internal IReadOnlyList <TranslationUnit> GetQuestionSubgroupTranslationUnits(Question question, LocalizableStringType type)
{
switch (type)
{
case LocalizableStringType.Alternate:
case LocalizableStringType.Answer:
case LocalizableStringType.Note:
UIDataString key = new UIQuestionDataString(question, true, false);
return(Localizations.FindQuestionGroup(key)?.GetQuestionSubGroup(type)?.TranslationUnits);
default:
throw new ArgumentOutOfRangeException();
}
}
internal void GenerateOrUpdateFromMasterQuestions(QuestionSections questions, List <XmlTranslation> existingTxlTranslations = null, bool retainOnlyTranslatedStrings = false)
{
InitializeLookupTable();
// Note: there are two possible sources for existing localized translations of strings: either a Transcelerator project
// (the list passed into this method), or the content read from a previous version of the file represented by this accessor.
var existingLocalizations = XliffRoot.File.Body;
existingLocalizations.DeleteGroupsWithoutLocalizations();
if (existingLocalizations.Groups == null)
{
existingLocalizations = null;
}
if (existingTxlTranslations == null && retainOnlyTranslatedStrings)
{
return;
}
InitializeLocalizations();
if (existingTxlTranslations == null)
{
if (existingLocalizations == null)
{
AddTranslationUnit = (group, data) => group.AddTranslationUnit(data);
}
else
{
AddTranslationUnit = (group, data) =>
{
var tu = existingLocalizations.GetStringLocalization(data);
if (tu == null)
{
group.AddTranslationUnit(data);
}
else
{
group.AddTranslationUnit(tu);
}
};
}
}
else
{
if (existingLocalizations == null)
{
AddTranslationUnit = (group, data) =>
{
group.AddTranslationUnit(data, LookupTranslation(existingTxlTranslations, data));
};
}
else
{
AddTranslationUnit = (group, data) =>
{
var tu = existingLocalizations.GetStringLocalization(data);
if (tu == null)
{
group.AddTranslationUnit(data, LookupTranslation(existingTxlTranslations, data));
}
else
{
group.AddTranslationUnit(tu);
}
};
}
}
UIDataString key;
foreach (var section in questions.Items)
{
var sectionGroup = new Group {
Id = FileBody.GetSectionId(section)
};
Localizations.Groups.Add(sectionGroup);
key = new UISectionHeadDataString(new SectionInfo(section));
AddTranslationUnit(sectionGroup, key);
foreach (Category category in section.Categories)
{
var categoryGroup = sectionGroup.AddSubGroup(category.Type);
if (category.Type != null)
{
if (!Localizations.Categories.TranslationUnits.Any(tu => tu.English == category.Type))
{
key = new UISimpleDataString(category.Type, LocalizableStringType.Category);
AddTranslationUnit(Localizations.Categories, key);
}
}
foreach (Question q in category.Questions.Where(q => !String.IsNullOrWhiteSpace(q.Text)))
{
if (q.ScriptureReference == null)
{
q.ScriptureReference = section.ScriptureReference;
q.StartRef = section.StartRef;
q.EndRef = section.EndRef;
}
// The following line handles the unusual case of the same question twice in the same verse.
var questionGroup = categoryGroup.SubGroups?.SingleOrDefault(qg => qg.Id == $"{FileBody.kQuestionIdPrefix}{q.ScriptureReference}+{q.PhraseInUse}");
if (questionGroup == null)
{
questionGroup = categoryGroup.AddSubGroup($"{FileBody.kQuestionIdPrefix}{q.ScriptureReference}+{q.PhraseInUse}");
key = new UIQuestionDataString(q, true, false);
AddTranslationUnit(questionGroup, key);
}
AddAlternatesSubgroupAndLocalizableStringsIfNeeded(q, questionGroup);
AddAnswerOrNoteSubgroupAndLocalizableStringsIfNeeded(q, questionGroup, LocalizableStringType.Answer, qu => qu.Answers);
AddAnswerOrNoteSubgroupAndLocalizableStringsIfNeeded(q, questionGroup, LocalizableStringType.Note, qu => qu.Notes);
}
}
}
if (retainOnlyTranslatedStrings)
{
Localizations.DeleteGroupsWithoutLocalizations();
}
AddTranslationUnit = null;
}