/*
* JBoss, Home of Professional Open Source.
* Copyright 2008, Red Hat Middleware LLC, and individual contributors
* as indicated by the @author tags. See the copyright.txt file in the
* distribution for a full listing of individual contributors.
*
* This is free software; you can redistribute it and/or modify it
* under the terms of the GNU Lesser General Public License as
* published by the Free Software Foundation; either version 2.1 of
* the License, or (at your option) any later version.
*
* This software 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 for more details.
*
* You should have received a copy of the GNU Lesser General Public
* License along with this software; if not, write to the Free
* Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA
* 02110-1301 USA, or see the FSF site: http://www.fsf.org.
*/
package org.jboss.test.aop.scopedextender;
import org.jboss.aop.Advised;
/**
*
* @author <a href="kabir.khan@jboss.com">Kabir Khan</a>
* @version $Revision: 85945 $
*/
public class ScopedChildParentDelegationTester implements ScopedChildParentDelegationTesterMBean
{
public void testLoaders() throws Exception
{
System.out.println("=============== ScopedChildParentDelegationTester - LOADERS ================");
ClassLoader mine = this.getClass().getClassLoader();
ClassLoader a3 = Child_A3.class.getClassLoader();
ClassLoader base = Base_Base.class.getClassLoader();
if (mine != a3)
{
throw new RuntimeException("ClassLoaders for me and Child_A3 should be the same. Mine=" + mine + "; Child_A3=" + a3);
}
if (mine == base)
{
throw new RuntimeException("ClassLoaders for me and Base_Base should be different. Mine=" + mine + "; Base_Base=" + base);
}
}
public void testMethod() throws Exception
{
TestUtil testUtil = new TestUtil();
System.out.println("=============== ScopedChildParentDelegationTester - METHOD ================");
Child_A3 a3 = new Child_A3();
clear();
a3.a3();
String m = "Child_A3.a3";
testUtil.compare(m, "ChildAspect", new String[]{"a3", "a2", "a1", "base"}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"a3", "a2", "a1", "base"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{"a3", "a2", "a1", "base"}, BaseParentAspect.invoked);
clear();
a3.overridden();
m = "Child_A3.overridden";
testUtil.compare(m, "ChildAspect", new String[]{"overridden"}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"overridden"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{"overridden"}, BaseParentAspect.invoked);
Child_A2 a2 = new Child_A2();
clear();
a2.a2();
m = "Child_A2.a2";
testUtil.compare(m, "ChildAspect", new String[]{"a2", "a1", "base"}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"a2", "a1", "base"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{"a2", "a1", "base"}, BaseParentAspect.invoked);
clear();
a2.overridden();
m = "Child_A2.overridden";
testUtil.compare(m, "ChildAspect", new String[]{"overridden"}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"overridden"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{"overridden"}, BaseParentAspect.invoked);
//Base_Base is from parent/global ucl, so aspects deployed by us should not apply to its methods
Base_Base base = new Base_Base();
clear();
base.base();
m = "Base_Base.base";
testUtil.compare(m, "BaseAspect", new String[]{"base"}, BaseAspect.invoked);
testUtil.compare(m, "ChildAspect", new String[]{}, ChildAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{}, BaseParentAspect.invoked);
clear();
base.overridden();
m = "Base_Base.overridden";
testUtil.compare(m, "BaseAspect", new String[] {"overridden"}, BaseAspect.invoked);
testUtil.compare(m, "ChildAspect", new String[] {}, ChildAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{}, BaseParentAspect.invoked);
//Base_A1 is from parent/global ucl, so aspects deployed by us should not apply to its methods
Base_A1 a1 = new Base_A1();
clear();
a1.a1();
m = "Base_A1.a1";
testUtil.compare(m, "BaseAspect", new String[]{"a1", "base"}, BaseAspect.invoked);
testUtil.compare(m, "ChildAspect", new String[] {}, ChildAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{}, BaseParentAspect.invoked);
clear();
a1.overridden();
m = "Base_A1.overridden";
testUtil.compare(m, "BaseAspect", new String[] {"overridden"}, BaseAspect.invoked);
testUtil.compare(m, "ChildAspect", new String[] {}, ChildAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{}, BaseParentAspect.invoked);
Child_B1 b1 = new Child_B1();
clear();
b1.b1();
m = "Child_B1.b1";
testUtil.compare(m, "ChildAspect", new String[]{"b1", "base"}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"b1", "base"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{"b1", "base"}, BaseParentAspect.invoked);
clear();
b1.overridden();
m = "Child_B1.overridden";
testUtil.compare(m, "ChildAspect", new String[]{"overridden"}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"overridden"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{"overridden"}, BaseParentAspect.invoked);
Child_B2 b2 = new Child_B2();
clear();
b2.b2();
m = "Child_B2.b2";
testUtil.compare(m, "ChildAspect", new String[]{"b2", "b1", "base"}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"b2", "b1", "base"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{"b2", "b1", "base"}, BaseParentAspect.invoked);
clear();
b2.overridden();
m = "Child_B2.overridden";
testUtil.compare(m, "ChildAspect", new String[]{"overridden"}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"overridden"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{"overridden"}, BaseParentAspect.invoked);
Child_B3 b3 = new Child_B3();
clear();
b3.b3();
m = "Child_B3.b3";
testUtil.compare(m, "ChildAspect", new String[]{"b3", "b2", "b1", "base"}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"b3", "b2", "b1", "base"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{"b3", "b2", "b1", "base"}, BaseParentAspect.invoked);
clear();
b3.overridden();
m = "Child_B3.overridden";
testUtil.compare(m, "ChildAspect", new String[]{"overridden"}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"overridden"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{"overridden"}, BaseParentAspect.invoked);
if (testUtil.getErrors() != null)
{
throw new RuntimeException(testUtil.getErrors());
}
if(Advised.class.isAssignableFrom(BaseNotBaseWoven.class))
{
throw new RuntimeException("BaseNotBaseWoven should not be woven");
}
}
public void testConstructor() throws Exception
{
TestUtil testUtil = new TestUtil();
System.out.println("=============== ScopedChildParentDelegationTester - CTOR ================");
clear();
Child_A3 a3 = new Child_A3();
testUtil.compare(a3.getClass().getName(), "ChildAspect", new String[]{a3.getClass().getName()}, ChildAspect.invoked);
testUtil.compare(a3.getClass().getName(), "BaseAspect", new String[]{a3.getClass().getName()}, BaseAspect.invoked);
testUtil.compare(a3.getClass().getName(), "BaseParentAspect", new String[]{a3.getClass().getName()}, BaseParentAspect.invoked);
clear();
Child_A2 a2 = new Child_A2();
testUtil.compare(a2.getClass().getName(), "ChildAspect", new String[]{a2.getClass().getName()}, ChildAspect.invoked);
testUtil.compare(a2.getClass().getName(), "BaseAspect", new String[]{a2.getClass().getName()}, BaseAspect.invoked);
testUtil.compare(a2.getClass().getName(), "BaseParentAspect", new String[]{a2.getClass().getName()}, BaseParentAspect.invoked);
//Base_A1 is from parent/global ucl, so aspects deployed by us should not apply to its ctors
clear();
Base_Base base = new Base_Base();
testUtil.compare(base.getClass().getName(), "ChildAspect", new String[]{}, ChildAspect.invoked);
testUtil.compare(base.getClass().getName(), "BaseAspect", new String[]{base.getClass().getName()}, BaseAspect.invoked);
testUtil.compare(base.getClass().getName(), "BaseParentAspect", new String[]{}, BaseParentAspect.invoked);
//Base_A1 is from parent/global ucl, so aspects deployed by us should not apply to its ctors
clear();
Base_A1 a1 = new Base_A1();
testUtil.compare(a1.getClass().getName(), "ChildAspect", new String[]{}, ChildAspect.invoked);
testUtil.compare(a1.getClass().getName(), "BaseAspect", new String[]{a1.getClass().getName()}, BaseAspect.invoked);
testUtil.compare(a1.getClass().getName(), "BaseParentAspect", new String[]{}, BaseParentAspect.invoked);
clear();
Child_B1 b1 = new Child_B1();
testUtil.compare(b1.getClass().getName(), "ChildAspect", new String[]{b1.getClass().getName()}, ChildAspect.invoked);
testUtil.compare(b1.getClass().getName(), "BaseAspect", new String[]{b1.getClass().getName()}, BaseAspect.invoked);
testUtil.compare(b1.getClass().getName(), "BaseParentAspect", new String[]{b1.getClass().getName()}, BaseParentAspect.invoked);
clear();
Child_B2 b2 = new Child_B2();
testUtil.compare(b2.getClass().getName(), "ChildAspect", new String[]{b2.getClass().getName()}, ChildAspect.invoked);
testUtil.compare(b2.getClass().getName(), "BaseAspect", new String[]{b2.getClass().getName()}, BaseAspect.invoked);
testUtil.compare(b2.getClass().getName(), "BaseParentAspect", new String[]{b2.getClass().getName()}, BaseParentAspect.invoked);
clear();
Child_B3 b3 = new Child_B3();
testUtil.compare(b3.getClass().getName(), "ChildAspect", new String[]{b3.getClass().getName()}, ChildAspect.invoked);
testUtil.compare(b3.getClass().getName(), "BaseAspect", new String[]{b3.getClass().getName()}, BaseAspect.invoked);
testUtil.compare(b3.getClass().getName(), "BaseParentAspect", new String[]{b3.getClass().getName()}, BaseParentAspect.invoked);
}
public void testField() throws Exception
{
TestUtil testUtil = new TestUtil();
System.out.println("=============== ScopedChildParentDelegationTester - FIELD ================");
Child_A3 a3 = new Child_A3();
clear();
a3.a3 = 10;
String m = "Child_A3.a3";
testUtil.compare(m, "ChildAspect", new String[]{"a3"}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"a3"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{"a3"}, BaseParentAspect.invoked);
clear();
testUtil.compare(10, a3.a3);
testUtil.compare(m, "ChildAspect", new String[]{"a3"}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"a3"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{"a3"}, BaseParentAspect.invoked);
clear();
a3.a2 = 10;
m = "Child_A3.a2";
testUtil.compare(m, "ChildAspect", new String[]{"a2"}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"a2"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{"a2"}, BaseParentAspect.invoked);
clear();
testUtil.compare(10, a3.a2);
testUtil.compare(m, "ChildAspect", new String[]{"a2"}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"a2"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{"a2"}, BaseParentAspect.invoked);
clear();
a3.a1 = 10;
m = "Child_A3.a1";
testUtil.compare(m, "ChildAspect", new String[]{}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"a1"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{"a1"}, BaseParentAspect.invoked);
clear();
testUtil.compare(10, a3.a1);
testUtil.compare(m, "ChildAspect", new String[]{}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"a1"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{"a1"}, BaseParentAspect.invoked);
clear();
a3.base = 10;
m = "Child_A3.base";
testUtil.compare(m, "ChildAspect", new String[]{}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"base"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{"base"}, BaseParentAspect.invoked);
clear();
testUtil.compare(10, a3.base);
testUtil.compare(m, "ChildAspect", new String[]{}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"base"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{"base"}, BaseParentAspect.invoked);
//Base_A1 is from parent/global ucl, so aspects deployed by us should not apply to its fields
Base_A1 a1 = new Base_A1();
clear();
a1.a1 = 10;
m = "Base_A1.a1";
testUtil.compare(m, "ChildAspect", new String[]{}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"a1"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{}, BaseParentAspect.invoked);
clear();
testUtil.compare(10, a1.a1);
testUtil.compare(m, "ChildAspect", new String[]{}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"a1"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{}, BaseParentAspect.invoked);
clear();
a1.base = 10;
m = "Base_A1.base";
testUtil.compare(m, "ChildAspect", new String[]{}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"base"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{}, BaseParentAspect.invoked);
clear();
testUtil.compare(10, a1.base);
testUtil.compare(m, "ChildAspect", new String[]{}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"base"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{}, BaseParentAspect.invoked);
//Base_A1 is from parent/global ucl, so aspects deployed by us should not apply to its fields
Base_Base base = new Base_Base();
clear();
base.base = 10;
m = "Base_Base.base";
testUtil.compare(m, "ChildAspect", new String[]{}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"base"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{}, BaseParentAspect.invoked);
clear();
testUtil.compare(10, base.base);
testUtil.compare(m, "ChildAspect", new String[]{}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"base"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{}, BaseParentAspect.invoked);
Child_B3 b3 = new Child_B3();
clear();
b3.b3 = 10;
m = "Child_B3.b3";
testUtil.compare(m, "ChildAspect", new String[]{"b3"}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"b3"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{"b3"}, BaseParentAspect.invoked);
clear();
testUtil.compare(10, b3.b3);
testUtil.compare(m, "ChildAspect", new String[]{"b3"}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"b3"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{"b3"}, BaseParentAspect.invoked);
clear();
b3.b2 = 10;
m = "Child_B3.b2";
testUtil.compare(m, "ChildAspect", new String[]{"b2"}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"b2"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{"b2"}, BaseParentAspect.invoked);
clear();
testUtil.compare(10, b3.b2);
testUtil.compare(m, "ChildAspect", new String[]{"b2"}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"b2"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{"b2"}, BaseParentAspect.invoked);
clear();
b3.b1 = 10;
m = "Child_B3.b1";
testUtil.compare(m, "ChildAspect", new String[]{"b1"}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"b1"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{"b1"}, BaseParentAspect.invoked);
clear();
testUtil.compare(10, b3.b1);
testUtil.compare(m, "ChildAspect", new String[]{"b1"}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"b1"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{"b1"}, BaseParentAspect.invoked);
clear();
b3.base = 10;
m = "Child_B3.base";
testUtil.compare(m, "ChildAspect", new String[]{}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"base"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{"base"}, BaseParentAspect.invoked);
clear();
testUtil.compare(10, b3.base);
testUtil.compare(m, "ChildAspect", new String[]{}, ChildAspect.invoked);
testUtil.compare(m, "BaseAspect", new String[]{"base"}, BaseAspect.invoked);
testUtil.compare(m, "BaseParentAspect", new String[]{"base"}, BaseParentAspect.invoked);
if (testUtil.getErrors() != null)
{
throw new RuntimeException(testUtil.getErrors());
}
}
public void testOverriddenInterceptors() throws Exception
{
//Not really a test per se, the real test is in the ScopedChildNoParentDelegationTester, when deployed along with the base loaded sar
System.out.println("=============== ScopedChildParentDelegationTester - TEST OVERRIDDEN INTERCEPTORS ================");
TestUtil testUtil = new TestUtil();
Base_Base base = new Base_Base();
clear();
base.differentScopes();
String m = "differentScopes";
testUtil.compare(m, "BaseAspect", new String[]{"differentScopes"}, BaseAspect.invoked);
testUtil.invoked(BasePerClassInterceptor.class);
testUtil.invoked(BasePerInstanceInterceptor.class);
testUtil.invoked(BasePerJoinPointInterceptor.class);
testUtil.invoked(BasePerClassJoinPointInterceptor.class);
if (testUtil.getErrors() != null)
{
throw new RuntimeException(testUtil.getErrors());
}
}
public String readName()
{
return "ScopedChildParentDelegationTester";
}
private void clear()
{
BaseAspect.invoked.clear();
ChildAspect.invoked.clear();
BaseParentAspect.invoked.clear();
BasePerClassInterceptor.invoked = false;
BasePerInstanceInterceptor.invoked = false;
BasePerJoinPointInterceptor.invoked = false;
BasePerClassJoinPointInterceptor.invoked = false;
}
}