org.fulib.scenarios.ast.Positioned Maven / Gradle / Ivy

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// Generated by GenTreeSrc v0.10.2
// DO NOT EDIT - CHANGES WILL BE LOST ON RE-GENERATE

package org.fulib.scenarios.ast;

import org.fulib.scenarios.ast.decl.AssociationDecl;
import org.fulib.scenarios.ast.decl.AttributeDecl;
import org.fulib.scenarios.ast.decl.ClassDecl;
import org.fulib.scenarios.ast.decl.Decl;
import org.fulib.scenarios.ast.decl.MethodDecl;
import org.fulib.scenarios.ast.decl.Name;
import org.fulib.scenarios.ast.decl.ParameterDecl;
import org.fulib.scenarios.ast.decl.ResolvedName;
import org.fulib.scenarios.ast.decl.UnresolvedName;
import org.fulib.scenarios.ast.decl.VarDecl;
import org.fulib.scenarios.ast.expr.ErrorExpr;
import org.fulib.scenarios.ast.expr.Expr;
import org.fulib.scenarios.ast.expr.PlaceholderExpr;
import org.fulib.scenarios.ast.expr.access.AttributeAccess;
import org.fulib.scenarios.ast.expr.access.ExampleAccess;
import org.fulib.scenarios.ast.expr.call.CallExpr;
import org.fulib.scenarios.ast.expr.call.CreationExpr;
import org.fulib.scenarios.ast.expr.collection.CollectionExpr;
import org.fulib.scenarios.ast.expr.collection.FilterExpr;
import org.fulib.scenarios.ast.expr.collection.ListExpr;
import org.fulib.scenarios.ast.expr.collection.MapAccessExpr;
import org.fulib.scenarios.ast.expr.collection.RangeExpr;
import org.fulib.scenarios.ast.expr.conditional.AttributeCheckExpr;
import org.fulib.scenarios.ast.expr.conditional.ConditionalExpr;
import org.fulib.scenarios.ast.expr.conditional.ConditionalOperatorExpr;
import org.fulib.scenarios.ast.expr.conditional.PredicateOperatorExpr;
import org.fulib.scenarios.ast.expr.operator.BinaryExpr;
import org.fulib.scenarios.ast.expr.primary.AnswerLiteral;
import org.fulib.scenarios.ast.expr.primary.BooleanLiteral;
import org.fulib.scenarios.ast.expr.primary.CharLiteral;
import org.fulib.scenarios.ast.expr.primary.DoubleLiteral;
import org.fulib.scenarios.ast.expr.primary.IntLiteral;
import org.fulib.scenarios.ast.expr.primary.ItLiteral;
import org.fulib.scenarios.ast.expr.primary.NameAccess;
import org.fulib.scenarios.ast.expr.primary.PrimaryExpr;
import org.fulib.scenarios.ast.expr.primary.StringLiteral;
import org.fulib.scenarios.ast.pattern.AndConstraint;
import org.fulib.scenarios.ast.pattern.AttributeConditionalConstraint;
import org.fulib.scenarios.ast.pattern.AttributeConstraint;
import org.fulib.scenarios.ast.pattern.AttributeEqualityConstraint;
import org.fulib.scenarios.ast.pattern.AttributePredicateConstraint;
import org.fulib.scenarios.ast.pattern.Constraint;
import org.fulib.scenarios.ast.pattern.LinkConstraint;
import org.fulib.scenarios.ast.pattern.MatchConstraint;
import org.fulib.scenarios.ast.sentence.ActorSentence;
import org.fulib.scenarios.ast.sentence.AddSentence;
import org.fulib.scenarios.ast.sentence.AnswerSentence;
import org.fulib.scenarios.ast.sentence.AreSentence;
import org.fulib.scenarios.ast.sentence.AssignSentence;
import org.fulib.scenarios.ast.sentence.CallSentence;
import org.fulib.scenarios.ast.sentence.ConditionalSentence;
import org.fulib.scenarios.ast.sentence.CreateSentence;
import org.fulib.scenarios.ast.sentence.DiagramSentence;
import org.fulib.scenarios.ast.sentence.ExpectSentence;
import org.fulib.scenarios.ast.sentence.ExprSentence;
import org.fulib.scenarios.ast.sentence.HasSentence;
import org.fulib.scenarios.ast.sentence.InheritanceSentence;
import org.fulib.scenarios.ast.sentence.IsSentence;
import org.fulib.scenarios.ast.sentence.MatchSentence;
import org.fulib.scenarios.ast.sentence.MutatingSentence;
import org.fulib.scenarios.ast.sentence.RemoveSentence;
import org.fulib.scenarios.ast.sentence.SectionSentence;
import org.fulib.scenarios.ast.sentence.Sentence;
import org.fulib.scenarios.ast.sentence.SentenceList;
import org.fulib.scenarios.ast.sentence.TakeSentence;
import org.fulib.scenarios.ast.sentence.ThereSentence;
import org.fulib.scenarios.ast.sentence.WriteSentence;
import org.fulib.scenarios.ast.type.ClassType;
import org.fulib.scenarios.ast.type.ListType;
import org.fulib.scenarios.ast.type.PrimitiveType;
import org.fulib.scenarios.ast.type.Type;
import org.fulib.scenarios.ast.type.UnresolvedType;
import org.fulib.scenarios.diagnostic.Position;


public interface Positioned extends Node
{
	// =============== Static Methods ===============
	static Positioned of() { return new Impl(); }
	// =============== Properties ===============
	Position getPosition();
	void setPosition(Position position);
	// =============== Methods ===============
	default  R accept(Positioned.Visitor visitor, P par) { return visitor.visit(this, par); }
	@Override default  R accept(Node.Visitor visitor, P par) { return visitor.visit(this, par); }
	// =============== Classes ===============
	class Impl implements Positioned
	{
		// =============== Fields ===============
		private Position position;
		// =============== Constructors ===============
		public Impl() {}
		// =============== Properties ===============
		@Override public Position getPosition() { return this.position; }
		@Override public void setPosition(Position position) { this.position = position; }
	}
	interface Visitor extends Scenario.Visitor, Decl.Visitor, Name.Visitor, Type.Visitor, Sentence.Visitor, Expr.Visitor, Constraint.Visitor
	{
		// =============== Methods ===============
		default R visit(Positioned positioned, P par) { throw new UnsupportedOperationException(this.getClass().getName() + ".visit(" + positioned.getClass().getName() + ")"); }
		@Override default R visit(Scenario scenario, P par) { return this.visit((Positioned) scenario, par); }
		@Override default R visit(Decl decl, P par) { return this.visit((Positioned) decl, par); }
		@Override default R visit(Name name, P par) { return this.visit((Positioned) name, par); }
		@Override default R visit(Type type, P par) { return this.visit((Positioned) type, par); }
		@Override default R visit(Sentence sentence, P par) { return this.visit((Positioned) sentence, par); }
		@Override default R visit(Expr expr, P par) { return this.visit((Positioned) expr, par); }
		@Override default R visit(Constraint constraint, P par) { return this.visit((Positioned) constraint, par); }
	}
}