def run_one_hop(pkt_num):
pkt_size = T
ff_order = 8
input_data = ''
for x in xrange(pkt_num):
input_data = input_data + pkt_size * chr(random.randint(0, 255))
# define network's source and destination
src = Encoder(M, pkt_num, pkt_size, input_data)
dst = Decoder(M, pkt_num, pkt_size)
start = time.clock()
output_data, c1 = _run_one_hop(src, dst)
end = time.clock()
# print "output_data's length: ", len(output_data)
for i in xrange(pkt_num * pkt_size):
if input_data[i] != output_data[i]:
print "#"*30 + " memory coding error " + "#"*30
break
return end - start, c1.num_sent, c1.num_received, dst.num_inact
def run_two_hop(pkt_num):
pkt_size = T
ff_order = 8
input_data = ''
for x in xrange(pkt_num):
input_data = input_data + pkt_size * chr(random.randint(0, 255))
# define network's source and destination
src = Encoder(M, pkt_num, pkt_size, input_data)
dst = Decoder(M, pkt_num, pkt_size)
recoder = Recoder(M, pkt_size)
start = time.clock()
output_data, c1, c2 = run_network(mode, src, dst, recoder)
end = time.clock()
#print "output_data's length: ", len(output_data)
# for i in xrange(pkt_num * pkt_size):
# if input_data[i] != output_data[i]:
# print "#"*30 + " memory coding error " + "#"*30
# break
return end - start, ((c1.num_sent, c1.num_received), (c2.num_sent, c2.num_received), dst.num_inact)
