ninject

Ninject has the functionality of self binding like Bind<Samurai>().ToSelf(); I read about this but I don't get the importance or how this can be useful. Any comments are appreciated. If Ninject finds a object that needs to be created and it has a constructor that has a Samurai parameter it does not know how to instantiate it. But when you use Bind<Samurai>().ToSelf(); then Ninject knows that a Samurai needs to be created to pass to the Samurai parameter. If that binding was not there then ninject didn't know what to pass, for example there might have been a SamuraiSubClass type. But by

It is possible to register dependencies manually: services.AddTransient<IEmailService, EmailService>(); services.AddTransient<ISmsService, SmsService>(); When there are too much dependencies, it becomes difficult to register all dependencies manually. What is the best way to implement a convention based binding in MVC 6 (beta 7)? P.S. In previous projects I used Ninject with ninject.extensions.conventions . But I can't find a Ninject adapter for MVC 6. No, there is no support for batch registration in the ASP.NET 5 built-in DI library. As a matter of fact, there are many features that are

We are using Ninject in an ASP.NET Web Api application, and we bind our DbContext with InRequestScope . This works well with most of our requests, because they do all their work synchronously, so the context can be safely disposed after the request is completed. However, we have on request in which we do an asynchronous web service call, that has a continuation method passed as a callback, and that callback method needs to use the database context. However our request shouldn't wait for the asynchronous service call to finish, but return immediately (this is an explicit requirement). Here is a

I want to bind multiple implementations of a service and have all of them called at once: var kernel = new StandardKernel(); kernel.Bind<IBreakfast>.To<Spam>(); kernel.Bind<IBreakfast>.To<Eggs>(); kernel.Bind<IBreakfast>.To<MoreSpam>(); kernel.Get<IBreakfast>().Eat(); // call Eat method on all three bound implementations Ninject doesn't like that, and will throw an exception about having multiple bindings. Is there a way I can get around that error, and have all the implementations called? Also, the Bind<> calls can be in different projects which may or may not be loaded at run-time, so

I'm a newbie using Ninject and I can't figure out how to inject into my generic http handler. I have a MVC3 project and I'm injecting my services into controllers with no problem at all. This is what I got in my Ninject App_start class for registering services: private static void RegisterServices(IKernel kernel) { kernel.Bind<NLSubscriber.Core.Service.Repository.INLUserRepository>().To<NLSubscriber.Core.Service.Repository.EFDAL.EFNLUserRepository>().InRequestScope(); kernel.Bind<Neticon.Mvc.Helpers.IConfigHelper>().To<Neticon.Mvc.Helpers.AzureEnabledConfigHelper>().InSingletonScope(); kernel

I have an MVC3 application that is using Ninject and MvcSiteMapProvider . I have created this class which MvcSiteMapProvider uses to dynamically add nodes to my sitemap: public class PageNodeProvider : DynamicNodeProviderBase { public override IEnumerable<DynamicNode> GetDynamicNodeCollection() { // need to get repository instance var repository = // how do I get this??? foreach (var item in repository.GetItems()) { yield return MakeDynamicNode(item); } } } The MvcSiteMapProvider instantiates this type itself, so I'm not sure how to inject my repository into it. I thought about using service

I'm trying to use UserManager in a class, but I'm getting this error: Error activating IUserStore{ApplicationUser} No matching bindings are available, and the type is not self-bindable. I'm using the default Startup.cs, which sets a single instance per request: app.CreatePerOwinContext(ApplicationDbContext.Create); app.CreatePerOwinContext<ApplicationUserManager>(ApplicationUserManager.Create); I'm able to get the ApplicationDbContext instance, which I believe is getting injected by Owin (Is that true?): public class GenericRepository<T> : IGenericRepository<T> where T : class { private