def test_should_get_all_work_centers(self):
WorkCentersUseCases(self._data_source).create(
WorkCentersEntity(region="SP - São Paulo"))
WorkCentersUseCases(self._data_source).create(
WorkCentersEntity(region="RJ - Rio de Janeiro"))
WorkCentersUseCases(self._data_source).create(
WorkCentersEntity(region="BH - Belo Horizonte"))
work_centers = WorkCentersUseCases(self._data_source).get_all()
self.assertEqual(len(work_centers), 3)
def get_qty_of_terminals_available(self, work_center: WorkCentersEntity):
"""
(BR02) A quantidade de terminais disponível é resultado das entregas das
espedições menos a quantidade usada em atendimentos
Args:
work_center (WorkCentersEntity): Polo
Returns:
[type]: Quantidade recebida em espedições - Quantidade usada em atendimentos
"""
return work_center.calcule_qty_of_terminals_received() - work_center.calcule_qty_of_terminals_used()
def test_should_invalid_a_work_center_without_region(self):
wc_empty = WorkCentersEntity()
wc_without_region = WorkCentersEntity(**{'region': ''})
res_of_wc_empty = self.rules.is_not_a_valid_work_center_data_to_register(
wc_empty)
res_of_wc_without_region = self.rules.is_not_a_valid_work_center_data_to_register(
wc_without_region)
self.assertEqual(res_of_wc_empty, True)
self.assertEqual(res_of_wc_without_region, True)
def test_should_get_all_work_centers_in_db(self):
repository = WorkCentersRepository(self._data_source)
entity_SP = WorkCentersEntity(region="SP - São Paulo")
entity_RJ = WorkCentersEntity(region="RJ - Rio de Janeiro")
entity_BH = WorkCentersEntity(region="BH - Belo Horizonte")
repository.persist(entity_SP)
repository.persist(entity_RJ)
repository.persist(entity_BH)
repository.save_transaction()
entities_on_db = repository.fetch()
self.assertEqual(len(entities_on_db), 3)
def test_should_find_a_work_center(self):
created_entity = WorkCentersUseCases(self._data_source).create(
WorkCentersEntity(region="SP - São Paulo"))
found_entity = WorkCentersUseCases(self._data_source).find(
created_entity.id)
self.assertEqual(found_entity.id, created_entity.id)
def _create_a_work_center_by_data_layer(self):
work_center_repository = WorkCentersRepository(self._data_source)
work_center = WorkCentersEntity(region="SP - Osasco")
work_center_model = work_center_repository.persist(work_center)
work_center_repository.save_transaction()
return work_center_model
def test_should_delete_a_work_center(self):
created_entity = WorkCentersUseCases(self._data_source).create(
WorkCentersEntity(region="SP - São Paulo"))
WorkCentersUseCases(self._data_source).delete(created_entity)
found_entity = WorkCentersUseCases(self._data_source).find(
created_entity.id)
self.assertIsNone(found_entity)
def to_entity(self) -> WorkCentersEntity:
expeditions = [exp.to_entity() for exp in self.expeditions]
attendance = [attdc.to_entity() for attdc in self.attendance]
return WorkCentersEntity(self.region, self.id, expeditions, attendance,
self.days_qty_ideal_for_coverage,
self.coverage_classification,
self.days_of_coverage, self.avg_of_attendence,
self.qty_of_terminals_available,
self.qty_of_terminals_used,
self.qty_of_terminals_received)
def on_post(self, req: Request, resp: Response):
result = {}
try:
result = self._resource_use_cases.create(
WorkCentersEntity(**req.media))
except Exception as ex:
raise falcon.HTTPError(falcon.HTTP_500, str(ex))
resp.status = falcon.HTTP_CREATED
resp.body = serialize(result)
def test_should_get_one_work_center_in_db(self):
repository = WorkCentersRepository(self._data_source)
entity_SP = WorkCentersEntity(region="SP - São Paulo")
entity = repository.persist(entity_SP)
repository.save_transaction()
all_entities = repository.fetch()
last_entity_added = all_entities[len(all_entities) - 1]
self.assertEqual(entity.region, last_entity_added.region)
self.assertIsNotNone(last_entity_added.id)
def test_should_persist_a_work_center_in_db(self):
repository = WorkCentersRepository(self._data_source)
qty_of_entities_in_db_before = len(repository.fetch())
entity = WorkCentersEntity(region="SP - São Paulo")
repository.persist(entity)
repository.save_transaction()
qty_of_entities_in_db_after = len(repository.fetch())
self.assertNotEqual(qty_of_entities_in_db_before,
qty_of_entities_in_db_after)
def test_should_update_a_work_center(self):
new_region = "RJ - Rio de Janeiro - Madureira"
created_entity = WorkCentersUseCases(self._data_source).create(
WorkCentersEntity(region="SP - São Paulo"))
created_entity.region = new_region
WorkCentersUseCases(self._data_source).update(created_entity)
found_entity = WorkCentersUseCases(self._data_source).find(
created_entity.id)
self.assertEqual(found_entity.region, new_region)
def test_should_delete_one_work_center_in_db(self):
entity_SP = WorkCentersEntity(region="SP - São Paulo")
repository = WorkCentersRepository(self._data_source)
entity = repository.persist(entity_SP)
repository.save_transaction()
repository.delete(entity)
repository.save_transaction()
found_entity = repository.find(entity.id)
self.assertIsNone(found_entity)
def test_should_create_a_work_center_and_return_data_from_db(self):
repository = WorkCentersRepository(self._data_source)
qty_of_register_in_db_before = len(repository.fetch())
created_entity = WorkCentersUseCases(self._data_source).create(
WorkCentersEntity(region="SP - São Paulo"))
qty_of_register_in_db_after = len(repository.fetch())
self.assertIsNotNone(created_entity.id)
self.assertEqual(created_entity.region, "SP - São Paulo")
self.assertEqual(qty_of_register_in_db_after,
qty_of_register_in_db_before + 1)
def test_should_update_one_work_center_in_db(self):
entity_SP = WorkCentersEntity(region="SP - São Paulo")
repository = WorkCentersRepository(self._data_source)
new_name = "SP - São Paulo 2"
entity = repository.persist(entity_SP)
repository.save_transaction()
entity.region = new_name
repository.update(entity)
repository.save_transaction()
self.assertEqual(entity.region, new_name)
def is_not_a_valid_work_center_data_to_register(self,
work_center: WorkCentersEntity = WorkCentersEntity()) -> bool:
"""
(BRO1) Um polo sempre deve ter uma região
Args:
work_center (WorkCentersEntity, optional): Polo. Defaults to WorkCentersEntity().
Returns:
bool: Se a entidade tiver uma região irá retornar verdadeiro se não falso
"""
if work_center.region == None or len(work_center.region) == 0:
return True
return False
def create(
self, work_center: WorkCentersEntity = WorkCentersEntity()
) -> WorkCentersEntity:
if work_center == {}:
raise UseCaseException(
WorkCenterOperationsRejectionMessages.INVALID_REGION_NAME)
if self._business_rules.is_not_a_valid_work_center_data_to_register(
work_center):
raise UseCaseException(
WorkCenterOperationsRejectionMessages.INVALID_DATA_TO_REGISTER)
try:
model_created = self._work_centers_repository.persist(work_center)
self._work_centers_repository.save_transaction()
except Exception as ex:
self._work_centers_repository.revert_transaction()
raise ex
return model_created.to_entity()
class WorkCenterBusinessCoverage(ResetDatabaseEachTestCase):
_fake_wc_entity = WorkCentersEntity(region="SP - São Paulo")
def _get_date_days_ago(self, days_ago = 14):
param_date = datetime.datetime.now()
days_to_discount = datetime.timedelta(days_ago)
new_date = param_date - days_to_discount
return new_date
def test_should_get_right_average_of_attendence(self):
days_used_in_avg = 14
use_cases = WorkCentersUseCases(self._data_source)
work_center = use_cases.create(self._fake_wc_entity)
avg_before = use_cases.get_average_of_attendences_in_wc(
work_center, days_used_in_avg)
list_of_attendences = [
AttendanceEntity(qty_of_terminals=1, work_center=work_center),
AttendanceEntity(qty_of_terminals=1, work_center=work_center,
attendance_date=self._get_date_days_ago(7)),
AttendanceEntity(qty_of_terminals=1, work_center=work_center,
attendance_date=self._get_date_days_ago(10)),
AttendanceEntity(qty_of_terminals=1, work_center=work_center, was_canceled=True),
]
for attdc in list_of_attendences:
attdc = AttendanceUseCases(self._data_source).create(attdc)
avg_after = use_cases.get_average_of_attendences_in_wc(
work_center, days_used_in_avg)
self.assertEqual(avg_before, 0)
self.assertEqual(avg_after, 3)
def test_is_getting_right_green_classification_of_coverage(self):
days_used_in_avg = 14
use_cases = WorkCentersUseCases(self._data_source)
work_center = use_cases.create(self._fake_wc_entity)
business_rules = WorkCenterBusinessRules()
self._register_fake_attendences_in(work_center, 250, days_used_in_avg)
self._register_fake_expeditions_in(work_center, 20, 25)
work_center_updated = use_cases.find(work_center.id)
terminals_used = work_center_updated.calcule_qty_of_terminals_used()
terminals_received = work_center_updated.calcule_qty_of_terminals_received()
terminails_available = business_rules.get_qty_of_terminals_available(
work_center_updated)
avg_attendance = use_cases.get_average_of_attendences_in_wc(
work_center_updated, days_used_in_avg)
classfication = business_rules.get_coverage_classification(
terminails_available, avg_attendance, days_used_in_avg)
self.assertEqual(terminals_used, 250)
self.assertEqual(terminals_received, 500)
self.assertEqual(avg_attendance, 17)
self.assertEqual(classfication, CoverageClassifications.GREEN)
def test_is_getting_right_red_with_low_stock_classification_of_coverage(self):
days_used_in_avg = 14
use_cases = WorkCentersUseCases(self._data_source)
work_center = use_cases.create(self._fake_wc_entity)
business_rules = WorkCenterBusinessRules()
self._register_fake_attendences_in(work_center, 75, days_used_in_avg)
self._register_fake_expeditions_in(work_center, 9, 10)
work_center_updated = use_cases.find(work_center.id)
terminals_used = work_center_updated.calcule_qty_of_terminals_used()
terminals_received = work_center_updated.calcule_qty_of_terminals_received()
terminails_available = business_rules.get_qty_of_terminals_available(
work_center_updated)
avg_attendance = use_cases.get_average_of_attendences_in_wc(
work_center_updated, days_used_in_avg)
classfication = business_rules.get_coverage_classification(
terminails_available, avg_attendance, days_used_in_avg)
days_coverage = business_rules.get_days_coverage(
terminails_available, avg_attendance)
self.assertEqual(terminals_used, 75)
self.assertEqual(terminals_received, 90)
self.assertEqual(days_coverage, 3)
self.assertEqual(classfication, CoverageClassifications.RED)
def test_is_getting_right_red_with_high_stock_classification_of_coverage(self):
days_used_in_avg = 14
use_cases = WorkCentersUseCases(self._data_source)
work_center = use_cases.create(self._fake_wc_entity)
business_rules = WorkCenterBusinessRules()
self._register_fake_attendences_in(work_center, 75, days_used_in_avg)
self._register_fake_expeditions_in(work_center, 30, 10)
time.sleep(1)
work_center_updated = use_cases.find(work_center.id)
terminals_used = work_center_updated.calcule_qty_of_terminals_used()
terminals_received = work_center_updated.calcule_qty_of_terminals_received()
terminails_available = business_rules.get_qty_of_terminals_available(
work_center_updated)
avg_attendance = use_cases.get_average_of_attendences_in_wc(
work_center_updated, days_used_in_avg)
classfication = business_rules.get_coverage_classification(
terminails_available, avg_attendance, days_used_in_avg)
days_coverage = business_rules.get_days_coverage(
terminails_available, avg_attendance)
self.assertEqual(terminals_used, 75)
self.assertEqual(terminals_received, 300)
self.assertGreater(days_coverage, 23)
self.assertEqual(classfication, CoverageClassifications.RED)
def test_is_getting_right_yellow_with_low_stock_classification_of_coverage(self):
days_used_in_avg = 14
use_cases = WorkCentersUseCases(self._data_source)
work_center = use_cases.create(self._fake_wc_entity)
business_rules = WorkCenterBusinessRules()
self._register_fake_attendences_in(work_center, 75, days_used_in_avg)
self._register_fake_expeditions_in(work_center, 13, 10)
time.sleep(1)
work_center_updated = use_cases.find(work_center.id)
terminals_used = work_center_updated.calcule_qty_of_terminals_used()
terminals_received = work_center_updated.calcule_qty_of_terminals_received()
terminails_available = business_rules.get_qty_of_terminals_available(
work_center_updated)
avg_attendance = use_cases.get_average_of_attendences_in_wc(
work_center_updated, days_used_in_avg)
classfication = business_rules.get_coverage_classification(
terminails_available, avg_attendance, days_used_in_avg)
days_coverage = business_rules.get_days_coverage(
terminails_available, avg_attendance)
self.assertEqual(terminals_used, 75)
self.assertEqual(terminals_received, 130)
self.assertGreaterEqual(days_coverage, 10)
self.assertLessEqual(days_coverage, 13)
self.assertEqual(classfication, CoverageClassifications.YELLOW)
def test_is_getting_right_yellow_with_high_stock_classification_of_coverage(self):
days_used_in_avg = 14
use_cases = WorkCentersUseCases(self._data_source)
work_center = use_cases.create(self._fake_wc_entity)
business_rules = WorkCenterBusinessRules()
self._register_fake_attendences_in(work_center, 75, days_used_in_avg)
self._register_fake_expeditions_in(work_center, 19, 10)
time.sleep(1)
work_center_updated = use_cases.find(work_center.id)
terminals_used = work_center_updated.calcule_qty_of_terminals_used()
terminals_received = work_center_updated.calcule_qty_of_terminals_received()
terminails_available = business_rules.get_qty_of_terminals_available(
work_center_updated)
avg_attendance = use_cases.get_average_of_attendences_in_wc(
work_center_updated, days_used_in_avg)
classfication = business_rules.get_coverage_classification(
terminails_available, avg_attendance, days_used_in_avg)
days_coverage = business_rules.get_days_coverage(
terminails_available, avg_attendance)
self.assertEqual(terminals_used, 75)
self.assertEqual(terminals_received, 190)
self.assertGreaterEqual(days_coverage, 19)
self.assertLessEqual(days_coverage, 23)
self.assertEqual(classfication, CoverageClassifications.YELLOW)
def test_is_getting_right_qty_of_terminals_in_send_auto_predict_expeditions(self):
use_cases = WorkCentersUseCases(self._data_source)
work_center = use_cases.create(self._fake_wc_entity)
business_rules = WorkCenterBusinessRules()
expedition_use_case = ExpeditionsUseCases(self._data_source)
self._register_fake_attendences_in(work_center, 75, work_center.days_qty_ideal_for_coverage)
self._register_fake_expeditions_in(work_center, 9, 10)
work_center_updated = use_cases.find(work_center.id)
terminails_available_before = business_rules.get_qty_of_terminals_available(
work_center_updated)
avg_attendance = use_cases.get_average_of_attendences_in_wc(
work_center_updated, work_center.days_qty_ideal_for_coverage)
classfication_before = business_rules.get_coverage_classification(
terminails_available_before, avg_attendance, work_center.days_qty_ideal_for_coverage)
expedition = expedition_use_case.create(ExpeditionsEntity(
work_center=work_center,
auto_predict_qty_needed=True
))
# Atualizando dados do work_center
work_center_updated = use_cases.find(work_center.id)
terminails_available = business_rules.get_qty_of_terminals_available(
work_center_updated)
avg_attendance = use_cases.get_average_of_attendences_in_wc(
work_center_updated, work_center.days_qty_ideal_for_coverage)
classfication_after = business_rules.get_coverage_classification(
terminails_available, avg_attendance, work_center.days_qty_ideal_for_coverage)
self.assertEqual(classfication_before, CoverageClassifications.RED)
self.assertEqual(classfication_after, CoverageClassifications.GREEN)
def _register_fake_attendences_in(self, work_center: WorkCentersEntity, qty_of_attendence: int = 5, days_limit: int = 14):
while len(AttendanceUseCases(self._data_source).get_all()) < qty_of_attendence:
AttendanceUseCases(self._data_source).create(AttendanceEntity(
qty_of_terminals=1,
work_center=work_center,
attendance_date=self._get_date_days_ago(int(days_limit) / 2),
))
def _register_fake_expeditions_in(self, work_center: WorkCentersEntity, qty_of_expeditions: int = 1, qty_of_terminals_per_expedition: int = 100):
while len(ExpeditionsUseCases(self._data_source).get_all()) < qty_of_expeditions:
ExpeditionsUseCases(self._data_source).create(ExpeditionsEntity(
qty_of_terminals=qty_of_terminals_per_expedition,
work_center=work_center
))
def _remove_big_attributes(self, work_center: WorkCentersEntity):
work_center.attendance = []
work_center.expeditions = []
return work_center
def verify_if_is_a_valid_work_center_to_register(req, resp, resource, params):
if req.media is None or WorkCenterBusinessRules().is_not_a_valid_work_center_data_to_register(WorkCentersEntity(**req.media)):
raise falcon.HTTPBadRequest("Bad Request", WorkCenterOperationsRejectionMessages.INVALID_REGION_NAME)
def get_average_of_attendences_in_wc(
self,
work_center: WorkCentersEntity = WorkCentersEntity(),
days: int = 14) -> int:
return self._work_centers_repository.get_average_of_attendence_by_days_period(
work_center, 14)
