void Initializator::createTypesNodes()
{
spCreatorNode simple (new CreatorNode());
spCreatorNode account (new TypeAccount());
spCreatorNode language (new TypeLanguage());
spCreatorNode partOfSpeech (new TypePartOfSpeech());
spCreatorNode dct (new TypeDct());
spCreatorNode llForDctLK (new TypeLLForDctLK());
spCreatorNode word (new TypeWord());
idtnRoot_ = base_->registerTypeNode(simple);
idtnAccounts_ = base_->registerTypeNode(simple);
idtnLanguages_ = base_->registerTypeNode(simple);
idtnParts_OfSpeech_ = base_->registerTypeNode(simple);
idtnRefLK_ = base_->registerTypeNode(simple);
idtnRefLL_ = base_->registerTypeNode(simple);
idtnRefPS_ = base_->registerTypeNode(simple);
idtnAccount_ = base_->registerTypeNode(account);
idtnLanguage_ = base_->registerTypeNode(language);
idtnPart_OfSpeech_ = base_->registerTypeNode(partOfSpeech);
idtnDct_ = base_->registerTypeNode(dct);
idtnLLForDctLK_ = base_->registerTypeNode(llForDctLK);
idtnWord_ = base_->registerTypeNode(word);
}
/**
* @brief
* Returns a QStringList of all the word's data linked together
* @param[in] fileOutput
* When set to true (the default value) this will output the part of speech as
* a single character instead of a human-understandable word. Set this value
* to false when using data() for a human display.
* @see partOfSpeech
*/
QStringList LyWord::data(bool fileOutput) const
{
QStringList ret;
ret << _word;
if (fileOutput)
ret << _pos;
else
ret << partOfSpeech();
ret << _definition;
return ret;
}
