Category: Modules Architecture Basics

Angular is a robust, component-based framework that encourages modularity, scalability, and maintainability. However, as applications grow, improper architecture can lead to spaghetti code, poor maintainability, and performance issues. Following Angular architecture best practices ensures that applications remain scalable, testable, and easy to manage, especially in large teams or enterprise projects. In this comprehensive guide, we…

In Angular, modular architecture is key to building scalable, maintainable applications. Modules allow you to group related components, directives, pipes, and services together. Understanding how to import and export modules is essential for reusability and efficient code management. This post will explain how to import modules into other modules, export components, directives, and pipes for…

Building large-scale Angular applications can become challenging as features grow in complexity. Without a clear and maintainable structure, applications quickly become difficult to manage, debug, and scale. Angular provides tools and architectural patterns to help developers organize code efficiently using modules, components, services, and routing. This article explores best practices for organizing large Angular applications,…

In Angular, as applications grow in size and complexity, managing services that need to be shared across the entire application becomes crucial. Angular provides a design pattern called the Core Module to handle this scenario. The Core Module is a dedicated module where singleton services, application-wide guards, interceptors, and other global providers are declared. This…

In Angular applications, especially large-scale enterprise apps, maintaining reusable code is crucial for consistency, scalability, and maintainability. One of the best practices is to create Shared Modules, which can hold commonly used components, directives, and pipes. These modules can then be imported across multiple feature modules, reducing code duplication and improving modularity. In this guide,…

As Angular applications grow larger, they often include multiple features, pages, and components. Loading all of these modules at once can lead to slow application startup and negatively impact user experience. To address this challenge, Angular provides a mechanism called lazy loading, which allows modules to be loaded on demand rather than at startup. Lazy…

Angular is a modular framework that organizes an application into modules. Modules in Angular are used to group related components, directives, pipes, and services. Understanding the difference between the root module (AppModule) and feature modules is critical for building scalable, maintainable, and modular Angular applications. This post covers the role of the root module, feature…

Angular is a modular framework that allows developers to organize their application into smaller, cohesive units called modules. While the AppModule serves as the root module, Angular also supports feature modules to encapsulate functionality, manage routing, and maintain separation of concerns. Creating feature modules improves scalability, maintainability, and allows for lazy loading. This article provides…

Angular is built around a modular architecture, which allows developers to organize applications into self-contained, cohesive blocks of functionality. At the core of this architecture is the @NgModule decorator, which defines a module in Angular. Understanding how @NgModule works and how Angular uses it to manage components, directives, services, and other application parts is crucial…

Angular is a TypeScript-based framework that emphasizes modularity and component-based architecture. At the heart of Angular’s architecture lies the NgModule system. Understanding modules is crucial for creating scalable, maintainable, and well-structured applications. Modules provide a way to organize your application’s features, components, services, and dependencies, making it easier to develop large applications and collaborate in…