def test_jsonex(self):
""" Test de/coding messages """
### OutgoingMessage
om_in = OutgoingMessage('+123', 'Test', '+987', 'fwd')
om_in.options(allow_reply=True)
# Encode, Decode
j = jsonex_dumps(om_in)
om_out = jsonex_loads(j)
""" :type om_out: OutgoingMessage """
# Check
self.assertEqual(om_out.dst, '123')
self.assertEqual(om_out.src, om_in.src)
self.assertEqual(om_out.body, om_in.body)
self.assertEqual(om_out.provider, om_in.provider)
self.assertEqual(om_out.meta, None)
self.assertEqual(om_out.provider_options.allow_reply, om_in.provider_options.allow_reply)
self.assertEqual(om_out.provider_params, {})
### IncomingMessage
im_in = IncomingMessage('+123', 'Test', 'abc123def', '+987', datetime(2019,1,1,15,0,0,875), {'a':1})
# Encode, Decode
j = jsonex_dumps(im_in)
im_out = jsonex_loads(j)
""" :type im_out: IncomingMessage """
# Check
self.assertEqual(im_out.src, im_in.src)
self.assertEqual(im_out.body, im_in.body)
self.assertEqual(im_out.msgid, im_in.msgid)
self.assertEqual(im_out.dst, im_in.dst)
self.assertEqual(im_out.rtime, im_in.rtime)
self.assertEqual(im_out.meta, im_in.meta)
def test_jsonex(self):
""" Test de/coding messages """
### OutgoingMessage
om_in = OutgoingMessage('+123', 'Test', '+987', 'fwd')
om_in.options(allow_reply=True)
# Encode, Decode
j = jsonex_dumps(om_in)
om_out = jsonex_loads(j)
""" :type om_out: OutgoingMessage """
# Check
self.assertEqual(om_out.dst, '123')
self.assertEqual(om_out.src, om_in.src)
self.assertEqual(om_out.body, om_in.body)
self.assertEqual(om_out.provider, om_in.provider)
self.assertEqual(om_out.meta, None)
self.assertEqual(om_out.provider_options.allow_reply,
om_in.provider_options.allow_reply)
self.assertEqual(om_out.provider_params, {})
### IncomingMessage
im_in = IncomingMessage('+123', 'Test', 'abc123def', '+987',
datetime(2019, 1, 1, 15, 0, 0, 875), {'a': 1})
# Encode, Decode
j = jsonex_dumps(im_in)
im_out = jsonex_loads(j)
""" :type im_out: IncomingMessage """
# Check
self.assertEqual(im_out.src, im_in.src)
self.assertEqual(im_out.body, im_in.body)
self.assertEqual(im_out.msgid, im_in.msgid)
self.assertEqual(im_out.dst, im_in.dst)
self.assertEqual(im_out.rtime, im_in.rtime)
self.assertEqual(im_out.meta, im_in.meta)
def test_senderId(self):
gw = self.gw
self._mock_response(200) # OK
message = OutgoingMessage('+123456', 'hey', provider='main')
message.options(senderId='Fake sender')
gw.send(message)
request = self.requests.pop()
self.assertEqual('Fake sender', request['SND'])
def test_send(self):
""" Test message send """
gw = self.gw
# OK
self._mock_response(200)
message = OutgoingMessage('+123456', 'hey', provider='main')
message = gw.send(message)
self.assertEqual(message.msgid, None)
# Should fail with E001
self._mock_response(500)
self.assertRaises(error.E001, gw.send,
OutgoingMessage('+123456', 'hey', provider='main'))
def test_error_send(self):
""" Test message send """
gw = self.gw
bad_json = {
'msg': 'Required parameter has format error',
'code': 2,
'detail': 'Format the parameter by prompt.'
}
responses.add(
responses.POST,
'https://sms.yunpian.com/v2/sms/single_send.json',
json=bad_json,
status=200,
)
try:
message = gw.send(
OutgoingMessage('+123456',
'hey',
src='dignio',
provider='main'))
assert False
except Exception as e:
self.assertIn('2 Required parameter has format error', str(e))
self.assertEqual(len(responses.calls), 1)
self.assertIn('my_api_key1234', responses.calls[0].request.body)
def test_events(self):
""" Test events """
# Counters
self.recv = 0
self.send = 0
self.status = 0
def inc_recv(message):
self.recv += 1
def inc_send(message):
self.send += 1
def inc_status(message):
self.status += 1
# Hooks
self.gw.onReceive += inc_recv
self.gw.onSend += inc_send
self.gw.onStatus += inc_status
# Emit some events
provider = self.gw.get_provider('one')
self.gw.send(OutgoingMessage('', ''))
provider._receive_message(IncomingMessage('', ''))
provider._receive_status(MessageStatus(''))
# Check
self.assertEqual(self.recv, 1)
self.assertEqual(self.send, 1)
self.assertEqual(self.status, 1)
def testSend(self):
""" Send messages """
# Send a message
om = OutgoingMessage(
'+1234',
'Hi man!').options(senderId='me').params(a=1).route(1, 2, 3)
rom = self.gw_client.send(om)
# Check traffic
traffic = self.lo.get_traffic()
self.assertEqual(len(traffic), 1)
tom = traffic.pop()
for m in (om, rom, tom):
self.assertEqual(m.src, None)
self.assertEqual(m.dst, '1234')
self.assertEqual(m.body, 'Hi man!')
self.assertEqual(m.provider,
'lo') # Remote provider should be exposed
self.assertEqual(m.provider_options.senderId, 'me')
self.assertEqual(m.provider_params, {'a': 1})
self.assertEqual(m.routing_values, [1, 2, 3])
self.assertEqual(m.msgid, '1')
self.assertEqual(m.meta, None)
def test_send_success(self):
"""Test a successful AfricasTalking SMS send"""
message_out = OutgoingMessage(
'+254789789789', 'Hello Kenya',
provider='africas_talking').params(target_country='KE')
message_back = self.gw.send(message_out)
self.assertEqual(message_back.msgid, '001')
def test_send_failure(self):
"""Test a failing AfricasTalking SMS send"""
message_out = OutgoingMessage(
'+254789789789', 'Hello Kenya',
provider='africas_talking').params(target_country='KE')
self.assertRaises(AfricasTalkingProviderError, self.gw.send,
message_out)
def testStatus(self):
""" Receive statuses """
# Status receiver
statuses = []
def onStatus(status): statuses.append(status)
self.gw_client.onStatus += onStatus
# Subscriber
incoming = []
def subscriber(message): incoming.append(message)
self.lo.subscribe('1234', subscriber)
# Send a message, request status report
om = OutgoingMessage('+1234', 'Hi man!').options(status_report=True)
rom = self.gw_client.send(om)
# Check
self.assertEqual(len(statuses), 1)
status = statuses.pop()
':type: MessageStatus'
self.assertEqual(status.msgid, '1')
self.assertIsInstance(status.rtime, datetime)
self.assertEqual(status.provider, 'lo')
self.assertEqual(status.accepted, True)
self.assertEqual(status.delivered, True)
self.assertEqual(status.expired, False)
self.assertEqual(status.error, False)
self.assertEqual(status.status_code, None)
self.assertEqual(status.status, 'OK')
self.assertEqual(status.meta, {})
def test_send(self):
""" Test message send """
gw = self.gw
ok_json = {
'code': 0,
'msg': 'OK',
'count': 1,
'fee': 0.05,
'unit': 'RMB',
'mobile': '123456',
'sid': 16741236146
}
responses.add(
responses.POST,
'https://sms.yunpian.com/v2/sms/single_send.json',
json=ok_json,
status=200,
)
message = gw.send(
OutgoingMessage('+123456', 'hey', src='dignio', provider='main'))
self.assertEqual(len(responses.calls), 1)
self.assertIn('my_api_key1234', responses.calls[0].request.body)
self.assertIn('Google', responses.calls[0].request.body)
self.assertEqual(message.msgid, 16741236146)
def test_missing_number(self):
""" Send to a missing number """
msg = self.gw.send(OutgoingMessage('+0', 'you there?'))
self.assertListEqual(self.provider.get_traffic(),
[msg]) # traffic works
self.assertListEqual(self.events_log, [msg])
self.assertEqual(self.subscriber_log,
[]) # no log as there was no subscriber
def testServerError(self):
""" Test how errors are transferred from the server """
# Erroneous subscribers
def tired_subscriber(message):
raise OverflowError('Tired')
self.lo.subscribe('1234', tired_subscriber)
def offline_subscriber(message):
raise exc.ServerError('Offline')
self.lo.subscribe('5678', offline_subscriber)
# Send: 1
om = OutgoingMessage('+1234', 'Hi man!')
self.assertRaises(RuntimeError, self.gw_client.send, om) # Unknown error classes are converted to RuntimeError
# Send: 2
om = OutgoingMessage('+5678', 'Hi man!')
self.assertRaises(exc.ServerError, self.gw_client.send, om) # Known errors: as is
def test_gsm7_encoding_invalid_character(self):
message = OutgoingMessage('+123456',
u'Vamos a aprender chino \u73a9.',
provider='main')
self._mock_response(200)
self.gw.send(message)
self.assertIn('is_hex', message.provider_params)
request = self.requests.pop()
self.assertEqual(CT_UCS2, request['CT'])
message = OutgoingMessage('+123456',
u'\u05de\u05d4 \u05e7\u05d5\u05e8\u05d4?',
provider='main')
self._mock_response(200)
self.gw.send(message)
request = self.requests.pop()
self.assertEquals(CT_UCS2, request['CT'])
self.assertEquals(b'05de05d4002005e705d505e805d4003f', request['HEX'])
def test_subscriber3_noreply(self):
""" Test replying subscriber with disabled replies """
msg = self.gw.send(
OutgoingMessage('3', 'hi!').options(status_report=True,
allow_reply=False))
self.assertListEqual(self.provider.get_traffic(), [msg])
self.assertEqual(len(self.events_log), 2)
self.assertIsInstance(self.events_log[0],
MessageDelivered) # delivered
self.assertIs(self.events_log[1], msg)
self.assertEqual(self.subscriber_log, ['3:None:hi!'])
def test_routing(self):
""" Test routing """
# Sends through 'one'
msg = self.gw.send(OutgoingMessage('', '').route('main', ''))
self.assertEqual(msg.provider, 'one')
# Sends through 'two'
msg = self.gw.send(OutgoingMessage('', '').route('', 'alarm'))
self.assertEqual(msg.provider, 'two')
# Sends through 'three'
msg = self.gw.send(OutgoingMessage('', '').route('', ''))
self.assertEqual(msg.provider, 'three')
# Send through 'one' (explicitly set)
msg = self.gw.send(
OutgoingMessage('', '', provider='one').route('', ''))
self.assertEqual(msg.provider, 'one')
# No routing specified: using the default route
msg = self.gw.send(OutgoingMessage('', '', provider='one'))
self.assertEqual(msg.provider, 'one')
# Wrong provider specified
self.assertRaises(AssertionError, self.gw.send,
OutgoingMessage('', '', provider='zzz'))
def test_send_message(self):
""" Test outgoing message """
# 1. Simple message
with self._stubber() as st:
st.add_response('publish',
expected_params={
'PhoneNumber': '+1999',
'Message': 'test 1',
'MessageAttributes': {}
},
service_response={'MessageId': '1'})
self.assertEqual(
'1',
self.gw.send(OutgoingMessage('+1999', 'test 1')).msgid)
# 2. Transactional message
with self._stubber() as st:
# 2. Transactional message with SenderId
st.add_response('publish',
expected_params={
'PhoneNumber': '+1999',
'Message': 'test 2',
'MessageAttributes': {
'AWS.SNS.SMS.SenderID': {
'DataType': 'String',
'StringValue': 'kolypto'
},
'AWS.SNS.SMS.SMSType': {
'DataType': 'String',
'StringValue': 'Transactional'
},
}
},
service_response={'MessageId': '2'})
self.assertEqual(
'2',
self.gw.send(
OutgoingMessage('+1999',
'test 2').options(senderId='kolypto',
escalate=True)).msgid)
def test_subscriber1(self):
""" Test delivering a message to a subscriber """
msg = self.gw.send(
OutgoingMessage('+1', 'hi!').options(status_report=True))
self.assertListEqual(self.provider.get_traffic(), [msg])
self.assertEqual(len(self.events_log), 2)
self.assertIsInstance(self.events_log[0],
MessageDelivered) # delivered
self.assertSetEqual(self.events_log[0].states,
{'accepted', 'delivered'})
self.assertIs(self.events_log[1], msg)
self.assertEqual(self.subscriber_log, ['1:None:hi!'])
def test_missing_number_status(self):
""" Send to a missing number with status report request """
msg = self.gw.send(
OutgoingMessage('+0', 'you there?').options(status_report=True))
self.assertListEqual(self.provider.get_traffic(),
[msg]) # traffic works
self.assertEqual(len(self.events_log), 2)
self.assertIsInstance(self.events_log[0],
MessageAccepted) # accepted, but not delivered
self.assertSetEqual(self.events_log[0].states, {'accepted'})
self.assertIs(self.events_log[1], msg)
self.assertEqual(self.subscriber_log,
[]) # no log as there was no subscriber
def test_gsm7_valid_characters(self):
self._mock_response(200)
sent_message = self.gw.send(
OutgoingMessage('+654321', u'Æ E A Å Edø.', provider='main'))
self.assertNotIn('is_hex', sent_message.provider_params)
request_1 = self.requests.pop()
self.assertEquals(b'\xc6 E A \xc5 Ed\xf8.', request_1['TXT'])
self._mock_response(200)
sent_message_2 = self.gw.send(
OutgoingMessage(
'+654321',
u'RaLejaLe hemmat i høssølæssom å naumøLa spikkjipørse.',
provider='main'))
# The modified OutgoingMessage will be returned in the http response.
# Ensure that OutgoingMessage.body can still be jsonified:
sent_message_2.body.encode('utf-8')
request_2 = self.requests.pop()
self.assertEquals(CT_PLAIN_TEXT, request_2['CT'])
self.assertEquals(
b'RaLejaLe hemmat i h\xf8ss\xf8l\xe6ssom \xe5 naum\xf8La spikkjip\xf8rse.',
request_2['TXT'])
self._mock_response(200)
sent_message_3 = self.gw.send(
OutgoingMessage(
'+654321',
u'Ñoño Yáñez come ñame en las mañanas con el niño.',
provider='main'))
self.assertNotIn('is_hex', sent_message_3.provider_params)
request_3 = self.requests.pop()
self.assertEquals(
b'\xd1o\xf1o Y\xe1\xf1ez come \xf1ame en las ma\xf1anas con el ni\xf1o.',
request_3['TXT'])
def test_subscriber3(self):
""" Test replying subscriber """
msg = self.gw.send(OutgoingMessage('++3', 'hi!').options())
traffic = self.provider.get_traffic()
self.assertIs(traffic[0], msg)
self.assertIsInstance(traffic[1], IncomingMessage)
self.assertEqual(traffic[1].src, '3')
self.assertEqual(traffic[1].dst, None)
self.assertEqual(traffic[1].body, 'hello')
self.assertEqual(len(self.events_log), 2)
self.assertIs(
self.events_log[1],
msg) # onSend is only emitted once the Provider has finished
self.assertEqual(self.events_log[0].body, 'hello') # the reply
self.assertEqual(self.subscriber_log, ['3:None:hi!'])
def test_send(self):
""" Test send SMS """
with Mocker() as m:
m.post(
'https://studio.twilio.com/v1/Flows/sid/Executions',
request_headers={
'Authorization':
'Basic ZGFnOnNlY3JldA==', # dag:secret
'Content-Type':
'application/x-www-form-urlencoded; charset=utf-8',
},
status_code=200,
headers={},
json={
'url':
'https://studio.twilio.com/v1/Flows/sid/Executions/FN0000',
# ... many more fields. See: https://www.twilio.com/docs/studio/rest-api/execution
})
om = self.gw.send(OutgoingMessage('+1999', 'Test'))
self.assertEqual(om.msgid, 'Flows/sid/Executions/FN0000')
def send_message(cls,
package,
message_type,
to_number,
referer=None,
email=None):
message = cls(package=package,
message_type=cls.types_by_name[message_type],
recipient_number=to_number,
content=cls.render_message(message_type, package,
referer))
try:
if not settings.TEST:
if settings.SMS_PLATFORM == 'Twilio':
client = cls.get_twilio_client()
if client:
twilio_msg = client.messages.create(
body=message.content,
to=to_number,
from_=settings.TWILIO['SENDER_NR'])
message.twilio_sid = twilio_msg.sid
elif settings.SMS_PLATFORM == 'GatewayAPI':
gateway.send(OutgoingMessage(to_number, message.content))
if email:
from_email = settings.EMAIL_HOST_USER or '*****@*****.**'
send_mail(cls.subjects_by_name[message_type], message.content,
from_email, [email])
except Exception as e:
if settings.DEBUG:
print(e)
else:
capture_exception(e)
message.save()
def test_send(self):
""" Test message send """
gw = self.gw
# Mock the Target365 Api response.
# See - https://generator.swagger.io/?url=https%3A%2F%2Ftest.target365.io%2Fapi%2Fswagger.json
def send_callback(request):
payload = json.loads(request.body)
headers = {
'Location':
'/api/out-messages/{}'.format(payload['transactionId'])
}
return (201, headers, '')
responses.add_callback(responses.POST,
'https://target365.api/api/out-messages',
callback=send_callback)
# For the target365 src is mandatory
message = gw.send(
OutgoingMessage('+123456', 'hey', src='dignio', provider='main'))
self.assertEqual(len(responses.calls), 1)
self.assertTrue(message.msgid)
def test_bad_number_failure(self):
"""Test a failing AfricasTalking SMS send (bad phone number)"""
message_out = OutgoingMessage(
'+254789789789', 'Hello Rwanda',
provider='africas_talking').params(target_country='RW')
self.assertRaises(InvalidNumberError, self.gw.send, message_out)
def test_basic_send(self):
with LogCapture() as l:
msg = self.gw.send(OutgoingMessage('+1234', 'body'))
l.check(('smsframework.providers.log', 'INFO',
'Sent SMS to {}: {}'.format(msg.dst, msg.body)), )
def send_sms(recipients, message):
'''Send SMS to recipients with message'''
for pnumber in recipients:
GATEWAY.send(OutgoingMessage(pnumber, message))