前言:
hello,大家好,这篇文章博主来分享一下C++实现数据结构中的顺序表的代码。希望对大家有所帮助。
在博主之前的文章中,已经详细地写过顺序表,读者可以点击查看C语言如何建立链表并实现增删查改,在之前的文章中,是用C语言来实现的,这篇文章中,我们用C++来实现。
代码
1.SeqList.h
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#ifndef SEQLIST_H #define SEQLIST_H #include<iostream> using namespace std; template< class T, int MAXSIZE> class SeqList { T data[MAXSIZE]; int length; public: SeqList(); SeqList(T a[], int n); ~SeqList(); int ListLength(); T Get( int pos); int Locate(T item); void SeqPrint(); void Insert( int i, T item); T Delete( int i); }; #endif |
2.SeqList.cpp
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#define _CRT_SECURE_NO_WARNINGS 1 #include"SeqList.h" template< class T, int MAXSIZE> SeqList<T,MAXSIZE>::SeqList() { length = 0 ; } template< class T, int MAXSIZE> SeqList<T, MAXSIZE>::SeqList(T a[], int n) { if (n < MAXSIZE) { length = n; for ( int i = 0 ; i < n; i + + ) { data[i] = a[i]; } } else { cerr << "您的数据已经超过范围,系统无法继续工作" << endl; exit( - 1 ); } } template< class T, int MAXSIZE> SeqList<T, MAXSIZE>::~SeqList() { } template< class T, int MAXSIZE> int SeqList<T, MAXSIZE>::ListLength() { return length; } template< class T, int MAXSIZE> T SeqList<T, MAXSIZE>::Get( int pos) { if (pos > length || pos < 0 ) { cerr << "您要查找的位置不存在,系统无法继续为您服务" << endl; exit( - 1 ); } else { return data[pos - 1 ]; } } template< class T, int MAXSIZE> int SeqList<T, MAXSIZE>::Locate(T item) { for ( int i = 0 ; i < length; i + + ) { if (data[i] = = item) return i + 1 ; } return - 1 ; } template< class T, int MAXSIZE> void SeqList<T, MAXSIZE>::SeqPrint() { for ( int i = 0 ; i < length; i + + ) { cout << data[i] << " " ; } cout << endl; } template< class T, int MAXSIZE> void SeqList<T, MAXSIZE>::Insert( int i, T item) { if (length < MAXSIZE) { for ( int j = length - 1 ; j> = i - 1 ; j - - ) { data[j + 1 ] = data[j]; } data[i - 1 ] = item; length + + ; } else { cerr << "抱歉,当前已经达到系统最大的储存,无法为您插入" << endl; exit( - 1 ); } } template< class T, int MAXSIZE> T SeqList<T, MAXSIZE>::Delete( int i) { if (length = = 0 ) { cerr << "当前无可删除元素" << endl; exit( - 1 ); } if (i< 1 || i>length) { cerr << "该位置非法" << endl; exit( - 1 ); } T x = data[i - 1 ]; for ( int j = i; j < length; j + + ) { data[j - 1 ] = data[j]; } length - - ; return x; } |
3.test.cpp
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#define _CRT_SECURE_NO_WARNINGS 1 #include"SeqList.cpp" #include<iostream> using namespace std; void menu() { cout << "|------------------------------------|" << endl; cout << "|----------- 欢迎来到顺序表 ---------|" << endl; cout << "|---------------1.插入---------------|" << endl; cout << "|---------------2.删除---------------|" << endl; cout << "|---------------3.求长---------------|" << endl; cout << "|---------------4.取值---------------|" << endl; cout << "|---------------5.定位---------------|" << endl; cout << "|---------------6.打印---------------|" << endl; cout << "|---------------0.退出---------------|" << endl; cout << "|------------------------------------|" << endl; } int main() { int * a; int n; cout << "请输入您要构造的顺序表的长度" << endl; cin >> n; a = new int [n]; cout << "请输入该顺序表中的每一个元素" << endl; for ( int i = 0 ; i < n; i + + ) { cin >> a[i]; } SeqList< int , 20 >seq(a, n); cout << "现在开始我们的程序之旅" << endl; int input = 0 ; do { menu(); cout << "输入您要进行的操作的编号" << endl; cin >> input ; switch ( input ) { case 1 : cout << "请输入您要插入的位置和数值" << endl; int pos; int value; cin >> pos; cin >> value; seq.Insert(pos,value); break ; case 2 : cout << "请输入您要删除的位置" << endl; int pos1; cin >> pos1; cout << "您删除的元素的值为:" ; cout << seq.Delete(pos1) << endl; break ; case 3 : cout << "您的顺序表当前的长度为:" << seq.ListLength() << endl; break ; case 4 : cout << "请输入您要查找的位置" << endl; int pos2; cin >> pos2; cout << "您查找的元素的值为:" ; cout << seq.Get(pos2) << endl;; break ; case 5 : cout << "请输入您要查找的元素" << endl; int item; cin >> item; cout << "您查找的元素的位置为:" ; cout << seq.Locate(item) << endl;; break ; case 6 : cout << "当前顺序表如下:" << endl; seq.SeqPrint(); break ; case 0 : cout << "程序退出,感谢使用" << endl; exit( - 1 ); break ; default : cout << "您的输入有误,请重新选择" << endl; } } while ( input ); return 0 ; } |
总结
本篇文章就到这里了,希望能够给你带来帮助,也希望您能够多多关注服务器之家的更多内容!
原文链接:https://blog.csdn.net/weixin_53472920/article/details/121341808