Microkernel

Microkernel - Dart

The Microkernel pattern aims to build an application with a minimal core (the microkernel) and extend functionality through plug-ins or modules. This fosters modularity, extensibility, and isolation.

The Dart code demonstrates a simple microkernel architecture for processing different types of data. The Microkernel …

The Microkernel pattern aims for a minimal core (the microkernel) with functionality extended through plugins. This promotes flexibility, maintainability, and loose coupling. The core provides just enough to load, manage, and communicate with plugins.

This Scala implementation defines a Microkernel that manages a …

Microkernel - PHP

The Microkernel pattern aims to create a small, core system that provides minimal functionality, with additional features implemented as plugins or extensions. This fosters modularity, flexibility, and testability. The core handles only essential tasks, delegating everything else.

This PHP example implements a basic …

Microkernel - Ruby

The Microkernel pattern structures an application with a minimal core (the “kernel”) and delegated functionality through plugins or extensions. This promotes modularity, flexibility, and ease of extension without modifying the core. Our Ruby example showcases this by defining a simple Microkernel class that …

Microkernel - Swift

The Microkernel pattern structures an application with a core system providing minimal functionality and extending features via plug-ins. This promotes modularity and flexibility, allowing functionalities to be added, removed, or updated without affecting the core.

This Swift example models a simple text processing …

Microkernel - Kotlin

The Microkernel pattern aims to create a small, core system (the microkernel) and extend its functionality through plugins or modules. This promotes flexibility, maintainability, and easier extension without modifying the core. In this Kotlin example, Microkernel is a minimal class that provides a central event bus. …

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 …

Microkernel - Go

The Microkernel pattern aims to create a minimal core system with additional functionality implemented as plugins or extensions. This promotes modularity, flexibility, and ease of maintenance. The core (microkernel) handles essential operations, while plugins add domain-specific features without tightly coupling them …

Microkernel - C

The Microkernel pattern structures a system by separating core functionality (the kernel) from optional add-on services. The kernel provides minimal services like memory management and inter-process communication (IPC), while services such as device drivers, file systems, and networking run as user-space processes. …

Microkernel - C++

The Microkernel pattern structures an application as a core system (the microkernel) and plugin modules. The microkernel provides minimal essential services, while plugins add specific functionality. This promotes modularity, extensibility, and isolation. The provided code demonstrates a simple microkernel for …