def convert_bits_to_string(bits, blocksize=8):
return "%s (0x%s)" % \
(destools.bits_to_binary_string(bits, blocksize), destools.bits_to_hex(bits))
'''
return "0x%s %s-bit" % \
(destools.bits_to_hex(bits), len(bits))
'''
'''
elif len(args) > 2:
op.error("Too many arguments")
key = destools.hex_to_bits(args[1])
# text is plaintext if encrypting or ciphertext if decrypting
if options.ascii and not options.decrypt:
text = destools.ascii_to_bits(args[0])
else:
text = destools.hex_to_bits(args[0])
if len(text) != 64:
if options.decrypt:
op.error("ciphertext must be 16 hex digits")
else:
op.error("plaintext must be 16 hex digits (or 8 ascii letters if using -a/--ascii)")
if len(key) != 64:
print key, len(key)
op.error("key must be 16 hex digits")
#print logs
print_logs = True
if options.decrypt:
result = decrypt(text, key)
else:
result = encrypt(text, key)
if options.ascii and options.decrypt:
print destools.bits_to_ascii(result)
else:
print destools.bits_to_hex(result)
