public void ReflectObject(object obj)
{
OrderedDictionary new_details = new OrderedDictionary();
if (obj == null)
{
Categories = new_details;
return;
}
HideCategoriesAttribute hidden_categories = (HideCategoriesAttribute)obj.GetType().GetCustomAttribute(typeof(HideCategoriesAttribute));
PropertyInfo[] obj_properties = obj.GetType().GetProperties();
foreach (PropertyInfo p in obj_properties)
{
// We want to ignore all properties that are not marked with the WProperty attribute.
CustomAttributeData[] custom_attributes = p.CustomAttributes.ToArray();
CustomAttributeData wproperty_attribute = custom_attributes.FirstOrDefault(x => x.AttributeType.Name == "WProperty");
if (wproperty_attribute == null)
{
continue;
}
// Grab our custom attribute data for use
string category_name = (string)wproperty_attribute.ConstructorArguments[0].Value;
string property_name = (string)wproperty_attribute.ConstructorArguments[1].Value;
bool is_editable = (bool)wproperty_attribute.ConstructorArguments[2].Value;
string tool_tip = (string)wproperty_attribute.ConstructorArguments[3].Value;
SourceScene source_scene = (SourceScene)wproperty_attribute.ConstructorArguments[4].Value;
// Get the base type for possible use later
Type base_type = p.PropertyType;
while (base_type.BaseType != typeof(object))
{
base_type = base_type.BaseType;
}
// Only add the category to the view if it's not blacklisted by the HideCategories attribute.
if (!new_details.Contains(category_name) && (hidden_categories == null || !hidden_categories.CategoryHidden(category_name)))
{
new_details.Add(category_name, new WDetailsCategoryRowViewModel(category_name));
}
WDetailsCategoryRowViewModel current_category = null;
if (new_details.Contains(category_name))
{
current_category = (WDetailsCategoryRowViewModel)new_details[category_name];
}
else
{
continue;
}
/* This is where we generate the control for the details view. */
List <WDetailSingleRowViewModel> property_rows = new List <WDetailSingleRowViewModel>();
// We first check if the type of the property has a customization registered.
// If it is, we just grab the customization and generate a control with it.
if (m_TypeCustomizations.ContainsKey(p.PropertyType.Name))
{
property_rows = m_TypeCustomizations[p.PropertyType.Name].CustomizeHeader(p, property_name, is_editable, obj);
}
// If there is no customization registered, and the type is an enum, we
// use EnumTypeCustomization to generate a control.
else if (p.PropertyType.IsEnum)
{
EnumTypeCustomization enu = new EnumTypeCustomization();
property_rows = enu.CustomizeHeader(p, property_name, is_editable, obj);
}
// Check if the type is an AndvancedBindingList.
else if (p.PropertyType.Name == typeof(AdvancedBindingList <object>).Name)
{
Type underlying_type = p.PropertyType.GetGenericArguments().Single();
Type type_from_generic = typeof(AdvancedBindingListTypeCustomization <>).MakeGenericType(underlying_type);
IPropertyTypeCustomization adv_cus = Activator.CreateInstance(type_from_generic) as IPropertyTypeCustomization;
property_rows = adv_cus.CustomizeHeader(p, property_name, is_editable, obj);
WAdvancedBindingListControl base_ctrl = property_rows[0].PropertyControl as WAdvancedBindingListControl;
base_ctrl.entry_combo.SelectedIndex = 0;
property_rows.AddRange(base_ctrl.GenerateBoundFields());
base_ctrl.OnEntryComboSelectionChanged();
}
// Failing the prior checks, we see if the base type of the property is WDOMNode,
// in which case we just use the WDOMNode customization to generate a control.
else if (base_type.Name == typeof(WDOMNode).Name)
{
property_rows = m_TypeCustomizations[typeof(WDOMNode).Name].CustomizeHeader(p, property_name, is_editable, obj);
WActorReferenceControl c = (WActorReferenceControl)property_rows[0].PropertyControl;
c.Source = source_scene;
c.FillComboBox();
}
// If the property type is completely unknown or unsupported, we create an empty row with
// just the property's name.
else
{
property_rows.Add(new WDetailSingleRowViewModel(property_name));
}
// Saw online that adding multiple things to a binding list can be slow,
// so I'll do what that guy suggested. Disable raising changed events, then re-enable when we're done.
current_category.PropertyRows.RaiseListChangedEvents = false;
foreach (var row in property_rows)
{
current_category.PropertyRows.Add(row);
if (tool_tip != "")
{
row.PropertyToolTip = tool_tip;
}
}
current_category.PropertyRows.RaiseListChangedEvents = true;
current_category.PropertyRows.ResetBindings();
}
// We want to force certain categories to the top of the list, so reorder it at the end.
foreach (var cat_name in new string[] { "Actor", "Transform", "Entity" })
{
if (new_details.Contains(cat_name))
{
var row = new_details[cat_name];
new_details.Remove(cat_name);
new_details.Insert(0, cat_name, row);
}
}
Categories = new_details;
}
public void ReflectObject(object obj)
{
OrderedDictionary new_details = new OrderedDictionary();
if (obj == null)
{
Categories = new_details;
return;
}
HideCategoriesAttribute hidden_categories = (HideCategoriesAttribute)obj.GetType().GetCustomAttribute(typeof(HideCategoriesAttribute));
PropertyInfo[] obj_properties = obj.GetType().GetProperties();
foreach (PropertyInfo p in obj_properties)
{
// We want to ignore all properties that are not marked with the WProperty attribute.
CustomAttributeData[] custom_attributes = p.CustomAttributes.ToArray();
if (custom_attributes.Length == 0 || custom_attributes[0].AttributeType.Name != "WProperty")
{
continue;
}
// Grab our custom attribute data for use
string category_name = (string)custom_attributes[0].ConstructorArguments[0].Value;
string property_name = (string)custom_attributes[0].ConstructorArguments[1].Value;
bool is_editable = (bool)custom_attributes[0].ConstructorArguments[2].Value;
string tool_tip = (string)custom_attributes[0].ConstructorArguments[3].Value;
// Get the base type for possible use later
Type base_type = p.PropertyType;
while (base_type.BaseType != typeof(object))
{
base_type = base_type.BaseType;
}
// Only add the category to the view if it's not blacklisted by the HideCategories attribute.
if (!new_details.Contains(category_name) && hidden_categories != null && !hidden_categories.CategoryHidden(category_name))
{
// Also, we want to force the Transform category to the top of the list.
if (category_name == "Transform")
{
new_details.Insert(0, category_name, new WDetailsCategoryRowViewModel(category_name));
}
else
{
new_details.Add(category_name, new WDetailsCategoryRowViewModel(category_name));
}
}
WDetailsCategoryRowViewModel current_category = null;
if (new_details.Contains(category_name))
{
current_category = (WDetailsCategoryRowViewModel)new_details[category_name];
}
else
{
continue;
}
/* This is where we generate the control for the details view. */
List <WDetailSingleRowViewModel> property_rows = new List <WDetailSingleRowViewModel>();
// We first check if the type of the property has a customization registered.
// If it is, we just grab the customization and generate a control with it.
if (m_TypeCustomizations.ContainsKey(p.PropertyType.Name))
{
property_rows = m_TypeCustomizations[p.PropertyType.Name].CustomizeHeader(p, property_name, is_editable, obj);
}
// If there is no customization registered, and the type is an enum, we
// use EnumTypeCustomization to generate a control.
else if (p.PropertyType.IsEnum)
{
EnumTypeCustomization enu = new EnumTypeCustomization();
property_rows = enu.CustomizeHeader(p, property_name, is_editable, obj);
}
// Failing the prior checks, we see if the base type of the property is WDOMNode,
// in which case we just use the WDOMNode customization to generate a control.
else if (base_type.Name == typeof(WDOMNode).Name)
{
property_rows = m_TypeCustomizations[typeof(WDOMNode).Name].CustomizeHeader(p, property_name, is_editable, obj);
}
// If the property type is completely unknown or unsupported, we create an empty row with
// just the property's name.
else
{
property_rows.Add(new WDetailSingleRowViewModel(property_name));
}
// Saw online that adding multiple things to a binding list can be slow,
// so I'll do what that guy suggested. Disable raising changed events, then re-enable when we're done.
current_category.PropertyRows.RaiseListChangedEvents = false;
foreach (var row in property_rows)
{
current_category.PropertyRows.Add(row);
row.PropertyToolTip = tool_tip;
}
current_category.PropertyRows.RaiseListChangedEvents = true;
current_category.PropertyRows.ResetBindings();
}
Categories = new_details;
}
public static List <WDetailSingleRowViewModel> GeneratePropertyRows(Type type)
{
List <WDetailSingleRowViewModel> property_rows = new List <WDetailSingleRowViewModel>();
HideCategoriesAttribute hidden_categories = (HideCategoriesAttribute)type.GetCustomAttribute(typeof(HideCategoriesAttribute));
PropertyInfo[] obj_properties = type.GetProperties();
List <string> tooltips = new List <string>();
foreach (PropertyInfo p in obj_properties)
{
// We want to ignore all properties that are not marked with the WProperty attribute.
CustomAttributeData[] custom_attributes = p.CustomAttributes.ToArray();
CustomAttributeData wproperty_attribute = custom_attributes.FirstOrDefault(x => x.AttributeType.Name == "WProperty");
if (wproperty_attribute == null)
{
continue;
}
// Grab our custom attribute data for use
string category_name = (string)wproperty_attribute.ConstructorArguments[0].Value;
string property_name = (string)wproperty_attribute.ConstructorArguments[1].Value;
bool is_editable = (bool)wproperty_attribute.ConstructorArguments[2].Value;
string tool_tip = (string)wproperty_attribute.ConstructorArguments[3].Value;
SourceScene source_scene = (SourceScene)wproperty_attribute.ConstructorArguments[4].Value;
tooltips.Add(tool_tip);
// Get the base type for possible use later
Type base_type = p.PropertyType;
while (base_type.BaseType != typeof(object))
{
base_type = base_type.BaseType;
}
/* This is where we generate the control for the details view. */
// We first check if the type of the property has a customization registered.
// If it is, we just grab the customization and generate a control with it.
if (m_TypeCustomizations.ContainsKey(p.PropertyType.Name))
{
property_rows.AddRange(m_TypeCustomizations[p.PropertyType.Name].CustomizeHeader(p, property_name, is_editable, null));
}
// If there is no customization registered, and the type is an enum, we
// use EnumTypeCustomization to generate a control.
else if (p.PropertyType.IsEnum)
{
EnumTypeCustomization enu = new EnumTypeCustomization();
property_rows.AddRange(enu.CustomizeHeader(p, property_name, is_editable, null));
}
// Check if the type is an AndvancedBindingList.
else if (p.PropertyType.Name == typeof(AdvancedBindingList <object>).Name)
{
Type underlying_type = p.PropertyType.GetGenericArguments().Single();
Type type_from_generic = typeof(AdvancedBindingListTypeCustomization <>).MakeGenericType(underlying_type);
IPropertyTypeCustomization adv_cus = Activator.CreateInstance(type_from_generic) as IPropertyTypeCustomization;
property_rows = adv_cus.CustomizeHeader(p, property_name, is_editable, null);
WAdvancedBindingListControl base_ctrl = property_rows[0].PropertyControl as WAdvancedBindingListControl;
property_rows.AddRange(base_ctrl.GenerateBoundFields());
}
// Failing the prior checks, we see if the base type of the property is WDOMNode,
// in which case we just use the WDOMNode customization to generate a control.
else if (base_type.Name == typeof(WDOMNode).Name)
{
property_rows.AddRange(m_TypeCustomizations[typeof(WDOMNode).Name].CustomizeHeader(p, property_name, is_editable, null));
WActorReferenceControl c = (WActorReferenceControl)property_rows[0].PropertyControl;
c.Source = source_scene;
c.FillComboBox();
}
// If the property type is completely unknown or unsupported, we create an empty row with
// just the property's name.
else
{
property_rows.Add(new WDetailSingleRowViewModel(property_name));
}
}
for (int i = 0; i < property_rows.Count; i++)
{
property_rows[i].PropertyToolTip = tooltips[i];
}
return(property_rows);
}