def transform(self, value, this, owner, context, default=None):
if default is None:
default = self.default
executor = helpers.get_executor(context)
if isinstance(this, dsl_types.MuranoType):
return self._contract.transform(
value, executor.create_object_context(this),
None, None, default, helpers.get_type(context))
else:
return self._contract.transform(
value, executor.create_object_context(
this.cast(self._container_type())),
this, owner, default, helpers.get_type(context))
def transform(self, value, this, owner, context, default=None,
finalize=True):
if default is None:
default = self.default
if isinstance(this, dsl_types.MuranoTypeReference):
this = this.type
if isinstance(this, dsl_types.MuranoType):
return self._contract.transform(
value, self._get_this_context(this),
None, None, default, helpers.get_type(context),
finalize=finalize)
else:
return self._contract.transform(
value, self._get_this_context(this),
this, owner, default, helpers.get_type(context),
finalize=finalize)
def set_property(self, name, value, context=None):
start_type, derived = self.__type, False
caller_class = None if not context else helpers.get_type(context)
if caller_class is not None and caller_class.is_compatible(self):
start_type, derived = caller_class, True
declared_properties = start_type.find_property(name)
if context is None:
context = self.object_store.executor.create_object_context(self)
if len(declared_properties) > 0:
declared_properties = self.type.find_property(name)
values_to_assign = []
for mc in declared_properties:
spec = mc.get_property(name)
if (caller_class is not None and
not helpers.are_property_modifications_allowed(context)
and (spec.usage not in typespec.PropertyUsages.Writable
or not derived)):
raise exceptions.NoWriteAccessError(name)
default = self.__config.get(name, spec.default)
default = self.__defaults.get(name, default)
default = helpers.evaluate(default, context)
obj = self.cast(mc)
values_to_assign.append((obj, spec.validate(
value, self.real_this,
self.real_this, default=default)))
for obj, value in values_to_assign:
obj.__properties[name] = value
elif derived:
obj = self.cast(caller_class)
obj.__properties[name] = value
else:
raise exceptions.PropertyWriteError(name, start_type)
def class_(value, name, default_name=None, version_spec=None):
object_store = None if this is None else this.object_store
if not default_name:
default_name = name
murano_class = name.type
if value is None:
return None
if isinstance(value, dsl_types.MuranoObject):
obj = value
elif isinstance(value, dsl_types.MuranoObjectInterface):
obj = value.object
elif isinstance(value, utils.MappingType):
obj = helpers.instantiate(
value, owner, object_store, root_context,
calling_type, default_name)
elif isinstance(value, six.string_types) and object_store:
obj = object_store.get(value)
if obj is None:
if not object_store.initializing:
raise exceptions.NoObjectFoundError(value)
else:
return TypeScheme.ObjRef(value)
else:
raise exceptions.ContractViolationException(
'Value {0} cannot be represented as class {1}'.format(
format_scalar(value), name))
if not helpers.is_instance_of(
obj, murano_class.name,
version_spec or helpers.get_type(root_context)):
raise exceptions.ContractViolationException(
'Object of type {0} is not compatible with '
'requested type {1}'.format(obj.type.name, name))
return obj
def _get_package(owner, receiver):
if owner is None:
if isinstance(receiver, dsl_types.MuranoObjectInterface):
return receiver.extension._package
murano_class = helpers.get_type(helpers.get_caller_context())
else:
murano_class = owner.type
return murano_class.package
def _get_package(owner, receiver):
if owner is None:
if isinstance(receiver, dsl_types.MuranoObjectInterface):
return receiver.extension._package
murano_class = helpers.get_type(helpers.get_caller_context())
else:
murano_class = owner.type
return murano_class.package
def get_attr(self, this, context, name, default=None, owner=None):
if owner is None:
owner = helpers.get_type(helpers.get_caller_context(context))
attribute_store = helpers.get_attribute_store(context)
result = attribute_store.get(this.object, owner, name)
return default if result is None else result
def super_(context, sender, func=None):
cast_type = helpers.get_type(context)
if func is None:
return [
sender.cast(type)
for type in cast_type.parents(sender.real_this.type)
]
return itertools.imap(func, super_(context, sender))
def setAttr(self, _context, name, value, owner=None):
if owner is None:
owner = helpers.get_type(helpers.get_caller_context(_context))
if not isinstance(owner, murano_class.MuranoClass):
raise TypeError()
attribute_store = helpers.get_attribute_store(_context)
attribute_store.set(self, owner, name, value)
def compose_stack_frame(context):
instruction = helpers.get_current_instruction(context)
return {
'instruction': None if instruction is None else str(instruction),
'location':
None if instruction is None else instruction.source_file_position,
'method': helpers.get_current_method(context),
'class': helpers.get_type(context)
}
def invoke(context, this, *args):
try:
executor = helpers.get_executor(context)
murano_class = helpers.get_type(context)
return executor.invoke_method(name, this, context, murano_class, *args)
except exceptions.NoMethodFound:
raise yaql.exceptions.YaqlExecutionException()
except exceptions.AmbiguousMethodName:
raise yaql.exceptions.YaqlExecutionException()
def template(engine,
value,
type_,
exclude_properties=None,
default_type=None,
version_spec=None):
object_store = helpers.get_object_store()
passkey = None
if not default_type:
default_type = type_
murano_class = type_.type
if value is None:
return None
if isinstance(value, dsl_types.MuranoObject):
obj = value
elif isinstance(value, dsl_types.MuranoObjectInterface):
obj = value.object
elif isinstance(value, utils.MappingType):
passkey = utils.create_marker('<Contract Passkey>')
if exclude_properties:
parsed = helpers.parse_object_definition(
value, calling_type, context)
props = dsl.to_mutable(parsed['properties'], engine)
for p in exclude_properties:
helpers.patch_dict(props, p, passkey)
parsed['properties'] = props
value = helpers.assemble_object_definition(parsed)
with helpers.thread_local_attribute(
constants.TL_CONTRACT_PASSKEY, passkey):
with helpers.thread_local_attribute(
constants.TL_OBJECTS_DRY_RUN, True):
obj = object_store.load(value,
owner,
context=context,
default_type=default_type,
scope_type=calling_type)
else:
raise exceptions.ContractViolationException(
'Value {0} cannot be represented as class {1}'.format(
format_scalar(value), type_))
if not helpers.is_instance_of(
obj, murano_class.name, version_spec
or helpers.get_type(root_context)):
raise exceptions.ContractViolationException(
'Object of type {0} is not compatible with '
'requested type {1}'.format(obj.type.name, type_))
with helpers.thread_local_attribute(constants.TL_CONTRACT_PASSKEY,
passkey):
result = serializer.serialize(obj.real_this,
object_store.executor,
dsl_types.DumpTypes.Mixed)
if exclude_properties:
for p in exclude_properties:
helpers.patch_dict(result, p, utils.NO_VALUE)
return result
def getAttr(self, _context, name, default=None, owner=None):
if owner is None:
owner = helpers.get_type(helpers.get_caller_context(_context))
if not isinstance(owner, murano_class.MuranoClass):
raise TypeError()
attribute_store = helpers.get_attribute_store(_context)
result = attribute_store.get(self, owner, name)
return default if result is None else result
def invoke(context, this, *args):
try:
executor = helpers.get_executor(context)
murano_class = helpers.get_type(context)
return executor.invoke_method(name, this, context, murano_class,
*args)
except exceptions.NoMethodFound:
raise yaql.exceptions.YaqlExecutionException()
except exceptions.AmbiguousMethodName:
raise yaql.exceptions.YaqlExecutionException()
def _get_container(context, obj, class_name):
namespace_resolver = helpers.get_type(context).namespace_resolver
class_loader = helpers.get_class_loader(context)
class_name = namespace_resolver.resolve_name(class_name)
murano_class = class_loader.get_class(class_name)
p = obj.owner
while p is not None:
if murano_class.is_compatible(p):
return p
p = p.owner
return None
def _get_container(context, obj, class_name):
namespace_resolver = helpers.get_type(context).namespace_resolver
class_loader = helpers.get_class_loader(context)
class_name = namespace_resolver.resolve_name(class_name)
murano_class = class_loader.get_class(class_name)
p = obj.owner
while p is not None:
if murano_class.is_compatible(p):
return p
p = p.owner
return None
def compose_stack_frame(context):
instruction = helpers.get_current_instruction(context)
return {
'instruction': None if instruction is None
else str(instruction),
'location': None if instruction is None
else instruction.source_file_position,
'method': helpers.get_current_method(context),
'class': helpers.get_type(context)
}
def set_property(self, name, value, context=None, dry_run=False):
start_type, derived = self.real_this.type, False
caller_class = None if not context else helpers.get_type(context)
if caller_class is not None and caller_class.is_compatible(self):
start_type, derived = caller_class, True
if context is None:
context = self.executor.create_object_context(self)
declared_properties = start_type.find_properties(
lambda p: p.name == name)
if len(declared_properties) > 0:
ultimate_spec = self.real_this.type.find_single_property(name)
property_list = list(self._list_properties(name))
for spec in property_list:
if (caller_class is not None and
not helpers.are_property_modifications_allowed(context)
and
(spec.usage not in dsl_types.PropertyUsages.Writable
or not derived)):
raise exceptions.NoWriteAccessError(name)
if spec.usage == dsl_types.PropertyUsages.Static:
default = None
else:
default = self._config.get(name, spec.default)
if spec is ultimate_spec:
value = spec.transform(value,
self.real_this,
self.real_this,
context,
default=default,
finalize=len(property_list) == 1)
else:
spec.validate(value, self.real_this, context, default)
if len(property_list) > 1:
value = ultimate_spec.finalize(value, self.real_this, context)
if ultimate_spec.usage == dsl_types.PropertyUsages.Static:
self.executor.set_static_property(ultimate_spec.declaring_type,
name,
value,
context,
dry_run=dry_run)
elif not dry_run:
self.real_this._properties[name] = value
elif derived:
if not dry_run:
obj = self.cast(caller_class)
obj._properties[name] = value
else:
raise exceptions.PropertyWriteError(name, start_type)
def convert(self, value, sender, context, function_spec, engine,
*args, **kwargs):
context = self._context or context
if isinstance(value, yaql_expressions.Expression):
value = value(utils.NO_VALUE, context, engine)
value = super(MuranoTypeName, self).convert(
value, sender, context, function_spec, engine)
if isinstance(value, types.StringTypes):
murano_type = helpers.get_type(context)
value = dsl_types.MuranoClassReference(
helpers.get_class(
murano_type.namespace_resolver.resolve_name(
value), context))
return value
def convert(self, value, sender, context, function_spec, engine, *args,
**kwargs):
context = self._context or context
if isinstance(value, yaql_expressions.Expression):
value = value(utils.NO_VALUE, context, engine)
value = super(MuranoTypeName, self).convert(value, sender, context,
function_spec, engine)
if isinstance(value, types.StringTypes):
murano_type = helpers.get_type(context)
value = dsl_types.MuranoClassReference(
helpers.get_class(
murano_type.namespace_resolver.resolve_name(value),
context))
return value
def get_property(self, name, context=None):
start_type, derived = self.__type, False
caller_class = None if not context else helpers.get_type(context)
if caller_class is not None and caller_class.is_compatible(self):
start_type, derived = caller_class, True
if name in start_type.properties:
return self.cast(start_type)._get_property_value(name)
else:
declared_properties = start_type.find_single_property(name)
if declared_properties:
return self.cast(declared_properties).__properties[name]
elif derived:
return self.cast(caller_class)._get_property_value(name)
else:
raise exceptions.PropertyReadError(name, start_type)
def convert(self, value, sender, context, function_spec, engine,
*args, **kwargs):
context = self._context or context
if isinstance(value, yaql_expressions.Expression):
value = value(utils.NO_VALUE, context, engine)
value = super(MuranoTypeName, self).convert(
value, sender, context, function_spec, engine)
if isinstance(value, six.string_types):
if function_spec.meta.get(constants.META_MURANO_METHOD):
context = helpers.get_caller_context(context)
murano_type = helpers.get_type(context)
value = helpers.get_class(
murano_type.namespace_resolver.resolve_name(value),
context).get_reference()
return value
def check(self, value, context, *args, **kwargs):
if not super(MuranoType, self).check(value, context, *args, **kwargs):
return False
if isinstance(value, MuranoObjectInterface):
value = value.object
if value is None or isinstance(value, yaql_expressions.Expression):
return True
murano_class = self.murano_class
if isinstance(murano_class, types.StringTypes):
murano_class_name = murano_class
else:
murano_class_name = murano_class.name
return helpers.is_instance_of(
value, murano_class_name, self.version_spec
or helpers.get_type(context))
def get_property(self, name, context=None):
start_type, derived = self.__type, False
caller_class = None if not context else helpers.get_type(context)
if caller_class is not None and caller_class.is_compatible(self):
start_type, derived = caller_class, True
if name in start_type.properties:
return self.cast(start_type)._get_property_value(name)
else:
declared_properties = start_type.find_single_property(name)
if declared_properties:
return self.cast(declared_properties).__properties[name]
elif derived:
return self.cast(caller_class)._get_property_value(name)
else:
raise exceptions.PropertyReadError(name, start_type)
def check(self, value, context, *args, **kwargs):
if not super(MuranoType, self).check(
value, context, *args, **kwargs):
return False
if isinstance(value, MuranoObjectInterface):
value = value.object
if value is None or isinstance(value, yaql_expressions.Expression):
return True
murano_class = self.murano_class
if isinstance(murano_class, six.string_types):
murano_class_name = murano_class
else:
murano_class_name = murano_class.name
return helpers.is_instance_of(
value, murano_class_name,
self.version_spec or helpers.get_type(context))
def initialize(self, _context, includeNativeFrames=True):
frames = []
context = _context
while True:
if not context:
break
instruction = helpers.get_current_instruction(context)
frames.append({
'instruction': None if instruction is None
else str(instruction),
'location': None if instruction is None
else instruction.source_file_position,
'method': helpers.get_current_method(context),
'class': helpers.get_type(context)
})
context = helpers.get_caller_context(context)
frames.pop()
frames.reverse()
if includeNativeFrames:
class InstructionStub(object):
def __init__(self, title, position):
self._title = title
self.source_file_position = position
def __str__(self):
return self._title
native_frames = []
for frame in inspect.trace()[1:]:
info = inspect.getframeinfo(frame[0])
position = yaql_expression.YaqlExpressionFilePosition(
os.path.abspath(info.filename), info.lineno,
-1, -1, -1, -1, -1)
instruction = InstructionStub(
info.code_context[0].strip(), position)
method = info.function
native_frames.append({
'instruction': instruction,
'method': method,
'class': None
})
frames.extend(native_frames)
self.set_property('frames', frames)
def set_property(self, name, value, context=None):
if self is not self.real_this:
return self.real_this.set_property(name, value, context)
start_type, derived = self.__type, False
caller_class = None if not context else helpers.get_type(context)
if caller_class is not None and caller_class.is_compatible(self):
start_type, derived = caller_class, True
declared_properties = start_type.find_properties(
lambda p: p.name == name)
if context is None:
context = helpers.get_executor().create_object_context(self)
if len(declared_properties) > 0:
values_to_assign = []
classes_for_static_properties = []
first = True
for spec in self._list_properties(name):
if (caller_class is not None and
not helpers.are_property_modifications_allowed(context)
and
(spec.usage not in dsl_types.PropertyUsages.Writable
or not derived)):
raise exceptions.NoWriteAccessError(name)
if spec.usage == dsl_types.PropertyUsages.Static:
classes_for_static_properties.append(spec.declaring_type)
else:
default = self.__config.get(name, spec.default)
obj = self.cast(spec.declaring_type)
res = spec.transform(value,
self.real_this,
self.real_this,
context,
default=default)
if first:
value = res
first = False
values_to_assign.append((obj, res))
for obj, value in values_to_assign:
obj.__properties[name] = value
for cls in classes_for_static_properties:
cls.set_property(name, value, context)
elif derived:
obj = self.cast(caller_class)
obj.__properties[name] = value
else:
raise exceptions.PropertyWriteError(name, start_type)
def class_(value, name, default_name=None, version_spec=None):
object_store = this.object_store
if not default_name:
default_name = name
murano_class = name.murano_class
if value is None:
return None
if isinstance(value, dsl_types.MuranoObject):
obj = value
elif isinstance(value, dsl_types.MuranoObjectInterface):
obj = value.object
elif isinstance(value, utils.MappingType):
if '?' not in value:
new_value = {
'?': {
'id': uuid.uuid4().hex,
'type': default_name.murano_class.name,
'classVersion':
str(default_name.murano_class.version)
}
}
new_value.update(value)
value = new_value
obj = object_store.load(value,
owner,
root_context,
defaults=default)
elif isinstance(value, types.StringTypes):
obj = object_store.get(value)
if obj is None:
if not object_store.initializing:
raise exceptions.NoObjectFoundError(value)
else:
return TypeScheme.ObjRef(value)
else:
raise exceptions.ContractViolationException(
'Value {0} cannot be represented as class {1}'.format(
format_scalar(value), name))
if not helpers.is_instance_of(
obj, murano_class.name, version_spec
or helpers.get_type(root_context)):
raise exceptions.ContractViolationException(
'Object of type {0} is not compatible with '
'requested type {1}'.format(obj.type.name, name))
return obj
def inject_method_with_str(context, target, target_method, mock_object,
mock_name):
ctx_manager = helpers.get_executor().context_manager
current_class = helpers.get_type(context)
mock_func = current_class.find_single_method(mock_name)
original_class = target.type
original_function = original_class.find_single_method(target_method)
result_fd = original_function.instance_stub.clone()
def payload_adapter(__context, __sender, *args, **kwargs):
return mock_func.invoke(mock_object, args, kwargs, __context, True)
result_fd.payload = payload_adapter
existing_mocks = ctx_manager.class_mock_ctx.setdefault(
original_class.name, [])
existing_mocks.append(result_fd)
def _new(context, name, *args):
murano_class = helpers.get_type(context)
name = murano_class.namespace_resolver.resolve_name(name)
parameters = {}
arg_values = [t() for t in args]
if len(arg_values) == 1 and isinstance(arg_values[0], types.DictionaryType):
parameters = arg_values[0]
elif len(arg_values) > 0:
for p in arg_values:
if not isinstance(p, types.TupleType) or not isinstance(p[0], types.StringType):
raise SyntaxError()
parameters[p[0]] = p[1]
object_store = helpers.get_object_store(context)
class_loader = helpers.get_class_loader(context)
new_context = yaql.context.Context(parent_context=context)
for key, value in parameters.iteritems():
new_context.set_data(value, key)
return class_loader.get_class(name).new(None, object_store, new_context, parameters=parameters)
def get_property(self, name, context=None):
start_type, derived = self.type, False
caller_class = None if not context else helpers.get_type(context)
if caller_class is not None and caller_class.is_compatible(self):
start_type, derived = caller_class, True
declared_properties = start_type.find_properties(
lambda p: p.name == name)
if len(declared_properties) > 0:
spec = self.real_this.type.find_single_property(name)
if spec.usage == dsl_types.PropertyUsages.Static:
return self.executor.get_static_property(
spec.declaring_type, name, context)
else:
return self.real_this._get_property_value(name)
elif derived:
return self.cast(caller_class)._get_property_value(name)
else:
raise exceptions.PropertyReadError(name, start_type)
def inject_method_with_str(context, target, target_method,
mock_object, mock_name):
ctx_manager = helpers.get_executor().context_manager
current_class = helpers.get_type(context)
mock_func = current_class.find_single_method(mock_name)
original_class = target.type
original_function = original_class.find_single_method(target_method)
result_fd = original_function.instance_stub.clone()
def payload_adapter(__context, __sender, *args, **kwargs):
return mock_func.invoke(
mock_object, args, kwargs, __context, True)
result_fd.payload = payload_adapter
existing_mocks = ctx_manager.class_mock_ctx.setdefault(
original_class.name, [])
existing_mocks.append(result_fd)
def check(self, value, context, *args, **kwargs):
if not super(MuranoObjectParameter, self).check(
value, context, *args, **kwargs):
return False
if value is None or isinstance(value, yaql_expressions.Expression):
return True
if isinstance(value, MuranoObjectInterface):
value = value.object
if not isinstance(value, dsl_types.MuranoObject):
return False
if self.murano_class:
murano_class = self.murano_class
if isinstance(murano_class, six.string_types):
return helpers.is_instance_of(
value, murano_class,
self.version_spec or helpers.get_type(context))
else:
return murano_class.is_compatible(value)
else:
return True
def check(self, value, context, *args, **kwargs):
if not super(MuranoObjectParameter, self).check(
value, context, *args, **kwargs):
return False
if value is None or isinstance(value, yaql_expressions.Expression):
return True
if isinstance(value, MuranoObjectInterface):
value = value.object
if not isinstance(value, dsl_types.MuranoObject):
return False
if self.murano_class:
murano_class = self.murano_class
if isinstance(murano_class, six.string_types):
return helpers.is_instance_of(
value, murano_class,
self.version_spec or helpers.get_type(context))
else:
return murano_class.is_compatible(value)
else:
return True
def class_(value, name, default_name=None, version_spec=None):
object_store = this.object_store
if not default_name:
default_name = name
murano_class = name.murano_class
if value is None:
return None
if isinstance(value, dsl_types.MuranoObject):
obj = value
elif isinstance(value, dsl_types.MuranoObjectInterface):
obj = value.object
elif isinstance(value, utils.MappingType):
if '?' not in value:
new_value = {'?': {
'id': uuid.uuid4().hex,
'type': default_name.murano_class.name,
'classVersion': str(default_name.murano_class.version)
}}
new_value.update(value)
value = new_value
obj = object_store.load(
value, owner, root_context, defaults=default)
elif isinstance(value, types.StringTypes):
obj = object_store.get(value)
if obj is None:
if not object_store.initializing:
raise exceptions.NoObjectFoundError(value)
else:
return TypeScheme.ObjRef(value)
else:
raise exceptions.ContractViolationException(
'Value {0} cannot be represented as class {1}'.format(
value, name))
if not helpers.is_instance_of(
obj, murano_class.name,
version_spec or helpers.get_type(root_context)):
raise exceptions.ContractViolationException(
'Object of type {0} is not compatible with '
'requested type {1}'.format(obj.type.name, name))
return obj
def set_property(self, name, value, context=None):
start_type, derived = self.__type, False
caller_class = None if not context else helpers.get_type(context)
if caller_class is not None and caller_class.is_compatible(self):
start_type, derived = caller_class, True
declared_properties = start_type.find_properties(
lambda p: p.name == name)
if context is None:
context = self.executor.create_object_context(self)
if len(declared_properties) > 0:
declared_properties = self.type.find_properties(
lambda p: p.name == name)
values_to_assign = []
classes_for_static_properties = []
for spec in declared_properties:
if (caller_class is not None and not
helpers.are_property_modifications_allowed(context) and
(spec.usage not in dsl_types.PropertyUsages.Writable or
not derived)):
raise exceptions.NoWriteAccessError(name)
if spec.usage == dsl_types.PropertyUsages.Static:
classes_for_static_properties.append(spec.declaring_type)
else:
default = self.__config.get(name, spec.default)
# default = helpers.evaluate(default, context)
obj = self.cast(spec.declaring_type)
values_to_assign.append((obj, spec.transform(
value, self.real_this,
self.real_this, context, default=default)))
for obj, value in values_to_assign:
obj.__properties[name] = value
for cls in classes_for_static_properties:
cls.set_property(name, value, context)
elif derived:
obj = self.cast(caller_class)
obj.__properties[name] = value
else:
raise exceptions.PropertyWriteError(name, start_type)
def get_property(self, name, context=None):
start_type, derived = self.__type, False
caller_class = None if not context else helpers.get_type(context)
if caller_class is not None and caller_class.is_compatible(self):
start_type, derived = caller_class, True
if name in start_type.properties:
spec = start_type.properties[name]
if spec.usage == dsl_types.PropertyUsages.Static:
return spec.declaring_type.get_property(name, context)
else:
return self.cast(start_type)._get_property_value(name)
else:
try:
spec = start_type.find_single_property(name)
if spec.usage == dsl_types.PropertyUsages.Static:
return spec.declaring_type.get_property(name, context)
else:
return self.cast(spec.declaring_type).__properties[name]
except exceptions.NoPropertyFound:
if derived:
return self.cast(caller_class)._get_property_value(name)
else:
raise exceptions.PropertyReadError(name, start_type)
def get_property(self, name, context=None):
start_type, derived = self.__type, False
caller_class = None if not context else helpers.get_type(context)
if caller_class is not None and caller_class.is_compatible(self):
start_type, derived = caller_class, True
if name in start_type.properties:
spec = start_type.properties[name]
if spec.usage == dsl_types.PropertyUsages.Static:
return spec.declaring_type.get_property(name, context)
else:
return self.cast(start_type)._get_property_value(name)
else:
try:
spec = start_type.find_single_property(name)
if spec.usage == dsl_types.PropertyUsages.Static:
return spec.declaring_type.get_property(name, context)
else:
return self.cast(spec.declaring_type).__properties[name]
except exceptions.NoPropertyFound:
if derived:
return self.cast(caller_class)._get_property_value(name)
else:
raise exceptions.PropertyReadError(name, start_type)
def initialize(self, _context, includeNativeFrames=True):
frames = []
context = _context
while True:
if not context:
break
instruction = helpers.get_current_instruction(context)
frames.append({
'instruction': None if instruction is None
else str(instruction),
'location': None if instruction is None
else instruction.source_file_position,
'method': helpers.get_current_method(context),
'class': helpers.get_type(context)
})
context = helpers.get_caller_context(context)
frames.pop()
frames.reverse()
if includeNativeFrames:
native_frames = []
for frame in inspect.trace()[1:]:
location = yaql_expression.YaqlExpressionFilePosition(
os.path.abspath(frame[1]), frame[2],
-1, -1, -1, -1, -1)
method = frame[3]
native_frames.append({
'instruction': frame[4][0].strip(),
'location': location,
'method': method,
'class': None
})
frames.extend(native_frames)
self.set_property('frames', frames)
def set_property(self, name, value, context=None):
start_type, derived = self.__type, False
caller_class = None if not context else helpers.get_type(context)
if caller_class is not None and caller_class.is_compatible(self):
start_type, derived = caller_class, True
declared_properties = start_type.find_property(name)
if context is None:
context = self.object_store.executor.create_object_context(self)
if len(declared_properties) > 0:
declared_properties = self.type.find_property(name)
values_to_assign = []
for mc in declared_properties:
spec = mc.get_property(name)
if (caller_class is not None and
not helpers.are_property_modifications_allowed(context)
and (spec.usage not in typespec.PropertyUsages.Writable
or not derived)):
raise exceptions.NoWriteAccessError(name)
default = self.__config.get(name, spec.default)
default = self.__defaults.get(name, default)
default = helpers.evaluate(default, context)
obj = self.cast(mc)
values_to_assign.append((obj,
spec.validate(value,
self.real_this,
self.real_this,
default=default)))
for obj, value in values_to_assign:
obj.__properties[name] = value
elif derived:
obj = self.cast(caller_class)
obj.__properties[name] = value
else:
raise exceptions.PropertyWriteError(name, start_type)
def _new(context, name, *args):
murano_class = helpers.get_type(context)
name = murano_class.namespace_resolver.resolve_name(name)
parameters = {}
arg_values = [t() for t in args]
if len(arg_values) == 1 and isinstance(arg_values[0],
types.DictionaryType):
parameters = arg_values[0]
elif len(arg_values) > 0:
for p in arg_values:
if not isinstance(p, types.TupleType) or \
not isinstance(p[0], types.StringType):
raise SyntaxError()
parameters[p[0]] = p[1]
object_store = helpers.get_object_store(context)
class_loader = helpers.get_class_loader(context)
new_context = yaql.context.Context(parent_context=context)
for key, value in parameters.iteritems():
new_context.set_data(value, key)
return class_loader.get_class(name).new(None,
object_store,
new_context,
parameters=parameters)
def _super(context, value):
cast_type = helpers.get_type(context)
return [value.cast(type) for type in cast_type.parents]
def _cast(context, value, type):
if '.' not in type:
murano_class = helpers.get_type(context)
type = murano_class.namespace_resolver.resolve_name(type)
class_loader = helpers.get_class_loader(context)
return value.cast(class_loader.get_class(type))
def __init__(self, context):
murano_class = helpers.get_type(helpers.get_caller_context(context))
self._package = murano_class.package
def is_instance_of(self, murano_class, version_spec=None):
return helpers.is_instance_of(
self.__object, murano_class,
version_spec or helpers.get_type())
def _resolve_names(self, names, context):
murano_class = helpers.get_type(context)
for name in names:
yield murano_class.namespace_resolver.resolve_name(name)
def _resolve_names(self, names, context):
murano_class = helpers.get_type(context)
for name in names:
yield murano_class.namespace_resolver.resolve_name(name)
def is_instance_of(self, murano_class, version_spec=None):
return helpers.is_instance_of(
self.object, murano_class,
version_spec or helpers.get_type())
def cast(self, murano_class, version_spec=None):
return MuranoObjectInterface.create(
helpers.cast(
self.object, murano_class,
version_spec or helpers.get_type()))
def cast(self, murano_class, version_spec=None):
return MuranoObjectInterface(
helpers.cast(
self.__object, murano_class,
version_spec or helpers.get_type()),
self.__executor)
def initialize(self, package_loader, _context):
murano_class = helpers.get_type(_context)
self._package = package_loader.get_package(murano_class.package.name)
def __init__(self, context):
murano_class = helpers.get_type(helpers.get_caller_context(context))
self._package = murano_class.package
def set_attr(self, this, context, name, value, owner=None):
if owner is None:
owner = helpers.get_type(helpers.get_caller_context(context))
attribute_store = helpers.get_attribute_store(context)
attribute_store.set(this.object, owner, name, value)