public DataTypeViewModel(DocumentIdViewModel id,
DocumentUriViewModel uri,
TitlesViewModel titlesViewModel,
SyntaxViewModel syntaxViewModel,
DocumentReferenceViewModel @base,
LocationViewModel location,
InheritanceViewModel inheritance,
ParametersViewModel parameters,
ReturnsViewModel returns,
UxClassPropertiesViewModel uxProperties,
ValuesViewModel values,
CommentViewModel comment,
DocumentReferenceViewModel declaredIn,
ImplementedInterfacesViewModel implementedInterfaces,
AttributesViewModel attributes,
IEntity underlyingEntity)
: base(id, uri, titlesViewModel, syntaxViewModel, comment, declaredIn, underlyingEntity)
{
Base = @base;
Location = location;
Inheritance = inheritance;
Parameters = parameters;
Returns = returns;
UxProperties = uxProperties;
Values = values;
ImplementedInterfaces = implementedInterfaces;
Attributes = attributes;
}
List <TableOfContentsEntryGroupViewModel> GroupByAncestry(InheritanceViewModel inheritance, List <TableOfContentsEntryViewModel> entries, bool isAttached)
{
// If there is no inheritance, just return an empty group
if (inheritance == null)
{
return(entries.Count == 0
? new List <TableOfContentsEntryGroupViewModel>()
: new List <TableOfContentsEntryGroupViewModel> {
new TableOfContentsEntryGroupViewModel(null, entries)
});
}
var rootGroupItems = new List <TableOfContentsEntryViewModel>();
// Build a cache
var entriesByDeclaringType = new Dictionary <string, Tuple <DocumentReferenceViewModel, List <TableOfContentsEntryViewModel> > >();
foreach (var entry in entries)
{
if (isAttached)
{
if (entry.Parameters == null || entry.Parameters.Count < 1)
{
throw new ArgumentException($"Found attached member without required amount of parameters: {entry.Id.Id}");
}
rootGroupItems.Add(entry);
}
else
{
if (entry.DeclaredIn == null)
{
rootGroupItems.Add(entry);
}
else
{
if (!entriesByDeclaringType.ContainsKey(entry.DeclaredIn.Id.Id))
{
entriesByDeclaringType.Add(entry.DeclaredIn.Id.Id,
new Tuple <DocumentReferenceViewModel, List <TableOfContentsEntryViewModel> >(entry.DeclaredIn,
new List <TableOfContentsEntryViewModel>()));
}
entriesByDeclaringType[entry.DeclaredIn.Id.Id].Item2.Add(entry);
}
}
}
var groups = new List <TableOfContentsEntryGroupViewModel>();
BuildTocGroupsFrom(inheritance.Root, entriesByDeclaringType, groups);
groups.Reverse(); // Get the closest ancestors first in the list
// If we have root items, add them first
if (rootGroupItems.Any())
{
groups.Insert(0, new TableOfContentsEntryGroupViewModel(null, rootGroupItems));
}
return(groups);
}
