def test_parse_time_with_now_and_utc(self):
for input, adjusted in [('now', 0), ('NOW', 0), ('Now', 0),
('now+100seconds', 100),
('now - 100 seconds ', -100),
('now + 1 day 100 seconds', 86500),
('now - 1 day 100 seconds', -86500),
('now + 1day 10hours 1minute 10secs', 122470),
('NOW - 1D 10H 1MIN 10S', -122470)]:
expected = get_time('epoch') + adjusted
parsed = parse_time(input)
assert_true(expected <= parsed <= expected + 1),
parsed = parse_time(input.upper().replace('NOW', 'UtC'))
zone = time.altzone if time.localtime().tm_isdst else time.timezone
expected += zone
assert_true(expected <= parsed <= expected + 1),
def test_parse_time_and_get_time_must_round_seconds_down(self):
secs_before = int(time.time()) % 60
get_time_result = get_time()[-2:]
parse_time_result = parse_time('NOW') % 60
secs_after = int(time.time()) % 60
if secs_after == secs_before: # Check that second has not passed during the measurements
assert_equal(get_time_result, '%02d' % secs_before)
assert_equal(parse_time_result % 60, secs_after)
def test_parse_time_with_now_and_utc(self):
for input, adjusted in [('now', 0),
('NOW', 0),
('Now', 0),
('now+100seconds', 100),
('now - 100 seconds ', -100),
('now + 1 day 100 seconds', 86500),
('now - 1 day 100 seconds', -86500),
('now + 1day 10hours 1minute 10secs', 122470),
('NOW - 1D 10H 1MIN 10S', -122470)]:
expected = get_time('epoch') + adjusted
parsed = parse_time(input)
assert_true(expected <= parsed <= expected + 1),
parsed = parse_time(input.upper().replace('NOW', 'UtC'))
zone = time.altzone if time.localtime().tm_isdst else time.timezone
expected += zone
assert_true(expected <= parsed <= expected + 1),
def test_parse_time_and_get_time_must_round_seconds_down(self):
secs_before = int(time.time()) % 60
get_time_result = get_time()[-2:]
parse_time_result = parse_time('NOW') % 60
secs_after = int(time.time()) % 60
if secs_after == secs_before: # Check that second has not passed during the measurements
assert_equal(get_time_result, '%02d' % secs_before)
assert_equal(parse_time_result % 60, secs_after)
def _verify_parse_time_and_get_time_rounding(self):
secs = lambda: int(time.time()) % 60
start_secs = secs()
gt_result = get_time()[-2:]
pt_result = parse_time('NOW') % 60
# Check that seconds have not changed during test
if secs() == start_secs:
assert_equal(gt_result, '%02d' % start_secs)
assert_equal(pt_result, start_secs)
def _verify_parse_time_and_get_time_rounding(self):
secs = lambda: int(time.time()) % 60
start_secs = secs()
gt_result = get_time()[-2:]
pt_result = parse_time('NOW') % 60
# Check that seconds have not changed during test
if secs() == start_secs:
assert_equal(gt_result, '%02d' % start_secs)
assert_equal(pt_result, start_secs)
def test_parse_modified_time_with_now(self):
for input, adjusted in [
('now', 0), ('NOW', 0), ('Now', 0), ('now + 100 seconds', 100),
('now - 100 seconds', -100), ('now + 1 day 100 seconds', 86500),
('now - 1 day 100 seconds', -86500),
('now + 1 day 10 hours 1 minute 10 seconds', 122470),
('now - 1 day 10 hours 1 minute 10 seconds', -122470),
('now + 100 seconds', 100)
]:
exp = get_time('epoch') + adjusted
parsed = parse_time(input)
assert_true(exp <= parsed <= exp + 1,
"%d <= %d <= %d" % (exp, parsed, exp + 1))
def test_parse_modified_time_with_now(self):
for input, adjusted in [('now', 0),
('NOW', 0),
('Now', 0),
('now + 100 seconds', 100),
('now - 100 seconds', -100),
('now + 1 day 100 seconds', 86500),
('now - 1 day 100 seconds', -86500),
('now + 1 day 10 hours 1 minute 10 seconds',
122470),
('now - 1 day 10 hours 1 minute 10 seconds',
-122470),
('now + 100 seconds', 100)]:
exp = get_time('epoch') + adjusted
parsed = parse_time(input)
assert_true(exp <= parsed <= exp +1,
"%d <= %d <= %d" % (exp, parsed, exp+1) )
def test_parse_modified_time_with_valid_times(self):
for input, expected in [('100', 100),
('2007-09-20 16:15:14', EXAMPLE_TIME),
('20070920 161514', EXAMPLE_TIME)]:
assert_equal(parse_time(input), expected)
def test_parse_time_with_valid_times(self):
for input, expected in [('100', 100),
('2007-09-20 16:15:14', EXAMPLE_TIME),
('20070920 161514', EXAMPLE_TIME)]:
assert_equal(parse_time(input), expected)