def main():
t = Timer(f, 0.01 * SECOND, 0.01 * SECOND, args=(proc.current(), ))
t.start()
park()
assert len(r) == 3
assert r[2] > r[1]
assert r[1] > r[0]
def main():
t = Timer(f, 0.01 * SECOND, 0.01 * SECOND, args=(proc.current(),))
t.start()
park()
assert len(r) == 3
assert r[2] > r[1]
assert r[1] > r[0]
def main():
rlist = []
period = 0.1 * SECOND
t = Timer(_func, period, args=(rlist, proc.current()))
now = nanotime()
t.start()
park()
delay = rlist[0]
assert (now + period - DELTA0) <= delay <= (now + period + DELTA), delay
def main():
rlist = []
period = 0.1 * SECOND
t = Timer(_func, period, args=(rlist, proc.current()))
now = nanotime()
t.start()
park()
delay = rlist[0]
assert (now + period - DELTA0) <= delay <= (now + period +
DELTA), delay
def main():
T1 = 0.4 * SECOND
T2 = 0.1 * SECOND
t1 = Timer(f1, T1, args=(proc.current(), ))
t2 = Timer(f2, T2)
now = nanotime()
t1.start()
t2.start()
park()
assert r1[0] > r2[0]
assert (now + T1 - DELTA0) <= r1[0] <= (now + T1 + DELTA), r1[0]
assert (now + T2 - DELTA0) <= r2[0] <= (now + T2 + DELTA), r2[0]
def main():
T1 = 0.4 * SECOND
T2 = 0.1 * SECOND
t1 = Timer(f1, T1, args=(proc.current(),))
t2 = Timer(f2, T2)
now = nanotime()
t1.start()
t2.start()
park()
assert r1[0] > r2[0]
assert (now + T1 - DELTA0) <= r1[0] <= (now + T1 + DELTA), r1[0]
assert (now + T2 - DELTA0) <= r2[0] <= (now + T2 + DELTA), r2[0]