In DataGrip, the result of the Explain Plan is represented in the tree mode by default. ![]() Are you a fan of F5? You can make it your hotkey for running SQL! Explain plan It should be done in Settings | Database | General | Query execution. The behavior of this is customizable – you can turn the chooser off and make the default Execute action run what you need. If nothing is selected, the chooser appears, offering to run the query under the caret or the whole script. In DataGrip, you run SQL via Ctrl/Cmd+Enter. If nothing is selected, the whole script is executed. Then you can open this file in DataGrip and run it against any data source. If you want to save the Query Console as a user file in a selected place, you can do so via File | Save as.If you accidentally close it, you can always reopen it via Ctrl/Cmd+E. The Query Console is saved automatically with no need to press Ctrl+S.You will have access to it via Scratches and Consoles in the Files tool window. The Query Console is a file associated with the particular data source that is stored inside the DataGrip project.But you need to be aware of a few important things: The results are pretty similar – the query editor is open. In DataGrip, you right click the database or any object inside it and press New | Query Console. In SSMS, you right click the database and press New Query. In this mode, databases and schemas that are not introspected are grayed out. If you want DataGrip to display all the available databases and schemas as empty nodes, check the Show All Namespaces in the database explorer settings. In DataGrip they are shown (or can be hidden) as separate nodes. Keep in mind that in SSMS all the schemas are shown as table prefixes. The pop-up window invoked by clicking on M of N near the data source in the db explorer.The schemas tab of the data source properties.There are two places where you can select the objects for being displayed in the database explorer: You will see only the schemas you use without any visual noise. The ability to select only required databases and schemas provides better usability.Also, we cannot control the number of objects in the database – this operation can be resource-consuming. Introspecting all the objects, even if they are not needed, is not the best idea. It’s required for fast code completion (our term for intellisense) and navigation. We cache all the objects we display, a process called introspection.While it can be confusing for new users, there is some reasoning behind this: In DataGrip, not all schemas and databases are displayed in the database explorer by default. Database and schemas in the database explorer What you call a connection in SSMS is called a data source in DataGrip. ![]() Generally, here is how the connection window looks in both tools. Please refer to it if you have any difficulties. There is an extensive article about this and other issues you may face during connection to the SQL Server. Also, the SQL Server Browser service should be started. The main thing you need to know is that DataGrip can only connect via a TCP/IP protocol, so it needs to be enabled on the server side. To edit the source code, you can open the source code editor, modify the source, and press Submit To edit the source code, you need to generate an ALTER script, modify it, and then run it You need to manually select which databases and schemas are visibleĭefault SQL editor: a file that needs to be savedĭefault SQL editor: a query console that is saved automatically ![]() TCP/IP and SQL Server Browser should be enabledĪll databases and schemas are shown by default We’d like to try and help you with this transition! TLDR: table SSMS Some concepts, pieces of the user interface, and shortcuts differ between these two tools. This post is for people familiar with SQL Server Management Studio who have decided to try DataGrip with SQL Server.
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