Angular
  • Angular learning
  • Angular
    • Change Detection
      • Angular Change Detection Strategies
      • Understanding Change Detection Strategy in Angular
    • Angular Components Overview
      • Lifecycle hooks
      • View encapsulation
    • Text interpolation
    • Pipes
    • ARIA
    • Event binding
    • Directives
    • Dependency injection in Angular
    • Difference between Template-Driven and Reactive Forms
    • Guards
    • Resolvers
      • Resolver example
  • Memory management in Angular applications
  • Renderer2
  • Angular test
    • Testing
      • The different types of tests
      • Some testing best practices
      • Angular Service Testing in Depth
        • About Jasmine
        • Jasmine - Test suites
        • Implementation of First Jasmine Specfication
        • spyOn() & jasmine.createSpyObj()
        • beforeEach()
        • Testing services
        • Disabled and Focused Tests
        • flush
        • HttpTestingController
        • Sample code
      • Angular Component Testing in Depth
        • Intro to Angular Component testing
        • DOM interaction
        • Trigger Change Detection
        • Test Card List Test Suite Conclusion
        • Window.requestAnimationFrame()
        • Asynchronous Work (Jasmine)
        • Cooperative asynchronous JavaScript: Timeouts and intervals
        • FakeAsync - Asynchronous Work (Jasmine) part 2
        • tick()
        • Sample codes
      • Testing Promised-based code-intro Microtasks
        • Microtasks
        • Micro-tasks within an event loop (Summary)
        • Macro-tasks within an event loop (Summary)
        • Test promised Microtasks (code)
      • Using fakeAsync to test Async Observables
      • Cypress.io
        • Create our first e2e test
      • Angular CLI code coverage and deployment in prod mode.
      • Travis CI
  • Angular best practices
    • Angular best practices
      • Security
      • Accessibility in Angular
      • Keeping your Angular projects up-to-date
    • Bootstrapping an Angular Application
      • Understanding the File Structure
      • Bootstrapping Providers
    • Components in Angular
      • Creating Components
      • Application Structure with Components
        • Accessing Child Components from Template
        • Using Two-Way Data Binding
        • Responding to Component Events
        • Passing Data into a Component
      • Projection
      • Structuring Applications with Components
      • Using Other Components
  • Reactive extensions
    • RxJS
      • RxJS Operators
      • of
      • Observable
      • async pipe (Angular)
      • Interval
      • fromEvent
      • Pipe
      • Map
      • Tap
      • ShareReplay
      • Concat
      • ConcatMap
      • Merge
      • MergeMap
      • ExhaustMap
      • fromEvent
      • DebounceTime
        • Type Ahead
      • Distinct Until Changed
      • SwitchMap
      • CatchError
      • Finalize
      • RetryWhen
      • DelayWhen
      • ForkJoin
      • First
      • Interview Questions
      • Zip
  • NgRx
    • What's NgRx
      • Actions
      • Reducers
      • Selectors
      • 🙅‍♂️Authentication guard with NgRX
      • @ngrx/effects
        • Side-Effect refresh survivor
  • Interview Q&A
    • Angular Unit Testing Interview Questions
    • Angular Questions And Answers
  • Angular Advanced
    • Setting up our environment
      • Understanding Accessors (TS)
      • The host & ::ng-deep Pseudo Selector
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  1. Angular best practices

Angular best practices

PreviousTravis CINextSecurity

Last updated 4 years ago

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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, a growing amount of data loaded into the application and large teams often distributed around the world. In order to deal with mentioned factors to maintain a high quality of delivery and prevent technical debt, robust and well-grounded architecture is necessary. Angular itself is a quite opinionated framework, forcing developers to do things the proper way, yet there are a lot of places where things can go wrong. In this article, I will present high-level recommendations of well-designed Angular application architecture based on best practices and battle-proven patterns. Our ultimate goal in this article is to learn how to design Angular application in order to maintain sustainable development speed and ease of adding new features in the long run. To achieve these goals, we will apply:

  • proper abstractions between application layers,

  • unidirectional data flow,

  • reactive state management,

  • modular design,

  • smart and dumb components pattern

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