/// <summary>
/// This extension method can be used for easy media part creation. Adds all necessary parts and settings to the part.
/// </summary>
public static ContentTypeDefinitionBuilder AsMedia(this ContentTypeDefinitionBuilder builder)
{
return(builder
.WithSetting("Stereotype", "Media")
.WithPart("CommonPart")
.WithPart("MediaPart")
.WithPart("TitlePart"));
}
public override IEnumerable <TemplateViewModel> TypeEditorUpdate(ContentTypeDefinitionBuilder builder, IUpdateModel updateModel)
{
var model = new ExperimentalSettings();
updateModel.TryUpdateModel(model, "ExperimentalSettings", null, null);
builder
.WithSetting("ExperimentalSettings.ShowDebugLinks", model.ShowDebugLinks ? true.ToString() : null);
yield return(DefinitionTemplate(model));
}
public override IEnumerable <TemplateViewModel> TypeEditorUpdate(ContentTypeDefinitionBuilder builder, IUpdateModel updateModel)
{
var model = new SecurableContentItemsSettingsViewModel();
updateModel.TryUpdateModel(model, "SecurableContentItemsSettingsViewModel", null, null);
builder.WithSetting("ContentPermissionsTypeSettings.SecurableContentItems", model.SecurableContentItems.ToString());
yield return(DefinitionTemplate(model));
}
public override IEnumerable <TemplateViewModel> TypeEditorUpdate(ContentTypeDefinitionBuilder builder, IUpdateModel updateModel)
{
var model = new TypeIndexing();
updateModel.TryUpdateModel(model, "TypeIndexing", null, null);
builder.WithSetting("TypeIndexing.Indexes", model.Indexes);
CreateIndexingTasks();
yield return(DefinitionTemplate(model));
}
/// <summary>
/// Removes any custom placement for a specific shape
/// </summary>
public static ContentTypeDefinitionBuilder ResetPlacement(this ContentTypeDefinitionBuilder builder, PlacementType placementType, string shapeType, string differentiator)
{
var serializer = new JavaScriptSerializer();
var placementSettings = GetPlacement(builder.Build(), placementType).ToList();
placementSettings = placementSettings.Where(x => x.ShapeType != shapeType && x.Differentiator != differentiator).ToList();
var placement = serializer.Serialize(placementSettings.ToArray());
return(builder.WithSetting("ContentTypeSettings.Placement." + placementType, placement));
}
public override IEnumerable <TemplateViewModel> TypeEditorUpdate(ContentTypeDefinitionBuilder builder, IUpdateModel updateModel)
{
var model = new ContentTypeSettingsViewModel();
updateModel.TryUpdateModel(model, "ContentTypeSettingsViewModel", null, null);
builder.Creatable(model.Creatable);
builder.Draftable(model.Draftable);
builder.WithSetting("Stereotype", model.Stereotype);
yield return(DefinitionTemplate(model));
}
public override IEnumerable <TemplateViewModel> TypeEditorUpdate(ContentTypeDefinitionBuilder builder, IUpdateModel updateModel)
{
var settings = builder.Current.Settings;
if (settings.ContainsKey("Stereotype") && settings["Stereotype"] == "Media")
{
var model = new MediaFileNameEditorSettings();
if (updateModel.TryUpdateModel(model, "MediaFileNameEditorSettings", null, null))
{
builder.WithSetting("MediaFileNameEditorSettings.ShowFileNameEditor", model.ShowFileNameEditor.ToString());
}
}
return(base.TypeEditorUpdate(builder, updateModel));
}
/// <summary>
/// Merges a given content type definition provided in a XML format into a content type definition builder.
/// </summary>
/// <param name="element">The XML content type definition.</param>
/// <param name="contentTypeDefinitionBuilder">The content type definition builder.</param>
public void Merge(XElement element, ContentTypeDefinitionBuilder contentTypeDefinitionBuilder)
{
Argument.ThrowIfNull(element, nameof(element));
Argument.ThrowIfNull(contentTypeDefinitionBuilder, nameof(contentTypeDefinitionBuilder));
// Merge name
contentTypeDefinitionBuilder.Named(XmlConvert.DecodeName(element.Name.LocalName));
// Merge display name
if (element.Attribute("DisplayName") != null)
{
contentTypeDefinitionBuilder.DisplayedAs(element.Attribute("DisplayName").Value);
}
// Merge settings
foreach (var setting in _settingsFormatter.Map(element))
{
contentTypeDefinitionBuilder.WithSetting(setting.Key, setting.Value);
}
// Merge parts
foreach (var iter in element.Elements())
{
var partElement = iter;
var partName = XmlConvert.DecodeName(partElement.Name.LocalName);
if (partName == "remove")
{
var nameAttribute = partElement.Attribute("name");
if (nameAttribute != null)
{
contentTypeDefinitionBuilder.RemovePart(nameAttribute.Value);
}
}
else
{
contentTypeDefinitionBuilder.WithPart(
partName,
partBuilder =>
{
foreach (var setting in _settingsFormatter.Map(partElement))
{
partBuilder.WithSetting(setting.Key, setting.Value);
}
});
}
}
}
public override IEnumerable <TemplateViewModel> TypeEditorUpdate(ContentTypeDefinitionBuilder builder, IUpdateModel updateModel)
{
var previous = builder.Current.Settings.GetModel <TypeIndexing>();
var model = new TypeIndexing();
updateModel.TryUpdateModel(model, "TypeIndexing", null, null);
builder.WithSetting("TypeIndexing.Indexes", model.Indexes);
// create indexing tasks only if settings have changed
if (Clean(model.Indexes) != Clean(previous.Indexes))
{
// if a an index is added, all existing content items need to be re-indexed
CreateIndexingTasks();
}
yield return(DefinitionTemplate(model));
}
private PlacementSettings[] SetCurrentPlacement(
ContentTypeDefinition contentTypeDefinition, IEnumerable <PlacementSettings> newPlacements)
{
var placementsArray = newPlacements.ToArray();
if (_currentPlacement == null)
{
_currentPlacement = new Dictionary <string, PlacementSettings[]>();
}
if (_currentPlacement.ContainsKey(contentTypeDefinition.Name))
{
_currentPlacement.Remove(contentTypeDefinition.Name);
}
_currentPlacement.Add(contentTypeDefinition.Name, placementsArray);
// write the placement settings as a setting for the type, by serializing them all
var serializer = new JavaScriptSerializer();
if (_typeBuilder.Current.Name == contentTypeDefinition.Name)
{
_typeBuilder.WithSetting("ContentTypeSettings.Placement.ProfileFrontEndEditor",
serializer.Serialize(placementsArray));
}
else
{
contentTypeDefinition.Settings["ContentTypeSettings.Placement.ProfileFrontEndEditor"] =
serializer.Serialize(placementsArray);
// persist changes: The type definition is persisted already after these events are processed
_contentDefinitionManager.StoreTypeDefinition(contentTypeDefinition);
// schedules a re-evaluation of the shell
_settingsManagerEventHandlers.Value.Invoke(x => x.Saved(_shellSettings), Logger);
}
return(placementsArray);
}
public static ContentTypeDefinitionBuilder Versionable(this ContentTypeDefinitionBuilder builder, bool versionable = true)
{
return(builder.WithSetting("Versionable", versionable.ToString()));
}
public static ContentTypeDefinitionBuilder Placeable(this ContentTypeDefinitionBuilder builder, bool placeable = true)
{
return(builder.WithSetting("ContentTypeLayoutSettings.Placeable", placeable.ToString()));
}
public static ContentTypeDefinitionBuilder Indexed(this ContentTypeDefinitionBuilder builder)
{
return(builder.WithSetting("TypeIndexing.Included", "true"));
}
public static ContentTypeDefinitionBuilder Draftable(this ContentTypeDefinitionBuilder builder, bool draftable = true)
{
return(builder.WithSetting("Draftable", draftable.ToString()));
}
public static ContentTypeDefinitionBuilder Stereotype(this ContentTypeDefinitionBuilder builder, string stereotype)
{
return(builder.WithSetting("Stereotype", stereotype));
}
public static ContentTypeDefinitionBuilder Indexed(this ContentTypeDefinitionBuilder builder, params string[] indexes)
{
return(builder.WithSetting("TypeIndexing.Indexes", string.Join(",", indexes ?? new string[0])));
}
private PlacementSettings[] SetCurrentPlacement(
ContentTypeDefinition contentTypeDefinition, IEnumerable <PlacementSettings> newPlacements)
{
// create the dictioanry if it does not exist (i.e. the first time this method
// is ever called in a request)
if (_currentPlacement == null)
{
_currentPlacement = new Dictionary <string, Dictionary <string, Dictionary <string, PlacementSettings> > >();
}
// add a Dictionary for the ContentType we are processing
if (!_currentPlacement.ContainsKey(contentTypeDefinition.Name))
{
_currentPlacement.Add(contentTypeDefinition.Name,
new Dictionary <string, Dictionary <string, PlacementSettings> >());
}
// dictionary of placements for this type
var placementsForType = _currentPlacement[contentTypeDefinition.Name];
// update placements for this type
foreach (var placement in newPlacements)
{
// If we already had some information for this ShapeType
if (placementsForType.ContainsKey(placement.ShapeType))
{
// update setting: we need to further drill things down on the differentiation
// this will generally not matter for parts, but it is required to correctly
// manage ContentFields, that generally share a single ShapeType.
var differentPlacements = placementsForType[placement.ShapeType];
if (differentPlacements.ContainsKey(placement.Differentiator))
{
// update
differentPlacements[placement.Differentiator] = placement;
}
else
{
// add
differentPlacements.Add(placement.Differentiator, placement);
}
}
else
{
// add settings for this ShapeType
placementsForType.Add(placement.ShapeType,
new Dictionary <string, PlacementSettings>());
placementsForType[placement.ShapeType].Add(placement.Differentiator, placement);
}
}
// pull the settings from the dictionary: for each shapeType we have a dictionary
// of settings
var placementsArray = placementsForType // Dictionary<string, Dictionary<string, PlacementSettings>>
.SelectMany(kvp => kvp.Value.Values)
.ToArray();
// write the placement settings as a setting for the type, by serializing them all
var serializer = new JavaScriptSerializer();
if (_typeBuilder.Current.Name == contentTypeDefinition.Name)
{
_typeBuilder.WithSetting("ContentTypeSettings.Placement.ProfileFrontEndEditor",
serializer.Serialize(placementsArray));
}
else
{
contentTypeDefinition.Settings["ContentTypeSettings.Placement.ProfileFrontEndEditor"] =
serializer.Serialize(placementsArray);
// persist changes: The type definition is persisted already after these events are processed
_contentDefinitionManager.StoreTypeDefinition(contentTypeDefinition);
// schedules a re-evaluation of the shell
_settingsManagerEventHandlers.Value.Invoke(x => x.Saved(_shellSettings), Logger);
}
return(placementsArray);
}
/// <summary>
/// Defines a custom placement
/// </summary>
public static ContentTypeDefinitionBuilder Placement(this ContentTypeDefinitionBuilder builder, PlacementType placementType, string shapeType, string differentiator, string zone, string position)
{
var placement = AddPlacement(builder.Build(), placementType, shapeType, differentiator, zone, position);
return(builder.WithSetting("ContentTypeSettings.Placement." + placementType, placement));
}
public static ContentTypeDefinitionBuilder Securable(this ContentTypeDefinitionBuilder builder, bool securable = true)
{
return(builder.WithSetting("ContentTypeSettings.Securable", securable.ToString()));
}
//todo: revisit "creatable" and "attachable", other words by be more fitting
public static ContentTypeDefinitionBuilder Creatable(this ContentTypeDefinitionBuilder builder, bool creatable = true)
{
return(builder.WithSetting("ContentTypeSettings.Creatable", creatable.ToString()));
}
/// <summary>
/// Removes any custom placement
/// </summary>
public static ContentTypeDefinitionBuilder ResetPlacement(this ContentTypeDefinitionBuilder builder, PlacementType placementType)
{
return(builder.WithSetting("ContentTypeSettings.Placement." + placementType, String.Empty));
}
