https://www.gokure.dev/kure/dev/index.htmlKure: Type-Safe Kubernetes Resource Generation Warning Work in Progress: Kure is currently under active development (v0.1.0-rc.11 @ 28e9614). APIs and features are subject to change. Kure is a Go library for programmatically building Kubernetes resources, designed for GitOps workflows with FluxCD. Instead of complex templating engines, Kure provides strongly-typed, composable resource generation in native Go. Why Kure? Building Kubernetes manifests for GitOps can be challenging:Hugoen-ushttps://www.gokure.dev/kure/dev/getting-started/index.htmlMon, 01 Jan 0001 00:00:00 +0000https://www.gokure.dev/kure/dev/getting-started/index.htmlGetting Started with Kure Kure is primarily a Go library. You can also install its CLI tool for code generation. Using as a Library Add Kure to your Go project: go get github.com/go-kure/kure Then import the packages you need: import ( "github.com/go-kure/kure/pkg/stack" "github.com/go-kure/kure/pkg/kubernetes/fluxcd" "github.com/go-kure/kure/pkg/io" ) Installing the CLI go install github.com/go-kure/kure/cmd/kure@latest Verify the installation: kure version Next Steps Follow the Quickstart guide Read about the Domain Model and Design Philosophy Explore the Guides for common workflows Try the Exampleshttps://www.gokure.dev/kure/dev/concepts/index.htmlMon, 01 Jan 0001 00:00:00 +0000https://www.gokure.dev/kure/dev/concepts/index.htmlConcepts Understand the ideas behind Kure’s design. Architecture - System architecture and component overview Domain Model - The Cluster, Node, Bundle, Application hierarchy Design Philosophy - Type-safe builders, no templating, GitOps-nativehttps://www.gokure.dev/kure/dev/guides/index.htmlMon, 01 Jan 0001 00:00:00 +0000https://www.gokure.dev/kure/dev/guides/index.htmlGuides Step-by-step guides for common Kure workflows. Using Kure as a Library - Import paths, creating resources, generating YAML Generating Flux Manifests - End-to-end cluster definition to disk Working with Generators - The GVK system and application generators Patching Resources - JSONPath patching and TOML patch format Building Kurel Packages - Creating reusable application packageshttps://www.gokure.dev/kure/dev/examples/index.htmlMon, 01 Jan 0001 00:00:00 +0000https://www.gokure.dev/kure/dev/examples/index.htmlExamples Practical examples of using Kure to generate Kubernetes configurations. Mounted Examples These examples include full documentation: Patches - Declarative patching with TOML and YAML formats Generators - Resource generation using the GVK system Kurel Frigate - Building a complete kurel package Validation - Resource validation patterns Additional Examples These examples are available in the examples/ directory on GitHub: App Workloads (examples/demo/app-workloads/) - Application workload generation Bootstrap (examples/demo/bootstrap/) - Flux bootstrap configuration Clusters (examples/demo/clusters/) - Multi-cluster definitions Multi-OCI (examples/demo/multi-oci/) - Multi-source OCI deploymentshttps://www.gokure.dev/kure/dev/cli-reference/index.htmlMon, 01 Jan 0001 00:00:00 +0000https://www.gokure.dev/kure/dev/cli-reference/index.htmlCLI Reference Kure provides one command-line tool. kure The main CLI for Kubernetes resource generation. kure [command] [flags] Commands Command Description generate Generate Kubernetes resources from configuration validate Validate resource configurations config Manage kure configuration version Print version information completion Generate shell completion scripts Global Flags kure supports: Flag Description -v, --verbose Enable verbose output --debug Enable debug mode --strict Enable strict validation --config Configuration file pathhttps://www.gokure.dev/kure/dev/api-reference/index.htmlMon, 01 Jan 0001 00:00:00 +0000https://www.gokure.dev/kure/dev/api-reference/index.htmlAPI Reference Kure’s public API is organized into focused packages. Each package README below is auto-synced from the source code. For full Go API documentation, see pkg.go.dev/github.com/go-kure/kure . Core Domain Package Description Reference Stack Cluster, Node, Bundle, Application domain model pkg.go.dev Flux Engine FluxCD workflow implementation pkg.go.dev Generators Application generator system (GVK) pkg.go.dev Layout Engine Manifest directory organization pkg.go.dev Resource Operations Package Description Reference IO YAML/JSON serialization and resource printing pkg.go.dev Kubernetes Builders Core K8s resource constructors (GVK, HPA, PDB) pkg.go.dev FluxCD Builders Low-level Flux resource constructors pkg.go.dev Prometheus Builders Prometheus Operator CRD constructors (ServiceMonitor, PodMonitor, PrometheusRule) pkg.go.dev Utilities Package Description Reference Errors Structured error types pkg.go.dev CLI Utilities Factory, IOStreams, Printer pkg.go.dev Logger Structured logging pkg.go.dev Compatibility Compatibility Matrix - Supported Kubernetes and dependency versions ArgoCD ArgoCD support exists at pkg/stack/argocd/ but is not yet production-ready. It is not featured in guides or examples. The Flux workflow is the primary supported GitOps integration.https://www.gokure.dev/kure/dev/changelog/index.htmlMon, 01 Jan 0001 00:00:00 +0000https://www.gokure.dev/kure/dev/changelog/index.htmlChangelog Track changes across Kure releases. Releases - Version history and release noteshttps://www.gokure.dev/kure/dev/contributing/index.htmlMon, 01 Jan 0001 00:00:00 +0000https://www.gokure.dev/kure/dev/contributing/index.htmlContributing Resources for contributing to Kure. Development Guide - Setup, testing, code quality, and CI/CD workflows GitHub Workflows - CI/CD pipeline documentation Quick Start # Clone the repository git clone https://github.com/go-kure/kure.git cd kure # Install tools make tools # Run checks make check # Run full pre-commit validation make precommit Branch Workflow main is protected. Create a feature branch: git checkout -b feat/my-feature main # make changes git push -u origin feat/my-feature gh pr create Required CI checks: lint, test, build.