Space-Based Architecture

Space-Based Architecture - C#

The Space-Based Architecture pattern decouples application logic by using a central “space” (often a dictionary or similar data structure) to store application state and a set of independent “agents” that react to changes in that space. Agents subscribe to specific state changes and perform …

Space-Based Architecture - TypeScript

The Space-Based Architecture pattern organizes code into independent, self-contained “spaces” that communicate via well-defined interfaces (often events or messages). This promotes loose coupling, making the system more modular, testable, and easier to evolve. Each space encapsulates specific functionality …

Space-Based Architecture - JavaScript

The Space-Based Architecture pattern organizes code into independent “spaces” (often modules or namespaces) that communicate via well-defined interfaces. This promotes modularity, reduces coupling, and allows for easier testing and maintenance. Each space encapsulates specific functionality and data, …

Space-Based Architecture - Python

The Space-Based Architecture pattern structures an application as a collection of independent, loosely coupled “spaces” that each handle a specific aspect of the overall functionality. These spaces communicate via well-defined interfaces, often using message passing or event-driven mechanisms. This promotes …

Space-Based Architecture - Java

The Space-Based Architecture pattern decouples application logic by using a shared, immutable context (the “space”) to pass data between components. Instead of direct dependencies, components register to receive notifications when data they’re interested in changes within the space. This promotes …