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from datetime import date
import pytest
import hircine.enums as enums
from hircine.api.types import ScrapedComic
from hircine.scraper import ScrapeWarning
from hircine.scraper.types import (
Artist,
Category,
Character,
Circle,
Date,
Language,
OriginalTitle,
Rating,
Tag,
Title,
World,
)
@pytest.mark.parametrize(
"input,options,want",
[
("foo", {}, Tag(namespace="none", tag="foo")),
("foo:bar", {}, Tag(namespace="foo", tag="bar")),
("foo:bar:baz", {}, Tag(namespace="foo", tag="bar:baz")),
("foo/bar", {"delimiter": "/"}, Tag(namespace="foo", tag="bar")),
],
ids=[
"tag only",
"tag and namespace",
"tag with delimiter",
"custom delimiter",
],
)
def test_tag_from_string(input, options, want):
assert Tag.from_string(input, **options) == want
@pytest.mark.parametrize(
"input,want",
[
("1998-02-07", Date(value=date(1998, 2, 7))),
("2018-07-18T19:15", Date(value=date(2018, 7, 18))),
(
"2003-12-30T10:37Z",
Date(value=date(2003, 12, 30)),
),
],
)
def test_date_from_iso(input, want):
assert Date.from_iso(input) == want
@pytest.mark.parametrize(
"input",
[
("text"),
("1997 02 07"),
("1997/02/07"),
],
)
def test_date_from_iso_fails(input):
with pytest.raises(ScrapeWarning, match="Could not parse date:"):
Date.from_iso(input)
@pytest.mark.parametrize(
"input,want",
[
("886806000", Date(value=date(1998, 2, 7))),
(886806000, Date(value=date(1998, 2, 7))),
],
)
def test_date_from_timestamp(input, want):
assert Date.from_timestamp(input) == want
@pytest.mark.parametrize(
"input",
[
("text"),
],
)
def test_date_from_timestamp_fails(input):
with pytest.raises(ScrapeWarning, match="Could not parse date:"):
Date.from_timestamp(input)
@pytest.mark.parametrize(
"item,attr,empty",
[
(Title(""), "title", None),
(OriginalTitle(""), "original_title", None),
(Language(None), "language", None),
(Date(None), "date", None),
(Rating(None), "rating", None),
(Category(None), "category", None),
(Tag("", ""), "tags", []),
(Tag(namespace="", tag=""), "tags", []),
(Tag(namespace=None, tag=""), "tags", []),
(Tag(namespace="foo", tag=""), "tags", []),
(Artist(""), "artists", []),
(Character(""), "characters", []),
(Circle(""), "circles", []),
(World(""), "worlds", []),
],
ids=[
"title",
"original title",
"language",
"date",
"rating",
"category",
"tag (both empty, positional)",
"tag (both empty)",
"tag (namespace None, tag empty)",
"tag (tag empty)",
"artist",
"character",
"circle",
"world",
],
)
def test_scraped_comic_silently_ignores_empty(item, attr, empty):
def gen():
yield item
comic = ScrapedComic.from_generator(gen())
assert getattr(comic, attr) == empty
@pytest.mark.parametrize(
"input,want",
[
("EN", Language(value=enums.Language.EN)),
("de", Language(value=enums.Language.DE)),
],
)
def test_language_from_iso_639_3(input, want):
assert Language.from_iso_639_3(input) == want
def test_language_from_iso_639_3_fails():
with pytest.raises(ScrapeWarning, match="Could not parse language code:"):
Language.from_iso_639_3("ENG")
@pytest.mark.parametrize(
"input,want",
[
("English", Language(value=enums.Language.EN)),
("german", Language(value=enums.Language.DE)),
],
)
def test_language_from_name(input, want):
assert Language.from_name(input) == want
def test_language_from_name_fails():
with pytest.raises(ScrapeWarning, match="Could not parse language name:"):
Language.from_name("nonexistent")
|
