private InterpretedType NewIntepretedArrayType(NonRuntimeType elementType, GenericScope genericScope)
{
return(new InterpretedArrayType(
elementType,
new Lazy <Type[]>(() => GetArrayInterfaces(elementType, genericScope)),
t => Empty <ILazyMember <MemberInfo> > .Array
));
}
public Type[] GetArrayInterfaces(NonRuntimeType elementType, GenericScope genericScope)
{
var elementTypeArray = new[] { elementType };
return(new Type[] {
typeof(IEnumerable),
typeof(ICollection),
typeof(IList),
GenericPathType(null, typeof(IEnumerable <>), TypeSupport.Definitions.IEnumerableOfT, elementTypeArray, false, genericScope),
GenericPathType(null, typeof(IReadOnlyCollection <>), TypeSupport.Definitions.IReadOnlyCollectionOfT, elementTypeArray, false, genericScope),
GenericPathType(null, typeof(ICollection <>), TypeSupport.Definitions.ICollectionOfT, elementTypeArray, false, genericScope),
GenericPathType(null, typeof(IReadOnlyList <>), TypeSupport.Definitions.IReadOnlyListOfT, elementTypeArray, false, genericScope),
GenericPathType(null, typeof(IList <>), TypeSupport.Definitions.IListOfT, elementTypeArray, false, genericScope)
});
}
public ObjectTypeOverride(object @object, NonRuntimeType type)
{
if (@object is INonRuntimeObject)
{
throw new ArgumentException($"Attempted to override type twice ({@object}).");
}
if (TypeSupport.GetTypeOf(@object) == type)
{
throw new ArgumentException($"Attempted to override type for {@object} that already has type {type}.");
}
Type = Argument.NotNull(nameof(type), type);
Object = @object;
}
public CilinArrayIterator(CilinArray array, NonRuntimeType iteratorType)
{
_array = array;
_iteratorType = iteratorType;
}
