def test_directive_match_false_true(data):
directive = [
{
'match': {'name': "TEAST_CASE\\d+", "valueGt": 7},
'action': {'sink': 'tester1', 'state': 'off', 'ch': 1}
}]
parsed = parse_directive(directive)
combined_functor = list(parsed.keys())[0]
assert combined_functor(data) is False
def test_directive_action(data):
directive = [
{
'match': {'name': "TEAST_CASE\\d+", "valueGt": 7},
'action': {'sink': 'tester1', 'state': 'off', 'ch': 1}
}]
controllers = {
'tester1': Test.TestSink('localhost', '45679')
}
parsed = parse_directive(directive)
executor = list(parsed.values())[0]
assert executor(controllers) == 'http://localhost:45679/test/1/off'
#########
# Setup #
#########
args = parse_input()
options = parse_config(args.configFile)
logging_queue = Queue()
logging_thread = LoggingThread(logging_queue, **options['log'])
sensors = SensorEmitter(options['sensors'])
sensors.init_sensors()
controllers = emit_controller(options['controllers'])
ctrl_rules = parse_directive(options['ctrlRules'])
client = CtrlClient(sensors.queue.async_q,
sensors.stop_event,
sensors.emitted_sensors,
controllers=controllers,
ctrlRules=ctrl_rules,
**options['client'])
if __name__ == "__main__":
logging_thread.start()
sensors.start()
client.run()
logging_thread.stop()
turn_off_usb_relay()