def invite_payment(update, _):
referrals = sql.get_completed_referrals(referrer=update.message.chat.id)
if not referrals:
update.message.reply_markdown(
text=text.NO_COMPLETED_REFERRALS,
reply_markup=menu.show(menu=text.PAYMENT))
else:
for (ref_id, ref_nick) in referrals:
sql.add_completed_referral(referrer=update.message.chat.id,
referral=ref_id)
update.message.reply_markdown(
text=text.SUCCESSFUL_REFERRAL.format(nick=ref_nick),
reply_markup=menu.show(menu=text.PAYMENT))
return state.INVITE
def street_second_event(context):
if len(context.job.context) == 3:
(chat_id, money_retention, high) = context.job.context
context.bot.send_message(chat_id=chat_id,
text=text.STREET_RETENTION_TEXT.format(
high=text.three_digits(n=high),
money=text.three_digits(n=money_retention)),
reply_markup=menu.show(menu=text.RETENTION),
parse_mode=ParseMode.MARKDOWN)
else:
context.bot.send_message(chat_id=context.job.context[0],
text=text.STREET_ESCAPE_TEXT,
reply_markup=menu.show(menu=text.SELL_GOODS),
parse_mode=ParseMode.MARKDOWN)
def rating_money(update, _):
top = sql.get_rating(param="money")
update.message.reply_markdown(text=(text.RATING_MONEY_TEXT + "\n".join(
text.RATING_MONEY_LINE.format(name=nick,
number=text.three_digits(n=money))
for (nick, money) in top)),
reply_markup=menu.show(menu=text.RATING))
return state.RATING
def to_desc_2(update, _):
sql.buying_grow_box(telegram_id=update.message.chat.id,
name=config.XS["SIZE"],
price=str(config.XS["PRICE"]))
update.message.reply_markdown(
text=text.TRAIN_DESC_2_TEXT,
reply_markup=menu.show(menu=text.TRAIN_DESC_2))
return state.TRAIN_DESC_2
def send_letter(update, context):
if len(update.message.text) > config.LETTER_MAX_LEN:
update.message.reply_markdown(text=text.ERROR_LETTER, reply_markup=menu.show(menu=text.BACK))
return state.LETTER
else:
developers = sql.get_dev_id()
player_nick = sql.get_from_table(telegram_id=update.message.chat.id, table="users", field="nick")
for developer in developers:
try:
context.bot.send_message(chat_id=developer,
text=(text.LETTER_HEADING
+ update.message.text).format(nick=player_nick),
parse_mode=ParseMode.MARKDOWN)
except TelegramError:
continue
update.message.reply_markdown(text=text.LETTER_SEND, reply_markup=menu.show(menu=text.INFO))
return state.INFO
def rating_harvest(update, _):
top = sql.get_rating(param="harvest_sum")
update.message.reply_markdown(
text=(text.RATING_HARVEST_SUM_TEXT + "\n".join(
text.RATING_HARVEST_SUM_LINE.format(
name=nick, number=text.three_digits(n=harvest_sum))
for (nick, harvest_sum) in top)),
reply_markup=menu.show(menu=text.RATING))
return state.RATING
def balance(update, _):
(money, high,
chip) = sql.get_balance(telegram_id=update.message.from_user.id)
update.message.reply_markdown(text=text.BALANCE.format(
money=text.three_digits(n=money),
high=text.three_digits(n=high),
chip=text.three_digits(n=chip)),
reply_markup=menu.show(menu=text.HOME))
return state.HOME
def to_market(update, _):
update.message.reply_photo(photo=open(file=config.XS["PATH"], mode='rb'),
caption=text.HIGH_GROWING_CAPTION.format(
about=config.XS["DESC"],
name=config.XS["NAME"],
mining=config.XS["MINING"],
price=config.XS["PRICE"]),
reply_markup=menu.show(menu=text.TRAIN_MARKET),
parse_mode=ParseMode.MARKDOWN)
return state.TRAIN_MARKET
def street_first_event(context):
if context.job.context[0] == "sell":
(chat_id, sold_high, unsold_high, earned_money) = context.job.context[1::]
context.bot.send_message(chat_id=chat_id,
text=text.STREET_SELL_TEXT.format(
money=text.three_digits(n=earned_money),
sold=text.three_digits(n=sold_high),
unsold=text.three_digits(n=unsold_high)
),
reply_markup=menu.show(menu=text.SELL_GOODS),
parse_mode=ParseMode.MARKDOWN)
else:
(chat_id, high, detention_chance, money_for_escape) = context.job.context[1::]
context.bot.send_message(chat_id=chat_id,
text=text.STREET_DETENTION_TEXT.format(
high=text.three_digits(n=high),
money=text.three_digits(n=money_for_escape),
chance=detention_chance
),
reply_markup=menu.show(menu=text.DETENTION),
parse_mode=ParseMode.MARKDOWN)
def dealer_result(update, _):
try:
high = int(update.message.text)
except ValueError:
update.message.reply_markdown(text=text.NOT_POSITIVE_NUMBER, reply_markup=menu.show(menu=text.BACK))
return state.DEALER
else:
if high <= 0:
update.message.reply_markdown(text=text.NOT_POSITIVE_NUMBER, reply_markup=menu.show(menu=text.BACK))
return state.DEALER
else:
high_in_balance = sql.get_from_table(telegram_id=update.message.chat.id, table="balance", field="high")
if high > high_in_balance:
update.message.reply_markdown(text=text.NOT_ENOUGH_HIGH.format(high=high_in_balance),
reply_markup=menu.show(menu=text.BACK))
return state.DEALER
elif config.HIGH_MIN <= high <= config.HIGH_MAX:
money = ut.money_transfer(high=high)
sql.high_to_money(telegram_id=update.message.chat.id, high=update.message.text, money=money)
if high < config.BID_1["HIGH"]:
update.message.reply_markdown(
text=text.BAD_HIGH_EXCHANGE.format(
high=text.three_digits(n=high), money=text.three_digits(n=money)),
reply_markup=menu.show(menu=text.SELL_GOODS))
else:
update.message.reply_markdown(
text=text.HIGH_EXCHANGE.format(high=text.three_digits(n=high),
money=text.three_digits(n=money)),
reply_markup=menu.show(menu=text.SELL_GOODS))
return state.SELL_GOODS
else:
sql.high_to_money(telegram_id=update.message.chat.id, high=update.message.text, money=config.MONEY_MAX)
update.message.reply_markdown(
text=text.HIGH_EXCHANGE.format(high=text.three_digits(n=high),
money=text.three_digits(n=config.MONEY_MAX)),
reply_markup=menu.show(menu=text.SELL_GOODS))
return state.SELL_GOODS
def nick_valid(update, _):
if check_nick(nickname=update.message.text):
if sql.update_nick(nick=update.message.text,
telegram_id=update.message.chat.id):
update.message.reply_markdown(
text=text.TRAIN_NICK_VALID_TEXT,
reply_markup=menu.show(menu=text.MAIN))
return state.MAIN
else:
update.message.reply_markdown(text=text.TRAIN_NICK_NOT_VALID_TEXT,
reply_markup=menu.no_menu())
return state.TRAIN_NICK
else:
update.message.reply_markdown(text=text.TRAIN_NICK_ERROR_TEXT)
return state.TRAIN_NICK
def street_choice_place(update, context):
chat_id = update.message.chat.id
try:
high = int(update.message.text)
except ValueError:
update.message.reply_markdown(text=text.STREET_NOT_EXPECTED_NUMBER, reply_markup=menu.show(menu=text.BACK))
return state.STREET_ENTER_HIGH
else:
if high < config.MIN_HIGH_FOR_STREET:
update.message.reply_markdown(
text=text.STREET_NOT_EXPECTED_NUMBER, reply_markup=menu.show(menu=text.BACK))
return state.STREET_ENTER_HIGH
else:
high_in_balance = sql.get_from_table(telegram_id=chat_id, table="balance", field="high")
money_in_balance = sql.get_from_table(telegram_id=chat_id, table="balance", field="money")
if (high_in_balance < high) or (money_in_balance < config.MIN_MONEY_FOR_STREET):
update.message.reply_markdown(text=text.INSUFFICIENT_FUNDS, reply_markup=menu.show(menu=text.BACK))
return state.STREET_ENTER_HIGH
else:
context.user_data["high"] = high
context.user_data["money_in_balance"] = money_in_balance
update.message.reply_markdown(
text=text.STREET_CHOICE_PLACE, reply_markup=menu.show(menu=text.STREET_PLACES))
return state.STREET_CHOICE_PLACE
def start(update, _):
if "twenty_one" not in sql.get_all_tables_name():
sql.create_new_table()
if sql.is_reg(telegram_id=update.message.from_user.id) is None:
sql.reg(telegram_id=update.message.from_user.id)
if len(update.message.text) > len("/start"):
try:
referrer = int(update.message.text.split()[-1])
except ValueError:
pass
else:
if sql.get_from_table(telegram_id=referrer,
table="users",
field="nick"):
sql.add_referral(referrer=referrer,
referral=update.message.chat.id)
train.to_desc_1(update, _)
return state.TRAIN_DESC_1
elif not update.message.from_user.is_bot:
update.message.reply_markdown(text=text.MENU_DESC,
reply_markup=menu.show(menu=text.MAIN))
return state.MAIN
def dealer(update, _):
(_, high, _) = sql.get_balance(telegram_id=update.message.from_user.id)
update.message.reply_markdown(text=text.DEALER_DESC.format(high=text.three_digits(n=high)),
reply_markup=menu.show(menu=text.BACK))
return state.DEALER
def default(update, _):
update.message.reply_markdown(text=text.ERROR_MESSAGE,
reply_markup=menu.show(menu=text.MAIN))
return state.MAIN
def bribe_after_retention(update, context):
sql.bribe(telegram_id=update.message.chat.id,
money=context.user_data["money_retention"],
high=context.user_data["high"])
update.message.reply_markdown(text=text.STREET_BRIBE_TEXT, reply_markup=menu.show(menu=text.SELL_GOODS))
return state.SELL_GOODS
def version(update, _):
update.message.reply_markdown(text=text.VERSION, reply_markup=menu.show(menu=text.INFO))
return state.INFO
def invite(update, _):
update.message.reply_markdown(text=text.REFERRAL_LINK.format(
id=update.message.chat.id))
update.message.reply_markdown(text=text.INVITE_DESC,
reply_markup=menu.show(menu=text.PAYMENT))
return state.INVITE
def info(update, _):
update.message.reply_markdown(text=text.INFO_DESC, reply_markup=menu.show(menu=text.INFO))
return state.INFO
def home(update, _):
update.message.reply_markdown(text=text.HOME_DESC,
reply_markup=menu.show(menu=text.HOME))
return state.HOME
def side_job(update, _):
update.message.reply_markdown(text=text.SIDE_JOB_DESC,
reply_markup=menu.show(menu=text.SIDE_JOB))
return state.SIDE_JOB
def rating(update, _):
update.message.reply_markdown(text=text.RATING_DESC,
reply_markup=menu.show(menu=text.RATING))
return state.RATING
def to_desc_1(update, _):
update.message.reply_markdown(
text=text.TRAIN_DESC_1_TEXT,
reply_markup=menu.show(menu=text.TRAIN_DESC_1))
def reload(update, _):
update.message.reply_markdown(text=text.MENU_RELOAD,
reply_markup=menu.show(menu=text.MAIN))
return state.MAIN
def street_enter_high(update, _):
(money, high, _) = sql.get_balance(telegram_id=update.message.from_user.id)
update.message.reply_markdown(
text=text.STREET_ENTER_HIGH_TEXT.format(money=text.three_digits(n=money), high=text.three_digits(n=high)),
reply_markup=menu.show(menu=text.BACK))
return state.STREET_ENTER_HIGH
def retention_notify(update, _):
update.message.reply_markdown(text=text.STREET_RETENTION_NOTIFY, reply_markup=menu.show(menu=text.RETENTION))
return state.STREET_RETENTION
def to_sell_goods(update, _):
update.message.reply_markdown(text="", reply_markup=menu.show(menu=text.SELL_GOODS))
return state.SELL_GOODS
def back_to_main(update, _):
update.message.reply_markdown(text=text.BACK_TO_MENU_DESC,
reply_markup=menu.show(menu=text.MAIN))
return state.MAIN
def markets(update, _):
update.message.reply_markdown(text=text.MARKETS_DESC,
reply_markup=menu.show(menu=text.MARKETS))
return state.MARKETS
def letter(update, _):
update.message.reply_markdown(text=text.LETTER_DESC, reply_markup=menu.show(menu=text.BACK))
return state.LETTER
