Production-Ready Angular Applications with Firebase

Learn how Angular applications are organized, including standalone components, dependency injection, templates, and TypeScript patterns. You’ll establish a maintainable foundation for building a larger application.

• Configure an Angular Workspace for Production Development

  Create an Angular workspace with the Angular CLI, strict TypeScript settings, linting, and a runnable test setup.

• Organize a Standalone Angular Application by Feature

  Structure a standalone Angular application into clear feature, shared, and core boundaries.

• Apply Dependency Injection and Service Provider Scopes

  Implement injectable services with provider scopes that match application and feature responsibilities.

• Build Typed Components and Maintainable Templates

  Create standalone components with typed inputs and outputs, readable templates, and reusable TypeScript patterns.

• Project: Build a Feature Module Without NgModules

  Deliver a functional feature slice using standalone components, scoped services, typed data models, and organized templates.

• Capstone: Refactor an Angular App for Long-Term Growth

  Refactor a multi-feature Angular application into a maintainable architecture with consistent dependency injection and TypeScript conventions.

Build reusable components and connect them with Angular routing, services, and reactive state patterns using signals and RxJS. You’ll create a navigable application whose features share data predictably.

• Prepare the Angular Workspace for Routed Firebase Features

  Configure an Angular workspace with standalone routing, AngularFire, and the development scripts needed for the module.

• Build Reusable Standalone Components with Signal-Based APIs

  Create reusable UI components that communicate through signal inputs, outputs, and clear responsibilities.

• Connect Feature Navigation with Angular Router

  Implement nested feature routes with route parameters, navigation links, and lazy-loaded components.

• Encapsulate Firebase Data Access in Injectable Services

  Create an injectable service that exposes typed Firebase data operations through observable streams.

• PROJECT: Build a Reusable, Firebase-Backed Feature Workflow

  Deliver a routed feature workflow that combines reusable components with the Firebase service.

• Coordinate Shared Application State with Signals and RxJS

  Implement a shared state service that combines signals and RxJS to keep multiple features synchronized.

• CAPSTONE: Deliver a Navigable, Reactive Firebase Application

  Integrate reusable interfaces, feature routing, Firebase services, and shared reactive state into a production-ready application.

Develop data-entry workflows with Angular forms, validation, and clear loading and error states. You’ll connect user interactions to application logic while keeping interfaces accessible and resilient.

• Configure AngularFire and the Firebase Emulator Suite for Form Workflows

  Configure an Angular workspace with AngularFire, Firebase Emulator Suite, and environment-specific Firebase settings.

• Model Production Form Data with Typed Reactive Forms

  Build a typed reactive form whose controls and value model match a realistic Firebase-backed data-entry workflow.

• Implement Layered Validation and Accessible Error Feedback

  Implement synchronous, cross-field, and asynchronous validation with accessible feedback for invalid form states.

• Connect Form Submission to Firebase with Reliable UI States

  Implement a Firebase submission flow that handles loading, success, failure, duplicate submissions, and recoverable errors.

• Capstone Project: Build a Resilient Firebase Data-Entry Workflow

  Deliver an accessible Angular data-entry workflow that validates user input and persists records through Firebase with clear loading and error states.

Integrate Firebase Authentication and Cloud Firestore into an Angular application, then define and test Firebase Security Rules. You’ll implement authenticated user flows and protect data access according to user identity and permissions.

• Configure AngularFire, Firebase CLI, and the Local Emulator Suite

  Configure an Angular workspace with Firebase Authentication, Cloud Firestore, environment-specific project settings, and local emulators.

• Implement Identity-Aware Authentication Flows in Angular

  Implement sign-up, sign-in, sign-out, and session restoration using Firebase Authentication and Angular route guards.

• Model Firestore Data Around User Identity and Access Needs

  Design and implement Firestore collections that associate user-owned records with authenticated Firebase identities.

• Enforce and Test Firestore Security Rules

  Write and run emulator-based tests for Firestore rules that enforce authentication, ownership, and role-based permissions.

• Project: Build a Secure User-Owned Workspace

  Build an Angular workspace where authenticated users can create, read, update, and delete only their own Firestore records.

• Capstone: Deliver a Role-Aware Firebase Application

  Deliver a production-oriented Angular application with authenticated user flows, role-aware Firestore access, tested security rules, and documented deployment configuration.

Test important application behavior and use the Firebase Emulator Suite to validate Firebase integrations and security rules during development. You’ll improve performance, handle configuration safely, and prepare the application for release.

• Configure Angular Testing Tools and the Firebase Emulator Suite

  Configure an Angular test environment with Vitest, Firebase Emulator Suite, and environment-specific Firebase settings.

• Test Critical Angular Application Behavior

  Write focused unit and component tests for critical application behavior using Angular testing utilities and Vitest.

• Validate Firebase Integrations with Emulators

  Run integration tests against the Firebase Authentication, Firestore, and Functions emulators.

• Verify Firestore Security Rules with Automated Tests

  Create automated tests that verify Firestore security rules for authorized and unauthorized user actions.

• Build a Firebase Emulator Integration Test Suite

  Build a repeatable test suite that exercises an Angular user workflow against Firebase emulators and security rules.

• Optimize Angular Performance and Prepare Safe Configuration

  Apply production build analysis, lazy loading, and environment configuration practices to improve performance and protect sensitive values.

• Capstone: Validate and Prepare an Angular-Firebase Release

  Prepare a release candidate by running automated tests, verifying Firebase rules, and checking production build performance and configuration.

Apply the course skills to build a complete application with Angular, Firebase Authentication, and Cloud Firestore. You’ll deploy it to Firebase Hosting and verify its core user flows and security in a production environment.

• Set Up the Angular and Firebase Production Toolchain

  Configure an Angular workspace, Firebase project, Firebase CLI, and separate development and production environments.

• Design the Application Shell and Firebase Integration

  Implement a routed Angular application shell with environment-aware Firebase initialization.

• Build Authentication and Protected User Flows

  Implement Firebase Authentication flows with route guards and user-specific application state.

• Model Firestore Data and Enforce Access Rules

  Define a Firestore data model and deploy rules that restrict records to authorized users.

• Project: Build an Integrated Firebase Application

  Build a working Angular application that combines authenticated user flows with secure Firestore operations.

• Harden and Test the Application Before Release

  Verify authentication, Firestore behavior, and security rules using the Firebase Emulator Suite and production-readiness checks.

• Capstone: Deploy and Verify the Production Application

  Deploy the application to Firebase Hosting and verify its core user flows and security in the production environment.