def test_required_and_prohibited_edges(self):
net = network.random_network(self.nodes, required_edges=[(0,1), (3,0)],
prohibited_edges=[(2,3), (1,4)])
assert net.is_acyclic() == True and \
(0,1) in net.edges and \
(3,0) in net.edges and \
(2,3) not in net.edges and \
(1,4) not in net.edges
def test_required_and_prohibited_edges(self):
net = network.random_network(self.nodes,
required_edges=[(0, 1), (3, 0)],
prohibited_edges=[(2, 3), (1, 4)])
assert net.is_acyclic() == True and \
(0,1) in net.edges and \
(3,0) in net.edges and \
(2,3) not in net.edges and \
(1,4) not in net.edges
def randomize_network(self):
"""Randomize the network edges."""
newnet = network.random_network(self.network.nodes)
return self.score_network(newnet)
def randomize_network(self):
"""Randomize the network edges."""
newnet = network.random_network(self.network.nodes)
return self.score_network(newnet)
def test_prohibited_edges(self):
net = network.random_network(self.nodes, prohibited_edges=[(0,1), (3,0)])
assert net.is_acyclic() == True and \
(0,1) not in net.edges and \
(3,0) not in net.edges
def test_required_edges(self):
net = network.random_network(self.nodes, required_edges=[(0,1), (3,0)])
assert net.is_acyclic() == True and \
(0,1) in net.edges and \
(3,0) in net.edges
def test_acyclic(self):
net = network.random_network(self.nodes)
assert net.is_acyclic() == True, "Random network is acyclic."
def test_prohibited_edges(self):
net = network.random_network(self.nodes,
prohibited_edges=[(0, 1), (3, 0)])
assert net.is_acyclic() == True and \
(0,1) not in net.edges and \
(3,0) not in net.edges
def test_required_edges(self):
net = network.random_network(self.nodes,
required_edges=[(0, 1), (3, 0)])
assert net.is_acyclic() == True and \
(0,1) in net.edges and \
(3,0) in net.edges
def test_acyclic(self):
net = network.random_network(self.nodes)
assert net.is_acyclic() == True, "Random network is acyclic."
