Mysql workbench11/2/2023 ![]() In this example I have used a Windows 2008 R2 server, which hosts the MySQL server. So either you reuse an already defined one or create a new one that is then added to the list of connections. A server instance always needs such a connection. For the sake of simplicity let’s reuse a MySQL connection that has been created already in the SQL Development section. It comes up with the initial screen that allows you to specify the host machine of the MySQL server you want to manage thereby determining if it is a local or a remote connection. Open the New Server Instance Wizard from Workbench’s home screen. So it should mostly be point-and-click once you are logged in there. Workbench will try to help you with the last two points by giving you a list of MySQL servers it finds on the remote computer and their configuration file location. The name of the MySQL service to manage.Name and password of a user which is a local administrator – a member of the administors group – on the target machine.The target server’s name or IP address.Let’s get to the actual setup of a new server instance in MySQL Workbench. This should be an old hat for most Windows users, though I wanted to point out the possibilities. An explicit share which gives access only to the file or its parent folder, e.g.On the client side you can then use different possibilities to access the server by using: By default Windows systems have a number of default shares that are always available (so-called administrative shares that give access to the entire hard disk, provided you know the administrator’s credentials for login). Manipulating the MySQL configuration file is done by using Window’s normal file system functions, which means the target box must provide access to the file via a shared folder. WMI is used to query a server’s status and start or stop it as well as to get system information like CPU load and memory usage. By default firewalls and access rules are typicallu set so that Workbench can connect without extra effort. In a Windows domain you will need is a user login that has local administrator rights on the target machine MySQL server runs on. However beware as that involves disabling some important UACs, which is not advisable in most instances. At the end of the article I have included additional information to help when setting up native Windows management for non-domain environments. UAC) WMI access works best in a domain setup as it already has all the necessary pieces to make the interplay work seamlessly. If you are going to manage a MySQL installation on a Windows server from a Windows machine (Workbench supports Windows 7) then WMI is the way to go. WMI is a very powerful means to query all kind of data from a Windows system (drivers, BIOS, motherboard, performance data etc.) and to manipulate the state of certain components (services, subsystems etc.). Windows comes with a universal management layer called WMI ( Windows Management Instrumentation). It’s rather about administering the MySQL server Instance that we’ll discuss here – for instance, DBA tasks such as manipulating the MySQL configuration file or controlling the server processes. The management we will discuss here is not about how to add users or databases to a MySQL server and things like that. For these reason we have added support for native Windows management, which comes at no extra cost, since it is built into Windows already. Also setting up SSH is non trivial and can be quite a challenge forless technical users. do not allow to add extra software or open access via SSH. For Windows users is SSH quite an unkown land and very often security rules, policies, company restrictions etc. Microsoft Windows does not come with an in-built SSH server, hence an additional installation is due. MySQL Workbench first introduced remote access via SSH (secure shell), a widely used and well known approach for secure remote access, especially in the Linux world. ![]() In this blog post we discuss native Windows management and how it can be used in MySQL Workbench. However for remote boxes security measures prevent easy manipulation of such essential things like server processes. For local connections this is mostly not a big deal. Managing a MySQL server obviously requires access to the target machine, which usually requires elevated rights for certain tasks like restarting the server or manipulating the configuration file on Windows (where this file is in a protected path). The MySQL team has been continuously improving its products on the Windows platform. Along this line, we’ve responded to a request from our users of Workbench on Windows – to provide remote access to Windows Servers using Windows management methods – as an alternative to SSH.
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