amantinband/clean-architecture
Clean Architecture
This project provides a structured template for building enterprise-grade applications using domain-driven design principles. It serves as a foundational scaffold for web services, enforcing a strict separation of concerns by isolating core business logic from infrastructure, data access layers, and external frameworks.
The architecture is built around a modular design that utilizes request pipelining and dependency inversion to maintain loose coupling. It distinguishes itself through a centralized command and query handling system, which routes requests through a unified interface, and a domain-driven event dispatching mechanism that decouples side effects from primary transactions to ensure eventual consistency across system components.
The framework includes comprehensive support for security and operational management, featuring granular role-based and policy-based access controls to protect sensitive resources. It also integrates tools for background task scheduling, automated data validation, and the management of user-specific entities such as subscriptions and reminders. The repository is distributed as a boilerplate template designed to facilitate the development of scalable and testable backend systems.
Features
- Enterprise Backend Architectures - Provides a structured foundation for building scalable, modular, and testable enterprise backend systems.
- Project Starter Kits - Enforces separation of concerns by isolating business logic from infrastructure and external data access layers.
- .NET Templates - Offers a structured template for building enterprise applications using domain-driven design principles.
- ASP.NET Core Application Frameworks - Provides a boilerplate for web services that integrates authentication, background tasks, and domain event handling.
- Entity Mappings - Maps application objects to database tables and columns to hide storage engine details.
- Event-Driven Synchronizers - Supports asynchronous data propagation across related entities using domain events to ensure eventual consistency.
- Policy-Based Access Control - Supports role-based, permission-based, and policy-based access controls to protect sensitive application resources.
- Role-Based Access Control - Secures sensitive application resources by enforcing granular permissions and security policies.
- Token-Based Authentication - Provides token-based security mechanisms to verify identity in distributed systems.
- Dependency Injection Containers - Provides a container for managing object lifecycles and dependency resolution to ensure loose coupling.
- Background Task Schedulers - Manages and executes recurring background operations such as data synchronization and notifications.
- Validation Pipelines - Uses fluent interfaces to enforce business rules and data integrity before request processing.
- Dependency Inversion Patterns - Implements architectural patterns that ensure high-level business logic depends on abstractions rather than concrete infrastructure.
- Domain Event Handlers - Executes side effects across system aggregates in response to domain-specific events to maintain consistency.
- Request Pipelines - Centralizes command and query handling by routing requests through a unified interface.
