def pyspace_shmem(shmem_name):
nothrow(ExistentialError, unlink_shared_memory, (shmem_name, ))
nothrow(ExistentialError, unlink_semaphore,
('/pyspace_%s_lock' % shmem_name, ))
with pyspaces.PySpaceShMem(shmem_name) as space:
yield space
unlink_shared_memory(shmem_name)
unlink_semaphore('/pyspace_%s_lock' % shmem_name)
def main():
t = ('hello', 'world')
print('producing tuple: %s' % str(t))
with pyspaces.PySpaceShMem('HelloWorldPyspace') as space:
space.put(t)
def main():
with pyspaces.PySpaceShMem('HelloWorldPyspace') as space:
print('consuming tuple: %s' % str(space.take(('hello', None))))
def main(args):
operation = args[1]
tupletype = args[2]
level = args[3]
print('operation: %s' % operation)
print('tupletype: %s' % tupletype)
print('level: %s' % level)
tg = None
if tupletype == "null":
def _tg():
while True:
yield (None, None)
tg = _tg()
elif tupletype == "int":
def _tg():
while True:
yield (randint(), randint())
tg = _tg()
elif tupletype == "string":
def _tg():
while True:
yield (randstring(32), randstring(32))
tg = _tg()
elif tupletype == "doublearray":
def _tg():
while True:
yield (randdoublearray(32), randdoublearray(32))
tg = _tg()
elif tupletype == "doublearrayxl":
def _tg():
while True:
yield (randdoublearray(256), randdoublearray(256))
tg = _tg()
elif tupletype == "doublearrayxxl":
def _tg():
while True:
yield (randdoublearray(2048), randdoublearray(2048))
tg = _tg()
else:
raise Exception("unsupported tupletype %s", tupletype)
with pyspaces.PySpaceShMem('PutTakeMicroBenchPyspace') as space:
space.put((None, ))
if operation == "put":
experiment_put(space, tg, level)
elif operation == "take":
experiment_take(space, tg, level)
else:
raise Exception("unsupported operation %s", operation)
def main():
with pyspaces.PySpaceShMem('ConnectMicroBenchPyspace') as space:
space.put((None, ))