def seed_mcc_codes():
for code in ('404', '405'):
for network in operators(code):
state = network[3]
telco = network[2]
mnc = network[1]
mcc = code
for lookup in STATE_LOOKUPS:
if re.search(lookup[0], state, flags=re.IGNORECASE):
state = lookup[1]
break
# Known UNINOR
# http://mcclist.com/mobile-network-codes-country-codes.asp
if mcc == '405' and telco == 'Uninor' and len(state) != 2:
lookup = {
'813': 'HA',
'814': 'HP',
'815': 'JK',
'816': 'PB',
'817': 'RJ',
'818': 'UT',
'819': 'AP',
'820': 'KA',
'821': 'KE',
'822': 'WB',
'875': 'AS',
'876': 'BI',
'877': 'NE',
'878': 'OR',
'879': 'UPE',
'880': 'UP',
'844': 'DE'
}
state = lookup[mnc]
for lookup in CODE_LOOKUPS:
if re.search(lookup[0], telco, flags=re.IGNORECASE):
telco = lookup[1]
break
current = NetworkModel.objects(
db.Q(region=state) & db.Q(isp=telco)
& db.Q(mobile=True)).first()
if current == None:
mccmnc = mcc + mnc
entity = NetworkModel(region=state,
isp=telco,
mobile=True,
mccmnc=mccmnc)
entity.save()
print("saved")
def get_operator_choices(cnt_code):
"""
Get list of operators matching MCC(s)
@param cnt_code: country code(s). May contain multiple values, separated by commas
@type cnt_code: unicode
@return: operators
@rtype: dict
"""
# noinspection PyProtectedMember
from mobile_codes import operators
ol = operators(cnt_code)
r = []
for e in ol:
if e[0] == cnt_code:
opname = e[2] if e[2] else e[3]
r.append((e[0] + e[1], u"{0} ({1})".format(opname, e[1])))
r.sort(key=lambda tup: tup[1])
return r
def get_operator_choices(cnt_code):
"""
Get list of operators matching MCC(s)
@param cnt_code: country code(s). May contain multiple values, separated by commas
@type cnt_code: unicode
@return: operators
@rtype: dict
"""
# noinspection PyProtectedMember
from mobile_codes import operators
mcc = cnt_code.split(',')
ol = operators()
r = []
for e in ol:
if e[0] in mcc:
opname = e[2] if e[2] else e[3]
r.append((e[0] + e[1], "{0} ({1})".format(opname, e[1])))
r.sort(key=lambda tup: tup[1])
return r
def test_sid_operators_fail(self):
operators = mobile_codes.operators(u'000')
self.assertEqual(len(operators), 0)
def test_mcc(self):
operators = mobile_codes.operators(u'302')
mccs = set([o.mcc for o in operators])
self.assertEqual(mccs, set([u'302']))
def test_sid_operators_fail(self):
operators = mobile_codes.operators("000")
assert len(operators) == 0
def test_mcc(self):
operators = mobile_codes.operators("302")
mccs = set([o.mcc for o in operators])
assert mccs == {"302"}
def test_sid_operators_fail(self):
operators = mobile_codes.operators(u'000')
self.assertEqual(len(operators), 0)
def test_mcc(self):
operators = mobile_codes.operators(u'302')
mccs = set([o.mcc for o in operators])
self.assertEqual(mccs, set([u'302']))
