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*
* DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER.
*
* Copyright 2008 by Sun Microsystems, Inc.
*
* OpenOffice.org - a multi-platform office productivity suite
*
* $RCSfile: Bug107753_Test.java,v $
* $Revision: 1.6 $
*
* This file is part of OpenOffice.org.
*
* OpenOffice.org is free software: you can redistribute it and/or modify
* it under the terms of the GNU Lesser General Public License version 3
* only, as published by the Free Software Foundation.
*
* OpenOffice.org 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 Lesser General Public License version 3 for more details
* (a copy is included in the LICENSE file that accompanied this code).
*
* You should have received a copy of the GNU Lesser General Public License
* version 3 along with OpenOffice.org. If not, see
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package com.sun.star.lib.uno.bridges.javaremote;
import com.sun.star.bridge.XInstanceProvider;
import com.sun.star.lib.TestBed;
import com.sun.star.lib.uno.typeinfo.MethodTypeInfo;
import com.sun.star.lib.uno.typeinfo.TypeInfo;
import com.sun.star.uno.UnoRuntime;
import com.sun.star.uno.XComponentContext;
import com.sun.star.uno.XInterface;
import complexlib.ComplexTestCase;
/**
* Test case for bug #107753#.
*
* <p>Bug #107753# "Java UNO: Proxies should implement intuitive semantics of
* equals and hashCode" requests that two proxies are equal iff they represent
* the same UNO object. This implies that if two proxies repsent the same UNO
* object, they must have the same hash code.</p>
*/
public final class Bug107753_Test extends ComplexTestCase {
public String getTestObjectName() {
return getClass().getName();
}
public String[] getTestMethodNames() {
return new String[] { "test" };
}
public void test() throws Exception {
TestBed t = new TestBed();
assure("test", t.execute(new Provider(t), false, Client.class, 0));
}
public static final class Client extends TestBed.Client {
public static void main(String[] args) {
new Client().execute();
}
protected boolean run(XComponentContext context) throws Throwable {
boolean success = true;
XTransport transport = (XTransport) UnoRuntime.queryInterface(
XTransport.class, getBridge(context).getInstance("Transport"));
Object obj1a = new XType1() {};
XType1 obj1b = (XType1) UnoRuntime.queryInterface(XType1.class,
obj1a);
success &= test("obj1a == obj1b", obj1a == obj1b);
Object obj2a = new XType2() {};
XType2 obj2b = (XType2) UnoRuntime.queryInterface(XType2.class,
obj2a);
success &= test("obj2a == obj2b", obj2a == obj2b);
Object obj3a = transport.getType1();
XType1 obj3b = (XType1) UnoRuntime.queryInterface(XType1.class,
obj3a);
success &= test(
"obj3a != obj3b; only meaningful as long as different proxy"
+ " instances are used for different UNO interfaces of one UNO"
+ " object",
obj3a != obj3b);
Object obj4a = transport.getType2();
XType2 obj4b = (XType2) UnoRuntime.queryInterface(XType2.class,
obj4a);
success &= test(
"obj4a != obj4b; only meaningful as long as different proxy"
+ " instances are used for different UNO interfaces of one UNO"
+ " object",
obj4a != obj4b);
success &= test("UnoRuntime.areSame(null, null)",
UnoRuntime.areSame(null, null));
success &= test("!UnoRuntime.areSame(null, obj1a)",
!UnoRuntime.areSame(null, obj1a));
success &= test("!UnoRuntime.areSame(null, obj1b)",
!UnoRuntime.areSame(null, obj1b));
success &= test("!UnoRuntime.areSame(null, obj2a)",
!UnoRuntime.areSame(null, obj2a));
success &= test("!UnoRuntime.areSame(null, obj2b)",
!UnoRuntime.areSame(null, obj2b));
success &= test("!UnoRuntime.areSame(null, obj3a)",
!UnoRuntime.areSame(null, obj3a));
success &= test("!UnoRuntime.areSame(null, obj3b)",
!UnoRuntime.areSame(null, obj3b));
success &= test("!UnoRuntime.areSame(null, obj4a)",
!UnoRuntime.areSame(null, obj4a));
success &= test("!UnoRuntime.areSame(null, obj4b)",
!UnoRuntime.areSame(null, obj4b));
success &= test("!obj1a.equals(null)", !obj1a.equals(null));
success &= test("!UnoRuntime.areSame(obj1a, null)",
!UnoRuntime.areSame(obj1a, null));
success &= test("obj1a.equals(obj1a)", obj1a.equals(obj1a));
success &= test("UnoRuntime.areSame(obj1a, obj1a)",
UnoRuntime.areSame(obj1a, obj1a));
success &= test("obj1a.equals(obj1b)", obj1a.equals(obj1b));
success &= test("UnoRuntime.areSame(obj1a, obj1b)",
UnoRuntime.areSame(obj1a, obj1b));
success &= test("!obj1a.equals(obj2a)", !obj1a.equals(obj2a));
success &= test("!UnoRuntime.areSame(obj1a, obj2a)",
!UnoRuntime.areSame(obj1a, obj2a));
success &= test("!obj1a.equals(obj2b)", !obj1a.equals(obj2b));
success &= test("!UnoRuntime.areSame(obj1a, obj2b)",
!UnoRuntime.areSame(obj1a, obj2b));
success &= test("!obj1a.equals(obj3a)", !obj1a.equals(obj3a));
success &= test("!UnoRuntime.areSame(obj1a, obj3a)",
!UnoRuntime.areSame(obj1a, obj3a));
success &= test("!obj1a.equals(obj3b)", !obj1a.equals(obj3b));
success &= test("!UnoRuntime.areSame(obj1a, obj3b)",
!UnoRuntime.areSame(obj1a, obj3b));
success &= test("!obj1a.equals(obj4a)", !obj1a.equals(obj4a));
success &= test("!UnoRuntime.areSame(obj1a, obj4a)",
!UnoRuntime.areSame(obj1a, obj4a));
success &= test("!obj1a.equals(obj4b)", !obj1a.equals(obj4b));
success &= test("!UnoRuntime.areSame(obj1a, obj4b)",
!UnoRuntime.areSame(obj1a, obj4b));
success &= test("!obj1b.equals(null)", !obj1b.equals(null));
success &= test("!UnoRuntime.areSame(obj1b, null)",
!UnoRuntime.areSame(obj1b, null));
success &= test("obj1b.equals(obj1a)", obj1b.equals(obj1a));
success &= test("UnoRuntime.areSame(obj1b, obj1a)",
UnoRuntime.areSame(obj1b, obj1a));
success &= test("obj1b.equals(obj1b)", obj1b.equals(obj1b));
success &= test("UnoRuntime.areSame(obj1b, obj1b)",
UnoRuntime.areSame(obj1b, obj1b));
success &= test("!obj1b.equals(obj2a)", !obj1b.equals(obj2a));
success &= test("!UnoRuntime.areSame(obj1b, obj2a)",
!UnoRuntime.areSame(obj1b, obj2a));
success &= test("!obj1b.equals(obj2b)", !obj1b.equals(obj2b));
success &= test("!UnoRuntime.areSame(obj1b, obj2b)",
!UnoRuntime.areSame(obj1b, obj2b));
success &= test("!obj1b.equals(obj3a)", !obj1b.equals(obj3a));
success &= test("!UnoRuntime.areSame(obj1b, obj3a)",
!UnoRuntime.areSame(obj1b, obj3a));
success &= test("!obj1b.equals(obj3b)", !obj1b.equals(obj3b));
success &= test("!UnoRuntime.areSame(obj1b, obj3b)",
!UnoRuntime.areSame(obj1b, obj3b));
success &= test("!obj1b.equals(obj4a)", !obj1b.equals(obj4a));
success &= test("!UnoRuntime.areSame(obj1b, obj4a)",
!UnoRuntime.areSame(obj1b, obj4a));
success &= test("!obj1b.equals(obj4b)", !obj1b.equals(obj4b));
success &= test("!UnoRuntime.areSame(obj1b, obj4b)",
!UnoRuntime.areSame(obj1b, obj4b));
success &= test("!obj2a.equals(null)", !obj2a.equals(null));
success &= test("!UnoRuntime.areSame(obj2a, null)",
!UnoRuntime.areSame(obj2a, null));
success &= test("!obj2a.equals(obj1a)", !obj2a.equals(obj1a));
success &= test("!UnoRuntime.areSame(obj2a, obj1a)",
!UnoRuntime.areSame(obj2a, obj1a));
success &= test("!obj2a.equals(obj1b)", !obj2a.equals(obj1b));
success &= test("!UnoRuntime.areSame(obj2a, obj1b)",
!UnoRuntime.areSame(obj2a, obj1b));
success &= test("obj2a.equals(obj2a)", obj2a.equals(obj2a));
success &= test("UnoRuntime.areSame(obj2a, obj2a)",
UnoRuntime.areSame(obj2a, obj2a));
success &= test("obj2a.equals(obj2b)", obj2a.equals(obj2b));
success &= test("UnoRuntime.areSame(obj2a, obj2b)",
UnoRuntime.areSame(obj2a, obj2b));
success &= test("!obj2a.equals(obj3a)", !obj2a.equals(obj3a));
success &= test("!UnoRuntime.areSame(obj2a, obj3a)",
!UnoRuntime.areSame(obj2a, obj3a));
success &= test("!obj2a.equals(obj3b)", !obj2a.equals(obj3b));
success &= test("!UnoRuntime.areSame(obj2a, obj3b)",
!UnoRuntime.areSame(obj2a, obj3b));
success &= test("!obj2a.equals(obj4a)", !obj2a.equals(obj4a));
success &= test("!UnoRuntime.areSame(obj2a, obj4a)",
!UnoRuntime.areSame(obj2a, obj4a));
success &= test("!obj2a.equals(obj4b)", !obj2a.equals(obj4b));
success &= test("!UnoRuntime.areSame(obj2a, obj4b)",
!UnoRuntime.areSame(obj2a, obj4b));
success &= test("!obj2b.equals(null)", !obj2b.equals(null));
success &= test("!UnoRuntime.areSame(obj2b, null)",
!UnoRuntime.areSame(obj2b, null));
success &= test("!obj2b.equals(obj1a)", !obj2b.equals(obj1a));
success &= test("!UnoRuntime.areSame(obj2b, obj1a)",
!UnoRuntime.areSame(obj2b, obj1a));
success &= test("!obj2b.equals(obj1b)", !obj2b.equals(obj1b));
success &= test("!UnoRuntime.areSame(obj2b, obj1b)",
!UnoRuntime.areSame(obj2b, obj1b));
success &= test("obj2b.equals(obj2a)", obj2b.equals(obj2a));
success &= test("UnoRuntime.areSame(obj2b, obj2a)",
UnoRuntime.areSame(obj2b, obj2a));
success &= test("obj2b.equals(obj2b)", obj2b.equals(obj2b));
success &= test("UnoRuntime.areSame(obj2b, obj2b)",
UnoRuntime.areSame(obj2b, obj2b));
success &= test("!obj2b.equals(obj3a)", !obj2b.equals(obj3a));
success &= test("!UnoRuntime.areSame(obj2b, obj3a)",
!UnoRuntime.areSame(obj2b, obj3a));
success &= test("!obj2b.equals(obj3b)", !obj2b.equals(obj3b));
success &= test("!UnoRuntime.areSame(obj2b, obj3b)",
!UnoRuntime.areSame(obj2b, obj3b));
success &= test("!obj2b.equals(obj4a)", !obj2b.equals(obj4a));
success &= test("!UnoRuntime.areSame(obj2b, obj4a)",
!UnoRuntime.areSame(obj2b, obj4a));
success &= test("!obj2b.equals(obj4b)", !obj2b.equals(obj4b));
success &= test("!UnoRuntime.areSame(obj2b, obj4b)",
!UnoRuntime.areSame(obj2b, obj4b));
success &= test("!obj3a.equals(null)", !obj3a.equals(null));
success &= test("!UnoRuntime.areSame(obj3a, null)",
!UnoRuntime.areSame(obj3a, null));
success &= test("!obj3a.equals(obj1a)", !obj3a.equals(obj1a));
success &= test("!UnoRuntime.areSame(obj3a, obj1a)",
!UnoRuntime.areSame(obj3a, obj1a));
success &= test("!obj3a.equals(obj1b)", !obj3a.equals(obj1b));
success &= test("!UnoRuntime.areSame(obj3a, obj1b)",
!UnoRuntime.areSame(obj3a, obj1b));
success &= test("!obj3a.equals(obj2a)", !obj3a.equals(obj2a));
success &= test("!UnoRuntime.areSame(obj3a, obj2a)",
!UnoRuntime.areSame(obj3a, obj2a));
success &= test("!obj3a.equals(obj2b)", !obj3a.equals(obj2b));
success &= test("!UnoRuntime.areSame(obj3a, obj2b)",
!UnoRuntime.areSame(obj3a, obj2b));
success &= test("obj3a.equals(obj3a)", obj3a.equals(obj3a));
success &= test("UnoRuntime.areSame(obj3a, obj3a)",
UnoRuntime.areSame(obj3a, obj3a));
success &= test("obj3a.equals(obj3b)", obj3a.equals(obj3b));
success &= test("UnoRuntime.areSame(obj3a, obj3b)",
UnoRuntime.areSame(obj3a, obj3b));
success &= test("!obj3a.equals(obj4a)", !obj3a.equals(obj4a));
success &= test("!UnoRuntime.areSame(obj3a, obj4a)",
!UnoRuntime.areSame(obj3a, obj4a));
success &= test("!obj3a.equals(obj4b)", !obj3a.equals(obj4b));
success &= test("!UnoRuntime.areSame(obj3a, obj4b)",
!UnoRuntime.areSame(obj3a, obj4b));
success &= test("!obj3b.equals(null)", !obj3b.equals(null));
success &= test("!UnoRuntime.areSame(obj3b, null)",
!UnoRuntime.areSame(obj3b, null));
success &= test("!obj3b.equals(obj1a)", !obj3b.equals(obj1a));
success &= test("!UnoRuntime.areSame(obj3b, obj1a)",
!UnoRuntime.areSame(obj3b, obj1a));
success &= test("!obj3b.equals(obj1b)", !obj3b.equals(obj1b));
success &= test("!UnoRuntime.areSame(obj3b, obj1b)",
!UnoRuntime.areSame(obj3b, obj1b));
success &= test("!obj3b.equals(obj2a)", !obj3b.equals(obj2a));
success &= test("!UnoRuntime.areSame(obj3b, obj2a)",
!UnoRuntime.areSame(obj3b, obj2a));
success &= test("!obj3b.equals(obj2b)", !obj3b.equals(obj2b));
success &= test("!UnoRuntime.areSame(obj3b, obj2b)",
!UnoRuntime.areSame(obj3b, obj2b));
success &= test("obj3b.equals(obj3a)", obj3b.equals(obj3a));
success &= test("UnoRuntime.areSame(obj3b, obj3a)",
UnoRuntime.areSame(obj3b, obj3a));
success &= test("obj3b.equals(obj3b)", obj3b.equals(obj3b));
success &= test("UnoRuntime.areSame(obj3b, obj3b)",
UnoRuntime.areSame(obj3b, obj3b));
success &= test("!obj3b.equals(obj4a)", !obj3b.equals(obj4a));
success &= test("!UnoRuntime.areSame(obj3b, obj4a)",
!UnoRuntime.areSame(obj3b, obj4a));
success &= test("!obj3b.equals(obj4b)", !obj3b.equals(obj4b));
success &= test("!UnoRuntime.areSame(obj3b, obj4b)",
!UnoRuntime.areSame(obj3b, obj4b));
success &= test("!obj4a.equals(null)", !obj4a.equals(null));
success &= test("!UnoRuntime.areSame(obj4a, null)",
!UnoRuntime.areSame(obj4a, null));
success &= test("!obj4a.equals(obj1a)", !obj4a.equals(obj1a));
success &= test("!UnoRuntime.areSame(obj4a, obj1a)",
!UnoRuntime.areSame(obj4a, obj1a));
success &= test("!obj4a.equals(obj1b)", !obj4a.equals(obj1b));
success &= test("!UnoRuntime.areSame(obj4a, obj1b)",
!UnoRuntime.areSame(obj4a, obj1b));
success &= test("!obj4a.equals(obj2a)", !obj4a.equals(obj2a));
success &= test("!UnoRuntime.areSame(obj4a, obj2a)",
!UnoRuntime.areSame(obj4a, obj2a));
success &= test("!obj4a.equals(obj2b)", !obj4a.equals(obj2b));
success &= test("!UnoRuntime.areSame(obj4a, obj2b)",
!UnoRuntime.areSame(obj4a, obj2b));
success &= test("!obj4a.equals(obj3a)", !obj4a.equals(obj3a));
success &= test("!UnoRuntime.areSame(obj4a, obj3a)",
!UnoRuntime.areSame(obj4a, obj3a));
success &= test("!obj4a.equals(obj3b)", !obj4a.equals(obj3b));
success &= test("!UnoRuntime.areSame(obj4a, obj3b)",
!UnoRuntime.areSame(obj4a, obj3b));
success &= test("obj4a.equals(obj4a)", obj4a.equals(obj4a));
success &= test("UnoRuntime.areSame(obj4a, obj4a)",
UnoRuntime.areSame(obj4a, obj4a));
success &= test("obj4a.equals(obj4b)", obj4a.equals(obj4b));
success &= test("UnoRuntime.areSame(obj4a, obj4b)",
UnoRuntime.areSame(obj4a, obj4b));
success &= test("!obj4b.equals(null)", !obj4b.equals(null));
success &= test("!UnoRuntime.areSame(obj4b, null)",
!UnoRuntime.areSame(obj4b, null));
success &= test("!obj4b.equals(obj1a)", !obj4b.equals(obj1a));
success &= test("!UnoRuntime.areSame(obj4b, obj1a)",
!UnoRuntime.areSame(obj4b, obj1a));
success &= test("!obj4b.equals(obj1b)", !obj4b.equals(obj1b));
success &= test("!UnoRuntime.areSame(obj4b, obj1b)",
!UnoRuntime.areSame(obj4b, obj1b));
success &= test("!obj4b.equals(obj2a)", !obj4b.equals(obj2a));
success &= test("!UnoRuntime.areSame(obj4b, obj2a)",
!UnoRuntime.areSame(obj4b, obj2a));
success &= test("!obj4b.equals(obj2b)", !obj4b.equals(obj2b));
success &= test("!UnoRuntime.areSame(obj4b, obj2b)",
!UnoRuntime.areSame(obj4b, obj2b));
success &= test("!obj4b.equals(obj3a)", !obj4b.equals(obj3a));
success &= test("!UnoRuntime.areSame(obj4b, obj3a)",
!UnoRuntime.areSame(obj4b, obj3a));
success &= test("!obj4b.equals(obj3b)", !obj4b.equals(obj3b));
success &= test("!UnoRuntime.areSame(obj4b, obj3b)",
!UnoRuntime.areSame(obj4b, obj3b));
success &= test("obj4b.equals(obj4a)", obj4b.equals(obj4a));
success &= test("UnoRuntime.areSame(obj4b, obj4a)",
UnoRuntime.areSame(obj4b, obj4a));
success &= test("obj4b.equals(obj4b)", obj4b.equals(obj4b));
success &= test("UnoRuntime.areSame(obj4b, obj4b)",
UnoRuntime.areSame(obj4b, obj4b));
success &= test("obj1a.hashCode() == obj1b.hashCode()",
obj1a.hashCode() == obj1b.hashCode());
success &= test("obj2a.hashCode() == obj2b.hashCode()",
obj2a.hashCode() == obj2b.hashCode());
success &= test("obj3a.hashCode() == obj3b.hashCode()",
obj3a.hashCode() == obj3b.hashCode());
success &= test("obj4a.hashCode() == obj4b.hashCode()",
obj4a.hashCode() == obj4b.hashCode());
return success;
}
private static boolean test(String message, boolean condition) {
if (!condition) {
System.err.println("Failed: " + message);
}
return condition;
}
}
private static final class Provider implements XInstanceProvider {
public Provider(TestBed testBed) {
this.testBed = testBed;
}
public Object getInstance(String instanceName) {
return new XTransport() {
public Object getType1() {
return new XType1() {};
}
public Object getType2() {
return new XType2() {};
}
};
}
private final TestBed testBed;
}
public interface XTransport extends XInterface {
Object getType1();
Object getType2();
TypeInfo[] UNOTYPEINFO = { new MethodTypeInfo("getType1", 0, 0),
new MethodTypeInfo("getType2", 1, 0) };
}
public interface XType1 extends XInterface {
TypeInfo[] UNOTYPEINFO = null;
}
public interface XType2 extends XInterface {
TypeInfo[] UNOTYPEINFO = null;
}
}