print "E = ", hex(E) # 8-bits
print "M = ", hex(M) # 1024-bits
print "(X^E) mod M = ", hex(C) # 1024-bits
print "(X^E) mod M = ", hex(D) # 1024-bits
print "error = ", hex(e)
#####################################################
if operation == 5:
print "Test Vector for RSA\n"
print "\n--- Precomputed Values"
# Generate two primes (p,q), and modulus
[p, q, N] = helpers.getModuli(1024)
print "p = ", hex(p) # 512-bits
print "q = ", hex(q) # 512-bits
print "Modulus = ", hex(N) # 1024-bits
# Generate Exponents
[e, d] = helpers.getRandomExponents(p, q)
print "Enc exp = ", hex(e) # 16-bits
print "Dec exp = ", hex(d) # 1024-bits
# Generate Message
M = helpers.getRandomMessage(1024, N)
print "Message = ", hex(M) # 1024-bits
print "E = ", hex(E) # 8-bits
print "M = ", hex(M) # 512-bits
print "(X^E) mod M = ", hex(C) # 512-bits
print "(X^E) mod M = ", hex(D) # 512-bits
print "error = ", hex(e)
#####################################################
if operation == 5:
print "Test Vector for RSA\n"
print "\n--- Precomputed Values"
# Generate two primes (p,q), and modulus
[p, q, N] = helpers.getModuli(512)
print "p = ", hex(p) # 512-bits
print "q = ", hex(q) # 512-bits
print "Modulus = ", hex(N) # 1024-bits
# Generate Exponents
[e, d] = helpers.getRandomExponents(p, q)
print "Enc exp = ", hex(e) # 16-bits
print "Dec exp = ", hex(d) # 1024-bits
# Generate Message
M = helpers.getRandomMessage(1024, N)
print "Message = ", hex(M) # 512-bits