Module

Module - Dart

The Module pattern encapsulates related functionality into a self-contained unit, exposing only a public API while hiding implementation details. This promotes code organization, reduces global namespace pollution, and enhances maintainability. In Dart, this is naturally achieved using libraries and private members …

Module - Scala

The Module Pattern in Scala is achieved through the use of objects. Objects are singleton instances of classes and act as namespaces for related functions and data. This provides a way to encapsulate state and behavior, preventing accidental modification from outside and promoting code organization.

In this example, …

Module - PHP

The Module pattern in PHP aims to encapsulate functionality and data within a single unit, exposing only a public interface while keeping internal details private. This promotes code organization, reduces global namespace pollution, and enhances maintainability. The implementation uses a closure to create a private …

Module - Ruby

The Module pattern in Ruby provides a way to encapsulate related methods and constants, creating namespaces and avoiding naming conflicts. It’s akin to static classes in other languages, but with more flexibility. This implementation defines a StringExtensions module containing a method to check if a string is a …

Module - Swift

The Module Pattern is a way to encapsulate related functionality within a single object, exposing only a public API while hiding internal implementation details. This promotes code organization, prevents naming conflicts, and enhances maintainability. In Swift, this is naturally achieved using modules (files) and …

Module - Kotlin

The Module pattern creates an isolated execution scope, encapsulating internal state and exposing a public API. This prevents global namespace pollution and allows for better organization and maintainability. In Kotlin, this is naturally achieved using object declarations, which are singletons with a defined interface. …

Module - Rust

The Module pattern organizes code into logical units, enhancing reusability, maintainability, and preventing naming conflicts. In Rust, modules are defined using the mod keyword. This example demonstrates a simple module structure with a public function and a private one. The pub keyword controls visibility, making …

Module - Go

The Module pattern (also known as the Memento pattern) captures and externalizes an object’s internal state so that it can be restored later, providing a way to save and restore previous states without violating encapsulation. This implementation uses a State struct to hold the object’s data, and Save() and …

Module - C

The Module pattern encapsulates data and functionality within a single unit, exposing only a well-defined interface. This promotes code organization, reduces global namespace pollution, and enhances maintainability. In C, this is achieved through header files (.h) declaring the public interface and source files (.c) …

Module - C++

The Module Pattern aims to encapsulate functionality within a self-contained unit, controlling exposure to the outside world through a public API. This promotes code organization, avoids global namespace pollution, and enables reusability. In C++, this is best achieved using namespaces and carefully designed header …