def create_events():
for evt_time in xrange(end_time):
# pick a random entity for receiving hello
hello_rcpt = random.choice(xrange(num_entities))
# who should the reply be sent to ?
reply_rcpt = random.choice(xrange(num_entities))
simx.schedule_event( evt_time, ('p',hello_rcpt), eAddr_HelloHandlerPerson,
HelloMessage(source_id=('p',reply_rcpt)))
def create_events():
for evt_time in range(1, end_time):
# pick a random entity for receiving hello
hello_rcpt = random.choice(xrange(num_entities))
# who should the reply be sent to ?
reply_rcpt = random.choice(xrange(num_entities))
simx.schedule_event(evt_time, ('p', hello_rcpt),
eAddr_HelloHandlerPerson,
HelloMessage(source_id=('p', reply_rcpt)))
def run(self):
for evt_time in range(1,end_time):
hello_rcvr = ('p',random.choice(xrange(num_entities)))
reply_rcvr = ('p',random.choice(xrange(num_entities)))
simx.schedule_event(evt_time, hello_rcvr, eAddr_HelloHandlerPerson,
HelloMessage(source_id=reply_rcvr))
#schedule in chunks of 10 time units
if (evt_time % 10 == 0):
# go to sleep, and wake up in time to schedule
# next batch of events
self.sleep(evt_time - simx.get_now())
def run(self):
for evt_time in xrange(1, end_time / 2 - 1):
hello_rcvr = ('p', random.choice(xrange(num_entities)))
reply_rcvr = ('p', random.choice(xrange(num_entities)))
#print evt_time,hello_rcvr,reply_rcvr
simx.schedule_event(simx.get_now() + evt_time, hello_rcvr,
eAddr_HelloHandlerPerson,
HelloMessage(source_id=reply_rcvr))
#schedule in chunks of 10 time units
if (evt_time % 10 == 0):
# go to sleep, and wake up in time to schedule
# next batch of events
#raw_input()
self.sleep(evt_time - simx.get_now())
targetId = random.randrange(count)
offset = int(exponential(1) + min_delay)
#print "node ",self.get_entity_id()," sending message with offset ",\
# offset," at time ",simx.get_now(), "to target ", targetId
self.send_info(None, offset, ('n', targetId), addr_RECEIVER)
simx.register_service(Receiver)
simx.register_address("addr_RECEIVER", addr_RECEIVER)
class Node(simx.PyEntity):
def __init__(self, ID, lp, entity_input, py_obj=None):
super(Node, self).__init__(ID, lp, entity_input, self)
self.install_service(Receiver, addr_RECEIVER)
#print "node ",ID," being created"
simx.init("phold")
simx.set_end_time(500000)
simx.set_min_delay(1)
simx.init_env()
for i in xrange(count):
simx.create_entity(('n', i), Node)
for i in xrange(count):
simx.schedule_event(0, ('n', i), addr_RECEIVER, None)
simx.run()
import simx
from Person import *
from HelloHandler import *
# initialize
simx.init("helloworld")
simx.set_end_time(1024)
simx.set_min_delay(1)
simx.init_env()
# create Persons
person_list = []
num_persons = 1024
for i in xrange(num_persons):
simx.create_entity(('p', i), Person)
person_list.append(('p', i))
#schedule events
for evt_time in range(1, end_time):
hello_rcvr = random.choice(person_list)
reply_rcvr = random.choice(person_list)
simx.schedule_event(evt_time, hello_rcvr, eAddr_HelloHandlerPerson,
HelloMessage(source_id=reply_rcvr))
#Run the simulation
simx.run()
def recv(self, msg):
targetId = random.randrange(count)
offset = int(exponential(1) + min_delay)
#print "node ",self.get_entity_id()," sending message with offset ",\
# offset," at time ",simx.get_now(), "to target ", targetId
self.send_info(None,offset,('n',targetId),
addr_RECEIVER)
simx.register_service(Receiver)
simx.register_address("addr_RECEIVER",addr_RECEIVER)
class Node(simx.PyEntity):
def __init__(self,ID,lp,entity_input,py_obj=None):
super(Node,self).__init__(ID,lp,entity_input,self)
self.install_service(Receiver, addr_RECEIVER)
#print "node ",ID," being created"
simx.init("phold")
simx.set_end_time(500000)
simx.set_min_delay(1)
simx.init_env()
for i in xrange(count):
simx.create_entity(('n',i),Node)
for i in xrange(count):
simx.schedule_event(0,('n',i),addr_RECEIVER,None)
simx.run()
