def new_post_created(message, **kwargs):
post = safe_object(message)
if post:
for user in post.workgroup.members.all():
if user != post.author:
messages.new_post_created(post, user)
def concept_saved(message):
instance = safe_object(message)
if not instance:
return
for p in instance.favourited_by.all():
if sorted(message['changed_fields']) == ['modified', 'superseded_by_id']:
messages.favourite_superseded(recipient=p.user, obj=instance)
else:
messages.favourite_updated(recipient=p.user, obj=instance)
# for status in instance.current_statuses().all():
# for registrar in status.registrationAuthority.registrars.all():
# if sorted(message['changed_fields']) == ['modified', 'superseded_by_id']:
# messages.registrar_item_superseded(recipient=registrar, obj=instance)
if instance.workgroup:
for user in instance.workgroup.viewers.all():
if message['created']:
messages.workgroup_item_new(recipient=user, obj=instance)
else:
messages.workgroup_item_updated(recipient=user, obj=instance)
for post in instance.relatedDiscussions.all():
DiscussionComment.objects.create(
post=post,
body='The item "{name}" (id:{iid}) has been changed.\n\n\
<a href="{url}">View it on the main site.</a>.'.format(
name=instance.name,
iid=instance.id,
url=reverse("aristotle:item", args=[instance.id])
),
author=None,
)
def review_request_created(message, **kwargs):
review_request = safe_object(message)
registration_authorities = [review_request.registration_authority] # Maybe this becomes a many to many later
for ra in registration_authorities:
for registrar in ra.registrars.all():
messages.review_request_created(review_request, review_request.requester, registrar)
def new_post_created(message, **kwargs):
post = safe_object(message)
if post:
for user in post.workgroup.members.all():
if user != post.author:
messages.new_post_created(post, user)
def create_notifications_for_saved_concept(message, **kwargs):
user_model = get_user_model()
try:
user_email = user_model.objects.get(pk=message.get('user_id')).email
except user_model.DoesNotExist:
user_email = ""
version = safe_object(message)
object = version.object
created = False
if Version.objects.get_for_object(object).count() < 2:
created = True
for user in object.favourited_by:
if user.email != user_email:
messages.favourite_updated(recipient=user, obj=object)
for user in object.editable_by:
if not created:
if user.email != user_email:
messages.items_i_can_edit_updated(recipient=user, obj=object)
if object.workgroup:
for user in object.workgroup.users_for_role('viewer'):
if user.email != user_email:
if created:
messages.workgroup_item_new(recipient=user, obj=object)
else:
messages.workgroup_item_updated(recipient=user, obj=object)
def review_request_created(message, **kwargs):
review_request = safe_object(message)
registration_authorities = [review_request.registration_authority] # Maybe this becomes a many to many later
for ra in registration_authorities:
for registrar in ra.registrars.all():
if registrar != review_request.requester:
messages.review_request_created(recipient=registrar, obj=review_request)
def review_request_updated(message, **kwargs):
review_request = safe_object(message)
registration_authorities = [review_request.registration_authority] # Maybe this becomes a many to many later
for ra in registration_authorities:
for registrar in ra.registrars.all():
# TODO: WE NEED TO FIND A WAY TO CHECK IF THE SUBMITTER OF THE UPDATE IS THE CURRENT REGISTRAR IN THE LOOP:
# PROBABLY WE NEED TO ADD A NEW FIELD IN THE MODEL: "last_updated_by"
# if registrar != review_request.requester:
messages.review_request_updated(recipient=registrar, obj=review_request)
def status_changed(message, **kwargs):
new_status = safe_object(message)
concept = new_status.concept
for status in concept.current_statuses().all():
for registrar in status.registrationAuthority.registrars.all():
if concept.statuses.filter(registrationAuthority=new_status.registrationAuthority).count() <= 1:
# 0 or 1 because the transaction may not be complete yet
messages.registrar_item_registered(recipient=registrar, obj=concept)
else:
messages.registrar_item_changed_status(recipient=registrar, obj=concept)
def status_changed(message, **kwargs):
new_status = safe_object(message)
concept = new_status.concept
for status in concept.current_statuses().all():
for registrar in status.registrationAuthority.registrars.all():
if concept.statuses.filter(registrationAuthority=new_status.registrationAuthority).count() <= 1:
# 0 or 1 because the transaction may not be complete yet
messages.registrar_item_registered(recipient=registrar, obj=concept)
else:
messages.registrar_item_changed_status(recipient=registrar, obj=concept)
def item_superseded(message, **kwargs):
new_super_rel = safe_object(message)
concept = new_super_rel.older_item
for user in concept.favourited_by.all():
if concept.can_view(user) and new_super_rel.newer_item.can_view(user):
messages.favourite_superseded(recipient=user, obj=concept)
for status in concept.current_statuses().all():
for registrar in status.registrationAuthority.registrars.all():
if concept.can_view(registrar) and new_super_rel.newer_item.can_view(registrar):
messages.registrar_item_superseded(recipient=registrar, obj=concept)
def item_superseded(message, **kwargs):
new_super_rel = safe_object(message)
concept = new_super_rel.older_item
for user in concept.favourited_by.all():
if concept.can_view(user) and new_super_rel.newer_item.can_view(user):
messages.favourite_superseded(recipient=user, obj=concept)
for status in concept.current_statuses().all():
for registrar in status.registrationAuthority.registrars.all():
if concept.can_view(registrar) and new_super_rel.newer_item.can_view(registrar):
messages.registrar_item_superseded(recipient=registrar, obj=concept)
def issue_commented(issue_comment, **kwargs):
safe_issue_comment = safe_object(issue_comment)
if safe_issue_comment.issue.item.workgroup:
for user in safe_issue_comment.issue.item.workgroup.member_list:
if user != safe_issue_comment.author:
messages.issue_comment_created_workgroup(recipient=user, obj=safe_issue_comment)
for user in safe_issue_comment.issue.item.favourited_by:
if user != safe_issue_comment.author:
messages.issue_comment_created_favourite(recipient=user, obj=safe_issue_comment)
for user in safe_issue_comment.issue.item.editable_by:
if user != safe_issue_comment.author:
messages.issue_comment_created_items_i_can_edit(recipient=user, obj=safe_issue_comment)
def item_viewed_action(message):
instance = safe_object(message)
# Don't accept anonymous users.
if message['user'] is not None:
user = User.objects.get(pk=message['user'])
recently = now() - timedelta(minutes=30)
# Create history if a recent one doesn't exist
if not user.recently_viewed_metadata.filter(view_date__gt=recently,
concept=instance).exists():
UserViewHistory.objects.create(concept=instance, user=user)
def concept_saved(message, **kwargs):
instance = safe_object(message)
for user in instance.favourited_by:
messages.favourite_updated(recipient=user, obj=instance)
for user in instance.editable_by:
if not message['created']:
messages.items_i_can_edit_updated(recipient=user, obj=instance)
if instance.workgroup:
for user in instance.workgroup.users_for_role('viewer'):
if message['created']:
messages.workgroup_item_new(recipient=user, obj=instance)
else:
messages.workgroup_item_updated(recipient=user, obj=instance)
def item_superseded(message, **kwargs):
new_super_rel = safe_object(message)
concept = new_super_rel.older_item
for user in concept.favourited_by.all():
if concept.can_view(user) and new_super_rel.newer_item.can_view(user):
messages.favourite_superseded(recipient=user, obj=concept)
for user in concept.editable_by:
if concept.can_view(user) and new_super_rel.newer_item.can_view(user):
messages.items_i_can_edit_superseded(recipient=user, obj=concept)
if concept.workgroup:
for user in concept.workgroup.users_for_role('viewer'):
if concept.can_view(user) and new_super_rel.newer_item.can_view(user):
messages.workgroup_item_superseded(recipient=user, obj=concept)
for status in concept.current_statuses().all():
for registrar in status.registrationAuthority.registrars.all():
if concept.can_view(registrar) and new_super_rel.newer_item.can_view(registrar):
messages.registrar_item_superseded(recipient=registrar, obj=concept, ra=status.registrationAuthority)
def item_viewed_action(message):
instance = safe_object(message)
if not instance:
return
if message['user'] is None:
# Don't accept anonymous users.
return
try:
user = User.objects.get(pk=message['user'])
except:
# TODO: Maybe log this
# If we don't get a valid user, then don't try and assign to them.
return
recently = now() - timedelta(minutes=30)
if user.recently_viewed_metadata.filter(view_date__gt=recently,
concept=instance).exists():
return
from .models import UserViewHistory
UserViewHistory.objects.create(concept=instance, user=user)
def concept_saved(message):
instance = safe_object(message)
if not instance:
return
for user in instance.favourited_by:
if sorted(message['changed_fields']) == ['modified', 'superseded_by_id']:
messages.favourite_superseded(recipient=user, obj=instance)
else:
messages.favourite_updated(recipient=user, obj=instance)
# for status in instance.current_statuses().all():
# for registrar in status.registrationAuthority.registrars.all():
# if sorted(message['changed_fields']) == ['modified', 'superseded_by_id']:
# messages.registrar_item_superseded(recipient=registrar, obj=instance)
if instance.workgroup:
for user in instance.workgroup.viewers.all():
if message['created']:
messages.workgroup_item_new(recipient=user, obj=instance)
else:
messages.workgroup_item_updated(recipient=user, obj=instance)
def item_viewed_action(message):
instance = safe_object(message)
if not instance:
return
if message['user'] is None:
# Don't accept anonymous users.
return
try:
user = User.objects.get(pk=message['user'])
except:
# TODO: Maybe log this
# If we don't get a valid user, then don't try and assign to them.
return
recently = now() - timedelta(minutes=30)
if user.recently_viewed_metadata.filter(view_date__gt=recently, concept=instance).exists():
return
from .models import UserViewHistory
UserViewHistory.objects.create(
concept=instance,
user=user
)
def concept_saved(message):
instance = safe_object(message)
if not instance:
return
for user in instance.favourited_by:
if sorted(
message['changed_fields']) == ['modified', 'superseded_by_id']:
messages.favourite_superseded(recipient=user, obj=instance)
else:
messages.favourite_updated(recipient=user, obj=instance)
# for status in instance.current_statuses().all():
# for registrar in status.registrationAuthority.registrars.all():
# if sorted(message['changed_fields']) == ['modified', 'superseded_by_id']:
# messages.registrar_item_superseded(recipient=registrar, obj=instance)
if instance.workgroup:
for user in instance.workgroup.viewers.all():
if message['created']:
messages.workgroup_item_new(recipient=user, obj=instance)
else:
messages.workgroup_item_updated(recipient=user, obj=instance)
def new_comment_created(message, **kwargs):
comment = safe_object(message)
if comment:
messages.new_comment_created(comment)
def reindex_metadata_item_async(message, **kwargs):
instance = safe_object(message)
reindex_metadata_item(instance)
def review_request_updated(message, **kwargs):
review_request = safe_object(message)
messages.review_request_updated(review_request, review_request.requester,
review_request.reviewer)
def new_comment_created(message, **kwargs):
comment = safe_object(message)
if comment:
messages.new_comment_created(comment)
def new_comment_created(message, **kwargs):
comment = safe_object(message)
post = comment.post
messages.new_comment_created(recipient=post.author, comment=comment)
def new_post_created(message, **kwargs):
post = safe_object(message)
for user in post.workgroup.member_list:
if user != post.author:
messages.new_post_created(recipient=user, post=post)
def review_request_updated(message, **kwargs):
review_request = safe_object(message)
messages.review_request_updated(review_request, review_request.requester, review_request.reviewer)
