windows-server-2003/ds/nw/nwscript/script.c

/*************************************************************************
*
*  SCRIPT.C
*
*  Script routines, ported from DOS
*
*  Copyright (c) 1995 Microsoft Corporation
*
*************************************************************************/

#include "common.h"
#include <direct.h>
#include <time.h>
#include <ctype.h>
#include <process.h>
#include <signal.h>
#include <errno.h>
#include <fcntl.h>
#include <io.h>
#include <time.h>

extern VOID nwShowLastLoginTime( VOID );

#define MAXLEN     256
#define MAX_NUM_IF 10

#define NUMCOMMAND 45

#define CM_IF     20
#define CM_ELSE   21
#define CM_ENDIF  22
#define CM_END    23

//
// 3X and 4X variables
//

#define IDS_DAY_OF_WEEK                    0
#define IDS_DAY                            1
#define IDS_MONTH_NAME                     2
#define IDS_MONTH                          3
#define IDS_NDAY_OF_WEEK                   4
#define IDS_SHORT_YEAR                     5
#define IDS_YEAR                           6
#define IDS_AM_PM                          7
#define IDS_GREETING_TIME                  8
#define IDS_HOUR24                         9
#define IDS_HOUR                          10
#define IDS_MINUTE                        11
#define IDS_SECOND                        12
#define IDS_FULL_NAME                     13
#define IDS_LOGIN_NAME                    14
#define IDS_USER_ID                       15
#define IDS_PASSWORD_EXPIRES              16
#define IDS_NETWORK_ADDRESS               17
#define IDS_FILE_SERVER                   18
#define IDS_ACCESS_SERVER                 19
#define IDS_ERROR_LEVEL                   20
#define IDS_ERRORLEVEL                    21
#define IDS_MACHINE                       22
#define IDS_OS_VERSION                    23
#define IDS_OS                            24
#define IDS_SMACHINE                      25
#define IDS_SHELL_TYPE                    26
#define IDS_STATION                       27
#define IDS_P_STATION                     28
#define IDS_SHELL_VERSION                 29
#define NUMVAR_3X                         IDS_SHELL_VERSION + 1 

#define IDS_LAST_NAME                     30
#define IDS_LOGIN_CONTEXT                 31
#define IDS_NETWARE_REQUESTER             32
#define IDS_REQUESTER_CONTEXT             33
#define IDS_ACCOUNT_BALANCE               34
#define IDS_CN                            35
#define IDS_REQUESTER_VERSION             36
#define IDS_SURNAME                       37
#define IDS_DOS_REQUESTER                 38
#define IDS_REQUESTER                     39
#define IDS_ADMINISTRATIVE_ASSISTANT      40
#define IDS_ALLOW_UNLIMITED_CREDIT        41
#define IDS_DESCRIPTION                   42
#define IDS_EMAIL_ADDRESS                 43
#define IDS_EMPLOYEE_ID                   44
#define IDS_FACSIMILE_TELEPHONE_NUMBER    45
#define IDS_GROUP_MEMBERSHIP              46
#define IDS_HIGHER_PRIVILEGES             47
#define IDS_HOME_DIRECTORY                48
#define IDS_INITIALS                      49
#define IDS_LANGUAGE                      50
#define IDS_LOCKED_BY_INTRUDER            51
#define IDS_LOGIN_DISABLED                52
#define IDS_LOGIN_GRACE_LIMIT             53
#define IDS_LOGIN_GRACE_REMAINING         54
#define IDS_LOGIN_INTRUDER_ATTEMPTS       55
#define IDS_LOGIN_MAXIMUM_SIMULTANEOUS    56
#define IDS_MAILSTOP                      57
#define IDS_MESSAGE_SERVER                58
#define IDS_MINIMUM_ACCOUNT_BALANCE       59
#define IDS_NETWORK                       60
#define IDS_OBJECT_CLASS                  61
#define IDS_OU                            62
#define IDS_PASSWORD_ALLOW_CHANGE         63
#define IDS_PASSWORD_MINIMUM_LENGTH       64
#define IDS_PASSWORD_REQUIRED             65
#define IDS_PASSWORD_UNIQUE_REQUIRED      66
#define IDS_PASSWORDS_USED                67
#define IDS_PHYSICAL_DELIVERY_OFFICE_NAME 68
#define IDS_POSTAL_ADDRESS                69
#define IDS_POSTAL_CODE                   70
#define IDS_POSTAL_OFFICE_BOX             71
#define IDS_PRIVATE_KEY                   72
#define IDS_PROFILE                       73
#define IDS_REVISION                      74
#define IDS_SECURITY_EQUALS               75
#define IDS_SECURITY_FLAGS                76
#define IDS_SEE_ALSO                      77
#define IDS_SERVER_HOLDS                  78
#define IDS_SUPERVISOR                    79
#define IDS_TELEPHONE_NUMBER              80
#define IDS_TITLE                         81
#define IDS_CERTIFICATE_VALIDITY_INTERVAL 82
#define IDS_EQUIVALENT_TO_ME              83
#define IDS_GENERATIONAL_QUALIFIER        84
#define IDS_GIVEN_NAME                    85
#define IDS_MAILBOX_ID                    86
#define IDS_MAILBOX_LOCATION              87
#define IDS_PROFILE_MEMBERSHIP            88
#define IDS_SA                            89
#define IDS_S                             90
#define IDS_L                             91
#define IDS_ACCESS                        92
#define NUMVAR                            IDS_ACCESS + 1

/*
 *  String constants.
 */

/*
 *  Text for default Login Script.  Don't change.
 */
BYTE   DefaultLoginScript[] =
    "WRITE \"Good %GREETING_TIME, %LOGIN_NAME.\\n\"\n"
    "MAP DISPLAY OFF\n"
    "MAP ERRORS OFF\n"
    "Rem: Set 1st drive to most appropriate directory.\n"
    "MAP *1:=%FILE_SERVER/SYS:;*1:=%FILE_SERVER/SYS:%LOGIN_NAME\n"
    "If LOGIN_NAME=\"SUPERVISOR\" || LOGIN_NAME=\"ADMIN\" || LOGIN_NAME=\"SUPERVIS\" THEN MAP *1:=%FILE_SERVER/SYS:SYSTEM\n"
    "Rem: Set search drives (S2 machine-OS dependent).\n"
    "MAP INS S1:=%FILE_SERVER/SYS:PUBLIC\n"
    "MAP INS S2:=%FILE_SERVER/SYS:\n"
    "Rem: Now display all the current drive settings.\n"
    "MAP DISPLAY ON\n"
    "MAP\n"
    "\0";

char *__SPACES__=" \t";

/*
 *  Do not change the order of this array.
 */
char * COMPARE_OPERATORS[] =
{
    "!=",
    "<>",
    "NOT EQUAL TO",
    "DOES NOT EQUAL",
    "NOT EQUAL",
    "IS NOT EQUAL",
    "#",
    "IS NOT",                      // 7
    ">=",                          // 8
    "IS GREATER THAN OR EQUAL TO",
    "IS GREATER THAN OR EQUAL",
    "GREATER THAN OR EQUAL TO",
    "GREATER THAN OR EQUAL",
    ">",                           // 13
    "IS GREATER THAN",
    "GREATER THAN",
    "<=",                          // 16
    "IS LESS THAN OR EQUAL TO",
    "IS LESS THAN OR EQUAL",
    "LESS THAN OR EQUAL TO",
    "LESS THAN OR EQUAL",
    "<",                           // 21
    "IS LESS THAN",
    "LESS THAN",
    "==",                          // 24
    "=",
    "EQUALS",
    "EQUAL",
    "IS",
    "\0"
};

int IsNotEqual (int nIndex)
{
    return(nIndex < 8);
}

int IsGreaterOrEqual (int nIndex)
{
    return(nIndex >= 8 && nIndex < 13);
}

int IsGreater (int nIndex)
{
    return(nIndex >= 13 && nIndex < 16);
}

int IsLessOrEqual (int nIndex)
{
    return(nIndex >= 16 && nIndex < 21);
}

int IsLess (int nIndex)
{
    return(nIndex >= 21 && nIndex < 24);
}

/*
 *  Type defs.
 */
typedef int (*PFCommandHandler) (char *lpParam);

typedef struct tagCOMMANDTABLE
{
    char *commandStr0;
    char *commandStr1;
    char *commandStr2;
    PFCommandHandler commandhandler;
}COMMANDTABLE;

typedef struct tagLABEL_LIST
{
    char *pLabel;
    char *pNextLine;
    struct tagLABEL_LIST *pNext;
}LABEL_LIST, *PLABEL_LIST;

/*
 *  Functions that are in command dispatch table.
 */
int AttachHandler    (char *lpParam);
int BreakHandler     (char *lpParam);
int ComspecHandler   (char *lpParam);
int DisplayHandler   (char *lpParam);
int DosBreakHandler  (char *lpParam);
int SetHandler       (char *lpParam);
int LocalSetHandler  (char *lpParam);
int DosVerifyHandler (char *lpParam);
int DriveHandler     (char *lpParam);
int FireHandler      (char *lpParam);
int ExitHandler      (char *lpParam);
int IfHandler        (char *lpParam);
int ElseHandler      (char *lpParam);
int EndHandler       (char *lpParam);
int IncludeHandler   (char *lpParam);
int MapHandler       (char *lpParam);
int PauseHandler     (char *lpParam);
int WriteHandler     (char *lpParam);
int NullHandler      (char *lpParam);
int GotoHandler      (char *lpParam);
int ShiftHandler     (char *lpParam);
int MachineHandler   (char *lpParam);
int CompatibleHandler(char *lpParam);
int ClearHandler     (char *lpParam);
int LastLoginTimeHandler(char *lpParam);
int ContextHandler   (char *lpParam);
int ScriptServerHandler(char *lpParam);
int NoDefaultHandler (char *lpParam);

/*
 *  Command dispatch table. Do not change.
 *
 *  If you do, you must change CM_IF, CM_ELSE, CM_END and CM_ENDIF
 */
COMMANDTABLE nwCommand[NUMCOMMAND] =
{
    "LOCAL",            "DOS",     "SET",    LocalSetHandler,
    "TEMP",             "DOS",     "SET",    LocalSetHandler,
    "TEMPORARY",        "DOS",     "SET",    LocalSetHandler,
    "LOCAL",            "SET",     NULL,     LocalSetHandler,
    "TEMP",             "SET",     NULL,     LocalSetHandler,
    "TEMPORARY",        "SET",     NULL,     LocalSetHandler,
    "DOS",              "SET",     NULL,     SetHandler,
    "DOS",              "VERIFY",  NULL,     DosVerifyHandler,
    "DOS",              "BREAK",   NULL,     DosBreakHandler,
    "FIRE",             "PHASERS", NULL,     FireHandler,
    "ATTACH",           NULL,      NULL,     AttachHandler,
    "BREAK",            NULL,      NULL,     BreakHandler,
    "COMSPEC",          NULL,      NULL,     NullHandler,
    "DISPLAY",          NULL,      NULL,     DisplayHandler,
    "SET_TIME",         NULL,      NULL,     NullHandler,     
    "SET",              NULL,      NULL,     SetHandler,
    "DRIVE",            NULL,      NULL,     DriveHandler,
    "FDISPLAY",         NULL,      NULL,     DisplayHandler,
    "FIRE",             NULL,      NULL,     FireHandler,
    "EXIT",             NULL,      NULL,     ExitHandler,
    "IF",               NULL,      NULL,     IfHandler,       // CM_IF
    "ELSE",             NULL,      NULL,     ElseHandler,     // CM_ELSE 
    "ENDIF",            NULL,      NULL,     EndHandler,      // CM_ENDIF
    "END",              NULL,      NULL,     EndHandler,      // CM_END
    "INCLUDE",          NULL,      NULL,     IncludeHandler,
    "MACHINE",          NULL,      NULL,     MachineHandler,
    "MAP",              NULL,      NULL,     MapHandler,
    "PAUSE",            NULL,      NULL,     PauseHandler,
    "COMPATIBLE",       NULL,      NULL,     CompatibleHandler,
    "PCCOMPATIBLE",     NULL,      NULL,     CompatibleHandler,
    "REMARK",           NULL,      NULL,     NullHandler,
    "REM",              NULL,      NULL,     NullHandler,
    "SHIFT",            NULL,      NULL,     ShiftHandler,
    "WAIT",             NULL,      NULL,     PauseHandler,
    "WRITE",            NULL,      NULL,     WriteHandler,   
    "GOTO",             NULL,      NULL,     GotoHandler,   
    "CLS",              NULL,      NULL,     ClearHandler, 
    "CLEAR",            NULL,      NULL,     ClearHandler,
    "SWAP",             NULL,      NULL,     NullHandler,     
    "LASTLOGIN",        NULL,      NULL,     LastLoginTimeHandler, // 39
    "CONTEXT",          NULL,      NULL,     ContextHandler,       // 40
    "SCRIPT_SERVER",    NULL,      NULL,     ScriptServerHandler,  // 41
    "NO_DEFAULT",       NULL,      NULL,     NoDefaultHandler,     // 42
    "CX",               NULL,      NULL,     ContextHandler,       // 43
    "PATH",             NULL,      NULL,     MapHandler,           // 44
};

typedef struct tagVARTABLE
{
    char *VarName;
}VARTABLE;

VARTABLE varTable[NUMVAR] =
{
    "DAY_OF_WEEK",
    "DAY",       
    "MONTH_NAME",
    "MONTH",    
    "NDAY_OF_WEEK",
    "SHORT_YEAR", 
    "YEAR",      
    "AM_PM",    
    "GREETING_TIME",
    "HOUR24",      
    "HOUR",       
    "MINUTE",    
    "SECOND",   
    "FULL_NAME", 
    "LOGIN_NAME",
    "USER_ID",  
    "PASSWORD_EXPIRES",
    "NETWORK_ADDRESS",
    "FILE_SERVER",   
    "ACCESS_SERVER",
    "ERROR_LEVEL", 
    "ERRORLEVEL", 
    "MACHINE",   
    "OS_VERSION", 
    "OS",        
    "SMACHINE", 
    "SHELL_TYPE",
    "STATION",  
    "P_STATION", 
    "SHELL_VERSION",
    "LAST_NAME", 
    "LOGIN_CONTEXT",
    "NETWARE_REQUESTER",
    "REQUESTER_CONTEXT",
    "ACCOUNT_BALANCE",  
    "CN",               
    "REQUESTER_VERSION",
    "SURNAME",          
    "DOS_REQUESTER",
    "REQUESTER",
    "ADMINISTRATIVE_ASSISTANT",
    "ALLOW_UNLIMITED_CREDIT",
    "DESCRIPTION",
    "EMAIL_ADDRESS",
    "EMPLOYEE_ID",
    "FACSIMILE_TELEPHONE_NUMBER",
    "GROUP_MEMBERSHIP",
    "HIGHER_PRIVILEGES",
    "HOME_DIRECTORY",
    "INITIALS",
    "LANGUAGE",
    "LOCKED_BY_INTRUDER",
    "LOGIN_DISABLED",
    "LOGIN_GRACE_LIMIT",
    "LOGIN_GRACE_REMAINING",
    "LOGIN_INTRUDER_ATTEMPTS",
    "LOGIN_MAXIMUM_SIMULTANEOUS",
    "MAILSTOP",
    "MESSAGE_SERVER",
    "MINIMUM_ACCOUNT_BALANCE",
    "NETWORK",
    "OBJECT_CLASS",
    "OU",
    "PASSWORD_ALLOW_CHANGE",
    "PASSWORD_MINIMUM_LENGTH",
    "PASSWORD_REQUIRED",
    "PASSWORD_UNIQUE_REQUIRED",
    "PASSWORDS_USED",
    "PHYSICAL_DELIVERY_OFFICE_NAME",
    "POSTAL_ADDRESS",
    "POSTAL_CODE",
    "POSTAL_OFFICE_BOX",
    "PRIVATE_KEY",
    "PROFILE",
    "REVISION",
    "SECURITY_EQUALS",
    "SECURITY_FLAGS",
    "SEE_ALSO",
    "SERVER_HOLDS",
    "SUPERVISOR",
    "TELEPHONE_NUMBER",
    "TITLE",
    "CERTIFICATE_VALIDITY_INTERVAL",
    "EQUIVALENT_TO_ME",
    "GENERATIONAL_QUALIFIER",
    "GIVEN_NAME",
    "MAILBOX_ID",
    "MAILBOX_LOCATION",
    "PROFILE_MEMBERSHIP",
    "SA",
    "S",
    "L",
    "ACCESS",
};

/*
 *  Local functions.
 */
void  SmartCap(char *ptr);
int   NWGetFileSize (char * lpFileName);
void  LoadFile (char *lpFileName, char *lpFileBuffer, int nFileSize);
int   ProcessLoginScriptFile (char *lpLoginScriptFile);
void  ProcessLoginScript (char *lpLoginScript);
int   ProcessLoginScriptProperty (unsigned char *);

int   CreateLabelList (PLABEL_LIST *ppLabelList, char *lpLoginScript);
void  FreeLabelList (LABEL_LIST *pLabelList);

void  ExternalCmdHandler(char *lpCommand);
void  BadCommandHandler (char *lpCommand);

void  CommandDispatch (char *lpCommand);
int   GetTableIndex(char *lpCommand, char ** prestbuffer);

DWORD SwapLong(DWORD number);
int   EndOfLine (char *buffer);
char *RemoveSpaces (char * buffer);
int   IsOn (char *lpParam);
int   IsOff (char *lpParam);
int   VarTranslate(char *vartext);
int   QuotedStringTranslate (char *buffer);
void  NotQuotedStringTranslate(char *buffer, BOOL remove_dbs);
void  SetLocalEnv(char *buffer);
int   SetEnv (char *lpEnvLine);
char *ConvertPercent (char *buffer);
void  GetShellVersion(char *buffer, int index);

/*
 *  Global Defines
 */
#define IsWhiteSpace(x) ((x==' ')||(x=='\t')||(x=='\n')||(x=='\r')||(x==0))

/*
 *  Global variables.
 */

//
//  The following globals are used for goto processing... this allows us
//  to manipulate the line we're processing outside ProcessLoginScript.
//

LABEL_LIST *pGlobalLabelList;
char *lpGlobalLine;
char *lpGlobalLineSeparator;
int   fGlobalHaveNulledLineSeparator;
int   fGlobalExitFlag;
int   fGlobalIfTooDeep;

int  fBreakOn = TRUE;

int  nCondIndex;
int  aCondVal[MAX_NUM_IF];

int  ARGC;
char **ARGV;
int  nGlobalShiftDelta = 0;
int  fGlobalCompatible = FALSE;
int  fNoDefaultLoginScript = FALSE;

char *LOGIN_NAME;
char *LAST_NAME;
char *LOGIN_CONTEXT;
char *REQUESTER_CONTEXT;
char *COMMON_NAME;
char *TYPED_USER_NAME;
PWCHAR TYPED_USER_NAME_w;
PBYTE NDSTREE;
PBYTE PREFERRED_SERVER;

HANDLE hconout = INVALID_HANDLE_VALUE;

unsigned int CONNECTION_ID;
unsigned int CONNECTION_NUMBER;
unsigned int SCRIPT_ERROR = 0;

#define REQUESTER_VERSION "V1.20"

extern DWORD GUserObjectID;

int IsEmptyFile (char *lpFile)
{
    while (*lpFile != 0)
    {
        if (*lpFile != ' ' &&
            *lpFile != '\t'&&
            *lpFile != '\n'&&
            *lpFile != '\r')
        {
            return(FALSE);
        }
        lpFile++;
    }

    return(TRUE);
}

/*
 *  Login was successful.  Process both Login Scripts: the System Login
 *  Script and the User Login Script.  If there is an EXIT command in the
 *  System Login Script, then we do not process the User Login Script.
 *  If there is no User Login Script, we process a default Login Script,
 *  which is hard-coded internally.  See the Login Script appendix in
 *  the NetWare Installation guide for more info.
 */
void ProcessLoginScripts (unsigned int conn, char *UserName, int argc, char ** argv, char *lpScript)
{
    unsigned int  iRet = 0;
    unsigned long userID ;
    char     pchUserLoginScriptFile[24];

    // Initalize LOGIN_NAME, CONNECTION_ID and CONNECTION_NUMBER.
    ARGC = argc;
    ARGV = argv;
    LOGIN_NAME = UserName;
    CONNECTION_ID = conn;

    // Initialize some 4X variables
    if ( fNDS )
    {
        COMMON_NAME = UserName;

        LOGIN_CONTEXT = malloc ( CONTEXT_MAX );
        if (LOGIN_CONTEXT) {
            strcpy( LOGIN_CONTEXT, REQUESTER_CONTEXT );
        }

        LAST_NAME = malloc( MAXLEN );
        if (LAST_NAME ) {
            NDSGetVar ( "SURNAME", LAST_NAME, MAXLEN );
        }
    }
    else {
        LAST_NAME = UserName;
        COMMON_NAME = UserName;
        LOGIN_CONTEXT = "";
        REQUESTER_CONTEXT = "";
    }

    if (iRet = GetConnectionNumber (conn, &CONNECTION_NUMBER))
    {
        DisplayError (iRet, "GetConnectionNumber");
        return;
    }

    if (lpScript)
    {
        if (!ProcessLoginScriptFile(lpScript))
            DisplayMessage(IDR_NO_SCRIPT_FILE, lpScript);
    }
    else
    {
        if ( fNDS )
        {
            unsigned char Object[128];
            unsigned char ProfileObject[256];
            PBYTE p;
            int err;

            // Browse back from user's node to first occurrence
            // or organizational unit or organization and look for
            // system script there. If the nearest OU or O doesn't have
            // a system script, don't run one.

            for ( p = TYPED_USER_NAME; p ; p = strchr ( p, '.' ) )
            {

                p++;
                             
                if ( *p == 'O' && *(p+1) == 'U' && *(p+2) == '=' )
                    break;

                if ( *p == 'O' && *(p+1) == '=' )
                    break;
            }

            if ( p != NULL )
            {
                ProcessLoginScriptProperty( p );
            }

            // profile login script.

            if ( !NDSGetUserProperty ( "Profile", ProfileObject, 256, NULL, NULL) )
            {
                ConvertUnicodeToAscii( ProfileObject );
                ProcessLoginScriptProperty( ProfileObject );
            }

            // user login script

            if ( (!ProcessLoginScriptProperty( TYPED_USER_NAME )) &&
                 (!fNoDefaultLoginScript) ) 
            {
                ProcessLoginScript (DefaultLoginScript);
            }
        }
        else
        {
            static char SysLoginScriptFile[] = "SYS:PUBLIC/NET$LOG.DAT" ;

            // Process system login script file.
            ProcessLoginScriptFile (SysLoginScriptFile);

            // Check if user login script exists.
            if (iRet = GetBinderyObjectID (conn, UserName, OT_USER,
                       &userID))
                return;

            sprintf(pchUserLoginScriptFile, "SYS:MAIL/%lx/LOGIN", SwapLong(userID));

            if ( (!ProcessLoginScriptFile (pchUserLoginScriptFile)) &&
                 (!fNoDefaultLoginScript) )
            {
                ProcessLoginScript (DefaultLoginScript);
            }
        }
    }
}

int ProcessLoginScriptFile (char *lpLoginScriptFile)
{
    int   nFileSize = 0, bEmpty;
    char *lpLoginScript;

    nFileSize = NWGetFileSize (lpLoginScriptFile);

    if (nFileSize <= 2)
        return(FALSE);

    // system login script exists.
    lpLoginScript = malloc (nFileSize);
    if (lpLoginScript == NULL)
    {
        DisplayMessage(IDR_NOT_ENOUGH_MEMORY);
        return FALSE;
    }

    LoadFile (lpLoginScriptFile, lpLoginScript, nFileSize);

    bEmpty = IsEmptyFile(lpLoginScript);

    if (!bEmpty)
        ProcessLoginScript (lpLoginScript);

    free (lpLoginScript);

    return(!bEmpty);
}


/*
 * Retrieve and process the Login Script property 
 */
int ProcessLoginScriptProperty ( unsigned char * Object )
{
    unsigned int nFileSize = 0;
    unsigned int Actual = 0;
    unsigned int bEmpty;
    char *lpLoginScript;
    HANDLE Stream;
    int  err;
    unsigned int  i,j;

    if ( NDSfopenStream ( Object, "Login Script", &Stream, &nFileSize ) )
        return(FALSE);

    if ( nFileSize <= 2) 
        return(FALSE);

    // login script exists.
    lpLoginScript = malloc (nFileSize+2);
    if (lpLoginScript == NULL)
    {
        DisplayMessage(IDR_NOT_ENOUGH_MEMORY);
        return FALSE;
    }
    memset(lpLoginScript, 0, nFileSize+2);

    if ( !ReadFile ( Stream, lpLoginScript, nFileSize, &Actual, NULL ) )
    { 
       bEmpty = TRUE;
    }
    else if ( IsEmptyFile(lpLoginScript) ) 
       bEmpty = TRUE;
    else
       bEmpty = FALSE;

    if (!bEmpty) {
        for ( i = 0, j = 0; i < nFileSize; i++, j++ )
        {
            if (( lpLoginScript[i] == '\r' ) &&
                ( lpLoginScript[i+1] == '\n' ) )
                i++;

            lpLoginScript[j] = lpLoginScript[i];
        }

        while ( j < nFileSize )
        {
            lpLoginScript[j++] = 0;
        }
    }

    CloseHandle( Stream );

    if (!bEmpty)
        ProcessLoginScript (lpLoginScript);

    free (lpLoginScript);

    return(!bEmpty);
}

/*
 *  Return the size of the file.
 */
int NWGetFileSize (char * lpFileName)
{
    int nFileSize = 0;
    FILE * stream;

    do
    {
        if ((stream = fopen (NTNWtoUNCFormat(lpFileName), "r")) == NULL)
            break;

        while (feof (stream) == 0)
        {
            fgetc (stream);
            nFileSize++;
        }

        if (fclose (stream))
            nFileSize = 0;
    }while (FALSE);


    return(nFileSize);
}

/*
 *  Read the file into memory pointed by lpFileBuffer.
 */
void LoadFile (char *lpFileName, char *lpFileBuffer, int nFileSize)
{
    FILE * stream;

    if ((stream = fopen (NTNWtoUNCFormat(lpFileName), "r")) != NULL)
    {
        (void)fread (lpFileBuffer, sizeof (char), nFileSize, stream);
        fclose (stream);
    }

    *(lpFileBuffer+nFileSize-1) = 0;

}

/*
 *  Process Login Script that is in memory pointed by lpLoginScript
 *  line by line.
 */
void ProcessLoginScript (char *lpLoginScript)
{
    nCondIndex = -1;
    fGlobalExitFlag = FALSE;
    fGlobalIfTooDeep = FALSE;

    lpGlobalLine = lpLoginScript;   // we start at the top of the login script

    if (!CreateLabelList (&pGlobalLabelList, lpLoginScript))
    {
        if (pGlobalLabelList != NULL) {

            FreeLabelList (pGlobalLabelList);
            pGlobalLabelList = NULL;
        }
        return;
    }

    while (*lpGlobalLine != 0) {

        //
        //  search for the end of the current line and replace with a null
        //

        if (lpGlobalLineSeparator = strchr(lpGlobalLine, '\n')) {

            //
            //  we may reset this manually in the goto handler, remember so that
            //  we don't trample anything needlessly.
            //

            *lpGlobalLineSeparator = 0;
            fGlobalHaveNulledLineSeparator = TRUE;

        } else {

            fGlobalHaveNulledLineSeparator = FALSE;
        }

        //
        // Now lpGlobalLine points to one line only.
        //

        CommandDispatch (lpGlobalLine);

        if (fGlobalExitFlag)
        {
            if (fGlobalIfTooDeep)
                DisplayMessage(IDR_ORIGINAL_LINE_WAS, lpGlobalLine);
            break;
        }

        if (lpGlobalLineSeparator) {

            if ( fGlobalHaveNulledLineSeparator ) {

                *lpGlobalLineSeparator = '\n';    // recover the changes made.
                fGlobalHaveNulledLineSeparator = FALSE;
            }

            lpGlobalLine = lpGlobalLineSeparator + 1;   // next line please

        } else {

            break;
        }
    }

    if (pGlobalLabelList != NULL) {
        FreeLabelList (pGlobalLabelList);
        pGlobalLabelList = NULL;
    }
}

/*
 *  Scan the login script, put labels in a link list and comment out
 *  those label lines.
 */
int CreateLabelList (PLABEL_LIST *ppLabelList, char *lpLoginScript)
{
    char *lpLine = lpLoginScript, *lpEnd, *lpLabel, *lpTemp;
    int   nLen;
    PLABEL_LIST *ppNext = ppLabelList;

    while (*lpLine != 0)
    {
        if (lpEnd = strchr (lpLine, '\n'))
            *lpEnd = 0;

        // Now lpLine points to one line only.
        lpLabel = RemoveSpaces (lpLine);
        if (isalnum (*lpLabel) || (*lpLabel == '%'))
        {
            lpTemp = lpLabel;
            nLen = 0;
            while (*lpTemp != 0 && *lpTemp != ' ' && *lpTemp != '\t' && *lpTemp != ':')
            {
                if (IsDBCSLeadByte(*lpTemp))
                {
                    lpTemp++;
                    nLen++;
                }

                lpTemp++;
                nLen++;
            }

            lpTemp = RemoveSpaces (lpTemp);
            if (*lpTemp == ':' && EndOfLine (lpTemp+1))
            {
                // The Line is label line.
                if ((*ppNext = malloc (sizeof (LABEL_LIST))) == NULL ||
                    ((*ppNext)->pLabel = malloc (nLen+1)) == NULL)
                {
                    DisplayMessage(IDR_NOT_ENOUGH_MEMORY);
                    return(FALSE);
                }

                SmartCap(lpLabel);
                strncpy ((*ppNext)->pLabel, lpLabel, nLen);
                *((*ppNext)->pLabel+nLen) = 0;
                (*ppNext)->pNextLine = lpEnd? lpEnd+1 : lpEnd;
                (*ppNext)->pNext = NULL;
                ppNext = &((*ppNext)->pNext);

                // Comment out the label line.
                *(lpLine) = ';';
            }
        }

        if (lpEnd)
        {
            *lpEnd = '\n';    // recover the changes made.
            lpLine = lpEnd+1;
        }
        else
            break;
    }

    return(TRUE);
}

/*
 *  Free up the memory allocated for the link list.
 */
void FreeLabelList (LABEL_LIST *pLabelList)
{
    LABEL_LIST *pNext = pLabelList;

    while (pLabelList)
    {
        pNext = pLabelList->pNext;
        free (pLabelList->pLabel);
        free (pLabelList);
        pLabelList = pNext;
    }
}

/*
 *  Dispatch to command hander according to the command.
 */
void CommandDispatch (char *lpCommand)
{
    char buffer[MAXLEN];
    char *restBuffer;
    int  index, fCommandHandled = FALSE;
    int  nTemp = -1;

    // Get rid of leading spaces.
    lpCommand = RemoveSpaces(lpCommand);

    // Don't do anything if it's a comment line or empty line.
    if (*lpCommand == ';' || *lpCommand == '*' || *lpCommand == '\0' ||
        *lpCommand == '\r'|| *lpCommand == '\n')
        return;

    do  // FALSE loop.
    {
        // Make sure the command line is not too long to process.
        if (strlen (lpCommand) > MAXLEN -1) {
            break;
        }

        // Make a copy of the command line to buffer.
        strcpy (buffer, lpCommand);

        // external command line.
        if (*buffer == '#')
        {
            ExternalCmdHandler (buffer);
            return;
        }

        // Get the command index in the command table.
        if ((index = GetTableIndex(buffer, &restBuffer)) == -1)
            break;

        // Dispatch to the corresponding command handler.
        if (nCondIndex > -1 &&
            !aCondVal[nCondIndex] &&
            index != CM_IF   &&
            index != CM_ELSE &&
            index != CM_END  &&
            index != CM_ENDIF)
            fCommandHandled = TRUE;
        else
            fCommandHandled = (*nwCommand[index].commandhandler)(restBuffer);

    } while (FALSE);

    if (!fCommandHandled) {
        BadCommandHandler (lpCommand);
    }
}

/*
 * Used by GetTableIndex().
 * This function should capitalize the entire command string except
 * those in quotes. It should also skip DBCS characters.
 */
void SmartCap(char *ptr)
{
    int inquotes = (*ptr == '\"');
    char *pNext;

    while (*ptr)
    {
        if (!inquotes && !IsDBCSLeadByte(*ptr))
        {
            *ptr = (char) toupper((int)*ptr);
        }

        pNext = NWAnsiNext(ptr);

        if (*pNext == '\"' && *ptr != '\\')
            inquotes = !inquotes;

        ptr = pNext;
    }
}

/*
 * Return the index of the command in the command dispatch table.
 * Return -1 if the command is not found in the command dispatch table.
 */
int GetTableIndex(char *buffer, char **prestBuffer)
{
    int i, nStrLen;

    // Upcase every thing except those in quotes.
    SmartCap (buffer);

    for (i=0; i<NUMCOMMAND; i++)
    {
        if (*(WORD *)nwCommand[i].commandStr0 != *(WORD *)buffer)
            continue;

        nStrLen = strlen (nwCommand[i].commandStr0);

        if (strncmp(nwCommand[i].commandStr0, buffer, nStrLen))
            continue;

        *prestBuffer = buffer + nStrLen;
        *prestBuffer = RemoveSpaces (*prestBuffer);

        if (nwCommand[i].commandStr1)
        {
            nStrLen = strlen (nwCommand[i].commandStr1);

            if (strncmp(nwCommand[i].commandStr1, *prestBuffer, nStrLen))
                continue;

            *prestBuffer += nStrLen;
            *prestBuffer = RemoveSpaces (*prestBuffer);

            if (nwCommand[i].commandStr2)
            {
                nStrLen = strlen (nwCommand[i].commandStr2);

                if (strncmp(nwCommand[i].commandStr2, *prestBuffer, nStrLen))
                    continue;

                *prestBuffer += nStrLen;
                *prestBuffer = RemoveSpaces (*prestBuffer);
            }
        }

        return (i);
    }

    return(-1);
}

/*
 *   Goto label...  We modify the globals controlling what line we're on.
 */
int  GotoHandler  (char *lpParam)
{
    int fLabelFound = FALSE;
    char *lpLabel, *lpEnd, chEnd;
    LABEL_LIST *pLabelList = pGlobalLabelList;

    lpLabel = lpParam;
    lpLabel = RemoveSpaces (lpLabel);

    //
    //  find the end of the label, we'll slam in a null for the search and
    //  restore the char after we're done searching.
    //

    lpEnd = lpLabel;
    while (*lpEnd != 0 &&
           *lpEnd != ' ' &&
           *lpEnd != '\t' &&
           *lpEnd != '\r' &&
           *lpEnd != '\n')
    {
        if (*lpEnd == ':')
            return(FALSE);
        else
            lpEnd = NWAnsiNext(lpEnd);
    }

    chEnd = *lpEnd;
    *lpEnd = 0;

    while (pLabelList)
    {
        if (!_stricmp (pLabelList->pLabel, lpLabel))
        {
            if ( fGlobalHaveNulledLineSeparator )
            {

                *lpGlobalLineSeparator = '\n';    // recover the changes made.
                fGlobalHaveNulledLineSeparator = FALSE;
            }

            lpGlobalLine = pLabelList->pNextLine;

            lpGlobalLineSeparator = lpGlobalLine ? (lpGlobalLine - 1) : NULL;

            fLabelFound = TRUE;
            break;
        }

        pLabelList = pLabelList->pNext;
    }

    if (!fLabelFound)
    {
        DisplayMessage (IDR_LABEL_NOT_FOUND, lpLabel);
        fGlobalExitFlag = TRUE;
    }

    *lpEnd = chEnd;
    return( TRUE );
}

/*
 * Attach [FileServer[/UserName[;Password]]]
 */
int AttachHandler (char *lpParam)
{
    unsigned int iRet = 0;
    int  fCommandHandled = FALSE;
    char serverName[MAX_NAME_LEN] = "";
    char userName[MAX_NAME_LEN] = "";
    char password[MAX_PASSWORD_LEN] = "";
    char *lpSlash, *lpSemiColon, *lpServerName, *lpUserName;
    unsigned int conn;
    int  bAlreadyAttached = FALSE, bReadPassword = TRUE;

    do // FALSE loop.
    {
        NotQuotedStringTranslate (lpParam, TRUE);

        // Make sure that there is at most 1 slash.
        lpSlash = strchr (lpParam, '\\');

        if (lpSlash == NULL)
        {
            lpSlash = strchr (lpParam, '/');
            if (lpSlash != NULL && strchr (lpSlash+1, '/'))
                break;
        }
        else
        {
            if (strchr (lpParam, '/') ||
                strchr (lpSlash+1, '/') ||
                strchr (lpSlash+1, '\\'))
            break;
        }

        // Break the string at slash.
        if (lpSlash)
            *lpSlash = 0;

        // Server name should not contain semicolon.
        if (strchr (lpParam, ';'))
            break;

        lpServerName = strtok (lpParam, __SPACES__);

        if (lpServerName == NULL)
        {
            if (lpSlash)
                break;
        }
        else
        {
            // Make sure that there is only one name in front of the slash.
            if (strtok (NULL, __SPACES__))
                break;

            // Copy the server name to the buffer.
            if (strlen (lpParam) > MAX_NAME_LEN-1)
                break;

            strcpy (serverName, lpParam);

            if (lpSlash)
            {
                lpSemiColon = strchr (lpSlash+1, ';');
                if (lpSemiColon)
                    *lpSemiColon = 0;

                lpUserName = strtok (lpSlash+1, __SPACES__);
                if (lpUserName)
                {
                    if ( strtok (NULL, __SPACES__))
                        break;

                    if (strlen (lpUserName) > MAX_NAME_LEN-1 )
                        break;

                    strcpy (userName, lpUserName);
                }

                if (lpSemiColon)
                {
                    if (strlen (lpSemiColon+1) > MAX_PASSWORD_LEN-1)
                        break;
                    strcpy (password, strtok (lpSemiColon+1, __SPACES__));
                    xstrupr (password);
                    bReadPassword = FALSE;
                }
            }
        }

        fCommandHandled = TRUE;

        if (serverName[0] == 0)
        {
            DisplayMessage(IDR_ENTER_SERVER_NAME);
            if (!ReadName(serverName))
                break;

            DisplayMessage(IDR_ENTER_LOGIN_NAME, serverName);
            if (!ReadName(userName))
                break;
        }
        else if (userName[0] == 0)
            strcpy (userName, LOGIN_NAME);

        if (iRet = CAttachToFileServer(serverName, &conn, &bAlreadyAttached))
        {
            if (!SCRIPT_ERROR)
                SCRIPT_ERROR = iRet;
            break;
        }

        // Do not need this connection
        DetachFromFileServer (conn);

        iRet = Login(userName, serverName, password, bReadPassword);

        // Clear out the password
        memset( password, 0, sizeof( password ) );

        //
        // tommye - MS bug 8194 (MCS 240)
        //
        // If we are already attached to this server, then 
        // pretend we were never here - just let everything 
        // succeed without adding this server to the attach
        // list again.
        //

        if (iRet == ERROR_SESSION_CREDENTIAL_CONFLICT) {
            memset( password, 0, sizeof( password ) );
            continue;
        }

        if (iRet)
        {
            // Ask for user name

            DisplayMessage(IDR_ENTER_LOGIN_NAME, serverName);
            if (!ReadName(userName))
                break;

            if (Login(userName, serverName, password, bReadPassword))
            {
                // Clear out the password
                memset( password, 0, sizeof( password ) );
                break;
            }
        }

        AddServerToAttachList( serverName, LIST_3X_SERVER );

    } while (FALSE);

    return(fCommandHandled);
}

/*
 * BREAK ON, enable ctrl-c, ctrl-break
 * BREAK OFF, disable ctrl-c, ctrl-break
 */
int BreakHandler (char *lpParam)
{
    int fCommandHandled = TRUE;

    if (IsOn(lpParam))
    {
        if (!fBreakOn)
            BreakOn();
    }
    else if (IsOff(lpParam))
    {
        if (fBreakOn)
            BreakOff();
    }
    else
        fCommandHandled = FALSE;

    return(fCommandHandled);
}


/*
 * DISPLAY [pathname]file
 * FDISPLAY [pathname]file
 */
int DisplayHandler (char *lpParam)
{
    FILE * stream;

    NotQuotedStringTranslate (lpParam, TRUE);

    if ((stream = fopen (lpParam, "r")) != NULL)
    {
        while (feof (stream) == 0)
            _fputchar(fgetc (stream));

        fclose (stream);
        DisplayMessage(IDR_NEWLINE);
    }

    return(TRUE);
}

/*
 * DOS BREAK ON,  enable ctrl-break checking for DOS
 * DOS BREAK OFF, disable ctrl-break checking for DOS
 */
int DosBreakHandler (char *lpParam)
{
    int fCommandHandled = TRUE;

    if (IsOn (lpParam))
        system ("BREAK ON");
    else if(IsOff (lpParam))
        system ("BREAK OFF");
    else
        fCommandHandled = FALSE;

    return(fCommandHandled);
}

/*
 * Used by SetHandler() and LocalSetHandler()
 * Return TRUE if lpParam points to name = "value", and set
 * lpParam to "name=value" on return.
 * Return FALSE otherwise.
 */
int VerifySetFormat (char *lpParam)
{
    int fCorrect = FALSE;
    char buffer[MAXLEN];
    char *lpBuffer = buffer;

    strcpy (buffer, lpParam);

    do
    {
        while (*lpBuffer != 0 && *lpBuffer != '=' && *lpBuffer != ' ' && *lpBuffer != '\t')
            lpBuffer = NWAnsiNext(lpBuffer);

        lpParam[lpBuffer-buffer]=0;
        strcat (lpParam, "=");

        if (*lpBuffer != '=')
            lpBuffer = RemoveSpaces (lpBuffer);

        if (*lpBuffer != '=')
            break;

        lpBuffer = RemoveSpaces (lpBuffer+1);

        if (*lpBuffer)
        {
            if (!QuotedStringTranslate (lpBuffer))
                break;

            strcat (lpParam, lpBuffer);
        }

        fCorrect = TRUE;
    }while (FALSE);

    return(fCorrect);
}

/*
 * Used by SetHandler() and LocalSetHandler()
 * Set the local environment variable.
 * Don't free the memory allocated because the environment variable will
 * point to free space otherwise.
 */
void SetLocalEnv(char *buffer)
{
    char *lpEnvString;
    lpEnvString = malloc(strlen (buffer) + 1);

    if (lpEnvString == NULL)
        DisplayMessage(IDR_NOT_ENOUGH_MEMORY);
    else
    {
        strcpy (lpEnvString, buffer);
        _putenv (lpEnvString);
    }
}

/*
 * Set Dos environment variable.
 * [DOS] SET name = "value"
 */
int SetHandler (char *lpParam)
{

    int fCommandHandled;

    fCommandHandled = VerifySetFormat(lpParam);

    if (fCommandHandled)
    {

        if ( _strnicmp( "COMSPEC=", lpParam, strlen( "COMSPEC=" ) ) )
        {
            SetLocalEnv(lpParam);
            SetEnv (lpParam);
        }
    }

    return(fCommandHandled);
}

/*
 * Set local Dos environment variable.
 * [OPTION] [DOS] SET name = "value"
 */
int LocalSetHandler (char *lpParam)
{
    int fCommandHandled;

    fCommandHandled = VerifySetFormat(lpParam);

    if (fCommandHandled)
        if ( _strnicmp( "COMSPEC=", lpParam, strlen( "COMSPEC=" ) ) )
        {
            SetLocalEnv (lpParam);
        }

    return(fCommandHandled);
}

/*
 *  Used by DosVerifyHandler().
 *  Turn /V option of copy on.
 */
void DosVerifyOn(void)
{
}

/*
 *  Used by DosVerifyHandler().
 *  Turn /V option of copy off.
 */
void DosVerifyOff(void)
{
}

/*
 *  DOS VERYFY [ON|OFF], Turn /V option of copy on or off.
 */
int DosVerifyHandler (char *lpParam)
{
    int fCommandHandled = TRUE;

    if (IsOn(lpParam))
        DosVerifyOn();
    else if (IsOff(lpParam))
        DosVerifyOff();
    else
        fCommandHandled = FALSE;

    return(fCommandHandled);
}

/*
 *  DRIVE [driveletter: | n*:], set the default drive to the one specified.
 */
int DriveHandler (char *lpParam)
{
    int fCommandHandled = FALSE;
    WORD driveNum=0, n;
    char *pColon;

    do  // FALSE loop.
    {
        if ((pColon = strchr (lpParam, ':')) == NULL ||
            !EndOfLine (pColon + 1))
            break;

        if (*lpParam == '*')
        {
            *pColon = 0;
            if ((n = (USHORT) atoi (lpParam+1)) < 1)
                break;

            GetFirstDrive (&driveNum);
            driveNum += (n-1);
        }
        else if (pColon == lpParam+1 && isupper(*lpParam))
            driveNum = *lpParam - 'A' + 1;
        else
            break;

        if (_chdrive (driveNum))
            DisplayMessage(IDR_ERROR_SET_DEFAULT_DRIVE, 'A'+driveNum-1);
        else
            ExportCurrentDrive( driveNum );

        fCommandHandled = TRUE;

    } while (FALSE);

    return(fCommandHandled);
}

/*
 * Used by FireHandler()
 * Return TRUE if lpTemp points to the legal end of fire statement, ie
 * [TIMES][COMMENTS]. It also set the *lpTemp to 0 if lpTemp is not NULL.
 * Return FALSE otherwise.
 */
int IsEndOfFireCmd (char *lpTemp)
{
    int fEnd = FALSE;
    do
    {
        if (*lpTemp != 0)
        {
            if (*lpTemp != ' ' && *lpTemp != '\t' && *lpTemp != '\r')
                break;

            *lpTemp = 0;

            lpTemp = RemoveSpaces (lpTemp+1);

            if (!strncmp (lpTemp, "TIMES", 5))
                lpTemp += 5;

            if (!EndOfLine (lpTemp))
                break;
        }

        fEnd = TRUE;
    }while (FALSE);

    return(fEnd);
}

/*
 *  [FIRE | FIRE PHASERS] n TIMES.
 */
int FireHandler (char *lpParam)
{
    char *lpTemp, vartext[MAXLEN];
    int n = 0, nLen;
    time_t ltimeStart, ltimeEnd;

    if (EndOfLine (lpParam))
        n = 1;
    else if (isdigit(*lpParam))
    {
        lpTemp = lpParam;
        while (isdigit(*lpTemp))
            lpTemp++;

        if (IsEndOfFireCmd (lpTemp))
            n = atoi (lpParam);
    }
    else if (*lpParam == '%')
    {
        strcpy (vartext, lpParam+1);
        if (((nLen = VarTranslate (lpParam)) != 0) &&
            EndOfLine (lpParam+1+nLen))
            n = atoi (vartext);
    }

    if (n < 0)
        return(FALSE);
    else if (n == 0)  // Compatible with NetWare.
        n = 1;

    while (n--)
    {
        _beep( 610, 100 );
        _beep( 440, 50 );
        time(&ltimeStart);
        do
        {
            time(&ltimeEnd);
        }while (ltimeEnd-ltimeStart == 0);
    }

    return(TRUE);
}

/*
 * EXIT, terminate login script processing.
 */
int ExitHandler (char *lpParam)
{
    int  n;
    char buffer[16], *argv[10];

    // --- Multi user code merge. Citrix bug fixes ---
    // 11/18/96 cjc (Citrix)  Fix DrWatson for EXIT "" command.
    if (!lpParam || !strcmp(lpParam, "\"\"") ){
        CleanupExit(0);
    }

    if (EndOfLine (lpParam)) {
        CleanupExit(0);
        return(TRUE);
    }
    else if (QuotedStringTranslate (lpParam))
    {
        if (!fGlobalCompatible)
        {
            GetShellVersion (buffer, IDS_MACHINE);
            if (_stricmp (buffer, "IBM_PC"))
            {
                DisplayMessage(IDR_EXIT_NOT_SUPPORTED);
                return(TRUE);
            }
        }

        argv[0] = strtok (lpParam, __SPACES__);

        for (n = 1; n < 9; n++)
        {
            if ((argv[n] = strtok (NULL, __SPACES__)) == NULL)
                break;
        }

        argv[9] = NULL;

        if ((SCRIPT_ERROR = (int) _spawnvp (P_WAIT, argv[0], argv)) == -1)
            DisplayMessage(IDR_BAD_COMMAND);

        CleanupExit (0);
        return(TRUE);
    }
    else
        return(FALSE);
}

BOOL    nwVarNameCompare(LPCSTR src,LPCSTR target)
{
    CHAR    szTempName[64];
    LPSTR   pT = szTempName;

    if (!_strnicmp(src,target,strlen(target))) {

        //
        // try to reject obvious problems like
        // %LJUNK where %L would be fine
        //
        if ( !isalpha(src[strlen(target)]) 
             || IsDBCSLeadByte(src[strlen(target)])
           )

            return 0;

        else 
            return 1;

    }

    strcpy(szTempName,target);

    while (*pT) {
        if (!IsDBCSLeadByte(*pT)) {
            if ('_' == *pT)
                *pT = ' ';
        }
        pT = NWAnsiNext(pT);
    }

    if (!_strnicmp(src,szTempName,strlen(szTempName))) {

        //
        // try to reject obvious problems like
        // %LJUNK where %L would be fine
        //
        if ( !isalpha(src[strlen(target)]) 
            || IsDBCSLeadByte(src[strlen(target)])
           )

            return 0;

        else 
            return 1;

    }

    return 1;
}


/*
 *  Used by the EvalSingleCond() in IfHandler()
 *  Return TRUE if buffer is the right member of condition statement.
 *  *pfCondition is TRUE if the condition meet, FALSE if not.
 *  *ppRest points to the end of the condition statement.
 *  Return FALSE if buffer is not the right member of condition statement.
 */
int MemberOf (char *buffer, int *pfCondition, char **ppRest)
{
    int i, nChar, fSucceed = FALSE;
    char *lpTemp;
    BYTE dataBuffer[128];
    unsigned char moreFlag;
    unsigned char propertyType;
    unsigned long dwObjectId, *pdwGroups;
    char GroupName[MAXLEN];
    unsigned char segment;

    *pfCondition = FALSE;
    do
    {
        if ((buffer = strchr (buffer, '\"')) == NULL)
            break;

        if ((lpTemp = strchr (buffer+1, '\"')) == NULL)
            break;

        nChar = (int) (lpTemp - buffer + 1);

        if (nChar >= MAXLEN)
            break;

        strncpy (GroupName, buffer, nChar);
        GroupName[nChar] = 0;
        if (!QuotedStringTranslate (GroupName))
            break;

        fSucceed = TRUE;
        *pfCondition = FALSE;
        *ppRest = RemoveSpaces (lpTemp+1);

        if (strlen(GroupName) > MAX_NAME_LEN)
            break;

        if ( fNDS )
        {
            if ( IsMemberOfNDSGroup( GroupName ) )
            {
                *pfCondition = TRUE;
                return(TRUE);
            }

        }
        else 
        {
            if (GetBinderyObjectID (CONNECTION_ID,
                                    _strupr(GroupName),
                                    OT_USER_GROUP,
                                    &dwObjectId) )
                goto done;

            //
            // For all the group ID's, try and find a match
            //
            for ( segment = 1, moreFlag = TRUE; moreFlag && segment; segment++ )
            {
                if ( NWReadPropertyValue ((NWCONN_HANDLE)CONNECTION_ID,
                                         LOGIN_NAME,
                                         OT_USER,
                                         "GROUPS_I'M_IN",
                                         segment,
                                         dataBuffer,
                                         &moreFlag,
                                         &propertyType)) 
                    goto done;

                pdwGroups = (unsigned long *) dataBuffer;

                for (i = 0; i < 32 && *(pdwGroups+i); i++)
                {
                    if (*(pdwGroups+i) == dwObjectId)
                    {
                        *pfCondition = TRUE;
                        return(TRUE);
                    }
                }
            }
        }

        *pfCondition = FALSE;
        fSucceed = TRUE;
    } while (FALSE);

done:

    return(fSucceed);
}

/*
 * Used by IsCompare() in EvalSingleCond() in IfHandler()
 * Return the next token.
 */
char *GetNextPart (char *lpTemp)
{
    INT i;

    if (strncmp (lpTemp, "VALUE", 5) == 0)
        lpTemp = RemoveSpaces (lpTemp+5);

    if (*lpTemp == '\"')
    {
        lpTemp++;
        while (*lpTemp != 0 && *lpTemp != '\"')
            lpTemp = NWAnsiNext(lpTemp);

        if (*lpTemp == 0)
            return(NULL);
        else
            lpTemp++;
    }
    else if (*lpTemp == '<')
    {
        while (*lpTemp != 0 && *lpTemp != '>')
            lpTemp = NWAnsiNext(lpTemp);

        if (*lpTemp == 0)
            return(NULL);
        else
            lpTemp++;
    }
    else
    {
        if (*lpTemp == '%')
            lpTemp++;

        for (i = 0; i < (fNDS ? NUMVAR : NUMVAR_3X); i++)
        {
            if (!nwVarNameCompare(lpTemp, varTable[i].VarName))
            {
                lpTemp += strlen(varTable[i].VarName);
                break;
            }
        }

        if (i == (fNDS ? NUMVAR : NUMVAR_3X))
            return(NULL);
    }

    return(lpTemp);
}

/*
 * Used by EvalSingleCond() in IfHandler()
 * left part of buffer could be "...", <...>, or ... for variables.
 * Return TRUE if buffer consists of <left> <compare operator> <right part> +
 * optional rest parts.
 * Return FALSE otherwise.
 */
int IsCompare (char *buffer, char **ppright,
               int *pnLeftLen, int *pnRightLen,
               int *pindex, char **ppRest)
{
    int i, nLen;
    char *lpTemp;

    if ((lpTemp = GetNextPart (buffer)) == NULL)
        return (FALSE);

    *pnLeftLen = (int) (lpTemp-buffer);
    lpTemp = RemoveSpaces (lpTemp);

    for (i = 0; COMPARE_OPERATORS[i][0]; i++)
    {
        nLen = strlen (COMPARE_OPERATORS[i]);

        if (!strncmp(lpTemp, COMPARE_OPERATORS[i], nLen))
        {
            *lpTemp = 0;
            lpTemp += nLen;
            *ppright = RemoveSpaces (lpTemp);
            *pindex = i;
            *ppRest = GetNextPart (*ppright);
            if ( *ppRest == NULL )
                return (FALSE);
            *pnRightLen = (int) (*ppRest - *ppright);
            *ppRest = RemoveSpaces (*ppRest);
            return(TRUE);
        }
    }

    return(FALSE);
}

/*
 *  Used by EvalSingleCond() in IfHandler()
 *  Evaluate lpLeft and lpRight and do the compare operation of index
 *  and put the result in *pfCondition.
 *  Return TRUE if succeed, FALSE otherwise.
 */
int Compare (char *lpLeft, char *lpRight,
             int nLeftLen, int nRightLen,
             int index, int *pfCondition)
{
    char szLeft[MAXLEN], szRight[MAXLEN], *lpTemp;
    int  nCompare, fValue = FALSE;

    if (strncmp (lpLeft, "VALUE", 5) == 0)
    {
        fValue = TRUE;
        lpTemp = RemoveSpaces (lpLeft+5);
        nLeftLen -= (int) (lpTemp - lpLeft);
        lpLeft = lpTemp;
    }
    if (strncmp (lpRight, "VALUE", 5) == 0)
    {
        fValue = TRUE;
        lpTemp = RemoveSpaces (lpRight+5);
        nRightLen -= (int) (lpTemp - lpRight);
        lpRight = lpTemp;
    }

    strncpy (szLeft, lpLeft, nLeftLen);
    strncpy (szRight, lpRight, nRightLen);

    szLeft[nLeftLen] = 0;
    szRight[nRightLen] = 0;

    if (!QuotedStringTranslate (szLeft) ||
        !QuotedStringTranslate (szRight))
        return(FALSE);

    if (fValue)
        nCompare = atoi(szLeft)-atoi(szRight);
    else
        nCompare = _stricmp (szLeft, szRight);

    if (IsNotEqual(index))
        *pfCondition = (nCompare != 0);
    else if (IsGreaterOrEqual(index))
        *pfCondition = (nCompare >= 0);
    else if (IsGreater(index))
        *pfCondition = (nCompare > 0);
    else if (IsLessOrEqual(index))
        *pfCondition =  (nCompare <= 0);
    else if (IsLess(index))
        *pfCondition = (nCompare < 0);
    else
        *pfCondition = (nCompare == 0);

    return(TRUE);
}

int IsMemberOf (char *buffer)
{
    int fIsMemberOf = FALSE;

    if (!strncmp (buffer, "MEMBER", 6))
    {
        buffer += 6;
        if (*buffer == ' ' || *buffer == '\t')
        {
            buffer = RemoveSpaces (buffer);
            if (!strncmp (buffer, "OF", 2))
            {
                buffer += 2;
                if (*buffer == ' ' || *buffer == '\t')
                    buffer = RemoveSpaces (buffer);
            }
        }

        fIsMemberOf = (*buffer == '"');
    }

    return(fIsMemberOf);
}

int NotMemberOf (char *buffer)
{
    int fNotMemberOf = FALSE;
    if (!strncmp (buffer, "NOT", 3))
    {
        buffer += 3;
        if (*buffer == ' ' || *buffer == '\t')
        {
            buffer = RemoveSpaces (buffer);
            fNotMemberOf = IsMemberOf (buffer);
        }
    }

    return(fNotMemberOf);
}


/*
 *  Used by IfHandler()
 *  Evaluate one condition clause and put result in *pfCondition, *ppRest
 *  points to the rest part of buffer.
 *  Return TRUE if succeed, FALSE otherwise.
 */
int EvalSingleCond (char *buffer, int *pfCondition)
{
    int index, fSuccess = FALSE, nLeftLen, nRightLen;
    char *pright, *pRest;

    if (IsMemberOf(buffer))
        fSuccess = MemberOf (buffer, pfCondition, &pRest);
    else if (NotMemberOf (buffer))
    {
        fSuccess = MemberOf (buffer, pfCondition, &pRest);
        *pfCondition = !(*pfCondition);
    }
    else if (IsCompare (buffer, &pright, &nLeftLen, &nRightLen, &index, &pRest))
        fSuccess = Compare (buffer, pright, nLeftLen, nRightLen, index, pfCondition);
    else if ( !_strnicmp ("ACCESS_SERVER", buffer, strlen("ACCESS_SERVER")) )
    {
        fSuccess = TRUE;
        *pfCondition = FALSE;
        pRest = buffer + strlen ("ACCESS_SERVER"); 
    }

    if (fSuccess)
        memmove (buffer, pRest, strlen (pRest)+1);
    
    return(fSuccess);
}

int EvaluateCondExpression(char *lpCondExpression, int *pfCondition)
{
    int fSuccess = FALSE, fCond;
    char *lpRight, *lpLeft, *lpOp;

    if (lpRight = strchr (lpCondExpression, ')'))
    {
        *lpRight = 0;
        if ((lpLeft = strrchr (lpCondExpression, '(')) == NULL ||
            !EvaluateCondExpression(lpLeft+1, pfCondition))
            return(FALSE);

        *lpLeft = (*pfCondition)? '1' : '0';
        memmove (lpLeft+1, lpRight+1, strlen (lpRight+1)+1);
        return(EvaluateCondExpression (lpCondExpression, pfCondition));
    }

    if (lpOp = strrchr (lpCondExpression, '+'))
    {
        *lpOp = 0;

        if (!EvaluateCondExpression (lpCondExpression, pfCondition) ||
            !EvaluateCondExpression (lpOp+1, &fCond))
            return(FALSE);

        *pfCondition = (*pfCondition || fCond);
        return(TRUE);
    }

    if (lpOp = strrchr (lpCondExpression, '*'))
    {
        *lpOp = 0;

        if (!EvaluateCondExpression (lpCondExpression, pfCondition) ||
            !EvaluateCondExpression (lpOp+1, &fCond))
            return(FALSE);

        *pfCondition = (*pfCondition && fCond);
        return(TRUE);
    }

    if (lpOp = strrchr (lpCondExpression, '^'))
    {
        *lpOp = 0;

        if (!EvaluateCondExpression (lpCondExpression, pfCondition) ||
            !EvaluateCondExpression (lpOp+1, &fCond))
            return(FALSE);

        *pfCondition = !(*pfCondition && fCond);
        return(TRUE);
    }

    if (!strcmp (lpCondExpression, "1"))
    {
        *pfCondition = TRUE;
        return(TRUE);
    }
    else if (!strcmp (lpCondExpression, "0"))
    {
        *pfCondition = FALSE;
        return(TRUE);
    }
    else
        return(FALSE);
}

/*
 *  Used by IfHandler()
 *  Evaluate up to 10 conditions.
 *  Return TRUE if succeed, FALSE otherwise.
 *  On return, buffer stores whatever after conditional expressions
 *  without leading spaces.
 */
int EvaluateCond(char *buffer, int *pfCondition)
{
    int fCondition = TRUE, fCurrent, fSucceed = FALSE, nCount;
    char CondExpression[MAXLEN], *lpCond = CondExpression, *lpBuffer = buffer;

    for (nCount = 0; nCount < 10; nCount++)
    {
        while (*lpBuffer == '(')
        {
            *lpCond = *lpBuffer;
            lpCond++;
            lpBuffer++;
        }

        lpBuffer = RemoveSpaces (lpBuffer);

        if (!EvalSingleCond (lpBuffer, &fCurrent))
            break;

        *lpCond = fCurrent? '1' : '0';
        lpCond++;

        while (*lpBuffer == ')')
        {
            *lpCond = *lpBuffer;
            lpCond++;
            lpBuffer++;
        }

        lpBuffer = RemoveSpaces (lpBuffer);

        if (*lpBuffer == ',')
        {
            *lpCond = '*';
            lpCond++;

            lpBuffer = RemoveSpaces (lpBuffer+1);

            if (!strncmp (lpBuffer, "AND", 3))
                lpBuffer = RemoveSpaces (lpBuffer+3);
        }
        else if (!strncmp (lpBuffer, "AND", 3))
        {
            *lpCond = '*';
            lpCond++;
            lpBuffer = RemoveSpaces (lpBuffer+3);
        }
        else if (!strncmp (lpBuffer, "&&", 2))
        {
            *lpCond = '*';
            lpCond++;
            lpBuffer = RemoveSpaces (lpBuffer+2);
        }
        else if ( (!strncmp (lpBuffer, "OR", 2)) ||
                  (!strncmp (lpBuffer, "||", 2)) )
        {
            *lpCond = '+';
            lpCond++;
            lpBuffer = RemoveSpaces (lpBuffer+2);
        }
        /*
         * A NOR expression is documented in some books, but isn't
         * implemented in the 4X login.exe I have.
         */
        else if (!strncmp (lpBuffer, "NOR", 3))
        {
            *lpCond = '^';
            lpCond++;
            lpBuffer = RemoveSpaces (lpBuffer+3);
        }
        else
        {
            fSucceed = TRUE;
            *lpCond = 0;
            lpBuffer = RemoveSpaces (lpBuffer);
            memmove (buffer, lpBuffer, strlen (lpBuffer)+1);
            break;
        }
    }

    if (fSucceed)
        fSucceed = EvaluateCondExpression (CondExpression, pfCondition);

    return(fSucceed);
}

/*
 *  If statement handler.
 */
int IfHandler (char *lpParam)
{
    int fCommandHandled = FALSE, fCondition;

    do
    {
        if (nCondIndex+1 == MAX_NUM_IF)
        {
            DisplayMessage(IDR_IF_TOO_DEEP);
            fGlobalExitFlag = TRUE;
            fGlobalIfTooDeep = TRUE;
            return TRUE;
        }

        if (EndOfLine (lpParam))
            break;

        if (!EvaluateCond (lpParam, &fCondition))
            break;

        if (!strncmp (lpParam, "THEN", 4))
        {
            lpParam = RemoveSpaces (lpParam+4);

            if (!strncmp (lpParam, "BEGIN", 5))
            {
                lpParam += 5;

                if (!EndOfLine (lpParam))
                    break;
            }
            else if((!strncmp (lpParam, "DO", 2)) &&
                    (strncmp (lpParam, "DOS", 3)))
            {
                lpParam += 2;
                if (!EndOfLine (lpParam))
                    break;
            }
        }
        else if (!strncmp (lpParam, "BEGIN", 5))
        {
            lpParam += 5;

            if (!EndOfLine (lpParam))
                break;
        }

        if (EndOfLine (lpParam))
        {
            nCondIndex++;
            aCondVal[nCondIndex] =
                (nCondIndex > 0 && !aCondVal[nCondIndex-1])?
                FALSE : fCondition;
        }
        else
        {
            if (fCondition && (nCondIndex == -1 || aCondVal[nCondIndex]))
                CommandDispatch (lpParam);
        }

        fCommandHandled = TRUE;

    }while (FALSE);

    return(fCommandHandled);
}

/*
 *  Else statement handler.
 */
int ElseHandler (char *lpParam)
{
    int fCommandHandled = FALSE;

    if (EndOfLine (lpParam))
    {
        if (nCondIndex == 0 ||
            nCondIndex > 0 && aCondVal[nCondIndex-1])
            aCondVal[nCondIndex] = !aCondVal[nCondIndex];

        fCommandHandled = TRUE;
    }

    return(fCommandHandled);
}

/*
 *  End statement handler.
 */
int EndHandler (char *lpParam)
{
    int fCommandHandled = FALSE;

    if (EndOfLine (lpParam))
    {
        if (nCondIndex > -1)
            nCondIndex--;

        fCommandHandled = TRUE;
    }

    return(fCommandHandled);
}

/*
 *  INCLUDE [pathname]filename
 */
int IncludeHandler (char *lpParam)
{
    int fCommandHandled = FALSE, nFileSize;
    char *lpLoginScript, *lpTemp;
    int  i, nCondIndexCopy;
    int  aCondValCopy[MAX_NUM_IF];
    int iRet;

    //
    //  Save off the old globals that track where we are.
    //

    LABEL_LIST *pLabelList = pGlobalLabelList;
    char *lpLine = lpGlobalLine;
    char *lpLineSeparator = lpGlobalLineSeparator;
    int  fHaveNulledLineSeparator = fGlobalHaveNulledLineSeparator;

    pGlobalLabelList = NULL;        // so that we don't free it.

    do
    {
        if (strtok (lpParam, __SPACES__) == NULL)
            break;

        lpTemp = strtok(NULL, __SPACES__);
        if (lpTemp && !EndOfLine (lpTemp))
            break;

        fCommandHandled = TRUE;

        // 8/6/96 cjc (Citrix merge) Fix problem with UNC names causing errors.
        NotQuotedStringTranslate(lpParam, FALSE);
//        NotQuotedStringTranslate(lpParam, TRUE);

        nCondIndexCopy = nCondIndex;
        for (i = 0; i < MAX_NUM_IF; i++)
            aCondValCopy[i] = aCondVal[i];

        /*
         * First we try a NDS object and then a file
         */
        iRet = FALSE;
        if ( fNDS ) 
        {
            iRet = ProcessLoginScriptProperty( lpParam );
            if ( !iRet )
            {
                char Fixup[MAXLEN];
                char * ptr;
                /*
                 * Strip off the . in front and add context at end
                 */
                ptr = RemoveSpaces (lpParam);
                if ( *ptr == '.' ) {
                    ptr++;
                    strncpy( Fixup, ptr, MAXLEN );
                }
                else {
                    strncpy( Fixup, ptr, MAXLEN );
                    if ( Fixup[strlen(Fixup)-1] != '.' )
                        strcat( Fixup, "." );
                    strcat( Fixup, LOGIN_CONTEXT );
                }
                iRet = ProcessLoginScriptProperty( Fixup );
            }
        }

        if ( !fNDS || !iRet )
        {
            nFileSize = NWGetFileSize (lpParam);
            if (nFileSize == 0)
            {
                DisplayMessage(IDR_ERROR_OPEN_SCRIPT, lpParam);
                break;
            }

            // user login script exists.
            lpLoginScript = malloc (nFileSize);
            if (lpLoginScript == NULL)
            {
                DisplayMessage(IDR_NOT_ENOUGH_MEMORY);
                break;
            }

            LoadFile (lpParam, lpLoginScript, nFileSize);

            // dfergus 19 Apr 2001 - 192395
            // check lpLoginScript for contents
            //
            if( lpLoginScript[0] )
                ProcessLoginScript (lpLoginScript);

            free (lpLoginScript);
        }

        fGlobalExitFlag = FALSE;

        nCondIndex = nCondIndexCopy;
        for (i = 0; i < MAX_NUM_IF; i++)
            aCondVal[i] = aCondValCopy[i];

    }while (FALSE);

    //
    //  restore the globals that track where we are in the file.
    //

    pGlobalLabelList = pLabelList;
    lpGlobalLine = lpLine;
    lpGlobalLineSeparator = lpLineSeparator;
    fGlobalHaveNulledLineSeparator = fHaveNulledLineSeparator;


    return(fCommandHandled);
}

/*
 *  Map command handler.
 */
int MapHandler (char *lpParam)
{
    char buffer[MAXLEN]="";

    strcpy( buffer, lpParam );

    NotQuotedStringTranslate( buffer, TRUE );

    Map( buffer );

    return(TRUE);
}

/*
 *  PAUSE or WAIT.
 */
int PauseHandler (char *lpParam)
{
    int fCommandHandled = FALSE;

    if (EndOfLine (lpParam))
    {
        //Empty kb buffer first.
        while (_kbhit())
            _getch();

        DisplayMessage(IDR_STRIKE_KEY);
        _getch();
        DisplayMessage(IDR_NEWLINE);
        fCommandHandled = TRUE;
    }

    return(fCommandHandled);
}

/*
 * Used by WriteHandler().
 * Return TRUE if buffer ends with ';'. Set it to 0
 * Return FALSE otherwise.
 */
int EndWithSemicolon (char *buffer)
{
    char *lpLastSemicolon, *lpRest;
    lpLastSemicolon = strrchr (buffer, ';');
    if (lpLastSemicolon)
    {
        lpRest = RemoveSpaces (lpLastSemicolon+1);
        if (*lpRest == 0)
        {
            *lpLastSemicolon = 0;
            return(TRUE);
        }
    }

    return(FALSE);
}

char *ConvertPercent (char *buffer)
{
    char *lpPercent, *lpBuffer = buffer;
    int   nPercent = 0;

    while (lpPercent = strchr (lpBuffer, '%'))
    {
        nPercent++;
        lpBuffer = lpPercent+1;
    }

    if (nPercent == 0)
        return(NULL);

    lpBuffer = malloc (strlen(buffer)+nPercent+1);
    if (lpBuffer == NULL)
        return(NULL);

    strcpy (lpBuffer, buffer);

    lpPercent = strchr (lpBuffer, '%');

    while (lpPercent)
    {
        memmove (lpPercent+1, lpPercent, strlen (lpPercent)+1);
        lpPercent = strchr ( lpPercent+2, '%');
    }

    return(lpBuffer);
}

/*
 *  WRITE text, display a text message on the screen.
 */
int WriteHandler (char *lpParam)
{
    int fNewLine;
    char *lpBuffer;

    if (*lpParam == 0)
    {
        DisplayMessage(IDR_NEWLINE);
        return(TRUE);
    }

    fNewLine = !EndWithSemicolon (lpParam);

    if (!QuotedStringTranslate (lpParam))
        return FALSE;

    lpBuffer = ConvertPercent (lpParam);
    if (lpBuffer == NULL)
    {
        DisplayOemString(lpParam);
    }
    else
    {
        DisplayOemString(lpBuffer);
        free (lpBuffer);
    }

    if (fNewLine)
        DisplayMessage(IDR_NEWLINE);

    return(TRUE);
}

/*
 * Used by ShiftHandler().
 * Return TURE if the line is all numbers + [comments]
 * Return FALSE otherwise.
 */
int AreAllNumbers(char *buffer)
{
    while (isdigit(*buffer))
        buffer++;

    return(EndOfLine (buffer));
}

/*
 *  Set the nGlobalShiftDelta variable.
 */
int ShiftHandler (char *lpParam)
{
    int fCommandHandled = TRUE;

    if (EndOfLine (lpParam))
        nGlobalShiftDelta++;
    else if (*lpParam == '-')
    {
        lpParam = RemoveSpaces (lpParam+1);
        if (!AreAllNumbers(lpParam))
            fCommandHandled = FALSE;
        else
            nGlobalShiftDelta -= atoi (lpParam);
    }
    else
    {
        if (*lpParam == '+')
            lpParam = RemoveSpaces (lpParam+1);

        if (!AreAllNumbers(lpParam))
            fCommandHandled = FALSE;
        else
            nGlobalShiftDelta += atoi (lpParam);
    }

    return(fCommandHandled);
}

/*
 *  Set the machine name.
 */
int MachineHandler   (char *lpParam)
{
    int nLen, i;

    if (*lpParam != '=')
        return(FALSE);

    lpParam = RemoveSpaces (lpParam+1);
    if (!QuotedStringTranslate(lpParam))
        return(FALSE);

    nLen = strlen (lpParam);
    for (i = nLen; i < 15; i++)
        *(lpParam+i) = ' ';

    *(lpParam+15) = 0;

    return(TRUE);
}

/*
 *  Set the fGlobalCompatible variable.
 */
int CompatibleHandler(char *lpParam)
{
    if (!EndOfLine (lpParam))
        return(FALSE);

    fGlobalCompatible = TRUE;
    return(TRUE);
}

/*
 *  Clear the screen
 */
int ClearHandler(char *lpParam)
{
    CONSOLE_SCREEN_BUFFER_INFO coninfo;
    COORD scrolltarget;
    CHAR_INFO chinfo;
    SMALL_RECT scrollrect;

    if ( hconout == INVALID_HANDLE_VALUE )
    {
        hconout = CreateFile( L"CONOUT$", GENERIC_READ | GENERIC_WRITE,
                              FILE_SHARE_READ | FILE_SHARE_WRITE, NULL,
                              OPEN_EXISTING, 0, NULL );
    }

    if ( hconout == INVALID_HANDLE_VALUE )
        return TRUE;

    GetConsoleScreenBufferInfo( hconout, &coninfo );

    scrolltarget.Y = (SHORT)(0 - coninfo.dwSize.Y);
    scrolltarget.X = 0;

    scrollrect.Top = 0;
    scrollrect.Left = 0;
    scrollrect.Bottom = coninfo.dwSize.Y;
    scrollrect.Right =  coninfo.dwSize.X;
    chinfo.Char.AsciiChar = ' ';
    chinfo.Attributes = coninfo.wAttributes;
    ScrollConsoleScreenBufferA( hconout, &scrollrect, NULL,
                               scrolltarget, &chinfo);

    coninfo.dwCursorPosition.X = 0;
    coninfo.dwCursorPosition.Y = 0;

    SetConsoleCursorPosition( hconout, coninfo.dwCursorPosition );
    return(TRUE);
}

/*
 *  Display the Last Login Time 
 */

int LastLoginTimeHandler(char *lpParam)
{
    BYTE dataBuffer[128];
    unsigned char moreFlag;
    unsigned char propertyType;

    if ( fNDS )
    {
        nwShowLastLoginTime();
    }
    else
    {
        SYSTEMTIME st;
        WCHAR DateBuffer[TIMEDATE_SIZE];
        WCHAR TimeBuffer[TIMEDATE_SIZE];

        NWReadPropertyValue ((NWCONN_HANDLE)CONNECTION_ID,
                             LOGIN_NAME,
                             OT_USER,
                             "MISC_LOGIN_INFO",
                             1,
                             dataBuffer,
                             &moreFlag,
                             &propertyType);

        /**
            Get the data into SYSTEMTIME format:
                0 = year
                1 = month
                2 = day
                3 = hour
                4 = minute
                5 = second
                6 = day of week
        **/

        memset(&st, 0, sizeof(SYSTEMTIME));
        st.wYear        = dataBuffer[0];
        st.wMonth       = dataBuffer[1];
        st.wDay         = dataBuffer[2];
        st.wHour        = dataBuffer[3];
        st.wMinute      = dataBuffer[4];
        st.wSecond      = dataBuffer[5];
        st.wDayOfWeek   = dataBuffer[6];

        /** Get the info based on the local settings **/

        GetDateFormat(
                    LOCALE_USER_DEFAULT,
                    DATE_LONGDATE,
                    &st,
                    NULL,
                    TimeBuffer,
                    TIMEDATE_SIZE);

        GetTimeFormat(
                    LOCALE_USER_DEFAULT,
                    0,
                    &st,
                    NULL,
                    TimeBuffer,
                    TIMEDATE_SIZE);

       DisplayMessage(IDR_LASTLOGIN, DateBuffer, TimeBuffer);
    }

    return(TRUE);
}



/*
 *  Change and/or display the current context.
 */
int ContextHandler (char *lpParam)
{
    unsigned char Buffer[MAXLEN];
    unsigned char * ptr;
    unsigned char CurrentContext[MAXLEN];

    if ( *lpParam ) 
    {
        NotQuotedStringTranslate(lpParam, TRUE);

        ptr = RemoveSpaces (lpParam);

        if ( NDSCanonicalizeName( lpParam, Buffer, MAXLEN, TRUE ) )
        {
            DisplayMessage(IDR_CHANGE_CONTEXT_ERROR, lpParam);
            return(TRUE);
        }

        if ( NDSChangeContext( Buffer ) )
        {
            DisplayMessage(IDR_CHANGE_CONTEXT_ERROR, lpParam);
            return(TRUE);
        }
    }

    if ( NDSGetContext( CurrentContext, MAXLEN ) )
    {
        DisplayMessage(IDR_GET_CONTEXT_ERROR);
    }
    else
    {
        DisplayMessage(IDR_DISPLAY_CONTEXT, CurrentContext);
    }
    return(TRUE);
}

/*
 *  Do nothing. Return TRUE so the the command will not
 *  be considered as bad.
 */
int ScriptServerHandler (char *lpParam)
{
    return(TRUE);
}

/*
 *  If this is a 4X login, do not execute the default login script.
 */
int NoDefaultHandler (char *lpParam)
{
    if ( fNDS )
        fNoDefaultLoginScript = TRUE;
    return(TRUE);
}

/*
 *  Do nothing. Return TRUE so the the command will not
 *  be considered as bad.
 */
int NullHandler (char *lpParam)
{
    return(TRUE);
}

#define NUMBER_ARGUMENTS 20

/*
 *   External commands start with '#', such as #command /c cls
 */
void ExternalCmdHandler (char *lpCommand)
{
    int n;
    int i;
    unsigned int CommandLength;
    char *lpCmdName, *argv[NUMBER_ARGUMENTS];

    for ( n = 0; n < NUMBER_ARGUMENTS; n++ )
        argv[n] = NULL;

    if ((nCondIndex == -1) || aCondVal[nCondIndex])
    {
        //Convert variables first.
        NotQuotedStringTranslate(lpCommand, FALSE);

        lpCommand = RemoveSpaces(lpCommand+1);
        lpCmdName = strtok (lpCommand, __SPACES__);

        lpCmdName = NTNWtoUNCFormat(lpCmdName);

        argv[0] = lpCmdName;

        for (n = 1; n < NUMBER_ARGUMENTS - 1; n++)
        {
            if ((argv[n] = strtok (NULL, __SPACES__)) == NULL)
                break;
        }


        /*
         * Capture command 
         */
        CommandLength = strlen( lpCommand );

        /*
         * First see if a COMMAND.COM is invoked
         */
        if ( ( ( CommandLength >= strlen("COMMAND.COM") )  &&
             ( !_stricmp( &lpCommand[CommandLength-strlen("COMMAND.COM")], "COMMAND.COM") ) ) ||
                 ( ( CommandLength >= strlen("COMMAND") )  &&
                 ( !_stricmp( &lpCommand[CommandLength-strlen("COMMAND")], "COMMAND") ) ) )
        {
            /*
             * Search for the CAPTURE argument
             */
            for ( i = 1; i < n; i++ )
            {
                CommandLength = strlen( argv[i] );
                if ( ( ( CommandLength >= strlen("CAPTURE.EXE") )  &&
                       ( !_stricmp( &(argv[i])[CommandLength-strlen("CAPTURE.EXE")], "CAPTURE.EXE") ) ) ||
                     ( ( CommandLength >= strlen("CAPTURE") )  &&
                     ( !_stricmp( &(argv[i])[CommandLength-strlen("CAPTURE")], "CAPTURE") ) ) ) {
                    Capture( argv + i, n - i );
                    return;
                }
            }
        }
        else
        {
            /*
             * Is this a CAPTURE command?
             */
            if ( ( ( CommandLength >= strlen("CAPTURE.EXE") )  &&
                 ( !_stricmp( &lpCommand[CommandLength-strlen("CAPTURE.EXE")], "CAPTURE.EXE") ) ) ||
                 ( ( CommandLength >= strlen("CAPTURE") )  &&
                 ( !_stricmp( &lpCommand[CommandLength-strlen("CAPTURE")], "CAPTURE") ) ) ) {
                    Capture( argv, n );
                    return;
            }
        }

        if ((SCRIPT_ERROR = (int) _spawnvp (P_WAIT, lpCmdName, argv)) == -1)
        {
            if (errno == ENOENT)
                DisplayMessage(IDR_ENOENT, lpCommand);
            else
                DisplayMessage(IDR_CANNOT_EXECUTE, lpCommand);
        }
    }
}

/*
 *  Printe out the bad command line.
 */
void BadCommandHandler (char *lpCommand)
{
    DisplayMessage(IDR_SCRIPT_ERROR);
    DisplayMessage(IDR_ORIGINAL_LINE_WAS, lpCommand);
}


/*
 *  Swap the object id.
 */
DWORD SwapLong(DWORD number)
{
    BYTE    *p, tmp[4];

    p = (BYTE *)&number;

    tmp[0] = p[3];
    tmp[1] = p[2];
    tmp[2] = p[1];
    tmp[3] = p[0];

    return(*(DWORD *)tmp);
}

/*
 *  Remove leading spaces, including tabs.
 */
char *RemoveSpaces (char * buffer)
{
    while (*buffer == ' ' || *buffer == '\t')
        buffer++;
    return(buffer);
}

/*
 *  Return TRUE if buffer points to the end of the lind, FALSE otherwise.
 */
int EndOfLine (char *buffer)
{
    int fEndOfLine = FALSE;

    buffer = RemoveSpaces (buffer);

    if (*buffer == '\0' ||
        *buffer == ';' ||
        *buffer == '*' ||
        *buffer == '\r')
        fEndOfLine = TRUE;

    return(fEndOfLine);
}

/*
 *  Return TRUE if lpParam points to "ON", FALSE otherwise.
 */
int IsOn (char *lpParam)
{
    int fOn = FALSE;

    if (!strncmp (lpParam, "ON", 2))
    {
        lpParam += 2;
        fOn = EndOfLine (lpParam);
    }

    return(fOn);
}

/*
 *  Return TRUE if lpParam points to "OFF", FALSE otherwise.
 */
int IsOff (char *lpParam)
{
    int fOff = FALSE;

    if (!strncmp (lpParam, "OFF", 3))
    {
        lpParam += 3;
        fOff = EndOfLine (lpParam);
    }

    return(fOff);
}

/*
 *  Used by VarTranslate().
 *  Copy to buffer the value of time variable specified by index.
 */
void GetTime (char *buffer, int index)
{
    time_t     currentTime;
    struct tm *tmCurrentTime;

    time (&currentTime);
    tmCurrentTime = localtime(&currentTime);

    switch (index)
    {
    case IDS_DAY:
        sprintf (buffer, "%02d\0", tmCurrentTime->tm_mday);
        break;
    case IDS_DAY_OF_WEEK:
        LoadStringA(NULL, IDR_SUNDAY+tmCurrentTime->tm_wday, buffer, 256);
        break;
    case IDS_MONTH:
        sprintf (buffer, "%02d\0", tmCurrentTime->tm_mon+1);
        break;
    case IDS_MONTH_NAME:
        LoadStringA(NULL, IDR_JANUARY+tmCurrentTime->tm_mon, buffer, 256);
        break;
    case IDS_NDAY_OF_WEEK:
        sprintf (buffer, "%d\0", tmCurrentTime->tm_wday+1);
        break;
    case IDS_SHORT_YEAR:
        sprintf (buffer, "%04d\0", tmCurrentTime->tm_year+1900);
        strcpy (buffer, buffer+2);
        break;
    case IDS_YEAR:
        sprintf (buffer, "%04d\0", tmCurrentTime->tm_year+1900);
        break;
    case IDS_AM_PM:
        LoadStringA(NULL, IDR_AM+(tmCurrentTime->tm_hour>=12? 1:0),buffer, 256);
        break;
    case IDS_GREETING_TIME:
        if (tmCurrentTime->tm_hour >= 6 && tmCurrentTime->tm_hour < 12)
            index=0;
        else if (tmCurrentTime->tm_hour >= 12 && tmCurrentTime->tm_hour < 18)
            index=1;
        else
            index=2;

        LoadStringA(NULL, IDR_GREETING_MORNING+index, buffer, 256);
        break;
    case IDS_HOUR:
        if (tmCurrentTime->tm_hour > 12)
            tmCurrentTime->tm_hour -= 12;
        sprintf (buffer, "%d\0", tmCurrentTime->tm_hour);
        break;
    case IDS_HOUR24:
        sprintf (buffer, "%02d\0", tmCurrentTime->tm_hour);
        break;
    case IDS_MINUTE:
        sprintf (buffer, "%02d\0", tmCurrentTime->tm_min);
        break;
    case IDS_SECOND:
        sprintf (buffer, "%02d\0", tmCurrentTime->tm_sec);
        break;
    default:
        *buffer = 0;
    }
}

/*
 *  Used by VarTranslate().
 *  Copy to buffer login user's full name.
 */
void GetFullName (char *buffer)
{
    unsigned int  iRet = 0;
    unsigned char moreFlag;
    unsigned char propertyType;

    if ( fNDS )
    {
        NDSGetVar ( "Full Name", buffer, 128 );
        if ( buffer[0] == '\0' )
            strcpy (buffer, "* Unknown *");
    }
    else
    {
        iRet = NWReadPropertyValue ((NWCONN_HANDLE)CONNECTION_ID,
                                    LOGIN_NAME,
                                    OT_USER,
                                    "IDENTIFICATION",
                                    1,
                                    buffer,
                                    &moreFlag,
                                    &propertyType);
        if (iRet)
            strcpy (buffer, "* Unknown *");
    }
}

/*
 *  Used by VarTranslate().
 *  Copy to buffer login user's object id.
 */
void GetUserID (char *buffer)
{
    unsigned long dwObjectID = 0;

    if ( fNDS )
        dwObjectID = GUserObjectID;
    else
        NTGetUserID( CONNECTION_ID, &dwObjectID );
    sprintf (buffer, "%lx\0", SwapLong(dwObjectID));
    _strupr (buffer);
}

unsigned int GetDays (unsigned int year, BYTE month, BYTE date)
{
    unsigned int i, days = 0;

    for (i = 1; i < month; i++)
    {
        if (i == 2)
            days += (year%4)? 28 : 29;
        else if (i == 4 || i == 6 || i == 9 || i == 11)
            days += 30;
        else
            days += 31;
    }

    days += date;
    return(days);
}

/*
 *  Used by VarTranslate().
 *  Copy to buffer the days in which the password expires.
 */
void GetPasswordExpires (char *buffer)
{
    unsigned int  iRet = 0;
    unsigned int  iRet2 = 0;
    unsigned char moreFlag;
    unsigned int  yearCurrent, yearEnd, days;
    BYTE          monthCurrent, dayCurrent, monthEnd, dayEnd;
    unsigned int exptime = 0, logintime = 0;
    unsigned char propertyType;


    if ( fNDS )
    {
        iRet = NDSGetUserProperty ("Password Expiration Time", (PBYTE)&exptime,
                             4, NULL, NULL);
        iRet2 = NDSGetUserProperty ("Login Time", (PBYTE)&logintime,
                             4, NULL, NULL);

        if ( ( exptime && logintime ) && !iRet && !iRet2 )
        {
            if ( exptime <= logintime )
                strcpy( buffer, "0" );
            else
                sprintf( buffer, "%u", ((exptime-logintime)/(60*60*24)) + 1 );
        }
        else
        {
            sprintf( buffer, "%u", 0x7FFF );
        }
    }
    else 
    {
        NTGetTheDate( &yearCurrent, &monthCurrent, &dayCurrent );
        NWReadPropertyValue ((NWCONN_HANDLE)CONNECTION_ID,
                             LOGIN_NAME,
                             OT_USER,
                             "LOGIN_CONTROL",
                             1,
                             buffer,
                             &moreFlag,
                             &propertyType);

        yearEnd = 1900 + buffer[4];
        monthEnd = buffer[5];
        dayEnd = buffer[6];

        if (monthEnd == 0)
            days = (((yearCurrent%4)? 365 : 366) - GetDays (yearCurrent, monthCurrent, dayCurrent));
        else if (yearEnd == yearCurrent)
        {
            if (monthEnd < monthCurrent ||
                (monthEnd == monthCurrent && dayEnd <= dayCurrent))
                days = 0;
            else
                days = GetDays (yearEnd, monthEnd, dayEnd) - GetDays (yearCurrent, monthCurrent, dayCurrent) - 1;
        }
        else
            days = ((yearCurrent%4)? 364 : 365) + GetDays (yearEnd, monthEnd, dayEnd) - GetDays (yearCurrent, monthCurrent, dayCurrent);

        sprintf (buffer, "%u", days);
    }
}

/*
 *  Used by VarTranslate().
 *  Copy to buffer value of the dos environment variable.
 *  If the variable is not found, buffer is set to be empty string.
 */
void GetDosEnv (char *buffer)
{
    char *lpTemp;

    // This could be called from "%<x>" where x is not upcase. capitalize
    // the string first to be sure.
    _strupr(buffer);

    lpTemp = strchr (buffer, '>');
    if (lpTemp) {
        *lpTemp = 0;

        lpTemp = getenv (buffer+1);

        if (lpTemp && (strlen(lpTemp) < MAXLEN)) {
            strcpy (buffer, lpTemp);
            return;
        }
    }

    *buffer = 0;
}

/*
 *  Used by VarTranslate().
 *  Copy to buffer the 8 bytes network address.
 */
void GetNetWorkAddr (char *buffer)
{
    unsigned char   internetAddress[10] = {0,0,0,0,0,0,0,0,0,0};

    GetInternetAddress (CONNECTION_ID,
                        CONNECTION_NUMBER,
                        internetAddress);

    sprintf (buffer,
             "%02X%02X%02X%02X\0",
             internetAddress[0],
             internetAddress[1],
             internetAddress[2],
             internetAddress[3] );
}


/*
 *  Used by VarTranslate().
 *  Copy to buffer the 12 bytes node address to buffer.
 */
void GetPStation (char *buffer)
{
    unsigned char   internetAddress[10] = {0,0,0,0,0,0,0,0,0,0};

    GetInternetAddress (CONNECTION_ID,
                        CONNECTION_NUMBER,
                        internetAddress);

    sprintf (buffer,
             "%02X%02X%02X%02X%02X%02X\0",
             internetAddress[4],
             internetAddress[5],
             internetAddress[6],
             internetAddress[7],
             internetAddress[8],
             internetAddress[9]);
}

/*
 *  Used by VarTranslate().
 *  Copy to buffer the decimal string representing the remaining account
 *  balance
 */
void GetAccountBalance (char *buffer)
{
    DWORD balance;
    BYTE dataBuffer[128];
    unsigned char moreFlag;
    unsigned char propertyType;
    unsigned int err;

    if ( fNDS )
    {
        err = NDSGetUserProperty ("Account Balance", dataBuffer,128, NULL, NULL);
    }
    else
    {
        err = NWReadPropertyValue ((NWCONN_HANDLE)CONNECTION_ID,
                                   LOGIN_NAME,
                                   OT_USER,
                                   "ACCOUNT_BALANCE",
                                   1,
                                   dataBuffer,
                                   &moreFlag,
                                   &propertyType);
    }

    if ( err )
        balance = 0;
    else 
        balance = *((DWORD *)dataBuffer); 

    sprintf (buffer, "%d", balance);
}

/*
 *  Used by VarTranslate().
 *  Copy to buffer MACHINE, SMACHINE, OS, OS_VERSION or SHELL_TYPE
 *  to buffer according to index.
 */
void GetShellVersion(char *buffer, int index)
{
    static char szTemp[40];
    char *lpTemp;
    BYTE shellmajor, shellminor, shellnum;

    NTGetVersionOfShell( szTemp, &shellmajor, &shellminor, &shellnum );

    lpTemp = szTemp;

    switch (index)
    {
    case IDS_OS:
        strcpy (buffer, lpTemp);
        break;
    case IDS_OS_VERSION:
        lpTemp += (strlen (lpTemp)+1);
        strcpy (buffer, lpTemp);
        break;
    case IDS_MACHINE:
        lpTemp += (strlen (lpTemp)+1);
        lpTemp += (strlen (lpTemp)+1);
        strcpy (buffer, lpTemp);
        break;
    case IDS_SMACHINE:
        lpTemp += (strlen (lpTemp)+1);
        lpTemp += (strlen (lpTemp)+1);
        lpTemp += (strlen (lpTemp)+1);
        strcpy (buffer, lpTemp);
        break;
    case IDS_SHELL_TYPE:
    case IDS_SHELL_VERSION:
        sprintf (buffer, "V%d.%d%d%c", shellmajor, shellminor/10, shellminor%10, 'A'+shellnum);
        break;
    default:
        *buffer = 0;
        break;
    }
}

void GetArgv(char *buffer)
{
    int n;

    n = atoi (buffer)+nGlobalShiftDelta;

    if (n == 0)
        strcpy (buffer, PREFERRED_SERVER);
    else if (n == 1)
        strcpy (buffer, LOGIN_NAME);
    else if (n > 1 && n < ARGC)
        strcpy (buffer, ARGV[n]);
    else
        *buffer = 0;
}

/*
 *  vartext is an array of size MAXLEN.
 *  vartext points to a string starts with a variable on enter.
 *  vartext stores the value of the variable on exit.
 *  Return the lenth of the variable.
 */
int VarTranslate(char *vartext)
{
    int i, nVarLen = 0;

    for (i = 0; i < (fNDS ? NUMVAR : NUMVAR_3X); i++)
    {
        if (!nwVarNameCompare(vartext, varTable[i].VarName))
        {
            nVarLen = strlen(varTable[i].VarName);

            switch ( i )
            {
            case IDS_DAY_OF_WEEK:
            case IDS_DAY:
            case IDS_MONTH_NAME:
            case IDS_MONTH:
            case IDS_NDAY_OF_WEEK:
            case IDS_SHORT_YEAR:
            case IDS_YEAR:
            case IDS_AM_PM:
            case IDS_GREETING_TIME:
            case IDS_HOUR24:
            case IDS_HOUR:
            case IDS_MINUTE:
            case IDS_SECOND:
                GetTime (vartext, i);
                break;
            case IDS_FULL_NAME:
                GetFullName (vartext);
                break;
            case IDS_LOGIN_NAME:
                strcpy (vartext, LOGIN_NAME);
                /*
                 *  4X LOGIN.EXE always truncates and replaces spaces
                 *  with underscores.   There was a report that some
                 *  versions of 3X LOGIN.EXE do this also. 
                 */
                if ( fNDS )
                {
                    int i;
                    vartext[8] = '\0';
                    for ( i = 0; i < 8; i++ )
                        if ( vartext[i] == ' ' )
                            vartext[i] = '_';
                }
                break;
            case IDS_USER_ID:
                GetUserID (vartext);
                break;
            case IDS_PASSWORD_EXPIRES:
                GetPasswordExpires (vartext);
                break;
            case IDS_NETWORK_ADDRESS:
            case IDS_NETWORK:
                GetNetWorkAddr (vartext);
                break;
            case IDS_FILE_SERVER:
                strcpy (vartext, PREFERRED_SERVER);
                break;
            case IDS_ACCESS_SERVER:
            case IDS_ACCESS:
                strcpy (vartext, "0");
                break;
            case IDS_ERROR_LEVEL:
            case IDS_ERRORLEVEL:
                sprintf (vartext, "%u", SCRIPT_ERROR);
                break;
            case IDS_MACHINE:
            case IDS_OS_VERSION:
            case IDS_OS:
            case IDS_SMACHINE:
            case IDS_SHELL_TYPE:
            case IDS_SHELL_VERSION:
                GetShellVersion (vartext, i);
                break;
            case IDS_STATION:
                sprintf (vartext, "%d", CONNECTION_NUMBER);
                break;
            case IDS_P_STATION:
                GetPStation (vartext);
                break;
            case IDS_LAST_NAME:
            case IDS_SURNAME:
                strcpy (vartext, LAST_NAME);
                break;
            case IDS_LOGIN_CONTEXT: 
                strcpy (vartext, LOGIN_CONTEXT);
                break;
            case IDS_NETWARE_REQUESTER:
            case IDS_REQUESTER_VERSION:
            case IDS_DOS_REQUESTER:
            case IDS_REQUESTER:
                strcpy (vartext, REQUESTER_VERSION);
                break;
            case IDS_REQUESTER_CONTEXT:
                strcpy (vartext, REQUESTER_CONTEXT);
                break;
            case IDS_ACCOUNT_BALANCE: 
                GetAccountBalance (vartext);
                break;
            case IDS_CN: 
                strcpy (vartext, COMMON_NAME);
                break;
            case IDS_HOME_DIRECTORY:
                {
                    char buffer[MAXLEN];

                    vartext[0] = '\0';
                    NDSGetVar ( varTable[i].VarName, buffer, MAXLEN );
                    if ( buffer[0] )
                        ConverNDSPathToNetWarePathA( buffer, NULL, vartext );
                }
                break;
            case IDS_ADMINISTRATIVE_ASSISTANT:
            case IDS_ALLOW_UNLIMITED_CREDIT:
            case IDS_DESCRIPTION:
            case IDS_EMAIL_ADDRESS:
            case IDS_EMPLOYEE_ID:
            case IDS_FACSIMILE_TELEPHONE_NUMBER:
            case IDS_GROUP_MEMBERSHIP:
            case IDS_HIGHER_PRIVILEGES:
            case IDS_INITIALS:
            case IDS_LANGUAGE:
            case IDS_LOCKED_BY_INTRUDER:
            case IDS_LOGIN_DISABLED:
            case IDS_LOGIN_GRACE_LIMIT:
            case IDS_LOGIN_GRACE_REMAINING:
            case IDS_LOGIN_INTRUDER_ATTEMPTS:
            case IDS_LOGIN_MAXIMUM_SIMULTANEOUS:
            case IDS_MAILSTOP:
            case IDS_MESSAGE_SERVER:
            case IDS_MINIMUM_ACCOUNT_BALANCE:
            case IDS_OBJECT_CLASS:
            case IDS_OU:
            case IDS_PASSWORD_ALLOW_CHANGE:
            case IDS_PASSWORD_MINIMUM_LENGTH:
            case IDS_PASSWORD_REQUIRED:
            case IDS_PASSWORD_UNIQUE_REQUIRED:
            case IDS_PASSWORDS_USED:
            case IDS_PHYSICAL_DELIVERY_OFFICE_NAME:
            case IDS_POSTAL_ADDRESS:
            case IDS_POSTAL_CODE:
            case IDS_POSTAL_OFFICE_BOX:
            case IDS_PRIVATE_KEY:
            case IDS_PROFILE:
            case IDS_REVISION:
            case IDS_SECURITY_EQUALS:
            case IDS_SECURITY_FLAGS:
            case IDS_SEE_ALSO:
            case IDS_SERVER_HOLDS:
            case IDS_SUPERVISOR:
            case IDS_TELEPHONE_NUMBER:
            case IDS_TITLE:
            case IDS_CERTIFICATE_VALIDITY_INTERVAL:
            case IDS_EQUIVALENT_TO_ME:
            case IDS_GENERATIONAL_QUALIFIER:
            case IDS_GIVEN_NAME:
            case IDS_MAILBOX_ID:
            case IDS_MAILBOX_LOCATION:
            case IDS_PROFILE_MEMBERSHIP:
            case IDS_SA:
            case IDS_S:
            case IDS_L:
                NDSGetVar ( varTable[i].VarName, vartext, MAXLEN );
                break;
            }
            return(nVarLen);
        }
    }

    if (isdigit(*vartext))
    {
        while (isdigit(vartext[nVarLen]))
            nVarLen++;
        GetArgv(vartext);
    }
    else if (*vartext == '<')
    {
        nVarLen = 1;
        while (vartext[nVarLen] != '>' && vartext[nVarLen] != 0)
        {
            if (IsDBCSLeadByte(vartext[nVarLen]))
                nVarLen++;
            nVarLen++;
        }

        if (vartext[nVarLen] == 0)
            nVarLen = 0;
        else
        {
            nVarLen++;
            GetDosEnv (vartext);
        }
    }

    return(nVarLen);
}

/*
 *  Parse path string.
 *  If find the %variable value, replace it, otherwise keep as it is.
 */
void  NotQuotedStringTranslate(char *buf, BOOL Remove_dbs)
{
    char *pPercentSign, *pRest, vartext[MAXLEN];
    int   nVarLen, nInsertlen;

    if ( Remove_dbs )
    {
        // Convert \\ to \.
        pRest = buf;
        for (pRest = buf; *pRest; pRest = NWAnsiNext(pRest))
        {
            if (*pRest == '\\' && *(pRest+1) == '\\')
                memmove (pRest, pRest+1, strlen (pRest));
        }
    }

    // Convert variables following '%' sign.
    pRest = buf;
    while (pPercentSign = strchr(pRest, '%'))
    {
        pRest = pPercentSign+1;

        strcpy (vartext, pRest);

        nVarLen = VarTranslate(vartext);

        if (nVarLen == 0)
            continue;

        nInsertlen = strlen (vartext);
        if (strlen (buf) + nInsertlen - nVarLen < MAXLEN)
        {
            pRest = pPercentSign+1+nVarLen;

            memmove (pPercentSign+nInsertlen, pRest, strlen (pRest)+1);
            memmove (pPercentSign, vartext, nInsertlen);
            pRest = pPercentSign+nInsertlen;
        }
    }
}

/*
 *  Used by QuotedStringTranslate()
 *  On enter, *ppTemp point to a variable, on exit *ppTemp points to the
 *  charecter next to the variable. *ppBuffer points to the end of the
 *  value of the variable.
 */
int DoVarTranslate (char **ppTemp, char **ppBuffer, unsigned int nMaxLen, int fInquotes)
{
    int nVarLen;
    char vartext[MAXLEN];

    strcpy (vartext, *ppTemp);

    nVarLen = VarTranslate (vartext);

    if (nVarLen != 0)
    {
        if (strlen(vartext) >= nMaxLen)
            return(FALSE);

        strcpy (*ppBuffer, vartext);
        (*ppBuffer) = (*ppBuffer) + strlen (vartext);
        (*ppTemp) += nVarLen;
    }
    else if (fInquotes)
    {
        strcpy (*ppBuffer, "%");
        (*ppBuffer) += 1;
    }
    else
        return(FALSE);

    return(TRUE);
}

/*
 *  Used by QuotedStringTranslate()
 *  On entry, *(*ppTemp -1) is '\', if **ppTemp is one of those special
 *  characters, put the value in **ppBuffer, otherwise copy '\\\ and
 *  whatever is in *ppBuffer to *ppBuffer.
 */
void TranslateSpecialChar (char **ppTemp, char **ppBuffer)
{
    (*ppTemp)++;

    if (**ppTemp == '\\')
        **(ppBuffer) = '\\';
    else if (**ppTemp == 'n')
        **(ppBuffer) ='\n';
    else if (**ppTemp == 'r')
        **(ppBuffer) ='\r';
    else if (**ppTemp == '\"')
        **(ppBuffer) ='\"';
    else if (**ppTemp == '7')
        **(ppBuffer) ='\7';
    else
    {
        **(ppBuffer) = '\\';
        (*ppBuffer)++;
        return;
    }

    (*ppBuffer)++;
    (*ppTemp)++;;
}

/*
 *  Used by QuotedStringTranslate().
 *  Return TRUE if there are more interesting strings and it's seperated by ';'
 *  FALSE otherwise.
 */
int GetNextString (char **ppTemp, int *pfEnd)
{
    int fMore = FALSE;

    (*ppTemp) = RemoveSpaces (*ppTemp);

    *pfEnd = (**ppTemp == 0);

    if (**ppTemp == ';')
    {
        (*ppTemp) = RemoveSpaces (*ppTemp+1);
        fMore = TRUE;
    }

    return(fMore);
}


int GetLastShiftOp (char *buffer, char *pchOp, char *lpRest)
{
    int i, inquotes = FALSE;

    // NetWare compatibility fix.
    // for (i = strlen (buffer)-1; i >= 0; i--)

    for (i = 0; buffer[i]; i++)
    {
        if (buffer[i] == '\"' && buffer [i-1] != '\\')
            inquotes = !inquotes;
        if (!inquotes &&
            ( (buffer[i] == '>' && buffer[i+1] == '>')
            ||(buffer[i] == '<' && buffer[i+1] == '<')))
        {
            *pchOp = buffer[i];
            buffer[i] = 0;
            strcpy (lpRest, RemoveSpaces(buffer+i+2));
            return(TRUE);
        }
    }

    return(FALSE);
}
int GetLastAddOp (char *buffer, char *pchOp, char *lpRest)
{
    int i, inquotes = FALSE;

    // NetWare compatibility fix.
    // for (i = strlen (buffer)-1; i >= 0; i--)

    for (i = 0; buffer[i]; i++)
    {
        if (buffer[i] == '\"' && buffer [i-1] != '\\')
            inquotes = !inquotes;
        if (!inquotes &&
            (buffer[i] == '+' || buffer[i] == '-') )
        {
            *pchOp = buffer[i];
            buffer[i] = 0;
            strcpy (lpRest, RemoveSpaces(buffer+i+1));
            return(TRUE);
        }
    }

    return(FALSE);
}

int GetLastMultiplyOp (char *buffer, char *pchOp, char *lpRest)
{
    int i, inquotes = FALSE;

    // NetWare compatibility fix.
    // for (i = strlen (buffer)-1; i >= 0; i--)
    for (i = 0; buffer[i]; i++)
    {
        if (buffer[i] == '\"' && buffer [i-1] != '\\')
            inquotes = !inquotes;
        if (!inquotes &&
            (buffer[i] == '*' || buffer[i] == '/' || buffer[i] == '%') )
        {

            *pchOp = buffer[i];
            buffer[i] = 0;
            strcpy (lpRest, RemoveSpaces(buffer+i+1));
            return(TRUE);
        }
    }

    return(FALSE);
}

/*
 *  Used by QuotedStringTranslate.
 *  Return TRUE if input buffer is right format, FALSE otherwise.
 */
int SingleStringTranslate (char *buffer)
{
    int   inquotes = FALSE, fEnd = FALSE, nShift, nLen;
    char  szRest[MAXLEN], chOp;
    char *lpTemp = szRest, *lpBuffer=buffer;

    buffer = RemoveSpaces (buffer);

    if (GetLastShiftOp (buffer, &chOp, szRest))
    {
        if (!QuotedStringTranslate (buffer))
            return(FALSE);

        while (isdigit (*lpTemp))
            lpTemp++;

        if (!EndOfLine(lpTemp))
            return(FALSE);

        *lpTemp = 0;

        nShift = atoi (szRest);
        nLen = strlen (buffer);

        if (nShift >= nLen)
            *buffer = 0;
        else
        {
            if (chOp == '<')
                memmove (buffer, buffer+nShift, nLen-nShift);

            *(buffer+nLen-nShift) = 0;
        }
    }
    else if (GetLastAddOp (buffer, &chOp, szRest))
    {
        if (!QuotedStringTranslate (buffer) ||
            !QuotedStringTranslate (szRest))
            return(FALSE);

        sprintf (buffer, "%d", (chOp == '+')? (atoi (buffer) + atoi (szRest))
                                            : (atoi (buffer) - atoi (szRest)));
    }
    else if (GetLastMultiplyOp (buffer, &chOp, szRest))
    {
        if (!QuotedStringTranslate (buffer) ||
            !QuotedStringTranslate (szRest))
            return(FALSE);

        if (chOp == '*')
            sprintf (buffer, "%d", atoi (buffer) * atoi (szRest));
        else
        {
            if (atoi (szRest) == 0)
            {
                DisplayMessage(IDR_DIVIDE_BY_ZERO);
                strcpy (buffer, "0");
            }
            else
            {
                sprintf (buffer, "%d",(chOp == '/')? (atoi (buffer) / atoi (szRest))
                                                   : (atoi (buffer) % atoi (szRest)));
            }
        }
    }
    else
    {
        strcpy (szRest, buffer);
        *buffer = 0;

        while (*lpTemp)
        {
            if (inquotes)
            {
                if (*lpTemp == '\\')
                    TranslateSpecialChar (&lpTemp, &buffer);
                else if (*lpTemp == '\"')
                {
                    inquotes = !inquotes;
                    lpTemp++;
                    if (!GetNextString (&lpTemp, &fEnd))
                        break;
                }
                else if (*lpTemp == '%')
                {
                    lpTemp++;
                    DoVarTranslate (&lpTemp, &buffer, MAXLEN-(UINT)(buffer-lpBuffer), TRUE);
                }
                else
                {
                    *buffer =  *lpTemp;
                    if (IsDBCSLeadByte(*buffer))
                    {
                        buffer++;
                        lpTemp++;
                        *buffer =  *lpTemp;
                    }
                    buffer++;
                    lpTemp++;
                }
            }
            else
            {
                if (*lpTemp == '\"')
                {
                    inquotes = !inquotes;
                    lpTemp++;
                }
                else
                {
                    if (!DoVarTranslate (&lpTemp, &buffer, MAXLEN-(UINT)(buffer-lpBuffer), FALSE) ||
                        !GetNextString (&lpTemp, &fEnd))
                        break;
                }
            }
        }
        if (!fEnd)
        {
            if ( inquotes )
                DisplayMessage( IDR_NO_END_QUOTE );
            return(FALSE);
        }
        *buffer = 0;
    }

    return(TRUE);
}

/*
 *  Replace the variables in the string with their value.
 *  Use this function when the input string is quoted format.
 *  Return TRUE if input buffer is right format, FALSE otherwise.
 */
int QuotedStringTranslate (char *buffer)
{
    char  szTemp[MAXLEN], *lpLeft, *lpRight, *ptr = buffer, *pNext;
    int inquotes;

    lpLeft = *buffer == '('? buffer : NULL;
    lpRight = *buffer == ')'? buffer : NULL;
    inquotes = (*ptr == '"');

    while (*ptr)
    {
        pNext = NWAnsiNext (ptr);

        if (*pNext == '"' && *(ptr) != '\\')
        {
            pNext++;
            inquotes = !inquotes;
        }

        ptr = pNext;

        if (!inquotes)
        {
            if (*ptr == '(')
                lpLeft = ptr;
            else if (*ptr == ')')
            {
                lpRight = ptr;

                *lpRight = 0;

                if (lpLeft == NULL)
                    return(FALSE);

                if (lpRight - lpLeft <= 1) //There should be something in the backets.
                    return(FALSE);

                *lpLeft = 0;

                strncpy (szTemp, lpLeft+1, (UINT)(lpRight-lpLeft));

                if (!SingleStringTranslate (szTemp))
                    return(FALSE);

                if (strlen (buffer) + strlen(szTemp) + strlen (lpRight+1) + 2 >= MAXLEN)
                    return(FALSE);

                *lpLeft = '"';
                *(lpLeft+1+strlen(szTemp)) = '"';
                memmove (lpLeft+2+strlen(szTemp), lpRight+1, strlen (lpRight+1)+1);
                memmove (lpLeft+1, szTemp, strlen(szTemp));

                lpLeft = *buffer == '('? buffer : NULL;
                lpRight = *buffer == ')'? buffer : NULL;
                ptr = buffer;
                inquotes = (*ptr == '"');
            }
        }
    }

    if (lpLeft != NULL || lpRight != NULL)
        return(FALSE);
    return(SingleStringTranslate (buffer));
}


void BreakOff(void)
{
    fBreakOn = FALSE;

    NTBreakOff();
}

void BreakOn(void)
{
    fBreakOn = TRUE;

    NTBreakOn();
}

/*
 *  Used by ComspecHandler() and SetHandler()
 *  Set dos environment variable.
 */
int SetEnv (char *lpEnvLine)
{
    ExportEnv( lpEnvLine );
    return(TRUE);
}