Posts Tagged java

One of Pulumi’s core Infrastructure as Code (IaC) features is the ability to model infrastructure using well-traveled, familiar general-purpose programming languages. Today, we’re thrilled to announce that Java, one of the world’s most popular programming languages, is now generally available in Pulumi. This release joins our existing first-class support for TypeScript, Python, Go, YAML, and C#, enabling Java developers to manage cloud infrastructure using the language they know and trust.

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Today we’re happy to announce a new “v4” version of the Chart resource, available now in v4.13 of the Pulumi Kubernetes provider. The new kubernetes.helm.sh/v4.Chart resource is provided side-by-side with the existing kubernetes.helm.sh/v3.Chart resource. We expect to deprecate v3 in the future.

When you need to install a third-party application into your Kubernetes cluster, you’re likely to find a Helm chart for that in Artifact Hub or other registry. Pulumi provides two ways to apply a Helm chart, as outlined in Choosing the Right Helm Resource For Your Use Case. The Chart resource offers deeper integration with Pulumi and better drift remediation. v4 brings a host of new features, including enhanced SDK support across all Pulumi SDKs, full OCI registry support, improved handling of chart values, better connectivity for cluster interactions, and improved resource ordering. Let’s dig in.

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The Pulumi Kubernetes provider makes it easy to deploy Kubernetes resources to your cluster, giving you options based on how your application or workload is packaged. The options include strongly-typed resources for standard Kubernetes types, Helm charts, Kustomizations, and Kubernetes manifests.

In v4.10, we leveled up the support for working with Kubernetes manifests with the introduction of the yaml/v2 package. The package provides new implementations of the ConfigGroup and ConfigFile resources, expanding support to the Pulumi Java SDK and to Pulumi YAML. The new implementations are also smarter about applying the objects in the correct order.

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Over the last year since the launch of Pulumi 3.0, we’ve seen incredible growth in adoption and usage of the Pulumi open source project and Cloud Engineering platform, with more than a thousand new open source contributors, tens of thousands of new users, and millions of new cloud infrastructure resources being managed by Pulumi. Pulumi’s infrastructure as code tools are enabling teams to scale up their cloud infrastructure with robust software engineering tools and practices to get the most value out of their cloud platform investments.

Today, we’re excited to announce a wave of innovation across the Pulumi project with a collection of significant new feature launches. These new features bring together Pulumi’s Universal Infrastructure as Code offering, supporting the widest range of builders, clouds, programming languages, and cloud architectures.

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Infrastructure has become a core part of application development as modern cloud capabilities such as microservices, containers, serverless, and data stores define your application’s architecture. The term “infrastructure” covers all of the cloud resources your application needs to run. Modern architectures require thinking deeply about infrastructure while building your application, instead of treating it as an afterthought. Pulumi’s approach helps developers, infrastructure engineers, and platform teams work together to leverage everything the modern cloud has to offer.

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