We wanted our users to be able to leverage GoCD’s pipeline modeling capabilities with Kubernetes’ developer-centric APIs to enhance their deployment process. And together, they provide the foundation for a powerful Continuous Delivery platform. Kubernetes gives you a highly programmable delivery infrastructure platform. GoCD gives you the flexibility to effectively represent CD pipelines that suit your organization’s processes.
Though Kubernetes provides the platform to build self-service delivery infrastructure, it does not provide the facilities to build and deploy your applications. A powerful API makes it programmable and easily accessible to development teams. Kubernetes provides simple abstractions for designing deployments for modern application architectures without the need for a lot of ‘configuration management’ code. And so, automation around delivery infrastructure is key to a successful CD workflow.
#CONTINOUS DELVERY WORKFLOWUSING DOCKER AND KUBERNETES MANUAL#
One of the enablers of continuous delivery is a high level of automation with few manual interventions. CD workflows are specific to an organization’s processes. Continuous Delivery with KubernetesĪn efficient continuous delivery (CD) workflow is key to enabling high performance teams deliver software frequently, and reliably. Our upcoming releases will have features that allow GoCD users to model Docker based build workflows with deployments to Kubernetes - we’ll cover more about this later in the post. Kubernetes has emerged as one of the most interesting application delivery platforms.
GoCD is a best-of-breed continuous delivery tool that allows you to model complex continuous delivery workflows. We are excited to announce the release of our Kubernetes helm chart that will allow our users to run GoCD natively on Kubernetes.
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