strcpy(serverList[j].name,	 serverList[j+1].name	);
				strcpy(serverList[j+1].name, tempName				);

				/*
					Switch the server addresses
				*/
				strcpy(tempAddr, 			 serverList[j].addr		);
				strcpy(serverList[j].addr,	 serverList[j+1].addr	);
				strcpy(serverList[j+1].addr, tempAddr				);
			}

	return;

}

/****************************************************************************/

/*
	Description:	Print the list of servers and there addresses
	
	Called by:		Main
*/

void PrintServerNames(serverList, numServers, defaultConnection)

	SERVER	serverList[];		/* List of servers and there addresses		*/
	int		numServers;			/* Number of servers found					*/
	WORD	defaultConnection;	/* Default connection						*/

{

	int		i,					/* Loop counter								*/
			status;				/* Status message for this server			*/
	WORD	connection;			/* Connection ID to a server in the list	*/

	/*
		Clear the message that says we are reading server names
	*/
	fprintf(stderr, GetMessage(ERASE_LINE));

	/*
		If output is being sent to a file, tell user that we are doing so
	*/
	if (outputToFile)
		fprintf(stderr, GetMessage(WRITING_TO_FILE));

	/*
		Now print out all the servers
	*/
	for ( i = 0 ; i <= numServers-1 ; i++ )
	{
		/*
			See if its time to print a header
		*/
		if (((i % (linesPerScreen - 2) == 0) && pause) || i == 0)
		{
			Print(GetMessage(HEADER_1));
			Print(GetMessage(HEADER_2));
		}

		/*
			See if we are attached to this server
		*/
		status = STATUS_UNATTACHED;
		if (!NWGetConnectionID(serverList[i].name, MY_SESSION,
							   &connection, NULL))
		{
			if (connection == defaultConnection)
				status = STATUS_DEFAULT;
			else
				status = STATUS_ATTACHED;
		}

		/*
			Print the server name and address
		*/
		Print("%-47.47s%-24.24s%-8.8s\n", serverList[i].name,
			  serverList[i].addr, GetMessage(status));
	}

	/*
		Tell how many servers were found
	*/
	if (numServers)
		Print(GetMessage(NUMBER_OF_SERVERS_FOUND), numServers);
	else
	{
		if (IsWild(targetServer))
			Print(GetMessage(NO_MATCHING_SERVER), targetServer);
		else
			Print(GetMessage(NO_SUCH_SERVER), targetServer);
	}

	/*
		If data was being written to a file, erase the line that
		tells him we are writing to the file
	*/
	if (outputToFile)
		fprintf(stderr, GetMessage(ERASE_LINE));

	/*
		Return to caller
	*/
	return;

}

/****************************************************************************/

/*
	Description:	Print some data to standard output, pausing if needed
					after each screen full
				
	Called by:		PrintServerNames
*/

void Print(formatString, ...)

	char	*formatString;		/* Format control string					*/

{

	int		 c;					/* Character input from keyboard			*/
	va_list	 args;				/* Pointer to variable arguments			*/
	static int					/* Lines printed so far						*/
			 lines = 0;

	/*
		Figure out where all those other parameters are
	*/
	va_start(args, formatString);

	/*
		Print the text required
	*/
	vprintf(formatString, args);

	/*
		Increment number of lines printed
	*/
	lines++;

	/*
		If we have printed enough lines, and pause is in effect, wait for
		a keypress
	*/
	if (lines == linesPerScreen && pause)
	{
		printf(GetMessage(PRESS_A_KEY));
		c = getch();

		/*
			Make sure it wasn't some sort of funky key
		*/
		if (c == 0 || c == 224)
			getch();

		/*
			If they don't want any more pauses, then don't
		*/
		if (c == 'C' || c == 'c')
			pause = FALSE;

		printf(GetMessage(ERASE_LINE));
		lines = 0;
	}
}

/****************************************************************************/

/*
	Description:	Print an error message, with optional numeric output
					and exit the program
	
	Called by:		Main
					ReadServerNames
*/
		
void Error(errorMessageID, ...)

	int		errorMessageID;		/* Error message ID to be printed			*/
								/* Variable arguments may follow			*/

{

	va_list	args;				/* Pointer to variable arguments			*/

	/*
		Figure out where all those other parameters are
	*/
	va_start(args, errorMessageID);

	/*
		Print the error message, beep, append a return and exit
	*/
	fprintf(stderr, GetMessage(ERASE_LINE));
	vfprintf(stderr, GetMessage(errorMessageID), args);
	fprintf(stderr, "\7\n");
	exit(1);

}

/****************************************************************************/

/*
	M Code for SList
*/

%

Keyword
	CONTINUE
	CONTINU
	CONTIN
	CONTI
	CONT
	CON
	CO
	C
	CONTINUOUS
	CONTINUOU
	CONTINUO

DomainOption
	DOMAIN
	DOMAI
	DOM
	DO
	D

%

Spaces:		[ ] min 1													;

Slash:		<\\/>														;

Continue:	Slash Keyword						`pause = FALSE;		`	;

Domain:	Slash DomainOption						`doDomain = TRUE;		`	;

Server:		[~ \\/]	min 1 max 47				`GetServer();       `	;

Session:	EOL															|
			Continue EOL										|
			Domain EOL										|
			Server EOL													|
			Server Spaces Continue EOL							;

%

/****************************************************************************/

/*
	Description:	Get the name of the server to be listed, or the
					pattern of servers to search for
					
	Called by:		M Parser
*/

void GetServer()

{

   memcpy(targetServer, TChP(0), TVal(0));
   targetServer[TVal(0)] = '\0';

}
/****************************************************************************/

int WildMatch(pattern, string)
char *pattern, *string;
{
    char p, s;
    int l;
    char MatchPeriod;

    while ((p = (*pattern & 0x7F)) != '*')
    {
        s = *string & 0x7F;
        if (p == '?')
        {
            if ((*pattern == SQUESTION)
                    && ((s == 0) || (s == '.')))
            {
                /*special question skip period or end*/
                pattern++;
            }
            else
            {
                if (s == 0)
                    return (0); /*no char to match*/
                pattern++;	/*succeed on ? match*/
                string++;
            }
        }
        else if ((*pattern == SPERIOD) && (s == 0))
        {
            /*match  special period to end-of-string*/
            pattern++;
        }
        else if (p != s)
            return (0); /*failure on non-match*/
        else if (p == 0)
            return (1);	/*success on match to nulls*/
        else
        {
            /*chars match, but not end yet*/
            pattern++;
            string++;
        }
    }

    /* MUST MATCH AN ASTERISK WILDCARD */
    MatchPeriod = 0;
    while ((*pattern & 0x7F) == '*')
    {
        /* step over asterisks */
        if ((*pattern & 0x80) == 0)
            MatchPeriod = 0xFF;
        pattern++;
    }
    for (l = 0; (string[l] != 0) && ((string[l] != '.') || MatchPeriod);
            l++);	/*count max characters that may be skipped*/
    p = *pattern & 0x7F;
    while (l >= 0)
    {
        s = string[l] & 0x7F;
        if (((p == s) || (p == '?') || (p == '.'))
                && WildMatch(pattern, &string[l]))
            return (1);	/*success*/
        l--;
    }
    return (0);
}

/****************************************************************************/

int IsWild (s)
char *s;
{
    char ch;

    while ((ch = *s++ & 0x7F) != 0)
    {
        switch(ch)
        {
        case ASTERISK:
        case QUESTION:
        case SPERIOD:
        case SASTERISK:
        case SQUESTION:
            return(1);
        }
    }
    return (0);
}

/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */
void IsServerInADomain(
						WORD connectionID,	/* connection ID of server to change */
						int *isInADomain,		/* flag returns TRUE if in a domain */
						char *domainName )	/* name of the domain if isInDomain is TRUE */

{
	int ccode = TRUE;
	long tmpDummy;
	char serverName[SERVER_NAME_SIZE];
	NWGetFileServerName(connectionID, serverName);

	*isInADomain = FALSE;

	*domainName = 0; 
	if (serverName[0] != '\0')
		ccode = NWReadPropertyValue( (WORD) connectionID, serverName,
					OT_FILE_SERVER, (char far *)"DOMAIN_NAME", 1, (BYTE far *) domainName,
					(BYTE far *)&tmpDummy, (BYTE far *)&tmpDummy);

	if ( ccode==0 )
		*isInADomain = TRUE;

}	/* end IsServerInADomain */

/***************************************************************************/
void DisplayUsageLine(void)
{
	int isInADomain, jj;
	char domainName[PROPERTY_NAME_SIZE];
	WORD maxConnects;
	NWGetMaximumConnections(&maxConnects);
	for (jj=1; jj<=maxConnects; jj++)
		{
		IsServerInADomain( jj, &isInADomain,
							 domainName );
		if (isInADomain) break;
		}
	if (isInADomain)
		 Error(E_NNS_USAGE);
	else
		Error(E_USAGE);
}
/**************************************************************************/

/**** SetScrollParms  ****************************************************
 *
 * Input:	None;
 *
 * Output:	none
 *
 * Comment:	This routine will detect if output is redirected to a 
 *				file and will enable or disable pausing accordingly.  Also
 *				this routine will detect the number of rows in the current
 *				video mode so that scrolling will work properly.
 *
 ****/
void SetScrollParms()
{

#ifdef DOS
	union REGS inregs, outregs;
#endif

	
	/*	Assume that we are going to pause after each screen full	*/
	pause = TRUE;

	
	/* Has output been redirected to a file? If so, don't pause! */
	if ( isatty( fileno( stdout ) ) )
		{
		pause = TRUE;
		outputToFile = FALSE;
		}
	else
		{
		pause = FALSE;
		outputToFile = TRUE;
		}

#ifdef DOS
	/* Issue BIOS call to get current # of screen lines */
	inregs.x.ax = 0x1130;
	inregs.h.bh = 0;
	inregs.x.dx = 0;
	int86( VIDEO_INT, &inregs, &outregs );
	if( outregs.x.dx != 0 )
		linesPerScreen = (BYTE)outregs.h.dl;
	else
#endif
		linesPerScreen = MIN_LINES;
}
/****************************************************************************/