def test_parse_labels_invalud(labels) -> None:
with pytest.raises(PARSE_ERRORS):
parse_labels(labels)
def test_parse_labels_empty() -> None:
assert parse_labels("") == tuple()
def test_parse_labels_multiple() -> None:
labels = (SurfaceLabel.from_label(Surface.OBVERSE),
ColumnLabel.from_int(3))
assert parse_labels(" ".join(label.to_value()
for label in labels)) == labels
def test_parse_labels(label, status, _, expected) -> None:
assert parse_labels(f"{label}{status}") == (expected, )
def parse_manuscript(atf):
return parse_chapter(atf, MANUSCRIPTS, "manuscript_line")
@pytest.mark.parametrize(
"lines,expected",
[
(
[
f"{MANUSCRIPTS[0].siglum} o iii 1. kur",
"#note: a note",
"$ single ruling",
],
ManuscriptLine(
MANUSCRIPTS[0].id,
parse_labels("o iii"),
parse_text_line("1. kur"),
(parse_paratext("#note: a note"),
parse_paratext("$ single ruling")),
),
),
(
[f"{MANUSCRIPTS[0].siglum} 1. kur"],
ManuscriptLine(MANUSCRIPTS[0].id, tuple(),
parse_text_line("1. kur")),
),
(
[f" {MANUSCRIPTS[0].siglum} 1. kur"],
ManuscriptLine(MANUSCRIPTS[0].id, tuple(),
parse_text_line("1. kur")),
),
def try_parse_labels(value):
try:
return parse_labels(" ".join(value))
except PARSE_ERRORS as error:
raise ValidationError(str(error)) from error