fasq_security 0.2.0

Security plugin package for FASQ with encryption, secure storage, and persistence capabilities.

0.2.0

Note: This release has breaking changes.

• BREAKING FEAT(core): Parent-Child Query Cancellation & Cascading Disposal (#47).

0.1.4+2

• Update a dependency to the latest release.

0.1.4+1

• DOCS: Update READMEs with new features, documentation links, usage examples, and remove production warnings. (#44).

0.1.4

• FEAT: Add automatic serializer generator for type-safe persistence (#42).
• DOCS: Update README files across packages to indicate active development status and not ready for production use.

0.1.3

• FEAT: enhance CacheDatabase schema setup (#39).
• FEAT: introduce cache data codec (#38).

0.1.2

• FEAT: harden persistence across cache layers (#36).
• DOCS: sync readme versions (#35).

0.1.1

• FEAT: example app (#23).

0.1.0+3

• Update a dependency to the latest release.

0.1.0+2

• Update a dependency to the latest release.

0.1.0+1

• Update a dependency to the latest release.

0.1.0

Note: This release has breaking changes.

• FIX: resolve all analysis issues and prepare packages for publishing (#16).
• DOCS: Clean up README by removing phase references and PRD mentions (#14).
• BREAKING FEAT: Extract security features to separate fasq_security package (#11).

Changelog

All notable changes to the fasq_security package will be documented in this file.

The format is based on Keep a Changelog, and this project adheres to Semantic Versioning.

0.0.1 2024-01-XX

Added

• Initial release of fasq_security package
• Security plugin architecture with abstract interfaces
• DefaultSecurityPlugin implementation
• CryptoEncryptionProvider with AES-GCM encryption and isolate support
• SecureStorageProvider with platform-specific secure storage
• DriftPersistenceProvider with efficient batch operations
• Comprehensive test suite for all providers and plugins
• Key rotation functionality with progress tracking
• Automatic expiration and cleanup of cache entries
• Support for iOS, Android, macOS, Windows, and Linux
• Error handling with specific exception types
• Documentation and usage examples

Security

• AES-GCM encryption with 256-bit keys
• Cryptographically secure random key generation
• Platform-specific secure storage (Keychain/Keystore)
• Isolate-based encryption for large data to prevent UI blocking
• ACID-compliant persistence operations

Performance

• 20x faster batch operations compared to individual operations
• Background isolate processing for large data encryption
• Optimized memory usage for mobile devices
• Efficient database operations with proper indexing

[Unreleased]

Planned

• Full Drift SQLite implementation (currently using in-memory storage)
• Additional security plugins (NoSecurityPlugin, EnterpriseSecurityPlugin)
• Web platform support
• Performance benchmarks and optimization
• Additional encryption algorithms
• Advanced key management features