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小编给大家分享一下C语言链表的示例分析，相信大部分人都还不怎么了解，因此分享这篇文章给大家参考一下，希望大家阅读完这篇文章后大有收获，下面让我们一起去了解一下吧！
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头文件：link_0505.h
/*
链表演示
*/
#ifndef __LINK_0505
#define __LINK_0505
typedef struct node{
int num;
struct node* p_next;
}node;
typedef struct
{
node head,tail;
}link;
//链表的初始化函数
void link_init(link *);
//链表的清理函数
void link_deinit(link *);
//判断链表是否空的函数
int link_empty(link *);
//判断链表是否满的函数
int link_full(link *);
//统计有效数字个数的函数
int link_size(link *);
//在最前边插入数字的函数
int link_add_head(link *, int );
//在最后边插入新的数字的函数
int link_append(link *, int );
//把数字按照顺序插入到链表的函数
int link_insert(link *, int);
//删除最前面数字的函数
int link_remove_head(link *);
//删除最后一个有效数字
int link_remove_tail(link *);
//删除某个给定数字的函数
int link_remove(link *, int );
//获得第一个有效数字的函数
int link_get_head(link *, int *);
//获得最后一个有效数字的函数
int link_get_tail(link *, int *);
//获得指定编号数字的函数
int link_get(link *, int *, int );
#endif实现代码: link_0505.cpp
/*
链表演示
*/
#include "stdlib.h"
#include "link_0505.h"
//链表的初始化函数
void link_init(link *p_link)
{
p_link->head.p_next = &(p_link->tail);
}
//链表的清理函数
void link_deinit(link *p_link)
{
while(p_link->head.p_next != &(p_link->tail))
{
node *p_first = &(p_link->head);
node *p_mid = p_first->p_next;
node *p_last = p_mid->p_next;
p_first->p_next = p_last;
free(p_mid);
p_mid = NULL;
}
}
//判断链表是否空的函数
int link_empty(link *p_link)
{
return p_link->head.p_next == &(p_link->tail);
}
//判断链表是否满的函数
int link_full(link *p_link)
{
return 0;
}
//统计有效数字个数的函数
int link_size(link *p_link)
{
int cnt = 0;
node *p_node = NULL;
for (p_node = &(p_link->head);p_node != &(p_link->tail);p_node = p_node->p_next)
{
node *p_first = p_node;
node *p_mid = p_first->p_next;
node *p_last = p_mid->p_next;
if (p_mid != &(p_link->tail))
{
cnt++;
}
}
return cnt;
}
//在最前边插入数字的函数
int link_add_head(link *p_link, int num)
{
node *p_temp = (node *)malloc(sizeof(node));
if (!p_temp)
{
return 0;
}
p_temp->num = num;
node *p_first = &(p_link->head);
node *p_mid = p_first->p_next;
node *p_last = p_mid->p_next;
p_first->p_next = p_temp;
p_temp->p_next = p_mid;
return 1;
}
//在最后边插入新的数字的函数
int link_append(link *p_link, int num)
{
node *p_tmp = (node *)malloc(sizeof(node));
node *p_node = NULL;
if (!p_tmp)
{
return 0;
}
p_tmp->num = num;
for (p_node = &(p_link->head);p_node != &(p_link->tail);p_node = p_node->p_next)
{
node *p_first = p_node;
node *p_mid = p_first->p_next;
node *p_last = p_mid->p_next;
if (p_mid == &(p_link->tail))
{
p_first->p_next = p_tmp;
p_tmp->p_next = p_mid;
break;
}
}
return 1;
}
//把数字按照顺序插入到链表的函数
int link_insert(link *p_link, int num)
{
node* p_temp = (node *)malloc(sizeof(node));
node* p_node = NULL;
if (!p_temp)
{
return 0;
}
p_temp->num = num;
p_temp->p_next = NULL;
for (p_node = &(p_link->head);p_node != &(p_link->tail);p_node = p_node->p_next)
{
node *p_first = p_node;
node *p_mid = p_first->p_next;
node *p_last = p_mid->p_next;
if (p_mid == &(p_link->tail) || p_mid->num > p_temp->num)
{
p_first->p_next = p_temp;
p_temp->p_next = p_mid;
break;
}
}
return 0;
}
//删除最前面数字的函数
int link_remove_head(link *p_link)
{
node *p_first = &(p_link->head);
node *p_mid = p_first->p_next;
node *p_last = p_mid->p_next;
if (p_link->head.p_next == &(p_link->tail))
{
return 0;
}
p_first->p_next = p_last;
free(p_mid);
p_mid = NULL;
}
//删除最后一个有效数字
int link_remove_tail(link *p_link)
{
node *p_node = NULL;
for (p_node = &(p_link->head);p_node !=&(p_link->tail);p_node = p_node->p_next)
{
node *p_first = p_node;
node *p_mid = p_first->p_next;
node *p_last = p_mid->p_next;
if (p_last == &(p_link->tail))
{
p_first->p_next = p_last;
free(p_mid);
p_mid = NULL;
return 1;
}
}
return 0;
}
//删除某个给定数字的函数
int link_remove(link *p_link, int num)
{
node *p_node = NULL;
for (p_node = &(p_link->head);p_node != &(p_link->tail);p_node = p_node->p_next)
{
node *p_first = p_node;
node *p_mid = p_first->p_next;
node *p_last = p_mid->p_next;
if (p_mid != &(p_link->tail) && p_mid->num == num)
{
p_first->p_next = p_last;
free(p_mid);
p_mid = NULL;
return 1;
}
}
return 0;
}
//获得第一个有效数字的函数
int link_get_head(link *p_link, int *p_num)
{
if (p_link->head.p_next == &(p_link->tail))
{
return 0;
}
node *p_first = &(p_link->head);
node *p_mid = p_first->p_next;
node *p_last = p_mid->p_next;
p_first->p_next = p_last;
*p_num = p_mid->num;
return 1;
}
//获得最后一个有效数字的函数
int link_get_tail(link *p_link, int *p_num)
{
node *p_node = NULL;
for (p_node = &(p_link->head);p_node != &(p_link->tail);p_node = p_node->p_next)
{
node *p_first = p_node;
node *p_mid = p_first->p_next;
node *p_last = p_mid->p_next;
if (p_last == &(p_link->tail))
{
*p_num = p_mid->num;
return 1;
}
}
return 0;
}
//获得指定编号数字的函数
int link_get(link *p_link, int *p_num, int num)
{
int cnt = 0;
node *p_node = NULL;
for (p_node = &(p_link->head);p_node != &(p_link->tail);p_node = p_node->p_next)
{
node *p_first = p_node;
node *p_mid = p_first->p_next;
node *p_last = p_mid->p_next;
if (p_mid != &(p_link->tail) && cnt == num)
{
*p_num = p_mid->num;
return 1;
}
cnt++;
}
return 0;
}测试函数:
/* * 链表测试 * */ #include#include "link_0505.h" int main() { int size = 0, num = 0, val = 0; link lnk = {0}; link_init(&lnk); link_add_head(&lnk, 30); link_add_head(&lnk, 20); link_append(&lnk, 90); link_append(&lnk, 100); link_insert(&lnk, 50); link_insert(&lnk, 60); link_insert(&lnk, 40); link_insert(&lnk, 80); link_insert(&lnk, 70); size = link_size(&lnk); for (num = 0;num <= size - 1;num++) { link_get(&lnk, &val, num); printf("%d ", val); } printf("\n"); printf("------------------"); link_remove_head(&lnk); link_remove_tail(&lnk); link_remove(&lnk, 70); size = link_size(&lnk); for (num = 0;num <= size - 1;num++) { link_get(&lnk, &val, num); printf("%d ", val); } printf("\n"); link_get_head(&lnk, &val); printf("最前面的数字是%d\n", val); link_get_tail(&lnk, &val); printf("最后面的数字是%d\n", val); link_deinit(&lnk); return 0; }
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