- Use ubuntu-24.04-arm runner for native ARM64 builds
- Remove cross-compilation setup (OpenSSL issues in Docker)
- Native builds are more reliable and faster
- Install and use cross-rs/cross for ARM64 builds
- Cross provides Docker containers with proper ARM64 sysroots
- Fixes OpenSSL not found error in cross-compilation
- Update Linux deps: webkit2gtk-4.1, libsoup-3.0, javascriptcoregtk-4.1
- Remove Apple code signing env vars (certificates not configured)
- Fix: libsoup-3.0 required by soup3-sys crate in Tauri 2.0
- Add Windows x86_64 build target to release.yml for synord/synor-cli
- Create release-wallet.yml workflow for Tauri desktop wallet builds
- macOS (Intel + Apple Silicon), Windows, Linux support
- Code signing integration (Apple + Windows certificates)
- Tauri auto-update signing support
- Fix Dockerfiles to include src/ directory required by workspace
- Add CODE_SIGNING.md documentation for Apple/Windows certificates
- Added `ApiResponse`, `ResponseMeta`, and related structures for standardized API responses.
- Created health check routes including basic health, liveness, and readiness checks.
- Introduced `AppState` for shared application state across routes.
- Developed wallet API endpoints for wallet management, address operations, balance queries, and transaction signing.
- Implemented RPC API endpoints for blockchain operations including block queries, transaction handling, and network information.
Comprehensive planning document covering:
- REST API design with OpenAPI 3.1 specs
- WebSocket pub/sub architecture for real-time events
- JSON-RPC 2.0 implementation with batch support
- CLI tool (synor) with interactive mode
- Docker port assignments for all services
- Implementation timeline and success criteria
- Introduced DexExample.swift demonstrating decentralized exchange operations including spot trading, perpetual futures, liquidity provision, order book management, and portfolio tracking.
- Added IbcExample.swift showcasing inter-blockchain communication operations such as cross-chain transfers, channel management, packet handling, and relayer operations.
- Created ZkExample.swift illustrating zero-knowledge proof operations including circuit compilation, proof generation and verification, and trusted setup ceremonies.
- Introduced `ibc_example.rs` demonstrating Inter-Blockchain Communication operations including cross-chain transfers, channel management, packet handling, and relayer operations.
- Introduced `zk_example.rs` showcasing Zero-Knowledge proof operations such as circuit compilation, proof generation and verification, and on-chain verification with multiple proving systems.
- Add detailed README.md with installation, quick start, and API examples
- Add CHANGELOG.md documenting all SDK implementations
- Cover all 12 services across 12 languages
- Include configuration, error handling, and WebSocket subscription docs
Privacy SDK features:
- Confidential transactions with Pedersen commitments
- Bulletproof range proofs for value validation
- Ring signatures for anonymous signing with key images
- Stealth addresses for unlinkable payments
- Blinding factor generation and value operations
Contract SDK features:
- Smart contract deployment (standard and CREATE2)
- Call (view/pure) and Send (state-changing) operations
- Event log filtering, subscription, and decoding
- ABI encoding/decoding utilities
- Gas estimation and contract verification
- Multicall for batched operations
- Storage slot reading
Languages implemented:
- JavaScript/TypeScript
- Python (async with httpx)
- Go
- Rust (async with reqwest/tokio)
- Java (async with OkHttp)
- Kotlin (coroutines with Ktor)
- Swift (async/await with URLSession)
- Flutter/Dart
- C (header-only interface)
- C++ (header-only with std::future)
- C#/.NET (async with HttpClient)
- Ruby (Faraday HTTP client)
All SDKs follow consistent patterns:
- Configuration with API key, endpoint, timeout, retries
- Custom exception types with error codes
- Retry logic with exponential backoff
- Health check endpoints
- Closed state management
Add Economics, Governance, and Mining SDKs for:
- Java: Full SDK with CompletableFuture async operations
- Kotlin: Coroutine-based SDK with suspend functions
- Swift: Modern Swift SDK with async/await
- Flutter/Dart: Complete Dart SDK with Future-based API
- C: Header files and implementations with opaque handles
- C++: Modern C++17 with std::future and PIMPL pattern
- C#: Records, async/await Tasks, and IDisposable
- Ruby: Struct-based types with Faraday HTTP client
Also includes minor Dart lint fixes (const exceptions).
Phase 4 implementation - adds three new service SDKs:
Economics SDK:
- Pricing calculations for all service types
- Billing and invoice management
- Staking with APY rewards and vesting
- Discount code system
Governance SDK:
- Proposal lifecycle (create, vote, execute, cancel)
- Voting power with delegation support
- DAO creation (token, multisig, hybrid types)
- Vesting schedules with cliff periods
Mining SDK:
- Stratum pool connections
- Block template retrieval and work submission
- Hashrate and earnings statistics
- GPU device management and configuration
- Worker management and algorithm switching
Languages: JavaScript, Python, Go, Rust
Total: 12 SDK packages
Phase 3 SDK expansion - Flutter/Dart implementations:
- Database SDK: Multi-model database with Key-Value, Document,
Vector, and Time Series stores
- Hosting SDK: Decentralized web hosting with domain management,
DNS, deployments, and SSL provisioning
- Bridge SDK: Cross-chain asset transfers with lock-mint and
burn-unlock patterns
All SDKs follow consistent patterns with:
- Async/await API using Futures
- Proper error handling with typed exceptions
- Configurable retry logic and timeouts
- Full type safety with Dart's type system
- Implement SynorStorage class for decentralized storage operations including upload, download, pinning, and CAR file management.
- Create supporting types and models for storage operations such as UploadOptions, Pin, and StorageConfig.
- Implement SynorWallet class for wallet operations including wallet creation, address generation, transaction signing, and balance queries.
- Create supporting types and models for wallet operations such as Wallet, Address, and Transaction.
- Introduce error handling for both storage and wallet operations.
- Added `with_production_oracle` and `with_oracle` methods to `EconomicsManager` for custom oracle setups.
- Introduced `record_compute_with_gpu` method in `MeteringService` to handle GPU-specific pricing.
- Enhanced `CircuitBreakerManager` to streamline price recording and state checking.
- Expanded `CrossChainOracle` with a builder pattern for easier configuration and added methods for managing pending packets.
- Introduced `PriceOracleBuilder` and `OracleFactory` for creating price oracles with various feeds.
- Added volume discount functionalities in `PricingEngine` for better pricing strategies.
- Improved `ContentResolver` with configuration management and health check features.
- Enhanced `ProverConfig` accessibility in `ProofSubmitter` and `Verifier` for better integration.
- Added utility methods in `SmtContext` for managing SMT-LIB scripts and assertions.
- Implemented Gateway HTTP request handler with method routing
* Added handle(), handle_get(), handle_head(), handle_post(), handle_options()
* Integrated GatewayRequest and HttpResponse types
* Added create_upload_response() for upload functionality
- Integrated ContentRouter into StorageNetwork
* Added router field to StorageNetwork struct
* Added router() and router_mut() accessor methods
- Fixed dead code warnings for gateway handler components
This completes the gateway HTTP handling infrastructure and content routing.
Previously these types were defined but unused, causing dead code warnings.
- Created package_graph.json to define project structure and dependencies for synor_compute.
- Added version file to specify the Dart SDK version.
- Generated pubspec.lock to lock dependencies and their versions for the project.
Implements a protocol for nodes to negotiate which post-quantum signature
algorithm to use for communication. Supports Dilithium3, SPHINCS+ (128s/192s/256s),
and FALCON (512/1024) with configurable preferences based on:
- Security level (NIST 1-5)
- Bandwidth constraints (signature size limits)
- Algorithm family preference (lattice vs hash-based)
Key features:
- AlgorithmCapabilities for advertising node capabilities
- AlgorithmNegotiator for selecting best common algorithm
- Scoring strategies (local/remote preference, average, min/max)
- Fallback algorithm selection (different family for resilience)
- Session parameters with renegotiation support
- Full test coverage (11 tests)
This completes Milestone 2 (Enhanced Quantum Cryptography) of Phase 13.
