用户日程管理

工作大致流程图

源文件

#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <time.h>
#include <pthread.h>
#include <unistd.h>
#define LENGTH 100char filename[LENGTH];//用户登录后创建或者访问对应文件夹typedef struct Schedule {int ID;int year;int month;int day;int hour;int minute;int second;char content[LENGTH];char priority[LENGTH];struct Schedule* next;
}Schedule;typedef struct  User{char name[LENGTH];char password[LENGTH];char HASH_Password[LENGTH];//加密后的密码struct Schedule *Schedule;struct User *next;
}User;//初始化用户链表
User* Init(){User *eHead = (User*)malloc(sizeof(User));eHead->next=NULL;if(eHead!=NULL){return eHead;}else{printf("空间分配失败！");exit(1);}
}//从文件读取保存的用户
int Load(User *head,int n){FILE *data;//要读取的文件指针int i=0;//结构体数组移动for (; head->next != NULL; head = head->next);User* test = (User*)malloc(sizeof(User));if((data=fopen("userInfo","r"))==NULL){printf("Can not open file\n");return 0;}while(i<=n){fscanf(data,"%s %s\n ",test->name,test->HASH_Password);head->next=test;i++;}fclose(data);return 0;}//判断新用户是否有重名
int check_New(User *eHead,char *name){int flag=1;eHead=eHead->next;while(eHead!=NULL){if(strcmp(eHead->name,name)==0){flag=0;break;}eHead=eHead->next;}return flag;
}//判断老用户用户名是否正确
int check_name(User *eHead,char *name){int flag=0;eHead=eHead->next;while(eHead!=NULL){if(strcmp(eHead->name,name)==0){flag=1;break;}eHead=eHead->next;}return flag;
}//判断老用户密码是否正确
int check_key(User *eHead,char *name,char *key,char *Hkey){int flag=0;eHead=eHead->next;while(eHead!=NULL){if(strcmp(eHead->name,name)==0){strcpy(Hkey,eHead->HASH_Password);//strcpy(key,test->password);int i=0,len=strlen(Hkey);while (i<len){Hkey[i]=Hkey[i]-i-5;i++;}if (strcmp(key,Hkey)==0){flag=1;break;}}eHead=eHead->next;}return flag;
}//初始化日程链表
Schedule *init(){Schedule *head = (Schedule*)malloc(sizeof(Schedule));head->next=NULL;if(head!=NULL){return head;}else{printf("空间分配失败！");exit(1);}
}//检查输入时间是否正确,是否与已经有的事件时间冲突int check_time(int year, int month, int day,int hour,int min,int sec,Schedule *head)
{int monthDays[12] = { 31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31 };int judg = 0;time_t timep;time(&timep);struct tm *p;p = gmtime(&timep);// 判断如果是闰年,则修改二月的monthDays[1]值为29if ((year % 400 == 0) ||(year % 100 != 0 && year % 4 == 0)){monthDays[1] = 29;}if(year<1900 + p->tm_year||year < 0){printf(" Are you sure the entered year[%d] is correct?\n", year);}else if(year>=(1900 + p->tm_year+1)){judg=1;}else if(year>=1900 + p->tm_year){if(month<1 + p->tm_mon||month < 1 || month > 12) {printf("Are you sure the entered month[%d] is correct?\n", month);}else if(month>=(1 + p->tm_mon+1)){judg=1;}else if(month>=1 + p->tm_mon){if(day < p->tm_mday || day < 1 || day > monthDays[month - 1]){printf("Are you sure the entered day[%d] is correct?\n", day);}else if(day>=p->tm_mday+1){judg=1;}else if( monthDays[month - 1] >= day && day >= p->tm_mday){if(hour < p->tm_hour+8){printf("Are you sure the entered hour[%d] is correct?\n", hour);}else if(hour>= p->tm_hour+9){judg=1;}else if(24>=hour && hour>=(p->tm_hour+8)){if(min<p->tm_min||min>60){printf("Are you sure the entered min[%d] is correct?\n", min);}else if(min>p->tm_min+1){judg=1;}else if(p->tm_min<=min && min<=60){if (p->tm_sec>sec||sec>60){printf("Are you sure the entered sec[%d] is correct?\n", sec);}else{judg=1;}}}}}}//判断日期是否重复head=head->next;while(head!=NULL){if (head->year==year&&head->month==month&&head->day==day&&head->hour==hour&&head->minute==min){printf("There is already a task at the current time!\n");judg=0;break;}else{judg=1;}        head=head->next;}return judg;
}//从文件读取保存的事件
int load(Schedule *head,int n){FILE *data;//要读取的文件指针int i=0;//结构题数组移动for (; head->next != NULL; head = head->next);Schedule* test = (Schedule*)malloc(sizeof(Schedule));if((data=fopen(filename,"a+"))==NULL){printf("Can not open file\n");return 0;}while(i<=n){fscanf(data,"%d %d %d  %d %d %d  %s %s\n ",&test->year,&test->month, &test->day,&test->hour, &test->minute, &test->second,test->content,test->priority);head->next=test;i++;}fclose(data);return 0;}//输入新的事件 总是从尾端插入
void insert(Schedule* eHead,Schedule *head) {int x=0;time_t timep;time(&timep);struct tm *p;p = gmtime(&timep);for (; eHead->next != NULL; eHead = eHead->next);Schedule* test = (Schedule*)malloc(sizeof(Schedule));test->next = NULL;do{printf("请输入日期和时间:yyyy-mm-dd hh:mm:ss(例如:2022-7-7 00:00:00)\n");printf("当前时间是:");printf("%d-%02d-%02d %02d:%02d:%02d\n", 1900 + p->tm_year, 1 + p->tm_mon, p->tm_mday, p->tm_hour+8, p->tm_min, p->tm_sec);scanf("%d %*c %d %*c %d %d %*c %d %*c %d", &test->year, &test->month, &test->day,&test->hour, &test->minute, &test->second);x=check_time(test->year,test->month, test->day,test->hour, test->minute, test->second,head);}while(x==0);if(x)printf("Correct!\n");char c_tmp;while ((c_tmp = getchar() != '\n') && c_tmp != EOF);printf("请输入事件内容(最长为50个字符):\n");scanf("%s", test->content);while ((c_tmp = getchar() != '\n') && c_tmp != EOF);printf("请输入事件优先级（高级、中级、低级）:\n");scanf("%s", test->priority);while ((c_tmp = getchar() != '\n') && c_tmp != EOF);FILE *fp;fp=fopen(filename, "a+");    //打开文件，储存粗略信息，单纯存储记录fprintf(fp, " %04d %02d %02d  %02d %02d %02d  %s %s \n ",test->year,test->month, test->day,test->hour, test->minute, test->second,test->content,test->priority);fclose(fp);printf("事件已成功保存！\n");eHead->next = test;
}//保存文件内容
void save(Schedule *head){FILE *fp;fp=fopen(filename, "w");  head=head->next;while(head!=NULL){fprintf(fp, " %04d %02d %02d  %02d %02d %02d  %s %s \n ",head->year,head->month, head->day,head->hour, head->minute, head->second,head->content,head->priority);head=head->next;}fclose(fp);
} //比较两事件的时间先后
int compare(Schedule *a,Schedule *b){//将Int格式化为str,直接比较字符串的大小char str_a[100]={0};sprintf(str_a,"%d04%02d%02d%02d%02d%02d",a->year,a->month,a->day,a->hour,a->minute,a->second);char str_b[100]={0};sprintf(str_b,"%d04%02d%02d%02d%02d%02d",b->year,b->month,b->day,b->hour,b->minute,b->second);int n=strcmp(str_a,str_b);if(n>0){return 1;}else{return 0;}
}//排序
Schedule* sort(Schedule *L){Schedule *p, *q, *next;int temp;p = L->next;for( ; p != NULL; p = p->next )    /*每次循环都找出一个最小值，将最小值交换到第一位，然后将指针向后移动一位*/{next = p;for( q = p->next; q; q = q->next )    /*由前向后遍历，找出最小的节点*/{if( compare(next,q)==1 )next = q;}if( next != p ){temp = p->year;p->year = next->year;next->year = temp;temp = p->month;p->month = next->month;next->month = temp;temp = p->day;p->day = next->day;next->day = temp;temp = p->hour;p->hour = next->hour;next->hour = temp;temp = p->minute;p->minute = next->minute;next->minute = temp;temp = p->second;p->second = next->second;next->second = temp;char tem[LENGTH];memcpy(tem,p->content,100);memcpy(p->content,next->content,100);memcpy(next->content,tem,100);}}return L;
}//分配ID
void Assign_ID(Schedule *head){int temp=1;for (head = head->next; head != NULL; head = head->next) {head->ID=temp;temp++;}
}//通过事件ID删除任务
void deleteByID(Schedule *head){Schedule *before,*cur;int temp;printf("请输入事件ID:\n");scanf("%d",&temp);for(before=head,cur=head->next;cur!=NULL;before=before->next,cur=cur->next){if(cur->ID==temp){before->next=cur->next;printf("删除成功\n");break;}}if(cur==NULL){printf("未找到该事件\n");}
}//通过日期删除事件
void deleteByDate(Schedule *head){Schedule *before,*cur;int year;int month;int day;int hour;int minute;int second;printf("请输入日期:yyyy/mm/dd(例如:2018/01/09)\n");scanf("%d %*c %d %*c %d",&year,&month,&day);printf("请输入具体时间:hh:MM:ss(例如:23:01:00)\n");scanf("%d %*c %d %*c %d",&hour,&minute,&second);for(before=head,cur=head->next;cur!=NULL;cur=cur->next,before=before->next){if(cur->day==day && cur->hour==hour && cur->minute==minute && cur->month==month && cur->second==second && cur->year==year){before->next=cur->next;printf("删除成功\n");break;}}if(cur==NULL){printf("未找到该事件\n");}}//通过事件内容删除事件
void deleteByContent(Schedule *head){Schedule *before,*cur;char temp[LENGTH];printf("请输入事件内容:\n");scanf("%s",temp);for(before=head,cur=head->next;cur!=NULL;before=before->next,cur=cur->next){if(strcmp(temp,cur->content)==0){before->next=cur->next;printf("删除成功\n");break;}}if(cur==NULL){printf("未找到该事件\n");}
}//打印事件具体时间
void printInfo(Schedule *Sch){printf("ID: %03d 日期: %04d/%02d/%02d 时间: %02d:%02d:%02d 事件:%s 优先级：%s\n",Sch->ID,Sch->year,Sch->month,Sch->day,Sch->hour,Sch->minute,Sch->second,Sch->content,Sch->priority);
}//修改事件时间
void modifyDate(Schedule *head){char temp[LENGTH];printf("请输入您要查找事件内容:\n");scanf("%s",temp);printf("查找中...");for(head=head->next;head!=NULL;head=head->next){if(head==NULL){printf("未找到该事件\n");return;}if(strcmp(temp,head->content)==0){printf("已找到:\n");printInfo(head);int year;int month;int day;int hour;int minute;int second;printf("进行修改:");printf("请输入日期:yyyy/mm/dd(例如:2018/01/09)\n");scanf("%d %*c %d %*c %d",&year,&month,&day);printf("请输入具体时间:hh:MM:ss(例如:23:01:00)\n");scanf("%d %*c %d %*c %d",&hour,&minute,&second);head->year=year;head->month=month;head->day=day;head->hour=hour;head->minute=minute;head->second=second;}}printf("修改完成\n");}//遍历链表
void travel(Schedule *head){head=head->next;while(head!=NULL){printInfo(head);head=head->next;}
}// 通过具体日期查找事件
void findByDate(Schedule *head){int year;int month;int day;int hour;int minute;int second;printf("请输入日期:yyyy/mm/dd(例如:2018/01/09)\n");scanf("%d %*c %d %*c %d",&year,&month,&day);printf("请输入具体时间:hh:MM:ss(例如:23:01:00)\n");scanf("%d %*c %d %*c %d",&hour,&minute,&second);printf("查找中...");for(head=head->next;head!=NULL;head=head->next){if(head->day==day && head->hour==hour && head->minute==minute && head->month==month && head->second==second && head->year==year){printf("已找到:\n");printInfo(head);break;}}if(head==NULL){printf("未找到该事件\n");}
}//通过事件内容查找事件
void findByScheduleContent(Schedule *head){char temp[LENGTH];printf("请输入您要查找事件内容:\n");scanf("%s",temp);printf("查找中...");for(head=head->next;head!=NULL;head=head->next){if(strcmp(temp,head->content)==0){printf("已找到:\n");printInfo(head);break;}}if(head==NULL){printf("未找到该事件\n");}
}//查找的子菜单，分为 1 遍历 2时间查找 3 事件查找
void find(Schedule *head){char decide = 'y';                          //定义while变量，函数是否继续进行int num;                                  //定义switch变量，函数跳转到哪个子函数while (decide != 'n'){printf("  ***************************************************\n");printf("  ****  1  遍历  2 时间查找   3 事件查找  4 退出 ****\n");printf("  ***************************************************\n");scanf("%d", &num);fflush(stdin);switch (num){case 1:travel(head);break;case 2:findByDate(head);break;case 3:findByScheduleContent(head);break;default:decide = 'n';break;}}
}//删除事件的子菜单，分为 1 时间查找删除 2事件查找删除 3 ID查找删除
void ScheduleDelete(Schedule *head){char decide = 'y';                          //定义while变量，函数是否继续进行int num;                                  //定义switch变量，函数跳转到哪个子函数while (decide != 'n'){printf("  ***************************************************\n");printf("  ****     1 时间删除   2 事件删除  3 ID删除  4 退出     ****\n");printf("  ***************************************************\n");scanf("%d", &num);fflush(stdin);switch (num){case 1:deleteByDate(head);break;case 2:deleteByContent(head);break;case 3:deleteByID(head);break;default:decide = 'n';break;}}
}// 获得2022-1-1 00:00:00到当前时间（忽略秒，只计算到分）的秒数
long long int difpsec(){int monthDays[12] = { 31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31 };int judg = 0;time_t t;struct tm* llt;time(&t);//获取Unix时间戳。llt = localtime(&t);//转为时间结构。int flag = 0,sumday=0,year,md,difyear;int pyear = llt->tm_year + 1900 - 2022;int pmon = llt->tm_mon + 1-1;int pday = llt->tm_mday-1;int phour = llt->tm_hour;int pmin = llt->tm_min;for (difyear = 0; difyear <= pyear; difyear++) {if (difyear == 0) {//此时在计算当前年的天数// 判断如果是闰年,则修改二月的monthDays[1]值为29if (((llt->tm_year+1900) % 400 == 0) || ((llt->tm_year + 1900) % 100 != 0 && (llt->tm_year + 1900) % 4 == 0)){monthDays[1] = 29;}for (md = 0; md <= pmon; md++) {sumday = sumday + monthDays[md];}sumday = sumday + pday;}else if (difyear >= 1) {//此时在计算以前年的天数year = llt->tm_year + 1900 - difyear;// 判断如果是闰年,天数加366，否则加365if ((year % 400 == 0) || (year % 100 != 0 && year % 4 == 0)){sumday = sumday + 366;}else {sumday = sumday + 365;}}}long long int sec = 0;sec = ((sumday * 24 + phour) * 60 + pmin) * 60+llt->tm_sec;return sec;
}// 提醒有无即将需要完成的事件
void *alert(void *arg) {while(1){Schedule *Head;                                //定义链表的头指针Head = init();                              //给头指针开辟空间Head->next = NULL;                          //初始化头指针FILE *fp;int Flag = 0, count = 0;if((fp = fopen(filename, "a+")) == NULL){printf("Can not open file\n");}while(!feof(fp)){Flag = fgetc(fp);if(Flag == '\n'){count++;}}fclose(fp);for (int i = 0; i < count; i++){load(Head,i);}Head=sort(Head);Assign_ID(Head);time_t t;struct tm* p;time(&t);//获取Unix时间戳。p = localtime(&t);//转为时间结构。int flag=0;long long int sec = 0,psec=0;int monthDays[12] = { 31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31 };Head=Head->next;while(Head != NULL){int sumday=0,year=0,md=0,difyear=0;int pyear = Head->year - 2022;int pmon = Head->month -1;int pday = Head->day-1;int phour = Head->hour;int pmin = Head->minute;psec=difpsec();//当前时间距离2022-1-1 00:00:00的秒数for (difyear = 0; difyear <= pyear; difyear++) {if (difyear == 0) {//此时在计算链表储存年份的天数// 判断如果是闰年,则修改二月的monthDays[1]值为29if ((Head->year % 400 == 0) || (Head->year % 100 != 0 && Head->year % 4 == 0)){monthDays[1] = 29;}for (md = 0; md <= pmon; md++) {sumday = sumday + monthDays[md];}sumday = sumday + pday;}else if (difyear >= 1) {//此时在计算链表储存年份以前年的天数year = Head->year - difyear;// 判断如果是闰年,天数加366，否则加365if ((year % 400 == 0) || (year % 100 != 0 && year % 4 == 0)){sumday = sumday + 366;}else {sumday = sumday + 365;}}}sec = ((sumday * 24 + phour) * 60 + pmin) * 60+Head->second;//任务距离2022-1-1 00:00:00的秒数if (flag==0 && (sec-psec)<=1800 && (sec-psec)>=0) {printf("\n\n  ****************************************************\n");printf("*************    你有如下事件将要完成:     *************\n");printf("*****   日期: %04d/%02d/%02d 时间: %02d:%02d:%02d 事件:%s    *****\n ",Head->year, Head->month, Head->day, Head->hour,Head->minute, Head->second, Head->content);printf("  ****************************************************\n");flag = 1;}while (flag==1 && difpsec()<=sec){}Head = Head->next;}while (flag==0){sleep(60);break;}}
}//菜单列表
void menu(){pthread_t th2;char decide = 'y';                          //定义while变量，函数是否继续进行int num = 0;                                //定义switch变量，函数跳转到哪个子函数Schedule *head;                                //定义链表的头指针head = init();                              //给头指针开辟空间head->next = NULL;                          //初始化头指针FILE *fp;int flag = 0, count = 0;if((fp = fopen(filename, "a+")) == NULL){printf("Can not open file\n");}while(!feof(fp)){flag = fgetc(fp);if(flag == '\n'){count++;}}fclose(fp);for (int i = 0; i < count; i++){load(head,i);}head=sort(head);Assign_ID(head);pthread_create(&th2,NULL,alert,NULL);while (decide != 'n'){printf("  ****************************************************\n");printf("  **********           日程管理系统           ********\n");printf("  ****************************************************\n");printf("  **********     1 输入  2 查找  3 修改       ********\n");printf("  **********         4 删除  5 退出           ********\n");printf("  ****************************************************\n");sleep(3);scanf("%d", &num);switch (num){case 1:insert(head,head);head=sort(head);Assign_ID(head);break;case 2:find(head);break;case 3:modifyDate(head);save(head);break;case 4:ScheduleDelete(head);head=sort(head);Assign_ID(head);save(head);break;default:decide = 'n';break;}}pthread_detach(th2);
}//输入新的用户 总是从尾端插入
void Insert(User* eHead,User *head) {for (; eHead->next != NULL; eHead = eHead->next);User* test = (User*)malloc(sizeof(User));test->next = NULL;int judg=0;char choice[1];extern char filename[LENGTH];printf("是新用户么？(输入Y/N,不区分大小写)\n");scanf("%s",choice);if (strcmp("Y",choice)==0||strcmp(choice,"y")==0){while(judg==0){printf("请输入用户名：\n");scanf("%s",test->name);judg=check_New(head,test->name);if (judg==1){strcpy(filename,test->name);break;}printf("当前用户名已被使用，请重新输入\n");}char c_tmp;while ((c_tmp = getchar() != '\n') && c_tmp != EOF);if(judg){printf("请输入密码：\n");char key[LENGTH]={'\0'};scanf("%s",key);printf("%s",key);strcpy(test->password,key);//strcpy(key,test->password);int i=0,len=strlen(key);while (i<len){key[i]=key[i]+i+5;i++;}strcpy(test->HASH_Password,key);}FILE *fp;fp=fopen("userInfo", "a+");    //打开文件，储存粗略信息，单纯存储记录  fprintf(fp,"%s %s\n",test->name,test->HASH_Password);fclose(fp);printf("用户已成功注册！\n");menu();}else if(strcmp("N",choice)==0||strcmp(choice,"n")==0){printf("请输入用户名：\n");while(judg==0){scanf("%s",test->name);judg=check_name(head,test->name);if(judg==1){strcpy(filename,test->name);break;}printf("用户名不正确，请重新输入：\n");}judg=0;char c_tmp;while ((c_tmp = getchar() != '\n') && c_tmp != EOF);printf("请输入密码：\n");while(judg==0){char KEY[LENGTH];scanf("%s",KEY);judg=check_key(head,test->name,KEY,test->HASH_Password);printf("%d\n",judg);if(judg==1){break;}printf("用户密码不正确，请重新输入：\n");}if(judg==1){printf("用户成功登录!\n");menu();}}eHead->next = test;
}int main()
{   time_t timep;time(&timep);struct tm *p;p = gmtime(&timep);printf("当前时间是:");printf("%d-%02d-%02d %02d:%02d:%02d\n", 1900 + p->tm_year, 1 + p->tm_mon, p->tm_mday, p->tm_hour+8, p->tm_min, p->tm_sec);//pthread_t th1;//pthread_create(&th1,NULL,main,NULL);char Decide = 'y';                          //定义while变量，函数是否继续进行User *eHead;                                //定义链表的头指针eHead = Init();                              //给头指针开辟空间eHead->next = NULL;                          //初始化头指针FILE *fp;int flag = 0, count = 0;if((fp = fopen("userInfo", "a+")) == NULL){printf("Can not open file\n");}while(!feof(fp)){flag = fgetc(fp);if(flag == '\n')count++;}fclose(fp);for (int i = 0; i < count; i++){Load(eHead,i);}while (Decide != 'n'){printf("\n\n");printf("\t*******************************\n");printf("\t********* 用户登录     *********\n");printf("\t*******************************\n");printf("\n\n");Insert(eHead,eHead);return 0;}
}

Cmake文件

cmake_minimum_required(VERSION 3.10.2)# set the project name
project(Schedule_Management)set(CMAKE_BUILD_TYPE "Debug")# add the executable
add_executable(Schedule_Management Schedule.cc)set(CMAKE_CXX_FLAGS -lunistd)
set(CMAKE_CXX_FLAGS -pthread)
message(STATUS "CMAKE_CXX_FLAGS = ${CMAKE_CXX_FLAGS}")

简单日程管理系统，包含用户管理以及多线程定时提醒等功能相关推荐

1. 一步一步使用Ext JS MVC与Asp.Net MVC 3开发简单的CMS后台管理系统之用户管理（1）...

   应用程序的基本框架已经搭建好了,现在要做的是完成一个个的功能模块.先从简单做起,完成用户管理模块,该模块主要功能是使用一个Grid显示用户信息,并使用RowEditing进行用户的编辑.添加操作.Gr ...

2. web实践小项目一:简单日程管理系统（涉及html/css，javascript，python，sql，日期处理）...

   暑假自学了些html/css,javascript和python,苦于学完无处练手几乎过目即忘...最后在同学的建议下做了个简单日程管理系统.借第一版完成之际,希望能将实践期间犯过的错误和获得的新知进 ...

3. 权限管理系统之用户管理

   4.1 用户管理 用户是登录系统的楔子. 用户管理主要是针对平台的使用者进行管理.包括: ① 用户信息(帐号.密码.姓名等个人基本信息和状态.职位.职务等平台信息) ② 用户组设置.组织归属 ③ 角色 ...

4. 【学生管理系统】用户管理之用户登录

   目录 2. 用户管理 2.1 环境搭建 2.1.1 前端环境 2.1.2 后端环境(9000) 2.2 用户登录 2.2.1 需求 2.2.2 后端实现 2.2.3 前端实现 2.3 首页 2.3.1 ...

5. 制作CRM管理系统03(用户管理)

   目录 一.用户管理界面显示用户信息 1.1.前端HTML 1.1.1.通过axios发送请求到Servlet获取用户列表数据 1.1.2.将Servlet响应的数据通过v-for指令显示到table上 ...

6. 服务器多账户管理系统,统一用户管理解决方案

   一.方案概述 日常工作中,使用人员在使用各应用系统时都要做登录操作,需要记住每个系统的登录口令:对于系统管理员,人员的新增.调离或退休都需要到各个系统中都要进行重新配置.若操行不及时或遗漏,就会带来系 ...

7. 若依权限管理系统（用户管理）

   一.用户管理 权限管理子系统中最直接的权限控制对象是用户,我们要控制用户对资源的访问权限 核心业务分析 这里的用户为系统管理员添加的用户,是系统管理员,管理员在添加这个账户,会为账户设置一些基础信息, ...

8. aws cognito_AWS Cognito的用户管理—（2/3）核心功能

   aws cognito by Kangze Huang 黄康泽 AWS Cognito的用户管理-(2/3)核心功能 (User Management with AWS Cognito - (2/3) ...

9. mysql 用户管理系统_mysql 用户管理

   MySQL账户管理 在我们之前登录MySQL的时候我们都是直接使用的root用户,root用户属于数据库系统中的超级管理员,有权限对mysql进行任何想要做的操作. 如果在生产环境下操作数据库时也是全 ...

最新文章

1. 大数据软件产品研发进展及挑战
2. 计算机科学中抽象的好处与问题—伪共享等实例分析
3. 服务器文件数量监控,服务器监控指标有哪些？好文章一定要收藏
4. 爬虫python能做什么外国人-利用爬虫技术能做到哪些很酷很有趣很有用的事情？...
5. python 学习笔记 5 -- 文件输入输出
6. 面试笔记——C++11新特性
7. [云炬创业基础笔记]第七章创业资源测试6
8. boost::graph::distributed::distributed_queue用法的测试程序
9. mysql的所有权限
10. 小师妹学JVM之:JDK14中JVM的性能优化
11. 痞子衡嵌入式：第一本Git命令教程（0）- 索引
12. python json.loads json.dumps(ensure_ascii = False) 汉字乱码问题解决
13. 古登堡是垂直搜索引擎吗_网站排名，提高内容输出频率，就一定要对排名好吗？-SEO...
14. 下面对html描述正确的有多选题,YS - 《网页制作》复习题(多选题)
15. 【基础教程】信噪比+香农公式【1748期】
16. linux运维工程师做些什么-肤浅篇
17. 怎么设置百度网盘免验证登陆？
18. 1、背景属性 背景颜色绘制区域——background-clip属性
19. Origin——全局垂直光标
20. 还要帮彬彬做课件，我苦啊

热门文章

1. 淘宝店铺买家订单+淘宝店铺买家订单物流获取步骤说明
2. 第十三章、IO流_File类与递归/基本流/增强流/属性集与打印流__黑马Java第57期个人学习笔记_个人笔记
3. c语言中箭头的作用,为什么C中的箭头（-）运算符存在？
4. FatFs文件系统移植过程及中度分析
5. 室内主动导航系统在高铁站场景应用分析
6. iframe 边框去除，使用大全
7. 贝叶斯课后习题（零）常用分布
8. H5实现扫码读取二维码条形码功能（二维码+条形码)
9. Vue图片在为动态变量路径显示不出来怎么办 ,但是通过img标签显示正常 这是为什么?
10. 敷完面膜后要擦水乳吗_敷完面膜还要擦水乳吗