path: root/xts5/Xt14/RectangleObject/RectangleObject.m

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$Header: /cvs/xtest/xtest/xts5/tset/Xt14/RectangleObject/RectangleObject.m,v 1.1 2005-02-12 14:37:58 anderson Exp $

Copyright (c) Applied Testing and Technology, Inc. 1993, 1994, 1995
Copyright (c) 88open Consortium, Ltd. 1990, 1991, 1992, 1993
All Rights Reserved.

>># 
>># Project: VSW5
>># 
>># File: tset/Xt14/hrectobj/hrectobj.m
>># 
>># Description:
>>#	Tests for Rectangle Objects
>># 
>># Modifications:
>># $Log: objctrctng.m,v $
>># Revision 1.1  2005-02-12 14:37:58  anderson
>># Initial revision
>>#
>># Revision 8.0  1998/12/23 23:37:16  mar
>># Branch point for Release 5.0.2
>>#
>># Revision 7.0  1998/10/30 23:00:11  mar
>># Branch point for Release 5.0.2b1
>>#
>># Revision 6.0  1998/03/02 05:28:22  tbr
>># Branch point for Release 5.0.1
>>#
>># Revision 5.0  1998/01/26 03:24:56  tbr
>># Branch point for Release 5.0.1b1
>>#
>># Revision 4.0  1995/12/15 09:19:02  tbr
>># Branch point for Release 5.0.0
>>#
>># Revision 3.1  1995/12/15  02:13:07  andy
>># Prepare for GA Release
>>#
>>EXTERN
#include <X11/IntrinsicP.h>
#include <X11/ConstrainP.h>
#include <X11/CoreP.h>
#include <X11/RectObjP.h>

XtAppContext app_ctext;
Widget topLevel, panedw, boxw1, boxw2;
Widget labelw, rowcolw, click_quit;
/*used for assignments to solicit compiler failures due to type mismatches*/
WidgetClass             myWidgetClass, *pmyWidgetClass;
String                  myString, *pmyString;
Cardinal                myCardinal, *pmyCardinal;
Boolean                 myBoolean, *pmyBoolean;
XtProc                  myXtProc, *pmyXtProc;
long			mylong, *pmylong;
XrmQuark                myXrmQuark, *pmyXrmQuark;
XtWidgetClassProc       myXtWidgetClassProc, *pmyXtWidgetClassProc;
XtEnum                  myXtEnum, *pmyXtEnum;
XtInitProc              myXtInitProc, *pmyXtInitProc;
XtArgsProc              myXtArgsProc, *pmyXtArgsProc;
XtRealizeProc           myXtRealizeProc, *pmyXtRealizeProc;
XtActionList            myXtActionList, *pmyXtActionList;
XtResourceList          myXtResourceList, *pmyXtResourceList;
XrmClass                myXrmClass, *pmyXrmClass;
XtWidgetProc            myXtWidgetProc, *pmyXtWidgetProc;
XtExposeProc            myXtExposeProc, *pmyXtExposeProc;
XtSetValuesFunc         myXtSetValuesFunc, *pmyXtSetValuesFunc;
XtArgsFunc              myXtArgsFunc, *pmyXtArgsFunc;
XtAlmostProc            myXtAlmostProc, *pmyXtAlmostProc;
XtArgsProc              myXtArgsProc, *pmyXtArgsProc;
XtAcceptFocusProc       myXtAcceptFocusProc, *pmyXtAcceptFocusProc;
XtVersionType           myXtVersionType, *pmyXtVersionType;
XtPointer               myXtPointer, *pmyXtPointer;
XtGeometryHandler       myXtGeometryHandler, *pmyXtGeometryHandler;
XtStringProc            myXtStringProc, *pmyXtStringProc;
Window                  myWindow, *pmyWindow;
WidgetList              myWidgetList, *pmyWidgetList;
Widget                  myWidget, *pmyWidget;
XrmName                 myXrmName, *pmyXrmName;
XtCallbackList          myXtCallbackList, *pmyXtCallbackList;
Dimension               myDimension, *pmyDimension;
XtEventTable            myXtEventTable, *pmyXtEventTable;
XtTMRec                 myXtTMRec, *pmyXtTMRec;
XtTranslations          myXtTranslations, *pmyXtTranslations;
Pixel                   myPixel, *pmyPixel;
Pixmap                  myPixmap, *pmyPixmap;
Colormap                myColormap, *pmyColormap;
Screen                  *pmyScreen;
>>TITLE RectangleObject Xt14
>>ASSERTION Good A
The class structure for rectangular objects
RectObjClassPart shall be defined and contain the
fields listed in section 14.3.1 of the Specification.
>>CODE
RectObjClassPart testStruct;

	check_size("RectObjClassPart.superclass", "WidgetClass", sizeof(testStruct.superclass), sizeof(WidgetClass));
	myWidgetClass = testStruct.superclass;
	pmyWidgetClass = &testStruct.superclass;

	check_size("RectObjClassPart.class_name", "String", sizeof(testStruct.class_name), sizeof(String));
	myString = testStruct.class_name;
	pmyString = &testStruct.class_name;

	check_size("RectObjClassPart.widget_size", "Cardinal", sizeof(testStruct.widget_size), sizeof(Cardinal));
	myCardinal = testStruct.widget_size;
	pmyCardinal = &testStruct.widget_size;

	check_size("RectObjClassPart.class_initialize", "XtProc", sizeof(testStruct.class_initialize), sizeof(XtProc));
	myXtProc = testStruct.class_initialize;
	pmyXtProc = &testStruct.class_initialize;

	check_size("RectObjClassPart.class_part_initialize", "XtWidgetClassProc", sizeof(testStruct.class_part_initialize), sizeof(XtWidgetClassProc));
	myXtWidgetClassProc = testStruct.class_part_initialize;
	pmyXtWidgetClassProc = &testStruct.class_part_initialize;

	check_size("RectObjClassPart.class_inited", "XtEnum", sizeof(testStruct.class_inited), sizeof(XtEnum));
	myXtEnum = testStruct.class_inited;
	pmyXtEnum = &testStruct.class_inited;

	check_size("RectObjClassPart.initialize", "XtInitProc", sizeof(testStruct.initialize), sizeof(XtInitProc));
	myXtInitProc = testStruct.initialize;
	pmyXtInitProc = &testStruct.initialize;

	check_size("RectObjClassPart.initialize_hook", "XtArgsProc", sizeof(testStruct.initialize_hook), sizeof(XtArgsProc));
	myXtArgsProc = testStruct.initialize_hook;
	pmyXtArgsProc = &testStruct.initialize_hook;

	check_size("RectObjClassPart.rect1", "XtProc", sizeof(testStruct.rect1), sizeof(XtProc));
	myXtProc = testStruct.rect1;
	pmyXtProc = &testStruct.rect1;

	check_size("RectObjClassPart.rect2", "XtPointer", sizeof(testStruct.rect2), sizeof(XtPointer));
	myXtPointer = testStruct.rect2;
	pmyXtPointer = &testStruct.rect2;

	check_size("RectObjClassPart.rect3", "Cardinal", sizeof(testStruct.rect3), sizeof(Cardinal));
	myCardinal = testStruct.rect3;
	pmyCardinal = &testStruct.rect3;

	check_size("RectObjClassPart.resources", "XtResourceList", sizeof(testStruct.resources), sizeof(XtResourceList));
	myXtResourceList = testStruct.resources;
	pmyXtResourceList = &testStruct.resources;

	check_size("RectObjClassPart.num_resources", "Cardinal", sizeof(testStruct.num_resources), sizeof(Cardinal));
	myCardinal = testStruct.num_resources;
	pmyCardinal = &testStruct.num_resources;

	check_size("RectObjClassPart.xrm_class", "XrmClass", sizeof(testStruct.xrm_class), sizeof(XrmClass));
	myXrmClass = testStruct.xrm_class;
	pmyXrmClass = &testStruct.xrm_class;

	check_size("RectObjClassPart.rect4", "Boolean", sizeof(testStruct.rect4), sizeof(Boolean));
	myBoolean = testStruct.rect4;
	pmyBoolean = &testStruct.rect4;

	check_size("RectObjClassPart.rect5", "XtEnum", sizeof(testStruct.rect5), sizeof(XtEnum));
	myXtEnum = testStruct.rect5;
	pmyXtEnum = &testStruct.rect5;

	check_size("RectObjClassPart.rect6", "Boolean", sizeof(testStruct.rect6), sizeof(Boolean));
	myBoolean = testStruct.rect6;
	pmyBoolean = &testStruct.rect6;

	check_size("RectObjClassPart.rect7", "Boolean", sizeof(testStruct.rect7), sizeof(Boolean));
	myBoolean = testStruct.rect7;
	pmyBoolean = &testStruct.rect7;

	check_size("RectObjClassPart.destroy", "XtWidgetProc", sizeof(testStruct.destroy), sizeof(XtWidgetProc));
	myXtWidgetProc = testStruct.destroy;
	pmyXtWidgetProc = &testStruct.destroy;

	check_size("RectObjClassPart.resize", "XtWidgetProc", sizeof(testStruct.resize), sizeof(XtWidgetProc));
	myXtWidgetProc = testStruct.resize;
	pmyXtWidgetProc = &testStruct.resize;

	check_size("RectObjClassPart.expose", "XtExposeProc", sizeof(testStruct.expose), sizeof(XtExposeProc));
	myXtExposeProc = testStruct.expose;
	pmyXtExposeProc = &testStruct.expose;

	check_size("RectObjClassPart.set_values", "XtSetValuesFunc", sizeof(testStruct.set_values), sizeof(XtSetValuesFunc));
	myXtSetValuesFunc = testStruct.set_values;
	pmyXtSetValuesFunc = &testStruct.set_values;

	check_size("RectObjClassPart.set_values_hook", "XtArgsFunc", sizeof(testStruct.set_values_hook), sizeof(XtArgsFunc));
	myXtArgsFunc = testStruct.set_values_hook;
	pmyXtArgsFunc = &testStruct.set_values_hook;

	check_size("RectObjClassPart.set_values_almost", "XtAlmostProc", sizeof(testStruct.set_values_almost), sizeof(XtAlmostProc));
	myXtAlmostProc = testStruct.set_values_almost;
	pmyXtAlmostProc = &testStruct.set_values_almost;

	check_size("RectObjClassPart.get_values_hook", "XtArgsProc", sizeof(testStruct.get_values_hook), sizeof(XtArgsProc));
	myXtArgsProc = testStruct.get_values_hook;
	pmyXtArgsProc = &testStruct.get_values_hook;

	check_size("RectObjClassPart.rect9", "XtProc", sizeof(testStruct.rect9), sizeof(XtProc));
	myXtProc = testStruct.rect9;
	pmyXtProc = &testStruct.rect9;

	check_size("RectObjClassPart.version", "XtVersionType", sizeof(testStruct.version), sizeof(XtVersionType));
	myXtVersionType = testStruct.version;
	pmyXtVersionType = &testStruct.version;

	check_size("RectObjClassPart.callback_private", "XtPointer", sizeof(testStruct.callback_private), sizeof(XtPointer));
	myXtPointer = testStruct.callback_private;
	pmyXtPointer = &testStruct.callback_private;

	check_size("RectObjClassPart.rect10", "String", sizeof(testStruct.rect10), sizeof(String));
	myString = testStruct.rect10;
	pmyString = &testStruct.rect10;

	check_size("RectObjClassPart.query_geometry", "XtGeometryHandler", sizeof(testStruct.query_geometry), sizeof(XtGeometryHandler));
	myXtGeometryHandler = testStruct.query_geometry;
	pmyXtGeometryHandler = &testStruct.query_geometry;

	check_size("RectObjClassPart.rect11", "XtProc", sizeof(testStruct.rect11), sizeof(XtProc));
	myXtProc = testStruct.rect11;
	pmyXtProc = &testStruct.rect11;

	check_size("RectObjClassPart.extension", "XtPointer", sizeof(testStruct.extension), sizeof(XtPointer));
	myXtPointer = testStruct.extension;
	pmyXtPointer = &testStruct.extension;
	tet_result(TET_PASS);
>>ASSERTION Good A
The class record structure for Rectangular Objects
RectObjClassRec shall be defined and contain the
fields listed in section 14.3.1 of the Specification.
>>CODE
	RectObjClassRec testStruct;

	check_size("RectObjClassRec.rect_class.superclass", "WidgetClass", sizeof(testStruct.rect_class.superclass), sizeof(WidgetClass));
	myWidgetClass = testStruct.rect_class.superclass;
	pmyWidgetClass = &testStruct.rect_class.superclass;

	check_size("RectObjClassRec.rect_class.class_name", "String", sizeof(testStruct.rect_class.class_name), sizeof(String));
	myString = testStruct.rect_class.class_name;
	pmyString = &testStruct.rect_class.class_name;

	check_size("RectObjClassRec.rect_class.widget_size", "Cardinal", sizeof(testStruct.rect_class.widget_size), sizeof(Cardinal));
	myCardinal = testStruct.rect_class.widget_size;
	pmyCardinal = &testStruct.rect_class.widget_size;

	check_size("RectObjClassRec.rect_class.class_initialize", "XtProc", sizeof(testStruct.rect_class.class_initialize), sizeof(XtProc));
	myXtProc = testStruct.rect_class.class_initialize;
	pmyXtProc = &testStruct.rect_class.class_initialize;

	check_size("RectObjClassRec.rect_class.class_part_initialize", "XtWidgetClassProc", sizeof(testStruct.rect_class.class_part_initialize), sizeof(XtWidgetClassProc));
	myXtWidgetClassProc = testStruct.rect_class.class_part_initialize;
	pmyXtWidgetClassProc = &testStruct.rect_class.class_part_initialize;

	check_size("RectObjClassRec.rect_class.class_inited", "XtEnum", sizeof(testStruct.rect_class.class_inited), sizeof(XtEnum));
	myXtEnum = testStruct.rect_class.class_inited;
	pmyXtEnum = &testStruct.rect_class.class_inited;

	check_size("RectObjClassRec.rect_class.initialize", "XtInitProc", sizeof(testStruct.rect_class.initialize), sizeof(XtInitProc));
	myXtInitProc = testStruct.rect_class.initialize;
	pmyXtInitProc = &testStruct.rect_class.initialize;

	check_size("RectObjClassRec.rect_class.initialize_hook", "XtArgsProc", sizeof(testStruct.rect_class.initialize_hook), sizeof(XtArgsProc));
	myXtArgsProc = testStruct.rect_class.initialize_hook;
	pmyXtArgsProc = &testStruct.rect_class.initialize_hook;

	check_size("RectObjClassRec.rect_class.rect1", "XtProc", sizeof(testStruct.rect_class.rect1), sizeof(XtProc));
	myXtProc = testStruct.rect_class.rect1;
	pmyXtProc = &testStruct.rect_class.rect1;

	check_size("RectObjClassRec.rect_class.rect2", "XtPointer", sizeof(testStruct.rect_class.rect2), sizeof(XtPointer));
	myXtPointer = testStruct.rect_class.rect2;
	pmyXtPointer = &testStruct.rect_class.rect2;

	check_size("RectObjClassRec.rect_class.rect3", "Cardinal", sizeof(testStruct.rect_class.rect3), sizeof(Cardinal));
	myCardinal = testStruct.rect_class.rect3;
	pmyCardinal = &testStruct.rect_class.rect3;

	check_size("RectObjClassRec.rect_class.resources", "XtResourceList", sizeof(testStruct.rect_class.resources), sizeof(XtResourceList));
	myXtResourceList = testStruct.rect_class.resources;
	pmyXtResourceList = &testStruct.rect_class.resources;

	check_size("RectObjClassRec.rect_class.num_resources", "Cardinal", sizeof(testStruct.rect_class.num_resources), sizeof(Cardinal));
	myCardinal = testStruct.rect_class.num_resources;
	pmyCardinal = &testStruct.rect_class.num_resources;

	check_size("RectObjClassRec.rect_class.xrm_class", "XrmClass", sizeof(testStruct.rect_class.xrm_class), sizeof(XrmClass));
	myXrmClass = testStruct.rect_class.xrm_class;
	pmyXrmClass = &testStruct.rect_class.xrm_class;

	check_size("RectObjClassRec.rect_class.rect4", "Boolean", sizeof(testStruct.rect_class.rect4), sizeof(Boolean));
	myBoolean = testStruct.rect_class.rect4;
	pmyBoolean = &testStruct.rect_class.rect4;

	check_size("RectObjClassRec.rect_class.rect5", "XtEnum", sizeof(testStruct.rect_class.rect5), sizeof(XtEnum));
	myXtEnum = testStruct.rect_class.rect5;
	pmyXtEnum = &testStruct.rect_class.rect5;

	check_size("RectObjClassRec.rect_class.rect6", "Boolean", sizeof(testStruct.rect_class.rect6), sizeof(Boolean));
	myBoolean = testStruct.rect_class.rect6;
	pmyBoolean = &testStruct.rect_class.rect6;

	check_size("RectObjClassRec.rect_class.rect7", "Boolean", sizeof(testStruct.rect_class.rect7), sizeof(Boolean));
	myBoolean = testStruct.rect_class.rect7;
	pmyBoolean = &testStruct.rect_class.rect7;

	check_size("RectObjClassRec.rect_class.destroy", "XtWidgetProc", sizeof(testStruct.rect_class.destroy), sizeof(XtWidgetProc));
	myXtWidgetProc = testStruct.rect_class.destroy;
	pmyXtWidgetProc = &testStruct.rect_class.destroy;

	check_size("RectObjClassRec.rect_class.resize", "XtWidgetProc", sizeof(testStruct.rect_class.resize), sizeof(XtWidgetProc));
	myXtWidgetProc = testStruct.rect_class.resize;
	pmyXtWidgetProc = &testStruct.rect_class.resize;

	check_size("RectObjClassRec.rect_class.expose", "XtExposeProc", sizeof(testStruct.rect_class.expose), sizeof(XtExposeProc));
	myXtExposeProc = testStruct.rect_class.expose;
	pmyXtExposeProc = &testStruct.rect_class.expose;

	check_size("RectObjClassRec.rect_class.set_values", "XtSetValuesFunc", sizeof(testStruct.rect_class.set_values), sizeof(XtSetValuesFunc));
	myXtSetValuesFunc = testStruct.rect_class.set_values;
	pmyXtSetValuesFunc = &testStruct.rect_class.set_values;

	check_size("RectObjClassRec.rect_class.set_values_hook", "XtArgsFunc", sizeof(testStruct.rect_class.set_values_hook), sizeof(XtArgsFunc));
	myXtArgsFunc = testStruct.rect_class.set_values_hook;
	pmyXtArgsFunc = &testStruct.rect_class.set_values_hook;

	check_size("RectObjClassRec.rect_class.set_values_almost", "XtAlmostProc", sizeof(testStruct.rect_class.set_values_almost), sizeof(XtAlmostProc));
	myXtAlmostProc = testStruct.rect_class.set_values_almost;
	pmyXtAlmostProc = &testStruct.rect_class.set_values_almost;

	check_size("RectObjClassRec.rect_class.get_values_hook", "XtArgsProc", sizeof(testStruct.rect_class.get_values_hook), sizeof(XtArgsProc));
	myXtArgsProc = testStruct.rect_class.get_values_hook;
	pmyXtArgsProc = &testStruct.rect_class.get_values_hook;

	check_size("RectObjClassRec.rect_class.rect9", "XtProc", sizeof(testStruct.rect_class.rect9), sizeof(XtProc));
	myXtProc = testStruct.rect_class.rect9;
	pmyXtProc = &testStruct.rect_class.rect9;

	check_size("RectObjClassRec.rect_class.version", "XtVersionType", sizeof(testStruct.rect_class.version), sizeof(XtVersionType));
	myXtVersionType = testStruct.rect_class.version;
	pmyXtVersionType = &testStruct.rect_class.version;

	check_size("RectObjClassRec.rect_class.callback_private", "XtPointer", sizeof(testStruct.rect_class.callback_private), sizeof(XtPointer));
	myXtPointer = testStruct.rect_class.callback_private;
	pmyXtPointer = &testStruct.rect_class.callback_private;

	check_size("RectObjClassRec.rect_class.rect10", "String", sizeof(testStruct.rect_class.rect10), sizeof(String));
	myString = testStruct.rect_class.rect10;
	pmyString = &testStruct.rect_class.rect10;

	check_size("RectObjClassRec.rect_class.query_geometry", "XtGeometryHandler", sizeof(testStruct.rect_class.query_geometry), sizeof(XtGeometryHandler));
	myXtGeometryHandler = testStruct.rect_class.query_geometry;
	pmyXtGeometryHandler = &testStruct.rect_class.query_geometry;

	check_size("RectObjClassRec.rect_class.rect11", "XtProc", sizeof(testStruct.rect_class.rect11), sizeof(XtProc));
	myXtProc = testStruct.rect_class.rect11;
	pmyXtProc = &testStruct.rect_class.rect11;

	check_size("RectObjClassRec.rect_class.extension", "XtPointer", sizeof(testStruct.rect_class.extension), sizeof(XtPointer));
	myXtPointer = testStruct.rect_class.extension;
	pmyXtPointer = &testStruct.rect_class.extension;
	tet_result(TET_PASS);
>>ASSERTION Good A
The class record for objects recObjClassRec shall
exist and be an instance of the RectObjClassRec
structure.
>>CODE

	check_size("rectObjClassRec.rect_class.superclass", "WidgetClass", sizeof(rectObjClassRec.rect_class.superclass), sizeof(WidgetClass));
	myWidgetClass = rectObjClassRec.rect_class.superclass;
	pmyWidgetClass = &rectObjClassRec.rect_class.superclass;

	check_size("rectObjClassRec.rect_class.class_name", "String", sizeof(rectObjClassRec.rect_class.class_name), sizeof(String));
	myString = rectObjClassRec.rect_class.class_name;
	pmyString = &rectObjClassRec.rect_class.class_name;

	check_size("rectObjClassRec.rect_class.widget_size", "Cardinal", sizeof(rectObjClassRec.rect_class.widget_size), sizeof(Cardinal));
	myCardinal = rectObjClassRec.rect_class.widget_size;
	pmyCardinal = &rectObjClassRec.rect_class.widget_size;

	check_size("rectObjClassRec.rect_class.class_initialize", "XtProc", sizeof(rectObjClassRec.rect_class.class_initialize), sizeof(XtProc));
	myXtProc = rectObjClassRec.rect_class.class_initialize;
	pmyXtProc = &rectObjClassRec.rect_class.class_initialize;

	check_size("rectObjClassRec.rect_class.class_part_initialize", "XtWidgetClassProc", sizeof(rectObjClassRec.rect_class.class_part_initialize), sizeof(XtWidgetClassProc));
	myXtWidgetClassProc = rectObjClassRec.rect_class.class_part_initialize;
	pmyXtWidgetClassProc = &rectObjClassRec.rect_class.class_part_initialize;

	check_size("rectObjClassRec.rect_class.class_inited", "XtEnum", sizeof(rectObjClassRec.rect_class.class_inited), sizeof(XtEnum));
	myXtEnum = rectObjClassRec.rect_class.class_inited;
	pmyXtEnum = &rectObjClassRec.rect_class.class_inited;

	check_size("rectObjClassRec.rect_class.initialize", "XtInitProc", sizeof(rectObjClassRec.rect_class.initialize), sizeof(XtInitProc));
	myXtInitProc = rectObjClassRec.rect_class.initialize;
	pmyXtInitProc = &rectObjClassRec.rect_class.initialize;

	check_size("rectObjClassRec.rect_class.initialize_hook", "XtArgsProc", sizeof(rectObjClassRec.rect_class.initialize_hook), sizeof(XtArgsProc));
	myXtArgsProc = rectObjClassRec.rect_class.initialize_hook;
	pmyXtArgsProc = &rectObjClassRec.rect_class.initialize_hook;

	check_size("rectObjClassRec.rect_class.rect1", "XtProc", sizeof(rectObjClassRec.rect_class.rect1), sizeof(XtProc));
	myXtProc = rectObjClassRec.rect_class.rect1;
	pmyXtProc = &rectObjClassRec.rect_class.rect1;

	check_size("rectObjClassRec.rect_class.rect2", "XtPointer", sizeof(rectObjClassRec.rect_class.rect2), sizeof(XtPointer));
	myXtPointer = rectObjClassRec.rect_class.rect2;
	pmyXtPointer = &rectObjClassRec.rect_class.rect2;

	check_size("rectObjClassRec.rect_class.rect3", "Cardinal", sizeof(rectObjClassRec.rect_class.rect3), sizeof(Cardinal));
	myCardinal = rectObjClassRec.rect_class.rect3;
	pmyCardinal = &rectObjClassRec.rect_class.rect3;

	check_size("rectObjClassRec.rect_class.resources", "XtResourceList", sizeof(rectObjClassRec.rect_class.resources), sizeof(XtResourceList));
	myXtResourceList = rectObjClassRec.rect_class.resources;
	pmyXtResourceList = &rectObjClassRec.rect_class.resources;

	check_size("rectObjClassRec.rect_class.num_resources", "Cardinal", sizeof(rectObjClassRec.rect_class.num_resources), sizeof(Cardinal));
	myCardinal = rectObjClassRec.rect_class.num_resources;
	pmyCardinal = &rectObjClassRec.rect_class.num_resources;

	check_size("rectObjClassRec.rect_class.xrm_class", "XrmClass", sizeof(rectObjClassRec.rect_class.xrm_class), sizeof(XrmClass));
	myXrmClass = rectObjClassRec.rect_class.xrm_class;
	pmyXrmClass = &rectObjClassRec.rect_class.xrm_class;

	check_size("rectObjClassRec.rect_class.rect4", "Boolean", sizeof(rectObjClassRec.rect_class.rect4), sizeof(Boolean));
	myBoolean = rectObjClassRec.rect_class.rect4;
	pmyBoolean = &rectObjClassRec.rect_class.rect4;

	check_size("rectObjClassRec.rect_class.rect5", "XtEnum", sizeof(rectObjClassRec.rect_class.rect5), sizeof(XtEnum));
	myXtEnum = rectObjClassRec.rect_class.rect5;
	pmyXtEnum = &rectObjClassRec.rect_class.rect5;

	check_size("rectObjClassRec.rect_class.rect6", "Boolean", sizeof(rectObjClassRec.rect_class.rect6), sizeof(Boolean));
	myBoolean = rectObjClassRec.rect_class.rect6;
	pmyBoolean = &rectObjClassRec.rect_class.rect6;

	check_size("rectObjClassRec.rect_class.rect7", "Boolean", sizeof(rectObjClassRec.rect_class.rect7), sizeof(Boolean));
	myBoolean = rectObjClassRec.rect_class.rect7;
	pmyBoolean = &rectObjClassRec.rect_class.rect7;

	check_size("rectObjClassRec.rect_class.destroy", "XtWidgetProc", sizeof(rectObjClassRec.rect_class.destroy), sizeof(XtWidgetProc));
	myXtWidgetProc = rectObjClassRec.rect_class.destroy;
	pmyXtWidgetProc = &rectObjClassRec.rect_class.destroy;

	check_size("rectObjClassRec.rect_class.resize", "XtWidgetProc", sizeof(rectObjClassRec.rect_class.resize), sizeof(XtWidgetProc));
	myXtWidgetProc = rectObjClassRec.rect_class.resize;
	pmyXtWidgetProc = &rectObjClassRec.rect_class.resize;

	check_size("rectObjClassRec.rect_class.expose", "XtExposeProc", sizeof(rectObjClassRec.rect_class.expose), sizeof(XtExposeProc));
	myXtExposeProc = rectObjClassRec.rect_class.expose;
	pmyXtExposeProc = &rectObjClassRec.rect_class.expose;

	check_size("rectObjClassRec.rect_class.set_values", "XtSetValuesFunc", sizeof(rectObjClassRec.rect_class.set_values), sizeof(XtSetValuesFunc));
	myXtSetValuesFunc = rectObjClassRec.rect_class.set_values;
	pmyXtSetValuesFunc = &rectObjClassRec.rect_class.set_values;

	check_size("rectObjClassRec.rect_class.set_values_hook", "XtArgsFunc", sizeof(rectObjClassRec.rect_class.set_values_hook), sizeof(XtArgsFunc));
	myXtArgsFunc = rectObjClassRec.rect_class.set_values_hook;
	pmyXtArgsFunc = &rectObjClassRec.rect_class.set_values_hook;

	check_size("rectObjClassRec.rect_class.set_values_almost", "XtAlmostProc", sizeof(rectObjClassRec.rect_class.set_values_almost), sizeof(XtAlmostProc));
	myXtAlmostProc = rectObjClassRec.rect_class.set_values_almost;
	pmyXtAlmostProc = &rectObjClassRec.rect_class.set_values_almost;

	check_size("rectObjClassRec.rect_class.get_values_hook", "XtArgsProc", sizeof(rectObjClassRec.rect_class.get_values_hook), sizeof(XtArgsProc));
	myXtArgsProc = rectObjClassRec.rect_class.get_values_hook;
	pmyXtArgsProc = &rectObjClassRec.rect_class.get_values_hook;

	check_size("rectObjClassRec.rect_class.rect9", "XtProc", sizeof(rectObjClassRec.rect_class.rect9), sizeof(XtProc));
	myXtProc = rectObjClassRec.rect_class.rect9;
	pmyXtProc = &rectObjClassRec.rect_class.rect9;

	check_size("rectObjClassRec.rect_class.version", "XtVersionType", sizeof(rectObjClassRec.rect_class.version), sizeof(XtVersionType));
	myXtVersionType = rectObjClassRec.rect_class.version;
	pmyXtVersionType = &rectObjClassRec.rect_class.version;

	check_size("rectObjClassRec.rect_class.callback_private", "XtPointer", sizeof(rectObjClassRec.rect_class.callback_private), sizeof(XtPointer));
	myXtPointer = rectObjClassRec.rect_class.callback_private;
	pmyXtPointer = &rectObjClassRec.rect_class.callback_private;

	check_size("rectObjClassRec.rect_class.rect10", "String", sizeof(rectObjClassRec.rect_class.rect10), sizeof(String));
	myString = rectObjClassRec.rect_class.rect10;
	pmyString = &rectObjClassRec.rect_class.rect10;

	check_size("rectObjClassRec.rect_class.query_geometry", "XtGeometryHandler", sizeof(rectObjClassRec.rect_class.query_geometry), sizeof(XtGeometryHandler));
	myXtGeometryHandler = rectObjClassRec.rect_class.query_geometry;
	pmyXtGeometryHandler = &rectObjClassRec.rect_class.query_geometry;

	check_size("rectObjClassRec.rect_class.rect11", "XtProc", sizeof(rectObjClassRec.rect_class.rect11), sizeof(XtProc));
	myXtProc = rectObjClassRec.rect_class.rect11;
	pmyXtProc = &rectObjClassRec.rect_class.rect11;

	check_size("rectObjClassRec.rect_class.extension", "XtPointer", sizeof(rectObjClassRec.rect_class.extension), sizeof(XtPointer));
	myXtPointer = rectObjClassRec.rect_class.extension;
	pmyXtPointer = &rectObjClassRec.rect_class.extension;
	tet_result(TET_PASS);
>>ASSERTION Good A
The class pointer for rectangular objects rectObjClass
shall exist and point to the rectObjClassRec class
record.
>>CODE

	tet_infoline("TEST: rectObjClass");
	if (rectObjClass != (WidgetClass)&rectObjClassRec) {
		sprintf(ebuf, "ERROR: rectObjClass does not point to rectObjClassRec");
		tet_infoline(ebuf);
		tet_result(TET_FAIL);
	}
	tet_result(TET_PASS);
>>ASSERTION Good A
The type RectObjClass shall be defined as a pointer to
an object class structure.
>>CODE
RectObjClass testvar;
XtPointer testvar2;

	/* this will not build if the define is not correct*/
	tet_infoline("TEST: RectObjClass");
	testvar = &rectObjClassRec;
	testvar2 = testvar->rect_class.superclass;
	tet_result(TET_PASS);
>>ASSERTION Good A
The instance structure for rectangular objects
RectObjPart shall be defined and contain the fields
listed in section 14.3.2 of the Specification.
>>CODE
	RectObjPart testStruct;

	check_size("RectObjPart.border_width", "Dimension", sizeof(testStruct.border_width), sizeof(Dimension));
	myDimension = testStruct.border_width;
	pmyDimension = &testStruct.border_width;

	check_size("RectObjPart.managed", "Boolean", sizeof(testStruct.managed), sizeof(Boolean));
	myBoolean = testStruct.managed;
	pmyBoolean = &testStruct.managed;

	check_size("RectObjPart.sensitive", "Boolean", sizeof(testStruct.sensitive), sizeof(Boolean));
	myBoolean = testStruct.sensitive;
	pmyBoolean = &testStruct.sensitive;

	check_size("RectObjPart.ancestor_sensitive", "Boolean", sizeof(testStruct.ancestor_sensitive), sizeof(Boolean));
	myBoolean = testStruct.ancestor_sensitive;
	pmyBoolean = &testStruct.ancestor_sensitive;
	tet_result(TET_PASS);
>>ASSERTION Good A
The instance record structure for rectangular objects
RectObjRec shall be defined and contain the fields
listed in section 14.3.2 of the Specification.
>>CODE
RectObjRec testStruct;

	check_size("RectObjRec.object.self", "Widget", sizeof(testStruct.object.self), sizeof(Widget));
	myWidget = testStruct.object.self;
	pmyWidget = &testStruct.object.self;

	check_size("RectObjRec.object.widget_class", "WidgetClass", sizeof(testStruct.object.widget_class), sizeof(WidgetClass));
	myWidgetClass = testStruct.object.widget_class;
	pmyWidgetClass = &testStruct.object.widget_class;

	check_size("RectObjRec.object.parent", "Widget", sizeof(testStruct.object.parent), sizeof(Widget));
	myWidget = testStruct.object.parent;
	pmyWidget = &testStruct.object.parent;

	check_size("RectObjRec.object.xrm_name", "XrmName", sizeof(testStruct.object.xrm_name), sizeof(XrmName));
	myXrmName = testStruct.object.xrm_name;
	pmyXrmName = &testStruct.object.xrm_name;

	check_size("RectObjRec.object.being_destroyed", "Boolean", sizeof(testStruct.object.being_destroyed), sizeof(Boolean));
	myBoolean = testStruct.object.being_destroyed;
	pmyBoolean = &testStruct.object.being_destroyed;

	check_size("RectObjRec.object.destroy_callbacks", "XtCallbackList", sizeof(testStruct.object.destroy_callbacks), sizeof(XtCallbackList));
	myXtCallbackList = testStruct.object.destroy_callbacks;
	pmyXtCallbackList = &testStruct.object.destroy_callbacks;

	check_size("RectObjRec.object.constraints", "XtPointer", sizeof(testStruct.object.constraints), sizeof(XtPointer));
	myXtPointer = testStruct.object.constraints;
	pmyXtPointer = &testStruct.object.constraints;

	check_size("RectObjRec.rectangle.border_width", "Dimension", sizeof(testStruct.rectangle.border_width), sizeof(Dimension));
	myDimension = testStruct.rectangle.border_width;
	pmyDimension = &testStruct.rectangle.border_width;

	check_size("RectObjRec.rectangle.managed", "Boolean", sizeof(testStruct.rectangle.managed), sizeof(Boolean));
	myBoolean = testStruct.rectangle.managed;
	pmyBoolean = &testStruct.rectangle.managed;

	check_size("RectObjRec.rectangle.sensitive", "Boolean", sizeof(testStruct.rectangle.sensitive), sizeof(Boolean));
	myBoolean = testStruct.rectangle.sensitive;
	pmyBoolean = &testStruct.rectangle.sensitive;

	check_size("RectObjRec.rectangle.ancestor_sensitive", "Boolean", sizeof(testStruct.rectangle.ancestor_sensitive), sizeof(Boolean));
	myBoolean = testStruct.rectangle.ancestor_sensitive;
	pmyBoolean = &testStruct.rectangle.ancestor_sensitive;

	tet_result(TET_PASS);
>>ASSERTION Good A
The type RectObj shall be defined as a pointer to a
rectangular object instance.
>>CODE
RectObjRec testobj;
RectObj testvar;
Position testvar2;

	/* this will not build if the define is not correct*/
	tet_infoline("TEST: RectObj");
	/*doesn't matter where we point, just testing syntax*/
	testvar = &testobj;
	testvar2 = testvar->rectangle.x;
	tet_result(TET_PASS);
>>ASSERTION Good A
The fields of the RectObjPart element of the
RectObjRec shall be initialized to the default values
specified in section 14.3.4 of the Specification on
creation of a new RectObj instance.
>>CODE
RectObj testwidget, testwidget3;
Object testwidget2;

	avs_xt_hier("Hrectobj9", "XtRectObj");
	tet_infoline("PREP: Create clean rectobj");
	testwidget2 = (Object)XtCreateWidget("test2", objectClass, topLevel, NULL, 0);
	testwidget3 = (RectObj)XtCreateWidget("test3", rectObjClass, (Widget)testwidget2, NULL, 0);
	testwidget = (RectObj)XtCreateWidget("ApTest", rectObjClass, (Widget)testwidget3, NULL, 0);
	tet_infoline("TEST: x");
	if (testwidget->rectangle.x != 0) {
		
		sprintf(ebuf, "ERROR: x member is %d, not 0", testwidget->rectangle.x);
		tet_infoline(ebuf);
		tet_result(TET_FAIL);
	}
	tet_infoline("TEST: y");
	if (testwidget->rectangle.y != 0) {
		sprintf(ebuf, "ERROR: y member is %d, not 0", testwidget->rectangle.y);
		tet_infoline(ebuf);
		tet_result(TET_FAIL);
	}
	tet_infoline("TEST: width");
	if (testwidget->rectangle.width != 0) {
		sprintf(ebuf, "ERROR: width member is %d, not 0", testwidget->rectangle.width);
		tet_infoline(ebuf);
		tet_result(TET_FAIL);
	}
	tet_infoline("TEST: height");
	if (testwidget->rectangle.height != 0) {
		sprintf(ebuf, "ERROR: height member is %d, not 0", testwidget->rectangle.height);
		tet_infoline(ebuf);
		tet_result(TET_FAIL);
	}
	tet_infoline("TEST: border_width");
	if (testwidget->rectangle.border_width != 1) {
		sprintf(ebuf, "ERROR: border_width member is %d, not 1", testwidget->rectangle.border_width);
		tet_infoline(ebuf);
		tet_result(TET_FAIL);
	}
	tet_infoline("TEST: managed");
	if (testwidget->rectangle.managed != False) {
		sprintf(ebuf, "ERROR: managed member is %d, not False", testwidget->rectangle.managed);
		tet_infoline(ebuf);
		tet_result(TET_FAIL);
	}
	tet_infoline("TEST: sensitive");
	if (testwidget->rectangle.sensitive != True) {
		sprintf(ebuf, "ERROR: sensitive member is %d, not True", testwidget->rectangle.sensitive);
		tet_infoline(ebuf);
		tet_result(TET_FAIL);
	}
	tet_infoline("TEST: ancestor_sensitive");
	if (testwidget->rectangle.ancestor_sensitive != (testwidget3->rectangle.sensitive & testwidget3->rectangle.ancestor_sensitive)) {
		sprintf(ebuf, "ERROR: Expected ancestor_sensitive of %#x, is %#x", (testwidget3->rectangle.sensitive & testwidget3->rectangle.ancestor_sensitive), testwidget->rectangle.ancestor_sensitive);
		tet_infoline(ebuf);
		tet_result(TET_FAIL);
	}
	tet_result(TET_PASS);