def test2():
try:
input = Person()
input.uniquename = '== Hans =='
details = user_detail()
details.firstname = 'Hans'
details.lastname = 'van der Pol'
details.gender = 'Men'
details.dob = '6-3-1966'
input.details = details
input.username = '******'
input.password = None
input.code = '456'
input.enabled = True
autorisation = Autorisation()
autorisation.write_enabled = True
autorisation.enabled = True
autorisation.module_config = pickle.dumps(obj="unique name", protocol=None, fix_imports=False)
actions = dict()
actions[ActionEnum.LOGIN] = autorisation
input.autorisations = actions
ConnectLongMemory().storeNewPerson(input)
except Thrift.TException as tx:
print("%s" % (tx.message))
def enterFirstPerson(self):
try:
input = Person()
input.uniquename = self.__uniquename
details = user_detail()
details.firstname = 'Mock'
details.lastname = 'Person'
details.gender = 'Cat'
details.dob = '03-09-1966'
input.details = details
input.username = self.__username
input.password = self.__password
input.code = self.__code
input.enabled = True
input.autorisations = AutorisationsStructProvider(
).generate_full_autorisations()
self.__person = input
ConnectLongMemory().storeNewPerson(input)
except UniqueFailedException as unique:
print('catching unique failed Exception')
for field in unique.fields:
print('unique field %s already in database with value' % field)
except Thrift.TException as tx:
print("%s" % (tx.message))
def enterNewPerson(self):
try:
input = Person()
input.uniquename = self.__secondUniquename
details = user_detail()
details.firstname = 'Celyne'
details.lastname = 'Van der Pol'
details.gender = 'Cat'
details.dob = '03-09-1966'
input.details = details
input.username = self.__secondUsername
encrypted_password = PasswordHelper.encryptPassword(
self.__password)
input.password = encrypted_password
encrypted_code = PasswordHelper.encryptPassword(self.__secondCode)
input.code = encrypted_code
input.enabled = True
tokenInput = self.createEarPiAuthObject()
self.__token = ConnectEarPi().storeNewPerson(person=input,
tokenInput=tokenInput)
print(self.__token)
except UniqueFailedException as unique:
print('catching unique failed Exception')
for field in unique.fields:
print('unique field %s already in database with value' % field)
except Thrift.TException as tx:
print("%s" % (tx.message))
except Exception as ex:
print(ex)
def changeUser(self):
try:
# create person
person = Person()
person.uniquename = self.__uniquename
person.code = PasswordHelper.hashPassword('123456789')
details = user_detail()
details.firstname = 'Changed'
details.lastname = 'Person'
details.gender = 'Cat'
details.dob = '03-09-1966'
person.details = details
tokenInput = self.createEarPiAuthObject()
print(person)
token = ConnectEarPi().changeUser("details", person, tokenInput)
self.__token = token
except Thrift.TException as tx:
print("%s" % (tx.message))
def test1():
try:
input = Person()
input.uniquename = 'AnyRandomString'
details = user_detail()
details.firstname = 'Celyne'
details.lastname = 'van der Pol'
details.gender = 'undefined'
details.dob = '5-1-2017'
input.details = details
input.username = '******'
input.password = None
input.code = '12345'
input.enabled = False
ConnectLongMemory().storeNewPerson(input)
ConnectLongMemory().getPersonConfig('AnyRandomString')
except Thrift.TException as tx:
print("%s" % (tx.message))
def __JsonToThrift(jsondata):
# thrift_string = TSerialization.deserialize(
# jsondata, None, TBinaryProtocol.TBinaryProtocolFactory())
# person = thrift_string
person = Person()
person.uniquename = '%s' % jsondata['uniquename']
if 'details' in jsondata:
user_detail_json = jsondata['details']
details = user_detail()
if 'firstname' in user_detail_json:
details.firstname = '%s' % user_detail_json['firstname']
if 'lastname' in user_detail_json:
details.lastname = '%s' % user_detail_json['lastname']
if 'gender' in user_detail_json:
details.gender = '%s' % user_detail_json['gender']
if 'dob' in user_detail_json:
details.dob = '%s' % user_detail_json['dob']
person.details = details
if 'enabled' in jsondata:
person.enabled = True if jsondata['enabled'] else False
if 'autorisations' in jsondata:
autorisation_json = jsondata['autorisations']
print(autorisation_json)
autorisations = dict()
for key in autorisation_json:
value = autorisation_json[key]
autorisation = Autorisation()
autorisation.write_enabled = True if value[
'write_enabled'] else False
autorisation.enabled = True if value['enabled'] else False
if 'module_config' in value and value[
'module_config'] is not None:
autorisation.module_config = str.encode(
value['module_config'])
autorisations[int(key)] = autorisation
person.autorisations = autorisations
return person