def test_node_attributes(self):
filter_task_names = []
tasks_map = _sample_tasks_map()
graph = cmd_graphx._construct_graph(tasks_map, filter_task_names,
no_children=False, filter_deps=None)
for node, d in graph.nodes(data=True):
self.assertIn('type', d, (node, d))
def test_node_attributes(self):
filter_task_names = []
tasks_map = _sample_tasks_map()
graph = cmd_graphx._construct_graph(tasks_map,
filter_task_names,
no_children=False,
filter_deps=None)
for node, d in graph.nodes(data=True):
self.assertIn('type', d, (node, d))
def test_filter_nodes_one(self):
filter_task_names = []
tasks_map = _sample_tasks_map()
graph = cmd_graphx._construct_graph(tasks_map, filter_task_names,
no_children=False, filter_deps=None)
self.assertTrue(
len(graph.nodes()) > 0, 'Nodes empty: %s' % graph.nodes())
self.assertTrue(
len(graph.edges()) > 0, 'Edges empty: %s' % graph.edges())
def test_filter_nodes_one(self):
filter_task_names = []
tasks_map = _sample_tasks_map()
graph = cmd_graphx._construct_graph(tasks_map,
filter_task_names,
no_children=False,
filter_deps=None)
self.assertTrue(
len(graph.nodes()) > 0, 'Nodes empty: %s' % graph.nodes())
self.assertTrue(
len(graph.edges()) > 0, 'Edges empty: %s' % graph.edges())
