public override void Execute(INodeExecutionContext ctx)
{
OutValue = In.Get(ctx);
}
public override void Execute(INodeExecutionContext ctx)
{
Out.Set(ctx, Value);
}
public override void Execute(INodeExecutionContext ctx)
{
Out.Set(ctx, In.Get(ctx));
}
public virtual void Execute(INodeExecutionContext ctx)
{
}
public virtual Task ExecuteAsync(INodeExecutionContext ctx)
{
Execute(ctx);
return(Task.CompletedTask);
}
/// <summary> /// Returns value from connection by its index. /// </summary> /// <param name="connectionIndex">Index of connection</param> public T Get(INodeExecutionContext ctx, int connectionIndex) => ctx.GetInput <T>(ctx.Node.Port(Id).Connections[connectionIndex]);
/// <summary> /// Returns values from all connections. /// </summary> public IEnumerable <T> Get(INodeExecutionContext ctx) => ctx.Node.Port(Id).Connections.Select(c => ctx.GetInput <T>(c));
/// <summary> /// Returns value from given connection. Does NOT check if it's from this port. /// </summary> public T Get(INodeExecutionContext ctx, ConnectionModel connection) => ctx.GetInput <T>(connection);
/// <summary> /// Returns value from single connection. There must be only one connection to this port. /// </summary> public T Get(INodeExecutionContext ctx) => ctx.GetInput <T>(ctx.Node.Port(Id).Connections.Single());
/// <summary> /// Sets value to the port /// </summary> /// <param name="value">New Value</param> public void Set(INodeExecutionContext ctx, T value) => ctx.SetOutput(Id, value);
private Task ExecuteNodeAsync(INodeExecutionContext ctx)
{
return((ctx.Node.Type as IExecutableNode).ExecuteAsync(ctx));
}
private void ExecuteNode(INodeExecutionContext ctx)
{
(ctx.Node.Type as IExecutableNode).Execute(ctx);
}
