forked from MarseyWorld/MarseyWorld
160 lines
3.7 KiB
Python
160 lines
3.7 KiB
Python
import json
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import random
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from json.encoder import INFINITY
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from flask import abort, g
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from files.classes.casino_game import CasinoGame
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from files.classes.comment import Comment
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from files.classes.user import User
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from files.helpers.casino import distribute_wager_badges
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from .config.const import *
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minimum_bet = 5
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maximum_bet = INFINITY
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payout_to_symbols = {
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2: ["👣", "🍀", "🌈", "⭐️"],
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3: ["🍎", "🔞", "⚛️", "☢️"],
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5: ["✡️", "⚔️", "🍆", "🍒"],
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12: ["🐱"]
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}
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def casino_slot_pull(gambler, wager_value, currency):
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over_min = wager_value >= minimum_bet
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under_max = wager_value <= maximum_bet
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charged = gambler.charge_account(currency, wager_value)[0]
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if (over_min and under_max and charged):
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payout = determine_payout()
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reward = wager_value * payout
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gambler.pay_account(currency, reward)
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distribute_wager_badges(gambler, wager_value, won=(payout > 0))
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symbols = build_symbols(payout)
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text = build_text(wager_value, payout, currency)
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game_state = {
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"symbols": symbols,
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"text": text
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}
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casino_game = CasinoGame()
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casino_game.active = False
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casino_game.user_id = gambler.id
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casino_game.currency = currency
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casino_game.wager = wager_value
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casino_game.winnings = reward - wager_value
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casino_game.kind = 'slots'
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casino_game.game_state = json.dumps(game_state)
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g.db.add(casino_game)
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g.db.flush()
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return casino_game.id, casino_game.game_state
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else:
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return None, "{}",
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def build_symbols(for_payout):
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all_symbols = []
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for payout in payout_to_symbols:
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for symbol in payout_to_symbols[payout]:
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all_symbols.append(symbol)
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shuffle(all_symbols)
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if for_payout == 0:
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return "".join([all_symbols[0], ",", all_symbols[1], ",", all_symbols[2]])
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elif for_payout == 1:
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indices = shuffle([0, 1, 2])
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symbol_set = ["", "", ""]
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match_a = indices[0]
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match_b = indices[1]
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nonmatch = indices[2]
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matching_symbol = all_symbols[0]
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other_symbol = all_symbols[1]
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symbol_set[match_a] = matching_symbol
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symbol_set[match_b] = matching_symbol
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symbol_set[nonmatch] = other_symbol
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return "".join([symbol_set[0], ",", symbol_set[1], ",", symbol_set[2]])
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else:
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relevantSymbols = shuffle(payout_to_symbols[for_payout])
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symbol = relevantSymbols[0]
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return "".join([symbol, ",", symbol, ",", symbol])
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def build_text(wager_value, result, currency):
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if result == 0:
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return f'Lost {wager_value} {currency}'
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elif result == 1:
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return 'Broke Even'
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elif result == 12:
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return f'Jackpot! Won {wager_value * (result-1)} {currency}'
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else:
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return f'Won {wager_value * (result-1)} {currency}'
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def determine_payout():
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value = random.randint(1, 100)
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if value == 100:
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return 12
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elif value >= 96:
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return 5
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elif value >= 88:
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return 3
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elif value >= 72:
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return 2
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elif value >= 61:
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return 1
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else:
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return 0
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def shuffle(stuff):
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random.shuffle(stuff)
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return stuff
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def check_slots_command(c, v, u):
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if not FEATURES['GAMBLING']: return
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body = c.body.lower()
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if '!slotsmb' in body:
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command_word = '!slotsmb'
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currency = 'marseybux'
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elif '!slots' in body:
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command_word = '!slots'
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currency = 'coins'
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else:
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return
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if u.rehab:
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if v.id == u.id:
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abort(403, "You are under Rehab award effect!")
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return
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try:
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wager = body.split(command_word)[1].split()[0]
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wager = int(wager)
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except:
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if v.id == u.id:
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abort(400, "Invalid wager!")
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return
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if wager < 100:
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if v.id == u.id:
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abort(400, f"Wager must be 100 {currency} or more")
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return
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if (currency == "coins" and wager > u.coins) or (currency == "marseybux" and wager > u.marseybux):
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if v.id == u.id:
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abort(400, f"Not enough {currency} to make that bet")
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return
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game_id, game_state = casino_slot_pull(u, wager, currency)
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c.casino_game_id = game_id
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