SQL2008定时备份数据库并上传到FTP
首先新建数据库维护计划,定时执行数据库备份,打开数据库管理器——管理——维护计划——右键新建维护计划向导——计划更改——选择执行时间。 选择维护任务:备份数据库 选择要备份的数据库,可选数据库备份目录,备份报告。 维护计划添加完成。 FTP上传脚
首先新建数据库维护计划,定时执行数据库备份,打开数据库管理器——>管理——>维护计划——右键新建维护计划向导——>计划更改——>选择执行时间。
选择维护任务:备份数据库
选择要备份的数据库,可选数据库备份目录,备份报告。
维护计划添加完成。
FTP上传脚本,由于windows下ftp命令不支持被动模式,此脚本使用curl命令上传到FTP。
1 2 3 4 5 6 7 8 9 Copy after login |
<span><strong>set</strong></span> <span>sqlpath</span>=d:\back <span><em>#备份目录</em></span> <span><strong>set</strong></span> <span>dbname</span>=onovps <span><em>#备份数据库名称,例onovps.bak</em></span> <span><strong>set</strong></span> <span>ftphost</span>=onovps.com <span><em>#FTP服务器地址</em></span> <span><strong>set</strong></span> <span>ftpuser</span>=<span><strong>ftp</strong></span> <span><em>#FTP用户</em></span> <span><strong>set</strong></span> <span>ftppasswd</span>=<span><strong>passwd</strong></span> <span><em>#FTP密码</em></span> <span>path</span>=<span><strong>%</strong></span>path<span><strong>%</strong></span>;C:\Program Files\WinRAR\;C:\Program Files\curl\ <span><em>#设置环境变量</em></span> <span><strong>cd</strong></span> <span><strong>%</strong></span>sqlpath<span><strong>%</strong></span> Rar.exe a <span>"%dbname%"</span>-<span>"%date:~0,10%"</span>.rar <span>-df</span> <span>"%dbname%"</span>.bak curl <span>-u</span> <span><strong>%</strong></span>ftpuser<span><strong>%</strong></span>:<span><strong>%</strong></span>ftppasswd<span><strong>%</strong></span> <span>-T</span> <span><strong>%</strong></span>dbname<span><strong>%</strong></span>-<span>"%date:~0,10%"</span>.rar <span><strong>ftp</strong></span>:<span><strong>//%</strong></span>ftphost<span><strong>%</strong></span> Copy after login |
然后将此脚本添加到计划任务,定时每天执行。
更新:
经过调试发现问题有点多哦,首先维护计划未成功执行,错误日记:SQLServer 错误: 15404,无法获取有关 Windows NT 组/用户 'WIN-KC19Q4LEIOD\Administrator' 的信息,错误代码 0x534。
解决:原来之前有更改过计算机名称,更改SQL管理器——>安全性——>登录名——>当前管理员账户前计算机名称。
其次维护计划执行后备份的数据库名称是随机的,不便于处理,使用sqlcmd命令备份数据库解决。
1 2 3 4 5 Copy after login |
sqlcmd <span>-U</span> <span>-P</span> <span>-Q</span> <span>"backup database onovps to disk="</span>c:\back\onovps.bak<span>" -U: #数据库用户 (可选) -P #数据库密码 (可选) #如未指定-U -P以本地账户验证登录 #如果数据库以onovps.com形式,须以[onovps.com]方式备份,不然会提示语法错误</span> Copy after login |

Hot AI Tools

Undresser.AI Undress
AI-powered app for creating realistic nude photos

AI Clothes Remover
Online AI tool for removing clothes from photos.

Undress AI Tool
Undress images for free

Clothoff.io
AI clothes remover

AI Hentai Generator
Generate AI Hentai for free.

Hot Article

Hot Tools

Notepad++7.3.1
Easy-to-use and free code editor

SublimeText3 Chinese version
Chinese version, very easy to use

Zend Studio 13.0.1
Powerful PHP integrated development environment

Dreamweaver CS6
Visual web development tools

SublimeText3 Mac version
God-level code editing software (SublimeText3)

Hot Topics

Backing up and restoring a MySQL database in PHP can be achieved by following these steps: Back up the database: Use the mysqldump command to dump the database into a SQL file. Restore database: Use the mysql command to restore the database from SQL files.

Go language is an efficient, concise and easy-to-learn programming language. It is favored by developers because of its advantages in concurrent programming and network programming. In actual development, database operations are an indispensable part. This article will introduce how to use Go language to implement database addition, deletion, modification and query operations. In Go language, we usually use third-party libraries to operate databases, such as commonly used sql packages, gorm, etc. Here we take the sql package as an example to introduce how to implement the addition, deletion, modification and query operations of the database. Assume we are using a MySQL database.

How to use MySQLi to establish a database connection in PHP: Include MySQLi extension (require_once) Create connection function (functionconnect_to_db) Call connection function ($conn=connect_to_db()) Execute query ($result=$conn->query()) Close connection ( $conn->close())

Hibernate polymorphic mapping can map inherited classes to the database and provides the following mapping types: joined-subclass: Create a separate table for the subclass, including all columns of the parent class. table-per-class: Create a separate table for subclasses, containing only subclass-specific columns. union-subclass: similar to joined-subclass, but the parent class table unions all subclass columns.

Apple's latest releases of iOS18, iPadOS18 and macOS Sequoia systems have added an important feature to the Photos application, designed to help users easily recover photos and videos lost or damaged due to various reasons. The new feature introduces an album called "Recovered" in the Tools section of the Photos app that will automatically appear when a user has pictures or videos on their device that are not part of their photo library. The emergence of the "Recovered" album provides a solution for photos and videos lost due to database corruption, the camera application not saving to the photo library correctly, or a third-party application managing the photo library. Users only need a few simple steps

HTML cannot read the database directly, but it can be achieved through JavaScript and AJAX. The steps include establishing a database connection, sending a query, processing the response, and updating the page. This article provides a practical example of using JavaScript, AJAX and PHP to read data from a MySQL database, showing how to dynamically display query results in an HTML page. This example uses XMLHttpRequest to establish a database connection, send a query and process the response, thereby filling data into page elements and realizing the function of HTML reading the database.

Analysis of the basic principles of the MySQL database management system MySQL is a commonly used relational database management system that uses structured query language (SQL) for data storage and management. This article will introduce the basic principles of the MySQL database management system, including database creation, data table design, data addition, deletion, modification, and other operations, and provide specific code examples. 1. Database Creation In MySQL, you first need to create a database instance to store data. The following code can create a file named "my

PHP is a back-end programming language widely used in website development. It has powerful database operation functions and is often used to interact with databases such as MySQL. However, due to the complexity of Chinese character encoding, problems often arise when dealing with Chinese garbled characters in the database. This article will introduce the skills and practices of PHP in handling Chinese garbled characters in databases, including common causes of garbled characters, solutions and specific code examples. Common reasons for garbled characters are incorrect database character set settings: the correct character set needs to be selected when creating the database, such as utf8 or u
