def test_fq_long_encrypt(self):
with self.settings(SECRET_KEY='F00Basddsasasedqweqwasdeqweqwgkdfkdslfksflqi'
'weuwiqeuqwieuiqweasdswqeqwewqeqweasds'
'dasddasdsaasdasdsaddasA4', THOR_DISABLE_FQ_ENCRYPT=False):
encoded = FqCrypto.encode(self.FQ_VAL)
self.assertEquals(encoded, self.FQ_ENC_LONG)
self.assertEquals(FqCrypto.decode(encoded), self.FQ_VAL)
def test_fq_long_encrypt(self):
with self.settings(
SECRET_KEY='F00Basddsasasedqweqwasdeqweqwgkdfkdslfksflqi'
'weuwiqeuqwieuiqweasdswqeqwewqeqweasds'
'dasddasdsaasdasdsaddasA4',
THOR_DISABLE_FQ_ENCRYPT=False):
encoded = FqCrypto.encode(self.FQ_VAL)
self.assertEquals(encoded, self.FQ_ENC_LONG)
self.assertEquals(FqCrypto.decode(encoded), self.FQ_VAL)
def parse_field_component(cls, component):
if component[:3] != "FQ:":
component = FqCrypto.decode(component)
mat = cls.FQ_REGEX.match(component)
if mat:
return mat.group(1), mat.group(2), mat.group(3)
return None
def parse_field_component(cls, component):
if component[:3] != 'FQ:':
component = FqCrypto.decode(component)
mat = cls.FQ_REGEX.match(component)
if mat:
return mat.group(1), mat.group(2), mat.group(3)
return None
def test_fq_encrypt_disable(self):
with self.settings(SECRET_KEY='F00BA4', THOR_DISABLE_FQ_ENCRYPT=True):
encoded = FqCrypto.encode(self.FQ_VAL)
self.assertEquals(encoded, self.FQ_VAL)
self.assertEquals(FqCrypto.decode(encoded), self.FQ_VAL)
def test_fq_encrypt_disable(self):
with self.settings(SECRET_KEY='F00BA4', THOR_DISABLE_FQ_ENCRYPT=True):
encoded = FqCrypto.encode(self.FQ_VAL)
self.assertEquals(encoded, self.FQ_VAL)
self.assertEquals(FqCrypto.decode(encoded), self.FQ_VAL)
