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import pytest
import wn
@pytest.mark.usefixtures("mini_db")
def test_word_senses():
assert len(wn.word("test-en-information-n").senses()) == 1
assert len(wn.word("test-es-información-n").senses()) == 1
@pytest.mark.usefixtures("mini_db")
def test_word_synsets():
assert len(wn.word("test-en-information-n").synsets()) == 1
assert len(wn.word("test-es-información-n").synsets()) == 1
@pytest.mark.usefixtures("mini_db")
def test_word_translate():
assert len(wn.word("test-en-example-n").translate(lang="es")) == 1
assert len(wn.word("test-es-ejemplo-n").translate(lang="en")) == 1
@pytest.mark.usefixtures("mini_db_1_1")
def test_word_lemma_tags():
en = wn.Wordnet("test-en")
assert en.word("test-en-exemplify-v").lemma(data=True).tags() == []
ext = wn.Wordnet("test-en test-en-ext")
assert ext.word("test-en-exemplify-v").lemma(data=True).tags() == [
wn.Tag(tag="INF", category="tense")
]
@pytest.mark.usefixtures("mini_db_1_1")
def test_word_lemma_pronunciations():
en = wn.Wordnet("test-en")
assert en.word("test-en-information-n").lemma(data=True).pronunciations() == []
ext = wn.Wordnet("test-en test-en-ext")
assert ext.word("test-en-information-n").lemma(data=True).pronunciations() == [
wn.Pronunciation(value="ˌɪnfəˈmeɪʃən", variety="GB"), # noqa: RUF001
wn.Pronunciation(value="ˌɪnfɚˈmeɪʃən", variety="US"), # noqa: RUF001
]
@pytest.mark.usefixtures("mini_db")
def test_sense_word():
assert wn.sense("test-en-information-n-0001-01").word() == wn.word(
"test-en-information-n"
)
assert wn.sense("test-es-información-n-0001-01").word() == wn.word(
"test-es-información-n"
)
@pytest.mark.usefixtures("mini_db")
def test_sense_synset():
assert wn.sense("test-en-information-n-0001-01").synset() == wn.synset(
"test-en-0001-n"
)
assert wn.sense("test-es-información-n-0001-01").synset() == wn.synset(
"test-es-0001-n"
)
@pytest.mark.usefixtures("mini_db")
def test_sense_issue_157():
# https://github.com/goodmami/wn/issues/157
sense = wn.sense("test-en-information-n-0001-01")
# This test uses non-public members, which is not ideal, but there
# is currently no better alternative.
assert sense._lexconf is sense.word()._lexconf
assert sense._lexconf is sense.synset()._lexconf
@pytest.mark.usefixtures("mini_db")
def test_sense_examples():
assert wn.sense("test-en-information-n-0001-01").examples() == []
assert wn.sense("test-es-información-n-0001-01").examples() == []
@pytest.mark.usefixtures("mini_db")
def test_sense_counts():
assert wn.sense("test-en-information-n-0001-01").counts() == [3]
counts = wn.sense("test-en-information-n-0001-01").counts(data=True)
assert counts[0].value == 3
assert counts[0].lexicon().specifier() == "test-en:1"
assert wn.sense("test-es-información-n-0001-01").counts() == []
@pytest.mark.usefixtures("mini_db")
def test_sense_lexicalized():
assert wn.sense("test-en-information-n-0001-01").lexicalized()
assert wn.sense("test-es-información-n-0001-01").lexicalized()
@pytest.mark.usefixtures("mini_db")
def test_sense_frames():
assert wn.sense("test-en-illustrate-v-0003-01").frames() == [
"Somebody ----s something",
"Something ----s something",
]
assert wn.sense("test-es-ilustrar-v-0003-01").frames() == []
@pytest.mark.usefixtures("mini_db_1_1")
def test_sense_frames_issue_156():
# https://github.com/goodmami/wn/issues/156
assert wn.sense("test-ja-示す-v-0003-01").frames() == [
"ある人が何かを----",
]
assert wn.sense("test-ja-事例-n-0002-01").frames() == []
@pytest.mark.usefixtures("mini_db")
def test_sense_translate():
assert len(wn.sense("test-en-information-n-0001-01").translate(lang="es")) == 1
assert len(wn.sense("test-es-información-n-0001-01").translate(lang="en")) == 1
@pytest.mark.usefixtures("mini_db")
def test_synset_senses():
assert len(wn.synset("test-en-0003-v").senses()) == 2
assert len(wn.synset("test-es-0003-v").senses()) == 2
@pytest.mark.usefixtures("mini_db")
def test_synset_words():
assert len(wn.synset("test-en-0003-v").words()) == 2
assert len(wn.synset("test-es-0003-v").words()) == 2
@pytest.mark.usefixtures("mini_db")
def test_synset_lemmas():
assert wn.synset("test-en-0003-v").lemmas() == ["exemplify", "illustrate"]
assert wn.synset("test-es-0003-v").lemmas() == ["ejemplificar", "ilustrar"]
@pytest.mark.usefixtures("mini_db")
def test_synset_ili():
# Synset ILIs are now just strings; see ili_test.py for wn.ili tests
assert isinstance(wn.synset("test-en-0001-n").ili, str)
@pytest.mark.usefixtures("mini_db")
def test_synset_definition():
assert wn.synset("test-en-0001-n").definition() == "something that informs"
defn = wn.synset("test-en-0001-n").definition(data=True)
assert defn.source_sense_id == "test-en-information-n-0001-01"
assert defn.lexicon().specifier() == "test-en:1"
assert wn.synset("test-es-0001-n").definition() == "algo que informa"
@pytest.mark.usefixtures("mini_db")
def test_synset_definitions():
assert wn.synset("test-en-0001-n").definitions() == ["something that informs"]
defns = wn.synset("test-en-0001-n").definitions(data=True)
assert defns[0].source_sense_id == "test-en-information-n-0001-01"
assert wn.synset("test-es-0001-n").definitions() == ["algo que informa"]
@pytest.mark.usefixtures("mini_db")
def test_synset_examples():
assert wn.synset("test-en-0001-n").examples() == ['"this is information"']
ex = wn.synset("test-en-0001-n").examples(data=True)[0]
assert ex.text == '"this is information"'
assert ex.lexicon().specifier() == "test-en:1"
assert wn.synset("test-es-0001-n").examples() == ['"este es la información"']
@pytest.mark.usefixtures("mini_db")
def test_synset_lexicalized():
assert wn.synset("test-en-0001-n").lexicalized()
assert wn.synset("test-es-0001-n").lexicalized()
@pytest.mark.usefixtures("mini_db")
def test_synset_translate():
assert len(wn.synset("test-en-0001-n").translate(lang="es")) == 1
assert len(wn.synset("test-es-0001-n").translate(lang="en")) == 1
@pytest.mark.usefixtures("uninitialized_datadir")
def test_word_sense_order(datadir):
wn.add(datadir / "sense-member-order.xml")
assert [s.id for s in wn.word("test-foo-n").senses()] == [
"test-01-foo-n",
"test-02-foo-n",
]
assert [s.id for s in wn.word("test-bar-n").senses()] == [
"test-02-bar-n",
"test-01-bar-n",
]
@pytest.mark.usefixtures("uninitialized_datadir")
def test_synset_member_order(datadir):
wn.add(datadir / "sense-member-order.xml")
assert [s.id for s in wn.synset("test-01-n").senses()] == [
"test-01-bar-n",
"test-01-foo-n",
]
assert [s.id for s in wn.synset("test-02-n").senses()] == [
"test-02-bar-n",
"test-02-foo-n",
]
@pytest.mark.usefixtures("mini_db")
def test_confidence():
# default for unmarked lexicon is 1.0
assert wn.lexicons(lexicon="test-es")[0].confidence() == 1.0
# explicitly set lexicon confidence becomes the default for sub-elements
assert wn.lexicons(lexicon="test-en")[0].confidence() == 0.9
assert wn.word("test-en-information-n").confidence() == 0.9
assert wn.sense("test-en-information-n-0001-01").confidence() == 0.9
assert (
wn.sense("test-en-information-n-0001-01").counts(data=True)[0].confidence()
) == 0.9
assert (
wn.sense("test-en-exemplify-v-0003-01")
.relations(data=True)
.popitem()[0]
.confidence()
) == 0.9
# explicit value overrides default
assert wn.word("test-en-example-n").confidence() == 1.0
assert (
wn.sense("test-en-example-n-0002-01")
.relations(data=True)
.popitem()[0]
.confidence()
) == 0.5
# values on parents don't override default on children
assert wn.sense("test-en-example-n-0002-01").confidence() == 0.9
# check values on other elements
assert wn.synset("test-en-0001-n").confidence() == 1.0
assert wn.synset("test-en-0001-n").definition(data=True).confidence() == 0.95
assert (
wn.synset("test-en-0001-n").relations(data=True).popitem()[0].confidence()
) == 0.8
assert wn.synset("test-en-0001-n").examples(data=True)[0].confidence() == 0.7
|
