public static T AndNotSetIn <T>(this T to, ISubscriptionOptions @from)
where T : ISubscriptionOptions
{
to.ClaimStatusChange &= !from.ClaimStatusChange;
to.Comments &= !from.Comments;
to.FieldChange &= !from.FieldChange;
to.MoneyOperation &= !from.MoneyOperation;
to.AccommodationChange &= !from.AccommodationChange;
return(to);
}
public static T AssignFrom <T>(this T to, ISubscriptionOptions @from)
where T : ISubscriptionOptions
{
to.ClaimStatusChange = from.ClaimStatusChange;
to.Comments = from.Comments;
to.FieldChange = from.FieldChange;
to.MoneyOperation = from.MoneyOperation;
to.AccommodationChange = from.AccommodationChange;
return(to);
}
/// <summary>
/// manages the config for a subscriber. specifically setting up the queue name.
/// </summary>
/// <returns></returns>
private MessageBusConfig GetSubscriberConfig(ISubscriptionOptions options)
{
// < Class Name > . < "Subscriber" >
//conditionally provide add a processid if requested by the subscriber
string queueFormat = String.Format("{0}{1}.Subscriber", typeof(TSubscriber).Name, options.PerProcessQueues? Process.GetCurrentProcess().Id.ToString(): string.Empty);
return(new MessageBusConfig
{
QueueName = queueFormat// each instance must have its own address.
});
}
/// <summary>
// Registers all the subscriptions defined by subscriber.
/// </summary>
private void Subscribe(TSubscriber subscriber, ISubscriptionOptions options)
{
// < Class Name > . < "Subscriber" >
var config = GetSubscriberConfig(options);
if (options != null)
{
if (options.ConcurrentConsumerLimit >= 1)
{
config.Concurrency = options.ConcurrentConsumerLimit;
}
config.Permanent = options.Permanent;
}
CreateSubscriberBus(subscriber, config);
}
public static bool AnyNotSet(this ISubscriptionOptions request)
{
return(!request.AccommodationChange || !request.ClaimStatusChange ||
!request.Comments || !request.FieldChange || !request.MoneyOperation);
}