bool deser_msg_addr(unsigned int protover, struct msg_addr *ma,
struct const_buffer *buf)
{
memset(ma, 0, sizeof(*ma));
uint32_t vlen;
if (!deser_varlen(&vlen, buf)) return false;
ma->addrs = parr_new(vlen, free);
unsigned int i;
for (i = 0; i < vlen; i++) {
struct bp_address *addr;
addr = calloc(1, sizeof(*addr));
if (!deser_bp_addr(protover, addr, buf)) {
free(addr);
goto err_out;
}
parr_add(ma->addrs, addr);
}
return true;
err_out:
msg_addr_free(ma);
return false;
}
bool deser_msg_vinv(struct msg_vinv *mv, struct const_buffer *buf)
{
msg_vinv_free(mv);
uint32_t vlen;
if (!deser_varlen(&vlen, buf)) return false;
mv->invs = parr_new(vlen, free);
unsigned int i;
for (i = 0; i < vlen; i++) {
struct bp_inv *inv;
inv = calloc(1, sizeof(*inv));
if (!deser_bp_inv(inv, buf)) {
free(inv);
goto err_out;
}
parr_add(mv->invs, inv);
}
return true;
err_out:
msg_vinv_free(mv);
return false;
}
bool deser_msg_headers(struct msg_headers *mh, struct const_buffer *buf)
{
msg_headers_free(mh);
uint32_t vlen;
if (!deser_varlen(&vlen, buf)) return false;
mh->headers = parr_new(vlen, free);
unsigned int i;
for (i = 0; i < vlen; i++) {
struct bp_block *block;
block = calloc(1, sizeof(*block));
if (!deser_bp_block(block, buf)) {
free(block);
goto err_out;
}
parr_add(mh->headers, block);
}
return true;
err_out:
msg_headers_free(mh);
return false;
}
static void stack_insert(parr *stack, const struct buffer *buf, int index_)
{
int index = stack->len + index_;
parr_add(stack, NULL);
memmove(&stack->data[index + 1], &stack->data[index],
sizeof(void *) * (stack->len - index - 1));
stack->data[index] = buffer_copy(buf->p, buf->len);
}
void msg_vinv_push(struct msg_vinv *mv, uint32_t msg_type,
const bu256_t *hash_in)
{
if (!mv->invs)
mv->invs = parr_new(512, free);
struct bp_inv *inv = malloc(sizeof(struct bp_inv));
inv->type = msg_type;
bu256_copy(&inv->hash, hash_in);
parr_add(mv->invs, inv);
}
static bool deser_wallet_account(struct wallet *wlt, struct const_buffer *buf)
{
struct wallet_account *acct;
acct = calloc(1, sizeof(*acct));
if (!acct)
return false;
if (!deser_varstr(&acct->name, buf) ||
!deser_u32(&acct->acct_idx, buf) ||
!deser_u32(&acct->next_key_idx, buf))
goto err_out;
parr_add(wlt->accounts, acct);
return true;
err_out:
account_free(acct);
return false;
}
parr *bp_block_match(const struct bp_block *block,
const struct bp_keyset *ks)
{
if (!block || !block->vtx || !ks)
return NULL;
parr *arr = parr_new(block->vtx->len, bbm_free);
if (!arr)
return NULL;
BIGNUM tmp_mask;
BN_init(&tmp_mask);
unsigned int n;
for (n = 0; n < block->vtx->len; n++) {
struct bp_tx *tx;
tx = parr_idx(block->vtx, n);
if (!bp_tx_match_mask(&tmp_mask, tx, ks))
goto err_out;
if (!BN_is_zero(&tmp_mask)) {
struct bp_block_match *match;
match = bbm_new();
match->n = n;
BN_copy(&match->mask, &tmp_mask);
parr_add(arr, match);
}
}
BN_clear_free(&tmp_mask);
return arr;
err_out:
BN_clear_free(&tmp_mask);
parr_free(arr, true);
return NULL;
}
static void append_output(char *addr_str, char *amount_str)
{
unsigned char addrtype = 0;
cstring *payload = base58_decode_check(&addrtype, addr_str);
bool is_script = is_script_addr(addrtype);
uint64_t amt = (uint64_t) strtoull(amount_str, NULL, 10);
struct bp_txout *txout = calloc(1, sizeof(struct bp_txout));
if (!txout || !payload) {
fprintf(stderr, "OOM\n");
exit(1);
}
txout->nValue = amt;
if (is_script)
txout->scriptPubKey = bsp_make_scripthash(payload);
else
txout->scriptPubKey = bsp_make_pubkeyhash(payload);
parr_add(tx.vout, txout);
}
static void append_input(char *txid_str, char *vout_str)
{
bu256_t txid;
if (!hex_bu256(&txid, txid_str)) {
fprintf(stderr, "invalid txid hex\n");
exit(1);
}
unsigned int vout = atoi(vout_str);
struct bp_txin *txin = calloc(1, sizeof(struct bp_txin));
if (!txin) {
fprintf(stderr, "OOM\n");
exit(1);
}
bp_txin_init(txin);
bu256_copy(&txin->prevout.hash, &txid);
txin->prevout.n = vout;
txin->scriptSig = cstr_new(NULL);
txin->nSequence = SEQUENCE_FINAL;
parr_add(tx.vin, txin);
}
static void nc_conns_open(struct net_child_info *nci)
{
log_debug("net: open connections (have %zu, want %zu more)",
nci->conns->len,
NC_MAX_CONN - nci->conns->len);
while ((bp_hashtab_size(nci->peers->map_addr) > 0) &&
(nci->conns->len < NC_MAX_CONN)) {
/* delete peer from front of address list. it will be
* re-added before writing peer file, if successful
*/
struct peer *peer = peerman_pop(nci->peers);
struct nc_conn *conn = nc_conn_new(peer);
conn->nci = nci;
peer_free(peer);
free(peer);
log_debug("net: connecting to %s",
conn->addr_str);
/* are we already connected to this IP? */
if (nc_conn_ip_active(nci, conn->peer.addr.ip)) {
log_info("net: already connected to %s",
conn->addr_str);
goto err_loop;
}
/* are we already connected to this network group? */
if (nc_conn_group_active(nci, &conn->peer)) {
log_info("net: already grouped to %s",
conn->addr_str);
goto err_loop;
}
/* initiate non-blocking connect(2) */
if (!nc_conn_start(conn)) {
log_info("net: failed to start connection to %s",
conn->addr_str);
goto err_loop;
}
/* add to our list of monitored event sources */
conn->ev = event_new(nci->eb, conn->fd, EV_WRITE,
nc_conn_evt_connected, conn);
if (!conn->ev) {
log_info("net: event_new failed on %s",
conn->addr_str);
goto err_loop;
}
struct timeval timeout = { conn->nci->net_conn_timeout, };
if (event_add(conn->ev, &timeout) != 0) {
log_info("net: event_add failed on %s",
conn->addr_str);
goto err_loop;
}
/* add to our list of active connections */
parr_add(nci->conns, conn);
continue;
err_loop:
nc_conn_kill(conn);
}
}
static void runtest(bool is_valid, const char *basefn)
{
char *fn = test_filename(basefn);
json_t *tests = read_json(fn);
assert(json_is_array(tests));
struct bp_hashtab *input_map = bp_hashtab_new_ext(
input_hash, input_equal,
free, input_value_free);
comments = parr_new(8, free);
unsigned int idx;
for (idx = 0; idx < json_array_size(tests); idx++) {
json_t *test = json_array_get(tests, idx);
if (!json_is_array(json_array_get(test, 0))) {
const char *cmt =
json_string_value(json_array_get(test, 0));
if (cmt)
parr_add(comments, strdup(cmt));
continue; /* comments */
}
assert(json_is_array(test));
assert(json_array_size(test) == 3);
assert(json_is_string(json_array_get(test, 1)));
assert(json_is_boolean(json_array_get(test, 2)));
json_t *inputs = json_array_get(test, 0);
assert(json_is_array(inputs));
bp_hashtab_clear(input_map);
unsigned int i;
for (i = 0; i < json_array_size(inputs); i++) {
json_t *input = json_array_get(inputs, i);
assert(json_is_array(input));
const char *prev_hashstr =
json_string_value(json_array_get(input, 0));
int prev_n =
json_integer_value(json_array_get(input, 1));
const char *prev_pubkey_enc =
json_string_value(json_array_get(input, 2));
assert(prev_hashstr != NULL);
assert(json_is_integer(json_array_get(input, 1)));
assert(prev_pubkey_enc != NULL);
struct bp_outpt *outpt;
outpt = malloc(sizeof(*outpt));
hex_bu256(&outpt->hash, prev_hashstr);
outpt->n = prev_n;
cstring *script = parse_script_str(prev_pubkey_enc);
assert(script != NULL);
bp_hashtab_put(input_map, outpt, script);
}
const char *tx_hexser =
json_string_value(json_array_get(test, 1));
assert(tx_hexser != NULL);
bool enforce_p2sh = json_is_true(json_array_get(test, 2));
cstring *tx_ser = hex2str(tx_hexser);
assert(tx_ser != NULL);
test_tx_valid(is_valid, input_map, tx_ser, enforce_p2sh);
cstr_free(tx_ser, true);
if (comments->len > 0) {
parr_free(comments, true);
comments = parr_new(8, free);
}
}
parr_free(comments, true);
comments = NULL;
bp_hashtab_unref(input_map);
json_decref(tests);
free(fn);
}
static void stack_push_str(parr *stack, cstring *s)
{
parr_add(stack, buffer_copy(s->str, s->len));
cstr_free(s, true);
}
static void stack_push_char(parr *stack, unsigned char ch)
{
parr_add(stack, buffer_copy(&ch, 1));
}
static void stack_push_nocopy(parr *stack, struct buffer *buf)
{
parr_add(stack, buf);
}
static void stack_push(parr *stack, const struct buffer *buf)
{
parr_add(stack, buffer_copy(buf->p, buf->len));
}