def generate_extended_token(cls, starting_code, key, value, count, restricted_digit_set=False):
starting_code_base = OPAYGOSharedExtended.get_token_base(starting_code)
token_base = cls._encode_base_extended(starting_code_base, value)
current_token = OPAYGOSharedExtended.put_base_in_token(starting_code, token_base)
new_count = count + 1
for xn in range(1, new_count):
current_token = OPAYGOSharedExtended.generate_next_token(current_token, key)
final_token = OPAYGOSharedExtended.put_base_in_token(current_token, token_base)
if restricted_digit_set:
final_token = OPAYGOSharedExtended.convert_to_4_digit_token(final_token)
return final_token
def get_activation_value_count_from_extended_token(
cls,
token,
starting_code,
key,
last_count,
restricted_digit_set=False):
if restricted_digit_set:
token = OPAYGOSharedExtended.convert_from_4_digit_token(token)
token_base = OPAYGOSharedExtended.get_token_base(
token) # We get the base of the token
current_code = OPAYGOSharedExtended.put_base_in_token(
starting_code, token_base) # We put it into the starting code
starting_code_base = OPAYGOSharedExtended.get_token_base(
starting_code) # We get the base of the starting code
value = cls._decode_base_extended(
starting_code_base,
token_base) # If there is a match we get the value from the token
for count in range(0, 30):
masked_token = OPAYGOSharedExtended.put_base_in_token(
current_code, token_base)
if masked_token == token and count > last_count:
clean_count = count - 1
return value, clean_count
current_code = OPAYGOSharedExtended.generate_next_token(
current_code, key) # If not we go to the next token
return None, None, None