nbits = int(args[0])

A = int(args[1])

B = int(args[2])

p = int(args[3])

order = int(args[4])

Px = int(args[5])

Py = int(args[6])

Qx = int(args[7])

Qy = int(args[8])

if nbits < 32:

return

E = EllipticCurve(p, A, B, order)

P = E.point(Px, Py)

Q = E.point(Qx, Qy)

# E = EllipticCurve(47, 34, 10)

# P = E.point(30, 26)

# Q = E.point(35, 41)

# E = EllipticCurve(229, 1, 44)

# P = E.point(5, 116)

# Q = E.point(155, 166)

print 'Bits =', nbits

print 'E =', E

print 'P =', P

print 'Q =', Q

while (True):

try:

start = time.time()

now = datetime.now()

moment = str(now.day)+'/'+str(now.month)+'/'+str(now.year)+' '\

+str(now.hour)+':'+str(now.minute)+':'+str(now.second)

print 'Started at', moment

x = multiprocess(E, P, Q)

print 'x =', x

break

except Exception, e:

print 'Error:', str(e)

end = time.time()

timer = end - start

runtime = format_time(timer)

msg = MIMEText(

'Máquina: HighTower\n'

'Algoritmo: multiprocess\n'

'Bits = ' + str(nbits) + ' bits\n'

'E = '+ str(E) + '\n'

'P: ' + str(P) + '\n'

'Q: ' + str(Q) + '\n'

'Distinguished point: 28-bit\n'

'Tempo de execução: ' + runtime)

msg['Subject'] = 'Erro detectado na curva de ' + str(nbits) + ' bits - HighTower'

send_email(msg)

print '---------------------------------------'

end = time.time()

timer = end - start

runtime = format_time(timer)

iscorrect = (P*x == Q and 'Correct!') or 'Wrong'

print iscorrect

print 'Tempo de execução: ', runtime

msg = MIMEText(

'Máquina: HighTower\n'

'Algoritmo: parallelized\n'

'Bits = ' + str(nbits) + ' bits\n'

'E = '+ str(E) + '\n'

'P: ' + str(P) + '\n'

'Q: ' + str(Q) + '\n'

'x = ' + str(x) + '\n'

# 'Distinguished point: 28-bit\n'

+ str(iscorrect) + '\n'

'Tempo de execução: ' + runtime)

msg['Subject'] = 'Quebra da curva de ' + str(nbits) + ' bits - HighTower'

send_email(msg)