void SpellCheckWorker::processSpellingQuery(const std::shared_ptr<SpellCheckItem> &item) {
const bool neededSuggestions = item->needsSuggestions();
auto &queryItems = item->getQueries();
const auto wordAnalysisFlags = item->getWordAnalysisFlags();
const bool shouldCheckSpelling = Common::HasFlag(wordAnalysisFlags, Common::WordAnalysisFlags::Spelling);
const bool shouldStemWord = Common::HasFlag(wordAnalysisFlags, Common::WordAnalysisFlags::Stemming);
bool anyWrong = false;
if (!neededSuggestions) {
const size_t size = queryItems.size();
Q_ASSERT(size > 0);
for (size_t i = 0; i < size; ++i) {
auto &queryItem = queryItems.at(i);
bool isOk = true;
if (shouldCheckSpelling) {
isOk = checkQuerySpelling(queryItem);
}
if (shouldStemWord) {
stemWord(queryItem);
}
anyWrong = anyWrong || !isOk;
}
if (shouldStemWord && !item->getIsOnlyOneKeyword()) {
findSemanticDuplicates(queryItems);
}
item->accountResults();
item->submitSpellCheckResult();
} else {
for (auto &queryItem: queryItems) {
if (!queryItem->m_IsCorrect) {
findSuggestions(queryItem->m_Word);
}
}
}
if (anyWrong) {
item->requestSuggestions();
this->submitItem(item);
}
}
virtual char * handleWord(char * word) {
if (word != NULL) {
return stemWord(word);
}
return word;
}
