public SerializationPropertyMetadata(IPropertyMetadata propertyMetadata)
{
Name = propertyMetadata.Name;
SavedHash = propertyMetadata.SavedHash;
if (AlreadyMapped.TryGetValue(propertyMetadata.MyType.SavedHash, out IMetadata item))
{
MyType = item as ITypeMetadata;
}
else
{
// use temporary constructor to save its hash, retrieve actual object afterr all mapping has been done
MyType = new SerializationTypeMetadata(
new SerializationTypeMetadata(
propertyMetadata.MyType.SavedHash, propertyMetadata.MyType.Name));
}
}
public SerializationNamespaceMetadata(INamespaceMetadata namespaceMetadata)
{
Name = namespaceMetadata.Name;
SavedHash = namespaceMetadata.SavedHash;
List <ITypeMetadata> types = new List <ITypeMetadata>();
foreach (ITypeMetadata child in namespaceMetadata.Types)
{
if (AlreadyMapped.TryGetValue(child.SavedHash, out IMetadata item))
{
types.Add(item as ITypeMetadata);
}
else
{
ITypeMetadata newType = new SerializationTypeMetadata(child);
types.Add(newType);
AlreadyMapped.Add(newType.SavedHash, newType);
}
}
Types = types;
}
public SerializationMethodMetadata(IMethodMetadata methodMetadata)
{
Name = methodMetadata.Name;
SavedHash = methodMetadata.SavedHash;
IsExtension = methodMetadata.IsExtension;
Modifiers = methodMetadata.Modifiers;
// Generic Arguments
if (methodMetadata.GenericArguments is null)
{
GenericArguments = null;
}
else
{
List <ITypeMetadata> genericArguments = new List <ITypeMetadata>();
foreach (ITypeMetadata genericArgument in methodMetadata.GenericArguments)
{
if (AlreadyMapped.TryGetValue(genericArgument.SavedHash, out IMetadata mappedArgument))
{
genericArguments.Add(mappedArgument as ITypeMetadata);
}
else
{
// use temporary constructor to save its hash, retrieve actual object afterr all mapping has been done
genericArguments.Add(new SerializationTypeMetadata(
new SerializationTypeMetadata(genericArgument.SavedHash, genericArgument.Name)));
}
}
GenericArguments = genericArguments;
}
// Return type
if (AlreadyMapped.TryGetValue(methodMetadata.ReturnType.SavedHash, out IMetadata item))
{
ReturnType = item as ITypeMetadata;
}
else
{
// use temporary constructor to save its hash, retrieve actual object afterr all mapping has been done
ReturnType = new SerializationTypeMetadata(
new SerializationTypeMetadata(methodMetadata.ReturnType.SavedHash, methodMetadata.ReturnType.Name));
}
// Parameters
if (methodMetadata.Parameters is null)
{
Parameters = Enumerable.Empty <IParameterMetadata>();
}
else
{
List <IParameterMetadata> parameters = new List <IParameterMetadata>();
foreach (IParameterMetadata parameter in methodMetadata.Parameters)
{
if (AlreadyMapped.TryGetValue(parameter.SavedHash, out item))
{
parameters.Add(item as IParameterMetadata);
}
else
{
IParameterMetadata newParameter = new SerializationParameterMetadata(parameter);
parameters.Add(newParameter);
AlreadyMapped.Add(newParameter.SavedHash, newParameter);
}
}
Parameters = parameters;
}
FillChildren(new StreamingContext());
}
public SerializationTypeMetadata(ITypeMetadata typeMetadata)
{
Name = typeMetadata.Name;
SavedHash = typeMetadata.SavedHash;
NamespaceName = typeMetadata.NamespaceName;
// Base type
if (typeMetadata.BaseType is null)
{
BaseType = null;
}
else if (AlreadyMapped.TryGetValue(typeMetadata.BaseType.SavedHash, out IMetadata item))
{
BaseType = item as ITypeMetadata;
}
else
{
BaseType = new SerializationTypeMetadata(
new SerializationTypeMetadata(typeMetadata.BaseType.SavedHash, typeMetadata.BaseType.Name));
}
// Generic Arguments
if (typeMetadata.GenericArguments is null)
{
GenericArguments = null;
}
else
{
List <ITypeMetadata> genericArguments = new List <ITypeMetadata>();
foreach (ITypeMetadata genericArgument in typeMetadata.GenericArguments)
{
if (AlreadyMapped.TryGetValue(genericArgument.SavedHash, out IMetadata item))
{
genericArguments.Add(item as ITypeMetadata);
}
else
{
genericArguments.Add(new SerializationTypeMetadata(
new SerializationTypeMetadata(genericArgument.SavedHash, genericArgument.Name)));
}
}
GenericArguments = genericArguments;
}
// Modifiers
Modifiers = typeMetadata.Modifiers;
// Type kind
TypeKind = typeMetadata.TypeKind;
// Attributes
if (typeMetadata.Attributes is null)
{
Attributes = Enumerable.Empty <IAttributeMetadata>();
}
else
{
List <IAttributeMetadata> attributes = new List <IAttributeMetadata>();
foreach (IAttributeMetadata attribute in typeMetadata.Attributes)
{
if (AlreadyMapped.TryGetValue(attribute.SavedHash, out IMetadata item))
{
attributes.Add(item as IAttributeMetadata);
}
else
{
IAttributeMetadata newAttribute = new SerializationAttributeMetadata(attribute);
attributes.Add(newAttribute);
AlreadyMapped.Add(newAttribute.SavedHash, newAttribute);
}
}
Attributes = attributes;
}
// Interfaces
if (typeMetadata.ImplementedInterfaces is null)
{
ImplementedInterfaces = Enumerable.Empty <ITypeMetadata>();
}
else
{
List <ITypeMetadata> interfaces = new List <ITypeMetadata>();
foreach (ITypeMetadata implementedInterface in typeMetadata.ImplementedInterfaces)
{
if (AlreadyMapped.TryGetValue(implementedInterface.SavedHash, out IMetadata item))
{
interfaces.Add(item as ITypeMetadata);
}
else
{
interfaces.Add(new SerializationTypeMetadata(
new SerializationTypeMetadata(implementedInterface.SavedHash, implementedInterface.Name)));
}
}
ImplementedInterfaces = interfaces;
}
// Nested Types
if (typeMetadata.NestedTypes is null)
{
NestedTypes = null;
}
else
{
List <ITypeMetadata> nestedTypes = new List <ITypeMetadata>();
foreach (ITypeMetadata nestedType in typeMetadata.NestedTypes)
{
if (AlreadyMapped.TryGetValue(nestedType.SavedHash, out IMetadata item))
{
nestedTypes.Add(item as ITypeMetadata);
}
else
{
nestedTypes.Add(new SerializationTypeMetadata(
new SerializationTypeMetadata(nestedType.SavedHash, nestedType.Name)));
}
}
NestedTypes = nestedTypes;
}
// Properties
if (typeMetadata.Properties is null)
{
Properties = Enumerable.Empty <IPropertyMetadata>();
}
else
{
List <IPropertyMetadata> properties = new List <IPropertyMetadata>();
foreach (IPropertyMetadata property in typeMetadata.Properties)
{
if (AlreadyMapped.TryGetValue(property.SavedHash, out IMetadata item))
{
properties.Add(item as IPropertyMetadata);
}
else
{
IPropertyMetadata newProperty = new SerializationPropertyMetadata(property);
properties.Add(newProperty);
AlreadyMapped.Add(newProperty.SavedHash, newProperty);
}
}
Properties = properties;
}
//Declaring type
if (typeMetadata.DeclaringType is null)
{
DeclaringType = null;
}
else if (AlreadyMapped.TryGetValue(typeMetadata.DeclaringType.SavedHash, out IMetadata item))
{
DeclaringType = item as ITypeMetadata;
}
else
{
DeclaringType = new SerializationTypeMetadata(
new SerializationTypeMetadata(typeMetadata.DeclaringType.SavedHash, typeMetadata.DeclaringType.Name));
}
// Methods
if (typeMetadata.Methods is null)
{
Methods = Enumerable.Empty <IMethodMetadata>();
}
else
{
List <IMethodMetadata> methods = new List <IMethodMetadata>();
foreach (IMethodMetadata method in typeMetadata.Methods)
{
if (AlreadyMapped.TryGetValue(method.SavedHash, out IMetadata item))
{
methods.Add(item as IMethodMetadata);
}
else
{
IMethodMetadata newMethod = new SerializationMethodMetadata(method);
methods.Add(newMethod);
AlreadyMapped.Add(newMethod.SavedHash, newMethod);
}
}
Methods = methods;
}
// Constructors
if (typeMetadata.Methods is null)
{
Constructors = Enumerable.Empty <IMethodMetadata>();
}
else
{
List <IMethodMetadata> constructors = new List <IMethodMetadata>();
foreach (IMethodMetadata constructor in typeMetadata.Methods)
{
if (AlreadyMapped.TryGetValue(constructor.SavedHash, out IMetadata item))
{
constructors.Add(item as IMethodMetadata);
}
else
{
IMethodMetadata newMethod = new SerializationMethodMetadata(constructor);
constructors.Add(newMethod);
AlreadyMapped.Add(newMethod.SavedHash, newMethod);
}
}
Constructors = constructors;
}
FillChildren(new StreamingContext());
}
