def test_sync_jcmt_allocation(self):
"""
Test JCMT allocation sync operation including unique constraint
avoidance.
"""
proposal_id = self._create_test_proposal()
records = JCMTRequestCollection()
records[0] = JCMTRequest(
None, None, JCMTInstrument.SCUBA2, JCMTAncillary.NONE,
JCMTWeather.BAND1, 10.0)
records[1] = JCMTRequest(
None, None, JCMTInstrument.SCUBA2, JCMTAncillary.NONE,
JCMTWeather.BAND2, 20.0)
records[2] = JCMTRequest(
None, None, JCMTInstrument.SCUBA2, JCMTAncillary.NONE,
JCMTWeather.BAND3, 30.0)
n = self.db.sync_jcmt_proposal_allocation(proposal_id, records)
self.assertEqual(n, (3, 0, 0))
records = self.db.search_jcmt_allocation(proposal_id=proposal_id)
self.assertEqual(len(records), 3)
id1 = list(records.keys())
records[id1[0]] = records[id1[0]]._replace(weather=JCMTWeather.BAND2)
records[id1[1]] = records[id1[1]]._replace(weather=JCMTWeather.BAND3)
records[id1[2]] = records[id1[2]]._replace(weather=JCMTWeather.BAND4)
n = self.db.sync_jcmt_proposal_allocation(proposal_id, records)
self.assertEqual(n, (0, 3, 0))
records = self.db.search_jcmt_allocation(proposal_id=proposal_id)
id2 = list(records.keys())
# There was no circular update loop so the identifiers should be
# unchanged.
self.assertEqual(id1, id2)
for (record, id_, weather, time) in zip(
records.values(), id2,
[JCMTWeather.BAND2, JCMTWeather.BAND3, JCMTWeather.BAND4],
[10.0, 20.0, 30.0]):
self.assertEqual(record.id, id_)
self.assertEqual(record.weather, weather)
self.assertEqual(record.time, time)
self.assertEqual(record.instrument, JCMTInstrument.SCUBA2)
def test_feedback_extra(self):
# Set up test proposal with a JCMT allocation.
types = self.view.get_call_types()
proposal_id = self._create_test_proposal('20A', 'P', types.STANDARD)
proposal = self.db.get_proposal(
facility_id=None, proposal_id=proposal_id)
rc = JCMTRequestCollection()
rc[1] = null_tuple(JCMTRequest)._replace(
instrument=JCMTInstrument.HARP, ancillary=JCMTAncillary.NONE,
weather=JCMTWeather.BAND5, time=4.5)
self.db.sync_jcmt_proposal_allocation(proposal_id, rc)
# Test the get_feedback_extra method.
extra = self.view.get_feedback_extra(self.db, proposal)
self.assertIsInstance(extra, dict)
self.assertEqual(set(extra.keys()), set(('jcmt_allocation',)))
alloc = extra['jcmt_allocation']
self.assertIsInstance(alloc, list)
self.assertEqual(len(alloc), 1)
a = alloc[0]
self.assertEqual(a.instrument, 'HARP')
self.assertEqual(a.weather, 'Band 5')
self.assertEqual(a.time, 4.5)
self.assertIsNone(a.ancillary)
def test_sync_jcmt_allocation(self):
"""
Test JCMT allocation sync operation including unique constraint
avoidance.
"""
proposal_id = self._create_test_proposal()
records = JCMTRequestCollection()
records[0] = JCMTRequest(None, None, JCMTInstrument.SCUBA2,
JCMTAncillary.NONE, JCMTWeather.BAND1, 10.0)
records[1] = JCMTRequest(None, None, JCMTInstrument.SCUBA2,
JCMTAncillary.NONE, JCMTWeather.BAND2, 20.0)
records[2] = JCMTRequest(None, None, JCMTInstrument.SCUBA2,
JCMTAncillary.NONE, JCMTWeather.BAND3, 30.0)
n = self.db.sync_jcmt_proposal_allocation(proposal_id, records)
self.assertEqual(n, (3, 0, 0))
records = self.db.search_jcmt_allocation(proposal_id=proposal_id)
self.assertEqual(len(records), 3)
id1 = list(records.keys())
records[id1[0]] = records[id1[0]]._replace(weather=JCMTWeather.BAND2)
records[id1[1]] = records[id1[1]]._replace(weather=JCMTWeather.BAND3)
records[id1[2]] = records[id1[2]]._replace(weather=JCMTWeather.BAND4)
n = self.db.sync_jcmt_proposal_allocation(proposal_id, records)
self.assertEqual(n, (0, 3, 0))
records = self.db.search_jcmt_allocation(proposal_id=proposal_id)
id2 = list(records.keys())
# There was no circular update loop so the identifiers should be
# unchanged.
self.assertEqual(id1, id2)
for (record, id_, weather, time) in zip(
records.values(), id2,
[JCMTWeather.BAND2, JCMTWeather.BAND3, JCMTWeather.BAND4],
[10.0, 20.0, 30.0]):
self.assertEqual(record.id, id_)
self.assertEqual(record.weather, weather)
self.assertEqual(record.time, time)
self.assertEqual(record.instrument, JCMTInstrument.SCUBA2)
def test_sync_jcmt_request(self):
"""
Test a JCMT request sync operation which encounters uniqueness
constraints.
"""
proposal_id = self._create_test_proposal()
records = JCMTRequestCollection()
records[0] = JCMTRequest(
None, None, JCMTInstrument.HARP, JCMTAncillary.NONE,
JCMTWeather.BAND1, 10.0)
records[1] = JCMTRequest(
None, None, JCMTInstrument.HARP, JCMTAncillary.NONE,
JCMTWeather.BAND5, 20.0)
n = self.db.sync_jcmt_proposal_request(proposal_id, records)
self.assertEqual(n, (2, 0, 0))
records = self.db.search_jcmt_request(proposal_id)
id1 = list(records.keys())
self.assertEqual(records[id1[0]].weather, JCMTWeather.BAND1)
self.assertEqual(records[id1[0]].time, 10.0)
self.assertEqual(records[id1[1]].weather, JCMTWeather.BAND5)
self.assertEqual(records[id1[1]].time, 20.0)
# Swap the weather bands.
records[id1[0]] = records[id1[0]]._replace(weather=JCMTWeather.BAND5)
records[id1[1]] = records[id1[1]]._replace(weather=JCMTWeather.BAND1)
n = self.db.sync_jcmt_proposal_request(proposal_id, records)
self.assertEqual(n, (0, 2, 0))
records = self.db.search_jcmt_request(proposal_id)
id2 = list(records.keys())
# Expect the first entry to have been re-inserted since we made a
# circular update.
self.assertEqual(id1[1], id2[0])
self.assertNotEqual(id1[0], id2[1])
self.assertEqual(records[id2[0]].weather, JCMTWeather.BAND1)
self.assertEqual(records[id2[0]].time, 20.0)
self.assertEqual(records[id2[1]].weather, JCMTWeather.BAND5)
self.assertEqual(records[id2[1]].time, 10.0)
def test_sync_jcmt_request(self):
"""
Test a JCMT request sync operation which encounters uniqueness
constraints.
"""
proposal_id = self._create_test_proposal()
records = JCMTRequestCollection()
records[0] = JCMTRequest(None, None, JCMTInstrument.HARP,
JCMTAncillary.NONE, JCMTWeather.BAND1, 10.0)
records[1] = JCMTRequest(None, None, JCMTInstrument.HARP,
JCMTAncillary.NONE, JCMTWeather.BAND5, 20.0)
n = self.db.sync_jcmt_proposal_request(proposal_id, records)
self.assertEqual(n, (2, 0, 0))
records = self.db.search_jcmt_request(proposal_id)
id1 = list(records.keys())
self.assertEqual(records[id1[0]].weather, JCMTWeather.BAND1)
self.assertEqual(records[id1[0]].time, 10.0)
self.assertEqual(records[id1[1]].weather, JCMTWeather.BAND5)
self.assertEqual(records[id1[1]].time, 20.0)
# Swap the weather bands.
records[id1[0]] = records[id1[0]]._replace(weather=JCMTWeather.BAND5)
records[id1[1]] = records[id1[1]]._replace(weather=JCMTWeather.BAND1)
n = self.db.sync_jcmt_proposal_request(proposal_id, records)
self.assertEqual(n, (0, 2, 0))
records = self.db.search_jcmt_request(proposal_id)
id2 = list(records.keys())
# Expect the first entry to have been re-inserted since we made a
# circular update.
self.assertEqual(id1[1], id2[0])
self.assertNotEqual(id1[0], id2[1])
self.assertEqual(records[id2[0]].weather, JCMTWeather.BAND1)
self.assertEqual(records[id2[0]].time, 20.0)
self.assertEqual(records[id2[1]].weather, JCMTWeather.BAND5)
self.assertEqual(records[id2[1]].time, 10.0)
def test_jcmt_request(self):
proposal_id = self._create_test_proposal()
request = self.db.search_jcmt_request(proposal_id)
self.assertIsInstance(request, JCMTRequestCollection)
self.assertEqual(len(request), 0)
records = JCMTRequestCollection()
records[1] = JCMTRequest(None, None, JCMTInstrument.HARP,
JCMTAncillary.NONE, JCMTWeather.BAND4, 5.0)
records[2] = JCMTRequest(None, None, JCMTInstrument.SCUBA2,
JCMTAncillary.NONE, JCMTWeather.BAND2, 10.0)
self.db.sync_jcmt_proposal_request(proposal_id, records)
request = self.db.search_jcmt_request(proposal_id)
self.assertEqual(len(request), 2)
request_id = list(request.keys())
request = list(request.values())
self.assertIsInstance(request[0], JCMTRequest)
self.assertIsInstance(request[0].id, int)
self.assertEqual(request[0].id, request_id[0])
self.assertEqual(request[0].proposal_id, proposal_id)
self.assertEqual(request[0].instrument, JCMTInstrument.HARP)
self.assertEqual(request[0].ancillary, JCMTAncillary.NONE)
self.assertEqual(request[0].weather, JCMTWeather.BAND4)
self.assertEqual(request[0].time, 5.0)
self.assertIsInstance(request[1], JCMTRequest)
self.assertIsInstance(request[1].id, int)
self.assertEqual(request[1].id, request_id[1])
self.assertEqual(request[1].proposal_id, proposal_id)
self.assertEqual(request[1].instrument, JCMTInstrument.SCUBA2)
self.assertEqual(request[1].ancillary, JCMTAncillary.NONE)
self.assertEqual(request[1].weather, JCMTWeather.BAND2)
self.assertEqual(request[1].time, 10.0)
def test_jcmt_allocation(self):
proposal_id = self._create_test_proposal()
allocation = self.db.search_jcmt_allocation(proposal_id)
self.assertIsInstance(allocation, JCMTRequestCollection)
self.assertEqual(len(allocation), 0)
records = JCMTRequestCollection()
records[0] = JCMTRequest(None, None, JCMTInstrument.HARP,
JCMTAncillary.NONE, JCMTWeather.BAND2, 25.0)
records[1] = JCMTRequest(None, None, JCMTInstrument.HARP,
JCMTAncillary.NONE, JCMTWeather.BAND5, 75.0)
self.db.sync_jcmt_proposal_allocation(proposal_id, records)
allocation = self.db.search_jcmt_allocation(proposal_id)
self.assertIsInstance(allocation, JCMTRequestCollection)
self.assertEqual(len(allocation), 2)
allocation_id = list(allocation.keys())
allocation = list(allocation.values())
self.assertIsInstance(allocation[0], JCMTRequest)
self.assertIsInstance(allocation[0].id, int)
self.assertEqual(allocation[0].id, allocation_id[0])
self.assertEqual(allocation[0].proposal_id, proposal_id)
self.assertEqual(allocation[0].instrument, JCMTInstrument.HARP)
self.assertEqual(allocation[0].ancillary, JCMTAncillary.NONE)
self.assertEqual(allocation[0].weather, JCMTWeather.BAND2)
self.assertEqual(allocation[0].time, 25.0)
self.assertIsInstance(allocation[1], JCMTRequest)
self.assertIsInstance(allocation[1].id, int)
self.assertEqual(allocation[1].id, allocation_id[1])
self.assertEqual(allocation[1].proposal_id, proposal_id)
self.assertEqual(allocation[1].instrument, JCMTInstrument.HARP)
self.assertEqual(allocation[1].ancillary, JCMTAncillary.NONE)
self.assertEqual(allocation[1].weather, JCMTWeather.BAND5)
self.assertEqual(allocation[1].time, 75.0)
def test_request_collection(self):
c = JCMTRequestCollection()
self.assertIsInstance(c, OrderedDict)
# An empty table should have a table attribute which is false.
t = c.to_table()
self.assertIsInstance(t, ResultTable)
self.assertFalse(t.table)
total = c.get_total()
self.assertIsInstance(total, JCMTRequestTotal)
self.assertEqual(total.total, 0.0)
self.assertEqual(total.instrument, {})
self.assertEqual(total.instrument_grouped, {})
self.assertEqual(total.weather, {})
self.assertEqual(total.total_non_free, 0.0)
# Add some rows.
c[1] = JCMTRequest(1, 0, instrument=1, ancillary=0,
weather=1, time=10.0)
c[2] = JCMTRequest(2, 0, instrument=1, ancillary=0,
weather=1, time=20.0)
c[3] = JCMTRequest(3, 0, instrument=1, ancillary=0,
weather=2, time=100.0)
# The table's table attribute is now true.
t = c.to_table()
self.assertIsInstance(t, ResultTable)
self.assertTrue(t.table)
# We should have the instrument, but no totals as there is only one.
self.assertIn((1, 0), t.table)
self.assertNotIn(0, t.table)
# Check the weather band times have been added up as expected.
self.assertEqual(t.table[(1, 0)], {1: 30.0, 2: 100.0, None: 130.0})
# And we should have sensible rows and columns dictionaries.
self.assertIsInstance(t.rows, OrderedDict)
self.assertEqual(list(t.rows.keys()), [(1, 0)])
self.assertIsInstance(t.columns, OrderedDict)
self.assertEqual(list(t.columns.keys()),
list(JCMTWeather.get_available().keys()))
# Add data for more instruments.
c[4] = JCMTRequest(4, 0, instrument=2, ancillary=0,
weather=2, time=200.0)
c[5] = JCMTRequest(5, 0, instrument=4, ancillary=0,
weather=5, time=1000.0)
t = c.to_table()
# Check the rows.
self.assertEqual(
set(t.table.keys()), set((None, (1, 0), (2, 0), (4, 0))))
self.assertEqual(
set(t.rows.keys()), set(((1, 0), (2, 0), (4, 0))))
# And check the combined times.
self.assertEqual(
t.table[(1, 0)], {1: 30.0, 2: 100.0, None: 130.0})
self.assertEqual(
t.table[(2, 0)], {2: 200.0, None: 200.0})
self.assertEqual(
t.table[(4, 0)], {5: 1000.0, None: 1000.0})
self.assertEqual(
t.table[None], {1: 30.0, 2: 300.0, 5: 1000.0, None: 1330.0})
total = c.get_total()
self.assertIsInstance(total, JCMTRequestTotal)
self.assertEqual(total.total, 1330.0)
self.assertEqual(
total.instrument, {(1, 0): 130.0, (2, 0): 200.0, (4, 0): 1000.0})
self.assertEqual(
total.instrument_total, {1: 130.0, 2: 200.0, 4: 1000.0})
self.assertEqual(
total.instrument_grouped,
{1: {0: 130.0}, 2: {0: 200.0}, 4: {0: 1000.0}})
self.assertEqual(total.weather, {1: 30.0, 2: 300.0, 5: 1000.0})
self.assertEqual(total.total_non_free, 330.0)
# Check conversion to sorted list.
c[6] = JCMTRequest(6, 0, instrument=2, ancillary=0,
weather=1, time=500.0)
sorted_list = c.to_sorted_list()
self.assertIsInstance(sorted_list, list)
self.assertEqual(len(sorted_list), 6)
self.assertEqual(sorted_list[0].id, 1)
self.assertEqual(sorted_list[1].id, 2)
self.assertEqual(sorted_list[2].id, 3)
self.assertEqual(sorted_list[3].id, 6)
self.assertEqual(sorted_list[4].id, 4)
self.assertEqual(sorted_list[5].id, 5)
self.assertEqual(sorted_list[0].instrument, 'SCUBA-2')
self.assertEqual(sorted_list[1].instrument, 'SCUBA-2')
self.assertEqual(sorted_list[2].instrument, 'SCUBA-2')
self.assertEqual(sorted_list[3].instrument, 'HARP')
self.assertEqual(sorted_list[4].instrument, 'HARP')
self.assertEqual(sorted_list[5].instrument, 'RxA3m')
self.assertEqual(sorted_list[0].weather, 'Band 1')
self.assertEqual(sorted_list[1].weather, 'Band 1')
self.assertEqual(sorted_list[2].weather, 'Band 2')
self.assertEqual(sorted_list[3].weather, 'Band 1')
self.assertEqual(sorted_list[4].weather, 'Band 2')
self.assertEqual(sorted_list[5].weather, 'Band 5')
self.assertEqual(sorted_list[0].time, 10.0)
self.assertEqual(sorted_list[1].time, 20.0)
self.assertEqual(sorted_list[2].time, 100.0)
self.assertEqual(sorted_list[3].time, 500.0)
self.assertEqual(sorted_list[4].time, 200.0)
self.assertEqual(sorted_list[5].time, 1000.0)
# This result collection isn't valid because instrument=1, weather=1
# is repeated.
with self.assertRaisesRegexp(UserError, 'multiple entries'):
c.validate()
# Validation should succeed if we remove the offending entry.
del c[1]
c.validate()
# Check the other validation constraints.
c[1] = JCMTRequest(1, 0, instrument=1, ancillary=0,
weather=1, time='')
with self.assertRaisesRegexp(UserError, 'valid number'):
c.validate()
c[1] = JCMTRequest(1, 0, instrument=0, ancillary=0,
weather=1, time=1.0)
with self.assertRaisesRegexp(UserError, 'Instrument not recognised'):
c.validate()
c[1] = JCMTRequest(1, 0, instrument=1, ancillary=999,
weather=1, time=1.0)
with self.assertRaisesRegexp(
UserError, 'Ancillary instrument not recognised'):
c.validate()
c[1] = JCMTRequest(1, 0, instrument=1,
ancillary=1, weather=1, time=1.0)
with self.assertRaisesRegexp(
UserError, 'Ancillary not permitted for this instrument'):
c.validate()
c[1] = JCMTRequest(1, 0, instrument=1, ancillary=0,
weather=0, time=1.0)
with self.assertRaisesRegexp(UserError, 'Weather band not recognised'):
c.validate()
