def test_writing_all_list_tags():
expected = [
{
"type_of_reference": "JOUR",
"authors": ["Marx, Karl", "Marxus, Karlus"],
"issn": ["12345", "ABCDEFG", "666666"],
}
]
export = rispy.dumps(expected, enforce_list_tags=False, list_tags=[])
entries = rispy.loads(export, list_tags=["AU", "SN"])
assert expected == entries
def test_dump_and_load():
# check that we can write the same file we read
source_fp = DATA_DIR / "example_full.ris"
# read text
actual = source_fp.read_text()
# map to RIS structure and dump
entries = rispy.loads(actual)
export = rispy.dumps(entries)
assert actual == export
def test_custom_list_tags():
filepath = DATA_DIR / "example_custom_list_tags.ris"
list_tags = deepcopy(rispy.LIST_TYPE_TAGS)
list_tags.append("SN")
expected = {
"type_of_reference": "JOUR",
"authors": ["Marx, Karl", "Marxus, Karlus"],
"issn": ["12345", "ABCDEFG", "666666"],
}
actual = filepath.read_text()
entries = rispy.loads(actual, list_tags=list_tags)
assert expected == entries[0]
export = rispy.dumps(entries, list_tags=list_tags)
assert export == actual
def test_skip_unknown_tags():
entries = [
{
"type_of_reference": "JOUR",
"authors": ["Marx, Karl", "Marxus, Karlus"],
"issn": "12222",
"unknown_tag": {"JP": ["CRISPR"], "DC": ["Direct Current"]},
}
]
expected = [
{
"type_of_reference": "JOUR",
"authors": ["Marx, Karl", "Marxus, Karlus"],
"issn": "12222",
}
]
export = rispy.dumps(entries, skip_unknown_tags=True)
reload = rispy.loads(export)
assert reload == expected