We’ve implemented the ability to download Go modules
automatically on project open and after each change
go.mod file. This functionality is enabled by default,
but you can turn it off at any time in
Settings | Go
| Go Modules.
We’ve added several intention actions and inspections to
help you update dependencies in
go.mod files faster.
Now, when you open your
go.mod file, GoLand highlights
outdated dependencies. You can hover over the highlighted
versions of a given package and use a quick-fix to update it.
You can also update all dependencies to their latest patches
or major versions, and there is an option to update only direct dependencies.
You can now disable vendoring per project, for example, when you have a monorepo containing a vendor folder used by another language. You can disable vendoring while creating a new project or at any other time by going to Settings | Go | Go Modules.
GoLand offers two new refactorings: Migrate function parameter to method receiver and Migrate method receiver to function parameter.
The Migrate function parameter to method receiver refactoring can convert a function to a method of a type. Migrate method receiver to function parameter does the opposite; it converts a method of a type to a function.
We’ve implemented two inspections that will highlight the cases where
errors.As should be used. There are also quick-fixes that
will help you refactor the existing code to
The first inspection highlights the direct comparisons of errors.
In Go 1.13 and later, errors can be wrapped using the
fmt.Errorf function with the
%w verb, and direct comparison of errors
using the equality check may fail on wrapped errors.
The preferred way of checking for a specific error is to use the
function from the standard library. GoLand now has a quick-fix that
suggests converting direct error comparisons to usages of
The second inspection highlights type assertions and type
switches on errors, such as
as they may also fail on wrapped errors.
The preferred way in Go 1.13 and later is to use
errors.As. Our new quick-fix suggests converting type assertions
and type switches on errors to usages of
clear– new functions introduced in Go 1.21.
We’ve added type-aware code completion for
make function invocations.
GoLand can now detect errors and redundant arguments
make functions. There is also a quick-fix to remove
redundant arguments, which you can access via Alt+Enter, as usual.
When you call a method directly on a type, you need to provide the receiver type as the first argument. In these cases, GoLand now shows the receiver as the first parameter in the completion suggestions.
The error message for missing type arguments in a type’s instantiation now explicitly tells you what’s wrong.
We’ve added a preview for the Wrap error handling in a closure intention action. You can disable the preview feature by pressing Ctrl+Q while the list of intention actions is open, and it will remain disabled until you use the same shortcut to turn it back on.
GoLand now shows a warning message for redundant conditions in
There is also a quick-fix to remove the redundant condition.
With this release, we introduce a major addition to GoLand – AI Assistant. With the current starting set of AI-powered features, AI Assistant offers integrated AI chat and can automatically write documentation comments for you, suggest names, generate commit messages, and more.
AI Assistant is powered by the JetBrains AI service, which can connect you to OpenAI for now and will include other language model providers in the future. To access the assistant’s AI features, you’ll need to install the JetBrains AI plugin and log into the JetBrains AI service using your JetBrains Account. The availability of the JetBrains AI service may vary initially. For more information on AI Assistant and instructions on how to access it, refer to this page.
It is now easy to access and preview the contents of a Docker image layer in the Services tool window. Select the image from the list, select Show layers, and click Analyze image for more information. This opens a list of the files stored in the layer, from which you can easily open the selected file in the editor by right-clicking on the file and clicking Open File (or Download File for binaries).
It is now possible to set a Docker run configuration to run before another configuration by designating it as a Before Launch task. The IDE will wait for the container that is currently running to become healthy, and then it will launch the next run configuration. To set up a queue, first create a required Docker run configuration and then add it to the container via Modify options | Add before launch task | Run configuration.
We have introduced a new feature that allows you to set up multiple kubeconfig files within a single project. This simplifies the experience of handling multiple clusters or working with environments on different clusters in the same project. To set the files up, go to File | Settings | Build, Execution, Deployment | Kubernetes.
You can now view logs for deployments in Kubernetes clusters in the Services tool window. Right-click on Deployment in the tree and then select Follow Log or Download Log from the context menu.
You can now selectively commit specific parts of code chunks. To perform a partial commit, select the desired lines within a chunk and call Include these lines into commit from the context menu. The chunk will be divided into individual lines with the selected ones highlighted. You can add or exclude lines from the selection using checkboxes or the context menu.
GoLand 2023.2 introduces integration with GitLab to streamline your development workflow. You can now work with the Merge Request functionality right from the IDE: review the list of requests, check the changes, leave comments, and navigate to relevant views.
The new Kafka plugin lets you monitor your Kafka event streaming processes. You can connect to a Kafka cluster, produce and consume messages in different formats, manage topics and monitor consumer groups, and use Confluent Schema Registry and AWS Glue Schema Registry. You can find more details on this documentation page.
If you’re accustomed to the VS Code keymap, you can now choose it in the Customize section on the Welcome screen. You can also change your keymap in Settings | Keymap.
GoLand 2023.2 brings the long-awaited ability to arrange your files in the Project view based on their modification time. This new functionality automatically reorders the files whenever the changes in your project are saved. To enable this feature, open the kebab menu (three vertical dots) in the Project view and then select Tree Appearance | Sort by Modification Time.
To make managing multiple run configurations easier, we’ve implemented the option to pin preferred configurations in the Run widget. To add a run configuration to the Pinned section, open the kebab menu (three vertical dots) next to its name and select Pin. If you have multiple pinned configurations, you can easily rearrange them by dragging and dropping within the list.
We’ve expanded the customization options for the new UI’s main toolbar. You can now use a dropdown menu to quickly choose actions that you want to add to the toolbar. To do so, right-click on any widget, select Add to Main Toolbar, and explore the available options.
We’ve refined the behavior of the hamburger menu in the new UI that is located in the main toolbar for Windows and Linux. Once you click on the menu icon, the elements now appear horizontally over the toolbar. Also, there’s now an option to turn this menu into a separate toolbar, accessible via View | Appearance | Main menu as a Separate Toolbar.
In the Project view, there’s a new Open Directories with Single Click option that makes expanding and collapsing the project folders quicker and more responsive. The option is available from the drop-down menu once you click on the kebab (three vertical dots) menu.
Search Everywhere (Double Shift) is primarily used for searching through files, methods, actions, and settings. With this update, it now includes text search capabilities similar to Find in Files. Now, text search results are displayed when there are few or no other search results available for a given query. The feature is enabled by default and can be managed in Settings | Advanced Settings.
In Settings | Editor | Inspections, code samples now include syntax highlighting, which makes it easier to understand what triggers an inspection and whether you want to have it active or inactive.
To make it easier to configure the IDE for your specific projects and extend its functionality with plugins, we have updated the UI for the Settings | Plugins section. It now includes a set of suggested plugins that is automatically defined based on your project specifics and appears at the top of the list.
GoLand 2023.2 introduces colored headers to simplify navigation between multiple open projects. You can now assign a unique color and icon to each of your projects, making them easier to distinguish in your workspace.
Headers now come with predefined colors by default, but you can customize them. To set a new color for your project, right-click on a header and access the context menu. Select the Change Project Color option and choose your desired color. To disable this feature, simply deselect the Show Project Gradient option in the context menu.
For v2023.2, we’ve refined the user experience with the Light theme by introducing the Light with Light Header alternative, which features matching light colors for window headers, tooltips, and notification balloons.
We’ve reworked the UI for the running and debugging actions in the Services tool window to make the look and feel of the toolbar consistent with that of the main Run/Debug widget.
For the convenience of Linux users, the native header of the operating system has been removed in the new UI, resulting in a cleaner interface. By default, you will now see the custom IDE’s header, which offers a range of customization options to tailor your workspace.
The HTTP Client is now capable of understanding Swagger and OpenAPI specifications and providing corresponding code completion options for JSON requests.
GoLand can now display previews of PDF and HTML files right in the results of requests in the HTTP Client.
You can now send gRPC requests over Transport Layer Security (TLS) in the HTTP Client.
TLS provides encryption and authentication, ensuring the confidentiality and integrity
of your data transmission. Both
grpcs:// schemas are supported in the request syntax.
GoLand now supports the CSS Nesting Module feature. We’ve implemented syntax support and an inspection for ensuring that the nested selector does not start with an identifier or functional notation.
We’ve introduced a new inspection to eliminate the so-called Norway problem and prevent the unintended misinterpretation of Boolean values in YAML files.
When a list primarily consists of strings but contains a Boolean-like literal, GoLand will highlight this literal, indicating a potential inconsistency, and suggest adding quotes to it. If the list is mainly composed of Boolean-like literals (such as true, false, off, on, yes, no), any literal that deviates from this pattern is highlighted as a possible error. However, no specific quick-fixes are suggested in this scenario.
The IDE now provides a better user experience when setting up Swagger Codegen configurations. We’ve reworked the Edit Swagger Codegen Configuration dialog to make it easier for you to tailor the run configuration to your requirements.
Additionally, you can now access the Swagger Codegen run configuration right from the gutter without having to specify any additional settings.
GoLand now supports Redoc UI previews for OpenAPI and Swagger specification files, including YAML and JSON files, allowing you to switch between the Redoc and Swagger UIs within the IDE. With the Redocly integration, you can access the Try it console right from within GoLand and use it to set parameters and send requests to your API.
You can now work more conveniently with the AsyncAPI specification format in GoLand. The IDE supports schema validation functionality and provides code completion for references, the Endpoints view, and the Editor Preview pane.
With this release, we’ve introduced an LSP API for plugin developers who want to use a specific LSP server for coding assistance in the IDE. If you’ve made your own programming language or framework, you can get it supported in the IDE by creating an LSP server and a plugin.