public void GivenTypeArray_WhenUpdateAvailablePageTypesCalled_SetsPageTypeAllowedPageTypes()
{
PageTypeDefinition definition = PageTypeUpdaterTestsUtility.CreateBasicPageTypeDefinition();
definition.Attribute.AvailablePageTypes = new[] { typeof(object) };
IPageType existingPageType = new NativePageType();
MockRepository mocks = new MockRepository();
List <PageTypeDefinition> definitions = new List <PageTypeDefinition>();
PageTypeDefinition definitionToReturn = new PageTypeDefinition
{
Type = typeof(object),
Attribute = new PageTypeAttribute()
};
definitions.Add(definitionToReturn);
var pageTypeDefinitionLocator = PageTypeDefinitionLocatorFactory.Mock();
pageTypeDefinitionLocator.Setup(locator => locator.GetPageTypeDefinitions()).Returns(definitions);
PageTypeUpdater pageTypeUpdater = mocks.PartialMock <PageTypeUpdater>(
pageTypeDefinitionLocator.Object,
new PageTypeFactory(),
new PageTypeValueExtractor(),
new PageTypeLocator(new PageTypeFactory()));
IPageType allowedPageType = new NativePageType();
allowedPageType.ID = 1;
pageTypeUpdater.Stub(updater => updater.GetExistingPageType(definitionToReturn)).Return(allowedPageType);
pageTypeUpdater.Replay();
pageTypeUpdater.UpdateAvailablePageTypes(existingPageType, definition.Attribute.AvailablePageTypes);
Assert.Equal <int[]>(new[] { 1 }, existingPageType.AllowedPageTypes);
}
public void GivenPageType_UpdatePageTypes_CallsPageTypeUpdaterUpdatePageType()
{
PageTypeSynchronizer synchronizer = PageTypeSynchronizerFactory.Create();
MockRepository fakes = new MockRepository();
PageTypeUpdater pageTypeUpdater = PageTypeUpdaterFactory.Stub(fakes);
PageTypeDefinition definition = new PageTypeDefinition();
pageTypeUpdater.Stub(updater => updater.UpdatePageType(definition));
pageTypeUpdater.Replay();
synchronizer.PageTypeUpdater = pageTypeUpdater;
List <PageTypeDefinition> definitions = new List <PageTypeDefinition> {
definition
};
synchronizer.UpdatePageTypes(definitions);
pageTypeUpdater.AssertWasCalled(updater => updater.UpdatePageType(definition));
}
public void GivenExistingPageTypeNotFound_CreateNonExistingPageTypes_PageTypeUpdaterCreateNewPageTypeCalled()
{
MockRepository fakes = new MockRepository();
PageTypeUpdater pageTypeUpdater = PageTypeUpdaterFactory.Stub(fakes);
PageTypeDefinition definition = new PageTypeDefinition();
List <PageTypeDefinition> definitions = new List <PageTypeDefinition>();
definitions.Add(definition);
pageTypeUpdater.Stub(updater => updater.CreateNewPageType(definition)).Return(new NativePageType());
pageTypeUpdater.Replay();
IPageTypeLocator pageTypeLocator = fakes.Stub <IPageTypeLocator>();
pageTypeLocator.Stub(locator => locator.GetExistingPageType(definition)).Return(null);
pageTypeLocator.Replay();
PageTypeSynchronizer synchronizer = CreateSynchronizer(pageTypeLocator);
synchronizer.PageTypeUpdater = pageTypeUpdater;
synchronizer.CreateNonExistingPageTypes(definitions);
pageTypeUpdater.AssertWasCalled(updater => updater.CreateNewPageType(definition));
}
private PageTypeUpdater CreateFakePageTypeUpdaterWithUpdatePageTypeMethodHelperStubs()
{
MockRepository mocks = new MockRepository();
PageTypeUpdater pageTypeUpdater = mocks.PartialMock <PageTypeUpdater>(
PageTypeDefinitionLocatorFactory.Stub(),
new PageTypeRepository(),
new PageTypeValueExtractor(),
new PageTypeLocator(new PageTypeRepository()));
PageTypeRepository pageTypeRepository = mocks.Stub <PageTypeRepository>();
pageTypeRepository.Stub(factory => factory.Save(Arg <IPageType> .Is.Anything));
pageTypeRepository.Replay();
pageTypeUpdater.PageTypeRepository = pageTypeRepository;
pageTypeUpdater.Stub(updater => updater.GetExistingPageType(Arg <PageTypeDefinition> .Is.Anything)).Return(new NativePageType());
pageTypeUpdater.Stub(updater => updater.UpdateName(Arg <IPageType> .Is.Anything, Arg <PageTypeDefinition> .Is.Anything));
pageTypeUpdater.Stub(updater => updater.UpdateFilename(Arg <IPageType> .Is.Anything, Arg <PageTypeAttribute> .Is.Anything));
pageTypeUpdater.Stub(updater => updater.UpdateSortOrder(Arg <IPageType> .Is.Anything, Arg <PageTypeAttribute> .Is.Anything));
pageTypeUpdater.Stub(updater => updater.UpdateDescription(Arg <IPageType> .Is.Anything, Arg <PageTypeAttribute> .Is.Anything));
pageTypeUpdater.Stub(updater => updater.UpdateIsAvailable(Arg <IPageType> .Is.Anything, Arg <PageTypeAttribute> .Is.Anything));
pageTypeUpdater.Stub(updater => updater.UpdateDefaultArchivePageLink(Arg <IPageType> .Is.Anything, Arg <PageTypeAttribute> .Is.Anything));
pageTypeUpdater.Stub(updater => updater.UpdateDefaultChildOrderRule(Arg <IPageType> .Is.Anything, Arg <PageTypeAttribute> .Is.Anything));
pageTypeUpdater.Stub(updater => updater.UpdateDefaultPageName(Arg <IPageType> .Is.Anything, Arg <PageTypeAttribute> .Is.Anything));
pageTypeUpdater.Stub(updater => updater.UpdateDefaultPeerOrder(Arg <IPageType> .Is.Anything, Arg <PageTypeAttribute> .Is.Anything));
pageTypeUpdater.Stub(updater => updater.UpdateDefaultStartPublishOffset(Arg <IPageType> .Is.Anything, Arg <PageTypeAttribute> .Is.Anything));
pageTypeUpdater.Stub(updater => updater.UpdateDefaultStopPublishOffset(Arg <IPageType> .Is.Anything, Arg <PageTypeAttribute> .Is.Anything));
pageTypeUpdater.Stub(updater => updater.UpdateDefaultVisibleInMenu(Arg <IPageType> .Is.Anything, Arg <PageTypeAttribute> .Is.Anything));
pageTypeUpdater.Stub(updater => updater.UpdateFrame(Arg <IPageType> .Is.Anything, Arg <PageTypeAttribute> .Is.Anything));
pageTypeUpdater.Stub(updater => updater.UpdateAvailablePageTypes(Arg <IPageType> .Is.Anything, Arg <Type[]> .Is.Anything));
pageTypeUpdater.Stub(updater => updater.SerializeValues(Arg <IPageType> .Is.Anything)).Repeat.Once().Return(string.Empty);
pageTypeUpdater.Stub(updater => updater.SerializeValues(Arg <IPageType> .Is.Anything)).Repeat.Once().Return("test");
pageTypeUpdater.Replay();
return(pageTypeUpdater);
}