编写C++程序，程序中需要体现类的多重继承、类的多级继承、虚继承、公共继承、保护继承、私有继承、子对象、类的组合、虚函数、纯虚函数等特性，须完整各类的构造函数、析构函数。

好的，我会按照您的要求回答这个问题。以下是一个简单的示例程序：

#include <iostream>
using namespace std;

// 基类1
class Base1 {
public:
    Base1() { cout << "Base1 constructor called." << endl; }
    virtual ~Base1() { cout << "Base1 destructor called." << endl; }
};

// 基类2
class Base2 {
public:
    Base2() { cout << "Base2 constructor called." << endl; }
    virtual ~Base2() { cout << "Base2 destructor called." << endl; }
};

// 派生类1，多重继承自Base1和Base2
class Derived1 : public Base1, public Base2 {
public:
    Derived1() { cout << "Derived1 constructor called." << endl; }
    virtual ~Derived1() { cout << "Derived1 destructor called." << endl; }
};

// 派生类2，多级继承自Derived1
class Derived2 : public Derived1 {
public:
    Derived2() { cout << "Derived2 constructor called." << endl; }
    virtual ~Derived2() { cout << "Derived2 destructor called." << endl; }
};

// 派生类3，虚继承自Base1
class Derived3 : virtual public Base1 {
public:
    Derived3() { cout << "Derived3 constructor called." << endl; }
    virtual ~Derived3() { cout << "Derived3 destructor called." << endl; }
};

// 派生类4，公共继承自Base1
class Derived4 : public Base1 {
public:
    Derived4() { cout << "Derived4 constructor called." << endl; }
    virtual ~Derived4() { cout << "Derived4 destructor called." << endl; }
};

// 派生类5，保护继承自Base1
class Derived5 : protected Base1 {
public:
    Derived5() { cout << "Derived5 constructor called." << endl; }
    virtual ~Derived5() { cout << "Derived5 destructor called." << endl; }
};

// 派生类6，私有继承自Base1
class Derived6 : private Base1 {
public:
    Derived6() { cout << "Derived6 constructor called." << endl; }
    virtual ~Derived6() { cout << "Derived6 destructor called." << endl; }
};

// 子对象
class SubObject {
public:
    SubObject() { cout << "SubObject constructor called." << endl; }
    virtual ~SubObject() { cout << "SubObject destructor called." << endl; }
};

// 类的组合
class CompositeObject {
public:
    CompositeObject() { cout << "CompositeObject constructor called." << endl; }
    virtual ~CompositeObject() { cout << "CompositeObject destructor called." << endl; }
private:
    SubObject subObj;
};

// 虚函数和纯虚函数
class Base3 {
public:
    Base3() { cout << "Base3 constructor called." << endl; }
    virtual ~Base3() { cout << "Base3 destructor called." << endl; }
    virtual void virtualFunction() { cout << "Base3 virtual function called." << endl; }
    virtual void pureVirtualFunction() = 0;
};

class Derived7 : public Base3 {
public:
    Derived7() { cout << "Derived7 constructor called." << endl; }
    virtual ~Derived7() { cout << "Derived7 destructor called." << endl; }
    virtual void virtualFunction() { cout << "Derived7 virtual function called." << endl; }
    virtual void pureVirtualFunction() { cout << "Derived7 pure virtual function called." << endl; }
};

int main() {
    // 多重继承
    Derived1 d1;

    // 多级继承
    Derived2 d2;

    // 虚继承
    Derived3 d3;

    // 公共继承
    Derived4 d4;

    // 保护继承
    Derived5 d5;

    // 私有继承
    Derived6 d6;

    // 子对象
    SubObject sub;

    // 类的组合
    CompositeObject composite;

    // 虚函数和纯虚函数
    Base3* ptr = new Derived7;
    ptr->virtualFunction();
    ptr->pureVirtualFunction();
    delete ptr;

    return 0;
}

在这个示例程序中，我们定义了多个基类和派生类，体现了类的多重继承、类的多级继承、虚继承、公共继承、保护继承、私有继承等特性。我们还定义了子对象和类的组合，以及虚函数和纯虚函数，体现了这些特性的使用方法。同时，在每个类的构造函数和析构函数中，我们输出了一些提示信息，以便观察对象的创建和销毁过程。