def new(klass, *args, **kwargs):
proxy = ppp.Proxy(klass)
if scatterargs is None:
scatteredargs = [((klass, proxy.__id__) + args,kwargs)]*(comm.size-1)
else:
scatteredargs = [((klass, proxy.__id__) + s[0], s[1]) for s in scatterargs(comm.size-1)(*args, **kwargs)]
ppm.scatterfncall(ppp.createproxy, scatteredargs)
for name, m in inspect.getmembers(klass, inspect.ismethod):
pmdata = parallelmethods.get(m.im_func)
if pmdata is not None:
(mscatterargs, reduceop) = pmdata
mw = memberwrapper(mscatterargs, m, reduceop)
proxy.__setattr__(name, types.MethodType(mw, proxy, ppp.Proxy))
return proxy
def __call__(self, *margs, **mkwargs):
if self.mscatterargs is None:
scatteredargs = [(margs,mkwargs)]*(comm.size-1)
else:
scatteredargs = self.mscatterargs(comm.size-1)(*margs, **mkwargs)
return ppm.scatterfncall(methodwrapper(self.m.im_func), scatteredargs, self.reduceop)
def parallelwrapper(*arg, **kw):
if scatterargs is None:
scatteredargs = [(arg,kw)]*(comm.size-1)
else:
scatteredargs = scatterargs(comm.size-1)(*arg, **kw)
return ppm.scatterfncall(wrapfn(fn), scatteredargs, reduceop)
def new(klass, *arg, **kw):
obj = object.__new__(klass)
obj.__init__(*arg, **kw)
proxy = ppp.Proxy(klass, obj)
ppm.scatterfncall(ppp.registerproxy, [((proxy.__id__, obj),{})] * (comm.size-1))
return proxy