maui-sqlite-database

SQLite offline storage in .NET MAUI is set up by registering a lazily initialized DatabaseService as a singleton in MauiProgram. It uses a shared SQLiteAsyncConnection and FileSystem.AppDataDirectory to enable offline data persistence across your app.

Concurrent database reads and writes in MAUI are handled by enabling WAL mode on your SQLite database. WAL (Write-Ahead Logging) improves concurrency between readers and writers using your single shared SQLiteAsyncConnection.

Mapping data models to SQLite tables in MAUI is done by annotating your classes with ORM attributes provided by sqlite-net-pcl. This approach allows the DatabaseService to automatically create tables and execute CRUD operations.

Yes, sqlite-net-pcl works with dependency injection in MAUI MVVM apps. You register the database service as a singleton, allowing the lazily initialized SQLiteAsyncConnection to be injected directly into your view models.

For cross-platform MAUI apps, the SQLite database file should be stored in FileSystem.AppDataDirectory. This ensures a reliable, platform-specific local path for offline data persistence across mobile devices.

A lazy-initialized SQLiteAsyncConnection in MAUI delays database connection creation until first use. This singleton pattern ensures a single shared connection, optimizing resource usage for local offline CRUD operations.