def MAKE_CLOSURE(f, numdefaults, *ignored):
w_codeobj = f.popvalue()
codeobj = f.space.interp_w(pycode.PyCode, w_codeobj)
if codeobj.magic >= 0xa0df281: # CPython 2.5 AST branch merge
w_freevarstuple = f.popvalue()
freevars = [f.space.interp_w(Cell, cell)
for cell in f.space.viewiterable(w_freevarstuple)]
else:
nfreevars = len(codeobj.co_freevars)
freevars = [f.space.interp_w(Cell, f.popvalue())
for i in range(nfreevars)]
freevars.reverse()
defaultarguments = [f.popvalue() for i in range(numdefaults)]
defaultarguments.reverse()
fn = function.Function(f.space, codeobj, f.w_globals,
defaultarguments, freevars)
f.pushvalue(f.space.wrap(fn))
def MAKE_CLOSURE(self, numdefaults, next_instr):
w_codeobj = self.popvalue()
codeobj = self.space.interp_w(pycode.PyCode, w_codeobj)
if codeobj.magic >= 0xa0df281: # CPython 2.5 AST branch merge
w_freevarstuple = self.popvalue()
freevars = [
self.space.interp_w(Cell, cell)
for cell in self.space.fixedview(w_freevarstuple)
]
else:
n = len(codeobj.co_freevars)
freevars = [None] * n
while True:
n -= 1
if n < 0:
break
freevars[n] = self.space.interp_w(Cell, self.popvalue())
defaultarguments = self.popvalues(numdefaults)
fn = function.Function(self.space, codeobj, self.w_globals,
defaultarguments, freevars)
self.pushvalue(self.space.wrap(fn))
def MAKE_FUNCTION(f, numdefaults, *ignored):
w_codeobj = f.popvalue()
codeobj = f.space.interp_w(PyCode, w_codeobj)
defaultarguments = f.popvalues(numdefaults)
fn = function.Function(f.space, codeobj, f.w_globals, defaultarguments)
f.pushvalue(f.space.wrap(fn))