Re-enable disabled emoji tests [DO NOT MERGE]

        assert sequence in coverage, (

            '%s is not supported in the emoji font.' % printable(sequence))

    # disable temporarily - we cover more than this

    """

    for sequence in coverage:

        if sequence in {0x0000, 0x000D, 0x0020}:

            # The font needs to support a few extra characters, which is OK

            continue

        assert sequence in all_emoji, (

            'Emoji font should not support %s.' % printable(sequence))

    """

    for first, second in sorted(equivalent_emoji.items()):

        assert coverage[first] == coverage[second], (

                printable(first),

                printable(second)))

    # disable temporarily - some equivalent sequences we don't even know about

    """

    for glyph in set(coverage.values()):

        maps_to_glyph = [seq for seq in coverage if coverage[seq] == glyph]

        if len(maps_to_glyph) > 1:

                'The sequences %s should not result in the same glyph %s' % (

                    printable(equivalent_seqs),

                    glyph))

    """

def check_emoji_defaults(default_emoji):

    missing_text_chars = _emoji_properties['Emoji'] - default_emoji

    # webdings yet.

    missing_text_chars -= _chars_by_age['7.0']

    assert missing_text_chars == set(), (

        'Text style version of some emoji characters are missing: ' + repr(missing_text_chars))

        'Text style version of some emoji characters are missing: ' +

            repr(missing_text_chars))

# Setting reverse to true returns a dictionary that maps the values to sets of

            if not line:

                continue

            chars, prop = line.split(';')

            chars, prop = line.split(';')[:2]

            chars = chars.strip()

            prop = prop.strip()

    _emoji_zwj_sequences = parse_unicode_datafile(

        path.join(ucd_path, 'emoji-zwj-sequences.txt'))

    # filter modern pentathlon, as it seems likely to be removed from final spec

    # also filter rifle

    def is_excluded(n):

        return n in [0x1f93b, 0x1f946]

    def contains_excluded(t):

        if type(t) == int:

            return is_excluded(t)

        return any(is_excluded(cp) for cp in t)

    # filter modern pentathlon, as it seems likely to be removed from final spec

    _emoji_properties['Emoji'] = set(

        t for t in _emoji_properties['Emoji'] if not contains_excluded(t))

    _emoji_sequences = dict(

        (t, v) for (t, v) in _emoji_sequences.items() if not contains_excluded(t))

    # add in UN flag

    UN_seq = flag_sequence('UN')

    _emoji_sequences[UN_seq] = 'Emoji_Flag_Sequence'

def flag_sequence(territory_code):

    return tuple(0x1F1E6 + ord(ch) - ord('A') for ch in territory_code)

    flag_sequence('GF'), flag_sequence('GP'), flag_sequence('GS'),

    flag_sequence('MF'), flag_sequence('MQ'), flag_sequence('NC'),

    flag_sequence('PM'), flag_sequence('RE'), flag_sequence('TF'),

    flag_sequence('WF'), flag_sequence('XK'), flag_sequence('YT'),

    flag_sequence('UN'), flag_sequence('WF'), flag_sequence('XK'),

    flag_sequence('YT'),

})

EQUIVALENT_FLAGS = {

def is_fitzpatrick_modifier(cp):

  return 0x1f3fb <= cp <= 0x1f3ff

    return 0x1F3FB <= cp <= 0x1F3FF

def reverse_emoji(seq):

    rev = list(reversed(seq))

    # if there are fitzpatrick modifiers in the sequence, keep them after

    # the emoji they modify

    for i in xrange(1, len(rev)):

        if is_fitzpatrick_modifier(rev[i-1]):

            rev[i], rev[i-1] = rev[i-1], rev[i]

    return tuple(rev)

def compute_expected_emoji():

        sequence_pieces.update(sequence)

        # Add reverse of all emoji ZWJ sequences, which are added to the fonts

        # as a workaround to get the sequences work in RTL text.

        reversed_seq = list(reversed(sequence))

        # if there are fitzpatrick modifiers in the sequence, keep them after

        # the emoji they modify

        for i in xrange(1, len(reversed_seq)):

          if is_fitzpatrick_modifier(reversed_seq[i - 1]):

            tmp = reversed_seq[i]

            reversed_seq[i] = reversed_seq[i-1]

            reversed_seq[i-1] = tmp

        reversed_seq = tuple(reversed_seq)

        reversed_seq = reverse_emoji(sequence)

        all_sequences.add(reversed_seq)

        equivalent_emoji[reversed_seq] = sequence