private TypeBindingInformationState NewTypeBindingInformation(
CompositeValidationResultMutable vResult,
CollectionsFactory collectionsFactory,
CompositeModel compositeModel,
AbstractInjectableModel injModel,
Type nInfo,
Type type,
Type declaringType,
IDictionary <Type, TypeBindingInformationState> privateComposites
)
{
TypeBindingInformationState state = new TypeBindingInformationState(collectionsFactory);
state.NativeInfo = nInfo.GetGenericDefinitionIfContainsGenericParameters();
ListProxy <ListProxy <AbstractGenericTypeBinding> > bindings = collectionsFactory.NewListProxy <ListProxy <AbstractGenericTypeBinding> >();
Boolean allBindingsOK = this.NewGenericTypeBinding(collectionsFactory, compositeModel, type, declaringType, bindings, privateComposites);
if (allBindingsOK)
{
state.Bindings.AddRange(bindings.CQ);
}
else if (vResult != null)
{
vResult.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("Failed to deduce generic bindings for " + (injModel == null ? (Object)type : injModel) + ".", compositeModel, injModel as AbstractMemberInfoModel <Object>));
}
return(allBindingsOK ? state : null);
}
protected virtual void ValidateParameterType(CompositeValidationResult result, CompositeModel compositeModel, AbstractMemberInfoModel <MemberInfo> memberModel, AbstractInjectableModel injectableModel, Type type)
{
if (this.IsCompositeTypeAffectingInjection(injectableModel.InjectionScope))
{
Stack <Type> stk = new Stack <Type>();
stk.Push(type);
while (stk.Any())
{
Type current = stk.Pop();
if (current.IsGenericParameter && current
#if WINDOWS_PHONE_APP
.GetTypeInfo()
#endif
.DeclaringMethod != null)
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("Injection scopes affecting composite type (like " + typeof(ThisAttribute) + ", " + typeof(ConcernForAttribute) + ", or " + typeof(SideEffectForAttribute) + " are not allowed on method argument, which is referencing a generic method parameter.", compositeModel, memberModel));
}
else if (!current.IsGenericParameter && current.ContainsGenericParameters())
{
foreach (Type gArg in current.GetGenericArguments())
{
stk.Push(gArg);
}
}
}
}
}
protected override void PostValidateModel(CompositeModel compositeModel, CompositeValidationResult validationResult)
{
ServiceCompositeModel sModel = (ServiceCompositeModel)compositeModel;
if (sModel.PublicTypes.Any(pType => pType.ContainsGenericParameters()))
{
validationResult.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("All the generic arguments of service composite's all public types must be closed.", compositeModel));
}
}
protected virtual void ValidateCompositeTypeModel(CompositeValidationResult result, CompositeModel compositeModel)
{
// TODO validate that none of fragments have abstract non-composite methods.
if (compositeModel.PublicTypes.Any())
{
Type firstType = compositeModel.PublicTypes.First();
Type[] gArgs = firstType.GetGenericArguments();
Int32 gArgsCount = gArgs.Length;
foreach (Type cType in compositeModel.GetAllCompositeTypes())
{
this.ValidateCompositeType(result, compositeModel, cType);
}
foreach (Type fType in compositeModel.GetAllFragmentTypes())
{
this.ValidateFragmentType(result, compositeModel, fType);
}
foreach (Type type in compositeModel.PublicTypes)
{
this.ValidateCompositeType(result, compositeModel, type);
Type[] typeGargs = type.GetGenericArguments();
Int32 typeCount = typeGargs.Length;
if (typeCount > 0)
{
if (type.IsGenericTypeDefinition() != firstType.IsGenericTypeDefinition() || typeGargs.Take(Math.Min(gArgsCount, typeCount)).Where((tGArg, idx) => tGArg.IsGenericParameter != gArgs[idx].IsGenericParameter).Any())
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("All type interfaces must be either genericless, generic type definitions, or having all generic parameters closed.", compositeModel));
}
else
{
// TODO generic arguments constraints
}
}
}
if (compositeModel.PublicTypes.Count(pType => !pType
#if WINDOWS_PHONE_APP
.GetTypeInfo()
#endif
.IsInterface) > 1)
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("Composite types must contain at most one class, but found the following classes:\n" + String.Join(", ", compositeModel.PublicTypes.Select(pType => !pType
#if WINDOWS_PHONE_APP
.GetTypeInfo()
#endif
.IsInterface)), compositeModel));
}
}
else
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("Composite must have at least one public type", compositeModel));
}
}
protected virtual void ValidateFragmentMethod(CompositeValidationResult result, CompositeModel compositeModel, CompositeMethodModel compositeMethod, AbstractFragmentMethodModel methodModel)
{
if (compositeMethod == null)
{
result.InternalValidationErrors.Add(ValidationErrorFactory.NewInternalError("Composite method model may not be null.", compositeModel));
}
if (methodModel != null)
{
var declType = methodModel.NativeInfo.DeclaringType;
if (!declType
#if WINDOWS_PHONE_APP
.GetTypeInfo()
#endif
.IsClass)
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("The declaring type of fragment method " + methodModel.NativeInfo + " must be a class, however " + declType + " is not a class.", compositeModel, compositeMethod));
}
if (!methodModel.IsGeneric && (!methodModel.NativeInfo.IsVirtual || methodModel.NativeInfo.IsFinal))
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("The method " + methodModel.NativeInfo + " in " + declType + " is not virtual, however, all composite methods must be virtual.", compositeModel, methodModel));
}
if (declType
#if WINDOWS_PHONE_APP
.GetTypeInfo()
#endif
.IsSealed)
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("The type " + declType + " is sealed, however, all fragment types must be non-sealed.", compositeModel, methodModel));
}
//if ( !declType.IsPublic && !declType.IsNestedPublic )
//{
// String msg = null;
// if ( methodModel.NativeInfo.IsAssembly || methodModel.NativeInfo.IsFamilyOrAssembly )
// {
// if ( !declType.Assembly.GetCustomAttributes( true ).OfType<InternalsVisibleToAttribute>().Any( attr => Qi4CSGeneratedAssemblyAttribute.ASSEMBLY_NAME.Equals( attr.AssemblyName ) ) )
// {
// msg = "The type " + declType + " is marked as internal, however, the " + typeof( InternalsVisibleToAttribute ) + " with argument " + typeof( Qi4CSGeneratedAssemblyAttribute ) + ".ASSEMBLY_NAME is not applied to the assembly";
// }
// }
// else
// {
// msg = "The type " + declType + " is not visible to the generated assembly.";
// }
// if ( msg != null )
// {
// result.AddStructureError( new StructureValidationErrorImpl( compositeModel, methodModel, msg ) );
// }
//}
var genName = Qi4CSGeneratedAssemblyAttribute.GetGeneratedAssemblyName(declType.GetAssembly());
if (!IsTypeVisible(declType, genName))
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("The type " + declType + " is not visible. Consider either making it public, or internal with combination of applying " + typeof(InternalsVisibleToAttribute) + " with argument " + typeof(Qi4CSGeneratedAssemblyAttribute) + ".ASSEMBLY_NAME to the assembly.", compositeModel, methodModel));
}
}
}
protected virtual void ValidateCompositeType(CompositeValidationResult result, CompositeModel compositeModel, Type compositeType)
{
if (!compositeType
#if WINDOWS_PHONE_APP
.GetTypeInfo()
#endif
.IsInterface&& !compositeType
#if WINDOWS_PHONE_APP
.GetTypeInfo()
#endif
.IsClass)
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("Composites must be interfaces or class; the composite " + compositeType + " however is neither.", compositeModel));
}
}
public override void ValidateModelsInApplication(ApplicationModel <ApplicationSPI> appModel, ApplicationValidationResultMutable appValidation)
{
var sModels = appModel.CompositeModels.Values.OfType <ServiceCompositeModel>().ToArray();
if (sModels.Any(sModel => sModel.ServiceID == null))
{
appValidation.InternalValidationErrors.Add(ValidationErrorFactory.NewInternalError("The following service composite models had their service ID as null: " + String.Join(", ", sModels.Where(sModel => sModel.ServiceID == null)), null));
}
else
{
var grouping = sModels.GroupBy(sModel => sModel.ServiceID).Where(g => g.Count() > 1).ToArray();
if (grouping.Length > 0)
{
appValidation.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("The following services have same service ID: " + String.Join("; ", grouping.Select(g => String.Join(", ", g))), appModel));
}
}
}
protected virtual void ValidatePropertyModel(CompositeValidationResult result, CompositeModel model, PropertyModel property)
{
if (property.IsPartOfCompositeState())
{
UseDefaultsAttribute udAttr;
if (property.IsUseDefaults(out udAttr))
{
if (udAttr.ActualType != null && !property.NativeInfo.PropertyType.IsAssignableFrom(udAttr.ActualType))
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("The type " + property.NativeInfo.PropertyType + " of " + property.NativeInfo + " is not assignable from type given to " + typeof(UseDefaultsAttribute) + " constructor ( " + udAttr.ActualType + ").", model, property));
}
else if (property.NativeInfo.PropertyType.IsGenericParameter)
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("The type " + property.NativeInfo.PropertyType + " of " + property.NativeInfo + " is marked with " + typeof(UseDefaultsAttribute) + " but it is generic type parameter.", model, property));
}
}
}
}
protected override void ValidateApplicationModel(ApplicationValidationResultMutable result)
{
// Detect cyclic layer dependencies
// Perform DFS for each layer
var violatingLayers = new HashSet <LayerModel>();
foreach (var layerModel in this.AllLayers)
{
var seen = new HashSet <LayerModel>();
var stk = new Stack <LayerModel>();
stk.Push(layerModel);
while (stk.Any())
{
LayerModel current = stk.Pop();
seen.Add(current);
var allUsed = current.UsedLayerModels;
foreach (LayerModel used in allUsed)
{
if (seen.Contains(used))
{
// Loop detected
violatingLayers.Add(layerModel);
stk.Clear();
break;
}
else
{
stk.Push(used);
}
}
if (!allUsed.Any())
{
seen.Remove(current);
}
}
}
foreach (var violatingLayer in violatingLayers)
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("The following layer has cyclic dependencies: " + violatingLayer.LayerName + ".", this));
}
}
protected virtual void ValidateEventModel(CompositeValidationResult result, CompositeModel compositeModel, EventModel eventModel)
{
if (!typeof(MulticastDelegate).IsAssignableFrom(eventModel.NativeInfo.EventHandlerType))
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("All event types must be sub-types of " + typeof(MulticastDelegate) + ".", compositeModel, eventModel));
}
else
{
IEnumerable <EventInvocationStyleAttribute> attrs = eventModel.AllAttributes.OfType <EventInvocationStyleAttribute>();
if (attrs.Count() > 1)
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("Maximum of one " + typeof(EventInvocationStyleAttribute) + " may be applied on event.", compositeModel, eventModel));
}
else
{
EventInvocationStyleAttribute attr = attrs.FirstOrDefault();
if (attr != null && attr.RethrowException != null)
{
if (!typeof(Exception).IsAssignableFrom(attr.RethrowException))
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("The exception type must be derived from " + typeof(Exception), compositeModel, eventModel));
}
else if (attr.RethrowException.GetConstructor(new Type[] { typeof(Exception[]) }) == null)
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("The exception to rethrow on event " + eventModel + " invocation must have a public constructor with the following parameters: " + typeof(Exception[]) + ".", compositeModel, eventModel));
}
}
}
}
//else
//{
// Type[] violatingTypes = this.GetAllFragmentMethodsOf( eventModel.AddMethod )
// .Concat( this.GetAllFragmentMethodsOf( eventModel.RemoveMethod ) )
// .Where( fMethod => !fMethod.NativeInfo.IsAbstract )
// .Select( fMethod => fMethod.NativeInfo.DeclaringType )
// .Distinct()
// .ToArray();
// if ( violatingTypes.Any() )
// {
// result.AddStructureError( new StructureValidationErrorImpl( compositeModel, eventModel, "The following fragment types have non-abstract event declaration: " + String.Join( ", ", (Object[]) violatingTypes ) + "." ) );
// }
//}
}
protected virtual void ValidateFragmentType(CompositeValidationResult result, CompositeModel compositeModel, Type fragmentType)
{
if (!fragmentType
#if WINDOWS_PHONE_APP
.GetTypeInfo()
#endif
.IsClass)
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("Fragments must be classes; the fragment " + fragmentType + " however is not a class.", compositeModel));
}
else
{
var baseTypes = new HashSet <Type>(fragmentType.GetAllParentTypes());
baseTypes.Remove(fragmentType);
if (fragmentType
#if WINDOWS_PHONE_APP
.GetTypeInfo()
#endif
.IsAbstract)
{
foreach (var fMethod in fragmentType.GetAllInstanceMethods())
{
if (fMethod.IsAbstract && !compositeModel.Methods.Any(cMethod => AreSameFragmentMethods(fMethod, ReflectionHelper.FindMethodImplicitlyImplementingMethod(fragmentType, cMethod.NativeInfo))))
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("Found abstract method " + fMethod + " in " + fragmentType + ", with no corresponding composite method.", compositeModel));
}
}
}
foreach (var baseType in baseTypes)
{
if (baseType.IsGenericType())
{
var baseTypeGDef = baseType.GetGenericTypeDefinition();
if (compositeModel.GetAllCompositeTypes().Except(compositeModel.PublicTypes).SelectMany(cType => cType.GetAllParentTypes()).Any(pType => pType.GetGenericDefinitionIfGenericType().Equals(baseTypeGDef)) &&
baseType.GetGenericArguments().Any(gArg => gArg.IsArray || gArg.IsByRef || gArg.IsPointer))
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("Fragment type implements composite type with either array, by ref or pointer generic argument. This is not allowed, as fragment might not be instantiatable in cases of non-array or non-by-ref or non-pointer generic argument of composite type.", compositeModel));
}
}
}
}
}
protected virtual void ValidateSpecialMethodModel(CompositeValidationResult result, CompositeModel compositeModel, SpecialMethodModel methodModel)
{
if (methodModel.NativeInfo.IsGenericMethodDefinition)
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("Special methods can not be generic method definitions.", compositeModel, methodModel));
}
else
{
var declType = methodModel.NativeInfo.DeclaringType;
var genName = Qi4CSGeneratedAssemblyAttribute.GetGeneratedAssemblyName(declType.GetAssembly());
if ((methodModel.NativeInfo.IsAssembly || methodModel.NativeInfo.IsFamilyAndAssembly) &&
!IsTypeVisible(declType, genName))
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("The type " + declType + " is not visible. Consider either making it public, or internal with combination of applying " + typeof(InternalsVisibleToAttribute) + " with argument " + typeof(Qi4CSGeneratedAssemblyAttribute) + ".ASSEMBLY_NAME to the assembly.", compositeModel, methodModel));
}
foreach (var pModel in methodModel.Parameters)
{
this.ValidateParameter(result, compositeModel, pModel);
}
}
}
public virtual void ValidateComposite(CompositeValidationResultMutable result, CompositeModel compositeModel)
{
// TODO check that all keys of the type model CompositeTypeInformations and FragmentTypeInformations are assignable from all methods of the composite model.
this.ValidateCompositeTypeModel(result, compositeModel);
if (compositeModel.MainCodeGenerationType == null)
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("Composite model main code generation type was null", compositeModel));
}
else if (!compositeModel.PublicTypes.Contains(compositeModel.MainCodeGenerationType))
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("Composite model main code generation type " + compositeModel.MainCodeGenerationType + " was not contained in its public types (" + String.Join(", ", compositeModel.PublicTypes) + ").", compositeModel));
}
else
{
CompositeMethodModel[] unimplementedMethods = compositeModel.Methods
.Where(methodModel => methodModel.Mixin == null)
.ToArray();
if (unimplementedMethods.Any())
{
foreach (CompositeMethodModel unimplementedMethod in unimplementedMethods)
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("No implementation found for " + unimplementedMethod.NativeInfo + ".", compositeModel, unimplementedMethod));
}
}
else
{
foreach (FieldModel fieldModel in compositeModel.Fields)
{
this.ValidateField(result, compositeModel, fieldModel);
}
foreach (ConstructorModel constructorModel in compositeModel.Constructors)
{
foreach (ParameterModel parameterModel in constructorModel.Parameters)
{
this.ValidateParameter(result, compositeModel, parameterModel);
}
}
foreach (CompositeMethodModel compositeMethod in compositeModel.Methods)
{
if (compositeMethod == null)
{
result.InternalValidationErrors.Add(ValidationErrorFactory.NewInternalError("Composite method model may not be null.", compositeModel));
}
else
{
this.ValidateParameter(result, compositeModel, compositeMethod.Result);
foreach (ParameterModel parameterModel in compositeMethod.Parameters)
{
this.ValidateParameter(result, compositeModel, parameterModel);
}
foreach (AbstractFragmentMethodModel fragmentMethod in compositeMethod.GetAllMethodModels().OfType <AbstractFragmentMethodModel>())
{
this.ValidateFragmentMethod(result, compositeModel, compositeMethod, fragmentMethod);
}
foreach (ConstraintModel constraintModel in compositeMethod.Parameters.SelectMany(param => param.Constraints).Concat(compositeMethod.Result.Constraints))
{
if (constraintModel.ConstraintType == null)
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("Could not bind parameter constraint " + constraintModel.ConstraintAttribute + ".", compositeModel, compositeMethod));
}
else if (constraintModel.ConstraintType.GetConstructor(Empty <Type> .Array) == null)
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("Constraints must have constructor without parameters, but constraint of type " + constraintModel.ConstraintType + " does not.", compositeModel, compositeMethod));
}
else if (constraintModel.ConstraintType.ContainsGenericParameters() && !constraintModel.ConstraintType.IsGenericTypeDefinition())
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("Constraint type " + constraintModel.ConstraintType + " contains non-closed generic parameters but is not generic type definition.", compositeModel, compositeMethod));
}
}
}
}
foreach (var pModel in compositeModel.GetAllPropertyModels())
{
this.ValidatePropertyModel(result, compositeModel, pModel);
}
foreach (SpecialMethodModel specialMethod in compositeModel.SpecialMethods)
{
this.ValidateSpecialMethodModel(result, compositeModel, specialMethod);
}
foreach (var constraintModel in compositeModel.GetAllConstraints())
{
this.ValidateConstraintModel(result, compositeModel, constraintModel);
}
if (!result.IQ.HasAnyErrors())
{
result.TypeModel = new CompositeTypeModelImpl(compositeModel, result);
}
}
}
}
public CompositeTypeModelImpl(CompositeModel compositeModel, CompositeValidationResultMutable vResult)
{
var collectionsFactory = compositeModel.ApplicationModel.CollectionsFactory;
this._publicCompositeGenericArguments = collectionsFactory.NewListProxy(GetCompositeModelPublicTypeGenericArguments(compositeModel).ToList()).CQ;
var injThisTypes = compositeModel.GetAllInjectableModelsWithInjectionScope <ThisAttribute>()
.Select(inj => new ThisTypeInfo(inj))
.ToArray();
var thisTypesInModel = compositeModel.Methods
.Select(m => m.NativeInfo.DeclaringType)
.Concat(compositeModel.PublicTypes)
.Concat(injThisTypes.Select(inj => inj.resolvedTargetType))
.Concat(compositeModel.GetAllFragmentTypes().SelectMany(ft => ft.GetAllParentTypes(false)))
.GetBottomTypes();
foreach (var injThisType in injThisTypes)
{
injThisType.resolvedTargetTypeFromModel = thisTypesInModel.First(tType => injThisType.resolvedTargetType.GetGenericDefinitionIfContainsGenericParameters().IsAssignableFrom_IgnoreGenericArgumentsForGenericTypes(tType));
}
var thisTypesToProcess = new HashSet <ThisTypeInfo>(injThisTypes.GetBottomTypes(model => model.resolvedTargetType).Distinct(INJECTABLE_MODEL_EQ_COMPARER));
thisTypesToProcess.ExceptWith(thisTypesToProcess.Where(type => compositeModel.PublicTypes.Any(role => type.resolvedTargetType.GetGenericDefinitionIfGenericType().IsAssignableFrom_IgnoreGenericArgumentsForGenericTypes(role))).ToArray());
// TODO check that if type binding has more than one list with indirect bindings -> throw or add error.
var privateComposites = new Dictionary <Type, TypeBindingInformationState>();
while (thisTypesToProcess.Any())
{
var processedTypes = new HashSet <ThisTypeInfo>(GDEF_EQ_COMPARER);
foreach (var thisType in thisTypesToProcess)
{
if (this.ModifyTypeBindingInfoDictionary(privateComposites, this.NewTypeBindingInformation(null, collectionsFactory, compositeModel, null, thisType.resolvedTargetTypeFromModel, thisType.resolvedTargetType, GetBottommostDeclaringType(thisType.model), privateComposites)))
{
processedTypes.Add(thisType);
}
}
thisTypesToProcess.ExceptWith(thisTypesToProcess.Where(t => processedTypes.Any(p => t.resolvedTargetType.GetGenericDefinitionIfContainsGenericParameters().Equals(p.resolvedTargetType.GetGenericDefinitionIfContainsGenericParameters()))).ToArray());
if (processedTypes.Count == 0)
{
// We are stuck
vResult.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("Could not deduce generic bindings for types " + String.Join(", ", thisTypesToProcess.Select(ttp => ttp.resolvedDeclaringType)), compositeModel));
break;
}
else
{
processedTypes.Clear();
}
}
var fragmentTypeInfos = new Dictionary <Type, TypeBindingInformationState>();
foreach (var fragmentType in compositeModel.GetAllFragmentTypes())
{
// TODO check - if any parent is public or private composite type (genericdefifgenerictype), error
if (fragmentType.IsGenericType())
{
var it = FindImplementingTypeFrom(fragmentType, compositeModel.PublicTypes);
if (it != null || !fragmentType.ContainsGenericParameters())
{
this.ModifyTypeBindingInfoDictionary(fragmentTypeInfos, this.NewTypeBindingInformation(vResult, collectionsFactory, compositeModel, null, fragmentType, fragmentType, fragmentType, privateComposites));
}
else
{
// Private composite fragment
// Process all base types + injectable models of this fragment, and all their generic arguments as DFS
var dependentStates = Enumerable.Repeat <Tuple <Int32, TypeBindingInformationState> >(null, fragmentType.GetGenericArguments().Length).ToList();
foreach (var typeToProcess in fragmentType.GetAllParentTypes(false)
.Concat(
compositeModel.GetAllInjectableModels()
.Where(inj => fragmentType.GetClassHierarchy().Contains(inj.DeclaringType))
.Select(inj => inj.TargetType)
))
{
if (dependentStates.Any(item => item == null))
{
var gArgs = typeToProcess.GetGenericArguments();
for (var i = 0; i < gArgs.Length; ++i)
{
foreach (var typeOrGArg in gArgs[i].AsDepthFirstEnumerable(t => t.GetGenericArgumentsSafe()))
{
if (typeOrGArg.IsGenericParameter && dependentStates[typeOrGArg.GenericParameterPosition] == null)
{
TypeBindingInformationState other;
if (!privateComposites.TryGetValue(typeToProcess.GetGenericDefinitionIfContainsGenericParameters(), out other) &&
compositeModel.PublicTypes.Contains(typeToProcess)
)
{
other = new TypeBindingInformationState(collectionsFactory);
other.NativeInfo = typeToProcess;
}
if (other != null)
{
dependentStates[typeOrGArg.GenericParameterPosition] = Tuple.Create(i, other);
}
}
}
}
}
else
{
break;
}
}
if (!dependentStates.Any(item => item == null))
{
var state = new TypeBindingInformationState(collectionsFactory);
state.NativeInfo = fragmentType;
var max = Math.Max(1, dependentStates.Max(dState => dState.Item2.Bindings.CQ.Count));
if (dependentStates.Select(dState => dState.Item2.Bindings.CQ.Count).Where(c => c > 1).Distinct().Count() > 1)
{
throw new NotImplementedException("Very complex private type binding is not yet supported.");
}
else
{
for (var i = 0; i < max; ++i)
{
state.Bindings.Add(collectionsFactory.NewListProxy(dependentStates.Select(dState =>
{
AbstractGenericTypeBinding gtb;
if (dState.Item2.Bindings.CQ.Any())
{
// Private composite binding
gtb = dState.Item2.Bindings.CQ[i].CQ[dState.Item1];
}
else
{
var iState = new IndirectGenericTypeBindingState();
iState.GenericDefinition = dState.Item2.NativeInfo.GetGenericDefinitionIfGenericType();
iState.GenericIndex = dState.Item1;
gtb = new IndirectGenericTypeBindingImpl(iState);
}
return(gtb);
}).ToList()));
}
this.ModifyTypeBindingInfoDictionary(fragmentTypeInfos, state);
}
}
}
}
else
{
var state = new TypeBindingInformationState(collectionsFactory);
state.NativeInfo = fragmentType;
this.ModifyTypeBindingInfoDictionary(fragmentTypeInfos, state);
}
}
this._fragmentTypeInfos = collectionsFactory.NewDictionaryProxy(fragmentTypeInfos.ToDictionary(kvp => kvp.Key, kvp => (TypeBindingInformation) new TypeBindingInformationImpl(kvp.Value))).CQ;
this._concernInvocationTypeInfos = collectionsFactory.NewDictionaryProxy(this.CreateInvocationInfos <ConcernForAttribute>(vResult, collectionsFactory, compositeModel, privateComposites).ToDictionary(kvp => kvp.Key, kvp => (TypeBindingInformation) new TypeBindingInformationImpl(kvp.Value))).CQ;
this._sideEffectInvocationTypeInfos = collectionsFactory.NewDictionaryProxy(this.CreateInvocationInfos <SideEffectForAttribute>(vResult, collectionsFactory, compositeModel, privateComposites).ToDictionary(kvp => kvp.Key, kvp => (TypeBindingInformation) new TypeBindingInformationImpl(kvp.Value))).CQ;
this._privateCompositeTypeInfos = collectionsFactory.NewDictionaryProxy(privateComposites.ToDictionary(kvp => kvp.Key, kvp => (TypeBindingInformation) new TypeBindingInformationImpl(kvp.Value))).CQ;
}
