def wait(self, timeout=None):
if timeout is not None:
bailout = time.time() + timeout
abstime = pthread.timespec()
abstime.tv_sec = int(bailout)
abstime.tv_nsec = int((bailout - int(bailout)) * (10 ** 9))
return self.__cond.timedwait(abstime)
else:
return self.__cond.wait()
def wait(self, timeout=None):
if timeout is not None:
bailout = time.time() + timeout
abstime = pthread.timespec()
abstime.tv_sec = int(bailout)
abstime.tv_nsec = int((bailout - int(bailout)) * (10**9))
return self.__cond.timedwait(abstime)
else:
return self.__cond.wait()
def _wait_timeout(self, timeout):
bailout = time.time() + timeout
abstime = pthread.timespec()
abstime.tv_sec = int(bailout)
abstime.tv_nsec = int((bailout - int(bailout)) * (10 ** 9))
while True:
if self.__cond.timedwait(abstime) == errno.ETIMEDOUT:
break
if self.__signals > 0:
self.__signals -= 1
break
def _wait_timeout(self, timeout):
bailout = time.time() + timeout
abstime = pthread.timespec()
abstime.tv_sec = int(bailout)
abstime.tv_nsec = int((bailout - int(bailout)) * (10**9))
while True:
if self.__cond.timedwait(abstime) == errno.ETIMEDOUT:
break
if self.__signals > 0:
self.__signals -= 1
break
def wait_until(self, bailout):
"""
Waits until bailout time has passed or the condtion is notified.
This may return before bailout time if notify() or notify_all() were
invoked, or because of spurious wakeup of the underlying
implementation. You must check the return value to detect if bailout
time has passed.
Return True if bailout timeout has passed, False otherwise.
"""
abstime = pthread.timespec()
abstime.tv_sec = int(bailout)
abstime.tv_nsec = int((bailout - int(bailout)) * (10 ** 9))
return self.__cond.timedwait(abstime) == errno.ETIMEDOUT
