def test_replace_digits(self):
"""
It should not match single digits
"""
txt = '#*0123456789'
res = replace(txt, lambda emoji: '')
self.assertEqual(res, txt)
def test_replace_text_variations(self):
"""
It should not match emojis with text variation
"""
txt = '\u203C\uFE0E'
res = replace(txt, lambda emoji: '')
self.assertEqual(res, txt)
def test_replace_text_variations(self):
"""
It should not match emojis with text variation
"""
txt = '\u203C\uFE0E'
res = replace(txt, lambda emoji: '')
self.assertEqual(res, txt)
def replace_emoji(effect, style):
# t = text.encode('unicode-escape')
# Würfel Icon
# Figure icon
# Alle bauen/roten icons für general/sage
# Replace text
# TODO Case insensitive
try:
t = emoji_unicode.replace(
effect,
# lambda e: u"<img src='images/{filename}.svg' valign='middle' width = '20' height = '20' alt= '{raw}' />".format(filename=emoji_dict[e.code_points], raw=e.unicode)
lambda e: u"<img src='images/{filename}.png' valign='middle' width = '20' height = '20' />".format(filename=emoji_dict[e.code_points])
)
t = replace_with_emoji(t, style.fontSize)
except KeyError:
print("Key Error")
# t = emoji_unicode.replace(
# text,
# # lambda e: u"<img src='images/{filename}.svg' valign='middle' width = '20' height = '20' alt= '{raw}' />".format(filename=emoji_dict[e.code_points], raw=e.unicode)
# lambda e: u"<font name=Symbola>{raw}</font>".format(raw=e.unicode)
# )
# t = replace_with_emoji_pdf(Emoji.to_image(text), style.fontSize)
t = replace_with_emoji(effect, style.fontSize)
return(t)
def test_replace_digits(self):
"""
It should not match single digits
"""
txt = '#*0123456789'
res = replace(txt, lambda emoji: '')
self.assertEqual(res, txt)
def replace_emoji(effect, style):
# t = text.encode('unicode-escape')
# Würfel Icon
# Figure icon
# Alle bauen/roten icons für general/sage
# Replace text
# TODO Case insensitive
try:
t = emoji_unicode.replace(
effect,
# lambda e: u"<img src='images/{filename}.svg' valign='middle' width = '20' height = '20' alt= '{raw}' />".format(filename=emoji_dict[e.code_points], raw=e.unicode)
lambda e: u"<img src='images/{filename}.png' valign='middle' width = '20' height = '20' />".format(filename=emoji_dict[e.code_points])
)
t = replace_with_emoji(t, style.fontSize)
except KeyError:
print("Key Error")
# t = emoji_unicode.replace(
# text,
# # lambda e: u"<img src='images/{filename}.svg' valign='middle' width = '20' height = '20' alt= '{raw}' />".format(filename=emoji_dict[e.code_points], raw=e.unicode)
# lambda e: u"<font name=Symbola>{raw}</font>".format(raw=e.unicode)
# )
# t = replace_with_emoji_pdf(Emoji.to_image(text), style.fontSize)
t = replace_with_emoji(effect, style.fontSize)
return(t)
def test_replace(self):
"""
It should replace all emojis
"""
emojis = get_emojis()
# With no spaces will fail due to fitzpatrick tone being a modifier and also a emoji
txt = ' '.join(get_emojis_unicode())
txt_code_points = ' '.join(normalize(e['code_point']) for e in emojis)
res = replace(txt, lambda emoji: emoji.code_points)
self.assertEqual(res, txt_code_points)
def test_replace(self):
"""
It should replace all emojis
"""
emojis = get_emojis()
# With no spaces will fail due to fitzpatrick tone being a modifier and also a emoji
txt = ' '.join(get_emojis_unicode())
txt_code_points = ' '.join(normalize(e['code_point']) for e in emojis)
res = replace(txt, lambda emoji: emoji.code_points)
self.assertEqual(res, txt_code_points)
def test_replace_with_no_fitz(self):
"""
It should replace no-spaced emojis, excluding fitzpatrick tone emojis
"""
emojis = get_emojis()
txt = ''.join(e['unicode'] for e in emojis
if 'skin-tone' not in e['short_name'])
txt_code_points = ''.join(
normalize(e['code_point']) for e in emojis
if 'skin-tone' not in e['short_name'])
res = replace(txt, lambda emoji: emoji.code_points)
self.assertEqual(res, txt_code_points)
def test_replace_with_no_fitz(self):
"""
It should replace no-spaced emojis, excluding fitzpatrick tone emojis
"""
emojis = get_emojis()
txt = ''.join(
e['unicode']
for e in emojis
if 'skin-tone' not in e['short_name']
)
txt_code_points = ''.join(
normalize(e['code_point'])
for e in emojis
if 'skin-tone' not in e['short_name']
)
res = replace(txt, lambda emoji: emoji.code_points)
self.assertEqual(res, txt_code_points)
def convert(content: str):
"""Perform actual code conversion to add presentation capabilities."""
soup = BeautifulSoup(content)
tag = soup.new_tag('style')
with open('presentation.css', 'r') as f:
tag.string = f.read()
soup.style.insert_before(tag)
content = str(soup)
content = emoji_unicode.replace(
content,
lambda e: u'<img class="emoji" src="noto-emoji/png/128/emoji_u{filename}.png" data-alt="{raw}">'.format(
filename=e.code_points, raw=e.unicode)
)
return content
def test_replace_remove(self):
txt = ''.join(get_emojis_unicode())
res = replace(txt, lambda emoji: '')
self.assertEqual(res, '')
def emojify(text):
return emoji_unicode.replace(
text,
lambda e: EMOJI_TPL.format(filename=e.code_points, raw=e.unicode))
def clean(html):
out = clean_html(html)
return emoji_unicode.replace(
out, lambda e: EMOJI_TPL.format(filename=e.code_points, raw=e.unicode))
def test_replace_remove(self):
txt = ''.join(get_emojis_unicode())
res = replace(txt, lambda emoji: '')
self.assertEqual(res, '')
