mn.start()
ap1.start()
ar.start()
ha.start()
cn.start()
wf = WhiteFountain(mn, '2002::1', None, 'wf')
am = AnsweringMachine(cn, 'am')
# world.monitor.watch(lambda: wf.i, "wf sent", 'red')
# world.monitor.watch(lambda: am.received, "am received", 'blue')
wf.start()
am.start()
if World.gui:
world.gui.target_obj = c
world.gui.add_label(wf.info)
world.gui.add_label(am.info)
world.gui.map.zoom = 15
########################
world.start()
########################
# print 'Producing Report ... '
world.sequence_diagram([(mn, mn_i1), (ap1.wireless_iface, ap1, ap1.ethernet_iface), (ap2.wireless_iface, ap2, ap2.ethernet_iface), (ar_i1, ar_i2, ar, ar_i3), (ha_i1, ha, ha_i2),(cn_i1, cn)])
# os.system("open /tmp/packets.pdf")
world.gui.target_obj = c
world.gui.add_label(wf1.info)
world.gui.add_label(am1.info)
world.gui.map.zoom = 15
########################
# world.start(until=(1200+100)/speed)
world.start()
########################
f = open('/tmp/packets.txt', 'w')
f.write(w.packets.text())
f.close()
world.sequence_diagram([
(am1, am2, mn, mn_i1, mn_i2),
(ap1.wireless_iface, ap1, ap1.ethernet_iface),
(ap2.wireless_iface, ap2, ap2.ethernet_iface),
(ap3.wireless_iface, ap3, ap3.ethernet_iface),
(ar_i1, ar_i2, ar_i3, ar, ar_i4),
(ha_i1, ha, ha_i2),
(cn_i1, cn, wf1, wf2)])
l1 = []
l2 = []
l3 = []
l4 = []
last1 = last2 = last3 = last4 = None
for p in world.packets:
for trip_stop in p.trip:
if trip_stop.action == 'retired' and trip_stop.actor == am1:
lon = len(p[inet.UDP].payload)
if last1:
l1.append((trip_stop.time, trip_stop.time - last1, lon))
