def __init__ (self, eid, mask, ts, ack, otp):
self.msg_type = MSG_OTP_ACK
self.eid = IPAddr(eid) #EID to register
#self.mask = struct.pack('>I', mask)#EID mask
self.mask = mask
gammaplain = Gamma(eid, mask, ts, ack, otp)
self.gamma = gammaplain.encrypt()
return
def Test2():
env=simpy.Environment()
gamma = Gamma([2,3],[0.4,0.6])
B = EmbeddedBuffer(env,gamma)
Source = Source_Geo(env,"Source",0.6,B)
Server = Server_Geo(env,"Server",0.2,B)
env.run(until=20)
print ("Buffer average length = ",B.average_length)
print ("Average throughput = ",Server.average_throughput)
print ("Blocking probability = ",Source.blocking_probability)
def Simulate(y, rand_seed, simulation_length):
env = simpy.Environment()
random.seed(rand_seed)
stencil, alphas = get_stencil_and_alphas(y, y_min_bound, y_max_bound,
stencil_size, s, r)
gamma = Gamma(stencil, alphas)
C = EmbeddedBuffer(env, gamma)
Source = Source_Geo(env, "Source", arrival_probability, C)
Server = Server_Geo(env, "Server", service_probability, C)
env.run(until=simulation_length)
average_length = C.average_length
average_throughput = Server.average_throughput
blocking_probability = Source.blocking_probability
return average_length, average_throughput, blocking_probability
def gamma(x):
return Gamma(float(x))
