned __int8 IsStage1;
 };

 /* 1140 */
 struct _HAL_INTEL_ENLIGHTENMENT_INFORMATION
 {
  unsigned int Enlightenments;
  unsigned int HypervisorConnected;
  void (__fastcall *EndOfInterrupt)();
  void (__fastcall *ApicWriteIcr)(unsigned int, unsigned int);
  unsigned int Reserved0;
  unsigned int SpinCountMask;
  void (__fastcall *LongSpinWait)(unsigned int);
  unsigned __int64 (__fastcall *GetReferenceTime)();
  int (__fastcall *SetSystemSleepProperty)(unsigned int, unsigned __int8, unsigned __int8);
  int (__fastcall *EnterSleepState)(unsigned int);
  int (__fastcall *NotifyDebugDeviceAvailable)();
  int (__fastcall *MapDeviceInterrupt)(unsigned __int64, void *, _GROUP_AFFINITY *, void *);
  int (__fastcall *UnmapDeviceInterrupt)(unsigned __int64, void *);
  int (__fastcall *RetargetDeviceInterrupt)(unsigned __int64, void *, void *, _GROUP_AFFINITY *, void *);
  int (__fastcall *SetHpetConfig)(_LARGE_INTEGER, unsigned int, unsigned __int64, unsigned __int8, void *);
  int (__fastcall *NotifyHpetEnabled)();
  int (__fastcall *QueryAssociatedProcessors)(unsigned int, unsigned int *, unsigned int *);
  int (__fastcall *ReadMultipleMsr)(unsigned int, unsigned int, unsigned int *, unsigned __int64 *);
  int (__fastcall *WriteMultipleMsr)(unsigned int, unsigned int, unsigned int *, unsigned __int64 *);
  int (__fastcall *ReadCpuid)(unsigned int, unsigned int, unsigned int *, unsigned int *, unsigned int *, unsigned int *);
  int (__fastcall *LpWritebackInvalidate)(unsigned int);
  int (__fastcall *GetMachineCheckContext)(unsigned int, unsigned int *, unsigned __int64 *, unsigned int *);
  int (__fastcall *SuspendPartition)(unsigned __int64);
  int (__fastcall *ResumePartition)(unsigned __int64);
  int (__fastcall *SetSystemMachineCheckProperty)(void *);
  int (__fastcall *WheaErrorNotification)(_WHEA_RECOVERY_CONTEXT *, unsigned __int8, unsigned __int8);
  unsigned int (__fastcall *GetProcessorIndexFromVpIndex)(unsigned int);
  int (__fastcall *SyntheticClusterIpi)(_KAFFINITY_EX *, unsigned int);
  unsigned __int8 (__fastcall *VpStartEnabled)();
  int (__fastcall *StartVirtualProcessor)(unsigned int, void *);
  int (__fastcall *GetVpIndexFromApicId)(unsigned int, unsigned int *);
  int (__fastcall *IumAccessPciDevice)(unsigned __int8, unsigned int, unsigned int, unsigned int, unsigned int, unsigned int, unsigned int, void *);
  unsigned __int64 (__fastcall *IumEfiRuntimeService)(unsigned int, void *, unsigned __int64, unsigned __int64 *);
  void (__fastcall *SvmGetSystemCapabilities)(_HAL_HV_SVM_SYSTEM_CAPABILITIES *);
  int (__fastcall *SvmGetDeviceCapabilities)(unsigned int, _HAL_HV_SVM_DEVICE_CAPABILITIES *);
  int (__fastcall *SvmCreatePasidSpace)(unsigned int, unsigned int);
  int (__fastcall *SvmSetPasidAddressSpace)(unsigned int, unsigned int, unsigned __int64);
  void (__fastcall *SvmFlushPasid)(unsigned int, unsigned int, unsigned int, _KTB_FLUSH_VA *);
  int (__fastcall *SvmAttachPasidSpace)(unsigned int, unsigned int, unsigned int, unsigned int);
  int (__fastcall *SvmDetachPasidSpace)(unsigned int);
  int (__fastcall *SvmEnablePasid)(unsigned int, unsigned int);
  int (__fastcall *SvmDisablePasid)(unsigned int, unsigned int);
  int (__fastcall *SvmAcknowledgePageRequest)(unsigned int, void *, unsigned int *);
  int (__fastcall *SvmCreatePrQueue)(unsigned int, unsigned int, _LARGE_INTEGER, unsigned int, unsigned int);
  int (__fastcall *SvmDeletePrQueue)(unsigned int);
  int (__fastcall *SvmClearPrqStalled)(unsigned int);
  int (__fastcall *SvmSetDeviceEnabled)(unsigned int, unsigned __int8);
  int (__fastcall *HvDebuggerPowerHandler)(unsigned __int8);
  int (__fastcall *SetQpcBias)(unsigned __int64);
  unsigned __int64 (__fastcall *GetQpcBias)();
  int (__fastcall *RegisterDeviceId)(_EXT_IOMMU_DEVICE_ID *, unsigned __int64);
  int (__fastcall *UnregisterDeviceId)(unsigned __int64);
  int (__fastcall *AllocateDeviceDomain)(_HAL_HV_DMA_DOMAIN_INFO *);
  int (__fastcall *AttachDeviceDomain)(_EXT_IOMMU_DEVICE_ID *, _HAL_HV_DMA_DOMAIN_INFO *);
  int (__fastcall *DetachDeviceDomain)(unsigned __int64);
  int (__fastcall *DeleteDeviceDomain)(_HAL_HV_DMA_DOMAIN_INFO *);
  int (__fastcall *MapDeviceLogicalRange)(_HAL_HV_DMA_DOMAIN_INFO *, unsigned int, unsigned __int64, unsigned __int64 *, unsigned __int64 *, unsigned __int8);
  int (__fastcall *UnmapDeviceLogicalRange)(_HAL_HV_DMA_DOMAIN_INFO *, unsigned __int64, unsigned __int64 *);
  int (__fastcall *MapDeviceSparsePages)(_HAL_HV_DMA_DOMAIN_INFO *, unsigned int, unsigned __int64 *, unsigned __int64 *);
  int (__fastcall *UnmapDeviceSparsePages)(_HAL_HV_DMA_DOMAIN_INFO *, unsigned __int64 *, unsigned __int64 *);
  int (__fastcall *GetDmaGuardEnabled)(unsigned __int8 *);
  int (__fastcall *UpdateMicrocode)(void *, unsigned int);
  int (__fastcall *GetSintMessage)(unsigned __int8, void **);
  int (__fastcall *SetRootFaultReportingReady)();
 };

 /* 1141 */
 struct _CONTROLLER_OBJECT
 {
  __int16 Type;
  __int16 Size;
  void *ControllerExtension;
  _KDEVICE_QUEUE DeviceWaitQueue;
  unsigned int Spare1;
  _LARGE_INTEGER Spare2;
 };

 /* 1142 */
 struct _FACS
 {
  unsigned int Signature;
  unsigned int Length;
  unsigned int HardwareSignature;
  unsigned int pFirmwareWakingVector;
  unsigned int GlobalLock;
  unsigned int Flags;
  _LARGE_INTEGER x_FirmwareWakingVector;
  unsigned __int8 version;
  unsigned __int8 Reserved[31];
 };

 /* 1143 */
 struct _SECONDARY_INTERRUPT_PROVIDER_INTERFACE
 {
  unsigned __int16 Size;
  unsigned __int16 Version;
  void *Context;
  unsigned int GsivBase;
  unsigned __int16 GsivSize;
  _DRIVER_OBJECT *DriverObject;
  void *Reserved1;
  void *Reserved2;
  void *Reserved3;
  void *Reserved4;
  void *Reserved5;
  void *Reserved6;
  void *Reserved7;
 };

 /* 1144 */
 struct _SECONDARY_IC_LIST_ENTRY
 {
  _LIST_ENTRY ListEntry;
  unsigned int GsivBase;
  unsigned int GsivSize;
  _SECONDARY_INTERRUPT_PROVIDER_INTERFACE Interface;
  volatile int BusyCount;
  volatile int ExclusiveWaiterCount;
  _KEVENT NotificationEvent;
  _LIST_ENTRY SignalListEntry;
  _SECONDARY_INTERRUPT_LINE_STATE State[1];
 };

 /* 1145 */
 struct _IO_NMISOURCE
 {
  unsigned __int8 Type;
  unsigned __int8 Length;
  unsigned __int16 Flags;
  unsigned int GlobalSystemInterruptVector;
 };

 /* 1146 */
 struct __unaligned __declspec(align(2)) _ISA_VECTOR
 {
  unsigned __int8 Type;
  unsigned __int8 Length;
  unsigned __int8 Bus;
  unsigned __int8 Source;
  unsigned int GlobalSystemInterruptVector;
  unsigned __int16 Flags;
 };

 /* 1147 */
 struct $488C0DA93B204848A74B494FE302347F
 {
  unsigned __int64 ProcessorType : 1;
  unsigned __int64 InstructionSet : 1;
  unsigned __int64 ErrorType : 1;
  unsigned __int64 Operation : 1;
  unsigned __int64 Flags : 1;
  unsigned __int64 Level : 1;
  unsigned __int64 CPUVersion : 1;
  unsigned __int64 CPUBrandString : 1;
  unsigned __int64 ProcessorId : 1;
  unsigned __int64 TargetAddress : 1;
  unsigned __int64 RequesterId : 1;
  unsigned __int64 ResponderId : 1;
  unsigned __int64 InstructionPointer : 1;
  unsigned __int64 Reserved : 51;
 };

 /* 1148 */
 union _WHEA_PROCESSOR_GENERIC_ERROR_SECTION_VALIDBITS
 {
  $488C0DA93B204848A74B494FE302347F __s0;
  unsigned __int64 ValidBits;
 };

 /* 1149 */
 struct _WHEA_PROCESSOR_GENERIC_ERROR_SECTION
 {
  _WHEA_PROCESSOR_GENERIC_ERROR_SECTION_VALIDBITS ValidBits;
  unsigned __int8 ProcessorType;
  unsigned __int8 InstructionSet;
  unsigned __int8 ErrorType;
  unsigned __int8 Operation;
  unsigned __int8 Flags;
  unsigned __int8 Level;
  unsigned __int16 Reserved;
  unsigned __int64 CPUVersion;
  unsigned __int8 CPUBrandString[128];
  unsigned __int64 ProcessorId;
  unsigned __int64 TargetAddress;
  unsigned __int64 RequesterId;
  unsigned __int64 ResponderId;
  unsigned __int64 InstructionPointer;
 };

 /* 1150 */
 struct _MAPIC
 {
  _DESCRIPTION_HEADER Header;
  unsigned int LocalAPICAddress;
  unsigned int Flags;
  unsigned int APICTables[1];
 };

 /* 1151 */
 struct _PS_MITIGATION_OPTIONS_MAP
 {
  unsigned __int64 Map[3];
 };

 /* 1152 */
 struct _PS_MITIGATION_AUDIT_OPTIONS_MAP
 {
  unsigned __int64 Map[3];
 };

 /* 1153 */
 volatile struct _KSYSTEM_TIME
 {
  unsigned int LowPart;
  int High1Time;
  int High2Time;
 };

 /* 1154 */
 struct _XSTATE_FEATURE
 {
  unsigned int Offset;
  unsigned int Size;
 };

 /* 1155 */
 struct $62654262369868C0312B20411168132E
 {
  unsigned __int32 OptimizedSave : 1;
  unsigned __int32 CompactionEnabled : 1;
 };

 /* 1156 */
 union $89E8501CA91B44F061C4782786E321C4
 {
  unsigned int ControlFlags;
  $62654262369868C0312B20411168132E __s1;
 };

 /* 1157 */
 struct _XSTATE_CONFIGURATION
 {
  unsigned __int64 EnabledFeatures;
  unsigned __int64 EnabledVolatileFeatures;
  unsigned int Size;
  $89E8501CA91B44F061C4782786E321C4 ___u3;
  _XSTATE_FEATURE Features[64];
  unsigned __int64 EnabledSupervisorFeatures;
  unsigned __int64 AlignedFeatures;
  unsigned int AllFeatureSize;
  unsigned int AllFeatures[64];
  unsigned __int64 EnabledUserVisibleSupervisorFeatures;
 };

 /* 1158 */
 struct $3D940D5D03EF7F98CEE6737EDE752E57
 {
  unsigned __int8 NXSupportPolicy : 2;
  unsigned __int8 SEHValidationPolicy : 2;
  unsigned __int8 CurDirDevicesSkippedForDlls : 2;
  unsigned __int8 Reserved : 2;
 };

 /* 1159 */
 union $B6ADBC8E27B8EABD73BC311C573F54F9
 {
  unsigned __int8 MitigationPolicies;
  $3D940D5D03EF7F98CEE6737EDE752E57 __s1;
 };

 /* 1160 */
 struct $4BF4056B39611650D41923F164DAFA52
 {
  unsigned __int32 DbgErrorPortPresent : 1;
  unsigned __int32 DbgElevationEnabled : 1;
  unsigned __int32 DbgVirtEnabled : 1;
  unsigned __int32 DbgInstallerDetectEnabled : 1;
  unsigned __int32 DbgLkgEnabled : 1;
  unsigned __int32 DbgDynProcessorEnabled : 1;
  unsigned __int32 DbgConsoleBrokerEnabled : 1;
  unsigned __int32 DbgSecureBootEnabled : 1;
  unsigned __int32 DbgMultiSessionSku : 1;
  unsigned __int32 DbgMultiUsersInSessionSku : 1;
  unsigned __int32 DbgStateSeparationEnabled : 1;
  unsigned __int32 SpareBits : 21;
 };

 /* 1161 */
 union $CF020F9FAEE5B1B8F63C62C29CC2C8DF
 {
  unsigned int SharedDataFlags;
  $4BF4056B39611650D41923F164DAFA52 __s1;
 };

 /* 1162 */
 union __unaligned __declspec(align(4)) $17D1431A2343A97BBCD1FFAD47B35660
 {
  volatile _KSYSTEM_TIME TickCount;
  volatile unsigned __int64 TickCountQuad;
  unsigned int ReservedTickCountOverlay[3];
 };

 /* 1163 */
 struct $F91ACE6F13277DFC9425B9B8BBCB30F7
 {
  volatile unsigned __int8 QpcBypassEnabled;
  unsigned __int8 QpcShift;
 };

 /* 1164 */
 union $9814BDBDE78A25E6BFF1D4A2F0210FDC
 {
  unsigned __int16 QpcData;
  $F91ACE6F13277DFC9425B9B8BBCB30F7 __s1;
 };

 /* 1165 */
 struct _KUSER_SHARED_DATA
 {
  unsigned int TickCountLowDeprecated;
  unsigned int TickCountMultiplier;
  volatile _KSYSTEM_TIME InterruptTime;
  volatile _KSYSTEM_TIME SystemTime;
  volatile _KSYSTEM_TIME TimeZoneBias;
  unsigned __int16 ImageNumberLow;
  unsigned __int16 ImageNumberHigh;
  wchar_t NtSystemRoot[260];
  unsigned int MaxStackTraceDepth;
  unsigned int CryptoExponent;
  unsigned int TimeZoneId;
  unsigned int LargePageMinimum;
  unsigned int AitSamplingValue;
  unsigned int AppCompatFlag;
  unsigned __int64 RNGSeedVersion;
  unsigned int GlobalValidationRunlevel;
  volatile int TimeZoneBiasStamp;
  unsigned int NtBuildNumber;
  _NT_PRODUCT_TYPE NtProductType;
  unsigned __int8 ProductTypeIsValid;
  unsigned __int8 Reserved0[1];
  unsigned __int16 NativeProcessorArchitecture;
  unsigned int NtMajorVersion;
  unsigned int NtMinorVersion;
  unsigned __int8 ProcessorFeatures[64];
  unsigned int Reserved1;
  unsigned int Reserved3;
  volatile unsigned int TimeSlip;
  _ALTERNATIVE_ARCHITECTURE_TYPE AlternativeArchitecture;
  unsigned int BootId;
  _LARGE_INTEGER SystemExpirationDate;
  unsigned int SuiteMask;
  unsigned __int8 KdDebuggerEnabled;
  $B6ADBC8E27B8EABD73BC311C573F54F9 ___u33;
  unsigned __int16 CyclesPerYield;
  volatile unsigned int ActiveConsoleId;
  volatile unsigned int DismountCount;
  unsigned int ComPlusPackage;
  unsigned int LastSystemRITEventTickCount;
  unsigned int NumberOfPhysicalPages;
  unsigned __int8 SafeBootMode;
  unsigned __int8 VirtualizationFlags;
  unsigned __int8 Reserved12[2];
  $CF020F9FAEE5B1B8F63C62C29CC2C8DF ___u43;
  unsigned int DataFlagsPad[1];
  unsigned __int64 TestRetInstruction;
  __int64 QpcFrequency;
  unsigned int SystemCall;
  unsigned int Reserved2;
  unsigned __int64 SystemCallPad[2];
  $17D1431A2343A97BBCD1FFAD47B35660 ___u50;
  unsigned int TickCountPad[1];
  unsigned int Cookie;
  unsigned int CookiePad[1];
  __int64 ConsoleSessionForegroundProcessId;
  unsigned __int64 TimeUpdateLock;
  unsigned __int64 BaselineSystemTimeQpc;
  unsigned __int64 BaselineInterruptTimeQpc;
  unsigned __int64 QpcSystemTimeIncrement;
  unsigned __int64 QpcInterruptTimeIncrement;
  unsigned __int8 QpcSystemTimeIncrementShift;
  unsigned __int8 QpcInterruptTimeIncrementShift;
  unsigned __int16 UnparkedProcessorCount;
  unsigned int EnclaveFeatureMask[4];
  unsigned int TelemetryCoverageRound;
  unsigned __int16 UserModeGlobalLogger[16];
  unsigned int ImageFileExecutionOptions;
  unsigned int LangGenerationCount;
  unsigned __int64 Reserved4;
  volatile unsigned __int64 InterruptTimeBias;
  volatile unsigned __int64 QpcBias;
  unsigned int ActiveProcessorCount;
  volatile unsigned __int8 ActiveGroupCount;
  unsigned __int8 Reserved9;
  $9814BDBDE78A25E6BFF1D4A2F0210FDC ___u74;
  _LARGE_INTEGER TimeZoneBiasEffectiveStart;
  _LARGE_INTEGER TimeZoneBiasEffectiveEnd;
  _XSTATE_CONFIGURATION XState;
  _KSYSTEM_TIME FeatureConfigurationChangeStamp;
  unsigned int Spare;
 };

 /* 1166 */
 struct __declspec(align(8)) _TP_CALLBACK_ENVIRON_V3
 {
  unsigned int Version;
  struct _TP_POOL *Pool;
  struct _TP_CLEANUP_GROUP *CleanupGroup;
  void (__fastcall *CleanupGroupCancelCallback)(void *, void *);
  void *RaceDll;
  struct _ACTIVATION_CONTEXT *ActivationContext;
  void (__fastcall *FinalizationCallback)(struct _TP_CALLBACK_INSTANCE *, void *);
  union
  {
    unsigned int Flags;
    struct
    {
      unsigned __int32 LongFunction : 1;
      unsigned __int32 Persistent : 1;
      unsigned __int32 Private : 30;
    } s;
  } u;
  _TP_CALLBACK_PRIORITY CallbackPriority;
  unsigned int Size;
 };

 /* 1167 */
 struct __declspec(align(8)) _RTL_ACTIVATION_CONTEXT_STACK_FRAME
 {
  _RTL_ACTIVATION_CONTEXT_STACK_FRAME *Previous;
  struct _ACTIVATION_CONTEXT *ActivationContext;
  unsigned int Flags;
 };

 /* 1168 */
 struct __declspec(align(8)) _ACTIVATION_CONTEXT_STACK
 {
  _RTL_ACTIVATION_CONTEXT_STACK_FRAME *ActiveFrame;
  _LIST_ENTRY FrameListCache;
  unsigned int Flags;
  unsigned int NextCookieSequenceNumber;
  unsigned int StackId;
 };

 /* 1169 */
 struct _GDI_TEB_BATCH
 {
  unsigned __int32 Offset : 31;
  unsigned __int32 HasRenderingCommand : 1;
  unsigned __int64 HDC;
  unsigned int Buffer[310];
 };

 /* 1170 */
 struct _TEB_ACTIVE_FRAME
 {
  unsigned int Flags;
  _TEB_ACTIVE_FRAME *Previous;
  const _TEB_ACTIVE_FRAME_CONTEXT *Context;
 };

 /* 1171 */
 const struct _TEB_ACTIVE_FRAME_CONTEXT
 {
  unsigned int Flags;
  const char *FrameName;
 };

 /* 1172 */
 struct $6BCCBD9B7EADC6FB619C96ACD0967B24
 {
  unsigned __int8 ReservedPad0;
  unsigned __int8 ReservedPad1;
  unsigned __int8 ReservedPad2;
  unsigned __int8 IdealProcessor;
 };

 /* 1173 */
 union $724F2A2D041FFB2E94FF01FB63FF30C4
 {
  _PROCESSOR_NUMBER CurrentIdealProcessor;
  unsigned int IdealProcessorValue;
  $6BCCBD9B7EADC6FB619C96ACD0967B24 __s2;
 };

 /* 1174 */
 struct $88D35C6E749BA8930BA8A8A22D5F60D0
 {
  unsigned __int16 SpareCrossTebBits : 16;
 };

 /* 1175 */
 union $7AB5819D1A5DE0161186195FCBC4D698
 {
  volatile unsigned __int16 CrossTebFlags;
  $88D35C6E749BA8930BA8A8A22D5F60D0 __s1;
 };

 /* 1176 */
 struct $67FCF779A2D496C4674D201A175A29C8
 {
  unsigned __int16 SafeThunkCall : 1;
  unsigned __int16 InDebugPrint : 1;
  unsigned __int16 HasFiberData : 1;
  unsigned __int16 SkipThreadAttach : 1;
  unsigned __int16 WerInShipAssertCode : 1;
  unsigned __int16 RanProcessInit : 1;
  unsigned __int16 ClonedThread : 1;
  unsigned __int16 SuppressDebugMsg : 1;
  unsigned __int16 DisableUserStackWalk : 1;
  unsigned __int16 RtlExceptionAttached : 1;
  unsigned __int16 InitialThread : 1;
  unsigned __int16 SessionAware : 1;
  unsigned __int16 LoadOwner : 1;
  unsigned __int16 LoaderWorker : 1;
  unsigned __int16 SkipLoaderInit : 1;
  unsigned __int16 SpareSameTebBits : 1;
 };

 /* 1177 */
 union $54D96A8D96B6F3818A1C53720F347267
 {
  unsigned __int16 SameTebFlags;
  $67FCF779A2D496C4674D201A175A29C8 __s1;
 };

 /* 1178 */
 struct _TEB
 {
  _NT_TIB NtTib;
  void *EnvironmentPointer;
  _CLIENT_ID ClientId;
  void *ActiveRpcHandle;
  void *ThreadLocalStoragePointer;
  _PEB *ProcessEnvironmentBlock;
  unsigned int LastErrorValue;
  unsigned int CountOfOwnedCriticalSections;
  void *CsrClientThread;
  void *Win32ThreadInfo;
  unsigned int User32Reserved[26];
  unsigned int UserReserved[5];
  void *WOW32Reserved;
  unsigned int CurrentLocale;
  unsigned int FpSoftwareStatusRegister;
  void *ReservedForDebuggerInstrumentation[16];
  void *SystemReserved1[30];
  char PlaceholderCompatibilityMode;
  unsigned __int8 PlaceholderHydrationAlwaysExplicit;
  char PlaceholderReserved[10];
  unsigned int ProxiedProcessId;
  _ACTIVATION_CONTEXT_STACK _ActivationStack;
  unsigned __int8 WorkingOnBehalfTicket[8];
  int ExceptionCode;
  unsigned __int8 Padding0[4];
  _ACTIVATION_CONTEXT_STACK *ActivationContextStackPointer;
  unsigned __int64 InstrumentationCallbackSp;
  unsigned __int64 InstrumentationCallbackPreviousPc;
  unsigned __int64 InstrumentationCallbackPreviousSp;
  unsigned int TxFsContext;
  unsigned __int8 InstrumentationCallbackDisabled;
  unsigned __int8 UnalignedLoadStoreExceptions;
  unsigned __int8 Padding1[2];
  _GDI_TEB_BATCH GdiTebBatch;
  _CLIENT_ID RealClientId;
  void *GdiCachedProcessHandle;
  unsigned int GdiClientPID;
  unsigned int GdiClientTID;
  void *GdiThreadLocalInfo;
  unsigned __int64 Win32ClientInfo[62];
  void *glDispatchTable[233];
  unsigned __int64 glReserved1[29];
  void *glReserved2;
  void *glSectionInfo;
  void *glSection;
  void *glTable;
  void *glCurrentRC;
  void *glContext;
  unsigned int LastStatusValue;
  unsigned __int8 Padding2[4];
  _UNICODE_STRING StaticUnicodeString;
  wchar_t StaticUnicodeBuffer[261];
  unsigned __int8 Padding3[6];
  void *DeallocationStack;
  void *TlsSlots[64];
  _LIST_ENTRY TlsLinks;
  void *Vdm;
  void *ReservedForNtRpc;
  void *DbgSsReserved[2];
  unsigned int HardErrorMode;
  unsigned __int8 Padding4[4];
  void *Instrumentation[11];
  _GUID ActivityId;
  void *SubProcessTag;
  void *PerflibData;
  void *EtwTraceData;
  void *WinSockData;
  unsigned int GdiBatchCount;
  $724F2A2D041FFB2E94FF01FB63FF30C4 ___u68;
  unsigned int GuaranteedStackBytes;
  unsigned __int8 Padding5[4];
  void *ReservedForPerf;
  void *ReservedForOle;
  unsigned int WaitingOnLoaderLock;
  unsigned __int8 Padding6[4];
  void *SavedPriorityState;
  unsigned __int64 ReservedForCodeCoverage;
  void *ThreadPoolData;
  void **TlsExpansionSlots;
  void *DeallocationBStore;
  void *BStoreLimit;
  unsigned int MuiGeneration;
  unsigned int IsImpersonating;
  void *NlsCache;
  void *pShimData;
  unsigned int HeapData;
  unsigned __int8 Padding7[4];
  void *CurrentTransactionHandle;
  _TEB_ACTIVE_FRAME *ActiveFrame;
  void *FlsData;
  void *PreferredLanguages;
  void *UserPrefLanguages;
  void *MergedPrefLanguages;
  unsigned int MuiImpersonation;
  $7AB5819D1A5DE0161186195FCBC4D698 ___u94;
  $54D96A8D96B6F3818A1C53720F347267 ___u95;
  void *TxnScopeEnterCallback;
  void *TxnScopeExitCallback;
  void *TxnScopeContext;
  unsigned int LockCount;
  int WowTebOffset;
  void *ResourceRetValue;
  void *ReservedForWdf;
  unsigned __int64 ReservedForCrt;
  _GUID EffectiveContainerId;
 };

 /* 1179 */
 struct _IMAGE_FILE_HEADER
 {
  unsigned __int16 Machine;
  unsigned __int16 NumberOfSections;
  unsigned int TimeDateStamp;
  unsigned int PointerToSymbolTable;
  unsigned int NumberOfSymbols;
  unsigned __int16 SizeOfOptionalHeader;
  unsigned __int16 Characteristics;
 };

 /* 1180 */
 struct _IMAGE_DATA_DIRECTORY
 {
  unsigned int VirtualAddress;
  unsigned int Size;
 };

 /* 1181 */
 struct _IMAGE_OPTIONAL_HEADER64
 {
  unsigned __int16 Magic;
  unsigned __int8 MajorLinkerVersion;
  unsigned __int8 MinorLinkerVersion;
  unsigned int SizeOfCode;
  unsigned int SizeOfInitializedData;
  unsigned int SizeOfUninitializedData;
  unsigned int AddressOfEntryPoint;
  unsigned int BaseOfCode;
  unsigned __int64 ImageBase;
  unsigned int SectionAlignment;
  unsigned int FileAlignment;
  unsigned __int16 MajorOperatingSystemVersion;
  unsigned __int16 MinorOperatingSystemVersion;
  unsigned __int16 MajorImageVersion;
  unsigned __int16 MinorImageVersion;
  unsigned __int16 MajorSubsystemVersion;
  unsigned __int16 MinorSubsystemVersion;
  unsigned int Win32VersionValue;
  unsigned int SizeOfImage;
  unsigned int SizeOfHeaders;
  unsigned int CheckSum;
  unsigned __int16 Subsystem;
  unsigned __int16 DllCharacteristics;
  unsigned __int64 SizeOfStackReserve;
  unsigned __int64 SizeOfStackCommit;
  unsigned __int64 SizeOfHeapReserve;
  unsigned __int64 SizeOfHeapCommit;
  unsigned int LoaderFlags;
  unsigned int NumberOfRvaAndSizes;
  _IMAGE_DATA_DIRECTORY DataDirectory[16];
 };

 /* 1182 */
 struct _IMAGE_NT_HEADERS64
 {
  unsigned int Signature;
  _IMAGE_FILE_HEADER FileHeader;
  _IMAGE_OPTIONAL_HEADER64 OptionalHeader;
 };

 /* 1183 */
 struct _IMAGE_DOS_HEADER
 {
  unsigned __int16 e_magic;
  unsigned __int16 e_cblp;
  unsigned __int16 e_cp;
  unsigned __int16 e_crlc;
  unsigned __int16 e_cparhdr;
  unsigned __int16 e_minalloc;
  unsigned __int16 e_maxalloc;
  unsigned __int16 e_ss;
  unsigned __int16 e_sp;
  unsigned __int16 e_csum;
  unsigned __int16 e_ip;
  unsigned __int16 e_cs;
  unsigned __int16 e_lfarlc;
  unsigned __int16 e_ovno;
  unsigned __int16 e_res[4];
  unsigned __int16 e_oemid;
  unsigned __int16 e_oeminfo;
  unsigned __int16 e_res2[10];
  int e_lfanew;
 };

 /* 1184 */
 struct $1DDC6B752DFFEE23147D3F7F53435B3B
 {
  unsigned __int64 Pcid : 12;
  unsigned __int64 Reserved : 52;
 };

 /* 1185 */
 union $71C1CE7E25EFF12424F3D3306FF3C6A9
 {
  $1DDC6B752DFFEE23147D3F7F53435B3B __s0;
  unsigned __int64 EntirePcid;
 };

 /* 1186 */
 union _INVPCID_DESCRIPTOR
 {
  struct
  {
    $71C1CE7E25EFF12424F3D3306FF3C6A9 ___u0;
    unsigned __int64 Virtual;
  } IndividualAddress;
  struct
  {
    $71C1CE7E25EFF12424F3D3306FF3C6A9 ___u0;
    unsigned __int64 Reserved2;
  } SingleContext;
  struct
  {
    unsigned __int64 Reserved[2];
  } AllContextAndGlobals;
  struct
  {
    unsigned __int64 Reserved[2];
  } AllContext;
 };

 /* 1187 */
 struct _SINGLE_LIST_ENTRY32
 {
  unsigned int Next;
 };

 /* 1188 */
 struct $7CD1C28D37C5EB08109D31C3EA4A814A
 {
  unsigned __int8 Trustlet : 1;
  unsigned __int8 Ntos : 1;
  unsigned __int8 WriteHandle : 1;
  unsigned __int8 ReadHandle : 1;
  unsigned __int8 Reserved : 4;
 };

 /* 1189 */
 union _PS_TRUSTLET_ATTRIBUTE_ACCESSRIGHTS
 {
  $7CD1C28D37C5EB08109D31C3EA4A814A __s0;
  unsigned __int8 AccessRights;
 };

 /* 1190 */
 struct $FEBBC301C7D42A9F58CABBCCCD3F98C9
 {
  unsigned __int8 Version;
  unsigned __int8 DataCount;
  unsigned __int8 SemanticType;
  _PS_TRUSTLET_ATTRIBUTE_ACCESSRIGHTS AccessRights;
 };

 /* 1191 */
 union $4E274441F48059ECD3D51C07A4D3DADF
 {
  $FEBBC301C7D42A9F58CABBCCCD3F98C9 __s0;
  unsigned int AttributeType;
 };

 /* 1192 */
 struct _PS_TRUSTLET_ATTRIBUTE_TYPE
 {
  $4E274441F48059ECD3D51C07A4D3DADF ___u0;
 };

 /* 1193 */
 struct _PS_TRUSTLET_ATTRIBUTE_HEADER
 {
  _PS_TRUSTLET_ATTRIBUTE_TYPE AttributeType;
  unsigned __int32 InstanceNumber : 8;
  unsigned __int32 Reserved : 24;
 };

 /* 1194 */
 struct _PS_TRUSTLET_ATTRIBUTE_DATA
 {
  _PS_TRUSTLET_ATTRIBUTE_HEADER Header;
  unsigned __int64 Data[1];
 };

 /* 1195 */
 struct _PS_TRUSTLET_CREATE_ATTRIBUTES
 {
  unsigned __int64 TrustletIdentity;
  _PS_TRUSTLET_ATTRIBUTE_DATA Attributes[1];
 };

 /* 1196 */
 struct _TRUSTLET_MAILBOX_KEY
 {
  unsigned __int64 SecretValue[2];
 };

 /* 1197 */
 struct _TRUSTLET_COLLABORATION_ID
 {
  unsigned __int64 Value[2];
 };

 /* 1198 */
 struct _KERNEL_STACK_SEGMENT
 {
  unsigned __int64 StackBase;
  unsigned __int64 StackLimit;
  unsigned __int64 KernelStack;
  unsigned __int64 InitialStack;
 };

 /* 1199 */
 struct $340F835BEAD91BC7101C77A06ADEC28E
 {
  unsigned __int64 StackExpansion : 1;
 };

 /* 1200 */
 union $97B2C515FA0AD1188BDB8136C6FEFDB7
 {
  unsigned __int64 ActualLimit;
  $340F835BEAD91BC7101C77A06ADEC28E __s1;
 };

 /* 1201 */
 struct _KSTACK_CONTROL
 {
  unsigned __int64 StackBase;
  $97B2C515FA0AD1188BDB8136C6FEFDB7 ___u1;
  _KERNEL_STACK_SEGMENT Previous;
 };

 /* 1202 */
 union $A28C18850CF3D184BADE16FA41548AB0
 {
  __int64 UseThisFieldToCopy;
  long double DoNotUseThisField;
 };

 /* 1203 */
 struct _QUAD
 {
  $A28C18850CF3D184BADE16FA41548AB0 ___u0;
 };

 /* 1204 */
 struct __declspec(align(64)) _ENODE
 {
  _KNODE Ncb;
  _WORK_QUEUE_ITEM HotAddProcessorWorkItem;
 };

 /* 1205 */
 struct _GENERIC_MAPPING
 {
  unsigned int GenericRead;
  unsigned int GenericWrite;
  unsigned int GenericExecute;
  unsigned int GenericAll;
 };

 /* 1206 */
 struct _ACCESS_REASONS
 {
  unsigned int Data[32];
 };

 /* 1207 */
 struct __declspec(align(8)) _AUX_ACCESS_DATA
 {
  _PRIVILEGE_SET *PrivilegesUsed;
  _GENERIC_MAPPING GenericMapping;
  unsigned int AccessesToAudit;
  unsigned int MaximumAuditMask;
  _GUID TransactionId;
  void *NewSecurityDescriptor;
  void *ExistingSecurityDescriptor;
  void *ParentSecurityDescriptor;
  void (__fastcall *DeRefSecurityDescriptor)(void *, void *);
  void *SDLock;
  _ACCESS_REASONS AccessReasons;
  unsigned __int8 GenerateStagingEvents;
 };

 /* 1208 */
 struct __declspec(align(8)) _OBJECT_DUMP_CONTROL
 {
  void *Stream;
  unsigned int Detail;
 };

 /* 1209 */
 struct _OB_EXTENDED_PARSE_PARAMETERS
 {
  unsigned __int16 Length;
  unsigned int RestrictedAccessMask;
  _EJOB *Silo;
 };

 /* 1210 */
 struct $6C0C97183427D3B13AB876397F49C231
 {
  unsigned __int8 CaseInsensitive : 1;
  unsigned __int8 UnnamedObjectsOnly : 1;
  unsigned __int8 UseDefaultObject : 1;
  unsigned __int8 SecurityRequired : 1;
  unsigned __int8 MaintainHandleCount : 1;
  unsigned __int8 MaintainTypeList : 1;
  unsigned __int8 SupportsObjectCallbacks : 1;
  unsigned __int8 CacheAligned : 1;
  unsigned __int8 UseExtendedParameters : 1;
  unsigned __int8 Reserved : 7;
 };

 /* 1211 */
 union $00AA76630D5FF4AE51CB0FAF48999E5B
 {
  unsigned __int16 ObjectTypeFlags;
  $6C0C97183427D3B13AB876397F49C231 __s1;
 };

 /* 1212 */
 union $24853669413F0DF88FFFE7897A510D60
 {
  int (__fastcall *ParseProcedure)(void *, void *, _ACCESS_STATE *, char, unsigned int, _UNICODE_STRING *, _UNICODE_STRING *, void *, _SECURITY_QUALITY_OF_SERVICE *, void **);
  int (__fastcall *ParseProcedureEx)(void *, void *, _ACCESS_STATE *, char, unsigned int, _UNICODE_STRING *, _UNICODE_STRING *, void *, _SECURITY_QUALITY_OF_SERVICE *, _OB_EXTENDED_PARSE_PARAMETERS *, void **);
 };

 /* 1213 */
 struct _OBJECT_TYPE_INITIALIZER
 {
  unsigned __int16 Length;
  $00AA76630D5FF4AE51CB0FAF48999E5B ___u1;
  unsigned int ObjectTypeCode;
  unsigned int InvalidAttributes;
  _GENERIC_MAPPING GenericMapping;
  unsigned int ValidAccessMask;
  unsigned int RetainAccess;
  _POOL_TYPE PoolType;
  unsigned int DefaultPagedPoolCharge;
  unsigned int DefaultNonPagedPoolCharge;
  void (__fastcall *DumpProcedure)(void *, _OBJECT_DUMP_CONTROL *);
  int (__fastcall *OpenProcedure)(_OB_OPEN_REASON, char, _EPROCESS *, void *, unsigned int *, unsigned int);
  void (__fastcall *CloseProcedure)(_EPROCESS *, void *, unsigned __int64, unsigned __int64);
  void (__fastcall *DeleteProcedure)(void *);
  $24853669413F0DF88FFFE7897A510D60 ___u14;
  int (__fastcall *SecurityProcedure)(void *, _SECURITY_OPERATION_CODE, unsigned int *, void *, unsigned int *, void **, _POOL_TYPE, _GENERIC_MAPPING *, char);
  int (__fastcall *QueryNameProcedure)(void *, unsigned __int8, _OBJECT_NAME_INFORMATION *, unsigned int, unsigned int *, char);
  unsigned __int8 (__fastcall *OkayToCloseProcedure)(_EPROCESS *, void *, void *, char);
  unsigned int WaitObjectFlagMask;
  unsigned __int16 WaitObjectFlagOffset;
  unsigned __int16 WaitObjectPointerOffset;
 };

 /* 1214 */
 struct _OBJECT_TYPE
 {
  _LIST_ENTRY TypeList;
  _UNICODE_STRING Name;
  void *DefaultObject;
  unsigned __int8 Index;
  unsigned int TotalNumberOfObjects;
  unsigned int TotalNumberOfHandles;
  unsigned int HighWaterNumberOfObjects;
  unsigned int HighWaterNumberOfHandles;
  _OBJECT_TYPE_INITIALIZER TypeInfo;
  _EX_PUSH_LOCK TypeLock;
  unsigned int Key;
  _LIST_ENTRY CallbackList;
 };

 /* 1215 */
 struct _OBJECT_HANDLE_INFORMATION
 {
  unsigned int HandleAttributes;
  unsigned int GrantedAccess;
 };

 /* 1216 */
 struct _IO_PRIORITY_INFO
 {
  unsigned int Size;
  unsigned int ThreadPriority;
  unsigned int PagePriority;
  _IO_PRIORITY_HINT IoPriority;
 };

 /* 1217 */
 struct $4DE972276DA75B0A8C3B01FB1799153A
 {
  unsigned int KernelTime;
  unsigned int UserTime;
 };

 /* 1218 */
 union $AC0623C04A373D37EE6E3E5CFC1BB860
 {
  $4DE972276DA75B0A8C3B01FB1799153A __s0;
  unsigned __int64 ProcessorTime;
 };

 /* 1219 */
 struct _EVENT_HEADER
 {
  unsigned __int16 Size;
  unsigned __int16 HeaderType;
  unsigned __int16 Flags;
  unsigned __int16 EventProperty;
  unsigned int ThreadId;
  unsigned int ProcessId;
  _LARGE_INTEGER TimeStamp;
  _GUID ProviderId;
  _EVENT_DESCRIPTOR EventDescriptor;
  $AC0623C04A373D37EE6E3E5CFC1BB860 ___u9;
  _GUID ActivityId;
 };

 /* 1220 */
 struct _EVENT_HEADER_EXTENDED_DATA_ITEM
 {
  unsigned __int16 Reserved1;
  unsigned __int16 ExtType;
  unsigned __int16 Linkage : 1;
  unsigned __int16 Reserved2 : 15;
  unsigned __int16 DataSize;
  unsigned __int64 DataPtr;
 };

 /* 1221 */
 struct _EVENT_RECORD
 {
  _EVENT_HEADER EventHeader;
  _ETW_BUFFER_CONTEXT BufferContext;
  unsigned __int16 ExtendedDataCount;
  unsigned __int16 UserDataLength;
  _EVENT_HEADER_EXTENDED_DATA_ITEM *ExtendedData;
  void *UserData;
  void *UserContext;
 };

 /* 1222 */
 union _MM_PAGE_ACCESS_INFO_FLAGS
 {
  struct
  {
    unsigned __int32 FilePointerIndex : 9;
    unsigned __int32 HardFault : 1;
    unsigned __int32 Image : 1;
    unsigned __int32 Spare0 : 1;
  } File;
  struct
  {
    unsigned __int32 FilePointerIndex : 9;
    unsigned __int32 HardFault : 1;
    unsigned __int32 Spare1 : 2;
  } Private;
 };

 /* 1223 */
 union $855FDCEFF2621A86483E6C8185DE2A5B
 {
  _MM_PAGE_ACCESS_INFO_FLAGS Flags;
  unsigned __int64 FileOffset;
  void *VirtualAddress;
  void *PointerProtoPte;
 };

 /* 1224 */
 struct _MM_PAGE_ACCESS_INFO
 {
  $855FDCEFF2621A86483E6C8185DE2A5B ___u0;
 };

 /* 1225 */
 union $B199E3D3D43313813CA7041F0E5F3B08
 {
  unsigned int EmptySequenceNumber;
  unsigned int CurrentFileIndex;
 };

 /* 1226 */
 union $DA748179E76D24865010E92CAF117899
 {
  unsigned __int64 EmptyTime;
  _MM_PAGE_ACCESS_INFO *TempEntry;
 };

 /* 1227 */
 union $C416C8FEA640ACA5675875412D7F3369
 {
  _MM_PAGE_ACCESS_INFO *PageEntry;
  unsigned __int64 *PageFrameEntry;
 };

 /* 1228 */
 union $758C0EA08C12BBEF220FC904BB5FE373
 {
  unsigned __int64 *FileEntry;
  unsigned __int64 *LastPageFrameEntry;
 };

 /* 1229 */
 struct __declspec(align(8)) _MM_PAGE_ACCESS_INFO_HEADER
 {
  _SINGLE_LIST_ENTRY Link;
  _MM_PAGE_ACCESS_TYPE Type;
  $B199E3D3D43313813CA7041F0E5F3B08 ___u2;
  unsigned __int64 CreateTime;
  $DA748179E76D24865010E92CAF117899 ___u4;
  $C416C8FEA640ACA5675875412D7F3369 ___u5;
  $758C0EA08C12BBEF220FC904BB5FE373 ___u6;
  unsigned __int64 *FirstFileEntry;
  _EPROCESS *Process;
  unsigned int SessionId;
 };

 /* 1230 */
 union $EB85F99015691E86D035651458B34354
 {
  void *Oplock;
  void *ReservedForRemote;
 };

 /* 1231 */
 struct _FSRTL_ADVANCED_FCB_HEADER
 {
  __int16 NodeTypeCode;
  __int16 NodeByteSize;
  unsigned __int8 Flags;
  unsigned __int8 IsFastIoPossible;
  unsigned __int8 Flags2;
  unsigned __int8 Reserved : 4;
  unsigned __int8 Version : 4;
  _ERESOURCE *Resource;
  _ERESOURCE *PagingIoResource;
  _LARGE_INTEGER AllocationSize;
  _LARGE_INTEGER FileSize;
  _LARGE_INTEGER ValidDataLength;
  _FAST_MUTEX *FastMutex;
  _LIST_ENTRY FilterContexts;
  _EX_PUSH_LOCK PushLock;
  void **FileContextSupportPointer;
  $EB85F99015691E86D035651458B34354 ___u16;
  void *ReservedContext;
 };

 /* 1232 */
 struct _iobuf
 {
  char *_ptr;
  int _cnt;
  char *_base;
  int _flag;
  int _file;
  int _charbuf;
  int _bufsiz;
  char *_tmpfname;
 };

 /* 1233 */
 struct _RTL_HASH_ENTRY
 {
  _SINGLE_LIST_ENTRY BucketLink;
  unsigned __int64 Key;
 };

 /* 1234 */
 struct _RTL_HASH_TABLE_ITERATOR
 {
  _RTL_HASH_TABLE *Hash;
  _RTL_HASH_ENTRY *HashEntry;
  _SINGLE_LIST_ENTRY *Bucket;
 };

 /* 1235 */
 struct _RTL_CHASH_ENTRY
 {
  unsigned __int64 Key;
 };

 /* 1236 */
 struct __declspec(align(8)) _RTL_CHASH_TABLE
 {
  _RTL_CHASH_ENTRY *Table;
  unsigned int EntrySizeShift;
  unsigned int EntryMax;
  unsigned int EntryCount;
 };

 /* 1237 */
 struct _EVENT_FILTER_DESCRIPTOR
 {
  unsigned __int64 Ptr;
  unsigned int Size;
  unsigned int Type;
 };

 /* 1238 */
 struct _tlgProvider_t
 {
  unsigned int LevelPlus1;
  const unsigned __int16 *ProviderMetadataPtr;
  unsigned __int64 KeywordAny;
  unsigned __int64 KeywordAll;
  unsigned __int64 RegHandle;
  void (__fastcall *EnableCallback)(const _GUID *, unsigned int, unsigned __int8, unsigned __int64, unsigned __int64, _EVENT_FILTER_DESCRIPTOR *, void *);
  void *CallbackContext;
 };

 /* 1239 */
 struct __unaligned __declspec(align(1)) _tlgProviderMetadata_t
 {
  unsigned __int8 Type;
  _GUID ProviderId;
  unsigned __int16 RemainingSize;
 };

 /* 1240 */
 union __m64
 {
  unsigned __int64 m64_u64;
  float m64_f32[2];
  char m64_i8[8];
  __int16 m64_i16[4];
  int m64_i32[2];
  __int64 m64_i64;
  unsigned __int8 m64_u8[8];
  unsigned __int16 m64_u16[4];
  unsigned int m64_u32[2];
 };

 /* 1241 */
 union __m128
 {
  float m128_f32[4];
  unsigned __int64 m128_u64[2];
  char m128_i8[16];
  __int16 m128_i16[8];
  int m128_i32[4];
  __int64 m128_i64[2];
  unsigned __int8 m128_u8[16];
  unsigned __int16 m128_u16[8];
  unsigned int m128_u32[4];
 };

 /* 1242 */
 struct $B0482F5E75C74C17B80CAD41CE985A52
 {
  unsigned int exchange;
  unsigned int payloadId;
 };

 /* 1243 */
 struct $D95C0CC6C73629190EA5EAA57A4B679C
 {
  unsigned __int32 stateCached : 1;
  unsigned __int32 hasNotificationCached : 1;
  unsigned __int32 variantCached : 1;
  unsigned __int32 effectiveState : 1;
  unsigned __int32 desiredState : 1;
  unsigned __int32 configuredState : 2;
  unsigned __int32 needsRefresh : 1;
  unsigned __int32 hasNotification : 1;
  unsigned __int32 isVariant : 1;
  unsigned __int32 variant : 6;
  unsigned __int32 unused : 16;
 };

 /* 1244 */
 union wil_details_FeatureStateCache
 {
  $B0482F5E75C74C17B80CAD41CE985A52 __s0;
  $D95C0CC6C73629190EA5EAA57A4B679C __s1;
  unsigned __int64 exchange64;
 };

 /* 1245 */
 struct wil_details_FeatureDescriptor
 {
  wil_details_FeatureStateCache *featureStateCache;
  unsigned int featureId;
  unsigned __int8 changeTime;
  unsigned __int8 isAlwaysDisabled;
  unsigned __int8 isAlwaysEnabled;
  unsigned __int8 isEnabledByDefault;
  const wil_details_FeatureDescriptor *const *requiresFeatures;
 };

 /* 1246 */
 struct $608696F293A9505E413CA19901990CEE
 {
  unsigned __int32 queuedForReporting : 1;
  unsigned __int32 reportedDeviceUsage : 1;
  unsigned __int32 reportedDevicePotential : 1;
  unsigned __int32 reportedDeviceOpportunity : 1;
  unsigned __int32 reportedDevicePotentialOpportunity : 1;
  unsigned __int32 usageCount : 9;
  unsigned __int32 usageCountRepresentsPotential : 1;
  unsigned __int32 opportunityCount : 7;
  unsigned __int32 opportunityCountRepresentsPotential : 1;
  unsigned __int32 unused : 9;
 };

 /* 1247 */
 union wil_details_ReportedState
 {
  unsigned int exchange;
  $608696F293A9505E413CA19901990CEE __s1;
 };

 /* 1248 */
 struct $A890484BB2AC077EA0A36B7AA25D84DE
 {
  unsigned __int32 recordedDeviceUsage : 1;
  unsigned __int32 recordedDevicePotential : 1;
  unsigned __int32 recordedDeviceOpportunity : 1;
  unsigned __int32 recordedDevicePotentialOpportunity : 1;
  unsigned __int32 recordedVariantDeviceUsage : 1;
  unsigned __int32 recordedVariant : 6;
  unsigned __int32 unused : 21;
 };

 /* 1249 */
 union wil_details_RecordedState
 {
  unsigned int exchange;
  $A890484BB2AC077EA0A36B7AA25D84DE __s1;
 };

 /* 1250 */
 struct wil_details_FeatureReportingCache
 {
  wil_details_ReportedState reported;
  wil_details_RecordedState recorded;
 };

 /* 1251 */
 struct wil_details_RecordUsageResult
 {
  int queueBackground;
  unsigned int countImmediate;
  wil_details_ServiceReportingKind kindImmediate;
  unsigned int payloadId;
  int ignoredUse;
  int isVariantConfiguration;
 };

 /* 1252 */
 struct __declspec(align(2)) FEATURE_LOGGED_TRAITS
 {
  unsigned __int16 version;
  unsigned __int16 baseVersion;
  unsigned __int8 stage;
 };

 /* 1253 */
 struct FEATURE_ERROR
 {
  HRESULT hr;
  unsigned __int16 lineNumber;
  const char *file;
  const char *process;
  const char *modulePath;
  unsigned int callerReturnAddressOffset;
  const char *callerModule;
  const char *message;
  unsigned __int16 originLineNumber;
  const char *originFile;
  const char *originModule;
  unsigned int originCallerReturnAddressOffset;
  const char *originCallerModule;
  const char *originName;
 };

 /* 1254 */
 struct wil_details_StagingConfigFeature
 {
  unsigned int featureId;
  unsigned __int32 changedInSession : 1;
  unsigned __int32 isVariantConfig : 1;
  unsigned __int32 unused1 : 6;
  unsigned __int32 serviceState : 2;
  unsigned __int32 userState : 2;
  unsigned __int32 testState : 2;
  unsigned __int32 unused2 : 2;
  unsigned __int32 unused3 : 8;
  unsigned __int32 variant : 6;
  unsigned __int32 payloadKind : 2;
  unsigned int payload;
 };

 /* 1255 */
 struct wil_details_StagingConfigHeaderProperties
 {
  unsigned __int32 ignoreServiceState : 1;
  unsigned __int32 ignoreUserState : 1;
  unsigned __int32 ignoreTestState : 1;
  unsigned __int32 ignoreVariants : 1;
  unsigned __int32 unused : 28;
 };

 /* 1256 */
 struct wil_details_StagingConfigHeader
 {
  unsigned __int8 version;
  unsigned __int8 versionMinor;
  unsigned __int16 headerSizeBytes;
  unsigned __int16 featureCount;
  unsigned __int16 featureUsageTriggerCount;
  wil_details_StagingConfigHeaderProperties sessionProperties;
  wil_details_StagingConfigHeaderProperties properties;
 };

 /* 1257 */
 struct wil_details_StagingConfigWnfStateName
 {
  unsigned int Data[2];
 };

 /* 1258 */
 struct wil_details_StagingConfigUsageTrigger
 {
  unsigned int featureId;
  wil_details_StagingConfigWnfStateName trigger;
  unsigned __int32 serviceReportingKind : 16;
  unsigned __int32 isVariantConfig : 1;
  unsigned __int32 unused : 15;
 };

 /* 1259 */
 struct __declspec(align(8)) wil_details_StagingConfig
 {
  wil_FeatureStore store;
  int forUpdate;
  unsigned int readChangeStamp;
  unsigned __int8 readVersion;
  int modified;
  wil_details_StagingConfigHeader *header;
  wil_details_StagingConfigFeature *features;
  wil_details_StagingConfigUsageTrigger *triggers;
  int changedInSession;
  void *buffer;
  unsigned __int64 bufferSize;
  unsigned __int64 bufferAlloc;
  int bufferOwned;
 };

 /* 1260 */
 struct wil_FeatureState
 {
  wil_FeatureEnabledState enabledState;
  unsigned __int8 variant;
  wil_FeatureVariantPayloadKind payloadKind;
  unsigned int payload;
  int hasNotification;
  int isVariantConfiguration;
 };

 /* 1261 */
 struct _RTL_FEATURE_CONFIGURATION
 {
  unsigned int FeatureId;
  unsigned __int32 Priority : 4;
  unsigned __int32 EnabledState : 2;
  unsigned __int32 IsWexpConfiguration : 1;
  unsigned __int32 HasSubscriptions : 1;
  unsigned __int32 Variant : 6;
  unsigned __int32 VariantPayloadKind : 2;
  unsigned int VariantPayload;
 };

 /* 1262 */
 struct __WIL__WNF_STATE_NAME
 {
  unsigned int Data[2];
 };

 /* 1263 */
 struct _WNF_TYPE_ID
 {
  _GUID TypeId;
 };

 /* 1264 */
 struct __declspec(align(4)) _wil_details_UsageSubscriptionData
 {
  unsigned int featureId;
  unsigned __int16 serviceReportingKind;
 };

 /* 1265 */
 struct _RTL_FEATURE_USAGE_REPORT
 {
  unsigned int FeatureId;
  unsigned __int16 ReportingKind;
  unsigned __int16 ReportingOptions;
 };

 /* 1266 */
 struct wil_details_FeatureTestState
 {
  wil_details_FeatureTestStateKind kind;
  unsigned int featureId;
  wil_FeatureEnabledState state;
  unsigned __int8 variant;
  unsigned int payload;
  wil_FeatureVariantPayloadKind payloadKind;
  wil_details_FeatureTestState *next;
 };

 /* 1267 */
 struct $B8BE16A3D12D2052ACAC7615E36C3DCE
 {
  unsigned __int32 Expanded : 1;
  unsigned __int32 Transitioning : 1;
  unsigned __int32 Pageable : 1;
 };

 /* 1268 */
 union $CDE7ACC3BA6ABBF1783A81BBB65ADF55
 {
  $B8BE16A3D12D2052ACAC7615E36C3DCE __s0;
  unsigned int Value;
 };

 /* 1269 */
 struct _EX_PUSH_LOCK_AUTO_EXPAND_STATE
 {
  $CDE7ACC3BA6ABBF1783A81BBB65ADF55 ___u0;
 };

 /* 1270 */
 struct _EX_PUSH_LOCK_AUTO_EXPAND
 {
  _EX_PUSH_LOCK LocalLock;
  _EX_PUSH_LOCK_AUTO_EXPAND_STATE State;
  unsigned int Stats;
 };

 /* 1271 */
 struct _MMPFNLIST
 {
  unsigned __int64 Total;
  _MMLISTS ListName;
  unsigned __int64 Flink;
  unsigned __int64 Blink;
  unsigned __int64 Lock;
 };

 /* 1368 */
 union $CBFF20FC0D51B1A2B40E70FEBD2E1BF6
 {
  _RTL_BALANCED_NODE CloneNode;
  _MMCLONE_DESCRIPTOR *Next;
 };

 /* 1272 */
 struct __declspec(align(16)) _MMCLONE_DESCRIPTOR
 {
  $CBFF20FC0D51B1A2B40E70FEBD2E1BF6 ___u0;
  _MMCLONE_BLOCK *StartingCloneBlock;
  _MMCLONE_BLOCK *EndingCloneBlock;
  unsigned __int64 NumberOfPtes;
  volatile unsigned __int64 NumberOfReferences;
  _MMCLONE_HEADER *CloneHeader;
  unsigned __int64 NonPagedPoolQuotaCharge;
  _SLIST_ENTRY DeleteList;
  unsigned __int64 NestingLevel;
 };

 /* 1273 */
 struct _MI_CLONE_BLOCK_FLAGS
 {
  unsigned __int64 ActualCloneCommit : 59;
  unsigned __int64 CloneProtection : 5;
 };

 /* 1274 */
 union $790D8F036E4996E696A7714442126066
 {
  volatile unsigned __int64 CloneCommitCount;
  _MI_CLONE_BLOCK_FLAGS u1;
 };

 /* 1275 */
 struct _MMCLONE_BLOCK
 {
  _MMPTE ProtoPte;
  unsigned __int64 CrossPartitionReferences;
  $790D8F036E4996E696A7714442126066 ___u2;
  volatile unsigned __int64 CloneRefCount;
 };

 /* 1367 */
 struct _MMCLONE_HEADER
 {
  unsigned __int64 NumberOfPtes;
  volatile unsigned __int64 NumberOfProcessReferences;
  _MMCLONE_BLOCK *ClonePtes;
  _MI_PARTITION *Partition;
 };

 /* 1276 */
 struct _MI_PARTITION_FLAGS
 {
  unsigned __int32 BeingDeleted : 1;
  unsigned __int32 PageListsInitialized : 1;
  unsigned __int32 StoreReservedPagesCharged : 1;
  unsigned __int32 UseProtectedSlabAllocators : 1;
  unsigned __int32 UseUnprotectedSlabAllocators : 1;
  unsigned __int32 PureHoldingPartition : 1;
  unsigned __int32 ZeroPagesOptional : 1;
  unsigned __int32 BackgroundZeroingDisabled : 1;
 };

 /* 1288 */
 struct _MI_PARTITION_CORE
 {
  unsigned __int16 PartitionId;
  union
  {
    unsigned int LongFlags;
    _MI_PARTITION_FLAGS Flags;
  } u;
  unsigned int Signature;
  unsigned __int8 MemoryConfigurationChanged;
  _MI_NODE_INFORMATION *NodeInformation;
  _RTL_AVL_TREE PageRoot;
  _PHYSICAL_MEMORY_DESCRIPTOR *MemoryNodeRuns;
  unsigned __int64 MemoryBlockReferences;
  _WORK_QUEUE_ITEM PfnUnmapWorkItem;
  unsigned __int64 PfnUnmapCount;
  void *PfnUnmapWaitList;
  _PHYSICAL_MEMORY_DESCRIPTOR *MemoryRuns;
  _KEVENT ExitEvent;
  void *SystemThreadHandles[6];
  _EPARTITION *PartitionObject;
  _EX_PUSH_LOCK PartitionSystemThreadsLock;
  _EX_PUSH_LOCK DynamicMemoryPushLock;
  volatile int DynamicMemoryLock;
  unsigned __int8 PfnUnmapActive;
  _KEVENT TemporaryMemoryEvent;
  void *RootDirectory;
  void *KernelObjectsDirectory;
  _KEVENT *MemoryEvents[11];
  void *MemoryEventHandles[11];
  unsigned __int64 TotalHugeIoRanges;
  unsigned __int64 NonChargedSecurePages;
 };

 /* 1327 */
 struct _MMPAGE_FILE_EXPANSION_FLAGS
 {
  unsigned __int8 PageFileNumber : 8;
  unsigned __int8 Spare1 : 8;
  unsigned __int8 Spare2 : 8;
  unsigned __int8 IgnoreCurrentCommit : 1;
  unsigned __int8 IncreaseMinimumSize : 1;
  unsigned __int8 AttemptForCantExtend : 1;
  unsigned __int8 UnusedSegmentDeletion : 1;
  unsigned __int8 PageFileContract : 1;
  unsigned __int8 NoWait : 1;
  unsigned __int8 Spare3 : 2;
 };

 /* 1328 */
 struct _MMPAGE_FILE_EXPANSION
 {
  _SEGMENT *Segment;
  _LIST_ENTRY DereferenceList;
  _MI_PARTITION *Partition;
  unsigned __int64 RequestedExpansionSize;
  unsigned __int64 ActualExpansion;
  _KEVENT Event;
  volatile int InProgress;
  union
  {
    unsigned int LongFlags;
    _MMPAGE_FILE_EXPANSION_FLAGS Flags;
  } u1;
  void **volatile ActiveEntry;
 };

 /* 1329 */
 union $12D3DC0B0526473B0A33E8498AEF2E6E
 {
  _KGATE Gate;
  _KEVENT Event;
 };

 /* 1330 */
 struct _MMMOD_WRITER_LISTHEAD
 {
  _LIST_ENTRY ListHead;
  $12D3DC0B0526473B0A33E8498AEF2E6E ___u1;
 };

 /* 1331 */
 struct $FBF4B76750E98D53218A828D8C12AA59
 {
  unsigned __int32 ClusterSize : 10;
  unsigned __int32 SequenceNumber : 22;
 };

 /* 1332 */
 volatile union _MI_RESERVATION_CLUSTER_INFO
 {
  $FBF4B76750E98D53218A828D8C12AA59 __s0;
  int EntireInfo;
 };

 /* 1333 */
 struct _MI_MODWRITE_DATA
 {
  __int64 PagesLoad;
  unsigned __int64 PagesAverage;
  unsigned __int64 AverageAvailablePages;
  unsigned __int64 PagesWritten;
  unsigned int WritesIssued;
  unsigned int IgnoredReservationsCount;
  unsigned int FreedReservationsCount;
  unsigned int WriteBurstCount;
  unsigned __int64 IgnoreReservationsStartTime;
  volatile _MI_RESERVATION_CLUSTER_INFO ReservationClusterInfo;
  unsigned __int16 IgnoreReservations : 1;
  unsigned __int16 Spare : 15;
  unsigned __int16 Spare1;
 };

 /* 1334 */
 struct _MI_RESTRICTED_MODWRITES
 {
  unsigned __int8 MaximumClusterPages;
  unsigned __int8 ReducedClusterWrites;
  unsigned __int8 ImposeDelay;
 };

 /* 1335 */
 struct __declspec(align(8)) _MI_PARTITION_MODWRITES
 {
  _MMPAGE_FILE_EXPANSION AttemptForCantExtend;
  _MMPAGE_FILE_EXPANSION PageFileContract;
  unsigned __int64 NumberOfMappedMdls;
  volatile int NumberOfMappedMdlsInUse;
  unsigned int NumberOfMappedMdlsInUsePeak;
  _MMMOD_WRITER_LISTHEAD MappedFileHeader;
  unsigned __int8 NeedMappedMdl;
  unsigned __int8 NeedPageFileMdl;
  unsigned __int8 ModwriterActive;
  unsigned __int8 TransitionInserted;
  int LastModifiedWriteError;
  int LastMappedWriteError;
  volatile unsigned int MappedFileWriteSucceeded;
  unsigned int MappedWriteBurstCount;
  unsigned int LowPriorityModWritesOutstanding;
  _KEVENT BoostModWriteIoPriorityEvent;
  int ModifiedWriterThreadPriority;
  unsigned __int64 ModifiedPagesLowPriorityGoal;
  _KEVENT ModifiedPageWriterEvent;
  _KEVENT ModifiedWriterExitedEvent;
  volatile int WriteAllPagefilePages;
  volatile int WriteAllMappedPages;
  _KEVENT MappedPageWriterEvent;
  _MI_MODWRITE_DATA ModWriteData;
  _KEVENT RescanPageFilesEvent;
  _MMMOD_WRITER_LISTHEAD PagingFileHeader;
  _ETHREAD *ModifiedPageWriterThread;
  _EX_RUNDOWN_REF ModifiedPageWriterRundown;
  _WORK_QUEUE_ITEM PagefileScanWorkItem;
  unsigned int PagefileScanCount;
  volatile int ClusterRestrictionLock;
  _MI_RESTRICTED_MODWRITES ClusterRestrictions[2];
  _KEVENT NotifyStoreMemoryConditions;
  volatile unsigned __int8 DelayMappedWrite;
  volatile unsigned int PagefileReservationsEnabled;
  _EX_PUSH_LOCK PageFileCreationLock;
  _WORK_QUEUE_ITEM TrimPagefileWorkItem;
  unsigned __int64 LastTrimPagefileTime;
  _WORK_QUEUE_ITEM WsSwapPagefileContractWorkItem;
  volatile int WsSwapPageFileContractionInProgress;
  _EX_PUSH_LOCK WorkingSetSwapLock;
  volatile int WorkingSetInswapLock;
 };

 /* 1336 */
 struct $E6AB85F4C00D05B5CDD951583603F4EA
 {
  __int32 FlushCompleting : 1;
  __int32 FlushInProgress : 31;
 };

 /* 1337 */
 struct _MI_PARTITION_STORES
 {
  union
  {
    $E6AB85F4C00D05B5CDD951583603F4EA __s0;
    volatile int Long;
  } WriteAllStoreHintedPages;
  unsigned int VirtualPageFileNumber;
  unsigned int Registered;
  unsigned int ReadClusterSizeMax;
  unsigned int EvictFlushRequestCount;
  unsigned int ModifiedWriteDisableCount;
  unsigned int WriteIssueFailures;
  unsigned int WritesOutstanding;
  volatile int EvictFlushLock;
  _ETHREAD *EvictionThread;
  _KEVENT EvictEvent;
  __declspec(align(16)) _SLIST_HEADER WriteSupportSListHead;
  _KEVENT EvictFlushCompleteEvent;
  _RTL_BITMAP *ModifiedWriteFailedBitmap;
  _EPROCESS *StoreProcess;
  unsigned int DeleteStoredPages;
 };

 /* 1338 */
 struct _MMDEREFERENCE_SEGMENT_HEADER
 {
  _KSEMAPHORE Semaphore;
  _LIST_ENTRY ControlAreaDeleteListHead;
  _LIST_ENTRY UnusedSegmentDeleteListHead;
  _LIST_ENTRY PagefileExtensionListHead;
 };

 /* 1339 */
 struct _MI_PTE_CHAIN_HEAD
 {
  _MMPTE Flink;
  _MMPTE Blink;
  _MMPTE *PteBase;
 };

 /* 1340 */
 struct _MI_CROSS_PARTITION_CHARGES
 {
  unsigned __int64 CurrentCharges;
  unsigned __int64 ChargeFailures;
  unsigned __int64 ChargePeak;
  unsigned __int64 ChargeMinimum;
 };

 /* 1341 */
 struct __declspec(align(32)) _MI_PARTITION_SEGMENTS
 {
  volatile int SegmentListLock;
  unsigned int DeleteOnCloseCount;
  volatile __int64 FsControlAreaCount;
  volatile __int64 PfControlAreaCount;
  volatile __int64 CloneHeaderCount;
  _KEVENT DeleteSubsectionCleanup;
  _KEVENT UnusedSegmentCleanup;
  unsigned __int64 SubsectionDeletePtes;
  _MMPAGE_FILE_EXPANSION AttemptForCantExtend;
  _MMDEREFERENCE_SEGMENT_HEADER DereferenceSegmentHeader;
  _LIST_ENTRY DeleteOnCloseList;
  _KTIMER DeleteOnCloseTimer;
  unsigned __int8 DeleteOnCloseTimerActive;
  unsigned __int8 SegmentDereferenceThreadExists;
  void *SegmentDereferenceActiveControlArea;
  unsigned __int64 UnusedSegmentPagedPool;
  _LIST_ENTRY UnusedSegmentList;
  _LIST_ENTRY UnusedSubsectionList;
  _LIST_ENTRY DeleteSubsectionList;
  _KEVENT ControlAreaDeleteEvent;
  _SINGLE_LIST_ENTRY ControlAreaDeleteList;
  _MI_PTE_CHAIN_HEAD FreeSystemCache;
  _KEVENT CloneDereferenceEvent;
  __declspec(align(16)) _SLIST_HEADER CloneProtosSListHead;
  _EX_PUSH_LOCK SystemCacheInitLock;
  unsigned int PagefileExtensionWaiters;
  unsigned int PagefileExtensionRequests;
  _KEVENT PagefileExtensionWaitEvent;
  _MI_CROSS_PARTITION_CHARGES SharedCharges[7];
  _KEVENT *SharedChargesDrainEvent;
  _KEVENT *ControlAreasDrainEvent;
  _KEVENT *CloneHeaderDrainEvent;
  _EX_RUNDOWN_REF_CACHE_AWARE *ProbeRundownReference;
 };

 /* 1342 */
 struct _MI_DECAY_TIMER_LINKAGE
 {
  unsigned __int64 Spare0 : 1;
  unsigned __int64 PreviousDecayPfn : 31;
  unsigned __int64 Spare1 : 1;
  unsigned __int64 NextDecayPfn : 31;
 };

 /* 1343 */
 struct _MI_DECAY_TIMER_LINK
 {
  union
  {
    unsigned __int64 Long;
    _MI_DECAY_TIMER_LINKAGE e1;
  } u1;
 };

 /* 1344 */
 struct __declspec(align(8)) _MI_LDW_WORK_CONTEXT
 {
  _WORK_QUEUE_ITEM WorkItem;
  _FILE_OBJECT *FileObject;
  int ErrorStatus;
  volatile int Active;
  unsigned __int8 FreeWhenDone;
 };

 /* 1345 */
 struct __declspec(align(8)) _MI_AVAILABLE_PAGE_WAIT_STATES
 {
  _KEVENT Event;
  unsigned int EventSets;
 };

 /* 1346 */
 struct $01011AE38380FE7933ED96966565D13C
 {
  unsigned __int32 EntryBecameEmpty : 1;
  unsigned __int32 Spare : 31;
 };

 /* 1347 */
 struct _MI_SLAB_ALLOCATOR_CONTEXT
 {
  _RTL_RB_TREE AllocationsTree;
  volatile int Lock;
  struct _MI_SLAB_ALLOCATOR_ENTRY *SlabEntryHint;
  unsigned __int64 FreePageCount;
  unsigned __int64 SlabEntryCount;
  _MI_SLAB_ALLOCATOR_TYPE Type;
  _MI_SLAB_ALLOCATOR_PROTECTION Protection;
  union
  {
    $01011AE38380FE7933ED96966565D13C __s0;
    unsigned int AllFlags;
  } Flags;
  _MMPFNLIST StandbyList;
  unsigned __int64 LastReplenishTime;
  unsigned __int64 LastFailureTime;
 };

 /* 1348 */
 struct _MI_PARTITION_PAGE_LISTS
 {
  _MMPFNLIST *FreePagesByColor[2];
  __declspec(align(64)) _MMPFNLIST ZeroedPageListHead;
  __declspec(align(32)) _MMPFNLIST FreePageListHead;
  __declspec(align(32)) _MMPFNLIST StandbyPageListHead;
  __declspec(align(32)) _MMPFNLIST StandbyPageListByPriority[8];
  _MMPFNLIST ModifiedPageListNoReservation;
  __declspec(align(32)) _MMPFNLIST ModifiedPageListByReservation[16];
  _MMPFNLIST MappedPageListHead[16];
  _MMPFNLIST BadPageListHead;
  __declspec(align(32)) _MMPFNLIST EnclavePageListHead;
  _SLIST_HEADER *FreePageSlist[2];
  _MMPFNLIST *PageLocationList[8];
  volatile unsigned int StandbyRepurposedByPriority[8];
  __declspec(align(64)) volatile unsigned __int64 TransitionSharedPages;
  unsigned __int64 TransitionSharedPagesPeak[6];
  _KEVENT MappedPageListHeadEvent[16];
  _MI_DECAY_TIMER_LINK DecayClusterTimerHeads[4];
  unsigned int DecayHand;
  unsigned __int8 StandbyListDiscard;
  unsigned __int8 FreeListDiscard;
  unsigned __int8 PfnBitMapsReady;
  unsigned __int64 LastDecayHandUpdateTime;
  _MI_LDW_WORK_CONTEXT LastChanceLdwContext;
  _RTL_AVL_TREE HugePfnBadPages;
  __declspec(align(32)) unsigned __int64 AvailableEventsLock;
  _MI_AVAILABLE_PAGE_WAIT_STATES AvailablePageWaitStates[3];
  void *MirrorListLocks;
  __declspec(align(32)) volatile unsigned __int64 TransitionPrivatePages;
  _RTL_BITMAP_EX LargePfnBitMap[2];
  _MI_FREE_LARGE_PAGE_LIST *LargePageListHeads;
  unsigned __int8 *MediumPagesOnFreeZeroList;
  _RTL_BITMAP_EX LargePageRebuildCandidates;
  wchar_t *LargePagesOnFreeZeroList;
  volatile int HugePageRebuildCandidatesExist;
  _KEVENT LargePageCandidatesExistEvent;
  unsigned __int64 LowMemoryThreshold;
  unsigned __int64 HighMemoryThreshold;
  _MI_SLAB_ALLOCATOR_CONTEXT SlabContexts[2][4];
  _RTL_BITMAP_EX SlabPfnBitMap;
  void *HugePfnLists;
  unsigned __int64 AvailableHugeIoRanges;
 };

 /* 1349 */
 struct _MI_PARTITION_COMMIT
 {
  unsigned __int64 PeakCommitment;
  unsigned __int64 TotalCommitLimitMaximum;
  volatile int Popups[2];
  unsigned __int64 LowCommitThreshold;
  unsigned __int64 HighCommitThreshold;
  unsigned __int64 EventLock;
  unsigned __int64 SystemCommitReserve;
  unsigned __int64 OverCommit;
 };

 /* 1284 */
 struct _MI_WRITE_CALIBRATION
 {
  unsigned int MaximumNumberProcessors;
  _MI_WRITE_TYPES OptimalWriteType;
  unsigned __int64 PerProcessorNumberOfBytes;
  unsigned int OptimalWriteProcessors[2];
  _MI_WRITE_MODES *RawTimeStamps;
 };

 /* 1350 */
 struct _MI_PARTITION_ZEROING
 {
  _KEVENT PageEvent;
  unsigned __int8 ThreadPriorityStatic;
  unsigned __int8 AdaptiveZeroingEnabled;
  int ZeroFreePageSlistMinimum;
  _WORK_QUEUE_ITEM RebalanceZeroFreeWorkItem;
  volatile int NodeCount;
  volatile int BackgroundZeroingDisabled;
  _KGATE LargeBootZeroingComplete;
  _MI_WRITE_CALIBRATION WriteCalibration;
  unsigned __int8 IpiCalibrationFailed;
  volatile int ActiveProcessorsForIpiCalibration;
  volatile int NodesReadyForIpiCalibration;
  _KEVENT ReleaseNodeZeroingThreads;
  struct _MI_ZERO_THREAD_CONTEXT *ThreadContext;
 };

 /* 1351 */
 struct _MI_COMBINE_WORKITEM
 {
  void *NextEntry;
  _WORK_QUEUE_ITEM WorkItem;
 };

 /* 1352 */
 struct __declspec(align(8)) _MI_COMBINE_PAGE_LISTHEAD
 {
  _RTL_AVL_TREE Table;
  volatile int Lock;
 };

 /* 1353 */
 struct __declspec(align(8)) _MI_PAGE_COMBINE_STATISTICS
 {
  unsigned __int64 PagesScannedActive;
  unsigned __int64 PagesScannedStandby;
  unsigned __int64 PagesCombined;
  unsigned int CombineScanCount;
  int CombinedBlocksInUse;
  int SumCombinedBlocksReferenceCount;
 };

 /* 1354 */
 struct _MI_PAGE_COMBINING_SUPPORT
 {
  _MI_PARTITION *Partition;
  _LIST_ENTRY ArbitraryPfnMapList;
  _MI_COMBINE_WORKITEM FreeCombinePoolItem;
  unsigned int CombiningThreadCount;
  _LIST_ENTRY CombinePageFreeList;
  unsigned __int64 CombineFreeListLock;
  _MI_COMBINE_PAGE_LISTHEAD CombinePageListHeads[16];
  unsigned __int64 CommonPageCombineDomain;
  _MI_PAGE_COMBINE_STATISTICS PageCombineStats;
 };

 /* 1355 */
 struct _MMWORKING_SET_EXPANSION_HEAD
 {
  _LIST_ENTRY ListHead;
 };

 /* 1365 */
 struct _MI_PAGEFILE_TRACES
 {
  int Status;
  unsigned __int16 PartitionId;
  unsigned __int8 Priority;
  unsigned __int8 IrpPriority;
  unsigned __int8 ReservationWrite;
  _LARGE_INTEGER CurrentTime;
  unsigned __int64 AvailablePages;
  unsigned __int64 ModifiedPagesTotal;
  unsigned __int64 ModifiedPagefilePages;
  unsigned __int64 ModifiedNoWritePages;
  unsigned __int64 ModifiedPagefileNoReservationPages;
  struct
  {
    _MDL Mdl;
    unsigned __int64 Page[1];
  } MdlHack;
 };

 /* 1366 */
 struct _MI_VISIBLE_PARTITION
 {
  unsigned __int64 LowestPhysicalPage;
  unsigned __int64 HighestPhysicalPage;
  unsigned __int64 NumberOfPhysicalPages;
  volatile unsigned int NumberOfPagingFiles;
  unsigned __int8 SystemCacheInitialized;
  _MMPAGING_FILE *PagingFile[16];
  __declspec(align(64)) volatile unsigned __int64 AvailablePages;
  __declspec(align(64)) volatile unsigned __int64 ResidentAvailablePages;
  __declspec(align(64)) _MMSUPPORT_INSTANCE PartitionWs[1];
  _MMWSL_INSTANCE PartitionWorkingSetLists[1];
  volatile unsigned __int64 TotalCommittedPages;
  __declspec(align(32)) _MMPFNLIST ModifiedPageListHead;
  __declspec(align(32)) _MMPFNLIST ModifiedNoWritePageListHead;
  unsigned __int64 TotalCommitLimit;
  unsigned __int64 TotalPagesForPagingFile;
  unsigned __int64 VadPhysicalPages;
  unsigned __int64 ProcessLockedFilePages;
  volatile unsigned __int64 SharedCommit;
  unsigned __int64 SlabAllocatorPages;
  unsigned int ChargeCommitmentFailures[4];
  volatile int PageFileTraceIndex;
  _MI_PAGEFILE_TRACES PageFileTraces[32];
 };

 /* 1326 */
 struct _MI_PARTITION
 {
  _MI_PARTITION_CORE Core;
  _MI_PARTITION_MODWRITES Modwriter;
  _MI_PARTITION_STORES Store;
  __declspec(align(64)) _MI_PARTITION_SEGMENTS Segments;
  _MI_PARTITION_PAGE_LISTS PageLists;
  _MI_PARTITION_COMMIT Commit;
  _MI_PARTITION_ZEROING Zeroing;
  _MI_PAGE_COMBINING_SUPPORT PageCombine;
  void *WorkingSetControl;
  _MMWORKING_SET_EXPANSION_HEAD WorkingSetExpansionHead;
  unsigned int SessionDetachTimeStamp;
  _MI_VISIBLE_PARTITION Vp;
 };

 /* 1278 */
 struct _MI_FREE_LARGE_PAGES
 {
  unsigned __int64 LargePageFreeCount[2];
  unsigned __int64 LargePageFreeCountHiLow[2][2];
  unsigned __int64 LargePagesCount[2][2][4][4];
  _MI_FREE_LARGE_PAGE_LIST *LargePageEntries[2][2][4][4];
 };

 /* 1279 */
 struct __declspec(align(8)) _MI_REBUILD_LARGE_PAGE_TIMER
 {
  _WORK_QUEUE_ITEM WorkItem;
  unsigned __int8 SecondsLeft;
  unsigned __int8 RebuildActive;
  unsigned __int8 NextPassDelta;
  unsigned __int8 LargeSubPagesActive;
 };

 /* 1280 */
 struct _MMPFNLIST_SHORT
 {
  unsigned __int64 Total;
  unsigned __int64 Flink;
  unsigned __int64 Blink;
 };

 /* 1282 */
 struct _MI_PAGE_COLORS
 {
  unsigned int PageSize[4];
 };

 /* 1287 */
 struct __declspec(align(64)) _MI_NODE_INFORMATION
 {
  _MI_FREE_LARGE_PAGES FreeLargePages[3];
  _MI_REBUILD_LARGE_PAGE_TIMER LargePageRebuildTimer;
  _MMPFNLIST_SHORT StandbyPageList[4][8];
  __declspec(align(16)) _RTL_BITMAP FreePageListHeadsBitmap[2];
  unsigned int FreePageListHeadsBitmapBuffer[16];
  volatile unsigned __int64 FreeCount[2];
  unsigned __int64 TotalPages[4];
  unsigned __int64 TotalPagesEntireNode;
  unsigned int CurrentHugeRangeColor;
  unsigned __int64 HugeIoRangeFreeCount[2];
  unsigned int MmShiftedColor;
  unsigned int Color;
  volatile unsigned __int64 ChannelFreeCount[4][2];
  struct
  {
    unsigned __int32 ChannelsHotCold : 1;
    unsigned __int32 Spare : 31;
  } Flags;
  unsigned int LargeListMoveInProgress;
  _MI_LARGE_PAGE_LISTS_CHANGING *LargeListWaiters;
  _EX_PUSH_LOCK NodeLock;
  unsigned __int64 ZeroThreadHugeMapLock;
  unsigned __int8 ChannelStatus;
  unsigned __int8 ChannelOrdering[4];
  unsigned __int8 LockedChannelOrdering[4];
  unsigned __int8 PowerAttribute[4];
  unsigned __int64 LargePageLock;
  _MI_PAGE_COLORS PageColorTable;
  unsigned __int64 NumberOfPagesGoingBad;
  _MI_WRITE_CALIBRATION WriteCalibration;
  void *BootZeroContext;
  void *BootZeroPageTimesPerProcessor;
  void *ZeroingVaBase;
  unsigned __int64 TotalBytesToZero;
  unsigned __int64 PerProcessorNumberOfBytesToZero;
  void *ZeroingContext;
  volatile unsigned int ZeroingProcessorCount;
  volatile int ZeroHand;
  volatile int FinishedProcessors;
  unsigned __int64 CyclesToZeroOneLargePage;
  unsigned __int64 *ScaledCyclesToZeroOneLargePage;
  _GROUP_AFFINITY GroupAffinity;
  unsigned __int16 ProcessorCount;
  unsigned __int8 BackgroundZeroingActive;
  _PHYSICAL_MEMORY_DESCRIPTOR *ZeroingPhysicalMemoryBlock;
 };

 /* 1285 */
 struct _PHYSICAL_MEMORY_RUN
 {
  unsigned __int64 BasePage;
  unsigned __int64 PageCount;
 };

 /* 1286 */
 struct _PHYSICAL_MEMORY_DESCRIPTOR
 {
  unsigned int NumberOfRuns;
  unsigned __int64 NumberOfPages;
  _PHYSICAL_MEMORY_RUN Run[1];
 };

 /* 1307 */
 struct $F8D32A3D40D35A4C9C2259605482BCE6
 {
  unsigned __int16 TotalNumberOfPtes4132 : 10;
  unsigned __int16 Spare0 : 1;
  unsigned __int16 SessionDriverProtos : 1;
  unsigned __int16 LargePages : 1;
  unsigned __int16 DebugSymbolsLoaded : 1;
  unsigned __int16 WriteCombined : 1;
  unsigned __int16 NoCache : 1;
 };

 /* 1308 */
 union $AF2B21B5DBE4EF6009D463EC2BF52AE0
 {
  $F8D32A3D40D35A4C9C2259605482BCE6 __s0;
  unsigned __int16 Short0;
 };

 /* 1309 */
 struct $18617FF5574FAFE6FF4239F3B53078A0
 {
  unsigned __int8 Spare : 1;
  unsigned __int8 DefaultProtectionMask : 5;
  unsigned __int8 Binary32 : 1;
  unsigned __int8 ContainsDebug : 1;
  unsigned __int8 ForceCollision : 1;
 };

 /* 1310 */
 union $84D3874722703F51601C11B2FA98B269
 {
  $18617FF5574FAFE6FF4239F3B53078A0 __s0;
  unsigned __int8 UChar1;
 };

 /* 1311 */
 struct $CB0533A8E10952E8BDE2B10B40389D58
 {
  _BYTE gap0;
  unsigned __int8 UChar2;
 };

 /* 1312 */
 struct $3DD2C26DC01458CFE50856A5093455B3
 {
  _BYTE gap0;
  unsigned __int8 : 1;
  unsigned __int8 ImageSigningType : 3;
  unsigned __int8 ImageSigningLevel : 4;
 };

 /* 1313 */
 union $92AC35496D97B8342A99F868BB92E366
 {
  $84D3874722703F51601C11B2FA98B269 ___u1;
  $CB0533A8E10952E8BDE2B10B40389D58 __s1;
  $3DD2C26DC01458CFE50856A5093455B3 __s2;
 };

 /* 1314 */
 struct _SEGMENT_FLAGS
 {
  $AF2B21B5DBE4EF6009D463EC2BF52AE0 ___u0;
  $92AC35496D97B8342A99F868BB92E366 ___u1;
 };

 /* 1325 */
 union $1225480D13B1CE681B39AB5228AB4338
 {
  _MMEXTEND_INFO *ExtendInfo;
  void *BasedAddress;
 };

 /* 1289 */
 struct _SEGMENT
 {
  _CONTROL_AREA *ControlArea;
  unsigned int TotalNumberOfPtes;
  _SEGMENT_FLAGS SegmentFlags;
  unsigned __int64 NumberOfCommittedPages;
  unsigned __int64 SizeOfSegment;
  $1225480D13B1CE681B39AB5228AB4338 ___u5;
  _EX_PUSH_LOCK SegmentLock;
  union
  {
    unsigned __int64 ImageCommitment;
    unsigned int CreatingProcessId;
  } u1;
  union
  {
    _MI_SECTION_IMAGE_INFORMATION *ImageInformation;
    void *FirstMappedVa;
  } u2;
  _MMPTE *PrototypePte;
 };

 /* 1277 */
 struct _MI_FREE_LARGE_PAGE_LIST
 {
  _LIST_ENTRY ListHead;
  unsigned __int64 EntryCount;
 };

 /* 1283 */
 struct _MI_WRITE_MODES
 {
  unsigned __int64 WriteType[2];
 };

 /* 1364 */
 union $80FE60C0912A4E060D4BD23722769CB1
 {
  unsigned int ToBeEvictedCount;
  unsigned int HybridPriority;
 };

 /* 1357 */
 struct __declspec(align(16)) _MMPAGING_FILE
 {
  unsigned __int64 Size;
  unsigned __int64 MaximumSize;
  unsigned __int64 MinimumSize;
  unsigned __int64 FreeSpace;
  unsigned __int64 PeakUsage;
  unsigned __int64 HighestPage;
  unsigned __int64 FreeReservationSpace;
  _FILE_OBJECT *File;
  _MMMOD_WRITER_MDL_ENTRY **Entry;
  unsigned int NumberOfModWriterEntries;
  _SLIST_HEADER PfnsToFree;
  _UNICODE_STRING PageFileName;
  _MI_PAGING_FILE_SPACE_BITMAPS *Bitmaps;
  unsigned int AllocationBitmapHint;
  unsigned int LargestAllocationCluster;
  unsigned int RefreshAllocationCluster;
  unsigned int LastRefreshAllocationCluster;
  unsigned int ReservedClusterSizeAggregate;
  unsigned int MaximumRunLengthInBitmaps;
  _RTL_RB_TREE BitmapsCacheLengthTree;
  _RTL_RB_TREE BitmapsCacheLocationTree;
  _LIST_ENTRY BitmapsCacheFreeList;
  _MI_PAGEFILE_BITMAPS_CACHE_ENTRY *BitmapsCacheEntries;
  $80FE60C0912A4E060D4BD23722769CB1 ___u23;
  unsigned __int16 PageFileNumber : 4;
  unsigned __int16 WsSwapPagefile : 1;
  unsigned __int16 NoReservations : 1;
  unsigned __int16 VirtualStorePagefile : 1;
  unsigned __int16 SwapSupported : 1;
  unsigned __int16 NodeInserted : 1;
  unsigned __int16 StackNotified : 1;
  unsigned __int16 BackedBySCM : 1;
  unsigned __int16 SpecialPurposeMemory : 1;
  unsigned __int16 Spare0 : 3;
  unsigned __int8 AdriftMdls : 1;
  unsigned __int8 Spare1 : 7;
  unsigned __int8 IgnoreReservations : 1;
  unsigned __int8 Spare2 : 7;
  unsigned int PageHashPages;
  unsigned int PageHashPagesPeak;
  unsigned int *PageHash;
  void *FileHandle;
  volatile int SpinLock;
  _RTL_AVL_TREE FlowThroughReadRoot;
  _MI_PARTITION *Partition;
  _RTL_BALANCED_NODE FileObjectNode;
 };

 /* 1281 */
 struct _MI_LARGE_PAGE_LISTS_CHANGING
 {
  _MI_LARGE_PAGE_LISTS_CHANGING *Next;
  _KGATE Gate;
 };

 /* 1305 */
 union $2D13D1F237075DAEEDCB2F25F5E778A5
 {
  _LIST_ENTRY ListHead;
  void *AweContext;
 };

 /* 1290 */
 struct _MMSECTION_FLAGS
 {
  unsigned __int32 BeingDeleted : 1;
  unsigned __int32 BeingCreated : 1;
  unsigned __int32 BeingPurged : 1;
  unsigned __int32 NoModifiedWriting : 1;
  unsigned __int32 FailAllIo : 1;
  unsigned __int32 Image : 1;
  unsigned __int32 Based : 1;
  unsigned __int32 File : 1;
  unsigned __int32 AttemptingDelete : 1;
  unsigned __int32 PrefetchCreated : 1;
  unsigned __int32 PhysicalMemory : 1;
  unsigned __int32 ImageControlAreaOnRemovableMedia : 1;
  unsigned __int32 Reserve : 1;
  unsigned __int32 Commit : 1;
  unsigned __int32 NoChange : 1;
  unsigned __int32 WasPurged : 1;
  unsigned __int32 UserReference : 1;
  unsigned __int32 GlobalMemory : 1;
  unsigned __int32 DeleteOnClose : 1;
  unsigned __int32 FilePointerNull : 1;
  unsigned __int32 PreferredNode : 6;
  unsigned __int32 GlobalOnlyPerSession : 1;
  unsigned __int32 UserWritable : 1;
  unsigned __int32 SystemVaAllocated : 1;
  unsigned __int32 PreferredFsCompressionBoundary : 1;
  unsigned __int32 UsingFileExtents : 1;
  unsigned __int32 PageSize64K : 1;
 };

 /* 1291 */
 struct _MMSECTION_FLAGS2
 {
  unsigned __int16 PartitionId : 10;
  unsigned __int8 NoCrossPartitionAccess : 1;
  unsigned __int8 SubsectionCrossPartitionReferenceOverflow : 1;
 };

 /* 1299 */
 union $6497B3B332FBE6AA944876FB43D8DF8C
 {
  unsigned int NumberOfSystemCacheViews;
  unsigned int ImageRelocationStartBit;
 };

 /* 1300 */
 struct $2539D322F3AD524C99AECADF227BA701
 {
  unsigned __int32 ImageRelocationSizeIn64k : 16;
  unsigned __int32 SystemImage : 1;
  unsigned __int32 CantMove : 1;
  unsigned __int32 StrongCode : 2;
  unsigned __int32 BitMap : 2;
  unsigned __int32 ImageActive : 1;
  unsigned __int32 ImageBaseOkToReuse : 1;
 };

 /* 1301 */
 union $FBC4DE46B923DE6B108561521BA17737
 {
  volatile int WritableUserReferences;
  $2539D322F3AD524C99AECADF227BA701 __s1;
 };

 /* 1302 */
 union $FE23979C44C45D906B2DBFFBF655C8A9
 {
  unsigned int FlushInProgressCount;
  unsigned int NumberOfSubsections;
  _MI_IMAGE_SECURITY_REFERENCE *SeImageStub;
 };

 /* 1303 */
 struct $B88BC2B29871B13C437D5C45894610D9
 {
  unsigned __int64 IoAttributionContext : 61;
  unsigned __int64 Spare : 3;
 };

 /* 1304 */
 struct $96C08E6C596AA13C6800C599D0FAF4BE
 {
  unsigned __int64 CommittedPageCount : 36;
 };

 /* 1306 */
 struct _CONTROL_AREA
 {
  _SEGMENT *Segment;
  $2D13D1F237075DAEEDCB2F25F5E778A5 ___u1;
  unsigned __int64 NumberOfSectionReferences;
  unsigned __int64 NumberOfPfnReferences;
  unsigned __int64 NumberOfMappedViews;
  unsigned __int64 NumberOfUserReferences;
  union
  {
    unsigned int LongFlags;
    _MMSECTION_FLAGS Flags;
  } u;
  union
  {
    unsigned int LongFlags;
    _MMSECTION_FLAGS2 Flags;
  } u1;
  _EX_FAST_REF FilePointer;
  volatile int ControlAreaLock;
  unsigned int ModifiedWriteCount;
  _MI_CONTROL_AREA_WAIT_BLOCK *WaitList;
  union
  {
    struct
    {
      $6497B3B332FBE6AA944876FB43D8DF8C ___u0;
      $FBC4DE46B923DE6B108561521BA17737 ___u1;
      $FE23979C44C45D906B2DBFFBF655C8A9 ___u2;
    } e2;
  } u2;
  _EX_PUSH_LOCK FileObjectLock;
  volatile unsigned __int64 LockedPages;
  union
  {
    $B88BC2B29871B13C437D5C45894610D9 __s0;
    unsigned __int64 ImageCrossPartitionCharge;
    $96C08E6C596AA13C6800C599D0FAF4BE __s2;
  } u3;
 };

 /* 1315 */
 struct __declspec(align(8)) _MMEXTEND_INFO
 {
  unsigned __int64 CommittedSize;
  unsigned int ReferenceCount;
 };

 /* 1316 */
 struct $66DC0EC290AA6DCA6B62C030901B9071
 {
  unsigned __int16 SubSystemMinorVersion;
  unsigned __int16 SubSystemMajorVersion;
 };

 /* 1317 */
 union $0BA1E6208C9021195E24912A4815754D
 {
  $66DC0EC290AA6DCA6B62C030901B9071 __s0;
  unsigned int SubSystemVersion;
 };

 /* 1318 */
 struct $3F04A6BA6C494E4FD8CB880D3817940D
 {
  unsigned __int16 MajorOperatingSystemVersion;
  unsigned __int16 MinorOperatingSystemVersion;
 };

 /* 1319 */
 union $C946EC7EB9AE17DA3C62DE2DFE72B1E5
 {
  $3F04A6BA6C494E4FD8CB880D3817940D __s0;
  unsigned int OperatingSystemVersion;
 };

 /* 1320 */
 struct $F070E9AC67FA8BC49B011A7219020341
 {
  unsigned __int8 ComPlusNativeReady : 1;
  unsigned __int8 ComPlusILOnly : 1;
  unsigned __int8 ImageDynamicallyRelocated : 1;
  unsigned __int8 ImageMappedFlat : 1;
  unsigned __int8 BaseBelow4gb : 1;
  unsigned __int8 ComPlusPrefer32bit : 1;
  unsigned __int8 Reserved : 2;
 };

 /* 1321 */
 union $324AFC9E32E1E147C52FB07640BE0A94
 {
  unsigned __int8 ImageFlags;
  $F070E9AC67FA8BC49B011A7219020341 __s1;
 };

 /* 1322 */
 struct _SECTION_IMAGE_INFORMATION
 {
  void *TransferAddress;
  unsigned int ZeroBits;
  unsigned __int64 MaximumStackSize;
  unsigned __int64 CommittedStackSize;
  unsigned int SubSystemType;
  $0BA1E6208C9021195E24912A4815754D ___u5;
  $C946EC7EB9AE17DA3C62DE2DFE72B1E5 ___u6;
  unsigned __int16 ImageCharacteristics;
  unsigned __int16 DllCharacteristics;
  unsigned __int16 Machine;
  unsigned __int8 ImageContainsCode;
  $324AFC9E32E1E147C52FB07640BE0A94 ___u11;
  unsigned int LoaderFlags;
  unsigned int ImageFileSize;
  unsigned int CheckSum;
 };

 /* 1323 */
 struct _MI_EXTRA_IMAGE_INFORMATION
 {
  unsigned int SizeOfHeaders;
  unsigned int SizeOfImage;
  unsigned int TimeDateStamp;
  unsigned __int32 ImageCetShadowStacksReady : 1;
  unsigned __int32 ImageCetShadowStacksStrictMode : 1;
  unsigned __int32 ImageCetSetContextIpValidationRelaxedMode : 1;
  unsigned __int32 ImageCetDynamicApisAllowInProc : 1;
  unsigned __int32 ImageCetDowngradeReserved1 : 1;
  unsigned __int32 ImageCetDowngradeReserved2 : 1;
  unsigned __int32 Spare : 26;
 };

 /* 1324 */
 struct _MI_SECTION_IMAGE_INFORMATION
 {
  _SECTION_IMAGE_INFORMATION ExportedImageInformation;
  _MI_EXTRA_IMAGE_INFORMATION InternalImageInformation;
 };

 /* 1356 */
 struct _MODWRITER_FLAGS
 {
  unsigned __int32 KeepForever : 1;
  unsigned __int32 Networked : 1;
  unsigned __int32 IoPriority : 3;
  unsigned __int32 ModifiedStoreWrite : 1;
 };

 /* 1358 */
 struct _MMMOD_WRITER_MDL_ENTRY
 {
  _LIST_ENTRY Links;
  union
  {
    _IO_STATUS_BLOCK IoStatus;
  } u;
  _IRP *Irp;
  _MODWRITER_FLAGS u1;
  unsigned int StoreWriteRefCount;
  _KAPC StoreWriteCompletionApc;
  unsigned int ByteCount;
  unsigned int ChargedPages;
  _MMPAGING_FILE *PagingFile;
  _FILE_OBJECT *File;
  _CONTROL_AREA *ControlArea;
  _ERESOURCE *FileResource;
  _LARGE_INTEGER WriteOffset;
  _LARGE_INTEGER IssueTime;
  _MI_PARTITION *Partition;
  _MDL *PointerMdl;
  _MDL Mdl;
  unsigned __int64 Page[1];
 };

 /* 1360 */
 union $AC808C7CF16AC3D18D234598DE0C58D4
 {
  unsigned int RefCount;
  _MI_PAGING_FILE_SPACE_BITMAPS *Anchor;
 };

 /* 1361 */
 union $AF7B4844EDC6311A9372CB8C59DC6960
 {
  _RTL_BITMAP ReservationBitmap;
  _RTL_BITMAP EvictedBitmap;
 };

 /* 1359 */
 struct _MI_PAGING_FILE_SPACE_BITMAPS
 {
  $AC808C7CF16AC3D18D234598DE0C58D4 ___u0;
  _RTL_BITMAP AllocationBitmap;
  $AF7B4844EDC6311A9372CB8C59DC6960 ___u2;
 };

 /* 1362 */
 union $F16AFFE20C67564FC04CAB516CBD00F8
 {
  _RTL_BALANCED_NODE LengthTreeNode;
  _LIST_ENTRY FreeListEntry;
 };

 /* 1363 */
 struct _MI_PAGEFILE_BITMAPS_CACHE_ENTRY
 {
  $F16AFFE20C67564FC04CAB516CBD00F8 ___u0;
  _RTL_BALANCED_NODE LocationTreeNode;
  unsigned int StartingIndex;
  unsigned int Length;
 };

 /* 1292 */
 struct _MI_CONTROL_AREA_WAIT_BLOCK
 {
  _MI_CONTROL_AREA_WAIT_BLOCK *Next;
  unsigned int WaitReason;
  unsigned int WaitResponse;
  _KGATE Gate;
 };

 /* 1293 */
 struct _MI_PROTOTYPE_PTES_NODE
 {
  _RTL_BALANCED_NODE Node;
  union
  {
    struct
    {
      unsigned __int64 AllocationType : 3;
      unsigned __int64 Inserted : 1;
    } e1;
    struct
    {
      unsigned __int64 PrototypePtesFlags;
    } e2;
  } u1;
 };

 /* 1294 */
 struct $67662CBFC5AA38F53CF99531001397E6
 {
  unsigned __int64 SecurityBeingCreated : 2;
  unsigned __int64 SecurityMandatory : 1;
  unsigned __int64 PageHashPointer : 61;
 };

 /* 1295 */
 union $AD3EDC8BD2DFE62FA16C5EDC78BE8356
 {
  void *PageHashes;
  unsigned __int64 Value;
  $67662CBFC5AA38F53CF99531001397E6 __s2;
 };

 /* 1296 */
 struct _IMAGE_SECURITY_CONTEXT
 {
  $AD3EDC8BD2DFE62FA16C5EDC78BE8356 ___u0;
 };

 /* 1297 */
 struct $7EE0130C63682289211C38B4235815C7
 {
  unsigned __int64 FilesystemWantsRva : 1;
  unsigned __int64 Spare : 3;
 };

 /* 1298 */
 struct _MI_IMAGE_SECURITY_REFERENCE
 {
  _MI_PROTOTYPE_PTES_NODE ProtosNode;
  void *DynamicRelocations;
  _IMAGE_SECURITY_CONTEXT SecurityContext;
  union
  {
    void *ImageFileExtents;
    unsigned __int64 ImageFileExtentsUlongPtr;
    $7EE0130C63682289211C38B4235815C7 __s2;
  } u1;
  unsigned __int64 StrongImageReference;
 };

 /* 1369 */
 union $222411C604A05BA7C5E46BD1ABCFCEF1
 {
  struct
  {
    unsigned __int64 Tradable : 1;
    unsigned __int64 NonPagedBuddy : 43;
  } Leaf;
  struct
  {
    unsigned __int64 Tradable : 1;
    unsigned __int64 WsleAge : 3;
    unsigned __int64 OldestWsleLeafEntries : 10;
    unsigned __int64 OldestWsleLeafAge : 3;
    unsigned __int64 NonPagedBuddy : 43;
  } PageTable;
  unsigned __int64 EntireActiveField;
 };

 /* 1370 */
 struct _MI_ACTIVE_PFN
 {
  $222411C604A05BA7C5E46BD1ABCFCEF1 ___u0;
 };

 /* 1371 */
 struct $559D8309DABD45803AD694472C7FC28A
 {
  unsigned __int64 Flink : 36;
  unsigned __int64 NodeFlinkHigh : 28;
 };

 /* 1372 */
 struct $5B7DEAD9D4065C8266C49A2FC7A4EAAA
 {
  unsigned __int64 Blink : 36;
  unsigned __int64 NodeBlinkHigh : 20;
  unsigned __int64 TbFlushStamp : 4;
  unsigned __int64 Unused : 2;
  unsigned __int64 PageBlinkDeleteBit : 1;
  unsigned __int64 PageBlinkLockBit : 1;
 };

 /* 1373 */
 struct $1DCB6AB192F9F1AD8A0C0395A244A774
 {
  unsigned __int64 ShareCount : 62;
  unsigned __int64 PageShareCountDeleteBit : 1;
  unsigned __int64 PageShareCountLockBit : 1;
 };

 /* 1374 */
 struct $CF058556D65B75BE07F38BCE4AD218BA
 {
  unsigned __int64 LockNotUsed : 62;
  unsigned __int64 DeleteBit : 1;
  unsigned __int64 LockBit : 1;
 };

 /* 1375 */
 union $4F8B75F7759D8E6FB14849376EA08370
 {
  $5B7DEAD9D4065C8266C49A2FC7A4EAAA __s0;
  $1DCB6AB192F9F1AD8A0C0395A244A774 __s1;
  unsigned __int64 EntireField;
  volatile __int64 Lock;
  $CF058556D65B75BE07F38BCE4AD218BA __s4;
 };

 /* 1376 */
 struct _MIPFNBLINK
 {
  $4F8B75F7759D8E6FB14849376EA08370 ___u0;
 };

 /* 1377 */
 struct _MMPFNENTRY1
 {
  unsigned __int8 PageLocation : 3;
  unsigned __int8 WriteInProgress : 1;
  unsigned __int8 Modified : 1;
  unsigned __int8 ReadInProgress : 1;
  unsigned __int8 CacheAttribute : 2;
 };

 /* 1378 */
 struct _MMPFNENTRY3
 {
  unsigned __int8 Priority : 3;
  unsigned __int8 OnProtectedStandby : 1;
  unsigned __int8 InPageError : 1;
  unsigned __int8 SystemChargedPage : 1;
  unsigned __int8 RemovalRequested : 1;
  unsigned __int8 ParityError : 1;
 };

 /* 1379 */
 struct $B20E0EC650522E50CBDC01B554548569
 {
  unsigned __int16 ReferenceCount;
  _MMPFNENTRY1 e1;
  _MMPFNENTRY3 e3;
 };

 /* 1380 */
 struct $8D9ED47C9F2F2CD645B633E301950288
 {
  unsigned __int64 PteFrame : 36;
  unsigned __int64 ResidentPage : 1;
  unsigned __int64 Unused1 : 1;
  unsigned __int64 Unused2 : 1;
  unsigned __int64 Partition : 10;
  unsigned __int64 FileOnly : 1;
  unsigned __int64 PfnExists : 1;
  unsigned __int64 Spare : 9;
  unsigned __int64 PageIdentity : 3;
  unsigned __int64 PrototypePte : 1;
 };

 /* 1381 */
 struct $3EB35EA32DBEAA155F8A98DFD63E8FEF
 {
  _LIST_ENTRY ListEntry;
  _MMPTE OriginalPte;
 };

 /* 1382 */
 struct $03F31543BA869ECA9B046198F1FF9964
 {
  union
  {
    _SINGLE_LIST_ENTRY NextSlistPfn;
    void *Next;
    $559D8309DABD45803AD694472C7FC28A __s2;
    _MI_ACTIVE_PFN Active;
  } u1;
  _MMPTE *PteAddress;
 };

 /* 1383 */
 struct $D21C15146D4EB79F89A1577A87EB971B
 {
  _BYTE gap0[8];
  unsigned __int64 PteLong;
 };

 /* 1384 */
 union $EA3A1A62AE580FC98623708650C44B42
 {
  $3EB35EA32DBEAA155F8A98DFD63E8FEF __s0;
  _RTL_BALANCED_NODE TreeNode;
  $03F31543BA869ECA9B046198F1FF9964 __s2;
  $D21C15146D4EB79F89A1577A87EB971B __s3;
 };

 /* 1385 */
 struct $091B9505113E957C66E66A7109F35DF5
 {
  unsigned __int8 Unused : 4;
  unsigned __int8 Unused2 : 4;
  unsigned __int8 ViewCount;
 };

 /* 1386 */
 struct $1CD8408E3F15F5436D32E8692539D0A4
 {
  _BYTE gap0;
  unsigned __int8 NodeFlinkLow;
 };

 /* 1387 */
 struct $DB34FF57426EE11B3D5D6B42F8219D0E
 {
  _BYTE gap0;
  unsigned __int8 ModifiedListBucketIndex : 4;
 };

 /* 1388 */
 struct $D4F786131025CCDDFC6B0CF4347CD645
 {
  _BYTE gap0;
  unsigned __int8 AnchorLargePageSize : 2;
 };

 /* 1389 */
 union $401E70FF81CFD3A212CA4ED097BE02E5
 {
  $091B9505113E957C66E66A7109F35DF5 __s0;
  $1CD8408E3F15F5436D32E8692539D0A4 __s1;
  $DB34FF57426EE11B3D5D6B42F8219D0E __s2;
  $D4F786131025CCDDFC6B0CF4347CD645 __s3;
 };

 /* 1390 */
 struct _MMPFN
 {
  $EA3A1A62AE580FC98623708650C44B42 ___u0;
  _MIPFNBLINK u2;
  union
  {
    $B20E0EC650522E50CBDC01B554548569 __s0;
    struct
    {
      unsigned __int16 ReferenceCount;
    } e2;
    struct
    {
      unsigned int EntireField;
    } e4;
  } u3;
  unsigned __int16 NodeBlinkLow;
  $401E70FF81CFD3A212CA4ED097BE02E5 ___u4;
  union
  {
    $8D9ED47C9F2F2CD645B633E301950288 __s0;
    unsigned __int64 EntireField;
  } u4;
 };

 /* 1423 */
 struct $8252704583D14E8FFB12FD078EC5DF98
 {
  _MMVAD_SHORT *NextVad;
  void *ExtraCreateInfo;
 };

 /* 1424 */
 union $585606DF97E3B4B6BE7A453C6913EC08
 {
  $8252704583D14E8FFB12FD078EC5DF98 __s0;
  _RTL_BALANCED_NODE VadNode;
 };

 /* 1392 */
 struct _MMVAD_FLAGS
 {
  unsigned __int32 Lock : 1;
  unsigned __int32 LockContended : 1;
  unsigned __int32 DeleteInProgress : 1;
  unsigned __int32 NoChange : 1;
  unsigned __int32 VadType : 3;
  unsigned __int32 Protection : 5;
  unsigned __int32 PreferredNode : 6;
  unsigned __int32 PageSize : 2;
  unsigned __int32 PrivateMemory : 1;
 };

 /* 1393 */
 struct _MM_PRIVATE_VAD_FLAGS
 {
  unsigned __int32 Lock : 1;
  unsigned __int32 LockContended : 1;
  unsigned __int32 DeleteInProgress : 1;
  unsigned __int32 NoChange : 1;
  unsigned __int32 VadType : 3;
  unsigned __int32 Protection : 5;
  unsigned __int32 PreferredNode : 6;
  unsigned __int32 PageSize : 2;
  unsigned __int32 PrivateMemoryAlwaysSet : 1;
  unsigned __int32 WriteWatch : 1;
  unsigned __int32 FixedLargePageSize : 1;
  unsigned __int32 ZeroFillPagesOptional : 1;
  unsigned __int32 Graphics : 1;
  unsigned __int32 Enclave : 1;
  unsigned __int32 ShadowStack : 1;
  unsigned __int32 PhysicalMemoryPfnsReferenced : 1;
 };

 /* 1394 */
 struct _MM_GRAPHICS_VAD_FLAGS
 {
  unsigned __int32 Lock : 1;
  unsigned __int32 LockContended : 1;
  unsigned __int32 DeleteInProgress : 1;
  unsigned __int32 NoChange : 1;
  unsigned __int32 VadType : 3;
  unsigned __int32 Protection : 5;
  unsigned __int32 PreferredNode : 6;
  unsigned __int32 PageSize : 2;
  unsigned __int32 PrivateMemoryAlwaysSet : 1;
  unsigned __int32 WriteWatch : 1;
  unsigned __int32 FixedLargePageSize : 1;
  unsigned __int32 ZeroFillPagesOptional : 1;
  unsigned __int32 GraphicsAlwaysSet : 1;
  unsigned __int32 GraphicsUseCoherentBus : 1;
  unsigned __int32 GraphicsNoCache : 1;
  unsigned __int32 GraphicsPageProtection : 3;
 };

 /* 1395 */
 struct _MM_SHARED_VAD_FLAGS
 {
  unsigned __int32 Lock : 1;
  unsigned __int32 LockContended : 1;
  unsigned __int32 DeleteInProgress : 1;
  unsigned __int32 NoChange : 1;
  unsigned __int32 VadType : 3;
  unsigned __int32 Protection : 5;
  unsigned __int32 PreferredNode : 6;
  unsigned __int32 PageSize : 2;
  unsigned __int32 PrivateMemoryAlwaysClear : 1;
  unsigned __int32 PrivateFixup : 1;
  unsigned __int32 HotPatchAllowed : 1;
 };

 /* 1396 */
 struct _MMVAD_FLAGS1
 {
  unsigned __int32 CommitCharge : 31;
  unsigned __int32 MemCommit : 1;
 };

 /* 1391 */
 struct _MMVAD_SHORT
 {
  $585606DF97E3B4B6BE7A453C6913EC08 ___u0;
  unsigned int StartingVpn;
  unsigned int EndingVpn;
  unsigned __int8 StartingVpnHigh;
  unsigned __int8 EndingVpnHigh;
  unsigned __int8 CommitChargeHigh;
  unsigned __int8 SpareNT64VadUChar;
  int ReferenceCount;
  _EX_PUSH_LOCK PushLock;
  union
  {
    unsigned int LongFlags;
    _MMVAD_FLAGS VadFlags;
    _MM_PRIVATE_VAD_FLAGS PrivateVadFlags;
    _MM_GRAPHICS_VAD_FLAGS GraphicsVadFlags;
    _MM_SHARED_VAD_FLAGS SharedVadFlags;
    volatile unsigned int VolatileVadLong;
  } u;
  union
  {
    unsigned int LongFlags1;
    _MMVAD_FLAGS1 VadFlags1;
  } u1;
  _MI_VAD_EVENT_BLOCK *EventList;
 };

 /* 1397 */
 struct __declspec(align(8)) _MI_VAD_EVENT_BLOCK
 {
  _MI_VAD_EVENT_BLOCK *Next;
  $E2393686A935BA9A0F5BEB93494C4E0B ___u1;
  unsigned int WaitReason;
 };

 /* 1398 */
 struct _MMSECURE_FLAGS
 {
  unsigned __int32 ReadOnly : 1;
  unsigned __int32 ReadWrite : 1;
  unsigned __int32 SecNoChange : 1;
  unsigned __int32 NoDelete : 1;
  unsigned __int32 RequiresPteReversal : 1;
  unsigned __int32 ExclusiveSecure : 1;
  unsigned __int32 UserModeOnly : 1;
  unsigned __int32 NoInherit : 1;
  unsigned __int32 CheckVad : 1;
  unsigned __int32 Spare : 3;
 };

 /* 1399 */
 struct _MMADDRESS_LIST
 {
  union
  {
    _MMSECURE_FLAGS Flags;
    unsigned int FlagsLong;
    void *StartVa;
  } u1;
  void *EndVa;
 };

 /* 1418 */
 struct _MI_LARGEPAGE_VAD_INFO
 {
  unsigned __int8 LargeImageBias;
  unsigned __int8 Spare[3];
  unsigned __int64 ActualImageViewSize;
  _EPARTITION *ReferencedPartition;
 };

 /* 1419 */
 struct $2B8095CDED35582F47E90D952335E2C8
 {
  unsigned __int32 ViewPageSize : 2;
 };

 /* 1420 */
 struct _MI_PHYSICAL_VIEW
 {
  _RTL_BALANCED_NODE PhysicalNode;
  _MMVAD_SHORT *Vad;
  struct _AWEINFO *AweInfo;
  union
  {
    $2B8095CDED35582F47E90D952335E2C8 __s0;
    _CONTROL_AREA *ControlArea;
  } u1;
 };

 /* 1421 */
 struct __declspec(align(8)) _MI_SUB64K_FREE_RANGES
 {
  _RTL_BITMAP_EX BitMap;
  _LIST_ENTRY ListEntry;
  _MMVAD_SHORT *Vad;
  unsigned int SetBits;
  unsigned int FullSetBits;
  unsigned __int32 SubListIndex : 2;
  unsigned __int32 Hint : 30;
 };

 /* 1422 */
 union $E2393686A935BA9A0F5BEB93494C4E0B
 {
  _KGATE Gate;
  _MMADDRESS_LIST SecureInfo;
  _RTL_BITMAP_EX BitMap;
  _MMINPAGE_SUPPORT *InPageSupport;
  _MI_LARGEPAGE_VAD_INFO LargePage;
  _MI_PHYSICAL_VIEW AweView;
  _ETHREAD *CreatingThread;
  _MI_SUB64K_FREE_RANGES PebTeb;
  _MMVAD_SHORT *PlaceholderVad;
 };

 /* 1414 */
 union $CD8E9E90EC8FC2B59F805C83F61B5C8D
 {
  _LIST_ENTRY ListEntry;
  _SLIST_ENTRY SListEntry;
 };

 /* 1400 */
 struct $DAFCD1835D68343107420BEE993B2F12
 {
  unsigned __int32 StoreFault : 1;
  unsigned __int32 LowResourceFailure : 1;
  unsigned __int32 Spare : 14;
  unsigned __int32 RemainingPageCount : 16;
 };

 /* 1401 */
 union $B4EF17EEBE65587C3867C479F58F7C28
 {
  unsigned int EntireFlags;
  $DAFCD1835D68343107420BEE993B2F12 __s1;
 };

 /* 1402 */
 struct _MI_STORE_INPAGE_COMPLETE_FLAGS
 {
  $B4EF17EEBE65587C3867C479F58F7C28 ___u0;
 };

 /* 1403 */
 struct __declspec(align(8)) _MI_HARD_FAULT_STATE
 {
  _MMPFN *SwapPfn;
  _MI_STORE_INPAGE_COMPLETE_FLAGS StoreFlags;
 };

 /* 1404 */
 struct _MMINPAGE_FLAGS
 {
  unsigned __int32 GetExtents : 1;
  unsigned __int32 PrefetchSystemVmType : 2;
  unsigned __int32 VaPrefetchReadBlock : 1;
  unsigned __int32 CollidedFlowThrough : 1;
  unsigned __int32 ForceCollisions : 1;
  unsigned __int32 InPageExpanded : 1;
  unsigned __int32 IssuedAtLowPriority : 1;
  unsigned __int32 FaultFromStore : 1;
  unsigned __int32 PagePriority : 3;
  unsigned __int32 ClusteredPagePriority : 3;
  unsigned __int32 MakeClusterValid : 1;
  unsigned __int32 PerformRelocations : 1;
  unsigned __int32 ZeroLastPage : 1;
  unsigned __int32 UserFault : 1;
  unsigned __int32 StandbyProtectionNeeded : 1;
  unsigned __int32 PteChanged : 1;
  unsigned __int32 PageFileFault : 1;
  unsigned __int32 PageFilePageHashActive : 1;
  unsigned __int32 CoalescedIo : 1;
  unsigned __int32 VmLockNotNeeded : 1;
  unsigned __int32 Spare0 : 1;
  unsigned __int32 Spare1 : 6;
 };

 /* 1415 */
 union $1950D31D2385CA2564D2ABF3C838249B
 {
  _FILE_OBJECT *FilePointer;
  _MMPAGING_FILE *PagingFile;
 };

 /* 1416 */
 union $8DEC68C80F9510E38F261A7B36D13358
 {
  _CONTROL_AREA *ControlArea;
  _SUBSECTION *Subsection;
 };

 /* 1413 */
 struct _MMINPAGE_SUPPORT_FLOW_THROUGH
 {
  unsigned __int64 Page[1];
  _MMINPAGE_SUPPORT *InitialInPageSupport;
  _MMPAGING_FILE *PagingFile;
  unsigned __int64 PageFileOffset;
  _RTL_BALANCED_NODE Node;
 };

 /* 1417 */
 union $D7100FCA0E6E0E14A290C4BC7149B122
 {
  unsigned __int64 Page[16];
  _MMINPAGE_SUPPORT_FLOW_THROUGH FlowThrough;
 };

 /* 1412 */
 struct _MMINPAGE_SUPPORT
 {
  $CD8E9E90EC8FC2B59F805C83F61B5C8D ___u0;
  _LIST_ENTRY ListHead;
  _KEVENT Event;
  _KEVENT CollidedEvent;
  _IO_STATUS_BLOCK IoStatus;
  _LARGE_INTEGER ReadOffset;
  union
  {
    _KAPC_STATE ApcState;
    _MI_HARD_FAULT_STATE HardFaultState;
  } u2;
  _ETHREAD *Thread;
  _MMPFN *LockedProtoPfn;
  _MMPTE PteContents;
  volatile int WaitCount;
  volatile int InjectRetry;
  unsigned int ByteCount;
  union
  {
    unsigned int ImagePteOffset;
    unsigned int TossPage;
  } u3;
  union
  {
    _MMINPAGE_FLAGS e1;
    unsigned int LongFlags;
  } u1;
  $1950D31D2385CA2564D2ABF3C838249B ___u15;
  $8DEC68C80F9510E38F261A7B36D13358 ___u16;
  void *Autoboost;
  void *FaultingAddress;
  _MMPTE *PointerPte;
  _MMPTE *BasePte;
  _MMPFN *Pfn;
  _MDL *PrefetchMdl;
  volatile __int64 ProbeCount;
  _MDL Mdl;
  $D7100FCA0E6E0E14A290C4BC7149B122 ___u25;
 };

 /* 1409 */
 struct _MMSUBSECTION_FLAGS
 {
  unsigned __int16 SubsectionAccessed : 1;
  unsigned __int16 Protection : 5;
  unsigned __int16 StartingSector4132 : 10;
  unsigned __int16 SubsectionStatic : 1;
  unsigned __int16 GlobalMemory : 1;
  unsigned __int16 Spare : 1;
  unsigned __int16 OnDereferenceList : 1;
  unsigned __int16 SectorEndOffset : 12;
 };

 /* 1410 */
 struct _MI_SUBSECTION_ENTRY1
 {
  unsigned __int32 CrossPartitionReferences : 30;
  unsigned __int32 SubsectionMappedLarge : 2;
 };

 /* 1405 */
 struct _SUBSECTION
 {
  _CONTROL_AREA *ControlArea;
  _MMPTE *SubsectionBase;
  _SUBSECTION *NextSubsection;
  $64BF8D68F4C6DABEA529B0ACD8B9FDD3 ___u3;
  union
  {
    unsigned int LongFlags;
    _MMSUBSECTION_FLAGS SubsectionFlags;
  } u;
  unsigned int StartingSector;
  unsigned int NumberOfFullSectors;
  unsigned int PtesInSubsection;
  union
  {
    _MI_SUBSECTION_ENTRY1 e1;
    unsigned int EntireField;
  } u1;
  unsigned __int32 UnusedPtes : 30;
  unsigned __int32 ExtentQueryNeeded : 1;
  unsigned __int32 DirtyPages : 1;
 };

 /* 1411 */
 union $64BF8D68F4C6DABEA529B0ACD8B9FDD3
 {
  _RTL_AVL_TREE GlobalPerSessionHead;
  _MI_CONTROL_AREA_WAIT_BLOCK *CreationWaitList;
  _MI_PER_SESSION_PROTOS *SessionDriverProtos;
 };

 /* 1406 */
 union $85DEF618479280DBE119F8282849878A
 {
  _RTL_BALANCED_NODE SessionProtoNode;
  _SINGLE_LIST_ENTRY FreeList;
  void *DriverAddress;
 };

 /* 1407 */
 union $6A82DCBDE17D4778CB62291EDAA979F6
 {
  unsigned int SessionId;
  _SUBSECTION *Subsection;
 };

 /* 1408 */
 struct __declspec(align(8)) _MI_PER_SESSION_PROTOS
 {
  $85DEF618479280DBE119F8282849878A ___u0;
  _MI_PROTOTYPE_PTES_NODE ProtosNode;
  unsigned __int64 NumberOfPtes;
  $6A82DCBDE17D4778CB62291EDAA979F6 ___u3;
  _MMPTE *SubsectionBase;
  union
  {
    unsigned int ReferenceCount;
    unsigned int NumberOfPtesToFree;
  } u2;
 };

 /* 1425 */
 struct $53CE3244FE3C33F765C2E9729EA486BE
 {
  unsigned __int64 KeyLow : 60;
  unsigned __int64 KeyHigh : 4;
 };

 /* 1426 */
 union _MM_STORE_KEY
 {
  $53CE3244FE3C33F765C2E9729EA486BE __s0;
  unsigned __int64 EntireKey;
 };

 /* 1427 */
 struct _CHILD_LIST
 {
  unsigned int Count;
  unsigned int List;
 };

 /* 1444 */
 struct _CMSI_RW_LOCK
 {
  void *Reserved;
 };

 /* 1452 */
 struct $AD43055CC8109C2B717ABA96D82BD064
 {
  unsigned __int16 FirstLogFile : 3;
  unsigned __int16 SecondLogFile : 3;
  unsigned __int16 HeaderRecovered : 1;
  unsigned __int16 LegacyRecoveryIndicated : 1;
  unsigned __int16 RecoveryInformationReserved : 8;
 };

 /* 1453 */
 union $97B5A06A6152E131544CC2BE9BDF11CA
 {
  $AD43055CC8109C2B717ABA96D82BD064 __s0;
  unsigned __int16 RecoveryInformation;
 };

 /* 1446 */
 struct _HVP_VIEW_MAP
 {
  void *SectionReference;
  __int64 StorageEndFileOffset;
  __int64 SectionEndFileOffset;
  _CMSI_PROCESS_TUPLE *ProcessTuple;
  unsigned int Flags;
  _RTL_RB_TREE ViewTree;
 };

 /* 1450 */
 struct _FREE_DISPLAY
 {
  unsigned int RealVectorSize;
  unsigned int Hint;
  _RTL_BITMAP Display;
 };

 /* 1451 */
 struct __declspec(align(8)) _DUAL
 {
  unsigned int Length;
  _HMAP_DIRECTORY *Map;
  _HMAP_TABLE *SmallDir;
  unsigned int Guard;
  _FREE_DISPLAY FreeDisplay[24];
  _LIST_ENTRY FreeBins;
  unsigned int FreeSummary;
 };

 /* 1428 */
 struct _HHIVE
 {
  unsigned int Signature;
  _CELL_DATA *(__fastcall *GetCellRoutine)(_HHIVE *, unsigned int, _HV_GET_CELL_CONTEXT *);
  void (__fastcall *ReleaseCellRoutine)(_HHIVE *, _HV_GET_CELL_CONTEXT *);
  void *(__fastcall *Allocate)(unsigned int, unsigned __int8, unsigned int);
  void (__fastcall *Free)(void *, unsigned int);
  int (__fastcall *FileWrite)(_HHIVE *, unsigned int, CMP_OFFSET_ARRAY *, unsigned int, unsigned int);
  int (__fastcall *FileRead)(_HHIVE *, unsigned int, unsigned int, void *, unsigned int);
  void *HiveLoadFailure;
  _HBASE_BLOCK *BaseBlock;
  _CMSI_RW_LOCK FlusherLock;
  _CMSI_RW_LOCK WriterLock;
  _RTL_BITMAP DirtyVector;
  unsigned int DirtyCount;
  unsigned int DirtyAlloc;
  _RTL_BITMAP UnreconciledVector;
  unsigned int UnreconciledCount;
  unsigned int BaseBlockAlloc;
  unsigned int Cluster;
  unsigned __int8 Flat : 1;
  unsigned __int8 ReadOnly : 1;
  unsigned __int8 Reserved : 6;
  unsigned __int8 DirtyFlag;
  unsigned int HvBinHeadersUse;
  unsigned int HvFreeCellsUse;
  unsigned int HvUsedCellsUse;
  unsigned int CmUsedCellsUse;
  unsigned int HiveFlags;
  unsigned int CurrentLog;
  unsigned int CurrentLogSequence;
  unsigned int CurrentLogMinimumSequence;
  unsigned int CurrentLogOffset;
  unsigned int MinimumLogSequence;
  unsigned int LogFileSizeCap;
  unsigned __int8 LogDataPresent[2];
  unsigned __int8 PrimaryFileValid;
  unsigned __int8 BaseBlockDirty;
  _LARGE_INTEGER LastLogSwapTime;
  $97B5A06A6152E131544CC2BE9BDF11CA ___u37;
  unsigned __int8 LogEntriesRecovered[2];
  unsigned int RefreshCount;
  unsigned int StorageTypeCount;
  unsigned int Version;
  _HVP_VIEW_MAP ViewMap;
  _DUAL Storage[2];
 };

 /* 1430 */
 struct $7610146D1E215DB3E3D728A1F9F2A500
 {
  unsigned int SubKeyLists[2];
  _CHILD_LIST ValueList;
 };

 /* 1429 */
 struct _CM_KEY_REFERENCE
 {
  unsigned int KeyCell;
  _HHIVE *KeyHive;
 };

 /* 1431 */
 union $23AEB68573C0B8140ACA9C44506078AE
 {
  $7610146D1E215DB3E3D728A1F9F2A500 __s0;
  _CM_KEY_REFERENCE ChildHiveReference;
 };

 /* 1432 */
 struct _CM_KEY_NODE
 {
  unsigned __int16 Signature;
  unsigned __int16 Flags;
  __unaligned __declspec(align(1)) _LARGE_INTEGER LastWriteTime;
  unsigned __int8 AccessBits;
  unsigned __int8 LayerSemantics : 2;
  unsigned __int8 Spare1 : 5;
  unsigned __int8 InheritClass : 1;
  unsigned __int16 Spare2;
  unsigned int Parent;
  unsigned int SubKeyCounts[2];
  __unaligned __declspec(align(1)) $23AEB68573C0B8140ACA9C44506078AE ___u10;
  unsigned int Security;
  unsigned int Class;
  unsigned __int32 MaxNameLen : 16;
  unsigned __int32 UserFlags : 4;
  unsigned __int32 VirtControlFlags : 4;
  unsigned __int32 Debug : 8;
  unsigned int MaxClassLen;
  unsigned int MaxValueNameLen;
  unsigned int MaxValueDataLen;
  unsigned int WorkVar;
  unsigned __int16 NameLength;
  unsigned __int16 ClassLength;
  wchar_t Name[1];
 };

 /* 1433 */
 struct __declspec(align(4)) _CM_KEY_VALUE
 {
  unsigned __int16 Signature;
  unsigned __int16 NameLength;
  unsigned int DataLength;
  unsigned int Data;
  unsigned int Type;
  unsigned __int16 Flags;
  unsigned __int16 Spare;
  wchar_t Name[1];
 };

 /* 1434 */
 struct _SECURITY_DESCRIPTOR_RELATIVE
 {
  unsigned __int8 Revision;
  unsigned __int8 Sbz1;
  unsigned __int16 Control;
  unsigned int Owner;
  unsigned int Group;
  unsigned int Sacl;
  unsigned int Dacl;
 };

 /* 1435 */
 struct _CM_KEY_SECURITY
 {
  unsigned __int16 Signature;
  unsigned __int16 Reserved;
  unsigned int Flink;
  unsigned int Blink;
  unsigned int ReferenceCount;
  unsigned int DescriptorLength;
  _SECURITY_DESCRIPTOR_RELATIVE Descriptor;
 };

 /* 1436 */
 struct _CM_KEY_INDEX
 {
  unsigned __int16 Signature;
  unsigned __int16 Count;
  unsigned int List[1];
 };

 /* 1437 */
 struct _CM_BIG_DATA
 {
  unsigned __int16 Signature;
  unsigned __int16 Count;
  unsigned int List;
 };

 /* 1438 */
 union _u
 {
  _CM_KEY_NODE KeyNode;
  _CM_KEY_VALUE KeyValue;
  _CM_KEY_SECURITY KeySecurity;
  _CM_KEY_INDEX KeyIndex;
  _CM_BIG_DATA ValueData;
  unsigned int KeyList[1];
  wchar_t KeyString[1];
 };

 /* 1439 */
 struct _CELL_DATA
 {
  _u u;
 };

 /* 1440 */
 struct _HV_GET_BIN_CONTEXT
 {
  unsigned __int16 OutstandingReference : 1;
 };

 /* 1441 */
 struct __declspec(align(4)) _HV_GET_CELL_CONTEXT
 {
  unsigned int Cell;
  _HV_GET_BIN_CONTEXT BinContext;
 };

 /* 1442 */
 struct __declspec(align(8)) CMP_OFFSET_ARRAY
 {
  unsigned int FileOffset;
  void *DataBuffer;
  unsigned int DataLength;
 };

 /* 1443 */
 struct _HBASE_BLOCK
 {
  unsigned int Signature;
  unsigned int Sequence1;
  unsigned int Sequence2;
  __unaligned __declspec(align(1)) _LARGE_INTEGER TimeStamp;
  unsigned int Major;
  unsigned int Minor;
  unsigned int Type;
  unsigned int Format;
  unsigned int RootCell;
  unsigned int Length;
  unsigned int Cluster;
  unsigned __int8 FileName[64];
  _GUID RmId;
  _GUID LogId;
  unsigned int Flags;
  _GUID TmId;
  unsigned int GuidSignature;
  unsigned __int64 LastReorganizeTime;
  unsigned int Reserved1[83];
  unsigned int CheckSum;
  unsigned int Reserved2[882];
  _GUID ThawTmId;
  _GUID ThawRmId;
  _GUID ThawLogId;
  unsigned int BootType;
  unsigned int BootRecover;
 };

 /* 1445 */
 struct _CMSI_PROCESS_TUPLE
 {
  void *ProcessHandle;
  void *ProcessReference;
 };

 /* 1449 */
 struct _HMAP_DIRECTORY
 {
  _HMAP_TABLE *Directory[1024];
 };

 /* 1447 */
 struct __declspec(align(8)) _HMAP_ENTRY
 {
  unsigned __int64 BlockOffset;
  unsigned __int64 PermanentBinAddress;
  unsigned int MemAlloc;
 };

 /* 1448 */
 struct _HMAP_TABLE
 {
  _HMAP_ENTRY Table[512];
 };

 /* 1454 */
 struct _CM_PATH_HASH
 {
  unsigned int Hash;
 };

 /* 1455 */
 struct __declspec(align(8)) _CM_KEY_HASH
 {
  _CM_PATH_HASH ConvKey;
  _CM_KEY_HASH *NextHash;
  _HHIVE *KeyHive;
  unsigned int KeyCell;
 };

 /* 1509 */
 struct __unaligned __declspec(align(4)) $C40520765AC8C017095524C80C79DEAB
 {
  _CM_PATH_HASH ConvKey;
  _BYTE gap4[4];
  _CM_KEY_HASH *NextHash;
  _HHIVE *KeyHive;
  unsigned int KeyCell;
 };

 /* 1510 */
 union $F1C2CA99895E4E705552B0221A33834C
 {
  _CM_KEY_HASH KeyHash;
  $C40520765AC8C017095524C80C79DEAB __s1;
 };

 /* 1511 */
 union $8A628D5414DDCF9D035515E0AEA6F527
 {
  _KTHREAD *Owner;
  int SharedCount;
 };

 /* 1513 */
 union $87AB9BBE505BB2C0BB25745C00C3624C
 {
  _LIST_ENTRY KeyBodyListHead;
  _LIST_ENTRY ClonedListEntry;
 };

 /* 1514 */
 union $BFA7E562F9D8577F7637DABFC6CE5650
 {
  _LIST_ENTRY DelayQueueEntry;
  volatile unsigned __int8 *Stolen;
 };

 /* 1497 */
 struct _CM_INTENT_LOCK
 {
  unsigned int OwnerCount;
  _CM_KCB_UOW **OwnerTable;
 };

 /* 1515 */
 struct $E2B92447AD25F7944AF7244B312AB703
 {
  unsigned __int64 FullKCBNameStale : 1;
  unsigned __int64 Reserved : 63;
 };

 /* 1516 */
 union $CED2919549BC02F006133EC21C79BEA9
 {
  _UNICODE_STRING *FullKCBName;
  $E2B92447AD25F7944AF7244B312AB703 __s1;
 };

 /* 1456 */
 struct _CM_KEY_CONTROL_BLOCK
 {
  unsigned __int64 RefCount;
  unsigned __int32 ExtFlags : 16;
  unsigned __int32 Freed : 1;
  unsigned __int32 Discarded : 1;
  unsigned __int32 HiveUnloaded : 1;
  unsigned __int32 Decommissioned : 1;
  unsigned __int32 SpareExtFlag : 1;
  unsigned __int32 TotalLevels : 10;
  $F1C2CA99895E4E705552B0221A33834C ___u8;
  _EX_PUSH_LOCK KcbPushlock;
  $8A628D5414DDCF9D035515E0AEA6F527 ___u10;
  unsigned __int8 DelayedDeref : 1;
  unsigned __int8 DelayedClose : 1;
  unsigned __int8 Parking : 1;
  unsigned __int8 LayerSemantics;
  __int16 LayerHeight;
  unsigned int Spare1;
  _CM_KEY_CONTROL_BLOCK *ParentKcb;
  _CM_NAME_CONTROL_BLOCK *NameBlock;
  _CM_KEY_SECURITY_CACHE *CachedSecurity;
  _CHILD_LIST ValueList;
  _CM_KEY_CONTROL_BLOCK *LinkTarget;
  $C35D87A14AF336782CA0E1698B155F25 ___u22;
  $87AB9BBE505BB2C0BB25745C00C3624C ___u23;
  _CM_KEY_BODY *KeyBodyArray[4];
  _LARGE_INTEGER KcbLastWriteTime;
  unsigned __int16 KcbMaxNameLen;
  unsigned __int16 KcbMaxValueNameLen;
  unsigned int KcbMaxValueDataLen;
  unsigned __int32 KcbUserFlags : 4;
  unsigned __int32 KcbVirtControlFlags : 4;
  unsigned __int32 KcbDebug : 8;
  unsigned __int32 Flags : 16;
  unsigned int Spare3;
  _CM_KCB_LAYER_INFO *LayerInfo;
  char *RealKeyName;
  _LIST_ENTRY KCBUoWListHead;
  $BFA7E562F9D8577F7637DABFC6CE5650 ___u37;
  _CM_TRANS *TransKCBOwner;
  _CM_INTENT_LOCK KCBLock;
  _CM_INTENT_LOCK KeyLock;
  _CHILD_LIST TransValueCache;
  _CM_TRANS *TransValueListOwner;
  $CED2919549BC02F006133EC21C79BEA9 ___u43;
  unsigned __int64 SequenceNumber;
 };

 /* 1457 */
 struct _CM_COMPONENT_HASH
 {
  unsigned int Hash;
 };

 /* 1458 */
 struct __declspec(align(8)) _CM_NAME_HASH
 {
  _CM_COMPONENT_HASH ConvKey;
  _CM_NAME_HASH *NextHash;
  unsigned __int16 NameLength;
  wchar_t Name[1];
 };

 /* 1459 */
 struct __unaligned __declspec(align(4)) $32339D99C2D75305DF2E8D01E3755CAE
 {
  _CM_COMPONENT_HASH ConvKey;
  _BYTE gap4[4];
  _CM_KEY_HASH *NextHash;
  unsigned __int16 NameLength;
  wchar_t Name[1];
 };

 /* 1460 */
 union $08F6F5A448953EC3B4B89C8D0A55A634
 {
  _CM_NAME_HASH NameHash;
  $32339D99C2D75305DF2E8D01E3755CAE __s1;
 };

 /* 1461 */
 struct _CM_NAME_CONTROL_BLOCK
 {
  unsigned __int32 Compressed : 1;
  unsigned __int32 RefCount : 31;
  $08F6F5A448953EC3B4B89C8D0A55A634 ___u2;
 };

 /* 1462 */
 struct __declspec(align(8)) _CM_KEY_SECURITY_CACHE
 {
  unsigned int Cell;
  unsigned int ConvKey;
  _LIST_ENTRY List;
  unsigned int DescriptorLength;
  unsigned int RealRefCount;
  _SECURITY_DESCRIPTOR_RELATIVE Descriptor;
 };

 /* 1512 */
 union $C35D87A14AF336782CA0E1698B155F25
 {
  _CM_INDEX_HINT_BLOCK *IndexHint;
  unsigned int HashKey;
  unsigned int SubKeyCount;
 };

 /* 1466 */
 struct $F21FB2B31E9B30A96ADF077329256E82
 {
  unsigned __int64 LightWeight : 1;
 };

 /* 1467 */
 union _CM_TRANS_PTR
 {
  $F21FB2B31E9B30A96ADF077329256E82 __s0;
  void *TransPtr;
 };

 /* 1464 */
 struct __declspec(align(8)) _CM_KEY_BODY
 {
  unsigned int Type;
  _CM_KEY_CONTROL_BLOCK *KeyControlBlock;
  _CM_NOTIFY_BLOCK *NotifyBlock;
  void *ProcessID;
  _LIST_ENTRY KeyBodyList;
  unsigned __int32 Flags : 16;
  unsigned __int32 HandleTags : 16;
  _CM_TRANS_PTR Trans;
  _GUID *KtmUow;
  _LIST_ENTRY ContextListHead;
  void *EnumerationResumeContext;
  unsigned int RestrictedAccessMask;
 };

 /* 1468 */
 struct _CM_KCB_LAYER_INFO
 {
  _LIST_ENTRY LayerListEntry;
  _CM_KEY_CONTROL_BLOCK *Kcb;
  _CM_KCB_LAYER_INFO *LowerLayer;
  _LIST_ENTRY UpperLayerListHead;
 };

 /* 1494 */
 struct $7E966E8CF7BE68C24DDB1A9279787278
 {
  unsigned __int32 Prepared : 1;
  unsigned __int32 Aborted : 1;
  unsigned __int32 Committed : 1;
  unsigned __int32 Initializing : 1;
  unsigned __int32 Invalid : 1;
  unsigned __int32 UseReservation : 1;
  unsigned __int32 TmCallbacksActive : 1;
  unsigned __int32 LightWeight : 1;
  unsigned __int32 Freed1 : 1;
  unsigned __int32 Freed2 : 1;
  unsigned __int32 Spare1 : 2;
  unsigned __int32 Freed : 1;
  unsigned __int32 Spare : 19;
 };

 /* 1495 */
 union $582F0416A4F4A1FEC0FE97C95A8700D7
 {
  $7E966E8CF7BE68C24DDB1A9279787278 __s0;
  unsigned int TransState;
 };

 /* 1496 */
 struct _CM_TRANS
 {
  _LIST_ENTRY TransactionListEntry;
  _LIST_ENTRY KCBUoWListHead;
  _LIST_ENTRY LazyCommitListEntry;
  $582F0416A4F4A1FEC0FE97C95A8700D7 ___u3;
  _CM_TRANS_PTR Trans;
  _CM_RM *CmRm;
  _KENLISTMENT *KtmEnlistmentObject;
  void *KtmEnlistmentHandle;
  _GUID KtmUow;
  unsigned __int64 StartLsn;
  unsigned int HiveCount;
  _CMHIVE *HiveArray[8];
 };

 /* 1506 */
 union $A73567AF968E917B2AAC301463464EBD
 {
  unsigned int TxSecurityCell;
  _CM_KEY_CONTROL_BLOCK *NewChildKCB;
  unsigned int ThisVolatileKeyCell;
 };

 /* 1507 */
 union $98D55F7D19079A96E269F14FF697A43C
 {
  void *PrepareDataPointer;
  _CM_UOW_SET_SD_DATA *SecurityData;
  _CM_UOW_KEY_STATE_MODIFICATION *ModifyKeysData;
  _CM_UOW_SET_VALUE_LIST_DATA *SetValueData;
 };

 /* 1508 */
 union $FC22043014203C09400ECE01EC8B3D73
 {
  _CM_UOW_SET_VALUE_KEY_DATA *ValueData;
  _CMP_DISCARD_AND_REPLACE_KCB_CONTEXT *DiscardReplaceContext;
 };

 /* 1498 */
 struct _CM_KCB_UOW
 {
  _LIST_ENTRY TransactionListEntry;
  _CM_INTENT_LOCK *KCBLock;
  _CM_INTENT_LOCK *KeyLock;
  _LIST_ENTRY KCBListEntry;
  _CM_KEY_CONTROL_BLOCK *KeyControlBlock;
  _CM_TRANS *Transaction;
  unsigned int UoWState;
  UoWActionType ActionType;
  HSTORAGE_TYPE StorageType;
  _CM_KCB_UOW *ParentUoW;
  $F49F80DE594A7B45213B2AFAA22C2965 ___u10;
  $A73567AF968E917B2AAC301463464EBD ___u11;
  $98D55F7D19079A96E269F14FF697A43C ___u12;
  $FC22043014203C09400ECE01EC8B3D73 ___u13;
 };

 /* 1463 */
 struct _CM_INDEX_HINT_BLOCK
 {
  unsigned int Count;
  unsigned int HashKey[1];
 };

 /* 1465 */
 struct _CM_NOTIFY_BLOCK
 {
  _LIST_ENTRY HiveList;
  _LIST_ENTRY PostList;
  _CM_KEY_CONTROL_BLOCK *KeyControlBlock;
  _CM_KEY_BODY *KeyBody;
  unsigned __int32 Filter : 30;
  unsigned __int32 WatchTree : 1;
  unsigned __int32 NotifyPending : 1;
  _SECURITY_SUBJECT_CONTEXT SubjectContext;
 };

 /* 1474 */
 struct _CM_RM
 {
  _LIST_ENTRY RmListEntry;
  _LIST_ENTRY TransactionListHead;
  void *TmHandle;
  void *Tm;
  void *RmHandle;
  void *KtmRm;
  unsigned int RefCount;
  unsigned int ContainerNum;
  unsigned __int64 ContainerSize;
  _CMHIVE *CmHive;
  void *LogFileObject;
  void *MarshallingContext;
  unsigned int RmFlags;
  int LogStartStatus1;
  int LogStartStatus2;
  unsigned __int64 BaseLsn;
  _ERESOURCE *RmLock;
 };

 /* 1482 */
 struct __declspec(align(8)) _RTL_BALANCED_LINKS
 {
  _RTL_BALANCED_LINKS *Parent;
  _RTL_BALANCED_LINKS *LeftChild;
  _RTL_BALANCED_LINKS *RightChild;
  char Balance;
  unsigned __int8 Reserved[3];
 };

 /* 1483 */
 struct __declspec(align(8)) _KTMOBJECT_NAMESPACE_LINK
 {
  _RTL_BALANCED_LINKS Links;
  unsigned __int8 Expired;
 };

 /* 1493 */
 struct _KENLISTMENT_HISTORY
 {
  unsigned int Notification;
  _KENLISTMENT_STATE NewState;
 };

 /* 1484 */
 struct __declspec(align(8)) _KENLISTMENT
 {
  unsigned int cookie;
  _KTMOBJECT_NAMESPACE_LINK NamespaceLink;
  _GUID EnlistmentId;
  _KMUTANT Mutex;
  _LIST_ENTRY NextSameTx;
  _LIST_ENTRY NextSameRm;
  _KRESOURCEMANAGER *ResourceManager;
  _KTRANSACTION *Transaction;
  _KENLISTMENT_STATE State;
  unsigned int Flags;
  unsigned int NotificationMask;
  void *Key;
  unsigned int KeyRefCount;
  void *RecoveryInformation;
  unsigned int RecoveryInformationLength;
  void *DynamicNameInformation;
  unsigned int DynamicNameInformationLength;
  struct _KTMNOTIFICATION_PACKET *FinalNotification;
  _KENLISTMENT *SupSubEnlistment;
  void *SupSubEnlHandle;
  void *SubordinateTxHandle;
  _GUID CrmEnlistmentEnId;
  _GUID CrmEnlistmentTmId;
  _GUID CrmEnlistmentRmId;
  unsigned int NextHistory;
  _KENLISTMENT_HISTORY History[20];
 };

 /* 1471 */
 struct _CM_WORKITEM
 {
  _LIST_ENTRY ListEntry;
  unsigned int Private;
  void (__fastcall *WorkerRoutine)(void *);
  void *Parameter;
 };

 /* 1472 */
 struct _CM_DIRTY_VECTOR_LOG_ENTRY
 {
  _ETHREAD *Thread;
  _CM_DIRTY_VECTOR_OPERATION Operation;
  union
  {
    struct
    {
      unsigned int Start;
      unsigned int Length;
    } DirtyVectorModifiedContext;
    struct
    {
      unsigned int RangeCount;
      unsigned int SetBitCount;
    } DirtyDataCaptureContext;
    struct
    {
      unsigned int Context1;
      unsigned int Context2;
    } Raw;
  } Data;
  void *Stack[6];
 };

 /* 1473 */
 struct _CM_DIRTY_VECTOR_LOG
 {
  volatile unsigned int Next;
  unsigned int Size;
  _CM_DIRTY_VECTOR_LOG_ENTRY Log[16];
 };

 /* 1476 */
 struct _HIVE_WRITE_WAIT_QUEUE
 {
  _ETHREAD *ActiveThread;
  _HIVE_WAIT_PACKET *WaitList;
 };

 /* 1479 */
 struct $C3DDE33631ADF780CF5068535518E4BE
 {
  unsigned __int32 PrimaryFilePurged : 1;
  unsigned __int32 DiskFileBad : 1;
 };

 /* 1480 */
 union $EB1F9627D870E6FB9250C48D4D2E674D
 {
  unsigned int FlushFlags;
  $C3DDE33631ADF780CF5068535518E4BE __s1;
 };

 /* 1481 */
 struct _CMHIVE
 {
  _HHIVE Hive;
  void *FileHandles[6];
  _LIST_ENTRY NotifyList;
  _LIST_ENTRY HiveList;
  _LIST_ENTRY PreloadedHiveList;
  _EX_RUNDOWN_REF HiveRundown;
  _CM_KEY_HASH_TABLE_ENTRY *KcbCacheTable;
  unsigned int KcbCacheTableSize;
  _CM_KEY_HASH_TABLE_ENTRY *DeletedKcbTable;
  unsigned int DeletedKcbTableSize;
  unsigned int Identity;
  _CMSI_RW_LOCK HiveLock;
  _RTL_BITMAP FlushDirtyVector;
  unsigned int FlushDirtyVectorSize;
  CMP_OFFSET_ARRAY *FlushLogEntryOffsetArray;
  unsigned int FlushLogEntryOffsetArrayCount;
  unsigned int FlushLogEntrySize;
  unsigned int FlushHiveTruncated;
  unsigned __int8 FlushBaseBlockDirty;
  _RTL_BITMAP CapturedUnreconciledVector;
  unsigned int CapturedUnreconciledVectorSize;
  CMP_OFFSET_ARRAY *UnreconciledOffsetArray;
  unsigned int UnreconciledOffsetArrayCount;
  _HBASE_BLOCK *UnreconciledBaseBlock;
  _EX_PUSH_LOCK SecurityLock;
  unsigned int LastShrinkHiveSize;
  _LARGE_INTEGER ActualFileSize;
  _LARGE_INTEGER LogFileSizes[2];
  _UNICODE_STRING FileFullPath;
  _UNICODE_STRING FileUserName;
  _UNICODE_STRING HiveRootPath;
  unsigned int SecurityCount;
  unsigned int SecurityCacheSize;
  int SecurityHitHint;
  _CM_KEY_SECURITY_CACHE_ENTRY *SecurityCache;
  _LIST_ENTRY SecurityHash[64];
  unsigned int UnloadEventCount;
  _KEVENT **UnloadEventArray;
  _CM_KEY_CONTROL_BLOCK *RootKcb;
  unsigned __int8 Frozen;
  _CM_WORKITEM *UnloadWorkItem;
  _CM_WORKITEM UnloadWorkItemHolder;
  _CM_DIRTY_VECTOR_LOG DirtyVectorLog;
  unsigned int Flags;
  _LIST_ENTRY TrustClassEntry;
  unsigned __int64 DirtyTime;
  unsigned __int64 UnreconciledTime;
  _CM_RM *CmRm;
  unsigned int CmRmInitFailPoint;
  int CmRmInitFailStatus;
  _KTHREAD *CreatorOwner;
  _KTHREAD *RundownThread;
  _LARGE_INTEGER LastWriteTime;
  _HIVE_WRITE_WAIT_QUEUE FlushQueue;
  _HIVE_WRITE_WAIT_QUEUE ReconcileQueue;
  $EB1F9627D870E6FB9250C48D4D2E674D ___u55;
  unsigned int PrimaryFileSizeBeforeLastFlush;
  volatile int ReferenceCount;
  int UnloadHistoryIndex;
  unsigned int UnloadHistory[128];
  unsigned int BootStart;
  unsigned int UnaccessedStart;
  unsigned int UnaccessedEnd;
  unsigned int LoadedKeyCount;
  volatile unsigned int HandleClosePending;
  _EX_PUSH_LOCK HandleClosePendingEvent;
  unsigned __int8 FinalFlushSucceeded;
  _CMP_VOLUME_CONTEXT *VolumeContext;
 };

 /* 1504 */
 struct $91698CCA9400218073A6CCEE8A69C898
 {
  unsigned int VolatileKeyCell;
  unsigned int NewValueCell;
 };

 /* 1505 */
 union $F49F80DE594A7B45213B2AFAA22C2965
 {
  _CM_KEY_CONTROL_BLOCK *ChildKCB;
  $91698CCA9400218073A6CCEE8A69C898 __s1;
  unsigned int OldValueCell;
  unsigned int UserFlags;
  _LARGE_INTEGER LastWriteTime;
  _CM_KEY_SECURITY_CACHE *TxCachedSecurity;
  _CM_KEY_CONTROL_BLOCK *OldChildKCB;
  _CM_KEY_CONTROL_BLOCK *OtherChildKCB;
 };

 /* 1499 */
 struct _CM_UOW_SET_SD_DATA
 {
  unsigned int SecurityCell;
 };

 /* 1500 */
 struct _CM_UOW_KEY_STATE_MODIFICATION
 {
  unsigned int RefCount;
  unsigned int SubKeyListCount[2];
  unsigned int NewSubKeyList[2];
 };

 /* 1501 */
 struct _CM_UOW_SET_VALUE_LIST_DATA
 {
  unsigned int RefCount;
  _CHILD_LIST ValueList;
 };

 /* 1502 */
 struct _CM_UOW_SET_VALUE_KEY_DATA
 {
  unsigned int PreparedCell;
  unsigned int OldValueCell;
  unsigned __int16 NameLength;
  unsigned int DataSize;
 };

 /* 1503 */
 struct _CMP_DISCARD_AND_REPLACE_KCB_CONTEXT
 {
  _CM_KEY_CONTROL_BLOCK *BaseKcb;
  int PrepareStatus;
  _LIST_ENTRY ClonedKcbListHead;
 };

 /* 1485 */
 struct _RTL_AVL_TABLE
 {
  _RTL_BALANCED_LINKS BalancedRoot;
  void *OrderedPointer;
  unsigned int WhichOrderedElement;
  unsigned int NumberGenericTableElements;
  unsigned int DepthOfTree;
  _RTL_BALANCED_LINKS *RestartKey;
  unsigned int DeleteCount;
  _RTL_GENERIC_COMPARE_RESULTS (__fastcall *CompareRoutine)(_RTL_AVL_TABLE *, void *, void *);
  void *(__fastcall *AllocateRoutine)(_RTL_AVL_TABLE *, unsigned int);
  void (__fastcall *FreeRoutine)(_RTL_AVL_TABLE *, void *);
  void *TableContext;
 };

 /* 1486 */
 struct __declspec(align(4)) _KTMOBJECT_NAMESPACE
 {
  _RTL_AVL_TABLE Table;
  _KMUTANT Mutex;
  unsigned __int16 LinksOffset;
  unsigned __int16 GuidOffset;
  unsigned __int8 Expired;
 };

 /* 1490 */
 struct _KRESOURCEMANAGER_COMPLETION_BINDING
 {
  _LIST_ENTRY NotificationListHead;
  void *Port;
  unsigned __int64 Key;
  _EPROCESS *BindingProcess;
 };

 /* 1488 */
 struct _KRESOURCEMANAGER
 {
  _KEVENT NotificationAvailable;
  unsigned int cookie;
  _KRESOURCEMANAGER_STATE State;
  unsigned int Flags;
  _KMUTANT Mutex;
  _KTMOBJECT_NAMESPACE_LINK NamespaceLink;
  _GUID RmId;
  _KQUEUE NotificationQueue;
  _KMUTANT NotificationMutex;
  _LIST_ENTRY EnlistmentHead;
  unsigned int EnlistmentCount;
  int (__fastcall *NotificationRoutine)(_KENLISTMENT *, void *, void *, unsigned int, _LARGE_INTEGER *, unsigned int, void *);
  void *Key;
  _LIST_ENTRY ProtocolListHead;
  _LIST_ENTRY PendingPropReqListHead;
  _LIST_ENTRY CRMListEntry;
  _KTM *Tm;
  _UNICODE_STRING Description;
  _KTMOBJECT_NAMESPACE Enlistments;
  _KRESOURCEMANAGER_COMPLETION_BINDING CompletionBinding;
 };

 /* 1487 */
 union _CLS_LSN
 {
  struct
  {
    unsigned int idxRecord;
    unsigned int cidContainer;
  } offset;
  unsigned __int64 ullOffset;
 };

 /* 1492 */
 struct _KTRANSACTION_HISTORY
 {
  $E629E57EB416A4DD55ADB1883CE94280 RecordType;
  unsigned int Payload;
 };

 /* 1491 */
 struct _KTRANSACTION
 {
  _KEVENT OutcomeEvent;
  unsigned int cookie;
  _KMUTANT Mutex;
  _KTRANSACTION *TreeTx;
  _KTMOBJECT_NAMESPACE_LINK GlobalNamespaceLink;
  _KTMOBJECT_NAMESPACE_LINK TmNamespaceLink;
  _GUID UOW;
  _KTRANSACTION_STATE State;
  unsigned int Flags;
  _LIST_ENTRY EnlistmentHead;
  unsigned int EnlistmentCount;
  unsigned int RecoverableEnlistmentCount;
  unsigned int PrePrepareRequiredEnlistmentCount;
  unsigned int PrepareRequiredEnlistmentCount;
  unsigned int OutcomeRequiredEnlistmentCount;
  unsigned int PendingResponses;
  _KENLISTMENT *SuperiorEnlistment;
  _CLS_LSN LastLsn;
  _LIST_ENTRY PromotedEntry;
  _KTRANSACTION *PromoterTransaction;
  void *PromotePropagation;
  unsigned int IsolationLevel;
  unsigned int IsolationFlags;
  _LARGE_INTEGER Timeout;
  _UNICODE_STRING Description;
  _KTHREAD *RollbackThread;
  _WORK_QUEUE_ITEM RollbackWorkItem;
  _KDPC RollbackDpc;
  _KTIMER RollbackTimer;
  _LIST_ENTRY LsnOrderedEntry;
  _KTRANSACTION_OUTCOME Outcome;
  _KTM *Tm;
  __int64 CommitReservation;
  _KTRANSACTION_HISTORY TransactionHistory[10];
  unsigned int TransactionHistoryCount;
  void *DTCPrivateInformation;
  unsigned int DTCPrivateInformationLength;
  _KMUTANT DTCPrivateInformationMutex;
  void *PromotedTxSelfHandle;
  unsigned int PendingPromotionCount;
  _KEVENT PromotionCompletedEvent;
 };

 /* 1469 */
 struct _CM_KEY_HASH_TABLE_ENTRY
 {
  _EX_PUSH_LOCK Lock;
  _KTHREAD *Owner;
  _CM_KEY_HASH *Entry;
 };

 /* 1470 */
 struct _CM_KEY_SECURITY_CACHE_ENTRY
 {
  unsigned int Cell;
  _CM_KEY_SECURITY_CACHE *CachedSecurity;
 };

 /* 1475 */
 struct _HIVE_WAIT_PACKET
 {
  _KEVENT WakeEvent;
  int Status;
  _HIVE_WAIT_PACKET *Next;
 };

 /* 1478 */
 struct __declspec(align(8)) _CMP_VOLUME_CONTEXT
 {
  _LIST_ENTRY VolumeContextListEntry;
  _CMP_VOLUME_MANAGER *VolumeManager;
  __int64 RefCount;
  _GUID VolumeGuid;
  void *VolumeFileObject;
  _CMSI_RW_LOCK VolumeContextLock;
  unsigned __int8 DeviceUsageNotificationSent;
 };

 /* 1489 */
 struct _KTM
 {
  unsigned int cookie;
  _KMUTANT Mutex;
  KTM_STATE State;
  _KTMOBJECT_NAMESPACE_LINK NamespaceLink;
  _GUID TmIdentity;
  unsigned int Flags;
  unsigned int VolatileFlags;
  _UNICODE_STRING LogFileName;
  _FILE_OBJECT *LogFileObject;
  void *MarshallingContext;
  void *LogManagementContext;
  _KTMOBJECT_NAMESPACE Transactions;
  _KTMOBJECT_NAMESPACE ResourceManagers;
  _KMUTANT LsnOrderedMutex;
  _LIST_ENTRY LsnOrderedList;
  _LARGE_INTEGER CommitVirtualClock;
  _FAST_MUTEX CommitVirtualClockMutex;
  _CLS_LSN BaseLsn;
  _CLS_LSN CurrentReadLsn;
  _CLS_LSN LastRecoveredLsn;
  void *TmRmHandle;
  _KRESOURCEMANAGER *TmRm;
  _KEVENT LogFullNotifyEvent;
  _WORK_QUEUE_ITEM CheckpointWorkItem;
  _CLS_LSN CheckpointTargetLsn;
  _WORK_QUEUE_ITEM LogFullCompletedWorkItem;
  _ERESOURCE LogWriteResource;
  unsigned int LogFlags;
  int LogFullStatus;
  int RecoveryStatus;
  _CLS_LSN LastCheckBaseLsn;
  _LIST_ENTRY RestartOrderedList;
  _WORK_QUEUE_ITEM OfflineWorkItem;
 };

 /* 1477 */
 struct _CMP_VOLUME_MANAGER
 {
  _CMSI_RW_LOCK VolumeContextListLock;
  _LIST_ENTRY VolumeContextListHead;
 };

 /* 1517 */
 struct tagSWITCH_CONTEXT_ATTRIBUTE
 {
  unsigned __int64 ulContextUpdateCounter;
  int fAllowContextUpdate;
  int fEnableTrace;
  unsigned __int64 EtwHandle;
 };

 /* 1518 */
 struct tagSWITCH_CONTEXT_DATA
 {
  unsigned __int64 ullOsMaxVersionTested;
  unsigned int ulTargetPlatform;
  unsigned __int64 ullContextMinimum;
  _GUID guPlatform;
  _GUID guMinPlatform;
  unsigned int ulContextSource;
  unsigned int ulElementCount;
  _GUID guElements[48];
 };

 /* 1519 */
 struct tagSWITCH_CONTEXT
 {
  tagSWITCH_CONTEXT_ATTRIBUTE Attribute;
  tagSWITCH_CONTEXT_DATA Data;
 };

 /* 1520 */
 struct _HBIN
 {
  unsigned int Signature;
  unsigned int FileOffset;
  unsigned int Size;
  unsigned int Reserved1[2];
  __unaligned __declspec(align(1)) _LARGE_INTEGER TimeStamp;
  unsigned int Spare;
 };

 /* 1521 */
 struct _HCELL
 {
  int Size;
  union
  {
    struct
    {
      union
      {
        unsigned int UserData;
        unsigned int Next;
      } u;
    } NewCell;
  } u;
 };

 /* 1522 */
 struct __declspec(align(8)) _CM_PARSE_DEBUG_INFO
 {
  _CM_KEY_CONTROL_BLOCK *SymlinkCachedKcb;
  _CM_KEY_CONTROL_BLOCK *StartingKcb;
  _CM_KEY_CONTROL_BLOCK *KcbCacheResult;
  _CM_KEY_CONTROL_BLOCK *WalkResult;
  _CM_KEY_CONTROL_BLOCK *DeepestKcbFound;
  unsigned __int8 KcbCacheLevels;
  unsigned __int8 WalkLevels;
  unsigned __int8 FailureCount;
  struct {int Status;unsigned int Point;}; FailurePoints[4];
 };

 /* 1523 */
 struct _HIVE_LOAD_FAILURE
 {
  _HHIVE *Hive;
  unsigned __int16 Index;
  unsigned __int16 RecoverableIndex;
  struct {_CM_LOAD_FAILURE_TYPE Failure;int Status;unsigned int Point;}; Locations[8];
  struct {_CM_LOAD_FAILURE_TYPE Failure;int Status;unsigned int Point;}; RecoverableLocations[8];
  struct __declspec(align(8))
  {
    unsigned int Action;
    void *Handle;
    int Status;
  } RegistryIO;
  struct
  {
    void *CheckStack;
  } CheckRegistry2;
  struct __declspec(align(8))
  {
    unsigned int Cell;
    _CELL_DATA *CellPoint;
    void *RootPoint;
    unsigned int Index;
  } CheckKey;
  struct
  {
    _CELL_DATA *List;
    unsigned int Index;
    unsigned int Cell;
    _CELL_DATA *CellPoint;
  } CheckValueList;
  struct
  {
    unsigned int Space;
    unsigned int MapPoint;
    _HBIN *BinPoint;
  } CheckHive;
  struct
  {
    unsigned int Space;
    unsigned int MapPoint;
    _HBIN *BinPoint;
  } CheckHive1;
  struct
  {
    _HBIN *Bin;
    _HCELL *CellPoint;
  } CheckBin;
  struct
  {
    unsigned int FileOffset;
  } RecoverData;
  _CM_PARSE_DEBUG_INFO LinkDebug;
 };

 /* 1524 */
 struct _PCW_COUNTER_DESCRIPTOR
 {
  unsigned __int16 Id;
  unsigned __int16 StructIndex;
  unsigned __int16 Offset;
  unsigned __int16 Size;
 };

 /* 1525 */
 struct _PCW_COUNTER_INFORMATION
 {
  unsigned __int64 CounterMask;
  const _UNICODE_STRING *InstanceMask;
 };

 /* 1526 */
 struct _PCW_MASK_INFORMATION
 {
  unsigned __int64 CounterMask;
  const _UNICODE_STRING *InstanceMask;
  unsigned int InstanceId;
  unsigned __int8 CollectMultiple;
  struct _PCW_BUFFER *Buffer;
  _KEVENT *CancelEvent;
 };

 /* 1527 */
 union _PCW_CALLBACK_INFORMATION
 {
  _PCW_COUNTER_INFORMATION AddCounter;
  _PCW_COUNTER_INFORMATION RemoveCounter;
  _PCW_MASK_INFORMATION EnumerateInstances;
  _PCW_MASK_INFORMATION CollectData;
 };

 /* 1528 */
 struct _PCW_REGISTRATION_INFORMATION
 {
  unsigned int Version;
  const _UNICODE_STRING *Name;
  unsigned int CounterCount;
  _PCW_COUNTER_DESCRIPTOR *Counters;
  int (__fastcall *Callback)(_PCW_CALLBACK_TYPE, _PCW_CALLBACK_INFORMATION *, void *);
  void *CallbackContext;
 };

 /* 1529 */
 struct _PCW_PROCESSOR_INFO
 {
  unsigned __int64 IdleTime;
  unsigned __int64 AvailableTime;
  unsigned __int64 UserTime;
  unsigned __int64 KernelTime;
  unsigned int Interrupts;
  unsigned __int64 DpcTime;
  unsigned __int64 InterruptTime;
  unsigned int ClockInterrupts;
  unsigned int DpcCount;
  unsigned int DpcRate;
  unsigned __int64 C1Time;
  unsigned __int64 C2Time;
  unsigned __int64 C3Time;
  unsigned __int64 C1Transitions;
  unsigned __int64 C2Transitions;
  unsigned __int64 C3Transitions;
  unsigned __int64 StallTime;
  unsigned int ParkingStatus;
  unsigned int CurrentFrequency;
  unsigned int PercentMaxFrequency;
  unsigned int StateFlags;
  unsigned int NominalThroughput;
  unsigned int ActiveThroughput;
  unsigned __int64 ScaledThroughput;
  unsigned __int64 ScaledKernelThroughput;
  unsigned __int64 AverageIdleTime;
  unsigned __int64 IdleBreakEvents;
  unsigned int PerformanceLimit;
  unsigned int PerformanceLimitFlags;
  unsigned __int64 ScaledFrequency;
 };

 /* 1530 */
 struct __declspec(align(8)) _PCW_DATA
 {
  const void *Data;
  unsigned int Size;
 };

 /* 1531 */
 struct _ETW_PERF_COUNTERS
 {
  int TotalActiveSessions;
  int TotalBufferMemoryNonPagedPool;
  int TotalBufferMemoryPagedPool;
  int TotalGuidsEnabled;
  int TotalGuidsNotEnabled;
  int TotalGuidsPreEnabled;
 };

 /* 1532 */
 struct _ETW_SESSION_PERF_COUNTERS
 {
  int BufferMemoryPagedPool;
  int BufferMemoryNonPagedPool;
  unsigned __int64 EventsLoggedCount;
  int EventsLost;
  int NumConsumers;
 };

 /* 1533 */
 struct _THERMAL_ZONE_COUNTERS
 {
  unsigned int Temperature;
  unsigned int ThrottleLimit;
  unsigned int ThrottleReasons;
  unsigned int TemperatureHighPrecision;
 };

 /* 1534 */
 union $E38888FFFF2E8047BDBD55C921E86469
 {
  unsigned int FiberData;
  unsigned int Version;
 };

 /* 1535 */
 struct _NT_TIB32
 {
  unsigned int ExceptionList;
  unsigned int StackBase;
  unsigned int StackLimit;
  unsigned int SubSystemTib;
  $E38888FFFF2E8047BDBD55C921E86469 ___u4;
  unsigned int ArbitraryUserPointer;
  unsigned int Self;
 };

 /* 1536 */
 struct _CLIENT_ID32
 {
  unsigned int UniqueProcess;
  unsigned int UniqueThread;
 };

 /* 1537 */
 struct _ACTIVATION_CONTEXT_STACK32
 {
  unsigned int ActiveFrame;
  LIST_ENTRY32 FrameListCache;
  unsigned int Flags;
  unsigned int NextCookieSequenceNumber;
  unsigned int StackId;
 };

 /* 1538 */
 struct _GDI_TEB_BATCH32
 {
  unsigned __int32 Offset : 31;
  unsigned __int32 HasRenderingCommand : 1;
  unsigned int HDC;
  unsigned int Buffer[310];
 };

 /* 1539 */
 struct _STRING32
 {
  unsigned __int16 Length;
  unsigned __int16 MaximumLength;
  unsigned int Buffer;
 };

 /* 1540 */
 struct _TEB32
 {
  _NT_TIB32 NtTib;
  unsigned int EnvironmentPointer;
  _CLIENT_ID32 ClientId;
  unsigned int ActiveRpcHandle;
  unsigned int ThreadLocalStoragePointer;
  unsigned int ProcessEnvironmentBlock;
  unsigned int LastErrorValue;
  unsigned int CountOfOwnedCriticalSections;
  unsigned int CsrClientThread;
  unsigned int Win32ThreadInfo;
  unsigned int User32Reserved[26];
  unsigned int UserReserved[5];
  unsigned int WOW32Reserved;
  unsigned int CurrentLocale;
  unsigned int FpSoftwareStatusRegister;
  unsigned int ReservedForDebuggerInstrumentation[16];
  unsigned int SystemReserved1[26];
  char PlaceholderCompatibilityMode;
  unsigned __int8 PlaceholderHydrationAlwaysExplicit;
  char PlaceholderReserved[10];
  unsigned int ProxiedProcessId;
  _ACTIVATION_CONTEXT_STACK32 _ActivationStack;
  unsigned __int8 WorkingOnBehalfTicket[8];
  int ExceptionCode;
  unsigned int ActivationContextStackPointer;
  unsigned int InstrumentationCallbackSp;
  unsigned int InstrumentationCallbackPreviousPc;
  unsigned int InstrumentationCallbackPreviousSp;
  unsigned __int8 InstrumentationCallbackDisabled;
  unsigned __int8 SpareBytes[23];
  unsigned int TxFsContext;
  _GDI_TEB_BATCH32 GdiTebBatch;
  _CLIENT_ID32 RealClientId;
  unsigned int GdiCachedProcessHandle;
  unsigned int GdiClientPID;
  unsigned int GdiClientTID;
  unsigned int GdiThreadLocalInfo;
  unsigned int Win32ClientInfo[62];
  unsigned int glDispatchTable[233];
  unsigned int glReserved1[29];
  unsigned int glReserved2;
  unsigned int glSectionInfo;
  unsigned int glSection;
  unsigned int glTable;
  unsigned int glCurrentRC;
  unsigned int glContext;
  unsigned int LastStatusValue;
  _STRING32 StaticUnicodeString;
  wchar_t StaticUnicodeBuffer[261];
  unsigned int DeallocationStack;
  unsigned int TlsSlots[64];
  LIST_ENTRY32 TlsLinks;
  unsigned int Vdm;
  unsigned int ReservedForNtRpc;
  unsigned int DbgSsReserved[2];
  unsigned int HardErrorMode;
  unsigned int Instrumentation[9];
  _GUID ActivityId;
  unsigned int SubProcessTag;
  unsigned int PerflibData;
  unsigned int EtwTraceData;
  unsigned int WinSockData;
  unsigned int GdiBatchCount;
  $724F2A2D041FFB2E94FF01FB63FF30C4 ___u63;
  unsigned int GuaranteedStackBytes;
  unsigned int ReservedForPerf;
  unsigned int ReservedForOle;
  unsigned int WaitingOnLoaderLock;
  unsigned int SavedPriorityState;
  unsigned int ReservedForCodeCoverage;
  unsigned int ThreadPoolData;
  unsigned int TlsExpansionSlots;
  unsigned int MuiGeneration;
  unsigned int IsImpersonating;
  unsigned int NlsCache;
  unsigned int pShimData;
  unsigned int HeapData;
  unsigned int CurrentTransactionHandle;
  unsigned int ActiveFrame;
  unsigned int FlsData;
  unsigned int PreferredLanguages;
  unsigned int UserPrefLanguages;
  unsigned int MergedPrefLanguages;
  unsigned int MuiImpersonation;
  $7AB5819D1A5DE0161186195FCBC4D698 ___u84;
  $54D96A8D96B6F3818A1C53720F347267 ___u85;
  unsigned int TxnScopeEnterCallback;
  unsigned int TxnScopeExitCallback;
  unsigned int TxnScopeContext;
  unsigned int LockCount;
  int WowTebOffset;
  unsigned int ResourceRetValue;
  unsigned int ReservedForWdf;
  unsigned __int64 ReservedForCrt;
  _GUID EffectiveContainerId;
 };

 /* 1541 */
 union $8662F439D215AAEDBB1F787C8B649648
 {
  unsigned __int64 FiberData;
  unsigned int Version;
 };

 /* 1542 */
 struct _NT_TIB64
 {
  unsigned __int64 ExceptionList;
  unsigned __int64 StackBase;
  unsigned __int64 StackLimit;
  unsigned __int64 SubSystemTib;
  $8662F439D215AAEDBB1F787C8B649648 ___u4;
  unsigned __int64 ArbitraryUserPointer;
  unsigned __int64 Self;
 };

 /* 1543 */
 struct _CLIENT_ID64
 {
  unsigned __int64 UniqueProcess;
  unsigned __int64 UniqueThread;
 };

 /* 1544 */
 struct __declspec(align(8)) _ACTIVATION_CONTEXT_STACK64
 {
  unsigned __int64 ActiveFrame;
  LIST_ENTRY64 FrameListCache;
  unsigned int Flags;
  unsigned int NextCookieSequenceNumber;
  unsigned int StackId;
 };

 /* 1545 */
 struct _GDI_TEB_BATCH64
 {
  unsigned __int32 Offset : 31;
  unsigned __int32 HasRenderingCommand : 1;
  unsigned __int64 HDC;
  unsigned int Buffer[310];
 };

 /* 1546 */
 struct _STRING64
 {
  unsigned __int16 Length;
  unsigned __int16 MaximumLength;
  unsigned __int64 Buffer;
 };

 /* 1547 */
 struct _TEB64
 {
  _NT_TIB64 NtTib;
  unsigned __int64 EnvironmentPointer;
  _CLIENT_ID64 ClientId;
  unsigned __int64 ActiveRpcHandle;
  unsigned __int64 ThreadLocalStoragePointer;
  unsigned __int64 ProcessEnvironmentBlock;
  unsigned int LastErrorValue;
  unsigned int CountOfOwnedCriticalSections;
  unsigned __int64 CsrClientThread;
  unsigned __int64 Win32ThreadInfo;
  unsigned int User32Reserved[26];
  unsigned int UserReserved[5];
  unsigned __int64 WOW32Reserved;
  unsigned int CurrentLocale;
  unsigned int FpSoftwareStatusRegister;
  unsigned __int64 ReservedForDebuggerInstrumentation[16];
  unsigned __int64 SystemReserved1[30];
  char PlaceholderCompatibilityMode;
  unsigned __int8 PlaceholderHydrationAlwaysExplicit;
  char PlaceholderReserved[10];
  unsigned int ProxiedProcessId;
  _ACTIVATION_CONTEXT_STACK64 _ActivationStack;
  unsigned __int8 WorkingOnBehalfTicket[8];
  int ExceptionCode;
  unsigned __int8 Padding0[4];
  unsigned __int64 ActivationContextStackPointer;
  unsigned __int64 InstrumentationCallbackSp;
  unsigned __int64 InstrumentationCallbackPreviousPc;
  unsigned __int64 InstrumentationCallbackPreviousSp;
  unsigned int TxFsContext;
  unsigned __int8 InstrumentationCallbackDisabled;
  unsigned __int8 UnalignedLoadStoreExceptions;
  unsigned __int8 Padding1[2];
  _GDI_TEB_BATCH64 GdiTebBatch;
  _CLIENT_ID64 RealClientId;
  unsigned __int64 GdiCachedProcessHandle;
  unsigned int GdiClientPID;
  unsigned int GdiClientTID;
  unsigned __int64 GdiThreadLocalInfo;
  unsigned __int64 Win32ClientInfo[62];
  unsigned __int64 glDispatchTable[233];
  unsigned __int64 glReserved1[29];
  unsigned __int64 glReserved2;
  unsigned __int64 glSectionInfo;
  unsigned __int64 glSection;
  unsigned __int64 glTable;
  unsigned __int64 glCurrentRC;
  unsigned __int64 glContext;
  unsigned int LastStatusValue;
  unsigned __int8 Padding2[4];
  _STRING64 StaticUnicodeString;
  wchar_t StaticUnicodeBuffer[261];
  unsigned __int8 Padding3[6];
  unsigned __int64 DeallocationStack;
  unsigned __int64 TlsSlots[64];
  LIST_ENTRY64 TlsLinks;
  unsigned __int64 Vdm;
  unsigned __int64 ReservedForNtRpc;
  unsigned __int64 DbgSsReserved[2];
  unsigned int HardErrorMode;
  unsigned __int8 Padding4[4];
  unsigned __int64 Instrumentation[11];
  _GUID ActivityId;
  unsigned __int64 SubProcessTag;
  unsigned __int64 PerflibData;
  unsigned __int64 EtwTraceData;
  unsigned __int64 WinSockData;
  unsigned int GdiBatchCount;
  $724F2A2D041FFB2E94FF01FB63FF30C4 ___u68;
  unsigned int GuaranteedStackBytes;
  unsigned __int8 Padding5[4];
  unsigned __int64 ReservedForPerf;
  unsigned __int64 ReservedForOle;
  unsigned int WaitingOnLoaderLock;
  unsigned __int8 Padding6[4];
  unsigned __int64 SavedPriorityState;
  unsigned __int64 ReservedForCodeCoverage;
  unsigned __int64 ThreadPoolData;
  unsigned __int64 TlsExpansionSlots;
  unsigned __int64 DeallocationBStore;
  unsigned __int64 BStoreLimit;
  unsigned int MuiGeneration;
  unsigned int IsImpersonating;
  unsigned __int64 NlsCache;
  unsigned __int64 pShimData;
  unsigned int HeapData;
  unsigned __int8 Padding7[4];
  unsigned __int64 CurrentTransactionHandle;
  unsigned __int64 ActiveFrame;
  unsigned __int64 FlsData;
  unsigned __int64 PreferredLanguages;
  unsigned __int64 UserPrefLanguages;
  unsigned __int64 MergedPrefLanguages;
  unsigned int MuiImpersonation;
  $7AB5819D1A5DE0161186195FCBC4D698 ___u94;
  $54D96A8D96B6F3818A1C53720F347267 ___u95;
  unsigned __int64 TxnScopeEnterCallback;
  unsigned __int64 TxnScopeExitCallback;
  unsigned __int64 TxnScopeContext;
  unsigned int LockCount;
  int WowTebOffset;
  unsigned __int64 ResourceRetValue;
  unsigned __int64 ReservedForWdf;
  unsigned __int64 ReservedForCrt;
  _GUID EffectiveContainerId;
 };

 /* 1548 */
 struct $A354E3067E50EC174E9C654CAF9507B6
 {
  unsigned __int64 AccessVpRunTimeReg : 1;
  unsigned __int64 AccessPartitionReferenceCounter : 1;
  unsigned __int64 AccessSynicRegs : 1;
  unsigned __int64 AccessSyntheticTimerRegs : 1;
  unsigned __int64 AccessIntrCtrlRegs : 1;
  unsigned __int64 AccessHypercallMsrs : 1;
  unsigned __int64 AccessVpIndex : 1;
  unsigned __int64 AccessResetReg : 1;
  unsigned __int64 AccessStatsReg : 1;
  unsigned __int64 AccessPartitionReferenceTsc : 1;
  unsigned __int64 AccessGuestIdleReg : 1;
  unsigned __int64 AccessFrequencyRegs : 1;
  unsigned __int64 AccessDebugRegs : 1;
  unsigned __int64 AccessReenlightenmentControls : 1;
  unsigned __int64 AccessRootSchedulerReg : 1;
  unsigned __int64 AccessTscInvariantControls : 1;
  unsigned __int64 Reserved1 : 16;
  unsigned __int64 CreatePartitions : 1;
  unsigned __int64 AccessPartitionId : 1;
  unsigned __int64 AccessMemoryPool : 1;
  unsigned __int64 AdjustMessageBuffers : 1;
  unsigned __int64 PostMessages : 1;
  unsigned __int64 SignalEvents : 1;
  unsigned __int64 CreatePort : 1;
  unsigned __int64 ConnectPort : 1;
  unsigned __int64 AccessStats : 1;
  unsigned __int64 Reserved2 : 2;
  unsigned __int64 Debugging : 1;
  unsigned __int64 CpuManagement : 1;
  unsigned __int64 ConfigureProfiler : 1;
  unsigned __int64 AccessVpExitTracing : 1;
  unsigned __int64 EnableExtendedGvaRangesForFlushVirtualAddressList : 1;
  unsigned __int64 AccessVsm : 1;
  unsigned __int64 AccessVpRegisters : 1;
  unsigned __int64 UnusedBit : 1;
  unsigned __int64 FastHypercallOutput : 1;
  unsigned __int64 EnableExtendedHypercalls : 1;
  unsigned __int64 StartVirtualProcessor : 1;
  unsigned __int64 Isolation : 1;
  unsigned __int64 Reserved3 : 9;
 };

 /* 1549 */
 union _HV_PARTITION_PRIVILEGE_MASK
 {
  unsigned __int64 AsUINT64;
  $A354E3067E50EC174E9C654CAF9507B6 __s1;
 };

 /* 1550 */
 struct _HV_X64_HYPERVISOR_FEATURES
 {
  _HV_PARTITION_PRIVILEGE_MASK PartitionPrivileges;
  unsigned __int32 MaxSupportedCState : 4;
  unsigned __int32 HpetNeededForC3PowerState_Deprecated : 1;
  unsigned __int32 Reserved : 27;
  unsigned __int32 MwaitAvailable_Deprecated : 1;
  unsigned __int32 GuestDebuggingAvailable : 1;
  unsigned __int32 PerformanceMonitorsAvailable : 1;
  unsigned __int32 CpuDynamicPartitioningAvailable : 1;
  unsigned __int32 XmmRegistersForFastHypercallAvailable : 1;
  unsigned __int32 GuestIdleAvailable : 1;
  unsigned __int32 HypervisorSleepStateSupportAvailable : 1;
  unsigned __int32 NumaDistanceQueryAvailable : 1;
  unsigned __int32 FrequencyRegsAvailable : 1;
  unsigned __int32 SyntheticMachineCheckAvailable : 1;
  unsigned __int32 GuestCrashRegsAvailable : 1;
  unsigned __int32 DebugRegsAvailable : 1;
  unsigned __int32 Npiep1Available : 1;
  unsigned __int32 DisableHypervisorAvailable : 1;
  unsigned __int32 ExtendedGvaRangesForFlushVirtualAddressListAvailable : 1;
  unsigned __int32 FastHypercallOutputAvailable : 1;
  unsigned __int32 SvmFeaturesAvailable : 1;
  unsigned __int32 SintPollingModeAvailable : 1;
  unsigned __int32 HypercallMsrLockAvailable : 1;
  unsigned __int32 DirectSyntheticTimers : 1;
  unsigned __int32 RegisterPatAvailable : 1;
  unsigned __int32 RegisterBndcfgsAvailable : 1;
  unsigned __int32 WatchdogTimerAvailable : 1;
  unsigned __int32 SyntheticTimeUnhaltedTimerAvailable : 1;
  unsigned __int32 DeviceDomainsAvailable : 1;
  unsigned __int32 S1DeviceDomainsAvailable : 1;
  unsigned __int32 LbrAvailable : 1;
  unsigned __int32 IptAvailable : 1;
  unsigned __int32 CrossVtlFlushAvailable : 1;
  unsigned __int32 IdleSpecCtrlAvailable : 1;
  unsigned __int32 Reserved1 : 2;
 };

 /* 1551 */
 struct _KIST_BASE_FRAME
 {
  _KPCR *KernelGsBase;
  _KIST_LINK_FRAME *IstStack;
  unsigned __int64 PreviousGsBase;
  unsigned __int64 PreviousCr3;
  unsigned __int64 IstPad;
  unsigned __int64 Reserved;
 };

 /* 1552 */
 struct _KIST_LINK_FRAME
 {
  _KIST_BASE_FRAME *IstBaseFrame;
  unsigned int Signature;
  unsigned int Reserved0;
  unsigned __int64 Reserved[2];
 };

 /* 1553 */
 struct _MCGEN_TRACE_CONTEXT
 {
  unsigned __int64 RegistrationHandle;
  unsigned __int64 Logger;
  unsigned __int64 MatchAnyKeyword;
  unsigned __int64 MatchAllKeyword;
  unsigned int Flags;
  unsigned int IsEnabled;
  unsigned __int8 Level;
  unsigned __int8 Reserve;
  unsigned __int16 EnableBitsCount;
  unsigned int *EnableBitMask;
  const unsigned __int64 *EnableKeyWords;
  const unsigned __int8 *EnableLevel;
 };

 /* 1554 */
 struct _PNP_DEVICE_COMPLETION_QUEUE
 {
  _LIST_ENTRY DispatchedList;
  unsigned int DispatchedCount;
  _LIST_ENTRY CompletedList;
  _KSEMAPHORE CompletedSemaphore;
  unsigned __int64 SpinLock;
 };

 /* 1555 */
 struct _PNP_ASSIGN_RESOURCES_CONTEXT
 {
  unsigned int IncludeFailedDevices;
  unsigned int DeviceCount;
  _DEVICE_OBJECT *DeviceList[1];
 };

 /* 1556 */
 struct __declspec(align(8)) _PNP_RESOURCE_REQUEST
 {
  _DEVICE_OBJECT *PhysicalDevice;
  unsigned int Flags;
  _ARBITER_REQUEST_SOURCE AllocationType;
  unsigned int Priority;
  unsigned int Position;
  _IO_RESOURCE_REQUIREMENTS_LIST *ResourceRequirements;
  void *ReqList;
  _CM_RESOURCE_LIST *ResourceAssignment;
  _CM_RESOURCE_LIST *TranslatedResourceAssignment;
  int Status;
 };

 /* 1557 */
 struct _EXCEPTION_RECORD64
 {
  int ExceptionCode;
  unsigned int ExceptionFlags;
  unsigned __int64 ExceptionRecord;
  unsigned __int64 ExceptionAddress;
  unsigned int NumberParameters;
  unsigned int __unusedAlignment;
  unsigned __int64 ExceptionInformation[15];
 };

 /* 1558 */
 struct _EXCEPTION_RECORD32
 {
  int ExceptionCode;
  unsigned int ExceptionFlags;
  unsigned int ExceptionRecord;
  unsigned int ExceptionAddress;
  unsigned int NumberParameters;
  unsigned int ExceptionInformation[15];
 };

 /* 1559 */
 struct __declspec(align(8)) _DBGKM_EXCEPTION64
 {
  _EXCEPTION_RECORD64 ExceptionRecord;
  unsigned int FirstChance;
 };

 /* 1560 */
 struct _DBGKM_EXCEPTION32
 {
  _EXCEPTION_RECORD32 ExceptionRecord;
  unsigned int FirstChance;
 };

 /* 1561 */
 struct _X86_KTRAP_FRAME
 {
  unsigned int DbgEbp;
  unsigned int DbgEip;
  unsigned int DbgArgMark;
  unsigned int DbgArgPointer;
  unsigned int TempSegCs;
  unsigned int TempEsp;
  unsigned int Dr0;
  unsigned int Dr1;
  unsigned int Dr2;
  unsigned int Dr3;
  unsigned int Dr6;
  unsigned int Dr7;
  unsigned int SegGs;
  unsigned int SegEs;
  unsigned int SegDs;
  unsigned int Edx;
  unsigned int Ecx;
  unsigned int Eax;
  unsigned __int8 PreviousPreviousMode;
  unsigned __int8 EntropyQueueDpc;
  unsigned __int8 Reserved[2];
  unsigned int ExceptionList;
  unsigned int SegFs;
  unsigned int Edi;
  unsigned int Esi;
  unsigned int Ebx;
  unsigned int Ebp;
  unsigned int ErrCode;
  unsigned int Eip;
  unsigned int SegCs;
  unsigned int EFlags;
  unsigned int HardwareEsp;
  unsigned int HardwareSegSs;
  unsigned int V86Es;
  unsigned int V86Ds;
  unsigned int V86Fs;
  unsigned int V86Gs;
 };

 /* 1562 */
 struct _X86_KTRAP_FRAME_BLUE
 {
  unsigned int DbgEbp;
  unsigned int DbgEip;
  unsigned int DbgArgMark;
  unsigned __int16 TempSegCs;
  unsigned __int8 Logging;
  unsigned __int8 FrameType;
  unsigned int TempEsp;
  unsigned int Dr0;
  unsigned int Dr1;
  unsigned int Dr2;
  unsigned int Dr3;
  unsigned int Dr6;
  unsigned int Dr7;
  unsigned int SegGs;
  unsigned int SegEs;
  unsigned int SegDs;
  unsigned int Edx;
  unsigned int Ecx;
  unsigned int Eax;
  unsigned __int8 PreviousPreviousMode;
  unsigned __int8 EntropyQueueDpc;
  unsigned __int8 Reserved[2];
  unsigned int MxCsr;
  unsigned int ExceptionList;
  unsigned int SegFs;
  unsigned int Edi;
  unsigned int Esi;
  unsigned int Ebx;
  unsigned int Ebp;
  unsigned int ErrCode;
  unsigned int Eip;
  unsigned int SegCs;
  unsigned int EFlags;
  unsigned int HardwareEsp;
  unsigned int HardwareSegSs;
  unsigned int V86Es;
  unsigned int V86Ds;
  unsigned int V86Fs;
  unsigned int V86Gs;
 };

 /* 1563 */
 struct __declspec(align(8)) _DBGKD_LOAD_SYMBOLS64
 {
  unsigned int PathNameLength;
  unsigned __int64 BaseOfDll;
  unsigned __int64 ProcessId;
  unsigned int CheckSum;
  unsigned int SizeOfImage;
  unsigned __int8 UnloadSymbols;
 };

 /* 1564 */
 struct __declspec(align(4)) _DBGKD_LOAD_SYMBOLS32
 {
  unsigned int PathNameLength;
  unsigned int BaseOfDll;
  unsigned int ProcessId;
  unsigned int CheckSum;
  unsigned int SizeOfImage;
  unsigned __int8 UnloadSymbols;
 };

 /* 1565 */
 struct _DBGKD_READ_MEMORY64
 {
  unsigned __int64 TargetBaseAddress;
  unsigned int TransferCount;
  unsigned int ActualBytesRead;
 };

 /* 1566 */
 struct _DBGKD_READ_MEMORY32
 {
  unsigned int TargetBaseAddress;
  unsigned int TransferCount;
  unsigned int ActualBytesRead;
 };

 /* 1567 */
 struct _DBGKD_WRITE_MEMORY64
 {
  unsigned __int64 TargetBaseAddress;
  unsigned int TransferCount;
  unsigned int ActualBytesWritten;
 };

 /* 1568 */
 struct _DBGKD_WRITE_MEMORY32
 {
  unsigned int TargetBaseAddress;
  unsigned int TransferCount;
  unsigned int ActualBytesWritten;
 };

 /* 1569 */
 struct __declspec(align(8)) _DBGKD_WRITE_BREAKPOINT64
 {
  unsigned __int64 BreakPointAddress;
  unsigned int BreakPointHandle;
 };

 /* 1570 */
 struct _DBGKD_WRITE_BREAKPOINT32
 {
  unsigned int BreakPointAddress;
  unsigned int BreakPointHandle;
 };

 /* 1571 */
 struct _DBGKD_READ_WRITE_IO64
 {
  unsigned __int64 IoAddress;
  unsigned int DataSize;
  unsigned int DataValue;
 };

 /* 1572 */
 struct _DBGKD_READ_WRITE_IO32
 {
  unsigned int DataSize;
  unsigned int IoAddress;
  unsigned int DataValue;
 };

 /* 1573 */
 struct __declspec(align(8)) _DBGKD_READ_WRITE_IO_EXTENDED64
 {
  unsigned int DataSize;
  unsigned int InterfaceType;
  unsigned int BusNumber;
  unsigned int AddressSpace;
  unsigned __int64 IoAddress;
  unsigned int DataValue;
 };

 /* 1574 */
 struct _DBGKD_READ_WRITE_IO_EXTENDED32
 {
  unsigned int DataSize;
  unsigned int InterfaceType;
  unsigned int BusNumber;
  unsigned int AddressSpace;
  unsigned int IoAddress;
  unsigned int DataValue;
 };

 /* 1575 */
 struct _DBGKD_SET_SPECIAL_CALL32
 {
  unsigned int SpecialCall;
 };

 /* 1576 */
 struct _DBGKD_SET_SPECIAL_CALL64
 {
  unsigned __int64 SpecialCall;
 };

 /* 1577 */
 struct _DBGKD_SET_INTERNAL_BREAKPOINT32
 {
  unsigned int BreakpointAddress;
  unsigned int Flags;
 };

 /* 1578 */
 struct __declspec(align(8)) _DBGKD_SET_INTERNAL_BREAKPOINT64
 {
  unsigned __int64 BreakpointAddress;
  unsigned int Flags;
 };

 /* 1579 */
 struct _DBGKD_GET_INTERNAL_BREAKPOINT64
 {
  unsigned __int64 BreakpointAddress;
  unsigned int Flags;
  unsigned int Calls;
  unsigned int MaxCallsPerPeriod;
  unsigned int MinInstructions;
  unsigned int MaxInstructions;
  unsigned int TotalInstructions;
 };

 /* 1580 */
 struct _DBGKD_GET_INTERNAL_BREAKPOINT32
 {
  unsigned int BreakpointAddress;
  unsigned int Flags;
  unsigned int Calls;
  unsigned int MaxCallsPerPeriod;
  unsigned int MinInstructions;
  unsigned int MaxInstructions;
  unsigned int TotalInstructions;
 };

 /* 1581 */
 struct _DBGKD_GET_CONTEXT
 {
  unsigned int Unused;
 };

 /* 1582 */
 struct _DBGKD_SET_CONTEXT
 {
  unsigned int ContextFlags;
 };

 /* 1583 */
 struct _DBGKD_RESTORE_BREAKPOINT
 {
  unsigned int BreakPointHandle;
 };

 /* 1584 */
 struct _DBGKD_CONTINUE
 {
  int ContinueStatus;
 };

 /* 1585 */
 struct __unaligned __declspec(align(4)) _AMD64_DBGKD_CONTROL_SET
 {
  unsigned int TraceFlag;
  unsigned __int64 Dr7;
  unsigned __int64 CurrentSymbolStart;
  unsigned __int64 CurrentSymbolEnd;
 };

 /* 1586 */
 struct _X86_DBGKD_CONTROL_SET
 {
  unsigned int TraceFlag;
  unsigned int Dr7;
  unsigned int CurrentSymbolStart;
  unsigned int CurrentSymbolEnd;
 };

 /* 1587 */
 struct __unaligned __declspec(align(4)) _IA64_DBGKD_CONTROL_SET
 {
  unsigned int Continue;
  unsigned __int64 CurrentSymbolStart;
  unsigned __int64 CurrentSymbolEnd;
 };

 /* 1588 */
 struct _ARM_DBGKD_CONTROL_SET
 {
  unsigned int Continue;
  unsigned int CurrentSymbolStart;
  unsigned int CurrentSymbolEnd;
 };

 /* 1589 */
 struct _ARM64_DBGKD_CONTROL_SET
 {
  unsigned int Continue;
  unsigned int TraceFlag;
  unsigned __int64 CurrentSymbolStart;
  unsigned __int64 CurrentSymbolEnd;
 };

 /* 1590 */
 struct _ARMCE_DBGKD_CONTROL_SET
 {
  unsigned int Continue;
  unsigned int CurrentSymbolStart;
  unsigned int CurrentSymbolEnd;
 };

 /* 1591 */
 struct _PPC_DBGKD_CONTROL_SET
 {
  unsigned int Continue;
  unsigned int CurrentSymbolStart;
  unsigned int CurrentSymbolEnd;
 };

 /* 1592 */
 union __unaligned __declspec(align(4)) $7DA6EDECF54FC434332E4073DE9DB00C
 {
  _X86_DBGKD_CONTROL_SET X86ControlSet;
  unsigned int AlphaControlSet;
  _IA64_DBGKD_CONTROL_SET IA64ControlSet;
  _AMD64_DBGKD_CONTROL_SET Amd64ControlSet;
  _ARM_DBGKD_CONTROL_SET ArmControlSet;
  _ARM64_DBGKD_CONTROL_SET Arm64ControlSet;
  _ARMCE_DBGKD_CONTROL_SET ArmCeControlSet;
  _PPC_DBGKD_CONTROL_SET PpcControlSet;
 };

 /* 1593 */
 struct _DBGKD_ANY_CONTROL_SET
 {
  $7DA6EDECF54FC434332E4073DE9DB00C ___u0;
 };

 /* 1594 */
 union $BC6E29712BF52FC1AA904991EECF4165
 {
  _AMD64_DBGKD_CONTROL_SET ControlSet;
  _DBGKD_ANY_CONTROL_SET AnyControlSet;
 };

 /* 1595 */
 struct _DBGKD_CONTINUE2
 {
  int ContinueStatus;
  $BC6E29712BF52FC1AA904991EECF4165 ___u1;
 };

 /* 1596 */
 struct _DBGKD_QUERY_SPECIAL_CALLS
 {
  unsigned int NumberOfSpecialCalls;
 };

 /* 1597 */
 struct _DBGKD_GET_VERSION64
 {
  unsigned __int16 MajorVersion;
  unsigned __int16 MinorVersion;
  unsigned __int8 ProtocolVersion;
  unsigned __int8 KdSecondaryVersion;
  unsigned __int16 Flags;
  unsigned __int16 MachineType;
  unsigned __int8 MaxPacketType;
  unsigned __int8 MaxStateChange;
  unsigned __int8 MaxManipulate;
  unsigned __int8 Simulation;
  unsigned __int16 Unused[1];
  unsigned __int64 KernBase;
  unsigned __int64 PsLoadedModuleList;
  unsigned __int64 DebuggerDataList;
 };

 /* 1598 */
 struct _DBGKD_BREAKPOINTEX
 {
  unsigned int BreakPointCount;
  int ContinueStatus;
 };

 /* 1599 */
 struct _DBGKD_READ_WRITE_MSR
 {
  unsigned int Msr;
  unsigned int DataValueLow;
  unsigned int DataValueHigh;
 };

 /* 1600 */
 union $B888D73C355F38144AA7B636A80398B1
 {
  unsigned __int64 SearchAddress;
  unsigned __int64 FoundAddress;
 };

 /* 1601 */
 struct __declspec(align(8)) _DBGKD_SEARCH_MEMORY
 {
  $B888D73C355F38144AA7B636A80398B1 ___u0;
  unsigned __int64 SearchLength;
  unsigned int PatternLength;
 };

 /* 1602 */
 struct _DBGKD_GET_SET_BUS_DATA
 {
  unsigned int BusDataType;
  unsigned int BusNumber;
  unsigned int SlotNumber;
  unsigned int Offset;
  unsigned int Length;
 };

 /* 1603 */
 struct _DBGKD_FILL_MEMORY
 {
  unsigned __int64 Address;
  unsigned int Length;
  unsigned __int16 Flags;
  unsigned __int16 PatternLength;
 };

 /* 1604 */
 struct _DBGKD_QUERY_MEMORY
 {
  unsigned __int64 Address;
  unsigned __int64 Reserved;
  unsigned int AddressSpace;
  unsigned int Flags;
 };

 /* 1605 */
 struct _DBGKD_SWITCH_PARTITION
 {
  unsigned int Partition;
 };

 /* 1606 */
 struct _DBGKD_CONTEXT_EX
 {
  unsigned int Offset;
  unsigned int ByteCount;
  unsigned int BytesCopied;
 };

 /* 1607 */
 struct __declspec(align(4)) _DBGKD_WRITE_CUSTOM_BREAKPOINT
 {
  unsigned __int64 BreakPointAddress;
  unsigned __int64 BreakPointInstruction;
  unsigned int BreakPointHandle;
  unsigned __int8 BreakPointInstructionSize;
  unsigned __int8 BreakPointInstructionAlignment;
 };

 /* 1608 */
 struct _DBGKD_MANIPULATE_STATE64
 {
  unsigned int ApiNumber;
  unsigned __int16 ProcessorLevel;
  unsigned __int16 Processor;
  int ReturnStatus;
  union
  {
    _DBGKD_READ_MEMORY64 ReadMemory;
    _DBGKD_WRITE_MEMORY64 WriteMemory;
    _DBGKD_GET_CONTEXT GetContext;
    _DBGKD_SET_CONTEXT SetContext;
    _DBGKD_WRITE_BREAKPOINT64 WriteBreakPoint;
    _DBGKD_RESTORE_BREAKPOINT RestoreBreakPoint;
    _DBGKD_CONTINUE Continue;
    _DBGKD_CONTINUE2 Continue2;
    _DBGKD_READ_WRITE_IO64 ReadWriteIo;
    _DBGKD_READ_WRITE_IO_EXTENDED64 ReadWriteIoExtended;
    _DBGKD_QUERY_SPECIAL_CALLS QuerySpecialCalls;
    _DBGKD_SET_SPECIAL_CALL64 SetSpecialCall;
    _DBGKD_SET_INTERNAL_BREAKPOINT64 SetInternalBreakpoint;
    _DBGKD_GET_INTERNAL_BREAKPOINT64 GetInternalBreakpoint;
    _DBGKD_GET_VERSION64 GetVersion64;
    _DBGKD_BREAKPOINTEX BreakPointEx;
    _DBGKD_READ_WRITE_MSR ReadWriteMsr;
    _DBGKD_SEARCH_MEMORY SearchMemory;
    _DBGKD_GET_SET_BUS_DATA GetSetBusData;
    _DBGKD_FILL_MEMORY FillMemory;
    _DBGKD_QUERY_MEMORY QueryMemory;
    _DBGKD_SWITCH_PARTITION SwitchPartition;
    _DBGKD_CONTEXT_EX GetContextEx;
    _DBGKD_CONTEXT_EX SetContextEx;
    _DBGKD_WRITE_CUSTOM_BREAKPOINT WriteCustomBreakPoint;
  } u;
 };

 /* 1609 */
 struct _DBGKD_GET_VERSION32
 {
  unsigned __int16 MajorVersion;
  unsigned __int16 MinorVersion;
  unsigned __int16 ProtocolVersion;
  unsigned __int16 Flags;
  unsigned int KernBase;
  unsigned int PsLoadedModuleList;
  unsigned __int16 MachineType;
  unsigned __int16 ThCallbackStack;
  unsigned __int16 NextCallback;
  unsigned __int16 FramePointer;
  unsigned int KiCallUserMode;
  unsigned int KeUserCallbackDispatcher;
  unsigned int BreakpointWithStatus;
  unsigned int DebuggerDataList;
 };

 /* 1610 */
 struct __unaligned __declspec(align(4)) _DBGKD_MANIPULATE_STATE32
 {
  unsigned int ApiNumber;
  unsigned __int16 ProcessorLevel;
  unsigned __int16 Processor;
  int ReturnStatus;
  union
  {
    _DBGKD_READ_MEMORY32 ReadMemory;
    _DBGKD_WRITE_MEMORY32 WriteMemory;
    _DBGKD_READ_MEMORY64 ReadMemory64;
    _DBGKD_WRITE_MEMORY64 WriteMemory64;
    _DBGKD_GET_CONTEXT GetContext;
    _DBGKD_SET_CONTEXT SetContext;
    _DBGKD_WRITE_BREAKPOINT32 WriteBreakPoint;
    _DBGKD_RESTORE_BREAKPOINT RestoreBreakPoint;
    _DBGKD_CONTINUE Continue;
    _DBGKD_CONTINUE2 Continue2;
    _DBGKD_READ_WRITE_IO32 ReadWriteIo;
    _DBGKD_READ_WRITE_IO_EXTENDED32 ReadWriteIoExtended;
    _DBGKD_QUERY_SPECIAL_CALLS QuerySpecialCalls;
    _DBGKD_SET_SPECIAL_CALL32 SetSpecialCall;
    _DBGKD_SET_INTERNAL_BREAKPOINT32 SetInternalBreakpoint;
    _DBGKD_GET_INTERNAL_BREAKPOINT32 GetInternalBreakpoint;
    _DBGKD_GET_VERSION32 GetVersion32;
    _DBGKD_BREAKPOINTEX BreakPointEx;
    _DBGKD_READ_WRITE_MSR ReadWriteMsr;
    _DBGKD_SEARCH_MEMORY SearchMemory;
    _DBGKD_CONTEXT_EX GetContextEx;
    _DBGKD_CONTEXT_EX SetContextEx;
  } u;
 };

 /* 1611 */
 struct _DEVICE_MANAGE_DATA_SET_ATTRIBUTES
 {
  unsigned int Size;
  unsigned int Action;
  unsigned int Flags;
  unsigned int ParameterBlockOffset;
  unsigned int ParameterBlockLength;
  unsigned int DataSetRangesOffset;
  unsigned int DataSetRangesLength;
 };

 /* 1612 */
 struct _DEVICE_DATA_SET_RANGE
 {
  __int64 StartingOffset;
  unsigned __int64 LengthInBytes;
 };

 /* 1613 */
 struct _DEVICE_DSM_DEFINITION
 {
  unsigned int Action;
  unsigned __int8 SingleRange;
  unsigned int ParameterBlockAlignment;
  unsigned int ParameterBlockLength;
  unsigned __int8 HasOutput;
  unsigned int OutputBlockAlignment;
  unsigned int OutputBlockLength;
 };

 /* 1614 */
 struct _DEVICE_MANAGE_DATA_SET_ATTRIBUTES_OUTPUT
 {
  unsigned int Size;
  unsigned int Action;
  unsigned int Flags;
  unsigned int OperationStatus;
  unsigned int ExtendedError;
  unsigned int TargetDetailedError;
  unsigned int ReservedStatus;
  unsigned int OutputBlockOffset;
  unsigned int OutputBlockLength;
 };

 /* 1615 */
 struct _PEP_ACPI_IO_MEMORY_RESOURCE
 {
  _PEP_ACPI_RESOURCE_TYPE Type;
  unsigned __int8 Information;
  _LARGE_INTEGER MinimumAddress;
  _LARGE_INTEGER MaximumAddress;
  unsigned int Alignment;
  unsigned int Length;
 };

 /* 1616 */
 struct $6D4F6A779CB91EC017A0C8BC9C01A4CF
 {
  unsigned __int32 Shared : 1;
  unsigned __int32 Wake : 1;
  unsigned __int32 ResourceUsage : 1;
  unsigned __int32 SlaveMode : 1;
  unsigned __int32 AddressingMode : 1;
  unsigned __int32 SharedMode : 1;
  unsigned __int32 Reserved : 26;
 };

 /* 1617 */
 union _PEP_ACPI_RESOURCE_FLAGS
 {
  unsigned int AsULong;
  $6D4F6A779CB91EC017A0C8BC9C01A4CF __s1;
 };

 /* 1618 */
 struct _PEP_ACPI_INTERRUPT_RESOURCE
 {
  _PEP_ACPI_RESOURCE_TYPE Type;
  _KINTERRUPT_MODE InterruptType;
  _KINTERRUPT_POLARITY InterruptPolarity;
  _PEP_ACPI_RESOURCE_FLAGS Flags;
  unsigned __int8 Count;
  unsigned int *Pins;
 };

 /* 1619 */
 struct __declspec(align(8)) _PEP_ACPI_GPIO_RESOURCE
 {
  _PEP_ACPI_RESOURCE_TYPE Type;
  _PEP_ACPI_RESOURCE_FLAGS Flags;
  _KINTERRUPT_MODE InterruptType;
  _KINTERRUPT_POLARITY InterruptPolarity;
  _GPIO_PIN_CONFIG_TYPE PinConfig;
  _GPIO_PIN_IORESTRICTION_TYPE IoRestrictionType;
  unsigned __int16 DriveStrength;
  unsigned __int16 DebounceTimeout;
  wchar_t *PinTable;
  unsigned __int16 PinCount;
  unsigned __int8 ResourceSourceIndex;
  _UNICODE_STRING *ResourceSourceName;
  unsigned __int8 *VendorData;
  unsigned __int16 VendorDataLength;
 };

 /* 1620 */
 struct __declspec(align(8)) _PEP_ACPI_SPB_RESOURCE
 {
  _PEP_ACPI_RESOURCE_TYPE Type;
  _PEP_ACPI_RESOURCE_FLAGS Flags;
  unsigned __int16 TypeSpecificFlags;
  unsigned __int8 ResourceSourceIndex;
  _UNICODE_STRING *ResourceSourceName;
  char *VendorData;
  unsigned __int16 VendorDataLength;
 };

 /* 1621 */
 struct __declspec(align(4)) _PEP_ACPI_SPB_I2C_RESOURCE
 {
  _PEP_ACPI_SPB_RESOURCE SpbCommon;
  unsigned int ConnectionSpeed;
  unsigned __int16 SlaveAddress;
 };

 /* 1622 */
 struct __declspec(align(8)) _PEP_ACPI_SPB_SPI_RESOURCE
 {
  _PEP_ACPI_SPB_RESOURCE SpbCommon;
  unsigned int ConnectionSpeed;
  unsigned __int8 DataBitLength;
  unsigned __int8 Phase;
  unsigned __int8 Polarity;
  unsigned __int16 DeviceSelection;
 };

 /* 1623 */
 struct __declspec(align(8)) _PEP_ACPI_SPB_UART_RESOURCE
 {
  _PEP_ACPI_SPB_RESOURCE SpbCommon;
  unsigned int BaudRate;
  unsigned __int16 RxBufferSize;
  unsigned __int16 TxBufferSize;
  unsigned __int8 Parity;
  unsigned __int8 LinesInUse;
 };

 /* 1624 */
 struct _PEP_ACPI_EXTENDED_ADDRESS
 {
  _PEP_ACPI_RESOURCE_TYPE Type;
  _PEP_ACPI_RESOURCE_FLAGS Flags;
  unsigned __int8 ResourceFlags;
  unsigned __int8 GeneralFlags;
  unsigned __int8 TypeSpecificFlags;
  unsigned __int8 RevisionId;
  unsigned __int8 Reserved;
  unsigned __int64 Granularity;
  unsigned __int64 MinimumAddress;
  unsigned __int64 MaximumAddress;
  unsigned __int64 TranslationAddress;
  unsigned __int64 AddressLength;
  unsigned __int64 TypeAttribute;
  _UNICODE_STRING *DescriptorName;
 };

 /* 1625 */
 union _PEP_ACPI_RESOURCE
 {
  _PEP_ACPI_RESOURCE_TYPE Type;
  _PEP_ACPI_IO_MEMORY_RESOURCE IoMemory;
  _PEP_ACPI_INTERRUPT_RESOURCE Interrupt;
  _PEP_ACPI_GPIO_RESOURCE Gpio;
  _PEP_ACPI_SPB_I2C_RESOURCE SpbI2c;
  _PEP_ACPI_SPB_SPI_RESOURCE SpbSpi;
  _PEP_ACPI_SPB_UART_RESOURCE SpbUart;
  _PEP_ACPI_EXTENDED_ADDRESS ExtendedAddress;
 };

 /* 1626 */
 struct _PROCESSOR_PLATFORM_STATE_RESIDENCY
 {
  unsigned __int64 Residency;
  unsigned __int64 TransitionCount;
 };

 /* 1627 */
 struct _PROCESSOR_PLATFORM_STATE_RESIDENCIES
 {
  unsigned int Count;
  _PROCESSOR_PLATFORM_STATE_RESIDENCY States[1];
 };

 /* 1628 */
 struct _PLATFORM_IDLE_STATE_ACCOUNTING
 {
  unsigned int CancelCount;
  unsigned int FailureCount;
  unsigned int SuccessCount;
  unsigned __int64 MaxTime;
  unsigned __int64 MinTime;
  unsigned __int64 TotalTime;
  unsigned int InvalidBucketIndex;
  _PPM_SELECTION_STATISTICS SelectionStatistics;
  _PROC_IDLE_STATE_BUCKET IdleTimeBuckets[26];
 };

 /* 1629 */
 struct _PLATFORM_IDLE_ACCOUNTING
 {
  unsigned int ResetCount;
  unsigned int StateCount;
  unsigned int DeepSleepCount;
  PPM_IDLE_BUCKET_TIME_TYPE TimeUnit;
  unsigned __int64 StartTime;
  _PLATFORM_IDLE_STATE_ACCOUNTING State[1];
 };

 /* 1630 */
 struct $64E25C1ED3F32E7698FAE7BEE50D8FB9
 {
  unsigned __int32 EnterProcessor : 12;
  unsigned __int32 ExitProcessor : 12;
  unsigned __int32 Transition : 2;
  unsigned __int32 Entered : 1;
  unsigned __int32 EntryPriority : 5;
 };

 /* 1631 */
 volatile union _PPM_COORDINATED_SYNCHRONIZATION
 {
  int AsLong;
  $64E25C1ED3F32E7698FAE7BEE50D8FB9 __s1;
 };

 /* 1632 */
 union $6272681136AD42CC889277DBDAEF2772
 {
  volatile int RefCount;
  unsigned __int8 CacheAlign0[64];
 };

 /* 1633 */
 struct _PPM_PLATFORM_STATE
 {
  unsigned __int64 LevelId;
  unsigned int Latency;
  unsigned int BreakEvenDuration;
  _PPM_VETO_ACCOUNTING VetoAccounting;
  unsigned __int8 TransitionDebugger;
  unsigned __int8 Platform;
  unsigned int DependencyListCount;
  _KAFFINITY_EX Processors;
  _UNICODE_STRING Name;
  _PPM_SELECTION_DEPENDENCY *DependencyLists;
  volatile _PPM_COORDINATED_SYNCHRONIZATION Synchronization;
  volatile unsigned __int64 EnterTime;
  __declspec(align(64)) $6272681136AD42CC889277DBDAEF2772 ___u12;
 };

 /* 1634 */
 struct _PPM_PLATFORM_STATES
 {
  unsigned int StateCount;
  unsigned int InterfaceVersion;
  unsigned int ProcessorCount;
  unsigned __int8 CoordinatedInterface;
  unsigned int (__fastcall *IdleTest)(void *, unsigned int, unsigned int);
  int (__fastcall *IdlePreExecute)(void *, unsigned int, unsigned int, unsigned int, unsigned int *);
  void (__fastcall *IdleComplete)(void *, unsigned int, unsigned int, unsigned int, unsigned int *);
  int (__fastcall *QueryPlatformStateResidency)(void *, _PROCESSOR_PLATFORM_STATE_RESIDENCIES *);
  _PLATFORM_IDLE_ACCOUNTING *Accounting;
  unsigned __int8 DeepSleepEnabled;
  _PPM_PLATFORM_STATE State[1];
 };

 /* 1635 */
 struct $16E1E01FEC2AEE0364559B17133A53F6
 {
  unsigned int Eax;
  unsigned int Ebx;
  unsigned int Ecx;
  unsigned int Edx;
 };

 /* 1636 */
 union _CPU_INFO
 {
  unsigned int AsUINT32[4];
  $16E1E01FEC2AEE0364559B17133A53F6 __s1;
 };

 /* 1637 */
 struct $C64A4FA5127893D0F0CCDC758F7A8F56
 {
  unsigned __int32 PerfDecreaseTime : 1;
  unsigned __int32 PerfIncreaseTime : 1;
  unsigned __int32 PerfDecreasePolicy : 1;
  unsigned __int32 PerfIncreasePolicy : 1;
  unsigned __int32 PerfDecreaseThreshold : 1;
  unsigned __int32 PerfIncreaseThreshold : 1;
  unsigned __int32 PerfMinPolicy : 1;
  unsigned __int32 PerfMaxPolicy : 1;
  unsigned __int32 PerfTimeCheck : 1;
  unsigned __int32 PerfBoostPolicy : 1;
  unsigned __int32 PerfBoostMode : 1;
  unsigned __int32 AllowThrottling : 1;
  unsigned __int32 PerfHistoryCount : 1;
  unsigned __int32 ParkingPerfState : 1;
  unsigned __int32 LatencyHintPerf : 1;
  unsigned __int32 LatencyHintUnpark : 1;
  unsigned __int32 CoreParkingMinCores : 1;
  unsigned __int32 CoreParkingMaxCores : 1;
  unsigned __int32 CoreParkingDecreasePolicy : 1;
  unsigned __int32 CoreParkingIncreasePolicy : 1;
  unsigned __int32 CoreParkingDecreaseTime : 1;
  unsigned __int32 CoreParkingIncreaseTime : 1;
  unsigned __int32 CoreParkingOverUtilizationThreshold : 1;
  unsigned __int32 CoreParkingDistributeUtility : 1;
  unsigned __int32 CoreParkingConcurrencyThreshold : 1;
  unsigned __int32 CoreParkingHeadroomThreshold : 1;
  unsigned __int32 CoreParkingDistributionThreshold : 1;
  unsigned __int32 IdleAllowScaling : 1;
  unsigned __int32 IdleDisable : 1;
  unsigned __int32 IdleTimeCheck : 1;
  unsigned __int32 IdleDemoteThreshold : 1;
  unsigned __int32 IdlePromoteThreshold : 1;
  unsigned __int32 HeteroDecreaseTime : 1;
  unsigned __int32 HeteroIncreaseTime : 1;
  unsigned __int32 HeteroDecreaseThreshold : 1;
  unsigned __int32 HeteroIncreaseThreshold : 1;
  unsigned __int32 Class0FloorPerformance : 1;
  unsigned __int32 Class1InitialPerformance : 1;
  unsigned __int32 EnergyPerfPreference : 1;
  unsigned __int32 AutonomousActivityWindow : 1;
  unsigned __int32 AutonomousMode : 1;
  unsigned __int32 DutyCycling : 1;
  unsigned __int32 FrequencyCap : 1;
  unsigned __int32 ThreadPolicy : 1;
  unsigned __int32 ShortThreadPolicy : 1;
  unsigned __int32 IdleStateMax : 1;
  unsigned __int32 ResponsivenessDisableThreshold : 1;
  unsigned __int32 ResponsivenessEnableThreshold : 1;
  unsigned __int32 ResponsivenessDisableTime : 1;
  unsigned __int32 ResponsivenessEnableTime : 1;
  unsigned __int32 ResponsivenessEppCeiling : 1;
  unsigned __int32 ResponsivenessPerfFloor : 1;
  unsigned __int32 SoftParkLatency : 1;
  unsigned __int32 Spare : 11;
 };

 /* 1638 */
 union _PPM_POLICY_SETTINGS_MASK
 {
  unsigned __int64 Value;
  $C64A4FA5127893D0F0CCDC758F7A8F56 __s1;
 };

 /* 1639 */
 struct __declspec(align(8)) _PPM_ENGINE_SETTINGS
 {
  _PPM_POLICY_SETTINGS_MASK ExplicitSetting[2];
  unsigned __int8 ThrottlingPolicy;
  unsigned int PerfTimeCheck;
  unsigned __int8 PerfHistoryCount[2];
  unsigned __int8 PerfMinPolicy[2];
  unsigned __int8 PerfMaxPolicy[2];
  unsigned __int8 PerfDecreaseTime[2];
  unsigned __int8 PerfIncreaseTime[2];
  unsigned __int8 PerfDecreasePolicy[2];
  unsigned __int8 PerfIncreasePolicy[2];
  unsigned __int8 PerfDecreaseThreshold[2];
  unsigned __int8 PerfIncreaseThreshold[2];
  unsigned int PerfFrequencyCap[2];
  unsigned int PerfBoostPolicy;
  unsigned int PerfBoostMode;
  unsigned int PerfReductionTolerance;
  unsigned int EnergyPerfPreference[2];
  unsigned int AutonomousActivityWindow;
  unsigned __int8 AutonomousPreference;
  unsigned __int8 LatencyHintPerf[2];
  unsigned __int8 LatencyHintUnpark[2];
  unsigned int ResponsivenessDisableThreshold[2];
  unsigned int ResponsivenessEnableThreshold[2];
  unsigned __int8 ResponsivenessDisableTime[2];
  unsigned __int8 ResponsivenessEnableTime[2];
  unsigned int ResponsivenessEppCeiling[2];
  unsigned int ResponsivenessPerfFloor[2];
  unsigned __int8 DutyCycling;
  unsigned __int8 ParkingPerfState[2];
  unsigned __int8 DistributeUtility;
  unsigned __int8 CoreParkingOverUtilizationThreshold;
  unsigned __int8 CoreParkingConcurrencyThreshold;
  unsigned __int8 CoreParkingHeadroomThreshold;
  unsigned __int8 CoreParkingDistributionThreshold;
  unsigned __int8 CoreParkingDecreasePolicy;
  unsigned __int8 CoreParkingIncreasePolicy;
  unsigned int CoreParkingDecreaseTime;
  unsigned int CoreParkingIncreaseTime;
  unsigned __int8 CoreParkingMinCores[2];
  unsigned __int8 CoreParkingMaxCores[2];
  unsigned int SoftParkLatency;
  unsigned __int8 AllowScaling;
  unsigned __int8 IdleDisabled;
  unsigned int IdleTimeCheck;
  unsigned __int8 IdleDemotePercent;
  unsigned __int8 IdlePromotePercent;
  unsigned __int8 IdleStateMax;
  unsigned __int8 HeteroDecreaseTime;
  unsigned __int8 HeteroIncreaseTime;
  unsigned __int8 HeteroDecreaseThreshold[1280];
  unsigned __int8 HeteroIncreaseThreshold[1280];
  unsigned __int8 Class0FloorPerformance;
  unsigned __int8 Class1InitialPerformance;
  _KHETERO_CPU_POLICY ThreadPolicies[2];
 };

 /* 1640 */
 struct _POP_PPM_PROFILE
 {
  wchar_t *Name;
  unsigned __int8 Id;
  _GUID Guid;
  unsigned int Flags;
  unsigned __int8 Priority;
  _PPM_ENGINE_SETTINGS Settings[2];
  unsigned __int64 StartTime;
  unsigned __int64 Count;
  unsigned __int64 MaxDuration;
  unsigned __int64 MinDuration;
  unsigned __int64 TotalDuration;
 };

 /* 1641 */
 struct __declspec(align(8)) _DIRTY_PAGE_STATISTICS
 {
  unsigned __int64 DirtyPages;
  unsigned __int64 DirtyPagesLastScan;
  unsigned int DirtyPagesScheduledLastScan;
 };

 /* 1642 */
 struct __declspec(align(8)) _DIRTY_PAGE_THRESHOLDS
 {
  unsigned __int64 DirtyPageThreshold;
  unsigned __int64 DirtyPageThresholdTop;
  unsigned __int64 DirtyPageThresholdBottom;
  unsigned int DirtyPageTarget;
  unsigned __int64 AggregateAvailablePages;
  unsigned __int64 AggregateDirtyPages;
  unsigned int AvailableHistory;
 };

 /* 1643 */
 struct __declspec(align(8)) _LOG_HANDLE_CONTEXT
 {
  void *LogHandle;
  void (__fastcall *FlushToLsnRoutine)(void *, _LARGE_INTEGER);
  void (__fastcall *QueryLogHandleInfoRoutine)(void *, wchar_t *);
  _DIRTY_PAGE_STATISTICS DirtyPageStatistics;
  _DIRTY_PAGE_THRESHOLDS DirtyPageThresholds;
  unsigned int AdditionalPagesToWrite;
  unsigned int CcLWScanDPThreshold;
  _LARGE_INTEGER LargestLsnForCurrentLWScan;
  _FILE_OBJECT *RelatedFileObject;
  unsigned __int64 LargestLsnFileObjectKey;
  _LARGE_INTEGER LastLWTimeStamp;
  unsigned int Flags;
 };

 /* 1644 */
 struct __declspec(align(8)) _VOLUME_CACHE_MAP
 {
  __int16 NodeTypeCode;
  __int16 NodeByteCode;
  unsigned int UseCount;
  _DEVICE_OBJECT *DeviceObject;
  _LIST_ENTRY VolumeCacheMapLinks;
  unsigned __int64 DirtyPages;
  _LOG_HANDLE_CONTEXT LogHandleContext;
  unsigned int Flags;
  unsigned int PagesQueuedToDisk;
  unsigned int LoggedPagesQueuedToDisk;
 };

 /* 1651 */
 struct _LOGGED_STREAM_CALLBACK_V1
 {
  void *LogHandle;
  void (__fastcall *FlushToLsnRoutine)(void *, _LARGE_INTEGER);
 };

 /* 1652 */
 struct _LOGGED_STREAM_CALLBACK_V2
 {
  _LOG_HANDLE_CONTEXT *LogHandleContext;
 };

 /* 1662 */
 union $CA195310EA259158CB42044E8D2AEB08
 {
  _LOGGED_STREAM_CALLBACK_V1 V1;
  _LOGGED_STREAM_CALLBACK_V2 V2;
 };

 /* 1654 */
 struct _PRIVATE_CACHE_MAP_FLAGS
 {
  unsigned __int32 DontUse : 16;
  unsigned __int32 ReadAheadActive : 1;
  unsigned __int32 ReadAheadEnabled : 1;
  unsigned __int32 PagePriority : 3;
  unsigned __int32 PipelineReadAheads : 1;
  unsigned __int32 Available : 10;
 };

 /* 1655 */
 union $A5FC4F18AC105E95EFF337D7C1E01B60
 {
  __int16 NodeTypeCode;
  _PRIVATE_CACHE_MAP_FLAGS Flags;
 };

 /* 1656 */
 struct _PRIVATE_CACHE_MAP
 {
  $A5FC4F18AC105E95EFF337D7C1E01B60 ___u0;
  unsigned int ReadAheadMask;
  _FILE_OBJECT *FileObject;
  _LARGE_INTEGER FileOffset1;
  _LARGE_INTEGER BeyondLastByte1;
  _LARGE_INTEGER FileOffset2;
  _LARGE_INTEGER BeyondLastByte2;
  unsigned int SequentialReadCount;
  unsigned int ReadAheadLength;
  _LARGE_INTEGER ReadAheadOffset;
  _LARGE_INTEGER ReadAheadBeyondLastByte;
  unsigned __int64 PrevReadAheadBeyondLastByte;
  unsigned __int64 ReadAheadSpinLock;
  unsigned int PipelinedReadAheadRequestSize;
  unsigned int ReadAheadGrowth;
  _LIST_ENTRY PrivateLinks;
  void *ReadAheadWorkItem;
 };

 /* 1645 */
 struct __declspec(align(8)) _SHARED_CACHE_MAP
 {
  __int16 NodeTypeCode;
  __int16 NodeByteSize;
  unsigned int OpenCount;
  _LARGE_INTEGER FileSize;
  _LIST_ENTRY BcbList;
  _LARGE_INTEGER SectionSize;
  _LARGE_INTEGER ValidDataLength;
  _LARGE_INTEGER ValidDataGoal;
  _VACB *InitialVacbs[4];
  _VACB **Vacbs;
  _EX_FAST_REF FileObjectFastRef;
  _EX_PUSH_LOCK VacbLock;
  unsigned int DirtyPages;
  _LIST_ENTRY LoggedStreamLinks;
  _LIST_ENTRY SharedCacheMapLinks;
  unsigned int Flags;
  int Status;
  _MBCB *Mbcb;
  void *Section;
  _KEVENT *CreateEvent;
  _KEVENT *WaitOnActiveCount;
  unsigned int PagesToWrite;
  __int64 BeyondLastFlush;
  _CACHE_MANAGER_CALLBACKS *Callbacks;
  void *LazyWriteContext;
  _LIST_ENTRY PrivateList;
  $CA195310EA259158CB42044E8D2AEB08 ___u26;
  _LARGE_INTEGER LargestLSN;
  unsigned int DirtyPageThreshold;
  unsigned int LazyWritePassCount;
  _CACHE_UNINITIALIZE_EVENT *UninitializeEvent;
  _FAST_MUTEX BcbLock;
  _LARGE_INTEGER LastUnmapBehindOffset;
  _KEVENT Event;
  _LARGE_INTEGER HighWaterMappingOffset;
  _PRIVATE_CACHE_MAP PrivateCacheMap;
  void *WriteBehindWorkQueueEntry;
  _VOLUME_CACHE_MAP *VolumeCacheMap;
  unsigned int ProcImagePathHash;
  unsigned int WritesInProgress;
  unsigned int AsyncReadRequestCount;
  _CC_PARTITION *Partition;
  unsigned int InternalRefCount;
  unsigned int NumMappedVacb;
  unsigned int NumActiveVacb;
 };

 /* 1647 */
 struct _VACB
 {
  void *BaseAddress;
  _SHARED_CACHE_MAP *SharedCacheMap;
  union
  {
    _LARGE_INTEGER FileOffset;
    unsigned __int16 ActiveCount;
    _LIST_ENTRY Links;
  } Overlay;
  _VACB_ARRAY_HEADER *ArrayHead;
 };

 /* 1648 */
 struct _BITMAP_RANGE
 {
  _LIST_ENTRY Links;
  __int64 BasePage;
  unsigned int FirstDirtyPage;
  unsigned int LastDirtyPage;
  unsigned int DirtyPages;
  unsigned int *Bitmap;
 };

 /* 1649 */
 struct _MBCB
 {
  __int16 NodeTypeCode;
  __int16 NodeIsInZone;
  unsigned int PagesToWrite;
  unsigned int DirtyPages;
  unsigned int Reserved;
  _LIST_ENTRY BitmapRanges;
  __int64 ResumeWritePage;
  __int64 MostRecentlyDirtiedPage;
  _BITMAP_RANGE BitmapRange1;
  _BITMAP_RANGE BitmapRange2;
  _BITMAP_RANGE BitmapRange3;
 };

 /* 1650 */
 struct _CACHE_MANAGER_CALLBACKS
 {
  unsigned __int8 (__fastcall *AcquireForLazyWrite)(void *, unsigned __int8);
  void (__fastcall *ReleaseFromLazyWrite)(void *);
  unsigned __int8 (__fastcall *AcquireForReadAhead)(void *, unsigned __int8);
  void (__fastcall *ReleaseFromReadAhead)(void *);
 };

 /* 1653 */
 struct _CACHE_UNINITIALIZE_EVENT
 {
  _CACHE_UNINITIALIZE_EVENT *Next;
  _KEVENT Event;
 };

 /* 1657 */
 struct __declspec(align(8)) _SHARED_CACHE_MAP_LIST_CURSOR
 {
  _LIST_ENTRY SharedCacheMapLinks;
  unsigned int Flags;
 };

 /* 1658 */
 struct __declspec(align(2)) _LAZY_WRITER
 {
  _KDPC ScanDpc;
  _KTIMER ScanTimer;
  unsigned __int8 ScanActive;
  unsigned __int8 OtherWork;
  unsigned __int8 PendingTeardownScan;
  unsigned __int8 PendingPeriodicScan;
  unsigned __int8 PendingLowMemoryScan;
  unsigned __int8 PendingPowerScan;
  unsigned __int8 PendingCoalescingFlushScan;
 };

 /* 1661 */
 struct _CC_PARTITION
 {
  __int16 NodeTypeCode;
  __int16 NodeByteSize;
  _EPARTITION *PartitionObject;
  _LIST_ENTRY CleanSharedCacheMapList;
  _LIST_ENTRY CleanSharedCacheMapWithLogHandleList;
  _SHARED_CACHE_MAP_LIST_CURSOR DirtySharedCacheMapList;
  _SHARED_CACHE_MAP_LIST_CURSOR LazyWriteCursor;
  _LIST_ENTRY DirtySharedCacheMapWithLogHandleList;
  __declspec(align(32)) unsigned __int64 PrivateLock;
  unsigned int ConsecutiveWorklessLazyScanCount;
  unsigned __int8 ForcedDisableLazywriteScan;
  __declspec(align(64)) unsigned __int64 WorkQueueLock;
  unsigned int NumberWorkerThreads;
  unsigned int NumberActiveWorkerThreads;
  _LIST_ENTRY IdleWorkerThreadList;
  _LIST_ENTRY FastTeardownWorkQueue;
  _LIST_ENTRY ExpressWorkQueue;
  _LIST_ENTRY RegularWorkQueue;
  _LIST_ENTRY PostTickWorkQueue;
  _LIST_ENTRY CleanCachemapUninitWorkQueue;
  _LIST_ENTRY IdleExtraWriteBehindThreadList;
  unsigned int ActiveExtraWriteBehindThreads;
  unsigned int MaxExtraWriteBehindThreads;
  _LIST_ENTRY IdleCacheMapUninitThreadList;
  unsigned int ActiveCacheMapUninitThreads;
  unsigned int MaxCacheMapUninitThreads;
  unsigned __int8 QueueThrottle;
  unsigned int PostTickWorkItemCount;
  unsigned int ThreadsActiveBeforeThrottle;
  unsigned int ExtraWBThreadsActiveBeforeThrottle;
  unsigned int ExecutingWriteBehindWorkItems;
  unsigned int ExecutingHighPriorityWorkItem;
  _KEVENT LowMemoryEvent;
  _KEVENT PowerEvent;
  _KEVENT PeriodicEvent;
  _KEVENT WaitingForTeardownEvent;
  _KEVENT CoalescingFlushEvent;
  unsigned int PagesYetToWrite;
  __declspec(align(8)) _LAZY_WRITER LazyWriter;
  _DIRTY_PAGE_STATISTICS DirtyPageStatistics;
  _DIRTY_PAGE_THRESHOLDS DirtyPageThresholds;
  _WRITE_BEHIND_THROUGHPUT *ThroughputStats;
  int ThroughputTrend;
  unsigned __int64 AverageAvailablePages;
  unsigned __int64 AverageDirtyPages;
  unsigned __int64 PagesSkippedDueToHotSpot;
  _LARGE_INTEGER PrevRegularQueueItemRunTime;
  _LARGE_INTEGER PrevExtraWBThreadCheckTime;
  unsigned __int8 AddExtraWriteBehindThreads;
  unsigned __int8 RemoveExtraThreadPending;
  _LIST_ENTRY DeferredWrites;
  __declspec(align(64)) unsigned __int64 DeferredWriteSpinLock;
  _LIST_ENTRY *IdleAsyncReadWorkerThreadList;
  unsigned int *NumberActiveAsyncReadWorkerThreads;
  unsigned int *NumberActiveCompleteAsyncReadWorkItems;
  _LIST_ENTRY *AsyncReadWorkQueue;
  _LIST_ENTRY *AsyncReadCompletionWorkQueue;
  _KEVENT *NewAsyncReadRequestEvent;
  _ASYNC_READ_THREAD_STATS *ReaderThreadsStats;
  _EX_PUSH_LOCK AsyncReadWorkQueueLock;
  _LIST_ENTRY VacbFreeHighPriorityList;
  unsigned int NumberOfFreeHighPriorityVacbs;
  _ETHREAD *LowPriWorkerThread;
  _SHARED_CACHE_MAP *LowPriSharedCacheMap;
  int LowPriOldCpuPriority;
  _IO_PRIORITY_HINT LowPriOldIoPriority;
  _EX_PUSH_LOCK LowPriorityWorkerThreadLock;
  unsigned int MaxNumberOfWriteBehindThreads;
  unsigned __int8 CoalescingState;
  unsigned __int8 ActivePartition;
  unsigned __int8 RundownPhase;
  __int64 RefCount;
  _KEVENT ExitEvent;
  _KEVENT FinalDereferenceEvent;
  void *LazyWriteScanThreadHandle;
 };

 /* 1646 */
 struct _VACB_ARRAY_HEADER
 {
  unsigned int VacbArrayIndex;
  unsigned int MappingCount;
  unsigned int HighestMappedIndex;
  unsigned int Reserved;
 };

 /* 1659 */
 struct _WRITE_BEHIND_THROUGHPUT
 {
  unsigned int PagesYetToWrite;
  unsigned int Throughput;
 };

 /* 1660 */
 struct _ASYNC_READ_THREAD_STATS
 {
  unsigned int CurrentLoad[101];
 };

 /* 1663 */
 struct _CC_ASYNC_READ_CONTEXT
 {
  unsigned __int8 (__fastcall *CompletionRoutine)(void *);
  void *Context;
  _MDL *Mdl;
  char RequestorMode;
  unsigned int NestingLevel;
 };

 /* 1664 */
 struct _WORK_QUEUE_ENTRY
 {
  _LIST_ENTRY WorkQueueLinks;
  union
  {
    struct
    {
      _FILE_OBJECT *FileObject;
      void *DiskIoAttribution;
    } Read;
    struct
    {
      _SHARED_CACHE_MAP *SharedCacheMap;
    } Write;
    struct
    {
      _KEVENT *Event;
    } Event;
    struct
    {
      unsigned int Reason;
    } Notification;
    struct __declspec(align(8))
    {
      _SHARED_CACHE_MAP *SharedCacheMap;
      _IO_STATUS_BLOCK *IoStatus;
      _KEVENT CallerWaitEvent;
      unsigned __int8 IsLowPriWriteBehind;
    } LowPriWrite;
    struct
    {
      _SHARED_CACHE_MAP *SharedCacheMap;
      _LARGE_INTEGER FileOffset;
      _FILE_OBJECT *FileObject;
      unsigned int Length;
      _SINGLE_LIST_ENTRY *PrefetchList;
      unsigned int PrefetchPagePriority;
      _MDL *Mdl;
      _IO_STATUS_BLOCK *IoStatusBlock;
      _CC_ASYNC_READ_CONTEXT *CallbackContext;
      _EPROCESS *OriginatingProcess;
      _ETHREAD *IoIssuerThread;
      void *DiskIoAttribution;
      char RequestorMode;
      unsigned int NestingLevel;
    } AsyncRead;
  } Parameters;
  unsigned __int8 Function;
  _CC_PARTITION *Partition;
 };

 /* 1665 */
 struct _DEFERRED_WRITE
 {
  __int16 NodeTypeCode;
  __int16 NodeByteSize;
  _FILE_OBJECT *FileObject;
  unsigned int BytesToWrite;
  _LIST_ENTRY DeferredWriteLinks;
  _KEVENT *Event;
  void (__fastcall *PostRoutine)(void *, void *);
  void *Context1;
  void *Context2;
  _CC_PARTITION *Partition;
  unsigned __int8 SoftThrottle;
  _LARGE_INTEGER TimeAdded;
 };

 /* 1666 */
 struct _CC_EXTERNAL_CACHE_INFO
 {
  void (__fastcall *Callback)(void *, unsigned __int64, unsigned int);
  _DIRTY_PAGE_STATISTICS DirtyPageStatistics;
  _LIST_ENTRY Links;
 };

 /* 1667 */
 struct __declspec(align(8)) VACB_LEVEL_ALLOCATION_LIST
 {
  _LIST_ENTRY VacbLevelList;
  void *VacbLevelWithBcbListHeads;
  unsigned int VacbLevelsAllocated;
 };

 /* 1668 */
 struct _VACB_LEVEL_REFERENCE
 {
  int Reference;
  int SpecialReference;
 };

 /* 1669 */
 struct _HEAP_SUBALLOCATOR_CALLBACKS
 {
  unsigned __int64 Allocate;
  unsigned __int64 Free;
  unsigned __int64 Commit;
  unsigned __int64 Decommit;
  unsigned __int64 ExtendContext;
 };

 /* 1670 */
 struct _SEGMENT_HEAP_EXTRA
 {
  unsigned __int16 AllocationTag;
  unsigned __int8 InterceptorIndex : 4;
  unsigned __int8 UserFlags : 4;
  unsigned __int8 ExtraSizeInUnits;
  void *Settable;
 };

 /* 1671 */
 struct _RTL_CSPARSE_BITMAP
 {
  unsigned __int64 *CommitBitmap;
  unsigned __int64 *UserBitmap;
  unsigned __int64 BitCount;
  unsigned __int64 BitmapLock;
  unsigned __int64 DecommitPageIndex;
  unsigned __int64 RtlpCSparseBitmapWakeLock;
  unsigned __int8 LockType;
  unsigned __int8 AddressSpace;
  unsigned __int8 MemType;
  unsigned __int8 AllocAlignment;
  unsigned int CommitDirectoryMaxSize;
  unsigned __int64 CommitDirectory[1];
 };

 /* 1672 */
 struct _RTL_SPARSE_ARRAY
 {
  unsigned __int64 ElementCount;
  unsigned int ElementSizeShift;
  _RTL_CSPARSE_BITMAP Bitmap;
 };

 /* 1673 */
 union $139B11FB593B66D9D5DBFA06D8006E7A
 {
  _RTL_SPARSE_ARRAY VaRangeArray;
  unsigned __int8 VaRangeArrayBuffer[2128];
 };

 /* 1674 */
 struct _HEAP_VAMGR_VASPACE
 {
  _RTLP_HP_ADDRESS_SPACE_TYPE AddressSpaceType;
  unsigned __int64 BaseAddress;
  $139B11FB593B66D9D5DBFA06D8006E7A ___u2;
 };

 /* 1675 */
 struct _HEAP_VAMGR_ALLOCATOR
 {
  unsigned __int64 TreeLock;
  _RTL_RB_TREE FreeRanges;
  _HEAP_VAMGR_VASPACE *VaSpace;
  void *PartitionHandle;
  unsigned __int16 ChunksPerRegion;
  unsigned __int16 RefCount;
  unsigned __int8 AllocatorIndex;
  unsigned __int8 NumaNode;
  unsigned __int8 LockType : 1;
  unsigned __int8 MemoryType : 2;
  unsigned __int8 ConstrainedVA : 1;
  unsigned __int8 AllowFreeHead : 1;
  unsigned __int8 Spare0 : 3;
  unsigned __int8 Spare1;
 };

 /* 1676 */
 struct $9E74B324C910B3B8C9D3F818069EF4A3
 {
  _SINGLE_LIST_ENTRY Next;
  unsigned __int64 OwnerCtx[2];
 };

 /* 1677 */
 struct $CF02C9340489EAFAAFAC5A8E5C818F63
 {
  unsigned __int8 Allocated : 1;
  unsigned __int8 Internal : 1;
  unsigned __int8 Standalone : 1;
  unsigned __int8 Spare0 : 5;
  unsigned __int8 AllocatorIndex;
 };

 /* 1678 */
 union $01A142B525508DCE2000FE0A7C4516E7
 {
  _RTL_BALANCED_NODE RbNode;
  $9E74B324C910B3B8C9D3F818069EF4A3 __s1;
  $CF02C9340489EAFAAFAC5A8E5C818F63 __s2;
 };

 /* 1679 */
 struct $D2CE516EE272FD42AF61263D5E806FB1
 {
  unsigned __int16 ChunkCount;
  unsigned __int16 PrevChunkCount;
 };

 /* 1680 */
 union $637AF6CDA1C1905E65E555517E601135
 {
  unsigned __int64 SizeInChunks;
  $D2CE516EE272FD42AF61263D5E806FB1 __s1;
  unsigned __int64 Signature;
 };

 /* 1681 */
 struct _HEAP_VAMGR_RANGE
 {
  $01A142B525508DCE2000FE0A7C4516E7 ___u0;
  $637AF6CDA1C1905E65E555517E601135 ___u1;
 };

 /* 1682 */
 union $6B60AF5718B88A9503375F16F0BED4CC
 {
  _RTL_CSPARSE_BITMAP AllocTrackerBitmap;
  unsigned __int8 AllocTrackerBitmapBuffer[72];
 };

 /* 1683 */
 struct _RTLP_HP_ALLOC_TRACKER
 {
  unsigned __int64 BaseAddress;
  $6B60AF5718B88A9503375F16F0BED4CC ___u1;
 };

 /* 1684 */
 struct _FAKE_HEAP_ENTRY
 {
  unsigned __int64 Size;
  unsigned __int64 PreviousSize;
 };

 /* 1685 */
 struct _HEAP_FAILURE_INFORMATION
 {
  unsigned int Version;
  unsigned int StructureSize;
  _HEAP_FAILURE_TYPE FailureType;
  void *HeapAddress;
  void *Address;
  void *Param1;
  void *Param2;
  void *Param3;
  void *PreviousBlock;
  void *NextBlock;
  _FAKE_HEAP_ENTRY ExpectedDecodedEntry;
  void *StackTrace[32];
  unsigned __int8 HeapMajorVersion;
  unsigned __int8 HeapMinorVersion;
  _EXCEPTION_RECORD ExceptionRecord;
  __declspec(align(16)) _CONTEXT ContextRecord;
 };

 /* 1686 */
 struct _RTL_HEAP_MEMORY_LIMIT_DATA
 {
  unsigned __int64 CommitLimitBytes;
  unsigned __int64 CommitLimitFailureCode;
  unsigned __int64 MaxAllocationSizeBytes;
  unsigned __int64 AllocationLimitFailureCode;
 };

 /* 1687 */
 struct _RTLP_HP_HEAP_GLOBALS
 {
  unsigned __int64 HeapKey;
  unsigned __int64 LfhKey;
  _HEAP_FAILURE_INFORMATION *FailureInfo;
  _RTL_HEAP_MEMORY_LIMIT_DATA CommitLimitData;
 };

 /* 1688 */
 struct _HEAP_VAMGR_CTX
 {
  _HEAP_VAMGR_VASPACE VaSpace;
  unsigned __int64 AllocatorLock;
  unsigned int AllocatorCount;
  _HEAP_VAMGR_ALLOCATOR Allocators[255];
 };

 /* 1689 */
 struct RTL_HP_ENV_HANDLE
 {
  void *h[2];
 };

 /* 1690 */
 struct $8E288E94E66B1B910FE30A14EC5FDF27
 {
  unsigned __int64 State : 2;
 };

 /* 1691 */
 union _RTL_RUN_ONCE
 {
  void *Ptr;
  unsigned __int64 Value;
  $8E288E94E66B1B910FE30A14EC5FDF27 __s2;
 };

 /* 1692 */
 struct _HEAP_OPPORTUNISTIC_LARGE_PAGE_STATS
 {
  volatile unsigned __int64 SmallPagesInUseWithinLarge;
  volatile unsigned __int64 OpportunisticLargePageCount;
 };

 /* 1693 */
 struct __declspec(align(8)) _RTL_HP_SEG_ALLOC_POLICY
 {
  unsigned __int64 MinLargePages;
  unsigned __int64 MaxLargePages;
  unsigned __int8 MinUtilization;
 };

 /* 1694 */
 struct _HEAP_RUNTIME_MEMORY_STATS
 {
  volatile unsigned __int64 TotalReservedPages;
  volatile unsigned __int64 TotalCommittedPages;
  unsigned __int64 FreeCommittedPages;
  unsigned __int64 LfhFreeCommittedPages;
  _HEAP_OPPORTUNISTIC_LARGE_PAGE_STATS LargePageStats[2];
  _RTL_HP_SEG_ALLOC_POLICY LargePageUtilizationPolicy;
 };

 /* 1695 */
 struct $33876C956F3137A9916A7F28A2A81153
 {
  unsigned __int8 LargePagePolicy : 3;
  unsigned __int8 FullDecommit : 1;
  unsigned __int8 ReleaseEmptySegments : 1;
 };

 /* 1696 */
 struct __declspec(align(64)) _HEAP_SEG_CONTEXT
 {
  unsigned __int64 SegmentMask;
  unsigned __int8 UnitShift;
  unsigned __int8 PagesPerUnitShift;
  unsigned __int8 FirstDescriptorIndex;
  unsigned __int8 CachedCommitSoftShift;
  unsigned __int8 CachedCommitHighShift;
  union
  {
    $33876C956F3137A9916A7F28A2A81153 __s0;
    unsigned __int8 AllFlags;
  } Flags;
  unsigned int MaxAllocationSize;
  __int16 OlpStatsOffset;
  __int16 MemStatsOffset;
  void *LfhContext;
  void *VsContext;
  RTL_HP_ENV_HANDLE EnvHandle;
  void *Heap;
  unsigned __int64 SegmentLock;
  _LIST_ENTRY SegmentListHead;
  unsigned __int64 SegmentCount;
  _RTL_RB_TREE FreePageRanges;
  unsigned __int64 FreeSegmentListLock;
  _SINGLE_LIST_ENTRY FreeSegmentList[2];
 };

 /* 1697 */
 struct _HEAP_VS_DELAY_FREE_CONTEXT
 {
  _SLIST_HEADER ListHead;
 };

 /* 1698 */
 struct _RTL_HP_VS_CONFIG
 {
  struct
  {
    unsigned __int32 PageAlignLargeAllocs : 1;
    unsigned __int32 FullDecommit : 1;
    unsigned __int32 EnableDelayFree : 1;
  } Flags;
 };

 /* 1699 */
 struct _HEAP_VS_CONTEXT
 {
  unsigned __int64 Lock;
  _RTLP_HP_LOCK_TYPE LockType;
  _RTL_RB_TREE FreeChunkTree;
  _LIST_ENTRY SubsegmentList;
  unsigned __int64 TotalCommittedUnits;
  unsigned __int64 FreeCommittedUnits;
  _HEAP_VS_DELAY_FREE_CONTEXT DelayFreeContext;
  __declspec(align(64)) void *BackendCtx;
  _HEAP_SUBALLOCATOR_CALLBACKS Callbacks;
  _RTL_HP_VS_CONFIG Config;
  unsigned int Flags;
 };

 /* 1700 */
 struct _RTL_HP_LFH_CONFIG
 {
  unsigned __int16 MaxBlockSize;
  unsigned __int16 WitholdPageCrossingBlocks : 1;
  unsigned __int16 DisableRandomization : 1;
 };

 /* 1701 */
 struct _HEAP_LFH_SUBSEGMENT_STAT
 {
  unsigned __int8 Index;
  unsigned __int8 Count;
 };

 /* 1702 */
 union _HEAP_LFH_SUBSEGMENT_STATS
 {
  _HEAP_LFH_SUBSEGMENT_STAT Buckets[4];
  void *AllStats;
 };

 /* 1703 */
 union $D283FD200F436B7746EF06B7621258B1
 {
  unsigned __int8 SlotCount;
  unsigned __int8 SlotIndex;
 };

 /* 1704 */
 struct _HEAP_LFH_SUBSEGMENT_OWNER
 {
  unsigned __int8 IsBucket : 1;
  unsigned __int8 Spare0 : 7;
  unsigned __int8 BucketIndex;
  $D283FD200F436B7746EF06B7621258B1 ___u3;
  unsigned __int8 Spare1;
  unsigned __int64 AvailableSubsegmentCount;
  unsigned __int64 Lock;
  _LIST_ENTRY AvailableSubsegmentList;
  _LIST_ENTRY FullSubsegmentList;
 };

 /* 1705 */
 struct $C7BAA91C6BAC0FE42BF4CC4987B8DD55
 {
  unsigned __int64 RefCount : 12;
 };

 /* 1706 */
 union $AF700360F1E49D61529525350D3DAF33
 {
  void *Target;
  unsigned __int64 Value;
  $C7BAA91C6BAC0FE42BF4CC4987B8DD55 __s2;
 };

 /* 1707 */
 struct _HEAP_LFH_FAST_REF
 {
  $AF700360F1E49D61529525350D3DAF33 ___u0;
 };

 /* 1708 */
 struct _HEAP_LFH_AFFINITY_SLOT
 {
  _HEAP_LFH_SUBSEGMENT_OWNER State;
  _HEAP_LFH_FAST_REF ActiveSubsegment;
 };

 /* 1709 */
 struct _HEAP_LFH_BUCKET
 {
  _HEAP_LFH_SUBSEGMENT_OWNER State;
  unsigned __int64 TotalBlockCount;
  unsigned __int64 TotalSubsegmentCount;
  unsigned int ReciprocalBlockSize;
  unsigned __int8 Shift;
  unsigned __int8 ContentionCount;
  unsigned __int64 AffinityMappingLock;
  unsigned __int8 *ProcAffinityMapping;
  _HEAP_LFH_AFFINITY_SLOT **AffinitySlots;
 };

 /* 1710 */
 struct _HEAP_LFH_CONTEXT
 {
  void *BackendCtx;
  _HEAP_SUBALLOCATOR_CALLBACKS Callbacks;
  const unsigned __int8 *AffinityModArray;
  unsigned __int8 MaxAffinity;
  unsigned __int8 LockType;
  __int16 MemStatsOffset;
  _RTL_HP_LFH_CONFIG Config;
  _HEAP_LFH_SUBSEGMENT_STATS BucketStats;
  unsigned __int64 SubsegmentCreationLock;
  __declspec(align(64)) _HEAP_LFH_BUCKET *Buckets[129];
 };

 /* 1711 */
 struct $E5189DAA72EA6578606897BD71B7A0C0
 {
  unsigned __int64 ReservedMustBeZero1;
  void *UserContext;
  unsigned __int64 ReservedMustBeZero2;
  void *Spare;
 };

 /* 1712 */
 union $9C94452A41420D401561D02853A80A72
 {
  _RTL_HEAP_MEMORY_LIMIT_DATA CommitLimitData;
  $E5189DAA72EA6578606897BD71B7A0C0 __s1;
 };

 /* 1713 */
 struct _SEGMENT_HEAP
 {
  RTL_HP_ENV_HANDLE EnvHandle;
  unsigned int Signature;
  unsigned int GlobalFlags;
  unsigned int Interceptor;
  unsigned __int16 ProcessHeapListIndex;
  unsigned __int16 AllocatedFromMetadata : 1;
  $9C94452A41420D401561D02853A80A72 ___u6;
  unsigned __int64 LargeMetadataLock;
  _RTL_RB_TREE LargeAllocMetadata;
  volatile unsigned __int64 LargeReservedPages;
  volatile unsigned __int64 LargeCommittedPages;
  _RTL_RUN_ONCE StackTraceInitVar;
  __declspec(align(32)) _HEAP_RUNTIME_MEMORY_STATS MemStats;
  unsigned __int16 GlobalLockCount;
  unsigned int GlobalLockOwner;
  unsigned __int64 ContextExtendLock;
  unsigned __int8 *AllocatedBase;
  unsigned __int8 *UncommittedBase;
  unsigned __int8 *ReservedLimit;
  _HEAP_SEG_CONTEXT SegContexts[2];
  _HEAP_VS_CONTEXT VsContext;
  _HEAP_LFH_CONTEXT LfhContext;
 };

 /* 1714 */
 struct _RTLP_HP_METADATA_HEAP_CTX
 {
  _SEGMENT_HEAP *Heap;
  _RTL_RUN_ONCE InitOnce;
 };

 /* 1715 */
 struct _RTL_HP_SUB_ALLOCATOR_CONFIGS
 {
  _RTL_HP_LFH_CONFIG LfhConfigs;
  _RTL_HP_VS_CONFIG VsConfigs;
 };

 /* 1716 */
 struct _RTLP_HP_HEAP_MANAGER
 {
  _RTLP_HP_HEAP_GLOBALS *Globals;
  _RTLP_HP_ALLOC_TRACKER AllocTracker;
  _HEAP_VAMGR_CTX VaMgr;
  _RTLP_HP_METADATA_HEAP_CTX MetadataHeaps[3];
  _RTL_HP_SUB_ALLOCATOR_CONFIGS SubAllocConfigs;
 };

 /* 1717 */
 struct _RTL_SRWLOCK
 {
  $577AFED263692DC6722C5509FC158A97 ___u0;
 };

 /* 1718 */
 struct _RTL_STACKDB_CONTEXT
 {
  _RTL_HASH_TABLE StackSegmentTable;
  _RTL_HASH_TABLE StackEntryTable;
  _RTL_SRWLOCK StackEntryTableLock;
  _RTL_SRWLOCK SegmentTableLock;
  void *(__fastcall *Allocate)(unsigned __int64, void *);
  void (__fastcall *Free)(void *, void *);
  void *AllocatorContext;
 };

 /* 1719 */
 struct $14BFD61B91AEA9B3DA01004FA84BA49D
 {
  unsigned __int16 Invalid : 1;
  unsigned __int16 AllocationInProgress : 1;
  unsigned __int16 Spare0 : 14;
  unsigned __int16 UsageData;
 };

 /* 1720 */
 union _HEAP_LFH_ONDEMAND_POINTER
 {
  $14BFD61B91AEA9B3DA01004FA84BA49D __s0;
  void *AllBits;
 };

 /* 1721 */
 struct $99ECDAF0AE5E531537C6BCF9484E9C61
 {
  unsigned __int16 BlockSize;
  unsigned __int16 FirstBlockOffset;
 };

 /* 1722 */
 union $501013E13B1103E236E35F3849EB998E
 {
  $99ECDAF0AE5E531537C6BCF9484E9C61 __s0;
  unsigned int EncodedData;
 };

 /* 1723 */
 struct _HEAP_LFH_SUBSEGMENT_ENCODED_OFFSETS
 {
  $501013E13B1103E236E35F3849EB998E ___u0;
 };

 /* 1724 */
 struct $1669CDF5D3E40BA891F6CC2C98BD426A
 {
  unsigned __int64 DelayFree : 1;
  unsigned __int64 Count : 63;
 };

 /* 1725 */
 union _HEAP_LFH_SUBSEGMENT_DELAY_FREE
 {
  $1669CDF5D3E40BA891F6CC2C98BD426A __s0;
  void *AllBits;
 };

 /* 1726 */
 union $205752BC6FF529B76D1A299173372FFB
 {
  _HEAP_LFH_SUBSEGMENT_OWNER *Owner;
  _HEAP_LFH_SUBSEGMENT_DELAY_FREE DelayFree;
 };

 /* 1727 */
 struct $9D16ED5BE0B4F3791B768C7824D4DD7A
 {
  unsigned __int16 FreeCount;
  unsigned __int16 BlockCount;
 };

 /* 1728 */
 union $42909B1235746C1A3C23EEE7F8F83146
 {
  $9D16ED5BE0B4F3791B768C7824D4DD7A __s0;
  volatile __int16 InterlockedShort;
  volatile int InterlockedLong;
 };

 /* 1729 */
 struct _HEAP_LFH_SUBSEGMENT
 {
  _LIST_ENTRY ListEntry;
  $205752BC6FF529B76D1A299173372FFB ___u1;
  unsigned __int64 CommitLock;
  $42909B1235746C1A3C23EEE7F8F83146 ___u3;
  unsigned __int16 FreeHint;
  unsigned __int8 Location;
  unsigned __int8 WitheldBlockCount;
  _HEAP_LFH_SUBSEGMENT_ENCODED_OFFSETS BlockOffsets;
  unsigned __int8 CommitUnitShift;
  unsigned __int8 CommitUnitCount;
  unsigned __int16 CommitStateOffset;
  unsigned __int64 BlockBitmap[1];
 };

 /* 1730 */
 struct $5AE0D95AF6E86ED4F94BB591CE303C37
 {
  unsigned __int16 UnusedBytes : 14;
  unsigned __int16 ExtraPresent : 1;
  unsigned __int16 OneByteUnused : 1;
 };

 /* 1731 */
 union $672EBB8E3A758060723F82048E98BFC2
 {
  $5AE0D95AF6E86ED4F94BB591CE303C37 __s0;
  unsigned __int8 Bytes[2];
 };

 /* 1732 */
 struct _HEAP_LFH_UNUSED_BYTES_INFO
 {
  $672EBB8E3A758060723F82048E98BFC2 ___u0;
 };

 /* 1733 */
 struct _RTLP_HP_QUEUE_LOCK_HANDLE
 {
  unsigned __int64 Reserved1;
  unsigned __int64 LockPtr;
  unsigned __int64 HandleData;
 };

 /* 1734 */
 struct $ABFFD62BDF225577D7022740E18A12B6
 {
  unsigned __int32 MemoryCost : 16;
  unsigned __int32 UnsafeSize : 16;
  unsigned __int32 UnsafePrevSize : 16;
  unsigned __int32 Allocated : 8;
 };

 /* 1735 */
 union _HEAP_VS_CHUNK_HEADER_SIZE
 {
  $ABFFD62BDF225577D7022740E18A12B6 __s0;
  unsigned __int16 KeyUShort;
  unsigned int KeyULong;
  unsigned __int64 HeaderBits;
 };

 /* 1736 */
 struct $73F6626B528671F876887BEAAC485C97
 {
  unsigned __int32 EncodedSegmentPageOffset : 8;
  unsigned __int32 UnusedBytes : 1;
  unsigned __int32 SkipDuringWalk : 1;
  unsigned __int32 Spare : 22;
 };

 /* 1737 */
 union $F837A1028A973C711BCE6059A6E4EBA2
 {
  $73F6626B528671F876887BEAAC485C97 __s0;
  unsigned int AllocatedChunkBits;
 };

 /* 1738 */
 struct __declspec(align(8)) _HEAP_VS_CHUNK_HEADER
 {
  _HEAP_VS_CHUNK_HEADER_SIZE Sizes;
  $F837A1028A973C711BCE6059A6E4EBA2 ___u1;
 };

 /* 1739 */
 struct $D04FCC7487A4A9DA40BA7ED0CAD0CD3F
 {
  unsigned __int64 OverlapsHeader;
  _RTL_BALANCED_NODE Node;
 };

 /* 1740 */
 union $D58E0233CE3E6C9A65DD0BD9F92FB011
 {
  _HEAP_VS_CHUNK_HEADER Header;
  $D04FCC7487A4A9DA40BA7ED0CAD0CD3F __s1;
 };

 /* 1741 */
 struct _HEAP_VS_CHUNK_FREE_HEADER
 {
  $D58E0233CE3E6C9A65DD0BD9F92FB011 ___u0;
 };

 /* 1742 */
 struct __declspec(align(8)) _HEAP_VS_SUBSEGMENT
 {
  _LIST_ENTRY ListEntry;
  unsigned __int64 CommitBitmap;
  unsigned __int64 CommitLock;
  unsigned __int16 Size;
  unsigned __int16 Signature : 15;
  unsigned __int16 FullCommit : 1;
 };

 /* 1743 */
 struct $005BB1F77B1CBD49DAF66888B6F6D0BF
 {
  unsigned __int16 UnusedBytes : 13;
  unsigned __int16 LfhSubsegment : 1;
  unsigned __int16 ExtraPresent : 1;
  unsigned __int16 OneByteUnused : 1;
 };

 /* 1744 */
 union $B5F251C8ECA5D5677EDE33D9E30204C7
 {
  $005BB1F77B1CBD49DAF66888B6F6D0BF __s0;
  unsigned __int8 Bytes[2];
 };

 /* 1745 */
 struct _HEAP_VS_UNUSED_BYTES_INFO
 {
  $B5F251C8ECA5D5677EDE33D9E30204C7 ___u0;
 };

 /* 1746 */
 struct $33098CF8CB20EC7D15C56394852F3E63
 {
  unsigned __int32 EncodedCommittedPageCount : 16;
  unsigned __int32 LargePageCost : 8;
  unsigned __int32 UnitCount : 8;
 };

 /* 1747 */
 union $0917FF82680AF07FF6F980AE95C68F85
 {
  unsigned int Key;
  $33098CF8CB20EC7D15C56394852F3E63 __s1;
 };

 /* 1748 */
 struct _HEAP_DESCRIPTOR_KEY
 {
  $0917FF82680AF07FF6F980AE95C68F85 ___u0;
 };

 /* 1749 */
 struct __unaligned __declspec(align(2)) $9F42C86B823BDE74A8D87832C99461B6
 {
  unsigned int TreeSignature;
  unsigned int UnusedBytes;
  unsigned __int16 ExtraPresent : 1;
  unsigned __int16 Spare0 : 15;
 };

 /* 1750 */
 union $A34D210D1558A058032FBD60EC753764
 {
  _RTL_BALANCED_NODE TreeNode;
  $9F42C86B823BDE74A8D87832C99461B6 __s1;
 };

 /* 1751 */
 struct $E4E7481012A647B3751AFFEDCF7D651F
 {
  unsigned __int8 Align[3];
  unsigned __int8 UnitOffset;
 };

 /* 1752 */
 struct $017A41305D65932C46AB1CEAB6A6D55C
 {
  _BYTE gap0[3];
  unsigned __int8 UnitSize;
 };

 /* 1753 */
 union $AFC013B9AB493E0F79402EFF7EEBF3B5
 {
  _HEAP_DESCRIPTOR_KEY Key;
  $E4E7481012A647B3751AFFEDCF7D651F __s1;
  $017A41305D65932C46AB1CEAB6A6D55C __s2;
 };

 /* 1754 */
 struct _HEAP_PAGE_RANGE_DESCRIPTOR
 {
  $A34D210D1558A058032FBD60EC753764 ___u0;
  volatile unsigned __int8 RangeFlags;
  unsigned __int8 CommittedPageCount;
  unsigned __int16 Spare;
  $AFC013B9AB493E0F79402EFF7EEBF3B5 ___u4;
 };

 /* 1755 */
 struct $81F3EF0645CADC9C120743C0E0198FB7
 {
  unsigned __int16 CommittedPageCount : 11;
  unsigned __int16 Spare : 3;
  unsigned __int16 LargePageOperationInProgress : 1;
  unsigned __int16 LargePageCommit : 1;
 };

 /* 1756 */
 union _HEAP_SEGMENT_MGR_COMMIT_STATE
 {
  $81F3EF0645CADC9C120743C0E0198FB7 __s0;
  volatile unsigned __int16 EntireUShortV;
  unsigned __int16 EntireUShort;
 };

 /* 1757 */
 struct __unaligned __declspec(align(1)) $6680B10EFAEDBCD3F3126F0EA7E37AB9
 {
  _LIST_ENTRY ListEntry;
  unsigned __int64 Signature;
  _HEAP_SEGMENT_MGR_COMMIT_STATE *SegmentCommitState;
  unsigned __int8 UnusedWatermark;
 };

 /* 1758 */
 union _HEAP_PAGE_SEGMENT
 {
  $6680B10EFAEDBCD3F3126F0EA7E37AB9 __s0;
  _HEAP_PAGE_RANGE_DESCRIPTOR DescArray[256];
 };

 /* 1759 */
 struct __declspec(align(32)) _RTL_LOOKASIDE
 {
  _SLIST_HEADER ListHead;
  unsigned __int16 Depth;
  unsigned __int16 MaximumDepth;
  unsigned int TotalAllocates;
  unsigned int AllocateMisses;
  unsigned int TotalFrees;
  unsigned int FreeMisses;
  unsigned int LastTotalAllocates;
  unsigned int LastAllocateMisses;
  unsigned int LastTotalFrees;
 };

 /* 1760 */
 struct _RTL_DYNAMIC_LOOKASIDE
 {
  unsigned __int64 EnabledBucketBitmap;
  unsigned int BucketCount;
  unsigned int ActiveBucketCount;
  __declspec(align(64)) _RTL_LOOKASIDE Buckets[64];
 };

 /* 1761 */
 struct _HEAP_LIST_LOOKUP
 {
  _HEAP_LIST_LOOKUP *ExtendedLookup;
  unsigned int ArraySize;
  unsigned int ExtraItem;
  unsigned int ItemCount;
  unsigned int OutOfRangeItems;
  unsigned int BaseIndex;
  _LIST_ENTRY *ListHead;
  unsigned int *ListsInUseUlong;
  _LIST_ENTRY **ListHints;
 };

 /* 1762 */
 struct $C0BE8CF8EEC0746F3E432DC5811435AA
 {
  unsigned __int16 Size;
  unsigned __int8 Flags;
  unsigned __int8 SmallTagIndex;
  unsigned __int16 PreviousSize;
  unsigned __int8 SegmentOffset;
  unsigned __int8 UnusedBytes;
 };

 /* 1763 */
 struct __unaligned __declspec(align(1)) $F58FFB32E3568F6A456F9C59428894F2
 {
  unsigned int SubSegmentCode;
  _BYTE gap4[2];
  unsigned __int8 LFHFlags;
 };

 /* 1764 */
 union $1834F10523F73FD3F27BCF825E115F02
 {
  $C0BE8CF8EEC0746F3E432DC5811435AA __s0;
  $F58FFB32E3568F6A456F9C59428894F2 __s1;
  unsigned __int64 CompactHeader;
 };

 /* 1765 */
 struct _HEAP_UNPACKED_ENTRY
 {
  void *PreviousBlockPrivateData;
  $1834F10523F73FD3F27BCF825E115F02 ___u1;
 };

 /* 1766 */
 struct $189410402A8C196D49CE26743A8A266F
 {
  unsigned __int16 FunctionIndex;
  unsigned __int16 ContextValue;
 };

 /* 1767 */
 union $E584A75AA7154767FD493BA2C7FE65E1
 {
  $189410402A8C196D49CE26743A8A266F __s0;
  unsigned int InterceptorValue;
 };

 /* 1768 */
 struct _HEAP_EXTENDED_ENTRY
 {
  void *Reserved;
  $E584A75AA7154767FD493BA2C7FE65E1 ___u1;
  unsigned __int16 UnusedBytesLength;
  unsigned __int8 EntryOffset;
  unsigned __int8 ExtendedBlockSignature;
 };

 /* 1769 */
 struct $DC27582AECFCC0D570DBD37341C7E94D
 {
  void *PreviousBlockPrivateData;
  unsigned __int16 Size;
  unsigned __int8 Flags;
  unsigned __int8 SmallTagIndex;
  unsigned __int16 PreviousSize;
  unsigned __int8 SegmentOffset;
  unsigned __int8 UnusedBytes;
 };

 /* 1770 */
 struct $4F9D3E36EC8354BE47722F6F3D1A84C9
 {
  void *Reserved;
  unsigned int SubSegmentCode;
  unsigned __int16 UnusedBytesLength;
  unsigned __int8 LFHFlags;
  unsigned __int8 ExtendedBlockSignature;
 };

 /* 1771 */
 struct $DC1F6F3298AF766ABCF39BC5A4A93084
 {
  void *ReservedForAlignment;
  unsigned __int64 CompactHeader;
 };

 /* 1772 */
 struct $E30640C72B44DA20B13C00185878B081
 {
  _BYTE gap0[8];
  unsigned __int16 FunctionIndex;
  unsigned __int16 ContextValue;
  unsigned __int16 Code2;
  unsigned __int8 EntryOffset;
  unsigned __int8 Code4;
 };

 /* 1773 */
 struct $1D177A9F1FACDD222CBD9F335EDAF54F
 {
  _BYTE gap0[8];
  unsigned int InterceptorValue;
  unsigned int Code234;
 };

 /* 1774 */
 struct __unaligned __declspec(align(1)) $D2653F2E0C27AF4A8203C1E62DB0290D
 {
  _BYTE gap0[8];
  unsigned int Code1;
  _BYTE gapC[2];
  unsigned __int8 Code3;
 };

 /* 1775 */
 struct $AA97120B4DE04FF609FE72F9B7968ADE
 {
  _BYTE gap0[8];
  unsigned __int64 AgregateCode;
 };

 /* 1776 */
 union $2FBEC50DE521097B2AADAF5B65D488B5
 {
  _HEAP_UNPACKED_ENTRY UnpackedEntry;
  $DC27582AECFCC0D570DBD37341C7E94D __s1;
  _HEAP_EXTENDED_ENTRY ExtendedEntry;
  $4F9D3E36EC8354BE47722F6F3D1A84C9 __s3;
  $DC1F6F3298AF766ABCF39BC5A4A93084 __s4;
  $E30640C72B44DA20B13C00185878B081 __s5;
  $1D177A9F1FACDD222CBD9F335EDAF54F __s6;
  $D2653F2E0C27AF4A8203C1E62DB0290D __s7;
  $AA97120B4DE04FF609FE72F9B7968ADE __s8;
 };

 /* 1777 */
 struct _HEAP_ENTRY
 {
  $2FBEC50DE521097B2AADAF5B65D488B5 ___u0;
 };

 /* 1779 */
 struct _HEAP_SEGMENT
 {
  _HEAP_ENTRY Entry;
  unsigned int SegmentSignature;
  unsigned int SegmentFlags;
  _LIST_ENTRY SegmentListEntry;
  _HEAP *Heap;
  void *BaseAddress;
  unsigned int NumberOfPages;
  _HEAP_ENTRY *FirstEntry;
  _HEAP_ENTRY *LastValidEntry;
  unsigned int NumberOfUnCommittedPages;
  unsigned int NumberOfUnCommittedRanges;
  unsigned __int16 SegmentAllocatorBackTraceIndex;
  unsigned __int16 Reserved;
  _LIST_ENTRY UCRSegmentList;
 };

 /* 1785 */
 struct $15BB4468F8EC7639E40FF2F3E4ECE993
 {
  _HEAP_ENTRY Entry;
  unsigned int SegmentSignature;
  unsigned int SegmentFlags;
  _LIST_ENTRY SegmentListEntry;
  _HEAP *Heap;
  void *BaseAddress;
  unsigned int NumberOfPages;
  _HEAP_ENTRY *FirstEntry;
  _HEAP_ENTRY *LastValidEntry;
  unsigned int NumberOfUnCommittedPages;
  unsigned int NumberOfUnCommittedRanges;
  unsigned __int16 SegmentAllocatorBackTraceIndex;
  unsigned __int16 Reserved;
  _LIST_ENTRY UCRSegmentList;
 };

 /* 1786 */
 union $BD96BF83EE1CD782B13904B4B86D08FA
 {
  _HEAP_SEGMENT Segment;
  $15BB4468F8EC7639E40FF2F3E4ECE993 __s1;
 };

 /* 1783 */
 struct _HEAP_COUNTERS
 {
  unsigned __int64 TotalMemoryReserved;
  unsigned __int64 TotalMemoryCommitted;
  unsigned __int64 TotalMemoryLargeUCR;
  unsigned __int64 TotalSizeInVirtualBlocks;
  unsigned int TotalSegments;
  unsigned int TotalUCRs;
  unsigned int CommittOps;
  unsigned int DeCommitOps;
  unsigned int LockAcquires;
  unsigned int LockCollisions;
  unsigned int CommitRate;
  unsigned int DecommittRate;
  unsigned int CommitFailures;
  unsigned int InBlockCommitFailures;
  unsigned int PollIntervalCounter;
  unsigned int DecommitsSinceLastCheck;
  unsigned int HeapPollInterval;
  unsigned int AllocAndFreeOps;
  unsigned int AllocationIndicesActive;
  unsigned int InBlockDeccommits;
  unsigned __int64 InBlockDeccomitSize;
  unsigned __int64 HighWatermarkSize;
  unsigned __int64 LastPolledSize;
 };

 /* 1784 */
 struct _HEAP_TUNING_PARAMETERS
 {
  unsigned int CommittThresholdShift;
  unsigned __int64 MaxPreCommittThreshold;
 };

 /* 1778 */
 struct _HEAP
 {
  $BD96BF83EE1CD782B13904B4B86D08FA ___u0;
  unsigned int Flags;
  unsigned int ForceFlags;
  unsigned int CompatibilityFlags;
  unsigned int EncodeFlagMask;
  _HEAP_ENTRY Encoding;
  unsigned int Interceptor;
  unsigned int VirtualMemoryThreshold;
  unsigned int Signature;
  unsigned __int64 SegmentReserve;
  unsigned __int64 SegmentCommit;
  unsigned __int64 DeCommitFreeBlockThreshold;
  unsigned __int64 DeCommitTotalFreeThreshold;
  unsigned __int64 TotalFreeSize;
  unsigned __int64 MaximumAllocationSize;
  unsigned __int16 ProcessHeapsListIndex;
  unsigned __int16 HeaderValidateLength;
  void *HeaderValidateCopy;
  unsigned __int16 NextAvailableTagIndex;
  unsigned __int16 MaximumTagIndex;
  _HEAP_TAG_ENTRY *TagEntries;
  _LIST_ENTRY UCRList;
  unsigned __int64 AlignRound;
  unsigned __int64 AlignMask;
  _LIST_ENTRY VirtualAllocdBlocks;
  _LIST_ENTRY SegmentList;
  unsigned __int16 AllocatorBackTraceIndex;
  unsigned int NonDedicatedListLength;
  void *BlocksIndex;
  void *UCRIndex;
  _HEAP_PSEUDO_TAG_ENTRY *PseudoTagEntries;
  _LIST_ENTRY FreeLists;
  _HEAP_LOCK *LockVariable;
  int (__fastcall *CommitRoutine)(void *, void **, unsigned __int64 *);
  _RTL_RUN_ONCE StackTraceInitVar;
  _RTL_HEAP_MEMORY_LIMIT_DATA CommitLimitData;
  void *FrontEndHeap;
  unsigned __int16 FrontHeapLockCount;
  unsigned __int8 FrontEndHeapType;
  unsigned __int8 RequestedFrontEndHeapType;
  wchar_t *FrontEndHeapUsageData;
  unsigned __int16 FrontEndHeapMaximumIndex;
  volatile unsigned __int8 FrontEndHeapStatusBitmap[129];
  _HEAP_COUNTERS Counters;
  _HEAP_TUNING_PARAMETERS TuningParameters;
 };

 /* 1780 */
 struct __declspec(align(8)) _HEAP_TAG_ENTRY
 {
  unsigned int Allocs;
  unsigned int Frees;
  unsigned __int64 Size;
  unsigned __int16 TagIndex;
  unsigned __int16 CreatorBackTraceIndex;
  __unaligned __declspec(align(1)) wchar_t TagName[24];
 };

 /* 1781 */
 struct _HEAP_PSEUDO_TAG_ENTRY
 {
  unsigned int Allocs;
  unsigned int Frees;
  unsigned __int64 Size;
 };

 /* 1782 */
 struct _HEAP_LOCK
 {
  union
  {
    _RTL_CRITICAL_SECTION CriticalSection;
    _ERESOURCE Resource;
  } Lock;
 };

 /* 1787 */
 struct $26A5638A1693B25BBF4C11BCEB01F8A1
 {
  unsigned __int16 AllocatorBackTraceIndex;
  unsigned __int16 TagIndex;
 };

 /* 1788 */
 union $B1259BD9F86A59D07B8E1347A113476E
 {
  $26A5638A1693B25BBF4C11BCEB01F8A1 __s0;
  unsigned __int64 ZeroInit;
 };

 /* 1789 */
 union $1E642C03C1BFD29D0589278A1E2E81B2
 {
  unsigned __int64 Settable;
  unsigned __int64 ZeroInit1;
 };

 /* 1790 */
 struct _HEAP_ENTRY_EXTRA
 {
  $B1259BD9F86A59D07B8E1347A113476E ___u0;
  $1E642C03C1BFD29D0589278A1E2E81B2 ___u1;
 };

 /* 1791 */
 struct _HEAP_VIRTUAL_ALLOC_ENTRY
 {
  _LIST_ENTRY Entry;
  _HEAP_ENTRY_EXTRA ExtraStuff;
  unsigned __int64 CommitSize;
  unsigned __int64 ReserveSize;
  _HEAP_ENTRY BusyBlock;
 };

 /* 1792 */
 union $0A2C7430B3A09A6BFEE1DF42FEB741A8
 {
  _HEAP_ENTRY HeapEntry;
  _HEAP_UNPACKED_ENTRY UnpackedEntry;
  $DC27582AECFCC0D570DBD37341C7E94D __s2;
  _HEAP_EXTENDED_ENTRY ExtendedEntry;
  $4F9D3E36EC8354BE47722F6F3D1A84C9 __s4;
  $DC1F6F3298AF766ABCF39BC5A4A93084 __s5;
  $E30640C72B44DA20B13C00185878B081 __s6;
  $1D177A9F1FACDD222CBD9F335EDAF54F __s7;
  $D2653F2E0C27AF4A8203C1E62DB0290D __s8;
  $AA97120B4DE04FF609FE72F9B7968ADE __s9;
 };

 /* 1793 */
 struct _HEAP_FREE_ENTRY
 {
  $0A2C7430B3A09A6BFEE1DF42FEB741A8 ___u0;
  _LIST_ENTRY FreeList;
 };

 /* 1794 */
 struct _RTLP_HP_PADDING_HEADER
 {
  unsigned __int64 PaddingSize;
  unsigned __int64 Spare;
 };

 /* 1795 */
 struct $EC4079333DBBD0FBE055A85948E48C1E
 {
  unsigned __int64 VirtualAddress;
  unsigned __int64 ExtraPresent : 1;
  unsigned __int64 GuardPageCount : 1;
  unsigned __int64 GuardPageAlignment : 6;
  unsigned __int64 Spare : 4;
  unsigned __int64 AllocatedPages : 52;
 };

 /* 1796 */
 struct $0A905A40753AD49327997F958CAD6577
 {
  unsigned __int64 UnusedBytes : 16;
 };

 /* 1797 */
 union $04BB054D00AB056FE945C74D2AFEFE05
 {
  $EC4079333DBBD0FBE055A85948E48C1E __s0;
  $0A905A40753AD49327997F958CAD6577 __s1;
 };

 /* 1798 */
 struct _HEAP_LARGE_ALLOC_DATA
 {
  _RTL_BALANCED_NODE TreeNode;
  $04BB054D00AB056FE945C74D2AFEFE05 ___u1;
 };

 /* 1799 */
 union $E8EA7E20582B397C41ECB5B1322396A4
 {
  _CLIENT_ID ClientId;
  long double DoNotUseThisField;
 };

 /* 1800 */
 union $3FAD5E4597DD3BBA11FE6BC512AA73EF
 {
  unsigned __int64 ClientViewSize;
  unsigned int CallbackId;
 };

 /* 1801 */
 struct _PORT_MESSAGE
 {
  union
  {
    struct
    {
      __int16 DataLength;
      __int16 TotalLength;
    } s1;
    unsigned int Length;
  } u1;
  union
  {
    struct
    {
      __int16 Type;
      __int16 DataInfoOffset;
    } s2;
    unsigned int ZeroInit;
  } u2;
  $E8EA7E20582B397C41ECB5B1322396A4 ___u2;
  unsigned int MessageId;
  $3FAD5E4597DD3BBA11FE6BC512AA73EF ___u4;
 };

 /* 1802 */
 struct _ALPC_MESSAGE_ATTRIBUTES
 {
  unsigned int AllocatedAttributes;
  unsigned int ValidAttributes;
 };

 /* 1803 */
 struct _ALPC_HANDLE_ENTRY
 {
  void *Object;
 };

 /* 1804 */
 struct _BLOB_COUNTERS
 {
  unsigned int CreatedObjects;
  unsigned int DeletedObjects;
 };

 /* 1805 */
 struct _BLOB_TYPE
 {
  _BLOB_ID ResourceId;
  unsigned int PoolTag;
  unsigned int LookasideIndex;
  unsigned int Flags;
  _BLOB_COUNTERS *Counters;
  void (__fastcall *CleanupProcedure)(void *);
  void (__fastcall *DeleteProcedure)(void *);
  int (__fastcall *DestroyProcedure)(void *);
  unsigned __int64 UsualSize;
 };

 /* 1806 */
 union $9465222049AA8E75AB20FD3E4546A7F7
 {
  _LIST_ENTRY ResourceList;
  _SLIST_ENTRY FreeListEntry;
 };

 /* 1807 */
 struct __declspec(align(16)) _BLOB
 {
  $9465222049AA8E75AB20FD3E4546A7F7 ___u0;
  union
  {
    struct
    {
      unsigned __int8 ReferenceCache : 1;
      unsigned __int8 Lookaside : 1;
      unsigned __int8 Initializing : 1;
      unsigned __int8 Deleted : 1;
    } s1;
    unsigned __int8 Flags;
  } u1;
  unsigned __int8 ResourceId;
  __int16 CachedReferences;
  __int64 ReferenceCount;
  _EX_PUSH_LOCK Lock;
 };

 /* 1808 */
 struct _ALPC_HANDLE_TABLE
 {
  _ALPC_HANDLE_ENTRY *Handles;
  unsigned int TotalHandles;
  unsigned int Flags;
  _EX_PUSH_LOCK Lock;
 };

 /* 1832 */
 union $00AD34BA6BC18340497AED538E850488
 {
  _KSEMAPHORE *Semaphore;
  _KEVENT *DummyEvent;
 };

 /* 1827 */
 struct _ALPC_PORT_ATTRIBUTES
 {
  unsigned int Flags;
  _SECURITY_QUALITY_OF_SERVICE SecurityQos;
  unsigned __int64 MaxMessageLength;
  unsigned __int64 MemoryBandwidth;
  unsigned __int64 MaxPoolUsage;
  unsigned __int64 MaxSectionSize;
  unsigned __int64 MaxViewSize;
  unsigned __int64 MaxTotalSectionSize;
  unsigned int DupObjectTypes;
  unsigned int Reserved;
 };

 /* 1809 */
 struct _ALPC_PORT
 {
  _LIST_ENTRY PortListEntry;
  _ALPC_COMMUNICATION_INFO *CommunicationInfo;
  _EPROCESS *OwnerProcess;
  void *CompletionPort;
  void *CompletionKey;
  _ALPC_COMPLETION_PACKET_LOOKASIDE *CompletionPacketLookaside;
  void *PortContext;
  _SECURITY_CLIENT_CONTEXT StaticSecurity;
  _EX_PUSH_LOCK IncomingQueueLock;
  _LIST_ENTRY MainQueue;
  _LIST_ENTRY LargeMessageQueue;
  _EX_PUSH_LOCK PendingQueueLock;
  _LIST_ENTRY PendingQueue;
  _EX_PUSH_LOCK DirectQueueLock;
  _LIST_ENTRY DirectQueue;
  _EX_PUSH_LOCK WaitQueueLock;
  _LIST_ENTRY WaitQueue;
  $00AD34BA6BC18340497AED538E850488 ___u17;
  _ALPC_PORT_ATTRIBUTES PortAttributes;
  _EX_PUSH_LOCK ResourceListLock;
  _LIST_ENTRY ResourceListHead;
  _EX_PUSH_LOCK PortObjectLock;
  _ALPC_COMPLETION_LIST *CompletionList;
  struct _CALLBACK_OBJECT *CallbackObject;
  void *CallbackContext;
  _LIST_ENTRY CanceledQueue;
  int SequenceNo;
  int ReferenceNo;
  _PALPC_PORT_REFERENCE_WAIT_BLOCK *ReferenceNoWait;
  union
  {
    struct
    {
      unsigned __int32 Initialized : 1;
      unsigned __int32 Type : 2;
      unsigned __int32 ConnectionPending : 1;
      unsigned __int32 ConnectionRefused : 1;
      unsigned __int32 Disconnected : 1;
      unsigned __int32 Closed : 1;
      unsigned __int32 NoFlushOnClose : 1;
      unsigned __int32 ReturnExtendedInfo : 1;
      unsigned __int32 Waitable : 1;
      unsigned __int32 DynamicSecurity : 1;
      unsigned __int32 Wow64CompletionList : 1;
      unsigned __int32 Lpc : 1;
      unsigned __int32 LpcToLpc : 1;
      unsigned __int32 HasCompletionList : 1;
      unsigned __int32 HadCompletionList : 1;
      unsigned __int32 EnableCompletionList : 1;
    } s1;
    unsigned int State;
  } u1;
  _ALPC_PORT *TargetQueuePort;
  _ALPC_PORT *TargetSequencePort;
  _KALPC_MESSAGE *CachedMessage;
  unsigned int MainQueueLength;
  unsigned int LargeMessageQueueLength;
  unsigned int PendingQueueLength;
  unsigned int DirectQueueLength;
  unsigned int CanceledQueueLength;
  unsigned int WaitQueueLength;
 };

 /* 1823 */
 struct _ALPC_COMMUNICATION_INFO
 {
  _ALPC_PORT *ConnectionPort;
  _ALPC_PORT *ServerCommunicationPort;
  _ALPC_PORT *ClientCommunicationPort;
  _LIST_ENTRY CommunicationList;
  _ALPC_HANDLE_TABLE HandleTable;
  _KALPC_MESSAGE *CloseMessage;
 };

 /* 1826 */
 struct _ALPC_COMPLETION_PACKET_LOOKASIDE_ENTRY
 {
  _SINGLE_LIST_ENTRY ListEntry;
  _IO_MINI_COMPLETION_PACKET_USER *Packet;
  _ALPC_COMPLETION_PACKET_LOOKASIDE *Lookaside;
 };

 /* 1825 */
 struct _ALPC_COMPLETION_PACKET_LOOKASIDE
 {
  unsigned __int64 Lock;
  unsigned int Size;
  unsigned int ActiveCount;
  unsigned int PendingNullCount;
  unsigned int PendingCheckCompletionListCount;
  unsigned int PendingDelete;
  _SINGLE_LIST_ENTRY FreeListHead;
  void *CompletionPort;
  void *CompletionKey;
  _ALPC_COMPLETION_PACKET_LOOKASIDE_ENTRY Entry[1];
 };

 /* 1830 */
 struct __declspec(align(8)) _ALPC_COMPLETION_LIST
 {
  _LIST_ENTRY Entry;
  _EPROCESS *OwnerProcess;
  _EX_PUSH_LOCK CompletionListLock;
  _MDL *Mdl;
  void *UserVa;
  void *UserLimit;
  void *DataUserVa;
  void *SystemVa;
  unsigned __int64 TotalSize;
  _ALPC_COMPLETION_LIST_HEADER *Header;
  void *List;
  unsigned __int64 ListSize;
  void *Bitmap;
  unsigned __int64 BitmapSize;
  void *Data;
  unsigned __int64 DataSize;
  unsigned int BitmapLimit;
  unsigned int BitmapNextHint;
  unsigned int ConcurrencyCount;
  unsigned int AttributeFlags;
  unsigned int AttributeSize;
 };

 /* 1831 */
 struct __declspec(align(8)) _PALPC_PORT_REFERENCE_WAIT_BLOCK
 {
  _KEVENT DesiredReferenceNoEvent;
  int DesiredReferenceNo;
 };

 /* 1824 */
 union $91255C967D2938EE01469A1265EB47D6
 {
  _EPROCESS *QuotaProcess;
  void *QuotaBlock;
 };

 /* 1818 */
 struct $D3BBFA0EDDA96B87BB5170A4F288520F
 {
  unsigned __int64 DirectType : 1;
  unsigned __int64 EventReferenced : 1;
  unsigned __int64 EventObjectBits : 62;
 };

 /* 1819 */
 union _KALPC_DIRECT_EVENT
 {
  unsigned __int64 Value;
  $D3BBFA0EDDA96B87BB5170A4F288520F __s1;
 };

 /* 1820 */
 struct _ALPC_WORK_ON_BEHALF_TICKET
 {
  unsigned int ThreadId;
  unsigned int ThreadCreationTimeLow;
 };

 /* 1821 */
 struct _KALPC_WORK_ON_BEHALF_DATA
 {
  _ALPC_WORK_ON_BEHALF_TICKET Ticket;
 };

 /* 1822 */
 struct _KALPC_MESSAGE_ATTRIBUTES
 {
  void *ClientContext;
  void *ServerContext;
  void *PortContext;
  void *CancelPortContext;
  _KALPC_SECURITY_DATA *SecurityData;
  _KALPC_VIEW *View;
  _KALPC_HANDLE_DATA *HandleData;
  _KALPC_DIRECT_EVENT DirectEvent;
  _KALPC_WORK_ON_BEHALF_DATA WorkOnBehalfData;
 };

 /* 1810 */
 struct _KALPC_MESSAGE
 {
  _LIST_ENTRY Entry;
  _ALPC_PORT *PortQueue;
  _ALPC_PORT *OwnerPort;
  _ETHREAD *WaitingThread;
  union
  {
    struct
    {
      unsigned __int32 QueueType : 3;
      unsigned __int32 QueuePortType : 4;
      unsigned __int32 Canceled : 1;
      unsigned __int32 Ready : 1;
      unsigned __int32 ReleaseMessage : 1;
      unsigned __int32 SharedQuota : 1;
      unsigned __int32 ReplyWaitReply : 1;
      unsigned __int32 OwnerPortReference : 1;
      unsigned __int32 ReceiverReference : 1;
      unsigned __int32 ViewAttributeRetrieved : 1;
      unsigned __int32 InDispatch : 1;
    } s1;
    unsigned int State;
  } u1;
  int SequenceNo;
  $91255C967D2938EE01469A1265EB47D6 ___u6;
  _ALPC_PORT *CancelSequencePort;
  _ALPC_PORT *CancelQueuePort;
  int CancelSequenceNo;
  _LIST_ENTRY CancelListEntry;
  _KALPC_RESERVE *Reserve;
  _KALPC_MESSAGE_ATTRIBUTES MessageAttributes;
  void *DataUserVa;
  _ALPC_COMMUNICATION_INFO *CommunicationInfo;
  _ALPC_PORT *ConnectionPort;
  _ETHREAD *ServerThread;
  void *WakeReference;
  void *WakeReference2;
  void *ExtensionBuffer;
  unsigned __int64 ExtensionBufferSize;
  _PORT_MESSAGE PortMessage;
 };

 /* 1828 */
 volatile struct _ALPC_COMPLETION_LIST_STATE
 {
  union
  {
    struct
    {
      unsigned __int64 Head : 24;
      unsigned __int64 Tail : 24;
      unsigned __int64 ActiveThreadCount : 16;
    } s1;
    __int64 Value;
  } u1;
 };

 /* 1829 */
 struct _ALPC_COMPLETION_LIST_HEADER
 {
  unsigned __int64 StartMagic;
  unsigned int TotalSize;
  unsigned int ListOffset;
  unsigned int ListSize;
  unsigned int BitmapOffset;
  unsigned int BitmapSize;
  unsigned int DataOffset;
  unsigned int DataSize;
  unsigned int AttributeFlags;
  unsigned int AttributeSize;
  __declspec(align(32)) volatile _ALPC_COMPLETION_LIST_STATE State;
  volatile unsigned int LastMessageId;
  volatile unsigned int LastCallbackId;
  __declspec(align(64)) volatile unsigned int PostCount;
  __declspec(align(64)) volatile unsigned int ReturnCount;
  __declspec(align(64)) volatile unsigned int LogSequenceNumber;
  __declspec(align(64)) _RTL_SRWLOCK UserLock;
  unsigned __int64 EndMagic;
 };

 /* 1811 */
 struct __declspec(align(8)) _KALPC_RESERVE
 {
  _ALPC_PORT *OwnerPort;
  _ALPC_HANDLE_TABLE *HandleTable;
  void *Handle;
  _KALPC_MESSAGE *Message;
  unsigned __int64 Size;
  int Active;
 };

 /* 1812 */
 struct __declspec(align(8)) _KALPC_SECURITY_DATA
 {
  _ALPC_HANDLE_TABLE *HandleTable;
  void *ContextHandle;
  _EPROCESS *OwningProcess;
  _ALPC_PORT *OwnerPort;
  _SECURITY_CLIENT_CONTEXT DynamicSecurity;
  union
  {
    struct
    {
      unsigned __int32 Revoked : 1;
      unsigned __int32 Impersonated : 1;
    } s1;
  } u1;
 };

 /* 1814 */
 struct _KALPC_VIEW
 {
  _LIST_ENTRY ViewListEntry;
  _KALPC_REGION *Region;
  _ALPC_PORT *OwnerPort;
  _EPROCESS *OwnerProcess;
  void *Address;
  unsigned __int64 Size;
  void *SecureViewHandle;
  void *WriteAccessHandle;
  union
  {
    struct
    {
      unsigned __int32 WriteAccess : 1;
      unsigned __int32 AutoRelease : 1;
      unsigned __int32 ForceUnlink : 1;
      unsigned __int32 SystemSpace : 1;
    } s1;
  } u1;
  unsigned int NumberOfOwnerMessages;
  _LIST_ENTRY ProcessViewListEntry;
 };

 /* 1816 */
 struct _OB_DUPLICATE_OBJECT_STATE
 {
  _EPROCESS *SourceProcess;
  void *SourceHandle;
  void *Object;
  unsigned int TargetAccess;
  _HANDLE_TABLE_ENTRY_INFO ObjectInfo;
  unsigned int HandleAttributes;
 };

 /* 1817 */
 struct _KALPC_HANDLE_DATA
 {
  unsigned int ObjectType;
  unsigned int Count;
  _OB_DUPLICATE_OBJECT_STATE DuplicateContext;
 };

 /* 1815 */
 struct _KALPC_REGION
 {
  _LIST_ENTRY RegionListEntry;
  _KALPC_SECTION *Section;
  unsigned __int64 Offset;
  unsigned __int64 Size;
  unsigned __int64 ViewSize;
  union
  {
    struct
    {
      unsigned __int32 Secure : 1;
    } s1;
  } u1;
  unsigned int NumberOfViews;
  _LIST_ENTRY ViewListHead;
  _KALPC_VIEW *ReadOnlyView;
  _KALPC_VIEW *ReadWriteView;
 };

 /* 1813 */
 struct _KALPC_SECTION
 {
  void *SectionObject;
  unsigned __int64 Size;
  _ALPC_HANDLE_TABLE *HandleTable;
  void *SectionHandle;
  _EPROCESS *OwnerProcess;
  _ALPC_PORT *OwnerPort;
  union
  {
    struct
    {
      unsigned __int32 Internal : 1;
      unsigned __int32 Secure : 1;
    } s1;
  } u1;
  unsigned int NumberOfRegions;
  _LIST_ENTRY RegionListHead;
 };

 /* 1833 */
 struct _OBJECT_ATTRIBUTES
 {
  unsigned int Length;
  void *RootDirectory;
  _UNICODE_STRING *ObjectName;
  unsigned int Attributes;
  void *SecurityDescriptor;
  void *SecurityQualityOfService;
 };

 /* 1834 */
 union $80802124C299E344BDD7689BA1D0F8D6
 {
  _CLIENT_ID32 ClientId;
  long double DoNotUseThisField;
 };

 /* 1835 */
 union $DFDBDD63C2587FA282FAD6CEC707ED02
 {
  unsigned int ClientViewSize;
  unsigned int CallbackId;
 };

 /* 1836 */
 struct _PORT_MESSAGE32
 {
  union
  {
    struct
    {
      __int16 DataLength;
      __int16 TotalLength;
    } s1;
    unsigned int Length;
  } u1;
  union
  {
    struct
    {
      __int16 Type;
      __int16 DataInfoOffset;
    } s2;
    unsigned int ZeroInit;
  } u2;
  $80802124C299E344BDD7689BA1D0F8D6 ___u2;
  unsigned int MessageId;
  $DFDBDD63C2587FA282FAD6CEC707ED02 ___u4;
 };

 /* 1837 */
 struct __declspec(align(8)) _ALPC_DISPATCH_CONTEXT
 {
  _ALPC_PORT *PortObject;
  _KALPC_MESSAGE *Message;
  _ALPC_COMMUNICATION_INFO *CommunicationInfo;
  _ETHREAD *TargetThread;
  _ALPC_PORT *TargetPort;
  _KALPC_DIRECT_EVENT DirectEvent;
  unsigned int Flags;
  unsigned __int16 TotalLength;
  unsigned __int16 Type;
  unsigned __int16 DataInfoOffset;
  unsigned __int8 SignalCompletion;
  unsigned __int8 PostedToCompletionList;
 };

 /* 1838 */
 struct _REMOTE_PORT_VIEW
 {
  unsigned int Length;
  unsigned __int64 ViewSize;
  void *ViewBase;
 };

 /* 1839 */
 struct _IO_IRP_EXT_TRACK_OFFSET_HEADER
 {
  unsigned __int16 Validation;
  unsigned __int16 Flags;
  void (__fastcall *TrackedOffsetCallback)(_IO_IRP_EXT_TRACK_OFFSET_HEADER *, _IO_IRP_EXT_TRACK_OFFSET_HEADER *, __int64);
 };

 /* 1840 */
 struct _IO_ADAPTER_CRYPTO_KEY_DESCRIPTOR
 {
  unsigned int Version;
  unsigned int Size;
  unsigned int CryptoIndex;
  unsigned int AlgorithmId;
  unsigned int DataUnitSize;
  unsigned int KeySize;
  unsigned __int8 KeyHash[32];
  void *KeyVirtualAddress;
  _LARGE_INTEGER KeyPhysicalAddress;
 };

 /* 1841 */
 struct _IO_ADAPTER_CRYPTO_PARAMETERS
 {
  unsigned __int64 Tweak;
  _IO_ADAPTER_CRYPTO_KEY_DESCRIPTOR *KeyDescriptor;
 };

 /* 1842 */
 struct $097913BFFBA6D22F2665AF6E109E7714
 {
  unsigned __int64 UserFlags : 32;
  unsigned __int64 SystemFlags : 16;
  unsigned __int64 UserFlagsId : 16;
 };

 /* 1843 */
 struct $5B4038C5EEBE24C34B7A412037402389
 {
  unsigned __int16 Allocated : 1;
  unsigned __int16 PropagateId : 1;
  unsigned __int16 SpareBits : 14;
 };

 /* 1844 */
 union $0CC10D060A310DA90DC870C68DCF8DBA
 {
  unsigned __int16 ExtensionFlags;
  $5B4038C5EEBE24C34B7A412037402389 __s1;
 };

 /* 1845 */
 struct $F8F1B6E8B1861C9D306CC4C5F7396F72
 {
  _LARGE_INTEGER Timestamp;
  __int64 FsTrackedOffset;
 };

 /* 1846 */
 union $DFC6241048DAC45B1B29344A8B1078D2
 {
  $F8F1B6E8B1861C9D306CC4C5F7396F72 __s0;
  unsigned int ZeroingOffset;
  _IO_IRP_EXT_TRACK_OFFSET_HEADER *FsTrackOffsetBlob;
  _IO_ADAPTER_CRYPTO_PARAMETERS AdapterCryptoParameters;
 };

 /* 1847 */
 struct _IOP_IRP_EXTENSION
 {
  $0CC10D060A310DA90DC870C68DCF8DBA ___u0;
  unsigned __int16 TypesAllocated;
  unsigned __int8 GenericExtension[4];
  void *VerifierContext;
  unsigned __int64 DiskIoAttributionHandle;
  _GUID ActivityId;
  $DFC6241048DAC45B1B29344A8B1078D2 ___u6;
  union
  {
    unsigned __int64 Value;
    $097913BFFBA6D22F2665AF6E109E7714 __s1;
  } DriverFlags;
 };

 /* 1848 */
 union _FILE_SEGMENT_ELEMENT
 {
  void *Buffer;
  unsigned __int64 Alignment;
 };

 /* 1849 */
 struct _RELATIVE_SYMLINK_INFO
 {
  unsigned __int16 ExposedNamespaceLength;
  unsigned __int16 Flags;
  unsigned __int16 DeviceNameLength;
  unsigned __int16 Reserved;
  _RELATIVE_SYMLINK_INFO *InteriorMountPoint;
  _UNICODE_STRING OpenedName;
 };

 /* 1850 */
 struct __declspec(align(8)) _IOP_FILE_OBJECT_EXTENSION
 {
  unsigned int FoExtFlags;
  void *FoExtPerTypeExtension[9];
  _IOP_PRIORITY_HINT FoIoPriorityHint;
 };

 /* 1851 */
 struct __declspec(align(8)) _OBJECT_CREATE_INFORMATION
 {
  unsigned int Attributes;
  void *RootDirectory;
  char ProbeMode;
  unsigned int PagedPoolCharge;
  unsigned int NonPagedPoolCharge;
  unsigned int SecurityDescriptorCharge;
  void *SecurityDescriptor;
  _SECURITY_QUALITY_OF_SERVICE *SecurityQos;
  _SECURITY_QUALITY_OF_SERVICE SecurityQualityOfService;
 };

 /* 1852 */
 union $1A17300742880B33121E89C3D953A22A
 {
  __int64 HandleCount;
  void *NextToFree;
 };

 /* 1853 */
 struct $8AE9EB3BE2ECB76399DCF342697D4C4D
 {
  unsigned __int8 DbgRefTrace : 1;
  unsigned __int8 DbgTracePermanent : 1;
 };

 /* 1854 */
 union $3C4678EE9CD27A2119C24A3E21B6651A
 {
  unsigned __int8 TraceFlags;
  $8AE9EB3BE2ECB76399DCF342697D4C4D __s1;
 };

 /* 1855 */
 struct $5F79A16B150EF6C429E0F679E4EEC0A2
 {
  unsigned __int8 NewObject : 1;
  unsigned __int8 KernelObject : 1;
  unsigned __int8 KernelOnlyAccess : 1;
  unsigned __int8 ExclusiveObject : 1;
  unsigned __int8 PermanentObject : 1;
  unsigned __int8 DefaultSecurityQuota : 1;
  unsigned __int8 SingleHandleEntry : 1;
  unsigned __int8 DeletedInline : 1;
 };

 /* 1856 */
 union $9A2C64C21C911A9D96C3666D0ACC986A
 {
  unsigned __int8 Flags;
  $5F79A16B150EF6C429E0F679E4EEC0A2 __s1;
 };

 /* 1857 */
 union $D2542A19DC665534EB86773913DBEAC3
 {
  _OBJECT_CREATE_INFORMATION *ObjectCreateInfo;
  void *QuotaBlockCharged;
 };

 /* 1858 */
 struct _OBJECT_HEADER
 {
  __int64 PointerCount;
  $1A17300742880B33121E89C3D953A22A ___u1;
  _EX_PUSH_LOCK Lock;
  unsigned __int8 TypeIndex;
  $3C4678EE9CD27A2119C24A3E21B6651A ___u4;
  unsigned __int8 InfoMask;
  $9A2C64C21C911A9D96C3666D0ACC986A ___u6;
  unsigned int Reserved;
  $D2542A19DC665534EB86773913DBEAC3 ___u8;
  void *SecurityDescriptor;
  _QUAD Body;
 };

 /* 1859 */
 struct _DUMMY_FILE_OBJECT
 {
  _OBJECT_HEADER ObjectHeader;
  char FileObjectBody[216];
 };

 /* 1860 */
 union $712FD7A0E3256AB8FA2B964F4779A51A
 {
  _FILE_OBJECT *RelatedFileObject;
  _DEVICE_OBJECT *ReferencedDeviceObject;
 };

 /* 1861 */
 struct __declspec(align(8)) _OPEN_PACKET
 {
  __int16 Type;
  __int16 Size;
  _FILE_OBJECT *FileObject;
  int FinalStatus;
  unsigned __int64 Information;
  unsigned int ParseCheck;
  $712FD7A0E3256AB8FA2B964F4779A51A ___u6;
  _OBJECT_ATTRIBUTES *OriginalAttributes;
  _LARGE_INTEGER AllocationSize;
  unsigned int CreateOptions;
  unsigned __int16 FileAttributes;
  unsigned __int16 ShareAccess;
  void *EaBuffer;
  unsigned int EaLength;
  unsigned int Options;
  unsigned int Disposition;
  _FILE_BASIC_INFORMATION *BasicInformation;
  _FILE_NETWORK_OPEN_INFORMATION *NetworkInformation;
  void *FileInformation;
  _CREATE_FILE_TYPE CreateFileType;
  void *MailslotOrPipeParameters;
  unsigned __int8 Override;
  unsigned __int8 QueryOnly;
  unsigned __int8 DeleteOnly;
  unsigned __int8 FullAttributes;
  _DUMMY_FILE_OBJECT *LocalFileObject;
  unsigned int InternalFlags;
  char AccessMode;
  _IO_DRIVER_CREATE_CONTEXT DriverCreateContext;
  _FILE_INFORMATION_CLASS FileInformationClass;
  unsigned int FileInformationLength;
  unsigned __int8 FilterQuery;
 };

 /* 1862 */
 struct _ETW_SYSTEMTIME
 {
  unsigned __int16 Year;
  unsigned __int16 Month;
  unsigned __int16 DayOfWeek;
  unsigned __int16 Day;
  unsigned __int16 Hour;
  unsigned __int16 Minute;
  unsigned __int16 Second;
  unsigned __int16 Milliseconds;
 };

 /* 1863 */
 struct _TIME_FIELDS
 {
  __int16 Year;
  __int16 Month;
  __int16 Day;
  __int16 Hour;
  __int16 Minute;
  __int16 Second;
  __int16 Milliseconds;
  __int16 Weekday;
 };

 /* 1864 */
 struct __unaligned __declspec(align(4)) _RTL_TIME_ZONE_INFORMATION
 {
  int Bias;
  wchar_t StandardName[32];
  _TIME_FIELDS StandardStart;
  int StandardBias;
  wchar_t DaylightName[32];
  _TIME_FIELDS DaylightStart;
  int DaylightBias;
 };

 /* 1865 */
 union $126DC94F1DD2943ECC2DEAD8B809629C
 {
  unsigned int Version;
  struct
  {
    unsigned __int8 MajorVersion;
    unsigned __int8 MinorVersion;
    unsigned __int8 SubVersion;
    unsigned __int8 SubMinorVersion;
  } VersionDetail;
 };

 /* 1866 */
 struct $620F6C590A4E7F1524E2A53A25173F98
 {
  unsigned int StartBuffers;
  unsigned int PointerSize;
  unsigned int EventsLost;
  unsigned int CpuSpeedInMHz;
 };

 /* 1867 */
 union $3334E73A80895D2094A1DA942912638F
 {
  _GUID LogInstanceGuid;
  $620F6C590A4E7F1524E2A53A25173F98 __s1;
 };

 /* 1868 */
 struct _TRACE_LOGFILE_HEADER
 {
  unsigned int BufferSize;
  $126DC94F1DD2943ECC2DEAD8B809629C ___u1;
  unsigned int ProviderVersion;
  unsigned int NumberOfProcessors;
  _LARGE_INTEGER EndTime;
  unsigned int TimerResolution;
  unsigned int MaximumFileSize;
  unsigned int LogFileMode;
  unsigned int BuffersWritten;
  $3334E73A80895D2094A1DA942912638F ___u9;
  wchar_t *LoggerName;
  wchar_t *LogFileName;
  _RTL_TIME_ZONE_INFORMATION TimeZone;
  _LARGE_INTEGER BootTime;
  _LARGE_INTEGER PerfFreq;
  _LARGE_INTEGER StartTime;
  unsigned int ReservedFlags;
  unsigned int BuffersLost;
 };

 /* 1869 */
 struct _ETW_LOGGER_HANDLE
 {
  unsigned __int8 DereferenceAndLeave;
 };

 /* 1870 */
 struct _SEP_TOKEN_PRIVILEGES
 {
  unsigned __int64 Present;
  unsigned __int64 Enabled;
  unsigned __int64 EnabledByDefault;
 };

 /* 1871 */
 struct _TOKEN_AUDIT_POLICY
 {
  unsigned __int8 PerUserPolicy[30];
 };

 /* 1872 */
 struct _SEP_AUDIT_POLICY
 {
  _TOKEN_AUDIT_POLICY AdtTokenPolicy;
  unsigned __int8 PolicySetStatus;
 };

 /* 1873 */
 struct _ACL
 {
  unsigned __int8 AclRevision;
  unsigned __int8 Sbz1;
  unsigned __int16 AclSize;
  unsigned __int16 AceCount;
  unsigned __int16 Sbz2;
 };

 /* 1874 */
 struct _SEP_LOWBOX_NUMBER_ENTRY
 {
  _RTL_DYNAMIC_HASH_TABLE_ENTRY HashEntry;
  __int64 ReferenceCount;
  void *PackageSid;
  unsigned int LowboxNumber;
  void *AtomTable;
 };

 /* 1875 */
 union $F83A7E5E74DCDAF3C264E321A2E0D3E6
 {
  void *PackageSid;
  _UNICODE_STRING IsolationPrefix;
 };

 /* 1876 */
 struct _SEP_CACHED_HANDLES_ENTRY_DESCRIPTOR
 {
  _SEP_CACHED_HANDLES_ENTRY_TYPE DescriptorType;
  $F83A7E5E74DCDAF3C264E321A2E0D3E6 ___u1;
 };

 /* 1877 */
 struct _SEP_CACHED_HANDLES_ENTRY
 {
  _RTL_DYNAMIC_HASH_TABLE_ENTRY HashEntry;
  __int64 ReferenceCount;
  _SEP_CACHED_HANDLES_ENTRY_DESCRIPTOR EntryDescriptor;
  unsigned int HandleCount;
  void **Handles;
 };

 /* 1878 */
 struct _TOKEN
 {
  _TOKEN_SOURCE TokenSource;
  _LUID TokenId;
  _LUID AuthenticationId;
  _LUID ParentTokenId;
  _LARGE_INTEGER ExpirationTime;
  _ERESOURCE *TokenLock;
  _LUID ModifiedId;
  _SEP_TOKEN_PRIVILEGES Privileges;
  _SEP_AUDIT_POLICY AuditPolicy;
  unsigned int SessionId;
  unsigned int UserAndGroupCount;
  unsigned int RestrictedSidCount;
  unsigned int VariableLength;
  unsigned int DynamicCharged;
  unsigned int DynamicAvailable;
  unsigned int DefaultOwnerIndex;
  _SID_AND_ATTRIBUTES *UserAndGroups;
  _SID_AND_ATTRIBUTES *RestrictedSids;
  void *PrimaryGroup;
  unsigned int *DynamicPart;
  _ACL *DefaultDacl;
  _TOKEN_TYPE TokenType;
  _SECURITY_IMPERSONATION_LEVEL ImpersonationLevel;
  unsigned int TokenFlags;
  unsigned __int8 TokenInUse;
  unsigned int IntegrityLevelIndex;
  unsigned int MandatoryPolicy;
  _SEP_LOGON_SESSION_REFERENCES *LogonSession;
  _LUID OriginatingLogonSession;
  _SID_AND_ATTRIBUTES_HASH SidHash;
  _SID_AND_ATTRIBUTES_HASH RestrictedSidHash;
  _AUTHZBASEP_SECURITY_ATTRIBUTES_INFORMATION *pSecurityAttributes;
  void *Package;
  _SID_AND_ATTRIBUTES *Capabilities;
  unsigned int CapabilityCount;
  _SID_AND_ATTRIBUTES_HASH CapabilitiesHash;
  _SEP_LOWBOX_NUMBER_ENTRY *LowboxNumberEntry;
  _SEP_CACHED_HANDLES_ENTRY *LowboxHandlesEntry;
  _AUTHZBASEP_CLAIM_ATTRIBUTES_COLLECTION *pClaimAttributes;
  void *TrustLevelSid;
  _TOKEN *TrustLinkedToken;
  void *IntegrityLevelSidValue;
  _SEP_SID_VALUES_BLOCK *TokenSidValues;
  _SEP_LUID_TO_INDEX_MAP_ENTRY *IndexEntry;
  _SEP_TOKEN_DIAG_TRACK_ENTRY *DiagnosticInfo;
  _SEP_CACHED_HANDLES_ENTRY *BnoIsolationHandlesEntry;
  void *SessionObject;
  unsigned __int64 VariablePart;
 };

 /* 1879 */
 struct __declspec(align(8)) _SEP_LUID_TO_INDEX_MAP_ENTRY
 {
  _RTL_DYNAMIC_HASH_TABLE_ENTRY HashEntry;
  __int64 ReferenceCount;
  unsigned __int64 Luid;
  unsigned __int64 IndexIntoGlobalSingletonTable;
  unsigned __int8 MarkedForDeletion;
 };

 /* 1880 */
 struct _SEP_TOKEN_DIAG_TRACK_ENTRY
 {
  void *ProcessCid;
  void *ThreadCid;
  unsigned __int8 ImageFileName[16];
  unsigned int CreateMethod;
  unsigned __int64 CreateTrace[30];
  int Count;
  int CaptureCount;
 };

 /* 1881 */
 struct _OBJECT_HEADER_QUOTA_INFO
 {
  unsigned int PagedPoolCharge;
  unsigned int NonPagedPoolCharge;
  unsigned int SecurityDescriptorCharge;
  unsigned int Reserved1;
  void *SecurityDescriptorQuotaBlock;
  unsigned __int64 Reserved2;
 };

 /* 1882 */
 struct _OBJECT_HEADER_PROCESS_INFO
 {
  _EPROCESS *ExclusiveProcess;
  unsigned __int64 Reserved;
 };

 /* 1883 */
 struct __declspec(align(8)) _OBJECT_HANDLE_COUNT_ENTRY
 {
  _EPROCESS *Process;
  unsigned __int32 HandleCount : 24;
  unsigned __int32 LockCount : 8;
 };

 /* 1884 */
 struct _OBJECT_HANDLE_COUNT_DATABASE
 {
  unsigned int CountEntries;
  _OBJECT_HANDLE_COUNT_ENTRY HandleCountEntries[1];
 };

 /* 1885 */
 union $CCE3B6C83E4E7C43D990E0B8FFD48882
 {
  _OBJECT_HANDLE_COUNT_DATABASE *HandleCountDataBase;
  _OBJECT_HANDLE_COUNT_ENTRY SingleEntry;
 };

 /* 1886 */
 struct _OBJECT_HEADER_HANDLE_INFO
 {
  $CCE3B6C83E4E7C43D990E0B8FFD48882 ___u0;
 };

 /* 1887 */
 struct _OBJECT_HEADER_NAME_INFO
 {
  _OBJECT_DIRECTORY *Directory;
  _UNICODE_STRING Name;
  int ReferenceCount;
  unsigned int Reserved;
 };

 /* 1888 */
 struct _OBJECT_HEADER_CREATOR_INFO
 {
  _LIST_ENTRY TypeList;
  void *CreatorUniqueProcess;
  unsigned __int16 CreatorBackTraceIndex;
  unsigned __int16 Reserved1;
  unsigned int Reserved2;
 };

 /* 1889 */
 struct _OBJECT_HEADER_AUDIT_INFO
 {
  void *SecurityDescriptor;
  unsigned __int64 Reserved;
 };

 /* 1890 */
 struct _HANDLE_REVOCATION_INFO
 {
  _LIST_ENTRY ListEntry;
  _OB_HANDLE_REVOCATION_BLOCK *RevocationBlock;
  unsigned __int8 AllowHandleRevocation;
  unsigned __int8 Padding1[3];
  unsigned __int8 Padding2[4];
 };

 /* 1891 */
 struct _OB_EXTENDED_USER_INFO
 {
  void *Context1;
  void *Context2;
 };

 /* 1892 */
 struct _OBJECT_FOOTER
 {
  _HANDLE_REVOCATION_INFO HandleRevocationInfo;
  _OB_EXTENDED_USER_INFO ExtendedUserInfo;
 };

 /* 1893 */
 struct _OBJECT_HEADER_EXTENDED_INFO
 {
  _OBJECT_FOOTER *Footer;
  unsigned __int64 Reserved;
 };

 /* 1894 */
 struct __declspec(align(8)) _OBP_LOOKUP_CONTEXT
 {
  _OBJECT_DIRECTORY *Directory;
  void *Object;
  _OBJECT_DIRECTORY_ENTRY **EntryLink;
  unsigned int HashValue;
  unsigned __int16 HashIndex;
  unsigned __int8 DirectoryLocked;
  unsigned __int8 LockedExclusive;
  unsigned int LockStateSignature;
 };

 /* 1895 */
 struct _WHEAP_ERROR_SOURCE_TABLE
 {
  unsigned int Signature;
  int Count;
  unsigned int NextId;
  _LIST_ENTRY Items;
  _KEVENT InsertLock;
 };

 /* 1896 */
 struct _WHEAP_WORK_QUEUE
 {
  _LIST_ENTRY ListHead;
  unsigned __int64 ListLock;
  volatile int ItemCount;
  _KDPC Dpc;
  _WORK_QUEUE_ITEM WorkItem;
  void (__fastcall *WorkRoutine)(_WHEAP_WORK_QUEUE *, _LIST_ENTRY *);
 };

 /* 1897 */
 struct _WHEAP_INFO_BLOCK
 {
  unsigned int ErrorSourceCount;
  _WHEAP_ERROR_SOURCE_TABLE *ErrorSourceTable;
  _WHEAP_WORK_QUEUE *WorkQueue;
 };

 /* 1898 */
 struct $978CB274F65821CF87196E7A5560085B
 {
  unsigned __int32 Preallocated : 1;
  unsigned __int32 FromPersistentStore : 1;
  unsigned __int32 PlatformPfaControl : 1;
  unsigned __int32 PlatformDirectedOffline : 1;
  unsigned __int32 Reserved : 28;
 };

 /* 1899 */
 union _WHEAP_ERROR_RECORD_WRAPPER_FLAGS
 {
  $978CB274F65821CF87196E7A5560085B __s0;
  unsigned int AsULONG;
 };

 /* 1900 */
 struct __declspec(align(8)) _WHEAP_ERROR_SOURCE
 {
  _LIST_ENTRY ListEntry;
  unsigned int FailedAllocations;
  unsigned int PlatformErrorSourceId;
  int ErrorCount;
  unsigned int RecordCount;
  unsigned int RecordLength;
  unsigned int PoolTag;
  _WHEA_ERROR_SOURCE_TYPE Type;
  _WHEAP_ERROR_RECORD_WRAPPER *Records;
  void *Context;
  unsigned int SectionCount;
  unsigned int SectionLength;
  _LARGE_INTEGER TickCountAtLastError;
  unsigned int AccumulatedErrors;
  unsigned int TotalErrors;
  unsigned __int8 Deferred;
  volatile int Busy;
  _WHEA_ERROR_SOURCE_DESCRIPTOR Descriptor;
 };

 /* 1901 */
 struct _WHEAP_ERROR_RECORD_WRAPPER
 {
  _LIST_ENTRY WorkEntry;
  unsigned int Length;
  unsigned int ProcessorNumber;
  _WHEAP_ERROR_RECORD_WRAPPER_FLAGS Flags;
  volatile int InUse;
  _WHEAP_ERROR_SOURCE *ErrorSource;
  _WHEA_ERROR_RECORD ErrorRecord;
 };

 /* 1902 */
 struct _WNF_STATE_NAME_STRUCT
 {
  unsigned __int64 Version : 4;
  unsigned __int64 NameLifetime : 2;
  unsigned __int64 DataScope : 4;
  unsigned __int64 PermanentData : 1;
  unsigned __int64 Sequence : 53;
 };

 /* 1903 */
 struct _SECURITY_DESCRIPTOR
 {
  unsigned __int8 Revision;
  unsigned __int8 Sbz1;
  unsigned __int16 Control;
  void *Owner;
  void *Group;
  _ACL *Sacl;
  _ACL *Dacl;
 };

 /* 1904 */
 struct _WNF_STATE_NAME_REGISTRATION
 {
  unsigned int MaxStateSize;
  const _WNF_TYPE_ID *TypeId;
  _SECURITY_DESCRIPTOR *SecurityDescriptor;
 };

 /* 1905 */
 struct _WNF_STATE_DATA
 {
  _WNF_NODE_HEADER Header;
  unsigned int AllocatedSize;
  unsigned int DataSize;
  unsigned int ChangeStamp;
 };

 /* 1906 */
 struct _WNF_NAME_INSTANCE
 {
  _WNF_NODE_HEADER Header;
  _EX_RUNDOWN_REF RunRef;
  _RTL_BALANCED_NODE TreeLinks;
  _WNF_STATE_NAME_STRUCT StateName;
  _WNF_SCOPE_INSTANCE *ScopeInstance;
  _WNF_STATE_NAME_REGISTRATION StateNameInfo;
  _WNF_LOCK StateDataLock;
  _WNF_STATE_DATA *StateData;
  unsigned int CurrentChangeStamp;
  void *PermanentDataStore;
  _WNF_LOCK StateSubscriptionListLock;
  _LIST_ENTRY StateSubscriptionListHead;
  _LIST_ENTRY TemporaryNameListEntry;
  _EPROCESS *CreatorProcess;
  int DataSubscribersCount;
  int CurrentDeliveryCount;
 };

 /* 1907 */
 struct __declspec(align(8)) _WNF_SUBSCRIPTION
 {
  _WNF_NODE_HEADER Header;
  _EX_RUNDOWN_REF RunRef;
  unsigned __int64 SubscriptionId;
  _LIST_ENTRY ProcessSubscriptionListEntry;
  _EPROCESS *Process;
  _WNF_NAME_INSTANCE *NameInstance;
  _WNF_STATE_NAME_STRUCT StateName;
  _LIST_ENTRY StateSubscriptionListEntry;
  unsigned __int64 CallbackRoutine;
  void *CallbackContext;
  unsigned int CurrentChangeStamp;
  unsigned int SubscribedEventSet;
  _LIST_ENTRY PendingSubscriptionListEntry;
  _WNF_SUBSCRIPTION_STATE SubscriptionState;
  unsigned int SignaledEventSet;
  unsigned int InDeliveryEventSet;
 };

 /* 1908 */
 struct _WNF_PROCESS_CONTEXT
 {
  _WNF_NODE_HEADER Header;
  _EPROCESS *Process;
  _LIST_ENTRY WnfProcessesListEntry;
  void *ImplicitScopeInstances[3];
  _WNF_LOCK TemporaryNamesListLock;
  _LIST_ENTRY TemporaryNamesListHead;
  _WNF_LOCK ProcessSubscriptionListLock;
  _LIST_ENTRY ProcessSubscriptionListHead;
  _WNF_LOCK DeliveryPendingListLock;
  _LIST_ENTRY DeliveryPendingListHead;
  _KEVENT *NotificationEvent;
 };

 /* 1909 */
 struct __declspec(align(8)) _WNF_DISPATCHER
 {
  _WNF_NODE_HEADER Header;
  _WORK_QUEUE_ITEM WorkItem;
  int State;
 };

 /* 1910 */
 struct _VF_KE_CRITICAL_REGION_TRACE
 {
  _ETHREAD *Thread;
  void *StackTrace[7];
 };

 /* 1911 */
 struct _IMAGE_ROM_OPTIONAL_HEADER
 {
  unsigned __int16 Magic;
  unsigned __int8 MajorLinkerVersion;
  unsigned __int8 MinorLinkerVersion;
  unsigned int SizeOfCode;
  unsigned int SizeOfInitializedData;
  unsigned int SizeOfUninitializedData;
  unsigned int AddressOfEntryPoint;
  unsigned int BaseOfCode;
  unsigned int BaseOfData;
  unsigned int BaseOfBss;
  unsigned int GprMask;
  unsigned int CprMask[4];
  unsigned int GpValue;
 };

 /* 1912 */
 struct __declspec(align(8)) _POP_IRP_WORKER_ENTRY
 {
  _LIST_ENTRY Link;
  _ETHREAD *Thread;
  _IRP *Irp;
  _DEVICE_OBJECT *Device;
  unsigned __int8 Static;
 };

 /* 1913 */
 struct _POOL_TRACKER_TABLE
 {
  volatile int Key;
  unsigned __int64 NonPagedBytes;
  unsigned __int64 NonPagedAllocs;
  unsigned __int64 NonPagedFrees;
  unsigned __int64 PagedBytes;
  unsigned __int64 PagedAllocs;
  unsigned __int64 PagedFrees;
 };

 /* 1914 */
 struct _OBJECT_REF_TRACE
 {
  void *StackTrace[16];
 };

 /* 1915 */
 struct __declspec(align(8)) _STACK_TABLE
 {
  unsigned __int16 NumStackTraces;
  unsigned __int16 TraceCapacity;
  _OBJECT_REF_TRACE *StackTrace[16];
  unsigned __int16 StackTableHash[16381];
 };

 /* 1920 */
 union $60E8634F7FEA68A3EB3EBEB55E7B7BCA
 {
  _LIST_ENTRY ResourceList;
  _LIST_ENTRY FreeListEntry;
 };

 /* 1919 */
 struct $ACDF71180F6620BE0295814E0676F670
 {
  unsigned __int32 Active : 1;
  unsigned __int32 OnlyTryAcquireUsed : 1;
  unsigned __int32 ReleasedOutOfOrder : 1;
  unsigned __int32 SequenceNumber : 29;
 };

 /* 1916 */
 struct _VI_DEADLOCK_NODE
 {
  _VI_DEADLOCK_NODE *Parent;
  _LIST_ENTRY ChildrenList;
  _LIST_ENTRY SiblingsList;
  $60E8634F7FEA68A3EB3EBEB55E7B7BCA ___u3;
  _VI_DEADLOCK_RESOURCE *Root;
  _VI_DEADLOCK_THREAD *ThreadEntry;
  union
  {
    $ACDF71180F6620BE0295814E0676F670 __s0;
    unsigned int Whole;
  } u1;
  int ChildrenCount;
  void *StackTrace[8];
  void *ParentStackTrace[8];
 };

 /* 1922 */
 union $72D9D7CCEC07509585529BF45A52D276
 {
  _LIST_ENTRY HashChainList;
  _LIST_ENTRY FreeListEntry;
 };

 /* 1917 */
 struct _VI_DEADLOCK_RESOURCE
 {
  _VI_DEADLOCK_RESOURCE_TYPE Type;
  unsigned __int32 NodeCount : 16;
  unsigned __int32 RecursionCount : 16;
  void *ResourceAddress;
  _VI_DEADLOCK_THREAD *ThreadOwner;
  _LIST_ENTRY ResourceList;
  $72D9D7CCEC07509585529BF45A52D276 ___u6;
  void *StackTrace[8];
  void *LastAcquireTrace[8];
  void *LastReleaseTrace[8];
 };

 /* 1921 */
 union $8F637A8A99C16400AEBCF5E2A023BFE1
 {
  _LIST_ENTRY ListEntry;
  _LIST_ENTRY FreeListEntry;
 };

 /* 1918 */
 struct __declspec(align(8)) _VI_DEADLOCK_THREAD
 {
  _KTHREAD *Thread;
  _VI_DEADLOCK_NODE *CurrentSpinNode;
  _VI_DEADLOCK_NODE *CurrentOtherNode;
  $8F637A8A99C16400AEBCF5E2A023BFE1 ___u3;
  unsigned int NodeCount;
  volatile unsigned int PagingCount;
  unsigned __int8 ThreadUsesEresources;
 };

 /* 1923 */
 struct __declspec(align(8)) _LOCK_HEADER
 {
  _RTL_AVL_TREE LockTree;
  _RTL_AVL_TREE LockMdlSwitchedTree;
  unsigned __int64 Count;
  unsigned __int64 Lock;
  unsigned int Valid;
 };

 /* 1924 */
 struct _SK_CRASH_MODULE
 {
  wchar_t ImageName[32];
  unsigned int SizeOfImage;
  unsigned int TimeDateStamp;
 };

 /* 1925 */
 struct $F19A64BAFFCD7217F2A4C7F6D9B86DEA
 {
  unsigned int ModuleId;
  unsigned int Rva;
 };

 /* 1926 */
 union $EF2910CAE65FFF088E3019ACEBA4BE85
 {
  $F19A64BAFFCD7217F2A4C7F6D9B86DEA __s0;
  unsigned __int64 Pc;
 };

 /* 1927 */
 struct _SK_CRASH_STACK_FRAME
 {
  $EF2910CAE65FFF088E3019ACEBA4BE85 ___u0;
 };

 /* 1928 */
 struct _SK_CRASH_MINIDUMP
 {
  unsigned int Size;
  unsigned int Version;
  unsigned int ModuleCount;
  unsigned int FrameCount;
  _SK_CRASH_MODULE Modules[16];
  _SK_CRASH_STACK_FRAME StackFrames[366];
 };

 /* 1929 */
 struct _TRIAGE_PNP_DEVICE_COMPLETION_QUEUE
 {
  _LIST_ENTRY DispatchedList;
 };

 /* 1930 */
 struct _KPRIQUEUE
 {
  _DISPATCHER_HEADER Header;
  _LIST_ENTRY EntryListHead[32];
  volatile int CurrentCount[32];
  unsigned int MaximumCount;
  _LIST_ENTRY ThreadListHead;
 };

 /* 1931 */
 struct _TRIAGE_EX_WORK_QUEUE
 {
  _KPRIQUEUE WorkPriQueue;
 };

 /* 1932 */
 struct _TRIAGE_9F_PNP
 {
  unsigned __int16 Signature;
  unsigned __int16 Revision;
  _TRIAGE_PNP_DEVICE_COMPLETION_QUEUE *CompletionQueue;
  _TRIAGE_EX_WORK_QUEUE *DelayedWorkQueue;
  _TRIAGE_EX_WORK_QUEUE *DelayedIoWorkQueue;
 };

 /* 1933 */
 struct _PO_NOTIFY_ORDER_LEVEL
 {
  unsigned int DeviceCount;
  unsigned int ActiveCount;
  _LIST_ENTRY WaitSleep;
  _LIST_ENTRY ReadySleep;
  _LIST_ENTRY ReadyS0;
  _LIST_ENTRY WaitS0;
 };

 /* 1934 */
 struct __declspec(align(8)) _PO_DEVICE_NOTIFY_ORDER
 {
  unsigned __int8 Locked;
  _DEVICE_OBJECT **WarmEjectPdoPointer;
  _PO_NOTIFY_ORDER_LEVEL OrderLevel[5];
  unsigned int Flags;
 };

 /* 1935 */
 struct __declspec(align(4)) _POP_DEVICE_SYS_STATE
 {
  unsigned __int8 IrpMinor;
  _SYSTEM_POWER_STATE SystemState;
  unsigned __int64 SpinLock;
  _KTHREAD *Thread;
  _KEVENT *AbortEvent;
  _KSEMAPHORE *ReadySemaphore;
  _KSEMAPHORE *FinishedSemaphore;
  _PO_DEVICE_NOTIFY_ORDER Order;
  _LIST_ENTRY Pending;
  int Status;
  _DEVICE_OBJECT *FailedDevice;
  unsigned __int8 Waking;
  unsigned __int8 Cancelled;
  unsigned __int8 IgnoreErrors;
  unsigned __int8 IgnoreNotImplemented;
  unsigned __int8 TimeRefreshLockAcquired;
 };

 /* 1936 */
 struct _POP_CURRENT_BROADCAST
 {
  unsigned __int8 InProgress;
  _SYSTEM_POWER_STATE_CONTEXT SystemContext;
  POWER_ACTION PowerAction;
  _POP_DEVICE_SYS_STATE *DeviceState;
 };

 /* 1937 */
 struct __unaligned __declspec(align(4)) $04EBCBAB3E4CA807DAB1AC2B76D8B1E5
 {
  _SINGLE_LIST_ENTRY FreeEntry;
  unsigned int Reserved0;
 };

 /* 1938 */
 union $13EEE136495617B65DC1243B1596A4F3
 {
  _LIST_ENTRY Entry;
  $04EBCBAB3E4CA807DAB1AC2B76D8B1E5 __s1;
 };

 /* 1939 */
 struct _LPCP_MESSAGE
 {
  $13EEE136495617B65DC1243B1596A4F3 ___u0;
  void *SenderPort;
  _ETHREAD *RepliedToThread;
  void *PortContext;
  _PORT_MESSAGE Request;
 };

 /* 1940 */
 struct _OBJECT_REF_STACK_INFO
 {
  unsigned int Sequence;
  unsigned __int16 Index;
  unsigned __int16 NumTraces;
  unsigned int Tag;
 };

 /* 1941 */
 struct __declspec(align(8)) _OBJECT_REF_INFO
 {
  _OBJECT_HEADER *ObjectHeader;
  void *NextRef;
  unsigned __int8 ImageFileName[16];
  unsigned __int16 NextPos;
  unsigned __int16 MaxStacks;
  _OBJECT_REF_STACK_INFO StackInfo[];
 };

 /* 1942 */
 struct _PNP_DEVICE_EVENT_LIST
 {
  int Status;
  _KMUTANT EventQueueMutex;
  _FAST_MUTEX Lock;
  _LIST_ENTRY List;
 };

 /* 1943 */
 struct _FAST_ERESOURCE
 {
  void *Reserved1[3];
  unsigned int Reserved2;
  void *Reserved3[4];
  unsigned int Reserved4[4];
  void *Reserved5;
  void *Reserved6[2];
 };

 /* 1944 */
 struct $B0C7228810FFA281E36A0BBA481AA7B8
 {
  unsigned __int16 TagIndex;
  unsigned __int16 HeapIndex;
 };

 /* 1945 */
 union $628C3517C2A502C4065E9B279D49779B
 {
  unsigned int HeapAndTagIndex;
  $B0C7228810FFA281E36A0BBA481AA7B8 __s1;
 };

 /* 1946 */
 struct _HEAP_STOP_ON_TAG
 {
  $628C3517C2A502C4065E9B279D49779B ___u0;
 };

 /* 1947 */
 struct __declspec(align(8)) _HEAP_STOP_ON_VALUES
 {
  unsigned __int64 AllocAddress;
  _HEAP_STOP_ON_TAG AllocTag;
  unsigned __int64 ReAllocAddress;
  _HEAP_STOP_ON_TAG ReAllocTag;
  unsigned __int64 FreeAddress;
  _HEAP_STOP_ON_TAG FreeTag;
 };

 /* 1948 */
 struct _EX_HEAP_SESSION_STATE
 {
  _RTLP_HP_HEAP_MANAGER HeapManager;
  RTL_HP_ENV_HANDLE PagedEnv;
  _SEGMENT_HEAP *PagedHeap;
  _SEGMENT_HEAP *SpecialPoolHeap;
 };

 /* 1949 */
 struct _VF_SUSPECT_DRIVER_ENTRY
 {
  _LIST_ENTRY Links;
  unsigned int Loads;
  unsigned int Unloads;
  _UNICODE_STRING BaseName;
 };

 /* 1950 */
 struct _VF_TARGET_VERIFIED_DRIVER_DATA
 {
  _VF_SUSPECT_DRIVER_ENTRY *SuspectDriverEntry;
  void *WMICallback;
  _LIST_ENTRY EtwHandlesListHead;
  union
  {
    struct
    {
      unsigned __int32 MissedEtwRegistration : 1;
      unsigned __int32 IsBootDriver : 1;
      unsigned __int32 Spare : 30;
    } Flags;
    unsigned int Whole;
  } u1;
  unsigned __int64 Signature;
  unsigned __int8 SeSigningLevel;
  __declspec(align(16)) _SLIST_HEADER PoolPageHeaders;
  _SLIST_HEADER PoolTrackers;
  void **DifPluginData;
  volatile unsigned int CurrentPagedPoolAllocations;
  volatile unsigned int CurrentNonPagedPoolAllocations;
  unsigned int PeakPagedPoolAllocations;
  unsigned int PeakNonPagedPoolAllocations;
  volatile unsigned __int64 PagedBytes;
  volatile unsigned __int64 NonPagedBytes;
  unsigned __int64 PeakPagedBytes;
  unsigned __int64 PeakNonPagedBytes;
  unsigned int RaiseIrqls;
  unsigned int AcquireSpinLocks;
  unsigned int SynchronizeExecutions;
  unsigned int AllocationsWithNoTag;
  unsigned int AllocationsFailed;
  unsigned int AllocationsFailedDeliberately;
  unsigned __int64 LockedBytes;
  unsigned __int64 PeakLockedBytes;
  unsigned __int64 MappedLockedBytes;
  unsigned __int64 PeakMappedLockedBytes;
  unsigned __int64 MappedIoSpaceBytes;
  unsigned __int64 PeakMappedIoSpaceBytes;
  unsigned __int64 PagesForMdlBytes;
  unsigned __int64 PeakPagesForMdlBytes;
  unsigned __int64 ContiguousMemoryBytes;
  unsigned __int64 PeakContiguousMemoryBytes;
  _LIST_ENTRY ContiguousMemoryListHead;
  volatile unsigned int ExecutePoolTypes;
  volatile unsigned int ExecutePageProtections;
  volatile unsigned int ExecutePageMappings;
  volatile unsigned int ExecuteWriteSections;
  volatile unsigned int SectionAlignmentFailures;
  volatile unsigned int IATInExecutableSection;
 };

 /* 1951 */
 struct _MEMORY_ALLOCATION_DESCRIPTOR
 {
  _LIST_ENTRY ListEntry;
  _TYPE_OF_MEMORY MemoryType;
  unsigned __int64 BasePage;
  unsigned __int64 PageCount;
 };

 /* 1952 */
 struct POWER_ACTION_POLICY
 {
  POWER_ACTION Action;
  unsigned int Flags;
  unsigned int EventCode;
 };

 /* 1953 */
 struct SYSTEM_POWER_LEVEL
 {
  unsigned __int8 Enable;
  unsigned __int8 Spare[3];
  unsigned int BatteryLevel;
  POWER_ACTION_POLICY PowerPolicy;
  _SYSTEM_POWER_STATE MinSystemState;
 };

 /* 1954 */
 struct _SYSTEM_POWER_POLICY
 {
  unsigned int Revision;
  POWER_ACTION_POLICY PowerButton;
  POWER_ACTION_POLICY SleepButton;
  POWER_ACTION_POLICY LidClose;
  _SYSTEM_POWER_STATE LidOpenWake;
  unsigned int Reserved;
  POWER_ACTION_POLICY Idle;
  unsigned int IdleTimeout;
  unsigned __int8 IdleSensitivity;
  unsigned __int8 DynamicThrottle;
  unsigned __int8 Spare2[2];
  _SYSTEM_POWER_STATE MinSleep;
  _SYSTEM_POWER_STATE MaxSleep;
  _SYSTEM_POWER_STATE ReducedLatencySleep;
  unsigned int WinLogonFlags;
  unsigned int Spare3;
  unsigned int DozeS4Timeout;
  unsigned int BroadcastCapacityResolution;
  SYSTEM_POWER_LEVEL DischargePolicy[4];
  unsigned int VideoTimeout;
  unsigned __int8 VideoDimDisplay;
  unsigned int VideoReserved[3];
  unsigned int SpindownTimeout;
  unsigned __int8 OptimizeForPower;
  unsigned __int8 FanThrottleTolerance;
  unsigned __int8 ForcedThrottle;
  unsigned __int8 MinThrottle;
  POWER_ACTION_POLICY OverThrottled;
 };

 /* 1955 */
 struct _DELAY_ACK_FO
 {
  _LIST_ENTRY Links;
  _FILE_OBJECT *OriginalFileObject;
 };

 /* 1956 */
 struct _LOCK_TRACKER
 {
  _RTL_BALANCED_NODE LockTrackerNode;
  _MDL *Mdl;
  void *StartVa;
  unsigned __int64 Count;
  unsigned int Offset;
  unsigned int Length;
  unsigned int Who;
  unsigned int Hash;
  unsigned __int64 Page;
  void *StackTrace[8];
  _EPROCESS *Process;
 };

 /* 1957 */
 struct _BUS_HANDLER
 {
  unsigned int Version;
  _INTERFACE_TYPE InterfaceType;
  _BUS_DATA_TYPE ConfigurationType;
  unsigned int BusNumber;
  _DEVICE_OBJECT *DeviceObject;
  _BUS_HANDLER *ParentHandler;
  void *BusData;
  unsigned int DeviceControlExtensionSize;
  _SUPPORTED_RANGES *BusAddresses;
  unsigned int Reserved[4];
  unsigned int (__fastcall *GetBusData)(_BUS_HANDLER *, _BUS_HANDLER *, unsigned int, void *, unsigned int, unsigned int);
  unsigned int (__fastcall *SetBusData)(_BUS_HANDLER *, _BUS_HANDLER *, unsigned int, void *, unsigned int, unsigned int);
  int (__fastcall *AdjustResourceList)(_BUS_HANDLER *, _BUS_HANDLER *, _IO_RESOURCE_REQUIREMENTS_LIST **);
  int (__fastcall *AssignSlotResources)(_BUS_HANDLER *, _BUS_HANDLER *, _UNICODE_STRING *, _UNICODE_STRING *, _DRIVER_OBJECT *, _DEVICE_OBJECT *, unsigned int, _CM_RESOURCE_LIST **);
  unsigned __int8 (__fastcall *TranslateBusAddress)(_BUS_HANDLER *, _BUS_HANDLER *, _LARGE_INTEGER, unsigned int *, _LARGE_INTEGER *);
  void *Spare1;
  void *Spare2;
  void *Spare3;
  void *Spare4;
  void *Spare5;
  void *Spare6;
  void *Spare7;
  void *Spare8;
 };

 /* 1958 */
 struct _SUPPORTED_RANGE
 {
  _SUPPORTED_RANGE *Next;
  unsigned int SystemAddressSpace;
  __int64 SystemBase;
  __int64 Base;
  __int64 Limit;
 };

 /* 1959 */
 struct _SUPPORTED_RANGES
 {
  unsigned __int16 Version;
  unsigned __int8 Sorted;
  unsigned __int8 Reserved;
  unsigned int NoIO;
  _SUPPORTED_RANGE IO;
  unsigned int NoMemory;
  _SUPPORTED_RANGE Memory;
  unsigned int NoPrefetchMemory;
  _SUPPORTED_RANGE PrefetchMemory;
  unsigned int NoDma;
  _SUPPORTED_RANGE Dma;
 };

 /* 1960 */
 struct __declspec(align(8)) _MAP_REGISTER_ENTRY
 {
  void *MapRegister;
  unsigned __int8 WriteToDevice;
 };

 /* 1961 */
 struct $C8EA9A7E6B8D16F77927F71C88FC15EF
 {
  unsigned __int8 BitWidth;
  unsigned __int8 AccessSize;
 };

 /* 1962 */
 union $6BDAA6343A1077FB2F47C79853A890FF
 {
  unsigned __int8 Reserved[2];
  $C8EA9A7E6B8D16F77927F71C88FC15EF __s1;
 };

 /* 1963 */
 struct __declspec(align(8)) DEBUG_DEVICE_ADDRESS
 {
  unsigned __int8 Type;
  unsigned __int8 Valid;
  $6BDAA6343A1077FB2F47C79853A890FF ___u2;
  unsigned __int8 *TranslatedAddress;
  unsigned int Length;
 };

 /* 1964 */
 struct __declspec(align(4)) DEBUG_MEMORY_REQUIREMENTS
 {
  _LARGE_INTEGER Start;
  _LARGE_INTEGER MaxEnd;
  void *VirtualAddress;
  unsigned int Length;
  unsigned __int8 Cached;
  unsigned __int8 Aligned;
 };

 /* 1965 */
 struct __declspec(align(2)) _DEBUG_TRANSPORT_DATA
 {
  unsigned int HwContextSize;
  unsigned __int8 UseSerialFraming;
  unsigned __int8 ValidUSBCoreId;
  unsigned __int8 USBCoreId;
 };

 /* 1966 */
 struct $2D6BB96A4F8EB955D6C42C9865527B80
 {
  unsigned __int8 DbgHalScratchAllocated : 1;
  unsigned __int8 DbgBarsMapped : 1;
  unsigned __int8 DbgScratchAllocated : 1;
 };

 /* 1967 */
 union $8530234DAA0EBB78ECBE7290F0BEADB0
 {
  unsigned __int8 Flags;
  $2D6BB96A4F8EB955D6C42C9865527B80 __s1;
 };

 /* 1968 */
 struct _DEBUG_DEVICE_DESCRIPTOR
 {
  unsigned int Bus;
  unsigned int Slot;
  unsigned __int16 Segment;
  unsigned __int16 VendorID;
  unsigned __int16 DeviceID;
  unsigned __int8 BaseClass;
  unsigned __int8 SubClass;
  unsigned __int8 ProgIf;
  $8530234DAA0EBB78ECBE7290F0BEADB0 ___u8;
  unsigned __int8 Initialized;
  unsigned __int8 Configured;
  DEBUG_DEVICE_ADDRESS BaseAddress[6];
  DEBUG_MEMORY_REQUIREMENTS Memory;
  unsigned int Dbg2TableIndex;
  unsigned __int16 PortType;
  unsigned __int16 PortSubtype;
  void *OemData;
  unsigned int OemDataLength;
  KD_NAMESPACE_ENUM NameSpace;
  wchar_t *NameSpacePath;
  unsigned int NameSpacePathLength;
  unsigned int TransportType;
  _DEBUG_TRANSPORT_DATA TransportData;
 };

 /* 1969 */
 struct _CONFIGURATION_COMPONENT_DATA
 {
  _CONFIGURATION_COMPONENT_DATA *Parent;
  _CONFIGURATION_COMPONENT_DATA *Child;
  _CONFIGURATION_COMPONENT_DATA *Sibling;
  _CONFIGURATION_COMPONENT ComponentEntry;
  void *ConfigurationData;
 };

 /* 1970 */
 struct _DEVICE_FLAGS
 {
  unsigned __int32 Failed : 1;
  unsigned __int32 ReadOnly : 1;
  unsigned __int32 Removable : 1;
  unsigned __int32 ConsoleIn : 1;
  unsigned __int32 ConsoleOut : 1;
  unsigned __int32 Input : 1;
  unsigned __int32 Output : 1;
 };

 /* 1971 */
 struct $4970A2989658C82124185AB14622DB7F
 {
  unsigned __int16 Group;
  unsigned __int16 GroupIndex;
 };

 /* 1972 */
 union $EEC51B03BAB44022FD9A8F057834ACF3
 {
  unsigned int AffinityMask;
  $4970A2989658C82124185AB14622DB7F __s1;
 };

 /* 1973 */
 struct _CONFIGURATION_COMPONENT
 {
  _CONFIGURATION_CLASS Class;
  _CONFIGURATION_TYPE Type;
  _DEVICE_FLAGS Flags;
  unsigned __int16 Version;
  unsigned __int16 Revision;
  unsigned int Key;
  $EEC51B03BAB44022FD9A8F057834ACF3 ___u6;
  unsigned int ConfigurationDataLength;
  unsigned int IdentifierLength;
  char *Identifier;
 };

 /* 1974 */
 struct _NLS_DATA_BLOCK
 {
  void *AnsiCodePageData;
  void *OemCodePageData;
  void *UnicodeCaseTableData;
 };

 /* 1975 */
 struct _ARC_DISK_INFORMATION
 {
  _LIST_ENTRY DiskSignatures;
 };

 /* 1976 */
 struct _PROFILE_PARAMETER_BLOCK
 {
  unsigned __int16 Status;
  unsigned __int16 Reserved;
  unsigned __int16 DockingState;
  unsigned __int16 Capabilities;
  unsigned int DockID;
  unsigned int SerialNumber;
 };

 /* 1977 */
 struct __declspec(align(4)) _HEADLESS_LOADER_BLOCK
 {
  unsigned __int8 UsedBiosSettings;
  unsigned __int8 DataBits;
  unsigned __int8 StopBits;
  unsigned __int8 Parity;
  unsigned int BaudRate;
  unsigned int PortNumber;
  unsigned __int8 *PortAddress;
  unsigned __int16 PciDeviceId;
  unsigned __int16 PciVendorId;
  unsigned __int8 PciBusNumber;
  unsigned __int16 PciBusSegment;
  unsigned __int8 PciSlotNumber;
  unsigned __int8 PciFunctionNumber;
  unsigned int PciFlags;
  _GUID SystemGUID;
  unsigned __int8 IsMMIODevice;
  unsigned __int8 TerminalType;
  unsigned __int8 InterfaceType;
  unsigned __int8 RegisterBitWidth;
  unsigned __int8 RegisterAccessSize;
 };

 /* 1978 */
 struct _SMBIOS3_TABLE_HEADER
 {
  unsigned __int8 Signature[5];
  unsigned __int8 Checksum;
  unsigned __int8 Length;
  unsigned __int8 MajorVersion;
  unsigned __int8 MinorVersion;
  unsigned __int8 Docrev;
  unsigned __int8 EntryPointRevision;
  unsigned __int8 Reserved;
  unsigned int StructureTableMaximumSize;
  unsigned __int64 StructureTableAddress;
 };

 /* 1979 */
 struct __declspec(align(8)) _NETWORK_LOADER_BLOCK
 {
  unsigned __int8 *DHCPServerACK;
  unsigned int DHCPServerACKLength;
  unsigned __int8 *BootServerReplyPacket;
  unsigned int BootServerReplyPacketLength;
 };

 /* 1980 */
 struct _LOADER_PERFORMANCE_DATA
 {
  unsigned __int64 StartTime;
  unsigned __int64 EndTime;
  unsigned __int64 PreloadEndTime;
  unsigned __int64 TcbLoaderStartTime;
  unsigned __int64 LoadHypervisorTime;
  unsigned __int64 LaunchHypervisorTime;
  unsigned __int64 LoadVsmTime;
  unsigned __int64 LaunchVsmTime;
  unsigned __int64 ExecuteTransitionStartTime;
  unsigned __int64 ExecuteTransitionEndTime;
  unsigned __int64 LoadDriversTime;
  unsigned __int64 CleanupVsmTime;
 };

 /* 1981 */
 struct __declspec(align(8)) _BOOT_ENTROPY_SOURCE_LDR_RESULT
 {
  _BOOT_ENTROPY_SOURCE_ID SourceId;
  unsigned __int64 Policy;
  _BOOT_ENTROPY_SOURCE_RESULT_CODE ResultCode;
  int ResultStatus;
  unsigned __int64 Time;
  unsigned int EntropyLength;
  unsigned __int8 EntropyData[64];
 };

 /* 1982 */
 struct _BOOT_ENTROPY_LDR_RESULT
 {
  unsigned int maxEntropySources;
  _BOOT_ENTROPY_SOURCE_LDR_RESULT EntropySourceResult[10];
  unsigned __int8 SeedBytesForCng[48];
  unsigned __int8 RngBytesForNtoskrnl[1024];
  unsigned __int8 KdEntropy[32];
 };

 /* 1983 */
 struct _LOADER_PARAMETER_HYPERVISOR_EXTENSION
 {
  unsigned int InitialHypervisorCrashdumpAreaPageCount;
  unsigned int HypervisorCrashdumpAreaPageCount;
  unsigned __int64 InitialHypervisorCrashdumpAreaSpa;
  unsigned __int64 HypervisorCrashdumpAreaSpa;
  unsigned __int64 HypervisorLaunchStatus;
  unsigned __int64 HypervisorLaunchStatusArg1;
  unsigned __int64 HypervisorLaunchStatusArg2;
  unsigned __int64 HypervisorLaunchStatusArg3;
  unsigned __int64 HypervisorLaunchStatusArg4;
 };

 /* 1984 */
 struct _LOADER_BUGCHECK_PARAMETERS
 {
  unsigned int BugcheckCode;
  unsigned __int64 BugcheckParameter1;
  unsigned __int64 BugcheckParameter2;
  unsigned __int64 BugcheckParameter3;
  unsigned __int64 BugcheckParameter4;
 };

 /* 1985 */
 struct __declspec(align(8)) _OFFLINE_CRASHDUMP_CONFIGURATION_TABLE_V2
 {
  unsigned int Version;
  unsigned int AbnormalResetOccurred;
  unsigned int OfflineMemoryDumpCapable;
  _LARGE_INTEGER ResetDataAddress;
  unsigned int ResetDataSize;
 };

 /* 1986 */
 struct __declspec(align(8)) _LOADER_PARAMETER_CI_EXTENSION
 {
  unsigned int CodeIntegrityOptions;
  unsigned __int32 UpgradeInProgress : 1;
  unsigned __int32 IsWinPE : 1;
  unsigned __int32 CustomKernelSignersAllowed : 1;
  unsigned __int32 StateSeparationEnabled : 1;
  unsigned __int32 Reserved : 28;
  _LARGE_INTEGER WhqlEnforcementDate;
  unsigned int RevocationListOffset;
  unsigned int RevocationListSize;
  unsigned int CodeIntegrityPolicyOffset;
  unsigned int CodeIntegrityPolicySize;
  unsigned int CodeIntegrityPolicyHashOffset;
  unsigned int CodeIntegrityPolicyHashSize;
  unsigned int CodeIntegrityPolicyOriginalHashOffset;
  unsigned int CodeIntegrityPolicyOriginalHashSize;
  int WeakCryptoPolicyLoadStatus;
  unsigned int WeakCryptoPolicyOffset;
  unsigned int WeakCryptoPolicySize;
  unsigned int SecureBootPolicyOffset;
  unsigned int SecureBootPolicySize;
  unsigned int Reserved2;
  unsigned __int8 SerializedData[1];
 };

 /* 1987 */
 struct _LOADER_HIVE_RECOVERY_INFO
 {
  unsigned __int32 Recovered : 1;
  unsigned __int32 LegacyRecovery : 1;
  unsigned __int32 SoftRebootConflict : 1;
  unsigned __int32 MostRecentLog : 3;
  unsigned __int32 Spare : 27;
  unsigned int LogNextSequence;
  unsigned int LogMinimumSequence;
  unsigned int LogCurrentOffset;
 };

 /* 1988 */
 struct _LOADER_RESET_REASON
 {
  unsigned __int8 Supplied;
  union
  {
    struct
    {
      unsigned __int8 Pch;
      unsigned __int8 EmbeddedController;
      unsigned __int8 Reserved[6];
    } Component;
    unsigned __int64 AsULONG64;
    unsigned __int8 AsBytes[8];
  } Basic;
  unsigned int AdditionalInfo[8];
 };

 /* 1989 */
 struct _VSM_PERFORMANCE_DATA
 {
  unsigned __int64 LaunchVsmMark[8];
 };

 /* 1990 */
 struct _NUMA_MEMORY_RANGE
 {
  unsigned int ProximityId;
  unsigned __int64 BasePage;
  unsigned __int64 EndPage;
 };

 /* 1991 */
 struct $8A27A29B754102E40EB909B696CD4B35
 {
  unsigned __int32 LkgSupported : 1;
  unsigned __int32 FinalBootBeforeRecovery : 1;
  unsigned __int32 ConfigurationComparisonAttempted : 1;
  unsigned __int32 CurrentConfigurationLoadAttempted : 1;
  unsigned __int32 LkgConfigurationLoadAttempted : 1;
  unsigned __int32 UsageSubscriptionLoadAttempted : 1;
  unsigned __int32 Spare : 26;
 };

 /* 1992 */
 struct _LOADER_FEATURE_CONFIGURATION_DIAGNOSTIC_INFORMATION
 {
  unsigned __int8 OriginalBootStatus;
  unsigned __int8 NewBootStatus;
  unsigned __int8 ConfigurationLoaded;
  unsigned __int8 Spare;
  union
  {
    unsigned int AllFlags;
    $8A27A29B754102E40EB909B696CD4B35 __s1;
  } Flags;
  int ConfigurationComparisonStatus;
  int CurrentConfigurationLoadStatus;
  int LkgConfigurationLoadStatus;
  int UsageSubscriptionLoadStatus;
 };

 /* 1993 */
 struct _LOADER_FEATURE_CONFIGURATION_INFORMATION
 {
  void *FeatureConfigurationBuffer;
  unsigned __int64 FeatureConfigurationBufferSize;
  void *UsageSubscriptionBuffer;
  unsigned __int64 UsageSubscriptionBufferSize;
  void *DelayedUsageReportBuffer;
  unsigned __int64 DelayedUsageReportBufferSize;
  _LOADER_FEATURE_CONFIGURATION_DIAGNOSTIC_INFORMATION DiagnosticInformation;
 };

 /* 1994 */
 struct $5C1B8AC18B3B7AEEFF657DFE5FCD94FE
 {
  unsigned __int64 DbgMenuOsSelection : 1;
  unsigned __int64 DbgHiberBoot : 1;
  unsigned __int64 DbgSoftRestart : 1;
  unsigned __int64 DbgMeasuredLaunch : 1;
 };

 /* 1995 */
 union $3A3400EE7874993614D0E4FCD9DDC7D8
 {
  unsigned __int64 BootFlags;
  $5C1B8AC18B3B7AEEFF657DFE5FCD94FE __s1;
 };

 /* 1996 */
 struct $2E92F7B6F2D65B16D9BAE67C1C51076A
 {
  unsigned __int64 DbgUtcBootTime : 1;
  unsigned __int64 DbgRtcBootTime : 1;
  unsigned __int64 DbgNoLegacyServices : 1;
 };

 /* 1997 */
 union $6E8ACC775B852F022661DEA58CAA29AD
 {
  unsigned __int64 InternalBootFlags;
  $2E92F7B6F2D65B16D9BAE67C1C51076A __s1;
 };

 /* 1998 */
 struct _LOADER_PARAMETER_EXTENSION
 {
  unsigned int Size;
  _PROFILE_PARAMETER_BLOCK Profile;
  void *EmInfFileImage;
  unsigned int EmInfFileSize;
  void *TriageDumpBlock;
  _HEADLESS_LOADER_BLOCK *HeadlessLoaderBlock;
  _SMBIOS3_TABLE_HEADER *SMBiosEPSHeader;
  void *DrvDBImage;
  unsigned int DrvDBSize;
  void *DrvDBPatchImage;
  unsigned int DrvDBPatchSize;
  _NETWORK_LOADER_BLOCK *NetworkLoaderBlock;
  _LIST_ENTRY FirmwareDescriptorListHead;
  void *AcpiTable;
  unsigned int AcpiTableSize;
  unsigned __int32 LastBootSucceeded : 1;
  unsigned __int32 LastBootShutdown : 1;
  unsigned __int32 IoPortAccessSupported : 1;
  unsigned __int32 BootDebuggerActive : 1;
  unsigned __int32 StrongCodeGuarantees : 1;
  unsigned __int32 HardStrongCodeGuarantees : 1;
  unsigned __int32 SidSharingDisabled : 1;
  unsigned __int32 TpmInitialized : 1;
  unsigned __int32 VsmConfigured : 1;
  unsigned __int32 IumEnabled : 1;
  unsigned __int32 IsSmbboot : 1;
  unsigned __int32 BootLogEnabled : 1;
  unsigned __int32 DriverVerifierEnabled : 1;
  unsigned __int32 SuppressMonitorX : 1;
  unsigned __int32 KernelCetEnabled : 1;
  unsigned __int32 SuppressSmap : 1;
  unsigned __int32 Unused : 5;
  unsigned __int32 FeatureSimulations : 6;
  unsigned __int32 MicrocodeSelfHosting : 1;
  unsigned __int32 XhciLegacyHandoffSkip : 1;
  unsigned __int32 DisableInsiderOptInHVCI : 1;
  unsigned __int32 MicrocodeMinVerSupported : 1;
  unsigned __int32 GpuIommuEnabled : 1;
  _LOADER_PERFORMANCE_DATA LoaderPerformanceData;
  _LIST_ENTRY BootApplicationPersistentData;
  void *WmdTestResult;
  _GUID BootIdentifier;
  unsigned int ResumePages;
  void *DumpHeader;
  void *BgContext;
  void *NumaLocalityInfo;
  void *NumaGroupAssignment;
  _LIST_ENTRY AttachedHives;
  unsigned int MemoryCachingRequirementsCount;
  void *MemoryCachingRequirements;
  _BOOT_ENTROPY_LDR_RESULT BootEntropyResult;
  unsigned __int64 ProcessorCounterFrequency;
  _LOADER_PARAMETER_HYPERVISOR_EXTENSION HypervisorExtension;
  _GUID HardwareConfigurationId;
  _LIST_ENTRY HalExtensionModuleList;
  _LARGE_INTEGER SystemTime;
  unsigned __int64 TimeStampAtSystemTimeRead;
  $3A3400EE7874993614D0E4FCD9DDC7D8 ___u57;
  $6E8ACC775B852F022661DEA58CAA29AD ___u58;
  void *WfsFPData;
  unsigned int WfsFPDataSize;
  _LOADER_BUGCHECK_PARAMETERS BugcheckParameters;
  void *ApiSetSchema;
  unsigned int ApiSetSchemaSize;
  _LIST_ENTRY ApiSetSchemaExtensions;
  _UNICODE_STRING AcpiBiosVersion;
  _UNICODE_STRING SmbiosVersion;
  _UNICODE_STRING EfiVersion;
  _DEBUG_DEVICE_DESCRIPTOR *KdDebugDevice;
  _OFFLINE_CRASHDUMP_CONFIGURATION_TABLE_V2 OfflineCrashdumpConfigurationTable;
  _UNICODE_STRING ManufacturingProfile;
  void *BbtBuffer;
  unsigned __int64 XsaveAllowedFeatures;
  unsigned int XsaveFlags;
  void *BootOptions;
  unsigned int IumEnablement;
  unsigned int IumPolicy;
  int IumStatus;
  unsigned int BootId;
  _LOADER_PARAMETER_CI_EXTENSION *CodeIntegrityData;
  unsigned int CodeIntegrityDataSize;
  _LOADER_HIVE_RECOVERY_INFO SystemHiveRecoveryInfo;
  unsigned int SoftRestartCount;
  __int64 SoftRestartTime;
  void *HypercallCodeVa;
  void *HalVirtualAddress;
  unsigned __int64 HalNumberOfBytes;
  _LEAP_SECOND_DATA *LeapSecondData;
  unsigned int MajorRelease;
  unsigned int Reserved1;
  char NtBuildLab[224];
  char NtBuildLabEx[224];
  _LOADER_RESET_REASON ResetReason;
  unsigned int MaxPciBusNumber;
  unsigned int FeatureSettings;
  unsigned int HotPatchReserveSize;
  unsigned int RetpolineReserveSize;
  struct
  {
    void *CodeBase;
    unsigned __int64 CodeSize;
  } MiniExecutive;
  _VSM_PERFORMANCE_DATA VsmPerformanceData;
  _NUMA_MEMORY_RANGE *NumaMemoryRanges;
  unsigned int NumaMemoryRangeCount;
  unsigned int IommuFaultPolicy;
  _LOADER_FEATURE_CONFIGURATION_INFORMATION FeatureConfigurationInformation;
 };

 /* 1999 */
 struct _I386_LOADER_BLOCK
 {
  void *CommonDataArea;
  unsigned int MachineType;
  unsigned int VirtualBias;
 };

 /* 2000 */
 struct _ARM_LOADER_BLOCK
 {
  unsigned int PlaceHolder;
 };

 /* 2001 */
 struct _VIRTUAL_EFI_RUNTIME_SERVICES
 {
  unsigned __int64 GetTime;
  unsigned __int64 SetTime;
  unsigned __int64 GetWakeupTime;
  unsigned __int64 SetWakeupTime;
  unsigned __int64 SetVirtualAddressMap;
  unsigned __int64 ConvertPointer;
  unsigned __int64 GetVariable;
  unsigned __int64 GetNextVariableName;
  unsigned __int64 SetVariable;
  unsigned __int64 GetNextHighMonotonicCount;
  unsigned __int64 ResetSystem;
  unsigned __int64 UpdateCapsule;
  unsigned __int64 QueryCapsuleCapabilities;
  unsigned __int64 QueryVariableInfo;
 };

 /* 2002 */
 struct _EFI_FIRMWARE_INFORMATION
 {
  unsigned int FirmwareVersion;
  _VIRTUAL_EFI_RUNTIME_SERVICES *VirtualEfiRuntimeServices;
  int SetVirtualAddressMapStatus;
  unsigned int MissedMappingsCount;
  _LIST_ENTRY FirmwareResourceList;
  void *EfiMemoryMap;
  unsigned int EfiMemoryMapSize;
  unsigned int EfiMemoryMapDescriptorSize;
 };

 /* 2003 */
 struct _PCAT_FIRMWARE_INFORMATION
 {
  unsigned int PlaceHolder;
 };

 /* 2004 */
 struct _FIRMWARE_INFORMATION_LOADER_BLOCK
 {
  unsigned __int32 FirmwareTypeUefi : 1;
  unsigned __int32 EfiRuntimeUseIum : 1;
  unsigned __int32 EfiRuntimePageProtectionSupported : 1;
  unsigned __int32 Reserved : 29;
  union
  {
    _EFI_FIRMWARE_INFORMATION EfiInformation;
    _PCAT_FIRMWARE_INFORMATION PcatInformation;
  } u;
 };

 /* 2005 */
 struct _LOADER_PARAMETER_BLOCK
 {
  unsigned int OsMajorVersion;
  unsigned int OsMinorVersion;
  unsigned int Size;
  unsigned int OsLoaderSecurityVersion;
  _LIST_ENTRY LoadOrderListHead;
  _LIST_ENTRY MemoryDescriptorListHead;
  _LIST_ENTRY BootDriverListHead;
  _LIST_ENTRY EarlyLaunchListHead;
  _LIST_ENTRY CoreDriverListHead;
  _LIST_ENTRY CoreExtensionsDriverListHead;
  _LIST_ENTRY TpmCoreDriverListHead;
  unsigned __int64 KernelStack;
  unsigned __int64 Prcb;
  unsigned __int64 Process;
  unsigned __int64 Thread;
  unsigned int KernelStackSize;
  unsigned int RegistryLength;
  void *RegistryBase;
  _CONFIGURATION_COMPONENT_DATA *ConfigurationRoot;
  char *ArcBootDeviceName;
  char *ArcHalDeviceName;
  char *NtBootPathName;
  char *NtHalPathName;
  char *LoadOptions;
  _NLS_DATA_BLOCK *NlsData;
  _ARC_DISK_INFORMATION *ArcDiskInformation;
  _LOADER_PARAMETER_EXTENSION *Extension;
  union
  {
    _I386_LOADER_BLOCK I386;
    _ARM_LOADER_BLOCK Arm;
  } u;
  _FIRMWARE_INFORMATION_LOADER_BLOCK FirmwareInformation;
  char *OsBootstatPathName;
  char *ArcOSDataDeviceName;
  char *ArcWindowsSysPartName;
 };

 /* 2006 */
 struct _INTERRUPT_REMAPPING_INFO
 {
  unsigned __int32 IrtIndex : 30;
  unsigned __int32 FlagHalInternal : 1;
  unsigned __int32 FlagTranslated : 1;
  union
  {
    struct
    {
      unsigned int MessageAddressHigh;
      unsigned int MessageAddressLow;
      unsigned __int16 MessageData;
      unsigned __int16 Reserved;
    } Msi;
  } u;
 };

 /* 2007 */
 struct _PNP_REPLACE_PROCESSOR_LIST
 {
  unsigned __int64 *Affinity;
  unsigned int GroupCount;
  unsigned int AllocatedCount;
  unsigned int Count;
  unsigned int ApicIds[1];
 };

 /* 2008 */
 struct _HAL_DP_REPLACE_PARAMETERS
 {
  unsigned int Flags;
  _PNP_REPLACE_PROCESSOR_LIST *TargetProcessors;
  _PNP_REPLACE_PROCESSOR_LIST *SpareProcessors;
 };

 /* 2009 */
 struct __declspec(align(8)) _HAL_LOG_REGISTER_CONTEXT
 {
  void (__fastcall *LogRoutine)(unsigned int, void *, unsigned int);
  unsigned int Flag;
 };

 /* 2010 */
 struct _INTERRUPT_HT_INTR_INFO
 {
  union
  {
    struct
    {
      unsigned __int32 Mask : 1;
      unsigned __int32 Polarity : 1;
      unsigned __int32 MessageType : 3;
      unsigned __int32 RequestEOI : 1;
      unsigned __int32 DestinationMode : 1;
      unsigned __int32 MessageType3 : 1;
      unsigned __int32 Destination : 8;
      unsigned __int32 Vector : 8;
      unsigned __int32 ExtendedAddress : 8;
    } bits;
    unsigned int AsULONG;
  } LowPart;
  union
  {
    struct
    {
      unsigned __int32 ExtendedDestination : 24;
      unsigned __int32 Reserved : 6;
      unsigned __int32 PassPW : 1;
      unsigned __int32 WaitingForEOI : 1;
    } bits;
    unsigned int AsULONG;
  } HighPart;
 };

 /* 2011 */
 union $46A178D5596A4DB3C9D9B61B1BE3A9F6
 {
  struct __declspec(align(8))
  {
    _LARGE_INTEGER Address;
    unsigned int DataPayload;
  } XapicMessage;
  struct
  {
    _INTERRUPT_HT_INTR_INFO IntrInfo;
  } Hypertransport;
  struct __declspec(align(8))
  {
    _LARGE_INTEGER Address;
    unsigned int DataPayload;
  } GenericMessage;
  struct
  {
    HAL_APIC_DESTINATION_MODE DestinationMode;
  } MessageRequest;
 };

 /* 2012 */
 struct _INTERRUPT_VECTOR_DATA
 {
  INTERRUPT_CONNECTION_TYPE Type;
  unsigned int Vector;
  unsigned __int8 Irql;
  _KINTERRUPT_POLARITY Polarity;
  _KINTERRUPT_MODE Mode;
  _GROUP_AFFINITY TargetProcessors;
  _INTERRUPT_REMAPPING_INFO IntRemapInfo;
  struct
  {
    unsigned int Gsiv;
    unsigned __int32 WakeInterrupt : 1;
    unsigned __int32 ReservedFlags : 31;
  } ControllerInput;
  unsigned __int64 HvDeviceId;
  $46A178D5596A4DB3C9D9B61B1BE3A9F6 ___u9;
 };

 /* 2013 */
 union $EC315ABD7E20D5AEB7A0A78C20A034E6
 {
  struct
  {
    unsigned __int8 Bus;
    unsigned __int8 Device;
    unsigned __int8 Function;
    unsigned __int8 Reserved;
  } DeviceRid;
  struct
  {
    unsigned __int8 Bus;
    unsigned __int8 Device;
    unsigned __int8 Function;
    unsigned __int8 Reserved;
  } BridgeRid;
  struct
  {
    unsigned __int8 SecondaryBus;
    unsigned __int8 SubordinateBus;
  } MultipleBridges;
 };

 /* 2014 */
 struct _PCI_BUSMASTER_DESCRIPTOR
 {
  _PCI_BUSMASTER_RID_TYPE Type;
  unsigned int Segment;
  $EC315ABD7E20D5AEB7A0A78C20A034E6 ___u2;
 };

 /* 2015 */
 struct $CD994C3FF3E5D4DE5EC82411FC2DA76F
 {
  unsigned __int16 SecondaryInterrupt : 1;
  unsigned __int16 Reserved : 15;
 };

 /* 2016 */
 union _HAL_UNMASKED_INTERRUPT_FLAGS
 {
  $CD994C3FF3E5D4DE5EC82411FC2DA76F __s0;
  unsigned __int16 AsUSHORT;
 };

 /* 2017 */
 struct _HAL_UNMASKED_INTERRUPT_INFORMATION
 {
  unsigned __int16 Version;
  unsigned __int16 Size;
  _HAL_UNMASKED_INTERRUPT_FLAGS Flags;
  _KINTERRUPT_MODE Mode;
  _KINTERRUPT_POLARITY Polarity;
  unsigned int Gsiv;
  unsigned __int16 PinNumber;
  void *DeviceHandle;
 };

 /* 2018 */
 struct $9405DB8AEE5CB251F86252A36E83EF7E
 {
  unsigned __int8 AlwaysOnTimer : 1;
  unsigned __int8 HighLatency : 1;
  unsigned __int8 PerCpuTimer : 1;
  unsigned __int8 DynamicTickSupported : 1;
 };

 /* 2019 */
 union $8A16D55AC7BAD3B0521A94F380E98D29
 {
  unsigned __int8 Flags;
  $9405DB8AEE5CB251F86252A36E83EF7E __s1;
 };

 /* 2020 */
 struct __declspec(align(8)) _HAL_CLOCK_TIMER_CONFIGURATION
 {
  $8A16D55AC7BAD3B0521A94F380E98D29 ___u0;
  unsigned int KnownType;
  unsigned int Capabilities;
  unsigned __int64 MaxIncrement;
  unsigned int MinIncrement;
 };

 /* 2021 */
 struct $49ADA9DBE6521F901902FE3B2C51D668
 {
  unsigned __int32 AtsCapability : 1;
  unsigned __int32 PriCapability : 1;
  unsigned __int32 PasidCapability : 1;
 };

 /* 2022 */
 struct $6CD8A9C2D6B59BA4BDD93C151EC8C92A
 {
  unsigned int AsULONG;
  struct
  {
    unsigned __int32 PasidMaxWidth : 5;
    unsigned __int32 PasidExePerm : 1;
    unsigned __int32 PasidPrivMode : 1;
    unsigned __int32 AtsPageAlignedRequest : 1;
    unsigned __int32 AtsGlobalInvalidate : 1;
    unsigned __int32 AtsInvalidateQueueDepth : 5;
  } CapReg;
  unsigned __int32 Rsvd : 15;
 };

 /* 2023 */
 union _IOMMU_SVM_CAPABILITIES
 {
  $49ADA9DBE6521F901902FE3B2C51D668 __s0;
  $6CD8A9C2D6B59BA4BDD93C151EC8C92A __s1;
 };

 /* 2024 */
 struct _HAL_IOMMU_DISPATCH
 {
  unsigned __int8 (__fastcall *HalIommuSupportEnabled)();
  int (__fastcall *HalIommuGetConfiguration)(unsigned int, unsigned int *, unsigned int *, void **);
  int (__fastcall *HalIommuGetLibraryContext)(unsigned int, unsigned int, void **);
  int (__fastcall *HalIommuMapDevice)(void *, _EXT_IOMMU_DEVICE_ID *, _IOMMU_SVM_CAPABILITIES *, void **);
  int (__fastcall *HalIommuEnableDevicePasid)(void *, void *);
  int (__fastcall *HalIommuSetAddressSpace)(void *, unsigned __int64);
  int (__fastcall *HalIommuDisableDevicePasid)(void *, void *);
  int (__fastcall *HalIommuUnmapDevice)(void *, void *);
  int (__fastcall *HalIommuFreeLibraryContext)(void *);
  void (__fastcall *HalIommuFlushTb)(void *, unsigned int, _KTB_FLUSH_VA *);
  void (__fastcall *HalIommuFlushAllPasid)(void *, unsigned int, _KTB_FLUSH_VA *);
  unsigned __int8 (__fastcall *HalIommuProcessPageRequestQueue)(unsigned int);
  void (__fastcall *HalIommuFaultRoutine)(unsigned int);
  void *(__fastcall *HalIommuReferenceAsid)(unsigned int);
  void (__fastcall *HalIommuDereferenceAsid)(unsigned int);
  int (__fastcall *HalIommuServicePageFault)(unsigned __int64, void *, unsigned int);
  int (__fastcall *HalIommuDevicePowerChange)(void *, void *, unsigned __int8);
  int (__fastcall *HalIommuBeginDeviceReset)(void *, unsigned int *);
  int (__fastcall *HalIommuFinalizeDeviceReset)(void *);
 };

 /* 2027 */
 struct _ISRDPCSTATS_SEQUENCE
 {
  unsigned int SequenceNumber;
  unsigned __int64 IsrTime;
  unsigned __int64 IsrCount;
  unsigned __int64 DpcTime;
  unsigned __int64 DpcCount;
 };

 /* 2028 */
 struct _ISRDPCSTATS
 {
  unsigned __int64 IsrTime;
  unsigned __int64 IsrTimeStart;
  unsigned __int64 IsrCount;
  unsigned __int64 DpcTime;
  unsigned __int64 DpcTimeStart;
  unsigned __int64 DpcCount;
  unsigned __int8 IsrActive;
  unsigned __int8 Reserved[7];
  _ISRDPCSTATS_SEQUENCE DpcWatchdog;
 };

 /* 2025 */
 struct _KINTERRUPT
 {
  __int16 Type;
  __int16 Size;
  _LIST_ENTRY InterruptListEntry;
  unsigned __int8 (__fastcall *ServiceRoutine)(_KINTERRUPT *, void *);
  unsigned __int8 (__fastcall *MessageServiceRoutine)(_KINTERRUPT *, void *, unsigned int);
  unsigned int MessageIndex;
  void *ServiceContext;
  unsigned __int64 SpinLock;
  unsigned int TickCount;
  unsigned __int64 *ActualLock;
  void (__fastcall *DispatchAddress)();
  unsigned int Vector;
  unsigned __int8 Irql;
  unsigned __int8 SynchronizeIrql;
  unsigned __int8 FloatingSave;
  unsigned __int8 Connected;
  unsigned int Number;
  unsigned __int8 ShareVector;
  unsigned __int8 EmulateActiveBoth;
  unsigned __int16 ActiveCount;
  int InternalState;
  _KINTERRUPT_MODE Mode;
  _KINTERRUPT_POLARITY Polarity;
  unsigned int ServiceCount;
  unsigned int DispatchCount;
  _KEVENT *PassiveEvent;
  _KTRAP_FRAME *TrapFrame;
  void *DisconnectData;
  _KTHREAD *volatile ServiceThread;
  _INTERRUPT_CONNECTION_DATA *ConnectionData;
  void *IntTrackEntry;
  _ISRDPCSTATS IsrDpcStats;
  void *RedirectObject;
  void *PhysicalDeviceObject;
 };

 /* 2026 */
 struct _INTERRUPT_CONNECTION_DATA
 {
  unsigned int Count;
  _INTERRUPT_VECTOR_DATA Vectors[1];
 };

 /* 2029 */
 struct _HAL_LBR_ENTRY
 {
  void *FromAddress;
  void *ToAddress;
  void *Reserved;
 };

 /* 2030 */
 struct _INPUT_MAPPING_ELEMENT
 {
  unsigned int InputMappingId;
 };

 /* 2031 */
 struct _FAULT_INFORMATION_ARM64_FLAGS
 {
  unsigned __int32 WriteNotRead : 1;
  unsigned __int32 InstructionNotData : 1;
  unsigned __int32 Privileged : 1;
  unsigned __int32 FaultAddressValid : 1;
  unsigned __int32 Reserved : 28;
 };

 /* 2032 */
 struct _FAULT_INFORMATION_ARM64
 {
  void *DomainHandle;
  void *FaultAddress;
  _DEVICE_OBJECT *PhysicalDeviceObject;
  unsigned int InputMappingId;
  _FAULT_INFORMATION_ARM64_FLAGS Flags;
  _FAULT_INFORMATION_ARM64_TYPE Type;
  unsigned __int64 IommuBaseAddress;
 };

 /* 2033 */
 struct _FAULT_INFORMATION_X64_FLAGS
 {
  unsigned __int32 FaultAddressValid : 1;
  unsigned __int32 Reserved : 31;
 };

 /* 2034 */
 struct __declspec(align(8)) _FAULT_INFORMATION_X64
 {
  void *DomainHandle;
  void *FaultAddress;
  _FAULT_INFORMATION_X64_FLAGS Flags;
  _FAULT_INFORMATION_ARM64_TYPE Type;
  unsigned __int64 IommuBaseAddress;
  unsigned int PciSegment;
 };

 /* 2035 */
 union $621EDE3EA62729B6D15088689BDB97F0
 {
  _FAULT_INFORMATION_ARM64 Arm64;
  _FAULT_INFORMATION_X64 X64;
 };

 /* 2036 */
 struct _FAULT_INFORMATION
 {
  _FAULT_INFORMATION_ARCH Type;
  unsigned __int8 IsStage1;
  $621EDE3EA62729B6D15088689BDB97F0 ___u2;
 };

 /* 2037 */
 struct _DEVICE_FAULT_CONFIGURATION
 {
  void (__fastcall *FaultHandler)(void *, _FAULT_INFORMATION *);
  void *FaultContext;
 };

 /* 2038 */
 struct __declspec(align(8)) _DOMAIN_CONFIGURATION_ARM64
 {
  _LARGE_INTEGER Ttbr0;
  _LARGE_INTEGER Ttbr1;
  unsigned int Mair0;
  unsigned int Mair1;
  unsigned __int8 InputSize0;
  unsigned __int8 InputSize1;
  unsigned __int8 CoherentTableWalks;
  unsigned __int8 TranslationEnabled;
 };

 /* 2039 */
 struct _DOMAIN_CONFIGURATION
 {
  _DOMAIN_CONFIGURATION_ARCH Type;
  _DOMAIN_CONFIGURATION_ARM64 Arm64;
 };

 /* 2040 */
 struct _DMA_IOMMU_INTERFACE
 {
  unsigned int Version;
  int (__fastcall *CreateDomain)(unsigned __int8, struct _IOMMU_DMA_DOMAIN **);
  int (__fastcall *DeleteDomain)(struct _IOMMU_DMA_DOMAIN *);
  int (__fastcall *AttachDevice)(struct _IOMMU_DMA_DOMAIN *, _DEVICE_OBJECT *, unsigned int, unsigned int);
  int (__fastcall *DetachDevice)(struct _IOMMU_DMA_DOMAIN *, _DEVICE_OBJECT *, unsigned int);
  int (__fastcall *FlushDomain)(struct _IOMMU_DMA_DOMAIN *);
  int (__fastcall *FlushDomainByVaList)(struct _IOMMU_DMA_DOMAIN *, unsigned __int8, unsigned int, void *);
  int (__fastcall *QueryInputMappings)(_DEVICE_OBJECT *, _INPUT_MAPPING_ELEMENT *, unsigned int, unsigned int *);
  int (__fastcall *MapLogicalRange)(struct _IOMMU_DMA_DOMAIN *, unsigned int, _MDL *, unsigned __int64);
  int (__fastcall *UnmapLogicalRange)(struct _IOMMU_DMA_DOMAIN *, unsigned __int64, unsigned __int64);
  int (__fastcall *MapIdentityRange)(struct _IOMMU_DMA_DOMAIN *, unsigned int, _MDL *);
  int (__fastcall *UnmapIdentityRange)(struct _IOMMU_DMA_DOMAIN *, _MDL *);
  int (__fastcall *SetDeviceFaultReporting)(_DEVICE_OBJECT *, unsigned int, unsigned __int8, _DEVICE_FAULT_CONFIGURATION *);
  int (__fastcall *ConfigureDomain)(struct _IOMMU_DMA_DOMAIN *, _DOMAIN_CONFIGURATION *);
 };

 /* 2041 */
 struct _HIDDEN_PROCESSOR_POWER_INTERFACE
 {
  unsigned int Version;
  int (__fastcall *ReadPerfMsr)(unsigned int, unsigned int, unsigned __int64 *);
  int (__fastcall *WritePerfMsr)(unsigned int, unsigned int, unsigned __int64, unsigned __int64);
  int (__fastcall *ReadPerfIoPort)(unsigned int, unsigned __int16, unsigned __int16, unsigned int *);
  int (__fastcall *WritePerfIoPort)(unsigned int, unsigned __int16, unsigned __int16, unsigned int, unsigned int);
 };

 /* 2042 */
 struct HAL_PRIVATE_DISPATCH
 {
  unsigned int Version;
  _BUS_HANDLER *(__fastcall *HalHandlerForBus)(_INTERFACE_TYPE, unsigned int);
  _BUS_HANDLER *(__fastcall *HalHandlerForConfigSpace)(_BUS_DATA_TYPE, unsigned int);
  void (__fastcall *HalLocateHiberRanges)(void *);
  int (__fastcall *HalRegisterBusHandler)(_INTERFACE_TYPE, _BUS_DATA_TYPE, unsigned int, _INTERFACE_TYPE, unsigned int, unsigned int, int (__fastcall *)(_BUS_HANDLER *), _BUS_HANDLER **);
  void (__fastcall *HalSetWakeEnable)(unsigned __int8);
  int (__fastcall *HalSetWakeAlarm)(unsigned __int64, unsigned __int64);
  unsigned __int8 (__fastcall *HalPciTranslateBusAddress)(_INTERFACE_TYPE, unsigned int, _LARGE_INTEGER, unsigned int *, _LARGE_INTEGER *);
  int (__fastcall *HalPciAssignSlotResources)(_UNICODE_STRING *, _UNICODE_STRING *, _DRIVER_OBJECT *, _DEVICE_OBJECT *, _INTERFACE_TYPE, unsigned int, unsigned int, _CM_RESOURCE_LIST **);
  void (__fastcall *HalHaltSystem)();
  unsigned __int8 (__fastcall *HalFindBusAddressTranslation)(_LARGE_INTEGER, unsigned int *, _LARGE_INTEGER *, unsigned __int64 *, unsigned __int8);
  unsigned __int8 (__fastcall *HalResetDisplay)();
  int (__fastcall *HalAllocateMapRegisters)(_ADAPTER_OBJECT *, unsigned int, unsigned int, _MAP_REGISTER_ENTRY *);
  int (__fastcall *KdSetupPciDeviceForDebugging)(void *, _DEBUG_DEVICE_DESCRIPTOR *);
  int (__fastcall *KdReleasePciDeviceForDebugging)(_DEBUG_DEVICE_DESCRIPTOR *);
  void *(__fastcall *KdGetAcpiTablePhase0)(_LOADER_PARAMETER_BLOCK *, unsigned int);
  void (__fastcall *KdCheckPowerButton)();
  unsigned __int8 (__fastcall *HalVectorToIDTEntry)(unsigned int);
  void *(__fastcall *KdMapPhysicalMemory64)(_LARGE_INTEGER, unsigned int, unsigned __int8);
  void (__fastcall *KdUnmapVirtualAddress)(void *, unsigned int, unsigned __int8);
  unsigned int (__fastcall *KdGetPciDataByOffset)(unsigned int, unsigned int, void *, unsigned int, unsigned int);
  unsigned int (__fastcall *KdSetPciDataByOffset)(unsigned int, unsigned int, void *, unsigned int, unsigned int);
  unsigned int (__fastcall *HalGetInterruptVectorOverride)(_INTERFACE_TYPE, unsigned int, unsigned int, unsigned int, unsigned __int8 *, unsigned __int64 *);
  int (__fastcall *HalGetVectorInputOverride)(unsigned int, _GROUP_AFFINITY *, unsigned int *, _KINTERRUPT_POLARITY *, _INTERRUPT_REMAPPING_INFO *);
  int (__fastcall *HalLoadMicrocode)(void *);
  int (__fastcall *HalUnloadMicrocode)();
  int (__fastcall *HalPostMicrocodeUpdate)();
  int (__fastcall *HalAllocateMessageTargetOverride)(_DEVICE_OBJECT *, _GROUP_AFFINITY *, unsigned int, _KINTERRUPT_MODE, unsigned __int8, unsigned int *, unsigned __int8 *, unsigned int *);
  void (__fastcall *HalFreeMessageTargetOverride)(_DEVICE_OBJECT *, unsigned int, _GROUP_AFFINITY *);
  int (__fastcall *HalDpReplaceBegin)(_HAL_DP_REPLACE_PARAMETERS *, void **);
  void (__fastcall *HalDpReplaceTarget)(void *);
  int (__fastcall *HalDpReplaceControl)(unsigned int, void *);
  void (__fastcall *HalDpReplaceEnd)(void *);
  void (__fastcall *HalPrepareForBugcheck)(unsigned int);
  unsigned __int8 (__fastcall *HalQueryWakeTime)(unsigned __int64 *, unsigned __int64 *);
  void (__fastcall *HalReportIdleStateUsage)(unsigned __int8, _KAFFINITY_EX *);
  void (__fastcall *HalTscSynchronization)(unsigned __int8, unsigned int *);
  int (__fastcall *HalWheaInitProcessorGenericSection)(_WHEA_ERROR_RECORD_SECTION_DESCRIPTOR *, _WHEA_PROCESSOR_GENERIC_ERROR_SECTION *);
  void (__fastcall *HalStopLegacyUsbInterrupts)(_SYSTEM_POWER_STATE);
  int (__fastcall *HalReadWheaPhysicalMemory)(_LARGE_INTEGER, unsigned int, void *);
  int (__fastcall *HalWriteWheaPhysicalMemory)(_LARGE_INTEGER, unsigned int, void *);
  int (__fastcall *HalDpMaskLevelTriggeredInterrupts)();
  int (__fastcall *HalDpUnmaskLevelTriggeredInterrupts)();
  int (__fastcall *HalDpGetInterruptReplayState)(void *, void **);
  int (__fastcall *HalDpReplayInterrupts)(void *);
  unsigned __int8 (__fastcall *HalQueryIoPortAccessSupported)();
  int (__fastcall *KdSetupIntegratedDeviceForDebugging)(void *, _DEBUG_DEVICE_DESCRIPTOR *);
  int (__fastcall *KdReleaseIntegratedDeviceForDebugging)(_DEBUG_DEVICE_DESCRIPTOR *);
  void (__fastcall *HalGetEnlightenmentInformation)(_HAL_INTEL_ENLIGHTENMENT_INFORMATION *);
  void *(__fastcall *HalAllocateEarlyPages)(_LOADER_PARAMETER_BLOCK *, unsigned int, unsigned __int64 *, unsigned int);
  void *(__fastcall *HalMapEarlyPages)(unsigned __int64, unsigned int, unsigned int);
  void *Dummy1;
  void *Dummy2;
  void (__fastcall *HalNotifyProcessorFreeze)(unsigned __int8, unsigned __int8);
  int (__fastcall *HalPrepareProcessorForIdle)(unsigned int);
  void (__fastcall *HalRegisterLogRoutine)(_HAL_LOG_REGISTER_CONTEXT *);
  void (__fastcall *HalResumeProcessorFromIdle)();
  void *Dummy;
  unsigned int (__fastcall *HalVectorToIDTEntryEx)(unsigned int);
  int (__fastcall *HalSecondaryInterruptQueryPrimaryInformation)(_INTERRUPT_VECTOR_DATA *, unsigned int *);
  int (__fastcall *HalMaskInterrupt)(unsigned int, unsigned int);
  int (__fastcall *HalUnmaskInterrupt)(unsigned int, unsigned int);
  unsigned __int8 (__fastcall *HalIsInterruptTypeSecondary)(unsigned int, unsigned int);
  int (__fastcall *HalAllocateGsivForSecondaryInterrupt)(char *, unsigned __int16, unsigned int *);
  int (__fastcall *HalAddInterruptRemapping)(unsigned int, unsigned int, _PCI_BUSMASTER_DESCRIPTOR *, unsigned __int8, _INTERRUPT_VECTOR_DATA *, unsigned int);
  void (__fastcall *HalRemoveInterruptRemapping)(unsigned int, unsigned int, _PCI_BUSMASTER_DESCRIPTOR *, unsigned __int8, _INTERRUPT_VECTOR_DATA *, unsigned int);
  void (__fastcall *HalSaveAndDisableHvEnlightenment)();
  void (__fastcall *HalRestoreHvEnlightenment)();
  void (__fastcall *HalFlushIoBuffersExternalCache)(_MDL *, unsigned __int8);
  void (__fastcall *HalFlushExternalCache)(unsigned __int8);
  int (__fastcall *HalPciEarlyRestore)(_SYSTEM_POWER_STATE);
  int (__fastcall *HalGetProcessorId)(unsigned int, unsigned int *, unsigned int *);
  int (__fastcall *HalAllocatePmcCounterSet)(unsigned int, _KPROFILE_SOURCE *, unsigned int, struct _HAL_PMC_COUNTERS **);
  void (__fastcall *HalCollectPmcCounters)(struct _HAL_PMC_COUNTERS *, unsigned __int64 *);
  void (__fastcall *HalFreePmcCounterSet)(struct _HAL_PMC_COUNTERS *);
  int (__fastcall *HalProcessorHalt)(unsigned int, void *, int (__fastcall *)(void *));
  unsigned __int64 (__fastcall *HalTimerQueryCycleCounter)(unsigned __int64 *);
  void *Dummy3;
  void (__fastcall *HalPciMarkHiberPhase)();
  int (__fastcall *HalQueryProcessorRestartEntryPoint)(_LARGE_INTEGER *);
  int (__fastcall *HalRequestInterrupt)(unsigned int);
  int (__fastcall *HalEnumerateUnmaskedInterrupts)(unsigned __int8 (__fastcall *)(void *, _HAL_UNMASKED_INTERRUPT_INFORMATION *), void *, _HAL_UNMASKED_INTERRUPT_INFORMATION *);
  void (__fastcall *HalFlushAndInvalidatePageExternalCache)(_LARGE_INTEGER);
  int (__fastcall *KdEnumerateDebuggingDevices)(void *, _DEBUG_DEVICE_DESCRIPTOR *, KD_CALLBACK_ACTION (__fastcall *)(_DEBUG_DEVICE_DESCRIPTOR *));
  void (__fastcall *HalFlushIoRectangleExternalCache)(_MDL *, unsigned int, unsigned int, unsigned int, unsigned int, unsigned __int8);
  void (__fastcall *HalPowerEarlyRestore)(unsigned int);
  int (__fastcall *HalQueryCapsuleCapabilities)(void *, unsigned int, unsigned __int64 *, unsigned int *);
  int (__fastcall *HalUpdateCapsule)(void *, unsigned int, _LARGE_INTEGER);
  unsigned __int8 (__fastcall *HalPciMultiStageResumeCapable)();
  void (__fastcall *HalDmaFreeCrashDumpRegisters)(unsigned int);
  unsigned __int8 (__fastcall *HalAcpiAoacCapable)();
  int (__fastcall *HalInterruptSetDestination)(_INTERRUPT_VECTOR_DATA *, _GROUP_AFFINITY *, unsigned int *);
  void (__fastcall *HalGetClockConfiguration)(_HAL_CLOCK_TIMER_CONFIGURATION *);
  void (__fastcall *HalClockTimerActivate)(unsigned __int8);
  void (__fastcall *HalClockTimerInitialize)();
  void (__fastcall *HalClockTimerStop)();
  int (__fastcall *HalClockTimerArm)(_HAL_CLOCK_TIMER_MODE, unsigned __int64, unsigned __int64 *);
  unsigned __int8 (__fastcall *HalTimerOnlyClockInterruptPending)();
  void *(__fastcall *HalAcpiGetMultiNode)();
  void (__fastcall *(__fastcall *HalPowerSetRebootHandler)(void (__fastcall *)(unsigned int, volatile int *)))(unsigned int, volatile int *);
  void (__fastcall *HalIommuRegisterDispatchTable)(_HAL_IOMMU_DISPATCH *);
  void (__fastcall *HalTimerWatchdogStart)();
  void (__fastcall *HalTimerWatchdogResetCountdown)();
  void (__fastcall *HalTimerWatchdogStop)();
  unsigned __int8 (__fastcall *HalTimerWatchdogGeneratedLastReset)();
  int (__fastcall *HalTimerWatchdogTriggerSystemReset)(unsigned __int8);
  int (__fastcall *HalInterruptVectorDataToGsiv)(_INTERRUPT_VECTOR_DATA *, unsigned int *);
  int (__fastcall *HalInterruptGetHighestPriorityInterrupt)(unsigned int *, unsigned __int8 *);
  int (__fastcall *HalProcessorOn)(unsigned int);
  int (__fastcall *HalProcessorOff)();
  int (__fastcall *HalProcessorFreeze)();
  int (__fastcall *HalDmaLinkDeviceObjectByToken)(unsigned __int64, _DEVICE_OBJECT *);
  int (__fastcall *HalDmaCheckAdapterToken)(unsigned __int64);
  void *Dummy4;
  int (__fastcall *HalTimerConvertPerformanceCounterToAuxiliaryCounter)(unsigned __int64, unsigned __int64 *, unsigned __int64 *);
  int (__fastcall *HalTimerConvertAuxiliaryCounterToPerformanceCounter)(unsigned __int64, unsigned __int64 *, unsigned __int64 *);
  int (__fastcall *HalTimerQueryAuxiliaryCounterFrequency)(unsigned __int64 *);
  int (__fastcall *HalConnectThermalInterrupt)(unsigned __int8 (__fastcall *)(_KINTERRUPT *, void *));
  unsigned __int8 (__fastcall *HalIsEFIRuntimeActive)();
  unsigned __int8 (__fastcall *HalTimerQueryAndResetRtcErrors)(unsigned __int8);
  void (__fastcall *HalAcpiLateRestore)();
  int (__fastcall *KdWatchdogDelayExpiration)(unsigned __int64 *);
  int (__fastcall *HalGetProcessorStats)(_HAL_PROCESSOR_STAT_TYPE, unsigned int, unsigned int, unsigned __int64 *);
  unsigned __int64 (__fastcall *HalTimerWatchdogQueryDueTime)(unsigned __int8);
  int (__fastcall *HalConnectSyntheticInterrupt)(unsigned __int8 (__fastcall *)(_KINTERRUPT *, void *));
  void (__fastcall *HalPreprocessNmi)(unsigned int);
  int (__fastcall *HalEnumerateEnvironmentVariablesWithFilter)(unsigned int, unsigned __int8 (__fastcall *)(const _GUID *, const wchar_t *), void *, unsigned int *);
  int (__fastcall *HalCaptureLastBranchRecordStack)(unsigned int, _HAL_LBR_ENTRY *, unsigned int *);
  unsigned __int8 (__fastcall *HalClearLastBranchRecordStack)();
  int (__fastcall *HalConfigureLastBranchRecord)(unsigned int, unsigned int);
  unsigned __int8 (__fastcall *HalGetLastBranchInformation)(unsigned int *, unsigned int *);
  void (__fastcall *HalResumeLastBranchRecord)(unsigned __int8);
  int (__fastcall *HalStartLastBranchRecord)(unsigned int, unsigned int *);
  int (__fastcall *HalStopLastBranchRecord)(unsigned int);
  int (__fastcall *HalIommuBlockDevice)(void *);
  int (__fastcall *HalIommuUnblockDevice)(_EXT_IOMMU_DEVICE_ID *, void **);
  int (__fastcall *HalGetIommuInterface)(unsigned int, _DMA_IOMMU_INTERFACE *);
  int (__fastcall *HalRequestGenericErrorRecovery)(void *, unsigned int *);
  int (__fastcall *HalTimerQueryHostPerformanceCounter)(unsigned __int64 *);
  int (__fastcall *HalTopologyQueryProcessorRelationships)(unsigned int, unsigned int, unsigned __int8 *, unsigned __int8 *, unsigned __int8 *, unsigned int *, unsigned int *);
  void (__fastcall *HalInitPlatformDebugTriggers)();
  void (__fastcall *HalRunPlatformDebugTriggers)(unsigned __int8);
  void *(__fastcall *HalTimerGetReferencePage)();
  int (__fastcall *HalGetHiddenProcessorPowerInterface)(_HIDDEN_PROCESSOR_POWER_INTERFACE *);
  unsigned int (__fastcall *HalGetHiddenProcessorPackageId)(unsigned int);
  unsigned int (__fastcall *HalGetHiddenPackageProcessorCount)(unsigned int);
  int (__fastcall *HalGetHiddenProcessorApicIdByIndex)(unsigned int, unsigned int *);
  int (__fastcall *HalRegisterHiddenProcessorIdleState)(unsigned int, unsigned __int64);
  void (__fastcall *HalIommuReportIommuFault)(unsigned __int64, _FAULT_INFORMATION *);
  unsigned __int8 (__fastcall *HalIommuDmaRemappingCapable)(_EXT_IOMMU_DEVICE_ID *, unsigned int *);
 };

 /* 2043 */
 struct _MI_ACCESS_VIOLATION_RANGE
 {
  _RTL_BALANCED_NODE Node;
  void *Va;
  void *EndVaInclusive;
 };

 /* 2044 */
 struct _MI_POOL_STATE
 {
  unsigned __int64 MaximumNonPagedPoolThreshold;
  volatile unsigned __int64 AllocatedNonPagedPool;
  volatile unsigned __int64 AllocatedSecureNonPagedPool;
  _SINGLE_LIST_ENTRY BadPoolHead;
  unsigned int HighEventSets;
  unsigned __int8 HighEventSetsValid;
  unsigned __int64 LowPagedPoolThreshold;
  unsigned __int64 HighPagedPoolThreshold;
  volatile int PermittedFaultsLock;
  _RTL_AVL_TREE PermittedFaultsTree;
  _MI_ACCESS_VIOLATION_RANGE PermittedFaultsInitialNode[2];
  unsigned __int64 TotalPagedPoolQuota;
  unsigned __int64 TotalNonPagedPoolQuota;
 };

 /* 2045 */
 struct _MSUBSECTION
 {
  _SUBSECTION Core;
  _RTL_BALANCED_NODE SubsectionNode;
  _LIST_ENTRY DereferenceList;
  unsigned __int64 NumberOfMappedViews;
  unsigned int NumberOfPfnReferences;
  unsigned int LargeViews;
  _MI_PROTOTYPE_PTES_NODE ProtosNode;
 };

 /* 2046 */
 struct _MI_EXTENT_DELETION_WAIT_BLOCK
 {
  _MI_EXTENT_DELETION_WAIT_BLOCK *Next;
  _KGATE Gate;
 };

 /* 2047 */
 struct _MI_DLL_OVERFLOW_AREA
 {
  void *RangeStart;
  void *NextVa;
  void *RangeStartAbove2gb;
  void *NextVaAbove2gb;
 };

 /* 2048 */
 struct $00A1D302B2FF13A5D590EA2BB44B21E6
 {
  unsigned __int64 RemoteImageFileObject : 1;
  unsigned __int64 RemoteDataFileObject : 1;
 };

 /* 2049 */
 struct _SECTION
 {
  _RTL_BALANCED_NODE SectionNode;
  unsigned __int64 StartingVpn;
  unsigned __int64 EndingVpn;
  union
  {
    _CONTROL_AREA *ControlArea;
    _FILE_OBJECT *FileObject;
    $00A1D302B2FF13A5D590EA2BB44B21E6 __s2;
  } u1;
  unsigned __int64 SizeOfSection;
  union
  {
    unsigned int LongFlags;
    _MMSECTION_FLAGS Flags;
  } u;
  unsigned __int32 InitialPageProtection : 12;
  unsigned __int32 SessionId : 19;
  unsigned __int32 NoValidationNeeded : 1;
 };

 /* 2050 */
 struct _MI_SECTION_WOW_STATE
 {
  _RTL_BITMAP_EX ImageBitMap;
  _MI_DLL_OVERFLOW_AREA OverflowArea;
  _SECTION *CfgBitMapSection;
  _CONTROL_AREA *CfgBitMapControlArea;
 };

 /* 2051 */
 struct _RTL_RETPOLINE_ROUTINES
 {
  unsigned int UnwindDataOffset;
  unsigned int SwitchtableJump[16];
  unsigned int CfgIndirectRax;
  unsigned int NonCfgIndirectRax;
  unsigned int ImportR10;
 };

 /* 2052 */
 struct __declspec(align(16)) _MI_SECTION_STATE
 {
  volatile int SectionObjectPointersLock;
  _RTL_AVL_TREE SectionBasedRoot;
  _EX_PUSH_LOCK SectionBasedLock;
  volatile unsigned __int64 UnusedSegmentPagedPool;
  unsigned int DataSectionProtectionMask;
  void *HighSectionBase;
  _MSUBSECTION PhysicalSubsection;
  _CONTROL_AREA PhysicalControlArea;
  _MMPFNLIST PurgingExtentPages;
  _MMPFN *DanglingExtentPages;
  _WORK_QUEUE_ITEM DanglingExtentsWorkItem;
  _MI_EXTENT_DELETION_WAIT_BLOCK DanglingExtentsDeletionWaitList;
  unsigned __int8 FileOnlyMemoryPfnsCreated;
  unsigned __int8 DanglingExtentsWorkerActive;
  unsigned __int8 PurgingExtentsNeedWatchdog;
  _RTL_AVL_TREE PrototypePtesTree;
  volatile int PrototypePtesTreeSpinLock;
  _EX_PUSH_LOCK RelocateBitmapsLock;
  _RTL_BITMAP_EX ImageBitMapNative;
  unsigned __int64 ImageBiasNative;
  _MI_DLL_OVERFLOW_AREA OverflowArea;
  _MI_SECTION_WOW_STATE Wow[1];
  unsigned __int64 ImageBiasWow;
  _RTL_BITMAP_EX ImageBitMapWowScratch;
  _RTL_BITMAP_EX ImageBitMap64Low;
  unsigned __int64 ImageBias64Low;
  void *ApiSetSection;
  void *ApiSetSchema;
  unsigned __int64 ApiSetSchemaSize;
  unsigned int LostDataFiles;
  unsigned int LostDataPages;
  unsigned int ImageFailureReason;
  _SECTION *CfgBitMapSection;
  _CONTROL_AREA *CfgBitMapControlArea;
  _RTL_BITMAP_EX KernelCfgBitMap;
  _EX_PUSH_LOCK KernelCfgBitMapLock;
  unsigned int ImageCfgFailure;
  unsigned int RetpolineReservePages;
  _MDL *RetpolineStubMdl;
  _RTL_BITMAP_EX KernelRetpolineBitMap;
  _RTL_RETPOLINE_ROUTINES *RetpolineRoutines;
  _MMPTE *RetpolineRevertPte;
  _LIST_ENTRY NonRetpolineImageLoadList;
  unsigned int RetpolineStubPages;
  int RetpolineBootStatus;
  unsigned int ImageBreakpointEnabled;
  unsigned int ImageBreakpointChecksum;
  unsigned int ImageBreakpointSize;
  volatile int ImageValidationFailed;
  _RTL_AVL_TREE ImageExtentTree;
  _EX_PUSH_LOCK ImageExtentTreeLock;
  unsigned int HotPatchReserveSize;
 };

 /* 2053 */
 struct _NON_PAGED_DEBUG_INFO
 {
  unsigned __int16 Signature;
  unsigned __int16 Flags;
  unsigned int Size;
  unsigned __int16 Machine;
  unsigned __int16 Characteristics;
  unsigned int TimeDateStamp;
  unsigned int CheckSum;
  unsigned int SizeOfImage;
  unsigned __int64 ImageBase;
 };

 /* 2054 */
 struct $1E2A795FFD7D7084A69DFCF07622B245
 {
  unsigned __int16 SignatureLevel : 4;
  unsigned __int16 SignatureType : 3;
  unsigned __int16 Unused : 9;
 };

 /* 2055 */
 struct _KLDR_DATA_TABLE_ENTRY
 {
  _LIST_ENTRY InLoadOrderLinks;
  void *ExceptionTable;
  unsigned int ExceptionTableSize;
  void *GpValue;
  _NON_PAGED_DEBUG_INFO *NonPagedDebugInfo;
  void *DllBase;
  void *EntryPoint;
  unsigned int SizeOfImage;
  _UNICODE_STRING FullDllName;
  _UNICODE_STRING BaseDllName;
  unsigned int Flags;
  unsigned __int16 LoadCount;
  union
  {
    $1E2A795FFD7D7084A69DFCF07622B245 __s0;
    unsigned __int16 EntireField;
  } u1;
  void *SectionPointer;
  unsigned int CheckSum;
  unsigned int CoverageSectionSize;
  void *CoverageSection;
  void *LoadedImports;
  void *Spare;
  unsigned int SizeOfImageNotRounded;
  unsigned int TimeDateStamp;
 };

 /* 2056 */
 struct _MI_DRIVER_VA
 {
  _MI_DRIVER_VA *Next;
  _MMPTE *PointerPte;
  _RTL_BITMAP BitMap;
  unsigned int Hint;
  unsigned int Flags;
 };

 /* 2057 */
 struct _MM_SYSTEM_PAGE_COUNTS
 {
  unsigned int SystemCodePage;
  unsigned int SystemDriverPage;
  int TotalSystemCodePages;
  int TotalSystemDriverPages;
 };

 /* 2058 */
 struct _MI_SYSTEM_IMAGE_STATE
 {
  _LIST_ENTRY FixupList;
  _EX_PUSH_LOCK LoadLock;
  _ETHREAD *LoadLockOwner;
  unsigned int LoadLockCount;
  volatile int FixupLock;
  unsigned __int8 FirstLoadEver;
  unsigned __int8 LargePageAll;
  unsigned __int64 LastPage;
  _LIST_ENTRY LargePageList;
  _LIST_ENTRY StrongCodeLoadFailureList;
  _KLDR_DATA_TABLE_ENTRY *SystemBase[1];
  _KLDR_DATA_TABLE_ENTRY *BeingDeleted;
  _EX_PUSH_LOCK MappingRangesPushLock;
  _MI_DRIVER_VA *MappingRanges[2];
  unsigned __int64 PageCount;
  _MM_SYSTEM_PAGE_COUNTS PageCounts;
  _EX_PUSH_LOCK CollidedLock;
  _RTL_AVL_TREE ImageTree;
 };

 /* 2059 */
 struct _MI_HUGE_SYSTEM_VIEW_HEAD
 {
  _RTL_AVL_TREE ViewRoot;
  unsigned int ViewCount;
  volatile int Lock;
 };

 /* 2060 */
 struct __declspec(align(8)) _MI_SESSION_STATE
 {
  _MMSESSION SystemSession;
  unsigned __int8 CodePageEdited;
  unsigned __int64 *DynamicVaBitBuffer;
  unsigned __int64 DynamicVaBitBufferPages;
  void *DynamicVaStart;
  void *ImageVaStart;
  _MI_HUGE_SYSTEM_VIEW_HEAD SystemViewBuckets[256];
  unsigned int *DynamicPtesBitBuffer;
  _EX_PUSH_LOCK IdLock;
  _EPROCESS *LeaderProcess;
  _EX_PUSH_LOCK InitializeLock;
  _MMWSL_INSTANCE *WorkingSetList;
  void *SessionBase;
  void *SessionCore;
  _RTL_AVL_TREE SessionIdNodes;
  _KEVENT DeleteInProgressEvent;
  unsigned int DeleteInProgressCount;
 };

 /* 2061 */
 struct _MI_PROCESS_STATE
 {
  void *SystemDllBase;
  unsigned int ColorSeed;
  int RotatingUniprocessorNumber;
  _LARGE_INTEGER CriticalSectionTimeout;
  _LIST_ENTRY ProcessList;
  _MMPTE *SharedUserDataPte[2];
  void *HypervisorSharedVa;
  unsigned __int64 VadSecureCookie;
 };

 /* 2062 */
 struct _MI_NODE_NUMBER_ZERO_BASED
 {
  unsigned int ZeroBased;
 };

 /* 2063 */
 struct _CACHED_KSTACK_LIST
 {
  _SLIST_HEADER SListHead;
  int MinimumFree;
  unsigned int Misses;
  unsigned int MissesLast;
  unsigned int AllStacksInUse;
 };

 /* 2064 */
 struct _MI_DYNAMIC_BITMAP
 {
  _RTL_BITMAP_EX Bitmap;
  unsigned __int64 MaximumSize;
  unsigned __int64 Hint;
  void *BaseVa;
  unsigned __int64 SizeTopDown;
  unsigned __int64 HintTopDown;
  void *BaseVaTopDown;
  unsigned __int64 SpinLock;
 };

 /* 2065 */
 struct _MI_SYSTEM_NODE_INFORMATION
 {
  _CACHED_KSTACK_LIST CachedKernelStacks[2];
  _MI_DYNAMIC_BITMAP DynamicBitMapNonPagedPool;
  unsigned __int64 CachedNonPagedPoolCount;
  unsigned __int64 NonPagedPoolSpinLock;
  _MMPFN *CachedNonPagedPool;
  void *NonPagedPoolFirstVa;
  void *NonPagedPoolLastVa;
 };

 /* 2066 */
 struct __declspec(align(8)) _HAL_NODE_RANGE
 {
  unsigned __int64 PageFrameIndex;
  unsigned int Node;
 };

 /* 2067 */
 struct _HAL_CHANNEL_MEMORY_RANGES
 {
  unsigned __int64 PageFrameIndex;
  unsigned __int16 MpnId;
  unsigned __int16 Node;
  unsigned __int16 Channel;
  unsigned __int8 IsPowerManageable;
  unsigned __int8 DeepPowerState;
 };

 /* 2068 */
 struct _MI_ZERO_COST_COUNTS
 {
  unsigned __int64 NativeSum;
  unsigned __int64 CachedSum;
 };

 /* 2069 */
 struct _MI_HARDWARE_STATE
 {
  unsigned int NodeMask;
  unsigned int NumaHintIndex;
  unsigned int NumaLastRangeIndexInclusive;
  unsigned __int8 NodeShift;
  unsigned __int8 ChannelShift;
  unsigned int ChannelHintIndex;
  unsigned int ChannelLastRangeIndexInclusive;
  _MI_NODE_NUMBER_ZERO_BASED *NodeGraph;
  _MI_SYSTEM_NODE_INFORMATION *SystemNodeInformation;
  _HAL_NODE_RANGE TemporaryNumaRanges[2];
  _HAL_NODE_RANGE *NumaMemoryRanges;
  _HAL_CHANNEL_MEMORY_RANGES *ChannelMemoryRanges;
  unsigned int SecondLevelCacheSize;
  unsigned int FirstLevelCacheSize;
  unsigned int PhysicalAddressBits;
  unsigned int LogicalProcessorsPerCore;
  unsigned __int8 ProcessorCachesFlushedOnPowerLoss;
  unsigned __int64 TotalPagesAllowed;
  unsigned int SecondaryColorMask;
  unsigned int SecondaryColors;
  unsigned int FlushTbForAttributeChange;
  unsigned int FlushCacheForAttributeChange;
  unsigned int FlushCacheForPageAttributeChange;
  unsigned int CacheFlushPromoteThreshold;
  _LARGE_INTEGER PerformanceCounterFrequency;
  __declspec(align(64)) unsigned __int64 InvalidPteMask;
  __declspec(align(64)) unsigned int LargePageColors[3];
  unsigned __int64 FlushTbThreshold;
  _MI_PFN_CACHE_ATTRIBUTE OptimalZeroingAttribute[4][4];
  unsigned __int8 AttributeChangeRequiresReZero;
  _MI_ZERO_COST_COUNTS ZeroCostCounts[2];
  unsigned __int64 VsmKernelPageCount;
 };

 /* 2070 */
 struct _MI_WSLE
 {
  union
  {
    struct
    {
      unsigned __int8 Age : 4;
      unsigned __int8 Protection : 3;
      unsigned __int8 Reserved : 1;
    } e1;
    struct
    {
      unsigned __int8 EntireWsle;
    } e2;
  } u1;
 };

 /* 2071 */
 struct __declspec(align(32)) _MI_SYSTEM_VA_STATE
 {
  unsigned __int64 SystemTablesLock;
  unsigned __int64 AvailableSystemCacheVa;
  _MI_DYNAMIC_BITMAP DynamicBitMapKernelStacks;
  _MI_DYNAMIC_BITMAP DynamicBitMapSystemPtes;
  _MI_DYNAMIC_BITMAP DynamicBitMapDriverImages[2];
  _MI_DYNAMIC_BITMAP DynamicBitMapPagedPool;
  _MI_DYNAMIC_BITMAP DynamicBitMapSystemCache;
  _MI_DYNAMIC_BITMAP DynamicBitMapSecureNonPagedPool;
  void *HalPrivateVaStart;
  unsigned __int64 HalPrivateVaSize;
  unsigned int SystemVaAssignment[8];
  unsigned int SystemVaAssignmentHint;
  unsigned int TopLevelPteLockBits[32];
  volatile int DeleteKvaLock;
  _MI_WSLE *WsleArrays[8];
  void *PagableHyperSpace;
  void *HyperSpaceEnd;
  unsigned __int64 PagableHyperSpaceBytes;
  unsigned __int64 PageTableCommitmentOffset[2];
  _KEVENT FreeSystemCacheVa;
  unsigned __int64 SystemVaLock;
  unsigned __int64 SystemCacheViewLock;
  _MMWSL_INSTANCE SystemWorkingSetList[8];
  unsigned __int64 SelfmapLock[4];
 };

 /* 2072 */
 struct __declspec(align(8)) _MI_COMBINE_STATE
 {
  volatile int ActiveSpinLock;
  unsigned int CombiningThreadCount;
  _RTL_AVL_TREE ActiveThreadTree;
  unsigned __int64 CommonPageCombineDomain;
  unsigned int CommonCombineDomainAssigned;
 };

 /* 2073 */
 struct __declspec(align(8)) _MI_PAGELIST_STATE
 {
  volatile int ActiveSpinLock;
  _RTL_AVL_TREE ActiveThreadTree;
  volatile int ActiveZeroSpinLock;
  _RTL_AVL_TREE ActiveZeroThreadTree;
  _MMPFN LargePfnTemplate;
  _MMPFN LargePfnBasePageTemplate;
  unsigned int NumberOfLargePageListHeads;
 };

 /* 2074 */
 struct _MI_HUGE_PFN
 {
  union
  {
    struct
    {
      unsigned __int64 EntireField;
    } e1;
    struct
    {
      unsigned __int64 Flink : 18;
      unsigned __int64 PageState : 3;
      unsigned __int64 Blink : 18;
      unsigned __int64 WriteInProgress : 1;
      unsigned __int64 HasError : 1;
      unsigned __int64 Partition : 11;
      unsigned __int64 Reserved : 12;
    } e2;
  } u1;
 };

 /* 2075 */
 struct __declspec(align(64)) _MI_PARTITION_STATE
 {
  unsigned __int64 PartitionLock;
  _EX_PUSH_LOCK PartitionIdLock;
  unsigned __int64 InitialPartitionIdBits;
  _LIST_ENTRY PartitionList;
  _RTL_BITMAP *PartitionIdBitmap;
  _RTL_BITMAP InitialPartitionIdBitmap;
  _MI_PARTITION *TempPartitionPointers[1];
  _MI_PARTITION **Partition;
  unsigned __int64 TotalPagesInChildPartitions;
  unsigned int CrossPartitionDenials;
  unsigned __int8 MultiplePartitionsExist;
  _RTL_BITMAP_EX HugeIoPfnBitMap;
  _MI_HUGE_PFN *HugePfnDatabase;
  __declspec(align(16)) unsigned __int64 HugeRangesLock;
 };

 /* 2076 */
 struct _MI_RESUME_WORKITEM
 {
  _KEVENT ResumeCompleteEvent;
  _WORK_QUEUE_ITEM WorkItem;
 };

 /* 2077 */
 struct _MI_SHUTDOWN_STATE
 {
  unsigned __int8 CrashDumpInitialized;
  unsigned __int8 ConnectedStandbyActive;
  unsigned __int8 ZeroPageFileAtShutdown;
  unsigned int SystemShutdown;
  int ShutdownFlushInProgress;
  unsigned int MirroringActive;
  _MI_RESUME_WORKITEM ResumeItem;
  _ETHREAD *MirrorHoldsPfn;
  _RTL_BITMAP_EX MirrorBitMaps[2];
  _MMPTE *CrashDumpPte;
 };

 /* 2078 */
 struct _MI_BAD_MEMORY_EVENT_ENTRY
 {
  unsigned int BugCheckCode;
  int Active;
  unsigned int Data;
  _LARGE_INTEGER PhysicalAddress;
  _WORK_QUEUE_ITEM WorkItem;
 };

 /* 2079 */
 struct _MI_PROBE_RAISE_TRACKER
 {
  unsigned int UserRangeInKernel;
  unsigned int FaultFailed;
  unsigned int WriteFaultFailed;
  unsigned int LargePageFailed;
  unsigned int UserAccessToKernelPte;
  unsigned int BadPageLocation;
  unsigned int InsufficientCharge;
  unsigned int PageTableCharge;
  unsigned int NoPhysicalMapping;
  unsigned int NoIoReference;
  unsigned int ProbeFailed;
  unsigned int PteIsZero;
  unsigned int StrongCodeWrite;
  unsigned int ReducedCloneCommitChargeFailed;
  unsigned int CopyOnWriteAtDispatchNoPages;
  unsigned int NoPageTablesAllowed;
  unsigned int EnclavePageFailed;
 };

 /* 2080 */
 struct _MI_FORCED_COMMITS
 {
  unsigned int Regular;
  unsigned int Wrap;
 };

 /* 2081 */
 struct _MI_RESAVAIL_FAILURES
 {
  unsigned int Wrap;
  unsigned int NoCharge;
 };

 /* 2082 */
 struct __declspec(align(8)) _MI_ERROR_STATE
 {
  _MI_BAD_MEMORY_EVENT_ENTRY BadMemoryEventEntry;
  unsigned __int64 PageOfInterest;
  _MI_PROBE_RAISE_TRACKER ProbeRaises;
  _MI_FORCED_COMMITS ForcedCommits;
  unsigned int WsleFailures[1];
  unsigned int PageHashErrors;
  unsigned int CheckZeroCount;
  volatile int ZeroedPageSingleBitErrorsDetected;
  volatile int BadPagesDetected;
  int ScrubPasses;
  int ScrubBadPagesFound;
  unsigned int UserViewFailures;
  unsigned int UserViewCollisionFailures;
  unsigned int UserAllocateFailures;
  unsigned int UserAllocateCollisionFailures;
  _MI_RESAVAIL_FAILURES ResavailFailures;
  unsigned __int8 PendingBadPages;
  unsigned __int8 FatalGraphicsFailures;
  unsigned __int8 InitFailure;
  unsigned __int8 StopBadMaps;
 };

 /* 2083 */
 struct __declspec(align(64)) _MI_ACCESS_LOG_STATE
 {
  _MM_PAGE_ACCESS_INFO_HEADER *volatile CcAccessLog;
  _WORK_QUEUE_ITEM DisableAccessLogging;
  unsigned int Enabled;
  unsigned int MinLoggingPriority;
  __declspec(align(32)) unsigned __int64 AccessLoggingLock;
 };

 /* 2084 */
 struct _MI_DEBUGGER_STATE
 {
  unsigned __int8 TransientWrite;
  unsigned __int8 CodePageEdited;
  _MMPTE *DebugPte;
  unsigned int PoisonedTb;
  volatile int InDebugger;
  void *volatile Pfns[32];
 };

 /* 2085 */
 struct _MI_STANDBY_STATE
 {
  unsigned __int64 FirstDecayPage;
  __declspec(align(16)) _SLIST_HEADER PfnDecayFreeSList;
  _MM_PAGE_ACCESS_INFO_HEADER *PfnRepurposeLog;
  _KDPC AllocatePfnRepurposeDpc;
  __declspec(align(16)) _SLIST_HEADER PageHeatListSlist;
  volatile int PageHeatListDisableAllocation;
 };

 /* 2086 */
 struct _MI_ULTRA_VA_CONTEXT
 {
  unsigned __int64 Lock;
  void *ZeroMapping;
  unsigned __int64 AllocationHintBit;
  _RTL_BITMAP_EX Bitmap[2];
  volatile int ConcurrencyMaximum;
  volatile int ConcurrencyCount;
 };

 /* 2087 */
 struct __declspec(align(64)) _MI_ALIGNED_SLIST
 {
  _SLIST_HEADER SList;
 };

 /* 2088 */
 struct _MI_ULTRA_MDL_NODE
 {
  _MI_ALIGNED_SLIST UltraMdlMaps[8];
 };

 /* 2089 */
 struct _MI_SYSTEM_PTE_STATE
 {
  _NPAGED_LOOKASIDE_LIST MdlTrackerLookaside;
  _SLIST_HEADER DeadPteTrackerSListHead;
  unsigned __int64 PteTrackerLock;
  _RTL_BITMAP_EX PteTrackingBitmap;
  volatile _MI_CACHED_PTES *CachedPteHeads;
  volatile _MI_CACHED_PTES *CachedKernelStackPteHeads;
  _MI_SYSTEM_PTE_TYPE SystemViewPteInfo;
  _MI_SYSTEM_PTE_TYPE KernelStackPteInfo;
  unsigned int StackGrowthFailures;
  unsigned __int8 KernelStackPages;
  unsigned __int8 TrackPtesAborted;
  unsigned __int8 AdjustCounter;
  volatile int ReservedMappingLock;
  _RTL_AVL_TREE ReservedMappingTree;
  _MMPFN *ReservedMappingPageTablePfns;
  _RTL_AVL_TREE OutswappedKernelStackRoot;
  volatile int OutswappedKernelStackLock;
  _MMPTE *BreakMakePte;
  _MI_ULTRA_VA_CONTEXT UltraSpaceContext;
  unsigned int NumberOfUltraMdlMaps;
  _MI_ULTRA_MDL_NODE *UltraMdlNodeMappings;
 };

 /* 2090 */
 struct __declspec(align(8)) _MI_IO_CACHE_STATS
 {
  unsigned __int64 UnusedBlocks;
  unsigned int ActiveCacheMatch;
  unsigned int ActiveCacheOverride;
  unsigned int UnmappedCacheFlush;
  unsigned int UnmappedCacheMatch;
  unsigned int UnmappedCacheConflict;
  unsigned int PermanentIoAttributeConflict;
  unsigned int PermanentIoNodeConflict;
 };

 /* 2091 */
 struct _MI_IO_PAGE_STATE
 {
  volatile int IoPfnLock;
  _RTL_AVL_TREE IoPfnRoot[3];
  _LIST_ENTRY UnusedCachedMaps;
  unsigned int OldestCacheFlushTimeStamp;
  _MI_IO_CACHE_STATS IoCacheStats;
  _RTL_AVL_TREE InvariantIoSpace;
 };

 /* 2092 */
 struct _MI_PAGING_IO_STATE
 {
  _RTL_AVL_TREE PageFileHead;
  volatile int PageFileHeadSpinLock;
  int PrefetchSeekThreshold;
  unsigned int InPageSinglePages;
  __declspec(align(16)) _SLIST_HEADER InPageSupportSListHead[2];
  _SLIST_HEADER ReservedInPageSupportSListHead[2];
  unsigned __int8 InPageSupportSListMinimum[2];
  _MMINPAGE_SUPPORT *FirstReservedInPageBlock[2];
  _MMINPAGE_SUPPORT *LastReservedInPageBlock[2];
  _MMPTE *ReservedPtes;
  unsigned __int64 ReservedPtesLock;
  unsigned int ReservedPtesBitBuffer;
  volatile int DelayPageFaults;
  unsigned int FileCompressionBoundary;
  unsigned __int8 MdlsAdjusted;
 };

 /* 2093 */
 struct _MI_COMMON_PAGE_STATE
 {
  _MMPFN *PageOfOnesPfn;
  unsigned __int64 PageOfOnes;
  _MMPFN *DummyPagePfn;
  unsigned __int64 DummyPage;
  unsigned __int64 PageOfZeroes;
  void *ZeroMapping;
  void *OnesMapping;
  unsigned __int64 ZeroCrc;
  unsigned __int64 OnesCrc;
  unsigned __int64 BitmapGapFrames[4];
  unsigned __int64 PfnGapFrames[4];
  unsigned __int64 PageTableOfZeroes;
  _MMPTE PdeOfZeroes;
  unsigned __int64 PageTableOfOnes;
  _MMPTE PdeOfOnes;
 };

 /* 2094 */
 struct __declspec(align(16)) _MI_SYSTEM_TRIM_STATE
 {
  unsigned __int64 ExpansionLock;
  volatile int TrimInProgressCount;
  _KEVENT PeriodicWorkingSetEvent;
  unsigned int TrimAllPageFaultCount[3];
 };

 /* 2095 */
 struct _MI_ENCLAVE_STATE
 {
  _RTL_AVL_TREE EnclaveRegions;
  void *EnclaveMetadataPage;
  _RTL_BITMAP *EnclaveMetadataBitMap;
  _EX_PUSH_LOCK EnclaveMetadataEntryLock;
  volatile int EnclaveMetadataPageLock;
  _LIST_ENTRY EnclaveList;
  _EX_PUSH_LOCK EnclaveListLock;
  _EX_RUNDOWN_REF ShutdownRundown;
 };

 /* 2096 */
 struct _SYSPTES_HEADER
 {
  _LIST_ENTRY ListHead[16];
  unsigned __int64 Count;
  unsigned __int64 NumberOfEntries;
  unsigned __int64 NumberOfEntriesPeak;
 };

 /* 2097 */
 struct _MI_SYSTEM_VA_ASSIGNMENT
 {
  void *BaseAddress;
  unsigned __int64 NumberOfBytes;
 };

 /* 2098 */
 struct __declspec(align(64)) _MI_VISIBLE_STATE
 {
  _LIST_ENTRY SessionWsList;
  _RTL_BITMAP *SessionIdBitmap;
  _MM_PAGED_POOL_INFO PagedPoolInfo;
  unsigned __int64 MaximumNonPagedPoolInPages;
  unsigned __int64 SizeOfPagedPoolInPages;
  _MI_SYSTEM_PTE_TYPE SystemPteInfo;
  volatile unsigned __int64 NonPagedPoolCommit;
  volatile unsigned __int64 SmallNonPagedPtesCommit;
  volatile unsigned __int64 BootCommit;
  volatile unsigned __int64 MdlPagesAllocated;
  volatile unsigned __int64 SystemPageTableCommit;
  volatile unsigned __int64 ProcessCommit;
  volatile int DriverCommit;
  unsigned __int8 PagingLevels;
  volatile unsigned __int64 PfnDatabaseCommit;
  _MMSUPPORT_FULL SystemWs[6];
  _MMSUPPORT_SHARED SystemCacheShared;
  _MMSUPPORT_AGGREGATION AggregateSystemWs[1];
  unsigned int MapCacheFailures;
  unsigned __int64 PagefileHashPages;
  _SYSPTES_HEADER PteHeader;
  unsigned __int64 SystemVaTypeCount[16];
  unsigned __int8 SystemVaType[256];
  _MI_SYSTEM_VA_ASSIGNMENT SystemVaRegions[13];
 };

 /* 2099 */
 struct _MI_SYSTEM_INFORMATION
 {
  _MI_POOL_STATE Pools;
  __declspec(align(32)) _MI_SECTION_STATE Sections;
  _MI_SYSTEM_IMAGE_STATE SystemImages;
  _MI_SESSION_STATE Sessions;
  _MI_PROCESS_STATE Processes;
  _MI_HARDWARE_STATE Hardware;
  _MI_SYSTEM_VA_STATE SystemVa;
  _MI_COMBINE_STATE PageCombines;
  _MI_PAGELIST_STATE PageLists;
  _MI_PARTITION_STATE Partitions;
  _MI_SHUTDOWN_STATE Shutdowns;
  _MI_ERROR_STATE Errors;
  _MI_ACCESS_LOG_STATE AccessLog;
  _MI_DEBUGGER_STATE Debugger;
  _MI_STANDBY_STATE Standby;
  _MI_SYSTEM_PTE_STATE SystemPtes;
  _MI_IO_PAGE_STATE IoPages;
  _MI_PAGING_IO_STATE PagingIo;
  _MI_COMMON_PAGE_STATE CommonPages;
  __declspec(align(64)) _MI_SYSTEM_TRIM_STATE Trims;
  _MI_ENCLAVE_STATE Enclaves;
  unsigned __int64 Cookie;
  void *volatile *BootRegistryRuns;
  volatile int ZeroingDisabled;
  unsigned __int8 FullyInitialized;
  unsigned __int8 SafeBooted;
  const _tlgProvider_t *TraceLogging;
  _MI_VISIBLE_STATE Vs;
 };

 /* 2100 */
 struct $12EDD93CAC4208332C3108DBB4839320
 {
  unsigned __int16 AllowScaling : 1;
  unsigned __int16 Disabled : 1;
  unsigned __int16 Reserved : 14;
 };

 /* 2101 */
 struct PROCESSOR_IDLESTATE_INFO
 {
  unsigned int TimeCheck;
  unsigned __int8 DemotePercent;
  unsigned __int8 PromotePercent;
  unsigned __int8 Spare[2];
 };

 /* 2102 */
 struct PROCESSOR_IDLESTATE_POLICY
 {
  unsigned __int16 Revision;
  union
  {
    unsigned __int16 AsUSHORT;
    $12EDD93CAC4208332C3108DBB4839320 __s1;
  } Flags;
  unsigned int PolicyCount;
  PROCESSOR_IDLESTATE_INFO Policy[3];
 };

 /* 2103 */
 struct _VF_AVL_TREE_NODE
 {
  void *p;
  unsigned __int64 RangeSize;
 };

 /* 2104 */
 struct __declspec(align(64)) _VF_AVL_TABLE
 {
  _RTL_AVL_TABLE RtlTable;
  _VF_AVL_TREE_NODE *ReservedNode;
  void *NodeToFree;
  __declspec(align(16)) volatile int Lock;
 };

 /* 2105 */
 struct __declspec(align(8)) _VF_AVL_TREE
 {
  unsigned __int64 NodeRangeSize;
  volatile unsigned __int64 NodeCount;
  _VF_AVL_TABLE *Tables;
  unsigned int TablesNo;
  unsigned __int8 UseSessionId;
  union
  {
    unsigned int NodeSize;
    unsigned int UseLookaside;
  } u1;
 };

 /* 2106 */
 struct _EXCEPTION_POINTERS
 {
  _EXCEPTION_RECORD *ExceptionRecord;
  _CONTEXT *ContextRecord;
 };

 /* 2107 */
 struct __declspec(align(8)) _RTL_RANGE_LIST
 {
  _LIST_ENTRY ListHead;
  unsigned int Flags;
  unsigned int Count;
  unsigned int Stamp;
 };

 /* 2108 */
 struct _ARBITER_ORDERING
 {
  unsigned __int64 Start;
  unsigned __int64 End;
 };

 /* 2109 */
 struct _ARBITER_ORDERING_LIST
 {
  unsigned __int16 Count;
  unsigned __int16 Maximum;
  _ARBITER_ORDERING *Orderings;
 };

 /* 2110 */
 struct _ARBITER_TEST_ALLOCATION_PARAMETERS
 {
  _LIST_ENTRY *ArbitrationList;
  unsigned int AllocateFromCount;
  _CM_PARTIAL_RESOURCE_DESCRIPTOR *AllocateFrom;
 };

 /* 2111 */
 struct _ARBITER_RETEST_ALLOCATION_PARAMETERS
 {
  _LIST_ENTRY *ArbitrationList;
  unsigned int AllocateFromCount;
  _CM_PARTIAL_RESOURCE_DESCRIPTOR *AllocateFrom;
 };

 /* 2112 */
 struct _ARBITER_BOOT_ALLOCATION_PARAMETERS
 {
  _LIST_ENTRY *ArbitrationList;
 };

 /* 2113 */
 struct _ARBITER_QUERY_ALLOCATED_RESOURCES_PARAMETERS
 {
  _CM_PARTIAL_RESOURCE_LIST **AllocatedResources;
 };

 /* 2114 */
 struct _ARBITER_CONFLICT_INFO
 {
  _DEVICE_OBJECT *OwningObject;
  unsigned __int64 Start;
  unsigned __int64 End;
 };

 /* 2115 */
 struct _ARBITER_QUERY_CONFLICT_PARAMETERS
 {
  _DEVICE_OBJECT *PhysicalDeviceObject;
  _IO_RESOURCE_DESCRIPTOR *ConflictingResource;
  unsigned int *ConflictCount;
  _ARBITER_CONFLICT_INFO **Conflicts;
 };

 /* 2116 */
 struct _ARBITER_QUERY_ARBITRATE_PARAMETERS
 {
  _LIST_ENTRY *ArbitrationList;
 };

 /* 2117 */
 struct _ARBITER_ADD_RESERVED_PARAMETERS
 {
  _DEVICE_OBJECT *ReserveDevice;
 };

 /* 2118 */
 struct _ARBITER_PARAMETERS
 {
  union
  {
    _ARBITER_TEST_ALLOCATION_PARAMETERS TestAllocation;
    _ARBITER_RETEST_ALLOCATION_PARAMETERS RetestAllocation;
    _ARBITER_BOOT_ALLOCATION_PARAMETERS BootAllocation;
    _ARBITER_QUERY_ALLOCATED_RESOURCES_PARAMETERS QueryAllocatedResources;
    _ARBITER_QUERY_CONFLICT_PARAMETERS QueryConflict;
    _ARBITER_QUERY_ARBITRATE_PARAMETERS QueryArbitrate;
    _ARBITER_ADD_RESERVED_PARAMETERS AddReserved;
  } Parameters;
 };

 /* 2119 */
 struct __declspec(align(8)) _ARBITER_INTERFACE
 {
  unsigned __int16 Size;
  unsigned __int16 Version;
  void *Context;
  void (__fastcall *InterfaceReference)(void *);
  void (__fastcall *InterfaceDereference)(void *);
  int (__fastcall *ArbiterHandler)(void *, _ARBITER_ACTION, _ARBITER_PARAMETERS *);
  unsigned int Flags;
 };

 /* 2120 */
 struct __declspec(align(8)) _ARBITER_LIST_ENTRY
 {
  _LIST_ENTRY ListEntry;
  unsigned int AlternativeCount;
  _IO_RESOURCE_DESCRIPTOR *Alternatives;
  _DEVICE_OBJECT *PhysicalDeviceObject;
  _ARBITER_REQUEST_SOURCE RequestSource;
  unsigned int Flags;
  __int64 WorkSpace;
  _INTERFACE_TYPE InterfaceType;
  unsigned int SlotNumber;
  unsigned int BusNumber;
  _CM_PARTIAL_RESOURCE_DESCRIPTOR *Assignment;
  _IO_RESOURCE_DESCRIPTOR *SelectedAlternative;
  _ARBITER_RESULT Result;
 };

 /* 2121 */
 struct __declspec(align(8)) _ARBITER_ALTERNATIVE
 {
  unsigned __int64 Minimum;
  unsigned __int64 Maximum;
  unsigned __int64 Length;
  unsigned __int64 Alignment;
  int Priority;
  unsigned int Flags;
  _IO_RESOURCE_DESCRIPTOR *Descriptor;
  unsigned int Reserved[3];
 };

 /* 2122 */
 struct _ARBITER_ALLOCATION_STATE
 {
  unsigned __int64 Start;
  unsigned __int64 End;
  unsigned __int64 CurrentMinimum;
  unsigned __int64 CurrentMaximum;
  _ARBITER_LIST_ENTRY *Entry;
  _ARBITER_ALTERNATIVE *CurrentAlternative;
  unsigned int AlternativeCount;
  _ARBITER_ALTERNATIVE *Alternatives;
  unsigned __int16 Flags;
  unsigned __int8 RangeAttributes;
  unsigned __int8 RangeAvailableAttributes;
  unsigned __int64 WorkSpace;
 };

 /* 2123 */
 struct _ARBITER_INSTANCE
 {
  unsigned int Signature;
  _KEVENT *MutexEvent;
  wchar_t *Name;
  wchar_t *OrderingName;
  int ResourceType;
  _RTL_RANGE_LIST *Allocation;
  _RTL_RANGE_LIST *PossibleAllocation;
  _ARBITER_ORDERING_LIST OrderingList;
  _ARBITER_ORDERING_LIST ReservedList;
  int ReferenceCount;
  _ARBITER_INTERFACE *Interface;
  unsigned int AllocationStackMaxSize;
  _ARBITER_ALLOCATION_STATE *AllocationStack;
  int (__fastcall *UnpackRequirement)(_IO_RESOURCE_DESCRIPTOR *, unsigned __int64 *, unsigned __int64 *, unsigned __int64 *, unsigned __int64 *);
  int (__fastcall *PackResource)(_IO_RESOURCE_DESCRIPTOR *, unsigned __int64, _CM_PARTIAL_RESOURCE_DESCRIPTOR *);
  int (__fastcall *UnpackResource)(_CM_PARTIAL_RESOURCE_DESCRIPTOR *, unsigned __int64 *, unsigned __int64 *);
  int (__fastcall *ScoreRequirement)(_IO_RESOURCE_DESCRIPTOR *);
  int (__fastcall *TestAllocation)(_ARBITER_INSTANCE *, _ARBITER_TEST_ALLOCATION_PARAMETERS *);
  int (__fastcall *RetestAllocation)(_ARBITER_INSTANCE *, _ARBITER_RETEST_ALLOCATION_PARAMETERS *);
  int (__fastcall *CommitAllocation)(_ARBITER_INSTANCE *);
  int (__fastcall *RollbackAllocation)(_ARBITER_INSTANCE *);
  int (__fastcall *BootAllocation)(_ARBITER_INSTANCE *, _ARBITER_BOOT_ALLOCATION_PARAMETERS *);
  int (__fastcall *QueryArbitrate)(_ARBITER_INSTANCE *, _ARBITER_QUERY_ARBITRATE_PARAMETERS *);
  int (__fastcall *QueryConflict)(_ARBITER_INSTANCE *, _ARBITER_QUERY_CONFLICT_PARAMETERS *);
  int (__fastcall *AddReserved)(_ARBITER_INSTANCE *, _ARBITER_ADD_RESERVED_PARAMETERS *);
  int (__fastcall *StartArbiter)(_ARBITER_INSTANCE *, _CM_RESOURCE_LIST *);
  int (__fastcall *PreprocessEntry)(_ARBITER_INSTANCE *, _ARBITER_ALLOCATION_STATE *);
  int (__fastcall *AllocateEntry)(_ARBITER_INSTANCE *, _ARBITER_ALLOCATION_STATE *);
  unsigned __int8 (__fastcall *GetNextAllocationRange)(_ARBITER_INSTANCE *, _ARBITER_ALLOCATION_STATE *);
  unsigned __int8 (__fastcall *FindSuitableRange)(_ARBITER_INSTANCE *, _ARBITER_ALLOCATION_STATE *);
  void (__fastcall *AddAllocation)(_ARBITER_INSTANCE *, _ARBITER_ALLOCATION_STATE *);
  void (__fastcall *BacktrackAllocation)(_ARBITER_INSTANCE *, _ARBITER_ALLOCATION_STATE *);
  unsigned __int8 (__fastcall *OverrideConflict)(_ARBITER_INSTANCE *, _ARBITER_ALLOCATION_STATE *);
  int (__fastcall *InitializeRangeList)(_ARBITER_INSTANCE *, unsigned int, _CM_PARTIAL_RESOURCE_DESCRIPTOR *, _RTL_RANGE_LIST *);
  int (__fastcall *DeleteOwnerRanges)(_ARBITER_INSTANCE *, void *);
  unsigned __int8 TransactionInProgress;
  _KEVENT *TransactionEvent;
  void *Extension;
  _DEVICE_OBJECT *BusDeviceObject;
  void *ConflictCallbackContext;
  unsigned __int8 (__fastcall *ConflictCallback)(void *, _RTL_RANGE *);
 };

 /* 2124 */
 struct __declspec(align(8)) _RTL_RANGE
 {
  unsigned __int64 Start;
  unsigned __int64 End;
  void *UserData;
  void *Owner;
  unsigned __int8 Attributes;
  unsigned __int8 Flags;
 };

 /* 2125 */
 struct _VF_POOL_TRACE
 {
  void *Address;
  unsigned __int64 Size;
  _ETHREAD *Thread;
  void *StackTrace[13];
 };

 /* 2126 */
 struct _VI_FAULT_TRACE
 {
  _ETHREAD *Thread;
  void *StackTrace[8];
 };

 /* 2127 */
 struct $080B3E8B2F32A9FAB9FEFF619D4F263E
 {
  unsigned __int32 VerifierEnabled : 1;
  unsigned __int32 KernelVerifierEnabled : 1;
  unsigned __int32 LargePageKernel : 1;
  unsigned __int32 StopOn4d : 1;
  unsigned __int32 InitializationPhase : 2;
  unsigned __int32 PageKernelStacks : 1;
  unsigned __int32 CheckZeroPages : 1;
  unsigned __int32 ProcessorPrewalks : 1;
  unsigned __int32 ProcessorPostwalks : 1;
  unsigned __int32 CoverageBuild : 1;
  unsigned __int32 AccessBitReplacementDisabled : 1;
  unsigned __int32 CheckExecute : 1;
  unsigned __int32 ProtectedPagesEnabled : 1;
  unsigned __int32 SecureRelocations : 1;
  unsigned __int32 StrongPageIdentity : 1;
  unsigned __int32 StrongCodeGuarantees : 1;
  unsigned __int32 HardCodeGuarantees : 1;
  unsigned __int32 ExecutePagePrivilegeRequired : 1;
  unsigned __int32 SecureKernelCfgEnabled : 1;
  unsigned __int32 FullHvci : 1;
  unsigned __int32 BootDebuggerActive : 1;
  unsigned __int32 ExceptionHandlingReady : 1;
  unsigned __int32 ShadowStacksSupported : 1;
  unsigned __int32 AccessBitFenceRequired : 1;
  unsigned __int32 PfnDatabaseExists : 1;
  unsigned __int32 DeferredHotAddsCompleted : 1;
  unsigned __int32 SystemPtesReady : 1;
 };

 /* 2128 */
 union _MI_FLAGS
 {
  int EntireFlags;
  $080B3E8B2F32A9FAB9FEFF619D4F263E __s1;
 };

 /* 2129 */
 struct BATTERY_REPORTING_SCALE
 {
  unsigned int Granularity;
  unsigned int Capacity;
 };

 /* 2130 */
 struct SYSTEM_POWER_CAPABILITIES
 {
  unsigned __int8 PowerButtonPresent;
  unsigned __int8 SleepButtonPresent;
  unsigned __int8 LidPresent;
  unsigned __int8 SystemS1;
  unsigned __int8 SystemS2;
  unsigned __int8 SystemS3;
  unsigned __int8 SystemS4;
  unsigned __int8 SystemS5;
  unsigned __int8 HiberFilePresent;
  unsigned __int8 FullWake;
  unsigned __int8 VideoDimPresent;
  unsigned __int8 ApmPresent;
  unsigned __int8 UpsPresent;
  unsigned __int8 ThermalControl;
  unsigned __int8 ProcessorThrottle;
  unsigned __int8 ProcessorMinThrottle;
  unsigned __int8 ProcessorMaxThrottle;
  unsigned __int8 FastSystemS4;
  unsigned __int8 Hiberboot;
  unsigned __int8 WakeAlarmPresent;
  unsigned __int8 AoAc;
  unsigned __int8 DiskSpinDown;
  unsigned __int8 HiberFileType;
  unsigned __int8 AoAcConnectivitySupported;
  unsigned __int8 spare3[6];
  unsigned __int8 SystemBatteriesPresent;
  unsigned __int8 BatteriesAreShortTerm;
  BATTERY_REPORTING_SCALE BatteryScale[3];
  _SYSTEM_POWER_STATE AcOnLineWake;
  _SYSTEM_POWER_STATE SoftLidWake;
  _SYSTEM_POWER_STATE RtcWake;
  _SYSTEM_POWER_STATE MinDeviceWakeState;
  _SYSTEM_POWER_STATE DefaultLowLatencyWake;
 };

 /* 2131 */
 struct _KWAIT_CHAIN
 {
  void *Head;
 };

 /* 2132 */
 struct _VF_DRIVER_IO_CALLBACKS
 {
  int (__fastcall *DriverInit)(_DRIVER_OBJECT *, _UNICODE_STRING *);
  void (__fastcall *DriverStartIo)(_DEVICE_OBJECT *, _IRP *);
  void (__fastcall *DriverUnload)(_DRIVER_OBJECT *);
  int (__fastcall *AddDevice)(_DRIVER_OBJECT *, _DEVICE_OBJECT *);
  int (__fastcall *MajorFunction[28])(_DEVICE_OBJECT *, _IRP *);
 };

 /* 2133 */
 struct _POP_POLICY_DEVICE
 {
  _LIST_ENTRY Link;
  POWER_POLICY_DEVICE_TYPE DeviceType;
  void *Notification;
  _UNICODE_STRING Name;
  _DEVICE_OBJECT *Device;
  _IRP *Irp;
 };

 /* 2134 */
 struct _THERMAL_INFORMATION_EX
 {
  unsigned int ThermalStamp;
  unsigned int ThermalConstant1;
  unsigned int ThermalConstant2;
  unsigned int SamplingPeriod;
  unsigned int CurrentTemperature;
  unsigned int PassiveTripPoint;
  unsigned int ThermalStandbyTripPoint;
  unsigned int CriticalTripPoint;
  unsigned __int8 ActiveTripPointCount;
  unsigned __int8 PassiveCoolingDevicesPresent;
  unsigned int ActiveTripPoint[10];
  unsigned int S4TransitionTripPoint;
  unsigned int MinimumThrottle;
  unsigned int OverThrottleThreshold;
  unsigned int PollingPeriod;
 };

 /* 2135 */
 struct __declspec(align(4)) _THERMAL_POLICY
 {
  unsigned int Version;
  unsigned __int8 WaitForUpdate;
  unsigned __int8 Hibernate;
  unsigned __int8 Critical;
  unsigned __int8 ThermalStandby;
  unsigned int ActivationReasons;
  unsigned int PassiveLimit;
  unsigned int ActiveLevel;
  unsigned __int8 OverThrottled;
 };

 /* 2137 */
 union $8169D7334BCEFFB51F69C06B77C604D6
 {
  _RTL_BALANCED_NODE RbNodes[2];
  _LIST_ENTRY ListEntry;
 };

 /* 2138 */
 struct $6F161F6D759790CE33BF6F5F1338FF27
 {
  unsigned __int8 Unused : 1;
  unsigned __int8 IdleResilient : 1;
  unsigned __int8 HighResolution : 1;
  unsigned __int8 NoWake : 1;
  unsigned __int8 PseudoHighRes : 1;
  unsigned __int8 Unused1 : 3;
 };

 /* 2139 */
 union $6EED56CE6445098B5DFB6E7F21F12A53
 {
  unsigned __int8 TypeFlags;
  $6F161F6D759790CE33BF6F5F1338FF27 __s1;
 };

 /* 2136 */
 struct __declspec(align(8)) _KTIMER2
 {
  _DISPATCHER_HEADER Header;
  $8169D7334BCEFFB51F69C06B77C604D6 ___u1;
  unsigned __int64 DueTime[2];
  __int64 Period;
  void (__fastcall *Callback)(_KTIMER2 *, void *);
  void *CallbackContext;
  void (__fastcall *DisableCallback)(void *);
  void *DisableContext;
  unsigned __int8 AbsoluteSystemTime;
  $6EED56CE6445098B5DFB6E7F21F12A53 ___u9;
  unsigned __int8 CollectionIndex[2];
 };

 /* 2140 */
 struct _POP_THERMAL_TELEMETRY_TRACKER
 {
  unsigned __int8 AccountingDisabled;
  unsigned __int8 ActiveLevels;
  unsigned __int64 LastPassiveUpdateTime;
  unsigned __int64 LastActiveUpdateTime;
  unsigned __int64 TotalPassiveTime[21];
  unsigned __int64 PassiveTimeSnap[21];
  unsigned __int64 TotalActiveTime[10];
  unsigned __int64 ActiveTimeSnap[10];
  unsigned __int64 TotalTime;
  unsigned __int64 TotalTimeSnap;
 };

 /* 2141 */
 struct $5BEFD3C5B49F1A6EE468A287AA3CC2B5
 {
  _LIST_ENTRY Link;
  POWER_POLICY_DEVICE_TYPE DeviceType;
  void *Notification;
  _UNICODE_STRING Name;
  _DEVICE_OBJECT *Device;
  _IRP *Irp;
 };

 /* 2142 */
 union $10E881E2EA1EF0D61B47E2B5850EDC30
 {
  _POP_POLICY_DEVICE PolicyDevice;
  $5BEFD3C5B49F1A6EE468A287AA3CC2B5 __s1;
 };

 /* 2143 */
 struct _POP_THERMAL_ZONE
 {
  $10E881E2EA1EF0D61B47E2B5850EDC30 ___u0;
  unsigned __int8 State;
  unsigned __int8 Flags;
  unsigned __int8 Removing;
  unsigned __int8 Mode;
  unsigned __int8 PendingMode;
  unsigned __int8 ActivePoint;
  unsigned __int8 PendingActivePoint;
  unsigned __int8 Critical;
  unsigned __int8 ThermalStandby;
  unsigned __int8 OverThrottled;
  int HighPrecisionThrottle;
  int Throttle;
  int PendingThrottle;
  unsigned int ThrottleReasons;
  unsigned __int64 LastPassiveTime;
  unsigned int SampleRate;
  unsigned int LastTemp;
  _THERMAL_INFORMATION_EX Info;
  _THERMAL_POLICY Policy;
  unsigned __int8 PolicyDriver;
  unsigned int PollingRate;
  unsigned __int64 LastTemperatureTime;
  unsigned __int64 LastActiveStartTime;
  unsigned __int64 LastPassiveStartTime;
  _WORK_QUEUE_ITEM WorkItem;
  _KTIMER2 ZoneUpdateTimer;
  _POP_RW_LOCK Lock;
  _KEVENT ZoneStopped;
  _KEVENT TemperatureUpdated;
  unsigned int InstanceId;
  _POP_THERMAL_TELEMETRY_TRACKER TelemetryTracker;
  _UNICODE_STRING Description;
 };

 /* 2144 */
 struct _TRIAGE_DEVICE_NODE
 {
  _TRIAGE_DEVICE_NODE *Sibling;
  _TRIAGE_DEVICE_NODE *Child;
  _TRIAGE_DEVICE_NODE *Parent;
  _TRIAGE_DEVICE_NODE *LastChild;
  _DEVICE_OBJECT *PhysicalDeviceObject;
  _UNICODE_STRING InstancePath;
  _UNICODE_STRING ServiceName;
  _IRP *PendingIrp;
  _TRIAGE_POP_FX_DEVICE *FxDevice;
 };

 /* 2146 */
 struct _TRIAGE_POP_FX_DEVICE
 {
  _LIST_ENTRY Link;
  _IRP *Irp;
  _TRIAGE_POP_IRP_DATA *IrpData;
  int Status;
  int PowerReqCall;
  int PowerNotReqCall;
  _TRIAGE_DEVICE_NODE *DeviceNode;
 };

 /* 2145 */
 struct _TRIAGE_POP_IRP_DATA
 {
  _LIST_ENTRY Link;
  _IRP *Irp;
  _DEVICE_OBJECT *Pdo;
 };

 /* 2147 */
 struct _TRIAGE_PNP_DEVICE_COMPLETION_REQUEST
 {
  _LIST_ENTRY ListEntry;
  _TRIAGE_DEVICE_NODE *DeviceNode;
 };

 /* 2148 */
 struct __declspec(align(8)) _PI_BUS_EXTENSION
 {
  unsigned int Flags;
  unsigned __int8 NumberCSNs;
  unsigned __int8 *ReadDataPort;
  unsigned __int8 DataPortMapped;
  unsigned __int8 *AddressPort;
  unsigned __int8 AddrPortMapped;
  unsigned __int8 *CommandPort;
  unsigned __int8 CmdPortMapped;
  unsigned int NextSlotNumber;
  _SINGLE_LIST_ENTRY DeviceList;
  _SINGLE_LIST_ENTRY CardList;
  _DEVICE_OBJECT *PhysicalBusDevice;
  _DEVICE_OBJECT *FunctionalBusDevice;
  _DEVICE_OBJECT *AttachedDevice;
  unsigned int BusNumber;
  _SYSTEM_POWER_STATE SystemPowerState;
  _DEVICE_POWER_STATE DevicePowerState;
 };

 /* 2149 */
 struct _BUS_EXTENSION_LIST
 {
  void *Next;
  _PI_BUS_EXTENSION *BusExtension;
 };

 /* 2150 */
 struct __declspec(align(8)) _VF_TRACKER_STAMP
 {
  void *Thread;
  unsigned __int8 Flags : 8;
  unsigned __int8 OldIrql : 8;
  unsigned __int8 NewIrql : 8;
  unsigned __int8 Processor : 8;
 };

 /* 2153 */
 union $862B22263D2BCB1278E870B6A07DBE88
 {
  struct
  {
    unsigned int PercentLevel;
  } Battery;
  struct
  {
    unsigned int Type;
  } Button;
 };

 /* 2151 */
 struct __declspec(align(8)) _POP_ACTION_TRIGGER
 {
  POWER_POLICY_DEVICE_TYPE Type;
  unsigned int Flags;
  _POP_TRIGGER_WAIT *Wait;
  $862B22263D2BCB1278E870B6A07DBE88 ___u3;
 };

 /* 2152 */
 struct _POP_TRIGGER_WAIT
 {
  _KEVENT Event;
  int Status;
  _LIST_ENTRY Link;
  _POP_ACTION_TRIGGER *Trigger;
 };

 /* 2155 */
 struct _RTL_ATOM_TABLE_REFERENCE
 {
  _LIST_ENTRY LowBoxList;
  unsigned int LowBoxID;
  unsigned __int16 ReferenceCount;
  unsigned __int16 Flags;
 };

 /* 2154 */
 struct __declspec(align(8)) _RTL_ATOM_TABLE_ENTRY
 {
  _RTL_ATOM_TABLE_ENTRY *HashLink;
  unsigned __int16 HandleIndex;
  unsigned __int16 Atom;
  _RTL_ATOM_TABLE_REFERENCE Reference;
  unsigned __int8 NameLength;
  wchar_t Name[1];
 };

 /* 2156 */
 struct _RTL_ATOM_TABLE
 {
  unsigned int Signature;
  volatile int ReferenceCount;
  _EX_PUSH_LOCK PushLock;
  _HANDLE_TABLE *ExHandleTable;
  unsigned int Flags;
  unsigned int NumberOfBuckets;
  _RTL_ATOM_TABLE_ENTRY *Buckets[1];
 };

 /* 2157 */
 struct __WIL__WNF_TYPE_ID
 {
  _GUID TypeId;
 };

 /* 2159 */
 struct $43FC242B40D8AEB76DDF941E992C6590
 {
  int (__fastcall *Callback)(_OBJECT_SYMBOLIC_LINK *, void *, _UNICODE_STRING *, void **);
  void *CallbackContext;
 };

 /* 2160 */
 union $C12AA24F7876C01AE2A04C0EF0E52F83
 {
  _UNICODE_STRING LinkTarget;
  $43FC242B40D8AEB76DDF941E992C6590 __s1;
 };

 /* 2158 */
 struct __declspec(align(8)) _OBJECT_SYMBOLIC_LINK
 {
  _LARGE_INTEGER CreationTime;
  $C12AA24F7876C01AE2A04C0EF0E52F83 ___u1;
  unsigned int DosDeviceDriveIndex;
  unsigned int Flags;
  unsigned int AccessMask;
 };

 /* 2161 */
 struct __declspec(align(8)) _PI_RESOURCE_ARBITER_ENTRY
 {
  _LIST_ENTRY DeviceArbiterList;
  unsigned __int8 ResourceType;
  _ARBITER_INTERFACE *ArbiterInterface;
  _DEVICE_NODE *DeviceNode;
  _LIST_ENTRY ResourceList;
  _LIST_ENTRY BestResourceList;
  _LIST_ENTRY BestConfig;
  _LIST_ENTRY ActiveArbiterList;
  unsigned __int8 State;
  unsigned __int8 ResourcesChanged;
 };

 /* 2162 */
 struct _MM_DRIVER_VERIFIER_DATA
 {
  unsigned int Level;
  volatile unsigned int RaiseIrqls;
  volatile unsigned int AcquireSpinLocks;
  volatile unsigned int SynchronizeExecutions;
  volatile unsigned int AllocationsAttempted;
  volatile unsigned int AllocationsSucceeded;
  volatile unsigned int AllocationsSucceededSpecialPool;
  unsigned int AllocationsWithNoTag;
  unsigned int TrimRequests;
  unsigned int Trims;
  unsigned int AllocationsFailed;
  volatile unsigned int AllocationsFailedDeliberately;
  volatile unsigned int Loads;
  volatile unsigned int Unloads;
  unsigned int UnTrackedPool;
  unsigned int UserTrims;
  volatile unsigned int CurrentPagedPoolAllocations;
  volatile unsigned int CurrentNonPagedPoolAllocations;
  unsigned int PeakPagedPoolAllocations;
  unsigned int PeakNonPagedPoolAllocations;
  volatile unsigned __int64 PagedBytes;
  volatile unsigned __int64 NonPagedBytes;
  unsigned __int64 PeakPagedBytes;
  unsigned __int64 PeakNonPagedBytes;
  volatile unsigned int BurstAllocationsFailedDeliberately;
  unsigned int SessionTrims;
  volatile unsigned int OptionChanges;
  volatile unsigned int VerifyMode;
  _UNICODE_STRING PreviousBucketName;
  volatile unsigned int ExecutePoolTypes;
  volatile unsigned int ExecutePageProtections;
  volatile unsigned int ExecutePageMappings;
  volatile unsigned int ExecuteWriteSections;
  volatile unsigned int SectionAlignmentFailures;
  volatile unsigned int IATInExecutableSection;
 };

 /* 2163 */
 struct _VI_VERIFIER_ISSUE
 {
  unsigned __int64 IssueType;
  void *Address;
  unsigned __int64 Parameters[2];
 };

 /* 2164 */
 struct FEATURE_STATE_CHANGE_SUBSCRIPTION__
 {
  int unused;
 };

 /* 2165 */
 struct __declspec(align(8)) _PNP_DEVICE_ACTION_ENTRY
 {
  _LIST_ENTRY ListEntry;
  _DEVICE_OBJECT *DeviceObject;
  _PNP_DEVICE_ACTION_REQUEST RequestType;
  unsigned __int8 ReorderingBarrier;
  unsigned __int64 RequestArgument;
  _KEVENT *CompletionEvent;
  int *CompletionStatus;
  _GUID ActivityId;
  int RefCount;
  unsigned __int8 Dequeued;
  _EX_PUSH_LOCK CancelLock;
  unsigned __int8 CancelRequested;
 };

 /* 2166 */
 struct _WNF_DELIVERY_DESCRIPTOR
 {
  unsigned __int64 SubscriptionId;
  _WNF_STATE_NAME StateName;
  unsigned int ChangeStamp;
  unsigned int StateDataSize;
  unsigned int EventMask;
  _WNF_TYPE_ID TypeId;
  unsigned int StateDataOffset;
 };

 /* 2167 */
 struct _TraceLoggingMetadata_t
 {
  unsigned int Signature;
  unsigned __int16 Size;
  unsigned __int8 Version;
  unsigned __int8 Flags;
  unsigned __int64 Magic;
 };

 /* 2168 */
 struct __declspec(align(8)) _IO_WORKITEM
 {
  _WORK_QUEUE_ITEM WorkItem;
  void (__fastcall *Routine)(void *, void *, _IO_WORKITEM *);
  void *IoObject;
  void *Context;
  _ETHREAD *WorkOnBehalfThread;
  unsigned int Type;
  _GUID ActivityId;
 };

 /* 2169 */
 struct $C9F5A97C70584AE568CA830DA491103E
 {
  unsigned __int64 ErrorStatus : 1;
  unsigned __int64 PhysicalAddress : 1;
  unsigned __int64 PhysicalAddressMask : 1;
  unsigned __int64 Node : 1;
  unsigned __int64 Card : 1;
  unsigned __int64 Module : 1;
  unsigned __int64 Bank : 1;
  unsigned __int64 Device : 1;
  unsigned __int64 Row : 1;
  unsigned __int64 Column : 1;
  unsigned __int64 BitPosition : 1;
  unsigned __int64 RequesterId : 1;
  unsigned __int64 ResponderId : 1;
  unsigned __int64 TargetId : 1;
  unsigned __int64 ErrorType : 1;
  unsigned __int64 RankNumber : 1;
  unsigned __int64 CardHandle : 1;
  unsigned __int64 ModuleHandle : 1;
  unsigned __int64 ExtendedRow : 1;
  unsigned __int64 BankGroup : 1;
  unsigned __int64 BankAddress : 1;
  unsigned __int64 ChipIdentification : 1;
  unsigned __int64 Reserved : 42;
 };

 /* 2170 */
 union _WHEA_MEMORY_ERROR_SECTION_VALIDBITS
 {
  $C9F5A97C70584AE568CA830DA491103E __s0;
  unsigned __int64 ValidBits;
 };

 /* 2171 */
 struct $390C86F153586C246F7E5B624A004BCC
 {
  unsigned __int64 Reserved1 : 8;
  unsigned __int64 ErrorType : 8;
  unsigned __int64 Address : 1;
  unsigned __int64 Control : 1;
  unsigned __int64 Data : 1;
  unsigned __int64 Responder : 1;
  unsigned __int64 Requester : 1;
  unsigned __int64 FirstError : 1;
  unsigned __int64 Overflow : 1;
  unsigned __int64 Reserved2 : 41;
 };

 /* 2172 */
 union _WHEA_ERROR_STATUS
 {
  unsigned __int64 ErrorStatus;
  $390C86F153586C246F7E5B624A004BCC __s1;
 };

 /* 2173 */
 struct _WHEA_MEMORY_ERROR_SECTION
 {
  _WHEA_MEMORY_ERROR_SECTION_VALIDBITS ValidBits;
  _WHEA_ERROR_STATUS ErrorStatus;
  unsigned __int64 PhysicalAddress;
  unsigned __int64 PhysicalAddressMask;
  unsigned __int16 Node;
  unsigned __int16 Card;
  unsigned __int16 Module;
  unsigned __int16 Bank;
  unsigned __int16 Device;
  unsigned __int16 Row;
  unsigned __int16 Column;
  unsigned __int16 BitPosition;
  unsigned __int64 RequesterId;
  unsigned __int64 ResponderId;
  unsigned __int64 TargetId;
  unsigned __int8 ErrorType;
  unsigned __int8 Extended;
  unsigned __int16 RankNumber;
  unsigned __int16 CardHandle;
  unsigned __int16 ModuleHandle;
 };

 /* 2174 */
 struct _EX_HEAP_POOL_NODE
 {
  _SEGMENT_HEAP *Heaps[4];
  _RTL_DYNAMIC_LOOKASIDE Lookasides[2];
 };

 /* 2175 */
 struct __declspec(align(64)) _EX_POOL_HEAP_MANAGER_STATE
 {
  _RTLP_HP_HEAP_MANAGER HeapManager;
  unsigned int NumberOfPools;
  _EX_HEAP_POOL_NODE PoolNode[64];
  _SEGMENT_HEAP *SpecialHeaps[4];
 };

 /* 2176 */
 struct _IOP_IRP_EXTENSION_STATUS
 {
  unsigned int Flags;
  unsigned int ActivityId;
  unsigned int IoTracking;
 };

 /* 2177 */
 struct _EX_WORK_QUEUE
 {
  _KPRIQUEUE WorkPriQueue;
  _EX_PARTITION *Partition;
  _ENODE *Node;
  volatile unsigned int WorkItemsProcessed;
  unsigned int WorkItemsProcessedLastPass;
  volatile int ThreadCount;
  __int32 MinThreads : 31;
  unsigned __int32 TryFailed : 1;
  int MaxThreads;
  _EXQUEUEINDEX QueueIndex;
  _KEVENT *AllThreadsExitedEvent;
 };

 /* 2178 */
 struct __declspec(align(8)) _EX_PARTITION
 {
  _EPARTITION *PartitionObject;
  _EX_WORK_QUEUE **volatile *WorkQueues;
  _EX_WORK_QUEUE_MANAGER **WorkQueueManagers;
  volatile int QueueAllocationMask;
 };

 /* 2179 */
 struct __declspec(align(4)) _EX_WORK_QUEUE_MANAGER
 {
  _EX_PARTITION *Partition;
  _ENODE *Node;
  _KEVENT Event;
  _KTIMER DeadlockTimer;
  _KEVENT ReaperEvent;
  _KTIMER2 ReaperTimer;
  void *ThreadHandle;
  volatile unsigned int ExitThread;
  unsigned __int16 ThreadSeed;
 };

 /* 2180 */
 struct _VF_TRACKER
 {
  unsigned int TrackerFlags;
  unsigned int TrackerSize;
  unsigned int TrackerIndex;
  unsigned int TraceDepth;
 };

 /* 2181 */
 struct __declspec(align(8)) _VF_AVL_TREE_NODE_EX
 {
  _VF_AVL_TREE_NODE Base;
  unsigned int SessionId;
 };

 /* 2182 */
 struct _VF_TARGET_ALL_SHARED_EXPORT_THUNKS
 {
  struct _VERIFIER_SHARED_EXPORT_THUNK *SharedExportThunks;
  struct _VERIFIER_SHARED_EXPORT_THUNK *PoolSharedExportThunks;
  struct _VERIFIER_SHARED_EXPORT_THUNK *OrderDependentSharedExportThunks;
  struct _VERIFIER_SHARED_EXPORT_THUNK *XdvSharedExportThunks;
 };

 /* 2183 */
 struct _VF_TARGET_DRIVER
 {
  _VF_AVL_TREE_NODE_EX TreeNode;
  union
  {
    _VF_TARGET_ALL_SHARED_EXPORT_THUNKS AllSharedExportThunks;
    struct
    {
      unsigned __int32 SnapSharedExportsFailed : 1;
      unsigned __int32 Spare : 31;
    } Flags;
  } u1;
  _VF_TARGET_VERIFIED_DRIVER_DATA *VerifiedData;
 };

 /* 2184 */
 struct _VI_POOL_PAGE_HEADER
 {
  _SLIST_ENTRY *NextPage;
  void *VerifierEntry;
  unsigned __int64 Signature;
 };

 /* 2185 */
 struct _VI_POOL_ENTRY_INUSE
 {
  void *VirtualAddress;
  void *CallingAddress;
  unsigned __int64 NumberOfBytes;
  unsigned __int64 Tag;
 };

 /* 2186 */
 union $265DDDB45F10CB9C8A8E8EC7EC5C4040
 {
  _VI_POOL_PAGE_HEADER PageHeader;
  _VI_POOL_ENTRY_INUSE InUse;
  _SLIST_ENTRY *NextFree;
 };

 /* 2187 */
 struct _VI_POOL_ENTRY
 {
  $265DDDB45F10CB9C8A8E8EC7EC5C4040 ___u0;
 };

 /* 2188 */
 struct _VI_VERIFIER_POOL_HEADER
 {
  _VI_POOL_ENTRY *VerifierPoolEntry;
 };

 /* 2189 */
 struct _MI_SYSTEM_CACHE_VIEW_ATTRIBUTES
 {
  unsigned __int64 NumberOfPtes : 6;
  unsigned __int64 PartitionId : 10;
  unsigned __int64 SectionOffset : 48;
 };

 /* 2190 */
 struct $EF13FE80CF55899E65D0E411456D850C
 {
  unsigned __int64 Type : 2;
 };

 /* 2191 */
 union $24FD9226A2BA7610E1528D7465E57121
 {
  void *SystemCacheVa;
  void *SessionViewVa;
  _EPROCESS *VadsProcess;
  $EF13FE80CF55899E65D0E411456D850C __s3;
 };

 /* 2192 */
 struct $7A12E994E7C3D5620BD6C5291A16EAC3
 {
  unsigned __int64 SubsectionType : 1;
 };

 /* 2193 */
 union $46E8D79EF70475DE6E1968384763CE19
 {
  _SUBSECTION *Subsection;
  $7A12E994E7C3D5620BD6C5291A16EAC3 __s1;
 };

 /* 2194 */
 union $CF3DA0327981C2D4BEEC4BC2DC3DC220
 {
  _MI_SYSTEM_CACHE_VIEW_ATTRIBUTES SystemCacheAttributes;
  unsigned __int64 SectionOffset;
 };

 /* 2195 */
 struct _MI_REVERSE_VIEW_MAP
 {
  _LIST_ENTRY ViewLinks;
  $24FD9226A2BA7610E1528D7465E57121 ___u1;
  $46E8D79EF70475DE6E1968384763CE19 ___u2;
  $CF3DA0327981C2D4BEEC4BC2DC3DC220 ___u3;
 };

 /* 2196 */
 union _LFH_RANDOM_DATA
 {
  unsigned __int8 Bytes[256];
  unsigned __int16 Words[128];
  unsigned __int64 Quadwords[32];
 };

 /* 2197 */
 struct __declspec(align(8)) _ETW_REPLY_QUEUE
 {
  _KQUEUE Queue;
  int EventsLost;
 };

 /* 2198 */
 union $654E83E89CAB2C1EC2AB4F095B6C2AA0
 {
  unsigned int ReplyIndex;
  unsigned int Timeout;
 };

 /* 2199 */
 union $50CA8CBBA05A5E98ABD5165AD2FEFF3A
 {
  unsigned int ReplyCount;
  unsigned int NotifyeeCount;
 };

 /* 2200 */
 union $A0D7831E9BD209436320E83CE4C08798
 {
  unsigned __int64 ReplyHandle;
  void *ReplyObject;
  unsigned int RegIndex;
 };

 /* 2201 */
 struct _ETWP_NOTIFICATION_HEADER
 {
  _ETW_NOTIFICATION_TYPE NotificationType;
  unsigned int NotificationSize;
  int RefCount;
  unsigned __int8 ReplyRequested;
  $654E83E89CAB2C1EC2AB4F095B6C2AA0 ___u4;
  $50CA8CBBA05A5E98ABD5165AD2FEFF3A ___u5;
  $A0D7831E9BD209436320E83CE4C08798 ___u6;
  unsigned int TargetPID;
  unsigned int SourcePID;
  _GUID DestinationGuid;
  _GUID SourceGuid;
 };

 /* 2205 */
 struct __unaligned __declspec(align(4)) $302A4FD098F2A40DCB3B0BDBBAF91DD6
 {
  _ETW_REPLY_QUEUE *ReplyQueue;
  unsigned int SessionId;
 };

 /* 2206 */
 union $A03235EFCA385467F6B9443D85ACCA0C
 {
  $302A4FD098F2A40DCB3B0BDBBAF91DD6 __s0;
  _ETW_QUEUE_ENTRY *ReplySlot[4];
  void *Caller;
 };

 /* 2207 */
 union $EFF229FC4C6C82A5D00D8EB0BFE2983C
 {
  _EPROCESS *Process;
  void *CallbackContext;
 };

 /* 2208 */
 struct $400D6A201DF43D9CD87685D077566D35
 {
  unsigned __int16 DbgKernelRegistration : 1;
  unsigned __int16 DbgUserRegistration : 1;
  unsigned __int16 DbgReplyRegistration : 1;
  unsigned __int16 DbgClassicRegistration : 1;
  unsigned __int16 DbgSessionSpaceRegistration : 1;
  unsigned __int16 DbgModernRegistration : 1;
  unsigned __int16 DbgClosed : 1;
  unsigned __int16 DbgInserted : 1;
  unsigned __int16 DbgWow64 : 1;
  unsigned __int16 DbgUseDescriptorType : 1;
  unsigned __int16 DbgDropProviderTraits : 1;
 };

 /* 2209 */
 union $6E0E388D054E9E80432F96AA0CF9F6B9
 {
  unsigned __int16 Flags;
  $400D6A201DF43D9CD87685D077566D35 __s1;
 };

 /* 2202 */
 struct _ETW_REG_ENTRY
 {
  _LIST_ENTRY RegList;
  _LIST_ENTRY GroupRegList;
  _ETW_GUID_ENTRY *GuidEntry;
  _ETW_GUID_ENTRY *GroupEntry;
  $A03235EFCA385467F6B9443D85ACCA0C ___u4;
  $EFF229FC4C6C82A5D00D8EB0BFE2983C ___u5;
  void *Callback;
  unsigned __int16 Index;
  $6E0E388D054E9E80432F96AA0CF9F6B9 ___u8;
  unsigned __int8 EnableMask;
  unsigned __int8 GroupEnableMask;
  unsigned __int8 HostEnableMask;
  unsigned __int8 HostGroupEnableMask;
  _ETW_PROVIDER_TRAITS *Traits;
 };

 /* 2203 */
 struct _ETW_QUEUE_ENTRY
 {
  _LIST_ENTRY ListEntry;
  _ETWP_NOTIFICATION_HEADER *DataBlock;
  _ETW_REG_ENTRY *RegEntry;
  _ETW_REG_ENTRY *ReplyObject;
  void *WakeReference;
  unsigned __int16 RegIndex;
  unsigned __int16 ReplyIndex;
  unsigned int Flags;
 };

 /* 2204 */
 struct __declspec(align(4)) _ETW_PROVIDER_TRAITS
 {
  _RTL_BALANCED_NODE Node;
  unsigned int ReferenceCount;
  unsigned __int8 Traits[1];
 };

 /* 2210 */
 struct _PS_TRUSTLET_TKSESSION_ID
 {
  unsigned __int64 SessionId[4];
 };

 /* 2211 */
 struct _FAST_OWNER_ENTRY
 {
  void *Reserved[9];
 };

 /* 2212 */
 struct _HEAP_GLOBAL_APPCOMPAT_FLAGS
 {
  unsigned __int32 SafeInputValidation : 1;
  unsigned __int32 Padding : 1;
  unsigned __int32 CommitLFHSubsegments : 1;
  unsigned __int32 AllocateHeapFromEnv : 1;
 };

 /* 2213 */
 union $8FD5512C6196EA7569B8DDDAD8CFD00C
 {
  _EPROCESS *Process;
  _DEVICE_OBJECT *DeviceObject;
 };

 /* 2214 */
 struct _DIAGNOSTIC_CONTEXT
 {
  _REQUESTER_TYPE CallerType;
  $8FD5512C6196EA7569B8DDDAD8CFD00C ___u1;
  unsigned int ServiceTag;
  unsigned __int64 ReasonSize;
 };

 /* 2215 */
 struct $1C0B831105FBF9FD7D7436CA9EBE94EB
 {
  unsigned __int8 ApcAssociated : 1;
  unsigned __int8 FlushDpcs : 1;
  unsigned __int8 Paused : 1;
  unsigned __int8 Spare1 : 5;
 };

 /* 2216 */
 union $75C8CA91817720EFBD63510773860F4A
 {
  char TimerFlags;
  $1C0B831105FBF9FD7D7436CA9EBE94EB __s1;
 };

 /* 2217 */
 struct __declspec(align(8)) _ETIMER
 {
  _KTIMER KeTimer;
  unsigned __int64 Lock;
  _KAPC TimerApc;
  _KDPC TimerDpc;
  _LIST_ENTRY ActiveTimerListEntry;
  unsigned int Period;
  $75C8CA91817720EFBD63510773860F4A ___u6;
  unsigned __int8 DueTimeType;
  unsigned __int16 Spare2;
  _DIAGNOSTIC_CONTEXT *volatile WakeReason;
  _LIST_ENTRY WakeTimerListEntry;
  void *VirtualizedTimerCookie;
  _LIST_ENTRY VirtualizedTimerLinks;
  unsigned __int64 DueTime;
  unsigned int CoalescingWindow;
 };

 /* 2218 */
 struct _VI_TRACK_IRQL
 {
  void *Thread;
  unsigned __int8 OldIrql;
  unsigned __int8 NewIrql;
  unsigned __int16 Processor;
  unsigned int TickCount;
  void *StackTrace[5];
 };

 /* 2219 */
 struct _HEAP_FREE_ENTRY_EXTRA
 {
  unsigned __int16 TagIndex;
  unsigned __int16 FreeBackTraceIndex;
 };

 /* 2220 */
 struct $31210AAD4295EF40720414A785869845
 {
  __int16 KernelApcDisable;
  __int16 SpecialApcDisable;
 };

 /* 2221 */
 union $29FAB6718E98AE18280BB9DB819532CB
 {
  $31210AAD4295EF40720414A785869845 __s0;
  unsigned int CombinedApcDisable;
 };

 /* 2222 */
 struct _IOV_IRP_TRACE
 {
  _IRP *Irp;
  _KTHREAD *Thread;
  $29FAB6718E98AE18280BB9DB819532CB ___u2;
  unsigned __int8 Irql;
  void *StackTrace[13];
 };

 /* 2223 */
 struct _PNP_DEVICE_COMPLETION_REQUEST
 {
  _LIST_ENTRY ListEntry;
  _DEVICE_NODE *DeviceNode;
  void *Context;
  _PNP_DEVNODE_STATE CompletionState;
  unsigned int IrpPended;
  int Status;
  void *Information;
  int ReferenceCount;
  _PNP_WATCHDOG *Watchdog;
 };

 /* 2227 */
 union $E6D610BB97B242C09D59294F51BEF9E5
 {
  _EPROCESS *ServerProcess;
  _EPROCESS *MappingProcess;
 };

 /* 2224 */
 struct _LPCP_PORT_OBJECT
 {
  _LPCP_PORT_OBJECT *ConnectionPort;
  _LPCP_PORT_OBJECT *ConnectedPort;
  _LPCP_PORT_QUEUE MsgQueue;
  _CLIENT_ID Creator;
  void *ClientSectionBase;
  void *ServerSectionBase;
  void *PortContext;
  _ETHREAD *ClientThread;
  _SECURITY_QUALITY_OF_SERVICE SecurityQos;
  _SECURITY_CLIENT_CONTEXT StaticSecurity;
  _LIST_ENTRY LpcReplyChainHead;
  _LIST_ENTRY LpcDataInfoChainHead;
  $E6D610BB97B242C09D59294F51BEF9E5 ___u12;
  unsigned __int16 MaxMessageLength;
  unsigned __int16 MaxConnectionInfoLength;
  unsigned int Flags;
  _KEVENT WaitEvent;
 };

 /* 2226 */
 struct _LPCP_PORT_QUEUE
 {
  _LPCP_NONPAGED_PORT_QUEUE *NonPagedPortQueue;
  _KSEMAPHORE *Semaphore;
  _LIST_ENTRY ReceiveHead;
 };

 /* 2225 */
 struct _LPCP_NONPAGED_PORT_QUEUE
 {
  _KSEMAPHORE Semaphore;
  _LPCP_PORT_OBJECT *BackPointer;
 };

 /* 2228 */
 struct _IOV_FORCED_PENDING_TRACE
 {
  _IRP *Irp;
  _ETHREAD *Thread;
  void *StackTrace[62];
 };

 /* 2229 */
 struct $626BA0261C0CE970D353C60914498C98
 {
  unsigned __int32 HotspotDetection : 1;
  unsigned __int32 HotspotFullCommit : 1;
  unsigned __int32 ActiveSubsegment : 1;
  unsigned __int32 SmallerSubsegment : 1;
  unsigned __int32 SingleAffinitySlot : 1;
  unsigned __int32 ApplyLfhDecommitPolicy : 1;
  unsigned __int32 EnableGarbageCollection : 1;
  unsigned __int32 LargePagePreCommit : 1;
  unsigned __int32 OpportunisticLargePreCommit : 1;
  unsigned __int32 LfhForcedAffinity : 1;
  unsigned __int32 LfhCachelinePadding : 1;
 };

 /* 2230 */
 union RTLP_HP_LFH_PERF_FLAGS
 {
  $626BA0261C0CE970D353C60914498C98 __s0;
  unsigned int AllFlags;
 };

 /* 2231 */
 struct _POP_SHUTDOWN_BUG_CHECK
 {
  _ETHREAD *InitiatingThread;
  _EPROCESS *InitiatingProcess;
  void *ThreadId;
  void *ProcessId;
  unsigned int Code;
  unsigned __int64 Parameter1;
  unsigned __int64 Parameter2;
  unsigned __int64 Parameter3;
  unsigned __int64 Parameter4;
 };

 /* 2232 */
 struct _DUMP_INITIALIZATION_CONTEXT
 {
  unsigned int Length;
  unsigned int Reserved;
  void *MemoryBlock;
  void *CommonBuffer[2];
  _LARGE_INTEGER PhysicalAddress[2];
  void (__fastcall *StallRoutine)(unsigned int);
  unsigned __int8 (__fastcall *OpenRoutine)(_LARGE_INTEGER);
  int (__fastcall *WriteRoutine)(_LARGE_INTEGER *, _MDL *);
  void (__fastcall *FinishRoutine)();
  _ADAPTER_OBJECT *AdapterObject;
  void *MappedRegisterBase;
  void *PortConfiguration;
  unsigned __int8 CrashDump;
  unsigned __int8 MarkMemoryOnly;
  unsigned __int8 HiberResume;
  unsigned __int8 Reserved1;
  unsigned int MaximumTransferSize;
  unsigned int CommonBufferSize;
  void *TargetAddress;
  int (__fastcall *WritePendingRoutine)(int, _LARGE_INTEGER *, _MDL *, void *);
  unsigned int PartitionStyle;
  union
  {
    struct
    {
      unsigned int Signature;
      unsigned int CheckSum;
    } Mbr;
    struct
    {
      _GUID DiskId;
    } Gpt;
  } DiskInfo;
  int (__fastcall *ReadRoutine)(int, _LARGE_INTEGER *, _MDL *);
  int (__fastcall *GetDriveTelemetryRoutine)(unsigned int, unsigned int, void *, unsigned int);
  unsigned int LogSectionTruncateSize;
  unsigned int Parameters[16];
  void (__fastcall *GetTransferSizesRoutine)(unsigned int *, unsigned int *);
  void (__fastcall *DumpNotifyRoutine)(_DUMP_EVENTS, void *, unsigned int);
 };

 /* 2233 */
 union $65B717EDC77C5FCA62A36BC0F2DC314E
 {
  void *DumpPointers;
  void *StorageInfo;
 };

 /* 2234 */
 struct __declspec(align(8)) _DUMP_STACK_CONTEXT
 {
  _DUMP_INITIALIZATION_CONTEXT Init;
  _LARGE_INTEGER PartitionOffset;
  $65B717EDC77C5FCA62A36BC0F2DC314E ___u2;
  unsigned __int8 UseStorageInfo;
  unsigned int PointersLength;
  wchar_t *ModulePrefix;
  _LIST_ENTRY DriverList;
  _STRING InitMsg;
  _STRING ProgMsg;
  _STRING DoneMsg;
  void *FileObject;
  _DEVICE_USAGE_NOTIFICATION_TYPE UsageType;
 };

 /* 2235 */
 struct _PO_HIBER_PERF
 {
  unsigned __int64 HiberIoTicks;
  unsigned __int64 HiberIoCpuTicks;
  unsigned __int64 HiberInitTicks;
  unsigned __int64 HiberHiberFileTicks;
  unsigned __int64 HiberCompressTicks;
  unsigned __int64 HiberSharedBufferTicks;
  unsigned __int64 HiberChecksumTicks;
  unsigned __int64 HiberChecksumIoTicks;
  _LARGE_INTEGER TotalHibernateTime;
  _LARGE_INTEGER HibernateCompleteTimestamp;
  unsigned int POSTTime;
  unsigned int ResumeBootMgrTime;
  unsigned int BootmgrUserInputTime;
  unsigned __int64 ResumeAppTicks;
  unsigned __int64 ResumeAppStartTimestamp;
  unsigned __int64 ResumeLibraryInitTicks;
  unsigned __int64 ResumeInitTicks;
  unsigned __int64 ResumeRestoreImageStartTimestamp;
  unsigned __int64 ResumeHiberFileTicks;
  unsigned __int64 ResumeIoTicks;
  unsigned __int64 ResumeDecompressTicks;
  unsigned __int64 ResumeAllocateTicks;
  unsigned __int64 ResumeUserInOutTicks;
  unsigned __int64 ResumeMapTicks;
  unsigned __int64 ResumeUnmapTicks;
  unsigned __int64 ResumeChecksumTicks;
  unsigned __int64 ResumeChecksumIoTicks;
  unsigned __int64 ResumeKernelSwitchTimestamp;
  unsigned __int64 CyclesPerMs;
  unsigned __int64 WriteLogDataTimestamp;
  unsigned __int64 KernelReturnFromHandler;
  unsigned __int64 TimeStampCounterAtSwitchTime;
  unsigned __int64 HalTscOffset;
  unsigned __int64 HvlTscOffset;
  unsigned __int64 SleeperThreadEnd;
  unsigned __int64 PostCmosUpdateTimestamp;
  unsigned __int64 KernelReturnSystemPowerStateTimestamp;
  unsigned __int64 IoBoundedness;
  unsigned __int64 KernelDecompressTicks;
  unsigned __int64 KernelIoTicks;
  unsigned __int64 KernelCopyTicks;
  unsigned __int64 ReadCheckCount;
  unsigned __int64 KernelInitTicks;
  unsigned __int64 KernelResumeHiberFileTicks;
  unsigned __int64 KernelIoCpuTicks;
  unsigned __int64 KernelSharedBufferTicks;
  unsigned __int64 KernelAnimationTicks;
  unsigned __int64 KernelChecksumTicks;
  unsigned __int64 KernelChecksumIoTicks;
  _LARGE_INTEGER AnimationStart;
  _LARGE_INTEGER AnimationStop;
  unsigned int DeviceResumeTime;
  unsigned __int64 SecurePagesProcessed;
  unsigned __int64 BootPagesProcessed;
  unsigned __int64 KernelPagesProcessed;
  unsigned __int64 BootBytesWritten;
  unsigned __int64 KernelBytesWritten;
  unsigned __int64 BootPagesWritten;
  unsigned __int64 KernelPagesWritten;
  unsigned __int64 BytesWritten;
  unsigned int PagesWritten;
  unsigned int FileRuns;
  unsigned int NoMultiStageResumeReason;
  unsigned int MaxHuffRatio;
  unsigned __int64 AdjustedTotalResumeTime;
  unsigned __int64 ResumeCompleteTimestamp;
 };

 /* 2236 */
 struct __declspec(align(8)) PO_MEMORY_IMAGE
 {
  unsigned int Signature;
  unsigned int ImageType;
  unsigned int CheckSum;
  unsigned int LengthSelf;
  unsigned __int64 PageSelf;
  unsigned int PageSize;
  _LARGE_INTEGER SystemTime;
  unsigned __int64 InterruptTime;
  unsigned __int64 FeatureFlags;
  unsigned __int8 HiberFlags;
  unsigned __int8 HiberSimulateFlags;
  unsigned __int8 spare[2];
  unsigned int NoHiberPtes;
  unsigned __int64 HiberVa;
  unsigned int NoFreePages;
  unsigned int FreeMapCheck;
  unsigned int WakeCheck;
  unsigned __int64 NumPagesForLoader;
  unsigned __int64 FirstSecureRestorePage;
  unsigned __int64 FirstBootRestorePage;
  unsigned __int64 FirstKernelRestorePage;
  unsigned __int64 FirstChecksumRestorePage;
  unsigned __int64 NoChecksumEntries;
  _PO_HIBER_PERF PerfInfo;
  unsigned int FirmwareRuntimeInformationPages;
  unsigned __int64 FirmwareRuntimeInformation[1];
  unsigned int SpareUlong;
  unsigned int NoBootLoaderLogPages;
  unsigned __int64 BootLoaderLogPages[24];
  unsigned int NotUsed;
  unsigned int ResumeContextCheck;
  unsigned int ResumeContextPages;
  unsigned __int8 Hiberboot;
  unsigned __int8 SecureLaunched;
  unsigned __int8 SecureBoot;
  unsigned __int64 HvPageTableRoot;
  unsigned __int64 HvEntryPoint;
  unsigned __int64 HvReservedTransitionAddress;
  unsigned __int64 HvReservedTransitionAddressSize;
  unsigned __int64 BootFlags;
  unsigned __int64 RestoreProcessorStateRoutine;
  unsigned __int64 HighestPhysicalPage;
  unsigned __int64 BitlockerKeyPfns[4];
  unsigned int HardwareSignature;
  _LARGE_INTEGER SMBiosTablePhysicalAddress;
  unsigned int SMBiosTableLength;
  unsigned __int8 SMBiosMajorVersion;
  unsigned __int8 SMBiosMinorVersion;
  unsigned __int8 HiberResumeXhciHandoffSkip;
  unsigned __int8 InitializeUSBCore;
  unsigned __int8 ValidUSBCoreId;
  unsigned __int8 USBCoreId;
  unsigned __int8 SkipMemoryMapValidation;
 };

 /* 2237 */
 struct _POP_PER_PROCESSOR_CONTEXT
 {
  unsigned __int8 *UncompressedData;
  void *MappingVa;
  void *XpressEncodeWorkspace;
  unsigned __int8 *CompressedDataBuffer;
  unsigned __int64 CopyTicks;
  unsigned __int64 CompressTicks;
  unsigned __int64 BytesCopied;
  unsigned __int64 PagesProcessed;
  unsigned __int64 DecompressTicks;
  unsigned __int64 ResumeCopyTicks;
  unsigned __int64 SharedBufferTicks;
  unsigned __int64 DecompressTicksByMethod[2];
  unsigned __int64 DecompressSizeByMethod[2];
  unsigned int CompressCount;
  unsigned int HuffCompressCount;
 };

 /* 2238 */
 struct __declspec(align(8)) _POP_IO_INFO
 {
  _MDL *DumpMdl;
  _POP_IO_STATUS IoStatus;
  unsigned __int64 IoStartCount;
  unsigned __int64 IoBytesCompleted;
  unsigned __int64 IoBytesInProgress;
  unsigned __int64 RequestSize;
  _LARGE_INTEGER IoLocation;
  unsigned __int64 FileOffset;
  void *Buffer;
  unsigned __int8 AsyncCapable;
  unsigned __int64 BytesToRead;
  unsigned int Pages;
  unsigned __int64 HighestChecksumIndex;
  unsigned __int16 PreviousChecksum;
 };

 /* 2239 */
 union $671580CAE5BA3833B6B8200B0D387757
 {
  _RTL_BITMAP DiscardMap;
  _RTL_BITMAP KernelPhaseMap;
 };

 /* 2240 */
 struct __declspec(align(4)) _POP_HIBER_CONTEXT
 {
  unsigned __int8 Reset;
  unsigned __int8 HiberFlags;
  unsigned __int8 WroteHiberFile;
  unsigned __int8 KernelPhaseVerificationActive;
  volatile unsigned __int8 InitializationFinished;
  volatile int NextTableLockHeld;
  volatile int BootPhaseFinishedBarrier;
  volatile int KernelResumeFinishedBarrier;
  volatile int HvCaptureReadyBarrier;
  volatile int HvCaptureCompletedBarrier;
  unsigned __int8 MapFrozen;
  $671580CAE5BA3833B6B8200B0D387757 ___u11;
  _RTL_BITMAP BootPhaseMap;
  _LIST_ENTRY ClonedRanges;
  unsigned int ClonedRangeCount;
  unsigned __int64 ClonedPageCount;
  _RTL_BITMAP *CurrentMap;
  _LIST_ENTRY *NextCloneRange;
  unsigned __int64 NextPreserve;
  _MDL *LoaderMdl;
  _MDL *AllocatedMdl;
  unsigned __int64 PagesOut;
  void *IoPages;
  unsigned int IoPagesCount;
  void *CurrentMcb;
  _DUMP_STACK_CONTEXT *DumpStack;
  _KPROCESSOR_STATE *WakeState;
  unsigned int IoProgress;
  int Status;
  unsigned int GraphicsProc;
  PO_MEMORY_IMAGE *MemoryImage;
  unsigned int *PerformanceStats;
  _MDL *BootLoaderLogMdl;
  _MDL *FirmwareRuntimeInformationMdl;
  void *FirmwareRuntimeInformationVa;
  void *ResumeContext;
  unsigned int ResumeContextPages;
  unsigned int SecurePages;
  unsigned int ProcessorCount;
  _POP_PER_PROCESSOR_CONTEXT *ProcessorContext;
  char *ProdConsBuffer;
  unsigned int ProdConsSize;
  unsigned int MaxDataPages;
  void *ExtraBuffer;
  unsigned __int64 ExtraBufferSize;
  void *ExtraMapVa;
  unsigned __int64 BitlockerKeyPFN;
  _POP_IO_INFO IoInfo;
  wchar_t *IoChecksums;
  unsigned __int64 IoChecksumsSize;
  unsigned int HardwareConfigurationSignature;
  unsigned __int8 IumEnabled;
  unsigned __int8 SecureBoot;
 };

 /* 2241 */
 union $9B54EDCA27E23E747539C271EE96DCB6
 {
  unsigned __int64 ProcessImageNameOffset;
  unsigned __int64 DeviceDescriptionOffset;
 };

 /* 2242 */
 struct $1E0057149CB9E38A8E5BD3660EC304C0
 {
  unsigned int ProcessId;
  unsigned int ServiceTag;
 };

 /* 2243 */
 union $21AF1C7562A77BBEB28F29E9B13471C4
 {
  $1E0057149CB9E38A8E5BD3660EC304C0 __s0;
  unsigned __int64 DevicePathOffset;
 };

 /* 2244 */
 struct _DIAGNOSTIC_BUFFER
 {
  unsigned __int64 Size;
  _REQUESTER_TYPE CallerType;
  $9B54EDCA27E23E747539C271EE96DCB6 ___u2;
  $21AF1C7562A77BBEB28F29E9B13471C4 ___u3;
  unsigned __int64 ReasonOffset;
 };

 /* 2245 */
 struct _POP_POWER_ACTION
 {
  unsigned __int8 Updates;
  unsigned __int8 State;
  unsigned __int8 Shutdown;
  POWER_ACTION Action;
  _SYSTEM_POWER_STATE LightestState;
  unsigned int Flags;
  int Status;
  POWER_POLICY_DEVICE_TYPE DeviceType;
  unsigned int DeviceTypeFlags;
  unsigned __int8 IrpMinor;
  unsigned __int8 Waking;
  _SYSTEM_POWER_STATE SystemState;
  _SYSTEM_POWER_STATE NextSystemState;
  _SYSTEM_POWER_STATE EffectiveSystemState;
  _SYSTEM_POWER_STATE CurrentSystemState;
  _POP_SHUTDOWN_BUG_CHECK *ShutdownBugCode;
  _POP_DEVICE_SYS_STATE *DevState;
  _POP_HIBER_CONTEXT *HiberContext;
  unsigned __int64 WakeTime;
  unsigned __int64 SleepTime;
  unsigned __int64 WakeFirstUnattendedTime;
  SYSTEM_POWER_CONDITION WakeAlarmSignaled;
  struct {unsigned __int64 RequestedTime;unsigned __int64 ProgrammedTime;_DIAGNOSTIC_BUFFER *TimerInfo;}; WakeAlarm[3];
  unsigned __int8 WakeAlarmPaused;
  unsigned __int64 WakeAlarmLastTime;
  unsigned __int64 DozeDeferralStartTime;
  SYSTEM_POWER_CAPABILITIES FilteredCapabilities;
  unsigned __int64 WatchdogLock;
  _KDPC WatchdogDpc;
  _KTIMER WatchdogTimer;
  unsigned __int8 WatchdogInitialized;
  _POP_POWER_ACTION_WATCHDOG_STATE WatchdogState;
  unsigned __int64 WatchdogStartTime;
  _KTHREAD *ActionWorkerThread;
  _KTHREAD *PromoteActionWorkerThread;
  _KTHREAD *UnlockAfterSleepWorkerThread;
 };

 /* 2246 */
 struct _ISR_THUNK
 {
  unsigned __int8 PushImm;
  unsigned __int8 Vector;
  unsigned __int8 PushRbp;
  unsigned __int8 JmpOp;
  int JmpOffset;
 };

 /* 2247 */
 struct _FAST_ERESOURCE_INTERNAL
 {
  _LIST_ENTRY SystemResourcesList;
  void *ReservedPointer;
  __int16 ActiveCount;
  unsigned __int16 Flag;
  _KWAIT_CHAIN SharedWaiters;
  _KWAIT_CHAIN ExclusiveWaiters;
  _LIST_ENTRY OwnerEntryListHead;
  unsigned int ActiveEntries;
  unsigned int ContentionCount;
  unsigned int NumberOfSharedWaiters;
  unsigned int NumberOfExclusiveWaiters;
  void *ReservedWin64OnlyPointer;
  $FA8F2364BE4EE7049C389A9C36002332 ___u12;
  unsigned __int64 SpinLock;
 };

 /* 2248 */
 struct _WAITING_IRP
 {
  _LIST_ENTRY Links;
  _IRP *Irp;
  void (__fastcall *CompletionRoutine)(void *, _IRP *);
  void *Context;
  _KEVENT *Event;
  unsigned int Information;
  unsigned __int8 BreakAllRH;
  unsigned __int8 OplockBreakNotify;
  _FILE_OBJECT *FileObject;
 };

 /* 2249 */
 struct _UNEXPECTED_INTERRUPT
 {
  unsigned __int8 PushImm;
  unsigned __int8 Vector;
  unsigned __int8 PushRbp;
  unsigned __int8 JmpOp;
  int JmpOffset;
 };

 /* 2250 */
 struct __declspec(align(4)) _LEARNING_MODE_DATA
 {
  unsigned int Settings;
  unsigned __int8 Enabled;
  unsigned __int8 PermissiveModeEnabled;
 };

 /* 2251 */
 union $400FE8F293217145DA00178F69046B30
 {
  unsigned __int64 KernelCallbackTable;
  unsigned __int64 UserSharedInfoPtr;
 };

 /* 2252 */
 struct _PEB64
 {
  unsigned __int8 InheritedAddressSpace;
  unsigned __int8 ReadImageFileExecOptions;
  unsigned __int8 BeingDebugged;
  $1FC3CF19FE78E08DBCA0A468418A0394 ___u3;
  unsigned __int8 Padding0[4];
  unsigned __int64 Mutant;
  unsigned __int64 ImageBaseAddress;
  unsigned __int64 Ldr;
  unsigned __int64 ProcessParameters;
  unsigned __int64 SubSystemData;
  unsigned __int64 ProcessHeap;
  unsigned __int64 FastPebLock;
  unsigned __int64 AtlThunkSListPtr;
  unsigned __int64 IFEOKey;
  $C56898A4BC7BD2644011280E50E313AE ___u14;
  unsigned __int8 Padding1[4];
  $400FE8F293217145DA00178F69046B30 ___u16;
  unsigned int SystemReserved;
  unsigned int AtlThunkSListPtr32;
  unsigned __int64 ApiSetMap;
  unsigned int TlsExpansionCounter;
  unsigned __int8 Padding2[4];
  unsigned __int64 TlsBitmap;
  unsigned int TlsBitmapBits[2];
  unsigned __int64 ReadOnlySharedMemoryBase;
  unsigned __int64 SharedData;
  unsigned __int64 ReadOnlyStaticServerData;
  unsigned __int64 AnsiCodePageData;
  unsigned __int64 OemCodePageData;
  unsigned __int64 UnicodeCaseTableData;
  unsigned int NumberOfProcessors;
  unsigned int NtGlobalFlag;
  _LARGE_INTEGER CriticalSectionTimeout;
  unsigned __int64 HeapSegmentReserve;
  unsigned __int64 HeapSegmentCommit;
  unsigned __int64 HeapDeCommitTotalFreeThreshold;
  unsigned __int64 HeapDeCommitFreeBlockThreshold;
  unsigned int NumberOfHeaps;
  unsigned int MaximumNumberOfHeaps;
  unsigned __int64 ProcessHeaps;
  unsigned __int64 GdiSharedHandleTable;
  unsigned __int64 ProcessStarterHelper;
  unsigned int GdiDCAttributeList;
  unsigned __int8 Padding3[4];
  unsigned __int64 LoaderLock;
  unsigned int OSMajorVersion;
  unsigned int OSMinorVersion;
  unsigned __int16 OSBuildNumber;
  unsigned __int16 OSCSDVersion;
  unsigned int OSPlatformId;
  unsigned int ImageSubsystem;
  unsigned int ImageSubsystemMajorVersion;
  unsigned int ImageSubsystemMinorVersion;
  unsigned __int8 Padding4[4];
  unsigned __int64 ActiveProcessAffinityMask;
  unsigned int GdiHandleBuffer[60];
  unsigned __int64 PostProcessInitRoutine;
  unsigned __int64 TlsExpansionBitmap;
  unsigned int TlsExpansionBitmapBits[32];
  unsigned int SessionId;
  unsigned __int8 Padding5[4];
  _ULARGE_INTEGER AppCompatFlags;
  _ULARGE_INTEGER AppCompatFlagsUser;
  unsigned __int64 pShimData;
  unsigned __int64 AppCompatInfo;
  _STRING64 CSDVersion;
  unsigned __int64 ActivationContextData;
  unsigned __int64 ProcessAssemblyStorageMap;
  unsigned __int64 SystemDefaultActivationContextData;
  unsigned __int64 SystemAssemblyStorageMap;
  unsigned __int64 MinimumStackCommit;
  unsigned __int64 SparePointers[4];
  unsigned int SpareUlongs[5];
  unsigned __int64 WerRegistrationData;
  unsigned __int64 WerShipAssertPtr;
  unsigned __int64 pUnused;
  unsigned __int64 pImageHeaderHash;
  $19872DF55B967FE50480526B665E49FA ___u77;
  unsigned __int8 Padding6[4];
  unsigned __int64 CsrServerReadOnlySharedMemoryBase;
  unsigned __int64 TppWorkerpListLock;
  LIST_ENTRY64 TppWorkerpList;
  unsigned __int64 WaitOnAddressHashTable[128];
  unsigned __int64 TelemetryCoverageHeader;
  unsigned int CloudFileFlags;
  unsigned int CloudFileDiagFlags;
  char PlaceholderCompatibilityMode;
  char PlaceholderCompatibilityModeReserved[7];
  unsigned __int64 LeapSecondData;
  $DABBB401A2825D2BAEA1BC7E666346FE ___u89;
  unsigned int NtGlobalFlag2;
 };

 /* 2253 */
 struct _VF_ADDRESS_RANGE
 {
  unsigned __int8 *Start;
  unsigned __int8 *End;
 };

 /* 2254 */
 struct _VI_DEADLOCK_GLOBALS
 {
  __int64 TimeAcquire;
  __int64 TimeRelease;
  _LIST_ENTRY *ResourceDatabase;
  unsigned __int64 ResourceDatabaseCount;
  _VF_ADDRESS_RANGE ResourceAddressRange[1023];
  _LIST_ENTRY *ThreadDatabase;
  unsigned __int64 ThreadDatabaseCount;
  _VF_ADDRESS_RANGE ThreadAddressRange[1023];
  volatile unsigned int AllocationFailures;
  unsigned int NodesTrimmedBasedOnAge;
  unsigned int NodesTrimmedBasedOnCount;
  unsigned int NodesSearched;
  unsigned int MaxNodesSearched;
  unsigned int SequenceNumber;
  unsigned int RecursionDepthLimit;
  unsigned int SearchedNodesLimit;
  unsigned int DepthLimitHits;
  unsigned int SearchLimitHits;
  unsigned int StackLimitHits;
  unsigned int ABC_ACB_Skipped;
  unsigned int OutOfOrderReleases;
  unsigned int NodesReleasedOutOfOrder;
  unsigned int TotalReleases;
  unsigned int RootNodesDeleted;
  unsigned int ForgetHistoryCounter;
  void *Instigator;
  unsigned int NumberOfParticipants;
  _VI_DEADLOCK_NODE *Participant[32];
  int ChildrenCountWatermark;
  _KERNEL_STACK_LIMITS StackType;
  unsigned __int64 StackLowLimit;
  unsigned __int64 StackHighLimit;
 };

 /* 2255 */
 struct _TRIAGE_9F_POWER
 {
  unsigned __int16 Signature;
  unsigned __int16 Revision;
  _LIST_ENTRY *IrpList;
  _LIST_ENTRY *ThreadList;
  _TRIAGE_EX_WORK_QUEUE *DelayedWorkQueue;
  _TRIAGE_EX_WORK_QUEUE *DelayedIoWorkQueue;
 };

 /* 2256 */
 struct _PTE_TRACKER
 {
  _LIST_ENTRY ListEntry;
  _MDL *Mdl;
  unsigned __int64 Count;
  void *SystemVa;
  void *StartVa;
  unsigned int Offset;
  unsigned int Length;
  unsigned __int64 Page;
  unsigned __int32 IoMapping : 1;
  unsigned __int32 Matched : 1;
  unsigned __int32 CacheAttribute : 2;
  unsigned __int32 GuardPte : 1;
  unsigned __int32 Spare : 27;
  void *StackTrace[7];
 };

 /* 2257 */
 union $F2C190BB72C14435A6FA8B4EF1850037
 {
  unsigned __int8 Characters[4];
  unsigned int FullHint;
 };

 /* 2258 */
 struct _CM_FAST_LEAF_HINT
 {
  $F2C190BB72C14435A6FA8B4EF1850037 ___u0;
 };

 /* 2259 */
 union $3FDA90B6F3206509C2948A05172D412A
 {
  _CM_FAST_LEAF_HINT NameHint;
  _CM_COMPONENT_HASH HashKey;
 };

 /* 2260 */
 struct _CM_INDEX
 {
  unsigned int Cell;
  $3FDA90B6F3206509C2948A05172D412A ___u1;
 };

 /* 2261 */
 struct _CRITICAL_PROCESS_EXCEPTION_DATA
 {
  _GUID ReportId;
  _UNICODE_STRING ModuleName;
  unsigned int ModuleTimestamp;
  unsigned int ModuleSize;
  unsigned __int64 Offset;
 };

 /* 2262 */
 struct _CALL_PERFORMANCE_DATA
 {
  unsigned __int64 SpinLock;
  _LIST_ENTRY HashTable[64];
 };

 /* 2263 */
 struct __declspec(align(8)) _SEP_LOWBOX_NUMBER_MAPPING
 {
  _EX_PUSH_LOCK Lock;
  _RTL_BITMAP Bitmap;
  _RTL_DYNAMIC_HASH_TABLE *HashTable;
  unsigned __int8 Active;
 };

 /* 2264 */
 struct _SESSION_LOWBOX_MAP
 {
  _LIST_ENTRY ListEntry;
  unsigned int SessionId;
  _SEP_LOWBOX_NUMBER_MAPPING LowboxMap;
 };

 /* 2265 */
 struct _POOL_TRACKER_BIG_PAGES
 {
  volatile unsigned __int64 Va;
  unsigned int Key;
  unsigned __int32 Pattern : 8;
  unsigned __int32 PoolType : 12;
  unsigned __int32 SlushSize : 12;
  unsigned __int64 NumberOfBytes;
 };

 /* 2266 */
 struct $006192E8E41FD8F2EA1B27D51D7CA475
 {
  unsigned __int8 NoDomainAccounting : 1;
  unsigned __int8 IncreasePolicy : 2;
  unsigned __int8 DecreasePolicy : 2;
  unsigned __int8 Reserved : 3;
 };

 /* 2267 */
 union $8AF06FF8B35BDAAA71FE68213EFE469F
 {
  unsigned __int8 Spare;
  union
  {
    unsigned __int8 AsUCHAR;
    $006192E8E41FD8F2EA1B27D51D7CA475 __s1;
  } Flags;
 };

 /* 2268 */
 struct PROCESSOR_PERFSTATE_POLICY
 {
  unsigned int Revision;
  unsigned __int8 MaxThrottle;
  unsigned __int8 MinThrottle;
  unsigned __int8 BusyAdjThreshold;
  $8AF06FF8B35BDAAA71FE68213EFE469F ___u4;
  unsigned int TimeCheck;
  unsigned int IncreaseTime;
  unsigned int DecreaseTime;
  unsigned int IncreasePercent;
  unsigned int DecreasePercent;
 };

 /* 2269 */
 volatile struct _MMVAD_FLAGS2
 {
  unsigned __int32 FileOffset : 24;
  unsigned __int32 Large : 1;
  unsigned __int32 TrimBehind : 1;
  unsigned __int32 Inherit : 1;
  unsigned __int32 NoValidationNeeded : 1;
  unsigned __int32 PrivateDemandZero : 1;
  unsigned __int32 Spare : 3;
 };

 /* 2270 */
 struct _MI_VAD_SEQUENTIAL_INFO
 {
  unsigned __int64 Length : 12;
  unsigned __int64 Vpn : 52;
 };

 /* 2271 */
 struct _MMVAD
 {
  _MMVAD_SHORT Core;
  union
  {
    unsigned int LongFlags2;
    volatile _MMVAD_FLAGS2 VadFlags2;
  } u2;
  _SUBSECTION *Subsection;
  _MMPTE *FirstPrototypePte;
  _MMPTE *LastContiguousPte;
  _LIST_ENTRY ViewLinks;
  _EPROCESS *VadsProcess;
  union
  {
    _MI_VAD_SEQUENTIAL_INFO SequentialVa;
    _MMEXTEND_INFO *ExtendedInfo;
  } u4;
  _FILE_OBJECT *FileObject;
 };

 /* 2272 */
 struct __declspec(align(8)) _LDR_SERVICE_TAG_RECORD
 {
  _LDR_SERVICE_TAG_RECORD *Next;
  unsigned int ServiceTag;
 };

 /* 2273 */
 struct _LDRP_CSLIST
 {
  _SINGLE_LIST_ENTRY *Tail;
 };

 /* 2274 */
 struct __declspec(align(8)) _LDR_DDAG_NODE
 {
  _LIST_ENTRY Modules;
  _LDR_SERVICE_TAG_RECORD *ServiceTagList;
  unsigned int LoadCount;
  unsigned int LoadWhileUnloadingCount;
  unsigned int LowestLink;
  _LDRP_CSLIST Dependencies;
  _LDRP_CSLIST IncomingDependencies;
  _LDR_DDAG_STATE State;
  _SINGLE_LIST_ENTRY CondenseLink;
  unsigned int PreorderNumber;
 };

 /* 2275 */
 struct $58E50F58879EA8525E4DE9709914EC13
 {
  unsigned __int32 PackagedBinary : 1;
  unsigned __int32 MarkedForRemoval : 1;
  unsigned __int32 ImageDll : 1;
  unsigned __int32 LoadNotificationsSent : 1;
  unsigned __int32 TelemetryEntryProcessed : 1;
  unsigned __int32 ProcessStaticImport : 1;
  unsigned __int32 InLegacyLists : 1;
  unsigned __int32 InIndexes : 1;
  unsigned __int32 ShimDll : 1;
  unsigned __int32 InExceptionTable : 1;
  unsigned __int32 ReservedFlags1 : 2;
  unsigned __int32 LoadInProgress : 1;
  unsigned __int32 LoadConfigProcessed : 1;
  unsigned __int32 EntryProcessed : 1;
  unsigned __int32 ProtectDelayLoad : 1;
  unsigned __int32 ReservedFlags3 : 2;
  unsigned __int32 DontCallForThreads : 1;
  unsigned __int32 ProcessAttachCalled : 1;
  unsigned __int32 ProcessAttachFailed : 1;
  unsigned __int32 CorDeferredValidate : 1;
  unsigned __int32 CorImage : 1;
  unsigned __int32 DontRelocate : 1;
  unsigned __int32 CorILOnly : 1;
  unsigned __int32 ChpeImage : 1;
  unsigned __int32 ReservedFlags5 : 2;
  unsigned __int32 Redirected : 1;
  unsigned __int32 ReservedFlags6 : 2;
  unsigned __int32 CompatDatabaseProcessed : 1;
 };

 /* 2276 */
 union $87F33FD91D6473984C0D81E2C5575874
 {
  unsigned __int8 FlagGroup[4];
  unsigned int Flags;
  $58E50F58879EA8525E4DE9709914EC13 __s2;
 };

 /* 2277 */
 struct __declspec(align(4)) _LDR_DATA_TABLE_ENTRY
 {
  _LIST_ENTRY InLoadOrderLinks;
  _LIST_ENTRY InMemoryOrderLinks;
  _LIST_ENTRY InInitializationOrderLinks;
  void *DllBase;
  void *EntryPoint;
  unsigned int SizeOfImage;
  _UNICODE_STRING FullDllName;
  _UNICODE_STRING BaseDllName;
  $87F33FD91D6473984C0D81E2C5575874 ___u8;
  unsigned __int16 ObsoleteLoadCount;
  unsigned __int16 TlsIndex;
  _LIST_ENTRY HashLinks;
  unsigned int TimeDateStamp;
  struct _ACTIVATION_CONTEXT *EntryPointActivationContext;
  void *Lock;
  _LDR_DDAG_NODE *DdagNode;
  _LIST_ENTRY NodeModuleLink;
  struct _LDRP_LOAD_CONTEXT *LoadContext;
  void *ParentDllBase;
  void *SwitchBackContext;
  _RTL_BALANCED_NODE BaseAddressIndexNode;
  _RTL_BALANCED_NODE MappingInfoIndexNode;
  unsigned __int64 OriginalBase;
  _LARGE_INTEGER LoadTime;
  unsigned int BaseNameHashValue;
  _LDR_DLL_LOAD_REASON LoadReason;
  unsigned int ImplicitPathOptions;
  unsigned int ReferenceCount;
  unsigned int DependentLoadFlags;
  unsigned __int8 SigningLevel;
 };

 /* 2278 */
 struct _KTIMER2_COLLECTION
 {
  _RTL_RB_TREE Tree;
  unsigned __int64 NextDueTime;
 };

 /* 2279 */
 struct _VF_WATCHDOG_IRP
 {
  _LIST_ENTRY ListEntry;
  _IRP *Irp;
  unsigned int DueTickCount;
  volatile unsigned __int8 Inserted;
  char TrackedStackLocation;
  unsigned __int16 CancelTimeoutTicks;
 };

 /* 2280 */
 struct _DEVICE_DESCRIPTION
 {
  unsigned int Version;
  unsigned __int8 Master;
  unsigned __int8 ScatterGather;
  unsigned __int8 DemandMode;
  unsigned __int8 AutoInitialize;
  unsigned __int8 Dma32BitAddresses;
  unsigned __int8 IgnoreCount;
  unsigned __int8 Reserved1;
  unsigned __int8 Dma64BitAddresses;
  unsigned int BusNumber;
  unsigned int DmaChannel;
  _INTERFACE_TYPE InterfaceType;
  _DMA_WIDTH DmaWidth;
  _DMA_SPEED DmaSpeed;
  unsigned int MaximumLength;
  unsigned int DmaPort;
  unsigned int DmaAddressWidth;
  unsigned int DmaControllerInstance;
  unsigned int DmaRequestLine;
  _LARGE_INTEGER DeviceAddress;
 };

 /* 2281 */
 struct _IMAGE_SECTION_HEADER
 {
  unsigned __int8 Name[8];
  union
  {
    unsigned int PhysicalAddress;
    unsigned int VirtualSize;
  } Misc;
  unsigned int VirtualAddress;
  unsigned int SizeOfRawData;
  unsigned int PointerToRawData;
  unsigned int PointerToRelocations;
  unsigned int PointerToLinenumbers;
  unsigned __int16 NumberOfRelocations;
  unsigned __int16 NumberOfLinenumbers;
  unsigned int Characteristics;
 };

 /* 2282 */
 struct _FAST_OWNER_ENTRY_INTERNAL
 {
  _LIST_ENTRY ListEntry;
  unsigned __int8 AbLockHandle;
  unsigned __int8 Disowned : 1;
  unsigned __int8 DynamicallyAllocated : 1;
  unsigned __int8 CallerExclusive : 1;
  unsigned __int8 IsSublistHead;
  unsigned __int8 IsWaiting;
  void *LockAddress;
  void *ThreadAddress;
  _LIST_ENTRY SublistHead;
  _LIST_ENTRY LockListEntry;
 };

 /* 2283 */
 struct _KSECONDARY_IDT_ENTRY
 {
  unsigned __int64 SpinLock;
  _KEVENT ConnectLock;
  unsigned __int8 LineMasked;
  _KINTERRUPT *InterruptList;
 };

 /* 2284 */
 struct __unaligned __declspec(align(1)) $9E56C6E2B16BE8284F2450F421711F7A
 {
  unsigned __int64 MatchAny;
  unsigned __int64 MatchAll;
  unsigned int EnableProperty;
  _GUID Guid;
  unsigned __int8 Level;
 };

 /* 2285 */
 union $56A5E1CD7B13F0F43A616837109059E3
 {
  char LoggerName[65];
  $9E56C6E2B16BE8284F2450F421711F7A __s1;
 };

 /* 2286 */
 struct _ETW_WMITRACE_WORK
 {
  unsigned int LoggerId;
  unsigned int SiloSessionId;
  $56A5E1CD7B13F0F43A616837109059E3 ___u2;
  char FileName[129];
  unsigned int MaximumFileSize;
  unsigned int MinBuffers;
  unsigned int MaxBuffers;
  unsigned int BufferSize;
  unsigned int Mode;
  unsigned int FlushTimer;
  __declspec(align(8)) int Status;
 };

 /* 2287 */
 struct _MAPPED_FILE_SEGMENT
 {
  _CONTROL_AREA *ControlArea;
  unsigned int TotalNumberOfPtes;
  _SEGMENT_FLAGS SegmentFlags;
  unsigned __int64 NumberOfCommittedPages;
  unsigned __int64 SizeOfSegment;
  $1225480D13B1CE681B39AB5228AB4338 ___u5;
  _EX_PUSH_LOCK SegmentLock;
 };

 /* 2288 */
 struct $C907A1E44CF2311FF25A3534117FBB9D
 {
  unsigned __int16 PreviousSize : 8;
  unsigned __int16 PoolIndex : 8;
  unsigned __int16 BlockSize : 8;
  unsigned __int16 PoolType : 8;
 };

 /* 2289 */
 union $46EB5F16AB725D4E774B28EEB13B75CB
 {
  $C907A1E44CF2311FF25A3534117FBB9D __s0;
  unsigned int Ulong1;
 };

 /* 2290 */
 struct $26E45A6339AB0FB2EF605EF2D18774DE
 {
  unsigned __int16 AllocatorBackTraceIndex;
  unsigned __int16 PoolTagHash;
 };

 /* 2291 */
 union $3753658EC5962C40A6A20EB2BFAC4436
 {
  _EPROCESS *ProcessBilled;
  $26E45A6339AB0FB2EF605EF2D18774DE __s1;
 };

 /* 2292 */
 struct _POOL_HEADER
 {
  $46EB5F16AB725D4E774B28EEB13B75CB ___u0;
  unsigned int PoolTag;
  $3753658EC5962C40A6A20EB2BFAC4436 ___u2;
 };

 /* 2293 */
 struct __declspec(align(4)) _POP_POWER_SETTING_VALUES
 {
  unsigned int StructureSize;
  _SYSTEM_POWER_POLICY PopPolicy;
  SYSTEM_POWER_CONDITION CurrentAcDcPowerState;
  unsigned __int8 AwayModeEnabled;
  unsigned __int8 AwayModeEngaged;
  unsigned __int8 AwayModePolicyAllowed;
  volatile int AwayModeIgnoreUserPresent;
  volatile int AwayModeIgnoreAction;
  unsigned __int8 DisableFastS4;
  unsigned __int8 DisableStandbyStates;
  unsigned int UnattendSleepTimeout;
  volatile unsigned int DiskIgnoreTime;
  volatile unsigned int DeviceIdlePolicy;
  unsigned int VideoDimTimeout;
  unsigned int VideoNormalBrightness;
  unsigned int VideoDimBrightness;
  unsigned int AlsOffset;
  unsigned int AlsEnabled;
  unsigned int EsBrightness;
  unsigned __int8 SwitchShutdownForced;
  unsigned int SystemCoolingPolicy;
  unsigned __int8 MediaBufferingEngaged;
  unsigned __int8 AudioActivity;
  unsigned __int8 FullscreenVideoPlayback;
  unsigned int EsBatteryThreshold;
  unsigned __int8 EsAggressive;
  unsigned __int8 EsUserAwaySetting;
  unsigned int ConnectivityInStandby;
  unsigned int DisconnectedStandbyMode;
  unsigned int UserPresencePredictionEnabled;
  unsigned __int8 AirplaneModeEnabled;
  unsigned __int8 BluetoothDeviceCharging;
 };

 /* 2294 */
 struct _HEAP_UCR_DESCRIPTOR
 {
  _LIST_ENTRY ListEntry;
  _LIST_ENTRY SegmentEntry;
  void *Address;
  unsigned __int64 Size;
 };

 /* 2295 */
 struct _NONOPAQUE_OPLOCK
 {
  _IRP *IrpExclusiveOplock;
  _FILE_OBJECT *FileObject;
  _EPROCESS *ExclusiveOplockOwner;
  _ETHREAD *ExclusiveOplockOwnerThread;
  unsigned __int8 WaiterPriority;
  _LIST_ENTRY IrpOplocksR;
  _LIST_ENTRY IrpOplocksRH;
  _LIST_ENTRY RHBreakQueue;
  _LIST_ENTRY WaitingIrps;
  _LIST_ENTRY DelayAckFileObjectQueue;
  _LIST_ENTRY AtomicQueue;
  _GUID *DeleterParentKey;
  unsigned int OplockState;
  _FAST_MUTEX *FastMutex;
 };

 /* 2296 */
 union $797EDCC4B83F4AF4B6D61F4DB867B7F6
 {
  struct
  {
    void *UserData;
    void *Owner;
  } Allocated;
  struct
  {
    _LIST_ENTRY ListHead;
  } Merged;
 };

 /* 2297 */
 struct _RTLP_RANGE_LIST_ENTRY
 {
  unsigned __int64 Start;
  unsigned __int64 End;
  $797EDCC4B83F4AF4B6D61F4DB867B7F6 ___u2;
  unsigned __int8 Attributes;
  unsigned __int8 PublicFlags;
  unsigned __int16 PrivateFlags;
  _LIST_ENTRY ListEntry;
 };

 /* 2298 */
 struct _RH_OP_CONTEXT
 {
  _LIST_ENTRY Links;
  _IRP *OplockRequestIrp;
  _FILE_OBJECT *OplockRequestFileObject;
  _EPROCESS *OplockRequestProcess;
  _ETHREAD *OplockOwnerThread;
  unsigned int Flags;
  _LIST_ENTRY AtomicLinks;
 };

 /* 2299 */
 union $43D821CA8B0277AAE1B557C3A7CB22EA
 {
  unsigned int KernelCallbackTable;
  unsigned int UserSharedInfoPtr;
 };

 /* 2300 */
 struct __declspec(align(8)) _PEB32
 {
  unsigned __int8 InheritedAddressSpace;
  unsigned __int8 ReadImageFileExecOptions;
  unsigned __int8 BeingDebugged;
  $1FC3CF19FE78E08DBCA0A468418A0394 ___u3;
  unsigned int Mutant;
  unsigned int ImageBaseAddress;
  unsigned int Ldr;
  unsigned int ProcessParameters;
  unsigned int SubSystemData;
  unsigned int ProcessHeap;
  unsigned int FastPebLock;
  unsigned int AtlThunkSListPtr;
  unsigned int IFEOKey;
  $C56898A4BC7BD2644011280E50E313AE ___u13;
  $43D821CA8B0277AAE1B557C3A7CB22EA ___u14;
  unsigned int SystemReserved;
  unsigned int AtlThunkSListPtr32;
  unsigned int ApiSetMap;
  unsigned int TlsExpansionCounter;
  unsigned int TlsBitmap;
  unsigned int TlsBitmapBits[2];
  unsigned int ReadOnlySharedMemoryBase;
  unsigned int SharedData;
  unsigned int ReadOnlyStaticServerData;
  unsigned int AnsiCodePageData;
  unsigned int OemCodePageData;
  unsigned int UnicodeCaseTableData;
  unsigned int NumberOfProcessors;
  unsigned int NtGlobalFlag;
  _LARGE_INTEGER CriticalSectionTimeout;
  unsigned int HeapSegmentReserve;
  unsigned int HeapSegmentCommit;
  unsigned int HeapDeCommitTotalFreeThreshold;
  unsigned int HeapDeCommitFreeBlockThreshold;
  unsigned int NumberOfHeaps;
  unsigned int MaximumNumberOfHeaps;
  unsigned int ProcessHeaps;
  unsigned int GdiSharedHandleTable;
  unsigned int ProcessStarterHelper;
  unsigned int GdiDCAttributeList;
  unsigned int LoaderLock;
  unsigned int OSMajorVersion;
  unsigned int OSMinorVersion;
  unsigned __int16 OSBuildNumber;
  unsigned __int16 OSCSDVersion;
  unsigned int OSPlatformId;
  unsigned int ImageSubsystem;
  unsigned int ImageSubsystemMajorVersion;
  unsigned int ImageSubsystemMinorVersion;
  unsigned int ActiveProcessAffinityMask;
  unsigned int GdiHandleBuffer[34];
  unsigned int PostProcessInitRoutine;
  unsigned int TlsExpansionBitmap;
  unsigned int TlsExpansionBitmapBits[32];
  unsigned int SessionId;
  _ULARGE_INTEGER AppCompatFlags;
  _ULARGE_INTEGER AppCompatFlagsUser;
  unsigned int pShimData;
  unsigned int AppCompatInfo;
  _STRING32 CSDVersion;
  unsigned int ActivationContextData;
  unsigned int ProcessAssemblyStorageMap;
  unsigned int SystemDefaultActivationContextData;
  unsigned int SystemAssemblyStorageMap;
  unsigned int MinimumStackCommit;
  unsigned int SparePointers[4];
  unsigned int SpareUlongs[5];
  unsigned int WerRegistrationData;
  unsigned int WerShipAssertPtr;
  unsigned int pUnused;
  unsigned int pImageHeaderHash;
  $19872DF55B967FE50480526B665E49FA ___u71;
  unsigned __int64 CsrServerReadOnlySharedMemoryBase;
  unsigned int TppWorkerpListLock;
  LIST_ENTRY32 TppWorkerpList;
  unsigned int WaitOnAddressHashTable[128];
  unsigned int TelemetryCoverageHeader;
  unsigned int CloudFileFlags;
  unsigned int CloudFileDiagFlags;
  char PlaceholderCompatibilityMode;
  char PlaceholderCompatibilityModeReserved[7];
  unsigned int LeapSecondData;
  $DABBB401A2825D2BAEA1BC7E666346FE ___u82;
  unsigned int NtGlobalFlag2;
 };

 /* 2301 */
 struct __declspec(align(8)) _THERMAL_INFORMATION
 {
  unsigned int ThermalStamp;
  unsigned int ThermalConstant1;
  unsigned int ThermalConstant2;
  unsigned __int64 Processors;
  unsigned int SamplingPeriod;
  unsigned int CurrentTemperature;
  unsigned int PassiveTripPoint;
  unsigned int CriticalTripPoint;
  unsigned __int8 ActiveTripPointCount;
  unsigned int ActiveTripPoint[10];
 };

 /* 2302 */
 struct _HIVE_LIST_ENTRY
 {
  wchar_t *FileName;
  wchar_t *BaseName;
  wchar_t *RegRootName;
  _CMHIVE *CmHive;
  unsigned int HHiveFlags;
  unsigned int CmHiveFlags;
  unsigned int CmKcbCacheSize;
  _CMHIVE *CmHive2;
  unsigned __int8 HiveMounted;
  unsigned __int8 ThreadFinished;
  unsigned __int8 ThreadStarted;
  unsigned __int8 Allocate;
  unsigned __int8 WinPERequired;
  _KEVENT StartEvent;
  _KEVENT FinishedEvent;
  _KEVENT MountLock;
  _EX_PUSH_LOCK MountCallbackLock;
  _EX_PUSH_LOCK CallbackListLock;
  _LIST_ENTRY CallbackListHead;
  _WORK_QUEUE_ITEM *CallbackWorkItem;
  volatile int CallbackWorkItemBusy;
  _UNICODE_STRING FilePath;
 };

 /* 2303 */
 struct __declspec(align(4)) _NB10
 {
  unsigned int Signature;
  unsigned int Offset;
  unsigned int TimeStamp;
  unsigned int Age;
  char PdbName[1];
 };

 /* 2304 */
 struct __declspec(align(4)) _RSDS
 {
  unsigned int Signature;
  _GUID Guid;
  unsigned int Age;
  char PdbName[1];
 };

 /* 2305 */
 union _CVDD
 {
  unsigned int Signature;
  _NB10 NB10;
  _RSDS RsDs;
 };

 /* 2306 */
 struct __declspec(align(8)) _ETW_DEBUGID_TRACKING_ENTRY
 {
  _LIST_ENTRY ListEntry;
  unsigned __int8 ConsumersNotified;
  unsigned __int8 Spare[3];
  unsigned int DebugIdSize;
  _CVDD DebugId;
 };

 /* 2307 */
 struct _KWAIT_CHAIN_ENTRY
 {
  _LIST_ENTRY ListEntry;
  _KTHREAD *Thread;
  _KEVENT Event;
 };

 /* 2308 */
 struct _IMAGE_DEBUG_DIRECTORY
 {
  unsigned int Characteristics;
  unsigned int TimeDateStamp;
  unsigned __int16 MajorVersion;
  unsigned __int16 MinorVersion;
  unsigned int Type;
  unsigned int SizeOfData;
  unsigned int AddressOfRawData;
  unsigned int PointerToRawData;
 };

 /* 2309 */
 struct _OBJECT_HEADER_PADDING_INFO
 {
  unsigned int PaddingAmount;
 };

 /* 2310 */
 struct _PF_KERNEL_GLOBALS
 {
  unsigned __int64 AccessBufferAgeThreshold;
  _EX_RUNDOWN_REF AccessBufferRef;
  _KEVENT AccessBufferExistsEvent;
  unsigned int AccessBufferMax;
  __declspec(align(32)) _SLIST_HEADER AccessBufferList;
  int StreamSequenceNumber;
  unsigned int Flags;
  int ScenarioPrefetchCount;
 };

 /* 2311 */
 struct __declspec(align(8)) _CALL_HASH_ENTRY
 {
  _LIST_ENTRY ListEntry;
  void *CallersAddress;
  void *CallersCaller;
  unsigned int CallCount;
 };

 /* 2312 */
 struct _MI_TRIAGE_DUMP_DATA
 {
  unsigned __int64 BadPageCount;
  int BadPagesDetected;
  int ZeroedPageSingleBitErrorsDetected;
  int ScrubPasses;
  int ScrubBadPagesFound;
  unsigned int PageHashErrors;
  unsigned __int64 FeatureBits;
  unsigned int TimeZoneId;
  _MI_FLAGS Flags;
  void *VsmConnection;
 };

 /* 2313 */
 typedef struct _GUID GUID;

 /* 2314 */
 struct SC_DISK;

 /* 2315 */
 struct MBR_HEADER;

 /* 2316 */
 struct MBR_ENTRY;

 /* 2317 */
 struct SC_MBR;

 /* 2318 */
 struct SC_DEVICE;

 /* 2319 */
 struct SC_GPT;

 /* 2320 */
 struct SC_RAW;

 /* 2321 */
 struct NT_DISK;

 /* 2322 */
 typedef void **va_list;