/// <summary>
/// Validate the integrity of this entity.
/// </summary>
public override void Validate(IEntity validationRoot, ValidationResults results)
{
base.Validate(validationRoot, results);
toBlock.Validate(validationRoot, results);
toEdge.Validate(validationRoot, results);
fromBlock.Validate(validationRoot, results);
fromEdge.Validate(validationRoot, results);
enteringDestinationTrigger.Validate(validationRoot, results);
destinationReachedTrigger.Validate(validationRoot, results);
if (From == null)
{
results.Warn(this, Strings.WarnNoFromEndPointSpecified);
}
if (To == null)
{
results.Warn(this, Strings.WarnNoToEndPointSpecified);
}
if ((To == From) && (To != null))
{
results.Warn(this, Strings.WarnToEndPointEqualsFromEndPoint);
}
crossingJunctions.Validate(validationRoot, results);
events.Validate(validationRoot, results);
_enteringSensors.Validate(validationRoot, results);
_reachedSensors.Validate(validationRoot, results);
var enterEventCount = events.Count(evt => evt.Behaviors.Any(x => x.StateBehavior == RouteStateBehavior.Enter));
var reachedEventCount = events.Count(evt => evt.Behaviors.Any(x => x.StateBehavior == RouteStateBehavior.Reached));
if ((enterEventCount == 0) && (reachedEventCount == 0) && this.IsInternal())
{
results.Warn(this, Strings.WarnNoSensorsSpecified);
}
else if ((reachedEventCount == 0) && this.IsToInternal())
{
results.Warn(this, Strings.WarnNoReachedDestinationSensorsSpecified);
}
else if ((enterEventCount == 0) && this.IsToInternal())
{
results.Warn(this, Strings.WarnNoEnteringDestinationSensorsSpecified);
}
}
/// <summary>
/// Validate the integrity of this entity.
/// </summary>
public override void Validate(IEntity validationRoot, ValidationResults results)
{
base.Validate(validationRoot, results);
activateTrigger.Validate(validationRoot, results);
deActivateTrigger.Validate(validationRoot, results);
}