def test_add(self):
pl = Placement()
pl.add(BioNeuron(42, 0), LogicalNeuron.external(13))
pl.add(BioNeuron(123, 0), (LogicalNeuron.on(NeuronBlockOnWafer()).add(
NeuronOnNeuronBlock(X(2), Y(0)), 4).add(
NeuronOnNeuronBlock(X(3), Y(1)), 2).done()))
return pl
def test_denmems(self):
# | XXXX
# | XX
nrn = (LogicalNeuron.on(NeuronBlockOnWafer()).add(
NeuronOnNeuronBlock(X(2), Y(0)),
4).add(NeuronOnNeuronBlock(X(3), Y(1)), 2).done())
reference_denmems = [
NeuronOnWafer(NeuronOnHICANN(X(2), Y(0))),
NeuronOnWafer(NeuronOnHICANN(X(3), Y(0))),
NeuronOnWafer(NeuronOnHICANN(X(4), Y(0))),
NeuronOnWafer(NeuronOnHICANN(X(5), Y(0))),
NeuronOnWafer(NeuronOnHICANN(X(3), Y(1))),
NeuronOnWafer(NeuronOnHICANN(X(4), Y(1))),
]
self.assertFalse(nrn.is_external())
self.assertEqual(6, nrn.size())
self.assertEqual(reference_denmems[0], nrn.denmem(0))
self.assertEqual(reference_denmems[1], nrn.denmem(1))
self.assertEqual(reference_denmems[2], nrn.denmem(2))
self.assertEqual(reference_denmems[3], nrn.denmem(3))
self.assertEqual(reference_denmems[4], nrn.denmem(4))
self.assertEqual(reference_denmems[5], nrn.denmem(5))
with self.assertRaises(IndexError):
nrn.denmem(6)
self.assertSequenceEqual(reference_denmems, list(nrn))
self.assertNotEqual(LogicalNeuron.external(12), nrn)
self.assertEqual(nrn, nrn)
def test_set_address(self):
pl = self.test_add()
nrn = LogicalNeuron.external(13)
items = list(pl.find(nrn))
self.assertEqual(1, len(items))
self.assertIsNone(items[0].address())
address = L1AddressOnWafer(DNCMergerOnWafer(DNCMergerOnHICANN(3)),
L1Address(42))
pl.set_address(LogicalNeuron.external(13), address)
items = list(pl.find(nrn))
self.assertEqual(1, len(items))
self.assertIsNotNone(items[0].address())
self.assertEqual(address, items[0].address())
return pl
def test_item(self):
bio = BioNeuron(42, 5)
logical = LogicalNeuron.external(13)
item = Placement.item_type(bio, logical)
self.assertIsNone(item.neuron_block())
self.assertIsNone(item.dnc_merger())
self.assertEqual(bio, item.bio_neuron())
self.assertEqual(bio.population(), item.population())
self.assertEqual(bio.neuron_index(), item.neuron_index())
self.assertEqual(logical, item.logical_neuron())
self.assertIsNone(item.address())
def test_external_node(self):
nrn = LogicalNeuron.external(15)
self.assertTrue(nrn.is_external())
with self.assertRaises(RuntimeError):
nrn.size()
self.assertSequenceEqual([], list(nrn))
with self.assertRaises(RuntimeError):
nrn.denmem(0)
self.assertEqual(LogicalNeuron.external(15), nrn)
self.assertNotEqual(LogicalNeuron.external(12), nrn)
self.assertEqual(15, nrn.external_identifier())
self.assertEqual(0, nrn.external_index())
nrn = LogicalNeuron.external(42, 2)
self.assertEqual(42, nrn.external_identifier())
self.assertEqual(2, nrn.external_index())
self.assertTrue(str(nrn).startswith('LogicalNeuron::external('))
def test_find_by_logical_neuron(self):
pl = self.test_add()
items = list(pl.find(LogicalNeuron.external(13)))
self.assertEqual(1, len(items))
self.assertEqual(42, items[0].population())