tempora/__init__.py
def calculate_prorated_values():
	"""
	A utility function to prompt for a rate (a string in units per
	unit time), and return that same rate for various time periods.
	"""
	rate = six.moves.input("Enter the rate (3/hour, 50/month)> ")
	res = re.match(r'(?P<value>[\d.]+)/(?P<period>\w+)$', rate).groupdict()
	value = float(res['value'])
	value_per_second = value / get_period_seconds(res['period'])
	for period in ('minute', 'hour', 'day', 'month', 'year'):
		period_value = value_per_second * get_period_seconds(period)
		print("per {period}: {period_value}".format(**locals()))
def calculate_prorated_values():
	"""
	A utility function to prompt for a rate (a string in units per
	unit time), and return that same rate for various time periods.
	"""
	rate = six.moves.input("Enter the rate (3/hour, 50/month)> ")
	res = re.match(r'(?P<value>[\d.]+)/(?P<period>\w+)$', rate).groupdict()
	value = float(res['value'])
	value_per_second = value / get_period_seconds(res['period'])
	for period in ('minute', 'hour', 'day', 'month', 'year'):
		period_value = value_per_second * get_period_seconds(period)
		print("per {period}: {period_value}".format(**locals()))
def calculate_prorated_values ( ) : rate = six . moves . input ( "Enter the rate (3/hour, 50/month)> " ) res = re . match ( r'(?P<value>[\d.]+)/(?P<period>\w+)$' , rate ) . groupdict ( ) value = float ( res [ 'value' ] ) value_per_second = value / get_period_seconds ( res [ 'period' ] ) for period in ( 'minute' , 'hour' , 'day' , 'month' , 'year' ) : period_value = value_per_second * get_period_seconds ( period ) print ( "per {period}: {period_value}" . format ( * * locals ( ) ) )
A utility function to prompt for a rate (a string in units per
	unit time), and return that same rate for various time periods.
A utility function to prompt for a rate ( a string in units per unit time ) and return that same rate for various time periods .