我的数据结构c（给自己用的）

目录

顺序表：

链表：

栈：

队列：

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我想在之后的大学数据结构课上需要自己写来做题，但每次都自己写，那太麻烦了，所以我就将这个博客来把所有的C语言的数据结构弄上去，

问我为什么不用GitHub，虽说也托管上去了，哈哈机房访问的GitHub太慢了！

顺序表：

头文件

#pragma once
#define _CRT_SECURE_NO_WARNINGS 1
#include<stdio.h>
#include<stdlib.h>
#include<assert.h>
#include<stdbool.h>//  队列先进先出typedef int QUDataType;typedef struct QueueNode
{struct QueueNode* next;QUDataType x;
}QueueNode;typedef struct QUEUE
{QueueNode* head;QueueNode* tail;
}Queue;//初始化
void QueueInit(Queue* pq);//入队列
void QueuePush(Queue* pq,QUDataType x);//出队列
void QueuePop(Queue* pq);//取头数据
QUDataType QueueFront(Queue* pq);//取尾数据
QUDataType QueueBack(Queue* pq);//有几个数据int QueueSize(Queue* pq);//是否为空bool QueueEmpty(Queue* pq);//打印
void Print(Queue* pq);

函数文件：

#define _CRT_SECURE_NO_WARNINGS 1
#include"main.h"void Checkcapacity(SL* pc)
{if (pc->size == pc->capacity){int newcapacity = pc->capacity == 0 ? 4 : pc->capacity * 2;SLDataType* str = (SLDataType*)realloc(pc->a, newcapacity * sizeof(SLDataType));if (str == NULL){perror("realloc");exit(-1);}}
}void print(SL* pc)
{int i = 0;for (i = 0; i < pc->size; i++){printf("%d ", pc->a[i]);}
}//回收空间
void SeqlistDestory(SL* pc)
{free(pc->a);pc->a = NULL;pc->capacity = pc->size = 0;
}void SeqListInit(SL* pc)
{pc->a = NULL;pc->size = 0;pc->capacity = 0;
}void SeqListPushback(SL* pc, SLDataType x)
{//如果没有空间或根本没有就增容：if (pc->size == pc->capacity){int newcapacity = pc->capacity == 0 ? 4 : pc->capacity * 2;SLDataType* str = (SLDataType*)realloc(pc->a,newcapacity*sizeof(SLDataType));if (str == NULL){perror("realloc");exit(-1);}pc->a = str;str = NULL;pc->capacity = newcapacity;}pc->a[pc->size] = x;pc->size++;
}void SeqlistPopback(SL* pc)
{if (pc->size == 0){printf("没有了喵~\n");return;}pc->a[pc->size - 1] = 0;pc->size--;
}void SeqlistPushfront(SL* pc, SLDataType x)
{if (pc->size == pc->capacity){int newcapacity = pc->capacity == 0 ? 4 : pc->capacity * 2;SLDataType* str = (SLDataType*)realloc(pc->a, newcapacity * sizeof(SLDataType));if (str == NULL){perror("realloc");exit(-1);}pc->a = str;str = NULL;pc->capacity = newcapacity;}pc->size += 1;for (int i = pc->size; i>=0; i--){pc->a[i+1] = pc->a[i];}pc->a[0]=x;
}void SeqlistPopfront(SL* pc)
{if (pc->size == 0){printf("没u删除的元素喵~\n");}int i = 1;for (i = i; i <= pc->size+1; i++){pc->a[i - 1] = pc->a[i];}pc->size -= 1;
}//插入数字
void Seqlistinsert(SL* pc, int pos, SLDataType x)
{Checkcapacity(pc);pc->size += 1;int i=pos;for (i = pos; i < pc->size; i++){pc->a[i] = pc->a[i - 1];}pc->a[pos - 1] = x;
}//查找数字()
int  Seqlistfind_bydata(SL* pc, SLDataType x)
{int i = 0;for (i; i < pc->size; i++){if (pc->a[i] == x){printf("返回第一个下标\n");return  i;}}printf("找不到\n");return -1;
}//删除指定数字 
void Seqlistdelet(SL* pc, SLDataType x)
{int i = 0;for (i = 0; i < pc->size; i++){if (x == pc->a[i]){for (i; i < pc->size; i++){pc->a[i] = pc->a[i + 1];}pc->size--;break;}}printf("没这个数字哦\n");return;
}

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链表：

头文件：

#pragma once
#define _CRT_SECURE_NO_WARNINGS 1
#include<stdio.h>
#include<stdlib.h>//单链表的英文  Single linked listtypedef int SLLdatatype;typedef struct SListNode
{SLLdatatype  data;struct SListNode*next;
}SLL;//打印
void SLLprint(SLL* phead);//尾部存储 
void SLLpushback(SLL**phead,SLLdatatype x);//头部存储
void SLLpushfront(SLL** phead, SLLdatatype x);void SLLpushfront2(SLL** phead, SLLdatatype x);//尾部删除
void SLLpopback(SLL** phead);//头部删除
void SLLpopfront(SLL** phead);//查找
void SLL_find_print(SLL* phead, SLLdatatype x);//查下标
SLL* SLL_findpos(SLL* phead, SLLdatatype x);//  指定位置插入
void SLL_inset(SLL** phead, SLL* pos, SLLdatatype x);//指定位置删除
void SLL_pos_del(SLL** phead, SLL* pos);//销毁链表
void SLL_destory(SLL* *phead);

函数文件：

#define _CRT_SECURE_NO_WARNINGS 1
#include"main.h"SLL* creatnode( SLLdatatype x)
{SLL* newnode = (SLL*)malloc(sizeof(SLL));if (newnode == NULL){perror("malloc");exit(-1);}newnode->data = x;newnode->next = NULL;return newnode;
}//打印
void SLLprint(SLL* phead)
{/*SLL* cur = phead;*/while (phead != NULL){printf("%d ", phead->data);phead = phead->next;}printf("->NULL\n");
}void SLLpushback(SLL**phead,SLLdatatype x)
{SLL* newnode = (SLL*)malloc(sizeof(SLL));newnode->data = x;newnode->next = NULL;if (*phead == NULL){*phead = newnode;}else{SLL* tail = *phead;while (tail->next != NULL){tail = tail->next;}tail->next = newnode;}
}void SLLpushfront(SLL** phead, SLLdatatype x)
{SLL* newnode = (SLL*)malloc(sizeof(SLL));newnode->data = x;newnode->next = NULL;if (phead == NULL){*phead = newnode;}else{newnode->next = *phead;*phead = newnode;}}void SLLpushfront2(SLL** phead, SLLdatatype x)
{SLL* newnode = creatnode(x);newnode->next = *phead;*phead = newnode;
}//尾部删除
void SLLpopback(SLL** phead){SLL*tail = *phead;SLL* str = NULL;if (*phead==NULL){return ;}if (tail->next ==NULL){free(tail);*phead = NULL;}else{while (tail->next!=NULL){str = tail;tail = tail->next;}free(tail);tail = NULL;str->next = NULL;}
}//头部删除
void SLLpopfront(SLL** phead)
{if (*phead == NULL){return;}if ((*phead)->next == NULL){*phead = NULL;}else{SLL* front = *phead;(*phead)=(*phead)->next;free(front);front = NULL;}
}//找加打印
void SLL_find_print(SLL* phead, SLLdatatype x)
{if (phead == NULL){return;}while (phead->data!=x){if (phead->next== NULL){break;}phead = phead->next;}if (phead->next == NULL){printf("找不到喵~\n");}else{printf("%d\n", phead->data);}
}//查下标
SLL* SLL_findpos(SLL* phead, SLLdatatype x)
{if (phead == NULL){return NULL;}else{while (phead){if (phead->data == x){return phead;}phead = phead->next;}}printf("找不到\n");return NULL;
}//  指定位置插入
void SLL_inset(SLL** phead, SLL* pos, SLLdatatype x)
{if (*phead == NULL){return;}else{SLL* find = *phead;while (find){if (find->next == pos){SLL* newnode = creatnode(x);newnode->next = find->next;find->next = newnode;return;}find = find->next;}}
}//指定位置删除
void SLL_pos_del(SLL** phead, SLL* pos)
{if (*phead == NULL){return;}else{SLL* find = *phead;SLL* findpos = NULL;while (find){if (find->next == pos){findpos = find->next;find->next = findpos->next;free(findpos);findpos = NULL;return;}find = find->next;}}}//销毁链表
void SLL_destory(SLL** phead)
{if (*phead == NULL){return;}else{   while ((*phead)->next!=NULL){SLL* tailpos = *phead;SLL* tail = NULL;while (tailpos->next != NULL){tail = tailpos;tailpos = tailpos->next;}free(tailpos);tail->next = NULL;tailpos = NULL;}free(*phead);*phead = NULL;}
}

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栈：

头文件：

#pragma once
#define _CRT_SECURE_NO_WARNINGS 1#include<stdio.h>
#include<stdlib.h>
#include<assert.h>
#include<stdbool.h>typedef int  STDataType;typedef struct Stack
{STDataType* a;int top;int capacity;
}ST;//初始化栈
void StackIint(ST* ps);//销毁栈
void Stackdestory(ST* pc);//push
void StackPush(ST* ps, STDataType x);//pop
void StackPop(ST* ps);//取栈顶数据
STDataType Stacktop(ST* ps);//有多少数据
int StackSize(ST* ps);//判断是否为空
bool StackEmpty(ST* ps);int minStackGetMin(ST* obj);

函数：

#define _CRT_SECURE_NO_WARNINGS 1
#include"main.h"//初始化单链表
void StackIint(ST* ps)
{assert(ps);ps->a = NULL;ps->capacity = 0;ps->top = 0;
}//销毁栈
void Stackdestory(ST* pc)
{assert(pc);free(pc->a);pc->a = NULL;pc->capacity = pc->top = 0;
}//push
void StackPush(ST* ps, STDataType x)
{assert(ps);if (ps->capacity == ps->top){ps->capacity =ps->capacity== 0 ? 4 : 2 * ps->capacity;STDataType* temp = (STDataType*)realloc(ps->a, sizeof(STDataType) * ps->capacity);if (temp == NULL){printf("realloc fail\n");exit(-1);}ps->a = temp;}ps->a[ps->top] = x;ps->top += 1;}int minStackGetMin(ST* obj) {int i = 0;int min = obj->a[i];for (i = 1; i<obj->top; i++){if (obj->a[i] < min){min = obj->a[i];}}return min;
}//pop
void StackPop(ST* ps)
{assert(ps->top > 0);ps->top--;
}//取栈顶数据
STDataType Stacktop(ST* ps)
{assert(!StackEmpty(ps));return ps->a[ps->top - 1];
}//有多少数据
int StackSize(ST* ps)
{assert(!StackEmpty(ps));return ps->top;
}
//判断是否为空
bool StackEmpty(ST* ps)
{return ps->top == 0;
}

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队列：

头文件：

#pragma once
#define _CRT_SECURE_NO_WARNINGS 1
#include<stdio.h>
#include<stdlib.h>
#include<assert.h>
#include<stdbool.h>//  队列先进先出typedef int QUDataType;typedef struct QueueNode
{struct QueueNode* next;QUDataType x;
}QueueNode;typedef struct QUEUE
{QueueNode* head;QueueNode* tail;
}Queue;//初始化
void QueueInit(Queue* pq);//入队列
void QueuePush(Queue* pq,QUDataType x);//出队列
void QueuePop(Queue* pq);//取头数据
QUDataType QueueFront(Queue* pq);//取尾数据
QUDataType QueueBack(Queue* pq);//有几个数据int QueueSize(Queue* pq);//是否为空bool QueueEmpty(Queue* pq);//打印
void Print(Queue* pq);

函数：

#define _CRT_SECURE_NO_WARNINGS 1
#include"main.h"//初始化
void QueueInit(Queue* pq)
{assert(pq);pq->head = NULL;pq->tail = NULL;
}void QueueDestory(Queue* pq)
{assert(pq);QueueNode* cur = pq->head;while (cur!=NULL){QueueNode* next = cur->next;free(cur);cur = next;}pq->head = NULL;pq->tail = NULL;}//入队列
void QueuePush(Queue* pq, QUDataType x)
{assert(pq);if (pq->head == NULL && pq->tail == NULL){QueueNode* newnode = (QueueNode*)malloc(sizeof(QueueNode));newnode->x = x;newnode->next = NULL;pq->head=newnode;pq->tail=newnode;}else{QueueNode* newnode = (QueueNode*)malloc(sizeof(QueueNode));newnode->x = x;newnode->next = NULL;QueueNode* tail1 = NULL;tail1 = pq->tail;tail1->next = newnode;pq->tail = newnode;}
}//出队列
void QueuePop(Queue* pq)
{assert(pq);if (pq->head ==NULL){exit(-1);}QueueNode* head1 = pq->head->next;free(pq->head);pq->head = head1;if (pq->head == NULL){pq->head = pq->tail = NULL;}
}//取头数据
QUDataType QueueFront(Queue* pq)
{assert(pq);assert(pq->head);return pq->head->x;
}//取尾数据
QUDataType QueueBack(Queue* pq)
{assert(pq);assert(pq->head);return pq->tail->x;
}//有几个数据int QueueSize(Queue* pq)
{assert(pq);int count = 0;QueueNode*pos = pq->head;while (pos != NULL){count += 1;pos = pos->next;}return count;
}//是否为空
bool QueueEmpty(Queue* pq)
{assert(pq);if (pq->head){return false;}return true;
}//打印
void Print(Queue* pq)
{assert(pq);assert(pq->head);QueueNode* pos = pq->head;while (pos != NULL){printf("%d ", pos->x);pos = pos->next;}printf("\n");
}                                        typedef struct {Queue* q1;Queue* q2;
} MyStack;MyStack* myStackCreate() {MyStack* st = (MyStack*)malloc(sizeof(MyStack));st->q1 = (QUEUE*)malloc(sizeof(QUEUE));st->q2 = (QUEUE*)malloc(sizeof(QUEUE));return st;
}void myStackPush(MyStack* obj, int x) {if (!QueueEmpty(obj->q1)){QueuePush(obj->q1, x);}else{QueuePush(obj->q2, x);}
}int myStackPop(MyStack* obj) {Queue* empty = obj->q1;Queue* noempty = obj->q2;if (!QueueEmpty(obj->q1)){empty = obj->q2;noempty = obj->q1;}int top = QueueBack(noempty);while (QueueSize(noempty) > 0){QueuePush(empty, QueueFront(noempty));QueuePop(noempty);}return top;}int myStackTop(MyStack* obj) {if (!QueueEmpty(obj->q1)){return QueueBack(obj->q1);}return QueueBack(obj->q2);
}bool myStackEmpty(MyStack* obj) {if (QueueEmpty(obj->q1) || QueueEmpty(obj->q2)){return false;}return true;}void myStackFree(MyStack* obj) {free(obj->q1);free(obj->q2);free(obj);
}

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