public string Execute(ref bool stopSignal, Func <string, bool> onStatusChanged)
{
if (stopSignal)
{
return($"Execution of {this.GetType().Name} was aborted by stop signal");
}
InaccessibleContentLocatorData results = new InaccessibleContentLocatorData();
foreach (ContentType tajp in _contentTypeRepository.List()) // get all page/block types
{
if (stopSignal)
{
return("aborted");
}
onStatusChanged($"Counting blocks and pages of type {tajp.Name}...");
// Exclude system types
if (tajp.Name.StartsWith("sys"))
{
continue;
}
if (!_contentModelUsage.IsContentTypeUsed(tajp))
{
// not used at all
results.TypesOverview.Add(new TypeUsageCount()
{
TypeName = tajp.Name,
UnfilteredUsages = 0,
UnavailableUsages = 0
});
}
else
{
IEnumerable <IContent> allUsages = _contentModelUsage.ListContentOfContentType(tajp) // get all usages
.Select(usage => _contentRepository.Get <IContent>(usage.ContentLink.ToReferenceWithoutVersion())) // pick latest version
.Distinct(); // exclude duplicates
int usagesBeforeVisitorFilter = allUsages.Count(); // count all existing pages/blocks
if (allUsages.First() is BlockData)
{
List <IContent> allUsagesList = allUsages.ToList();
new FilterPublished().Filter(allUsagesList);
int unavailabeUsages = 0;
foreach (IContent block in allUsagesList) // check every block if it is used anywhere and if the pages/blocks its used in is used anywhere (recursive)
{
IEnumerable <ReferenceInformation> usedOn = _contentRepository.GetReferencesToContent(block.ContentLink, false);
if (!usedOn.Any() || !usedOn.Any(usage => IsBlockVisibleToVisitor(usage.OwnerID)))
{
// Block is not used or not visible, record it
unavailabeUsages++;
if (!results.TypeDetails.ContainsKey(tajp.Name))
{
results.TypeDetails.Add(tajp.Name, new List <ContentReportItem>());
}
results.TypeDetails[tajp.Name].Add(new ContentReportItem()
{
ContentLinkId = block.ContentLink.ID,
ContentName = block.Name
});
}
}
results.TypesOverview.Add(new TypeUsageCount()
{
TypeName = tajp.Name,
UnfilteredUsages = usagesBeforeVisitorFilter,
UnavailableUsages = unavailabeUsages
});
}
else if (allUsages.First() is PageData)
{
// remove all pages from allUsages that passes the FilterForVisitors filter
IEnumerable <IContent> allFilteredUsages = allUsages.Except(FilterForVisitor.Filter(allUsages));
int unavailableUsages = allFilteredUsages.Count(); // recount
results.TypesOverview.Add(new TypeUsageCount()
{
TypeName = tajp.Name,
UnfilteredUsages = usagesBeforeVisitorFilter,
UnavailableUsages = unavailableUsages
});
foreach (IContent unusedContent in allFilteredUsages)
{
if (!results.TypeDetails.ContainsKey(tajp.Name))
{
results.TypeDetails.Add(tajp.Name, new List <ContentReportItem>());
}
results.TypeDetails[tajp.Name].Add(new ContentReportItem()
{
ContentLinkId = unusedContent.ContentLink.ID,
ContentName = unusedContent.Name
});
}
}
}
}
DataStorage.WriteObjectToFile <InaccessibleContentLocatorData>(results);
return("I am done, doobie damm damm");
}
public ActionResult Index()
{
InaccessibleContentLocatorData model = DataStorage.ReadObjectFromFile <InaccessibleContentLocatorData>();
return(View(model));
}
public string Execute(ref bool stopSignal, Func <string, bool> onStatusChanged)
{
if (stopSignal)
{
return($"Execution of {this.GetType().Name} was aborted by stop signal");
}
InaccessibleContentLocatorData results = new InaccessibleContentLocatorData();
foreach (ContentType tajp in _contentTypeRepository.List()) // get all page/block types, TODO: ability to configure excluded types?
{
if (stopSignal)
{
return("aborted");
}
onStatusChanged($"Counting blocks and pages of type {tajp.Name}...");
// Exclude system types
if (tajp.Name.StartsWith("Sys"))
{
continue;
}
TypeAccessabilityReport typeReport = new TypeAccessabilityReport()
{
TypeName = tajp.Name
};
if (!_contentModelUsage.IsContentTypeUsed(tajp))
{
typeReport.InaccessibleUsages = 0;
typeReport.TotalUsages = 0;
results.TypesWithNoUsages.Add(typeReport);
continue;
}
IEnumerable <IContent> allUsages = _contentModelUsage.ListContentOfContentType(tajp) // get all usages
.Select(usage => _contentRepository.Get <IContent>(usage.ContentLink.ToReferenceWithoutVersion())) // pick latest version
.Distinct(); // exclude duplicates
int usagesBeforeVisitorFilter = allUsages.Count(); // count all existing pages/blocks
typeReport.TotalUsages = usagesBeforeVisitorFilter;
if (allUsages.First() is BlockData || allUsages.First() is MediaData)
{
List <IContent> allUsagesList = allUsages.ToList();
new FilterPublished().Filter(allUsagesList);
int InaccessibleUsages = 0;
foreach (IContent block in allUsagesList) // check every block if it is used anywhere and if the pages/blocks its used in is used anywhere (recursive)
{
IEnumerable <ReferenceInformation> usedOn = _contentRepository.GetReferencesToContent(block.ContentLink, false);
if (!usedOn.Any() || !usedOn.Any(usage => IsBlockVisibleToVisitor(usage.OwnerID)))
{
// Block is not used or not visible, record it
InaccessibleUsages++;
typeReport.Usages.Add(new ContentReportItem()
{
ContentLinkId = block.ContentLink.ID,
ContentName = block.Name
});
}
}
typeReport.InaccessibleUsages = InaccessibleUsages;
if (InaccessibleUsages == 0)
{
results.TypesWithoutIssues.Add(typeReport);
}
else
{
results.TypesWithInaccessibleContent.Add(typeReport);
}
}
else if (allUsages.First() is PageData page)
{
// If type does not have a template, count the number of usages but do not analyse the content on them
if (!page.HasTemplate())
{
typeReport.InaccessibleUsages = typeReport.TotalUsages;
results.TypesWithoutIssues.Add(typeReport);
continue;
}
// remove all pages from allUsages that passes the FilterForVisitors filter
IEnumerable <IContent> allFilteredUsages = allUsages.Except(FilterForVisitor.Filter(allUsages));
typeReport.InaccessibleUsages = allFilteredUsages.Count();
foreach (IContent unusedContent in allFilteredUsages)
{
typeReport.Usages.Add(new ContentReportItem()
{
ContentLinkId = unusedContent.ContentLink.ID,
ContentName = unusedContent.Name
});
}
if (typeReport.InaccessibleUsages == 0)
{
results.TypesWithoutIssues.Add(typeReport);
}
else
{
results.TypesWithInaccessibleContent.Add(typeReport);
}
}
}
DataStorage.WriteObjectToFile(results);
return("I am done, doobie damm damm");
}
