def test():
watchlist = ["USO"]
marketData = USMarket(watchlist, "2016-04-05")
dataset, missing = marketData.getData("daily")
symset = [sym for sym in watchlist if sym not in missing]
cp = ChartPatterns(symset, dataset)
cp.run()
def main():
args = arg_parser()
if args.symbol != None:
watchlist = [args.symbol]
else:
watchlist = read_watchlist(args.filename)
if args.date != None:
marketData = USMarket(watchlist, args.date)
else:
marketData = USMarket(watchlist)
print_progress("requesting daily data")
daily, missing1 = marketData.getData("daily")
print_progress("requesting weekly data")
weekly, missing2 = marketData.getData("weekly")
all_missing = set(missing1) | set(missing2)
if len(all_missing) > 0:
print("symbols missing data: " + str(all_missing))
symlist = [sym for sym in watchlist if sym not in all_missing]
print(" ----------- ChartPatterns Weekly -------------")
cp_weekly = ChartPatterns(symlist, weekly)
cp_weekly.run()
print(" ----------- ChartPatterns Daily -------------")
cp_daily = ChartPatterns(symlist, daily)
cp_daily.run()
print(" ----------- TripleScreen Screen (2 screens)---")
ts = TripleScreen(symlist, weekly, daily)
decision = ts.run()
longStr = shortStr = "(None)"
if decision["long"] != None and len(decision["long"]) > 0:
longStr = " ".join(decision["long"])
if decision["short"] != None and len(decision["short"]) > 0:
shortStr = " ".join(decision["short"])
print("long: " + longStr)
print("short: " + shortStr)
"""