![]() ![]() We have streamlined the user experience when working with custom configuration beans in Spring within IntelliJ IDEA. Spring configuration beans no longer require the annotation processor If the list is mostly 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, although no specific quick-fixes are suggested in this scenario. When a list primarily consists of strings but contains a Boolean-like literal, IntelliJ IDEA will highlight this literal, indicating a potential inconsistency, and suggest adding quotes to it. ![]() With IntelliJ IDEA 2023.2 EAP 7 we’ve introduced a new inspection to eliminate the so-called Norway problem and prevent the unintended misinterpretation of Boolean values in YAML files. Inspection for the Norway problem in YAML files Both and grpcs:// schemas are supported in the request syntax. TLS provides encryption and authentication, ensuring the confidentiality and integrity of your data transmission. With IntelliJ IDEA 2023.2 EAP 7, you can now send gRPC requests over Transport Layer Security (TLS) in the HTTP Client. ![]() GRPC requests using TLS in the HTTP Client You can now use the HTTP Client CLI in IntelliJ IDEA to interact with GraphQL APIs and establish WebSocket connections with services, for example for tests or automation scripts. Support for GraphQL and WebSocket in the HTTP Client CLI ![]() With the Redocly integration, you can access the Try it console right from within IntelliJ IDEA and use it to set parameters and send requests to your API. IntelliJ IDEA 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. Redoc UI previews for OpenAPI and Swagger files The codebase is quite large, but a few classes are related to the LSP-based support – see the .lsp.* package. The Prisma ORM plugin by JetBrains is open source and can be used as a reference implementation. The plugin implements the .api.LspServerSupportProvider interface and specifies which files it is going to support and how to start the server. More features are coming soon.Ī minimal fully functional plugin requires writing a few lines of code. If you’ve made your own programming language or framework, you can get it supported in the IDE by writing an LSP server and a plugin.Ĭurrently the LSP support includes error and warning highlighting, quick-fixes, code completion, and navigation to declarations. The LSP API is mainly aimed at plugin developers who want to use a specific LSP server for coding assistance in the IDE. While some languages and technologies are not yet natively supported, there may be a language server that could provide support for them. IntelliJ-based IDEs are well-known for their deep understanding of source code and their support for many programming languages and frameworks. With this EAP build, we’ve introduced a huge feature: the LSP API for plugin developers. Frameworks and technologies LSP support for plugin developers Read on to learn more about the new additions and refinements. You can get the latest build from our website, through the free Toolbox App, or via snaps for Ubuntu. IntelliJ IDEA 2023.2 EAP 7 introduces a bunch of noteworthy improvements, including LSP support for plugin developers, Redoc UI previews for OpenAPI and Swagger files, and refinements for working with the HTTP Client, Spring, and other technologies and frameworks. The release of IntelliJ IDEA 2023.2 is quickly approaching, but we still have some new features for you to try during the ongoing Early Access Program. ![]()
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