public ActionResult Index()
{
// Note: the GetRoutedData extension method uses the partial router to
// convert a URL segment into a Category instance.
var category = Request.RequestContext.GetRoutedData <Category>();
var categoriesPages = contentLoader
.GetChildren <CategoriesPage>(ContentReference.StartPage);
CategoriesPage currentPage = null;
if (categoriesPages.Count() > 0)
{
currentPage = categoriesPages.First();
}
var model = PageViewModel.Create(currentPage);
model.CurrentPage.NorthwindCategory = category;
return(View("~/Features/NorthwindPartialRouter/Category.cshtml", model));
}
// Notifications API is asynchronous
// channel parameter can be used to filter messages
public async Task <ActionResult> Index(NotificationsPage currentPage, string channel)
{
// always reset the Ignore property to an empty dictionary
currentPage.Notifications = new Dictionary <string, PagedUserNotificationMessageResult>();
// get a list of the first 30 registered users
IEnumerable <IUIUser> users = userProvider.GetAllUsers(
pageIndex: 0, pageSize: 30, totalRecords: out int totalRecords);
foreach (IUIUser user in users)
{
// get an object that represents notifications for each user
INotificationUser notificationUser = await queryableNotificationUserService.GetAsync(user.Username);
// build a query that includes read and unread and sent and unsent messages
var query = new UserNotificationsQuery
{
Read = null, // include read and unread
Sent = null, // include sent and unsent
User = notificationUser
};
// if a channel name is set, use it to filter the notifications
if (!string.IsNullOrWhiteSpace(channel))
{
ViewData["channel"] = channel;
query.ChannelName = channel;
}
// execute the query
var result = await userNotificationRepository.GetUserNotificationsAsync(
query, startIndex : 0, maxRows : 20);
// store the query results for the user
currentPage.Notifications.Add(user.Username, result);
}
return(View(PageViewModel.Create(currentPage)));
}
public ActionResult Delete(DeleteContentPage currentPage,
ContentReference contentReference, string hardDelete)
{
string name = repo.Get <IContent>(contentReference).Name;
if (hardDelete == "on")
{
repo.Delete(contentReference, forceDelete: true,
access: AccessLevel.NoAccess);
ViewData["message"] = $"'{name}' was deleted permanently.";
}
else
{
repo.Move(contentReference, destination: ContentReference.WasteBasket,
requiredSourceAccess: AccessLevel.NoAccess,
requiredDestinationAccess: AccessLevel.NoAccess);
ViewData["message"] = $"'{name}' was moved to trash.";
}
var viewmodel = PageViewModel.Create(currentPage);
return(View("Index", viewmodel));
}
public override ActionResult Index(ServicePage currentPage)
{
return(PartialView(PageViewModel.Create(currentPage)));
}
public ActionResult Index(MasterPage currentPage)
{
var model = PageViewModel.Create(currentPage);
return(View(model));
}
public ActionResult Index(WorkLandingPage currentPage)
{
PageViewModel <WorkLandingPage> model = PageViewModel.Create(currentPage);
return(View(model));
}
public ActionResult Index(DeleteContentPage currentPage)
{
var viewmodel = PageViewModel.Create(currentPage);
return(View(viewmodel));
}
public ActionResult Index(ContactPage currentPage)
{
PageViewModel <ContactPage> model = PageViewModel.Create(currentPage);
return(View(model));
}
public override ActionResult Index(SitePageData currentPage)
{
return(PartialView(viewName: SiteTags.Narrow,
model: PageViewModel.Create(currentPage)));
}
public ActionResult Index(ServicePage currentPage)
{
PageViewModel <ServicePage> model = PageViewModel.Create(currentPage);
return(View(model));
}
public ActionResult Index(DeleteContentPage currentPage)
{
var viewmodel = PageViewModel.Create(currentPage);
return(View("~/Features/DeleteContent/DeleteContentPage.cshtml", viewmodel));
}
public override ActionResult Index(FullRefreshDemo currentPage)
{
return(PartialView(PageViewModel.Create(currentPage)));
}
public override ActionResult Index(ProductPage currentPage)
{
var viewmodel = PageViewModel.Create(currentPage);
return(PartialView(viewmodel));
}
public ActionResult Index(TestsPage currentPage)
{
//retrieving the start page from the current page (current page must not be a sibling of Start page)
var startPage = _contentLoader.GetAncestorOrSelf <StartPage>(currentPage);
//test the 'or self' part of the function - must return the currentPage
var selfPage = _contentLoader.GetAncestorOrSelf <TestsPage>(currentPage);
//testing the 'get ancestor' function
var ancestorSitePage = _contentLoader.GetAncestor <StartPage>(currentPage);
//find the first descendent with the name = 'Find a reseller'
var descendentTest = _contentLoader.GetDescendent <StandardPage>(startPage, x => x.Name == "Find a reseller");
//find all the ancestors of the 'Find a reseller' page
var ancestors = _contentLoader.GetAncestors(descendentTest);
//find all the standard page ancestors of the 'Find a reseller' page
var ancestorsPredicateType = _contentLoader.GetAncestors <StandardPage>(descendentTest);
//find all the ancestors with more than 2 children
Func <IContent, bool> predicateNumChildren = x => _contentLoader.GetChildren <IContentData>(x.ContentLink).Count() > 2;
var ancestorsPredicateNumChildren = _contentLoader.GetAncestors(descendentTest, predicateNumChildren);
//find the first product descendant of start page
var descendantCurrentPage = _contentLoader.GetDescendent <ProductPage>(startPage);
//find the first descendant of start page that is a standard page and starts with 'White'
var descendentMultiPredicate = _contentLoader.GetDescendent <StandardPage>(startPage, x => x.Name.StartsWith("White"));
//find all the product descendents of start page
var descendentsProductPages = _contentLoader.GetDescendents <ProductPage>(startPage);
//find all the siblings of the current page
var testSiblingsCurrentPage = _contentLoader.Siblings(currentPage);
//find all the product siblings of the current page
var testTypedSiblingsCurrentPage = _contentLoader.Siblings <ProductPage>(currentPage);
//find the next sibling by name of the page named 'alloy plan'
var alloyPlanPage = _contentLoader.FirstChild <IContent>(ContentReference.StartPage);
var nextSibling = _contentLoader.FollowingSibling <IContent, string>(alloyPlanPage, x => x.Name);
//find the previous sibling by 'sort order' property
Func <IContent, int> sortingPredicate = x => (int)x.Property["PagePeerOrder"].Value;
var previousSibling = _contentLoader.PreviousSibling <ProductPage, int>(currentPage, sortingPredicate);
var testValues = new TestsViewModel
{
TestAncestorStartPage = startPage,
TestAncestorOrSelf = selfPage,
TestAncestor = ancestorSitePage,
TestDescendentWithPredicate = descendentTest,
TestAncestors = ancestors,
TestAncestorsPredicateType = ancestorsPredicateType,
TestAncestorsPredicateNumChildren = ancestorsPredicateNumChildren,
TestStartDescendentProductPage = descendantCurrentPage,
TestDescendentMultiPredicate = descendentMultiPredicate,
TestDescendentsPredicateType = descendentsProductPages,
TestSiblingsCurrentPage = testSiblingsCurrentPage,
TestTypedSiblingsCurrentPage = testTypedSiblingsCurrentPage,
TestNextSiblingByName = nextSibling,
TestPreviousSiblingBySortOrder = previousSibling,
};
ViewBag.TestsObjects = testValues;
var model = PageViewModel.Create(currentPage);
return(View(model));
}
public ActionResult Index(StartPage currentPage)
{
var viewModel = PageViewModel.Create(currentPage);
return(View(viewModel));
}
public override ActionResult Index(StandardPage currentPage)
{
return(PartialView(viewName: SiteTags.Wide,
model: PageViewModel.Create(currentPage)));
}
