internal override object ReadObjectData(IList <INodeData> list, DeserializationContext context, int currentIndex)
{
// prepare the instance to deserialize into
object instance = Activator.CreateInstance(CollectionType.MakeGenericType(ElementsType));
if (currentIndex != -1)
{
// note : we do this to count for the case where instance A has itself as one of its properties
// so we have to preregister the parent to catch it back when we encounter it back as a property
context.Register(currentIndex, instance);
}
list = list[0].SubNodes[1].SubNodes.Where(n => !NodeUtils.IgnoreOnDeserialization(n.Type)).ToList();
IList cast = (IList)instance;
foreach (INodeData el in list)
{
object desElement = SerializerDependencies.SerializerCollection
.GetOrAdd(ElementsType)
.DeserializeInternal(el.Data, context);
cast.Add(desElement);
}
return(cast);
}
internal override object ReadObjectData(IList <INodeData> list, DeserializationContext context, int currentIndex)
{
// prepare the instance to deserialize into
object instance = Activator.CreateInstance(Type);
if (currentIndex != -1)
{
// note : we do this to count for the case where instance A has itself as one of its properties
// so we have to preregister the parent to catch it back when we encounter it back as a property
context.Register(currentIndex, instance);
}
//list = list[0].SubNodes[1].SubNodes.Where(n => !).ToList();
list = list[0].SubNodes[1].SubNodes;
int propIndex = 0;
int nodeIndex = -1;
for (int i = 0; i < PropertiesCount; i++)
{
while (nodeIndex < list.Count)
{
nodeIndex++;
if (!NodeUtils.IgnoreOnDeserialization(list[nodeIndex].Type))
{
break;
}
}
INodeData node = list[nodeIndex];
/*
* if (node.Type == Parser.NodeType.COMMENT)
* continue;
* if (node.Type == Parser.NodeType.SYMBOL)
* continue;
*/
object val = Serializers[propIndex].DeserializeInternal(node.Data, context);
PropertieSetter[i].Invoke(instance, val);
propIndex++;
}
return(instance);
}