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.
Fix all Rust clippy warnings that were causing CI failures when built
with RUSTFLAGS=-Dwarnings. Changes include:
- Replace derivable_impls with derive macros for BlockBody, Network, etc.
- Use div_ceil() instead of manual implementation
- Fix should_implement_trait by renaming from_str to parse
- Add type aliases for type_complexity warnings
- Use or_default(), is_some_and(), is_multiple_of() where appropriate
- Remove needless borrows and redundant closures
- Fix manual_strip with strip_prefix()
- Add allow attributes for intentional patterns (too_many_arguments,
needless_range_loop in cryptographic code, assertions_on_constants)
- Remove unused imports, mut bindings, and dead code in tests
A complete blockchain implementation featuring:
- synord: Full node with GHOSTDAG consensus
- explorer-web: Modern React blockchain explorer with 3D DAG visualization
- CLI wallet and tools
- Smart contract SDK and example contracts (DEX, NFT, token)
- WASM crypto library for browser/mobile
