# 'B' : [ ('node D', 'rtt=2, bw=9') ],
#
# 'C' : [],
#
# 'node D' : []
# }
# The meaning is clear: you're specifying the links between nodes and their
# properties. In this example, the graph is:
#
# A -- B -- D
# |
# C
#
# Links are symmetric
#
N = Net()
N.net_file_load('net1')
N.net_dot_dump(open('net1.dot', 'w'))
# Activate the simulator
sim.sim_activate()
def run_sim():
# Fill the options to pass to the nodes.
s = Settings()
s.SIMULATED = True
s.IP_VERSION = 4
s.NICS = []
s.EXCLUDE_NICS = []
import sys
sys.path.append('../../')
import md5
import random
from random import randint
import pdb
from ntk.sim.net import Net
random.seed(1)
# load from file
N = Net()
N.net_file_load('net1')
N.net_dot_dump(open('net1.dot', 'w'))
# rand net
N1 = Net()
N1.rand_net_build(16)
N1.net_dot_dump(open('net1-rand.dot', 'w'))
# mesh net
N2 = Net()
N2.mesh_net_build(4)
N2.net_dot_dump(open('net1-mesh.dot', 'w'))
# complete net
N3 = Net()
N3.complete_net_build(8)
N3.net_dot_dump(open('net1-complete.dot', 'w'))
# 'B' : [ ('node D', 'rtt=2, bw=9') ],
#
# 'C' : [],
#
# 'node D' : []
# }
# The meaning is clear: you're specifying the links between nodes and their
# properties. In this example, the graph is:
#
# A -- B -- D
# |
# C
#
# Links are symmetric
#
N=Net()
N.net_file_load('net1')
N.net_dot_dump(open('net1.dot', 'w'))
# Activate the simulator
sim.sim_activate()
def run_sim():
# Fill the options to pass to the nodes.
s = Settings()
s.SIMULATED = True
s.IP_VERSION = 4
s.NICS = []
s.EXCLUDE_NICS = []
sys.path.append("../../")
from ntk.sim.net import Net
import ntk.sim.sim as sim
from ntk.sim.wrap.sock import Sock
import ntk.sim.wrap.xtime as xtime
from socket import AF_INET, SOCK_DGRAM, SOCK_STREAM, SO_REUSEADDR, SOL_SOCKET
import ntk.sim.wrap.xtime as xtime
from ntk.lib.micro import micro, microfunc, allmicro_run
import ntk.lib.rpc as rpc
from ntk.lib.micro import micro, allmicro_run, micro_block
from ntk.network.inet import ip_to_str
seed(1)
N = Net()
N.net_file_load("net1")
N.net_dot_dump(open("net1.dot", "w"))
#
### The server remotable functions
#
class MyNestedMod:
def __init__(self):
self.remotable_funcs = [self.add]
def add(self, x, y):
return x + y