def test_takeoff_runway() -> None:
# There are as many take-off as landing at EHLE
nb_takeoff = sum(1 for _ in belevingsvlucht.takeoff_from_runway(
"EHLE", threshold_alt=3000))
nb_landing = sum(1 for f in belevingsvlucht.aligned_on_ils("EHLE"))
# with go-arounds, sometimes it just doesn't fit
assert nb_takeoff <= nb_landing
for aligned in belevingsvlucht.aligned_on_ils("EHLE"):
after = belevingsvlucht.after(aligned.stop)
assert after is not None
takeoff = after.takeoff_from_runway("EHLE", threshold_alt=3000).next()
# If a landing is followed by a take-off, then it's on the same runway
assert takeoff is None or aligned.max("ILS") == takeoff.max("runway")
def test_landing_ils() -> None:
aligned: Optional["Flight"] = belevingsvlucht.aligned_on_ils(
"EHAM").next() # noqa: B305
assert aligned is not None
assert aligned.max("ILS") == "06"
aligned = airbus_tree.aligned_on_ils("EDHI").next() # noqa: B305
assert aligned is not None
assert aligned.max("ILS") == "23"
def test_landing_ils() -> None:
aligned: Flight = next(belevingsvlucht.aligned_on_ils("EHAM"))
assert aligned.max("ILS") == "06"
aligned = next(airbus_tree.aligned_on_ils("EDHI"))
assert aligned.max("ILS") == "23"