def gifs2lossy(self):
emoji_dict = {
Emoji(emoji).filename: Emoji(emoji)
for emoji in self.files_in_folder(self.project_folder)
if Emoji(emoji)
}
for index, item in enumerate(emoji_dict.keys()):
if not emoji_dict[item].has_lossy or settings.overwrite_gifs:
print(emoji_dict[item].name,
'lossy file missing, creating one')
# Get the proper lossy value for the gifsicle
if '136' in emoji_dict[item].resolution:
lossy_factor = self.lossy_factor['136']
elif '280' in emoji_dict[item].resolution:
lossy_factor = self.lossy_factor['280']
GifSicle(emoji_dict[item],
lossy_factor,
self.color_map,
to_lossy=True)
self.conversion2.emit(index + 1, len(emoji_dict) - 1)
else:
print(
'Lossy file for {} already exists, skipping lossy creation'
.format(emoji_dict[item].name))
QTimer.singleShot(1, self.conversion2_done)
def escape_message(dat: dict) -> None:
'''
Escapes message for safe rendering
'''
if 'title' in dat:
if dat['title'] is None:
del dat['title']
else:
dat['title'] = Emoji.replace_unicode(html.escape(dat['title']))
if 'content' in dat:
if dat['content'] is None:
del dat['content']
else:
if dat.get('parse_mode') == 'html':
dat['content'] = Emoji.replace_unicode(dat['content'])
else:
dat['content'] = Emoji.replace_unicode(
html.escape(dat['content']))
for btn in dat.get('buttons', []):
try:
btn['data']['title'] = Emoji.replace_unicode(
html.escape(btn['data']['title']))
except KeyError:
pass
for btn in dat.get('quick_replies', []):
try:
btn['title'] = Emoji.replace_unicode(html.escape(btn['title']))
except KeyError: # pragma: nocoverage
pass
def main():
emojis = [Emoji("smiley"), Emoji("frowny"), Emoji("angry")]
for emoji in emojis:
emoji.displayRed(sense)
emoji.displayGreen(sense)
emoji.displayBlue(sense)
def handbrake(self):
emoji_list = [
Emoji(emoji) for emoji in self.files_in_folder(self.project_folder)
if Emoji(emoji)
]
Handbrake(emoji_list[0])
self.conversion4.emit(1, 1)
QTimer.singleShot(1, self.conversion4_done)
def avis2gif(self):
emoji_dict = {
Emoji(emoji).filename: Emoji(emoji)
for emoji in self.files_in_folder(self.project_folder)
if Emoji(emoji)
}
for index, item in enumerate(emoji_dict.keys()):
# print(emoji_dict[item])
if not emoji_dict[item].has_gif or settings.overwrite_gifs:
print(emoji_dict[item].name, 'gif file missing, creating one')
FFmpeg(emoji_dict[item])
self.conversion1.emit(index + 1, len(emoji_dict) - 1)
QTimer.singleShot(1, self.conversion1_done)
def btn_update_clicked():
if self.embedded or self.scroll_lock:
f = QFileDialog.getOpenFileName(self, 'Select image to load', '.', "All Files (*.*)", "All Files (*.*)")
if f:
self.load(f[0])
else:
if isinstance(self.opened_image, str): # If we give a string it makes it to Emoji
self.opened_image = Emoji(self.opened_image)
if isinstance(self.opened_image, Emoji):
working_file = self.opened_image.gif_path
output_file = self.opened_image.temp_path
else:
raise ValueError('Update button received not Emoji or str')
self.movie.stop()
lossy_factor = self.spin_quality.text()
# Instead of generating a txt file for a colortable
# color_table = act_reader.create_gifsicle_colormap(self.dropdown_colortable.currentText())
color_table_path = path.join('.', 'current_act.txt')
# Get a handle on color table QPlainTextEdit
plaintext_act_readout = self.parentWidget().findChildren(QPlainTextEdit, 'plaintext_act_readout')[0]
# We generate a colormap from the colormap viewer window
with open(color_table_path, 'w') as txt:
txt.writelines(plaintext_act_readout.toPlainText())
self.gc = GifSicle(self.opened_image, lossy_factor, color_table_path)
print(self.gc, self.opened_image, lossy_factor, color_table_path)
self.load(output_file)
temp_file_size = path.getsize(output_file)/1024
self.TO_STATUS_BAR.emit('Resulting filesize is: {:.2f} Kb'.format(temp_file_size))
def emoji_replace_html_entities(value, autoescape=None):
# Replaced before because it needs unescaped &
value = Emoji.replace_html_entities(value)
autoescape = autoescape and not isinstance(value, SafeData)
if autoescape:
value = escape(value)
return mark_safe(value)
def emoji_replace_html_entities(value, autoescape=None):
# Replaced before because it needs unescaped &
value = Emoji.replace_html_entities(value)
autoescape = autoescape and not isinstance(value, SafeData)
if autoescape:
value = escape(value)
return mark_safe(value)
def my_rant(request, rant_id):
'''
View function to display the current user's single rant in full with the rant's reactions
'''
try:
current_user = request.user
current_rant = Rant.get_single_rant(rant_id)
title = f'{current_rant.author.user.username}\'s Rant'
current_rant_reactions = Reaction.get_rant_reactions(rant_id)
rant_reaction_emojis = []
for current_rant_reaction in current_rant_reactions:
current_rant_reaction_icon = Emoji.replace(
':' + current_rant_reaction.emoji_title + ':')
rant_reaction_emojis.append(current_rant_reaction_icon)
return render(
request, 'all-rants/my-rant.html', {
"title": title,
"rant": current_rant,
"current_rant_reactions": rant_reaction_emojis
})
except ObjectDoesNotExist:
return redirect(index)
def make_video_list(self, folder=None, ext='avi'):
# If no folder specified, update the current working directory
if not folder:
folder = self.working_directory
if len(files_in_folder(folder, ext)) > 0:
# Make a dictionary out of emojis, when emoji object is not none (has been successfully created)
emoji_dict = {
Emoji(emoji).filename: Emoji(emoji)
for emoji in files_in_folder(folder, ext) if Emoji(emoji)
}
# Make a model
self.videolist_model = VideoListModel(emoji_dict)
# Assign the model to the list view
self.list_videoslist.setModel(self.videolist_model)
# Enable the collect button
self.btn_clean.setEnabled(True)
def single_rant(request, rant_id):
'''
View function to display a specific rant in page of its own
'''
try:
single_rant = Rant.get_single_rant(rant_id)
title = f'{single_rant.author.user.username}\'s Rant'
emoji_names = Emoji.keys()
emoji_icons = []
for emoji_name in emoji_names:
emoji_icon = Emoji.replace(':' + emoji_name + ':')
emoji_icons.append(emoji_icon)
continue
# print(emoji_icons[0:4])
rant_reaction_emojis = []
rant_reactions = Reaction.get_rant_reactions(single_rant.id)
for rant_reaction in rant_reactions:
rant_reaction_icon = Emoji.replace(':' +
rant_reaction.emoji_title + ':')
rant_reaction_emojis.append(rant_reaction_icon)
# print(rant_reaction_emojis)
return render(
request, 'all-rants/single-rant.html', {
"title": title,
"rant": single_rant,
"emoji_names": emoji_names,
"emoji_icons": emoji_icons,
"rant_reaction_emojis": rant_reaction_emojis
})
except ObjectDoesNotExist:
return redirect(index)
def update_emojis(emojis, dir, emoji):
name, url = emoji.name, emoji.url
if any([e.name == name for e in emojis]):
return emojis
else:
emojis.add(Emoji(name, url, dir))
return emojis
def __action(self):
if self.__status == 2: # game ended
data = 'final\n' + str(self.__myScore) + '\n'
try:
self.__net.sendData(data)
except:
pass
self.__musicPlayer.stop()
return
try:
if self.__isServer == True:
# remove emoji if its status is 2 (out)
i = 0
self.__myEmojiListLock.acquire()
while i < len(self.__myEmojiList):
if self.__myEmojiList[i].getStatus() == 2:
del self.__myEmojiList[i]
continue
i = i + 1
# randomly generate emoji and append to myEmojiList
self.__randomGenEmoji()
for emoji in self.__emojiList:
newEmoji = Emoji(emoji.getX() + self.myOffsetX,
emoji.getY() + self.myOffsetY,
emoji.getType())
self.__myEmojiList.append(newEmoji)
self.__myEmojiListLock.release()
# send new emojiList
data = 'new\n'
for emoji in self.__emojiList:
data = data + emoji.toString() + '\n'
self.__net.sendData(data)
# send our score
data = 'score\n' + str(self.__myScore) + '\n'
self.__net.sendData(data)
else:
# remove emoji if its status is 2 (out)
i = 0
self.__myEmojiListLock.acquire()
while i < len(self.__myEmojiList):
if self.__myEmojiList[i].getStatus() == 2:
del self.__myEmojiList[i]
continue
i = i + 1
self.__myEmojiListLock.release()
# send score to enemy
data = 'score\n' + str(self.__myScore) + '\n'
self.__net.sendData(data)
self.__actioner = threading.Timer(0.8, self.__action)
self.__actioner.start()
except Exception as e:
print('error in __action():', e)
def __randomGenEmoji(self):
if len(self.__emojiList) >= self.maxEmojiNum:
return
else:
tempList = []
for i in range(self.maxEmojiGen):
tempList.append(
Emoji(random.randint(0, self.maxX), 0,
random.randint(1, Emoji.SURPRISE)))
self.__emojiList = tempList
def expand_tweet_urls(tweet):
""" Replace shortened URLs with long URLs in the twitter status
Should be used before urlize_tweet
"""
text = tweet.full_text
urls = tweet.urls
for url in urls:
text = text.replace(url.url, '<a href="%s" target="_blank">%s</a>' % (url.expanded_url, url.url))
tweet.full_text = Emoji.replace_unicode(text)
return tweet
class Meta:
model = models.Private_Message
fields = [
'target_user_id', 'content', 'media_attachment',
'private_message_id'
]
widgets = {
'private_message_id': forms.HiddenInput(),
'content': forms.Textarea(attrs={'onkeypress': Emoji.names()})
}
def gifs2damaged(self):
emoji_dict = {
Emoji(emoji).filename: Emoji(emoji)
for emoji in self.files_in_folder(self.project_folder)
if Emoji(emoji)
}
for index, item in enumerate(emoji_dict.keys()):
if not emoji_dict[item].has_damaged or settings.overwrite_gifs:
print(emoji_dict[item].name, 'damaged file missing, creating')
# Get the proper lossy value for the gifsicle
if '136' in emoji_dict[item].resolution:
lossy_factor = self.lossy_factor['136']
elif '280' in emoji_dict[item].resolution:
lossy_factor = self.lossy_factor['280']
GifSicle(emoji_dict[item],
lossy_factor,
self.color_map,
to_damaged=True)
self.conversion3.emit(index + 1, len(emoji_dict) - 1)
QTimer.singleShot(1, self.conversion3_done)
def __handleData(self, data):
data = data.rstrip().split('\n')
if data[0] == 'new':
for emojiData in data[1:]:
emoji = Emoji.parseString(emojiData)
emoji.setX(emoji.getX() + self.ui.myOffsetX)
emoji.setY(emoji.getY() + self.ui.myOffsetY)
self.ui.myEmojiAdd(emoji)
elif data[0] == 'score':
self.ui.setEnemyScore(int(data[1]))
elif data[0] == 'final':
self.ui.setEnemyScore(int(data[1]))
self.ui.gameEnd.emit()
def get_context_data(self, **kwargs):
context = (super(EmojiTestReplaceTagView, self)
.get_context_data(**kwargs))
limit = int(self.request.GET.get('limit', 0))
emojis = []
for i, emoji in enumerate(sorted(Emoji.keys())):
if limit and i >= limit:
break
emojis.append(':{0}:'.format(emoji))
context['emojis'] = emojis
return context
def get_context_data(self, **kwargs):
context = (super(EmojiTestReplaceTagView, self)
.get_context_data(**kwargs))
limit = int(self.request.GET.get('limit', 0))
emojis = []
for i, emoji in enumerate(sorted(Emoji.keys())):
if limit and i >= limit:
break
emojis.append(':{0}:'.format(emoji))
context['emojis'] = emojis
return context
class Meta:
model = models.Twitter_Tweet
fields = [
'content', 'author_id', 'media_attachment', 'tweet_id',
'encrypted_content', 'content_key', 'replies', 'favourites',
'encrypt_content', 'show_encrypted'
]
widgets = {
'author_id': forms.HiddenInput(),
'tweet_id': forms.HiddenInput(),
'encrypted_content': forms.HiddenInput(),
'replies': forms.HiddenInput(),
'favourites': forms.HiddenInput(),
'content': forms.Textarea(attrs={'onkeypress': Emoji.names()}),
'show_encrypted': forms.HiddenInput()
}
def emoji_replace_html_entities(value):
return mark_safe(Emoji.replace_html_entities(value))
def emoji(arg=None):
from emoji import Emoji
if arg in Emoji.keys():
return mark_safe(Emoji.replace(':' + arg + ':'))
else:
return ''
def emoji_replace_unicode(value):
return mark_safe(Emoji.replace_unicode(value))
def testValidEmoji(self):
emoji = Emoji()
self.assertEqual(
emoji.replace(':neckbeard:'),
'<img class="emoji" title="neckbeard" alt="neckbeard" height="20" width="20" src="https://assets-cdn.github.com/images/icons/emoji/neckbeard.png?v5" align="top">'
)
if row < QUEENS:
for i in range(QUEENS):
if position_is_free(row, i):
position_mark_used(row, i)
# Try the next row
place_a_queen(row + 1)
position_mark_free(row, i)
else:
solvcount = solvcount + 1
solved.setText(str(solvcount))
speaker.tone(1800, 50)
wait(1)
# Init screen
setScreenColor(0x222222)
solved = M5TextBox(5, 6, "0", lcd.FONT_DejaVu40, 0xddf606, rotate=0)
hor = None
diag = None
solvcount = 0
diag2 = None
QUEENS = 8
# Place 8 queens on the chess board, show all solutions
# See: https://en.wikipedia.org/wiki/Eight_queens_puzzle
emoji0 = Emoji(QUEENS, QUEENS, 15, 9)
position_mark_all_clear()
solvcount = 0
place_a_queen(0)
def save(self, *arg, **kwargs):
self.content = Emoji.replace(self.content)
self.title = Emoji.replace(self.title)
super(SideBar, self).save(*arg, **kwargs)
def save(self, *arg, **kwargs):
self.slug = slugify(self.title)
self.content = Emoji.replace(self.content)
self.title = Emoji.replace(self.title)
super(Post, self).save(*arg, **kwargs)
* code_point ("code_points":{"output": ".."} in emoji.json)
* name
* category
* shortname
* shortname_alternates
* ascii
* keywords
'''
for id, key in enumerate(emojis_json):
if key.lstrip("0") in blacklist:
continue
emoji_json = emojis_json[key]
emoji = Emoji()
# sets real_code (this is used when "removes some emoji")
emoji.real_code = key
# sets id
emoji.id = id
# sets code
field = key.lstrip("0")
emoji.code = field
emoji.keywords.add(field)
# sets code_point
field = emoji_json["code_points"]["output"]
emoji.code_point = field
def testInvalidEmoji(self):
emoji = Emoji()
invalid = ':neckbeard2:'
self.assertEqual(emoji.replace(invalid), invalid)
def testEmojiWithEmpty(self):
emoji = Emoji()
self.assertEqual(emoji.replace(''), '')
self.assertEqual(emoji.replace(None), None)
"""
Launches GifSicle conversion process queue filled with add() method
"""
self.tp.launch_list()
self.tp = None
def lossy(input_file, lossy_factor, color_map, delay=3, output_file=None):
if output_file is None:
output_file = input_file
if __name__ == '__main__':
GifSicle(Emoji(
r'C:\Python\Vault_Of_Gifs\input\Marshawn_Lynch_Emoji-01-280x280-30FPS.gif'
),
100,
r"C:\Python\Vault_Of_Gifs\input\_Marshall_Lynch_Emoji_01.act",
to_damaged=True)
# gc = GifSicle()
# gc.add(r'C:\Python\Vault_Of_Gifs\input\Emoji-02-280x280-30FPS.gif',
# 200,
# r"C:\Python\Vault_Of_Gifs\act\xxx.act",
# output_file=r'C:\Python\Vault_Of_Gifs\input\Emoji-02-280x280-30FPS-lossy.gif')
# gc.add(r'C:\Python\Vault_Of_Gifs\input\Marshawn_Lynch_Emoji-01-280x280-30FPS.gif',
# 200,
# r"C:\Python\Vault_Of_Gifs\act\perc.act",
# output_file=r'C:\Python\Vault_Of_Gifs\input\Marshawn_Lynch_Emoji-01-280x280-30FPS-lossy.gif')
# gc.run()
pass
def __init__(self, user, message):
self.user = str(user)
self.message = message
# Each of the unique Discord ids for the users
self.users = {
# @UnitZer0
'211258171094859776': Emoji([], []),
# @tjx1212
'214581352689958922': Emoji(['🦀'], ['TJ is a crustacean']),
# @naps
'180729155829104640': Emoji(['🐒'], ['Return to monke']),
# @ZaqueXIII
'153673650929664000': Emoji([], []),
# @Blitztraum
'196317961890299904': Emoji([], []),
# @Coop
'214861395211059201': Emoji([], []),
# @JorJor The Dinosaur
'205043049024323584': Emoji(['💧'], ['¯\_(ツ)_/¯']),
# @Roost
'181914855706460160': Emoji([], []),
# @Zega(Tyler)
'272442562177007619': Emoji([], []),
# @Blahman
'220341843315916800': Emoji([], []),
# @GaryArk3443
'388449127333232642': Emoji([], []),
# @A Single Neuron
'187039157426585600': Emoji([], []),
# @lucii
'424766351622537216': Emoji([], [])
}
year = date.today().year
# Emoji for each of the different days (Format MM-DD)
self.days = {
# New years Day
'01-01':
Emoji(['🎉'], [f'New Year\'s Day ({year}-01-01)']),
# Valentines Day
'02-14':
Emoji(['💘', '🌵'], [
f'Valentine\'s Day ({year}-02-14)',
f'Ariziona\'s {year - 1912} Birthday ({year}-02-14)'
]),
'03-14':
Emoji(['🥧'], [
'3.14159265358979323846264338327950288419716939937510582097494459230781640'
]),
'04-02':
Emoji(['🌈', '🐈'], [
'Nyan Cat 10 Years',
'https://www.youtube.com/watch?v=QH2-TGUlwu4'
]),
# 4th of July
'07-04':
Emoji(['🇺🇸'], [
f'America\'s {date.today().year - 1776} Birthday ({year}-07-04)'
]),
# Thanksgiving
'11-26':
Emoji(['🦃'], [f'Thanksgiving (US) ({year}-11-25)']),
# Hanukkah 2020 Dates
'12-10':
Emoji(['🕎'], [f'Hanukkah ({year}-11-28 to {year}-12-06)']),
# X-Mass
'12-25':
Emoji(['🎄'], [f'Christmas Day ({year}-12-25)']),
# Boxing day
'12-26':
Emoji(['📦'], [f'Boxing Day ({year}-12-26)']),
# New Years Eve
'12-31':
Emoji(['🎉'], [f'New Year\'s Eve ({year}-12-31)'])
}
self.message_emojis = {
'games':
Emoji(['🎮'], ['You asked to play games']),
'pen15':
Emoji(['🍆'], [
'Your message contained \'pen\' and numbers that summed to 15'
])
}
def do_markdown_emoji(text):
if not text:
return ""
emoji_text = Emoji.replace(text)
return mark_safe(make_markdown(emoji_text))
def emoji_replace_unicode(value, autoescape=None):
autoescape = autoescape and not isinstance(value, SafeData)
if autoescape:
value = escape(value)
return mark_safe(Emoji.replace_unicode(value))