![]() To do this, they must be supported by the font itself, which you install. Like all other IntelliJ development environments, we now support ligatures. All columns are selected by Shift + Space, as in Excel. Specific improvements for PostgreSQL : fields with range types can be edited.Ĭolumn size now changes by Ctrl (Cmd) + Shift + Left / Right. This is reminiscent of an already existing type of add-on, which is called by Alt + / - it searches for all used words in all open files. The following example uses dynamic SQL- Inside the line, autocompletion and navigation started working: the environment understood which objects are used in the request within the line.įor the values inside the table, we added an addition by values to the field, which is called by Ctrl (Cmd) + Space. ![]() According to Alt + Enter, select the appropriate language, and then again on the Alt + Enter Select Check Regexp.Īnother way to tell the environment about the language in a string literal is to use a comment of the form language =% name%. You can now check the string against the regular expression anywhere. Type name templates for supporting languages in literals fall into Settings / Preferences → Editor → Language Injections. You can check on the fly whether this or that string matches the template, in this case, the name of your type. The name of the types for which automatic support will be provided is described in regular expression (? i). The example uses the CUSTOMDATA type, but let's say we always use XML for types whose name ends in DATA. But if you have a data type for which you want to have the same, then select Inject by Type from the Alt + Enter tooltip menu. Do not forget to look at the XML support documentation page in our tools.īy default, only two types are built in, for which languages are automatically supported - JSON and XML. This is renaming elements, searching for entries, moving elements to the sides, etc. ![]() If you specify a value for the default field, the same thing happens - here the IDE realized that you are using XML, and opportunities to work with this language have become available. Let's say we insert a value into a field of type JSON. When DataGrip understands that the field contains JSON data or XML, support is automatic. It can be JSON, XML, regular expressions or any dialect of SQL. You can assign a specific language to a string literal and use the IDE's capabilities to work with it - highlighting, auto-completion, and others. Remember that the console only knows about objects from this tree. In the Schemas tab, there are no more data source properties. Schemes that you see in the database window now select directly from the tree. If errors occur during import, the process will not stop, and information about errors will be written to a text file - in the lower part of the window indicate where to create it. Using the Delete key, you can delete columns from the script for creating this table. On the right side, specify the field types and other characteristics of the table into which the data will fall. from the context menu of the data source, specify the path to the file and forward.Ī dialog box opens in which there are options for describing the file structure - the separator used, quotation marks, the presence of headers, etc. We have added an interface for import - now select the item I mport from file. These changes also apply to IntelliJ IDEA, P圜harm, PhpStorm and RubyMine - those tools from JetBrains that have database support. This is a post about what's interesting in the new version of DataGrip - our IDE for SQL.
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