def run():
try:
results = run_simulation(run_params)
self._results[params_hash] = result(
'success',
results=results)
except ParseError as e:
self._results[params_hash] = result(
'error',
message=e.message)
async def test_simulate_route(cli):
for req_data in TEST_DATA:
# Unpack the initial values
simulation_name = req_data['name']
simulation_parameters = req_data['parameters']
# Determine the expected results by calling the simulator directly
expected_simulation_results_frame = run_simulation(
simulation_parameters)
# Roundtrip the results through our JSON encoder to get data the same
# shape - note that this means that any flaws in the JSON encoder will
# NOT be revealed by this test.
expected_simulation_results_json = json.dumps(
expected_simulation_results_frame,
cls=DataFrameJSONEncoder)
expected_simulation_results_dict = json.loads(
expected_simulation_results_json)
# First request the results URL
resp = await cli.post(
'/simulate',
data=json.dumps({'name': simulation_name,
'parameters': simulation_parameters}))
assert resp.status == 200
data = await resp.json()
# assert resp['result-id'] == 'asdfadsfa'
# Now request the result
resp = await cli.get(
'/simulation/{}'.format(data['result-id']))
assert resp.status == 200
data = await resp.json()
# Do they match?
assert data['status'] == 'success'
assert data['name'] == simulation_name
assert data['params'] == simulation_parameters
assert data['results'] == expected_simulation_results_dict
def run():
try:
results = run_simulation(run_params)
self._results[params_hash] = result('success', results=results)
except ParseError as e:
self._results[params_hash] = result('error', message=e.message)
