/* Process the reply received from a slave machine.
* Copy the ascii part to reply_buf and insert the binary part
* (if any) in the receive queue.
* Return false if ok, true if the slave is out of sync.
* slave_lock is held on both entry and exit of this function. */
static bool
process_reply(int reply_id, char *reply, char *reply_buf,
void *bin_reply, int bin_size, int *last_reply_id,
int *reply_slot, struct slave_state *sstate)
{
/* Resend everything if slave returned an error. */
if (*reply != '=') {
*last_reply_id = -1;
return true;
}
/* Make sure we are still in sync. cmd_count may have
* changed but the reply is valid as long as cmd_id didn't
* change (this only occurs for consecutive genmoves). */
int cmd_id = atoi(gtp_cmd);
if (reply_id != cmd_id) {
*last_reply_id = reply_id;
return true;
}
strncpy(reply_buf, reply, CMDS_SIZE);
if (reply_id != *last_reply_id)
*reply_slot = reply_count++;
gtp_replies[*reply_slot] = reply_buf;
if (bin_size) insert_buf(sstate, bin_reply, bin_size);
pthread_cond_signal(&reply_cond);
*last_reply_id = reply_id;
return false;
}
int send_cached_pkts(VhostServer* port, void* input_buf, size_t size){
int ret=0;
VringTable* vring_table = &port->vring_table;
ret = flush_bufs(vring_table);
if (input_buf != 0) {
if (vring_table->start_i == vring_table->end_i) {
ret = send_pkt(&port->vring_table, VHOST_CLIENT_VRING_IDX_RX,input_buf, size);
if (ret < 0) {
ret = 0;
ret = insert_buf(vring_table, input_buf, size);
}
return ret;
} else {
ret = ret + insert_buf(vring_table, input_buf, size);
}
}
return ret;
}
static void wrap_writech (SLOT *sp, char ch)
{
char *space,
buf[MAXWIDTH + 1];
if (ch == '\n')
{
insert_buf (sp, sp->wrap_base, sp->wrap_ptr - sp->wrap_base);
insert (sp, '\n', 0);
sp->wrap_ptr = sp->wrap_base;
}
else {
*sp->wrap_ptr++ = ch;
if (sp->wrap_ptr - sp->wrap_base == sp->acct.width - 3)
{
for (space = sp->wrap_ptr; space != sp->last_roll; space--)
if (isspace (*space))
{
insert_buf (sp, sp->wrap_base,
space - sp->wrap_base);
insert (sp, '\n', 0);
*sp->wrap_ptr = '\0';
strcpy (buf, space + 1);
strcpy (sp->wrap_base, " ");
strcat (sp->wrap_base, buf);
sp->last_roll = sp->wrap_ptr = sp->wrap_base +
strlen (sp->wrap_base);
return;
}
insert_buf (sp, sp->wrap_base,
sp->wrap_ptr - sp->wrap_base);
insert (sp, '\n', 0);
strcpy (sp->wrap_base, " ");
sp->last_roll = sp->wrap_ptr = sp->wrap_base+
strlen(sp->wrap_base);
}
}
}
