def test_parse_valid_entries(valid_catalog_names, valid_extensions,
valid_wings_datasets):
for valid_catalog_name, valid_wings_dataset in zip(valid_catalog_names,
valid_wings_datasets):
parsed_wings_dataset = parse_wing_info(valid_catalog_name,
valid_extensions)
assert parsed_wings_dataset == valid_wings_dataset
def test_prioritize_multiple_extensions():
extensions = {".html", ".profile.html", ".csv", ".true.csv"}
valid_catalog_names = [
"01_raw/test.html",
"01_raw/test.profile.html",
"01_raw/test.true.csv",
]
for valid_catalog_name in valid_catalog_names:
parsed_wing = parse_wing_info(valid_catalog_name, extensions)
assert (os.path.join(parsed_wing.directory,
parsed_wing.basename) == valid_catalog_name)
def test_managing_namespaces():
extensions = {".html", ".parquet", ".profile.parquet"}
valid_catalog_names = [
"01_raw/test.html",
"example1.01_raw/test.html",
"example2.01_raw/test.html",
]
namespaces = [
"example1",
"example2",
]
for valid_catalog_name in valid_catalog_names:
parsed_wing = parse_wing_info(valid_catalog_name, extensions,
namespaces)
if parsed_wing.namespace:
assert (
f"{parsed_wing.namespace}.{parsed_wing.directory}/{parsed_wing.name}{parsed_wing.extension}"
== valid_catalog_name)
else:
assert (
f"{parsed_wing.directory}/{parsed_wing.name}{parsed_wing.extension}"
== valid_catalog_name)
def test_parse_invalid_entries(valid_catalog_names):
for valid_catalog_name in valid_catalog_names:
assert WingInfo() == parse_wing_info(valid_catalog_name, set())