def test_filter_calibration_blocks_for_type_ignore_empty_observations():
fake_inst = FakeInstrument(site='cpt',
camera='fa06',
enclosure='domc',
telescope='2m0a',
type='1m0-SciCam-Sinistro')
filtered_blocks = observation_utils.filter_calibration_blocks_for_type(
fake_inst, 'SKYFLAT', fake_response_json['results'])
assert len(filtered_blocks) == 0
def test_filter_calibration_blocks_for_type():
fake_inst = FakeInstrument(site='cpt',
camera='fa06',
enclosure='domc',
telescope='2m0a',
type='1m0-SciCam-Sinistro')
expected_response = [copy.deepcopy(fake_response_json['results'][2])]
expected_response[0]['request']['configurations'].pop()
filtered_blocks = observation_utils.filter_calibration_blocks_for_type(
fake_inst, 'BIAS', fake_response_json['results'])
assert filtered_blocks == expected_response
def setup(self):
self.site = 'coj'
self.min_date = '2019-02-19T20:27:49'
self.max_date = '2019-02-20T09:55:09'
self.context = Context({
'db_address': 'db_address',
'CALIBRATION_IMAGE_TYPES': ['BIAS'],
'CALIBRATION_STACK_DELAYS': {
'BIAS': 300
}
})
self.frame_type = 'BIAS'
self.fake_blocks_response_json = fake_blocks_response_json
self.fake_inst = FakeInstrument(site='coj',
camera='2m0-SciCam-Spectral',
enclosure='clma',
telescope='2m0a')
"max_airmass": 20,
"extra_params": {},
"min_lunar_distance": 0
}
}]
},
"site": "coj",
"start": "2019-02-20T08:27:49",
"state": "PENDING",
"proposal": "calibrate",
"enclosure": "clma",
"name": ""
}],
}
fake_instruments_response = FakeInstrument()
class TestMain():
@pytest.fixture(scope='function')
def setup(self):
self.site = 'coj'
self.min_date = '2019-02-19T20:27:49'
self.max_date = '2019-02-20T09:55:09'
self.context = Context({
'db_address': 'db_address',
'CALIBRATION_IMAGE_TYPES': ['BIAS'],
'CALIBRATION_STACK_DELAYS': {
'BIAS': 300
}
})