// // main.cpp // WWSequenceQueueBasic // // Created by Live on 2017/8/21. // Copyright © 2017年 ITCoderW. All rights reserved. // //参考书籍:严蔚敏版数据结构 数据结构高分阅读等 //参考文章:http://www.cnblogs.com/newwy/archive/2010/10/10/1847461.html #includeusing namespace std; #define maxSize 1000 #define WWStr(str) #str #define WWLine "-------------" /** 顺序队列结点 */ typedef struct SequenceQueueNode{ int data[maxSize]; int front,rear; }SequenceQueueNode; /** 顺序队列的操作 */ void sequenceQueueOperation(); /** 初始化顺序队列的操作 */ void initSequenceQueue(SequenceQueueNode &sequenceQueue); /** 判断顺序队列是否为空 @param sequenceQueue 队列 @return 是否为空 */ int isSequenceQueueEmpty(SequenceQueueNode sequenceQueue); /** 入顺序队列 @param sequenceQueue 入的顺序队列 @param x 入队列的元素 @return 入队列成功与否 */ int enSequenceQueueWithDataX(SequenceQueueNode &sequenceQueue,int x); /** 顺序队列之元素出队列 @param sequenceQueue 出队的度列 @param x 当前出队列的元素 @return 返回的是出队列成功与否 */ int outSequenceQueueWithDataX(SequenceQueueNode &sequenceQueue,int &x); #pragma mark - 打印队列信息 /** 打印顺序队列中的元素 @param sequenceQueue 待打印顺序队列 @param length 顺便获取顺序队列的长度 @return 返回顺序队列的长度 */ int printSequenceQueue(SequenceQueueNode sequenceQueue,int &length); int main(int argc, const char * argv[]) { sequenceQueueOperation(); return 0; } #pragma mark - 顺序队列相关操作 void sequenceQueueOperation(){ SequenceQueueNode sequenceQueue; initSequenceQueue(sequenceQueue); isSequenceQueueEmpty(sequenceQueue); enSequenceQueueWithDataX(sequenceQueue, 1); enSequenceQueueWithDataX(sequenceQueue, 2); enSequenceQueueWithDataX(sequenceQueue, 3); int length = 0; printSequenceQueue(sequenceQueue, length); cout<<"顺序队列当前长度"< endl; int currentElement = 0; outSequenceQueueWithDataX(sequenceQueue, currentElement); outSequenceQueueWithDataX(sequenceQueue, currentElement); isSequenceQueueEmpty(sequenceQueue); printSequenceQueue(sequenceQueue, length); cout<<"顺序队列当前长度"< endl; outSequenceQueueWithDataX(sequenceQueue, currentElement); outSequenceQueueWithDataX(sequenceQueue, currentElement); printSequenceQueue(sequenceQueue, length); cout<<"顺序队列当前长度"< endl; } #pragma mark - 初始化队列 void initSequenceQueue(SequenceQueueNode &sequenceQueue){ sequenceQueue.front = sequenceQueue.rear = 0; cout< endl; } #pragma mark - 判断顺序队列是否为空 int isSequenceQueueEmpty(SequenceQueueNode sequenceQueue){ cout< endl; return sequenceQueue.front == sequenceQueue.rear; } #pragma mark - 入顺序队列 int enSequenceQueueWithDataX(SequenceQueueNode &sequenceQueue,int x){ if ((sequenceQueue.rear + 1)%maxSize == sequenceQueue.front )//队列为满 不能入队列 { cout< endl; return 0; } cout< endl; sequenceQueue.rear = (sequenceQueue.rear + 1)% maxSize; sequenceQueue.data[sequenceQueue.rear] = x; return 1; } #pragma mark - 顺序队列之元素出队列 int outSequenceQueueWithDataX(SequenceQueueNode &sequenceQueue,int &x){ if (sequenceQueue.rear == sequenceQueue.front) {//队列为空 不能出队列 cout< endl; return 0; } sequenceQueue.front = (sequenceQueue.front + 1) % maxSize; x = sequenceQueue.data[sequenceQueue.front]; cout< endl; return 1; } #pragma mark - 打印队列信息 int printSequenceQueue(SequenceQueueNode sequenceQueue,int &len){ if (isSequenceQueueEmpty(sequenceQueue)) { cout< endl; len = 0; return 0; } len = 0; cout< endl; SequenceQueueNode node; node = sequenceQueue; cout< endl; int temp; while (outSequenceQueueWithDataX(node, temp)) { cout< endl; ++ len; } cout< endl; return len; }
输出结果如下
-------------初始化队列队列地址:0x7fff5fbfe648-------------
-------------判断顺序队列是否为空列队列地址:0x7fff5fbf8770为空-------------
-------------入顺序队列0x7fff5fbfe648当前入队元素1-------------
-------------入顺序队列0x7fff5fbfe648当前入队元素2-------------
-------------入顺序队列0x7fff5fbfe648当前入队元素3-------------
-------------判断顺序队列是否为空列队列地址:0x7fff5fbf57b0不空-------------
-------------打印顺序队列的信息队列地址:0x7fff5fbf8770
打印顺序队列中的元素:
-------------顺序队列之元素出队列队列地址:0x7fff5fbf67b0当前出队列元素:1-------------
自己的打印队列的输出在是这行1
-------------顺序队列之元素出队列队列地址:0x7fff5fbf67b0当前出队列元素:2-------------
自己的打印队列的输出在是这行2
-------------顺序队列之元素出队列队列地址:0x7fff5fbf67b0当前出队列元素:3-------------
自己的打印队列的输出在是这行3
队列为空不能出队列
顺序队列的长度为3
顺序队列当前长度3
-------------顺序队列之元素出队列队列地址:0x7fff5fbfe648当前出队列元素:1-------------
-------------顺序队列之元素出队列队列地址:0x7fff5fbfe648当前出队列元素:2-------------
-------------判断顺序队列是否为空列队列地址:0x7fff5fbf8770不空-------------
-------------判断顺序队列是否为空列队列地址:0x7fff5fbf57b0不空-------------
-------------打印顺序队列的信息队列地址:0x7fff5fbf8770
打印顺序队列中的元素:
-------------顺序队列之元素出队列队列地址:0x7fff5fbf67b0当前出队列元素:3-------------
自己的打印队列的输出在是这行3
队列为空不能出队列
顺序队列的长度为1
顺序队列当前长度1
-------------顺序队列之元素出队列队列地址:0x7fff5fbfe648当前出队列元素:3-------------
队列为空不能出队列
-------------判断顺序队列是否为空列队列地址:0x7fff5fbf57b0为空-------------
队列为空
顺序队列当前长度0
Program ended with exit code: 0
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