private static void InitializeContainer(Container container)
{
container.RegisterMemberAuthentication();
container.RegisterSaml();
container.RegisterConfigurationManager();
container.RegisterMailSender();
container.RegisterHttpConsumer();
#if AZURE
container.RegisterNGeo(
ConfigurationManager.AppSettings[AppSettingsKey.GeoNamesUserName.ToString()],
ConfigurationManager.AppSettings[AppSettingsKey.GeoPlanetAppId.ToString()],
ConfigurationManager.AppSettings[AppSettingsKey.PlaceFinderConsumerKey.ToString()],
ConfigurationManager.AppSettings[AppSettingsKey.PlaceFinderConsumerSecret.ToString()]);
#else
container.RegisterNGeo(
ConfigurationManager.AppSettings[AppSettingsKey.GeoNamesUserName.ToString()],
ConfigurationManager.AppSettings[AppSettingsKey.GeoPlanetAppId.ToString()]);
#endif
container.RegisterElmahExceptionLogger();
container.RegisterBinaryDataStorage();
container.RegisterEntityFramework();
container.RegisterFluentValidation(Assembly.GetAssembly(typeof (IHandleCommands<>)));
container.RegisterQueryProcessor(Assembly.GetAssembly(typeof(IHandleQueries<,>)));
container.RegisterEventProcessor(Assembly.GetAssembly(typeof(IHandleEvents<>)));
container.RegisterCommandHandlers(Assembly.GetAssembly(typeof(IHandleCommands<>)));
container.TryRegisterAzureCacheProvider();
container.RegisterViewManager();
}
internal static Container Bootstrap(ContainerConfiguration configuration)
{
var container = new Container();
/**
* Entity Framework Dependency Injection:
*
* There are 2 main dependencies: database initialization, and database seeding.
* Whenever the domain entity model changes, the SQL db will be out of sync.
* The DropOnModelChangeInitializer only drops and recreates the database when the entity model changes.
* The DropAlwaysInitializer drops and recreates the database after each new solution rebuild.
* The BrownfieldInitializer never drops the database, even if the entity model does not match.
* However the initializer only drops and recreates the database, all tables will be empty.
* To populate with new data, use the CompositeDbSeeder.
* It uses a combination of DbContext and raw SQL to populate the database.
* When the BrownfieldDbSeeder is injected, no data will be seeded.
*
* 2012.02.22: There is now a DevelopmentDataSqlSeeder, which is much faster than the CompositeDbSeeder.
*
* When checking in this file, the DropOnModelChangeInitializer and DevelopmentDataSqlSeeder
* should be active. All other seeders and initializers should be commented out.
*/
if (configuration.IsDeployedToCloud)
{
container.Register<IDatabaseInitializer<UCosmicContext>, BrownfieldInitializer>();
//container.Register<ISeedData, BrownfieldSeeder>();
}
else
{
//container.Register<IDatabaseInitializer<UCosmicContext>, DropOnModelChangeInitializer>();
//container.Register<IDatabaseInitializer<UCosmicContext>, DropAlwaysInitializer>();
container.Register<IDatabaseInitializer<UCosmicContext>, BrownfieldInitializer>();
//container.Register<ISeedData, CompositeSqlSeeder>();
//container.Register<ISeedData, CompositeEntitySeeder>();
container.Register<ISeedData, BrownfieldSeeder>();
}
// register 1 DbContext for all implemented interfaces
container.RegisterPerWebRequest<UCosmicContext>();
container.Register<IUnitOfWork>(container.GetInstance<UCosmicContext>);
container.Register<IQueryEntities>(container.GetInstance<UCosmicContext>);
container.Register<ICommandEntities>(container.GetInstance<UCosmicContext>);
container.RegisterInitializer<UCosmicContext>(container.InjectProperties);
// other interfaces related to DbContext
//container.Register<ICommandObjects, ObjectCommander>();
// general purpose interfaces
container.Register<IStorePasswords, DotNetMembershipProvider>();
container.Register<ISignUsers, DotNetFormsAuthentication>();
container.Register<IManageConfigurations, DotNetConfigurationManager>();
container.Register<ILogExceptions, ElmahExceptionLogger>();
container.Register<IConsumeHttp, WebRequestHttpConsumer>();
container.Register<ISendMail, SmtpMailSender>();
// SAML interfaces
container.Register<IProvideSaml2Service, ComponentSpaceSaml2ServiceProvider>();
container.Register<IParseSaml2Metadata, ComponentSpaceSaml2MetadataParser>();
container.Register<IStoreSamlCertificates, RealSamlCertificateStorage>();
// NGeo interfaces
container.RegisterPerWebRequest<IConsumeGeoNames, GeoNamesClient>();
container.RegisterPerWebRequest<IContainGeoNames>(() => new GeoNamesContainer(configuration.GeoNamesUserName));
container.RegisterPerWebRequest<IConsumeGeoPlanet, GeoPlanetClient>();
container.RegisterPerWebRequest<IContainGeoPlanet>(() => new GeoPlanetContainer(configuration.GeoPlanetAppId));
container.RegisterPerWebRequest<IConsumePlaceFinder, PlaceFinderClient>();
// load assemblies for IoC reflection
var assemblies = AppDomain.CurrentDomain.GetAssemblies()
.Where(a => !a.FullName.StartsWith("Microsoft.Web.Mvc,"))
.ToArray();
// fluent validation open generics
container.RegisterManyForOpenGeneric(typeof(IValidator<>), assemblies);
// add unregistered type resolution for objects missing an IValidator<T>
container.RegisterSingleOpenGeneric(typeof(IValidator<>), typeof(UnspecifiedValidator<>));
// open generic decorator chains http://www.cuttingedge.it/blogs/steven/pivot/entry.php?id=91
container.RegisterManyForOpenGeneric(typeof(IHandleCommands<>), assemblies);
// send emails in a new thread
container.RegisterRunAsyncCommandHandlerProxy<SendEmailMessageCommand>();
// register fluent validators on commands
container.RegisterDecorator(typeof(IHandleCommands<>),
typeof(FluentValidationCommandDecorator<>));
//container.RegisterOpenGenericDecorator(typeof(IHandleCommands<>),
// typeof(FluentValidationCommandDecorator<>));
// query processing
container.RegisterSingle<SimpleQueryProcessor>();
container.Register<IProcessQueries>(container.GetInstance<SimpleQueryProcessor>);
container.RegisterManyForOpenGeneric(typeof(IHandleQueries<,>), assemblies);
// binary data storage
container.RegisterBinaryDataStorage(configuration);
// verify container
container.Verify();
return container;
}
