Contacting me is easy, just following the following decoding strategy on this python list:
['0b1001100', '0b110010', '0b111001', '0b1101000', '0b1110001', '0b1010100',
'0b1010011', '0b1110111', '0b1110001', '0b1010000', '0b110101', '0b1100111',
'0b1001101', '0b1001000', '0b1001111', '0b1100111', '0b1001100', '0b1001010',
'0b1111001', '0b1100110', '0b1110001', '0b1010100', '0b1110101', '0b1100011',
'0b1101111', '0b1111010', '0b1100110', '0b1101000', '0b1101111', '0b1111010',
'0b1001001', '0b110000']
int(n,2)
where n is the binary number you want to convert and 2
is the base (binary base 2), but you probably don't want to do that by hand
for everything in the list, so some sort of loop would be fun, maybe map one
value to another? a = map(lambda x: int(x,2), d)
chr()
function to do that. if you want you could probably just
apply it to your above map
to get something like a = map(lambda x:
chr(int(x,2)), d))
, but you do you!"".join(my_list_of_characters)
import codecs
and then you could
run something like almost_there = codecs.encode(my_string, 'rot_13')
base64decode
that string, so after import base64
you
could so something like base64.b64decode(almost_there)