A production-grade platform for repository analysis, language processing, extensibility, and future repository intelligence.
Important
Limoxel is an Engineering Knowledge Infrastructure (EKI).
It provides a stable engineering foundation for understanding software repositories through modular platform components, deterministic architecture, and extensible engineering systems.
Table of Contents
- Overview
- Engineering Philosophy
- Architecture at a Glance
- Engineering Foundation
- Core Platform Components
- Engineering Characteristics
- Production Validation
- Repository Organization
- Getting Started
- Validation
- Project Documentation
- Current Status
- Roadmap
- Beyond the Foundation
- Contributing
- License
- Acknowledgements
Software repositories are engineering systems composed of source code, project structures, documentation, programming languages, dependencies, and architectural relationships.
Limoxel establishes a unified engineering platform capable of understanding these systems through a modular, production-oriented architecture.
Rather than treating repository analysis as a collection of isolated tools, Limoxel provides a cohesive engineering foundation upon which advanced platform capabilities and repository intelligence can be built.
The engineering philosophy of Limoxel is founded on a single principle:
A stable engineering foundation enables continuous innovation.
The core platform is designed to remain stable while future capabilities extend the platform through clearly defined engineering boundaries.
This approach preserves architectural consistency, minimizes long-term complexity, and enables sustainable evolution without redesigning the core system.
User
│
▼
Command-Line Interface
│
▼
Engine Coordination
│
┌──────────────────────┼──────────────────────┐
▼ ▼ ▼
Repository Language Extension
│ │ │
└──────────────────────┼──────────────────────┘
▼
Platform Infrastructure
│
Bootstrap • Runtime • Registry • Lifecycle
Configuration • Context • Logging • Events
The following sections describe the engineering foundation, production components, repository organization, documentation, and long-term direction of Limoxel.
The engineering foundation of Limoxel establishes the permanent core of the platform.
It provides the production infrastructure required for repository analysis through modular engineering systems, well-defined package responsibilities, deterministic execution, and comprehensive validation.
The foundation has been designed to support long-term platform evolution while preserving architectural consistency and implementation stability.
Every production component contributes a distinct engineering responsibility and collaborates through clearly defined architectural boundaries.
The engineering foundation is organized into specialized production components.
| Component | Responsibility |
|---|---|
| CLI | Application entry point, command processing, and execution control |
| Engine | Execution orchestration, workflow coordination, and processing pipeline management |
| Workspace | Workspace initialization and execution context management |
| Repository | Repository discovery, representation, and repository-level coordination |
| Project | Project abstraction and project lifecycle management |
| Filesystem | File discovery, ignore processing, filesystem abstraction, and repository traversal |
| Language | Programming language registration, discovery, metadata, and lifecycle management |
| Parser | Parser registration, parsing pipeline, execution, and parser lifecycle |
| Extension | Extension registration, discovery, validation, isolation, and lifecycle management |
| Platform | Bootstrap, runtime, configuration, lifecycle, logging, registry, events, and shared infrastructure |
|
|
The engineering foundation has successfully completed comprehensive production validation.
| Validation | Status |
|---|---|
| Unit Testing | ✅ |
| Integration Testing | ✅ |
| Build Validation | ✅ |
| Runtime Validation | ✅ |
| Architecture Validation | ✅ |
| Performance Baseline | ✅ |
| Documentation Review | ✅ |
| API Review | ✅ |
| Dependency Audit | ✅ |
| Repository Audit | ✅ |
The validation process verifies the engineering foundation across correctness, architectural integrity, runtime behavior, dependency management, repository organization, and production readiness.
Note
The completed engineering foundation is intended to remain stable.
Future capabilities expand the platform through additional components while preserving the established architecture, engineering contracts, and repository organization.
The Limoxel repository follows a responsibility-oriented organizational model.
Production implementation, engineering documentation, executable entry points, repository-level testing, and repository metadata remain physically separated to preserve clarity, maintainability, and long-term scalability.
limoxel/
│
├── .github/ # Repository automation & workflows
├── cmd/ # Executable entry points
├── docs/ # Engineering documentation
├── internal/ # Internal implementation
├── tests/ # Testing infrastructure
│
├── CHANGELOG.md # Release history
├── CODEOWNERS # Repository ownership
├── CODE_OF_CONDUCT.md # Community guidelines
├── CONTRIBUTING.md # Contribution guide
├── LICENSE # MIT License
├── README.md # Project overview
├── SECURITY.md # Security policy
├── go.mod # Go module definition
└── go.sum # Dependency checksums
The complete repository organization, directory responsibilities, package responsibilities, engineering conventions, and repository governance are documented in docs/01_foundation/12_Repository_Structure.md.
The following sections describe how to build, execute, navigate, and extend the Limoxel platform.
Limoxel is built using the Go programming language and follows the standard Go module workflow.
The repository is organized to provide a deterministic development experience with minimal setup requirements.
Before building Limoxel, ensure the following tools are available.
| Requirement | Version |
|---|---|
| Go | 1.26.5 or later |
| Git | Latest stable release |
| Operating System | Linux, macOS, or Windows |
Clone the repository and enter the project directory.
git clone https://github.com/unhield/limoxel.git
cd limoxelgo mod tidy
go mod verifyCompile the production executable.
go build ./...Or build the executable directly.
go build -o limoxel ./cmd/limoxelExecute Limoxel using the production entry point.
go run ./cmd/limoxelOr execute the compiled binary.
./limoxelThe engineering foundation is validated through unit testing, integration testing, static analysis, build verification, dependency verification, and runtime validation.
Execute the complete validation suite:
go test ./...
go vet ./...
go build ./...
go mod tidy
go mod verifyEngineering documentation is maintained as a first-class artifact of the repository.
Documentation is organized into dedicated engineering categories.
| Documentation | Purpose |
|---|---|
| Foundation | Engineering principles, repository organization, platform philosophy, and permanent engineering contracts |
| Architecture | Component boundaries, dependency rules, package structure, infrastructure, runtime, communication, and system design |
| Engineering | Implementation specifications, engineering contracts, validation, development standards, and operational guidance |
Complete documentation is available under:
docs/
├── 01_foundation/
├── 02_architecture/
└── 03_engineering/
| Item | Status |
|---|---|
| Engineering Foundation | ✅ Complete |
| Production Implementation | ✅ Complete |
| Platform Infrastructure | ✅ Complete |
| Repository Organization | ✅ Complete |
| Engineering Documentation | ✅ Complete |
| Production Validation | ✅ Complete |
| GitHub Configuration | ✅ Complete |
| Community Standards | ✅ Complete |
| Initial Release | ✅ Ready |
The production engineering foundation of Limoxel has been completed.
The repository is production-ready and serves as the permanent engineering foundation for future platform capabilities and repository intelligence.
Limoxel follows an incremental engineering roadmap.
Each milestone extends the platform while preserving the existing engineering foundation.
| Milestone | Status | Objective |
|---|---|---|
| Engineering Foundation | ✅ Complete | Establish the production engineering platform |
| Platform Capabilities | 🔄 Planned | Expand repository processing through additional platform capabilities |
| Repository Intelligence | 🔮 Future | Introduce semantic analysis, engineering knowledge, reasoning, and intelligent repository services |
The engineering foundation has been intentionally designed to support long-term platform evolution.
Future development focuses on expanding platform capabilities while preserving the stability of the existing architecture.
Future platform capabilities may include:
- Advanced repository management
- Multi-project orchestration
- Incremental repository processing
- Performance enhancements
- Additional developer tooling
- Extended repository services
Future intelligence capabilities may include:
- Engineering Knowledge Graph
- Semantic repository analysis
- Cross-reference analysis
- Repository reasoning
- AI-assisted engineering workflows
- Advanced engineering insights
Important
Future capabilities are designed to extend the platform.
The engineering foundation, architectural principles, repository organization, and production contracts established by Limoxel remain the permanent core of the platform.
Contributions are welcome and appreciated.
Limoxel follows a maintainer approval model to preserve engineering quality, architectural consistency, repository organization, and long-term maintainability.
Every contribution is reviewed according to the project's engineering principles, engineering standards, documentation quality, and long-term vision.
Submission of an Issue, Pull Request, or proposed enhancement does not guarantee acceptance.
Before contributing, please read:
CONTRIBUTING.mdCODE_OF_CONDUCT.md
If you plan to contribute a significant feature, architectural change, repository-wide improvement, or are unsure whether your proposal aligns with the long-term engineering direction of Limoxel, please contact:
before investing significant implementation effort.
Thank you for helping improve Limoxel.
Limoxel is developed and maintained as an independent open-source project.
If Limoxel saves you time, supports your research, or becomes part of your engineering workflow, consider supporting its continued development.
Limoxel is released under the MIT License.
See the LICENSE file for the complete license text.
Limoxel represents a long-term engineering initiative focused on building a stable and extensible foundation for repository understanding.
The project emphasizes engineering quality, architectural discipline, documentation-first development, and long-term maintainability as the basis for future platform capabilities and repository intelligence.