def test_help(self):
all_cl = []
for sub in ['clusters', 'topologies', 'metrics',
'components', 'containers', 'help']:
all_cl.append(['help', sub])
for cl in all_cl:
self.assertEqual(0, main.main(cl))
def test_help(self):
all_cl = []
for sub in ['clusters', 'topologies', 'metrics',
'components', 'containers', 'help']:
all_cl.append(['help', sub])
for cl in all_cl:
self.assertEqual(0, main.main(cl))
def test_sample_clusters(self):
good = self.sample_cluster_cls()
for cl in good:
self.assertEqual(0, main.main(cl))
def test_pp(self):
good, bad = self.sample_pp_cls()
for cl in good:
self.assertEqual(0, main.main(cl))
self.assertEqual(1, main.main(bad))
def test_lp(self):
good, _ = self.sample_lp_cls()
for cl in good:
self.assertEqual(0, main.main(cl))
def test_topo(self):
for cl in self.sample_topo_cls():
self.assertEqual(0, main.main(cl))
def test_sample_clusters(self):
good = self.sample_cluster_cls()
for cl in good:
self.assertEqual(0, main.main(cl))
def test_pp(self):
good, bad = self.sample_pp_cls()
for cl in good:
self.assertEqual(0, main.main(cl))
self.assertEqual(1, main.main(bad))
def test_lp(self):
good, _ = self.sample_lp_cls()
for cl in good:
self.assertEqual(0, main.main(cl))
def test_topo(self):
for cl in self.sample_topo_cls():
self.assertEqual(0, main.main(cl))
