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目录
前言
顺序表实现
01-开发环境
02-文件布局
03-代码
01-主函数
02-头文件
03-SeqListCommon.cpp
04-SeqListPositionOperation.cpp
05-SeqListValueOperation.cpp
结语
前言
此专栏包含408考研数据结构全部内容，除其中使用到C++引用外，全为C语言代码。使用C++引用主要是为了简化指针的使用，避免二重指针的出现。
顺序表实现
01-开发环境
语言：C/C++14
编译器：MinGW64
集成开发环境：CLion2022.1.3
02-文件布局
请在CLion集成开发环境中创建C++可执行程序，否则无法运行，原因上面已解释。
03-代码
01-主函数
用于测试和初始化顺序表。
#include "./Head/SeqListData.h"
#include "./Source/SeqListCommon.cpp"
#include "./Source/SeqListPositionOperation.cpp"
#include "./Source/SeqListValueOperation.cpp"int main() {// 定义与初始化SeqList List;List.data[0] = 1;List.data[1] = 2;List.data[2] = 3;List.data[3] = 4;List.data[4] = 2;List.data[5] = 3;List.length = 6;// 位置操作// 插入int position = 1, value = 60;SeqListInsertPosition(List, position, value);SeqListPrint(List);printf("----------------------\n");// 删除
// position = 1;
// SeqListDeletePosition(List, position);
// SeqListPrint(List);
// printf("----------------------\n");// 修改
// position = 2;
// value = 20;
// SeqListModifyPosition(List, position, value);
// SeqListPrint(List);// 查找
// position = 1;
// SeqListSearchPosition(List, position, value);
// printf("%d at position %d", value, position);// 内容操作SeqListPrint(List);printf("----------------------\n");// 删除
// int value = 2, position = 0;
// SeqListDeleteAllContent(List, value);
// SeqListPrint(List);// 查找
// value = 3;
// position = 0;
// SeqListSearchContent(List, value, position);
// SeqListPrint(List);// value = 3;
// int positionList[MAXSIZE];
// SeqListSearchAllContent(List, value, positionList);
// SeqListPrint(List);// 修改
// int sourceValue = 2, modifyValue = 20;
// SeqListModifyAllContent(List, sourceValue, modifyValue);
// SeqListPrint(List);
// SeqListInsertAllContent(List, 2, 20);
// SeqListPrint(List);
// printf("%d\n", List.length);return 0;
}
02-头文件
用于存储结构体和常量等。
//
// Created by 24955 on 2023-02-19.
//#ifndef SEQLIST_SEQLISTDATA_H
#define SEQLIST_SEQLISTDATA_H
// 头文件
#include <stdio.h>// 常量
#define MAXSIZE 50
#define ElemType int// SeqList结构体定义
typedef struct {ElemType data[MAXSIZE];int length;
} SeqList;
#endif //SEQLIST_SEQLISTDATA_H
03-SeqListCommon.cpp
用于存储公共函数。
//
// Created by 24955 on 2023-02-19.
//
void SeqListPrint(SeqList List) {for (int i = 0; i < List.length; i++) {printf("%3d", List.data[i]);}printf("\n");
}04-SeqListPositionOperation.cpp
用于存储按位置操作的函数。
//
// Created by 24955 on 2023-02-19.
//
// 插入操作
void SeqListInsertPosition(SeqList &List, int position, ElemType value) {/** 1. 判断插入位置是否合法，数组是否已满* 2. 后移数据* 3. 插入，长度+1*/if (position >= 1 && position <= List.length + 1 && List.length != MAXSIZE) {for (int i = List.length; i >= position; i--) {List.data[i] = List.data[i - 1];}List.data[position - 1] = value;List.length++;printf("Insert Success.\n");} else {printf("Illegal input, please re-enter.\n");}
}// 删除操作
void SeqListDeletePosition(SeqList &List, int position) {/** 1. 判断删除位置是否合法* 2. 移动数据*/if (position >= 1 && position <= List.length) {for (int i = position; i < List.length; i++) {List.data[i - 1] = List.data[i];}List.length--;printf("Delete Success.\n");} else {printf("Illegal input, please re-enter.\n");}
}// 修改操作
void SeqListModifyPosition(SeqList &List, int position, ElemType value) {/** 1. 判断修改位置是否合法* 2. 修改数据*/if (position >= 1 && position <= List.length) {List.data[position - 1] = value;printf("Modify Success.\n");} else {printf("Illegal input, please re-enter.\n");}
}// 查找操作
void SeqListSearchPosition(SeqList List, int position, ElemType &value) {if (position >= 1 && position <= List.length) {value = List.data[position - 1];printf("Search Success.\n");} else {printf("Illegal input, please re-enter.\n");}
}
05-SeqListValueOperation.cpp
用于存储按值操作的函数。
//
// Created by 24955 on 2023-02-19.
//
// 在第一个匹配元素位置处插入一个元素
void SeqListInsertContent(SeqList &List, ElemType value, ElemType insertValue) {/** 1. 匹配内容所在位置* 2. 调用SeqListInsertPosition函数插入数据*/bool ret = true;for (int i = 0; i < List.length; i++) {if (List.data[i] == value) {SeqListInsertPosition(List, i + 1, insertValue);ret = false;break;}}if (ret) {printf("Don't find %d, please re-enter.\n", value);} else {printf("Insert %d success.\n", insertValue);}
}// 在全部匹配元素位置处插入一个元素
void SeqListInsertAllContent(SeqList &List, ElemType value, ElemType insertValue) {/** 1. 匹配内容所在位置* 2. 调用SeqListInsertPosition函数插入数据并将i+1* 3. 插入后匹配内容后移，因此需i+1跳过上次匹配值*/bool ret = true;for (int i = 0; i < List.length; i++) {if (List.data[i] == value) {SeqListInsertPosition(List, i + 1, insertValue);i++;ret = false;}}if (ret) {printf("Don't find %d, please re-enter.\n", value);} else {printf("Insert %d success.\n", insertValue);}
}// 删除第一个匹配元素
void SeqListDeleteContent(SeqList &List, ElemType value) {/** 1. 匹配删除位置* 2. 调用SeqListDeletePosition函数删除数据并中断循环*/bool ret = true;for (int i = 0; i < List.length; i++) {if (List.data[i] == value) {SeqListDeletePosition(List, i + 1);ret = false;break;}}if (ret) {printf("Don't find %d, please re-enter.\n", value);} else {printf("Delete %d success.\n", value);}
}// 删除全部匹配元素
void SeqListDeleteAllContent(SeqList &List, ElemType value) {/** 1. 匹配删除位置* 2. 调用SeqListDeletePosition函数删除数据*/bool ret = true;for (int i = 0; i < List.length; i++) {if (List.data[i] == value) {SeqListDeletePosition(List, i + 1);ret = false;}}if (ret) {printf("Don't find %d, please re-enter.\n", value);} else {printf("Delete %d success.\n", value);}
}// 修改第一个匹配内容
void SeqListModifyContent(SeqList &List, ElemType sourceValue, ElemType modifyValue) {/** 1. 匹配修改元素位置* 2. 修改元素*/bool ret = true;for (int i = 0; i < List.length; i++) {if (List.data[i] == sourceValue) {List.data[i] = modifyValue;ret = false;break;}}if (ret) {printf("Don't find %d, please re-enter.\n", sourceValue);} else {printf("Modify Success.\n");}
}// 修改所有匹配内容
void SeqListModifyAllContent(SeqList &List, ElemType sourceValue, ElemType modifyValue) {/** 1. 匹配修改元素位置* 2. 修改元素*/bool ret = true;for (int i = 0; i < List.length; i++) {if (List.data[i] == sourceValue) {List.data[i] = modifyValue;ret = false;}}if (ret) {printf("Don't find %d, please re-enter.\n", sourceValue);} else {printf("Modify Success.\n");}
}// 查找第一个匹配元素，并返回其所在位置
void SeqListSearchContent(SeqList List, ElemType value, int &position) {/** 1. 匹配查找内容* 2. 返回内容所在位置*/bool ret = true;for (int i = 0; i < List.length; i++) {if (List.data[i] == value) {position = i + 1;ret = false;break;}}if (ret) {printf("Don't find %d, please re-enter.\n", value);} else {printf("Search Success, %d at position %d.\n", value, position);}
}// 查找全部匹配元素，并返回其所在位置
void SeqListSearchAllContent(SeqList List, ElemType value, int position[MAXSIZE]) {/** 1. 匹配查找内容* 2. 返回所有匹配位置，用数组接收*/bool ret = true;int index = 0;for (int i = 0; i < List.length; i++) {if (List.data[i] == value) {position[index] = i + 1;index++;ret = false;}}if (ret) {printf("Don't find %d, please re-enter.\n", value);} else {for (int j = 0; j < index; j++) {printf("Search Success, %d at position %d.\n", value, position[j]);}}
}结语
此博客主要用于408考研数据结构C语言实现记录，内有不足，可留言，可讨论。