wifi-densepose/examples/exo-ai-2025/docs/UNIT_TEST_STATUS.md

Unit Test Agent - Status Report

Agent Information

• Agent Role: Unit Test Specialist
• Task: Create comprehensive unit tests for EXO-AI 2025
• Status: ⏳ PREPARED - Waiting for Crates
• Date: 2025-11-29

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Current Situation

Crates Status

❌ No crates exist yet - The project is in architecture/specification phase

What Exists

✅ Specification documents (SPECIFICATION.md, ARCHITECTURE.md, PSEUDOCODE.md) ✅ Research documentation ✅ Architecture diagrams

What's Missing

❌ Crate directories (crates/exo-*/) ❌ Source code files (lib.rs, implementation) ❌ Cargo.toml files for crates

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Test Preparation Completed

📋 Documents Created

1. TEST_STRATEGY.md (4,945 lines)

   • Comprehensive testing strategy
   • Test pyramid architecture
   • Per-crate test plans
   • Performance benchmarks
   • Security testing approach
   • CI/CD integration
   • Coverage targets

2. Test Templates (9 files, ~1,500 lines total)

   • exo-core/tests/core_traits_test.rs
   • exo-manifold/tests/manifold_engine_test.rs
   • exo-hypergraph/tests/hypergraph_test.rs
   • exo-temporal/tests/temporal_memory_test.rs
   • exo-federation/tests/federation_test.rs
   • exo-backend-classical/tests/classical_backend_test.rs
   • integration/manifold_hypergraph_test.rs
   • integration/temporal_federation_test.rs
   • integration/full_stack_test.rs

3. Test Templates README.md

   • Usage instructions
   • Activation checklist
   • TDD workflow guide
   • Coverage and CI setup

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Test Coverage Planning

Unit Tests (60% of test pyramid)

exo-core (Core Traits)

• ✅ Pattern construction (5 tests)
• ✅ TopologicalQuery variants (3 tests)
• ✅ SubstrateTime operations (2 tests)
• ✅ Error handling (2 tests)
• ✅ Filter operations (2 tests) Total: ~14 unit tests

exo-manifold (Learned Manifold Engine)

• ✅ Retrieval operations (4 tests)
• ✅ Gradient descent convergence (3 tests)
• ✅ Manifold deformation (4 tests)
• ✅ Strategic forgetting (3 tests)
• ✅ SIREN network (3 tests)
• ✅ Fourier features (2 tests)
• ✅ Tensor Train (2 tests, feature-gated)
• ✅ Edge cases (4 tests) Total: ~25 unit tests

exo-hypergraph (Hypergraph Substrate)

• ✅ Hyperedge creation (5 tests)
• ✅ Hyperedge queries (3 tests)
• ✅ Persistent homology (5 tests)
• ✅ Betti numbers (3 tests)
• ✅ Sheaf consistency (3 tests, feature-gated)
• ✅ Simplicial complex (5 tests)
• ✅ Index operations (3 tests)
• ✅ ruvector-graph integration (2 tests)
• ✅ Edge cases (3 tests) Total: ~32 unit tests

exo-temporal (Temporal Memory)

• ✅ Causal cone queries (4 tests)
• ✅ Consolidation (6 tests)
• ✅ Anticipation (4 tests)
• ✅ Causal graph (5 tests)
• ✅ Temporal knowledge graph (3 tests)
• ✅ Short-term buffer (4 tests)
• ✅ Long-term store (3 tests)
• ✅ Edge cases (4 tests) Total: ~33 unit tests

exo-federation (Federated Mesh)

• ✅ Post-quantum crypto (4 tests)
• ✅ Federation handshake (5 tests)
• ✅ Byzantine consensus (5 tests)
• ✅ CRDT reconciliation (4 tests)
• ✅ Onion routing (4 tests)
• ✅ Federated queries (4 tests)
• ✅ Raft consensus (3 tests)
• ✅ Encrypted channels (4 tests)
• ✅ Edge cases (4 tests) Total: ~37 unit tests

exo-backend-classical (ruvector Integration)

• ✅ Backend construction (4 tests)
• ✅ Similarity search (4 tests)
• ✅ Manifold deform (2 tests)
• ✅ Hyperedge queries (2 tests)
• ✅ ruvector-core integration (3 tests)
• ✅ ruvector-graph integration (2 tests)
• ✅ ruvector-gnn integration (2 tests)
• ✅ Error handling (2 tests)
• ✅ Performance (2 tests)
• ✅ Memory (1 test)
• ✅ Concurrency (2 tests)
• ✅ Edge cases (4 tests) Total: ~30 unit tests

TOTAL UNIT TESTS: ~171 tests

Integration Tests (30% of test pyramid)

Cross-Crate Integration

• ✅ Manifold + Hypergraph (3 tests)
• ✅ Temporal + Federation (3 tests)
• ✅ Full stack (3 tests) Total: ~9 integration tests

End-to-End Tests (10% of test pyramid)

• ⏳ To be defined based on user scenarios
• ⏳ Will include complete workflow tests

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Test Categories

By Type

• Unit Tests: 171 planned
• Integration Tests: 9 planned
• Property-Based Tests: TBD (using proptest)
• Benchmarks: 5+ performance benchmarks
• Fuzz Tests: TBD (using cargo-fuzz)
• Security Tests: Cryptographic validation

By Feature

• Core Features: Always enabled
• tensor-train: Feature-gated (2 tests)
• sheaf-consistency: Feature-gated (3 tests)
• post-quantum: Feature-gated (4 tests)

By Framework

• Standard #[test]: Most unit tests
• #[tokio::test]: Async federation tests
• #[should_panic]: Error case tests
• criterion: Performance benchmarks
• proptest: Property-based tests

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Performance Targets

Operation	Target Latency	Target Throughput	Test Count
Manifold Retrieve (k=10)	<10ms	>1000 qps	2
Hyperedge Creation	<1ms	>10000 ops/s	1
Causal Query	<20ms	>500 qps	1
Byzantine Commit	<100ms	>100 commits/s	1

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Coverage Targets

• Statements: >85%
• Branches: >75%
• Functions: >80%
• Lines: >80%

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Next Steps

Immediate (When Crates Are Created)

1. Coder creates crate structure

   mkdir -p crates/{exo-core,exo-manifold,exo-hypergraph,exo-temporal,exo-federation,exo-backend-classical}
   

2. Copy test templates to crates

   cp -r test-templates/exo-core/tests crates/exo-core/
   cp -r test-templates/exo-manifold/tests crates/exo-manifold/
   # ... etc for all crates
   

3. Activate tests (uncomment use statements)

4. Run tests (RED phase)

   cargo test --all-features
   # Tests will fail - this is expected (TDD)
   

5. Implement code (GREEN phase)

   • Write implementation to pass tests
   • Iterate until all tests pass

6. Refactor and optimize

   • Keep tests green while improving code

Long-term

1. Add property-based tests (proptest)
2. Add fuzz testing (cargo-fuzz)
3. Setup CI/CD (GitHub Actions)
4. Generate coverage reports (tarpaulin)
5. Add benchmarks (criterion)
6. Security audit (crypto tests)

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File Locations

Test Strategy

/home/user/ruvector/examples/exo-ai-2025/docs/TEST_STRATEGY.md

Test Templates

/home/user/ruvector/examples/exo-ai-2025/test-templates/
├── exo-core/tests/core_traits_test.rs
├── exo-manifold/tests/manifold_engine_test.rs
├── exo-hypergraph/tests/hypergraph_test.rs
├── exo-temporal/tests/temporal_memory_test.rs
├── exo-federation/tests/federation_test.rs
├── exo-backend-classical/tests/classical_backend_test.rs
├── integration/manifold_hypergraph_test.rs
├── integration/temporal_federation_test.rs
├── integration/full_stack_test.rs
└── README.md

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Coordination

Memory Status

• ✅ Pre-task hook executed
• ✅ Post-task hook executed
• ✅ Status stored in coordination memory
• ⏳ Waiting for coder agent signal

Blocking On

• Coder Agent: Must create crate structure
• Coder Agent: Must implement core types and traits
• Architect Agent: Must finalize API contracts

Ready To Provide

• ✅ Test templates (ready to copy)
• ✅ Test strategy (documented)
• ✅ TDD workflow (defined)
• ✅ Coverage tools (documented)
• ✅ CI/CD integration (planned)

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Summary

The Unit Test Agent has completed comprehensive test preparation for the EXO-AI 2025 project:

• 171+ unit tests planned across 6 crates
• 9 integration tests for cross-crate validation
• Comprehensive test strategy documented
• TDD workflow ready to execute
• Performance benchmarks specified
• Security tests planned
• CI/CD integration designed

Status: Ready to activate immediately when crates are created.

Next Action: Wait for coder agent to create crate structure, then copy and activate tests.

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Contact Points

For coordination:

• Check /home/user/ruvector/examples/exo-ai-2025/test-templates/README.md
• Review /home/user/ruvector/examples/exo-ai-2025/docs/TEST_STRATEGY.md
• Monitor coordination memory for coder agent status

Test Agent: Standing by, ready to integrate tests immediately upon crate creation.