void equality_data() {
QTest::addColumn<QLandmarkCategory>("lop");
QTest::addColumn<QLandmarkCategory>("rop");
QTest::addColumn<bool>("isEqual");
QLandmarkCategory cat0;
cat0.setName("equalName");
cat0.setIconUrl(QUrl("equalIcon"));
QLandmarkCategory cat1;
cat1.setName("unequalName");
cat1.setIconUrl(QUrl("unequalIcon"));
QTest::newRow("allUnequal") << cat0 << cat1 << false;
QLandmarkCategory cat2(cat0);
cat2.setName("unequalName");
QTest::newRow("nameUnequal") << cat0 << cat2 << false;
QLandmarkCategory cat3(cat0);
cat3.setIconUrl(QUrl("unequalIcon"));
QTest::newRow("iconUnequal") << cat0 << cat3 << false;
QLandmarkCategory cat5(cat0);
QTest::newRow("allEqual") << cat0 << cat5 << true;
}
PUBLIC char * enumerationInt(Type t, ConstantValue v) {
TypeKind vtk = v->type; /* bad name for a TypeKind */
TypeKind ctk = type_ur_kind(t);
char* baseTypeName = enmJName(t);
enm_assert(t);
switch (ctk) {
case enumeration_Type:
if (vtk != shortcharacter_Type) fatal("bad enumeration const");
return cat3(baseTypeName, "._", javaizeIdent(v->val.s));
default: fatal("bad enumeration const");
}
return 0; /* keep the compiler happy */
}
Box MakeBoxOfCats()
{
Box catbox;
Cat cat1(L"Furry");
catbox.MoveCatToBox(std::move(cat1));
// WARNING! At this point, cat1 has been moved to catbox, so it is no longer valid!
Cat cat2(L"Purry");
catbox.AddCatToBox(cat2);
Cat cat3(L"Curry");
catbox.AddCatToBox(cat3);
Cat cat4(L"Allergy");
catbox.AddCatToBox(cat4);
return catbox;
}
PUBLIC char * enm_ioOutPiece(Type t, const char *arg) {
t = enm_assert(t);
return cat3("_call.outEnum((", arg, ").value())");
}
void operator()(std::ostream& out, const Edge& e) const
{
const Common::PropertyCode::PropertyManager& microManager = m_propertyCodeManager->getPropertyManager("MICRO");
bool hasNonValidTrigram=false;
bool hasNonValidBigram=false;
std::vector<std::vector<uint64_t> > gramNotFound;
std::vector<uint64_t> gram;
uint64_t cat1(0),cat2(0),cat3(0);
LinguisticAnalysisStructure::MorphoSyntacticData* d3=get(vertex_data,*m_graph,target(e,*m_graph));
if (d3!=0 && !d3->empty()) {
cat3=microManager.getPropertyAccessor().readValue(d3->begin()->properties);
}
LinguisticAnalysisStructure::MorphoSyntacticData* d2=get(vertex_data,*m_graph,source(e,*m_graph));
if (d2!=0 && !d2->empty()) {
cat2=microManager.getPropertyAccessor().readValue(d2->begin()->properties);
}
gram.push_back(cat2);
gram.push_back(cat3);
LinguisticGraphInEdgeIt inItr,inItrEnd;
for(boost::tie(inItr,inItrEnd)=in_edges(source(e,*m_graph),*m_graph);
inItr!=inItrEnd;
inItr++)
{
LinguisticAnalysisStructure::MorphoSyntacticData* d1=get(vertex_data,*m_graph,source(*inItr,*m_graph));
if (d1!=0 && !d1->empty()) {
cat1=microManager.getPropertyAccessor().readValue(d1->begin()->properties);
}
if (!m_trigramMatrix->exists(cat1,cat2,cat3))
{
hasNonValidTrigram=true;
gramNotFound.push_back(gram);
gramNotFound.back().insert(gramNotFound.back().begin(),cat1);
}
}
if (hasNonValidTrigram) {
// check if bigram is valid
if (!m_bigramMatrix->exists(cat2,cat3))
{
gramNotFound.push_back(gram);
hasNonValidBigram=true;
}
}
out << "[label=\"";
for (std::vector<std::vector<uint64_t> >::iterator it=gramNotFound.begin();
it!=gramNotFound.end();
it++)
{
copy(it->begin(),it->end(),std::ostream_iterator<uint64_t>(out,","));
out << "\\l";
}
out << "\",style=";
if (hasNonValidBigram)
{
out << "dotted";
} else if (hasNonValidTrigram)
{
out << "dashed";
}
else
{
out << "solid";
}
out << ",fontname=\"Monospace\",fontsize=\"9\"]";
}
