/***************************************************************************
*  Routines to grab the	parameters from	the command line :		   *
* All the routines except the main one,	starts with GA (Get Arguments) to  *
* prevent from names conflicts.						   *
* It is	assumed	in these routine that any pointer, for any type	has the	   *
* same length (i.e. length of int pointer is equal to char pointer etc.)   *
*									   *
*  The following routines are available	in this	module:			   *
* 1. int GAGetArgs(argc, argv, CtrlStr, Variables...)			   *
*    where argc, argv as received on entry.				   *
*	   CtrlStr is the contrl string	(see below)			   *
*	   Variables are all the variables to be set according to CtrlStr. *
*	   Note	that all the variables MUST be transfered by address.	   *
*    return 0 on correct parsing, otherwise error number (see GetArg.h).   *
* 2. GAPrintHowTo(CtrlStr)						   *
*    Print the control string to stderr, in the	correct	format needed.	   *
*    This feature is very useful in case of error during GetArgs parsing.  *
*    Chars equal to SPACE_CHAR are not printed (regular spaces are NOT     *
*    allowed, and so using SPACE_CHAR you can create space in PrintHowTo). *
* 3. GAPrintErrMsg(Error)						   *
*    Print the error to	stderr,	according to Error (usually returned by	   *
*    GAGetArgs).							   *
*									   *
*     CtrlStr format:							   *
*   The	control	string passed to GetArgs controls the way argv (argc) are  *
* parsed. Each entry in	this string must not have any spaces in	it. The	   *
* First	Entry is the name of the program which is usually ignored except   *
* when GAPrintHowTo is called. All the other entries (except the last one  *
* which	we will	come back to it	later) must have the following format:	   *
* 1. One letter	which sets the option letter.				   *
* 2. '!' or '%'	to determines if this option is	really optional	('%') or   *
*    it	must exists ('!')...						   *
* 3. '-' allways.							   *
* 4. Alpha numeric string, usually ignored, but	used by	GAPrintHowTo to	   *
*    print the meaning of this input.					   *
* 5. Sequences starts with '!' or '%'. Again if	'!' then this sequence	   *
*    must exists (only if its option flag is given of course), and if '%'  *
*    it	is optional. Each sequence will	continue with one or two	   *
*    characters	which defines the kind of the input:			   *
*    a.	d, x, o, u - integer is expected (decimal, hex, octal base or	   *
*		  unsigned).						   *
*    b.	D, X, O, U - long integer is expected (same as above).		   *
*    c.	f	- float	number is expected.				   *
*    d.	F	- double number	is expected.				   *
*    e.	s	- string is expected.					   *
*    f.	*?	- any number of	'?' kind (d, x, o, u, D, X, O, U, f, F, s) *
*		  will match this one. If '?' is numeric, it scans until   *
*		  none numeric input is given. If '?' is 's' then it scans *
*		  up to the next option or end of argv.			   *
*									   *
*   If the last	parameter given	in the CtrlStr,	is not an option (i.e. the *
* second char is not in	['!', '%'] and the third one is not '-'), all what *
* remained from	argv is	linked to it.					   *
*									   *
*   The	variables passed to GAGetArgs (starting	from 4th parameter) MUST   *
* match	the order of the CtrlStr:					   *
*   For	each option, one integer address must be passed. This integer must *
* initialized by 0. If that option is given in the command line, it will   *
* be set to one.							   *
*   In addition, the sequences that might follow an option require the	   *
* following parameters to pass:						   *
* 1. d, x, o, u - pointer to integer (int *).				   *
* 2. D, X, O, U - pointer to long (long *).				   *
* 3. f	     - pointer to float	  (float *).				   *
* 4. F	     - pointer to double  (double *).				   *
* 5. s	     - pointer to char	  (char	*). NO allocation is needed!	   *
* 6. *?	     - TWO variables are passed	for each wild request. the first   *
*	       one is (address of) integer, and	it will	return number of   *
*	       parameters actually matched this	sequence, and the second   *
*	       one is a	pointer	to pointer to ?	(? **),	and will return	an *
*	       address to a block of pointers to ? kind, terminated with   *
*	       NULL pointer. NO	pre-allocation is needed.		   *
*	       note that these two variables are pretty	like the argv/argc *
*	       pair...							   *
*									   *
*   Examples:								   *
*									   *
*    "Example1  i%-OneInteger!d  s%-Strings!*s  j%-  k!-Float!f  Files"	   *
* Will match: Example1 -i 77 -s	String1	String2	String3	-k 88.2	File1 File2*
*   or match: Example1 -s String1 -k 88.3 -i 999 -j			   *
*    but not: Example1 -i 77 78	(option	i expects one integer, k must be). *
* Note the option k must exists, and that the order of the options is not  *
* not important. In the	first examples File1 & File2 will match	the Files  *
* in the command line.							   *
* A call to GAPrintHowTo with this CtrlStr will	print to stderr:	   *
* Example1 [-i OneIngeter] [-s Strings...] [-j]	-k Float Files...	   *
*									   *
*   Notes:								   *
*									   *
* 1. This module assumes that all the pointers to all kind of data types   *
*    have the same length and format, i.e. sizeof(int *) == sizeof(char	*).*
*									   *
*				      Gershon Elber    Ver 0.2	 Mar 88	   *
****************************************************************************
* History:								   *
* 11 Mar 88 - Version 1.0 by Gershon Elber.				   *
***************************************************************************/

#ifdef HAVE_CONFIG_H
#include <config.h>
#endif

#ifdef __MSDOS__
#include <stdlib.h>
#include <alloc.h>
#endif /* __MSDOS__ */

#ifdef HAVE_STDARG_H
    #include <stdarg.h>
#elif defined(HAVE_VARARGS_H)
    #include <varargs.h>
#endif

#ifndef __MSDOS__
#include <stdlib.h>
#endif
#include <stdio.h>
#include <string.h>
#include "getarg.h"

#ifndef MYMALLOC
#define	MYMALLOC	   /* If no "MyMalloc" routine elsewhere define this. */
#endif

#define	MAX_PARAM	100	    /* maximum number of parameters allowed. */
#define	CTRL_STR_MAX_LEN	1024

#define SPACE_CHAR	'|'	  /* The character not to print using HowTo. */

#ifndef	TRUE
#define	TRUE -1
#define	FALSE 0
#endif /* TRUE */

#define	ARG_OK    0

#define	ISSPACE(x) ((x)	<= ' ')	       /* Not conventional - but works fine! */
/* The two characters '%' and '!' are used in the control string: */
#define	ISCTRLCHAR(x) (((x) == '%') || ((x) == '!'))

static char *GAErrorToken;/* On error code, ErrorToken is set to point on it.*/

static int GATestAllSatis(char *CtrlStrCopy, char *CtrlStr, int *argc,
	char ***argv, int *Parameters[MAX_PARAM], int *ParamCount);
static int GAUpdateParameters(int *Parameters[], int *ParamCount,
	char *Option, char *CtrlStrCopy, char *CtrlStr, int *argc,
	char ***argv);
static int GAGetParmeters(int *Parameters[], int *ParamCount,
	char *CtrlStrCopy , char *Option, int *argc, char ***argv);
static int GAGetMultiParmeters(int *Parameters[], int *ParamCount,
	char *CtrlStrCopy, int *argc, char ***argv);
static void GASetParamCount(char *CtrlStr, int Max, int *ParamCount);
static void GAByteCopy(char *Dst, char *Src, unsigned n);
static int GAOptionExists(int argc, char **argv);
#ifdef	MYMALLOC
static char *MyMalloc(unsigned size);
#endif	/* MYMALLOC */

/***************************************************************************
* Routine to access the	command	line argument and interpret them:	   *
* Return ARG_OK (0) is case of succesfull parsing, error code else...	   *
***************************************************************************/
#ifdef HAVE_STDARG_H
int GAGetArgs(int argc, char **argv, char *CtrlStr, ...)
{
    int i, Error = FALSE, ParamCount = 0,
	*Parameters[MAX_PARAM];		   /* Save here parameter addresses. */
    char *Option, CtrlStrCopy[CTRL_STR_MAX_LEN];

    strcpy(CtrlStrCopy, CtrlStr);

	/** MRB - Where stdarg exists use it	**/
   {va_list ap;
    va_start(ap, CtrlStr);
    for (i = 1; i <= MAX_PARAM; i++) Parameters[i-1] = va_arg(ap, int*);
    va_end(ap);
   }
#elif defined(HAVE_VARARGS_H)
int GAGetArgs(int va_alist, ...)
{
    va_list ap;
    int argc, i, Error = FALSE, ParamCount = 0,
	*Parameters[MAX_PARAM];		   /* Save here parameter addresses. */
    char **argv, *CtrlStr, *Option, CtrlStrCopy[CTRL_STR_MAX_LEN];

    va_start(ap);

    argc = va_arg(ap, int);
    argv = va_arg(ap, char **);
    CtrlStr = va_arg(ap, char *);

    va_end(ap);

    strcpy(CtrlStrCopy, CtrlStr);

    /* Using base address of parameters we access other parameters addr:  */
    /* Note that me (for sure!) samples data beyond the current function  */
    /* frame, but we accesson these set address only by demand.		  */
    for (i = 1; i <= MAX_PARAM; i++) Parameters[i-1] = va_arg(ap, int *);
#endif /* HAVE_STDARG_H */

    --argc; argv++;	    /* Skip the program name (first in argv/c list). */
    while (argc >= 0) {
	if (!GAOptionExists(argc, argv)) break;			/* The loop. */
	argc--;
	Option	= *argv++;
	if ((Error = GAUpdateParameters(Parameters, &ParamCount, Option,
	     CtrlStrCopy, CtrlStr, &argc, &argv)) != FALSE) return Error;
    }
    /*	Check for results and update trail of command line: */
    return GATestAllSatis(CtrlStrCopy, CtrlStr, &argc, &argv, Parameters,
								 &ParamCount);
}

/***************************************************************************
* Routine to search for	unsatisfied flags - simply scan	the list for !-	   *
* sequence. Before this	scan, this routine updates the rest of the command *
* line into the	last two parameters if it is requested by the CtrlStr	   *
* (last	item in	CtrlStr	is NOT an option).				   *
* Return ARG_OK if all satisfied, CMD_ERR_AllSatis error else.		   *
***************************************************************************/
static int GATestAllSatis(char *CtrlStrCopy, char *CtrlStr, int *argc,
	char ***argv, int *Parameters[MAX_PARAM], int *ParamCount)
{
    int	i;
    static char	*LocalToken = NULL;

    /* If LocalToken is not initialized - do it now. Note that this string */
    /* should be writable as well so we can not assign it directly.        */
    if (LocalToken == NULL) {
        LocalToken = (char *) malloc(3);
	strcpy(LocalToken, "-?");
    }

    /* Check is	last item is an	option.	If not then copy rest of command */
    /* line into it as 1. NumOfprm, 2. pointer to block	of pointers.	 */
    for (i = strlen(CtrlStr) - 1; i > 0 && !ISSPACE(CtrlStr[i]); i--);
    if (!ISCTRLCHAR(CtrlStr[i + 2])) {
	GASetParamCount(CtrlStr, i, ParamCount);   /* Point in correct prm.. */
	*Parameters[(*ParamCount)++] = *argc;
	GAByteCopy((char *) Parameters[(*ParamCount)++], (char *) argv,
							sizeof(char *));
    }

    i =	0;
    while (++i < (int)strlen(CtrlStrCopy))
	if ((CtrlStrCopy[i] == '-') && (CtrlStrCopy[i-1] == '!')) {
	    GAErrorToken = LocalToken;
	    LocalToken[1] = CtrlStrCopy[i-2];	    /* Set the corrent flag. */
	    return CMD_ERR_AllSatis;
	}

    return ARG_OK;
}

/***************************************************************************
* Routine to update the	parameters according to	the given Option:	   *
***************************************************************************/
static int GAUpdateParameters(int *Parameters[], int *ParamCount,
       char *Option, char *CtrlStrCopy, char *CtrlStr, int *argc, char ***argv)
{
    int	i, BooleanTrue = Option[2] != '-';

    if (Option[0] != '-') {
	GAErrorToken = Option;
	return CMD_ERR_NotAnOpt;
    }
    i =	0;			    /* Scan the CtrlStrCopy for that option: */
    while (i + 2 < (int)strlen(CtrlStrCopy)) {
	if ((CtrlStrCopy[i] == Option[1]) && (ISCTRLCHAR(CtrlStrCopy[i + 1]))
	    && (CtrlStrCopy[i+2] == '-')) {
	    /* We found	that option! */
	    break;
	}
	i++;
    }
    if (i + 2 >= (int)strlen(CtrlStrCopy)) {
	GAErrorToken = Option;
	return CMD_ERR_NoSuchOpt;
    }

    /* If we are here, then we found that option in CtrlStr - Strip it off:  */
    CtrlStrCopy[i] = CtrlStrCopy[i + 1] = CtrlStrCopy[i + 2] = (char) ' ';
    GASetParamCount(CtrlStr, i, ParamCount);/*Set it to point in correct prm.*/
    i += 3;
    /* Set boolean flag for that option. */
    *Parameters[(*ParamCount)++] = BooleanTrue;
    if (ISSPACE(CtrlStrCopy[i]))
	return ARG_OK;			   /* Only a boolean flag is needed. */

    /* Skip the	text between the boolean option and data follows: */
    while (!ISCTRLCHAR(CtrlStrCopy[i]))	i++;
    /* Get the parameters and return the appropriete return code: */
    return GAGetParmeters(Parameters, ParamCount, &CtrlStrCopy[i],
							  Option, argc, argv);
}

/***************************************************************************
* Routine to get parameters according to the CtrlStr given from	argv/c :   *
***************************************************************************/
static int GAGetParmeters(int *Parameters[], int *ParamCount,
	char *CtrlStrCopy , char *Option, int *argc, char ***argv)
{
    int	i = 0, ScanRes;

    while (!(ISSPACE(CtrlStrCopy[i]))) {
	switch (CtrlStrCopy[i+1]) {
	    case 'd':				     /* Get signed integers. */
		ScanRes	= sscanf(*((*argv)++), "%d",
					 (int *) Parameters[(*ParamCount)++]);
		break;
	    case 'u':				   /* Get unsigned integers. */
		ScanRes	= sscanf(*((*argv)++), "%u",
				    (unsigned *) Parameters[(*ParamCount)++]);
		break;
	    case 'x':					/* Get hex integers. */
		ScanRes	= sscanf(*((*argv)++), "%x",
					 (int *) Parameters[(*ParamCount)++]);
		break;
	    case 'o':				      /* Get octal integers. */
		ScanRes	= sscanf(*((*argv)++), "%o",
					 (int *) Parameters[(*ParamCount)++]);
		break;
	    case 'D':				/* Get signed long integers. */
		ScanRes	= sscanf(*((*argv)++), "%ld",
					(long *) Parameters[(*ParamCount)++]);
		break;
	    case 'U':			      /* Get unsigned long integers. */
		ScanRes	= sscanf(*((*argv)++), "%lu",
			       (unsigned long *) Parameters[(*ParamCount)++]);
		break;
	    case 'X':				   /* Get hex long integers. */
		ScanRes	= sscanf(*((*argv)++), "%lx",
					(long *) Parameters[(*ParamCount)++]);
		break;
	    case 'O':				 /* Get octal long integers. */
		ScanRes	= sscanf(*((*argv)++), "%lo",
					(long *) Parameters[(*ParamCount)++]);
		break;
	    case 'f':					/* Get float number. */
		ScanRes	= sscanf(*((*argv)++), "%f",
				       (float *) Parameters[(*ParamCount)++]);
	    case 'F':				 /* Get double float number. */
		ScanRes	= sscanf(*((*argv)++), "%lf",
				      (double *) Parameters[(*ParamCount)++]);
		break;
	    case 's':					  /* It as a string. */
		ScanRes	= 1;				     /* Allways O.K. */
		GAByteCopy((char *) Parameters[(*ParamCount)++],
					(char *) ((*argv)++), sizeof(char *));
		break;
	    case '*':			     /* Get few parameters into one: */
		ScanRes	= GAGetMultiParmeters(Parameters, ParamCount,
						  &CtrlStrCopy[i], argc, argv);
		if ((ScanRes ==	0) && (CtrlStrCopy[i] == '!')) {
		    GAErrorToken = Option;
		    return CMD_ERR_WildEmpty;
		}
		break;
	    default:
		ScanRes = 0;               /* Make optimizer warning silent. */
	}
	/* If reading fails and	this number is a must (!) then error: */
	if ((ScanRes ==	0) && (CtrlStrCopy[i] == '!')) {
	    GAErrorToken = Option;
	    return CMD_ERR_NumRead;
	}
	if (CtrlStrCopy[i+1] !=	'*') {
	    (*argc)--;	     /* Everything is OK - update to next parameter: */
	    i += 2;			 /* Skip to next parameter (if any). */
	}
	else
	    i += 3;				       /* Skip the '*' also! */
    }

    return ARG_OK;
}

/***************************************************************************
* Routine to get few parameters	into one pointer such that the returned	   *
* pointer actually points on a block of	pointers to the	parameters...	   *
* For example *F means a pointer to pointers on	floats.			   *
* Returns number of parameters actually	read.				   *
* This routine assumes that all	pointers (on any kind of scalar) has the   *
* same size (and the union below is totally ovelapped bteween dif. arrays) *
***************************************************************************/
static int GAGetMultiParmeters(int *Parameters[], int *ParamCount,
	char *CtrlStrCopy, int *argc, char ***argv)
{
    int	i = 0, ScanRes,	NumOfPrm = 0, **Pmain, **Ptemp;
    union TmpArray {    /* Save here the temporary data before copying it to */
	int    *IntArray[MAX_PARAM];	      /* the returned pointer block. */
	long   *LngArray[MAX_PARAM];
	float  *FltArray[MAX_PARAM];
	double *DblArray[MAX_PARAM];
	char   *ChrArray[MAX_PARAM];
    } TmpArray;

    do {
	switch(CtrlStrCopy[2]) {    /* CtrlStr == '!*?' or '%*?' where ? is. */
	    case 'd':			   /* Format to read the parameters: */
		TmpArray.IntArray[NumOfPrm] = (int *) MyMalloc(sizeof(int));
		ScanRes	= sscanf(*((*argv)++), "%d",
				       (int *) TmpArray.IntArray[NumOfPrm++]);
		break;
	    case 'u':
		TmpArray.IntArray[NumOfPrm] = (int *) MyMalloc(sizeof(int));
		ScanRes	= sscanf(*((*argv)++), "%u",
			      (unsigned	int *) TmpArray.IntArray[NumOfPrm++]);
		break;
	    case 'o':
		TmpArray.IntArray[NumOfPrm] = (int *) MyMalloc(sizeof(int));
		ScanRes	= sscanf(*((*argv)++), "%o",
				       (int *) TmpArray.IntArray[NumOfPrm++]);
		break;
	    case 'x':
		TmpArray.IntArray[NumOfPrm] = (int *) MyMalloc(sizeof(int));
		ScanRes	= sscanf(*((*argv)++), "%x",
				       (int *) TmpArray.IntArray[NumOfPrm++]);
		break;
	    case 'D':
		TmpArray.LngArray[NumOfPrm] = (long *) MyMalloc(sizeof(long));
		ScanRes	= sscanf(*((*argv)++), "%ld",
				      (long *) TmpArray.IntArray[NumOfPrm++]);
		break;
	    case 'U':
		TmpArray.LngArray[NumOfPrm] = (long *) MyMalloc(sizeof(long));
		ScanRes	= sscanf(*((*argv)++), "%lu",
			     (unsigned long *) TmpArray.IntArray[NumOfPrm++]);
		break;
	    case 'O':
		TmpArray.LngArray[NumOfPrm] = (long *) MyMalloc(sizeof(long));
		ScanRes	= sscanf(*((*argv)++), "%lo",
				      (long *) TmpArray.IntArray[NumOfPrm++]);
		break;
	    case 'X':
		TmpArray.LngArray[NumOfPrm] = (long *) MyMalloc(sizeof(long));
		ScanRes	= sscanf(*((*argv)++), "%lx",
				      (long *) TmpArray.IntArray[NumOfPrm++]);
		break;
	    case 'f':
		TmpArray.FltArray[NumOfPrm] = (float *)	MyMalloc(sizeof(float));
		ScanRes	= sscanf(*((*argv)++), "%f",
				     (float *) TmpArray.LngArray[NumOfPrm++]);
		break;
	    case 'F':
		TmpArray.DblArray[NumOfPrm] =
					   (double *) MyMalloc(sizeof(double));
		ScanRes	= sscanf(*((*argv)++), "%lf",
				    (double *) TmpArray.LngArray[NumOfPrm++]);
		break;
	    case 's':
		while ((*argc) && ((**argv)[0] != '-'))	{
		    TmpArray.ChrArray[NumOfPrm++] = *((*argv)++);
		    (*argc)--;
		}
		ScanRes	= 0;		       /* Force quit from do - loop. */
		NumOfPrm++;	    /* Updated again immediately after loop! */
		(*argv)++;					       /* "" */
		break;
	    default:
		ScanRes = 0;               /* Make optimizer warning silent. */
	}
	(*argc)--;
    }
    while (ScanRes == 1);		  /* Exactly one parameter was read. */
    (*argv)--; NumOfPrm--; (*argc)++;

    /* Now allocate the	block with the exact size, and set it: */
    Ptemp = Pmain = (int **) MyMalloc((unsigned) (NumOfPrm+1) *	sizeof(int *));
    /* And here	we use the assumption that all pointers	are the	same: */
    for (i = 0; i < NumOfPrm; i++)
	*Ptemp++ = TmpArray.IntArray[i];
    *Ptemp = NULL;		       /* Close the block with NULL pointer. */

    /* That it save the	number of parameters read as first parameter to	*/
    /* return and the pointer to the block as second, and return:	*/
    *Parameters[(*ParamCount)++] = NumOfPrm;
    GAByteCopy((char *)	Parameters[(*ParamCount)++], (char *) &Pmain,
							     sizeof(char *));
    return NumOfPrm;
}

/***************************************************************************
* Routine to scan the CtrlStr, upto Max	and count the number of	parameters *
* to that point:							   *
* 1. Each option is counted as one parameter - boolean variable	(int)	   *
* 2. Within an option, each %? or !? is	counted	once - pointer to something*
* 3. Within an option, %*? or !*? is counted twice - one for item count	   *
*    and one for pointer to block pointers.				   *
* Note ALL variables are passed	by address and so of fixed size	(address). *
***************************************************************************/
static void GASetParamCount(char *CtrlStr, int Max, int *ParamCount)
{
    int	i;

    *ParamCount	= 0;
    for (i = 0; i < Max; i++) if (ISCTRLCHAR(CtrlStr[i])) {
	if (CtrlStr[i+1] == '*')
	    *ParamCount += 2;
	else
	    (*ParamCount)++;
    }
}

/***************************************************************************
* Routine to copy exactly n bytes from Src to Dst. Note system library	   *
* routine strncpy should do the	same, but it stops on NULL char	!	   *
***************************************************************************/
static void GAByteCopy(char *Dst, char *Src, unsigned n)
{
    while (n--)	*(Dst++) = *(Src++);
}

/***************************************************************************
* Routine to check if more option (i.e.	first char == '-') exists in the   *
* given	list argc, argv:						   *
***************************************************************************/
static int GAOptionExists(int argc, char **argv)
{
    while (argc--)
	if ((*argv++)[0] == '-') return TRUE;
    return FALSE;
}

/***************************************************************************
* Routine to print some	error messages,	for this module:		   *
***************************************************************************/
void GAPrintErrMsg(int Error)
{
    fprintf(stderr, "Error in command line parsing - ");
    switch (Error) {
	case 0:;
	    fprintf(stderr, "Undefined error");
	    break;
	case CMD_ERR_NotAnOpt:
	    fprintf(stderr, "None option Found");
	    break;
	case CMD_ERR_NoSuchOpt:
	    fprintf(stderr, "Undefined option Found");
	    break;
	case CMD_ERR_WildEmpty:
	    fprintf(stderr, "Empty input for '!*?' seq.");
	    break;
	case CMD_ERR_NumRead:
	    fprintf(stderr, "Failed on reading number");
	    break;
	case CMD_ERR_AllSatis:
	    fprintf(stderr, "Fail to satisfy");
	    break;
    }
    fprintf(stderr, " - '%s'.\n", GAErrorToken);
}

/***************************************************************************
* Routine to print correct format of command line allowed:		   *
***************************************************************************/
void GAPrintHowTo(char *CtrlStr)
{
    int	i = 0, SpaceFlag;

    fprintf(stderr, "Usage: ");
    /* Print program name - first word in ctrl.	str. (optional): */
    while (!(ISSPACE(CtrlStr[i])) && (!ISCTRLCHAR(CtrlStr[i+1])))
	fprintf(stderr, "%c", CtrlStr[i++]);

    while (i < (int)strlen(CtrlStr))	{
	while ((ISSPACE(CtrlStr[i])) &&	(i < (int)strlen(CtrlStr))) i++;
	switch (CtrlStr[i+1]) {
	    case '%':
		fprintf(stderr, " [-%c", CtrlStr[i++]);
		i += 2;		     /* Skip the '%-' or '!- after the char! */
		SpaceFlag = TRUE;
		while (!ISCTRLCHAR(CtrlStr[i]) && (i < (int)strlen(CtrlStr)) &&
		    (!ISSPACE(CtrlStr[i])))
		    if (SpaceFlag) {
			if (CtrlStr[i++] == SPACE_CHAR)
			    fprintf(stderr, " ");
			else
			    fprintf(stderr, " %c", CtrlStr[i-1]);
			SpaceFlag = FALSE;
		    }
		    else if (CtrlStr[i++] == SPACE_CHAR)
			fprintf(stderr, " ");
		    else
			fprintf(stderr, "%c", CtrlStr[i-1]);
		while (!ISSPACE(CtrlStr[i]) && (i < (int)strlen(CtrlStr))) {
		    if (CtrlStr[i] == '*') fprintf(stderr, "...");
		    i++;			     /* Skip the rest of it. */
		}
		fprintf(stderr, "]");
		break;
	    case '!':
		fprintf(stderr, " -%c", CtrlStr[i++]);
		i += 2;		     /* Skip the '%-' or '!- after the char! */
		SpaceFlag = TRUE;
		while (!ISCTRLCHAR(CtrlStr[i]) && (i < (int)strlen(CtrlStr)) &&
		    (!ISSPACE(CtrlStr[i])))
		    if (SpaceFlag) {
			if (CtrlStr[i++] == SPACE_CHAR)
			    fprintf(stderr, " ");
			else
			    fprintf(stderr, " %c", CtrlStr[i-1]);
			SpaceFlag = FALSE;
		    }
		    else if (CtrlStr[i++] == SPACE_CHAR)
			fprintf(stderr, " ");
		    else
		        fprintf(stderr, "%c", CtrlStr[i-1]);
		while (!ISSPACE(CtrlStr[i]) && (i < (int)strlen(CtrlStr))) {
		    if (CtrlStr[i] == '*') fprintf(stderr, "...");
		    i++;			     /* Skip the rest of it. */
		}
		break;
	    default:		       /* Not checked, but must be last one! */
		fprintf(stderr, " ");
		while (!ISSPACE(CtrlStr[i]) && (i < (int)strlen(CtrlStr)) &&
		       !ISCTRLCHAR(CtrlStr[i]))
		    fprintf(stderr, "%c", CtrlStr[i++]);
		fprintf(stderr, "\n");
		return;
	}
    }
    fprintf(stderr, "\n");
}

#ifdef	MYMALLOC

/***************************************************************************
* My Routine to	allocate dynamic memory. All program requests must call    *
* this routine (no direct call to malloc). Dies if no memory.		   *
***************************************************************************/
static char *MyMalloc(unsigned size)
{
    char *p;

    if ((p = (char *) malloc(size)) != NULL) return p;

    fprintf(stderr, "Not enough memory, exit.\n");
    exit(2);

    return NULL;				    /* Makes warning silent. */
}

#endif	/* MYMALLOC */
