public Type Get(SerializedTypes serializedTypes)
{
var genericType = type.Get(serializedTypes);
var types = new List <Type>(genericArgs.Length);
foreach (var ga in genericArgs)
{
types.Add(ga.Get(serializedTypes));
}
return(genericType.MakeGenericType(types.ToArray()));
}
private SerializedTypeDesc GetExistingTypeDesc(Type type)
{
SerializedTypeDesc typeDesc = new SerializedTypeDesc {
TypeHandle = type.TypeHandle
};
if (SerializedTypes.ContainsKey(typeDesc.SafeFullName))
{
return(SerializedTypes[typeDesc.SafeFullName]);
}
SerializedTypes.Add(typeDesc.SafeFullName, typeDesc);
return(typeDesc);
}
// Walks through all the fields and gather types for subtype also
private void GatherAllUsedTypesForType(Type type)
{
// Preprocess full name only
SerializedTypeDesc typeDesc = new SerializedTypeDesc {
TypeHandle = type.TypeHandle
};
// We analyse type once only ...
if (SerializedTypes.ContainsKey(typeDesc.SafeFullName))
{
return;
}
// Type registration
typeDesc = GetExistingTypeDesc(type);
// Member fields inspection
FieldInfo[] serializableMembers = (FieldInfo[])GetSerializableMembers(type);
Array.ForEach(serializableMembers, field =>
{
GatherAllUsedTypesForType(field.FieldType);
if (field.FieldType.IsArray)
{
GatherAllUsedTypesForType(field.FieldType.GetElementType());
}
});
// Does it have any serialization attributes?
Type[] otherTypes = GetTypesFromSerializationAttributesOfTypeMembers(type);
Array.ForEach(otherTypes, otherType =>
{
GatherAllUsedTypesForType(otherType);
if (otherType.IsArray)
{
GatherAllUsedTypesForType(otherType.GetElementType());
}
});
}
