RenameTypeTests.java

/*******************************************************************************
 * Copyright (c) 2000, 2008 IBM Corporation and others.
 * All rights reserved. This program and the accompanying materials
 * are made available under the terms of the Eclipse Public License v1.0
 * which accompanies this distribution, and is available at
 * http://www.eclipse.org/legal/epl-v10.html
 *
 * Contributors:
 *     IBM Corporation - initial API and implementation
 *******************************************************************************/
package org.eclipse.jdt.ui.tests.refactoring;

import java.io.ByteArrayInputStream;
import java.io.IOException;
import java.io.InputStreamReader;
import java.util.ArrayList;
import java.util.List;

import junit.framework.Test;
import junit.framework.TestSuite;

import org.eclipse.core.runtime.CoreException;
import org.eclipse.core.runtime.NullProgressMonitor;
import org.eclipse.core.runtime.Platform;

import org.eclipse.core.resources.IFile;
import org.eclipse.core.resources.IProject;

import org.eclipse.ltk.core.refactoring.Refactoring;
import org.eclipse.ltk.core.refactoring.RefactoringDescriptor;
import org.eclipse.ltk.core.refactoring.RefactoringStatus;
import org.eclipse.ltk.core.refactoring.participants.RenameArguments;
import org.eclipse.ltk.core.refactoring.participants.RenameRefactoring;

import org.eclipse.jdt.core.ICompilationUnit;
import org.eclipse.jdt.core.IField;
import org.eclipse.jdt.core.IJavaElement;
import org.eclipse.jdt.core.IJavaProject;
import org.eclipse.jdt.core.ILocalVariable;
import org.eclipse.jdt.core.IMember;
import org.eclipse.jdt.core.IMethod;
import org.eclipse.jdt.core.IPackageFragment;
import org.eclipse.jdt.core.IType;
import org.eclipse.jdt.core.JavaCore;
import org.eclipse.jdt.core.JavaModelException;
import org.eclipse.jdt.core.refactoring.IJavaElementMapper;
import org.eclipse.jdt.core.refactoring.IJavaRefactorings;
import org.eclipse.jdt.core.refactoring.descriptors.RenameJavaElementDescriptor;

import org.eclipse.jdt.internal.core.refactoring.descriptors.RefactoringSignatureDescriptorFactory;
import org.eclipse.jdt.internal.corext.refactoring.rename.RenameTypeProcessor;
import org.eclipse.jdt.internal.corext.refactoring.rename.RenamingNameSuggestor;
import org.eclipse.jdt.internal.corext.refactoring.tagging.INameUpdating;

import org.eclipse.jdt.ui.tests.refactoring.infra.DebugUtils;

public class RenameTypeTests extends RefactoringTest {

	private static final Class clazz= RenameTypeTests.class;
	private static final String REFACTORING_PATH= "RenameType/";

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

	public static Test suite() {
		return new RefactoringTestSetup(new TestSuite(clazz));
	}

	public static Test setUpTest(Test someTest) {
		return new RefactoringTestSetup(someTest);
	}

	protected String getRefactoringPath() {
		return REFACTORING_PATH;
	}

	private IType getClassFromTestFile(IPackageFragment pack, String className) throws Exception{
		return getType(createCUfromTestFile(pack, className), className);
	}

	private RenameJavaElementDescriptor createRefactoringDescriptor(IType type, String newName) {
		RenameJavaElementDescriptor descriptor= RefactoringSignatureDescriptorFactory.createRenameJavaElementDescriptor(IJavaRefactorings.RENAME_TYPE);
		descriptor.setJavaElement(type);
		descriptor.setNewName(newName);
		descriptor.setUpdateReferences(true);
		return descriptor;
	}

	private void helper1_0(String className, String newName) throws Exception {
		IType classA= getClassFromTestFile(getPackageP(), className);
		RefactoringStatus result= performRefactoring(createRefactoringDescriptor(classA, newName));
		assertNotNull("precondition was supposed to fail", result);
		if (fIsVerbose)
			DebugUtils.dump("result: " + result);
	}

	private void helper1() throws Exception{
		helper1_0("A", "B");
	}

	private String[] helperWithTextual(String oldCuName, String oldName, String newName, String newCUName, boolean updateReferences, boolean updateTextualMatches) throws Exception{
		ICompilationUnit cu= createCUfromTestFile(getPackageP(), oldCuName);
		IType classA= getType(cu, oldName);
		IJavaElement[] classAMembers= classA.getChildren();

		IPackageFragment pack= (IPackageFragment)cu.getParent();
		String[] renameHandles= null;
		if (classA.getDeclaringType() == null && cu.getElementName().startsWith(classA.getElementName())) {
			renameHandles= ParticipantTesting.createHandles(classA, cu, cu.getResource());
		} else {
			renameHandles= ParticipantTesting.createHandles(classA);
		}
		RenameJavaElementDescriptor descriptor= createRefactoringDescriptor(classA, newName);
		descriptor.setUpdateReferences(updateReferences);
		descriptor.setUpdateTextualOccurrences(updateTextualMatches);
		Refactoring refactoring= createRefactoring(descriptor);
		assertEquals("was supposed to pass", null, performRefactoring(refactoring));
		ICompilationUnit newcu= pack.getCompilationUnit(newCUName + ".java");
		assertTrue("cu " + newcu.getElementName()+ " does not exist", newcu.exists());
		assertEqualLines("invalid renaming", getFileContents(getOutputTestFileName(newCUName)), newcu.getSource());

		INameUpdating nameUpdating= ((INameUpdating)refactoring.getAdapter(INameUpdating.class));
		IType newElement = (IType) nameUpdating.getNewElement();
		assertTrue("new element does not exist:\n" + newElement.toString(), newElement.exists());

		checkMappers(refactoring, classA, newCUName + ".java", classAMembers);

		return renameHandles;
	}

	private String[] helper2_0(String oldName, String newName, String newCUName, boolean updateReferences) throws Exception{
		return helperWithTextual(oldName, oldName, newName, newCUName, updateReferences, false);
	}

	private void helper2(String oldName, String newName, boolean updateReferences) throws Exception{
		helper2_0(oldName, newName, newName, updateReferences);
	}

	private String[] helper2(String oldName, String newName) throws Exception{
		return helper2_0(oldName, newName, newName, true);
	}

	// <--------------------- Similarly named elements ---------------------------->

	protected void setUp() throws Exception {
		super.setUp();
		setSomeFieldOptions(getPackageP().getJavaProject(), "f", "Suf1", false);
		setSomeFieldOptions(getPackageP().getJavaProject(), "fs", "_suffix", true);
		setSomeLocalOptions(getPackageP().getJavaProject(), "lv", "_lv");
		setSomeArgumentOptions(getPackageP().getJavaProject(), "pm", "_pm");
		fIsPreDeltaTest= true;
	}

	private void helper3(String oldName, String newName, boolean updateRef, boolean updateTextual, boolean updateSimilar) throws JavaModelException, CoreException, IOException, Exception {
		helper3(oldName, newName, updateRef, updateTextual, updateSimilar, null);
	}

	private void helper3(String oldName, String newName, boolean updateRef, boolean updateTextual, boolean updateSimilar, String nonJavaFiles) throws JavaModelException, CoreException, IOException, Exception {
		RefactoringDescriptor descriptor= initWithAllOptions(oldName, oldName, newName, updateRef, updateTextual, updateSimilar, nonJavaFiles, RenamingNameSuggestor.STRATEGY_EMBEDDED);
		Refactoring ref= createRefactoring(descriptor);
		RefactoringStatus status= performRefactoring(ref);
		assertNull("was supposed to pass", status);
		checkResultInClass(newName);
		checkMappedSimilarElementsExist(ref);
	}

	private void helper3_inner(String oldName, String oldInnerName, String newName, String innerNewName, boolean updateRef, boolean updateTextual, boolean updateSimilar, String nonJavaFiles) throws JavaModelException, CoreException, IOException, Exception {
		RefactoringDescriptor descriptor= initWithAllOptions(oldName, oldInnerName, innerNewName, updateRef, updateTextual, updateSimilar, nonJavaFiles, RenamingNameSuggestor.STRATEGY_EMBEDDED);
		Refactoring ref= createRefactoring(descriptor);
		assertNull("was supposed to pass", performRefactoring(ref));
		checkResultInClass(newName);
		checkMappedSimilarElementsExist(ref);
	}

	private void checkMappedSimilarElementsExist(Refactoring ref) {
		RenameTypeProcessor rtp= (RenameTypeProcessor) ((RenameRefactoring) ref).getProcessor();
		IJavaElementMapper mapper= (IJavaElementMapper) rtp.getAdapter(IJavaElementMapper.class);
		IJavaElement[] similarElements= rtp.getSimilarElements();
		if (similarElements == null)
			return;
		for (int i= 0; i < similarElements.length; i++) {
			IJavaElement element= similarElements[i];
			if (! (element instanceof ILocalVariable)) {
				IJavaElement newElement= mapper.getRefactoredJavaElement(element);
				assertTrue(newElement.exists());
				assertFalse(element.exists());
			}
		}

	}

	private void helper3_fail(String oldName, String newName, boolean updateSimilar, boolean updateTextual, boolean updateRef, int matchStrategy) throws JavaModelException, CoreException, IOException, Exception {
		RefactoringDescriptor descriptor= initWithAllOptions(oldName, oldName, newName, updateRef, updateTextual, updateSimilar, null, matchStrategy);
		assertNotNull("was supposed to fail", performRefactoring(descriptor));
	}

	private void helper3_fail(String oldName, String newName, boolean updateSimilar, boolean updateTextual, boolean updateRef) throws JavaModelException, CoreException, IOException, Exception {
		RefactoringDescriptor descriptor= initWithAllOptions(oldName, oldName, newName, updateRef, updateTextual, updateSimilar, null, RenamingNameSuggestor.STRATEGY_SUFFIX);
		assertNotNull("was supposed to fail", performRefactoring(descriptor));
	}

	private RefactoringDescriptor initWithAllOptions(String oldName, String innerOldName, String innerNewName, boolean updateReferences, boolean updateTextualMatches, boolean updateSimilar, String nonJavaFiles, int matchStrategy) throws Exception, JavaModelException, CoreException {
		ICompilationUnit cu= createCUfromTestFile(getPackageP(), oldName);
		IType classA= getType(cu, innerOldName);
		RenameJavaElementDescriptor descriptor= createRefactoringDescriptor(classA, innerNewName);
		setTheOptions(descriptor, updateReferences, updateTextualMatches, updateSimilar, nonJavaFiles, matchStrategy);
		return descriptor;
	}

	private void setTheOptions(RenameJavaElementDescriptor descriptor, boolean updateReferences, boolean updateTextualMatches, boolean updateSimilar, String nonJavaFiles, int matchStrategy) {
		descriptor.setUpdateReferences(updateReferences);
		descriptor.setUpdateTextualOccurrences(updateTextualMatches);
		if (nonJavaFiles!=null) {
			descriptor.setUpdateQualifiedNames(true);
			descriptor.setFileNamePatterns(nonJavaFiles);
		}
		descriptor.setUpdateSimilarDeclarations(updateSimilar);
		descriptor.setMatchStrategy(matchStrategy);
	}

	private void checkResultInClass(String typeName) throws JavaModelException, IOException {
		ICompilationUnit newcu= getPackageP().getCompilationUnit(typeName + ".java");
		assertTrue("cu " + newcu.getElementName()+ " does not exist", newcu.exists());
		assertEqualLines("invalid renaming", getFileContents(getOutputTestFileName(typeName)), newcu.getSource());
	}

	private void setSomeFieldOptions(IJavaProject project, String prefixes, String suffixes, boolean forStatic) {
		if (forStatic) {
			project.setOption(JavaCore.CODEASSIST_STATIC_FIELD_PREFIXES, prefixes);
			project.setOption(JavaCore.CODEASSIST_STATIC_FIELD_SUFFIXES, suffixes);
		}
		else {
			project.setOption(JavaCore.CODEASSIST_FIELD_PREFIXES, prefixes);
			project.setOption(JavaCore.CODEASSIST_FIELD_SUFFIXES, suffixes);
		}
	}

	private void setSomeLocalOptions(IJavaProject project, String prefixes, String suffixes) {
			project.setOption(JavaCore.CODEASSIST_LOCAL_PREFIXES, prefixes);
			project.setOption(JavaCore.CODEASSIST_LOCAL_SUFFIXES, suffixes);
	}

	private void setSomeArgumentOptions(IJavaProject project, String prefixes, String suffixes) {
		project.setOption(JavaCore.CODEASSIST_ARGUMENT_PREFIXES, prefixes);
		project.setOption(JavaCore.CODEASSIST_ARGUMENT_SUFFIXES, suffixes);
	}

	// </------------------------------------ Similarly named elements --------------------------------->

	public void testIllegalInnerClass() throws Exception {
		helper1();
	}

	public void testIllegalTypeName1() throws Exception {
		helper1_0("A", "X ");
	}

	public void testIllegalTypeName2() throws Exception {
		helper1_0("A", " X");
	}

	public void testIllegalTypeName3() throws Exception {
		helper1_0("A", "34");
	}

	public void testIllegalTypeName4() throws Exception {
		helper1_0("A", "this");
	}

	public void testIllegalTypeName5() throws Exception {
		helper1_0("A", "fred");
	}

	public void testIllegalTypeName6() throws Exception {
		helper1_0("A", "class");
	}

	public void testIllegalTypeName7() throws Exception {
		helper1_0("A", "A.B");
	}

	public void testIllegalTypeName8() throws Exception {
		helper1_0("A", "A$B");
	}

	public void testIllegalTypeName9() throws Exception {
		if (Platform.getOS().equals(Platform.OS_WIN32))
			helper1_0("A", "aux");
	}

	public void testNoOp() throws Exception {
		helper1_0("A", "A");
	}

	public void testWrongArg1() throws Exception {
		IllegalArgumentException result= null;
		try {
	        helper1_0("A", "");
        } catch (IllegalArgumentException exception) {
	        result= exception;
        }
        assertNotNull("empty name was supposed to trigger IAE", result);
	}

	public void testFail0() throws Exception {
		helper1();
	}

	public void testFail1() throws Exception {
		helper1();
	}

	public void testFail2() throws Exception {
		helper1();
	}

	public void testFail3() throws Exception {
		helper1();
	}

	public void testFail4() throws Exception {
		IType classA= getClassFromTestFile(getPackageP(), "A");
		getClassFromTestFile(getPackageP(), "B");
		RefactoringStatus result= performRefactoring(createRefactoringDescriptor(classA, "B"));
		assertNotNull("precondition was supposed to fail", result);
	}

	public void testFail5() throws Exception {
		IType classA= getClassFromTestFile(getPackageP(), "A");
		getClassFromTestFile(getPackageP(), "B");
		getClassFromTestFile(getPackageP(), "C");

		RefactoringStatus result= performRefactoring(createRefactoringDescriptor(classA, "B"));
		assertNotNull("precondition was supposed to fail", result);
	}

	public void testFail6() throws Exception {
		IType classA= getClassFromTestFile(getPackageP(), "A");
		getClassFromTestFile(getPackageP(), "B");
		getClassFromTestFile(getPackageP(), "C");

		RefactoringStatus result= performRefactoring(createRefactoringDescriptor(classA, "B"));
		assertNotNull("precondition was supposed to fail", result);
	}

	public void testFail7() throws Exception {
		helper1();
	}

	public void testFail8() throws Exception {
		IType classA= getClassFromTestFile(getPackageP(), "A");
		getClassFromTestFile(getPackageP(), "B");

		RefactoringStatus result= performRefactoring(createRefactoringDescriptor(classA, "B"));
		assertNotNull("precondition was supposed to fail", result);
	}

	public void testFail9() throws Exception {
		helper1();
	}

	public void testFail10() throws Exception {
		helper1();
	}

	public void testFail11() throws Exception {
		helper1();
	}

	public void testFail12() throws Exception {
		helper1();
	}

	public void testFail16() throws Exception {
		helper1();
	}

	public void testFail17() throws Exception {
		helper1();
	}

	public void testFail18() throws Exception {
		helper1();
	}

	public void testFail19() throws Exception {
		helper1();
	}

	public void testFail20() throws Exception {
		IPackageFragment packageP1= getRoot().createPackageFragment("p1", true, null);
		IPackageFragment packageP2= getRoot().createPackageFragment("p2", true, null);

		IType classA= getClassFromTestFile(packageP1, "A");
		getClassFromTestFile(packageP2, "AA");

		RefactoringStatus result= performRefactoring(createRefactoringDescriptor(classA, "B"));
		assertNotNull("precondition was supposed to fail", result);
	}

	public void testFail22() throws Exception {
		IType classA= getClassFromTestFile(getPackageP(), "A");
		getClassFromTestFile(getPackageP(), "B");

		RefactoringStatus result= performRefactoring(createRefactoringDescriptor(classA, "B"));
		assertNotNull("precondition was supposed to fail", result);
	}

	public void testFail23() throws Exception {
		IPackageFragment packageP1= getRoot().createPackageFragment("p1", true, null);
		IPackageFragment packageP2= getRoot().createPackageFragment("p2", true, null);
		IPackageFragment packageP3= getRoot().createPackageFragment("p3", true, null);

		IType classA= getClassFromTestFile(packageP1, "A");
		getClassFromTestFile(packageP3, "B");
		getClassFromTestFile(packageP2, "Bogus");

		RefactoringStatus result= performRefactoring(createRefactoringDescriptor(classA, "B"));
		assertNotNull("precondition was supposed to fail", result);
	}

	public void testFail24() throws Exception {
		IPackageFragment packageP1= getRoot().createPackageFragment("p1", true, null);
		IPackageFragment packageP2= getRoot().createPackageFragment("p2", true, null);

		IType classA= getClassFromTestFile(packageP1, "A");
		getClassFromTestFile(packageP2, "B");

		RefactoringStatus result= performRefactoring(createRefactoringDescriptor(classA, "B"));
		assertNotNull("precondition was supposed to fail", result);
	}

	public void testFail25() throws Exception {
		IPackageFragment packageP1= getRoot().createPackageFragment("p1", true, null);
		IPackageFragment packageP2= getRoot().createPackageFragment("p2", true, null);

		IType classA= getClassFromTestFile(packageP1, "A");
		getClassFromTestFile(packageP2, "B");

		RefactoringStatus result= performRefactoring(createRefactoringDescriptor(classA, "B"));
		assertNotNull("precondition was supposed to fail", result);
	}

	public void testFail26() throws Exception {
		IPackageFragment packageP1= getRoot().createPackageFragment("p1", true, null);
		IPackageFragment packageP2= getRoot().createPackageFragment("p2", true, null);

		IType classA= getClassFromTestFile(packageP1, "A");
		getClassFromTestFile(packageP2, "B");

		RefactoringStatus result= performRefactoring(createRefactoringDescriptor(classA, "B"));
		assertNotNull("precondition was supposed to fail", result);
	}

	public void testFail27() throws Exception {
		IPackageFragment packageP1= getRoot().createPackageFragment("p1", true, null);
		IPackageFragment packageP2= getRoot().createPackageFragment("p2", true, null);

		IType classA= getClassFromTestFile(packageP1, "A");
		getClassFromTestFile(packageP2, "B");

		RefactoringStatus result= performRefactoring(createRefactoringDescriptor(classA, "B"));
		assertNotNull("precondition was supposed to fail", result);
	}

	public void testFail28() throws Exception {
		printTestDisabledMessage("obscuring");
//		helper1();
	}

	public void testFail29() throws Exception {
		printTestDisabledMessage("obscuring");
//		helper1();
	}

	public void testFail30() throws Exception {
		printTestDisabledMessage("obscuring");
//		helper1();
	}

	public void testFail31() throws Exception {
		IPackageFragment packageP1= getRoot().createPackageFragment("p1", true, null);
		IPackageFragment packageP2= getRoot().createPackageFragment("p2", true, null);
		IPackageFragment packageP3= getRoot().createPackageFragment("p3", true, null);

		IType classA= getClassFromTestFile(packageP1, "A");
		getClassFromTestFile(packageP2, "B");
		getClassFromTestFile(packageP3, "C");

		RefactoringStatus result= performRefactoring(createRefactoringDescriptor(classA, "B"));
		assertNotNull("precondition was supposed to fail", result);
	}

	public void testFail32() throws Exception {
		IType classA= getClassFromTestFile(getPackageP(), "A");
		IPackageFragment packageP1= getRoot().createPackageFragment("p1", true, null);
		getClassFromTestFile(packageP1, "B");

		RefactoringStatus result= performRefactoring(createRefactoringDescriptor(classA, "B"));
		assertNotNull("precondition was supposed to fail", result);
	}

	public void testFail33() throws Exception {
		helper1();
	}

	public void testFail34() throws Exception {
		printTestDisabledMessage("obscuring");
//		helper1();
	}

	public void testFail35() throws Exception {
		printTestDisabledMessage("obscuring");
//		helper1();
	}

	public void testFail36() throws Exception {
		printTestDisabledMessage("obscuring");
//		helper1();
	}

	public void testFail37() throws Exception {
		IType classA= getClassFromTestFile(getPackageP(), "A");
		getClassFromTestFile(getPackageP(), "B");

		RefactoringStatus result= performRefactoring(createRefactoringDescriptor(classA, "B"));
		assertNotNull("precondition was supposed to fail", result);
	}

	public void testFail38() throws Exception {
		helper1();
	}

	public void testFail39() throws Exception {
		helper1();
	}

	public void testFail40() throws Exception {
		helper1();
	}

	public void testFail41() throws Exception {
		printTestDisabledMessage("obscuring");
//		helper1();
	}

	public void testFail42() throws Exception {
		printTestDisabledMessage("obscuring");
//		helper1();
	}

	public void testFail43() throws Exception {
		printTestDisabledMessage("obscuring");
//		helper1();
	}

	public void testFail44() throws Exception {
		printTestDisabledMessage("obscuring");
//		helper1();
	}

	public void testFail45() throws Exception {
		printTestDisabledMessage("obscuring");
//		helper1();
	}

	public void testFail46() throws Exception {
		printTestDisabledMessage("obscuring");
//		helper1();
	}

	public void testFail47() throws Exception {
		printTestDisabledMessage("obscuring");
//		helper1();
	}

	public void testFail48() throws Exception {
		helper1();
	}

	public void testFail49() throws Exception {
		helper1();
	}

	public void testFail50() throws Exception {
		helper1();
	}

	public void testFail51() throws Exception {
		helper1();
	}

	public void testFail52() throws Exception {
		helper1();
	}

	public void testFail53() throws Exception {
		helper1();
	}

	public void testFail54() throws Exception {
		helper1();
	}

	public void testFail55() throws Exception {
		helper1();
	}

	public void testFail56() throws Exception {
		helper1();
	}

	public void testFail57() throws Exception {
		helper1();
	}

	public void testFail58() throws Exception {
		helper1();
	}

	public void testFail59() throws Exception {
		helper1();
	}

	public void testFail60() throws Exception {
		helper1();
	}

	public void testFail61() throws Exception {
		helper1();
	}

	public void testFail62() throws Exception {
		helper1();
	}

	public void testFail63() throws Exception {
		helper1();
	}

	public void testFail64() throws Exception {
		helper1();
	}

	public void testFail65() throws Exception {
		helper1();
	}

	public void testFail66() throws Exception {
		helper1();
	}

	public void testFail67() throws Exception {
		helper1();
	}

	public void testFail68() throws Exception {
		helper1();
	}

	public void testFail69() throws Exception {
		helper1();
	}

	public void testFail70() throws Exception {
		helper1();
	}

	public void testFail71() throws Exception {
		helper1();
	}

	public void testFail72() throws Exception {
		helper1();
	}

	public void testFail73() throws Exception {
		helper1();
	}

	public void testFail74() throws Exception {
		helper1();
	}

	public void testFail75() throws Exception {
		helper1();
	}

	public void testFail76() throws Exception {
		helper1();
	}

	public void testFail77() throws Exception {
		helper1();
	}

	public void testFail78() throws Exception {
		helper1();
	}

	public void testFail79() throws Exception {
		helper1();
	}

	public void testFail80() throws Exception {
		helper1();
	}

	public void testFail81() throws Exception {
		helper1();
	}

	public void testFail82() throws Exception {
		helper1();
	}

	public void testFail83() throws Exception {
		helper1_0("A", "Cloneable");
	}

	public void testFail84() throws Exception {
		helper1_0("A", "List");
	}

	public void testFail85() throws Exception {
		helper1();
	}

	public void testFail86() throws Exception {
		printTestDisabledMessage("native method with A as parameter (same CU)");
//		helper1();
	}

	public void testFail87() throws Exception {
		printTestDisabledMessage("native method with A as parameter (same CU)");
//		helper1();
	}

	public void testFail88() throws Exception {
		helper1();
	}

	public void testFail89() throws Exception {
		helper1();
	}

	public void testFail90() throws Exception {
		helper1();
	}

	public void testFail91() throws Exception {
		helper1();
	}

	public void testFail92() throws Exception {
//		printTestDisabledMessage("needs fixing - double nested local type named B");
		helper1();
	}

	public void testFail93() throws Exception {
//		printTestDisabledMessage("needs fixing - double nested local type named B");
		helper1();
	}

	public void testFail94() throws Exception {
		helper1();
	}

	public void testFail95() throws Exception {
		helper1();
	}

	public void testFail00() throws Exception {
		helper1();
	}

	public void testFail01() throws Exception {
		helper1_0("A", "B");
	}

	public void testFail02() throws Exception {
		helper1();
	}

	public void testFail03() throws Exception {
		helper1_0("A", "C");
	}

	public void testFail04() throws Exception {
		helper1_0("A", "A");
	}

	public void testFailRegression1GCRKMQ() throws Exception {
		IPackageFragment myPackage= getRoot().createPackageFragment("", true, new NullProgressMonitor());
		IType myClass= getClassFromTestFile(myPackage, "Blinky");

		RefactoringStatus result= performRefactoring(createRefactoringDescriptor(myClass, "B"));
		assertNotNull("precondition was supposed to fail", result);
	}

	public void test0() throws Exception {
		ParticipantTesting.reset();
		String newName= "B";
		String[] renameHandles= helper2("A", newName);
		ParticipantTesting.testRename(
			renameHandles,
			new RenameArguments[] {
				new RenameArguments(newName, true),
				new RenameArguments(newName + ".java", true),
				new RenameArguments(newName + ".java", true)});
	}

	public void test1() throws Exception {
		helper2("A", "B");
	}

	public void test10() throws Exception {
		helper2("A", "B");
	}

	public void test12() throws Exception {
		helper2("A", "B");
	}

	public void test13() throws Exception {
		helper2("A", "B");
	}

	public void test14() throws Exception {
		helper2("A", "B");
	}

	public void test15() throws Exception {
		helper2("A", "B");
	}

	public void test16() throws Exception {
		helper2("A", "B");
	}

	public void test17() throws Exception {
		helper2("A", "B");
	}

	public void test18() throws Exception {
		helper2("A", "B");
	}

	public void test19() throws Exception {
		helper2("A", "B");
	}

	public void test2() throws Exception {
		helper2("A", "B");
	}

	public void test20() throws Exception {
		//printTestDisabledMessage("failb because of bug#9479");
		//if (true)
		//	return;
		IPackageFragment packageA= getRoot().createPackageFragment("A", true, null);

		ICompilationUnit cu= createCUfromTestFile(packageA, "A");
		IType classA= getType(cu, "A");

		assertEquals("was supposed to pass", null, performRefactoring(createRefactoringDescriptor(classA, "B")));

		ICompilationUnit newcu= packageA.getCompilationUnit("B.java");
		assertEqualLines("invalid renaming", getFileContents(getOutputTestFileName("B")), newcu.getSource());
	}

	public void test21() throws Exception {
		helper2("A", "B");
	}

	public void test22() throws Exception {
		helper2("A", "B");
	}

	public void test23() throws Exception {
		helper2("A", "B");
	}

	public void test24() throws Exception {
		helper2("A", "B");
	}

	public void test25() throws Exception {
		helper2("A", "B");
	}

	public void test26() throws Exception {
		helper2("A", "B");
	}

	public void test27() throws Exception {
		helper2("A", "B");
	}

	public void test28() throws Exception {
		helper2("A", "B");
	}

	public void test29() throws Exception {
		IPackageFragment packageP1= getRoot().createPackageFragment("p1", true, null);
		createCUfromTestFile(packageP1, "C");

		ICompilationUnit cu= createCUfromTestFile(getPackageP(), "A");
		IType classA= getType(cu, "A");

		assertEquals("was supposed to pass", null, performRefactoring(createRefactoringDescriptor(classA, "B")));

		ICompilationUnit newcu= getPackageP().getCompilationUnit("B.java");
		ICompilationUnit newcuC= packageP1.getCompilationUnit("C.java");
		assertEqualLines("invalid renaming A", getFileContents(getOutputTestFileName("B")), newcu.getSource());
		assertEqualLines("invalid renaming C", getFileContents(getOutputTestFileName("C")), newcuC.getSource());

	}

	public void test3() throws Exception {
		helper2("A", "B");
	}

	public void test30() throws Exception {
		createCUfromTestFile(getPackageP(), "AA");

		ICompilationUnit cu= createCUfromTestFile(getPackageP(), "A");
		IType classA= getType(cu, "A");

		assertEquals("was supposed to pass", null, performRefactoring(createRefactoringDescriptor(classA, "B")));

		ICompilationUnit newcu= getPackageP().getCompilationUnit("B.java");
		ICompilationUnit newcuAA= getPackageP().getCompilationUnit("AA.java");
		assertEqualLines("invalid renaming A", getFileContents(getOutputTestFileName("B")), newcu.getSource());
		assertEqualLines("invalid renaming AA", getFileContents(getOutputTestFileName("AA")), newcuAA.getSource());
	}
	public void test31() throws Exception {
		createCUfromTestFile(getPackageP(), "AA");

		ICompilationUnit cu= createCUfromTestFile(getPackageP(), "A");
		IType classA= getType(cu, "A");

		assertEquals("was supposed to pass", null, performRefactoring(createRefactoringDescriptor(classA, "B")));

		ICompilationUnit newcu= getPackageP().getCompilationUnit("B.java");
		ICompilationUnit newcuAA= getPackageP().getCompilationUnit("AA.java");
		assertEqualLines("invalid renaming A", getFileContents(getOutputTestFileName("B")), newcu.getSource());
		assertEqualLines("invalid renaming AA", getFileContents(getOutputTestFileName("AA")), newcuAA.getSource());
	}
	public void test32() throws Exception {
		helper2("A", "B");
	}

	public void test33() throws Exception {
		helper2("A", "B");
	}

	public void test34() throws Exception {
		helper2("A", "B");
	}

	public void test35() throws Exception {
		helper2("A", "B");
	}

	public void test36() throws Exception {
		helper2("A", "B");
	}

	public void test37() throws Exception {
		helper2("A", "B");
	}

	public void test38() throws Exception {
		helper2("A", "B");
	}

	public void test39() throws Exception {
		helper2("A", "B");
	}

	public void test4() throws Exception {
		helper2("A", "B");
	}

	public void test40() throws Exception {
		//printTestDisabledMessage("search engine bug");
		helper2("A", "B");
	}

	public void test41() throws Exception {
		helper2("A", "B");
	}

	public void test42() throws Exception {
		helper2("A", "B");
	}

	public void test43() throws Exception {
		helper2("A", "B");
	}

	public void test44() throws Exception {
		helper2("A", "B");
	}

	public void test45() throws Exception {
		helper2("A", "B");
	}

	public void test46() throws Exception {
		IPackageFragment packageP1= getRoot().createPackageFragment("p1", true, null);
		createCUfromTestFile(packageP1, "C");

		ICompilationUnit cu= createCUfromTestFile(getPackageP(), "A");
		IType classA= getType(cu, "A");

		assertEquals("was supposed to pass", null, performRefactoring(createRefactoringDescriptor(classA, "B")));

		ICompilationUnit newcu= getPackageP().getCompilationUnit("B.java");
		ICompilationUnit newcuC= packageP1.getCompilationUnit("C.java");
		assertEqualLines("invalid renaming A", getFileContents(getOutputTestFileName("B")), newcu.getSource());
		assertEqualLines("invalid renaming C", getFileContents(getOutputTestFileName("C")), newcuC.getSource());
	}

	public void test47() throws Exception {
		helper2("A", "B");
	}

	public void test48() throws Exception {
		helper2("A", "B");
	}

	public void test49() throws Exception {
		helper2("A", "B");
	}

	public void test50() throws Exception {
		printTestDisabledMessage("https://bugs.eclipse.org/bugs/show_bug.cgi?id=54948");
		if (false)
			helper2("A", "B");
	}

	public void test51() throws Exception {
		IPackageFragment packageP1= getRoot().createPackageFragment("p1", true, null);
		createCUfromTestFile(packageP1, "C");

		ICompilationUnit cu= createCUfromTestFile(getPackageP(), "A");
		IType classA= getType(cu, "A");

		assertEquals("was supposed to pass", null, performRefactoring(createRefactoringDescriptor(classA, "B")));

		ICompilationUnit newcu= getPackageP().getCompilationUnit("B.java");
		ICompilationUnit newcuC= packageP1.getCompilationUnit("C.java");
		assertEqualLines("invalid renaming A", getFileContents(getOutputTestFileName("B")), newcu.getSource());
		assertEqualLines("invalid renaming C", getFileContents(getOutputTestFileName("C")), newcuC.getSource());
	}

	public void test52() throws Exception {
		//printTestDisabledMessage("1GJY2XN: ITPJUI:WIN2000 - rename type: error when with reference");
		helper2("A", "B");
	}

	public void test53() throws Exception {
		helper2("A", "B", false);
	}

	public void test54() throws Exception {
		//printTestDisabledMessage("waiting for: 1GKAQJS: ITPJCORE:WIN2000 - search: incorrect results for nested types");
		helperWithTextual("A", "X", "XYZ", "A", true, false);
	}

	public void test55() throws Exception {
		//printTestDisabledMessage("waiting for: 1GKAQJS: ITPJCORE:WIN2000 - search: incorrect results for nested types");
		helperWithTextual("A", "X", "XYZ", "A", false, false);
	}

	public void test57() throws Exception {
		helperWithTextual("A", "A", "B", "B", true, true);
	}

	public void test58() throws Exception {
		//printTestDisabledMessage("bug#16751");
		helper2("A", "B");
	}

	public void test59() throws Exception {
//		printTestDisabledMessage("bug#22938");
		helper2("A", "B");
	}

	public void test60() throws Exception {
//		printTestDisabledMessage("test for bug 24740");
		helperWithTextual("A", "A", "B", "B", true, true);
	}

	public void test61() throws Exception {
		ParticipantTesting.reset();
		String[] renameHandles= helperWithTextual("A" , "Inner", "InnerB", "A", true, false);
		ParticipantTesting.testRename(renameHandles,
			new RenameArguments[] {
				new RenameArguments("InnerB", true),
			});
	}

	public void test62() throws Exception {
//		printTestDisabledMessage("test for bug 66250");
		helperWithTextual("A", "A", "B", "B", false, true);
	}

	public void test63() throws Exception {
//		printTestDisabledMessage("test for bug 79131");
		IPackageFragment anotherP= getRoot().createPackageFragment("another.p", true, null);
		String folder= "anotherp/";
		String type= "A";
		ICompilationUnit cu= createCUfromTestFile(anotherP, type, folder);

		helperWithTextual(type, type, "B", "B", true, true);

		assertEqualLines("invalid renaming in another.p.A", getFileContents(getOutputTestFileName(type, folder)), cu.getSource());
	}

	public void test64() throws Exception {
//		printTestDisabledMessage("test for bug 79131");
		IPackageFragment p2= getRoot().createPackageFragment("p2", true, null);
		String folder= "p2/";
		String type= "A";
		ICompilationUnit cu= createCUfromTestFile(p2, type, folder);

		helperWithTextual(type, type, "B", "B", true, true);

		assertEqualLines("invalid renaming in p2.A", getFileContents(getOutputTestFileName(type, folder)), cu.getSource());
	}

	public void test5() throws Exception {
		helper2("A", "B");
	}

	public void test6() throws Exception {
		helper2("A", "B");
	}

	public void test7() throws Exception {
		helper2("A", "B");
	}

	public void test8() throws Exception {
		helper2("A", "B");
	}

	public void test9() throws Exception {
		helper2("A", "B");
	}

	public void testUnicode01() throws Exception {
		helper2("B", "C");
		//TODO: test undo!
	}

	public void testQualifiedName1() throws Exception {
		helperQualifiedName("A", "B", "build.xml", "*.xml");
	}

	public void testQualifiedName2() throws Exception {
		helperQualifiedName("Transient", "TransientEquipment", "mapping.hbm.xml", "*.xml");
	}

	private void helperQualifiedName(String oldName, String newName, String textFileName, String filePatterns) throws Exception {
		ICompilationUnit cu= createCUfromTestFile(getPackageP(), oldName);
		IType classA= getType(cu, oldName);

		String content= getFileContents(getTestPath() + getName() + TEST_INPUT_INFIX + textFileName);
		IProject project= classA.getJavaProject().getProject();
		IFile file= project.getFile(textFileName);
		file.create(new ByteArrayInputStream(content.getBytes()), true, null);

		RenameJavaElementDescriptor descriptor= createRefactoringDescriptor(classA, newName);
		descriptor.setUpdateQualifiedNames(true);
		descriptor.setFileNamePatterns(filePatterns);

		assertEquals("was supposed to pass", null, performRefactoring(descriptor));

		ICompilationUnit newcu= getPackageP().getCompilationUnit(newName + ".java");
		assertEqualLines("invalid renaming", getFileContents(getOutputTestFileName(newName)), newcu.getSource());
		InputStreamReader reader= new InputStreamReader(file.getContents(true));
		StringBuffer newContent= new StringBuffer();
		try {
			int ch;
			while((ch= reader.read()) != -1)
				newContent.append((char)ch);
		} finally {
			reader.close();
		}
		String definedContent= getFileContents(getTestPath() + getName() + TEST_OUTPUT_INFIX + textFileName);
		assertEqualLines("invalid updating", definedContent, newContent.toString());
	}

	public void testGenerics1() throws Exception {
		helper2("A", "B");
	}

	public void testGenerics2() throws Exception {
		helper2("A", "B");
	}

	public void testGenerics3() throws Exception {
		helper2("A", "B");
	}

	public void testGenerics4() throws Exception {
		helper2("A", "B");
	}

	public void testEnum1() throws Exception {
		IPackageFragment p2= getRoot().createPackageFragment("p2", true, null);
		String folder= "p2/";
		String type= "A";
		ICompilationUnit cu= createCUfromTestFile(p2, type, folder);

		helper2("A", "B");

		assertEqualLines("invalid renaming in p2.A", getFileContents(getOutputTestFileName(type, folder)), cu.getSource());
	}

	public void testEnum2() throws Exception {
		helper2("A", "B");
	}

	public void testEnum3() throws Exception {
		ICompilationUnit enumbered= createCUfromTestFile(getPackageP(), "Enumbered");
		helper2("A", "B");
		assertEqualLines("invalid renaming in Enumbered", getFileContents(getOutputTestFileName("Enumbered")), enumbered.getSource());
	}

	public void testEnum4() throws Exception {
		helperWithTextual("A" , "A", "B", "A", true, false);
	}

	public void testEnum5() throws Exception {
		helper2("A", "B");
	}

	public void testAnnotation1() throws Exception {
		helper2("A", "B");
	}

	public void testAnnotation2() throws Exception {
		helper2("A", "B");
	}

	public void testAnnotation3() throws Exception {
		helperWithTextual("A" , "A", "B", "A", true, true);
	}

	// --------------- Similarly named elements -----------------

	public void testSimilarElements00() throws Exception {
		// Very basic test, one field, two methods
		helper3("SomeClass", "SomeClass2", true, false, true);
	}

	public void testSimilarElements01() throws Exception {
		// Already existing field with new name, shadow-error from field refac
		helper3_fail("SomeClass", "SomeClass2", true, false, true);
	}

	public void testSimilarElements02() throws Exception {
		// Already existing method
		helper3_fail("SomeClass", "SomeDifferentClass", true, false, true);
	}

	public void testSimilarElements03() throws Exception {
		// more methods
		helper3("SomeClass", "SomeClass2", true, false, true);
	}
	public void testSimilarElements04() throws Exception {
		//Additional field with exactly the same name and getters and setters in another class
		getClassFromTestFile(getPackageP(), "SomeOtherClass");
		helper3("SomeClass", "SomeClass2", true, false, true);
		checkResultInClass("SomeOtherClass");
	}

	public void testSimilarElements05() throws Exception {
		//qualified name updating
		//includes textual updating
		String content= getFileContents(getTestPath() + "testSimilarElements05/in/test.html");
		IProject project= getPackageP().getJavaProject().getProject();
		IFile file= project.getFile("test.html");
		file.create(new ByteArrayInputStream(content.getBytes()), true, null);

		helper3("SomeClass", "SomeDifferentClass", true, true, true, "test.html");

		InputStreamReader reader= new InputStreamReader(file.getContents(true));
		StringBuffer newContent= new StringBuffer();
		try {
			int ch;
			while((ch= reader.read()) != -1)
				newContent.append((char)ch);
		} finally {
			reader.close();
		}
		String definedContent= getFileContents(getTestPath() + "testSimilarElements05/out/test.html");
		assertEqualLines("invalid updating test.html", newContent.toString(), definedContent);

	}

	public void testSimilarElements06() throws Exception {
		//Additional field with exactly the same name and getters and setters in another class
		//includes textual updating
		// printTestDisabledMessage("potential matches in comments issue (bug 111891)");
		getClassFromTestFile(getPackageP(), "SomeNearlyIdenticalClass");
		helper3("SomeClass", "SomeOtherClass", true, true, true);
		checkResultInClass("SomeNearlyIdenticalClass");
	}

	public void testSimilarElements07() throws Exception {
		//Test 4 fields in one file, different suffixes/prefixes, incl. 2x setters/getters
		//includes textual updating
		helper3("SomeClass", "SomeDiffClass", true, true, true);
	}

	public void testSimilarElements08() throws Exception {
		//Interface renaming fun, this time without textual
		helper3("ISomeIf", "ISomeIf2", true, false, true);
	}

	public void testSimilarElements09() throws Exception {
		//Some inner types
		//includes textual updating
		getClassFromTestFile(getPackageP(), "SomeOtherClass");
		helper3_inner("SomeClass", "SomeInnerClass", "SomeClass", "SomeNewInnerClass", true, true, true, null);
		checkResultInClass("SomeOtherClass");
	}

	public void testSimilarElements10() throws Exception {
		//Two static fields
		getClassFromTestFile(getPackageP(), "SomeOtherClass");
		helper3("SomeClass", "SomeClass2", true, false, true, null);
		checkResultInClass("SomeOtherClass");
	}

	public void testSimilarElements11() throws Exception {
		//Assure participants get notified of normal stuff (type rename
		//and resource changes) AND similarly named elements.
		ParticipantTesting.reset();
		ICompilationUnit cu= createCUfromTestFile(getPackageP(), "SomeClass");
		IType someClass= getType(cu, "SomeClass");
		IType other= getClassFromTestFile(getPackageP(), "SomeOtherClass");

		List handleList= new ArrayList();
		List argumentList= new ArrayList();

		List similarOldHandleList= new ArrayList();
		List similarNewNameList= new ArrayList();
		List similarNewHandleList= new ArrayList();

		final String newName= "SomeNewClass";

		// f-Field + getters/setters
		IField f3= other.getField("fSomeClass");
		similarOldHandleList.add(f3.getHandleIdentifier());
		similarNewHandleList.add("Lp/SomeOtherClass;.fSomeNewClass");
		similarNewNameList.add("fSomeNewClass");

		IMethod m3= other.getMethod("getSomeClass", new String[0]);
		similarOldHandleList.add(m3.getHandleIdentifier());
		similarNewNameList.add("getSomeNewClass");
		similarNewHandleList.add("Lp/SomeOtherClass;.getSomeNewClass()V");
		IMethod m4= other.getMethod("setSomeClass", new String[] {"QSomeClass;"});
		similarOldHandleList.add(m4.getHandleIdentifier());
		similarNewNameList.add("setSomeNewClass");
		similarNewHandleList.add("Lp/SomeOtherClass;.setSomeNewClass(QSomeNewClass;)V");

		// non-f-field + getter/setters
		IField f1= someClass.getField("someClass");
		similarOldHandleList.add(f1.getHandleIdentifier());
		similarNewNameList.add("someNewClass");
		similarNewHandleList.add("Lp/SomeNewClass;.someNewClass");
		IMethod m1= someClass.getMethod("getSomeClass", new String[0]);
		similarOldHandleList.add(m1.getHandleIdentifier());
		similarNewNameList.add("getSomeNewClass");
		similarNewHandleList.add("Lp/SomeNewClass;.getSomeNewClass()V");
		IMethod m2= someClass.getMethod("setSomeClass", new String[] {"QSomeClass;"});
		similarOldHandleList.add(m2.getHandleIdentifier());
		similarNewNameList.add("setSomeNewClass");
		similarNewHandleList.add("Lp/SomeNewClass;.setSomeNewClass(QSomeNewClass;)V");

		// fs-field
		IField f2= someClass.getField("fsSomeClass");
		similarOldHandleList.add(f2.getHandleIdentifier());
		similarNewNameList.add("fsSomeNewClass");
		similarNewHandleList.add("Lp/SomeNewClass;.fsSomeNewClass");

		// Type Stuff
		handleList.add(someClass);
		argumentList.add(new RenameArguments(newName, true));
		handleList.add(cu);
		argumentList.add(new RenameArguments(newName + ".java", true));
		handleList.add(cu.getResource());
		argumentList.add(new RenameArguments(newName + ".java", true));

		String[] handles= ParticipantTesting.createHandles(handleList.toArray());
		RenameArguments[] arguments= (RenameArguments[])argumentList.toArray(new RenameArguments[0]);

		RenameJavaElementDescriptor descriptor= createRefactoringDescriptor(someClass, newName);
		setTheOptions(descriptor, true, false, true, null, RenamingNameSuggestor.STRATEGY_EMBEDDED);
		RefactoringStatus status= performRefactoring(descriptor);
		assertNull("was supposed to pass", status);

		checkResultInClass(newName);
		checkResultInClass("SomeOtherClass");

		ParticipantTesting.testRename(handles, arguments);
		ParticipantTesting.testSimilarElements(similarOldHandleList, similarNewNameList, similarNewHandleList);
	}

	public void testSimilarElements12() throws Exception {
		// Test updating of references
		helper3("SomeFieldClass", "SomeOtherFieldClass", true, false, true);
	}

	public void testSimilarElements13() throws Exception {
		// Test various locals and parameters with and without prefixes.
		// tests not renaming parameters with local prefixes and locals with parameter prefixes
		helper3("SomeClass", "SomeOtherClass", true, false, true);
	}

	public void testSimilarElements14() throws Exception {
		// Test for loop variables
		helper3("SomeClass2", "SomeOtherClass2", true, false, true);
	}

	public void testSimilarElements15() throws Exception {
		// Test catch block variables (exceptions)
		helper3("SomeClass3", "SomeOtherClass3", true, false, true);
	}

	public void testSimilarElements16() throws Exception {
		// Test updating of references
		helper3("SomeClass4", "SomeOtherClass4", true, false,  true);
	}

	public void testSimilarElements17() throws Exception {
		// Local with this name already exists - do not pass.
		helper3_fail("SomeClass6", "SomeOtherClass6", true, false, true);
	}

	public void testSimilarElements18() throws Exception {
		// factory method
		helper3("SomeClass", "SomeOtherClass", true, false, true);
	}

	public void testSimilarElements19() throws Exception {
		// Test detection of same target
		helper3_fail("ThreeHunkClass", "TwoHunk", true, false, true, RenamingNameSuggestor.STRATEGY_SUFFIX);
	}

	public void testSimilarElements20() throws Exception {
		// Overridden method, check both are renamed
		getClassFromTestFile(getPackageP(), "OtherClass");
		helper3("OverriddenMethodClass", "ThirdClass", true, false, true);
		checkResultInClass("OtherClass");
	}

	public void testSimilarElements21() throws Exception {
		// Constructors may not be renamed
		getClassFromTestFile(getPackageP(), "SomeClassSecond");
		helper3("SomeClass", "SomeNewClass", true, false, true);
		checkResultInClass("SomeClassSecond");
	}

	public void testSimilarElements22() throws Exception {
		// Test transplanter for fields in types inside of initializers

		ParticipantTesting.reset();
		ICompilationUnit cu= createCUfromTestFile(getPackageP(), "SomeClass");
		IType someClass= getType(cu, "SomeClass");

		List handleList= new ArrayList();
		List argumentList= new ArrayList();

		List similarOldHandleList= new ArrayList();
		List similarNewNameList= new ArrayList();
		List similarNewHandleList= new ArrayList();

		final String newName= "SomeNewClass";

		// field in class in initializer
		IField inInitializer= someClass.getInitializer(1).getType("InInitializer", 1).getField("someClassInInitializer");
		similarOldHandleList.add(inInitializer.getHandleIdentifier());
		similarNewNameList.add("someNewClassInInitializer");
		similarNewHandleList.add("Lp/SomeNewClass$InInitializer;.someNewClassInInitializer");

		// Type Stuff
		handleList.add(someClass);
		argumentList.add(new RenameArguments(newName, true));
		handleList.add(cu);
		argumentList.add(new RenameArguments(newName + ".java", true));
		handleList.add(cu.getResource());
		argumentList.add(new RenameArguments(newName + ".java", true));

		String[] handles= ParticipantTesting.createHandles(handleList.toArray());
		RenameArguments[] arguments= (RenameArguments[])argumentList.toArray(new RenameArguments[0]);

		RenameJavaElementDescriptor descriptor= createRefactoringDescriptor(someClass, newName);
		setTheOptions(descriptor, true, false, true, null, RenamingNameSuggestor.STRATEGY_EMBEDDED);
		RefactoringStatus status= performRefactoring(descriptor);
		assertNull("was supposed to pass", status);

		checkResultInClass(newName);

		ParticipantTesting.testRename(handles, arguments);
		ParticipantTesting.testSimilarElements(similarOldHandleList, similarNewNameList, similarNewHandleList);

	}

	public void testSimilarElements23() throws Exception {
		// Test transplanter for elements inside types inside fields

		ParticipantTesting.reset();
		ICompilationUnit cu= createCUfromTestFile(getPackageP(), "SomeClass");
		IType someClass= getType(cu, "SomeClass");

		List handleList= new ArrayList();
		List argumentList= new ArrayList();

		List similarOldHandleList= new ArrayList();
		List similarNewNameList= new ArrayList();
		List similarNewHandleList= new ArrayList();

		final String newName= "SomeNewClass";

		// some field
		IField anotherSomeClass= someClass.getField("anotherSomeClass");
		similarOldHandleList.add(anotherSomeClass.getHandleIdentifier());
		similarNewNameList.add("anotherSomeNewClass");
		similarNewHandleList.add("Lp/SomeNewClass;.anotherSomeNewClass");

		// field in class in method in field declaration ;)
		IField inInner= anotherSomeClass.getType("", 1).getMethod("foo", new String[0]).getType("X", 1).getField("someClassInInner");
		similarOldHandleList.add(inInner.getHandleIdentifier());
		similarNewNameList.add("someNewClassInInner");
		similarNewHandleList.add("Lp/SomeNewClass$1$X;.someNewClassInInner");

		// Type Stuff
		handleList.add(someClass);
		argumentList.add(new RenameArguments(newName, true));
		handleList.add(cu);
		argumentList.add(new RenameArguments(newName + ".java", true));
		handleList.add(cu.getResource());
		argumentList.add(new RenameArguments(newName + ".java", true));

		String[] handles= ParticipantTesting.createHandles(handleList.toArray());
		RenameArguments[] arguments= (RenameArguments[])argumentList.toArray(new RenameArguments[0]);

		RenameJavaElementDescriptor descriptor= createRefactoringDescriptor(someClass, newName);
		setTheOptions(descriptor, true, false, true, null, RenamingNameSuggestor.STRATEGY_EMBEDDED);
		RefactoringStatus status= performRefactoring(descriptor);
		assertNull("was supposed to pass", status);

		checkResultInClass(newName);

		ParticipantTesting.testRename(handles, arguments);
		ParticipantTesting.testSimilarElements(similarOldHandleList, similarNewNameList, similarNewHandleList);
	}

	public void testSimilarElements24() throws Exception {
		// Test transplanter for ICompilationUnit and IFile

		ParticipantTesting.reset();
		ICompilationUnit cu= createCUfromTestFile(getPackageP(), "SomeClass");
		IType someClass= getType(cu, "SomeClass");
		IJavaElement[] someClassMembers= someClass.getChildren();

		RenameJavaElementDescriptor descriptor= createRefactoringDescriptor(someClass, "SomeNewClass");
		setTheOptions(descriptor, true, false, true, null, RenamingNameSuggestor.STRATEGY_EMBEDDED);
		Refactoring ref= createRefactoring(descriptor);
		RefactoringStatus status= performRefactoring(ref);
		assertNull("was supposed to pass", status);

		checkResultInClass("SomeNewClass");

		checkMappers(ref, someClass, "SomeNewClass.java", someClassMembers);
	}

	private void checkMappers(Refactoring refactoring, IType type, String newCUName, IJavaElement[] someClassMembers) {
		RenameTypeProcessor rtp= (RenameTypeProcessor)((RenameRefactoring) refactoring).getProcessor();

		ICompilationUnit newUnit= (ICompilationUnit)rtp.getRefactoredJavaElement(type.getCompilationUnit());
		assertTrue(newUnit.exists());
		assertTrue(newUnit.getElementName().equals(newCUName));

		IFile newFile= (IFile)rtp.getRefactoredResource(type.getResource());
		assertTrue(newFile.exists());
		assertTrue(newFile.getName().equals(newCUName));

		if ((type.getParent().getElementType() == IJavaElement.COMPILATION_UNIT)
				&& type.getCompilationUnit().getElementName().equals(type.getElementName() + ".java")) {
			assertFalse(type.getCompilationUnit().exists());
			assertFalse(type.getResource().exists());
		}

		IPackageFragment oldPackage= (IPackageFragment)type.getCompilationUnit().getParent();
		IPackageFragment newPackage= (IPackageFragment)rtp.getRefactoredJavaElement(oldPackage);
		assertEquals(oldPackage, newPackage);

		for (int i= 0; i < someClassMembers.length; i++) {
			IMember member= (IMember) someClassMembers[i];
			IJavaElement refactoredMember= rtp.getRefactoredJavaElement(member);
			if (member instanceof IMethod && member.getElementName().equals(type.getElementName()))
				continue; // constructor
			assertTrue(refactoredMember.exists());
			assertEquals(member.getElementName(), refactoredMember.getElementName());
			assertFalse(refactoredMember.equals(member));
		}
	}

	public void testSimilarElements25() throws Exception {
		// Test renaming of several-in-one field declarations
		helper3("ScrewUp", "ScrewDown", true, false, true);
	}

	public void testSimilarElements26() throws Exception {
		// Test renaming of several-in-one local variable declarations
		helper3("ScrewUp", "ScrewDown", true, false, true);
	}

	public void testSimilarElements27() throws Exception {
		// Test methods are not renamed if the match is
		// not either a parameter or a return type
		helper3("ScrewUp", "ScrewDown", true, false, true);
	}

	public void testSimilarElements28() throws Exception {
		// Test local variables are not renamed if the match is
		// not the type of the local variable itself
		helper3("ScrewUp", "ScrewDown", true, false, true);
	}

	public void testSimilarElements29() throws Exception {
		// Test fields are not renamed if the match is
		// not the type of the field itself
		helper3("ScrewUp", "ScrewDown", true, false, true);
	}

	public void testSimilarElements30() throws Exception {
		// Test local variables in initializers
		helper3("SomeClass", "SomeNewClass", true, false, true);
	}

	public void testSimilarElements31() throws Exception {
		// Test references and textual references to local elements
		helper3("SomeClass", "SomeDiffClass", true, true, true);
	}

	public void testSimilarElements32() throws Exception {
		// Test whether local variable problem reporting still works
		helper3_fail("SomeClass", "SomeDifferentClass", true, false, true);
	}

	public void testSimilarElements33() throws Exception {
		// Test two local variables inside anonymous types do not generate warnings
		helper3("Why", "WhyNot", true, false, true);
	}

	public void testSimilarElements34() throws Exception {
		// Test references in annotations and type parameters
		helper3("Try", "Bla", true, false, true);
	}
}