def validate(self, measure):
# Return if the measure has no order number and, therefore, no order number origin
if not measure.order_number:
return
# Get all individual countries / regions associated with the measure
with override_current_transaction(self.transaction):
if measure.geographical_area.area_code == AreaCode.GROUP:
area_sids = set([
m.member.sid
for m in measure.geographical_area.memberships.current()
], )
else:
area_sids = set([measure.geographical_area.sid])
# Get all individual countries / regions for each quota order number origin linked to the measure
origins = QuotaOrderNumberOrigin.objects.current().filter(
order_number__order_number=measure.order_number.order_number, )
origin_sids = []
for origin in origins:
if origin.geographical_area.area_code == AreaCode.GROUP:
for a in [
m.member for m in
origin.geographical_area.memberships.current()
]:
origin_sids.append(a.sid)
else:
origin_sids.append(origin.geographical_area.sid)
origin_sids = set(origin_sids)
# Check that the geographical area sid is included in the list of origin area sids
if any(area_sids - origin_sids):
raise self.violation(measure)
def is_transaction_check_complete(check_id: int) -> bool:
"""Checks and returns whether the given transaction check is complete, and
records the success if so."""
check: TransactionCheck = TransactionCheck.objects.get(pk=check_id)
check.completed = True
with override_current_transaction(check.transaction):
for model in check.transaction.tracked_models.all():
applicable_checks = set(check.name
for check in applicable_to(model))
performed_checks = set(
check.model_checks.filter(model=model).values_list(
"check_name",
flat=True,
), )
if applicable_checks != performed_checks:
check.completed = False
break
if check.completed:
check.successful = not check.model_checks.filter(
successful=False).exists()
logger.info("Completed checking %s", check.transaction.summary)
check.save()
return check.completed
def validate(self, measure):
"""
Get all current QuotaOrderNumberOrigin objects associated with a
measure's QuotaOrderNumber.
Loop over these and raise a violation if the measure validity period is
not contained by any of the origins
"""
if not measure.order_number:
return
with override_current_transaction(self.transaction):
contained_measure = measure.get_versions().current().get()
origins = QuotaOrderNumberOrigin.objects.current().filter(
order_number__order_number=measure.order_number.order_number, )
for origin in origins:
valid_between = origin.valid_between
if validity_range_contains_range(
valid_between,
contained_measure.valid_between,
):
return
raise self.violation(measure)
def check(source, path, expected):
approved = TransactionPartition.approved_partitions()
for model in (source, *expected):
assert model.transaction.partition in approved
with override_current_transaction(Transaction.approved.last()):
path_result = source.get_versions().current().follow_path(path)
assert set(expected) == set(path_result)
def test_override_current_transaction():
tx = factories.TransactionFactory.create()
tx2 = factories.TransactionFactory.create()
set_current_transaction(tx)
with override_current_transaction(tx2):
assert get_current_transaction() is tx2
assert get_current_transaction() is tx
def validate(self, measure):
with override_current_transaction(self.transaction):
measures = type(measure).objects.filter(pk=measure.pk)
regulation_validity = measures.follow_path(
"generating_regulation").get()
replacements = measures.follow_path(
"generating_regulation__replacements__enacting_regulation",
).filter(valid_between__contains=regulation_validity.valid_between)
if replacements.exists():
raise self.violation(measure)
def test_description_create_get_initial():
"""Test that, where more than one version of a certificate exists,
get_initial returns only the current version."""
certificate = factories.CertificateFactory.create()
new_version = certificate.new_version(certificate.transaction.workbasket)
view = CertificateDescriptionCreate(kwargs={
"certificate_type__sid":
certificate.certificate_type.sid,
"sid":
certificate.sid,
}, )
with override_current_transaction(new_version.transaction):
initial = view.get_initial()
assert initial["described_certificate"] == new_version
def validate(self, order_number_origin):
"""
Loop over measures that reference the same quota order number as origin.
Get all the origins linked to this measure. Loop over these origins and
check that every measure is contained by at least one origin.
"""
with override_current_transaction(self.transaction):
current_qs = order_number_origin.get_versions().current()
contained_measures = current_qs.follow_path(
self.contained_field_name)
from measures.business_rules import ME119
for measure in contained_measures:
ME119(self.transaction).validate(measure)
def check(
factory: Type[DjangoModelFactory],
business_rule: Type[ValidityPeriodContained],
**factory_kwargs,
):
container_validity, contained_validity, fully_spanned = spanning_dates
contained = getattr(business_rule, "contained_field_name") or ""
container = getattr(business_rule, "container_field_name") or ""
# If the test is checking an UPDATE or a DELETE, set the dates to be
# valid on the original version so that we can tell if it is
# successfully checking the later version.
validity_on_contained = (container_validity
if update_type != UpdateType.CREATE else
contained_validity)
object = factory.create(
**factory_kwargs,
**{
f"{contained}{'__' if contained else ''}valid_between":
validity_on_contained,
f"{contained}{'__' if contained else ''}update_type":
UpdateType.CREATE,
f"{container}{'__' if container else ''}valid_between":
container_validity,
},
)
workbasket = object.transaction.workbasket
if update_type != UpdateType.CREATE:
# Make a new version of the contained model with the actual dates we
# are testing, first finding the correct contained model to use.
contained_obj = object
if contained:
with override_current_transaction(
workbasket.current_transaction):
contained_obj = (object.get_versions().current().
follow_path(contained).get())
contained_obj.new_version(
workbasket,
valid_between=contained_validity,
update_type=update_type,
)
error_expected = update_type != UpdateType.DELETE and not fully_spanned
with raises_if(business_rule.Violation, error_expected):
business_rule(workbasket.current_transaction).validate(object)
def apply(self, model: TrackedModel, context: TransactionCheck):
"""Applies the check to the model and records success."""
success, message = False, None
try:
with override_current_transaction(context.transaction):
success, message = self.run(model)
except Exception as e:
success, message = False, str(e)
finally:
return TrackedModelCheck.objects.create(
model=model,
transaction_check=context,
check_name=self.name,
successful=success,
message=message,
)
def check_model(trackedmodel_id: int, context_id: int):
"""
Runs all of the applicable checkers on the passed model ID, and records the
results.
Model checks are expected (from observation) to be short – on the order of
6-7 seconds max. So if the check is taking considerably longer than this, it
is probably broken and should be killed to free up the worker.
"""
model: TrackedModel = TrackedModel.objects.get(pk=trackedmodel_id)
context: TransactionCheck = TransactionCheck.objects.get(pk=context_id)
transaction = context.transaction
with override_current_transaction(transaction):
for check in applicable_to(model):
if not context.model_checks.filter(
model=model,
check_name=check.name,
).exists():
# Run the checker on the model and record the result. (This is
# not Celery ``apply`` but ``Checker.apply``).
check.apply(model, context)
def validate(self, model):
with override_current_transaction(self.transaction):
if self.violating_models(model).exists():
raise self.violation(model)