public int resets = 0;
public int waits = 0;
- HashMapBag<Integer,Sequence> inhibited = new HashMapBag<Integer,Sequence>();
- HashMapBag<Sequence,Phase.Waiting> waiting = new HashMapBag<Sequence,Phase.Waiting>();
- HashMapBag<Integer,Sequence> performed = new HashMapBag<Integer,Sequence>();
+ HashMapBag<Integer,Sequence> inhibited = new HashMapBag<Integer,Sequence>();
+ HashMapBag<Integer,Sequence> expectedInhibit = new HashMapBag<Integer,Sequence>();
+ HashMapBag<Sequence,Phase.Waiting> waiting = new HashMapBag<Sequence,Phase.Waiting>();
+ HashMapBag<Integer,Sequence> performed = new HashMapBag<Integer,Sequence>();
/** FIXME */
public Forest.Ref finalResult;
performed.clear();
hash = new IntPairMap<Phase.Node>();
singularReductions = new IntPairMap<Forest>();
+ expectedInhibit.clear();
+ expectedInhibit.addAll(inhibited);
good = false;
closed = false;
reducing = false;
throw new Reset();
}
inhibited.add(p, seq);
+ expectedInhibit.remove(p, seq);
}
}
reducing_list[i] = null;
n.performReductions();
}
+ if (expectedInhibit.size() > 0) {
+ inhibited.removeAll(expectedInhibit);
+ System.out.println("\n!!!!\n");
+ throw new Reset();
+ }
} catch (Reset r) {
reset();
reduce();