def fillin(self, space, g_self):
W_AbstractObjectWithIdentityHash.fillin(self, space, g_self)
# Recursive fillin required to enable specialized storage strategies.
pointers_w = g_self.pointers
assert len(pointers_w) == 1
pointers_w[0].fillin(space)
self.value = space.unwrap_int(pointers_w[0].w_object)
def fillin(self, space, g_self):
W_AbstractObjectWithIdentityHash.fillin(self, space, g_self)
self.lookup_selector = "unknown%d" % self.gethash()
self.bytes = [] # make sure the attribute is defined
# Implicitly sets the header, including self.literalsize
for i, w_object in enumerate(g_self.get_pointers()):
self.literalatput0(space, i, w_object, initializing=True)
self.setbytes(g_self.get_bytes()[self.bytecodeoffset():])
self.post_init()
def fillin(self, space, g_self):
W_AbstractObjectWithIdentityHash.fillin(self, space, g_self)
# Recursive fillin required to enable specialized storage strategies.
for g_obj in g_self.pointers:
g_obj.fillin(space)
pointers = g_self.get_pointers()
storage_type = space.strategy_factory.strategy_type_for(pointers, weak=False) # do not fill in weak lists, yet
space.strategy_factory.set_initial_strategy(self, storage_type,
g_self.get_class(),
len(pointers), pointers)
def fillin(self, space, g_self):
W_AbstractObjectWithIdentityHash.fillin(self, space, g_self)
# Recursive fillin required to enable specialized storage strategies.
for g_obj in g_self.pointers:
g_obj.fillin(space)
pointers = g_self.get_pointers()
storage_type = space.strategy_factory.strategy_type_for(
pointers, weak=False) # do not fill in weak lists, yet
space.strategy_factory.set_initial_strategy(self, storage_type,
g_self.get_class(),
len(pointers), pointers)
def fillin(self, space, g_self):
W_AbstractObjectWithIdentityHash.fillin(self, space, g_self)
self._startpc_stacklen_args = r_uint(0)
self.set_stack([space.w_nil] * len(g_self.pointers))
for i, g_obj in enumerate(g_self.pointers):
g_obj.fillin(space)
if i >= constants.BLKCLSR_SIZE:
self.atput0(space, i - constants.BLKCLSR_SIZE, g_obj.w_object)
elif i == constants.BLKCLSR_OUTER_CONTEXT:
self._w_outerContext = g_obj.w_object
elif i == constants.BLKCLSR_STARTPC:
self.set_startpc(space.unwrap_int(g_obj.w_object))
elif i == constants.BLKCLSR_NUMARGS:
self.set_numArgs(space.unwrap_int(g_obj.w_object))
else:
assert False
def fillin(self, space, g_self):
W_AbstractObjectWithIdentityHash.fillin(self, space, g_self)
self._startpc_stacklen_args = r_uint(0)
self.set_stack([space.w_nil] * len(g_self.pointers))
for i, g_obj in enumerate(g_self.pointers):
g_obj.fillin(space)
if i >= constants.BLKCLSR_SIZE:
self.atput0(space, i - constants.BLKCLSR_SIZE, g_obj.w_object)
elif i == constants.BLKCLSR_OUTER_CONTEXT:
self._w_outerContext = g_obj.w_object
elif i == constants.BLKCLSR_STARTPC:
self.set_startpc(space.unwrap_int(g_obj.w_object))
elif i == constants.BLKCLSR_NUMARGS:
self.set_numArgs(space.unwrap_int(g_obj.w_object))
else:
assert False
def fillin(self, space, g_self):
W_AbstractObjectWithIdentityHash.fillin(self, space, g_self)
high, low = g_self.get_ruints(required_len=2)
if g_self.reader.version.has_floats_reversed:
low, high = high, low
self.fillin_fromwords(space, high, low)
def fillin(self, space, g_self):
W_AbstractObjectWithIdentityHash.fillin(self, space, g_self)
high, low = g_self.get_ruints(required_len=2)
if g_self.reader.version.has_floats_reversed:
low, high = high, low
self.fillin_fromwords(space, high, low)