public static ComponentRegistration <T> WithRepositoryAccess <T>(this ComponentRegistration <T> registration, string localBoundedContext) where T : class
{
return(registration.ExtendedProperties(new
{
DependsOnBoundedContextRepository = localBoundedContext,
}));
}
public static ComponentRegistration <TComponent> ListensToEvent <TComponent>(
this ComponentRegistration <TComponent> registration,
Type eventType,
MethodInfo handleMethod
) where TComponent : class
{
Debug.Assert(handleMethod != null);
Debug.Assert(handleMethod.ReturnType == typeof(void));
Debug.Assert(handleMethod.GetParameters().Single().ParameterType == eventType);
var /*Action<TListener, TEvent>*/ @delegate = (Delegate)(typeof(ComponentRegistrationEx).
GetMethod("CreateInvoker", BindingFlags.Static | BindingFlags.NonPublic).
MakeGenericMethod(typeof(TComponent), eventType).
Invoke(null, new object[] { handleMethod })
);
registration.ExtendedProperties(Property.
ForKey(GrayMatterFacility.CreateExtendedPropertyKey(
eventType, handleMethod.ReflectedType.ToString(),
handleMethod.Name
)).
Eq(new Wiring(eventType, @delegate))
);
return(registration);
}
public static ComponentRegistration <T> WithStartablePriorityLowest <T>(this ComponentRegistration <T> registration)
where T : class
{
registration.ExtendedProperties(
new Property(JarvisStartableFacility.PriorityExtendedPropertyKey,
JarvisStartableFacility.Priorities.Lowest));
return(registration);
}
public static ComponentRegistration <T> AsProcess <T>(this ComponentRegistration <T> registration, string localBoundedContext) where T : class
{
return(registration.ExtendedProperties(new
{
ProcessFor = localBoundedContext,
IsProcess = true
}));
}
public static ComponentRegistration <T> AsSaga <T>(this ComponentRegistration <T> registration, params string[] boundedContexts) where T : class
{
return(registration.ExtendedProperties(new
{
ListenedBoundContexts = boundedContexts,
IsSaga = true
}));
}
public static ComponentRegistration <T> AsCommandsHandler <T>(this ComponentRegistration <T> registration, string localBoundedContext) where T : class
{
return(registration.ExtendedProperties(new
{
CommandsHandlerFor = localBoundedContext,
IsCommandsHandler = true
}));
}
public static IRegistration HandleMessagesAuto <THandler>(this ComponentRegistration <THandler> registration)
where THandler : class
{
var typeValidator = new GenericTypeValidation();
var messageType = typeValidator.GetGenericParameter(registration.Implementation, typeof(IRabbitMessageHandler <>));
registration.ExtendedProperties(Property.ForKey(RxRabbitClientFacility.MessageTypeKey).Eq(messageType));
if (messageType.IsGenericType && messageType.GetGenericTypeDefinition() == typeof(IEnumerable <>))
{
//Batch messaging
registration.ExtendedProperties(Property.ForKey(RxRabbitClientFacility.IsEnumerableMessageType).Eq(true));
var config = registration.Implementation.GetAttribute <RabbitMessageBatchHandlerAttribute>().GetConfig();
registration.ExtendedProperties(Property.ForKey(RxRabbitClientFacility.QueueNameKey).Eq(config));
var realMessageType = messageType.GetGenericArguments()[0];
registration.ExtendedProperties(Property.ForKey(RxRabbitClientFacility.MessageTypeKey).Eq(realMessageType));
}
else
{
registration.ExtendedProperties(Property.ForKey(RxRabbitClientFacility.IsEnumerableMessageType).Eq(false));
var config = registration.Implementation.GetAttribute <RabbitMessageHandlerAttribute>().GetConfig();
registration.ExtendedProperties(Property.ForKey(RxRabbitClientFacility.QueueNameKey).Eq(config));
registration.ExtendedProperties(Property.ForKey(RxRabbitClientFacility.MessageTypeKey).Eq(messageType));
}
return(registration);
}
/// <summary>
/// Indicates that the specified component should be automatically implemented from
/// the config.
/// </summary>
/// <typeparam name="T">The type of the interface to implement.</typeparam>
/// <param name="registration">The registration.</param>
/// <param name="configAction">Allows you to customize how the settings interface is implemented.</param>
/// <returns>The registration.</returns>
public static ComponentRegistration <T> FromAppConfig <T>(this ComponentRegistration <T> registration,
Action <IConfigConfiguration <T> > configAction = null)
where T : class
{
registration.Interceptors <AppConfigInterceptor>();
if (configAction != null)
{
var configuration = new ConfigConfiguration <T>();
configAction(configuration);
registration.ExtendedProperties(new Property(AppConfigInterceptor.ComputedPropertiesKey,
configuration.ComputedDictionary));
registration.ExtendedProperties(new Property(AppConfigInterceptor.PrefixKey, configuration.Prefix));
}
return(registration);
}
public ComponentRegistration <TListener> With(Action <TListener, TEvent> handler)
{
_componentRegistration.ExtendedProperties(Property.
ForKey(GrayMatterFacility.CreateExtendedPropertyKey(typeof(TEvent), null, null)).
Eq(new Wiring(typeof(TEvent), handler))
);
return(_componentRegistration);
}
public static ComponentRegistration <TService> Replace <TService>(
this ComponentRegistration <TService> @this, string componentName)
where TService : class
{
return(@this.ExtendedProperties(new Property(PropertyKey.Replacement, new Replacement
{
Name = componentName
})));
}
public static ComponentRegistration <T> AsProjection <T>(this ComponentRegistration <T> registration, string boundContext, string projectedBoundContext) where T : class
{
return(registration.ExtendedProperties(new
{
IsProjection = true,
ProjectedBoundContext = projectedBoundContext,
BoundContext = boundContext
}));
}
private ComponentRegistration <A> AddResolveExtensions(ComponentRegistration <A> componentRegistration,
params IResolveExtension[] items)
{
var resolveExtensions = new List <IResolveExtension>();
foreach (var item in items.Distinct())
{
resolveExtensions.Add(item);
}
return(componentRegistration.ExtendedProperties(Property.ForKey("Castle.ResolveExtensions").Eq(resolveExtensions)));
}
/// <summary>
/// Defines the specified component registration as overridable.
/// </summary>
/// <typeparam name="T"></typeparam>
/// <param name="registration">The registration.</param>
/// <returns>The same component registration.</returns>
public static ComponentRegistration <T> Overridable <T>(this ComponentRegistration <T> registration)
where T : class
{
registration.ExtendedProperties
(
Property.ForKey(OVERRIDABLE_OVERRIDABLE_REGISTRATION)
.Eq(true)
);
return(registration);
}
private ComponentRegistration <TComponent> WithReleaseExtensions <TComponent>(
ComponentRegistration <TComponent> componentRegistration, params IReleaseExtension[] items)
where TComponent : class
{
var releaseExtensions = new List <IReleaseExtension>();
foreach (var item in items.Distinct())
{
releaseExtensions.Add(item);
}
return(componentRegistration.ExtendedProperties(Property.ForKey("Castle.ReleaseExtensions").Eq(releaseExtensions)));
}
public static IRegistration MessageService <TMessageService>(this ComponentRegistration <TMessageService> registration) where TMessageService : class
{
var rabbitMessageServiceAttribute = registration.Implementation.GetAttribute <RabbitMessageServiceAttribute>();
if (rabbitMessageServiceAttribute == null)
{
throw new Exception("");
}
registration.ExtendedProperties(Property.ForKey(RxRabbitClientFacility.IsService).Eq(true));
return(registration);
}
public static List <IResolveExtension> GetResolveExtensions <TService>(this ComponentRegistration <TService> extended)
where TService : class
{
if (!ResolveExtensionsDictionary.ContainsKey(extended))
{
var resolveExtensions = new List <IResolveExtension>();
var property = Property.ForKey(PropertyKey).Eq(resolveExtensions);
extended.ExtendedProperties(property);
ResolveExtensionsDictionary.Add(extended, resolveExtensions);
}
var result = ResolveExtensionsDictionary[extended];
return(result);
}
public ComponentRegistration <TService> Build()
{
if (string.IsNullOrEmpty(ServiceTypeName))
{
throw new ComponentRegistrationException("Stateful ServiceTypeName cannot be null or empty");
}
if (StateManagerConfiguration != null)
{
_registration.ExtendedProperties(
Property
.ForKey <ReliableStateManagerConfiguration>()
.Eq(StateManagerConfiguration));
}
return(_registration
.AddAttributeDescriptor(FacilityConstants.StatefulServiceKey, bool.TrueString)
.AddAttributeDescriptor(FacilityConstants.ServiceTypeNameKey, ServiceTypeName));
}
public static ComponentRegistration <TService> Replace <TService>(
this ComponentRegistration <TService> @this, Type[] serviceTypes, params Type[] implementationTypes)
where TService : class
{
foreach (var implementationType in implementationTypes)
{
foreach (var serviceType in serviceTypes)
{
if (!serviceType.IsAssignableFrom(implementationType))
{
throw new ArgumentException(
$"Implementation {implementationType.FullName} does not implement {serviceType.FullName}");
}
}
}
return(@this.ExtendedProperties(new Property(PropertyKey.Replacement, new Replacement
{
Services = serviceTypes,
Implementations = implementationTypes
})));
}
public static ComponentRegistration <T> DependsOnBundle <T>(this ComponentRegistration <T> r, string bundleName, string jsonPath, params string[] parameters) where T : class
{
return(r.ExtendedProperties(new { dependsOnBundle = bundleName, jsonPath, bundleParameters = parameters }));
}
private void ConfigureAspect(ComponentRegistration componentRegistration)
{
componentRegistration.Forward <IInterceptor>();
componentRegistration.ExtendedProperties(genericImplementationMatchingStrategyProperty);
}
public static ComponentRegistration <TService> ResolvableIf <TService>(
this ComponentRegistration <TService> @this, Func <bool> predicate) where TService : class
{
return(@this.ExtendedProperties(new Property(PropertyKey.Predicate, predicate)));
}
public static ComponentRegistration <TService> MatchLifestyleTo <TService>(
this ComponentRegistration <TService> registration, string otherComponentName)
{
return(registration.ExtendedProperties(Property.ForKey(key).Eq(otherComponentName))
.Interceptors <UseDifferentTargetInterceptor>());
}
public static ComponentRegistration <T> AsMessageHandler <T>(this ComponentRegistration <T> r, params string[] endpoints)
where T : class
{
return(r.ExtendedProperties(new { MessageHandlerFor = endpoints }).WithEndpoints(endpoints.ToDictionary(name => name)));
}
