'--flux',
type=bool,
help='Get the fluxes from the files (True or False)',
required=False,
default=True)
parser.add_argument(
'-c',
'--conditions',
type=bool,
help='Get the conditions from the files (True or False)',
required=False,
default=False)
args = parser.parse_args()
db = Database("test1.db")
db.fill_visits(args.path, args.filter, args.flux, args.conditions)
db2 = DataDatabase("test2.db", first=False)
db2.fill_visits(args.path, args.filter, args.flux, args.conditions)
fluxes1 = db.get_flux_list()
fluxes2 = db2.get_flux_list()
import pdb
pdb.set_trace()
assert np.allclose(fluxes1, fluxes2, rtol=0.15), "New fluxes do not match pyregion fluxes:" \
"\nPyregion: %s\n " \
"New: %s" \
% (str(fluxes1), str(fluxes2))
if (self.mytview.viewchoice=='p'):
for key in userdic[self.mytview.username].stockdic:
print ("stockname : "+userdic[self.mytview.username].stockdic[key].stockname)
print ("stock shares : "+str(userdic[self.mytview.username].stockdic[key].shares))
elif (self.mytview.viewchoice=='ae'):
print (userdic[self.mytview.username].amountearn)
elif (self.mytview.viewchoice=='al'):
print (userdic[self.mytview.username].amountloss)
elif (self.mytview.viewchoice=='l'):
print (userdic[self.mytview.username].liquidcash())
tdatabase=Database('ttrader')
'''
tdatabase.connect()
tdatabase.cursor()
tdatabase.curs.execute("CREATE TABLE 'Transactions' ('id' INTEGER,'Username' VARCHAR,'Transaction_Type' VARCHAR, 'Stockname' VARCHAR, 'Transaction_Shares' INTEGER, 'Transaction_Amount' REAL, 'Transaction_Stock_Price' REAL, 'Transaction_Time' TEXT, PRIMARY KEY ('id'))")
tdatabase.curs.execute("CREATE TABLE 'Portfolio'('id' INTEGER,'Username' VARCHAR,'Stockname' VARCHAR, 'Stock_Shares' INTEGER, PRIMARY KEY ('id'))")
tdatabase.commit()
tdatabase.close_connection()
'''
''' else:
tdatabase.connect()
tdatabase.cursor()