Application: gvSIG desktop

/* gvSIG. Sistema de Informaci?n Geogr?fica de la Generalitat Valenciana

 *

 * Copyright (C) 2005 IVER T.I. and Generalitat Valenciana.

 *

 * This program is free software; you can redistribute it and/or

 * modify it under the terms of the GNU General Public License

 * as published by the Free Software Foundation; either version 2

 * of the License, or (at your option) any later version.

 *

 * This program is distributed in the hope that it will be useful,

 * but WITHOUT ANY WARRANTY; without even the implied warranty of

 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the

 * GNU General Public License for more details.

 *

 * You should have received a copy of the GNU General Public License

 * along with this program; if not, write to the Free Software

 * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA  02111-1307,USA.

 *

 * For more information, contact:

 *

 *  Generalitat Valenciana

 *   Conselleria d'Infraestructures i Transport

 *   Av. Blasco Ib??ez, 50

 *   46010 VALENCIA

 *   SPAIN

 *

 *      +34 963862235

 *   gvsig@gva.es

 *      www.gvsig.gva.es

 *

 *    or

 *

 *   IVER T.I. S.A

 *   Salamanca 50

 *   46005 Valencia

 *   Spain

 *

 *   +34 963163400

 *   dac@iver.es

 */

/* CVS MESSAGES:

*

* $Id: TestXMLEntity.java 10595 2007-03-02 13:24:53Z jaume $

* $Log$

* Revision 1.2  2007-03-02 13:24:53  jaume

* *** empty log message ***

*

* Revision 1.1  2007/03/02 13:23:50  jaume

* *** empty log message ***

*

* Revision 1.1  2006/08/29 06:18:17  jaume

* *** empty log message ***

*

*

*/

package com.iver.utiles;

import java.io.File;

import java.io.FileNotFoundException;

import java.io.FileReader;

import org.exolab.castor.xml.MarshalException;

import org.exolab.castor.xml.ValidationException;

import junit.framework.TestCase;

import com.iver.utiles.xmlEntity.generate.XmlTag;

public class TestXMLEntity extends TestCase {

        private XMLEntity x1, x2, x3, x4;

        private XMLEntity gvp1;

        private XMLEntity gvp2;

        public void setUp() {

                x1 = new XMLEntity();

                x2 = new XMLEntity();

                x3 = new XMLEntity();

                final Object obj1 = new XMLEntity();

                final Object obj2 = new XMLEntity();

                final Object obj3 = "StringClass";

                x1.putProperty("boolean1", false);

                x1.putProperty("boolean2", true);

                x1.putProperty("integer1", Integer.parseInt("123"));

                x1.putProperty("integer2", Integer.parseInt("321"));

                x1.putProperty("long1", Long.parseLong("123123"));

                x1.putProperty("long2", Long.parseLong("321321"));

                x1.putProperty("float1", Float.parseFloat("1234.1234"));

                x1.putProperty("float2", Float.parseFloat("4321.4321"));

                x1.putProperty("double1", Double.parseDouble("12341234.12341234"));

                x1.putProperty("double2", Double.parseDouble("43214321.43214321"));

                x1.putProperty("string1", "String1");

                x1.putProperty("string2", "String2");

                x1.putProperty("object1", obj1);

                x1.putProperty("object2", obj2);

                //----- x1 == x2

                x2.putProperty("boolean1", false);

                x2.putProperty("boolean2", true);

                x2.putProperty("integer1", Integer.parseInt("123"));

                x2.putProperty("integer2", Integer.parseInt("321"));

                x2.putProperty("long1", Long.parseLong("123123"));

                x2.putProperty("long2", Long.parseLong("321321"));

                x2.putProperty("float1", Float.parseFloat("1234.1234"));

                x2.putProperty("float2", Float.parseFloat("4321.4321"));

                x2.putProperty("double1", Double.parseDouble("12341234.12341234"));

                x2.putProperty("double2", Double.parseDouble("43214321.43214321"));

                x2.putProperty("string1", "String1");

                x2.putProperty("string2", "String2");

                x2.putProperty("object1", obj1);

                x2.putProperty("object2", obj2);

                //----- x1 != x3

                x3.putProperty("boolean1", false);

                x3.putProperty("boolean2", true);

                x3.putProperty("integer1", Integer.parseInt("123"));

                x3.putProperty("integer2", Integer.parseInt("321"));

                x3.putProperty("long1", Long.parseLong("123123"));

                x3.putProperty("long2", Long.parseLong("321321"));

                x3.putProperty("float1", Float.parseFloat("1234.1234"));

                x3.putProperty("float2", Float.parseFloat("4321.4321"));

                x3.putProperty("double1", Double.parseDouble("12341234.12341234"));

                x3.putProperty("double2", Double.parseDouble("43214321.43214324"));

                x3.putProperty("string1", "String1");

                x3.putProperty("string2", "String2");

                x3.putProperty("object1", obj1);

                x3.putProperty("object2", obj3);

                XmlTag tag;

                try {

                        tag = (XmlTag) XmlTag.unmarshal(

                                        new FileReader(new File("testdata/ISymbol+SpatialIndex+GraduatedSymbol.gvp")));

                        gvp1 = new XMLEntity(tag);

                        tag = (XmlTag) XmlTag.unmarshal(

                                        new FileReader(new File("testdata/ISymbol+SpatialIndex+GraduatedSymbol.gvp")));

                        gvp2 = new XMLEntity(tag);

                } catch (Exception e) {

                        // TODO Auto-generated catch block

                        e.printStackTrace();

                }

        }

        public void testEquality() {

                assertEquals(x1, x2);

                assertFalse(x1.equals(x3));

                assertFalse(x2.equals(x3));

        }

        public void testHash() {

                final int x1Hash = x1.toHashCode();

                final int x2Hash = x2.toHashCode();

                final int x3Hash = x3.toHashCode();

                assertTrue("x1 should be equals to x2", x1Hash == x2Hash);

                assertTrue("x1 should be distinct to x3", x1Hash != x3Hash);

        }

        public void testSkippedProperties() {

                x1.putProperty("skipped1", true, false);

                x1.putProperty("skipped2", 1, false);

                x1.putProperty("skipped3", 1D, false);

                x1.putProperty("skipped4", 1F, false);

                x1.putProperty("skipped5", 1L, false);

                x1.putProperty("skipped6", "bla bla", false);

                x2.putProperty("skipped1", false, false);

                x2.putProperty("skipped2", 2, false);

                x2.putProperty("skipped3", 2D, false);

                x2.putProperty("skipped4", 2F, false);

                x2.putProperty("skipped5", 2L, false);

                x2.putProperty("skipped6", "bla bla bleitor", false);

                x3.putProperty("skipped1", false, false);

                x3.putProperty("skipped2", 2, false);

                x3.putProperty("skipped3", 2D, false);

                x3.putProperty("skipped4", 2F, false);

                x3.putProperty("skipped5", 2L, false);

                x3.putProperty("skipped6", "bla bla bleitor", false);

                final int x1Hash = x1.toHashCode();

                final int x2Hash = x2.toHashCode();

                final int x3Hash = x3.toHashCode();

                assertTrue("x1 should be equals to x2", x1Hash == x2Hash);

                assertTrue("x1 should be distinct to x3", x1Hash != x3Hash);

                assertTrue("x2 should be distinct to x3", x2Hash != x3Hash);

                x1.remove("skipped1");

                x1.remove("skipped2");

                x1.remove("skipped3");

                x1.remove("skipped4");

                x1.remove("skipped5");

                x1.remove("skipped6");

                x2.remove("skipped1");

                x2.remove("skipped2");

                x2.remove("skipped3");

                x2.remove("skipped4");

                x2.remove("skipped5");

                x2.remove("skipped6");

                x3.remove("skipped1");

                x3.remove("skipped2");

                x3.remove("skipped3");

                x3.remove("skipped4");

                x3.remove("skipped5");

                x3.remove("skipped6");

        }

        public void testNonSkippedProperties() {

                x1.putProperty("skipped1", true, true);

                x1.putProperty("skipped2", 1, true);

                x1.putProperty("skipped3", 1D, true);

                x1.putProperty("skipped4", 1F, true);

                x1.putProperty("skipped5", 1L, true);

                x1.putProperty("skipped6", "bla bla", true);

                x3.putProperty("skipped1", false, true);

                x3.putProperty("skipped2", 2, true);

                x3.putProperty("skipped3", 2D, true);

                x3.putProperty("skipped4", 2F, true);

                x3.putProperty("skipped5", 2L, true);

                x3.putProperty("skipped6", "bla bla bleitor", true);

                x2.putProperty("skipped1", false, true);

                x2.putProperty("skipped2", 2, true);

                x2.putProperty("skipped3", 2D, true);

                x2.putProperty("skipped4", 2F, true);

                x2.putProperty("skipped5", 2L, true);

                x2.putProperty("skipped6", "bla bla bleitor", true);

                final int x1Hash = x1.toHashCode();

                final int x2Hash = x2.toHashCode();

                final int x3Hash = x3.toHashCode();

                assertFalse("x1 should be distinct to x2", x1Hash == x2Hash);

                assertFalse("x1 should be distinct to x3", x1Hash == x3Hash);

                assertFalse("x2 should be distinct to x3", x2Hash == x3Hash);

                x1.remove("skipped1");

                x1.remove("skipped2");

                x1.remove("skipped3");

                x1.remove("skipped4");

                x1.remove("skipped5");

                x1.remove("skipped6");

                x2.remove("skipped1");

                x2.remove("skipped2");

                x2.remove("skipped3");

                x2.remove("skipped4");

                x2.remove("skipped5");

                x2.remove("skipped6");

                x3.remove("skipped1");

                x3.remove("skipped2");

                x3.remove("skipped3");

                x3.remove("skipped4");

                x3.remove("skipped5");

                x3.remove("skipped6");

                testHash();

                testEquality();

        }

        public void testEquivalentProjects() {

                final int x1Hash = gvp1.toHashCode();

                final int x2Hash = gvp2.toHashCode();

                assertTrue("x1 should be equals to x2", x1Hash == x2Hash);

        }

}