def to_obj(self):
attr_obj = self._binding_class()
attr_obj.set_valueOf_(normalize_to_xml(self.serialized_value))
# For now, don't output the datatype, as it is not required and is
# usually not needed, as it can be inferred from the context.
#attr_obj.set_datatype(self.datatype)
if self.id_ is not None:
attr_obj.set_id(self.id_)
if self.idref is not None:
attr_obj.set_idref(self.idref)
if self.appears_random is not None:
attr_obj.set_appears_random(self.appears_random)
if self.is_obfuscated is not None:
attr_obj.set_is_obfuscated(self.is_obfuscated)
if self.obfuscation_algorithm_ref is not None:
attr_obj.set_obfuscation_algorithm_ref(self.obfuscation_algorithm_ref)
if self.is_defanged is not None:
attr_obj.set_is_defanged(self.is_defanged)
if self.defanging_algorithm_ref is not None:
attr_obj.set_defanging_algorithm_ref(self.defanging_algorithm_ref)
if self.refanging_transform_type is not None:
attr_obj.set_refanging_transform_type(self.refanging_transform_type)
if self.refanging_transform is not None:
attr_obj.set_refanging_transform(self.refanging_transform)
#Datatype output logic
if self._force_datatype:
attr_obj.set_datatype(self.datatype)
else:
attr_obj.set_datatype(None)
PatternFieldGroup.to_obj(self, attr_obj)
return attr_obj
def to_dict(self):
if self.is_plain():
return self.serialized_value
attr_dict = {}
if self.value is not None:
attr_dict['value'] = self.serialized_value
if self.datatype is not None and (self.datatype != self.default_datatype):
attr_dict['datatype'] = self.datatype
if self.id_ is not None:
attr_dict['id'] = self.id_
if self.idref is not None:
attr_dict['idref'] = self.idref
if self.appears_random is not None:
attr_dict['appears_random'] = self.appears_random
if self.is_obfuscated is not None:
attr_dict['is_obfuscated'] = self.is_obfuscated
if self.obfuscation_algorithm_ref is not None:
attr_dict['obfuscation_algorithm_ref'] = self.obfuscation_algorithm_ref
if self.is_defanged is not None:
attr_dict['is_defanged'] = self.is_defanged
if self.defanging_algorithm_ref is not None:
attr_dict['defanging_algorithm_ref'] = self.defanging_algorithm_ref
if self.refanging_transform_type is not None:
attr_dict['refanging_transform_type'] = self.refanging_transform_type
if self.refanging_transform is not None:
attr_dict['refanging_transform'] = self.refanging_transform
if self.observed_encoding is not None:
attr_dict['observed_encoding'] = self.observed_encoding
PatternFieldGroup.to_dict(self, attr_dict)
return attr_dict
def to_dict(self):
if self.is_plain():
return self.serialized_value
attr_dict = {}
if self.value is not None:
attr_dict['value'] = self.serialized_value
# For now, don't output the datatype, as it is not required and is
# usually not needed, as it can be inferred from the context.
#if self.datatype is not None:
# attr_dict['datatype'] = self.datatype
if self.id_ is not None:
attr_dict['id'] = self.id_
if self.idref is not None:
attr_dict['idref'] = self.idref
if self.appears_random is not None:
attr_dict['appears_random'] = self.appears_random
if self.is_obfuscated is not None:
attr_dict['is_obfuscated'] = self.is_obfuscated
if self.obfuscation_algorithm_ref is not None:
attr_dict['obfuscation_algorithm_ref'] = self.obfuscation_algorithm_ref
if self.is_defanged is not None:
attr_dict['is_defanged'] = self.is_defanged
if self.defanging_algorithm_ref is not None:
attr_dict['defanging_algorithm_ref'] = self.defanging_algorithm_ref
if self.refanging_transform_type is not None:
attr_dict['refanging_transform_type'] = self.refanging_transform_type
if self.refanging_transform is not None:
attr_dict['refanging_transform'] = self.refanging_transform
PatternFieldGroup.to_dict(self, attr_dict)
return attr_dict
def to_dict(self):
if self.is_plain():
return self.serialized_value
attr_dict = {}
if self.value is not None:
attr_dict['value'] = self.serialized_value
if self.datatype is not None and (self.datatype != self.default_datatype):
attr_dict['datatype'] = self.datatype
if self.id_ is not None:
attr_dict['id'] = self.id_
if self.idref is not None:
attr_dict['idref'] = self.idref
if self.appears_random is not None:
attr_dict['appears_random'] = self.appears_random
if self.is_obfuscated is not None:
attr_dict['is_obfuscated'] = self.is_obfuscated
if self.obfuscation_algorithm_ref is not None:
attr_dict['obfuscation_algorithm_ref'] = self.obfuscation_algorithm_ref
if self.is_defanged is not None:
attr_dict['is_defanged'] = self.is_defanged
if self.defanging_algorithm_ref is not None:
attr_dict['defanging_algorithm_ref'] = self.defanging_algorithm_ref
if self.refanging_transform_type is not None:
attr_dict['refanging_transform_type'] = self.refanging_transform_type
if self.refanging_transform is not None:
attr_dict['refanging_transform'] = self.refanging_transform
if self.observed_encoding is not None:
attr_dict['observed_encoding'] = self.observed_encoding
PatternFieldGroup.to_dict(self, attr_dict)
return attr_dict
def _populate_from_dict(self, attr_dict):
# If this attribute is "plain", use it as the value and assume the
# datatype was set correctly by the constructor of the particular
# BaseProperty Subclass.
if not isinstance(attr_dict, dict):
self.value = attr_dict
else:
# This key should always be present
self.value = attr_dict.get('value')
# This defaults to False if missing
self._force_datatype = attr_dict.get('force_datatype', False)
# 'None' is fine if these keys are missing
self.id_ = attr_dict.get('id')
self.idref = attr_dict.get('idref')
self.appears_random = attr_dict.get('appears_random')
self.datatype = attr_dict.get('datatype')
self.is_obfuscated = attr_dict.get('is_obfuscated')
self.obfuscation_algorithm_ref = attr_dict.get('obfuscation_algorithm_ref')
self.is_defanged = attr_dict.get('is_defanged')
self.defanging_algorithm_ref = attr_dict.get('defanging_algorithm_ref')
self.refanging_transform_type = attr_dict.get('refanging_transform_type')
self.refanging_transform = attr_dict.get('refanging_transform')
self.observed_encoding = attr_dict.get('observed_encoding')
PatternFieldGroup.from_dict(attr_dict, self)
def _populate_from_dict(self, attr_dict):
# If this attribute is "plain", use it as the value and assume the
# datatype was set correctly by the constructor of the particular
# BaseProperty Subclass.
if not isinstance(attr_dict, dict):
self.value = attr_dict
else:
# This key should always be present
self.value = attr_dict.get('value')
# This defaults to False if missing
self._force_datatype = attr_dict.get('force_datatype', False)
# 'None' is fine if these keys are missing
self.id_ = attr_dict.get('id')
self.idref = attr_dict.get('idref')
self.appears_random = attr_dict.get('appears_random')
self.datatype = attr_dict.get('datatype')
self.is_obfuscated = attr_dict.get('is_obfuscated')
self.obfuscation_algorithm_ref = attr_dict.get(
'obfuscation_algorithm_ref')
self.is_defanged = attr_dict.get('is_defanged')
self.defanging_algorithm_ref = attr_dict.get(
'defanging_algorithm_ref')
self.refanging_transform_type = attr_dict.get(
'refanging_transform_type')
self.refanging_transform = attr_dict.get('refanging_transform')
self.observed_encoding = attr_dict.get('observed_encoding')
PatternFieldGroup.from_dict(attr_dict, self)
def to_obj(self):
vocab_obj = common_binding.ControlledVocabularyStringType()
vocab_obj.set_valueOf_(normalize_to_xml(self.value))
vocab_obj.set_xsi_type(self.xsi_type)
if self.vocab_name is not None:
vocab_obj.set_vocab_name(self.vocab_name)
if self.vocab_reference is not None:
vocab_obj.set_vocab_reference(self.vocab_reference)
PatternFieldGroup.to_obj(self, vocab_obj)
return vocab_obj
def to_obj(self):
vocab_obj = common_binding.ControlledVocabularyStringType()
vocab_obj.set_valueOf_(normalize_to_xml(self.value, self.delimiter))
vocab_obj.set_xsi_type(self.xsi_type)
if self.vocab_name is not None:
vocab_obj.set_vocab_name(self.vocab_name)
if self.vocab_reference is not None:
vocab_obj.set_vocab_reference(self.vocab_reference)
PatternFieldGroup.to_obj(self, vocab_obj)
return vocab_obj
def from_obj(cls, vocab_obj):
if not vocab_obj:
return None
vocab_str = cls()
# xsi_type should be set automatically by the class's constructor.
vocab_str.value = denormalize_from_xml(vocab_obj.get_valueOf_())
vocab_str.vocab_name = vocab_obj.get_vocab_name()
vocab_str.vocab_reference = vocab_obj.get_vocab_reference()
vocab_str.xsi_type = vocab_obj.get_xsi_type()
PatternFieldGroup.from_obj(vocab_obj, vocab_str)
return vocab_str
def _populate_from_obj(self, attr_obj):
self.value = denormalize_from_xml(attr_obj.get_valueOf_())
self.id_ = attr_obj.get_id()
self.idref = attr_obj.get_idref()
self.datatype = attr_obj.get_datatype()
self.appears_random = attr_obj.get_appears_random()
self.is_obfuscated = attr_obj.get_is_obfuscated()
self.obfuscation_algorithm_ref = attr_obj.get_obfuscation_algorithm_ref()
self.is_defanged = attr_obj.get_is_defanged()
self.defanging_algorithm_ref = attr_obj.get_defanging_algorithm_ref()
self.refanging_transform_type = attr_obj.get_refanging_transform_type()
self.refanging_transform = attr_obj.get_refanging_transform()
PatternFieldGroup.from_obj(attr_obj, self)
def is_plain(self):
"""Whether the Property can be represented as a single value.
The `datatype` can be inferred by the particular BaseProperty subclass,
so if `datatype` and `value` are the only non-None properties, the
BaseProperty can be represented by a single value rather than a
dictionary. This makes the JSON representation simpler without losing
any data fidelity.
"""
return (
# ignore value
self.id_ is None and
self.idref is None and
# ignore datatype
self.appears_random is None and
self.is_obfuscated is None and
self.obfuscation_algorithm_ref is None and
self.is_defanged is None and
self.defanging_algorithm_ref is None and
self.refanging_transform_type is None and
self.refanging_transform is None and
self.observed_encoding is None and
PatternFieldGroup.is_plain(self)
)
def is_plain(self):
"""Whether the Property can be represented as a single value.
The `datatype` can be inferred by the particular BaseProperty subclass,
so if `datatype` and `value` are the only non-None properties, the
BaseProperty can be represented by a single value rather than a
dictionary. This makes the JSON representation simpler without losing
any data fidelity.
"""
return (
# ignore value
self.id_ is None and
self.idref is None and
# ignore datatype
self.appears_random is None and
self.is_obfuscated is None and
self.obfuscation_algorithm_ref is None and
self.is_defanged is None and
self.defanging_algorithm_ref is None and
self.refanging_transform_type is None and
self.refanging_transform is None and
self.observed_encoding is None and
PatternFieldGroup.is_plain(self)
)
def _populate_from_obj(self, attr_obj):
self.value = denormalize_from_xml(attr_obj.get_valueOf_())
self.id_ = attr_obj.get_id()
self.idref = attr_obj.get_idref()
self.datatype = attr_obj.get_datatype()
self.appears_random = attr_obj.get_appears_random()
self.is_obfuscated = attr_obj.get_is_obfuscated()
self.obfuscation_algorithm_ref = attr_obj.get_obfuscation_algorithm_ref()
self.is_defanged = attr_obj.get_is_defanged()
self.defanging_algorithm_ref = attr_obj.get_defanging_algorithm_ref()
self.refanging_transform_type = attr_obj.get_refanging_transform_type()
self.refanging_transform = attr_obj.get_refanging_transform()
self.observed_encoding = attr_obj.get_observed_encoding()
PatternFieldGroup.from_obj(attr_obj, self)
def is_plain(self):
"""Whether the VocabString can be represented as a single value.
"""
return (self.xsi_type is None and self.vocab_name is None
and self.vocab_reference is None
and PatternFieldGroup.is_plain(self))
def __eq__(self, other):
# None-type checking
if not other:
return False
# It is possible to compare a Property to a single value if
# the Property defines only the "value" property.
if not isinstance(other, BaseProperty) and self.is_plain():
return self.value == other
return (
self.value == other.value and
self.id_ == other.id_ and
self.idref == other.idref and
self.datatype == other.datatype and
self.appears_random == other.appears_random and
self.is_obfuscated == other.is_obfuscated and
self.obfuscation_algorithm_ref == other.obfuscation_algorithm_ref and
self.is_defanged == other.is_defanged and
self.defanging_algorithm_ref == other.defanging_algorithm_ref and
self.refanging_transform_type == other.refanging_transform_type and
self.refanging_transform == other.refanging_transform and
self.observed_encoding == other.observed_encoding and
PatternFieldGroup._conditions_equal(self, other) and
self.bit_mask == other.bit_mask and
self.pattern_type == other.pattern_type and
self.regex_syntax == other.regex_syntax and
self.is_case_sensitive == other.is_case_sensitive and
self.has_changed == other.has_changed and
self.trend == other.trend
)
def __eq__(self, other):
# None-type checking
if not other:
return False
# It is possible to compare a Property to a single value if
# the Property defines only the "value" property.
if not isinstance(other, BaseProperty) and self.is_plain():
return self.value == other
return (
self.value == other.value and self.id_ == other.id_
and self.idref == other.idref and self.datatype == other.datatype
and self.appears_random == other.appears_random
and self.is_obfuscated == other.is_obfuscated and
self.obfuscation_algorithm_ref == other.obfuscation_algorithm_ref
and self.is_defanged == other.is_defanged
and self.defanging_algorithm_ref == other.defanging_algorithm_ref
and self.refanging_transform_type == other.refanging_transform_type
and self.refanging_transform == other.refanging_transform
and self.observed_encoding == other.observed_encoding
and PatternFieldGroup._conditions_equal(self, other)
and self.bit_mask == other.bit_mask
and self.pattern_type == other.pattern_type
and self.regex_syntax == other.regex_syntax
and self.is_case_sensitive == other.is_case_sensitive
and self.has_changed == other.has_changed
and self.trend == other.trend)
def to_obj(self, return_obj=None, ns_info=None):
self._collect_ns_info(ns_info)
if not return_obj:
return_obj = self._binding_class()
return_obj.valueOf_ = normalize_to_xml(self.value, self.delimiter)
return_obj.xsi_type = self.xsi_type
if self.vocab_name is not None:
return_obj.vocab_name = self.vocab_name
if self.vocab_reference is not None:
return_obj.vocab_reference = self.vocab_reference
PatternFieldGroup.to_obj(self, return_obj=return_obj, ns_info=ns_info)
return return_obj
def to_dict(self):
if self.is_plain():
return self.value
vocab_dict = {}
if self.value is not None:
vocab_dict['value'] = self.value
if self.xsi_type:
vocab_dict['xsi:type'] = self.xsi_type
if self.vocab_name is not None:
vocab_dict['vocab_name'] = self.vocab_name
if self.vocab_reference is not None:
vocab_dict['vocab_reference'] = self.vocab_reference
PatternFieldGroup.to_dict(self, vocab_dict)
return vocab_dict
def to_obj(self, return_obj=None, ns_info=None):
self._collect_ns_info(ns_info)
if not return_obj:
return_obj = self._binding_class()
return_obj.valueOf_ = normalize_to_xml(self.value, self.delimiter)
return_obj.xsi_type = self.xsi_type
if self.vocab_name is not None:
return_obj.vocab_name = self.vocab_name
if self.vocab_reference is not None:
return_obj.vocab_reference = self.vocab_reference
PatternFieldGroup.to_obj(self, return_obj=return_obj, ns_info=ns_info)
return return_obj
def to_dict(self):
if self.is_plain():
return self.value
vocab_dict = {}
if self.value is not None:
vocab_dict['value'] = self.value
if self.xsi_type:
vocab_dict['xsi:type'] = self.xsi_type
if self.vocab_name is not None:
vocab_dict['vocab_name'] = self.vocab_name
if self.vocab_reference is not None:
vocab_dict['vocab_reference'] = self.vocab_reference
PatternFieldGroup.to_dict(self, vocab_dict)
return vocab_dict
def to_obj(self):
if not self.is_valid():
raise ValueError("Vocab being used has not been specified")
vocab_obj = common_binding.ControlledVocabularyStringType()
vocab_obj.set_valueOf_(normalize_to_xml(self.value, self.delimiter))
vocab_obj.set_xsi_type(self.xsi_type)
if self.vocab_name is not None:
vocab_obj.set_vocab_name(self.vocab_name)
if self.vocab_reference is not None:
vocab_obj.set_vocab_reference(self.vocab_reference)
PatternFieldGroup.to_obj(self, vocab_obj)
return vocab_obj
def to_obj(self):
if not self.is_valid():
raise ValueError("Vocab being used has not been specified")
vocab_obj = common_binding.ControlledVocabularyStringType()
vocab_obj.set_valueOf_(normalize_to_xml(self.value, self.delimiter))
vocab_obj.set_xsi_type(self.xsi_type)
if self.vocab_name is not None:
vocab_obj.set_vocab_name(self.vocab_name)
if self.vocab_reference is not None:
vocab_obj.set_vocab_reference(self.vocab_reference)
PatternFieldGroup.to_obj(self, vocab_obj)
return vocab_obj
def to_obj(self, return_obj=None, ns_info=None):
if not self.is_valid():
raise ValueError("Vocab being used has not been specified")
self._collect_ns_info(ns_info)
vocab_obj = common_binding.ControlledVocabularyStringType()
vocab_obj.valueOf_ = normalize_to_xml(self.value, self.delimiter)
vocab_obj.xsi_type = self.xsi_type
if self.vocab_name is not None:
vocab_obj.vocab_name = self.vocab_name
if self.vocab_reference is not None:
vocab_obj.vocab_reference = self.vocab_reference
PatternFieldGroup.to_obj(self, return_obj=vocab_obj, ns_info=ns_info)
return vocab_obj
def is_plain(self):
"""Whether the VocabString can be represented as a single value.
"""
return (
self.xsi_type is None and
self.vocab_name is None and
self.vocab_reference is None and
PatternFieldGroup.is_plain(self)
)
def from_dict(cls, vocab_dict):
if not vocab_dict:
return None
vocab_str = cls()
# xsi_type should be set automatically by the class's constructor.
# In case this is a "plain" string, just set it.
if not isinstance(vocab_dict, dict):
vocab_str.value = vocab_dict
else:
vocab_str.xsi_type = vocab_dict.get('xsi:type', cls._XSI_TYPE)
vocab_str.value = vocab_dict.get('value')
vocab_str.vocab_name = vocab_dict.get('vocab_name')
vocab_str.vocab_reference = vocab_dict.get('vocab_reference')
PatternFieldGroup.from_dict(vocab_dict, vocab_str)
return vocab_str
def _populate_from_obj(self, attr_obj):
self.id_ = attr_obj.id
self.idref = attr_obj.idref
self.datatype = attr_obj.datatype
self.appears_random = attr_obj.appears_random
self.is_obfuscated = attr_obj.is_obfuscated
self.obfuscation_algorithm_ref = attr_obj.obfuscation_algorithm_ref
self.is_defanged = attr_obj.is_defanged
self.defanging_algorithm_ref = attr_obj.defanging_algorithm_ref
self.refanging_transform_type = attr_obj.refanging_transform_type
self.refanging_transform = attr_obj.refanging_transform
self.observed_encoding = attr_obj.observed_encoding
PatternFieldGroup.from_obj(attr_obj, self)
# We need to check for a non-default delimiter before trying to parse
# the value.
self.value = denormalize_from_xml(attr_obj.valueOf_, self.delimiter)
def from_obj(cls, vocab_obj):
if not vocab_obj:
return None
vocab_str = cls()
# xsi_type should be set automatically by the class's constructor.
vocab_str.vocab_name = vocab_obj.vocab_name
vocab_str.vocab_reference = vocab_obj.vocab_reference
vocab_str.xsi_type = vocab_obj.xsi_type
PatternFieldGroup.from_obj(vocab_obj, vocab_str)
# We need to check for a non-default delimiter before trying to parse
# the value.
vocab_str.value = denormalize_from_xml(vocab_obj.valueOf_,
vocab_str.delimiter)
return vocab_str
def _populate_from_obj(self, attr_obj):
self.id_ = attr_obj.id
self.idref = attr_obj.idref
self.datatype = attr_obj.datatype
self.appears_random = attr_obj.appears_random
self.is_obfuscated = attr_obj.is_obfuscated
self.obfuscation_algorithm_ref = attr_obj.obfuscation_algorithm_ref
self.is_defanged = attr_obj.is_defanged
self.defanging_algorithm_ref = attr_obj.defanging_algorithm_ref
self.refanging_transform_type = attr_obj.refanging_transform_type
self.refanging_transform = attr_obj.refanging_transform
self.observed_encoding = attr_obj.observed_encoding
PatternFieldGroup.from_obj(attr_obj, self)
# We need to check for a non-default delimiter before trying to parse
# the value.
self.value = denormalize_from_xml(attr_obj.valueOf_,
self.delimiter)
def to_dict(self):
if not self.is_valid():
raise ValueError("Vocab being used has not been specified")
if self.is_plain():
return self.value
vocab_dict = {}
if self.value is not None:
vocab_dict['value'] = self.value
if self.xsi_type != self._XSI_TYPE:
vocab_dict['xsi:type'] = self.xsi_type
if self.vocab_name is not None:
vocab_dict['vocab_name'] = self.vocab_name
if self.vocab_reference is not None:
vocab_dict['vocab_reference'] = self.vocab_reference
PatternFieldGroup.to_dict(self, vocab_dict)
return vocab_dict
def to_obj(self, return_obj=None, ns_info=None):
self._collect_ns_info(ns_info)
attr_obj = self._binding_class()
attr_obj.set_valueOf_(normalize_to_xml(self.serialized_value,
self.delimiter))
# For now, don't output the datatype, as it is not required and is
# usually not needed, as it can be inferred from the context.
#attr_obj.datatype = self.datatype
if self.id_ is not None:
attr_obj.id = self.id_
if self.idref is not None:
attr_obj.idref = self.idref
if self.appears_random is not None:
attr_obj.appears_random = self.appears_random
if self.is_obfuscated is not None:
attr_obj.is_obfuscated = self.is_obfuscated
if self.obfuscation_algorithm_ref is not None:
attr_obj.obfuscation_algorithm_ref = self.obfuscation_algorithm_ref
if self.is_defanged is not None:
attr_obj.is_defanged = self.is_defanged
if self.defanging_algorithm_ref is not None:
attr_obj.defanging_algorithm_ref = self.defanging_algorithm_ref
if self.refanging_transform_type is not None:
attr_obj.refanging_transform_type = self.refanging_transform_type
if self.refanging_transform is not None:
attr_obj.refanging_transform = self.refanging_transform
if self.observed_encoding is not None:
attr_obj.observed_encoding = self.observed_encoding
#Datatype output logic
if self._force_datatype or (self.datatype != self.default_datatype):
attr_obj.datatype = self.datatype
else:
attr_obj.datatype = None
PatternFieldGroup.to_obj(self, return_obj=attr_obj, ns_info=ns_info)
return attr_obj
def to_obj(self, return_obj=None, ns_info=None):
self._collect_ns_info(ns_info)
attr_obj = self._binding_class()
attr_obj.set_valueOf_(
normalize_to_xml(self.serialized_value, self.delimiter))
# For now, don't output the datatype, as it is not required and is
# usually not needed, as it can be inferred from the context.
#attr_obj.datatype = self.datatype
if self.id_ is not None:
attr_obj.id = self.id_
if self.idref is not None:
attr_obj.idref = self.idref
if self.appears_random is not None:
attr_obj.appears_random = self.appears_random
if self.is_obfuscated is not None:
attr_obj.is_obfuscated = self.is_obfuscated
if self.obfuscation_algorithm_ref is not None:
attr_obj.obfuscation_algorithm_ref = self.obfuscation_algorithm_ref
if self.is_defanged is not None:
attr_obj.is_defanged = self.is_defanged
if self.defanging_algorithm_ref is not None:
attr_obj.defanging_algorithm_ref = self.defanging_algorithm_ref
if self.refanging_transform_type is not None:
attr_obj.refanging_transform_type = self.refanging_transform_type
if self.refanging_transform is not None:
attr_obj.refanging_transform = self.refanging_transform
if self.observed_encoding is not None:
attr_obj.observed_encoding = self.observed_encoding
#Datatype output logic
if self._force_datatype or (self.datatype != self.default_datatype):
attr_obj.datatype = self.datatype
else:
attr_obj.datatype = None
PatternFieldGroup.to_obj(self, return_obj=attr_obj, ns_info=ns_info)
return attr_obj
def from_obj(cls, vocab_obj, return_obj=None):
if not vocab_obj:
return None
if not return_obj:
klass = VocabString.lookup_class(vocab_obj.xsi_type)
return_obj = klass()
# xsi_type should be set automatically by the class's constructor.
return_obj.vocab_name = vocab_obj.vocab_name
return_obj.vocab_reference = vocab_obj.vocab_reference
return_obj.xsi_type = vocab_obj.xsi_type
PatternFieldGroup.from_obj(vocab_obj, return_obj)
# We need to check for a non-default delimiter before trying to parse
# the value.
return_obj.value = denormalize_from_xml(value=vocab_obj.valueOf_,
delimiter=return_obj.delimiter)
return return_obj
def is_plain(self):
"""Whether the VocabString can be represented as a single value.
If `value` is the only non-None properties and a custom XSI type has
not been set, the VocabString can be represented by a single value
rather than a dictionary. This makes the JSON representation simpler
without losing any data fidelity.
"""
return (
# ignore value
self.vocab_name is None and self.vocab_reference is None
and self.xsi_type == self._XSI_TYPE
and PatternFieldGroup.is_plain(self))
def to_obj(self):
attr_obj = self._binding_class()
attr_obj.set_valueOf_(normalize_to_xml(self.serialized_value,
self.delimiter))
# For now, don't output the datatype, as it is not required and is
# usually not needed, as it can be inferred from the context.
#attr_obj.set_datatype(self.datatype)
if self.id_ is not None:
attr_obj.set_id(self.id_)
if self.idref is not None:
attr_obj.set_idref(self.idref)
if self.appears_random is not None:
attr_obj.set_appears_random(self.appears_random)
if self.is_obfuscated is not None:
attr_obj.set_is_obfuscated(self.is_obfuscated)
if self.obfuscation_algorithm_ref is not None:
attr_obj.set_obfuscation_algorithm_ref(self.obfuscation_algorithm_ref)
if self.is_defanged is not None:
attr_obj.set_is_defanged(self.is_defanged)
if self.defanging_algorithm_ref is not None:
attr_obj.set_defanging_algorithm_ref(self.defanging_algorithm_ref)
if self.refanging_transform_type is not None:
attr_obj.set_refanging_transform_type(self.refanging_transform_type)
if self.refanging_transform is not None:
attr_obj.set_refanging_transform(self.refanging_transform)
if self.observed_encoding is not None:
attr_obj.set_observed_encoding(self.observed_encoding)
#Datatype output logic
if self._force_datatype or (self.datatype != self.default_datatype):
attr_obj.set_datatype(self.datatype)
else:
attr_obj.set_datatype(None)
PatternFieldGroup.to_obj(self, attr_obj)
return attr_obj
def from_dict(cls, vocab_dict, return_obj=None):
if not vocab_dict:
return None
if not return_obj:
if isinstance(vocab_dict, dict):
klass = VocabString.lookup_class(vocab_dict.get('xsi:type'))
return_obj = klass()
else:
return_obj = cls()
# In case this is a "plain" string, just set it.
if not isinstance(vocab_dict, dict):
return_obj.value = vocab_dict
else:
return_obj.xsi_type = vocab_dict.get('xsi:type', cls._XSI_TYPE)
return_obj.value = vocab_dict.get('value')
return_obj.vocab_name = vocab_dict.get('vocab_name')
return_obj.vocab_reference = vocab_dict.get('vocab_reference')
PatternFieldGroup.from_dict(vocab_dict, return_obj)
return return_obj
def from_dict(cls, vocab_dict, return_obj=None):
if not vocab_dict:
return None
if not return_obj:
if isinstance(vocab_dict, dict):
klass = VocabString.lookup_class(vocab_dict.get('xsi:type'))
return_obj = klass()
else:
return_obj = cls()
# In case this is a "plain" string, just set it.
if not isinstance(vocab_dict, dict):
return_obj.value = vocab_dict
else:
return_obj.xsi_type = vocab_dict.get('xsi:type', cls._XSI_TYPE)
return_obj.value = vocab_dict.get('value')
return_obj.vocab_name = vocab_dict.get('vocab_name')
return_obj.vocab_reference = vocab_dict.get('vocab_reference')
PatternFieldGroup.from_dict(vocab_dict, return_obj)
return return_obj
def from_obj(cls, vocab_obj, return_obj=None):
if not vocab_obj:
return None
if not return_obj:
klass = VocabString.lookup_class(vocab_obj.xsi_type)
return_obj = klass()
# xsi_type should be set automatically by the class's constructor.
return_obj.vocab_name = vocab_obj.vocab_name
return_obj.vocab_reference = vocab_obj.vocab_reference
return_obj.xsi_type = vocab_obj.xsi_type
PatternFieldGroup.from_obj(vocab_obj, return_obj)
# We need to check for a non-default delimiter before trying to parse
# the value.
return_obj.value = denormalize_from_xml(
value=vocab_obj.valueOf_,
delimiter=return_obj.delimiter
)
return return_obj
def is_plain(self):
"""Whether the VocabString can be represented as a single value.
If `xsi:type` and `value` are the only non-None properties, the
VocabString can be represented by a single value rather than a
dictionary. This makes the JSON representation simpler without losing
any data fidelity.
"""
return (
# ignore value and xsi_type
self.vocab_name is None and
self.vocab_reference is None and
PatternFieldGroup.is_plain(self)
)
def is_plain(self):
"""Whether the VocabString can be represented as a single value.
If `xsi:type` and `value` are the only non-None properties, the
VocabString can be represented by a single value rather than a
dictionary. This makes the JSON representation simpler without losing
any data fidelity.
"""
return (
# ignore value and xsi_type
self.vocab_name is None and
self.vocab_reference is None and
PatternFieldGroup.is_plain(self)
)
def is_plain(self):
"""Whether the VocabString can be represented as a single value.
If `value` is the only non-None properties and a custom XSI type has
not been set, the VocabString can be represented by a single value
rather than a dictionary. This makes the JSON representation simpler
without losing any data fidelity.
"""
return (
# ignore value
self.vocab_name is None and
self.vocab_reference is None and
self.xsi_type == self._XSI_TYPE and
PatternFieldGroup.is_plain(self)
)
