def should_add_element_namespace(element_holder):
# Preventing of adding namespace prefix to cloudify
# basic types.
overridable_cloudify_type =\
utils.check_if_overridable_cloudify_type(element_holder.value)
return (not overridable_cloudify_type
and not hasattr(element_holder, SKIP_NAMESPACE_FLAG))
def cloudify_type(element_key_holder, element_value_holder):
"""
If the element (key+value) is marked with Cloudify basic type flag
or the user overridden one.
"""
return (element_value_holder.is_cloudify_type
or utils.check_if_overridable_cloudify_type(
element_key_holder.value))
def _prepare_namespaced_elements(key_holder, namespace, value_holder):
if isinstance(value_holder.value, dict):
_mark_key_value_holder_items(value_holder, 'namespace', namespace)
elif isinstance(value_holder.value, text_type):
# In case of primitive type we a need a different way to mark
# the sub elements with the namespace, but leaving the option
# for the DSL element to not receive the namespace.
value_holder.only_children_namespace = True
value_holder.namespace = namespace
if not utils.check_if_overridable_cloudify_type(key_holder.value):
key_holder.value = utils.generate_namespaced_value(
namespace, key_holder.value)
def should_add_namespace_to_string_leaf(element):
if not isinstance(element._initial_value, text_type):
return False
is_premitive_type = (element._initial_value
in constants.USER_PRIMITIVE_TYPES)
overridable_cloudify_type = \
utils.check_if_overridable_cloudify_type(
element._initial_value)
should_skip_adding_namespace =\
hasattr(element.initial_value_holder, SKIP_NAMESPACE_FLAG)
return (not is_premitive_type and not overridable_cloudify_type
and not should_skip_adding_namespace
and element.add_namespace_to_schema_elements)