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/* $Header: prtype.c,v 2.2 91/09/11 15:52:28 sinyaw Exp $ */
#ifndef lint
static char     sccsid[] = "@(#)prtype.c 1.3 90/04/05 MIT/SMI";
#endif

/***********************************************************
Copyright 1990 by Sun Microsystems, Inc. and the X Consortium.

                        All Rights Reserved

Permission to use, copy, modify, and distribute this software and its 
documentation for any purpose and without fee is hereby granted, 
provided that the above copyright notice appear in all copies and that
both that copyright notice and this permission notice appear in 
supporting documentation, and that the names of Sun Microsystems,
the X Consortium, and MIT not be used in advertising or publicity 
pertaining to distribution of the software without specific, written 
prior permission.  

SUN MICROSYSTEMS DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, 
INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT 
SHALL SUN MICROSYSTEMS BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL 
DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS,
WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION,
ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS
SOFTWARE.

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

/* ************************************************** *
 *						      *
 *  Type Printing for X11 protocol		      *
 *						      *
 *	James Peterson, 1988			      *
 *	(c) Copyright MCC, 1988 		      *
 *						      *
 * ************************************************** */

#include "scope.h"
#include "x11.h"

/*
  For each of the types we need a way to print that type.
  Types are of varieties:

  (1) BUILTIN -- we have a separate routine to interpret and print
  each built-in type.
  (2) ENUMERATED, SET -- we have one routine which prints, given the
  data and the list of values.
  (3) RECORDS -- a separate routine for each to print each field.

*/

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


/* print representation of a character for debugging */
char   *printrep (c)
     unsigned short  c;
{
  static char pr[8];

  if (c < 32)
    {
      /* control characters */
      pr[0] = '^';
      pr[1] = c + 64;
      pr[2] = '\0';
    }
  else if (c < 127)
      {
	/* printing characters */
	pr[0] = c;
	pr[1] = '\0';
      }
    else if (c == 127)
	return("<del>");
      else if (c <= 0377)
	  {
	    /* upper 128 codes from 128 to 255;  print as \ooo - octal  */
	    pr[0] = '\\';
	    pr[3] = '0' + (c & 7);
	    c = c >> 3;
	    pr[2] = '0' + (c & 7);
	    c = c >> 3;
	    pr[1] = '0' + (c & 3);
	    pr[4] = '\0';
	  }
	else
	  {
	    /* very large number -- print as 0xffff - 4 digit hex */
	    (void)sprintf(pr, "0x%04x", c);
	  }
  return(pr);
}


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

/*
  we use indentation for two purposes:

   (1) To show substructure of records inside records ...
   (2) To separate the bytes from the client (on the left) from
       those from the server (on the right).

   Each indention level is one tab (8 spaces).
*/

#define MaxIndent 10
static char Leader[MaxIndent + 1];
static short    CurrentLevel = 0;

SetIndentLevel(which)
     short   which;
{
  short   i;

  if (which > MaxIndent)
    which = MaxIndent;
  if (which < 0)
    which = 0;
  if (which == CurrentLevel)
    return;

  /* set the indent level to <which> */
  /* -> set the Print Leader to <which> tabs */
  for (i = 0; i < which; i++)
    Leader[i] = '\t';
  Leader[which] = '\0';
  CurrentLevel = which;
}

ModifyIndentLevel(amount)
     short   amount;
{
  SetIndentLevel(CurrentLevel + amount);
}

short   SizeofLeader ()
{
  return (CurrentLevel * 8);
}

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

/* if we want verbose enough output, we will dump the buffer in hex */

DumpItem(name, fd, buf, n)
     char   *name;
     FD      fd;
     unsigned char *buf;
     long    n;
{
  if (n == 0)
    return;

  fprintf(stdout, "%s%20s (fd %d): ", Leader, name, fd);

  DumpHexBuffer(buf, n);
  fprintf(stdout, "\n");
}

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

PrintINT8(buf)
     unsigned char *buf;
{
  /* print a INT8 -- 8-bit signed integer */
  short   n = IByte (buf);
  if (n > 127)
    n = 256 - n;
  fprintf(stdout, "%d", n);
}

PrintINT16(buf)
     unsigned char *buf;
{
  /* print a INT16 -- 16-bit signed integer */
  long    n = IShort (buf);
  if (n > 32767)
    n = 65536 - n;
  fprintf(stdout, "%d", n);
}

PrintINT32(buf)
     unsigned char *buf;
{
  /* print a INT32 -- 32-bit signed integer */
  long    n = ILong (buf);
  fprintf(stdout, "%d", n);
}

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

PrintCARD8(buf)
     unsigned char *buf;
{
  /* print a CARD8 -- 8-bit unsigned integer */
  short   n = IByte (buf);
  fprintf(stdout, "%02x", (unsigned)(n & 0xff));
}

PrintCARD16(buf)
     unsigned char *buf;
{
  /* print a CARD16 -- 16-bit unsigned integer */
  unsigned long   n = IShort (buf);
  fprintf(stdout, "%04x", (unsigned)(n & 0xffff));
}

PrintCARD32(buf)
     unsigned char *buf;
{
  /* print a CARD32 -- 32-bit unsigned integer */
  unsigned long   n = ILong (buf);
  fprintf(stdout, "%08x", n);
  return(4);
}

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

PrintBYTE(buf)
     unsigned char *buf;
{
  /* print a BYTE -- 8-bit value */
  short   n = IByte (buf);
  fprintf(stdout, "%02x", n);
  return(1);
}


PrintCHAR8(buf)
     unsigned char *buf;
{
  /* print a CHAR8 -- 8-bit character */
  unsigned short   n = IByte (buf);
  fprintf(stdout, "%s", printrep(n));
  return(1);
}


PrintSTRING16(buf)
     unsigned char *buf;
{
  /* print a CHAR2B -- 16-bit character which is never byte-swapped */
  unsigned short   n = IChar2B (buf);
  fprintf(stdout, "%s", printrep(n));
  return(1);
}

PrintSTR(buf)
     unsigned char *buf;
{
  /* STR have the length (1 byte) then a string of CHAR8 */
  short   n;
  short   i;

  n = IByte(buf++);
  for (i = 0; i < n; i++)
    fprintf(stdout, "%s", printrep(buf[i]));
  return(n+1);
}

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

PrintWINDOW(buf)
     unsigned char *buf;
{
  /* print a WINDOW -- CARD32  plus 0 = None */
  long    n = ILong (buf);
  if (n == 0)
    fprintf(stdout, "None");
  else
    fprintf(stdout, "WIN %08x", n);
  return(4);
}

PrintWINDOWD(buf)
     unsigned char *buf;
{
  /* print a WINDOWD -- CARD32  plus 0 = PointerWindow, 1 = InputFocus */
  long    n = ILong (buf);
  if (n == 0)
    fprintf(stdout, "PointerWindow");
  else if (n == 1)
      fprintf(stdout, "InputFocus");
    else
      (void)PrintWINDOW(buf);
}

PrintWINDOWNR(buf)
     unsigned char *buf;
{
  /* print a WINDOWNR -- CARD32  plus 0 = None, 1 = PointerRoot */
  long    n = ILong (buf);
  if (n == 0)
    fprintf(stdout, "None");
  else if (n == 1)
      fprintf(stdout, "PointerRoot");
    else
      (void)PrintWINDOW(buf);
}


PrintPIXMAP(buf)
     unsigned char *buf;
{
  /* print a PIXMAP -- CARD32  plus 0 = None */
  long    n = ILong (buf);
  if (n == 0)
    fprintf(stdout, "None");
  else
    fprintf(stdout, "PXM %08x", n);
}

PrintPIXMAPNPR(buf)
     unsigned char *buf;
{
  /* print a PIXMAPNPR -- CARD32  plus 0 = None, 1 = ParentRelative */
  long    n = ILong (buf);
  if (n == 0)
    fprintf(stdout, "None");
  else if (n == 1)
      fprintf(stdout, "ParentRelative");
    else
      PrintPIXMAP(buf);
}

PrintPIXMAPC(buf)
     unsigned char *buf;
{
  /* print a PIXMAPC -- CARD32  plus 0 = CopyFromParent */
  long    n = ILong (buf);
  if (n == 0)
    fprintf(stdout, "CopyFromParent");
  else
    PrintPIXMAP(buf);
}


PrintCURSOR(buf)
     unsigned char *buf;
{
  /* print a CURSOR -- CARD32  plus 0 = None */
  long    n = ILong (buf);
  if (n == 0)
    fprintf(stdout, "None");
  else
    fprintf(stdout, "CUR %08x", n);
}


PrintFONT(buf)
     unsigned char *buf;
{
  /* print a FONT -- CARD32  plus 0 = None */
  long    n = ILong (buf);
  if (n == 0)
    fprintf(stdout, "None");
  else
    fprintf(stdout, "FNT %08x", n);
}


PrintGCONTEXT(buf)
     unsigned char *buf;
{
  /* print a GCONTEXT -- CARD32 */
  long    n = ILong (buf);
  fprintf(stdout, "GXC %08x", n);
}


PrintCOLORMAP(buf)
     unsigned char *buf;
{
  /* print a COLORMAP -- CARD32 plus 0 = None */
  long    n = ILong (buf);
  if (n == 0)
    fprintf(stdout, "None");
  else
    fprintf(stdout, "CMP %08x", n);
  return(4);
}

PrintCOLORMAPC(buf)
     unsigned char *buf;
{
  /* print a COLORMAPC -- CARD32 plus 0 = CopyFromParent */
  long    n = ILong (buf);
  if (n == 0)
    fprintf(stdout, "CopyFromParent");
  else
    (void)PrintCOLORMAP(buf);
}


PrintDRAWABLE(buf)
     unsigned char *buf;
{
  /* print a DRAWABLE -- CARD32 */
  long    n = ILong (buf);
  fprintf(stdout, "DWB %08x", n);
}

PrintFONTABLE(buf)
     unsigned char *buf;
{
  /* print a FONTABLE -- CARD32 */
  long    n = ILong (buf);
  fprintf(stdout, "FTB %08x", n);
}

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

#define NumberofAtoms 68

char   *AtomTable[NumberofAtoms + 1] =
{
  "NONE", "PRIMARY", "SECONDARY", "ARC", "ATOM", "BITMAP", "CARDINAL",
  "COLORMAP", "CURSOR", "CUT_BUFFER0", "CUT_BUFFER1", "CUT_BUFFER2",
  "CUT_BUFFER3", "CUT_BUFFER4", "CUT_BUFFER5", "CUT_BUFFER6",
  "CUT_BUFFER7", "DRAWABLE", "FONT", "INTEGER", "PIXMAP", "POINT",
  "RECTANGLE", "RESOURCE_MANAGER", "RGB_COLOR_MAP", "RGB_BEST_MAP",
  "RGB_BLUE_MAP", "RGB_DEFAULT_MAP", "RGB_GRAY_MAP", "RGB_GREEN_MAP",
  "RGB_RED_MAP", "STRING", "VISUALID", "WINDOW", "WM_COMMAND",
  "WM_HINTS", "WM_CLIENT_MACHINE", "WM_ICON_NAME", "WM_ICON_SIZE",
  "WM_NAME", "WM_NORMAL_HINTS", "WM_SIZE_HINTS", "WM_ZOOM_HINTS",
  "MIN_SPACE", "NORM_SPACE", "MAX_SPACE", "END_SPACE", "SUPERSCRIPT_X",
  "SUPERSCRIPT_Y", "SUBSCRIPT_X", "SUBSCRIPT_Y", "UNDERLINE_POSITION",
  "UNDERLINE_THICKNESS", "STRIKEOUT_ASCENT", "STRIKEOUT_DESCENT",
  "ITALIC_ANGLE", "X_HEIGHT", "QUAD_WIDTH", "WEIGHT", "POINT_SIZE",
  "RESOLUTION", "COPYRIGHT", "NOTICE", "FONT_NAME", "FAMILY_NAME",
  "FULL_NAME", "CAP_HEIGHT", "WM_CLASS", "WM_TRANSIENT_FOR"
  };

/* for atoms, we print the built-in atoms.  We could expand to printing
   the user defined ones, too. */

PrintATOM(buf)
     unsigned char *buf;
{
  /* print a ATOM -- CARD32 plus 0 = None */
  long    n = ILong (buf);
  if (0 <= n && n <= NumberofAtoms)
    fprintf(stdout, "<%s>", AtomTable[n]);
  else
    fprintf(stdout, "ATM %08x", n);
  return(4);
}

PrintATOMT(buf)
     unsigned char *buf;
{
  /* print a ATOMT -- CARD32 plus 0 = AnyPropertyType */
  long    n = ILong (buf);
  if (n == 0)
    fprintf(stdout, "AnyPropertyType");
  else
    (void)PrintATOM(buf);
}


PrintVISUALID(buf)
     unsigned char *buf;
{
  /* print a VISUALID -- CARD32 plus 0 = None */
  long    n = ILong (buf);
  if (n == 0)
    fprintf(stdout, "None");
  else
    fprintf(stdout, "VIS %08x", n);
}

PrintVISUALIDC(buf)
     unsigned char *buf;
{
  /* print a VISUALIDC -- CARD32 plus 0 = CopyFromParent */
  long    n = ILong (buf);
  if (n == 0)
    fprintf(stdout, "CopyFromParent");
  else
    PrintVISUALID(buf);
}


PrintTIMESTAMP(buf)
     unsigned char *buf;
{
  /* print a TIMESTAMP -- CARD32 plus 0 as the current time */
  long    n = ILong (buf);
  if (n == 0)
    fprintf(stdout, "CurrentTime");
  else
    fprintf(stdout, "TIM %08x", n);
}


PrintRESOURCEID(buf)
     unsigned char *buf;
{
  /* print a RESOURCEID -- CARD32 plus 0 = AllTemporary */
  long    n = ILong (buf);
  if (n == 0)
    fprintf(stdout, "AllTemporary");
  else
    fprintf(stdout, "RID %08x", n);
}


PrintKEYSYM(buf)
     unsigned char *buf;
{
  /* print a KEYSYM -- CARD32 */
  long    n = ILong (buf);
  fprintf(stdout, "KYS %08x", n);
  return(4);
}

PrintKEYCODE(buf)
     unsigned char *buf;
{
  /* print a KEYCODE -- CARD8 */
  unsigned short n = IByte (buf);
  fprintf(stdout, "%d (%s)", n, printrep(n));
  return(1);
}

PrintKEYCODEA(buf)
     unsigned char *buf;
{
  /* print a KEYCODEA -- CARD8 plus 0 = AnyKey */
  long    n = IByte (buf);
  if (n == 0)
    fprintf(stdout, "AnyKey");
  else
    (void)PrintKEYCODE(buf);
}


PrintBUTTON(buf)
     unsigned char *buf;
{
  /* print a BUTTON -- CARD8 */
  unsigned short n = IByte (buf);
  fprintf(stdout, "%d (%s)", n, printrep(n));
}

PrintBUTTONA(buf)
     unsigned char *buf;
{
  /* print a BUTTONA -- CARD8 plus 0 = AnyButton */
  long    n = IByte (buf);
  if (n == 0)
    fprintf(stdout, "AnyButton");
  else
    PrintBUTTON(buf);
}


/* this is an interesting cheat -- we call DecodeEvent to print an event */
/* should work, but its never been tried */
PrintEVENTFORM(buf)
     unsigned char *buf;
{
  /* print an EVENT_FORM -- event format */
  DecodeEvent(-1, buf, (long)-1);
}

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

PrintENUMERATED(buf, length, ValueList)
     unsigned char *buf;
     short   length;
     struct ValueListEntry  *ValueList;
{
  long   n;
  struct ValueListEntry  *p;

  if (length == 1)
    n = IByte(buf);
  else if (length == 2)
      n = IShort(buf);
    else
      n = ILong(buf);

  p = ValueList;
  while (p != NULL && p->Value != n)
    p = p->Next;

  if (p != NULL)
    fprintf(stdout, "%s", p->Name);
  else
    fprintf(stdout, "**INVALID** (%d)", n);
}

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

PrintSET(buf, length, ValueList)
     unsigned char *buf;
     short   length;
     struct ValueListEntry  *ValueList;
{
  unsigned long   n;
  struct ValueListEntry  *p;
  Boolean MatchesAll = false;
  Boolean FoundOne = false;

  if (length == 1)
    n = IByte(buf);
  else if (length == 2)
      n = IShort(buf);
    else
      n = ILong(buf);

  if (n != 0)
    {
      /* first check if the value matches ALL of the bits. */
      MatchesAll = true;
      for (p = ValueList; MatchesAll && (p != NULL); p = p->Next)
	{
	  if ((p->Value & n) == 0)
	      MatchesAll = false;
	}

      if (!MatchesAll)
	/* if it matches some, but not all, print only those it matches */
	for (p = ValueList; p != NULL; p = p->Next)
	  {
	    if ((p->Value & n) != 0)
	      {
		if (FoundOne)
		  fprintf(stdout, " | ");
		fprintf(stdout, "%s", p->Name);
		FoundOne = true;
	      }
	  }
    }

  if (MatchesAll)
    fprintf(stdout, "<ALL>");
  else if (!FoundOne)
    fprintf(stdout, "0");
}


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

PrintField(buf, start, length, FieldType, name)
     unsigned char *buf;
     short   start;
     short   length;
     short   FieldType;
     char   *name;
{
  if (length == 0)
    return;

  fprintf(stdout, "%s%20s: ", Leader, name);

  if (debuglevel & 8)
    DumpHexBuffer(&(buf[start]), (long)length);

  switch (TD[FieldType].Type)
    {
	  case BUILTIN:
		 (*TD[FieldType].PrintProc)(&buf[start]);
		 break;

	  case ENUMERATED:
		 PrintENUMERATED(&buf[start], length, TD[FieldType].ValueList);
		 break;

	  case SET:
		 PrintSET(&buf[start], length, TD[FieldType].ValueList);
		 break;

	  case RECORD:
		 ModifyIndentLevel(1);
		 fprintf(stdout, "\n");
		 if (Verbose < 3)
		   return;
		 (*TD[FieldType].PrintProc)(&buf[start]);
		 ModifyIndentLevel(-1);
		 break;
    }
  fprintf(stdout, "\n");
  (void)fflush(stdout);
}

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

/* print a list of things.  The things are of type <ListType>.
   They start at <buf>.  There are <number> things in the list */

long PrintList(buf, number, ListType, name)
     unsigned char *buf;
     long   number;
     short   ListType;
     char   *name;
{
  long    n;
  long    i;
  long    sum;

  if (number == 0)
    return(0);

  fprintf(stdout, "%s%20s: (%d)\n", Leader, name, number);
  if (Verbose < 2)
    return(0);

  ModifyIndentLevel(1);
  sum = 0;
  for (i = 0; i < number; i++)
    {
      switch (TD[ListType].Type)
	{
		    case BUILTIN:
			    n = (*TD[ListType].PrintProc)(buf);
			    break;
		    case RECORD:
			    n = (*TD[ListType].PrintProc)(buf);
			    break;
		    default:
			    fprintf(stdout, "**INVALID**");
			    n = 0;
			    break;
	}
      buf = buf + n;
      sum = sum + n;
      fprintf(stdout, "%s---\n", Leader);
    }

  ModifyIndentLevel(-1);
  return(sum);
}

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

/* print a list of STRs.  Similar to PrintList
   They start at <buf>.  There are <number> things in the list */

PrintListSTR(buf, number, name)
     unsigned char *buf;
     long   number;
     char   *name;
{
  long    n;
  long    i;
  long    sum;

  if (number == 0)
    return;

  fprintf(stdout, "%s%20s: (%d)\n", Leader, name, number);
  if (Verbose < 2)
    return;

  ModifyIndentLevel(1);
  sum = 0;
  for (i = 0; i < number; i++)
    {
      fprintf(stdout, "%s", Leader);
      n = PrintSTR(buf);
      buf = buf + n;
      sum = sum + n;
      fprintf(stdout, "\n");
    }

  ModifyIndentLevel(-1);
  return;
}


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


PrintBytes(buf, number, name)
     unsigned char   buf[];
     long   number;
     char   *name;
{
  /* print a list of BYTE -- 8-bit character */
  long   i;
  short   column;

  if (number == 0)
    return;

  fprintf(stdout, "%s%20s: ", Leader, name);
  column = SizeofLeader() + 25;
  for (i = 0; i < number; i++)
    {
      if (column > 80)
	{
	  if (Verbose < 2)
	    break;
	  fprintf(stdout, "\n%s%20s: ", Leader, "");
	  column = SizeofLeader() + 25;
	}
      fprintf(stdout, "%02x ",((unsigned int) buf[i]));
      column += 3;
    }
  fprintf(stdout, "\n");

  return;
}


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


/* print a String of CHAR8 -- 8-bit characters */

PrintString8(buf, number, name)
     unsigned char    buf[];
     long   number;
     char   *name;
{
  long   i;

  if (number == 0)
    return;

  fprintf(stdout, "%s%20s: \"", Leader, name);
  for (i = 0; i < number; i++)
    fprintf(stdout, "%s", printrep(buf[i]));
  fprintf(stdout, "\"\n");
}


/* print a String of CHAR2B -- 16-bit characters */

PrintString16(buf, number, name)
     unsigned char    buf[];
     long   number;
     char   *name;
{
  long   i;
  unsigned short   c;

  if (number == 0)
    return;

  fprintf(stdout, "%s%20s: \"", Leader, name);
  for (i = 0; i < number; i += 2)
    {
      c = IChar2B(&buf[i]);
      fprintf(stdout, "%s", printrep(c));
    }
  fprintf(stdout, "\"\n");
}

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

/*
  A Value List is two things:

  (1) A controlling bitmask.  For each one bit in the control,
  a value is in the list.
  (2) A list of values.
*/

PrintValues(control, clength, ctype, values, name)
     unsigned char   *control;
     short   clength;
     short   ctype;
     unsigned char   *values;
     char   *name;
{
  long    cmask;
  struct ValueListEntry  *p;

  /* first get the control mask */
  if (clength == 1)
    cmask = IByte(control);
  else if (clength == 2)
      cmask = IShort(control);
    else
      cmask = ILong(control);

  /* now if it is zero, ignore and return */
  if (cmask == 0)
    return;

  /* there are bits in the controlling bitmask, figure out which */
  /* the ctype is a set type, so this code is similar to PrintSET */
  fprintf(stdout, "%s%20s:\n", Leader, name);
  ModifyIndentLevel(1);
  for (p = TD[ctype].ValueList; p != NULL; p = p->Next)
    {
      if ((p->Value & cmask) != 0)
	{
	  short   m = 4 - p->Length;
	  PrintField(values, m, p->Length, p->Type, p->Name);
	  values += 4;
	}
    }
  ModifyIndentLevel(-1);
}


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

/* PolyText8 and PolyText16 take lists of characters with possible
   font changes in them. */

PrintTextList8(buf, length, name)
     unsigned char *buf;
     short   length;
     char   *name;
{
  short   n;

  fprintf(stdout, "%s%20s:\n", Leader, name);
  while (length > 1)
    {
      n = IByte(&buf[0]);
      if (n != 255)
	{
	  PrintField(buf, 1, 1, INT8, "delta");
	  PrintString8(&buf[2], (long)n, "text item 8 string");
	  buf += n + 2;
	  length -= n + 2;
	}
      else
	{
	  PrintField(buf, 1, 4, FONT, "font-shift-id");
	  buf += 4;
	  length -= 4;
	}
    }
}

PrintTextList16(buf, length, name)
     unsigned char *buf;
     short   length;
     char   *name;
{
  short   n;

  fprintf(stdout, "%s%20s:\n", Leader, name);
  while (length > 1)
    {
      n = IByte(&buf[0]);
      if (n != 255)
	{
	  PrintField(buf, 1, 1, INT8, "delta");
	  PrintString16(&buf[2], (long)n, "text item 16 string");
	  buf += n + 2;
	  length -= n + 2;
	}
      else
	{
	  PrintField(buf, 1, 4, FONT, "font-shift-id");
	  buf += 4;
	  length -= 4;
	}
    }
}


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

#define MAXline 78

DumpHexBuffer(buf, n)
     unsigned char *buf;
     long    n;
{
  short   i;
  short   column;
  char    h[6] /* one hex or octal character */ ;

  column = 27 + SizeofLeader();
  for (i = 0; i < n; i++)
    {
      /* get the hex representations */
      (void)sprintf(h, "%02x",(0xff & buf[i]));

      /* check if these characters will fit on this line */
      if ((column + strlen(h) + 1) > MAXline)
	{
	  /* line will be too long -- print it */
	  fprintf(stdout, "\n");
	  column = 0;
	}
      fprintf(stdout, "%s ", h);
      column += 3;
    }
}
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TextFile
