Does this skill work with any database?

Yes, by using the repository pattern and layered architecture, you can swap infrastructure implementations like Postgres, MongoDB, or external APIs without modifying your core business rules.

Is prior knowledge of Domain-Driven Design required?

While helpful, the skill provides specific implementation patterns, directory structures, and code examples to guide you through building DDD-compliant applications.

What is the main benefit of using the Deno DDD skill?

It provides a proven architectural blueprint for Deno applications, ensuring that business logic remains decoupled from technical infrastructure for better long-term maintainability.

Should I use this for small scripts or simple CLI tools?

No, this skill is specifically designed for complex, large-scale applications. For simple scripts, the overhead of layered architecture may be unnecessary.

How does this integrate with Deno's native features?

It leverages Deno's built-in TypeScript support and import maps to create a modern development experience that avoids the legacy patterns often found in Node.js.

Deno Domain-Driven Design (DDD)

Name: Deno Domain-Driven Design (DDD)
Author: jahanson

byjahanson

Desarrollo de API

Implements robust Domain-Driven Design patterns and layered architecture for complex Deno TypeScript applications.

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This skill provides a comprehensive architectural framework for building enterprise-grade Deno applications using Domain-Driven Design (DDD) principles. It guides the implementation of hexagonal and clean architecture by strictly separating domain logic from infrastructure, defining bounded contexts, and organizing code into maintainable layers. By leveraging Deno's modern TypeScript environment, this skill helps developers manage complex business requirements through standardized patterns for entities, aggregates, value objects, and repository interfaces.

Características Principales

Implementation patterns for Entities, Value Objects, and Consistency Aggregates
Infrastructure-agnostic repository interfaces (ports) for modular persistence
Standardized directory layout for Domain, Application, Infrastructure, and Web layers
Strict dependency flow enforcement to maintain architectural integrity
Pre-configured Deno import maps for clean, alias-based module resolution
0 GitHub stars

Casos de Uso

Building complex backend services in Deno with evolving business logic
Refactoring monolithic Deno scripts into a scalable, maintainable architecture
Implementing Hexagonal or Clean Architecture in modern TypeScript environments

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Características Principales

Implementation patterns for Entities, Value Objects, and Consistency Aggregates
Infrastructure-agnostic repository interfaces (ports) for modular persistence
Standardized directory layout for Domain, Application, Infrastructure, and Web layers
Strict dependency flow enforcement to maintain architectural integrity
Pre-configured Deno import maps for clean, alias-based module resolution
0 GitHub stars

Casos de Uso

Building complex backend services in Deno with evolving business logic
Refactoring monolithic Deno scripts into a scalable, maintainable architecture
Implementing Hexagonal or Clean Architecture in modern TypeScript environments