SWPatterns.com

SOA - Rust

The Service-Oriented Architecture (SOA) pattern structures an application as a collection of loosely coupled, independent services. Each service encapsulates a specific business capability and communicates with others through well-defined interfaces, often using messages. This promotes modularity, reusability, and …

Microservices - Rust

The Microservices pattern structures an application as a collection of loosely coupled, independently deployable services, modeled around a business domain. Each service owns its data and communicates via lightweight mechanisms, often a REST API. This example demonstrates a simplified order and payment service …

N-tier - Rust

The N-tier pattern organizes an application into discrete layers, each performing a specific role. Typically, these tiers are presentation (UI), business logic, and data access. This separation enhances maintainability, testability, and allows for independent development/scaling of each tier.

This Rust example …

Client-Server - Rust

The Client-Server pattern involves dividing a system into two distinct parts: the client, which requests services, and the server, which provides those services. This example uses Rust’s standard library for TCP networking to implement a simple echo server and client. The server listens for connections on a …

Self-contained Systems - Rust

The Self-Contained System pattern aims to encapsulate all dependencies a component needs within that component itself, minimizing external reliance and improving portability and reproducibility. This is often achieved through embedding data, code, or configuration directly within the component. In Rust, this is …

Monolith - Rust

The Monolith pattern refers to building an application as a single, unified unit. All functionalities and concerns are tightly coupled within one codebase. This contrasts with microservices, where functionality is broken down into independently deployable services. This Rust example embodies the Monolith pattern by …

Microkernel - Rust

The Microkernel pattern structures an application as a core kernel providing minimal services and communicating with higher-level “services” through well-defined interfaces. This promotes modularity, flexibility, and fault isolation. The Rust code demonstrates this by defining a core Kernel which handles basic message …

Clean Architecture - Rust

The Clean Architecture pattern separates the application into concentric layers: Entities, Use Cases, Interface Adapters, and Frameworks & Drivers. The core business logic resides in the inner layers (Entities & Use Cases) and is independent of external concerns like databases or UI. Outer layers implement …

Onion Architecture - Rust

The Onion Architecture aims for a loose coupling between business logic and implementation details (like databases, UI, etc.). It structures the application in concentric layers: Domain (core business rules), Application (use cases orchestrating domain logic), and Infrastructure (details like persistence or messaging). …

Hexagonal Architecture - Rust

The Hexagonal Architecture (also known as Ports and Adapters) aims to create loosely coupled software by separating the core application logic from external concerns like databases, UIs, or external services. The core interacts with the outside world only through ports – interfaces defining how the core needs to …