private WebsiteModel PopulateWebsiteModel(UserWebsiteModel website) { WebsiteModel details = new WebsiteModel() { WebsiteID = website.WebsiteID, Title = website.Title, VisibilityID = website.VisibilityID, Description = website.Description }; IDBConnector db = DBConnectorFactory.GetDBConnector(); details.Tags = db.SelectWebsiteTags(website.WebsiteID); details.Pages = db.SelectWebsitePages(website.WebsiteID); details.Permissions = db.SelectWebsitePermissions(website.WebsiteID); return(details); }
public JsonResult Display(int pageID, int websiteID) { JavaScriptSerializer serializer = new JavaScriptSerializer(); IDBConnector db = DBConnectorFactory.GetDBConnector(); string loginID = User.Identity.GetUserId(); WebsiteUserModel user = db.SelectWebsiteUser(websiteID, loginID); Map map; string sMap; if (user == null) { List <DBPageModel> pages = db.SelectWebsitePages(websiteID); map = new Map(); foreach (DBPageModel page in pages) { map.nodes.Add(CreateNode(page)); } sMap = serializer.Serialize(map); db.InsertWebsiteUser(new WebsiteUserModel() { LoginID = loginID, WebsiteID = websiteID, Map = sMap, History = "" }); } else if (user.Dirty) { map = serializer.Deserialize <Map>(user.Map); // Store the links in the user's map in a list and dictionary of start to end pages List <LinkModel> userLinks = new List <LinkModel>(); Dictionary <int, HashSet <int> > linkDictionary = new Dictionary <int, HashSet <int> >(); foreach (Link link in map.links) { int startPage = map.nodes[link.source].spine; int endPage = map.nodes[link.target].spine; userLinks.Add(new LinkModel() { StartPage = startPage, EndPage = endPage }); if (linkDictionary.ContainsKey(startPage)) { linkDictionary[startPage].Add(endPage); } else { linkDictionary.Add(startPage, new HashSet <int>() { endPage }); } } // Check if all the user's links exist in the master map List <LinkModel> authorLinks = db.SelectSectionLinks(userLinks); if (authorLinks.Count != userLinks.Count) { // Update the dictionary of links to include only the links specified by the author linkDictionary = new Dictionary <int, HashSet <int> >(); foreach (LinkModel link in authorLinks) { if (linkDictionary.ContainsKey(link.StartPage)) { linkDictionary[link.StartPage].Add(link.EndPage); } else { linkDictionary.Add(link.StartPage, new HashSet <int>() { link.EndPage }); } } } // Check if all the pages exist in the user's map List <DBPageModel> pages = db.SelectWebsitePages(websiteID); Dictionary <int, DBPageModel> pageDictionary = new Dictionary <int, DBPageModel>(); foreach (DBPageModel page in pages) { pageDictionary.Add(page.PageID, page); } bool nodesModified = false; int n = 0; while (n < map.nodes.Count) { Node node = map.nodes[n]; if (!pageDictionary.ContainsKey(node.spine)) { // This page no longer exists in the master map map.nodes.RemoveAt(n); nodesModified = true; } else { // This page still exists, make sure the title is up to date node.title = pageDictionary[node.spine].Title; pageDictionary.Remove(node.spine); n++; } } // Add any new pages from the master map to the user's map foreach (DBPageModel page in pageDictionary.Values) { map.nodes.Add(CreateNode(page)); nodesModified = true; } if (nodesModified) { // The nodes that exist in the user's map have been modified // Map the current page IDs to their indexes in the list Dictionary <int, int> pageToIndex = new Dictionary <int, int>(); for (int i = 0; i < map.nodes.Count; i++) { pageToIndex.Add(map.nodes[i].spine, i); } // Recreate the user's links from the new node indexes map.links = new List <Link>(); foreach (KeyValuePair <int, HashSet <int> > link in linkDictionary) { foreach (int endPage in link.Value) { map.links.Add(new Link() { source = pageToIndex[link.Key], target = pageToIndex[endPage], type = "hyperlink" }); } } } // Save the new map sMap = serializer.Serialize(map); db.UpdateWebsiteUser(new WebsiteUserModel() { LoginID = loginID, WebsiteID = websiteID, Map = sMap, History = "" }); } else { sMap = user.Map; } return(Json(sMap)); }