def __init__(self, component):
ComponentValidatorPerNamespace.__init__(self,
explicitly_require_action_overrides=False)
self.output_analogports = defaultdict(list)
self.available_symbols = defaultdict(list)
self.visit(component)
for namespace, analogports in self.output_analogports.iteritems():
for ap in analogports:
if not ap in self.available_symbols[namespace]:
raise NineMLRuntimeError(
'Unable to find an Alias or State variable for '
'analog-port: %s' % ap)
def __init__(self, component):
ComponentValidatorPerNamespace.__init__(self,
explicitly_require_action_overrides=False)
# Mapping component to list of events/eventports at that component
self.events_ports = defaultdict(dict)
self.output_events = defaultdict(list)
self.input_events = defaultdict(list)
self.visit(component)
# Check that each output event has a corresponding event_port with a
# send mode:
for ns, output_events in self.output_events.iteritems():
for output_event in output_events:
assert output_event in self.events_ports[ns], \
("Can't find port definition matching OP-Event: %s" %
output_event)
assert self.events_ports[ns][output_event].mode == 'send'
# Check that each input event has a corresponding event_port with a
# recv/reduce mode:
for ns, input_events in self.input_events.iteritems():
for input_event in input_events:
assert input_event in self.events_ports[ns]
assert self.events_ports[ns][input_event].mode in ('recv',
'reduce')
# Check that each Event port emits/recieves at least one
for ns, event_ports in self.events_ports.iteritems():
for evt_port_name in event_ports.keys():
op_evts_on_port = [ev for ev in self.output_events[ns]
if ev == evt_port_name]
ip_evts_on_port = [ev for ev in self.input_events[ns]
if ev == evt_port_name]
if len(op_evts_on_port) + len(ip_evts_on_port) == 0:
print ('Unable to find events generated for: ', ns,
evt_port_name)