Space-Based Architecture

Space-Based Architecture - Dart

The Space-Based Architecture pattern decouples an application into independent, self-contained “spaces” that communicate via messages. Each space manages its own state and logic, reducing global state and improving modularity. This implementation uses Dart’s StreamController to create these spaces and message passing. …

Space-Based Architecture - Scala

The Space-Based Architecture pattern decouples components of a system by using a message-based communication system, often referred to as a “space.” Components interact by sending and receiving messages without direct knowledge of each other. This promotes scalability, fault tolerance, and flexibility. In …

Space-Based Architecture - PHP

The Space-Based Architecture pattern organizes code into loosely coupled, independent “spaces” or modules, each responsible for a specific aspect of the application. These spaces communicate through well-defined interfaces, minimizing dependencies and promoting modularity. This implementation uses PHP …

Space-Based Architecture - Ruby

The Space-Based Architecture pattern organizes code into loosely coupled, independent modules (“spaces”) that communicate via a central “space” or message bus. This promotes modularity and allows components to be added, removed, or modified without impacting others. Our Ruby implementation uses …

Space-Based Architecture - Swift

The Space-Based Architecture pattern decouples components of an application by using a central “space” (often a dictionary or similar data structure) to store and retrieve data. Components communicate by publishing and subscribing to changes within this space. This avoids direct dependencies and promotes …

Space-Based Architecture - Kotlin

The Space-Based Architecture pattern decouples components of an application by representing them as “spaces” that contain data and operations. Components communicate via message passing, avoiding direct dependencies. This promotes modularity, testability, and scalability. The Kotlin implementation uses data …

Space-Based Architecture - Rust

The Space-Based Architecture pattern decouples components of a system by using a message bus (or “space”) as the central communication hub. Components, known as “agents,” publish and subscribe to messages on this bus without direct knowledge of each other. This promotes loose coupling, …

Space-Based Architecture - Go

The Space-Based Architecture pattern structures an application as a collection of independent, loosely coupled services (spaces) that communicate via well-defined interfaces. Each space encapsulates specific business functionality and manages its own data. This promotes modularity, scalability, and independent …

Space-Based Architecture - C

The Space-Based Architecture (SBA) pattern decouples application logic from the execution environment by defining a set of independent “spaces” that contain the necessary resources (data, configuration, etc.) for a specific task. A “space handler” manages these spaces, providing access to the …

Space-Based Architecture - C++

The Space-Based Architecture pattern decouples the data structures used by a system from the algorithms that operate on that data. Instead of tightly coupling data and methods within classes (like traditional OOP), it focuses on representing data as a collection of “spaces” – contiguous memory blocks – and …