![]() To see the query plan, click Show Visualization, or press Ctrl+Alt+Shift+U. From the context menu, select Analyze Graph Focus on Paths between Two Nodes. In the diagram editor, select two nodes on which you want to focus and right-click one of them to open the context menu. Right-click an SQL statement, and select Explain Plan.īy default, you see the tree representation of the query in the Plan pane. DataGrip lets you filter paths between two diagram elements. In the Database Explorer ( View | Tool Windows | Database Explorer), right-click a database object and select Diagrams | Show Visualization. Use the mouse wheel to extra zoom the diagram area within magnifier tool. To use the magnifier tool, keep the Alt key pressed, and hover your mouse pointer over the desired areas of the diagram. You can also use Shift + mouse wheel for zooming. To pan and zoom the diagram, use your touchpad, scroll bars or the mouse wheel for vertical scrolling and Shift + mouse wheel for horizontal scrolling. You can click the Show Visualization icon ( ) to create a diagram that visualizes the query execution.Įxplain Plan (Raw): the result is shown in a table format. DataGrip supports two types of execution plans:Įxplain Plan: the result is shown in a mixed tree and table format on a dedicated Plan tab. Execution plan is a set of steps that were used to access data in a database. If you want to share the created diagram, consider using PNG.Īlso, you can build execution plans. The UML format is an internal format developed specifically for DataGrip. There is a better way to create and share diagrams for existing databases - Dataedo.You can save the generated diagrams in two formats: UML and PNG. ![]() To export diagram go to menu, select File, then Export, select one of the available formats and provide folder and filename. When your diagram is complete and safe it you can export it to png, pdf, ps or svg. It is saved in a MySQL Workbench model in a. Once you have completed your diagram make sure to save it. ![]() To manually arrange tables simply select them and move around when you feel they fit best. To use autoarrange go to menu, select Arrange and Autolayout. To arrange tables you can try autoarrange option, but you'll need some manual work on top of that. To remove table from diagram select it, right click and choose Remove Figure option.īe careful not to choose Delete option as it will remove table not only form diagram but also your model catalog. ![]() What you probably want to do right after you created a default diagram is to remove unnecessary tables and views and arrange tables to make it easier to grasp. When the process ends with success you get a new model (more about models here) with default diagram with all tables and views. Final screen shows you a summary of the import. Wait for reverse engineering to take place and when done continue with Next. On next screen you have an option to select object types and filter specific objects. Wait for the schemas being read and continue with Next. Select the ones you want to reverse engineer. When successfully connected wizard will show you list of available schemas on the server. Wait for the connection and click Next again. Provide connection details to your database and click Next. To reverse engineer database go to menu Database and choose Reverse Engineer. Learn about reverse engineering and models in MySQL Workbench To create a diagram from existing database you need to use reverse engineering functionality to create a model. This artcle will show you how to create a diagram for existing MySQL or MariaDB database using MySQL Workbench.
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