OAuth also enables you to use a service account to connect on behalf of users in a Google Apps domain. To access Google APIs on behalf on individual users, you can use the embedded credentials or you can register your own OAuth app. Instead, use the OAuth 2.0 authentication standard. If you want to view a list of information about the spreadsheets in your Google Drive, execute a query to the Spreadsheets view after you authenticate.ĬlientLogin (username/password authentication) has been officially deprecated since Apand is now no longer available. You can connect to a spreadsheet by providing authentication to Google and then setting the Spreadsheet connection property to the name or feed link of the spreadsheet. The URL must start with jdbc:googlesheets: and includes connection properties separated with semicolons. JDBC Driver Class: In this menu, select from the list.ĭatabase URL: Enter the connection URL in the JDBC URL property.JDBC Driver Files: Click the button next to this menu to add the JDBC Driver file, located in the installation directory.In the Data Source Properties dialog that appears, the following properties are required: In the Data Sources window, right-click and then click Add Data Source -> DB Data Source.This article shows how to use the data source configuration wizard to connect to Google Sheets data in IntelliJ.Ĭreate a JBDC Data Source for Google Sheetsįollow the steps below to add the driver JAR and define connection properties required to connect to Google Sheets data. Please let us know what you think about these changes.The CData JDBC Driver for Google Sheets enables you to access Google Sheets as a JDBC data source, providing integration with rapid development tools in IDEs. Switching between the modes is easy – just use the drop-down on the toolbar (see the screenshot above). Script mode is now the default for local files. It is a good choice for when your queries have sequential logic and should be run as a single script. In Script mode, the beginning of the file is resolved to the context (which is the value in the schema chooser, the resolution scope, or, if none of those is set, the default database), but any USE statements in the script change the context for the resolve because they are part of the script’s sequential logic. Playground mode is now the default for query consoles. It works best if your file is just a set of unconnected queries, independent of each other and having no particular sequence – kind of like a playground. In Playground mode, DataGrip resolves objects according to the context (which is the value in the schema chooser, the resolution scope, or, if none of those is set, the default database). To address this situation, we’re created a way for DataGrip to know which approach to follow, by introducing two resolve modes: Playground and Script. In other words, if there are no USE/SET SEARCH PATH statements in your file, then DataGrip shouldn’t try to resolve the beginning of the file somewhere out of context. So, it treated the default database/schema (or the entry from the SQL Resolution scopes setting, if one was provided) as the most appropriate context for the beginning of the file. However, the IDE needs to know where to resolve right from the beginning of the file, too. This was fine for working with scripts containing USE/SET SEARCH PATH statements, which switch the context. The cause of these and other issues was that, for each console or local file, DataGrip resolved their objects to the context (selected in the top right-hand drop-down) and the default database/schema (or the entry from the SQL Resolution scopes setting, if one was provided). If there were multiple objects with the same name in different databases/schemas, existing columns would fail to be resolved (or vice versa, there was a risk of resolving non-existing columns), and even the Expand column list action would sometimes generate the wrong list.
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