def test_is_valid(self):
for test in TEST_DATA:
v = Vin(test['VIN'])
print("Testing: %s" % test['VIN'])
assert_equals(v.is_valid, True)
vin = '1' * 17
v = Vin(vin)
print("Testing: %s" % vin)
assert_equals(v.is_valid, False)
def test_decode_brazil_new_cars(self):
"""
In Brazil we have this special case that need to be covered in relation
to the year of production.
"""
v = Vin('9BWKB45U7BP112137')
self.assertEqual(v.year, 2011)
def test_is_pre_2010(self):
for test in TEST_DATA:
v = Vin(test['VIN'])
print("Testing: %s" % test['VIN'])
if test['YEAR'] < 2010:
assert_true(v.is_pre_2010)
else:
assert_true(not v.is_pre_2010)
def decodeButton():
vin_input = text_VIN.get('1.0', tk.END)[:17]
if len(vin_input) != 17:
messagebox.showwarning(
"Invalid VIN length",
"Sorry, the length of the VIN you have input is wrong. Please check!"
)
else:
# Capitalization:
vin = vin_input.upper()
try:
# Parse VIN
v = Vin(vin)
year = v.year
country = v.country
region = v.region.capitalize()
manufacturer = v.manufacturer
make = v.make
# Differentiate Year:
if year < 2000:
year = year + 30
# Sections
text_WMI.delete('1.0', tk.END)
text_WMI.insert('1.0', vin[:3])
text_VDS.delete('1.0', tk.END)
text_VDS.insert('1.0', vin[3:9])
text_SPN.delete('1.0', tk.END)
text_SPN.insert('1.0', vin[11:])
# Parameters
text_region.delete('1.0', tk.END)
text_region.insert('1.0', region)
text_country.delete('1.0', tk.END)
text_country.insert('1.0', country)
text_manufacturer.delete('1.0', tk.END)
text_manufacturer.insert('1.0', manufacturer)
text_make.delete('1.0', tk.END)
text_make.insert('1.0', make)
text_year.delete('1.0', tk.END)
text_year.insert('1.0', year)
except:
messagebox.showwarning(
"Invalid VIN",
"Sorry, the VIN you input is invalid. Please check!")
def test_make(self):
for test in TEST_DATA:
v = Vin(test['VIN'])
print("Testing: %s, %s" % (test['VIN'], v.make))
assert_equals(v.make, test['MAKE'])
if 'NETWORK_OK' in os.environ:
# Verify that our decoded make is the same as NHTSA's.
n = nhtsa_decode(test['VIN'])
if n['ErrorCode'][0] == '0':
assert_equals(v.make.upper(), n['Make'])
# Avoid swamping nhtsa server when cache empty.
# FIXME: Using requests_cache throttling would be better, wouldn't slow down cache full case.
sleep(0.05)
def test_year(self):
for test in TEST_DATA:
v = Vin(test['VIN'])
print("Testing: %s - %s" % (test['VIN'], v.year))
assert_equals(v.year, test['YEAR'])
def test_wmi(self):
for test in TEST_DATA:
v = Vin(test['VIN'])
print("Testing: %s" % test['VIN'])
assert_equals(v.wmi, test['WMI'])
def test_vsn(self):
for test in TEST_DATA:
v = Vin(test['VIN'])
print("Testing: %s" % test['VIN'])
assert_equals(v.vsn, test['SEQUENTIAL_NUMBER'])
def test_vds(self):
for test in TEST_DATA:
v = Vin(test['VIN'])
print("Testing: %s" % test['VIN'])
assert_equals(v.vds, test['VDS'])
def test_region(self):
for test in TEST_DATA:
v = Vin(test['VIN'])
print("Testing: %s" % test['VIN'])
assert_equals(v.region, test['REGION'])
def test_less_than_500_per_year(self): # no tests yet..
for test in TEST_DATA:
v = Vin(test['VIN'])
print("Testing: %s" % test['VIN'])
assert_equals(v.less_than_500_built_per_year,
test['FEWER_THAN_500_PER_YEAR'])
def test_country(self):
for test in TEST_DATA:
v = Vin(test['VIN'])
print("Testing: %s" % test['VIN'])
assert_equals(v.country, test['COUNTRY'])
def test_is_valid(self):
for test in TEST_DATA:
v = Vin(test['VIN'])
print "Testing: %s" % test['VIN']
assert_equals(v.is_valid, True)
def test_vis(self):
for test in TEST_DATA:
v = Vin(test['VIN'])
print "Testing: %s" % test['VIN']
assert_equals(v.vis, test['VIS'])
def test_manufacturer(self):
for test in TEST_DATA:
v = Vin(test['VIN'])
print 'Testing: %s' % test['VIN']
assert_true(test['MAKE'] in v.make)
def test_is_valid(self):
for test in TEST_DATA:
v = Vin(test['VIN'])
print "Testing: %s" % test['VIN']
assert_equals(v.is_valid(), True)