def Foo():
thread_pool_obj = coio.thread_pool(3)
stackless.tasklet(Sleeper)(thread_pool_obj, 9999)
stackless.tasklet(Sleeper)(thread_pool_obj, 9999)
stackless.tasklet(Sleeper)(thread_pool_obj, 2)
stackless.schedule()
f = lambda a, b: time.sleep(0.2) or a / b
#f = lambda a, b: a / b
#f = lambda a, b: sys.exit(42)
print 'X0'
if False:
for i in xrange(1, 11):
print i
assert 42 == worker(f, 84 * i, 2 * i)
print 'X1'
# This first call is slow (takes about 2 seconds), because we have to wait for
# a Sleeper to return.
print thread_pool_obj(f, -42, -1)
print 'X2'
print thread_pool_obj(f, -42, -1)
print 'X3'
print thread_pool_obj(f, -42, -1)
#print 'T'
#time.sleep(10)
print 'X4'
try:
thread_pool_obj(f, 7, 0)
e = None
except ZeroDivisionError, e:
pass
def Foo():
thread_pool_obj = coio.thread_pool(3)
stackless.tasklet(Sleeper)(thread_pool_obj, 9999)
stackless.tasklet(Sleeper)(thread_pool_obj, 9999)
stackless.tasklet(Sleeper)(thread_pool_obj, 2)
stackless.schedule()
f = lambda a, b: time.sleep(0.2) or a / b
#f = lambda a, b: a / b
#f = lambda a, b: sys.exit(42)
print 'X0'
if False:
for i in xrange(1, 11):
print i
assert 42 == worker(f, 84 * i, 2 * i)
print 'X1'
# This first call is slow (takes about 2 seconds), because we have to wait for
# a Sleeper to return.
print thread_pool_obj(f, -42, -1)
print 'X2'
print thread_pool_obj(f, -42, -1)
print 'X3'
print thread_pool_obj(f, -42, -1)
#print 'T'
#time.sleep(10)
print 'X4'
try:
thread_pool_obj(f, 7, 0)
e = None
except ZeroDivisionError, e:
pass
seconds, because a thread pool of size 3 will be used by 4 threads doing a sleep of 2 seconds each, so the last sleep can only be started after the first thread has finished. """ __author__ = '[email protected] (Peter Szabo)' import sys import time from syncless.best_stackless import stackless from syncless import coio def ProgressReporter(delta_sec): while True: sys.stderr.write('.') coio.sleep(delta_sec) if __name__ == '__main__': stackless.tasklet(ProgressReporter)(0.05) thread_pool_obj = coio.thread_pool(4 - bool(len(sys.argv) > 1)) stackless.tasklet(thread_pool_obj)(time.sleep, 2) stackless.tasklet(thread_pool_obj)(time.sleep, 2) stackless.tasklet(thread_pool_obj)(time.sleep, 2) sys.stderr.write('S') stackless.schedule() thread_pool_obj(time.sleep, 2) sys.stderr.write('D\n')
seconds, because a thread pool of size 3 will be used by 4 threads doing a sleep of 2 seconds each, so the last sleep can only be started after the first thread has finished. """ __author__ = "[email protected] (Peter Szabo)" import sys import time from syncless.best_stackless import stackless from syncless import coio def ProgressReporter(delta_sec): while True: sys.stderr.write(".") coio.sleep(delta_sec) if __name__ == "__main__": stackless.tasklet(ProgressReporter)(0.05) thread_pool_obj = coio.thread_pool(4 - bool(len(sys.argv) > 1)) stackless.tasklet(thread_pool_obj)(time.sleep, 2) stackless.tasklet(thread_pool_obj)(time.sleep, 2) stackless.tasklet(thread_pool_obj)(time.sleep, 2) sys.stderr.write("S") stackless.schedule() thread_pool_obj(time.sleep, 2) sys.stderr.write("D\n")
