def workflow_approve_callback(self, flow_instance):
from cloud.tasks import allocate_floating_task
try:
allocate_floating_task.delay(self)
self.status = FLOATING_ALLOCATE
self.save()
content = title = _('Your application for %(bandwidth)d Mbps floating IP is approved! ') \
% {'bandwidth': self.bandwidth}
Notification.info(flow_instance.owner,
title,
content,
is_auto=True)
except:
self.status = FLOATING_ERROR
self.save()
title = _('Error happened to your application for floating IP')
content = _(
'Your application for %(bandwidth)d Mbps floating ip is approved, '
'but an error happened when creating it.') % {
'bandwidth': self.bandwidth
}
Notification.error(flow_instance.owner,
title,
content,
is_auto=True)
def workflow_approve_callback(self, flow_instance):
from cloud.volume_task import volume_create_task
try:
self.status = VOLUME_STATE_CREATING
self.save()
volume_create_task.delay(self)
content = title = _('Your application for %(size)d GB volume named %(name)s is approved! ') \
% {'size': self.size, 'name': self.name}
Notification.info(flow_instance.owner,
title,
content,
is_auto=True)
except:
self.status = VOLUME_STATE_ERROR
self.save()
title = _('Error happened to your application for volume')
content = _(
'Your application for %(size)d GB volume named %(name)s is approved, '
'but an error happened when creating it.') % {
'size': self.size,
'name': self.name
}
Notification.error(flow_instance.owner,
title,
content,
is_auto=True)
def post(self, request):
form = AuthenticationForm(data=request.POST)
if not form.is_valid():
return self.response(request, form)
user = form.get_user()
auth_login(request, user)
# Retrieve user to use some methods of UserProxy
user = UserProxy.objects.get(pk=user.pk)
if user.is_superuser or user.is_system_user or user.is_audit_user or user.is_safety_user:
return redirect('management')
udc_set = UDC.objects.filter(user=user)
if udc_set.exists():
request.session["UDC_ID"] = udc_set[0].id
elif user.is_approver:
request.session["UDC_ID"] = -1
else:
return redirect('no_udc')
Notification.pull_announcements(user)
return HttpResponseRedirect(reverse("cld"))
def workflow_approve_callback(self, flow_instance):
from cloud.instance_task import instance_create_task
try:
instance_create_task.delay(self, password=flow_instance.extra_data)
self.status = INSTANCE_STATE_WAITING
self.save()
content = title = _('Your application for instance "%(instance_name)s" is approved! ') \
% {'instance_name': self.name}
Notification.info(flow_instance.owner,
title,
content,
is_auto=True)
except:
self.status = INSTANCE_STATE_ERROR
self.save()
title = _('Error happened to your application for %(instance_name)s') \
% {'instance_name': self.name}
content = _(
'Your application for instance "%(instance_name)s" is approved, '
'but an error happened when creating instance.') % {
'instance_name': self.name
}
Notification.error(flow_instance.owner,
title,
content,
is_auto=True)
def post(self, request):
form = AuthenticationForm(data=request.POST)
if not form.is_valid():
return self.response(request, form)
user = form.get_user()
auth_login(request, user)
# Retrieve user to use some methods of UserProxy
user = UserProxy.objects.get(pk=user.pk)
if user.is_superuser or user.is_system_user or user.is_audit_user or user.is_safety_user:
return redirect('management')
udc_set = UDC.objects.filter(user=user)
if udc_set.exists():
request.session["UDC_ID"] = udc_set[0].id
elif user.is_approver:
request.session["UDC_ID"] = -1
else:
return redirect('no_udc')
Notification.pull_announcements(user)
return HttpResponseRedirect(reverse("cloud"))
def _broadcast(title, content, level, receivers):
Notification.broadcast(receivers, title, content, level)
mails = [(title, content, DEFAULT_SENDER, [receiver.email])
for receiver in receivers if receiver.email]
send_mass_mail(mails)
def workflow_reject_callback(self, flow_instance):
self.status = INSTANCE_STATE_REJECTED
self.save()
content = title = _('Your application for instance "%(instance_name)s" is rejected! ') \
% {'instance_name': self.name}
Notification.error(flow_instance.owner, title, content, is_auto=True)
def workflow_reject_callback(self, flow_instance):
self.status = VOLUME_STATE_REJECTED
self.save()
content = title = _('Your application for %(disk_size)d GB volume named %(name)s is rejected! ') \
% {'disk_size': self.size, 'name': self.name}
Notification.error(flow_instance.owner, title, content, is_auto=True)
def workflow_reject_callback(self, flow_instance):
self.status = INSTANCE_STATE_REJECTED
self.save()
content = title = _('Your application for instance "%(instance_name)s" is rejected! ') \
% {'instance_name': self.name}
Notification.error(flow_instance.owner, title, content, is_auto=True)
def workflow_reject_callback(self, flow_instance):
self.status = FLOATING_REJECTED
self.save()
content = title = _('Your application for %(bandwidth)d floating IP is rejected! ') \
% {'bandwidth': self.bandwidth}
Notification.error(flow_instance.owner, title, content, is_auto=True)
def workflow_reject_callback(self, flow_instance):
self.status = FLOATING_REJECTED
self.save()
content = title = _('Your application for %(bandwidth)d floating IP is rejected! ') \
% {'bandwidth': self.bandwidth}
Notification.error(flow_instance.owner, title, content, is_auto=True)
def data_center_broadcast(request):
dc_id, level, title, content = retrieve_params(
request.data, 'data_center', 'level', 'title', 'content')
for receiver in UserProxy.normal_users. \
filter(userdatacenter__data_center__pk=dc_id, is_active=True):
Notification.create(receiver, title, content, level)
return Response({"success": True,
"msg": _('Notification is sent successfully!')})
def broadcast(request):
receiver_ids = request.data.getlist('receiver_ids[]')
level, title, content = retrieve_params(request.data,
'level', 'title', 'content')
receivers = UserProxy.normal_users.filter(is_active=True)
if receiver_ids:
receivers = UserProxy.normal_users.filter(pk__in=receiver_ids)
for receiver in receivers:
Notification.create(receiver, title, content, level)
return Response({"success": True,
"msg": _('Notification is sent successfully!')})
def workflow_approve_callback(self, flow_instance):
from cloud.volume_task import volume_create_task
try:
self.status = VOLUME_STATE_CREATING
self.save()
volume_create_task.delay(self)
content = title = _('Your application for %(size)d GB volume named %(name)s is approved! ') \
% {'size': self.size, 'name': self.name}
Notification.info(flow_instance.owner, title, content, is_auto=True)
except:
self.status = VOLUME_STATE_ERROR
self.save()
title = _('Error happened to your application for volume')
content = _('Your application for %(size)d GB volume named %(name)s is approved, '
'but an error happened when creating it.') % {'size': self.size, 'name': self.name}
Notification.error(flow_instance.owner, title, content, is_auto=True)
def workflow_approve_callback(self, flow_instance):
from cloud.tasks import allocate_floating_task
try:
allocate_floating_task.delay(self)
self.status = FLOATING_ALLOCATE
self.save()
content = title = _('Your application for %(bandwidth)d Mbps floating IP is approved! ') \
% {'bandwidth': self.bandwidth}
Notification.info(flow_instance.owner, title, content, is_auto=True)
except:
self.status = FLOATING_ERROR
self.save()
title = _('Error happened to your application for floating IP')
content = _('Your application for %(bandwidth)d Mbps floating ip is approved, '
'but an error happened when creating it.') % {'bandwidth': self.bandwidth}
Notification.error(flow_instance.owner, title, content, is_auto=True)
def workflow_approve_callback(self, flow_instance):
from cloud.instance_task import instance_create_task
try:
instance_create_task.delay(self, password=flow_instance.extra_data)
self.status = INSTANCE_STATE_WAITING
self.save()
content = title = _('Your application for instance "%(instance_name)s" is approved! ') \
% {'instance_name': self.name}
Notification.info(flow_instance.owner, title, content, is_auto=True)
except:
self.status = INSTANCE_STATE_ERROR
self.save()
title = _('Error happened to your application for %(instance_name)s') \
% {'instance_name': self.name}
content = _('Your application for instance "%(instance_name)s" is approved, '
'but an error happened when creating instance.') % {'instance_name': self.name}
Notification.error(flow_instance.owner, title, content, is_auto=True)
def post(self, request):
form = AuthenticationForm(data=request.POST)
login_type = request.POST.get('type') or None
if not form.is_valid():
return self.response(request, form)
user = form.get_user()
auth_login(request, user)
# Retrieve user to use some methods of UserProxy
user = UserProxy.objects.get(pk=user.pk)
role = ""
if not user.is_superuser:
udc_id = 0
udc_set = UDC.objects.filter(user=user)
if udc_set.exists():
request.session["UDC_ID"] = udc_set[0].id
udc_id = udc_set[0].id
elif user.is_approver:
request.session["UDC_ID"] = -1
else:
return redirect('no_udc')
role = user_role_member(request, udc_id)
if user.is_superuser or role:
#add session["UDC_ID"] for surperuser
if UDC.objects.filter(user=user).exists():
udc_set = UDC.objects.filter(user=user)
request.session["UDC_ID"] = udc_set[0].id
try:
Operation.objects.create(user=user,
udc=udc_set[0],
resource="登录",
resource_id=1,
resource_name="登录",
action="login",
result=0)
except Exception as e:
pass
return redirect('management')
elif login_type == "vdi_client":
return HttpResponseRedirect(reverse("cloud"))
else:
try:
Operation.objects.create(user=user,
udc='-1',
resource="普通用户登录web",
resource_id=1,
resource_name="登录",
action="login",
result=0)
except Exception as e:
pass
auth_logout(request)
return HttpResponseForbidden()
udc_set = UDC.objects.filter(user=user)
if udc_set.exists():
request.session["UDC_ID"] = udc_set[0].id
elif user.is_approver:
request.session["UDC_ID"] = -1
else:
return redirect('no_udc')
Notification.pull_announcements(user)
return HttpResponseRedirect(reverse("cloud"))
def feed_status(request):
Notification.pull_announcements(request.user)
num = Feed.living.filter(receiver=request.user, is_read=False).count()
return Response({"num": num})
def feed_status(request):
Notification.pull_announcements(request.user)
num = Feed.living.filter(receiver=request.user, is_read=False).count()
return Response({"num": num})