react-native-turbo-sqlite

A Pure C++ TurboModule for Sqlite.

Platform support:

✅ Android
✅ iOS
✅ macOS
✅ Windows
✅ Web (uses @sqlite.org/sqlite-wasm)
✅ Jest mocks (uses sql.js)

Note

Web support is async-only and requires additional setup. See Web section below

Installation

This lib requires new architecture enabled in your app. It will not work on the old architecture and there are no plans to support it.

yarn add react-native-turbo-sqlite

Usage

import TurboSqlite from "react-native-turbo-sqlite";
import { DocumentDirectoryPath } from "@dr.pogodin/react-native-fs";

// Open the database
const db = TurboSqlite.openDatabase(
  DocumentDirectoryPath + "/test.db"
);

// Create a table
const createTableResult = db.executeSql(
  "CREATE TABLE IF NOT EXISTS users (id INTEGER PRIMARY KEY AUTOINCREMENT, name TEXT, age INTEGER)",
  []
);
console.log("Create table result:", createTableResult);

// Insert some data
const insertResult = db.executeSql(
    "INSERT INTO users (name, age) VALUES (?, ?)",
    ["Alice", 30]
);
console.log("Insert result:", insertResult);

// Select data
const selectResult = db.executeSql("SELECT * FROM users", []);
console.log("Select result:", selectResult);

// You can also run a query async
const asyncSelectResult = await db.executeSqlAsync(
  "SELECT * FROM users",
  []
);
console.log("Async select result:", asyncSelectResult);

Native Async APIs

On native platforms, openDatabaseAsync(), executeSqlAsync(), and closeAsync() run on a background native worker thread instead of the JS thread.

• The async APIs use the same parameter and result shapes as the synchronous APIs.
• executeSqlAsync() still follows the native single-statement behavior of executeSql().
• Async calls on the same database connection are serialized.

Web

Web support is async-only and uses a vendored copy of the official @sqlite.org/sqlite-wasm worker API with OPFS persistence.

• Use openDatabaseAsync(), executeSqlAsync(), closeAsync(), and the other async APIs on web.
• The synchronous APIs intentionally throw on web.
• SQLCipher is not supported on web.
• OPFS is required for the real web backend. If OPFS is unavailable, openDatabaseAsync() throws.
• Web currently executes the full SQL string passed to executeSqlAsync(). Native currently executes only the first prepared statement, so avoid multi-statement SQL strings if you need identical behavior across platforms.
• For non-persistent tests and mocks, use react-native-turbo-sqlite/mocks (which uses sql.js).

You must also serve the required headers for the sqlite-wasm worker/OPFS setup:

• Cross-Origin-Opener-Policy: same-origin
• Cross-Origin-Embedder-Policy: require-corp

The Vite example under example/ is configured this way already.

Encryption Support (SQLCipher)

This library supports database encryption via SQLCipher. Encryption is opt-in and configured at build time.

Enabling SQLCipher

Add the following configuration to your app's package.json:

{
  "react-native-turbo-sqlite": {
    "sqlcipher": true
  }
}

For monorepos: Add the configuration to the root package.json of your monorepo.

After adding the configuration:

1. iOS/macOS: Run pod install in the ios directory
2. Android: Add OpenSSL dependency and rebuild (see Android setup below)

Using Encrypted Databases

Once SQLCipher is enabled, pass an encryption key when opening a database:

import TurboSqlite from "react-native-turbo-sqlite";
import { DocumentDirectoryPath } from "@dr.pogodin/react-native-fs";

// Open an encrypted database
const db = TurboSqlite.openDatabase(
  DocumentDirectoryPath + "/encrypted.db",
  "my-secret-encryption-key"
);

// Use the database normally
db.executeSql("CREATE TABLE IF NOT EXISTS secrets (id INTEGER PRIMARY KEY, data TEXT)", []);

Important Notes

• Without the encryption key, SQLCipher databases cannot be opened
• Changing the key requires re-encrypting the entire database
• Standard SQLite databases can still be opened without providing a key
• Key storage: Store your encryption keys securely (e.g., using react-native-keychain)

Security Considerations

• Never hardcode encryption keys in your source code
• Use platform-specific secure storage for keys (Keychain on iOS, Keystore on Android)
• Consider using user-derived keys (e.g., from a password or biometric authentication)
• The encryption key is passed as a string and can be any length (recommended: 32+ characters)

Platform-Specific Setup

iOS/macOS

No additional setup required. Uses CommonCrypto (via Security.framework) which is built-in.

Note: For macOS, remember to set ENV['RCT_NEW_ARCH_ENABLED'] = '1' in your Podfile.

Android

SQLCipher on Android requires OpenSSL. Add the following to your app's android/app/build.gradle:

android {
    buildFeatures {
        prefab true
    }
}

dependencies {
    // Add OpenSSL dependency for SQLCipher
    implementation 'io.github.ronickg:openssl:3.3.3'
}

Notes:

• The OpenSSL version 3.3.3 is recommended (matches SQLCipher's requirements)
• Prefab is Android's modern system for native dependencies
• This will add ~6-7 MB to your APK (all architectures) or ~2-3 MB per architecture with APK splits

App Size Impact

• Android: ~6-7 MB (all architectures) or ~2-3 MB per architecture with APK splits
• iOS/macOS: ~1-2 MB per architecture

Disabling Encryption

To switch back to standard SQLite:

1. Remove the configuration from package.json
2. Run pod install (iOS/macOS) or rebuild (Android)

Windows

Windows support is currently experimental.

When SQLCipher is enabled, the Windows library project stages the openssl-native runtime DLLs for packaging. If your workspace layout is unusual, you can override Windows SQLCipher mode explicitly in windows/ExperimentalFeatures.props:

<PropertyGroup>
  <UseSqlcipher>1</UseSqlcipher>
</PropertyGroup>

When UseSqlcipher is not set explicitly, Windows falls back to auto-detecting the setting by scanning package.json files above the consuming solution and using the first one that declares the react-native-turbo-sqlite SQLCipher setting.

Why yet another sqlite lib?

The main point of this library is architectural consistency across platforms. It uses React Native Codegen together with a shared C++ TurboModule so the native implementation can be shared across Android, iOS, macOS, and Windows.

Any other or future out-of-tree platform should easily be supported as long as it supports new architecture. Let me know if you have any target that you wish should be supported.

Contributing

See the contributing guide to learn how to contribute to the repository and the development workflow.

License

MIT

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