def get_template_context(self, *args, **kwargs):
ctxt = super().get_template_context(*args, **kwargs)
activities = ctxt['page'].object_list
CremeEntity.populate_relations(activities, self._RTYPES_2_POP) # Optimisation
entity = ctxt.get('object')
if entity is not None:
for activity in activities:
activity.enable_unlink_button = True
if isinstance(entity, Organisation):
# We display the 'unlink' button only for Activities that have
# at least a Relation with the Organisation (if a direct Relation
# does not exist the button is useless).
for activity in activities:
activity.enable_unlink_button = \
any(entity.id == rel.object_entity_id
for rel in chain(activity.get_subject_relations(),
activity.get_linkedto_relations(),
)
)
ctxt['display_review'] = SettingValue.objects.get_4_key(review_key).value
return ctxt
def detailview_display(self, context):
graph = context['object']
btc = self.get_template_context(context,
graph.roots.select_related('entity'))
CremeEntity.populate_real_entities(
[node.entity for node in btc['page'].object_list])
return self._render(btc)
def detailview_display(self, context):
btc = self.get_template_context(
context, SemiFixedRelationType.objects.all(),
)
CremeEntity.populate_real_entities([sfrt.object_entity for sfrt in btc['page'].object_list])
return self._render(btc)
def restore(self):
CremeEntity.restore(self)
# TODO: in a signal handler instead ?
# (we need a restore signal, or an official "backup" feature -- see HistoryLine)
if self.status in (constants.MAIL_STATUS_NOTSENT, constants.MAIL_STATUS_SENDINGERROR):
# TODO: regroup the 'refresh' message, to avoid flooding the job manager
from ..creme_jobs import entity_emails_send_type
entity_emails_send_type.refresh_job()
def detailview_display(self, context):
btc = self.get_template_context(
context,
InstanceBrickConfigItem.objects.prefetch_related('entity'),
)
CremeEntity.populate_real_entities(
[ibci.entity for ibci in btc['page'].object_list])
return self._render(btc)
def detailview_display(self, context):
btc = self.get_template_context(
context,
context['object'].get_mails().select_related('recipient_entity'),
)
CremeEntity.populate_real_entities(
[*filter(None, (lw_mail.recipient_entity for lw_mail in btc['page'].object_list))]
)
return self._render(btc)
def restore(self):
CremeEntity.restore(self)
# TODO: in a signal handler instead ?
# (we need a restore signal, or an official "backup" feature -- see HistoryLine)
from .sending import EmailSending, SENDING_STATE_DONE
if EmailSending.objects.filter(campaign=self).exclude(
state=SENDING_STATE_DONE).exists():
# TODO: regroup the 'refresh' message, to avoid flooding the job manager
from ..creme_jobs import campaign_emails_send_type
campaign_emails_send_type.refresh_job()
def populate_entities(histories):
# entities_pks = histories.values_list('entity_pk', flat=True)
entities_pks = [history.entity_pk for history in histories]
# entities = CremeEntity.objects.filter(pk__in=entities_pks)
entities = CremeEntity.objects.filter(
pk__in=set(entities_pks)
) #Forcing the retrieve for MySQL <= v5.1.49 which "doesn't yet support 'LIMIT & IN/ALL/ANY/SOME subquery"
CremeEntity.populate_real_entities(entities)
entities_map = {
entity.pk: entity.get_real_entity()
for entity in entities
}
for hist in histories:
hist._entity = entities_map.get(hist.entity_pk)
def test_actions_void01(self):
"Instance actions"
user = self.user
registry = self.registry
class MockA(MockAction):
id = 'test-a'
class MockB(MockContactAction):
id = 'test-b'
class MockC(MockAction):
id = 'test-c'
registry.register_instance_actions(MockA, MockB, MockC)
registry.void_instance_actions(FakeOrganisation, MockC)
entity = CremeEntity(user=user)
contact = FakeContact(user=user, last_name='Kawa')
orga = FakeOrganisation(user=user, name='Kimengumi')
self.assertSortedActions([MockA, MockC],
registry.instance_actions(user=user,
instance=entity))
self.assertSortedActions([MockA, MockB, MockC],
registry.instance_actions(user=user,
instance=contact))
self.assertSortedActions([MockA],
registry.instance_actions(user=user,
instance=orga))
def test_override03(self):
"Bulk action"
user = self.user
registry = self.registry
registry.register_bulk_actions(MockBulkAction)
registry.register_bulk_actions(MockContactBulkAction)
self.assertFalse([
*registry.instance_actions(user=user,
instance=CremeEntity(user=user))
])
self.assertFalse([
*registry.instance_actions(user=user,
instance=FakeContact(user=user))
])
self.assertFalse([
*registry.instance_actions(user=user,
instance=FakeOrganisation(user=user))
])
self.assertSortedActions([MockBulkAction],
registry.bulk_actions(user=user,
model=CremeEntity))
self.assertSortedActions([MockContactBulkAction],
registry.bulk_actions(user=user,
model=FakeContact))
self.assertSortedActions([MockBulkAction],
registry.bulk_actions(user=user,
model=FakeOrganisation))
def test_action_is_registered_for_instance02(self):
"One action registered"
user = self.user
registry = self.registry
entity = CremeEntity(user=user)
contact = FakeContact(user=user, first_name='Yui', last_name='Kawa')
registry.register_instance_actions(MockAction)
# Entity ---
entity_actions = [
*registry.instance_actions(user=user, instance=entity)
]
self.assertEqual(1, len(entity_actions))
entity_action = entity_actions[0]
self.assertIsInstance(entity_action, MockAction)
self.assertEqual(user, entity_action.user)
self.assertEqual(CremeEntity, entity_action.model)
self.assertEqual(entity, entity_action.instance)
self.assertEqual([MockAction],
registry.instance_action_classes(model=CremeEntity))
# Contact ---
contact_actions = [
*registry.instance_actions(user=user, instance=contact)
]
self.assertEqual(1, len(contact_actions))
contact_action = contact_actions[0]
self.assertIsInstance(contact_action, MockAction)
self.assertEqual(user, contact_action.user)
self.assertEqual(FakeContact, contact_action.model)
self.assertEqual(contact, contact_action.instance)
self.assertEqual([MockAction],
registry.instance_action_classes(model=FakeContact))
def test_override_duplicate(self):
user = self.user
registry = self.registry
registry.register_instance_actions(MockAction)
registry.register_instance_actions(MockContactAction)
entity = CremeEntity(user=user)
contact = FakeContact(user=user)
self.assertSortedActions([MockAction],
registry.instance_actions(user=user,
instance=entity))
self.assertSortedActions([MockContactAction],
registry.instance_actions(user=user,
instance=contact))
# Same action, no problem
registry.register_instance_actions(MockContactAction)
self.assertSortedActions([MockAction],
registry.instance_actions(user=user,
instance=entity))
self.assertSortedActions([MockContactAction],
registry.instance_actions(user=user,
instance=contact))
# Other action, raise error ---
class MockA(MockContactAction):
pass
with self.assertRaises(ActionRegistrationError) as ctxt:
registry.register_instance_actions(MockA)
self.assertEqual(
str(ctxt.exception), "Duplicated action '{}' for model {}".format(
MockA.id, MockContactAction.model))
def test_override01(self):
"Empty."
user = self.user
registry = self.registry
self.assertFalse([
*registry.instance_actions(user=user,
instance=CremeEntity(user=user))
])
self.assertFalse([
*registry.instance_actions(user=user,
instance=FakeContact(user=user))
])
self.assertFalse([
*registry.instance_actions(user=user,
instance=FakeOrganisation(user=user))
])
self.assertFalse(
[*registry.bulk_actions(user=user, model=CremeEntity)])
self.assertFalse(
[*registry.bulk_actions(user=user, model=FakeContact)])
self.assertFalse(
[*registry.bulk_actions(user=user, model=FakeOrganisation)])
def generate_png(self, user):
from os.path import join
import pygraphviz as pgv
# NB: to work with utf8 label in node: all node must be added explicitly with
# unicode label, and when edges are a created, nodes identified by their
# labels encoded as string
graph = pgv.AGraph(directed=True)
# NB: "self.roots.all()" causes a strange additional query (retrieving of the base CremeEntity !)....
has_perm_to_view = user.has_perm_to_view
roots = [
root for root in RootNode.objects.filter(
graph=self.id).select_related('entity')
if not root.entity.is_deleted and has_perm_to_view(root.entity)
]
add_node = graph.add_node
add_edge = graph.add_edge
# TODO: entity cache ? regroups relations by type ? ...
CremeEntity.populate_real_entities([root.entity for root in roots
]) #small optimisation
for root in roots:
add_node(str(root.entity), shape='box')
# add_node('filled box', shape='box', style='filled', color='#FF00FF')
# add_node('filled box v2', shape='box', style='filled', fillcolor='#FF0000', color='#0000FF', penwidth='2.0') #default pensize="1.0"
orbital_nodes = {} #cache
for root in roots:
subject = root.entity
str_subject = str(subject)
relations = subject.relations.filter(type__in=root.relation_types.all())\
.select_related('object_entity', 'type')
Relation.populate_real_object_entities(
relations) # Small optimisation
for relation in relations:
object_ = relation.object_entity
if not user.has_perm_to_view(object_):
continue
uni_object = str(object_)
str_object = uni_object
orbital_node = orbital_nodes.get(object_.id)
if not orbital_node:
add_node(uni_object)
orbital_nodes[object_.id] = str_object
add_edge(str_subject,
str_object,
label=str(relation.type.predicate))
# add_edge('b', 'd', color='#FF0000', fontcolor='#00FF00', label='foobar', style='dashed')
orbital_rtypes = self.orbital_relation_types.all()
if orbital_rtypes:
orbital_ids = orbital_nodes.keys()
for relation in Relation.objects.filter(
subject_entity__in=orbital_ids,
object_entity__in=orbital_ids,
type__in=orbital_rtypes).select_related('type'):
add_edge(orbital_nodes[relation.subject_entity_id],
orbital_nodes[relation.object_entity_id],
label=str(relation.type.predicate),
style='dashed')
# print graph.string()
graph.layout(prog='dot') # Algo: neato dot twopi circo fdp nop
img_format = 'png' # Format: pdf svg
img_basename = 'graph_{}.{}'.format(self.id, img_format)
try:
path = FileCreator(join(settings.MEDIA_ROOT, 'upload', 'graphs'),
img_basename).create()
except FileCreator.Error as e:
raise self.GraphException(e) from e
try:
# graph.draw(join(dir_path, filename), format='png') # Format: pdf svg
graph.draw(path, format=img_format) # Format: pdf svg
except IOError as e:
delete_file(path)
raise self.GraphException(str(e)) from e
fileref = FileRef.objects.create( # user=request.user, TODO
filedata='upload/graphs/' + basename(path),
basename=img_basename,
)
return HttpResponseRedirect(
reverse('creme_core__dl_file', args=(fileref.filedata, )))
def test_is_date_field(self):
entity = CremeEntity()
get_field = entity._meta.get_field
self.assertTrue(meta.is_date_field(get_field('created')))
self.assertFalse(meta.is_date_field(get_field('user')))