def test_weeks_days(self):
"""Test the generation of CP with day-of-week,
ordinal day, and week (with day-of-week specified)."""
my_now = '20100808T1540Z'
sequence = (
'next(-W-1)', # 20100809T0000Z
'previous(-W-4)', # 20100805T0000Z
'next(-010)', # 20110110T0000Z
'previous(-101)', # 20100411T0000Z
'next(-W40-1)', # 20101004T0000Z
'previous(-W05-1)', # 20100201T0000Z
'next(-W05-5)', # 20110204T0000Z
'previous(-W40-4)') # 20091001T0000Z
output = []
for point in sequence:
output.append(ingest_time(point, my_now))
self.assertEqual(output, ['20100809T0000Z',
'20100805T0000Z',
'20110110T0000Z',
'20100411T0000Z',
'20101004T0000Z',
'20100201T0000Z',
'20110204T0000Z',
'20091001T0000Z'])
def test_timepoint(self):
"""Test that when a timepoint is given, and is not truncated, the
same value is returned."""
my_now = '2018-03-14T15:12Z'
timepoint_truncated = "19951231T0630" # 19951231T0630
output = ingest_time(timepoint_truncated, my_now)
self.assertEqual("19951231T0630", output)
def test_offset_simple(self):
"""Test the generation of offset CP."""
my_now = '20100808T1540Z'
sequence = ('PT15M', # 20100808T1555Z
'-PT30M', # 20100808T1510Z
'PT1H', # 20100808T1640Z
'-PT18H', # 20100807T2140Z
'P3D', # 20100811T1540Z
'-P2W', # 20100725T1540Z
'P6M', # 20110208T1540Z
'-P1M', # 20100708T1540Z
'P1Y', # 20110808T1540Z
'-P5Y') # 20050808T1540Z
output = []
for point in sequence:
output.append(ingest_time(point, my_now))
self.assertEqual(output, ['20100808T1555Z',
'20100808T1510Z',
'20100808T1640Z',
'20100807T2140Z',
'20100811T1540Z',
'20100725T1540Z',
'20110208T1540Z',
'20100708T1540Z',
'20110808T1540Z',
'20050808T1540Z'])
def test_next_simple(self):
"""Test the generation of CP using 'next' from single input."""
my_now = '20100808T1540Z'
sequence = (
'next(T2100Z)', # 20100808T2100Z
'next(T00)', # 20100809T0000Z
'next(T-15)', # 20100808T1615Z
'next(T-45)', # 20100808T1545Z
'next(-10)', # 21100101T0000Z
'next(-1008)', # 21100801T0000Z
'next(--10)', # 20101001T0000Z
'next(--0325)', # 20110325T0000Z
'next(---10)', # 20100810T0000Z
'next(---05T1200Z)') # 20100905T1200Z
output = []
for point in sequence:
output.append(ingest_time(point, my_now))
self.assertEqual(output, [
'20100808T2100Z', '20100809T0000Z', '20100808T1615Z',
'20100808T1545Z', '21100101T0000Z', '21100801T0000Z',
'20101001T0000Z', '20110325T0000Z', '20100810T0000Z',
'20100905T1200Z'
])
def test_timepoint(self):
"""Test that when a timepoint is given, and is not truncated, the
same value is returned."""
my_now = '2018-03-14T15:12Z'
timepoint_truncated = "19951231T0630" # 19951231T0630
output = ingest_time(timepoint_truncated, my_now)
self.assertEqual("19951231T0630", output)
def test_previous_simple(self):
"""Test the generation of CP using 'previous' from single input."""
my_now = '20100808T1540Z'
sequence = ('previous(T2100Z)', # 20100807T2100Z
'previous(T00)', # 20100808T0000Z
'previous(T-15)', # 20100808T1515Z
'previous(T-45)', # 20100808T1445Z
'previous(-10)', # 20100101T0000Z
'previous(-1008)', # 20100801T0000Z
'previous(--10)', # 20091001T0000Z
'previous(--0325)', # 20100325T0000Z
'previous(---10)', # 20100710T0000Z
'previous(---05T1200Z)') # 20100805T1200Z
output = []
for point in sequence:
output.append(ingest_time(point, my_now))
self.assertEqual(output, ['20100807T2100Z',
'20100808T0000Z',
'20100808T1515Z',
'20100808T1445Z',
'20100101T0000Z',
'20100801T0000Z',
'20091001T0000Z',
'20100325T0000Z',
'20100710T0000Z',
'20100805T1200Z'])
def test_offset_simple(self):
"""Test the generation of offset CP."""
my_now = '20100808T1540Z'
sequence = (
'PT15M', # 20100808T1555Z
'-PT30M', # 20100808T1510Z
'PT1H', # 20100808T1640Z
'-PT18H', # 20100807T2140Z
'P3D', # 20100811T1540Z
'-P2W', # 20100725T1540Z
'P6M', # 20110208T1540Z
'-P1M', # 20100708T1540Z
'P1Y', # 20110808T1540Z
'-P5Y') # 20050808T1540Z
output = []
for point in sequence:
output.append(ingest_time(point, my_now))
self.assertEqual(output, [
'20100808T1555Z', '20100808T1510Z', '20100808T1640Z',
'20100807T2140Z', '20100811T1540Z', '20100725T1540Z',
'20110208T1540Z', '20100708T1540Z', '20110808T1540Z',
'20050808T1540Z'
])
def test_timepoint_truncated(self):
"""Test that when a timepoint is given, and is truncated, then the
value is added to `now`."""
my_now = '2018-03-14T15:12Z'
timepoint_truncated = "T15:00Z" # 20180315T1500Z
output = ingest_time(timepoint_truncated, my_now)
self.assertEqual("20180315T1500Z", output)
def test_weeks_days(self):
"""Test the generation of CP with day-of-week,
ordinal day, and week (with day-of-week specified)."""
my_now = '20100808T1540Z'
sequence = (
'next(-W-1)', # 20100809T0000Z
'previous(-W-4)', # 20100805T0000Z
'next(-010)', # 20110110T0000Z
'previous(-101)', # 20100411T0000Z
'next(-W40-1)', # 20101004T0000Z
'previous(-W05-1)', # 20100201T0000Z
'next(-W05-5)', # 20110204T0000Z
'previous(-W40-4)') # 20091001T0000Z
output = []
for point in sequence:
output.append(ingest_time(point, my_now))
self.assertEqual(output, ['20100809T0000Z',
'20100805T0000Z',
'20110110T0000Z',
'20100411T0000Z',
'20101004T0000Z',
'20100201T0000Z',
'20110204T0000Z',
'20091001T0000Z'])
def test_timepoint_truncated(self):
"""Test that when a timepoint is given, and is truncated, then the
value is added to `now`."""
my_now = '2018-03-14T15:12Z'
timepoint_truncated = "T15:00Z" # 20180315T1500Z
output = ingest_time(timepoint_truncated, my_now)
self.assertEqual("20180315T1500Z", output)
def test_previous_simple(self):
"""Test the generation of CP using 'previous' from single input."""
my_now = '20100808T1540Z'
sequence = (
'previous(T2100Z)', # 20100807T2100Z
'previous(T00)', # 20100808T0000Z
'previous(T-15)', # 20100808T1515Z
'previous(T-45)', # 20100808T1445Z
'previous(-10)', # 20100101T0000Z
'previous(-1008)', # 20100801T0000Z
'previous(--10)', # 20091001T0000Z
'previous(--0325)', # 20100325T0000Z
'previous(---10)', # 20100710T0000Z
'previous(---05T1200Z)') # 20100805T1200Z
output = []
for point in sequence:
output.append(ingest_time(point, my_now))
self.assertEqual(output, [
'20100807T2100Z', '20100808T0000Z', '20100808T1515Z',
'20100808T1445Z', '20100101T0000Z', '20100801T0000Z',
'20091001T0000Z', '20100325T0000Z', '20100710T0000Z',
'20100805T1200Z'
])
def test_next_simple(self):
"""Test the generation of CP using 'next' from single input."""
my_now = '20100808T1540Z'
sequence = ('next(T2100Z)', # 20100808T2100Z
'next(T00)', # 20100809T0000Z
'next(T-15)', # 20100808T1615Z
'next(T-45)', # 20100808T1545Z
'next(-10)', # 21100101T0000Z
'next(-1008)', # 21100801T0000Z
'next(--10)', # 20101001T0000Z
'next(--0325)', # 20110325T0000Z
'next(---10)', # 20100810T0000Z
'next(---05T1200Z)') # 20100905T1200Z
output = []
for point in sequence:
output.append(ingest_time(point, my_now))
self.assertEqual(output, ['20100808T2100Z',
'20100809T0000Z',
'20100808T1615Z',
'20100808T1545Z',
'21100101T0000Z',
'21100801T0000Z',
'20101001T0000Z',
'20110325T0000Z',
'20100810T0000Z',
'20100905T1200Z'])
def test_next_simple_no_now(self):
"""Test the generation of CP using 'next' with no value for `now`."""
my_now = None
point = 'next(T00Z)+P1D'
output = ingest_time(point, my_now)
current_time = datetime.utcnow()
# my_now is None, but ingest_time will have used a similar time, and
# the returned value must be after current_time
output_time = datetime.strptime(output, "%Y%m%dT%H%MZ")
self.assertTrue(current_time < output_time)
def test_next_simple_no_now(self):
"""Test the generation of CP using 'next' with no value for `now`."""
my_now = None
point = 'next(T00Z)+P1D'
output = ingest_time(point, my_now)
current_time = datetime.utcnow()
# my_now is None, but ingest_time will have used a similar time, and
# the returned value must be after current_time
output_time = datetime.strptime(output, "%Y%m%dT%H%MZ")
self.assertTrue(current_time < output_time)
def test_cug(self):
"""Test the offset CP examples in the Cylc user guide"""
my_now = '2018-03-14T15:12Z'
sequence = (
'next(T-00)', # 20180314T1600Z
'previous(T-00)', # 20180314T1500Z
'next(T-00; T-15; T-30; T-45)', # 20180314T1515Z
'previous(T-00; T-15; T-30; T-45)', # 20180314T1500Z
'next(T00)', # 20180315T0000Z
'previous(T00)', # 20180314T0000Z
'next(T06:30Z)', # 20180315T0630Z
'previous(T06:30) -P1D', # 20180313T0630Z
'next(T00; T06; T12; T18)', # 20180314T1800Z
'previous(T00; T06; T12; T18)', # 20180314T1200Z
'next(T00; T06; T12; T18)+P1W', # 20180321T1800Z
'PT1H', # 20180314T1612Z
'-P1M', # 20180214T1512Z
'next(-00)', # 21000101T0000Z
'previous(--01)', # 20180101T0000Z
'next(---01)', # 20180401T0000Z
'previous(--1225)', # 20171225T0000Z
'next(-2006)', # 20200601T0000Z
'previous(-W101)', # 20180305T0000Z
'next(-W-1; -W-3; -W-5)', # 20180314T0000Z
'next(-001; -091; -181; -271)', # 20180401T0000Z
'previous(-365T12Z)') # 20171231T1200Z
output = []
for point in sequence:
output.append(ingest_time(point, my_now))
self.assertEqual(output, ['20180314T1600Z',
'20180314T1500Z',
'20180314T1515Z',
'20180314T1500Z',
'20180315T0000Z',
'20180314T0000Z',
'20180315T0630Z',
'20180313T0630Z',
'20180314T1800Z',
'20180314T1200Z',
'20180321T1800Z',
'20180314T1612Z',
'20180214T1512Z',
'21000101T0000Z',
'20180101T0000Z',
'20180401T0000Z',
'20171225T0000Z',
'20200601T0000Z',
'20180305T0000Z',
'20180314T0000Z',
'20180401T0000Z',
'20171231T1200Z'])
def test_cug(self):
"""Test the offset CP examples in the Cylc user guide"""
my_now = '2018-03-14T15:12Z'
sequence = (
'next(T-00)', # 20180314T1600Z
'previous(T-00)', # 20180314T1500Z
'next(T-00; T-15; T-30; T-45)', # 20180314T1515Z
'previous(T-00; T-15; T-30; T-45)', # 20180314T1500Z
'next(T00)', # 20180315T0000Z
'previous(T00)', # 20180314T0000Z
'next(T06:30Z)', # 20180315T0630Z
'previous(T06:30) -P1D', # 20180313T0630Z
'next(T00; T06; T12; T18)', # 20180314T1800Z
'previous(T00; T06; T12; T18)', # 20180314T1200Z
'next(T00; T06; T12; T18)+P1W', # 20180321T1800Z
'PT1H', # 20180314T1612Z
'-P1M', # 20180214T1512Z
'next(-00)', # 21000101T0000Z
'previous(--01)', # 20180101T0000Z
'next(---01)', # 20180401T0000Z
'previous(--1225)', # 20171225T0000Z
'next(-2006)', # 20200601T0000Z
'previous(-W101)', # 20180305T0000Z
'next(-W-1; -W-3; -W-5)', # 20180314T0000Z
'next(-001; -091; -181; -271)', # 20180401T0000Z
'previous(-365T12Z)') # 20171231T1200Z
output = []
for point in sequence:
output.append(ingest_time(point, my_now))
self.assertEqual(output, ['20180314T1600Z',
'20180314T1500Z',
'20180314T1515Z',
'20180314T1500Z',
'20180315T0000Z',
'20180314T0000Z',
'20180315T0630Z',
'20180313T0630Z',
'20180314T1800Z',
'20180314T1200Z',
'20180321T1800Z',
'20180314T1612Z',
'20180214T1512Z',
'21000101T0000Z',
'20180101T0000Z',
'20180401T0000Z',
'20171225T0000Z',
'20200601T0000Z',
'20180305T0000Z',
'20180314T0000Z',
'20180401T0000Z',
'20171231T1200Z'])
def test_sequence(self):
"""Test the generation of CP from list input."""
my_now = '20100808T1540Z'
sequence = (
'next(T-00;T-15;T-30;T-45)', # 20100808T1545Z
'previous(T-00;T-15;T-30;T-45)', # 20100808T1530Z
'next(T00;T06;T12;T18)', # 20100808T1800Z
'previous(T00;T06;T12;T18)') # 20100808T1200Z
output = []
for point in sequence:
output.append(ingest_time(point, my_now))
self.assertEqual(output, ['20100808T1545Z',
'20100808T1530Z',
'20100808T1800Z',
'20100808T1200Z'])
def test_offset(self):
"""Test the generation of offset CP with 'next' and 'previous'."""
my_now = '20100808T1540Z'
sequence = (
'next(T06) +P1D', # 20100810T0600Z
'previous(T-30) -PT12H', # 20100808T0330Z
'next(T00;T06;T12;T18) -P1W', # 20100801T1800Z
'previous(T00;T06;T12;T18) +PT1H') # 20100808T1300Z
output = []
for point in sequence:
output.append(ingest_time(point, my_now))
self.assertEqual(output, [
'20100810T0600Z', '20100808T0330Z', '20100801T1800Z',
'20100808T1300Z'
])
def test_offset(self):
"""Test the generation of offset CP with 'next' and 'previous'."""
my_now = '20100808T1540Z'
sequence = (
'next(T06) +P1D', # 20100810T0600Z
'previous(T-30) -PT12H', # 20100808T0330Z
'next(T00;T06;T12;T18) -P1W', # 20100801T1800Z
'previous(T00;T06;T12;T18) +PT1H') # 20100808T1300Z
output = []
for point in sequence:
output.append(ingest_time(point, my_now))
self.assertEqual(output, ['20100810T0600Z',
'20100808T0330Z',
'20100801T1800Z',
'20100808T1300Z'])
def test_sequence(self):
"""Test the generation of CP from list input."""
my_now = '20100808T1540Z'
sequence = (
'next(T-00;T-15;T-30;T-45)', # 20100808T1545Z
'previous(T-00;T-15;T-30;T-45)', # 20100808T1530Z
'next(T00;T06;T12;T18)', # 20100808T1800Z
'previous(T00;T06;T12;T18)') # 20100808T1200Z
output = []
for point in sequence:
output.append(ingest_time(point, my_now))
self.assertEqual(output, [
'20100808T1545Z', '20100808T1530Z', '20100808T1800Z',
'20100808T1200Z'
])
def test_expanded_dates_are_returned(self):
"""Test that when expanded dates are given, the same value is
returned."""
expanded_date = "+0100400101T0000Z"
self.assertEqual(expanded_date, ingest_time(expanded_date, None))
def test_integer_cycling_is_returned(self):
"""Test that when integer points are given, the same value is
returned."""
integer_point = "1"
self.assertEqual(integer_point, ingest_time(integer_point, None))
def test_integer_cycling_is_returned(self):
"""Test that when integer points are given, the same value is
returned."""
integer_point = "1"
self.assertEqual(integer_point, ingest_time(integer_point, None))
def test_expanded_dates_are_returned(self):
"""Test that when expanded dates are given, the same value is
returned."""
expanded_date = "+0100400101T0000Z"
self.assertEqual(expanded_date, ingest_time(expanded_date, None))
