def test_get_cycle_task_dict(self):
contract = ContractFactory(title=u"Contract1")
cycle_task = CycleTaskFactory(title=u"task1")
relationship = RelationshipFactory(source=contract,
destination=cycle_task)
db.session.delete(relationship)
db.session.commit()
relationship_revision = Revision(obj=relationship,
modified_by_id=None,
action="deleted",
content="{}")
contract_revision = Revision(obj=contract,
modified_by_id=None,
action="deleted",
content='{"display_name": "Contract1"}')
revisions = [relationship_revision, contract_revision]
EventFactory(modified_by_id=None,
action="DELETE",
resource_id=relationship.id,
resource_type=relationship.type,
context_id=None,
revisions=revisions)
task_dict = get_cycle_task_dict(cycle_task)
self.assertEqual(task_dict["related_objects"][0],
u"Contract1 [removed from task]")
# Test if we handle the title of the object being empty
contract = ContractFactory(title=u"")
cycle_task = CycleTaskFactory(title=u"task1")
relationship = RelationshipFactory(source=contract,
destination=cycle_task)
task_dict = get_cycle_task_dict(cycle_task)
self.assertEqual(task_dict["related_objects"][0], u"Untitled object")
def _revision_generator(user_id, action, objects):
"""Geberate and return revisions for objects."""
for obj in objects:
revision = Revision(obj, user_id, action, obj.log_json())
if isinstance(obj, Synchronizable):
revision.created_at = obj.updated_at
revision.updated_at = obj.updated_at
yield revision
def _revision_generator(user_id, action, objects):
"""Geberate and return revisions for objects."""
for obj in objects:
revision = Revision(obj, user_id, action, obj.log_json())
if isinstance(obj, Synchronizable):
revision.created_at = obj.updated_at
revision.updated_at = obj.updated_at
yield revision
def test_ct_without_revisions_error(self, logger):
"""Tests that notifications for CycleTask
without revisions are handled properly."""
contract = factories.ContractFactory(title=u"Test Contract")
cycle_task = wf_factories.CycleTaskGroupObjectTaskFactory(
title=u"task1")
relationship = factories.RelationshipFactory(source=contract,
destination=cycle_task)
db.session.delete(relationship)
db.session.commit()
relationship_revision = Revision(obj=relationship,
modified_by_id=None,
action="deleted",
content="{}")
revisions = [relationship_revision]
factories.EventFactory(modified_by_id=login.get_current_user_id(),
action="DELETE",
resource_id=relationship.id,
resource_type=relationship.type,
revisions=revisions)
contract_revision = db.session.query(Revision).filter(
Revision.resource_type == "Contract", Revision.action == "created",
Revision.resource_id == contract.id).one()
db.session.delete(contract_revision)
db.session.commit()
get_cycle_task_dict(cycle_task)
logger.warning.assert_called_once_with(
"Unmapped %s id %s from CycleTask id %s has no revisions logged. ",
"Contract", contract.id, cycle_task.id)
def test_get_cycle_task_dict(self):
"""Tests get_cycle_task_dict functionality."""
contract = factories.ContractFactory(title=u"Contract1")
cycle_task = wf_factories.CycleTaskGroupObjectTaskFactory(
title=u"task1")
relationship = factories.RelationshipFactory(source=contract,
destination=cycle_task)
db.session.delete(relationship)
db.session.commit()
relationship_revision = Revision(obj=relationship,
modified_by_id=None,
action="deleted",
content="{}")
contract_revision = Revision(obj=contract,
modified_by_id=None,
action="deleted",
content='{"display_name": "Contract1"}')
revisions = [relationship_revision, contract_revision]
factories.EventFactory(modified_by_id=login.get_current_user_id(),
action="DELETE",
resource_id=relationship.id,
resource_type=relationship.type,
revisions=revisions)
task_dict = get_cycle_task_dict(cycle_task)
self.assertEqual(task_dict["related_objects"][0],
u"Contract1 [removed from task]")
# Test if we handle the title of the object being empty
contract = factories.ContractFactory(title=u"")
cycle_task = wf_factories.CycleTaskGroupObjectTaskFactory(
title=u"task1")
factories.RelationshipFactory(source=contract, destination=cycle_task)
task_dict = get_cycle_task_dict(cycle_task)
self.assertEqual(task_dict["related_objects"][0], u"Untitled object")
def _get_log_revisions(current_user_id, obj=None, force_obj=False):
"""Generate and return revisions for all cached objects."""
revisions = []
cache = Cache.get_cache()
if not cache:
return revisions
modified_objects = set(cache.dirty)
new_objects = set(cache.new)
delete_objects = set(cache.deleted)
all_edited_objects = itertools.chain(cache.new, cache.dirty, cache.deleted)
for o in all_edited_objects:
if o.type == "ObjectFolder" and o.folderable:
modified_objects.add(o.folderable)
if o.type == "Relationship" and o.get_related_for("Document"):
documentable = o.get_related_for("Document")
document = o.get_related_for(documentable.type)
if o in new_objects and document not in documentable.documents:
documentable.documents.append(document)
if o in delete_objects and document in documentable.documents:
documentable.documents.remove(document)
if (
documentable not in new_objects and
documentable not in delete_objects):
modified_objects.add(documentable)
revisions.extend(_revision_generator(
current_user_id, "created", cache.new
))
revisions.extend(_revision_generator(
current_user_id, "modified", modified_objects
))
if force_obj and obj is not None and obj not in cache.dirty:
# If the ``obj`` has been updated, but only its custom attributes have
# been changed, then this object will not be added into
# ``cache.dirty set``. So that its revision will not be created.
# The ``force_obj`` flag solves the issue, but in a bit dirty way.
revision = Revision(obj, current_user_id, 'modified', obj.log_json())
revisions.append(revision)
revisions.extend(_revision_generator(
current_user_id, "deleted", cache.deleted
))
return revisions
def _revision_generator(user_id, action, objects):
for obj in objects:
yield Revision(obj, user_id, action, obj.log_json())
