def test_parse_name_value(self):
self.assertEqual(
('foo', 'bar'),
util.parse_name_value('foo=bar')
)
with self.assertRaises(ValidationError):
util.parse_name_value('abc')
def test_parse_name_value(self):
self.assertEqual(
('foo', 'bar'),
util.parse_name_value('foo=bar')
)
with self.assertRaises(ValidationError):
util.parse_name_value('abc')
def run(self, values):
if values.signing_key_option:
log.warn("The --signing-key option is deprecated and will be removed " "in a future release.")
signing_key = values.signing_key or values.signing_key_option
if not signing_key:
raise ValidationError("Signing key path was not specified")
crypto = util.read_private_key(signing_key)
exp = None
if values.exp:
exp = parse_timestamp(values.exp)
nbf = None
if values.nbf:
nbf = parse_timestamp(values.nbf)
customer = None
if values.customer:
customer = str(values.customer)
claims = {}
if values.claims:
for name_value in values.claims:
name, value = util.parse_name_value(name_value)
validate_name_value(name, value)
if name in claims:
raise ValidationError("Claim %s specified multiple times" % name)
claims[name] = value
jwt_string = make_jwt(crypto, exp=exp, nbf=nbf, customer=customer, claims=claims)
log.debug(jwt_string)
log.debug("Header: %s", json.dumps(get_header(jwt_string)))
log.debug("Payload: %s", json.dumps(get_payload(jwt_string)))
print(jwt_string)
return 0
def run(self, values):
crypto = util.read_private_key(values.signing_key)
exp = None
if values.exp:
exp = parse_timestamp(values.exp)
nbf = None
if values.nbf:
nbf = parse_timestamp(values.nbf)
customer = None
if values.customer:
customer = str(values.customer)
claims = {}
if values.claims:
for name_value in values.claims:
name, value = util.parse_name_value(name_value)
claims[name] = value
jwt_string = make_jwt(
crypto,
exp=exp,
nbf=nbf,
customer=customer,
claims=claims
)
log.debug(jwt_string)
log.debug('Header: %s', json.dumps(get_header(jwt_string)))
log.debug('Payload: %s', json.dumps(get_payload(jwt_string)))
print(jwt_string)
return 0
def run(self, values):
crypto = util.read_private_key(values.signing_key)
exp = None
if values.exp:
exp = parse_timestamp(values.exp)
nbf = None
if values.nbf:
nbf = parse_timestamp(values.nbf)
customer = None
if values.customer:
customer = str(values.customer)
claims = {}
if values.claims:
for name_value in values.claims:
name, value = util.parse_name_value(name_value)
claims[name] = value
jwt_string = make_jwt(crypto,
exp=exp,
nbf=nbf,
customer=customer,
claims=claims)
log.debug(jwt_string)
log.debug('Header: %s', json.dumps(get_header(jwt_string)))
log.debug('Payload: %s', json.dumps(get_payload(jwt_string)))
print(jwt_string)
return 0
def parse_tags(tag_strings):
""" Parse the tags specified on the command line.
:param: tag_strings a list of strings in KEY=VALUE format
:return: the tags as a dictionary
:raise: ValidationError if any of the tags are invalid
"""
if not tag_strings:
return {}
tags = {}
for s in tag_strings:
key, value = util.parse_name_value(s)
tags[key] = value
return tags
def parse_tags(tag_strings):
""" Parse the tags specified on the command line.
:param: tag_strings a list of strings in KEY=VALUE format
:return: the tags as a dictionary
:raise: ValidationError if any of the tags are invalid
"""
if not tag_strings:
return {}
tags = {}
for s in tag_strings:
key, value = util.parse_name_value(s)
tags[key] = value
return tags
