def test_representatives(self):
"""
Test that 1 cell per non-relay cell model is chosen.
"""
from patch import p
config = JSONConfig(double_nn_config)
scaffold = Scaffold(config)
scaffold.compile_network()
adapter = scaffold.create_adapter("neuron")
adapter.h = p
adapter.load_balance()
device = adapter.devices["test_representatives"]
device.initialise_targets()
targets = adapter.devices["test_representatives"].get_targets()
self.assertEqual(
1,
len(targets),
"Targetting type `representatives` did not return the correct amount of representatives.",
)
class TestMultiInstance(unittest.TestCase):
@classmethod
def setUpClass(self):
super(TestMultiInstance, self).setUpClass()
import nest
self.nest = nest
config = JSONConfig(file=single_neuron_config)
self.scaffold = Scaffold(config)
self.scaffold.compile_network()
self.hdf5 = self.scaffold.output_formatter.file
self.nest_adapter_0 = self.scaffold.get_simulation(
"test_single_neuron")
# When another test errors, the lock might remain, and all locking tests fail
self.nest_adapter_0.delete_lock()
self.nest_adapter_1 = self.scaffold.create_adapter(
"test_single_neuron")
self.nest_adapter_2 = self.scaffold.create_adapter(
"test_single_neuron")
self.nest_adapter_multi_1 = self.scaffold.create_adapter(
"test_single_neuron")
self.nest_adapter_multi_1.enable_multi("first")
self.nest_adapter_multi_1b = self.scaffold.create_adapter(
"test_single_neuron")
self.nest_adapter_multi_1b.enable_multi("first")
self.nest_adapter_multi_2 = self.scaffold.create_adapter(
"test_single_neuron")
self.nest_adapter_multi_2.enable_multi("second")
def tearDown(self):
# Clean up any remaining locks to keep the test functions independent.
# Otherwise a chain reaction of failures is evoked.
self.nest_adapter_0.delete_lock()
def test_single_instance_unwanted_usage(self):
# Test AdapterError when trying to unlock unlocked adapter
self.assertRaises(AdapterError, self.nest_adapter_0.release_lock)
# Test whether the scaffold throws an AdapterError when the same
# adapter is prepared twice.
self.nest_adapter_0.prepare()
self.assertRaises(AdapterError, self.nest_adapter_0.prepare)
self.nest_adapter_0.release_lock()
self.nest_adapter_0.reset()
def test_single_instance_single_lock(self):
self.nest_adapter_1.reset()
# Lock kernel. Prepare adapter and thereby lock NEST kernel
self.nest_adapter_1.prepare()
lock_data = self.nest_adapter_1.read_lock()
self.assertEqual(lock_data["multi"], False)
self.assertEqual(self.nest_adapter_1.multi, False)
self.assertEqual(self.nest_adapter_1.has_lock, True)
# Release lock.
self.nest_adapter_1.release_lock()
self.assertEqual(self.nest_adapter_1.read_lock(), None)
self.assertEqual(self.nest_adapter_1.has_lock, False)
self.nest_adapter_1.reset()
def test_multi_instance_single_lock(self):
# Test that a 2nd single-instance adapter can't manage a locked kernel.
self.nest_adapter_1.prepare()
self.assertRaises(KernelLockedError, self.nest_adapter_2.prepare)
self.assertEqual(self.nest_adapter_2.is_prepared, False)
self.nest_adapter_1.release_lock()
self.nest_adapter_1.reset()
self.nest_adapter_2.reset()
def test_single_instance_multi_lock(self):
self.nest_adapter_multi_1.reset()
# Test functionality of the multi lock.
self.nest_adapter_multi_1.prepare()
lock_data = self.nest_adapter_multi_1.read_lock()
self.assertEqual(self.nest_adapter_multi_1.suffix, "first")
self.assertEqual(lock_data["multi"], True)
self.assertEqual(lock_data["suffixes"][0],
self.nest_adapter_multi_1.suffix)
self.assertEqual(self.nest_adapter_multi_1.multi, True)
self.assertEqual(self.nest_adapter_multi_1.is_prepared, True)
self.assertEqual(self.nest_adapter_multi_1.has_lock, True)
self.nest_adapter_multi_1.release_lock()
self.assertEqual(self.nest_adapter_multi_1.multi, True)
self.assertEqual(self.nest_adapter_multi_1.has_lock, False)
self.nest_adapter_multi_1.reset()
self.assertEqual(self.nest_adapter_multi_1.is_prepared, False)
def test_multi_instance_multi_lock(self):
# Test functionality of the multi lock.
self.nest_adapter_multi_1.prepare()
# Test that we have 1 lock.
lock_data = self.nest_adapter_multi_1.read_lock()
# Check multi instance multi lock
self.nest_adapter_multi_2.cell_models["test_cell"].parameters[
"t_ref"] = 3.0
self.nest_adapter_multi_2.prepare()
# Check that we have 2 locks
lock_data = self.nest_adapter_multi_1.read_lock()
self.assertEqual(len(lock_data["suffixes"]), 2)
# Test that we set the right parameters on the right classes.
try:
params = self.nest.GetDefaults("test_cell_first")
except Exception as e:
self.fail("First suffixed NEST models not found")
try:
params = self.nest.GetDefaults("test_cell_second")
except Exception as e:
self.fail("Second suffixed NEST models not found")
# Test that the adapters have the correct nest_identifiers
id1 = self.nest_adapter_multi_1.cell_models[
"test_cell"].nest_identifiers
id2 = self.nest_adapter_multi_2.cell_models[
"test_cell"].nest_identifiers
self.assertEqual(id1, [1, 2, 3, 4])
self.assertEqual(id2, [5, 6, 7, 8])
# Test that the adapter nodes have the right model
self.assertTrue(
all(
map(
lambda x: str(x["model"]) == "test_cell_first",
self.nest.GetStatus(id1),
)))
self.assertTrue(
all(
map(
lambda x: str(x["model"]) == "test_cell_second",
self.nest.GetStatus(id2),
)))
# Test that the adapter nodes have the right differential parameter t_ref
self.assertTrue(
all(map(lambda x: x["t_ref"] == 1.5, self.nest.GetStatus(id1))))
self.assertTrue(
all(map(lambda x: x["t_ref"] == 3.0, self.nest.GetStatus(id2))))
# Check duplicate suffixes
self.assertRaises(SuffixTakenError, self.nest_adapter_multi_1b.prepare)
self.nest_adapter_multi_1.release_lock()
self.nest_adapter_multi_1.reset()
# Test that we have 1 lock again after release.
lock_data = self.nest_adapter_multi_1.read_lock()
self.assertEqual(lock_data["suffixes"][0], "second")
self.nest_adapter_multi_2.release_lock()
self.nest_adapter_multi_2.reset()