localhost1978/localhost/LOCALHOST1978/Modules/SSK_IntegrationTests - Storage Bucket

SSK_IntegrationTests

SSK_IntegrationTests is the primary integration testing suite for the SovereignSurvivalKit ecosystem. This package validates the end-to-end functionality, cryptographic security, mathematical boundaries, and AI integrations across all internal domains of the platform.

The test suite consists of 55 comprehensive integration tests that collectively prove the stability, security, and accuracy of the core architecture.

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1. Headless Host & AI Constraints (Domain1_HeadlessHostTests)

Validates the behavior of the background daemon and local AI boundaries.

• Proves: The background daemon (SSKVaultHost) operates stealthily without a dock icon and integrates properly with Siri Intents.
• Proves: The local LLM is strictly sandboxed to the base manifold. The "deterministic leash" actively intercepts and refuses any unauthorized generative output.

2. High-Performance Signal Processing (Domain2_PhysicsTelemetryTests)

Validates the local physics engine and audio telemetry pipelines.

• Proves: The hardware clock correctly drives the audio pipeline at 96kHz.
• Proves: The mathematics are structurally sound. Apple's vDSP convolutions match their expected mathematical derivatives, and the Savitzky-Golay filters remain stable without hitting singularities.
• Proves: The multi-tier music understanding pipeline works sequentially across domains (Chromagram extraction -> Stem demixing -> Macro-phrase understanding -> Phase alignment).

3. Subtractive Inversion & Cryptography (Domain3_SubtractiveInversionTests)

Validates core privacy bounds, security constraints, and hardware sealing.

• Proves: Cryptographic seals are signed by the local Secure Enclave, timestamps are synced securely via NTP, and BLAKE3 hashing remains computationally stable.
• Proves: The Apple Metal inversion engine executes strictly locally (preventing network leakage), and the Heaviside step function correctly neutralizes and drops any dimensions that violate privacy bounds.

4. Zero-Knowledge Encoding (Domain4_EncodingProtocolTests)

Validates that serialization structures are strictly neutral and mathematically secure.

• Proves: Data serialization completely strips semantic metadata. All keys are scrubbed and nodes are encoded as neutral integers to prevent metadata leakage.
• Proves: The "Thermodynamic Folding" protocol correctly routes data only to mathematically compliant recipients and rejects non-compliant ones, ensuring zero-knowledge projections remain irreversible.

5. Sovereign Vault & Legislation (Domain5_SovereignVaultTests)

Validates local encrypted storage logic and geographical compliance.

• Proves: Vault compartments are cryptographically isolated and "Kassets" are irrevocably bound to the local hardware.
• Proves: Jurisdictional hard-blocks actively and securely deny execution in restricted geographical regions (EU, UK, China, Russia).
• Proves: The "Mortality Trigger" protocol successfully and irrevocably wipes highly sensitive keys (Compartment A) while preserving structurally necessary data (Compartment B).

6. Predictive Logic (PRD3_PredictorCorrectorTests)

Validates the continuous forecasting loops and statistical bounds.

• Proves: The predictive mathematical loops behave as modeled. The system correctly penalizes high-variance paths, triggers circuit breakers (Rabin's Paradox) under heavy dependency loads, and reliably chains a clean Merkle DAG for data provenance.

7. Identity & Settlement (PRD7_IdentitySettlementTests)

Validates integration with Apple Wallet and secure local settlement.

• Proves: Zero-knowledge proofs successfully integrate with Apple Wallet (PassKit/mDOC).
• Proves: Bilateral settlements are strictly enforced. The system rejects any transactions that lack Secure Enclave signatures or fail baseline quality thresholds.

8. Mesh Networking (PRD8_MeshWebRTCTests)

Validates the peer-to-peer isolated mesh environment.

• Proves: The local mesh functions securely. Apple's Multipeer Connectivity handles peer discovery, the video pipeline leverages native ScreenCaptureKit (bypassing vulnerable generic WebRTC dependencies), and the TDLib tunnel successfully forms end-to-end encrypted channels.

9. Topological Validation (PRD9_MandatoryValidationTests)

Validates systemic equilibrium and structural topology.

• Proves: The Edgcumbe validation protocol correctly measures systemic equilibrium and immediately rejects any mathematically imbalanced data states.

10. URI Routing & Apple Intents (SSKURITests)

Validates custom schema parsing and integration with Apple's ecosystem.

• Proves: The custom SSKURI protocol is robust. It parses cleanly, handles invalid states gracefully, supports hierarchical parent/child tree navigation, and integrates seamlessly with Apple's AppEntity framework for Shortcuts and Siri.

11. LLM Evaluation Framework (Evaluations)

Integrates Apple's Evaluations framework to programmatically assess AI accuracy and generative reliability.

• SemanticTagExtractorEvaluations: Proves that the semantic tag extraction model achieves a high precision score (>90%) when extracting structured [SemanticPrimitive] data from unstructured text.
• FoundationModelsEvaluations: Proves that the FoundationModelsProvider strictly adheres to valid JSON schemas upon request and successfully executes the Refusal Leash constraints when prompted for prohibited content.

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Running the Tests

This package is configured to run through the SSK_IntegrationTests scheme in Xcode. You can execute these tests locally via the Xcode IDE or via the master CLI orchestrator script in the project root.