Java Code Examples for org.eclipse.jdt.core.dom.MethodInvocation#setExpression()

public Expression methodB(String methodName, Type castType, Object... args) {
		MethodInvocation p = ast.newMethodInvocation();
		p.setExpression(name(MEM0_B));
//		p.setName(name(Translator.StringCache.getString(
//				type,
//				t,
//				opsymbol)));
		p.setName(name(methodName));

		for(Object arg : args)
			p.arguments().add(arg);
		
		if(castType != null) {
			CastExpression cast = ast.newCastExpression();			
			cast.setType(castType);
			cast.setExpression(p);
			cast.setProperty(TYPEBIND_PROP, FieldType.OBJECT);
			return cast;
		}
		return p;
	}
 

/**
 * Helper to generate an index based <code>for</code> loop to iterate over a {@link List}
 * implementation.
 * 
 * @param ast the current {@link AST} instance to generate the {@link ASTRewrite} for
 * @return an applicable {@link ASTRewrite} instance
 */
private ASTRewrite generateIndexBasedForRewrite(AST ast) {
	ASTRewrite rewrite= ASTRewrite.create(ast);

	ForStatement loopStatement= ast.newForStatement();
	SimpleName loopVariableName= resolveLinkedVariableNameWithProposals(rewrite, "int", null, true); //$NON-NLS-1$
	loopStatement.initializers().add(getForInitializer(ast, loopVariableName));

	MethodInvocation listSizeExpression= ast.newMethodInvocation();
	listSizeExpression.setName(ast.newSimpleName("size")); //$NON-NLS-1$
	Expression listExpression= (Expression) rewrite.createCopyTarget(fCurrentExpression);
	listSizeExpression.setExpression(listExpression);

	loopStatement.setExpression(getLinkedInfixExpression(rewrite, loopVariableName.getIdentifier(), listSizeExpression, InfixExpression.Operator.LESS));
	loopStatement.updaters().add(getLinkedIncrementExpression(rewrite, loopVariableName.getIdentifier()));

	Block forLoopBody= ast.newBlock();
	forLoopBody.statements().add(ast.newExpressionStatement(getIndexBasedForBodyAssignment(rewrite, loopVariableName)));
	forLoopBody.statements().add(createBlankLineStatementWithCursorPosition(rewrite));
	loopStatement.setBody(forLoopBody);
	rewrite.replace(fCurrentNode, loopStatement, null);

	return rewrite;
}
 

private Statement createOuterComparison() {
	MethodInvocation outer1= fAst.newMethodInvocation();
	outer1.setName(fAst.newSimpleName(METHODNAME_OUTER_TYPE));

	MethodInvocation outer2= fAst.newMethodInvocation();
	outer2.setName(fAst.newSimpleName(METHODNAME_OUTER_TYPE));
	outer2.setExpression(fAst.newSimpleName(VARIABLE_NAME_EQUALS_CASTED));

	MethodInvocation outerEql= fAst.newMethodInvocation();
	outerEql.setName(fAst.newSimpleName(METHODNAME_EQUALS));
	outerEql.setExpression(outer1);
	outerEql.arguments().add(outer2);

	PrefixExpression not= fAst.newPrefixExpression();
	not.setOperand(outerEql);
	not.setOperator(PrefixExpression.Operator.NOT);

	IfStatement notEqNull= fAst.newIfStatement();
	notEqNull.setExpression(not);
	notEqNull.setThenStatement(getThenStatement(getReturnFalse()));
	return notEqNull;
}
 

protected MethodInvocation createDoPrivilegedInvocation(ASTRewrite rewrite, ClassInstanceCreation classLoaderCreation) {
    AST ast = rewrite.getAST();

    MethodInvocation doPrivilegedInvocation = ast.newMethodInvocation();
    ClassInstanceCreation privilegedActionCreation = createPrivilegedActionCreation(rewrite, classLoaderCreation);
    List<Expression> arguments = checkedList(doPrivilegedInvocation.arguments());

    if (!isStaticImport()) {
        Name accessControllerName;
        if (isUpdateImports()) {
            accessControllerName = ast.newSimpleName(AccessController.class.getSimpleName());
        } else {
            accessControllerName = ast.newName(AccessController.class.getName());
        }
        doPrivilegedInvocation.setExpression(accessControllerName);
    }
    doPrivilegedInvocation.setName(ast.newSimpleName(DO_PRIVILEGED_METHOD_NAME));
    arguments.add(privilegedActionCreation);

    return doPrivilegedInvocation;
}
 

/**
 * Creates an {@link Assignment} as first expression appearing in an index based
 * <code>for</code> loop's body. This Assignment declares a local variable and initializes it
 * using the {@link List}'s current element identified by the loop index.
 * 
 * @param rewrite the current {@link ASTRewrite} instance
 * @param loopVariableName the name of the index variable in String representation
 * @return a completed {@link Assignment} containing the mentioned declaration and
 *         initialization
 */
private Expression getIndexBasedForBodyAssignment(ASTRewrite rewrite, SimpleName loopVariableName) {
	AST ast= rewrite.getAST();
	ITypeBinding loopOverType= extractElementType(ast);

	Assignment assignResolvedVariable= ast.newAssignment();

	// left hand side
	SimpleName resolvedVariableName= resolveLinkedVariableNameWithProposals(rewrite, loopOverType.getName(), loopVariableName.getIdentifier(), false);
	VariableDeclarationFragment resolvedVariableDeclarationFragment= ast.newVariableDeclarationFragment();
	resolvedVariableDeclarationFragment.setName(resolvedVariableName);
	VariableDeclarationExpression resolvedVariableDeclaration= ast.newVariableDeclarationExpression(resolvedVariableDeclarationFragment);
	resolvedVariableDeclaration.setType(getImportRewrite().addImport(loopOverType, ast, new ContextSensitiveImportRewriteContext(fCurrentNode, getImportRewrite())));
	assignResolvedVariable.setLeftHandSide(resolvedVariableDeclaration);

	// right hand side
	MethodInvocation invokeGetExpression= ast.newMethodInvocation();
	invokeGetExpression.setName(ast.newSimpleName("get")); //$NON-NLS-1$
	SimpleName indexVariableName= ast.newSimpleName(loopVariableName.getIdentifier());
	addLinkedPosition(rewrite.track(indexVariableName), LinkedPositionGroup.NO_STOP, indexVariableName.getIdentifier());
	invokeGetExpression.arguments().add(indexVariableName);
	invokeGetExpression.setExpression((Expression) rewrite.createCopyTarget(fCurrentExpression));
	assignResolvedVariable.setRightHandSide(invokeGetExpression);

	assignResolvedVariable.setOperator(Assignment.Operator.ASSIGN);

	return assignResolvedVariable;
}
 

private static Statement genPrinter(Expression expression) {
	MethodInvocation methodInvocation = ast.newMethodInvocation();
	methodInvocation.setExpression(ast.newName("System.out"));
	methodInvocation.setName(ast.newSimpleName("println"));
	methodInvocation.arguments().add(expression);
	ExpressionStatement expressionStatement = ast.newExpressionStatement(methodInvocation);
	return expressionStatement;
}
 

/**
 * Creates an invocation of a method that takes zero or one argument
 * 
 * @param expression the receiver expression
 * @param methodName the method name
 * @param argument the argument, can be <code>null</code> if the method does not take any arguments
 * @return MethodInvocation in following form: <code>expression.methodName(argument)</code>
 */
protected MethodInvocation createMethodInvocation(Expression expression, String methodName, Expression argument) {
	MethodInvocation invocation= fAst.newMethodInvocation();
	invocation.setExpression(expression);
	invocation.setName(fAst.newSimpleName(methodName));
	if (argument != null)
		invocation.arguments().add(argument);
	return invocation;
}
 

private Expression createMethodInvocation(Expression access, String qualifiedClassName, String methodName) {
	MethodInvocation invoc= fAst.newMethodInvocation();
	invoc.setExpression(getQualifiedName(qualifiedClassName));
	invoc.setName(fAst.newSimpleName(methodName));
	invoc.arguments().add(access);
	return invoc;
}
 

private MethodInvocation createInvocation(AST ast, Expression operand, String operator) {
	Expression receiver = getReceiver(operand);
	MethodInvocation invocation = ast.newMethodInvocation();
	invocation.setName(ast.newSimpleName(fSetter));
	if (receiver != null) {
		invocation.setExpression((Expression) fRewriter.createCopyTarget(receiver));
	}
	InfixExpression argument = ast.newInfixExpression();
	invocation.arguments().add(argument);
	if ("++".equals(operator)) { //$NON-NLS-1$
		argument.setOperator(InfixExpression.Operator.PLUS);
	} else if ("--".equals(operator)) { //$NON-NLS-1$
		argument.setOperator(InfixExpression.Operator.MINUS);
	} else {
		Assert.isTrue(false, "Should not happen"); //$NON-NLS-1$
	}
	MethodInvocation getter = ast.newMethodInvocation();
	getter.setName(ast.newSimpleName(fGetter));
	if (receiver != null) {
		getter.setExpression((Expression) fRewriter.createCopyTarget(receiver));
	}
	argument.setLeftOperand(getter);
	argument.setRightOperand(ast.newNumberLiteral("1")); //$NON-NLS-1$

	fReferencingGetter = true;
	fReferencingSetter = true;

	return invocation;
}
 

protected Expression createSubListInvocation(Expression memberAccess, Expression sizeAccess) {
	MethodInvocation subListInvocation= fAst.newMethodInvocation();
	subListInvocation.setExpression(memberAccess);
	subListInvocation.setName(fAst.newSimpleName("subList")); //$NON-NLS-1$
	subListInvocation.arguments().add(fAst.newNumberLiteral(String.valueOf(0)));

	MethodInvocation minInvocation= createMethodInvocation(addImport("java.lang.Math"), "min", sizeAccess); //$NON-NLS-1$ //$NON-NLS-2$
	minInvocation.arguments().add(fAst.newSimpleName(fMaxLenVariableName));
	subListInvocation.arguments().add(minInvocation);
	needMaxLenVariable= true;
	return subListInvocation;
}
 

/**
 * @param workingUnit
 * @param original
 * @return
 */
private MethodInvocation invokeClone(CompilationUnit workingUnit, SimpleName original) {
    MethodInvocation cloneInvoke = workingUnit.getAST().newMethodInvocation();
    Expression cloneField = (SimpleName) ASTNode.copySubtree(cloneInvoke.getAST(), original);
    SimpleName cloneName = workingUnit.getAST().newSimpleName("clone");
    cloneInvoke.setExpression(cloneField);
    cloneInvoke.setName(cloneName);
    return cloneInvoke;
}
 

public Expression createFieldWriteAccess(ParameterInfo pi, String paramName, AST ast, IJavaProject project, Expression assignedValue, boolean useSuper, Expression qualifier) {
	Expression completeQualifier= generateQualifier(paramName, ast, useSuper, qualifier);
	if (fCreateSetter) {
		MethodInvocation mi= ast.newMethodInvocation();
		mi.setName(ast.newSimpleName(getSetterName(pi, ast, project)));
		mi.setExpression(completeQualifier);
		mi.arguments().add(assignedValue);
		return mi;
	}
	return createFieldAccess(pi, ast, completeQualifier);
}
 

protected void appendExpression(Expression expression) {
	MethodInvocation appendInvocation= fAst.newMethodInvocation();
	if (temporaryExpression != null)
		appendInvocation.setExpression(temporaryExpression);
	else
		appendInvocation.setExpression(fAst.newSimpleName(fBuilderVariableName));
	appendInvocation.setName(fAst.newSimpleName(APPEND_METHOD_NAME));
	appendInvocation.arguments().add(expression);
	temporaryExpression= appendInvocation;
}
 

@Override
public MethodDeclaration generateToStringMethod() throws CoreException {
	initialize();

	//ToStringBuilder builder= new ToStringBuilder(this);
	String builderVariableName= createNameSuggestion(getContext().getCustomBuilderVariableName(), NamingConventions.VK_LOCAL);
	VariableDeclarationFragment fragment= fAst.newVariableDeclarationFragment();
	fragment.setName(fAst.newSimpleName(builderVariableName));
	ClassInstanceCreation classInstance= fAst.newClassInstanceCreation();
	Name typeName= addImport(getContext().getCustomBuilderClass());
	classInstance.setType(fAst.newSimpleType(typeName));
	classInstance.arguments().add(fAst.newThisExpression());
	fragment.setInitializer(classInstance);
	VariableDeclarationStatement vStatement= fAst.newVariableDeclarationStatement(fragment);
	vStatement.setType(fAst.newSimpleType((Name)ASTNode.copySubtree(fAst, typeName)));
	toStringMethod.getBody().statements().add(vStatement);

	/* expression for accumulating chained calls */
	Expression expression= null;

	for (int i= 0; i < getContext().getSelectedMembers().length; i++) {
		//builder.append("member", member);
		MethodInvocation appendInvocation= createAppendMethodForMember(getContext().getSelectedMembers()[i]);
		if (getContext().isSkipNulls() && !getMemberType(getContext().getSelectedMembers()[i]).isPrimitive()) {
			if (expression != null) {
				toStringMethod.getBody().statements().add(fAst.newExpressionStatement(expression));
				expression= null;
			}
			appendInvocation.setExpression(fAst.newSimpleName(builderVariableName));
			IfStatement ifStatement= fAst.newIfStatement();
			ifStatement.setExpression(createInfixExpression(createMemberAccessExpression(getContext().getSelectedMembers()[i], true, true), Operator.NOT_EQUALS, fAst.newNullLiteral()));
			ifStatement.setThenStatement(createOneStatementBlock(appendInvocation));
			toStringMethod.getBody().statements().add(ifStatement);
		} else {
			if (expression != null) {
				appendInvocation.setExpression(expression);
			} else {
				appendInvocation.setExpression(fAst.newSimpleName(builderVariableName));
			}
			if (getContext().isCustomBuilderChainedCalls() && canChainLastAppendCall) {
				expression= appendInvocation;
			} else {
				expression= null;
				toStringMethod.getBody().statements().add(fAst.newExpressionStatement(appendInvocation));
			}
		}
	}

	if (expression != null) {
		toStringMethod.getBody().statements().add(fAst.newExpressionStatement(expression));
	}
	// return builder.toString();
	ReturnStatement rStatement= fAst.newReturnStatement();
	rStatement.setExpression(createMethodInvocation(builderVariableName, getContext().getCustomBuilderResultMethod(), null));
	toStringMethod.getBody().statements().add(rStatement);

	complete();

	return toStringMethod;
}
 

private void createIntermediaryMethod() throws CoreException {

		CompilationUnitRewrite imRewrite= getCachedCURewrite(fIntermediaryType.getCompilationUnit());
		AST ast= imRewrite.getAST();
		MethodDeclaration intermediary= ast.newMethodDeclaration();

		// Intermediary class is non-anonymous
		AbstractTypeDeclaration type= (AbstractTypeDeclaration)typeToDeclaration(fIntermediaryType, imRewrite.getRoot());

		// Name
		intermediary.setName(ast.newSimpleName(fIntermediaryMethodName));

		// Flags
		List<IExtendedModifier> modifiers= intermediary.modifiers();
		if (!fIntermediaryType.isInterface()) {
			modifiers.add(imRewrite.getAST().newModifier(ModifierKeyword.PUBLIC_KEYWORD));
		}
		modifiers.add(imRewrite.getAST().newModifier(ModifierKeyword.STATIC_KEYWORD));

		// Parameters
		String targetParameterName= StubUtility.suggestArgumentName(getProject(), fIntermediaryFirstParameterType.getName(), fTargetMethod.getParameterNames());

		ImportRewriteContext context= new ContextSensitiveImportRewriteContext(type, imRewrite.getImportRewrite());
		if (!isStaticTarget()) {
			// Add first param
			SingleVariableDeclaration parameter= imRewrite.getAST().newSingleVariableDeclaration();
			Type t= imRewrite.getImportRewrite().addImport(fIntermediaryFirstParameterType, imRewrite.getAST(), context);
			if (fIntermediaryFirstParameterType.isGenericType()) {
				ParameterizedType parameterized= imRewrite.getAST().newParameterizedType(t);
				ITypeBinding[] typeParameters= fIntermediaryFirstParameterType.getTypeParameters();
				for (int i= 0; i < typeParameters.length; i++)
					parameterized.typeArguments().add(imRewrite.getImportRewrite().addImport(typeParameters[i], imRewrite.getAST()));
				t= parameterized;
			}
			parameter.setType(t);
			parameter.setName(imRewrite.getAST().newSimpleName(targetParameterName));
			intermediary.parameters().add(parameter);
		}
		// Add other params
		copyArguments(intermediary, imRewrite);

		// Add type parameters of declaring type (and enclosing types)
		if (!isStaticTarget() && fIntermediaryFirstParameterType.isGenericType())
			addTypeParameters(imRewrite, intermediary.typeParameters(), fIntermediaryFirstParameterType);

		// Add type params of method
		copyTypeParameters(intermediary, imRewrite);

		// Return type
		intermediary.setReturnType2(imRewrite.getImportRewrite().addImport(fTargetMethodBinding.getReturnType(), ast, context));

		// Exceptions
		copyExceptions(intermediary, imRewrite);

		// Body
		MethodInvocation invocation= imRewrite.getAST().newMethodInvocation();
		invocation.setName(imRewrite.getAST().newSimpleName(fTargetMethod.getElementName()));
		if (isStaticTarget()) {
			Type importedType= imRewrite.getImportRewrite().addImport(fTargetMethodBinding.getDeclaringClass(), ast, context);
			invocation.setExpression(ASTNodeFactory.newName(ast, ASTNodes.asString(importedType)));
		} else {
			invocation.setExpression(imRewrite.getAST().newSimpleName(targetParameterName));
		}
		copyInvocationParameters(invocation, ast);
		Statement call= encapsulateInvocation(intermediary, invocation);

		final Block body= imRewrite.getAST().newBlock();
		body.statements().add(call);
		intermediary.setBody(body);

		// method comment
		ICompilationUnit targetCU= imRewrite.getCu();
		if (StubUtility.doAddComments(targetCU.getJavaProject())) {
			String comment= CodeGeneration.getMethodComment(targetCU, getIntermediaryTypeName(), intermediary, null, StubUtility.getLineDelimiterUsed(targetCU));
			if (comment != null) {
				Javadoc javadoc= (Javadoc) imRewrite.getASTRewrite().createStringPlaceholder(comment, ASTNode.JAVADOC);
				intermediary.setJavadoc(javadoc);
			}
		}

		// Add the completed method to the intermediary type:
		ChildListPropertyDescriptor typeBodyDeclarationsProperty= typeToBodyDeclarationProperty(fIntermediaryType, imRewrite.getRoot());

		ListRewrite bodyDeclarationsListRewrite= imRewrite.getASTRewrite().getListRewrite(type, typeBodyDeclarationsProperty);
		bodyDeclarationsListRewrite.insertAt(intermediary, ASTNodes.getInsertionIndex(intermediary, type.bodyDeclarations()), imRewrite
				.createGroupDescription(RefactoringCoreMessages.IntroduceIndirectionRefactoring_group_description_create_new_method));
	}
 

private RefactoringStatus updateMethodInvocation(MethodInvocation originalInvocation, IMember enclosing, CompilationUnitRewrite unitRewriter) throws JavaModelException {

		RefactoringStatus status= new RefactoringStatus();

		// If the method invocation utilizes type arguments, skip this
		// call as the new target method may have additional parameters
		if (originalInvocation.typeArguments().size() > 0)
			return createWarningAboutCall(enclosing, originalInvocation, RefactoringCoreMessages.IntroduceIndirectionRefactoring_call_warning_type_arguments);

		MethodInvocation newInvocation= unitRewriter.getAST().newMethodInvocation();
		List<Expression> newInvocationArgs= newInvocation.arguments();
		List<Expression> originalInvocationArgs= originalInvocation.arguments();

		// static call => always use a qualifier
		String qualifier= unitRewriter.getImportRewrite().addImport(fIntermediaryTypeBinding);
		newInvocation.setExpression(ASTNodeFactory.newName(unitRewriter.getAST(), qualifier));
		newInvocation.setName(unitRewriter.getAST().newSimpleName(getIntermediaryMethodName()));

		final Expression expression= originalInvocation.getExpression();

		if (!isStaticTarget()) {
			// Add the expression as the first parameter
			if (expression == null) {
				// There is no expression for this call. Use a (possibly qualified) "this" expression.
				ThisExpression expr= unitRewriter.getAST().newThisExpression();
				RefactoringStatus qualifierStatus= qualifyThisExpression(expr, originalInvocation, enclosing, unitRewriter);
				status.merge(qualifierStatus);
				if (qualifierStatus.hasEntries())
					// warning means don't include this invocation
					return status;
				newInvocationArgs.add(expr);
			} else {
				Expression expressionAsParam= (Expression) unitRewriter.getASTRewrite().createMoveTarget(expression);
				newInvocationArgs.add(expressionAsParam);
			}
		} else {
			if (expression != null) {
				// Check if expression is the type name. If not, there may
				// be side effects (e.g. inside methods) -> don't update
				if (! (expression instanceof Name) || ASTNodes.getTypeBinding((Name) expression) == null)
					return createWarningAboutCall(enclosing, originalInvocation, RefactoringCoreMessages.IntroduceIndirectionRefactoring_call_warning_static_expression_access);
			}
		}

		for (int i= 0; i < originalInvocationArgs.size(); i++) {
			Expression originalInvocationArg= originalInvocationArgs.get(i);
			Expression movedArg= (Expression) unitRewriter.getASTRewrite().createMoveTarget(originalInvocationArg);
			newInvocationArgs.add(movedArg);
		}

		unitRewriter.getASTRewrite().replace(originalInvocation, newInvocation,
				unitRewriter.createGroupDescription(RefactoringCoreMessages.IntroduceIndirectionRefactoring_group_description_replace_call));

		return status;
	}
 

public static void addDeprecatedFieldsToMethodsProposals(IInvocationContext context, IProblemLocation problem, Collection<ICommandAccess> proposals) {
	ASTNode selectedNode= problem.getCoveringNode(context.getASTRoot());
	if (selectedNode instanceof Name) {
		IBinding binding= ((Name) selectedNode).resolveBinding();
		if (binding instanceof IVariableBinding) {
			IVariableBinding variableBinding= (IVariableBinding) binding;
			if (variableBinding.isField()) {
				String qualifiedName= variableBinding.getDeclaringClass().getTypeDeclaration().getQualifiedName();
				String fieldName= variableBinding.getName();
				String[] methodName= getMethod(JavaModelUtil.concatenateName(qualifiedName, fieldName));
				if (methodName != null) {
					AST ast= selectedNode.getAST();
					ASTRewrite astRewrite= ASTRewrite.create(ast);
					ImportRewrite importRewrite= StubUtility.createImportRewrite(context.getASTRoot(), true);

					MethodInvocation method= ast.newMethodInvocation();
					String qfn= importRewrite.addImport(methodName[0]);
					method.setExpression(ast.newName(qfn));
					method.setName(ast.newSimpleName(methodName[1]));
					ASTNode parent= selectedNode.getParent();
					ICompilationUnit cu= context.getCompilationUnit();
					// add explicit type arguments if necessary (for 1.8 and later, we're optimistic that inference just works):
					if (Invocations.isInvocationWithArguments(parent) && !JavaModelUtil.is18OrHigher(cu.getJavaProject())) {
						IMethodBinding methodBinding= Invocations.resolveBinding(parent);
						if (methodBinding != null) {
							ITypeBinding[] parameterTypes= methodBinding.getParameterTypes();
							int i= Invocations.getArguments(parent).indexOf(selectedNode);
							if (parameterTypes.length >= i && parameterTypes[i].isParameterizedType()) {
								ITypeBinding[] typeArguments= parameterTypes[i].getTypeArguments();
								for (int j= 0; j < typeArguments.length; j++) {
									ITypeBinding typeArgument= typeArguments[j];
									typeArgument= Bindings.normalizeForDeclarationUse(typeArgument, ast);
									if (! TypeRules.isJavaLangObject(typeArgument)) {
										// add all type arguments if at least one is found to be necessary:
										List<Type> typeArgumentsList= method.typeArguments();
										for (int k= 0; k < typeArguments.length; k++) {
											typeArgument= typeArguments[k];
											typeArgument= Bindings.normalizeForDeclarationUse(typeArgument, ast);
											typeArgumentsList.add(importRewrite.addImport(typeArgument, ast));
										}
										break;
									}
								}
							}
						}
					}
					
					astRewrite.replace(selectedNode, method, null);

					String label= Messages.format(CorrectionMessages.LocalCorrectionsSubProcessor_replacefieldaccesswithmethod_description, BasicElementLabels.getJavaElementName(ASTNodes.asString(method)));
					Image image= JavaPluginImages.get(JavaPluginImages.IMG_CORRECTION_CHANGE);
					ASTRewriteCorrectionProposal proposal= new ASTRewriteCorrectionProposal(label, cu, astRewrite, IProposalRelevance.REPLACE_FIELD_ACCESS_WITH_METHOD, image);
					proposal.setImportRewrite(importRewrite);
					proposals.add(proposal);
				}
			}
		}
	}
}
 

private ASTNode[] createCallNodes(SnippetFinder.Match duplicate, int modifiers) {
	List<ASTNode> result = new ArrayList<>(2);

	IVariableBinding[] locals = fAnalyzer.getCallerLocals();
	for (int i = 0; i < locals.length; i++) {
		result.add(createDeclaration(locals[i], null));
	}

	MethodInvocation invocation = fAST.newMethodInvocation();
	invocation.setName(fAST.newSimpleName(fMethodName));
	ASTNode typeNode = ASTResolving.findParentType(fAnalyzer.getEnclosingBodyDeclaration());
	RefactoringStatus status = new RefactoringStatus();
	while (fDestination != typeNode) {
		fAnalyzer.checkInput(status, fMethodName, typeNode);
		if (!status.isOK()) {
			SimpleName destinationTypeName = fAST.newSimpleName(ASTNodes.getEnclosingType(fDestination).getName());
			if ((modifiers & Modifier.STATIC) == 0) {
				ThisExpression thisExpression = fAST.newThisExpression();
				thisExpression.setQualifier(destinationTypeName);
				invocation.setExpression(thisExpression);
			} else {
				invocation.setExpression(destinationTypeName);
			}
			break;
		}
		typeNode = typeNode.getParent();
	}

	List<Expression> arguments = invocation.arguments();
	for (int i = 0; i < fParameterInfos.size(); i++) {
		ParameterInfo parameter = fParameterInfos.get(i);
		arguments.add(ASTNodeFactory.newName(fAST, getMappedName(duplicate, parameter)));
	}
	if (fLinkedProposalModel != null) {
		LinkedProposalPositionGroupCore nameGroup = fLinkedProposalModel.getPositionGroup(KEY_NAME, true);
		nameGroup.addPosition(fRewriter.track(invocation.getName()), true);
	}

	ASTNode call;
	int returnKind = fAnalyzer.getReturnKind();
	switch (returnKind) {
		case ExtractMethodAnalyzer.ACCESS_TO_LOCAL:
			IVariableBinding binding = fAnalyzer.getReturnLocal();
			if (binding != null) {
				VariableDeclarationStatement decl = createDeclaration(getMappedBinding(duplicate, binding), invocation);
				call = decl;
			} else {
				Assignment assignment = fAST.newAssignment();
				assignment.setLeftHandSide(ASTNodeFactory.newName(fAST, getMappedBinding(duplicate, fAnalyzer.getReturnValue()).getName()));
				assignment.setRightHandSide(invocation);
				call = assignment;
			}
			break;
		case ExtractMethodAnalyzer.RETURN_STATEMENT_VALUE:
			ReturnStatement rs = fAST.newReturnStatement();
			rs.setExpression(invocation);
			call = rs;
			break;
		default:
			call = invocation;
	}

	if (call instanceof Expression && !fAnalyzer.isExpressionSelected()) {
		call = fAST.newExpressionStatement((Expression) call);
	}
	result.add(call);

	// We have a void return statement. The code looks like
	// extracted();
	// return;
	if (returnKind == ExtractMethodAnalyzer.RETURN_STATEMENT_VOID && !fAnalyzer.isLastStatementSelected()) {
		result.add(fAST.newReturnStatement());
	}
	return result.toArray(new ASTNode[result.size()]);
}
 

/**
 * Creates a comparison of reference types.
 *
 * <pre>
 * if (this.a == null) {
 * 	if (other.a != null)
 * 		return false;
 * } else {
 * 	if (!this.a.equals(other.a))
 * 		return false;
 * }
 * </pre>
 * @param name the field name
 * @return the comparison statement
 */
private Statement createQualifiedComparison(String name) {
	InfixExpression newCondition= fAst.newInfixExpression();
	newCondition.setOperator(Operator.EQUALS);
	newCondition.setLeftOperand(getThisAccessForEquals(name));
	newCondition.setRightOperand(fAst.newNullLiteral());

	// THEN
	InfixExpression notEqNull= fAst.newInfixExpression();
	notEqNull.setOperator(Operator.NOT_EQUALS);
	notEqNull.setLeftOperand(getOtherAccess(name));
	notEqNull.setRightOperand(fAst.newNullLiteral());

	IfStatement thenPart= fAst.newIfStatement();
	thenPart.setExpression(notEqNull);
	thenPart.setThenStatement(getThenStatement(getReturnFalse()));

	Block thenPart2= fAst.newBlock();
	thenPart2.statements().add(thenPart);

	// ELSE
	MethodInvocation invoc= fAst.newMethodInvocation();
	invoc.setName(fAst.newSimpleName(METHODNAME_EQUALS));
	invoc.setExpression(getThisAccessForEquals(name));
	invoc.arguments().add(getOtherAccess(name));

	PrefixExpression pe= fAst.newPrefixExpression();
	pe.setOperator(PrefixExpression.Operator.NOT);
	pe.setOperand(invoc);

	IfStatement elsePart= fAst.newIfStatement();
	elsePart.setExpression(pe);
	elsePart.setThenStatement(getThenStatement(getReturnFalse()));

	// ALL
	IfStatement isNull= fAst.newIfStatement();
	isNull.setExpression(newCondition);
	isNull.setThenStatement(thenPart2);
	isNull.setElseStatement(elsePart);

	return isNull;
}
 

/**
 * 
 * @param templateElement the template element, see constants in {@link ToStringTemplateParser}
 * @param member the member
 * @return <code>String</code> or <code>Expression</code> switching
 */
protected Object processElement(String templateElement, Object member) {
	Object result= templateElement;
	if (templateElement == ToStringTemplateParser.OBJECT_NAME_VARIABLE) {
		result= fContext.getTypeBinding().getName();
	}
	if (templateElement == ToStringTemplateParser.OBJECT_GET_NAME_VARIABLE) {
		//this.getClass().getName()
		MethodInvocation getClassInvocation= fAst.newMethodInvocation();
		if (fContext.isKeywordThis())
			getClassInvocation.setExpression(fAst.newThisExpression());
		getClassInvocation.setName(fAst.newSimpleName("getClass")); //$NON-NLS-1$
		MethodInvocation getNameInvocation= fAst.newMethodInvocation();
		getNameInvocation.setExpression(getClassInvocation);
		getNameInvocation.setName(fAst.newSimpleName("getName")); //$NON-NLS-1$
		result= getNameInvocation;
	}
	if (templateElement == ToStringTemplateParser.OBJECT_SUPER_TOSTRING_VARIABLE) {
		//super.toString()
		SuperMethodInvocation superToStringInvocation= fAst.newSuperMethodInvocation();
		superToStringInvocation.setName(fAst.newSimpleName(METHODNAME_TO_STRING));
		result= superToStringInvocation;
	}
	if (templateElement == ToStringTemplateParser.OBJECT_HASHCODE_VARIABLE) {
		//this.hashCode()
		MethodInvocation hashCodeInvocation= fAst.newMethodInvocation();
		if (fContext.isKeywordThis())
			hashCodeInvocation.setExpression(fAst.newThisExpression());
		hashCodeInvocation.setName(fAst.newSimpleName("hashCode")); //$NON-NLS-1$
		result= hashCodeInvocation;
	}
	if (templateElement == ToStringTemplateParser.OBJECT_SYSTEM_HASHCODE_VARIABLE) {
		//system.identityHashCode(this)
		result= createMethodInvocation(addImport("java.lang.System"), "identityHashCode", fAst.newThisExpression()); //$NON-NLS-1$ //$NON-NLS-2$
	}
	if (templateElement == ToStringTemplateParser.MEMBER_NAME_VARIABLE || templateElement == ToStringTemplateParser.MEMBER_NAME_PARENTHESIS_VARIABLE) {
		result= getMemberName(member, templateElement);
	}
	if (templateElement == ToStringTemplateParser.MEMBER_VALUE_VARIABLE) {
		result= createMemberAccessExpression(member, false, fContext.isSkipNulls());
	}
	if (result instanceof StringLiteral)
		return ((StringLiteral)result).getLiteralValue();
	else
		return result;
}