protected override IEnumerable <Warning> Warnings()
{
foreach (var baseWarning in base.Warnings())
{
yield return(baseWarning);
}
if (unit.graph != null)
{
foreach (var definitionWarning in UnitPortDefinitionUtility.Warnings(unit.graph, LinqUtility.Concat <IUnitPortDefinition>(unit.graph.controlInputDefinitions, unit.graph.valueInputDefinitions)))
{
yield return(definitionWarning);
}
var inputs = unit.graph.units.Where(u => u is GraphInput).ToList();
if (inputs.Count > 1)
{
var firstInput = inputs[0];
if (unit != firstInput)
{
var graphName = string.IsNullOrEmpty(unit.graph.title) ? nameof(SubgraphUnit) : unit.graph.title;
Debug.LogWarning($"Only one Input node can be used and will execute in {graphName}.");
yield return(Warning.Caution("Only one Input node can be used and will execute."));
}
}
}
}
protected override IEnumerable <Warning> Warnings()
{
foreach (var baseWarning in base.Warnings())
{
yield return(baseWarning);
}
if (unit.graph != null)
{
foreach (var definitionWarning in UnitPortDefinitionUtility.Warnings(unit.graph, LinqUtility.Concat <IUnitPortDefinition>(unit.graph.controlInputDefinitions, unit.graph.valueInputDefinitions)))
{
yield return(definitionWarning);
}
}
}
protected override IEnumerable <Warning> Warnings()
{
foreach (var baseWarning in base.Warnings())
{
yield return(baseWarning);
}
if (unit.graph != null)
{
foreach (var definitionWarning in UnitPortDefinitionUtility.Warnings(unit.graph, LinqUtility.Concat <IUnitPortDefinition>(unit.graph.controlOutputDefinitions, unit.graph.valueOutputDefinitions)))
{
yield return(definitionWarning);
}
if (unit.graph.units.Count(unit => unit is GraphOutput) > 1)
{
yield return(Warning.Caution("Multiple output nodes in the same graph. Only one of them will be used."));
}
}
}