/** * Creates an unparented alternate constructor ("this(...);") invocation * statement node owned by this AST. By default, the lists of arguments * and type arguments are both empty. * <p> * Note that this type of node is a Statement, whereas a regular * method invocation is an Expression. The only valid use of these * statements are as the first statement of a constructor body. * </p> * * @return a new unparented alternate constructor invocation statement node */ public ConstructorInvocation newConstructorInvocation() { ConstructorInvocation result = new ConstructorInvocation(this); return result; }
/** * Creates an unparented alternate constructor ("this(...);") invocation * statement node owned by this AST. By default, the lists of arguments * and type arguments are both empty. * <p> * Note that this type of node is a Statement, whereas a regular * method invocation is an Expression. The only valid use of these * statements are as the first statement of a constructor body. * </p> * * @return a new unparented alternate constructor invocation statement node */ public ConstructorInvocation newConstructorInvocation() { ConstructorInvocation result = new ConstructorInvocation(this); return result; }
/** * Creates an unparented alternate constructor ("this(...);") invocation * statement node owned by this AST. By default, the lists of arguments * and type arguments are both empty. * <p> * Note that this type of node is a Statement, whereas a regular * method invocation is an Expression. The only valid use of these * statements are as the first statement of a constructor body. * </p> * * @return a new unparented alternate constructor invocation statement node */ public ConstructorInvocation newConstructorInvocation() { ConstructorInvocation result = new ConstructorInvocation(this); return result; }
/** * Creates an unparented alternate constructor ("this(...);") invocation * statement node owned by this AST. By default, the lists of arguments * and type arguments are both empty. * <p> * Note that this type of node is a Statement, whereas a regular * method invocation is an Expression. The only valid use of these * statements are as the first statement of a constructor body. * </p> * * @return a new unparented alternate constructor invocation statement node */ public ConstructorInvocation newConstructorInvocation() { ConstructorInvocation result = new ConstructorInvocation(this); return result; }
/** * Creates an unparented alternate constructor ("this(...);") invocation * statement node owned by this AST. By default, the lists of arguments * and type arguments are both empty. * <p> * Note that this type of node is a Statement, whereas a regular * method invocation is an Expression. The only valid use of these * statements are as the first statement of a constructor body. * </p> * * @return a new unparented alternate constructor invocation statement node */ public ConstructorInvocation newConstructorInvocation() { ConstructorInvocation result = new ConstructorInvocation(this); return result; }
/** * Creates an unparented alternate constructor ("this(...);") invocation * statement node owned by this AST. By default, the lists of arguments * and type arguments are both empty. * <p> * Note that this type of node is a Statement, whereas a regular * method invocation is an Expression. The only valid use of these * statements are as the first statement of a constructor body. * </p> * * @return a new unparented alternate constructor invocation statement node */ public ConstructorInvocation newConstructorInvocation() { ConstructorInvocation result = new ConstructorInvocation(this); return result; }
@Override ASTNode clone0(AST target) { ConstructorInvocation result = new ConstructorInvocation(target); result.setSourceRange(getStartPosition(), getLength()); result.copyLeadingComment(this); if (this.ast.apiLevel >= AST.JLS3_INTERNAL) { result.typeArguments().addAll(ASTNode.copySubtrees(target, typeArguments())); } result.arguments().addAll(ASTNode.copySubtrees(target, arguments())); return result; }
ASTNode clone0(AST target) { ConstructorInvocation result = new ConstructorInvocation(target); result.setSourceRange(getStartPosition(), getLength()); result.copyLeadingComment(this); if (this.ast.apiLevel >= AST.JLS3_INTERNAL) { result.typeArguments().addAll(ASTNode.copySubtrees(target, typeArguments())); } result.arguments().addAll(ASTNode.copySubtrees(target, arguments())); return result; }
ASTNode clone0(AST target) { ConstructorInvocation result = new ConstructorInvocation(target); result.setSourceRange(getStartPosition(), getLength()); result.copyLeadingComment(this); if (this.ast.apiLevel >= AST.JLS3_INTERNAL) { result.typeArguments().addAll(ASTNode.copySubtrees(target, typeArguments())); } result.arguments().addAll(ASTNode.copySubtrees(target, arguments())); return result; }
ASTNode clone0(AST target) { ConstructorInvocation result = new ConstructorInvocation(target); result.setSourceRange(getStartPosition(), getLength()); result.copyLeadingComment(this); if (this.ast.apiLevel >= AST.JLS3_INTERNAL) { result.typeArguments().addAll(ASTNode.copySubtrees(target, typeArguments())); } result.arguments().addAll(ASTNode.copySubtrees(target, arguments())); return result; }
ASTNode clone0(AST target) { ConstructorInvocation result = new ConstructorInvocation(target); result.setSourceRange(getStartPosition(), getLength()); result.copyLeadingComment(this); if (this.ast.apiLevel >= AST.JLS3) { result.typeArguments().addAll(ASTNode.copySubtrees(target, typeArguments())); } result.arguments().addAll(ASTNode.copySubtrees(target, arguments())); return result; }
ASTNode clone0(AST target) { ConstructorInvocation result = new ConstructorInvocation(target); result.setSourceRange(getStartPosition(), getLength()); result.copyLeadingComment(this); if (this.ast.apiLevel >= AST.JLS3_INTERNAL) { result.typeArguments().addAll(ASTNode.copySubtrees(target, typeArguments())); } result.arguments().addAll(ASTNode.copySubtrees(target, arguments())); return result; }
ConstructorInvocation constructorInvocation = new ConstructorInvocation(this.ast); org.eclipse.jdt.internal.compiler.ast.Expression[] arguments = statement.arguments; if (arguments != null) {
ConstructorInvocation constructorInvocation = new ConstructorInvocation(this.ast); org.eclipse.jdt.internal.compiler.ast.Expression[] arguments = statement.arguments; if (arguments != null) {
ConstructorInvocation constructorInvocation = new ConstructorInvocation(this.ast); org.eclipse.jdt.internal.compiler.ast.Expression[] arguments = statement.arguments; if (arguments != null) {
ConstructorInvocation constructorInvocation = new ConstructorInvocation(this.ast); org.eclipse.jdt.internal.compiler.ast.Expression[] arguments = statement.arguments; if (arguments != null) {
ConstructorInvocation constructorInvocation = new ConstructorInvocation(this.ast); org.eclipse.jdt.internal.compiler.ast.Expression[] arguments = statement.arguments; if (arguments != null) {
ConstructorInvocation constructorInvocation = new ConstructorInvocation(this.ast); org.eclipse.jdt.internal.compiler.ast.Expression[] arguments = statement.arguments; if (arguments != null) {