inline std::ostream& FileConfig::print(std::ostream& os) const
{
return os <<
"bruijn=" << getBruijn() << "\n" <<
"emch=" << getEmch() << "\n" <<
"outputFormat=" << getOutputFormat() << "\n" <<
"fitFilter=" << getFitFilter() << "\n" <<
"goal=" << getGoal() << "\n" <<
"info=" << getInfo() << "\n" <<
"mch=" << getMch() << "\n" <<
"orderingHeuristicConfig=" << getOrderingHeuristicConfig() << "\n" <<
"parityBacktrack=" << getParityBacktrack() << "\n" <<
"parityFilter=" << getParityFilter() << "\n" <<
"quiet=" << getQuiet() << "\n" <<
"redundancyFilter=" << getRedundancyFilter() << "\n" <<
"redundancyFilterFirst=" << getRedundancyFilterFirst() << "\n" <<
"sample=" << getMonteCarlo() << "\n" <<
"trace=" << getTrace() << "\n" <<
"unique=" << getUnique() << "\n" <<
"volumeBacktrack=" << getVolumeBacktrack() << "\n" <<
"volumeFilter=" << getVolumeFilter() << std::endl;
}
void ManagerArbre::modify(const Arbre & node)
{
Arbre nodeBdd(node.id());
get(nodeBdd);
int idParentBdd = nodeBdd.parent();
int numBdd = nodeBdd.num();
if(node.parent())
{
if(nodeBdd.parent() == node.parent())
{
int max = fonctionAgrega<int>(bdd::Agrega::Max,Arbre::Num,Arbre::Parent,node.parent());
int num = node.num();
if(num < 0 || num > max)
num = max;
if(numBdd != num)
{
nodeBdd.setNum(-numBdd);
ManagerSqlArbre::modify(nodeBdd);
if(std::abs(numBdd - num) == 1)
{
Arbre nodeSuivant(num,node.parent());
getUnique(nodeSuivant);
nodeSuivant.setNum(numBdd);
ManagerSqlArbre::modify(nodeSuivant);
}
else if(num < numBdd)
{
ListPtr<Arbre> nodes(getList(Arbre::Parent,node.parent(),Arbre::Num,num,Arbre::Num,numBdd,
Arbre::Num,bdd::Condition::Egal,bdd::Condition::SupEgal,bdd::Condition::Inf,false));
for(ListPtr<Arbre>::iterator i = nodes.begin(); i != nodes.end(); ++i)
{
(*i).setNum((*i).num() + 1);
ManagerSqlArbre::modify((*i));
}
}
else
{
ListPtr<Arbre> nodes(getList(Arbre::Parent,node.parent(),Arbre::Num,numBdd,Arbre::Num,num,
Arbre::Num,bdd::Condition::Egal,bdd::Condition::Sup,bdd::Condition::InfEgal));
for(ListPtr<Arbre>::iterator i = nodes.begin(); i != nodes.end(); ++i)
{
(*i).setNum((*i).num() - 1);
ManagerSqlArbre::modify((*i));
}
}
nodeBdd.setNum(num);
}
}
else
{
nodeBdd.setParent(node.parent());
Arbre parent(nodeBdd.parent());
get(parent);
if(parent.feuille())
{
parent.setFeuille(false);
ManagerSqlArbre::modify(parent);
nodeBdd.setNum(0);
}
else
{
int max = fonctionAgrega<int>(bdd::Agrega::Max,Arbre::Num,Arbre::Parent,node.parent());
if(node.num() < 0 || node.num() > max)
nodeBdd.setNum(max + 1);
else
{
ListPtr<Arbre> nodes(getList(Arbre::Parent,node.parent(),Arbre::Num,node.num(),
Arbre::Num,bdd::Condition::Egal,bdd::Condition::SupEgal,false));
for(ListPtr<Arbre>::iterator i = nodes.begin(); i != nodes.end(); ++i)
{
(*i).setNum((*i).num() + 1);
ManagerSqlArbre::modify((*i));
}
nodeBdd.setNum(node.num());
}
}
}
ManagerSqlArbre::modify(nodeBdd);
}
else
{
nodeBdd.setParent(0);
nodeBdd.setNum(0);
ManagerSqlArbre::modify(nodeBdd);
}
if(idParentBdd != 0 && idParentBdd != nodeBdd.parent())
{
if(exists(Arbre::Parent,idParentBdd))
{
ListPtr<Arbre> nodes(getList(Arbre::Parent,idParentBdd,Arbre::Num,numBdd,Arbre::Num,bdd::Condition::Egal,bdd::Condition::Sup));
for(ListPtr<Arbre>::iterator i = nodes.begin(); i != nodes.end(); ++i)
{
(*i).setNum((*i).num() - 1);
ManagerSqlArbre::modify((*i));
}
}
else
{
Arbre parent(idParentBdd);
get(parent);
parent.setFeuille(true);
ManagerSqlArbre::modify(parent);
}
}
}
