def test_nissan():
vin = Vin('5N1NJ01CXST000001')
assert '%s' % vin
assert vin.wmi == '5N1'
assert vin.manufacturer == 'Nissan'
assert vin.vds == 'NJ01CX'
assert vin.vis == 'ST000001'
assert vin.years == [1995]
assert vin.region_code == '5'
assert vin.region == 'North America'
assert vin.country_code == '5N'
assert vin.country == 'United States'
assert '%s' % vin.brand == 'Nissan (Nissan)'
details = vin.details
assert details.model_code == 'J'
assert details.model == ['Maxima']
assert details.body_code == '1'
assert details.body == ['4-Door Sedan', 'Standard Body Truck']
assert details.engine_code == 'N'
assert details.engine == ['VH45DE']
assert details.plant_code == 'T'
assert details.plant == ['Tochigi', 'Oppama']
assert details.serial == '000001'
assert vin.verify_checksum()
def test_validation():
with pytest.raises(ValidationError):
Vin('tooshort')
with pytest.raises(ValidationError):
Vin('AAAAAAAAAAAAAAAAO')
def validate_vin_code(value):
try:
Vin.validate(value)
except VinValidationError as e:
raise ValidationError(
_(e.message),
params={'value': value},
)
def test_basic():
# number faked
vin = Vin('JSA12345678901234')
assert vin.manufacturer == 'Suzuki'
assert not vin.manufacturer_is_small
# number faked
assert Vin('TM912345678901234').manufacturer_is_small
def test_opel():
vin = Vin('W0LPC6DB3CC123456')
assert '%s' % vin
assert vin.wmi == 'W0L'
assert vin.manufacturer == 'Opel/Vauxhall'
assert vin.vds == 'PC6DB3'
assert vin.vis == 'CC123456'
assert vin.years == [2012, 1982]
assert vin.region_code == 'W'
assert vin.region == 'Europe'
assert vin.country_code == 'W0'
assert vin.country == 'Germany'
assert '%s' % vin.brand == 'Opel (Opel/Vauxhall)'
details = vin.details
assert details.model.code == 'P'
assert details.model.name == ['Astra J', 'Zafira C']
assert details.body.code == '6'
assert details.body.name == 'Hatchback, 5-Door'
assert details.engine.code == 'B'
assert details.engine.name == 'A14XER100HP'
assert details.plant.code == 'C'
assert details.plant.name == 'Yelabuga'
assert details.serial.code == '123456'
def test_renault():
vin = Vin('VF14SRAP451234567')
assert '%s' % vin
assert vin.wmi == 'VF1'
assert vin.manufacturer == 'Renault'
assert vin.vds == '4SRAP4'
assert vin.vis == '51234567'
assert vin.years == [2005]
assert vin.region_code == 'V'
assert vin.region == 'Europe'
assert vin.country_code == 'VF'
assert vin.country == 'France'
assert '%s' % vin.brand == 'Renault (Renault)'
details = vin.details
assert details.model.code == 'S'
assert details.model.name == [
'Logan', 'Sandero', 'Duster', 'Dokker', 'Lodgy'
]
assert details.body.code == '4'
assert details.body.name == 'Sedan, 4-Door'
assert details.plant.code == 'P'
assert details.plant.name == 'Mexico'
assert details.transmission.code == '4'
assert details.transmission.name == 'Manual, 5-Gears'
assert details.serial.code == '1234567'
def check(vin):
"""Perform VIN checksum validation"""
if Vin(vin).verify_checksum():
click.secho('Checksum is valid', fg='green')
else:
click.secho('Checksum is not valid', fg='red', err=True)
sys.exit(1)
def test_lada():
vin = Vin('XTAGFK330JY144213')
assert '%s' % vin
assert vin.wmi == 'XTA'
assert vin.manufacturer == 'AvtoVAZ'
assert vin.vds == 'GFK330'
assert vin.vis == 'JY144213'
assert vin.years == [2018, 1988]
assert vin.region_code == 'X'
assert vin.region == 'Europe'
assert vin.country_code == 'XT'
assert vin.country == 'USSR/CIS'
assert vin.annotate() == OrderedDict([
('Country', 'USSR/CIS'),
('Manufacturer', 'AvtoVAZ'),
('Region', 'Europe'),
('Years', '2018, 1988'),
])
assert '%s' % vin.brand == 'Lada (AvtoVAZ)'
details = vin.details
assert details.model.code == 'F'
assert details.model.name == 'Vesta'
assert details.body.code == 'K'
assert details.body.name == 'Station Wagon, 5-Door'
assert details.engine.code == '3'
assert details.engine.name == '21179'
assert details.transmission.code == '3'
assert details.transmission.name == 'Manual, 5-Gear (Renault JH3 514)'
assert details.plant.code == 'Y'
assert details.plant.name == 'Izhevsk'
assert details.annotate() == OrderedDict([
('Body', 'Station Wagon, 5-Door'),
('Engine', '21179'),
('Model', 'Vesta'),
('Plant', 'Izhevsk'),
('Serial', '144213'),
('Transmission', 'Manual, 5-Gear (Renault JH3 514)'),
])
assert not vin.verify_checksum()
def test_checksum():
assert Vin('1M8GDM9AXKP042788').verify_checksum()
# faked
assert not Vin('1M8GDM9AyKP042788').verify_checksum()
# non strict
non_strict = Vin('WBA71DC010CH14720')
assert non_strict.verify_checksum(check_year=False)
assert not non_strict.verify_checksum()
def show(vin):
"""Show information for VIN"""
num = Vin(vin)
click.secho('Basic:')
def out(annotatable):
for k, v in annotatable.annotate().items():
click.secho('%s: ' % k, fg='green', nl=False)
click.secho(v)
out(num)
details = num.details
if details:
click.secho('')
click.secho('Details:')
out(details)
def test_basic():
# faked
assert Vin('JSA12345678901234').manufacturer == 'Suzuki'
#! python3
import sys
from vininfo import Vin
from pprint import pprint
try:
vin = Vin(sys.argv[1])
pprint(vin.annotate())
except Exception as e:
print('Error: %s' % e)
sys.exit(1)
# from vininfo import Vin
#
# vin = Vin('XTAGFK330JY144213')
#
# print(vin.annotate())
# code =vin.country_code
# valied = vin.verify_checksum()
from vininfo import Vin
vin = Vin('VF1LM1B0H36666155')
vin.country # France
vin.manufacturer # Renault
vin.region # Europe
vin.wmi # VF1
vin.vds # LM1B0H
vin.vis # 36666155
annotated = vin.annotate()
details = vin.details
vin.verify_checksum() # False
Vin('1M8GDM9AXKP042788').verify_checksum() # True
print(vin.annotate())
print(vin.vis)
def test_unsupported_brand():
vin = Vin('200BL8EV9AX604020')
assert vin.manufacturer == 'UnsupportedBrand'
assert vin.country == 'Canada'
def test_checksum():
assert Vin('1M8GDM9AXKP042788').verify_checksum()
# faked
assert not Vin('1M8GDM9AyKP042788').verify_checksum()
def test_bogus():
vin = Vin('VF1KG1PBE34488860')
details = vin.details
assert details.engine.code == ''
assert not details.engine
#!/usr/bin/env python3 # Challenge 036 # # TASK #1 # Write a program to validate given Vehicle Identification Number (VIN). # For more information, please checkout wikipedia. import sys from vininfo import Vin vin = Vin(sys.argv[1]) print(1 if vin.verify_checksum() else 0)
def test_squish_vin():
assert Vin('KF1SF08WJ8B257338').squish_vin == 'KF1SF08W8B'