def test__same_payload_returns_same_results(planet_pipeline: PlanetPipeline):
# arrange
file_name1 = generator.ger_str()
file_name2 = generator.ger_str()
payload = {'id': 4}
# act
planet_pipeline.put_payload(f'{file_name1}.json', payload)
planet_pipeline.put_payload(f'{file_name2}.json', payload)
planet_models1 = planet_pipeline.get_result_model(file_name1).planet_models
planet_models2 = planet_pipeline.get_result_model(file_name1).planet_models
# assert
assert planet_models1 == planet_models2, 'results are not equal when using the same payloads'
def test__contract_values_are_valid_and_not_empty(
planet_pipeline: PlanetPipeline, planet_id):
# arrange
file_name = generator.ger_str()
payload = {'id': planet_id}
# act
planet_pipeline.put_payload(f'{file_name}.json', payload)
json_model = planet_pipeline.get_result_json(file_name)
# assert
assert json_model['name'] and json_model['name'] != 'unknown', \
'"name" is empty or unknown or None'
assert json_model['rotation_period'] and json_model['rotation_period'] != 'unknown', \
'"rotation_period" is empty or unknown or None'
assert json_model['diameter'] and json_model['diameter'] != 'unknown', \
'"diameter" is empty or unknown or None'
assert json_model['climate'] and json_model['climate'] != 'unknown', \
'"climate" is empty or unknown or None'
assert json_model['surface_water'] and json_model['surface_water'] != 'unknown', \
'"surface_water" is empty or unknown or None'
assert json_model['population'] and json_model['population'] != 'unknown', \
'"population" is empty or unknown or None'
assert json_model['created'] and json_model['created'] != 'unknown', \
'"created" is empty or unknown or None'
def test__planet_created_at_in_iso_format(planet_pipeline):
# arrange
file_name = generator.ger_str()
payload = {'id': 2}
# act
planet_pipeline.put_payload(f'{file_name}.json', payload)
file_model = planet_pipeline.get_result_model(file_name)
# assert
assert validate_iso8601(file_model.planet_models[0].created_at)
def test__empty_payload_returns_all_planet(planet_pipeline):
# arrange
file_name = generator.ger_str()
empty_payload = {}
# act
planet_pipeline.put_payload(f'{file_name}.json', empty_payload)
file_model = planet_pipeline.get_result_model(file_name)
# assert
expected_planet_count = 10
assert len(file_model.planet_models) == expected_planet_count
def test__result_files_have_json_extension(planet_pipeline: PlanetPipeline,
planet_id):
# arrange
file_name = generator.ger_str()
payload = {'id': planet_id}
# act
planet_pipeline.put_payload(f'{file_name}.json', payload)
json_model = planet_pipeline.get_result_model(file_name)
# assert
assert json_model.extension == '.json'
def test__incorrect_payload_returns_error(planet_pipeline: PlanetPipeline):
# arrange
file_name = generator.ger_str()
payload = {'id_test': '43'}
# act
planet_pipeline.put_payload(f'{file_name}.json', payload)
file_model = planet_pipeline.get_result_model(file_name)
# assert
assert not file_model.planet_models, 'results are not empty'
assert file_model.error_msg == 'Invalid payload format', 'different error messages'
assert file_model.error_code == 304, 'different error codes'
def test__wrong_planet_id_returns_error(planet_pipeline: PlanetPipeline):
# arrange
file_name = generator.ger_str()
payload = {'id': 20}
# act
planet_pipeline.put_payload(f'{file_name}.json', payload)
file_model = planet_pipeline.get_result_model(file_name)
# assert
assert not file_model.planet_models, 'results are not empty'
assert file_model.error_msg == 'The planet id is incorrect', 'different error messages'
assert file_model.error_code == 404, 'different error codes'
def test__result_file_name_contains_date_time(planet_pipeline: PlanetPipeline):
# arrange
file_name = generator.ger_str()
payload = {'id': 2}
# act
planet_pipeline.put_payload(f'{file_name}.json', payload)
json_model = planet_pipeline.get_result_model(file_name)
date_time_from_filename = extract_date_time_from_str(json_model.name)
# assert
assert validate_default_datetime(
date_time_from_filename
), 'Incorrect data format, should be YYYY-MM-DD-hh:mm:ss'
def test__contract_values_name(planet_pipeline: PlanetPipeline, planet_id):
# arrange
file_name = generator.ger_str()
payload = {'id': planet_id}
# act
planet_pipeline.put_payload(f'{file_name}.json', payload)
json_model = planet_pipeline.get_result_json(file_name)
# assert
assert 'name' in json_model
assert 'rotation_period' in json_model
assert 'diameter' in json_model
assert 'climate' in json_model
assert 'surface_water' in json_model
assert 'population' in json_model
assert 'created_at' in json_model
def test__contract_values_type(planet_pipeline: PlanetPipeline, planet_id):
# arrange
file_name = generator.ger_str()
payload = {'id': planet_id}
# act
planet_pipeline.put_payload(f'{file_name}.json', payload)
json_model = planet_pipeline.get_result_json(file_name)
# assert
assert type(json_model['name']) == str, 'field name: "name"'
assert type(
json_model['rotation_period']) == int, 'field name: "rotation_period"'
assert type(json_model['diameter']) == str, 'field name: "diameter"'
assert type(json_model['climate']) == str, 'field name: "climate"'
assert type(
json_model['surface_water']) == int, 'field name: "surface_water"'
assert type(json_model['population']) == str, 'field name: "population"'
assert type(json_model['created']) == str, 'field name: "created"'