sqlitesec 1.0.0

Secure SQLite databases with AES-256 encryption

SqliteSec

Secure SQLite databases with AES-256 encryption

SqliteSec protects your SQLite databases by encrypting them with industry-standard AES-256 encryption. Share sensitive data safely or work with confidential information without compromising security.

Installation

pip install sqlitesec

Features

• AES-256 encryption - Military-grade security for your databases
• Seamless integration - Drop-in replacement for standard SQLite connections
• Automatic encryption/decryption - Transparent operation with your existing code
• Secure file sharing - Safely send encrypted databases to others

Quick Start

from sqlitesec import SqliteSec
import os

# Initialize with your encryption key
key = os.urandom(32)  # Generate a secure 256-bit key
sqs = SqliteSec(key)

# Create and use encrypted database
conn = sqs.connect("secure.db")
cursor = conn.cursor()

# Standard SQLite operations work normally
cursor.execute('CREATE TABLE users (id INTEGER PRIMARY KEY, name TEXT)')
cursor.execute('INSERT INTO users (name) VALUES (?)', ('Alice',))
conn.commit()

# Always close properly to ensure encryption
sqs.close(conn, "secure.db")

Reading Encrypted Data

# Reconnect and read data
conn = sqs.connect("secure.db")
cursor = conn.cursor()

cursor.execute('SELECT name FROM users WHERE id = 1')
user_name = cursor.fetchone()[0]
print(f"User: {user_name}")

sqs.close(conn, "secure.db")

API Reference

SqliteSec(key)

Initialize with encryption key (32 bytes for AES-256).

connect(database_path)

Open encrypted database connection. Returns standard SQLite connection object.

close(connection, database_path)

Properly close connection and ensure data is encrypted.

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Security Note: Always use a strong, randomly generated key and store it securely.