def test_step_calls_are_correctly_sequenced(self):
recorded = []
def call_recorder(self, inputs):
recorded.append(self.client)
return nd.NumDict(default=0)
with mock.patch.object(clb.Process, "call", call_recorder):
agent = clb.Structure(name=clb.agent("agent"), assets=None)
with agent:
clb.Construct(
name=clb.buffer("wm"),
process=clb.Process(expected=[(clb.agent("agent"),
clb.subsystem("acs"),
clb.terminus("wm")),
(clb.agent("agent"),
clb.subsystem("nacs"),
clb.terminus("out"))]))
acs = clb.Structure(name=clb.subsystem("acs"), assets=None)
with acs:
clb.Construct(name=clb.terminus("wm"),
process=clb.Process())
nacs = clb.Structure(name=clb.subsystem("nacs"), assets=None)
with nacs:
clb.Construct(
name=clb.chunks("out"),
process=clb.Process(expected=[(clb.agent("agent"),
clb.buffer("wm"))]))
clb.Construct(
name=clb.terminus("out"),
process=clb.Process(expected=[(clb.agent("agent"),
clb.subsystem("nacs"),
clb.chunks("out"))]))
agent.step()
expected = [
(clb.agent("agent"), clb.buffer("wm")),
(clb.agent("agent"), clb.subsystem("acs"), clb.terminus("wm")),
(clb.agent("agent"), clb.subsystem("nacs"), clb.chunks("out")),
(clb.agent("agent"), clb.subsystem("nacs"),
clb.terminus("out"))
]
self.assertEqual(expected, recorded)
def test_assembly_fails_on_missing_link_target(self):
with self.assertRaises(RuntimeError):
agent = clb.Structure(name=clb.agent("agent"), assets=None)
with agent:
nacs = clb.Structure(name=clb.subsystem("nacs"), assets=None)
with nacs:
clb.Construct(
name=clb.chunks("in"),
process=clb.Process(expected=[(clb.agent("agent"),
clb.buffer("wm"))]))
def test_assembly_sequence_is_recorded_correctly_in_nested_mode(self):
agent = clb.Structure(name=clb.agent("agent"), assets=None)
with agent:
clb.Construct(name=clb.buffer("sensory"), process=clb.Process())
clb.Construct(name=clb.buffer("wm"), process=clb.Process())
nacs = clb.Structure(name=clb.subsystem("nacs"), assets=None)
with nacs:
clb.Construct(name=clb.chunks("in"), process=clb.Process())
clb.Construct(name=clb.flow_tt("associative_rules"),
process=clb.Process())
clb.Construct(name=clb.chunks("out"), process=clb.Process())
clb.Construct(name=clb.terminus("selection"),
process=clb.Process())
agent_expected = (clb.buffer("sensory"), clb.buffer("wm"),
clb.subsystem("nacs"))
nacs_expected = (clb.chunks("in"), clb.flow_tt("associative_rules"),
clb.chunks("out"), clb.terminus("selection"))
self.assertEqual(tuple(iter(agent)), agent_expected)
self.assertEqual(tuple(iter(nacs)), nacs_expected)
def test_assembly_succeeds_on_good_nested_sturcture_pull(self):
agent = clb.Structure(name=clb.agent("agent"), assets=None)
with agent:
clb.Construct(name=clb.buffer("wm"),
process=clb.Process(expected=[(clb.agent("agent"),
clb.subsystem("acs"),
clb.terminus("wm"))]))
acs = clb.Structure(name=clb.subsystem("acs"), assets=None)
with acs:
clb.Construct(name=clb.terminus("wm"), process=clb.Process())
def test_assembly_fails_on_bad_nested_sturcture_pull(self):
with self.assertRaises(RuntimeError):
agent = clb.Structure(name=clb.agent("agent"), assets=None)
with agent:
clb.Construct(
name=clb.buffer("wm"),
process=clb.Process(expected=[(clb.agent("agent"),
clb.subsystem("acs"),
clb.terminus("wm"))]))
acs = clb.Structure(name=clb.subsystem("acs"), assets=None)
with acs:
clb.Construct(name=clb.terminus("not_wm"),
process=clb.Process())
def test_assembly_limited_to_2_levels_of_nesting(self):
with self.assertRaises(RuntimeError):
agent = clb.Structure(name=clb.agent("A"))
with agent:
buffer = clb.Construct(name=clb.buffer("B"),
process=clb.Process())
subsys = clb.Structure(name=clb.subsystem("S1"))
with subsys:
subsys2 = clb.Structure(name=clb.subsystem("S2"))
with subsys2:
pool = clb.Construct(name=clb.chunks("C"),
process=clb.Process())
def test_structure_output_is_correctly_formed(self):
agent = clb.Structure(name=clb.agent("agent"), assets=None)
with agent:
clb.Construct(name=clb.buffer("sensory"), process=clb.Process())
clb.Construct(name=clb.buffer("wm"), process=clb.Process())
nacs = clb.Structure(name=clb.subsystem("nacs"), assets=None)
with nacs:
clb.Construct(name=clb.chunks("in"), process=clb.Process())
clb.Construct(name=clb.flow_tt("associative_rules"),
process=clb.Process())
clb.Construct(name=clb.chunks("out"), process=clb.Process())
clb.Construct(name=clb.terminus("selection"),
process=clb.Process())
nacs_expected = {
clb.chunks("in"): nd.NumDict(default=0),
clb.flow_tt("associative_rules"): nd.NumDict(default=0),
clb.chunks("out"): nd.NumDict(default=0),
clb.terminus("selection"): nd.NumDict(default=0)
}
agent_expected = {
clb.buffer("sensory"):
nd.NumDict(default=0),
clb.buffer("wm"):
nd.NumDict(default=0),
(clb.subsystem("nacs"), clb.chunks("in")):
nd.NumDict(default=0),
(clb.subsystem("nacs"), clb.flow_tt("associative_rules")):
nd.NumDict(default=0),
(clb.subsystem("nacs"), clb.chunks("out")):
nd.NumDict(default=0),
(clb.subsystem("nacs"), clb.terminus("selection")):
nd.NumDict(default=0)
}
self.assertEqual(nacs.output, nacs_expected, "failed on nacs")
self.assertEqual(agent.output, agent_expected, "failed on agent")
def test_assembly_fails_reentering_a_structure(self):
with self.assertRaises(RuntimeError):
agent = clb.Structure(name=clb.agent("agent"), assets=None)
with agent:
nacs = clb.Structure(name=clb.subsystem("nacs"), assets=None)
with nacs:
clb.Construct(name=clb.chunks("in"), process=clb.Process())
with nacs:
clb.Construct(name=clb.chunks("out"),
process=clb.Process())
def test_assembly_links_constructs_correctly(self):
agent = clb.Structure(name=clb.agent("agent"), assets=None)
with agent:
clb.Construct(name=clb.buffer("wm"), process=clb.Process())
nacs = clb.Structure(name=clb.subsystem("nacs"), assets=None)
with nacs:
clb.Construct(
name=clb.chunks("in"),
process=clb.Process(expected=[(clb.agent("agent"),
clb.buffer("wm"))]))
clb.Construct(
name=clb.flow_tt("associative_rules"),
process=clb.Process(expected=[(clb.agent("agent"),
clb.subsystem("nacs"),
clb.chunks("in"))]))
clb.Construct(
name=clb.chunks("out"),
process=clb.Process(
expected=[(clb.agent("agent"), clb.subsystem("nacs"),
clb.chunks("in")),
(clb.agent("agent"), clb.subsystem("nacs"),
clb.flow_tt("associative_rules"))]))
clb.Construct(
name=clb.terminus("selection"),
process=clb.Process(expected=[(clb.agent("agent"),
clb.subsystem("nacs"),
clb.chunks("out"))]))
self.assertEqual(set(agent[clb.buffer("wm")].inputs), set())
self.assertEqual(set(nacs[clb.chunks("in")].inputs),
{(clb.agent("agent"), clb.buffer("wm"))})
self.assertEqual(
set(nacs[clb.flow_tt("associative_rules")].inputs),
{(clb.agent("agent"), clb.subsystem("nacs"), clb.chunks("in"))})
self.assertEqual(
set(nacs[clb.chunks("out")].inputs),
{(clb.agent("agent"), clb.subsystem("nacs"), clb.chunks("in")),
(clb.agent("agent"), clb.subsystem("nacs"),
clb.flow_tt("associative_rules"))})
self.assertEqual(
set(nacs[clb.terminus("selection")].inputs),
{(clb.agent("agent"), clb.subsystem("nacs"), clb.chunks("out"))})