int deserialize_blockheader(struct buff *buf, btc_block_header *hdr) {
int res;
res = deserialize_uint32(buf, &hdr->version);
res |= deserialize_uint256(buf, &hdr->prevBlock);
res |= deserialize_uint256(buf, &hdr->merkleRoot);
res |= deserialize_uint32(buf, &hdr->timestamp);
res |= deserialize_uint32(buf, &hdr->bits);
res |= deserialize_uint32(buf, &hdr->nonce);
return res;
}
int deserialize_tx(struct buff *buf, btc_msg_tx *tx) {
uint64 i;
int res;
res = deserialize_uint32(buf, &tx->version);
res |= deserialize_varint(buf, &tx->in_count);
tx->tx_in = safe_malloc(tx->in_count * sizeof *tx->tx_in);
for (i = 0; i < tx->in_count; i++) {
res |= deserialize_uint256(buf, &tx->tx_in[i].prevTxHash);
res |= deserialize_uint32(buf, &tx->tx_in[i].prevTxOutIdx);
res |= deserialize_varint(buf, &tx->tx_in[i].scriptLength);
tx->tx_in[i].scriptSig = safe_malloc(tx->tx_in[i].scriptLength);
res |= deserialize_bytes(buf, tx->tx_in[i].scriptSig,
tx->tx_in[i].scriptLength);
res |= deserialize_uint32(buf, &tx->tx_in[i].sequence);
}
res |= deserialize_varint(buf, &tx->out_count);
tx->tx_out = safe_malloc(tx->out_count * sizeof *tx->tx_out);
for (i = 0; i < tx->out_count; i++) {
res |= deserialize_uint64(buf, &tx->tx_out[i].value);
res |= deserialize_varint(buf, &tx->tx_out[i].scriptLength);
tx->tx_out[i].scriptPubKey = safe_malloc(tx->tx_out[i].scriptLength);
res |= deserialize_bytes(buf, tx->tx_out[i].scriptPubKey,
tx->tx_out[i].scriptLength);
}
res |= deserialize_uint32(buf, &tx->lock_time);
ASSERT_NOT_TESTED(buff_space_left(buf) == 0);
return res;
}
static struct tx_ser_data *
txdb_deserialize_tx_data(const void *val,
size_t vlen)
{
struct tx_ser_data *tx;
struct buff buf;
ASSERT(val);
buff_init(&buf, (void *)val, vlen);
tx = safe_malloc(sizeof *tx);
deserialize_uint256(&buf, &tx->blkHash);
deserialize_uint64(&buf, &tx->timestamp);
deserialize_varint(&buf, &tx->len);
tx->buf = safe_calloc(1, tx->len + 1);
deserialize_bytes(&buf, tx->buf, tx->len);
ASSERT(buff_space_left(&buf) == 0);
return tx;
}
