1. Deploy the jfrog-common helm chart on Kubernetes


    To deploy the jfrog-common Helm chart on a Kubernetes cluster using Pulumi, we will utilize the kubernetes.helm.v3.Chart resource from the Pulumi Kubernetes provider. The Chart resource is a high-level abstraction that allows us to deploy Helm charts into a Kubernetes cluster.

    First, ensure that you have Pulumi installed and configured for use with your desired cloud provider and have access to a Kubernetes cluster where you want to deploy the Helm chart. Also, ensure you have Helm and kubectl installed and configured to interact with your Kubernetes cluster.

    Here is a step-by-step TypeScript program to deploy the jfrog-common Helm chart:

    1. Setting up the Project: Create a new Pulumi project if you don't have one already.

    2. Installing Packages: Install the necessary Pulumi Kubernetes package using npm or yarn.

    npm install @pulumi/kubernetes


    yarn add @pulumi/kubernetes
    1. Writing the Deployment Code: Write the TypeScript program that defines the deployment of the jfrog-common Helm chart.

    2. Running the Pulumi Program: Use the Pulumi CLI to preview and deploy the resources defined in the TypeScript program.

    Here's the TypeScript program that accomplishes the deployment:

    import * as k8s from "@pulumi/kubernetes"; // We assume the necessary configurations like the Kubernetes provider is already set up. // For helm charts, you may need to specify the repository or local path to the chart. // Create a new instance of the Helm Chart. You need to provide the chart name, // and optionally the version and other configurations like values or the namespace. const jfrogCommonChart = new k8s.helm.v3.Chart("jfrog-common", { chart: "jfrog-common", // If the chart is from a custom Helm repository, you must specify the `repo` field. // A `version` field can also be specified to pin down a specific chart version. // Example of using a custom repository: // repo: "https://charts.jfrog.io", // version: "1.2.3" // Override default values by providing a custom `values` object. // The structure of `values` depends on the chart itself. values: { // Custom values go here. For example: // serviceType: "ClusterIP", // resources: { // limits: { // cpu: "100m", // memory: "256Mi" // }, // requests: { // cpu: "100m", // memory: "256Mi" // } // }, }, // Define the namespace where the Helm chart will be deployed. // If not set, the default namespace is used. namespace: "default", }); // The service URL can be fetched if the chart exposes any services. This depends on the chart configuration. // Export the service URL if available. This part is optional and specific to the service created by the Helm chart. export const serviceUrl = jfrogCommonChart.getResourceProperty("v1/Service", "jfrog-common", "status.loadBalancer.ingress[0].hostname"); // To run the Pulumi program, navigate to the project directory in your CLI and run: // pulumi up --yes // This will preview and deploy the resources defined above.

    In this program:

    • We import the @pulumi/kubernetes package which contains helpers for deploying resources to Kubernetes.
    • We create a new Helm chart instance using new k8s.helm.v3.Chart, which represents the jfrog-common chart.
    • The chart property specifies the name of the chart.
    • The values property allows for custom configuration variables to be passed to the Helm chart. In this example, we provided a placeholder for where those values would be overridden. Ensure that you replace them with actual values based on the jfrog-common Helm chart's configuration options.
    • Optionally, specify the namespace where the Helm chart will be deployed.
    • We use an export statement to output any service URLs that may be provisioned as part of the jfrog-common chart deployment. This again, is dependent on the actual content of the Helm chart.

    To deploy this chart on your Kubernetes cluster, save the above TypeScript code to a file, for instance, index.ts, within your Pulumi project, run npm install or yarn install to install dependencies, and then execute pulumi up to preview and deploy the Helm chart on your cluster.