def test_compression_duplicate_code(send_event_command, expected_payload):
payload = send_event_command.payload
json_payload = JSONEncoder().encode(payload)
compressed_string = gzip.compress(json_payload.encode())
b64_payload = b64encode(compressed_string)
compressed_payload = b64_payload.decode()
assert compressed_payload == expected_payload
def test_json_encoder_encodes_uuid(faker, uuid, expected):
key = faker.pystr()
input = {key: uuid}
output = JSONEncoder().encode(input)
expected_output = '{{"{key}": "{expected}"}}'.format(key=key,
expected=expected)
assert expected_output == output
def test_json_encoder_encodes_datetimes(faker, dt, expected):
key = faker.pystr()
input = {key: dt}
output = JSONEncoder().encode(input)
expected_output = '{{"{key}": "{expected}"}}'.format(key=key,
expected=expected)
assert expected_output == output
def expected_json(send_event_command):
obj = {
"event": send_event_command.event_name,
"payload": send_event_command.payload,
}
# We know the encoder works, due to :tests.backend.test_encode:, so use it here for convenience.
return JSONEncoder().encode(obj)
def expected_payload(send_event_command):
obj = send_event_command.payload
return SNSBackend.compress(JSONEncoder().encode(obj))
def test_type_error_on_unknown_types():
with pytest.raises(TypeError):
JSONEncoder().encode(Sentinel())