std::string operator()( const KeyType& key ) const {
using data_type = typename KeyType::data_type;
constexpr int position = Storage::template position<KeyType>();
constexpr bool is_default = position == DefaultPosition;
checksummed_data<data_type> wrapper;
wrapper.data = key.serialize();
wrapper.check = checksummed_data<data_type>::calculate_checksum(wrapper.data, !is_default ? Prefixes[position] : nullptr);
auto packed = raw::pack( wrapper );
auto data_str = to_base58( packed.data(), packed.size() );
if (!is_default) {
data_str = string(Prefixes[position]) + "_" + data_str;
}
return data_str;
}
char *p2sh_to_base58(const tal_t *ctx, bool test_net,
const struct ripemd160 *p2sh)
{
return to_base58(ctx, test_net ? 196 : 5, p2sh);
}
char *bitcoin_to_base58(const tal_t *ctx, bool test_net,
const struct bitcoin_address *addr)
{
return to_base58(ctx, test_net ? 111 : 0, &addr->addr);
}
std::string public_key::to_base58() const
{
public_key_data key = serialize();
return to_base58( key );
}
void pack( fc::value& v, const fc::signature_t& s ) {
fc::vector<char> ve = fc::raw::pack( s );
v = to_base58( ve.data(), ve.size() );
}
void pack( fc::value& v, const fc::private_key_t& s ) {
fc::vector<char> ve = fc::raw::pack( s );
v = to_base58( ve.data(), ve.size() );
}
void pack( fc::value& v, const fc::public_key_t& s ) {
fc::vector<char> ve = fc::raw::pack( s );
v = to_base58( ve.data(), size_t(ve.size()) );
}