// Test GetNodeTriads (GroupSet, InGroupEdges, InOutGroupEdges, OutGroupEdges)
TEST(triad, TestGetNodeTriadsGroupSetAndOut) {
// Test TUNGraph
PUNGraph GraphTUN = TriadGetTestTUNGraph();
for (int i = 0; i < GraphTUN->GetNodes(); i++) {
TIntSet GroupSet;
GetGroupSet(i, GroupSet);
int InGroupEdges = -1, InOutGroupEdges = -1, OutGroupEdges = -1;
TSnap::GetNodeTriads(GraphTUN, i, GroupSet,
InGroupEdges, InOutGroupEdges, OutGroupEdges);
VerifyInGroupEdges(i, InGroupEdges);
VerifyInOutGroupEdges(i, InOutGroupEdges);
VerifyOutGroupEdges(i, OutGroupEdges);
}
// Test TNGraph which is same as undirected.
PNGraph GraphTN = TriadGetTestTNGraph();
for (int i = 0; i < GraphTN->GetNodes(); i++) {
TIntSet GroupSet;
GetGroupSet(i, GroupSet);
int InGroupEdges = -1, InOutGroupEdges = -1, OutGroupEdges = -1;
TSnap::GetNodeTriads(GraphTN, i, GroupSet,
InGroupEdges, InOutGroupEdges, OutGroupEdges);
VerifyInGroupEdges(i, InGroupEdges);
VerifyInOutGroupEdges(i, InOutGroupEdges);
VerifyOutGroupEdges(i, OutGroupEdges);
}
// Test TNEGraph which is same as undirected.
PNEGraph GraphTNE = TriadGetTestTNEGraph();
for (int i = 0; i < GraphTNE->GetNodes(); i++) {
TIntSet GroupSet;
GetGroupSet(i, GroupSet);
int InGroupEdges = -1, InOutGroupEdges = -1, OutGroupEdges = -1;
TSnap::GetNodeTriads(GraphTNE, i, GroupSet,
InGroupEdges, InOutGroupEdges, OutGroupEdges);
VerifyInGroupEdges(i, InGroupEdges);
VerifyInOutGroupEdges(i, InOutGroupEdges);
VerifyOutGroupEdges(i, OutGroupEdges);
}
}
bool Resource::BelongsTo(Resource::Group group, Resource::Enum resource) {
const std::set<Resource::Enum> &groupSet = GetGroupSet(group);
return (groupSet.find(resource) != groupSet.end());
}
