bool DeaccentuatedTransition::operator== (const TransitionUnit& t) const {
if (type() == t.type() &&
m_deaccentuatedForm ==
static_cast<const DeaccentuatedTransition&>(t).
getDeaccentuatedForm()) {
return compareProperties(t);
}
return false;
}
bool TStatusTransition::operator== (const TransitionUnit& tright) const {
if ( (type() == tright.type())
&& (compareTStatus((static_cast<const TStatusTransition&>(tright).status())))) {
return compareProperties(tright);
}
else {
return false;
}
}
bool LemmaTransition::operator== (const TransitionUnit& tright) const {
if (type() == tright.type()) {
const LemmaTransition& other=
static_cast<const LemmaTransition&>(tright);
if (m_lemma == other.lemma() && m_pos == other.partOfSpeech()) {
return compareProperties(tright);
}
}
return false;
}
bool WordTransition::operator== (const TransitionUnit& tright) const {
if ( (type() == tright.type())
&& (m_word == static_cast<const WordTransition&>(tright).word())
) {
return compareProperties(tright);
}
else {
return false;
}
}
bool EntityTransition::operator== (const TransitionUnit& tright) const {
if ( (type() == tright.type())
&& (m_entityType == static_cast<const EntityTransition&>(tright).entityType())
) {
return compareProperties(tright);
}
else {
return false;
}
}
void tst_QDeclarativeDebug::recursiveCompareObjects(const QDeclarativeDebugObjectReference &a, const QDeclarativeDebugObjectReference &b) const
{
QCOMPARE(a.debugId(), b.debugId());
QCOMPARE(a.className(), b.className());
QCOMPARE(a.name(), b.name());
QCOMPARE(a.contextDebugId(), b.contextDebugId());
QCOMPARE(a.source().url(), b.source().url());
QCOMPARE(a.source().lineNumber(), b.source().lineNumber());
QCOMPARE(a.source().columnNumber(), b.source().columnNumber());
QCOMPARE(a.properties().count(), b.properties().count());
QCOMPARE(a.children().count(), b.children().count());
QList<QDeclarativeDebugPropertyReference> aprops = a.properties();
QList<QDeclarativeDebugPropertyReference> bprops = b.properties();
for (int i=0; i<aprops.count(); i++)
compareProperties(aprops[i], bprops[i]);
for (int i=0; i<a.children().count(); i++)
recursiveCompareObjects(a.children()[i], b.children()[i]);
}
int compareEdgePtr(void* target, void* source){ /* NOTE: This only compares the IDs (might be insufficient */
Edge* tempA = (Edge*) (target);
Edge* tempB = (Edge*) (source);
if((tempA == NULL) || (tempB == NULL)){
printf("compareEdgePtr: Edge comparison cannot occur with NULL pointers!\nSending EXIT Value!\n");
return EXIT_VALUE;
}
if( (tempA->startNodeID == tempB->startNodeID) && (tempA->endNodeID == tempB->endNodeID) && (compareProperties(tempA->properties, tempB->properties) != -1) ){
return 0;
}
else
return -1;
}
bool StarTransition::operator== (const TransitionUnit& t) const {
if ( type() == t.type() ) {
return compareProperties(t);
}
else { return false; }
}
