def test_frog_to_saf():
tokens = list(parse_frog(LINES))
saf = frog_to_saf(tokens)
assert_equal(len(saf['tokens']), 8)
token = [t for t in saf['tokens'] if t['lemma'] == 'Amsterdam']
assert_equal(len(token), 1)
assert_equal(token[0]['pos1'], 'M')
def test_frog_to_saf():
tokens = list(parse_frog(LINES))
saf = frog_to_saf(tokens)
assert_equal(len(saf["tokens"]), 8)
token = [t for t in saf["tokens"] if t["lemma"] == "Amsterdam"]
assert_equal(len(token), 1)
assert_equal(token[0]["pos1"], "M")
def test_frog_to_saf():
tokens = list(parse_frog(LINES))
saf = frog_to_saf(tokens)
assert_equal(len(saf['tokens']), 8)
token = [t for t in saf['tokens'] if t['lemma'] == 'Amsterdam']
assert_equal(len(token), 1)
assert_equal(token[0]['pos1'], 'M')
def test_parse_frog():
tokens = list(parse_frog(LINES))
assert_equal(len(tokens), 8)
expected = dict(id=0, sentence=0,
lemma='dit', word='dit',
pos='VNW(aanw,pron,stan,vol,3o,ev)',
pos_confidence=0.9,
rel=("su", 1))
assert_equal(tokens[0], expected)
assert_equal(tokens[3]['ne'], 'LOC')
assert_equal(tokens[7]['sentence'], 1)
def test_parse_frog():
tokens = list(parse_frog(LINES))
assert_equal(len(tokens), 8)
expected = dict(id=0,
sentence=0,
lemma='dit',
word='dit',
pos='VNW(aanw,pron,stan,vol,3o,ev)',
pos_confidence=0.9)
assert_equal(tokens[0], expected)
assert_equal(tokens[7]['sentence'], 1)
def test_parse_frog():
tokens = list(parse_frog(LINES))
assert_equal(len(tokens), 8)
expected = dict(id=0, sentence=0, lemma="dit", word="dit", pos="VNW(aanw,pron,stan,vol,3o,ev)", pos_confidence=0.9)
assert_equal(tokens[0], expected)
assert_equal(tokens[7]["sentence"], 1)
