bool
NominalReasoner :: consistentNominalCloud ( void )
{
if ( LLM.isWritable(llBegSat) )
LL << "\n--------------------------------------------\n"
"Checking consistency of an ontology with individuals:";
if ( LLM.isWritable(llGTA) )
LL << "\n";
bool result = false;
// reserve the root for the forthcoming reasoning
if ( initNewNode ( CGraph.getRoot(), DepSet(), bpTOP ) ||
initNominalCloud() ) // clash during initialisation
result = false;
else // perform a normal reasoning
result = runSat();
if ( result && noBranchingOps() )
{ // all nominal cloud is classified w/o branching -- make a barrier
if ( LLM.isWritable(llSRState) )
LL << "InitNominalReasoner[";
curNode = NULL;
createBCBarrier();
save();
nonDetShift = 1; // the barrier doesn't introduce branching itself
if ( LLM.isWritable(llSRState) )
LL << "]";
}
if ( LLM.isWritable(llSatResult) )
LL << "\nThe ontology is " << (result ? "consistent" : "INCONSISTENT");
if ( !result )
return false;
// ABox is consistent -> create cache for every nominal in KB
for ( SingletonVector::iterator p = Nominals.begin(); p != Nominals.end(); ++p )
updateClassifiedSingleton(*p);
return true;
}
//=========================================================
bool TesterManager::resolveDeps(std::vector<std::string>& strsDepsToRunFirst) const
{
strsDepsToRunFirst.clear();
if (m_MTC.empty()) {
return true;
}
std::map<std::string, DepSet> fdsc;
DepSet dsOut, dsHasDependants;
unsigned long ulGFDS = 0;
for (MapTesterClasses::const_iterator mtcit = m_MTC.begin(); mtcit != m_MTC.end(); ++mtcit) {
const std::string& strClName = mtcit->first;
if (strClName.empty()) {
DBG_ERR("Manager '%s', empty class name", m_strName.c_str());
continue;
}
const TesterClass* pTC = mtcit->second;
if (nullptr == pTC) {
DBG_ERR("Manager '%s', class '%s': nullptr TesterClass pointer", m_strName.c_str(), strClName.c_str());
continue;
}
DepSet ds;
ulGFDS |= getFullDepSet(strClName, ds, DepSet(), &fdsc);
dsOut.insert(ds.begin(), ds.end());
}
DepSet::const_iterator dscit = dsOut.begin();
for (; dscit != dsOut.end(); ++dscit) {
const std::string& strName = *dscit;
std::map<std::string, DepSet>::const_iterator fdscit = fdsc.find(strName);
if (fdsc.end() != fdscit) {
dsHasDependants.insert(fdscit->second.begin(), fdscit->second.end());
}
}
dscit = dsHasDependants.begin();
for (; dscit != dsHasDependants.end(); ++dscit) {
strsDepsToRunFirst.push_back(*dscit);
}
//std::sort(strsDepsToRunFirst.begin(), strsDepsToRunFirst.end(), FullDepSetCompare(fdsc));
sortByDeps(strsDepsToRunFirst, fdsc);
return (0 == (GFDS_Looped_Deps & ulGFDS));
}
