// ------------------------------------------------------------------------
// ------------------------------------------------------------------------
void entering_info( DWORD SesId, DWORD SesTyp, HANDLE token, LPVOID param ){ //определение пользователя
char *wuser = NULL;
char *bufa = NULL;
char *whost = NULL;
DWORD usersize = 0;
DWORD hostsize = 0;
DWORD size = 0;
// --
if((!WTSQuerySessionInformation( WTS_CURRENT_SERVER_HANDLE, SesId, WTSUserName, &wuser, &usersize ))
||(!WTSQuerySessionInformation( WTS_CURRENT_SERVER_HANDLE, SesId, WTSClientAddress, &bufa, &size ))){
prn_err( "WTSQuerySessionInformation failed.", GetLastError() );
return;
}else if( bufa ){
WTS_CLIENT_ADDRESS *pAddr = (WTS_CLIENT_ADDRESS *) bufa;
if(!WTSQuerySessionInformation( WTS_CURRENT_SERVER_HANDLE, SesId, WTSClientName, &whost, &hostsize )){
prn_err( "WTSQuerySessionInformation failed.", GetLastError() );
}else{
char bs[10];
ZeroMemory(&bs, 12 );
char ba[25];
ZeroMemory(&ba, 26 );
sprintf( ba, "%u.%u.%u.%u", pAddr->Address[2], pAddr->Address[3], pAddr->Address[4], pAddr->Address[5] );
// ipv6 sprintf( ba, "%u.%u.%u.%u.%u.%u", pAddr->Address[0], pAddr->Address[1], pAddr->Address[2], pAddr->Address[3], pAddr->Address[4], pAddr->Address[5] );
// --
if(( SesTyp == 1 )||( SesTyp == 2 )){
strcpy( bs, "Console" );
}else if(( SesTyp == 3 )||( SesTyp == 4 )){
strcpy( bs, "Remote" );
}else if(( SesTyp == 5 )||( SesTyp == 6 )){
strcpy( bs, "Logon" );
}else if(( SesTyp == 7 )||( SesTyp == 8 )){
strcpy( bs, "Lock" );
}else{
sprintf( bs, "Type-%u", SesTyp );
}
// --
if( strlen( ba ) < 8 ) strcpy( ba, "localhost" );
char pc[128]; // char *pc = malloc( sizeof( char ) * 64 );
ZeroMemory(&pc, 128 );
if( hostsize > 1 ) strcpy( pc, whost );
else strcpy( pc, "localhost" );
// --
if( SesTyp % 2 ){ // если не кратна двум то начало
sprintf( msg_err, "Begin Session Id-%i, Type-%i (%s), User:%s, Host:%s, IP:%s.", SesId, SesTyp, bs, wuser, pc, ba );
prn_log( msg_err );
if(( JOB > 100 )&&( SesTyp < 7 )) new_session( SesId, SesTyp, bs, wuser, token, pc, ba );
}else{
sprintf( msg_err, "End Session Id-%i, Type-%i (%s), User:%s.", SesId, SesTyp, bs, wuser );
prn_log( msg_err );
if(( JOB > 100 )&&( SesTyp < 7 )) end_session( SesId, SesTyp, bs, wuser );
}
// --
WTSFreeMemory( whost );
}
// --
WTSFreeMemory( bufa );
WTSFreeMemory( wuser );
}
}
session_t fa_audio_begin_session()
{
if (!pa_mutex) {
assert(false && "Module not initalized");
}
inform(string("Initializing real-time audio session"));
fa_thread_lock(pa_mutex);
{
if (pa_status) {
fa_thread_unlock(pa_mutex);
return (session_t) audio_device_error(string("Overlapping real-time audio sessions"));
} else {
Pa_Initialize();
pa_status = true;
fa_thread_unlock(pa_mutex);
session_t session = new_session();
session_init_devices(session);
current_session = session;
return session;
}
}
}
session_ptr HSSessionMgr::new_session(boost::asio::io_service& io_service, /*int type, */size_t recv_buff_size, size_t send_buff_size)
{
unsigned int id = ++curr_id_;
session_ptr new_session(new HSSession(io_service, /*type, */id, recv_buff_size, send_buff_size));
sessions_.insert(make_pair(id, new_session));
return new_session;
}
struct http_session *http_session_create(struct conf_service *service,
http_sessions_t http_sessions,
unsigned int sesid)
{
NMEM nmem = nmem_create();
struct http_session *r = nmem_malloc(nmem, sizeof(*r));
char tmp_str[50];
sprintf(tmp_str, "session#%u", sesid);
r->psession = new_session(nmem, service, sesid);
r->session_id = sesid;
r->timestamp = 0;
r->nmem = nmem;
r->destroy_counter = r->activity_counter = 0;
r->http_sessions = http_sessions;
yaz_mutex_enter(http_sessions->mutex);
r->next = http_sessions->session_list;
http_sessions->session_list = r;
yaz_mutex_leave(http_sessions->mutex);
r->timeout_iochan = iochan_create(-1, session_timeout, 0, "http_session_timeout");
iochan_setdata(r->timeout_iochan, r);
yaz_log(http_sessions->log_level, "Session %u created. timeout chan=%p timeout=%d", sesid, r->timeout_iochan, service->session_timeout);
iochan_settimeout(r->timeout_iochan, service->session_timeout);
iochan_add(service->server->iochan_man, r->timeout_iochan);
http_session_use(1);
return r;
}
void Server::start() {
// new request from a client
typeSession new_session(new Session(io_service_, room_));
acceptor_.async_accept(new_session->socket(),
boost::bind(&Server::h_start, this, new_session,
boost::asio::placeholders::error));
}
void start_accept()
{
chat_session_ptr new_session(new chat_session(io_service_, room_));
acceptor_.async_accept(new_session->socket(),
boost::bind(&chat_server::handle_accept, this, new_session,
boost::asio::placeholders::error));
}
/**
* Creates a Authorization Session.
*/
AAASession* AAACreateAuthSession(void *generic_data,int is_client,int is_statefull,AAASessionCallback_f *cb,void *param)
{
AAASession *s;
str id;
cdp_session_type_t type;
generate_session_id(&id,0);
if (is_client){
if (is_statefull) type = AUTH_CLIENT_STATEFULL;
else type = AUTH_CLIENT_STATELESS;
}else{
if (is_statefull) type = AUTH_SERVER_STATEFULL;
else type = AUTH_SERVER_STATELESS;
}
s = new_session(id,type);
if (s) {
s->u.auth.generic_data = generic_data;
s->cb = cb;
s->cb_param = param;
s->u.auth.timeout=time(0)+config->tc*30;
s->u.auth.lifetime=time(0)+config->tc*32;
s->u.auth.grace_period=config->tc*2;
LOG(L_DBG,"id is %.*s",s->id.len,s->id.s);
LOG(L_DBG,"hash is %u",s->hash);
add_session(s);
}
return s;
}
void Server::authorize(struct mg_connection *conn, struct http_message *hm) {
Server::session *session;
std::string user = get_http_var(hm, "user");
std::string password = get_http_var(hm, "password");
std::string host;
mg_str *host_hdr = mg_get_http_header(hm, "Host");
if (host_hdr) {
if (!CONFIG_STRING(m_config, "service.cert").empty()) {
host += "https://";
}
else {
host += "http://";
}
host += std::string(host_hdr->p, host_hdr->len);
}
if (check_password(user, password) && (session = new_session(user)) != NULL) {
std::cout << "User authorized\n";
mg_printf(conn, "HTTP/1.1 302 Found\r\n"
"Set-Cookie: session=%s; max-age=3600; http-only\r\n" // Session ID
"Set-Cookie: user=%s\r\n" // Set user, needed by Javascript code
"Set-Cookie: admin=%s\r\n" // Set user, needed by Javascript code
"Set-Cookie: base_location=%s\r\n" // Set user, needed by Javascript code
"Set-Cookie: original_url=/; max-age=0\r\n" // Delete original_url
"Location: %s%sinstances\r\n\r\n",
session->session_id, session->user, session->admin ? "1" : "0", CONFIG_STRING(m_config, "service.base_location").c_str(), host.c_str(), CONFIG_STRING(m_config, "service.base_location").c_str());
} else {
// Authentication failure, redirect to login.
redirect_to(conn, hm, "/login");
}
}
void start()
{
session * new_session( new session( io_service_) );
acceptor_.async_accept(
new_session->socket(),
boost::bind( & server::handle_accept_, this->shared_from_this(),
new_session, boost::asio::placeholders::error) );
}
void Connection::handle_accept(session_ptr session, const boost::system::error_code& error)
{
if (!error)
{
session->start();
session_ptr new_session(new Session(io_service_, room_));
acceptor_.async_accept(new_session->socket(), boost::bind(&Connection::handle_accept, this, new_session, boost::asio::placeholders::error));
}
}
void server::start_accept()
{
{
session_ptr new_session(new session(io_service_, this, maxLength_));
acceptor_.async_accept(new_session->socket(),
boost::bind(&server::handle_accept, this, new_session,
boost::asio::placeholders::error));
}
}
netmap_server::netmap_server(boost::asio::io_service& io_service, short server_port,
tcp::endpoint& ep, const std::string& dump_file)
: m_io_service(io_service)
, m_acceptor(io_service, tcp::endpoint(tcp::v4(), server_port))
, m_remote_host(ep)
{
portmap_session_ptr new_session(new portmap_session(m_io_service, m_remote_host));
m_acceptor.async_accept(new_session->socket(),
boost::bind(&netmap_server::handle_accept, this, new_session,
boost::asio::placeholders::error));
}
void server::start_accept()
{
this->_printDebug("TCPServer::start_accept - Start accepting connections");
{
// Need to save session as local member... Going out of scope leads to
// issues
session_ptr new_session(new session(io_service_, this, maxLength_, debug));
sessionWaitingForAccept_ = new_session;
acceptor_.async_accept(sessionWaitingForAccept_->socket(),
boost::bind(&server::handle_accept, this, boost::asio::placeholders::error));
}
}
session *
new_ircwindow (server *serv, char *name, int type)
{
session *sess;
switch (type)
{
case SESS_SERVER:
serv = new_server ();
if (prefs.use_server_tab)
{
register unsigned int oldh = prefs.hideuserlist;
prefs.hideuserlist = 1;
sess = new_session (serv, name, SESS_SERVER);
prefs.hideuserlist = oldh;
} else
{
sess = new_session (serv, name, SESS_CHANNEL);
}
serv->server_session = sess;
serv->front_session = sess;
break;
case SESS_DIALOG:
sess = new_session (serv, name, type);
if (prefs.logging)
log_open (sess);
break;
default:
/* case SESS_CHANNEL:
case SESS_NOTICES:
case SESS_SNOTICES:*/
sess = new_session (serv, name, type);
break;
}
irc_init (sess);
plugin_emit_dummy_print (sess, "Open Context");
return sess;
}
int tftp_session(uev_ctx_t *ctx, int sd)
{
int pid = 0;
ctrl_t *ctrl;
ctrl = new_session(ctx, sd, &pid);
if (!ctrl)
return pid;
tftp_command(ctrl);
exit(del_session(ctrl, 0));
}
/**
* Creates a Generic Session.
*/
AAASession* AAACreateSession(void *generic_data)
{
AAASession *s;
str id;
generate_session_id(&id,0);
s = new_session(id,UNKNOWN_SESSION);
if (s) {
s->u.generic_data = generic_data;
}
return s;
}
void handle_accept(boost::shared_ptr<message_session> session,
const boost::system::error_code& error)
{
if (!error)
{
session->start();
boost::shared_ptr<message_session> new_session(
new message_session(io_service_, zmq_recv_loop_, zmq_connection_pool_));
acceptor_.async_accept(new_session->socket(),
boost::bind(&message_server::handle_accept, this, new_session,
boost::asio::placeholders::error));
}
}
void Server::main_loop()
{
sigset_t sigset_tmpl, sigset;
pthread_sigmask(0, NULL, &sigset_tmpl);
sigaddset(&sigset_tmpl, SIGUSR1);
sigset = sigset_tmpl;
auto_ptr<DataStream> stream;
try{
info_printf(err_cons, "Waiting for connections.");
while (!shutting_down){
auto_ptr<DataStream> stream = server.accept(sigset, shutting_down);
Mutex::Locker l(open_sessions_mutex);
if (!shutting_down && get_sessions_count() < get_config_max_sessions()){
try{
auto_ptr<PackageStream> pstream(new PackageCodec(stream, get_config_max_package_size()));
shared_ptr<Session> new_session(new Session(*this, pstream));
open_sessions[new_session->get_id()] = new_session;
new_session->launch();
} catch (LoximException &ex) {
warning_print(err_cons, "Caught exception while creating new session:");
warning_print(err_cons, ex.to_string());
} catch (...) {
warning_print(err_cons, "Caught unknown exception while creating new session");
}
}
}
} catch (OperationCancelled &ex) {
//this is a normal way of exiting the server
} catch (LoximException &ex){
info_print(err_cons, "Caught exception in server loop, shutting down");
debug_print(err_cons, ex.to_string());
} catch (...) {
info_print(err_cons, "Caught unknown exception in server loop, shutting down");
}
{
Mutex::Locker l(open_sessions_mutex);
shutting_down = 1;
info_print(err_cons, "Quitting, telling sessions to shut down");
for (set<pair<const uint64_t, shared_ptr<Session> > >::iterator i = open_sessions.begin(); i != open_sessions.end(); i++){
i->second->shutdown(0);
}
}
info_print(err_cons, "Joining threads");
for (set<pair<const uint64_t, shared_ptr<Session> > >::iterator i = open_sessions.begin(); i != open_sessions.end(); i++){
pthread_join(i->second->get_thread(), NULL);
}
open_sessions.clear();
info_print(err_cons, "Threads joined");
}
session_ptr HSSessionMgr::new_local_session(boost::asio::io_service& io_service, unsigned int sid, size_t recv_buff_size, size_t send_buff_size)
{
map<unsigned int, session_ptr>::iterator it = local_sessions_.find(sid);
if (it != local_sessions_.end()) {
if (!it->second->is_connected()) {
return it->second;
} else {
return session_ptr();
}
}
session_ptr new_session(new HSSession(io_service, sid, recv_buff_size, send_buff_size));
local_sessions_.insert(make_pair(sid, new_session));
return new_session;
}
message_server(boost::asio::io_service& io_service,
const boost::asio::ip::tcp::endpoint& endpoint,
ZmqConnectionPool& zmq_connection_pool)
: io_service_(io_service),
acceptor_(io_service, endpoint),
zmq_recv_loop_(io_service),
zmq_connection_pool_(zmq_connection_pool)
{
boost::shared_ptr<message_session> new_session(
new message_session(io_service_, zmq_recv_loop_, zmq_connection_pool_));
acceptor_.async_accept(new_session->socket(),
boost::bind(&message_server::handle_accept, this, new_session,
boost::asio::placeholders::error));
}
/*
* add a netmap port. We add them in pairs, so forwarding occurs
* between two of them.
*/
void
netmap_add_port(const char *dev)
{
static struct sess *s1 = NULL; // XXX stateful; bad!
struct my_netmap_port *port;
int l;
struct sess *s2;
D("opening netmap device %s", dev);
l = strlen(dev) + 1;
if (l >= IFNAMSIZ) {
D("name %s too long, max %d", dev, IFNAMSIZ - 1);
sleep(2);
return;
}
port = calloc(1, sizeof(*port));
port->d = nm_open(dev, NULL, 0, NULL);
if (port->d == NULL) {
D("error opening %s", dev);
kern_free(port); // XXX compat
return;
}
strncpy(port->ifp.if_xname, dev, IFNAMSIZ-1);
port->allocator_id = port->d->req.nr_arg2;
D("--- mem_id %d", port->allocator_id);
s2 = new_session(port->d->fd, netmap_read, port, WANT_READ);
port->sess = s2;
D("create sess %p my_netmap_port %p", s2, port);
if (s1 == NULL) { /* first of a pair */
s1 = s2;
} else { /* second of a pair, cross link */
struct my_netmap_port *peer = s1->arg;
port->peer = peer;
peer->peer = port;
port->can_swap_bufs = peer->can_swap_bufs =
(port->allocator_id == peer->allocator_id);
D("%p %s %d <-> %p %s %d %s",
port, port->d->req.nr_name, port->allocator_id,
peer, peer->d->req.nr_name, peer->allocator_id,
port->can_swap_bufs ? "SWAP" : "COPY");
s1 = NULL;
}
}
static gboolean
rakia_nua_i_invite_cb (TpBaseConnection *conn,
const RakiaNuaEvent *ev,
tagi_t tags[],
RakiaMediaManager *fac)
{
TpHandle handle;
RakiaSipSession *session;
struct InviteData *idata;
/* figure out a handle for the identity */
handle = rakia_handle_by_requestor (conn, ev->sip);
if (!handle)
{
MESSAGE ("incoming INVITE with invalid sender information");
nua_respond (ev->nua_handle, 400, "Invalid From address", TAG_END());
return TRUE;
}
DEBUG("Got incoming invite from <%s>",
rakia_handle_inspect (conn, handle));
if (handle == tp_base_connection_get_self_handle (conn))
{
DEBUG("cannot handle calls from self");
nua_respond (ev->nua_handle, 501, "Calls from self are not supported", TAG_END());
/* FIXME: Possible handle leak.. needs double checking ? */
return TRUE;
}
session = new_session (fac, ev->nua_handle, 0);
/* We delay emission of NewChannel(s) until we have the data on
* initial media */
idata = g_slice_new (struct InviteData);
idata->fac = fac;
idata->handle = handle;
g_signal_connect (session, "incoming-call",
G_CALLBACK (incoming_call_cb), idata);
return TRUE;
}
void do_accept(boost::asio::io_service& io_service,
unsigned short port, boost::asio::yield_context yield)
{
boost::asio::ip::tcp::acceptor acceptor(
io_service,
boost::asio::ip::tcp::endpoint(
boost::asio::ip::tcp::v4(), port));
for (;;)
{
boost::system::error_code ec;
std::shared_ptr<session> new_session(std::make_shared<session>(io_service));
acceptor.async_accept(new_session->socket(), yield[ec]);
if (!ec)
{
new_session->go();
}
}
}
// A handler for the /authorize endpoint.
// Login page form sends user name and password to this endpoint.
struct session* authorize_ex(struct mg_connection *conn,
const struct mg_request_info *request_info) {
char user[MAX_USER_LEN], password[MAX_USER_LEN];
struct session *session;
if (session = if_authorized(conn, request_info))
return session;
// Fetch user name and password.
get_qsvar(request_info, "user", user, sizeof(user));
get_qsvar(request_info, "password", password, sizeof(password));
if (check_password(user, password) && (session = new_session()) != NULL) {
my_strlcpy(session->user, user, sizeof(session->user));
snprintf(session->random, sizeof(session->random), "%d", rand());
generate_session_id(session->session_id, session->random,
session->user);
return session;
}
return 0;
}
client_t *client_create(uint16_t id,socket_t *tcp_socket,int connected)
{
client_t *c = NULL;
c = calloc(1,sizeof(client_t));
if(!c)
goto error;
c->id = id;
c->status = CLIENT_STATUS_NEW;
c->tcp_sock = sock_copy(tcp_socket);
c->connected = 0;
c->session_id = new_session();
c->tcp_data.len = 0;
c->pack_count = 0;
c->suspend = CLIENT_UNSUSPEND;
return c;
error:
if(c)
free(c);
return NULL;
}
// A handler for the /authorize endpoint.
// Login page form sends user name and password to this endpoint.
int authorize(struct mg_connection *conn,
const struct mg_request_info *request_info) {
char user[MAX_USER_LEN], password[MAX_USER_LEN];
struct session *session;
// Fetch user name and password.
get_qsvar(request_info, "user", user, sizeof(user));
get_qsvar(request_info, "password", password, sizeof(password));
if (check_password(user, password) && (session = new_session()) != NULL) {
// Authentication success:
// 1. create new session
// 2. set session ID token in the cookie
// 3. remove original_url from the cookie - not needed anymore
// 4. redirect client back to the original URL
//
// The most secure way is to stay HTTPS all the time. However, just to
// show the technique, we redirect to HTTP after the successful
// authentication. The danger of doing this is that session cookie can
// be stolen and an attacker may impersonate the user.
// Secure application must use HTTPS all the time.
my_strlcpy(session->user, user, sizeof(session->user));
snprintf(session->random, sizeof(session->random), "%d", rand());
generate_session_id(session->session_id, session->random,
session->user);
mg_printf(conn, "HTTP/1.1 302 Found\r\n"
"Set-Cookie: session=%s; max-age=3600; http-only\r\n" // Session ID
"Set-Cookie: user=%s\r\n"// Set user, needed by Javascript code
"Set-Cookie: original_url=/; max-age=0\r\n"// Delete original_url
"Location: /\r\n\r\n", session->session_id, session->user);
return 1;
} else {
// Authentication failure, redirect to login.
redirect_to_login(conn, request_info);
return 0;
}
}
ClusterInit()
: inst(3, 0)
, session(NULL)
, schema_alter_session(NULL) {
new_session();
}
Connection::Connection(boost::asio::io_service& io_service, const tcp::endpoint& endpoint):io_service_(io_service), acceptor_(io_service, endpoint)
{
session_ptr new_session(new Session(io_service_, room_));
acceptor_.async_accept(new_session->socket(), boost::bind(&Connection::handle_accept,
this, new_session, boost::asio::placeholders::error));
}
uint
state_process_packet()
{
session_t *this_session;
enum sm_Status smStatus;
#ifdef __DEBUG__
IF_TRACED((TRC_STATE|TRC_PACKET))
printf("state_process_packet: Entered with event %s",smEvent_names[g_this_event.evtType]);
if (g_this_event.evtType==evtPacketRcvd)
{
printf(" (%s)\n",Topo_opcode_names[g_opcode]);
} else {
puts("");
}
END_TRACE
#endif
g_this_event.isInternalEvt = FALSE; // It's a real event, not internally generated
/* First, look this RealSrc up in the session table, to
* locate any association with an established session.
*
* If there is no matching session, create a new one, iff the
* packet is a valid Discover of either topo- or quick- TOS ... */
g_this_event.isNewSession = FALSE;
if ((this_session = find_session(&g_base_hdr->tbh_realsrc)) == NULL)
{
/* Not found: Check for a Discovery packet (validated in packetio.c) */
if (g_opcode == Opcode_Discover)
{
/* Create a new session for this association */
if ((this_session = new_session()) == NULL)
{
/* No room in the table: drop the packet and whine. */
warn("state_process_packet: no room to create new session. Packet dropped.\n");
return UINT_MAX;
}
g_this_event.isNewSession = TRUE;
/* Fill in the newly valid session table entry with info from the packet */
this_session->ssn_XID = g_sequencenum;
this_session->ssn_mapper_real = g_base_hdr->tbh_realsrc;
this_session->ssn_mapper_current = g_ethernet_hdr->eh_src;
this_session->ssn_TypeOfSvc = g_base_hdr->tbh_tos;
#ifdef __DEBUG__
IF_TRACED(TRC_STATE)
printf("New Session:\n\tXID = %X\n\treal address: " ETHERADDR_FMT \
"\n",this_session->ssn_XID, \
ETHERADDR_PRINT(&this_session->ssn_mapper_real) );
printf("\tcurrent address: " ETHERADDR_FMT "\n\tToS: %s\n",
ETHERADDR_PRINT(&this_session->ssn_mapper_current),
Lld2_tos_names[this_session->ssn_TypeOfSvc] );
END_TRACE
#endif
g_this_event.ssn = this_session;
} /*** end of if (g_opcode == Opcode_Discover) ***/
/* Probes are forced to associate with the mapping session, if there is one. */
if (g_opcode == Opcode_Probe)
{
if (g_topo_session != NULL && g_topo_session->ssn_is_valid)
{
this_session = g_topo_session;
}
}
} /*** endo of if (find_session()==NULL) ***/
/* We have associated whatever session that we can with this packet - pass to state machines */
g_this_event.ssn = this_session;
smStatus = smS_process_event( &g_this_event );
if (smStatus != PROCESSING_ABORTED)
{
smStatus = smE_process_event( &g_this_event );
}
if (smStatus != PROCESSING_ABORTED)
{
smStatus = smT_process_event( &g_this_event );
}
/* Remove any "new-session" marking */
g_this_event.isNewSession = FALSE;
#ifdef __DEBUG__
IF_TRACED(TRC_PACKET)
printf("state_process_packet: Leaving - done with event %s\n",smEvent_names[g_this_event.evtType]);
END_TRACE
#endif
return 0; /* Success! */
}
void ClientController::start_accept() {
client_ptr new_session( new Client( m_ioservice, *this ) ) ;
m_acceptor.async_accept( new_session->socket(), boost::bind(&ClientController::accept_handler, this, new_session, boost::asio::placeholders::error));
}