class LowerRecoveryFlow(TestFlow):
setup = AirToBreathSetup.request()
blocks = [
AbstractLowerRecoverySensorFlow.params(sensors=[sensor])
for sensor in [setup.pressure, setup.flow, setup.oxygen]
]
class SanityFlow(TestFlow):
setup = AirToBreathSetup.request()
blocks = [
AbstractTripleSensorFlow.params(sensors=[s1[0], s2[0], s3[0]],
sent_values=[s1[1], s2[1], s3[1]])
for s1, s2, s3 in create_scenarios(setup)
]
class SanityFlow(TestFlow):
setup = AirToBreathSetup.request()
blocks = [
AbstractSensorFlow.params(
sensors=Pipe('setup', lambda setup: [setup.pressure])),
AbstractSensorFlow.params(
sensors=Pipe('setup', lambda setup: [setup.flow])),
# AbstractSensorFlow.params(sensors=[setup.oxygen])
]
class LowBoundFlow(TestFlow):
setup = AirToBreathSetup.request()
common = {'sent_values': [-3]}
blocks = [
AbstractSensorFlow.params(
sensors=Pipe('setup', lambda setup: [setup.pressure])),
AbstractSensorFlow.params(
sensors=Pipe('setup', lambda setup: [setup.flow])),
# AbstractSensorFlow.params(sensors=[setup.oxygen])
]
class CoupleRecoveryFlow2(TestFlow):
setup = AirToBreathSetup.request()
blocks = [
create_flow(
name=f"{s1}, {s2}, {s3} combinations",
common={'sensors': [s1, s2, s3]},
mode=MODE_OPTIONAL,
blocks=[ClearBuffer, StartSensorSimulation, ValidateSensors] +
get_all_scenarios([s1, s2, s3]) +
[StopSensorSimulation.params(mode=MODE_FINALLY)]) for s1, s2, s3 in
combinations([setup.pressure, setup.flow, setup.oxygen], 3)
]