def test_is_not_ready(self):
"""Test when a job is not ready
This function tests that a job will correctly indicate when it is not ready and returns the expected number of
ephemeris parts count.
"""
# Dummy UUID for testing
uuid = 'BLAH'
# Use REST proxy for testing
rest = _RestProxyForTest()
# Set expected 'GET' request with calc_state as 'RUNNING'
rest.expect_get(self._base + '/batch/' + uuid, 200, {
'calc_state': 'RUNNING',
'parts_count': 5
})
# Initiate Batch class
batch = Batch()
# Set UUID
batch._uuid = uuid
# Override network access with proxy
batch.set_rest_accessor(rest)
# Assert that checking if the batch is ready will return False
self.assertFalse(batch.is_ready())
# Assert that the number of expected parts is returned
self.assertEqual(batch.get_parts_count(), 5)
def test_is_ready_failed(self):
"""Test that job is ready when failed
This function tests that a job will indicate that it is ready if it has failed.
"""
# Dummy UUID for testing
uuid = 'BLAH'
# Use REST proxy for testing
rest = _RestProxyForTest()
# Set expected 'GET' request with calc_state as 'FAILED'
rest.expect_get(
self._base + '/batch/' + uuid, 200, {
'calc_state': 'FAILED',
'parts_count': 42,
'summary': "ZQZ",
'error': 'No error!'
})
# Initiate Batch class
batch = Batch()
# Set UUID
batch._uuid = uuid
# Override network access with proxy
batch.set_rest_accessor(rest)
# Assert that checking if the batch is ready will return True
self.assertTrue(batch.is_ready())
# Assert that the calc state is as expected
self.assertEqual(batch.get_calc_state(), 'FAILED')
# Assert that the number of expected parts is returned
self.assertEqual(batch.get_parts_count(), 42)
def test_is_ready_completed(self):
"""Test that job is ready when completed
This function tests that a job will indicate that it is ready if it has completed.
"""
# Dummy UUID for testing
uuid = 'BLAH'
# Use REST proxy for testing
rest = _RestProxyForTest()
# Set expected 'GET' request with calc_state as 'COMPLETED'
rest.expect_get(
'/batch/' + uuid, 200, {
'uuid': uuid,
'calc_state': 'COMPLETED',
'parts_count': 42,
'summary': "ZQZ",
'error': 'No error!'
})
# Initiate Batch class
batch = Batch(rest)
# Set UUID
batch.set_uuid_for_testing(uuid)
# Assert that checking if the batch is ready will return True
self.assertTrue(batch.is_ready())
# Assert that the calc state is as expected
self.assertEqual(batch.get_calc_state(), 'COMPLETED')
# Assert that the number of expected parts is returned
self.assertEqual(batch.get_parts_count(), 42)
# Optional parameters (uncomment to use)
# batch_run.set_propagator_uuid("00000000-0000-0000-0000-000000000002") # Only Sun as point mass, nothing else
# batch_run.set_step_size(3600, 'min')
# batch_run.set_mass(500.5)
# batch_run.set_solar_rad_area(25.2)
# batch_run.set_solar_rad_coeff(1.2)
# batch_run.set_drag_area(33.3)
# batch_run.set_drag_coeff(2.5)
# batch_run.set_originator('Robot')
# batch_run.set_object_name('TestObj')
# batch_run.set_object_id('test1234')
# batch_run.set_description('some description')
print("Initial state %s" % batch_run)
print
print(batch_run.generate_opm())
batch_run.submit()
print
print("Final state %s" % batch_run)
while not batch_run.is_ready():
time.sleep(5)
part_count = batch_run.get_parts_count()
print("Final state %s, part count %s" %
(batch_run.get_calc_state(), part_count))
eph = batch_run.get_part_ephemeris(1)
print("Ephemeris")
print(eph)
