/**************************************************************************************
 * Copyright (c) Jonas Bonér, Alexandre Vasseur. All rights reserved.                 *
 * http://aspectwerkz.codehaus.org                                                    *
 * ---------------------------------------------------------------------------------- *
 * The software in this package is published under the terms of the LGPL license      *
 * a copy of which has been included with this distribution in the license.txt file.  *
 **************************************************************************************/
package test;

import junit.framework.TestCase;

import org.codehaus.aspectwerkz.metadata.ClassMetaData;
import org.codehaus.aspectwerkz.metadata.ReflectionMetaDataMaker;
import org.codehaus.aspectwerkz.metadata.MethodMetaData;
import org.codehaus.aspectwerkz.metadata.FieldMetaData;
import org.codehaus.aspectwerkz.metadata.MethodMetaData;
import org.codehaus.aspectwerkz.definition.expression.Expression;
import org.codehaus.aspectwerkz.definition.expression.PointcutType;
import org.codehaus.aspectwerkz.definition.expression.ExpressionNamespace;
import org.codehaus.aspectwerkz.definition.attribute.CustomAttribute;
import org.codehaus.aspectwerkz.exception.ExpressionException;

/**
 * Test expression syntax
 *
 * @author <a href="mailto:jboner@codehaus.org">Jonas Bonér</a>
 * @author <a href="mailto:alex@gnilux.com">Alexandre Vasseur</a>
 */
public class ExpressionTest extends TestCase {

    private ExpressionNamespace space = ExpressionNamespace.getExpressionNamespace();

    public void testBuildSingleAnonymousExpression() {
        try {
            Expression root = ExpressionNamespace.getExpressionNamespace().createExpression(
                    "* test.ExpressionTest.set(..)", PointcutType.EXECUTION
            );
        }
        catch (Exception e) {
            fail(e.toString());
        }
    }

    public void testBuildSingleAnonymousHierarchicalExpression() {
        try {
            Expression root = ExpressionNamespace.getExpressionNamespace().createExpression(
                    "* foo.bar.Baz+.set(..)", PointcutType.EXECUTION
            );
        }
        catch (Exception e) {
            fail(e.toString());
        }
    }

    public void testBuildExpressionWithTheSamePointcutTypes() {
        try {
            ExpressionNamespace space = ExpressionNamespace.getExpressionNamespace();
            space.registerExpression(
                    space.createExpression("* test.ExpressionTest.set(..)", "", "pc1", PointcutType.EXECUTION)
            );
            space.registerExpression(
                    space.createExpression("* test.ExpressionTest.get(..)", "", "pc2", PointcutType.EXECUTION)
            );
            Expression root = ExpressionNamespace.getExpressionNamespace().createExpression("pc1&&pc2");
        }
        catch (Exception e) {
            fail(e.toString());
        }
    }

    public void testBuildExpressionWithDifferentPointcutTypes() {
        try {
            ExpressionNamespace space = ExpressionNamespace.getExpressionNamespace();
            space.registerExpression(
                    space.createExpression("* test.ExpressionTest.set(..)", "", "pc1", PointcutType.EXECUTION)
            );
            space.registerExpression(
                    space.createExpression("call(* test.ExpressionTest.get(..))", "", "pc2"));//implicit type
            Expression root = ExpressionNamespace.getExpressionNamespace().createExpression("pc1 && NOT pc2");
            fail("expected exception");
        }
        catch (Exception e) {
        }
    }

    public void testBuildExpressionWithDifferentPointcutTypesButOneIsCflow() {
        try {
            ExpressionNamespace space = ExpressionNamespace.getExpressionNamespace();
            space.registerExpression(
                    space.createExpression("* test.ExpressionTest.set(..)", "", "pc1", PointcutType.EXECUTION)
            );
            space.registerExpression(
                    space.createExpression("* test.ExpressionTest.get(..)", "", "cf1", PointcutType.CFLOW)
            );
            space.registerExpression(
                    space.createExpression("* test.ExpressionTest.get2(..)", "", "cf2", PointcutType.CFLOW)
            );
            Expression root1 = ExpressionNamespace.getExpressionNamespace().createExpression("pc1 AND (cf1 OR cf2)");
            Expression root2 = ExpressionNamespace.getExpressionNamespace().createExpression("pc1 AND cf1");
        }
        catch (Exception e) {
            e.printStackTrace();
            fail(e.toString());
        }
    }

    public void testMatchSingleAnonymousExpression() {
        try {
            ExpressionNamespace space = ExpressionNamespace.getExpressionNamespace();
            Expression root = space.createExpression("* test.ExpressionTest.set(..)", PointcutType.EXECUTION);

            Expression rootAnonymous = space.createExpression("execution(* test.ExpressionTest.set(..))");//type autodetection
            Expression rootAnonymous2 = space.createExpression("execution(* test.hierarchicalpattern.DummyInterface1+.testMethod1(..))");//type autodetection

            ClassMetaData classMetaDataTrue = ReflectionMetaDataMaker.createClassMetaData(ExpressionTest.class);
            ClassMetaData classMetaDataFalse = ReflectionMetaDataMaker.createClassMetaData(ExpressionException.class);
            MethodMetaData methodMetaDataTrue = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("set", new Class[]{})
            );
            MethodMetaData methodMetaDataFalse = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("get", new Class[]{})
            );

            assertTrue(root.match(classMetaDataTrue));
            assertTrue(rootAnonymous.match(classMetaDataTrue));
            assertTrue(root.match(classMetaDataTrue, methodMetaDataTrue));
            assertTrue(rootAnonymous.match(classMetaDataTrue, methodMetaDataTrue));
            assertFalse(root.match(classMetaDataFalse));
            assertFalse(rootAnonymous.match(classMetaDataFalse));
            assertFalse(root.match(classMetaDataTrue, methodMetaDataFalse));
            assertFalse(rootAnonymous.match(classMetaDataTrue, methodMetaDataFalse));
        }
        catch (Exception e) {
            fail(e.toString());
        }
    }


    public void testOneLevel_EXECUTION_OR() {
        try {
            ExpressionNamespace space = ExpressionNamespace.getExpressionNamespace();
            space.registerExpression("* test.ExpressionTest.set(..)", "", "pc1", PointcutType.EXECUTION);
            space.registerExpression("* test.ExpressionTest.get(..)", "", "pc2", PointcutType.EXECUTION);

            Expression root = space.createExpression("pc1 || pc2");
            Expression rootAnonymous = space.createExpression("pc1 || execution(* test.ExpressionTest.get(..))");
            Expression rootAnonymousAnonymous = space.createExpression(
                    "execution(* test.ExpressionTest.set(..)) || execution(* test.ExpressionTest.get(..))");

            ClassMetaData classMetaData1 = ReflectionMetaDataMaker.createClassMetaData(ExpressionTest.class);
            ClassMetaData classMetaData2 = ReflectionMetaDataMaker.createClassMetaData(ExpressionException.class);
            MethodMetaData methodMetaData1 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("set", new Class[]{})
            );
            MethodMetaData methodMetaData2 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("get", new Class[]{})
            );
            MethodMetaData methodMetaData3 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("suite", new Class[]{})
            );

            assertTrue(root.match(classMetaData1, PointcutType.EXECUTION));
            assertTrue(rootAnonymous.match(classMetaData1, PointcutType.EXECUTION));
            assertTrue(rootAnonymousAnonymous.match(classMetaData1, PointcutType.EXECUTION));

            assertFalse(root.match(classMetaData2, PointcutType.EXECUTION));
            assertFalse(rootAnonymous.match(classMetaData2, PointcutType.EXECUTION));
            assertFalse(rootAnonymousAnonymous.match(classMetaData2, PointcutType.EXECUTION));

            assertTrue(root.match(classMetaData1, methodMetaData1, PointcutType.EXECUTION));
            assertTrue(rootAnonymous.match(classMetaData1, methodMetaData1, PointcutType.EXECUTION));
            assertTrue(rootAnonymousAnonymous.match(classMetaData1, methodMetaData1, PointcutType.EXECUTION));

            assertTrue(root.match(classMetaData1, methodMetaData2, PointcutType.EXECUTION));
            assertTrue(rootAnonymous.match(classMetaData1, methodMetaData2, PointcutType.EXECUTION));
            assertTrue(rootAnonymousAnonymous.match(classMetaData1, methodMetaData2, PointcutType.EXECUTION));
//            long loop = 100000;
//            long t1 = System.currentTimeMillis();
//            for (int i = 0; i < loop; i++) {
//                assertTrue(root.match(classMetaData1, methodMetaData2, PointcutType.EXECUTION));
//            } System.out.println("\tNamed expression: " + (System.currentTimeMillis()-t1));
//            t1 = System.currentTimeMillis();
//            for (int i = 0; i < loop; i++) {
//                assertTrue(rootAnonymous.match(classMetaData1, methodMetaData2, PointcutType.EXECUTION));
//            } System.out.println("\tHalfNamed HalfAnonymous expression: " + (System.currentTimeMillis()-t1));
//            t1 = System.currentTimeMillis();
//            for (int i = 0; i < loop; i++) {
//                assertTrue(rootAnonymousAnonymous.match(classMetaData1, methodMetaData2, PointcutType.EXECUTION));
//            } System.out.println("\tAnonymous expression: " + (System.currentTimeMillis()-t1));

            assertFalse(root.match(classMetaData1, methodMetaData3, PointcutType.EXECUTION));
            assertFalse(rootAnonymous.match(classMetaData1, methodMetaData3, PointcutType.EXECUTION));
            assertFalse(rootAnonymousAnonymous.match(classMetaData1, methodMetaData3, PointcutType.EXECUTION));
        }
        catch (Exception e) {
            fail(e.toString());
        }
    }

//    public void testOneLevel_EXECUTION_OR_WITHATTRIBUTE() {
//        try {
//            ExpressionNamespace space = ExpressionNamespace.getExpressionNamespace();
//            space.registerExpression("* test.ExpressionTest.set(..)", "", "pc1", PointcutType.EXECUTION);
//            space.registerExpression("* test.ExpressionTest.get(..)", "", "pc2", PointcutType.EXECUTION);
//            space.registerExpression("ATTR", "", "pc3", PointcutType.ATTRIBUTE);
//
//
//            Expression root = space.createExpression("pc1 || (pc2 && pc3)");
//            Expression rootAnonymous = space.createExpression("pc1 || (execution(* test.ExpressionTest.get(..)) && attribute(ATTR))");
//
//            ClassMetaData classMetaData1 = ReflectionMetaDataMaker.createClassMetaData(ExpressionTest.class);
//            ClassMetaData classMetaData2 = ReflectionMetaDataMaker.createClassMetaData(ExpressionException.class);
//            MethodMetaData methodMetaData1 = ReflectionMetaDataMaker.createMethodMetaData(
//                    ExpressionTest.class.getDeclaredMethod("set", new Class[]{})
//            );
//            MethodMetaData methodMetaData2 = ReflectionMetaDataMaker.createMethodMetaData(
//                    ExpressionTest.class.getDeclaredMethod("get", new Class[]{})
//            );
//            methodMetaData2.addAttribute(new CustomAttribute("ATTR", "", null));
//            MethodMetaData methodMetaData3 = ReflectionMetaDataMaker.createMethodMetaData(
//                    ExpressionTest.class.getDeclaredMethod("suite", new Class[]{})
//            );
//
//            assertTrue(root.match(classMetaData1, PointcutType.EXECUTION));
//            assertTrue(rootAnonymous.match(classMetaData1, PointcutType.EXECUTION));
//
//            assertFalse(root.match(classMetaData2, PointcutType.EXECUTION));
//            assertFalse(rootAnonymous.match(classMetaData2, PointcutType.EXECUTION));
//
//            assertTrue(root.match(classMetaData1, methodMetaData1, PointcutType.EXECUTION));
//            assertTrue(rootAnonymous.match(classMetaData1, methodMetaData1, PointcutType.EXECUTION));
//
//            assertTrue(root.match(classMetaData1, methodMetaData2, PointcutType.EXECUTION));
//            assertTrue(rootAnonymous.match(classMetaData1, methodMetaData2, PointcutType.EXECUTION));
//
//            assertFalse(root.match(classMetaData1, methodMetaData3, PointcutType.EXECUTION));
//            assertFalse(rootAnonymous.match(classMetaData1, methodMetaData3, PointcutType.EXECUTION));
//        }
//        catch (Exception e) {
//            fail(e.toString());
//        }
//    }

    public void testOneLevel_CALL_OR() {
        try {
            ExpressionNamespace space = ExpressionNamespace.getExpressionNamespace();
            space.registerExpression("*->* test.ExpressionTest.set(..)", "", "pc1", PointcutType.CALL);
            space.registerExpression("*->* test.ExpressionTest.get(..)", "", "pc2", PointcutType.CALL);

            Expression root = space.createExpression("pc1 || pc2");
            Expression rootAnonymous = space.createExpression("pc1 || call(*->* test.ExpressionTest.get(..))");



            ClassMetaData classMetaData1 = ReflectionMetaDataMaker.createClassMetaData(ExpressionTest.class);
            MethodMetaData methodMetaData1 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("set", new Class[]{})
            );
            MethodMetaData methodMetaData2 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("get", new Class[]{})
            );
            MethodMetaData methodMetaData3 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("suite", new Class[]{})
            );

            assertTrue(root.match(classMetaData1, PointcutType.CALL));
            assertTrue(rootAnonymous.match(classMetaData1, PointcutType.CALL));

            assertTrue(root.match(classMetaData1, methodMetaData1, PointcutType.CALL));
            assertTrue(rootAnonymous.match(classMetaData1, methodMetaData1, PointcutType.CALL));

            assertTrue(root.match(classMetaData1, methodMetaData2, PointcutType.CALL));
            assertTrue(rootAnonymous.match(classMetaData1, methodMetaData2, PointcutType.CALL));

            assertFalse(root.match(classMetaData1, methodMetaData3, PointcutType.CALL));
            assertFalse(rootAnonymous.match(classMetaData1, methodMetaData3, PointcutType.CALL));
        }
        catch (Exception e) {
            fail(e.toString());
        }
    }

    public void testOneLevel_SET_OR() {
        try {
            space.registerExpression("* test.ExpressionTest.m_name", "", "pc1", PointcutType.SET);
            space.registerExpression("* test.ExpressionTest.m_type", "", "pc2", PointcutType.SET);

            Expression root = space.createExpression("pc1 || pc2");
            Expression rootAnonymous = space.createExpression("set(* test.ExpressionTest.m_name) || pc2");

            ClassMetaData classMetaData1 = ReflectionMetaDataMaker.createClassMetaData(ExpressionTest.class);
            ClassMetaData classMetaData2 = ReflectionMetaDataMaker.createClassMetaData(ExpressionException.class);
            FieldMetaData fieldMetaData1 = ReflectionMetaDataMaker.createFieldMetaData(
                    ExpressionTest.class.getDeclaredField("m_name")
            );
            FieldMetaData fieldMetaData2 = ReflectionMetaDataMaker.createFieldMetaData(
                    ExpressionTest.class.getDeclaredField("m_type")
            );

            assertTrue(root.match(classMetaData1, PointcutType.SET));
            assertTrue(rootAnonymous.match(classMetaData1, PointcutType.SET));
            assertFalse(root.match(classMetaData2, PointcutType.SET));
            assertFalse(rootAnonymous.match(classMetaData2, PointcutType.SET));
            assertTrue(root.match(classMetaData1, fieldMetaData1, PointcutType.SET));
            assertTrue(rootAnonymous.match(classMetaData1, fieldMetaData1, PointcutType.SET));
            assertTrue(root.match(classMetaData1, fieldMetaData2, PointcutType.SET));
            assertTrue(rootAnonymous.match(classMetaData1, fieldMetaData2, PointcutType.SET));
        }
        catch (Exception e) {
            fail(e.toString());
        }
    }

    public void testOneLevel_GET_OR() {
        try {
            space.registerExpression("* test.ExpressionTest.m_name", "", "pc1", PointcutType.GET);
            space.registerExpression("* test.ExpressionTest.m_type", "", "pc2", PointcutType.GET);

            Expression root = space.createExpression("pc1 || pc2");
            Expression rootAnonymous = space.createExpression("pc1 || get(* test.ExpressionTest.m_type)");

            ClassMetaData classMetaData1 = ReflectionMetaDataMaker.createClassMetaData(ExpressionTest.class);
            ClassMetaData classMetaData2 = ReflectionMetaDataMaker.createClassMetaData(ExpressionException.class);
            FieldMetaData fieldMetaData1 = ReflectionMetaDataMaker.createFieldMetaData(
                    ExpressionTest.class.getDeclaredField("m_name")
            );
            FieldMetaData fieldMetaData2 = ReflectionMetaDataMaker.createFieldMetaData(
                    ExpressionTest.class.getDeclaredField("m_type")
            );

            assertTrue(root.match(classMetaData1, PointcutType.GET));
            assertTrue(rootAnonymous.match(classMetaData1, PointcutType.GET));
            assertFalse(root.match(classMetaData2, PointcutType.GET));
            assertFalse(rootAnonymous.match(classMetaData2, PointcutType.GET));
            assertTrue(root.match(classMetaData1, fieldMetaData1, PointcutType.GET));
            assertTrue(rootAnonymous.match(classMetaData1, fieldMetaData1, PointcutType.GET));
            assertTrue(root.match(classMetaData1, fieldMetaData2, PointcutType.GET));
            assertTrue(rootAnonymous.match(classMetaData1, fieldMetaData2, PointcutType.GET));
        }
        catch (Exception e) {
            fail(e.toString());
        }
    }

    public void testOneLevel_EXECUTION_AND() {
        try {
            space.registerExpression("* test.ExpressionTest.set(..)", "", "pc1", PointcutType.EXECUTION);
            space.registerExpression("* test.ExpressionTest.get(..)", "", "pc2", PointcutType.EXECUTION);
            Expression root = space.createExpression("!pc1 && pc2");

            ClassMetaData classMetaData1 = ReflectionMetaDataMaker.createClassMetaData(ExpressionTest.class);
            ClassMetaData classMetaData2 = ReflectionMetaDataMaker.createClassMetaData(ExpressionException.class);
            MethodMetaData methodMetaData1 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("set", new Class[]{})
            );
            MethodMetaData methodMetaData2 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("get", new Class[]{})
            );
            MethodMetaData methodMetaData3 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("suite", new Class[]{})
            );

            assertTrue(root.match(classMetaData1, PointcutType.EXECUTION));
            assertFalse(root.match(classMetaData1, methodMetaData1, PointcutType.EXECUTION));
            assertFalse(root.match(classMetaData2, PointcutType.EXECUTION));
            assertTrue(root.match(classMetaData1, methodMetaData2, PointcutType.EXECUTION));
            assertFalse(root.match(classMetaData1, methodMetaData3, PointcutType.EXECUTION));
        }
        catch (Exception e) {
            fail(e.toString());
        }
    }

    public void testOneLevel_CALL_AND() {
        try {
            space.registerExpression("* test.ExpressionTest.set(..)", "", "pc1", PointcutType.CALL);
            space.registerExpression("* test.ExpressionTest.get(..)", "", "pc2", PointcutType.CALL);
            Expression root = space.createExpression("!pc1 && pc2");

            ClassMetaData classMetaData1 = ReflectionMetaDataMaker.createClassMetaData(ExpressionTest.class);
            MethodMetaData methodMetaData1 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("set", new Class[]{})
            );
            MethodMetaData methodMetaData2 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("get", new Class[]{})
            );
            MethodMetaData methodMetaData3 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("suite", new Class[]{})
            );

            assertTrue(root.match(classMetaData1, PointcutType.CALL));
            assertFalse(root.match(classMetaData1, methodMetaData1, PointcutType.CALL));
            assertTrue(root.match(classMetaData1, methodMetaData2, PointcutType.CALL));
            assertFalse(root.match(classMetaData1, methodMetaData3, PointcutType.CALL));
        }
        catch (Exception e) {
            fail(e.toString());
        }
    }

    public void testOneLevel_SET_AND() {
        try {
            space.registerExpression("* test.ExpressionTest.m_name", "", "pc1", PointcutType.SET);
            space.registerExpression("* test.ExpressionTest.m_type", "", "pc2", PointcutType.SET);
            Expression root = space.createExpression("!pc1 && pc2");

            ClassMetaData classMetaData1 = ReflectionMetaDataMaker.createClassMetaData(ExpressionTest.class);
            ClassMetaData classMetaData2 = ReflectionMetaDataMaker.createClassMetaData(ExpressionException.class);
            FieldMetaData fieldMetaData1 = ReflectionMetaDataMaker.createFieldMetaData(
                    ExpressionTest.class.getDeclaredField("m_name")
            );
            FieldMetaData fieldMetaData2 = ReflectionMetaDataMaker.createFieldMetaData(
                    ExpressionTest.class.getDeclaredField("m_type")
            );

            assertTrue(root.match(classMetaData1, PointcutType.SET));
            assertFalse(root.match(classMetaData2, PointcutType.SET));
            assertFalse(root.match(classMetaData1, fieldMetaData1, PointcutType.SET));
            assertTrue(root.match(classMetaData1, fieldMetaData2, PointcutType.SET));
        }
        catch (Exception e) {
            fail(e.toString());
        }
    }

    public void testOneLevel_GET_AND() {
        try {
            space.registerExpression("* test.ExpressionTest.m_name", "", "pc1", PointcutType.GET);
            space.registerExpression("* test.ExpressionTest.m_type", "", "pc2", PointcutType.GET);
            Expression root = space.createExpression("!pc1 && pc2");

            ClassMetaData classMetaData1 = ReflectionMetaDataMaker.createClassMetaData(ExpressionTest.class);
            ClassMetaData classMetaData2 = ReflectionMetaDataMaker.createClassMetaData(ExpressionException.class);
            FieldMetaData fieldMetaData1 = ReflectionMetaDataMaker.createFieldMetaData(
                    ExpressionTest.class.getDeclaredField("m_name")
            );
            FieldMetaData fieldMetaData2 = ReflectionMetaDataMaker.createFieldMetaData(
                    ExpressionTest.class.getDeclaredField("m_type")
            );

            assertTrue(root.match(classMetaData1, PointcutType.GET));
            assertFalse(root.match(classMetaData2, PointcutType.GET));
            assertFalse(root.match(classMetaData1, fieldMetaData1));
            assertTrue(root.match(classMetaData1, fieldMetaData2));
        }
        catch (Exception e) {
            fail(e.toString());
        }
    }

    public void testOneLevel_CFLOW_AND_EXECUTION() {
        try {
            space.registerExpression("* test.ExpressionTest.get(..)", "", "pc1", PointcutType.EXECUTION);
            space.registerExpression("* test.ExpressionTest.set(..)", "", "cf1", PointcutType.CFLOW);

            Expression root = space.createExpression("pc1 AND cf1");
            Expression rootAnonymous = space.createExpression("pc1 AND cflow(* test.ExpressionTest.set(..))");

            ClassMetaData classMetaData1 = ReflectionMetaDataMaker.createClassMetaData(ExpressionTest.class);
            ClassMetaData classMetaData2 = ReflectionMetaDataMaker.createClassMetaData(ExpressionException.class);
            MethodMetaData methodMetaData1 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("set", new Class[]{})
            );
            MethodMetaData methodMetaData2 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("get", new Class[]{})
            );
            MethodMetaData methodMetaData3 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("suite", new Class[]{})
            );

            assertTrue(root.match(classMetaData1));
            assertTrue(rootAnonymous.match(classMetaData1));
            assertFalse(root.match(classMetaData1, methodMetaData1));
            assertFalse(rootAnonymous.match(classMetaData1, methodMetaData1));
            assertFalse(root.match(classMetaData2));
            assertFalse(rootAnonymous.match(classMetaData2));
            assertTrue(root.match(classMetaData1, methodMetaData2));
            assertTrue(rootAnonymous.match(classMetaData1, methodMetaData2));
            assertFalse(root.match(classMetaData1, methodMetaData3));
            assertFalse(rootAnonymous.match(classMetaData1, methodMetaData3));
        }
        catch (Exception e) {
            fail(e.toString());
        }
    }

    public void testOneLevel_CFLOW_AND_CALL() {
        try {
            space.registerExpression("* test.ExpressionTest.get(..)", "", "pc1", PointcutType.CALL);
            space.registerExpression("* test.ExpressionTest.set(..)", "", "cf1", PointcutType.CFLOW);
            Expression root = space.createExpression("pc1 AND cf1");

            ClassMetaData classMetaData1 = ReflectionMetaDataMaker.createClassMetaData(ExpressionTest.class);
            MethodMetaData methodMetaData1 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("set", new Class[]{})
            );
            MethodMetaData methodMetaData2 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("get", new Class[]{})
            );
            MethodMetaData methodMetaData3 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("suite", new Class[]{})
            );

            assertTrue(root.match(classMetaData1));
            assertFalse(root.match(classMetaData1, methodMetaData1));
            assertTrue(root.match(classMetaData1, methodMetaData2));
            assertFalse(root.match(classMetaData1, methodMetaData3));
        }
        catch (Exception e) {
            fail(e.toString());
        }
    }

    public void testTwoLevels_EXECUTION() {
        try {
            space.registerExpression("* test.ExpressionTest.set(..)", "", "pc1", PointcutType.EXECUTION);
            space.registerExpression("* test.ExpressionTest.get(..)", "", "pc2", PointcutType.EXECUTION);
            space.registerExpression(space.createExpression("pc1 || pc2", "pc3"));
            space.registerExpression("* test.ExpressionTest.suite(..)", "", "pc4", PointcutType.EXECUTION);
            Expression root = space.createExpression("pc3 && !pc4");

            ClassMetaData classMetaData1 = ReflectionMetaDataMaker.createClassMetaData(ExpressionTest.class);
            ClassMetaData classMetaData2 = ReflectionMetaDataMaker.createClassMetaData(ExpressionException.class);
            MethodMetaData methodMetaData1 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("set", new Class[]{})
            );
            MethodMetaData methodMetaData2 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("get", new Class[]{})
            );
            MethodMetaData methodMetaData3 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("suite", new Class[]{})
            );

            assertTrue(root.match(classMetaData1));
            assertTrue(root.match(classMetaData1, methodMetaData1));
            assertFalse(root.match(classMetaData2));
            assertTrue(root.match(classMetaData1, methodMetaData2));
            assertFalse(root.match(classMetaData1, methodMetaData3));
        }
        catch (Exception e) {
            fail(e.toString());
        }
    }

    public void testTwoLevels_CALL() {
        try {
            space.registerExpression("* test.ExpressionTest.set(..)", "", "pc1", PointcutType.CALL);
            space.registerExpression("* test.ExpressionTest.get(..)", "", "pc2", PointcutType.CALL);
            space.registerExpression(space.createExpression("pc1 || pc2", "pc3"));
            space.registerExpression("* test.ExpressionTest.suite(..)", "", "pc4", PointcutType.CALL);
            Expression root = space.createExpression("pc3 && !pc4");

            ClassMetaData classMetaData1 = ReflectionMetaDataMaker.createClassMetaData(ExpressionTest.class);
            MethodMetaData methodMetaData1 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("set", new Class[]{})
            );
            MethodMetaData methodMetaData2 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("get", new Class[]{})
            );
            MethodMetaData methodMetaData3 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("suite", new Class[]{})
            );

            assertTrue(root.match(classMetaData1));
            assertTrue(root.match(classMetaData1, methodMetaData1));
            assertTrue(root.match(classMetaData1, methodMetaData2));
            assertFalse(root.match(classMetaData1, methodMetaData3));
        }
        catch (Exception e) {
            fail(e.toString());
        }
    }

    public void testTwoLevels_SET() {
        try {
            space.registerExpression("* test.ExpressionTest.m_name", "", "pc1", PointcutType.SET);
            space.registerExpression("* test.ExpressionTest.m_type", "", "pc2", PointcutType.SET);
            space.registerExpression(space.createExpression("pc1 || pc2", "pc3"));
            space.registerExpression("* test.ExpressionTest.m_dummy", "", "pc4", PointcutType.SET);
            Expression root = space.createExpression("pc3 && !pc4");

            ClassMetaData classMetaData1 = ReflectionMetaDataMaker.createClassMetaData(ExpressionTest.class);
            FieldMetaData fieldMetaData1 = ReflectionMetaDataMaker.createFieldMetaData(
                    ExpressionTest.class.getDeclaredField("m_name")
            );
            FieldMetaData fieldMetaData2 = ReflectionMetaDataMaker.createFieldMetaData(
                    ExpressionTest.class.getDeclaredField("m_type")
            );
            FieldMetaData fieldMetaData3 = ReflectionMetaDataMaker.createFieldMetaData(
                    ExpressionTest.class.getDeclaredField("m_dummy")
            );

            assertTrue(root.match(classMetaData1));
            assertTrue(root.match(classMetaData1, fieldMetaData1));
            assertTrue(root.match(classMetaData1, fieldMetaData2));
            assertFalse(root.match(classMetaData1, fieldMetaData3));
        }
        catch (Exception e) {
            fail(e.toString());
        }
    }

    public void testTwoLevels_GET() {
        try {
            space.registerExpression("* test.ExpressionTest.m_name", "", "pc1", PointcutType.GET);
            space.registerExpression("* test.ExpressionTest.m_type", "", "pc2", PointcutType.GET);
            space.registerExpression(space.createExpression("pc1 || pc2", "pc3"));
            space.registerExpression("* test.ExpressionTest.m_dummy", "", "pc4", PointcutType.GET);
            Expression root = space.createExpression("pc3 && !pc4");

            ClassMetaData classMetaData1 = ReflectionMetaDataMaker.createClassMetaData(ExpressionTest.class);
            FieldMetaData fieldMetaData1 = ReflectionMetaDataMaker.createFieldMetaData(
                    ExpressionTest.class.getDeclaredField("m_name")
            );
            FieldMetaData fieldMetaData2 = ReflectionMetaDataMaker.createFieldMetaData(
                    ExpressionTest.class.getDeclaredField("m_type")
            );
            FieldMetaData fieldMetaData3 = ReflectionMetaDataMaker.createFieldMetaData(
                    ExpressionTest.class.getDeclaredField("m_dummy")
            );

            assertTrue(root.match(classMetaData1));
            assertTrue(root.match(classMetaData1, fieldMetaData1));
            assertTrue(root.match(classMetaData1, fieldMetaData2));
            assertFalse(root.match(classMetaData1, fieldMetaData3));
        }
        catch (Exception e) {
            fail(e.toString());
        }
    }

    public void testComplexPattern_EXECUTION_1() {
        try {
            space.registerExpression("* test.ExpressionTest.set(..)", "", "pc1", PointcutType.EXECUTION);
            space.registerExpression("* test.ExpressionTest.get(..)", "", "pc2", PointcutType.EXECUTION);
            space.registerExpression("* test.ExpressionTest.suite(..)", "", "pc3", PointcutType.EXECUTION);
            Expression root = space.createExpression("!pc3 && (pc1 || pc2)");

            ClassMetaData classMetaData1 = ReflectionMetaDataMaker.createClassMetaData(ExpressionTest.class);
            MethodMetaData methodMetaData1 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("set", new Class[]{})
            );
            MethodMetaData methodMetaData2 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("get", new Class[]{})
            );
            MethodMetaData methodMetaData3 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("suite", new Class[]{})
            );

            assertTrue(root.match(classMetaData1));
            assertTrue(root.match(classMetaData1, methodMetaData1));
            assertTrue(root.match(classMetaData1, methodMetaData2));
            assertFalse(root.match(classMetaData1, methodMetaData3));
        }
        catch (Exception e) {
            fail(e.toString());
        }
    }

    public void testComplexPattern_EXECUTION_2() {
        try {
            space.registerExpression("* test.ExpressionTest.set(..)", "", "pc1", PointcutType.EXECUTION);
            space.registerExpression("* test.ExpressionTest.get(..)", "", "pc2", PointcutType.EXECUTION);
            space.registerExpression("* test.ExpressionTest.suite(..)", "", "pc3", PointcutType.EXECUTION);
            Expression root = space.createExpression("pc1 && !(pc2 || pc3)");

            ClassMetaData classMetaData1 = ReflectionMetaDataMaker.createClassMetaData(ExpressionTest.class);
            MethodMetaData methodMetaData1 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("set", new Class[]{})
            );
            MethodMetaData methodMetaData2 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("get", new Class[]{})
            );
            MethodMetaData methodMetaData3 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("suite", new Class[]{})
            );

            assertTrue(root.match(classMetaData1));
            assertTrue(root.match(classMetaData1, methodMetaData1));
            assertFalse(root.match(classMetaData1, methodMetaData2));
            assertFalse(root.match(classMetaData1, methodMetaData3));
        }
        catch (Exception e) {
            fail(e.toString());
        }
    }

    public void testComplexPattern_CALL_1() {
        try {
            space.registerExpression("* test.ExpressionTest.set(..)", "", "pc1", PointcutType.CALL);
            space.registerExpression("* test.ExpressionTest.get(..)", "", "pc2", PointcutType.CALL);
            space.registerExpression("* test.ExpressionTest.suite(..)", "", "pc3", PointcutType.CALL);
            Expression root = space.createExpression("!pc3 && (pc1 || pc2)");

            ClassMetaData classMetaData1 = ReflectionMetaDataMaker.createClassMetaData(ExpressionTest.class);
            MethodMetaData methodMetaData1 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("set", new Class[]{})
            );
            MethodMetaData methodMetaData2 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("get", new Class[]{})
            );
            MethodMetaData methodMetaData3 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("suite", new Class[]{})
            );

            assertTrue(root.match(classMetaData1));
            assertTrue(root.match(classMetaData1, methodMetaData1));
            assertTrue(root.match(classMetaData1, methodMetaData2));
            assertFalse(root.match(classMetaData1, methodMetaData3));
        }
        catch (Exception e) {
            fail(e.toString());
        }
    }

    public void testComplexPattern_CALL_2() {
        try {
            space.registerExpression("* test.ExpressionTest.set(..)", "", "pc1", PointcutType.CALL);
            space.registerExpression("* test.ExpressionTest.get(..)", "", "pc2", PointcutType.CALL);
            space.registerExpression("* test.ExpressionTest.suite(..)", "", "pc3", PointcutType.CALL);
            Expression root = space.createExpression("pc1 && !(pc2 || pc3)");

            ClassMetaData classMetaData1 = ReflectionMetaDataMaker.createClassMetaData(ExpressionTest.class);
            MethodMetaData methodMetaData1 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("set", new Class[]{})
            );
            MethodMetaData methodMetaData2 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("get", new Class[]{})
            );
            MethodMetaData methodMetaData3 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("suite", new Class[]{})
            );

            assertTrue(root.match(classMetaData1));
            assertTrue(root.match(classMetaData1, methodMetaData1));
            assertFalse(root.match(classMetaData1, methodMetaData2));
            assertFalse(root.match(classMetaData1, methodMetaData3));
        }
        catch (Exception e) {
            fail(e.toString());
        }
    }

    public void testMatchHierachicalExpression_EXECUTION() {
        try {
            Expression root = space.createExpression("* *..TestCase+.set(..)", PointcutType.EXECUTION);
            ClassMetaData classMetaData1 = ReflectionMetaDataMaker.createClassMetaData(ExpressionTest.class);
            ClassMetaData classMetaData2 = ReflectionMetaDataMaker.createClassMetaData(ExpressionException.class);
            MethodMetaData methodMetaData1 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("set", new Class[]{})
            );
            MethodMetaData methodMetaData2 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("get", new Class[]{})
            );
            assertTrue(root.match(classMetaData1));
            assertTrue(root.match(classMetaData1, methodMetaData1));
            assertFalse(root.match(classMetaData2));
            assertFalse(root.match(classMetaData1, methodMetaData2));
        }
        catch (Exception e) {
            fail(e.toString());
        }
    }

    public void testMatchCallerHierachicalExpression_CALL() {
        try {
            Expression root = space.createExpression(
                    "java.lang.Object+->* *..ExpressionTest.suite(..)", PointcutType.CALL
            );
            ClassMetaData classMetaData1 = ReflectionMetaDataMaker.createClassMetaData(ExpressionTest.class);
            MethodMetaData methodMetaData1 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("set", new Class[]{})
            );
            MethodMetaData methodMetaData2 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("get", new Class[]{})
            );
            MethodMetaData methodMetaData3 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("suite", new Class[]{})
            );
            assertTrue(root.match(classMetaData1));
            assertFalse(root.match(classMetaData1, methodMetaData1));
            assertFalse(root.match(classMetaData1, methodMetaData2));
            assertTrue(root.match(classMetaData1, methodMetaData3));
        }
        catch (Exception e) {
            fail(e.toString());
        }
    }

    public void testMatchCalleeHierachicalExpression_CALL() {
        try {
            Expression root = space.createExpression("*->* *..TestCase+.suite(..)", PointcutType.CALL);
            ClassMetaData classMetaData1 = ReflectionMetaDataMaker.createClassMetaData(ExpressionTest.class);
            MethodMetaData methodMetaData1 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("set", new Class[]{})
            );
            MethodMetaData methodMetaData2 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("get", new Class[]{})
            );
            MethodMetaData methodMetaData3 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("suite", new Class[]{})
            );
            assertTrue(root.match(classMetaData1));
            assertFalse(root.match(classMetaData1, methodMetaData1));
            assertFalse(root.match(classMetaData1, methodMetaData2));
            assertTrue(root.match(classMetaData1, methodMetaData3));
        }
        catch (Exception e) {
            fail(e.toString());
        }
    }

    public void testMatchDoubleHierachicalExpression_CALL() {
        try {
            Expression root = space.createExpression("java.lang.Object+->* *..TestCase+.suite(..)", PointcutType.CALL);
            ClassMetaData classMetaData1 = ReflectionMetaDataMaker.createClassMetaData(ExpressionTest.class);
            MethodMetaData methodMetaData1 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("set", new Class[]{})
            );
            MethodMetaData methodMetaData2 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("get", new Class[]{})
            );
            MethodMetaData methodMetaData3 = ReflectionMetaDataMaker.createMethodMetaData(
                    ExpressionTest.class.getDeclaredMethod("suite", new Class[]{})
            );
            assertTrue(root.match(classMetaData1));
            assertFalse(root.match(classMetaData1, methodMetaData1));
            assertFalse(root.match(classMetaData1, methodMetaData2));
            assertTrue(root.match(classMetaData1, methodMetaData3));
        }
        catch (Exception e) {
            fail(e.toString());
        }
    }

    public void testMatchHierachicalExpression_SET() {
        try {
            Expression root = space.createExpression("* *..TestCase+.m_dummy", PointcutType.SET);
            ClassMetaData classMetaData1 = ReflectionMetaDataMaker.createClassMetaData(ExpressionTest.class);
            FieldMetaData fieldMetaData1 = ReflectionMetaDataMaker.createFieldMetaData(
                    ExpressionTest.class.getDeclaredField("m_name")
            );
            FieldMetaData fieldMetaData2 = ReflectionMetaDataMaker.createFieldMetaData(
                    ExpressionTest.class.getDeclaredField("m_type")
            );
            FieldMetaData fieldMetaData3 = ReflectionMetaDataMaker.createFieldMetaData(
                    ExpressionTest.class.getDeclaredField("m_dummy")
            );
            assertTrue(root.match(classMetaData1));
            assertFalse(root.match(classMetaData1, fieldMetaData1));
            assertFalse(root.match(classMetaData1, fieldMetaData2));
            assertTrue(root.match(classMetaData1, fieldMetaData3));
        }
        catch (Exception e) {
            fail(e.toString());
        }
    }

    public static void main(String[] args) {
        junit.textui.TestRunner.run(suite());
    }

    public static junit.framework.Test suite() {
        return new junit.framework.TestSuite(ExpressionTest.class);
    }

    public ExpressionTest(String name) {
        super(name);
    }

    // === methods below are needed for the test even though they are empty and not "used" anywhere ===

    public void set() {
    }

    public void get() {
    }

    public void throws1() throws Exception {
    }

    public void throws2() throws Exception {
    }

    public void throwsDummy() throws Exception {
    }

    public void throwsError() throws Error {
    }

    private String m_name;
    private String m_type;
    private String m_dummy;
}
