def gct_direct_call(self, hop):
fnptr = hop.spaceop.args[0].value
try:
close_stack = fnptr._obj._callable._gctransformer_hint_close_stack_
except AttributeError:
close_stack = False
if close_stack:
self.handle_call_with_close_stack(hop)
else:
FrameworkGCTransformer.gct_direct_call(self, hop)
def __init__(self, translator):
FrameworkGCTransformer.__init__(self, translator)
# and now, fun fun fun, we need to inline malloc_fixedsize
# manually into all 'malloc' operation users, because inlining
# it after it has been stackless transformed is both a Very
# Bad Idea and forbidden by the fact that stackless transform
# makes it self-recursive! Argh.
## self.replace_and_inline_malloc_already_now()
# nothing left to inline during code generation
self.inline = False
def gct_direct_call(self, hop):
fnptr = hop.spaceop.args[0].value
try:
close_stack = fnptr._obj._callable._gctransformer_hint_close_stack_
except AttributeError:
close_stack = False
if close_stack:
self.handle_call_with_close_stack(hop)
else:
FrameworkGCTransformer.gct_direct_call(self, hop)
def __init__(self, translator):
FrameworkGCTransformer.__init__(self, translator)
# and now, fun fun fun, we need to inline malloc_fixedsize
# manually into all 'malloc' operation users, because inlining
# it after it has been stackless transformed is both a Very
# Bad Idea and forbidden by the fact that stackless transform
# makes it self-recursive! Argh.
## self.replace_and_inline_malloc_already_now()
# nothing left to inline during code generation
self.inline = False
