def alternate_main(): # Slower recovery
enc = get_encrypted_data()
length = len(enc)
print '[+] Length of data = %d' % length
print '[+] Recovering data'
data = []
for i in range(length):
recovered_char = recover_char_at(i, enc)
data.append(recovered_char)
sys.stdout.write(recovered_char)
data = ''.join(data)
print '[+] Finished recovering data'
def alternate_main(): # Slower recovery
enc = get_encrypted_data()
length = len(enc)
print '[+] Length of data = %d' % length
print '[+] Recovering data'
data = []
for i in range(length):
recovered_char = recover_char_at(i, enc)
data.append(recovered_char)
sys.stdout.write(recovered_char)
data = ''.join(data)
print '[+] Finished recovering data'
def main(): # Fast recovery
from AES_128 import xor_data
enc = get_encrypted_data()
length = len(enc)
print '[+] Length of data = %d' % length
print '[+] Recovering data'
modification_string = 'x'*length
new_enc = edit(enc, 0, modification_string)
data = xor_data(xor_data(enc, new_enc), modification_string)
print data
print '[+] Finished recovering data'
def main(): # Fast recovery
from AES_128 import xor_data
enc = get_encrypted_data()
length = len(enc)
print '[+] Length of data = %d' % length
print '[+] Recovering data'
modification_string = 'x' * length
new_enc = edit(enc, 0, modification_string)
data = xor_data(xor_data(enc, new_enc), modification_string)
print data
print '[+] Finished recovering data'
