// 处理所有通用应答消息
char * PConvert::convert_lplat_r( const string &key, const string &phone, const string &val, int &len, unsigned int &msgid )
{
MapString map ;
// 解析数据
if ( ! parse_jkpt_value( val , map ) ) {
OUT_ERROR( NULL, 0, NULL, "parse data %s failed", val.c_str() ) ;
return NULL ;
}
char *buf = _pEnv->GetMsgCache()->GetData( key.c_str(), len ) ;
if ( buf == NULL || len < (int)( sizeof(Header) + sizeof(UpPlatformMsg) ) ) {
OUT_ERROR( NULL, 0, phone.c_str(), "UpPlatformMsg length %d error" , len ) ;
return NULL ;
}
UpPlatformMsg *plat = ( UpPlatformMsg *) ( buf + sizeof(Header) ) ;
unsigned int datatype = ntouv16( plat->data_type ) ;
switch( datatype ) {
case UP_PLATFORM_MSG_POST_QUERY_ACK: // 平台查岗
{
// 修改响应处理
UpPlatformMsgPostQueryAck *resp = ( UpPlatformMsgPostQueryAck *) buf ;
string value;
if( ! get_map_string(map, "PLATQUERY", value)) {
free_buffer(buf);
return NULL;
}
vector<string> fields;
if( ! splitvector(value, fields, "|", 4) || fields.size() != 4) {
free_buffer(buf);
return NULL;
}
CBase64 base64;
base64.Decode(fields[3].c_str(), fields[3].length());
int newLen = len + base64.GetLength() + sizeof(Footer);
char *newBuf = new char[newLen];
resp->header.msg_len = ntouv32(newLen);
resp->up_platform_msg.data_length = ntouv32(sizeof(UpPlatformMsgpostqueryData) + base64.GetLength());
resp->up_platform_post.msg_len = ntouv32(base64.GetLength());
memcpy(newBuf, buf, len);
memcpy(newBuf + len, base64.GetBuffer(), base64.GetLength());
newBuf[newLen - 1] = '\x5d';
free_buffer(buf);
len = newLen;
buf = newBuf;
//msgid = UP_CTRL_MSG_MONITOR_VEHICLE_ACK ;
msgid = ntouv32(resp->header.access_code);
}
break;
}
return buf ;
}
void MsgClient::on_data_arrived( socket_t *sock, const void* data, int len)
{
// FUNTRACE("void ClientAccessServer::HandleInterData(int fd, const void *data, int len)");
if (len < 4)
{
OUT_ERROR( sock->_szIp, sock->_port, NULL, "recv data error length: %d", len );
return;
}
OUT_RECV( sock->_szIp, sock->_port, NULL, "on_data_arrived:[%d]%s", len, (const char*)data);
CInterCoder coder;
// 数据解密处理
if (!coder.Decode((const char *) data, len))
{
OUT_ERROR( sock->_szIp, sock->_port, "Decode", "fd %d, MsgClient recv error data:%d,%s", sock->_fd, len, ( const char *)data );
return;
}
const char *ptr = (const char *) coder.Buffer();
if (strncmp(ptr, "CAIT", 4) == 0)
{
// 纷发处理数据
HandleInnerData( sock, ptr, coder.Length());
}
else
{
// 处理登陆相关
HandleSession( sock, ptr, coder.Length());
}
}
// 线程执行对象方法
void CScpMedia::HandleQueue( void *packet )
{
MultiDesc *elem = (MultiDesc*) packet ;
// mogrify -pointsize 16 -fill white -weight bolder -gravity southeast -annotate +5+5 "2012.03.03 16:59 #1" 1.jpg
if ( _water_enable && elem->_type == 0 ) { // 如果打开水印且为图片时才开启水印操作
string stime = getstrtime() ;
char buffer[1024] = {0};
snprintf(buffer, 1024, "%s #%d%s", stime.c_str(), elem->_channel, getEventText(elem->_event).c_str());
if ( ! picNote(elem->_path.c_str(), buffer) ) {
OUT_ERROR( NULL, 0, "scpmedia", "Water %s , file path %s, water date %s failed", buffer, elem->_path.c_str(), stime.c_str() ) ;
} else {
OUT_PRINT( NULL, 0, "scpmedia", "Water %s, file path %s, water date %s success", buffer, elem->_path.c_str(), stime.c_str() ) ;
}
}
// 写入远程服务器
if ( ! writeFile( elem->_abspath.c_str(), elem->_name.c_str(), elem->_path.c_str() ) ) {
OUT_ERROR( NULL, 0, "scpmedia", "upload file to server failed, %s" , elem->_name.c_str() ) ;
return ;
}
char buf[2048] = {0} ;
sprintf( buf, "CAITS 0_0 %s 0 U_REPT {TYPE:3,120:%d,124:%d,121:%d,122:%d,123:%d,125:%s/%s,%s,CHANNEL_TYPE:0} \r\n",
elem->_macid.c_str(), elem->_id, elem->_channel, elem->_type, elem->_ftype, elem->_event, elem->_abspath.c_str(), elem->_name.c_str() , elem->_gps.c_str() ) ;
// 上传数据
_pEnv->GetMsgClient()->HandleUpData( buf, strlen(buf) ) ;
}
void MsgClient::HandleInnerData( socket_t *sock, const char *data, int len)
{
User user = _online_user.GetUserBySocket( sock );
if (user._user_id.empty() || sock != user._fd )
{
OUT_ERROR( sock->_szIp, sock->_port, "CAIS" , "find fd %d user failed, data %s", sock->_fd, data );
return;
}
string line(data, len);
vector<string> vec;
if (!splitvector(line, vec, " ", 6))
{
OUT_ERROR( sock->_szIp, sock->_port, user._user_name.c_str() , "fd %d data error: %s", sock->_fd, data );
return;
}
string macid = vec[2];
// if store type need save session
_session.AddSession(macid, user._user_id);
// ToDo: 需要处理数据将数据递交到发布模块进行处理
_pEnv->GetPushServer()->HandleData(data, len);
user._last_active_time = time(NULL);
_online_user.SetUser(user._user_id, user);
}
DepthRegistration *DepthRegistration::New(Method method)
{
if(method == DEFAULT)
{
#ifdef DEPTH_REG_OPENCL
method = OPENCL;
#elif defined DEPTH_REG_CPU
method = CPU;
#endif
}
switch(method)
{
case DEFAULT:
OUT_ERROR("No default registration method available!");
break;
case CPU:
#ifdef DEPTH_REG_CPU
OUT_INFO("Using CPU registration method!");
return new DepthRegistrationCPU();
#else
OUT_ERROR("CPU registration method not available!");
break;
#endif
case OPENCL:
#ifdef DEPTH_REG_OPENCL
OUT_INFO("Using OpenCL registration method!");
return new DepthRegistrationOpenCL();
#else
OUT_ERROR("OpenCL registration method not available!");
break;
#endif
}
return NULL;
}
// 写入远程文件
bool CScpMedia::writeFile( const char *dir, const char *name, const char *path )
{
if ( ! _cfs_enable || _netobj._pobj == NULL )
return true ;
int len = 0 ;
char *ptr = ReadFile( path, len ) ;
if ( ptr == NULL ) {
OUT_ERROR( _cfs_ip.c_str(), _cfs_port, "scpmedia", "read file %s failed" , path ) ;
//异常处理
return false ;
}
char szfile[256] = {0} ;
sprintf( szfile, "%s/%s", dir, name ) ;
// 这里串行化处理图片上传
share::Guard guard( _netobj._mutex ) ;
#ifdef _SYN_MODE_
// 如果没有连接或者发送失败
int ret = _netobj._pobj->open( _cfs_ip.c_str(), _cfs_port, _cfs_user.c_str(), _cfs_pwd.c_str() ) ;
if ( ret != FILE_RET_SUCCESS ) {
OUT_ERROR( _cfs_ip.c_str(), _cfs_port, "scpmedia", "open file mgr failed, result %d" , ret ) ;
FreeBuffer( ptr ) ;
return false ;
}
#else
int ret = _netobj._pobj->write( szfile, ptr, len ) ;
if ( ret == FILE_RET_SUCCESS ) {
FreeBuffer( ptr ) ;
return true ;
}
// 如果没有连接或者发送失败
if ( ret == FILE_RET_NOCONN || ret == FILE_RET_SENDERR || ret == FILE_RET_READERR ) {
ret = _netobj._pobj->open( _cfs_ip.c_str(), _cfs_port, _cfs_user.c_str(), _cfs_pwd.c_str() ) ;
if ( ret != FILE_RET_SUCCESS ) {
OUT_ERROR( _cfs_ip.c_str(), _cfs_port, "scpmedia", "open file mgr failed, result %d" , ret ) ;
FreeBuffer( ptr ) ;
return false ;
}
}
#endif
int retry = 0 ;
// 如果发送文件失败重试几次
while( ++ retry < 3 ) {
ret = _netobj._pobj->write( szfile, ptr, len ) ;
if ( ret == FILE_RET_SUCCESS ) {
break ;
}
}
FreeBuffer( ptr ) ;
// 返回是否写入文件成功
return ( ret == FILE_RET_SUCCESS ) ;
}
//-----------------------------缓存数据处理接口-----------------------------------------
// 处理外部数据
int PasServer::HandleQueue(const char *uid, void *buf, int len, int msgid)
{
OUT_PRINT( NULL, 0, NULL, "HanldeQueue msg id %d , accesscode %s , data length %d" , msgid, uid, len );
switch (msgid) {
case DATA_FILECACHE: // 用户不在线数据缓存
{
// 如果数据长度不正确直接返回
if (len < (int) sizeof(Header)) {
OUT_ERROR( NULL, 0, NULL, "HandleQueue filecache data length %d error", len );
return IOHANDLE_ERRDATA;
}
OUT_PRINT( NULL, 0, NULL, "HandleQueue %s" , _proto_parse.Decoder( (const char *)buf, len ).c_str() );
Header *header = (Header *) buf;
unsigned short msg_type = ntouv16(header->msg_type);
// 如果不为扩展类消息
if (msg_type != DOWN_EXG_MSG) {
return IOHANDLE_ERRDATA;
}
// 如果为扩展类消息
ExgMsgHeader *exg = (ExgMsgHeader*) ((const char *) (buf) + sizeof(Header));
unsigned short data_type = ntouv16( exg->data_type );
if (data_type != DOWN_EXG_MSG_CAR_LOCATION) {
return IOHANDLE_ERRDATA;
}
DownExgMsgCarLocation *req = (DownExgMsgCarLocation *) buf;
DownExgMsgHistoryArcossareaHeader msg;
memcpy(&msg, buf, sizeof(msg));
msg.exg_msg_header.data_length = ntouv32( sizeof(char) + sizeof(GnssData) );
msg.exg_msg_header.data_type = ntouv16(DOWN_EXG_MSG_HISTORY_ARCOSSAREA);
msg.header.msg_len = ntouv32( sizeof(msg) + sizeof(char) + sizeof(GnssData) + sizeof(Footer) );
msg.cnt_num = 0x01;
DataBuffer dbuf;
dbuf.writeBlock(&msg, sizeof(msg));
dbuf.writeBlock(&req->gnss, sizeof(GnssData));
Footer footer;
dbuf.writeBlock(&footer, sizeof(footer));
if (!SendDataToPasUser(atoi(uid), dbuf.getBuffer(), dbuf.getLength())) {
OUT_ERROR( NULL, 0, NULL, "DOWN_EXG_MSG_HISTORY_ARCOSSAREA:%s" , msg.exg_msg_header.vehicle_no );
return IOHANDLE_FAILED;
}
OUT_SEND( NULL, 0, NULL, "DOWN_EXG_MSG_HISTORY_ARCOSSAREA:%s" , msg.exg_msg_header.vehicle_no );
}
break;
}
return IOHANDLE_SUCCESS;
}
// 处理数据
bool CPlugin::Process( InterData &data , User &user )
{
// if ( ! _enable ) return true ;
// U_REPT 91:20,90:base64.GetBuffer()
// D_SETP 91:20,90:base64.GetBuffer()
CPlugUtil util ;
if ( ! util.parse( data._packdata.c_str() ) ) {
OUT_ERROR( NULL, 0, "Plugin", "parser kv map string %s failed", data._packdata.c_str() ) ;
return false ;
}
int cmd = 0 ;
if( ! util.getinteger( "91", cmd ) ){
OUT_ERROR( NULL, 0, "Plugin" , "get command key failed" ) ;
return false ;
}
// 查找处理通道，如果查找失败就直接返回了，如果成功就继续下一步
CPlugWay *way = _waymgr->CheckOut( cmd , true ) ;
if ( way == NULL ) {
OUT_ERROR( NULL, 0, "Plugin", "get plug way failed" ) ;
return false ;
}
string sval ;
if ( ! util.getstring( "90", sval ) ) {
OUT_ERROR( NULL, 0, "Plugin" , "get content data failed" ) ;
_waymgr->CheckIn( way ) ;
return false ;
}
CBase64 base ;
if ( ! base.Decode( sval.c_str(), sval.length() ) ) {
OUT_ERROR( NULL, 0, "Plugin" , "base64 decode failed" ) ;
_waymgr->CheckIn( way ) ;
return false ;
}
// 处理透传的命令字
cmd = cmd & 0xff ;
if ( data._command == "U_REPT" ) {
cmd = cmd | MSG_PLUG_IN ; // 上行数据
} else {
cmd = cmd | MSG_PLUG_OUT ; // 下行数据
}
// 取得对应的FD值
unsigned int fd = _fdmgr.AddUser( user._user_id.c_str(), data._macid.c_str() ) ;
// 提交对应的通道进行处理数据
bool result = way->Process( fd, base.GetBuffer(), base.GetLength(), cmd , data._macid.c_str() ) ;
_waymgr->CheckIn( way ) ;
return result ;
}
// 检测用户心跳
void PasClient::CheckUserLoop( UserSession &user )
{
// 控制通道的链路维护
PccUser &tcpuser = user.GetUser( true ) ;
if ( tcpuser.IsOnline() ) {
if ( tcpuser.Check( 30, PCC_USER_LOOP ) && user.IsKey(true) ) {
char buf[1024] = {0};
sprintf( buf, "SZ N %s\r\n", tcpuser._srv_key.c_str() ) ;
SendData( tcpuser._fd, buf, strlen(buf) ) ;
tcpuser.Update( PCC_USER_LOOP ) ;
OUT_SEND( tcpuser._srv_ip.c_str(), tcpuser._srv_port, tcpuser._username.c_str(), "fd %d, Send TCP NOOP: %s",
tcpuser._fd->_fd, buf ) ;
}
// 如果超时需要处理重连操作
if ( tcpuser.Check( 180, PCC_USER_ACTVIE ) ) {
tcpuser.SetOffline() ;
user.GetUser(false).SetOffline() ;
OUT_ERROR( tcpuser._srv_ip.c_str(), tcpuser._srv_port, tcpuser._username.c_str(), "tcp actvie time timeout") ;
}
} else if ( ! tcpuser.IsOffline() ) {
if ( tcpuser.Check( 120, PCC_USER_LOGIN ) ) {
tcpuser.SetOffline() ;
OUT_PRINT( tcpuser._srv_ip.c_str(), tcpuser._srv_port, tcpuser._username.c_str(), "connect server tcp timeout") ;
}
}
// 数据通道链路维护
PccUser &udpuser = user.GetUser(false) ;
if ( udpuser.IsOnline() ) {
if ( udpuser.Check( 30, PCC_USER_LOOP ) && user.IsKey(false) ) {
char buf[1024] = {0};
sprintf( buf, "*%s|NOOP|%s#", user.GetSrvId(), udpuser._srv_key.c_str() ) ;
SendData( udpuser._fd, buf, strlen(buf) ) ;
// _udp_handle.deliver_data( udpuser._fd, udpuser._srv_ip.c_str(), udpuser._srv_port, buf, strlen(buf) ) ;
udpuser.Update( PCC_USER_LOOP ) ;
OUT_SEND( udpuser._srv_ip.c_str(), udpuser._srv_port, udpuser._username.c_str(), "fd %d, Send UDP NOOP: %s",
udpuser._fd->_fd, buf ) ;
}
// 如果UDP心跳没有应答就直接处理重连了
if ( udpuser.Check(180, PCC_USER_ACTVIE) ) {
udpuser.SetOffline() ;
OUT_ERROR( udpuser._srv_ip.c_str(), udpuser._srv_port, udpuser._username.c_str(), "udp active time timeout" ) ;
tcpuser.SetOffline() ;
}
} else {
if ( udpuser.Check( 120, PCC_USER_LOGIN) ) {
udpuser.SetOffline() ;
OUT_PRINT( udpuser._srv_ip.c_str(), udpuser._srv_port, udpuser._username.c_str(), "connect server udp timeout") ;
tcpuser.SetOffline() ;
}
}
}
// 添加到数据包对象
bool CPackMgr::AddPack( DataBuffer &pack, const char *carid, const int msgid,
const int index, const int count, const int seq, const char *buf, int len )
{
share::Guard g( _mutex ) ;
{
if ( count <= 0 || index <= 0 ) {
OUT_ERROR( NULL, 0, "packmgr" , "msg id %x, add pack car id %s, count %d, index %d error" , msgid, carid, count, index ) ;
return false ;
}
char key[1024] = {0} ;
// 这里ID是由手机号以及消息ID和分包数
sprintf( key, "%s-%d-%d-%d" , carid, msgid, count , (seq-index)+1 ) ;
CMemFile *p = NULL ;
CMapFile::iterator it = _mapPack.find( key ) ;
if ( it == _mapPack.end() ) {
p = new CMemFile(key) ;
if ( p == NULL ) {
OUT_ERROR( NULL, 0, "packmgr" , "msg id %x, add pack car id %s, count %d, index %d malloc data faild" , msgid, carid, count, index ) ;
return false ;
}
} else {
p = it->second ;
// 移除不必要时间索引
p = _queue.erase( p ) ;
}
// 如果成功将多个数据合成一个数据包则直接从内存删除
if ( p->AddBuffer( pack, index, count, buf, len ) ) {
// 打印数据信息
OUT_INFO( NULL, 0, "packmgr" , "msg id %x, build msg pack success", msgid ) ;
// 只有不为一个数据长消息才会有索引
if ( it != _mapPack.end() ) {
// 从队列中移除
_mapPack.erase( it ) ;
}
delete p ;
return true ;
}
// 只有第一次添加时才添加到队列中
if ( it == _mapPack.end() ) {
_mapPack.insert( pair<string,CMemFile*>( key, p ) ) ;
}
// 添加时间索引
_queue.push( p ) ;
return false ;
}
}
// 处理下载的后的图片数据
void MsgClient::ProcessResp( unsigned int seqid, const char *data, const int nlen , const int err )
{
// 处理数据
if ( data == NULL || err != HTTP_CALL_SUCCESS || nlen == 0 ) {
OUT_ERROR( NULL, 0, "Pic" , "pic seqid %u, error %d" , seqid, err ) ;
return ;
}
/**
char szfile[128] = {0};
sprintf( szfile, "./%u.jpg", seqid ) ;
WriteFile( szfile, data, nlen ) ;
OUT_INFO( NULL, 0, "PHOTO", "write file %s length %d", szfile, nlen ) ;
*/
char szKey[512] = {0} ;
_pEnv->GetCacheKey( seqid, szKey ) ;
int dlen = 0 ;
char *msg = _pEnv->GetMsgCache()->GetData( szKey, dlen ) ;
if ( msg == NULL ) {
OUT_ERROR( NULL, 0, "Pic" , "pic get key %s cache failed" , szKey ) ;
return ;
}
// 转换照片的结构体
UpCtrlMsgTakePhotoAck *ack = ( UpCtrlMsgTakePhotoAck * ) msg;
int len = sizeof(UpCtrlMsgTakePhotoAck) + sizeof(Footer) + nlen ;
ack->header.msg_len = ntouv32( len ) ;
ack->ctrl_msg_header.data_length = ntouv32( sizeof(UpCtrlMsgTakePhotoBody) + nlen ) ;
ack->ctrl_photo_body.photo_len = ntouv32( nlen ) ;
DataBuffer dbuf ;
dbuf.writeBlock( ack, sizeof(UpCtrlMsgTakePhotoAck) ) ;
if ( nlen > 0 ) {
dbuf.writeBlock( data, nlen ) ;
}
Footer footer ;
dbuf.writeBlock( &footer, sizeof(footer) ) ;
// 取得接入码信息
unsigned int accesscode = ntouv32( ack->header.access_code ) ;
// 发送拍照的照片数据
_pEnv->GetPasClient()->HandlePasUpData( accesscode, dbuf.getBuffer(), dbuf.getLength() ) ;
OUT_SEND( NULL, 0, NULL, "UP_CTRL_MSG_TAKE_PHOTO_ACK:%s, picture length %d", ack->ctrl_msg_header.vehicle_no , nlen ) ;
_pEnv->GetMsgCache()->FreeData( msg ) ;
}
// 取得头数据
bool PConvert::get_map_header( const std::string ¶m, MapString &val, int &ntype )
{
if ( ! parse_jkpt_value( param, val ) ) {
OUT_ERROR( NULL, 0, NULL, "parse data %s failed", param.c_str() ) ;
return false ;
}
if ( ! get_map_integer( val, "TYPE", ntype ) ) {
OUT_ERROR( NULL, 0, NULL, "get data %s type failed", param.c_str() ) ;
return false ;
}
return true ;
}
void MsgClient::HandleInnerData( socket_t *sock, const char *data, int len )
{
User user = _online_user.GetUserBySocket( sock ) ;
if ( user._user_id.empty() ) {
OUT_ERROR( sock->_szIp, sock->_port, "CAIS" , "find fd %d user failed, data %s", sock->_fd, data ) ;
return ;
}
user._last_active_time = time(NULL) ;
_online_user.SetUser( user._user_id, user ) ;
string line( data, len ) ;
vector<string> vec ;
if ( ! splitvector( line, vec, " " , 6 ) ){
OUT_ERROR( sock->_szIp, sock->_port, user._user_name.c_str() , "fd %d data error: %s", sock->_fd, data ) ;
return ;
}
DataBuffer buf ;
string head = vec[0] ;
string seqid = vec[1] ;
string macid = vec[2] ;
string code = vec[3] ; // 通信码，对于点名数据的区分
string cmd = vec[4] ;
string val = vec[5] ;
if ( head == "CAITS" ) {
if( cmd == "U_REPT" ){
// 上报类消息处理
_convert->convert_urept( macid , val , buf , ( code == "201") ) ;
} else if( cmd == "D_CTLM" ) {
// ToDo: 控制类消息处理
} else if( cmd == "D_SNDM" ) {
// ToDo : 消息发送的处理
} else {
OUT_WARNING( sock->_szIp, sock->_port, user._user_name.c_str() , "except message:%s", (const char*)data ) ;
}
} else {
// 处理通应应答消息
_convert->convert_comm( seqid, macid, val, buf ) ;
}
if( buf.getLength() > 0 ) {
// 添加用户会话中
_session.AddSession( macid, user._user_id ) ;
// 发送指定的地区用户
_pEnv->GetPasClient()->HandleData( buf.getBuffer(), buf.getLength() ) ;
}
}
void MsgClient::HandleInnerData( socket_t *sock, const char *data, int len)
{
const char *ip = sock->_szIp;
unsigned short port = sock->_port;
User user = _online_user.GetUserBySocket( sock ) ;
if ( user._user_id.empty() ) {
OUT_ERROR( ip, port, NULL, "get fd %d user failed", sock->_fd ) ;
return ;
}
// CAITS 0_0 MACID 0 U_REPT {TYPE:5,18:上下线状态/前置机服务器ID/管道控制服务ID/消息服务器id}
string line(data, len);
vector<string> vec;
if ( !splitvector( line, vec, " ", 6 ) ) {
OUT_ERROR( ip, port, user._user_name.c_str() , "fd %d data error: %s", sock->_fd, data );
return;
}
string macid = vec[2] ;
if ( macid.empty() ){
OUT_ERROR( ip, port, user._user_name.c_str(), "fd %d macid empty", sock->_fd ) ;
return ;
}
string vechile ;
if ( ! _macid2carnum.GetSession( macid, vechile ) ) {
OUT_ERROR( ip, port, user._user_name.c_str(), "fd %d get vechile num by mac id %s failed", macid.c_str() ) ;
return ;
}
string acode ;
DataBuffer buf ;
// 转换控制指令
if (vec[4] == "D_CTLM") {
// 转换控制指令
_convert->convert_ctrl( vec[1], macid , vec[5] , vechile, buf , acode ) ;
} else if ( vec[4] == "D_SNDM" ) {
OUT_INFO( ip, port, user._user_name.c_str(), "D_SNDM"); //xifengming
_convert->convert_sndm( vec[1] , macid, vec[5], vechile, buf, acode ) ;
}
if ( ! acode.empty() && buf.getLength() > 0 ) {
// 下发给PAS对应的接入商
_pEnv->GetPasServer()->HandlePasDown( acode.c_str(), buf.getBuffer(), buf.getLength() ) ;
}
user._last_active_time = time(NULL);
_online_user.SetUser(user._user_id, user);
}
// 更新操作
bool COracleDB::Update( const char *stable, const CSqlObj *obj, const CSqlWhere *where )
{
string supdate;
// 构建更新操作
if ( ! BuildUpdate( ( OracleSqlObj* ) obj, supdate ) ) {
return false;
}
string sql = "update ";
sql += stable;
sql += " set ";
sql += supdate;
string swhere;
// 构建的条件
if ( BuildWhere( where, swhere ) ) {
sql += " where ";
sql += swhere;
}
// 执行更新操作
int ret = oracle_exec( sql.c_str(), true ) ;
if ( ret != DB_ERR_SUCCESS ) {
OUT_ERROR( NULL, 0, "Oracle", "Exceute sql: %s, result %d", sql.c_str() , ret );
return false;
}
return true;
}
/**
* Prepare socket address based on hostname:port.
* Call DNS lookup of the hostname.
* @author Petr Djakow
*/
int Utils::prepareSocketAddr( struct sockaddr_in *addr,
const char * hostname,
const unsigned short port)
{
addr->sin_family = AF_INET;
addr->sin_port = htons(port); //network byte order
if(hostname == NULL)
{
//everyone is able to connect to server
addr->sin_addr.s_addr = INADDR_ANY;
} else
{
struct hostent *he;
if( (he = gethostbyname(hostname)) == NULL )
{
OUT_ERROR(("host '%s' not found\n", hostname));
return -1; //error
}
assert(he->h_addrtype == AF_INET);
assert(he->h_length == sizeof(addr->sin_addr.s_addr));
memcpy(&addr->sin_addr.s_addr, he->h_addr_list[0], (size_t)he->h_length);
}
return 0; //success
}
// 向MSG上传消息
bool MsgClient::Deliver( const char *data, int len )
{
// 如果没有开启节点服务就直接发送了
vector<User> vec = _online_user.GetOnlineUsers() ;
if ( vec.empty() ) {
OUT_ERROR( NULL, 0, "msg", "HandleUpMsgData %s", data ) ;
return false ;
}
int send = 0 ;
for ( int i = 0; i < (int) vec.size(); ++ i ) {
User &user = vec[i] ;
if ( user._fd == NULL )
continue ;
if ( SendData( user._fd, data, len ) ) {
++ send ;
}
}
if ( send > 0 ) {
OUT_PRINT( NULL , 0, "msg", "HandleUpMsgData %s", data );
}
return true ;
}
bool MsgClient::SendDataToUser( const string &area_code, const char *data, int len)
{
if ( area_code == SEND_ALL )
{
vector<User> users = _online_user.GetOnlineUsers() ;
if ( users.empty() ) {
return false ;
}
for ( size_t i = 0; i < users.size(); ++ i ) {
// 群发数据
SendData( users[i]._fd, data, len ) ;
}
return true ;
}
char buf[512] = {0};
sprintf( buf, "%s%s", MSG_USER_TAG, area_code.c_str() ) ;
User user = _online_user.GetUserByUserId( buf );
if( user._user_id.empty() || user._user_state != User::ON_LINE )
{
OUT_ERROR( user._ip.c_str() , user._port , buf , "SendDataToUser %s failed" , data ) ;
return false;
}
// 发送数据重新添加循环码的处理
return SendData( user._fd, data, len ) ;
}
bool PasClient::HandleData( const char *data, int len )
{
PccUser &user = _user.GetUser( false ) ;
// 发送数据到监管平台,这里是通过数据通道来发送数据
if ( ! _user.IsOnline(false) ) {
OUT_ERROR( user._srv_ip.c_str(), user._srv_port, user._username.c_str(), "User data way is not exist, data: %s" , data ) ;
// _user.SetState( false, true ) ;
return false;
}
if ( ! SendData( user._fd, data, len ) ){
OUT_ERROR( user._srv_ip.c_str(), user._srv_port, user._username.c_str(), "Send Data Failed,%s" , data ) ;
return false ;
}
OUT_PRINT( user._srv_ip.c_str(), user._srv_port, user._username.c_str(), "fd %d, Send Data: %s" , user._fd->_fd, data ) ;
return true ;
}
void PasServer::HandleOfflineUsers()
{
vector<User> vec_users = _online_user.GetOfflineUsers(3 * 60);
for (int i = 0; i < (int) vec_users.size(); i++) {
User user = vec_users[i];
if (user._socket_type == User::TcpClient) {
// 移除统计功能的用户
_datastat.Remove(user._access_code);
if (user._fd != NULL) {
OUT_WARNING( user._ip.c_str(), user._port,
user._user_id.c_str(),
"HandleOfflineUsers close socket fd %d", user._fd->_fd);
CloseSocket(user._fd);
}
} else if (user._socket_type == User::TcpConnClient) {
if (user._fd != NULL) {
OUT_WARNING( user._ip.c_str(), user._port,
user._user_id.c_str(),
"TcpConnClient close socket fd %d", user._fd->_fd);
// user.show();
CloseSocket(user._fd);
user._fd = NULL;
}
if (ConnectServer(user, 3)) {
//连接成功，重新加到在线列表当中。
if (!_online_user.AddUser(user._user_id, user))
_online_user.SetUser(user._user_id, user);
} else if (user._connect_info.keep_alive == AlwaysReConn
|| user._connect_info.reconnect_times > 0) {
_online_user.AddUser(user._user_id, user);
} else {
if (user._connect_info.reconnect_times <= 0) {
// 如果用户是下级平台，应该向下级平台发送从链路断开消息
DownDisconnectInform msg;
msg.header.msg_len = ntouv32(sizeof(DownDisconnectInform));
msg.header.access_code = ntouv32(user._access_code);
msg.header.msg_seq = ntouv32(_proto_parse.get_next_seq());
msg.header.msg_type = ntouv16(DOWN_DISCONNECT_INFORM);
msg.error_code = 0x0; // 原因:从链路断开
char buf[200];
sprintf(buf, "U_%u", user._access_code);
// 取主链路fd
User main_user = _online_user.GetUserByUserId(buf);
if (!main_user._user_id.empty()) {
if (SendCrcData(main_user._fd, (const char*) &msg, sizeof(msg))) {
OUT_INFO( main_user._ip.c_str(), main_user._port, "pas", "DOWN_DISCONNECT_INFORM");
} else {
OUT_ERROR( main_user._ip.c_str(), main_user._port, "pas", "DOWN_DISCONNECT_INFORM");
}
}
}
}
}
}
}
// 客户对内纷发数据
void PasServer::HandleClientData(const char *data, const int len)
{
if (len < (int) sizeof(Header) + (int) sizeof(Footer)) {
OUT_ERROR( NULL, 0, NULL, "PasServer::HandleCasDownData packet len %d error", len);
return;
}
Header *header = (Header *) data;
unsigned int access_code = ntouv32(header->access_code);
string str_access_code = uitodecstr(access_code);
unsigned int msg_len = ntouv32(header->msg_len);
if (msg_len != (unsigned int) len) {
OUT_ERROR( NULL, 0, str_access_code.c_str(), "PasServer::HandleCasDownData packet len %d, msg length %d error",
len, msg_len);
return;
}
// 针对平台查岗类消息广播给所有平台
if (ntouv16(header->msg_type) == DOWN_PLATFORM_MSG) {
// 下发给所有平台
vector<User> vec = _online_user.GetOnlineUsers();
int size = vec.size();
for (int i = 0; i < size; ++i) {
User &user = vec[i];
if (user._user_id.at(0) == 'U') {
SendDataToPasUser(user._access_code, data, len);
}
}
} else {
// 通过WEB平台下发过来也需要记录对应接入码情况
string mac_id = _proto_parse.GetMacId( data, len );
if (!mac_id.empty()) {
// 记录车号对应用接入码关系
access_code = _corp_info_handler.get_access_code( mac_id ) ;
}
string info = _proto_parse.Decoder( data, len );
if (SendDataToPasUser(access_code, data, len )) {
OUT_SEND( NULL, 0, str_access_code.c_str(), "CAS:%s", info.c_str());
} else {
OUT_ERROR( NULL, 0, str_access_code.c_str(), "CAS:%s", info.c_str());
}
}
}
bool MsgClient::Start( void )
{
if ( ! _httpcaller.Start() ) {
OUT_ERROR( NULL, 0, NULL, "start http caller failed" ) ;
return false ;
}
return StartClient( "0.0.0.0", 0, 3 ) ;
}
// 初始化插件通道
bool CCarService::Start( void )
{
if ( ! _srvCaller->Start() ){
OUT_ERROR( NULL, 0, "CCarService", "start service caller http failed" ) ;
return false ;
}
return true ;
}
// 处理HTTP的响应回调处理
void MsgClient::ProcessResp( unsigned int seqid, const char *data, const int len , const int err )
{
// 处理数据
if ( data == NULL || err != HTTP_CALL_SUCCESS || len == 0 ) {
OUT_ERROR( NULL, 0, "Pic" , "pic seqid %u, error %d" , seqid, err ) ;
return ;
}
_convert->sendpicture( seqid, data, len ) ;
}
// 发送数据进行5B编码处理
bool PasServer::Send5BCodeData(socket_t *sock, const char *data, int len)
{
C5BCoder coder;
if (!coder.Encode(data, len)) {
OUT_ERROR( sock->_szIp, sock->_port, NULL, "Send5BCodeData failed , socket fd %d", sock->_fd );
return false;
}
return SendData(sock, coder.GetData(), coder.GetSize());
}
bool MsgClient::Start( void )
{
// 初始化两个HTTP对象
if ( ! _httpCall.Start() ) {
OUT_ERROR( NULL, 0, NULL, "start http caller failed") ;
return false ;
}
return StartClient( "0.0.0.0", 0, 4 ) ;
}
bool CSynServer::Init(ISystemEnv *pEnv)
{
_pEnv = pEnv;
char szip[128] = {0} ;
if ( ! pEnv->GetString( "db_ip", szip ) ) {
OUT_ERROR( NULL, 0, NULL, "get database ip failed" ) ;
return false ;
}
char szport[128] = {0} ;
if ( ! pEnv->GetString( "db_port", szport ) ) {
OUT_ERROR( NULL, 0, NULL, "get database port failed" ) ;
return false ;
}
char szuser[128] = {0} ;
if ( ! pEnv->GetString( "db_user", szuser ) ) {
OUT_ERROR( NULL, 0, NULL, "get database user failed" ) ;
return false ;
}
char szpwd[128] = {0} ;
if ( ! pEnv->GetString( "db_pwd", szpwd ) ) {
OUT_ERROR( NULL, 0, NULL, "get database pwd failed" ) ;
return false ;
}
char szdb[128] = {0} ;
if ( ! pEnv->GetString( "db_name", szdb ) ) {
OUT_ERROR( NULL, 0 , NULL, "get database name failed" ) ;
return false ;
}
sprintf( _szdb, "type=oracle;ip=%s;port=%s;user=%s;pwd=%s;db=%s",
szip, szport, szuser, szpwd, szdb ) ;
int nvalue = 0 ;
// 处理同步方式
if ( pEnv->GetInteger( "syn_mode", nvalue ) ) {
_synmode = nvalue ;
}
// 取得需要同步更新的时间
if ( pEnv->GetInteger( "syn_time", nvalue ) ) {
_syntime = nvalue ;
}
if ( ! _thpool.init( 1, NULL, this ) ) {
OUT_ERROR( NULL, 0, NULL , "init syn thread failed" ) ;
return false ;
}
_inited = true ;
if ( ! _dbpool->Init() ) {
OUT_ERROR( NULL, 0, NULL, "init database pool failed" ) ;
return false ;
}
return true ;
}
/**
* Try to close filedescriptor > 2.
* @author Petr Djakow
*/
void Utils::closefd(int sockfd)
{
assert(sockfd > 2);
if( close(sockfd) == -1 )
{
OUT_ERROR(("close(%d)", sockfd));
return;
}
OUT_DEBUG(("Filedescriptor #%d closed", sockfd));
}
bool CSynServer::Start(void)
{
_thpool.start() ;
if ( ! _dbpool->Start() ){
OUT_ERROR( NULL, 0, NULL, "start database pool failed" ) ;
return false ;
}
return true ;
}
// 需要初始化对象
bool CCarService::Init( IPlugin *plug , const char *url, int sendthread , int recvthread , int queuesize )
{
_pCaller = plug ;
if ( ! _srvCaller->Init( plug , url, sendthread, recvthread , queuesize ) ) {
OUT_ERROR( NULL, 0, "CCarService", "init service caller http failed" ) ;
return false ;
}
return true ;
}