def test_schedule_warning():
previous_device = get_device()
from uuid import uuid4
# TestDevice1 supports arbitrary schedules, TestDevice2 does not
class TestDevice1(Device):
# These functions are needed during the setup of the defaultclock
def get_value(self, var):
return np.array([0.0001])
def add_array(self, var):
pass
def init_with_zeros(self, var, dtype):
pass
def fill_with_array(self, var, arr):
pass
class TestDevice2(TestDevice1):
def __init__(self):
super(TestDevice2, self).__init__()
self.network_schedule = ['start', 'groups', 'synapses',
'thresholds', 'resets', 'end']
# Unique names are important for getting the warnings again for multiple
# runs of the test suite
name1 = 'testdevice_' + str(uuid4())
name2 = 'testdevice_' + str(uuid4())
all_devices[name1] = TestDevice1()
all_devices[name2] = TestDevice2()
set_device(name1)
assert schedule_propagation_offset() == 0*ms
net = Network()
assert schedule_propagation_offset(net) == 0*ms
# Any schedule should work
net.schedule = list(reversed(net.schedule))
with catch_logs() as l:
net.run(0*ms)
assert len(l) == 0, 'did not expect a warning'
assert schedule_propagation_offset(net) == defaultclock.dt
set_device(name2)
assert schedule_propagation_offset() == defaultclock.dt
# Using the correct schedule should work
net.schedule = ['start', 'groups', 'synapses', 'thresholds', 'resets', 'end']
with catch_logs() as l:
net.run(0*ms)
assert len(l) == 0, 'did not expect a warning'
assert schedule_propagation_offset(net) == defaultclock.dt
# Using another (e.g. the default) schedule should raise a warning
net.schedule = None
with catch_logs() as l:
net.run(0*ms)
assert len(l) == 1 and l[0][1].endswith('schedule_conflict')
reset_device(previous_device)
def test_schedule_warning():
previous_device = get_device()
from uuid import uuid4
# TestDevice1 supports arbitrary schedules, TestDevice2 does not
class TestDevice1(Device):
# These functions are needed during the setup of the defaultclock
def get_value(self, var):
return np.array([0.0001])
def add_array(self, var):
pass
def init_with_zeros(self, var, dtype):
pass
def fill_with_array(self, var, arr):
pass
class TestDevice2(TestDevice1):
def __init__(self):
super(TestDevice2, self).__init__()
self.network_schedule = [
'start', 'groups', 'synapses', 'thresholds', 'resets', 'end'
]
# Unique names are important for getting the warnings again for multiple
# runs of the test suite
name1 = 'testdevice_' + str(uuid4())
name2 = 'testdevice_' + str(uuid4())
all_devices[name1] = TestDevice1()
all_devices[name2] = TestDevice2()
set_device(name1)
net = Network()
# Any schedule should work
net.schedule = list(reversed(net.schedule))
with catch_logs() as l:
net.run(0 * ms)
assert len(l) == 0, 'did not expect a warning'
set_device(name2)
# Using the correct schedule should work
net.schedule = [
'start', 'groups', 'synapses', 'thresholds', 'resets', 'end'
]
with catch_logs() as l:
net.run(0 * ms)
assert len(l) == 0, 'did not expect a warning'
# Using another (e.g. the default) schedule should raise a warning
net.schedule = None
with catch_logs() as l:
net.run(0 * ms)
assert len(l) == 1 and l[0][1].endswith('schedule_conflict')
reset_device(previous_device)
def test_network_before_after_schedule():
# Test that before... and after... slot names can be used
NameLister.updates[:] = []
x = NameLister(name='x', when='before_resets')
y = NameLister(name='y', when='after_thresholds')
net = Network(x, y)
net.schedule = ['thresholds', 'resets']
net.run(0.3*ms)
assert_equal(''.join(NameLister.updates), 'yxyxyx')
def test_network_custom_slots():
# Check that custom slots can be inserted into the schedule
NameLister.updates[:] = []
x = NameLister(name='x', when='thresholds')
y = NameLister(name='y', when='in_between')
z = NameLister(name='z', when='resets')
net = Network(x, y, z)
net.schedule = ['start', 'groups', 'thresholds', 'in_between', 'synapses', 'resets', 'end']
net.run(0.3*ms)
assert_equal(''.join(NameLister.updates), 'xyzxyzxyz')
def test_network_schedule_change():
# Check that a changed schedule is taken into account correctly
NameLister.updates[:] = []
x = NameLister(name='x', when='thresholds')
y = NameLister(name='y', when='resets')
net = Network(x, y)
net.run(0.3*ms)
assert_equal(''.join(NameLister.updates), 'xyxyxy')
NameLister.updates[:] = []
net.schedule = ['start', 'groups', 'synapses', 'resets', 'thresholds', 'end']
net.run(0.3*ms)
assert_equal(''.join(NameLister.updates), 'yxyxyx')
def test_schedule_warning():
previous_device = get_device()
from uuid import uuid4
# TestDevice1 supports arbitrary schedules, TestDevice2 does not
class TestDevice1(Device):
pass
class TestDevice2(Device):
def __init__(self):
super(TestDevice2, self).__init__()
self.network_schedule = ['start', 'groups', 'synapses',
'thresholds', 'resets', 'end']
# Unique names are important for getting the warnings again for multiple
# runs of the test suite
name1 = 'testdevice_' + str(uuid4())
name2 = 'testdevice_' + str(uuid4())
all_devices[name1] = TestDevice1()
all_devices[name2] = TestDevice2()
set_device(name1)
net = Network()
# Any schedule should work
net.schedule = list(reversed(net.schedule))
with catch_logs() as l:
net.run(0*ms)
assert len(l) == 0, 'did not expect a warning'
set_device(name2)
# Using the correct schedule should work
net.schedule = ['start', 'groups', 'synapses', 'thresholds', 'resets', 'end']
with catch_logs() as l:
net.run(0*ms)
assert len(l) == 0, 'did not expect a warning'
# Using another (e.g. the default) schedule should raise a warning
net.schedule = None
with catch_logs() as l:
net.run(0*ms)
assert len(l) == 1 and l[0][1].endswith('schedule_conflict')
set_device(previous_device)
