elif algorithm == 'updownrand':
s = ''.join(ard.updownrand(k))
elif algorithm == 'mix':
s = ''.join(ard.mixmeanupdown(k))
elif algorithm == 'leastsig':
s = ''.join(ard.leastsigrand(k))
elif algorithm == 'twol':
s = ''.join(ard.twoleastsignrand(k))
elif algorithm == 'vanilla':
s = ''.join(ard.vanilla(k))
if "-p" in sys.argv:
print s
st = StatTests(s)
print st.monobit()
print st.poker()
print st.runs()
fips = FipsTests(s)
print fips.monobit()
print fips.poker()
print fips.runs()
save = (sys.argv[3] if len(sys.argv) >= 4 else "") or raw_input("Save to: ")
if save:
f = open(save, 'w')
f.write(s)
f.close()
k = 20000
for alg in algs:
print "[ ]", alg.__doc__.split('\n')[0]
means = [[]]*3
for i in range(3):
print " [+] Run", i, ":"
# Generate the bitstring
start = time()
b = ''.join(alg(k))
end = time()
print " [ ] Bitrate:", k/(end-start), "bits/second"
print " [ ] Time:", end-start, "seconds"
fips = FipsTests(b)
mono, X1, n1 = fips.monobit()
poker, X3 = fips.poker()
runs, X4, G, B = fips.runs()
longruns = fips.longruns()
means[i] = [X1, X3, X4, k/(end-start)]
#Xmeanl.append((X1, X3, X4))
print " [ ] Monobit test"
print " [+] Passed" if mono else " [!] Failed"
print " [ ] X1 =", X1, "n1 =", n1
print " [ ] Poker test"
print " [+] Passed" if poker else " [!] Failed"
#algs = [prng.urandom, ard.vanilla, ard.leastsigrand, ard.twoleastsignrand, ard.meanrand]
k = 20000
for alg in algs:
print "[ ]", alg.__doc__.split('\n')[0]
means = [[]] * 3
for i in range(3):
print " [+] Run", i, ":"
# Generate the bitstring
start = time()
b = ''.join(alg(k))
end = time()
print " [ ] Bitrate:", k / (end - start), "bits/second"
print " [ ] Time:", end - start, "seconds"
fips = FipsTests(b)
mono, X1, n1 = fips.monobit()
poker, X3 = fips.poker()
runs, X4, G, B = fips.runs()
longruns = fips.longruns()
means[i] = [X1, X3, X4, k / (end - start)]
#Xmeanl.append((X1, X3, X4))
print " [ ] Monobit test"
print " [+] Passed" if mono else " [!] Failed"
print " [ ] X1 =", X1, "n1 =", n1
print " [ ] Poker test"
print " [+] Passed" if poker else " [!] Failed"
