Class lose data when serialized

[bigscientist]

I apply Boost.serialization to serialize a class containing arrays and unsigned. I found framatically that one class can be correctly serialized and unserialized, but for an array of my class, the serialized result is each class's unsigned, the class's array is lost.###

[bigscientist]

/*

• Copyright (c) 2012,哈尔滨工业大学航天工程系
• All rights reserved.
• 文件名称: Matrix.h
• 文件标识:
• 摘要：interface for the CMatrix class.
• 当前版本：1.1
• 作者：hpx
• 完成日期：2012.10.22 */

ifndef MATRIX_H

define MATRIX_H

include "boost/archive/binary_iarchive.hpp"

include "boost/archive/binary_oarchive.hpp"

//#include <boost/archive/text_oarchive.hpp> //#include <boost/archive/text_iarchive.hpp> //#include class Matrix
{

public: void SetElem(unsigned row,unsigned col,double val); //给单个元素赋值 void Setvalue(unsigned rs,unsigned cs,double val); //给各个元素赋值 void Setvalue(unsigned rs,unsigned cs); //给定行数，列数 void ShowData(); //构造函数和析构函数 Matrix(); Matrix(unsigned r); //自定义构造: r维方阵 Matrix(unsigned rs,unsigned cs); //自定义构造: 行数 rs 列数 cs Matrix(unsigned rs,unsigned cs,double val); //自定义构造: 行数 rs 列数 cs 数据 val[] Matrix(const Matrix & mtr); //拷贝构造函数 ，拷贝 virtual ~Matrix(); //析构函数

bool InvertGaussJordan( int , double  *);   //第二种求逆的方法
bool  InvertTrench();  //第二种求逆的方法

//运算符重载
double operator () (unsigned row,unsigned col);  //提取某一矩阵元素
Matrix &operator = (const Matrix & mtx);    //矩阵赋值运算
//重载友员函数
//friend Matrix operator + (Matrix p,Matrix q);  //加运算符 
//friend Matrix operator - (Matrix p,Matrix q);  //减运算符 
//friend Matrix operator * (Matrix p,Matrix q);  //乘运算符，矩阵乘矩阵 
//friend Matrix operator * (double p,Matrix q);  //乘运算符，实数乘矩阵 
//friend Matrix operator / (Matrix p,double q);  //除运算符，矩阵除以实数 
//friend Matrix operator ~ (Matrix p);  //转置矩阵 
//friend Matrix operator ! (Matrix p);  //逆矩阵 
//friend Matrix operator - (Matrix p);  //负矩阵 
//friend Matrix L_ (char axix,double rad);   //基元变换矩阵    axis: 轴 1:x ,2:y ,3:z    angle  角度  单位 度

public: double GetElem(unsigned row,unsigned col); unsigned cols; //矩阵列数 unsigned rows; //矩阵行数 unsigned size; //矩阵数据缓冲区大小 double *elems; //矩阵数据缓冲区指针

private: // 为了能让串行化类库能够访问私有成员，所以要声明一个友元类 friend class boost::serialization::access; //串行化的函数，这一个函数完成对象的保存与恢复 template void serialize(Archive & ar, const unsigned int version) { unsigned i; i=0;

    ar & size;   //就是这么简单，也可以使用 ar<<a 这样的语法
    /*ar & elems;*/
    for(;i<size;i++)
    {
    ar & elems[i];   //就是这么简单，也可以使用 ar<<a 这样的语法
}
    ar & cols;   //就是这么简单，也可以使用 ar<<a 这样的语法
    ar & rows;   //就是这么简单，也可以使用 ar<<a 这样的语法
}

};

endif // !defined(AFX_MATRIX_H27E93BE0_F878_415E_9C3A_D356CA1A8416INCLUDED_)

[bigscientist]

include

include

include"stdio.h"

include

include"Matrix.h"

//#include"net.h"

include "boost/archive/binary_iarchive.hpp"

include "boost/archive/binary_oarchive.hpp"

//#include <boost/archive/text_iarchive.hpp> //#include <boost/archive/text_oarchive.hpp> using namespace std;

int main(){

//测试分界 Matrix mytt=new Matrix[2]; mytt[0]=Matrix(3,3); mytt[1]=Matrix(3,3); mytt[0].SetElem(3,3,1); Matrix mytt1=mytt[0]; mytt1.ShowData(); Matrix mytt2=mytt[1]; char filename2 = "Tsave.txt"; std::ofstream ofs2(filename2); boost::archive::binary_oarchive ar2(ofs2); //ar2 & mytt[0]; //ar2 & mytt[1]; ar2 & mytt1; //ar2 & mytt[0]; //ar2 & mytt1; //ar2 & mytt2; ofs2.close();

Matrix myss[3];

Matrix my(3,3); std::ifstream ifs2(filename2); boost::archive::binary_iarchive iar2(ifs2); //iar2 & myss[0]; //iar2 & myss[1]; iar2 & myss[2]; //iar2 & my; myss[2].ShowData(); }

[bigscientist]

ifndef MATRIX_H

define MATRIX_H

include "boost/archive/binary_iarchive.hpp"

include "boost/archive/binary_oarchive.hpp"

//#include <boost/archive/text_oarchive.hpp> //#include <boost/archive/text_iarchive.hpp> //#include class Matrix
{

public: void SetElem(unsigned row,unsigned col,double val); //给单个元素赋值 void Setvalue(unsigned rs,unsigned cs,double val); //给各个元素赋值 void Setvalue(unsigned rs,unsigned cs); //给定行数，列数 void ShowData(); //构造函数和析构函数 Matrix(); Matrix(unsigned r); //自定义构造: r维方阵 Matrix(unsigned rs,unsigned cs); //自定义构造: 行数 rs 列数 cs Matrix(unsigned rs,unsigned cs,double val); //自定义构造: 行数 rs 列数 cs 数据 val[] Matrix(const Matrix & mtr); //拷贝构造函数 ，拷贝 virtual ~Matrix(); //析构函数

bool InvertGaussJordan( int , double  *);   //第二种求逆的方法
bool  InvertTrench();  //第二种求逆的方法

//运算符重载
double operator () (unsigned row,unsigned col);  //提取某一矩阵元素
Matrix &operator = (const Matrix & mtx);    //矩阵赋值运算
//重载友员函数
//friend Matrix operator + (Matrix p,Matrix q);  //加运算符 
//friend Matrix operator - (Matrix p,Matrix q);  //减运算符 
//friend Matrix operator * (Matrix p,Matrix q);  //乘运算符，矩阵乘矩阵 
//friend Matrix operator * (double p,Matrix q);  //乘运算符，实数乘矩阵 
//friend Matrix operator / (Matrix p,double q);  //除运算符，矩阵除以实数 
//friend Matrix operator ~ (Matrix p);  //转置矩阵 
//friend Matrix operator ! (Matrix p);  //逆矩阵 
//friend Matrix operator - (Matrix p);  //负矩阵 
//friend Matrix L_ (char axix,double rad);   //基元变换矩阵    axis: 轴 1:x ,2:y ,3:z    angle  角度  单位 度

public: double GetElem(unsigned row,unsigned col); unsigned cols; //矩阵列数 unsigned rows; //矩阵行数 unsigned size; //矩阵数据缓冲区大小 double *elems; //矩阵数据缓冲区指针

private: // 为了能让串行化类库能够访问私有成员，所以要声明一个友元类 friend class boost::serialization::access; //串行化的函数，这一个函数完成对象的保存与恢复 template void serialize(Archive & ar, const unsigned int version) { unsigned i; i=0;

    ar & size;   //就是这么简单，也可以使用 ar<<a 这样的语法
    /*ar & elems;*/
    for(;i<size;i++)
    {
    ar & elems[i];   //就是这么简单，也可以使用 ar<<a 这样的语法
}
    ar & cols;   //就是这么简单，也可以使用 ar<<a 这样的语法
    ar & rows;   //就是这么简单，也可以使用 ar<<a 这样的语法
}

};

endif // !defined(AFX_MATRIX_H27E93BE0_F878_415E_9C3A_D356CA1A8416INCLUDED_)