def test_countries_match_mnc_operators(self):
operators = mobile_codes._mnc_operators()
operator_mccs = set([o.mcc for o in operators])
# exclude test / worldwide mcc values
operator_mccs -= set([u'001', u'901'])
# exclude:
# 312 - Northern Michigan University
operator_mccs -= set([u'312'])
countries = mobile_codes._countries()
countries_mccs = []
for country in countries:
mcc = country.mcc
if not mcc:
continue
elif isinstance(mcc, list):
countries_mccs.extend(list(mcc))
else:
countries_mccs.append(mcc)
countries_mccs = set(countries_mccs)
# No country should have a mcc value, without an operator
self.assertEqual(countries_mccs - operator_mccs, set())
# No operator should have a mcc value, without a matching country
self.assertEqual(operator_mccs - countries_mccs, set())
def test_countries_match_mnc_operators(self):
operators = mobile_codes._mnc_operators()
operator_mccs = set([o.mcc for o in operators])
# Exclude test MCCs
operator_mccs -= {"001", "999"}
# Exclude international operators
operator_mccs -= {"901", "902", "991"}
countries = mobile_codes._countries()
countries_mccs = []
for country in countries:
mcc = country.mcc
if not mcc:
continue
elif isinstance(mcc, list):
countries_mccs.extend(list(mcc))
else:
countries_mccs.append(mcc)
countries_mccs = set(countries_mccs)
# No country should have a mcc value, without an operator
assert countries_mccs - operator_mccs == set()
# No operator should have a mcc value, without a matching country
assert operator_mccs - countries_mccs == set()
def test_countries_match_mnc_operators(self):
operators = mobile_codes._mnc_operators()
operator_mccs = set([o.mcc for o in operators])
# exclude test / worldwide mcc values
operator_mccs -= set([u'001', u'901'])
# exclude:
# 312 - Northern Michigan University
operator_mccs -= set([u'312'])
countries = mobile_codes._countries()
countries_mccs = []
for country in countries:
mcc = country.mcc
if not mcc:
continue
elif isinstance(mcc, list):
countries_mccs.extend(list(mcc))
else:
countries_mccs.append(mcc)
countries_mccs = set(countries_mccs)
# No country should have a mcc value, without an operator
self.assertEqual(countries_mccs - operator_mccs, set())
# No operator should have a mcc value, without a matching country
self.assertEqual(operator_mccs - countries_mccs, set())
def get_countries_choices():
from mobile_codes import _countries
cl = _countries()
r = [("", "---"), ]
for c in cl:
mcc = c[4]
if mcc is None:
continue
if isinstance(mcc, tuple):
mcc = ",".join(mcc)
r.append((mcc, c[0]))
return r
def get_countries_choices():
from mobile_codes import _countries
cl = _countries()
r = [
("", "---"),
]
for c in cl:
mcc = c[4]
if mcc is None:
continue
if isinstance(mcc, tuple):
mcc = ",".join(mcc)
r.append((mcc, c[0]))
return r
# Challenger Deep, Mariana Trench.
MIN_ALTITUDE = -10911
# Karman Line, edge of space.
MAX_ALTITUDE = 100000
MAX_ALTITUDE_ACCURACY = abs(MAX_ALTITUDE - MIN_ALTITUDE)
MAX_HEADING = 360.0
# A bit less than speed of sound, in meters per second
MAX_SPEED = 300.0
ALL_VALID_MCCS = frozenset(
[int(country.mcc)
for country in mobile_codes._countries()
if isinstance(country.mcc, basestring)] +
[int(code)
for country in mobile_codes._countries()
if isinstance(country.mcc, (tuple, list))
for code in country.mcc]
)
# We use a documentation-only multi-cast address as a test key
# http://tools.ietf.org/html/rfc7042#section-2.1.1
WIFI_TEST_KEY = '01005e901000'
INVALID_WIFI_REGEX = re.compile('(?!(0{12}|f{12}|%s))' % WIFI_TEST_KEY)
VALID_WIFI_REGEX = re.compile('([0-9a-fA-F]{12})')
MIN_WIFI_CHANNEL = 0
MAX_WIFI_CHANNEL = 166
def test_mcc_iso_match(self):
iso_alpha2 = set([rec.alpha2 for rec in iso3166._records])
mcc_alpha2 = set([rec.alpha2 for rec in mobile_codes._countries()])
self.assertEqual(iso_alpha2, mcc_alpha2)
def test_countries(self):
for country in _countries():
trans = transliterate(country.name)
non_ascii = [c for c in trans if ord(c) > 127]
self.assertEqual(len(non_ascii), 0)
MIN_WIFI_CHANNEL = 0 #: Minimum accepted WiFi channel.
MAX_WIFI_CHANNEL = 166 #: Maximum accepted WiFi channel.
MIN_WIFI_SIGNAL = -100 #: Minimum accepted WiFi signal strength value.
MAX_WIFI_SIGNAL = -10 #: Maximum accepted WiFi signal strength value.
MIN_BLUE_SIGNAL = -127 #: Minimum accepted Bluetooth signal strength value.
MAX_BLUE_SIGNAL = 0 #: Maximum accepted Bluetooth signal strength value.
MIN_MCC = 1 #: Minimum accepted network code.
MAX_MCC = 999 #: Maximum accepted network code.
ALL_VALID_MCCS = (
[int(record.mcc)
for record in mobile_codes._countries()
if isinstance(record.mcc, string_types)] +
[int(code)
for record in mobile_codes._countries()
if isinstance(record.mcc, (tuple, list))
for code in record.mcc]
) #: All valid mobile country codes.
ALL_VALID_MCCS = set(
[mcc for mcc in ALL_VALID_MCCS if MIN_MCC <= mcc <= MAX_MCC])
# exclude Tuvalu, as it isn't in our shapefile
ALL_VALID_MCCS = frozenset(ALL_VALID_MCCS - set([553]))
MIN_MNC = 0 #: Minimum accepted network code.
MAX_MNC = 999 #: Maximum accepted network code.
MIN_LAC = 1 #: Minimum accepted cell area code.
VALID_APIKEY_REGEX = re.compile('^[-0-9a-z]+$', re.IGNORECASE | re.UNICODE)
MIN_WIFI_CHANNEL = 0 #: Minimum accepted WiFi channel.
MAX_WIFI_CHANNEL = 166 #: Maximum accepted WiFi channel.
MIN_WIFI_SIGNAL = -100 #: Minimum accepted WiFi signal strength value.
MAX_WIFI_SIGNAL = -10 #: Maximum accepted WiFi signal strength value.
MIN_BLUE_SIGNAL = -127 #: Minimum accepted Bluetooth signal strength value.
MAX_BLUE_SIGNAL = 0 #: Maximum accepted Bluetooth signal strength value.
MIN_MCC = 1 #: Minimum accepted network code.
MAX_MCC = 999 #: Maximum accepted network code.
ALL_VALID_MCCS = ([
int(record.mcc) for record in mobile_codes._countries()
if isinstance(record.mcc, string_types)
] + [
int(code) for record in mobile_codes._countries()
if isinstance(record.mcc, (tuple, list)) for code in record.mcc
]) #: All valid mobile country codes.
ALL_VALID_MCCS = set(
[mcc for mcc in ALL_VALID_MCCS if MIN_MCC <= mcc <= MAX_MCC])
# exclude Tuvalu, as it isn't in our shapefile
ALL_VALID_MCCS = frozenset(ALL_VALID_MCCS - set([553]))
MIN_MNC = 0 #: Minimum accepted network code.
MAX_MNC = 999 #: Maximum accepted network code.
MIN_LAC = 1 #: Minimum accepted cell area code.
MAX_LAC = 65533 #: Maximum accepted cell area code.
def test_countries(self):
for country in _countries():
trans = transliterate(country.name)
non_ascii = [c for c in trans if ord(c) > 127]
self.assertEqual(len(non_ascii), 0)
# Challenger Deep, Mariana Trench.
MIN_ALTITUDE = -10911
# Karman Line, edge of space.
MAX_ALTITUDE = 100000
MAX_ALTITUDE_ACCURACY = abs(MAX_ALTITUDE - MIN_ALTITUDE)
MAX_HEADING = 360.0
# A bit less than speed of sound, in meters per second
MAX_SPEED = 300.0
ALL_VALID_MCCS = frozenset([
int(country.mcc) for country in mobile_codes._countries()
if isinstance(country.mcc, basestring)
] + [
int(code) for country in mobile_codes._countries()
if isinstance(country.mcc, (tuple, list)) for code in country.mcc
])
# We use a documentation-only multi-cast address as a test key
# http://tools.ietf.org/html/rfc7042#section-2.1.1
WIFI_TEST_KEY = '01005e901000'
INVALID_WIFI_REGEX = re.compile('(?!(0{12}|f{12}|%s))' % WIFI_TEST_KEY)
VALID_WIFI_REGEX = re.compile('([0-9a-fA-F]{12})')
MIN_WIFI_CHANNEL = 0
MAX_WIFI_CHANNEL = 166
# Challenger Deep, Mariana Trench.
MIN_ALTITUDE = -10911
# Karman Line, edge of space.
MAX_ALTITUDE = 100000
MAX_ALTITUDE_ACCURACY = abs(MAX_ALTITUDE - MIN_ALTITUDE)
MAX_HEADING = 360.0
# A bit less than speed of sound, in meters per second
MAX_SPEED = 300.0
ALL_VALID_MCCS = frozenset([
int(country.mcc)
for country in mobile_codes._countries() if isinstance(country.mcc, str)
] + [
int(code)
for country in mobile_codes._countries() if isinstance(country.mcc, tuple)
for code in country.mcc
])
# We use a documentation-only multi-cast address as a test key
# http://tools.ietf.org/html/rfc7042#section-2.1.1
WIFI_TEST_KEY = "01005e901000"
INVALID_WIFI_REGEX = re.compile("(?!(0{12}|f{12}|%s))" % WIFI_TEST_KEY)
VALID_WIFI_REGEX = re.compile("([0-9a-fA-F]{12})")
def valid_wifi_pattern(key):
return INVALID_WIFI_REGEX.match(key) and \
MIN_WIFI_SIGNAL = -100 # Minimum accepted WiFi signal strength value.
MAX_WIFI_SIGNAL = -10 # Maximum accepted WiFi signal strength value.
MIN_WIFI_SNR = 1 # Minimum accepted WiFi signal to noise ratio.
MAX_WIFI_SNR = 100 # Maximum accepted WiFi signal to noise ratio.
MIN_BLUE_SIGNAL = -127 # Minimum accepted Bluetooth signal strength value.
MAX_BLUE_SIGNAL = 0 # Maximum accepted Bluetooth signal strength value.
MIN_MCC = 1 # Minimum accepted network code.
MAX_MCC = 999 # Maximum accepted network code.
ALL_VALID_MCCS = [
int(record.mcc)
for record in mobile_codes._countries() if isinstance(record.mcc, str)
] + [
int(code) for record in mobile_codes._countries()
if isinstance(record.mcc, (tuple, list)) for code in record.mcc
] # All valid mobile country codes.
ALL_VALID_MCCS = set(
[mcc for mcc in ALL_VALID_MCCS if MIN_MCC <= mcc <= MAX_MCC])
# exclude Tuvalu, as it isn't in our shapefile
ALL_VALID_MCCS = frozenset(ALL_VALID_MCCS - set([553]))
MIN_MNC = 0 # Minimum accepted network code.
MAX_MNC = 999 # Maximum accepted network code.
MIN_LAC = 1 # Minimum accepted cell area code.
MAX_LAC = 65533 # Maximum accepted cell area code.
MIN_WIFI_SIGNAL = -100 # Minimum accepted WiFi signal strength value.
MAX_WIFI_SIGNAL = -10 # Maximum accepted WiFi signal strength value.
MIN_WIFI_SNR = 1 # Minimum accepted WiFi signal to noise ratio.
MAX_WIFI_SNR = 100 # Maximum accepted WiFi signal to noise ratio.
MIN_BLUE_SIGNAL = -127 # Minimum accepted Bluetooth signal strength value.
MAX_BLUE_SIGNAL = 0 # Maximum accepted Bluetooth signal strength value.
MIN_MCC = 1 # Minimum accepted network code.
MAX_MCC = 999 # Maximum accepted network code.
ALL_VALID_MCCS = (
[int(record.mcc)
for record in mobile_codes._countries()
if isinstance(record.mcc, str)] +
[int(code)
for record in mobile_codes._countries()
if isinstance(record.mcc, (tuple, list))
for code in record.mcc]
) # All valid mobile country codes.
ALL_VALID_MCCS = set(
[mcc for mcc in ALL_VALID_MCCS if MIN_MCC <= mcc <= MAX_MCC])
# exclude Tuvalu, as it isn't in our shapefile
ALL_VALID_MCCS = frozenset(ALL_VALID_MCCS - set([553]))
MIN_MNC = 0 # Minimum accepted network code.
MAX_MNC = 999 # Maximum accepted network code.
MIN_LAC = 1 # Minimum accepted cell area code.
