def test_read_asjp():
lex = LexStat(read_asjp(
test_data('asjp_test_list.csv'), family="CELTIC", classification="wls_gen"))
assert len(lex) == 249
evaluate = lambda x,y,z: x[y[1]].startswith(z)
lex = LexStat(read_asjp(
test_data('asjp_test_list.csv'), family='GERMANIC',
classification='wls_fam,wls_gen', evaluate=evaluate))
assert len(lex) == 1429
# check if loans have been traced and if at least one word is represented
# as expected
entry = lex.get_dict(doculect="YIDDISH_EASTERN")
idx = entry['person'][0]
assert lex[idx,'known_borrowings'] == 1
assert lex[idx,'counterpart'] == "pErzon"
def test_read_asjp():
lex = LexStat(
read_asjp(test_data('asjp_test_list.csv'),
family="CELTIC",
classification="wls_gen"))
assert len(lex) == 249
evaluate = lambda x, y, z: x[y[1]].startswith(z)
lex = LexStat(
read_asjp(test_data('asjp_test_list.csv'),
family='GERMANIC',
classification='wls_fam,wls_gen',
evaluate=evaluate))
assert len(lex) == 1429
# check if loans have been traced and if at least one word is represented
# as expected
entry = lex.get_dict(doculect="YIDDISH_EASTERN")
idx = entry['person'][0]
assert lex[idx, 'known_borrowings'] == 1
assert lex[idx, 'counterpart'] == "pErzon"
def test_read_asjp():
lex = LexStat(
read_asjp(test_data('asjp_test_list.csv'),
family="CELTIC",
classification="wls_gen"))
assert len(lex) == 249
def test_read_asjp():
lex = LexStat(read_asjp(
test_data('asjp_test_list.csv'), family="CELTIC", classification="wls_gen"))
assert len(lex) == 249
