def test_extract_cluster_level_topology(self):
t = algorithms.IcnTopology(fnss.line_topology(6))
t.graph['icr_candidates'] = set(t.nodes())
clusters = [{0, 1}, {2, 3}, {4, 5}]
algorithms.deploy_clusters(t, clusters)
ct = algorithms.extract_cluster_level_topology(t)
assert len(clusters) == len(ct)
def test_extract_cluster_level_topology(self):
t = algorithms.IcnTopology(fnss.line_topology(6))
t.graph['icr_candidates'] = set(t.nodes())
clusters = [set([0, 1]), set([2, 3]), set([4, 5])]
algorithms.deploy_clusters(t, clusters)
ct = algorithms.extract_cluster_level_topology(t)
self.assertEqual(len(clusters), len(ct))
def test_extract_cluster_level_topology(self):
t = algorithms.IcnTopology(fnss.line_topology(6))
t.graph['icr_candidates'] = set(t.nodes())
clusters = [set([0, 1]), set([2, 3]), set([4, 5])]
algorithms.deploy_clusters(t, clusters)
ct = algorithms.extract_cluster_level_topology(t)
self.assertEqual(len(clusters), len(ct))
def test_extract_cluster_level_topology_1_cluster(self):
t = algorithms.IcnTopology(fnss.line_topology(3))
t.graph['icr_candidates'] = set(t.nodes())
clusters = [t.graph['icr_candidates']]
algorithms.deploy_clusters(t, clusters)
ct = algorithms.extract_cluster_level_topology(t)
assert 1 == len(clusters)
assert 1 == ct.number_of_nodes()
def test_extract_cluster_level_topology_1_cluster(self):
t = algorithms.IcnTopology(fnss.line_topology(3))
t.graph['icr_candidates'] = set(t.nodes())
clusters = [t.graph['icr_candidates']]
algorithms.deploy_clusters(t, clusters)
ct = algorithms.extract_cluster_level_topology(t)
self.assertEqual(1, len(clusters))
self.assertEqual(1, ct.number_of_nodes())