# parse command line arguments
parser = argparse.ArgumentParser()
parser.add_argument('value', type = float, help = 'A number to be converted')
args = parser.parse_args()
# perform conversions
# km to miles
to_miles = kilometers_to_miles(args.value)
print('{0} kilometers is {1} miles'.format(args.value, to_miles))
# miles to km
to_km = miles_to_kilometers(args.value)
print('{0} miles is {1} kilometers'.format(args.value, to_km))
# years to minutes
to_minutes = years_to_minutes(args.value)
print('{0} years is {1} minutes'.format(args.value, to_minutes))
# minutes to years
to_years = minutes_to_years(args.value)
print('{0} minutes is {1} years'.format(args.value, to_years))
# monkeys that x bananas will feed
monkeys_fed = bananas_to_monkeys(args.value)
print('You have only grown {0} bananas. That will only feed {1} monkeys. Not enough, grow more!'.format(args.value, monkeys_fed))
# lbs of poo that is produced per monkey
poo_produced = monkeys_to_ammunition(args.value)
print('With {0} fed monkeys we will be able to produce {1}lbs of poo. Mwahahahahaha, soon the world will be within our grasp'.format(args.value, poo_produced))
def test_monkeyst_to_ammunition(self):
actual = monkeys_to_ammunition(1)
expected = 0.500
self.assertAlmostEqual(actual, expected, delta = 0.01)
