In the Dependencies tool window, select a module from which you want to remove a dependency. If you select the Kotlin multiplatform option, IntelliJ IDEA will display only the Kotlin multiplatform dependencies. Otherwise, IntelliJ IDEA displays the latest possible version and you can click Upgrade to change it. If you select the Only stable checkbox, IntelliJ IDEA will exclude any dependencies that have no stable versions, and hide them from the list. In the Dependencies tool window, locate the dependency for which you want to change the version.Ĭlick the drop-down version selection list and select the needed version.

However, keep in mind that if you specify a non-existing configuration in the settings, it won't be generated in your build script file. The settings also contain scopes you use in your build script file. The available scopes can be configured in the Package Search settings.

The names of scopes are based on the build tool with which you are working. You can select a scope for which you want to add your package. In the list of search results, locate the package you want to add. In the search field, start typing your query. To add a dependency for the whole project, select All Modules. In the Dependencies tool window, select a module for which you want to add a dependency. You can use the Dependencies tool window to add, remove, and update packages. For more information, refer to Dependency details pane. The searching requires an internet connection, as it uses the Package Search backend.įor each dependency IntelliJ IDEA displays information such as the source code links, activity on StackOverflow, GitHub, and all accessible directly with links from the entry. The dependencies with a light blue background are your search results. IntelliJ IDEA only shows direct dependencies that you explicitly declared. For more information about what is supported, refer to Package Search build system support limitations.ĭependencies with a white background are the installed ones. The Dependencies tool window becomes available when the current project has at least one supported module. The Dependencies tool window provides a list of modules you have as well as a list of all currently installed packages in your project. In the Dependencies tool window, search for the dependency you need, select it in the list of search results and click Add. Press Alt+Insert and in the list that opens, select Add dependency. Invoke package searchĭepending on a build tool in your project, open the appropriate build script in the editor. You can use the Dependencies tool window to work with dependencies. It is supported for main build tools such as Maven, Gradle, and sbt. 10.Package Search lets you search, evaluate, and manage dependencies inside the IDE. And if we want our program just to run until it encounters the next breakpoint, then Run – Debugging Actions – Resume Program ( F9) does just that. If we want our program to run to the line where our cursor is, then Run – Debugging Actions – Run to Cursor ( Alt + F9) accomplishes this. That’s what Run – Debugging Actions – Step Out ( Shift + F8) does. When debugging, we may want to run our code until the current method is finished. Alternatively, we can dive into the method at the current line with Run – Debugging Actions – Step Into ( F7). So if that line is a method, we’ll execute that entire method in one fell swoop. When our code hits a breakpoint during debugging, we can step over the current line with Run – Debugging Actions – Step Over ( F8). We can toggle a breakpoint at the current line with Run – Toggle Breakpoint – Line Breakpoint ( Ctrl + F8 / Cmd + F8). We view the current breakpoints with Run – View Breakpoints ( Ctrl + Shift + F8 / Shift + Cmd + F8). We can still save all files manually with File – Save all ( Ctrl + S / Cmd + S). IntelliJ IDEA automatically saves our code, for instance, before running it. That is Ctrl + Shift + / in Windows and Alt + Cmd + / in macOS.

We can even comment out a whole block of code with Code – Comment with Block Comment. We can use Code – Surround with ( Ctrl + Alt + T / Alt + Cmd +T) to put control structures around our code, such as an if statement. And with Code – Generate ( Alt + Insert / Cmd + N), we can create common methods like getters, setters, or toString(). Code – Code Completion – Complete Current Statement ( Ctrl + Shift + Enter / Shift + Cmd + Enter) finishes our current line.Ĭode – Override Methods ( Ctrl + O) lets us pick inherited methods to overwrite. We may need to type a closing parenthesis and have to put a semicolon at the end. This function also automatically launches after a brief delay in the default IntelliJ IDEA configuration. When we start to type the name of variables, methods, or types, IntelliJ IDEA helps us finish those names with Code – Code Completion – Basic ( Ctrl + Space). Once we arrive at the right file and the right place, we can start editing our code.

Intellij search code in all files