Explore various data storage options in Flutter, including Shared Preferences, SQLite, Hive, Moor, ObjectBox, File Storage, and Firebase Firestore. Understand their use cases, advantages, and limitations to choose the best solution for your app's needs.
Explore the importance of defining clear and structured data models for local databases in Flutter. Learn how to create Dart classes that represent data structures stored in SQLite, and understand serialization and deserialization methods for efficient data handling.
Learn how to set up a local SQLite database using the sqflite package for your Flutter Expense Tracker App. This guide covers database initialization, table creation, schema definition, and handling migrations.
Learn how to implement CRUD operations in a Flutter Expense Tracker App using SQLite for data persistence. Master inserting, retrieving, updating, and deleting expense records with async/await for smooth user experiences.
Explore the essential techniques for persisting state in Flutter applications, including the use of SharedPreferences, SQLite, and Hive. Learn how to manage data beyond the app lifecycle, ensure security, and synchronize with remote servers.
Learn how to implement data persistence in your Flutter apps using SQLite and the sqflite plugin. This guide covers everything from setting up your database to performing CRUD operations efficiently.
Explore how to choose the appropriate local storage method for your Flutter app based on data complexity, size, performance, security, and persistence needs.
Explore SQLite databases in Flutter using the `sqflite` package. Learn to perform CRUD operations, manage data models, and implement best practices for efficient data storage and retrieval.
Explore advanced state management techniques in Flutter, focusing on local state persistence. Learn about SharedPreferences, SQLite, Hive, and Drift, with practical examples and best practices.
Explore how to effectively use SQLite with the `sqflite` package in Flutter for robust local data storage, including setup, CRUD operations, and best practices.