private static void DeserializeComplexCollection(object parent, ItemDataPair itemDataPair, IDictionary <PropertyMapping, IList> createdLists, ref object lastComplexCollectionItem)
{
if (!createdLists.TryGetValue(InnerCollectionMapping, out var list))
{
list = CreateListOfType(InnerCollectionMapping.InnerType);
createdLists.Add(InnerCollectionMapping, list);
InnerCollectionMapping.Property.SetValue(parent, list);
}
if (lastComplexCollectionItem.GetType() != typeof(TestClass.Inner) || itemDataPair.Key == 2)
{
// Since this is an item data pair with a key of 2 OR the last item we dealt with wasn't an Inner,
// than this is a *new* instance of TestClass.Inner
lastComplexCollectionItem = new TestClass.Inner();
list.Add(lastComplexCollectionItem);
}
switch (itemDataPair.Key)
{
case 2:
((TestClass.Inner)lastComplexCollectionItem).First = itemDataPair.Value;
break;
case 3:
((TestClass.Inner)lastComplexCollectionItem).Second = itemDataPair.Value;
break;
}
}
private static void DeserializeTestClass(TestClass testClass, ItemDataPair itemDataPair, IDictionary <PropertyMapping, IList> createdLists, ref object lastComplexCollectionItem)
{
if (itemDataPair.Key == 1)
{
testClass.Root = itemDataPair.Value;
}
else
{
DeserializeFromPath(testClass, itemDataPair, createdLists, ref lastComplexCollectionItem, true);
}
}
private static void DeserializeFromPath(TestClass parent, ItemDataPair itemDataPair, IDictionary <PropertyMapping, IList> createdLists, ref object lastComplexCollectionItem, bool isInner)
{
switch (isInner)
{
case false:
DeserializeTestClass(parent, itemDataPair, createdLists, ref lastComplexCollectionItem);
break;
case true:
DeserializeComplexCollection(parent, itemDataPair, createdLists, ref lastComplexCollectionItem);
break;
}
}