def b58(args, parser):
for arg in args.input:
blob, is_hex_input = parse_arg(arg, args.b)
if is_hex_input:
print(b2h(blob))
print(b2a_base58(blob))
print(b2a_hashed_base58(blob))
else:
print(b2h(blob))
print(b2a_base58(blob))
try:
blob = a2b_hashed_base58(arg)
print("valid hashed b58")
print("contents: ", b2h(blob))
except Exception:
print("not hashed b58")
def b58(args, parser):
for arg in args.input:
blob, is_hex_input = parse_arg(arg, args.b)
if is_hex_input:
print(b2h(blob))
print(b2a_base58(blob))
print(b2a_hashed_base58(blob))
else:
print(b2h(blob))
print(b2a_base58(blob))
try:
blob = a2b_hashed_base58(arg)
print("valid hashed b58")
print("contents: ", b2h(blob))
except Exception:
print("not hashed b58")
def get_token(_: Request, resp: Response) -> None:
raw_token = secrets.token_bytes(64)
token = b58.b2a_base58(raw_token)
hashed_token = sha256d(raw_token)
created_at = int(time.time())
result = {"code": "Success", "token": token}
try:
token_db.put(hashed_token, TokenDBData(created_at))
except Exception as e:
result = {"code": "Failed", "token": None, "error": str(e)}
resp.media = result
def do_test(as_text, as_bin):
self.assertEqual(as_bin, a2b_base58(as_text))
self.assertEqual(as_text, b2a_base58(as_bin))
def b2a_hashed_base58_grs(data):
return b2a_base58(data + groestlHash(data)[:4])
def do_test(as_text, as_bin):
self.assertEqual(as_bin, a2b_base58(as_text))
self.assertEqual(as_text, b2a_base58(as_bin))
def _create_base58_with_checksum(cls, data):
checksum = CoinKey._double_sha256(data)[:8]
return_data = data + checksum
return_data = b58.b2a_base58(binascii.unhexlify(return_data))
return return_data
