Figure 1   Windows NT 4.0 Cryptography Functions

Context Functions

CryptAcquireContextA/W
CryptReleaseContext
CryptSetProvParam
CryptGetProvParam
CryptSetProviderA/W

Key Generation Functions

CryptGenKey
CryptDeriveKey

Data Encryption Functions

CryptEncrypt
CryptDecrypt

Key Exchange Functions

CryptDestroyKey
CryptSetKeyParam
CryptGetKeyParam
CryptExportKey
CryptImportKey
CryptGenRandom
CryptGetUserKey

Hashing and Signature Functions

CryptSetHashParam
CryptGetHashParam
CryptCreateHash
CryptHashData
CryptHashSessionKey
CryptGetHashValue
CryptDestroyHash
CryptSignHashA/W
CryptVerifySignatureA/W

Figure 2   New Windows NT 4.0 Shell Interfaces

IExtractIconA/W	ICommDlgBrowser
IShellLinkA/W	IContextMenu2
ICopyHookA/W	IPersistFolder
IFileViewerA/W	IShellIcon
IShellView	IShellExecuteHookA/W
IShellView2	INewShortcutHookA/W
IShellBrowser

Figure 3   WSOCK32.DLL Forwarded Routines

Forwarded to WS2_32.DLL

accept
bind
closesocket
getpeername
getsockname
htonl
htons
ioctlsocket
listen
ntohl
ntohs
recv
recvfrom
select
send
sendto
shutdown
WSAAsyncSelect
WSAGetLastError
WSASetLastError
__WSAFDIsSet

Forwarded to MSWSOCK32.DLL

TransmitFile
AcceptEx
GetAcceptExSockaddrs

Figure 4   WinInet Functions

General-purpose WinInet Functions

InternetOpen
InternetConnect
InternetOpenUrl
InternetReadFile
InternetCloseHandle
InternetSetStatusCallback
InternetQueryOption
InternetSetOption
InternetFindNextFile (FTP and Gopher)

WinInet HTTP Functions

HttpOpenRequest
HttpAddRequestHeaders
HttpSendRequest
HttpQueryInfo

WinInet FTP Functions

FtpFindFirstFile
FtpGetFile
FtpPutFile
FtpDeleteFile
FtpRenameFile
FtpOpenFile
InternetWriteFile
FtpCreateDirectory
FtpRemoveDirectory
FtpSetCurrentDirectory
FtpGetCurrentDirectory
FtpCommand
InternetGetLastResponseInfo

WinInet Gopher Functions

GopherFindFirstFile
GopherOpenFile
GopherCreateLocator
GopherGetAttribute

Figure 5   HINTERNET Subtypes

INTERNET_HANDLE_TYPE_INTERNET	1
INTERNET_HANDLE_TYPE_CONNECT_FTP	2
INTERNET_HANDLE_TYPE_CONNECT_GOPHER	3
INTERNET_HANDLE_TYPE_CONNECT_HTTP	4
INTERNET_HANDLE_TYPE_FTP_FIND	5
INTERNET_HANDLE_TYPE_FTP_FIND_HTML	6
INTERNET_HANDLE_TYPE_FTP_FILE	7
INTERNET_HANDLE_TYPE_FTP_FILE_HTML	8
INTERNET_HANDLE_TYPE_GOPHER_FIND	9
INTERNET_HANDLE_TYPE_GOPHER_FIND_HTML	10
INTERNET_HANDLE_TYPE_GOPHER_FILE	11
INTERNET_HANDLE_TYPE_GOPHER_FILE_HTML	12
INTERNET_HANDLE_TYPE_HTTP_REQUEST	13

Figure 6   IMAGEHLP Functions

Image integrity functions

ImageGetDigestStream
ImageAddCertificate
ImageRemoveCertificate
ImageEnumerateCertificates
ImageGetCertificateData
ImageGetCertificateHeader

Image modification functions

BindImage
BindImageEx
CheckSumMappedFile
MapFileAndCheckSum
ReBaseImage
RemovePrivateCvSymbolic
RemoveRelocations
SplitSymbols
UpdateDebugInfoFile
UpdateDebugInfoFileEx
TouchFileTimes

Image access functions

ImageLoad
ImageUnload
ImageNtHeader
ImageDirectoryEntryToData
ImageRvaToSection
ImageRvaToVa
MapAndLoad
GetImageConfigInformation
GetImageUnusedHeaderBytes
SetImageConfigInformation
UnMapAndLoad
FindExecutableImage
GetTimestampForLoadedLibrary

Symbol table functions

SymSetOptions
SymGetOptions
SymCleanup
SymEnumerateModules
SymEnumerateSymbols
EnumerateLoadedModules
SymFunctionTableAccess
SymGetModuleInfo
SymGetModuleBase
SymGetSymFromAddr
SymGetSymFromName
SymGetSymNext
SymGetSymPrev
SymInitialize
SymGetSearchPath
SymSetSearchPath
SymLoadModule
SymUnloadModule
SymUnDName
SymRegisterCallback

Debugger helper functions

StackWalk
FindDebugInfoFile
FindExecutableImage
MapDebugInformation
UnmapDebugInformation
UnDecorateSymbolName

Miscellaneous functions

ImagehlpApiVersion
ImagehlpApiVersionEx
SearchTreeForFile
MakeSureDirectoryPathExists

Figure A   SETCURS.CPP

 //======================================================
// SETCURS.EXE - Matt Pietrek 1996
// Microsoft Systems Journal, August 1996
// FILE: SETCURS.CPP
// To compile: CL SETCURS.CPP USER32.LIB
//======================================================
#define WIN32_LEAN_AND_MEAN
#include <windows.h>
#include <stdio.h>

#define ITERATIONS 5000

int PASCAL WinMain( HANDLE hInstance, HANDLE hPrevInstance,
                    PSTR lpszCmdLine, int nCmdShow )
{
    HCURSOR hCursor;
    
    hCursor = GetCursor();

    // Bump up the thread's priority temporarily so that we don't get
    // randomly interrupted.
    SetThreadPriority( GetCurrentThread(), THREAD_PRIORITY_TIME_CRITICAL );

    // We're going to cheat here, and use the support of 64 bit integers.
    // With some typecasting, we can fool the compiler into believe that
    // they're really LARGE_INTEGER structs.
    unsigned __int64 beginTime64, endTime64, ticksPerSecond;

    // Get the initial tick count
    QueryPerformanceCounter( (LARGE_INTEGER *)&beginTime64 );

    // The purpose of this program...
    for ( unsigned i = 0; i < ITERATIONS; i++ )
    {
        SetCursor( hCursor );
    }

    // Get the final tick count
    QueryPerformanceCounter( (LARGE_INTEGER *)&endTime64 );
    
    // Be a good Win32 citizen and put the priority back.
    SetThreadPriority( GetCurrentThread(), THREAD_PRIORITY_NORMAL );

    DWORD ticks = (DWORD)(endTime64 - beginTime64) ;

    // Find out how many ticks occur per second
    QueryPerformanceFrequency( (LARGE_INTEGER *)&ticksPerSecond );
    
    char szOutText[128];

    // Spit out how many calls would be made in one second
    wsprintf( szOutText, "%u calls/sec\n",
              (DWORD)((ticksPerSecond / ticks) * ITERATIONS) );

    MessageBox( 0, szOutText, "SETCURS", MB_OK );
        
    return 0;

Figure B   FIBER.CPP

 //======================================================
// FIBER.EXE - Matt Pietrek 1996
// Microsoft Systems Journal, August 1996
// FILE: FIBER.CPP
// To compile: CL FIBER.CPP (must have NT 4.0 Win32 SDK)
//======================================================
#define WIN32_LEAN_AND_MEAN
#define _WIN32_WINNT 0x0400
#include <windows.h>
#include <stdio.h>

LPVOID lpFiber1;        // Addresses of each fiber that's created
LPVOID lpFiber2;
LPVOID lpFiber3;
LPVOID lpFiberMain;

void WINAPI FiberRoutine( LPVOID param )
{
    printf( "In fiber %u\n", param ); // Tell the world who we are
    
    if ( 1 == (DWORD)param )
        SwitchToFiber( lpFiber2 );      // fiber1 -> fiber2
    else if ( 2 == (DWORD)param )
        SwitchToFiber( lpFiber3 );      // fiber2 -> fiber3
    else if ( 3 == (DWORD)param )
        SwitchToFiber( lpFiberMain );   // fiber3->main fiber (original
                                        // thread)
}

int main()
{
    // Create 3 fibers, with starting addresses of the above routine
    lpFiber1 = CreateFiber( 16384, FiberRoutine, (PVOID)1 );
    lpFiber2 = CreateFiber( 16384, FiberRoutine, (PVOID)2 );
    lpFiber3 = CreateFiber( 16384, FiberRoutine, (PVOID)3 );

    if ( !lpFiber1 || !lpFiber2 || !lpFiber3 )  // Make sure the fibers were
        return 0;                               // created
    
    // Make this thread a fiber, so that it can force the other fibers to run
    lpFiberMain = ConvertThreadToFiber( 0 );

    // Sleep for 1 second, just to prove that the other
    printf( "Sleeping for 1 second\n" );
    Sleep( 1000 );
    
    printf( "Switching to first fiber\n" );
    SwitchToFiber( lpFiber1 );                  // Switch to fiber1
    printf( "Returning from SwitchToFiber\n" );

    DeleteFiber( lpFiber1 );    // Clean up the 3 fibers we created earlier
    DeleteFiber( lpFiber2 );
    DeleteFiber( lpFiber3 );
        
    return 0;
}