First for types inferences types which have attribute
var _kernel1 = new StandardKernel();
Second -- which not marked with attribute
var_kernel2 = new StandardKernel();
It should be like , if we cannot resolve type in first kernel1, resolve it in second kernel2
Bindings:
_kernel1.Bind(a =>
{
a.FromThisAssembly()
.SelectAllClasses()
.InheritedFrom<IStepContext>().WithAttribute<MarkAttribute>(x => x.Type == Inheritance.Derived)
.BindSelection(
(t, baseTypes) => baseTypes.Where(bt => bt.IsInterface || bt == t.BaseType));
});
_kernel2.Bind(a =>
{
a.FromThisAssembly()
.SelectAllClasses().BindAllInterfaces();
});
Example: (and this kind of classes can be a lot)
public interface IStepContext
{
Type WhoIAm();
}
public interface IStepContextAB : IStepContextSecond { }
public interface IStepContextSecond : IStepContext { }
abstract class A : IStepContext { }
class B : A { }
class B1 : A { }
[markAttribute]
class B2 : A { }
class C : IStepContextAB { }
class C1 : IStepContextAB { }
[markAttribute]
class C2 : IStepContextAB { }
class D : IStepContext { }
class D1 :D { }
class D2 : D { }
_kernel.Get<B>() ==> B2
_kernel.Get<IStepContextAB>() ==> C2
_kernel.Get<D>() ==> D
It should be like , if we cannot resolve type in first kernel1, resolve it in second kernel2
I believe in this question what you are looking for is the Ninject ChildKernel extension:
This Ninject extension allows that child kernels can be defined. A child kernel is a Ninject kernel that has a parent kernel. All requests that it can't resolve are passed to the parent kernel.
however, it seems what you are trying to get at is conditional bindings:
Bind<IWarrior>().To<Ninja>();
Bind<IWarrior>().To<Samurai>().WhenClassHas<ClimberNeeded>();
Bind<IWarrior>().To<Samurai>().WhenTargetHas<ClimberNeeded>();
Bind<IWarrior>().To<SpecialNinja>().WhenMemberHas<SwimmerNeeded>();