///配置运行环境信息
int CwxEchoApp::initRunEnv(){
///设置系统的时钟间隔，最小刻度为1ms，此为1s。
this->setClick(1000);//1s
///设置工作目录
this->setWorkDir(this->m_config.m_strWorkDir.c_str());
///设置循环运行日志的数量
this->setLogFileNum(LOG_FILE_NUM);
///设置每个日志文件的大小
this->setLogFileSize(LOG_FILE_SIZE*1024*1024);
///调用架构的initRunEnv，使以上设置的参数生效
if (CwxAppFramework::initRunEnv() == -1 ) return -1;
blockSignal(SIGPIPE);
//set version
this->setAppVersion(ECHO_APP_VERSION);
//set last modify date
this->setLastModifyDatetime(ECHO_MODIFY_DATE);
//set compile date
this->setLastCompileDatetime(CWX_COMPILE_DATE(_BUILD_DATE));
///将加载的配置文件信息输出到日志文件中，以供查看检查
string strConfOut;
m_config.outputConfig(strConfOut);
CWX_INFO((strConfOut.c_str()));
///注册echo请求的处理handle，echo请求的svr-id为SVR_TYPE_ECHO
m_eventHandler = new CwxEchoEventHandler(this);
this->getCommander().regHandle(SVR_TYPE_ECHO, m_eventHandler);
///监听TCP连接，其建立的连接的svr-id都为SVR_TYPE_ECHO，接收的消息的svr-id都为SVR_TYPE_ECHO。
///全部由m_eventHandler对象来处理
if (0 > this->noticeTcpListen(SVR_TYPE_ECHO,
this->m_config.m_listen.getHostName().c_str(),
this->m_config.m_listen.getPort(),
false,
CWX_APP_MSG_MODE,
CwxEchoApp::setSockAttr,
this))
{
CWX_ERROR(("Can't register the echo acceptor port: addr=%s, port=%d",
this->m_config.m_listen.getHostName().c_str(),
this->m_config.m_listen.getPort()));
return -1;
}
///监听UNIX DOMAIN连接，其建立的连接的svr-id都为SVR_TYPE_ECHO，接收的消息的svr-id都为SVR_TYPE_ECHO。
///全部由m_eventHandler对象来处理
if (0 > this->noticeLsockListen(SVR_TYPE_ECHO,
this->m_config.m_strUnixPathFile.c_str()))
{
CWX_ERROR(("Can't register the echo unix acceptor port: path=%s",
m_config.m_strUnixPathFile.c_str()));
return -1;
}
///创建线程池对象，此线程池中线程的group-id为2，线程池的线程数量为m_config.m_unThreadNum。
m_threadPool = new CwxThreadPool(m_config.m_unThreadNum,
&getCommander());
///启动线程，线程池中线程的线程栈大小为1M。
if ( 0 != m_threadPool->start(NULL)){
CWX_ERROR(("Failure to start thread pool"));
return -1;
}
return 0;
}
///配置运行环境信息
int CwxProProxyApp::initRunEnv() {
///设置系统的时间间隔，最小时刻为1ms，此时为0.1s
this->setClick(1000); ///1s
///设置工作目录
this->setWorkDir(m_config.getCmmon().m_strWorkDir.c_str());
///设置循环运行的日志数量
this->setLogFileNum(LOG_FILE_NUM);
///设置每个日志文件的大小
this->setLogFileSize(LOG_FILE_SIZE * 1024 * 1024);
///调用架构的initRunEnv,是以上参数生效
if (CwxAppFramework::initRunEnv() == -1) return -1;
///将加载的配置文件信息输出到日志文件
m_config.outputConfig();
///block各种signal
this->blockSignal(SIGTERM);
this->blockSignal(SIGUSR1);
this->blockSignal(SIGUSR2);
this->blockSignal(SIGCHLD);
this->blockSignal(SIGCLD);
this->blockSignal(SIGHUP);
this->blockSignal(SIGPIPE);
this->blockSignal(SIGALRM);
this->blockSignal(SIGCONT);
this->blockSignal(SIGSTOP);
this->blockSignal(SIGTSTP);
this->blockSignal(SIGTTOU);
//set version
this->setAppVersion(CWX_PRODUCT_PROXY_VERSION);
//set last modify date
this->setLastModifyDatetime(CWX_PRODUCT_PROXY_MODIFY);
//set compile date
this->setLastCompileDatetime(CWX_COMPILE_DATE(_BUILD_DATE));
///设置启动时间
CwxDate::getDateY4MDHMS2(time(NULL), m_strStartTime);
///创建mq的消息的处理handle
m_mqHandler = new CwxProProxyMqHandler(this);
///注册handele
getCommander().regHandle(SVR_PRO_TYPE_MQ, m_mqHandler);
///创建代理消息的处理handle
m_recvHandler = new CwxProProxyRecvHandler(this);
getCommander().regHandle(SVR_PRO_TYPE_RECV, m_recvHandler);
///创建消息处理线程池
m_mqThreadPool = new CwxThreadPool(1,
&getCommander());
///创建线程的tss对象
CwxTss** pTss = new CwxTss*[1];
pTss[0] = new CwxMqTss();
((CwxMqTss*)pTss[0])->init();
///启动线程
if (0 != m_mqThreadPool->start(pTss)) {
CWX_ERROR(("Failure to start mq thread pool."));
return -1;
}
///启动zk线程池
m_zkThreadPool = new CwxThreadPool(1,
&getCommander(),
CwxProProxyApp::zkThreadMain,
this);
pTss = new CwxTss*[1];
pTss[0] = new CwxMqTss();
((CwxMqTss*)pTss[0])->init();
if (0 != m_zkThreadPool->start(pTss)) {
CWX_ERROR(("Failure to start zookeeper thread pool."));
return -1;
}
///创建zk的handler
m_zkHandler = new CwxProProxyZkHandler(this,
m_config.getZk().m_strRootPath,
m_config.getZk().m_strZkServer
);
if (0 != m_zkHandler->init()) {
CWX_ERROR(("Failure to init zk handler."));
return -1;
}
///打开监听端口
if(0 > this->noticeTcpListen(SVR_PRO_TYPE_RECV,
m_config.getCmmon().m_listen.getHostName().c_str(),
m_config.getCmmon().m_listen.getPort(),
false,
CWX_APP_MSG_MODE,
CwxProProxyApp::setRecvSockAttr,
this)) {
CWX_ERROR(("Failure to open listen host:%s port:%d",
m_config.getCmmon().m_listen.getHostName().c_str(),
m_config.getCmmon().m_listen.getPort()));
return -1;
}
return 0;
}
///配置运行环境信息
int CwxMqApp::initRunEnv() {
///设置系统的时钟间隔，最小刻度为1ms，此为0.1s。
this->setClick(100); //0.1s
///设置工作目录
this->setWorkDir(m_config.getCommon().m_strWorkDir.c_str());
///设置循环运行日志的数量
this->setLogFileNum(LOG_FILE_NUM);
///设置每个日志文件的大小
this->setLogFileSize(LOG_FILE_SIZE * 1024 * 1024);
///调用架构的initRunEnv，使以上设置的参数生效
if (CwxAppFramework::initRunEnv() == -1) return -1;
///将加载的配置文件信息输出到日志文件中，以供查看检查
m_config.outputConfig();
///block各种signal
this->blockSignal(SIGTERM);
this->blockSignal(SIGUSR1);
this->blockSignal(SIGUSR2);
this->blockSignal(SIGCHLD);
this->blockSignal(SIGCLD);
this->blockSignal(SIGHUP);
this->blockSignal(SIGPIPE);
this->blockSignal(SIGALRM);
this->blockSignal(SIGCONT);
this->blockSignal(SIGSTOP);
this->blockSignal(SIGTSTP);
this->blockSignal(SIGTTOU);
//set version
this->setAppVersion(CWX_MQ_VERSION);
//set last modify date
this->setLastModifyDatetime(CWX_MQ_MODIFY_DATE);
//set compile date
this->setLastCompileDatetime(CWX_COMPILE_DATE(_BUILD_DATE));
///设置启动时间
CwxDate::getDateY4MDHMS2(time(NULL), m_strStartTime);
//启动binlog管理器
if (0 != startBinLogMgr()) return -1;
if (m_config.getCommon().m_bMaster) {
///注册数据接收handler
if (m_config.getRecv().m_recv.getHostName().length()) {
m_recvHandler = new CwxMqRecvHandler(this);
getCommander().regHandle(SVR_TYPE_RECV, m_recvHandler);
}
} else {
///注册slave的master数据接收handler
m_masterHandler = new CwxMqMasterHandler(this);
getCommander().regHandle(SVR_TYPE_MASTER, m_masterHandler);
}
///启动网络连接与监听
if (0 != startNetwork()) return -1;
///创建recv线程池对象，此线程池中线程的group-id为THREAD_GROUP_USER_START，
///线程池的线程数量为1。
m_recvThreadPool = new CwxThreadPool(1, &getCommander());
///创建线程的tss对象
CwxTss** pTss = new CwxTss*[1];
pTss[0] = new CwxMqTss();
((CwxMqTss*) pTss[0])->init();
///启动线程
if (0 != m_recvThreadPool->start(pTss)) {
CWX_ERROR(("Failure to start recv thread pool"));
return -1;
}
//创建分发线程池
if (m_config.getDispatch().m_async.getHostName().length()) {
m_dispChannel = new CwxAppChannel();
m_dispThreadPool = new CwxThreadPool(1,
&getCommander(),
CwxMqApp::dispatchThreadMain,
this);
///启动线程
pTss = new CwxTss*[1];
pTss[0] = new CwxMqTss();
((CwxMqTss*) pTss[0])->init();
if (0 != m_dispThreadPool->start(pTss)) {
CWX_ERROR(("Failure to start dispatch thread pool"));
return -1;
}
}
//创建mq线程池
if (m_config.getMq().m_mq.getHostName().length()
|| m_config.getMq().m_mq.getUnixDomain().length())
{
m_mqChannel = new CwxAppChannel();
m_mqThreadPool = new CwxThreadPool(1,
&getCommander(),
CwxMqApp::mqFetchThreadMain,
this);
///启动线程
pTss = new CwxTss*[1];
pTss[0] = new CwxMqTss();
((CwxMqTss*) pTss[0])->init();
if (0 != m_mqThreadPool->start(pTss)) {
CWX_ERROR(("Failure to start mq thread pool"));
return -1;
}
}
return 0;
}