def main():
"""
This function determines which functionality the user would like to use, and calls it
"""
print("Welcome to smartOBD")
print("Choose your action:\n")
print("(0) Async allows smartOBD to give you live data on your vehicle\n")
print("(1) Full Read will store all the data from your car's computer\n")
choose_action = input("Async(0) or Full Read(1): ")
# * make database connection
# host=198.23.146.166 password=Sweden77
## asynchronous
# @param choose_action The action
if (choose_action == '0'):
asynco.getAsync(60)
# x = 0
# while x < 30:
# data = [datetime.datetime.now()]
# asynco.new_speed(x+3, data)
# asynco.new_rpm(1000+x, data)
# asynco.new_temp(150+x, data)
# asynco.new_fuel(35+x, data, dbtable, dbconn, cur)
# x += 1
## full query
elif (choose_action == '1'):
test_commands.fullQuery()
def test_failed_car(self):
test_failcar = StringIO('walkerwg\nj\na\n')
sys.stdin = test_failcar
with pytest.raises(SystemExit):
test_commands.fullQuery()
test_failcar = StringIO('walkerwg\nj\na\n')
sys.stdin = test_failcar
with pytest.raises(SystemExit):
asynco.getAsync(60)
def test_failed_username(self):
main_input1 = StringIO('0')
sys.stdin = main_input1
with pytest.raises(SystemExit):
test_commands.fullQuery()
main_input1 = StringIO('0')
sys.stdin = main_input1
with pytest.raises(SystemExit):
asynco.getAsync(60)
def test_getAsync(self):
test_multicar = StringIO('walkerwg\nmini\njcw\n')
sys.stdin = test_multicar
asynco.getAsync(10)