import simpy
from SimComponents import RequestGenerator, RequestSink, RandomBrancher
if __name__ == '__main__':
# random-variables for distribution of requests
# inter-request-time distribution
idist = functools.partial(random.expovariate, 2.0)
# request cost distribution
mean_cost = 100
cdist = functools.partial(random.expovariate, 1.0 / mean_cost)
# Create the SimPy environment. This is the thing that runs the simulation.
env = simpy.Environment()
gen = RequestGenerator(env,
"external",
idist,
cdist,
initial_delay=50,
finish=1000)
# Create the packet generators and sink
def selector(req):
return req.src == "external"
sink = RequestSink(env, debug=True, rec_arrivals=True, selector=selector)
gen.out = sink
env.run(until=2000)
sink = RequestSink(env, debug=True, rec_arrivals=True, selector=None)
n_completers = 15
completers = [None] * n_completers
for i in range(n_completers):
completers[i] = RequestCompleter(env)
completers[i].out = sink
completers[0].extra_delay_factor = 2.5
generators = []
branchers = []
count = 10
for i in range(count):
generators.append(
RequestGenerator(env,
"genA" + str(i),
idist,
cdist,
initial_delay=50,
finish=3000))
branchers.append(PQueueBrancher(env, completers))
generators[i].out = branchers[i]
env.run(until=45000)
for i in range(n_completers):
print("{} reqs: {} hiwater {} inflight {}".format(
i, completers[i].requests_rec, completers[i].hiwat,
branchers[0].inflight[i]))
# Two generators, going into two priority-queue branchers, with 15 shared completers
if __name__ == '__main__':
# random-variables for distribution of requests
# inter-request-time distribution
idist = functools.partial(random.expovariate, 2.0)
# request cost distribution
mean_cost = 10
cdist = functools.partial(random.expovariate, 1.0 / mean_cost)
# Create the SimPy environment. This is the thing that runs the simulation.
env = simpy.Environment()
gen1 = RequestGenerator(env,
"one",
idist,
cdist,
initial_delay=50,
finish=3000)
gen2 = RequestGenerator(env,
"two",
idist,
cdist,
initial_delay=50,
finish=3000)
# Create the packet generators and sink
def selector(req):
return req.src == "one"
sink = RequestSink(env, debug=True, rec_arrivals=True, selector=selector)
import simpy
from SimComponents import RequestGenerator, RequestSink, RequestCompleter, SynchronousForwarder, RandomBrancher
if __name__ == '__main__':
# random-variables for distribution of requests
# inter-request-time distribution
idist = functools.partial(random.expovariate, 2.0)
# request cost distribution
mean_cost = 100
cdist = functools.partial(random.expovariate, 1.0/mean_cost)
# Create the SimPy environment. This is the thing that runs the simulation.
env = simpy.Environment()
gen = RequestGenerator(env, "external", idist, cdist, initial_delay=50)
# Create the packet generators and sink
def selector(req):
return req.src == "external"
sink = RequestSink(env, debug=True, rec_arrivals=True, selector=selector)
completer = RequestCompleter(env)
completer.out = sink
forwarder = SynchronousForwarder(env, N=1)
forwarder.out = completer
gen.out = forwarder
env.run(until=4000)