def validate(self):
"""
Checks if the attributes of the class are valid
:returns: Boolean
"""
ObjectValidator.validateAlNum(self, 'name', withSpaces=True,
withSymbols=True,
minLength=3)
ObjectValidator.validateAlNum(self,
'description',
withNonPrintableCharacters=True,
withSpaces=True,
minLength=3,
withSymbols=True)
ObjectValidator.validateRegularExpression(self, 'regex')
ObjectValidator.validateDigits(self, 'class_index')
ObjectValidator.validateDigits(self, 'handler_index')
# check if handler is compatible with the class_index
allowed_classes = self.handler.get_allowed_types()
if not (self.class_index in allowed_classes):
class_index = self.class_index
self.class_index = FailedValidation(class_index,
('Class is not compatible "{0}".\n'
'Supported classes are {1}').format(self.attribute_handler.classname,
self.__class_numbers_to_text(allowed_classes))
)
return ObjectValidator.isObjectValid(self)
def validate(self, full=True):
"""
Checks if the attributes of the class are valid
:returns: Boolean
"""
ObjectValidator.validateDigits(self, 'def_attribute_id')
# validate attribute value
value_obj = self.__get_value_obj()
# TODO: encoding error
ObjectValidator.validateRegex(value_obj,
'value',
getattr(self.definition, 'regex'),
u'The value "{0}" does not match {1} for definition {2}'.format(value_obj.value,
getattr(self.definition, 'regex'),
getattr(self.definition, 'name')).encode('utf-8'),
True)
errors = not getattr(value_obj, 'validate')()
if errors:
return False
if full:
ObjectValidator.validateDigits(self, 'object_id')
ObjectValidator.validateDigits(self, 'creator_id')
ObjectValidator.validateDigits(self, 'modifier_id')
ObjectValidator.validateDateTime(self, 'created')
ObjectValidator.validateDateTime(self, 'modified')
return ObjectValidator.isObjectValid(self)
def validate(self):
"""
Checks if the attributes of the class are valid
:returns: Boolean
"""
return ObjectValidator.validateDigits(self, 'value')
def validate(self):
"""
Checks if the attributes of the class are valid
:returns: Boolean
"""
if not (self.password or self.username):
return False
ObjectValidator.validateAlNum(self,
'username',
minLength=3,
maxLength=254)
# Don't update if the password is already a hash
if not (self.password == 'EXTERNALAUTH') and re.match(
'^[0-9a-f]{40}$', self.password) is None:
ObjectValidator.validateRegex(self, 'password', (
r"(?=^.{8,}$)(?=.*[a-z])(?=.*[A-Z])(?=.*[0-9])(?=.*[\W_])(?=^.*[^\s].*$).*$"
), ('Password has to be set and contain Upper and Lower cases, symbols and numbers and have at least a length of 8'
))
ObjectValidator.validateDigits(self, 'disabled', minimal=0, maximal=1)
ObjectValidator.validateEmailAddress(self, 'email')
ObjectValidator.validateAlNum(self,
'name',
minLength=3,
withSymbols=True)
ObjectValidator.validateAlNum(self,
'sirname',
minLength=3,
withSymbols=True)
# if self.gpg_key:
# ObjectValidator.validateRegex(self,
# 'gpg_key',
# '-----BEGIN PGP PUBLIC KEY BLOCK-----(.*?)-----END PGP PUBLIC KEY BLOCK-----',
# 'GPG Key not under the right format')
if self.last_login is not None:
ObjectValidator.validateDateTime(self, 'last_login')
return ObjectValidator.isObjectValid(self)
def validate(self):
"""
Checks if the attributes of the class are valid
:returns: Boolean
"""
ObjectValidator.validateAlNum(self,
'name',
withSymbols=True,
minLength=3)
ObjectValidator.validateAlNum(self,
'description',
minLength=5,
withSpaces=True,
withNonPrintableCharacters=True,
withSymbols=True)
ObjectValidator.validateDigits(self,
'can_download',
minimal=0,
maximal=1)
ObjectValidator.validateDigits(self, 'usermails', minimal=0, maximal=1)
if self.usermails == 0:
ObjectValidator.validateEmailAddress(self, 'email')
return ObjectValidator.isObjectValid(self)
def validateDigits(string, minimal=None, maximal=None):
"""
Validates if the attribute is of an numerical kind.
Note: The actual object is changed internally
:param string: The string to be validated
:type string: String
:param minimal: the minimal value the number
:type minimal: Number
:param maximal: the maximal value the number
:type maximal: Number
:return Boolean
"""
obj = Container(string)
return ObjectValidator.validateDigits(obj,
'value',
minimal,
maximal,
changeAttribute=False)
def validateDigits(string,
minimal=None,
maximal=None):
"""
Validates if the attribute is of an numerical kind.
Note: The actual object is changed internally
:param string: The string to be validated
:type string: String
:param minimal: the minimal value the number
:type minimal: Number
:param maximal: the maximal value the number
:type maximal: Number
:return Boolean
"""
obj = Container(string)
return ObjectValidator.validateDigits(obj,
'value',
minimal,
maximal,
changeAttribute=False)
def validate(self):
"""
Checks if the attributes of the class are valid
:returns: Boolean
"""
ObjectValidator.validateDateTime(self, 'created')
ObjectValidator.validateDigits(self, 'creator_id')
ObjectValidator.validateDigits(self, 'modifier_id')
ObjectValidator.validateDigits(self, 'event_id')
ObjectValidator.validateAlNum(self,
'comment',
minLength=5,
withSpaces=True,
withNonPrintableCharacters=True,
withSymbols=True)
ObjectValidator.validateDateTime(self, 'created')
ObjectValidator.validateDateTime(self, 'modified')
return ObjectValidator.isObjectValid(self)
def validate(self, ignore_attribtues=False):
"""
Checks if the attributes of the class are valid
:returns: Boolean
"""
if not ignore_attribtues:
for attribute in self.attributes:
result = attribute.validate()
if not result:
return False
function = getattr(self.definition, 'validate')
if not function():
return False
ObjectValidator.validateDigits(self, 'creator_id')
ObjectValidator.validateDateTime(self, 'created')
ObjectValidator.validateDigits(self, 'def_object_id')
if self.parent_object_id is not None:
ObjectValidator.validateDigits(self, 'parent_object_id')
ObjectValidator.validateDateTime(self, 'created')
return ObjectValidator.isObjectValid(self)
def validate(self):
"""
Checks if the attributes of the class are valid
:returns: Boolean
"""
ObjectValidator.validateAlNum(self, 'title', withSpaces=True, minLength=3,
withSymbols=True)
ObjectValidator.validateAlNum(self,
'description',
withNonPrintableCharacters=True,
withSpaces=True,
minLength=3,
withSymbols=True)
ObjectValidator.validateDigits(self, 'tlp_level_id', minimal=0, maximal=3)
ObjectValidator.validateDigits(self, 'status_id', minimal=0, maximal=3)
ObjectValidator.validateDigits(self, 'published', minimal=0, maximal=1)
ObjectValidator.validateDigits(self, 'risk_id', minimal=0, maximal=4)
ObjectValidator.validateDigits(self, 'analysis_status_id', minimal=0, maximal=4)
ObjectValidator.validateDigits(self, 'creator_id')
ObjectValidator.validateDigits(self, 'modifier_id')
ObjectValidator.validateDateTime(self, 'created')
ObjectValidator.validateDateTime(self, 'modified')
if self.first_seen is not None:
ObjectValidator.validateDateTime(self, 'first_seen')
if self.last_seen is not None:
ObjectValidator.validateDateTime(self, 'last_seen')
if ((self.first_seen is not None and self.last_seen is not None) and not isinstance(self.first_seen, FailedValidation) and not isinstance(self.last_seen, FailedValidation)):
# check if date is time zone avare
if not self.first_seen.tzinfo:
self.first_seen = self.__create_tzaware_datetime(self.first_seen)
if not self.last_seen.tzinfo:
self.last_seen = self.__create_tzaware_datetime(self.last_seen)
if self.first_seen > self.last_seen:
setattr(self, 'first_seen',
FailedValidation(self.first_seen,
'First seen is after last seen.'))
setattr(self, 'last_seen',
FailedValidation(self.last_seen,
'Last seen is before last seen.'))
if self.first_seen is None and self.last_seen is not None:
setattr(self, 'first_seen',
FailedValidation(self.first_seen,
'First seen cannot be empty when last seen is'
+ ' set.'))
setattr(self, 'last_seen',
FailedValidation(self.last_seen,
'Last seen cannot be set when first seen is'
+ ' empty.'))
return ObjectValidator.isObjectValid(self)
