public PageTypePropertyDefinition(string name, Type propertyType, IPageType pageType, PageTypePropertyAttribute pageTypePropertyAttribute)
{
Name = name;
PropertyType = propertyType;
PageType = pageType;
PageTypePropertyAttribute = pageTypePropertyAttribute;
}
private void editCodeActivity_ValidateBindings(object sender, ConditionalEventArgs e)
{
IPageType pageType = (IPageType)((DataEntityToken)this.EntityToken).Data;
List <Guid> selectedPageTemplateIds = this.GetBinding <List <Guid> >("TemplateRestrictionSelected");
List <Guid> selectedPageTypeParentRestrictions = this.GetBinding <List <Guid> >("PageTypeChildRestrictionSelected");
if (pageType.DefaultTemplateId != Guid.Empty &&
selectedPageTemplateIds.Count > 0 &&
!selectedPageTemplateIds.Contains(pageType.DefaultTemplateId))
{
this.ShowFieldMessage("DefaultTemplateSelected", Texts.PageType_EditPageTypeWorkflow_ValidationError_DefaultTemplateNotInRestrictions);
SetSaveStatus(false);
e.Result = false;
return;
}
if (pageType.HomepageRelation == nameof(PageTypeHomepageRelation.OnlyHomePages) &&
selectedPageTypeParentRestrictions.Count > 0)
{
this.ShowFieldMessage("PageType.HomepageRelation", Texts.PageType_EditPageTypeWorkflow_ValidationError_HomepageRelationConflictsWithParentRestrictions);
SetSaveStatus(false);
e.Result = false;
return;
}
e.Result = true;
}
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);
}
}
private void UpdatePageTypeTreeLinks(IPageType pageType)
{
List <string> selectedTreeIds = this.GetBinding <List <string> >("ApplicationSelected");
var pageTypeTreeLinks = DataFacade.GetData <IPageTypeTreeLink>()
.Where(f => f.PageTypeId == pageType.Id).Evaluate();
// Remove deselected
foreach (IPageTypeTreeLink treeLink in pageTypeTreeLinks)
{
if (!selectedTreeIds.Contains(treeLink.TreeId))
{
DataFacade.Delete <IPageTypeTreeLink>(treeLink);
}
}
// Add newly selected
foreach (string treeId in selectedTreeIds)
{
if (!pageTypeTreeLinks.Any(f => f.TreeId == treeId))
{
IPageTypeTreeLink pageTypeTreeLink = DataFacade.BuildNew <IPageTypeTreeLink>();
pageTypeTreeLink.Id = Guid.NewGuid();
pageTypeTreeLink.PageTypeId = pageType.Id;
pageTypeTreeLink.TreeId = treeId;
DataFacade.AddNew <IPageTypeTreeLink>(pageTypeTreeLink);
}
}
}
private void finalizeCodeActivity_Finalize_ExecuteCode(object sender, EventArgs e)
{
IPageTypeMetaDataTypeLink pageTypeMetaDataTypeLink = this.GetBinding<IPageTypeMetaDataTypeLink>("NewMetaDataTypeLink");
IData newDataTemplate;
this.TryGetBinding("NewDataTemplate", out newDataTemplate);
string metaDataDefinitionName = this.GetBinding<string>("CompositionDescriptionName");
pageTypeMetaDataTypeLink.Name = metaDataDefinitionName;
using (TransactionScope transactionScope = TransactionsFacade.CreateNewScope())
{
DataFacade.AddNew<IPageTypeMetaDataTypeLink>(pageTypeMetaDataTypeLink);
PageMetaDataFacade.AddDefinition(
pageTypeMetaDataTypeLink.PageTypeId,
metaDataDefinitionName,
this.GetBinding<string>("CompositionDescriptionLabel"),
pageTypeMetaDataTypeLink.DataTypeId,
this.GetBinding<Guid>("CompositionContainerId")
);
if (newDataTemplate != null)
{
IPageType pageType = DataFacade.GetData<IPageType>().Single(f => f.Id == pageTypeMetaDataTypeLink.PageTypeId);
PageMetaDataFacade.AddNewMetaDataToExistingPages(pageType, metaDataDefinitionName, newDataTemplate);
}
transactionScope.Complete();
}
this.RefreshCurrentEntityToken();
}
private FakePageType GetPageTypeToReturn(IPageType pageTypeRecord)
{
var pageTypeToReturn = new FakePageType(pageDefinitionRepository);
Mapper.Map(pageTypeRecord, pageTypeToReturn);
return(pageTypeToReturn);
}
protected internal virtual void UpdatePageTypePropertyDefinitions(IPageType pageType, PageTypeDefinition pageTypeDefinition)
{
IEnumerable<PageTypePropertyDefinition> definitions =
pageTypePropertyDefinitionLocator.GetPageTypePropertyDefinitions(pageType, pageTypeDefinition.Type);
foreach (PageTypePropertyDefinition propertyDefinition in definitions)
{
PageDefinition pageDefinition = GetExistingPageDefinition(pageType, propertyDefinition);
if (pageDefinition == null)
{
using (new TimingsLogger(string.Format("Creating new page definition '{0}' for page type {1}: ", propertyDefinition.Name, pageType.Name)))
{
pageDefinitionUpdater.CreateNewPageDefinition(propertyDefinition);
pageDefinition = GetExistingPageDefinition(pageType, propertyDefinition);
}
}
else
{
pageDefinitionUpdater.UpdateExistingPageDefinition(pageDefinition, propertyDefinition);
}
pageDefinitionSpecificPropertySettingsUpdater.UpdatePropertySettings(pageTypeDefinition, propertyDefinition, pageDefinition);
}
}
public PageTypeAction(
IPageType pageType,
IMigrationContext context)
{
this.pageType = pageType;
this.context = context;
}
private void UpdatePageTypeDataFolderTypeLinks(IPageType pageType)
{
List <Guid> selectedDataFolderTypeIds = this.GetBinding <List <Guid> >("DataFolderSelected");
var pageTypeDateFolderTypeLinks = DataFacade.GetData <IPageTypeDataFolderTypeLink>()
.Where(f => f.PageTypeId == pageType.Id).Evaluate();
// Remove deselected
foreach (IPageTypeDataFolderTypeLink dataFolderTypeLink in pageTypeDateFolderTypeLinks)
{
if (!selectedDataFolderTypeIds.Contains(dataFolderTypeLink.DataTypeId))
{
DataFacade.Delete(dataFolderTypeLink);
}
}
// Add newly selected
foreach (Guid dataFolderTypeId in selectedDataFolderTypeIds)
{
if (!pageTypeDateFolderTypeLinks.Any(f => f.DataTypeId == dataFolderTypeId))
{
IPageTypeDataFolderTypeLink pageTypeDateFolderTypeLink = DataFacade.BuildNew <IPageTypeDataFolderTypeLink>();
pageTypeDateFolderTypeLink.Id = Guid.NewGuid();
pageTypeDateFolderTypeLink.PageTypeId = pageType.Id;
pageTypeDateFolderTypeLink.DataTypeId = dataFolderTypeId;
DataFacade.AddNew(pageTypeDateFolderTypeLink);
}
}
}
private void saveCodeActivity_Save_ExecuteCode(object sender, EventArgs e)
{
using (var transactionScope = TransactionsFacade.CreateNewScope())
{
var args = new ConditionalEventArgs();
editCodeActivity_ValidateBindings(this, args);
if (!args.Result)
{
return;
}
IPageType pageType = this.GetBinding <IPageType>("PageType");
UpdatePageTemplateResctrictions(pageType);
UpdatePageTypeParentResctrictions(pageType);
UpdatePageTypeDataFolderTypeLinks(pageType);
UpdatePageTypeTreeLinks(pageType);
DataFacade.Update(pageType);
transactionScope.Complete();
}
this.RefreshParentEntityToken();
SetSaveStatus(true);
}
protected internal virtual void UpdateFrame(IPageType pageType, PageTypeAttribute attribute)
{
if (attribute.DefaultFrameID != 0)
{
pageType.DefaultFrameID = attribute.DefaultFrameID;
}
}
private void UpdatePageTypeParentResctrictions(IPageType pageType)
{
List <Guid> selectedPageTypeParentRestrictions = this.GetBinding <List <Guid> >("PageTypeChildRestrictionSelected");
var pageTypeParentRestrictions = DataFacade.GetData <IPageTypeParentRestriction>()
.Where(f => f.PageTypeId == pageType.Id).Evaluate();
// Remove deselected
foreach (IPageTypeParentRestriction restriction in pageTypeParentRestrictions)
{
if (!selectedPageTypeParentRestrictions.Contains(restriction.AllowedParentPageTypeId))
{
DataFacade.Delete(restriction);
}
}
// Add newly selected
foreach (Guid templateId in selectedPageTypeParentRestrictions)
{
if (!pageTypeParentRestrictions.Any(f => f.AllowedParentPageTypeId == templateId))
{
var pageTypeParentRestriction = DataFacade.BuildNew <IPageTypeParentRestriction>();
pageTypeParentRestriction.Id = Guid.NewGuid();
pageTypeParentRestriction.PageTypeId = pageType.Id;
pageTypeParentRestriction.AllowedParentPageTypeId = templateId;
DataFacade.AddNew(pageTypeParentRestriction);
}
}
}
private void initializeCodeActivity_UpdateBindings_ExecuteCode(object sender, EventArgs e)
{
IPageTypeMetaDataTypeLink pageTypeMetaDataTypeLink = DataFacade.BuildNew<IPageTypeMetaDataTypeLink>();
pageTypeMetaDataTypeLink.Id = Guid.NewGuid();
Dictionary<string, string> piggybag = PiggybagSerializer.Deserialize(this.ExtraPayload);
DataEntityToken dataEntityToken = piggybag.GetParentEntityTokens().FindDataEntityToken(typeof(IPageType));
IPageType parentPageType = (IPageType)dataEntityToken.Data;
pageTypeMetaDataTypeLink.PageTypeId = parentPageType.Id;
this.Bindings.Add("CompositionDescriptionName", "");
this.Bindings.Add("CompositionDescriptionLabel", "");
this.Bindings.Add("NewMetaDataTypeLink", pageTypeMetaDataTypeLink);
List<KeyValuePair<Guid, string>> metaDataTypeOptions =
PageMetaDataFacade.GetAllMetaDataTypes().
ToList(f => new KeyValuePair<Guid, string>(f.GetImmutableTypeId(), f.GetTypeTitle()));
this.Bindings.Add("MetaDataTypeOptions", metaDataTypeOptions);
List<KeyValuePair<Guid, string>> metaDataContainerOptions = PageMetaDataFacade.GetAllMetaDataContainers();
this.Bindings.Add("MetaDataContainerOptions", metaDataContainerOptions);
this.Bindings.Add("CompositionContainerId", metaDataContainerOptions.First().Key);
this.BindingsValidationRules.Add("CompositionDescriptionName", new List<ClientValidationRule> { new NotNullClientValidationRule(), new StringLengthClientValidationRule(1, 128) });
this.BindingsValidationRules.Add("CompositionDescriptionLabel", new List<ClientValidationRule> { new NotNullClientValidationRule(), new StringLengthClientValidationRule(1, 256) });
}
private void UpdatePageTemplateResctrictions(IPageType pageType)
{
List <Guid> selectedPageTemplateIds = this.GetBinding <List <Guid> >("TemplateRestrictionSelected");
IEnumerable <IPageTypePageTemplateRestriction> pageTypePageTemplateRestrictions = DataFacade.GetData <IPageTypePageTemplateRestriction>().Where(f => f.PageTypeId == pageType.Id).Evaluate();
// Remove deselected
foreach (IPageTypePageTemplateRestriction restriction in pageTypePageTemplateRestrictions)
{
if (selectedPageTemplateIds.Contains(restriction.PageTemplateId) == false)
{
DataFacade.Delete <IPageTypePageTemplateRestriction>(restriction);
}
}
// Add newly selected
foreach (Guid templateId in selectedPageTemplateIds)
{
if (pageTypePageTemplateRestrictions.Where(f => f.PageTemplateId == templateId).Any() == false)
{
IPageTypePageTemplateRestriction pageTypePageTemplateRestriction = DataFacade.BuildNew <IPageTypePageTemplateRestriction>();
pageTypePageTemplateRestriction.Id = Guid.NewGuid();
pageTypePageTemplateRestriction.PageTypeId = pageType.Id;
pageTypePageTemplateRestriction.PageTemplateId = templateId;
DataFacade.AddNew <IPageTypePageTemplateRestriction>(pageTypePageTemplateRestriction);
}
}
}
private void finalizeCodeActivity_Finalize_ExecuteCode(object sender, EventArgs e)
{
IPageTypeDefaultPageContent defaultPageContent = this.GetBinding <IPageTypeDefaultPageContent>("DefaultPageContent");
Dictionary <string, string> piggybag = PiggybagSerializer.Deserialize(this.ExtraPayload);
DataEntityToken dataEntityToken = piggybag.GetParentEntityTokens().FindDataEntityToken(typeof(IPageType));
IPageType parentPageType = (IPageType)dataEntityToken.Data;
defaultPageContent.PageTypeId = parentPageType.Id;
defaultPageContent.Content = " ";
defaultPageContent = DataFacade.AddNew <IPageTypeDefaultPageContent>(defaultPageContent);
this.CloseCurrentView();
this.RefreshCurrentEntityToken();
if (!AnyTemplatesContainingPlaceholderId())
{
ShowMessage(C1Console.Events.DialogType.Message,
string.Format(RS.GetString("Composite.Plugins.PageTypeElementProvider", "PageType.AddPageTypeDefaultPageContentWorkflow.NonExistingPlaceholderId.Title"), defaultPageContent.PlaceHolderId),
string.Format(RS.GetString("Composite.Plugins.PageTypeElementProvider", "PageType.AddPageTypeDefaultPageContentWorkflow.NonExistingPlaceholderId.Message"), defaultPageContent.PlaceHolderId));
}
this.ExecuteWorklow(defaultPageContent.GetDataEntityToken(), WorkflowFacade.GetWorkflowType("Composite.Plugins.Elements.ElementProviders.PageTypeElementProvider.EditPageTypeDefaultPageContentWorkflow"));
}
public void GivenPageTypeWithSpecifiedNameAndNoGuid_GetExistingPageType_ReturnsPageTypeReturnedFromPageTypeFactoryLoad()
{
MockRepository mockRepository = new MockRepository();
Type pageTypeType = typeof(object);
PageTypeDefinition pageTypeDefinition = new PageTypeDefinition
{
Type = pageTypeType,
Attribute = new PageTypeAttribute {
Name = Guid.NewGuid().ToString()
}
};
PageTypeRepository fakePageTypeRepository = mockRepository.Stub <PageTypeRepository>();
IPageType pageTypeFromFactory = new NativePageType();
pageTypeFromFactory.ID = 1;
fakePageTypeRepository.Expect(factory => factory.Load(pageTypeDefinition.Attribute.Name)).Return(pageTypeFromFactory);
fakePageTypeRepository.Replay();
PageTypeUpdater pageTypeUpdater = PageTypeUpdaterFactory.Create(
PageTypeDefinitionLocatorFactory.Stub(), fakePageTypeRepository);
IPageType returnedPageType = pageTypeUpdater.GetExistingPageType(pageTypeDefinition);
fakePageTypeRepository.AssertWasCalled(factory => factory.Load(pageTypeDefinition.Attribute.Name));
Assert.Equal <int>(pageTypeFromFactory.ID, returnedPageType.ID);
}
public PageTypeAction(
IPageType pageType,
IMigrationContext context)
{
this.pageType = pageType;
this.context = context;
}
public PageTypePropertyDefinition(string name, Type propertyType, IPageType pageType, PageTypePropertyAttribute pageTypePropertyAttribute)
{
Name = name;
PropertyType = propertyType;
PageType = pageType;
PageTypePropertyAttribute = pageTypePropertyAttribute;
}
protected internal virtual IPageType CreateNewPageType(PageTypeDefinition definition)
{
IPageType pageType = PageTypeRepository.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;
PageTypeRepository.Save(pageType);
NewlyCreatedPageTypes.Add(pageType);
return(pageType);
}
protected internal virtual void AddPageTypesToResolver(IEnumerable <PageTypeDefinition> pageTypeDefinitions)
{
foreach (PageTypeDefinition definition in pageTypeDefinitions)
{
IPageType pageType = _pageTypeLocator.GetExistingPageType(definition);
PageTypeResolver.AddPageType(pageType.ID, definition.Type);
}
}
protected internal virtual void UpdatePageTypePropertyDefinitions(IEnumerable <PageTypeDefinition> pageTypeDefinitions)
{
foreach (PageTypeDefinition definition in pageTypeDefinitions)
{
IPageType pageType = _pageTypeLocator.GetExistingPageType(definition);
PageTypePropertyUpdater.UpdatePageTypePropertyDefinitions(pageType, definition);
}
}
private FakePageType GetPageTypeToReturn(IPageType pageTypeRecord)
{
var definitions = new PageDefinitionCollection();
definitions.AddRange(pageDefinitionFactory.List(pageTypeRecord.ID));
var pageTypeToReturn = new FakePageType(definitions);
Mapper.Map(pageTypeRecord, pageTypeToReturn);
return pageTypeToReturn;
}
protected internal virtual void UpdateDefaultChildOrderRule(IPageType pageType, PageTypeAttribute attribute)
{
if (!CanModifyProperty(pageType, attribute.DefaultChildSortOrderSet))
{
return;
}
pageType.DefaultChildOrderRule = attribute.DefaultChildSortOrder;
}
protected internal virtual void UpdateDefaultStopPublishOffset(IPageType pageType, PageTypeAttribute attribute)
{
if (!CanModifyProperty(pageType, attribute.DefaultStopPublishOffsetMinutesSet))
{
return;
}
pageType.DefaultStopPublishOffset = new TimeSpan(0, 0, attribute.DefaultStopPublishOffsetMinutes, 0);
}
protected internal virtual void UpdateDefaultPageName(IPageType pageType, PageTypeAttribute attribute)
{
if (!CanModifyProperty(pageType, attribute.DefaultPageNameSet))
{
return;
}
pageType.DefaultPageName = attribute.DefaultPageName;
}
protected internal virtual void UpdateDescription(IPageType pageType, PageTypeAttribute attribute)
{
if (!CanModifyProperty(pageType, attribute.DescriptionSet))
{
return;
}
pageType.Description = attribute.Description;
}
protected internal virtual void UpdateIsAvailable(IPageType pageType, PageTypeAttribute attribute)
{
if (!CanModifyProperty(pageType, attribute.AvailableInEditModeSet))
{
return;
}
pageType.IsAvailable = attribute.AvailableInEditMode;
}
protected internal virtual void UpdateSortOrder(IPageType pageType, PageTypeAttribute attribute)
{
if (!CanModifyProperty(pageType, attribute.SortOrderSet))
{
return;
}
pageType.SortOrder = attribute.SortOrder;
}
public void Delete(IPageType pageType)
{
if (pageType == null)
{
throw new ArgumentNullException("pageType");
}
var record = pageTypes.Where(p => p.ID == pageType.ID).FirstOrDefault();
pageTypes.Remove(record);
}
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);
}
}
protected internal virtual void UpdateDefaultVisibleInMenu(IPageType pageType, PageTypeAttribute attribute)
{
if (attribute.DefaultVisibleInMenu != PageTypeAttribute.DefaultDefaultVisibleInMenu)
{
pageType.DefaultVisibleInMenu = attribute.DefaultVisibleInMenu;
}
else
{
pageType.DefaultVisibleInMenu = DefaultDefaultVisibleInMenu;
}
}
public void GivenDefinitionWithNoSpecifiedName_CreateNewPageType_ReturnsNewPageTypeWithNameSetToTheNameOfTheTypeName()
{
PageTypeDefinition definition = PageTypeUpdaterTestsUtility.CreateBasicPageTypeDefinition();
PageTypeUpdater pageTypeUpdater = CreatePageTypeUpdater();
SetupPageTypeUpdaterWithFakePageTypeFactory(pageTypeUpdater);
IPageType returnedPageType = pageTypeUpdater.CreateNewPageType(definition);
Assert.Equal(typeof(object).Name, returnedPageType.Name);
}
/// <summary>
/// Using the given pageType this methods adds meta data instances that are missing
/// </summary>
/// <param name="definingPageType"></param>
/// <param name="metaDataDefinitionName"></param>
/// <param name="newDataTemplate"></param>
public static void AddNewMetaDataToExistingPages(this IPageType definingPageType, string metaDataDefinitionName, IData newDataTemplate)
{
IPageMetaDataDefinition pageMetaDataDefinition = GetMetaDataDefinition(definingPageType.Id, metaDataDefinitionName);
DataTypeDescriptor dataTypeDescriptor = DynamicTypeManager.GetDataTypeDescriptor(pageMetaDataDefinition.MetaDataTypeId);
Type metaDataType = TypeManager.GetType(dataTypeDescriptor.TypeManagerTypeName);
IEnumerable <IPage> affectedPages = PageMetaDataFacade.GetMetaDataAffectedPagesByPageTypeId(definingPageType.Id);
AddNewMetaDataToExistingPages(affectedPages, metaDataDefinitionName, metaDataType, newDataTemplate);
}
protected internal virtual void UpdateDefaultPeerOrder(IPageType pageType, PageTypeAttribute attribute)
{
if (attribute.DefaultSortIndex != PageTypeAttribute.DefaultDefaultSortIndex)
{
pageType.DefaultPeerOrder = attribute.DefaultSortIndex;
}
else
{
pageType.DefaultPeerOrder = DefaultDefaultPageTypePeerOrder;
}
}
protected internal virtual void UpdatePageTypePropertyDefinitions(IPageType pageType, PageTypeDefinition pageTypeDefinition)
{
IEnumerable<PageTypePropertyDefinition> definitions =
PageTypePropertyDefinitionLocator.GetPageTypePropertyDefinitions(pageType, pageTypeDefinition.Type);
foreach (PageTypePropertyDefinition propertyDefinition in definitions)
{
PageDefinition pageDefinition = GetExistingPageDefinition(pageType, propertyDefinition);
if (pageDefinition == null)
pageDefinition = CreateNewPageDefinition(propertyDefinition);
UpdatePageDefinition(pageDefinition, propertyDefinition);
}
}
public virtual IEnumerable<PageTypePropertyDefinition> GetPageTypePropertyDefinitions(IPageType pageType, Type pageTypeType)
{
var properties = pageTypeType.GetAllValidPageTypePropertiesFromClassAndImplementedInterfaces();
List<PageTypePropertyDefinition> pageTypePropertyDefinitions = new List<PageTypePropertyDefinition>();
foreach (PropertyInfo property in properties)
{
PageTypePropertyAttribute attribute = GetPageTypePropertyAttribute(property);
if (attribute == null)
continue;
pageTypePropertyDefinitions.Add(new PageTypePropertyDefinition(property.Name, property.PropertyType, pageType, attribute));
}
return pageTypePropertyDefinitions;
}
public void Save(IPageType pageTypeToSave)
{
if (pageTypeToSave.IsNew)
{
pageTypeToSave.ID = nextId;
nextId++;
var pageTypeRecord = new FakePageType(pageDefinitionRepository);
Mapper.Map(pageTypeToSave, pageTypeRecord);
pageTypes.Add(pageTypeRecord);
}
else
{
var pageTypeRecord = pageTypes.FirstOrDefault(pageType => pageType.ID == pageTypeToSave.ID);
Mapper.Map(pageTypeToSave, pageTypeRecord);
}
numberOfSavesPerPageTypeIdCounter.IncrementNumberOfSaves(pageTypeToSave.ID);
}
protected internal virtual void UpdatePageTypePropertyDefinitions(IPageType pageType, PageTypeDefinition pageTypeDefinition)
{
IEnumerable<PageTypePropertyDefinition> definitions =
pageTypePropertyDefinitionLocator.GetPageTypePropertyDefinitions(pageType, pageTypeDefinition.Type);
foreach (PageTypePropertyDefinition propertyDefinition in definitions)
{
PageDefinition pageDefinition = GetExistingPageDefinition(pageType, propertyDefinition);
if (pageDefinition == null)
{
pageDefinitionUpdater.CreateNewPageDefinition(propertyDefinition);
pageDefinition = GetExistingPageDefinition(pageType, propertyDefinition);
}
else
{
pageDefinitionUpdater.UpdateExistingPageDefinition(pageDefinition, propertyDefinition);
}
pageDefinitionSpecificPropertySettingsUpdater.UpdatePropertySettings(pageTypeDefinition, propertyDefinition, pageDefinition);
}
}
protected internal virtual void UpdateFilename(IPageType pageType, PageTypeAttribute attribute)
{
string filename = GetFilename(attribute);
pageType.FileName = filename;
}
private FakePageType GetPageTypeToReturn(IPageType pageTypeRecord)
{
var pageTypeToReturn = new FakePageType(pageDefinitionRepository);
Mapper.Map(pageTypeRecord, pageTypeToReturn);
return pageTypeToReturn;
}
protected internal virtual void UpdateDescription(IPageType pageType, PageTypeAttribute attribute)
{
pageType.Description = attribute.Description;
}
private void UpdatePageTypeTreeLinks(IPageType pageType)
{
List<string> selectedTreeIds = this.GetBinding<List<string>>("ApplicationSelected");
IEnumerable<IPageTypeTreeLink> pageTypeTreeLinks = DataFacade.GetData<IPageTypeTreeLink>().Where(f => f.PageTypeId == pageType.Id).Evaluate();
// Remove deselected
foreach (IPageTypeTreeLink treeLink in pageTypeTreeLinks)
{
if (selectedTreeIds.Contains(treeLink.TreeId) == false)
{
DataFacade.Delete<IPageTypeTreeLink>(treeLink);
}
}
// Add newly selected
foreach (string treeId in selectedTreeIds)
{
if (pageTypeTreeLinks.Where(f => f.TreeId == treeId).Any() == false)
{
IPageTypeTreeLink pageTypeTreeLink = DataFacade.BuildNew<IPageTypeTreeLink>();
pageTypeTreeLink.Id = Guid.NewGuid();
pageTypeTreeLink.PageTypeId = pageType.Id;
pageTypeTreeLink.TreeId = treeId;
DataFacade.AddNew<IPageTypeTreeLink>(pageTypeTreeLink);
}
}
}
private void UpdatePageTypeParentResctrictions(IPageType pageType)
{
List<Guid> selectedPageTypeParentRestrictions = this.GetBinding<List<Guid>>("PageTypeChildRestrictionSelected");
IEnumerable<IPageTypeParentRestriction> pageTypeParentRestrictions = DataFacade.GetData<IPageTypeParentRestriction>().Where(f => f.PageTypeId == pageType.Id).Evaluate();
// Remove deselected
foreach (IPageTypeParentRestriction restriction in pageTypeParentRestrictions)
{
if (selectedPageTypeParentRestrictions.Contains(restriction.AllowedParentPageTypeId) == false)
{
DataFacade.Delete<IPageTypeParentRestriction>(restriction);
}
}
// Add newly selected
foreach (Guid templateId in selectedPageTypeParentRestrictions)
{
if (pageTypeParentRestrictions.Where(f => f.AllowedParentPageTypeId == templateId).Any() == false)
{
IPageTypeParentRestriction pageTypeParentRestriction = DataFacade.BuildNew<IPageTypeParentRestriction>();
pageTypeParentRestriction.Id = Guid.NewGuid();
pageTypeParentRestriction.PageTypeId = pageType.Id;
pageTypeParentRestriction.AllowedParentPageTypeId = templateId;
DataFacade.AddNew<IPageTypeParentRestriction>(pageTypeParentRestriction);
}
}
}
protected internal virtual void UpdateDefaultStopPublishOffset(IPageType pageType, PageTypeAttribute attribute)
{
pageType.DefaultStopPublishOffset = new TimeSpan(0, 0, attribute.DefaultStopPublishOffsetMinutes, 0);
}
protected internal virtual void UpdateDefaultVisibleInMenu(IPageType pageType, PageTypeAttribute attribute)
{
if (attribute.DefaultVisibleInMenu != PageTypeAttribute.DefaultDefaultVisibleInMenu)
pageType.DefaultVisibleInMenu = attribute.DefaultVisibleInMenu;
else
pageType.DefaultVisibleInMenu = DefaultDefaultVisibleInMenu;
}
protected internal virtual void UpdateDefaultPageName(IPageType pageType, PageTypeAttribute attribute)
{
pageType.DefaultPageName = attribute.DefaultPageName;
}
protected internal virtual void UpdateDefaultPeerOrder(IPageType pageType, PageTypeAttribute attribute)
{
if (attribute.DefaultSortIndex != PageTypeAttribute.DefaultDefaultSortIndex)
pageType.DefaultPeerOrder = attribute.DefaultSortIndex;
else
pageType.DefaultPeerOrder = DefaultDefaultPageTypePeerOrder;
}
protected internal virtual void UpdateDefaultChildOrderRule(IPageType pageType, PageTypeAttribute attribute)
{
pageType.DefaultChildOrderRule = attribute.DefaultChildSortOrder;
}
protected internal virtual void UpdateDefaultArchivePageLink(IPageType pageType, PageTypeAttribute attribute)
{
if(attribute.DefaultArchiveToPageID != PageTypeAttribute.DefaultDefaultArchiveToPageID)
pageType.DefaultArchivePageLink = new PageReference(attribute.DefaultArchiveToPageID);
else
pageType.DefaultArchivePageLink = null;
}
protected internal virtual void UpdateIsAvailable(IPageType pageType, PageTypeAttribute attribute)
{
pageType.IsAvailable = attribute.AvailableInEditMode;
}
protected internal virtual PageDefinition GetExistingPageDefinition(IPageType pageType, PageTypePropertyDefinition propertyDefinition)
{
return pageType.Definitions.FirstOrDefault(definition => definition.Name == propertyDefinition.Name);
}
protected internal virtual void UpdateFrame(IPageType pageType, PageTypeAttribute attribute)
{
if (attribute.DefaultFrameID != 0)
pageType.DefaultFrameID = attribute.DefaultFrameID;
}
protected internal virtual void UpdateName(IPageType pageType, PageTypeDefinition definition)
{
pageType.Name = definition.GetPageTypeName();
}
protected internal virtual void UpdateAvailablePageTypes(IPageType pageType, Type[] availablePageTypes)
{
if(availablePageTypes == null)
{
pageType.AllowedPageTypes = null;
return;
}
int[] availablePageTypeIDs = new int[availablePageTypes.Length];
for (int i = 0; i < availablePageTypes.Length; i++)
{
Type availablePageTypeType = availablePageTypes[i];
PageTypeDefinition availablePageTypeDefinition = _pageTypeDefinitions.First(
definitions => definitions.Type.GUID == availablePageTypeType.GUID);
IPageType availablePageType = GetExistingPageType(availablePageTypeDefinition);
availablePageTypeIDs[i] = availablePageType.ID;
}
pageType.AllowedPageTypes = availablePageTypeIDs;
}
private void UpdatePageTypeDataFolderTypeLinks(IPageType pageType)
{
List<Guid> selectedDataFolderTypeIds = this.GetBinding<List<Guid>>("DataFolderSelected");
IEnumerable<IPageTypeDataFolderTypeLink> pageTypeDateFolderTypeLinks = DataFacade.GetData<IPageTypeDataFolderTypeLink>().Where(f => f.PageTypeId == pageType.Id).Evaluate();
// Remove deselected
foreach (IPageTypeDataFolderTypeLink dataFolderTypeLink in pageTypeDateFolderTypeLinks)
{
if (selectedDataFolderTypeIds.Contains(dataFolderTypeLink.DataTypeId) == false)
{
DataFacade.Delete<IPageTypeDataFolderTypeLink>(dataFolderTypeLink);
}
}
// Add newly selected
foreach (Guid dataFolderTypeId in selectedDataFolderTypeIds)
{
if (pageTypeDateFolderTypeLinks.Where(f => f.DataTypeId == dataFolderTypeId).Any() == false)
{
IPageTypeDataFolderTypeLink pageTypeDateFolderTypeLink = DataFacade.BuildNew<IPageTypeDataFolderTypeLink>();
pageTypeDateFolderTypeLink.Id = Guid.NewGuid();
pageTypeDateFolderTypeLink.PageTypeId = pageType.Id;
pageTypeDateFolderTypeLink.DataTypeId = dataFolderTypeId;
DataFacade.AddNew<IPageTypeDataFolderTypeLink>(pageTypeDateFolderTypeLink);
}
}
}
protected internal virtual string SerializeValues(IPageType pageType)
{
StringBuilder builder = new StringBuilder();
builder.Append(pageType.Name);
builder.Append("|");
builder.Append(_pageTypeValueExtractor.GetFileName(pageType));
builder.Append("|");
builder.Append(pageType.SortOrder);
builder.Append("|");
builder.Append(pageType.Description);
builder.Append("|");
builder.Append(pageType.IsAvailable);
builder.Append("|");
builder.Append(pageType.DefaultArchivePageLink);
builder.Append("|");
builder.Append(pageType.DefaultChildOrderRule);
builder.Append("|");
builder.Append(pageType.DefaultPageName);
builder.Append("|");
builder.Append(pageType.DefaultPeerOrder);
builder.Append("|");
builder.Append(pageType.DefaultStartPublishOffset);
builder.Append("|");
builder.Append(pageType.DefaultStopPublishOffset);
builder.Append("|");
builder.Append(pageType.DefaultVisibleInMenu);
builder.Append("|");
builder.Append(_pageTypeValueExtractor.GetDefaultFrameId(pageType));
builder.Append("|");
foreach (int pageTypeID in pageType.AllowedPageTypes.OrderBy(id => id))
{
builder.Append(pageTypeID);
builder.Append("||");
}
return builder.ToString();
}
public virtual void Save(IPageType pageTypeToSave)
{
pageTypeToSave.Save();
}
public void Delete(IPageType pageType)
{
if(pageType == null)
{
throw new ArgumentNullException("pageType");
}
var record = pageTypes.Where(p => p.ID == pageType.ID).FirstOrDefault();
pageTypes.Remove(record);
}
private IPage CreatePage(IPageType pageType, string pageName)
{
IPage page = this.CreateContent(pageType, pageName) as IPage;
page.Route = "/" + pageName;
page.ParentId = null;
return page;
}
protected internal virtual void UpdateSortOrder(IPageType pageType, PageTypeAttribute attribute)
{
pageType.SortOrder = attribute.SortOrder;
}
