def main():
nasdaq = StockMarket("NASDAQ", ["AAPL", "CSCO", "MSFT", "GOOG"])
newyork = StockMarket("NYSE", ["IBM", "HPQ", "BP"])
viewer = Viewer()
viewer.markets = {nasdaq, newyork}
viewer.symbols = {"IBM", "AAPL", "MSFT"}
viewer.start()
def sell(bot, trigger):
name = trigger.nick
try:
shares = int(trigger.group(3))
ticker = str(trigger.group(4).upper())
except:
try:
shares = int(trigger.group(4))
ticker = str(trigger.group(3).upper())
except:
bot.say('Enter which stock you\'d like to sell, and how many shares.')
return
if ticker not in stocks:
bot.say('%s is not a valid stock.' % (ticker))
return
market = StockMarket()
market.open_db(file_Name)
price = market.get_balance(ticker)
price_total = market.get_balance(ticker) * shares
trade = StockTrade()
trade.open_db(saved_stocks)
try:
trade.sell_stocks(name,ticker,int(shares),int(price))
bot.say('Selling %s shares of %s for ɷ %s' %(shares,ticker,price_total))
gravecoin.credit_user(name,price_total)
except ValueError:
bot.say('You don\'t have %s shares of %s.' % (shares,ticker))
def main():
nasdaq = StockMarket("NASDAQ", ["AAPL", "CSCO", "MSFT", "GOOG"])
newyork = StockMarket("NYSE", ["IBM", "HPQ", "BP"])
agg = Aggregator()
agg.add_market(nasdaq)
agg.add_symbols(nasdaq.symbols)
agg.add_market(newyork)
agg.add_symbols(newyork.symbols)
print("aggregated symbols:", agg.symbols)
view = Viewer()
view.aggregator(agg, ["IBM", "AAPL", "MSFT"])
view.print_quotes()
def buy(bot, trigger):
name = trigger.nick
try:
shares = int(trigger.group(3))
ticker = str(trigger.group(4).upper())
except:
try:
shares = int(trigger.group(4))
ticker = str(trigger.group(3).upper())
except:
bot.say('Enter which stock you\'d like to buy, and how many shares.')
return
if shares < 0:
bot.say('Enter a valid amount of stocks')
return
if ticker not in stocks:
bot.say('%s is not a valid stock.' % (ticker))
return
market = StockMarket()
market.open_db(file_Name)
price = market.get_balance(ticker)
if price < 1:
bot.say('Stock has crashed. Please wait until it is restored')
return
price_total = market.get_balance(ticker) * shares
their_balance = gravecoin.check_balance(name)
if int(price_total) > int(their_balance):
max_shares = (int(their_balance) / int(price))
bot.say('The price for %s shares of %s is ɷ %s. You only have ɷ %s. At most you can buy %s shares' % (shares,ticker,price_total,their_balance,max_shares))
return
bot.say('Buying %s shares of %s for ɷ %s ' %(shares,ticker,price_total))
trade = StockTrade()
try:
trade.open_db(saved_stocks)
trade.buy_stocks(name,ticker,shares,price)
gravecoin.debit_user(name,price_total)
except:
bot.say('Something broken, you have probably not been charged. Probably')
def check_price(nick,ticker,default_price):
checkprice = StockMarket()
checkprice.open_db(file_Name)
check = StockTrade()
check.open_db(saved_stocks)
try:
curprice = checkprice.get_balance(ticker)
checked = check.get_prices(ticker)
except:
checkprice.add_stock(ticker,default_price)
curprice = checkprice.get_balance(ticker)
checked = check.get_prices(ticker)
ticker = color(bold(ticker + ":"),colors.RED)
curprice = color(str(curprice),colors.RED)
phrase = ('%s ɷ %s' %(ticker,curprice))
runs = 0
for x in (checked):
if nick == checked[runs][0]:
name = color(checked[runs][0],colors.RED)
else:
name = checked[runs][0][:3]
owned = (bold(" |") + " %s %s @ %s " % (name.title(), checked[runs][2], checked[runs][1]))
phrase += owned
runs = runs + 1
return phrase
def main():
nasdaq=StockMarket("NASDAQ", ["AAPL", "CSCO", "MSFT", "GOOG"])
newyork=StockMarket("NYSE", ["IBM", "HPQ", "BP"])
agg=Aggregator()
agg.add_symbols(nasdaq.symbols())
agg.add_symbols(newyork.symbols())
print("aggregated symbols:", agg.available_symbols())
nasdaq.listener(agg)
newyork.listener(agg)
view=Viewer()
agg.view(view, ["IBM", "AAPL", "MSFT"])
print("")
while True:
nasdaq.generate()
newyork.generate()
time.sleep(0.5)
def market_Things(bot, trigger):
market = StockMarket()
market.open_db(file_Name)
deleteStocks = StockTrade()
deleteStocks.open_db(saved_stocks)
###Checks to see if all stocks exist. If not, add it at 5 GC
for x in stocks:
try:
market.get_balance(x)
except:
market.add_stock(x,default_price)
###While-loop to update stock prices every minute.
while True:
#stocklist = []
for x in stocks:
current_price = (market.get_balance(x))
if current_price > 499:
change = choice(change_500)
elif current_price > 99:
change = choice(change_100)
elif current_price > 49:
change = choice(change_50)
elif current_price > 29:
change = choice(change_30)
else:
change = choice(change_amount)
#print ('Current Price: %s | New Price: %s' %(current_price,current_price+change))
current_price = current_price + change
if current_price < 1:
market.update_price(x,default_price)
deleteStocks.delist_stock(x)
bot.say('%s has crashed.' % (x))
elif current_price == 1:
bot.say('%s is at ɷ 1 and runs the risk of crashing' % (x))
market.update_price(x,current_price)
else:
market.update_price(x,current_price)
#stocklist.append(current_price)
#print stocklist
market.commit_changes()
time.sleep(60)
def main():
nasdaq=StockMarket('NASDAQ',['AAPL','CSCO','MSFT','GOOG'])
newyork=StockMarket('NYSE',['IBM','HPQ','BP'])
agg = Aggregator()
agg.add_symbols(nasdaq.symbols())
agg.add_symbols(newyork.symbols())
print("aggregated symbols: ", agg.available_symbols())
nasdaq.listener(agg)
newyork.listener(agg)
view=Viewer()
agg.view(view, ['IBM','AAPL','MSFT'])
print("")
while True:
nasdaq.generate()
newyork.generate()
time.sleep(0.5)
def run_stock_market():
market = StockMarket(q)
th = threading.Thread(target=market.listen_for_orders, args=(th_stop, ))
th.start()
