def test_singles(self):
for rl_string in ["1 per hour", "1/HOUR", "1/Hour"]:
self.assertEqual(
parse( rl_string),
limits.PER_HOUR(1)
)
for rl_string in ["1 per minute", "1/MINUTE", "1/Minute"]:
self.assertEqual(
parse( rl_string),
limits.PER_MINUTE(1)
)
for rl_string in ["1 per second", "1/SECOND", "1 / Second"]:
self.assertEqual(
parse( rl_string),
limits.PER_SECOND(1)
)
for rl_string in ["1 per day", "1/DAY", "1 / Day"]:
self.assertEqual(
parse( rl_string),
limits.PER_DAY(1)
)
for rl_string in ["1 per month", "1/MONTH", "1 / Month"]:
self.assertEqual(
parse( rl_string),
limits.PER_MONTH(1)
)
for rl_string in ["1 per year", "1/Year", "1 / year"]:
self.assertEqual(
parse( rl_string),
limits.PER_YEAR(1)
)
def test_singles(self):
for rl_string in ["1 per hour", "1/HOUR", "1/Hour"]:
self.assertEqual(parse(rl_string), limits.PER_HOUR(1))
for rl_string in ["1 per minute", "1/MINUTE", "1/Minute"]:
self.assertEqual(parse(rl_string), limits.PER_MINUTE(1))
for rl_string in ["1 per second", "1/SECOND", "1 / Second"]:
self.assertEqual(parse(rl_string), limits.PER_SECOND(1))
for rl_string in ["1 per day", "1/DAY", "1 / Day"]:
self.assertEqual(parse(rl_string), limits.PER_DAY(1))
for rl_string in ["1 per month", "1/MONTH", "1 / Month"]:
self.assertEqual(parse(rl_string), limits.PER_MONTH(1))
for rl_string in ["1 per year", "1/Year", "1 / year"]:
self.assertEqual(parse(rl_string), limits.PER_YEAR(1))
def test_multiples(self):
self.assertEqual(parse("1 per 3 hour").get_expiry(), 3 * 60 * 60)
self.assertEqual(parse("1 per 2 hours").get_expiry(), 2 * 60 * 60)
self.assertEqual(parse("1/2 day").get_expiry(), 2 * 24 * 60 * 60)
def test_multiples(self):
self.assertEqual(parse("1 per 3 hour").get_expiry(), 3 * 60 * 60)
self.assertEqual(parse("1 per 2 hours").get_expiry(), 2 * 60 * 60)
self.assertEqual(parse("1/2 day").get_expiry(), 2 * 24 * 60 * 60)
