![]() Step 4 – Checking Gradle Build Server Status Output If you don’t see any output in the Output Channel after loading the project, please try executing the “Java: Clean Java Language Server Workspace > Reload and delete” command again. After the Gradle Build Server starts, it will output status information in the VS Code Output Channel. Note: Please note that the Gradle Build Server currently does not support Android projects. If the project has been opened in VS Code before, open the command palette (F1) and execute the command “Java: Clean Java Language Server Workspace > Reload and delete.” Step 3 – Open your Gradle project in VS Code. Step 2 – Install the pre-release version of the “Gradle for Java” extension. If you want to explore the new Gradle project development experience based on the Gradle Build Server Protocol (BSP) in VS Code, you can follow these steps: Step 1 – Install the “Extension Pack for Java” extension. Please stay tuned for more updates! How to Get Started ![]() At present, nearly all the requests involved in BSP can be achieved through the Gradle Tooling API.ĭetails and design considerations regarding the Gradle build service we have implemented will be shared in future articles. Why GradleĪpart from addressing the issues mentioned at the beginning of this article regarding the current support for Gradle projects in VS Code for Java, one of the reasons for prioritizing the implementation of a Gradle-oriented build service is Gradle’s rich Tooling API. Together, they form a closed-loop for code development.Ĭurrently, BSP protocol has found widespread application in the Scala development ecosystem, and readers can explore known projects based on BSP on its official website. While LSP focuses on functionalities related to code analysis, such as code completion and navigation, BSP is concerned with code building, running, and testing. BSP is also a valuable complement to LSP. For more information about LSP, you can refer to the official LSP website.īSP, inspired by LSP, seeks to create a similar abstraction layer between development tools and build tools, providing a unified way of exchanging information. Instead, they only need to correctly respond to events defined by LSP. With this abstraction layer in place, different development tools that aim to support a particular programming language do not need to individually implement complex functionalities such as code analysis. The purpose behind LSP’s creation was to establish an abstraction layer between development tools and programming languages. The Build Server Protocol (BSP) draws inspiration from another protocol, the Language Server Protocol (LSP). This ensures that the results of building in VS Code will be consistent with the output obtained by running Gradle build commands, fundamentally resolving the two major issues below. The Build Server for Gradle, developed in collaboration with Gradle Enterprise, will delegate build tasks to the Gradle build tool, which will be responsible for compiling and generating code directly. To address these issues, Microsoft and Gradle Enterprise have joined forces to explore a novel approach to Gradle project import and building, based on the Build Server Protocol (BSP). Support for code generation, such as Annotation Processing, is suboptimal.Compiled files are output to the ‘bin’ directory, which differs from Gradle project’s default output location. ![]() However, there are some areas where support for Gradle projects is not entirely satisfactory, with two major issues that users have below: In Visual Studio Code, users can import Gradle projects into their workspace for development. In recent years, Gradle has become one of the most popular Java build tools due to its flexibility in configuring build processes and its powerful extensibility. September 26th, 2023 2 0 Introducing Build Server for Gradle
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