A build cache is one of the most effective tools for boosting productivity by reducing build times and shortening feedback cycles. However, many developers are unaware of what a build cache is and how it can help. This blog post will introduce you to a build cache and then walk you through using a build cache for Apache Maven projects.
We’re excited to announce the public launch of DPE University, a free, self-paced training portal designed to help software developers and build engineers get the most out of Gradle and Maven build tools, as well as Develocity, our developer productivity platform for enterprises.
Developer Productivity Engineering (DPE) is a practice for improving developer productivity leveraging technologies—rather than exclusively relying on traditional management best practices. This includes foremost analytic technologies for observing and collecting the many metrics and indicators of the overall health of your toolchain in terms of speed and reliability. Develocity captures, records, and presents these metrics. We wanted to learn which of these metrics are the most important, so we asked our users!
Since 2018, GitHub Actions has emerged as a great choice for Continuous Integration (CI) due to its proximity to your code. Develocity is a popular technology for speeding up builds and gaining insights that can be used to make troubleshooting more efficient and toolchains more reliable. This post will explain how to integrate these technologies. Specifically, we will walk you through how to set up your Maven project builds using GitHub Actions and Develocity.
In the course of engineering new solutions that improve developer productivity by speeding up builds and tests, Gradle will introduce new concepts and new enabling technologies. Here we will introduce and explore the concepts and technologies associated with performance consistency and performance continuity and the benefits of achieving elevated states of both. Let’s begin by defining performance consistency and contrasting it with performance continuity.
In Develocity 2021.2 we’ve added support to auto scale agents when using an elastic compute platform based on demand for how many tests there are to run. In this blog post, we’re going to show you how easy this is to set up in a Kubernetes cluster, and show how test execution times of both Gradle and Maven builds are affected in different usage scenarios.
In Develocity 2020.5 we’ve added the missing piece to our testing product for Maven: Test Distribution (available for Gradle builds since Develocity 2020.2). In this blog post, we’re going to connect the build of the Eclipse Jetty open source project to Develocity. We will demonstrate how Test Distribution and Build Caching – with very little effort – reduce the total build time from over 50 minutes to about 15 minutes for a typical code change. We will also discuss potential options for reducing build time even further by optimizing the build for Test Distribution.
Build logic can grow as complex as application logic and because of that good tooling is key for a productive build-logic authoring and maintenance experience. In this webinar, Paul Merlin and Rodrigo B. de Oliveira from Gradle explain how the Gradle Kotlin DSL leverages the Kotlin language and its great tooling to provide just that.
DPE University