mirror of
https://github.com/zap-proto/spec.git
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zeekay
dd8e16745b
Initial release of ZAP (Zero-copy Agent Protocol) for high-performance AI agent communication with post-quantum security. ## Features ### Core Protocol - Cap'n Proto RPC for zero-copy serialization - Client/Server/Gateway architecture - Multi-transport support (TCP, Unix sockets, WebSocket) ### Post-Quantum Cryptography - ML-KEM-768 key encapsulation (NIST FIPS 203) - ML-DSA-65 digital signatures (NIST FIPS 204) - Hybrid X25519 + ML-KEM handshake ### W3C DID Identity - did:lux - Blockchain-anchored DIDs for Lux network - did:key - Self-certifying DIDs from ML-DSA-65 keys - did:web - DNS-based DIDs - DID Document generation with verification methods ### Agentic Consensus - Query/Response/Vote model for agent decisions - Configurable consensus threshold (default 50% majority) - Stake-weighted voting support - Finality proofs with post-quantum signatures ### Lux Integration - LuxConsensusBridge for Quasar finality - Ringtail threshold signature support - BLS + Ringtail hybrid signatures ## SDKs - Rust: Full native implementation with async support - Python: hanzo-zap package with asyncio - TypeScript: @hanzo/zap package with full type safety ## Testing - Rust: 38 tests - Python: 48 tests - TypeScript: 60 tests - CI: GitHub Actions with 80%+ coverage gates
141 lines
4.3 KiB
Python
141 lines
4.3 KiB
Python
"""Tests for hanzo_zap.crypto module."""
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import pytest
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from hanzo_zap import crypto
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class TestHashFunctions:
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"""Tests for hash functions."""
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def test_blake3_hash(self):
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"""Test BLAKE3 hashing."""
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if not hasattr(crypto, 'blake3_hash'):
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pytest.skip("blake3_hash not implemented")
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data = b"hello world"
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hash1 = crypto.blake3_hash(data)
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hash2 = crypto.blake3_hash(data)
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assert hash1 == hash2
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assert len(hash1) == 32
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def test_blake3_hash_different_inputs(self):
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"""Test BLAKE3 produces different hashes for different inputs."""
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if not hasattr(crypto, 'blake3_hash'):
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pytest.skip("blake3_hash not implemented")
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hash1 = crypto.blake3_hash(b"hello")
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hash2 = crypto.blake3_hash(b"world")
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assert hash1 != hash2
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class TestKeyGeneration:
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"""Tests for key generation functions."""
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def test_generate_keypair(self):
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"""Test generating a keypair."""
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if not hasattr(crypto, 'generate_keypair'):
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pytest.skip("generate_keypair not implemented")
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public_key, secret_key = crypto.generate_keypair()
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assert len(public_key) == 32 # Ed25519 public key
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assert len(secret_key) == 64 # Ed25519 secret key
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def test_generate_keypair_unique(self):
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"""Test that each keypair is unique."""
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if not hasattr(crypto, 'generate_keypair'):
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pytest.skip("generate_keypair not implemented")
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pk1, _ = crypto.generate_keypair()
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pk2, _ = crypto.generate_keypair()
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assert pk1 != pk2
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class TestSignatureVerification:
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"""Tests for signature operations."""
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def test_sign_and_verify(self):
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"""Test signing and verifying a message."""
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if not hasattr(crypto, 'sign') or not hasattr(crypto, 'verify'):
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pytest.skip("sign/verify not implemented")
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public_key, secret_key = crypto.generate_keypair()
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message = b"test message"
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signature = crypto.sign(message, secret_key)
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assert crypto.verify(message, signature, public_key)
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def test_verify_invalid_signature(self):
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"""Test verification fails with invalid signature."""
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if not hasattr(crypto, 'sign') or not hasattr(crypto, 'verify'):
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pytest.skip("sign/verify not implemented")
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public_key, secret_key = crypto.generate_keypair()
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message = b"test message"
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signature = crypto.sign(message, secret_key)
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# Corrupt signature
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bad_signature = bytes([(b + 1) % 256 for b in signature])
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assert not crypto.verify(message, bad_signature, public_key)
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class TestHKDF:
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"""Tests for HKDF key derivation."""
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def test_hkdf_derive(self):
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"""Test HKDF key derivation."""
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if not hasattr(crypto, 'hkdf_derive'):
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pytest.skip("hkdf_derive not implemented")
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ikm = b"input key material"
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salt = b"salt"
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info = b"info"
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derived = crypto.hkdf_derive(ikm, salt, info, 32)
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assert len(derived) == 32
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def test_hkdf_deterministic(self):
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"""Test HKDF is deterministic."""
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if not hasattr(crypto, 'hkdf_derive'):
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pytest.skip("hkdf_derive not implemented")
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ikm = b"input key material"
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salt = b"salt"
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info = b"info"
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derived1 = crypto.hkdf_derive(ikm, salt, info, 32)
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derived2 = crypto.hkdf_derive(ikm, salt, info, 32)
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assert derived1 == derived2
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class TestAEAD:
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"""Tests for AEAD encryption."""
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def test_aead_encrypt_decrypt(self):
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"""Test AEAD encrypt/decrypt roundtrip."""
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if not hasattr(crypto, 'aead_encrypt') or not hasattr(crypto, 'aead_decrypt'):
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pytest.skip("AEAD not implemented")
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key = bytes(32) # 256-bit key
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nonce = bytes(12)
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plaintext = b"secret message"
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aad = b"additional data"
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ciphertext = crypto.aead_encrypt(key, nonce, plaintext, aad)
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decrypted = crypto.aead_decrypt(key, nonce, ciphertext, aad)
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assert decrypted == plaintext
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class TestCryptoModule:
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"""General crypto module tests."""
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def test_module_has_constants(self):
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"""Test crypto module has expected constants."""
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# Just test the module is importable and has some content
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assert hasattr(crypto, '__name__')
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