def test_create_nodes():
proxies = [random_proxies() for _ in range(10)]
G = EntityGraph()
G.add_proxies(proxies)
for p in proxies:
assert p.id in G
def test_ensure_flag():
proxies = [random_proxies() for _ in range(3)]
G = EntityGraph()
G.add_proxies(proxies)
G.ensure_flag(test=True)
for node in G.nodes():
assert node.has_flags(test=True)
def test_create_edges():
proxies = [random_proxies() for _ in range(10)]
edges = [
create_link([proxies[i]], [proxies[-i]])
for i in range(len(proxies) // 2)
]
G = EntityGraph()
G.add_proxies(proxies)
G.add_proxies(edges)
for p in edges:
assert p.id in G
def test_merge():
proxies = [random_proxies() for _ in range(3)]
edges = [
create_link([proxies[2]], [proxies[1]]),
create_link([proxies[0]], [proxies[2]]),
create_link([proxies[1]], [proxies[2]]),
]
G = EntityGraph()
G.add_proxies(proxies)
G.add_proxies(edges)
G.merge_proxies(proxies[0], proxies[1])
node = G.get_node_by_proxy(proxies[0])
assert len(list(G.nodes())) == 5
assert len(node.parts) == 2
assert len(G.get_node_in_edges(node)) == 1
assert len(G.get_node_out_edges(node)) == 2
def test_get_nodes():
proxies = [random_proxies() for _ in range(10)]
G = EntityGraph()
G.add_proxies(proxies)
G.ensure_flag(test=True)
G.get_node_by_proxy(proxies[0]).set_flags(test=False)
G.get_node_by_proxy(proxies[1]).set_flags(test=None)
G.merge_proxies(*proxies[2:])
assert len(list(G.proxies())) == 10
assert len(list(G.proxies(test=True))) == 8
assert len(list(G.proxies(test=False))) == 1
assert len(list(G.proxies(test=None))) == 1
assert len(list(G.nodes())) == 3
assert len(list(G.nodes(test=True))) == 1
assert len(list(G.nodes(test=False))) == 1
assert len(list(G.nodes(test=None))) == 1
def test_intersect_basic():
proxies_a = [random_proxies() for _ in range(5)]
proxies_b = [random_proxies() for _ in range(5)]
common = [random_proxies() for _ in range(5)]
g_a = EntityGraph()
g_a.add_proxies(proxies_a)
g_a.add_proxies(common)
g_b = EntityGraph()
g_b.add_proxies(proxies_b)
g_b.add_proxies(common)
g = EntityGraph.intersect(g_a, g_b)
assert len(g) == len(common)
assert all(p.id in g for p in common)
assert all(p.id not in g for p in proxies_a)
assert all(p.id not in g for p in proxies_b)
def test_intersect_merge():
proxies_a = [random_proxies() for _ in range(5)]
proxies_b = [random_proxies() for _ in range(5)]
common = [random_proxies() for _ in range(5)]
g_a = EntityGraph()
g_a.add_proxies(proxies_a)
g_a.add_proxies(common)
g_a.merge_proxies(proxies_a[0], common[0])
g_a.add_proxy(create_link([common[3]], [common[4]]))
assert len(g_a) == 10
g_b = EntityGraph()
g_b.add_proxies(proxies_b)
g_b.add_proxies(common)
g_b.merge_proxies(proxies_b[0], common[1])
assert len(g_b) == 9
g = EntityGraph.intersect(g_a, g_b)
assert len(g) == len(common) + 2 + 1 # 2 -> merge, 1 -> edge
assert all(p.id in g for p in common)
assert proxies_a[0].id in g
assert proxies_b[0].id in g
assert len(g.get_proxy_data(proxies_a[0])) == 2
assert len(g.get_proxy_data(proxies_b[0])) == 2
assert all(p.id not in g for p in proxies_a[1:])
assert all(p.id not in g for p in proxies_b[1:])
node = g.get_node_by_proxy(common[3])
assert len(list(g.edges())) == 1
assert len(list(G.get_node_out_edges(node))) == 1