nbits = 1024
e = 5
flag = open("flag.txt").read().strip()
assert len(flag) <= 64
m = Integer(int(flag.encode('hex'),16))
out = open("data.txt","w")
for i in range(e):
while True:
p = random_prime(2^floor(nbits/2)-1, lbound=2^floor(nbits/2-1), proof=False)
q = random_prime(2^floor(nbits/2)-1, lbound=2^floor(nbits/2-1), proof=False)
ni = p*q
phi = (p-1)*(q-1)
if gcd(phi, e) == 1:
break
while True:
ai = randint(1,ni-1)
if gcd(ai, ni) == 1:
break
bi = randint(1,ni-1)
mi = ai*m + bi
ci = pow(mi, e, ni)
out.write(str(ai)+'\n')
out.write(str(bi)+'\n')
out.write(str(ci)+'\n')
out.write(str(ni)+'\n')
