def main(): """ Application that will... """ gbce = Market() # open the market print("------------------------------------") print("Global Beverage Corporation Exchange") print("------------------------------------") # load sample stock data into the market for stock in SAMPLE_DATA: stk = Stock() setattr(stk, "Stock Symbol", stock[0]) setattr(stk, "Type", stock[1]) setattr(stk, "Last Dividend", stock[2]) setattr(stk, "Fixed Dividend", stock[3]) setattr(stk, "Par Value", stock[4]) gbce.add_stock(stk) print("Welcome {} to the GBCE".format(getattr(stk, "Stock Symbol"))) sleep(0.8) # run some trades for trade_no in range(20): t = Trade() setattr(t, "Stock Symbol", choice(list(map(lambda x: x[0], SAMPLE_DATA)))) setattr(t, "Buy/Sell", choice(['Buy', 'Sell'])) setattr(t, "Quantity", choice([500, 1000, 2000, 5000, 10000, 20000, 50000])) setattr(t, "Price", choice(list(range(50, 150)))) gbce.add_trade(t) sto = gbce.get_stock(getattr(t, "Stock Symbol")) print("{sale_report} ({all_share})".\ format(sale_report="{time}: {b} {q} shares of {s} for {p}".\ format(b=getattr(t,"Buy/Sell"), time=t.Timestamp.time().replace(microsecond=0), q=t.Quantity,p=t.Price, s=getattr(t,"Stock Symbol")), all_share="GBCE All-Share: {a:.2f}".\ format(a=gbce.all_share_index()))) sleep(0.75 + choice([0.10, 0.15, 0.25, 0.45])) # close the market print("------------------------------------")