/// <summary>
/// Adds a reorderable list drawer to the editor
/// </summary>
/// <param name="property"></param>
private void AddReorderableList(StratusOdinSerializedProperty property)
{
stratusReorderableLists.Add(property, StratusReorderableList.PolymorphicList(property));
}
/// <summary>
/// Adds all SerializedProperties to be inspected
/// </summary>
internal void ScanProperties()
{
// Reset the number of drawn properties
this.drawnProperties = 0;
// For every type, starting from the most derived up to the base, get its serialized properties
Type currentType = this.target.GetType();
Type previousType = null;
while (currentType != this.baseType && currentType != null)
{
// Serialized Properties
StratusSerializedPropertyModel.Query query = new StratusSerializedPropertyModel.Query(serializedObject, currentType);
foreach (StratusSerializedPropertyModel propertyModel in query.models)
{
if (propertyModel == null)
{
Debug.LogError($"A property was found to not be serialized properly while inspecting {this.target.name}. Did you forget a [Serializable] attribute on a class definition?");
continue;
}
//Debug.Log($"Drawer for serialized property: {propertyModel.displayName} with type {propertyModel.type}");
switch (propertyModel.type)
{
case StratusSerializedPropertyModel.SerializationType.Unity:
{
SerializedProperty serializedProperty = propertyModel.unitySerialized;
this.propertyMap.Add(serializedProperty.name, serializedProperty);
//Debug.Log($"Added property {serializedProperty.name}");
this.unitySerializedPropertyModels.Add(serializedProperty, propertyModel);
// Record the attributes for this property
Attribute[] attributes = propertyModel.attributes;
this.propertyAttributes.Add(serializedProperty, attributes);
this.propertyAttributesMap.AddUnique(serializedProperty, new Dictionary <Type, Attribute>());
foreach (Attribute attr in attributes)
{
this.propertyAttributesMap[serializedProperty].AddUnique(attr.GetType(), attr);
}
this.OnPropertyAttributesAdded(serializedProperty);
// Check whether this property is an array
if (serializedProperty.isArray && serializedProperty.propertyType != SerializedPropertyType.String)
{
this.reorderableLists.Add(propertyModel, StratusReorderableList.List(serializedProperty));
//this.AddReorderableList(serializedProperty);
}
}
break;
case StratusSerializedPropertyModel.SerializationType.Custom:
{
this.customSerializedPropertyModels.Add(propertyModel.customSerialized, propertyModel);
if (propertyModel.customSerialized.isList)
{
this.reorderableLists.Add(propertyModel, StratusReorderableList.PolymorphicList(propertyModel.customSerialized));
}
}
break;
}
}
this.propertiesByType.Add(currentType, query.models);
this.unityPropertiesByType.Add(currentType, query.unitySerialized);
this.propertyGroups.Add(new Tuple <Type, StratusSerializedPropertyModel[]>(currentType, query.models));
//// Add all the properties for this type into the property map by type
//if (!currentType.IsGenericType)
//{
// this.propertiesByType.Add(currentType, query.models);
// this.unityPropertiesByType.Add(currentType, query.unitySerialized);
// this.propertyGroups.Add(new Tuple<Type, StratusSerializedPropertyModel[]>(currentType, query.models));
//}
//else
//{
// if (!previousType.IsGenericType)
// {
// SerializedProperty[] joinedUnityProperties = this.unityPropertiesByType[previousType].Concat(query.unitySerialized);
// this.unityPropertiesByType[previousType] = joinedUnityProperties;
// // Combined
// StratusSerializedPropertyModel[] joinedProperties = this.propertiesByType[previousType].Concat(query.models);
// this.propertiesByType[previousType] = joinedProperties;
// // Concat property groups
// this.propertyGroups.RemoveLast();
// this.propertyGroups.Add(new Tuple<Type, StratusSerializedPropertyModel[]>(previousType, joinedProperties));
// }
//}
// Move on to the parent type (if any)
previousType = currentType;
currentType = currentType.BaseType;
}
this.propertyGroups.Reverse();
}
