def __init__(self, sim, connections, **kwargs):
"""
Initialize the workload with the simulation (containing both the
environment and the topology for work), the set of connections to
cause outages for as a group, and any additional arguments.
"""
self.sim = sim
self.connections = connections
self.do_outage = Bernoulli(
kwargs.pop('outage_prob', settings.simulation.outage_prob))
# NOTE: This will not call any methods on the connections (on purpose)
self._state = ONLINE
# Distribution of outage duration
self.outage_duration = BoundedNormal(
kwargs.pop('outage_mean', settings.simulation.outage_mean),
kwargs.pop('outage_stddev', settings.simulation.outage_stddev),
floor=10.0,
)
# Distribution of online duration
self.online_duration = BoundedNormal(
kwargs.pop('online_mean', settings.simulation.online_mean),
kwargs.pop('online_stddev', settings.simulation.online_stddev),
floor=10.0,
)
# Initialize the Process
super(OutageGenerator, self).__init__(sim.env)
def __init__(self, sim, **kwargs):
"""
Initialize workload probabilities and distributions before passing
all optional keyword arguments to the super class.
"""
# Distribution for whether or not to change objects
self.do_object = Bernoulli(
kwargs.pop('object_prob', settings.simulation.object_prob))
self.do_read = Bernoulli(
kwargs.pop('read_prob', settings.simulation.read_prob))
# Interval distribution for the wait (in ms) to the next access.
self.next_access = BoundedNormal(
kwargs.pop('access_mean', settings.simulation.access_mean),
kwargs.pop('access_stddev', settings.simulation.access_stddev),
floor=1.0,
)
# Initialize the Workload
super(RoutineWorkload, self).__init__(sim, **kwargs)
# If current is None, update the state of the workload:
if self.current is None: self.update()
