public RoutingOverride(RoutingDomain routingDomain, List<RoutingHost> alternateDeliveryRoutingHosts, DeliveryQueueDomain deliveryQueueDomain)
{
if (routingDomain == RoutingDomain.Empty)
{
throw new ArgumentException(string.Format("The provided domain '{0}' is RoutingDomain.Empty which isn't valid for RoutingOverride", routingDomain));
}
if ((alternateDeliveryRoutingHosts == null || alternateDeliveryRoutingHosts.Count == 0) && deliveryQueueDomain == DeliveryQueueDomain.UseAlternateDeliveryRoutingHosts)
{
throw new ArgumentException(string.Format("The provided delivery queue domain value UseAlternateDeliveryRoutingHosts is only valid when you specify alternate delivery hosts.", new object[0]));
}
if (alternateDeliveryRoutingHosts != null && alternateDeliveryRoutingHosts.Count != 0 && !string.Equals(routingDomain.Type, "smtp", StringComparison.OrdinalIgnoreCase))
{
throw new ArgumentException(string.Format("The routing domain needs to be an SMTP domain if alternate delivery hosts are specified - routingDomain.Type == {0}", routingDomain.Type));
}
this.routingDomain = routingDomain;
this.alternateDeliveryRoutingHosts = RoutingHost.ConvertRoutingHostsToString<RoutingHost>(alternateDeliveryRoutingHosts, (RoutingHost host) => host);
this.deliveryQueueDomain = deliveryQueueDomain;
}
public abstract void SetRoutingOverride(RoutingDomain routingDomain);
public RoutingOverride(RoutingDomain routingDomain, DeliveryQueueDomain deliveryQueueDomain) : this(routingDomain, RoutingOverride.EmptyHostList, deliveryQueueDomain)
{
}
public abstract bool IsInternalTo(RoutingAddress address, RoutingDomain organizationDomain);
public abstract bool IsInternal(RoutingDomain domain);