def compute(self, faults, population):
keep_log = False
if keep_log:
log = open("logs/trace.txt", 'w')
state = 0
channel_lengths = 0.0
network = Network(population, 1, 1000)
network.perturb(faults)
oracles = get_oracles()
# Print block
if keep_log:
log.write("Initial state:\n")
log.write("--Network--\n")
for process in network.nodes:
channel = "["
for message in network.nodes[process].channel:
channel += str(message) + " "
channel += "]"
log.write(str(network.nodes[process]))
log.write("\tch:")
log.write(str(channel))
log.write("\n")
log.write("-----------\n")
"""
print "Initial state:"
print "--Network--"
for process in network.nodes:
channel = "["
for message in network.nodes[process].channel:
channel += str(message) + " "
channel += "]"
print network.nodes[process], "\tch:", channel
print "-----------"
"""
while not network.linearized():
print 's',state
channel_lengths += numpy.mean([len(network.nodes[id].channel) for id in network.nodes])
state += 1
enabled = [network.nodes[id] for id in network.nodes if network.nodes[id].enabled()]
# Select an action
actions = [oracle for oracle in oracles if oracle.guard(network)]
if len(enabled) > 0: actions += ["node"]
chosen_action = random.choice(actions)
if keep_log:
for oracle in oracles:
log.write(oracle.name + ": " + str(oracle.guard(network)) + " ")
log.write("\n")
if chosen_action == "node":
actor = random.choice(enabled)
action = actor.act()
if keep_log:
log.write("s")
log.write(str(state))
log.write(": p")
log.write(str(actor.id))
log.write(" executes ")
log.write(str(action))
log.write("\n")
else:
chosen_action.command(network)
if keep_log:
log.write("s")
log.write(str(state))
log.write(": ")
log.write(str(chosen_action.name))
log.write(" executes its action")
log.write("\n")
#print "s"+str(state), ":", chosen_action.name, "executes its action"
#print "s"+str(state), ":", chosen_action.name, "executes its action"
# Print block
if keep_log:
log.write("--Network--\n")
for process in network.nodes:
channel = "["
for message in network.nodes[process].channel:
channel += str(message) + " "
channel += "]"
log.write(str(network.nodes[process]))
log.write("\tch:")
log.write(str(channel))
log.write("\n")
log.write("-----------\n")
"""
print "--Network--"
for process in network.nodes:
channel = "["
for message in network.nodes[process].channel:
channel += str(message) + " "
channel += "]"
print network.nodes[process], "\tch:", channel
print "-----------"
"""
return state, oracles[0].executions, oracles[3].executions, oracles[1].executions, channel_lengths / max(state, 1)
