def test_entry_dropped_excerpt_migrations(self):
def _get_excerpt_snapshot():
return list(Entry.objects.order_by('id').values_list('excerpt', 'dropped_excerpt', 'excerpt_modified'))
migration_file = importlib.import_module('entry.migrations.0036_entry_excerpt_modified')
af = AnalysisFrameworkFactory.create()
project = ProjectFactory.create(analysis_framework=af)
lead = LeadFactory.create(project=project)
# Create entry before data migrate
EntryFactory.create(lead=lead, excerpt='', dropped_excerpt='')
EntryFactory.create(lead=lead, excerpt='sample-1', dropped_excerpt='')
EntryFactory.create(lead=lead, excerpt='sample-2', dropped_excerpt='sample-2-updated')
EntryFactory.create(lead=lead, excerpt='sample-3', dropped_excerpt='sample-3')
old_excerpt_snaphost = _get_excerpt_snapshot()
# Apply the migration logic
migration_file._update_entry_excerpt(Entry)
new_excerpt_snaphost = _get_excerpt_snapshot()
assert Entry.objects.count() == 4
assert Entry.objects.filter(dropped_excerpt='').count() == 1
assert Entry.objects.filter(excerpt_modified=True).count() == 1
assert Entry.objects.filter(dropped_excerpt=models.F('excerpt')).count() == 3
assert Entry.objects.exclude(dropped_excerpt=models.F('excerpt')).count() == 1
assert new_excerpt_snaphost != old_excerpt_snaphost
assert new_excerpt_snaphost == [
('', '', False),
('sample-1', 'sample-1', False),
('sample-2', 'sample-2-updated', True),
('sample-3', 'sample-3', False),
]
def test_entry_delete(self):
"""
This test makes sure only valid users can update entry
"""
entry = EntryFactory.create(
project=self.project,
lead=self.lead,
analysis_framework=self.project.analysis_framework)
def _query_check(**kwargs):
return self.query_check(self.DELETE_ENTRY_QUERY,
variables={
'projectId': self.project.id,
'entryId': entry.id
},
**kwargs)
# -- Without login
_query_check(assert_for_error=True)
# -- With login (non-member)
self.force_login(self.non_member_user)
_query_check(assert_for_error=True)
# --- member user (read-only)
self.force_login(self.readonly_member_user)
_query_check(assert_for_error=True)
# --- member user
# Invalid input
self.force_login(self.member_user)
content = _query_check(
okay=False)['data']['project']['entryDelete']['result']
self.assertIdEqual(content['id'], entry.id)
def test_project_stat_recent(self):
query = '''
query MyQuery {
recentProjects {
id
status
title
isPrivate
description
currentUserRole
}
}
'''
user = UserFactory.create()
analysis_framework = AnalysisFrameworkFactory.create()
public_project1, public_project2, public_project3, public_project4 = ProjectFactory.create_batch(
4)
public_project1.add_member(user)
public_project2.add_member(user)
public_project3.add_member(user)
lead1 = LeadFactory.create(project=public_project1, created_by=user)
LeadFactory.create(project=public_project2, created_by=user)
EntryFactory.create(lead=lead1,
controlled=False,
created_by=user,
project=public_project1,
analysis_framework=analysis_framework)
LeadFactory.create(project=public_project3, created_by=user)
LeadFactory.create(project=public_project4, created_by=user)
# -- Without login
self.query_check(query, assert_for_error=True)
# -- With login
self.force_login(user)
content = self.query_check(query)
self.assertEqual(len(content['data']['recentProjects']), 3, content)
self.assertEqual(content['data']['recentProjects'][0]['id'],
str(public_project3.pk), content)
self.assertEqual(content['data']['recentProjects'][1]['id'],
str(public_project1.pk), content)
self.assertEqual(content['data']['recentProjects'][2]['id'],
str(public_project2.pk), content)
def test_leads_status(self):
query = '''
query MyQuery ($id: ID!) {
project(id: $id) {
leads(ordering: ASC_ID) {
results {
id
title
status
}
}
}
}
'''
user = UserFactory.create()
project = ProjectFactory.create(
analysis_framework=AnalysisFrameworkFactory.create())
project.add_member(user)
lead1, _ = LeadFactory.create_batch(2, project=project)
def _query_check():
return self.query_check(query, variables={'id': project.id})
self.force_login(user)
content = _query_check()['data']['project']['leads']['results']
self.assertEqual(len(content), 2, content)
self.assertEqual(
set([lead['status'] for lead in content]),
{self.genum(Lead.Status.NOT_TAGGED)},
content,
)
# Add entry to lead1
entry1 = EntryFactory.create(lead=lead1)
content = _query_check()['data']['project']['leads']['results']
self.assertEqual(len(content), 2, content)
self.assertEqual(content[0]['status'],
self.genum(Lead.Status.IN_PROGRESS), content)
self.assertEqual(content[1]['status'],
self.genum(Lead.Status.NOT_TAGGED), content)
# Update lead1 status to TAGGED
lead1.status = Lead.Status.TAGGED
lead1.save(update_fields=['status'])
content = _query_check()['data']['project']['leads']['results']
self.assertEqual(len(content), 2, content)
self.assertEqual(content[0]['status'], self.genum(Lead.Status.TAGGED),
content)
self.assertEqual(content[1]['status'],
self.genum(Lead.Status.NOT_TAGGED), content)
# Now update entry1
entry1.save()
content = _query_check()['data']['project']['leads']['results']
self.assertEqual(len(content), 2, content)
self.assertEqual(content[0]['status'],
self.genum(Lead.Status.IN_PROGRESS), content)
self.assertEqual(content[1]['status'],
self.genum(Lead.Status.NOT_TAGGED), content)
def test_lead_entries_query(self):
# Includes permissions checks
query = '''
query MyQuery ($projectId: ID! $leadId: ID!) {
project(id: $projectId) {
lead(id: $leadId) {
entries {
id
order
entryType
excerpt
attributes {
widgetType
widget
data
clientId
widgetVersion
id
}
clientId
droppedExcerpt
highlightHidden
informationDate
image {
id
metadata
mimeType
title
file {
url
name
}
}
controlled
}
}
}
}
'''
lead = LeadFactory.create(project=self.project)
entry = EntryFactory.create(project=self.project, analysis_framework=self.af, lead=lead)
def _query_check(**kwargs):
return self.query_check(query, variables={'projectId': self.project.pk, 'leadId': lead.id}, **kwargs)
# Without login
_query_check(assert_for_error=True)
# With login
self.force_login(self.user)
content = _query_check()
results = content['data']['project']['lead']['entries']
self.assertEqual(len(content['data']['project']['lead']['entries']), 1, content)
self.assertIdEqual(results[0]['id'], entry.pk, results)
def test_test_entry_review_verify_control_migrations(self):
migration_file = importlib.import_module('entry.migrations.0031_entry-migrate-verify-to-review-comment')
# 3 normal users + Additional non-active user
user1, user2, user3, _ = UserFactory.create_batch(4)
af = AnalysisFrameworkFactory.create()
project = ProjectFactory.create(analysis_framework=af)
lead = LeadFactory.create(project=project)
# Create entry before data migrate
EntryFactory.create(lead=lead, controlled=True, controlled_changed_by=user1)
EntryFactory.create(lead=lead, controlled=True, controlled_changed_by=user2)
EntryFactory.create(lead=lead, controlled=False, controlled_changed_by=user3)
EntryFactory.create(lead=lead, controlled=True, controlled_changed_by=None)
EntryFactory.create(lead=lead, controlled=False, controlled_changed_by=None)
# Apply the migration logic
migration_file.migrate_entry_controlled_to_review_comment_(Entry, EntryReviewComment)
assert Entry.objects.count() == 5
# 2 verified review comment are created and 1 unverified review comment is created
assert EntryReviewComment.objects.count() == 3
# Related review comment are created by user last action on entry.
assert set(EntryReviewComment.objects.values_list('created_by_id', flat=True)) == set([user1.pk, user2.pk, user3.pk])
assert EntryReviewComment.objects.filter(comment_type=EntryReviewComment.CommentType.VERIFY).count() == 2
assert EntryReviewComment.objects.filter(comment_type=EntryReviewComment.CommentType.UNVERIFY).count() == 1
assert set(
EntryReviewComment.objects.filter(
comment_type=EntryReviewComment.CommentType.VERIFY,
).values_list('created_by_id', flat=True)
) == set([user1.pk, user2.pk])
assert set(
EntryReviewComment.objects.filter(
comment_type=EntryReviewComment.CommentType.UNVERIFY,
).values_list('created_by_id', flat=True)
) == set([user3.pk])
# All controlled, controlled_changed_by should be reset.
assert Entry.objects.filter(controlled=True).count() == 0
assert Entry.objects.filter(controlled_changed_by__isnull=False).count() == 0
def setUp(self):
super().setUp()
self.qa_member_user = UserFactory.create()
self.member_user = UserFactory.create()
self.readonly_member_user = UserFactory.create()
self.non_member_user = UserFactory.create()
self.af = AnalysisFrameworkFactory.create()
self.project = ProjectFactory.create(analysis_framework=self.af)
self.lead = LeadFactory.create(project=self.project)
self.entry = EntryFactory.create(lead=self.lead)
# Add member to project
self.project.add_member(self.readonly_member_user,
role=self.project_role_reader_non_confidential)
self.project.add_member(self.member_user,
role=self.project_role_member)
self.project.add_member(self.qa_member_user,
role=self.project_role_member,
badges=[ProjectMembership.BadgeType.QA])
def set_project_viz_configuration(project):
w_data = entry_stats_data.WIDGET_DATA
a_data = entry_stats_data.ATTRIBUTE_DATA
lead = LeadFactory.create(project=project)
entry = EntryFactory.create(lead=lead)
af = project.analysis_framework
# Create widgets, attributes and configs
invalid_stat_config = {}
valid_stat_config = {}
for index, (title, widget_identifier, data_identifier, config_kwargs) in enumerate([
('widget 1d', 'widget_1d', 'matrix1dWidget', {}),
('widget 2d', 'widget_2d', 'matrix2dWidget', {}),
('geo widget', 'geo_widget', 'geoWidget', {}),
('reliability widget', 'reliability_widget', 'scaleWidget', {}),
('affected groups widget', 'affected_groups_widget', 'multiselectWidget', {}),
('specific needs groups widget', 'specific_needs_groups_widget', 'multiselectWidget', {}),
]):
widget = WidgetFactory.create(
analysis_framework=af,
section=None,
title=title,
widget_id=data_identifier,
key=f'{data_identifier}-{index}',
properties={'data': w_data[data_identifier]},
)
EntryAttributeFactory.create(entry=entry, widget=widget, data=a_data[data_identifier])
valid_stat_config[widget_identifier] = {
'pk': widget.pk,
**config_kwargs,
}
invalid_stat_config[widget_identifier] = {'pk': 0}
af.properties = {'stats_config': invalid_stat_config}
af.save(update_fields=('properties',))
project.is_visualization_enabled = True
project.save(update_fields=('is_visualization_enabled',))
def test_create_assignment_create_on_entry_review_comment(
self, get_user_mocked_func):
af = AnalysisFrameworkFactory.create()
project = ProjectFactory.create(analysis_framework=af)
user1, user2 = UserFactory.create_batch(2)
get_user_mocked_func.return_value = user2
entry = EntryFactory.create(lead=LeadFactory.create(project=project))
old_assignment_count = Assignment.objects.count()
entry_review_comment = EntryReviewCommentFactory.create(
entry=entry, entry_comment=None, created_by=user1)
new_assignment_count = Assignment.objects.count()
self.assertEqual(old_assignment_count, new_assignment_count)
entry_review_comment.mentioned_users.add(user1)
new_assignment_count = Assignment.objects.count()
self.assertEqual(old_assignment_count + 1, new_assignment_count)
# try to change the assigne for the entry_review_comment and test for the change in assignment
entry_review_comment.mentioned_users.remove(user1)
entry_review_comment.mentioned_users.add(user2)
self.assertEqual(old_assignment_count + 1, new_assignment_count)
assignment = Assignment.objects.get(
entry_review_comment__id=entry_review_comment.id)
self.assertEqual(assignment.created_for,
user2) # should represent the new user2
# try to add another user and remove both from assignee
entry_review_comment.mentioned_users.add(user1)
new_assignment_count = Assignment.objects.count()
self.assertEqual(old_assignment_count + 2, new_assignment_count)
# try to get the assignment for user
entry_review_comment.mentioned_users.add(user1, user2)
assignment = Assignment.get_for(user1)
assert assignment.count() == 1 # for only the user
assert get_user_mocked_func.called
def test(self):
entry1_1 = EntryFactory.create(**self.entry_create_kwargs, lead=self.lead1)
entry2_1 = EntryFactory.create(**self.entry_create_kwargs, lead=self.lead2)
entry3_1 = EntryFactory.create(**self.entry_create_kwargs, lead=self.lead3)
entry3_2 = EntryFactory.create(**self.entry_create_kwargs, lead=self.lead3)
# Create attributes for multiselect (LIST Filter)
EntryAttributeFactory.create(entry=entry1_1, widget=self.widget_multiselect, data={'value': ['key-101', 'key-102']})
EntryAttributeFactory.create(entry=entry2_1, widget=self.widget_multiselect, data={'value': ['key-102', 'key-103']})
# Create attributes for time (NUMBER Filter)
EntryAttributeFactory.create(entry=entry1_1, widget=self.widget_number, data={'value': 10001})
EntryAttributeFactory.create(entry=entry3_1, widget=self.widget_number, data={'value': 10002})
# Create attributes for date range (INTERSECTS Filter)
EntryAttributeFactory.create(
entry=entry2_1,
widget=self.widget_date_range,
data={'value': {'startDate': '2020-01-10', 'endDate': '2020-01-20'}},
)
EntryAttributeFactory.create(
entry=entry3_1,
widget=self.widget_date_range,
data={'value': {'startDate': '2020-01-10', 'endDate': '2020-02-20'}},
)
EntryAttributeFactory.create(
entry=entry3_2,
widget=self.widget_date_range,
data={'value': {'startDate': '2020-01-15', 'endDate': '2020-01-25'}},
)
# Create attributes for text (TEXT Filter)
EntryAttributeFactory.create(entry=entry1_1, widget=self.widget_text, data={'value': 'This is a test 1'})
EntryAttributeFactory.create(entry=entry3_1, widget=self.widget_text, data={'value': 'This is a test 2'})
# Create attributes for GEO (LIST Filter)
EntryAttributeFactory.create(
entry=entry1_1, widget=self.widget_geo,
data={'value': [self.geo_area_3_2.pk]} # Leaf tagged
)
EntryAttributeFactory.create(
entry=entry2_1, widget=self.widget_geo,
data={'value': [self.geo_area_1.pk]} # Root tagged
)
EntryAttributeFactory.create(
entry=entry3_1, widget=self.widget_geo,
data={'value': [self.geo_area_2_1.pk]} # Middle child tagged
)
EntryAttributeFactory.create(
entry=entry3_2, widget=self.widget_geo,
data={'value': [self.geo_area_1.pk, self.geo_area_3_2.pk]} # Middle child tagged + leaf node
)
# Some entries with different AF
other_entry = EntryFactory.create(lead=self.lead1, analysis_framework=AnalysisFrameworkFactory.create(title='Other'))
EntryAttributeFactory.create(
entry=other_entry, widget=self.widget_multiselect, data={'value': ['key-101', 'key-102']})
EntryAttributeFactory.create(entry=other_entry, widget=self.widget_number, data={'value': 10002})
EntryAttributeFactory.create(
entry=other_entry, widget=self.widget_geo,
data={'value': [self.geo_area_3_2.pk]} # Leaf tagged
)
# Some leads/entries in other projects
other_leads = LeadFactory.create_batch(3, project=ProjectFactory.create(analysis_framework=self.af))
[EntryFactory.create_batch(3, lead=lead) for lead in other_leads]
# -- With login
self.force_login(self.user)
for filter_name, filter_data, expected_entries in [
# NUMBER Filter Cases
(
'number-filter-1',
[
{
'filterKey': self.widget_number.key,
'value': '10001',
'valueGte': '10002', # This is ignored when value is provided
'valueLte': '10005', # This is ignored when value is provided
},
],
[entry1_1],
),
(
'number-filter-2',
[
{
'filterKey': self.widget_number.key,
'valueGte': '10001',
'valueLte': '10005',
},
],
[entry1_1, entry3_1],
),
(
'number-filter-3',
[
{
'filterKey': self.widget_number.key,
'valueLte': '10001',
},
],
[entry1_1],
),
(
'number-filter-4',
[
{
'filterKey': self.widget_number.key,
'valueGte': '10002',
},
],
[entry3_1],
),
# TEXT Filter Cases
(
'text-filter-1',
[
{
'filterKey': self.widget_text.key,
'value': 'This is a test',
'valueGte': '10002', # This is ignored
},
],
[entry1_1, entry3_1],
),
(
'text-filter-2',
[
{
'filterKey': self.widget_text.key,
'value': 'This is a test 1',
'valueLte': '10002', # This is ignored
},
],
[entry1_1],
),
# INTERSECTS TODO: May need more test cases
(
'intersect-filter-1',
[
{
'filterKey': self.widget_date_range.key,
'value': '2020-01-10',
# 'valueLte': '2020-01-01', # TODO:
# 'valueGte': '2020-01-30', # TODO:
},
],
[entry2_1, entry3_1],
),
(
'intersect-filter-2',
[
{
'filterKey': self.widget_date_range.key,
'valueGte': '2020-01-01',
'valueLte': '2020-01-30',
},
],
[entry2_1, entry3_1, entry3_2],
),
(
'intersect-filter-3',
[
{
'filterKey': self.widget_date_range.key,
'valueGte': '2020-01-30', # Only one is ignored
},
],
[entry1_1, entry2_1, entry3_1, entry3_2],
),
# LIST Filter
(
'list-filter-1',
[
{
'filterKey': self.widget_multiselect.key,
'value': '13', # This is ignored
},
],
[entry1_1, entry2_1, entry3_1, entry3_2],
),
(
'list-filter-2',
[
{
'filterKey': self.widget_multiselect.key,
'valueList': ['key-101', 'key-102'],
},
],
[entry1_1, entry2_1],
),
(
'list-filter-3',
[
{
'filterKey': self.widget_multiselect.key,
'valueList': ['key-101', 'key-102'],
'useAndOperator': True,
},
],
[entry1_1],
),
(
'list-filter-4',
[
{
'filterKey': self.widget_multiselect.key,
'valueList': ['key-101', 'key-102'],
'useAndOperator': True,
'useExclude': True,
},
],
[entry2_1, entry3_1, entry3_2],
),
(
'list-filter-5',
[
{
'filterKey': self.widget_multiselect.key,
'valueList': ['key-101', 'key-102'],
'useExclude': True,
},
],
[entry3_1, entry3_2],
),
# GEO (LIST) Filter
(
'geo-filter-1',
[
{
'filterKey': self.widget_geo.key,
'valueList': [self.geo_area_1.pk],
},
],
[entry2_1, entry3_2],
),
(
'geo-filter-2',
[
{
'filterKey': self.widget_geo.key,
'valueList': [self.geo_area_1.pk],
'includeSubRegions': True,
},
],
[entry1_1, entry2_1, entry3_1, entry3_2],
),
(
'geo-filter-3',
[
{
'filterKey': self.widget_geo.key,
'valueList': [self.geo_area_1.pk],
'includeSubRegions': True,
'useExclude': True,
},
],
[],
),
(
'geo-filter-4',
[
{
'filterKey': self.widget_geo.key,
'valueList': [self.geo_area_2_2.pk],
'includeSubRegions': True,
},
],
[entry1_1, entry3_2],
),
(
'geo-filter-5',
[
{
'filterKey': self.widget_geo.key,
'valueList': [self.geo_area_2_2.pk],
'includeSubRegions': True,
'useExclude': True,
},
],
[entry2_1, entry3_1],
)
]:
# Lead filter test
content = self.query_check(
self.entries_query,
variables={'projectId': self.project.id, 'filterableData': filter_data},
)
self.assertListIds(
content['data']['project']['entries']['results'], expected_entries,
{'response': content, 'filter': filter_data, 'filter_name': filter_name}
)
# Lead filter test
expected_leads = set([entry.lead for entry in expected_entries])
content = self.query_check(
TestLeadQuerySchema.lead_filter_query,
variables={
'projectId': self.project.id,
'hasEntries': True,
'entriesFilterData': {
'filterableData': filter_data,
}
}
)
self.assertListIds(
content['data']['project']['leads']['results'], expected_leads,
{'response': content, 'filter': filter_data, 'filter_name': filter_name}
)
def test_entry_update(self):
"""
This test makes sure only valid users can update entry
"""
entry = EntryFactory.create(
project=self.project,
lead=self.lead,
analysis_framework=self.project.analysis_framework)
minput = dict(
attributes=[
dict(widget=self.widget1.pk,
data=self.dummy_data,
clientId='client-id-attribute-1',
widgetVersion=1),
dict(widget=self.widget2.pk,
data=self.dummy_data,
clientId='client-id-attribute-2',
widgetVersion=1),
dict(widget=self.widget1.pk,
data=self.dummy_data,
clientId='client-id-attribute-3',
widgetVersion=1),
],
order=1,
lead=self.lead.pk,
informationDate=self.get_date_str(timezone.now()),
image=self.other_file.pk,
# leadImage='',
highlightHidden=False,
excerpt='This is a text',
entryType=self.genum(Entry.TagType.EXCERPT),
droppedExcerpt='This is a dropped text',
clientId='entry-101',
)
def _query_check(**kwargs):
return self.query_check(self.UPDATE_ENTRY_QUERY,
minput=minput,
variables={
'projectId': self.project.id,
'entryId': entry.id
},
**kwargs)
# -- Without login
_query_check(assert_for_error=True)
# -- With login (non-member)
self.force_login(self.non_member_user)
_query_check(assert_for_error=True)
# --- member user (read-only)
self.force_login(self.readonly_member_user)
_query_check(assert_for_error=True)
# --- member user
# Invalid input
self.force_login(self.member_user)
response = _query_check(okay=False)
self.assertMatchSnapshot(response, 'error')
# Valid input
minput['image'] = self.our_file.pk
response = _query_check()
self.assertMatchSnapshot(response, 'success')
def test_entries_query(self):
# Includes permissions checks
query = '''
query MyQuery ($projectId: ID!) {
project(id: $projectId) {
entries (ordering: "-id") {
totalCount
results {
id
order
entryType
excerpt
attributes {
widgetType
widget
data
clientId
widgetVersion
id
}
clientId
droppedExcerpt
highlightHidden
informationDate
image {
id
metadata
mimeType
title
file {
url
name
}
}
controlled
}
}
}
}
'''
user = UserFactory.create()
lead = LeadFactory.create(project=self.project)
conf_lead = LeadFactory.create(project=self.project, confidentiality=Lead.Confidentiality.CONFIDENTIAL)
entry = EntryFactory.create(project=self.project, analysis_framework=self.af, lead=lead)
conf_entry = EntryFactory.create(project=self.project, analysis_framework=self.af, lead=conf_lead)
def _query_check(**kwargs):
return self.query_check(query, variables={'projectId': self.project.pk}, **kwargs)
# Without login
_query_check(assert_for_error=True)
# With login
self.force_login(user)
# -- Without membership
content = _query_check()
results = content['data']['project']['entries']['results']
self.assertEqual(content['data']['project']['entries']['totalCount'], 0, content)
self.assertEqual(len(results), 0, results)
# -- Without membership (confidential only)
current_membership = self.project.add_member(user, role=self.project_role_reader_non_confidential)
content = _query_check()
results = content['data']['project']['entries']['results']
self.assertEqual(content['data']['project']['entries']['totalCount'], 1, content)
self.assertIdEqual(results[0]['id'], entry.pk, results)
# -- With membership (non-confidential only)
current_membership.delete()
self.project.add_member(user, role=self.project_role_reader)
content = _query_check()
results = content['data']['project']['entries']['results']
self.assertEqual(content['data']['project']['entries']['totalCount'], 2, content)
self.assertIdEqual(results[0]['id'], conf_entry.pk, results)
self.assertIdEqual(results[1]['id'], entry.pk, results)
def test_lead_query_filter(self):
af = AnalysisFrameworkFactory.create()
project = ProjectFactory.create(analysis_framework=af)
org_type1, org_type2 = OrganizationTypeFactory.create_batch(2)
org1 = OrganizationFactory.create(organization_type=org_type1)
org2 = OrganizationFactory.create(organization_type=org_type2)
org3 = OrganizationFactory.create(organization_type=org_type2)
org1_child = OrganizationFactory.create(organization_type=org_type2,
parent=org1)
# User with role
user = UserFactory.create()
member1 = UserFactory.create()
member2 = UserFactory.create()
project.add_member(user, role=self.project_role_reader)
project.add_member(member1, role=self.project_role_reader)
project.add_member(member2, role=self.project_role_reader)
lead1 = LeadFactory.create(
project=project,
title='Test 1',
source_type=Lead.SourceType.TEXT,
confidentiality=Lead.Confidentiality.CONFIDENTIAL,
source=org1_child,
authors=[org1, org2],
assignee=[member1],
priority=Lead.Priority.HIGH,
status=Lead.Status.IN_PROGRESS,
)
lead2 = LeadFactory.create(
project=project,
source_type=Lead.SourceType.TEXT,
title='Test 2',
assignee=[member2],
authors=[org2, org3],
priority=Lead.Priority.HIGH,
)
lead3 = LeadFactory.create(
project=project,
source_type=Lead.SourceType.WEBSITE,
url='https://wwwexample.com/sample-1',
title='Sample 1',
confidentiality=Lead.Confidentiality.CONFIDENTIAL,
source=org2,
authors=[org1, org3],
priority=Lead.Priority.LOW,
)
lead4 = LeadFactory.create(
project=project,
title='Sample 2',
source=org3,
authors=[org1],
priority=Lead.Priority.MEDIUM,
)
lead5 = LeadFactory.create(
project=project,
title='Sample 3',
status=Lead.Status.TAGGED,
assignee=[member2],
source=org3,
)
EntryFactory.create(project=project,
analysis_framework=af,
lead=lead4,
controlled=False)
EntryFactory.create(project=project,
analysis_framework=af,
lead=lead4,
controlled=False)
EntryFactory.create(project=project,
analysis_framework=af,
lead=lead5,
controlled=True)
AssessmentFactory.create(project=project, lead=lead1)
AssessmentFactory.create(project=project, lead=lead2)
# -- With login
self.force_login(user)
# TODO: Add direct test for filter_set as well (is used within export)
for filter_data, expected_leads in [
({
'search': 'test'
}, [lead1, lead2]),
({
'confidentiality':
self.genum(Lead.Confidentiality.CONFIDENTIAL)
}, [lead1, lead3]),
({
'assignees': [member2.pk]
}, [lead2, lead5]),
({
'assignees': [member1.pk, member2.pk]
}, [lead1, lead2, lead5]),
({
'authoringOrganizationTypes': [org_type2.pk]
}, [lead1, lead2, lead3]),
({
'authoringOrganizationTypes': [org_type1.pk, org_type2.pk]
}, [lead1, lead2, lead3, lead4]),
({
'authorOrganizations': [org1.pk, org2.pk]
}, [lead1, lead2, lead3, lead4]),
({
'authorOrganizations': [org3.pk]
}, [lead2, lead3]),
({
'sourceOrganizations': [org1.pk, org2.pk]
}, [lead1, lead3]),
({
'sourceOrganizations': [org3.pk]
}, [lead4, lead5]),
({
'priorities': [self.genum(Lead.Priority.HIGH)]
}, [lead1, lead2]),
({
'priorities': [
self.genum(Lead.Priority.LOW),
self.genum(Lead.Priority.HIGH)
]
}, [lead1, lead2, lead3, lead5]),
({
'sourceTypes': [self.genum(Lead.SourceType.WEBSITE)]
}, [lead3]),
({
'sourceTypes': [
self.genum(Lead.SourceType.TEXT),
self.genum(Lead.SourceType.WEBSITE)
]
}, [lead1, lead2, lead3]),
({
'statuses': [self.genum(Lead.Status.NOT_TAGGED)]
}, [lead2, lead3]),
({
'statuses': [
self.genum(Lead.Status.IN_PROGRESS),
self.genum(Lead.Status.TAGGED)
]
}, [lead1, lead4, lead5]),
({
'hasEntries': True
}, [lead4, lead5]),
({
'hasEntries': False
}, [lead1, lead2, lead3]),
({
'hasEntries':
True,
'ordering': [
self.genum(LeadOrderingEnum.DESC_ENTRIES_COUNT),
self.genum(LeadOrderingEnum.ASC_ID)
],
}, [lead5, lead4]),
({
'hasEntries':
True,
'entriesFilterData': {},
'ordering': [
self.genum(LeadOrderingEnum.DESC_ENTRIES_COUNT),
self.genum(LeadOrderingEnum.ASC_ID)
],
}, [lead5, lead4]),
({
'entriesFilterData': {
'controlled': True
},
'ordering': [
self.genum(LeadOrderingEnum.DESC_ENTRIES_COUNT),
self.genum(LeadOrderingEnum.ASC_ID)
],
}, [lead5]),
({
'hasAssessment': True
}, [lead1, lead2]),
({
'hasAssessment': False
}, [lead3, lead4, lead5]),
# TODO:
# ({'emmEntities': []}, []),
# ({'emmKeywords': []}, []),
# ({'emmRiskFactors': []}, []),
# TODO: Common filters
# ({'publishedOn': []}, []),
# ({'publishedOnGte': []}, []),
# ({'publishedOnLte': []}, []),
# ({'text': []}, []),
# ({'url': []}, []),
# ({'createdAt': []}, []),
# ({'createdAtGte': []}, []),
# ({'createdAtLte': []}, []),
]:
content = self.query_check(self.lead_filter_query,
variables={
'projectId': project.id,
**filter_data
})
self.assertListIds(content['data']['project']['leads']['results'],
expected_leads, {
'response': content,
'filter': filter_data
})
def test_project_query(self):
"""
Test private + non-private project behaviour
"""
query = '''
query MyQuery ($id: ID!) {
project(id: $id) {
id
title
currentUserRole
startDate
status
isVisualizationEnabled
isPrivate
endDate
description
data
stats {
entriesActivity {
count
date
}
numberOfLeads
numberOfLeadsNotTagged
numberOfLeadsInProgress
numberOfLeadsTagged
numberOfEntries
numberOfEntriesVerified
numberOfEntriesControlled
numberOfUsers
leadsActivity {
count
date
}
}
membershipPending
isRejected
regions {
id
title
}
}
}
'''
user = UserFactory.create()
analysis_framework = AnalysisFrameworkFactory.create()
public_project, public_project2, public_project3, public_project4 = ProjectFactory.create_batch(
4, analysis_framework=analysis_framework)
now = timezone.now()
lead1_1 = self.update_obj(LeadFactory.create(project=public_project),
created_at=now + relativedelta(months=-1))
lead1_2 = self.update_obj(LeadFactory.create(project=public_project),
created_at=now + relativedelta(months=-2))
lead1_3 = self.update_obj(LeadFactory.create(project=public_project),
created_at=now + relativedelta(months=-2))
lead1_4 = self.update_obj(LeadFactory.create(project=public_project),
created_at=now + relativedelta(months=-1))
self.update_obj(LeadFactory.create(project=public_project),
created_at=now + relativedelta(months=-1))
data = [
{
"lead": lead1_1,
"controlled": False,
"months": -1,
},
{
"lead": lead1_1,
"controlled": False,
"months": -3,
},
{
"lead": lead1_2,
"controlled": True,
"months": -3,
},
{
"lead": lead1_2,
"controlled": False,
"months": -2,
},
{
"lead": lead1_2,
"controlled": True,
"months": -2,
},
{
"lead": lead1_3,
"controlled": True,
"months": -3,
},
{
"lead": lead1_3,
"controlled": True,
"months": -3,
},
]
now = timezone.now()
for item in data:
self.update_obj(
EntryFactory.create(lead=item['lead'],
controlled=item['controlled'],
project=public_project,
analysis_framework=analysis_framework),
created_at=now + relativedelta(months=item['months']))
EntryFactory.create(lead=lead1_3,
project=public_project,
controlled=True,
analysis_framework=analysis_framework)
EntryFactory.create(lead=lead1_4,
project=public_project,
controlled=True,
analysis_framework=analysis_framework)
lead2 = LeadFactory.create(project=public_project2)
lead3 = LeadFactory.create(project=public_project3)
EntryFactory.create(lead=lead2,
project=public_project2,
controlled=False,
analysis_framework=analysis_framework)
EntryFactory.create(lead=lead3,
project=public_project3,
controlled=False,
analysis_framework=analysis_framework)
user2, user3, request_user, non_member_user = UserFactory.create_batch(
4)
public_project = ProjectFactory.create(
analysis_framework=analysis_framework)
private_project = ProjectFactory.create(
is_private=True, analysis_framework=analysis_framework)
ProjectJoinRequestFactory.create(project=public_project,
requested_by=request_user,
status='pending',
role=self.project_role_admin)
# create projectJoinRequest(status='rejected')
ProjectJoinRequestFactory.create(project=public_project4,
requested_by=request_user,
status='rejected',
role=self.project_role_admin)
# add some project member
public_project.add_member(user)
public_project.add_member(user2)
public_project.add_member(user3)
# add some lead for the project
lead = LeadFactory.create(project=public_project)
lead2 = LeadFactory.create(project=public_project)
LeadFactory.create_batch(3, project=public_project)
LeadFactory.create(project=private_project)
# add some entry for the project
EntryFactory.create_batch(4,
project=public_project,
analysis_framework=analysis_framework,
lead=lead)
entry2_1 = EntryFactory.create(project=public_project,
analysis_framework=analysis_framework,
lead=lead2,
controlled=True)
entry2_2 = EntryFactory.create(project=public_project,
analysis_framework=analysis_framework,
lead=lead2)
EntryFactory.create(project=private_project,
analysis_framework=analysis_framework,
lead=lead)
# Verify entries
entry2_1.verified_by.add(user)
entry2_1.verified_by.add(user3)
entry2_2.verified_by.add(user)
# NOTE: Right noe only IN_PROGRESS status is set automatically
# Control one lead
lead2.status = Lead.Status.TAGGED
lead2.save(update_fields=('status', ))
# lets add some regions to project
region1, region2, region3 = RegionFactory.create_batch(3)
public_project.regions.add(region1)
public_project.regions.add(region2)
private_project.regions.add(region3)
# Generate project cache
_generate_project_stats_cache()
# -- Without login
self.query_check(query,
assert_for_error=True,
variables={'id': public_project.id})
self.query_check(query,
assert_for_error=True,
variables={'id': private_project.id})
# -- With login
self.force_login(user)
# --- non-member user
content = self.query_check(query, variables={'id': public_project.id})
self.assertNotEqual(content['data']['project'], None, content)
content = self.query_check(query, variables={'id': private_project.id})
self.assertEqual(content['data']['project'], None, content)
# login with non_member
self.force_login(non_member_user)
content = self.query_check(query, variables={'id': public_project.id})
self.assertNotEqual(content['data']['project'], None, content)
self.assertEqual(content['data']['project']['membershipPending'],
False)
# login with request_user
self.force_login(request_user)
content = self.query_check(query, variables={'id': public_project4.id})
self.assertNotEqual(content['data']['project'], None, content)
self.assertEqual(content['data']['project']['isRejected'], True)
# --- member user
# ---- (public-project)
self.force_login(user)
content = self.query_check(query, variables={'id': public_project.id})
self.assertNotEqual(content['data']['project'], None, content)
self.assertEqual(content['data']['project']['stats']['numberOfLeads'],
5, content)
self.assertEqual(
content['data']['project']['stats']['numberOfLeadsNotTagged'], 3,
content)
self.assertEqual(
content['data']['project']['stats']['numberOfLeadsInProgress'], 1,
content)
self.assertEqual(
content['data']['project']['stats']['numberOfLeadsTagged'], 1,
content)
self.assertEqual(
content['data']['project']['stats']['numberOfEntries'], 6, content)
self.assertEqual(
content['data']['project']['stats']['numberOfEntriesVerified'], 2,
content)
self.assertEqual(
content['data']['project']['stats']['numberOfEntriesControlled'],
1, content)
self.assertEqual(content['data']['project']['stats']['numberOfUsers'],
3, content)
self.assertEqual(
len(content['data']['project']['stats']['leadsActivity']), 1,
content)
self.assertEqual(
len(content['data']['project']['stats']['entriesActivity']), 1,
content)
self.assertEqual(len(content['data']['project']['regions']), 2,
content)
self.assertListIds(content['data']['project']['regions'],
[region1, region2], content)
# login with request user
self.force_login(request_user)
content = self.query_check(query, variables={'id': public_project.id})
self.assertNotEqual(content['data']['project'], None, content)
self.assertEqual(content['data']['project']['membershipPending'], True)
# ---- (private-project)
self.force_login(user)
private_project.add_member(user)
content = self.query_check(query, variables={'id': private_project.id})
self.assertNotEqual(content['data']['project'], None, content)
self.assertEqual(len(content['data']['project']['regions']), 1,
content)
self.assertListIds(content['data']['project']['regions'], [region3],
content)
def test_snapshot(self):
query = '''
query MyQuery {
projectExploreStats {
totalProjects
totalUsers
leadsAddedWeekly
dailyAverageLeadsTaggedPerProject
generatedExportsMonthly
topActiveProjects {
projectId
projectTitle
analysisFrameworkId
analysisFrameworkTitle
}
calculatedAt
}
}
'''
def _cache_clear():
cache.delete(
CacheKey.PROJECT_EXPLORE_STATS_LOADER_KEY) # Delete cache
user = UserFactory.create()
# -- With login
self.force_login(user)
_cache_clear()
previous_content = content = self.query_check(query)
self.assertMatchSnapshot(content, 'no-data')
UserFactory.create_batch(3, is_active=False) # Some Inactive users
analysis_framework = AnalysisFrameworkFactory.create()
projects = ProjectFactory.create_batch(3)
projects_with_af = ProjectFactory.create_batch(
3, analysis_framework=analysis_framework)
# This shouldn't show in top projects but leads/entries count should
private_project = ProjectFactory.create(
title='Private Project',
is_private=True,
analysis_framework=analysis_framework)
now = timezone.now()
# Generate project cache
_generate_project_stats_cache()
content = self.query_check(query)
self.assertEqual(content, previous_content) # Test for cache
_cache_clear()
previous_content = content = self.query_check(
query) # Pull latest data
self.assertMatchSnapshot(content, 'only-project')
self.update_obj(LeadFactory.create(project=projects[0]),
created_at=now + relativedelta(weeks=-1))
self.update_obj(LeadFactory.create(project=projects[0]),
created_at=now + relativedelta(weeks=-1))
self.update_obj(LeadFactory.create(project=projects[1]),
created_at=now + relativedelta(weeks=-2))
self.update_obj(LeadFactory.create(project=projects[1]),
created_at=now + relativedelta(weeks=-1))
self.update_obj(LeadFactory.create(project=projects[1]),
created_at=now + relativedelta(weeks=-1))
self.update_obj(LeadFactory.create(project=projects[2]),
created_at=now + relativedelta(weeks=-2))
lead0_1 = self.update_obj(
LeadFactory.create(project=projects_with_af[0]),
created_at=now + relativedelta(weeks=-1))
lead1_1 = self.update_obj(
LeadFactory.create(project=projects_with_af[1]),
created_at=now + relativedelta(weeks=-2))
lead1_2 = self.update_obj(
LeadFactory.create(project=projects_with_af[1]),
created_at=now + relativedelta(weeks=-1))
plead1_1 = self.update_obj(LeadFactory.create(project=private_project),
created_at=now + relativedelta(weeks=-2))
plead1_2 = self.update_obj(LeadFactory.create(project=private_project),
created_at=now + relativedelta(weeks=-1))
self.update_obj(LeadFactory.create(project=projects_with_af[1]),
created_at=now + relativedelta(weeks=-1))
self.update_obj(LeadFactory.create(project=projects_with_af[2]),
created_at=now + relativedelta(weeks=-3))
self.update_obj(EntryFactory.create(lead=lead0_1),
created_at=now + relativedelta(weeks=-1))
self.update_obj(EntryFactory.create(lead=lead1_1),
created_at=now + relativedelta(weeks=-1))
self.update_obj(EntryFactory.create(lead=lead1_2),
created_at=now + relativedelta(weeks=-1))
self.update_obj(EntryFactory.create(lead=plead1_1),
created_at=now + relativedelta(weeks=-1))
self.update_obj(EntryFactory.create(lead=plead1_2),
created_at=now + relativedelta(weeks=-1))
# Generate project cache
_generate_project_stats_cache()
self.update_obj(ExportFactory.create(project=projects_with_af[0],
exported_by=user),
exported_at=now + relativedelta(months=-1))
self.update_obj(ExportFactory.create(project=projects_with_af[0],
exported_by=user),
exported_at=now + relativedelta(months=-1))
self.update_obj(ExportFactory.create(project=projects_with_af[0],
exported_by=user),
exported_at=now + relativedelta(months=-2))
self.update_obj(ExportFactory.create(project=projects_with_af[1],
exported_by=user),
exported_at=now + relativedelta(months=-2))
self.update_obj(ExportFactory.create(project=projects_with_af[2],
exported_by=user),
exported_at=now + relativedelta(months=-3))
self.update_obj(ExportFactory.create(project=private_project,
exported_by=user),
exported_at=now + relativedelta(months=-1))
content = self.query_check(query)
self.assertEqual(content, previous_content) # Test for cache
_cache_clear()
previous_content = content = self.query_check(
query) # Pull latest data
self.assertMatchSnapshot(content, 'with-data')
def test_entry_query_filter(self):
query = '''
query MyQuery (
$projectId: ID!
$leadAuthoringOrganizationTypes: [ID!]
$commentStatus: EntryFilterCommentStatusEnum
$controlled: Boolean
$createdAt: DateTime
$createdAtGte: DateTime
$createdAtLte: DateTime
$createdBy: [ID!]
$entriesId: [ID!]
$entryTypes: [EntryTagTypeEnum!]
$excerpt: String
$filterableData: [EntryFilterDataType!]
$geoCustomShape: String
$leadAssignees: [ID!]
$leadConfidentialities: [LeadConfidentialityEnum!]
$leadGroupLabel: String
$leadPriorities: [LeadPriorityEnum!]
$leadPublishedOn: Date
$leadPublishedOnGte: Date
$leadPublishedOnLte: Date
$leads: [ID!]
$leadStatuses: [LeadStatusEnum!]
$leadTitle: String
$modifiedAt: DateTime
$modifiedBy: [ID!]
$projectEntryLabels: [ID!]
) {
project(id: $projectId) {
entries (
commentStatus: $commentStatus
controlled: $controlled
createdAt: $createdAt
createdAtGte: $createdAtGte
createdAtLte: $createdAtLte
createdBy: $createdBy
entriesId: $entriesId
entryTypes: $entryTypes
excerpt: $excerpt
filterableData: $filterableData
geoCustomShape: $geoCustomShape
modifiedAt: $modifiedAt
modifiedBy: $modifiedBy
projectEntryLabels: $projectEntryLabels
# Lead filters
leadAuthoringOrganizationTypes: $leadAuthoringOrganizationTypes
leadAssignees: $leadAssignees
leadConfidentialities: $leadConfidentialities
leadGroupLabel: $leadGroupLabel
leadPriorities: $leadPriorities
leadPublishedOn: $leadPublishedOn
leadPublishedOnGte: $leadPublishedOnGte
leadPublishedOnLte: $leadPublishedOnLte
leads: $leads
leadStatuses: $leadStatuses
leadTitle: $leadTitle
) {
results {
id
}
}
}
}
'''
af = AnalysisFrameworkFactory.create()
project = ProjectFactory.create(analysis_framework=af)
org_type1, org_type2 = OrganizationTypeFactory.create_batch(2)
org1 = OrganizationFactory.create(organization_type=org_type1)
org2 = OrganizationFactory.create(organization_type=org_type2)
org3 = OrganizationFactory.create(organization_type=org_type2)
# User with role
user = UserFactory.create()
member1 = UserFactory.create()
member2 = UserFactory.create()
project.add_member(user, role=self.project_role_reader)
project.add_member(member1, role=self.project_role_reader)
project.add_member(member2, role=self.project_role_reader)
lead1 = LeadFactory.create(
project=project,
title='Test 1',
source_type=Lead.SourceType.TEXT,
confidentiality=Lead.Confidentiality.CONFIDENTIAL,
authors=[org1, org2],
assignee=[member1],
priority=Lead.Priority.HIGH,
status=Lead.Status.IN_PROGRESS,
)
lead2 = LeadFactory.create(
project=project,
source_type=Lead.SourceType.TEXT,
title='Test 2',
assignee=[member2],
authors=[org2, org3],
priority=Lead.Priority.HIGH,
)
lead3 = LeadFactory.create(
project=project,
source_type=Lead.SourceType.WEBSITE,
url='https://wwwexample.com/sample-1',
title='Sample 1',
confidentiality=Lead.Confidentiality.CONFIDENTIAL,
authors=[org1, org3],
priority=Lead.Priority.LOW,
)
lead4 = LeadFactory.create(
project=project,
title='Sample 2',
authors=[org1],
priority=Lead.Priority.MEDIUM,
)
other_project = ProjectFactory.create(analysis_framework=af)
other_lead = LeadFactory.create(project=other_project)
outside_entry = EntryFactory.create(project=other_project, analysis_framework=af, lead=other_lead)
entry1_1 = EntryFactory.create(
project=project, analysis_framework=af, lead=lead1, entry_type=Entry.TagType.EXCERPT, controlled=False)
entry2_1 = EntryFactory.create(
project=project, analysis_framework=af, lead=lead2, entry_type=Entry.TagType.IMAGE, controlled=True)
entry3_1 = EntryFactory.create(
project=project, analysis_framework=af, lead=lead3, entry_type=Entry.TagType.EXCERPT, controlled=False)
entry4_1 = EntryFactory.create(
project=project, analysis_framework=af, lead=lead4, entry_type=Entry.TagType.EXCERPT, controlled=False)
# Change lead1 status to TAGGED
lead1.status = Lead.Status.TAGGED
lead1.save(update_fields=['status'])
# Some leads/entries in other projects
other_leads = LeadFactory.create_batch(3, project=ProjectFactory.create(analysis_framework=af))
[EntryFactory.create_batch(3, lead=lead) for lead in other_leads]
# -- With login
self.force_login(user)
# TODO: Add direct test for filter_set as well (is used within export)
for filter_data, expected_entries in [
({'controlled': True}, [entry2_1]),
({'controlled': False}, [entry1_1, entry3_1, entry4_1]),
({'entriesId': [entry1_1.id, entry2_1.id, outside_entry.id]}, [entry1_1, entry2_1]),
({'entryTypes': [self.genum(Entry.TagType.EXCERPT)]}, [entry1_1, entry3_1, entry4_1]),
(
{'entryTypes': [self.genum(Entry.TagType.EXCERPT), self.genum(Entry.TagType.IMAGE)]},
[entry1_1, entry2_1, entry3_1, entry4_1],
),
# TODO: ({'projectEntryLabels': []}, []),
# TODO: ({'geoCustomShape': []}, []),
# TODO: After adding comment({'commentStatus': self.genum(EntryFilterMixin.CommentStatus.RESOLVED)}, []),
# Lead filters
({'leadAuthoringOrganizationTypes': [org_type2.pk]}, [entry1_1, entry2_1, entry3_1]),
({'leadAuthoringOrganizationTypes': [org_type1.pk, org_type2.pk]}, [entry1_1, entry2_1, entry3_1, entry4_1]),
({'leads': [lead1.pk, lead2.pk]}, [entry1_1, entry2_1]),
({'leadTitle': 'test'}, [entry1_1, entry2_1]),
({'leadAssignees': [member2.pk]}, [entry2_1]),
({'leadAssignees': [member1.pk, member2.pk]}, [entry1_1, entry2_1]),
({'leadConfidentialities': self.genum(Lead.Confidentiality.CONFIDENTIAL)}, [entry1_1, entry3_1]),
({'leadPriorities': [self.genum(Lead.Priority.HIGH)]}, [entry1_1, entry2_1]),
(
{'leadPriorities': [self.genum(Lead.Priority.LOW), self.genum(Lead.Priority.HIGH)]},
[entry1_1, entry2_1, entry3_1]
),
({'leadStatuses': [self.genum(Lead.Status.NOT_TAGGED)]}, []),
({'leadStatuses': [self.genum(Lead.Status.IN_PROGRESS)]}, [entry2_1, entry3_1, entry4_1]),
({'leadStatuses': [self.genum(Lead.Status.TAGGED)]}, [entry1_1]),
(
{'leadStatuses': [self.genum(Lead.Status.IN_PROGRESS), self.genum(Lead.Status.TAGGED)]},
[entry1_1, entry2_1, entry3_1, entry4_1]
),
# TODO: Common filters
# ({'excerpt': []}, []),
# ({'modifiedAt': []}, []),
# ({'modifiedBy': []}, []),
# ({'createdAt': []}, []),
# ({'createdAtGte': []}, []),
# ({'createdAtLte': []}, []),
# ({'createdBy': []}, []),
# ({'leadGroupLabel': []}, []),
# ({'leadPublishedOn': []}, []),
# ({'leadPublishedOnGte': []}, []),
# ({'leadPublishedOnLte': []}, []),
]:
# Entry filter test
content = self.query_check(query, variables={'projectId': project.id, **filter_data})
self.assertListIds(
content['data']['project']['entries']['results'], expected_entries,
{'response': content, 'filter': filter_data}
)
# Lead filter test
expected_leads = set([entry.lead for entry in expected_entries])
content = self.query_check(
TestLeadQuerySchema.lead_filter_query,
variables={
'projectId': project.id,
'hasEntries': True,
'entriesFilterData': filter_data,
}
)
self.assertListIds(
content['data']['project']['leads']['results'], expected_leads,
{'response': content, 'filter': filter_data},
)
def test_review_comments_query(self):
query = '''
query MyQuery ($projectId: ID! $entryId: ID!) {
project(id: $projectId) {
entry (id: $entryId) {
id
verifiedBy {
displayName
id
}
controlled
controlledChangedBy {
id
displayName
}
reviewCommentsCount
}
reviewComments (entry: $entryId, ordering: DESC_ID) {
totalCount
results {
id
text
commentType
createdAt
mentionedUsers {
displayName
id
}
}
}
}
}
'''
user = UserFactory.create()
user2, user3 = UserFactory.create_batch(2)
analysis_framework = AnalysisFrameworkFactory.create()
project = ProjectFactory.create(analysis_framework=analysis_framework)
lead = LeadFactory.create(project=project)
entry = EntryFactory.create(project=project,
analysis_framework=analysis_framework,
lead=lead,
controlled=True,
controlled_changed_by=user2,
verified_by=[user2, user3])
entry1 = EntryFactory.create(
project=project,
analysis_framework=analysis_framework,
lead=lead,
)
review_comment1, review_comment2 = EntryReviewCommentFactory.create_batch(
2, entry=entry, created_by=user)
EntryReviewCommentFactory.create(entry=entry1, created_by=user)
review_text1 = EntryReviewCommentTextFactory.create(
comment=review_comment1)
# -- Without login
self.query_check(query,
assert_for_error=True,
variables={
'projectId': project.id,
'entryId': entry.id
})
# -- With login
self.force_login(user)
# --- non-member user
content = self.query_check(query,
variables={
'projectId': project.id,
'entryId': entry.id
})
self.assertEqual(content['data']['project']['entry'], None, content)
# --- add-member in project
project.add_member(user)
content = self.query_check(query,
variables={
'projectId': project.id,
'entryId': entry.id
})
self.assertEqual(
content['data']['project']['entry']['reviewCommentsCount'], 2,
content)
self.assertEqual(
content['data']['project']['reviewComments']['totalCount'], 2,
content)
self.assertListIds(
content['data']['project']['reviewComments']['results'],
[review_comment1, review_comment2], content)
self.assertEqual(
content['data']['project']['reviewComments']['results'][1]['text'],
review_text1.text, content)
# add another review_text for same review_comment
review_text2 = EntryReviewCommentTextFactory.create(
comment=review_comment1)
content = self.query_check(query,
variables={
'projectId': project.id,
'entryId': entry.id
})
self.assertEqual(
content['data']['project']['entry']['reviewCommentsCount'], 2,
content)
self.assertEqual(
content['data']['project']['reviewComments']['results'][1]['text'],
review_text2.text, # here latest text should be present
content)
# lets check for the contolled in entry
self.assertEqual(content['data']['project']['entry']['controlled'],
True, content)
self.assertEqual(
content['data']['project']['entry']['controlledChangedBy']['id'],
str(user2.id), content)
self.assertEqual(
len(content['data']['project']['entry']['verifiedBy']), 2, content)
# lets query for another entry
content = self.query_check(query,
variables={
'projectId': project.id,
'entryId': entry1.id
})
self.assertEqual(
content['data']['project']['entry']['reviewCommentsCount'], 1,
content)
self.assertEqual(
content['data']['project']['reviewComments']['totalCount'], 1,
content)
def test_review_comments_project_scope_query(self):
"""
Include permission check
"""
query = '''
query MyQuery ($projectId: ID! $reviewId: ID!) {
project(id: $projectId) {
reviewComment(id: $reviewId) {
commentType
createdAt
createdBy {
id
firstName
}
id
mentionedUsers {
displayName
displayPictureUrl
}
textHistory {
createdAt
id
text
}
}
}
}
'''
user = UserFactory.create()
analysis_framework = AnalysisFrameworkFactory.create()
project = ProjectFactory.create(analysis_framework=analysis_framework)
lead = LeadFactory.create(project=project)
conf_lead = LeadFactory.create(
project=project, confidentiality=Lead.Confidentiality.CONFIDENTIAL)
entry = EntryFactory.create(project=project,
analysis_framework=analysis_framework,
lead=lead)
conf_entry = EntryFactory.create(project=project,
analysis_framework=analysis_framework,
lead=conf_lead)
review_comment = EntryReviewCommentFactory.create(entry=entry,
created_by=user)
conf_review_comment = EntryReviewCommentFactory.create(
entry=conf_entry, created_by=user)
review_text1, review_text2 = EntryReviewCommentTextFactory.create_batch(
2, comment=review_comment)
review_text_conf1, review_text_conf2 = EntryReviewCommentTextFactory.create_batch(
2, comment=conf_review_comment)
def _query_check(review_comment, **kwargs):
return self.query_check(query,
variables={
'projectId': project.id,
'reviewId': review_comment.id
},
**kwargs)
# Without login
_query_check(review_comment, assert_for_error=True)
_query_check(conf_review_comment, assert_for_error=True)
# With login
self.force_login(user)
# -- Without membership
content = _query_check(review_comment)
self.assertEqual(content['data']['project']['reviewComment'], None,
content)
# -- Without membership (confidential only)
current_membership = project.add_member(
user, role=self.project_role_reader_non_confidential)
content = _query_check(review_comment)
self.assertNotEqual(content['data']['project']['reviewComment'], None,
content)
self.assertEqual(
len(content['data']['project']['reviewComment']['textHistory']), 2,
content)
self.assertListIds(
content['data']['project']['reviewComment']['textHistory'],
[review_text1, review_text2], content)
content = _query_check(conf_review_comment)
self.assertEqual(content['data']['project']['reviewComment'], None,
content)
# -- With membership (non-confidential only)
current_membership.delete()
project.add_member(user, role=self.project_role_reader)
content = _query_check(review_comment)
self.assertNotEqual(content['data']['project']['reviewComment'], None,
content)
content = _query_check(conf_review_comment)
self.assertNotEqual(content['data']['project']['reviewComment'], None,
content)
self.assertEqual(
len(content['data']['project']['reviewComment']['textHistory']), 2,
content)
self.assertListIds(
content['data']['project']['reviewComment']['textHistory'],
[review_text_conf1, review_text_conf2], content)
def test_entry_query(self):
# Includes permissions checks
query = '''
query MyQuery ($projectId: ID! $entryId: ID!) {
project(id: $projectId) {
entry (id: $entryId) {
id
order
entryType
excerpt
attributes {
widgetType
widget
data
clientId
widgetVersion
id
}
clientId
droppedExcerpt
highlightHidden
informationDate
image {
id
metadata
mimeType
title
file {
url
name
}
}
controlled
}
}
}
'''
user = UserFactory.create()
lead = LeadFactory.create(project=self.project)
conf_lead = LeadFactory.create(project=self.project, confidentiality=Lead.Confidentiality.CONFIDENTIAL)
entry = EntryFactory.create(project=self.project, analysis_framework=self.af, lead=lead)
conf_entry = EntryFactory.create(project=self.project, analysis_framework=self.af, lead=conf_lead)
def _query_check(entry, **kwargs):
return self.query_check(query, variables={'projectId': self.project.pk, 'entryId': entry.id}, **kwargs)
# Without login
_query_check(entry, assert_for_error=True)
_query_check(conf_entry, assert_for_error=True)
# With login
self.force_login(user)
# -- Without membership
content = _query_check(entry) # Normal entry
self.assertEqual(content['data']['project']['entry'], None, content)
content = _query_check(conf_entry) # Confidential entry
self.assertEqual(content['data']['project']['entry'], None, content)
# -- Without membership (confidential only)
current_membership = self.project.add_member(user, role=self.project_role_reader_non_confidential)
content = _query_check(entry) # Normal entry
self.assertNotEqual(content['data']['project']['entry'], None, content)
content = _query_check(conf_entry) # Confidential entry
self.assertEqual(content['data']['project']['entry'], None, content)
# -- With membership (non-confidential only)
current_membership.delete()
self.project.add_member(user, role=self.project_role_reader)
content = _query_check(entry) # Normal entry
self.assertNotEqual(content['data']['project']['entry'], None, content)
content = _query_check(conf_entry) # Confidential entry
self.assertNotEqual(content['data']['project']['entry'], None, content)