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Course Outline

Introduction

Week 1: Advanced Swift, Kotlin, and JavaScript Concepts

  • Swift (iOS)
    • Advanced functions: Closures, capturing values, higher-order functions.
    • Protocol-oriented programming and generics.
    • Memory management with ARC (Automatic Reference Counting).
  • Kotlin (Android)
    • Extension functions and Kotlin Standard Library.
    • Coroutines for asynchronous programming.
    • Sealed classes, enums, and advanced error handling.
  • JavaScript (React Native)
    • Advanced ES6+ features: Destructuring, async/await, promises.
    • Functional programming concepts in JavaScript.
    • Working with third-party libraries in React Native.

Week 2: Mobile App Architecture and Design Patterns

  • MVVM (Model-View-ViewModel) for iOS and Android
    • Understanding MVVM architecture for iOS (Swift) and Android (Kotlin).
    • Implementing ViewModels and observing data with LiveData (Android) and Combine (iOS).
    • Reactive programming with RxSwift and RxKotlin.
  • Component-Based Architecture in React Native
    • Understanding component lifecycles and hooks.
    • Best practices for managing state and props at scale.
    • Using React Context API for global state management.

Week 3: Advanced Networking Concepts

  • Networking in iOS (Swift)
    • Working with URLSession for custom network requests.
    • Advanced REST API calls and error handling.
    • Working with Codable and JSON parsing.
    • Best practices for secure API communication (SSL pinning, OAuth).
  • Networking in Android (Kotlin)
    • Retrofit for making API calls and handling responses.
    • Advanced API error handling and retry mechanisms.
    • Using Gson or Moshi for JSON parsing.
    • Secure communication using HTTPS and OAuth authentication.

Week 4: Networking in React Native

  • API Integration with Axios and Fetch
    • Advanced API integration with Axios and Fetch.
    • Error handling strategies and retries in network requests.
    • Working with authentication (JWT, OAuth).
  • WebSockets and Real-Time Communication
    • Introduction to WebSockets in React Native.
    • Building real-time chat or notification features with WebSocket connections.
    • Managing persistent connections and data updates.

Week 5: Advanced Data Persistence Techniques

  • Core Data and SQLite (iOS)
    • Advanced Core Data relationships, fetching, and queries.
    • Using SQLite directly for iOS apps and managing database connections.
    • Efficient data handling and optimization.
  • Room Persistence and SQLite (Android)
    • Advanced Room database relationships and queries.
    • Managing large datasets and optimizing database performance.
    • Using ProGuard for securing database structures.
  • Firebase for Cloud Storage (iOS and Android)
    • Integration with Firebase for real-time database management.
    • Best practices for syncing local and cloud data.

Week 6: Advanced State Management in React Native

  • Redux for State Management
    • Advanced Redux concepts: Middlewares, Thunks, and Sagas.
    • Optimizing Redux for performance and scalability.
  • Recoil for State Management
    • Introduction to Recoil: A more flexible alternative to Redux.
    • Handling large-scale state management across components.
    • Efficient state updates and atomic state management.

Week 7: Advanced Animations in iOS and Android

  • iOS (Swift)
    • Core Animation: Animating views, layers, and transitions.
    • UIKit Dynamics: Creating physics-based animations.
    • Custom transitions and animations between view controllers.
  • Android (Kotlin)
    • MotionLayout for creating complex animations.
    • TransitionManager and shared element transitions.
    • Property animations for view scaling, rotation, and alpha changes.

Week 8: Animations and UI/UX in React Native

  • React Native Animations
    • Using the Animated API and Reanimated for complex animations.
    • Implementing gestures and interactions using React Native Gesture Handler.
    • Best practices for performant animations in React Native.
  • Creating Custom UI Components
    • Building reusable and customizable components in React Native.
    • Implementing responsive designs with media queries and flexbox.

Week 9: Integrating Native Modules and Device Features

  • Accessing Native Device Features
    • Advanced usage of the camera, geolocation, Bluetooth, and sensors.
    • Creating native modules in Swift and Kotlin for React Native integration.
    • Integrating ARKit for augmented reality in iOS.
    • Integrating CameraX and ARCore for augmented reality in Android.
  • React Native Bridge and Native Modules
    • Building custom native modules to integrate with platform-specific functionality.
    • Creating Java and Swift bridges for React Native apps.
    • Best practices for managing native code in a cross-platform environment.

Week 10: Testing and Debugging Advanced Apps

  • Testing in iOS (Swift)
    • Writing unit tests with XCTest and UI tests for iOS.
    • Using Xcode Instruments for performance profiling and memory leaks.
    • Continuous integration and testing workflows with Jenkins and CircleCI.
  • Testing in Android (Kotlin)
    • Advanced JUnit and Espresso testing for Android apps.
    • Profiling performance and identifying bottlenecks using Android Profiler.
    • Using Firebase Test Lab for automated testing on multiple devices.
  • React Native Testing
    • Unit testing with Jest and component testing with Enzyme.
    • End-to-end testing using Detox and automated test setups.
    • Performance profiling using React Native Debugger and Flipper.

Week 11: App Deployment and Continuous Integration

  • App Store (iOS) Deployment
    • Preparing your app for submission: App Store certificates, provisioning profiles, and TestFlight beta testing.
    • Using Fastlane for automating iOS app deployment.
    • Managing App Store Connect and setting up app review processes.
  • Google Play (Android) Deployment
    • Preparing the APK and signing it for Google Play submission.
    • Automating Android app deployment with Fastlane and Gradle.
    • Using Google Play Console for app review and beta testing.
  • Setting up CI/CD Pipelines
    • Configuring Jenkins, GitHub Actions, or CircleCI for automated build and deployment pipelines.
    • Using Fastlane for both iOS and Android CI/CD workflows.
    • Best practices for handling versioning, build numbers, and release channels.

Week 12: Capstone Project

  • Final Project Development
    • Design and develop a fully functional app that incorporates advanced features learned throughout the course.
    • Implement custom UI/UX, advanced animations, state management, native module integration, and real-time API communication.
    • Optimize the app for performance and deploy it to the App Store and Google Play.

Summary and Next Steps

Requirements

  • A solid understanding of programming concepts, particularly in Swift, Kotlin, and JavaScript.
  • Previous experience in building basic iOS, Android, or React Native applications.
  • Knowledge of design patterns such as MVC or MVVM and experience with basic state management.

Audience

  • Mobile developers.
  • Programmers.
 420 Hours

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