def test_applicant_contact_should_not_fail_when_user_email_not_found(self):
# change user email to some new random value
self.user.email = get_random_string(
7) + '@bug719.eresearchtest.monash.edu'
self.user.save()
for pc in self.test_data.get('project_contacts', []):
contact = pc.get('contact', None)
if contact:
self.assertNotEqual(self.user.email,
pc.get(contact.get('email', None)),
'Random email matches contact email')
try:
contactObj = Contact.objects.get(email=self.user.email)
self.assertIsNone(
contactObj, 'Random Contact should not exist for email id ' +
self.user.email)
except Contact.DoesNotExist:
pass
except Contact.MultipleContactExists:
self.assertIsNotNone(
None, 'Multiple contact exists with random email id ' +
self.user.email)
# Create should complete successfully
self._create_project_common(self.test_data)
def setup_random_update(cls, project_data, update_fn):
instances = 4
cores = 4
quota = 4000
project_data['notes'] = get_random_string(
8) + ' - ' + project_data.get('description', '')
for request_data in project_data.get("requests", []):
# update compute
compute_requests = request_data.get('compute_requests', None)
if compute_requests:
count = 0
for c in compute_requests:
count += 1
c["instances"] = instances * count
c["cores"] = cores * count
# update storage
storage_requests = request_data.get('storage_requests', None)
if storage_requests:
count = 0
for s in storage_requests:
count += 1
s["quota"] = quota * count
return update_fn(request_data, instances, cores, quota)
def setup_random_update(cls, project_data, update_fn):
instances = 4
cores = 4
quota = 4000
project_data['notes'] = get_random_string(
8) + ' - ' + project_data.get('description', '')
for request_data in project_data.get("requests", []):
# update compute
compute_requests = request_data.get('compute_requests', None)
if compute_requests:
count = 0
for c in compute_requests:
count += 1
c["instances"] = instances * count
c["cores"] = cores * count
# update storage
storage_requests = request_data.get('storage_requests', None)
if storage_requests:
count = 0
for s in storage_requests:
count += 1
s["quota"] = quota * count
return update_fn(request_data, instances, cores, quota)
def test_applicant_contact_should_not_fail_when_user_email_not_found(
self):
# change user email to some new random value
self.user.email = get_random_string(
7) + '@bug719.eresearchtest.monash.edu'
self.user.save()
for pc in self.test_data.get('project_contacts', []):
contact = pc.get('contact', None)
if contact:
self.assertNotEqual(self.user.email, pc.get(contact.get(
'email', None)), 'Random email matches contact email')
try:
contactObj = Contact.objects.get(email=self.user.email)
self.assertIsNone(
contactObj,
'Random Contact should not exist for email id ' +
self.user.email)
except Contact.DoesNotExist:
pass
except Contact.MultipleContactExists:
self.assertIsNotNone(
None,
'Multiple contact exists with random email id ' +
self.user.email)
# Create should complete successfully
self._create_project_common(self.test_data)
def setup_new_user(self):
username = api_utils.get_random_string(12)
self.user = self.get_new_user(username, username + '@crams.tst')
self.token, created = CramsToken.objects.get_or_create(user=self.user)
self.user_contact, created = Contact.objects.get_or_create(
title='Mr', given_name='Test', surname='MeRC',
email=self.user.email, phone='99020780',
organisation='Monash University')
def add_required_project_ids(self, project_json, required_sysid_list):
project_ids = project_json.get('project_ids')
system_list = set()
for pid_json in project_ids:
system_name = pid_json.get('system').get('system')
system_list.add(system_name)
for sys in required_sysid_list.difference(system_list):
project_ids.append({
"identifier": api_utils.get_random_string(12),
"system": self.system_id_map.get(sys),
})
def add_required_project_ids(self, project_json, required_sysid_list):
project_ids = project_json.get('project_ids')
system_list = set()
for pid_json in project_ids:
system_name = pid_json.get('system').get('system')
system_list.add(system_name)
for sys in required_sysid_list.difference(system_list):
project_ids.append({
"identifier": api_utils.get_random_string(12),
"system": self.system_id_map.get(sys),
})
def test_fail_update_static_fields_after_approve(self):
def _updateFailFn(response):
self.assertEqual(
response.status_code, status.HTTP_400_BAD_REQUEST,
'update after approve for description should fail : {}'.format(
response.data))
testCount = self.PROVISION_PROJECT_RETURN_PROJECT
response = self.flowUpTo(testCount)
project = response.data
project['description'] = 'New Description ' + get_random_string(64)
self.update_response_data_random(project, _updateFailFn)
def test_fail_update_static_fields_after_approve(self):
def _updateFailFn(response):
self.assertEqual(
response.status_code,
status.HTTP_400_BAD_REQUEST,
'update after approve for description should fail : {}'.format(
response.data))
testCount = self.PROVISION_PROJECT_RETURN_PROJECT
response = self.flowUpTo(testCount)
project = response.data
project['description'] = 'New Description ' + get_random_string(64)
self.update_response_data_random(project, _updateFailFn)
def setup_new_user(self):
username = api_utils.get_random_string(12)
self.user = self.get_new_user(username, username + '@crams.tst')
self.token, created = CramsToken.objects.get_or_create(user=self.user)
def get_project_only_no_request_data(user_id, contact_obj):
"""
Project only data
:param user_id:
:param contact_obj:
:return:
"""
return {
"title": "Creating project testing1",
"description": "Creating project testing1",
"project_question_responses": [
{
"question_response": "Tom, Jack",
"question": {
"key": "additionalresearchers"
}
},
{
"question_response": "nectar supporting",
"question": {
"key": "nectarvls"
}
},
{
"question_response": "ncris supporting",
"question": {
"key": "ncris"
}
}
],
"institutions": [
{
"institution": "Monash"
}
],
"publications": [
{
"reference": "pub1"
}
],
"grants": [
{
"grant_type": {
"id": 1
},
"funding_body_and_scheme": "arc tests funding",
"grant_id": "arc-001",
"start_year": 2014,
"duration": 304,
"total_funding": 200
}
],
"project_ids": [
{
"identifier": 'nec_' + utils.get_random_string(11),
"system": {
"id": 1,
"system": "NeCTAR"
},
"type": "R"
}
],
"project_contacts": [
{
"contact": {
"id": contact_obj.id,
"email": contact_obj.email
},
"contact_role": {
"id": 2
}
}
],
"domains": [
{
"percentage": 100,
"for_code": {
"id": 1
}
}
],
"created_by": {
"id": user_id
},
"updated_by": {
"id": user_id
}
}
def get_base_nectar_project_data(user_id, contact_obj, proj_ids=None):
"""
Nectar Project Data
:param user_id:
:param contact_obj:
:return:
"""
system_map = dbUtils.get_system_name_map()
ret_data = {
"title": "Creating allocation request testing1",
"description": "Creating allocation request testing1",
"project_question_responses": [
{"question_response": "Tom, Jack",
"question": {
"key": "additionalresearchers"
}
},
{
"question_response": "nectar supporting",
"question": {"key": "nectarvls"}
},
{
"question_response": "ncris supporting",
"question": {"key": "ncris"}
}
],
"institutions": [{"institution": "Monash"}],
"publications": [{"reference": "pub1"}],
"grants": [{"grant_type": {"id": 1},
"funding_body_and_scheme": "arc tests funding",
"grant_id": "arc-001",
"start_year": 2014,
"duration": 57,
"total_funding": 200}],
"project_contacts": [{
"contact": {
"id": contact_obj.id,
"email": contact_obj.email
},
"contact_role": {"id": 2}}],
"domains": [{
"percentage": 100,
"for_code": {"id": 1}}],
"requests": [
{
"compute_requests": [{
"instances": 21,
"approved_instances": 12,
"cores": 32,
"approved_cores": 22,
"core_hours": 744,
"approved_core_hours": 744,
"compute_product": {"id": 1},
"compute_question_responses": []
}],
"storage_requests": [
{"quota": 22,
"approved_quota": 12,
"storage_product": {"id": 3,
"name": "Nectar Volume (Monash)"},
"storage_question_responses": []
}
],
"request_question_responses": [
{"question_response": "1",
"question": {"key": "duration"}},
{"question_response": "False",
"question": {"key": "ptconversion"}},
{
"question_response": "Some Question Response",
"question": {"key": "researchcase"}},
{
"question_response": "Creating allocation request "
"testing1 patterns",
"question": {"key": "usagepattern"}},
{"question_response": "Monash",
"question": {"key": "homenode"}},
{"question_response": "Monash Node",
"question": {"key": "homerequirements"}},
{"question_response": 20000,
"question": {"key": "estimatedusers"}
}],
"request_status": {"id": 1},
"funding_scheme": {"id": 1},
"start_date": "2015-11-25",
"end_date": "2015-12-25",
"created_by": {"id": user_id},
"updated_by": {"id": user_id},
"approval_notes": ""
}
]
}
if not proj_ids:
ret_data["project_ids"] = [{
"identifier": 'nec_' + utils.get_random_string(11),
"system": system_map.get(DBConstants.SYSTEM_NECTAR),
}]
else:
ret_data["project_ids"] = proj_ids
return ret_data
def get_vicnode_test_data(user_id, contact_obj):
"""
Vicnode Test Data
:param user_id:
:param contact_obj:
:return:
"""
return {
"title":
"Test Collection",
"description":
"Test Collection Description",
"project_question_responses": [],
"institutions": [],
"publications": [],
"grants": [],
"project_ids": [{
"identifier": 'vic_' + utils.get_random_string(11),
"system": {
"id": 2
}
}],
"project_contacts": [{
"contact": {
"id": contact_obj.id,
"email": contact_obj.email
},
"contact_role": {
"id": 2
}
}],
"domains": [{
"percentage": 100,
"for_code": {
"id": 186
}
}],
"requests": [{
"compute_requests": [],
"storage_requests": [{
"quota":
120,
"approved_quota":
120,
"storage_product": {
"id": 15,
"name": "VicNode Vault (Monash)"
},
"storage_question_responses": [{
"question_response": 10,
"question": {
"key": "vn_current_size"
}
}]
}],
"request_question_responses": [{
"question_response": "Yes",
"question": {
"key": "vn_authorization"
}
}, {
"question_response": "On a PC",
"question": {
"key": "vn_data_migration_src"
}
}, {
"question_response": "Yes",
"question": {
"key": "vn_data_migration_assistance"
}
}, {
"question_response": "via a PC",
"question": {
"key": "vn_current_access_method"
}
}, {
"question_response": "Direct access via a PC",
"question": {
"key": "vn_preferred_access_method"
}
}, {
"question_response": ".txt",
"question": {
"key": "vn_data_format"
}
}, {
"question_response": "Yes",
"question": {
"key": "vn_only_copy"
}
}, {
"question_response": "Irreplaceable",
"question": {
"key": "vn_can_be_regenerated"
}
}, {
"question_response": "Lose job.",
"question": {
"key": "vn_loss_impact"
}
}],
"request_status": {
"id": 1
},
"funding_scheme": {
"id": 2
},
"start_date":
"2016-01-01",
"end_date":
"2017-01-01",
"created_by": {
"id": user_id
},
"updated_by": {
"id": user_id
},
"approval_notes":
"",
"paent_request":
None
}]
}
def get_project_only_no_request_data(user_id, contact_obj):
"""
Project only data
:param user_id:
:param contact_obj:
:return:
"""
return {
"title":
"Creating project testing1",
"description":
"Creating project testing1",
"project_question_responses": [{
"question_response": "Tom, Jack",
"question": {
"key": "additionalresearchers"
}
}, {
"question_response": "nectar supporting",
"question": {
"key": "nectarvls"
}
}, {
"question_response": "ncris supporting",
"question": {
"key": "ncris"
}
}],
"institutions": [{
"institution": "Monash"
}],
"publications": [{
"reference": "pub1"
}],
"grants": [{
"grant_type": {
"id": 1
},
"funding_body_and_scheme": "arc tests funding",
"grant_id": "arc-001",
"start_year": 2014,
"total_funding": 200
}],
"project_ids": [{
"identifier": 'nec_' + utils.get_random_string(11),
"system": {
"id": 1,
"system": "NeCTAR"
},
"type": "R"
}],
"project_contacts": [{
"contact": {
"id": contact_obj.id,
"email": contact_obj.email
},
"contact_role": {
"id": 2
}
}],
"domains": [{
"percentage": 100,
"for_code": {
"id": 1
}
}],
"created_by": {
"id": user_id
},
"updated_by": {
"id": user_id
}
}
def get_base_nectar_project_data(user_id, contact_obj, proj_ids=None):
"""
Nectar Project Data
:param user_id:
:param contact_obj:
:return:
"""
system_map = dbUtils.get_system_name_map()
ret_data = {
"title":
"Creating allocation request testing1",
"description":
"Creating allocation request testing1",
"project_question_responses": [{
"question_response": "Tom, Jack",
"question": {
"key": "additionalresearchers"
}
}, {
"question_response": "nectar supporting",
"question": {
"key": "nectarvls"
}
}, {
"question_response": "ncris supporting",
"question": {
"key": "ncris"
}
}],
"institutions": [{
"institution": "Monash"
}],
"publications": [{
"reference": "pub1"
}],
"grants": [{
"grant_type": {
"id": 1
},
"funding_body_and_scheme": "arc tests funding",
"grant_id": "arc-001",
"start_year": 2014,
"total_funding": 200
}],
"project_contacts": [{
"contact": {
"id": contact_obj.id,
"email": contact_obj.email
},
"contact_role": {
"id": 2
}
}],
"domains": [{
"percentage": 100,
"for_code": {
"id": 1
}
}],
"requests": [{
"compute_requests": [{
"instances": 21,
"approved_instances": 12,
"cores": 32,
"approved_cores": 22,
"core_hours": 744,
"approved_core_hours": 744,
"compute_product": {
"id": 1
},
"compute_question_responses": []
}],
"storage_requests": [{
"quota": 22,
"approved_quota": 12,
"storage_product": {
"id": 3,
"name": "Nectar Volume (Monash)"
},
"storage_question_responses": []
}],
"request_question_responses": [{
"question_response": "1",
"question": {
"key": "duration"
}
}, {
"question_response": "False",
"question": {
"key": "ptconversion"
}
}, {
"question_response": "Some Question Response",
"question": {
"key": "researchcase"
}
}, {
"question_response":
"Creating allocation request "
"testing1 patterns",
"question": {
"key": "usagepattern"
}
}, {
"question_response": "Monash",
"question": {
"key": "homenode"
}
}, {
"question_response": "Monash Node",
"question": {
"key": "homerequirements"
}
}, {
"question_response": 20000,
"question": {
"key": "estimatedusers"
}
}],
"request_status": {
"id": 1
},
"funding_scheme": {
"id": 1
},
"start_date":
"2015-11-25",
"end_date":
"2015-12-25",
"created_by": {
"id": user_id
},
"updated_by": {
"id": user_id
},
"approval_notes":
""
}]
}
if not proj_ids:
ret_data["project_ids"] = [{
"identifier":
'nec_' + utils.get_random_string(11),
"system":
system_map.get(DBConstants.SYSTEM_NECTAR),
}]
else:
ret_data["project_ids"] = proj_ids
return ret_data
