C# 使用Castle Windsor的开放泛型祖先类型注册/解析部分封闭泛型后代

使用祖先类：

abstract class MyOpenGenericAncestor<T, TOptions>

抽象类myoppengenericancestor

和后代类：

class MyPartiallyClosedDescendant<T> : MyOpenGenericAncestor<T, MyConcreteOptionsType>

类MyPartiallyCLOSEDgenerator:MyPengenericancestor

我希望能够使用MyOpenEnnericator解析MyPartialCyclosedGenerator，例如：

MyOpenGenericAncestor<T, TOptions> ResolveGeneric<T, TOptions>(TOptions options)
{
    // assume options are used for stuff
    return _container.Resolve<MyOpenGenericAncestor<T, TOptions>();
}

MyOpenEnnericator ResolveGeneric（Topions选项）
{
//假设选项用于填充
return\u container.Resolve在Castle中，有用于此目的的IGenericImplementationMatchingStrategy。不幸的是，我不知道如何将其用于约定注册，所以至少这

public class MyOpenGenericAncestorMatchingStrategy : IGenericImplementationMatchingStrategy
{
    public Type[] GetGenericArguments(ComponentModel model, CreationContext context)
    {
        return new[] { context.GenericArguments[1] };
    }
}

container.Register(Component.For(typeof(MyOpenGenericAncestor<,>))
.ImplementedBy(typeof(MyPartiallyClosedDescendant<>), new MyOpenGenericAncestorMatchingStrategy()));

公共类MyOpenEnericanStorMatchingStrategy:IGenericImplementationMatchingStrategy
{
公共类型[]GetGenericArguments（组件模型、CreationContext上下文）
{
返回新[]{context.genericalarguments[1]}；
}
}
容器寄存器（组件）（类型（myopengenericator））
.implemented by（typeof（mypartiallyclosedgeneration），new myopengenericanceratchingstrategy（））；

public class MyOpenGenericAncestorMatchingStrategy : IGenericImplementationMatchingStrategy
{
    public Type[] GetGenericArguments(ComponentModel model, CreationContext context)
    {
        return new[] { context.GenericArguments[1] };
    }
}

container.Register(Component.For(typeof(MyOpenGenericAncestor<,>))
.ImplementedBy(typeof(MyPartiallyClosedDescendant<>), new MyOpenGenericAncestorMatchingStrategy()));