void checkTextOfParagraph(TextCheckerClient& client, const String& text, TextCheckingTypeMask checkingTypes, Vector<TextCheckingResult>& results)
{
Vector<UChar> characters;
text.appendTo(characters);
unsigned length = text.length();
Vector<TextCheckingResult> spellingResult;
if (checkingTypes & TextCheckingTypeSpelling)
findMisspellings(client, characters.data(), 0, length, spellingResult);
Vector<TextCheckingResult> grammarResult;
if (checkingTypes & TextCheckingTypeGrammar) {
// Only checks grammartical error before the first misspellings
int grammarCheckLength = length;
for (const auto& spelling : spellingResult) {
if (spelling.location < grammarCheckLength)
grammarCheckLength = spelling.location;
}
findBadGrammars(client, characters.data(), 0, grammarCheckLength, grammarResult);
}
if (grammarResult.size())
results.swap(grammarResult);
if (spellingResult.size()) {
if (results.isEmpty())
results.swap(spellingResult);
else
results.appendVector(spellingResult);
}
}
void checkTextOfParagraph(TextCheckerClient* client, const UChar* text, int length,
TextCheckingTypeMask checkingTypes, Vector<TextCheckingResult>& results)
{
#if USE(UNIFIED_TEXT_CHECKING)
client->checkTextOfParagraph(text, length, checkingTypes, results);
#else
Vector<TextCheckingResult> spellingResult;
if (checkingTypes & TextCheckingTypeSpelling)
findMisspellings(client, text, 0, length, spellingResult);
#if USE(GRAMMAR_CHECKING)
Vector<TextCheckingResult> grammarResult;
if (checkingTypes & TextCheckingTypeGrammar) {
// Only checks grammartical error before the first misspellings
int grammarCheckLength = length;
for (size_t i = 0; i < spellingResult.size(); ++i) {
if (spellingResult[i].location < grammarCheckLength)
grammarCheckLength = spellingResult[i].location;
}
findBadGrammars(client, text, 0, grammarCheckLength, grammarResult);
}
if (grammarResult.size())
results.swap(grammarResult);
#endif
if (spellingResult.size()) {
if (results.isEmpty())
results.swap(spellingResult);
else
results.appendVector(spellingResult);
}
#endif
}
