Jsonnet / Tanka

Step 1: Define Kubernetes resource definitions (Deployments, Services, etc.) using Jsonnet objects.

Step 2: Use Jsonnet functions and variables to parameterize the configurations.

Step 3: Generate YAML files for each resource using the `std.manifestYamlDoc` function.

Step 4: Apply the generated YAML files to your Kubernetes cluster using `kubectl apply -f`.

Step 1: Define Terraform resource definitions (e.g., AWS EC2 instances, VPCs) using Jsonnet objects.

Step 2: Use Jsonnet functions and variables to parameterize the infrastructure configurations.

Step 3: Generate HCL files for each resource using string interpolation.

Step 4: Apply the generated HCL files using `terraform apply` to provision the infrastructure.

Step 1: Define application configuration settings using Jsonnet objects and variables.

Step 2: Use Jsonnet functions to generate configuration files in the desired format (YAML, INI).

Step 3: Parameterize the configurations based on the environment.

Step 4: Deploy the generated configuration files along with the application.

Step 1: Integrate Jsonnet into your CI/CD pipeline using a build step.

Step 2: Use the `jsonnet` command-line tool to generate configuration files from your Jsonnet code.

Step 3: Store the generated configuration files as artifacts in your CI/CD pipeline.

Step 4: Deploy the configuration files to your target environment as part of the deployment step.

Step 1: Define individual configuration files for each microservice using Jsonnet.

Step 2: Create a master Jsonnet file to bring together all of the Microservice configuration files.

Step 3: Build a shared library of Jsonnet definitions that can be reused across microservices.

Step 4: Generate individual Microservice configuration files, and then deploy with the Microservice.