def test_create_fail_one_PCA_per_country_programme_and_partner(self):
"""Ensure correct error is raised for PCAs with duplicate country programme & partner combo"""
AgreementFactory(
agreement_type=Agreement.PCA,
partner=self.partner,
country_programme=self.country_programme,
)
# Create an agreement of exactly the same type.
data = {
"agreement_type": Agreement.PCA,
"partner": self.partner,
"country_programme": self.country_programme,
}
serializer = AgreementCreateUpdateSerializer()
serializer.context['request'] = self.fake_request
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertSimpleExceptionFundamentals(
context_manager,
'A PCA with this partner already exists for this Country Programme Cycle. '
'If the record is in "Draft" status please edit that record.'
)
def test_create_fail_one_PCA_per_country_programme_and_partner(self):
"""Ensure correct error is raised for PCAs with duplicate country programme & partner combo"""
AgreementFactory(
agreement_type=Agreement.PCA,
partner=self.partner,
country_programme=self.country_programme,
)
# Create an agreement of exactly the same type.
data = {
"agreement_type": Agreement.PCA,
"partner": self.partner,
"country_programme": self.country_programme,
}
serializer = AgreementCreateUpdateSerializer()
serializer.context['request'] = self.fake_request
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertSimpleExceptionFundamentals(
context_manager,
'A PCA with this partner already exists for this Country Programme Cycle. '
'If the record is in "Draft" status please edit that record.'
)
def test_update_fail_due_to_amendments_unsigned(self):
"""Ensure agreement update fails if amendments aren't signed.
I don't think it's possible to supply amendments when creating via the serializer, so this only tests update.
"""
agreement = AgreementFactory(agreement_type=Agreement.MOU,
signed_by_unicef_date=None,
signed_by_partner_date=None)
amendment = AgreementAmendmentFactory(agreement=agreement)
data = {
'agreement': agreement,
'amendments': [amendment],
}
serializer = AgreementCreateUpdateSerializer()
# If I don't set serializer.instance, the validator gets confused. I guess (?) this is ordinarily set by DRF
# during an update?
serializer.instance = agreement
serializer.context['request'] = self.fake_request
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertAmendmentExceptionFundamentals(
context_manager,
'Please check that the Document is attached and signatures are not in the future'
)
def test_update_fail_due_to_amendments_unsigned(self):
"""Ensure agreement update fails if amendments aren't signed.
I don't think it's possible to supply amendments when creating via the serializer, so this only tests update.
"""
agreement = AgreementFactory(agreement_type=Agreement.MOU,
signed_by_unicef_date=None,
signed_by_partner_date=None)
amendment = AgreementAmendmentFactory(agreement=agreement)
data = {
'agreement': agreement,
'amendments': [amendment],
}
serializer = AgreementCreateUpdateSerializer()
# If I don't set serializer.instance, the validator gets confused. I guess (?) this is ordinarily set by DRF
# during an update?
serializer.instance = agreement
serializer.context['request'] = self.fake_request
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertAmendmentExceptionFundamentals(
context_manager,
'Please check that the Document is attached and signatures are not in the future'
)
def test_create_with_partner_type(self):
"""Exercise create success & failure related to the rules regarding agreement type and partner type"""
# Set partner to something other than civil society org.
self.partner.partner_type = PartnerType.UN_AGENCY
self.partner.save()
# Create PCA & SSFA should fail now.
for agreement_type in (Agreement.PCA, Agreement.SSFA):
data = {
"agreement_type": agreement_type,
"country_programme": self.country_programme,
"partner": self.partner,
"reference_number_year": datetime.date.today().year
}
serializer = AgreementCreateUpdateSerializer(data=data)
serializer.context['request'] = self.fake_request
with self.assertRaises(
serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertSimpleExceptionFundamentals(
context_manager,
'Partner type must be CSO for PCA or SSFA agreement types.')
# Test for all agreement types that are not PCA or SSFA. These should not fail.
agreement_types = [
agreement_type for agreement_type in _ALL_AGREEMENT_TYPES
if agreement_type not in (Agreement.PCA, Agreement.SSFA)
]
for agreement_type in agreement_types:
data = {
"agreement_type": agreement_type,
"country_programme": self.country_programme.id,
"partner": self.partner.id,
"reference_number_year": datetime.date.today().year
}
serializer = AgreementCreateUpdateSerializer(data=data)
serializer.context['request'] = self.fake_request
self.assertTrue(serializer.is_valid(raise_exception=True))
# Set partner to civil service org; create all agreement types should succeed
self.partner.partner_type = PartnerType.CIVIL_SOCIETY_ORGANIZATION
self.partner.save()
for agreement_type in _ALL_AGREEMENT_TYPES:
data = {
"agreement_type": agreement_type,
"country_programme": self.country_programme.id,
"partner": self.partner.id,
"reference_number_year": datetime.date.today().year
}
serializer = AgreementCreateUpdateSerializer(data=data)
serializer.context['request'] = self.fake_request
self.assertTrue(serializer.is_valid(raise_exception=True))
def test_create_with_partner_type(self):
"""Exercise create success & failure related to the rules regarding agreement type and partner type"""
# Set partner to something other than civil society org.
self.partner.partner_type = PartnerType.UN_AGENCY
self.partner.save()
# Create PCA & SSFA should fail now.
for agreement_type in (Agreement.PCA, Agreement.SSFA):
data = {
"agreement_type": agreement_type,
"country_programme": self.country_programme,
"partner": self.partner,
"reference_number_year": datetime.date.today().year
}
serializer = AgreementCreateUpdateSerializer(data=data)
serializer.context['request'] = self.fake_request
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertSimpleExceptionFundamentals(
context_manager,
'Partner type must be CSO for PCA or SSFA agreement types.'
)
# Test for all agreement types that are not PCA or SSFA. These should not fail.
agreement_types = [agreement_type for agreement_type in _ALL_AGREEMENT_TYPES
if agreement_type
not in (Agreement.PCA, Agreement.SSFA)]
for agreement_type in agreement_types:
data = {
"agreement_type": agreement_type,
"country_programme": self.country_programme.id,
"partner": self.partner.id,
"reference_number_year": datetime.date.today().year
}
serializer = AgreementCreateUpdateSerializer(data=data)
serializer.context['request'] = self.fake_request
self.assertTrue(serializer.is_valid(raise_exception=True))
# Set partner to civil service org; create all agreement types should succeed
self.partner.partner_type = PartnerType.CIVIL_SOCIETY_ORGANIZATION
self.partner.save()
for agreement_type in _ALL_AGREEMENT_TYPES:
data = {
"agreement_type": agreement_type,
"country_programme": self.country_programme.id,
"partner": self.partner.id,
"reference_number_year": datetime.date.today().year
}
serializer = AgreementCreateUpdateSerializer(data=data)
serializer.context['request'] = self.fake_request
self.assertTrue(serializer.is_valid(raise_exception=True))
def test_fail_transition_to_signed_start_and_end_dates(self):
"""Exercise transition to signed, and validation related to start and end dates."""
agreement = AgreementFactory(agreement_type=Agreement.MOU,
status=Agreement.DRAFT,
signed_by_unicef_date=None,
signed_by_partner_date=None)
data = {
"agreement": agreement,
"status": Agreement.SIGNED,
}
serializer = AgreementCreateUpdateSerializer()
# If I don't set serializer.instance, the validator gets confused. I guess (?) this is ordinarily set by DRF
# during an update?
serializer.instance = agreement
serializer.context['request'] = self.fake_request
# Should fail because start date is empty.
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertSimpleExceptionFundamentals(
context_manager,
'Agreement cannot transition to signed until the start date is less than or equal to today'
)
# Populate start date, but with a date that's still invalid (in the future)
agreement.start = self.today + datetime.timedelta(days=5)
agreement.save()
# Should fail because start date is in the future
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertSimpleExceptionFundamentals(
context_manager,
'Agreement cannot transition to signed until the start date is less than or equal to today'
)
# Fix problem with start date, now allow blank end date to cause a failure.
agreement.start = self.today - datetime.timedelta(days=5)
agreement.save()
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertSimpleExceptionFundamentals(
context_manager,
'Agreement cannot transition to signed unless the end date is defined'
)
# Populate end date with a date in the past - should pass validation for MOU's
agreement.end = self.today - datetime.timedelta(days=3)
self.assertTrue(serializer.validate(data=data))
# Fix end date
agreement.end = self.today
agreement.save()
# Should not raise an exception
serializer.validate(data=data)
def test_fail_transition_to_signed_start_and_end_dates(self):
"""Exercise transition to signed, and validation related to start and end dates."""
agreement = AgreementFactory(agreement_type=Agreement.MOU,
status=Agreement.DRAFT,
signed_by_unicef_date=None,
signed_by_partner_date=None)
data = {
"agreement": agreement,
"status": Agreement.SIGNED,
}
serializer = AgreementCreateUpdateSerializer()
# If I don't set serializer.instance, the validator gets confused. I guess (?) this is ordinarily set by DRF
# during an update?
serializer.instance = agreement
serializer.context['request'] = self.fake_request
# Should fail because start date is empty.
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertSimpleExceptionFundamentals(
context_manager,
'Agreement cannot transition to signed until the start date is less than or equal to today'
)
# Populate start date, but with a date that's still invalid (in the future)
agreement.start = self.today + datetime.timedelta(days=5)
agreement.save()
# Should fail because start date is in the future
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertSimpleExceptionFundamentals(
context_manager,
'Agreement cannot transition to signed until the start date is less than or equal to today'
)
# Fix problem with start date, now allow blank end date to cause a failure.
agreement.start = self.today - datetime.timedelta(days=5)
agreement.save()
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertSimpleExceptionFundamentals(
context_manager,
'Agreement cannot transition to signed unless the end date is defined'
)
# Populate end date with a date in the past - should pass validation for MOU's
agreement.end = self.today - datetime.timedelta(days=3)
self.assertTrue(serializer.validate(data=data))
# Fix end date
agreement.end = self.today
agreement.save()
# Should not raise an exception
serializer.validate(data=data)
def test_create_fail_country_programme_required_for_PCA(self):
"""Ensure correct error is raised for PCAs with no country programme"""
data = {
"agreement_type": Agreement.PCA,
"partner": self.partner.id,
}
serializer = AgreementCreateUpdateSerializer()
serializer.context['request'] = self.fake_request
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
exception = context_manager.exception
self.assertIsInstance(exception.detail, dict)
self.assertEqual(list(exception.detail.keys()), ['country_programme'])
self.assertEqual(exception.detail['country_programme'], 'Country Programme is required for PCAs!')
def test_create_fail_due_to_signatures_SSFA(self):
"""Ensure signature validation works correctly for SSFA"""
data = {
"agreement_type": Agreement.SSFA,
"partner": self.partner,
"signed_by_unicef_date": self.today,
}
serializer = AgreementCreateUpdateSerializer()
serializer.context['request'] = self.fake_request
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertSimpleExceptionFundamentals(
context_manager,
'SSFA signatures are captured at the Document (TOR) level, please clear the '
'signatures and dates and add them to the TOR')
def test_create_fail_country_programme_required_for_PCA(self):
"""Ensure correct error is raised for PCAs with no country programme"""
data = {
"agreement_type": Agreement.PCA,
"partner": self.partner.id,
}
serializer = AgreementCreateUpdateSerializer()
serializer.context['request'] = self.fake_request
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
exception = context_manager.exception
self.assertIsInstance(exception.detail, dict)
self.assertEqual(list(exception.detail.keys()), ['country_programme'])
self.assertEqual(exception.detail['country_programme'], 'Country Programme is required for PCAs!')
def test_create_fail_due_to_signatures_SSFA(self):
"""Ensure signature validation works correctly for SSFA"""
data = {
"agreement_type": Agreement.SSFA,
"partner": self.partner,
"signed_by_unicef_date": self.today,
}
serializer = AgreementCreateUpdateSerializer()
serializer.context['request'] = self.fake_request
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertSimpleExceptionFundamentals(
context_manager,
'SSFA signatures are captured at the Document (TOR) level, please clear the '
'signatures and dates and add them to the TOR'
)
def test_create_fail_start_date_after_end_date(self):
"""Ensure create fails if start date is after end date"""
data = {
"agreement_type": Agreement.PCA,
"partner": self.partner,
"country_programme": self.country_programme,
"start": self.today + datetime.timedelta(days=5),
"end": self.today,
}
serializer = AgreementCreateUpdateSerializer()
serializer.context['request'] = self.fake_request
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertSimpleExceptionFundamentals(
context_manager,
'Agreement start date needs to be earlier than or the same as the end date'
)
def test_fail_transition_to_ended(self):
"""Exercise transition to ended."""
# First test valid/positive case
agreement = AgreementFactory(agreement_type=Agreement.MOU,
status=Agreement.SIGNED,
end=self.today - datetime.timedelta(days=3),
signed_by_unicef_date=None,
signed_by_partner_date=None)
data = {
"agreement": agreement,
"status": Agreement.ENDED,
}
serializer = AgreementCreateUpdateSerializer()
# If I don't set serializer.instance, the validator gets confused. I guess (?) this is ordinarily set by DRF?
# # during an update?
serializer.instance = agreement
serializer.context['request'] = self.fake_request
# This should succeed
serializer.validate(data=data)
# Should fail; no end date set.
agreement = AgreementFactory(agreement_type=Agreement.MOU,
status=Agreement.SIGNED,
signed_by_unicef_date=None,
signed_by_partner_date=None)
data = {
"agreement": agreement,
"status": Agreement.ENDED,
}
serializer = AgreementCreateUpdateSerializer()
# If I don't set serializer.instance, the validator gets confused. I guess (?) this is ordinarily set by DRF?
# # during an update?
serializer.instance = agreement
serializer.context['request'] = self.fake_request
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertSimpleExceptionFundamentals(
context_manager,
'agreement_transition_to_ended_invalid'
)
def test_create_fail_start_date_after_end_date(self):
"""Ensure create fails if start date is after end date"""
data = {
"agreement_type": Agreement.PCA,
"partner": self.partner,
"country_programme": self.country_programme,
"start": self.today + datetime.timedelta(days=5),
"end": self.today,
}
serializer = AgreementCreateUpdateSerializer()
serializer.context['request'] = self.fake_request
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertSimpleExceptionFundamentals(
context_manager,
'Agreement start date needs to be earlier than or the same as the end date'
)
def test_fail_transition_to_ended(self):
"""Exercise transition to ended."""
# First test valid/positive case
agreement = AgreementFactory(agreement_type=Agreement.MOU,
status=Agreement.SIGNED,
end=self.today - datetime.timedelta(days=3),
signed_by_unicef_date=None,
signed_by_partner_date=None)
data = {
"agreement": agreement,
"status": Agreement.ENDED,
}
serializer = AgreementCreateUpdateSerializer()
# If I don't set serializer.instance, the validator gets confused. I guess (?) this is ordinarily set by DRF?
# # during an update?
serializer.instance = agreement
serializer.context['request'] = self.fake_request
# This should succeed
serializer.validate(data=data)
# Should fail; no end date set.
agreement = AgreementFactory(agreement_type=Agreement.MOU,
status=Agreement.SIGNED,
signed_by_unicef_date=None,
signed_by_partner_date=None)
data = {
"agreement": agreement,
"status": Agreement.ENDED,
}
serializer = AgreementCreateUpdateSerializer()
# If I don't set serializer.instance, the validator gets confused. I guess (?) this is ordinarily set by DRF?
# # during an update?
serializer.instance = agreement
serializer.context['request'] = self.fake_request
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertSimpleExceptionFundamentals(
context_manager,
'agreement_transition_to_ended_invalid'
)
def test_update_fail_due_to_uneditable_field(self):
"""Exercise changing a field that can't be changed while the agreement has this status."""
agreement = AgreementFactory(agreement_type=Agreement.MOU,
status=Agreement.DRAFT,
signed_by_unicef_date=None,
signed_by_partner_date=None)
data = {
"agreement": agreement,
"partner": self.partner,
}
serializer = AgreementCreateUpdateSerializer()
# If I don't set serializer.instance, the validator gets confused. I guess (?) this is ordinarily set by DRF
# during an update?
serializer.instance = agreement
serializer.context['request'] = self.fake_request
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertSimpleExceptionFundamentals(
context_manager, "Cannot change fields while in draft: partner")
def test_update_fail_due_to_uneditable_field(self):
"""Exercise changing a field that can't be changed while the agreement has this status."""
agreement = AgreementFactory(agreement_type=Agreement.MOU,
status=Agreement.DRAFT,
signed_by_unicef_date=None,
signed_by_partner_date=None)
data = {
"agreement": agreement,
"partner": self.partner,
}
serializer = AgreementCreateUpdateSerializer()
# If I don't set serializer.instance, the validator gets confused. I guess (?) this is ordinarily set by DRF
# during an update?
serializer.instance = agreement
serializer.context['request'] = self.fake_request
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertSimpleExceptionFundamentals(
context_manager,
"Cannot change fields while in draft: partner"
)
def test_update_with_due_to_amendments_signed_date(self):
"""Ensure agreement update fails if amendments don't have a signed_date or if it's in the future,
and that update succeeds when the amendments signatures meet criteria.
I don't think it's possible to supply amendments when creating via the serializer, so this only tests update.
"""
agreement = AgreementFactory(agreement_type=Agreement.MOU,
signed_by_unicef_date=None,
signed_by_partner_date=None)
amendment = AgreementAmendmentFactory(agreement=agreement)
# I need to give amendment.signed_amendment a name to exercise the date part of the amendment validator.
amendment.signed_amendment.name = 'fake_amendment.pdf'
amendment.save()
data = {
'agreement': agreement,
'amendments': [amendment],
}
serializer = AgreementCreateUpdateSerializer()
# If I don't set serializer.instance, the validator gets confused. I guess (?) this is ordinarily set by DRF
# during an update?
serializer.instance = agreement
serializer.context['request'] = self.fake_request
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertAmendmentExceptionFundamentals(
context_manager,
'Please check that the Document is attached and signatures are not in the future'
)
# Set the signed date, but set it to the future which should cause a failure.
amendment.signed_date = self.today + datetime.timedelta(days=5)
amendment.save()
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertAmendmentExceptionFundamentals(
context_manager,
'Please check that the Document is attached and signatures are not in the future'
)
# Change the amendment so it will pass validation.
amendment.signed_date = self.today
amendment.save()
# Should not raise an error.
serializer.validate(data=data)
def test_update_with_due_to_amendments_signed_date(self):
"""Ensure agreement update fails if amendments don't have a signed_date or if it's in the future,
and that update succeeds when the amendments signatures meet criteria.
I don't think it's possible to supply amendments when creating via the serializer, so this only tests update.
"""
agreement = AgreementFactory(agreement_type=Agreement.MOU,
signed_by_unicef_date=None,
signed_by_partner_date=None)
amendment = AgreementAmendmentFactory(agreement=agreement)
# I need to give amendment.signed_amendment a name to exercise the date part of the amendment validator.
amendment.signed_amendment.name = 'fake_amendment.pdf'
amendment.save()
data = {
'agreement': agreement,
'amendments': [amendment],
}
serializer = AgreementCreateUpdateSerializer()
# If I don't set serializer.instance, the validator gets confused. I guess (?) this is ordinarily set by DRF
# during an update?
serializer.instance = agreement
serializer.context['request'] = self.fake_request
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertAmendmentExceptionFundamentals(
context_manager,
'Please check that the Document is attached and signatures are not in the future'
)
# Set the signed date, but set it to the future which should cause a failure.
amendment.signed_date = self.today + datetime.timedelta(days=5)
amendment.save()
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertAmendmentExceptionFundamentals(
context_manager,
'Please check that the Document is attached and signatures are not in the future'
)
# Change the amendment so it will pass validation.
amendment.signed_date = self.today
amendment.save()
# Should not raise an error.
serializer.validate(data=data)
def test_update_intervention(self):
"""Ensure agreement update fails if intervention dates aren't appropriate.
I don't think it's possible to supply interventions when creating via the serializer, so this only tests update.
"""
agreement = AgreementFactory(
agreement_type=Agreement.SSFA,
partner=self.partner,
status=Agreement.DRAFT,
start=self.today - datetime.timedelta(days=5),
end=self.today + datetime.timedelta(days=5),
signed_by_unicef_date=None,
signed_by_partner_date=None,
reference_number_year=datetime.date.today().year)
intervention = InterventionFactory(agreement=agreement)
# Start w/an invalid intervention.
data = {
"agreement": agreement,
"intervention": intervention,
}
serializer = AgreementCreateUpdateSerializer()
# If I don't set serializer.instance, the validator gets confused. I guess (?) this is ordinarily set by DRF
# during an update?
serializer.instance = agreement
serializer.context['request'] = self.fake_request
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertSimpleExceptionFundamentals(
context_manager,
"Start and end dates don't match the Document's start and end")
# Set start date and save again; it should still fail because end date isn't set.
intervention.start = agreement.start
intervention.save()
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertSimpleExceptionFundamentals(
context_manager,
"Start and end dates don't match the Document's start and end")
# Set start date and save again; it should still fail because end date doesn't match agreement end date.
intervention.end = agreement.end + datetime.timedelta(days=100)
intervention.save()
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertSimpleExceptionFundamentals(
context_manager,
"Start and end dates don't match the Document's start and end")
# Set start date and save again; it should now succeed.
intervention.end = agreement.end
intervention.save()
# Should not raise an exception
serializer.validate(data=data)
def test_create_ok_and_fail_due_to_signatures_non_SSFA(self):
"""Ensure signature validation works correctly for non-SSFA types"""
signatory = UserFactory()
partner_signatory = PartnerStaffFactory(partner=self.partner)
# This should succeed; it's OK to have only one set of signatures (UNICEF)
data = {
"agreement_type": Agreement.MOU,
"partner": self.partner.id,
"signed_by_unicef_date": self.today,
"signed_by": signatory.id,
"reference_number_year": datetime.date.today().year
}
serializer = AgreementCreateUpdateSerializer(data=data)
serializer.context['request'] = self.fake_request
self.assertTrue(serializer.is_valid(raise_exception=True))
# This should succeed; it's OK to have only one set of signatures (partner)
data = {
"agreement_type": Agreement.MOU,
"partner": self.partner.id,
"signed_by_partner_date": self.today,
"signed_by": signatory.id,
"partner_manager": partner_signatory.id,
"reference_number_year": datetime.date.today().year
}
serializer = AgreementCreateUpdateSerializer(data=data)
serializer.context['request'] = self.fake_request
self.assertTrue(serializer.is_valid(raise_exception=True))
# This should succeed; it's OK to have both sets of signatures (UNICEF & partner)
data = {
"agreement_type": Agreement.MOU,
"partner": self.partner.id,
"signed_by_unicef_date": self.today,
"signed_by": signatory.id,
"signed_by_partner_date": self.today,
"partner_manager": partner_signatory.id,
"reference_number_year": datetime.date.today().year
}
serializer = AgreementCreateUpdateSerializer(data=data)
serializer.context['request'] = self.fake_request
self.assertTrue(serializer.is_valid(raise_exception=True))
# This should fail because signed_by_unicef_date and signed_by are both set, but the signed by date is
# in the future.
data = {
"agreement_type": Agreement.MOU,
"partner": self.partner,
"signed_by_unicef_date": self.today + datetime.timedelta(days=5),
"signed_by": signatory,
"reference_number_year": datetime.date.today().year
}
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertSimpleExceptionFundamentals(
context_manager,
'None of the signatures can be dated in the future')
# This should fail because signed_by_partner_date and partner_manager are both set, but the signed by date is
# in the future.
data = {
"agreement_type": Agreement.MOU,
"partner": self.partner,
"signed_by_partner_date": self.today + datetime.timedelta(days=5),
"partner_manager": partner_signatory,
"reference_number_year": datetime.date.today().year
}
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertSimpleExceptionFundamentals(
context_manager,
'None of the signatures can be dated in the future')
def test_create_ok_and_fail_due_to_signatures_non_SSFA(self):
"""Ensure signature validation works correctly for non-SSFA types"""
signatory = UserFactory()
partner_signatory = PartnerStaffFactory(partner=self.partner)
# This should succeed; it's OK to have only one set of signatures (UNICEF)
data = {
"agreement_type": Agreement.MOU,
"partner": self.partner.id,
"signed_by_unicef_date": self.today,
"signed_by": signatory.id,
"reference_number_year": datetime.date.today().year
}
serializer = AgreementCreateUpdateSerializer(data=data)
serializer.context['request'] = self.fake_request
self.assertTrue(serializer.is_valid(raise_exception=True))
# This should succeed; it's OK to have only one set of signatures (partner)
data = {
"agreement_type": Agreement.MOU,
"partner": self.partner.id,
"signed_by_partner_date": self.today,
"signed_by": signatory.id,
"partner_manager": partner_signatory.id,
"reference_number_year": datetime.date.today().year
}
serializer = AgreementCreateUpdateSerializer(data=data)
serializer.context['request'] = self.fake_request
self.assertTrue(serializer.is_valid(raise_exception=True))
# This should succeed; it's OK to have both sets of signatures (UNICEF & partner)
data = {
"agreement_type": Agreement.MOU,
"partner": self.partner.id,
"signed_by_unicef_date": self.today,
"signed_by": signatory.id,
"signed_by_partner_date": self.today,
"partner_manager": partner_signatory.id,
"reference_number_year": datetime.date.today().year
}
serializer = AgreementCreateUpdateSerializer(data=data)
serializer.context['request'] = self.fake_request
self.assertTrue(serializer.is_valid(raise_exception=True))
# This should fail because signed_by_unicef_date and signed_by are both set, but the signed by date is
# in the future.
data = {
"agreement_type": Agreement.MOU,
"partner": self.partner,
"signed_by_unicef_date": self.today + datetime.timedelta(days=5),
"signed_by": signatory,
"reference_number_year": datetime.date.today().year
}
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertSimpleExceptionFundamentals(
context_manager,
'None of the signatures can be dated in the future'
)
# This should fail because signed_by_partner_date and partner_manager are both set, but the signed by date is
# in the future.
data = {
"agreement_type": Agreement.MOU,
"partner": self.partner,
"signed_by_partner_date": self.today + datetime.timedelta(days=5),
"partner_manager": partner_signatory,
"reference_number_year": datetime.date.today().year
}
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertSimpleExceptionFundamentals(
context_manager,
'None of the signatures can be dated in the future'
)
def test_update_intervention(self):
"""Ensure agreement update fails if intervention dates aren't appropriate.
I don't think it's possible to supply interventions when creating via the serializer, so this only tests update.
"""
agreement = AgreementFactory(agreement_type=Agreement.SSFA,
partner=self.partner,
status=Agreement.DRAFT,
start=self.today - datetime.timedelta(days=5),
end=self.today + datetime.timedelta(days=5),
signed_by_unicef_date=None,
signed_by_partner_date=None,
reference_number_year=datetime.date.today().year)
intervention = InterventionFactory(agreement=agreement)
# Start w/an invalid intervention.
data = {
"agreement": agreement,
"intervention": intervention,
}
serializer = AgreementCreateUpdateSerializer()
# If I don't set serializer.instance, the validator gets confused. I guess (?) this is ordinarily set by DRF
# during an update?
serializer.instance = agreement
serializer.context['request'] = self.fake_request
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertSimpleExceptionFundamentals(
context_manager,
"Start and end dates don't match the Document's start and end"
)
# Set start date and save again; it should still fail because end date isn't set.
intervention.start = agreement.start
intervention.save()
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertSimpleExceptionFundamentals(
context_manager,
"Start and end dates don't match the Document's start and end"
)
# Set start date and save again; it should still fail because end date doesn't match agreement end date.
intervention.end = agreement.end + datetime.timedelta(days=100)
intervention.save()
with self.assertRaises(serializers.ValidationError) as context_manager:
serializer.validate(data=data)
self.assertSimpleExceptionFundamentals(
context_manager,
"Start and end dates don't match the Document's start and end"
)
# Set start date and save again; it should now succeed.
intervention.end = agreement.end
intervention.save()
# Should not raise an exception
serializer.validate(data=data)