def store(self, w_self, n0, w_value):
AbstractGenericShadow.store(self, w_self, n0, w_value)
if n0 == constants.METHODDICT_VALUES_INDEX:
self.setup_notification()
if n0 >= constants.METHODDICT_NAMES_INDEX:
# the caller / user cannot be expected to add the compiledMethod to the observee next (as indicated above)
# in case of clone / copyFrom the compiledMethod is already contained, so a sync is necessary here too
self.sync_method_cache()
def store(self, w_self, n0, w_value):
AbstractGenericShadow.store(self, w_self, n0, w_value)
if n0 == constants.METHODDICT_VALUES_INDEX:
self.setup_notification()
if n0 >= constants.METHODDICT_NAMES_INDEX:
# the caller / user cannot be expected to add the compiledMethod to the observee next (as indicated above)
# in case of clone / copyFrom the compiledMethod is already contained, so a sync is necessary here too
self.sync_method_cache()
def become(self, w_other):
# Force other to become a methoddict
s_other = w_other.as_methoddict_get_shadow(self.space)
# Do normal self ptr swap
AbstractGenericShadow.become(self, w_other)
# Swap class pointers
self.s_class, s_other.s_class = s_other.s_class, self.s_class
# Conditionally inform the class about the swap
if self.s_class: self.s_class.store_s_methoddict(self)
if s_other.s_class: s_other.s_class.store_s_methoddict(s_other)
def become(self, w_other):
# Force other to become a methoddict
s_other = w_other.as_methoddict_get_shadow(self.space)
# Do normal self ptr swap
AbstractGenericShadow.become(self, w_other)
# Swap class pointers
self.s_class, s_other.s_class = s_other.s_class, self.s_class
# Conditionally inform the class about the swap
if self.s_class: self.s_class.store_s_methoddict(self)
if s_other.s_class: s_other.s_class.store_s_methoddict(s_other)
def __init__(self, space, w_self, size):
self.s_class = None
self.methoddict = {}
AbstractGenericShadow.__init__(self, space, w_self, size)
def __init__(self, space, w_self, size):
self.s_class = None
self.methoddict = {}
AbstractGenericShadow.__init__(self, space, w_self, size)
