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Framwork框架日志与配置工具的使用

程序员文章站 2022-07-02 14:29:46
一。使用设置: 头文件的添加: ..\Framwork\Include\pthread_64; ..\Framwork\CommFramwork\include; ..\Framwork\Utility\Include;..\Framwork\NetMgr\Include;..\Framwork\F ......

一。使用设置:

头文件的添加:

..\Framwork\Include\pthread_64;

..\Framwork\CommFramwork\include;

..\Framwork\Utility\Include;
..\Framwork\NetMgr\Include;
..\Framwork\FramworkAp\Include;

..\Framwork\BlockMsg\Include;

..\Framwork\wdInterface\Include;

 

lib路径的添加:

FramworkAp.lib
Utility.lib

libeay32.lib
ssleay32.lib
BlockMsg.lib
pthreadVC2.lib
CommFramwork.lib
Utility.lib
FramworkAp.lib
NetMgr.lib

 wdinterface.lib

二。使用方法

1.LOG的使用

准备工作:

建立配置文件 Config.cfg,拷贝内容:

-------------------------------------------------------------

# -------------------------日志-----------------------------
# device(设备)包括file(文件), console(控制台)及将来扩展的日志主机等
# level(级别)包括E_CRITICAL, E_ERROR, E_WARNING, E_NOTICE, E_SYSINFO, E_PROINFO, E_APPINFO, E_DEBUG
logger.type = common, debug, net

logger.common.device = file
logger.common.level = E_CRITICAL, E_ERROR, E_WARNING, E_NOTICE, E_SYSINFO, E_PROINFO, E_APPINFO, E_DEBUG, E_STATICS
logger.common.path = E:\work\CTPServer\Bin64\log
logger.common.prefix = CTPServer
logger.common.postfix = log
logger.common.num = 6
logger.common.level1 = E_CRITICAL
logger.common.file1 = LogErr
logger.common.level2 = E_ERROR
logger.common.file2 = LogErr
logger.common.level3 = E_WARNING
logger.common.file3 = LogErr
logger.common.level4 = E_PROINFO
logger.common.file4 = LogProInfo
logger.common.level5 = E_STATICS
logger.common.file5 = LogStatics
logger.common.level6 = E_DEBUG
logger.common.file6 = LogDebug

logger.debug.device = console
logger.debug.level = E_CRITICAL, E_ERROR, E_WARNING, E_NOTICE, E_SYSINFO, E_PROINFO, E_APPINFO, E_DEBUG, E_STATICS

logger.net.device = netlog
logger.net.level = E_CRITICAL, E_ERROR, E_WARNING, E_NOTICE, E_SYSINFO, E_PROINFO, E_APPINFO, E_DEBUG, E_STATICS

 

第一步:添加头文件

#include "Logger.h"

第二步:初始化

CLogger::Instance()->Initial(。。。);

第三步:启动日志

if (CLogger::Instance()->Start() != 0)
    return ;

第四步:使用

CRLog(E_DEBUG, "配置初始化成功");

CRLog(E_APPINFO, "配置初始化成功");

 

2.配置文件的使用

准备工作:

第一步:引入

#include "ConfigImpl.h"

第二步:定义

CConfigImpl* m_pConfig;

第三步:日志初始化

m_pConfig = new CConfigImpl();

第四步:加载配置文件

if (m_pConfig->Load(strPath) != 0)
return ;

 

第五步:使用配置

m_pConfig->GetProperty(key, value);

 

例如“用配置来初始化日志”:
if (CLogger::Instance()->Initial(m_pConfig->GetProperties("logger")) != 0)
return ;

 

第六步:删除

if (0 != m_pConfig)
{
  delete m_pConfig;
  m_pConfig = nullptr;
}

 

 

3.文件共享的消息队列

第一步:引入头文件

 

#include "XQueue.h"
#include "XQueueIO.h"

 

第二步:

1.读取模式(进程间通信)

CXQueue xQueue;//定义

 

do
{
  setColor(12,0);
  int nRet = xQueue.Open(sXQueName.c_str());//打开
  if (!xQueue.IsOpen())
  {
  string strTmp ="打开共享内存信息队列[";
  strTmp += sXQueName;
  strTmp += "]失败!10秒后再试!";
  //cout << "打开共享内存信息队列[" << sXQueName << "]失败!10秒后再试!" << endl;
  Sleep(10000);

}
else
{
  break;
}
} while (1);

 

unsigned int uiBlockSize = 1024;
unsigned int uiXQueLen = 1024;
unsigned int uiBufSize = uiBlockSize*uiXQueLen;

char* pBuf= NULL;

pBuf = new char[uiBufSize];

 

long lRet = xQueue.Read((LPBYTE)pBuf, &uiBufSize, &nMessageId, NULL, uiTimeout);//读取
if (XQUEUE_ERROR_SUCCESS != lRet)
{
setColor(12);

string strTmp ="共享队列 [";
strTmp += sXQueName;
strTmp += "]没有数据!";
CRLog(E_ERROR,"%s",strTmp.c_str());
continue;
}

setColor(11);
CRLog(E_ERROR,"共享队列[XQueue]读完成");

2.创建模式

例如:创建2个文件共享队列

vector< CXQueueIo<QUOTATION>* > m_vecQueueIo;

 

//初始创建

unsigned int uiXQueNum = 2;
if (0 == m_pConfig->GetProperty("XQUE_NUM", sTmp))
{
  uiXQueNum = strutils::FromString<unsigned int>(sTmp);
  if (uiXQueNum > 10)
  uiXQueNum = 2;
}

for (unsigned int uiIndex = 1; uiIndex <= uiXQueNum; uiIndex++)
{
  string sCfgName = "XQUE" + strutils::ToString<unsigned int>(uiIndex);

  CConfig *pCfgWriter;
  pCfgWriter = m_pConfig->GetProperties(sCfgName);
  if (0 != pCfgWriter && !pCfgWriter->IsEmpty())
  {
  }
  else
  {
    pCfgWriter = m_pConfig;
  }
  CRLog(E_APPINFO,"初始化[%s]发布点", sCfgName.c_str());
  CXQueueIo<QUOTATION>* pWriter = new CXQueueIo<QUOTATION>();
  pWriter->Init(pCfgWriter);//跟配置文件名绑定在一起
  m_vecQueueIo.push_back(pWriter);

}

 

//启动
int nCount = 0;
for (vector< CXQueueIo<QUOTATION>* >::iterator it = m_vecQueueIo.begin(); it != m_vecQueueIo.end(); ++it)
{
  nCount++;
  if (0 != *it)
  {
  CRLog(E_APPINFO,"启动[XQUE%d]", nCount);
  (*it)->Start();
  }
}

 


//分发给相应队列处理
int uiCount = 0;
string sXQueName,sTmp;
for (vector< CXQueueIo<QUOTATION>* >::iterator it = m_vecQueueIo.begin(); it != m_vecQueueIo.end(); ++it)
{
  uiCount++;
  if (0 != *it)
  {
    (*it)->Enque(quo);

    sXQueName = "XQUE" + strutils::ToString<unsigned int>(uiCount);
    sXQueName +=".XQUE_NAME";


    if (0 == m_pConfig->GetProperty(sXQueName,sTmp))
    sXQueName = sTmp;

    CRLog(E_APPINFO,"共享队列XQueue[%s]写完成",sXQueName.c_str());
  }

}//end for

 

 

4.看门狗功能

第一步:引入头文件

#include

第二步:定义对象

CMemShareAlive m_oMemShareAlive;

第三步:初始化

m_oMemShareAlive.Bind(E_PROCESS_APP);

第四步:创建对象

if (FALSE == m_oMemShareAlive.Create(sTmp.c_str()))
{
setColor(12,0);
cout << "MemShareAlive.Create fail" << endl;
CRLog(E_ERROR,"%s", sXQueName.c_str());
}
else
{
cout << "MemShareAlive.Create Successfull." << endl;
unsigned int uiProcessID = ::GetCurrentProcessId();
m_oMemShareAlive.IamAlive(uiProcessID);
//m_oMemShareAlive.SetNodeID(uiNodeID);
}

第五步:在节点位置,都添加上语句

m_oMemShareAlive.IamAlive();

第六步:在WatchDog的配置文件上加上监控XX.EXE,就可以自动启动XX.EXE程序