inline void MapVdVdtMatrix::set(const int v, const int dVdt, double value) {
if (v < 0 || v >= vLength) {
crash("MapVdVdtMatrix","Invalid v: "+str(v));
}
if (dVdt < 0 || dVdt >= dVdtLength) {
crash("MapVdVdtMatrix","Invalid dVdt: "+str(dVdt));
}
matrix[mIndex(v,dVdt)] = value;
}
inline double MapVdVdtMatrix::get(const int v, const int dVdt) const {
if (v < 0 || v >= vLength) {
crash("MapVdVdtMatrix","Invalid v: "+str(v));
}
if (dVdt < 0 || dVdt >= dVdtLength) {
crash("MapVdVdtMatrix","Invalid dVdt: "+str(dVdt));
}
map< const int, double >::const_iterator i = matrix.find(mIndex(v,dVdt));
if (i == matrix.end()) {
return 0;
}
else {
return i->second;
}
}
int main(int argc,char* argv[])
{
/*****************************************/
//从命令行参数读取配置文件
/*****************************************/
#if 1
if(argc!=2)
{
perror("args error!");
exit(1);
}
Configure conf(argv[1]);
#endif
#if 0
Configure conf("conf.txt");
#endif
Index mIndex(conf.getConf("mydict"));
cout<<"加载配置成功……"<<endl;
/*****************************************/
//初始化线程池
/*****************************************/
Threadpool threadpool(5,4);
threadpool.start();
cout<<"线程池创建成功……"<<endl;
/*****************************************/
//初始化TCP服务器
/*****************************************/
const string IP =conf.getConf("myip");
uint16_t PORT = atoi(conf.getConf("myport").c_str());
InetAddress serverAddr(IP,PORT);
InetAddress clientAddr;
Socket socket;
int servfd = socket.fd();
socket.ready(serverAddr);
char buf[32];
cout<<"服务器启动成功……"<<endl;
/*****************************************/
//循环接收请求，并封装成任务，并加入线程池
/*****************************************/
Task *ptask ;
cout<<"等待客户端连接"<<endl;
while(1)
{
SocketIO sockIO(servfd);
memset(buf,'\0',32);
sockIO.readn(buf,32,clientAddr);
/******************************
*log
*/
cout<<"IP:"<<clientAddr.ip()<<endl;
cout<<"PORT:"<<clientAddr.port()<<endl;
cout<<"------------------"<<endl;
std::string str(buf);
ptask = new Task(servfd,clientAddr,str,mIndex);
threadpool.addTask(ptask);
}
return 0;
}
