9.1 Fetching Data from APIs

In this section

• 9.2 Local Data Storage
• Mastering HTTP Requests in Flutter with the `http` Package
  Learn how to effectively use the `http` package in Flutter to fetch and send data through HTTP requests, including GET, POST, PUT, and DELETE methods, with practical examples and best practices.
• Parsing JSON Data in Flutter: From JSON to Dart Objects
  Learn how to effectively parse JSON data in Flutter applications using manual methods and code generation tools like json_serializable. Understand the structure of JSON, convert JSON to Dart objects, and explore best practices for efficient data handling.
• Error Handling and Retry Strategies in Flutter API Fetching
  Explore robust error handling and retry strategies in Flutter for stable and user-friendly applications. Learn about try-catch blocks, retry mechanisms, and advanced error handling with the retry package.
• Responsive Data Display in Flutter: Techniques and Best Practices
  Explore techniques for displaying data responsively in Flutter, ensuring clarity and usability across devices. Learn about dynamic layouts, adaptive widgets, and optimizing data presentation.
• Asynchronous Programming and Futures in Flutter
  Explore the essentials of asynchronous programming and Futures in Flutter, including practical examples and best practices for handling asynchronous operations efficiently.
• Responsive Data Display in Flutter: Techniques and Best Practices
  Explore how to display data responsively in Flutter applications, ensuring seamless adaptation across various devices and screen sizes.
• SharedPreferences in Flutter: Key-Value Storage for User Preferences
  Explore SharedPreferences in Flutter, a simple key-value storage solution for persisting small amounts of data on the device. Learn how to store, retrieve, and manage user preferences efficiently.
• SQLite Integration in Flutter: Mastering the `sqflite` Package for Local Data Storage
  Explore how to effectively use SQLite with the `sqflite` package in Flutter for robust local data storage, including setup, CRUD operations, and best practices.
• Hive and Object Storage in Flutter: Efficient Local Data Management
  Explore Hive as a lightweight, fast key-value database for Flutter applications, offering strong typing, custom objects, and no native dependencies. Learn to set up, use, and optimize Hive for efficient data storage and retrieval.
• Data Synchronization in Flutter: Ensuring Consistency Across Devices
  Explore data synchronization techniques in Flutter, including manual and automated strategies, conflict resolution, and best practices for maintaining consistency between local and remote data sources.
• Efficiently Handling Large Data Sets in Flutter
  Explore techniques for managing large data sets in Flutter applications, focusing on pagination, lazy loading, and data caching to enhance performance and user experience.