链表反向,
template <typename T> class Node { public: T data; Node* next; }; template <typename T> class link { public: link() { head=new Node<T>(); head->data=1; head->next=NULL; Node<T>* pNew=NULL; Node<T>* p=NULL; p=head; while(true) { T i; cin>>i; if(i!=-1) { pNew=new Node<T> (); pNew->data=i; pNew->next=NULL; p->next=pNew; p=pNew; } else { break; } } } void reverseLink() { assert(head!=NULL); Node<T>* previouse=NULL; Node<T>* p=head; Node<T>* tmp=NULL; while(p!=NULL) { tmp=p->next; p->next=previouse; previouse=p; p=tmp; } head=previouse; } void printLink() { Node<T>* p=head; while(p!=NULL) { cout<<p->data<<" "; p=p->next; } } private: Node<T>* head; };链表反向:
补充:软件开发 , C++ ,