The document outlines best practices for building scalable Angular applications, emphasizing the importance of robust architecture to manage complexity and maintain quality. Key recommendations include using Angular CLI, breaking components into manageable sizes, implementing lazy loading, and following coding standards to ensure code efficiency and readability. It also stresses the importance of avoiding logic in components, ensuring security, and preventing memory leaks to enhance application performance.

1. Angular Architecture
Best Practices

2. Angular is one of the most powerful JavaScript frameworks for
building dynamic programming structures like web apps, native
apps, and SPAs.
Angular itself is a framework, that forces developers to code in a
standard way but there would be some glitches so here I have
presented some high-level standard points to build a standard
Angular application.
Building scalable software is a challenging task. When we think about scalability in
front-end applications, we can think of increasing complexity, more and more
business rules, and a growing amount of data loaded into the application and large
teams often distributed worldwide. To deal with mentioned factors to maintain a
high quality of delivery and prevent technical debt, robust and well-grounded
architecture is necessary.

4. Below are some examples of best architecture
practices:
1. Best practices using Angular Coding styles
2. Using Angular CLI for structured folder
3. Break the large components into manageable sizes
4. Proper utilization of Lazy Loading
5. Modular development for clean application structure
6. Build reusable components
7. Angular coding styles for organized folder structure
8. Use of service workers for the fastest responsive apps
9. Avoid using logic in the component
10. Security best practices in Angular apps
11. Prevent memory leaks

5. Best practices using Angular Coding styles
One of the most important in building any
application is efficiency in coding. Your code
quality and health play a significant role in
deciding the effectiveness of the application.
Developers face difficulties in fixing bugs and
identifying immediate issues when dealing
with complex codes.
● Make sure that the code does not exceed 400 lines limit per file
● Ensure that the code does exceed 75 lines limit per function
● Proper usage of ‘let’ and ‘const’
● Name of the properties and methods that should be used in lower camelcase
● Don’t name the interface with starting uppercase “I” as it is done in any other programming