private ArrayList TopoSortAdjVertices(IVertex v, IIncidenceGraph g, VertexIntDictionary topo_ordering)
// return adjacent vertices to "v" sorted in topological order
{
IEdgeEnumerator it = g.OutEdges(v).GetEnumerator();
bool valid = false;
ArrayList adj = new ArrayList();
while (it.MoveNext())
{
valid = true;
adj.Add(it.Current.Target);
}
if (!valid) // no outgoing edges
{
return(adj);
}
CompareTopo ctopo = new CompareTopo(topo_ordering);
SwapTopo stopo = new SwapTopo();
QuickSorter qs = new QuickSorter(ctopo, stopo);
qs.Sort(adj);
return(adj);
}
// return adjacent vertices to "v" sorted in topological order
private ArrayList TopoSortAdjVertices( IVertex v, IIncidenceGraph g, VertexIntDictionary topo_ordering )
{
IEdgeEnumerator it = g.OutEdges(v).GetEnumerator();
bool valid = false;
ArrayList adj = new ArrayList();
while(it.MoveNext()) {
valid = true;
adj.Add(it.Current.Target);
}
if(!valid) // no outgoing edges
return adj;
CompareTopo ctopo = new CompareTopo(topo_ordering);
SwapTopo stopo = new SwapTopo();
QuickSorter qs = new QuickSorter(ctopo, stopo);
qs.Sort(adj);
return adj;
}
private ArrayList TopoSortAdjVertices(IVertex v, IIncidenceGraph g, VertexIntDictionary topo_ordering)
{
IEdgeEnumerator enumerator = g.OutEdges(v).GetEnumerator();
bool flag = false;
ArrayList list = new ArrayList();
while (enumerator.MoveNext())
{
flag = true;
list.Add(enumerator.get_Current().get_Target());
}
if (flag)
{
CompareTopo topo = new CompareTopo(topo_ordering);
SwapTopo topo2 = new SwapTopo();
new QuickSorter(topo, topo2).Sort(list);
}
return list;
}
