protected override ITypeContributor AddMappingForTargetType(IDictionary<Type, ITypeContributor> interfaceTypeImplementerMapping, Type proxyTargetType, ICollection<Type> targetInterfaces, ICollection<Type> additionalInterfaces, INamingScope namingScope)
{
var contributor = new InterfaceProxyWithoutTargetContributor(namingScope, (c, m) => NullExpression.Instance)
{ Logger = Logger };
foreach (var @interface in TypeUtil.GetAllInterfaces(targetType))
{
contributor.AddInterfaceToProxy(@interface);
AddMappingNoCheck(@interface, contributor, interfaceTypeImplementerMapping);
}
return contributor;
}
protected override ITypeContributor AddMappingForTargetType(IDictionary <Type, ITypeContributor> interfaceTypeImplementerMapping, Type proxyTargetType, ICollection <Type> targetInterfaces, ICollection <Type> additionalInterfaces, INamingScope namingScope)
{
var contributor = new InterfaceProxyWithoutTargetContributor(namingScope, (c, m) => NullExpression.Instance)
{
Logger = Logger
};
foreach (var @interface in TypeUtil.GetAllInterfaces(targetType))
{
contributor.AddInterfaceToProxy(@interface);
AddMappingNoCheck(@interface, contributor, interfaceTypeImplementerMapping);
}
return(contributor);
}
protected virtual IEnumerable <Type> GetTypeImplementerMapping(out IEnumerable <ITypeContributor> contributors,
INamingScope namingScope)
{
var methodsToSkip = new List <MethodInfo>();
var proxyInstance = new ClassProxyWithTargetInstanceContributor(targetType, methodsToSkip, additionalInterfacesToProxy,
ProxyTypeConstants.ClassWithTarget);
// TODO: the trick with methodsToSkip is not very nice...
var proxyTarget = new ClassProxyWithTargetTargetContributor(targetType, methodsToSkip, namingScope)
{
Logger = Logger
};
IDictionary <Type, ITypeContributor> typeImplementerMapping = new Dictionary <Type, ITypeContributor>();
// Order of interface precedence:
// 1. first target
// target is not an interface so we do nothing
var targetInterfaces = targetType.GetAllInterfaces();
// 2. then mixins
var mixins = new MixinContributor(namingScope, false)
{
Logger = Logger
};
if (ProxyGenerationOptions.HasMixins)
{
foreach (var mixinInterface in ProxyGenerationOptions.MixinData.MixinInterfaces)
{
if (targetInterfaces.Contains(mixinInterface))
{
// OK, so the target implements this interface. We now do one of two things:
if (additionalInterfacesToProxy.Contains(mixinInterface) &&
typeImplementerMapping.ContainsKey(mixinInterface) == false)
{
AddMappingNoCheck(mixinInterface, proxyTarget, typeImplementerMapping);
proxyTarget.AddInterfaceToProxy(mixinInterface);
}
// we do not intercept the interface
mixins.AddEmptyInterface(mixinInterface);
}
else
{
if (!typeImplementerMapping.ContainsKey(mixinInterface))
{
mixins.AddInterfaceToProxy(mixinInterface);
AddMappingNoCheck(mixinInterface, mixins, typeImplementerMapping);
}
}
}
}
var additionalInterfacesContributor = new InterfaceProxyWithoutTargetContributor(namingScope,
(c, m) => NullExpression.Instance)
{
Logger = Logger
};
// 3. then additional interfaces
foreach (var @interface in additionalInterfacesToProxy)
{
if (targetInterfaces.Contains(@interface))
{
if (typeImplementerMapping.ContainsKey(@interface))
{
continue;
}
// we intercept the interface, and forward calls to the target type
AddMappingNoCheck(@interface, proxyTarget, typeImplementerMapping);
proxyTarget.AddInterfaceToProxy(@interface);
}
else if (ProxyGenerationOptions.MixinData.ContainsMixin(@interface) == false)
{
additionalInterfacesContributor.AddInterfaceToProxy(@interface);
AddMapping(@interface, additionalInterfacesContributor, typeImplementerMapping);
}
}
// 4. plus special interfaces
#if FEATURE_SERIALIZATION
if (targetType.IsSerializable)
{
AddMappingForISerializable(typeImplementerMapping, proxyInstance);
}
#endif
try
{
AddMappingNoCheck(typeof(IProxyTargetAccessor), proxyInstance, typeImplementerMapping);
}
catch (ArgumentException)
{
HandleExplicitlyPassedProxyTargetAccessor(targetInterfaces, additionalInterfacesToProxy);
}
contributors = new List <ITypeContributor>
{
proxyTarget,
mixins,
additionalInterfacesContributor,
proxyInstance
};
return(typeImplementerMapping.Keys);
}
private IEnumerable <Type> GetTypeImplementerMapping(
out IEnumerable <ITypeContributor> contributors,
INamingScope namingScope
)
{
var contributorsList = new List <ITypeContributor>(capacity: 5);
var targetInterfaces = targetType.GetAllInterfaces();
var typeImplementerMapping = new Dictionary <Type, ITypeContributor>();
// Order of interface precedence:
// 1. first target
// target is not an interface so we do nothing
var targetContributor = GetProxyTargetContributor(namingScope);
contributorsList.Add(targetContributor);
// 2. then mixins
if (ProxyGenerationOptions.HasMixins)
{
var mixinContributor = new MixinContributor(namingScope, false)
{
Logger = Logger
};
contributorsList.Add(mixinContributor);
foreach (var mixinInterface in ProxyGenerationOptions.MixinData.MixinInterfaces)
{
if (targetInterfaces.Contains(mixinInterface))
{
// OK, so the target implements this interface. We now do one of two things:
if (
interfaces.Contains(mixinInterface) &&
typeImplementerMapping.ContainsKey(mixinInterface) == false
)
{
AddMappingNoCheck(
mixinInterface,
targetContributor,
typeImplementerMapping
);
targetContributor.AddInterfaceToProxy(mixinInterface);
}
// we do not intercept the interface
mixinContributor.AddEmptyInterface(mixinInterface);
}
else
{
if (!typeImplementerMapping.ContainsKey(mixinInterface))
{
mixinContributor.AddInterfaceToProxy(mixinInterface);
AddMappingNoCheck(
mixinInterface,
mixinContributor,
typeImplementerMapping
);
}
}
}
}
// 3. then additional interfaces
if (interfaces.Length > 0)
{
var additionalInterfacesContributor = new InterfaceProxyWithoutTargetContributor(
namingScope,
(c, m) => NullExpression.Instance
)
{
Logger = Logger
};
contributorsList.Add(additionalInterfacesContributor);
foreach (var @interface in interfaces)
{
if (targetInterfaces.Contains(@interface))
{
if (typeImplementerMapping.ContainsKey(@interface))
{
continue;
}
// we intercept the interface, and forward calls to the target type
AddMappingNoCheck(@interface, targetContributor, typeImplementerMapping);
targetContributor.AddInterfaceToProxy(@interface);
}
else if (ProxyGenerationOptions.MixinData.ContainsMixin(@interface) == false)
{
additionalInterfacesContributor.AddInterfaceToProxy(@interface);
AddMapping(
@interface,
additionalInterfacesContributor,
typeImplementerMapping
);
}
}
}
// 4. plus special interfaces
#if FEATURE_SERIALIZATION
if (targetType.IsSerializable)
{
var serializableContributor = GetSerializableContributor();
contributorsList.Add(serializableContributor);
AddMappingForISerializable(typeImplementerMapping, serializableContributor);
}
#endif
var proxyTargetAccessorContributor = GetProxyTargetAccessorContributor();
contributorsList.Add(proxyTargetAccessorContributor);
try
{
AddMappingNoCheck(
typeof(IProxyTargetAccessor),
proxyTargetAccessorContributor,
typeImplementerMapping
);
}
catch (ArgumentException)
{
HandleExplicitlyPassedProxyTargetAccessor(targetInterfaces);
}
contributors = contributorsList;
return(typeImplementerMapping.Keys);
}
protected virtual IEnumerable<Type> GetTypeImplementerMapping(Type[] interfaces, out IEnumerable<ITypeContributor> contributors, INamingScope namingScope)
{
var methodsToSkip = new List<MethodInfo>();
var proxyInstance = new ClassProxyInstanceContributor(targetType, methodsToSkip, interfaces, ProxyTypeConstants.Class);
// TODO: the trick with methodsToSkip is not very nice...
var proxyTarget = new ClassProxyTargetContributor(targetType, methodsToSkip, namingScope) { Logger = Logger };
IDictionary<Type, ITypeContributor> typeImplementerMapping = new Dictionary<Type, ITypeContributor>();
// Order of interface precedence:
// 1. first target
// target is not an interface so we do nothing
var targetInterfaces = targetType.GetAllInterfaces();
var additionalInterfaces = TypeUtil.GetAllInterfaces(interfaces);
// 2. then mixins
var mixins = new MixinContributor(namingScope, false) { Logger = Logger };
if (ProxyGenerationOptions.HasMixins)
{
foreach (var mixinInterface in ProxyGenerationOptions.MixinData.MixinInterfaces)
{
if (targetInterfaces.Contains(mixinInterface))
{
// OK, so the target implements this interface. We now do one of two things:
if (additionalInterfaces.Contains(mixinInterface) && typeImplementerMapping.ContainsKey(mixinInterface) == false)
{
AddMappingNoCheck(mixinInterface, proxyTarget, typeImplementerMapping);
proxyTarget.AddInterfaceToProxy(mixinInterface);
}
// we do not intercept the interface
mixins.AddEmptyInterface(mixinInterface);
}
else
{
if (!typeImplementerMapping.ContainsKey(mixinInterface))
{
mixins.AddInterfaceToProxy(mixinInterface);
AddMappingNoCheck(mixinInterface, mixins, typeImplementerMapping);
}
}
}
}
var additionalInterfacesContributor = new InterfaceProxyWithoutTargetContributor(namingScope,
(c, m) => NullExpression.Instance)
{ Logger = Logger };
// 3. then additional interfaces
foreach (var @interface in additionalInterfaces)
{
if (targetInterfaces.Contains(@interface))
{
if (typeImplementerMapping.ContainsKey(@interface)) continue;
// we intercept the interface, and forward calls to the target type
AddMappingNoCheck(@interface, proxyTarget, typeImplementerMapping);
proxyTarget.AddInterfaceToProxy(@interface);
}
else if (ProxyGenerationOptions.MixinData.ContainsMixin(@interface) == false)
{
additionalInterfacesContributor.AddInterfaceToProxy(@interface);
AddMapping(@interface, additionalInterfacesContributor, typeImplementerMapping);
}
}
#if !SILVERLIGHT
// 4. plus special interfaces
if (targetType.IsSerializable)
{
AddMappingForISerializable(typeImplementerMapping, proxyInstance);
}
#endif
try
{
AddMappingNoCheck(typeof(IProxyTargetAccessor), proxyInstance, typeImplementerMapping);
}
catch (ArgumentException )
{
HandleExplicitlyPassedProxyTargetAccessor(targetInterfaces, additionalInterfaces);
}
contributors = new List<ITypeContributor>
{
proxyTarget,
mixins,
additionalInterfacesContributor,
proxyInstance
};
return typeImplementerMapping.Keys;
}