def test_encode_uncompressed_latitude_with_ambiguity_2():
latitude = APRSUtils.encode_uncompressed_latitude(51.473821, 2)
assert latitude == "5128. N"
def test_encode_uncompressed_latitude_padding():
# Test latitude
latitude = APRSUtils.encode_uncompressed_latitude(5)
assert latitude == "0500.00N"
def test_encode_uncompressed_latitude_with_ambiguity_1():
# Test latitude with differing levels of ambiguity
latitude = APRSUtils.encode_uncompressed_latitude(51.473821, 1)
assert latitude == "5128.4 N"
def test_encode_uncompressed_latitude_with_invalid_ambiguity():
with pytest.raises(ValueError):
# ...and it must be be between 0 and 4
APRSUtils.encode_uncompressed_latitude(51, 5)
def test_encode_uncompressed_latitude_without_ambiguity():
# Test latitude
latitude = APRSUtils.encode_uncompressed_latitude(51.473821)
assert latitude == "5128.43N"
def test_encode_uncompressed_latitude_with_incorrect_ambiguity_type():
with pytest.raises(TypeError):
# Ambiguity must be an int
APRSUtils.encode_uncompressed_latitude(51, "1")
def test_encode_uncompressed_latitude_with_invalid_latitude():
with pytest.raises(ValueError):
# Must be be between -90 and 90
APRSUtils.encode_uncompressed_latitude(91)
def test_encode_uncompressed_latitude_with_incorrect_latitude_type():
with pytest.raises(TypeError):
# Must be a float or int
APRSUtils.encode_uncompressed_latitude("51")
def test_encode_uncompressed_latitude_with_southern_latitude():
# Ensure that southern latitudes work
latitude = APRSUtils.encode_uncompressed_latitude(-51)
assert latitude == "5100.00S"
def test_encode_uncompressed_latitude_with_int():
# ints are allowed too
latitude = APRSUtils.encode_uncompressed_latitude(51)
assert latitude == "5100.00N"
