def _createtimers(self):
timers_count = 1000000
import time
beg_add_time = time.time()
print 'add {} timers:'.format(timers_count)
random = llbc.Random()
for i in range(0, timers_count):
timer = llbc.Timer(self.ontimeout, self.oncancel)
timer.schedule(random.rand(5000, 15000), random.rand(5000, 15000))
cost_time = (time.time() - beg_add_time) * 1000
print 'done, cost time(ms):{}'.format(cost_time)
def _createtimers(self):
random = llbc.Random()
for i in range(0, 500000):
timer = llbc.Timer(self.ontimeout, self.oncancel)
timer.schedule(random.rand(5000, 15000), random.rand(5000, 15000))
return llbc.inl.BoolJudge(self.__c_obj)
def choice(self, seq):
"""
Random choose one element at given sequence object(tuple, list, str, or unicode type instance).
:return: the choiced element.
"""
if not seq:
return None
return seq[self.rand(seq.__len__())]
llbc.Random = pyllbcRandom
__gbl_random = llbc.Random()
def pyllbcSeedRand(seed):
__gbl_random.seed(seed)
llbc.seedrand = pyllbcSeedRand
def pyllbcRandInt(begin=None, end=None):
return __gbl_random.rand(begin, end)
llbc.randint = pyllbcRandInt