void CXmlConfig::GetServerInfo(std::string &ip, short &port)
{
CMarkupSTL MarkupXml;
MarkupXml.Load(configfile.c_str());
bool bRet = MarkupXml.FindChildElem("port");
assert(bRet);
MarkupXml.IntoElem();
port = atoi(MarkupXml.GetData().c_str());
}
void c_server::loadStorage(wisdom_IOStream& os)
{
CMarkupSTL config;
if (!config.Load(TS_CONFIG))
return;
c_wlock lock(&m_lock);
m_storage.clear();
//根节点
config.FindElem();
while (config.FindChildElem("storage"))
{
config.IntoElem();
wisdom_storage og = new _storage;
og->cb = new _storage_cb;
string interval;
if (config.FindChildElem("interval", true))
interval = config.GetChildData().c_str();
sscanf(interval.c_str(), "%x#%x", &og->ibegin, &og->iend);
if (config.FindChildElem("constr", true))
og->cb->m_constr = config.GetChildData().c_str();
LOG4_INFO("storage begin:" << og->ibegin << "|end:" <<
og->iend << "|constr:" << og->cb->constr());
os->push(__tos("storage begin:" << og->ibegin << "|end:" <<
og->iend << "|constr:" << og->cb->constr()));
config.OutOfElem();
m_storage.insert(make_pair(c_interval(og->ibegin, og->iend), og));
}
return;
}
bool c_server::LoadConfig()
{
CMarkupSTL config;
if (!config.Load(TS_CONFIG))
return false;
//根节点
config.FindElem();
if (config.FindChildElem("server", true))
{
config.IntoElem();
if (config.FindChildElem("port", true))
c_config::get_instance()->m_port = atoi(config.GetChildData().c_str());
if (config.FindChildElem("threads", true))
m_threads = atoi(config.GetChildData().c_str());
if (config.FindChildElem("delay", true))
m_delay = atoi(config.GetChildData().c_str());
config.OutOfElem();
}
wisdom_IOStream os = new c_ostream_array;
loadStorage(os);
return true;
}
bool CFileOperate::_Load()
{
UPLOAD_LOG_TYPE upload_load_type = _GetUpLoadLogType();
if (upload_load_type == NAME_SERVER_LOG) {
char szPath[255];
sprintf(szPath,"../share_config/share_log_config.xml");
CMarkupSTL oxml;
if (!oxml.Load(szPath) ){
USER_LOG_ERROR("cannot load "<<szPath);
assert(false);
return false;
}
if (!oxml.FindElem("root") ){
USER_LOG_ERROR("can not find root node "<<szPath);
assert(false);
return false;
}
if (!oxml.IntoElem()){
USER_LOG_ERROR("can not into root node "<<szPath);
assert(false);
return false;
}
if (!oxml.FindElem("logtype") ){
USER_LOG_ERROR("can not find logtype node "<<szPath);
assert(false);
return false;
}
if (!oxml.IntoElem()){
USER_LOG_ERROR("can not into logtype node "<<szPath);
assert(false);
return false;
}
log_directory_map log_directory_map_tmp;
while (oxml.FindElem("type")) {
LogStruct log_struct_tmp;
log_struct_tmp.folder_name = oxml.GetAttrib("name");
log_struct_tmp.log_file_head = oxml.GetAttrib("log_file_head");
log_struct_tmp.log_file_trail = oxml.GetAttrib("log_file_trail");
if (!log_struct_tmp.folder_name.empty()) {
std::map<std::string,std::string> remote_local_directory;
std::string remote_direcotry = "ftp://";
remote_direcotry += CCurlFtpMgr::Instance().GetFtpHost();
remote_direcotry += ":";
remote_direcotry += CCurlFtpMgr::Instance().GetFtpPort();
remote_direcotry += "/";
remote_direcotry += "name_server/";
remote_direcotry += log_struct_tmp.folder_name;
remote_direcotry += "/";
std::string local_directory = "..\\";
local_directory += log_struct_tmp.folder_name;
local_directory += "\\";
remote_local_directory.insert(std::pair<std::string,std::string>(remote_direcotry,local_directory));
log_directory_map_tmp.insert(std::pair<LogStruct,std::map<std::string,std::string>>(log_struct_tmp,remote_local_directory));
}
}
m_log_directory.insert(std::pair<UPLOAD_LOG_TYPE,log_directory_map>(upload_load_type,log_directory_map_tmp));
oxml.OutOfElem();
oxml.OutOfElem();
} else if (upload_load_type == LG_SERVER_LOG) {
std::string lg_id = "";
{
char szPath[255];
sprintf(szPath,"../config/lg_config.xml");
CMarkupSTL oxml;
if (!oxml.Load(szPath) ){
USER_LOG_ERROR("cannot load "<<szPath);
assert(false);
return false;
}
if (!oxml.FindElem("root") ){
USER_LOG_ERROR("can not find root node "<<szPath);
assert(false);
return false;
}
if (!oxml.IntoElem()){
USER_LOG_ERROR("can not into root node "<<szPath);
assert(false);
return false;
}
if (!oxml.FindElem("loginserver") ){
USER_LOG_ERROR("can not find loginserver node "<<szPath);
assert(false);
return false;
}
if (!oxml.IntoElem()){
USER_LOG_ERROR("can not into loginserver node "<<szPath);
assert(false);
return false;
}
if (!oxml.FindElem("id") ){
USER_LOG_ERROR("can not find id node "<<szPath);
assert(false);
return false;
}
lg_id = oxml.GetAttrib("value");
}
{
char szPath[255];
sprintf(szPath,"../share_config/share_log_config.xml");
CMarkupSTL oxml;
if (!oxml.Load(szPath) ){
USER_LOG_ERROR("cannot load "<<szPath);
assert(false);
return false;
}
if (!oxml.FindElem("root") ){
USER_LOG_ERROR("can not find root node "<<szPath);
assert(false);
return false;
}
if (!oxml.IntoElem()){
USER_LOG_ERROR("can not into root node "<<szPath);
assert(false);
return false;
}
if (!oxml.FindElem("logtype") ){
USER_LOG_ERROR("can not find logtype node "<<szPath);
assert(false);
return false;
}
if (!oxml.IntoElem()){
USER_LOG_ERROR("can not into logtype node "<<szPath);
assert(false);
return false;
}
log_directory_map log_directory_map_tmp;
while (oxml.FindElem("type")) {
LogStruct log_struct_tmp;
log_struct_tmp.folder_name = oxml.GetAttrib("name");
log_struct_tmp.log_file_head = oxml.GetAttrib("log_file_head");
log_struct_tmp.log_file_trail = oxml.GetAttrib("log_file_trail");
if (!log_struct_tmp.folder_name.empty()) {
std::map<std::string,std::string> remote_local_directory;
std::string remote_direcotry = "ftp://";
remote_direcotry += CCurlFtpMgr::Instance().GetFtpHost();
remote_direcotry += ":";
remote_direcotry += CCurlFtpMgr::Instance().GetFtpPort();
remote_direcotry += "/";
remote_direcotry += "area_";
remote_direcotry += lg_id.substr(0,1);
remote_direcotry += "/";
remote_direcotry += "lg_";
remote_direcotry += lg_id;
remote_direcotry += "/";
remote_direcotry += log_struct_tmp.folder_name;
remote_direcotry += "/";
std::string local_directory = "..\\";
local_directory += log_struct_tmp.folder_name;
local_directory += "\\";
remote_local_directory.insert(std::pair<std::string,std::string>(remote_direcotry,local_directory));
log_directory_map_tmp.insert(std::pair<LogStruct,std::map<std::string,std::string>>(log_struct_tmp,remote_local_directory));
}
}
m_log_directory.insert(std::pair<UPLOAD_LOG_TYPE,log_directory_map>(upload_load_type,log_directory_map_tmp));
oxml.OutOfElem();
oxml.OutOfElem();
}
} else if (upload_load_type == GS_SERVER_LOG) {
std::string gs_id = "";
{
char szPath[255];
sprintf(szPath,"../config/gs_config.xml");
CMarkupSTL oxml;
if (!oxml.Load(szPath) ){
USER_LOG_ERROR("cannot load "<<szPath);
assert(false);
return false;
}
if (!oxml.FindElem("root") ){
USER_LOG_ERROR("can not find root node "<<szPath);
assert(false);
return false;
}
if (!oxml.IntoElem()){
USER_LOG_ERROR("can not into root node "<<szPath);
assert(false);
return false;
}
if (!oxml.FindElem("gameserver") ){
USER_LOG_ERROR("can not find gameserver node "<<szPath);
assert(false);
return false;
}
if (!oxml.IntoElem()){
USER_LOG_ERROR("can not into gameserver node "<<szPath);
assert(false);
return false;
}
if (!oxml.FindElem("id") ){
USER_LOG_ERROR("can not find id node "<<szPath);
assert(false);
return false;
}
gs_id = oxml.GetAttrib("value");
}
{
char szPath[255];
sprintf(szPath,"../share_config/share_log_config.xml");
CMarkupSTL oxml;
if (!oxml.Load(szPath) ){
USER_LOG_ERROR("cannot load "<<szPath);
assert(false);
return false;
}
if (!oxml.FindElem("root") ){
USER_LOG_ERROR("can not find root node "<<szPath);
assert(false);
return false;
}
if (!oxml.IntoElem()){
USER_LOG_ERROR("can not into root node "<<szPath);
assert(false);
return false;
}
if (!oxml.FindElem("logtype") ){
USER_LOG_ERROR("can not find logtype node "<<szPath);
assert(false);
return false;
}
if (!oxml.IntoElem()){
USER_LOG_ERROR("can not into logtype node "<<szPath);
assert(false);
return false;
}
log_directory_map log_directory_map_tmp;
while (oxml.FindElem("type")) {
LogStruct log_struct_tmp;
log_struct_tmp.folder_name = oxml.GetAttrib("name");
log_struct_tmp.log_file_head = oxml.GetAttrib("log_file_head");
log_struct_tmp.log_file_trail = oxml.GetAttrib("log_file_trail");
if (!log_struct_tmp.folder_name.empty()) {
std::map<std::string,std::string> remote_local_directory;
std::string remote_direcotry = "ftp://";
remote_direcotry += CCurlFtpMgr::Instance().GetFtpHost();
remote_direcotry += ":";
remote_direcotry += CCurlFtpMgr::Instance().GetFtpPort();
remote_direcotry += "/";
remote_direcotry += "area_";
remote_direcotry += gs_id.substr(0,1);
remote_direcotry += "/";
remote_direcotry += "gs_";
remote_direcotry += gs_id;
remote_direcotry += "/";
remote_direcotry += log_struct_tmp.folder_name;
remote_direcotry += "/";
std::string local_directory = "..\\";
local_directory += log_struct_tmp.folder_name;
local_directory += "\\";
remote_local_directory.insert(std::pair<std::string,std::string>(remote_direcotry,local_directory));
log_directory_map_tmp.insert(std::pair<LogStruct,std::map<std::string,std::string>>(log_struct_tmp,remote_local_directory));
}
}
m_log_directory.insert(std::pair<UPLOAD_LOG_TYPE,log_directory_map>(upload_load_type,log_directory_map_tmp));
oxml.OutOfElem();
oxml.OutOfElem();
}
}
return true;
}
int CDefaultCtrl::InitProcMon(CMarkupSTL & conf, bool reload /*= false*/)
{
#ifdef OPEN_PRINT
printf("set common config file,path_name=%s\n",ix_->argv_[1]);
#endif
monsrv_.SetCommFilePath(ix_->argv_[1]);//设置公共配置文件路径
std::vector<TGroupInfo> GroupInfoList;
int group_num = atoi( conf.GetAttrib("groupnum").c_str() ); //spp_ctrl.xml
int check_group_interval = atoi(conf.GetAttrib("check_group_interval").c_str() );
if(check_group_interval != 0 )
monsrv_.SetCheckGroupInterval(check_group_interval);
assert(group_num > 0 && group_num < MAX_PROC_GROUP_NUM );
ix_->group_num_ = group_num;
ix_->cur_group_id_ = group_num;
TGroupInfo groupinfo;
int start_grp = 0,end_grp = 0,cur_grp = 0;
while(conf.FindChildElem("group")) // 加载进程组信息
{
memset(&groupinfo, 0x0, sizeof(TGroupInfo));
start_grp = atoi(conf.GetChildAttrib("start_group").c_str());
end_grp = atoi(conf.GetChildAttrib("end_group").c_str());
groupinfo.adjust_proc_time= 0;
strncpy(groupinfo.basepath_, conf.GetChildAttrib("basepath").c_str(), MAX_FILEPATH_LEN);
strncpy(groupinfo.exefile_, conf.GetChildAttrib("exe").c_str(), MAX_FILEPATH_LEN);
strncpy(groupinfo.etcfile_, conf.GetChildAttrib("etc").c_str(), MAX_FILEPATH_LEN);
strncpy(groupinfo.server_flag_,conf.GetChildAttrib("flag").c_str(),MAX_SERVER_FLAG_LEN);
groupinfo.exitsignal_ = atoi(conf.GetChildAttrib("exitsignal").c_str());
if(*conf.GetChildAttrib("maxprocnum").c_str())
{
groupinfo.maxprocnum_ = atoi(conf.GetChildAttrib("maxprocnum").c_str());
}
else
{
groupinfo.maxprocnum_ = 100;
}
if(*conf.GetChildAttrib("minprocnum").c_str())
{
groupinfo.minprocnum_ = atoi(conf.GetChildAttrib("minprocnum").c_str());
}
else
{
groupinfo.minprocnum_ = 1;
}
if(*conf.GetChildAttrib("heartbeat").c_str())
{
groupinfo.heartbeat_ = atoi(conf.GetChildAttrib("heartbeat").c_str());
}
else
{
groupinfo.heartbeat_ = 60;
}
groupinfo.maxwatermark_ = atoi(conf.GetChildAttrib("watermark").c_str());
groupinfo.minsrate_ = atoi(conf.GetChildAttrib("minsrate").c_str());
groupinfo.maxdelay_ = atoi(conf.GetChildAttrib("maxdelay").c_str());
groupinfo.maxmemused_ = atoi(conf.GetChildAttrib("maxmemused").c_str());
assert(groupinfo.minprocnum_ >= 0 && groupinfo.minprocnum_ <= groupinfo.maxprocnum_ &&
groupinfo.exitsignal_ > 0 && groupinfo.groupid_ >= 0);
assert(start_grp == cur_grp);
if(end_grp < start_grp )
end_grp = start_grp;
if(end_grp >= group_num )
end_grp = group_num -1;
assert(start_grp <= end_grp );
for(int idx = start_grp; idx <= end_grp;++idx)
{
groupinfo.groupid_ = idx;
GroupInfoList.push_back(groupinfo);
}
cur_grp = end_grp + 1;
if(cur_grp == group_num )
break;
}
monsrv_.SetGroupNum(group_num);
for(int idx = 0;idx < group_num;++idx ) //添加进程组的信息到procmon
{
memset(&groupinfo, 0x0, sizeof(TGroupInfo));
groupinfo = GroupInfoList[idx];
if(!reload)
{
monsrv_.add_group(&groupinfo);
}
else
{
monsrv_.mod_group(groupinfo.groupid_, &groupinfo);
}
}
monsrv_.set_notify(notify, this);
return 0;
}
bool c_server::LoadConfig()
{
CMarkupSTL config;
if (!config.Load(TS_CONFIG))
return false;
//¸ù½Úµã
config.FindElem();
if (config.FindChildElem("server", true))
{
config.IntoElem();
if (config.FindChildElem("ip", true))
m_ip = config.GetChildData();
if (config.FindChildElem("port", true))
c_config::get_instance()->m_port = atoi(config.GetChildData().c_str());
if (config.FindChildElem("threads", true))
m_threads = atoi(config.GetChildData().c_str());
if (config.FindChildElem("leavedb", true))
m_leavedb = config.GetChildData();
if (config.FindChildElem("cache", true))
m_cache_size = atoi(config.GetChildData().c_str());
if (config.FindChildElem("list_max_count", true))
m_list_max_count = atoi(config.GetChildData().c_str());
if (config.FindChildElem("mlist_max_count", true))
m_mlist_max_count = atoi(config.GetChildData().c_str());
if (config.FindChildElem("seq_valid_time", true))
m_seq_valid_time = atoi(config.GetChildData().c_str());
if (config.FindChildElem("write_buffer_size", true))
m_write_buffer_size = atoi(config.GetChildData().c_str());
if (config.FindChildElem("object_effective", true))
m_object_effective = atoi(config.GetChildData().c_str());
if (config.FindChildElem("seq_clear_time", true))
m_seq_clear_time = atoi(config.GetChildData().c_str());
config.OutOfElem();
}
return true;
}
