def test_fix_bug_of_weight_using_diameter_information():
package = posting.Package(package_type=posting.Package.TYPE_CYLINDER,
diameter=2,
length=20,
weight=10000,
service=SERVICE_PAC)
assert package.real_weight == 10000
assert package.real_diameter == 2
def test_package_non_mechanizable_cost(package_type, width, height, length,
diameter, cost):
package = posting.Package(package_type,
width,
height,
length,
diameter,
weight=1)
assert package.non_mechanizable_cost == cost
def test_package_is_mechanizable(package_type, width, height, length, diameter,
result):
package = posting.Package(package_type,
width,
height,
length,
diameter,
weight=1)
assert package.is_mechanizable == result
def test_package_basic():
package = posting.Package(package_type=posting.Package.TYPE_BOX,
width=11,
height=10,
length=16,
weight=10000,
service=SERVICE_PAC)
assert isinstance(package.service, Service)
assert package.package_type == posting.Package.TYPE_BOX
def test_fail_package_invalid_sequence(sequence):
with pytest.raises(exceptions.InvalidPackageSequenceError):
posting.Package(
package_type=posting.Package.TYPE_BOX,
width=11,
height=10,
length=16,
weight=10000,
sequence=sequence, # invalid tuple
)
def test_package_basic():
package = posting.Package(package_type=posting.Package.TYPE_BOX,
width=11,
height=10,
length=16,
weight=10000,
service=SERVICE_PAC)
assert isinstance(package.service, Service)
assert package.package_type == posting.Package.TYPE_BOX
@pytest.mark.parametrize(
"package,freight_package_type",
[
(posting.Package(posting.Package.TYPE_ENVELOPE, 0, 0, 0, weight=1), 3),
(posting.Package(posting.Package.TYPE_BOX, 11, 10, 16, weight=1), 1),
(posting.Package(posting.Package.TYPE_CYLINDER, 0, 0, 14, 2,
weight=1), 2),
],
)
def test_freight_package_type(package, freight_package_type):
assert package.freight_package_type == freight_package_type
def test_package_basic_envelop_dimensions_validation():
posting.Package.validate(posting.Package.TYPE_ENVELOPE,
0,
0,
0,
0,
