def test_async_eqlinks(self):
c1 = Client('localhost', TEST_SERVER_PORT, timeout=1)
c1.connect()
cmd1 = make_pdu('enquire_link', client=c1)
cmd1.sequence = 1
c1.send_pdu(cmd1)
c2 = Client('localhost', TEST_SERVER_PORT, timeout=1)
c2.connect()
cmd2 = make_pdu('enquire_link', client=c2)
cmd2.sequence = 2
c2.send_pdu(cmd2)
c3 = Client('localhost', TEST_SERVER_PORT, timeout=1)
c3.connect()
cmd3 = make_pdu('enquire_link', client=c3)
cmd3.sequence = 3
c3.send_pdu(cmd3)
# Should not block
resp3 = c3.read_pdu()
resp1 = c1.read_pdu()
resp2 = c2.read_pdu()
# Should dispatch correctly
self.assertEqual(resp1.sequence, 1)
self.assertEqual(resp2.sequence, 2)
self.assertEqual(resp3.sequence, 3)
def test_no_success_receipt_required(self):
t = Client('localhost', TEST_SERVER_PORT, timeout=1)
t.connect()
t.bind_transmitter(system_id="mtc", password="******")
r1 = Client('localhost', TEST_SERVER_PORT, timeout=1)
r1.connect()
r1.bind_receiver(system_id="mtc", password="******")
message_text = "Hello world!"
ssm = t.send_message(
esm_class=consts.SMPP_MSGMODE_STOREFORWARD,
registered_delivery=
0b11100010, # Request delivery receipt on failure only
source_addr_ton=12,
source_addr_npi=34,
source_addr="src",
dest_addr_ton=56,
dest_addr_npi=67,
destination_addr="dst",
short_message=message_text.encode('ascii'))
with self.assertRaises(socket.timeout):
r1.read_pdu()
def test_master_delivery_receipt(self):
# Have to let workers establish pub-sub connection among eash other.
time.sleep(3)
t = Client('localhost', TEST_SERVER_PORT, timeout=1)
t.connect()
t.bind_transmitter(system_id="mtc", password="******")
RECEIVERS_COUNT = 6
receivers = []
for _ in range(RECEIVERS_COUNT):
r = Client('localhost', TEST_SERVER_PORT, timeout=1)
r.connect()
r.bind_receiver(system_id="mtc", password="******")
receivers.append(r)
EAVESDROPPERS_COUNT = 6
eavesdroppers = []
for _ in range(EAVESDROPPERS_COUNT):
e = Client('localhost', TEST_SERVER_PORT, timeout=1)
e.connect()
e.bind_receiver(system_id="nomtc", password="******")
eavesdroppers.append(e)
for port in self.master._all_queue_ports():
wait_til_open(socket.AF_INET, ('localhost', port))
message_text = "Test message"
t.send_message(
esm_class=consts.SMPP_MSGMODE_STOREFORWARD,
registered_delivery=0b00000001, # Request delivery receipt
source_addr_ton=12,
source_addr_npi=34,
source_addr="src",
dest_addr_ton=56,
dest_addr_npi=67,
destination_addr="dst",
short_message=message_text.encode('ascii'))
submit_resp = t.read_pdu()
for r in receivers:
receipt = r.read_pdu()
self.assert_receipt_valid(submit_resp, receipt)
for e in eavesdroppers:
with self.assertRaises(socket.timeout):
e.read_pdu()
def test_self_listening_queue_server(self):
c = Client(unix_sock=self.UNI_SERVER_SOCK, timeout=1)
c.connect()
c.bind_transceiver(system_id="qtc", password="******")
c.send_message(esm_class=consts.SMPP_MSGMODE_STOREFORWARD,
registered_delivery=0b00000001,
source_addr_ton=12,
source_addr_npi=34,
source_addr="src",
dest_addr_ton=56,
dest_addr_npi=67,
destination_addr="dst",
short_message=b'Hello world')
submit_resp = c.read_pdu()
deliv_sm = c.read_pdu()
self.assert_resp_valid(submit_resp, deliv_sm)
def test_master_enquire_link(self):
c = Client('localhost', TEST_SERVER_PORT, timeout=1)
c.connect()
elink = make_pdu('enquire_link', client=c)
elink.sequence = 12
c.send_pdu(elink)
resp = c.read_pdu()
self.assertEqual(elink.sequence, resp.sequence)
def _test_error_receipt(self, prov_status: external.DeliveryStatus,
exp_rct_status: str):
self.provider.status = prov_status
t = Client('localhost', TEST_SERVER_PORT, timeout=1)
t.connect()
t.bind_transmitter(system_id="mtc", password="******")
r1 = Client('localhost', TEST_SERVER_PORT, timeout=1)
r1.connect()
r1.bind_receiver(system_id="mtc", password="******")
message_text = "Hello world!"
ssm = t.send_message(
esm_class=consts.SMPP_MSGMODE_STOREFORWARD,
registered_delivery=
0b11100010, # Request delivery receipt with noise bits
source_addr_ton=12,
source_addr_npi=34,
source_addr="src",
dest_addr_ton=56,
dest_addr_npi=67,
destination_addr="dst",
short_message=message_text.encode('ascii'))
ssmr = t.read_pdu()
receipt_regex = r'^id:(\S+) sub:(\d+) dlvrd:(\d+) submit date:(\d+) done date:(\d+) stat:(\S+) err:(\d+) text:(.+)$'
rec = r1.read_pdu()
self.assertEqual(rec.command, 'deliver_sm')
self.assertNotEqual(int(rec.esm_class) & 0b00000100, 0)
m = re.search(receipt_regex, rec.short_message.decode('ascii'))
self.assertIsNotNone(m, msg="Receipt text does not match regex")
rct_id, _, rct_dlvr, _, _, rct_stat, rct_err, rct_text = m.groups()
self.assertEqual(rct_id, ssmr.message_id.decode('ascii'))
self.assertEqual(int(rct_dlvr), 0)
self.assertEqual(rct_stat, exp_rct_status)
self.assertEqual(int(rct_err), 1)
self.assertTrue(message_text.startswith(rct_text))
def test_unix_sock_enquire_link(self):
# Simple sanity test
client = Client(unix_sock=self.UNIX_SOCK)
client.connect()
elink = make_pdu('enquire_link', client=client)
elink.sequence = 1
client.send_pdu(elink)
elink_resp = client.read_pdu()
self.assertEqual(elink_resp.sequence, elink.sequence)
def test_receipt_delivery(self):
t = Client('localhost', TEST_SERVER_PORT, timeout=1)
t.connect()
t.bind_transmitter(system_id="mtc", password="******")
r1 = Client('localhost', TEST_SERVER_PORT, timeout=1)
r1.connect()
r1.bind_receiver(system_id="mtc", password="******")
r2 = Client('localhost', TEST_SERVER_PORT, timeout=1)
r2.connect()
r2.bind_receiver(system_id="mtc", password="******")
rx = Client('localhost', TEST_SERVER_PORT, timeout=1)
rx.connect()
rx.bind_receiver(system_id="nomtc", password="******")
message_text = "Hello world!"
ssm = t.send_message(
esm_class=consts.SMPP_MSGMODE_STOREFORWARD,
registered_delivery=
0b11100001, # Request delivery receipt with noise bits
source_addr_ton=12,
source_addr_npi=34,
source_addr="src",
dest_addr_ton=56,
dest_addr_npi=67,
destination_addr="dst",
short_message=message_text.encode('ascii'))
r1rec = r1.read_pdu()
self.assertEqual(r1rec.command, 'deliver_sm')
self.assertNotEqual(int(r1rec.esm_class) & 0b00000100, 0)
r2rec = r2.read_pdu()
self.assertEqual(r2rec.command, 'deliver_sm')
self.assertNotEqual(int(r2rec.esm_class) & 0b00000100, 0)
with self.assertRaises(socket.timeout):
rx.read_pdu()
def test_enquire_link_resp(self):
client = Client('localhost', TEST_SERVER_PORT, timeout=1)
client.connect()
command = make_pdu('enquire_link', client=client)
client.send_pdu(command)
resp = client.read_pdu()
self.assertEqual(resp.command, 'enquire_link_resp')
self.assertEqual(resp.sequence, command.sequence)
client.disconnect()
def test_nobind_nack(self):
client = Client('localhost', TEST_SERVER_PORT, timeout=1)
client.connect()
cmd = make_pdu('submit_sm',
client=client,
source_addr_ton=12,
source_addr="src",
dest_addr_ton=34,
destination_addr="dst",
short_message=b"Hello world")
client.send_pdu(cmd)
resp = client.read_pdu()
self.assertEqual(resp.command, 'generic_nack')
self.assertEqual(resp.sequence, cmd.sequence)
self.assertEqual(resp.status, consts.SMPP_ESME_RINVBNDSTS)
def test_multiprod_multicons(self):
subc1 = Client(unix_sock=self.SUB_SERVER_SOCK, timeout=1)
subc1.connect()
subc1.bind_receiver(system_id="qtc", password="******")
subc2 = Client(unix_sock=self.SUB_SERVER_2_SOCK, timeout=1)
subc2.connect()
subc2.bind_receiver(system_id="qtc", password="******")
pubc1 = Client(unix_sock=self.PUB_SERVER_SOCK, timeout=1)
pubc1.connect()
pubc1.bind_transmitter(system_id="qtc", password="******")
pubc1.send_message(esm_class=consts.SMPP_MSGMODE_STOREFORWARD,
registered_delivery=0b00000001,
source_addr_ton=12,
source_addr_npi=34,
source_addr="src",
dest_addr_ton=56,
dest_addr_npi=67,
destination_addr="dst",
short_message=b'Hello world')
submit_resp_1 = pubc1.read_pdu()
dsm1 = subc1.read_pdu()
self.assert_resp_valid(submit_resp_1, dsm1)
dsm2 = subc2.read_pdu()
self.assert_resp_valid(submit_resp_1, dsm2)
pubc2 = Client(unix_sock=self.PUB_SERVER_2_SOCK, timeout=1)
pubc2.connect()
pubc2.bind_transmitter(system_id="qtc", password="******")
pubc2.send_message(esm_class=consts.SMPP_MSGMODE_STOREFORWARD,
registered_delivery=0b00000001,
source_addr_ton=12,
source_addr_npi=34,
source_addr="src",
dest_addr_ton=56,
dest_addr_npi=67,
destination_addr="dst",
short_message=b'Hello world')
submit_resp_2 = pubc2.read_pdu()
dsm1 = subc1.read_pdu()
self.assert_resp_valid(submit_resp_2, dsm1)
dsm2 = subc2.read_pdu()
self.assert_resp_valid(submit_resp_2, dsm2)
def test_store_and_forward(self):
t = Client('localhost', TEST_SERVER_PORT, timeout=1)
t.connect()
t.bind_transmitter(system_id="mtc", password="******")
message_text = "Hello world!"
ssm = t.send_message(
esm_class=consts.SMPP_MSGMODE_STOREFORWARD,
registered_delivery=
0b11100001, # Request delivery receipt with noise bits
source_addr_ton=12,
source_addr_npi=34,
source_addr="src",
dest_addr_ton=56,
dest_addr_npi=67,
destination_addr="dst",
short_message=message_text.encode('ascii'))
ssmr = t.read_pdu()
self.assertEqual(ssmr.command, 'submit_sm_resp')
self.assertEqual(ssmr.sequence, ssm.sequence)
self.provider.wait_for_message(timeout=1)
messages = self.provider.get_messages()
self.assertEqual(len(messages), 1)
msg = messages[0]
self.assertEqual(msg.system_id, "mtc")
self.assertEqual(msg.password, "pwd")
self.assertEqual(msg.source_addr_ton, 12)
self.assertEqual(msg.source_addr_npi, 34)
self.assertEqual(msg.source_addr, "src")
self.assertEqual(msg.dest_addr_ton, 56)
self.assertEqual(msg.dest_addr_npi, 67)
self.assertEqual(msg.destination_addr, "dst")
self.assertEqual(msg.body, message_text)