private static bool RenderNameGroup(
Interpreter interpreter,
IFormatting?formatting,
NameGroup group,
NameGroup?previousGroup,
string?subsequentAuthorSubstitute,
SubsequentAuthorSubstituteRules?subsequentAuthorSubstituteRule,
NameElement name,
EtAlElement?etAl,
LabelElement?label)
{
var result = false;
// complete subsequent author substitution?
var isComplete = subsequentAuthorSubstituteRule.HasValue &&
previousGroup?.Names != null &&
group.Names.Count == previousGroup.Names.Count &&
Enumerable.Range(0, group.Names.Count).All(i => NameGroup.AreNamesEqual(group.Names[i], previousGroup.Names[i]));
if (isComplete && subsequentAuthorSubstituteRule !.Value == SubsequentAuthorSubstituteRules.CompleteAll)
{
// substitute subsequent author
result = true;
interpreter.Push(subsequentAuthorSubstitute, formatting);
}
private static bool RenderNameGroups(
Interpreter interpreter,
IFormatting?formatting,
string[] variables,
TermName?[] terms,
bool suppress,
string?subsequentAuthorSubstitute,
SubsequentAuthorSubstituteRules?subsequentAuthorSubstituteRule,
NameElement name,
EtAlElement?etAl,
LabelElement?label)
{
var groups = new List <NameGroup>();
for (int i = 0; i < terms.Length; i++)
{
var variable = variables[i];
var names = interpreter.Variable(variable);
if (names is INamesVariable namesVariable)
{
var group = new NameGroup(variable, terms[i], namesVariable);
groups.Add(group);
}
}
if (suppress)
{
foreach (var variable in variables)
{
interpreter.SuppressVariable(variable);
}
}
var editors = groups.SingleOrDefault(x => x.Term.HasValue && x.Term.Value == TermName.Editor);
var translators = groups.SingleOrDefault(x => x.Term.HasValue && x.Term.Value == TermName.Translator);
if (editors != null && translators != null)
{
// identical?
if (editors.Names.Select(x => x.ToString()).SequenceEqual(translators.Names.Select(x => x.ToString())))
{
// insert
groups.Insert(groups.IndexOf(editors), new NameGroup(null, TermName.EditorTranslator, editors.Names));
groups.Remove(editors);
groups.Remove(translators);
}
}
// create results
if (name.Format == NameFormat.Count)
{
// count
var count = groups
.Select(x => x.Names.Count >= name.EtAlMin ? Math.Max(name.EtAlUseFirst, interpreter.DisambiguationContext.MinAddNames) : x.Names.Count)
.Sum();
interpreter.Push(count > 0 ? count.ToString() : string.Empty, formatting);
return(true);
}
else
{
bool result = false;
for (int i = 0; i < groups.Count; i++)
{
var group = groups[i];
NameGroup?previousGroup = null;
// subsequent author substitution?
if (subsequentAuthorSubstituteRule.HasValue)
{
// todo
// find match from previous entry in bibliography
previousGroup = interpreter.Previous == null || interpreter.Previous.FirstBibliographyNameGroups.Count <= i ? null : interpreter.Previous.FirstBibliographyNameGroups[i];
}
// render name group
var groupResult = RenderNameGroup(interpreter, formatting, group, previousGroup, subsequentAuthorSubstitute, subsequentAuthorSubstituteRule, name, etAl, label);
if (groupResult)
{
result = true;
}
}
// set result
if (subsequentAuthorSubstituteRule.HasValue)
{
interpreter.FirstBibliographyNameGroups = groups.ToArray();
}
return(result);
}
}