def _call_with_env_structure(self, args, env, cont, env_structure):
jit.promote(self.caselam)
jit.promote(env_structure)
(actuals, frees, lam) = self._find_lam(args)
# specialize on the fact that often we end up executing in the
# same environment.
prev = lam.env_structure.prev.find_env_in_chain_speculate(
frees, env_structure, env)
return lam.make_begin_cont(
ConsEnv.make(actuals, prev),
cont)
def call_with_extra_info(self, args, env, cont, calling_app):
env_structure = None
if calling_app is not None:
env_structure = calling_app.env_structure
jit.promote(self.caselam)
jit.promote(env_structure)
(actuals, frees, lam) = self._find_lam(args)
if not jit.we_are_jitted() and env.pycketconfig().callgraph:
env.toplevel_env().callgraph.register_call(lam, calling_app, cont, env)
# specialize on the fact that often we end up executing in the
# same environment.
prev = lam.env_structure.prev.find_env_in_chain_speculate(frees, env_structure, env)
return lam.make_begin_cont(ConsEnv.make(actuals, prev), cont)
def call_with_extra_info(self, args, env, cont, calling_app):
env_structure = None
if calling_app is not None:
env_structure = calling_app.env_structure
jit.promote(self.caselam)
jit.promote(env_structure)
(actuals, frees, lam) = self._find_lam(args)
if not jit.we_are_jitted() and env.pycketconfig().callgraph:
env.toplevel_env().callgraph.register_call(lam, calling_app, cont,
env)
# specialize on the fact that often we end up executing in the
# same environment.
prev = lam.env_structure.prev.find_env_in_chain_speculate(
frees, env_structure, env)
return lam.make_begin_cont(ConsEnv.make(actuals, prev), cont)
def lookup(self, sym, env_structure):
jit.promote(env_structure)
if len(env_structure.elems) == self._get_size_list():
return ConsEnv.lookup(self, sym, env_structure)
recursive_sym = jit.promote(self.caselam).recursive_sym
if sym is recursive_sym:
return self
i = 0
for s in env_structure.elems:
if s is recursive_sym:
continue
if s is sym:
v = self._get_list(i)
assert v is not None
return v
i += 1 # only count non-self references
prev = self.get_prev(env_structure)
return prev.lookup(sym, env_structure.prev)
def lookup(self, sym, env_structure):
jit.promote(env_structure)
if len(env_structure.elems) == self._get_size_list():
return ConsEnv.lookup(self, sym, env_structure)
recursive_sym = jit.promote(self.caselam).recursive_sym
if sym is recursive_sym:
return self
i = 0
for s in env_structure.elems:
if s is recursive_sym:
continue
if s is sym:
v = self._get_list(i)
assert v is not None
return v
i += 1 # only count non-self references
prev = self.get_prev(env_structure)
return prev.lookup(sym, env_structure.prev)
def __init__(self, caselam, toplevel_env):
self.closure = W_Closure._make([ConsEnv.make([], toplevel_env)] * len(caselam.lams), caselam, toplevel_env)
def __init__(self, caselam, prev):
ConsEnv.__init__(self, prev)
self.caselam = caselam
def __init__(self, caselam, env):
self.caselam = caselam
for (i,lam) in enumerate(caselam.lams):
vals = lam.collect_frees(caselam.recursive_sym, env, self)
self._set_list(i, ConsEnv.make(vals, env.toplevel_env()))
def __init__(self, caselam, toplevel_env):
self.closure = W_Closure._make([ConsEnv.make([], toplevel_env)] *
len(caselam.lams), caselam,
toplevel_env)
def __init__(self, caselam, prev):
ConsEnv.__init__(self, prev)
self.caselam = caselam
def __init__(self, caselam, env):
self.caselam = caselam
for (i, lam) in enumerate(caselam.lams):
vals = lam.collect_frees(caselam.recursive_sym, env, self)
self._set_list(i, ConsEnv.make(vals, env.toplevel_env()))
