def test_01(self):
'''
Adding a new event with a new author
should add one row in authors, frbs, observations, rop, rmp
detected=True, Verified=True (importance flag higher than threshold)
'''
len_before = self.get_num_rows_main_tables()
decode.decode_VOEvent(
os.path.join(self.test_data,
'Detection_unitTest1.xml'), self.dbName, self.dbHost,
self.dbPort, self.dbUser, self.dbPassword, self.logfile)
len_after = self.get_num_rows_main_tables()
# assert authors increased by 1
self.assertEqual(len_before[0], len_after[0] - 1)
# assert frbs increased by 1
self.assertEqual(len_before[1], len_after[1] - 1)
# assert observations increased by 1
self.assertEqual(len_before[2], len_after[2] - 1)
# assert rop increased by 1
self.assertEqual(len_before[3], len_after[3] - 1)
# assert rmp increased by 1
self.assertEqual(len_before[4], len_after[4] - 1)
# check inserted values in database
sql = "select authors.ivorn, authors.contact_name, authors.contact_email, frbs.name, frbs.utc, o.telescope, o.detected, o.verified, rop.beam_semi_major_axis, rop.beam_semi_minor_axis, rop.beam_rotation_angle, rop.sampling_time, rop.bandwidth, rop.centre_frequency, rop.npol, rop.bits_per_sample, rop.gain, rop.tsys, rop.backend, rop.beam, rop.gl, rop.gb, rop.mw_dm_limit, rmp.dm, rmp.dm_error, rmp.width, rmp.snr, rmp.flux, rmp.redshift_inferred, rmp.dispersion_smearing from radio_measured_params rmp join radio_observations_params rop ON rmp.rop_id=rop.id join observations o on rop.obs_id=o.id join frbs on o.frb_id=frbs.id join authors on o.author_id=authors.id where voevent_ivorn='ivo://au.csiro.parkes/parkes#FRB1405141714/57953.44444444';"
# both detected and verified (importance=1) = True
values = ('ivo://au.csiro.parkes.superb', 'Emily Petroff',
'*****@*****.**', 'FRB140514',
datetime.datetime(2014, 5, 14, 17, 14, 11,
59000), 'PARKES', True, True, 7.5, 7.5, 0,
0.064, 400, 1382, 2, 2, 0.735, 28, 'BPSR', '1', 50.8, -54.6,
34.9, 563.3, 1.0, 4.096, 16.1, 0.361, 0.44, 1.1)
self.cursor.execute(sql)
self.assertTupleEqual(values, self.cursor.fetchone())
def test_04b(self):
'''
Retraction of event
of the event added by Detection_unitTest2.xml
'''
len_before = self.get_num_rows_main_tables()
decode.decode_VOEvent(
os.path.join(self.test_data,
'Retraction_unitTest2.xml'), self.dbName, self.dbHost,
self.dbPort, self.dbUser, self.dbPassword, self.logfile)
len_after = self.get_num_rows_main_tables()
# assert authors remains the same
self.assertEqual(len_before[0], len_after[0])
# assert frbs remains the same
self.assertEqual(len_before[1], len_after[1])
# assert observations remains the same
self.assertEqual(len_before[2], len_after[2])
# assert rop remains the same
self.assertEqual(len_before[3], len_after[3])
# assert rmp remains the same
self.assertEqual(len_before[4], len_after[4])
# check inserted values in database
sql = "select frbs.name, o.detected, o.verified from radio_measured_params rmp join radio_observations_params rop ON rmp.rop_id=rop.id join observations o on rop.obs_id=o.id join frbs on o.frb_id=frbs.id join authors on o.author_id=authors.id where voevent_ivorn='ivo://nl.astron.apertif/alert#FRB1707201312/57954.55000000';"
# both detected and verified should be False for a retracted event
values = ('FRB170720', False, False)
self.cursor.execute(sql)
self.assertTupleEqual(values, self.cursor.fetchone())
def test_03(self):
'''
A subsequent event
of the event in Detection_unitTest2.xml (test_01b)
with a new author should
add rows in authors, observations, rop, rmp
'''
len_before = self.get_num_rows_main_tables()
decode.decode_VOEvent(
os.path.join(self.test_data,
'Subsequent_unitTest1.xml'), self.dbName, self.dbHost,
self.dbPort, self.dbUser, self.dbPassword, self.logfile)
len_after = self.get_num_rows_main_tables()
# assert authors increased by 1
self.assertEqual(len_before[0], len_after[0] - 1)
# assert frbs remains the same
self.assertEqual(len_before[1], len_after[1])
# assert observations increased by 1
self.assertEqual(len_before[2], len_after[2] - 1)
# assert rop increased by 1
self.assertEqual(len_before[3], len_after[3] - 1)
# assert rmp increased by 1
self.assertEqual(len_before[4], len_after[4] - 1)
sql = "select authors.ivorn, authors.contact_name, authors.contact_email, frbs.name, frbs.utc, o.utc, o.telescope, o.detected, o.verified, rop.beam_semi_major_axis, rop.beam_semi_minor_axis, rop.beam_rotation_angle, rop.sampling_time, rop.bandwidth, rop.centre_frequency, rop.npol, rop.bits_per_sample, rop.gain, rop.tsys, rop.backend, rop.gl, rop.gb, rmp.dm, rmp.dm_error, rmp.width, rmp.snr, rmp.flux from radio_measured_params rmp join radio_observations_params rop ON rmp.rop_id=rop.id join observations o on rop.obs_id=o.id join frbs on o.frb_id=frbs.id join authors on o.author_id=authors.id where voevent_ivorn='ivo://nl.astron.lofar/alert#FRB1707201312/57954.56250000';"
# both detected and verified (importance=0.85) = True
values = ('ivo://nl.astron.lofar.alert', 'Emily Petroff',
'*****@*****.**', 'FRB170720',
datetime.datetime(2014, 5, 14, 17, 14, 11, 59000),
datetime.datetime(2014, 5, 14, 17, 14, 13, 59000), 'PARKES',
True, False, 0.5, 0.5, 0, 1.0, 32, 115, 2, 2, 8.8, 1000,
None, 151.6, 6.65, 750, 5, 10.0, 10, 1.5)
self.cursor.execute(sql)
self.assertTupleEqual(values, self.cursor.fetchone())
def test_02(self):
'''
A confirmation of type supersedes
of the event in Detection_unitTest1.xml (test_01) should not
add any rows in authors, frbs, observations, rop, rmp
'''
len_before = self.get_num_rows_main_tables()
decode.decode_VOEvent(
os.path.join(self.test_data, 'Confirmation_unitTest1.xml'),
self.dbName, self.dbHost, self.dbPort, self.dbUser,
self.dbPassword, self.logfile)
len_after = self.get_num_rows_main_tables()
# assert authors remains the same
self.assertEqual(len_before[0], len_after[0])
# assert frbs remains the same
self.assertEqual(len_before[1], len_after[1])
# assert observations remains the same
self.assertEqual(len_before[2], len_after[2])
# assert rop remains the same
self.assertEqual(len_before[3], len_after[3])
# assert rmp remains the same
self.assertEqual(len_before[4], len_after[4])
# check inserted values in database
sql = "select authors.ivorn, authors.contact_name, authors.contact_email, frbs.name, frbs.utc, o.telescope, o.detected, o.verified, rop.beam_semi_major_axis, rop.beam_semi_minor_axis, rop.beam_rotation_angle, rop.sampling_time, rop.bandwidth, rop.centre_frequency, rop.npol, rop.bits_per_sample, rop.gain, rop.tsys, rop.backend, rop.beam, rop.gl, rop.gb, rop.mw_dm_limit, rmp.dm, rmp.dm_error, rmp.width, rmp.snr, rmp.flux, rmp.redshift_inferred, rmp.dispersion_smearing, rmp.scattering, rmp.dm_index, rmp.dm_index_error, rmp.width_error_upper, rmp.width_error_lower, rmp.flux_calibrated, rmp.flux_error_upper, rmp.flux_error_lower, rmp.fluence, rmp.fluence_error_upper, rmp.fluence_error_lower, rmp.linear_poln_frac, rmp.linear_poln_frac_error, rmp.circular_poln_frac, rmp.circular_poln_frac_error from radio_measured_params rmp join radio_observations_params rop ON rmp.rop_id=rop.id join observations o on rop.obs_id=o.id join frbs on o.frb_id=frbs.id join authors on o.author_id=authors.id where voevent_ivorn='ivo://au.csiro.parkes/parkes#FRB1405141714/57953.44444444';"
# both detected and verified (importance=1) = True
values = ('ivo://au.csiro.parkes.superb', 'Emily Petroff',
'*****@*****.**', 'FRB140514',
datetime.datetime(2014, 5, 14, 17, 14, 11, 59000), 'PARKES',
True, False, 7.5, 7.5, 0, 0.064, 338.281, 1352.0, 2, 2,
0.735, 28, 'BPSR', '1', 50.8, -54.6, 34.9, 562.7, 0.6, 2.80,
16, 0.47, 0.44, 1.1, 5.4, 2.000, 0.004, 3.50, 0.7, True,
0.11, 0.08, 1.32, 2.34, 0.50, 0.0, 10.0, 21.0, 7.0)
self.cursor.execute(sql)
self.assertTupleEqual(values, self.cursor.fetchone())
def test_01b(self):
'''
Adding a new event with a new author
should add one row in authors, frbs, observations, rop, rmp
detected=True, Verified=False (importance flag lower than threshold)
'''
len_before = self.get_num_rows_main_tables()
decode.decode_VOEvent(
os.path.join(self.test_data,
'Detection_unitTest2.xml'), self.dbName, self.dbHost,
self.dbPort, self.dbUser, self.dbPassword, self.logfile)
len_after = self.get_num_rows_main_tables()
# assert authors increased by 1
self.assertEqual(len_before[0], len_after[0] - 1)
# assert frbs increased by 1
self.assertEqual(len_before[1], len_after[1] - 1)
# assert observations increased by 1
self.assertEqual(len_before[2], len_after[2] - 1)
# assert rop increased by 1
self.assertEqual(len_before[3], len_after[3] - 1)
# assert rmp increased by 1
self.assertEqual(len_before[4], len_after[4] - 1)
# check inserted values in database
sql = "select authors.ivorn, authors.contact_name, authors.contact_email, frbs.name, frbs.utc, o.telescope, o.detected, o.verified, rop.beam_semi_major_axis, rop.beam_semi_minor_axis, rop.beam_rotation_angle, rop.sampling_time, rop.bandwidth, rop.centre_frequency, rop.npol, rop.bits_per_sample, rop.gain, rop.tsys, rop.backend, rop.beam, rop.gl, rop.gb, rop.mw_dm_limit, rmp.dm, rmp.dm_error, rmp.width, rmp.snr, rmp.flux, rmp.redshift_inferred, rmp.dispersion_smearing from radio_measured_params rmp join radio_observations_params rop ON rmp.rop_id=rop.id join observations o on rop.obs_id=o.id join frbs on o.frb_id=frbs.id join authors on o.author_id=authors.id where voevent_ivorn='ivo://nl.astron.apertif/alert#FRB1707201312/57954.55000000';"
# both detected and verified (importance=0.85) = True
values = ('ivo://nl.astron.apertif.alert', 'Emily Petroff',
'*****@*****.**', 'FRB170720',
datetime.datetime(2014, 5, 14, 17, 14, 11,
59000), 'PARKES', True, False, 30.0, 0.41,
15, 0.04096, 300, 1400, 2, 2, 0.8, 1000, 'ARTS', '35', 151.6,
6.65, 156.4, 750.0, 1.0, 2.048, 50, 60, 0.5, 0.93)
self.cursor.execute(sql)
self.assertTupleEqual(values, self.cursor.fetchone())
def test_05(self):
'''
Adding a new event with an existing author
should add one row in authors, frbs, observations, rop, rmp
detected=True, Verified=True (importance flag higher than threshold)
'''
len_before = self.get_num_rows_main_tables()
decode.decode_VOEvent(
os.path.join(self.test_data,
'Notes_unitTest1.xml'), self.dbName, self.dbHost,
self.dbPort, self.dbUser, self.dbPassword, self.logfile)
len_after = self.get_num_rows_main_tables()
# assert authors increased by 1
self.assertEqual(len_before[0], len_after[0])
# assert frbs increased by 1
self.assertEqual(len_before[1], len_after[1] - 1)
# assert observations increased by 1
self.assertEqual(len_before[2], len_after[2] - 1)
# assert rop increased by 1
self.assertEqual(len_before[3], len_after[3] - 1)
# assert rmp increased by 1
self.assertEqual(len_before[4], len_after[4] - 1)
# extract rop.id and rmp.id from database to
# allow for extraction of notes
sql = "select rop.id, rmp.id from radio_measured_params rmp join radio_observations_params rop ON rmp.rop_id=rop.id join observations o on rop.obs_id=o.id join frbs on o.frb_id=frbs.id join authors on o.author_id=authors.id where voevent_ivorn='ivo://au.csiro.parkes/parkes#FRB170831/57996.50000000';"
self.cursor.execute(sql)
(rop_id, rmp_id) = self.cursor.fetchone()
# extract radio_observations_params_notes
sql = "select last_modified, author, note from radio_observations_params_notes where rop_id={}".format(
rop_id)
self.cursor.execute(sql)
values = (
datetime.datetime(2017, 8, 31, 12, 00, 00), 'Emily Petroff',
'[beam] Detection beam number if backend is a multi beam receiver')
self.assertTupleEqual(values, self.cursor.fetchone())
# extract radio_measured_params_notes
sql = "select last_modified, author, note from radio_measured_params_notes where rmp_id={}".format(
rmp_id)
self.cursor.execute(sql)
values = [(datetime.datetime(2017, 8, 31, 12, 0), 'Emily Petroff',
'[scattering] Measured scattering.'),
(datetime.datetime(2017, 8, 31, 12, 0), 'Emily Petroff',
'[redshift_inferred] Note on inferred redshift.'),
(datetime.datetime(2017, 8, 31, 12, 0), 'Emily Petroff',
'[redshift_host] Note on host redshift.')]
self.assertEqual(values, self.cursor.fetchall())
