def it_can_load_serialized_parts(self, _SerializedPart_, _walk_phys_parts):
# test data --------------------
test_data = (
("/part/name1.xml", "app/vnd.type_1", "<Part_1/>", "srels_1"),
("/part/name2.xml", "app/vnd.type_2", "<Part_2/>", "srels_2"),
)
iter_vals = [(t[0], t[2], t[3]) for t in test_data]
content_types = dict((t[0], t[1]) for t in test_data)
# mockery ----------------------
phys_reader = Mock(name="phys_reader")
pkg_srels = Mock(name="pkg_srels")
_walk_phys_parts.return_value = iter_vals
_SerializedPart_.side_effect = expected_sparts = (
Mock(name="spart_1"),
Mock(name="spart_2"),
)
# exercise ---------------------
retval = PackageReader._load_serialized_parts(
phys_reader, pkg_srels, content_types
)
# verify -----------------------
expected_calls = [
call("/part/name1.xml", "app/vnd.type_1", "<Part_1/>", "srels_1"),
call("/part/name2.xml", "app/vnd.type_2", "<Part_2/>", "srels_2"),
]
assert _SerializedPart_.call_args_list == expected_calls
assert retval == expected_sparts
def it_can_load_serialized_parts(self, _SerializedPart_, _walk_phys_parts):
# test data --------------------
test_data = (
("/part/name1.xml", "app/vnd.type_1", "<Part_1/>", "srels_1"),
("/part/name2.xml", "app/vnd.type_2", "<Part_2/>", "srels_2"),
)
iter_vals = [(t[0], t[2], t[3]) for t in test_data]
content_types = dict((t[0], t[1]) for t in test_data)
# mockery ----------------------
phys_reader = Mock(name="phys_reader")
pkg_srels = Mock(name="pkg_srels")
_walk_phys_parts.return_value = iter_vals
_SerializedPart_.side_effect = expected_sparts = (
Mock(name="spart_1"),
Mock(name="spart_2"),
)
# exercise ---------------------
retval = PackageReader._load_serialized_parts(phys_reader, pkg_srels,
content_types)
# verify -----------------------
expected_calls = [
call("/part/name1.xml", "app/vnd.type_1", "<Part_1/>", "srels_1"),
call("/part/name2.xml", "app/vnd.type_2", "<Part_2/>", "srels_2"),
]
assert _SerializedPart_.call_args_list == expected_calls
assert retval == expected_sparts
