/* used to tune the tcp_connection attributes - not to be used inside the
network layer, but onlu from the above layer (otherwise we may end up
in strange deadlocks!) */
int tcp_conn_fcntl(struct receive_info *rcv, int attr, void *value)
{
struct tcp_connection *con;
switch (attr) {
case DST_FCNTL_SET_LIFETIME:
/* set connection timeout */
TCPCONN_LOCK(rcv->proto_reserved1);
con =_tcpconn_find(rcv->proto_reserved1);
if (!con) {
LM_ERR("Strange, tcp conn not found (id=%d)\n",
rcv->proto_reserved1);
} else {
tcp_conn_set_lifetime( con, (int)(long)(value));
}
TCPCONN_UNLOCK(rcv->proto_reserved1);
return 0;
default:
LM_ERR("unsupported operation %d on conn\n",attr);
return -1;
}
return -1;
}
static inline int hep_handle_req(struct tcp_req *req,
struct tcp_connection *con, int _max_msg_chunks)
{
struct receive_info local_rcv;
struct hep_desc h;
char *msg_buf;
int msg_len;
long size;
int ret=0;
if (req->complete){
/* update the timeout - we successfully read the request */
tcp_conn_set_lifetime( con, tcp_con_lifetime);
con->timeout=con->lifetime;
/* just for debugging use sendipv4 as receiving socket FIXME*/
con->rcv.proto_reserved1=con->id; /* copy the id */
/* prepare for next request */
size=req->pos-req->parsed;
msg_buf = req->start;
msg_len = req->parsed-req->start;
local_rcv = con->rcv;
if (!size) {
/* did not read any more things - we can release
* the connection */
LM_DBG("Nothing more to read on TCP conn %p, currently in state %d \n",
con,con->state);
if (req != &hep_current_req) {
/* we have the buffer in the connection tied buff -
* detach it , release the conn and free it afterwards */
con->con_req = NULL;
}
/* TODO - we could indicate to the TCP net layer to release
* the connection -> other worker may read the next available
* message on the pipe */
} else {
LM_DBG("We still have things on the pipe - "
"keeping connection \n");
}
if( msg_buf[0] == 'H' && msg_buf[1] == 'E' && msg_buf[2] == 'P' ) {
/* HEP related */
if (unpack_hepv3(msg_buf, msg_len, &h)) {
LM_ERR("failed to unpack hepV3\n");
return -1;
}
ret=run_hep_cbs(&h, &local_rcv);
if (ret < 0) {
LM_ERR("failed to run hep callbacks\n");
return -1;
}
msg_len = ntohs(h.u.hepv3.payload_chunk.chunk.length) -
sizeof(hep_chunk_payload_t);
/* remove the hep header; leave only the payload */
msg_buf = h.u.hepv3.payload_chunk.data;
}
/* skip receive msg if we were told so from at least one callback */
if (ret != HEP_SCRIPT_SKIP &&
receive_msg(msg_buf, msg_len, &local_rcv) <0)
LM_ERR("receive_msg failed \n");
if (!size && req != &hep_current_req) {
/* if we no longer need this tcp_req
* we can free it now */
pkg_free(req);
}
if (size) {
memmove(req->buf, req->parsed, size);
req->pos = req->buf + size;
/* anything that was parsed was already processed */
req->parsed = req->buf;
}
/* if we still have some unparsed bytes, try to parse them too*/
if (size) return 1;
} else {
/* request not complete - check the if the thresholds are exceeded */
if (con->msg_attempts==0)
/* if first iteration, set a short timeout for reading
* a whole SIP message */
con->timeout = get_ticks() + tcp_max_msg_time;
con->msg_attempts ++;
if (con->msg_attempts == _max_msg_chunks) {
LM_ERR("Made %u read attempts but message is not complete yet - "
"closing connection \n",con->msg_attempts);
goto error;
}
if (req == &hep_current_req) {
/* let's duplicate this - most likely another conn will come in */
LM_DBG("We didn't manage to read a full request\n");
con->con_req = pkg_malloc(sizeof(struct tcp_req));
if (con->con_req == NULL) {
LM_ERR("No more mem for dynamic con request buffer\n");
goto error;
}
if (req->pos != req->buf) {
/* we have read some bytes */
memcpy(con->con_req->buf,req->buf,req->pos-req->buf);
con->con_req->pos = con->con_req->buf + (req->pos-req->buf);
} else {
con->con_req->pos = con->con_req->buf;
}
if (req->parsed != req->buf)
con->con_req->parsed =con->con_req->buf+(req->parsed-req->buf);
else
con->con_req->parsed = con->con_req->buf;
con->con_req->complete=req->complete;
con->con_req->content_len=req->content_len;
con->con_req->error = req->error;
/* req will be reset on the next usage */
}
}
/* everything ok */
return 0;
error:
/* report error */
return -1;
}
static int hep_tcp_send (struct socket_info* send_sock,
char *buf, unsigned int len, union sockaddr_union *to, int id)
{
struct tcp_connection *c;
int port=0;
struct ip_addr ip;
int fd, n;
if (to) {
su2ip_addr(&ip, to);
port=su_getport(to);
n = tcp_conn_get(id,&ip, port, &c, &fd);
} else if (id) {
n = tcp_conn_get(id, 0, 0, &c, &fd);
} else {
LM_CRIT("tcp_send called with null id & to\n");
return -1;
}
if (n < 0) {
/* error during conn get, return with error too */
LM_ERR("failed to aquire connection\n");
return -1;
}
/* was connection found ?? */
if (c==0) {
if (tcp_no_new_conn) {
return -1;
}
if (!to) {
LM_ERR("Unknown destination - cannot open new tcp connection\n");
return -1;
}
LM_DBG("no open tcp connection found, opening new one, async = %d\n",hep_async);
/* create tcp connection */
if (hep_async) {
n = tcpconn_async_connect(send_sock, to, buf, len, &c, &fd);
if ( n<0 ) {
LM_ERR("async TCP connect failed\n");
return -1;
}
/* connect succeded, we have a connection */
if (n==0) {
/* connect is still in progress, break the sending
* flow now (the actual write will be done when
* connect will be completed */
LM_DBG("Succesfully started async connection \n");
tcp_conn_release(c, 0);
return len;
}
/* our first connect attempt succeeded - go ahead as normal */
} else if ((c=hep_sync_connect(send_sock, to, &fd))==0) {
LM_ERR("connect failed\n");
return -1;
}
goto send_it;
}
/* now we have a connection, let's see what we can do with it */
/* BE CAREFUL now as we need to release the conn before exiting !!! */
if (fd==-1) {
/* connection is not writable because of its state - can we append
* data to it for later writting (async writting)? */
if (c->state==S_CONN_CONNECTING) {
/* the connection is currently in the process of getting
* connected - let's append our send chunk as well - just in
* case we ever manage to get through */
LM_DBG("We have acquired a TCP connection which is still "
"pending to connect - delaying write \n");
n = add_write_chunk(c,buf,len,1);
if (n < 0) {
LM_ERR("Failed to add another write chunk to %p\n",c);
/* we failed due to internal errors - put the
* connection back */
tcp_conn_release(c, 0);
return -1;
}
/* we succesfully added our write chunk - success */
tcp_conn_release(c, 0);
return len;
} else {
/* return error, nothing to do about it */
tcp_conn_release(c, 0);
return -1;
}
}
send_it:
LM_DBG("sending via fd %d...\n",fd);
n = _hep_write_on_socket(c, fd, buf, len);
tcp_conn_set_lifetime( c, tcp_con_lifetime);
LM_DBG("after write: c= %p n=%d fd=%d\n",c, n, fd);
/* LM_DBG("buf=\n%.*s\n", (int)len, buf); */
if (n<0){
LM_ERR("failed to send\n");
c->state=S_CONN_BAD;
if (c->proc_id != process_no)
close(fd);
tcp_conn_release(c, 0);
return -1;
}
/* only close the FD if not already in the context of our process
either we just connected, or main sent us the FD */
if (c->proc_id != process_no)
close(fd);
tcp_conn_release(c, (n<len)?1:0/*pending data in async mode?*/ );
return n;
}
/*! \brief Finds a tcpconn & sends on it */
static int proto_ws_send(struct socket_info* send_sock,
char* buf, unsigned int len,
union sockaddr_union* to, int id)
{
struct tcp_connection *c;
struct timeval get;
struct ip_addr ip;
int port = 0;
int fd, n;
reset_tcp_vars(tcpthreshold);
start_expire_timer(get,tcpthreshold);
if (to){
su2ip_addr(&ip, to);
port=su_getport(to);
n = tcp_conn_get(id, &ip, port, &c, &fd);
}else if (id){
n = tcp_conn_get(id, 0, 0, &c, &fd);
}else{
LM_CRIT("prot_tls_send called with null id & to\n");
get_time_difference(get,tcpthreshold,tcp_timeout_con_get);
return -1;
}
if (n<0) {
/* error during conn get, return with error too */
LM_ERR("failed to aquire connection\n");
get_time_difference(get,tcpthreshold,tcp_timeout_con_get);
return -1;
}
/* was connection found ?? */
if (c==0) {
if (tcp_no_new_conn) {
return -1;
}
LM_DBG("no open tcp connection found, opening new one\n");
/* create tcp connection */
if ((c=ws_connect(send_sock, to, &fd))==0) {
LM_ERR("connect failed\n");
return -1;
}
goto send_it;
}
get_time_difference(get, tcpthreshold, tcp_timeout_con_get);
/* now we have a connection, let's what we can do with it */
/* BE CAREFUL now as we need to release the conn before exiting !!! */
if (fd==-1) {
/* connection is not writable because of its state */
/* return error, nothing to do about it */
tcp_conn_release(c, 0);
return -1;
}
send_it:
LM_DBG("sending via fd %d...\n",fd);
n = ws_req_write(c, fd, buf, len);
stop_expire_timer(get, tcpthreshold, "WS ops",buf,(int)len,1);
tcp_conn_set_lifetime( c, tcp_con_lifetime);
LM_DBG("after write: c= %p n=%d fd=%d\n",c, n, fd);
if (n<0){
LM_ERR("failed to send\n");
c->state=S_CONN_BAD;
if (c->proc_id != process_no)
close(fd);
tcp_conn_release(c, 0);
return -1;
}
/* only close the FD if not already in the context of our process
either we just connected, or main sent us the FD */
if (c->proc_id != process_no)
close(fd);
tcp_conn_release(c, 0);
return n;
}
static int smpp_handle_req(struct tcp_req *req, struct tcp_connection *con)
{
long size;
struct receive_info local_rcv;
if (req->complete){
/* update the timeout - we successfully read the request */
tcp_conn_set_lifetime( con, tcp_con_lifetime);
con->timeout = con->lifetime;
LM_DBG("completely received a message\n");
/* rcv.bind_address should always be !=0 */
/* just for debugging use sendipv4 as receiving socket FIXME*/
con->rcv.proto_reserved1=con->id; /* copy the id */
/* prepare for next request */
size=req->pos - req->parsed;
if (!size) {
/* did not read any more things - we can release
* the connection */
LM_DBG("Nothing more to read on TCP conn %p, currently in state %d \n",
con,con->state);
if (req != &smpp_current_req) {
/* we have the buffer in the connection tied buff -
* detach it , release the conn and free it afterwards */
con->con_req = NULL;
}
} else {
LM_DBG("We still have things on the pipe - "
"keeping connection \n");
}
local_rcv = con->rcv;
/* give the message to the registered functions */
handle_smpp_msg(req->buf, (smpp_session_t *)con->proto_data, &local_rcv);
if (!size && req != &smpp_current_req) {
/* if we no longer need this tcp_req
* we can free it now */
pkg_free(req);
}
con->msg_attempts = 0;
if (size) {
memmove(req->buf, req->parsed, size);
init_tcp_req(req, size);
/* if we still have some unparsed bytes, try to parse them too*/
return 1;
}
} else {
con->msg_attempts ++;
if (con->msg_attempts == smpp_max_msg_chunks) {
LM_ERR("Made %u read attempts but message is not complete yet - "
"closing connection \n",con->msg_attempts);
return -1;
}
if (req == &smpp_current_req) {
/* let's duplicate this - most likely another conn will come in */
LM_DBG("We didn't manage to read a full request\n");
con->con_req = pkg_malloc(sizeof(struct tcp_req));
if (con->con_req == NULL) {
LM_ERR("No more mem for dynamic con request buffer\n");
return -1;
}
if (req->pos != req->buf) {
/* we have read some bytes */
memcpy(con->con_req->buf,req->buf,req->pos-req->buf);
con->con_req->pos = con->con_req->buf + (req->pos-req->buf);
} else {
con->con_req->pos = con->con_req->buf;
}
if (req->parsed != req->buf)
con->con_req->parsed =con->con_req->buf+(req->parsed-req->buf);
else
con->con_req->parsed = con->con_req->buf;
con->con_req->complete=req->complete;
con->con_req->content_len=req->content_len;
con->con_req->error = req->error;
}
}
return 0;
}
int ws_process(struct tcp_connection *con)
{
struct ws_req *req;
struct ws_req *newreq;
long size = 0;
enum ws_close_code ret_code = WS_ERR_NONE;
unsigned char bk;
char *msg_buf;
int msg_len;
struct receive_info local_rcv;
if (con->con_req) {
req=(struct ws_req *)con->con_req;
LM_DBG("Using the per connection buff \n");
} else {
LM_DBG("Using the global ( per process ) buff \n");
init_ws_req(&ws_current_req, 0);
req=&ws_current_req;
}
again:
if (req->tcp.error == TCP_REQ_OK) {
if (req->tcp.parsed >= req->tcp.pos) {
if (ws_raw_read(con, &req->tcp) < 0) {
LM_ERR("failed to read %d:%s\n", errno, strerror(errno));
goto error;
}
}
ret_code = ws_parse(req);
if (ret_code)
goto error;
/* eof check:
* is EOF if eof on fd and r. not complete yet,
* if r. is complete we might have a second unparsed
* request after it, so postpone release_with_eof
*/
if ((con->state==S_CONN_EOF) && (req->tcp.complete==0)) {
LM_DBG("EOF received\n");
goto done;
}
/* sanity mask checks */
if ((WS_TYPE(con) == WS_CLIENT && req->is_masked) ||
(WS_TYPE(con) == WS_SERVER && !req->is_masked)) {
LM_DBG("malformed WS msg - %s %s\n",
req->is_masked ? "masked" : "not masked",
WS_TYPE(con) == WS_CLIENT ? "client" : "server");
ret_code = WS_ERR_BADDATA;
goto error;
}
}
if (req->tcp.complete) {
/* update the timeout - we succesfully read the request */
tcp_conn_set_lifetime(con, ws_send_timeout);
con->timeout=con->lifetime;
/* if we are here everything is nice and ok*/
update_stat( pt[process_no].load, +1 );
/* rcv.bind_address should always be !=0 */
bind_address=con->rcv.bind_address;
con->rcv.proto_reserved1=con->id; /* copy the id */
size=req->tcp.pos-req->tcp.parsed;
switch (req->op) {
case WS_OP_CLOSE:
if (req->tcp.content_len) {
/* for now we are only interested in the code, not the reason */
ret_code = WS_CLOSE_CODE(req);
switch(ret_code) {
case WS_ERR_NORMAL: LM_DBG("Normal WebSocket close\n"); break;
case WS_ERR_CLIENT: LM_DBG("Client error close\n"); break;
case WS_ERR_PROTO: LM_DBG("WebSocket protocol error\n"); break;
case WS_ERR_BADDATA: LM_DBG("Data type not consistent\n"); break;
case WS_ERR_POLICY: LM_DBG("Bad policy close\n"); break;
case WS_ERR_TOO_BIG: LM_DBG("Packet too big close\n"); break;
case WS_ERR_BADEXT: LM_DBG("Bad extension close\n"); break;
case WS_ERR_UNEXPECT: LM_DBG("Unexpected condition close\n"); break;
default:
LM_DBG("Unknown WebSocket close: %d\n", ret_code);
}
} else {
ret_code = WS_ERR_NORMAL;
}
/* respond to close */
WS_CODE(con) = ret_code;
ws_send_close(con);
WS_CODE(con) = WS_ERR_NOSEND;
/* release the connextion */
con->state = S_CONN_EOF;
goto done;
case WS_OP_PING:
if (ws_send_pong(con, req) < 0)
LM_ERR("cannot send PONG msg\n");
break;
case WS_OP_PONG:
LM_DBG("Received WebSocket PONG\n");
break;
case WS_OP_TEXT:
case WS_OP_BIN:
bk = *req->tcp.parsed;
*req->tcp.parsed = 0;
msg_buf = req->tcp.body;
msg_len = req->tcp.parsed-req->tcp.body;
local_rcv = con->rcv;
if (!size) {
/* did not read any more things - we can release
* the connection */
LM_DBG("We're releasing the connection in state %d \n",
con->state);
if (req != &ws_current_req) {
/* we have the buffer in the connection tied buff -
* detach it , release the conn and free it afterwards */
con->con_req = NULL;
}
/* TODO - we could indicate to the TCP net layer to release
* the connection -> other worker may read the next available
* message on the pipe */
} else {
LM_DBG("We still have things on the pipe - "
"keeping connection \n");
}
if (receive_msg(msg_buf, msg_len, &local_rcv) <0)
LM_ERR("receive_msg failed \n");
*req->tcp.parsed = bk;
break;
default:
LM_BUG("Can't handle %d\n", req->op);
goto error;
}
update_stat( pt[process_no].load, -1 );
if (size) memmove(req->tcp.buf, req->tcp.parsed, size);
#ifdef EXTRA_DEBUG
LM_DBG("preparing for new request, kept %ld bytes\n", size);
#endif
init_ws_req(req, size);
con->msg_attempts = 0;
/* if we still have some unparsed bytes, try to parse them too*/
if (size)
goto again;
/* cleanup the existing request */
if (req != &ws_current_req)
pkg_free(req);
} else {
/* request not complete - check the if the thresholds are exceeded */
con->msg_attempts++;
if (con->msg_attempts == ws_max_msg_chunks) {
LM_ERR("Made %u read attempts but message is not complete yet - "
"closing connection \n",con->msg_attempts);
goto error;
}
if (req == &ws_current_req) {
/* let's duplicate this - most likely another conn will come in */
LM_DBG("We didn't manage to read a full request\n");
newreq = pkg_malloc(sizeof(struct ws_req));
if (newreq == NULL) {
LM_ERR("No more mem for dynamic con request buffer\n");
goto error;
}
if (req->tcp.pos != req->tcp.buf) {
/* we have read some bytes */
memcpy(newreq->tcp.buf,req->tcp.buf,req->tcp.pos-req->tcp.buf);
newreq->tcp.pos = newreq->tcp.buf + (req->tcp.pos-req->tcp.buf);
} else {
newreq->tcp.pos = newreq->tcp.buf;
}
if (req->tcp.start != req->tcp.buf)
newreq->tcp.start = newreq->tcp.buf +(req->tcp.start-req->tcp.buf);
else
newreq->tcp.start = newreq->tcp.buf;
if (req->tcp.parsed != req->tcp.buf)
newreq->tcp.parsed =newreq->tcp.buf+(req->tcp.parsed-req->tcp.buf);
else
newreq->tcp.parsed = newreq->tcp.buf;
if (req->tcp.body != 0) {
newreq->tcp.body = newreq->tcp.buf + (req->tcp.body-req->tcp.buf);
} else
newreq->tcp.body = 0;
newreq->tcp.complete=req->tcp.complete;
newreq->tcp.has_content_len=req->tcp.has_content_len;
newreq->tcp.content_len=req->tcp.content_len;
newreq->tcp.bytes_to_go=req->tcp.bytes_to_go;
newreq->tcp.error = req->tcp.error;
newreq->tcp.state = req->tcp.state;
newreq->op = req->op;
newreq->mask = req->mask;
newreq->is_masked = req->is_masked;
con->con_req = (struct tcp_req *)newreq;
}
}
LM_DBG("ws_read end\n");
done:
/* connection will be released */
return size;
error:
WS_CODE(con) = ret_code;
if (WS_CODE(con) != WS_ERR_NONE) {
ws_send_close(con);
WS_CODE(con) = WS_ERR_NOSEND;
}
return -1;
}
static int proto_tls_send(struct socket_info* send_sock,
char* buf, unsigned int len, union sockaddr_union* to, int id)
{
struct tcp_connection *c;
struct ip_addr ip;
int port;
int fd, n;
struct tls_data* data;
if (to){
su2ip_addr(&ip, to);
port=su_getport(to);
n = tcp_conn_get(id, &ip, port, PROTO_TLS, &c, &fd);
}else if (id){
n = tcp_conn_get(id, 0, 0, PROTO_NONE, &c, &fd);
}else{
LM_CRIT("prot_tls_send called with null id & to\n");
return -1;
}
if (n<0) {
/* error during conn get, return with error too */
LM_ERR("failed to acquire connection\n");
return -1;
}
/* was connection found ?? */
if (c==0) {
if (tcp_no_new_conn) {
return -1;
}
LM_DBG("no open tcp connection found, opening new one\n");
/* create tcp connection */
if ((c=tls_sync_connect(send_sock, to, &fd))==0) {
LM_ERR("connect failed\n");
return -1;
}
goto send_it;
}
/* now we have a connection, let's what we can do with it */
/* BE CAREFUL now as we need to release the conn before exiting !!! */
if (fd==-1) {
/* connection is not writable because of its state */
/* return error, nothing to do about it */
tcp_conn_release(c, 0);
return -1;
}
send_it:
/* if there is pending tracing data on a connection startet by us
* (connected) -> flush it
* As this is a write op, we look only for connected conns, not to conflict
* with accepted conns (flushed on read op) */
if ( (c->flags&F_CONN_ACCEPTED)==0 && c->proto_flags & F_TLS_TRACE_READY ) {
data = c->proto_data;
/* send the message if set from tls_mgm */
if ( data->message ) {
send_trace_message( data->message, t_dst);
data->message = NULL;
}
/* don't allow future traces for this connection */
data->tprot = 0;
data->dest = 0;
c->proto_flags &= ~( F_TLS_TRACE_READY );
}
LM_DBG("sending via fd %d...\n",fd);
lock_get(&c->write_lock);
n = tls_blocking_write(c, fd, buf, len, &tls_mgm_api);
lock_release(&c->write_lock);
tcp_conn_set_lifetime( c, tcp_con_lifetime);
LM_DBG("after write: c= %p n=%d fd=%d\n",c, n, fd);
LM_DBG("buf=\n%.*s\n", (int)len, buf);
if (n<0){
LM_ERR("failed to send\n");
c->state=S_CONN_BAD;
if (c->proc_id != process_no)
close(fd);
tcp_conn_release(c, 0);
return -1;
}
/* only close the FD if not already in the context of our process
either we just connected, or main sent us the FD */
if (c->proc_id != process_no)
close(fd);
/* mark the ID of the used connection (tracing purposes) */
last_outgoing_tcp_id = c->id;
tcp_conn_release(c, 0);
return n;
}
/*! \brief Finds a tcpconn & sends on it */
static int proto_wss_send(struct socket_info* send_sock,
char* buf, unsigned int len,
union sockaddr_union* to, int id)
{
struct tcp_connection *c;
struct timeval get;
struct ip_addr ip;
int port = 0;
int fd, n;
struct ws_data* d;
reset_tcp_vars(tcpthreshold);
start_expire_timer(get,tcpthreshold);
if (to){
su2ip_addr(&ip, to);
port=su_getport(to);
n = tcp_conn_get(id, &ip, port, PROTO_WSS, &c, &fd);
}else if (id){
n = tcp_conn_get(id, 0, 0, PROTO_NONE, &c, &fd);
}else{
LM_CRIT("prot_tls_send called with null id & to\n");
get_time_difference(get,tcpthreshold,tcp_timeout_con_get);
return -1;
}
if (n<0) {
/* error during conn get, return with error too */
LM_ERR("failed to acquire connection\n");
get_time_difference(get,tcpthreshold,tcp_timeout_con_get);
return -1;
}
/* was connection found ?? */
if (c==0) {
if (tcp_no_new_conn) {
return -1;
}
if (!to) {
LM_ERR("Unknown destination - cannot open new tcp connection\n");
return -1;
}
LM_DBG("no open tcp connection found, opening new one\n");
/* create tcp connection */
if ((c=ws_connect(send_sock, to, &fd))==0) {
LM_ERR("connect failed\n");
return -1;
}
goto send_it;
}
get_time_difference(get, tcpthreshold, tcp_timeout_con_get);
/* now we have a connection, let's what we can do with it */
/* BE CAREFUL now as we need to release the conn before exiting !!! */
if (fd==-1) {
/* connection is not writable because of its state */
/* return error, nothing to do about it */
tcp_conn_release(c, 0);
return -1;
}
send_it:
LM_DBG("sending via fd %d...\n",fd);
n = ws_req_write(c, fd, buf, len);
stop_expire_timer(get, tcpthreshold, "WSS ops",buf,(int)len,1);
tcp_conn_set_lifetime( c, tcp_con_lifetime);
/* only here we will have all tracing data TLS + WS */
d = c->proto_data;
if ( (c->flags&F_CONN_ACCEPTED)==0 && d && d->dest && d->tprot ) {
if ( d->message ) {
send_trace_message( d->message, t_dst);
d->message = NULL;
}
/* don't allow future traces for this cnection */
d->tprot = 0;
d->dest = 0;
}
LM_DBG("after write: c= %p n=%d fd=%d\n",c, n, fd);
if (n<0){
LM_ERR("failed to send\n");
c->state=S_CONN_BAD;
if (c->proc_id != process_no)
close(fd);
tcp_conn_release(c, 0);
return -1;
}
/* only close the FD if not already in the context of our process
either we just connected, or main sent us the FD */
if (c->proc_id != process_no)
close(fd);
/* mark the ID of the used connection (tracing purposes) */
last_outgoing_tcp_id = c->id;
tcp_conn_release(c, 0);
return n;
}
