def test_derive_afr_fallback(self):
afr_apt = A(name='AFR Landing Airport', value={'id': 25})
apt = self.node_class()
apt.set_flight_attr = Mock()
approach = App()
approach.create_approach('LANDING', slice(None))
apt.derive(approach, afr_apt)
apt.set_flight_attr.assert_called_once_with(afr_apt.value)
apt.set_flight_attr.reset_mock()
def test_derive_afr_fallback(self):
afr_rwy = A(name='AFR Landing Runway', value={'identifier': '27R'})
approach = App()
approach.create_approach('LANDING', slice(None))
rwy = self.node_class()
rwy.set_flight_attr = Mock()
# Check that the AFR airport was used and the API wasn't called:
rwy.derive(None, None)
rwy.set_flight_attr.assert_called_once_with(None)
rwy.set_flight_attr.reset_mock()
rwy.derive(approach, afr_rwy)
rwy.set_flight_attr.assert_called_once_with(afr_rwy.value)
def derive(
self,
approaches=App('Approach Information'),
land_afr_rwy=A('AFR Landing Runway'),
):
'''
'''
# 1. If we have Approach Information use this as hardwork already done.
if approaches:
landing_approach = approaches.get_last(_type='LANDING')
runway = landing_approach.landing_runway
if runway:
self.set_flight_attr(runway)
return # We found an airport, so finish here.
elif landing_approach:
self.warning('No landing runway found.')
else:
self.warning(
'No Landing Approach for looking up landing airport.')
# 2. If we have a runway provided in achieved flight record, use it:
if land_afr_rwy:
runway = land_afr_rwy.value
self.debug('Using landing runway from AFR: %s', runway)
self.set_flight_attr(runway)
return # We found a runway in the AFR, so finish here.
# 3. After all that, we still couldn't determine a runway...
self.error('Unable to determine runway at landing!')
self.set_flight_attr(None)
def derive(self,
approaches=KPV('Approach Information'),
land_afr_apt=App('AFR Landing Airport')):
'''
'''
# 1. If we have Approach Information use this as hardwork already done.
if approaches:
landing_approach = approaches.get_last(_type='LANDING')
airport = landing_approach.airport
if airport:
self.set_flight_attr(airport)
return # We found an airport, so finish here.
elif landing_approach:
self.warning('No landing airport found.')
else:
self.warning(
'No Landing Approach for looking up landing airport.')
# 2. If we have an airport provided in achieved flight record, use it:
if land_afr_apt:
airport = land_afr_apt.value
self.debug('Using landing airport from AFR: %s', airport)
self.set_flight_attr(airport)
return # We found an airport in the AFR, so finish here.
# 3. After all that, we still couldn't determine an airport...
self.error('Unable to determine airport at landing!')
self.set_flight_attr(None)
def derive(self,
approaches=KPV('Approach Information'),
land_afr_apt=App('AFR Landing Airport'),
precise_pos=A('Precise Positioning')):
'''
'''
precise_pos = bool(getattr(precise_pos, 'value', False))
if not precise_pos and land_afr_apt:
self.use_afr(land_afr_apt)
return
if approaches and approaches.get_last(_type='LANDING'):
landing_approach = approaches.get_last(_type='LANDING')
airport = landing_approach.airport
if airport:
self.set_flight_attr(airport)
return
elif landing_approach:
self.warning('No landing airport found.')
else:
self.warning('No Landing Approach for looking up landing airport.')
if land_afr_apt:
self.use_afr(land_afr_apt)
return
self.error('Unable to determine airport at landing!')
self.set_flight_attr(None)
def derive(self,
approaches=App('Approach Information'),
land_afr_rwy=A('AFR Landing Runway'),
precise_pos=A('Precise Positioning')):
'''
'''
precise_pos = bool(getattr(precise_pos, 'value', False))
if not precise_pos and land_afr_rwy:
self.use_afr(land_afr_rwy)
return
if approaches and approaches.get_last(_type='LANDING'):
landing_approach = approaches.get_last(_type='LANDING')
runway = landing_approach.landing_runway
if runway:
self.set_flight_attr(runway)
return
elif landing_approach:
self.warning('No landing runway found.')
else:
self.warning('No Landing Approach for looking up landing airport.')
if land_afr_rwy:
self.use_afr(land_afr_rwy)
return
self.error('Unable to determine runway at landing!')
self.set_flight_attr(None)
def derive(self,
ian_glidepath=P('IAN Glidepath'),
alt_aal=P('Altitude AAL For Flight Phases'),
apps=App('Approach Information'),
app_src_capt=P('Displayed App Source (Capt)'),
app_src_fo=P('Displayed App Source (FO)')):
pass
def derive(self, approaches=App('Approach Information')):
pass
def derive(self,
air_spd=P('Airspeed'),
alt_agl=P('Altitude AGL For Flight Phases'),
approaches=App('Approach Information')):
pass
def derive(self,
groundspeed=P('Groundspeed'),
dtts=KTI('Distance To Touchdown'),
touchdown=KTI('Offshore Touchdown'),
approaches=App('Approach Information')):
pass
def derive(self,
heading=P('Heading Continuous'),
dtts=KTI('Distance To Touchdown'),
offshore_twn=KTI('Offshore Touchdown'),
approaches=App('Approach Information')):
pass
def derive(
self,
approaches=App('Approach Information'),
land_afr_rwy=A('AFR Landing Runway'),
):
pass
def derive(self,
approaches=KPV('Approach Information'),
land_afr_apt=App('AFR Landing Airport')):
pass
