// Register new peer.
static int peermgtNew(struct s_peermgt *mgt, const struct s_nodeid *nodeid, const struct s_peeraddr *addr) {
int tnow = utilGetTime();
int peerid = mapAddReturnID(&mgt->map, nodeid->id, &tnow);
if(!(peerid < 0)) {
mgt->data[peerid].state = peermgt_STATE_AUTHED;
mgt->data[peerid].remoteaddr = *addr;
mgt->data[peerid].conntime = tnow;
mgt->data[peerid].lastrecv = tnow;
mgt->data[peerid].lastsend = tnow;
mgt->data[peerid].lastpeerinfo = tnow;
seqInit(&mgt->data[peerid].seq, cryptoRand64());
mgt->data[peerid].remoteflags = 0;
return peerid;
}
return -1;
}
// Update NodeDB entry.
static void nodedbUpdate(struct s_nodedb *db, struct s_nodeid *nodeid, struct s_peeraddr *addr, const int update_lastseen, const int update_lastconnect, const int update_lastconntry) {
int tnow = utilGetClock();
struct s_map *addrset;
struct s_map *newaddrset;
struct s_nodedb_addrdata *addrdata;
struct s_nodedb_addrdata addrdata_new;
if(db != NULL && nodeid != NULL && addr != NULL) {
addrset = mapGet(db->addrdb, nodeid->id);
if(addrset == NULL) {
newaddrset = mapGetValueByID(db->addrdb, mapAddReturnID(db->addrdb, nodeid->id, NULL));
if(newaddrset != NULL) {
if(mapMemInit(newaddrset, mapMemSize(db->num_peeraddrs, peeraddr_SIZE, sizeof(struct s_nodedb_addrdata)), db->num_peeraddrs, peeraddr_SIZE, sizeof(struct s_nodedb_addrdata))) {
mapEnableReplaceOld(newaddrset);
addrset = newaddrset;
}
}
}
if(addrset != NULL) {
addrdata_new.lastseen = 0;
addrdata_new.lastconnect = 0;
addrdata_new.lastconntry = 0;
addrdata_new.lastseen_t = 0;
addrdata_new.lastconnect_t = 0;
addrdata_new.lastconntry_t = 0;
if((addrdata = mapGet(addrset, addr->addr)) != NULL) {
addrdata_new = *addrdata;
}
if(update_lastseen > 0) {
addrdata_new.lastseen = 1;
addrdata_new.lastseen_t = tnow;
}
if(update_lastconnect > 0) {
addrdata_new.lastconnect = 1;
addrdata_new.lastconnect_t = tnow;
}
if(update_lastconntry > 0) {
addrdata_new.lastconntry = 1;
addrdata_new.lastconntry_t = tnow;
}
mapSet(addrset, addr->addr, &addrdata_new);
}
}
}
