// RUN: %boogie -monomorphize "%s" > "%t"
// RUN: %diff success.expect "%t"
type byte, name;
function OneByteToInt(byte) returns (int);
function TwoBytesToInt(byte, byte) returns (int);
function FourBytesToInt(byte, byte, byte, byte) returns (int);
axiom(forall b0:byte, c0:byte :: {OneByteToInt(b0), OneByteToInt(c0)} OneByteToInt(b0) == OneByteToInt(c0) ==> b0 == c0);
axiom(forall b0:byte, b1: byte, c0:byte, c1:byte :: {TwoBytesToInt(b0, b1), TwoBytesToInt(c0, c1)} TwoBytesToInt(b0, b1) == TwoBytesToInt(c0, c1) ==> b0 == c0 && b1 == c1);
axiom(forall b0:byte, b1: byte, b2:byte, b3:byte, c0:byte, c1:byte, c2:byte, c3:byte :: {FourBytesToInt(b0, b1, b2, b3), FourBytesToInt(c0, c1, c2, c3)} FourBytesToInt(b0, b1, b2, b3) == FourBytesToInt(c0, c1, c2, c3) ==> b0 == c0 && b1 == c1 && b2 == c2 && b3 == c3);

// Mutable
var Mem_BYTE:[int]byte;
var alloc:[int]name;


function Field(int) returns (name);
function Base(int) returns (int);

// Constants
const unique UNALLOCATED:name;
const unique ALLOCATED: name;
const unique FREED:name;

const unique BYTE:name;

function Equal([int]bool, [int]bool) returns (bool);
function Subset([int]bool, [int]bool) returns (bool);
function Disjoint([int]bool, [int]bool) returns (bool);

function Empty() returns ([int]bool);
function SetTrue() returns ([int]bool);
function Singleton(int) returns ([int]bool);
function Reachable([int,int]bool, int) returns ([int]bool);
function Union([int]bool, [int]bool) returns ([int]bool);
function Intersection([int]bool, [int]bool) returns ([int]bool);
function Difference([int]bool, [int]bool) returns ([int]bool);
function Dereference([int]bool, [int]int) returns ([int]bool);
function Inverse(f:[int]int, x:int) returns ([int]bool);

function AtLeast(int, int) returns ([int]bool);
function Rep(int, int) returns (int);
axiom(forall n:int, x:int, y:int :: {AtLeast(n,x)[y]} AtLeast(n,x)[y] ==> x <= y && Rep(n,x) == Rep(n,y));
axiom(forall n:int, x:int, y:int :: {AtLeast(n,x),Rep(n,x),Rep(n,y)} x <= y && Rep(n,x) == Rep(n,y) ==> AtLeast(n,x)[y]);
axiom(forall n:int, x:int :: {AtLeast(n,x)} AtLeast(n,x)[x]);
axiom(forall n:int, x:int, z:int :: {PLUS(x,n,z)} Rep(n,x) == Rep(n,PLUS(x,n,z)));
axiom(forall n:int, x:int :: {Rep(n,x)} (exists k:int :: Rep(n,x) - x  == n*k));

/*
function AtLeast(int, int) returns ([int]bool);
function ModEqual(int, int, int) returns (bool);
axiom(forall n:int, x:int :: ModEqual(n,x,x));
axiom(forall n:int, x:int, y:int :: {ModEqual(n,x,y)} ModEqual(n,x,y) ==> ModEqual(n,y,x));
axiom(forall n:int, x:int, y:int, z:int :: {ModEqual(n,x,y), ModEqual(n,y,z)} ModEqual(n,x,y) && ModEqual(n,y,z) ==> ModEqual(n,x,z));
axiom(forall n:int, x:int, z:int :: {PLUS(x,n,z)} ModEqual(n,x,PLUS(x,n,z)));
axiom(forall n:int, x:int, y:int :: {ModEqual(n,x,y)} ModEqual(n,x,y) ==> (exists k:int :: x - y == n*k));
axiom(forall x:int, n:int, y:int :: {AtLeast(n,x)[y]}{ModEqual(n,x,y)} AtLeast(n,x)[y] <==> x <= y && ModEqual(n,x,y));
axiom(forall x:int, n:int :: {AtLeast(n,x)} AtLeast(n,x)[x]);
*/

function Array(int, int, int) returns ([int]bool);
axiom(forall x:int, n:int, z:int :: {Array(x,n,z)} z <= 0 ==> Equal(Array(x,n,z), Empty()));
axiom(forall x:int, n:int, z:int :: {Array(x,n,z)} z > 0 ==> Equal(Array(x,n,z), Difference(AtLeast(n,x),AtLeast(n,PLUS(x,n,z)))));


axiom(forall x:int :: !Empty()[x]);

axiom(forall x:int :: SetTrue()[x]);

axiom(forall x:int, y:int :: {Singleton(y)[x]} Singleton(y)[x] <==> x == y);
axiom(forall y:int :: {Singleton(y)} Singleton(y)[y]);

/* this formulation of Union IS more complete than the earlier one */
/* (A U B)[e], A[d], A U B = Singleton(c), d != e */
axiom(forall x:int, S:[int]bool, T:[int]bool :: {Union(S,T)[x]}{Union(S,T),S[x]}{Union(S,T),T[x]} Union(S,T)[x] <==> S[x] || T[x]);
axiom(forall x:int, S:[int]bool, T:[int]bool :: {Intersection(S,T)[x]}{Intersection(S,T),S[x]}{Intersection(S,T),T[x]} Intersection(S,T)[x] <==>  S[x] && T[x]);
axiom(forall x:int, S:[int]bool, T:[int]bool :: {Difference(S,T)[x]}{Difference(S,T),S[x]}{Difference(S,T),T[x]} Difference(S,T)[x] <==> S[x] && !T[x]);

axiom(forall S:[int]bool, T:[int]bool :: {Equal(S,T)} Equal(S,T) <==> Subset(S,T) && Subset(T,S));
axiom(forall x:int, S:[int]bool, T:[int]bool :: {S[x],Subset(S,T)}{T[x],Subset(S,T)} S[x] && Subset(S,T) ==> T[x]);
axiom(forall S:[int]bool, T:[int]bool :: {Subset(S,T)} Subset(S,T) || (exists x:int :: S[x] && !T[x]));
axiom(forall x:int, S:[int]bool, T:[int]bool :: {S[x],Disjoint(S,T)}{T[x],Disjoint(S,T)} !(S[x] && Disjoint(S,T) && T[x]));
axiom(forall S:[int]bool, T:[int]bool :: {Disjoint(S,T)} Disjoint(S,T) || (exists x:int :: S[x] && T[x]));

axiom(forall f:[int]int, x:int :: {Inverse(f,f[x])} Inverse(f,f[x])[x]);
axiom(forall f:[int]int, x:int, y:int :: {Inverse(f,y), f[x]} Inverse(f,y)[x] ==> f[x] == y);
axiom(forall f:[int]int, x:int, y:int :: {Inverse(f[x := y],y)} Equal(Inverse(f[x := y],y), Union(Inverse(f,y), Singleton(x))));
axiom(forall f:[int]int, x:int, y:int, z:int :: {Inverse(f[x := y],z)} y == z || Equal(Inverse(f[x := y],z), Difference(Inverse(f,z), Singleton(x))));


axiom(forall x:int, S:[int]bool, M:[int]int :: {Dereference(S,M)[x]} Dereference(S,M)[x] ==> (exists y:int :: x == M[y] && S[y]));
axiom(forall x:int, S:[int]bool, M:[int]int :: {M[x], S[x], Dereference(S,M)} S[x] ==> Dereference(S,M)[M[x]]);
axiom(forall x:int, y:int, S:[int]bool, M:[int]int :: {Dereference(S,M[x := y])} !S[x] ==> Equal(Dereference(S,M[x := y]), Dereference(S,M)));
axiom(forall x:int, y:int, S:[int]bool, M:[int]int :: {Dereference(S,M[x := y])} 
     S[x] &&  Equal(Intersection(Inverse(M,M[x]), S), Singleton(x)) ==> Equal(Dereference(S,M[x := y]), Union(Difference(Dereference(S,M), Singleton(M[x])), Singleton(y))));
axiom(forall x:int, y:int, S:[int]bool, M:[int]int :: {Dereference(S,M[x := y])} 
     S[x] && !Equal(Intersection(Inverse(M,M[x]), S), Singleton(x)) ==> Equal(Dereference(S,M[x := y]), Union(Dereference(S,M), Singleton(y))));

function Unified([name][int]int) returns ([int]int);
axiom(forall M:[name][int]int, x:int :: {Unified(M)[x]} Unified(M)[x] == M[Field(x)][x]);
axiom(forall M:[name][int]int, x:int, y:int :: {Unified(M[Field(x) := M[Field(x)][x := y]])} Unified(M[Field(x) := M[Field(x)][x := y]]) == Unified(M)[x := y]);
// Memory model

var Mem: [name][int]int;

function Match(a:int, t:name) returns (bool);
function HasType(v:int, t:name, m:[name][int]int) returns (bool);
function Values(t:name, m:[name][int]int) returns ([int]bool);
function T.Ptr(t:name) returns (name);

axiom(forall v:int, t:name, m:[name][int]int :: {Values(t, m)[v]} Values(t, m)[v] ==> HasType(v, t, m));
axiom(forall v:int, t:name, m:[name][int]int :: {HasType(v, t, m), Values(t, m)} HasType(v, t, m) ==> Values(t, m)[v]);

axiom(forall a:int, t:name :: {Match(a, T.Ptr(t))} Match(a, T.Ptr(t)) <==> Field(a) == T.Ptr(t));
axiom(forall v:int, t:name, m:[name][int]int :: {HasType(v, T.Ptr(t), m)} HasType(v, T.Ptr(t), m) <==> (v == 0 || (v > 0 && Match(v, t))));

axiom(forall v:int, t:name, m1:[name][int]int, m2:[name][int]int :: {HasType(v, t, m1), HasType(v, t, m2)}
    (HasType(v, t, m1) <==> HasType(v, t, m2)));

// Field declarations

const unique T.Guid_WMIGUIDREGINFO:name;
const unique T.InstanceCount_WMIGUIDREGINFO:name;
const unique T.Flags_WMIGUIDREGINFO:name;
const unique T.OperationID__ACCESS_STATE:name;
const unique T.SecurityEvaluated__ACCESS_STATE:name;
const unique T.GenerateAudit__ACCESS_STATE:name;
const unique T.GenerateOnClose__ACCESS_STATE:name;
const unique T.PrivilegesAllocated__ACCESS_STATE:name;
const unique T.Flags__ACCESS_STATE:name;
const unique T.RemainingDesiredAccess__ACCESS_STATE:name;
const unique T.PreviouslyGrantedAccess__ACCESS_STATE:name;
const unique T.OriginalDesiredAccess__ACCESS_STATE:name;
const unique T.SubjectSecurityContext__ACCESS_STATE:name;
const unique T.SecurityDescriptor__ACCESS_STATE:name;
const unique T.AuxData__ACCESS_STATE:name;
const unique T.Privileges__ACCESS_STATE:name;
const unique T.AuditPrivileges__ACCESS_STATE:name;
const unique T.ObjectName__ACCESS_STATE:name;
const unique T.ObjectTypeName__ACCESS_STATE:name;
const unique T.InterfaceType__CM_FULL_RESOURCE_DESCRIPTOR:name;
const unique T.BusNumber__CM_FULL_RESOURCE_DESCRIPTOR:name;
const unique T.PartialResourceList__CM_FULL_RESOURCE_DESCRIPTOR:name;
const unique T.Type__CM_PARTIAL_RESOURCE_DESCRIPTOR:name;
const unique T.ShareDisposition__CM_PARTIAL_RESOURCE_DESCRIPTOR:name;
const unique T.Flags__CM_PARTIAL_RESOURCE_DESCRIPTOR:name;
const unique T.u__CM_PARTIAL_RESOURCE_DESCRIPTOR:name;
const unique T.Version__CM_PARTIAL_RESOURCE_LIST:name;
const unique T.Revision__CM_PARTIAL_RESOURCE_LIST:name;
const unique T.Count__CM_PARTIAL_RESOURCE_LIST:name;
const unique T.PartialDescriptors__CM_PARTIAL_RESOURCE_LIST:name;
const unique T.Count__CM_RESOURCE_LIST:name;
const unique T.List__CM_RESOURCE_LIST:name;
const unique T.Size__DEVICE_CAPABILITIES:name;
const unique T.Version__DEVICE_CAPABILITIES:name;
const unique T.DeviceD1__DEVICE_CAPABILITIES:name;
const unique T.DeviceD2__DEVICE_CAPABILITIES:name;
const unique T.LockSupported__DEVICE_CAPABILITIES:name;
const unique T.EjectSupported__DEVICE_CAPABILITIES:name;
const unique T.Removable__DEVICE_CAPABILITIES:name;
const unique T.DockDevice__DEVICE_CAPABILITIES:name;
const unique T.UniqueID__DEVICE_CAPABILITIES:name;
const unique T.SilentInstall__DEVICE_CAPABILITIES:name;
const unique T.RawDeviceOK__DEVICE_CAPABILITIES:name;
const unique T.SurpriseRemovalOK__DEVICE_CAPABILITIES:name;
const unique T.WakeFromD0__DEVICE_CAPABILITIES:name;
const unique T.WakeFromD1__DEVICE_CAPABILITIES:name;
const unique T.WakeFromD2__DEVICE_CAPABILITIES:name;
const unique T.WakeFromD3__DEVICE_CAPABILITIES:name;
const unique T.HardwareDisabled__DEVICE_CAPABILITIES:name;
const unique T.NonDynamic__DEVICE_CAPABILITIES:name;
const unique T.WarmEjectSupported__DEVICE_CAPABILITIES:name;
const unique T.NoDisplayInUI__DEVICE_CAPABILITIES:name;
const unique T.Reserved__DEVICE_CAPABILITIES:name;
const unique T.Address__DEVICE_CAPABILITIES:name;
const unique T.UINumber__DEVICE_CAPABILITIES:name;
const unique T.DeviceState__DEVICE_CAPABILITIES:name;
const unique T.SystemWake__DEVICE_CAPABILITIES:name;
const unique T.DeviceWake__DEVICE_CAPABILITIES:name;
const unique T.D1Latency__DEVICE_CAPABILITIES:name;
const unique T.D2Latency__DEVICE_CAPABILITIES:name;
const unique T.D3Latency__DEVICE_CAPABILITIES:name;
const unique T.Self__DEVICE_EXTENSION:name;
const unique T.TrueClassDevice__DEVICE_EXTENSION:name;
const unique T.TopPort__DEVICE_EXTENSION:name;
const unique T.PDO__DEVICE_EXTENSION:name;
const unique T.RemoveLock__DEVICE_EXTENSION:name;
const unique T.PnP__DEVICE_EXTENSION:name;
const unique T.Started__DEVICE_EXTENSION:name;
const unique T.AllowDisable__DEVICE_EXTENSION:name;
const unique T.WaitWakeSpinLock__DEVICE_EXTENSION:name;
const unique T.TrustedSubsystemCount__DEVICE_EXTENSION:name;
const unique T.InputCount__DEVICE_EXTENSION:name;
const unique T.SymbolicLinkName__DEVICE_EXTENSION:name;
const unique T.InputData__DEVICE_EXTENSION:name;
const unique T.DataIn__DEVICE_EXTENSION:name;
const unique T.DataOut__DEVICE_EXTENSION:name;
const unique T.KeyboardAttributes__DEVICE_EXTENSION:name;
const unique T.IndicatorParameters__DEVICE_EXTENSION:name;
const unique T.SpinLock__DEVICE_EXTENSION:name;
const unique T.ReadQueue__DEVICE_EXTENSION:name;
const unique T.SequenceNumber__DEVICE_EXTENSION:name;
const unique T.DeviceState__DEVICE_EXTENSION:name;
const unique T.SystemState__DEVICE_EXTENSION:name;
const unique T.UnitId__DEVICE_EXTENSION:name;
const unique T.WmiLibInfo__DEVICE_EXTENSION:name;
const unique T.SystemToDeviceState__DEVICE_EXTENSION:name;
const unique T.MinDeviceWakeState__DEVICE_EXTENSION:name;
const unique T.MinSystemWakeState__DEVICE_EXTENSION:name;
const unique T.WaitWakeIrp__DEVICE_EXTENSION:name;
const unique T.ExtraWaitWakeIrp__DEVICE_EXTENSION:name;
const unique T.TargetNotifyHandle__DEVICE_EXTENSION:name;
const unique T.Link__DEVICE_EXTENSION:name;
const unique T.File__DEVICE_EXTENSION:name;
const unique T.Enabled__DEVICE_EXTENSION:name;
const unique T.OkayToLogOverflow__DEVICE_EXTENSION:name;
const unique T.WaitWakeEnabled__DEVICE_EXTENSION:name;
const unique T.SurpriseRemoved__DEVICE_EXTENSION:name;
const unique T.Type__DEVICE_OBJECT:name;
const unique T.Size__DEVICE_OBJECT:name;
const unique T.ReferenceCount__DEVICE_OBJECT:name;
const unique T.DriverObject__DEVICE_OBJECT:name;
const unique T.NextDevice__DEVICE_OBJECT:name;
const unique T.AttachedDevice__DEVICE_OBJECT:name;
const unique T.CurrentIrp__DEVICE_OBJECT:name;
const unique T.Timer__DEVICE_OBJECT:name;
const unique T.Flags__DEVICE_OBJECT:name;
const unique T.Characteristics__DEVICE_OBJECT:name;
const unique T.Vpb__DEVICE_OBJECT:name;
const unique T.DeviceExtension__DEVICE_OBJECT:name;
const unique T.DeviceType__DEVICE_OBJECT:name;
const unique T.StackSize__DEVICE_OBJECT:name;
const unique T.Queue__DEVICE_OBJECT:name;
const unique T.AlignmentRequirement__DEVICE_OBJECT:name;
const unique T.DeviceQueue__DEVICE_OBJECT:name;
const unique T.Dpc__DEVICE_OBJECT:name;
const unique T.ActiveThreadCount__DEVICE_OBJECT:name;
const unique T.SecurityDescriptor__DEVICE_OBJECT:name;
const unique T.DeviceLock__DEVICE_OBJECT:name;
const unique T.SectorSize__DEVICE_OBJECT:name;
const unique T.Spare1__DEVICE_OBJECT:name;
const unique T.DeviceObjectExtension__DEVICE_OBJECT:name;
const unique T.Reserved__DEVICE_OBJECT:name;
const unique T.Type__DEVOBJ_EXTENSION:name;
const unique T.Size__DEVOBJ_EXTENSION:name;
const unique T.DeviceObject__DEVOBJ_EXTENSION:name;
const unique T.__unnamed_4_a97c65a1__DISPATCHER_HEADER:name;
const unique T.SignalState__DISPATCHER_HEADER:name;
const unique T.WaitListHead__DISPATCHER_HEADER:name;
const unique T.DriverObject__DRIVER_EXTENSION:name;
const unique T.AddDevice__DRIVER_EXTENSION:name;
const unique T.Count__DRIVER_EXTENSION:name;
const unique T.ServiceKeyName__DRIVER_EXTENSION:name;
const unique T.Type__DRIVER_OBJECT:name;
const unique T.Size__DRIVER_OBJECT:name;
const unique T.DeviceObject__DRIVER_OBJECT:name;
const unique T.Flags__DRIVER_OBJECT:name;
const unique T.DriverStart__DRIVER_OBJECT:name;
const unique T.DriverSize__DRIVER_OBJECT:name;
const unique T.DriverSection__DRIVER_OBJECT:name;
const unique T.DriverExtension__DRIVER_OBJECT:name;
const unique T.DriverName__DRIVER_OBJECT:name;
const unique T.HardwareDatabase__DRIVER_OBJECT:name;
const unique T.FastIoDispatch__DRIVER_OBJECT:name;
const unique T.DriverInit__DRIVER_OBJECT:name;
const unique T.DriverStartIo__DRIVER_OBJECT:name;
const unique T.DriverUnload__DRIVER_OBJECT:name;
const unique T.MajorFunction__DRIVER_OBJECT:name;
const unique T.SystemResourcesList__ERESOURCE:name;
const unique T.OwnerTable__ERESOURCE:name;
const unique T.ActiveCount__ERESOURCE:name;
const unique T.Flag__ERESOURCE:name;
const unique T.SharedWaiters__ERESOURCE:name;
const unique T.ExclusiveWaiters__ERESOURCE:name;
const unique T.OwnerEntry__ERESOURCE:name;
const unique T.ActiveEntries__ERESOURCE:name;
const unique T.ContentionCount__ERESOURCE:name;
const unique T.NumberOfSharedWaiters__ERESOURCE:name;
const unique T.NumberOfExclusiveWaiters__ERESOURCE:name;
const unique T.__unnamed_4_52c594f7__ERESOURCE:name;
const unique T.SpinLock__ERESOURCE:name;
const unique T.SizeOfFastIoDispatch__FAST_IO_DISPATCH:name;
const unique T.FastIoCheckIfPossible__FAST_IO_DISPATCH:name;
const unique T.FastIoRead__FAST_IO_DISPATCH:name;
const unique T.FastIoWrite__FAST_IO_DISPATCH:name;
const unique T.FastIoQueryBasicInfo__FAST_IO_DISPATCH:name;
const unique T.FastIoQueryStandardInfo__FAST_IO_DISPATCH:name;
const unique T.FastIoLock__FAST_IO_DISPATCH:name;
const unique T.FastIoUnlockSingle__FAST_IO_DISPATCH:name;
const unique T.FastIoUnlockAll__FAST_IO_DISPATCH:name;
const unique T.FastIoUnlockAllByKey__FAST_IO_DISPATCH:name;
const unique T.FastIoDeviceControl__FAST_IO_DISPATCH:name;
const unique T.AcquireFileForNtCreateSection__FAST_IO_DISPATCH:name;
const unique T.ReleaseFileForNtCreateSection__FAST_IO_DISPATCH:name;
const unique T.FastIoDetachDevice__FAST_IO_DISPATCH:name;
const unique T.FastIoQueryNetworkOpenInfo__FAST_IO_DISPATCH:name;
const unique T.AcquireForModWrite__FAST_IO_DISPATCH:name;
const unique T.MdlRead__FAST_IO_DISPATCH:name;
const unique T.MdlReadComplete__FAST_IO_DISPATCH:name;
const unique T.PrepareMdlWrite__FAST_IO_DISPATCH:name;
const unique T.MdlWriteComplete__FAST_IO_DISPATCH:name;
const unique T.FastIoReadCompressed__FAST_IO_DISPATCH:name;
const unique T.FastIoWriteCompressed__FAST_IO_DISPATCH:name;
const unique T.MdlReadCompleteCompressed__FAST_IO_DISPATCH:name;
const unique T.MdlWriteCompleteCompressed__FAST_IO_DISPATCH:name;
const unique T.FastIoQueryOpen__FAST_IO_DISPATCH:name;
const unique T.ReleaseForModWrite__FAST_IO_DISPATCH:name;
const unique T.AcquireForCcFlush__FAST_IO_DISPATCH:name;
const unique T.ReleaseForCcFlush__FAST_IO_DISPATCH:name;
const unique T.Count__FAST_MUTEX:name;
const unique T.Owner__FAST_MUTEX:name;
const unique T.Contention__FAST_MUTEX:name;
const unique T.Gate__FAST_MUTEX:name;
const unique T.OldIrql__FAST_MUTEX:name;
const unique T.CreationTime__FILE_BASIC_INFORMATION:name;
const unique T.LastAccessTime__FILE_BASIC_INFORMATION:name;
const unique T.LastWriteTime__FILE_BASIC_INFORMATION:name;
const unique T.ChangeTime__FILE_BASIC_INFORMATION:name;
const unique T.FileAttributes__FILE_BASIC_INFORMATION:name;
const unique T.CreationTime__FILE_NETWORK_OPEN_INFORMATION:name;
const unique T.LastAccessTime__FILE_NETWORK_OPEN_INFORMATION:name;
const unique T.LastWriteTime__FILE_NETWORK_OPEN_INFORMATION:name;
const unique T.ChangeTime__FILE_NETWORK_OPEN_INFORMATION:name;
const unique T.AllocationSize__FILE_NETWORK_OPEN_INFORMATION:name;
const unique T.EndOfFile__FILE_NETWORK_OPEN_INFORMATION:name;
const unique T.FileAttributes__FILE_NETWORK_OPEN_INFORMATION:name;
const unique T.Type__FILE_OBJECT:name;
const unique T.Size__FILE_OBJECT:name;
const unique T.DeviceObject__FILE_OBJECT:name;
const unique T.Vpb__FILE_OBJECT:name;
const unique T.FsContext__FILE_OBJECT:name;
const unique T.FsContext2__FILE_OBJECT:name;
const unique T.SectionObjectPointer__FILE_OBJECT:name;
const unique T.PrivateCacheMap__FILE_OBJECT:name;
const unique T.FinalStatus__FILE_OBJECT:name;
const unique T.RelatedFileObject__FILE_OBJECT:name;
const unique T.LockOperation__FILE_OBJECT:name;
const unique T.DeletePending__FILE_OBJECT:name;
const unique T.ReadAccess__FILE_OBJECT:name;
const unique T.WriteAccess__FILE_OBJECT:name;
const unique T.DeleteAccess__FILE_OBJECT:name;
const unique T.SharedRead__FILE_OBJECT:name;
const unique T.SharedWrite__FILE_OBJECT:name;
const unique T.SharedDelete__FILE_OBJECT:name;
const unique T.Flags__FILE_OBJECT:name;
const unique T.FileName__FILE_OBJECT:name;
const unique T.CurrentByteOffset__FILE_OBJECT:name;
const unique T.Waiters__FILE_OBJECT:name;
const unique T.Busy__FILE_OBJECT:name;
const unique T.LastLock__FILE_OBJECT:name;
const unique T.Lock__FILE_OBJECT:name;
const unique T.Event__FILE_OBJECT:name;
const unique T.CompletionContext__FILE_OBJECT:name;
const unique T.IrpListLock__FILE_OBJECT:name;
const unique T.IrpList__FILE_OBJECT:name;
const unique T.FileObjectExtension__FILE_OBJECT:name;
const unique T.AllocationSize__FILE_STANDARD_INFORMATION:name;
const unique T.EndOfFile__FILE_STANDARD_INFORMATION:name;
const unique T.NumberOfLinks__FILE_STANDARD_INFORMATION:name;
const unique T.DeletePending__FILE_STANDARD_INFORMATION:name;
const unique T.Directory__FILE_STANDARD_INFORMATION:name;
const unique T.Debug__GLOBALS:name;
const unique T.GrandMaster__GLOBALS:name;
const unique T.AssocClassList__GLOBALS:name;
const unique T.NumAssocClass__GLOBALS:name;
const unique T.Opens__GLOBALS:name;
const unique T.NumberLegacyPorts__GLOBALS:name;
const unique T.Mutex__GLOBALS:name;
const unique T.ConnectOneClassToOnePort__GLOBALS:name;
const unique T.SendOutputToAllPorts__GLOBALS:name;
const unique T.PortsServiced__GLOBALS:name;
const unique T.InitExtension__GLOBALS:name;
const unique T.RegistryPath__GLOBALS:name;
const unique T.BaseClassName__GLOBALS:name;
const unique T.BaseClassBuffer__GLOBALS:name;
const unique T.LegacyDeviceList__GLOBALS:name;
const unique T.Data1__GUID:name;
const unique T.Data2__GUID:name;
const unique T.Data3__GUID:name;
const unique T.Data4__GUID:name;
const unique T.PrivilegeCount__INITIAL_PRIVILEGE_SET:name;
const unique T.Control__INITIAL_PRIVILEGE_SET:name;
const unique T.Privilege__INITIAL_PRIVILEGE_SET:name;
const unique T.Size__INTERFACE:name;
const unique T.Version__INTERFACE:name;
const unique T.Context__INTERFACE:name;
const unique T.InterfaceReference__INTERFACE:name;
const unique T.InterfaceDereference__INTERFACE:name;
const unique T.Port__IO_COMPLETION_CONTEXT:name;
const unique T.Key__IO_COMPLETION_CONTEXT:name;
const unique T.Common__IO_REMOVE_LOCK:name;
const unique T.Dbg__IO_REMOVE_LOCK:name;
const unique T.Removed__IO_REMOVE_LOCK_COMMON_BLOCK:name;
const unique T.Reserved__IO_REMOVE_LOCK_COMMON_BLOCK:name;
const unique T.IoCount__IO_REMOVE_LOCK_COMMON_BLOCK:name;
const unique T.RemoveEvent__IO_REMOVE_LOCK_COMMON_BLOCK:name;
const unique T.Signature__IO_REMOVE_LOCK_DBG_BLOCK:name;
const unique T.HighWatermark__IO_REMOVE_LOCK_DBG_BLOCK:name;
const unique T.MaxLockedTicks__IO_REMOVE_LOCK_DBG_BLOCK:name;
const unique T.AllocateTag__IO_REMOVE_LOCK_DBG_BLOCK:name;
const unique T.LockList__IO_REMOVE_LOCK_DBG_BLOCK:name;
const unique T.Spin__IO_REMOVE_LOCK_DBG_BLOCK:name;
const unique T.LowMemoryCount__IO_REMOVE_LOCK_DBG_BLOCK:name;
const unique T.Reserved1__IO_REMOVE_LOCK_DBG_BLOCK:name;
const unique T.Reserved2__IO_REMOVE_LOCK_DBG_BLOCK:name;
const unique T.Blocks__IO_REMOVE_LOCK_DBG_BLOCK:name;
const unique T.Option__IO_RESOURCE_DESCRIPTOR:name;
const unique T.Type__IO_RESOURCE_DESCRIPTOR:name;
const unique T.ShareDisposition__IO_RESOURCE_DESCRIPTOR:name;
const unique T.Spare1__IO_RESOURCE_DESCRIPTOR:name;
const unique T.Flags__IO_RESOURCE_DESCRIPTOR:name;
const unique T.Spare2__IO_RESOURCE_DESCRIPTOR:name;
const unique T.u__IO_RESOURCE_DESCRIPTOR:name;
const unique T.Version__IO_RESOURCE_LIST:name;
const unique T.Revision__IO_RESOURCE_LIST:name;
const unique T.Count__IO_RESOURCE_LIST:name;
const unique T.Descriptors__IO_RESOURCE_LIST:name;
const unique T.ListSize__IO_RESOURCE_REQUIREMENTS_LIST:name;
const unique T.InterfaceType__IO_RESOURCE_REQUIREMENTS_LIST:name;
const unique T.BusNumber__IO_RESOURCE_REQUIREMENTS_LIST:name;
const unique T.SlotNumber__IO_RESOURCE_REQUIREMENTS_LIST:name;
const unique T.Reserved__IO_RESOURCE_REQUIREMENTS_LIST:name;
const unique T.AlternativeLists__IO_RESOURCE_REQUIREMENTS_LIST:name;
const unique T.List__IO_RESOURCE_REQUIREMENTS_LIST:name;
const unique T.SecurityQos__IO_SECURITY_CONTEXT:name;
const unique T.AccessState__IO_SECURITY_CONTEXT:name;
const unique T.DesiredAccess__IO_SECURITY_CONTEXT:name;
const unique T.FullCreateOptions__IO_SECURITY_CONTEXT:name;
const unique T.MajorFunction__IO_STACK_LOCATION:name;
const unique T.MinorFunction__IO_STACK_LOCATION:name;
const unique T.Flags__IO_STACK_LOCATION:name;
const unique T.Control__IO_STACK_LOCATION:name;
const unique T.Parameters__IO_STACK_LOCATION:name;
const unique T.DeviceObject__IO_STACK_LOCATION:name;
const unique T.FileObject__IO_STACK_LOCATION:name;
const unique T.CompletionRoutine__IO_STACK_LOCATION:name;
const unique T.Context__IO_STACK_LOCATION:name;
const unique T.__unnamed_4_d99b6e2b__IO_STATUS_BLOCK:name;
const unique T.Information__IO_STATUS_BLOCK:name;
const unique T.Type__IRP:name;
const unique T.Size__IRP:name;
const unique T.MdlAddress__IRP:name;
const unique T.Flags__IRP:name;
const unique T.AssociatedIrp__IRP:name;
const unique T.ThreadListEntry__IRP:name;
const unique T.IoStatus__IRP:name;
const unique T.RequestorMode__IRP:name;
const unique T.PendingReturned__IRP:name;
const unique T.StackCount__IRP:name;
const unique T.CurrentLocation__IRP:name;
const unique T.Cancel__IRP:name;
const unique T.CancelIrql__IRP:name;
const unique T.ApcEnvironment__IRP:name;
const unique T.AllocationFlags__IRP:name;
const unique T.UserIosb__IRP:name;
const unique T.UserEvent__IRP:name;
const unique T.Overlay__IRP:name;
const unique T.CancelRoutine__IRP:name;
const unique T.UserBuffer__IRP:name;
const unique T.Tail__IRP:name;
const unique T.Type__KAPC:name;
const unique T.SpareByte0__KAPC:name;
const unique T.Size__KAPC:name;
const unique T.SpareByte1__KAPC:name;
const unique T.SpareLong0__KAPC:name;
const unique T.Thread__KAPC:name;
const unique T.ApcListEntry__KAPC:name;
const unique T.KernelRoutine__KAPC:name;
const unique T.RundownRoutine__KAPC:name;
const unique T.NormalRoutine__KAPC:name;
const unique T.NormalContext__KAPC:name;
const unique T.SystemArgument1__KAPC:name;
const unique T.SystemArgument2__KAPC:name;
const unique T.ApcStateIndex__KAPC:name;
const unique T.ApcMode__KAPC:name;
const unique T.Inserted__KAPC:name;
const unique T.Type__KDEVICE_QUEUE:name;
const unique T.Size__KDEVICE_QUEUE:name;
const unique T.DeviceListHead__KDEVICE_QUEUE:name;
const unique T.Lock__KDEVICE_QUEUE:name;
const unique T.Busy__KDEVICE_QUEUE:name;
const unique T.DeviceListEntry__KDEVICE_QUEUE_ENTRY:name;
const unique T.SortKey__KDEVICE_QUEUE_ENTRY:name;
const unique T.Inserted__KDEVICE_QUEUE_ENTRY:name;
const unique T.Type__KDPC:name;
const unique T.Importance__KDPC:name;
const unique T.Number__KDPC:name;
const unique T.DpcListEntry__KDPC:name;
const unique T.DeferredRoutine__KDPC:name;
const unique T.DeferredContext__KDPC:name;
const unique T.SystemArgument1__KDPC:name;
const unique T.SystemArgument2__KDPC:name;
const unique T.DpcData__KDPC:name;
const unique T.Header__KEVENT:name;
const unique T.KeyboardIdentifier__KEYBOARD_ATTRIBUTES:name;
const unique T.KeyboardMode__KEYBOARD_ATTRIBUTES:name;
const unique T.NumberOfFunctionKeys__KEYBOARD_ATTRIBUTES:name;
const unique T.NumberOfIndicators__KEYBOARD_ATTRIBUTES:name;
const unique T.NumberOfKeysTotal__KEYBOARD_ATTRIBUTES:name;
const unique T.InputDataQueueLength__KEYBOARD_ATTRIBUTES:name;
const unique T.KeyRepeatMinimum__KEYBOARD_ATTRIBUTES:name;
const unique T.KeyRepeatMaximum__KEYBOARD_ATTRIBUTES:name;
const unique T.Type__KEYBOARD_ID:name;
const unique T.Subtype__KEYBOARD_ID:name;
const unique T.UnitId__KEYBOARD_INDICATOR_PARAMETERS:name;
const unique T.LedFlags__KEYBOARD_INDICATOR_PARAMETERS:name;
const unique T.UnitId__KEYBOARD_INPUT_DATA:name;
const unique T.MakeCode__KEYBOARD_INPUT_DATA:name;
const unique T.Flags__KEYBOARD_INPUT_DATA:name;
const unique T.Reserved__KEYBOARD_INPUT_DATA:name;
const unique T.ExtraInformation__KEYBOARD_INPUT_DATA:name;
const unique T.UnitId__KEYBOARD_TYPEMATIC_PARAMETERS:name;
const unique T.Rate__KEYBOARD_TYPEMATIC_PARAMETERS:name;
const unique T.Delay__KEYBOARD_TYPEMATIC_PARAMETERS:name;
const unique T.Header__KSEMAPHORE:name;
const unique T.Limit__KSEMAPHORE:name;
const unique T.__unnamed_8_58ee4a31__LARGE_INTEGER:name;
const unique T.u__LARGE_INTEGER:name;
const unique T.QuadPart__LARGE_INTEGER:name;
const unique T.Flink__LIST_ENTRY:name;
const unique T.Blink__LIST_ENTRY:name;
const unique T.LowPart__LUID:name;
const unique T.HighPart__LUID:name;
const unique T.Luid__LUID_AND_ATTRIBUTES:name;
const unique T.Attributes__LUID_AND_ATTRIBUTES:name;
const unique T.Next__MDL:name;
const unique T.Size__MDL:name;
const unique T.MdlFlags__MDL:name;
const unique T.Process__MDL:name;
const unique T.MappedSystemVa__MDL:name;
const unique T.StartVa__MDL:name;
const unique T.ByteCount__MDL:name;
const unique T.ByteOffset__MDL:name;
const unique T.OwnerThread__OWNER_ENTRY:name;
const unique T.__unnamed_4_6f9ac8e1__OWNER_ENTRY:name;
const unique T.File__PORT:name;
const unique T.Port__PORT:name;
const unique T.Enabled__PORT:name;
const unique T.Reserved__PORT:name;
const unique T.Free__PORT:name;
const unique T.SequenceD1__POWER_SEQUENCE:name;
const unique T.SequenceD2__POWER_SEQUENCE:name;
const unique T.SequenceD3__POWER_SEQUENCE:name;
const unique T.SystemState__POWER_STATE:name;
const unique T.DeviceState__POWER_STATE:name;
const unique T.PrivilegeCount__PRIVILEGE_SET:name;
const unique T.Control__PRIVILEGE_SET:name;
const unique T.Privilege__PRIVILEGE_SET:name;
const unique T.DataSectionObject__SECTION_OBJECT_POINTERS:name;
const unique T.SharedCacheMap__SECTION_OBJECT_POINTERS:name;
const unique T.ImageSectionObject__SECTION_OBJECT_POINTERS:name;
const unique T.Length__SECURITY_QUALITY_OF_SERVICE:name;
const unique T.ImpersonationLevel__SECURITY_QUALITY_OF_SERVICE:name;
const unique T.ContextTrackingMode__SECURITY_QUALITY_OF_SERVICE:name;
const unique T.EffectiveOnly__SECURITY_QUALITY_OF_SERVICE:name;
const unique T.ClientToken__SECURITY_SUBJECT_CONTEXT:name;
const unique T.ImpersonationLevel__SECURITY_SUBJECT_CONTEXT:name;
const unique T.PrimaryToken__SECURITY_SUBJECT_CONTEXT:name;
const unique T.ProcessAuditId__SECURITY_SUBJECT_CONTEXT:name;
const unique T.__unnamed_4_3a2fdc5e__SYSTEM_POWER_STATE_CONTEXT:name;
const unique T.Length__UNICODE_STRING:name;
const unique T.MaximumLength__UNICODE_STRING:name;
const unique T.Buffer__UNICODE_STRING:name;
const unique T.Type__VPB:name;
const unique T.Size__VPB:name;
const unique T.Flags__VPB:name;
const unique T.VolumeLabelLength__VPB:name;
const unique T.DeviceObject__VPB:name;
const unique T.RealDevice__VPB:name;
const unique T.SerialNumber__VPB:name;
const unique T.ReferenceCount__VPB:name;
const unique T.VolumeLabel__VPB:name;
const unique T.WaitQueueEntry__WAIT_CONTEXT_BLOCK:name;
const unique T.DeviceRoutine__WAIT_CONTEXT_BLOCK:name;
const unique T.DeviceContext__WAIT_CONTEXT_BLOCK:name;
const unique T.NumberOfMapRegisters__WAIT_CONTEXT_BLOCK:name;
const unique T.DeviceObject__WAIT_CONTEXT_BLOCK:name;
const unique T.CurrentIrp__WAIT_CONTEXT_BLOCK:name;
const unique T.BufferChainingDpc__WAIT_CONTEXT_BLOCK:name;
const unique T.GuidCount__WMILIB_CONTEXT:name;
const unique T.GuidList__WMILIB_CONTEXT:name;
const unique T.QueryWmiRegInfo__WMILIB_CONTEXT:name;
const unique T.QueryWmiDataBlock__WMILIB_CONTEXT:name;
const unique T.SetWmiDataBlock__WMILIB_CONTEXT:name;
const unique T.SetWmiDataItem__WMILIB_CONTEXT:name;
const unique T.ExecuteWmiMethod__WMILIB_CONTEXT:name;
const unique T.WmiFunctionControl__WMILIB_CONTEXT:name;
const unique T.Reserved___unnamed_12_0d6a30de:name;
const unique T.MessageCount___unnamed_12_0d6a30de:name;
const unique T.Vector___unnamed_12_0d6a30de:name;
const unique T.Affinity___unnamed_12_0d6a30de:name;
const unique T.Start___unnamed_12_17f5c211:name;
const unique T.Length48___unnamed_12_17f5c211:name;
const unique T.Start___unnamed_12_1fb42e39:name;
const unique T.Length___unnamed_12_1fb42e39:name;
const unique T.Reserved___unnamed_12_1fb42e39:name;
const unique T.Start___unnamed_12_2a1563c6:name;
const unique T.Length___unnamed_12_2a1563c6:name;
const unique T.DataSize___unnamed_12_31347272:name;
const unique T.Reserved1___unnamed_12_31347272:name;
const unique T.Reserved2___unnamed_12_31347272:name;
const unique T.Raw___unnamed_12_429aadc0:name;
const unique T.Translated___unnamed_12_429aadc0:name;
const unique T.Start___unnamed_12_4719de1a:name;
const unique T.Length___unnamed_12_4719de1a:name;
const unique T.Data___unnamed_12_4be56faa:name;
const unique T.Data___unnamed_12_5ce25b92:name;
const unique T.Generic___unnamed_12_7a698b72:name;
const unique T.Port___unnamed_12_7a698b72:name;
const unique T.Interrupt___unnamed_12_7a698b72:name;
const unique T.MessageInterrupt___unnamed_12_7a698b72:name;
const unique T.Memory___unnamed_12_7a698b72:name;
const unique T.Dma___unnamed_12_7a698b72:name;
const unique T.DevicePrivate___unnamed_12_7a698b72:name;
const unique T.BusNumber___unnamed_12_7a698b72:name;
const unique T.DeviceSpecificData___unnamed_12_7a698b72:name;
const unique T.Memory40___unnamed_12_7a698b72:name;
const unique T.Memory48___unnamed_12_7a698b72:name;
const unique T.Memory64___unnamed_12_7a698b72:name;
const unique T.Start___unnamed_12_87c0de8d:name;
const unique T.Length64___unnamed_12_87c0de8d:name;
const unique T.Start___unnamed_12_98bfc55a:name;
const unique T.Length40___unnamed_12_98bfc55a:name;
const unique T.Priority___unnamed_12_ab1bd9d7:name;
const unique T.Reserved1___unnamed_12_ab1bd9d7:name;
const unique T.Reserved2___unnamed_12_ab1bd9d7:name;
const unique T.Level___unnamed_12_b0429be9:name;
const unique T.Vector___unnamed_12_b0429be9:name;
const unique T.Affinity___unnamed_12_b0429be9:name;
const unique T.ListEntry___unnamed_12_b43e8de8:name;
const unique T.__unnamed_4_f19b65c1___unnamed_12_b43e8de8:name;
const unique T.Level___unnamed_12_bfdb39ee:name;
const unique T.Vector___unnamed_12_bfdb39ee:name;
const unique T.Affinity___unnamed_12_bfdb39ee:name;
const unique T.Start___unnamed_12_cd42b3c3:name;
const unique T.Length___unnamed_12_cd42b3c3:name;
const unique T.__unnamed_12_429aadc0___unnamed_12_e668effc:name;
const unique T.Channel___unnamed_12_e80d029e:name;
const unique T.Port___unnamed_12_e80d029e:name;
const unique T.Reserved1___unnamed_12_e80d029e:name;
const unique T.Length___unnamed_16_07c0bcc5:name;
const unique T.MinBusNumber___unnamed_16_07c0bcc5:name;
const unique T.MaxBusNumber___unnamed_16_07c0bcc5:name;
const unique T.Reserved___unnamed_16_07c0bcc5:name;
const unique T.InterfaceType___unnamed_16_29cb9f2f:name;
const unique T.Size___unnamed_16_29cb9f2f:name;
const unique T.Version___unnamed_16_29cb9f2f:name;
const unique T.Interface___unnamed_16_29cb9f2f:name;
const unique T.InterfaceSpecificData___unnamed_16_29cb9f2f:name;
const unique T.SecurityContext___unnamed_16_30f11dbf:name;
const unique T.Options___unnamed_16_30f11dbf:name;
const unique T.FileAttributes___unnamed_16_30f11dbf:name;
const unique T.ShareAccess___unnamed_16_30f11dbf:name;
const unique T.EaLength___unnamed_16_30f11dbf:name;
const unique T.DriverContext___unnamed_16_35034f68:name;
const unique T.Length___unnamed_16_487a9498:name;
const unique T.FileName___unnamed_16_487a9498:name;
const unique T.FileInformationClass___unnamed_16_487a9498:name;
const unique T.FileIndex___unnamed_16_487a9498:name;
const unique T.OutputBufferLength___unnamed_16_5f6a8844:name;
const unique T.InputBufferLength___unnamed_16_5f6a8844:name;
const unique T.FsControlCode___unnamed_16_5f6a8844:name;
const unique T.Type3InputBuffer___unnamed_16_5f6a8844:name;
const unique T.Length___unnamed_16_7177b9f3:name;
const unique T.FileInformationClass___unnamed_16_7177b9f3:name;
const unique T.FileObject___unnamed_16_7177b9f3:name;
const unique T.__unnamed_4_43913aa5___unnamed_16_7177b9f3:name;
const unique T.Length___unnamed_16_88e91ef6:name;
const unique T.Key___unnamed_16_88e91ef6:name;
const unique T.ByteOffset___unnamed_16_88e91ef6:name;
const unique T.Length___unnamed_16_8c506c98:name;
const unique T.Key___unnamed_16_8c506c98:name;
const unique T.ByteOffset___unnamed_16_8c506c98:name;
const unique T.WhichSpace___unnamed_16_9ac2e5f8:name;
const unique T.Buffer___unnamed_16_9ac2e5f8:name;
const unique T.Offset___unnamed_16_9ac2e5f8:name;
const unique T.Length___unnamed_16_9ac2e5f8:name;
const unique T.Create___unnamed_16_b93842ad:name;
const unique T.Read___unnamed_16_b93842ad:name;
const unique T.Write___unnamed_16_b93842ad:name;
const unique T.QueryDirectory___unnamed_16_b93842ad:name;
const unique T.NotifyDirectory___unnamed_16_b93842ad:name;
const unique T.QueryFile___unnamed_16_b93842ad:name;
const unique T.SetFile___unnamed_16_b93842ad:name;
const unique T.QueryEa___unnamed_16_b93842ad:name;
const unique T.SetEa___unnamed_16_b93842ad:name;
const unique T.QueryVolume___unnamed_16_b93842ad:name;
const unique T.SetVolume___unnamed_16_b93842ad:name;
const unique T.FileSystemControl___unnamed_16_b93842ad:name;
const unique T.LockControl___unnamed_16_b93842ad:name;
const unique T.DeviceIoControl___unnamed_16_b93842ad:name;
const unique T.QuerySecurity___unnamed_16_b93842ad:name;
const unique T.SetSecurity___unnamed_16_b93842ad:name;
const unique T.MountVolume___unnamed_16_b93842ad:name;
const unique T.VerifyVolume___unnamed_16_b93842ad:name;
const unique T.Scsi___unnamed_16_b93842ad:name;
const unique T.QueryQuota___unnamed_16_b93842ad:name;
const unique T.SetQuota___unnamed_16_b93842ad:name;
const unique T.QueryDeviceRelations___unnamed_16_b93842ad:name;
const unique T.QueryInterface___unnamed_16_b93842ad:name;
const unique T.DeviceCapabilities___unnamed_16_b93842ad:name;
const unique T.FilterResourceRequirements___unnamed_16_b93842ad:name;
const unique T.ReadWriteConfig___unnamed_16_b93842ad:name;
const unique T.SetLock___unnamed_16_b93842ad:name;
const unique T.QueryId___unnamed_16_b93842ad:name;
const unique T.QueryDeviceText___unnamed_16_b93842ad:name;
const unique T.UsageNotification___unnamed_16_b93842ad:name;
const unique T.WaitWake___unnamed_16_b93842ad:name;
const unique T.PowerSequence___unnamed_16_b93842ad:name;
const unique T.Power___unnamed_16_b93842ad:name;
const unique T.StartDevice___unnamed_16_b93842ad:name;
const unique T.WMI___unnamed_16_b93842ad:name;
const unique T.Others___unnamed_16_b93842ad:name;
const unique T.Length___unnamed_16_b9c62eab:name;
const unique T.Key___unnamed_16_b9c62eab:name;
const unique T.ByteOffset___unnamed_16_b9c62eab:name;
const unique T.__unnamed_4_7d9d0c7e___unnamed_16_bb584060:name;
const unique T.Type___unnamed_16_bb584060:name;
const unique T.State___unnamed_16_bb584060:name;
const unique T.ShutdownType___unnamed_16_bb584060:name;
const unique T.OutputBufferLength___unnamed_16_dba55c7c:name;
const unique T.InputBufferLength___unnamed_16_dba55c7c:name;
const unique T.IoControlCode___unnamed_16_dba55c7c:name;
const unique T.Type3InputBuffer___unnamed_16_dba55c7c:name;
const unique T.DeviceQueueEntry___unnamed_16_e70c268b:name;
const unique T.__unnamed_16_35034f68___unnamed_16_e70c268b:name;
const unique T.Argument1___unnamed_16_e734d694:name;
const unique T.Argument2___unnamed_16_e734d694:name;
const unique T.Argument3___unnamed_16_e734d694:name;
const unique T.Argument4___unnamed_16_e734d694:name;
const unique T.ProviderId___unnamed_16_eac6dbea:name;
const unique T.DataPath___unnamed_16_eac6dbea:name;
const unique T.BufferSize___unnamed_16_eac6dbea:name;
const unique T.Buffer___unnamed_16_eac6dbea:name;
const unique T.Length___unnamed_16_f6cae4c2:name;
const unique T.EaList___unnamed_16_f6cae4c2:name;
const unique T.EaListLength___unnamed_16_f6cae4c2:name;
const unique T.EaIndex___unnamed_16_f6cae4c2:name;
const unique T.Length___unnamed_16_fe36e4f4:name;
const unique T.StartSid___unnamed_16_fe36e4f4:name;
const unique T.SidList___unnamed_16_fe36e4f4:name;
const unique T.SidListLength___unnamed_16_fe36e4f4:name;
const unique T.Abandoned___unnamed_1_29794256:name;
const unique T.Absolute___unnamed_1_29794256:name;
const unique T.NpxIrql___unnamed_1_29794256:name;
const unique T.Signalling___unnamed_1_29794256:name;
const unique T.Inserted___unnamed_1_2dc63b48:name;
const unique T.DebugActive___unnamed_1_2dc63b48:name;
const unique T.DpcActive___unnamed_1_2dc63b48:name;
const unique T.Size___unnamed_1_2ef8da39:name;
const unique T.Hand___unnamed_1_2ef8da39:name;
const unique T.Lock___unnamed_1_faa7dc71:name;
const unique T.MinimumVector___unnamed_20_f4d2e6d8:name;
const unique T.MaximumVector___unnamed_20_f4d2e6d8:name;
const unique T.AffinityPolicy___unnamed_20_f4d2e6d8:name;
const unique T.PriorityPolicy___unnamed_20_f4d2e6d8:name;
const unique T.TargetedProcessors___unnamed_20_f4d2e6d8:name;
const unique T.Length___unnamed_24_41cbc8c0:name;
const unique T.Alignment___unnamed_24_41cbc8c0:name;
const unique T.MinimumAddress___unnamed_24_41cbc8c0:name;
const unique T.MaximumAddress___unnamed_24_41cbc8c0:name;
const unique T.Length48___unnamed_24_5419c914:name;
const unique T.Alignment48___unnamed_24_5419c914:name;
const unique T.MinimumAddress___unnamed_24_5419c914:name;
const unique T.MaximumAddress___unnamed_24_5419c914:name;
const unique T.Length___unnamed_24_67a5ff10:name;
const unique T.Alignment___unnamed_24_67a5ff10:name;
const unique T.MinimumAddress___unnamed_24_67a5ff10:name;
const unique T.MaximumAddress___unnamed_24_67a5ff10:name;
const unique T.Port___unnamed_24_72c3976e:name;
const unique T.Memory___unnamed_24_72c3976e:name;
const unique T.Interrupt___unnamed_24_72c3976e:name;
const unique T.Dma___unnamed_24_72c3976e:name;
const unique T.Generic___unnamed_24_72c3976e:name;
const unique T.DevicePrivate___unnamed_24_72c3976e:name;
const unique T.BusNumber___unnamed_24_72c3976e:name;
const unique T.ConfigData___unnamed_24_72c3976e:name;
const unique T.Memory40___unnamed_24_72c3976e:name;
const unique T.Memory48___unnamed_24_72c3976e:name;
const unique T.Memory64___unnamed_24_72c3976e:name;
const unique T.Length64___unnamed_24_a26050bb:name;
const unique T.Alignment64___unnamed_24_a26050bb:name;
const unique T.MinimumAddress___unnamed_24_a26050bb:name;
const unique T.MaximumAddress___unnamed_24_a26050bb:name;
const unique T.Length___unnamed_24_b8f476db:name;
const unique T.Alignment___unnamed_24_b8f476db:name;
const unique T.MinimumAddress___unnamed_24_b8f476db:name;
const unique T.MaximumAddress___unnamed_24_b8f476db:name;
const unique T.Length40___unnamed_24_d09044b4:name;
const unique T.Alignment40___unnamed_24_d09044b4:name;
const unique T.MinimumAddress___unnamed_24_d09044b4:name;
const unique T.MaximumAddress___unnamed_24_d09044b4:name;
const unique T.ReplaceIfExists___unnamed_2_46cc4597:name;
const unique T.AdvanceOnly___unnamed_2_46cc4597:name;
const unique T.__unnamed_16_e70c268b___unnamed_40_7218f704:name;
const unique T.Thread___unnamed_40_7218f704:name;
const unique T.AuxiliaryBuffer___unnamed_40_7218f704:name;
const unique T.__unnamed_12_b43e8de8___unnamed_40_7218f704:name;
const unique T.OriginalFileObject___unnamed_40_7218f704:name;
const unique T.ListEntry___unnamed_40_c55c9377:name;
const unique T.Wcb___unnamed_40_c55c9377:name;
const unique T.InitialPrivilegeSet___unnamed_44_5584090d:name;
const unique T.PrivilegeSet___unnamed_44_5584090d:name;
const unique T.Overlay___unnamed_48_cf99b13f:name;
const unique T.Apc___unnamed_48_cf99b13f:name;
const unique T.CompletionKey___unnamed_48_cf99b13f:name;
const unique T.PowerState___unnamed_4_069846fb:name;
const unique T.IdType___unnamed_4_224c32f4:name;
const unique T.Capabilities___unnamed_4_2de698da:name;
const unique T.__unnamed_4_c3479730___unnamed_4_3a2fdc5e:name;
const unique T.ContextAsUlong___unnamed_4_3a2fdc5e:name;
const unique T.Length___unnamed_4_3a4c1a13:name;
const unique T.__unnamed_2_46cc4597___unnamed_4_43913aa5:name;
const unique T.ClusterCount___unnamed_4_43913aa5:name;
const unique T.DeleteHandle___unnamed_4_43913aa5:name;
const unique T.UserApcRoutine___unnamed_4_4e8dd2ba:name;
const unique T.IssuingProcess___unnamed_4_4e8dd2ba:name;
const unique T.Srb___unnamed_4_52603077:name;
const unique T.Address___unnamed_4_52c594f7:name;
const unique T.CreatorBackTraceIndex___unnamed_4_52c594f7:name;
const unique T.Type___unnamed_4_5ca00198:name;
const unique T.__unnamed_1_29794256___unnamed_4_5ca00198:name;
const unique T.__unnamed_1_2ef8da39___unnamed_4_5ca00198:name;
const unique T.__unnamed_1_2dc63b48___unnamed_4_5ca00198:name;
const unique T.MasterIrp___unnamed_4_6ac6463c:name;
const unique T.IrpCount___unnamed_4_6ac6463c:name;
const unique T.SystemBuffer___unnamed_4_6ac6463c:name;
const unique T.OwnerCount___unnamed_4_6f9ac8e1:name;
const unique T.TableSize___unnamed_4_6f9ac8e1:name;
const unique T.PowerSequence___unnamed_4_7a02167b:name;
const unique T.SystemContext___unnamed_4_7d9d0c7e:name;
const unique T.SystemPowerStateContext___unnamed_4_7d9d0c7e:name;
const unique T.IoResourceRequirementList___unnamed_4_82f7a864:name;
const unique T.Length___unnamed_4_9aec220b:name;
const unique T.__unnamed_4_5ca00198___unnamed_4_a97c65a1:name;
const unique T.Lock___unnamed_4_a97c65a1:name;
const unique T.Reserved1___unnamed_4_c3479730:name;
const unique T.TargetSystemState___unnamed_4_c3479730:name;
const unique T.EffectiveSystemState___unnamed_4_c3479730:name;
const unique T.CurrentSystemState___unnamed_4_c3479730:name;
const unique T.IgnoreHibernationPath___unnamed_4_c3479730:name;
const unique T.PseudoTransition___unnamed_4_c3479730:name;
const unique T.Reserved2___unnamed_4_c3479730:name;
const unique T.Status___unnamed_4_d99b6e2b:name;
const unique T.Pointer___unnamed_4_d99b6e2b:name;
const unique T.CurrentStackLocation___unnamed_4_f19b65c1:name;
const unique T.PacketType___unnamed_4_f19b65c1:name;
const unique T.Type___unnamed_4_fa10fc16:name;
const unique T.SecurityInformation___unnamed_8_01efa60d:name;
const unique T.Length___unnamed_8_01efa60d:name;
const unique T.MinimumChannel___unnamed_8_08d4cef8:name;
const unique T.MaximumChannel___unnamed_8_08d4cef8:name;
const unique T.__unnamed_4_4e8dd2ba___unnamed_8_0a898c0c:name;
const unique T.UserApcContext___unnamed_8_0a898c0c:name;
const unique T.SecurityInformation___unnamed_8_1330f93a:name;
const unique T.SecurityDescriptor___unnamed_8_1330f93a:name;
const unique T.AsynchronousParameters___unnamed_8_181d0de9:name;
const unique T.AllocationSize___unnamed_8_181d0de9:name;
const unique T.Vpb___unnamed_8_4812764d:name;
const unique T.DeviceObject___unnamed_8_4812764d:name;
const unique T.Length___unnamed_8_559a91e6:name;
const unique T.FsInformationClass___unnamed_8_559a91e6:name;
const unique T.Length___unnamed_8_5845b309:name;
const unique T.FileInformationClass___unnamed_8_5845b309:name;
const unique T.LowPart___unnamed_8_58ee4a31:name;
const unique T.HighPart___unnamed_8_58ee4a31:name;
const unique T.AllocatedResources___unnamed_8_61acf4ce:name;
const unique T.AllocatedResourcesTranslated___unnamed_8_61acf4ce:name;
const unique T.DeviceTextType___unnamed_8_6acfee04:name;
const unique T.LocaleId___unnamed_8_6acfee04:name;
const unique T.Length___unnamed_8_7f26a9dd:name;
const unique T.CompletionFilter___unnamed_8_7f26a9dd:name;
const unique T.Vpb___unnamed_8_87add0bd:name;
const unique T.DeviceObject___unnamed_8_87add0bd:name;
const unique T.InPath___unnamed_8_b2773e4c:name;
const unique T.Reserved___unnamed_8_b2773e4c:name;
const unique T.Type___unnamed_8_b2773e4c:name;
const unique T.Length___unnamed_8_de890d4e:name;
const unique T.FsInformationClass___unnamed_8_de890d4e:name;
const unique T.LowPart___unnamed_8_ef9ba0d3:name;
const unique T.HighPart___unnamed_8_ef9ba0d3:name;

// Type declarations

const unique T.A11CHAR:name;
const unique T.A19CHAR:name;
const unique T.A1_CM_FULL_RESOURCE_DESCRIPTOR:name;
const unique T.A1_CM_PARTIAL_RESOURCE_DESCRIPTOR:name;
const unique T.A1_IO_RESOURCE_DESCRIPTOR:name;
const unique T.A1_IO_RESOURCE_LIST:name;
const unique T.A1_LUID_AND_ATTRIBUTES:name;
const unique T.A256UINT2:name;
const unique T.A28PFDRIVER_DISPATCH:name;
const unique T.A2UCHAR:name;
const unique T.A32UINT2:name;
const unique T.A36CHAR:name;
const unique T.A37CHAR:name;
const unique T.A39CHAR:name;
const unique T.A3UCHAR:name;
const unique T.A3UINT4:name;
const unique T.A3_LUID_AND_ATTRIBUTES:name;
const unique T.A43CHAR:name;
const unique T.A4PVOID:name;
const unique T.A4UINT4:name;
const unique T.A5_DEVICE_POWER_STATE:name;
const unique T.A74CHAR:name;
const unique T.A7_DEVICE_POWER_STATE:name;
const unique T.A8UCHAR:name;
const unique T.BUS_QUERY_ID_TYPE:name;
const unique T.CHAR:name;
const unique T.DEVICE_TEXT_TYPE:name;
const unique T.F0:name;
const unique T.F1:name;
const unique T.F10:name;
const unique T.F11:name;
const unique T.F12:name;
const unique T.F13:name;
const unique T.F14:name;
const unique T.F15:name;
const unique T.F16:name;
const unique T.F17:name;
const unique T.F18:name;
const unique T.F19:name;
const unique T.F2:name;
const unique T.F20:name;
const unique T.F21:name;
const unique T.F22:name;
const unique T.F23:name;
const unique T.F24:name;
const unique T.F25:name;
const unique T.F26:name;
const unique T.F27:name;
const unique T.F28:name;
const unique T.F29:name;
const unique T.F3:name;
const unique T.F30:name;
const unique T.F31:name;
const unique T.F32:name;
const unique T.F33:name;
const unique T.F34:name;
const unique T.F35:name;
const unique T.F36:name;
const unique T.F37:name;
const unique T.F38:name;
const unique T.F4:name;
const unique T.F5:name;
const unique T.F6:name;
const unique T.F7:name;
const unique T.F8:name;
const unique T.F9:name;
const unique T.FDRIVER_ADD_DEVICE:name;
const unique T.FDRIVER_CANCEL:name;
const unique T.FDRIVER_CONTROL:name;
const unique T.FDRIVER_DISPATCH:name;
const unique T.FDRIVER_INITIALIZE:name;
const unique T.FDRIVER_STARTIO:name;
const unique T.FDRIVER_UNLOAD:name;
const unique T.FFAST_IO_ACQUIRE_FILE:name;
const unique T.FFAST_IO_ACQUIRE_FOR_CCFLUSH:name;
const unique T.FFAST_IO_ACQUIRE_FOR_MOD_WRITE:name;
const unique T.FFAST_IO_CHECK_IF_POSSIBLE:name;
const unique T.FFAST_IO_DETACH_DEVICE:name;
const unique T.FFAST_IO_DEVICE_CONTROL:name;
const unique T.FFAST_IO_LOCK:name;
const unique T.FFAST_IO_MDL_READ:name;
const unique T.FFAST_IO_MDL_READ_COMPLETE:name;
const unique T.FFAST_IO_MDL_READ_COMPLETE_COMPRESSED:name;
const unique T.FFAST_IO_MDL_WRITE_COMPLETE:name;
const unique T.FFAST_IO_MDL_WRITE_COMPLETE_COMPRESSED:name;
const unique T.FFAST_IO_PREPARE_MDL_WRITE:name;
const unique T.FFAST_IO_QUERY_BASIC_INFO:name;
const unique T.FFAST_IO_QUERY_NETWORK_OPEN_INFO:name;
const unique T.FFAST_IO_QUERY_OPEN:name;
const unique T.FFAST_IO_QUERY_STANDARD_INFO:name;
const unique T.FFAST_IO_READ:name;
const unique T.FFAST_IO_READ_COMPRESSED:name;
const unique T.FFAST_IO_RELEASE_FILE:name;
const unique T.FFAST_IO_RELEASE_FOR_CCFLUSH:name;
const unique T.FFAST_IO_RELEASE_FOR_MOD_WRITE:name;
const unique T.FFAST_IO_UNLOCK_ALL:name;
const unique T.FFAST_IO_UNLOCK_ALL_BY_KEY:name;
const unique T.FFAST_IO_UNLOCK_SINGLE:name;
const unique T.FFAST_IO_WRITE:name;
const unique T.FFAST_IO_WRITE_COMPRESSED:name;
const unique T.FIO_COMPLETION_ROUTINE:name;
const unique T.FKDEFERRED_ROUTINE:name;
const unique T.INT2:name;
const unique T.INT4:name;
const unique T.INT8:name;
const unique T.PA11CHAR:name;
const unique T.PA19CHAR:name;
const unique T.PA36CHAR:name;
const unique T.PA37CHAR:name;
const unique T.PA39CHAR:name;
const unique T.PA43CHAR:name;
const unique T.PA74CHAR:name;
const unique T.PCHAR:name;
const unique T.PF19:name;
const unique T.PF21:name;
const unique T.PF23:name;
const unique T.PF24:name;
const unique T.PF25:name;
const unique T.PF33:name;
const unique T.PF34:name;
const unique T.PF35:name;
const unique T.PF36:name;
const unique T.PF37:name;
const unique T.PF38:name;
const unique T.PFDRIVER_ADD_DEVICE:name;
const unique T.PFDRIVER_CANCEL:name;
const unique T.PFDRIVER_CONTROL:name;
const unique T.PFDRIVER_DISPATCH:name;
const unique T.PFDRIVER_INITIALIZE:name;
const unique T.PFDRIVER_STARTIO:name;
const unique T.PFDRIVER_UNLOAD:name;
const unique T.PFFAST_IO_ACQUIRE_FILE:name;
const unique T.PFFAST_IO_ACQUIRE_FOR_CCFLUSH:name;
const unique T.PFFAST_IO_ACQUIRE_FOR_MOD_WRITE:name;
const unique T.PFFAST_IO_CHECK_IF_POSSIBLE:name;
const unique T.PFFAST_IO_DETACH_DEVICE:name;
const unique T.PFFAST_IO_DEVICE_CONTROL:name;
const unique T.PFFAST_IO_LOCK:name;
const unique T.PFFAST_IO_MDL_READ:name;
const unique T.PFFAST_IO_MDL_READ_COMPLETE:name;
const unique T.PFFAST_IO_MDL_READ_COMPLETE_COMPRESSED:name;
const unique T.PFFAST_IO_MDL_WRITE_COMPLETE:name;
const unique T.PFFAST_IO_MDL_WRITE_COMPLETE_COMPRESSED:name;
const unique T.PFFAST_IO_PREPARE_MDL_WRITE:name;
const unique T.PFFAST_IO_QUERY_BASIC_INFO:name;
const unique T.PFFAST_IO_QUERY_NETWORK_OPEN_INFO:name;
const unique T.PFFAST_IO_QUERY_OPEN:name;
const unique T.PFFAST_IO_QUERY_STANDARD_INFO:name;
const unique T.PFFAST_IO_READ:name;
const unique T.PFFAST_IO_READ_COMPRESSED:name;
const unique T.PFFAST_IO_RELEASE_FILE:name;
const unique T.PFFAST_IO_RELEASE_FOR_CCFLUSH:name;
const unique T.PFFAST_IO_RELEASE_FOR_MOD_WRITE:name;
const unique T.PFFAST_IO_UNLOCK_ALL:name;
const unique T.PFFAST_IO_UNLOCK_ALL_BY_KEY:name;
const unique T.PFFAST_IO_UNLOCK_SINGLE:name;
const unique T.PFFAST_IO_WRITE:name;
const unique T.PFFAST_IO_WRITE_COMPRESSED:name;
const unique T.PFIO_COMPLETION_ROUTINE:name;
const unique T.PFKDEFERRED_ROUTINE:name;
const unique T.PINT4:name;
const unique T.POWER_ACTION:name;
const unique T.PPCHAR:name;
const unique T.PPF24:name;
const unique T.PPP_FILE_OBJECT:name;
const unique T.PPVOID:name;
const unique T.PP_DEVICE_EXTENSION:name;
const unique T.PP_DEVICE_OBJECT:name;
const unique T.PP_DRIVER_OBJECT:name;
const unique T.PP_ERESOURCE:name;
const unique T.PP_FILE_OBJECT:name;
const unique T.PP_IRP:name;
const unique T.PP_LIST_ENTRY:name;
const unique T.PP_MDL:name;
const unique T.PP_PORT:name;
const unique T.PP_UNICODE_STRING:name;
const unique T.PUCHAR:name;
const unique T.PUINT2:name;
const unique T.PUINT4:name;
const unique T.PVOID:name;
const unique T.PWMIGUIDREGINFO:name;
const unique T.P_ACCESS_STATE:name;
const unique T.P_CM_RESOURCE_LIST:name;
const unique T.P_COMPRESSED_DATA_INFO:name;
const unique T.P_DEVICE_CAPABILITIES:name;
const unique T.P_DEVICE_EXTENSION:name;
const unique T.P_DEVICE_OBJECT:name;
const unique T.P_DEVOBJ_EXTENSION:name;
const unique T.P_DRIVER_EXTENSION:name;
const unique T.P_DRIVER_OBJECT:name;
const unique T.P_EPROCESS:name;
const unique T.P_ERESOURCE:name;
const unique T.P_ETHREAD:name;
const unique T.P_FAST_IO_DISPATCH:name;
const unique T.P_FILE_BASIC_INFORMATION:name;
const unique T.P_FILE_GET_QUOTA_INFORMATION:name;
const unique T.P_FILE_NETWORK_OPEN_INFORMATION:name;
const unique T.P_FILE_OBJECT:name;
const unique T.P_FILE_STANDARD_INFORMATION:name;
const unique T.P_GLOBALS:name;
const unique T.P_GUID:name;
const unique T.P_INTERFACE:name;
const unique T.P_IO_COMPLETION_CONTEXT:name;
const unique T.P_IO_REMOVE_LOCK_TRACKING_BLOCK:name;
const unique T.P_IO_RESOURCE_REQUIREMENTS_LIST:name;
const unique T.P_IO_SECURITY_CONTEXT:name;
const unique T.P_IO_STACK_LOCATION:name;
const unique T.P_IO_STATUS_BLOCK:name;
const unique T.P_IO_TIMER:name;
const unique T.P_IRP:name;
const unique T.P_KAPC:name;
const unique T.P_KDPC:name;
const unique T.P_KEVENT:name;
const unique T.P_KEYBOARD_INPUT_DATA:name;
const unique T.P_KSEMAPHORE:name;
const unique T.P_KTHREAD:name;
const unique T.P_LARGE_INTEGER:name;
const unique T.P_LIST_ENTRY:name;
const unique T.P_MDL:name;
const unique T.P_OWNER_ENTRY:name;
const unique T.P_PORT:name;
const unique T.P_POWER_SEQUENCE:name;
const unique T.P_SCSI_REQUEST_BLOCK:name;
const unique T.P_SECTION_OBJECT_POINTERS:name;
const unique T.P_SECURITY_QUALITY_OF_SERVICE:name;
const unique T.P_UNICODE_STRING:name;
const unique T.P_VPB:name;
const unique T.UCHAR:name;
const unique T.UINT2:name;
const unique T.UINT4:name;
const unique T.VOID:name;
const unique T.WMIENABLEDISABLECONTROL:name;
const unique T.WMIGUIDREGINFO:name;
const unique T._ACCESS_STATE:name;
const unique T._CM_FULL_RESOURCE_DESCRIPTOR:name;
const unique T._CM_PARTIAL_RESOURCE_DESCRIPTOR:name;
const unique T._CM_PARTIAL_RESOURCE_LIST:name;
const unique T._CM_RESOURCE_LIST:name;
const unique T._COMPRESSED_DATA_INFO:name;
const unique T._DEVICE_CAPABILITIES:name;
const unique T._DEVICE_EXTENSION:name;
const unique T._DEVICE_OBJECT:name;
const unique T._DEVICE_POWER_STATE:name;
const unique T._DEVICE_RELATION_TYPE:name;
const unique T._DEVICE_USAGE_NOTIFICATION_TYPE:name;
const unique T._DEVOBJ_EXTENSION:name;
const unique T._DISPATCHER_HEADER:name;
const unique T._DRIVER_EXTENSION:name;
const unique T._DRIVER_OBJECT:name;
const unique T._EPROCESS:name;
const unique T._ERESOURCE:name;
const unique T._ETHREAD:name;
const unique T._FAST_IO_DISPATCH:name;
const unique T._FAST_MUTEX:name;
const unique T._FILE_BASIC_INFORMATION:name;
const unique T._FILE_GET_QUOTA_INFORMATION:name;
const unique T._FILE_INFORMATION_CLASS:name;
const unique T._FILE_NETWORK_OPEN_INFORMATION:name;
const unique T._FILE_OBJECT:name;
const unique T._FILE_STANDARD_INFORMATION:name;
const unique T._FSINFOCLASS:name;
const unique T._GLOBALS:name;
const unique T._GUID:name;
const unique T._INITIAL_PRIVILEGE_SET:name;
const unique T._INTERFACE:name;
const unique T._INTERFACE_TYPE:name;
const unique T._IO_ALLOCATION_ACTION:name;
const unique T._IO_COMPLETION_CONTEXT:name;
const unique T._IO_REMOVE_LOCK:name;
const unique T._IO_REMOVE_LOCK_COMMON_BLOCK:name;
const unique T._IO_REMOVE_LOCK_DBG_BLOCK:name;
const unique T._IO_REMOVE_LOCK_TRACKING_BLOCK:name;
const unique T._IO_RESOURCE_DESCRIPTOR:name;
const unique T._IO_RESOURCE_LIST:name;
const unique T._IO_RESOURCE_REQUIREMENTS_LIST:name;
const unique T._IO_SECURITY_CONTEXT:name;
const unique T._IO_STACK_LOCATION:name;
const unique T._IO_STATUS_BLOCK:name;
const unique T._IO_TIMER:name;
const unique T._IRP:name;
const unique T._IRQ_DEVICE_POLICY:name;
const unique T._IRQ_PRIORITY:name;
const unique T._KAPC:name;
const unique T._KDEVICE_QUEUE:name;
const unique T._KDEVICE_QUEUE_ENTRY:name;
const unique T._KDPC:name;
const unique T._KEVENT:name;
const unique T._KEYBOARD_ATTRIBUTES:name;
const unique T._KEYBOARD_ID:name;
const unique T._KEYBOARD_INDICATOR_PARAMETERS:name;
const unique T._KEYBOARD_INPUT_DATA:name;
const unique T._KEYBOARD_TYPEMATIC_PARAMETERS:name;
const unique T._KSEMAPHORE:name;
const unique T._KTHREAD:name;
const unique T._LARGE_INTEGER:name;
const unique T._LIST_ENTRY:name;
const unique T._LUID:name;
const unique T._LUID_AND_ATTRIBUTES:name;
const unique T._MDL:name;
const unique T._OWNER_ENTRY:name;
const unique T._PORT:name;
const unique T._POWER_SEQUENCE:name;
const unique T._POWER_STATE:name;
const unique T._POWER_STATE_TYPE:name;
const unique T._PRIVILEGE_SET:name;
const unique T._SCSI_REQUEST_BLOCK:name;
const unique T._SECTION_OBJECT_POINTERS:name;
const unique T._SECURITY_IMPERSONATION_LEVEL:name;
const unique T._SECURITY_QUALITY_OF_SERVICE:name;
const unique T._SECURITY_SUBJECT_CONTEXT:name;
const unique T._SYSTEM_POWER_STATE:name;
const unique T._SYSTEM_POWER_STATE_CONTEXT:name;
const unique T._UNICODE_STRING:name;
const unique T._VPB:name;
const unique T._WAIT_CONTEXT_BLOCK:name;
const unique T._WMILIB_CONTEXT:name;
const unique T.__unnamed_12_0d6a30de:name;
const unique T.__unnamed_12_17f5c211:name;
const unique T.__unnamed_12_1fb42e39:name;
const unique T.__unnamed_12_2a1563c6:name;
const unique T.__unnamed_12_31347272:name;
const unique T.__unnamed_12_429aadc0:name;
const unique T.__unnamed_12_4719de1a:name;
const unique T.__unnamed_12_4be56faa:name;
const unique T.__unnamed_12_5ce25b92:name;
const unique T.__unnamed_12_7a698b72:name;
const unique T.__unnamed_12_87c0de8d:name;
const unique T.__unnamed_12_98bfc55a:name;
const unique T.__unnamed_12_ab1bd9d7:name;
const unique T.__unnamed_12_b0429be9:name;
const unique T.__unnamed_12_b43e8de8:name;
const unique T.__unnamed_12_bfdb39ee:name;
const unique T.__unnamed_12_cd42b3c3:name;
const unique T.__unnamed_12_e668effc:name;
const unique T.__unnamed_12_e80d029e:name;
const unique T.__unnamed_16_07c0bcc5:name;
const unique T.__unnamed_16_29cb9f2f:name;
const unique T.__unnamed_16_30f11dbf:name;
const unique T.__unnamed_16_35034f68:name;
const unique T.__unnamed_16_487a9498:name;
const unique T.__unnamed_16_5f6a8844:name;
const unique T.__unnamed_16_7177b9f3:name;
const unique T.__unnamed_16_88e91ef6:name;
const unique T.__unnamed_16_8c506c98:name;
const unique T.__unnamed_16_9ac2e5f8:name;
const unique T.__unnamed_16_b93842ad:name;
const unique T.__unnamed_16_b9c62eab:name;
const unique T.__unnamed_16_bb584060:name;
const unique T.__unnamed_16_dba55c7c:name;
const unique T.__unnamed_16_e70c268b:name;
const unique T.__unnamed_16_e734d694:name;
const unique T.__unnamed_16_eac6dbea:name;
const unique T.__unnamed_16_f6cae4c2:name;
const unique T.__unnamed_16_fe36e4f4:name;
const unique T.__unnamed_1_29794256:name;
const unique T.__unnamed_1_2dc63b48:name;
const unique T.__unnamed_1_2ef8da39:name;
const unique T.__unnamed_1_faa7dc71:name;
const unique T.__unnamed_20_f4d2e6d8:name;
const unique T.__unnamed_24_41cbc8c0:name;
const unique T.__unnamed_24_5419c914:name;
const unique T.__unnamed_24_67a5ff10:name;
const unique T.__unnamed_24_72c3976e:name;
const unique T.__unnamed_24_a26050bb:name;
const unique T.__unnamed_24_b8f476db:name;
const unique T.__unnamed_24_d09044b4:name;
const unique T.__unnamed_2_46cc4597:name;
const unique T.__unnamed_40_7218f704:name;
const unique T.__unnamed_40_c55c9377:name;
const unique T.__unnamed_44_5584090d:name;
const unique T.__unnamed_48_cf99b13f:name;
const unique T.__unnamed_4_069846fb:name;
const unique T.__unnamed_4_224c32f4:name;
const unique T.__unnamed_4_2de698da:name;
const unique T.__unnamed_4_3a2fdc5e:name;
const unique T.__unnamed_4_3a4c1a13:name;
const unique T.__unnamed_4_43913aa5:name;
const unique T.__unnamed_4_4e8dd2ba:name;
const unique T.__unnamed_4_52603077:name;
const unique T.__unnamed_4_52c594f7:name;
const unique T.__unnamed_4_5ca00198:name;
const unique T.__unnamed_4_6ac6463c:name;
const unique T.__unnamed_4_6f9ac8e1:name;
const unique T.__unnamed_4_7a02167b:name;
const unique T.__unnamed_4_7d9d0c7e:name;
const unique T.__unnamed_4_82f7a864:name;
const unique T.__unnamed_4_9aec220b:name;
const unique T.__unnamed_4_a97c65a1:name;
const unique T.__unnamed_4_c3479730:name;
const unique T.__unnamed_4_d99b6e2b:name;
const unique T.__unnamed_4_f19b65c1:name;
const unique T.__unnamed_4_fa10fc16:name;
const unique T.__unnamed_8_01efa60d:name;
const unique T.__unnamed_8_08d4cef8:name;
const unique T.__unnamed_8_0a898c0c:name;
const unique T.__unnamed_8_1330f93a:name;
const unique T.__unnamed_8_181d0de9:name;
const unique T.__unnamed_8_4812764d:name;
const unique T.__unnamed_8_559a91e6:name;
const unique T.__unnamed_8_5845b309:name;
const unique T.__unnamed_8_58ee4a31:name;
const unique T.__unnamed_8_61acf4ce:name;
const unique T.__unnamed_8_6acfee04:name;
const unique T.__unnamed_8_7f26a9dd:name;
const unique T.__unnamed_8_87add0bd:name;
const unique T.__unnamed_8_b2773e4c:name;
const unique T.__unnamed_8_de890d4e:name;
const unique T.__unnamed_8_ef9ba0d3:name;

function AssocClassList__GLOBALS(int) returns (int);
function AssocClassList__GLOBALSInv(int) returns (int);
function _S_AssocClassList__GLOBALS([int]bool) returns ([int]bool);
function _S_AssocClassList__GLOBALSInv([int]bool) returns ([int]bool);

axiom (forall x:int :: {AssocClassList__GLOBALSInv(AssocClassList__GLOBALS(x))} AssocClassList__GLOBALSInv(AssocClassList__GLOBALS(x)) == x);
axiom (forall x:int :: {AssocClassList__GLOBALSInv(x)} AssocClassList__GLOBALS(AssocClassList__GLOBALSInv(x)) == x);
        
axiom (forall x:int, S:[int]bool :: {_S_AssocClassList__GLOBALS(S)[x]} _S_AssocClassList__GLOBALS(S)[x] <==> S[AssocClassList__GLOBALSInv(x)]);
axiom (forall x:int, S:[int]bool :: {_S_AssocClassList__GLOBALSInv(S)[x]} _S_AssocClassList__GLOBALSInv(S)[x] <==> S[AssocClassList__GLOBALS(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_AssocClassList__GLOBALS(S)} S[x] ==> _S_AssocClassList__GLOBALS(S)[AssocClassList__GLOBALS(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_AssocClassList__GLOBALSInv(S)} S[x] ==> _S_AssocClassList__GLOBALSInv(S)[AssocClassList__GLOBALSInv(x)]);
        
axiom (forall x:int :: {AssocClassList__GLOBALS(x)} AssocClassList__GLOBALS(x) == x + 8);
axiom (forall x:int :: {AssocClassList__GLOBALSInv(x)} AssocClassList__GLOBALSInv(x) == x - 8);
axiom (forall x:int :: {MINUS_BOTH_PTR_OR_BOTH_INT(x, 8, 1)} MINUS_BOTH_PTR_OR_BOTH_INT(x, 8, 1) == AssocClassList__GLOBALSInv(x));
axiom (forall x:int :: {MINUS_LEFT_PTR(x, 1, 8)} MINUS_LEFT_PTR(x, 1, 8) == AssocClassList__GLOBALSInv(x));
function Buffer__UNICODE_STRING(int) returns (int);
function Buffer__UNICODE_STRINGInv(int) returns (int);
function _S_Buffer__UNICODE_STRING([int]bool) returns ([int]bool);
function _S_Buffer__UNICODE_STRINGInv([int]bool) returns ([int]bool);

axiom (forall x:int :: {Buffer__UNICODE_STRINGInv(Buffer__UNICODE_STRING(x))} Buffer__UNICODE_STRINGInv(Buffer__UNICODE_STRING(x)) == x);
axiom (forall x:int :: {Buffer__UNICODE_STRINGInv(x)} Buffer__UNICODE_STRING(Buffer__UNICODE_STRINGInv(x)) == x);
        
axiom (forall x:int, S:[int]bool :: {_S_Buffer__UNICODE_STRING(S)[x]} _S_Buffer__UNICODE_STRING(S)[x] <==> S[Buffer__UNICODE_STRINGInv(x)]);
axiom (forall x:int, S:[int]bool :: {_S_Buffer__UNICODE_STRINGInv(S)[x]} _S_Buffer__UNICODE_STRINGInv(S)[x] <==> S[Buffer__UNICODE_STRING(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_Buffer__UNICODE_STRING(S)} S[x] ==> _S_Buffer__UNICODE_STRING(S)[Buffer__UNICODE_STRING(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_Buffer__UNICODE_STRINGInv(S)} S[x] ==> _S_Buffer__UNICODE_STRINGInv(S)[Buffer__UNICODE_STRINGInv(x)]);
        
axiom (forall x:int :: {Buffer__UNICODE_STRING(x)} Buffer__UNICODE_STRING(x) == x + 4);
axiom (forall x:int :: {Buffer__UNICODE_STRINGInv(x)} Buffer__UNICODE_STRINGInv(x) == x - 4);
axiom (forall x:int :: {MINUS_BOTH_PTR_OR_BOTH_INT(x, 4, 1)} MINUS_BOTH_PTR_OR_BOTH_INT(x, 4, 1) == Buffer__UNICODE_STRINGInv(x));
axiom (forall x:int :: {MINUS_LEFT_PTR(x, 1, 4)} MINUS_LEFT_PTR(x, 1, 4) == Buffer__UNICODE_STRINGInv(x));
function DataIn__DEVICE_EXTENSION(int) returns (int);
function DataIn__DEVICE_EXTENSIONInv(int) returns (int);
function _S_DataIn__DEVICE_EXTENSION([int]bool) returns ([int]bool);
function _S_DataIn__DEVICE_EXTENSIONInv([int]bool) returns ([int]bool);

axiom (forall x:int :: {DataIn__DEVICE_EXTENSIONInv(DataIn__DEVICE_EXTENSION(x))} DataIn__DEVICE_EXTENSIONInv(DataIn__DEVICE_EXTENSION(x)) == x);
axiom (forall x:int :: {DataIn__DEVICE_EXTENSIONInv(x)} DataIn__DEVICE_EXTENSION(DataIn__DEVICE_EXTENSIONInv(x)) == x);
        
axiom (forall x:int, S:[int]bool :: {_S_DataIn__DEVICE_EXTENSION(S)[x]} _S_DataIn__DEVICE_EXTENSION(S)[x] <==> S[DataIn__DEVICE_EXTENSIONInv(x)]);
axiom (forall x:int, S:[int]bool :: {_S_DataIn__DEVICE_EXTENSIONInv(S)[x]} _S_DataIn__DEVICE_EXTENSIONInv(S)[x] <==> S[DataIn__DEVICE_EXTENSION(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_DataIn__DEVICE_EXTENSION(S)} S[x] ==> _S_DataIn__DEVICE_EXTENSION(S)[DataIn__DEVICE_EXTENSION(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_DataIn__DEVICE_EXTENSIONInv(S)} S[x] ==> _S_DataIn__DEVICE_EXTENSIONInv(S)[DataIn__DEVICE_EXTENSIONInv(x)]);
        
axiom (forall x:int :: {DataIn__DEVICE_EXTENSION(x)} DataIn__DEVICE_EXTENSION(x) == x + 132);
axiom (forall x:int :: {DataIn__DEVICE_EXTENSIONInv(x)} DataIn__DEVICE_EXTENSIONInv(x) == x - 132);
axiom (forall x:int :: {MINUS_BOTH_PTR_OR_BOTH_INT(x, 132, 1)} MINUS_BOTH_PTR_OR_BOTH_INT(x, 132, 1) == DataIn__DEVICE_EXTENSIONInv(x));
axiom (forall x:int :: {MINUS_LEFT_PTR(x, 1, 132)} MINUS_LEFT_PTR(x, 1, 132) == DataIn__DEVICE_EXTENSIONInv(x));
function DataOut__DEVICE_EXTENSION(int) returns (int);
function DataOut__DEVICE_EXTENSIONInv(int) returns (int);
function _S_DataOut__DEVICE_EXTENSION([int]bool) returns ([int]bool);
function _S_DataOut__DEVICE_EXTENSIONInv([int]bool) returns ([int]bool);

axiom (forall x:int :: {DataOut__DEVICE_EXTENSIONInv(DataOut__DEVICE_EXTENSION(x))} DataOut__DEVICE_EXTENSIONInv(DataOut__DEVICE_EXTENSION(x)) == x);
axiom (forall x:int :: {DataOut__DEVICE_EXTENSIONInv(x)} DataOut__DEVICE_EXTENSION(DataOut__DEVICE_EXTENSIONInv(x)) == x);
        
axiom (forall x:int, S:[int]bool :: {_S_DataOut__DEVICE_EXTENSION(S)[x]} _S_DataOut__DEVICE_EXTENSION(S)[x] <==> S[DataOut__DEVICE_EXTENSIONInv(x)]);
axiom (forall x:int, S:[int]bool :: {_S_DataOut__DEVICE_EXTENSIONInv(S)[x]} _S_DataOut__DEVICE_EXTENSIONInv(S)[x] <==> S[DataOut__DEVICE_EXTENSION(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_DataOut__DEVICE_EXTENSION(S)} S[x] ==> _S_DataOut__DEVICE_EXTENSION(S)[DataOut__DEVICE_EXTENSION(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_DataOut__DEVICE_EXTENSIONInv(S)} S[x] ==> _S_DataOut__DEVICE_EXTENSIONInv(S)[DataOut__DEVICE_EXTENSIONInv(x)]);
        
axiom (forall x:int :: {DataOut__DEVICE_EXTENSION(x)} DataOut__DEVICE_EXTENSION(x) == x + 136);
axiom (forall x:int :: {DataOut__DEVICE_EXTENSIONInv(x)} DataOut__DEVICE_EXTENSIONInv(x) == x - 136);
axiom (forall x:int :: {MINUS_BOTH_PTR_OR_BOTH_INT(x, 136, 1)} MINUS_BOTH_PTR_OR_BOTH_INT(x, 136, 1) == DataOut__DEVICE_EXTENSIONInv(x));
axiom (forall x:int :: {MINUS_LEFT_PTR(x, 1, 136)} MINUS_LEFT_PTR(x, 1, 136) == DataOut__DEVICE_EXTENSIONInv(x));
function DeviceExtension__DEVICE_OBJECT(int) returns (int);
function DeviceExtension__DEVICE_OBJECTInv(int) returns (int);
function _S_DeviceExtension__DEVICE_OBJECT([int]bool) returns ([int]bool);
function _S_DeviceExtension__DEVICE_OBJECTInv([int]bool) returns ([int]bool);

axiom (forall x:int :: {DeviceExtension__DEVICE_OBJECTInv(DeviceExtension__DEVICE_OBJECT(x))} DeviceExtension__DEVICE_OBJECTInv(DeviceExtension__DEVICE_OBJECT(x)) == x);
axiom (forall x:int :: {DeviceExtension__DEVICE_OBJECTInv(x)} DeviceExtension__DEVICE_OBJECT(DeviceExtension__DEVICE_OBJECTInv(x)) == x);
        
axiom (forall x:int, S:[int]bool :: {_S_DeviceExtension__DEVICE_OBJECT(S)[x]} _S_DeviceExtension__DEVICE_OBJECT(S)[x] <==> S[DeviceExtension__DEVICE_OBJECTInv(x)]);
axiom (forall x:int, S:[int]bool :: {_S_DeviceExtension__DEVICE_OBJECTInv(S)[x]} _S_DeviceExtension__DEVICE_OBJECTInv(S)[x] <==> S[DeviceExtension__DEVICE_OBJECT(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_DeviceExtension__DEVICE_OBJECT(S)} S[x] ==> _S_DeviceExtension__DEVICE_OBJECT(S)[DeviceExtension__DEVICE_OBJECT(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_DeviceExtension__DEVICE_OBJECTInv(S)} S[x] ==> _S_DeviceExtension__DEVICE_OBJECTInv(S)[DeviceExtension__DEVICE_OBJECTInv(x)]);
        
axiom (forall x:int :: {DeviceExtension__DEVICE_OBJECT(x)} DeviceExtension__DEVICE_OBJECT(x) == x + 40);
axiom (forall x:int :: {DeviceExtension__DEVICE_OBJECTInv(x)} DeviceExtension__DEVICE_OBJECTInv(x) == x - 40);
axiom (forall x:int :: {MINUS_BOTH_PTR_OR_BOTH_INT(x, 40, 1)} MINUS_BOTH_PTR_OR_BOTH_INT(x, 40, 1) == DeviceExtension__DEVICE_OBJECTInv(x));
axiom (forall x:int :: {MINUS_LEFT_PTR(x, 1, 40)} MINUS_LEFT_PTR(x, 1, 40) == DeviceExtension__DEVICE_OBJECTInv(x));
function Enabled__DEVICE_EXTENSION(int) returns (int);
function Enabled__DEVICE_EXTENSIONInv(int) returns (int);
function _S_Enabled__DEVICE_EXTENSION([int]bool) returns ([int]bool);
function _S_Enabled__DEVICE_EXTENSIONInv([int]bool) returns ([int]bool);

axiom (forall x:int :: {Enabled__DEVICE_EXTENSIONInv(Enabled__DEVICE_EXTENSION(x))} Enabled__DEVICE_EXTENSIONInv(Enabled__DEVICE_EXTENSION(x)) == x);
axiom (forall x:int :: {Enabled__DEVICE_EXTENSIONInv(x)} Enabled__DEVICE_EXTENSION(Enabled__DEVICE_EXTENSIONInv(x)) == x);
        
axiom (forall x:int, S:[int]bool :: {_S_Enabled__DEVICE_EXTENSION(S)[x]} _S_Enabled__DEVICE_EXTENSION(S)[x] <==> S[Enabled__DEVICE_EXTENSIONInv(x)]);
axiom (forall x:int, S:[int]bool :: {_S_Enabled__DEVICE_EXTENSIONInv(S)[x]} _S_Enabled__DEVICE_EXTENSIONInv(S)[x] <==> S[Enabled__DEVICE_EXTENSION(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_Enabled__DEVICE_EXTENSION(S)} S[x] ==> _S_Enabled__DEVICE_EXTENSION(S)[Enabled__DEVICE_EXTENSION(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_Enabled__DEVICE_EXTENSIONInv(S)} S[x] ==> _S_Enabled__DEVICE_EXTENSIONInv(S)[Enabled__DEVICE_EXTENSIONInv(x)]);
        
axiom (forall x:int :: {Enabled__DEVICE_EXTENSION(x)} Enabled__DEVICE_EXTENSION(x) == x + 284);
axiom (forall x:int :: {Enabled__DEVICE_EXTENSIONInv(x)} Enabled__DEVICE_EXTENSIONInv(x) == x - 284);
axiom (forall x:int :: {MINUS_BOTH_PTR_OR_BOTH_INT(x, 284, 1)} MINUS_BOTH_PTR_OR_BOTH_INT(x, 284, 1) == Enabled__DEVICE_EXTENSIONInv(x));
axiom (forall x:int :: {MINUS_LEFT_PTR(x, 1, 284)} MINUS_LEFT_PTR(x, 1, 284) == Enabled__DEVICE_EXTENSIONInv(x));
function Enabled__PORT(int) returns (int);
function Enabled__PORTInv(int) returns (int);
function _S_Enabled__PORT([int]bool) returns ([int]bool);
function _S_Enabled__PORTInv([int]bool) returns ([int]bool);

axiom (forall x:int :: {Enabled__PORTInv(Enabled__PORT(x))} Enabled__PORTInv(Enabled__PORT(x)) == x);
axiom (forall x:int :: {Enabled__PORTInv(x)} Enabled__PORT(Enabled__PORTInv(x)) == x);
        
axiom (forall x:int, S:[int]bool :: {_S_Enabled__PORT(S)[x]} _S_Enabled__PORT(S)[x] <==> S[Enabled__PORTInv(x)]);
axiom (forall x:int, S:[int]bool :: {_S_Enabled__PORTInv(S)[x]} _S_Enabled__PORTInv(S)[x] <==> S[Enabled__PORT(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_Enabled__PORT(S)} S[x] ==> _S_Enabled__PORT(S)[Enabled__PORT(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_Enabled__PORTInv(S)} S[x] ==> _S_Enabled__PORTInv(S)[Enabled__PORTInv(x)]);
        
axiom (forall x:int :: {Enabled__PORT(x)} Enabled__PORT(x) == x + 8);
axiom (forall x:int :: {Enabled__PORTInv(x)} Enabled__PORTInv(x) == x - 8);
axiom (forall x:int :: {MINUS_BOTH_PTR_OR_BOTH_INT(x, 8, 1)} MINUS_BOTH_PTR_OR_BOTH_INT(x, 8, 1) == Enabled__PORTInv(x));
axiom (forall x:int :: {MINUS_LEFT_PTR(x, 1, 8)} MINUS_LEFT_PTR(x, 1, 8) == Enabled__PORTInv(x));
function File__DEVICE_EXTENSION(int) returns (int);
function File__DEVICE_EXTENSIONInv(int) returns (int);
function _S_File__DEVICE_EXTENSION([int]bool) returns ([int]bool);
function _S_File__DEVICE_EXTENSIONInv([int]bool) returns ([int]bool);

axiom (forall x:int :: {File__DEVICE_EXTENSIONInv(File__DEVICE_EXTENSION(x))} File__DEVICE_EXTENSIONInv(File__DEVICE_EXTENSION(x)) == x);
axiom (forall x:int :: {File__DEVICE_EXTENSIONInv(x)} File__DEVICE_EXTENSION(File__DEVICE_EXTENSIONInv(x)) == x);
        
axiom (forall x:int, S:[int]bool :: {_S_File__DEVICE_EXTENSION(S)[x]} _S_File__DEVICE_EXTENSION(S)[x] <==> S[File__DEVICE_EXTENSIONInv(x)]);
axiom (forall x:int, S:[int]bool :: {_S_File__DEVICE_EXTENSIONInv(S)[x]} _S_File__DEVICE_EXTENSIONInv(S)[x] <==> S[File__DEVICE_EXTENSION(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_File__DEVICE_EXTENSION(S)} S[x] ==> _S_File__DEVICE_EXTENSION(S)[File__DEVICE_EXTENSION(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_File__DEVICE_EXTENSIONInv(S)} S[x] ==> _S_File__DEVICE_EXTENSIONInv(S)[File__DEVICE_EXTENSIONInv(x)]);
        
axiom (forall x:int :: {File__DEVICE_EXTENSION(x)} File__DEVICE_EXTENSION(x) == x + 280);
axiom (forall x:int :: {File__DEVICE_EXTENSIONInv(x)} File__DEVICE_EXTENSIONInv(x) == x - 280);
axiom (forall x:int :: {MINUS_BOTH_PTR_OR_BOTH_INT(x, 280, 1)} MINUS_BOTH_PTR_OR_BOTH_INT(x, 280, 1) == File__DEVICE_EXTENSIONInv(x));
axiom (forall x:int :: {MINUS_LEFT_PTR(x, 1, 280)} MINUS_LEFT_PTR(x, 1, 280) == File__DEVICE_EXTENSIONInv(x));
function File__PORT(int) returns (int);
function File__PORTInv(int) returns (int);
function _S_File__PORT([int]bool) returns ([int]bool);
function _S_File__PORTInv([int]bool) returns ([int]bool);

axiom (forall x:int :: {File__PORTInv(File__PORT(x))} File__PORTInv(File__PORT(x)) == x);
axiom (forall x:int :: {File__PORTInv(x)} File__PORT(File__PORTInv(x)) == x);
        
axiom (forall x:int, S:[int]bool :: {_S_File__PORT(S)[x]} _S_File__PORT(S)[x] <==> S[File__PORTInv(x)]);
axiom (forall x:int, S:[int]bool :: {_S_File__PORTInv(S)[x]} _S_File__PORTInv(S)[x] <==> S[File__PORT(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_File__PORT(S)} S[x] ==> _S_File__PORT(S)[File__PORT(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_File__PORTInv(S)} S[x] ==> _S_File__PORTInv(S)[File__PORTInv(x)]);
        
axiom (forall x:int :: {File__PORT(x)} File__PORT(x) == x + 0);
axiom (forall x:int :: {File__PORTInv(x)} File__PORTInv(x) == x - 0);
axiom (forall x:int :: {MINUS_BOTH_PTR_OR_BOTH_INT(x, 0, 1)} MINUS_BOTH_PTR_OR_BOTH_INT(x, 0, 1) == File__PORTInv(x));
axiom (forall x:int :: {MINUS_LEFT_PTR(x, 1, 0)} MINUS_LEFT_PTR(x, 1, 0) == File__PORTInv(x));
function Flink__LIST_ENTRY(int) returns (int);
function Flink__LIST_ENTRYInv(int) returns (int);
function _S_Flink__LIST_ENTRY([int]bool) returns ([int]bool);
function _S_Flink__LIST_ENTRYInv([int]bool) returns ([int]bool);

axiom (forall x:int :: {Flink__LIST_ENTRYInv(Flink__LIST_ENTRY(x))} Flink__LIST_ENTRYInv(Flink__LIST_ENTRY(x)) == x);
axiom (forall x:int :: {Flink__LIST_ENTRYInv(x)} Flink__LIST_ENTRY(Flink__LIST_ENTRYInv(x)) == x);
        
axiom (forall x:int, S:[int]bool :: {_S_Flink__LIST_ENTRY(S)[x]} _S_Flink__LIST_ENTRY(S)[x] <==> S[Flink__LIST_ENTRYInv(x)]);
axiom (forall x:int, S:[int]bool :: {_S_Flink__LIST_ENTRYInv(S)[x]} _S_Flink__LIST_ENTRYInv(S)[x] <==> S[Flink__LIST_ENTRY(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_Flink__LIST_ENTRY(S)} S[x] ==> _S_Flink__LIST_ENTRY(S)[Flink__LIST_ENTRY(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_Flink__LIST_ENTRYInv(S)} S[x] ==> _S_Flink__LIST_ENTRYInv(S)[Flink__LIST_ENTRYInv(x)]);
        
axiom (forall x:int :: {Flink__LIST_ENTRY(x)} Flink__LIST_ENTRY(x) == x + 0);
axiom (forall x:int :: {Flink__LIST_ENTRYInv(x)} Flink__LIST_ENTRYInv(x) == x - 0);
axiom (forall x:int :: {MINUS_BOTH_PTR_OR_BOTH_INT(x, 0, 1)} MINUS_BOTH_PTR_OR_BOTH_INT(x, 0, 1) == Flink__LIST_ENTRYInv(x));
axiom (forall x:int :: {MINUS_LEFT_PTR(x, 1, 0)} MINUS_LEFT_PTR(x, 1, 0) == Flink__LIST_ENTRYInv(x));
function Free__PORT(int) returns (int);
function Free__PORTInv(int) returns (int);
function _S_Free__PORT([int]bool) returns ([int]bool);
function _S_Free__PORTInv([int]bool) returns ([int]bool);

axiom (forall x:int :: {Free__PORTInv(Free__PORT(x))} Free__PORTInv(Free__PORT(x)) == x);
axiom (forall x:int :: {Free__PORTInv(x)} Free__PORT(Free__PORTInv(x)) == x);
        
axiom (forall x:int, S:[int]bool :: {_S_Free__PORT(S)[x]} _S_Free__PORT(S)[x] <==> S[Free__PORTInv(x)]);
axiom (forall x:int, S:[int]bool :: {_S_Free__PORTInv(S)[x]} _S_Free__PORTInv(S)[x] <==> S[Free__PORT(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_Free__PORT(S)} S[x] ==> _S_Free__PORT(S)[Free__PORT(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_Free__PORTInv(S)} S[x] ==> _S_Free__PORTInv(S)[Free__PORTInv(x)]);
        
axiom (forall x:int :: {Free__PORT(x)} Free__PORT(x) == x + 11);
axiom (forall x:int :: {Free__PORTInv(x)} Free__PORTInv(x) == x - 11);
axiom (forall x:int :: {MINUS_BOTH_PTR_OR_BOTH_INT(x, 11, 1)} MINUS_BOTH_PTR_OR_BOTH_INT(x, 11, 1) == Free__PORTInv(x));
axiom (forall x:int :: {MINUS_LEFT_PTR(x, 1, 11)} MINUS_LEFT_PTR(x, 1, 11) == Free__PORTInv(x));
function GrandMaster__GLOBALS(int) returns (int);
function GrandMaster__GLOBALSInv(int) returns (int);
function _S_GrandMaster__GLOBALS([int]bool) returns ([int]bool);
function _S_GrandMaster__GLOBALSInv([int]bool) returns ([int]bool);

axiom (forall x:int :: {GrandMaster__GLOBALSInv(GrandMaster__GLOBALS(x))} GrandMaster__GLOBALSInv(GrandMaster__GLOBALS(x)) == x);
axiom (forall x:int :: {GrandMaster__GLOBALSInv(x)} GrandMaster__GLOBALS(GrandMaster__GLOBALSInv(x)) == x);
        
axiom (forall x:int, S:[int]bool :: {_S_GrandMaster__GLOBALS(S)[x]} _S_GrandMaster__GLOBALS(S)[x] <==> S[GrandMaster__GLOBALSInv(x)]);
axiom (forall x:int, S:[int]bool :: {_S_GrandMaster__GLOBALSInv(S)[x]} _S_GrandMaster__GLOBALSInv(S)[x] <==> S[GrandMaster__GLOBALS(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_GrandMaster__GLOBALS(S)} S[x] ==> _S_GrandMaster__GLOBALS(S)[GrandMaster__GLOBALS(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_GrandMaster__GLOBALSInv(S)} S[x] ==> _S_GrandMaster__GLOBALSInv(S)[GrandMaster__GLOBALSInv(x)]);
        
axiom (forall x:int :: {GrandMaster__GLOBALS(x)} GrandMaster__GLOBALS(x) == x + 4);
axiom (forall x:int :: {GrandMaster__GLOBALSInv(x)} GrandMaster__GLOBALSInv(x) == x - 4);
axiom (forall x:int :: {MINUS_BOTH_PTR_OR_BOTH_INT(x, 4, 1)} MINUS_BOTH_PTR_OR_BOTH_INT(x, 4, 1) == GrandMaster__GLOBALSInv(x));
axiom (forall x:int :: {MINUS_LEFT_PTR(x, 1, 4)} MINUS_LEFT_PTR(x, 1, 4) == GrandMaster__GLOBALSInv(x));
function InputData__DEVICE_EXTENSION(int) returns (int);
function InputData__DEVICE_EXTENSIONInv(int) returns (int);
function _S_InputData__DEVICE_EXTENSION([int]bool) returns ([int]bool);
function _S_InputData__DEVICE_EXTENSIONInv([int]bool) returns ([int]bool);

axiom (forall x:int :: {InputData__DEVICE_EXTENSIONInv(InputData__DEVICE_EXTENSION(x))} InputData__DEVICE_EXTENSIONInv(InputData__DEVICE_EXTENSION(x)) == x);
axiom (forall x:int :: {InputData__DEVICE_EXTENSIONInv(x)} InputData__DEVICE_EXTENSION(InputData__DEVICE_EXTENSIONInv(x)) == x);
        
axiom (forall x:int, S:[int]bool :: {_S_InputData__DEVICE_EXTENSION(S)[x]} _S_InputData__DEVICE_EXTENSION(S)[x] <==> S[InputData__DEVICE_EXTENSIONInv(x)]);
axiom (forall x:int, S:[int]bool :: {_S_InputData__DEVICE_EXTENSIONInv(S)[x]} _S_InputData__DEVICE_EXTENSIONInv(S)[x] <==> S[InputData__DEVICE_EXTENSION(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_InputData__DEVICE_EXTENSION(S)} S[x] ==> _S_InputData__DEVICE_EXTENSION(S)[InputData__DEVICE_EXTENSION(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_InputData__DEVICE_EXTENSIONInv(S)} S[x] ==> _S_InputData__DEVICE_EXTENSIONInv(S)[InputData__DEVICE_EXTENSIONInv(x)]);
        
axiom (forall x:int :: {InputData__DEVICE_EXTENSION(x)} InputData__DEVICE_EXTENSION(x) == x + 128);
axiom (forall x:int :: {InputData__DEVICE_EXTENSIONInv(x)} InputData__DEVICE_EXTENSIONInv(x) == x - 128);
axiom (forall x:int :: {MINUS_BOTH_PTR_OR_BOTH_INT(x, 128, 1)} MINUS_BOTH_PTR_OR_BOTH_INT(x, 128, 1) == InputData__DEVICE_EXTENSIONInv(x));
axiom (forall x:int :: {MINUS_LEFT_PTR(x, 1, 128)} MINUS_LEFT_PTR(x, 1, 128) == InputData__DEVICE_EXTENSIONInv(x));
function LegacyDeviceList__GLOBALS(int) returns (int);
function LegacyDeviceList__GLOBALSInv(int) returns (int);
function _S_LegacyDeviceList__GLOBALS([int]bool) returns ([int]bool);
function _S_LegacyDeviceList__GLOBALSInv([int]bool) returns ([int]bool);

axiom (forall x:int :: {LegacyDeviceList__GLOBALSInv(LegacyDeviceList__GLOBALS(x))} LegacyDeviceList__GLOBALSInv(LegacyDeviceList__GLOBALS(x)) == x);
axiom (forall x:int :: {LegacyDeviceList__GLOBALSInv(x)} LegacyDeviceList__GLOBALS(LegacyDeviceList__GLOBALSInv(x)) == x);
        
axiom (forall x:int, S:[int]bool :: {_S_LegacyDeviceList__GLOBALS(S)[x]} _S_LegacyDeviceList__GLOBALS(S)[x] <==> S[LegacyDeviceList__GLOBALSInv(x)]);
axiom (forall x:int, S:[int]bool :: {_S_LegacyDeviceList__GLOBALSInv(S)[x]} _S_LegacyDeviceList__GLOBALSInv(S)[x] <==> S[LegacyDeviceList__GLOBALS(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_LegacyDeviceList__GLOBALS(S)} S[x] ==> _S_LegacyDeviceList__GLOBALS(S)[LegacyDeviceList__GLOBALS(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_LegacyDeviceList__GLOBALSInv(S)} S[x] ==> _S_LegacyDeviceList__GLOBALSInv(S)[LegacyDeviceList__GLOBALSInv(x)]);
        
axiom (forall x:int :: {LegacyDeviceList__GLOBALS(x)} LegacyDeviceList__GLOBALS(x) == x + 888);
axiom (forall x:int :: {LegacyDeviceList__GLOBALSInv(x)} LegacyDeviceList__GLOBALSInv(x) == x - 888);
axiom (forall x:int :: {MINUS_BOTH_PTR_OR_BOTH_INT(x, 888, 1)} MINUS_BOTH_PTR_OR_BOTH_INT(x, 888, 1) == LegacyDeviceList__GLOBALSInv(x));
axiom (forall x:int :: {MINUS_LEFT_PTR(x, 1, 888)} MINUS_LEFT_PTR(x, 1, 888) == LegacyDeviceList__GLOBALSInv(x));
function Link__DEVICE_EXTENSION(int) returns (int);
function Link__DEVICE_EXTENSIONInv(int) returns (int);
function _S_Link__DEVICE_EXTENSION([int]bool) returns ([int]bool);
function _S_Link__DEVICE_EXTENSIONInv([int]bool) returns ([int]bool);

axiom (forall x:int :: {Link__DEVICE_EXTENSIONInv(Link__DEVICE_EXTENSION(x))} Link__DEVICE_EXTENSIONInv(Link__DEVICE_EXTENSION(x)) == x);
axiom (forall x:int :: {Link__DEVICE_EXTENSIONInv(x)} Link__DEVICE_EXTENSION(Link__DEVICE_EXTENSIONInv(x)) == x);
        
axiom (forall x:int, S:[int]bool :: {_S_Link__DEVICE_EXTENSION(S)[x]} _S_Link__DEVICE_EXTENSION(S)[x] <==> S[Link__DEVICE_EXTENSIONInv(x)]);
axiom (forall x:int, S:[int]bool :: {_S_Link__DEVICE_EXTENSIONInv(S)[x]} _S_Link__DEVICE_EXTENSIONInv(S)[x] <==> S[Link__DEVICE_EXTENSION(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_Link__DEVICE_EXTENSION(S)} S[x] ==> _S_Link__DEVICE_EXTENSION(S)[Link__DEVICE_EXTENSION(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_Link__DEVICE_EXTENSIONInv(S)} S[x] ==> _S_Link__DEVICE_EXTENSIONInv(S)[Link__DEVICE_EXTENSIONInv(x)]);
        
axiom (forall x:int :: {Link__DEVICE_EXTENSION(x)} Link__DEVICE_EXTENSION(x) == x + 272);
axiom (forall x:int :: {Link__DEVICE_EXTENSIONInv(x)} Link__DEVICE_EXTENSIONInv(x) == x - 272);
axiom (forall x:int :: {MINUS_BOTH_PTR_OR_BOTH_INT(x, 272, 1)} MINUS_BOTH_PTR_OR_BOTH_INT(x, 272, 1) == Link__DEVICE_EXTENSIONInv(x));
axiom (forall x:int :: {MINUS_LEFT_PTR(x, 1, 272)} MINUS_LEFT_PTR(x, 1, 272) == Link__DEVICE_EXTENSIONInv(x));
function NumAssocClass__GLOBALS(int) returns (int);
function NumAssocClass__GLOBALSInv(int) returns (int);
function _S_NumAssocClass__GLOBALS([int]bool) returns ([int]bool);
function _S_NumAssocClass__GLOBALSInv([int]bool) returns ([int]bool);

axiom (forall x:int :: {NumAssocClass__GLOBALSInv(NumAssocClass__GLOBALS(x))} NumAssocClass__GLOBALSInv(NumAssocClass__GLOBALS(x)) == x);
axiom (forall x:int :: {NumAssocClass__GLOBALSInv(x)} NumAssocClass__GLOBALS(NumAssocClass__GLOBALSInv(x)) == x);
        
axiom (forall x:int, S:[int]bool :: {_S_NumAssocClass__GLOBALS(S)[x]} _S_NumAssocClass__GLOBALS(S)[x] <==> S[NumAssocClass__GLOBALSInv(x)]);
axiom (forall x:int, S:[int]bool :: {_S_NumAssocClass__GLOBALSInv(S)[x]} _S_NumAssocClass__GLOBALSInv(S)[x] <==> S[NumAssocClass__GLOBALS(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_NumAssocClass__GLOBALS(S)} S[x] ==> _S_NumAssocClass__GLOBALS(S)[NumAssocClass__GLOBALS(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_NumAssocClass__GLOBALSInv(S)} S[x] ==> _S_NumAssocClass__GLOBALSInv(S)[NumAssocClass__GLOBALSInv(x)]);
        
axiom (forall x:int :: {NumAssocClass__GLOBALS(x)} NumAssocClass__GLOBALS(x) == x + 12);
axiom (forall x:int :: {NumAssocClass__GLOBALSInv(x)} NumAssocClass__GLOBALSInv(x) == x - 12);
axiom (forall x:int :: {MINUS_BOTH_PTR_OR_BOTH_INT(x, 12, 1)} MINUS_BOTH_PTR_OR_BOTH_INT(x, 12, 1) == NumAssocClass__GLOBALSInv(x));
axiom (forall x:int :: {MINUS_LEFT_PTR(x, 1, 12)} MINUS_LEFT_PTR(x, 1, 12) == NumAssocClass__GLOBALSInv(x));
function PnP__DEVICE_EXTENSION(int) returns (int);
function PnP__DEVICE_EXTENSIONInv(int) returns (int);
function _S_PnP__DEVICE_EXTENSION([int]bool) returns ([int]bool);
function _S_PnP__DEVICE_EXTENSIONInv([int]bool) returns ([int]bool);

axiom (forall x:int :: {PnP__DEVICE_EXTENSIONInv(PnP__DEVICE_EXTENSION(x))} PnP__DEVICE_EXTENSIONInv(PnP__DEVICE_EXTENSION(x)) == x);
axiom (forall x:int :: {PnP__DEVICE_EXTENSIONInv(x)} PnP__DEVICE_EXTENSION(PnP__DEVICE_EXTENSIONInv(x)) == x);
        
axiom (forall x:int, S:[int]bool :: {_S_PnP__DEVICE_EXTENSION(S)[x]} _S_PnP__DEVICE_EXTENSION(S)[x] <==> S[PnP__DEVICE_EXTENSIONInv(x)]);
axiom (forall x:int, S:[int]bool :: {_S_PnP__DEVICE_EXTENSIONInv(S)[x]} _S_PnP__DEVICE_EXTENSIONInv(S)[x] <==> S[PnP__DEVICE_EXTENSION(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_PnP__DEVICE_EXTENSION(S)} S[x] ==> _S_PnP__DEVICE_EXTENSION(S)[PnP__DEVICE_EXTENSION(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_PnP__DEVICE_EXTENSIONInv(S)} S[x] ==> _S_PnP__DEVICE_EXTENSIONInv(S)[PnP__DEVICE_EXTENSIONInv(x)]);
        
axiom (forall x:int :: {PnP__DEVICE_EXTENSION(x)} PnP__DEVICE_EXTENSION(x) == x + 104);
axiom (forall x:int :: {PnP__DEVICE_EXTENSIONInv(x)} PnP__DEVICE_EXTENSIONInv(x) == x - 104);
axiom (forall x:int :: {MINUS_BOTH_PTR_OR_BOTH_INT(x, 104, 1)} MINUS_BOTH_PTR_OR_BOTH_INT(x, 104, 1) == PnP__DEVICE_EXTENSIONInv(x));
axiom (forall x:int :: {MINUS_LEFT_PTR(x, 1, 104)} MINUS_LEFT_PTR(x, 1, 104) == PnP__DEVICE_EXTENSIONInv(x));
function Port__PORT(int) returns (int);
function Port__PORTInv(int) returns (int);
function _S_Port__PORT([int]bool) returns ([int]bool);
function _S_Port__PORTInv([int]bool) returns ([int]bool);

axiom (forall x:int :: {Port__PORTInv(Port__PORT(x))} Port__PORTInv(Port__PORT(x)) == x);
axiom (forall x:int :: {Port__PORTInv(x)} Port__PORT(Port__PORTInv(x)) == x);
        
axiom (forall x:int, S:[int]bool :: {_S_Port__PORT(S)[x]} _S_Port__PORT(S)[x] <==> S[Port__PORTInv(x)]);
axiom (forall x:int, S:[int]bool :: {_S_Port__PORTInv(S)[x]} _S_Port__PORTInv(S)[x] <==> S[Port__PORT(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_Port__PORT(S)} S[x] ==> _S_Port__PORT(S)[Port__PORT(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_Port__PORTInv(S)} S[x] ==> _S_Port__PORTInv(S)[Port__PORTInv(x)]);
        
axiom (forall x:int :: {Port__PORT(x)} Port__PORT(x) == x + 4);
axiom (forall x:int :: {Port__PORTInv(x)} Port__PORTInv(x) == x - 4);
axiom (forall x:int :: {MINUS_BOTH_PTR_OR_BOTH_INT(x, 4, 1)} MINUS_BOTH_PTR_OR_BOTH_INT(x, 4, 1) == Port__PORTInv(x));
axiom (forall x:int :: {MINUS_LEFT_PTR(x, 1, 4)} MINUS_LEFT_PTR(x, 1, 4) == Port__PORTInv(x));
function RegistryPath__GLOBALS(int) returns (int);
function RegistryPath__GLOBALSInv(int) returns (int);
function _S_RegistryPath__GLOBALS([int]bool) returns ([int]bool);
function _S_RegistryPath__GLOBALSInv([int]bool) returns ([int]bool);

axiom (forall x:int :: {RegistryPath__GLOBALSInv(RegistryPath__GLOBALS(x))} RegistryPath__GLOBALSInv(RegistryPath__GLOBALS(x)) == x);
axiom (forall x:int :: {RegistryPath__GLOBALSInv(x)} RegistryPath__GLOBALS(RegistryPath__GLOBALSInv(x)) == x);
        
axiom (forall x:int, S:[int]bool :: {_S_RegistryPath__GLOBALS(S)[x]} _S_RegistryPath__GLOBALS(S)[x] <==> S[RegistryPath__GLOBALSInv(x)]);
axiom (forall x:int, S:[int]bool :: {_S_RegistryPath__GLOBALSInv(S)[x]} _S_RegistryPath__GLOBALSInv(S)[x] <==> S[RegistryPath__GLOBALS(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_RegistryPath__GLOBALS(S)} S[x] ==> _S_RegistryPath__GLOBALS(S)[RegistryPath__GLOBALS(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_RegistryPath__GLOBALSInv(S)} S[x] ==> _S_RegistryPath__GLOBALSInv(S)[RegistryPath__GLOBALSInv(x)]);
        
axiom (forall x:int :: {RegistryPath__GLOBALS(x)} RegistryPath__GLOBALS(x) == x + 360);
axiom (forall x:int :: {RegistryPath__GLOBALSInv(x)} RegistryPath__GLOBALSInv(x) == x - 360);
axiom (forall x:int :: {MINUS_BOTH_PTR_OR_BOTH_INT(x, 360, 1)} MINUS_BOTH_PTR_OR_BOTH_INT(x, 360, 1) == RegistryPath__GLOBALSInv(x));
axiom (forall x:int :: {MINUS_LEFT_PTR(x, 1, 360)} MINUS_LEFT_PTR(x, 1, 360) == RegistryPath__GLOBALSInv(x));
function Self__DEVICE_EXTENSION(int) returns (int);
function Self__DEVICE_EXTENSIONInv(int) returns (int);
function _S_Self__DEVICE_EXTENSION([int]bool) returns ([int]bool);
function _S_Self__DEVICE_EXTENSIONInv([int]bool) returns ([int]bool);

axiom (forall x:int :: {Self__DEVICE_EXTENSIONInv(Self__DEVICE_EXTENSION(x))} Self__DEVICE_EXTENSIONInv(Self__DEVICE_EXTENSION(x)) == x);
axiom (forall x:int :: {Self__DEVICE_EXTENSIONInv(x)} Self__DEVICE_EXTENSION(Self__DEVICE_EXTENSIONInv(x)) == x);
        
axiom (forall x:int, S:[int]bool :: {_S_Self__DEVICE_EXTENSION(S)[x]} _S_Self__DEVICE_EXTENSION(S)[x] <==> S[Self__DEVICE_EXTENSIONInv(x)]);
axiom (forall x:int, S:[int]bool :: {_S_Self__DEVICE_EXTENSIONInv(S)[x]} _S_Self__DEVICE_EXTENSIONInv(S)[x] <==> S[Self__DEVICE_EXTENSION(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_Self__DEVICE_EXTENSION(S)} S[x] ==> _S_Self__DEVICE_EXTENSION(S)[Self__DEVICE_EXTENSION(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_Self__DEVICE_EXTENSIONInv(S)} S[x] ==> _S_Self__DEVICE_EXTENSIONInv(S)[Self__DEVICE_EXTENSIONInv(x)]);
        
axiom (forall x:int :: {Self__DEVICE_EXTENSION(x)} Self__DEVICE_EXTENSION(x) == x + 0);
axiom (forall x:int :: {Self__DEVICE_EXTENSIONInv(x)} Self__DEVICE_EXTENSIONInv(x) == x - 0);
axiom (forall x:int :: {MINUS_BOTH_PTR_OR_BOTH_INT(x, 0, 1)} MINUS_BOTH_PTR_OR_BOTH_INT(x, 0, 1) == Self__DEVICE_EXTENSIONInv(x));
axiom (forall x:int :: {MINUS_LEFT_PTR(x, 1, 0)} MINUS_LEFT_PTR(x, 1, 0) == Self__DEVICE_EXTENSIONInv(x));
function StackSize__DEVICE_OBJECT(int) returns (int);
function StackSize__DEVICE_OBJECTInv(int) returns (int);
function _S_StackSize__DEVICE_OBJECT([int]bool) returns ([int]bool);
function _S_StackSize__DEVICE_OBJECTInv([int]bool) returns ([int]bool);

axiom (forall x:int :: {StackSize__DEVICE_OBJECTInv(StackSize__DEVICE_OBJECT(x))} StackSize__DEVICE_OBJECTInv(StackSize__DEVICE_OBJECT(x)) == x);
axiom (forall x:int :: {StackSize__DEVICE_OBJECTInv(x)} StackSize__DEVICE_OBJECT(StackSize__DEVICE_OBJECTInv(x)) == x);
        
axiom (forall x:int, S:[int]bool :: {_S_StackSize__DEVICE_OBJECT(S)[x]} _S_StackSize__DEVICE_OBJECT(S)[x] <==> S[StackSize__DEVICE_OBJECTInv(x)]);
axiom (forall x:int, S:[int]bool :: {_S_StackSize__DEVICE_OBJECTInv(S)[x]} _S_StackSize__DEVICE_OBJECTInv(S)[x] <==> S[StackSize__DEVICE_OBJECT(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_StackSize__DEVICE_OBJECT(S)} S[x] ==> _S_StackSize__DEVICE_OBJECT(S)[StackSize__DEVICE_OBJECT(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_StackSize__DEVICE_OBJECTInv(S)} S[x] ==> _S_StackSize__DEVICE_OBJECTInv(S)[StackSize__DEVICE_OBJECTInv(x)]);
        
axiom (forall x:int :: {StackSize__DEVICE_OBJECT(x)} StackSize__DEVICE_OBJECT(x) == x + 48);
axiom (forall x:int :: {StackSize__DEVICE_OBJECTInv(x)} StackSize__DEVICE_OBJECTInv(x) == x - 48);
axiom (forall x:int :: {MINUS_BOTH_PTR_OR_BOTH_INT(x, 48, 1)} MINUS_BOTH_PTR_OR_BOTH_INT(x, 48, 1) == StackSize__DEVICE_OBJECTInv(x));
axiom (forall x:int :: {MINUS_LEFT_PTR(x, 1, 48)} MINUS_LEFT_PTR(x, 1, 48) == StackSize__DEVICE_OBJECTInv(x));
function Started__DEVICE_EXTENSION(int) returns (int);
function Started__DEVICE_EXTENSIONInv(int) returns (int);
function _S_Started__DEVICE_EXTENSION([int]bool) returns ([int]bool);
function _S_Started__DEVICE_EXTENSIONInv([int]bool) returns ([int]bool);

axiom (forall x:int :: {Started__DEVICE_EXTENSIONInv(Started__DEVICE_EXTENSION(x))} Started__DEVICE_EXTENSIONInv(Started__DEVICE_EXTENSION(x)) == x);
axiom (forall x:int :: {Started__DEVICE_EXTENSIONInv(x)} Started__DEVICE_EXTENSION(Started__DEVICE_EXTENSIONInv(x)) == x);
        
axiom (forall x:int, S:[int]bool :: {_S_Started__DEVICE_EXTENSION(S)[x]} _S_Started__DEVICE_EXTENSION(S)[x] <==> S[Started__DEVICE_EXTENSIONInv(x)]);
axiom (forall x:int, S:[int]bool :: {_S_Started__DEVICE_EXTENSIONInv(S)[x]} _S_Started__DEVICE_EXTENSIONInv(S)[x] <==> S[Started__DEVICE_EXTENSION(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_Started__DEVICE_EXTENSION(S)} S[x] ==> _S_Started__DEVICE_EXTENSION(S)[Started__DEVICE_EXTENSION(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_Started__DEVICE_EXTENSIONInv(S)} S[x] ==> _S_Started__DEVICE_EXTENSIONInv(S)[Started__DEVICE_EXTENSIONInv(x)]);
        
axiom (forall x:int :: {Started__DEVICE_EXTENSION(x)} Started__DEVICE_EXTENSION(x) == x + 105);
axiom (forall x:int :: {Started__DEVICE_EXTENSIONInv(x)} Started__DEVICE_EXTENSIONInv(x) == x - 105);
axiom (forall x:int :: {MINUS_BOTH_PTR_OR_BOTH_INT(x, 105, 1)} MINUS_BOTH_PTR_OR_BOTH_INT(x, 105, 1) == Started__DEVICE_EXTENSIONInv(x));
axiom (forall x:int :: {MINUS_LEFT_PTR(x, 1, 105)} MINUS_LEFT_PTR(x, 1, 105) == Started__DEVICE_EXTENSIONInv(x));
function TopPort__DEVICE_EXTENSION(int) returns (int);
function TopPort__DEVICE_EXTENSIONInv(int) returns (int);
function _S_TopPort__DEVICE_EXTENSION([int]bool) returns ([int]bool);
function _S_TopPort__DEVICE_EXTENSIONInv([int]bool) returns ([int]bool);

axiom (forall x:int :: {TopPort__DEVICE_EXTENSIONInv(TopPort__DEVICE_EXTENSION(x))} TopPort__DEVICE_EXTENSIONInv(TopPort__DEVICE_EXTENSION(x)) == x);
axiom (forall x:int :: {TopPort__DEVICE_EXTENSIONInv(x)} TopPort__DEVICE_EXTENSION(TopPort__DEVICE_EXTENSIONInv(x)) == x);
        
axiom (forall x:int, S:[int]bool :: {_S_TopPort__DEVICE_EXTENSION(S)[x]} _S_TopPort__DEVICE_EXTENSION(S)[x] <==> S[TopPort__DEVICE_EXTENSIONInv(x)]);
axiom (forall x:int, S:[int]bool :: {_S_TopPort__DEVICE_EXTENSIONInv(S)[x]} _S_TopPort__DEVICE_EXTENSIONInv(S)[x] <==> S[TopPort__DEVICE_EXTENSION(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_TopPort__DEVICE_EXTENSION(S)} S[x] ==> _S_TopPort__DEVICE_EXTENSION(S)[TopPort__DEVICE_EXTENSION(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_TopPort__DEVICE_EXTENSIONInv(S)} S[x] ==> _S_TopPort__DEVICE_EXTENSIONInv(S)[TopPort__DEVICE_EXTENSIONInv(x)]);
        
axiom (forall x:int :: {TopPort__DEVICE_EXTENSION(x)} TopPort__DEVICE_EXTENSION(x) == x + 8);
axiom (forall x:int :: {TopPort__DEVICE_EXTENSIONInv(x)} TopPort__DEVICE_EXTENSIONInv(x) == x - 8);
axiom (forall x:int :: {MINUS_BOTH_PTR_OR_BOTH_INT(x, 8, 1)} MINUS_BOTH_PTR_OR_BOTH_INT(x, 8, 1) == TopPort__DEVICE_EXTENSIONInv(x));
axiom (forall x:int :: {MINUS_LEFT_PTR(x, 1, 8)} MINUS_LEFT_PTR(x, 1, 8) == TopPort__DEVICE_EXTENSIONInv(x));
function UnitId__DEVICE_EXTENSION(int) returns (int);
function UnitId__DEVICE_EXTENSIONInv(int) returns (int);
function _S_UnitId__DEVICE_EXTENSION([int]bool) returns ([int]bool);
function _S_UnitId__DEVICE_EXTENSIONInv([int]bool) returns ([int]bool);

axiom (forall x:int :: {UnitId__DEVICE_EXTENSIONInv(UnitId__DEVICE_EXTENSION(x))} UnitId__DEVICE_EXTENSIONInv(UnitId__DEVICE_EXTENSION(x)) == x);
axiom (forall x:int :: {UnitId__DEVICE_EXTENSIONInv(x)} UnitId__DEVICE_EXTENSION(UnitId__DEVICE_EXTENSIONInv(x)) == x);
        
axiom (forall x:int, S:[int]bool :: {_S_UnitId__DEVICE_EXTENSION(S)[x]} _S_UnitId__DEVICE_EXTENSION(S)[x] <==> S[UnitId__DEVICE_EXTENSIONInv(x)]);
axiom (forall x:int, S:[int]bool :: {_S_UnitId__DEVICE_EXTENSIONInv(S)[x]} _S_UnitId__DEVICE_EXTENSIONInv(S)[x] <==> S[UnitId__DEVICE_EXTENSION(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_UnitId__DEVICE_EXTENSION(S)} S[x] ==> _S_UnitId__DEVICE_EXTENSION(S)[UnitId__DEVICE_EXTENSION(x)]);
axiom (forall x:int, S:[int]bool :: {S[x], _S_UnitId__DEVICE_EXTENSIONInv(S)} S[x] ==> _S_UnitId__DEVICE_EXTENSIONInv(S)[UnitId__DEVICE_EXTENSIONInv(x)]);
        
axiom (forall x:int :: {UnitId__DEVICE_EXTENSION(x)} UnitId__DEVICE_EXTENSION(x) == x + 196);
axiom (forall x:int :: {UnitId__DEVICE_EXTENSIONInv(x)} UnitId__DEVICE_EXTENSIONInv(x) == x - 196);
axiom (forall x:int :: {MINUS_BOTH_PTR_OR_BOTH_INT(x, 196, 1)} MINUS_BOTH_PTR_OR_BOTH_INT(x, 196, 1) == UnitId__DEVICE_EXTENSIONInv(x));
axiom (forall x:int :: {MINUS_LEFT_PTR(x, 1, 196)} MINUS_LEFT_PTR(x, 1, 196) == UnitId__DEVICE_EXTENSIONInv(x));
function MINUS_BOTH_PTR_OR_BOTH_INT(a:int, b:int, size:int) returns (int); 
axiom  (forall a:int, b:int, size:int :: {MINUS_BOTH_PTR_OR_BOTH_INT(a,b,size)} 
size * MINUS_BOTH_PTR_OR_BOTH_INT(a,b,size) <= a - b && a - b < size * (MINUS_BOTH_PTR_OR_BOTH_INT(a,b,size) + 1));

function MINUS_LEFT_PTR(a:int, a_size:int, b:int) returns (int);
axiom(forall a:int, a_size:int, b:int :: {MINUS_LEFT_PTR(a,a_size,b)} MINUS_LEFT_PTR(a,a_size,b) == a - a_size * b);

function PLUS(a:int, a_size:int, b:int) returns (int);
axiom (forall a:int, a_size:int, b:int :: {PLUS(a,a_size,b)} PLUS(a,a_size,b) == a + a_size * b);

function MULT(a:int, b:int) returns (int); // a*b
axiom(forall a:int, b:int :: {MULT(a,b)} MULT(a,b) == a * b);

function DIV(a:int, b:int) returns (int); // a/b	
	      
axiom(forall a:int, b:int :: {DIV(a,b)}
a >= 0 && b > 0 ==> b * DIV(a,b) <= a && a < b * (DIV(a,b) + 1)
); 

axiom(forall a:int, b:int :: {DIV(a,b)}
a >= 0 && b < 0 ==> b * DIV(a,b) <= a && a < b * (DIV(a,b) - 1)
); 

axiom(forall a:int, b:int :: {DIV(a,b)}
a < 0 && b > 0 ==> b * DIV(a,b) >= a && a > b * (DIV(a,b) - 1)
); 

axiom(forall a:int, b:int :: {DIV(a,b)}
a < 0 && b < 0 ==> b * DIV(a,b) >= a && a > b * (DIV(a,b) + 1)
); 

function BINARY_BOTH_INT(a:int, b:int) returns (int);

function POW2(a:int) returns (bool);
axiom POW2(1);
axiom POW2(2);
axiom POW2(4);
axiom POW2(8);
axiom POW2(16);
axiom POW2(32);
axiom POW2(64);
axiom POW2(128);
axiom POW2(256);
axiom POW2(512);
axiom POW2(1024);
axiom POW2(2048);
axiom POW2(4096);
axiom POW2(8192);
axiom POW2(16384);
axiom POW2(32768);
axiom POW2(65536);
axiom POW2(131072);
axiom POW2(262144);
axiom POW2(524288);
axiom POW2(1048576);
axiom POW2(2097152);
axiom POW2(4194304);
axiom POW2(8388608);
axiom POW2(16777216);
axiom POW2(33554432);

function choose(a:bool, b:int, c:int) returns (x:int);
axiom(forall a:bool, b:int, c:int :: {choose(a,b,c)} a ==> choose(a,b,c) == b);
axiom(forall a:bool, b:int, c:int :: {choose(a,b,c)} !a ==> choose(a,b,c) == c);

function BIT_BAND(a:int, b:int) returns (x:int);
axiom(forall a:int, b:int :: {BIT_BAND(a,b)} a == b ==> BIT_BAND(a,b) == a);
axiom(forall a:int, b:int :: {BIT_BAND(a,b)} POW2(a) && POW2(b) && a != b ==> BIT_BAND(a,b) == 0);
axiom(forall a:int, b:int :: {BIT_BAND(a,b)} a == 0 || b == 0 ==> BIT_BAND(a,b) == 0);

function BIT_BOR(a:int, b:int) returns (x:int);

function BIT_BXOR(a:int, b:int) returns (x:int);

function BIT_BNOT(a:int) returns (int);

function LIFT(a:bool) returns (int);
axiom(forall a:bool :: {LIFT(a)} a <==> LIFT(a) != 0);

function NOT(a:int) returns (int);
axiom(forall a:int :: {NOT(a)} a == 0 ==> NOT(a) != 0);
axiom(forall a:int :: {NOT(a)} a != 0 ==> NOT(a) == 0);

function NULL_CHECK(a:int) returns (int);
axiom(forall a:int :: {NULL_CHECK(a)} a == 0 ==> NULL_CHECK(a) != 0);
axiom(forall a:int :: {NULL_CHECK(a)} a != 0 ==> NULL_CHECK(a) == 0);




procedure havoc_assert(i:int);
requires (i != 0);

procedure havoc_assume(i:int);
ensures (i != 0);

procedure __HAVOC_free(a:int);
modifies alloc;
ensures (forall x:int :: {alloc[x]} x == a || old(alloc)[x] == alloc[x]);
ensures (alloc[a] == FREED);
// Additional checks guarded by tranlator flags
// requires alloc[a] == ALLOCATED;
// requires Base(a) == a;

procedure __HAVOC_malloc(obj_size:int) returns (new:int);
requires obj_size >= 0;
modifies alloc;
ensures (new > 0);
ensures (forall x:int :: {Base(x)} new <= x && x < new+obj_size ==> Base(x) == new);
ensures (forall x:int :: {alloc[x]} x == new || old(alloc)[x] == alloc[x]);
ensures old(alloc)[new] == UNALLOCATED && alloc[new] == ALLOCATED;

procedure nondet_choice() returns (x:int);

procedure _strdup(str:int) returns (new:int);

procedure _xstrcasecmp(a0:int, a1:int) returns (ret:int);

procedure _xstrcmp(a0:int, a1:int) returns (ret:int);

var Res_DEVICE_STACK:[int]int;
var Res_DEV_EXTN:[int]int;
var Res_DEV_OBJ_INIT:[int]int;
var Res_SPIN_LOCK:[int]int;



////////////////////
// Between predicate
//////////////////// 
function ReachBetween(f: [int]int, x: int, y: int, z: int) returns (bool);
function ReachAvoiding(f: [int]int, x: int, y: int, z: int) returns (bool);


//////////////////////////
// Between set constructor
//////////////////////////
function ReachBetweenSet(f: [int]int, x: int, z: int) returns ([int]bool);

////////////////////////////////////////////////////
// axioms relating ReachBetween and ReachBetweenSet
////////////////////////////////////////////////////
axiom(forall f: [int]int, x: int, y: int, z: int :: {ReachBetweenSet(f, x, z)[y]} ReachBetweenSet(f, x, z)[y] <==> ReachBetween(f, x, y, z));
axiom(forall f: [int]int, x: int, y: int, z: int :: {ReachBetween(f, x, y, z), ReachBetweenSet(f, x, z)} ReachBetween(f, x, y, z) ==> ReachBetweenSet(f, x, z)[y]);
axiom(forall f: [int]int, x: int, z: int :: {ReachBetweenSet(f, x, z)} ReachBetween(f, x, x, x));


//////////////////////////
// Axioms for ReachBetween
//////////////////////////

// reflexive
axiom(forall f: [int]int, x: int :: ReachBetween(f, x, x, x));

// step
//axiom(forall f: [int]int, x: int :: {f[x]} ReachBetween(f, x, f[x], f[x])); 
axiom(forall f: [int]int, x: int, y: int, z: int, w:int :: {ReachBetween(f, y, z, w), f[x]} ReachBetween(f, x, f[x], f[x])); 

// reach
axiom(forall f: [int]int, x: int, y: int :: {f[x], ReachBetween(f, x, y, y)} ReachBetween(f, x, y, y) ==> x == y || ReachBetween(f, x, f[x], y));

// cycle
axiom(forall f: [int]int, x: int, y:int :: {f[x], ReachBetween(f, x, y, y)} f[x] == x && ReachBetween(f, x, y, y) ==> x == y);

// sandwich
axiom(forall f: [int]int, x: int, y: int :: {ReachBetween(f, x, y, x)} ReachBetween(f, x, y, x) ==> x == y);

// order1
axiom(forall f: [int]int, x: int, y: int, z: int :: {ReachBetween(f, x, y, y), ReachBetween(f, x, z, z)} ReachBetween(f, x, y, y) && ReachBetween(f, x, z, z) ==> ReachBetween(f, x, y, z) || ReachBetween(f, x, z, y));

// order2
axiom(forall f: [int]int, x: int, y: int, z: int :: {ReachBetween(f, x, y, z)} ReachBetween(f, x, y, z) ==> ReachBetween(f, x, y, y) && ReachBetween(f, y, z, z));

// transitive1
axiom(forall f: [int]int, x: int, y: int, z: int :: {ReachBetween(f, x, y, y), ReachBetween(f, y, z, z)} ReachBetween(f, x, y, y) && ReachBetween(f, y, z, z) ==> ReachBetween(f, x, z, z));

// transitive2
axiom(forall f: [int]int, x: int, y: int, z: int, w: int :: {ReachBetween(f, x, y, z), ReachBetween(f, y, w, z)} ReachBetween(f, x, y, z) && ReachBetween(f, y, w, z) ==> ReachBetween(f, x, y, w) && ReachBetween(f, x, w, z));

// transitive3
axiom(forall f: [int]int, x: int, y: int, z: int, w: int :: {ReachBetween(f, x, y, z), ReachBetween(f, x, w, y)} ReachBetween(f, x, y, z) && ReachBetween(f, x, w, y) ==> ReachBetween(f, x, w, z) && ReachBetween(f, w, y, z));

// This axiom is required to deal with the incompleteness of the trigger for the reflexive axiom.  
// It cannot be proved using the rest of the axioms.
axiom(forall f: [int]int, u:int, x: int :: {ReachBetween(f, u, x, x)} ReachBetween(f, u, x, x) ==> ReachBetween(f, u, u, x));

// relation between ReachAvoiding and ReachBetween
axiom(forall f: [int]int, x: int, y: int, z: int :: {ReachAvoiding(f, x, y, z)}{ReachBetween(f, x, y, z)} ReachAvoiding(f, x, y, z) <==> (ReachBetween(f, x, y, z) || (ReachBetween(f, x, y, y) && !ReachBetween(f, x, z, z))));

// update
axiom(forall f: [int]int, u: int, v: int, x: int, p: int, q: int :: {ReachAvoiding(f[p := q], u, v, x)} ReachAvoiding(f[p := q], u, v, x) <==> ((ReachAvoiding(f, u, v, p) && ReachAvoiding(f, u, v, x)) || (ReachAvoiding(f, u, p, x) && p != x && ReachAvoiding(f, q, v, p) && ReachAvoiding(f, q, v, x))));
 ///////////////////////////////
 // Shifts for linking fields   
 ///////////////////////////////
function Shift_Flink__LIST_ENTRY(f: [int]int) returns ([int]int);
axiom( forall f: [int]int, __x:int :: {f[Flink__LIST_ENTRY(__x)],Shift_Flink__LIST_ENTRY(f)} {Shift_Flink__LIST_ENTRY(f)[__x]} Shift_Flink__LIST_ENTRY(f)[__x] == f[Flink__LIST_ENTRY(__x)]);
axiom(forall f: [int]int, __x:int, __v:int :: {Shift_Flink__LIST_ENTRY(f[Flink__LIST_ENTRY(__x) := __v])} Shift_Flink__LIST_ENTRY(f[Flink__LIST_ENTRY(__x) := __v]) == Shift_Flink__LIST_ENTRY(f)[__x := __v]);

const unique Globals : int;
axiom(Globals != 0);


procedure ExFreePoolWithTag($P$1$14901.35$ExFreePoolWithTag$81:int, $Tag$2$14902.15$ExFreePoolWithTag$81:int);

//TAG: ensures __preserves_mem
ensures(Mem == old(Mem));
//TAG: ensures __preserves_resource("DEV_OBJ_INIT") && __preserves_resource("DEV_EXTN")
ensures((Res_DEV_OBJ_INIT == old(Res_DEV_OBJ_INIT)) && (Res_DEV_EXTN == old(Res_DEV_EXTN)));

modifies Res_DEVICE_STACK;

//TAG: net change in resource DEVICE_STACK only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_DEVICE_STACK[r]} (Empty()[r]) || old(Res_DEVICE_STACK)[r] == Res_DEVICE_STACK[r]));
modifies Res_DEV_EXTN;

//TAG: net change in resource DEV_EXTN only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_DEV_EXTN[r]} (Empty()[r]) || old(Res_DEV_EXTN)[r] == Res_DEV_EXTN[r]));
modifies Res_DEV_OBJ_INIT;

//TAG: net change in resource DEV_OBJ_INIT only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_DEV_OBJ_INIT[r]} (Empty()[r]) || old(Res_DEV_OBJ_INIT)[r] == Res_DEV_OBJ_INIT[r]));
modifies Res_SPIN_LOCK;

//TAG: net change in resource SPIN_LOCK only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_SPIN_LOCK[r]} (Empty()[r]) || old(Res_SPIN_LOCK)[r] == Res_SPIN_LOCK[r]));
//TAG: updated memory locations at Mem[T.MinorFunction__IO_STACK_LOCATION] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.MinorFunction__IO_STACK_LOCATION][_m]} (Empty()[_m]) || Mem[T.MinorFunction__IO_STACK_LOCATION][_m] == old(Mem)[T.MinorFunction__IO_STACK_LOCATION][_m]));
//TAG: updated memory locations at Mem[T.CurrentStackLocation___unnamed_4_f19b65c1] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.CurrentStackLocation___unnamed_4_f19b65c1][_m]} (Empty()[_m]) || Mem[T.CurrentStackLocation___unnamed_4_f19b65c1][_m] == old(Mem)[T.CurrentStackLocation___unnamed_4_f19b65c1][_m]));
//TAG: updated memory locations at Mem[T.DeviceExtension__DEVICE_OBJECT] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.DeviceExtension__DEVICE_OBJECT][_m]} (Empty()[_m]) || Mem[T.DeviceExtension__DEVICE_OBJECT][_m] == old(Mem)[T.DeviceExtension__DEVICE_OBJECT][_m]));
//TAG: updated memory locations at Mem[T.Self__DEVICE_EXTENSION] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.Self__DEVICE_EXTENSION][_m]} (Empty()[_m]) || Mem[T.Self__DEVICE_EXTENSION][_m] == old(Mem)[T.Self__DEVICE_EXTENSION][_m]));
//TAG: updated memory locations at Mem[T.Started__DEVICE_EXTENSION] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.Started__DEVICE_EXTENSION][_m]} (Empty()[_m]) || Mem[T.Started__DEVICE_EXTENSION][_m] == old(Mem)[T.Started__DEVICE_EXTENSION][_m]));
//TAG: updated memory locations at Mem[T.GrandMaster__GLOBALS] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.GrandMaster__GLOBALS][_m]} (Empty()[_m]) || Mem[T.GrandMaster__GLOBALS][_m] == old(Mem)[T.GrandMaster__GLOBALS][_m]));
//TAG: updated memory locations at Mem[T.P_DEVICE_OBJECT] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.P_DEVICE_OBJECT][_m]} (Empty()[_m]) || Mem[T.P_DEVICE_OBJECT][_m] == old(Mem)[T.P_DEVICE_OBJECT][_m]));

//TAG: havoc memory locations by default
modifies Mem;


procedure IoAllocateIrp($StackSize$1$20453.15$IoAllocateIrp$81:int, $ChargeQuota$2$20454.17$IoAllocateIrp$81:int) returns ($result.IoAllocateIrp$20452.0$1$:int);

//TAG: ensures __preserves_mem
ensures(Mem == old(Mem));
//TAG: ensures __preserves_resource("DEV_OBJ_INIT") && __preserves_resource("DEV_EXTN")
ensures((Res_DEV_OBJ_INIT == old(Res_DEV_OBJ_INIT)) && (Res_DEV_EXTN == old(Res_DEV_EXTN)));

modifies Res_DEVICE_STACK;

//TAG: net change in resource DEVICE_STACK only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_DEVICE_STACK[r]} (Empty()[r]) || old(Res_DEVICE_STACK)[r] == Res_DEVICE_STACK[r]));
modifies Res_DEV_EXTN;

//TAG: net change in resource DEV_EXTN only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_DEV_EXTN[r]} (Empty()[r]) || old(Res_DEV_EXTN)[r] == Res_DEV_EXTN[r]));
modifies Res_DEV_OBJ_INIT;

//TAG: net change in resource DEV_OBJ_INIT only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_DEV_OBJ_INIT[r]} (Empty()[r]) || old(Res_DEV_OBJ_INIT)[r] == Res_DEV_OBJ_INIT[r]));
modifies Res_SPIN_LOCK;

//TAG: net change in resource SPIN_LOCK only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_SPIN_LOCK[r]} (Empty()[r]) || old(Res_SPIN_LOCK)[r] == Res_SPIN_LOCK[r]));
//TAG: updated memory locations at Mem[T.MinorFunction__IO_STACK_LOCATION] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.MinorFunction__IO_STACK_LOCATION][_m]} (Empty()[_m]) || Mem[T.MinorFunction__IO_STACK_LOCATION][_m] == old(Mem)[T.MinorFunction__IO_STACK_LOCATION][_m]));
//TAG: updated memory locations at Mem[T.CurrentStackLocation___unnamed_4_f19b65c1] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.CurrentStackLocation___unnamed_4_f19b65c1][_m]} (Empty()[_m]) || Mem[T.CurrentStackLocation___unnamed_4_f19b65c1][_m] == old(Mem)[T.CurrentStackLocation___unnamed_4_f19b65c1][_m]));
//TAG: updated memory locations at Mem[T.DeviceExtension__DEVICE_OBJECT] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.DeviceExtension__DEVICE_OBJECT][_m]} (Empty()[_m]) || Mem[T.DeviceExtension__DEVICE_OBJECT][_m] == old(Mem)[T.DeviceExtension__DEVICE_OBJECT][_m]));
//TAG: updated memory locations at Mem[T.Self__DEVICE_EXTENSION] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.Self__DEVICE_EXTENSION][_m]} (Empty()[_m]) || Mem[T.Self__DEVICE_EXTENSION][_m] == old(Mem)[T.Self__DEVICE_EXTENSION][_m]));
//TAG: updated memory locations at Mem[T.Started__DEVICE_EXTENSION] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.Started__DEVICE_EXTENSION][_m]} (Empty()[_m]) || Mem[T.Started__DEVICE_EXTENSION][_m] == old(Mem)[T.Started__DEVICE_EXTENSION][_m]));
//TAG: updated memory locations at Mem[T.GrandMaster__GLOBALS] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.GrandMaster__GLOBALS][_m]} (Empty()[_m]) || Mem[T.GrandMaster__GLOBALS][_m] == old(Mem)[T.GrandMaster__GLOBALS][_m]));
//TAG: updated memory locations at Mem[T.P_DEVICE_OBJECT] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.P_DEVICE_OBJECT][_m]} (Empty()[_m]) || Mem[T.P_DEVICE_OBJECT][_m] == old(Mem)[T.P_DEVICE_OBJECT][_m]));

//TAG: havoc memory locations by default
modifies Mem;


procedure IoDeleteDevice($DeviceObject$1$21328.67$IoDeleteDevice$41:int);

//TAG: ensures __preserves_mem
ensures(Mem == old(Mem));
//TAG: requires 1 ==> __resource("DEV_OBJ_INIT", DeviceObject) == 1 && __resource("DEV_EXTN", (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)DeviceObject)->DeviceExtension)) == 1
requires((true) ==> ((Res_DEV_OBJ_INIT[$DeviceObject$1$21328.67$IoDeleteDevice$41] == 1) && (Res_DEV_EXTN[Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT($DeviceObject$1$21328.67$IoDeleteDevice$41)]] == 1)));
//TAG: ensures 1 ==> __resource("DEV_OBJ_INIT", DeviceObject) == 0 && __resource("DEV_EXTN", (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)DeviceObject)->DeviceExtension)) == 0
ensures((true) ==> ((Res_DEV_OBJ_INIT[$DeviceObject$1$21328.67$IoDeleteDevice$41] == 0) && (Res_DEV_EXTN[Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT($DeviceObject$1$21328.67$IoDeleteDevice$41)]] == 0)));
//TAG: ensures 1 ==> __updates_resource("DEV_OBJ_INIT", DeviceObject, 0) && __updates_resource("DEV_EXTN", (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)DeviceObject)->DeviceExtension), 0)
ensures((true) ==> ((Res_DEV_OBJ_INIT == old(Res_DEV_OBJ_INIT)[$DeviceObject$1$21328.67$IoDeleteDevice$41 := 0]) && (Res_DEV_EXTN == old(Res_DEV_EXTN)[Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT($DeviceObject$1$21328.67$IoDeleteDevice$41)] := 0])));
//TAG: ensures !1 ==> __resource("DEV_OBJ_INIT", DeviceObject) == __old_resource("DEV_OBJ_INIT", DeviceObject) && __resource("DEV_EXTN", (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)DeviceObject)->DeviceExtension)) == __old_resource("DEV_EXTN", (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)DeviceObject)->DeviceExtension))
ensures((!(true)) ==> ((Res_DEV_OBJ_INIT[$DeviceObject$1$21328.67$IoDeleteDevice$41] == old(Res_DEV_OBJ_INIT)[$DeviceObject$1$21328.67$IoDeleteDevice$41]) && (Res_DEV_EXTN[Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT($DeviceObject$1$21328.67$IoDeleteDevice$41)]] == old(Res_DEV_EXTN)[Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT($DeviceObject$1$21328.67$IoDeleteDevice$41)]])));
//TAG: ensures !1 ==> __preserves_resource("DEV_OBJ_INIT") && __preserves_resource("DEV_EXTN")
free ensures((!(true)) ==> ((Res_DEV_OBJ_INIT == old(Res_DEV_OBJ_INIT)) && (Res_DEV_EXTN == old(Res_DEV_EXTN))));

modifies Res_DEVICE_STACK;

//TAG: net change in resource DEVICE_STACK only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_DEVICE_STACK[r]} (Empty()[r]) || old(Res_DEVICE_STACK)[r] == Res_DEVICE_STACK[r]));
modifies Res_DEV_EXTN;

//TAG: net change in resource DEV_EXTN only for: __set_empty, (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)DeviceObject)->DeviceExtension)
ensures  (Subset(Empty(), Union(Union(Empty(), Empty()), Singleton(Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT($DeviceObject$1$21328.67$IoDeleteDevice$41)]))) && (forall r:int :: {Res_DEV_EXTN[r]} (Empty()[r]) || (Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT($DeviceObject$1$21328.67$IoDeleteDevice$41)] == r) || old(Res_DEV_EXTN)[r] == Res_DEV_EXTN[r]));
modifies Res_DEV_OBJ_INIT;

//TAG: net change in resource DEV_OBJ_INIT only for: __set_empty, DeviceObject
ensures  (Subset(Empty(), Union(Union(Empty(), Empty()), Singleton($DeviceObject$1$21328.67$IoDeleteDevice$41))) && (forall r:int :: {Res_DEV_OBJ_INIT[r]} (Empty()[r]) || ($DeviceObject$1$21328.67$IoDeleteDevice$41 == r) || old(Res_DEV_OBJ_INIT)[r] == Res_DEV_OBJ_INIT[r]));
modifies Res_SPIN_LOCK;

//TAG: net change in resource SPIN_LOCK only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_SPIN_LOCK[r]} (Empty()[r]) || old(Res_SPIN_LOCK)[r] == Res_SPIN_LOCK[r]));
//TAG: updated memory locations at Mem[T.MinorFunction__IO_STACK_LOCATION] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.MinorFunction__IO_STACK_LOCATION][_m]} (Empty()[_m]) || Mem[T.MinorFunction__IO_STACK_LOCATION][_m] == old(Mem)[T.MinorFunction__IO_STACK_LOCATION][_m]));
//TAG: updated memory locations at Mem[T.CurrentStackLocation___unnamed_4_f19b65c1] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.CurrentStackLocation___unnamed_4_f19b65c1][_m]} (Empty()[_m]) || Mem[T.CurrentStackLocation___unnamed_4_f19b65c1][_m] == old(Mem)[T.CurrentStackLocation___unnamed_4_f19b65c1][_m]));
//TAG: updated memory locations at Mem[T.DeviceExtension__DEVICE_OBJECT] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.DeviceExtension__DEVICE_OBJECT][_m]} (Empty()[_m]) || Mem[T.DeviceExtension__DEVICE_OBJECT][_m] == old(Mem)[T.DeviceExtension__DEVICE_OBJECT][_m]));
//TAG: updated memory locations at Mem[T.Self__DEVICE_EXTENSION] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.Self__DEVICE_EXTENSION][_m]} (Empty()[_m]) || Mem[T.Self__DEVICE_EXTENSION][_m] == old(Mem)[T.Self__DEVICE_EXTENSION][_m]));
//TAG: updated memory locations at Mem[T.Started__DEVICE_EXTENSION] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.Started__DEVICE_EXTENSION][_m]} (Empty()[_m]) || Mem[T.Started__DEVICE_EXTENSION][_m] == old(Mem)[T.Started__DEVICE_EXTENSION][_m]));
//TAG: updated memory locations at Mem[T.GrandMaster__GLOBALS] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.GrandMaster__GLOBALS][_m]} (Empty()[_m]) || Mem[T.GrandMaster__GLOBALS][_m] == old(Mem)[T.GrandMaster__GLOBALS][_m]));
//TAG: updated memory locations at Mem[T.P_DEVICE_OBJECT] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.P_DEVICE_OBJECT][_m]} (Empty()[_m]) || Mem[T.P_DEVICE_OBJECT][_m] == old(Mem)[T.P_DEVICE_OBJECT][_m]));

//TAG: havoc memory locations by default
modifies Mem;


procedure IoFreeIrp($Irp$1$21417.14$IoFreeIrp$41:int);

//TAG: ensures __preserves_mem
ensures(Mem == old(Mem));
//TAG: ensures __preserves_resource("DEV_OBJ_INIT") && __preserves_resource("DEV_EXTN")
ensures((Res_DEV_OBJ_INIT == old(Res_DEV_OBJ_INIT)) && (Res_DEV_EXTN == old(Res_DEV_EXTN)));

modifies Res_DEVICE_STACK;

//TAG: net change in resource DEVICE_STACK only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_DEVICE_STACK[r]} (Empty()[r]) || old(Res_DEVICE_STACK)[r] == Res_DEVICE_STACK[r]));
modifies Res_DEV_EXTN;

//TAG: net change in resource DEV_EXTN only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_DEV_EXTN[r]} (Empty()[r]) || old(Res_DEV_EXTN)[r] == Res_DEV_EXTN[r]));
modifies Res_DEV_OBJ_INIT;

//TAG: net change in resource DEV_OBJ_INIT only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_DEV_OBJ_INIT[r]} (Empty()[r]) || old(Res_DEV_OBJ_INIT)[r] == Res_DEV_OBJ_INIT[r]));
modifies Res_SPIN_LOCK;

//TAG: net change in resource SPIN_LOCK only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_SPIN_LOCK[r]} (Empty()[r]) || old(Res_SPIN_LOCK)[r] == Res_SPIN_LOCK[r]));
//TAG: updated memory locations at Mem[T.MinorFunction__IO_STACK_LOCATION] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.MinorFunction__IO_STACK_LOCATION][_m]} (Empty()[_m]) || Mem[T.MinorFunction__IO_STACK_LOCATION][_m] == old(Mem)[T.MinorFunction__IO_STACK_LOCATION][_m]));
//TAG: updated memory locations at Mem[T.CurrentStackLocation___unnamed_4_f19b65c1] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.CurrentStackLocation___unnamed_4_f19b65c1][_m]} (Empty()[_m]) || Mem[T.CurrentStackLocation___unnamed_4_f19b65c1][_m] == old(Mem)[T.CurrentStackLocation___unnamed_4_f19b65c1][_m]));
//TAG: updated memory locations at Mem[T.DeviceExtension__DEVICE_OBJECT] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.DeviceExtension__DEVICE_OBJECT][_m]} (Empty()[_m]) || Mem[T.DeviceExtension__DEVICE_OBJECT][_m] == old(Mem)[T.DeviceExtension__DEVICE_OBJECT][_m]));
//TAG: updated memory locations at Mem[T.Self__DEVICE_EXTENSION] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.Self__DEVICE_EXTENSION][_m]} (Empty()[_m]) || Mem[T.Self__DEVICE_EXTENSION][_m] == old(Mem)[T.Self__DEVICE_EXTENSION][_m]));
//TAG: updated memory locations at Mem[T.Started__DEVICE_EXTENSION] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.Started__DEVICE_EXTENSION][_m]} (Empty()[_m]) || Mem[T.Started__DEVICE_EXTENSION][_m] == old(Mem)[T.Started__DEVICE_EXTENSION][_m]));
//TAG: updated memory locations at Mem[T.GrandMaster__GLOBALS] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.GrandMaster__GLOBALS][_m]} (Empty()[_m]) || Mem[T.GrandMaster__GLOBALS][_m] == old(Mem)[T.GrandMaster__GLOBALS][_m]));
//TAG: updated memory locations at Mem[T.P_DEVICE_OBJECT] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.P_DEVICE_OBJECT][_m]} (Empty()[_m]) || Mem[T.P_DEVICE_OBJECT][_m] == old(Mem)[T.P_DEVICE_OBJECT][_m]));

//TAG: havoc memory locations by default
modifies Mem;


procedure KbdEnableDisablePort($EnableFlag$1$543.15$KbdEnableDisablePort$161:int, $Irp$2$544.15$KbdEnableDisablePort$161:int, $Port$3$545.25$KbdEnableDisablePort$161:int, $File$4$546.22$KbdEnableDisablePort$161:int) returns ($result.KbdEnableDisablePort$542.0$1$:int);

//TAG: requires __pforall(_H_x, (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)_H_x)->DeviceExtension), __inv_resource("DEV_OBJ_INIT", 1), ((struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)_H_x)->DeviceExtension))->Self == _H_x && __resource("DEV_EXTN", (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)_H_x)->DeviceExtension)) == 1)
requires((forall _H_x:int :: {Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(_H_x)]} Inverse(Res_DEV_OBJ_INIT,1)[_H_x] ==> ((Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(_H_x)])] == _H_x) && (Res_DEV_EXTN[Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(_H_x)]] == 1))));
//TAG: requires __pforall(_H_z, _H_z->Self, __inv_resource("DEV_EXTN", 1), __resource("DEV_OBJ_INIT", _H_z->Self) == 1 && (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)(_H_z->Self))->DeviceExtension) == _H_z)
requires((forall _H_z:int :: {Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(_H_z)]} Inverse(Res_DEV_EXTN,1)[_H_z] ==> ((Res_DEV_OBJ_INIT[Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(_H_z)]] == 1) && (Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(_H_z)])] == _H_z))));
//TAG: requires __forall(_H_z, __inv_resource("DEV_EXTN", 1), 1)
requires((Subset(Empty(), Inverse(Res_DEV_EXTN,1)) && (forall _H_z : int :: {Inverse(Res_DEV_EXTN,1)[_H_z]} (Inverse(Res_DEV_EXTN,1)[_H_z]) ==> (true))));
//TAG: requires 1 ==> (Globals.GrandMaster != (void *)0 ==> __resource("DEV_EXTN", Globals.GrandMaster) == 1)
requires((true) ==> ((Mem[T.GrandMaster__GLOBALS][GrandMaster__GLOBALS(Globals)] != 0) ==> (Res_DEV_EXTN[Mem[T.GrandMaster__GLOBALS][GrandMaster__GLOBALS(Globals)]] == 1)));
//TAG: requires 1 ==> __setin(&Globals.LegacyDeviceList, __btwn(__offset((*((struct _LIST_ENTRY *)0)).Flink), (&Globals.LegacyDeviceList)->Flink, &Globals.LegacyDeviceList))
requires((true) ==> (ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))[LegacyDeviceList__GLOBALS(Globals)]));
//TAG: requires 1 ==> __forall(_H_y, __btwn(__offset((*((struct _LIST_ENTRY *)0)).Flink), (&Globals.LegacyDeviceList)->Flink, &Globals.LegacyDeviceList), _H_y == &Globals.LegacyDeviceList || __resource("DEV_EXTN", CONTAINING_RECORD(_H_y, struct _DEVICE_EXTENSION , Link)) == 1)
requires((true) ==> ((Subset(Empty(), ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))) && (forall _H_y : int :: {ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))[_H_y]} (ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))[_H_y]) ==> ((_H_y == LegacyDeviceList__GLOBALS(Globals)) || (Res_DEV_EXTN[MINUS_LEFT_PTR(_H_y, 1, Link__DEVICE_EXTENSION(0))] == 1))))));
//TAG: requires 1 ==> !__setin(&Globals.GrandMaster->Link, __setminus(__btwn(__offset((*((struct _LIST_ENTRY *)0)).Flink), (&Globals.LegacyDeviceList)->Flink, &Globals.LegacyDeviceList), __set(&Globals.LegacyDeviceList)))
requires((true) ==> (!(Difference(ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals)), Singleton(LegacyDeviceList__GLOBALS(Globals)))[Link__DEVICE_EXTENSION(Mem[T.GrandMaster__GLOBALS][GrandMaster__GLOBALS(Globals)])])));
//TAG: ensures __pforall(_H_x, (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)_H_x)->DeviceExtension), __inv_resource("DEV_OBJ_INIT", 1), ((struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)_H_x)->DeviceExtension))->Self == _H_x && __resource("DEV_EXTN", (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)_H_x)->DeviceExtension)) == 1)
ensures((forall _H_x:int :: {Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(_H_x)]} Inverse(Res_DEV_OBJ_INIT,1)[_H_x] ==> ((Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(_H_x)])] == _H_x) && (Res_DEV_EXTN[Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(_H_x)]] == 1))));
//TAG: ensures __pforall(_H_z, _H_z->Self, __inv_resource("DEV_EXTN", 1), __resource("DEV_OBJ_INIT", _H_z->Self) == 1 && (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)(_H_z->Self))->DeviceExtension) == _H_z)
ensures((forall _H_z:int :: {Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(_H_z)]} Inverse(Res_DEV_EXTN,1)[_H_z] ==> ((Res_DEV_OBJ_INIT[Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(_H_z)]] == 1) && (Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(_H_z)])] == _H_z))));
//TAG: ensures __forall(_H_z, __inv_resource("DEV_EXTN", 1), 1)
ensures((Subset(Empty(), Inverse(Res_DEV_EXTN,1)) && (forall _H_z : int :: {Inverse(Res_DEV_EXTN,1)[_H_z]} (Inverse(Res_DEV_EXTN,1)[_H_z]) ==> (true))));
//TAG: ensures 1 ==> (Globals.GrandMaster != (void *)0 ==> __resource("DEV_EXTN", Globals.GrandMaster) == 1)
ensures((true) ==> ((Mem[T.GrandMaster__GLOBALS][GrandMaster__GLOBALS(Globals)] != 0) ==> (Res_DEV_EXTN[Mem[T.GrandMaster__GLOBALS][GrandMaster__GLOBALS(Globals)]] == 1)));
//TAG: ensures 1 ==> __setin(&Globals.LegacyDeviceList, __btwn(__offset((*((struct _LIST_ENTRY *)0)).Flink), (&Globals.LegacyDeviceList)->Flink, &Globals.LegacyDeviceList))
ensures((true) ==> (ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))[LegacyDeviceList__GLOBALS(Globals)]));
//TAG: ensures 1 ==> __forall(_H_y, __btwn(__offset((*((struct _LIST_ENTRY *)0)).Flink), (&Globals.LegacyDeviceList)->Flink, &Globals.LegacyDeviceList), _H_y == &Globals.LegacyDeviceList || __resource("DEV_EXTN", CONTAINING_RECORD(_H_y, struct _DEVICE_EXTENSION , Link)) == 1)
ensures((true) ==> ((Subset(Empty(), ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))) && (forall _H_y : int :: {ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))[_H_y]} (ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))[_H_y]) ==> ((_H_y == LegacyDeviceList__GLOBALS(Globals)) || (Res_DEV_EXTN[MINUS_LEFT_PTR(_H_y, 1, Link__DEVICE_EXTENSION(0))] == 1))))));
//TAG: ensures 1 ==> !__setin(&Globals.GrandMaster->Link, __setminus(__btwn(__offset((*((struct _LIST_ENTRY *)0)).Flink), (&Globals.LegacyDeviceList)->Flink, &Globals.LegacyDeviceList), __set(&Globals.LegacyDeviceList)))
ensures((true) ==> (!(Difference(ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals)), Singleton(LegacyDeviceList__GLOBALS(Globals)))[Link__DEVICE_EXTENSION(Mem[T.GrandMaster__GLOBALS][GrandMaster__GLOBALS(Globals)])])));
//TAG: ensures __preserves_field_map(__offset((*((struct _LIST_ENTRY *)0)).Flink))
ensures(Mem[T.Flink__LIST_ENTRY] == old(Mem)[T.Flink__LIST_ENTRY]);
//TAG: ensures __preserves_resource("DEV_OBJ_INIT")
ensures(Res_DEV_OBJ_INIT == old(Res_DEV_OBJ_INIT));
//TAG: ensures __preserves_resource("DEV_EXTN")
ensures(Res_DEV_EXTN == old(Res_DEV_EXTN));

modifies Res_DEVICE_STACK;

//TAG: net change in resource DEVICE_STACK only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_DEVICE_STACK[r]} (Empty()[r]) || old(Res_DEVICE_STACK)[r] == Res_DEVICE_STACK[r]));
modifies Res_DEV_EXTN;

//TAG: net change in resource DEV_EXTN only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_DEV_EXTN[r]} (Empty()[r]) || old(Res_DEV_EXTN)[r] == Res_DEV_EXTN[r]));
modifies Res_DEV_OBJ_INIT;

//TAG: net change in resource DEV_OBJ_INIT only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_DEV_OBJ_INIT[r]} (Empty()[r]) || old(Res_DEV_OBJ_INIT)[r] == Res_DEV_OBJ_INIT[r]));
modifies Res_SPIN_LOCK;

//TAG: net change in resource SPIN_LOCK only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_SPIN_LOCK[r]} (Empty()[r]) || old(Res_SPIN_LOCK)[r] == Res_SPIN_LOCK[r]));
//TAG: updated memory locations at Mem[T.MinorFunction__IO_STACK_LOCATION] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.MinorFunction__IO_STACK_LOCATION][_m]} (Empty()[_m]) || Mem[T.MinorFunction__IO_STACK_LOCATION][_m] == old(Mem)[T.MinorFunction__IO_STACK_LOCATION][_m]));
//TAG: updated memory locations at Mem[T.CurrentStackLocation___unnamed_4_f19b65c1] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.CurrentStackLocation___unnamed_4_f19b65c1][_m]} (Empty()[_m]) || Mem[T.CurrentStackLocation___unnamed_4_f19b65c1][_m] == old(Mem)[T.CurrentStackLocation___unnamed_4_f19b65c1][_m]));
//TAG: updated memory locations at Mem[T.DeviceExtension__DEVICE_OBJECT] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.DeviceExtension__DEVICE_OBJECT][_m]} (Empty()[_m]) || Mem[T.DeviceExtension__DEVICE_OBJECT][_m] == old(Mem)[T.DeviceExtension__DEVICE_OBJECT][_m]));
//TAG: updated memory locations at Mem[T.Self__DEVICE_EXTENSION] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.Self__DEVICE_EXTENSION][_m]} (Empty()[_m]) || Mem[T.Self__DEVICE_EXTENSION][_m] == old(Mem)[T.Self__DEVICE_EXTENSION][_m]));
//TAG: updated memory locations at Mem[T.Started__DEVICE_EXTENSION] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.Started__DEVICE_EXTENSION][_m]} (Empty()[_m]) || Mem[T.Started__DEVICE_EXTENSION][_m] == old(Mem)[T.Started__DEVICE_EXTENSION][_m]));
//TAG: updated memory locations at Mem[T.GrandMaster__GLOBALS] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.GrandMaster__GLOBALS][_m]} (Empty()[_m]) || Mem[T.GrandMaster__GLOBALS][_m] == old(Mem)[T.GrandMaster__GLOBALS][_m]));
//TAG: updated memory locations at Mem[T.P_DEVICE_OBJECT] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.P_DEVICE_OBJECT][_m]} (Empty()[_m]) || Mem[T.P_DEVICE_OBJECT][_m] == old(Mem)[T.P_DEVICE_OBJECT][_m]));

//TAG: havoc memory locations by default
modifies Mem;


procedure KeyboardClassCleanupQueue($DeviceObject$1$1080.28$KeyboardClassCleanupQueue$121:int, $DeviceExtension$2$1081.28$KeyboardClassCleanupQueue$121:int, $FileObject$3$1082.28$KeyboardClassCleanupQueue$121:int);

//TAG: requires __resource("DEV_EXTN", DeviceExtension) == 1
requires(Res_DEV_EXTN[$DeviceExtension$2$1081.28$KeyboardClassCleanupQueue$121] == 1);
//TAG: requires __pforall(_H_x, (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)_H_x)->DeviceExtension), __inv_resource("DEV_OBJ_INIT", 1), ((struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)_H_x)->DeviceExtension))->Self == _H_x && __resource("DEV_EXTN", (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)_H_x)->DeviceExtension)) == 1)
requires((forall _H_x:int :: {Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(_H_x)]} Inverse(Res_DEV_OBJ_INIT,1)[_H_x] ==> ((Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(_H_x)])] == _H_x) && (Res_DEV_EXTN[Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(_H_x)]] == 1))));
//TAG: requires __pforall(_H_z, _H_z->Self, __inv_resource("DEV_EXTN", 1), __resource("DEV_OBJ_INIT", _H_z->Self) == 1 && (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)(_H_z->Self))->DeviceExtension) == _H_z)
requires((forall _H_z:int :: {Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(_H_z)]} Inverse(Res_DEV_EXTN,1)[_H_z] ==> ((Res_DEV_OBJ_INIT[Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(_H_z)]] == 1) && (Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(_H_z)])] == _H_z))));
//TAG: requires __forall(_H_z, __inv_resource("DEV_EXTN", 1), 1)
requires((Subset(Empty(), Inverse(Res_DEV_EXTN,1)) && (forall _H_z : int :: {Inverse(Res_DEV_EXTN,1)[_H_z]} (Inverse(Res_DEV_EXTN,1)[_H_z]) ==> (true))));
//TAG: requires 1 ==> (Globals.GrandMaster != (void *)0 ==> __resource("DEV_EXTN", Globals.GrandMaster) == 1)
requires((true) ==> ((Mem[T.GrandMaster__GLOBALS][GrandMaster__GLOBALS(Globals)] != 0) ==> (Res_DEV_EXTN[Mem[T.GrandMaster__GLOBALS][GrandMaster__GLOBALS(Globals)]] == 1)));
//TAG: requires 1 ==> __setin(&Globals.LegacyDeviceList, __btwn(__offset((*((struct _LIST_ENTRY *)0)).Flink), (&Globals.LegacyDeviceList)->Flink, &Globals.LegacyDeviceList))
requires((true) ==> (ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))[LegacyDeviceList__GLOBALS(Globals)]));
//TAG: requires 1 ==> __forall(_H_y, __btwn(__offset((*((struct _LIST_ENTRY *)0)).Flink), (&Globals.LegacyDeviceList)->Flink, &Globals.LegacyDeviceList), _H_y == &Globals.LegacyDeviceList || __resource("DEV_EXTN", CONTAINING_RECORD(_H_y, struct _DEVICE_EXTENSION , Link)) == 1)
requires((true) ==> ((Subset(Empty(), ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))) && (forall _H_y : int :: {ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))[_H_y]} (ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))[_H_y]) ==> ((_H_y == LegacyDeviceList__GLOBALS(Globals)) || (Res_DEV_EXTN[MINUS_LEFT_PTR(_H_y, 1, Link__DEVICE_EXTENSION(0))] == 1))))));
//TAG: requires __resource("DEV_OBJ_INIT", DeviceObject) == 1
requires(Res_DEV_OBJ_INIT[$DeviceObject$1$1080.28$KeyboardClassCleanupQueue$121] == 1);
//TAG: ensures __resource("DEV_EXTN", DeviceExtension) == 1
ensures(Res_DEV_EXTN[$DeviceExtension$2$1081.28$KeyboardClassCleanupQueue$121] == 1);
//TAG: ensures __pforall(_H_x, (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)_H_x)->DeviceExtension), __inv_resource("DEV_OBJ_INIT", 1), ((struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)_H_x)->DeviceExtension))->Self == _H_x && __resource("DEV_EXTN", (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)_H_x)->DeviceExtension)) == 1)
ensures((forall _H_x:int :: {Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(_H_x)]} Inverse(Res_DEV_OBJ_INIT,1)[_H_x] ==> ((Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(_H_x)])] == _H_x) && (Res_DEV_EXTN[Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(_H_x)]] == 1))));
//TAG: ensures __pforall(_H_z, _H_z->Self, __inv_resource("DEV_EXTN", 1), __resource("DEV_OBJ_INIT", _H_z->Self) == 1 && (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)(_H_z->Self))->DeviceExtension) == _H_z)
ensures((forall _H_z:int :: {Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(_H_z)]} Inverse(Res_DEV_EXTN,1)[_H_z] ==> ((Res_DEV_OBJ_INIT[Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(_H_z)]] == 1) && (Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(_H_z)])] == _H_z))));
//TAG: ensures __forall(_H_z, __inv_resource("DEV_EXTN", 1), 1)
ensures((Subset(Empty(), Inverse(Res_DEV_EXTN,1)) && (forall _H_z : int :: {Inverse(Res_DEV_EXTN,1)[_H_z]} (Inverse(Res_DEV_EXTN,1)[_H_z]) ==> (true))));
//TAG: ensures 1 ==> (Globals.GrandMaster != (void *)0 ==> __resource("DEV_EXTN", Globals.GrandMaster) == 1)
ensures((true) ==> ((Mem[T.GrandMaster__GLOBALS][GrandMaster__GLOBALS(Globals)] != 0) ==> (Res_DEV_EXTN[Mem[T.GrandMaster__GLOBALS][GrandMaster__GLOBALS(Globals)]] == 1)));
//TAG: ensures 1 ==> __setin(&Globals.LegacyDeviceList, __btwn(__offset((*((struct _LIST_ENTRY *)0)).Flink), (&Globals.LegacyDeviceList)->Flink, &Globals.LegacyDeviceList))
ensures((true) ==> (ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))[LegacyDeviceList__GLOBALS(Globals)]));
//TAG: ensures 1 ==> __forall(_H_y, __btwn(__offset((*((struct _LIST_ENTRY *)0)).Flink), (&Globals.LegacyDeviceList)->Flink, &Globals.LegacyDeviceList), _H_y == &Globals.LegacyDeviceList || __resource("DEV_EXTN", CONTAINING_RECORD(_H_y, struct _DEVICE_EXTENSION , Link)) == 1)
ensures((true) ==> ((Subset(Empty(), ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))) && (forall _H_y : int :: {ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))[_H_y]} (ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))[_H_y]) ==> ((_H_y == LegacyDeviceList__GLOBALS(Globals)) || (Res_DEV_EXTN[MINUS_LEFT_PTR(_H_y, 1, Link__DEVICE_EXTENSION(0))] == 1))))));
//TAG: ensures __preserves_field_map(__offset((*((struct _LIST_ENTRY *)0)).Flink))
ensures(Mem[T.Flink__LIST_ENTRY] == old(Mem)[T.Flink__LIST_ENTRY]);
//TAG: ensures __preserves_resource("DEV_OBJ_INIT")
ensures(Res_DEV_OBJ_INIT == old(Res_DEV_OBJ_INIT));
//TAG: ensures __preserves_resource("DEV_EXTN")
ensures(Res_DEV_EXTN == old(Res_DEV_EXTN));
//TAG: ensures __resource("DEV_OBJ_INIT", DeviceObject) == 1
ensures(Res_DEV_OBJ_INIT[$DeviceObject$1$1080.28$KeyboardClassCleanupQueue$121] == 1);

modifies Res_DEVICE_STACK;

//TAG: net change in resource DEVICE_STACK only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_DEVICE_STACK[r]} (Empty()[r]) || old(Res_DEVICE_STACK)[r] == Res_DEVICE_STACK[r]));
modifies Res_DEV_EXTN;

//TAG: net change in resource DEV_EXTN only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_DEV_EXTN[r]} (Empty()[r]) || old(Res_DEV_EXTN)[r] == Res_DEV_EXTN[r]));
modifies Res_DEV_OBJ_INIT;

//TAG: net change in resource DEV_OBJ_INIT only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_DEV_OBJ_INIT[r]} (Empty()[r]) || old(Res_DEV_OBJ_INIT)[r] == Res_DEV_OBJ_INIT[r]));
modifies Res_SPIN_LOCK;

//TAG: net change in resource SPIN_LOCK only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_SPIN_LOCK[r]} (Empty()[r]) || old(Res_SPIN_LOCK)[r] == Res_SPIN_LOCK[r]));
//TAG: updated memory locations at Mem[T.MinorFunction__IO_STACK_LOCATION] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.MinorFunction__IO_STACK_LOCATION][_m]} (Empty()[_m]) || Mem[T.MinorFunction__IO_STACK_LOCATION][_m] == old(Mem)[T.MinorFunction__IO_STACK_LOCATION][_m]));
//TAG: updated memory locations at Mem[T.CurrentStackLocation___unnamed_4_f19b65c1] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.CurrentStackLocation___unnamed_4_f19b65c1][_m]} (Empty()[_m]) || Mem[T.CurrentStackLocation___unnamed_4_f19b65c1][_m] == old(Mem)[T.CurrentStackLocation___unnamed_4_f19b65c1][_m]));
//TAG: updated memory locations at Mem[T.DeviceExtension__DEVICE_OBJECT] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.DeviceExtension__DEVICE_OBJECT][_m]} (Empty()[_m]) || Mem[T.DeviceExtension__DEVICE_OBJECT][_m] == old(Mem)[T.DeviceExtension__DEVICE_OBJECT][_m]));
//TAG: updated memory locations at Mem[T.Self__DEVICE_EXTENSION] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.Self__DEVICE_EXTENSION][_m]} (Empty()[_m]) || Mem[T.Self__DEVICE_EXTENSION][_m] == old(Mem)[T.Self__DEVICE_EXTENSION][_m]));
//TAG: updated memory locations at Mem[T.Started__DEVICE_EXTENSION] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.Started__DEVICE_EXTENSION][_m]} (Empty()[_m]) || Mem[T.Started__DEVICE_EXTENSION][_m] == old(Mem)[T.Started__DEVICE_EXTENSION][_m]));
//TAG: updated memory locations at Mem[T.GrandMaster__GLOBALS] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.GrandMaster__GLOBALS][_m]} (Empty()[_m]) || Mem[T.GrandMaster__GLOBALS][_m] == old(Mem)[T.GrandMaster__GLOBALS][_m]));
//TAG: updated memory locations at Mem[T.P_DEVICE_OBJECT] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.P_DEVICE_OBJECT][_m]} (Empty()[_m]) || Mem[T.P_DEVICE_OBJECT][_m] == old(Mem)[T.P_DEVICE_OBJECT][_m]));

//TAG: havoc memory locations by default
modifies Mem;


procedure ObfDereferenceObject($Object$1$24931.15$ObfDereferenceObject$41:int) returns ($result.ObfDereferenceObject$24930.0$1$:int);

//TAG: ensures __preserves_mem
ensures(Mem == old(Mem));
//TAG: ensures __preserves_resource("DEV_OBJ_INIT") && __preserves_resource("DEV_EXTN")
ensures((Res_DEV_OBJ_INIT == old(Res_DEV_OBJ_INIT)) && (Res_DEV_EXTN == old(Res_DEV_EXTN)));

modifies Res_DEVICE_STACK;

//TAG: net change in resource DEVICE_STACK only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_DEVICE_STACK[r]} (Empty()[r]) || old(Res_DEVICE_STACK)[r] == Res_DEVICE_STACK[r]));
modifies Res_DEV_EXTN;

//TAG: net change in resource DEV_EXTN only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_DEV_EXTN[r]} (Empty()[r]) || old(Res_DEV_EXTN)[r] == Res_DEV_EXTN[r]));
modifies Res_DEV_OBJ_INIT;

//TAG: net change in resource DEV_OBJ_INIT only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_DEV_OBJ_INIT[r]} (Empty()[r]) || old(Res_DEV_OBJ_INIT)[r] == Res_DEV_OBJ_INIT[r]));
modifies Res_SPIN_LOCK;

//TAG: net change in resource SPIN_LOCK only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_SPIN_LOCK[r]} (Empty()[r]) || old(Res_SPIN_LOCK)[r] == Res_SPIN_LOCK[r]));
//TAG: updated memory locations at Mem[T.MinorFunction__IO_STACK_LOCATION] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.MinorFunction__IO_STACK_LOCATION][_m]} (Empty()[_m]) || Mem[T.MinorFunction__IO_STACK_LOCATION][_m] == old(Mem)[T.MinorFunction__IO_STACK_LOCATION][_m]));
//TAG: updated memory locations at Mem[T.CurrentStackLocation___unnamed_4_f19b65c1] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.CurrentStackLocation___unnamed_4_f19b65c1][_m]} (Empty()[_m]) || Mem[T.CurrentStackLocation___unnamed_4_f19b65c1][_m] == old(Mem)[T.CurrentStackLocation___unnamed_4_f19b65c1][_m]));
//TAG: updated memory locations at Mem[T.DeviceExtension__DEVICE_OBJECT] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.DeviceExtension__DEVICE_OBJECT][_m]} (Empty()[_m]) || Mem[T.DeviceExtension__DEVICE_OBJECT][_m] == old(Mem)[T.DeviceExtension__DEVICE_OBJECT][_m]));
//TAG: updated memory locations at Mem[T.Self__DEVICE_EXTENSION] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.Self__DEVICE_EXTENSION][_m]} (Empty()[_m]) || Mem[T.Self__DEVICE_EXTENSION][_m] == old(Mem)[T.Self__DEVICE_EXTENSION][_m]));
//TAG: updated memory locations at Mem[T.Started__DEVICE_EXTENSION] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.Started__DEVICE_EXTENSION][_m]} (Empty()[_m]) || Mem[T.Started__DEVICE_EXTENSION][_m] == old(Mem)[T.Started__DEVICE_EXTENSION][_m]));
//TAG: updated memory locations at Mem[T.GrandMaster__GLOBALS] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.GrandMaster__GLOBALS][_m]} (Empty()[_m]) || Mem[T.GrandMaster__GLOBALS][_m] == old(Mem)[T.GrandMaster__GLOBALS][_m]));
//TAG: updated memory locations at Mem[T.P_DEVICE_OBJECT] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.P_DEVICE_OBJECT][_m]} (Empty()[_m]) || Mem[T.P_DEVICE_OBJECT][_m] == old(Mem)[T.P_DEVICE_OBJECT][_m]));

//TAG: havoc memory locations by default
modifies Mem;


procedure RemoveEntryList($Entry$1$6929.19$RemoveEntryList$41:int) returns ($result.RemoveEntryList$6928.0$1$:int);

//TAG: ensures __preserves_resource("DEV_OBJ_INIT") && __preserves_resource("DEV_EXTN")
ensures((Res_DEV_OBJ_INIT == old(Res_DEV_OBJ_INIT)) && (Res_DEV_EXTN == old(Res_DEV_EXTN)));
//TAG: ensures __preserves_resource("DEV_OBJ_INIT") && __preserves_resource("DEV_EXTN")
ensures((Res_DEV_OBJ_INIT == old(Res_DEV_OBJ_INIT)) && (Res_DEV_EXTN == old(Res_DEV_EXTN)));
//TAG: ensures __seteq(__btwn(__offset((*((struct _LIST_ENTRY *)0)).Flink), (&Globals.LegacyDeviceList)->Flink, &Globals.LegacyDeviceList), __setminus(__old(__btwn(__offset((*((struct _LIST_ENTRY *)0)).Flink), (&Globals.LegacyDeviceList)->Flink, &Globals.LegacyDeviceList)), __set(Entry)))
ensures((Subset(ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals)), Difference(ReachBetweenSet(Shift_Flink__LIST_ENTRY(old(Mem)[T.Flink__LIST_ENTRY]), old(Mem)[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(old(Globals)))], LegacyDeviceList__GLOBALS(old(Globals))), Singleton($Entry$1$6929.19$RemoveEntryList$41))) && Subset(Difference(ReachBetweenSet(Shift_Flink__LIST_ENTRY(old(Mem)[T.Flink__LIST_ENTRY]), old(Mem)[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(old(Globals)))], LegacyDeviceList__GLOBALS(old(Globals))), Singleton($Entry$1$6929.19$RemoveEntryList$41)), ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals)))));
//TAG: ensures Entry->Flink == __old(Entry->Flink)
ensures(Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY($Entry$1$6929.19$RemoveEntryList$41)] == old(Mem)[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY($Entry$1$6929.19$RemoveEntryList$41)]);

modifies Res_DEVICE_STACK;

//TAG: net change in resource DEVICE_STACK only for: __set_empty, __set_empty
ensures  (Subset(Empty(), Union(Union(Empty(), Empty()), Empty())) && (forall r:int :: {Res_DEVICE_STACK[r]} (Empty()[r]) || (Empty()[r]) || old(Res_DEVICE_STACK)[r] == Res_DEVICE_STACK[r]));
modifies Res_DEV_EXTN;

//TAG: net change in resource DEV_EXTN only for: __set_empty, __set_empty
ensures  (Subset(Empty(), Union(Union(Empty(), Empty()), Empty())) && (forall r:int :: {Res_DEV_EXTN[r]} (Empty()[r]) || (Empty()[r]) || old(Res_DEV_EXTN)[r] == Res_DEV_EXTN[r]));
modifies Res_DEV_OBJ_INIT;

//TAG: net change in resource DEV_OBJ_INIT only for: __set_empty, __set_empty
ensures  (Subset(Empty(), Union(Union(Empty(), Empty()), Empty())) && (forall r:int :: {Res_DEV_OBJ_INIT[r]} (Empty()[r]) || (Empty()[r]) || old(Res_DEV_OBJ_INIT)[r] == Res_DEV_OBJ_INIT[r]));
modifies Res_SPIN_LOCK;

//TAG: net change in resource SPIN_LOCK only for: __set_empty, __set_empty
ensures  (Subset(Empty(), Union(Union(Empty(), Empty()), Empty())) && (forall r:int :: {Res_SPIN_LOCK[r]} (Empty()[r]) || (Empty()[r]) || old(Res_SPIN_LOCK)[r] == Res_SPIN_LOCK[r]));
//TAG: updated memory locations at Mem[T.MinorFunction__IO_STACK_LOCATION] only for: __set_empty, __set_empty
ensures   (Subset(Empty(), Union(Union(Empty(), Empty()), Empty())) && (forall _m:int :: {Mem[T.MinorFunction__IO_STACK_LOCATION][_m]} (Empty()[_m]) || (Empty()[_m]) || Mem[T.MinorFunction__IO_STACK_LOCATION][_m] == old(Mem)[T.MinorFunction__IO_STACK_LOCATION][_m]));
//TAG: updated memory locations at Mem[T.CurrentStackLocation___unnamed_4_f19b65c1] only for: __set_empty, __set_empty
ensures   (Subset(Empty(), Union(Union(Empty(), Empty()), Empty())) && (forall _m:int :: {Mem[T.CurrentStackLocation___unnamed_4_f19b65c1][_m]} (Empty()[_m]) || (Empty()[_m]) || Mem[T.CurrentStackLocation___unnamed_4_f19b65c1][_m] == old(Mem)[T.CurrentStackLocation___unnamed_4_f19b65c1][_m]));
//TAG: updated memory locations at Mem[T.DeviceExtension__DEVICE_OBJECT] only for: __set_empty, __set_empty
ensures   (Subset(Empty(), Union(Union(Empty(), Empty()), Empty())) && (forall _m:int :: {Mem[T.DeviceExtension__DEVICE_OBJECT][_m]} (Empty()[_m]) || (Empty()[_m]) || Mem[T.DeviceExtension__DEVICE_OBJECT][_m] == old(Mem)[T.DeviceExtension__DEVICE_OBJECT][_m]));
//TAG: updated memory locations at Mem[T.Self__DEVICE_EXTENSION] only for: __set_empty, __set_empty
ensures   (Subset(Empty(), Union(Union(Empty(), Empty()), Empty())) && (forall _m:int :: {Mem[T.Self__DEVICE_EXTENSION][_m]} (Empty()[_m]) || (Empty()[_m]) || Mem[T.Self__DEVICE_EXTENSION][_m] == old(Mem)[T.Self__DEVICE_EXTENSION][_m]));
//TAG: updated memory locations at Mem[T.Started__DEVICE_EXTENSION] only for: __set_empty, __set_empty
ensures   (Subset(Empty(), Union(Union(Empty(), Empty()), Empty())) && (forall _m:int :: {Mem[T.Started__DEVICE_EXTENSION][_m]} (Empty()[_m]) || (Empty()[_m]) || Mem[T.Started__DEVICE_EXTENSION][_m] == old(Mem)[T.Started__DEVICE_EXTENSION][_m]));
//TAG: updated memory locations at Mem[T.GrandMaster__GLOBALS] only for: __set_empty, __set_empty
ensures   (Subset(Empty(), Union(Union(Empty(), Empty()), Empty())) && (forall _m:int :: {Mem[T.GrandMaster__GLOBALS][_m]} (Empty()[_m]) || (Empty()[_m]) || Mem[T.GrandMaster__GLOBALS][_m] == old(Mem)[T.GrandMaster__GLOBALS][_m]));
//TAG: updated memory locations at Mem[T.P_DEVICE_OBJECT] only for: __set_empty, __set_empty
ensures   (Subset(Empty(), Union(Union(Empty(), Empty()), Empty())) && (forall _m:int :: {Mem[T.P_DEVICE_OBJECT][_m]} (Empty()[_m]) || (Empty()[_m]) || Mem[T.P_DEVICE_OBJECT][_m] == old(Mem)[T.P_DEVICE_OBJECT][_m]));

//TAG: havoc memory locations by default
modifies Mem;


procedure __PREfastPagedCode();

//TAG: ensures __preserves_mem
ensures(Mem == old(Mem));
//TAG: ensures __preserves_resource("DEV_OBJ_INIT") && __preserves_resource("DEV_EXTN")
ensures((Res_DEV_OBJ_INIT == old(Res_DEV_OBJ_INIT)) && (Res_DEV_EXTN == old(Res_DEV_EXTN)));

modifies Res_DEVICE_STACK;

//TAG: net change in resource DEVICE_STACK only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_DEVICE_STACK[r]} (Empty()[r]) || old(Res_DEVICE_STACK)[r] == Res_DEVICE_STACK[r]));
modifies Res_DEV_EXTN;

//TAG: net change in resource DEV_EXTN only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_DEV_EXTN[r]} (Empty()[r]) || old(Res_DEV_EXTN)[r] == Res_DEV_EXTN[r]));
modifies Res_DEV_OBJ_INIT;

//TAG: net change in resource DEV_OBJ_INIT only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_DEV_OBJ_INIT[r]} (Empty()[r]) || old(Res_DEV_OBJ_INIT)[r] == Res_DEV_OBJ_INIT[r]));
modifies Res_SPIN_LOCK;

//TAG: net change in resource SPIN_LOCK only for: __set_empty
ensures  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_SPIN_LOCK[r]} (Empty()[r]) || old(Res_SPIN_LOCK)[r] == Res_SPIN_LOCK[r]));
//TAG: updated memory locations at Mem[T.MinorFunction__IO_STACK_LOCATION] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.MinorFunction__IO_STACK_LOCATION][_m]} (Empty()[_m]) || Mem[T.MinorFunction__IO_STACK_LOCATION][_m] == old(Mem)[T.MinorFunction__IO_STACK_LOCATION][_m]));
//TAG: updated memory locations at Mem[T.CurrentStackLocation___unnamed_4_f19b65c1] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.CurrentStackLocation___unnamed_4_f19b65c1][_m]} (Empty()[_m]) || Mem[T.CurrentStackLocation___unnamed_4_f19b65c1][_m] == old(Mem)[T.CurrentStackLocation___unnamed_4_f19b65c1][_m]));
//TAG: updated memory locations at Mem[T.DeviceExtension__DEVICE_OBJECT] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.DeviceExtension__DEVICE_OBJECT][_m]} (Empty()[_m]) || Mem[T.DeviceExtension__DEVICE_OBJECT][_m] == old(Mem)[T.DeviceExtension__DEVICE_OBJECT][_m]));
//TAG: updated memory locations at Mem[T.Self__DEVICE_EXTENSION] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.Self__DEVICE_EXTENSION][_m]} (Empty()[_m]) || Mem[T.Self__DEVICE_EXTENSION][_m] == old(Mem)[T.Self__DEVICE_EXTENSION][_m]));
//TAG: updated memory locations at Mem[T.Started__DEVICE_EXTENSION] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.Started__DEVICE_EXTENSION][_m]} (Empty()[_m]) || Mem[T.Started__DEVICE_EXTENSION][_m] == old(Mem)[T.Started__DEVICE_EXTENSION][_m]));
//TAG: updated memory locations at Mem[T.GrandMaster__GLOBALS] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.GrandMaster__GLOBALS][_m]} (Empty()[_m]) || Mem[T.GrandMaster__GLOBALS][_m] == old(Mem)[T.GrandMaster__GLOBALS][_m]));
//TAG: updated memory locations at Mem[T.P_DEVICE_OBJECT] only for: __set_empty
ensures   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.P_DEVICE_OBJECT][_m]} (Empty()[_m]) || Mem[T.P_DEVICE_OBJECT][_m] == old(Mem)[T.P_DEVICE_OBJECT][_m]));

//TAG: havoc memory locations by default
modifies Mem;


procedure  KeyboardClassUnload($DriverObject$1$2966.24$KeyboardClassUnload$41:int)

//TAG: requires __pforall(_H_x, (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)_H_x)->DeviceExtension), __inv_resource("DEV_OBJ_INIT", 1), ((struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)_H_x)->DeviceExtension))->Self == _H_x && __resource("DEV_EXTN", (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)_H_x)->DeviceExtension)) == 1)
requires((forall _H_x:int :: {Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(_H_x)]} Inverse(Res_DEV_OBJ_INIT,1)[_H_x] ==> ((Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(_H_x)])] == _H_x) && (Res_DEV_EXTN[Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(_H_x)]] == 1))));
//TAG: requires __pforall(_H_z, _H_z->Self, __inv_resource("DEV_EXTN", 1), __resource("DEV_OBJ_INIT", _H_z->Self) == 1 && (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)(_H_z->Self))->DeviceExtension) == _H_z) && __forall(_H_z, __inv_resource("DEV_EXTN", 1), 1)
requires(((forall _H_z:int :: {Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(_H_z)]} Inverse(Res_DEV_EXTN,1)[_H_z] ==> ((Res_DEV_OBJ_INIT[Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(_H_z)]] == 1) && (Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(_H_z)])] == _H_z)))) && ((Subset(Empty(), Inverse(Res_DEV_EXTN,1)) && (forall _H_z : int :: {Inverse(Res_DEV_EXTN,1)[_H_z]} (Inverse(Res_DEV_EXTN,1)[_H_z]) ==> (true)))));
//TAG: ensures __pforall(_H_x, (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)_H_x)->DeviceExtension), __inv_resource("DEV_OBJ_INIT", 1), ((struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)_H_x)->DeviceExtension))->Self == _H_x && __resource("DEV_EXTN", (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)_H_x)->DeviceExtension)) == 1)
ensures((forall _H_x:int :: {Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(_H_x)]} Inverse(Res_DEV_OBJ_INIT,1)[_H_x] ==> ((Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(_H_x)])] == _H_x) && (Res_DEV_EXTN[Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(_H_x)]] == 1))));
//TAG: ensures __pforall(_H_z, _H_z->Self, __inv_resource("DEV_EXTN", 1), __resource("DEV_OBJ_INIT", _H_z->Self) == 1 && (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)(_H_z->Self))->DeviceExtension) == _H_z) && __forall(_H_z, __inv_resource("DEV_EXTN", 1), 1)
ensures(((forall _H_z:int :: {Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(_H_z)]} Inverse(Res_DEV_EXTN,1)[_H_z] ==> ((Res_DEV_OBJ_INIT[Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(_H_z)]] == 1) && (Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(_H_z)])] == _H_z)))) && ((Subset(Empty(), Inverse(Res_DEV_EXTN,1)) && (forall _H_z : int :: {Inverse(Res_DEV_EXTN,1)[_H_z]} (Inverse(Res_DEV_EXTN,1)[_H_z]) ==> (true)))));
//TAG: requires 1 ==> (Globals.GrandMaster != (void *)0 ==> __resource("DEV_EXTN", Globals.GrandMaster) == 1)
requires((true) ==> ((Mem[T.GrandMaster__GLOBALS][GrandMaster__GLOBALS(Globals)] != 0) ==> (Res_DEV_EXTN[Mem[T.GrandMaster__GLOBALS][GrandMaster__GLOBALS(Globals)]] == 1)));
//TAG: requires 1 ==> __setin(&Globals.LegacyDeviceList, __btwn(__offset((*((struct _LIST_ENTRY *)0)).Flink), (&Globals.LegacyDeviceList)->Flink, &Globals.LegacyDeviceList))
requires((true) ==> (ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))[LegacyDeviceList__GLOBALS(Globals)]));
//TAG: requires 1 ==> __forall(_H_y, __btwn(__offset((*((struct _LIST_ENTRY *)0)).Flink), (&Globals.LegacyDeviceList)->Flink, &Globals.LegacyDeviceList), _H_y == &Globals.LegacyDeviceList || __resource("DEV_EXTN", CONTAINING_RECORD(_H_y, struct _DEVICE_EXTENSION , Link)) == 1)
requires((true) ==> ((Subset(Empty(), ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))) && (forall _H_y : int :: {ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))[_H_y]} (ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))[_H_y]) ==> ((_H_y == LegacyDeviceList__GLOBALS(Globals)) || (Res_DEV_EXTN[MINUS_LEFT_PTR(_H_y, 1, Link__DEVICE_EXTENSION(0))] == 1))))));
//TAG: requires 1 ==> !__setin(&Globals.GrandMaster->Link, __setminus(__btwn(__offset((*((struct _LIST_ENTRY *)0)).Flink), (&Globals.LegacyDeviceList)->Flink, &Globals.LegacyDeviceList), __set(&Globals.LegacyDeviceList)))
requires((true) ==> (!(Difference(ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals)), Singleton(LegacyDeviceList__GLOBALS(Globals)))[Link__DEVICE_EXTENSION(Mem[T.GrandMaster__GLOBALS][GrandMaster__GLOBALS(Globals)])])));
modifies alloc;
free ensures(forall f:int :: {alloc[Base(f)]} old(alloc)[Base(f)] == UNALLOCATED || old(alloc)[Base(f)] == alloc[Base(f)]);

modifies Res_DEVICE_STACK;

//TAG: net change in resource DEVICE_STACK only for: 
modifies Res_DEV_EXTN;

//TAG: net change in resource DEV_EXTN only for: 
modifies Res_DEV_OBJ_INIT;

//TAG: net change in resource DEV_OBJ_INIT only for: 
modifies Res_SPIN_LOCK;

//TAG: net change in resource SPIN_LOCK only for: 

//TAG: havoc memory locations by default
modifies Mem;
{
var havoc_stringTemp:int;
var condVal:int;
var $DriverObject$1$2966.24$KeyboardClassUnload$4 : int;
var $IoAllocateIrp.arg.1$9$ : int;
var $KbdDebugPrint.arg.2$1$ : int;
var $KbdDebugPrint.arg.2$19$ : int;
var $RtlAssert.arg.1$14$ : int;
var $RtlAssert.arg.1$16$ : int;
var $RtlAssert.arg.1$18$ : int;
var $RtlAssert.arg.1$3$ : int;
var $RtlAssert.arg.1$5$ : int;
var $RtlAssert.arg.1$7$ : int;
var $RtlAssert.arg.2$13$ : int;
var $RtlAssert.arg.2$15$ : int;
var $RtlAssert.arg.2$17$ : int;
var $RtlAssert.arg.2$2$ : int;
var $RtlAssert.arg.2$4$ : int;
var $RtlAssert.arg.2$6$ : int;
var $data$3$2989.22$KeyboardClassUnload$4 : int;
var $enabled$6$3006.16$KeyboardClassUnload$4 : int;
var $entry$2$2988.16$KeyboardClassUnload$4 : int;
var $file$7$3007.21$KeyboardClassUnload$4 : int;
var $i$8$3075.14$KeyboardClassUnload$4 : int;
var $irp$5$2991.9$KeyboardClassUnload$4 : int;
var $port$4$2990.10$KeyboardClassUnload$4 : int;
var $result.IoAllocateIrp$3031.31$8$ : int;
var $result.KbdEnableDisablePort$3033.37$10$ : int;
var $result.ObfDereferenceObject$3044.12$11$ : int;
var $result.RemoveEntryList$3055.24$12$ : int;
var tempBoogie0:int;
var tempBoogie1:int;
var tempBoogie2:int;
var tempBoogie3:int;
var tempBoogie4:int;
var tempBoogie5:int;
var tempBoogie6:int;
var tempBoogie7:int;
var tempBoogie8:int;
var tempBoogie9:int;
var tempBoogie10:int;
var tempBoogie11:int;
var tempBoogie12:int;
var tempBoogie13:int;
var tempBoogie14:int;
var tempBoogie15:int;
var tempBoogie16:int;
var tempBoogie17:int;
var tempBoogie18:int;
var tempBoogie19:int;
var LOOP_15_alloc:[int]name;
var LOOP_15_Mem:[name][int]int;
var LOOP_15_Res_DEVICE_STACK:[int]int;
var LOOP_15_Res_DEV_EXTN:[int]int;
var LOOP_15_Res_DEV_OBJ_INIT:[int]int;
var LOOP_15_Res_SPIN_LOCK:[int]int;
var LOOP_108_alloc:[int]name;
var LOOP_108_Mem:[name][int]int;
var LOOP_108_Res_DEVICE_STACK:[int]int;
var LOOP_108_Res_DEV_EXTN:[int]int;
var LOOP_108_Res_DEV_OBJ_INIT:[int]int;
var LOOP_108_Res_SPIN_LOCK:[int]int;


start:

assume (alloc[$DriverObject$1$2966.24$KeyboardClassUnload$41] != UNALLOCATED);
call $file$7$3007.21$KeyboardClassUnload$4 := __HAVOC_malloc(4);
$DriverObject$1$2966.24$KeyboardClassUnload$4 := $DriverObject$1$2966.24$KeyboardClassUnload$41;
goto label_3;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3088)
label_1:
call __HAVOC_free($file$7$3007.21$KeyboardClassUnload$4);
assume (forall m:int:: {Res_DEVICE_STACK[m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Res_DEVICE_STACK[m] == old(Res_DEVICE_STACK)[m]);
assume (forall m:int:: {Res_DEV_EXTN[m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Res_DEV_EXTN[m] == old(Res_DEV_EXTN)[m]);
assume (forall m:int:: {Res_DEV_OBJ_INIT[m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Res_DEV_OBJ_INIT[m] == old(Res_DEV_OBJ_INIT)[m]);
assume (forall m:int:: {Res_SPIN_LOCK[m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Res_SPIN_LOCK[m] == old(Res_SPIN_LOCK)[m]);
assume (forall m:int :: {Mem[T.A11CHAR][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.A11CHAR][m] == old(Mem[T.A11CHAR])[m]);
assume (forall m:int :: {Mem[T.A19CHAR][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.A19CHAR][m] == old(Mem[T.A19CHAR])[m]);
assume (forall m:int :: {Mem[T.A36CHAR][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.A36CHAR][m] == old(Mem[T.A36CHAR])[m]);
assume (forall m:int :: {Mem[T.A37CHAR][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.A37CHAR][m] == old(Mem[T.A37CHAR])[m]);
assume (forall m:int :: {Mem[T.A39CHAR][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.A39CHAR][m] == old(Mem[T.A39CHAR])[m]);
assume (forall m:int :: {Mem[T.A43CHAR][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.A43CHAR][m] == old(Mem[T.A43CHAR])[m]);
assume (forall m:int :: {Mem[T.A74CHAR][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.A74CHAR][m] == old(Mem[T.A74CHAR])[m]);
assume (forall m:int :: {Mem[T.AssocClassList__GLOBALS][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.AssocClassList__GLOBALS][m] == old(Mem[T.AssocClassList__GLOBALS])[m]);
assume (forall m:int :: {Mem[T.Buffer__UNICODE_STRING][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.Buffer__UNICODE_STRING][m] == old(Mem[T.Buffer__UNICODE_STRING])[m]);
assume (forall m:int :: {Mem[T.CurrentStackLocation___unnamed_4_f19b65c1][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.CurrentStackLocation___unnamed_4_f19b65c1][m] == old(Mem[T.CurrentStackLocation___unnamed_4_f19b65c1])[m]);
assume (forall m:int :: {Mem[T.DataIn__DEVICE_EXTENSION][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.DataIn__DEVICE_EXTENSION][m] == old(Mem[T.DataIn__DEVICE_EXTENSION])[m]);
assume (forall m:int :: {Mem[T.DataOut__DEVICE_EXTENSION][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.DataOut__DEVICE_EXTENSION][m] == old(Mem[T.DataOut__DEVICE_EXTENSION])[m]);
assume (forall m:int :: {Mem[T.DeviceExtension__DEVICE_OBJECT][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.DeviceExtension__DEVICE_OBJECT][m] == old(Mem[T.DeviceExtension__DEVICE_OBJECT])[m]);
assume (forall m:int :: {Mem[T.Enabled__DEVICE_EXTENSION][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.Enabled__DEVICE_EXTENSION][m] == old(Mem[T.Enabled__DEVICE_EXTENSION])[m]);
assume (forall m:int :: {Mem[T.Enabled__PORT][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.Enabled__PORT][m] == old(Mem[T.Enabled__PORT])[m]);
assume (forall m:int :: {Mem[T.File__DEVICE_EXTENSION][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.File__DEVICE_EXTENSION][m] == old(Mem[T.File__DEVICE_EXTENSION])[m]);
assume (forall m:int :: {Mem[T.File__PORT][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.File__PORT][m] == old(Mem[T.File__PORT])[m]);
assume (forall m:int :: {Mem[T.Flink__LIST_ENTRY][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.Flink__LIST_ENTRY][m] == old(Mem[T.Flink__LIST_ENTRY])[m]);
assume (forall m:int :: {Mem[T.Free__PORT][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.Free__PORT][m] == old(Mem[T.Free__PORT])[m]);
assume (forall m:int :: {Mem[T.GrandMaster__GLOBALS][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.GrandMaster__GLOBALS][m] == old(Mem[T.GrandMaster__GLOBALS])[m]);
assume (forall m:int :: {Mem[T.INT4][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.INT4][m] == old(Mem[T.INT4])[m]);
assume (forall m:int :: {Mem[T.InputData__DEVICE_EXTENSION][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.InputData__DEVICE_EXTENSION][m] == old(Mem[T.InputData__DEVICE_EXTENSION])[m]);
assume (forall m:int :: {Mem[T.LegacyDeviceList__GLOBALS][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.LegacyDeviceList__GLOBALS][m] == old(Mem[T.LegacyDeviceList__GLOBALS])[m]);
assume (forall m:int :: {Mem[T.Link__DEVICE_EXTENSION][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.Link__DEVICE_EXTENSION][m] == old(Mem[T.Link__DEVICE_EXTENSION])[m]);
assume (forall m:int :: {Mem[T.MinorFunction__IO_STACK_LOCATION][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.MinorFunction__IO_STACK_LOCATION][m] == old(Mem[T.MinorFunction__IO_STACK_LOCATION])[m]);
assume (forall m:int :: {Mem[T.NumAssocClass__GLOBALS][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.NumAssocClass__GLOBALS][m] == old(Mem[T.NumAssocClass__GLOBALS])[m]);
assume (forall m:int :: {Mem[T.PCHAR][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.PCHAR][m] == old(Mem[T.PCHAR])[m]);
assume (forall m:int :: {Mem[T.PP_FILE_OBJECT][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.PP_FILE_OBJECT][m] == old(Mem[T.PP_FILE_OBJECT])[m]);
assume (forall m:int :: {Mem[T.PVOID][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.PVOID][m] == old(Mem[T.PVOID])[m]);
assume (forall m:int :: {Mem[T.P_DEVICE_EXTENSION][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.P_DEVICE_EXTENSION][m] == old(Mem[T.P_DEVICE_EXTENSION])[m]);
assume (forall m:int :: {Mem[T.P_DEVICE_OBJECT][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.P_DEVICE_OBJECT][m] == old(Mem[T.P_DEVICE_OBJECT])[m]);
assume (forall m:int :: {Mem[T.P_FILE_OBJECT][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.P_FILE_OBJECT][m] == old(Mem[T.P_FILE_OBJECT])[m]);
assume (forall m:int :: {Mem[T.P_IRP][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.P_IRP][m] == old(Mem[T.P_IRP])[m]);
assume (forall m:int :: {Mem[T.P_KEYBOARD_INPUT_DATA][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.P_KEYBOARD_INPUT_DATA][m] == old(Mem[T.P_KEYBOARD_INPUT_DATA])[m]);
assume (forall m:int :: {Mem[T.P_LIST_ENTRY][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.P_LIST_ENTRY][m] == old(Mem[T.P_LIST_ENTRY])[m]);
assume (forall m:int :: {Mem[T.P_PORT][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.P_PORT][m] == old(Mem[T.P_PORT])[m]);
assume (forall m:int :: {Mem[T.PnP__DEVICE_EXTENSION][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.PnP__DEVICE_EXTENSION][m] == old(Mem[T.PnP__DEVICE_EXTENSION])[m]);
assume (forall m:int :: {Mem[T.Port__PORT][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.Port__PORT][m] == old(Mem[T.Port__PORT])[m]);
assume (forall m:int :: {Mem[T.RegistryPath__GLOBALS][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.RegistryPath__GLOBALS][m] == old(Mem[T.RegistryPath__GLOBALS])[m]);
assume (forall m:int :: {Mem[T.Self__DEVICE_EXTENSION][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.Self__DEVICE_EXTENSION][m] == old(Mem[T.Self__DEVICE_EXTENSION])[m]);
assume (forall m:int :: {Mem[T.StackSize__DEVICE_OBJECT][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.StackSize__DEVICE_OBJECT][m] == old(Mem[T.StackSize__DEVICE_OBJECT])[m]);
assume (forall m:int :: {Mem[T.Started__DEVICE_EXTENSION][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.Started__DEVICE_EXTENSION][m] == old(Mem[T.Started__DEVICE_EXTENSION])[m]);
assume (forall m:int :: {Mem[T.TopPort__DEVICE_EXTENSION][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.TopPort__DEVICE_EXTENSION][m] == old(Mem[T.TopPort__DEVICE_EXTENSION])[m]);
assume (forall m:int :: {Mem[T.UCHAR][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.UCHAR][m] == old(Mem[T.UCHAR])[m]);
assume (forall m:int :: {Mem[T.UINT4][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.UINT4][m] == old(Mem[T.UINT4])[m]);
assume (forall m:int :: {Mem[T.UnitId__DEVICE_EXTENSION][m]} alloc[Base(m)] != ALLOCATED  && old(alloc)[Base(m)] != ALLOCATED  ==> Mem[T.UnitId__DEVICE_EXTENSION][m] == old(Mem[T.UnitId__DEVICE_EXTENSION])[m]);
return;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3088)
label_2:
assume false;
return;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(2988)
label_3:
goto label_4;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(2989)
label_4:
goto label_5;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(2990)
label_5:
goto label_6;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(2991)
label_6:
goto label_7;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(2995)
label_7:
call __PREfastPagedCode ();
goto label_13;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(2997)
label_10:
// skip KbdDebugPrint
goto label_14;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(2997)
label_13:
call havoc_stringTemp := __HAVOC_malloc(1);
$KbdDebugPrint.arg.2$1$ := havoc_stringTemp ;
goto label_10;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3002)
label_14:
$entry$2$2988.16$KeyboardClassUnload$4 := Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))] ;
goto label_15;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3003)
label_15:
// loop entry initialization...
LOOP_15_alloc := alloc;
LOOP_15_Mem := Mem;
LOOP_15_Res_DEVICE_STACK := Res_DEVICE_STACK;
LOOP_15_Res_DEV_EXTN := Res_DEV_EXTN;
LOOP_15_Res_DEV_OBJ_INIT := Res_DEV_OBJ_INIT;
LOOP_15_Res_SPIN_LOCK := Res_SPIN_LOCK;
goto label_15_head;


label_15_head:
// loop head assertions...
//TAG: requires __pforall(_H_x, (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)_H_x)->DeviceExtension), __inv_resource("DEV_OBJ_INIT", 1), ((struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)_H_x)->DeviceExtension))->Self == _H_x && __resource("DEV_EXTN", (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)_H_x)->DeviceExtension)) == 1)
assert((forall _H_x:int :: {Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(_H_x)]} Inverse(Res_DEV_OBJ_INIT,1)[_H_x] ==> ((Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(_H_x)])] == _H_x) && (Res_DEV_EXTN[Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(_H_x)]] == 1))));
//TAG: requires __pforall(_H_z, _H_z->Self, __inv_resource("DEV_EXTN", 1), __resource("DEV_OBJ_INIT", _H_z->Self) == 1 && (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)(_H_z->Self))->DeviceExtension) == _H_z)
assert((forall _H_z:int :: {Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(_H_z)]} Inverse(Res_DEV_EXTN,1)[_H_z] ==> ((Res_DEV_OBJ_INIT[Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(_H_z)]] == 1) && (Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(_H_z)])] == _H_z))));
//TAG: requires __forall(_H_z, __inv_resource("DEV_EXTN", 1), 1)
assert((Subset(Empty(), Inverse(Res_DEV_EXTN,1)) && (forall _H_z : int :: {Inverse(Res_DEV_EXTN,1)[_H_z]} (Inverse(Res_DEV_EXTN,1)[_H_z]) ==> (true))));
//TAG: requires 1 ==> (Globals.GrandMaster != (void *)0 ==> __resource("DEV_EXTN", Globals.GrandMaster) == 1)
assert((true) ==> ((Mem[T.GrandMaster__GLOBALS][GrandMaster__GLOBALS(Globals)] != 0) ==> (Res_DEV_EXTN[Mem[T.GrandMaster__GLOBALS][GrandMaster__GLOBALS(Globals)]] == 1)));
//TAG: requires 1 ==> __setin(&Globals.LegacyDeviceList, __btwn(__offset((*((struct _LIST_ENTRY *)0)).Flink), (&Globals.LegacyDeviceList)->Flink, &Globals.LegacyDeviceList))
assert((true) ==> (ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))[LegacyDeviceList__GLOBALS(Globals)]));
//TAG: requires 1 ==> __forall(_H_y, __btwn(__offset((*((struct _LIST_ENTRY *)0)).Flink), (&Globals.LegacyDeviceList)->Flink, &Globals.LegacyDeviceList), _H_y == &Globals.LegacyDeviceList || __resource("DEV_EXTN", CONTAINING_RECORD(_H_y, struct _DEVICE_EXTENSION , Link)) == 1)
assert((true) ==> ((Subset(Empty(), ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))) && (forall _H_y : int :: {ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))[_H_y]} (ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))[_H_y]) ==> ((_H_y == LegacyDeviceList__GLOBALS(Globals)) || (Res_DEV_EXTN[MINUS_LEFT_PTR(_H_y, 1, Link__DEVICE_EXTENSION(0))] == 1))))));
//TAG: requires 1 ==> !__setin(&Globals.GrandMaster->Link, __setminus(__btwn(__offset((*((struct _LIST_ENTRY *)0)).Flink), (&Globals.LegacyDeviceList)->Flink, &Globals.LegacyDeviceList), __set(&Globals.LegacyDeviceList)))
assert((true) ==> (!(Difference(ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals)), Singleton(LegacyDeviceList__GLOBALS(Globals)))[Link__DEVICE_EXTENSION(Mem[T.GrandMaster__GLOBALS][GrandMaster__GLOBALS(Globals)])])));
//TAG: requires __setin(entry, __btwn(__offset((*((struct _LIST_ENTRY *)0)).Flink), (&Globals.LegacyDeviceList)->Flink, &Globals.LegacyDeviceList))
assert(ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))[$entry$2$2988.16$KeyboardClassUnload$4]);
assume(forall f:int :: {alloc[Base(f)]} LOOP_15_alloc[Base(f)] == UNALLOCATED || LOOP_15_alloc[Base(f)] == alloc[Base(f)]);


//TAG: net change in resource DEVICE_STACK only for: __set_empty
assert  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_DEVICE_STACK[r]} (Empty()[r]) || LOOP_15_Res_DEVICE_STACK[r] == Res_DEVICE_STACK[r]));

//TAG: net change in resource DEV_EXTN only for: __set_true
assert  (Subset(Empty(), Union(Empty(), SetTrue())) && (forall r:int :: {Res_DEV_EXTN[r]} (SetTrue()[r]) || LOOP_15_Res_DEV_EXTN[r] == Res_DEV_EXTN[r]));

//TAG: net change in resource DEV_OBJ_INIT only for: __set_true
assert  (Subset(Empty(), Union(Empty(), SetTrue())) && (forall r:int :: {Res_DEV_OBJ_INIT[r]} (SetTrue()[r]) || LOOP_15_Res_DEV_OBJ_INIT[r] == Res_DEV_OBJ_INIT[r]));

//TAG: net change in resource SPIN_LOCK only for: __set_empty
assert  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_SPIN_LOCK[r]} (Empty()[r]) || LOOP_15_Res_SPIN_LOCK[r] == Res_SPIN_LOCK[r]));
//TAG: updated memory locations at Mem[T.MinorFunction__IO_STACK_LOCATION] only for: __set_empty
assert   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.MinorFunction__IO_STACK_LOCATION][_m]} (Empty()[_m]) || Mem[T.MinorFunction__IO_STACK_LOCATION][_m] == LOOP_15_Mem[T.MinorFunction__IO_STACK_LOCATION][_m]));
//TAG: updated memory locations at Mem[T.CurrentStackLocation___unnamed_4_f19b65c1] only for: __set_empty
assert   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.CurrentStackLocation___unnamed_4_f19b65c1][_m]} (Empty()[_m]) || Mem[T.CurrentStackLocation___unnamed_4_f19b65c1][_m] == LOOP_15_Mem[T.CurrentStackLocation___unnamed_4_f19b65c1][_m]));
//TAG: updated memory locations at Mem[T.DeviceExtension__DEVICE_OBJECT] only for: __set_empty
assert   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.DeviceExtension__DEVICE_OBJECT][_m]} (Empty()[_m]) || Mem[T.DeviceExtension__DEVICE_OBJECT][_m] == LOOP_15_Mem[T.DeviceExtension__DEVICE_OBJECT][_m]));
//TAG: updated memory locations at Mem[T.Self__DEVICE_EXTENSION] only for: __set_empty
assert   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.Self__DEVICE_EXTENSION][_m]} (Empty()[_m]) || Mem[T.Self__DEVICE_EXTENSION][_m] == LOOP_15_Mem[T.Self__DEVICE_EXTENSION][_m]));
//TAG: updated memory locations at Mem[T.Started__DEVICE_EXTENSION] only for: __set_empty
assert   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.Started__DEVICE_EXTENSION][_m]} (Empty()[_m]) || Mem[T.Started__DEVICE_EXTENSION][_m] == LOOP_15_Mem[T.Started__DEVICE_EXTENSION][_m]));
//TAG: updated memory locations at Mem[T.GrandMaster__GLOBALS] only for: __set_empty
assert   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.GrandMaster__GLOBALS][_m]} (Empty()[_m]) || Mem[T.GrandMaster__GLOBALS][_m] == LOOP_15_Mem[T.GrandMaster__GLOBALS][_m]));
//TAG: updated memory locations at Mem[T.P_DEVICE_OBJECT] only for: __set_empty
assert   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.P_DEVICE_OBJECT][_m]} (Empty()[_m]) || Mem[T.P_DEVICE_OBJECT][_m] == LOOP_15_Mem[T.P_DEVICE_OBJECT][_m]));

// end loop head assertions

goto label_15_true , label_15_false ;


label_15_true :
assume ($entry$2$2988.16$KeyboardClassUnload$4 != LegacyDeviceList__GLOBALS(Globals));
goto label_16;


label_15_false :
assume !($entry$2$2988.16$KeyboardClassUnload$4 != LegacyDeviceList__GLOBALS(Globals));
goto label_85;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3006)
label_16:
goto label_17;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3006)
label_17:
$enabled$6$3006.16$KeyboardClassUnload$4 := 0 ;
goto label_18;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3007)
label_18:
goto label_19;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3007)
label_19:
Mem[T.P_FILE_OBJECT] := Mem[T.P_FILE_OBJECT][$file$7$3007.21$KeyboardClassUnload$4 := 0];
goto label_20;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3009)
label_20:
$data$3$2989.22$KeyboardClassUnload$4 := MINUS_LEFT_PTR($entry$2$2988.16$KeyboardClassUnload$4, 1, 272) ;
goto label_21;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3010)
label_21:
goto label_21_true , label_21_false ;


label_21_true :
assume (Mem[T.PnP__DEVICE_EXTENSION][PnP__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4)] != 0);
goto label_25;


label_21_false :
assume (Mem[T.PnP__DEVICE_EXTENSION][PnP__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4)] == 0);
goto label_27;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3010)
label_22:
// skip RtlAssert
goto label_27;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3010)
label_25:
call havoc_stringTemp := __HAVOC_malloc(1);
$RtlAssert.arg.2$2$ := havoc_stringTemp ;
goto label_26;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3010)
label_26:
call havoc_stringTemp := __HAVOC_malloc(1);
$RtlAssert.arg.1$3$ := havoc_stringTemp ;
goto label_22;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3012)
label_27:
goto label_27_true , label_27_false ;


label_27_true :
assume (Mem[T.GrandMaster__GLOBALS][GrandMaster__GLOBALS(Globals)] != 0);
goto label_28;


label_27_false :
assume (Mem[T.GrandMaster__GLOBALS][GrandMaster__GLOBALS(Globals)] == 0);
goto label_40;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3013)
label_28:
$port$4$2990.10$KeyboardClassUnload$4 := PLUS(Mem[T.AssocClassList__GLOBALS][AssocClassList__GLOBALS(Globals)], 12, Mem[T.UnitId__DEVICE_EXTENSION][UnitId__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4)]) ;
goto label_29;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3014)
label_29:
goto label_29_true , label_29_false ;


label_29_true :
assume (Mem[T.Port__PORT][Port__PORT($port$4$2990.10$KeyboardClassUnload$4)] == $data$3$2989.22$KeyboardClassUnload$4);
goto label_35;


label_29_false :
assume !(Mem[T.Port__PORT][Port__PORT($port$4$2990.10$KeyboardClassUnload$4)] == $data$3$2989.22$KeyboardClassUnload$4);
goto label_33;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3014)
label_30:
// skip RtlAssert
goto label_35;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3014)
label_33:
call havoc_stringTemp := __HAVOC_malloc(1);
$RtlAssert.arg.2$4$ := havoc_stringTemp ;
goto label_34;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3014)
label_34:
call havoc_stringTemp := __HAVOC_malloc(1);
$RtlAssert.arg.1$5$ := havoc_stringTemp ;
goto label_30;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3016)
label_35:
$enabled$6$3006.16$KeyboardClassUnload$4 := Mem[T.Enabled__PORT][Enabled__PORT($port$4$2990.10$KeyboardClassUnload$4)] ;
goto label_36;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3017)
label_36:
Mem[T.P_FILE_OBJECT] := Mem[T.P_FILE_OBJECT][$file$7$3007.21$KeyboardClassUnload$4 := Mem[T.File__PORT][File__PORT($port$4$2990.10$KeyboardClassUnload$4)]];
goto label_37;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3019)
label_37:
Mem[T.Enabled__PORT] := Mem[T.Enabled__PORT][Enabled__PORT($port$4$2990.10$KeyboardClassUnload$4) := 0];
goto label_38;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3020)
label_38:
Mem[T.File__PORT] := Mem[T.File__PORT][File__PORT($port$4$2990.10$KeyboardClassUnload$4) := 0];
goto label_39;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3021)
label_39:
Mem[T.Free__PORT] := Mem[T.Free__PORT][Free__PORT($port$4$2990.10$KeyboardClassUnload$4) := 1];
goto label_49;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3024)
label_40:
$enabled$6$3006.16$KeyboardClassUnload$4 := Mem[T.Enabled__DEVICE_EXTENSION][Enabled__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4)] ;
goto label_41;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3025)
label_41:
Mem[T.P_FILE_OBJECT] := Mem[T.P_FILE_OBJECT][$file$7$3007.21$KeyboardClassUnload$4 := Mem[T.File__DEVICE_EXTENSION][File__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4)]];
goto label_42;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3026)
label_42:
goto label_42_true , label_42_false ;


label_42_true :
assume (Mem[T.File__DEVICE_EXTENSION][File__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4)] != 0);
goto label_48;


label_42_false :
assume (Mem[T.File__DEVICE_EXTENSION][File__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4)] == 0);
goto label_46;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3026)
label_43:
// skip RtlAssert
goto label_48;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3026)
label_46:
call havoc_stringTemp := __HAVOC_malloc(1);
$RtlAssert.arg.2$6$ := havoc_stringTemp ;
goto label_47;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3026)
label_47:
call havoc_stringTemp := __HAVOC_malloc(1);
$RtlAssert.arg.1$7$ := havoc_stringTemp ;
goto label_43;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3027)
label_48:
Mem[T.Enabled__DEVICE_EXTENSION] := Mem[T.Enabled__DEVICE_EXTENSION][Enabled__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4) := 0];
goto label_49;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3030)
label_49:
goto label_49_true , label_49_false ;


label_49_true :
assume ($enabled$6$3006.16$KeyboardClassUnload$4 != 0);
goto label_53;


label_49_false :
assume ($enabled$6$3006.16$KeyboardClassUnload$4 == 0);
goto label_62;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3031)
label_50:
call $result.IoAllocateIrp$3031.31$8$ := IoAllocateIrp ($IoAllocateIrp.arg.1$9$, 0);
goto label_54;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3031)
label_53:
$IoAllocateIrp.arg.1$9$ := PLUS(Mem[T.StackSize__DEVICE_OBJECT][StackSize__DEVICE_OBJECT(Mem[T.TopPort__DEVICE_EXTENSION][TopPort__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4)])], 1, 1) ;
goto label_50;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3031)
label_54:
$irp$5$2991.9$KeyboardClassUnload$4 := $result.IoAllocateIrp$3031.31$8$ ;
goto label_55;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3032)
label_55:
goto label_55_true , label_55_false ;


label_55_true :
assume ($irp$5$2991.9$KeyboardClassUnload$4 != 0);
goto label_56;


label_55_false :
assume ($irp$5$2991.9$KeyboardClassUnload$4 == 0);
goto label_62;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3033)
label_56:
call $result.KbdEnableDisablePort$3033.37$10$ := KbdEnableDisablePort (0, $irp$5$2991.9$KeyboardClassUnload$4, $data$3$2989.22$KeyboardClassUnload$4, $file$7$3007.21$KeyboardClassUnload$4);
goto label_59;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3034)
label_59:
call IoFreeIrp ($irp$5$2991.9$KeyboardClassUnload$4);
goto label_62;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3043)
label_62:
goto label_62_true , label_62_false ;


label_62_true :
assume (Mem[T.P_FILE_OBJECT][$file$7$3007.21$KeyboardClassUnload$4] != 0);
goto label_63;


label_62_false :
assume (Mem[T.P_FILE_OBJECT][$file$7$3007.21$KeyboardClassUnload$4] == 0);
goto label_66;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3044)
label_63:
call $result.ObfDereferenceObject$3044.12$11$ := ObfDereferenceObject (Mem[T.P_FILE_OBJECT][$file$7$3007.21$KeyboardClassUnload$4]);
goto label_66;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3051)
label_66:
goto label_66_true , label_66_false ;


label_66_true :
assume (Mem[T.GrandMaster__GLOBALS][GrandMaster__GLOBALS(Globals)] != 0);
goto label_70;


label_66_false :
assume (Mem[T.GrandMaster__GLOBALS][GrandMaster__GLOBALS(Globals)] == 0);
goto label_67;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3052)
label_67:
call KeyboardClassCleanupQueue (Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4)], $data$3$2989.22$KeyboardClassUnload$4, 0);
goto label_70;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3055)
label_70:
call $result.RemoveEntryList$3055.24$12$ := RemoveEntryList (Link__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4));
goto label_73;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3056)
label_73:
$entry$2$2988.16$KeyboardClassUnload$4 := Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY($entry$2$2988.16$KeyboardClassUnload$4)] ;
goto label_74;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3058)
label_74:
goto label_74_true , label_74_false ;


label_74_true :
assume (Mem[T.InputData__DEVICE_EXTENSION][InputData__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4)] != 0);
goto label_75;


label_74_false :
assume (Mem[T.InputData__DEVICE_EXTENSION][InputData__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4)] == 0);
goto label_81;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3058)
label_75:
call ExFreePoolWithTag (Mem[T.InputData__DEVICE_EXTENSION][InputData__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4)], 0);
goto label_78;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3058)
label_78:
Mem[T.DataOut__DEVICE_EXTENSION] := Mem[T.DataOut__DEVICE_EXTENSION][DataOut__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4) := 0];
goto label_79;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3058)
label_79:
Mem[T.DataIn__DEVICE_EXTENSION] := Mem[T.DataIn__DEVICE_EXTENSION][DataIn__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4) := Mem[T.DataOut__DEVICE_EXTENSION][DataOut__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4)]];
goto label_80;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3058)
label_80:
Mem[T.InputData__DEVICE_EXTENSION] := Mem[T.InputData__DEVICE_EXTENSION][InputData__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4) := Mem[T.DataIn__DEVICE_EXTENSION][DataIn__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4)]];
goto label_81;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3058)
label_81:
call IoDeleteDevice (Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4)]);
goto label_84;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3058)
label_84:
$data$3$2989.22$KeyboardClassUnload$4 := 0 ;
goto label_15_head;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3064)
label_85:
goto label_85_true , label_85_false ;


label_85_true :
assume (Mem[T.GrandMaster__GLOBALS][GrandMaster__GLOBALS(Globals)] != 0);
goto label_86;


label_85_false :
assume (Mem[T.GrandMaster__GLOBALS][GrandMaster__GLOBALS(Globals)] == 0);
goto label_102;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3065)
label_86:
$data$3$2989.22$KeyboardClassUnload$4 := Mem[T.GrandMaster__GLOBALS][GrandMaster__GLOBALS(Globals)] ;
goto label_87;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3066)
label_87:
Mem[T.GrandMaster__GLOBALS] := Mem[T.GrandMaster__GLOBALS][GrandMaster__GLOBALS(Globals) := 0];
goto label_88;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3068)
label_88:
call KeyboardClassCleanupQueue (Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4)], $data$3$2989.22$KeyboardClassUnload$4, 0);
goto label_91;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3069)
label_91:
goto label_91_true , label_91_false ;


label_91_true :
assume (Mem[T.InputData__DEVICE_EXTENSION][InputData__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4)] != 0);
goto label_92;


label_91_false :
assume (Mem[T.InputData__DEVICE_EXTENSION][InputData__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4)] == 0);
goto label_98;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3069)
label_92:
call ExFreePoolWithTag (Mem[T.InputData__DEVICE_EXTENSION][InputData__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4)], 0);
goto label_95;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3069)
label_95:
Mem[T.DataOut__DEVICE_EXTENSION] := Mem[T.DataOut__DEVICE_EXTENSION][DataOut__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4) := 0];
goto label_96;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3069)
label_96:
Mem[T.DataIn__DEVICE_EXTENSION] := Mem[T.DataIn__DEVICE_EXTENSION][DataIn__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4) := Mem[T.DataOut__DEVICE_EXTENSION][DataOut__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4)]];
goto label_97;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3069)
label_97:
Mem[T.InputData__DEVICE_EXTENSION] := Mem[T.InputData__DEVICE_EXTENSION][InputData__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4) := Mem[T.DataIn__DEVICE_EXTENSION][DataIn__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4)]];
goto label_98;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3069)
label_98:
call IoDeleteDevice (Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION($data$3$2989.22$KeyboardClassUnload$4)]);
goto label_101;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3069)
label_101:
$data$3$2989.22$KeyboardClassUnload$4 := 0 ;
goto label_102;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3072)
label_102:
call ExFreePoolWithTag (Mem[T.Buffer__UNICODE_STRING][Buffer__UNICODE_STRING(RegistryPath__GLOBALS(Globals))], 0);
goto label_105;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3073)
label_105:
goto label_105_true , label_105_false ;


label_105_true :
assume (Mem[T.AssocClassList__GLOBALS][AssocClassList__GLOBALS(Globals)] != 0);
goto label_106;


label_105_false :
assume (Mem[T.AssocClassList__GLOBALS][AssocClassList__GLOBALS(Globals)] == 0);
goto label_134;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3075)
label_106:
goto label_107;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3077)
label_107:
$i$8$3075.14$KeyboardClassUnload$4 := 0 ;
goto label_108;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3077)
label_108:
// loop entry initialization...
LOOP_108_alloc := alloc;
LOOP_108_Mem := Mem;
LOOP_108_Res_DEVICE_STACK := Res_DEVICE_STACK;
LOOP_108_Res_DEV_EXTN := Res_DEV_EXTN;
LOOP_108_Res_DEV_OBJ_INIT := Res_DEV_OBJ_INIT;
LOOP_108_Res_SPIN_LOCK := Res_SPIN_LOCK;
goto label_108_head;


label_108_head:
// loop head assertions...
//TAG: requires __pforall(_H_x, (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)_H_x)->DeviceExtension), __inv_resource("DEV_OBJ_INIT", 1), ((struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)_H_x)->DeviceExtension))->Self == _H_x && __resource("DEV_EXTN", (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)_H_x)->DeviceExtension)) == 1)
assert((forall _H_x:int :: {Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(_H_x)]} Inverse(Res_DEV_OBJ_INIT,1)[_H_x] ==> ((Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(_H_x)])] == _H_x) && (Res_DEV_EXTN[Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(_H_x)]] == 1))));
//TAG: requires __pforall(_H_z, _H_z->Self, __inv_resource("DEV_EXTN", 1), __resource("DEV_OBJ_INIT", _H_z->Self) == 1 && (struct _DEVICE_EXTENSION *)(((struct _DEVICE_OBJECT *)(_H_z->Self))->DeviceExtension) == _H_z)
assert((forall _H_z:int :: {Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(_H_z)]} Inverse(Res_DEV_EXTN,1)[_H_z] ==> ((Res_DEV_OBJ_INIT[Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(_H_z)]] == 1) && (Mem[T.DeviceExtension__DEVICE_OBJECT][DeviceExtension__DEVICE_OBJECT(Mem[T.Self__DEVICE_EXTENSION][Self__DEVICE_EXTENSION(_H_z)])] == _H_z))));
//TAG: requires __forall(_H_z, __inv_resource("DEV_EXTN", 1), 1)
assert((Subset(Empty(), Inverse(Res_DEV_EXTN,1)) && (forall _H_z : int :: {Inverse(Res_DEV_EXTN,1)[_H_z]} (Inverse(Res_DEV_EXTN,1)[_H_z]) ==> (true))));
//TAG: requires 1 ==> (Globals.GrandMaster != (void *)0 ==> __resource("DEV_EXTN", Globals.GrandMaster) == 1)
assert((true) ==> ((Mem[T.GrandMaster__GLOBALS][GrandMaster__GLOBALS(Globals)] != 0) ==> (Res_DEV_EXTN[Mem[T.GrandMaster__GLOBALS][GrandMaster__GLOBALS(Globals)]] == 1)));
//TAG: requires 1 ==> __setin(&Globals.LegacyDeviceList, __btwn(__offset((*((struct _LIST_ENTRY *)0)).Flink), (&Globals.LegacyDeviceList)->Flink, &Globals.LegacyDeviceList))
assert((true) ==> (ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))[LegacyDeviceList__GLOBALS(Globals)]));
//TAG: requires 1 ==> __forall(_H_y, __btwn(__offset((*((struct _LIST_ENTRY *)0)).Flink), (&Globals.LegacyDeviceList)->Flink, &Globals.LegacyDeviceList), _H_y == &Globals.LegacyDeviceList || __resource("DEV_EXTN", CONTAINING_RECORD(_H_y, struct _DEVICE_EXTENSION , Link)) == 1)
assert((true) ==> ((Subset(Empty(), ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))) && (forall _H_y : int :: {ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))[_H_y]} (ReachBetweenSet(Shift_Flink__LIST_ENTRY(Mem[T.Flink__LIST_ENTRY]), Mem[T.Flink__LIST_ENTRY][Flink__LIST_ENTRY(LegacyDeviceList__GLOBALS(Globals))], LegacyDeviceList__GLOBALS(Globals))[_H_y]) ==> ((_H_y == LegacyDeviceList__GLOBALS(Globals)) || (Res_DEV_EXTN[MINUS_LEFT_PTR(_H_y, 1, Link__DEVICE_EXTENSION(0))] == 1))))));
//TAG: requires __preserves_resource("DEV_OBJ_INIT")
assert(Res_DEV_OBJ_INIT == LOOP_108_Res_DEV_OBJ_INIT);
//TAG: requires __preserves_resource("DEV_EXTN")
assert(Res_DEV_EXTN == LOOP_108_Res_DEV_EXTN);
//TAG: requires __preserves_field_map(__offset((*((struct _LIST_ENTRY *)0)).Flink))
assert(Mem[T.Flink__LIST_ENTRY] == LOOP_108_Mem[T.Flink__LIST_ENTRY]);
assume(forall f:int :: {alloc[Base(f)]} LOOP_108_alloc[Base(f)] == UNALLOCATED || LOOP_108_alloc[Base(f)] == alloc[Base(f)]);


//TAG: net change in resource DEVICE_STACK only for: __set_empty
assert  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_DEVICE_STACK[r]} (Empty()[r]) || LOOP_108_Res_DEVICE_STACK[r] == Res_DEVICE_STACK[r]));

//TAG: net change in resource DEV_EXTN only for: __set_empty
assert  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_DEV_EXTN[r]} (Empty()[r]) || LOOP_108_Res_DEV_EXTN[r] == Res_DEV_EXTN[r]));

//TAG: net change in resource DEV_OBJ_INIT only for: __set_empty
assert  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_DEV_OBJ_INIT[r]} (Empty()[r]) || LOOP_108_Res_DEV_OBJ_INIT[r] == Res_DEV_OBJ_INIT[r]));

//TAG: net change in resource SPIN_LOCK only for: __set_empty
assert  (Subset(Empty(), Union(Empty(), Empty())) && (forall r:int :: {Res_SPIN_LOCK[r]} (Empty()[r]) || LOOP_108_Res_SPIN_LOCK[r] == Res_SPIN_LOCK[r]));
//TAG: updated memory locations at Mem[T.MinorFunction__IO_STACK_LOCATION] only for: __set_empty
assert   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.MinorFunction__IO_STACK_LOCATION][_m]} (Empty()[_m]) || Mem[T.MinorFunction__IO_STACK_LOCATION][_m] == LOOP_108_Mem[T.MinorFunction__IO_STACK_LOCATION][_m]));
//TAG: updated memory locations at Mem[T.CurrentStackLocation___unnamed_4_f19b65c1] only for: __set_empty
assert   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.CurrentStackLocation___unnamed_4_f19b65c1][_m]} (Empty()[_m]) || Mem[T.CurrentStackLocation___unnamed_4_f19b65c1][_m] == LOOP_108_Mem[T.CurrentStackLocation___unnamed_4_f19b65c1][_m]));
//TAG: updated memory locations at Mem[T.DeviceExtension__DEVICE_OBJECT] only for: __set_empty
assert   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.DeviceExtension__DEVICE_OBJECT][_m]} (Empty()[_m]) || Mem[T.DeviceExtension__DEVICE_OBJECT][_m] == LOOP_108_Mem[T.DeviceExtension__DEVICE_OBJECT][_m]));
//TAG: updated memory locations at Mem[T.Self__DEVICE_EXTENSION] only for: __set_empty
assert   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.Self__DEVICE_EXTENSION][_m]} (Empty()[_m]) || Mem[T.Self__DEVICE_EXTENSION][_m] == LOOP_108_Mem[T.Self__DEVICE_EXTENSION][_m]));
//TAG: updated memory locations at Mem[T.Started__DEVICE_EXTENSION] only for: __set_empty
assert   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.Started__DEVICE_EXTENSION][_m]} (Empty()[_m]) || Mem[T.Started__DEVICE_EXTENSION][_m] == LOOP_108_Mem[T.Started__DEVICE_EXTENSION][_m]));
//TAG: updated memory locations at Mem[T.GrandMaster__GLOBALS] only for: __set_empty
assert   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.GrandMaster__GLOBALS][_m]} (Empty()[_m]) || Mem[T.GrandMaster__GLOBALS][_m] == LOOP_108_Mem[T.GrandMaster__GLOBALS][_m]));
//TAG: updated memory locations at Mem[T.P_DEVICE_OBJECT] only for: __set_empty
assert   (Subset(Empty(), Union(Empty(), Empty())) && (forall _m:int :: {Mem[T.P_DEVICE_OBJECT][_m]} (Empty()[_m]) || Mem[T.P_DEVICE_OBJECT][_m] == LOOP_108_Mem[T.P_DEVICE_OBJECT][_m]));

// end loop head assertions

goto label_108_true , label_108_false ;


label_108_true :
assume ($i$8$3075.14$KeyboardClassUnload$4 < Mem[T.NumAssocClass__GLOBALS][NumAssocClass__GLOBALS(Globals)]);
goto label_109;


label_108_false :
assume !($i$8$3075.14$KeyboardClassUnload$4 < Mem[T.NumAssocClass__GLOBALS][NumAssocClass__GLOBALS(Globals)]);
goto label_128;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3078)
label_109:
goto label_109_true , label_109_false ;


label_109_true :
assume (Mem[T.Free__PORT][Free__PORT(PLUS(Mem[T.AssocClassList__GLOBALS][AssocClassList__GLOBALS(Globals)], 12, $i$8$3075.14$KeyboardClassUnload$4))] == 1);
goto label_115;


label_109_false :
assume !(Mem[T.Free__PORT][Free__PORT(PLUS(Mem[T.AssocClassList__GLOBALS][AssocClassList__GLOBALS(Globals)], 12, $i$8$3075.14$KeyboardClassUnload$4))] == 1);
goto label_113;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3078)
label_110:
// skip RtlAssert
goto label_115;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3078)
label_113:
call havoc_stringTemp := __HAVOC_malloc(1);
$RtlAssert.arg.2$13$ := havoc_stringTemp ;
goto label_114;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3078)
label_114:
call havoc_stringTemp := __HAVOC_malloc(1);
$RtlAssert.arg.1$14$ := havoc_stringTemp ;
goto label_110;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3079)
label_115:
goto label_115_true , label_115_false ;


label_115_true :
assume (Mem[T.Enabled__PORT][Enabled__PORT(PLUS(Mem[T.AssocClassList__GLOBALS][AssocClassList__GLOBALS(Globals)], 12, $i$8$3075.14$KeyboardClassUnload$4))] != 0);
goto label_119;


label_115_false :
assume (Mem[T.Enabled__PORT][Enabled__PORT(PLUS(Mem[T.AssocClassList__GLOBALS][AssocClassList__GLOBALS(Globals)], 12, $i$8$3075.14$KeyboardClassUnload$4))] == 0);
goto label_121;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3079)
label_116:
// skip RtlAssert
goto label_121;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3079)
label_119:
call havoc_stringTemp := __HAVOC_malloc(1);
$RtlAssert.arg.2$15$ := havoc_stringTemp ;
goto label_120;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3079)
label_120:
call havoc_stringTemp := __HAVOC_malloc(1);
$RtlAssert.arg.1$16$ := havoc_stringTemp ;
goto label_116;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3080)
label_121:
goto label_121_true , label_121_false ;


label_121_true :
assume (Mem[T.File__PORT][File__PORT(PLUS(Mem[T.AssocClassList__GLOBALS][AssocClassList__GLOBALS(Globals)], 12, $i$8$3075.14$KeyboardClassUnload$4))] != 0);
goto label_125;


label_121_false :
assume (Mem[T.File__PORT][File__PORT(PLUS(Mem[T.AssocClassList__GLOBALS][AssocClassList__GLOBALS(Globals)], 12, $i$8$3075.14$KeyboardClassUnload$4))] == 0);
goto label_127;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3080)
label_122:
// skip RtlAssert
goto label_127;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3080)
label_125:
call havoc_stringTemp := __HAVOC_malloc(1);
$RtlAssert.arg.2$17$ := havoc_stringTemp ;
goto label_126;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3080)
label_126:
call havoc_stringTemp := __HAVOC_malloc(1);
$RtlAssert.arg.1$18$ := havoc_stringTemp ;
goto label_122;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3077)
label_127:
$i$8$3075.14$KeyboardClassUnload$4 := PLUS($i$8$3075.14$KeyboardClassUnload$4, 1, 1) ;
goto label_108_head;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3084)
label_128:
call ExFreePoolWithTag (Mem[T.AssocClassList__GLOBALS][AssocClassList__GLOBALS(Globals)], 0);
goto label_134;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3087)
label_131:
// skip KbdDebugPrint
goto label_1;


// e:\esp1\esp\tests\hvdrivers\houdini\kbdclass_fbl_fbs_dev2_ntfs\kbdclass.c(3087)
label_134:
call havoc_stringTemp := __HAVOC_malloc(1);
$KbdDebugPrint.arg.2$19$ := havoc_stringTemp ;
goto label_131;

}