wjb/evaluation/pin-3.15-98253-gb56e429b1-gcc-linux/source/tools/AttachDetach/w_attach_tool2.cpp

/*
 * Copyright 2002-2019 Intel Corporation.
 * 
 * This software is provided to you as Sample Source Code as defined in the accompanying
 * End User License Agreement for the Intel(R) Software Development Products ("Agreement")
 * section 1.L.
 * 
 * This software and the related documents are provided as is, with no express or implied
 * warranties, other than those that are expressly stated in the License.
 */

//includes section start

#include "pin.H"

#include <iostream>

#include <fstream>

#include <time.h>

#include <sys/timeb.h>


using std::string;
using std::cerr;
using std::flush;
using std::endl;
using std::ofstream;

namespace WIND
{
    //required for waitortimercallback and ptimerapcroutine 
    #define _WIN32_WINNT 0x0501

    //include sockets 
    #include <winsock2.h>

    // include windows.h in its own namespace to avoid conflicting definitions
    #include <windows.h>
    
    const DWORD tls_out_of_indexes = TLS_OUT_OF_INDEXES;
}


//includes section footer







//globals section start




/* ===================================================================== */
/* Commandline Switches */
/* ===================================================================== */

KNOB<string> KnobOutputFile(KNOB_MODE_WRITEONCE, "pintool",
    "o", "w_attach_tool2.txt", "specify tool log file name");
    
KNOB<BOOL> KnobDoPrint(KNOB_MODE_WRITEONCE, "pintool",
    "do_print", "0", "set if print from replacement functions to outputfile is desired");

KNOB<UINT32> KnobStressDetachReAttach(KNOB_MODE_WRITEONCE, "pintool",
    "stress_dr", "0", "stress test for detach & reattach mechanism");

/* ===================================================================== */

INT32 Usage()
{
    cerr << KNOB_BASE::StringKnobSummary();
    cerr << endl;
    cerr.flush();
    return -1;
}





ofstream OutFile;



WIND::DWORD dwIndexTls;


WIND::HRESULT (APIENTRY *fptrPrintDlgExW)(WIND::LPPRINTDLGEXW );



WIND::RPC_STATUS (WINAPI *fptrRpcNsBindingLookupBeginW)( unsigned long ,  WIND::RPC_WSTR ,  WIND::RPC_IF_HANDLE ,  WIND::UUID __RPC_FAR * ,  unsigned long ,  WIND::RPC_NS_HANDLE __RPC_FAR * );



WIND::HANDLE (WINAPI *fptrGetStdHandle)( WIND::DWORD );



WIND::BOOL (WINAPI *fptrReleaseMutex)( WIND::HANDLE );



WIND::BOOL (WINAPI *fptrGetOverlappedResult)( WIND::HANDLE ,  WIND::LPOVERLAPPED ,  WIND::LPDWORD ,  WIND::BOOL );



WIND::DWORD (WINAPI *fptrWaitForSingleObject)( WIND::HANDLE ,  WIND::DWORD );



long (WINAPI *fptrBroadcastSystemMessageA)( WIND::DWORD ,  WIND::LPDWORD ,  WIND::UINT ,  WIND::WPARAM ,  WIND::LPARAM );



WIND::DWORD (WINAPI *fptrSignalObjectAndWait)( WIND::HANDLE ,  WIND::HANDLE ,  WIND::DWORD ,  WIND::BOOL );



WIND::RPC_STATUS (WINAPI *fptrRpcNsBindingLookupBeginA)( unsigned long ,  WIND::RPC_CSTR ,  WIND::RPC_IF_HANDLE ,  WIND::UUID __RPC_FAR * ,  unsigned long ,  WIND::RPC_NS_HANDLE __RPC_FAR * );



WIND::HRESULT (APIENTRY *fptrPrintDlgExA)(WIND::LPPRINTDLGEXA );



WIND::HANDLE (WINAPI *fptrCreateTimerQueue)();



WIND::RPC_STATUS (WINAPI *fptrRpcNsBindingImportNext)( WIND::RPC_NS_HANDLE ,  WIND::RPC_BINDING_HANDLE __RPC_FAR * );



WIND::DWORD (WINAPI *fptrQueueUserAPC)( WIND::PAPCFUNC ,  WIND::HANDLE ,  WIND::ULONG_PTR );



WIND::RPC_STATUS (WINAPI *fptrRpcNsBindingLookupNext)( WIND::RPC_NS_HANDLE ,  WIND::RPC_BINDING_VECTOR __RPC_FAR * __RPC_FAR * );



int (WSAAPI *fptrsend)( WIND::SOCKET ,  const char FAR * ,  int ,  int );



WIND::BOOL (WINAPI *fptrPeekMessageA)( WIND::LPMSG ,  WIND::HWND ,  WIND::UINT ,  WIND::UINT ,  WIND::UINT );



VOID (WINAPI *fptrRtlLeaveCriticalSection)( WIND::LPCRITICAL_SECTION );



WIND::BOOL (WINAPI *fptrReadFileScatter)( WIND::HANDLE ,  WIND::FILE_SEGMENT_ELEMENT** ,  WIND::DWORD , __reserved WIND::LPDWORD ,  WIND::LPOVERLAPPED );



WIND::BOOL (WINAPI *fptrWaitCommEvent)( WIND::HANDLE ,  WIND::LPDWORD ,  WIND::LPOVERLAPPED );



WIND::LRESULT (WINAPI *fptrSendMessageW)( WIND::HWND ,  WIND::UINT ,  WIND::WPARAM ,  WIND::LPARAM );



int (WSAAPI *fptrWSARecv)( WIND::SOCKET ,   WIND::LPWSABUF ,  WIND::DWORD ,  WIND::LPDWORD ,   WIND::LPDWORD ,  WIND::LPWSAOVERLAPPED ,  WIND::LPWSAOVERLAPPED_COMPLETION_ROUTINE );



WIND::LRESULT (WINAPI *fptrSendMessageA)( WIND::HWND ,  WIND::UINT ,  WIND::WPARAM ,  WIND::LPARAM );



WIND::BOOL (WINAPI *fptrWriteFile)( WIND::HANDLE , __in_bcount(nNumberOfBytesToWrite) WIND::LPCVOID ,  WIND::DWORD ,  WIND::LPDWORD ,  WIND::LPOVERLAPPED );



WIND::DWORD (WINAPI *fptrResumeThread)( WIND::HANDLE );



WIND::RPC_STATUS (WINAPI *fptrRpcMgmtEpEltInqNextA)( WIND::RPC_EP_INQ_HANDLE ,  WIND::RPC_IF_ID __RPC_FAR * ,  WIND::RPC_BINDING_HANDLE __RPC_FAR * ,  WIND::UUID __RPC_FAR * , __deref_opt_out WIND::RPC_CSTR __RPC_FAR * );



WIND::DWORD (WINAPI *fptrMsgWaitForMultipleObjectsEx)( WIND::DWORD , __in_ecount_opt(nCount) CONST WIND::HANDLE * ,  WIND::DWORD ,  WIND::DWORD ,  WIND::DWORD );



long (WINAPI *fptrBroadcastSystemMessageW)( WIND::DWORD ,  WIND::LPDWORD ,  WIND::UINT ,  WIND::WPARAM ,  WIND::LPARAM );



WIND::BOOL (WINAPI *fptrConnectNamedPipe)( WIND::HANDLE ,  WIND::LPOVERLAPPED );



VOID (WINAPI *fptrFreeLibraryAndExitThread)( WIND::HMODULE ,  WIND::DWORD );



VOID (WINAPI *fptrInitializeCriticalSection)( WIND::LPCRITICAL_SECTION );



int (WSAAPI *fptrrecvfrom)( WIND::SOCKET ,  char FAR * ,  int ,  int ,  struct sockaddr FAR * ,   int FAR * );



WIND::INT_PTR (WINAPI *fptrDialogBoxIndirectParamW)( WIND::HINSTANCE ,  WIND::LPCDLGTEMPLATEW ,  WIND::HWND ,  WIND::DLGPROC ,  WIND::LPARAM );



WIND::BOOL (WINAPI *fptrDeleteTimerQueue)( WIND::HANDLE );



WIND::DWORD (WINAPI *fptrMsgWaitForMultipleObjects)( WIND::DWORD , __in_ecount_opt(nCount) CONST WIND::HANDLE * ,  WIND::BOOL ,  WIND::DWORD ,  WIND::DWORD );



WIND::BOOL (WINAPI *fptrQueueUserWorkItem)( WIND::LPTHREAD_START_ROUTINE ,  WIND::PVOID ,  WIND::ULONG );



WIND::HANDLE (WINAPI *fptrConnectToPrinterDlg)( WIND::HWND ,  WIND::DWORD );



WIND::BOOL (WINAPI *fptrDeviceIoControl)( WIND::HANDLE ,  WIND::DWORD , __in_bcount_opt(nInBufferSize) WIND::LPVOID ,  WIND::DWORD , __out_bcount_part_opt(nOutBufferSize, *lpBytesReturned) WIND::LPVOID ,  WIND::DWORD ,  WIND::LPDWORD ,  WIND::LPOVERLAPPED );



WIND::SOCKET (WSAAPI *fptrWSASocketA)( int ,  int ,  int ,  WIND::LPWSAPROTOCOL_INFOA ,  WIND::GROUP ,  WIND::DWORD );



int (WSAAPI *fptrWSARecvFrom)( WIND::SOCKET ,   WIND::LPWSABUF ,  WIND::DWORD ,  WIND::LPDWORD ,   WIND::LPDWORD ,  struct sockaddr FAR * ,   WIND::LPINT ,  WIND::LPWSAOVERLAPPED ,  WIND::LPWSAOVERLAPPED_COMPLETION_ROUTINE );



WIND::RPC_STATUS (WINAPI *fptrRpcStringBindingComposeA)( WIND::RPC_CSTR ,  WIND::RPC_CSTR ,  WIND::RPC_CSTR ,  WIND::RPC_CSTR ,  WIND::RPC_CSTR , __deref_opt_out WIND::RPC_CSTR __RPC_FAR * );



WIND::WSAEVENT (WSAAPI *fptrWSACreateEvent)();



VOID (WINAPI *fptrExitProcess)( WIND::UINT );



int (WSAAPI *fptrconnect)( WIND::SOCKET ,  const struct sockaddr FAR * ,  int );



WIND::BOOL (WINAPI *fptrGetMessageW)( WIND::LPMSG ,  WIND::HWND ,  WIND::UINT ,  WIND::UINT );



WIND::BOOL (WSAAPI *fptrWSAResetEvent)( WIND::WSAEVENT );



WIND::RPC_STATUS (WINAPI *fptrRpcStringBindingComposeW)( WIND::RPC_WSTR ,  WIND::RPC_WSTR ,  WIND::RPC_WSTR ,  WIND::RPC_WSTR ,  WIND::RPC_WSTR , __deref_opt_out WIND::RPC_WSTR __RPC_FAR * );



WIND::BOOL (APIENTRY *fptrPrintDlgA)(WIND::LPPRINTDLGA );



WIND::HANDLE (WINAPI *fptrOpenWaitableTimerA)( WIND::DWORD ,  WIND::BOOL ,  WIND::LPCSTR );



WIND::HHOOK (WINAPI *fptrSetWindowsHookExW)( int ,  WIND::HOOKPROC ,  WIND::HINSTANCE ,  WIND::DWORD );



int (WSAAPI *fptrWSASend)( WIND::SOCKET ,  WIND::LPWSABUF ,  WIND::DWORD ,  WIND::LPDWORD ,  WIND::DWORD ,  WIND::LPWSAOVERLAPPED ,  WIND::LPWSAOVERLAPPED_COMPLETION_ROUTINE );



WIND::HANDLE (WINAPI *fptrOpenWaitableTimerW)( WIND::DWORD ,  WIND::BOOL ,  WIND::LPCWSTR );



WIND::BOOL (WINAPI *fptrDeleteTimerQueueTimer)( WIND::HANDLE ,  WIND::HANDLE ,  WIND::HANDLE );



WIND::RPC_STATUS (WINAPI *fptrRpcNsBindingImportDone)(  WIND::RPC_NS_HANDLE __RPC_FAR * );



WIND::BOOL (WINAPI *fptrReadConsoleInputW)( WIND::HANDLE ,  WIND::PINPUT_RECORD ,  WIND::DWORD ,  WIND::LPDWORD );



WIND::HANDLE (WINAPI *fptrCreateMutexA)( WIND::LPSECURITY_ATTRIBUTES ,  WIND::BOOL ,  WIND::LPCSTR );



WIND::BOOL (WINAPI *fptrRegisterWaitForSingleObject)( WIND::PHANDLE ,  WIND::HANDLE ,  WIND::WAITORTIMERCALLBACK ,  WIND::PVOID ,  WIND::ULONG ,  WIND::ULONG );



WIND::RPC_STATUS (WINAPI *fptrRpcMgmtInqIfIds)( WIND::RPC_BINDING_HANDLE ,  WIND::RPC_IF_ID_VECTOR __RPC_FAR * __RPC_FAR * );



WIND::HANDLE (WINAPI *fptrCreateSemaphoreA)( WIND::LPSECURITY_ATTRIBUTES ,  WIND::LONG ,  WIND::LONG ,  WIND::LPCSTR );



WIND::HANDLE (WINAPI *fptrCreateThread)( WIND::LPSECURITY_ATTRIBUTES ,  WIND::SIZE_T ,  WIND::LPTHREAD_START_ROUTINE ,  WIND::LPVOID ,  WIND::DWORD ,  WIND::LPDWORD );



long (WINAPI *fptrBroadcastSystemMessageExW)( WIND::DWORD ,  WIND::LPDWORD ,  WIND::UINT ,  WIND::WPARAM ,  WIND::LPARAM ,  WIND::PBSMINFO );



WIND::BOOL (WINAPI *fptrCreateProcessAsUserA)( WIND::HANDLE ,  WIND::LPCSTR ,  WIND::LPSTR ,  WIND::LPSECURITY_ATTRIBUTES ,  WIND::LPSECURITY_ATTRIBUTES ,  WIND::BOOL ,  WIND::DWORD ,  WIND::LPVOID ,  WIND::LPCSTR ,  WIND::LPSTARTUPINFOA ,  WIND::LPPROCESS_INFORMATION );



WIND::HANDLE (WINAPI *fptrCreateSemaphoreW)( WIND::LPSECURITY_ATTRIBUTES ,  WIND::LONG ,  WIND::LONG ,  WIND::LPCWSTR );



WIND::HANDLE (WINAPI *fptrCreateMutexW)( WIND::LPSECURITY_ATTRIBUTES ,  WIND::BOOL ,  WIND::LPCWSTR );



WIND::RPC_STATUS (*fptrRpcMgmtWaitServerListen)();



VOID (WINAPI *fptrExitThread)( WIND::DWORD );



int (WSAAPI *fptrrecv)( WIND::SOCKET ,  char FAR * ,  int ,  int );



WIND::BOOL (WINAPI *fptrCreateProcessAsUserW)( WIND::HANDLE ,  WIND::LPCWSTR ,  WIND::LPWSTR ,  WIND::LPSECURITY_ATTRIBUTES ,  WIND::LPSECURITY_ATTRIBUTES ,  WIND::BOOL ,  WIND::DWORD ,  WIND::LPVOID ,  WIND::LPCWSTR ,  WIND::LPSTARTUPINFOW ,  WIND::LPPROCESS_INFORMATION );



VOID (WINAPI *fptrRtlEnterCriticalSection)(WIND::LPCRITICAL_SECTION );



WIND::BOOL (WINAPI *fptrReadConsoleA)( WIND::HANDLE ,  WIND::LPVOID ,  WIND::DWORD ,  WIND::LPDWORD ,  WIND::LPVOID );



VOID (WINAPI *fptrRtlDeleteCriticalSection)( WIND::LPCRITICAL_SECTION );



WIND::DWORD (WINAPI *fptrWaitForMultipleObjectsEx)( WIND::DWORD , __in_ecount(nCount) CONST WIND::HANDLE * ,  WIND::BOOL ,  WIND::DWORD ,  WIND::BOOL );



WIND::BOOL (WINAPI *fptrTerminateProcess)( WIND::HANDLE ,  WIND::UINT );



WIND::BOOL (WINAPI *fptrFindCloseChangeNotification)( WIND::HANDLE );



WIND::HANDLE (WINAPI *fptrFindFirstPrinterChangeNotification)( WIND::HANDLE ,  WIND::DWORD ,  WIND::DWORD ,  WIND::LPVOID );



WIND::DWORD (WINAPI *fptrWaitForInputIdle)( WIND::HANDLE ,  WIND::DWORD );



unsigned char * (WINAPI *fptrNdrNsSendReceive)(WIND::PMIDL_STUB_MESSAGE , unsigned char * , WIND::RPC_BINDING_HANDLE * );



WIND::BOOL (WINAPI *fptrFindClosePrinterChangeNotification)( WIND::HANDLE );



WIND::INT_PTR (WINAPI *fptrDialogBoxIndirectParamA)( WIND::HINSTANCE ,  WIND::LPCDLGTEMPLATEA ,  WIND::HWND ,  WIND::DLGPROC ,  WIND::LPARAM );



WIND::BOOL (WINAPI *fptrReadConsoleW)( WIND::HANDLE ,  WIND::LPVOID ,  WIND::DWORD ,  WIND::LPDWORD ,  WIND::LPVOID );



WIND::BOOL (WINAPI *fptrGetMessageA)( WIND::LPMSG ,  WIND::HWND ,  WIND::UINT ,  WIND::UINT );



WIND::BOOL (WINAPI *fptrSetWaitableTimer)( WIND::HANDLE ,  const WIND::LARGE_INTEGER * ,  WIND::LONG ,  WIND::PTIMERAPCROUTINE ,  WIND::LPVOID ,  WIND::BOOL );



WIND::DWORD (WINAPI *fptrSleepEx)( WIND::DWORD ,  WIND::BOOL );



WIND::HMODULE (WINAPI *fptrLoadLibraryExW)( WIND::LPCWSTR , __reserved WIND::HANDLE ,  unsigned long );



WIND::BOOL (WINAPI *fptrCallNamedPipeW)( WIND::LPCWSTR , __in_bcount_opt(nInBufferSize) WIND::LPVOID ,  WIND::DWORD , __out_bcount_part_opt(nOutBufferSize, *lpBytesRead) WIND::LPVOID ,  WIND::DWORD ,  WIND::LPDWORD ,  WIND::DWORD );



WIND::BOOL (WINAPI *fptrSendNotifyMessageA)( WIND::HWND ,  WIND::UINT ,  WIND::WPARAM ,  WIND::LPARAM );



WIND::BOOL (WINAPI *fptrInitializeCriticalSectionAndSpinCount)( WIND::LPCRITICAL_SECTION ,  WIND::DWORD );



WIND::BOOL (APIENTRY *fptrPrintDlgW)(WIND::LPPRINTDLGW );



WIND::RPC_STATUS (WINAPI *fptrRpcMgmtEpEltInqNextW)( WIND::RPC_EP_INQ_HANDLE ,  WIND::RPC_IF_ID __RPC_FAR * ,  WIND::RPC_BINDING_HANDLE __RPC_FAR * ,  WIND::UUID __RPC_FAR * , __deref_opt_out WIND::RPC_WSTR __RPC_FAR * );



WIND::RPC_STATUS (WINAPI *fptrRpcMgmtEpEltInqDone)(  WIND::RPC_EP_INQ_HANDLE __RPC_FAR * );



WIND::BOOL (WINAPI *fptrPostMessageA)( WIND::HWND ,  WIND::UINT ,  WIND::WPARAM ,  WIND::LPARAM );



WIND::BOOL (WINAPI *fptrTerminateThread)( WIND::HANDLE ,  WIND::DWORD );



WIND::HMODULE (WINAPI *fptrLoadLibraryW)( WIND::LPCWSTR );



WIND::HANDLE (WINAPI *fptrCreateMailslotW)( WIND::LPCWSTR ,  WIND::DWORD ,  WIND::DWORD ,  WIND::LPSECURITY_ATTRIBUTES );



WIND::BOOL (WINAPI *fptrSetEvent)( WIND::HANDLE );



WIND::BOOL (WINAPI *fptrReadConsoleInputA)( WIND::HANDLE ,  WIND::PINPUT_RECORD ,  WIND::DWORD ,  WIND::LPDWORD );



WIND::BOOL (WINAPI *fptrCreateProcessWithLogonW)( WIND::LPCWSTR ,  WIND::LPCWSTR ,  WIND::LPCWSTR ,  WIND::DWORD ,  WIND::LPCWSTR ,  WIND::LPWSTR ,  WIND::DWORD ,  WIND::LPVOID ,  WIND::LPCWSTR ,  WIND::LPSTARTUPINFOW ,  WIND::LPPROCESS_INFORMATION );



WIND::BOOL (WINAPI *fptrCallNamedPipeA)( WIND::LPCSTR , __in_bcount_opt(nInBufferSize) WIND::LPVOID ,  WIND::DWORD , __out_bcount_part_opt(nOutBufferSize, *lpBytesRead) WIND::LPVOID ,  WIND::DWORD ,  WIND::LPDWORD ,  WIND::DWORD );



WIND::BOOL (WINAPI *fptrSendNotifyMessageW)( WIND::HWND ,  WIND::UINT ,  WIND::WPARAM ,  WIND::LPARAM );



WIND::HANDLE (WINAPI *fptrCreateMailslotA)( WIND::LPCSTR ,  WIND::DWORD ,  WIND::DWORD ,  WIND::LPSECURITY_ATTRIBUTES );



int (WSAAPI *fptrselect)( int ,   WIND::fd_set FAR * ,   WIND::fd_set FAR * ,   WIND::fd_set FAR * ,  const struct timeval FAR * );



WIND::HANDLE (WINAPI *fptrCreateRemoteThread)( WIND::HANDLE ,  WIND::LPSECURITY_ATTRIBUTES ,  WIND::SIZE_T ,  WIND::LPTHREAD_START_ROUTINE ,  WIND::LPVOID ,  WIND::DWORD ,  WIND::LPDWORD );



WIND::HHOOK (WINAPI *fptrSetWindowsHookExA)( int ,  WIND::HOOKPROC ,  WIND::HINSTANCE ,  WIND::DWORD );



long (WINAPI *fptrBroadcastSystemMessageExA)( WIND::DWORD ,  WIND::LPDWORD ,  WIND::UINT ,  WIND::WPARAM ,  WIND::LPARAM ,  WIND::PBSMINFO );



WIND::HANDLE (WINAPI *fptrOpenProcess)( WIND::DWORD ,  WIND::BOOL ,  WIND::DWORD );



WIND::DWORD (WSAAPI *fptrWSAWaitForMultipleEvents)( WIND::DWORD ,  const WIND::WSAEVENT FAR * ,  WIND::BOOL ,  WIND::DWORD ,  WIND::BOOL );



WIND::RPC_STATUS (WINAPI *fptrRpcMgmtEpEltInqBegin)( WIND::RPC_BINDING_HANDLE ,  unsigned long ,  WIND::RPC_IF_ID __RPC_FAR * ,  unsigned long ,  WIND::UUID __RPC_FAR * ,  WIND::RPC_EP_INQ_HANDLE __RPC_FAR * );



WIND::BOOL (WINAPI *fptrWriteFileGather)( WIND::HANDLE ,  WIND::FILE_SEGMENT_ELEMENT** ,  WIND::DWORD , __reserved WIND::LPDWORD ,  WIND::LPOVERLAPPED );



WIND::DWORD (WINAPI *fptrWaitForMultipleObjects)( WIND::DWORD , __in_ecount(nCount) CONST WIND::HANDLE * ,  WIND::BOOL ,  WIND::DWORD );



unsigned char * (WINAPI *fptrNdrSendReceive)(WIND::PMIDL_STUB_MESSAGE , unsigned char * );



WIND::HANDLE (WINAPI *fptrCreateWaitableTimerW)( WIND::LPSECURITY_ATTRIBUTES ,  WIND::BOOL ,  WIND::LPCWSTR );



WIND::BOOL (WINAPI *fptrWaitMessage)();



WIND::DWORD (WINAPI *fptrSetCriticalSectionSpinCount)( WIND::LPCRITICAL_SECTION ,  WIND::DWORD );



WIND::BOOL (WINAPI *fptrWaitNamedPipeW)( WIND::LPCWSTR ,  WIND::DWORD );



int (WSAAPI *fptrsendto)( WIND::SOCKET ,  const char FAR * ,  int ,  int ,  const struct sockaddr FAR * ,  int );



WIND::BOOL (WINAPI *fptrWaitNamedPipeA)( WIND::LPCSTR ,  WIND::DWORD );



WIND::BOOL (WINAPI *fptrResetEvent)( WIND::HANDLE );



WIND::BOOL (WINAPI *fptrCreateTimerQueueTimer)( WIND::PHANDLE ,  WIND::HANDLE ,  WIND::WAITORTIMERCALLBACK ,  WIND::PVOID ,  WIND::DWORD ,  WIND::DWORD ,  WIND::ULONG );



WIND::HANDLE (WINAPI *fptrCreateWaitableTimerA)( WIND::LPSECURITY_ATTRIBUTES ,  WIND::BOOL ,  WIND::LPCSTR );



WIND::BOOL (WINAPI *fptrDuplicateHandle)( WIND::HANDLE ,  WIND::HANDLE ,  WIND::HANDLE ,  WIND::LPHANDLE ,  WIND::DWORD ,  WIND::BOOL ,  WIND::DWORD );



int (WSAAPI *fptrclosesocket)( WIND::SOCKET );



WIND::FARPROC (WINAPI *fptrGetProcAddress)( WIND::HMODULE ,  WIND::LPCSTR );



WIND::SOCKET (WSAAPI *fptrsocket)( int ,  int ,  int );



WIND::BOOL (WSAAPI *fptrWSASetEvent)( WIND::WSAEVENT );



WIND::HANDLE (WINAPI *fptrCreateEventW)( WIND::LPSECURITY_ATTRIBUTES ,  WIND::BOOL ,  WIND::BOOL ,  WIND::LPCWSTR );



WIND::BOOL (WINAPI *fptrPostThreadMessageW)( WIND::DWORD ,  WIND::UINT ,  WIND::WPARAM ,  WIND::LPARAM );



int (WSAAPI *fptrWSASendTo)( WIND::SOCKET ,  WIND::LPWSABUF ,  WIND::DWORD ,  WIND::LPDWORD ,  WIND::DWORD ,  const struct sockaddr FAR * ,  int ,  WIND::LPWSAOVERLAPPED ,  WIND::LPWSAOVERLAPPED_COMPLETION_ROUTINE );



WIND::HANDLE (WINAPI *fptrCreateFileW)( WIND::LPCWSTR ,  WIND::DWORD ,  WIND::DWORD ,  WIND::LPSECURITY_ATTRIBUTES ,  WIND::DWORD ,  WIND::DWORD ,  WIND::HANDLE );



WIND::HANDLE (WINAPI *fptrCreateEventA)( WIND::LPSECURITY_ATTRIBUTES ,  WIND::BOOL ,  WIND::BOOL ,  WIND::LPCSTR );



WIND::RPC_STATUS (WINAPI *fptrRpcServerListen)( unsigned int ,  unsigned int ,  unsigned int );



WIND::HANDLE (WINAPI *fptrCreateFileA)( WIND::LPCSTR ,  WIND::DWORD ,  WIND::DWORD ,  WIND::LPSECURITY_ATTRIBUTES ,  WIND::DWORD ,  WIND::DWORD ,  WIND::HANDLE );



WIND::BOOL (WINAPI *fptrDeleteTimerQueueEx)( WIND::HANDLE ,  WIND::HANDLE );



WIND::LRESULT (WINAPI *fptrSendMessageTimeoutW)( WIND::HWND ,  WIND::UINT ,  WIND::WPARAM ,  WIND::LPARAM ,  WIND::UINT ,  WIND::UINT ,  WIND::PDWORD_PTR );



WIND::BOOL (WINAPI *fptrPostThreadMessageA)( WIND::DWORD ,  WIND::UINT ,  WIND::WPARAM ,  WIND::LPARAM );



WIND::SOCKET (WSAAPI *fptrWSASocketW)( int ,  int ,  int ,  WIND::LPWSAPROTOCOL_INFOW ,  WIND::GROUP ,  WIND::DWORD );



WIND::BOOL (WSAAPI *fptrWSAGetOverlappedResult)( WIND::SOCKET ,  WIND::LPWSAOVERLAPPED ,  WIND::LPDWORD ,  WIND::BOOL ,  WIND::LPDWORD );



int (WSAAPI *fptrWSAConnect)( WIND::SOCKET ,  const struct sockaddr FAR * ,  int ,  WIND::LPWSABUF ,  WIND::LPWSABUF ,  WIND::LPQOS ,  WIND::LPQOS );



WIND::HANDLE (WINAPI *fptrFindFirstChangeNotificationA)( WIND::LPCSTR ,  WIND::BOOL ,  WIND::DWORD );



WIND::HANDLE (WINAPI *fptrCreateNamedPipeW)( WIND::LPCWSTR ,  WIND::DWORD ,  WIND::DWORD ,  WIND::DWORD ,  WIND::DWORD ,  WIND::DWORD ,  WIND::DWORD ,  WIND::LPSECURITY_ATTRIBUTES );



WIND::SOCKET (WSAAPI *fptraccept)( WIND::SOCKET ,  struct sockaddr FAR * ,   int FAR * );



WIND::HANDLE (WINAPI *fptrOpenSemaphoreA)( WIND::DWORD ,  WIND::BOOL ,  WIND::LPCSTR );



WIND::BOOL (WINAPI *fptrUnregisterWaitEx)( WIND::HANDLE ,  WIND::HANDLE );



WIND::RPC_STATUS (WINAPI *fptrRpcMgmtIsServerListening)( WIND::RPC_BINDING_HANDLE );



WIND::DWORD (WINAPI *fptrWaitForSingleObjectEx)( WIND::HANDLE ,  WIND::DWORD ,  WIND::BOOL );



WIND::HANDLE (WINAPI *fptrCreateNamedPipeA)( WIND::LPCSTR ,  WIND::DWORD ,  WIND::DWORD ,  WIND::DWORD ,  WIND::DWORD ,  WIND::DWORD ,  WIND::DWORD ,  WIND::LPSECURITY_ATTRIBUTES );



WIND::HANDLE (WINAPI *fptrFindFirstChangeNotificationW)( WIND::LPCWSTR ,  WIND::BOOL ,  WIND::DWORD );



int (WINAPI *fptrMessageBoxExA)( WIND::HWND ,  WIND::LPCSTR ,  WIND::LPCSTR ,  WIND::UINT ,  WIND::WORD );



WIND::BOOL (WINAPI *fptrGetQueuedCompletionStatus)( WIND::HANDLE ,  WIND::LPDWORD ,  WIND::PULONG_PTR ,  WIND::LPOVERLAPPED ,  WIND::DWORD );



WIND::BOOL (WINAPI *fptrCancelWaitableTimer)( WIND::HANDLE );



int (WINAPI *fptrMessageBoxW)( WIND::HWND ,  WIND::LPCWSTR ,  WIND::LPCWSTR ,  WIND::UINT );



WIND::SOCKET (WSAAPI *fptrWSAAccept)( WIND::SOCKET ,  struct sockaddr FAR * ,   WIND::LPINT ,  WIND::LPCONDITIONPROC ,  WIND::DWORD_PTR );



WIND::BOOL (WINAPI *fptrUnregisterWait)( WIND::HANDLE );



WIND::BOOL (WSAAPI *fptrWSACloseEvent)( WIND::WSAEVENT );



WIND::HANDLE (WINAPI *fptrCreateIoCompletionPort)( WIND::HANDLE ,  WIND::HANDLE ,  WIND::ULONG_PTR ,  WIND::DWORD );



WIND::INT_PTR (WINAPI *fptrDialogBoxParamW)( WIND::HINSTANCE ,  WIND::LPCWSTR ,  WIND::HWND ,  WIND::DLGPROC ,  WIND::LPARAM );



int (WINAPI *fptrMessageBoxA)( WIND::HWND ,  WIND::LPCSTR ,  WIND::LPCSTR ,  WIND::UINT );



int (WINAPI *fptrMessageBoxExW)( WIND::HWND ,  WIND::LPCWSTR ,  WIND::LPCWSTR ,  WIND::UINT ,  WIND::WORD );



WIND::INT_PTR (WINAPI *fptrDialogBoxParamA)( WIND::HINSTANCE ,  WIND::LPCSTR ,  WIND::HWND ,  WIND::DLGPROC ,  WIND::LPARAM );



VOID (WINAPI *fptrSleep)( WIND::DWORD );



WIND::RPC_STATUS (WINAPI *fptrRpcNsBindingLookupDone)(  WIND::RPC_NS_HANDLE __RPC_FAR * );



WIND::HANDLE (WINAPI *fptrOpenMutexA)( WIND::DWORD ,  WIND::BOOL ,  WIND::LPCSTR );



WIND::DWORD (WINAPI *fptrSuspendThread)( WIND::HANDLE );



VOID (WINAPI *fptrRaiseException)( WIND::DWORD ,  WIND::DWORD ,  WIND::DWORD , __in_ecount_opt(nNumberOfArguments) CONST WIND::ULONG_PTR * );



WIND::RPC_STATUS (WINAPI *fptrRpcNsBindingImportBeginW)( unsigned long ,  WIND::RPC_WSTR ,  WIND::RPC_IF_HANDLE ,  WIND::UUID __RPC_FAR * ,  WIND::RPC_NS_HANDLE __RPC_FAR * );



WIND::BOOL (WINAPI *fptrReleaseSemaphore)( WIND::HANDLE ,  WIND::LONG ,  WIND::LPLONG );



WIND::HFILE (WINAPI *fptrOpenFile)( WIND::LPCSTR ,  WIND::LPOFSTRUCT ,  WIND::UINT );



WIND::BOOL (WINAPI *fptrReadFile)( WIND::HANDLE , __out_bcount_part(nNumberOfBytesToRead, *lpNumberOfBytesRead) WIND::LPVOID ,  WIND::DWORD ,  WIND::LPDWORD ,  WIND::LPOVERLAPPED );



WIND::BOOL (WINAPI *fptrWriteFileEx)( WIND::HANDLE , __in_bcount(nNumberOfBytesToWrite) WIND::LPCVOID ,  WIND::DWORD ,  WIND::LPOVERLAPPED ,  WIND::LPOVERLAPPED_COMPLETION_ROUTINE );



WIND::RPC_STATUS (WINAPI *fptrRpcNsBindingImportBeginA)( unsigned long ,  WIND::RPC_CSTR ,  WIND::RPC_IF_HANDLE ,  WIND::UUID __RPC_FAR * ,  WIND::RPC_NS_HANDLE __RPC_FAR * );



WIND::BOOL (WINAPI *fptrPulseEvent)( WIND::HANDLE );



WIND::RPC_STATUS (WINAPI *fptrRpcCancelThread)( void * );



WIND::BOOL (WINAPI *fptrCloseHandle)( WIND::HANDLE );



WIND::HANDLE (WINAPI *fptrOpenMutexW)( WIND::DWORD ,  WIND::BOOL ,  WIND::LPCWSTR );



WIND::BOOL (WINAPI *fptrPostMessageW)( WIND::HWND ,  WIND::UINT ,  WIND::WPARAM ,  WIND::LPARAM );



WIND::RPC_STATUS (WINAPI *fptrRpcEpResolveBinding)( WIND::RPC_BINDING_HANDLE ,  WIND::RPC_IF_HANDLE );



WIND::BOOL (WINAPI *fptrBindIoCompletionCallback)( WIND::HANDLE ,  WIND::LPOVERLAPPED_COMPLETION_ROUTINE ,  WIND::ULONG );



WIND::BOOL (WINAPI *fptrPeekMessageW)( WIND::LPMSG ,  WIND::HWND ,  WIND::UINT ,  WIND::UINT ,  WIND::UINT );



WIND::LRESULT (WINAPI *fptrSendMessageTimeoutA)( WIND::HWND ,  WIND::UINT ,  WIND::WPARAM ,  WIND::LPARAM ,  WIND::UINT ,  WIND::UINT ,  WIND::PDWORD_PTR );



WIND::HANDLE (WINAPI *fptrOpenEventA)( WIND::DWORD ,  WIND::BOOL ,  WIND::LPCSTR );



WIND::BOOL (WINAPI *fptrCreateProcessA)( WIND::LPCSTR ,  WIND::LPSTR ,  WIND::LPSECURITY_ATTRIBUTES ,  WIND::LPSECURITY_ATTRIBUTES ,  WIND::BOOL ,  WIND::DWORD ,  WIND::LPVOID ,  WIND::LPCSTR ,  WIND::LPSTARTUPINFOA ,  WIND::LPPROCESS_INFORMATION );



WIND::HANDLE (WINAPI *fptrOpenEventW)( WIND::DWORD ,  WIND::BOOL ,  WIND::LPCWSTR );



WIND::BOOL (WINAPI *fptrPostQueuedCompletionStatus)( WIND::HANDLE ,  WIND::DWORD ,  WIND::ULONG_PTR ,  WIND::LPOVERLAPPED );



WIND::BOOL (WINAPI *fptrCreateProcessW)( WIND::LPCWSTR ,  WIND::LPWSTR ,  WIND::LPSECURITY_ATTRIBUTES ,  WIND::LPSECURITY_ATTRIBUTES ,  WIND::BOOL ,  WIND::DWORD ,  WIND::LPVOID ,  WIND::LPCWSTR ,  WIND::LPSTARTUPINFOW ,  WIND::LPPROCESS_INFORMATION );



WIND::BOOL (WINAPI *fptrTransactNamedPipe)( WIND::HANDLE , __in_bcount_opt(nInBufferSize) WIND::LPVOID ,  WIND::DWORD , __out_bcount_part_opt(nOutBufferSize, *lpBytesRead) WIND::LPVOID ,  WIND::DWORD ,  WIND::LPDWORD ,  WIND::LPOVERLAPPED );



WIND::BOOL (WINAPI *fptrReadFileEx)( WIND::HANDLE , __out_bcount(nNumberOfBytesToRead) WIND::LPVOID ,  WIND::DWORD ,  WIND::LPOVERLAPPED ,  WIND::LPOVERLAPPED_COMPLETION_ROUTINE );



WIND::HANDLE (WINAPI *fptrOpenSemaphoreW)( WIND::DWORD ,  WIND::BOOL ,  WIND::LPCWSTR );



WIND::BOOL (WINAPI *fptrReplyMessage)( WIND::LRESULT );



typedef int * INT_PTR;



//globals section footer







//functions section start

string CurrentTime()

{

   
   // Utility function to return the time
   
   char tmpbuf[128];
   _strtime_s(tmpbuf, 128);
   return string("[") + string(tmpbuf) + string("] ");


}

typedef int (__cdecl * DO_LOOP_TYPE)();

static volatile int doLoopPred = 1;

static volatile int globalCounter = 0;

static volatile int attachCycles = 0;

int rep_DoLoop()
{
    PIN_LockClient();
        
    int localPred =  doLoopPred;
    
    PIN_UnlockClient(); 
    
    return localPred;
}



WIND::HRESULT APIENTRY myPrintDlgExW(WIND::LPPRINTDLGEXW lpDlg)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering PrintDlgExW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HRESULT res = fptrPrintDlgExW(lpDlg);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << " " << WIND::GetCurrentThreadId() << " " << "Leaving PrintDlgExW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::RPC_STATUS WINAPI myRpcNsBindingLookupBeginW( unsigned long EntryNameSyntax,  WIND::RPC_WSTR EntryName,  WIND::RPC_IF_HANDLE IfSpec,  WIND::UUID __RPC_FAR * ObjUuid,  unsigned long BindingMaxCount,  WIND::RPC_NS_HANDLE __RPC_FAR * LookupContext)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering RpcNsBindingLookupBeginW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::RPC_STATUS res = fptrRpcNsBindingLookupBeginW(EntryNameSyntax, EntryName, IfSpec, ObjUuid, BindingMaxCount, LookupContext);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving RpcNsBindingLookupBeginW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myGetStdHandle( WIND::DWORD hStdHandle)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering GetStdHandle"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrGetStdHandle(hStdHandle);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving GetStdHandle"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myReleaseMutex( WIND::HANDLE hMutex)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering ReleaseMutex"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrReleaseMutex(hMutex);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving ReleaseMutex"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myGetOverlappedResult( WIND::HANDLE hFile,  WIND::LPOVERLAPPED lpOverlapped,  WIND::LPDWORD lpNumberOfBytesTransferred,  WIND::BOOL bWait)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering GetOverlappedResult"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrGetOverlappedResult(hFile, lpOverlapped, lpNumberOfBytesTransferred, bWait);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving GetOverlappedResult"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::DWORD WINAPI myWaitForSingleObject( WIND::HANDLE hHandle,  WIND::DWORD dwMilliseconds)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering WaitForSingleObject"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::DWORD res = fptrWaitForSingleObject(hHandle, dwMilliseconds);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving WaitForSingleObject"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



long WINAPI myBroadcastSystemMessageA( WIND::DWORD flags,  WIND::LPDWORD lpInfo,  WIND::UINT Msg,  WIND::WPARAM wParam,  WIND::LPARAM lParam)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering BroadcastSystemMessageA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   long res = fptrBroadcastSystemMessageA(flags, lpInfo, Msg, wParam, lParam);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving BroadcastSystemMessageA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::DWORD WINAPI mySignalObjectAndWait( WIND::HANDLE hObjectToSignal,  WIND::HANDLE hObjectToWaitOn,  WIND::DWORD dwMilliseconds,  WIND::BOOL bAlertable)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering SignalObjectAndWait"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::DWORD res = fptrSignalObjectAndWait(hObjectToSignal, hObjectToWaitOn, dwMilliseconds, bAlertable);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving SignalObjectAndWait"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::RPC_STATUS WINAPI myRpcNsBindingLookupBeginA( unsigned long EntryNameSyntax,  WIND::RPC_CSTR EntryName,  WIND::RPC_IF_HANDLE IfSpec,  WIND::UUID __RPC_FAR * ObjUuid,  unsigned long BindingMaxCount,  WIND::RPC_NS_HANDLE __RPC_FAR * LookupContext)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering RpcNsBindingLookupBeginA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::RPC_STATUS res = fptrRpcNsBindingLookupBeginA(EntryNameSyntax, EntryName, IfSpec, ObjUuid, BindingMaxCount, LookupContext);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving RpcNsBindingLookupBeginA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HRESULT APIENTRY myPrintDlgExA(WIND::LPPRINTDLGEXA lpDlg)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering PrintDlgExA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HRESULT res = fptrPrintDlgExA(lpDlg);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving PrintDlgExA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myCreateTimerQueue()

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering CreateTimerQueue"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrCreateTimerQueue();

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving CreateTimerQueue"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::RPC_STATUS WINAPI myRpcNsBindingImportNext( WIND::RPC_NS_HANDLE ImportContext,  WIND::RPC_BINDING_HANDLE __RPC_FAR * Binding)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering RpcNsBindingImportNext"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::RPC_STATUS res = fptrRpcNsBindingImportNext(ImportContext, Binding);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving RpcNsBindingImportNext"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::DWORD WINAPI myQueueUserAPC( WIND::PAPCFUNC pfnAPC,  WIND::HANDLE hThread,  WIND::ULONG_PTR dwData)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering QueueUserAPC"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::DWORD res = fptrQueueUserAPC(pfnAPC, hThread, dwData);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving QueueUserAPC"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::RPC_STATUS WINAPI myRpcNsBindingLookupNext( WIND::RPC_NS_HANDLE LookupContext,  WIND::RPC_BINDING_VECTOR __RPC_FAR * __RPC_FAR * BindingVec)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering RpcNsBindingLookupNext"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::RPC_STATUS res = fptrRpcNsBindingLookupNext(LookupContext, BindingVec);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving RpcNsBindingLookupNext"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



int WSAAPI mysend( WIND::SOCKET s,  const char FAR * buf,  int len,  int flags)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering send"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   int res = fptrsend(s, buf, len, flags);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving send"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myPeekMessageA( WIND::LPMSG lpMsg,  WIND::HWND hWnd,  WIND::UINT wMsgFilterMin,  WIND::UINT wMsgFilterMax,  WIND::UINT wRemoveMsg)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering PeekMessageA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrPeekMessageA(lpMsg, hWnd, wMsgFilterMin, wMsgFilterMax, wRemoveMsg);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving PeekMessageA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



VOID WINAPI myRtlLeaveCriticalSection( WIND::LPCRITICAL_SECTION lpCriticalSection)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering RtlLeaveCriticalSection"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   fptrRtlLeaveCriticalSection(lpCriticalSection);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving RtlLeaveCriticalSection"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);



}



WIND::BOOL WINAPI myReadFileScatter( WIND::HANDLE hFile,  WIND::FILE_SEGMENT_ELEMENT** aSegmentArray,  WIND::DWORD nNumberOfBytesToRead, __reserved WIND::LPDWORD lpReserved,  WIND::LPOVERLAPPED lpOverlapped)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering ReadFileScatter"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrReadFileScatter(hFile, aSegmentArray, nNumberOfBytesToRead, lpReserved, lpOverlapped);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving ReadFileScatter"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myWaitCommEvent( WIND::HANDLE hFile,  WIND::LPDWORD lpEvtMask,  WIND::LPOVERLAPPED lpOverlapped)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering WaitCommEvent"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrWaitCommEvent(hFile, lpEvtMask, lpOverlapped);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving WaitCommEvent"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::LRESULT WINAPI mySendMessageW( WIND::HWND hWnd,  WIND::UINT Msg,  WIND::WPARAM wParam,  WIND::LPARAM lParam)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering SendMessageW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::LRESULT res = fptrSendMessageW(hWnd, Msg, wParam, lParam);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving SendMessageW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



int WSAAPI myWSARecv( WIND::SOCKET s,   WIND::LPWSABUF lpBuffers,  WIND::DWORD dwBufferCount,  WIND::LPDWORD lpNumberOfBytesRecvd,   WIND::LPDWORD lpFlags,  WIND::LPWSAOVERLAPPED lpOverlapped,  WIND::LPWSAOVERLAPPED_COMPLETION_ROUTINE lpCompletionRoutine)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering WSARecv"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   int res = fptrWSARecv(s, lpBuffers, dwBufferCount, lpNumberOfBytesRecvd, lpFlags, lpOverlapped, lpCompletionRoutine);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving WSARecv"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::LRESULT WINAPI mySendMessageA( WIND::HWND hWnd,  WIND::UINT Msg,  WIND::WPARAM wParam,  WIND::LPARAM lParam)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering SendMessageA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::LRESULT res = fptrSendMessageA(hWnd, Msg, wParam, lParam);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving SendMessageA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myWriteFile( WIND::HANDLE hFile, __in_bcount(nNumberOfBytesToWrite) WIND::LPCVOID lpBuffer,  WIND::DWORD nNumberOfBytesToWrite,  WIND::LPDWORD lpNumberOfBytesWritten,  WIND::LPOVERLAPPED lpOverlapped)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering WriteFile"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrWriteFile(hFile, lpBuffer, nNumberOfBytesToWrite, lpNumberOfBytesWritten, lpOverlapped);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving WriteFile"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::DWORD WINAPI myResumeThread( WIND::HANDLE hThread)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering ResumeThread"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::DWORD res = fptrResumeThread(hThread);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving ResumeThread"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::RPC_STATUS WINAPI myRpcMgmtEpEltInqNextA( WIND::RPC_EP_INQ_HANDLE InquiryContext,  WIND::RPC_IF_ID __RPC_FAR * IfId,  WIND::RPC_BINDING_HANDLE __RPC_FAR * Binding,  WIND::UUID __RPC_FAR * ObjectUuid, __deref_opt_out WIND::RPC_CSTR __RPC_FAR * Annotation)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering RpcMgmtEpEltInqNextA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::RPC_STATUS res = fptrRpcMgmtEpEltInqNextA(InquiryContext, IfId, Binding, ObjectUuid, Annotation);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving RpcMgmtEpEltInqNextA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::DWORD WINAPI myMsgWaitForMultipleObjectsEx( WIND::DWORD nCount, __in_ecount_opt(nCount) CONST WIND::HANDLE * pHandles,  WIND::DWORD dwMilliseconds,  WIND::DWORD dwWakeMask,  WIND::DWORD dwFlags)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering MsgWaitForMultipleObjectsEx"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::DWORD res = fptrMsgWaitForMultipleObjectsEx(nCount, pHandles, dwMilliseconds, dwWakeMask, dwFlags);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving MsgWaitForMultipleObjectsEx"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



long WINAPI myBroadcastSystemMessageW( WIND::DWORD flags,  WIND::LPDWORD lpInfo,  WIND::UINT Msg,  WIND::WPARAM wParam,  WIND::LPARAM lParam)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering BroadcastSystemMessageW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   long res = fptrBroadcastSystemMessageW(flags, lpInfo, Msg, wParam, lParam);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving BroadcastSystemMessageW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myConnectNamedPipe( WIND::HANDLE hNamedPipe,  WIND::LPOVERLAPPED lpOverlapped)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering ConnectNamedPipe"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrConnectNamedPipe(hNamedPipe, lpOverlapped);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving ConnectNamedPipe"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



VOID WINAPI myFreeLibraryAndExitThread( WIND::HMODULE hLibModule,  WIND::DWORD dwExitCode)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering FreeLibraryAndExitThread"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   fptrFreeLibraryAndExitThread(hLibModule, dwExitCode);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving FreeLibraryAndExitThread"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);



}



VOID WINAPI myInitializeCriticalSection( WIND::LPCRITICAL_SECTION lpCriticalSection)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering InitializeCriticalSection"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   fptrInitializeCriticalSection(lpCriticalSection);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving InitializeCriticalSection"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);



}



int WSAAPI myrecvfrom( WIND::SOCKET s,  char FAR * buf,  int len,  int flags,  struct sockaddr FAR * from,   int FAR * fromlen)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering recvfrom"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   int res = fptrrecvfrom(s, buf, len, flags, from, fromlen);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving recvfrom"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::INT_PTR WINAPI myDialogBoxIndirectParamW( WIND::HINSTANCE hInstance,  WIND::LPCDLGTEMPLATEW hDialogTemplate,  WIND::HWND hWndParent,  WIND::DLGPROC lpDialogFunc,  WIND::LPARAM dwInitParam)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering DialogBoxIndirectParamW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::INT_PTR res = fptrDialogBoxIndirectParamW(hInstance, hDialogTemplate, hWndParent, lpDialogFunc, dwInitParam);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving DialogBoxIndirectParamW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myDeleteTimerQueue( WIND::HANDLE TimerQueue)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering DeleteTimerQueue"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrDeleteTimerQueue(TimerQueue);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving DeleteTimerQueue"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::DWORD WINAPI myMsgWaitForMultipleObjects( WIND::DWORD nCount, __in_ecount_opt(nCount) CONST WIND::HANDLE * pHandles,  WIND::BOOL fWaitAll,  WIND::DWORD dwMilliseconds,  WIND::DWORD dwWakeMask)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering MsgWaitForMultipleObjects"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::DWORD res = fptrMsgWaitForMultipleObjects(nCount, pHandles, fWaitAll, dwMilliseconds, dwWakeMask);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving MsgWaitForMultipleObjects"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myQueueUserWorkItem( WIND::LPTHREAD_START_ROUTINE Function,  WIND::PVOID Context,  WIND::ULONG Flags)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering QueueUserWorkItem"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrQueueUserWorkItem(Function, Context, Flags);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving QueueUserWorkItem"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myConnectToPrinterDlg( WIND::HWND hwnd,  WIND::DWORD Flags)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering ConnectToPrinterDlg"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrConnectToPrinterDlg(hwnd, Flags);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving ConnectToPrinterDlg"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myDeviceIoControl( WIND::HANDLE hDevice,  WIND::DWORD dwIoControlCode, __in_bcount_opt(nInBufferSize) WIND::LPVOID lpInBuffer,  WIND::DWORD nInBufferSize, __out_bcount_part_opt(nOutBufferSize, *lpBytesReturned) WIND::LPVOID lpOutBuffer,  WIND::DWORD nOutBufferSize,  WIND::LPDWORD lpBytesReturned,  WIND::LPOVERLAPPED lpOverlapped)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering DeviceIoControl"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrDeviceIoControl(hDevice, dwIoControlCode, lpInBuffer, nInBufferSize, lpOutBuffer, nOutBufferSize, lpBytesReturned, lpOverlapped);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving DeviceIoControl"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::SOCKET WSAAPI myWSASocketA( int af,  int type,  int protocol,  WIND::LPWSAPROTOCOL_INFOA lpProtocolInfo,  WIND::GROUP g,  WIND::DWORD dwFlags)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering WSASocketA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::SOCKET res = fptrWSASocketA(af, type, protocol, lpProtocolInfo, g, dwFlags);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving WSASocketA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



int WSAAPI myWSARecvFrom( WIND::SOCKET s,   WIND::LPWSABUF lpBuffers,  WIND::DWORD dwBufferCount,  WIND::LPDWORD lpNumberOfBytesRecvd,   WIND::LPDWORD lpFlags,  struct sockaddr FAR * lpFrom,   WIND::LPINT lpFromlen,  WIND::LPWSAOVERLAPPED lpOverlapped,  WIND::LPWSAOVERLAPPED_COMPLETION_ROUTINE lpCompletionRoutine)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering WSARecvFrom"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   int res = fptrWSARecvFrom(s, lpBuffers, dwBufferCount, lpNumberOfBytesRecvd, lpFlags, lpFrom, lpFromlen, lpOverlapped, lpCompletionRoutine);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving WSARecvFrom"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::RPC_STATUS WINAPI myRpcStringBindingComposeA( WIND::RPC_CSTR ObjUuid,  WIND::RPC_CSTR Protseq,  WIND::RPC_CSTR NetworkAddr,  WIND::RPC_CSTR Endpoint,  WIND::RPC_CSTR Options, __deref_opt_out WIND::RPC_CSTR __RPC_FAR * StringBinding)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering RpcStringBindingComposeA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::RPC_STATUS res = fptrRpcStringBindingComposeA(ObjUuid, Protseq, NetworkAddr, Endpoint, Options, StringBinding);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving RpcStringBindingComposeA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::WSAEVENT WSAAPI myWSACreateEvent()

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering WSACreateEvent"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::WSAEVENT res = fptrWSACreateEvent();

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving WSACreateEvent"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



VOID WINAPI myExitProcess( WIND::UINT uExitCode)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering ExitProcess"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   fptrExitProcess(uExitCode);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving ExitProcess"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);



}



int WSAAPI myconnect( WIND::SOCKET s,  const struct sockaddr FAR * name,  int namelen)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering connect"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   int res = fptrconnect(s, name, namelen);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving connect"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myGetMessageW( WIND::LPMSG lpMsg,  WIND::HWND hWnd,  WIND::UINT wMsgFilterMin,  WIND::UINT wMsgFilterMax)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering GetMessageW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrGetMessageW(lpMsg, hWnd, wMsgFilterMin, wMsgFilterMax);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving GetMessageW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WSAAPI myWSAResetEvent( WIND::WSAEVENT hEvent)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering WSAResetEvent"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrWSAResetEvent(hEvent);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving WSAResetEvent"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::RPC_STATUS WINAPI myRpcStringBindingComposeW( WIND::RPC_WSTR ObjUuid,  WIND::RPC_WSTR Protseq,  WIND::RPC_WSTR NetworkAddr,  WIND::RPC_WSTR Endpoint,  WIND::RPC_WSTR Options, __deref_opt_out WIND::RPC_WSTR __RPC_FAR * StringBinding)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering RpcStringBindingComposeW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::RPC_STATUS res = fptrRpcStringBindingComposeW(ObjUuid, Protseq, NetworkAddr, Endpoint, Options, StringBinding);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving RpcStringBindingComposeW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL APIENTRY myPrintDlgA(WIND::LPPRINTDLGA lpDlg)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering PrintDlgA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrPrintDlgA(lpDlg);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving PrintDlgA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myOpenWaitableTimerA( WIND::DWORD dwDesiredAccess,  WIND::BOOL bInheritHandle,  WIND::LPCSTR lpTimerName)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering OpenWaitableTimerA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrOpenWaitableTimerA(dwDesiredAccess, bInheritHandle, lpTimerName);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving OpenWaitableTimerA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HHOOK WINAPI mySetWindowsHookExW( int idHook,  WIND::HOOKPROC lpfn,  WIND::HINSTANCE hmod,  WIND::DWORD dwThreadId)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering SetWindowsHookExW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HHOOK res = fptrSetWindowsHookExW(idHook, lpfn, hmod, dwThreadId);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving SetWindowsHookExW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



int WSAAPI myWSASend( WIND::SOCKET s,  WIND::LPWSABUF lpBuffers,  WIND::DWORD dwBufferCount,  WIND::LPDWORD lpNumberOfBytesSent,  WIND::DWORD dwFlags,  WIND::LPWSAOVERLAPPED lpOverlapped,  WIND::LPWSAOVERLAPPED_COMPLETION_ROUTINE lpCompletionRoutine)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering WSASend"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   int res = fptrWSASend(s, lpBuffers, dwBufferCount, lpNumberOfBytesSent, dwFlags, lpOverlapped, lpCompletionRoutine);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving WSASend"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myOpenWaitableTimerW( WIND::DWORD dwDesiredAccess,  WIND::BOOL bInheritHandle,  WIND::LPCWSTR lpTimerName)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering OpenWaitableTimerW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrOpenWaitableTimerW(dwDesiredAccess, bInheritHandle, lpTimerName);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving OpenWaitableTimerW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myDeleteTimerQueueTimer( WIND::HANDLE TimerQueue,  WIND::HANDLE Timer,  WIND::HANDLE CompletionEvent)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering DeleteTimerQueueTimer"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrDeleteTimerQueueTimer(TimerQueue, Timer, CompletionEvent);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving DeleteTimerQueueTimer"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::RPC_STATUS WINAPI myRpcNsBindingImportDone(  WIND::RPC_NS_HANDLE __RPC_FAR * ImportContext)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering RpcNsBindingImportDone"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::RPC_STATUS res = fptrRpcNsBindingImportDone(ImportContext);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving RpcNsBindingImportDone"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myReadConsoleInputW( WIND::HANDLE hConsoleInput,  WIND::PINPUT_RECORD lpBuffer,  WIND::DWORD nLength,  WIND::LPDWORD lpNumberOfEventsRead)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering ReadConsoleInputW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrReadConsoleInputW(hConsoleInput, lpBuffer, nLength, lpNumberOfEventsRead);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving ReadConsoleInputW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myCreateMutexA( WIND::LPSECURITY_ATTRIBUTES lpMutexAttributes,  WIND::BOOL bInitialOwner,  WIND::LPCSTR lpName)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering CreateMutexA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrCreateMutexA(lpMutexAttributes, bInitialOwner, lpName);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving CreateMutexA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myRegisterWaitForSingleObject( WIND::PHANDLE phNewWaitObject,  WIND::HANDLE hObject,  WIND::WAITORTIMERCALLBACK Callback,  WIND::PVOID Context,  WIND::ULONG dwMilliseconds,  WIND::ULONG dwFlags)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering RegisterWaitForSingleObject"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrRegisterWaitForSingleObject(phNewWaitObject, hObject, Callback, Context, dwMilliseconds, dwFlags);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving RegisterWaitForSingleObject"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::RPC_STATUS WINAPI myRpcMgmtInqIfIds( WIND::RPC_BINDING_HANDLE Binding,  WIND::RPC_IF_ID_VECTOR __RPC_FAR * __RPC_FAR * IfIdVector)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering RpcMgmtInqIfIds"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::RPC_STATUS res = fptrRpcMgmtInqIfIds(Binding, IfIdVector);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving RpcMgmtInqIfIds"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myCreateSemaphoreA( WIND::LPSECURITY_ATTRIBUTES lpSemaphoreAttributes,  WIND::LONG lInitialCount,  WIND::LONG lMaximumCount,  WIND::LPCSTR lpName)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering CreateSemaphoreA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrCreateSemaphoreA(lpSemaphoreAttributes, lInitialCount, lMaximumCount, lpName);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving CreateSemaphoreA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myCreateThread( WIND::LPSECURITY_ATTRIBUTES lpThreadAttributes,  WIND::SIZE_T dwStackSize,  WIND::LPTHREAD_START_ROUTINE lpStartAddress,  WIND::LPVOID lpParameter,  WIND::DWORD dwCreationFlags,  WIND::LPDWORD lpThreadId)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering CreateThread"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrCreateThread(lpThreadAttributes, dwStackSize, lpStartAddress, lpParameter, dwCreationFlags, lpThreadId);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving CreateThread"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



long WINAPI myBroadcastSystemMessageExW( WIND::DWORD flags,  WIND::LPDWORD lpInfo,  WIND::UINT Msg,  WIND::WPARAM wParam,  WIND::LPARAM lParam,  WIND::PBSMINFO pbsmInfo)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering BroadcastSystemMessageExW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   long res = fptrBroadcastSystemMessageExW(flags, lpInfo, Msg, wParam, lParam, pbsmInfo);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving BroadcastSystemMessageExW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myCreateProcessAsUserA( WIND::HANDLE hToken,  WIND::LPCSTR lpApplicationName,  WIND::LPSTR lpCommandLine,  WIND::LPSECURITY_ATTRIBUTES lpProcessAttributes,  WIND::LPSECURITY_ATTRIBUTES lpThreadAttributes,  WIND::BOOL bInheritHandles,  WIND::DWORD dwCreationFlags,  WIND::LPVOID lpEnvironment,  WIND::LPCSTR lpCurrentDirectory,  WIND::LPSTARTUPINFOA lpStartupInfo,  WIND::LPPROCESS_INFORMATION lpProcessInformation)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering CreateProcessAsUserA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrCreateProcessAsUserA(hToken, lpApplicationName, lpCommandLine, lpProcessAttributes, lpThreadAttributes, bInheritHandles, dwCreationFlags, lpEnvironment, lpCurrentDirectory, lpStartupInfo, lpProcessInformation);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving CreateProcessAsUserA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myCreateSemaphoreW( WIND::LPSECURITY_ATTRIBUTES lpSemaphoreAttributes,  WIND::LONG lInitialCount,  WIND::LONG lMaximumCount,  WIND::LPCWSTR lpName)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering CreateSemaphoreW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrCreateSemaphoreW(lpSemaphoreAttributes, lInitialCount, lMaximumCount, lpName);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving CreateSemaphoreW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myCreateMutexW( WIND::LPSECURITY_ATTRIBUTES lpMutexAttributes,  WIND::BOOL bInitialOwner,  WIND::LPCWSTR lpName)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering CreateMutexW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrCreateMutexW(lpMutexAttributes, bInitialOwner, lpName);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving CreateMutexW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::RPC_STATUS myRpcMgmtWaitServerListen()

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering RpcMgmtWaitServerListen"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::RPC_STATUS res = fptrRpcMgmtWaitServerListen();

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving RpcMgmtWaitServerListen"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



VOID WINAPI myExitThread( WIND::DWORD dwExitCode)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering ExitThread"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   fptrExitThread(dwExitCode);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving ExitThread"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);



}



int WSAAPI myrecv( WIND::SOCKET s,  char FAR * buf,  int len,  int flags)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering recv"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   int res = fptrrecv(s, buf, len, flags);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving recv"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myCreateProcessAsUserW( WIND::HANDLE hToken,  WIND::LPCWSTR lpApplicationName,  WIND::LPWSTR lpCommandLine,  WIND::LPSECURITY_ATTRIBUTES lpProcessAttributes,  WIND::LPSECURITY_ATTRIBUTES lpThreadAttributes,  WIND::BOOL bInheritHandles,  WIND::DWORD dwCreationFlags,  WIND::LPVOID lpEnvironment,  WIND::LPCWSTR lpCurrentDirectory,  WIND::LPSTARTUPINFOW lpStartupInfo,  WIND::LPPROCESS_INFORMATION lpProcessInformation)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering CreateProcessAsUserW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrCreateProcessAsUserW(hToken, lpApplicationName, lpCommandLine, lpProcessAttributes, lpThreadAttributes, bInheritHandles, dwCreationFlags, lpEnvironment, lpCurrentDirectory, lpStartupInfo, lpProcessInformation);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving CreateProcessAsUserW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



VOID WINAPI myRtlEnterCriticalSection(WIND::LPCRITICAL_SECTION lpCriticalSection)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering RtlEnterCriticalSection"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   fptrRtlEnterCriticalSection(lpCriticalSection);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving RtlEnterCriticalSection"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);



}



WIND::BOOL WINAPI myReadConsoleA( WIND::HANDLE hConsoleInput,  WIND::LPVOID lpBuffer,  WIND::DWORD nNumberOfCharsToRead,  WIND::LPDWORD lpNumberOfCharsRead,  WIND::LPVOID lpReserved)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering ReadConsoleA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrReadConsoleA(hConsoleInput, lpBuffer, nNumberOfCharsToRead, lpNumberOfCharsRead, lpReserved);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving ReadConsoleA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



VOID WINAPI myRtlDeleteCriticalSection( WIND::LPCRITICAL_SECTION lpCriticalSection)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering RtlDeleteCriticalSection"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   fptrRtlDeleteCriticalSection(lpCriticalSection);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving RtlDeleteCriticalSection"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);



}



WIND::DWORD WINAPI myWaitForMultipleObjectsEx( WIND::DWORD nCount, __in_ecount(nCount) CONST WIND::HANDLE * lpHandles,  WIND::BOOL bWaitAll,  WIND::DWORD dwMilliseconds,  WIND::BOOL bAlertable)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering WaitForMultipleObjectsEx"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::DWORD res = fptrWaitForMultipleObjectsEx(nCount, lpHandles, bWaitAll, dwMilliseconds, bAlertable);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving WaitForMultipleObjectsEx"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myTerminateProcess( WIND::HANDLE hProcess,  WIND::UINT uExitCode)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering TerminateProcess"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrTerminateProcess(hProcess, uExitCode);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving TerminateProcess"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myFindCloseChangeNotification( WIND::HANDLE hChangeHandle)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering FindCloseChangeNotification"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrFindCloseChangeNotification(hChangeHandle);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving FindCloseChangeNotification"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myFindFirstPrinterChangeNotification( WIND::HANDLE hPrinter,  WIND::DWORD fdwFlags,  WIND::DWORD fdwOptions,  WIND::LPVOID pPrinterNotifyOptions)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering FindFirstPrinterChangeNotification"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrFindFirstPrinterChangeNotification(hPrinter, fdwFlags, fdwOptions, pPrinterNotifyOptions);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving FindFirstPrinterChangeNotification"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::DWORD WINAPI myWaitForInputIdle( WIND::HANDLE hProcess,  WIND::DWORD dwMilliseconds)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering WaitForInputIdle"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::DWORD res = fptrWaitForInputIdle(hProcess, dwMilliseconds);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving WaitForInputIdle"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



unsigned char * WINAPI myNdrNsSendReceive(WIND::PMIDL_STUB_MESSAGE pStubMsg, unsigned char * pBufferEnd, WIND::RPC_BINDING_HANDLE * pAutoHandle)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering NdrNsSendReceive"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   unsigned char * res = fptrNdrNsSendReceive(pStubMsg, pBufferEnd, pAutoHandle);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving NdrNsSendReceive"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myFindClosePrinterChangeNotification( WIND::HANDLE hChange)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering FindClosePrinterChangeNotification"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrFindClosePrinterChangeNotification(hChange);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving FindClosePrinterChangeNotification"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::INT_PTR WINAPI myDialogBoxIndirectParamA( WIND::HINSTANCE hInstance,  WIND::LPCDLGTEMPLATEA hDialogTemplate,  WIND::HWND hWndParent,  WIND::DLGPROC lpDialogFunc,  WIND::LPARAM dwInitParam)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering DialogBoxIndirectParamA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::INT_PTR res = fptrDialogBoxIndirectParamA(hInstance, hDialogTemplate, hWndParent, lpDialogFunc, dwInitParam);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving DialogBoxIndirectParamA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myReadConsoleW( WIND::HANDLE hConsoleInput,  WIND::LPVOID lpBuffer,  WIND::DWORD nNumberOfCharsToRead,  WIND::LPDWORD lpNumberOfCharsRead,  WIND::LPVOID lpReserved)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering ReadConsoleW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrReadConsoleW(hConsoleInput, lpBuffer, nNumberOfCharsToRead, lpNumberOfCharsRead, lpReserved);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving ReadConsoleW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myGetMessageA( WIND::LPMSG lpMsg,  WIND::HWND hWnd,  WIND::UINT wMsgFilterMin,  WIND::UINT wMsgFilterMax)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering GetMessageA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrGetMessageA(lpMsg, hWnd, wMsgFilterMin, wMsgFilterMax);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving GetMessageA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI mySetWaitableTimer( WIND::HANDLE hTimer,  const WIND::LARGE_INTEGER * lpDueTime,  WIND::LONG lPeriod,  WIND::PTIMERAPCROUTINE pfnCompletionRoutine,  WIND::LPVOID lpArgToCompletionRoutine,  WIND::BOOL fResume)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering SetWaitableTimer"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrSetWaitableTimer(hTimer, lpDueTime, lPeriod, pfnCompletionRoutine, lpArgToCompletionRoutine, fResume);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving SetWaitableTimer"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::DWORD WINAPI mySleepEx( WIND::DWORD dwMilliseconds,  WIND::BOOL bAlertable)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering SleepEx"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::DWORD res = fptrSleepEx(dwMilliseconds, bAlertable);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving SleepEx"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HMODULE WINAPI myLoadLibraryExW( WIND::LPCWSTR lpLibFileName, __reserved WIND::HANDLE hFile,  unsigned long dwFlags)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering LoadLibraryExW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HMODULE res = fptrLoadLibraryExW(lpLibFileName, hFile, dwFlags);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {
    
    PIN_LockClient();
    
    globalCounter++;
    
    if(globalCounter >= 100 && attachCycles >= KnobStressDetachReAttach.Value() && doLoopPred != 0)
    {
        //eventhough this is not an error - print to cerr (in order to see it on the screen)
        cerr << "exiting from application!"  << endl;
        doLoopPred = 0;
    }
    
    PIN_UnlockClient();

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving LoadLibraryExW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myCallNamedPipeW( WIND::LPCWSTR lpNamedPipeName, __in_bcount_opt(nInBufferSize) WIND::LPVOID lpInBuffer,  WIND::DWORD nInBufferSize, __out_bcount_part_opt(nOutBufferSize, *lpBytesRead) WIND::LPVOID lpOutBuffer,  WIND::DWORD nOutBufferSize,  WIND::LPDWORD lpBytesRead,  WIND::DWORD nTimeOut)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering CallNamedPipeW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrCallNamedPipeW(lpNamedPipeName, lpInBuffer, nInBufferSize, lpOutBuffer, nOutBufferSize, lpBytesRead, nTimeOut);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving CallNamedPipeW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI mySendNotifyMessageA( WIND::HWND hWnd,  WIND::UINT Msg,  WIND::WPARAM wParam,  WIND::LPARAM lParam)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering SendNotifyMessageA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrSendNotifyMessageA(hWnd, Msg, wParam, lParam);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving SendNotifyMessageA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myInitializeCriticalSectionAndSpinCount( WIND::LPCRITICAL_SECTION lpCriticalSection,  WIND::DWORD dwSpinCount)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering InitializeCriticalSectionAndSpinCount"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrInitializeCriticalSectionAndSpinCount(lpCriticalSection, dwSpinCount);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving InitializeCriticalSectionAndSpinCount"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL APIENTRY myPrintDlgW(WIND::LPPRINTDLGW lpDlg)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering PrintDlgW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrPrintDlgW(lpDlg);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving PrintDlgW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::RPC_STATUS WINAPI myRpcMgmtEpEltInqNextW( WIND::RPC_EP_INQ_HANDLE InquiryContext,  WIND::RPC_IF_ID __RPC_FAR * IfId,  WIND::RPC_BINDING_HANDLE __RPC_FAR * Binding,  WIND::UUID __RPC_FAR * ObjectUuid, __deref_opt_out WIND::RPC_WSTR __RPC_FAR * Annotation)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering RpcMgmtEpEltInqNextW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::RPC_STATUS res = fptrRpcMgmtEpEltInqNextW(InquiryContext, IfId, Binding, ObjectUuid, Annotation);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving RpcMgmtEpEltInqNextW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::RPC_STATUS WINAPI myRpcMgmtEpEltInqDone(  WIND::RPC_EP_INQ_HANDLE __RPC_FAR * InquiryContext)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering RpcMgmtEpEltInqDone"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::RPC_STATUS res = fptrRpcMgmtEpEltInqDone(InquiryContext);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving RpcMgmtEpEltInqDone"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myPostMessageA( WIND::HWND hWnd,  WIND::UINT Msg,  WIND::WPARAM wParam,  WIND::LPARAM lParam)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering PostMessageA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrPostMessageA(hWnd, Msg, wParam, lParam);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving PostMessageA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myTerminateThread( WIND::HANDLE hThread,  WIND::DWORD dwExitCode)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering TerminateThread"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrTerminateThread(hThread, dwExitCode);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving TerminateThread"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HMODULE WINAPI myLoadLibraryW( WIND::LPCWSTR lpLibFileName)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering LoadLibraryW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HMODULE res = fptrLoadLibraryW(lpLibFileName);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
    
   PIN_LockClient();
    
   globalCounter++;
    
   if(globalCounter >= 100 && attachCycles >= KnobStressDetachReAttach.Value() && doLoopPred != 0)
   {
        //eventhough this is not an error - print to cerr (in order to see it on the screen)
        cerr << "success -  exiting from application!"  << endl;
        doLoopPred = 0;
   }
    
   PIN_UnlockClient();      
    
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving LoadLibraryW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myCreateMailslotW( WIND::LPCWSTR lpName,  WIND::DWORD nMaxMessageSize,  WIND::DWORD lReadTimeout,  WIND::LPSECURITY_ATTRIBUTES lpSecurityAttributes)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering CreateMailslotW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrCreateMailslotW(lpName, nMaxMessageSize, lReadTimeout, lpSecurityAttributes);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving CreateMailslotW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI mySetEvent( WIND::HANDLE hEvent)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering SetEvent"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrSetEvent(hEvent);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving SetEvent"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myReadConsoleInputA( WIND::HANDLE hConsoleInput,  WIND::PINPUT_RECORD lpBuffer,  WIND::DWORD nLength,  WIND::LPDWORD lpNumberOfEventsRead)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering ReadConsoleInputA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrReadConsoleInputA(hConsoleInput, lpBuffer, nLength, lpNumberOfEventsRead);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving ReadConsoleInputA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myCreateProcessWithLogonW( WIND::LPCWSTR lpUsername,  WIND::LPCWSTR lpDomain,  WIND::LPCWSTR lpPassword,  WIND::DWORD dwLogonFlags,  WIND::LPCWSTR lpApplicationName,  WIND::LPWSTR lpCommandLine,  WIND::DWORD dwCreationFlags,  WIND::LPVOID lpEnvironment,  WIND::LPCWSTR lpCurrentDirectory,  WIND::LPSTARTUPINFOW lpStartupInfo,  WIND::LPPROCESS_INFORMATION lpProcessInformation)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering CreateProcessWithLogonW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrCreateProcessWithLogonW(lpUsername, lpDomain, lpPassword, dwLogonFlags, lpApplicationName, lpCommandLine, dwCreationFlags, lpEnvironment, lpCurrentDirectory, lpStartupInfo, lpProcessInformation);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving CreateProcessWithLogonW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myCallNamedPipeA( WIND::LPCSTR lpNamedPipeName, __in_bcount_opt(nInBufferSize) WIND::LPVOID lpInBuffer,  WIND::DWORD nInBufferSize, __out_bcount_part_opt(nOutBufferSize, *lpBytesRead) WIND::LPVOID lpOutBuffer,  WIND::DWORD nOutBufferSize,  WIND::LPDWORD lpBytesRead,  WIND::DWORD nTimeOut)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering CallNamedPipeA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrCallNamedPipeA(lpNamedPipeName, lpInBuffer, nInBufferSize, lpOutBuffer, nOutBufferSize, lpBytesRead, nTimeOut);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving CallNamedPipeA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI mySendNotifyMessageW( WIND::HWND hWnd,  WIND::UINT Msg,  WIND::WPARAM wParam,  WIND::LPARAM lParam)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering SendNotifyMessageW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrSendNotifyMessageW(hWnd, Msg, wParam, lParam);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving SendNotifyMessageW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myCreateMailslotA( WIND::LPCSTR lpName,  WIND::DWORD nMaxMessageSize,  WIND::DWORD lReadTimeout,  WIND::LPSECURITY_ATTRIBUTES lpSecurityAttributes)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering CreateMailslotA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrCreateMailslotA(lpName, nMaxMessageSize, lReadTimeout, lpSecurityAttributes);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving CreateMailslotA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



int WSAAPI myselect( int nfds,   WIND::fd_set FAR * readfds,   WIND::fd_set FAR * writefds,   WIND::fd_set FAR * exceptfds,  const struct timeval FAR * timeout)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering select"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   int res = fptrselect(nfds, readfds, writefds, exceptfds, timeout);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving select"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myCreateRemoteThread( WIND::HANDLE hProcess,  WIND::LPSECURITY_ATTRIBUTES lpThreadAttributes,  WIND::SIZE_T dwStackSize,  WIND::LPTHREAD_START_ROUTINE lpStartAddress,  WIND::LPVOID lpParameter,  WIND::DWORD dwCreationFlags,  WIND::LPDWORD lpThreadId)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering CreateRemoteThread"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrCreateRemoteThread(hProcess, lpThreadAttributes, dwStackSize, lpStartAddress, lpParameter, dwCreationFlags, lpThreadId);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving CreateRemoteThread"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HHOOK WINAPI mySetWindowsHookExA( int idHook,  WIND::HOOKPROC lpfn,  WIND::HINSTANCE hmod,  WIND::DWORD dwThreadId)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering SetWindowsHookExA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HHOOK res = fptrSetWindowsHookExA(idHook, lpfn, hmod, dwThreadId);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving SetWindowsHookExA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



long WINAPI myBroadcastSystemMessageExA( WIND::DWORD flags,  WIND::LPDWORD lpInfo,  WIND::UINT Msg,  WIND::WPARAM wParam,  WIND::LPARAM lParam,  WIND::PBSMINFO pbsmInfo)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering BroadcastSystemMessageExA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   long res = fptrBroadcastSystemMessageExA(flags, lpInfo, Msg, wParam, lParam, pbsmInfo);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving BroadcastSystemMessageExA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myOpenProcess( WIND::DWORD dwDesiredAccess,  WIND::BOOL bInheritHandle,  WIND::DWORD dwProcessId)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering OpenProcess"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrOpenProcess(dwDesiredAccess, bInheritHandle, dwProcessId);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving OpenProcess"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::DWORD WSAAPI myWSAWaitForMultipleEvents( WIND::DWORD cEvents,  const WIND::WSAEVENT FAR * lphEvents,  WIND::BOOL fWaitAll,  WIND::DWORD dwTimeout,  WIND::BOOL fAlertable)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering WSAWaitForMultipleEvents"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::DWORD res = fptrWSAWaitForMultipleEvents(cEvents, lphEvents, fWaitAll, dwTimeout, fAlertable);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving WSAWaitForMultipleEvents"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::RPC_STATUS WINAPI myRpcMgmtEpEltInqBegin( WIND::RPC_BINDING_HANDLE EpBinding,  unsigned long InquiryType,  WIND::RPC_IF_ID __RPC_FAR * IfId,  unsigned long VersOption,  WIND::UUID __RPC_FAR * ObjectUuid,  WIND::RPC_EP_INQ_HANDLE __RPC_FAR * InquiryContext)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering RpcMgmtEpEltInqBegin"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::RPC_STATUS res = fptrRpcMgmtEpEltInqBegin(EpBinding, InquiryType, IfId, VersOption, ObjectUuid, InquiryContext);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving RpcMgmtEpEltInqBegin"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myWriteFileGather( WIND::HANDLE hFile,  WIND::FILE_SEGMENT_ELEMENT** aSegmentArray,  WIND::DWORD nNumberOfBytesToWrite, __reserved WIND::LPDWORD lpReserved,  WIND::LPOVERLAPPED lpOverlapped)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering WriteFileGather"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrWriteFileGather(hFile, aSegmentArray, nNumberOfBytesToWrite, lpReserved, lpOverlapped);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving WriteFileGather"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::DWORD WINAPI myWaitForMultipleObjects( WIND::DWORD nCount, __in_ecount(nCount) CONST WIND::HANDLE * lpHandles,  WIND::BOOL bWaitAll,  WIND::DWORD dwMilliseconds)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering WaitForMultipleObjects"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::DWORD res = fptrWaitForMultipleObjects(nCount, lpHandles, bWaitAll, dwMilliseconds);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving WaitForMultipleObjects"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



unsigned char * WINAPI myNdrSendReceive(WIND::PMIDL_STUB_MESSAGE pStubMsg, unsigned char * pBufferEnd)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering NdrSendReceive"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   unsigned char * res = fptrNdrSendReceive(pStubMsg, pBufferEnd);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving NdrSendReceive"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myCreateWaitableTimerW( WIND::LPSECURITY_ATTRIBUTES lpTimerAttributes,  WIND::BOOL bManualReset,  WIND::LPCWSTR lpTimerName)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering CreateWaitableTimerW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrCreateWaitableTimerW(lpTimerAttributes, bManualReset, lpTimerName);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving CreateWaitableTimerW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myWaitMessage()

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering WaitMessage"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrWaitMessage();

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving WaitMessage"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::DWORD WINAPI mySetCriticalSectionSpinCount( WIND::LPCRITICAL_SECTION lpCriticalSection,  WIND::DWORD dwSpinCount)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering SetCriticalSectionSpinCount"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::DWORD res = fptrSetCriticalSectionSpinCount(lpCriticalSection, dwSpinCount);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving SetCriticalSectionSpinCount"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myWaitNamedPipeW( WIND::LPCWSTR lpNamedPipeName,  WIND::DWORD nTimeOut)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering WaitNamedPipeW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrWaitNamedPipeW(lpNamedPipeName, nTimeOut);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving WaitNamedPipeW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



int WSAAPI mysendto( WIND::SOCKET s,  const char FAR * buf,  int len,  int flags,  const struct sockaddr FAR * to,  int tolen)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering sendto"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   int res = fptrsendto(s, buf, len, flags, to, tolen);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving sendto"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myWaitNamedPipeA( WIND::LPCSTR lpNamedPipeName,  WIND::DWORD nTimeOut)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering WaitNamedPipeA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrWaitNamedPipeA(lpNamedPipeName, nTimeOut);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving WaitNamedPipeA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myResetEvent( WIND::HANDLE hEvent)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering ResetEvent"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrResetEvent(hEvent);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving ResetEvent"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myCreateTimerQueueTimer( WIND::PHANDLE phNewTimer,  WIND::HANDLE TimerQueue,  WIND::WAITORTIMERCALLBACK Callback,  WIND::PVOID Parameter,  WIND::DWORD DueTime,  WIND::DWORD Period,  WIND::ULONG Flags)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering CreateTimerQueueTimer"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrCreateTimerQueueTimer(phNewTimer, TimerQueue, Callback, Parameter, DueTime, Period, Flags);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving CreateTimerQueueTimer"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myCreateWaitableTimerA( WIND::LPSECURITY_ATTRIBUTES lpTimerAttributes,  WIND::BOOL bManualReset,  WIND::LPCSTR lpTimerName)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering CreateWaitableTimerA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrCreateWaitableTimerA(lpTimerAttributes, bManualReset, lpTimerName);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving CreateWaitableTimerA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myDuplicateHandle( WIND::HANDLE hSourceProcessHandle,  WIND::HANDLE hSourceHandle,  WIND::HANDLE hTargetProcessHandle,  WIND::LPHANDLE lpTargetHandle,  WIND::DWORD dwDesiredAccess,  WIND::BOOL bInheritHandle,  WIND::DWORD dwOptions)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering DuplicateHandle"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrDuplicateHandle(hSourceProcessHandle, hSourceHandle, hTargetProcessHandle, lpTargetHandle, dwDesiredAccess, bInheritHandle, dwOptions);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving DuplicateHandle"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



int WSAAPI myclosesocket( WIND::SOCKET s)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering closesocket"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   int res = fptrclosesocket(s);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving closesocket"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::FARPROC WINAPI myGetProcAddress( WIND::HMODULE hModule,  WIND::LPCSTR lpProcName)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering GetProcAddress"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::FARPROC res = fptrGetProcAddress(hModule, lpProcName);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving GetProcAddress"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::SOCKET WSAAPI mysocket( int af,  int type,  int protocol)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering socket"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::SOCKET res = fptrsocket(af, type, protocol);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving socket"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WSAAPI myWSASetEvent( WIND::WSAEVENT hEvent)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering WSASetEvent"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrWSASetEvent(hEvent);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving WSASetEvent"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myCreateEventW( WIND::LPSECURITY_ATTRIBUTES lpEventAttributes,  WIND::BOOL bManualReset,  WIND::BOOL bInitialState,  WIND::LPCWSTR lpName)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering CreateEventW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrCreateEventW(lpEventAttributes, bManualReset, bInitialState, lpName);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving CreateEventW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myPostThreadMessageW( WIND::DWORD idThread,  WIND::UINT Msg,  WIND::WPARAM wParam,  WIND::LPARAM lParam)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering PostThreadMessageW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrPostThreadMessageW(idThread, Msg, wParam, lParam);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving PostThreadMessageW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



int WSAAPI myWSASendTo( WIND::SOCKET s,  WIND::LPWSABUF lpBuffers,  WIND::DWORD dwBufferCount,  WIND::LPDWORD lpNumberOfBytesSent,  WIND::DWORD dwFlags,  const struct sockaddr FAR * lpTo,  int iTolen,  WIND::LPWSAOVERLAPPED lpOverlapped,  WIND::LPWSAOVERLAPPED_COMPLETION_ROUTINE lpCompletionRoutine)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering WSASendTo"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   int res = fptrWSASendTo(s, lpBuffers, dwBufferCount, lpNumberOfBytesSent, dwFlags, lpTo, iTolen, lpOverlapped, lpCompletionRoutine);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving WSASendTo"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myCreateFileW( WIND::LPCWSTR lpFileName,  WIND::DWORD dwDesiredAccess,  WIND::DWORD dwShareMode,  WIND::LPSECURITY_ATTRIBUTES lpSecurityAttributes,  WIND::DWORD dwCreationDisposition,  WIND::DWORD dwFlagsAndAttributes,  WIND::HANDLE hTemplateFile)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering CreateFileW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrCreateFileW(lpFileName, dwDesiredAccess, dwShareMode, lpSecurityAttributes, dwCreationDisposition, dwFlagsAndAttributes, hTemplateFile);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving CreateFileW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myCreateEventA( WIND::LPSECURITY_ATTRIBUTES lpEventAttributes,  WIND::BOOL bManualReset,  WIND::BOOL bInitialState,  WIND::LPCSTR lpName)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering CreateEventA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrCreateEventA(lpEventAttributes, bManualReset, bInitialState, lpName);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving CreateEventA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::RPC_STATUS WINAPI myRpcServerListen( unsigned int MinimumCallThreads,  unsigned int MaxCalls,  unsigned int DontWait)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering RpcServerListen"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::RPC_STATUS res = fptrRpcServerListen(MinimumCallThreads, MaxCalls, DontWait);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving RpcServerListen"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myCreateFileA( WIND::LPCSTR lpFileName,  WIND::DWORD dwDesiredAccess,  WIND::DWORD dwShareMode,  WIND::LPSECURITY_ATTRIBUTES lpSecurityAttributes,  WIND::DWORD dwCreationDisposition,  WIND::DWORD dwFlagsAndAttributes,  WIND::HANDLE hTemplateFile)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering CreateFileA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrCreateFileA(lpFileName, dwDesiredAccess, dwShareMode, lpSecurityAttributes, dwCreationDisposition, dwFlagsAndAttributes, hTemplateFile);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving CreateFileA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myDeleteTimerQueueEx( WIND::HANDLE TimerQueue,  WIND::HANDLE CompletionEvent)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering DeleteTimerQueueEx"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrDeleteTimerQueueEx(TimerQueue, CompletionEvent);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving DeleteTimerQueueEx"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::LRESULT WINAPI mySendMessageTimeoutW( WIND::HWND hWnd,  WIND::UINT Msg,  WIND::WPARAM wParam,  WIND::LPARAM lParam,  WIND::UINT fuFlags,  WIND::UINT uTimeout,  WIND::PDWORD_PTR lpdwResult)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering SendMessageTimeoutW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::LRESULT res = fptrSendMessageTimeoutW(hWnd, Msg, wParam, lParam, fuFlags, uTimeout, lpdwResult);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving SendMessageTimeoutW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myPostThreadMessageA( WIND::DWORD idThread,  WIND::UINT Msg,  WIND::WPARAM wParam,  WIND::LPARAM lParam)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering PostThreadMessageA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrPostThreadMessageA(idThread, Msg, wParam, lParam);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving PostThreadMessageA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::SOCKET WSAAPI myWSASocketW( int af,  int type,  int protocol,  WIND::LPWSAPROTOCOL_INFOW lpProtocolInfo,  WIND::GROUP g,  WIND::DWORD dwFlags)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering WSASocketW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::SOCKET res = fptrWSASocketW(af, type, protocol, lpProtocolInfo, g, dwFlags);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving WSASocketW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WSAAPI myWSAGetOverlappedResult( WIND::SOCKET s,  WIND::LPWSAOVERLAPPED lpOverlapped,  WIND::LPDWORD lpcbTransfer,  WIND::BOOL fWait,  WIND::LPDWORD lpdwFlags)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering WSAGetOverlappedResult"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrWSAGetOverlappedResult(s, lpOverlapped, lpcbTransfer, fWait, lpdwFlags);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving WSAGetOverlappedResult"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



int WSAAPI myWSAConnect( WIND::SOCKET s,  const struct sockaddr FAR * name,  int namelen,  WIND::LPWSABUF lpCallerData,  WIND::LPWSABUF lpCalleeData,  WIND::LPQOS lpSQOS,  WIND::LPQOS lpGQOS)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering WSAConnect"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   int res = fptrWSAConnect(s, name, namelen, lpCallerData, lpCalleeData, lpSQOS, lpGQOS);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving WSAConnect"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myFindFirstChangeNotificationA( WIND::LPCSTR lpPathName,  WIND::BOOL bWatchSubtree,  WIND::DWORD dwNotifyFilter)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering FindFirstChangeNotificationA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrFindFirstChangeNotificationA(lpPathName, bWatchSubtree, dwNotifyFilter);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving FindFirstChangeNotificationA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myCreateNamedPipeW( WIND::LPCWSTR lpName,  WIND::DWORD dwOpenMode,  WIND::DWORD dwPipeMode,  WIND::DWORD nMaxInstances,  WIND::DWORD nOutBufferSize,  WIND::DWORD nInBufferSize,  WIND::DWORD nDefaultTimeOut,  WIND::LPSECURITY_ATTRIBUTES lpSecurityAttributes)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering CreateNamedPipeW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrCreateNamedPipeW(lpName, dwOpenMode, dwPipeMode, nMaxInstances, nOutBufferSize, nInBufferSize, nDefaultTimeOut, lpSecurityAttributes);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving CreateNamedPipeW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::SOCKET WSAAPI myaccept( WIND::SOCKET s,  struct sockaddr FAR * addr,   int FAR * addrlen)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering accept"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::SOCKET res = fptraccept(s, addr, addrlen);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving accept"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myOpenSemaphoreA( WIND::DWORD dwDesiredAccess,  WIND::BOOL bInheritHandle,  WIND::LPCSTR lpName)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering OpenSemaphoreA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrOpenSemaphoreA(dwDesiredAccess, bInheritHandle, lpName);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving OpenSemaphoreA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myUnregisterWaitEx( WIND::HANDLE WaitHandle,  WIND::HANDLE CompletionEvent)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering UnregisterWaitEx"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrUnregisterWaitEx(WaitHandle, CompletionEvent);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving UnregisterWaitEx"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::RPC_STATUS WINAPI myRpcMgmtIsServerListening( WIND::RPC_BINDING_HANDLE Binding)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering RpcMgmtIsServerListening"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::RPC_STATUS res = fptrRpcMgmtIsServerListening(Binding);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving RpcMgmtIsServerListening"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::DWORD WINAPI myWaitForSingleObjectEx( WIND::HANDLE hHandle,  WIND::DWORD dwMilliseconds,  WIND::BOOL bAlertable)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering WaitForSingleObjectEx"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::DWORD res = fptrWaitForSingleObjectEx(hHandle, dwMilliseconds, bAlertable);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving WaitForSingleObjectEx"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myCreateNamedPipeA( WIND::LPCSTR lpName,  WIND::DWORD dwOpenMode,  WIND::DWORD dwPipeMode,  WIND::DWORD nMaxInstances,  WIND::DWORD nOutBufferSize,  WIND::DWORD nInBufferSize,  WIND::DWORD nDefaultTimeOut,  WIND::LPSECURITY_ATTRIBUTES lpSecurityAttributes)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering CreateNamedPipeA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrCreateNamedPipeA(lpName, dwOpenMode, dwPipeMode, nMaxInstances, nOutBufferSize, nInBufferSize, nDefaultTimeOut, lpSecurityAttributes);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving CreateNamedPipeA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myFindFirstChangeNotificationW( WIND::LPCWSTR lpPathName,  WIND::BOOL bWatchSubtree,  WIND::DWORD dwNotifyFilter)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering FindFirstChangeNotificationW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrFindFirstChangeNotificationW(lpPathName, bWatchSubtree, dwNotifyFilter);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving FindFirstChangeNotificationW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



int WINAPI myMessageBoxExA( WIND::HWND hWnd,  WIND::LPCSTR lpText,  WIND::LPCSTR lpCaption,  WIND::UINT uType,  WIND::WORD wLanguageId)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering MessageBoxExA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   int res = fptrMessageBoxExA(hWnd, lpText, lpCaption, uType, wLanguageId);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving MessageBoxExA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myGetQueuedCompletionStatus( WIND::HANDLE CompletionPort,  WIND::LPDWORD lpNumberOfBytesTransferred,  WIND::PULONG_PTR lpCompletionKey,  WIND::LPOVERLAPPED lpOverlapped,  WIND::DWORD dwMilliseconds)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering GetQueuedCompletionStatus"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrGetQueuedCompletionStatus(CompletionPort, lpNumberOfBytesTransferred, lpCompletionKey, lpOverlapped, dwMilliseconds);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving GetQueuedCompletionStatus"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myCancelWaitableTimer( WIND::HANDLE hTimer)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering CancelWaitableTimer"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrCancelWaitableTimer(hTimer);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving CancelWaitableTimer"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



int WINAPI myMessageBoxW( WIND::HWND hWnd,  WIND::LPCWSTR lpText,  WIND::LPCWSTR lpCaption,  WIND::UINT uType)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering MessageBoxW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   int res = fptrMessageBoxW(hWnd, lpText, lpCaption, uType);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving MessageBoxW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::SOCKET WSAAPI myWSAAccept( WIND::SOCKET s,  struct sockaddr FAR * addr,   WIND::LPINT addrlen,  WIND::LPCONDITIONPROC lpfnCondition,  WIND::DWORD_PTR dwCallbackData)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering WSAAccept"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::SOCKET res = fptrWSAAccept(s, addr, addrlen, lpfnCondition, dwCallbackData);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving WSAAccept"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myUnregisterWait( WIND::HANDLE WaitHandle)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering UnregisterWait"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrUnregisterWait(WaitHandle);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving UnregisterWait"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WSAAPI myWSACloseEvent( WIND::WSAEVENT hEvent)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering WSACloseEvent"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrWSACloseEvent(hEvent);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving WSACloseEvent"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myCreateIoCompletionPort( WIND::HANDLE FileHandle,  WIND::HANDLE ExistingCompletionPort,  WIND::ULONG_PTR CompletionKey,  WIND::DWORD NumberOfConcurrentThreads)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering CreateIoCompletionPort"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrCreateIoCompletionPort(FileHandle, ExistingCompletionPort, CompletionKey, NumberOfConcurrentThreads);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving CreateIoCompletionPort"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::INT_PTR WINAPI myDialogBoxParamW( WIND::HINSTANCE hInstance,  WIND::LPCWSTR lpTemplateName,  WIND::HWND hWndParent,  WIND::DLGPROC lpDialogFunc,  WIND::LPARAM dwInitParam)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering DialogBoxParamW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::INT_PTR res = fptrDialogBoxParamW(hInstance, lpTemplateName, hWndParent, lpDialogFunc, dwInitParam);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving DialogBoxParamW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



int WINAPI myMessageBoxA( WIND::HWND hWnd,  WIND::LPCSTR lpText,  WIND::LPCSTR lpCaption,  WIND::UINT uType)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering MessageBoxA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   int res = fptrMessageBoxA(hWnd, lpText, lpCaption, uType);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving MessageBoxA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



int WINAPI myMessageBoxExW( WIND::HWND hWnd,  WIND::LPCWSTR lpText,  WIND::LPCWSTR lpCaption,  WIND::UINT uType,  WIND::WORD wLanguageId)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering MessageBoxExW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   int res = fptrMessageBoxExW(hWnd, lpText, lpCaption, uType, wLanguageId);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving MessageBoxExW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::INT_PTR WINAPI myDialogBoxParamA( WIND::HINSTANCE hInstance,  WIND::LPCSTR lpTemplateName,  WIND::HWND hWndParent,  WIND::DLGPROC lpDialogFunc,  WIND::LPARAM dwInitParam)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering DialogBoxParamA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::INT_PTR res = fptrDialogBoxParamA(hInstance, lpTemplateName, hWndParent, lpDialogFunc, dwInitParam);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving DialogBoxParamA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



VOID WINAPI mySleep( WIND::DWORD dwMilliseconds)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering Sleep"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   fptrSleep(dwMilliseconds);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving Sleep"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);



}



WIND::RPC_STATUS WINAPI myRpcNsBindingLookupDone(  WIND::RPC_NS_HANDLE __RPC_FAR * LookupContext)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering RpcNsBindingLookupDone"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::RPC_STATUS res = fptrRpcNsBindingLookupDone(LookupContext);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving RpcNsBindingLookupDone"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myOpenMutexA( WIND::DWORD dwDesiredAccess,  WIND::BOOL bInheritHandle,  WIND::LPCSTR lpName)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering OpenMutexA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrOpenMutexA(dwDesiredAccess, bInheritHandle, lpName);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving OpenMutexA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::DWORD WINAPI mySuspendThread( WIND::HANDLE hThread)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering SuspendThread"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::DWORD res = fptrSuspendThread(hThread);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving SuspendThread"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



VOID WINAPI myRaiseException( WIND::DWORD dwExceptionCode,  WIND::DWORD dwExceptionFlags,  WIND::DWORD nNumberOfArguments, __in_ecount_opt(nNumberOfArguments) CONST WIND::ULONG_PTR * lpArguments)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering RaiseException"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   fptrRaiseException(dwExceptionCode, dwExceptionFlags, nNumberOfArguments, lpArguments);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving RaiseException"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);



}



WIND::RPC_STATUS WINAPI myRpcNsBindingImportBeginW( unsigned long EntryNameSyntax,  WIND::RPC_WSTR EntryName,  WIND::RPC_IF_HANDLE IfSpec,  WIND::UUID __RPC_FAR * ObjUuid,  WIND::RPC_NS_HANDLE __RPC_FAR * ImportContext)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering RpcNsBindingImportBeginW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::RPC_STATUS res = fptrRpcNsBindingImportBeginW(EntryNameSyntax, EntryName, IfSpec, ObjUuid, ImportContext);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving RpcNsBindingImportBeginW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myReleaseSemaphore( WIND::HANDLE hSemaphore,  WIND::LONG lReleaseCount,  WIND::LPLONG lpPreviousCount)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering ReleaseSemaphore"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrReleaseSemaphore(hSemaphore, lReleaseCount, lpPreviousCount);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving ReleaseSemaphore"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HFILE WINAPI myOpenFile( WIND::LPCSTR lpFileName,  WIND::LPOFSTRUCT lpReOpenBuff,  WIND::UINT uStyle)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering OpenFile"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HFILE res = fptrOpenFile(lpFileName, lpReOpenBuff, uStyle);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving OpenFile"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myReadFile( WIND::HANDLE hFile, __out_bcount_part(nNumberOfBytesToRead, *lpNumberOfBytesRead) WIND::LPVOID lpBuffer,  WIND::DWORD nNumberOfBytesToRead,  WIND::LPDWORD lpNumberOfBytesRead,  WIND::LPOVERLAPPED lpOverlapped)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering ReadFile"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrReadFile(hFile, lpBuffer, nNumberOfBytesToRead, lpNumberOfBytesRead, lpOverlapped);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving ReadFile"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myWriteFileEx( WIND::HANDLE hFile, __in_bcount(nNumberOfBytesToWrite) WIND::LPCVOID lpBuffer,  WIND::DWORD nNumberOfBytesToWrite,  WIND::LPOVERLAPPED lpOverlapped,  WIND::LPOVERLAPPED_COMPLETION_ROUTINE lpCompletionRoutine)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering WriteFileEx"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrWriteFileEx(hFile, lpBuffer, nNumberOfBytesToWrite, lpOverlapped, lpCompletionRoutine);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving WriteFileEx"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::RPC_STATUS WINAPI myRpcNsBindingImportBeginA( unsigned long EntryNameSyntax,  WIND::RPC_CSTR EntryName,  WIND::RPC_IF_HANDLE IfSpec,  WIND::UUID __RPC_FAR * ObjUuid,  WIND::RPC_NS_HANDLE __RPC_FAR * ImportContext)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering RpcNsBindingImportBeginA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::RPC_STATUS res = fptrRpcNsBindingImportBeginA(EntryNameSyntax, EntryName, IfSpec, ObjUuid, ImportContext);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving RpcNsBindingImportBeginA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myPulseEvent( WIND::HANDLE hEvent)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering PulseEvent"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrPulseEvent(hEvent);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving PulseEvent"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::RPC_STATUS WINAPI myRpcCancelThread( void * Thread)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering RpcCancelThread"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::RPC_STATUS res = fptrRpcCancelThread(Thread);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving RpcCancelThread"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myCloseHandle( WIND::HANDLE hObject)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering CloseHandle"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrCloseHandle(hObject);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving CloseHandle"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myOpenMutexW( WIND::DWORD dwDesiredAccess,  WIND::BOOL bInheritHandle,  WIND::LPCWSTR lpName)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering OpenMutexW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrOpenMutexW(dwDesiredAccess, bInheritHandle, lpName);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving OpenMutexW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myPostMessageW( WIND::HWND hWnd,  WIND::UINT Msg,  WIND::WPARAM wParam,  WIND::LPARAM lParam)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering PostMessageW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrPostMessageW(hWnd, Msg, wParam, lParam);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving PostMessageW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::RPC_STATUS WINAPI myRpcEpResolveBinding( WIND::RPC_BINDING_HANDLE Binding,  WIND::RPC_IF_HANDLE IfSpec)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering RpcEpResolveBinding"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::RPC_STATUS res = fptrRpcEpResolveBinding(Binding, IfSpec);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving RpcEpResolveBinding"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myBindIoCompletionCallback( WIND::HANDLE FileHandle,  WIND::LPOVERLAPPED_COMPLETION_ROUTINE Function,  WIND::ULONG Flags)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering BindIoCompletionCallback"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrBindIoCompletionCallback(FileHandle, Function, Flags);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving BindIoCompletionCallback"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myPeekMessageW( WIND::LPMSG lpMsg,  WIND::HWND hWnd,  WIND::UINT wMsgFilterMin,  WIND::UINT wMsgFilterMax,  WIND::UINT wRemoveMsg)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering PeekMessageW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrPeekMessageW(lpMsg, hWnd, wMsgFilterMin, wMsgFilterMax, wRemoveMsg);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving PeekMessageW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::LRESULT WINAPI mySendMessageTimeoutA( WIND::HWND hWnd,  WIND::UINT Msg,  WIND::WPARAM wParam,  WIND::LPARAM lParam,  WIND::UINT fuFlags,  WIND::UINT uTimeout,  WIND::PDWORD_PTR lpdwResult)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering SendMessageTimeoutA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::LRESULT res = fptrSendMessageTimeoutA(hWnd, Msg, wParam, lParam, fuFlags, uTimeout, lpdwResult);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving SendMessageTimeoutA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myOpenEventA( WIND::DWORD dwDesiredAccess,  WIND::BOOL bInheritHandle,  WIND::LPCSTR lpName)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering OpenEventA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrOpenEventA(dwDesiredAccess, bInheritHandle, lpName);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving OpenEventA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myCreateProcessA( WIND::LPCSTR lpApplicationName,  WIND::LPSTR lpCommandLine,  WIND::LPSECURITY_ATTRIBUTES lpProcessAttributes,  WIND::LPSECURITY_ATTRIBUTES lpThreadAttributes,  WIND::BOOL bInheritHandles,  WIND::DWORD dwCreationFlags,  WIND::LPVOID lpEnvironment,  WIND::LPCSTR lpCurrentDirectory,  WIND::LPSTARTUPINFOA lpStartupInfo,  WIND::LPPROCESS_INFORMATION lpProcessInformation)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering CreateProcessA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrCreateProcessA(lpApplicationName, lpCommandLine, lpProcessAttributes, lpThreadAttributes, bInheritHandles, dwCreationFlags, lpEnvironment, lpCurrentDirectory, lpStartupInfo, lpProcessInformation);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving CreateProcessA"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myOpenEventW( WIND::DWORD dwDesiredAccess,  WIND::BOOL bInheritHandle,  WIND::LPCWSTR lpName)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering OpenEventW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrOpenEventW(dwDesiredAccess, bInheritHandle, lpName);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving OpenEventW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myPostQueuedCompletionStatus( WIND::HANDLE CompletionPort,  WIND::DWORD dwNumberOfBytesTransferred,  WIND::ULONG_PTR dwCompletionKey,  WIND::LPOVERLAPPED lpOverlapped)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering PostQueuedCompletionStatus"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrPostQueuedCompletionStatus(CompletionPort, dwNumberOfBytesTransferred, dwCompletionKey, lpOverlapped);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving PostQueuedCompletionStatus"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myCreateProcessW( WIND::LPCWSTR lpApplicationName,  WIND::LPWSTR lpCommandLine,  WIND::LPSECURITY_ATTRIBUTES lpProcessAttributes,  WIND::LPSECURITY_ATTRIBUTES lpThreadAttributes,  WIND::BOOL bInheritHandles,  WIND::DWORD dwCreationFlags,  WIND::LPVOID lpEnvironment,  WIND::LPCWSTR lpCurrentDirectory,  WIND::LPSTARTUPINFOW lpStartupInfo,  WIND::LPPROCESS_INFORMATION lpProcessInformation)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering CreateProcessW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrCreateProcessW(lpApplicationName, lpCommandLine, lpProcessAttributes, lpThreadAttributes, bInheritHandles, dwCreationFlags, lpEnvironment, lpCurrentDirectory, lpStartupInfo, lpProcessInformation);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving CreateProcessW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myTransactNamedPipe( WIND::HANDLE hNamedPipe, __in_bcount_opt(nInBufferSize) WIND::LPVOID lpInBuffer,  WIND::DWORD nInBufferSize, __out_bcount_part_opt(nOutBufferSize, *lpBytesRead) WIND::LPVOID lpOutBuffer,  WIND::DWORD nOutBufferSize,  WIND::LPDWORD lpBytesRead,  WIND::LPOVERLAPPED lpOverlapped)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering TransactNamedPipe"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrTransactNamedPipe(hNamedPipe, lpInBuffer, nInBufferSize, lpOutBuffer, nOutBufferSize, lpBytesRead, lpOverlapped);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving TransactNamedPipe"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myReadFileEx( WIND::HANDLE hFile, __out_bcount(nNumberOfBytesToRead) WIND::LPVOID lpBuffer,  WIND::DWORD nNumberOfBytesToRead,  WIND::LPOVERLAPPED lpOverlapped,  WIND::LPOVERLAPPED_COMPLETION_ROUTINE lpCompletionRoutine)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering ReadFileEx"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrReadFileEx(hFile, lpBuffer, nNumberOfBytesToRead, lpOverlapped, lpCompletionRoutine);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving ReadFileEx"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::HANDLE WINAPI myOpenSemaphoreW( WIND::DWORD dwDesiredAccess,  WIND::BOOL bInheritHandle,  WIND::LPCWSTR lpName)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering OpenSemaphoreW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::HANDLE res = fptrOpenSemaphoreW(dwDesiredAccess, bInheritHandle, lpName);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving OpenSemaphoreW"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



WIND::BOOL WINAPI myReplyMessage( WIND::LRESULT lResult)

{

   WIND::DWORD dwBeforeError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Entering ReplyMessage"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwBeforeError);

   

   WIND::BOOL res = fptrReplyMessage(lResult);

   WIND::DWORD dwAfterError = WIND::GetLastError();

   

   if ( !(WIND::TlsGetValue(dwIndexTls)) ) 

   {

      
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   if (KnobDoPrint)
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Leaving ReplyMessage"  << endl;
       OutFile.flush();
   }
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);
   

   }

   WIND::SetLastError(dwAfterError);

   

   
   return res; 

}



//functions section footer



void ImgLoad(IMG img, void *v)

{

   
   // Called every time a new image is loaded
   // Used to locate routines we want to probe
   
   #if defined(TARGET_IA32E) && __ICL == 1010
   // Workaround for test failure under ICC 10.1 - need to backup rbx.
   // For some reason, ICC 10.1 does not do it (a bug?).
   ADDRINT rbx_save;
   __asm mov rbx_save, rbx
   #endif
   
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)1);
   

   if ( (IMG_Name(img).find("comdlg32.dll") != string::npos) ||
       (IMG_Name(img).find("COMDLG32.DLL") != string::npos) ||
       (IMG_Name(img).find("COMDLG32.dll") != string::npos) ) 

   {

      
   RTN rtnPrintDlgExW = RTN_FindByName(img, "PrintDlgExW");
   if (RTN_Valid(rtnPrintDlgExW) && 
       RTN_IsSafeForProbedReplacement(rtnPrintDlgExW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for PrintDlgExW at " << RTN_Address(rtnPrintDlgExW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnPrintDlgExW, AFUNPTR(myPrintDlgExW)));
       fptrPrintDlgExW = (WIND::HRESULT (APIENTRY *)(WIND::LPPRINTDLGEXW ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("rpcns4.dll") != string::npos) ||
       (IMG_Name(img).find("RPCNS4.DLL") != string::npos) ||
       (IMG_Name(img).find("RPCNS4.dll") != string::npos) ) 

   {

      
   RTN rtnRpcNsBindingLookupBeginW = RTN_FindByName(img, "RpcNsBindingLookupBeginW");
   if (RTN_Valid(rtnRpcNsBindingLookupBeginW) && 
       RTN_IsSafeForProbedReplacement(rtnRpcNsBindingLookupBeginW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for RpcNsBindingLookupBeginW at " << RTN_Address(rtnRpcNsBindingLookupBeginW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnRpcNsBindingLookupBeginW, AFUNPTR(myRpcNsBindingLookupBeginW)));
       fptrRpcNsBindingLookupBeginW = (WIND::RPC_STATUS (WINAPI *)( unsigned long ,  WIND::RPC_WSTR ,  WIND::RPC_IF_HANDLE ,  WIND::UUID __RPC_FAR * ,  unsigned long ,  WIND::RPC_NS_HANDLE __RPC_FAR * ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnGetStdHandle = RTN_FindByName(img, "GetStdHandle");
   if (RTN_Valid(rtnGetStdHandle) && 
       RTN_IsSafeForProbedReplacement(rtnGetStdHandle))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for GetStdHandle at " << RTN_Address(rtnGetStdHandle) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnGetStdHandle, AFUNPTR(myGetStdHandle)));
       fptrGetStdHandle = (WIND::HANDLE (WINAPI *)( WIND::DWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnReleaseMutex = RTN_FindByName(img, "ReleaseMutex");
   if (RTN_Valid(rtnReleaseMutex) && 
       RTN_IsSafeForProbedReplacement(rtnReleaseMutex))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for ReleaseMutex at " << RTN_Address(rtnReleaseMutex) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnReleaseMutex, AFUNPTR(myReleaseMutex)));
       fptrReleaseMutex = (WIND::BOOL (WINAPI *)( WIND::HANDLE ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnGetOverlappedResult = RTN_FindByName(img, "GetOverlappedResult");
   if (RTN_Valid(rtnGetOverlappedResult) && 
       RTN_IsSafeForProbedReplacement(rtnGetOverlappedResult))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for GetOverlappedResult at " << RTN_Address(rtnGetOverlappedResult) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnGetOverlappedResult, AFUNPTR(myGetOverlappedResult)));
       fptrGetOverlappedResult = (WIND::BOOL (WINAPI *)( WIND::HANDLE ,  WIND::LPOVERLAPPED ,  WIND::LPDWORD ,  WIND::BOOL ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnWaitForSingleObject = RTN_FindByName(img, "WaitForSingleObject");
   if (RTN_Valid(rtnWaitForSingleObject) && 
       RTN_IsSafeForProbedReplacement(rtnWaitForSingleObject))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for WaitForSingleObject at " << RTN_Address(rtnWaitForSingleObject) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnWaitForSingleObject, AFUNPTR(myWaitForSingleObject)));
       fptrWaitForSingleObject = (WIND::DWORD (WINAPI *)( WIND::HANDLE ,  WIND::DWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnBroadcastSystemMessageA = RTN_FindByName(img, "BroadcastSystemMessageA");
   if (RTN_Valid(rtnBroadcastSystemMessageA) && 
       RTN_IsSafeForProbedReplacement(rtnBroadcastSystemMessageA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for BroadcastSystemMessageA at " << RTN_Address(rtnBroadcastSystemMessageA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnBroadcastSystemMessageA, AFUNPTR(myBroadcastSystemMessageA)));
       fptrBroadcastSystemMessageA = (long (WINAPI *)( WIND::DWORD ,  WIND::LPDWORD ,  WIND::UINT ,  WIND::WPARAM ,  WIND::LPARAM ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnSignalObjectAndWait = RTN_FindByName(img, "SignalObjectAndWait");
   if (RTN_Valid(rtnSignalObjectAndWait) && 
       RTN_IsSafeForProbedReplacement(rtnSignalObjectAndWait))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for SignalObjectAndWait at " << RTN_Address(rtnSignalObjectAndWait) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnSignalObjectAndWait, AFUNPTR(mySignalObjectAndWait)));
       fptrSignalObjectAndWait = (WIND::DWORD (WINAPI *)( WIND::HANDLE ,  WIND::HANDLE ,  WIND::DWORD ,  WIND::BOOL ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("rpcns4.dll") != string::npos) ||
       (IMG_Name(img).find("RPCNS4.DLL") != string::npos) ||
       (IMG_Name(img).find("RPCNS4.dll") != string::npos) ) 

   {

      
   RTN rtnRpcNsBindingLookupBeginA = RTN_FindByName(img, "RpcNsBindingLookupBeginA");
   if (RTN_Valid(rtnRpcNsBindingLookupBeginA) && 
       RTN_IsSafeForProbedReplacement(rtnRpcNsBindingLookupBeginA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for RpcNsBindingLookupBeginA at " << RTN_Address(rtnRpcNsBindingLookupBeginA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnRpcNsBindingLookupBeginA, AFUNPTR(myRpcNsBindingLookupBeginA)));
       fptrRpcNsBindingLookupBeginA = (WIND::RPC_STATUS (WINAPI *)( unsigned long ,  WIND::RPC_CSTR ,  WIND::RPC_IF_HANDLE ,  WIND::UUID __RPC_FAR * ,  unsigned long ,  WIND::RPC_NS_HANDLE __RPC_FAR * ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("comdlg32.dll") != string::npos) ||
       (IMG_Name(img).find("COMDLG32.DLL") != string::npos) ||
       (IMG_Name(img).find("COMDLG32.dll") != string::npos) ) 

   {

      
   RTN rtnPrintDlgExA = RTN_FindByName(img, "PrintDlgExA");
   if (RTN_Valid(rtnPrintDlgExA) && 
       RTN_IsSafeForProbedReplacement(rtnPrintDlgExA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for PrintDlgExA at " << RTN_Address(rtnPrintDlgExA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnPrintDlgExA, AFUNPTR(myPrintDlgExA)));
       fptrPrintDlgExA = (WIND::HRESULT (APIENTRY *)(WIND::LPPRINTDLGEXA ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnCreateTimerQueue = RTN_FindByName(img, "CreateTimerQueue");
   if (RTN_Valid(rtnCreateTimerQueue) && 
       RTN_IsSafeForProbedReplacement(rtnCreateTimerQueue))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for CreateTimerQueue at " << RTN_Address(rtnCreateTimerQueue) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnCreateTimerQueue, AFUNPTR(myCreateTimerQueue)));
       fptrCreateTimerQueue = (WIND::HANDLE (WINAPI *)())fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("rpcns4.dll") != string::npos) ||
       (IMG_Name(img).find("RPCNS4.DLL") != string::npos) ||
       (IMG_Name(img).find("RPCNS4.dll") != string::npos) ) 

   {

      
   RTN rtnRpcNsBindingImportNext = RTN_FindByName(img, "RpcNsBindingImportNext");
   if (RTN_Valid(rtnRpcNsBindingImportNext) && 
       RTN_IsSafeForProbedReplacement(rtnRpcNsBindingImportNext))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for RpcNsBindingImportNext at " << RTN_Address(rtnRpcNsBindingImportNext) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnRpcNsBindingImportNext, AFUNPTR(myRpcNsBindingImportNext)));
       fptrRpcNsBindingImportNext = (WIND::RPC_STATUS (WINAPI *)( WIND::RPC_NS_HANDLE ,  WIND::RPC_BINDING_HANDLE __RPC_FAR * ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnQueueUserAPC = RTN_FindByName(img, "QueueUserAPC");
   if (RTN_Valid(rtnQueueUserAPC) && 
       RTN_IsSafeForProbedReplacement(rtnQueueUserAPC))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for QueueUserAPC at " << RTN_Address(rtnQueueUserAPC) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnQueueUserAPC, AFUNPTR(myQueueUserAPC)));
       fptrQueueUserAPC = (WIND::DWORD (WINAPI *)( WIND::PAPCFUNC ,  WIND::HANDLE ,  WIND::ULONG_PTR ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("rpcns4.dll") != string::npos) ||
       (IMG_Name(img).find("RPCNS4.DLL") != string::npos) ||
       (IMG_Name(img).find("RPCNS4.dll") != string::npos) ) 

   {

      
   RTN rtnRpcNsBindingLookupNext = RTN_FindByName(img, "RpcNsBindingLookupNext");
   if (RTN_Valid(rtnRpcNsBindingLookupNext) && 
       RTN_IsSafeForProbedReplacement(rtnRpcNsBindingLookupNext))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for RpcNsBindingLookupNext at " << RTN_Address(rtnRpcNsBindingLookupNext) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnRpcNsBindingLookupNext, AFUNPTR(myRpcNsBindingLookupNext)));
       fptrRpcNsBindingLookupNext = (WIND::RPC_STATUS (WINAPI *)( WIND::RPC_NS_HANDLE ,  WIND::RPC_BINDING_VECTOR __RPC_FAR * __RPC_FAR * ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("ws2_32.dll") != string::npos) ||
       (IMG_Name(img).find("WS2_32.DLL") != string::npos) ||
       (IMG_Name(img).find("WS2_32.dll") != string::npos) ) 

   {

      
   RTN rtnsend = RTN_FindByName(img, "send");
   if (RTN_Valid(rtnsend) && 
       RTN_IsSafeForProbedReplacement(rtnsend))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for send at " << RTN_Address(rtnsend) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnsend, AFUNPTR(mysend)));
       fptrsend = (int (WSAAPI *)( WIND::SOCKET ,  const char FAR * ,  int ,  int ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnPeekMessageA = RTN_FindByName(img, "PeekMessageA");
   if (RTN_Valid(rtnPeekMessageA) && 
       RTN_IsSafeForProbedReplacement(rtnPeekMessageA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for PeekMessageA at " << RTN_Address(rtnPeekMessageA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnPeekMessageA, AFUNPTR(myPeekMessageA)));
       fptrPeekMessageA = (WIND::BOOL (WINAPI *)( WIND::LPMSG ,  WIND::HWND ,  WIND::UINT ,  WIND::UINT ,  WIND::UINT ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("ntdll.dll") != string::npos) ||
       (IMG_Name(img).find("NTDLL.DLL") != string::npos) ||
       (IMG_Name(img).find("NTDLL.dll") != string::npos) ) 

   {

      
   RTN rtnRtlLeaveCriticalSection = RTN_FindByName(img, "RtlLeaveCriticalSection");
   if (RTN_Valid(rtnRtlLeaveCriticalSection) && 
       RTN_IsSafeForProbedReplacement(rtnRtlLeaveCriticalSection))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for RtlLeaveCriticalSection at " << RTN_Address(rtnRtlLeaveCriticalSection) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnRtlLeaveCriticalSection, AFUNPTR(myRtlLeaveCriticalSection)));
       fptrRtlLeaveCriticalSection = (VOID (WINAPI *)( WIND::LPCRITICAL_SECTION ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnReadFileScatter = RTN_FindByName(img, "ReadFileScatter");
   if (RTN_Valid(rtnReadFileScatter) && 
       RTN_IsSafeForProbedReplacement(rtnReadFileScatter))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for ReadFileScatter at " << RTN_Address(rtnReadFileScatter) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnReadFileScatter, AFUNPTR(myReadFileScatter)));
       fptrReadFileScatter = (WIND::BOOL (WINAPI *)( WIND::HANDLE ,  WIND::FILE_SEGMENT_ELEMENT** ,  WIND::DWORD , __reserved WIND::LPDWORD ,  WIND::LPOVERLAPPED ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnWaitCommEvent = RTN_FindByName(img, "WaitCommEvent");
   if (RTN_Valid(rtnWaitCommEvent) && 
       RTN_IsSafeForProbedReplacement(rtnWaitCommEvent))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for WaitCommEvent at " << RTN_Address(rtnWaitCommEvent) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnWaitCommEvent, AFUNPTR(myWaitCommEvent)));
       fptrWaitCommEvent = (WIND::BOOL (WINAPI *)( WIND::HANDLE ,  WIND::LPDWORD ,  WIND::LPOVERLAPPED ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnSendMessageW = RTN_FindByName(img, "SendMessageW");
   if (RTN_Valid(rtnSendMessageW) && 
       RTN_IsSafeForProbedReplacement(rtnSendMessageW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for SendMessageW at " << RTN_Address(rtnSendMessageW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnSendMessageW, AFUNPTR(mySendMessageW)));
       fptrSendMessageW = (WIND::LRESULT (WINAPI *)( WIND::HWND ,  WIND::UINT ,  WIND::WPARAM ,  WIND::LPARAM ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("ws2_32.dll") != string::npos) ||
       (IMG_Name(img).find("WS2_32.DLL") != string::npos) ||
       (IMG_Name(img).find("WS2_32.dll") != string::npos) ) 

   {

      
   RTN rtnWSARecv = RTN_FindByName(img, "WSARecv");
   if (RTN_Valid(rtnWSARecv) && 
       RTN_IsSafeForProbedReplacement(rtnWSARecv))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for WSARecv at " << RTN_Address(rtnWSARecv) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnWSARecv, AFUNPTR(myWSARecv)));
       fptrWSARecv = (int (WSAAPI *)( WIND::SOCKET ,   WIND::LPWSABUF ,  WIND::DWORD ,  WIND::LPDWORD ,   WIND::LPDWORD ,  WIND::LPWSAOVERLAPPED ,  WIND::LPWSAOVERLAPPED_COMPLETION_ROUTINE ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnSendMessageA = RTN_FindByName(img, "SendMessageA");
   if (RTN_Valid(rtnSendMessageA) && 
       RTN_IsSafeForProbedReplacement(rtnSendMessageA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for SendMessageA at " << RTN_Address(rtnSendMessageA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnSendMessageA, AFUNPTR(mySendMessageA)));
       fptrSendMessageA = (WIND::LRESULT (WINAPI *)( WIND::HWND ,  WIND::UINT ,  WIND::WPARAM ,  WIND::LPARAM ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnWriteFile = RTN_FindByName(img, "WriteFile");
   if (RTN_Valid(rtnWriteFile) && 
       RTN_IsSafeForProbedReplacement(rtnWriteFile))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for WriteFile at " << RTN_Address(rtnWriteFile) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnWriteFile, AFUNPTR(myWriteFile)));
       fptrWriteFile = (WIND::BOOL (WINAPI *)( WIND::HANDLE , __in_bcount(nNumberOfBytesToWrite) WIND::LPCVOID ,  WIND::DWORD ,  WIND::LPDWORD ,  WIND::LPOVERLAPPED ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnResumeThread = RTN_FindByName(img, "ResumeThread");
   if (RTN_Valid(rtnResumeThread) && 
       RTN_IsSafeForProbedReplacement(rtnResumeThread))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for ResumeThread at " << RTN_Address(rtnResumeThread) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnResumeThread, AFUNPTR(myResumeThread)));
       fptrResumeThread = (WIND::DWORD (WINAPI *)( WIND::HANDLE ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("rpcrt4.dll") != string::npos) ||
       (IMG_Name(img).find("RPCRT4.DLL") != string::npos) ||
       (IMG_Name(img).find("RPCRT4.dll") != string::npos) ) 

   {

      
   RTN rtnRpcMgmtEpEltInqNextA = RTN_FindByName(img, "RpcMgmtEpEltInqNextA");
   if (RTN_Valid(rtnRpcMgmtEpEltInqNextA) && 
       RTN_IsSafeForProbedReplacement(rtnRpcMgmtEpEltInqNextA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for RpcMgmtEpEltInqNextA at " << RTN_Address(rtnRpcMgmtEpEltInqNextA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnRpcMgmtEpEltInqNextA, AFUNPTR(myRpcMgmtEpEltInqNextA)));
       fptrRpcMgmtEpEltInqNextA = (WIND::RPC_STATUS (WINAPI *)( WIND::RPC_EP_INQ_HANDLE ,  WIND::RPC_IF_ID __RPC_FAR * ,  WIND::RPC_BINDING_HANDLE __RPC_FAR * ,  WIND::UUID __RPC_FAR * , __deref_opt_out WIND::RPC_CSTR __RPC_FAR * ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnMsgWaitForMultipleObjectsEx = RTN_FindByName(img, "MsgWaitForMultipleObjectsEx");
   if (RTN_Valid(rtnMsgWaitForMultipleObjectsEx) && 
       RTN_IsSafeForProbedReplacement(rtnMsgWaitForMultipleObjectsEx))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for MsgWaitForMultipleObjectsEx at " << RTN_Address(rtnMsgWaitForMultipleObjectsEx) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnMsgWaitForMultipleObjectsEx, AFUNPTR(myMsgWaitForMultipleObjectsEx)));
       fptrMsgWaitForMultipleObjectsEx = (WIND::DWORD (WINAPI *)( WIND::DWORD , __in_ecount_opt(nCount) CONST WIND::HANDLE * ,  WIND::DWORD ,  WIND::DWORD ,  WIND::DWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnBroadcastSystemMessageW = RTN_FindByName(img, "BroadcastSystemMessageW");
   if (RTN_Valid(rtnBroadcastSystemMessageW) && 
       RTN_IsSafeForProbedReplacement(rtnBroadcastSystemMessageW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for BroadcastSystemMessageW at " << RTN_Address(rtnBroadcastSystemMessageW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnBroadcastSystemMessageW, AFUNPTR(myBroadcastSystemMessageW)));
       fptrBroadcastSystemMessageW = (long (WINAPI *)( WIND::DWORD ,  WIND::LPDWORD ,  WIND::UINT ,  WIND::WPARAM ,  WIND::LPARAM ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnConnectNamedPipe = RTN_FindByName(img, "ConnectNamedPipe");
   if (RTN_Valid(rtnConnectNamedPipe) && 
       RTN_IsSafeForProbedReplacement(rtnConnectNamedPipe))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for ConnectNamedPipe at " << RTN_Address(rtnConnectNamedPipe) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnConnectNamedPipe, AFUNPTR(myConnectNamedPipe)));
       fptrConnectNamedPipe = (WIND::BOOL (WINAPI *)( WIND::HANDLE ,  WIND::LPOVERLAPPED ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnFreeLibraryAndExitThread = RTN_FindByName(img, "FreeLibraryAndExitThread");
   if (RTN_Valid(rtnFreeLibraryAndExitThread) && 
       RTN_IsSafeForProbedReplacement(rtnFreeLibraryAndExitThread))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for FreeLibraryAndExitThread at " << RTN_Address(rtnFreeLibraryAndExitThread) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnFreeLibraryAndExitThread, AFUNPTR(myFreeLibraryAndExitThread)));
       fptrFreeLibraryAndExitThread = (VOID (WINAPI *)( WIND::HMODULE ,  WIND::DWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnInitializeCriticalSection = RTN_FindByName(img, "InitializeCriticalSection");
   if (RTN_Valid(rtnInitializeCriticalSection) && 
       RTN_IsSafeForProbedReplacement(rtnInitializeCriticalSection))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for InitializeCriticalSection at " << RTN_Address(rtnInitializeCriticalSection) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnInitializeCriticalSection, AFUNPTR(myInitializeCriticalSection)));
       fptrInitializeCriticalSection = (VOID (WINAPI *)( WIND::LPCRITICAL_SECTION ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("ws2_32.dll") != string::npos) ||
       (IMG_Name(img).find("WS2_32.DLL") != string::npos) ||
       (IMG_Name(img).find("WS2_32.dll") != string::npos) ) 

   {

      
   RTN rtnrecvfrom = RTN_FindByName(img, "recvfrom");
   if (RTN_Valid(rtnrecvfrom) && 
       RTN_IsSafeForProbedReplacement(rtnrecvfrom))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for recvfrom at " << RTN_Address(rtnrecvfrom) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnrecvfrom, AFUNPTR(myrecvfrom)));
       fptrrecvfrom = (int (WSAAPI *)( WIND::SOCKET ,  char FAR * ,  int ,  int ,  struct sockaddr FAR * ,   int FAR * ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnDialogBoxIndirectParamW = RTN_FindByName(img, "DialogBoxIndirectParamW");
   if (RTN_Valid(rtnDialogBoxIndirectParamW) && 
       RTN_IsSafeForProbedReplacement(rtnDialogBoxIndirectParamW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for DialogBoxIndirectParamW at " << RTN_Address(rtnDialogBoxIndirectParamW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnDialogBoxIndirectParamW, AFUNPTR(myDialogBoxIndirectParamW)));
       fptrDialogBoxIndirectParamW = (WIND::INT_PTR (WINAPI *)( WIND::HINSTANCE ,  WIND::LPCDLGTEMPLATEW ,  WIND::HWND ,  WIND::DLGPROC ,  WIND::LPARAM ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnDeleteTimerQueue = RTN_FindByName(img, "DeleteTimerQueue");
   if (RTN_Valid(rtnDeleteTimerQueue) && 
       RTN_IsSafeForProbedReplacement(rtnDeleteTimerQueue))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for DeleteTimerQueue at " << RTN_Address(rtnDeleteTimerQueue) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnDeleteTimerQueue, AFUNPTR(myDeleteTimerQueue)));
       fptrDeleteTimerQueue = (WIND::BOOL (WINAPI *)( WIND::HANDLE ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnMsgWaitForMultipleObjects = RTN_FindByName(img, "MsgWaitForMultipleObjects");
   if (RTN_Valid(rtnMsgWaitForMultipleObjects) && 
       RTN_IsSafeForProbedReplacement(rtnMsgWaitForMultipleObjects))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for MsgWaitForMultipleObjects at " << RTN_Address(rtnMsgWaitForMultipleObjects) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnMsgWaitForMultipleObjects, AFUNPTR(myMsgWaitForMultipleObjects)));
       fptrMsgWaitForMultipleObjects = (WIND::DWORD (WINAPI *)( WIND::DWORD , __in_ecount_opt(nCount) CONST WIND::HANDLE * ,  WIND::BOOL ,  WIND::DWORD ,  WIND::DWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnQueueUserWorkItem = RTN_FindByName(img, "QueueUserWorkItem");
   if (RTN_Valid(rtnQueueUserWorkItem) && 
       RTN_IsSafeForProbedReplacement(rtnQueueUserWorkItem))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for QueueUserWorkItem at " << RTN_Address(rtnQueueUserWorkItem) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnQueueUserWorkItem, AFUNPTR(myQueueUserWorkItem)));
       fptrQueueUserWorkItem = (WIND::BOOL (WINAPI *)( WIND::LPTHREAD_START_ROUTINE ,  WIND::PVOID ,  WIND::ULONG ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("winspool.drv") != string::npos) ||
       (IMG_Name(img).find("WINSPOOL.DRV") != string::npos) ||
       (IMG_Name(img).find("WINSPOOL.drv") != string::npos) ) 

   {

      
   RTN rtnConnectToPrinterDlg = RTN_FindByName(img, "ConnectToPrinterDlg");
   if (RTN_Valid(rtnConnectToPrinterDlg) && 
       RTN_IsSafeForProbedReplacement(rtnConnectToPrinterDlg))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for ConnectToPrinterDlg at " << RTN_Address(rtnConnectToPrinterDlg) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnConnectToPrinterDlg, AFUNPTR(myConnectToPrinterDlg)));
       fptrConnectToPrinterDlg = (WIND::HANDLE (WINAPI *)( WIND::HWND ,  WIND::DWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnDeviceIoControl = RTN_FindByName(img, "DeviceIoControl");
   if (RTN_Valid(rtnDeviceIoControl) && 
       RTN_IsSafeForProbedReplacement(rtnDeviceIoControl))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for DeviceIoControl at " << RTN_Address(rtnDeviceIoControl) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnDeviceIoControl, AFUNPTR(myDeviceIoControl)));
       fptrDeviceIoControl = (WIND::BOOL (WINAPI *)( WIND::HANDLE ,  WIND::DWORD , __in_bcount_opt(nInBufferSize) WIND::LPVOID ,  WIND::DWORD , __out_bcount_part_opt(nOutBufferSize, *lpBytesReturned) WIND::LPVOID ,  WIND::DWORD ,  WIND::LPDWORD ,  WIND::LPOVERLAPPED ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("ws2_32.dll") != string::npos) ||
       (IMG_Name(img).find("WS2_32.DLL") != string::npos) ||
       (IMG_Name(img).find("WS2_32.dll") != string::npos) ) 

   {

      
   RTN rtnWSASocketA = RTN_FindByName(img, "WSASocketA");
   if (RTN_Valid(rtnWSASocketA) && 
       RTN_IsSafeForProbedReplacement(rtnWSASocketA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for WSASocketA at " << RTN_Address(rtnWSASocketA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnWSASocketA, AFUNPTR(myWSASocketA)));
       fptrWSASocketA = (WIND::SOCKET (WSAAPI *)( int ,  int ,  int ,  WIND::LPWSAPROTOCOL_INFOA ,  WIND::GROUP ,  WIND::DWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("ws2_32.dll") != string::npos) ||
       (IMG_Name(img).find("WS2_32.DLL") != string::npos) ||
       (IMG_Name(img).find("WS2_32.dll") != string::npos) ) 

   {

      
   RTN rtnWSARecvFrom = RTN_FindByName(img, "WSARecvFrom");
   if (RTN_Valid(rtnWSARecvFrom) && 
       RTN_IsSafeForProbedReplacement(rtnWSARecvFrom))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for WSARecvFrom at " << RTN_Address(rtnWSARecvFrom) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnWSARecvFrom, AFUNPTR(myWSARecvFrom)));
       fptrWSARecvFrom = (int (WSAAPI *)( WIND::SOCKET ,   WIND::LPWSABUF ,  WIND::DWORD ,  WIND::LPDWORD ,   WIND::LPDWORD ,  struct sockaddr FAR * ,   WIND::LPINT ,  WIND::LPWSAOVERLAPPED ,  WIND::LPWSAOVERLAPPED_COMPLETION_ROUTINE ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("rpcrt4.dll") != string::npos) ||
       (IMG_Name(img).find("RPCRT4.DLL") != string::npos) ||
       (IMG_Name(img).find("RPCRT4.dll") != string::npos) ) 

   {

      
   RTN rtnRpcStringBindingComposeA = RTN_FindByName(img, "RpcStringBindingComposeA");
   if (RTN_Valid(rtnRpcStringBindingComposeA) && 
       RTN_IsSafeForProbedReplacement(rtnRpcStringBindingComposeA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for RpcStringBindingComposeA at " << RTN_Address(rtnRpcStringBindingComposeA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnRpcStringBindingComposeA, AFUNPTR(myRpcStringBindingComposeA)));
       fptrRpcStringBindingComposeA = (WIND::RPC_STATUS (WINAPI *)( WIND::RPC_CSTR ,  WIND::RPC_CSTR ,  WIND::RPC_CSTR ,  WIND::RPC_CSTR ,  WIND::RPC_CSTR , __deref_opt_out WIND::RPC_CSTR __RPC_FAR * ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("ws2_32.dll") != string::npos) ||
       (IMG_Name(img).find("WS2_32.DLL") != string::npos) ||
       (IMG_Name(img).find("WS2_32.dll") != string::npos) ) 

   {

      
   RTN rtnWSACreateEvent = RTN_FindByName(img, "WSACreateEvent");
   if (RTN_Valid(rtnWSACreateEvent) && 
       RTN_IsSafeForProbedReplacement(rtnWSACreateEvent))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for WSACreateEvent at " << RTN_Address(rtnWSACreateEvent) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnWSACreateEvent, AFUNPTR(myWSACreateEvent)));
       fptrWSACreateEvent = (WIND::WSAEVENT (WSAAPI *)())fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnExitProcess = RTN_FindByName(img, "ExitProcess");
   if (RTN_Valid(rtnExitProcess) && 
       RTN_IsSafeForProbedReplacement(rtnExitProcess))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for ExitProcess at " << RTN_Address(rtnExitProcess) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnExitProcess, AFUNPTR(myExitProcess)));
       fptrExitProcess = (VOID (WINAPI *)( WIND::UINT ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("ws2_32.dll") != string::npos) ||
       (IMG_Name(img).find("WS2_32.DLL") != string::npos) ||
       (IMG_Name(img).find("WS2_32.dll") != string::npos) ) 

   {

      
   RTN rtnconnect = RTN_FindByName(img, "connect");
   if (RTN_Valid(rtnconnect) && 
       RTN_IsSafeForProbedReplacement(rtnconnect))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for connect at " << RTN_Address(rtnconnect) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnconnect, AFUNPTR(myconnect)));
       fptrconnect = (int (WSAAPI *)( WIND::SOCKET ,  const struct sockaddr FAR * ,  int ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnGetMessageW = RTN_FindByName(img, "GetMessageW");
   if (RTN_Valid(rtnGetMessageW) && 
       RTN_IsSafeForProbedReplacement(rtnGetMessageW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for GetMessageW at " << RTN_Address(rtnGetMessageW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnGetMessageW, AFUNPTR(myGetMessageW)));
       fptrGetMessageW = (WIND::BOOL (WINAPI *)( WIND::LPMSG ,  WIND::HWND ,  WIND::UINT ,  WIND::UINT ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("ws2_32.dll") != string::npos) ||
       (IMG_Name(img).find("WS2_32.DLL") != string::npos) ||
       (IMG_Name(img).find("WS2_32.dll") != string::npos) ) 

   {

      
   RTN rtnWSAResetEvent = RTN_FindByName(img, "WSAResetEvent");
   if (RTN_Valid(rtnWSAResetEvent) && 
       RTN_IsSafeForProbedReplacement(rtnWSAResetEvent))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for WSAResetEvent at " << RTN_Address(rtnWSAResetEvent) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnWSAResetEvent, AFUNPTR(myWSAResetEvent)));
       fptrWSAResetEvent = (WIND::BOOL (WSAAPI *)( WIND::WSAEVENT ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("rpcrt4.dll") != string::npos) ||
       (IMG_Name(img).find("RPCRT4.DLL") != string::npos) ||
       (IMG_Name(img).find("RPCRT4.dll") != string::npos) ) 

   {

      
   RTN rtnRpcStringBindingComposeW = RTN_FindByName(img, "RpcStringBindingComposeW");
   if (RTN_Valid(rtnRpcStringBindingComposeW) && 
       RTN_IsSafeForProbedReplacement(rtnRpcStringBindingComposeW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for RpcStringBindingComposeW at " << RTN_Address(rtnRpcStringBindingComposeW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnRpcStringBindingComposeW, AFUNPTR(myRpcStringBindingComposeW)));
       fptrRpcStringBindingComposeW = (WIND::RPC_STATUS (WINAPI *)( WIND::RPC_WSTR ,  WIND::RPC_WSTR ,  WIND::RPC_WSTR ,  WIND::RPC_WSTR ,  WIND::RPC_WSTR , __deref_opt_out WIND::RPC_WSTR __RPC_FAR * ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("comdlg32.dll") != string::npos) ||
       (IMG_Name(img).find("COMDLG32.DLL") != string::npos) ||
       (IMG_Name(img).find("COMDLG32.dll") != string::npos) ) 

   {

      
   RTN rtnPrintDlgA = RTN_FindByName(img, "PrintDlgA");
   if (RTN_Valid(rtnPrintDlgA) && 
       RTN_IsSafeForProbedReplacement(rtnPrintDlgA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for PrintDlgA at " << RTN_Address(rtnPrintDlgA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnPrintDlgA, AFUNPTR(myPrintDlgA)));
       fptrPrintDlgA = (WIND::BOOL (APIENTRY *)(WIND::LPPRINTDLGA ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnOpenWaitableTimerA = RTN_FindByName(img, "OpenWaitableTimerA");
   if (RTN_Valid(rtnOpenWaitableTimerA) && 
       RTN_IsSafeForProbedReplacement(rtnOpenWaitableTimerA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for OpenWaitableTimerA at " << RTN_Address(rtnOpenWaitableTimerA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnOpenWaitableTimerA, AFUNPTR(myOpenWaitableTimerA)));
       fptrOpenWaitableTimerA = (WIND::HANDLE (WINAPI *)( WIND::DWORD ,  WIND::BOOL ,  WIND::LPCSTR ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnSetWindowsHookExW = RTN_FindByName(img, "SetWindowsHookExW");
   if (RTN_Valid(rtnSetWindowsHookExW) && 
       RTN_IsSafeForProbedReplacement(rtnSetWindowsHookExW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for SetWindowsHookExW at " << RTN_Address(rtnSetWindowsHookExW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnSetWindowsHookExW, AFUNPTR(mySetWindowsHookExW)));
       fptrSetWindowsHookExW = (WIND::HHOOK (WINAPI *)( int ,  WIND::HOOKPROC ,  WIND::HINSTANCE ,  WIND::DWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("ws2_32.dll") != string::npos) ||
       (IMG_Name(img).find("WS2_32.DLL") != string::npos) ||
       (IMG_Name(img).find("WS2_32.dll") != string::npos) ) 

   {

      
   RTN rtnWSASend = RTN_FindByName(img, "WSASend");
   if (RTN_Valid(rtnWSASend) && 
       RTN_IsSafeForProbedReplacement(rtnWSASend))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for WSASend at " << RTN_Address(rtnWSASend) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnWSASend, AFUNPTR(myWSASend)));
       fptrWSASend = (int (WSAAPI *)( WIND::SOCKET ,  WIND::LPWSABUF ,  WIND::DWORD ,  WIND::LPDWORD ,  WIND::DWORD ,  WIND::LPWSAOVERLAPPED ,  WIND::LPWSAOVERLAPPED_COMPLETION_ROUTINE ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnOpenWaitableTimerW = RTN_FindByName(img, "OpenWaitableTimerW");
   if (RTN_Valid(rtnOpenWaitableTimerW) && 
       RTN_IsSafeForProbedReplacement(rtnOpenWaitableTimerW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for OpenWaitableTimerW at " << RTN_Address(rtnOpenWaitableTimerW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnOpenWaitableTimerW, AFUNPTR(myOpenWaitableTimerW)));
       fptrOpenWaitableTimerW = (WIND::HANDLE (WINAPI *)( WIND::DWORD ,  WIND::BOOL ,  WIND::LPCWSTR ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnDeleteTimerQueueTimer = RTN_FindByName(img, "DeleteTimerQueueTimer");
   if (RTN_Valid(rtnDeleteTimerQueueTimer) && 
       RTN_IsSafeForProbedReplacement(rtnDeleteTimerQueueTimer))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for DeleteTimerQueueTimer at " << RTN_Address(rtnDeleteTimerQueueTimer) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnDeleteTimerQueueTimer, AFUNPTR(myDeleteTimerQueueTimer)));
       fptrDeleteTimerQueueTimer = (WIND::BOOL (WINAPI *)( WIND::HANDLE ,  WIND::HANDLE ,  WIND::HANDLE ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("rpcns4.dll") != string::npos) ||
       (IMG_Name(img).find("RPCNS4.DLL") != string::npos) ||
       (IMG_Name(img).find("RPCNS4.dll") != string::npos) ) 

   {

      
   RTN rtnRpcNsBindingImportDone = RTN_FindByName(img, "RpcNsBindingImportDone");
   if (RTN_Valid(rtnRpcNsBindingImportDone) && 
       RTN_IsSafeForProbedReplacement(rtnRpcNsBindingImportDone))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for RpcNsBindingImportDone at " << RTN_Address(rtnRpcNsBindingImportDone) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnRpcNsBindingImportDone, AFUNPTR(myRpcNsBindingImportDone)));
       fptrRpcNsBindingImportDone = (WIND::RPC_STATUS (WINAPI *)(  WIND::RPC_NS_HANDLE __RPC_FAR * ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnReadConsoleInputW = RTN_FindByName(img, "ReadConsoleInputW");
   if (RTN_Valid(rtnReadConsoleInputW) && 
       RTN_IsSafeForProbedReplacement(rtnReadConsoleInputW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for ReadConsoleInputW at " << RTN_Address(rtnReadConsoleInputW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnReadConsoleInputW, AFUNPTR(myReadConsoleInputW)));
       fptrReadConsoleInputW = (WIND::BOOL (WINAPI *)( WIND::HANDLE ,  WIND::PINPUT_RECORD ,  WIND::DWORD ,  WIND::LPDWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnCreateMutexA = RTN_FindByName(img, "CreateMutexA");
   if (RTN_Valid(rtnCreateMutexA) && 
       RTN_IsSafeForProbedReplacement(rtnCreateMutexA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for CreateMutexA at " << RTN_Address(rtnCreateMutexA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnCreateMutexA, AFUNPTR(myCreateMutexA)));
       fptrCreateMutexA = (WIND::HANDLE (WINAPI *)( WIND::LPSECURITY_ATTRIBUTES ,  WIND::BOOL ,  WIND::LPCSTR ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnRegisterWaitForSingleObject = RTN_FindByName(img, "RegisterWaitForSingleObject");
   if (RTN_Valid(rtnRegisterWaitForSingleObject) && 
       RTN_IsSafeForProbedReplacement(rtnRegisterWaitForSingleObject))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for RegisterWaitForSingleObject at " << RTN_Address(rtnRegisterWaitForSingleObject) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnRegisterWaitForSingleObject, AFUNPTR(myRegisterWaitForSingleObject)));
       fptrRegisterWaitForSingleObject = (WIND::BOOL (WINAPI *)( WIND::PHANDLE ,  WIND::HANDLE ,  WIND::WAITORTIMERCALLBACK ,  WIND::PVOID ,  WIND::ULONG ,  WIND::ULONG ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("rpcrt4.dll") != string::npos) ||
       (IMG_Name(img).find("RPCRT4.DLL") != string::npos) ||
       (IMG_Name(img).find("RPCRT4.dll") != string::npos) ) 

   {

      
   RTN rtnRpcMgmtInqIfIds = RTN_FindByName(img, "RpcMgmtInqIfIds");
   if (RTN_Valid(rtnRpcMgmtInqIfIds) && 
       RTN_IsSafeForProbedReplacement(rtnRpcMgmtInqIfIds))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for RpcMgmtInqIfIds at " << RTN_Address(rtnRpcMgmtInqIfIds) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnRpcMgmtInqIfIds, AFUNPTR(myRpcMgmtInqIfIds)));
       fptrRpcMgmtInqIfIds = (WIND::RPC_STATUS (WINAPI *)( WIND::RPC_BINDING_HANDLE ,  WIND::RPC_IF_ID_VECTOR __RPC_FAR * __RPC_FAR * ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnCreateSemaphoreA = RTN_FindByName(img, "CreateSemaphoreA");
   if (RTN_Valid(rtnCreateSemaphoreA) && 
       RTN_IsSafeForProbedReplacement(rtnCreateSemaphoreA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for CreateSemaphoreA at " << RTN_Address(rtnCreateSemaphoreA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnCreateSemaphoreA, AFUNPTR(myCreateSemaphoreA)));
       fptrCreateSemaphoreA = (WIND::HANDLE (WINAPI *)( WIND::LPSECURITY_ATTRIBUTES ,  WIND::LONG ,  WIND::LONG ,  WIND::LPCSTR ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnCreateThread = RTN_FindByName(img, "CreateThread");
   if (RTN_Valid(rtnCreateThread) && 
       RTN_IsSafeForProbedReplacement(rtnCreateThread))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for CreateThread at " << RTN_Address(rtnCreateThread) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnCreateThread, AFUNPTR(myCreateThread)));
       fptrCreateThread = (WIND::HANDLE (WINAPI *)( WIND::LPSECURITY_ATTRIBUTES ,  WIND::SIZE_T ,  WIND::LPTHREAD_START_ROUTINE ,  WIND::LPVOID ,  WIND::DWORD ,  WIND::LPDWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnBroadcastSystemMessageExW = RTN_FindByName(img, "BroadcastSystemMessageExW");
   if (RTN_Valid(rtnBroadcastSystemMessageExW) && 
       RTN_IsSafeForProbedReplacement(rtnBroadcastSystemMessageExW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for BroadcastSystemMessageExW at " << RTN_Address(rtnBroadcastSystemMessageExW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnBroadcastSystemMessageExW, AFUNPTR(myBroadcastSystemMessageExW)));
       fptrBroadcastSystemMessageExW = (long (WINAPI *)( WIND::DWORD ,  WIND::LPDWORD ,  WIND::UINT ,  WIND::WPARAM ,  WIND::LPARAM ,  WIND::PBSMINFO ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("advapi32.dll") != string::npos) ||
       (IMG_Name(img).find("ADVAPI32.DLL") != string::npos) ||
       (IMG_Name(img).find("ADVAPI32.dll") != string::npos) ) 

   {

      
   RTN rtnCreateProcessAsUserA = RTN_FindByName(img, "CreateProcessAsUserA");
   if (RTN_Valid(rtnCreateProcessAsUserA) && 
       RTN_IsSafeForProbedReplacement(rtnCreateProcessAsUserA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for CreateProcessAsUserA at " << RTN_Address(rtnCreateProcessAsUserA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnCreateProcessAsUserA, AFUNPTR(myCreateProcessAsUserA)));
       fptrCreateProcessAsUserA = (WIND::BOOL (WINAPI *)( WIND::HANDLE ,  WIND::LPCSTR ,  WIND::LPSTR ,  WIND::LPSECURITY_ATTRIBUTES ,  WIND::LPSECURITY_ATTRIBUTES ,  WIND::BOOL ,  WIND::DWORD ,  WIND::LPVOID ,  WIND::LPCSTR ,  WIND::LPSTARTUPINFOA ,  WIND::LPPROCESS_INFORMATION ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnCreateSemaphoreW = RTN_FindByName(img, "CreateSemaphoreW");
   if (RTN_Valid(rtnCreateSemaphoreW) && 
       RTN_IsSafeForProbedReplacement(rtnCreateSemaphoreW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for CreateSemaphoreW at " << RTN_Address(rtnCreateSemaphoreW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnCreateSemaphoreW, AFUNPTR(myCreateSemaphoreW)));
       fptrCreateSemaphoreW = (WIND::HANDLE (WINAPI *)( WIND::LPSECURITY_ATTRIBUTES ,  WIND::LONG ,  WIND::LONG ,  WIND::LPCWSTR ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnCreateMutexW = RTN_FindByName(img, "CreateMutexW");
   if (RTN_Valid(rtnCreateMutexW) && 
       RTN_IsSafeForProbedReplacement(rtnCreateMutexW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for CreateMutexW at " << RTN_Address(rtnCreateMutexW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnCreateMutexW, AFUNPTR(myCreateMutexW)));
       fptrCreateMutexW = (WIND::HANDLE (WINAPI *)( WIND::LPSECURITY_ATTRIBUTES ,  WIND::BOOL ,  WIND::LPCWSTR ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("rpcrt4.dll") != string::npos) ||
       (IMG_Name(img).find("RPCRT4.DLL") != string::npos) ||
       (IMG_Name(img).find("RPCRT4.dll") != string::npos) ) 

   {

      
   RTN rtnRpcMgmtWaitServerListen = RTN_FindByName(img, "RpcMgmtWaitServerListen");
   if (RTN_Valid(rtnRpcMgmtWaitServerListen) && 
       RTN_IsSafeForProbedReplacement(rtnRpcMgmtWaitServerListen))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for RpcMgmtWaitServerListen at " << RTN_Address(rtnRpcMgmtWaitServerListen) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnRpcMgmtWaitServerListen, AFUNPTR(myRpcMgmtWaitServerListen)));
       fptrRpcMgmtWaitServerListen = (WIND::RPC_STATUS (*)())fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnExitThread = RTN_FindByName(img, "ExitThread");
   if (RTN_Valid(rtnExitThread) && 
       RTN_IsSafeForProbedReplacement(rtnExitThread))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for ExitThread at " << RTN_Address(rtnExitThread) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnExitThread, AFUNPTR(myExitThread)));
       fptrExitThread = (VOID (WINAPI *)( WIND::DWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("ws2_32.dll") != string::npos) ||
       (IMG_Name(img).find("WS2_32.DLL") != string::npos) ||
       (IMG_Name(img).find("WS2_32.dll") != string::npos) ) 

   {

      
   RTN rtnrecv = RTN_FindByName(img, "recv");
   if (RTN_Valid(rtnrecv) && 
       RTN_IsSafeForProbedReplacement(rtnrecv))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for recv at " << RTN_Address(rtnrecv) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnrecv, AFUNPTR(myrecv)));
       fptrrecv = (int (WSAAPI *)( WIND::SOCKET ,  char FAR * ,  int ,  int ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("advapi32.dll") != string::npos) ||
       (IMG_Name(img).find("ADVAPI32.DLL") != string::npos) ||
       (IMG_Name(img).find("ADVAPI32.dll") != string::npos) ) 

   {

      
   RTN rtnCreateProcessAsUserW = RTN_FindByName(img, "CreateProcessAsUserW");
   if (RTN_Valid(rtnCreateProcessAsUserW) && 
       RTN_IsSafeForProbedReplacement(rtnCreateProcessAsUserW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for CreateProcessAsUserW at " << RTN_Address(rtnCreateProcessAsUserW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnCreateProcessAsUserW, AFUNPTR(myCreateProcessAsUserW)));
       fptrCreateProcessAsUserW = (WIND::BOOL (WINAPI *)( WIND::HANDLE ,  WIND::LPCWSTR ,  WIND::LPWSTR ,  WIND::LPSECURITY_ATTRIBUTES ,  WIND::LPSECURITY_ATTRIBUTES ,  WIND::BOOL ,  WIND::DWORD ,  WIND::LPVOID ,  WIND::LPCWSTR ,  WIND::LPSTARTUPINFOW ,  WIND::LPPROCESS_INFORMATION ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("ntdll.dll") != string::npos) ||
       (IMG_Name(img).find("NTDLL.DLL") != string::npos) ||
       (IMG_Name(img).find("NTDLL.dll") != string::npos) ) 

   {

      
   RTN rtnRtlEnterCriticalSection = RTN_FindByName(img, "RtlEnterCriticalSection");
   if (RTN_Valid(rtnRtlEnterCriticalSection) && 
       RTN_IsSafeForProbedReplacement(rtnRtlEnterCriticalSection))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for RtlEnterCriticalSection at " << RTN_Address(rtnRtlEnterCriticalSection) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnRtlEnterCriticalSection, AFUNPTR(myRtlEnterCriticalSection)));
       fptrRtlEnterCriticalSection = (VOID (WINAPI *)(WIND::LPCRITICAL_SECTION ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnReadConsoleA = RTN_FindByName(img, "ReadConsoleA");
   if (RTN_Valid(rtnReadConsoleA) && 
       RTN_IsSafeForProbedReplacement(rtnReadConsoleA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for ReadConsoleA at " << RTN_Address(rtnReadConsoleA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnReadConsoleA, AFUNPTR(myReadConsoleA)));
       fptrReadConsoleA = (WIND::BOOL (WINAPI *)( WIND::HANDLE ,  WIND::LPVOID ,  WIND::DWORD ,  WIND::LPDWORD ,  WIND::LPVOID ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("ntdll.dll") != string::npos) ||
       (IMG_Name(img).find("NTDLL.DLL") != string::npos) ||
       (IMG_Name(img).find("NTDLL.dll") != string::npos) ) 

   {

      
   RTN rtnRtlDeleteCriticalSection = RTN_FindByName(img, "RtlDeleteCriticalSection");
   if (RTN_Valid(rtnRtlDeleteCriticalSection) && 
       RTN_IsSafeForProbedReplacement(rtnRtlDeleteCriticalSection))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for RtlDeleteCriticalSection at " << RTN_Address(rtnRtlDeleteCriticalSection) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnRtlDeleteCriticalSection, AFUNPTR(myRtlDeleteCriticalSection)));
       fptrRtlDeleteCriticalSection = (VOID (WINAPI *)( WIND::LPCRITICAL_SECTION ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnWaitForMultipleObjectsEx = RTN_FindByName(img, "WaitForMultipleObjectsEx");
   if (RTN_Valid(rtnWaitForMultipleObjectsEx) && 
       RTN_IsSafeForProbedReplacement(rtnWaitForMultipleObjectsEx))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for WaitForMultipleObjectsEx at " << RTN_Address(rtnWaitForMultipleObjectsEx) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnWaitForMultipleObjectsEx, AFUNPTR(myWaitForMultipleObjectsEx)));
       fptrWaitForMultipleObjectsEx = (WIND::DWORD (WINAPI *)( WIND::DWORD , __in_ecount(nCount) CONST WIND::HANDLE * ,  WIND::BOOL ,  WIND::DWORD ,  WIND::BOOL ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnTerminateProcess = RTN_FindByName(img, "TerminateProcess");
   if (RTN_Valid(rtnTerminateProcess) && 
       RTN_IsSafeForProbedReplacement(rtnTerminateProcess))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for TerminateProcess at " << RTN_Address(rtnTerminateProcess) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnTerminateProcess, AFUNPTR(myTerminateProcess)));
       fptrTerminateProcess = (WIND::BOOL (WINAPI *)( WIND::HANDLE ,  WIND::UINT ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnFindCloseChangeNotification = RTN_FindByName(img, "FindCloseChangeNotification");
   if (RTN_Valid(rtnFindCloseChangeNotification) && 
       RTN_IsSafeForProbedReplacement(rtnFindCloseChangeNotification))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for FindCloseChangeNotification at " << RTN_Address(rtnFindCloseChangeNotification) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnFindCloseChangeNotification, AFUNPTR(myFindCloseChangeNotification)));
       fptrFindCloseChangeNotification = (WIND::BOOL (WINAPI *)( WIND::HANDLE ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("winspool.drv") != string::npos) ||
       (IMG_Name(img).find("WINSPOOL.DRV") != string::npos) ||
       (IMG_Name(img).find("WINSPOOL.drv") != string::npos) ) 

   {

      
   RTN rtnFindFirstPrinterChangeNotification = RTN_FindByName(img, "FindFirstPrinterChangeNotification");
   if (RTN_Valid(rtnFindFirstPrinterChangeNotification) && 
       RTN_IsSafeForProbedReplacement(rtnFindFirstPrinterChangeNotification))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for FindFirstPrinterChangeNotification at " << RTN_Address(rtnFindFirstPrinterChangeNotification) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnFindFirstPrinterChangeNotification, AFUNPTR(myFindFirstPrinterChangeNotification)));
       fptrFindFirstPrinterChangeNotification = (WIND::HANDLE (WINAPI *)( WIND::HANDLE ,  WIND::DWORD ,  WIND::DWORD ,  WIND::LPVOID ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnWaitForInputIdle = RTN_FindByName(img, "WaitForInputIdle");
   if (RTN_Valid(rtnWaitForInputIdle) && 
       RTN_IsSafeForProbedReplacement(rtnWaitForInputIdle))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for WaitForInputIdle at " << RTN_Address(rtnWaitForInputIdle) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnWaitForInputIdle, AFUNPTR(myWaitForInputIdle)));
       fptrWaitForInputIdle = (WIND::DWORD (WINAPI *)( WIND::HANDLE ,  WIND::DWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("rpcrt4.dll") != string::npos) ||
       (IMG_Name(img).find("RPCRT4.DLL") != string::npos) ||
       (IMG_Name(img).find("RPCRT4.dll") != string::npos) ) 

   {

      
   RTN rtnNdrNsSendReceive = RTN_FindByName(img, "NdrNsSendReceive");
   if (RTN_Valid(rtnNdrNsSendReceive) && 
       RTN_IsSafeForProbedReplacement(rtnNdrNsSendReceive))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for NdrNsSendReceive at " << RTN_Address(rtnNdrNsSendReceive) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnNdrNsSendReceive, AFUNPTR(myNdrNsSendReceive)));
       fptrNdrNsSendReceive = (unsigned char * (WINAPI *)(WIND::PMIDL_STUB_MESSAGE , unsigned char * , WIND::RPC_BINDING_HANDLE * ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("winspool.drv") != string::npos) ||
       (IMG_Name(img).find("WINSPOOL.DRV") != string::npos) ||
       (IMG_Name(img).find("WINSPOOL.drv") != string::npos) ) 

   {

      
   RTN rtnFindClosePrinterChangeNotification = RTN_FindByName(img, "FindClosePrinterChangeNotification");
   if (RTN_Valid(rtnFindClosePrinterChangeNotification) && 
       RTN_IsSafeForProbedReplacement(rtnFindClosePrinterChangeNotification))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for FindClosePrinterChangeNotification at " << RTN_Address(rtnFindClosePrinterChangeNotification) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnFindClosePrinterChangeNotification, AFUNPTR(myFindClosePrinterChangeNotification)));
       fptrFindClosePrinterChangeNotification = (WIND::BOOL (WINAPI *)( WIND::HANDLE ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnDialogBoxIndirectParamA = RTN_FindByName(img, "DialogBoxIndirectParamA");
   if (RTN_Valid(rtnDialogBoxIndirectParamA) && 
       RTN_IsSafeForProbedReplacement(rtnDialogBoxIndirectParamA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for DialogBoxIndirectParamA at " << RTN_Address(rtnDialogBoxIndirectParamA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnDialogBoxIndirectParamA, AFUNPTR(myDialogBoxIndirectParamA)));
       fptrDialogBoxIndirectParamA = (WIND::INT_PTR (WINAPI *)( WIND::HINSTANCE ,  WIND::LPCDLGTEMPLATEA ,  WIND::HWND ,  WIND::DLGPROC ,  WIND::LPARAM ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnReadConsoleW = RTN_FindByName(img, "ReadConsoleW");
   if (RTN_Valid(rtnReadConsoleW) && 
       RTN_IsSafeForProbedReplacement(rtnReadConsoleW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for ReadConsoleW at " << RTN_Address(rtnReadConsoleW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnReadConsoleW, AFUNPTR(myReadConsoleW)));
       fptrReadConsoleW = (WIND::BOOL (WINAPI *)( WIND::HANDLE ,  WIND::LPVOID ,  WIND::DWORD ,  WIND::LPDWORD ,  WIND::LPVOID ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnGetMessageA = RTN_FindByName(img, "GetMessageA");
   if (RTN_Valid(rtnGetMessageA) && 
       RTN_IsSafeForProbedReplacement(rtnGetMessageA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for GetMessageA at " << RTN_Address(rtnGetMessageA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnGetMessageA, AFUNPTR(myGetMessageA)));
       fptrGetMessageA = (WIND::BOOL (WINAPI *)( WIND::LPMSG ,  WIND::HWND ,  WIND::UINT ,  WIND::UINT ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnSetWaitableTimer = RTN_FindByName(img, "SetWaitableTimer");
   if (RTN_Valid(rtnSetWaitableTimer) && 
       RTN_IsSafeForProbedReplacement(rtnSetWaitableTimer))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for SetWaitableTimer at " << RTN_Address(rtnSetWaitableTimer) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnSetWaitableTimer, AFUNPTR(mySetWaitableTimer)));
       fptrSetWaitableTimer = (WIND::BOOL (WINAPI *)( WIND::HANDLE ,  const WIND::LARGE_INTEGER * ,  WIND::LONG ,  WIND::PTIMERAPCROUTINE ,  WIND::LPVOID ,  WIND::BOOL ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnSleepEx = RTN_FindByName(img, "SleepEx");
   if (RTN_Valid(rtnSleepEx) && 
       RTN_IsSafeForProbedReplacement(rtnSleepEx))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for SleepEx at " << RTN_Address(rtnSleepEx) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnSleepEx, AFUNPTR(mySleepEx)));
       fptrSleepEx = (WIND::DWORD (WINAPI *)( WIND::DWORD ,  WIND::BOOL ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnLoadLibraryExW = RTN_FindByName(img, "LoadLibraryExW");
   if (RTN_Valid(rtnLoadLibraryExW) && 
       RTN_IsSafeForProbedReplacement(rtnLoadLibraryExW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for LoadLibraryExW at " << RTN_Address(rtnLoadLibraryExW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnLoadLibraryExW, AFUNPTR(myLoadLibraryExW)));
       fptrLoadLibraryExW = (WIND::HMODULE (WINAPI *)( WIND::LPCWSTR , __reserved WIND::HANDLE ,  unsigned long ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnCallNamedPipeW = RTN_FindByName(img, "CallNamedPipeW");
   if (RTN_Valid(rtnCallNamedPipeW) && 
       RTN_IsSafeForProbedReplacement(rtnCallNamedPipeW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for CallNamedPipeW at " << RTN_Address(rtnCallNamedPipeW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnCallNamedPipeW, AFUNPTR(myCallNamedPipeW)));
       fptrCallNamedPipeW = (WIND::BOOL (WINAPI *)( WIND::LPCWSTR , __in_bcount_opt(nInBufferSize) WIND::LPVOID ,  WIND::DWORD , __out_bcount_part_opt(nOutBufferSize, *lpBytesRead) WIND::LPVOID ,  WIND::DWORD ,  WIND::LPDWORD ,  WIND::DWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnSendNotifyMessageA = RTN_FindByName(img, "SendNotifyMessageA");
   if (RTN_Valid(rtnSendNotifyMessageA) && 
       RTN_IsSafeForProbedReplacement(rtnSendNotifyMessageA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for SendNotifyMessageA at " << RTN_Address(rtnSendNotifyMessageA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnSendNotifyMessageA, AFUNPTR(mySendNotifyMessageA)));
       fptrSendNotifyMessageA = (WIND::BOOL (WINAPI *)( WIND::HWND ,  WIND::UINT ,  WIND::WPARAM ,  WIND::LPARAM ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnInitializeCriticalSectionAndSpinCount = RTN_FindByName(img, "InitializeCriticalSectionAndSpinCount");
   if (RTN_Valid(rtnInitializeCriticalSectionAndSpinCount) && 
       RTN_IsSafeForProbedReplacement(rtnInitializeCriticalSectionAndSpinCount))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for InitializeCriticalSectionAndSpinCount at " << RTN_Address(rtnInitializeCriticalSectionAndSpinCount) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnInitializeCriticalSectionAndSpinCount, AFUNPTR(myInitializeCriticalSectionAndSpinCount)));
       fptrInitializeCriticalSectionAndSpinCount = (WIND::BOOL (WINAPI *)( WIND::LPCRITICAL_SECTION ,  WIND::DWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("comdlg32.dll") != string::npos) ||
       (IMG_Name(img).find("COMDLG32.DLL") != string::npos) ||
       (IMG_Name(img).find("COMDLG32.dll") != string::npos) ) 

   {

      
   RTN rtnPrintDlgW = RTN_FindByName(img, "PrintDlgW");
   if (RTN_Valid(rtnPrintDlgW) && 
       RTN_IsSafeForProbedReplacement(rtnPrintDlgW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for PrintDlgW at " << RTN_Address(rtnPrintDlgW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnPrintDlgW, AFUNPTR(myPrintDlgW)));
       fptrPrintDlgW = (WIND::BOOL (APIENTRY *)(WIND::LPPRINTDLGW ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("rpcrt4.dll") != string::npos) ||
       (IMG_Name(img).find("RPCRT4.DLL") != string::npos) ||
       (IMG_Name(img).find("RPCRT4.dll") != string::npos) ) 

   {

      
   RTN rtnRpcMgmtEpEltInqNextW = RTN_FindByName(img, "RpcMgmtEpEltInqNextW");
   if (RTN_Valid(rtnRpcMgmtEpEltInqNextW) && 
       RTN_IsSafeForProbedReplacement(rtnRpcMgmtEpEltInqNextW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for RpcMgmtEpEltInqNextW at " << RTN_Address(rtnRpcMgmtEpEltInqNextW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnRpcMgmtEpEltInqNextW, AFUNPTR(myRpcMgmtEpEltInqNextW)));
       fptrRpcMgmtEpEltInqNextW = (WIND::RPC_STATUS (WINAPI *)( WIND::RPC_EP_INQ_HANDLE ,  WIND::RPC_IF_ID __RPC_FAR * ,  WIND::RPC_BINDING_HANDLE __RPC_FAR * ,  WIND::UUID __RPC_FAR * , __deref_opt_out WIND::RPC_WSTR __RPC_FAR * ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("rpcrt4.dll") != string::npos) ||
       (IMG_Name(img).find("RPCRT4.DLL") != string::npos) ||
       (IMG_Name(img).find("RPCRT4.dll") != string::npos) ) 

   {

      
   RTN rtnRpcMgmtEpEltInqDone = RTN_FindByName(img, "RpcMgmtEpEltInqDone");
   if (RTN_Valid(rtnRpcMgmtEpEltInqDone) && 
       RTN_IsSafeForProbedReplacement(rtnRpcMgmtEpEltInqDone))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for RpcMgmtEpEltInqDone at " << RTN_Address(rtnRpcMgmtEpEltInqDone) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnRpcMgmtEpEltInqDone, AFUNPTR(myRpcMgmtEpEltInqDone)));
       fptrRpcMgmtEpEltInqDone = (WIND::RPC_STATUS (WINAPI *)(  WIND::RPC_EP_INQ_HANDLE __RPC_FAR * ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnPostMessageA = RTN_FindByName(img, "PostMessageA");
   if (RTN_Valid(rtnPostMessageA) && 
       RTN_IsSafeForProbedReplacement(rtnPostMessageA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for PostMessageA at " << RTN_Address(rtnPostMessageA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnPostMessageA, AFUNPTR(myPostMessageA)));
       fptrPostMessageA = (WIND::BOOL (WINAPI *)( WIND::HWND ,  WIND::UINT ,  WIND::WPARAM ,  WIND::LPARAM ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnTerminateThread = RTN_FindByName(img, "TerminateThread");
   if (RTN_Valid(rtnTerminateThread) && 
       RTN_IsSafeForProbedReplacement(rtnTerminateThread))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for TerminateThread at " << RTN_Address(rtnTerminateThread) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnTerminateThread, AFUNPTR(myTerminateThread)));
       fptrTerminateThread = (WIND::BOOL (WINAPI *)( WIND::HANDLE ,  WIND::DWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnLoadLibraryW = RTN_FindByName(img, "LoadLibraryW");
   if (RTN_Valid(rtnLoadLibraryW) && 
       RTN_IsSafeForProbedReplacement(rtnLoadLibraryW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for LoadLibraryW at " << RTN_Address(rtnLoadLibraryW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnLoadLibraryW, AFUNPTR(myLoadLibraryW)));
       fptrLoadLibraryW = (WIND::HMODULE (WINAPI *)( WIND::LPCWSTR ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnCreateMailslotW = RTN_FindByName(img, "CreateMailslotW");
   if (RTN_Valid(rtnCreateMailslotW) && 
       RTN_IsSafeForProbedReplacement(rtnCreateMailslotW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for CreateMailslotW at " << RTN_Address(rtnCreateMailslotW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnCreateMailslotW, AFUNPTR(myCreateMailslotW)));
       fptrCreateMailslotW = (WIND::HANDLE (WINAPI *)( WIND::LPCWSTR ,  WIND::DWORD ,  WIND::DWORD ,  WIND::LPSECURITY_ATTRIBUTES ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnSetEvent = RTN_FindByName(img, "SetEvent");
   if (RTN_Valid(rtnSetEvent) && 
       RTN_IsSafeForProbedReplacement(rtnSetEvent))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for SetEvent at " << RTN_Address(rtnSetEvent) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnSetEvent, AFUNPTR(mySetEvent)));
       fptrSetEvent = (WIND::BOOL (WINAPI *)( WIND::HANDLE ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnReadConsoleInputA = RTN_FindByName(img, "ReadConsoleInputA");
   if (RTN_Valid(rtnReadConsoleInputA) && 
       RTN_IsSafeForProbedReplacement(rtnReadConsoleInputA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for ReadConsoleInputA at " << RTN_Address(rtnReadConsoleInputA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnReadConsoleInputA, AFUNPTR(myReadConsoleInputA)));
       fptrReadConsoleInputA = (WIND::BOOL (WINAPI *)( WIND::HANDLE ,  WIND::PINPUT_RECORD ,  WIND::DWORD ,  WIND::LPDWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("advapi32.dll") != string::npos) ||
       (IMG_Name(img).find("ADVAPI32.DLL") != string::npos) ||
       (IMG_Name(img).find("ADVAPI32.dll") != string::npos) ) 

   {

      
   RTN rtnCreateProcessWithLogonW = RTN_FindByName(img, "CreateProcessWithLogonW");
   if (RTN_Valid(rtnCreateProcessWithLogonW) && 
       RTN_IsSafeForProbedReplacement(rtnCreateProcessWithLogonW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for CreateProcessWithLogonW at " << RTN_Address(rtnCreateProcessWithLogonW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnCreateProcessWithLogonW, AFUNPTR(myCreateProcessWithLogonW)));
       fptrCreateProcessWithLogonW = (WIND::BOOL (WINAPI *)( WIND::LPCWSTR ,  WIND::LPCWSTR ,  WIND::LPCWSTR ,  WIND::DWORD ,  WIND::LPCWSTR ,  WIND::LPWSTR ,  WIND::DWORD ,  WIND::LPVOID ,  WIND::LPCWSTR ,  WIND::LPSTARTUPINFOW ,  WIND::LPPROCESS_INFORMATION ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnCallNamedPipeA = RTN_FindByName(img, "CallNamedPipeA");
   if (RTN_Valid(rtnCallNamedPipeA) && 
       RTN_IsSafeForProbedReplacement(rtnCallNamedPipeA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for CallNamedPipeA at " << RTN_Address(rtnCallNamedPipeA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnCallNamedPipeA, AFUNPTR(myCallNamedPipeA)));
       fptrCallNamedPipeA = (WIND::BOOL (WINAPI *)( WIND::LPCSTR , __in_bcount_opt(nInBufferSize) WIND::LPVOID ,  WIND::DWORD , __out_bcount_part_opt(nOutBufferSize, *lpBytesRead) WIND::LPVOID ,  WIND::DWORD ,  WIND::LPDWORD ,  WIND::DWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnSendNotifyMessageW = RTN_FindByName(img, "SendNotifyMessageW");
   if (RTN_Valid(rtnSendNotifyMessageW) && 
       RTN_IsSafeForProbedReplacement(rtnSendNotifyMessageW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for SendNotifyMessageW at " << RTN_Address(rtnSendNotifyMessageW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnSendNotifyMessageW, AFUNPTR(mySendNotifyMessageW)));
       fptrSendNotifyMessageW = (WIND::BOOL (WINAPI *)( WIND::HWND ,  WIND::UINT ,  WIND::WPARAM ,  WIND::LPARAM ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnCreateMailslotA = RTN_FindByName(img, "CreateMailslotA");
   if (RTN_Valid(rtnCreateMailslotA) && 
       RTN_IsSafeForProbedReplacement(rtnCreateMailslotA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for CreateMailslotA at " << RTN_Address(rtnCreateMailslotA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnCreateMailslotA, AFUNPTR(myCreateMailslotA)));
       fptrCreateMailslotA = (WIND::HANDLE (WINAPI *)( WIND::LPCSTR ,  WIND::DWORD ,  WIND::DWORD ,  WIND::LPSECURITY_ATTRIBUTES ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("ws2_32.dll") != string::npos) ||
       (IMG_Name(img).find("WS2_32.DLL") != string::npos) ||
       (IMG_Name(img).find("WS2_32.dll") != string::npos) ) 

   {

      
   RTN rtnselect = RTN_FindByName(img, "select");
   if (RTN_Valid(rtnselect) && 
       RTN_IsSafeForProbedReplacement(rtnselect))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for select at " << RTN_Address(rtnselect) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnselect, AFUNPTR(myselect)));
       fptrselect = (int (WSAAPI *)( int ,   WIND::fd_set FAR * ,   WIND::fd_set FAR * ,   WIND::fd_set FAR * ,  const struct timeval FAR * ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnCreateRemoteThread = RTN_FindByName(img, "CreateRemoteThread");
   if (RTN_Valid(rtnCreateRemoteThread) && 
       RTN_IsSafeForProbedReplacement(rtnCreateRemoteThread))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for CreateRemoteThread at " << RTN_Address(rtnCreateRemoteThread) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnCreateRemoteThread, AFUNPTR(myCreateRemoteThread)));
       fptrCreateRemoteThread = (WIND::HANDLE (WINAPI *)( WIND::HANDLE ,  WIND::LPSECURITY_ATTRIBUTES ,  WIND::SIZE_T ,  WIND::LPTHREAD_START_ROUTINE ,  WIND::LPVOID ,  WIND::DWORD ,  WIND::LPDWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnSetWindowsHookExA = RTN_FindByName(img, "SetWindowsHookExA");
   if (RTN_Valid(rtnSetWindowsHookExA) && 
       RTN_IsSafeForProbedReplacement(rtnSetWindowsHookExA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for SetWindowsHookExA at " << RTN_Address(rtnSetWindowsHookExA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnSetWindowsHookExA, AFUNPTR(mySetWindowsHookExA)));
       fptrSetWindowsHookExA = (WIND::HHOOK (WINAPI *)( int ,  WIND::HOOKPROC ,  WIND::HINSTANCE ,  WIND::DWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnBroadcastSystemMessageExA = RTN_FindByName(img, "BroadcastSystemMessageExA");
   if (RTN_Valid(rtnBroadcastSystemMessageExA) && 
       RTN_IsSafeForProbedReplacement(rtnBroadcastSystemMessageExA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for BroadcastSystemMessageExA at " << RTN_Address(rtnBroadcastSystemMessageExA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnBroadcastSystemMessageExA, AFUNPTR(myBroadcastSystemMessageExA)));
       fptrBroadcastSystemMessageExA = (long (WINAPI *)( WIND::DWORD ,  WIND::LPDWORD ,  WIND::UINT ,  WIND::WPARAM ,  WIND::LPARAM ,  WIND::PBSMINFO ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnOpenProcess = RTN_FindByName(img, "OpenProcess");
   if (RTN_Valid(rtnOpenProcess) && 
       RTN_IsSafeForProbedReplacement(rtnOpenProcess))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for OpenProcess at " << RTN_Address(rtnOpenProcess) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnOpenProcess, AFUNPTR(myOpenProcess)));
       fptrOpenProcess = (WIND::HANDLE (WINAPI *)( WIND::DWORD ,  WIND::BOOL ,  WIND::DWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("ws2_32.dll") != string::npos) ||
       (IMG_Name(img).find("WS2_32.DLL") != string::npos) ||
       (IMG_Name(img).find("WS2_32.dll") != string::npos) ) 

   {

      
   RTN rtnWSAWaitForMultipleEvents = RTN_FindByName(img, "WSAWaitForMultipleEvents");
   if (RTN_Valid(rtnWSAWaitForMultipleEvents) && 
       RTN_IsSafeForProbedReplacement(rtnWSAWaitForMultipleEvents))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for WSAWaitForMultipleEvents at " << RTN_Address(rtnWSAWaitForMultipleEvents) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnWSAWaitForMultipleEvents, AFUNPTR(myWSAWaitForMultipleEvents)));
       fptrWSAWaitForMultipleEvents = (WIND::DWORD (WSAAPI *)( WIND::DWORD ,  const WIND::WSAEVENT FAR * ,  WIND::BOOL ,  WIND::DWORD ,  WIND::BOOL ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("rpcrt4.dll") != string::npos) ||
       (IMG_Name(img).find("RPCRT4.DLL") != string::npos) ||
       (IMG_Name(img).find("RPCRT4.dll") != string::npos) ) 

   {

      
   RTN rtnRpcMgmtEpEltInqBegin = RTN_FindByName(img, "RpcMgmtEpEltInqBegin");
   if (RTN_Valid(rtnRpcMgmtEpEltInqBegin) && 
       RTN_IsSafeForProbedReplacement(rtnRpcMgmtEpEltInqBegin))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for RpcMgmtEpEltInqBegin at " << RTN_Address(rtnRpcMgmtEpEltInqBegin) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnRpcMgmtEpEltInqBegin, AFUNPTR(myRpcMgmtEpEltInqBegin)));
       fptrRpcMgmtEpEltInqBegin = (WIND::RPC_STATUS (WINAPI *)( WIND::RPC_BINDING_HANDLE ,  unsigned long ,  WIND::RPC_IF_ID __RPC_FAR * ,  unsigned long ,  WIND::UUID __RPC_FAR * ,  WIND::RPC_EP_INQ_HANDLE __RPC_FAR * ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnWriteFileGather = RTN_FindByName(img, "WriteFileGather");
   if (RTN_Valid(rtnWriteFileGather) && 
       RTN_IsSafeForProbedReplacement(rtnWriteFileGather))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for WriteFileGather at " << RTN_Address(rtnWriteFileGather) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnWriteFileGather, AFUNPTR(myWriteFileGather)));
       fptrWriteFileGather = (WIND::BOOL (WINAPI *)( WIND::HANDLE ,  WIND::FILE_SEGMENT_ELEMENT** ,  WIND::DWORD , __reserved WIND::LPDWORD ,  WIND::LPOVERLAPPED ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnWaitForMultipleObjects = RTN_FindByName(img, "WaitForMultipleObjects");
   if (RTN_Valid(rtnWaitForMultipleObjects) && 
       RTN_IsSafeForProbedReplacement(rtnWaitForMultipleObjects))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for WaitForMultipleObjects at " << RTN_Address(rtnWaitForMultipleObjects) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnWaitForMultipleObjects, AFUNPTR(myWaitForMultipleObjects)));
       fptrWaitForMultipleObjects = (WIND::DWORD (WINAPI *)( WIND::DWORD , __in_ecount(nCount) CONST WIND::HANDLE * ,  WIND::BOOL ,  WIND::DWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("rpcrt4.dll") != string::npos) ||
       (IMG_Name(img).find("RPCRT4.DLL") != string::npos) ||
       (IMG_Name(img).find("RPCRT4.dll") != string::npos) ) 

   {

      
   RTN rtnNdrSendReceive = RTN_FindByName(img, "NdrSendReceive");
   if (RTN_Valid(rtnNdrSendReceive) && 
       RTN_IsSafeForProbedReplacement(rtnNdrSendReceive))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for NdrSendReceive at " << RTN_Address(rtnNdrSendReceive) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnNdrSendReceive, AFUNPTR(myNdrSendReceive)));
       fptrNdrSendReceive = (unsigned char * (WINAPI *)(WIND::PMIDL_STUB_MESSAGE , unsigned char * ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnCreateWaitableTimerW = RTN_FindByName(img, "CreateWaitableTimerW");
   if (RTN_Valid(rtnCreateWaitableTimerW) && 
       RTN_IsSafeForProbedReplacement(rtnCreateWaitableTimerW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for CreateWaitableTimerW at " << RTN_Address(rtnCreateWaitableTimerW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnCreateWaitableTimerW, AFUNPTR(myCreateWaitableTimerW)));
       fptrCreateWaitableTimerW = (WIND::HANDLE (WINAPI *)( WIND::LPSECURITY_ATTRIBUTES ,  WIND::BOOL ,  WIND::LPCWSTR ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnWaitMessage = RTN_FindByName(img, "WaitMessage");
   if (RTN_Valid(rtnWaitMessage) && 
       RTN_IsSafeForProbedReplacement(rtnWaitMessage))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for WaitMessage at " << RTN_Address(rtnWaitMessage) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnWaitMessage, AFUNPTR(myWaitMessage)));
       fptrWaitMessage = (WIND::BOOL (WINAPI *)())fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnSetCriticalSectionSpinCount = RTN_FindByName(img, "SetCriticalSectionSpinCount");
   if (RTN_Valid(rtnSetCriticalSectionSpinCount) && 
       RTN_IsSafeForProbedReplacement(rtnSetCriticalSectionSpinCount))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for SetCriticalSectionSpinCount at " << RTN_Address(rtnSetCriticalSectionSpinCount) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnSetCriticalSectionSpinCount, AFUNPTR(mySetCriticalSectionSpinCount)));
       fptrSetCriticalSectionSpinCount = (WIND::DWORD (WINAPI *)( WIND::LPCRITICAL_SECTION ,  WIND::DWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnWaitNamedPipeW = RTN_FindByName(img, "WaitNamedPipeW");
   if (RTN_Valid(rtnWaitNamedPipeW) && 
       RTN_IsSafeForProbedReplacement(rtnWaitNamedPipeW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for WaitNamedPipeW at " << RTN_Address(rtnWaitNamedPipeW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnWaitNamedPipeW, AFUNPTR(myWaitNamedPipeW)));
       fptrWaitNamedPipeW = (WIND::BOOL (WINAPI *)( WIND::LPCWSTR ,  WIND::DWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("ws2_32.dll") != string::npos) ||
       (IMG_Name(img).find("WS2_32.DLL") != string::npos) ||
       (IMG_Name(img).find("WS2_32.dll") != string::npos) ) 

   {

      
   RTN rtnsendto = RTN_FindByName(img, "sendto");
   if (RTN_Valid(rtnsendto) && 
       RTN_IsSafeForProbedReplacement(rtnsendto))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for sendto at " << RTN_Address(rtnsendto) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnsendto, AFUNPTR(mysendto)));
       fptrsendto = (int (WSAAPI *)( WIND::SOCKET ,  const char FAR * ,  int ,  int ,  const struct sockaddr FAR * ,  int ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnWaitNamedPipeA = RTN_FindByName(img, "WaitNamedPipeA");
   if (RTN_Valid(rtnWaitNamedPipeA) && 
       RTN_IsSafeForProbedReplacement(rtnWaitNamedPipeA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for WaitNamedPipeA at " << RTN_Address(rtnWaitNamedPipeA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnWaitNamedPipeA, AFUNPTR(myWaitNamedPipeA)));
       fptrWaitNamedPipeA = (WIND::BOOL (WINAPI *)( WIND::LPCSTR ,  WIND::DWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnResetEvent = RTN_FindByName(img, "ResetEvent");
   if (RTN_Valid(rtnResetEvent) && 
       RTN_IsSafeForProbedReplacement(rtnResetEvent))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for ResetEvent at " << RTN_Address(rtnResetEvent) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnResetEvent, AFUNPTR(myResetEvent)));
       fptrResetEvent = (WIND::BOOL (WINAPI *)( WIND::HANDLE ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnCreateTimerQueueTimer = RTN_FindByName(img, "CreateTimerQueueTimer");
   if (RTN_Valid(rtnCreateTimerQueueTimer) && 
       RTN_IsSafeForProbedReplacement(rtnCreateTimerQueueTimer))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for CreateTimerQueueTimer at " << RTN_Address(rtnCreateTimerQueueTimer) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnCreateTimerQueueTimer, AFUNPTR(myCreateTimerQueueTimer)));
       fptrCreateTimerQueueTimer = (WIND::BOOL (WINAPI *)( WIND::PHANDLE ,  WIND::HANDLE ,  WIND::WAITORTIMERCALLBACK ,  WIND::PVOID ,  WIND::DWORD ,  WIND::DWORD ,  WIND::ULONG ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnCreateWaitableTimerA = RTN_FindByName(img, "CreateWaitableTimerA");
   if (RTN_Valid(rtnCreateWaitableTimerA) && 
       RTN_IsSafeForProbedReplacement(rtnCreateWaitableTimerA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for CreateWaitableTimerA at " << RTN_Address(rtnCreateWaitableTimerA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnCreateWaitableTimerA, AFUNPTR(myCreateWaitableTimerA)));
       fptrCreateWaitableTimerA = (WIND::HANDLE (WINAPI *)( WIND::LPSECURITY_ATTRIBUTES ,  WIND::BOOL ,  WIND::LPCSTR ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnDuplicateHandle = RTN_FindByName(img, "DuplicateHandle");
   if (RTN_Valid(rtnDuplicateHandle) && 
       RTN_IsSafeForProbedReplacement(rtnDuplicateHandle))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for DuplicateHandle at " << RTN_Address(rtnDuplicateHandle) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnDuplicateHandle, AFUNPTR(myDuplicateHandle)));
       fptrDuplicateHandle = (WIND::BOOL (WINAPI *)( WIND::HANDLE ,  WIND::HANDLE ,  WIND::HANDLE ,  WIND::LPHANDLE ,  WIND::DWORD ,  WIND::BOOL ,  WIND::DWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("ws2_32.dll") != string::npos) ||
       (IMG_Name(img).find("WS2_32.DLL") != string::npos) ||
       (IMG_Name(img).find("WS2_32.dll") != string::npos) ) 

   {

      
   RTN rtnclosesocket = RTN_FindByName(img, "closesocket");
   if (RTN_Valid(rtnclosesocket) && 
       RTN_IsSafeForProbedReplacement(rtnclosesocket))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for closesocket at " << RTN_Address(rtnclosesocket) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnclosesocket, AFUNPTR(myclosesocket)));
       fptrclosesocket = (int (WSAAPI *)( WIND::SOCKET ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnGetProcAddress = RTN_FindByName(img, "GetProcAddress");
   if (RTN_Valid(rtnGetProcAddress) && 
       RTN_IsSafeForProbedReplacement(rtnGetProcAddress))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for GetProcAddress at " << RTN_Address(rtnGetProcAddress) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnGetProcAddress, AFUNPTR(myGetProcAddress)));
       fptrGetProcAddress = (WIND::FARPROC (WINAPI *)( WIND::HMODULE ,  WIND::LPCSTR ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("ws2_32.dll") != string::npos) ||
       (IMG_Name(img).find("WS2_32.DLL") != string::npos) ||
       (IMG_Name(img).find("WS2_32.dll") != string::npos) ) 

   {

      
   RTN rtnsocket = RTN_FindByName(img, "socket");
   if (RTN_Valid(rtnsocket) && 
       RTN_IsSafeForProbedReplacement(rtnsocket))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for socket at " << RTN_Address(rtnsocket) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnsocket, AFUNPTR(mysocket)));
       fptrsocket = (WIND::SOCKET (WSAAPI *)( int ,  int ,  int ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("ws2_32.dll") != string::npos) ||
       (IMG_Name(img).find("WS2_32.DLL") != string::npos) ||
       (IMG_Name(img).find("WS2_32.dll") != string::npos) ) 

   {

      
   RTN rtnWSASetEvent = RTN_FindByName(img, "WSASetEvent");
   if (RTN_Valid(rtnWSASetEvent) && 
       RTN_IsSafeForProbedReplacement(rtnWSASetEvent))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for WSASetEvent at " << RTN_Address(rtnWSASetEvent) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnWSASetEvent, AFUNPTR(myWSASetEvent)));
       fptrWSASetEvent = (WIND::BOOL (WSAAPI *)( WIND::WSAEVENT ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnCreateEventW = RTN_FindByName(img, "CreateEventW");
   if (RTN_Valid(rtnCreateEventW) && 
       RTN_IsSafeForProbedReplacement(rtnCreateEventW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for CreateEventW at " << RTN_Address(rtnCreateEventW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnCreateEventW, AFUNPTR(myCreateEventW)));
       fptrCreateEventW = (WIND::HANDLE (WINAPI *)( WIND::LPSECURITY_ATTRIBUTES ,  WIND::BOOL ,  WIND::BOOL ,  WIND::LPCWSTR ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnPostThreadMessageW = RTN_FindByName(img, "PostThreadMessageW");
   if (RTN_Valid(rtnPostThreadMessageW) && 
       RTN_IsSafeForProbedReplacement(rtnPostThreadMessageW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for PostThreadMessageW at " << RTN_Address(rtnPostThreadMessageW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnPostThreadMessageW, AFUNPTR(myPostThreadMessageW)));
       fptrPostThreadMessageW = (WIND::BOOL (WINAPI *)( WIND::DWORD ,  WIND::UINT ,  WIND::WPARAM ,  WIND::LPARAM ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("ws2_32.dll") != string::npos) ||
       (IMG_Name(img).find("WS2_32.DLL") != string::npos) ||
       (IMG_Name(img).find("WS2_32.dll") != string::npos) ) 

   {

      
   RTN rtnWSASendTo = RTN_FindByName(img, "WSASendTo");
   if (RTN_Valid(rtnWSASendTo) && 
       RTN_IsSafeForProbedReplacement(rtnWSASendTo))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for WSASendTo at " << RTN_Address(rtnWSASendTo) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnWSASendTo, AFUNPTR(myWSASendTo)));
       fptrWSASendTo = (int (WSAAPI *)( WIND::SOCKET ,  WIND::LPWSABUF ,  WIND::DWORD ,  WIND::LPDWORD ,  WIND::DWORD ,  const struct sockaddr FAR * ,  int ,  WIND::LPWSAOVERLAPPED ,  WIND::LPWSAOVERLAPPED_COMPLETION_ROUTINE ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnCreateFileW = RTN_FindByName(img, "CreateFileW");
   if (RTN_Valid(rtnCreateFileW) && 
       RTN_IsSafeForProbedReplacement(rtnCreateFileW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for CreateFileW at " << RTN_Address(rtnCreateFileW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnCreateFileW, AFUNPTR(myCreateFileW)));
       fptrCreateFileW = (WIND::HANDLE (WINAPI *)( WIND::LPCWSTR ,  WIND::DWORD ,  WIND::DWORD ,  WIND::LPSECURITY_ATTRIBUTES ,  WIND::DWORD ,  WIND::DWORD ,  WIND::HANDLE ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnCreateEventA = RTN_FindByName(img, "CreateEventA");
   if (RTN_Valid(rtnCreateEventA) && 
       RTN_IsSafeForProbedReplacement(rtnCreateEventA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for CreateEventA at " << RTN_Address(rtnCreateEventA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnCreateEventA, AFUNPTR(myCreateEventA)));
       fptrCreateEventA = (WIND::HANDLE (WINAPI *)( WIND::LPSECURITY_ATTRIBUTES ,  WIND::BOOL ,  WIND::BOOL ,  WIND::LPCSTR ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("rpcrt4.dll") != string::npos) ||
       (IMG_Name(img).find("RPCRT4.DLL") != string::npos) ||
       (IMG_Name(img).find("RPCRT4.dll") != string::npos) ) 

   {

      
   RTN rtnRpcServerListen = RTN_FindByName(img, "RpcServerListen");
   if (RTN_Valid(rtnRpcServerListen) && 
       RTN_IsSafeForProbedReplacement(rtnRpcServerListen))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for RpcServerListen at " << RTN_Address(rtnRpcServerListen) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnRpcServerListen, AFUNPTR(myRpcServerListen)));
       fptrRpcServerListen = (WIND::RPC_STATUS (WINAPI *)( unsigned int ,  unsigned int ,  unsigned int ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnCreateFileA = RTN_FindByName(img, "CreateFileA");
   if (RTN_Valid(rtnCreateFileA) && 
       RTN_IsSafeForProbedReplacement(rtnCreateFileA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for CreateFileA at " << RTN_Address(rtnCreateFileA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnCreateFileA, AFUNPTR(myCreateFileA)));
       fptrCreateFileA = (WIND::HANDLE (WINAPI *)( WIND::LPCSTR ,  WIND::DWORD ,  WIND::DWORD ,  WIND::LPSECURITY_ATTRIBUTES ,  WIND::DWORD ,  WIND::DWORD ,  WIND::HANDLE ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnDeleteTimerQueueEx = RTN_FindByName(img, "DeleteTimerQueueEx");
   if (RTN_Valid(rtnDeleteTimerQueueEx) && 
       RTN_IsSafeForProbedReplacement(rtnDeleteTimerQueueEx))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for DeleteTimerQueueEx at " << RTN_Address(rtnDeleteTimerQueueEx) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnDeleteTimerQueueEx, AFUNPTR(myDeleteTimerQueueEx)));
       fptrDeleteTimerQueueEx = (WIND::BOOL (WINAPI *)( WIND::HANDLE ,  WIND::HANDLE ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnSendMessageTimeoutW = RTN_FindByName(img, "SendMessageTimeoutW");
   if (RTN_Valid(rtnSendMessageTimeoutW) && 
       RTN_IsSafeForProbedReplacement(rtnSendMessageTimeoutW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for SendMessageTimeoutW at " << RTN_Address(rtnSendMessageTimeoutW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnSendMessageTimeoutW, AFUNPTR(mySendMessageTimeoutW)));
       fptrSendMessageTimeoutW = (WIND::LRESULT (WINAPI *)( WIND::HWND ,  WIND::UINT ,  WIND::WPARAM ,  WIND::LPARAM ,  WIND::UINT ,  WIND::UINT ,  WIND::PDWORD_PTR ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnPostThreadMessageA = RTN_FindByName(img, "PostThreadMessageA");
   if (RTN_Valid(rtnPostThreadMessageA) && 
       RTN_IsSafeForProbedReplacement(rtnPostThreadMessageA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for PostThreadMessageA at " << RTN_Address(rtnPostThreadMessageA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnPostThreadMessageA, AFUNPTR(myPostThreadMessageA)));
       fptrPostThreadMessageA = (WIND::BOOL (WINAPI *)( WIND::DWORD ,  WIND::UINT ,  WIND::WPARAM ,  WIND::LPARAM ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("ws2_32.dll") != string::npos) ||
       (IMG_Name(img).find("WS2_32.DLL") != string::npos) ||
       (IMG_Name(img).find("WS2_32.dll") != string::npos) ) 

   {

      
   RTN rtnWSASocketW = RTN_FindByName(img, "WSASocketW");
   if (RTN_Valid(rtnWSASocketW) && 
       RTN_IsSafeForProbedReplacement(rtnWSASocketW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for WSASocketW at " << RTN_Address(rtnWSASocketW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnWSASocketW, AFUNPTR(myWSASocketW)));
       fptrWSASocketW = (WIND::SOCKET (WSAAPI *)( int ,  int ,  int ,  WIND::LPWSAPROTOCOL_INFOW ,  WIND::GROUP ,  WIND::DWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("ws2_32.dll") != string::npos) ||
       (IMG_Name(img).find("WS2_32.DLL") != string::npos) ||
       (IMG_Name(img).find("WS2_32.dll") != string::npos) ) 

   {

      
   RTN rtnWSAGetOverlappedResult = RTN_FindByName(img, "WSAGetOverlappedResult");
   if (RTN_Valid(rtnWSAGetOverlappedResult) && 
       RTN_IsSafeForProbedReplacement(rtnWSAGetOverlappedResult))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for WSAGetOverlappedResult at " << RTN_Address(rtnWSAGetOverlappedResult) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnWSAGetOverlappedResult, AFUNPTR(myWSAGetOverlappedResult)));
       fptrWSAGetOverlappedResult = (WIND::BOOL (WSAAPI *)( WIND::SOCKET ,  WIND::LPWSAOVERLAPPED ,  WIND::LPDWORD ,  WIND::BOOL ,  WIND::LPDWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("ws2_32.dll") != string::npos) ||
       (IMG_Name(img).find("WS2_32.DLL") != string::npos) ||
       (IMG_Name(img).find("WS2_32.dll") != string::npos) ) 

   {

      
   RTN rtnWSAConnect = RTN_FindByName(img, "WSAConnect");
   if (RTN_Valid(rtnWSAConnect) && 
       RTN_IsSafeForProbedReplacement(rtnWSAConnect))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for WSAConnect at " << RTN_Address(rtnWSAConnect) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnWSAConnect, AFUNPTR(myWSAConnect)));
       fptrWSAConnect = (int (WSAAPI *)( WIND::SOCKET ,  const struct sockaddr FAR * ,  int ,  WIND::LPWSABUF ,  WIND::LPWSABUF ,  WIND::LPQOS ,  WIND::LPQOS ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnFindFirstChangeNotificationA = RTN_FindByName(img, "FindFirstChangeNotificationA");
   if (RTN_Valid(rtnFindFirstChangeNotificationA) && 
       RTN_IsSafeForProbedReplacement(rtnFindFirstChangeNotificationA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for FindFirstChangeNotificationA at " << RTN_Address(rtnFindFirstChangeNotificationA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnFindFirstChangeNotificationA, AFUNPTR(myFindFirstChangeNotificationA)));
       fptrFindFirstChangeNotificationA = (WIND::HANDLE (WINAPI *)( WIND::LPCSTR ,  WIND::BOOL ,  WIND::DWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnCreateNamedPipeW = RTN_FindByName(img, "CreateNamedPipeW");
   if (RTN_Valid(rtnCreateNamedPipeW) && 
       RTN_IsSafeForProbedReplacement(rtnCreateNamedPipeW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for CreateNamedPipeW at " << RTN_Address(rtnCreateNamedPipeW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnCreateNamedPipeW, AFUNPTR(myCreateNamedPipeW)));
       fptrCreateNamedPipeW = (WIND::HANDLE (WINAPI *)( WIND::LPCWSTR ,  WIND::DWORD ,  WIND::DWORD ,  WIND::DWORD ,  WIND::DWORD ,  WIND::DWORD ,  WIND::DWORD ,  WIND::LPSECURITY_ATTRIBUTES ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("ws2_32.dll") != string::npos) ||
       (IMG_Name(img).find("WS2_32.DLL") != string::npos) ||
       (IMG_Name(img).find("WS2_32.dll") != string::npos) ) 

   {

      
   RTN rtnaccept = RTN_FindByName(img, "accept");
   if (RTN_Valid(rtnaccept) && 
       RTN_IsSafeForProbedReplacement(rtnaccept))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for accept at " << RTN_Address(rtnaccept) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnaccept, AFUNPTR(myaccept)));
       fptraccept = (WIND::SOCKET (WSAAPI *)( WIND::SOCKET ,  struct sockaddr FAR * ,   int FAR * ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnOpenSemaphoreA = RTN_FindByName(img, "OpenSemaphoreA");
   if (RTN_Valid(rtnOpenSemaphoreA) && 
       RTN_IsSafeForProbedReplacement(rtnOpenSemaphoreA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for OpenSemaphoreA at " << RTN_Address(rtnOpenSemaphoreA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnOpenSemaphoreA, AFUNPTR(myOpenSemaphoreA)));
       fptrOpenSemaphoreA = (WIND::HANDLE (WINAPI *)( WIND::DWORD ,  WIND::BOOL ,  WIND::LPCSTR ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnUnregisterWaitEx = RTN_FindByName(img, "UnregisterWaitEx");
   if (RTN_Valid(rtnUnregisterWaitEx) && 
       RTN_IsSafeForProbedReplacement(rtnUnregisterWaitEx))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for UnregisterWaitEx at " << RTN_Address(rtnUnregisterWaitEx) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnUnregisterWaitEx, AFUNPTR(myUnregisterWaitEx)));
       fptrUnregisterWaitEx = (WIND::BOOL (WINAPI *)( WIND::HANDLE ,  WIND::HANDLE ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("rpcrt4.dll") != string::npos) ||
       (IMG_Name(img).find("RPCRT4.DLL") != string::npos) ||
       (IMG_Name(img).find("RPCRT4.dll") != string::npos) ) 

   {

      
   RTN rtnRpcMgmtIsServerListening = RTN_FindByName(img, "RpcMgmtIsServerListening");
   if (RTN_Valid(rtnRpcMgmtIsServerListening) && 
       RTN_IsSafeForProbedReplacement(rtnRpcMgmtIsServerListening))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for RpcMgmtIsServerListening at " << RTN_Address(rtnRpcMgmtIsServerListening) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnRpcMgmtIsServerListening, AFUNPTR(myRpcMgmtIsServerListening)));
       fptrRpcMgmtIsServerListening = (WIND::RPC_STATUS (WINAPI *)( WIND::RPC_BINDING_HANDLE ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnWaitForSingleObjectEx = RTN_FindByName(img, "WaitForSingleObjectEx");
   if (RTN_Valid(rtnWaitForSingleObjectEx) && 
       RTN_IsSafeForProbedReplacement(rtnWaitForSingleObjectEx))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for WaitForSingleObjectEx at " << RTN_Address(rtnWaitForSingleObjectEx) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnWaitForSingleObjectEx, AFUNPTR(myWaitForSingleObjectEx)));
       fptrWaitForSingleObjectEx = (WIND::DWORD (WINAPI *)( WIND::HANDLE ,  WIND::DWORD ,  WIND::BOOL ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnCreateNamedPipeA = RTN_FindByName(img, "CreateNamedPipeA");
   if (RTN_Valid(rtnCreateNamedPipeA) && 
       RTN_IsSafeForProbedReplacement(rtnCreateNamedPipeA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for CreateNamedPipeA at " << RTN_Address(rtnCreateNamedPipeA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnCreateNamedPipeA, AFUNPTR(myCreateNamedPipeA)));
       fptrCreateNamedPipeA = (WIND::HANDLE (WINAPI *)( WIND::LPCSTR ,  WIND::DWORD ,  WIND::DWORD ,  WIND::DWORD ,  WIND::DWORD ,  WIND::DWORD ,  WIND::DWORD ,  WIND::LPSECURITY_ATTRIBUTES ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnFindFirstChangeNotificationW = RTN_FindByName(img, "FindFirstChangeNotificationW");
   if (RTN_Valid(rtnFindFirstChangeNotificationW) && 
       RTN_IsSafeForProbedReplacement(rtnFindFirstChangeNotificationW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for FindFirstChangeNotificationW at " << RTN_Address(rtnFindFirstChangeNotificationW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnFindFirstChangeNotificationW, AFUNPTR(myFindFirstChangeNotificationW)));
       fptrFindFirstChangeNotificationW = (WIND::HANDLE (WINAPI *)( WIND::LPCWSTR ,  WIND::BOOL ,  WIND::DWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnMessageBoxExA = RTN_FindByName(img, "MessageBoxExA");
   if (RTN_Valid(rtnMessageBoxExA) && 
       RTN_IsSafeForProbedReplacement(rtnMessageBoxExA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for MessageBoxExA at " << RTN_Address(rtnMessageBoxExA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnMessageBoxExA, AFUNPTR(myMessageBoxExA)));
       fptrMessageBoxExA = (int (WINAPI *)( WIND::HWND ,  WIND::LPCSTR ,  WIND::LPCSTR ,  WIND::UINT ,  WIND::WORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnGetQueuedCompletionStatus = RTN_FindByName(img, "GetQueuedCompletionStatus");
   if (RTN_Valid(rtnGetQueuedCompletionStatus) && 
       RTN_IsSafeForProbedReplacement(rtnGetQueuedCompletionStatus))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for GetQueuedCompletionStatus at " << RTN_Address(rtnGetQueuedCompletionStatus) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnGetQueuedCompletionStatus, AFUNPTR(myGetQueuedCompletionStatus)));
       fptrGetQueuedCompletionStatus = (WIND::BOOL (WINAPI *)( WIND::HANDLE ,  WIND::LPDWORD ,  WIND::PULONG_PTR ,  WIND::LPOVERLAPPED ,  WIND::DWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnCancelWaitableTimer = RTN_FindByName(img, "CancelWaitableTimer");
   if (RTN_Valid(rtnCancelWaitableTimer) && 
       RTN_IsSafeForProbedReplacement(rtnCancelWaitableTimer))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for CancelWaitableTimer at " << RTN_Address(rtnCancelWaitableTimer) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnCancelWaitableTimer, AFUNPTR(myCancelWaitableTimer)));
       fptrCancelWaitableTimer = (WIND::BOOL (WINAPI *)( WIND::HANDLE ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnMessageBoxW = RTN_FindByName(img, "MessageBoxW");
   if (RTN_Valid(rtnMessageBoxW) && 
       RTN_IsSafeForProbedReplacement(rtnMessageBoxW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for MessageBoxW at " << RTN_Address(rtnMessageBoxW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnMessageBoxW, AFUNPTR(myMessageBoxW)));
       fptrMessageBoxW = (int (WINAPI *)( WIND::HWND ,  WIND::LPCWSTR ,  WIND::LPCWSTR ,  WIND::UINT ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("ws2_32.dll") != string::npos) ||
       (IMG_Name(img).find("WS2_32.DLL") != string::npos) ||
       (IMG_Name(img).find("WS2_32.dll") != string::npos) ) 

   {

      
   RTN rtnWSAAccept = RTN_FindByName(img, "WSAAccept");
   if (RTN_Valid(rtnWSAAccept) && 
       RTN_IsSafeForProbedReplacement(rtnWSAAccept))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for WSAAccept at " << RTN_Address(rtnWSAAccept) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnWSAAccept, AFUNPTR(myWSAAccept)));
       fptrWSAAccept = (WIND::SOCKET (WSAAPI *)( WIND::SOCKET ,  struct sockaddr FAR * ,   WIND::LPINT ,  WIND::LPCONDITIONPROC ,  WIND::DWORD_PTR ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnUnregisterWait = RTN_FindByName(img, "UnregisterWait");
   if (RTN_Valid(rtnUnregisterWait) && 
       RTN_IsSafeForProbedReplacement(rtnUnregisterWait))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for UnregisterWait at " << RTN_Address(rtnUnregisterWait) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnUnregisterWait, AFUNPTR(myUnregisterWait)));
       fptrUnregisterWait = (WIND::BOOL (WINAPI *)( WIND::HANDLE ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("ws2_32.dll") != string::npos) ||
       (IMG_Name(img).find("WS2_32.DLL") != string::npos) ||
       (IMG_Name(img).find("WS2_32.dll") != string::npos) ) 

   {

      
   RTN rtnWSACloseEvent = RTN_FindByName(img, "WSACloseEvent");
   if (RTN_Valid(rtnWSACloseEvent) && 
       RTN_IsSafeForProbedReplacement(rtnWSACloseEvent))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for WSACloseEvent at " << RTN_Address(rtnWSACloseEvent) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnWSACloseEvent, AFUNPTR(myWSACloseEvent)));
       fptrWSACloseEvent = (WIND::BOOL (WSAAPI *)( WIND::WSAEVENT ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnCreateIoCompletionPort = RTN_FindByName(img, "CreateIoCompletionPort");
   if (RTN_Valid(rtnCreateIoCompletionPort) && 
       RTN_IsSafeForProbedReplacement(rtnCreateIoCompletionPort))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for CreateIoCompletionPort at " << RTN_Address(rtnCreateIoCompletionPort) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnCreateIoCompletionPort, AFUNPTR(myCreateIoCompletionPort)));
       fptrCreateIoCompletionPort = (WIND::HANDLE (WINAPI *)( WIND::HANDLE ,  WIND::HANDLE ,  WIND::ULONG_PTR ,  WIND::DWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnDialogBoxParamW = RTN_FindByName(img, "DialogBoxParamW");
   if (RTN_Valid(rtnDialogBoxParamW) && 
       RTN_IsSafeForProbedReplacement(rtnDialogBoxParamW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for DialogBoxParamW at " << RTN_Address(rtnDialogBoxParamW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnDialogBoxParamW, AFUNPTR(myDialogBoxParamW)));
       fptrDialogBoxParamW = (WIND::INT_PTR (WINAPI *)( WIND::HINSTANCE ,  WIND::LPCWSTR ,  WIND::HWND ,  WIND::DLGPROC ,  WIND::LPARAM ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnMessageBoxA = RTN_FindByName(img, "MessageBoxA");
   if (RTN_Valid(rtnMessageBoxA) && 
       RTN_IsSafeForProbedReplacement(rtnMessageBoxA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for MessageBoxA at " << RTN_Address(rtnMessageBoxA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnMessageBoxA, AFUNPTR(myMessageBoxA)));
       fptrMessageBoxA = (int (WINAPI *)( WIND::HWND ,  WIND::LPCSTR ,  WIND::LPCSTR ,  WIND::UINT ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnMessageBoxExW = RTN_FindByName(img, "MessageBoxExW");
   if (RTN_Valid(rtnMessageBoxExW) && 
       RTN_IsSafeForProbedReplacement(rtnMessageBoxExW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for MessageBoxExW at " << RTN_Address(rtnMessageBoxExW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnMessageBoxExW, AFUNPTR(myMessageBoxExW)));
       fptrMessageBoxExW = (int (WINAPI *)( WIND::HWND ,  WIND::LPCWSTR ,  WIND::LPCWSTR ,  WIND::UINT ,  WIND::WORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnDialogBoxParamA = RTN_FindByName(img, "DialogBoxParamA");
   if (RTN_Valid(rtnDialogBoxParamA) && 
       RTN_IsSafeForProbedReplacement(rtnDialogBoxParamA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for DialogBoxParamA at " << RTN_Address(rtnDialogBoxParamA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnDialogBoxParamA, AFUNPTR(myDialogBoxParamA)));
       fptrDialogBoxParamA = (WIND::INT_PTR (WINAPI *)( WIND::HINSTANCE ,  WIND::LPCSTR ,  WIND::HWND ,  WIND::DLGPROC ,  WIND::LPARAM ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnSleep = RTN_FindByName(img, "Sleep");
   if (RTN_Valid(rtnSleep) && 
       RTN_IsSafeForProbedReplacement(rtnSleep))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for Sleep at " << RTN_Address(rtnSleep) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnSleep, AFUNPTR(mySleep)));
       fptrSleep = (VOID (WINAPI *)( WIND::DWORD ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("rpcns4.dll") != string::npos) ||
       (IMG_Name(img).find("RPCNS4.DLL") != string::npos) ||
       (IMG_Name(img).find("RPCNS4.dll") != string::npos) ) 

   {

      
   RTN rtnRpcNsBindingLookupDone = RTN_FindByName(img, "RpcNsBindingLookupDone");
   if (RTN_Valid(rtnRpcNsBindingLookupDone) && 
       RTN_IsSafeForProbedReplacement(rtnRpcNsBindingLookupDone))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for RpcNsBindingLookupDone at " << RTN_Address(rtnRpcNsBindingLookupDone) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnRpcNsBindingLookupDone, AFUNPTR(myRpcNsBindingLookupDone)));
       fptrRpcNsBindingLookupDone = (WIND::RPC_STATUS (WINAPI *)(  WIND::RPC_NS_HANDLE __RPC_FAR * ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnOpenMutexA = RTN_FindByName(img, "OpenMutexA");
   if (RTN_Valid(rtnOpenMutexA) && 
       RTN_IsSafeForProbedReplacement(rtnOpenMutexA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for OpenMutexA at " << RTN_Address(rtnOpenMutexA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnOpenMutexA, AFUNPTR(myOpenMutexA)));
       fptrOpenMutexA = (WIND::HANDLE (WINAPI *)( WIND::DWORD ,  WIND::BOOL ,  WIND::LPCSTR ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnSuspendThread = RTN_FindByName(img, "SuspendThread");
   if (RTN_Valid(rtnSuspendThread) && 
       RTN_IsSafeForProbedReplacement(rtnSuspendThread))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for SuspendThread at " << RTN_Address(rtnSuspendThread) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnSuspendThread, AFUNPTR(mySuspendThread)));
       fptrSuspendThread = (WIND::DWORD (WINAPI *)( WIND::HANDLE ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnRaiseException = RTN_FindByName(img, "RaiseException");
   if (RTN_Valid(rtnRaiseException) && 
       RTN_IsSafeForProbedReplacement(rtnRaiseException))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for RaiseException at " << RTN_Address(rtnRaiseException) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnRaiseException, AFUNPTR(myRaiseException)));
       fptrRaiseException = (VOID (WINAPI *)( WIND::DWORD ,  WIND::DWORD ,  WIND::DWORD , __in_ecount_opt(nNumberOfArguments) CONST WIND::ULONG_PTR * ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("rpcns4.dll") != string::npos) ||
       (IMG_Name(img).find("RPCNS4.DLL") != string::npos) ||
       (IMG_Name(img).find("RPCNS4.dll") != string::npos) ) 

   {

      
   RTN rtnRpcNsBindingImportBeginW = RTN_FindByName(img, "RpcNsBindingImportBeginW");
   if (RTN_Valid(rtnRpcNsBindingImportBeginW) && 
       RTN_IsSafeForProbedReplacement(rtnRpcNsBindingImportBeginW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for RpcNsBindingImportBeginW at " << RTN_Address(rtnRpcNsBindingImportBeginW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnRpcNsBindingImportBeginW, AFUNPTR(myRpcNsBindingImportBeginW)));
       fptrRpcNsBindingImportBeginW = (WIND::RPC_STATUS (WINAPI *)( unsigned long ,  WIND::RPC_WSTR ,  WIND::RPC_IF_HANDLE ,  WIND::UUID __RPC_FAR * ,  WIND::RPC_NS_HANDLE __RPC_FAR * ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnReleaseSemaphore = RTN_FindByName(img, "ReleaseSemaphore");
   if (RTN_Valid(rtnReleaseSemaphore) && 
       RTN_IsSafeForProbedReplacement(rtnReleaseSemaphore))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for ReleaseSemaphore at " << RTN_Address(rtnReleaseSemaphore) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnReleaseSemaphore, AFUNPTR(myReleaseSemaphore)));
       fptrReleaseSemaphore = (WIND::BOOL (WINAPI *)( WIND::HANDLE ,  WIND::LONG ,  WIND::LPLONG ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnOpenFile = RTN_FindByName(img, "OpenFile");
   if (RTN_Valid(rtnOpenFile) && 
       RTN_IsSafeForProbedReplacement(rtnOpenFile))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for OpenFile at " << RTN_Address(rtnOpenFile) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnOpenFile, AFUNPTR(myOpenFile)));
       fptrOpenFile = (WIND::HFILE (WINAPI *)( WIND::LPCSTR ,  WIND::LPOFSTRUCT ,  WIND::UINT ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnReadFile = RTN_FindByName(img, "ReadFile");
   if (RTN_Valid(rtnReadFile) && 
       RTN_IsSafeForProbedReplacement(rtnReadFile))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for ReadFile at " << RTN_Address(rtnReadFile) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnReadFile, AFUNPTR(myReadFile)));
       fptrReadFile = (WIND::BOOL (WINAPI *)( WIND::HANDLE , __out_bcount_part(nNumberOfBytesToRead, *lpNumberOfBytesRead) WIND::LPVOID ,  WIND::DWORD ,  WIND::LPDWORD ,  WIND::LPOVERLAPPED ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnWriteFileEx = RTN_FindByName(img, "WriteFileEx");
   if (RTN_Valid(rtnWriteFileEx) && 
       RTN_IsSafeForProbedReplacement(rtnWriteFileEx))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for WriteFileEx at " << RTN_Address(rtnWriteFileEx) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnWriteFileEx, AFUNPTR(myWriteFileEx)));
       fptrWriteFileEx = (WIND::BOOL (WINAPI *)( WIND::HANDLE , __in_bcount(nNumberOfBytesToWrite) WIND::LPCVOID ,  WIND::DWORD ,  WIND::LPOVERLAPPED ,  WIND::LPOVERLAPPED_COMPLETION_ROUTINE ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("rpcns4.dll") != string::npos) ||
       (IMG_Name(img).find("RPCNS4.DLL") != string::npos) ||
       (IMG_Name(img).find("RPCNS4.dll") != string::npos) ) 

   {

      
   RTN rtnRpcNsBindingImportBeginA = RTN_FindByName(img, "RpcNsBindingImportBeginA");
   if (RTN_Valid(rtnRpcNsBindingImportBeginA) && 
       RTN_IsSafeForProbedReplacement(rtnRpcNsBindingImportBeginA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for RpcNsBindingImportBeginA at " << RTN_Address(rtnRpcNsBindingImportBeginA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnRpcNsBindingImportBeginA, AFUNPTR(myRpcNsBindingImportBeginA)));
       fptrRpcNsBindingImportBeginA = (WIND::RPC_STATUS (WINAPI *)( unsigned long ,  WIND::RPC_CSTR ,  WIND::RPC_IF_HANDLE ,  WIND::UUID __RPC_FAR * ,  WIND::RPC_NS_HANDLE __RPC_FAR * ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnPulseEvent = RTN_FindByName(img, "PulseEvent");
   if (RTN_Valid(rtnPulseEvent) && 
       RTN_IsSafeForProbedReplacement(rtnPulseEvent))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for PulseEvent at " << RTN_Address(rtnPulseEvent) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnPulseEvent, AFUNPTR(myPulseEvent)));
       fptrPulseEvent = (WIND::BOOL (WINAPI *)( WIND::HANDLE ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("rpcrt4.dll") != string::npos) ||
       (IMG_Name(img).find("RPCRT4.DLL") != string::npos) ||
       (IMG_Name(img).find("RPCRT4.dll") != string::npos) ) 

   {

      
   RTN rtnRpcCancelThread = RTN_FindByName(img, "RpcCancelThread");
   if (RTN_Valid(rtnRpcCancelThread) && 
       RTN_IsSafeForProbedReplacement(rtnRpcCancelThread))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for RpcCancelThread at " << RTN_Address(rtnRpcCancelThread) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnRpcCancelThread, AFUNPTR(myRpcCancelThread)));
       fptrRpcCancelThread = (WIND::RPC_STATUS (WINAPI *)( void * ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnCloseHandle = RTN_FindByName(img, "CloseHandle");
   if (RTN_Valid(rtnCloseHandle) && 
       RTN_IsSafeForProbedReplacement(rtnCloseHandle))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for CloseHandle at " << RTN_Address(rtnCloseHandle) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnCloseHandle, AFUNPTR(myCloseHandle)));
       fptrCloseHandle = (WIND::BOOL (WINAPI *)( WIND::HANDLE ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnOpenMutexW = RTN_FindByName(img, "OpenMutexW");
   if (RTN_Valid(rtnOpenMutexW) && 
       RTN_IsSafeForProbedReplacement(rtnOpenMutexW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for OpenMutexW at " << RTN_Address(rtnOpenMutexW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnOpenMutexW, AFUNPTR(myOpenMutexW)));
       fptrOpenMutexW = (WIND::HANDLE (WINAPI *)( WIND::DWORD ,  WIND::BOOL ,  WIND::LPCWSTR ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnPostMessageW = RTN_FindByName(img, "PostMessageW");
   if (RTN_Valid(rtnPostMessageW) && 
       RTN_IsSafeForProbedReplacement(rtnPostMessageW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for PostMessageW at " << RTN_Address(rtnPostMessageW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnPostMessageW, AFUNPTR(myPostMessageW)));
       fptrPostMessageW = (WIND::BOOL (WINAPI *)( WIND::HWND ,  WIND::UINT ,  WIND::WPARAM ,  WIND::LPARAM ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("rpcrt4.dll") != string::npos) ||
       (IMG_Name(img).find("RPCRT4.DLL") != string::npos) ||
       (IMG_Name(img).find("RPCRT4.dll") != string::npos) ) 

   {

      
   RTN rtnRpcEpResolveBinding = RTN_FindByName(img, "RpcEpResolveBinding");
   if (RTN_Valid(rtnRpcEpResolveBinding) && 
       RTN_IsSafeForProbedReplacement(rtnRpcEpResolveBinding))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for RpcEpResolveBinding at " << RTN_Address(rtnRpcEpResolveBinding) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnRpcEpResolveBinding, AFUNPTR(myRpcEpResolveBinding)));
       fptrRpcEpResolveBinding = (WIND::RPC_STATUS (WINAPI *)( WIND::RPC_BINDING_HANDLE ,  WIND::RPC_IF_HANDLE ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnBindIoCompletionCallback = RTN_FindByName(img, "BindIoCompletionCallback");
   if (RTN_Valid(rtnBindIoCompletionCallback) && 
       RTN_IsSafeForProbedReplacement(rtnBindIoCompletionCallback))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for BindIoCompletionCallback at " << RTN_Address(rtnBindIoCompletionCallback) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnBindIoCompletionCallback, AFUNPTR(myBindIoCompletionCallback)));
       fptrBindIoCompletionCallback = (WIND::BOOL (WINAPI *)( WIND::HANDLE ,  WIND::LPOVERLAPPED_COMPLETION_ROUTINE ,  WIND::ULONG ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnPeekMessageW = RTN_FindByName(img, "PeekMessageW");
   if (RTN_Valid(rtnPeekMessageW) && 
       RTN_IsSafeForProbedReplacement(rtnPeekMessageW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for PeekMessageW at " << RTN_Address(rtnPeekMessageW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnPeekMessageW, AFUNPTR(myPeekMessageW)));
       fptrPeekMessageW = (WIND::BOOL (WINAPI *)( WIND::LPMSG ,  WIND::HWND ,  WIND::UINT ,  WIND::UINT ,  WIND::UINT ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnSendMessageTimeoutA = RTN_FindByName(img, "SendMessageTimeoutA");
   if (RTN_Valid(rtnSendMessageTimeoutA) && 
       RTN_IsSafeForProbedReplacement(rtnSendMessageTimeoutA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for SendMessageTimeoutA at " << RTN_Address(rtnSendMessageTimeoutA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnSendMessageTimeoutA, AFUNPTR(mySendMessageTimeoutA)));
       fptrSendMessageTimeoutA = (WIND::LRESULT (WINAPI *)( WIND::HWND ,  WIND::UINT ,  WIND::WPARAM ,  WIND::LPARAM ,  WIND::UINT ,  WIND::UINT ,  WIND::PDWORD_PTR ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnOpenEventA = RTN_FindByName(img, "OpenEventA");
   if (RTN_Valid(rtnOpenEventA) && 
       RTN_IsSafeForProbedReplacement(rtnOpenEventA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for OpenEventA at " << RTN_Address(rtnOpenEventA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnOpenEventA, AFUNPTR(myOpenEventA)));
       fptrOpenEventA = (WIND::HANDLE (WINAPI *)( WIND::DWORD ,  WIND::BOOL ,  WIND::LPCSTR ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnCreateProcessA = RTN_FindByName(img, "CreateProcessA");
   if (RTN_Valid(rtnCreateProcessA) && 
       RTN_IsSafeForProbedReplacement(rtnCreateProcessA))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for CreateProcessA at " << RTN_Address(rtnCreateProcessA) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnCreateProcessA, AFUNPTR(myCreateProcessA)));
       fptrCreateProcessA = (WIND::BOOL (WINAPI *)( WIND::LPCSTR ,  WIND::LPSTR ,  WIND::LPSECURITY_ATTRIBUTES ,  WIND::LPSECURITY_ATTRIBUTES ,  WIND::BOOL ,  WIND::DWORD ,  WIND::LPVOID ,  WIND::LPCSTR ,  WIND::LPSTARTUPINFOA ,  WIND::LPPROCESS_INFORMATION ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnOpenEventW = RTN_FindByName(img, "OpenEventW");
   if (RTN_Valid(rtnOpenEventW) && 
       RTN_IsSafeForProbedReplacement(rtnOpenEventW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for OpenEventW at " << RTN_Address(rtnOpenEventW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnOpenEventW, AFUNPTR(myOpenEventW)));
       fptrOpenEventW = (WIND::HANDLE (WINAPI *)( WIND::DWORD ,  WIND::BOOL ,  WIND::LPCWSTR ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnPostQueuedCompletionStatus = RTN_FindByName(img, "PostQueuedCompletionStatus");
   if (RTN_Valid(rtnPostQueuedCompletionStatus) && 
       RTN_IsSafeForProbedReplacement(rtnPostQueuedCompletionStatus))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for PostQueuedCompletionStatus at " << RTN_Address(rtnPostQueuedCompletionStatus) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnPostQueuedCompletionStatus, AFUNPTR(myPostQueuedCompletionStatus)));
       fptrPostQueuedCompletionStatus = (WIND::BOOL (WINAPI *)( WIND::HANDLE ,  WIND::DWORD ,  WIND::ULONG_PTR ,  WIND::LPOVERLAPPED ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnCreateProcessW = RTN_FindByName(img, "CreateProcessW");
   if (RTN_Valid(rtnCreateProcessW) && 
       RTN_IsSafeForProbedReplacement(rtnCreateProcessW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for CreateProcessW at " << RTN_Address(rtnCreateProcessW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnCreateProcessW, AFUNPTR(myCreateProcessW)));
       fptrCreateProcessW = (WIND::BOOL (WINAPI *)( WIND::LPCWSTR ,  WIND::LPWSTR ,  WIND::LPSECURITY_ATTRIBUTES ,  WIND::LPSECURITY_ATTRIBUTES ,  WIND::BOOL ,  WIND::DWORD ,  WIND::LPVOID ,  WIND::LPCWSTR ,  WIND::LPSTARTUPINFOW ,  WIND::LPPROCESS_INFORMATION ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnTransactNamedPipe = RTN_FindByName(img, "TransactNamedPipe");
   if (RTN_Valid(rtnTransactNamedPipe) && 
       RTN_IsSafeForProbedReplacement(rtnTransactNamedPipe))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for TransactNamedPipe at " << RTN_Address(rtnTransactNamedPipe) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnTransactNamedPipe, AFUNPTR(myTransactNamedPipe)));
       fptrTransactNamedPipe = (WIND::BOOL (WINAPI *)( WIND::HANDLE , __in_bcount_opt(nInBufferSize) WIND::LPVOID ,  WIND::DWORD , __out_bcount_part_opt(nOutBufferSize, *lpBytesRead) WIND::LPVOID ,  WIND::DWORD ,  WIND::LPDWORD ,  WIND::LPOVERLAPPED ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnReadFileEx = RTN_FindByName(img, "ReadFileEx");
   if (RTN_Valid(rtnReadFileEx) && 
       RTN_IsSafeForProbedReplacement(rtnReadFileEx))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for ReadFileEx at " << RTN_Address(rtnReadFileEx) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnReadFileEx, AFUNPTR(myReadFileEx)));
       fptrReadFileEx = (WIND::BOOL (WINAPI *)( WIND::HANDLE , __out_bcount(nNumberOfBytesToRead) WIND::LPVOID ,  WIND::DWORD ,  WIND::LPOVERLAPPED ,  WIND::LPOVERLAPPED_COMPLETION_ROUTINE ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("kernel32.dll") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.DLL") != string::npos) ||
       (IMG_Name(img).find("KERNEL32.dll") != string::npos) ) 

   {

      
   RTN rtnOpenSemaphoreW = RTN_FindByName(img, "OpenSemaphoreW");
   if (RTN_Valid(rtnOpenSemaphoreW) && 
       RTN_IsSafeForProbedReplacement(rtnOpenSemaphoreW))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for OpenSemaphoreW at " << RTN_Address(rtnOpenSemaphoreW) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnOpenSemaphoreW, AFUNPTR(myOpenSemaphoreW)));
       fptrOpenSemaphoreW = (WIND::HANDLE (WINAPI *)( WIND::DWORD ,  WIND::BOOL ,  WIND::LPCWSTR ))fptr;
   }
   
   

   }

   if ( (IMG_Name(img).find("user32.dll") != string::npos) ||
       (IMG_Name(img).find("USER32.DLL") != string::npos) ||
       (IMG_Name(img).find("USER32.dll") != string::npos) ) 

   {

      
   RTN rtnReplyMessage = RTN_FindByName(img, "ReplyMessage");
   if (RTN_Valid(rtnReplyMessage) && 
       RTN_IsSafeForProbedReplacement(rtnReplyMessage))
   {
       OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for ReplyMessage at " << RTN_Address(rtnReplyMessage) << endl;
       OutFile.flush();
       AFUNPTR fptr = (RTN_ReplaceProbed(rtnReplyMessage, AFUNPTR(myReplyMessage)));
       fptrReplyMessage = (WIND::BOOL (WINAPI *)( WIND::LRESULT ))fptr;
   }
   
   

   }
   
   {
    
   const string sFuncName("DoLoop");
    
   for (SYM sym = IMG_RegsymHead(img); SYM_Valid(sym); sym = SYM_Next(sym))
   {
       string undFuncName = PIN_UndecorateSymbolName(SYM_Name(sym), UNDECORATION_NAME_ONLY);
       if (undFuncName == sFuncName)
       {
           RTN rtnDoLoop = RTN_FindByAddress(IMG_LowAddress(img) + SYM_Value(sym));
           if (RTN_Valid(rtnDoLoop) && RTN_IsSafeForProbedReplacement(rtnDoLoop))
           {
               OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "Inserting probe for DoLoop at " << RTN_Address(rtnDoLoop) << endl;
               OutFile.flush();
               //eventhough this is not an error - print to cerr (in order to see it on the screen)
               cerr << "Inserting a probe in DoLoop() in " << IMG_Name(img) << endl;
               RTN_ReplaceProbed(rtnDoLoop, AFUNPTR(rep_DoLoop));
            }           
        }      
   }
        
   }

   
   WIND::TlsSetValue(dwIndexTls, (WIND::LPVOID)0);

   #if defined(TARGET_IA32E) && __ICL == 1010
   // Workaround for test failure under ICC 10.1 - restore rbx.
   __asm mov rbx, rbx_save
   #endif
}


VOID AttachMain(VOID *v);

VOID DetachComplete(VOID *v)
{
    std::cerr << "detach completed---";

    PIN_AttachProbed(AttachMain, 0);
}

VOID AppStart(VOID *v)
{
    std::cerr << "application started, # attach cycles = " << attachCycles << "---";
    if(attachCycles < KnobStressDetachReAttach.Value())
    {
        attachCycles++;
        PIN_DetachProbed();
    }
}

VOID AttachMain(VOID *v)
{
    globalCounter = 0;
    doLoopPred = 1;

    IMG_AddInstrumentFunction(ImgLoad, 0);

    PIN_AddApplicationStartFunction(AppStart, 0);

    PIN_AddDetachFunctionProbed(DetachComplete, 0);

    std::cerr << "attach completed---";
}

int main(int argc, char *argv[])

{

   
   PIN_InitSymbols();
       
   if( PIN_Init(argc,argv) )
   {
       return Usage();
   }
       
   OutFile.open(KnobOutputFile.Value().c_str());
   OutFile << hex;
   OutFile.setf(ios::showbase);
   OutFile << CurrentTime() << " " << WIND::GetCurrentThreadId() << " " << "started!" << endl;
   OutFile.flush();
   
   //allocate space on tls for our use
   if ((dwIndexTls = WIND::TlsAlloc()) == WIND::tls_out_of_indexes)
   {
       OutFile << "TlsAlloc failed" << endl; 
       return 1;
   }
   
   IMG_AddInstrumentFunction(ImgLoad, 0);

   PIN_AddApplicationStartFunction(AppStart, 0);

   PIN_AddDetachFunctionProbed(DetachComplete, 0);
       
   PIN_StartProgramProbed();
      
   return 0;


}