def syn_master(batch_buffer, k, n_core, eta, alpha):
new_eta = eta
processes = []
q = Queue()
for i in xrange(n_core):
d, eta, etaSum = batch_buffer[i]
prc = Process(target=syn_worker, args=(d, eta, etaSum, alpha, q))
processes.append(prc)
prc.start()
for i in xrange(n_core):
delta_eta = q.get()
_mea.add_eta(new_eta, delta_eta)
for prc in processes:
prc.join()
return new_eta
def syn_master(batch_buffer,k,n_core,eta,alpha):
new_eta = eta
processes = []
q = Queue()
for i in xrange(n_core):
d,eta,etaSum = batch_buffer[i]
prc = Process(target = syn_worker, args = (d,eta,etaSum,alpha,q))
processes.append(prc)
prc.start()
for i in xrange(n_core):
delta_eta = q.get()
_mea.add_eta(new_eta,delta_eta)
for prc in processes:
prc.join()
return new_eta
def add_eta(self, second):
self.lock.acquire()
_mea.add_eta(self.eta, second)
self.lock.release()
def add_eta(self,second):
self.lock.acquire()
_mea.add_eta(self.eta,second)
self.lock.release()