简单的成员模板实例

template<class T>class SList {public:     SList():head_(0),size(0) {}  template<class In> SList(In first, In last); void push_front(const T& val); void pop_front(); T front()const; void reverse(); bool empty()const;

 void show()const;

    ~SList();private: struct Node {

  Node *next_;  T el_; };

   Node *head_;   int size;};

template<class T>template<class In>SList<T>::SList(In first, In last):head_(0),size(0) { while( first != last) {   push_front(*first++); }}

template<class T>void SList<T>::push_front(const T &val) {    Node *newNode = new Node; newNode->el_ = val; newNode->next_ = head_; head_ = newNode; ++size;}

template<class T>void SList<T>::pop_front() {    if ( !empty()) {        Node *p = head_;  if (p->next_) {      head_ = head_->next_;   delete p;  }  else {   delete head_;   head_ = NULL;  }

  --size; }}

template<class T>T SList<T>::front() const {

 if (!empty()) {  return head_->el_; }}

template<class T>bool SList<T>::empty()const {     return 0 == size;}

template<class T>SList<T>::~SList() { while(head_) {   Node *p = head_;  head_ = head_->next_;  delete p;  --size; }}

template<class T>void SList<T>::show()const {

 Node *p = head_; while(p) {  std::cout<<p->el_<<"/n";  p = p->next_; }}

#include "Temp.cpp"#include<vector>

int _tmain(int argc, _TCHAR* argv[]){

 int a[5] = {1,2,3,4,5}; std::vector<double> data(a, a + 5); //SList<int> S(a,a + 5 ); SList<int> S(data.begin(), data.end() );

 S.show(); system("pause"); return 0;} 

上面的Node 也可以在类的外面定义

如：

template<class T>

struct SList<T>::Node {

Node *next_;

T el_;

};