import encode
import phoneme_info
import pytest

@pytest.mark.parametrize('tokens,expected', [
    ('h ai',       [('h',   'ai', '')]),
    ('k A t s',    [('k',   'A',  't s')]),
    ('s p ai i z', [('s p', 'ai', ''),
                    ('',    'i',  'z')]),
])
def test__find_nuclei(tokens, expected):
    tokens = tokens.split()
    tokens = [phoneme_info.by_kbd[t] for t in tokens]

    actual = encode._find_nuclei(tokens)
    actual = [display_syllable(n) for n in actual]
    assert actual == expected

def display_syllable(n):
    return (display_phoneme_list(n.prev),
            n.vowel.kbd,
            display_phoneme_list(n.next))

def display_phoneme_list(lst):
    return ' '.join(t.kbd for t in lst)

@pytest.mark.parametrize('tokens,expected', [
    ('h ai', [['h'],['ai']]),
    ('s p ai i z', [['s','p'],['ai'],['i'],['z']]),
])
def test__to_sublists(tokens, expected):
    tokens = tokens.split()
    tokens = [phoneme_info.by_kbd[t] for t in tokens]

    actual = encode._to_sublists(tokens)
    actual = [[t.kbd for t in sublist] for sublist in actual]
    assert actual == expected

@pytest.mark.parametrize('tokens,expected', [
    ('k A t s', 'k / A / t s'),
    ('s p ai i z', 's p / ai / i / z'),
])
def test__add_separators(tokens, expected):
    tokens = tokens.split()
    tokens = [phoneme_info.by_kbd[t] for t in tokens]

    actual = encode._add_separators(tokens)
    actual = [t.kbd if t != encode.SEPARATOR else '/' for t in actual]
    actual = ' '.join(actual)
    assert actual == expected

df9ae7cce24c05295fe0773147b0a48dbd9b248a
<mask token>


@pytest.mark.parametrize('tokens,expected', [('h ai', [('h', 'ai', '')]), (
    'k A t s', [('k', 'A', 't s')]), ('s p ai i z', [('s p', 'ai', ''), ('',
    'i', 'z')])])
def test__find_nuclei(tokens, expected):
    tokens = tokens.split()
    tokens = [phoneme_info.by_kbd[t] for t in tokens]
    actual = encode._find_nuclei(tokens)
    actual = [display_syllable(n) for n in actual]
    assert actual == expected


<mask token>


def display_phoneme_list(lst):
    return ' '.join(t.kbd for t in lst)


<mask token>


@pytest.mark.parametrize('tokens,expected', [('k A t s', 'k / A / t s'), (
    's p ai i z', 's p / ai / i / z')])
def test__add_separators(tokens, expected):
    tokens = tokens.split()
    tokens = [phoneme_info.by_kbd[t] for t in tokens]
    actual = encode._add_separators(tokens)
    actual = [(t.kbd if t != encode.SEPARATOR else '/') for t in actual]
    actual = ' '.join(actual)
    assert actual == expected

<mask token>


@pytest.mark.parametrize('tokens,expected', [('h ai', [('h', 'ai', '')]), (
    'k A t s', [('k', 'A', 't s')]), ('s p ai i z', [('s p', 'ai', ''), ('',
    'i', 'z')])])
def test__find_nuclei(tokens, expected):
    tokens = tokens.split()
    tokens = [phoneme_info.by_kbd[t] for t in tokens]
    actual = encode._find_nuclei(tokens)
    actual = [display_syllable(n) for n in actual]
    assert actual == expected


def display_syllable(n):
    return display_phoneme_list(n.prev), n.vowel.kbd, display_phoneme_list(n
        .next)


def display_phoneme_list(lst):
    return ' '.join(t.kbd for t in lst)


<mask token>


@pytest.mark.parametrize('tokens,expected', [('k A t s', 'k / A / t s'), (
    's p ai i z', 's p / ai / i / z')])
def test__add_separators(tokens, expected):
    tokens = tokens.split()
    tokens = [phoneme_info.by_kbd[t] for t in tokens]
    actual = encode._add_separators(tokens)
    actual = [(t.kbd if t != encode.SEPARATOR else '/') for t in actual]
    actual = ' '.join(actual)
    assert actual == expected

<mask token>


@pytest.mark.parametrize('tokens,expected', [('h ai', [('h', 'ai', '')]), (
    'k A t s', [('k', 'A', 't s')]), ('s p ai i z', [('s p', 'ai', ''), ('',
    'i', 'z')])])
def test__find_nuclei(tokens, expected):
    tokens = tokens.split()
    tokens = [phoneme_info.by_kbd[t] for t in tokens]
    actual = encode._find_nuclei(tokens)
    actual = [display_syllable(n) for n in actual]
    assert actual == expected


def display_syllable(n):
    return display_phoneme_list(n.prev), n.vowel.kbd, display_phoneme_list(n
        .next)


def display_phoneme_list(lst):
    return ' '.join(t.kbd for t in lst)


@pytest.mark.parametrize('tokens,expected', [('h ai', [['h'], ['ai']]), (
    's p ai i z', [['s', 'p'], ['ai'], ['i'], ['z']])])
def test__to_sublists(tokens, expected):
    tokens = tokens.split()
    tokens = [phoneme_info.by_kbd[t] for t in tokens]
    actual = encode._to_sublists(tokens)
    actual = [[t.kbd for t in sublist] for sublist in actual]
    assert actual == expected


@pytest.mark.parametrize('tokens,expected', [('k A t s', 'k / A / t s'), (
    's p ai i z', 's p / ai / i / z')])
def test__add_separators(tokens, expected):
    tokens = tokens.split()
    tokens = [phoneme_info.by_kbd[t] for t in tokens]
    actual = encode._add_separators(tokens)
    actual = [(t.kbd if t != encode.SEPARATOR else '/') for t in actual]
    actual = ' '.join(actual)
    assert actual == expected

import encode
import phoneme_info
import pytest


@pytest.mark.parametrize('tokens,expected', [('h ai', [('h', 'ai', '')]), (
    'k A t s', [('k', 'A', 't s')]), ('s p ai i z', [('s p', 'ai', ''), ('',
    'i', 'z')])])
def test__find_nuclei(tokens, expected):
    tokens = tokens.split()
    tokens = [phoneme_info.by_kbd[t] for t in tokens]
    actual = encode._find_nuclei(tokens)
    actual = [display_syllable(n) for n in actual]
    assert actual == expected


def display_syllable(n):
    return display_phoneme_list(n.prev), n.vowel.kbd, display_phoneme_list(n
        .next)


def display_phoneme_list(lst):
    return ' '.join(t.kbd for t in lst)


@pytest.mark.parametrize('tokens,expected', [('h ai', [['h'], ['ai']]), (
    's p ai i z', [['s', 'p'], ['ai'], ['i'], ['z']])])
def test__to_sublists(tokens, expected):
    tokens = tokens.split()
    tokens = [phoneme_info.by_kbd[t] for t in tokens]
    actual = encode._to_sublists(tokens)
    actual = [[t.kbd for t in sublist] for sublist in actual]
    assert actual == expected


@pytest.mark.parametrize('tokens,expected', [('k A t s', 'k / A / t s'), (
    's p ai i z', 's p / ai / i / z')])
def test__add_separators(tokens, expected):
    tokens = tokens.split()
    tokens = [phoneme_info.by_kbd[t] for t in tokens]
    actual = encode._add_separators(tokens)
    actual = [(t.kbd if t != encode.SEPARATOR else '/') for t in actual]
    actual = ' '.join(actual)
    assert actual == expected

import encode
import phoneme_info
import pytest

@pytest.mark.parametrize('tokens,expected', [
    ('h ai',       [('h',   'ai', '')]),
    ('k A t s',    [('k',   'A',  't s')]),
    ('s p ai i z', [('s p', 'ai', ''),
                    ('',    'i',  'z')]),
])
def test__find_nuclei(tokens, expected):
    tokens = tokens.split()
    tokens = [phoneme_info.by_kbd[t] for t in tokens]

    actual = encode._find_nuclei(tokens)
    actual = [display_syllable(n) for n in actual]
    assert actual == expected

def display_syllable(n):
    return (display_phoneme_list(n.prev),
            n.vowel.kbd,
            display_phoneme_list(n.next))

def display_phoneme_list(lst):
    return ' '.join(t.kbd for t in lst)

@pytest.mark.parametrize('tokens,expected', [
    ('h ai', [['h'],['ai']]),
    ('s p ai i z', [['s','p'],['ai'],['i'],['z']]),
])
def test__to_sublists(tokens, expected):
    tokens = tokens.split()
    tokens = [phoneme_info.by_kbd[t] for t in tokens]

    actual = encode._to_sublists(tokens)
    actual = [[t.kbd for t in sublist] for sublist in actual]
    assert actual == expected

@pytest.mark.parametrize('tokens,expected', [
    ('k A t s', 'k / A / t s'),
    ('s p ai i z', 's p / ai / i / z'),
])
def test__add_separators(tokens, expected):
    tokens = tokens.split()
    tokens = [phoneme_info.by_kbd[t] for t in tokens]

    actual = encode._add_separators(tokens)
    actual = [t.kbd if t != encode.SEPARATOR else '/' for t in actual]
    actual = ' '.join(actual)
    assert actual == expected
