bespoyasov/frontend-clean-architecture

Features

• Frontend Application Architectures - Structures complex React applications by separating business logic from user interface components and external infrastructure.
• Pure Functional Cores - Encapsulates business logic in pure functions while isolating side effects to the boundary layer.
• Business Entities - Encapsulates core business data and transformation logic into independent, framework-agnostic modules.
• Business Logic Isolation - Decouples business entities from external dependencies by requiring data to be passed in during instantiation.
• Cross-Stack Type Contracts - Centralizes shared type definitions to ensure consistent data flow across application modules.
• Data Adapters - Translates external service data into internal formats to maintain decoupling between infrastructure and business logic.
• Dependency Injection Hooks - Uses component hooks to provide service implementations, facilitating modularity and easier testing.
• Type Safety - Enforces strict type safety and consistent code patterns to prevent runtime errors during development.
• Purely Functional Derivations - Organizes application logic using pure functions and immutable data patterns to improve testability.
• TypeScript Dependency Injection Libraries - Manages service implementations through modular interfaces specifically for TypeScript applications.
• Decoupled Logic Layers - Separates core business logic from UI components and infrastructure requirements through layered design.
• Dependency Injection Containers - Manages service lifecycles and dependency resolution to facilitate modularity and testing.
• Dependency Injection Patterns - Manages service implementations and external dependencies through modular interfaces to ensure portability.
• External Service Integrations - Defines behavioral contracts for external services to ensure they remain interchangeable without modifying core logic.
• Frontend Architecture Patterns - Provides a structural approach for organizing React and TypeScript applications into decoupled layers.
• Fullstack Type Sharing - Shares type definitions across the application to ensure end-to-end type safety.
• Functional Application Structuring - Structures application code using functional patterns to enhance predictability and testability.
• Functional Programming - Methodology for building software using pure functions and immutable data patterns to improve maintainability.
• Service Injection Patterns - Passes required services into business logic functions through dependency injection patterns to maintain modularity.
• Clean Architecture Implementations - Implements layered architecture principles to decouple business logic from infrastructure and delivery mechanisms.
• Dependency Inversion Patterns - Ensures high-level business logic depends on abstractions rather than concrete infrastructure implementations.
• Service Layers - Uses service layers to decouple business logic from external data sources and API interactions.
• Domain-Driven Designs - Aligns software architecture with business domains to ensure rules remain independent of UI and frameworks.
• Layered Architectures - Organizes code into distinct functional layers to separate business rules from external concerns.
• Logic Decoupling - Separates business rules from side effects and transport layers to ensure core logic remains testable.
• Type-Safe Interface Architectures - Centralizes shared data structures and enforces strict type definitions to ensure consistency across large codebases.
• TypeScript Architectural Patterns - Applies design principles for enforcing strict type safety and modularity across distinct application layers.
• Shared Realtime Type Definitions - Centralizes TypeScript type definitions to ensure consistent data structures across all application modules.
• Use Case Orchestrators - Coordinates interactions between external interfaces and domain entities through dedicated use case services.
• Transport-Agnostic Use Cases - Extracts business logic into transport-agnostic functions that execute in isolation from UI or library hooks.
• Side Effect Isolation - Separates external system interactions from pure business logic to ensure determinism.
• External API Integrations - Connects web applications to external services while isolating infrastructure-specific data translation.

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