def run_this():
gen = RandomState(2)
env = simpy.Environment()
pkt = Packet(1, size=1, id=1, src="n2", dst="n7")
pkt2 = Packet(1, size=1, id=2, src="n2", dst="n5")
pkt3 = Packet(1, size=1, id=3, src="n2", dst="n6")
myNetwork = Network(env=env, gen=gen)
myNetwork.add_nodes(["n1", "n2", "n3", "n4", "n5", "n6", "n7"])
myNetwork.set_routing_algorithm(controller="random")
links = [["n1", "n2", 1], ["n1", "n3", 1], ["n1", "n4", 1], ["n3", "n2", 1], ["n4", "n6", 1], ["n3", "n6", 2], ["n4", "n7", 1], ["n4", "n5", 1], ["n6", "n7", 1], ["n5", "n7", 10]]
myNetwork.add_links(links)
"""myNetwork.add_packet(pkt)
myNetwork.add_packet(pkt2)
myNetwork.add_packet(pkt3)
def step(env2):
env2.run(until=env2.now+1)
for i in range(30):
#print("Queue size is " + str(len(env._queue)))
step(env2=env)
#print(pkt.current_node.id)
if i == 3:
myNetwork.set_routing_algorithm(controller="dijkstra")"""
print(myNetwork.links)
def initial_state(self, packet=None):
if packet is None:
src = random.choice(list(self.graph.nodes.keys()))
dst = random.choice(list(self.graph.nodes.keys()))
while not dst == src:
dst = random.choice(list(self.graph.nodes.keys()))
pkt = Packet(time=self.graph.env.now,
size=1,
id=1,
src=src,
dst=dst)
self.graph.add_packet(pkt=pkt)
else:
src = packet[0]
dst = packet[1]
pkt = Packet(time=self.graph.env.now, size=1, id=1, src=src, dst=dst)
self.graph.add_packet(pkt=pkt)
return (
self.graph.nodes[src],
self.graph.nodes[src],
self.graph.nodes[dst],
)
def initial_state(self, broken_links, seed=None, packet=None):
if seed is None:
random.seed()
else:
random.seed(seed)
if packet is None:
src = random.choice(list(self.graph.nodes.keys()))
dst = random.choice(list(self.graph.nodes.keys()))
while dst == src:
dst = random.choice(list(self.graph.nodes.keys()))
else:
src = packet[0]
dst = packet[1]
pkt = Packet(time=self.graph.env.now, size=1, id=1, src=src, dst=dst)
self.graph.add_packet(pkt=pkt)
state = [
self.graph.nodes[src],
self.graph.nodes[src],
self.graph.nodes[dst],
]
#print([state[0].id, state[1].id, state[2].id])
return state
def run():
gen = RandomState(2)
env = simpy.Environment()
n1 = Node(env=env, id="n1", gen=gen)
n2 = Node(env=env, id="n2", gen=gen)
n3 = Node(env=env, id="n3", gen=gen)
n4 = Node(env=env, id="n4", gen=gen)
n5 = Node(env=env, id="n5", gen=gen)
n6 = Node(env=env, id="n6", gen=gen)
n1.set_routing_algo()
n2.set_routing_algo()
n3.set_routing_algo()
n4.set_routing_algo()
n5.set_routing_algo()
n6.set_routing_algo()
n1.add_connection(n2,
rate=500,
qlimit=64,
monitor_rate=1,
propagation_delay=5)
n1.add_connection(n3,
rate=500,
qlimit=64,
monitor_rate=1,
propagation_delay=5)
n2.add_connection(n4,
rate=500,
qlimit=64,
monitor_rate=1,
propagation_delay=5)
n4.add_connection(n6,
rate=500,
qlimit=64,
monitor_rate=1,
propagation_delay=5)
n3.add_connection(n5,
rate=500,
qlimit=64,
monitor_rate=1,
propagation_delay=5)
n5.add_connection(n6,
rate=500,
qlimit=64,
monitor_rate=1,
propagation_delay=5)
pkt = Packet(1, size=1, id=1, src=n1.id, dst=n6.id)
n1.put(pkt)
env.run(until=100)
def run():
gen = RandomState(2)
env = simpy.Environment()
pkt = Packet(1, size=1, id=1, src="n2", dst="n7")
pkt2 = Packet(1, size=1, id=2, src="n2", dst="n5")
pkt3 = Packet(1, size=1, id=3, src="n2", dst="n6")
myNetwork = Network(env=env, gen=gen)
myNetwork.add_nodes(["n1", "n2", "n3", "n4", "n5", "n6", "n7"])
myNetwork.set_routing_algorithm(controller="random")
links = [["n1", "n2", 1], ["n1", "n3", 1], ["n1", "n4",
1], ["n3", "n2", 1],
["n4", "n6", 1], ["n3", "n6", 2], ["n4", "n7", 1],
["n4", "n5", 1], ["n6", "n7", 1], ["n5", "n7", 10]]
myNetwork.add_links(links)
myNetwork.add_packet(pkt)
myNetwork.add_packet(pkt2)
myNetwork.add_packet(pkt3)
for i in range(50):
env.run(until=env.now + 1)
print("next")
def getStats(self):#nOfPktdropped, nOfPktGenerated
return routing.Network_Components.getStats(), Packet.getStats()
for i in range(3):
packet = Packet(env.now, mean_pkt_size, i)
switch_port.put(packet)
print(switch_port.getQueueSize())
print("something")
switch_port.out = switch_port2
switch_port.run()'''
node1 = NetworkNode(env, "NW1", port_rate, adist1, sdist, samp_dist)
node2 = NetworkNode(env, "NW2", port_rate, adist1, sdist, samp_dist)
node3 = NetworkNode(env, "NW3", port_rate, adist1, sdist, samp_dist)
node4 = NetworkNode(env, "NW4", port_rate, adist1, sdist, samp_dist)
node5 = NetworkNode(env, "NW5", port_rate, adist1, sdist, samp_dist)
node1.addPort(node2, True)
node1.addPort(node3, True)
node3.addPort(node4, True)
node2.addPort(node4, True)
node2.addPort(node5, True)
node4.addPort(node5, True)
print(node1.getPorts())
print(node2.getPorts())
print(node3.getPorts())
print(node4.getPorts())
packet = Packet(env.now, mean_pkt_size, 1, "NW1", "NW4")
#packet2 = Packet(env.now, mean_pkt_size, 1, "NW2", "NW1")
node1.put(packet)
#node2.put(packet2)
env.run(until=40000)
def getStats(self):#nOfPktdropped, nOfPktGenerated, mean end to end delay
return routing.Network_Components.getStats(), Packet.getStats(), Packet.mean_end_to_end_delay()