def send_message_task(to_number, text, media, priority):
sms = SMS()
try:
receiver = PhoneReceiver.objects.get(number=to_number)
except PhoneReceiver.DoesNotExist:
service_number = sms.get_service_number()
receiver = PhoneReceiver.objects.create(number=to_number,
service_number=service_number)
obj = PhoneSent()
obj.receiver = receiver
obj.text = six.text_type(clean_text(text))
obj.media_raw = media
obj.status = PhoneSent.STATUS_QUEUED
if receiver.is_blocked:
obj.status = PhoneSent.STATUS_FAILED
obj.save()
return
obj.save()
data = {
"from_phone": obj.receiver.service_number,
"priority": priority,
"message": obj,
}
PhonePendingMessages.objects.create(**data)
def send(self):
if self.status not in [PhoneSent.STATUS_QUEUED, PhoneSent.STATUS_PENDING]:
return
from universal_notifications.backends.sms.base import SMS
sms = SMS()
sms.send(self)
def save(self, *args, **kwargs):
created = not self.id
self.from_phone = format_phone(self.from_phone)
ret = super(PhonePendingMessages, self).save(*args, **kwargs)
if created:
from universal_notifications.backends.sms.base import SMS
sms = SMS()
sms.add_to_queue(self)
return ret
def parse_received_message_task(message_id):
try:
raw = PhoneReceivedRaw.objects.get(id=message_id, status=PhoneReceivedRaw.STATUS_PENDING)
except PhoneReceivedRaw.DoesNotExist:
return
try:
sms = SMS()
if sms.parse_received(raw):
raw.status = PhoneReceivedRaw.STATUS_PASS
raw.save()
except Exception:
raw.status = PhoneReceivedRaw.STATUS_FAIL
raw.exception = traceback.format_exc()
raw.save()