def generate_address(self, passphrase):
        """
        Make sure the confirm code is valid for the given password and address.
        """

        inter = Bip38IntermediatePoint.create(passphrase, ownersalt=self.ownersalt)

        public_key = privtopub(inter.passpoint)

        # from Bip38EncryptedPrivateKey.create_from_intermediate
        derived = scrypt.hash(inter.passpoint, self.addresshash + inter.ownerentropy, 1024, 1, 1, 64)
        derivedhalf1, derivedhalf2 = derived[:32], derived[32:]

        unencrypted_prefix = bytes_to_int(self.pointbprefix) ^ (bytes_to_int(derived[63]) & 0x01);

        aes = AES.new(derivedhalf2)
        block1 = aes.decrypt(self.pointbx1)
        block2 = aes.decrypt(self.pointbx2)

        raise Exception("Not done yet")

        return
        block2 = long(hexlify(pointb2), 16) ^ long(hexlify(derivedhalf1[16:]), 16)


        return pubtoaddr(*fast_multiply(pointb, passfactor))
def generate_address ( self , passphrase ) : inter = Bip38IntermediatePoint . create ( passphrase , ownersalt = self . ownersalt ) public_key = privtopub ( inter . passpoint ) derived = scrypt . hash ( inter . passpoint , self . addresshash + inter . ownerentropy , 1024 , 1 , 1 , 64 ) derivedhalf1 , derivedhalf2 = derived [ : 32 ] , derived [ 32 : ] unencrypted_prefix = bytes_to_int ( self . pointbprefix ) ^ ( bytes_to_int ( derived [ 63 ] ) & 0x01 ) ; aes = AES . new ( derivedhalf2 ) block1 = aes . decrypt ( self . pointbx1 ) block2 = aes . decrypt ( self . pointbx2 ) raise Exception ( "Not done yet" ) return block2 = long ( hexlify ( pointb2 ) , 16 ) ^ long ( hexlify ( derivedhalf1 [ 16 : ] ) , 16 ) return pubtoaddr ( * fast_multiply ( pointb , passfactor ) )
Make sure the confirm code is valid for the given password and address.