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# -*- coding: utf-8 -*-
import unittest, collections
from datetime import datetime, timedelta
from smpp.esme import *
from smpp.clickatell import *
from smpp import pdu
import credentials_test
try:import credentials_priv
except:pass
from test.pdu import pdu_objects
from test import pdu_asserts
from test.pdu_hex import pdu_hex_strings
from test import pdu_hex_asserts
def unpack_hex(pdu_hex):
"""Unpack PDU hex string and return it as a dictionary"""
return unpack_pdu(binascii.a2b_hex(hexclean(pdu_hex)))
def hexclean(dirtyhex):
"""Remove whitespace, comments & newlines from hex string"""
return re.sub(r'\s','',re.sub(r'#.*\n','\n',dirtyhex))
def prettydump(pdu_obj):
"""Unpack PDU dictionary and dump it as a JSON formatted string"""
return json.dumps(pdu_obj, indent=4, sort_keys=True)
def hex_to_named(dictionary):
"""
Recursive function to convert values in test dictionaries to
their named counterparts that unpack_pdu returns
"""
clone = dictionary.copy()
for key, value in clone.items():
if isinstance(value, collections.Mapping):
clone[key] = hex_to_named(value)
else:
lookup_table = pdu.maps.get('%s_by_hex' % key)
if lookup_table:
# overwrite with mapped value or keep using
# default if the dictionary key doesn't exist
clone[key] = lookup_table.get("%.2d" % value, value)
return clone
def create_pdu_asserts():
pdu_index = 0
for pdu in pdu_objects:
pdu_index += 1
pstr = "\n########################################\n"
pstr += "pdu_json_"
pstr += ('%010d' % pdu_index)
pstr += " = '''"
pstr += prettydump(unpack_pdu(pack_pdu(pdu)))
pstr += "'''"
print pstr
def create_pdu_hex_asserts():
pdu_index = 0
for pdu_hex in pdu_hex_strings:
pdu_index += 1
pstr = "\n########################################\n"
pstr += "pdu_json_"
pstr += ('%010d' % pdu_index)
pstr += " = '''"
pstr += prettydump(unpack_hex(pdu_hex))
pstr += "'''"
print pstr
## :w|!python % > test/pdu_asserts.py
#create_pdu_asserts()
#quit()
## :w|!python % > test/pdu_hex_asserts.py
#create_pdu_hex_asserts()
#quit()
class PduTestCase(unittest.TestCase):
def setUp(self):
pass
def tearDown(self):
pass
def assertDictEquals(self, dictionary1, dictionary2, depth=[]):
"""
Recursive dictionary comparison, will fail if any keys and values
in the two dictionaries don't match. Displays the key chain / depth
and which parts of the two dictionaries didn't match.
"""
d1_keys = dictionary1.keys()
d1_keys.sort()
d2_keys = dictionary2.keys()
d2_keys.sort()
self.failUnlessEqual(d1_keys, d2_keys,
"Dictionary keys do not match, %s vs %s" % (
d1_keys, d2_keys))
for key, value in dictionary1.items():
if isinstance(value, collections.Mapping):
# go recursive
depth.append(key)
self.assertDictEquals(value, dictionary2[key], depth)
else:
self.failUnlessEqual(value, dictionary2[key],
"Dictionary values do not match for key '%s' " \
"(%s vs %s) at depth: %s.\nDictionary 1: %s\n" \
"Dictionary 2: %s\n" % (
key, value, dictionary2[key], ".".join(depth),
prettydump(dictionary1), prettydump(dictionary2)))
def test_pack_unpack_pdu_objects(self):
print ''
"""
Take a dictionary, pack and unpack it and dump it as JSON correctly
"""
pdu_index = 0
for pdu in pdu_objects:
pdu_index += 1
padded_index = '%010d' % pdu_index
print '...', padded_index
self.assertEquals(
re.sub('\n *','',
prettydump(unpack_pdu(pack_pdu(pdu)))),
re.sub('\n *','',
eval('pdu_asserts.pdu_json_'+padded_index)))
def test_pack_unpack_pdu_hex_strings(self):
print ''
"""
Read the hex data, clean it, and unpack it to JSON correctly
"""
pdu_index = 0
for pdu_hex in pdu_hex_strings:
pdu_index += 1
padded_index = '%010d' % pdu_index
print '...', padded_index
self.assertEquals(
re.sub('\n *','',
prettydump(unpack_hex(pdu_hex))),
re.sub('\n *','',
eval('pdu_hex_asserts.pdu_json_'+padded_index)))
def test_pack_unpack_performance(self):
print ''
"""
Pack & unpack 500 submit_sm PDUs in under 1 second
"""
submit_sm = {
'header': {
'command_length': 0,
'command_id': 'submit_sm',
'command_status': 'ESME_ROK',
'sequence_number': 0,
},
'body': {
'mandatory_parameters': {
'service_type':'',
'source_addr_ton':1,
'source_addr_npi':1,
'source_addr':'',
'dest_addr_ton':1,
'dest_addr_npi':1,
'destination_addr':'',
'esm_class':0,
'protocol_id':0,
'priority_flag':0,
'schedule_delivery_time':'',
'validity_period':'',
'registered_delivery':0,
'replace_if_present_flag':0,
'data_coding':0,
'sm_default_msg_id':0,
'sm_length':1,
'short_message':'',
},
},
}
start = datetime.now()
for x in range(500):
x += 1
submit_sm['header']['sequence_number'] = x
sm = 'testing: x = '+str(x)+''
submit_sm['body']['mandatory_parameters']['short_message'] = sm
u = unpack_pdu(pack_pdu(submit_sm))
delta = datetime.now() - start
print '... 500 pack & unpacks in:', delta
self.assertTrue(delta < timedelta(seconds=1))
def test_pack_unpack_of_unicode(self):
"""
SMPP module should be able to pack & unpack unicode characters
without a problem
"""
submit_sm = {
'header': {
'command_length': 67,
'command_id': 'submit_sm',
'command_status': 'ESME_ROK',
'sequence_number': 0,
},
'body': {
'mandatory_parameters': {
'service_type':'',
'source_addr_ton':'international',
'source_addr_npi':'unknown',
'source_addr':'',
'dest_addr_ton':'international',
'dest_addr_npi':'unknown',
'destination_addr':'',
'esm_class':0,
'protocol_id':0,
'priority_flag':0,
'schedule_delivery_time':'',
'validity_period':'',
'registered_delivery':0,
'replace_if_present_flag':0,
'data_coding':0,
'sm_default_msg_id':0,
'sm_length':34,
'short_message':u'Vumi says: أبن الشرموطة'.encode('utf-8'),
},
},
}
self.assertDictEquals(
hex_to_named(submit_sm),
unpack_pdu(pack_pdu(submit_sm))
)
def test_pack_unpack_of_ascii_and_unicode_8_16_32(self):
"""
SMPP module should be able to pack & unpack unicode characters
without a problem
"""
submit_sm = {
'header': {
'command_length': 65,
'command_id': 'submit_sm',
'command_status': 'ESME_ROK',
'sequence_number': 0,
},
'body': {
'mandatory_parameters': {
'service_type':'',
'source_addr_ton':'international',
'source_addr_npi':'unknown',
'source_addr':'',
'dest_addr_ton':'international',
'dest_addr_npi':'unknown',
'destination_addr':'',
'esm_class':0,
'protocol_id':0,
'priority_flag':0,
'schedule_delivery_time':'',
'validity_period':'',
'registered_delivery':0,
'replace_if_present_flag':0,
'data_coding':0,
'sm_default_msg_id':0,
'sm_length':32,
'short_message':u'a \xf0\x20\u0373\u0020\u0433\u0020\u0533\u0020\u05f3\u0020\u0633\u0020\u13a3\u0020\u16a3 \U0001f090'.encode('utf-8'),
},
},
}
self.assertDictEquals(
hex_to_named(submit_sm),
unpack_pdu(pack_pdu(submit_sm))
)
class PduBuilderTestCase(unittest.TestCase):
def test_true(self):
print ''
self.assertTrue(True)
if __name__ == '__main__':
print '\n##########################################################\n'
#deliv_sm_resp = DeliverSMResp(23)
#print deliv_sm_resp.get_obj()
#print deliv_sm_resp.get_hex()
#enq_lnk = EnquireLink(7)
#print enq_lnk.get_obj()
#print enq_lnk.get_hex()
#sub_sm = SubmitSM(5, short_message='testing testing')
#print sub_sm.get_obj()
#print sub_sm.get_hex()
#sub_sm.add_message_payload('01020304')
#print sub_sm.get_obj()
#print sub_sm.get_hex()
#print unpack_pdu(sub_sm.get_bin())
print '\n##########################################################\n'
esme = ESME()
esme.loadDefaults(clickatell_defaults)
esme.loadDefaults(credentials_test.logica)
print esme.defaults
esme.bind_transmitter()
print esme.state
start = datetime.now()
for x in range(1):
esme.submit_sm(
short_message = 'gobbledygook',
destination_addr = '555',
)
print esme.state
for x in range(1):
esme.submit_multi(
short_message = 'gobbledygook',
dest_address = ['444','333'],
)
print esme.state
for x in range(1):
esme.submit_multi(
short_message = 'gobbledygook',
dest_address = [
{'dest_flag':1, 'destination_addr':'111'},
{'dest_flag':2, 'dl_name':'list22222'},
],
)
print esme.state
delta = datetime.now() - start
esme.disconnect()
print esme.state
print 'excluding binding ... time to send messages =', delta
#if __name__ == '__main__':
#unittest.main()
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