def address_to_key(s, version=0):
s = ('%050x' % base58_decode(s)).decode('hex')
key, check0 = s[:-4], s[-4:]
check1 = dhash(key)[:4]
if key[0] != chr(version) or check0 != check1:
raise BadAddress(s)
return key[1:]
def address_to_key (s, version=0):
s = ('%050x' % base58_decode (s)).decode ('hex')
key, check0 = s[:-4], s[-4:]
check1 = dhash (key)[:4]
if key[0] != chr(version) or check0 != check1:
raise BadAddress (s)
return key[1:]
def address_to_key (s):
# strip off leading '1'
s = ('%048x' % base58_decode (s[1:])).decode ('hex')
hash160, check0 = s[:-4], s[-4:]
check1 = dhash ('\x00' + hash160)[:4]
if check0 != check1:
raise BadAddress (s)
return hash160
def address_to_key(s):
# strip off leading '1'
s = ('%048x' % base58_decode(s[1:])).decode('hex')
hash160, check0 = s[:-4], s[-4:]
check1 = dhash('\x00' + hash160)[:4]
if check0 != check1:
raise BadAddress(s)
return hash160
def address_to_key (s):
n = base58_decode (s)
# <version:1><hash:20><check:4>
check0 = struct.pack ('>L', n & 0xffffffff)
n >>= 32
h160 = n & h160_mask
n >>= 160
v = n
h160 = ('%040x' % (h160)).decode ('hex')
check1 = dhash (chr(v) + h160)[:4]
if check0 != check1:
raise BadAddress (s)
return v, h160
def address_to_key (s):
n = base58_decode (s)
# <version:1><hash:20><check:4>
check0 = struct.pack ('>L', n & 0xffffffff)
n >>= 32
h160 = n & h160_mask
n >>= 160
v = n
h160 = ('%040x' % (h160)).decode ('hex')
check1 = dhash (chr(v) + h160)[:4]
if check0 != check1:
raise BadAddress (s)
return v, h160