/* 
 * Motif
 *
 * Copyright (c) 1987-2012, The Open Group. All rights reserved.
 *
 * These libraries and programs are free software; you can
 * redistribute them and/or modify them under the terms of the GNU
 * Lesser General Public License as published by the Free Software
 * Foundation; either version 2 of the License, or (at your option)
 * any later version.
 *
 * These libraries and programs are distributed in the hope that
 * they will be useful, but WITHOUT ANY WARRANTY; without even the
 * implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR
 * PURPOSE. See the GNU Lesser General Public License for more
 * details.
 *
 * You should have received a copy of the GNU Lesser General Public
 * License along with these librararies and programs; if not, write
 * to the Free Software Foundation, Inc., 51 Franklin Street, Fifth
 * Floor, Boston, MA 02110-1301 USA
 */ 
#ifdef HAVE_CONFIG_H
#include <config.h>
#endif


#ifdef REV_INFO
#ifndef lint
static char rcsid[] = "$TOG: Mrmwcrw.c /main/20 1999/05/19 15:26:23 mgreess $"
#endif
#endif

/*
 *++
 *  FACILITY:
 *
 *      UIL Resource Manager (URM):
 *
 *  ABSTRACT:
 *
 *	This module contains the routine which implement widget creation
 *	and management at runtime from a widget stored in a resource context.
 *
 *--
 */


/*
 *
 *  INCLUDE FILES
 *
 */
#include <stdio.h>
#include <Mrm/MrmAppl.h>
#include <Mrm/Mrm.h>
#include "MrmosI.h"
#include "MrmMsgI.h"
#include <X11/keysym.h>
#include <Xm/XmosP.h>		/* for ALLOCATE/DEALLOCATE_LOCAL */
#include <Xm/RowColumn.h>	/* for XmGetTearOffControl */
#include <Xm/DisplayP.h>	/* for XmDisplay */

#include <Xm/XmRenderTI.h>
#include <Xm/XmTabListI.h>
#include <Xm/ResIndI.h>

/*
 *
 *  TABLE OF CONTENTS
 *
 *	UrmCreateWidgetTree		Create a widget and its subtree
 *
 *	UrmCreateWidgetInstance		Create a widget instance
 *
 *	Urm__CW_CreateArglist		Create a widget arglist
 *
 *	Urm__CW_FixupCallback		Complete a callback item
 *
 *	Urm__CW_EvaluateResource	Evaluate a resource ref value
 *
 */


static void DisplayDestroyCallback (Widget w, 
				    XtPointer client_data, 
				    XtPointer call_data );

/*
 *
 *  DEFINE and MACRO DEFINITIONS
 *
 */

#define MAKEINT(float_value) ((int) (((float_value) > 0.0) ? \
				     ((float_value) + 0.5) : \
				     ((float_value) - 0.5)))



/*
 *++
 *
 *  PROCEDURE DESCRIPTION:
 *
 *	UrmCreateWidgetInstanceCleanup determines from a RGM widget
 *	record if the widget instance is real.  If it is and it has
 *      a cleanup, the cleanup is called.  This mechanism is
 *	used to clean up dangling XmRenderTable and XmRendition handles
 *	left dangling in calls to UrmCreateWidgetInstance.
 *
 *  FORMAL PARAMETERS:
 *
 *	context_id	context containing widget record describing widget
 *			to create
 *	hierarchy_id	URM hierarchy from which to read public resources
 *	file_id		URM file from which to read private resources
 *	child		id of child widget
 *
 *  IMPLICIT INPUTS:
 *
 *  IMPLICIT OUTPUTS:
 *
 *  FUNCTION VALUE:
 *
 * 	MrmSUCCESS	operation succeeded
 *	MrmBAD_CONTEXT	invalid context
 *	MrmBAD_WIDGET_REC	invalid widget record
 *
 *  SIDE EFFECTS:
 *
 *--
 */

Cardinal 
UrmCreateWidgetInstanceCleanup (URMResourceContextPtr	context_id,
			      Widget			child,
			      IDBFile			file_id)
{
  /*
   *  Local variables
   */
  RGMWidgetRecordPtr	widgetrec ;	/* widget record in the context */
  WCIClassDescPtr	cldesc ;	/* class descriptor */
  Cardinal		result;

  /*
   * Validate the context and the widget record in the context.
   * Check the variety and call the appropriate set or create function.
   */
  if ( ! UrmRCValid(context_id) )
    return Urm__UT_Error ("UrmCreateWidgetInstanceCleanup", _MrmMMsg_0043,
			  NULL, NULL, MrmBAD_CONTEXT) ;
  widgetrec = (RGMWidgetRecordPtr) UrmRCBuffer (context_id) ;
  if ( ! UrmWRValid(widgetrec) )
    return Urm__UT_Error ("UrmCreateWidgetInstanceCleanup", _MrmMMsg_0026,
			  NULL, context_id, MrmBAD_WIDGET_REC) ;

  if (widgetrec->variety == UilMrmWidgetVariety)
    {
      result = Urm__FindClassDescriptor (file_id,
				     widgetrec->type,
				     (XtPointer)
				      ((char *)widgetrec+widgetrec->class_offs),
				     &cldesc) ;
      if ( result != MrmSUCCESS ) return result ;

      if (NULL != cldesc->cleanup) (*(cldesc->cleanup)) (child) ;
    }
  else if (widgetrec->variety != UilMrmAutoChildVariety)
    return Urm__UT_Error("UrmCreateWidgetInstanceCleanup", _MrmMMsg_0055,
			 NULL, context_id, MrmBAD_WIDGET_REC);

  return MrmSUCCESS;
}


/*
 *++
 *
 *  PROCEDURE DESCRIPTION:
 *
 *	UrmCreateWidgetTree is the recursive routine
 *	which recurses down a widget subtree and instantiates all widgets
 *	in the tree. The recursion process is:
 *
 *		o Create this widget.
 *		o Create a new context. Read each child of this widget
 *		  into the context in succession. Create each child,
 *		  saving its id.
 *		o manage the children
 *
 *	This routine accepts override parameters for the widget name, and
 *	to override arguments in the creation arglist. The latter are appended
 *	to the list created from the UID file, and do not replace all values.
 *	The parameters are not passed down to any children in the subtree.
 *
 *  FORMAL PARAMETERS:
 *
 *	context_id	context containing widget record describing widget
 *			to create
 *	parent		id of parent widget
 *	hierarchy_id	URM hierarchy from which to read public resources
 *	file_id		URM file from which to read private resources
 *	ov_name		Name to override widget name (NULL for no override)
 *	ov_args		Override arglist, exactly as would be given to
 *			XtCreateWidget (conversion complete, etc). NULL
 *			for no override.
 *	ov_num_args	# args in ov_args; 0 for no override
 *	keytype		type of key which accessed this widget
 *	kindex		index for URMrIndex access
 *	krid		resource id for URMrRID access
 *	svlist		list of SetValues descriptors for widgets in tree
 *	wref_id		to accumulate widget reference definitions
 *	w_return	To return id of newly created widget
 *
 *  IMPLICIT INPUTS:
 *
 *  IMPLICIT OUTPUTS:
 *
 *  FUNCTION VALUE:
 *
 *	MrmSUCCESS	operation succeeded
 *	MrmBAD_CONTEXT	invalid context
 *	MrmBAD_WIDGET_REC	invalid widget record
 *
 *  SIDE EFFECTS:
 *
 *--
 */

Cardinal 
UrmCreateWidgetTree (URMResourceContextPtr	context_id,
		     Widget			parent,
		     MrmHierarchy		hierarchy_id,
		     IDBFile			file_id,
		     String			ov_name,
		     ArgList			ov_args,
		     Cardinal			ov_num_args,
		     MrmCode			keytype,
		     String			kindex,
		     MrmResource_id		krid,
		     MrmManageFlag		manage,
		     URMPointerListPtr		*svlist,
		     URMResourceContextPtr	wref_id,
		     Widget			*w_return)
{
  /*
   *  Local variables
   */
  Cardinal		result ;	/* function results */
  Widget		widget_id ;	/* this widget id */
  URMResourceContextPtr	child_ctx ;	/* context for children */
  Widget		child_id ;	/* current child */
  IDBFile		loc_file_id ;	/* local file id, may be modified */
  RGMWidgetRecordPtr	widgetrec ;	/* the widget record in the context */
  int			ndx ;		/* loop index */
  RGMChildrenDescPtr	childrendesc ;	/* children list descriptor */
  RGMChildDescPtr	childptr ;	/* current child */
  String		child_idx = NULL ;	/* current child index */
  char			err_msg[300] ;
  char			*w_name;

  /*
   * Create the widget instance.
   */
  result = UrmCreateOrSetWidgetInstance (context_id, parent, hierarchy_id, 
					 file_id, ov_name, ov_args, ov_num_args,
					 keytype, kindex, krid, manage, svlist,
					 wref_id, &widget_id,  &w_name) ;
  if ( result != MrmSUCCESS ) return result ;
  *w_return = widget_id ;

  /*
   * Initialize a context, and create all the children, Saving their ids.
   * Note there are no interior returns from the processing loop, and that 
   * all locally acquired resources are returned at the routine exit.
   *
   * Initialize a sibling reference context for any class which allows
   * sibling widget references.
   */
  widgetrec = (RGMWidgetRecordPtr) UrmRCBuffer (context_id) ;
  if ( widgetrec->children_offs > 0) 
    {
      UrmGetResourceContext ((char *(*)())NULL, (void(*)())NULL, 0, &child_ctx);
      childrendesc =
	(RGMChildrenDescPtr)((char *)widgetrec+widgetrec->children_offs);

      for ( ndx=0 ; ndx<childrendesc->count ; ndx++ )
	{
	  childptr = &childrendesc->child[ndx] ;

	  /*
	   * Read the next child into the child context. Continue looping if it
	   * can't be found. Reading the child from a hierarchy may modify the
	   * file id, but only for reading the child's subtree.
	   */
	  loc_file_id = file_id ;
	  switch ( childptr->type )
	    {
	    case URMrIndex:
	      child_idx = (char *) widgetrec+childptr->key.index_offs ;
	      if ( childptr->access == URMaPublic )
		result = UrmHGetWidget (hierarchy_id, child_idx,
					child_ctx, &loc_file_id) ;
	      else
		result = UrmGetIndexedWidget (file_id, child_idx, child_ctx) ;
	      if ( result != MrmSUCCESS )
		sprintf (err_msg, _MrmMMsg_0052, child_idx) ;
	      break ;
	    case URMrRID:
	      result = UrmGetRIDWidget (file_id, childptr->key.id,
					child_ctx) ;
	      if ( result != MrmSUCCESS )
		sprintf (err_msg, _MrmMMsg_0053, childptr->key.id) ;
	      break ;
	    default:
	      result = MrmFAILURE ;
	      sprintf (err_msg, _MrmMMsg_0054, childptr->type) ;
	      break ;
	    }
	  if ( result != MrmSUCCESS )
	    {
	      Urm__UT_Error ("UrmCreateWidgetTree",
			     err_msg, NULL, NULL, result) ;
	      continue ;
	    }

	  /*
	   * Create the child and its subtree.
	   */
	  result = UrmCreateWidgetTree (child_ctx, widget_id, hierarchy_id, 
					loc_file_id, NULL, NULL, 0,
					childptr->type, child_idx, 
					childptr->key.id, 
					((childptr->manage) ? 
					 MrmManageManage : MrmManageUnmanage),
					svlist, wref_id, &child_id)  ;
	  UrmCreateWidgetInstanceCleanup(child_ctx, child_id, loc_file_id);
	  if ( result != MrmSUCCESS ) continue ;

	  /*
	   * loop end
	   */
	}
      /*
       * done. Deallocate local resources.
       */
      UrmFreeResourceContext (child_ctx) ;
    }

  /*
   * Add the parent widget to the widget reference structure, and update the
   * SetValues descriptors if appropriate
   */
  if ((w_name != NULL) && (*svlist != NULL))
    Urm__CW_ResolveSVWidgetRef(svlist, w_name, *w_return);

  return MrmSUCCESS ;        
}


/*
 *++
 *
 *  PROCEDURE DESCRIPTION:
 *
 *	UrmCreateOrSetWidgetInstance determines from a RGM widget
 *	record if the widget instance is real and has to be created by
 *	a call to UrmCreateWidgetInstance or is an automatic child widget
 *	and has to be set by a call to UrmSetWidgetInstance.
 *
 *	Once UrmCreateOrSetWidgetInstance has been called, then the only
 *	information in the RGM record which may still be required is the
 *	privacy information and the widget children list. This information
 *	may be copied and the resource context reused by users who are doing
 *	recursive widget access, and wish to avoid recursive accumulation
 *	of resource contexts in memory.
 *
 *	The URM hierarchy for public resources and the IDB file for private
 *	resources are required to evaluate resource references occurring in
 *	the widget arglist.
 *
 *	This routine accepts override parameters for the widget name, and
 *	to override arguments in the creation arglist. The latter are appended
 *	to the list created from the UID file, and do not replace all values.
 *
 *  FORMAL PARAMETERS:
 *
 *	context_id	context containing widget record describing widget
 *			to create
 *	parent		id of parent widget
 *	hierarchy_id	URM hierarchy from which to read public resources
 *	file_id		URM file from which to read private resources
 *	ov_name		Name to override widget name (NULL for no override)
 *	ov_args		Override arglist, exactly as would be given to
 *			XtCreateWidget (conversion complete, etc). NULL
 *			for no override.
 *	ov_num_args	# args in ov_args; 0 for no override
 *	keytype		type of key which accessed this widget
 *	kindex		index for URMrIndex access
 *	krid		resource id for URMrRID access
 *	manage		create-managed flag
 *	svlist		list of SetValues descriptors
 *	wref_id		structure in which to resolve references to widgets
 *			which have already been defined.
 *	w_return	To return id of newly created widget
 *
 *  IMPLICIT INPUTS:
 *
 *  IMPLICIT OUTPUTS:
 *
 *  FUNCTION VALUE:
 *
 * 	MrmSUCCESS	operation succeeded
 *	MrmBAD_CONTEXT	invalid context
 *	MrmBAD_WIDGET_REC	invalid widget record
 *
 *  SIDE EFFECTS:
 *
 *--
 */

Cardinal 
UrmCreateOrSetWidgetInstance (URMResourceContextPtr	context_id,
			      Widget			parent,
			      MrmHierarchy		hierarchy_id,
			      IDBFile			file_id,
			      String			ov_name,
			      ArgList			ov_args,
			      Cardinal			ov_num_args,
			      MrmCode			keytype,
			      String			kindex,
			      MrmResource_id		krid,
			      MrmManageFlag		manage,
			      URMPointerListPtr		*svlist,
			      URMResourceContextPtr	wref_id,
			      Widget			*w_return,
			      char			**w_name)
{
  /*
   *  Local variables
   */
  RGMWidgetRecordPtr	widgetrec ;	/* widget record in the context */

  /*
   * Validate the context and the widget record in the context.
   * Check the variety and call the appropriate set or create function.
   */
  if ( ! UrmRCValid(context_id) )
    return Urm__UT_Error ("UrmCreateOrSetWidgetInstance", _MrmMMsg_0043,
			  NULL, NULL, MrmBAD_CONTEXT) ;
  widgetrec = (RGMWidgetRecordPtr) UrmRCBuffer (context_id) ;
  if ( ! UrmWRValid(widgetrec) )
    return Urm__UT_Error ("UrmCreateOrSetWidgetInstance", _MrmMMsg_0026,
			  NULL, context_id, MrmBAD_WIDGET_REC) ;

  if (widgetrec->variety == UilMrmWidgetVariety)
    {
      return UrmCreateWidgetInstance(context_id, parent, hierarchy_id, file_id,
				     ov_name, ov_args, ov_num_args, keytype, 
				     kindex, krid, manage, svlist, wref_id, 
				     w_return, w_name);
    }
  else if (widgetrec->variety == UilMrmAutoChildVariety)
    {
      *w_name = NULL;
      return UrmSetWidgetInstance(context_id, parent, hierarchy_id, file_id,
				  ov_args, ov_num_args, keytype, kindex, 
				  krid, manage, svlist, wref_id, w_return);
    }
  else 
    return Urm__UT_Error("UrmCreateOrSetWidgetInstance", _MrmMMsg_0055,
			 NULL, context_id, MrmBAD_WIDGET_REC);
}


/*
 *++
 *
 *  PROCEDURE DESCRIPTION:
 *
 *	UrmCreateWidgetInstance creates a widget instance from a RGM widget
 *	record by:
 *
 *		o Creating a legal XtCreateWidget arglist from the RGM
 *		  arglist by expanding compressed tags, evaluating values,
 *		  and doing type conversion.
 *
 *		o Deriving the correct low-level widget creation routine
 *		  from the RGM record's class specifier, and calling with
 *		  the given parent and the arglist.
 *
 *	Once UrmCreateWidgetInstance has been called, then the only
 *	information in the RGM record which may still be required is the
 *	privacy information and the widget children list. This information
 *	may be copied and the resource context reused by users who are doing
 *	recursive widget access, and wish to avoid recursive accumulation
 *	of resource contexts in memory (see next routine).
 *
 *	The URM hierarchy for public resources and the IDB file for private
 *	resources are required to evaluate resource references occurring in
 *	the widget arglist.
 *
 *	This routine accepts override parameters for the widget name, and
 *	to override arguments in the creation arglist. The latter are appended
 *	to the list created from the UID file, and do not replace all values.
 *
 *  FORMAL PARAMETERS:
 *
 *	context_id	context containing widget record describing widget
 *			to create
 *	parent		id of parent widget
 *	hierarchy_id	URM hierarchy from which to read public resources
 *	file_id		URM file from which to read private resources
 *	ov_name		Name to override widget name (NULL for no override)
 *	ov_args		Override arglist, exactly as would be given to
 *			XtCreateWidget (conversion complete, etc). NULL
 *			for no override.
 *	ov_num_args	# args in ov_args; 0 for no override
 *	keytype		type of key which accessed this widget
 *	kindex		index for URMrIndex access
 *	krid		resource id for URMrRID access
 *	manage		create-managed flag
 *	svlist		list of SetValues descriptors
 *	wref_id		structure in which to resolve references to widgets
 *			which have already been defined.
 *	w_return	To return id of newly created widget
 *
 *  IMPLICIT INPUTS:
 *
 *  IMPLICIT OUTPUTS:
 *
 *  FUNCTION VALUE:
 *
 * 	MrmSUCCESS	operation succeeded
 *	MrmBAD_CONTEXT	invalid context
 *	MrmBAD_WIDGET_REC	invalid widget record
 *
 *  SIDE EFFECTS:
 *
 *--
 */

/*ARGSUSED*/
Cardinal 
UrmCreateWidgetInstance (URMResourceContextPtr	context_id,
			 Widget			parent,
			 MrmHierarchy		hierarchy_id,
			 IDBFile		file_id,
			 String			ov_name,
			 ArgList		ov_args,
			 Cardinal		ov_num_args,
			 MrmCode		keytype, /* unused */
			 String			kindex,	/* unused */
			 MrmResource_id		krid, /* unused */
			 MrmManageFlag		manage,
			 URMPointerListPtr	*svlist,
			 URMResourceContextPtr	wref_id,
			 Widget			*w_return,
			 char			**w_name)
{
  /*
   *  Local variables
   */
  Cardinal		result ;	/* function results */
  RGMWidgetRecordPtr	widgetrec ;	/* widget record in the context */
  RGMArgListDescPtr	argdesc = NULL ;  /* arg list descriptor in record */
  Arg			*args = NULL ;  /* arg list argument for create */
  Cardinal		num_used = 0 ;	/* number of args used in arglist */
  MrmCount		num_listent = ov_num_args ;  /* # entries in args */
  WCIClassDescPtr	cldesc ;	/* class descriptor */
  URMPointerListPtr	ptrlist = NULL ; /* to hold scratch callbacks */
  URMPointerListPtr	cblist = NULL ; /* to hold scratch contexts */
  URMPointerListPtr	ftllist = NULL ; /* to hold scratch fontlists */
  int			ndx ;		/* loop index */
  RGMCallbackDescPtr	cbptr ;		/* creation callback descriptor */
  RGMCallbackItemPtr	itmptr ;	/* current callback item */
  void			(* cb_rtn) () ;	/* current callback routine */
  /* BEGIN OSF Fix pir 1860, 2813 */
  XmAnyCallbackStruct	cb_reason; 	/* creation callback reason */
  /* END OSF Fix pir 1860, 2813 */

  /*
   * Validate the context and the widget record in the context.
   * Get the low-level creation routine pointer.
   */
  if ( ! UrmRCValid(context_id) )
    return Urm__UT_Error ("UrmCreateWidgetInstance", _MrmMMsg_0043,
			  NULL, NULL, MrmBAD_CONTEXT) ;
  widgetrec = (RGMWidgetRecordPtr) UrmRCBuffer (context_id) ;
  if ( ! UrmWRValid(widgetrec) )
    return Urm__UT_Error ("UrmCreateWidgetInstance", _MrmMMsg_0026,
			  NULL, context_id, MrmBAD_WIDGET_REC) ;

  result = Urm__FindClassDescriptor (file_id,
				     widgetrec->type,
				     (XtPointer)
				      ((char *)widgetrec+widgetrec->class_offs),
				     &cldesc) ;
  if ( result != MrmSUCCESS )
    return result ;

  /*
   * Allocate the args list, big enough for all the arguments in the widget
   * record plus all the override arguments. Also initialize a pointer list
   * to save any contexts created to evaluate resources.
   */
  if ( widgetrec->arglist_offs != 0)
    {
      argdesc = (RGMArgListDescPtr) 
	((char *)widgetrec + widgetrec->arglist_offs) ;
      num_listent += argdesc->count + argdesc->extra ;
      UrmPlistInit (10, &ftllist) ;
    }
  if ( num_listent > 0 )
    {
      args = (Arg *) XtMalloc (num_listent*sizeof(Arg)) ;
      UrmPlistInit (10, &ptrlist) ;
    }

  /*
   * Set up the structure for the callback list to free memory on destory widget
   */
  UrmPlistInit (10, &cblist);

  /*
   * Set the arg list from the widget record argument list
   */
  if ( argdesc != NULL )
    {
      Urm__CW_CreateArglist
	(parent, widgetrec, argdesc, ptrlist, cblist, ftllist,
	 hierarchy_id, file_id, args, svlist, wref_id, &num_used) ;
    }

  /*
   * Copy in any override args
   */
  for ( ndx=0 ; ndx<ov_num_args ; ndx++ )
    {
      args[ndx+num_used].name = ov_args[ndx].name ;
      args[ndx+num_used].value = ov_args[ndx].value ;
    }
  num_used += ov_num_args ;

  /*
   * Create the widget
   */
  *w_name = (ov_name != NULL) ? ov_name : (char*)widgetrec+widgetrec->name_offs;
  *w_return = (*(cldesc->creator)) (parent, *w_name, args, num_used) ;

  Urm__CW_AddWRef (wref_id, *w_name, *w_return) ;
  if ( *svlist != NULL )
    Urm__CW_UpdateSVWidgetRef (svlist, *w_return) ;

  if ( manage==MrmManageManage )XtManageChild(*w_return);

  /*
   * Call the creation callbacks if there are any.
   */
  if ( widgetrec->creation_offs != 0)
    {
      if (strcmp(file_id->db_version, URM1_1version) <= 0)
	cbptr = Urm__CW_TranslateOldCallback((OldRGMCallbackDescPtr)
					     ((char *)widgetrec + 
					      widgetrec->creation_offs));
      else 
	cbptr = (RGMCallbackDescPtr) ((char *)widgetrec + 
				      widgetrec->creation_offs) ;

      if ( ptrlist == NULL )
        UrmPlistInit (10, &ptrlist) ;
      result = Urm__CW_FixupCallback (parent, (XtPointer)widgetrec, cbptr, 
				      ptrlist, cblist, hierarchy_id, 
				      file_id, wref_id) ;
      if ( result == MrmSUCCESS )
        for ( ndx=0 ; ndx<cbptr->count ; ndx++ )
	  {
            itmptr = &cbptr->item[ndx] ;

            cb_rtn = (void (*)()) itmptr->runtime.callback.callback ;
            if ( cb_rtn != (XtCallbackProc)NULL )
	      /* BEGIN OSF Fix pir 2813 */
	      {
		cb_reason.reason = MrmCR_CREATE;
		cb_reason.event = NULL;
		(*cb_rtn) (*w_return, itmptr->runtime.callback.closure, 
			   &cb_reason) ;
	      }
	    /* END OSF Fix pir 2813 */
	  }
      else if (result == MrmUNRESOLVED_REFS)
	Urm__UT_Error("UrmCreateWidgetInstance", _MrmMMsg_0056,
		      NULL, NULL, MrmFAILURE) ;
      else 
	return Urm__UT_Error("UrmCreateWidgetInstance", _MrmMMsg_0057,
			     NULL, NULL, MrmFAILURE);

      if (strcmp(file_id->db_version, URM1_1version) <= 0)
	XtFree((char *)cbptr);
    }

  /*
   * successfully created (as far as we can tell). Deallocate all local
   * resources, including any contexts in the pointer list.
   */
  if ( args != NULL ) XtFree ((char*)args) ;
  if ( ptrlist != NULL )
    {
      for ( ndx=0 ; ndx<UrmPlistNum(ptrlist) ; ndx++ )
        UrmFreeResourceContext ((URMResourceContextPtr)UrmPlistPtrN(ptrlist,ndx)) ;
      UrmPlistFree (ptrlist) ;
    }

  /*
   * Add a destroy callback if the widget had any callbacks or font-lists
   * associated with it.
   * Otherwise just wipe out the memory for the Plist now.
   */
  if (cblist->num_ptrs > 0)
    {
      XtAddCallback (*w_return, XmNdestroyCallback, 
		     (XtCallbackProc) UrmDestroyCallback, cblist);
    }
  else
    {
      UrmPlistFree (cblist);
    }

  /*
  ** We should really let Xt take care of handling the fontlists by using its
  ** converters; but for the meanwhile avoid freeing the fontlists here, as the
  ** widget may be one which doesn't do an XmFontListCopy. Instead, later free
  ** our extra copy.
  */
  if (ftllist != NULL)
    {
      if (UrmPlistNum(ftllist) > 0)
	XtAddCallback(*w_return, XmNdestroyCallback, 
		      (XtCallbackProc) UrmDestroyCallback, ftllist);
      else
	UrmPlistFree (ftllist) ;
    }

  return MrmSUCCESS ;

}


/*
 *++
 *
 *  PROCEDURE DESCRIPTION:
 *
 *	UrmSetWidgetInstance sets the appropriate resources from a RGM widget
 *	record on the appropriate automatically created child of parent by:
 *
 *		o Creating a legal XtSetValues arglist from the RGM
 *		  arglist by expanding compressed tags, evaluating values,
 *		  and doing type conversion.
 *
 *		o Finding the correct widget child of parent by uncompressing
 *		  the resource compression code found in the RGM record's
 *		  type specifier, and calling XtNameToWidget on the result.
 *
 *	Once UrmSetWidgetInstance has been called, then the only
 *	information in the RGM record which may still be required is the
 *	privacy information and the widget children list. This information
 *	may be copied and the resource context reused by users who are doing
 *	recursive widget access, and wish to avoid recursive accumulation
 *	of resource contexts in memory (see next routine).
 *
 *	The URM hierarchy for public resources and the IDB file for private
 *	resources are required to evaluate resource references occurring in
 *	the widget arglist.
 *
 *	This routine accepts override parameters to override
 *	arguments in the setvalues arglist. They are appended
 *	to the list created from the UID file, and do not replace all values.
 *
 *  FORMAL PARAMETERS:
 *
 *	context_id	context containing widget record describing widget
 *			to create
 *	parent		id of parent widget
 *	hierarchy_id	URM hierarchy from which to read public resources
 *	file_id		URM file from which to read private resources
 *	ov_args		Override arglist, exactly as would be given to
 *			XtCreateWidget (conversion complete, etc). NULL
 *			for no override.
 *	ov_num_args	# args in ov_args; 0 for no override
 *	keytype		type of key which accessed this widget
 *	kindex		index for URMrIndex access
 *	krid		resource id for URMrRID access
 *	manage		create-managed flag
 *	svlist		list of SetValues descriptors
 *	wref_id		structure in which to resolve references to widgets
 *			which have already been defined.
 *	w_return	To return id of newly created widget
 *
 *  IMPLICIT INPUTS:
 *
 *  IMPLICIT OUTPUTS:
 *
 *  FUNCTION VALUE:
 *
 * 	MrmSUCCESS	operation succeeded
 *	MrmBAD_CONTEXT	invalid context
 *	MrmBAD_WIDGET_REC	invalid widget record
 *
 *  SIDE EFFECTS:
 *
 *--
 */

/*ARGSUSED*/
Cardinal 
UrmSetWidgetInstance (URMResourceContextPtr	context_id,
		      Widget			parent,
		      MrmHierarchy		hierarchy_id,
		      IDBFile			file_id,
		      ArgList			ov_args,
		      Cardinal			ov_num_args,
		      MrmCode			keytype, /* unused */
		      String			kindex,	/* unused */
		      MrmResource_id		krid, /* unused */
		      MrmManageFlag		manage,
		      URMPointerListPtr		*svlist,
		      URMResourceContextPtr	wref_id,
		      Widget			*w_return)
{
  /*
   *  Local variables
   */
  Cardinal		result ;	/* function results */
  RGMWidgetRecordPtr	widgetrec ;	/* widget record in the context */
  String		c_name ;	/* child name */
  String		c_name_tmp ;	/* child name - temporary */
  RGMArgListDescPtr	argdesc = NULL ; /* arg list descriptor in record */
  Arg			*args = NULL ;  /* arg list argument for create */
  Cardinal		num_used = 0 ;	/* number of args used in arglist */
  MrmCount		num_listent = ov_num_args ; /* # entries in args */
  URMPointerListPtr	ptrlist = NULL ;/* to hold scratch contexts */
  URMPointerListPtr	cblist = NULL ; /* to hold scratch callbacks */
  URMPointerListPtr	ftllist = NULL ;/* to hold scratch fontlists */
  int			ndx ;		/* loop index */
  RGMCallbackDescPtr	cbptr ;		/* creation callback descriptor */
  RGMCallbackItemPtr	itmptr ;	/* current callback item */
  void			(* cb_rtn) () ;	/* current callback routine */
  /* BEGIN OSF Fix pir 1860, 2813 */
  XmAnyCallbackStruct	cb_reason; 	/* creation callback reason */
  /* END OSF Fix pir 1860, 2813 */

  /*
   * Validate the context and the widget record in the context.
   */
  if ( ! UrmRCValid(context_id) )
    return Urm__UT_Error ("UrmSetWidgetInstance", _MrmMMsg_0043,
			  NULL, NULL, MrmBAD_CONTEXT) ;
  widgetrec = (RGMWidgetRecordPtr) UrmRCBuffer (context_id) ;
  if ( ! UrmWRValid(widgetrec) )
    return Urm__UT_Error ("UrmSetWidgetInstance", _MrmMMsg_0026,
			  NULL, context_id, MrmBAD_WIDGET_REC) ;

  result = Urm__UncompressCode (file_id, widgetrec->type, &c_name) ;
  if ( result != MrmSUCCESS )
    return Urm__UT_Error("UrmSetWidgetInstance", _MrmMMsg_0058,
			 NULL, context_id, result) ;

  /* Find the widget */
  if (strcmp(c_name, "TearOffControl") == 0) /* Special case */
    *w_return = XmGetTearOffControl(parent);
  else 
    {
      /* Need to add * for ScrolledText and ScrolledList */
      c_name_tmp = (String)ALLOCATE_LOCAL((strlen(c_name) + 2) * sizeof(char));
      sprintf(c_name_tmp, "*%s", c_name);
      *w_return = XtNameToWidget(parent, c_name_tmp);

      /* Deal with ScrollBars for ScrolledList and ScrolledText subclasses. */
      if ((*w_return == NULL) &&
	  ((strcmp(c_name, "VertScrollBar") == 0) ||
	   (strcmp(c_name, "HorScrollBar") == 0)))
	{
	  *w_return = XtNameToWidget(XtParent(parent), c_name_tmp);
	}

      DEALLOCATE_LOCAL(c_name_tmp);
    }

  if (*w_return == NULL)
    return Urm__UT_Error("UrmSetWidgetInstance", _MrmMMsg_0059,
			 NULL, context_id, MrmFAILURE) ;
  
  /*
   * Allocate the args list, big enough for all the arguments in the widget
   * record plus all the override arguments. Also initialize a pointer list
   * to save any contexts created to evaluate resources.
   */
  if ( widgetrec->arglist_offs != 0)
    {
      argdesc = (RGMArgListDescPtr) 
	((char *)widgetrec + widgetrec->arglist_offs) ;
      num_listent += argdesc->count + argdesc->extra ;
      UrmPlistInit (10, &ftllist) ;
    }
  if ( num_listent > 0 )
    {
      args = (Arg *) XtMalloc (num_listent*sizeof(Arg)) ;
      UrmPlistInit (10, &ptrlist) ;
    }

  /*
   * Set up the structure for the callback list to free memory on destroy widget
   */
  UrmPlistInit (10, &cblist);

  /*
   * Set the arg list from the widget record argument list
   */
  if ( argdesc != NULL )
    {
      Urm__CW_CreateArglist
	(parent, widgetrec, argdesc, ptrlist, cblist, ftllist,
	 hierarchy_id, file_id, args, svlist, wref_id, &num_used) ;
    }

  /*
   * Copy in any override args
   */
  for ( ndx=0 ; ndx<ov_num_args ; ndx++ )
    {
      args[ndx+num_used].name = ov_args[ndx].name ;
      args[ndx+num_used].value = ov_args[ndx].value ;
    }
  num_used += ov_num_args ;

  /*
   * Set the widget values
   */
  XtSetValues(*w_return, args, num_used) ;

  /*
   * If the uil file said unmanaged, then unmanage the widget. 
   */
  if ( manage==MrmManageUnmanage )XtUnmanageChild(*w_return);

  /*
   * Call the creation callbacks if there are any.
   */
  if ( widgetrec->creation_offs != 0)
    {
      if (strcmp(file_id->db_version, URM1_1version) <= 0)
	cbptr = Urm__CW_TranslateOldCallback((OldRGMCallbackDescPtr)
					     ((char *)widgetrec + 
					      widgetrec->creation_offs));
      else 
	cbptr = (RGMCallbackDescPtr) ((char *)widgetrec + 
				      widgetrec->creation_offs) ;

      if ( ptrlist == NULL )
        UrmPlistInit (10, &ptrlist) ;
      result = Urm__CW_FixupCallback (parent, (XtPointer)widgetrec, 
				      cbptr, ptrlist, cblist, hierarchy_id, 
				      file_id, wref_id) ;
      if ( result == MrmSUCCESS )
        for ( ndx=0 ; ndx<cbptr->count ; ndx++ )
	  {
            itmptr = &cbptr->item[ndx] ;

            cb_rtn = (void (*)()) itmptr->runtime.callback.callback ;
            if ( cb_rtn != (XtCallbackProc)NULL )
	      /* BEGIN OSF Fix pir 2813 */
	      {
		cb_reason.reason = MrmCR_CREATE;
		cb_reason.event = NULL;
		(*cb_rtn) (*w_return, itmptr->runtime.callback.closure, 
			   &cb_reason) ;
	      }
	    /* END OSF Fix pir 2813 */
	  }
      else if (result == MrmUNRESOLVED_REFS)
	Urm__UT_Error("UrmCreateWidgetInstance", _MrmMMsg_0056,
		      NULL, NULL, MrmFAILURE) ;
      else 
	return Urm__UT_Error("UrmCreateWidgetInstance", _MrmMMsg_0057,
			     NULL, NULL, MrmFAILURE);

      if (strcmp(file_id->db_version, URM1_1version) <= 0)
	XtFree((char *)cbptr);
    }

  /*
   * successfully set (as far as we can tell). Deallocate all local
   * resources, including any contexts in the pointer list.
   */
  if ( args != NULL ) XtFree ((char*)args) ;
  if ( ptrlist != NULL )
    {
      for ( ndx=0 ; ndx<UrmPlistNum(ptrlist) ; ndx++ )
        UrmFreeResourceContext ((URMResourceContextPtr)UrmPlistPtrN(ptrlist,ndx)) ;
      UrmPlistFree (ptrlist) ;
    }

  /*
   * Add a destroy callback if the widget had any callbacks or font-lists
   * associated with it.
   * Otherwise just wipe out the memory for the Plist now.
   */
  if (cblist->num_ptrs > 0)
    {
      XtAddCallback (*w_return, XmNdestroyCallback, 
		     (XtCallbackProc) UrmDestroyCallback, cblist);
    }
  else
    {
      UrmPlistFree (cblist);
    }

  /*
  ** We should really let Xt take care of handling the fontlists by using its
  ** converters; but for the meanwhile avoid freeing the fontlists here, as the
  ** widget may be one which doesn't do an XmFontListCopy. Instead, later free
  ** our extra copy.
  */
  if (ftllist != NULL)
    {
      if (UrmPlistNum(ftllist) > 0)
	XtAddCallback(*w_return, XmNdestroyCallback, 
		      (XtCallbackProc) UrmDestroyCallback, ftllist);
      else
	UrmPlistFree (ftllist) ;
    }

  return MrmSUCCESS ;

}


/*
 *++
 *
 *  PROCEDURE DESCRIPTION:
 *
 *	Urm__CW_CreateArglist reads the arglist descriptor in an RGM widget
 *	record and produces a legal arglist for XtCreateWidget in the args
 *	parameter. Any argument which encounters an error, or which must
 *	be done with a SetValues, does not appear in the list.
 *
 *  FORMAL PARAMETERS:
 *
 *	parent		parent of the widget being created
 *	widgetrec	widget record pointer
 *	argdesc		arglist descriptor in widget record
 *	ctxlist		A pointer list to save contexts created to
 *			evaluate literals.
 *	ftllist		A pointer list to save fontlists created for use
 *			as resource values, and which must be freed
 *	hierarchy_id	URM hierarchy from which to read public resources
 *	file_id		URM file from which to read private resources
 *	args		buffer in which the arglist array of longwords is to
 *			be created. Caller guarantees that it is big enough
 *			(since caller knows number of arguments).
 *	svlist		SetValues descriptor list. This routine will add
 *			any SetValues widget arguments to this list.
 *	wref_id		reference structure from which references to
 *			previously created widgets in the tree can be
 *			resolved.
 *	num_used	Returns number of arguments actually set in args
 *
 *  IMPLICIT INPUTS:
 *
 *  IMPLICIT OUTPUTS:
 *
 *  FUNCTION VALUE:
 *
 *  SIDE EFFECTS:
 *
 *--
 */

void 
Urm__CW_CreateArglist (Widget			parent,
		       RGMWidgetRecordPtr	widgetrec,
		       RGMArgListDescPtr	argdesc,
		       URMPointerListPtr	ctxlist,
		       URMPointerListPtr	cblist,
		       URMPointerListPtr	ftllist,
		       MrmHierarchy		hierarchy_id,
		       IDBFile			file_id,
		       ArgList			args,
		       URMPointerListPtr	*svlist,
		       URMResourceContextPtr	wref_id,
		       Cardinal			*num_used)

{
  /*
   * Local structures
   */
  typedef struct {
    RGMIconImagePtr	icon ;		/* icon to be converted		    */
    RGMArgumentPtr	pixarg ;	/* argument in widget record	    */
    String		filename;	/* file name if pixtype is bitmap   */
    MrmType		pixtype ;	/* MrmRtypeIconImage or		    */
					/* MrmRtypeXBitmapFile		    */
  } _SavePixmapItem, *_SavePixmapItemPtr ;

  /*
   *  Local variables
   */
  Cardinal		result ;	/* function results */
  int			ndx, cbndx;	/* loop indices */
  RGMArgumentPtr	argptr ;	/* current argument descriptor */
  MrmType		reptype ;	/* arg value representation type */
  long			argval ;	/* arg value as it is in record */
  int			vec_count ;	/* count of items in the vector */
  long			val ;		/* value as immediate or pointer */
  RGMCallbackDescPtr	cbptr ;		/* val as callback descriptor */
  RGMCallbackItemPtr	items;		/* Callback items as RGM items */
  XtCallbackRec		*callbacks;	/* Callback items as Xt callbacks */
  RGMIconImagePtr	icon ;		/* val as icon image */
  RGMResourceDescPtr	resptr ;	/* values as resource reference */
  String		ref_name ;	/* referenced widget name */
  Widget		ref_id ;	/* referenced widget id */
  IDBFile		act_file ;	/* file from which literals read */
  RGMTextVectorPtr	vecptr ;	/* text vector arg value */
  char			err_msg[300] ;
  _SavePixmapItem	pixargs[10] ;	/* to save pixmap args */
  Cardinal		pixargs_cnt = 0 ; /* # pixargs saved */
  _SavePixmapItemPtr	savepix ;	/* current saved pixmap entry */
  Screen		*screen ;	/* screen for pixmaps */
  Display		*display ;	/* display for pixmaps */
  Pixel			fgint = (Pixel) -1 ; /* fg for pixmaps */
  Pixel			bgint = (Pixel) -1 ; /* background for pixmaps */
  Pixmap		pixmap ;	/* result of icon conversion */
  Cardinal		uncmp_res ;	/* string uncompression result */
  WCIClassDescPtr	class_desc ;	/* for URM__FindClassDescriptor  */ 
  String		resource_name ; /* resource name for comparison */
  int			vec_size ;
  RGMFontListPtr	fontlist;	/* for converting old style fontlist */
  Boolean		swap_needed;  /* for resource arguments */

  /*
   * Loop through all the arguments in descriptor. An entry is made in the
   * in the arglist for each entry which can be successfully evaluated,
   * fixed up, and converted.
   *
   * Some arguments may be affected by other arg values in the arglist. These
   * are deferred so that these other values will
   * be available if they are present in the arglist. This removes order
   * dependency. All such arguments are handled as special cases:
   *	IconImages: saved in pixargs vector
   *
   * Ordering may have an important effect on finding widget references. In
   * particular, references to widgets in submenus depends on the submenus
   * being created before the reference, as the referenced widget then
   * appears in the widget reference structure. This is currently done
   * by the compiler, which orders submenus first in an arglist.
   */
  for ( ndx=0 ; ndx<argdesc->count ; ndx++ )
    {
      argptr = &argdesc->args[ndx] ;
      reptype = argptr->arg_val.rep_type ;
      swap_needed = FALSE ;

      /*
       * Create the value. Some representation types and arguments require
       * special handling. First, the immediate value or pointer is evaluated.
       * then special handling is done. If no special handling is required, then
       * the value is fixed up, converted, and put in the args list.
       *
       * Icon images are loaded (i.e. brought into memory and all pointer
       * fixups done), but they are then treated as SetValues args, and saved
       * for processing after the widget is created.
       */
      argval = Urm__CW_EvaluateValOrOffset (reptype, (XtPointer)widgetrec,
					    argptr->arg_val.datum.ival, 
					    argptr->arg_val.datum.offset) ;
      val = argval ;
      switch ( reptype )
        {
        case MrmRtypeCallback:
	  if (strcmp(file_id->db_version, URM1_1version) <= 0)
	    cbptr = Urm__CW_TranslateOldCallback((OldRGMCallbackDescPtr)val);
	  else
	    cbptr = (RGMCallbackDescPtr)val;

	  result = Urm__CW_FixupCallback(parent, (XtPointer)widgetrec, cbptr,
					 ctxlist, cblist, hierarchy_id, 
					 file_id, wref_id) ;
	  switch (result)
	    {
	    case MrmSUCCESS:
	      /* Move individual items so array functions as callback list */
	      items = cbptr->item;
	      callbacks = (XtCallbackRec *)((RGMCallbackDescPtr)val)->item;
		
	      for (cbndx = 0; cbndx <= cbptr->count; cbndx++)
		/* <= so that null item is copied. */
		{
		  callbacks[cbndx].callback = (XtCallbackProc)
		    items[cbndx].runtime.callback.callback;
		  callbacks[cbndx].closure = (XtPointer)
		    items[cbndx].runtime.callback.closure;
		}
		
	      val = (long)callbacks;
	      break; 
	    case MrmUNRESOLVED_REFS:
	      Urm__CW_AppendCBSVWidgetRef
		(file_id, svlist, cbptr, argptr->tag_code,
		 (String) ((char *)widgetrec+argptr->stg_or_relcode.tag_offs));
	      /* No break */
	    default:
	      continue;
	    }
	  if (strcmp(file_id->db_version, URM1_1version) <= 0)
	    XtFree((char *)cbptr);
	  break ;
        case MrmRtypeResource:
	  resptr = (RGMResourceDescPtr) val ;
	  if (resptr->cvt_type & MrmResourceUnswapped)
	    {
	      resptr->cvt_type &= ~MrmResourceUnswapped;
	      swap_needed = TRUE;
	    }

	  switch ( resptr->res_group )
	    {
	    case URMgWidget:
	      if ( ((unsigned char)resptr->cvt_type==RGMwrTypeSubTree) ||
		   Urm__IsSubtreeResource(file_id,argptr->tag_code) )
		{
		  result = 
		    Urm__CW_LoadWidgetResource (parent, widgetrec, resptr, 
						ctxlist, hierarchy_id, file_id, 
						svlist, wref_id, &val) ;
		  if ( result != MrmSUCCESS ) continue ;
		}
	      else
		{
		  if ( resptr->type != URMrIndex )
		    {
		      Urm__UT_Error ("Urm__CW_CreateArglist", _MrmMMsg_0060,
				     NULL, NULL, MrmFAILURE) ;
		      continue;
		    }
		  ref_name = (String) resptr->key.index;
		  result = Urm__CW_FindWRef (wref_id, ref_name, &ref_id) ;
		  if ( result != MrmSUCCESS )
		    {
		      Urm__CW_AppendSVWidgetRef
			(file_id, svlist, ref_name, argptr->tag_code,
			 (String)widgetrec+
			 argptr->stg_or_relcode.tag_offs);
		      continue ;
		    }
		  val = (long) ref_id ;
		}
	      break ;
	    case URMgLiteral:
	      result = Urm__CW_ReadLiteral (resptr, hierarchy_id, file_id, 
					    ctxlist, &reptype, &argval, 
					    &vec_count, &act_file, &vec_size) ;
	      val = argval ;
	      if ( result != MrmSUCCESS ) continue ;
	      switch ( reptype )
		{
		case MrmRtypeIconImage:
		  savepix = &pixargs[pixargs_cnt] ;
		  savepix->icon = (RGMIconImagePtr) val ;
		  savepix->pixarg = argptr ;
		  savepix->pixtype = reptype ;
		  pixargs_cnt += 1 ;
		  continue ;
		case MrmRtypeXBitmapFile:
		  savepix = &pixargs[pixargs_cnt] ;
		  savepix->filename = (String) val ;
		  savepix->pixarg = argptr ;
		  savepix->pixtype = reptype ;
		  pixargs_cnt += 1 ;
		  continue ;
		case MrmRtypeInteger:
		case MrmRtypeBoolean:
		  if ( swap_needed )
		    {
		      swapbytes( val );
		      swap_needed = FALSE ;
		    }
		  break;
		case MrmRtypeFontList:
		  if (strcmp(file_id->db_version, URM1_1version) <= 0)
		    {
		      int count = ((OldRGMFontListPtr)val)->count;
		      fontlist = (RGMFontListPtr)
			XtMalloc(sizeof(RGMFontList) +
				 (sizeof(RGMFontItem) * (count - 1)));
		      result = Urm__CW_FixupValue((long)fontlist, reptype, 
						  (XtPointer)val, file_id,
						  &swap_needed);
		      val = (long)fontlist;
		    }
		  else
		    result = Urm__CW_FixupValue(val, reptype, 
						(XtPointer)val, 
						file_id, &swap_needed) ;
		  break;
		case MrmRtypeSingleFloat:
		  if ( swap_needed )
		    {
		      swapbytes( val );
		      swap_needed = FALSE ;
		    }
		  _MrmOSIEEEFloatToHost( (float *) &val );
		  break;
		case MrmRtypeFloat:
		  if ( swap_needed )
		    {
		      swapdouble( *(double *)val );
		      swap_needed = FALSE ;
		    }
		  _MrmOSIEEEDoubleToHost( (double *) val );
		  break;
		default:
		  result = Urm__CW_FixupValue(val,reptype,(XtPointer)val, 
					      file_id, &swap_needed) ;
		}
	      if ( result != MrmSUCCESS ) continue ;

	      /*
	       * Fix for CR 5410 - Do not run ConvertValue on Colors
	       *	because the parent's colormap should be used when
	       *	allocating the colors which is currently impossible
	       *	in ConvertValue.  Convert the colors separately.
	       */ 
	      if (reptype == MrmRtypeColor)
		{
		  Pixel pix;
		  RGMColorDescPtr colorptr;
		  Colormap cmap;

		  uncmp_res = Urm__FindClassDescriptor
		    (file_id, widgetrec->type,
		     (XtPointer)((char *)widgetrec+widgetrec->class_offs),
		     &class_desc) ;
		  if ((uncmp_res == MrmSUCCESS) &&
		      (class_desc->creator == _XmCreateRendition))
		  {
		    display = _XmRenderTableDisplay((XmRenderTable)parent);
		    cmap = XDefaultColormap(display, XDefaultScreen(display));
		  }
		  else {
		    display = XtDisplay(parent);
		    cmap = parent->core.colormap;
		  }
                      
		  colorptr = (RGMColorDescPtr) val;
		  switch (colorptr->desc_type)
		    {
		    case URMColorDescTypeName:
		      result = Urm__UT_GetNamedColorPixel
			(display, cmap, colorptr, &pix,
			 XBlackPixelOfScreen(XDefaultScreenOfDisplay(display)));
		      if ( result != MrmSUCCESS )
			{
			  sprintf (err_msg, _MrmMMsg_0061,
				   (String)(colorptr->desc.name)) ;
			  result = Urm__UT_Error("Urm__CW_ConvertValue",err_msg,
						 NULL, NULL, MrmNOT_FOUND) ;
			}
		      break;
		    case URMColorDescTypeRGB:
		      result = Urm__UT_GetColorPixel
			(display, cmap, colorptr, &pix,
			 XBlackPixelOfScreen(XDefaultScreenOfDisplay(display)));
		      if ( result != MrmSUCCESS )
			{
			  sprintf (err_msg, _MrmMMsg_0039,
				   colorptr->desc.rgb.red,
				   colorptr->desc.rgb.green,
				   colorptr->desc.rgb.blue) ;
			  result = Urm__UT_Error("Urm__CW_ConvertValue",err_msg,
						 NULL, NULL, MrmNOT_FOUND) ;
			}
		      break;
		    default:
		      sprintf (err_msg, "%s", _MrmMMsg_0040);
		      result = Urm__UT_Error ("Urm__CW_ConvertValue",
					      err_msg, NULL, NULL, MrmFAILURE) ;
		    };
		  val = (long) pix ;
		}
	      else
		/*
		 * End Fix for CR 5410
		 */
		{
		  uncmp_res = Urm__FindClassDescriptor
		    (file_id, widgetrec->type,
		     (XtPointer)((char *)widgetrec+widgetrec->class_offs),
		     &class_desc) ;
		  if ((uncmp_res == MrmSUCCESS) &&
		      (class_desc->creator == _XmCreateRendition))
		    display = _XmRenderTableDisplay((XmRenderTable)parent);
		  else 
		    display = XtDisplay(parent);
			    
		  result = Urm__CW_ConvertValue (parent, &val, reptype, 
						 resptr->cvt_type, display, 
						 hierarchy_id, ftllist) ;
		}
		    
	      if ( result != MrmSUCCESS ) continue ;
	      if ( argptr->tag_code == UilMrmUnknownCode )
		{
		  resource_name = (char *)
		    ((char *)widgetrec+argptr->stg_or_relcode.tag_offs) ;
		}
	      else
		{
		  uncmp_res = Urm__UncompressCode
		    (file_id, argptr->tag_code, &resource_name) ;
		  if ( uncmp_res != MrmSUCCESS )
		    {
		      sprintf (err_msg, _MrmMMsg_0062,
			       argptr->tag_code) ;
		      Urm__UT_Error ("Urm__CW_CreateArglist",
				     err_msg, NULL, NULL, uncmp_res) ;
		    }
		}

	      if ( strcmp(resource_name, XmNuserData) == 0)
		{
		  switch (reptype)
		    {
		    case MrmRtypeChar8Vector:
		    case MrmRtypeCStringVector:
		      vec_size -= (sizeof ( RGMTextVector ) - 
				   sizeof ( RGMTextEntry ));
		      break;
		    default:
		      break;
		    }
		  Urm__CW_SafeCopyValue (&val, reptype, cblist, 
					 vec_count, vec_size);
		}

	      /*
	       * Fix for CR 3281 - check to see if the resource_name
	       *	is XmNaccelerators.  If it is, run
	       *	XtParseAcceleratorTable and assign the output to val.
	       */
	      if ( strcmp(resource_name, XmNaccelerators) == 0)
		{
		  val = (long)XtParseAcceleratorTable((String)argval);
		}
	      /*
	       * End fix for CR 3281
	       */
	      break ;

	    default:
	      Urm__UT_Error ("Urm__CW_CreateArglist", _MrmMMsg_0063,
			     NULL, NULL, MrmFAILURE) ;
	      continue ;
	    }
	  break ;
        case MrmRtypeIconImage:
	  icon = (RGMIconImagePtr) val ;
	  result = Urm__CW_LoadIconImage (icon, (XtPointer)widgetrec,
					  hierarchy_id, file_id, ctxlist) ;
	  if ( result != MrmSUCCESS ) continue ;
	  savepix = &pixargs[pixargs_cnt] ;
	  savepix->icon = icon ;
	  savepix->pixarg = argptr ;
	  savepix->pixtype = reptype ;
	  pixargs_cnt += 1 ;
	  continue ;
        case MrmRtypeXBitmapFile:
	  savepix = &pixargs[pixargs_cnt] ;
	  savepix->filename = (String) val ;
	  savepix->pixarg = argptr ;
	  savepix->pixtype = reptype ;
	  pixargs_cnt += 1 ;
	  continue ;
        default:
	  result = Urm__CW_FixupValue (val, reptype, (XtPointer)widgetrec, 
				       file_id, &swap_needed) ;
	  if ( result != MrmSUCCESS ) continue ;
	  uncmp_res = Urm__FindClassDescriptor
	    (file_id, widgetrec->type,
	     (XtPointer)((char *)widgetrec+widgetrec->class_offs),
	     &class_desc);
	  if ((uncmp_res == MrmSUCCESS) &&
	      (class_desc->creator == _XmCreateRendition))
	    display = _XmRenderTableDisplay((XmRenderTable)parent);
	  else if ((uncmp_res == MrmSUCCESS) &&
		   (class_desc->creator == _XmCreateTab))
	    display = NULL;
	  else display = XtDisplay(parent);
	  result = Urm__CW_ConvertValue
	    (parent, &val, reptype, 0, display,
	     hierarchy_id, ftllist) ;
	  if ( result != MrmSUCCESS ) continue ;
	  break ;
        }

      args[*num_used].value = (XtArgVal)val ;

      /*
       * Create the tag string in the name slot of the current entry. Also
       * do any special processing based on tag code:
       *	- Retain values of foreground and background if they are
       *	  explicitly set
       * 	- Set the count for some lists
       *
       * 'argval' has preserved the pointer to RGM structures which may have
       * been replaced in 'val' by a pointer to structures (lists) required by
       * the toolkit
       */
      if ( argptr->tag_code == UilMrmUnknownCode )
	{
	  args[*num_used].name = (char *)
	    widgetrec+argptr->stg_or_relcode.tag_offs ;
	  *num_used += 1 ;
	}
      else
	{
	  uncmp_res = Urm__UncompressCode
	    (file_id, argptr->tag_code, &(args[*num_used].name)) ;
	  if ( uncmp_res == MrmSUCCESS )
	    *num_used += 1 ;
	  else
	    {
	      sprintf (err_msg, _MrmMMsg_0062, argptr->tag_code) ;
	      Urm__UT_Error ("Urm__CW_CreateArglist", err_msg, 
			     NULL, NULL, uncmp_res) ;
	    }
	}

      /*
       * Special processing:
       *	retain the value pointer for foreground or background. 
       *	Note reference to name in arglist from previous operation.
       */
      /* Begin fixing OSF 5473 */
      if(*num_used){
	if ( strcmp(args[*num_used-1].name,XmNforeground) == 0 )
	  fgint = val ;
	if ( strcmp(args[*num_used-1].name,XmNbackground) == 0 )
	  bgint = val ;
      }
      /* End  fixing OSF 5473 */

      /*
       * Create an additional arglist entry for the count field for any argument
       * which has a related argument (which is always a counter)
       */
      if ( argptr->tag_code != UilMrmUnknownCode )
	if ( argptr->stg_or_relcode.related_code != 0)
	  {
	    switch ( reptype )
	      {
	      case MrmRtypeChar8Vector:
	      case MrmRtypeCStringVector:
		/*
		 * Fix for HaL DTS 10226 - If the type is Integer Vector 
		 *	(used mainly in the XmNselectionArray resource on 
		 *	the Text and TextField widgets), load in the count 
		 *	for the XmNselectionArrayCount resource.
		 */
	      case MrmRtypeIntegerVector:
		vecptr = (RGMTextVectorPtr) argval;
		args[*num_used].value = (XtArgVal)vecptr->count;
		break;
	      }
	    uncmp_res = Urm__UncompressCode
	      (file_id, argptr->stg_or_relcode.related_code,
	       &args[*num_used].name);
	    if ( uncmp_res == MrmSUCCESS )
	      *num_used += 1;
	    else
	      {
		sprintf (err_msg, _MrmMMsg_0062, argptr->tag_code) ;
		Urm__UT_Error ("Urm__CW_CreateArglist", err_msg, 
			       NULL, NULL, uncmp_res) ;
	      }
	  }

    }	/* Loop end */


  /*
   * Now set any pixmap arguments. This requires finding the display, screen,
   * foreground, and background values for this widget. These values are
   * available from the parent widget and the arglist.
   */
  if ( pixargs_cnt > 0 )
    {
      Urm__CW_GetPixmapParms (parent, &screen, &display, &fgint, &bgint) ;
      for ( ndx=0,savepix=pixargs ; ndx<pixargs_cnt ; ndx++,savepix++ )
        {
	  if ( savepix->pixtype == MrmRtypeXBitmapFile ) {
	    result = Urm__CW_ReadBitmapFile
	      (savepix->filename, screen, 
	       fgint, bgint, &pixmap, parent);
	    if ( result != MrmSUCCESS ) continue ;
	  }
	  else {
	    /*
	    **  Create a pixmap from an Icon definition
	    */
	    result = UrmCreatePixmap (savepix->icon, screen, display,
				      fgint, bgint, &pixmap, parent) ;
	    if ( result != MrmSUCCESS ) continue ;
	  }

	  /*
	  **  Place resultant Pixmap in arglist
	  */
	  args[*num_used].value = (XtArgVal) pixmap ;
	  argptr = savepix->pixarg ;
	  if ( argptr->tag_code == UilMrmUnknownCode )
            args[*num_used].name = (char *) 
	      (widgetrec+argptr->stg_or_relcode.tag_offs) ;
	  else
            Urm__UncompressCode
	      (file_id, argptr->tag_code, &(args[*num_used].name)) ;
	  *num_used += 1 ;
        }
    }

  /*
   * arglist creation complete.
   */

}



/*
 *++
 *
 *  PROCEDURE DESCRIPTION:
 *
 *	Return either a immediate value (ival) or a widget record memory
 *	pointer depending on the representation type.
 *
 *  FORMAL PARAMETERS:
 *
 *	reptype		representation type, from RGMrType...
 *	bufptr		buffer address for offset
 *	ival		immediate value
 *	offset		offset in widget record
 *
 *  IMPLICIT INPUTS:
 *
 *  IMPLICIT OUTPUTS:
 *
 *  FUNCTION VALUE:
 *
 *  SIDE EFFECTS:
 *
 *--
 */

long 
Urm__CW_EvaluateValOrOffset (MrmType			reptype,
			     XtPointer			bufptr,
			     long			ival,
			     MrmOffset			offset)
{

  switch ( reptype )
    {
    case MrmRtypeInteger:
    case MrmRtypeBoolean:
    case MrmRtypeSingleFloat:
      return ival ;
    case MrmRtypeNull:
      return 0;
    default:
      return (long) ((char *)bufptr+offset) ;
    }

}



/*
 *++
 *
 *  PROCEDURE DESCRIPTION:
 *
 *	This routine does any fixups required on a value. The fixups are
 *	usually relocation of pointers within the object located by the
 *	value interpreted as a pointer to a data structure.
 *
 *  FORMAL PARAMETERS:
 *
 *	val		value of an argument (may be a pointer)
 *	reptype		vaue representation type, from RGMrType...
 *	bufptr		the buffer (base address) for any fixed-up
 *			values
 *
 *  IMPLICIT INPUTS:
 *
 *  IMPLICIT OUTPUTS:
 *
 *  FUNCTION VALUE:
 *
 *	MrmSUCCESS ;
 *
 *  SIDE EFFECTS:
 *
 *--
 */

/*ARGSUSED*/
Cardinal 
Urm__CW_FixupValue (long			val,
		    MrmType			reptype,
		    XtPointer			bufptr,
		    IDBFile			file_id, /* unused */
		    Boolean			*swap_needed)
{
  /*
   *  Local variables
   */
  RGMTextVectorPtr	vecptr ;	/* text vector arg value */
  int			fixndx ;	/* list fixup loop index */
  /* BEGIN OSF Fix CR 4859 */
  RGMWCharEntryPtr      wcharentry;     /* Resource as wide character string */
  wchar_t               *wcstr_r;
  size_t                        max_size, str_size;
  /* END OSF Fix CR 4859 */
  RGMFontItemPtr	fontitem;	/* resource as font item */
  OldRGMFontItemPtr	olditem;	/* old style font item */
  RGMFontListPtr	fontlist ;	/* resource as font list */
  OldRGMFontListPtr	oldlist ;	/* resource as old style font list */

  switch ( reptype )
    {
    case MrmRtypeChar8Vector:
    case MrmRtypeCStringVector:
      vecptr = (RGMTextVectorPtr) val ;
      if ( *swap_needed ) 
	{
	  swapbytes(vecptr->count);
	  swapbytes(vecptr->validation);
	}
      for ( fixndx=0 ; fixndx<vecptr->count ; fixndx++ ) 
	{
	  if ( *swap_needed ) 
	    {
#ifdef WORD64
	      swap4bytes(vecptr->item[fixndx].text_item.rep_type);
	      swap4bytes(vecptr->item[fixndx].text_item.offset);
#else
	      swap2bytes(vecptr->item[fixndx].text_item.rep_type);
	      swap2bytes(vecptr->item[fixndx].text_item.offset);
#endif
	    }
	  if (reptype == MrmRtypeChar8Vector)
	    vecptr->item[fixndx].pointer = (XtPointer)
	      ((char *)bufptr+vecptr->item[fixndx].text_item.offset) ;
	  else 
	    vecptr->item[fixndx].pointer = (XtPointer)
	      XmCvtByteStreamToXmString((unsigned char *)bufptr +
					vecptr->item[fixndx].text_item.offset);
	}
      *swap_needed = FALSE;
      break ;

      /* BEGIN OSF Fix CR 4859 */
    case MrmRtypeWideCharacter:
      wcharentry = (RGMWCharEntryPtr)val;
      if (*swap_needed)
	swapbytes(wcharentry->wchar_item.count);
      /* Allocate memory */
      max_size = wcharentry->wchar_item.count;
      wcstr_r = (wchar_t *)XtMalloc(sizeof(wchar_t) * (max_size + 1));
	
      /* Convert, realloc, store */
      str_size = mbstowcs(wcstr_r, wcharentry->wchar_item.bytes, max_size);
      if (str_size == -1)
	return(Urm__UT_Error("Urm__CW_FixupValue", _MrmMMsg_0110,
			     NULL, NULL, MrmFAILURE));
      if (str_size != max_size)
	wcstr_r = (wchar_t *)XtRealloc((char *)wcstr_r,
				       sizeof(wchar_t) * (str_size + 1));
      else
	wcstr_r[str_size] = (wchar_t)0L;
      wcharentry->pointer = (XtPointer)wcstr_r;
      *swap_needed = FALSE;
      break;
	
      /* END OSF Fix CR 4859 */
    case MrmRtypeFont:
    case MrmRtypeFontSet:
      fontitem = (RGMFontItemPtr) val;
      if ( *swap_needed )
	{
	  swapbytes( fontitem->cset.cs_offs );
	  swapbytes( fontitem->font.font_offs );
	}
      fontitem->cset.charset = (/*XmStringCharset*/String)
	bufptr+fontitem->cset.cs_offs;
      fontitem->font.font = (String)
	bufptr+fontitem->font.font_offs;
      *swap_needed = FALSE;
      break;
    case MrmRtypeFontList:
      if (strcmp(file_id->db_version, URM1_1version) <= 0)
	/* Converting an old style fontlist */
	{
	  oldlist = (OldRGMFontListPtr)bufptr;

	  fontlist = (RGMFontListPtr)val;
	    
	  fontlist->validation = oldlist->validation;
	  fontlist->count = oldlist->count;
	    
	  for ( fixndx=0 ; fixndx<oldlist->count ; fixndx++ )
	    {
	      olditem = &oldlist->item[fixndx];
	      fontitem = &fontlist->item[fixndx];
		
	      fontitem->cset.charset = 
		XtNewString(( /*XmStringCharset*/String)
			    bufptr+olditem->cset.cs_offs);
	      fontitem->font.font = 
		XtNewString((String)bufptr+olditem->font.font_offs);
	      fontitem->type = MrmRtypeFont;
	    }
	}
      else
	{
	  fontlist = (RGMFontListPtr) val ;
	  if ( *swap_needed )
	    {
	      swapbytes( fontlist->validation );
	      swapbytes( fontlist->count );
	    }
	  for ( fixndx=0 ; fixndx<fontlist->count ; fixndx++ )
	    {
	      fontitem = &fontlist->item[fixndx];
	      if ( *swap_needed )
	        {
		  swapbytes( fontitem->cset.cs_offs );
		  swapbytes( fontitem->font.font_offs );
		  swapbytes( fontitem->type );
	        }
	      fontitem->cset.charset = ( /*XmStringCharset*/String)
		bufptr+fontitem->cset.cs_offs;
	      fontitem->font.font = (String)
		bufptr+fontitem->font.font_offs;
	    }
	}
      *swap_needed = FALSE;
      break ;
    case MrmRtypeHorizontalInteger:
    case MrmRtypeVerticalInteger:
      {
	RGMUnitsIntegerPtr unitsvalue;
	    
	unitsvalue = (RGMUnitsIntegerPtr) val;
	if ( *swap_needed )
	  {
	    swapbytes( unitsvalue->value );
	    swapbytes( unitsvalue->units );
	    *swap_needed = FALSE;
	  }
      }
    break ;
    case MrmRtypeHorizontalFloat:
    case MrmRtypeVerticalFloat:
      {
	RGMUnitsFloatPtr unitsvalue;
	double *floatval;
	    
	unitsvalue = (RGMUnitsFloatPtr) val;
	floatval = (double *)(&unitsvalue->value[0]);
	if ( *swap_needed )
	  {
	    swapdouble(*floatval);
	    swapbytes( unitsvalue->units );
	  }
	*swap_needed = FALSE;
	_MrmOSIEEEDoubleToHost( floatval );
	*((double *)(&unitsvalue->value[0])) = *floatval;
      }
    break ;
    default:
      break ;
    }
  return MrmSUCCESS ;

}



/*
 *++
 *
 *  PROCEDURE DESCRIPTION:
 *
 *      This routine converts the display into a string byte by
 *      byte. Any Null bytes are not (?) omitted in returned string.
 *
 *  FORMAL PARAMETERS:
 *
 *      val             the value to be converted (may be a pointer)
 *      add_sting       a string to be added to the returned string
 *                      after the display.
 *      add_string_size the additional string length when Calloc on
 *                       the return value is done.
 *
 *  IMPLICIT INPUTS:
 *
 *  IMPLICIT OUTPUTS:
 *
 *  FUNCTION VALUE:
 *
 *      returns the string if one is created, otherwise returns null
 *
 *  SIDE EFFECTS:
 *
 *--
 */

String 
Urm__CW_DisplayToString (char                       *val,
			 String                      add_string,
			 int                         add_string_size)
{
  /*
   *  Local variables
   */
  String                  return_val;
  unsigned int            dpysize = sizeof(Display *);
  int                     ndx;
  int                     count=0;

  return_val = XtCalloc (1, dpysize + add_string_size);
  if (return_val == NULL)
    {
      return (return_val);
    }

  for (ndx=0 ; ndx<dpysize ; ndx++)
    {
      /* SUPPRESS 112 */
      if (val[ndx] != '\0')
        {
	  /* SUPPRESS 112 */
	  return_val[count] = val[ndx];
	  count ++;
        }
    }

  if (count == 0)
    {
      XtFree (return_val);
      return_val = NULL;
      return (return_val);
    }

  strcat (&return_val[count], add_string);

  return (return_val);

}


/*
 *++
 *
 *  PROCEDURE DESCRIPTION:
 *
 *	This routine performs any type conversion required. All
 *	conversion required are specified by the representation
 *	type.
 *
 *	Where conversion of a representation is expensive, and the
 *	results of the conversion are repeatable, conversions are
 *	done once and cached in the callbacks routine hash table.
 *
 *  FORMAL PARAMETERS:
 *
 *	val		the value to be converted (may be a pointer)
 *	reptype		value representation type, from RGMrType...
 *	cvttype		conversion destination type, from RGMrType...
 *	display		needed for font and pixel creation
 *	hierarchy_id	for name lookup
 *	ftllist		A pointer list to save fontlists and XmStrings created 
 *			for use as resource values, and which must be freed
 *
 *  IMPLICIT INPUTS:
 *
 *  IMPLICIT OUTPUTS:
 *
 *  FUNCTION VALUE:
 *
 *	MrmSUCCESS	operation succeeded
 *	MrmFAILURE	conversion failure, don't use argument
 *
 *  SIDE EFFECTS:
 *
 *--
 */

Cardinal 
Urm__CW_ConvertValue (Widget			parent,
		      long			*val,
		      MrmType			reptype,
		      MrmType			cvttype,
		      Display			*display,
		      MrmHierarchy		hierarchy_id,
		      URMPointerListPtr		ftllist)
{
  /*
   *  Local variables
   */
  Cardinal		result ;	/* function results */
  XFontStruct		*font ;		/* result of conversion to font */
  XFontSet		fontset ;	/* result of converstion to fontset */
  char			**missing_csets;  /* For XCreateFontSet */
  int			missing_cset_cnt; /* For XCreateFontSet */
  char			*def_string;	/* For XCreateFontSet */
  XmFontListEntry	fontset_entry; /* For creating fontlist */
  XtTranslations	trans ;		/* result of parsing trans table */
  WidgetClass		clrec ;		/* result of class name conversion */
  XtPointer		addr ;		/* result of variable conversion */
  String		fontstg ;	/* font id string */
  RGMFontItemPtr	fontptr ;	/* val as font descriptor */
  RGMFontListPtr	fontlist ;	/* val as font list */
  XmFontList		dfontlist = NULL;	/* converted font list */
  RGMColorDescPtr	colorptr ;	/* val as color descriptor */
  Pixel			pix ;		/* result of color/pixel conversion */
  int			ndx ;		/* conversion loop index */
  KeySym		xkey;		/* result of keysym conversion */
  char			err_msg[300] ;
  XmString		cstg ;          /* to copy compound strings */
  String		dpyandfontstr;
  RGMTextVectorPtr	vecptr ;	  /* val as text vector */
  int			vec_count;	  /* for moving strings */
  int			orientation = XmNO_ORIENTATION; /* for values w/units */
  Screen		*screen; 
  RGMUnitsIntegerPtr	unitsintvalue;
  RGMUnitsFloatPtr	unitsfloatvalue;
  Pixel			fgint = (Pixel) -1;
  Pixel			bgint = (Pixel) -1;
  Pixmap		pixmap;

  /* BEGIN HAL Fix CR 5439 */
  /* If the cvttype is not zero, we should do some
     type checking here to avoid the confusing error 
     message issued like the bug CR 5439 case. The 
     following is for fixing that defect.           */

  if(cvttype){/* If destination type is clear, definitly need conversion */
    /* Need to do type conversion */
    switch(cvttype){

    case MrmRtypeIconImage:
      if(reptype == MrmRtypeInteger)
	{
	  sprintf(err_msg, _MrmMMsg_0111, (*val)) ;
	  return Urm__UT_Error ("Urm__CW_ConvertValue",
				err_msg, NULL, NULL, MrmFAILURE);  
	}
      break;

    default: /* The place to do other type checking in Mrm */
      /*EMPTY*/;         
    } 
  }
  /* END HAL Fix CR 5439 */
  switch ( reptype )
    {
    case MrmRtypeChar8:
      {
        switch ( cvttype )
	  {
	  case MrmRtypeCString:
	    cstg = XmStringGenerate(((String)*val), XmFONTLIST_DEFAULT_TAG,
				    XmCHARSET_TEXT, NULL);
	    if ( cstg == NULL )
	      {
		sprintf (err_msg, _MrmMMsg_0064, (String)(*val)) ;
		return Urm__UT_Error ("Urm__CW_ConvertValue",
				      err_msg, NULL, NULL, MrmFAILURE) ;
	      }
	    *val = (long) cstg;
	    /* BEGIN OSF Fix CR 6189 */
	    /* fix memory leak */
	    if ( ftllist != NULL )
	      {
		UrmPlistAppendPointer (ftllist, (XtPointer)(long)cvttype);
		UrmPlistAppendPointer (ftllist, (XtPointer)*val);
	      }
	    /* END OSF Fix CR 6189 */
	    break;
	  case MrmRtypeTransTable:
	    /*
	     * WARNING: memory leak created...
	     */
	    trans = XtParseTranslationTable ((String)(*val)) ;
	    if ( trans == NULL )
	      {
		sprintf (err_msg, _MrmMMsg_0065, (String)(*val)) ;
		return Urm__UT_Error ("Urm__CW_ConvertValue",
				      err_msg, NULL, NULL, MrmFAILURE) ;
	      }
	    *val = (long) trans ;
	    break ;
	  }
	break;
      }
    case MrmRtypeChar8Vector:
      {
	String	*tbl;
	  
	vecptr = (RGMTextVectorPtr) (*val) ;
	/* Have to pack vecptr */
	vec_count = vecptr->count;
	tbl = (String *)vecptr->item;
	for (ndx = 0; ndx < vec_count; ndx++)
	  tbl[ndx] = (String)(vecptr->item[ndx].pointer);
	*val = (long)tbl;
	break ;
      }
    case MrmRtypeCStringVector:
      {
	XmStringTable	tbl;
	
	vecptr = (RGMTextVectorPtr) (*val) ;
	/* Have to pack vecptr */
	vec_count = vecptr->count;
	tbl = (XmStringTable)vecptr->item;
	for (ndx = 0; ndx < vec_count; ndx++)
	  tbl[ndx] = (XmString)(vecptr->item[ndx].pointer);
	*val = (long)tbl;
	break;
      }
    case MrmRtypeCString:
      cstg = XmCvtByteStreamToXmString((unsigned char *)*val);
      *val = (long)cstg;
      /* BEGIN OSF Fix CR 8392 */
      /* fix memory leak */
      if ( ftllist != NULL )
	{
	  UrmPlistAppendPointer (ftllist, (XtPointer)(long)reptype);
	  UrmPlistAppendPointer (ftllist, (XtPointer)*val);
	}
      /* END OSF Fix CR 8392 */
      break;
    case MrmRtypeIntegerVector:
      {
	RGMIntegerVectorPtr	vecptr ;	/* val as integer vector */

        vecptr = (RGMIntegerVectorPtr) (*val) ;
        *val = (long) vecptr->item ;
        break ;
      }
    case MrmRtypeAddrName:
      result = Urm__LookupNameInHierarchy (hierarchy_id, (String)(*val), &addr);
      if ( result != MrmSUCCESS )
	{
	  sprintf (err_msg, _MrmMMsg_0066, (String)(*val)) ;
	  return Urm__UT_Error ("Urm__CW_ConvertValue",
				err_msg, NULL, NULL, result) ;
	}
      *val = (long) addr ;
      break ;
    case MrmRtypeIconImage:
      Urm__CW_GetPixmapParms(parent, &screen, &display, &fgint, &bgint);
      result = UrmCreatePixmap((RGMIconImagePtr)(*val), screen, display,
			       fgint, bgint, &pixmap, parent);
      if (result != MrmSUCCESS)
	return (Urm__UT_Error("Urm__CW_ConvertValue", _MrmMMsg_0112,
			      NULL, NULL, MrmFAILURE));
      *val = (long)pixmap;
      break;

    case MrmRtypeXBitmapFile:
      Urm__CW_GetPixmapParms(parent, &screen, &display, &fgint, &bgint);
      result = Urm__CW_ReadBitmapFile((char *)(*val), screen, 
				      fgint, bgint, &pixmap, parent);
      if (result != MrmSUCCESS)
	return (Urm__UT_Error("Urm__CW_ConvertValue", _MrmMMsg_0112,
			      NULL, NULL, MrmFAILURE));
      *val = (long)pixmap;
      break;

    case MrmRtypeFont:
    case MrmRtypeFontSet:
      fontptr = (RGMFontItemPtr) (*val) ;
      fontstg = fontptr->font.font;
      dpyandfontstr = Urm__CW_DisplayToString ((char*)&display,
					       fontstg, strlen(fontstg) + 1);
      if ( dpyandfontstr == NULL)
	{
	  return Urm__UT_Error ("Urm__CW_ConvertValue", _MrmMMsg_0069,
				NULL, NULL, MrmFAILURE) ;
	}
      switch (reptype)
	{
	case MrmRtypeFont:
	  result = 
	    Urm__WCI_LookupRegisteredName(dpyandfontstr, (XtPointer *)&font);
	    
	  if ( result != MrmSUCCESS )
	    {
	      font = XLoadQueryFont (display, fontstg);
	      if ( font == NULL )
		{
		  sprintf (err_msg, _MrmMMsg_0070, fontstg);
		  return Urm__UT_Error ("Urm__CW_ConvertValue",
					err_msg, NULL, NULL, MrmNOT_FOUND) ;
		}
	      Urm__WCI_RegisterNames (&dpyandfontstr, (XtPointer *)&font, 1);
	      {
		XmDisplay dd = (XmDisplay) XmGetXmDisplay(display);
		if (dd)
		  XtAddCallback((Widget)dd,XtNdestroyCallback,
				DisplayDestroyCallback, (XtPointer)
				XtNewString(dpyandfontstr));
	      }
	    }
	  break;	    

	case MrmRtypeFontSet:
	  result = Urm__WCI_LookupRegisteredName(dpyandfontstr, 
						 (XtPointer *)&fontset);
	    
	  if ( result != MrmSUCCESS )
	    {
	      fontset = XCreateFontSet(display, fontstg, &missing_csets,
				       &missing_cset_cnt, &def_string);
	      if (fontset == NULL)
		{
		  sprintf(err_msg, _MrmMMsg_0071, fontstg);
		  return Urm__UT_Error ("Urm__CW_ConvertValue",
					err_msg, NULL, NULL, MrmNOT_FOUND) ;
		}
	      Urm__WCI_RegisterNames(&dpyandfontstr, 
				     (XtPointer *)&fontset, 1);
	    }
	  break;
	}
      XtFree (dpyandfontstr);
      if ( cvttype == MrmRtypeFontList )
	{
	  switch(reptype)
	    {
	    case MrmRtypeFont:
	      dfontlist = XmFontListCreate (font, fontptr->cset.charset) ;
	      break;
		  
	    case MrmRtypeFontSet:
	      fontset_entry = XmFontListEntryCreate(fontptr->cset.charset,
						    XmFONT_IS_FONTSET,
						    fontset);
	      dfontlist = XmFontListAppendEntry(NULL, fontset_entry);
	      break;
	    }
		  
	  if ( ftllist != NULL )
	    {
	      UrmPlistAppendPointer (ftllist, (XtPointer)(long)reptype);
	      UrmPlistAppendPointer (ftllist, (XtPointer)dfontlist);
	    }
	  *val = (long) dfontlist ;
	}
      else
	*val = (long) font ;
      break ;
    case MrmRtypeFontList:
      fontlist = (RGMFontListPtr) (*val) ;
      dfontlist = NULL ;
      for ( ndx=0 ; ndx<fontlist->count ; ndx++ )
	{
	  fontstg = fontlist->item[ndx].font.font;
	  dpyandfontstr = Urm__CW_DisplayToString((char*)&display,
						  fontstg, 
						  strlen(fontstg) + 1);
	  if ( dpyandfontstr == NULL)
	    {
	      return Urm__UT_Error ("Urm__CW_ConvertValue", _MrmMMsg_0069,
				    NULL, NULL, MrmFAILURE) ;
	    }

	  switch (fontlist->item[ndx].type)
	    {
	    case MrmRtypeFont:
	      result = Urm__WCI_LookupRegisteredName(dpyandfontstr, 
						     (XtPointer *)&font);
	      if ( result != MrmSUCCESS )
		{
		  font = XLoadQueryFont (display, fontstg);
		  if ( font == NULL )
		    {
		      sprintf (err_msg, _MrmMMsg_0070, fontstg);
		      return Urm__UT_Error ("Urm__CW_ConvertValue",
					    err_msg, NULL, NULL, MrmNOT_FOUND) ;
		    }
		  Urm__WCI_RegisterNames(&dpyandfontstr, (XtPointer *)&font, 1);
		  {
		    XmDisplay dd = (XmDisplay) XmGetXmDisplay(display);
		    if (dd)
		      XtAddCallback((Widget)dd,XtNdestroyCallback,
				    DisplayDestroyCallback, (XtPointer)
				    XtNewString(dpyandfontstr));
		  }
		}
	      break;	    

	    case MrmRtypeFontSet:
	      result = Urm__WCI_LookupRegisteredName(dpyandfontstr, 
						     (XtPointer *)&fontset);
	      if ( result != MrmSUCCESS )
		{
		  fontset = XCreateFontSet(display, fontstg, &missing_csets,
					   &missing_cset_cnt, &def_string);
		  if (fontset == NULL)
		    {
		      sprintf(err_msg, _MrmMMsg_0071, fontstg);
		      return Urm__UT_Error ("Urm__CW_ConvertValue",
					    err_msg, NULL, NULL, MrmNOT_FOUND) ;
		    }

		  if (missing_csets != NULL)
		    {
		      sprintf(err_msg, _MrmMMsg_0072, fontstg);
		      XFreeStringList(missing_csets);
		    }
		  Urm__WCI_RegisterNames(&dpyandfontstr, 
					 (XtPointer *)&fontset, 1);
		}
	      break;
	    }

	  XtFree (dpyandfontstr);
	  switch(fontlist->item[ndx].type)
	    {
	    case MrmRtypeFont:
	      if ( dfontlist == NULL )
		dfontlist = XmFontListCreate
		  (font, fontlist->item[ndx].cset.charset) ;
	      else
		dfontlist = XmFontListAdd
		  (dfontlist, font, fontlist->item[ndx].cset.charset) ;
	      if ( dfontlist == NULL )
		{
		  sprintf (err_msg, _MrmMMsg_0073,
			   fontlist->item[ndx].font.font) ;
		  return Urm__UT_Error ("Urm__CW_ConvertValue",
					err_msg, NULL, NULL, MrmFAILURE) ;
		}	
	      break;
	    case MrmRtypeFontSet:
	      fontset_entry = 
		XmFontListEntryCreate(fontlist->item[ndx].cset.charset,
				      XmFONT_IS_FONTSET,
				      fontset);
	      dfontlist = XmFontListAppendEntry(NULL, fontset_entry);
	      if ( dfontlist == NULL )
		{
		  sprintf (err_msg, _MrmMMsg_0074,
			   fontlist->item[ndx].font.font) ;
		  return Urm__UT_Error ("Urm__CW_ConvertValue",
					err_msg, NULL, NULL, MrmFAILURE) ;
		}	
	      break;
	    }
	}
	
      *val = (long) dfontlist ;
      /*
       * Save only the final fontlist to be freed later. All intermediate
       * ones are freed by XmFontListAdd
       */
      if ( ftllist != NULL )
	{
	  UrmPlistAppendPointer (ftllist, (XtPointer)(long)reptype);
	  UrmPlistAppendPointer (ftllist, (XtPointer)dfontlist);
	}
      break ;
    case MrmRtypeColor:
      colorptr = (RGMColorDescPtr) (*val) ;
      switch (colorptr->desc_type)
	{
	case URMColorDescTypeName:
	  result = Urm__UT_GetNamedColorPixel
	    (display, (Colormap)0, colorptr, &pix, 
	     XBlackPixelOfScreen(XDefaultScreenOfDisplay(display))) ;
	  if ( result != MrmSUCCESS )
	    {
	      if (result == MrmPARTIAL_SUCCESS) result = MrmSUCCESS;
	      sprintf (err_msg, _MrmMMsg_0061, (String)(colorptr->desc.name)) ;
	      return Urm__UT_Error ("Urm__CW_ConvertValue",
				    err_msg, NULL, NULL, MrmNOT_FOUND) ;
	    }
	  break;
	case URMColorDescTypeRGB:
	  result = Urm__UT_GetColorPixel
	    (display, (Colormap)0, colorptr, &pix,
	     XBlackPixelOfScreen(XDefaultScreenOfDisplay(display))) ;
	  if ( result != MrmSUCCESS )
	    {
	      if (result == MrmPARTIAL_SUCCESS) result = MrmSUCCESS;
	      sprintf (err_msg, _MrmMMsg_0039,
		       colorptr->desc.rgb.red, 
		       colorptr->desc.rgb.green, 
		       colorptr->desc.rgb.blue) ;
	      return Urm__UT_Error ("Urm__CW_ConvertValue",
				    err_msg, NULL, NULL, MrmNOT_FOUND) ;
	    }
	  break;
	default:
	  sprintf(err_msg, "%s", _MrmMMsg_0040);
	  return Urm__UT_Error ("Urm__CW_ConvertValue",
				err_msg, NULL, NULL, MrmFAILURE) ;
	};
      *val = (long) pix ;
      break ;
      /* BEGIN OSF Fix CR 4859 */
    case MrmRtypeWideCharacter:
      {
	RGMWCharEntryPtr	wcharentry;
	  
	wcharentry = (RGMWCharEntryPtr)*val;
	*val = (long)wcharentry->pointer;
	break;
      }
    /* END OSF Fix CR 4859 */
    case MrmRtypeTransTable:
      /*
       * WARNING: memory leak created...
       */
      trans = XtParseTranslationTable ((String)(*val)) ;
      if ( trans == NULL )
	{
	  sprintf (err_msg, _MrmMMsg_0065, (String)(*val)) ;
	  return Urm__UT_Error ("Urm__CW_ConvertValue",
				err_msg, NULL, NULL, MrmFAILURE) ;
	}
      *val = (long) trans ;
      break ;
    case MrmRtypeClassRecName:
      clrec = Urm__WCI_GetClRecOfName ((String)*val) ;
      if ( clrec == NULL )
	{
	  sprintf (err_msg, _MrmMMsg_0075, (String)(*val)) ;
	  return Urm__UT_Error ("Urm__CW_ConvertValue",
				err_msg, NULL, NULL, MrmNOT_FOUND) ;
	}
      *val = (long) clrec ;
      break ;
    case MrmRtypeKeysym:
      xkey = XStringToKeysym ((String)*val);
      if ( xkey == NoSymbol )
	{
	  sprintf (err_msg, _MrmMMsg_0076, (String)(*val)) ;
	  return Urm__UT_Error ("Urm__CW_ConvertValue",
				err_msg, NULL, NULL, MrmNOT_FOUND) ;
	}
      *val = (long) xkey;
      break;
    case MrmRtypeHorizontalInteger:
      orientation = XmHORIZONTAL;
      /* fall through */
    case MrmRtypeVerticalInteger:
      if (orientation == XmNO_ORIENTATION)
	{
	  orientation = XmVERTICAL;
	}
      /* get a screen that we can use */
      screen = DefaultScreenOfDisplay(display);
      unitsintvalue = (RGMUnitsIntegerPtr) *val;
      if (unitsintvalue->value != 0)
	{
	  *val = _XmConvertUnits(screen, orientation, unitsintvalue->units, 
				 unitsintvalue->value, XmPIXELS);
	  if (*val == 0)
	    {
	      return Urm__UT_Error ("Urm__CW_ConvertValue",
				    _MrmMMsg_0115, NULL, NULL, MrmNOT_FOUND) ;
	    }
	}
      else *val = 0;
      break;
    case MrmRtypeHorizontalFloat:
      orientation = XmHORIZONTAL;
      /* fall through */
    case MrmRtypeVerticalFloat:
      {
	float float_val, int_value;
	int int_units, float_units;

	if (orientation == XmNO_ORIENTATION)
	  {
	    orientation = XmVERTICAL;
	  }
	/* get a screen that we can use */
	screen = DefaultScreenOfDisplay(display);
	unitsfloatvalue = (RGMUnitsFloatPtr) *val;
	float_units = unitsfloatvalue->units;
	float_val = (float)(*((double *)(&unitsfloatvalue->value[0])));

	if (float_val != 0)
	  {
	    if (_XmConvertFloatUnitsToIntUnits(float_units, float_val,
					       &int_units, &int_value,
					       XmPIXELS) == False)
	      {
		return Urm__UT_Error ("Urm__CW_ConvertValue", _MrmMMsg_0116, 
				      NULL, NULL, MrmFAILURE);
	      }
	    *val = _XmConvertUnits(screen, orientation, int_units,
				   MAKEINT(int_value), XmPIXELS);
	    if (*val == 0)
	      {
		return Urm__UT_Error ("Urm__CW_ConvertValue", _MrmMMsg_0115,
				      NULL, NULL, MrmFAILURE);
	      }
	  }
	else *val = 0;
      }
    break;
    default:
      break ;
    }

  return MrmSUCCESS ;

}

/*
** Remove the font from the hash table so it won't later cause a protocol
** error if the display is closed and reopened and the same value is fetched.
*/
/*ARGSUSED*/
static void 
DisplayDestroyCallback ( Widget w,
			 XtPointer client_data,
			 XtPointer call_data )	/* unused */
{
  String dpyandfontstr = (String) client_data;
  XFontStruct  *font ;

  if (MrmSUCCESS == Urm__WCI_LookupRegisteredName(dpyandfontstr,
						  (XtPointer *)&font))
    XFreeFont(XtDisplay(w), font);
  Urm__WCI_UnregisterName (dpyandfontstr);
  XtFree(dpyandfontstr);
}



/*
 *++
 *
 *  PROCEDURE DESCRIPTION:
 *
 *	This routine copies a value to an 'eternal' block in order
 *	to guarantee that callback tag values will live forever.
 *
 *  FORMAL PARAMETERS:
 *
 *	val		the value to be copied (may be a pointer)
 *	reptype		value representation type
 *	vec_count	number of elements in the vector (for vector types)
 *
 *  IMPLICIT INPUTS:
 *
 *  IMPLICIT OUTPUTS:
 *
 *  FUNCTION VALUE:
 *
 *  SIDE EFFECTS:
 *
 *--
 */

static char* staticNull = NULL;

void 
Urm__CW_SafeCopyValue (long				*val,
		       MrmType				reptype,
		       URMPointerListPtr		cblist,
		       int				vec_count,
		       int				vec_size)
{
  /*
   *  Local variables
   */
  int			*int_src ;	/* to copy integer values */
  int			*int_dst ;
  String		char8_src ;	/* to copy string values */
  String		char8_dst ;
  float			*single_float_src ; /* to copy FP values */
  float			*single_float_dst ;
  double		*float_src ;	/* to copy FP values */
  double		*float_dst ;
  XmString		cstr_src ;	/* to copy compound strings */
  XmString		*cstr_table_src; /* to copy compound string table */
  XmString		*cstr_table_dst ;
  String		*char8_table_src ; /* to coy string table */
  String		*char8_table_dst ;
  wchar_t		*wchar_src;	/* to copy wide character strings */
  wchar_t		*wchar_dst;
  size_t		size;		
  int			cnt ;

  /*
   * Make copies of all primitive data structures. Note this has the side
   * effect of converting integer values to by-reference.
   */
  switch ( reptype )
    {
    case MrmRtypeIntegerVector:
      int_src = (int *) *val ;
      int_dst = (int *) XtMalloc ((unsigned int)vec_size) ;
      UrmBCopy (int_src, int_dst, vec_size) ;
      *val = (long) int_dst ;
      if (cblist != NULL)
	{
	  UrmPlistAppendPointer (cblist, (XtPointer)(long)reptype);
	  UrmPlistAppendPointer (cblist, (XtPointer)*val);
	}
      break ;

    case MrmRtypeCStringVector:
      cstr_table_src = (XmString *)*val;
      cstr_table_dst =
	(XmString *)XtMalloc(vec_count * sizeof(XmString)) ;
      for (cnt=0; cnt<vec_count; cnt++)
	cstr_table_dst[cnt] =
	  XmStringCopy(cstr_table_src[cnt]);
      *val = (long) cstr_table_dst ;
      if (cblist != NULL)
	{
	  UrmPlistAppendPointer (cblist,  (XtPointer)(long)reptype);
	  UrmPlistAppendPointer (cblist,  (XtPointer)*val);
	}
      break ;

    case MrmRtypeChar8Vector:
      char8_table_src = (String *)*val ;
      char8_table_dst = (String *) XtMalloc (vec_size) ;

      /* Copy the pointers and strings. */
      UrmBCopy (char8_table_src, char8_table_dst, vec_size) ;

      /* Now adjust the pointers at the beginning of the destination
	 string table to point to the strings in the destination
	 instead of the source. */
      for (cnt=0; cnt<vec_count; cnt++)
	{
	  char8_table_dst[cnt] 
	    = (String) ((char *) char8_table_dst + 
			((unsigned long) char8_table_src[cnt] - 
			 (unsigned long) char8_table_src)) ;
	}
      *val = (long) char8_table_dst ;
      if (cblist != NULL)
	{
	  UrmPlistAppendPointer (cblist,  (XtPointer)(long)reptype);
	  UrmPlistAppendPointer (cblist,  (XtPointer)*val);
	}
      break ;

    case MrmRtypeInteger:
    case MrmRtypeBoolean:
      int_dst = (int *) XtMalloc (sizeof(int)) ;
      *int_dst = *val ;
      *val = (long) int_dst ;
      if (cblist != NULL)
	{
	  UrmPlistAppendPointer (cblist, (XtPointer)(long)reptype);
	  UrmPlistAppendPointer (cblist, (XtPointer)*val);
	}
      break ;

    case MrmRtypeChar8:
      char8_src = (String) *val ;
      char8_dst = (String) XtMalloc (strlen(char8_src)+1) ;
      strcpy (char8_dst, char8_src) ;
      *val = (long) char8_dst ;
      if (cblist != NULL)
	{
	  UrmPlistAppendPointer (cblist, (XtPointer)(long)reptype);
	  UrmPlistAppendPointer (cblist, (XtPointer)*val);
	}
      break ;

    case MrmRtypeSingleFloat:
      single_float_src = (float *) *val ;
      single_float_dst = (float *) XtMalloc (sizeof(float)) ;
      *single_float_dst = *single_float_src ;
      *val = (long) single_float_dst ;
      if (cblist != NULL)
	{
	  UrmPlistAppendPointer (cblist, (XtPointer)(long)reptype);
	  UrmPlistAppendPointer (cblist, (XtPointer)*val);
	}
      break ;

    case MrmRtypeFloat:
      float_src = (double *) *val ;
      float_dst = (double *) XtMalloc (sizeof(double)) ;
      *float_dst = *float_src ;
      *val = (long) float_dst ;
      if (cblist != NULL)
	{
	  UrmPlistAppendPointer (cblist, (XtPointer)(long)reptype);
	  UrmPlistAppendPointer (cblist, (XtPointer)*val);
	}
      break ;

    case MrmRtypeNull:
      *val = (long) &staticNull ;
      /*
       * Don't add anything to a callback list for the null type
       */
      break ;

    case MrmRtypeCString:
      cstr_src = XmStringCopy ((XmString)(*val)) ;
      *val = (long) cstr_src ;
      if (cblist != NULL)
	{
	  UrmPlistAppendPointer (cblist, (XtPointer)(long)reptype);
	  UrmPlistAppendPointer (cblist, (XtPointer)*val);
	}
      break ;

    case MrmRtypeWideCharacter:
      wchar_src = (wchar_t *) *val ;

      for (cnt = 0; ; cnt++) if (wchar_src[cnt] == 0) break;
      size = (cnt+1) * sizeof(wchar_t);
	
      wchar_dst = (wchar_t *) XtMalloc (size) ;
      memcpy(wchar_dst, wchar_src, size) ;
      *val = (long) wchar_dst ;
      if (cblist != NULL)
	{
	  UrmPlistAppendPointer (cblist, (XtPointer)(long)reptype);
	  UrmPlistAppendPointer (cblist, (XtPointer)*val);
	}
      break ;

    default:
      break ;
    }

}



/*
 *++
 *
 *  PROCEDURE DESCRIPTION:
 *
 *      This routine destorys all the tags which where created for a given
 *      widgets callbacks. All the tags are stored in a pointer list. The first
 *      item on the list is the MRMtype followed by a pointer to the actual
 *      data. Use XmStringFree for comound string types,
 *	XmFontListFree for font-lists, and XtFree for all other
 *      types.
 *
 *  FORMAL PARAMETERS:
 *
 *      w       The widget we are freeing the memory for
 *      list_id The pointer to the list of tags
 *      reason  Standard callback reason (not used)
 *
 *  IMPLICIT INPUTS:
 *
 *      {@tbs@}
 *
 *  IMPLICIT OUTPUTS:
 *
 *      {@tbs@}
 *
 *  FUNCTION VALUE:
 *
 *      {@tbs@}
 *
 *  SIDE EFFECTS:
 *
 *      none known
 *
 *--
 */

/*ARGSUSED*/
void 
UrmDestroyCallback (Widget                     w, /* unused */
		    URMPointerListPtr           list_id,
		    XmAnyCallbackStruct         * reason) /* unused */
{
  /*
   *  Local variables
   */
  MrmType                 reptype ;
  /* BEGIN OSF Fix CR 6843 */
  int                     ndx, i ;
  /* END OSF Fix CR 6843 */

  for (ndx=0 ; ndx<list_id->num_ptrs ; ndx++)
    {
      reptype = (MrmType)(long)list_id->ptr_vec[ndx];
      ndx++;
      switch ( reptype )
        {
        case MrmRtypeCString:
	  XmStringFree ((XmString)list_id->ptr_vec[ndx]);
	  break ;
	  /* BEGIN OSF Fix CR 6224 */
	case MrmRtypeFont:
	  /* Do not free the fontstruct. */
	  break;
	  /* END OSF Fix CR 6224 */
	case MrmRtypeFontList:
	  XmFontListFree ((XmFontList)list_id->ptr_vec[ndx]);
	  break;
        default:
	  /* BEGIN OSF Fix CR 6843 */
	  /* Check for duplicates on list before freeing. */
	  if (list_id->ptr_vec[ndx] != NULL)
	    {
	      for (i = ndx + 1; i < list_id->num_ptrs; ++i)
		if (list_id->ptr_vec[ndx] == list_id->ptr_vec[i])
		  list_id->ptr_vec[i] = NULL;

	      XtFree (list_id->ptr_vec[ndx]);
	    }
	  /* END OSF Fix CR 6843 */
	  break ;
        }
    }

  UrmPlistFree (list_id);

}


/*
 *++
 *
 *  PROCEDURE DESCRIPTION:
 *
 *	This routine reads a literal resource from either a hierarchy or
 *	a file. It returns the resource type and either a pointer to the
 *	value or its immediate value.
 *
 *  FORMAL PARAMETERS:
 *
 *	resptr		resource reference to literal
 *	hierarchy_id	hierarchy from which to read public resource
 *	file_id		file from which to read private resource
 *	ctxlist		list in which to save resource contexts
 *	type		to return representation type
 *	val		to return immediate value or pointer
 *	vec_count	to return number of items if type is a vector
 *	act_file_id	to return id of file from which literal was read
 *
 *  IMPLICIT INPUTS:
 *
 *  IMPLICIT OUTPUTS:
 *
 *  FUNCTION VALUE:
 *
 *  SIDE EFFECTS:
 *
 *	MrmSUCCESS	operation succeeded
 *	other		some failure, usually reading the literal
 *
 *--
 */

Cardinal 
Urm__CW_ReadLiteral (RGMResourceDescPtr		resptr ,
		     MrmHierarchy		hierarchy_id ,
		     IDBFile			file_id ,
		     URMPointerListPtr		ctxlist ,
		     MrmType			*type ,
		     long			*val ,
		     int			*vec_count ,
		     IDBFile			*act_file_id ,
		     int			*vec_size )
{
  /*
   *  Local variables
   */
  Cardinal		result ;	/* function results */
  URMResourceContextPtr	context_id ;	/* context for reading literal */
  char			err_msg[300] ;
  long			*bufptr ;	/* context buffer */

  /*
   * Acquire a context and read the literal into it.
   */
  UrmGetResourceContext ((char *(*)())NULL, (void(*)())NULL, 0, &context_id) ;
  switch ( resptr->type )
    {
    case URMrIndex:
      if ( resptr->access == URMaPublic )
	result = Urm__HGetIndexedLiteral
	  (hierarchy_id, resptr->key.index, context_id, act_file_id) ;
      else
	result = UrmGetIndexedLiteral
	  (file_id, resptr->key.index, context_id) ;
      if ( result != MrmSUCCESS )
	{
	  UrmFreeResourceContext (context_id) ;
	  sprintf (err_msg, _MrmMMsg_0077, resptr->key.index) ;
	  return Urm__UT_Error ("Urm__CW_ReadLiteral", err_msg,
				NULL, NULL, result) ;
	}
      break ;
    case URMrRID:
      result = UrmGetRIDLiteral (file_id, resptr->key.id, context_id) ;
      *act_file_id = file_id ;
      if ( result != MrmSUCCESS )
	{
	  UrmFreeResourceContext (context_id) ;
	  sprintf (err_msg, _MrmMMsg_0078, resptr->key.id) ;
	  return Urm__UT_Error ("Urm__CW_ReadLiteral", err_msg,
				NULL, NULL, result) ;
	}
      break ;
    default:
      result = MrmFAILURE ;
      UrmFreeResourceContext (context_id) ;
      sprintf ( err_msg, _MrmMMsg_0079, resptr->type) ;
      return Urm__UT_Error ("Urm__CW_ReadLiteral", err_msg,
			    NULL, NULL, result) ;
    }

  /*
   * return the rep type, size, and value. Save the resource context.
   */
  *type = UrmRCType (context_id) ;
  *vec_size = UrmRCSize(context_id);
  *vec_count = 0;
  bufptr = (long *) UrmRCBuffer (context_id) ;
  *val = Urm__CW_EvaluateValOrOffset (*type, (XtPointer)bufptr, *bufptr, 0) ;
  UrmPlistAppendPointer (ctxlist, (XtPointer)context_id) ;

  /*
   * Handle literals which may have further embedded literal references. Note
   * that the file for private references is the local file, possibly changed
   * by the HGetIndexedLiteral
   */
  switch ( *type )
    {
    case MrmRtypeIntegerVector:
      *vec_count = ((RGMIntegerVectorPtr)*val)->count ;
      break;
    case MrmRtypeChar8Vector:
    case MrmRtypeCStringVector:
      *vec_count = ((RGMTextVectorPtr)*val)->count ;
      break;
    case MrmRtypeIconImage:
      result = Urm__CW_LoadIconImage ((RGMIconImagePtr)*val,
				      (XtPointer)*val, hierarchy_id, 
				      *act_file_id, ctxlist) ;
      if ( result != MrmSUCCESS ) return result ;
      break ;
    }

  return MrmSUCCESS ;

}



/*
 *++
 *
 *  PROCEDURE DESCRIPTION:
 *
 *	This routine completes the loading and fixup of a URM
 *	icon image. Iconimages may have several other literal
 *	resource references embedded within their definition.
 *	These are all read and turned into memory references.
 *
 *  FORMAL PARAMETERS:
 *
 *	iconptr		The (unfixedup) icon image now in memory
 *	bufptr		buffer for offsets
 *	hierarchy_id	hierarchy from which to read public resource
 *	file_id		file from which to read private resource
 *	ctxlist		list in which to save resource contexts
 *
 *  IMPLICIT INPUTS:
 *
 *  IMPLICIT OUTPUTS:
 *
 *  FUNCTION VALUE:
 *
 *	MrmSUCCESS	operation succeeded
 *	other		failures from ReadLiteral
 *
 *  SIDE EFFECTS:
 *
 *--
 */

Cardinal 
Urm__CW_LoadIconImage (RGMIconImagePtr		iconptr ,
		       XtPointer		bufptr ,
		       MrmHierarchy		hierarchy_id ,
		       IDBFile			file_id ,
		       URMPointerListPtr	ctxlist )
{
  /*
   *  Local variables
   */
  Cardinal		result ;	/* function results */
  RGMResourceDescPtr	resptr ;	/* to read resource literals */
  RGMColorTablePtr	ctable ;	/* color table in icon image */
  Cardinal		ndx ;		/* loop index */
  RGMColorTableEntryPtr	citem ;		/* color table entry */
  MrmType		cttype = MrmRtypeColorTable ; /* expected type */
  XtPointer		ctbufptr ;	/* buffer base addr for table */
  MrmType		ctype ;		/* color entry type */
  IDBFile		act_file ;	/* file from which literals read */
  char			err_msg[300] ;
  int			vec_size ;
  Boolean		swap_needed = FALSE ;

  /*
   * Fixup pointers as required. Read the color table if it is a resource. 
   * Note that bufptr is reset to a color table resource read in in order
   * provide the correct relocation for color items.
   */
  if (iconptr->validation != URMIconImageValid)
    { if ( Urm__SwapValidation(iconptr->validation) == URMIconImageValid ) 
       { swapbytes( iconptr->validation );
         swapbytes( iconptr->width );
         swapbytes( iconptr->height );
         swapbytes( iconptr->hot_x );
         swapbytes( iconptr->hot_y );
         swapbytes( iconptr->ct_type );
         swapbytes( iconptr->annex1 );
         swapbytes( iconptr->color_table.ctoff );
         swapbytes( iconptr->pixel_data.pdoff );
         swap_needed = TRUE;
        }
      else
        { /* CR9259 */
          return Urm__UT_Error ("Urm__CW_LoadIconImage", 
			    _MrmMMsg_0028, NULL, NULL, MrmNOT_VALID) ;
        }
    }
  iconptr->pixel_data.pdptr = (char *) bufptr+iconptr->pixel_data.pdoff ;
  switch ( iconptr->ct_type )
    {
    case MrmRtypeColorTable:
      iconptr->color_table.ctptr = (RGMColorTablePtr)
	((char *)bufptr+iconptr->color_table.ctoff) ;
      ctbufptr = bufptr ;
      break ;
    case MrmRtypeResource: {
      int vec_count;
      resptr = (RGMResourceDescPtr)
	((char *)bufptr+iconptr->color_table.ctoff) ;
      if ( swap_needed ) Urm__SwapRGMResourceDesc(resptr);
      result = Urm__CW_ReadLiteral
	(resptr, hierarchy_id, file_id, ctxlist,
	 &cttype, (long *)(&iconptr->color_table.ctptr),
	 &vec_count, &act_file, &vec_size) ;
      if ( result != MrmSUCCESS ) return result ;
      if ( cttype != MrmRtypeColorTable )
	{
	  sprintf (err_msg, _MrmMMsg_0080, cttype) ;
	  return Urm__UT_Error ("Urm__CW_LoadIconImage",
				err_msg, NULL, NULL, MrmNOT_VALID) ;
	}        
      ctbufptr = (XtPointer) iconptr->color_table.ctptr ;
      break ;
    }
    default:
      sprintf (err_msg, _MrmMMsg_0081, iconptr->ct_type) ;
      return Urm__UT_Error ("Urm__CW_LoadIconImage",
			    err_msg, NULL, NULL, MrmNOT_VALID) ;
    }

  /*
   * Load any resource colors in the color table.
   */
  ctable = iconptr->color_table.ctptr ;
  if (ctable->validation != URMColorTableValid)
    { if ( Urm__SwapValidation(ctable->validation) == URMColorTableValid )
        {	swapbytes( ctable->validation );
            swapbytes( ctable->count );
            swap_needed = TRUE;
        }
      else
        {
            /* CR9259 */
            return Urm__UT_Error ("Urm__CW_LoadIconImage", 
			    _MrmMMsg_0028, NULL, NULL, MrmNOT_VALID) ;
        }
    }

  for ( ndx=URMColorTableUserMin ; ndx<ctable->count ; ndx++ )
    {
      citem = &ctable->item[ndx] ;
      if ( swap_needed )
	{
	  swapbytes( citem->type );
	  swapbytes( citem->annex1 );
	  swapbytes( citem->color_item.coffs );
	}
      switch ( citem->type )
        {
        case MrmRtypeColor:
	  citem->color_item.cptr = (RGMColorDescPtr)
	    ((char *)ctbufptr+citem->color_item.coffs) ;
	  break ;
        case MrmRtypeResource: {
	  int vec_count;
	  resptr = (RGMResourceDescPtr)
	    ((char *)ctbufptr+citem->color_item.coffs) ;
	  if ( swap_needed ) Urm__SwapRGMResourceDesc(resptr);
	  ctype = MrmRtypeColor ;
	  result = Urm__CW_ReadLiteral
	    (resptr, hierarchy_id, file_id,
	     ctxlist, &ctype, (long *)(&citem->color_item.cptr),
	     &vec_count, &act_file, &vec_size) ;
	  if ( result != MrmSUCCESS ) return result ;
	  if ( ctype != MrmRtypeColor )
	    {
	      sprintf (err_msg, _MrmMMsg_0082, ctype) ;
	      return Urm__UT_Error ("Urm__CW_LoadIconImage",
				    err_msg, NULL, NULL, MrmNOT_VALID) ;
	    }        
	  break ;
	}
        default:
	  sprintf ( err_msg, _MrmMMsg_0083, citem->type) ;
	  return Urm__UT_Error ("Urm__CW_LoadIconImage",
				err_msg, NULL, NULL, MrmNOT_VALID) ;
        }
    }
  return MrmSUCCESS ;

}



/*
 *++
 *
 *  PROCEDURE DESCRIPTION:
 *
 *	This routine fixes up a callback list in a record to function
 *	as the callback list passed to create. It must turn routine
 *	names into addresses, and evaluate tag values.
 *
 *  FORMAL PARAMETERS:
 *
 *	parent		this widget's parent
 *	bufptr		buffer (base address) for resolving offsets
 *	cbdesc		Callback descriptor in record. Its pointers
 *			must be fixed up and its tag values evaluated.
 *	ctxlist		A pointer list to save contexts created to
 *			evaluate literals.
 *	hierarchy_id	URM hierarchy from which to read public resources
 *	file_id		URM file from which to read private resources
 *	wref_id		reference structure from which references to
 *			previously created widgets in the tree can be
 *			resolved.
 *
 *  IMPLICIT INPUTS:
 *
 *  IMPLICIT OUTPUTS:
 *
 *  FUNCTION VALUE:
 *
 *	MrmSUCCESS		operation succeeded
 *	MrmUNRESOLVED_REFS	unresolved references to widgets remain
 *	other			conversion or resource evaluation failure
 *
 *  SIDE EFFECTS:
 *
 *--
 */

Cardinal 
Urm__CW_FixupCallback (Widget			parent ,
		       XtPointer		bufptr ,
		       RGMCallbackDescPtr	cbdesc ,
		       URMPointerListPtr	ctxlist ,
		       URMPointerListPtr	cblist ,
		       MrmHierarchy		hierarchy_id ,
		       IDBFile			file_id ,
		       URMResourceContextPtr	wref_id)
{
  /*
   *  Local variables
   */
  Cardinal		result ;	/* function results */
  int			ndx ;		/* loop index */
  RGMCallbackItemPtr	itmptr ;	/* current list item */
  String		rtn_name ;	/* routine name in item */
  MrmType		reptype ;	/* arg value representation type */
  RGMResourceDescPtr	resptr ;	/* resource descriptor in tag */
  IDBFile		act_file ;	/* file from which literals read */
  XtPointer		rtn_addr ;	/* routine address */
  long			tag_val ;	/* to save value */
  int			vec_count ;	/* number of items in the vector */
  char			err_msg[300] ;
  MrmCount		unres_ref_count = 0; /* num unres. widgets in cblist */
  String		ref_name;	/* referenced widget name */
  Widget		ref_id ;	/* referenced widget id */
  int			vec_size ;
  RGMFontListPtr	fontlist;	/* for converting old style fontlist */
  Boolean		swap_needed = FALSE;

  /*
   * Loop through all the items in the callback list
   */
  for ( ndx=0 ; ndx<cbdesc->count ; ndx++ )
    {
      itmptr = &cbdesc->item[ndx] ;

      /*
       * Set the routine pointer to the actual routine address. This
       * routine name must be a registered URM callback.
       */
      rtn_name = (String) bufptr + itmptr->cb_item.routine ;
      result = Urm__LookupNameInHierarchy (hierarchy_id, rtn_name, &rtn_addr) ;
      if ( result != MrmSUCCESS )
        {
	  sprintf (err_msg, _MrmMMsg_0084, rtn_name) ;
	  return Urm__UT_Error ("Urm__CW_FixupCallback",
				err_msg, NULL, NULL, result) ;
        }

      /*
       * Evaluate the tag value, and set in the item.
       */
      reptype = itmptr->cb_item.rep_type ;
      tag_val = Urm__CW_EvaluateValOrOffset (reptype, bufptr,
					     itmptr->cb_item.datum.ival, 
					     itmptr->cb_item.datum.offset) ;
      switch ( reptype )
        {
        case MrmRtypeResource:
	  resptr = (RGMResourceDescPtr) tag_val ;
	  switch ( resptr->res_group )
	    {
	    case URMgWidget:
	      /* Do we need to worry about subtree resources here? */
	      if (resptr->type != URMrIndex)
		{
		  Urm__UT_Error("Urm__CW_FixupCallback", _MrmMMsg_0085,
				NULL, NULL, MrmNOT_VALID);
		  continue;
		}
	      ref_name = (String) resptr->key.index;
	      /* See if reference can be resolved immediatetly. */
	      result = Urm__CW_FindWRef(wref_id, ref_name, &ref_id) ;
	      if ( result == MrmSUCCESS ) tag_val = (long)ref_id;
	      else {	/* Save to resolve later */
		itmptr->runtime.resolved = FALSE;
		itmptr->runtime.wname = Urm__UT_AllocString(ref_name);
		tag_val = 0L;
		unres_ref_count++;
	      }
	      break;
		  
	    case URMgLiteral:
	      result = Urm__CW_ReadLiteral
		(resptr, hierarchy_id, file_id, ctxlist,
		 &reptype, &tag_val, &vec_count, &act_file, &vec_size);
	      if ( result != MrmSUCCESS ) continue ;

	      if ((reptype == MrmRtypeFontList) &&
		  (strcmp(file_id->db_version, URM1_1version) <= 0))
		{
		  int count = ((OldRGMFontListPtr)tag_val)->count;

		  fontlist = (RGMFontListPtr)
		    XtMalloc(sizeof(RGMFontList) +
			     (sizeof(RGMFontItem) * (count - 1)));
		  result = Urm__CW_FixupValue((long)fontlist, reptype, 
					      (XtPointer)tag_val, file_id,
					      &swap_needed);
		  XtFree((char *)tag_val);
		  tag_val = (long)fontlist;
		}
	      else
		result = Urm__CW_FixupValue (tag_val, reptype, 
					     (XtPointer)tag_val, file_id,
					     &swap_needed) ;

	      if ( result != MrmSUCCESS ) continue ;
	      result = Urm__CW_ConvertValue
		(parent, &tag_val, reptype, (MrmType)0, XtDisplay(parent),
		 hierarchy_id, NULL) ;
	      if ( result != MrmSUCCESS ) continue ;
		  
	      switch (reptype)
		{
		case MrmRtypeChar8Vector:
		case MrmRtypeCStringVector:
		  vec_size -= (sizeof ( RGMTextVector ) - 
			       sizeof ( RGMTextEntry ));
		  break;
		default:
		  break;
		}
		  
	      Urm__CW_SafeCopyValue (&tag_val, reptype, cblist, 
				     vec_count, vec_size) ;
	      itmptr->runtime.resolved = TRUE;
	      break ;
	    default:
	      return Urm__UT_Error ("Urm__CW_FixupCallback", _MrmMMsg_0063,
				    NULL, NULL, MrmFAILURE) ;
	    }
	  break ;
        default:
	  result = Urm__CW_FixupValue (tag_val, reptype, bufptr, file_id,
				       &swap_needed) ;
	  if ( result != MrmSUCCESS ) continue ;
	  result = Urm__CW_ConvertValue
	    (parent, &tag_val, reptype, (MrmType)0, XtDisplay(parent),
	     hierarchy_id, NULL) ;
	  Urm__CW_SafeCopyValue (&tag_val, reptype, cblist, 0, 0) ;
	  itmptr->runtime.resolved = TRUE;
	  break ;
        }

      itmptr->runtime.callback.callback = (XtCallbackProc)rtn_addr;
      itmptr->runtime.callback.closure = (XtPointer) tag_val ;
    }

  cbdesc->unres_ref_count = unres_ref_count;
  if (unres_ref_count == 0)
    /*
     * callback list successfully fixed up
     */
    return MrmSUCCESS ;
  else return MrmUNRESOLVED_REFS;

}


/*
 *++
 *
 *  PROCEDURE DESCRIPTION:
 *
 *	This routine evaluates a resource reference to a widget by loading
 *	the widget definition and instantiating the widget tree. It returns
 *	the widget id.
 *	This routine evaluates a resource reference, resulting in setting
 *
 *  FORMAL PARAMETERS:
 *
 *	parent		parent of the widget being created
 *	widgetrec	widget record pointer
 *	resptr		the resource to be evaluated
 *	ctxlist		A pointer list to save contexts created to
 *			evaluate literals.
 *	hierarchy_id	URM hierarchy from which to read public resources
 *	file_id		URM file from which to read private resources
 *	wref_id		widget reference structure
 *	svlist		SetValues descriptor list
 *	val		to return the value (widget id)
 *
 *  IMPLICIT INPUTS:
 *
 *  IMPLICIT OUTPUTS:
 *
 *  FUNCTION VALUE:
 *
 *	MrmSUCCESS	operation succeeded
 *	other		load or instantiate failure
 *
 *  SIDE EFFECTS:
 *
 *--
 */

/*ARGSUSED*/
Cardinal 
Urm__CW_LoadWidgetResource (Widget			parent ,
			    RGMWidgetRecordPtr		widgetrec , /* unused */
			    RGMResourceDescPtr		resptr ,
			    URMPointerListPtr		ctxlist , /* unused */
			    MrmHierarchy		hierarchy_id ,
			    IDBFile			file_id ,
			    URMPointerListPtr		*svlist ,
			    URMResourceContextPtr	wref_id ,
			    long			*val )

{
  /*
   *  Local variables
   */
  Cardinal		result ;	/* function results */
  URMResourceContextPtr	context_id ;	/* context for widget record */
  IDBFile		loc_fileid = file_id ;	/* file id from HGet */
  char			err_msg[300] ;	/* to format error messages */


  /*
   * Acquire a context, then load the widget and instantiate the tree.
   * An HGet call may replace the file for private references.
   */
  UrmGetResourceContext ((char *(*)())NULL, (void(*)())NULL, 0, &context_id) ;
  switch ( resptr->type )
    {
    case URMrIndex:
      if ( resptr->access == URMaPublic )
	result = UrmHGetWidget
	  (hierarchy_id, resptr->key.index, context_id, &loc_fileid) ;
      else
	result = UrmGetIndexedWidget
	  (file_id, resptr->key.index, context_id) ;
      if ( result != MrmSUCCESS )
	sprintf (err_msg, _MrmMMsg_0086, resptr->key.index) ;
      break ;

    case URMrRID:
      result = UrmGetRIDWidget (file_id, resptr->key.id, context_id) ;
      if ( result != MrmSUCCESS )
	sprintf (err_msg, _MrmMMsg_0087, resptr->key.id) ;
      break ;

    default:
      result = MrmFAILURE ;
      sprintf ( err_msg, _MrmMMsg_0088, resptr->type) ;
    }

  if ( result != MrmSUCCESS )
    {
      UrmFreeResourceContext (context_id) ;
      return Urm__UT_Error ("Urm__CW_LoadWidgetResource",
			    err_msg, NULL, NULL, result) ;
    }

  /*
   * Now create the widget subtree. The pointer result is the widget id of
   * the widget we now have (the root of the tree).
   */
  result = UrmCreateWidgetTree
    (context_id, parent, hierarchy_id, loc_fileid, NULL, NULL, 0,
     resptr->type, resptr->key.index, resptr->key.id, MrmManageDefault,
     (URMPointerListPtr *)svlist, wref_id, (Widget *)val) ;
  if ( result != MrmSUCCESS )
    Urm__UT_Error ("Urm__CW_LoadWidgetResource", _MrmMMsg_0089,
		   NULL, NULL, result) ;
  UrmFreeResourceContext (context_id) ;
  return result ;

}



/*
 *++
 *
 *  PROCEDURE DESCRIPTION:
 *
 *	This routine returns parameters needed to create a pixmap from
 *	an IconImage. It extracts the screen and display from the given
 *	widget. It then determines the foreground and background colors
 *	for the widget. The setting of these values is idiosyncratic, due
 *	to the fact that all widgets have a Background attribute from core,
 *	but are not guaranteed to have a Foreground attribute.
 *		- if value is already set, do nothing
 *		- else choose the value for the widget if available
 *		- else choose white/black PixelOfScreen
 *		- make sure we haven't ended up with identical values
 *		  for both foreground and background. If we have, accept
 *		  the background value and set the foreground to something
 *		  else (black or white).
 *
 *  FORMAL PARAMETERS:
 *
 *	w		widget to use for default values
 *	screen		to return screen for pixmap
 *	display		to return display for pixmap
 *	fgint		to return foreground value for pixmap. A value of
 *			-1 on input means this must be set; else ignored
 *	bgint		to return background value for pixmap. -1 is used
 *			as above to signal value needed
 *
 *  IMPLICIT INPUTS:
 *
 *  IMPLICIT OUTPUTS:
 *
 *  FUNCTION VALUE:
 *
 *  SIDE EFFECTS:
 *
 *--
 */

void 
Urm__CW_GetPixmapParms (Widget			w ,
			Screen			**screen , 
			Display			**display ,
			Pixel			*fgint ,
			Pixel			*bgint )
{
  /*
   *  Local variables
   */
  Arg			pixarg[2] ;	/* to read FG/BG values */
  Cardinal		pcnt = 0 ;	/* # entries in arglist */

  /*
   * Screen and display come straight from widget
   */
  *screen = XtScreen (w) ;
  *display = XtDisplay (w) ;

  /*
   * Else load the foreground and background pixel values from the
   * widget. Fallback to Black/WhitePixelOfScreen if the widget
   * doesn't have these values.
   */
  if ( *fgint == -1 )
    {
      XtSetArg (pixarg[pcnt], XmNforeground, fgint) ;
      pcnt += 1 ;
    }
  if ( *bgint == -1 )
    {
      XtSetArg (pixarg[pcnt], XmNbackground, bgint) ;
      pcnt += 1 ;
    }
  if ( pcnt > 0 )
    XtGetValues (w, pixarg, pcnt) ;

  /*
   * Fall back on ...PixelOfScreen
   */
  if ( *fgint == -1 )
    *fgint = BlackPixelOfScreen (*screen) ;
  if ( *bgint == -1 )
    *bgint = WhitePixelOfScreen (*screen) ;

  /*
   * Make sure we haven't ended with identical values
   */
  if ( *fgint == *bgint )
    {
      if ( *bgint == BlackPixelOfScreen(*screen) )
	*fgint = WhitePixelOfScreen (*screen) ;
      else
	*fgint = BlackPixelOfScreen (*screen) ;
    }

}



/*
 *++
 *
 *  PROCEDURE DESCRIPTION:
 *
 *	This routine translates an RGMCallbackDescPtr stored in a 1.1 uid
 *	file into the equivalent 1.2+ structure.  This routine allocates
 *	memory which must later be freed using XtFree.
 *
 *  FORMAL PARAMETERS:
 *
 *	oldptr		Pointer into the buffer where the 1.1 callback
 *			descriptor starts.
 *
 *  IMPLICIT INPUTS:
 *
 *  IMPLICIT OUTPUTS:
 *
 *  FUNCTION VALUE:
 *
 *	This function returns a pointer to a new RGMCallbackDesc containing
 *	all the information from the structure stored in the uid file.
 *
 *  SIDE EFFECTS:
 *
 *	Memory is allocated which must be freed using XtFree.
 *
 *--
 */

RGMCallbackDescPtr 
Urm__CW_TranslateOldCallback (OldRGMCallbackDescPtr	oldptr)
{
  /*
   *  Local variables
   */
  RGMCallbackDescPtr	cbptr;	/* pointer to new callback descriptor */
  RGMCallbackItemPtr	itmptr;	/* current callback item */
  OldRGMCallbackItemPtr	olditmptr;	/* callback item being converted */
  int			ndx;	/* loop index */
  
  cbptr = (RGMCallbackDescPtr) XtMalloc(sizeof(RGMCallbackDesc) +
					oldptr->count*sizeof(RGMCallbackItem));
  
  cbptr->validation = oldptr->validation;
  cbptr->count = oldptr->count;

  /* Loop through all items in old callback list copying to new. */
  for (ndx = 0; ndx <= cbptr->count; ndx++)
    /* <= so that null item is copied. */
    {
      olditmptr = &oldptr->item[ndx];
      itmptr = &cbptr->item[ndx];
      
      itmptr->cb_item.routine = olditmptr->cb_item.routine;
      itmptr->cb_item.rep_type = olditmptr->cb_item.rep_type;
      itmptr->cb_item.datum = olditmptr->cb_item.datum;
    }
  
  return cbptr;
}

