golang-standards/project-layout
Project Layout
This project provides a standardized directory layout pattern that establishes a predictable structure for organizing source code, configuration files, and documentation. It serves as a community-driven framework designed to improve project maintainability, simplify developer onboarding, and ensure consistency across large-scale software development efforts.
By enforcing uniform file layouts, the project reduces cognitive load for developers working across multiple services or microservices. It utilizes convention-based folder templates to ensure that application logic, infrastructure, and configuration files are isolated into distinct, predictable locations. This approach facilitates modular growth and clarifies ownership of internal packages and external dependencies.
The framework supports scalable codebase organization by directing build artifacts into dedicated directories and aligning project structures with established ecosystem best practices. These conventions ensure compatibility with standard tooling and build processes throughout the entire development lifecycle.
Features
- Project Organization - Predictable directory hierarchies streamline navigation and simplify onboarding for new contributors.
- Configuration-Driven Scaffolding - Templates define a consistent starting point for new codebases to ensure uniform folder structures.
- Project Layout Standards - Uniform file placement reduces cognitive load by establishing shared expectations for where code and assets reside.
- Modular and Plugin Architectures - Encapsulated directory structures support modularity by isolating functional components into logical, discoverable locations.
- Language Style Guides - Standardized directory structure patterns for Go applications.
- Programming Language Standards - Standardized directory structure for Go applications.
- Project Scaffolding - Standardized patterns for Go project organization.
- Personal Projects - Standard project structure for Go applications.
- Go Ecosystem Conventions - Community-accepted folder patterns align projects with standard build processes and ecosystem expectations.
- Repository Architectures - Comprehensive organizational frameworks define precise locations for all project assets to ensure consistency across large-scale systems.
- Project Scaffolding and Configuration - Standardized conventions for source and configuration placement provide a reliable foundation for initializing new software projects.
- Dependency Encapsulation Strategies - Dedicated folders for internal packages and external dependencies clarify ownership and simplify dependency management.
- Extensible Component Architectures - Distinct top-level directories separate application logic from infrastructure, facilitating cleaner component decoupling.
