Ejemplos de NR_reg_get_uint4 en C++ (Cpp)

Ejemplo n.º 1

Archivo: stun_client_ctx.c Proyecto: batmancn/MyLife

int nr_stun_client_ctx_create(char *label, nr_socket *sock, nr_transport_addr *peer, UINT4 RTO, nr_stun_client_ctx **ctxp)
{
    nr_stun_client_ctx *ctx=0;
    int r,_status;

    if ((r=nr_stun_startup()))
        ABORT(r);

    if(!(ctx=RCALLOC(sizeof(nr_stun_client_ctx))))
        ABORT(R_NO_MEMORY);

    ctx->state=NR_STUN_CLIENT_STATE_INITTED;

    if(!(ctx->label=r_strdup(label)))
        ABORT(R_NO_MEMORY);

    ctx->sock=sock;

    nr_socket_getaddr(sock,&ctx->my_addr);
    nr_transport_addr_copy(&ctx->peer_addr,peer);

    if (NR_reg_get_uint4(NR_STUN_REG_PREF_CLNT_RETRANSMIT_TIMEOUT, &ctx->rto_ms)) {
        if (RTO != 0)
            ctx->rto_ms = RTO;
        else
            ctx->rto_ms = 100;
    }

    if (NR_reg_get_double(NR_STUN_REG_PREF_CLNT_RETRANSMIT_BACKOFF, &ctx->retransmission_backoff_factor))
        ctx->retransmission_backoff_factor = 2.0;

    if (NR_reg_get_uint4(NR_STUN_REG_PREF_CLNT_MAXIMUM_TRANSMITS, &ctx->maximum_transmits))
        ctx->maximum_transmits = 7;

    if (NR_reg_get_uint4(NR_STUN_REG_PREF_CLNT_FINAL_RETRANSMIT_BACKOFF, &ctx->final_retransmit_backoff_ms))
        ctx->final_retransmit_backoff_ms = 16 * ctx->rto_ms;

    *ctxp=ctx;

    _status=0;
abort:
    if(_status) {
        nr_stun_client_ctx_destroy(&ctx);
    }
    return(_status);
}

Ejemplo n.º 2

Archivo: stun_client_ctx.c Proyecto: Nazi-Nigger/gecko-dev

int nr_stun_client_ctx_create(char *label, nr_socket *sock, nr_transport_addr *peer, UINT4 RTO, nr_stun_client_ctx **ctxp)
  {
    nr_stun_client_ctx *ctx=0;
    char allow_loopback;
    int r,_status;

    if ((r=nr_stun_startup()))
      ABORT(r);

    if(!(ctx=RCALLOC(sizeof(nr_stun_client_ctx))))
      ABORT(R_NO_MEMORY);

    ctx->state=NR_STUN_CLIENT_STATE_INITTED;

    if(!(ctx->label=r_strdup(label)))
      ABORT(R_NO_MEMORY);

    ctx->sock=sock;

    nr_socket_getaddr(sock,&ctx->my_addr);
    nr_transport_addr_copy(&ctx->peer_addr,peer);

    if (RTO != 0) {
      ctx->rto_ms = RTO;
    } else if (NR_reg_get_uint4(NR_STUN_REG_PREF_CLNT_RETRANSMIT_TIMEOUT, &ctx->rto_ms)) {
      ctx->rto_ms = 100;
    }

    if (NR_reg_get_double(NR_STUN_REG_PREF_CLNT_RETRANSMIT_BACKOFF, &ctx->retransmission_backoff_factor))
      ctx->retransmission_backoff_factor = 2.0;

    if (NR_reg_get_uint4(NR_STUN_REG_PREF_CLNT_MAXIMUM_TRANSMITS, &ctx->maximum_transmits))
      ctx->maximum_transmits = 7;

    if (NR_reg_get_uint4(NR_STUN_REG_PREF_CLNT_FINAL_RETRANSMIT_BACKOFF, &ctx->maximum_transmits_timeout_ms))
      ctx->maximum_transmits_timeout_ms = 16 * ctx->rto_ms;

    ctx->mapped_addr_check_mask = NR_STUN_TRANSPORT_ADDR_CHECK_WILDCARD;
    if (NR_reg_get_char(NR_STUN_REG_PREF_ALLOW_LOOPBACK_ADDRS, &allow_loopback) ||
        !allow_loopback) {
      ctx->mapped_addr_check_mask |= NR_STUN_TRANSPORT_ADDR_CHECK_LOOPBACK;
    }

    if (ctx->my_addr.protocol == IPPROTO_TCP) {
      /* Because TCP is reliable there is only one final timeout value.
       * We store the timeout value for TCP in here, because timeout_ms gets
       * reset to 0 in client_reset() which gets called from client_start() */
      ctx->maximum_transmits_timeout_ms = ctx->rto_ms *
                        pow(ctx->retransmission_backoff_factor,
                            ctx->maximum_transmits);
      ctx->maximum_transmits = 1;
    }

    *ctxp=ctx;

    _status=0;
  abort:
    if(_status){
      nr_stun_client_ctx_destroy(&ctx);
    }
    return(_status);
  }