for i in range(k):
start = time()
# Pick random seed
seed = int(samples[random.randint(0, len(samples))-1])
avrsrand(seed)
# skip randomly many values up to l
depth = random.randint(1, l)
# genrate sequence
seq = [avrrand() for _ in range(depth+sendValues+1)]
m = int(est*depth)
foundSeed = sf.findseed(seq, m)
t = time() - start
if foundSeed == -1:
# We gave up
giveups += 1
print "Gave up",
else:
print "Success",
meant.append(t)
print "Seq len: %d, Depth: %d, Time: %f, Count: %d, Giveups: %d" % (len(seq), depth, t, i, giveups)
print "Mean time:", sum(meant, 0.0)/k
print "Giveups:", giveups
#coding: utf-8
from stattests import StatTests, FipsTests
from seedfind import Seedfinder
from avrlibcrandom import random, srandom
f = open('samples.txt').read().split('\n')
seed = int(f[0])
seed = 526
srandom(seed)
seq = [random() for _ in range(1000)][990:]
print "Ég sendi inn þessa runu", seq
s = Seedfinder()
print "Ég fann", s.findseed(seq, 0), "en þú gafst mér", seed
#coding: utf-8
from stattests import StatTests, FipsTests
from seedfind import Seedfinder
from avrlibcrandom import random, srandom
f = open('samples.txt').read().split('\n')
seed = int(f[0])
seed = 526
srandom(seed)
seq = [random() for _ in range(1000)][990:]
print "Ég sendi inn þessa runu", seq
s = Seedfinder()
print "Ég fann", s.findseed(seq, 0), "en þú gafst mér", seed
