mail_body = "User %s %s (%s) attempted to set %s as the source address in a firewall rule" %(user.username, user.email, peer.peer_name, data)
send_mail(settings.EMAIL_SUBJECT_PREFIX + "Caught an attempt to set a protected IP/network as a source address",
mail_body, settings.SERVER_EMAIL,
- [settings.NOC_MAIL], fail_silently=True)
+ settings.NOTIFY_ADMIN_MAILS, fail_silently=True)
raise forms.ValidationError("Not allowed")
if address.is_private:
private_error = True
mail_body = "User %s %s (%s) attempted to set %s as the destination address in a firewall rule" %(user.username, user.email, peer.peer_name, data)
send_mail(settings.EMAIL_SUBJECT_PREFIX + "Caught an attempt to set a protected IP/network as the destination address",
mail_body, settings.SERVER_EMAIL,
- [settings.NOC_MAIL], fail_silently=True)
+ settings.NOTIFY_ADMIN_MAILS, fail_silently=True)
raise forms.ValidationError("Not allowed")
if address.prefixlen < settings.PREFIX_LENGTH:
error = "Currently no prefix lengths < %s are allowed" %settings.PREFIX_LENGTH
then = self.cleaned_data.get('then', None)
destination = self.cleaned_data.get('destination', None)
destinationports = self.cleaned_data.get('destinationport', None)
+ protocols = self.cleaned_data.get('protocol', None)
user = self.cleaned_data.get('applier', None)
peer = user.get_profile().peer
networks = peer.networks.all()
if destinationports and not destination:
raise forms.ValidationError('Once destination port is matched, destination has to be filled as well. Either deselect destination port or fill destination address')
if not (source or sourceports or ports or destination or destinationports):
- raise forms.ValidationError('Fill at least a Route Match Condition')
+ raise forms.ValidationError('Fill at least a Rule Match Condition')
if not user.is_superuser and then[0].action not in settings.UI_USER_THEN_ACTIONS:
raise forms.ValidationError('This action "%s" is not permitted' %(then[0].action))
- existing_routes = Route.objects.exclude(status='EXPIRED').exclude(status='PENDING').exclude(status='ERROR').exclude(status='ADMININACTIVE')
+ existing_routes = Route.objects.exclude(status='EXPIRED').exclude(status='ERROR').exclude(status='ADMININACTIVE')
existing_routes = existing_routes.filter(applier__userprofile__peer=peer)
if source:
source = IPNetwork(source).compressed
existing_routes = existing_routes.filter(source=source)
else:
existing_routes = existing_routes.filter(source=None)
+ if protocols:
+ route_pk_list=get_matchingprotocol_route_pks(protocols, existing_routes)
+ if route_pk_list:
+ existing_routes = existing_routes.filter(pk__in=route_pk_list)
+ else:
+ existing_routes = existing_routes.filter(protocol=None)
+ else:
+ existing_routes = existing_routes.filter(protocol=None)
if sourceports:
route_pk_list=get_matchingport_route_pks(sourceports, existing_routes)
if route_pk_list:
existing_routes = existing_routes.filter(pk__in=route_pk_list)
else:
existing_routes = existing_routes.filter(port=None)
-
for route in existing_routes:
if name != route.name:
existing_url = reverse('edit-route', args=[route.name])
rsp = value_list_to_list(route.destinationport.all().values_list('port').order_by('port'))
if rsp and rsp == ports_value_list:
route_pk_list.append(route.pk)
+ return route_pk_list
+
+def get_matchingprotocol_route_pks(protocolist, routes):
+ route_pk_list = []
+ protocols_value_list = value_list_to_list(protocolist.values_list('protocol').order_by('protocol'))
+ for route in routes:
+ rsp = value_list_to_list(route.protocol.all().values_list('protocol').order_by('protocol'))
+ if rsp and rsp == protocols_value_list:
+ route_pk_list.append(route.pk)
return route_pk_list
\ No newline at end of file