def statusUpdateResponse():
statusCur = db.cursor()
statusCur.execute("SELECT * FROM tracklist")
rows = statusCur.fetchall()
if len(rows) < 1:
return
else:
try:
for row in rows:
curStatus = row[19]
m=str(row[0])
newRow = getRow(m)
newStatus = statusList(newRow[19])
chat_id = str(row[20])
if newStatus != curStatus and (newStatus != "Gereed"):
updateCur = db.cursor()
query = 'UPDATE tracklist SET huidige_planplaats=? WHERE id=? and chat_id=?'
updateCur.execute(query, (newStatus,str(row[0]),str(row[20]),))
db.commit()
bot.send_message(chat_id,emoji.emojize(":new: - updated!\n/"+str(row[0])+"\n"+str(row[1])+"\nvan: "+str(curStatus)+"\nnaar::round_pushpin:"+str(newStatus), use_aliases=True))
break
if newStatus == "Gereed":
bot.send_message(chat_id,emoji.emojize("completed!:checkered_flag:\n/"+str(row[0])+"\n"+str(row[1])+"\nvan: "+str(curStatus)+"\nnaar: :package:"+str(newStatus)+"\njob verwijderd uit je /tracklist.", use_aliases=True))
curDel = db.cursor()
query = "DELETE from tracklist where id is ? and chat_id is ?"
curDel.execute(query, (str(row[0]),str(row[20]),))
db.commit()
break
except Exception as e:
bot.send_message('kevinJelsChatID', "error in statusUpdateResponse")
print (e)
threading.Timer(15, statusUpdateResponse).start()
def process_action(self, action, node):
""" Helper function for processing actions, finds out what does each action do and sets the appropriate attributed of the node
:param obj action The action to be processed.
:param obj node The node to be changed."""
if action.isFormat:
node.add_emoji("Fmt:")
node.addAttribute("action", "Format")
else:
node.add_emoji("Dev:")
node.addAttribute("action", "Device")
if action.isDestroy or action.isRemove:
print("Adding action: Delete for node: " + node.getName())
node.addAttribute("action", "delete")
node.change_color(self.pallete.complement["2"])
node.add_emoji(emoji.emojize(":fire:"))
if action.isCreate or action.isAdd:
print("Adding action: Add for node: " + node.getName())
node.addAttribute("action", "add")
node.change_color(self.pallete.primary["2"])
node.add_emoji(emoji.emojize(":building_construction:"))
if action.isResize or action.isShrink or action.isGrow:
print("Adding action: Resize for node: " + node.getName())
node.addAttribute("action", "resize")
node.change_color(self.pallete.secondary_second["2"])
node.add_emoji(emoji.emojize(":wrench:"))
def run_checks(self, _=None):
log.debug("Running checks")
all_ok = True
for check in self.checks:
log.debug("Running check {}".format(check))
success, msg = check.run()
check.last_result = (success, msg)
if success:
log.debug("Success: {}".format(msg))
check.snooze_until = None
else:
all_ok = False
log.error("Fail: {}".format(msg))
if not check.snoozing:
log.debug("Sending notification")
rumps.notification("{} check failed".format(check.name), "", msg, data={"name": check.name},
actionButton="Snooze", otherButton="Dismiss")
else:
log.debug("Check is snoozing until {} - not sending notification".format(check.snooze_until))
try:
if self.last_ok != all_ok:
self.last_ok = all_ok
if all_ok:
app.title = emoji.emojize(random.choice(list(config.ok_titles)), use_aliases=True)
else:
app.title = emoji.emojize(random.choice(list(config.not_ok_titles)), use_aliases=True)
app.update_menu()
except NameError:
log.error("No app")
def remove_admin(root_cid, admin_user, auth_user):
msg = bot.send_message(root_cid, emojize(
'Going to downgrade the Admin: {0} :smirking_face:\n'.format(admin_user)))
deleted_rows = admin_user.delete_instance()
bot.edit_message_text(emojize(
'Done! Downgraded successfully for user: {0} :thumbs_up_sign: \n'
'(deleted rows: {1})'.format(auth_user, deleted_rows)), root_cid, msg.message_id)
def get_emoji(image_bin):
with open('img.jpg', 'wb') as img_file:
img_file.write(image_bin)
image = Image.open('img.jpg')
return emoji.emojize(face_recognition.classify_image(image))
return emoji.emojize(':pile_of_poo:')
def format_show(idx, status, text):
e = EMOJI.get(status, None)
if e is None:
raise
if idx == -1:
print emoji.emojize(' {} {}'.format(e, text), use_aliases=True)
else:
print emoji.emojize('{}. {} {}'.format(idx, e, text), use_aliases=True)
def print_badges(cls):
print emoji.emojize(
Badges.NOTHING[1] + ": " + Badges.NOTHING[2] + " | " + Badges.NOTHING[3] + ": " + Badges.NOTHING[4] + "\n" +
Badges.FIRST[1] + ": " + Badges.FIRST[2] + " | " + Badges.FIRST[3] + ": " + Badges.FIRST[4] + "\n" +
Badges.SECOND[1] + ": " + Badges.SECOND[2] + " | " + Badges.SECOND[3] + ": " + Badges.SECOND[4] + "\n" +
Badges.THIRD[1] + ": " + Badges.THIRD[2] + " | " + Badges.THIRD[3] + ": " + Badges.THIRD[4] + "\n" +
Badges.FOURTH[1] + ": " + Badges.FOURTH[2] + " | " + Badges.FOURTH[3] + ": " + Badges.FOURTH[4] + "\n" +
Badges.FIFTH[1] + ": " + Badges.FIFTH[2] + " | " + Badges.FIFTH[3] + ": " + Badges.FIFTH[4] + "\n" +
Badges.SIXTH[1] + ": " + Badges.SIXTH[2] + " | " + Badges.SIXTH[3] + ": " + Badges.SIXTH[4],
use_aliases=True)
def test_emoji_names():
for use_aliases, group in (
(False, emoji.unicode_codes.EMOJI_UNICODE),
(True, emoji.unicode_codes.EMOJI_ALIAS_UNICODE),
):
for name, ucode in group.items():
assert name.startswith(":") and name.endswith(":") and len(name) >= 3
emj = emoji.emojize(name, use_aliases=use_aliases)
assert emj == ucode, "%s != %s" % (emoji.emojize(name), ucode)
def main_menu_keyboard(user_db, update=None, session=None):
if not user_db:
db_object = UserProfile(
chat_id=update.message.chat_id,
notify_sound=True,
spy=False,
notify_timer=False
)
session.add(db_object)
session.commit()
status_notifications = emojize(':no_entry_sign:', use_aliases=True)
status_sound = emojize(":white_check_mark:", use_aliases=True)
status_timer = emojize(':no_entry_sign:', use_aliases=True)
else:
if user_db.spy:
status_notifications = emojize(":white_check_mark:", use_aliases=True)
else:
status_notifications = emojize(':no_entry_sign:', use_aliases=True)
if user_db.notify_sound:
status_sound = emojize(":white_check_mark:", use_aliases=True)
else:
status_sound = emojize(':no_entry_sign:', use_aliases=True)
if user_db.notify_timer:
status_timer = emojize(":white_check_mark:", use_aliases=True)
else:
status_timer = emojize(':no_entry_sign:', use_aliases=True)
button_list = [
[KeyboardButton('Новинки'), KeyboardButton('Уведомления ' + status_notifications)],
[KeyboardButton('Настройка расписания уведомлений ' + status_timer)],
[KeyboardButton('Звук уведомлений ' + status_sound)]
]
return ReplyKeyboardMarkup(button_list, resize_keyboard=True)
def showMessage(db, gid, mid, term):
topicMsg = db['messages']
topics = topicMsg.find(gid=gid,mid=mid)
for topic in topics:
print(term.green + "Author: " + term.normal + topic['msgStarter'])
print(term.green + "Topic: " + term.normal + emojize(topic['subject']))
print(term.green + "Date: " + term.normal + topic['date'])
print("------------------------------------------------------------------------------------------------------------")
print()
print()
print(emojize(topic['message']))
def fire(ser, pins, dry_run=True):
for pin in pins:
print (emoji.emojize(" :fire: :fireworks: "), end="")
if not dry_run:
ser.write(struct.pack("cb", b'H', pin))
status = ser.read()
if status != b'A':
return pin
else:
print("XXX DRY RUN XXX", end="")
print(emoji.emojize(" :sparkles: "), end="")
print("\n")
return 0
def comm_check(ser, dry_run=True):
print("Checking serial connectivity:")
print(emoji.emojize(" :clock1: ", use_aliases=True), end="")
if not dry_run:
ser.write(struct.pack("cb", b'K', 0))
status = ser.read()
if status != b'A':
print(emoji.emojize(" :x: ", use_aliases=True))
return 1
else:
print("XXX DRY RUN XXX", end="")
print(emoji.emojize(" :100: ", use_aliases=True), end="")
print("\n")
return 0
def __sub__(self, other):
"""What happens when you subtract two animals"""
if other in self.best_friends:
self.best_friends.remove(other)
self.frenemies.add(other)
print emoji.emojize(self.anguished, use_aliases=True)
return"{} is now {} frenemy".format(other.name, (self.name + '\'s'))
self.mortal_enemy.add(other)
print emoji.emojize(self.anger, use_aliases=True)
return"{} is {} mortal enemy".format(other.name, (self.name + '\'s'))
def __sendmail(self, address, text, emojize=None):
"""Send the content of message to address"""
# Check if emojize was specified
if emojize is not None:
# If so, follow its rule
if emojize:
text = emoji.emojize(text, use_aliases=True)
else:
# Otherwise, follow client rule
if self.emojize:
text = emoji.emojize(text, use_aliases=True)
return self.smtp.sendmail('0', address, text)
def add_user_from_type(m, class_type):
cid = m.chat.id
try:
text = m.text.split(' ', 1)[1]
try:
tg_user = username_or_telegram_id(text)
try:
class_type.create_from_telegram_user(tg_user, blocked=False, access_requested_count=0)
bot.send_message(cid, emojize('Done! :thumb_up_sign:'))
except UserAlreadyException as e:
bot.send_message(cid, emojize('{0}.. :neutral_face:'.format(e)))
except ParseException as e:
bot.send_message(cid, str(e))
except IndexError as e:
pass
def process_request(self, path, query_string, content):
payload = parse_qs(content)
path = path.split("/")
conversation_id = path[1]
if not conversation_id:
raise ValueError("conversation id must be provided in path")
if "text" in payload:
try:
text = emoji.emojize(str(payload["text"][0]), use_aliases=True)
except NameError: # emoji library likely missing
text = str(payload["text"][0])
if "user_name" in payload:
if "slackbot" not in str(payload["user_name"][0]):
text = self._remap_internal_slack_ids(text)
response = "<b>" + str(payload["user_name"][0]) + ":</b> " + unescape(text)
response += self._bot.call_shared("reprocessor.attach_reprocessor", _slack_repeater_cleaner)
yield from self.send_data( conversation_id,
response,
context = { 'base': {
'tags': ['slack', 'relay'],
'source': 'slack',
'importance': 50 }} )
def view_list_repos(username: str):
g = config['GITHUB']
try:
repositories = g.get_user(username).get_repos()
for repo in repositories:
name = repo.name
name = _color_field('name', name)
desc = 'Description: {}'.format(repo.description) if repo.description else ''
desc = _color_field('description', desc) if desc else ''
stars = ':star: {}'.format(repo.stargazers_count)
stars = _color_field('stargazers_count', stars)
forks = ':whale: {}'.format(repo.forks_count)
forks = _color_field('forks_count', forks)
upd_at = repo.updated_at
upd_at = _color_field('updated_at', upd_at)
parent = repo.parent.full_name if repo.parent else ''
parent = _color_field('parent', parent) if parent else ''
template = ('{name} {stars_count} {forks_count}\n',
'forked from {parent}\n' if parent else '{parent}',
'{description}\n' if desc else '{description}',
'Updated on {updated_at}',)
template = ''.join(template)
info = template.format(name=name, stars_count=stars,
forks_count=forks, parent=parent,
description=desc, updated_at=upd_at)
info = align_text(info, LEFT_MARGIN, MAX_WIDTH)
print(emoji.emojize(info), '\n')
except UnknownObjectException as err:
perr(red(err))
def run(self):
while True:
# Get the work from the queue and expand the tuple
msg = self.queue.get()
payload = { 'secret' : self.key }
try:
if self.filterMsg(msg):
continue
# msg.extras['url'] # maybe later. supported since errbot 5.0
tsStruct = self.extractTimestamp(msg)
payload['time'] = '{:02d}:{:02d}'.format(tsStruct.tm_hour, tsStruct.tm_min)
payload['nick'] = str(msg.frm.person)[1:]
try:
payload['post'] = emoji.emojize(msg.body, use_aliases=True)
except NameError:
payload['post'] = msg.body # no emoji support, continue without
try:
if self.key is not None: # simply discard if no key has been configured
r = requests.post('https://happyshooting.de/live/add_line.php', data=payload, timeout=0.5);
self.log.debug("request sent " + r.url + " -> " + str(r))
else:
self.log.debug("no key, discarding")
except requests.exceptions.RequestException as e:
self.log.exception("failed to forward message to HSLive Slack Stream")
except Exception as e:
self.log.exception("something went wrong")
self.queue.task_done()
def sub_standard_emoji(m):
text = m.group(1)
subbed = emoji.emojize(text, use_aliases=True)
if subbed != text:
return "<span title='%s'>%s</span>" % (text, subbed)
else:
return text
def show_user(username: str=None, *args, **kwagrs):
g = config.get('GITHUB')
try:
user = g.get_user(username) if username else g.get_user()
login = _color_field('login', ':smiling_imp: {}'.format(user.login))
name = _color_field('name', user.name)
email = _color_field('email', 'Email: {}'.format(user.email))
company = _color_field('company', 'Company: {}'.format(user.company))
location = _color_field('location', 'Location: {}'.format(user.location))
blog = _color_field('blog', 'Blog: {}'.format(user.blog))
bio = _color_field('bio', 'bio: {}'.format(user.bio))
public_repos = _color_field('public_repos', '{} repositories'.format(user.public_repos))
public_gists = _color_field('public_gists', '{} gists'.format(user.public_gists))
followers = _color_field('followers', '{} followers'.format(user.followers))
following = _color_field('following', '{} following'.format(user.following))
joined_at = _color_field('created', 'joined at {}'.format(user.created_at))
template = ('{login} ({name})\n'
'{email}\n'
'{company} {location}\n'
'{blog}\n'
'{bio}\n'
'{public_repos} {public_gists}\n'
'{followers} {following}\n'
'{joined_at}')
info = template.format(login=login, name=name, email=email,
company=company, location=location,
blog=blog, bio=bio, public_repos=public_repos,
public_gists=public_gists, followers=followers,
following=following, joined_at=joined_at)
info = align_text(info, left_margin=2, max_width=100)
print(emoji.emojize(info))
except UnknownObjectException:
perr(red('user `{}` not found!'.format(username)))
def comment_image(browser, comments):
"""Checks if it should comment on the image"""
rand_comment = (choice(comments))
rand_comment = emoji.demojize(rand_comment)
rand_comment = emoji.emojize(rand_comment, use_aliases=True)
comment_input = browser.find_elements_by_xpath('//textarea[@placeholder = "Add a comment…"]')
if len(comment_input) <= 0:
comment_input = browser.find_elements_by_xpath('//input[@placeholder = "Add a comment…"]')
if len(comment_input) > 0:
browser.execute_script("arguments[0].value = '" + rand_comment + " ';", comment_input[0]);
#An extra space is added here and then deleted. This forces the input box to update the reactJS core
comment_input[0].send_keys("\b")
comment_input[0].submit()
else:
print(u'--> Warning: Comment Action Likely Failed: Comment Element not found')
# print(u'--> Commented: {}'.format(rand_comment))
#print("--> Commented: " + rand_comment.encode('utf-8'))
print("--> Commented: {}".format(rand_comment.encode('utf-8')))
sleep(2)
return 1
def _render_text(self, message):
message = message.replace("<!channel>", "@channel")
message = self._slack_to_accepted_emoji(message)
# Handle "<@U0BM1CGQY|calvinchanubc> has joined the channel"
message = re.sub(r"<@U\d\w+\|[A-Za-z0-9.-_]+>",
self._sub_annotated_mention, message)
# Handle "<@U0BM1CGQY>"
message = re.sub(r"<@U\d\w+>", self._sub_mention, message)
# Handle links
message = re.sub(
# http://stackoverflow.com/a/1547940/1798683
# TODO This regex is likely still incomplete or could be improved
r"<(https|http|mailto):[A-Za-z0-9_\.\-\/\|\?\,\=\#\:\@]+>",
self._sub_hyperlink, message
)
# Handle hashtags (that are meant to be hashtags and not headings)
message = re.sub(r"(^| )#[A-Za-z0-9\.\-\_]+( |$)",
self._sub_hashtag, message)
# Handle channel references
message = re.sub(r"<#C0\w+>", self._sub_channel_ref, message)
# Handle italics (convert * * to ** **)
message = re.sub(r"(^| )\*[A-Za-z0-9\-._ ]+\*( |$)",
self._sub_bold, message)
# Handle italics (convert _ _ to * *)
message = re.sub(r"(^| )_[A-Za-z0-9\-._ ]+_( |$)",
self._sub_italics, message)
# Escape any remaining hash characters to save them from being turned
# into headers by markdown2
message = message.replace("#", "\\#")
message = markdown2.markdown(
message,
extras=[
"cuddled-lists",
# Disable parsing _ and __ for em and strong
# This prevents breaking of emoji codes like :stuck_out_tongue
# for which the underscores it liked to mangle.
# We still have nice bold and italics formatting though
# because we pre-process underscores into asterisks. :)
"code-friendly",
"fenced-code-blocks",
"pyshell"
]
).strip()
# markdown2 likes to wrap everything in <p> tags
if message.startswith("<p>") and message.endswith("</p>"):
message = message[3:-4]
# Newlines to breaks
# Special handling cases for lists
message = message.replace("\n\n<ul>", "<ul>")
message = message.replace("\n<li>", "<li>")
# Indiscriminately replace everything else
message = message.replace("\n", "<br />")
# Introduce unicode emoji
message = emoji.emojize(message, use_aliases=True)
return message
def process_request(self, path, query_string, content):
payload = parse_qs(content)
path = path.split("/")
conversation_id = path[1]
if not conversation_id:
raise ValueError("conversation id must be provided in path")
if "text" in payload:
try:
text = emoji.emojize(str(payload["text"][0]), use_aliases=True)
except NameError: # emoji library likely missing
text = str(payload["text"][0])
if "user_name" in payload:
if "slackbot" not in str(payload["user_name"][0]):
text = self._remap_internal_slack_ids(text)
# strip out formatted links and use the second group because
# we don't normally format links in normal chat
text = re.sub(r"\<([^<>]+?)\|([^<>]+?)\>", r"\2", text)
response = "<b>" + str(payload["user_name"][0]) + ":</b> " + unescape(text)
response += self._bot.call_shared("reprocessor.attach_reprocessor", _slack_repeater_cleaner)
yield from self.send_data(
conversation_id,
response,
context={"base": {"tags": ["slack", "relay"], "source": "slack", "importance": 50}},
)
def slack_corgi():
from_name = request.values.get('user_name', '')
from_team = request.values.get('team_domain', '')
text = request.values.get('text', '')
text = text.strip()
corgis = {}
if text_contains_emoji(text):
emoji = text
corgis = api.get(emoji)
if not corgis['count']:
response_content = generate_slack_failure_case_message(
'Oh no! No corgi found for emoji {},' +
' try sending us a different one!'.format(emoji)),
return Response(response_content, mimetype='application/json')
else:
detected_emoji = emojize(text, use_aliases=True)
if len(detected_emoji) != len(text):
corgis = api.get(detected_emoji)
if not corgis or not corgis['count']:
response_content = generate_slack_failure_case_message(
'Oh no! No emoji detected in your message! ' +
'Try sending us an emoji!')
return Response(response_content, mimetype='application/json')
corgi_url = random.choice(corgis['results'])
response_content = generate_slack_corgi_case(corgi_url)
return Response(response_content, mimetype='application/json')
def test_misc():
trans()
print(u'\U0001f604'.encode('unicode-escape'))
print(u'\U0001f604')
ss = u'\U0001f604'
xx = chr(ss[0])
print("ss({}) xx({})".format(ss, xx))
# -*- coding: UTF-8 -*-
#convert to unicode
teststring = "I am happy \U0001f604"
# #teststring = unicode(teststring, 'utf-8')
#encode it with string escape
teststring = teststring.encode('unicode_escape')
print("💗 Growing Heart")
print(emoji.emojize('Water! :water_wave:'))
print(emoji.demojize(u'🌊')) # for Python 2.x
# print(emoji.demojize('🌊')) # for Python 3.x.
print(u"And \U0001F60D")
print("(-woman) astronaut", chr(int("0001f680", 16)))
print("woman_astronaut", chr(int("0x0001f680", 0)))
print("\U0001f483\U0001f3fe")
print(chr(0x001f483),chr(0x001f3fe))
print('💃 🏾 ')
print(chr(0x001f483)+chr(0x001f3fe))
print('💃🏾 ')
print(chr(int('1f483',16))+chr(int('1f3fe',16)))
print('%8s %8s %8s' % qw_tuple('surf wave whitecap'))
print("('%s', '%s', '%s')" % qw_tuple("surf's-up wave rip-curl"))
def drop_updated(sender, instance=None, created=False, **kwargs):
if created:
if instance.to_user.push_new_msg:
devices = DropDevice.objects.filter(user=instance.to_user)
msg = '@%s sent you a %s drop' % (instance.from_user.username, settings.DROP_EMOJI[instance.emoji])
msg = emoji.emojize(msg, use_aliases=True)
devices.send_message(msg, True, extra={'type': 'drop', 'id': instance.id})
def emoji(self, bot, event, args):
if not args:
return
rv = emoji.emojize(":" + args[0] + ":", use_aliases=True)
if args[0] not in rv:
bot.say(rv)
def statusCheck(self):
print(emojize(GIT_STATUS))
n = len(cs.STYLES)
output = []
for idx,repo in enumerate(self.repos):
name = getName(repo)
title = cs.STYLES[idx % n].format('{}'.format(name.ljust(10)))
r = git.Repo(repo)
try:
branch = r.active_branch.name.ljust(10)
except Exception, e:
print 'error in repo {0}\n{1}'.format(name, e)
diff = r.index.diff(None)
emoj = ':white_check_mark:' if len(diff) == 0 else ':exclamation:'*len(diff)
result = emojize('{0}\t{1}\t{2}'.format(title, branch, emoj), use_aliases=True)
output.append(result)
def __add__(self, other):
"""What happens when you add two animals"""
if self.cranky > 7 or self.friendly < 3:
if other in self.best_friends:
self.best_friends.remove(other)
self.mortal_enemy.add(other)
print emoji.emojize(self.anger, use_aliases=True)
return"{} is {} mortal enemy".format(other.name, (self.name + '\'s'))
self.best_friends.add(other)
print emoji.emojize(self.smile, use_aliases=True), emoji.emojize(other.smile, use_aliases=True)
return "{} is {} best friend".format(other.name, (self.name + '\'s'))
def test_emojize_complicated_string():
# A bunch of emoji's with UTF-8 strings to make sure the regex expression is functioning
name_code = {
':flag_for_Ceuta_&_Melilla:': u'\U0001F1EA \U0001F1E6',
':flag_for_St._Barthélemy:': u'\U0001F1E7 \U0001F1F1',
':flag_for_Côte_d’Ivoire:': u'\U0001F1E8 \U0001F1EE',
':flag_for_Åland_Islands:': u'\U0001F1E6 \U0001F1FD',
':flag_for_São_Tomé_&_Príncipe:': u'\U0001F1F8 \U0001F1F9',
':flag_for_Curaçao:': u'\U0001F1E8 \U0001F1FC'
}
string = ' complicated! '.join(list(name_code.keys()))
actual = emoji.emojize(string, False)
expected = string
for name, code in name_code.items():
expected = expected.replace(name, code)
expected = emoji.emojize(actual, False)
assert expected == actual, "%s != %s" % (expected, actual)
#Para importar uma um modulo(biblioteca) inteira de bebidas: import bebidas
#Para eu importar apenas um item do modulo(biblioteca) bebidas eu dou: from bebidas import cafe
#Para eu importar apenas um item ou mais que um do modulo(biblioteca) bebidas eu dou: from bebidas import cafe, cha, agua
import math
import random
import emoji
#Metodo para fazer a raiz de um numero com math
num = int(input("Digite um número: "))
raiz = math.sqrt(num)
print("A Raiz de {} é igual a {:.2f}".format(num, raiz))
print(emoji.emojize(":smile:", use_aliases=True))
input("Deseja sortear um numero?")
#Este bloco de código o metodo randint ira sortear um numero aleatorio de 1 até 10
num = random.randint(1, 10)
print("O numero sorteado foi {}.".format(num))
async def on_update():
cache = {}
while True:
try:
# Reset bindings,
bindings = get_bindings()
# Iterate through each message bind,
for message in bindings['locations']:
if message not in cache:
cache[message] = []
all_users, channel, roles = [
member for member in [
server for server in client.servers if server.id ==
bindings['locations'][message]['server']
][0].members
], bindings['locations'][message]['channel'], bindings[
'locations'][message]['roles']
# Find actual message,
msg = await client.get_message(client.get_channel(channel),
int(message))
# Add some starter emojis,
if len(msg.reactions) < len(roles):
for role in roles:
get = discord.utils.get(client.get_all_emojis(),
name=role)
if get == None:
get = emoji.emojize(role)
await client.add_reaction(msg, get)
for i, reaction in enumerate(msg.reactions):
if len(cache[message]) <= i:
cache[message].append(-1)
print(reaction.emoji)
reactors = []
after = None
if reaction.count != cache[message][i]:
while True:
count = 0
for user in await client.get_reaction_users(
reaction, limit=100, after=after):
reactors.append(user)
after = user
count += 1
cache[message][i] = reaction.count
if count < bindings['settings']['chunk']:
break
for user in all_users:
for role in roles:
role_obj = discord.utils.get(
reaction.message.server.roles,
name=roles[role])
# print(reaction.emoji, role, reaction.custom_emoji, emoji_equal(reaction.emoji, role, reaction.custom_emoji))
if emoji_equal(reaction.emoji, role,
reaction.custom_emoji):
if user in reactors:
if role_obj not in user.roles:
print('GIVE: {} to {}.'.format(
role, user))
await client.add_roles(
reaction.message.server.
get_member(user.id), role_obj)
else:
if role_obj in user.roles:
print('TAKE: {} from {}.'.format(
role, user))
await client.remove_roles(
user, role_obj)
# Give bot/discord a rest,
print("Before")
await asyncio.sleep(bindings['settings']['refresh'])
print("After")
except KeyboardInterrupt:
quit()
except Exception:
traceback.print_exc()
def send_message(message):
bot.send_message(
message.chat.id,
'Я не против поговорить, но сейчас я не разговорчив. ' +
emojize(':zipper-mouth_face:'))
def label_to_emoji(label):
"""
Converts a label (int or string) into the corresponding emoji code (string) ready to be printed
"""
return emoji.emojize(emoji_dictionary[str(label)], use_aliases=True)
def comment_image(browser, username, comments, blacklist, logger, logfolder):
"""Checks if it should comment on the image"""
# check action availability
if quota_supervisor("comments") == "jump":
return False, "jumped"
rand_comment = random.choice(comments).format(username)
rand_comment = emoji.demojize(rand_comment)
rand_comment = emoji.emojize(rand_comment, use_aliases=True)
open_comment_section(browser, logger)
# wait, to avoid crash
sleep(3)
comment_input = get_comment_input(browser)
try:
if len(comment_input) > 0:
# wait, to avoid crash
sleep(2)
comment_input = get_comment_input(browser)
# below, an extra space is added to force
# the input box to update the reactJS core
comment_to_be_sent = rand_comment
# wait, to avoid crash
sleep(2)
# click on textarea/comment box and enter comment
(ActionChains(browser).move_to_element(
comment_input[0]).click().send_keys(
comment_to_be_sent).perform())
# wait, to avoid crash
sleep(2)
# post comment / <enter>
(ActionChains(browser).move_to_element(comment_input[0]).send_keys(
Keys.ENTER).perform())
update_activity(
browser,
action="comments",
state=None,
logfolder=logfolder,
logger=logger,
)
if blacklist["enabled"] is True:
action = "commented"
add_user_to_blacklist(username, blacklist["campaign"], action,
logger, logfolder)
else:
logger.warning(
"--> Comment Action Likely Failed!\t~comment Element was not found"
)
return False, "commenting disabled"
except InvalidElementStateException:
logger.warning("--> Comment Action Likely Failed!"
"\t~encountered `InvalidElementStateException` :/")
return False, "invalid element state"
except WebDriverException as ex:
logger.error(ex)
logger.info("--> Commented: {}".format(rand_comment.encode("utf-8")))
Event().commented(username)
# get the post-comment delay time to sleep
naply = get_action_delay("comment")
sleep(naply)
return True, "success"
import emoji
from random import choice
repetir = 1
print('-' * 50)
print(' ' * 15 + '\033[1;36mPEDRA, PAPEL, TESOURA\033[m')
while repetir == 1:
print('-' * 50)
jogador = int(
input('\033[1;m[0]SAIR DO JOGO' +
emoji.emojize(' :heavy_multiplication_x:') + '\n\n[1]PEDRA' +
emoji.emojize(' :baseball:') + '\n[2]PAPEL' +
emoji.emojize(' :page_facing_up:') + '\n[3]TESOURA\033[m' +
emoji.emojize(' :scissors:')))
opc = 'PEDRA', 'PAPEL', 'TESOURA'
pc = choice(opc)
if jogador == 0:
repetir = 0
print('\n' + ' ' * 10 +
'\033[1;36mFIM DE JOGO OBRIGADO, POR JOGAR!\033[m')
elif jogador == 1 and pc == 'TESOURA' or jogador == 2 and pc == 'PEDRA' or jogador == 3 and pc == 'PAPEL':
print(
'\n\033[1mO PC Escolheu {} Portanto\033[m \033[1;32m[VOCÊ VENCEU!]\033[m'
.format(pc))
elif jogador == 1 and pc == 'PEDRA' or jogador == 2 and pc == 'PAPEL' or jogador == 3 and pc == 'TESOURA':
print(
'\n\033[1mO PC Escolheu {} Portanto\033[m \033[1;33m[VOCÊS EMPATARAM!]\033[m'
.format(pc))
else:
print(
'\n\033[1mO PC Escolheu {} Portanto\033[m \033[1;31m[VOCÊ PERDEU!]\033[m'
.format(pc))
def main(cli_args=None):
if cli_args is not None:
args = parser.parse_args(cli_args)
else:
args = parser.parse_args()
logging.config.dictConfig({
'version': 1,
'disable_existing_loggers': False,
'formatters': {
'default': {
'format': '%(levelname)s: %(message)s'
},
},
'handlers': {
'default': {
'level': args.log_level,
'class': 'logging.StreamHandler',
'formatter': 'default',
},
},
'loggers': {
'': {
'handlers': ['default'],
'level': args.log_level,
'propagate': True,
}
}
})
if args.config is not None:
config = load_config(args.config)
elif path.exists(path.expanduser(DEFAULT_CONFIG)):
config = load_config(DEFAULT_CONFIG)
elif path.exists(OLD_DEFAULT_CONFIG):
config = load_config(OLD_DEFAULT_CONFIG)
elif path.exists(path.expanduser(SITE_DEFAULT_CONFIG)):
config = load_config(SITE_DEFAULT_CONFIG)
else: # get default config and print message about missing file
config = load_config()
if args.backend:
config['backends'] = args.backend
if args.option is None:
args.option = {}
for backend, backend_options in args.option.items():
if backend is not None:
config.setdefault(backend, {}).update(backend_options)
if getattr(args, 'func', None) == run_cmd and args.longer_than is None and\
'longer_than' in config:
args.longer_than = config['longer_than']
if hasattr(args, 'func'):
message, retcode = args.func(args)
if message is None:
return 0
if emojize is not None and not args.no_emoji:
message = emojize(message, use_aliases=True)
return notify(message,
args.title,
config,
retcode=retcode,
**dict(args.option.get(None, [])))
else:
parser.print_help()
def write_emoji_pic_to_file(filename):
# print also all symbolic letters as emoji
for e in emoji.EMOJI_UNICODE:
emoji_pic = emoji.emojize(e)
with open(filename, "a+", encoding="utf-8") as f:
f.write(emoji_pic + "\n")
def index(request):
if request.method == 'POST':
# retrieve incoming message from POST request in lowercase
incoming_msg = request.POST['Body'].lower()
# create Twilio XML response
resp = MessagingResponse()
msg = resp.message()
responded = False
#insert/merge chatbot components here (minus response code)
# Importing modules
import re
from nltk.corpus import wordnet
# Building a list of Keywords
list_words = [
'hello', 'timings', 'trim', 'date', 'tomorrow', 'walk', 'open'
] #added cut (was changed to barber here) to algorithm to see what i would need to add to facilitate a barber bot
list_syn = {}
for word in list_words:
synonyms = []
for syn in wordnet.synsets(word):
for lem in syn.lemmas():
# Remove any special characters from synonym strings
lem_name = re.sub('[^a-zA-Z0-9 \n\.]', ' ', lem.name())
synonyms.append(lem_name)
list_syn[word] = set(synonyms)
print(list_syn)
#the below lines of codes allows me to create a dictionary [..ie keywords] of intents based on the synonyms within the keyword list...ie list_syn
#the keyword dictionary is appended and the synonyms of the keyword from list_syn is added to the dictionary
#another line of code is [down below] is used to find the keywrods from the dictionary in the......
#customer's response to find their, the customer's, intent.
# Building dictionary of Intents & Keywords
keywords = {}
keywords_dict = {}
keywords = {
'weekday': [
'.*\\bmonday\\b.*', '.*\\btuesday\\b.*', '.*\\bwednesday\\b.*',
'.*\\bthursday\\b.*', '.*\\bfriday\\b.*'
],
'weekend': ['.*\\bsaturday\\b.*', '.*\\bsunday\\b.*'],
}
#to be added to the dictionary
#niceties
#some local slang....eg 'Yo!'
# Defining a new key in the keywords dictionary
keywords['greet'] = []
# Populating the values in the keywords dictionary with synonyms of keywords formatted with RegEx metacharacters
for synonym in list(list_syn['hello']):
keywords['greet'].append(
'.*\\b' + synonym + '\\b.*'
) #this regex expression tells the code to search from beginning to end .* and \b indicates that the parameter is the keyword
#if i leave the below two lines of code attached to the above lines,
#it will repeatedly print yo and cap
#keywords['greet'].append('yo') #any word that begins with yo is being represented as yo
keywords['greet'].append(
'.*\\byo\\b.*') #this regex fixes the above line of code
keywords['greet'].append('.*\\bcap\\b.*')
keywords['greet'].append(
'.*\\bi love you\\b.*'
) #can use multiple words hear to represent intent
# Defining a new key in the keywords dictionary
keywords['timings'] = []
# Populating the values in the keywords dictionary with synonyms of keywords formatted with RegEx metacharacters
for synonym in list(list_syn['timings']):
keywords['timings'].append('.*\\b' + synonym + '\\b.*')
for intent, keys in keywords.items():
# Joining the values in the keywords dictionary with the OR (|) operator updating them in keywords_dict dictionary
keywords_dict[intent] = re.compile(
'|'.join(keys)) #| is the OR operator
#AND re.compile(str) creates a pattern object hence line 74 & 77 not being defined traditionally
for synonym in list(list_syn['open']):
keywords['timings'].append('.*\\b' + synonym + '\\b.*')
for intent, keys in keywords.items():
# Joining the values in the keywords dictionary with the OR (|) operator updating them in keywords_dict dictionary
keywords_dict[intent] = re.compile(
'|'.join(keys)) #| is the OR operator
#AND re.compile(str) creates a pattern object hence line 74 & 77 not being defined traditionally
# Populating the values in the keywords dictionary with synonyms of keywords formatted with RegEx metacharacters
for synonym in list(list_syn['tomorrow']):
keywords['timings'].append(
'.*\\b' + synonym + '\\b.*'
) #doesnt contain 'a hair cut' but i should be able to add it to the dictionary
for intent, keys in keywords.items():
# Joining the values in the keywords dictionary with the OR (|) operator updating them in keywords_dict dictionary
keywords_dict[intent] = re.compile(
'|'.join(keys)) #| is the OR operator
#AND re.compile(str) creates a pattern object hence line 74 & 77 not being defined traditionally
keywords['hair cut'] = []
# Populating the values in the keywords dictionary with synonyms of keywords formatted with RegEx metacharacters
for synonym in list(list_syn['trim']):
keywords['hair cut'].append(
'.*\\b' + synonym + '\\b.*'
) #doesnt contain 'a hair cut' but i should be able to add it to the dictionary
for intent, keys in keywords.items():
# Joining the values in the keywords dictionary with the OR (|) operator updating them in keywords_dict dictionary
keywords_dict[intent] = re.compile(
'|'.join(keys)) #| is the OR operator
#AND re.compile(str) creates a pattern object hence line 74 & 77 not being defined traditionally
#the below code is COMMENTED OUT because
#tomorrow was added tot he timings key in the dictionary
#keywords['tomorrow']=[] #no idea why tomorrow wasnt working at first!
# Populating the values in the keywords dictionary with synonyms of keywords formatted with RegEx metacharacters
#for synonym in list(list_syn['tomorrow']):
# keywords['tomorrow'].append('.*\\b'+synonym+'\\b.*') #doesnt contain 'a hair cut' but i should be able to add it to the dictionary
#for intent, keys in keywords.items():
# Joining the values in the keywords dictionary with the OR (|) operator updating them in keywords_dict dictionary
keywords_dict[intent] = re.compile(
'|'.join(keys)) #| is the OR operator
#AND re.compile(str) creates a pattern object hence line 74 & 77 not being defined traditionally
# Defining a new key in the keywords dictionary
keywords['date'] = []
# Populating the values in the keywords dictionary with synonyms of keywords formatted with RegEx metacharacters
for synonym in list(list_syn['date']):
keywords['date'].append('.*\\b' + synonym + '\\b.*')
for intent, keys in keywords.items():
# Joining the values in the keywords dictionary with the OR (|) operator updating them in keywords_dict dictionary
keywords_dict[intent] = re.compile(
'|'.join(keys)) #| is the OR operator
#AND re.compile(str) creates a pattern object hence line 74 & 77 not being defined traditionally
# Defining a new key in the keywords dictionary
keywords['walk'] = []
# Populating the values in the keywords dictionary with synonyms of keywords formatted with RegEx metacharacters
for synonym in list(list_syn['walk']):
keywords['walk'].append('.*\\b' + synonym + '\\b.*')
for intent, keys in keywords.items():
# Joining the values in the keywords dictionary with the OR (|) operator updating them in keywords_dict dictionary
keywords_dict[intent] = re.compile(
'|'.join(keys)) #| is the OR operator
#AND re.compile(str) creates a pattern object hence line 74 & 77 not being defined traditionally
# Defining a new key in the keywords dictionary
keywords['walk'] = []
# Populating the values in the keywords dictionary with synonyms of keywords formatted with RegEx metacharacters
for synonym in list(list_syn['walk']):
keywords['walk'].append('.*\\b' + synonym + '\\b.*')
for intent, keys in keywords.items():
# Joining the values in the keywords dictionary with the OR (|) operator updating them in keywords_dict dictionary
keywords_dict[intent] = re.compile(
'|'.join(keys)) #| is the OR operator
#AND re.compile(str) creates a pattern object hence line 74 & 77 not being defined traditionally
#merge response code with below code
# Building a dictionary of responses
responses = {
'greet':
'Hello! How can I help you?',
'timings':
'We are open from 9AM to 5PM, Monday to Friday. We are closed on weekends and public holidays.',
#'tomorrow': 'what time my n***a?',
'fallback': [
'I dont quite understand. Could you repeat that?',
'repeat M**********R'
],
'hair cut': ['np.that is doable. When?', 'standard'],
'date': ['What day?', 'WHEN?'],
'weekday':
'what time?',
}
print("\nWelcome to the xXx Barber. How may I help you?\n"
) #Welcome to MyBank. How may I help you?
#this response algo is not much different from the ML approach because that approach tokenize and lemmatizes the word and chooses
#the appropriate response based on the class and patterm...ultimately choosing a predefined response to answer the consumer's question
#tokenizing and lemmatizing can be sueful for sentences which contain multiple keywords; such as...
#what time do you open tomorrow. the algo responds to the keyword 'tomorrow'
if incoming_msg == 'hello':
response = emoji.emojize("""
*Hi! I am the Quarantine Bot* :wave:
Let's be friends :wink:
You can give me the following commands:
:black_small_square: *'quote':* Hear an inspirational quote to start your day! :rocket:
:black_small_square: *'cat'*: Who doesn't love cat pictures? :cat:
:black_small_square: *'dog'*: Don't worry, we have dogs too! :dog:
:black_small_square: *'meme'*: The top memes of today, fresh from r/memes. :hankey:
:black_small_square: *'news'*: Latest news from around the world. :newspaper:
:black_small_square: *'recipe'*: Searches Allrecipes.com for the best recommended recipes. :fork_and_knife:
:black_small_square: *'recipe <query>'*: Searches Allrecipes.com for the best recipes based on your query. :mag:
:black_small_square: *'get recipe'*: Run this after the 'recipe' or 'recipe <query>' command to fetch your recipes! :stew:
:black_small_square: *'statistics <country>'*: Show the latest COVID19 statistics for each country. :earth_americas:
:black_small_square: *'statistics <prefix>'*: Show the latest COVID19 statistics for all countries starting with that prefix. :globe_with_meridians:
""",
use_aliases=True)
msg.body(response)
responded = True
import random
# While loop to run the chatbot indefinetely
while (True):
# Takes the user input and converts all characters to lowercase
#user_input = input().lower()
#i think i would be able to put tokenize and lemmatizer here by user input
# Defining the Chatbot's exit condition, can a synonym type list be used to add more quit 'words'?
if incoming_msg == 'a': #change back 'a' to 'quit' when finished
def_res = print("Thank you for visiting.")
responded = True
break
for intent, pattern in keywords_dict.items(
): #pattern acts as an object because it was created by re.compile(str)
#will have toc reate bigrams here and add to keywords_dict.items() or create a new dictionary
# Using the regular expression search function to look for keywords in user input
if re.search(pattern, incoming_msg):
# if a keyword matches, select the corresponding intent from the keywords_dict dictionary
matched_intent = intent
# The fallback intent is selected by default
key = 'fallback'
if matched_intent in responses:
# If a keyword matches, the fallback intent is replaced by the matched intent as the key for the responses dictionary
key = matched_intent
# The chatbot prints the response that matches the selected intent
please_work = print(
responses[key]
) #random.choice will allow for random responses by the chatbot
#the random.choice function is return random LETTERS from the responses instead of the responses, hence it was removed temporarily
responded = True
if not responded:
msg.body(
"Sorry, I don't understand. Send 'hello' for a list of commands."
)
return HttpResponse(str(resp))
# first: pip install emoji
from emoji import emojize
print(emojize("It's me, Phika :smile: :grin:", use_aliases=True))
print(emojize('Python is :heart: :thumbsup: :lock:', use_aliases=True))
print(emojize(":two_hearts: :broken_heart: :couple:", use_aliases=True))
print(emojize(":heart_eyes: :v: :boom: :running:", use_aliases=True))
print(emojize("Instagram :id: Phika.ir", use_aliases=True))
# complete list:
# https://www.webfx.com/tools/emoji-cheat-sheet/
# pip install emoji
import emoji
print(emoji.emojize("Olá, Mundo :earth_americas:", use_aliases=True))
def counts(bot, update):
x = utils.db_like(update.message.from_user.id)
update.message.reply_text(
emojize('Вы можете поставить ещё ' + str(x) + ' сердечек!',
use_aliases=True))
def hello(bot, update):
update.message.reply_text(emojize(utils.help_text +
utils.escapize(utils.cmd_list),
use_aliases=True),
parse_mode='HTML')
def post_titles(self):
titles = [submission.title for submission in self.sub_posts()]
return titles
# main
# creates instance off credentials in praw file
reddit = praw.Reddit(
'bot1',
user_agent='bot1 user agent',
)
# creates sub to crawl instance, limits to front page, creates list of post objects
new_sub = Subobj(subs_to_crawl()[0], 25)
posts = new_sub.sub_posts()
# empty word dict to count the word, sets word and reply word
word = 'crab_emoji'
reply_word = emoji.emojize(':crab:', use_aliases=True)
num_of_crabs = {word: 0}
# loads more comments after "load more", limit is set to 2 to for memory purposes
posts[0].comments.replace_more(limit=2)
# crawls the comment, if comment has word, reply with reply_word
for comment in posts[0].comments.list():
if word in comment.body:
num_of_crabs[word] += 1
comment.reply(reply_word)
def test_emoji():
print emojize(":thumbs_up:")
from time import sleep
from emoji import emojize
print('\033[33m-=-\033[m' * 20)
print('\033[33m************* Contagem regressiva! *************\033[m')
print('\033[33m-=-\033[m' * 20)
for c in range(10, -1, -1):
print('{}!' .format(c))
sleep(1)
print(emojize(':fireworks: :fire: ' *5))
def unknown(update, context):
emoj = emojize(':smiley:', use_aliases=True)
update.message.reply_text("Desculpa, Nao conheço este comando. " + emoj,
parse_mode="Markdown")
def callback_inline(call):
if call.message:
try:
if call.data.startswith("add"):
id = call.data.split('_')[1]
temp_storage[call.message.chat.id] = {}
temp_storage[call.message.chat.id]['id'] = id
bot.edit_message_text(
chat_id=call.message.chat.id,
message_id=call.message.message_id,
text=emoji.emojize(
":credit_card: Укажите, сколько GT нужно начислить или введите 0 для отмены.",
use_aliases=True))
bot.clear_step_handler(call.message)
bot.register_next_step_handler(call.message, process_money)
elif call.data.startswith("buy"):
item = call.data.split('_')[1]
user_token = shop_storage[call.message.chat.id]
if not user_token:
raise Exception("no token")
is_admin = get_permissions_by_token(user_token)
keyboard = get_keyboard(is_admin)
shop_storage[call.message.chat.id] = None
if make_buy(user_token, item):
bot.edit_message_text(
chat_id=call.message.chat.id,
message_id=call.message.message_id,
text=emoji.emojize(
':white_check_mark: Платеж прошел, ожидайте доставку!',
use_aliases=True))
else:
bot.edit_message_text(
chat_id=call.message.chat.id,
message_id=call.message.message_id,
text=emoji.emojize(
':cry: Недостаточно средств или товар закончился.',
use_aliases=True))
answer = bot.send_message(call.message.chat.id,
"Что дальше?",
reply_markup=keyboard)
bot.register_next_step_handler(answer, process_command)
elif call.data.startswith("cancel"):
user_token = shop_storage[call.message.chat.id]
if not user_token:
raise Exception("no token")
is_admin = get_permissions_by_token(user_token)
keyboard = get_keyboard(is_admin)
bot.edit_message_text(chat_id=call.message.chat.id,
message_id=call.message.message_id,
text=emoji.emojize(
':new_moon_with_face: Нет, так нет.',
use_aliases=True))
answer = bot.send_message(call.message.chat.id,
"Что дальше?",
reply_markup=keyboard)
bot.register_next_step_handler(answer, process_command)
elif call.data == "yes":
comment = temp_storage[call.message.chat.id]['comment']
id = temp_storage[call.message.chat.id]['id']
money = temp_storage[call.message.chat.id]['money']
user_token = temp_storage[call.message.chat.id]['token']
is_admin = get_permissions_by_token(user_token)
keyboard = get_keyboard(is_admin)
if submit_gotocoins(user_token, id, money, comment):
bot.edit_message_text(
chat_id=call.message.chat.id,
message_id=call.message.message_id,
text=emoji.emojize(':thumbsup: GT начислены. Спасибо!',
use_aliases=True))
try:
student_id = find_telegram_by_id(id)
if student_id:
bot.send_message(
student_id,
emoji.emojize(
':metal: Вам начислено {} GT за "{}".'.
format(money, comment),
use_aliases=True))
except:
pass
else:
raise Exception("transaction error")
answer = bot.send_message(call.message.chat.id,
"Что дальше?",
reply_markup=keyboard)
temp_storage[call.message.chat.id]['comment'] = {}
bot.register_next_step_handler(answer, process_command)
elif call.data == "no":
user_token = temp_storage[call.message.chat.id]['token']
is_admin = get_permissions_by_token(user_token)
keyboard = get_keyboard(is_admin)
bot.edit_message_text(chat_id=call.message.chat.id,
message_id=call.message.message_id,
text=emoji.emojize(
':confused: Нет, так нет. Отменяем.',
use_aliases=True))
answer = bot.send_message(call.message.chat.id,
"Что дальше?",
reply_markup=keyboard)
temp_storage[call.message.chat.id]['comment'] = {}
bot.register_next_step_handler(answer, process_command)
else:
raise Exception("unknown command")
except Exception as e:
print(e)
answer = bot.send_message(
call.message.chat.id,
text='Что-то пошло не так :(. Нажмите /start.')
bot.register_next_step_handler(answer, process_command)
import emoji
print('=-' * 44)
print(
'Aqui iremos lhe mostrar todos os números os números impares divisiveis por 3 de 0 a 50'
)
print('=-' * 44)
print('''Preparado?
\033[34m[1]SIM
\033[31m[2]NÃO\033[1;97m''')
a = int(input(':'))
if a == 1:
for c in range(0, 52, 2):
print('\033[31m', c, end=' ')
else:
print(emoji.emojize('Ok, até mais tarde!:thumbs_up:'))
'''Faça um programa que mostre na tela uma contagem regressiva
para o estouro de fogos de artifício, indo de 10 até 0,
com uma pausa de 1 segundo entre eles'''
from time import sleep
import emoji
for c in range(10, -1, -1):
print(c)
sleep(1)
print(emoji.emojize(':tada: FELIZ ANO NOVO :tada:', use_aliases=True))
from math import sqrt, floor
num = int(input('Digite um número: '))
raiz = sqrt(num)
print('A raiz quadrada de {} é igual a {}'.format(num, floor(raiz)))
print('--' * 20)
import random
num = random.randint(1, 10)
print(num)
print('--' * 20)
import emoji
print(emoji.emojize('Olá mundo! :earth_americas:', use_aliases=True))
def trivia_answer(call):
"""Options for Trivia Questions"""
global winners
global answers
global correct
global incorrect
global condition
global scoreboard
print(f"{call.from_user.id} the from user {call.from_user.username}")
print(call.message.chat)
if call.data == "start" and call.from_user.id in Admins:
trivia_game(call.message)
condition = True
if call.data == "stop" and call.from_user.id in Admins:
stop_trivia(call.message)
condition = False
if call.data == "pause" and call.from_user.id in Admins:
condition = False
pause_trivia(call.message)
if call.data == "continue" and call.from_user.id in Admins:
condition = True
trivia_game(call.message)
if call.data == "stats":
trivia_scoreboard(call.message)
condition = False
if call.data == "rank":
user_rank(call.message)
if call.data == "A" and condition == True:
if pick[0] in answer:
# user got the right answer
bot.send_message(
chat_id,
emoji.emojize(
f":trophy: Congratulations {call.from_user.username}, your answer is correct!!! You got 1 point",
use_aliases=True))
if call.from_user.username in winners:
scr = scoreboard.get(call.from_user.username)
scr += 1
dict = {call.from_user.username: scr}
scoreboard.update(dict)
else:
winners.append(call.from_user.username)
dict = {call.from_user.username: 0}
scoreboard.update(dict)
print(call.from_user.username)
answers += 1
correct += 1
trivia_game(call.message)
else:
# user failed
bot.send_message(
chat_id,
emoji.emojize(
f":turtle: Sorry {call.from_user.username}, but your answer is wrong. Better next time",
use_aliases=True))
print(call.from_user.username)
answers += 1
incorrect += 1
if call.data == "B" and condition == True:
if pick[1] in answer:
# user got the right answer
bot.send_message(
chat_id,
emoji.emojize(
f":trophy: Congratulations {call.from_user.username}, your answer is correct!!! You got 1 point",
use_aliases=True))
if call.from_user.username in winners:
scr = scoreboard.get(call.from_user.username)
scr += 1
dict = {call.from_user.username: scr}
scoreboard.update(dict)
else:
winners.append(call.from_user.username)
dict = {call.from_user.username: 0}
scoreboard.update(dict)
print(call.from_user.username)
answers += 1
correct += 1
trivia_game(call.message)
else:
# user failed
bot.send_message(
chat_id,
emoji.emojize(
f":turtle: Sorry {call.from_user.username}, but your answer is wrong. Better next time",
use_aliases=True))
print(call.from_user.username)
answers += 1
incorrect += 1
if call.data == "C" and condition == True:
if pick[2] in answer:
# user got the right answer
bot.send_message(
chat_id,
emoji.emojize(
f":trophy: Congratulations {call.from_user.username}, your answer is correct!!! You got 1 point",
use_aliases=True))
if call.from_user.username in winners:
scr = scoreboard.get(call.from_user.username)
scr += 1
dict = {call.from_user.username: scr}
scoreboard.update(dict)
else:
winners.append(call.from_user.username)
dict = {call.from_user.username: 0}
scoreboard.update(dict)
print(call.from_user.username)
answers += 1
correct += 1
trivia_game(call.message)
else:
# user failed
bot.send_message(
chat_id,
emoji.emojize(
f":turtle: Sorry {call.from_user.username}, but your answer is wrong. Better next time",
use_aliases=True))
print(call.from_user.username)
answers += 1
incorrect += 1
if call.data == "D" and condition == True:
if pick[3] in answer:
# user got the right answer
bot.send_message(
chat_id,
emoji.emojize(
f":trophy: Congratulations {call.from_user.username}, your answer is correct!!! You got 1 point",
use_aliases=True))
if call.from_user.username in winners:
scr = scoreboard.get(call.from_user.username)
scr += 1
dict = {call.from_user.username: scr}
scoreboard.update(dict)
else:
winners.append(call.from_user.username)
dict = {call.from_user.username: 0}
scoreboard.update(dict)
print(call.from_user.username)
answers += 1
correct += 1
trivia_game(call.message)
else:
# user failed
bot.send_message(
chat_id,
emoji.emojize(
f":turtle: Sorry {call.from_user.username}, but your answer is wrong. Better next time",
use_aliases=True))
print(call.from_user.username)
answers += 1
incorrect += 1
return winners, answers, correct, incorrect, scoreboard
from emoji import emojize
new_user_conn = "Somebody's knocking! ID:"
goods = {'1': u"Красный маркер", '2': u"Шариковая ручка"}
first_us_mess = "I am your assistant. I can help you create your own bot.\nAre you ready to follow my instructions?"
second_us_mess = "What kind of bot do you need? I offer you next variants!\nBut we can discuss another one... " \
"Describe your bot project and send me in text message."
third_us_mess = "I'll try to convince you. Please, read info about my bots!"
seller_info = "You can see some example this kind of bot. Please, click 'Example'!"
chat_mate_info = "About"
spy_info = "About"
assistant_info = "You can see some example this kind of bot. Please, click 'Example'!"
base_seller_mess = "<b>Beauty Studio</b>\n"
it1_mess = "Some"
it2_mess = emojize(":lower_left_crayon:", use_aliases=True) + " - Красный маркер\nPrice: 0.99$\n/addtobasket1\n" \
+ emojize(":lower_left_ballpoint_pen:", use_aliases=True) + " - Шариковая ручка\nPrice: 1.05$\n/addtobasket2\n"
dialogs_us = {
'd0': {
'y0': "Yes",
'n0': "I'm not sure...",
'mess': first_us_mess
},
'y0': {
'seller': "Seller",
'chat_mate': "Chat mate",
'spy': "Spy",
'assistant': "Assistant",
'mess': second_us_mess
},
'n0': {
# Escreva um programa que leia um número n inteiro qualquer e mostre na tela os primeiros elementos de uma sequencia de fibonacci. Ex.: 0,1,1,2,3,8
import emoji
print('{:=^50}'.format(' SEQUÊNCIA DE FIBONACCI '))
n = int(input('Quantos termos você deseja mostrar? '))
t1 = 0
t2 = 1
print('1º',
t1,
emoji.emojize('\033[1;34m:arrow_forward:\033[m', use_aliases=True),
'2º',
t2,
emoji.emojize('\033[1;34m:arrow_forward:\033[m', use_aliases=True),
end=' ')
cont = 3
mais = n
total = 0
while mais != 0:
total += mais
while cont <= total:
t3 = t2 + t1
print('{}º'.format(cont),
t3,
emoji.emojize('\033[1;34m:arrow_forward:\033[m',
use_aliases=True) if cont < total else ' ',
end=' ')
t1 = t2
t2 = t3
cont += 1
print("JO")
sleep(1)
print("KEN")
sleep(1)
print("PO!!!")
print("-=" * 12)
print("Computador jogou {}".format(itens[computador]))
print("Jogador jogou {}".format(itens[jogador]))
print("-=" * 12)
if computador == 0: #Computador jogou PEDRA
if jogador == 0:
print(emoji.emojize("EMPATE :grey_exclamation:", use_aliases = True))
elif jogador == 1:
print(emoji.emojize("JOGADOR GANHOU :tada:", use_aliases = True))
elif jogador == 2:
print(emoji.emojize("COMPUTADOR GANHOU :clap:", use_aliases = True))
elif computador == 1: #Computador jogou PAPEL
if jogador == 0:
print(emoji.emojize("COMPUTADOR GANHOU :clap:", use_aliases = True))
elif jogador == 1:
print(emoji.emojize("EMPATE :grey_exclamation:", use_aliases = True))
elif jogador == 2:
print(emoji.emojize("JOGADOR GANHOU :tada:", use_aliases = True))
print('executing login-script')
driver.execute_script(load_jQuery)
driver.execute_script(login_script)
print('login-script executed')
time.sleep(1)
print('executing otp-send')
driver.execute_script(load_jQuery)
time.sleep(1)
driver.execute_script(otp_send)
print('otp-send executed')
exploit = open('exploit.js', 'r')
exploit = str(exploit.read())
print('executing exploit :)')
driver.execute_script(load_jQuery)
driver.execute_script(exploit)
victim = driver.find_element_by_id(
'ContentPlaceHolder1_txtStudentName').get_attribute('value')
print(emoji.emojize('{} is compromised :thumbs_up:').format(victim))
'washer2': 'Washer 2',
'dryer1': 'Dryer 1',
'dryer2': 'Dryer 2'
}
# Building menu for every occasion
def build_menu(buttons, n_cols, header_buttons=None, footer_buttons=None):
menu = [buttons[i:i + n_cols] for i in range(0, len(buttons), n_cols)]
if header_buttons:
menu.insert(0, header_buttons)
if footer_buttons:
menu.append(footer_buttons)
return InlineKeyboardMarkup(menu)
# Building emojis for every occasion
ebluediamond = emojize(":small_blue_diamond: ", use_aliases=True)
etick = emojize(":white_check_mark: ", use_aliases=True)
ecross = emojize(":x: ", use_aliases=True)
esoon = emojize(":soon: ", use_aliases=True)
# start command initializes:
def check_handler(bot, update, user_data):
user = update.message.from_user
if 'pinned_level' in user_data:
level_status(bot, update, user_data,
from_pinned_level=True, new_message=True)
else:
ask_level(bot, update)
def ask_level(bot, update):
level_text = "Heyyo! I am RC4's Laundry Bot. <i>As I am currently in [BETA] mode, I can only show details for Ursa floor.</i>\n\n<b>Which laundry level do you wish to check?</b>"
def predict(x):
X = pd.Series([x])
emb_X = embedding_output(X)
p = model.predict_classes(emb_X)
return emoji.emojize(emoji_dictionary[str(p[0])])
def start(bot, update):
update.message.reply_text(
emojize('Введи /h для получения списка команд :wink:',
use_aliases=True))
from time import sleep
from emoji import emojize
from source.classes.menu import Menu
print()
sleep(1)
print(emojize('Bem vindo ao jogo da Adivinhação! :smile: ', use_aliases=True))
sleep(1)
print()
Menu()