Reply To: two-way binding properties node.

[toto007]

Regarding the advice I asked you about how I could listen to the change in the value of an ValueInput, I extended the ValueInput class this way:

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using FlowCanvas; using NodeCanvas.Editor; using NodeCanvas.Framework; using ParadoxNotion.Design; using UnityEditor; using UnityEngine;   namespace MyProject.FlowCanvas {       public class ObservableValueInput<T> : global::FlowCanvas.ValueInput<T>     {           public ObservableValueInput() { }         public ObservableValueInput(FlowNode parent, string name, string ID) : base(parent, name, ID) { }           public event System.Action<T, T> onValueChanged;         public override object serializedValue         {             get { return base.serializedValue; }             set             {                 System.Object oldvalue = base.serializedValue;                 base.serializedValue = value;                   if (oldvalue != value)                 {                     if (onValueChanged != null)                     {                         onValueChanged((T)oldvalue, (T)value);                     }                 }               }         }     } }

I also had to extend the FlowControlNode class by adding the AddObservableValueInput method. The problem that to do this I had to modify the class changing the access level of the QualifyPortNameAndID method and the inputPorts variable from private to protected. How can I achieve the same result without modifying your framework? I do not want to have to report my changes to your framework every time when there is a new update

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using FlowCanvas; using NodeCanvas.Editor; using NodeCanvas.Framework; using ParadoxNotion.Design; using UnityEditor; using UnityEngine;   namespace MyProject.FlowCanvas {     /// <summary>     /// To be able to extend the class correctly, you have changed the visibility levels to the parent class of the source framework:     /// inputPorts da private a protected     /// QualitiPortNameAndId da private a protected     ///     ///     /// /// </summary>     abstract public class FlowControlNode :FlowCanvas.Nodes.FlowControlNode     {         /// <summary>         /// Consente di poter aggiungere al nodo una input port di tipo ObservableValueInput         /// in cui ci si può mettere in ascolto quando i suo valore cambia         /// </summary>         /// <param name="name">porta</param>         /// <param name="ID"></param>         /// <typeparam name="T"></typeparam>         /// <returns></returns>         public ObservableValueInput<T> AddObservableValueInput<T>(string name, string ID = "")         {             QualifyPortNameAndID(ref name, ref ID, inputPorts);             return (ObservableValueInput<T>)(inputPorts[ID] = new ObservableValueInput<T>(this, name, ID));         }           protected override void OnNodePicked()         {             GraphEditorUtility.onActiveElementChanged += onActiveElementChanged;         }         protected abstract void OnNodeUnPicked();         void onActiveElementChanged(IGraphElement node)         {             if (node != this)             {                 OnNodeUnPicked();                 GraphEditorUtility.onActiveElementChanged -= onActiveElementChanged;             }         }       }   }