public async Task <TaxonomyValidationResult> Validate(TaxonomyPart part)
{
if (part.TermContentType != ContentTypes.PageLocation)
{
return(new TaxonomyValidationResult(true, null));
}
List <string> errors = new List <string>();
//make sure nothing has moved that has associated pages anywhere down the tree
List <ContentItem> allPages = await _contentItemsService.GetActive(ContentTypes.Page);
JArray?terms = _taxonomyHelper.GetAllTerms(JObject.FromObject(part.ContentItem));
if (terms != null)
{
foreach (JObject term in terms)
{
dynamic?originalParent = _taxonomyHelper.FindParentTaxonomyTerm(term, JObject.FromObject(part.ContentItem));
dynamic?newParent = _taxonomyHelper.FindParentTaxonomyTerm(term, JObject.FromObject(part));
if (originalParent == null || newParent == null)
{
throw new InvalidOperationException($"Could not find {(originalParent == null ? "original" : "new")} parent taxonomy term for {term}");
}
if (newParent?.ContentItemId != null && newParent?.ContentItemId != originalParent?.ContentItemId)
{
//find all child terms down the taxonomy tree
var childTermsFromTree = _taxonomyHelper.GetAllTerms(term);
if (allPages.Any(x => (string)x.Content.Page.PageLocations.TermContentItemIds[0] == (string)term["ContentItemId"] ! || childTermsFromTree.Any(t => (string)t["ContentItemId"] ! == (string)x.Content.Page.PageLocations.TermContentItemIds[0])))
{
errors.Add("You cannot move a Page Location which has associated Pages linked to it, or any of its children.");
}
foreach (var validator in _validators)
{
(bool validated, string errorMessage) =
await validator.ValidateUpdate(term, JObject.FromObject(part));
if (!validated)
{
errors.Add(errorMessage);
}
}
//make sure display text doesn't clash with any other term at this level
JArray parentTerms = _taxonomyHelper.GetTerms(JObject.FromObject(newParent));
if (parentTerms?.Any(x => (string)x["ContentItemId"] ! != (string)term["ContentItemId"] ! && (string)x["DisplayText"] ! == (string)term["DisplayText"] !) ?? false)
{
errors.Add("Terms at the same hierarchical position must have unique titles.");
}
}
}
}
return(new TaxonomyValidationResult(!errors.Any(), errors));
}
public async Task <(bool, string)> ValidateUpdate(JObject term, JObject taxonomy)
{
if (!term.ContainsKey("PageLocation"))
{
return(true, string.Empty);
}
List <ContentItem> allPages = await _contentItemsService.GetActive(ContentTypes.Page);
//find all child terms down the taxonomy tree
var childTermsFromTree = _taxonomyHelper.GetAllTerms(term);
if (allPages.Any(x => (string)x.Content.Page.PageLocations.TermContentItemIds[0] == (string)term["ContentItemId"] ! || childTermsFromTree.Any(t => (string)t["ContentItemId"] ! == (string)x.Content.Page.PageLocations.TermContentItemIds[0])))
{
return(false, "Page Locations with pages associated to them or any of their children cannot be changed or deleted.");
}
return(true, string.Empty);
}
public override async Task MutateOnClone(JObject content, ICloneContext context)
{
string?urlName = (string?)content[nameof(PageLocationPart.UrlName)];
string?fullUrl = (string?)content[nameof(PageLocationPart.FullUrl)];
if (string.IsNullOrWhiteSpace(urlName) || string.IsNullOrWhiteSpace(fullUrl))
{
throw new InvalidOperationException($"Cannot mutate {nameof(PageLocationPart)} if {nameof(PageLocationPart.UrlName)} or {nameof(PageLocationPart.FullUrl)} are missing.");
}
List <ContentItem> pages = await _contentItemsService.GetActive(ContentTypes.Page);
string urlSearchFragment = _generator.GenerateUrlSearchFragment(fullUrl);
IEnumerable <ContentItem> existingClones = pages.Where(x => ((string)x.Content[nameof(PageLocationPart)][nameof(PageLocationPart.FullUrl)]).Contains(urlSearchFragment));
var result = _generator.GenerateClonedPageLocationProperties(urlName, fullUrl, existingClones);
content[nameof(PageLocationPart.UrlName)] = result.UrlName;
content[nameof(PageLocationPart.FullUrl)] = result.FullUrl;
content[nameof(PageLocationPart.DefaultPageForLocation)] = false;
content[nameof(PageLocationPart.RedirectLocations)] = null;
}
public async Task <bool> UpdatedAsync(ContentItem term, ContentItem taxonomy)
{
if (term.ContentType != ContentTypes.PageLocation)
{
return(true);
}
List <ContentItem> allPages = await _contentItemsService.GetActive(ContentTypes.Page);
List <ContentItem> associatedPages = allPages.Where(x => x.Content.Page.PageLocations.TermContentItemIds[0] == term.ContentItemId).ToList();
var groups = associatedPages.GroupBy(x => x.ContentItemId);
foreach (var group in groups)
{
var pages = group.ToList();
foreach (var page in pages)
{
//rebuild the Full URL to ensure it matches the current state of the term
var pageUrlName = page.As <PageLocationPart>().UrlName;
var termUrl = _taxonomyHelper.BuildTermUrl(JObject.FromObject(term), JObject.FromObject(taxonomy));
var fullUrl = string.IsNullOrWhiteSpace(termUrl)
? $"/{pageUrlName}"
: $"/{termUrl}/{pageUrlName}";
page.Alter <PageLocationPart>(part => part.FullUrl = fullUrl);
_session.Save(page);
}
try
{
if (pages.Count > 1)
{
var publishedPage = pages.Single(x => x.Published);
var draftPage = pages.Single(x => x.Latest);
if (!await _syncOrchestrator.Update(publishedPage, draftPage))
{
_session.Cancel();
}
}
else
{
var page = pages.Single();
if (page.Published && !await _syncOrchestrator.Publish(page))
{
_session.Cancel();
}
else if (!page.Published && !await _syncOrchestrator.SaveDraft(page))
{
_session.Cancel();
}
}
}
catch (Exception)
{
_session.Cancel();
return(false);
}
}
return(true);
}
