async def handle_reaction_remove(reaction, user):
global emojis, count
chn = reaction.message.channel
try:
if user.id == bot.user.id:
return
msg = reaction.message
if str(reaction.emoji) in emojis:
# Count all stars
cc = 0
for r in msg.reactions:
cc += r.count if str(r.emoji) in emojis else 0
# Check if above threshold
if count <= cc and count > 0:
await plug_starboard(msg, emojis)
# Check if below threshold
elif count > 0 and count > cc:
stars = msg.guild.get_channel(channel_id)
stars_id = dbman.get('starboard',
'starboard_id',
message_id=msg.id)
if stars_id:
stars_msg = await stars.fetch_message(stars_id)
await stars_msg.delete()
dbman.remove('starboard',
starboard_id=stars_id,
message_id=msg.id)
except IndexError:
pass
except Exception as ex:
await chn.send(f"`{ex}` line {ex.__traceback__.tb_lineno}")
async def on_raw_message_delete(payload):
# Clean out the starboard database in case it gets unstarred
stars_id = dbman.get('starboard', 'starboard_id', message_id = payload.message_id)
if stars_id:
dbman.remove('starboard', starboard_id = stars_id, message_id = payload.message_id)
return
msg_id = dbman.get('starboard', 'message_id', starboard_id = payload.message_id)
if msg_id:
dbman.remove('starboard', starboard_id = payload.message_id, message_id = msg_id)
return
def clean_from_wrong_proteins(soft=True):
"""Removes proteins with premature or lacking stop codon.
Args:
soft: use if the faulty proteins were not committed yet (expunge instead of delete)
"""
print('Removing proteins with misplaced stop codons:')
from database import remove
proteins = get_proteins()
stop_inside = 0
lack_of_stop = 0
no_stop_at_the_end = 0
to_remove = set()
for protein in tqdm(proteins.values()):
hit = False
if '*' in protein.sequence[:-1]:
stop_inside += 1
hit = True
if protein.sequence[-1] != '*':
no_stop_at_the_end += 1
hit = True
if '*' not in protein.sequence:
lack_of_stop += 1
hit = True
if hit:
to_remove.add(protein)
with db.session.no_autoflush:
removed = set()
for protein in to_remove:
removed.add(protein.refseq)
gene = protein.gene
gene.preferred_isoform = None
remove(protein, soft)
# remove object
del proteins[protein.refseq]
select_preferred_isoforms()
print('Removed proteins of sequences:')
print('\twith stop codon inside (excluding the last pos.):', stop_inside)
print('\twithout stop codon at the end:', no_stop_at_the_end)
print('\twithout stop codon at all:', lack_of_stop)
def handle_text(message):
try:
arguments = parsing.find_arguments(message.text)
record_id = parsing.get_id(arguments[0])
database.remove(message.chat.id, record_id)
bot.send_message(message.chat.id, quotes.REMOVE_OK)
except exceptions.WrongNumberOfArgumentsException as exception:
bot.send_message(message.chat.id, exception.value)
except exceptions.NoSuchRecordException as exception:
bot.send_message(message.chat.id, exception.value)
except exceptions.InvalidArgumentFormatException as exception:
bot.send_message(message.chat.id, exception.value)
except OSError as exception:
logging.critical(exception)
bot.send_message(message.chat.id, quotes.BACKEND_ERROR)
raise
except Exception as exception:
logging.error(exception)
bot.send_message(message.chat.id, quotes.UNEXPECTED_ERROR)
raise
def testDB():
# new store
database.store = {}
# add to database
database.addToDB("sec", fid = "test")
database.addToDB("sec", msg = "anotherone")
# get from database
assert len(database.get("sec", database.getDate())) == 2
assert (database.get("sec", database.getDate()))[0]['fid'] == "test"
assert (database.get("sec", database.getDate()))[1]['msg'] == "anotherone"
assert (database.get("oth", database.getDate())) == []
# save database to pickle
database.save("temp.pickle")
# remove from database
database.remove(database.getDate())
assert database.get("sec", database.getDate()) == []
# load database from pickle
database.store = database.load("temp.pickle")
# get from database
assert (database.get("sec", database.getDate()))[0]['fid'] == "test"
assert (database.get("sec", database.getDate()))[1]['msg'] == "anotherone"
os.remove("temp.pickle")
def delete(self, bookId): database.remove(bookId); self.response.write(bookId);
#! This program can keep your passwords encrypted
""" With this program, you can keep all your passwords in safety.
Commands: help, add, remove, find, change, showall, clear """
import database as data
while True:
task = str(input("Enter a command here: "))
if task == 'help':
print(__doc__)
elif task == 'add': # Добавления данных в словарь
a = input(str("Enter resource: "))
b = input(str("Enter password: "******"Enter a key: "))
data.remove(a)
elif task == 'find': # Поиск данных в словаре
a = input(str("Enter a key:"))
data.find(a)
elif task == 'change': # Изменение данных в словаре
a = input(str("Enter a key you want to rename: "))
data.change(a)
elif task == 'showall': # Показать все данные в словаре
data.showall()
elif task == 'clear':
data.clear()
else:
print("No such command %30s" % task)