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from xml.etree import ElementTree as ET
from wn import lmf
def test_is_lmf(datadir):
assert lmf.is_lmf(datadir / 'mini-lmf-1.0.xml')
assert lmf.is_lmf(str(datadir / 'mini-lmf-1.0.xml'))
assert not lmf.is_lmf(datadir / 'README.md')
assert not lmf.is_lmf(datadir / 'missing.xml')
assert lmf.is_lmf(datadir / 'mini-lmf-1.1.xml')
def test_scan_lexicons(datadir):
assert lmf.scan_lexicons(datadir / 'mini-lmf-1.0.xml') == [
{
'id': 'test-en',
'version': '1',
'label': 'Testing English WordNet',
'extends': None,
},
{
'id': 'test-es',
'version': '1',
'label': 'Testing Spanish WordNet',
'extends': None,
},
]
assert lmf.scan_lexicons(datadir / 'mini-lmf-1.1.xml') == [
{
'id': 'test-ja',
'version': '1',
'label': 'Testing Japanese WordNet',
'extends': None,
},
{
'id': 'test-en-ext',
'version': '1',
'label': 'Testing English Extension',
'extends': {
'id': 'test-en',
'version': '1',
},
},
]
def test_load_1_0(datadir):
resource = lmf.load(datadir / 'mini-lmf-1.0.xml')
lexicons = resource['lexicons']
assert len(lexicons) == 2
lexicon = lexicons[0]
assert lexicon['id'] == 'test-en'
assert lexicon['label'] == 'Testing English WordNet'
assert lexicon['language'] == 'en'
assert lexicon['email'] == 'maintainer@example.com'
assert lexicon['license'] == 'https://creativecommons.org/licenses/by/4.0/'
assert lexicon['version'] == '1'
assert lexicon['url'] == 'https://example.com/test-en'
assert len(lexicon['entries']) == 9
le = lexicon['entries'][0]
assert le['id'] == 'test-en-information-n'
assert le['lemma']['writtenForm'] == 'information'
assert le['lemma']['partOfSpeech'] == 'n'
assert le['lemma']['script'] == 'Latn'
assert len(le['lemma']['tags']) == 1
assert len(le.get('forms', [])) == 0
assert len(le['senses']) == 1
sense = le['senses'][0]
assert sense['id'] == 'test-en-information-n-0001-01'
assert sense['synset'] == 'test-en-0001-n'
assert len(sense.get('relations', [])) == 0
# assert sense['relations'][0]['target'] == 'test-en-exemplify-v-01023137-01'
# assert sense['relations'][0]['type'] == 'derivation'
assert len(lexicon.get('frames', [])) == 0 # frames are on lexical entry
assert len(lexicon['entries'][6]['frames']) == 2
frames = lexicon['entries'][6]['frames']
assert frames[0]['subcategorizationFrame'] == 'Somebody ----s something'
assert frames[0]['senses'] == ['test-en-illustrate-v-0003-01']
assert len(lexicon['synsets']) == 8
assert lexicons[1]['id'] == 'test-es'
def test_load_1_1(datadir):
resource = lmf.load(datadir / 'mini-lmf-1.1.xml')
lexicons = resource['lexicons']
assert len(lexicons) == 2
lexicon = lexicons[0]
assert lexicon['id'] == 'test-ja'
assert lexicon['version'] == '1'
# assert lexicon.logo == 'logo.svg'
assert lexicon.get('requires') == [{'id': 'test-en', 'version': '1'}]
lexicon = lexicons[1]
assert lexicon['id'] == 'test-en-ext'
assert lexicon.get('extends') == {'id': 'test-en', 'version': '1'}
def test_load_1_3(datadir):
resource = lmf.load(datadir / 'mini-lmf-1.3.xml')
lexicons = resource['lexicons']
assert len(lexicons) == 1
lexicon = lexicons[0]
synsets = lexicon['synsets']
assert synsets[0]['definitions'][0]['text'] == 'one two three'
assert synsets[1]['definitions'][0]['text'] == 'one two three'
assert synsets[2]['definitions'][0]['text'] == '''
one
two
three
'''
def test_dump(datadir, tmp_path):
tmpdir = tmp_path / 'test_dump'
tmpdir.mkdir()
tmppath = tmpdir / 'mini_lmf_dump.xml'
def assert_xml_equal(mini_lmf, dump_lmf):
orig = ET.canonicalize(from_file=mini_lmf, strip_text=True)
temp = ET.canonicalize(from_file=dump_lmf, strip_text=True)
# additional transformation to help with debugging
orig = orig.replace('<', '\n<')
temp = temp.replace('<', '\n<')
assert orig == temp
lmf.dump(lmf.load(datadir / 'mini-lmf-1.0.xml'), tmppath)
assert_xml_equal(datadir / 'mini-lmf-1.0.xml', tmppath)
lmf.dump(lmf.load(datadir / 'mini-lmf-1.1.xml'), tmppath)
assert_xml_equal(datadir / 'mini-lmf-1.1.xml', tmppath)
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