protected internal virtual IPageType CreateNewPageType(PageTypeDefinition definition)
{
IPageType pageType = PageTypeFactory.CreateNew();
PageTypeAttribute attribute = definition.Attribute;
string name = attribute.Name;
if (name == null)
{
name = definition.Type.Name;
}
pageType.Name = name;
if (definition.Attribute.Guid.HasValue)
{
pageType.GUID = definition.Attribute.Guid.Value;
}
string filename = attribute.Filename;
if (string.IsNullOrEmpty(filename))
{
filename = DefaultFilename;
}
pageType.FileName = filename;
PageTypeFactory.Save(pageType);
return(pageType);
}
protected internal virtual void UpdatePageType(PageTypeDefinition definition)
{
IPageType pageType = GetExistingPageType(definition);
PageTypeAttribute attribute = definition.Attribute;
string oldValueString = SerializeValues(pageType);
UpdateName(pageType, definition);
UpdateFilename(pageType, attribute);
UpdateSortOrder(pageType, attribute);
UpdateDescription(pageType, attribute);
UpdateIsAvailable(pageType, attribute);
UpdateDefaultArchivePageLink(pageType, attribute);
UpdateDefaultChildOrderRule(pageType, attribute);
UpdateDefaultPageName(pageType, attribute);
UpdateDefaultPeerOrder(pageType, attribute);
UpdateDefaultStartPublishOffset(pageType, attribute);
UpdateDefaultStopPublishOffset(pageType, attribute);
UpdateDefaultVisibleInMenu(pageType, attribute);
UpdateFrame(pageType, attribute);
UpdateAvailablePageTypes(pageType, attribute.AvailablePageTypes);
string newValuesString = SerializeValues(pageType);
if (newValuesString != oldValueString)
{
PageTypeFactory.Save(pageType);
}
}
protected internal virtual void SortPageTypesAlphabetically()
{
_pageTypeDefinitions = _pageTypeDefinitions.OrderBy(p => p.GetPageTypeName());
for (int i = 0; i < _pageTypeDefinitions.Count(); i++)
{
IPageType pageType = GetExistingPageType(_pageTypeDefinitions.ElementAt(i));
pageType.SortOrder = i;
PageTypeFactory.Save(pageType);
}
}