def __init__(self, name, nobjects, query_frac, **kwargs):
"""
name: Name of the test
nobjects: Number of objects in simulation
query_frac: Fraction of objects that register queries
Others: see ClusterSimTest.__init__
"""
# pre_sim_func
if 'pre_sim_func' in kwargs:
pre_sim_func = kwargs['pre_sim_func']
del kwargs['pre_sim_func']
else:
pre_sim_func = self.__pre_sim_func
# sim_func
if 'sim_func' in kwargs:
sim_func = kwargs['sim_func']
del kwargs['sim_func']
else:
sim_func = self.__sim_func
# post_sim_func
if 'post_sim_func' in kwargs:
post_sim_func = kwargs['post_sim_func']
del kwargs['post_sim_func']
else:
post_sim_func = self.__post_sim_func
ClusterSimTest.__init__(self, name, pre_sim_func=pre_sim_func, sim_func=sim_func, post_sim_func=post_sim_func, **kwargs)
self.bench = Pinto(self._cc, self._cs, nobjects=nobjects, query_frac=query_frac)
def __init__(self, name, rate, local_pings=True, remote_pings=True, payload=0, **kwargs):
"""
name: Name of the test
rate: Ping rate to test with
local_pings: if True, pings to objects on the same server are generated
remote_pings: if True, pings to objects on remote servers are generated
payload: Size of ping payloads
Others: see ClusterSimTest.__init__
"""
assert type(rate) != list
self.rate = rate
# pre_sim_func
if 'pre_sim_func' in kwargs:
pre_sim_func = kwargs['pre_sim_func']
del kwargs['pre_sim_func']
else:
pre_sim_func = self.__pre_sim_func
# sim_func
if 'sim_func' in kwargs:
sim_func = kwargs['sim_func']
del kwargs['sim_func']
else:
sim_func = self.__sim_func
# post_sim_func
if 'post_sim_func' in kwargs:
post_sim_func = kwargs['post_sim_func']
del kwargs['post_sim_func']
else:
post_sim_func = self.__post_sim_func
ClusterSimTest.__init__(self, name, pre_sim_func=pre_sim_func, sim_func=sim_func, post_sim_func=post_sim_func, **kwargs)
self.bench = PacketLatencyByLoad(self._cc, self._cs, local_messages=local_pings, remote_messages=remote_pings, payload=payload)
def __init__(self, name, rate, scheme, payload, local=False, oh_pool=1, packname='flow.pack', **kwargs):
"""
name: Name of the test
rate: Ping rate to test with
scheme: Fairness scheme to use. ('region', 'csfq')
payload: Size of ping payloads
local: Whether only local messages should be generated, False by default
Others: see ClusterSimTest.__init__
"""
assert type(rate) != list
self.rate = rate
# pre_sim_func
if 'pre_sim_func' in kwargs:
pre_sim_func = kwargs['pre_sim_func']
del kwargs['pre_sim_func']
else:
pre_sim_func = self.__pre_sim_func
# sim_func
if 'sim_func' in kwargs:
sim_func = kwargs['sim_func']
del kwargs['sim_func']
else:
sim_func = self.__sim_func
# post_sim_func
if 'post_sim_func' in kwargs:
post_sim_func = kwargs['post_sim_func']
del kwargs['post_sim_func']
else:
post_sim_func = self.__post_sim_func
ClusterSimTest.__init__(self, name, pre_sim_func=pre_sim_func, sim_func=sim_func, post_sim_func=post_sim_func, oh_pool=oh_pool, **kwargs)
nobjects = self._cs.num_random_objects
self._cs.num_random_objects = 0
self._cs.num_pack_objects = nobjects / self._cs.num_oh
self._cs.object_pack = packname
self._cs.pack_dump = True
self.bench = FlowFairness(self._cc, self._cs, scheme=scheme, payload=payload, local=local)