Module

Module - C#

The Module pattern, also known as the Minit pattern, aims to encapsulate functionality within a single type, exposing a minimal public interface. It’s particularly useful for grouping related functions and constants without creating a formal class with state. This promotes code organization and reduces namespace …

Module - TypeScript

The Module Pattern is a way to encapsulate state and expose only a necessary interface. It’s commonly used to create self-contained units of code, preventing global namespace pollution and improving maintainability. This TypeScript example uses a simple object literal to create a module. The counter variable is …

Module - JavaScript

The Module pattern encapsulates data and methods within a private scope, exposing only a public interface. This promotes data hiding, reduces global namespace pollution, and improves code organization. The JavaScript implementation uses an Immediately Invoked Function Expression (IIFE) to create a closure. Variables …

Module - Python

The Module pattern organizes code into reusable, self-contained units. It encapsulates related data and functionality, exposing only a necessary public interface while hiding implementation details. This promotes code maintainability, reduces naming conflicts, and enhances reusability.

The Python code demonstrates this …

Module - Java

The Module Pattern, in Java, leverages the principles of encapsulation and information hiding to create self-contained units of code with well-defined interfaces. Java 9 introduced the official java.base module system, but the pattern can be emulated even in older versions using careful class design. This example …