bool DictWidget::lookup(const QString &word)
{
if (word.isEmpty())
{
return false;
}
resetSimilarWordsOffset();
// Clean the word.
word_ = word.trimmed();
// Title
QString result;
bool ret = dict_.translate(word_, result);
formatResult(result);
// Result
doc_.setHtml(result);
// Always stop timer as the screen can be updated later.
launchTimer(false);
updateVisibleWidgets();
onDetailsClicked(true);
return ret;
}
void Connector::connectorThread( void ) {
printf( "[Connector (%p)] Connector thread started: mode=%d\n",
this, _isServer );
if (_isServer) {
AcceptorPtr acceptor(new Acceptor(_io, getEndpoint()));
acceptor->async_accept(*_socket,
boost::bind(&Connector::handle_accept, this, acceptor,
boost::asio::placeholders::error));
// Launch timer ....
launchTimer( _acceptTimer, _connectTimeout, &Connector::onAcceptExpired );
} else {
_socket->async_connect(getEndpoint(),
boost::bind(&Connector::handle_connect, this,
boost::asio::placeholders::error));
}
try {
_io.run();
}
catch (std::exception& e) {
printf( "[Connector (%p)] Exception: %s\n", this, e.what() );
}
disconnected();
printf( "[Connector (%p)] Info: Connector Thread Stopped\n", this );
}
void Connector::onKeepAliveIntervalExpired( const boost::system::error_code& error ) {
if (!error) {
//printf( "[Connector (%p)] Sending keep alive\n", this );
// Check keep alive data
if (_keepAlive >= _maxKeepAliveRetry) {
timeout();
}
else {
_keepAlive++;
_keepAliveHandler->send(this);
}
// Re-launch timer
launchTimer( _keepAliveTimer, _keepAliveInterval, &Connector::onKeepAliveIntervalExpired );
}
}
bool DictWidget::lookup(const QString &word)
{
if (word.isEmpty() || word_ == word.trimmed())
{
return false;
}
resetSimilarWordsOffset();
// Clean the word.
word_ = word.trimmed();
//remove quotes (“ ” " ) If it in the words
if(word_.contains(QChar(0x201C)) || word_.contains(QChar(0x201D)) || word_.contains(QChar(0x0022)))
{
word_.remove(QChar(0x201C));
word_.remove(QChar(0x201D));
word_.remove(QChar(0x0022));
}
// Title
QString result;
QString fuzzy_word("");
bool ret = dict_.fuzzyTranslate(word_, result, fuzzy_word);
fuzzy_word_ = fuzzy_word;
formatResult(result, fuzzy_word);
// Result
doc_.setHtml(result);
// Always stop timer as the screen can be updated later.
launchTimer(false);
update_parent_ = false;
updateVisibleWidgets();
onDetailsClicked(true);
return ret;
}
void Connector::connected( void ) {
if (!_isConnected) {
if (!_onConnect.empty()) {
printf( "[Connector (%p)] Connected\n", this );
_onConnect();
}
_isConnected = true;
// Add Keep Alive handler
_keepAliveHandler = new KeepAliveHandler();
_keepAliveHandler->onKeepAliveEvent( boost::bind(&Connector::onKeepAliveEvent, this, _1) );
addHandler( connector::messages::keepAlive, _keepAliveHandler );
if (_isServer) {
printf( "[Connector (%p)] Launching keep alive timer: interval=%d, retry=%d\n",
this, _keepAliveInterval, _maxKeepAliveRetry );
// Launch keep alive timer ....
_keepAlive=0;
launchTimer( _keepAliveTimer, _keepAliveInterval, &Connector::onKeepAliveIntervalExpired );
}
}
}
bool DictWidget::lookup(const QString &word, bool update_screen)
{
if (word.isEmpty() || word_ == word.trimmed())
{
return false;
}
resetSimilarWordsOffset();
// Clean the word.
word_ = word.trimmed();
// Title
QString result;
QString fuzzy_word("");
bool ret = dict_.fuzzyTranslate(word_, result, fuzzy_word);
formatResult(result, fuzzy_word);
// Result
doc_.setHtml(result);
// Always stop timer as the screen can be updated later.
launchTimer(false);
updateVisibleWidgets();
changeInternalState(EXPLANATION);
checkSelectedButton();
explanation_text_.show();
explanation_text_.setFocus();
similar_words_view_.hide();
s_enable_update = update_screen;
return ret;
}