diff --git a/.gitignore b/.gitignore
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+++ b/.gitignore
@@ -79,3 +79,6 @@ userspace/minimal/.mode.*
# Local agent/spec workspace artifacts
.kiro/
AYKENOS_PROJE_GENEL_YAPI_VE_MIMARI_RAPORU.md
+
+# local experiments
+_wip_local/
diff --git a/AYKENOS_GENEL_ILERLEME_RAPORU_2026_03_10.md b/AYKENOS_GENEL_ILERLEME_RAPORU_2026_03_10.md
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+# AykenOS Genel İlerleme Raporu
+
+**Tarih:** 10 Mart 2026
+**Hazırlayan:** Kiro AI Assistant
+**Versiyon:** v1.0 - Official Closure Status
+**Durum:** Phase 10 & Phase 11 OFFICIALLY CLOSED
+
+---
+
+## 📊 YÖNETİCİ ÖZETİ
+
+AykenOS, AI-native ve execution-centric mimari ile geliştirilen yenilikçi bir işletim sistemi projesidir. Proje, 10 Mart 2026 itibariyle **kritik bir dönüm noktasına** ulaşmış ve **Phase 10 (Runtime)** ile **Phase 11 (Verification Substrate)** resmi olarak kapatılmıştır.
+
+### Kritik Başarılar
+
+✅ **Phase 10 Runtime:** Deterministic kernel runtime local freeze ile PASS
+✅ **Phase 11 Verification:** Bootstrap/local proof chain ile PASS
+✅ **Official Confirmation:** Remote CI freeze run #22797401328 başarılı
+✅ **Evidence Chain:** `execution → trace → replay → proof → portable bundle`
+
+### Proje Durumu Özeti
+
+| Kategori | Durum | Açıklama |
+|----------|-------|----------|
+| **Core OS** | ✅ TAMAMLANDI | Phase 4.5 (Policy Accept Proof) |
+| **Phase 10 Runtime** | ✅ CLOSED | Official closure confirmed |
+| **Phase 11 Verification** | ✅ CLOSED | Official closure confirmed |
+| **Constitutional System** | ✅ TAMAMLANDI | Phases 1-12 (350+ test) |
+| **Architecture Freeze** | 🔄 ACTIVE | Stabilization mode |
+| **CI Gates** | ✅ OPERATIONAL | 21 gates active |
+
+---
+
+## 1. PROJE GENEL BAKIŞ
+
+### 1.1 Vizyon ve Felsefe
+
+AykenOS, geleneksel işletim sistemi paradigmalarını yeniden tanımlayan, **execution-centric** (yürütme merkezli) ve **AI-native** (yapay zeka doğal) bir işletim sistemidir.
+
+**Temel Felsefe:**
+- **Execution-Centric:** 11 mechanism syscall (1000-1010) - POSIX yerine
+- **Ring3 Empowerment:** Tüm policy kararları userspace'te
+- **Ring0 Minimalism:** Kernel SADECE mekanizma sağlar
+- **AI-Native Design:** AI çekirdekte entegre, eklenti değil
+- **Deterministic Execution:** Evidence-based, reproducible davranış
+
+### 1.2 Mimari Yenilikler
+
+**Syscall Interface:**
+```
+Geleneksel OS: 300+ POSIX syscalls
+AykenOS: 11 execution-centric syscalls (1000-1010)
+```
+
+**Ring Separation:**
+```
+Ring0 (Kernel): Mechanism only (memory, context, interrupts)
+Ring3 (User): Policy only (VFS, DevFS, scheduler, AI)
+```
+
+**Security Model:**
+```
+Geleneksel: User/Group permissions
+AykenOS: Capability-based tokens
+```
+
+---
+
+## 2. TAMAMLANAN FAZLAR
+
+### Phase 1: Core Kernel (100% ✅)
+
+**Tamamlanma:** 2025
+**Durum:** TAMAMLANDI
+
+**Başarılar:**
+- ✅ UEFI bootloader (x86_64) operasyonel
+- ✅ Bellek yönetimi (physical, virtual, heap)
+- ✅ GDT/IDT/ISR kurulumu
+- ✅ Preemptive scheduler mekanizması
+- ✅ DevFS stub'ları
+- ✅ Framebuffer konsolu ve UI
+
+### Phase 1.5: Stabilization (100% ✅)
+
+**Tamamlanma:** 2025
+**Durum:** TAMAMLANDI
+
+**Başarılar:**
+- ✅ Toolchain kurulumu ve doğrulaması
+- ✅ Ring3 round-trip testleri
+- ✅ QEMU entegrasyon testleri
+- ✅ Kod temizliği ve tutarlılık
+
+### Phase 2: Execution-Centric Architecture (100% ✅)
+
+**Tamamlanma:** 2025-2026
+**Durum:** TAMAMLANDI
+
+**Başarılar:**
+- ✅ 11 syscall aralığı aktif (1000-1010)
+- ✅ Ring3 VFS/DevFS implementasyonu
+- ✅ BCIB execution engine temel altyapısı
+- ✅ Capability-based security modeli
+
+### Phase 2.5: Legacy Cleanup (100% ✅)
+
+**Tamamlanma:** 2026
+**Durum:** TAMAMLANDI
+
+**Başarılar:**
+- ✅ POSIX syscall'ların tamamen kaldırılması
+- ✅ Ring0 policy kod temizliği
+- ✅ Stub fonksiyonların minimizasyonu
+
+### Phase 3.4: Multi-Agent Orchestration (100% ✅)
+
+**Tamamlanma:** 2026
+**Durum:** TAMAMLANDI
+
+**Başarılar:**
+- ✅ GATE A: Orchestration Core
+- ✅ GATE B: Agent Pool Management
+- ✅ GATE C: Hardware Intelligence
+- ✅ GATE D: Advanced Planning & Coordination
+- ✅ GATE E: Security & Integration
+
+### Phase 4.3: Performance Optimization (100% ✅)
+
+**Tamamlanma:** 2026
+**Durum:** TAMAMLANDI
+
+**Başarılar:**
+- ✅ Evidence-Based Optimization
+- ✅ HashMap → Indexed structures (3-5x improvement)
+- ✅ Memory Allocation Optimization (80%+ reduction)
+- ✅ Single-Pass Processing (O(n²) → O(n))
+- ✅ Constitutional Compliance
+
+### Phase 4.4: Ring3 Execution Model (100% ✅)
+
+**Tamamlanma:** Şubat 2026
+**Durum:** TAMAMLANDI
+
+**Başarılar:**
+- ✅ Ring3 user process execution operasyonel
+- ✅ INT 0x80 syscall interface çalışıyor
+- ✅ Syscall roundtrip doğrulandı
+- ✅ Context switching Ring0 ↔ Ring3 stabil
+- ✅ Capability-based security aktif
+- ✅ Performance hedefleri aşıldı
+
+### Phase 4.5: Advanced Integration (100% ✅)
+
+**Tamamlanma:** Şubat 2026
+**Durum:** TAMAMLANDI
+
+**Başarılar:**
+- ✅ Gate-4: Policy Accept Proof operasyonel
+- ✅ Deterministic policy-accept runtime validation
+- ✅ Mailbox state separation
+- ✅ Pre-CI discipline infrastructure (4 core gates)
+- ✅ 12 CI gates operational
+- ✅ Branch protection enforced
+
+### Phase 10-A1: Ring3 Process Preparation (100% ✅)
+
+**Tamamlanma:** 28 Şubat 2026
+**Durum:** TAMAMLANDI
+
+**Başarılar:**
+- ✅ ELF64 Parser (STATIC functions, Ring0 export minimization)
+- ✅ User Address Space Creation (PML4, kernel half copy, USER bit clearing)
+- ✅ PT_LOAD Segment Loading (full iteration, BSS zero-fill)
+- ✅ User/Kernel Stack Allocation (2 pages + RSP0)
+- ✅ Mailbox Allocation (scheduler bridge at 0x700000)
+- ✅ Process Registration (PCB integration, PROC_READY state)
+
+### Phase 10-A2: Real CPL3 Entry (100% ✅)
+
+**Tamamlanma:** 7 Mart 2026
+**Durum:** OFFICIALLY CLOSED
+
+**Başarılar:**
+- ✅ TSS/GDT/IDT Validation
+- ✅ ring3_enter() Assembly (IRETQ implementation)
+- ✅ #BP Exception Handler (Ring3 detection)
+- ✅ Scheduler Integration
+- ✅ CI Gate Implementation
+- ✅ Strict Gate PASS
+- ✅ Official Closure Evidence
+
+**Evidence:**
+- Local freeze: `evidence/run-local-freeze-p10p11/`
+- Evidence SHA: `9cb2171b`
+- Closure sync SHA: `fe9031d7`
+- Official CI: `ci-freeze` run #22797401328 (success)
+
+### Phase 11: Verification Substrate (100% ✅)
+
+**Tamamlanma:** 7 Mart 2026
+**Durum:** OFFICIALLY CLOSED
+
+**Başarılar:**
+- ✅ ABDF Snapshot Identity
+- ✅ ETI Sequence
+- ✅ BCIB Trace Identity
+- ✅ Replay Determinism
+- ✅ Ledger Completeness
+- ✅ Ledger Integrity
+- ✅ KPL Proof Verify
+- ✅ Proof Bundle
+
+**Evidence:**
+- Local closure: `evidence/run-local-phase11-closure/`
+- Evidence SHA: `9cb2171b`
+- Official CI: `ci-freeze` run #22797401328 (success)
+
+### Constitutional System: Phases 1-12 (100% ✅)
+
+**Tamamlanma:** 2025-2026
+**Durum:** TAMAMLANDI
+
+**Başarılar:**
+- ✅ Phase 1-11: Core infrastructure, AHS, AHTS, MARS, ARRE
+- ✅ Phase 12-A: Auto-Refactor Hints (ARH) sistemi
+- ✅ Phase 12-B: Governance closure ve self-health monitoring
+- ✅ 350+ test passing
+- ✅ Zero warnings compilation
+
+---
+
+## 3. PHASE 10 & 11 OFFICIAL CLOSURE
+
+### 3.1 Snapshot Truth (2026-03-07)
+
+**Closure Evidence:**
+- Runtime freeze: `local-freeze-p10p11`
+- Verification closure: `local-phase11-closure`
+- Evidence git SHA: `9cb2171b`
+- Closure sync SHA: `fe9031d7`
+- Official CI: `ci-freeze` run #22797401328 (success)
+
+**Current State:**
+- `CURRENT_PHASE`: 10 (formal phase transition pending)
+- `Phase-10`: CLOSED (official closure confirmed)
+- `Phase-11`: CLOSED (official closure confirmed)
+
+### 3.2 Phase 10 Runtime Closure
+
+**Evidence Run:**
+- `evidence/run-local-freeze-p10p11/reports/summary.json`
+
+**Key Gates:**
+- ✅ `ring3-execution-phase10a2` → PASS
+- ✅ `syscall-semantics-phase10b` → PASS
+- ✅ `scheduler-mailbox-phase10c` → PASS
+- ✅ `syscall-v2-runtime` → PASS
+- ✅ `sched-bridge-runtime` → PASS
+- ✅ `runtime-marker-contract` → PASS
+
+**Freeze Result:**
+- `freeze_status = kernel_runtime_verified`
+- `verdict = PASS`
+
+**Interpretation:**
+- Real CPL3 proof locally verified
+- Syscall boundary locally verified
+- Scheduler/mailbox runtime contract locally verified
+
+### 3.3 Phase 11 Verification Closure
+
+**Evidence Run:**
+- `evidence/run-local-phase11-closure/reports/summary.json`
+
+**Key Gates:**
+- ✅ `abdf-snapshot-identity` → PASS
+- ✅ `eti-sequence` → PASS
+- ✅ `bcib-trace-identity` → PASS
+- ✅ `replay-determinism` → PASS
+- ✅ `ledger-completeness` → PASS
+- ✅ `ledger-integrity` → PASS
+- ✅ `kpl-proof-verify` → PASS
+- ✅ `proof-bundle` → PASS
+
+**Interpretation:**
+- Execution identity bound
+- Replay determinism verified
+- KPL proof manifest verified
+- Portable proof bundle reproduces matching offline verdict
+
+### 3.4 Evidence Chain Validation
+
+**Execution Chain:**
+```
+execution → trace → replay → proof → portable bundle
+```
+
+**Validation:**
+- ✅ Local freeze evidence produced
+- ✅ Remote CI confirmation received
+- ✅ Evidence chain complete
+- ✅ Determinism verified
+- ✅ Proof portability confirmed
+
+---
+
+## 4. MİMARİ DURUM
+
+### 4.1 Constitutional Rules (Non-Negotiable)
+
+AykenOS'un temel kuralları CI gates tarafından enforce edilir:
+
+#### 1. Ring0 Policy Prohibition
+- Ring0 kodu policy kararları içeremez
+- Enforcement: `make ci-gate-boundary`
+- Violation: PR AUTO-REJECT
+
+#### 2. ABI Stability
+- Syscall range 1000-1010 FROZEN
+- Single source: `ayken_abi.h`
+- Enforcement: `make ci-gate-abi`
+
+#### 3. Ring0 Export Surface
+- Export ceiling: 165 symbols (enforced)
+- New export requires ADR
+- Enforcement: `make ci-gate-ring0-exports`
+
+#### 4. Evidence Integrity
+- Evidence directory immutable
+- Baseline locks authorized workflow only
+- Enforcement: `make ci-gate-hygiene`
+
+#### 5. Determinism Requirement
+- No timing-dependent behavior
+- CI reproducibility mandatory
+- Enforcement: `make ci-gate-performance`
+
+### 4.2 CI Gates (21 Active)
+
+**Mandatory Gates:**
+1. ✅ ABI Stability Gate
+2. ✅ Boundary Enforcement Gate
+3. ✅ Ring0 Export Surface Gate
+4. ✅ Hygiene Gate
+5. ✅ Constitutional Compliance Gate
+6. ✅ Governance Policy Gate
+7. ✅ Drift Activation Gate
+8. ✅ Workspace Integrity Gate
+9. ✅ Syscall v2 Runtime Gate
+10. ✅ Sched Bridge Runtime Gate
+11. ✅ Policy Accept Gate
+12. ✅ Performance Gate
+13. ✅ Ring3 Execution Phase10a2 Gate
+14. ✅ Syscall Semantics Phase10b Gate
+15. ✅ Scheduler Mailbox Phase10c Gate
+16. ✅ ABDF Snapshot Identity Gate
+17. ✅ ETI Sequence Gate
+18. ✅ BCIB Trace Identity Gate
+19. ✅ Replay Determinism Gate
+20. ✅ Ledger Integrity Gate
+21. ✅ KPL Proof Verify Gate
+
+**Pre-CI Discipline:**
+- 4 core gates (~30-60s, fail-closed, advisory)
+- Strict execution order: ABI → Boundary → Hygiene → Constitutional
+- Stop on first failure (no auto-fix, no bypass)
+- Manual intervention required on failure
+- Does NOT replace CI (CI remains mandatory for merge)
+
+### 4.3 Teknik Metrikler
+
+#### Kod Tabanı
+```
+Kernel (C/ASM): ~11,000 LOC
+Userspace (Rust): ~8,000 LOC
+Ayken-Core (Rust): ~5,000 LOC
+Ayken CLI (Rust): ~25,000 LOC
+Toplam: ~49,000 LOC
+```
+
+#### Test Kapsamı
+```
+Constitutional System: 350+ test
+Kernel Tests: Entegrasyon testleri
+Ayken-Core Tests: 12/12 benchmark
+Genel Kapsam: ~75-80%
+```
+
+#### Performance
+```
+Boot Time: ~200ms
+Syscall Latency: ~500ns-1μs
+Context Switch: ~1-2μs
+Scheduler Tick: 100 Hz (10ms)
+```
+
+---
+
+## 5. DEVAM EDEN ÇALIŞMALAR
+
+### 5.1 Phase 12: Distributed Verification (IN PROGRESS)
+
+**Durum:** Local implementation active
+
+**Completed (Local):**
+- ✅ P12-01 through P12-13: COMPLETED_LOCAL
+- ✅ Verifier core implementation
+- ✅ CLI interface
+- ✅ Receipt handling
+- ✅ Audit trail
+- ✅ Exchange protocol
+
+**In Progress:**
+- 🔄 P12-14: Parity diagnostics
+- 🔄 Island analysis
+- 🔄 DeterminismIncident hardening
+
+**Pending:**
+- ⏳ P12-15 through P12-18
+- ⏳ Normatif Phase-12C gate set
+- ⏳ Full Phase-12 closure
+
+**Note:**
+- Phase-12 work is local/worktree scope
+- Does NOT affect Phase-10/11 official closure
+- `CURRENT_PHASE=10` pointer remains unchanged
+- Parity semantics are "distributed verification diagnostics"
+- NOT consensus semantics
+
+### 5.2 Architecture Freeze (ACTIVE)
+
+**Status:** Stabilization mode
+**Duration:** 4-8 weeks (target)
+**Current:** Week 4
+
+**Objectives:**
+- ✅ Stabilize execution-centric architecture
+- ✅ Harden multi-platform foundation
+- ✅ Validate execution-centric claims
+- ✅ Transform constitutional governance to CI enforcement
+- 🔄 Establish AykenOS as reference architecture
+
+**Freeze Rules:**
+- ⛔ No new features to mainline
+- ✅ Bug fixes allowed (non-architectural)
+- ✅ Documentation updates encouraged
+- ✅ Isolated experimentation allowed
+- ✅ Performance optimization (ABI-preserving)
+
+---
+
+## 6. ROADMAP
+
+### Kısa Vadeli (Q1 2026 - Mart)
+
+#### ✅ Phase 10 Deterministic Baseline (COMPLETE)
+- [x] Local determinism achieved
+- [x] Measurement architecture evolved
+- [x] Contract explicit
+- [x] Makefile gate ordering fixed
+- [x] Baseline lock committed
+- [x] Official closure confirmed
+
+#### ✅ Phase 10-A2: Real CPL3 Entry (COMPLETE)
+- [x] Process preparation
+- [x] TSS/GDT/IDT validation
+- [x] ring3_enter() assembly
+- [x] #BP handler Ring3 detection
+- [x] Scheduler integration
+- [x] CI gate implementation
+- [x] Strict gate PASS
+- [x] Official closure confirmed
+
+#### ✅ Phase 11: Verification Substrate (COMPLETE)
+- [x] ABDF snapshot identity
+- [x] ETI sequence
+- [x] BCIB trace identity
+- [x] Replay determinism
+- [x] Ledger completeness/integrity
+- [x] KPL proof verify
+- [x] Proof bundle
+- [x] Official closure confirmed
+
+#### 🔄 Phase 12: Distributed Verification (IN PROGRESS)
+- [x] P12-01 through P12-13 (local)
+- [ ] P12-14: Parity diagnostics
+- [ ] P12-15 through P12-18
+- [ ] Normatif Phase-12C gate set
+- [ ] Full Phase-12 closure
+
+### Orta Vadeli (Q2 2026 - Nisan-Haziran)
+
+#### Phase 5.0: AI Runtime Integration
+**Hedef:** Nisan-Mayıs 2026
+
+- BCIB execution engine integration
+- ABDF data format implementation
+- Ring3 AI runtime services
+- Multi-agent orchestration foundation
+
+#### Phase 5.1: Semantic CLI
+**Hedef:** Mayıs-Haziran 2026
+
+- DSL parser implementation
+- Natural language command interface
+- AI-assisted command completion
+- Context-aware execution
+
+### Uzun Vadeli (Q3-Q4 2026)
+
+#### Phase 6.0: Multi-Architecture Support
+**Hedef:** Temmuz-Eylül 2026
+
+**Platforms:**
+- ARM64 (primary)
+- RISC-V (secondary)
+- Raspberry Pi (embedded)
+- MCU (microcontroller)
+
+#### Phase 6.1: Production Hardening
+**Hedef:** Ekim-Aralık 2026
+
+- Security audit
+- Performance optimization
+- Stability testing
+- Production deployment guide
+
+---
+
+## 7. RİSKLER VE ZORLUKLAR
+
+### Yüksek Öncelikli Riskler
+
+#### 🟢 Phase 10/11 Closure (RESOLVED)
+**Risk:** Runtime and verification substrate stability
+**Status:** RESOLVED - Official closure confirmed
+
+**Mitigation:**
+- ✅ Local freeze evidence produced
+- ✅ Remote CI confirmation received
+- ✅ Evidence chain validated
+- ✅ Determinism verified
+
+#### 🟡 Phase 12 Completion
+**Risk:** Distributed verification complexity
+
+**Mitigation:**
+- Local implementation progressing
+- Parity diagnostics in development
+- Island analysis framework ready
+- DeterminismIncident hardening active
+
+#### 🟡 AI Entegrasyonu Karmaşıklığı
+**Risk:** TinyLLM performance ve memory footprint
+
+**Mitigation:**
+- Model seçimi öncesi benchmark
+- Quantization ve optimization
+- Fallback to rule-based system
+- Progressive rollout
+
+### Teknik Borç
+
+#### ✅ Minimal Teknik Borç
+**Durum:** SAĞLIKLI
+
+- Phase 2.5 legacy kod temizliği tamamlandı
+- Zero warnings compilation
+- Constitutional system aktif monitoring
+- Clean architecture principles
+
+#### ⚠️ Dokümantasyon Borcu
+**Durum:** DÜŞÜK RİSK
+
+**Eksikler:**
+- API documentation güncel değil
+- Developer onboarding guide eksik
+- Architecture decision records (ADR) eksik
+- Community contribution guide eksik
+
+---
+
+## 8. BAŞARI KRİTERLERİ
+
+### Phase 10 (Runtime) - ✅ ACHIEVED
+
+- ✅ Local determinism achieved (SW=62, IRET=62)
+- ✅ Measurement architecture evolved
+- ✅ Contract explicit
+- ✅ Makefile gate ordering fixed
+- ✅ CI authority baseline initialized
+- ✅ Baseline lock committed
+- ✅ Baseline governance active
+- ✅ Official closure confirmed
+
+### Phase 11 (Verification) - ✅ ACHIEVED
+
+- ✅ Execution identity bound
+- ✅ Replay determinism verified
+- ✅ KPL proof manifest verified
+- ✅ Portable proof bundle working
+- ✅ Ledger integrity validated
+- ✅ Official closure confirmed
+
+### Phase 12 (Distributed Verification) - 🔄 IN PROGRESS
+
+- ✅ P12-01 through P12-13 (local)
+- 🔄 P12-14: Parity diagnostics
+- ⏳ P12-15 through P12-18
+- ⏳ Normatif Phase-12C gate set
+- ⏳ Full Phase-12 closure
+
+---
+
+## 9. SONUÇ
+
+### 9.1 Genel Değerlendirme
+
+AykenOS projesi **olağanüstü bir başarı** kaydetmiştir. 10 Mart 2026 itibariyle:
+
+**Güçlü Yönler:**
+- ✅ Sağlam mimari temel
+- ✅ Temiz kod yapısı
+- ✅ Constitutional governance
+- ✅ Minimal teknik borç
+- ✅ Yenilikçi execution-centric paradigma
+- ✅ Deterministic execution achieved
+- ✅ Official closure confirmed
+
+**Mevcut Durum:**
+- ✅ Phase 4.5: TAMAMLANDI
+- ✅ Phase 10: OFFICIALLY CLOSED
+- ✅ Phase 11: OFFICIALLY CLOSED
+- 🔄 Phase 12: IN PROGRESS (local)
+- ✅ Constitutional system: 350+ test, zero warnings
+- ✅ Architecture freeze: ACTIVE
+
+### 9.2 Öncelikli Eylemler
+
+1. **HIGH:** Dedicated official closure tag oluştur
+2. **HIGH:** Phase-12 parity diagnostics tamamla
+3. **MEDIUM:** Island analysis framework finalize
+4. **MEDIUM:** DeterminismIncident hardening
+5. **MEDIUM:** Documentation updates
+6. **LOW:** Community engagement
+
+### 9.3 Engineering Assessment
+
+**System Maturity Level:**
+```
+Runtime: VERIFIED ✅
+Verification: VERIFIED ✅
+Determinism: VERIFIED ✅
+Evidence Chain: COMPLETE ✅
+Official Closure: CONFIRMED ✅
+Distributed Verify: IN PROGRESS 🔄
+```
+
+**System State:**
+```
+Local Validation: COMPLETE ✅
+CI Validation: COMPLETE ✅
+Baseline Lock: COMMITTED ✅
+Freeze Status: ACTIVE 🔄
+Official Closure: CONFIRMED ✅
+```
+
+### 9.4 Zaman Çizelgesi Özeti
+
+**2025:** Phase 1, 1.5, 2 tamamlandı
+**2026-01:** Phase 2.5, 3.4 tamamlandı
+**2026-02:** Phase 4.3, 4.4, 4.5, 10-A1 tamamlandı
+**2026-03-07:** Phase 10-A2, Phase 11 officially closed
+**2026-03-10:** Bu rapor hazırlandı
+
+---
+
+## 10. LİSANS
+
+AykenOS dual-licensed:
+
+### ASAL v1.0 (Source-Available)
+**Educational/personal use için ücretsiz:**
+- ✅ Kod görülebilir, incelenebilir, değiştirilebilir
+- ✅ Eğitim ve araştırma amaçlı kullanım
+- ✅ Kişisel projeler ve deneyler
+- ❌ Ticari kullanım **kesinlikle yasaktır**
+
+### ACL v1.0 (Commercial)
+**Ticari kullanım için ücretli lisans:**
+- ✅ Şirketler, üreticiler, OS geliştiricileri için
+- ✅ SaaS platformları ve ticari ürünler için
+- ✅ Kodun ticari ürüne entegre edilmesi
+
+**Copyright © 2026 Kenan AY**
+
+---
+
+## 11. REFERANSLAR
+
+### Güncel Dokümantasyon
+- **Phase 10/11 Closure:** `AYKENOS_SON_DURUM_RAPORU_2026_03_07.md`
+- **Closure Summary:** `RAPOR_OZETI_2026_03_07.md`
+- **Architecture Freeze:** `ARCHITECTURE_FREEZE.md`
+- **README:** `README.md`
+
+### Evidence Locations
+- **Phase 10 Closure:** `evidence/run-local-freeze-p10p11/`
+- **Phase 11 Closure:** `evidence/run-local-phase11-closure/`
+- **Evidence SHA:** `9cb2171b`
+- **Closure Sync SHA:** `fe9031d7`
+- **Official CI:** `ci-freeze` run #22797401328
+
+---
+
+**Hazırlayan:** Kiro AI Assistant
+**Tarih:** 10 Mart 2026
+**Versiyon:** 1.0
+**Durum:** GÜNCEL
+
+**© 2026 Kenan AY - AykenOS Project**
+
+---
+
+## EKLER
+
+### A. Kritik Metrikler
+
+**Kod Kalitesi:**
+- Test Coverage: ~75-80%
+- Constitutional Tests: 350+
+- Zero Warnings: ✅
+- AHS Score: ≥95
+
+**Performance:**
+- Boot Time: ~200ms
+- Syscall Latency: ~500ns-1μs
+- Context Switch: ~1-2μs
+- Scheduler Tick: 100 Hz
+
+**CI Gates:**
+- Total Gates: 21
+- Pass Rate: 100%
+- Evidence Chain: Complete
+- Official Confirmation: ✅
+
+### B. Mimari Özellikleri
+
+**Syscall Interface:**
+- Range: 1000-1010 (11 syscalls)
+- ABI: FROZEN
+- Single Source: `ayken_abi.h`
+
+**Ring Separation:**
+- Ring0: Mechanism only
+- Ring3: Policy only
+- Export Ceiling: 165 symbols
+
+**Security:**
+- Capability-based tokens
+- Granular permissions
+- Secure resource sharing
+
+### C. Proje İstatistikleri
+
+**Geliştirme Süresi:**
+- Başlangıç: 01.01.2026
+- Phase 10/11 Closure: 07.03.2026
+- Toplam: ~2.5 ay (yoğun geliştirme)
+
+**Kod Tabanı:**
+- Toplam LOC: ~49,000
+- Kernel: ~11,000 LOC
+- Userspace: ~8,000 LOC
+- Ayken Core: ~5,000 LOC
+- Ayken CLI: ~25,000 LOC
+
+**Test ve Doğrulama:**
+- Constitutional Tests: 350+
+- Integration Tests: Extensive
+- CI Gates: 21 active
+- Evidence Runs: 500+
+
+---
+
+**SON NOT:**
+
+Bu rapor, AykenOS projesinin 10 Mart 2026 itibariyle genel ilerleme durumunu yansıtmaktadır. Phase 10 ve Phase 11'in resmi olarak kapatılması, projenin **kritik bir dönüm noktasına** ulaştığını göstermektedir.
+
+Proje, **sağlıklı bir durumda** ve **doğru yönde** ilerlemektedir. Constitutional governance sistemi, CI gates enforcement ve evidence-based development yaklaşımı, projenin **kalitesini ve güvenilirliğini** garanti altına almaktadır.
+
+**Sonraki adımlar:**
+1. Official closure tag oluşturulması
+2. Phase 12 distributed verification tamamlanması
+3. AI runtime integration başlatılması
+4. Multi-architecture support genişletilmesi
+
+**AykenOS, execution-centric ve AI-native işletim sistemi vizyonunu başarıyla hayata geçirmektedir.**
diff --git a/AYKENOS_SON_DURUM_RAPORU_2026_03_05.md b/AYKENOS_SON_DURUM_RAPORU_2026_03_05.md
index 1e22bedd2..902262c81 100644
--- a/AYKENOS_SON_DURUM_RAPORU_2026_03_05.md
+++ b/AYKENOS_SON_DURUM_RAPORU_2026_03_05.md
@@ -1,5 +1,7 @@
# AykenOS Son Durum Raporu
+> Historical snapshot note (2026-03-07): Bu rapor 2026-03-05 durumunu yansitir. Guncel official closure durumu icin `AYKENOS_SON_DURUM_RAPORU_2026_03_07.md`, `RAPOR_OZETI_2026_03_07.md` ve `reports/phase10_phase11_closure_2026-03-07.md` referans alinmalidir.
+
**Tarih:** 5 Mart 2026
**Hazırlayan:** Kiro AI Assistant
**Versiyon:** v0.4.6-policy-accept + Phase 10 Baseline Locked
diff --git a/AYKENOS_SON_DURUM_RAPORU_2026_03_07.md b/AYKENOS_SON_DURUM_RAPORU_2026_03_07.md
new file mode 100644
index 000000000..42cc1ec71
--- /dev/null
+++ b/AYKENOS_SON_DURUM_RAPORU_2026_03_07.md
@@ -0,0 +1,94 @@
+# AykenOS Son Durum Raporu
+
+**Tarih:** 7 Mart 2026
+**Hazırlayan:** Codex
+**Versiyon:** Phase-10 / Phase-11 official closure confirmation
+**Durum:** OFFICIAL CLOSURE CONFIRMED
+
+## Snapshot Truth (2026-03-07)
+
+- `Closure evidence`: `local-freeze-p10p11` + `local-phase11-closure`
+- `Evidence git_sha`: `9cb2171b`
+- `Closure sync sha`: `fe9031d7`
+- `Official CI`: `ci-freeze` run `22797401328` (`pull_request`, `success`)
+- `CURRENT_PHASE`: `10` (`formal phase transition pending`)
+- `Phase-10`: `CLOSED (official closure confirmed)`
+- `Phase-11`: `CLOSED (official closure confirmed)`
+
+## 1. Executive Summary
+AykenOS bu snapshot itibariyle uc kritik esigi gecmistir:
+
+1. Deterministic kernel runtime local freeze ile PASS vermistir.
+2. Verification substrate bootstrap/local proof chain ile PASS vermistir.
+3. Remote `ci-freeze` run `22797401328`, `fe9031d7` uzerinde bu closure'i official seviyede dogrulamistir.
+
+Bu su zinciri fiilen dogrular:
+
+`execution -> trace -> replay -> proof -> portable bundle`
+
+## 2. Phase-10 Runtime Closure
+Evidence run:
+- `evidence/run-local-freeze-p10p11/reports/summary.json`
+
+Key gates:
+- `ring3-execution-phase10a2` -> `PASS`
+- `syscall-semantics-phase10b` -> `PASS`
+- `scheduler-mailbox-phase10c` -> `PASS`
+- `syscall-v2-runtime` -> `PASS`
+- `sched-bridge-runtime` -> `PASS`
+- `runtime-marker-contract` -> `PASS`
+
+Freeze result:
+- `freeze_status = kernel_runtime_verified`
+- `verdict = PASS`
+
+Interpretation:
+- Real CPL3 proof locally verified
+- Syscall boundary locally verified
+- Scheduler/mailbox runtime contract locally verified
+
+## 3. Phase-11 Verification Closure
+Evidence run:
+- `evidence/run-local-phase11-closure/reports/summary.json`
+
+Key gates:
+- `abdf-snapshot-identity` -> `PASS`
+- `eti-sequence` -> `PASS`
+- `bcib-trace-identity` -> `PASS`
+- `replay-determinism` -> `PASS`
+- `ledger-completeness` -> `PASS`
+- `ledger-integrity` -> `PASS`
+- `kpl-proof-verify` -> `PASS`
+- `proof-bundle` -> `PASS`
+
+Interpretation:
+- Execution identity bound
+- Replay determinism verified
+- KPL proof manifest verified
+- Portable proof bundle reproduces matching offline verdict
+
+## 4. Boundary
+Bu durum beyaninin siniri aciktir:
+
+- `Phase-10` official closure'u local freeze evidence + remote `ci-freeze` confirmation kombinasyonuna dayanir.
+- `Phase-11` official closure'u bootstrap/local proof evidence + remote `ci-freeze` confirmation kombinasyonuna dayanir.
+- `CURRENT_PHASE=10` pointer'i korunur; formal phase transition ayri bir is akisi olarak kalir.
+- Phase-12 trust, producer identity, detached signatures ve cross-node acceptance `Phase-10` / `Phase-11` official closure beyaninin disindadir.
+- Bunun ustunde worktree-local `Phase-12` verifier / CLI / receipt / audit / exchange implementasyon hatti aktif olabilir; bu durum `CURRENT_PHASE=10` pointer'ini degistirmez.
+
+## 5. Operational Notes
+1. `behavioral-suite` local freeze raporunda `WARN` gorunur ancak `violations_count = 0` ve overall verdict `PASS` kalir.
+2. Phase-11 aggregate run icin bootstrap `snapshot.abdf` ve `plan.bcib` girdileri local olarak materialize edilmistir.
+3. Remote confirmation: `ci-freeze` run `22797401328`, `freeze` job `success`, head `fe9031d7`.
+4. Dedicated official closure tag henuz mint edilmemistir; bu governance takip adimidir.
+
+## 6. Next Steps
+1. Dedicated official closure tag olustur
+2. Local `Phase-12` track'i `P12-14` theorem-driven parity diagnostics, island analysis ve `DeterminismIncident` hardening ile ilerlet, ancak bunu closure basisi ile karistirma
+3. Replay determinism altinda interrupt ordering riskini izlemeye devam et
+
+## References
+- `README.md`
+- `RAPOR_OZETI_2026_03_07.md`
+- `reports/phase10_phase11_closure_2026-03-07.md`
+- `docs/development/PROJECT_STATUS_REPORT.md`
diff --git a/Makefile b/Makefile
index acdfb86ab..5e832024a 100755
--- a/Makefile
+++ b/Makefile
@@ -44,6 +44,7 @@ AYKEN_CR3_PCID ?= 0
AYKEN_C2_STRICT_MARKERS ?= 0
# Phase10-C1 default: strict mailbox-owner bootstrap (no transitional policy bridge).
AYKEN_SCHED_BOOTSTRAP_POLICY ?= 0
+AYKEN_PHASE11_MAILBOX_CAPABILITY_ENFORCE ?= 0
ifneq ($(filter $(AYKEN_SCHED_FALLBACK),0 1),$(AYKEN_SCHED_FALLBACK))
$(error Invalid AYKEN_SCHED_FALLBACK='$(AYKEN_SCHED_FALLBACK)'. Use 0 or 1)
@@ -81,6 +82,10 @@ ifneq ($(filter $(AYKEN_SCHED_BOOTSTRAP_POLICY),0 1),$(AYKEN_SCHED_BOOTSTRAP_POL
$(error Invalid AYKEN_SCHED_BOOTSTRAP_POLICY='$(AYKEN_SCHED_BOOTSTRAP_POLICY)'. Use 0 or 1)
endif
+ifneq ($(filter $(AYKEN_PHASE11_MAILBOX_CAPABILITY_ENFORCE),0 1),$(AYKEN_PHASE11_MAILBOX_CAPABILITY_ENFORCE))
+$(error Invalid AYKEN_PHASE11_MAILBOX_CAPABILITY_ENFORCE='$(AYKEN_PHASE11_MAILBOX_CAPABILITY_ENFORCE)'. Use 0 or 1)
+endif
+
ifeq ($(AYKEN_SCHED_BOOTSTRAP_POLICY),0)
ifeq ($(AYKEN_SCHED_FALLBACK),1)
$(error AYKEN_SCHED_FALLBACK=1 is forbidden when AYKEN_SCHED_BOOTSTRAP_POLICY=0)
@@ -126,6 +131,7 @@ KERNEL_CFLAGS += -DAYKEN_DETERMINISTIC_EXIT=$(AYKEN_DETERMINISTIC_EXIT)
KERNEL_CFLAGS += -DAYKEN_CR3_PCID=$(AYKEN_CR3_PCID)
KERNEL_CFLAGS += -DAYKEN_C2_STRICT_MARKERS=$(AYKEN_C2_STRICT_MARKERS)
KERNEL_CFLAGS += -DAYKEN_SCHED_BOOTSTRAP_POLICY=$(AYKEN_SCHED_BOOTSTRAP_POLICY)
+KERNEL_CFLAGS += -DAYKEN_PHASE11_MAILBOX_CAPABILITY_ENFORCE=$(AYKEN_PHASE11_MAILBOX_CAPABILITY_ENFORCE)
KERNEL_ASMFLAGS += -DAYKEN_CR3_PCID=$(AYKEN_CR3_PCID)
# For gdt_idt.c force kernel code model to avoid 32-bit relocations in higher half
KERNEL_CFLAGS_GDT := $(filter-out -mcmodel=large,$(KERNEL_CFLAGS)) -mcmodel=kernel
@@ -208,6 +214,16 @@ override RUN_ID := $(RUN_ID_DEFAULT)
endif
RUN_ID := $(RUN_ID)
EVIDENCE_RUN_DIR := $(EVIDENCE_ROOT)/run-$(RUN_ID)
+PHASE12_CLOSURE_RUN_DIR ?= $(EVIDENCE_ROOT)/run-run-local-phase12c-closure-2026-03-11
+PHASE12_CLOSURE_OUTPUT_DIR ?= reports/phase12_official_closure_candidate
+PHASE12_CLOSURE_ATTESTOR_NODE_ID ?=
+PHASE12_CLOSURE_ATTESTOR_KEY_ID ?=
+PHASE12_CLOSURE_ATTESTOR_PRIVATE_KEY ?=
+PHASE12_CLOSURE_ATTESTED_AT_UTC ?=
+PHASE12_CLOSURE_ATTESTOR_PUBLIC_KEY ?=
+PHASE12_CLOSURE_PREFLIGHT_OUTPUT_DIR ?= reports/phase12_official_closure_preflight
+PHASE12_CLOSURE_REMOTE_CI_WORKFLOW ?= ci-freeze
+PHASE12_CLOSURE_REMOTE_CI_RUN_ID ?=
CI_TARGETS ?= kernel.elf
ABI_INIT_BASELINE ?= 0
ABI_DIFF_RANGE ?=
@@ -250,6 +266,52 @@ PHASE10B_MODE ?= negative
PHASE10B_A2_EVIDENCE_DIR ?= $(EVIDENCE_RUN_DIR)/gates/ring3-execution-phase10a2
PHASE10C_REQUIRE_METADATA ?= 1
PHASE10C_A2_EVIDENCE_DIR ?= $(EVIDENCE_RUN_DIR)/gates/ring3-execution-phase10a2
+PHASE11_LEDGER_A2_EVIDENCE_DIR ?= $(EVIDENCE_RUN_DIR)/gates/ring3-execution-phase10a2
+PHASE11_LEDGER_REQUIRE_ETI ?= 0
+PHASE11_LEDGER_ETI_EVENTS ?=
+PHASE11_LEDGER_V1_EVIDENCE_DIR ?= $(EVIDENCE_RUN_DIR)/gates/ledger-v1
+PHASE11_DEOL_LEDGER_EVIDENCE_DIR ?= $(PHASE11_LEDGER_V1_EVIDENCE_DIR)
+PHASE11_ETI_A2_EVIDENCE_DIR ?= $(EVIDENCE_RUN_DIR)/gates/ring3-execution-phase10a2
+PHASE11_ETI_EVIDENCE_DIR ?= $(EVIDENCE_RUN_DIR)/gates/eti
+PHASE11_LEDGER_ETI_EVIDENCE_DIR ?= $(PHASE11_ETI_EVIDENCE_DIR)
+PHASE11_LEDGER_ETI_LEDGER_EVIDENCE_DIR ?= $(PHASE11_LEDGER_V1_EVIDENCE_DIR)
+PHASE11_DLT_ETI_EVIDENCE_DIR ?= $(PHASE11_ETI_EVIDENCE_DIR)
+PHASE11_DLT_EVIDENCE_DIR ?= $(EVIDENCE_RUN_DIR)/gates/dlt-monotonicity
+PHASE11_ETI_DLT_EVIDENCE_DIR ?= $(PHASE11_ETI_EVIDENCE_DIR)
+PHASE11_ETI_DLT_DLT_EVIDENCE_DIR ?= $(PHASE11_DLT_EVIDENCE_DIR)
+PHASE11_DLT_DETERMINISM_ETI_EVIDENCE_DIR ?= $(PHASE11_ETI_EVIDENCE_DIR)
+PHASE11_GCP_DLT_EVIDENCE_DIR ?= $(PHASE11_DLT_EVIDENCE_DIR)
+PHASE11_GCP_PREVIOUS_SNAPSHOT ?=
+PHASE11_ABDF_INPUT_EVIDENCE_DIR ?= $(EVIDENCE_RUN_DIR)/input
+PHASE11_ABDF_SNAPSHOT_BIN ?= $(PHASE11_ABDF_INPUT_EVIDENCE_DIR)/snapshot.abdf
+PHASE11_ABDF_EXPECTED_HASH_FILE ?=
+PHASE11_BCIB_EXECUTION_EVIDENCE_DIR ?= $(EVIDENCE_RUN_DIR)/execution
+PHASE11_BCIB_PLAN_BIN ?= $(PHASE11_BCIB_EXECUTION_EVIDENCE_DIR)/plan.bcib
+PHASE11_BCIB_ETI_EVIDENCE_DIR ?= $(PHASE11_ETI_EVIDENCE_DIR)
+PHASE11_BCIB_EXPECTED_PLAN_HASH_FILE ?=
+PHASE11_BCIB_EXPECTED_TRACE_HASH_FILE ?=
+PHASE11_REPLAY_ABDF_EVIDENCE_DIR ?= $(EVIDENCE_RUN_DIR)/gates/abdf-snapshot-identity
+PHASE11_REPLAY_EXECUTION_EVIDENCE_DIR ?= $(EVIDENCE_RUN_DIR)/gates/execution-identity
+PHASE11_REPLAY_EXPECTED_FINAL_STATE_HASH_FILE ?=
+PHASE11_KPL_ABDF_EVIDENCE_DIR ?= $(EVIDENCE_RUN_DIR)/gates/abdf-snapshot-identity
+PHASE11_KPL_EXECUTION_EVIDENCE_DIR ?= $(EVIDENCE_RUN_DIR)/gates/execution-identity
+PHASE11_KPL_REPLAY_EVIDENCE_DIR ?= $(EVIDENCE_RUN_DIR)/gates/replay-v1
+PHASE11_KPL_LEDGER_EVIDENCE_DIR ?= $(EVIDENCE_RUN_DIR)/gates/ledger-v1
+PHASE11_KPL_ETI_EVIDENCE_DIR ?= $(EVIDENCE_RUN_DIR)/gates/eti
+PHASE11_KPL_KERNEL_IMAGE_BIN ?= $(KERNEL_ELF)
+PHASE11_KPL_CONFIG_JSON ?= $(EVIDENCE_RUN_DIR)/meta/run.json
+PHASE11_KPL_INPUT_PROOF_MANIFEST ?=
+PHASE11_KPL_EXPECTED_PROOF_HASH_FILE ?=
+PHASE11_KPL_EXPECTED_FINAL_STATE_HASH_FILE ?=
+PHASE11_BUNDLE_ABDF_EVIDENCE_DIR ?= $(PHASE11_KPL_ABDF_EVIDENCE_DIR)
+PHASE11_BUNDLE_EXECUTION_EVIDENCE_DIR ?= $(PHASE11_KPL_EXECUTION_EVIDENCE_DIR)
+PHASE11_BUNDLE_REPLAY_EVIDENCE_DIR ?= $(PHASE11_KPL_REPLAY_EVIDENCE_DIR)
+PHASE11_BUNDLE_KPL_EVIDENCE_DIR ?= $(EVIDENCE_RUN_DIR)/gates/kpl-proof
+PHASE11_BUNDLE_LEDGER_EVIDENCE_DIR ?= $(PHASE11_KPL_LEDGER_EVIDENCE_DIR)
+PHASE11_BUNDLE_ETI_EVIDENCE_DIR ?= $(PHASE11_KPL_ETI_EVIDENCE_DIR)
+PHASE11_BUNDLE_KERNEL_IMAGE_BIN ?= $(PHASE11_KPL_KERNEL_IMAGE_BIN)
+PHASE11_BUNDLE_SUMMARY_JSON ?= $(EVIDENCE_RUN_DIR)/reports/summary.json
+PHASE11_BUNDLE_META_RUN_JSON ?= $(EVIDENCE_RUN_DIR)/meta/run.json
# C2 activation default: enabled in freeze chain; can be disabled explicitly
# via `PHASE10C_ENFORCE=0 make ci-freeze`.
PHASE10C_ENFORCE ?= 1
@@ -690,17 +752,19 @@ preflight-mode-guard:
fi
ci-freeze: PHASE10C_C2_STRICT=1
-ci-freeze: ci-freeze-guard preflight-mode-guard ci-gate-abi ci-gate-boundary ci-gate-ring0-exports ci-gate-hygiene ci-gate-tooling-isolation ci-gate-constitutional ci-gate-governance-policy ci-gate-drift-activation ci-gate-structural-abi ci-gate-runtime-marker-contract ci-gate-user-bin-lock ci-gate-embedded-elf-hash ci-gate-performance ci-gate-ring3-execution-phase10a2 ci-gate-syscall-semantics-phase10b $(PHASE10C_FREEZE_GATE) ci-gate-workspace ci-gate-syscall-v2-runtime ci-gate-sched-bridge-runtime ci-gate-behavioral-suite ci-gate-policy-accept
+ci-freeze: ci-freeze-guard preflight-mode-guard ci-gate-abi ci-gate-boundary ci-gate-ring0-exports ci-gate-hygiene ci-gate-tooling-isolation ci-gate-constitutional ci-gate-governance-policy ci-gate-drift-activation ci-gate-structural-abi ci-gate-runtime-marker-contract ci-gate-user-bin-lock ci-gate-embedded-elf-hash ci-gate-performance ci-gate-ring3-execution-phase10a2 ci-gate-syscall-semantics-phase10b $(PHASE10C_FREEZE_GATE) ci-gate-mailbox-capability-negative ci-gate-workspace ci-gate-syscall-v2-runtime ci-gate-sched-bridge-runtime ci-gate-behavioral-suite ci-gate-policy-accept
@echo "Freeze CI suite completed successfully!"
# Local freeze (skip performance and tooling-isolation gates for development)
ci-freeze-local: PHASE10C_C2_STRICT=0
-ci-freeze-local: ci-freeze-guard preflight-mode-guard ci-gate-abi ci-gate-boundary ci-gate-ring0-exports ci-gate-hygiene ci-gate-constitutional ci-gate-governance-policy ci-gate-drift-activation ci-gate-structural-abi ci-gate-runtime-marker-contract ci-gate-user-bin-lock ci-gate-embedded-elf-hash ci-gate-ring3-execution-phase10a2 ci-gate-syscall-semantics-phase10b ci-gate-scheduler-mailbox-phase10c ci-gate-workspace ci-gate-syscall-v2-runtime ci-gate-sched-bridge-runtime ci-gate-behavioral-suite ci-gate-policy-accept
+ci-freeze-local: ci-freeze-guard preflight-mode-guard ci-gate-abi ci-gate-boundary ci-gate-ring0-exports ci-gate-hygiene ci-gate-constitutional ci-gate-governance-policy ci-gate-drift-activation ci-gate-structural-abi ci-gate-runtime-marker-contract ci-gate-user-bin-lock ci-gate-embedded-elf-hash ci-gate-ring3-execution-phase10a2 ci-gate-syscall-semantics-phase10b ci-gate-scheduler-mailbox-phase10c ci-gate-mailbox-capability-negative ci-gate-workspace ci-gate-syscall-v2-runtime ci-gate-sched-bridge-runtime ci-gate-behavioral-suite ci-gate-policy-accept
@echo "Local freeze suite completed successfully (performance & tooling-isolation gates skipped)!"
# CI boundary gate with evidence collection
ci-evidence-dir:
@mkdir -p "$(EVIDENCE_RUN_DIR)/meta"
+ @mkdir -p "$(EVIDENCE_RUN_DIR)/input"
+ @mkdir -p "$(EVIDENCE_RUN_DIR)/execution"
@mkdir -p "$(EVIDENCE_RUN_DIR)/artifacts"
@mkdir -p "$(EVIDENCE_RUN_DIR)/reports"
@mkdir -p "$(EVIDENCE_RUN_DIR)/gates/abi"
@@ -719,6 +783,22 @@ ci-evidence-dir:
@mkdir -p "$(EVIDENCE_RUN_DIR)/gates/ring3-execution-phase10a2"
@mkdir -p "$(EVIDENCE_RUN_DIR)/gates/syscall-semantics-phase10b"
@mkdir -p "$(EVIDENCE_RUN_DIR)/gates/scheduler-mailbox-phase10c"
+ @mkdir -p "$(EVIDENCE_RUN_DIR)/gates/mailbox-cap"
+ @mkdir -p "$(EVIDENCE_RUN_DIR)/gates/ledger-v1"
+ @mkdir -p "$(EVIDENCE_RUN_DIR)/gates/ledger-integrity"
+ @mkdir -p "$(EVIDENCE_RUN_DIR)/gates/deol-sequence"
+ @mkdir -p "$(EVIDENCE_RUN_DIR)/gates/eti"
+ @mkdir -p "$(EVIDENCE_RUN_DIR)/gates/ledger-eti-binding"
+ @mkdir -p "$(EVIDENCE_RUN_DIR)/gates/transcript-integrity"
+ @mkdir -p "$(EVIDENCE_RUN_DIR)/gates/dlt-monotonicity"
+ @mkdir -p "$(EVIDENCE_RUN_DIR)/gates/eti-dlt-binding"
+ @mkdir -p "$(EVIDENCE_RUN_DIR)/gates/dlt-determinism"
+ @mkdir -p "$(EVIDENCE_RUN_DIR)/gates/gcp-finalization"
+ @mkdir -p "$(EVIDENCE_RUN_DIR)/gates/abdf-snapshot-identity"
+ @mkdir -p "$(EVIDENCE_RUN_DIR)/gates/execution-identity"
+ @mkdir -p "$(EVIDENCE_RUN_DIR)/gates/replay-v1"
+ @mkdir -p "$(EVIDENCE_RUN_DIR)/gates/kpl-proof"
+ @mkdir -p "$(EVIDENCE_RUN_DIR)/gates/proof-bundle"
@mkdir -p "$(EVIDENCE_RUN_DIR)/gates/workspace"
@mkdir -p "$(EVIDENCE_RUN_DIR)/gates/syscall-v2-runtime"
@mkdir -p "$(EVIDENCE_RUN_DIR)/gates/policy-accept"
@@ -791,6 +871,10 @@ ci-summarize:
@./tools/ci/summarize.sh --run-dir "$(EVIDENCE_RUN_DIR)"
@python3 -c 'import json,sys; p=sys.argv[1]; v=json.load(open(p, encoding="utf-8")).get("verdict"); acceptable=("PASS","SKIP","WARN"); print(f"ERROR: summary verdict is {v} ({p})") if v not in acceptable else None; sys.exit(0 if v in acceptable else 2)' "$(EVIDENCE_RUN_DIR)/reports/summary.json"
+ci-kill-switch-summary:
+ @./tools/ci/summarize.sh --run-dir "$(EVIDENCE_RUN_DIR)" --require-kill-switch-completeness
+ @python3 -c 'import json,sys; p=sys.argv[1]; payload=json.load(open(p, encoding="utf-8")); ok=payload.get("coverage", {}).get("coverage_status") == "COMPLETE"; print(f"ERROR: kill-switch coverage incomplete ({p})") if not ok else None; sys.exit(0 if ok else 2)' "$(EVIDENCE_RUN_DIR)/reports/kill_switch_summary.json"
+
# ABI gate (implemented): deterministic generation + baseline lock compare.
ci-gate-abi: ci-evidence-dir
@echo "== CI GATE ABI =="
@@ -1014,6 +1098,635 @@ ci-gate-scheduler-mailbox-phase10c: ci-gate-ring3-execution-phase10a2
@$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
@echo "OK: scheduler-mailbox-phase10c evidence at $(EVIDENCE_RUN_DIR)"
+ci-gate-mailbox-capability-negative: ci-evidence-dir
+ @echo "== CI GATE MAILBOX CAPABILITY NEGATIVE =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_mailbox_capability_negative.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/mailbox-cap"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/mailbox-cap/report.json" "$(EVIDENCE_RUN_DIR)/reports/mailbox-capability-negative.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: mailbox-capability-negative evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-ledger-completeness: ci-gate-ring3-execution-phase10a2
+ @echo "== CI GATE LEDGER COMPLETENESS =="
+ @echo "run_id: $(RUN_ID)"
+ @echo "phase11_ledger_a2_evidence: $(PHASE11_LEDGER_A2_EVIDENCE_DIR)"
+ @echo "phase11_ledger_require_eti: $(PHASE11_LEDGER_REQUIRE_ETI)"
+ @echo "phase11_ledger_eti_events: $(if $(PHASE11_LEDGER_ETI_EVENTS),$(PHASE11_LEDGER_ETI_EVENTS),)"
+ @PHASE11_LEDGER_REQUIRE_ETI="$(PHASE11_LEDGER_REQUIRE_ETI)" PHASE11_LEDGER_ETI_EVENTS="$(PHASE11_LEDGER_ETI_EVENTS)" \
+ bash scripts/ci/gate_ledger_completeness.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/ledger-v1" \
+ --phase10a2-evidence "$(PHASE11_LEDGER_A2_EVIDENCE_DIR)" \
+ --require-eti-binding "$(PHASE11_LEDGER_REQUIRE_ETI)" \
+ --eti-events "$(PHASE11_LEDGER_ETI_EVENTS)"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/ledger-v1/report.json" "$(EVIDENCE_RUN_DIR)/reports/ledger-completeness.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: ledger-completeness evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-ledger-integrity: ci-gate-ledger-completeness
+ @echo "== CI GATE LEDGER INTEGRITY =="
+ @echo "run_id: $(RUN_ID)"
+ @echo "phase11_ledger_v1_evidence: $(PHASE11_LEDGER_V1_EVIDENCE_DIR)"
+ @bash scripts/ci/gate_ledger_integrity.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/ledger-integrity" \
+ --ledger-evidence "$(PHASE11_LEDGER_V1_EVIDENCE_DIR)"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/ledger-integrity/report.json" "$(EVIDENCE_RUN_DIR)/reports/ledger-integrity.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: ledger-integrity evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-hash-chain-validity: ci-gate-ledger-integrity
+ @echo "OK: hash-chain-validity alias passed (ledger-integrity)"
+
+ci-gate-deol-sequence: ci-evidence-dir
+ @echo "== CI GATE DEOL SEQUENCE =="
+ @echo "run_id: $(RUN_ID)"
+ @echo "phase11_deol_ledger_evidence: $(PHASE11_DEOL_LEDGER_EVIDENCE_DIR)"
+ @bash scripts/ci/gate_deol_sequence.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/deol-sequence" \
+ --ledger-evidence "$(PHASE11_DEOL_LEDGER_EVIDENCE_DIR)"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/deol-sequence/report.json" "$(EVIDENCE_RUN_DIR)/reports/deol-sequence.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: deol-sequence evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-eti-sequence: ci-gate-ring3-execution-phase10a2
+ @echo "== CI GATE ETI SEQUENCE =="
+ @echo "run_id: $(RUN_ID)"
+ @echo "phase11_eti_a2_evidence: $(PHASE11_ETI_A2_EVIDENCE_DIR)"
+ @bash scripts/ci/gate_eti_sequence.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/eti" \
+ --phase10a2-evidence "$(PHASE11_ETI_A2_EVIDENCE_DIR)"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/eti/report.json" "$(EVIDENCE_RUN_DIR)/reports/eti-sequence.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: eti-sequence evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-ledger-eti-binding: ci-gate-eti-sequence ci-gate-ledger-completeness
+ @echo "== CI GATE LEDGER ETI BINDING =="
+ @echo "run_id: $(RUN_ID)"
+ @echo "phase11_ledger_eti_ledger_evidence: $(PHASE11_LEDGER_ETI_LEDGER_EVIDENCE_DIR)"
+ @echo "phase11_ledger_eti_evidence: $(PHASE11_LEDGER_ETI_EVIDENCE_DIR)"
+ @bash scripts/ci/gate_ledger_eti_binding.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/ledger-eti-binding" \
+ --ledger-evidence "$(PHASE11_LEDGER_ETI_LEDGER_EVIDENCE_DIR)" \
+ --eti-evidence "$(PHASE11_LEDGER_ETI_EVIDENCE_DIR)"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/ledger-eti-binding/report.json" "$(EVIDENCE_RUN_DIR)/reports/ledger-eti-binding.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: ledger-eti-binding evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-transcript-integrity: ci-gate-eti-sequence
+ @echo "== CI GATE TRANSCRIPT INTEGRITY =="
+ @echo "run_id: $(RUN_ID)"
+ @echo "phase11_eti_evidence: $(PHASE11_ETI_EVIDENCE_DIR)"
+ @bash scripts/ci/gate_transcript_integrity.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/transcript-integrity" \
+ --eti-evidence "$(PHASE11_ETI_EVIDENCE_DIR)"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/transcript-integrity/report.json" "$(EVIDENCE_RUN_DIR)/reports/transcript-integrity.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: transcript-integrity evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-dlt-monotonicity: ci-gate-eti-sequence
+ @echo "== CI GATE DLT MONOTONICITY =="
+ @echo "run_id: $(RUN_ID)"
+ @echo "phase11_dlt_eti_evidence: $(PHASE11_DLT_ETI_EVIDENCE_DIR)"
+ @bash scripts/ci/gate_dlt_monotonicity.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/dlt-monotonicity" \
+ --eti-evidence "$(PHASE11_DLT_ETI_EVIDENCE_DIR)"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/dlt-monotonicity/report.json" "$(EVIDENCE_RUN_DIR)/reports/dlt-monotonicity.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: dlt-monotonicity evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-eti-dlt-binding: ci-gate-dlt-monotonicity
+ @echo "== CI GATE ETI DLT BINDING =="
+ @echo "run_id: $(RUN_ID)"
+ @echo "phase11_eti_dlt_evidence: $(PHASE11_ETI_DLT_EVIDENCE_DIR)"
+ @echo "phase11_eti_dlt_dlt_evidence: $(PHASE11_ETI_DLT_DLT_EVIDENCE_DIR)"
+ @bash scripts/ci/gate_eti_dlt_binding.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/eti-dlt-binding" \
+ --eti-evidence "$(PHASE11_ETI_DLT_EVIDENCE_DIR)" \
+ --dlt-evidence "$(PHASE11_ETI_DLT_DLT_EVIDENCE_DIR)"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/eti-dlt-binding/report.json" "$(EVIDENCE_RUN_DIR)/reports/eti-dlt-binding.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: eti-dlt-binding evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-dlt-determinism: ci-gate-dlt-monotonicity
+ @echo "== CI GATE DLT DETERMINISM =="
+ @echo "run_id: $(RUN_ID)"
+ @echo "phase11_dlt_determinism_eti_evidence: $(PHASE11_DLT_DETERMINISM_ETI_EVIDENCE_DIR)"
+ @bash scripts/ci/gate_dlt_determinism.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/dlt-determinism" \
+ --eti-evidence "$(PHASE11_DLT_DETERMINISM_ETI_EVIDENCE_DIR)"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/dlt-determinism/report.json" "$(EVIDENCE_RUN_DIR)/reports/dlt-determinism.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: dlt-determinism evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-gcp-finalization: ci-gate-dlt-determinism
+ @echo "== CI GATE GCP FINALIZATION =="
+ @echo "run_id: $(RUN_ID)"
+ @echo "phase11_gcp_dlt_evidence: $(PHASE11_GCP_DLT_EVIDENCE_DIR)"
+ @echo "phase11_gcp_previous_snapshot: $(if $(PHASE11_GCP_PREVIOUS_SNAPSHOT),$(PHASE11_GCP_PREVIOUS_SNAPSHOT),)"
+ @bash scripts/ci/gate_gcp_finalization.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/gcp-finalization" \
+ --dlt-evidence "$(PHASE11_GCP_DLT_EVIDENCE_DIR)" $(if $(PHASE11_GCP_PREVIOUS_SNAPSHOT),--previous-gcp "$(PHASE11_GCP_PREVIOUS_SNAPSHOT)",)
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/gcp-finalization/report.json" "$(EVIDENCE_RUN_DIR)/reports/gcp-finalization.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: gcp-finalization evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-gcp-atomicity: ci-gate-gcp-finalization
+ @echo "OK: gcp-atomicity alias passed (gcp-finalization bootstrap)"
+
+ci-gate-gcp-ordering: ci-gate-gcp-finalization
+ @echo "OK: gcp-ordering alias passed (gcp-finalization bootstrap)"
+
+ci-gate-abdf-snapshot-identity: ci-evidence-dir
+ @echo "== CI GATE ABDF SNAPSHOT IDENTITY =="
+ @echo "run_id: $(RUN_ID)"
+ @echo "phase11_abdf_snapshot_bin: $(PHASE11_ABDF_SNAPSHOT_BIN)"
+ @echo "phase11_abdf_expected_hash_file: $(if $(PHASE11_ABDF_EXPECTED_HASH_FILE),$(PHASE11_ABDF_EXPECTED_HASH_FILE),)"
+ @bash scripts/ci/gate_abdf_snapshot_identity.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/abdf-snapshot-identity" \
+ --snapshot-bin "$(PHASE11_ABDF_SNAPSHOT_BIN)" $(if $(PHASE11_ABDF_EXPECTED_HASH_FILE),--expected-hash-file "$(PHASE11_ABDF_EXPECTED_HASH_FILE)",)
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/abdf-snapshot-identity/report.json" "$(EVIDENCE_RUN_DIR)/reports/abdf-snapshot-identity.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: abdf-snapshot-identity evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-bcib-trace-identity: ci-gate-eti-sequence
+ @echo "== CI GATE BCIB TRACE IDENTITY =="
+ @echo "run_id: $(RUN_ID)"
+ @echo "phase11_bcib_plan_bin: $(PHASE11_BCIB_PLAN_BIN)"
+ @echo "phase11_bcib_eti_evidence: $(PHASE11_BCIB_ETI_EVIDENCE_DIR)"
+ @echo "phase11_bcib_expected_plan_hash_file: $(if $(PHASE11_BCIB_EXPECTED_PLAN_HASH_FILE),$(PHASE11_BCIB_EXPECTED_PLAN_HASH_FILE),)"
+ @echo "phase11_bcib_expected_trace_hash_file: $(if $(PHASE11_BCIB_EXPECTED_TRACE_HASH_FILE),$(PHASE11_BCIB_EXPECTED_TRACE_HASH_FILE),)"
+ @bash scripts/ci/gate_bcib_trace_identity.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/execution-identity" \
+ --bcib-plan "$(PHASE11_BCIB_PLAN_BIN)" \
+ --eti-evidence "$(PHASE11_BCIB_ETI_EVIDENCE_DIR)" $(if $(PHASE11_BCIB_EXPECTED_PLAN_HASH_FILE),--expected-plan-hash-file "$(PHASE11_BCIB_EXPECTED_PLAN_HASH_FILE)",) $(if $(PHASE11_BCIB_EXPECTED_TRACE_HASH_FILE),--expected-trace-hash-file "$(PHASE11_BCIB_EXPECTED_TRACE_HASH_FILE)",)
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/execution-identity/report.json" "$(EVIDENCE_RUN_DIR)/reports/bcib-trace-identity.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: bcib-trace-identity evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-execution-identity: ci-gate-bcib-trace-identity
+ @echo "OK: execution-identity alias passed (bcib-trace-identity bootstrap)"
+
+ci-gate-replay-determinism: ci-gate-abdf-snapshot-identity ci-gate-execution-identity
+ @echo "== CI GATE REPLAY DETERMINISM =="
+ @echo "run_id: $(RUN_ID)"
+ @echo "phase11_replay_abdf_evidence: $(PHASE11_REPLAY_ABDF_EVIDENCE_DIR)"
+ @echo "phase11_replay_execution_evidence: $(PHASE11_REPLAY_EXECUTION_EVIDENCE_DIR)"
+ @echo "phase11_replay_expected_final_state_hash_file: $(if $(PHASE11_REPLAY_EXPECTED_FINAL_STATE_HASH_FILE),$(PHASE11_REPLAY_EXPECTED_FINAL_STATE_HASH_FILE),)"
+ @bash scripts/ci/gate_replay_determinism.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/replay-v1" \
+ --abdf-evidence "$(PHASE11_REPLAY_ABDF_EVIDENCE_DIR)" \
+ --execution-evidence "$(PHASE11_REPLAY_EXECUTION_EVIDENCE_DIR)" $(if $(PHASE11_REPLAY_EXPECTED_FINAL_STATE_HASH_FILE),--expected-final-state-hash-file "$(PHASE11_REPLAY_EXPECTED_FINAL_STATE_HASH_FILE)",)
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/replay-v1/report.json" "$(EVIDENCE_RUN_DIR)/reports/replay-determinism.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/replay-v1/replay_report.json" "$(EVIDENCE_RUN_DIR)/reports/replay-report.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: replay-determinism evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-replay-v1: ci-gate-replay-determinism
+ @echo "OK: replay-v1 alias passed (replay-determinism bootstrap)"
+
+ci-gate-kpl-proof-verify: ci-gate-replay-determinism ci-gate-ledger-integrity ci-gate-eti-sequence
+ @echo "== CI GATE KPL PROOF VERIFY =="
+ @echo "run_id: $(RUN_ID)"
+ @echo "phase11_kpl_abdf_evidence: $(PHASE11_KPL_ABDF_EVIDENCE_DIR)"
+ @echo "phase11_kpl_execution_evidence: $(PHASE11_KPL_EXECUTION_EVIDENCE_DIR)"
+ @echo "phase11_kpl_replay_evidence: $(PHASE11_KPL_REPLAY_EVIDENCE_DIR)"
+ @echo "phase11_kpl_ledger_evidence: $(PHASE11_KPL_LEDGER_EVIDENCE_DIR)"
+ @echo "phase11_kpl_eti_evidence: $(PHASE11_KPL_ETI_EVIDENCE_DIR)"
+ @echo "phase11_kpl_kernel_image_bin: $(PHASE11_KPL_KERNEL_IMAGE_BIN)"
+ @echo "phase11_kpl_config_json: $(PHASE11_KPL_CONFIG_JSON)"
+ @echo "phase11_kpl_input_proof_manifest: $(if $(PHASE11_KPL_INPUT_PROOF_MANIFEST),$(PHASE11_KPL_INPUT_PROOF_MANIFEST),)"
+ @echo "phase11_kpl_expected_proof_hash_file: $(if $(PHASE11_KPL_EXPECTED_PROOF_HASH_FILE),$(PHASE11_KPL_EXPECTED_PROOF_HASH_FILE),)"
+ @echo "phase11_kpl_expected_final_state_hash_file: $(if $(PHASE11_KPL_EXPECTED_FINAL_STATE_HASH_FILE),$(PHASE11_KPL_EXPECTED_FINAL_STATE_HASH_FILE),)"
+ @bash scripts/ci/gate_kpl_proof_verify.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/kpl-proof" \
+ --abdf-evidence "$(PHASE11_KPL_ABDF_EVIDENCE_DIR)" \
+ --execution-evidence "$(PHASE11_KPL_EXECUTION_EVIDENCE_DIR)" \
+ --replay-evidence "$(PHASE11_KPL_REPLAY_EVIDENCE_DIR)" \
+ --ledger-evidence "$(PHASE11_KPL_LEDGER_EVIDENCE_DIR)" \
+ --eti-evidence "$(PHASE11_KPL_ETI_EVIDENCE_DIR)" \
+ --kernel-image-bin "$(PHASE11_KPL_KERNEL_IMAGE_BIN)" \
+ --config-json "$(PHASE11_KPL_CONFIG_JSON)" $(if $(PHASE11_KPL_INPUT_PROOF_MANIFEST),--in-proof-manifest-json "$(PHASE11_KPL_INPUT_PROOF_MANIFEST)",) $(if $(PHASE11_KPL_EXPECTED_PROOF_HASH_FILE),--expected-proof-hash-file "$(PHASE11_KPL_EXPECTED_PROOF_HASH_FILE)",) $(if $(PHASE11_KPL_EXPECTED_FINAL_STATE_HASH_FILE),--expected-final-state-hash-file "$(PHASE11_KPL_EXPECTED_FINAL_STATE_HASH_FILE)",)
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/kpl-proof/report.json" "$(EVIDENCE_RUN_DIR)/reports/kpl-proof-verify.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/kpl-proof/proof_verify.json" "$(EVIDENCE_RUN_DIR)/reports/kpl-proof-verify-details.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: kpl-proof-verify evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-proof-manifest: ci-gate-kpl-proof-verify
+ @echo "OK: proof-manifest alias passed (kpl-proof-verify bootstrap)"
+
+ci-gate-proof-bundle: ci-gate-kpl-proof-verify
+ @echo "== CI GATE PROOF BUNDLE =="
+ @echo "run_id: $(RUN_ID)"
+ @echo "phase11_bundle_abdf_evidence: $(PHASE11_BUNDLE_ABDF_EVIDENCE_DIR)"
+ @echo "phase11_bundle_execution_evidence: $(PHASE11_BUNDLE_EXECUTION_EVIDENCE_DIR)"
+ @echo "phase11_bundle_replay_evidence: $(PHASE11_BUNDLE_REPLAY_EVIDENCE_DIR)"
+ @echo "phase11_bundle_kpl_evidence: $(PHASE11_BUNDLE_KPL_EVIDENCE_DIR)"
+ @echo "phase11_bundle_ledger_evidence: $(PHASE11_BUNDLE_LEDGER_EVIDENCE_DIR)"
+ @echo "phase11_bundle_eti_evidence: $(PHASE11_BUNDLE_ETI_EVIDENCE_DIR)"
+ @echo "phase11_bundle_kernel_image_bin: $(PHASE11_BUNDLE_KERNEL_IMAGE_BIN)"
+ @echo "phase11_bundle_summary_json: $(PHASE11_BUNDLE_SUMMARY_JSON)"
+ @echo "phase11_bundle_meta_run_json: $(PHASE11_BUNDLE_META_RUN_JSON)"
+ @bash scripts/ci/gate_proof_bundle.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/proof-bundle" \
+ --abdf-evidence "$(PHASE11_BUNDLE_ABDF_EVIDENCE_DIR)" \
+ --execution-evidence "$(PHASE11_BUNDLE_EXECUTION_EVIDENCE_DIR)" \
+ --replay-evidence "$(PHASE11_BUNDLE_REPLAY_EVIDENCE_DIR)" \
+ --kpl-evidence "$(PHASE11_BUNDLE_KPL_EVIDENCE_DIR)" \
+ --ledger-evidence "$(PHASE11_BUNDLE_LEDGER_EVIDENCE_DIR)" \
+ --eti-evidence "$(PHASE11_BUNDLE_ETI_EVIDENCE_DIR)" \
+ --kernel-image-bin "$(PHASE11_BUNDLE_KERNEL_IMAGE_BIN)" \
+ --summary-json "$(PHASE11_BUNDLE_SUMMARY_JSON)" \
+ --meta-run-json "$(PHASE11_BUNDLE_META_RUN_JSON)"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-bundle/report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-bundle.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-bundle/bundle_verify.json" "$(EVIDENCE_RUN_DIR)/reports/proof-bundle-verify.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: proof-bundle evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-proof-portability: ci-gate-proof-bundle
+ @echo "OK: proof-portability alias passed (proof-bundle bootstrap)"
+
+ci-gate-proof-producer-schema: ci-evidence-dir
+ @echo "== CI GATE PROOF PRODUCER SCHEMA =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_phase12_harness.sh \
+ --mode producer-schema \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/proof-producer-schema"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-producer-schema/report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-producer-schema.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-producer-schema/producer_schema_report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-producer-schema-details.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: proof-producer-schema evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-proof-signature-envelope: ci-gate-proof-producer-schema
+ @echo "== CI GATE PROOF SIGNATURE ENVELOPE =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_phase12_harness.sh \
+ --mode signature-envelope \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/proof-signature-envelope"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-signature-envelope/report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-signature-envelope.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-signature-envelope/signature_envelope_report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-signature-envelope-details.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: proof-signature-envelope evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-proof-bundle-v2-schema: ci-gate-proof-signature-envelope
+ @echo "== CI GATE PROOF BUNDLE V2 SCHEMA =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_phase12_harness.sh \
+ --mode bundle-v2-schema \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/proof-bundle-v2-schema"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-bundle-v2-schema/report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-bundle-v2-schema.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-bundle-v2-schema/bundle_schema_report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-bundle-v2-schema-details.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: proof-bundle-v2-schema evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-proof-bundle-v2-compat: ci-gate-proof-bundle-v2-schema
+ @echo "== CI GATE PROOF BUNDLE V2 COMPAT =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_phase12_harness.sh \
+ --mode bundle-v2-compat \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/proof-bundle-v2-compat"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-bundle-v2-compat/report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-bundle-v2-compat.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-bundle-v2-compat/compatibility_report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-bundle-v2-compat-details.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: proof-bundle-v2-compat evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-proof-signature-verify: ci-gate-proof-bundle-v2-compat
+ @echo "== CI GATE PROOF SIGNATURE VERIFY =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_phase12_harness.sh \
+ --mode signature-verify \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/proof-signature-verify"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-signature-verify/report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-signature-verify.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-signature-verify/signature_verify.json" "$(EVIDENCE_RUN_DIR)/reports/proof-signature-verify-details.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: proof-signature-verify evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-proof-registry-resolution: ci-gate-proof-signature-verify
+ @echo "== CI GATE PROOF REGISTRY RESOLUTION =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_phase12_harness.sh \
+ --mode registry-resolution \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/proof-registry-resolution"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-registry-resolution/report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-registry-resolution.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-registry-resolution/registry_resolution_matrix.json" "$(EVIDENCE_RUN_DIR)/reports/proof-registry-resolution-details.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: proof-registry-resolution evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-proof-key-rotation: ci-gate-proof-registry-resolution
+ @echo "== CI GATE PROOF KEY ROTATION =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_phase12_harness.sh \
+ --mode key-rotation \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/proof-key-rotation"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-key-rotation/report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-key-rotation.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-key-rotation/rotation_matrix.json" "$(EVIDENCE_RUN_DIR)/reports/proof-key-rotation-details.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: proof-key-rotation evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-proof-verifier-core: ci-gate-proof-key-rotation
+ @echo "== CI GATE PROOF VERIFIER CORE =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_proof_verifier_core.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/proof-verifier-core"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-verifier-core/report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-verifier-core.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-verifier-core/verifier_core_report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-verifier-core-details.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: proof-verifier-core evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-proof-trust-policy: ci-gate-proof-verifier-core
+ @echo "== CI GATE PROOF TRUST POLICY =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_proof_trust_policy.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/proof-trust-policy"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-trust-policy/report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-trust-policy.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-trust-policy/policy_hash_report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-trust-policy-details.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: proof-trust-policy evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-proof-verdict-binding: ci-gate-proof-trust-policy
+ @echo "== CI GATE PROOF VERDICT BINDING =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_proof_verdict_binding.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/proof-verdict-binding"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-verdict-binding/report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-verdict-binding.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-verdict-binding/verdict_binding_report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-verdict-binding-details.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: proof-verdict-binding evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-proof-verifier-cli: ci-gate-proof-verdict-binding
+ @echo "== CI GATE PROOF VERIFIER CLI =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_proof_verifier_cli.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/proof-verifier-cli"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-verifier-cli/report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-verifier-cli.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-verifier-cli/cli_output_contract.json" "$(EVIDENCE_RUN_DIR)/reports/proof-verifier-cli-details.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-verifier-cli/cli_smoke_report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-verifier-cli-smoke.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: proof-verifier-cli evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-proof-receipt: ci-gate-proof-verifier-cli
+ @echo "== CI GATE PROOF RECEIPT =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_proof_receipt.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/proof-receipt"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-receipt/report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-receipt.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-receipt/receipt_emit_report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-receipt-details.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: proof-receipt evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-proof-audit-ledger: ci-gate-proof-receipt
+ @echo "== CI GATE PROOF AUDIT LEDGER =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_proof_audit_ledger.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/proof-audit-ledger"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-audit-ledger/report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-audit-ledger.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-audit-ledger/audit_integrity_report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-audit-ledger-details.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: proof-audit-ledger evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-proof-exchange: ci-gate-proof-audit-ledger
+ @echo "== CI GATE PROOF EXCHANGE =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_proof_exchange.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/proof-exchange"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-exchange/report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-exchange.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-exchange/exchange_contract_report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-exchange-details.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-exchange/transport_mutation_matrix.json" "$(EVIDENCE_RUN_DIR)/reports/proof-exchange-matrix.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: proof-exchange evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-verifier-authority-resolution: ci-gate-proof-exchange
+ @echo "== CI GATE VERIFIER AUTHORITY RESOLUTION =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_verifier_authority_resolution.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/verifier-authority-resolution"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/verifier-authority-resolution/report.json" "$(EVIDENCE_RUN_DIR)/reports/verifier-authority-resolution.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/verifier-authority-resolution/authority_resolution_report.json" "$(EVIDENCE_RUN_DIR)/reports/verifier-authority-resolution-details.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: verifier-authority-resolution evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-cross-node-parity: ci-gate-verifier-authority-resolution
+ @echo "== CI GATE CROSS-NODE PARITY =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_cross_node_parity.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/cross-node-parity"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/cross-node-parity/report.json" "$(EVIDENCE_RUN_DIR)/reports/cross-node-parity.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/cross-node-parity/parity_report.json" "$(EVIDENCE_RUN_DIR)/reports/cross-node-parity-details.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/cross-node-parity/parity_closure_audit_report.json" "$(EVIDENCE_RUN_DIR)/reports/cross-node-parity-closure-audit.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: cross-node-parity evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-proofd-service: ci-evidence-dir
+ @echo "== CI GATE PROOFD SERVICE =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_proofd_service.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/proofd-service"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proofd-service/report.json" "$(EVIDENCE_RUN_DIR)/reports/proofd-service.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proofd-service/proofd_service_report.json" "$(EVIDENCE_RUN_DIR)/reports/proofd-service-details.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proofd-service/proofd_receipt_report.json" "$(EVIDENCE_RUN_DIR)/reports/proofd-receipt-details.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proofd-service/proofd_endpoint_contract.json" "$(EVIDENCE_RUN_DIR)/reports/proofd-endpoint-contract.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proofd-service/proofd_verify_request.json" "$(EVIDENCE_RUN_DIR)/reports/proofd-verify-request.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proofd-service/proofd_verify_response.json" "$(EVIDENCE_RUN_DIR)/reports/proofd-verify-response.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proofd-service/proofd_run_manifest.json" "$(EVIDENCE_RUN_DIR)/reports/proofd-run-manifest.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proofd-service/proofd_receipt_verification_report.json" "$(EVIDENCE_RUN_DIR)/reports/proofd-receipt-verification.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proofd-service/proofd_repeated_execution_report.json" "$(EVIDENCE_RUN_DIR)/reports/proofd-repeated-execution.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: proofd-service evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-proofd-observability-boundary: ci-evidence-dir
+ @echo "== CI GATE PROOFD OBSERVABILITY BOUNDARY =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_proofd_observability_boundary.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/proofd-observability-boundary"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proofd-observability-boundary/report.json" "$(EVIDENCE_RUN_DIR)/reports/proofd-observability-boundary.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proofd-observability-boundary/proofd_observability_boundary_report.json" "$(EVIDENCE_RUN_DIR)/reports/proofd-observability-boundary-details.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proofd-observability-boundary/proofd_observability_negative_matrix.json" "$(EVIDENCE_RUN_DIR)/reports/proofd-observability-negative-matrix.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: proofd-observability-boundary evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-graph-non-authoritative-contract: ci-evidence-dir
+ @echo "== CI GATE GRAPH NON-AUTHORITATIVE CONTRACT =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_graph_non_authoritative_contract.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/graph-non-authoritative-contract"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/graph-non-authoritative-contract/report.json" "$(EVIDENCE_RUN_DIR)/reports/graph-non-authoritative-contract.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/graph-non-authoritative-contract/graph_non_authoritative_report.json" "$(EVIDENCE_RUN_DIR)/reports/graph-non-authoritative-contract-details.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: graph-non-authoritative-contract evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-convergence-non-election-boundary: ci-evidence-dir
+ @echo "== CI GATE CONVERGENCE NON-ELECTION BOUNDARY =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_convergence_non_election_boundary.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/convergence-non-election-boundary"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/convergence-non-election-boundary/report.json" "$(EVIDENCE_RUN_DIR)/reports/convergence-non-election-boundary.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/convergence-non-election-boundary/convergence_non_election_report.json" "$(EVIDENCE_RUN_DIR)/reports/convergence-non-election-boundary-details.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: convergence-non-election-boundary evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-diagnostics-consumer-non-authoritative-contract: ci-evidence-dir
+ @echo "== CI GATE DIAGNOSTICS CONSUMER NON-AUTHORITATIVE CONTRACT =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_diagnostics_consumer_non_authoritative_contract.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/diagnostics-consumer-non-authoritative-contract"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/diagnostics-consumer-non-authoritative-contract/report.json" "$(EVIDENCE_RUN_DIR)/reports/diagnostics-consumer-non-authoritative-contract.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/diagnostics-consumer-non-authoritative-contract/diagnostics_consumer_contract_report.json" "$(EVIDENCE_RUN_DIR)/reports/diagnostics-consumer-non-authoritative-contract-details.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: diagnostics-consumer-non-authoritative-contract evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-diagnostics-callsite-correlation: ci-evidence-dir
+ @echo "== CI GATE DIAGNOSTICS CALLSITE CORRELATION =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_diagnostics_callsite_correlation.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/diagnostics-callsite-correlation"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/diagnostics-callsite-correlation/report.json" "$(EVIDENCE_RUN_DIR)/reports/diagnostics-callsite-correlation.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/diagnostics-callsite-correlation/diagnostics_callsite_correlation_report.json" "$(EVIDENCE_RUN_DIR)/reports/diagnostics-callsite-correlation-details.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: diagnostics-callsite-correlation evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-observability-routing-separation: ci-evidence-dir
+ @echo "== CI GATE OBSERVABILITY ROUTING SEPARATION =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_observability_routing_separation.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/observability-routing-separation"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/observability-routing-separation/report.json" "$(EVIDENCE_RUN_DIR)/reports/observability-routing-separation.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/observability-routing-separation/observability_routing_separation_report.json" "$(EVIDENCE_RUN_DIR)/reports/observability-routing-separation-details.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/observability-routing-separation/observability_routing_negative_matrix.json" "$(EVIDENCE_RUN_DIR)/reports/observability-routing-negative-matrix.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: observability-routing-separation evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-verification-diversity-floor: ci-evidence-dir
+ @echo "== CI GATE VERIFICATION DIVERSITY FLOOR =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_verification_diversity_floor.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/verification-diversity-floor" \
+ --artifact-root "$(EVIDENCE_RUN_DIR)/artifacts"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/verification-diversity-floor/report.json" "$(EVIDENCE_RUN_DIR)/reports/verification-diversity-floor.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/verification-diversity-floor/verification_diversity_floor_report.json" "$(EVIDENCE_RUN_DIR)/reports/verification-diversity-floor-details.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/verification-diversity-floor/vdl_window.json" "$(EVIDENCE_RUN_DIR)/reports/verification-diversity-floor-vdl-window.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/verification-diversity-floor/diversity_metrics.json" "$(EVIDENCE_RUN_DIR)/reports/verification-diversity-floor-metrics.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/verification-diversity-floor/lineage_distribution.json" "$(EVIDENCE_RUN_DIR)/reports/verification-diversity-floor-lineage-distribution.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/verification-diversity-floor/cluster_distribution.json" "$(EVIDENCE_RUN_DIR)/reports/verification-diversity-floor-cluster-distribution.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/verification-diversity-floor/dominance_analysis.json" "$(EVIDENCE_RUN_DIR)/reports/verification-diversity-floor-dominance-analysis.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/verification-diversity-floor/entropy_report.json" "$(EVIDENCE_RUN_DIR)/reports/verification-diversity-floor-entropy-report.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: verification-diversity-floor evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-verifier-cartel-correlation: ci-evidence-dir
+ @echo "== CI GATE VERIFIER CARTEL CORRELATION =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_verifier_cartel_correlation.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/verifier-cartel-correlation" \
+ --artifact-root "$(EVIDENCE_RUN_DIR)/artifacts"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/verifier-cartel-correlation/report.json" "$(EVIDENCE_RUN_DIR)/reports/verifier-cartel-correlation.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/verifier-cartel-correlation/verifier_cartel_correlation_report.json" "$(EVIDENCE_RUN_DIR)/reports/verifier-cartel-correlation-details.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/verifier-cartel-correlation/cartel_correlation_metrics.json" "$(EVIDENCE_RUN_DIR)/reports/verifier-cartel-correlation-metrics.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/verifier-cartel-correlation/pairwise_correlation_report.json" "$(EVIDENCE_RUN_DIR)/reports/verifier-cartel-correlation-pairwise.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/verifier-cartel-correlation/lineage_correlation_report.json" "$(EVIDENCE_RUN_DIR)/reports/verifier-cartel-correlation-lineage.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/verifier-cartel-correlation/authority_chain_correlation_report.json" "$(EVIDENCE_RUN_DIR)/reports/verifier-cartel-correlation-authority-chain.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/verifier-cartel-correlation/cluster_overlap_report.json" "$(EVIDENCE_RUN_DIR)/reports/verifier-cartel-correlation-cluster-overlap.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/verifier-cartel-correlation/correlation_stability_report.json" "$(EVIDENCE_RUN_DIR)/reports/verifier-cartel-correlation-stability.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: verifier-cartel-correlation evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-produce-verification-diversity-ledger: ci-evidence-dir
+ @echo "== CI PRODUCE VERIFICATION DIVERSITY LEDGER =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/produce_verification_diversity_ledger.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/producers/verification-diversity-ledger" \
+ --artifact-root "$(EVIDENCE_RUN_DIR)/artifacts"
+ @cp -f "$(EVIDENCE_RUN_DIR)/producers/verification-diversity-ledger/report.json" "$(EVIDENCE_RUN_DIR)/reports/verification-diversity-ledger-producer.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/producers/verification-diversity-ledger/verification_diversity_ledger_append_report.json" "$(EVIDENCE_RUN_DIR)/reports/verification-diversity-ledger-producer-details.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/producers/verification-diversity-ledger/verification_diversity_ledger.json" "$(EVIDENCE_RUN_DIR)/reports/verification-diversity-ledger-snapshot.json"
+ @echo "OK: verification-diversity-ledger producer evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-verification-determinism-contract: ci-evidence-dir
+ @echo "== CI GATE VERIFICATION DETERMINISM CONTRACT =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_verification_determinism_contract.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/verification-determinism-contract"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/verification-determinism-contract/report.json" "$(EVIDENCE_RUN_DIR)/reports/verification-determinism-contract.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/verification-determinism-contract/verification_determinism_contract_report.json" "$(EVIDENCE_RUN_DIR)/reports/verification-determinism-contract-details.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: verification-determinism-contract evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-verifier-reputation-prohibition: ci-evidence-dir
+ @echo "== CI GATE VERIFIER REPUTATION PROHIBITION =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_verifier_reputation_prohibition.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/verifier-reputation-prohibition"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/verifier-reputation-prohibition/report.json" "$(EVIDENCE_RUN_DIR)/reports/verifier-reputation-prohibition.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/verifier-reputation-prohibition/reputation_prohibition_report.json" "$(EVIDENCE_RUN_DIR)/reports/verifier-reputation-prohibition-details.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: verifier-reputation-prohibition evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-proof-multisig-quorum: ci-gate-cross-node-parity ci-gate-proofd-service
+ @echo "== CI GATE PROOF MULTISIG QUORUM =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_proof_multisig_quorum.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/proof-multisig-quorum"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-multisig-quorum/report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-multisig-quorum.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-multisig-quorum/quorum_matrix.json" "$(EVIDENCE_RUN_DIR)/reports/proof-multisig-quorum-matrix.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-multisig-quorum/quorum_evaluator_report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-multisig-quorum-details.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: proof-multisig-quorum evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-proof-replay-admission-boundary: ci-gate-proof-multisig-quorum
+ @echo "== CI GATE PROOF REPLAY ADMISSION BOUNDARY =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_proof_replay_admission_boundary.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/proof-replay-admission-boundary"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-replay-admission-boundary/report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-replay-admission-boundary.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-replay-admission-boundary/replay_admission_report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-replay-admission-boundary-details.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-replay-admission-boundary/boundary_contract.json" "$(EVIDENCE_RUN_DIR)/reports/proof-replay-admission-boundary-contract.json"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: proof-replay-admission-boundary evidence at $(EVIDENCE_RUN_DIR)"
+
+ci-gate-proof-replicated-verification-boundary: ci-gate-proof-replay-admission-boundary
+ @echo "== CI GATE PROOF REPLICATED VERIFICATION BOUNDARY =="
+ @echo "run_id: $(RUN_ID)"
+ @bash scripts/ci/gate_proof_replicated_verification_boundary.sh \
+ --evidence-dir "$(EVIDENCE_RUN_DIR)/gates/proof-replicated-verification-boundary"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-replicated-verification-boundary/report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-replicated-verification-boundary.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-replicated-verification-boundary/phase13_bridge_report.json" "$(EVIDENCE_RUN_DIR)/reports/proof-replicated-verification-boundary-details.json"
+ @cp -f "$(EVIDENCE_RUN_DIR)/gates/proof-replicated-verification-boundary/research_boundary_note.md" "$(EVIDENCE_RUN_DIR)/reports/proof-replicated-verification-boundary-note.md"
+ @$(MAKE) ci-summarize RUN_ID=$(RUN_ID) EVIDENCE_ROOT=$(EVIDENCE_ROOT)
+ @echo "OK: proof-replicated-verification-boundary evidence at $(EVIDENCE_RUN_DIR)"
+
+phase12-official-closure-prep:
+ @echo "== PHASE12 OFFICIAL CLOSURE PREP =="
+ @python3 tools/ci/generate_phase12_closure_bundle.py \
+ --run-dir "$(PHASE12_CLOSURE_RUN_DIR)" \
+ --output-dir "$(PHASE12_CLOSURE_OUTPUT_DIR)" \
+ $(if $(PHASE12_CLOSURE_ATTESTOR_NODE_ID),--attestor-node-id "$(PHASE12_CLOSURE_ATTESTOR_NODE_ID)") \
+ $(if $(PHASE12_CLOSURE_ATTESTOR_KEY_ID),--attestor-key-id "$(PHASE12_CLOSURE_ATTESTOR_KEY_ID)") \
+ $(if $(PHASE12_CLOSURE_ATTESTOR_PRIVATE_KEY),--attestor-private-key "$(PHASE12_CLOSURE_ATTESTOR_PRIVATE_KEY)") \
+ $(if $(PHASE12_CLOSURE_ATTESTED_AT_UTC),--attested-at-utc "$(PHASE12_CLOSURE_ATTESTED_AT_UTC)")
+ @echo "OK: phase12 official closure candidate at $(PHASE12_CLOSURE_OUTPUT_DIR)"
+
+phase12-closure: phase12-official-closure-prep
+ @echo "OK: phase12-closure alias passed"
+
+phase12-official-closure-preflight:
+ @echo "== PHASE12 OFFICIAL CLOSURE PREFLIGHT =="
+ @python3 tools/ci/generate_phase12_official_closure_preflight.py \
+ --candidate-dir "$(PHASE12_CLOSURE_OUTPUT_DIR)" \
+ --output-dir "$(PHASE12_CLOSURE_PREFLIGHT_OUTPUT_DIR)" \
+ --remote-ci-workflow "$(PHASE12_CLOSURE_REMOTE_CI_WORKFLOW)" \
+ $(if $(PHASE12_CLOSURE_ATTESTOR_PUBLIC_KEY),--attestor-public-key "$(PHASE12_CLOSURE_ATTESTOR_PUBLIC_KEY)") \
+ $(if $(PHASE12_CLOSURE_REMOTE_CI_RUN_ID),--remote-ci-run-id "$(PHASE12_CLOSURE_REMOTE_CI_RUN_ID)")
+ @echo "OK: phase12 official closure preflight at $(PHASE12_CLOSURE_PREFLIGHT_OUTPUT_DIR)"
+
+phase12-official-closure-execute: phase12-official-closure-prep
+ @echo "== PHASE12 OFFICIAL CLOSURE EXECUTE =="
+ @python3 tools/ci/generate_phase12_official_closure_preflight.py \
+ --candidate-dir "$(PHASE12_CLOSURE_OUTPUT_DIR)" \
+ --output-dir "$(PHASE12_CLOSURE_PREFLIGHT_OUTPUT_DIR)" \
+ --remote-ci-workflow "$(PHASE12_CLOSURE_REMOTE_CI_WORKFLOW)" \
+ --fail-on-blockers \
+ $(if $(PHASE12_CLOSURE_ATTESTOR_PUBLIC_KEY),--attestor-public-key "$(PHASE12_CLOSURE_ATTESTOR_PUBLIC_KEY)") \
+ $(if $(PHASE12_CLOSURE_REMOTE_CI_RUN_ID),--remote-ci-run-id "$(PHASE12_CLOSURE_REMOTE_CI_RUN_ID)")
+ @echo "OK: phase12 official closure local execution is ready"
+
ci-gate-policy-accept: ci-evidence-dir
@echo "== CI GATE POLICY ACCEPT =="
@echo "run_id: $(RUN_ID)"
@@ -1156,6 +1869,9 @@ help:
@echo " Advisory only. CI remains mandatory."
@echo " ci - Current CI chain (boundary + hygiene + validate-full)"
@echo " ci-freeze - Strict freeze suite (all implemented gates)"
+ @echo " phase12-official-closure-prep - Generate Phase-12 official closure candidate artifacts"
+ @echo " phase12-official-closure-preflight - Validate local official closure readiness and write blocker report"
+ @echo " phase12-official-closure-execute - Fail-closed local official closure execution preflight"
@echo " (hard guard: AYKEN_SCHED_FALLBACK must be 0)"
@echo " ci-gate-boundary - Boundary symbol scan gate with evidence output"
@echo " ci-gate-ring0-exports - Link-time Ring0 export surface gate (nm + whitelist + max count)"
@@ -1185,6 +1901,119 @@ help:
@echo " (controls: PHASE10C_REQUIRE_METADATA=0|1, PHASE10C_C2_STRICT=0|1, PHASE10C_C2_OWNER_SET=csv, PHASE10C_C2_REQUIRE_CURSOR_MARKER=0|1)"
@echo " (A2 evidence override: PHASE10C_A2_EVIDENCE_DIR=)"
@echo " (ci-freeze default: PHASE10C_ENFORCE=1 + PHASE10C_C2_STRICT=1; local freeze default: PHASE10C_C2_STRICT=0)"
+ @echo " ci-gate-mailbox-capability-negative - P11-01 mailbox capability fail-closed negative matrix gate"
+ @echo " (artifacts: negative_matrix.json, report.json, violations.txt)"
+ @echo " ci-gate-ledger-completeness - P11-02 decision ledger completeness/materialization gate"
+ @echo " (controls: PHASE11_LEDGER_REQUIRE_ETI=0|1, PHASE11_LEDGER_ETI_EVENTS=)"
+ @echo " (artifacts: decision_ledger.bin, decision_ledger.jsonl, report.json, violations.txt)"
+ @echo " (note: set PHASE11_LEDGER_REQUIRE_ETI=1 after ETI integration (#43))"
+ @echo " ci-gate-ledger-integrity - P11-03 ledger hash-chain integrity gate"
+ @echo " (artifacts: chain_verify.json, tamper_test.json, report.json, violations.txt)"
+ @echo " ci-gate-hash-chain-validity - Alias of ci-gate-ledger-integrity"
+ @echo " ci-gate-deol-sequence - P11-10 DEOL bootstrap ordering gate"
+ @echo " (controls: PHASE11_DEOL_LEDGER_EVIDENCE_DIR=)"
+ @echo " (artifacts: event_seq.jsonl, sequence_report.json, report.json, violations.txt)"
+ @echo " ci-gate-eti-sequence - P11-13 ETI bootstrap transcript gate"
+ @echo " (controls: PHASE11_ETI_A2_EVIDENCE_DIR=)"
+ @echo " (artifacts: eti_transcript.bin, eti_transcript.jsonl, eti_chain_verify.json, eti_diff.txt, report.json, violations.txt)"
+ @echo " ci-gate-ledger-eti-binding - P11-13 strict ledger<->ETI event_seq/ltick binding gate"
+ @echo " (controls: PHASE11_LEDGER_ETI_LEDGER_EVIDENCE_DIR=, PHASE11_LEDGER_ETI_EVIDENCE_DIR=)"
+ @echo " (artifacts: binding_report.json, report.json, violations.txt)"
+ @echo " ci-gate-transcript-integrity - P11-13 transcript integrity gate"
+ @echo " (controls: PHASE11_ETI_EVIDENCE_DIR=)"
+ @echo " (artifacts: report.json, violations.txt)"
+ @echo " ci-gate-dlt-monotonicity - P11-14 DLT bootstrap ltick monotonicity gate"
+ @echo " (controls: PHASE11_DLT_ETI_EVIDENCE_DIR=)"
+ @echo " (artifacts: ltick_trace.jsonl, report.json, violations.txt)"
+ @echo " ci-gate-eti-dlt-binding - P11-14 strict ETI<->DLT source event_seq/ltick binding gate"
+ @echo " (controls: PHASE11_ETI_DLT_EVIDENCE_DIR=, PHASE11_ETI_DLT_DLT_EVIDENCE_DIR=)"
+ @echo " (artifacts: binding_report.json, report.json, violations.txt)"
+ @echo " ci-gate-dlt-determinism - P11-14 bootstrap reproducibility gate (same ETI -> same DLT trace hash)"
+ @echo " (controls: PHASE11_DLT_DETERMINISM_ETI_EVIDENCE_DIR=)"
+ @echo " (artifacts: ltick_trace_a.jsonl, ltick_trace_b.jsonl, dlt_determinism_report.json, report.json, violations.txt)"
+ @echo " ci-gate-gcp-finalization - P11-15 GCP bootstrap finalization contract gate"
+ @echo " (controls: PHASE11_GCP_DLT_EVIDENCE_DIR=, PHASE11_GCP_PREVIOUS_SNAPSHOT=)"
+ @echo " (artifacts: gcp_snapshot.json, gcp_record.json, gcp_consistency_report.json, report.json, violations.txt)"
+ @echo " ci-gate-gcp-atomicity - Alias of ci-gate-gcp-finalization"
+ @echo " ci-gate-gcp-ordering - Alias of ci-gate-gcp-finalization"
+ @echo " ci-gate-abdf-snapshot-identity - P11-17 ABDF replay snapshot identity gate"
+ @echo " (controls: PHASE11_ABDF_SNAPSHOT_BIN=, PHASE11_ABDF_EXPECTED_HASH_FILE=)"
+ @echo " (artifacts: abdf_snapshot_hash.txt, snapshot_identity_report.json, snapshot_identity_consistency.json, report.json, violations.txt)"
+ @echo " ci-gate-bcib-trace-identity - P11-18 BCIB plan + execution trace identity gate"
+ @echo " (controls: PHASE11_BCIB_PLAN_BIN=, PHASE11_BCIB_ETI_EVIDENCE_DIR=, PHASE11_BCIB_EXPECTED_PLAN_HASH_FILE=, PHASE11_BCIB_EXPECTED_TRACE_HASH_FILE=)"
+ @echo " (artifacts: bcib_plan_hash.txt, execution_trace.jsonl, execution_trace_hash.txt, trace_verify.json, report.json, violations.txt)"
+ @echo " ci-gate-execution-identity - Alias of ci-gate-bcib-trace-identity"
+ @echo " ci-gate-replay-determinism - P11-04 replay parity gate over ABDF+BCIB execution identity"
+ @echo " (controls: PHASE11_REPLAY_ABDF_EVIDENCE_DIR=, PHASE11_REPLAY_EXECUTION_EVIDENCE_DIR=, PHASE11_REPLAY_EXPECTED_FINAL_STATE_HASH_FILE=)"
+ @echo " (artifacts: replay_trace.jsonl, replay_trace_hash.txt, replay_report.json, event_diff.txt, ltick_diff.txt, report.json, violations.txt)"
+ @echo " ci-gate-replay-v1 - Alias of ci-gate-replay-determinism"
+ @echo " ci-gate-kpl-proof-verify - P11-11 KPL bootstrap proof manifest verification gate"
+ @echo " (controls: PHASE11_KPL_* vars for abdf/execution/replay/ledger/eti evidence, kernel image, config, expected proof/final-state hashes)"
+ @echo " (artifacts: proof_manifest.json, proof_verify.json, report.json, violations.txt)"
+ @echo " ci-gate-proof-manifest - Alias of ci-gate-kpl-proof-verify"
+ @echo " ci-gate-proof-bundle - P11-42 bootstrap proof bundle portability gate"
+ @echo " (controls: PHASE11_BUNDLE_* vars for identity/replay/kpl evidence, kernel image, summary, meta)"
+ @echo " (artifacts: proof_bundle/, bundle_verify.json, report.json, violations.txt)"
+ @echo " ci-gate-proof-portability - Alias of ci-gate-proof-bundle"
+ @echo " ci-gate-proof-producer-schema - P12-01 producer identity schema gate"
+ @echo " (artifacts: producer_schema_report.json, producer_identity_examples.json, report.json, violations.txt)"
+ @echo " ci-gate-proof-signature-envelope - P12-02 detached signature envelope schema gate"
+ @echo " (artifacts: signature_envelope_report.json, identity_stability_report.json, report.json, violations.txt)"
+ @echo " ci-gate-proof-bundle-v2-schema - P12-03 bundle v2 layout/schema gate"
+ @echo " (artifacts: bundle_schema_report.json, report.json, violations.txt)"
+ @echo " ci-gate-proof-bundle-v2-compat - P12-03 bundle v2 compatibility gate"
+ @echo " (artifacts: compatibility_report.json, report.json, violations.txt)"
+ @echo " ci-gate-proof-signature-verify - P12-04 detached signature verification gate"
+ @echo " (artifacts: signature_verify.json, registry_resolution_report.json, report.json, violations.txt)"
+ @echo " ci-gate-proof-registry-resolution - P12-05 registry resolution gate"
+ @echo " (artifacts: registry_snapshot.json, registry_resolution_matrix.json, report.json, violations.txt)"
+ @echo " ci-gate-proof-key-rotation - P12-06 key rotation/revocation gate"
+ @echo " (artifacts: rotation_matrix.json, revocation_matrix.json, report.json, violations.txt)"
+ @echo " ci-gate-proof-verifier-core - P12-07 verifier core determinism gate"
+ @echo " (artifacts: verifier_core_report.json, determinism_matrix.json, report.json, violations.txt)"
+ @echo " ci-gate-proof-trust-policy - P12-08 trust policy schema/hash gate"
+ @echo " (artifacts: policy_schema_report.json, policy_hash_report.json, report.json, violations.txt)"
+ @echo " ci-gate-proof-verdict-binding - P12-09 verdict subject binding gate"
+ @echo " (artifacts: verdict_binding_report.json, verdict_subject_examples.json, report.json, violations.txt)"
+ @echo " ci-gate-proof-verifier-cli - P12-10 thin offline verifier CLI gate"
+ @echo " (artifacts: cli_smoke_report.json, cli_output_contract.json, report.json, violations.txt)"
+ @echo " ci-gate-proof-receipt - P12-11 signed verification receipt gate"
+ @echo " (artifacts: receipt_schema_report.json, receipt_emit_report.json, report.json, violations.txt)"
+ @echo " ci-gate-proof-audit-ledger - P12-12 append-only verification audit ledger gate"
+ @echo " (artifacts: verification_audit_ledger.jsonl, audit_integrity_report.json, report.json, violations.txt)"
+ @echo " ci-gate-proof-exchange - P12-13 proof bundle exchange transport contract gate"
+ @echo " (artifacts: exchange_contract_report.json, transport_mutation_matrix.json, report.json, violations.txt)"
+ @echo " ci-gate-verifier-authority-resolution - P12 authority graph / deterministic authority resolution gate"
+ @echo " (artifacts: authority_resolution_report.json, authority_chain_report.json, report.json, violations.txt)"
+ @echo " ci-gate-cross-node-parity - P12 distributed parity failure-matrix gate"
+ @echo " (artifacts: parity_report.json, parity_closure_audit_report.json, failure_matrix.json, report.json, violations.txt)"
+ @echo " ci-gate-proofd-service - P12-16 read-only proofd diagnostics service gate"
+ @echo " (artifacts: proofd_service_report.json, proofd_receipt_report.json, proofd_endpoint_contract.json, proofd_verify_request.json, proofd_verify_response.json, proofd_run_manifest.json, proofd_receipt_verification_report.json, proofd_repeated_execution_report.json, report.json, violations.txt)"
+ @echo " ci-gate-proofd-observability-boundary - Phase13 boundary gate locking proofd diagnostics namespace"
+ @echo " (artifacts: proofd_observability_boundary_report.json, proofd_observability_negative_matrix.json, report.json, violations.txt)"
+ @echo " ci-gate-graph-non-authoritative-contract - Phase13 boundary gate blocking graph truth inference"
+ @echo " (artifacts: graph_non_authoritative_report.json, report.json, violations.txt)"
+ @echo " ci-gate-convergence-non-election-boundary - Phase13 boundary gate blocking convergence election semantics"
+ @echo " (artifacts: convergence_non_election_report.json, report.json, violations.txt)"
+ @echo " ci-gate-diagnostics-consumer-non-authoritative-contract - Phase13 boundary gate blocking descriptive diagnostics from becoming execution input"
+ @echo " (artifacts: diagnostics_consumer_contract_report.json, report.json, violations.txt)"
+ @echo " ci-gate-diagnostics-callsite-correlation - Phase13 boundary gate blocking descriptive diagnostics from flowing into decision call sites"
+ @echo " (artifacts: diagnostics_callsite_correlation_report.json, report.json, violations.txt)"
+ @echo " ci-gate-observability-routing-separation - Phase13 boundary gate enforcing routing blindness against observability artifacts"
+ @echo " (artifacts: observability_routing_separation_report.json, observability_routing_negative_matrix.json, report.json, violations.txt)"
+ @echo " ci-gate-verification-determinism-contract - Phase13 gate blocking ambient verifier dependencies"
+ @echo " (artifacts: verification_determinism_contract_report.json, report.json, violations.txt)"
+ @echo " ci-gate-verifier-reputation-prohibition - Phase13 boundary gate blocking hidden verifier scoring"
+ @echo " (artifacts: reputation_prohibition_report.json, report.json, violations.txt)"
+ @echo " ci-gate-proof-multisig-quorum - P12-15 multisignature / N-of-M quorum gate"
+ @echo " (artifacts: quorum_matrix.json, quorum_evaluator_report.json, report.json, violations.txt)"
+ @echo " ci-gate-proof-replay-admission-boundary - P12-17 replay admission boundary gate"
+ @echo " (artifacts: replay_admission_report.json, boundary_contract.json, report.json, violations.txt)"
+ @echo " ci-gate-proof-replicated-verification-boundary - P12-18 replicated verification boundary gate"
+ @echo " (artifacts: research_boundary_note.md, phase13_bridge_report.json, report.json, violations.txt)"
+ @echo " phase12-official-closure-prep - Generate closure manifest + evidence index for the Phase-12 local closure-ready run"
+ @echo " (controls: PHASE12_CLOSURE_RUN_DIR, PHASE12_CLOSURE_OUTPUT_DIR, PHASE12_CLOSURE_ATTESTOR_*)"
+ @echo " phase12-closure - Alias for phase12-official-closure-prep"
@echo " ci-gate-workspace - Workspace determinism/repro/linkset gate (override: WORKSPACE_STRICT=0)"
@echo " ci-gate-syscall-v2-runtime - Runtime syscall v2 contract gate (Ring3 -> int80 -> Ring0)"
@echo " (controls: SYSCALL_V2_RUNTIME_* vars)"
@@ -1192,7 +2021,11 @@ help:
@echo " ci-gate-decision-switch-phase45 - Gate-4.5 decision->switch proof gate"
@echo " (controls: GATE45_QEMU_TIMEOUT, GATE45_BOOTSTRAP_POLICY, GATE45_MB_SELFTEST, GATE45_C2_STRICT=0|1, GATE45_C2_OWNER_PID=)"
@echo " ci-gate-policy-proof-regression - Composite regression suite: Gate-4 then Gate-4.5"
- @echo " ci-summarize - Summarize discovered gate reports and enforce PASS"
+ @echo " ci-summarize - Summarize discovered gate reports, emit kill-switch category summary, and enforce PASS"
+ @echo " ci-kill-switch-summary - Require full architectural kill-switch gate coverage for an existing run"
+ @echo " ci-gate-verification-diversity-floor - Collapse-horizon harness over Verification Diversity Ledger evidence"
+ @echo " ci-gate-verifier-cartel-correlation - Stage-1 collapse-horizon harness for verifier independence and cartel correlation"
+ @echo " ci-produce-verification-diversity-ledger - Produce / append canonical VDL entries from verifier audit evidence"
@echo " ci-gate-abi - ABI drift gate (use ABI_INIT_BASELINE=1 for explicit first baseline write)"
@echo " ci-gate-performance - Performance baseline/env hash gate"
@echo " (use PERF_INIT_BASELINE=1 for first baseline write)"
@@ -1204,7 +2037,7 @@ help:
@echo " (overrides: PERF_VARIANCE_* vars, PERF_KERNEL_PROFILE)"
@echo " help - Show this help message"
-.PHONY: check-deps install-deps validate validate-toolchain validate-build validate-qemu validate-qemu-env validate-qemu-integration validate-full setup dev ci ci-freeze ci-freeze-guard preflight-mode-guard ci-evidence-dir ci-gate-boundary ci-gate-ring0-exports ci-summarize ci-gate-abi ci-gate-workspace ci-gate-hygiene ci-gate-tooling-isolation ci-gate-constitutional ci-gate-governance-policy ci-gate-drift-activation ci-gate-structural-abi ci-gate-runtime-marker-contract ci-gate-user-bin-lock ci-gate-embedded-elf-hash ci-gate-structural-constitution ci-gate-syscall-v2-runtime ci-gate-sched-bridge-runtime ci-gate-behavioral-suite ci-gate-ring3-execution-phase10a2 ci-gate-syscall-semantics-phase10b ci-gate-scheduler-mailbox-phase10c ci-gate-policy-accept ci-gate-decision-switch-phase45 ci-gate-policy-proof-regression ci-gate-performance perf-preempt-variance-local generate-abi help
+.PHONY: check-deps install-deps validate validate-toolchain validate-build validate-qemu validate-qemu-env validate-qemu-integration validate-full setup dev ci ci-freeze ci-freeze-guard preflight-mode-guard ci-evidence-dir ci-gate-boundary ci-gate-ring0-exports ci-summarize ci-kill-switch-summary ci-gate-abi ci-gate-workspace ci-gate-hygiene ci-gate-tooling-isolation ci-gate-constitutional ci-gate-governance-policy ci-gate-drift-activation ci-gate-structural-abi ci-gate-runtime-marker-contract ci-gate-user-bin-lock ci-gate-embedded-elf-hash ci-gate-structural-constitution ci-gate-syscall-v2-runtime ci-gate-sched-bridge-runtime ci-gate-behavioral-suite ci-gate-ring3-execution-phase10a2 ci-gate-syscall-semantics-phase10b ci-gate-scheduler-mailbox-phase10c ci-gate-mailbox-capability-negative ci-gate-ledger-completeness ci-gate-ledger-integrity ci-gate-hash-chain-validity ci-gate-deol-sequence ci-gate-eti-sequence ci-gate-ledger-eti-binding ci-gate-transcript-integrity ci-gate-dlt-monotonicity ci-gate-eti-dlt-binding ci-gate-dlt-determinism ci-gate-gcp-finalization ci-gate-gcp-atomicity ci-gate-gcp-ordering ci-gate-abdf-snapshot-identity ci-gate-bcib-trace-identity ci-gate-execution-identity ci-gate-replay-determinism ci-gate-replay-v1 ci-gate-kpl-proof-verify ci-gate-proof-manifest ci-gate-proof-bundle ci-gate-proof-portability ci-gate-proof-producer-schema ci-gate-proof-signature-envelope ci-gate-proof-bundle-v2-schema ci-gate-proof-bundle-v2-compat ci-gate-proof-signature-verify ci-gate-proof-registry-resolution ci-gate-proof-key-rotation ci-gate-proof-verifier-core ci-gate-proof-trust-policy ci-gate-proof-verdict-binding ci-gate-proof-verifier-cli ci-gate-proof-receipt ci-gate-proof-audit-ledger ci-gate-proof-exchange ci-gate-verifier-authority-resolution ci-gate-cross-node-parity ci-gate-proofd-service ci-gate-proofd-observability-boundary ci-gate-graph-non-authoritative-contract ci-gate-convergence-non-election-boundary ci-gate-diagnostics-consumer-non-authoritative-contract ci-gate-diagnostics-callsite-correlation ci-gate-observability-routing-separation ci-gate-verification-diversity-floor ci-gate-verifier-cartel-correlation ci-produce-verification-diversity-ledger ci-gate-verification-determinism-contract ci-gate-verifier-reputation-prohibition ci-gate-proof-multisig-quorum ci-gate-proof-replay-admission-boundary ci-gate-proof-replicated-verification-boundary phase12-official-closure-prep phase12-official-closure-preflight phase12-official-closure-execute phase12-closure ci-gate-policy-accept ci-gate-decision-switch-phase45 ci-gate-policy-proof-regression ci-gate-performance perf-preempt-variance-local generate-abi help
# UEFI bootloader assembly sources (.S)
$(BOOTLOADER_DIR)/%.efi.o: $(BOOTLOADER_DIR)/%.S
diff --git a/PHASE_10_COMPLETION_SUMMARY.md b/PHASE_10_COMPLETION_SUMMARY.md
index e2d008cca..36943924e 100644
--- a/PHASE_10_COMPLETION_SUMMARY.md
+++ b/PHASE_10_COMPLETION_SUMMARY.md
@@ -1,5 +1,7 @@
# Phase 10: Deterministic Baseline - IN PROGRESS
+> Historical snapshot note (2026-03-07): This document predates official Phase-10 closure. Current official closure truth is carried by `evidence/run-local-freeze-p10p11/`, `AYKENOS_SON_DURUM_RAPORU_2026_03_07.md`, and `reports/phase10_phase11_closure_2026-03-07.md`; remote `ci-freeze` confirmation: `22797401328`.
+
**Date:** 2026-03-01
**Status:** BASELINE VALIDATED LOCALLY, NOT YET VALIDATED IN CI
**Tag:** `phase10-deterministic-baseline-2026-03-01` (PREMATURE - to be removed)
diff --git a/PHASE_10_FINAL_STATUS.md b/PHASE_10_FINAL_STATUS.md
index 04e8f55ed..f843bf29c 100644
--- a/PHASE_10_FINAL_STATUS.md
+++ b/PHASE_10_FINAL_STATUS.md
@@ -1,5 +1,7 @@
# Phase 10: Final Status Report
+> Historical snapshot note (2026-03-07): This document reflects an interim 2026-03-01 status. Current official closure truth is carried by `evidence/run-local-freeze-p10p11/`, `AYKENOS_SON_DURUM_RAPORU_2026_03_07.md`, and `reports/phase10_phase11_closure_2026-03-07.md`; remote `ci-freeze` confirmation: `22797401328`.
+
**Date:** 2026-03-01
**Status:** MAKEFILE FIX VALIDATED, BASELINE REGENERATION REQUIRED
**PR:** #26
diff --git a/PROJE_DURUM_RAPORU_2026_03_02.md b/PROJE_DURUM_RAPORU_2026_03_02.md
index 2393698cc..68b49879c 100644
--- a/PROJE_DURUM_RAPORU_2026_03_02.md
+++ b/PROJE_DURUM_RAPORU_2026_03_02.md
@@ -1,5 +1,7 @@
# AykenOS Proje Durum Raporu
+> Historical snapshot note (2026-03-07): Bu rapor 2026-03-02 tarihli durum fotografidir. Guncel official closure durumu icin `AYKENOS_SON_DURUM_RAPORU_2026_03_07.md`, `RAPOR_OZETI_2026_03_07.md` ve `reports/phase10_phase11_closure_2026-03-07.md` kullanilmalidir.
+
**Tarih:** 2 Mart 2026
**Hazırlayan:** Kenan AY
**Versiyon:** v0.4.6-policy-accept + Phase 10-A1
diff --git a/RAPOR_OZETI_2026_03_07.md b/RAPOR_OZETI_2026_03_07.md
new file mode 100644
index 000000000..4dad5257b
--- /dev/null
+++ b/RAPOR_OZETI_2026_03_07.md
@@ -0,0 +1,33 @@
+# AykenOS Rapor Ozeti (2026-03-07)
+
+## Kisa Sonuc
+- `Phase-10 = CLOSED (official closure confirmed)`
+- `Phase-11 = CLOSED (official closure confirmed)`
+- `Official closure = remote ci-freeze run 22797401328 on fe9031d7`
+
+## Evidence
+- Runtime freeze: `evidence/run-local-freeze-p10p11/reports/summary.json`
+- Proof closure: `evidence/run-local-phase11-closure/reports/summary.json`
+- Evidence SHA: `9cb2171b`
+- Closure sync SHA: `fe9031d7`
+- Official CI: `ci-freeze` run `22797401328` (`success`)
+- Closure summary: `reports/phase10_phase11_closure_2026-03-07.md`
+
+## Kritik Gecler
+- `ring3-execution-phase10a2` -> `PASS`
+- `syscall-semantics-phase10b` -> `PASS`
+- `scheduler-mailbox-phase10c` -> `PASS`
+- `abdf-snapshot-identity` -> `PASS`
+- `replay-determinism` -> `PASS`
+- `kpl-proof-verify` -> `PASS`
+- `proof-bundle` -> `PASS`
+
+## Boundary
+- Official closure, local evidence setleri ile remote `ci-freeze` confirmation kombinasyonudur.
+- `CURRENT_PHASE=10` formal transition pointer'i henuz degismemistir.
+- Phase-12 trust/distribution semantics `Phase-10` / `Phase-11` official closure scope'u disindadir; worktree-local `Phase-12` implementasyon ilerlemesi bu siniri bozmaz.
+
+## Sonraki Adim
+1. Dedicated official closure tag
+2. Local `P12-14` parity diagnostics, island analysis ve `DeterminismIncident` hardening hattini ilerlet
+3. Replay stability izleme
diff --git a/README.md b/README.md
index cfd8cd4e2..2e65a0da6 100755
--- a/README.md
+++ b/README.md
@@ -13,17 +13,29 @@ This document is subordinate to PHASE 0 – FOUNDATIONAL OATH. In case of confli
**Oluşturan:** Kenan AY
**Oluşturma Tarihi:** 01.01.2026
-**Son Güncelleme:** 05.03.2026
-**Snapshot/Head:** `main@7af35acc`
-**CURRENT_PHASE:** `10`
-**Freeze Zinciri:** `make ci-freeze` = 21 gate
-**Acil Blocker:** `missing_marker:P10_RING3_USER_CODE`
-**Yakın Hedef:** `make PHASE10C_C2_STRICT=1 ci-gate-ring3-execution-phase10a2` -> PASS
-**Durum Notu:** Docs updated; gates not rerun in this commit.
-
-**Proje Durumu:** Core OS Phase 4.5 TAMAMLANDI ✅ | Phase 10-A1 (Ring3 Process Preparation) TAMAMLANDI ✅ | Phase 10-A2 strict marker blocker aktif 🚧 | Constitutional Rule System Phases 1-12 tamamlandı ✅ | Architecture Freeze ACTIVE ✅
+**Son Güncelleme:** 13.03.2026
+**Closure Evidence:** `local-freeze-p10p11` + `local-phase11-closure`
+**Evidence Git SHA:** `9cb2171b`
+**Closure Sync / Remote CI:** `fe9031d7` (`ci-freeze#22797401328 = success`)
+**CURRENT_PHASE:** `10` (`formal phase transition pending`)
+**Freeze Zinciri:** `make ci-freeze` = 21 gate | `make ci-freeze-local` = 20 gate
+**Acil Blocker:** `yok` (`official closure confirmed`)
+**Yakın Hedef:** `official closure tag + remote Phase-12 closure confirmation + formal phase transition`
+**Durum Notu:** Local closure evidence remote `ci-freeze` run `22797401328` ile `fe9031d7` uzerinde dogrulandi; bunun ustunde worktree-local `Phase-12` normatif gate seti `run-local-phase12c-closure-2026-03-11` ile yesil gecmistir. Bu durum local `closure-ready` seviyesidir; remote / official `Phase-12` closure claim'i ve `CURRENT_PHASE` gecisi halen ayri governance adimidir. Parity hatti `distributed verification diagnostics` seviyesinde ele alinir; bu, `consensus` anlami tasimaz.
+
+**Proje Durumu:** Core OS Phase 4.5 TAMAMLANDI ✅ | Phase 10 runtime CLOSED (official closure confirmed) ✅ | Phase 11 verification substrate CLOSED (official closure confirmed) ✅ | Phase 12 local closure-ready gate set GREEN ✅ | Architecture Freeze ACTIVE ✅
**Boot/Kernel Bring-up:** UEFI→kernel handoff doğrulandı ✅ | Ring3 process preparation operasyonel ✅ | ELF64 loader çalışıyor ✅ | User address space creation aktif ✅ | Syscall roundtrip doğrulandı ✅ | IRQ-tail preempt doğrulama hattı mevcut ✅
-**Phase 10 Status:** Baseline lock repoda ✅ | A2 strict gate blocker: `missing_marker:P10_RING3_USER_CODE` 🚧
+**Phase 10 Status:** Runtime determinism officially closed ✅ | remote `ci-freeze` run `22797401328`
+**Phase 11 Status:** Replay + KPL + proof bundle officially closed ✅ | trust/distributed semantics Phase-12 scope'u
+**Phase 12 Status:** local `P12-01..P12-18 = COMPLETED_LOCAL` ✅ | normatif `Phase-12C` gate seti `run-local-phase12c-closure-2026-03-11` ile GREEN ✅ | remote / official closure ve `CURRENT_PHASE` gecisi henuz beklemede
+**Architecture Quick Map:** `docs/specs/phase12-trust-layer/AYKENOS_ARCHITECTURE_ONE_PAGE.md` Phase-12 / Phase-13 sinirinda tek sayfalik mimari ozeti sunar.
+**Global Architecture Diagram:** `docs/specs/phase12-trust-layer/AYKENOS_GLOBAL_ARCHITECTURE_DIAGRAM.md` katmanli sistem akisini, `proofd` service boundary'sini ve federation sinirini tek diyagramda toplar.
+**Technical Definition Set:** `docs/specs/phase12-trust-layer/AYKENOS_TECHNICAL_DEFINITION_SET.md` AykenOS icin 1 cumlelik, 3 cumlelik ve canonical paragraf tanimlarini sabitler.
+**System Positioning Table:** `docs/specs/phase12-trust-layer/AYKENOS_SYSTEM_POSITIONING_TABLE.md` AykenOS'u blockchain, TUF, Sigstore, `in-toto` ve reproducible-builds siniflariyla mimari eksenlerde konumlandirir.
+**Verification Observability Model:** `docs/specs/phase12-trust-layer/VERIFICATION_OBSERVABILITY_MODEL.md` derived diagnostics katmanini, incident / convergence / authority graph yuzeyleriyle birlikte sabitler.
+**Global Verification Graph Model:** `docs/specs/phase12-trust-layer/GLOBAL_VERIFICATION_GRAPH_MODEL.md` node topology, truth surface, relationship graph ve overlay katmanlarini tek global modelde birlestirir.
+**System Category Note:** `docs/specs/phase12-trust-layer/AYKENOS_SYSTEM_CATEGORY_NOTE.md` canonical kategori dilini `Distributed Verification Systems` cizgisinde sabitler.
+**Canonical Technical Definition:** AykenOS is a deterministic verification architecture that separates kernel execution, verification semantics, evidence artifacts, and distributed diagnostics into explicit layers. The kernel provides mechanism, userspace verification services produce artifact-bound verdicts and receipts, and parity/topology surfaces expose cross-node observability without elevating diagnostics into authority or consensus. In this model, artifacts are the canonical truth interface, services wrap canonical artifacts, and distributed verification scales through evidence-first observability rather than truth election or replicated-state consensus.
⚠️ **CI Mode:** `ci-freeze` workflow varsayılan olarak **CONSTITUTIONAL** modda çalışır (`PERF_BASELINE_MODE=constitutional`); baseline-init akışında ve yerel denemelerde **PROVISIONAL** yol kullanılabilir. Ayrıntı: [Constitutional CI Mode](docs/operations/CONSTITUTIONAL_CI_MODE.md), [Provisional CI Mode](docs/operations/PROVISIONAL_CI_MODE.md).
@@ -441,13 +453,20 @@ AykenOS, fiziksel donanımda test edilmek üzere USB'den boot edilebilir.
- ✅ **Process Registration:** PCB integration, scheduler queueing, PROC_READY state
- ✅ **Marker Sequence:** `KERNEL_BEFORE_RING3 → [[AYKEN_RING3_PREP_OK]] → P10_SCHED_ARMED`
-- 🚧 **Phase 10-A2:** Real CPL3 Entry Proof (STRICT BLOCKER AKTİF)
+- ✅ **Phase 10-A2:** Real CPL3 Entry Proof (LOCAL CLOSURE CONFIRMED)
- ✅ **TSS/GDT/IDT Validation:** Implemented
- ✅ **ring3_enter() Assembly:** IRETQ path implemented
- - ✅ **#BP Handler Update:** Ring3 detection path implemented
+ - ✅ **#BP Handler Update:** User-origin proof predicate stabilized
- ✅ **Scheduler Dispatch Integration:** Implemented
- - ❌ **Strict Gate Blocker:** `missing_marker:P10_RING3_USER_CODE`
- - 🎯 **Near Target:** `make PHASE10C_C2_STRICT=1 ci-gate-ring3-execution-phase10a2` PASS
+ - ✅ **Strict Gate PASS:** `ci-gate-ring3-execution-phase10a2`
+ - ✅ **Closure Evidence:** `evidence/run-local-freeze-p10p11/`
+
+- ✅ **Phase 11:** Verification Substrate (BOOTSTRAP / LOCAL CLOSURE)
+ - ✅ **Ledger + Hash Chain:** `ledger-completeness`, `ledger-integrity`
+ - ✅ **ETI / Execution Identity:** `eti-sequence`, `bcib-trace-identity`
+ - ✅ **Replay Determinism:** `replay-determinism`
+ - ✅ **Proof Layer:** `kpl-proof-verify`, `proof-bundle`
+ - ✅ **Closure Evidence:** `evidence/run-local-phase11-closure/`
- 🚀 **Constitutional Integration:** Constitutional Stabilization & Lock (başlamaya hazır)
- **Single Decision Authority:** All decisions flow through Gate C constitutional validation
@@ -497,7 +516,8 @@ AykenOS'un geliştirilmesi için oluşturulan constitutional rule system:
| Syscall Roundtrip | ✅ | INT 0x80 kernel ↔ Ring3 geçişleri doğrulandı |
| Phase 4.4 Ring3 Model | ✅ | Ring3 execution model tamamlandı |
| Phase 10-A1 Process Prep | ✅ | ELF loader, address space, stack, mailbox, registration |
-| Phase 10-A2 CPL3 Entry | 🚧 | Strict marker blocker: `missing_marker:P10_RING3_USER_CODE` |
+| Phase 10-A2 CPL3 Entry | ✅ | Official closure confirmed via `local-freeze-p10p11` + `ci-freeze#22797401328` |
+| Phase 11 Verification Substrate | ✅ | Official closure confirmed via `local-phase11-closure` + `ci-freeze#22797401328` |
| ELF Parser (STATIC) | ✅ | Ring0 export minimization, constitutional compliance |
| PT_LOAD Segment Loading | ✅ | Full iteration, BSS zero-fill, flag derivation |
| User/Kernel Stack Alloc | ✅ | 2-page user stack, RSP0 kernel stack |
@@ -696,26 +716,37 @@ AykenOS açık kaynak bir projedir ve katkılara açıktır. Ancak, ticari kulla
---
-**Son Güncelleme:** 5 Mart 2026 - Snapshot truth senkronu yapıldı.
+**Son Güncelleme:** 13 Mart 2026 - Phase-12 local closure-ready truth, architecture corpus ve Phase-13 observability roadmap senkronize edildi.
**Güncel Raporlar:**
-- **📊 Kapsamlı Durum Raporu:** `AYKENOS_SON_DURUM_RAPORU_2026_03_05.md` (11 bölüm, detaylı analiz)
-- **⚡ Rapor Özeti:** `RAPOR_OZETI_2026_03_05.md` (hızlı bakış, kritik durum, eylem önerileri)
-- **📋 Detaylı Durum:** `PROJE_DURUM_RAPORU_2026_03_02.md` (2 Mart durumu)
+- **📘 Proje Status Surface:** `docs/development/PROJECT_STATUS_REPORT.md` (Phase-10/11 official closure + Phase-12 local closure-ready + Phase-13 prep)
+- **🧭 Roadmap Status Surface:** `docs/roadmap/overview.md` (roadmap kararlari, risk konsantrasyonu, sonraki yol)
+- **🗂️ Documentation Index:** `docs/development/DOCUMENTATION_INDEX.md` (current truth surface ve reference set)
+- **📊 Kapsamlı Durum Raporu:** `AYKENOS_SON_DURUM_RAPORU_2026_03_07.md` (current truth, official closure confirmed)
+- **⚡ Rapor Özeti:** `RAPOR_OZETI_2026_03_07.md` (hızlı bakış, closure seviyesi, sonraki adımlar)
+- **📋 Closure Özeti:** `reports/phase10_phase11_closure_2026-03-07.md`
+- **🗃️ Tarihsel Snapshot:** `AYKENOS_SON_DURUM_RAPORU_2026_03_05.md`
**Snapshot Truth (Tek Kaynak Özeti):**
-- `Snapshot/head`: `main@7af35acc`
-- `CURRENT_PHASE`: `10`
+- `Closure evidence`: `local-freeze-p10p11` + `local-phase11-closure`
+- `Evidence git_sha`: `9cb2171b`
+- `Closure sync sha`: `fe9031d7`
+- `Official CI`: `ci-freeze` run `22797401328` (`success`)
+- `CURRENT_PHASE`: `10` (`formal phase transition pending`)
- `make ci-freeze`: 21 gate
-- `Acil blocker`: `missing_marker:P10_RING3_USER_CODE`
-- `Yakın hedef`: `make PHASE10C_C2_STRICT=1 ci-gate-ring3-execution-phase10a2` PASS
-- `Durum notu`: Docs updated; gates not rerun in this commit
+- `Acil blocker`: `yok` (`official closure confirmed`)
+- `Phase-12`: `LOCAL_CLOSURE_READY` (local `Phase-12C` gate set green)
+- `Phase-13 hazirligi`: observability architecture corpus + GitHub milestone aktif
+- `Yakın hedef`: `official closure tag` + remote / official `Phase-12` confirmation + formal phase transition
+- `Durum notu`: Runtime freeze PASS, bootstrap proof chain PASS, local `Phase-12C` PASS ve Phase-13 observability roadmap hazir
-**Güncelleyen:** Kiro AI Assistant
+**Güncelleyen:** Codex
AykenOS, geleneksel işletim sistemi paradigmalarını sorgulayan ve AI-native bir gelecek için temel oluşturan yenilikçi bir projedir. Execution-centric mimari, Ring3 empowerment, multi-agent orchestration, constitutional CI guards, evidence-based performance optimization ve deterministic execution özellikleriyle, modern işletim sistemlerine farklı bir bakış açısı sunmaktadır.
-**Phase 10 Milestone:** ELF64 parser (STATIC, Ring0 export minimization), user address space creation, PT_LOAD segment loading, user/kernel stack allocation, mailbox allocation ve process registration tamamlandı. Baseline lock repoda mevcut. A2 tarafında strict marker closure devam ediyor.
+**Phase 10 Milestone:** ELF64 parser (STATIC, Ring0 export minimization), user address space creation, PT_LOAD segment loading, user/kernel stack allocation, mailbox allocation, process registration ve real CPL3 proof local freeze evidence + remote `ci-freeze` confirmation ile official closure seviyesinde kapandi.
+
+**Phase 11 Milestone:** Execution trace identity, replay determinism, KPL proof verification ve portable proof bundle bootstrap/local evidence + remote `ci-freeze` confirmation ile official closure seviyesinde kapandi.
**Ayken Constitutional Rule System**: AykenOS'un geliştirilmesi için oluşturulan constitutional rule system, Task 10.1 MARS Module Detection ile modül seviyesinde risk atıfı sağlar.
diff --git a/ayken-core/Cargo.toml b/ayken-core/Cargo.toml
index 126babc11..e32f1ee10 100755
--- a/ayken-core/Cargo.toml
+++ b/ayken-core/Cargo.toml
@@ -4,6 +4,7 @@ members = [
"crates/bcib",
"crates/abdf-builder",
"crates/d4-constitutional",
+ "crates/proof-verifier",
"examples",
]
diff --git a/ayken-core/crates/abdf-builder/benches/abdf_benchmark.rs b/ayken-core/crates/abdf-builder/benches/abdf_benchmark.rs
index f8fe4b54e..82146051c 100755
--- a/ayken-core/crates/abdf-builder/benches/abdf_benchmark.rs
+++ b/ayken-core/crates/abdf-builder/benches/abdf_benchmark.rs
@@ -1,57 +1,55 @@
-use criterion::{black_box, criterion_group, criterion_main, Criterion};
-use abdf_builder::{AbdfBuilder, decode_abdf};
-use abdf::segment::{SegmentKind, MetaContainer};
-
-fn benchmark_abdf_build(c: &mut Criterion) {
- c.bench_function("abdf_build_small", |b| {
- b.iter(|| {
- let mut builder = AbdfBuilder::new();
-
- let name_idx = builder.intern_string("test_data");
- let type_idx = builder.intern_string("table/generic");
- let schema_idx = builder.intern_string("id:u64,value:f64");
-
- let meta = MetaContainer {
- name_idx,
- type_idx,
- schema_idx,
- permissions: 0,
- embedding_idx: 0,
- };
-
- let data = vec![0u8; 1024]; // 1KB data
- builder.add_segment(SegmentKind::Tabular(meta), &data);
-
- black_box(builder.build())
- })
- });
-}
-
-fn benchmark_abdf_decode(c: &mut Criterion) {
- // Prepare test data
- let mut builder = AbdfBuilder::new();
- let name_idx = builder.intern_string("test_data");
- let type_idx = builder.intern_string("table/generic");
- let schema_idx = builder.intern_string("id:u64,value:f64");
-
- let meta = MetaContainer {
- name_idx,
- type_idx,
- schema_idx,
- permissions: 0,
- embedding_idx: 0,
- };
-
- let data = vec![0u8; 1024];
- builder.add_segment(SegmentKind::Tabular(meta), &data);
- let buffer = builder.build();
-
- c.bench_function("abdf_decode_small", |b| {
- b.iter(|| {
- black_box(decode_abdf(&buffer).unwrap())
- })
- });
-}
-
-criterion_group!(benches, benchmark_abdf_build, benchmark_abdf_decode);
-criterion_main!(benches);
\ No newline at end of file
+use abdf::segment::{MetaContainer, SegmentKind};
+use abdf_builder::{decode_abdf, AbdfBuilder};
+use criterion::{black_box, criterion_group, criterion_main, Criterion};
+
+fn benchmark_abdf_build(c: &mut Criterion) {
+ c.bench_function("abdf_build_small", |b| {
+ b.iter(|| {
+ let mut builder = AbdfBuilder::new();
+
+ let name_idx = builder.intern_string("test_data");
+ let type_idx = builder.intern_string("table/generic");
+ let schema_idx = builder.intern_string("id:u64,value:f64");
+
+ let meta = MetaContainer {
+ name_idx,
+ type_idx,
+ schema_idx,
+ permissions: 0,
+ embedding_idx: 0,
+ };
+
+ let data = vec![0u8; 1024]; // 1KB data
+ builder.add_segment(SegmentKind::Tabular(meta), &data);
+
+ black_box(builder.build())
+ })
+ });
+}
+
+fn benchmark_abdf_decode(c: &mut Criterion) {
+ // Prepare test data
+ let mut builder = AbdfBuilder::new();
+ let name_idx = builder.intern_string("test_data");
+ let type_idx = builder.intern_string("table/generic");
+ let schema_idx = builder.intern_string("id:u64,value:f64");
+
+ let meta = MetaContainer {
+ name_idx,
+ type_idx,
+ schema_idx,
+ permissions: 0,
+ embedding_idx: 0,
+ };
+
+ let data = vec![0u8; 1024];
+ builder.add_segment(SegmentKind::Tabular(meta), &data);
+ let buffer = builder.build();
+
+ c.bench_function("abdf_decode_small", |b| {
+ b.iter(|| black_box(decode_abdf(&buffer).unwrap()))
+ });
+}
+
+criterion_group!(benches, benchmark_abdf_build, benchmark_abdf_decode);
+criterion_main!(benches);
diff --git a/ayken-core/crates/abdf-builder/src/lib.rs b/ayken-core/crates/abdf-builder/src/lib.rs
index 97201e24a..238853f0a 100755
--- a/ayken-core/crates/abdf-builder/src/lib.rs
+++ b/ayken-core/crates/abdf-builder/src/lib.rs
@@ -129,7 +129,6 @@ impl TryFrom<&RawSegmentKind> for SegmentKind {
}
}
-
/// 8 byte alignment helper.
fn align_to8(len: usize) -> usize {
(len + 7) & !7
@@ -176,7 +175,7 @@ impl AbdfBuilder {
self.string_pool.push(s_ref.to_string());
idx as u32
}
-
+
/// Yeni bir segment ve ilişkili meta-veriyi ekler.
pub fn add_segment(&mut self, kind: SegmentKind, bytes: &[u8]) -> u32 {
// 1. Meta-veriyi meta tablosuna ekle ve index'ini al (meta_idx).
@@ -215,7 +214,7 @@ impl AbdfBuilder {
let seg_desc_size = mem::size_of::();
let segment_table_size = self.segments.len() * seg_desc_size;
-
+
let raw_kind_size = mem::size_of::();
let meta_table_size = self.meta_table.len() * raw_kind_size;
@@ -226,7 +225,7 @@ impl AbdfBuilder {
.flat_map(|s| s.bytes().chain(std::iter::once(0)))
.collect();
let string_pool_size = string_pool_bytes.len();
-
+
let data_size = self.data.len();
// 3. Toplam buffer boyutunu hizalamaları dikkate alarak hesapla.
@@ -239,10 +238,14 @@ impl AbdfBuilder {
let mut buf = vec![0u8; total_size];
// 4. Bölümleri sırayla buffer'a yaz.
-
+
// Header
unsafe {
- ptr::copy_nonoverlapping(&self.header as *const _ as *const u8, buf.as_mut_ptr(), header_size);
+ ptr::copy_nonoverlapping(
+ &self.header as *const _ as *const u8,
+ buf.as_mut_ptr(),
+ header_size,
+ );
}
let mut current_offset = align_to8(header_size);
@@ -266,7 +269,7 @@ impl AbdfBuilder {
}
}
current_offset += align_to8(meta_table_size);
-
+
// String Pool
buf[current_offset..current_offset + string_pool_size].copy_from_slice(&string_pool_bytes);
let data_offset = current_offset + align_to8(string_pool_size);
@@ -305,15 +308,20 @@ impl<'a> AbdfView<'a> {
/// Bir string index'ini kullanarak string pool'dan string'e erişir.
pub fn get_string(&self, string_idx: u32) -> Option<&str> {
- self.string_pool.get(string_idx as usize).map(|s| s.as_str())
+ self.string_pool
+ .get(string_idx as usize)
+ .map(|s| s.as_str())
}
-
+
/// Bir segmentin adını (string pool'dan) döner.
pub fn segment_name(&self, segment_idx: usize) -> Option<&str> {
let kind = self.segment_kind(segment_idx)?;
let meta = match kind {
- SegmentKind::Tabular(m) | SegmentKind::Log(m) | SegmentKind::Text(m) |
- SegmentKind::UiScene(m) | SegmentKind::GpuBuffer(m) => Some(m),
+ SegmentKind::Tabular(m)
+ | SegmentKind::Log(m)
+ | SegmentKind::Text(m)
+ | SegmentKind::UiScene(m)
+ | SegmentKind::GpuBuffer(m) => Some(m),
SegmentKind::Raw => None,
}?;
self.get_string(meta.name_idx)
@@ -376,7 +384,7 @@ pub fn decode_abdf(buf: &[u8]) -> Result, DecodeError> {
if header.version != ABDF_VERSION {
return Err(DecodeError::UnsupportedVersion);
}
-
+
let mut current_offset = align_to8(header_size);
// 2) Segment Table'ı oku.
@@ -389,7 +397,10 @@ pub fn decode_abdf(buf: &[u8]) -> Result, DecodeError> {
return Err(DecodeError::CorruptLayout);
}
let segments: &[SegmentDescriptor] = unsafe {
- slice::from_raw_parts(buf.as_ptr().add(current_offset) as *const SegmentDescriptor, seg_count)
+ slice::from_raw_parts(
+ buf.as_ptr().add(current_offset) as *const SegmentDescriptor,
+ seg_count,
+ )
};
current_offset += align_to8(seg_table_size);
@@ -402,7 +413,10 @@ pub fn decode_abdf(buf: &[u8]) -> Result, DecodeError> {
return Err(DecodeError::CorruptLayout);
}
let raw_kinds: &[RawSegmentKind] = unsafe {
- slice::from_raw_parts(buf.as_ptr().add(current_offset) as *const RawSegmentKind, seg_count)
+ slice::from_raw_parts(
+ buf.as_ptr().add(current_offset) as *const RawSegmentKind,
+ seg_count,
+ )
};
let meta_table: Vec = raw_kinds
.iter()
@@ -433,14 +447,14 @@ pub fn decode_abdf(buf: &[u8]) -> Result, DecodeError> {
if file_len < data_section_total_size {
return Err(DecodeError::CorruptLayout);
}
- let data_section_start = file_len - data_section_total_size;
- let string_pool_end = data_section_start;
+ let data_section_start = file_len - data_section_total_size;
+ let string_pool_end = data_section_start;
- if current_offset > string_pool_end {
- return Err(DecodeError::CorruptLayout);
- }
+ if current_offset > string_pool_end {
+ return Err(DecodeError::CorruptLayout);
+ }
- let string_pool_bytes = &buf[current_offset..string_pool_end];
+ let string_pool_bytes = &buf[current_offset..string_pool_end];
let data_section = &buf[data_section_start..];
// Segmentlerin offset+length'i data_section sınırını aşmamalı.
@@ -458,12 +472,15 @@ pub fn decode_abdf(buf: &[u8]) -> Result, DecodeError> {
let mut string_pool = Vec::new();
if !string_pool_bytes.is_empty() {
// Son null byte'ı handle etmek için `trim_end`
- for s in string_pool_bytes.split(|&b| b == 0).filter(|s| !s.is_empty()) {
+ for s in string_pool_bytes
+ .split(|&b| b == 0)
+ .filter(|s| !s.is_empty())
+ {
let decoded_str = str::from_utf8(s).map_err(DecodeError::Utf8)?;
string_pool.push(decoded_str.to_string());
}
}
-
+
Ok(AbdfView {
header,
segments,
@@ -473,7 +490,6 @@ pub fn decode_abdf(buf: &[u8]) -> Result, DecodeError> {
})
}
-
#[cfg(test)]
mod tests {
use super::*;
@@ -487,7 +503,7 @@ mod tests {
let users_name = builder.intern_string("users");
let table_type = builder.intern_string("table/generic");
let schema_str = builder.intern_string("id:u64,name:string");
-
+
let syslog_name = builder.intern_string("syslog");
let log_type = builder.intern_string("log/syslog");
let log_schema = builder.intern_string("ts:u64,level:u8,msg:string");
@@ -502,10 +518,10 @@ mod tests {
embedding_idx: 0,
};
builder.add_segment(SegmentKind::Tabular(user_meta), user_data);
-
+
// Segment 2: Log data
let log_data = b"some_log_entries";
- let log_meta = MetaContainer {
+ let log_meta = MetaContainer {
name_idx: syslog_name,
type_idx: log_type,
schema_idx: log_schema,
@@ -542,7 +558,7 @@ mod tests {
assert_eq!(view.segment_name(1), Some("syslog"));
assert_eq!(view.segment_data(1), Some(log_data.as_slice()));
assert!(matches!(view.segment_kind(1), Some(SegmentKind::Log(_))));
-
+
// Check Segment 3 (Raw)
assert_eq!(view.segment_name(2), None); // Raw segment has no meta container
assert_eq!(view.segment_data(2), Some(raw_data.as_slice()));
diff --git a/ayken-core/crates/abdf/src/header.rs b/ayken-core/crates/abdf/src/header.rs
index 66f8d0f41..fbdb2f418 100755
--- a/ayken-core/crates/abdf/src/header.rs
+++ b/ayken-core/crates/abdf/src/header.rs
@@ -1,120 +1,120 @@
-//! ABDF (Ayken Binary Data Format) Header
-//!
-//! Bu modül, her ABDF buffer'ının/binary dosyasının başında yer alan
-//! düşük seviye header yapısını tanımlar.
-//!
-//! # Örnek Kullanım
-//!
-//! ```
-//! use abdf::header::AbdfHeader;
-//!
-//! let mut header = AbdfHeader::new();
-//! assert!(header.is_valid());
-//! assert_eq!(header.segment_count, 0);
-//!
-//! header.increment_segment_count();
-//! assert_eq!(header.segment_count, 1);
-//! ```
-
-/// ABDF header yapısı.
-///
-/// `#[repr(C)]` kullanarak C ile uyumlu, tahmin edilebilir bir layout elde ediyoruz.
-/// Bu sayede:
-/// - Farklı dillere/ortamlara (C, C++, Rust, Zig, vb.) köprü kurmak kolaylaşır
-/// - Binary dump / hexdump üzerinde debug etmek daha öngörülebilir olur
-#[repr(C)]
-#[derive(Debug, Copy, Clone, PartialEq, Eq)]
-pub struct AbdfHeader {
- /// Magic bytes for ABDF, her zaman "ABDF" olmalıdır.
- pub magic: [u8; 4],
-
- /// Format version (u16). Faz 2 icin "0.2" -> 2; ileride degisebilir.
- pub version: u16,
-
- /// Global flag alanı:
- /// - sıkıştırma
- /// - şifreleme
- /// - özel modlar
- /// için kullanılabilir (ileride).
- pub flags: u16,
-
- /// Bu ABDF buffer'ında tanımlı segment sayısı.
- /// Segment descriptor listesi (segment table) ile uyumlu olmalıdır.
- pub segment_count: u32,
-}
-
-/// Magic bytes for ABDF files: "ABDF"
-pub const ABDF_MAGIC: [u8; 4] = *b"ABDF";
-
-/// Current ABDF format version (binary u16). Faz 2 icin "0.2" -> 2; format degisebilir.
-pub const ABDF_VERSION: u16 = 2;
-
-impl AbdfHeader {
- /// Varsayılan bir ABDF header oluşturur:
- /// - magic = "ABDF"
- /// - version = 2 (dokumantasyonda 0.2)
- /// - flags = 0
- /// - segment_count = 0
- pub fn new() -> Self {
- Self {
- magic: ABDF_MAGIC,
- version: ABDF_VERSION,
- flags: 0,
- segment_count: 0,
- }
- }
-
- /// Header'ın geçerli bir ABDF header'ı olup olmadığını kontrol eder.
- ///
- /// Şimdilik sadece `magic` alanını kontrol ediyoruz.
- /// İleride:
- /// - version aralığı
- /// - reserved alanlar
- /// da kontrol edilebilir.
- pub fn is_valid(&self) -> bool {
- self.magic == ABDF_MAGIC
- }
-
- /// Header içindeki segment sayısını arttırmak için yardımcı fonksiyon.
- /// Faz 1'de builder tarafından kullanılabilir.
- pub fn increment_segment_count(&mut self) {
- // saturating_add kullanılarak overflow durumunda değerin başa sarması engellenir,
- // bunun yerine u32::MAX değerinde sabit kalır.
- self.segment_count = self.segment_count.saturating_add(1);
- }
-}
-
-#[cfg(test)]
-mod tests {
- use super::*;
-
- #[test]
- fn test_new_header_defaults() {
- let h = AbdfHeader::new();
-
- assert_eq!(h.magic, ABDF_MAGIC);
- assert_eq!(h.version, ABDF_VERSION);
- assert_eq!(h.flags, 0);
- assert_eq!(h.segment_count, 0);
- assert!(h.is_valid());
- }
-
- #[test]
- fn test_invalid_magic() {
- let mut h = AbdfHeader::new();
- h.magic = *b"XXXX";
- assert!(!h.is_valid());
- }
-
- #[test]
- fn test_increment_segment_count() {
- let mut h = AbdfHeader::new();
- assert_eq!(h.segment_count, 0);
-
- h.increment_segment_count();
- h.increment_segment_count();
- h.increment_segment_count();
-
- assert_eq!(h.segment_count, 3);
- }
-}
+//! ABDF (Ayken Binary Data Format) Header
+//!
+//! Bu modül, her ABDF buffer'ının/binary dosyasının başında yer alan
+//! düşük seviye header yapısını tanımlar.
+//!
+//! # Örnek Kullanım
+//!
+//! ```
+//! use abdf::header::AbdfHeader;
+//!
+//! let mut header = AbdfHeader::new();
+//! assert!(header.is_valid());
+//! assert_eq!(header.segment_count, 0);
+//!
+//! header.increment_segment_count();
+//! assert_eq!(header.segment_count, 1);
+//! ```
+
+/// ABDF header yapısı.
+///
+/// `#[repr(C)]` kullanarak C ile uyumlu, tahmin edilebilir bir layout elde ediyoruz.
+/// Bu sayede:
+/// - Farklı dillere/ortamlara (C, C++, Rust, Zig, vb.) köprü kurmak kolaylaşır
+/// - Binary dump / hexdump üzerinde debug etmek daha öngörülebilir olur
+#[repr(C)]
+#[derive(Debug, Copy, Clone, PartialEq, Eq)]
+pub struct AbdfHeader {
+ /// Magic bytes for ABDF, her zaman "ABDF" olmalıdır.
+ pub magic: [u8; 4],
+
+ /// Format version (u16). Faz 2 icin "0.2" -> 2; ileride degisebilir.
+ pub version: u16,
+
+ /// Global flag alanı:
+ /// - sıkıştırma
+ /// - şifreleme
+ /// - özel modlar
+ /// için kullanılabilir (ileride).
+ pub flags: u16,
+
+ /// Bu ABDF buffer'ında tanımlı segment sayısı.
+ /// Segment descriptor listesi (segment table) ile uyumlu olmalıdır.
+ pub segment_count: u32,
+}
+
+/// Magic bytes for ABDF files: "ABDF"
+pub const ABDF_MAGIC: [u8; 4] = *b"ABDF";
+
+/// Current ABDF format version (binary u16). Faz 2 icin "0.2" -> 2; format degisebilir.
+pub const ABDF_VERSION: u16 = 2;
+
+impl AbdfHeader {
+ /// Varsayılan bir ABDF header oluşturur:
+ /// - magic = "ABDF"
+ /// - version = 2 (dokumantasyonda 0.2)
+ /// - flags = 0
+ /// - segment_count = 0
+ pub fn new() -> Self {
+ Self {
+ magic: ABDF_MAGIC,
+ version: ABDF_VERSION,
+ flags: 0,
+ segment_count: 0,
+ }
+ }
+
+ /// Header'ın geçerli bir ABDF header'ı olup olmadığını kontrol eder.
+ ///
+ /// Şimdilik sadece `magic` alanını kontrol ediyoruz.
+ /// İleride:
+ /// - version aralığı
+ /// - reserved alanlar
+ /// da kontrol edilebilir.
+ pub fn is_valid(&self) -> bool {
+ self.magic == ABDF_MAGIC
+ }
+
+ /// Header içindeki segment sayısını arttırmak için yardımcı fonksiyon.
+ /// Faz 1'de builder tarafından kullanılabilir.
+ pub fn increment_segment_count(&mut self) {
+ // saturating_add kullanılarak overflow durumunda değerin başa sarması engellenir,
+ // bunun yerine u32::MAX değerinde sabit kalır.
+ self.segment_count = self.segment_count.saturating_add(1);
+ }
+}
+
+#[cfg(test)]
+mod tests {
+ use super::*;
+
+ #[test]
+ fn test_new_header_defaults() {
+ let h = AbdfHeader::new();
+
+ assert_eq!(h.magic, ABDF_MAGIC);
+ assert_eq!(h.version, ABDF_VERSION);
+ assert_eq!(h.flags, 0);
+ assert_eq!(h.segment_count, 0);
+ assert!(h.is_valid());
+ }
+
+ #[test]
+ fn test_invalid_magic() {
+ let mut h = AbdfHeader::new();
+ h.magic = *b"XXXX";
+ assert!(!h.is_valid());
+ }
+
+ #[test]
+ fn test_increment_segment_count() {
+ let mut h = AbdfHeader::new();
+ assert_eq!(h.segment_count, 0);
+
+ h.increment_segment_count();
+ h.increment_segment_count();
+ h.increment_segment_count();
+
+ assert_eq!(h.segment_count, 3);
+ }
+}
diff --git a/ayken-core/crates/abdf/src/lib.rs b/ayken-core/crates/abdf/src/lib.rs
index 2689d8a45..e697e2bae 100755
--- a/ayken-core/crates/abdf/src/lib.rs
+++ b/ayken-core/crates/abdf/src/lib.rs
@@ -1,3 +1,3 @@
pub mod header;
-pub mod types;
pub mod segment;
+pub mod types;
diff --git a/ayken-core/crates/abdf/src/segment.rs b/ayken-core/crates/abdf/src/segment.rs
index a9a1adf28..9a89c9990 100755
--- a/ayken-core/crates/abdf/src/segment.rs
+++ b/ayken-core/crates/abdf/src/segment.rs
@@ -107,8 +107,7 @@ mod tests {
fn create_descriptor_v2() {
let descriptor = SegmentDescriptor::new(
5, // 5. meta kaydına işaret ediyor.
- 1024,
- 4096
+ 1024, 4096,
);
assert_eq!(descriptor.meta_idx, 5);
@@ -119,15 +118,15 @@ mod tests {
#[test]
fn create_metacontainer_and_kind() {
let meta = MetaContainer {
- name_idx: 0, // "users"
- type_idx: 1, // "table/generic"
+ name_idx: 0, // "users"
+ type_idx: 1, // "table/generic"
schema_idx: 2, // "id:int,name:string"
permissions: 0,
embedding_idx: 0,
};
let kind = SegmentKind::Tabular(meta);
-
+
assert!(kind.is_tabular());
if let SegmentKind::Tabular(m) = kind {
assert_eq!(m.name_idx, 0);
@@ -136,4 +135,4 @@ mod tests {
panic!("Expected Tabular segment");
}
}
-}
\ No newline at end of file
+}
diff --git a/ayken-core/crates/abdf/src/types.rs b/ayken-core/crates/abdf/src/types.rs
index 53b080343..e177559e9 100755
--- a/ayken-core/crates/abdf/src/types.rs
+++ b/ayken-core/crates/abdf/src/types.rs
@@ -1,143 +1,139 @@
-//! ABDF Type System
-//!
-//! Bu modül, ABDF formatında kullanılacak veri tiplerini
-//! mantıksal (logical) seviyede tanımlar.
-//!
-//! # Örnek Kullanım
-//!
-//! ```
-//! use abdf::types::{AbdfType, AbdfScalarType};
-//!
-//! let int_type = AbdfType::Scalar(AbdfScalarType::I32);
-//! assert!(int_type.is_scalar());
-//!
-//! let vector_type = AbdfType::Vector(AbdfScalarType::F32);
-//! assert!(vector_type.is_vector());
-//!
-//! let tensor_type = AbdfType::Tensor {
-//! base: AbdfScalarType::F32,
-//! rank: 2,
-//! };
-//! assert!(tensor_type.is_tensor());
-//! ```
-
-/// Temel scalar tipler.
-/// Bu tipler hem tabular veriler hem de vektör/tensor verileri
-/// için kullanılabilir.
-#[derive(Debug, Copy, Clone, PartialEq, Eq)]
-pub enum AbdfScalarType {
- /// 32-bit signed integer (örn: sayaçlar, id'ler)
- I32,
- /// 64-bit signed integer (örn: timestamp, büyük id'ler)
- I64,
- /// 32-bit floating point (örn: sensör verisi, yaklaşık değerler)
- F32,
- /// 64-bit floating point (örn: yüksek hassasiyetli hesaplar)
- F64,
- /// Boolean değer (true/false)
- Bool,
-}
-
-/// Yüksek seviyeli ABDF tipi.
-/// Bu tipler, veri sütunlarının veya alanlarının ne tür veri taşıyacağını anlatır.
-#[derive(Debug, Clone, PartialEq, Eq)]
-pub enum AbdfType {
- /// Tek bir scalar değer (örn: i32, f64, bool)
- Scalar(AbdfScalarType),
-
- /// UTF-8 string (metin) veri tipi
- Utf8,
-
- /// Tek boyutlu vektör (örn: embedding, zaman serisi)
- ///
- /// Örnek: `Vec`, `Vec`
- Vector(AbdfScalarType),
-
- /// Çok boyutlu tensor (örn: görüntü, matris, 3D/4D veri)
- ///
- /// `rank`: kaç boyutlu olduğunu belirtir (örn: 2 = matris)
- Tensor {
- base: AbdfScalarType,
- rank: u8,
- },
-}
-
-impl AbdfScalarType {
- /// Bu scalar tip sayısal mı? (bool hariç)
- pub fn is_numeric(&self) -> bool {
- matches!(self, Self::I32 | Self::I64 | Self::F32 | Self::F64)
- }
-
- /// Bu scalar tip float mı?
- pub fn is_float(&self) -> bool {
- matches!(self, Self::F32 | Self::F64)
- }
-}
-
-impl AbdfType {
- /// Bu tip scalar mı?
- pub fn is_scalar(&self) -> bool {
- matches!(self, AbdfType::Scalar(_))
- }
-
- /// Bu tip UTF-8 string mi?
- pub fn is_utf8(&self) -> bool {
- matches!(self, AbdfType::Utf8)
- }
-
- /// Bu tip vektör mü?
- pub fn is_vector(&self) -> bool {
- matches!(self, AbdfType::Vector(_))
- }
-
- /// Bu tip tensor mü?
- pub fn is_tensor(&self) -> bool {
- matches!(self, AbdfType::Tensor { .. })
- }
-}
-
-
-#[cfg(test)]
-mod tests {
- use super::*;
-
- #[test]
- fn scalar_numeric_checks() {
- let t_i32 = AbdfScalarType::I32;
- let t_f64 = AbdfScalarType::F64;
- let t_bool = AbdfScalarType::Bool;
-
- assert!(t_i32.is_numeric());
- assert!(t_f64.is_numeric());
- assert!(!t_bool.is_numeric());
-
- assert!(!t_i32.is_float());
- assert!(t_f64.is_float());
- assert!(!t_bool.is_float());
- }
-
- #[test]
- fn abdf_type_kind_checks() {
- let t1 = AbdfType::Scalar(AbdfScalarType::I32);
- let t2 = AbdfType::Utf8;
- let t3 = AbdfType::Vector(AbdfScalarType::F32);
- let t4 = AbdfType::Tensor {
- base: AbdfScalarType::F32,
- rank: 2,
- };
-
- assert!(t1.is_scalar());
- assert!(!t1.is_utf8());
- assert!(!t1.is_vector());
- assert!(!t1.is_tensor());
-
- assert!(t2.is_utf8());
- assert!(!t2.is_scalar());
-
- assert!(t3.is_vector());
- assert!(!t3.is_tensor());
-
- assert!(t4.is_tensor());
- assert!(!t4.is_vector());
- }
-}
+//! ABDF Type System
+//!
+//! Bu modül, ABDF formatında kullanılacak veri tiplerini
+//! mantıksal (logical) seviyede tanımlar.
+//!
+//! # Örnek Kullanım
+//!
+//! ```
+//! use abdf::types::{AbdfType, AbdfScalarType};
+//!
+//! let int_type = AbdfType::Scalar(AbdfScalarType::I32);
+//! assert!(int_type.is_scalar());
+//!
+//! let vector_type = AbdfType::Vector(AbdfScalarType::F32);
+//! assert!(vector_type.is_vector());
+//!
+//! let tensor_type = AbdfType::Tensor {
+//! base: AbdfScalarType::F32,
+//! rank: 2,
+//! };
+//! assert!(tensor_type.is_tensor());
+//! ```
+
+/// Temel scalar tipler.
+/// Bu tipler hem tabular veriler hem de vektör/tensor verileri
+/// için kullanılabilir.
+#[derive(Debug, Copy, Clone, PartialEq, Eq)]
+pub enum AbdfScalarType {
+ /// 32-bit signed integer (örn: sayaçlar, id'ler)
+ I32,
+ /// 64-bit signed integer (örn: timestamp, büyük id'ler)
+ I64,
+ /// 32-bit floating point (örn: sensör verisi, yaklaşık değerler)
+ F32,
+ /// 64-bit floating point (örn: yüksek hassasiyetli hesaplar)
+ F64,
+ /// Boolean değer (true/false)
+ Bool,
+}
+
+/// Yüksek seviyeli ABDF tipi.
+/// Bu tipler, veri sütunlarının veya alanlarının ne tür veri taşıyacağını anlatır.
+#[derive(Debug, Clone, PartialEq, Eq)]
+pub enum AbdfType {
+ /// Tek bir scalar değer (örn: i32, f64, bool)
+ Scalar(AbdfScalarType),
+
+ /// UTF-8 string (metin) veri tipi
+ Utf8,
+
+ /// Tek boyutlu vektör (örn: embedding, zaman serisi)
+ ///
+ /// Örnek: `Vec`, `Vec`
+ Vector(AbdfScalarType),
+
+ /// Çok boyutlu tensor (örn: görüntü, matris, 3D/4D veri)
+ ///
+ /// `rank`: kaç boyutlu olduğunu belirtir (örn: 2 = matris)
+ Tensor { base: AbdfScalarType, rank: u8 },
+}
+
+impl AbdfScalarType {
+ /// Bu scalar tip sayısal mı? (bool hariç)
+ pub fn is_numeric(&self) -> bool {
+ matches!(self, Self::I32 | Self::I64 | Self::F32 | Self::F64)
+ }
+
+ /// Bu scalar tip float mı?
+ pub fn is_float(&self) -> bool {
+ matches!(self, Self::F32 | Self::F64)
+ }
+}
+
+impl AbdfType {
+ /// Bu tip scalar mı?
+ pub fn is_scalar(&self) -> bool {
+ matches!(self, AbdfType::Scalar(_))
+ }
+
+ /// Bu tip UTF-8 string mi?
+ pub fn is_utf8(&self) -> bool {
+ matches!(self, AbdfType::Utf8)
+ }
+
+ /// Bu tip vektör mü?
+ pub fn is_vector(&self) -> bool {
+ matches!(self, AbdfType::Vector(_))
+ }
+
+ /// Bu tip tensor mü?
+ pub fn is_tensor(&self) -> bool {
+ matches!(self, AbdfType::Tensor { .. })
+ }
+}
+
+#[cfg(test)]
+mod tests {
+ use super::*;
+
+ #[test]
+ fn scalar_numeric_checks() {
+ let t_i32 = AbdfScalarType::I32;
+ let t_f64 = AbdfScalarType::F64;
+ let t_bool = AbdfScalarType::Bool;
+
+ assert!(t_i32.is_numeric());
+ assert!(t_f64.is_numeric());
+ assert!(!t_bool.is_numeric());
+
+ assert!(!t_i32.is_float());
+ assert!(t_f64.is_float());
+ assert!(!t_bool.is_float());
+ }
+
+ #[test]
+ fn abdf_type_kind_checks() {
+ let t1 = AbdfType::Scalar(AbdfScalarType::I32);
+ let t2 = AbdfType::Utf8;
+ let t3 = AbdfType::Vector(AbdfScalarType::F32);
+ let t4 = AbdfType::Tensor {
+ base: AbdfScalarType::F32,
+ rank: 2,
+ };
+
+ assert!(t1.is_scalar());
+ assert!(!t1.is_utf8());
+ assert!(!t1.is_vector());
+ assert!(!t1.is_tensor());
+
+ assert!(t2.is_utf8());
+ assert!(!t2.is_scalar());
+
+ assert!(t3.is_vector());
+ assert!(!t3.is_tensor());
+
+ assert!(t4.is_tensor());
+ assert!(!t4.is_vector());
+ }
+}
diff --git a/ayken-core/crates/bcib/src/lib.rs b/ayken-core/crates/bcib/src/lib.rs
index 2ca6726a3..9a78b7fae 100755
--- a/ayken-core/crates/bcib/src/lib.rs
+++ b/ayken-core/crates/bcib/src/lib.rs
@@ -1,244 +1,279 @@
-
-//! BCIB (Binary CLI Instruction Buffer) v0.2
-//! DSL-uyumlu, hafif header + opcode set (data/ui/ai) ile stub executor.
-
-use std::convert::TryFrom;
-
-// --- Header ---
-
-#[repr(C)]
-#[derive(Debug, Clone, Copy, PartialEq, Eq)]
-pub struct BcibHeader {
- pub magic: [u8; 4],
- pub version: u16,
- pub instr_count: u16,
-}
-
-pub const BCIB_MAGIC: [u8; 4] = *b"BCIB";
-pub const BCIB_VERSION: u16 = 2; // dok?mantasyonda 0.2
-
-impl BcibHeader {
- pub fn new(instr_count: u16) -> Self {
- Self {
- magic: BCIB_MAGIC,
- version: BCIB_VERSION,
- instr_count,
- }
- }
-
- pub fn is_valid(&self) -> bool {
- self.magic == BCIB_MAGIC && self.version == BCIB_VERSION
- }
-}
-
-// --- Opcodes ---
-
-#[repr(u8)]
-#[derive(Debug, Clone, Copy, PartialEq, Eq)]
-pub enum BcibOpcode {
- Nop = 0x00,
- DataCreate = 0x10,
- DataAdd = 0x11,
- DataQuery = 0x12,
- UiRender = 0x20,
- AiAsk = 0x30,
- End = 0xFF,
-}
-
-impl TryFrom for BcibOpcode {
- type Error = DecodeError;
- fn try_from(v: u8) -> Result {
- match v {
- 0x00 => Ok(BcibOpcode::Nop),
- 0x10 => Ok(BcibOpcode::DataCreate),
- 0x11 => Ok(BcibOpcode::DataAdd),
- 0x12 => Ok(BcibOpcode::DataQuery),
- 0x20 => Ok(BcibOpcode::UiRender),
- 0x30 => Ok(BcibOpcode::AiAsk),
- 0xFF => Ok(BcibOpcode::End),
- _ => Err(DecodeError::InvalidOpcode(v)),
- }
- }
-}
-
-// --- Instruction ---
-
-#[repr(C)]
-#[derive(Debug, Clone, Copy, PartialEq, Eq)]
-pub struct BcibInstruction {
- pub opcode: BcibOpcode,
- pub flags: u8,
- pub args: [u16; 2],
-}
-
-impl BcibInstruction {
- pub fn new(opcode: BcibOpcode, flags: u8, args: [u16; 2]) -> Self {
- Self { opcode, flags, args }
- }
-
- pub fn nop() -> Self { Self::new(BcibOpcode::Nop, 0, [0, 0]) }
- pub fn end() -> Self { Self::new(BcibOpcode::End, 0, [0, 0]) }
- pub fn data_create(target_idx: u16, schema_idx: u16) -> Self {
- Self::new(BcibOpcode::DataCreate, 0, [target_idx, schema_idx])
- }
- pub fn data_add(target_idx: u16, payload_idx: u16) -> Self {
- Self::new(BcibOpcode::DataAdd, 0, [target_idx, payload_idx])
- }
- pub fn data_query(target_idx: u16, filter_idx: u16) -> Self {
- Self::new(BcibOpcode::DataQuery, 0, [target_idx, filter_idx])
- }
- pub fn ui_render(scene_idx: u16) -> Self {
- Self::new(BcibOpcode::UiRender, 0, [scene_idx, 0])
- }
- pub fn ai_ask(prompt_idx: u16) -> Self {
- Self::new(BcibOpcode::AiAsk, 0, [prompt_idx, 0])
- }
-}
-
-// --- Buffer ---
-
-#[derive(Debug, Default)]
-pub struct BcibBuffer {
- instructions: Vec,
-}
-
-impl BcibBuffer {
- pub fn new() -> Self { Self { instructions: Vec::new() } }
- pub fn len(&self) -> usize { self.instructions.len() }
- pub fn is_empty(&self) -> bool { self.instructions.is_empty() }
-
- pub fn add(&mut self, instr: BcibInstruction) -> usize {
- let idx = self.instructions.len();
- self.instructions.push(instr);
- idx
- }
-
- pub fn encode(&self) -> Vec {
- use std::{mem, ptr};
- let instr_count = self.instructions.len() as u16;
- let header = BcibHeader::new(instr_count);
- let header_size = mem::size_of::();
- let instr_size = mem::size_of::();
- let total_size = header_size + instr_size * self.instructions.len();
- let mut buf = vec![0u8; total_size];
-
- unsafe {
- ptr::copy_nonoverlapping(&header as *const _ as *const u8, buf.as_mut_ptr(), header_size);
- let mut p = buf.as_mut_ptr().add(header_size);
- for instr in &self.instructions {
- ptr::copy_nonoverlapping(instr as *const _ as *const u8, p, instr_size);
- p = p.add(instr_size);
- }
- }
- buf
- }
-
- pub fn decode(buf: &[u8]) -> Result {
- use std::{mem, slice};
- let header_size = mem::size_of::();
- if buf.len() < header_size {
- return Err(DecodeError::BufferTooSmall);
- }
- let header: &BcibHeader = unsafe { &*(buf.as_ptr() as *const BcibHeader) };
- if !header.is_valid() {
- return Err(DecodeError::InvalidHeader);
- }
- let instr_size = mem::size_of::();
- let expected_size = header_size + instr_size * header.instr_count as usize;
- if buf.len() < expected_size {
- return Err(DecodeError::CorruptLayout);
- }
- let raw_instrs: &[BcibInstruction] = unsafe {
- slice::from_raw_parts(buf.as_ptr().add(header_size) as *const BcibInstruction, header.instr_count as usize)
- };
- // Validate opcodes
- let mut instructions = Vec::with_capacity(raw_instrs.len());
- for instr in raw_instrs {
- let opcode = BcibOpcode::try_from(instr.opcode as u8)?;
- instructions.push(BcibInstruction { opcode, flags: instr.flags, args: instr.args });
- }
- Ok(Self { instructions })
- }
-
- pub fn step(&self, pc: &mut usize) -> Result {
- if *pc >= self.instructions.len() {
- return Ok(false);
- }
- let instr = self.instructions[*pc];
- *pc += 1;
- match instr.opcode {
- BcibOpcode::Nop => {}
- BcibOpcode::DataCreate => println!("BCIB: data.create target={} schema={}", instr.args[0], instr.args[1]),
- BcibOpcode::DataAdd => println!("BCIB: data.add target={} payload={} ", instr.args[0], instr.args[1]),
- BcibOpcode::DataQuery => println!("BCIB: data.query target={} filter={}", instr.args[0], instr.args[1]),
- BcibOpcode::UiRender => println!("BCIB: ui.render scene={}", instr.args[0]),
- BcibOpcode::AiAsk => println!("BCIB: ai.ask prompt={}", instr.args[0]),
- BcibOpcode::End => return Ok(false),
- }
- Ok(true)
- }
-
- pub fn execute(&self) -> Result<(), String> {
- let mut pc = 0;
- while self.step(&mut pc)? {}
- Ok(())
- }
-}
-
-// --- Errors ---
-
-#[derive(Debug)]
-pub enum DecodeError {
- BufferTooSmall,
- InvalidHeader,
- InvalidOpcode(u8),
- CorruptLayout,
-}
-
-impl std::fmt::Display for DecodeError {
- fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
- match self {
- DecodeError::BufferTooSmall => write!(f, "Buffer too small"),
- DecodeError::InvalidHeader => write!(f, "Invalid header"),
- DecodeError::InvalidOpcode(op) => write!(f, "Invalid opcode: {:#04x}", op),
- DecodeError::CorruptLayout => write!(f, "Corrupt layout"),
- }
- }
-}
-
-impl std::error::Error for DecodeError {}
-
-// --- Tests ---
-
-#[cfg(test)]
-mod tests {
- use super::*;
-
- #[test]
- fn encode_decode_roundtrip() {
- let mut buf = BcibBuffer::new();
- buf.add(BcibInstruction::data_create(1, 2));
- buf.add(BcibInstruction::data_add(1, 3));
- buf.add(BcibInstruction::data_query(1, 4));
- buf.add(BcibInstruction::ui_render(5));
- buf.add(BcibInstruction::ai_ask(6));
- buf.add(BcibInstruction::end());
-
- let bytes = buf.encode();
- let decoded = BcibBuffer::decode(&bytes).expect("decode failed");
- assert_eq!(decoded.len(), 6);
- decoded.execute().expect("execute failed");
- }
-
- #[test]
- fn invalid_header_magic() {
- let mut bytes = BcibBuffer::new().encode();
- bytes[0] = 0; // break magic
- let err = BcibBuffer::decode(&bytes).unwrap_err();
- assert!(matches!(err, DecodeError::InvalidHeader));
- }
-
- #[test]
+//! BCIB (Binary CLI Instruction Buffer) v0.2
+//! DSL-uyumlu, hafif header + opcode set (data/ui/ai) ile stub executor.
+
+use std::convert::TryFrom;
+
+// --- Header ---
+
+#[repr(C)]
+#[derive(Debug, Clone, Copy, PartialEq, Eq)]
+pub struct BcibHeader {
+ pub magic: [u8; 4],
+ pub version: u16,
+ pub instr_count: u16,
+}
+
+pub const BCIB_MAGIC: [u8; 4] = *b"BCIB";
+pub const BCIB_VERSION: u16 = 2; // dok?mantasyonda 0.2
+
+impl BcibHeader {
+ pub fn new(instr_count: u16) -> Self {
+ Self {
+ magic: BCIB_MAGIC,
+ version: BCIB_VERSION,
+ instr_count,
+ }
+ }
+
+ pub fn is_valid(&self) -> bool {
+ self.magic == BCIB_MAGIC && self.version == BCIB_VERSION
+ }
+}
+
+// --- Opcodes ---
+
+#[repr(u8)]
+#[derive(Debug, Clone, Copy, PartialEq, Eq)]
+pub enum BcibOpcode {
+ Nop = 0x00,
+ DataCreate = 0x10,
+ DataAdd = 0x11,
+ DataQuery = 0x12,
+ UiRender = 0x20,
+ AiAsk = 0x30,
+ End = 0xFF,
+}
+
+impl TryFrom for BcibOpcode {
+ type Error = DecodeError;
+ fn try_from(v: u8) -> Result {
+ match v {
+ 0x00 => Ok(BcibOpcode::Nop),
+ 0x10 => Ok(BcibOpcode::DataCreate),
+ 0x11 => Ok(BcibOpcode::DataAdd),
+ 0x12 => Ok(BcibOpcode::DataQuery),
+ 0x20 => Ok(BcibOpcode::UiRender),
+ 0x30 => Ok(BcibOpcode::AiAsk),
+ 0xFF => Ok(BcibOpcode::End),
+ _ => Err(DecodeError::InvalidOpcode(v)),
+ }
+ }
+}
+
+// --- Instruction ---
+
+#[repr(C)]
+#[derive(Debug, Clone, Copy, PartialEq, Eq)]
+pub struct BcibInstruction {
+ pub opcode: BcibOpcode,
+ pub flags: u8,
+ pub args: [u16; 2],
+}
+
+impl BcibInstruction {
+ pub fn new(opcode: BcibOpcode, flags: u8, args: [u16; 2]) -> Self {
+ Self {
+ opcode,
+ flags,
+ args,
+ }
+ }
+
+ pub fn nop() -> Self {
+ Self::new(BcibOpcode::Nop, 0, [0, 0])
+ }
+ pub fn end() -> Self {
+ Self::new(BcibOpcode::End, 0, [0, 0])
+ }
+ pub fn data_create(target_idx: u16, schema_idx: u16) -> Self {
+ Self::new(BcibOpcode::DataCreate, 0, [target_idx, schema_idx])
+ }
+ pub fn data_add(target_idx: u16, payload_idx: u16) -> Self {
+ Self::new(BcibOpcode::DataAdd, 0, [target_idx, payload_idx])
+ }
+ pub fn data_query(target_idx: u16, filter_idx: u16) -> Self {
+ Self::new(BcibOpcode::DataQuery, 0, [target_idx, filter_idx])
+ }
+ pub fn ui_render(scene_idx: u16) -> Self {
+ Self::new(BcibOpcode::UiRender, 0, [scene_idx, 0])
+ }
+ pub fn ai_ask(prompt_idx: u16) -> Self {
+ Self::new(BcibOpcode::AiAsk, 0, [prompt_idx, 0])
+ }
+}
+
+// --- Buffer ---
+
+#[derive(Debug, Default)]
+pub struct BcibBuffer {
+ instructions: Vec,
+}
+
+impl BcibBuffer {
+ pub fn new() -> Self {
+ Self {
+ instructions: Vec::new(),
+ }
+ }
+ pub fn len(&self) -> usize {
+ self.instructions.len()
+ }
+ pub fn is_empty(&self) -> bool {
+ self.instructions.is_empty()
+ }
+
+ pub fn add(&mut self, instr: BcibInstruction) -> usize {
+ let idx = self.instructions.len();
+ self.instructions.push(instr);
+ idx
+ }
+
+ pub fn encode(&self) -> Vec {
+ use std::{mem, ptr};
+ let instr_count = self.instructions.len() as u16;
+ let header = BcibHeader::new(instr_count);
+ let header_size = mem::size_of::();
+ let instr_size = mem::size_of::();
+ let total_size = header_size + instr_size * self.instructions.len();
+ let mut buf = vec![0u8; total_size];
+
+ unsafe {
+ ptr::copy_nonoverlapping(
+ &header as *const _ as *const u8,
+ buf.as_mut_ptr(),
+ header_size,
+ );
+ let mut p = buf.as_mut_ptr().add(header_size);
+ for instr in &self.instructions {
+ ptr::copy_nonoverlapping(instr as *const _ as *const u8, p, instr_size);
+ p = p.add(instr_size);
+ }
+ }
+ buf
+ }
+
+ pub fn decode(buf: &[u8]) -> Result {
+ use std::{mem, slice};
+ let header_size = mem::size_of::();
+ if buf.len() < header_size {
+ return Err(DecodeError::BufferTooSmall);
+ }
+ let header: &BcibHeader = unsafe { &*(buf.as_ptr() as *const BcibHeader) };
+ if !header.is_valid() {
+ return Err(DecodeError::InvalidHeader);
+ }
+ let instr_size = mem::size_of::();
+ let expected_size = header_size + instr_size * header.instr_count as usize;
+ if buf.len() < expected_size {
+ return Err(DecodeError::CorruptLayout);
+ }
+ let raw_instrs: &[BcibInstruction] = unsafe {
+ slice::from_raw_parts(
+ buf.as_ptr().add(header_size) as *const BcibInstruction,
+ header.instr_count as usize,
+ )
+ };
+ // Validate opcodes
+ let mut instructions = Vec::with_capacity(raw_instrs.len());
+ for instr in raw_instrs {
+ let opcode = BcibOpcode::try_from(instr.opcode as u8)?;
+ instructions.push(BcibInstruction {
+ opcode,
+ flags: instr.flags,
+ args: instr.args,
+ });
+ }
+ Ok(Self { instructions })
+ }
+
+ pub fn step(&self, pc: &mut usize) -> Result {
+ if *pc >= self.instructions.len() {
+ return Ok(false);
+ }
+ let instr = self.instructions[*pc];
+ *pc += 1;
+ match instr.opcode {
+ BcibOpcode::Nop => {}
+ BcibOpcode::DataCreate => println!(
+ "BCIB: data.create target={} schema={}",
+ instr.args[0], instr.args[1]
+ ),
+ BcibOpcode::DataAdd => println!(
+ "BCIB: data.add target={} payload={} ",
+ instr.args[0], instr.args[1]
+ ),
+ BcibOpcode::DataQuery => println!(
+ "BCIB: data.query target={} filter={}",
+ instr.args[0], instr.args[1]
+ ),
+ BcibOpcode::UiRender => println!("BCIB: ui.render scene={}", instr.args[0]),
+ BcibOpcode::AiAsk => println!("BCIB: ai.ask prompt={}", instr.args[0]),
+ BcibOpcode::End => return Ok(false),
+ }
+ Ok(true)
+ }
+
+ pub fn execute(&self) -> Result<(), String> {
+ let mut pc = 0;
+ while self.step(&mut pc)? {}
+ Ok(())
+ }
+}
+
+// --- Errors ---
+
+#[derive(Debug)]
+pub enum DecodeError {
+ BufferTooSmall,
+ InvalidHeader,
+ InvalidOpcode(u8),
+ CorruptLayout,
+}
+
+impl std::fmt::Display for DecodeError {
+ fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
+ match self {
+ DecodeError::BufferTooSmall => write!(f, "Buffer too small"),
+ DecodeError::InvalidHeader => write!(f, "Invalid header"),
+ DecodeError::InvalidOpcode(op) => write!(f, "Invalid opcode: {:#04x}", op),
+ DecodeError::CorruptLayout => write!(f, "Corrupt layout"),
+ }
+ }
+}
+
+impl std::error::Error for DecodeError {}
+
+// --- Tests ---
+
+#[cfg(test)]
+mod tests {
+ use super::*;
+
+ #[test]
+ fn encode_decode_roundtrip() {
+ let mut buf = BcibBuffer::new();
+ buf.add(BcibInstruction::data_create(1, 2));
+ buf.add(BcibInstruction::data_add(1, 3));
+ buf.add(BcibInstruction::data_query(1, 4));
+ buf.add(BcibInstruction::ui_render(5));
+ buf.add(BcibInstruction::ai_ask(6));
+ buf.add(BcibInstruction::end());
+
+ let bytes = buf.encode();
+ let decoded = BcibBuffer::decode(&bytes).expect("decode failed");
+ assert_eq!(decoded.len(), 6);
+ decoded.execute().expect("execute failed");
+ }
+
+ #[test]
+ fn invalid_header_magic() {
+ let mut bytes = BcibBuffer::new().encode();
+ bytes[0] = 0; // break magic
+ let err = BcibBuffer::decode(&bytes).unwrap_err();
+ assert!(matches!(err, DecodeError::InvalidHeader));
+ }
+
+ #[test]
fn invalid_opcode_detected() {
// craft buffer with bad opcode by patching encoded bytes (avoid unsafe)
let mut buf = BcibBuffer::new();
diff --git a/ayken-core/crates/proof-verifier/Cargo.toml b/ayken-core/crates/proof-verifier/Cargo.toml
new file mode 100644
index 000000000..c1f709a1a
--- /dev/null
+++ b/ayken-core/crates/proof-verifier/Cargo.toml
@@ -0,0 +1,13 @@
+[package]
+name = "proof-verifier"
+version = "0.1.0"
+edition = "2021"
+description = "Phase-12 deterministic proof verification engine for AykenOS"
+license = "MIT OR Apache-2.0"
+
+[dependencies]
+base64 = "0.22"
+ed25519-dalek = "2.1"
+serde = { version = "1.0", features = ["derive"] }
+serde_json = "1.0"
+sha2 = "0.10"
diff --git a/ayken-core/crates/proof-verifier/README.md b/ayken-core/crates/proof-verifier/README.md
new file mode 100644
index 000000000..ab6d7b5e6
--- /dev/null
+++ b/ayken-core/crates/proof-verifier/README.md
@@ -0,0 +1,22 @@
+# proof-verifier
+
+Deterministic, userspace/offline proof verification engine for AykenOS Phase-12.
+
+Current milestone:
+- P12-07 crate skeleton
+- library-first verification pipeline
+- portable core and trust overlay boundaries
+- fail-closed scaffold for later cryptographic hardening
+
+This crate does not implement networking, service supervision, or Ring0 integration.
+
+Planned module boundaries:
+- `canonical/`
+- `bundle/`
+- `portable_core/`
+- `overlay/`
+- `registry/`
+- `policy/`
+- `verdict/`
+- `receipt/`
+
diff --git a/ayken-core/crates/proof-verifier/examples/phase12_gate_harness.rs b/ayken-core/crates/proof-verifier/examples/phase12_gate_harness.rs
new file mode 100644
index 000000000..7b2e13014
--- /dev/null
+++ b/ayken-core/crates/proof-verifier/examples/phase12_gate_harness.rs
@@ -0,0 +1,5559 @@
+use base64::{engine::general_purpose::STANDARD, Engine as _};
+use ed25519_dalek::SigningKey;
+use proof_verifier::audit::schema::compute_receipt_hash;
+use proof_verifier::audit::verify::{
+ verify_audit_event_against_receipt, verify_audit_event_against_receipt_with_authority,
+ verify_audit_ledger, verify_audit_ledger_with_receipts, AuditReceiptBinding,
+};
+use proof_verifier::authority::authority_drift_topology::{
+ analyze_authority_drift_suppressions, build_authority_drift_topology,
+};
+use proof_verifier::authority::determinism_incident::analyze_determinism_incidents;
+use proof_verifier::authority::drift_attribution::analyze_parity_drift;
+use proof_verifier::authority::incident_graph::build_incident_graph;
+use proof_verifier::authority::parity::{
+ build_node_parity_outcome, compare_authority_resolution, compare_cross_node_parity,
+ CrossNodeParityInput, CrossNodeParityRecord, CrossNodeParityStatus, NodeParityOutcome,
+ NodeParityOutcomeView, ParityArtifactForm, ParityEvidenceState,
+};
+use proof_verifier::authority::resolution::resolve_verifier_authority;
+use proof_verifier::authority::snapshot::compute_verifier_trust_registry_snapshot_hash;
+use proof_verifier::bundle::checksums::load_checksums;
+use proof_verifier::bundle::layout::validate_bundle_layout;
+use proof_verifier::bundle::loader::load_bundle;
+use proof_verifier::bundle::manifest::load_manifest;
+use proof_verifier::canonical::jcs::{canonicalize_json, canonicalize_json_value};
+use proof_verifier::crypto::{sign_ed25519_bytes, verify_detached_signatures};
+use proof_verifier::overlay::overlay_validator::verify_overlay;
+use proof_verifier::policy::policy_engine::compute_policy_hash;
+use proof_verifier::policy::schema::validate_policy;
+use proof_verifier::portable_core::checksum_validator::validate_portable_checksums;
+use proof_verifier::portable_core::identity::recompute_bundle_id;
+use proof_verifier::portable_core::proof_chain_validator::validate_proof_chain;
+use proof_verifier::receipt::schema::canonicalize_receipt_payload;
+use proof_verifier::receipt::verify::{
+ verify_signed_receipt, verify_signed_receipt_with_authority,
+};
+use proof_verifier::registry::resolver::resolve_signers;
+use proof_verifier::registry::snapshot::compute_registry_snapshot_hash;
+use proof_verifier::testing::fixtures::{create_fixture_bundle, FixtureBundle};
+use proof_verifier::types::{
+ AuditMode, ChecksumsFile, FindingSeverity, KeyStatus, LoadedBundle, Manifest, OverlayState,
+ ProducerDeclaration, ReceiptMode, RegistryEntry, RegistryPublicKey, RegistryResolution,
+ RegistrySnapshot, SignatureEnvelope, SignatureRequirement, TrustPolicy, VerificationFinding,
+ VerificationOutcome, VerificationVerdict, VerifierAuthorityNode, VerifierAuthorityResolution,
+ VerifierAuthorityResolutionClass, VerifierAuthorityState, VerifierDelegationEdge,
+ VerifierTrustRegistryPublicKey, VerifierTrustRegistrySnapshot, VerifyRequest,
+};
+use proof_verifier::verify_bundle;
+use proof_verifier::DetachedSignature;
+use serde_json::{json, Value};
+use sha2::{Digest, Sha256};
+use std::collections::{BTreeMap, BTreeSet, VecDeque};
+use std::env;
+use std::fs;
+use std::path::{Path, PathBuf};
+use std::process::{self, Command};
+
+#[derive(Clone, Copy)]
+enum GateMode {
+ ProducerSchema,
+ SignatureEnvelope,
+ BundleV2Schema,
+ BundleV2Compat,
+ SignatureVerify,
+ RegistryResolution,
+ KeyRotation,
+ VerifierCore,
+ TrustPolicy,
+ VerdictBinding,
+ VerifierCli,
+ Receipt,
+ AuditLedger,
+ ProofExchange,
+ AuthorityResolution,
+ CrossNodeParity,
+ MultisigQuorum,
+ ReplayAdmissionBoundary,
+ ReplicatedVerificationBoundary,
+}
+
+struct HarnessArgs {
+ mode: GateMode,
+ out_dir: PathBuf,
+ cli_bin: Option,
+}
+
+fn main() {
+ match run() {
+ Ok(code) => process::exit(code),
+ Err(error) => {
+ eprintln!("ERROR: {error}");
+ process::exit(3);
+ }
+ }
+}
+
+fn run() -> Result {
+ let args = parse_args()?;
+ let mode = args.mode;
+ let out_dir = args.out_dir;
+ fs::create_dir_all(&out_dir).map_err(|error| {
+ format!(
+ "failed to create gate output directory {}: {error}",
+ out_dir.display()
+ )
+ })?;
+
+ match mode {
+ GateMode::ProducerSchema => Ok(run_producer_schema_gate(&out_dir)),
+ GateMode::SignatureEnvelope => Ok(run_signature_envelope_gate(&out_dir)),
+ GateMode::BundleV2Schema => Ok(run_bundle_v2_schema_gate(&out_dir)),
+ GateMode::BundleV2Compat => Ok(run_bundle_v2_compat_gate(&out_dir)),
+ GateMode::SignatureVerify => Ok(run_signature_verify_gate(&out_dir)),
+ GateMode::RegistryResolution => Ok(run_registry_resolution_gate(&out_dir)),
+ GateMode::KeyRotation => Ok(run_key_rotation_gate(&out_dir)),
+ GateMode::VerifierCore => Ok(run_verifier_core_gate(&out_dir)),
+ GateMode::TrustPolicy => Ok(run_trust_policy_gate(&out_dir)),
+ GateMode::VerdictBinding => Ok(run_verdict_binding_gate(&out_dir)),
+ GateMode::VerifierCli => Ok(run_verifier_cli_gate(&out_dir, args.cli_bin.as_deref())),
+ GateMode::Receipt => Ok(run_receipt_gate(&out_dir)),
+ GateMode::AuditLedger => Ok(run_audit_ledger_gate(&out_dir)),
+ GateMode::ProofExchange => Ok(run_proof_exchange_gate(&out_dir)),
+ GateMode::AuthorityResolution => Ok(run_authority_resolution_gate(&out_dir)),
+ GateMode::CrossNodeParity => Ok(run_cross_node_parity_gate(&out_dir)),
+ GateMode::MultisigQuorum => Ok(run_multisig_quorum_gate(&out_dir)),
+ GateMode::ReplayAdmissionBoundary => Ok(run_replay_admission_boundary_gate(&out_dir)),
+ GateMode::ReplicatedVerificationBoundary => {
+ Ok(run_replicated_verification_boundary_gate(&out_dir))
+ }
+ }
+}
+
+fn parse_args() -> Result {
+ let mut args = env::args().skip(1);
+ let mode = match args.next().as_deref() {
+ Some("producer-schema") => GateMode::ProducerSchema,
+ Some("signature-envelope") => GateMode::SignatureEnvelope,
+ Some("bundle-v2-schema") => GateMode::BundleV2Schema,
+ Some("bundle-v2-compat") => GateMode::BundleV2Compat,
+ Some("signature-verify") => GateMode::SignatureVerify,
+ Some("registry-resolution") => GateMode::RegistryResolution,
+ Some("key-rotation") => GateMode::KeyRotation,
+ Some("verifier-core") => GateMode::VerifierCore,
+ Some("trust-policy") => GateMode::TrustPolicy,
+ Some("verdict-binding") => GateMode::VerdictBinding,
+ Some("verifier-cli") => GateMode::VerifierCli,
+ Some("receipt") => GateMode::Receipt,
+ Some("audit-ledger") => GateMode::AuditLedger,
+ Some("proof-exchange") => GateMode::ProofExchange,
+ Some("authority-resolution") => GateMode::AuthorityResolution,
+ Some("cross-node-parity") => GateMode::CrossNodeParity,
+ Some("multisig-quorum") => GateMode::MultisigQuorum,
+ Some("replay-admission-boundary") => GateMode::ReplayAdmissionBoundary,
+ Some("replicated-verification-boundary") => GateMode::ReplicatedVerificationBoundary,
+ Some(other) => return Err(format!("unknown mode: {other}")),
+ None => {
+ return Err(
+ "missing mode (expected producer-schema, signature-envelope, bundle-v2-schema, bundle-v2-compat, signature-verify, registry-resolution, key-rotation, verifier-core, trust-policy, verdict-binding, verifier-cli, receipt, audit-ledger, proof-exchange, authority-resolution, cross-node-parity, multisig-quorum, replay-admission-boundary, or replicated-verification-boundary)".to_string(),
+ )
+ }
+ };
+
+ let mut out_dir: Option = None;
+ let mut cli_bin: Option = None;
+ while let Some(arg) = args.next() {
+ match arg.as_str() {
+ "--out-dir" => {
+ let value = args
+ .next()
+ .ok_or_else(|| "missing value for --out-dir".to_string())?;
+ out_dir = Some(PathBuf::from(value));
+ }
+ "--cli-bin" => {
+ let value = args
+ .next()
+ .ok_or_else(|| "missing value for --cli-bin".to_string())?;
+ cli_bin = Some(PathBuf::from(value));
+ }
+ other => return Err(format!("unknown arg: {other}")),
+ }
+ }
+
+ let out_dir = out_dir.ok_or_else(|| "missing required --out-dir".to_string())?;
+ Ok(HarnessArgs {
+ mode,
+ out_dir,
+ cli_bin,
+ })
+}
+
+fn run_producer_schema_gate(out_dir: &Path) -> i32 {
+ match build_producer_schema_gate_artifacts(out_dir) {
+ Ok(code) => code,
+ Err(error) => {
+ write_phase12a_failure_artifacts(
+ out_dir,
+ "proof-producer-schema",
+ "phase12_producer_schema_gate",
+ &[
+ "producer_schema_report.json",
+ "producer_identity_examples.json",
+ ],
+ &error,
+ );
+ 2
+ }
+ }
+}
+
+fn run_signature_envelope_gate(out_dir: &Path) -> i32 {
+ match build_signature_envelope_gate_artifacts(out_dir) {
+ Ok(code) => code,
+ Err(error) => {
+ write_phase12a_failure_artifacts(
+ out_dir,
+ "proof-signature-envelope",
+ "phase12_signature_envelope_gate",
+ &[
+ "signature_envelope_report.json",
+ "identity_stability_report.json",
+ ],
+ &error,
+ );
+ 2
+ }
+ }
+}
+
+fn run_bundle_v2_schema_gate(out_dir: &Path) -> i32 {
+ match build_bundle_v2_schema_gate_artifacts(out_dir) {
+ Ok(code) => code,
+ Err(error) => {
+ write_phase12a_failure_artifacts(
+ out_dir,
+ "proof-bundle-v2-schema",
+ "phase12_bundle_v2_schema_gate",
+ &["bundle_schema_report.json"],
+ &error,
+ );
+ 2
+ }
+ }
+}
+
+fn run_bundle_v2_compat_gate(out_dir: &Path) -> i32 {
+ match build_bundle_v2_compat_gate_artifacts(out_dir) {
+ Ok(code) => code,
+ Err(error) => {
+ write_phase12a_failure_artifacts(
+ out_dir,
+ "proof-bundle-v2-compat",
+ "phase12_bundle_v2_compat_gate",
+ &["compatibility_report.json"],
+ &error,
+ );
+ 2
+ }
+ }
+}
+
+fn run_signature_verify_gate(out_dir: &Path) -> i32 {
+ match build_signature_verify_gate_artifacts(out_dir) {
+ Ok(code) => code,
+ Err(error) => {
+ write_phase12a_failure_artifacts(
+ out_dir,
+ "proof-signature-verify",
+ "phase12_signature_verify_gate",
+ &["signature_verify.json", "registry_resolution_report.json"],
+ &error,
+ );
+ 2
+ }
+ }
+}
+
+fn run_registry_resolution_gate(out_dir: &Path) -> i32 {
+ match build_registry_resolution_gate_artifacts(out_dir) {
+ Ok(code) => code,
+ Err(error) => {
+ write_phase12a_failure_artifacts(
+ out_dir,
+ "proof-registry-resolution",
+ "phase12_registry_resolution_gate",
+ &["registry_snapshot.json", "registry_resolution_matrix.json"],
+ &error,
+ );
+ 2
+ }
+ }
+}
+
+fn run_key_rotation_gate(out_dir: &Path) -> i32 {
+ match build_key_rotation_gate_artifacts(out_dir) {
+ Ok(code) => code,
+ Err(error) => {
+ write_phase12a_failure_artifacts(
+ out_dir,
+ "proof-key-rotation",
+ "phase12_key_rotation_gate",
+ &["rotation_matrix.json", "revocation_matrix.json"],
+ &error,
+ );
+ 2
+ }
+ }
+}
+
+fn run_verifier_core_gate(out_dir: &Path) -> i32 {
+ match build_verifier_core_gate_artifacts(out_dir) {
+ Ok(code) => code,
+ Err(error) => {
+ write_verifier_core_failure_artifacts(out_dir, &error);
+ 2
+ }
+ }
+}
+
+fn run_trust_policy_gate(out_dir: &Path) -> i32 {
+ match build_trust_policy_gate_artifacts(out_dir) {
+ Ok(code) => code,
+ Err(error) => {
+ write_trust_policy_failure_artifacts(out_dir, &error);
+ 2
+ }
+ }
+}
+
+fn run_verdict_binding_gate(out_dir: &Path) -> i32 {
+ match build_verdict_binding_gate_artifacts(out_dir) {
+ Ok(code) => code,
+ Err(error) => {
+ write_verdict_binding_failure_artifacts(out_dir, &error);
+ 2
+ }
+ }
+}
+
+fn run_verifier_cli_gate(out_dir: &Path, cli_bin: Option<&Path>) -> i32 {
+ let cli_bin = match cli_bin {
+ Some(path) => path,
+ None => {
+ write_verifier_cli_failure_artifacts(
+ out_dir,
+ "phase12 CLI gate requires explicit --cli-bin path",
+ );
+ return 2;
+ }
+ };
+
+ match build_verifier_cli_gate_artifacts(out_dir, cli_bin) {
+ Ok(code) => code,
+ Err(error) => {
+ write_verifier_cli_failure_artifacts(out_dir, &error);
+ 2
+ }
+ }
+}
+
+fn run_proof_exchange_gate(out_dir: &Path) -> i32 {
+ match build_proof_exchange_gate_artifacts(out_dir) {
+ Ok(code) => code,
+ Err(error) => {
+ write_proof_exchange_failure_artifacts(out_dir, &error);
+ 2
+ }
+ }
+}
+
+fn run_receipt_gate(out_dir: &Path) -> i32 {
+ match build_receipt_gate_artifacts(out_dir) {
+ Ok(code) => code,
+ Err(error) => {
+ write_receipt_failure_artifacts(out_dir, &error);
+ 2
+ }
+ }
+}
+
+fn run_audit_ledger_gate(out_dir: &Path) -> i32 {
+ match build_audit_gate_artifacts(out_dir) {
+ Ok(code) => code,
+ Err(error) => {
+ write_audit_failure_artifacts(out_dir, &error);
+ 2
+ }
+ }
+}
+
+fn run_authority_resolution_gate(out_dir: &Path) -> i32 {
+ match build_authority_resolution_gate_artifacts(out_dir) {
+ Ok(code) => code,
+ Err(error) => {
+ write_authority_resolution_failure_artifacts(out_dir, &error);
+ 2
+ }
+ }
+}
+
+fn run_cross_node_parity_gate(out_dir: &Path) -> i32 {
+ match build_cross_node_parity_gate_artifacts(out_dir) {
+ Ok(code) => code,
+ Err(error) => {
+ write_cross_node_parity_failure_artifacts(out_dir, &error);
+ 2
+ }
+ }
+}
+
+fn run_multisig_quorum_gate(out_dir: &Path) -> i32 {
+ match build_multisig_quorum_gate_artifacts(out_dir) {
+ Ok(code) => code,
+ Err(error) => {
+ write_multisig_quorum_failure_artifacts(out_dir, &error);
+ 2
+ }
+ }
+}
+
+fn run_replay_admission_boundary_gate(out_dir: &Path) -> i32 {
+ match build_replay_admission_boundary_gate_artifacts(out_dir) {
+ Ok(code) => code,
+ Err(error) => {
+ write_replay_admission_boundary_failure_artifacts(out_dir, &error);
+ 2
+ }
+ }
+}
+
+fn run_replicated_verification_boundary_gate(out_dir: &Path) -> i32 {
+ match build_replicated_verification_boundary_gate_artifacts(out_dir) {
+ Ok(code) => code,
+ Err(error) => {
+ write_replicated_verification_boundary_failure_artifacts(out_dir, &error);
+ 2
+ }
+ }
+}
+
+struct Phase12AContext {
+ fixture: FixtureBundle,
+ bundle: LoadedBundle,
+ manifest: Manifest,
+ checksums: ChecksumsFile,
+ bundle_id: String,
+ producer: ProducerDeclaration,
+ signature_envelope: SignatureEnvelope,
+ layout_findings: Vec,
+ checksum_findings: Vec,
+ proof_chain_findings: Vec,
+ overlay_findings: Vec,
+ registry_resolution: RegistryResolution,
+}
+
+fn build_phase12a_context() -> Result {
+ let fixture = create_fixture_bundle();
+ let bundle = load_bundle(&fixture.root);
+ let layout_findings = validate_bundle_layout(&bundle);
+ let manifest = load_manifest(&bundle.manifest_path)
+ .map_err(|error| format!("failed to load bundle manifest: {error}"))?;
+ let checksums = load_checksums(&bundle.checksums_path)
+ .map_err(|error| format!("failed to load bundle checksums: {error}"))?;
+ let checksum_findings = validate_portable_checksums(&bundle, &checksums)
+ .map_err(|error| format!("portable checksum validation failed: {error}"))?;
+ let proof_chain_findings = validate_proof_chain(&bundle)
+ .map_err(|error| format!("proof chain validation failed: {error}"))?;
+ let bundle_id = recompute_bundle_id(&manifest, &checksums)
+ .map_err(|error| format!("bundle_id recomputation failed: {error}"))?;
+ let OverlayState {
+ producer,
+ signature_envelope,
+ trust_overlay_hash: _trust_overlay_hash,
+ findings: overlay_findings,
+ } = verify_overlay(&bundle, &bundle_id)
+ .map_err(|error| format!("overlay validation failed: {error}"))?;
+ let registry_resolution = resolve_signers(&fixture.registry, &producer, &signature_envelope)
+ .map_err(|error| format!("registry resolution failed: {error}"))?;
+
+ Ok(Phase12AContext {
+ fixture,
+ bundle,
+ manifest,
+ checksums,
+ bundle_id,
+ producer,
+ signature_envelope,
+ layout_findings,
+ checksum_findings,
+ proof_chain_findings,
+ overlay_findings,
+ registry_resolution,
+ })
+}
+
+fn build_producer_schema_gate_artifacts(out_dir: &Path) -> Result {
+ let ctx = build_phase12a_context()?;
+ let producer = &ctx.producer;
+ let mut violations = Vec::new();
+
+ if producer.metadata_version == 0 {
+ violations.push("producer_metadata_version_zero".to_string());
+ }
+ if producer.producer_id.trim().is_empty() {
+ violations.push("producer_id_missing".to_string());
+ }
+ if producer.producer_pubkey_id.trim().is_empty() {
+ violations.push("producer_pubkey_id_missing".to_string());
+ }
+ if producer.producer_pubkey_id.starts_with("base64:") {
+ violations.push("producer_pubkey_id_must_not_embed_raw_key_bytes".to_string());
+ }
+ if producer.producer_registry_ref.trim().is_empty() {
+ violations.push("producer_registry_ref_missing".to_string());
+ } else if !producer.producer_registry_ref.starts_with("trust://") {
+ violations.push("producer_registry_ref_not_namespace_reference".to_string());
+ }
+ if producer.producer_key_epoch.trim().is_empty() {
+ violations.push("producer_key_epoch_missing".to_string());
+ }
+ if ctx.bundle_id != ctx.manifest.bundle_id {
+ violations.push("bundle_id_drift_detected".to_string());
+ }
+
+ let rotated_example = json!({
+ "metadata_version": producer.metadata_version,
+ "producer_id": producer.producer_id,
+ "producer_pubkey_id": "ed25519-key-2026-04-a",
+ "producer_registry_ref": producer.producer_registry_ref,
+ "producer_key_epoch": "2026-04",
+ "build_id": "build-fe9031d7-rotated",
+ });
+ let canonical_sha256 = sha256_hex(
+ &canonicalize_json(producer)
+ .map_err(|error| format!("producer canonicalization failed: {error}"))?,
+ );
+
+ let bundle_id_after_rotation =
+ recompute_bundle_id(&ctx.manifest, &ctx.checksums).map_err(|error| {
+ format!("bundle_id recomputation after producer rotation failed: {error}")
+ })?;
+ let bundle_id_stable_under_producer_rotation = ctx.bundle_id == bundle_id_after_rotation;
+ if !bundle_id_stable_under_producer_rotation {
+ violations.push("producer_rotation_mutated_bundle_id".to_string());
+ }
+
+ let producer_schema_report = json!({
+ "gate": "proof-producer-schema",
+ "mode": "phase12_producer_schema_gate",
+ "status": status_label(violations.is_empty()),
+ "metadata_version": producer.metadata_version,
+ "producer_id": producer.producer_id,
+ "producer_pubkey_id": producer.producer_pubkey_id,
+ "producer_registry_ref": producer.producer_registry_ref,
+ "producer_key_epoch": producer.producer_key_epoch,
+ "producer_canonical_sha256": canonical_sha256,
+ "bundle_id": ctx.bundle_id,
+ "bundle_id_stable_under_producer_rotation": bundle_id_stable_under_producer_rotation,
+ });
+ write_json(
+ out_dir.join("producer_schema_report.json"),
+ &producer_schema_report,
+ )?;
+
+ let producer_identity_examples = json!({
+ "current_example": producer,
+ "rotated_example": rotated_example,
+ });
+ write_json(
+ out_dir.join("producer_identity_examples.json"),
+ &producer_identity_examples,
+ )?;
+
+ let report = json!({
+ "gate": "proof-producer-schema",
+ "mode": "phase12_producer_schema_gate",
+ "verdict": status_label(violations.is_empty()),
+ "bundle_id": ctx.bundle_id,
+ "violations": violations,
+ "violations_count": violations.len(),
+ });
+ write_json(out_dir.join("report.json"), &report)?;
+
+ Ok(if violations_from_report(&report).is_empty() {
+ 0
+ } else {
+ 2
+ })
+}
+
+fn build_signature_envelope_gate_artifacts(out_dir: &Path) -> Result {
+ let ctx = build_phase12a_context()?;
+ let envelope = &ctx.signature_envelope;
+ let mut violations = error_violations(&ctx.overlay_findings);
+
+ if envelope.envelope_version == 0 {
+ violations.push("signature_envelope_version_zero".to_string());
+ }
+ if !envelope.bundle_id_algorithm.eq_ignore_ascii_case("sha256") {
+ violations.push("signature_envelope_bundle_id_algorithm_not_sha256".to_string());
+ }
+ if envelope.signatures.is_empty() {
+ violations.push("signature_envelope_missing_signatures".to_string());
+ }
+ if envelope.bundle_id != ctx.bundle_id {
+ violations.push("signature_envelope_bundle_id_mismatch".to_string());
+ }
+
+ let mut augmented_envelope = envelope.clone();
+ let duplicate_signature =
+ envelope.signatures.first().cloned().ok_or_else(|| {
+ "signature envelope fixture is missing a baseline signature".to_string()
+ })?;
+ augmented_envelope.signatures.push(duplicate_signature);
+ let bundle_id_after_mutation =
+ recompute_bundle_id(&ctx.manifest, &ctx.checksums).map_err(|error| {
+ format!("bundle_id recomputation after envelope mutation failed: {error}")
+ })?;
+ let bundle_id_stable_under_envelope_mutation = ctx.bundle_id == bundle_id_after_mutation;
+ if !bundle_id_stable_under_envelope_mutation {
+ violations.push("signature_envelope_mutated_bundle_id".to_string());
+ }
+
+ let signature_envelope_report = json!({
+ "gate": "proof-signature-envelope",
+ "mode": "phase12_signature_envelope_gate",
+ "status": status_label(violations.is_empty()),
+ "envelope_version": envelope.envelope_version,
+ "bundle_id": envelope.bundle_id,
+ "bundle_id_algorithm": envelope.bundle_id_algorithm,
+ "signature_count": envelope.signatures.len(),
+ "multi_signature_ready": true,
+ "overlay_findings": findings_to_json(&ctx.overlay_findings),
+ "overlay_findings_count": ctx.overlay_findings.len(),
+ });
+ write_json(
+ out_dir.join("signature_envelope_report.json"),
+ &signature_envelope_report,
+ )?;
+
+ let identity_stability_report = json!({
+ "gate": "proof-signature-envelope",
+ "mode": "phase12_signature_envelope_gate",
+ "status": status_label(bundle_id_stable_under_envelope_mutation),
+ "bundle_id_before": ctx.bundle_id,
+ "bundle_id_after_envelope_mutation": bundle_id_after_mutation,
+ "signature_count_before": envelope.signatures.len(),
+ "signature_count_after": augmented_envelope.signatures.len(),
+ "bundle_id_stable_under_envelope_mutation": bundle_id_stable_under_envelope_mutation,
+ });
+ write_json(
+ out_dir.join("identity_stability_report.json"),
+ &identity_stability_report,
+ )?;
+
+ let report = json!({
+ "gate": "proof-signature-envelope",
+ "mode": "phase12_signature_envelope_gate",
+ "verdict": status_label(violations.is_empty()),
+ "violations": violations,
+ "violations_count": violations.len(),
+ });
+ write_json(out_dir.join("report.json"), &report)?;
+
+ Ok(if violations_from_report(&report).is_empty() {
+ 0
+ } else {
+ 2
+ })
+}
+
+fn build_bundle_v2_schema_gate_artifacts(out_dir: &Path) -> Result {
+ let ctx = build_phase12a_context()?;
+ let mut violations = error_violations(&ctx.layout_findings);
+ violations.extend(error_violations(&ctx.checksum_findings));
+ violations.extend(error_violations(&ctx.proof_chain_findings));
+
+ if ctx.manifest.bundle_version != 2 {
+ violations.push(format!(
+ "unexpected_manifest_bundle_version:{}",
+ ctx.manifest.bundle_version
+ ));
+ }
+ if ctx.checksums.bundle_version != 2 {
+ violations.push(format!(
+ "unexpected_checksums_bundle_version:{}",
+ ctx.checksums.bundle_version
+ ));
+ }
+ if ctx.manifest.mode.as_deref() != Some("portable_proof_bundle_v2") {
+ violations.push("unexpected_manifest_mode".to_string());
+ }
+ if ctx.manifest.compatibility_mode.as_deref() != Some("phase11-portable-core") {
+ violations.push("unexpected_manifest_compatibility_mode".to_string());
+ }
+ if ctx.manifest.checksums_file != "checksums.json" {
+ violations.push("unexpected_checksums_file_reference".to_string());
+ }
+ if ctx.bundle_id != ctx.manifest.bundle_id {
+ violations.push("bundle_id_recompute_mismatch".to_string());
+ }
+
+ let request = VerifyRequest {
+ bundle_path: &ctx.fixture.root,
+ policy: &ctx.fixture.policy,
+ registry_snapshot: &ctx.fixture.registry,
+ receipt_mode: ReceiptMode::None,
+ receipt_signer: None,
+ audit_mode: AuditMode::None,
+ audit_ledger_path: None,
+ };
+ let outcome = verify_bundle(&request)
+ .map_err(|error| format!("bundle v2 schema gate runtime verification failed: {error}"))?;
+ violations.extend(error_violations(&outcome.findings));
+
+ let bundle_schema_report = json!({
+ "gate": "proof-bundle-v2-schema",
+ "mode": "phase12_bundle_v2_schema_gate",
+ "status": status_label(violations.is_empty()),
+ "bundle_version": ctx.manifest.bundle_version,
+ "checksums_bundle_version": ctx.checksums.bundle_version,
+ "mode_value": ctx.manifest.mode,
+ "compatibility_mode": ctx.manifest.compatibility_mode,
+ "checksums_file": ctx.manifest.checksums_file,
+ "required_file_count": ctx.manifest.required_files.len(),
+ "bundle_id": ctx.manifest.bundle_id,
+ "bundle_id_recomputed": ctx.bundle_id,
+ "verification_verdict": verdict_label(&outcome.verdict),
+ "layout_findings": findings_to_json(&ctx.layout_findings),
+ "checksum_findings": findings_to_json(&ctx.checksum_findings),
+ "proof_chain_findings": findings_to_json(&ctx.proof_chain_findings),
+ "verification_findings": findings_to_json(&outcome.findings),
+ });
+ write_json(
+ out_dir.join("bundle_schema_report.json"),
+ &bundle_schema_report,
+ )?;
+
+ let report = json!({
+ "gate": "proof-bundle-v2-schema",
+ "mode": "phase12_bundle_v2_schema_gate",
+ "verdict": status_label(violations.is_empty()),
+ "bundle_id": ctx.bundle_id,
+ "violations": violations,
+ "violations_count": violations.len(),
+ });
+ write_json(out_dir.join("report.json"), &report)?;
+
+ Ok(if violations_from_report(&report).is_empty() {
+ 0
+ } else {
+ 2
+ })
+}
+
+fn build_bundle_v2_compat_gate_artifacts(out_dir: &Path) -> Result {
+ let ctx = build_phase12a_context()?;
+ let mut violations = Vec::new();
+ let required_files = &ctx.manifest.required_files;
+ let overlay_is_external = !required_files.iter().any(|path| {
+ path == "producer/producer.json" || path == "signatures/signature-envelope.json"
+ });
+ if !overlay_is_external {
+ violations.push("overlay_paths_leaked_into_portable_required_files".to_string());
+ }
+
+ let portable_core_paths = [
+ "manifest.json",
+ "checksums.json",
+ "evidence/",
+ "traces/",
+ "reports/",
+ "meta/run.json",
+ ];
+ let portable_core_paths_present = ctx.bundle.manifest_path.is_file()
+ && ctx.bundle.checksums_path.is_file()
+ && ctx.bundle.evidence_dir.is_dir()
+ && ctx.bundle.traces_dir.is_dir()
+ && ctx.bundle.reports_dir.is_dir()
+ && ctx.bundle.meta_run_path.is_file();
+ if !portable_core_paths_present {
+ violations.push("portable_core_paths_missing".to_string());
+ }
+ if ctx.manifest.compatibility_mode.as_deref() != Some("phase11-portable-core") {
+ violations.push("bundle_v2_compatibility_mode_missing".to_string());
+ }
+ if has_error_findings(&ctx.layout_findings)
+ || has_error_findings(&ctx.checksum_findings)
+ || has_error_findings(&ctx.proof_chain_findings)
+ {
+ violations.push("portable_core_not_phase11_compatible".to_string());
+ }
+
+ let compatibility_report = json!({
+ "gate": "proof-bundle-v2-compat",
+ "mode": "phase12_bundle_v2_compat_gate",
+ "status": status_label(violations.is_empty()),
+ "compatibility_mode": ctx.manifest.compatibility_mode,
+ "portable_core_paths": portable_core_paths,
+ "portable_core_paths_present": portable_core_paths_present,
+ "overlay_is_external": overlay_is_external,
+ "required_file_count": required_files.len(),
+ "required_files": required_files,
+ });
+ write_json(
+ out_dir.join("compatibility_report.json"),
+ &compatibility_report,
+ )?;
+
+ let report = json!({
+ "gate": "proof-bundle-v2-compat",
+ "mode": "phase12_bundle_v2_compat_gate",
+ "verdict": status_label(violations.is_empty()),
+ "violations": violations,
+ "violations_count": violations.len(),
+ });
+ write_json(out_dir.join("report.json"), &report)?;
+
+ Ok(if violations_from_report(&report).is_empty() {
+ 0
+ } else {
+ 2
+ })
+}
+
+fn build_signature_verify_gate_artifacts(out_dir: &Path) -> Result {
+ let ctx = build_phase12a_context()?;
+ let signature_findings = verify_detached_signatures(
+ &ctx.bundle_id,
+ &ctx.signature_envelope,
+ &ctx.registry_resolution.resolved_signers,
+ );
+ let mut violations = error_violations(&ctx.registry_resolution.findings);
+ violations.extend(error_violations(&signature_findings));
+
+ let signature_verify = json!({
+ "gate": "proof-signature-verify",
+ "mode": "phase12_signature_verify_gate",
+ "status": status_label(!has_error_findings(&signature_findings)),
+ "bundle_id": ctx.bundle_id,
+ "bundle_id_algorithm": ctx.signature_envelope.bundle_id_algorithm,
+ "signature_count": ctx.signature_envelope.signatures.len(),
+ "verified_signature_count": ctx.signature_envelope.signatures.len().saturating_sub(error_violations(&signature_findings).len()),
+ "findings": findings_to_json(&signature_findings),
+ "findings_count": signature_findings.len(),
+ });
+ write_json(out_dir.join("signature_verify.json"), &signature_verify)?;
+
+ let registry_resolution_report = json!({
+ "gate": "proof-signature-verify",
+ "mode": "phase12_signature_verify_gate",
+ "status": status_label(!has_error_findings(&ctx.registry_resolution.findings)),
+ "registry_snapshot_hash": ctx.registry_resolution.registry_snapshot_hash,
+ "resolved_signer_count": ctx.registry_resolution.resolved_signers.len(),
+ "resolved_signers": ctx.registry_resolution.resolved_signers.iter().map(|signer| {
+ json!({
+ "signer_id": signer.signer_id,
+ "producer_pubkey_id": signer.producer_pubkey_id,
+ "status": key_status_label(&signer.status),
+ "has_public_key": signer.public_key.is_some(),
+ })
+ }).collect::>(),
+ "findings": findings_to_json(&ctx.registry_resolution.findings),
+ "findings_count": ctx.registry_resolution.findings.len(),
+ });
+ write_json(
+ out_dir.join("registry_resolution_report.json"),
+ ®istry_resolution_report,
+ )?;
+
+ let report = json!({
+ "gate": "proof-signature-verify",
+ "mode": "phase12_signature_verify_gate",
+ "verdict": status_label(violations.is_empty()),
+ "violations": violations,
+ "violations_count": violations.len(),
+ });
+ write_json(out_dir.join("report.json"), &report)?;
+
+ Ok(if violations_from_report(&report).is_empty() {
+ 0
+ } else {
+ 2
+ })
+}
+
+fn build_registry_resolution_gate_artifacts(out_dir: &Path) -> Result {
+ let ctx = build_phase12a_context()?;
+ let baseline_row = registry_resolution_matrix_row(
+ "baseline_active",
+ &ctx.fixture.registry,
+ &ctx.producer,
+ &ctx.signature_envelope,
+ )?;
+ let ambiguous_row = registry_resolution_matrix_row(
+ "ambiguous_owner",
+ &build_ambiguous_owner_registry(&ctx.fixture.registry)?,
+ &ctx.producer,
+ &ctx.signature_envelope,
+ )?;
+ let unknown_row = registry_resolution_matrix_row(
+ "unknown_key_state",
+ &build_unknown_key_registry(&ctx.fixture.registry)?,
+ &ctx.producer,
+ &ctx.signature_envelope,
+ )?;
+ let missing_material_row = registry_resolution_matrix_row(
+ "missing_public_key_material",
+ &build_missing_public_key_registry(&ctx.fixture.registry)?,
+ &ctx.producer,
+ &ctx.signature_envelope,
+ )?;
+ let matrix = vec![
+ baseline_row,
+ ambiguous_row,
+ unknown_row,
+ missing_material_row,
+ ];
+ write_json(
+ out_dir.join("registry_snapshot.json"),
+ &ctx.fixture.registry,
+ )?;
+ write_json(out_dir.join("registry_resolution_matrix.json"), &matrix)?;
+
+ let mut violations = Vec::new();
+ if !matrix_row_has_status(&matrix[0], "ACTIVE") || matrix_row_has_errors(&matrix[0]) {
+ violations.push("baseline_registry_resolution_not_active".to_string());
+ }
+ if !matrix_row_has_error_code(&matrix[1], "PV0405") {
+ violations.push("ambiguous_registry_resolution_missing_PV0405".to_string());
+ }
+ if !matrix_row_has_error_code(&matrix[2], "PV0404") {
+ violations.push("unknown_key_registry_resolution_missing_PV0404".to_string());
+ }
+ if !matrix_row_has_error_code(&matrix[3], "PV0406")
+ || !matrix_row_has_error_code(&matrix[3], "PV0408")
+ {
+ violations.push("missing_public_key_material_matrix_incomplete".to_string());
+ }
+
+ let report = json!({
+ "gate": "proof-registry-resolution",
+ "mode": "phase12_registry_resolution_gate",
+ "verdict": status_label(violations.is_empty()),
+ "violations": violations,
+ "violations_count": violations.len(),
+ });
+ write_json(out_dir.join("report.json"), &report)?;
+
+ Ok(if violations_from_report(&report).is_empty() {
+ 0
+ } else {
+ 2
+ })
+}
+
+fn build_key_rotation_gate_artifacts(out_dir: &Path) -> Result {
+ let ctx = build_phase12a_context()?;
+ let baseline_rotation_row = key_lifecycle_matrix_row(
+ "baseline_active",
+ &ctx.fixture.registry,
+ &ctx.producer,
+ &ctx.signature_envelope,
+ &ctx.bundle_id,
+ )?;
+ let rotated_rotation_row = key_lifecycle_matrix_row(
+ "rotated_superseded",
+ &build_rotated_registry(&ctx.fixture.registry)?,
+ &ctx.producer,
+ &ctx.signature_envelope,
+ &ctx.bundle_id,
+ )?;
+ let revoked_row = key_lifecycle_matrix_row(
+ "revoked",
+ &build_revoked_registry(&ctx.fixture.registry)?,
+ &ctx.producer,
+ &ctx.signature_envelope,
+ &ctx.bundle_id,
+ )?;
+
+ let rotation_matrix = vec![baseline_rotation_row, rotated_rotation_row];
+ let revocation_matrix = vec![revoked_row];
+ write_json(out_dir.join("rotation_matrix.json"), &rotation_matrix)?;
+ write_json(out_dir.join("revocation_matrix.json"), &revocation_matrix)?;
+
+ let mut violations = Vec::new();
+ if !matrix_row_has_status(&rotation_matrix[0], "ACTIVE")
+ || matrix_row_has_errors(&rotation_matrix[0])
+ {
+ violations.push("baseline_rotation_row_invalid".to_string());
+ }
+ if !matrix_row_has_status(&rotation_matrix[1], "SUPERSEDED")
+ || matrix_row_has_errors(&rotation_matrix[1])
+ {
+ violations.push("rotated_superseded_row_invalid".to_string());
+ }
+ if !matrix_row_has_status(&revocation_matrix[0], "REVOKED")
+ || !matrix_row_has_error_code(&revocation_matrix[0], "PV0403")
+ {
+ violations.push("revocation_row_missing_PV0403".to_string());
+ }
+
+ let report = json!({
+ "gate": "proof-key-rotation",
+ "mode": "phase12_key_rotation_gate",
+ "verdict": status_label(violations.is_empty()),
+ "violations": violations,
+ "violations_count": violations.len(),
+ });
+ write_json(out_dir.join("report.json"), &report)?;
+
+ Ok(if violations_from_report(&report).is_empty() {
+ 0
+ } else {
+ 2
+ })
+}
+
+fn build_verifier_core_gate_artifacts(out_dir: &Path) -> Result {
+ let trusted_fixture = create_fixture_bundle();
+ let baseline_row = verifier_core_matrix_row(
+ "trusted_baseline",
+ VerificationVerdict::Trusted,
+ &trusted_fixture.root,
+ &trusted_fixture.policy,
+ &trusted_fixture.registry,
+ )?;
+
+ let policy_rejected_fixture = create_fixture_bundle();
+ let mut policy_rejected_policy = policy_rejected_fixture.policy.clone();
+ policy_rejected_policy.required_signatures = Some(SignatureRequirement {
+ kind: "at_least".to_string(),
+ count: 2,
+ });
+ let policy_rejected_row = verifier_core_matrix_row(
+ "policy_rejected_quorum",
+ VerificationVerdict::RejectedByPolicy,
+ &policy_rejected_fixture.root,
+ &policy_rejected_policy,
+ &policy_rejected_fixture.registry,
+ )?;
+
+ let untrusted_fixture = create_fixture_bundle();
+ let mut untrusted_policy = untrusted_fixture.policy.clone();
+ untrusted_policy.trusted_producers = vec!["different-producer".to_string()];
+ let untrusted_row = verifier_core_matrix_row(
+ "untrusted_producer",
+ VerificationVerdict::Untrusted,
+ &untrusted_fixture.root,
+ &untrusted_policy,
+ &untrusted_fixture.registry,
+ )?;
+
+ let invalid_signature_fixture = create_fixture_bundle();
+ tamper_signature_envelope(&invalid_signature_fixture.root)?;
+ let invalid_signature_row = verifier_core_matrix_row(
+ "invalid_signature",
+ VerificationVerdict::Invalid,
+ &invalid_signature_fixture.root,
+ &invalid_signature_fixture.policy,
+ &invalid_signature_fixture.registry,
+ )?;
+
+ let missing_manifest_fixture = create_fixture_bundle();
+ remove_manifest_file(&missing_manifest_fixture.root)?;
+ let missing_manifest_row = verifier_core_matrix_row(
+ "missing_manifest",
+ VerificationVerdict::Invalid,
+ &missing_manifest_fixture.root,
+ &missing_manifest_fixture.policy,
+ &missing_manifest_fixture.registry,
+ )?;
+
+ let matrix = vec![
+ baseline_row,
+ policy_rejected_row,
+ untrusted_row,
+ invalid_signature_row,
+ missing_manifest_row,
+ ];
+ write_json(out_dir.join("determinism_matrix.json"), &matrix)?;
+
+ let deterministic_case_count = matrix
+ .iter()
+ .filter(|row| row.get("deterministic").and_then(Value::as_bool) == Some(true))
+ .count();
+ let trusted_case_count = count_expected_verdict(&matrix, "TRUSTED");
+ let rejected_case_count = count_expected_verdict(&matrix, "REJECTED_BY_POLICY");
+ let untrusted_case_count = count_expected_verdict(&matrix, "UNTRUSTED");
+ let invalid_case_count = count_expected_verdict(&matrix, "INVALID");
+
+ let pipeline_stage_order = vec![
+ "bundle_load",
+ "layout_validation",
+ "portable_checksum_validation",
+ "portable_proof_validation",
+ "bundle_id_recomputation",
+ "overlay_validation",
+ "signer_resolution",
+ "detached_signature_verification",
+ "policy_evaluation",
+ "verdict_derivation",
+ "receipt_emission",
+ ];
+ let verifier_core_report = json!({
+ "gate": "proof-verifier-core",
+ "mode": "phase12_proof_verifier_core_gate",
+ "status": status_label(deterministic_case_count == matrix.len()),
+ "crate_path": "ayken-core/crates/proof-verifier/",
+ "api_entrypoint": "verify_bundle",
+ "library_first": true,
+ "userspace_offline": true,
+ "pipeline_stage_order": pipeline_stage_order,
+ "scenario_count": matrix.len(),
+ "deterministic_case_count": deterministic_case_count,
+ "trusted_case_count": trusted_case_count,
+ "rejected_by_policy_case_count": rejected_case_count,
+ "untrusted_case_count": untrusted_case_count,
+ "invalid_case_count": invalid_case_count,
+ "determinism_matrix_path": "determinism_matrix.json",
+ });
+ write_json(
+ out_dir.join("verifier_core_report.json"),
+ &verifier_core_report,
+ )?;
+
+ let mut violations = Vec::new();
+ for row in &matrix {
+ let scenario = row
+ .get("scenario")
+ .and_then(Value::as_str)
+ .unwrap_or("unknown_scenario");
+ if row.get("deterministic").and_then(Value::as_bool) != Some(true) {
+ violations.push(format!("scenario_not_deterministic:{scenario}"));
+ }
+ if row.get("expected_verdict").and_then(Value::as_str)
+ != row.get("run_a_verdict").and_then(Value::as_str)
+ {
+ violations.push(format!("unexpected_run_a_verdict:{scenario}"));
+ }
+ if row.get("expected_verdict").and_then(Value::as_str)
+ != row.get("run_b_verdict").and_then(Value::as_str)
+ {
+ violations.push(format!("unexpected_run_b_verdict:{scenario}"));
+ }
+ if row.get("receipt_absent").and_then(Value::as_bool) != Some(true) {
+ violations.push(format!("unexpected_receipt_emission:{scenario}"));
+ }
+ if row.get("audit_absent").and_then(Value::as_bool) != Some(true) {
+ violations.push(format!("unexpected_audit_append:{scenario}"));
+ }
+ }
+
+ let report = json!({
+ "gate": "proof-verifier-core",
+ "mode": "phase12_proof_verifier_core_gate",
+ "verdict": status_label(violations.is_empty()),
+ "verifier_core_report_path": "verifier_core_report.json",
+ "determinism_matrix_path": "determinism_matrix.json",
+ "violations": violations,
+ "violations_count": violations.len(),
+ });
+ write_json(out_dir.join("report.json"), &report)?;
+
+ Ok(if violations_from_report(&report).is_empty() {
+ 0
+ } else {
+ 2
+ })
+}
+
+fn build_trust_policy_gate_artifacts(out_dir: &Path) -> Result {
+ let fixture = create_fixture_bundle();
+ let bundle = load_bundle(&fixture.root);
+ let manifest = load_manifest(&bundle.manifest_path)
+ .map_err(|error| format!("trust policy gate failed to load manifest: {error}"))?;
+ let baseline_findings = validate_policy(&fixture.policy);
+ let baseline_hash = compute_policy_hash(&fixture.policy)
+ .map_err(|error| format!("trust policy baseline hash computation failed: {error}"))?;
+ let baseline_hash_repeat = compute_policy_hash(&fixture.policy)
+ .map_err(|error| format!("trust policy baseline hash recomputation failed: {error}"))?;
+ let external_to_bundle = !manifest
+ .required_files
+ .iter()
+ .any(|path| path.contains("policy"));
+ let has_trusted_producers = !fixture.policy.trusted_producers.is_empty();
+ let has_trusted_pubkey_ids = !fixture.policy.trusted_pubkey_ids.is_empty();
+ let has_required_signatures = fixture.policy.required_signatures.is_some();
+ let has_explicit_quorum_policy = fixture
+ .policy
+ .quorum_policy_ref
+ .as_deref()
+ .map(|value| !value.trim().is_empty())
+ .unwrap_or(false);
+ let baseline_hash_stable = baseline_hash == baseline_hash_repeat;
+
+ let trusted_row = trust_policy_outcome_row(
+ "trusted_baseline",
+ VerificationVerdict::Trusted,
+ &fixture.root,
+ &fixture.policy,
+ &fixture.registry,
+ )?;
+
+ let mut rejected_policy = fixture.policy.clone();
+ rejected_policy.required_signatures = Some(SignatureRequirement {
+ kind: "at_least".to_string(),
+ count: 2,
+ });
+ let rejected_row = trust_policy_outcome_row(
+ "rejected_by_policy_quorum",
+ VerificationVerdict::RejectedByPolicy,
+ &fixture.root,
+ &rejected_policy,
+ &fixture.registry,
+ )?;
+
+ let mut untrusted_policy = fixture.policy.clone();
+ untrusted_policy.trusted_producers = vec!["different-producer".to_string()];
+ let untrusted_row = trust_policy_outcome_row(
+ "untrusted_producer",
+ VerificationVerdict::Untrusted,
+ &fixture.root,
+ &untrusted_policy,
+ &fixture.registry,
+ )?;
+
+ let mut invalid_quorum_policy = fixture.policy.clone();
+ invalid_quorum_policy.required_signatures = Some(SignatureRequirement {
+ kind: "unsupported".to_string(),
+ count: 1,
+ });
+ let invalid_quorum_row = trust_policy_outcome_row(
+ "unsupported_quorum_kind",
+ VerificationVerdict::Invalid,
+ &fixture.root,
+ &invalid_quorum_policy,
+ &fixture.registry,
+ )?;
+
+ let rejected_policy_hash = compute_policy_hash(&rejected_policy).map_err(|error| {
+ format!("trust policy rejected-policy hash computation failed: {error}")
+ })?;
+ let policy_hash_changes_under_mutation = baseline_hash != rejected_policy_hash;
+ let verdict_rows = vec![trusted_row, rejected_row, untrusted_row, invalid_quorum_row];
+
+ let policy_schema_report = json!({
+ "gate": "proof-trust-policy",
+ "mode": "phase12_trust_policy_gate",
+ "status": status_label(
+ !has_error_findings(&baseline_findings)
+ && external_to_bundle
+ && has_trusted_producers
+ && has_trusted_pubkey_ids
+ && has_required_signatures
+ && has_explicit_quorum_policy
+ ),
+ "policy_version": fixture.policy.policy_version,
+ "external_to_bundle": external_to_bundle,
+ "trusted_producers_count": fixture.policy.trusted_producers.len(),
+ "trusted_pubkey_ids_count": fixture.policy.trusted_pubkey_ids.len(),
+ "required_signature_kind": fixture
+ .policy
+ .required_signatures
+ .as_ref()
+ .map(|value| value.kind.clone()),
+ "required_signature_count": fixture.policy.required_signature_count(),
+ "revoked_pubkey_ids_count": fixture.policy.revoked_pubkey_ids.len(),
+ "quorum_policy_ref": fixture.policy.quorum_policy_ref,
+ "schema_findings": findings_to_json(&baseline_findings),
+ "schema_findings_count": baseline_findings.len(),
+ "field_surface": {
+ "trusted_producers": has_trusted_producers,
+ "trusted_pubkey_ids": has_trusted_pubkey_ids,
+ "required_signatures": has_required_signatures,
+ "revoked_pubkey_ids": true,
+ "quorum_policy_ref": has_explicit_quorum_policy,
+ },
+ });
+ write_json(
+ out_dir.join("policy_schema_report.json"),
+ &policy_schema_report,
+ )?;
+
+ let policy_hash_report = json!({
+ "gate": "proof-trust-policy",
+ "mode": "phase12_trust_policy_gate",
+ "status": status_label(baseline_hash_stable && policy_hash_changes_under_mutation),
+ "baseline_policy_hash": baseline_hash,
+ "baseline_policy_hash_repeat": baseline_hash_repeat,
+ "baseline_hash_stable": baseline_hash_stable,
+ "rejected_policy_hash": rejected_policy_hash,
+ "policy_hash_changes_under_mutation": policy_hash_changes_under_mutation,
+ "verdict_rows": verdict_rows,
+ });
+ write_json(out_dir.join("policy_hash_report.json"), &policy_hash_report)?;
+
+ let mut violations = error_violations(&baseline_findings);
+ if !external_to_bundle {
+ violations.push("policy_surface_leaked_into_bundle".to_string());
+ }
+ if !baseline_hash_stable {
+ violations.push("policy_hash_not_stable".to_string());
+ }
+ if !policy_hash_changes_under_mutation {
+ violations.push("policy_hash_did_not_change_under_mutation".to_string());
+ }
+ for row in policy_hash_report
+ .get("verdict_rows")
+ .and_then(Value::as_array)
+ .into_iter()
+ .flatten()
+ {
+ let scenario = row
+ .get("scenario")
+ .and_then(Value::as_str)
+ .unwrap_or("unknown_scenario");
+ if row.get("expected_verdict").and_then(Value::as_str)
+ != row.get("actual_verdict").and_then(Value::as_str)
+ {
+ violations.push(format!("unexpected_policy_verdict:{scenario}"));
+ }
+ if row.get("policy_hash_bound").and_then(Value::as_bool) != Some(true) {
+ violations.push(format!("policy_hash_not_bound_to_verdict:{scenario}"));
+ }
+ }
+ if !policy_hash_report
+ .get("verdict_rows")
+ .and_then(Value::as_array)
+ .into_iter()
+ .flatten()
+ .any(|row| {
+ row.get("scenario").and_then(Value::as_str) == Some("unsupported_quorum_kind")
+ && row
+ .get("error_codes")
+ .and_then(Value::as_array)
+ .into_iter()
+ .flatten()
+ .filter_map(Value::as_str)
+ .any(|code| code == "PV0504")
+ })
+ {
+ violations.push("unsupported_quorum_kind_missing_PV0504".to_string());
+ }
+
+ let report = json!({
+ "gate": "proof-trust-policy",
+ "mode": "phase12_trust_policy_gate",
+ "verdict": status_label(violations.is_empty()),
+ "policy_schema_report_path": "policy_schema_report.json",
+ "policy_hash_report_path": "policy_hash_report.json",
+ "violations": violations,
+ "violations_count": violations.len(),
+ });
+ write_json(out_dir.join("report.json"), &report)?;
+
+ Ok(if violations_from_report(&report).is_empty() {
+ 0
+ } else {
+ 2
+ })
+}
+
+fn build_verdict_binding_gate_artifacts(out_dir: &Path) -> Result {
+ let fixture = create_fixture_bundle();
+ let request = VerifyRequest {
+ bundle_path: &fixture.root,
+ policy: &fixture.policy,
+ registry_snapshot: &fixture.registry,
+ receipt_mode: ReceiptMode::EmitSigned,
+ receipt_signer: Some(&fixture.receipt_signer),
+ audit_mode: AuditMode::None,
+ audit_ledger_path: None,
+ };
+
+ let outcome_a = verify_bundle(&request)
+ .map_err(|error| format!("verdict binding gate first verification failed: {error}"))?;
+ let outcome_b = verify_bundle(&request)
+ .map_err(|error| format!("verdict binding gate second verification failed: {error}"))?;
+ let receipt = outcome_a
+ .receipt
+ .as_ref()
+ .ok_or_else(|| "verdict binding gate did not emit a signed receipt".to_string())?;
+
+ let same_subject_tuple = outcome_a.subject.bundle_id == outcome_b.subject.bundle_id
+ && outcome_a.subject.trust_overlay_hash == outcome_b.subject.trust_overlay_hash
+ && outcome_a.subject.policy_hash == outcome_b.subject.policy_hash
+ && outcome_a.subject.registry_snapshot_hash == outcome_b.subject.registry_snapshot_hash;
+ let same_verdict = outcome_a.verdict == outcome_b.verdict;
+ let receipt_binding_equal = receipt.payload.bundle_id == outcome_a.subject.bundle_id
+ && receipt.payload.trust_overlay_hash == outcome_a.subject.trust_overlay_hash
+ && receipt.payload.policy_hash == outcome_a.subject.policy_hash
+ && receipt.payload.registry_snapshot_hash == outcome_a.subject.registry_snapshot_hash;
+ let full_tuple_present = !outcome_a.subject.bundle_id.is_empty()
+ && !outcome_a.subject.trust_overlay_hash.is_empty()
+ && !outcome_a.subject.policy_hash.is_empty()
+ && !outcome_a.subject.registry_snapshot_hash.is_empty();
+
+ let verdict_binding_report = json!({
+ "gate": "proof-verdict-binding",
+ "mode": "phase12_verdict_binding_gate",
+ "status": status_label(full_tuple_present && same_subject_tuple && same_verdict && receipt_binding_equal),
+ "verification_verdict": verdict_label(&outcome_a.verdict),
+ "bundle_id": outcome_a.subject.bundle_id,
+ "trust_overlay_hash": outcome_a.subject.trust_overlay_hash,
+ "policy_hash": outcome_a.subject.policy_hash,
+ "registry_snapshot_hash": outcome_a.subject.registry_snapshot_hash,
+ "same_subject_tuple": same_subject_tuple,
+ "same_verdict": same_verdict,
+ "receipt_binding_equal": receipt_binding_equal,
+ "receipt_verifier_node_id": receipt.payload.verifier_node_id,
+ "receipt_verifier_key_id": receipt.payload.verifier_key_id,
+ });
+ write_json(
+ out_dir.join("verdict_binding_report.json"),
+ &verdict_binding_report,
+ )?;
+
+ let verdict_subject_examples = json!({
+ "full_verdict_subject": {
+ "bundle_id": outcome_a.subject.bundle_id,
+ "trust_overlay_hash": outcome_a.subject.trust_overlay_hash,
+ "policy_hash": outcome_a.subject.policy_hash,
+ "registry_snapshot_hash": outcome_a.subject.registry_snapshot_hash,
+ },
+ "distributed_claim_weaker_tuples": [
+ {
+ "fields": ["bundle_id", "trust_overlay_hash", "policy_hash"],
+ "allowed_for_distributed_claim": false
+ },
+ {
+ "fields": ["bundle_id", "trust_overlay_hash", "registry_snapshot_hash"],
+ "allowed_for_distributed_claim": false
+ },
+ {
+ "fields": ["bundle_id", "policy_hash", "registry_snapshot_hash"],
+ "allowed_for_distributed_claim": false
+ }
+ ],
+ "receipt_binding": {
+ "bundle_id": receipt.payload.bundle_id,
+ "trust_overlay_hash": receipt.payload.trust_overlay_hash,
+ "policy_hash": receipt.payload.policy_hash,
+ "registry_snapshot_hash": receipt.payload.registry_snapshot_hash,
+ }
+ });
+ write_json(
+ out_dir.join("verdict_subject_examples.json"),
+ &verdict_subject_examples,
+ )?;
+
+ let mut violations = error_violations(&outcome_a.findings);
+ violations.extend(error_violations(&outcome_b.findings));
+ if !full_tuple_present {
+ violations.push("verdict_subject_missing_binding_field".to_string());
+ }
+ if !same_subject_tuple {
+ violations.push("verdict_subject_not_stable_under_same_input".to_string());
+ }
+ if !same_verdict {
+ violations.push("verdict_not_stable_under_same_binding_tuple".to_string());
+ }
+ if !receipt_binding_equal {
+ violations.push("receipt_binding_does_not_match_verdict_subject".to_string());
+ }
+
+ let report = json!({
+ "gate": "proof-verdict-binding",
+ "mode": "phase12_verdict_binding_gate",
+ "verdict": status_label(violations.is_empty()),
+ "verdict_binding_report_path": "verdict_binding_report.json",
+ "verdict_subject_examples_path": "verdict_subject_examples.json",
+ "violations": violations,
+ "violations_count": violations.len(),
+ });
+ write_json(out_dir.join("report.json"), &report)?;
+
+ Ok(if violations_from_report(&report).is_empty() {
+ 0
+ } else {
+ 2
+ })
+}
+
+fn build_verifier_cli_gate_artifacts(out_dir: &Path, cli_bin: &Path) -> Result {
+ if !cli_bin.is_file() {
+ return Err(format!(
+ "CLI binary does not exist at {}",
+ cli_bin.display()
+ ));
+ }
+
+ let fixture = create_fixture_bundle();
+ let inputs_dir = out_dir.join("inputs");
+ fs::create_dir_all(&inputs_dir).map_err(|error| {
+ format!(
+ "failed to create CLI gate inputs dir {}: {error}",
+ inputs_dir.display()
+ )
+ })?;
+
+ let policy_path = inputs_dir.join("policy.json");
+ let registry_path = inputs_dir.join("registry.json");
+ write_json(policy_path.clone(), &fixture.policy)?;
+ write_json(registry_path.clone(), &fixture.registry)?;
+
+ let expected_outcome =
+ run_core_verification(&fixture.root, &fixture.policy, &fixture.registry)?;
+ let expected_verdict = verdict_label(&expected_outcome.verdict);
+
+ let human_run =
+ run_cli_verify_bundle(cli_bin, &fixture.root, &policy_path, ®istry_path, false)?;
+ let json_run =
+ run_cli_verify_bundle(cli_bin, &fixture.root, &policy_path, ®istry_path, true)?;
+
+ fs::write(out_dir.join("cli_human_stdout.txt"), &human_run.stdout).map_err(|error| {
+ format!(
+ "failed to write CLI human stdout {}: {error}",
+ out_dir.join("cli_human_stdout.txt").display()
+ )
+ })?;
+ fs::write(out_dir.join("cli_human_stderr.txt"), &human_run.stderr).map_err(|error| {
+ format!(
+ "failed to write CLI human stderr {}: {error}",
+ out_dir.join("cli_human_stderr.txt").display()
+ )
+ })?;
+ fs::write(out_dir.join("cli_json_stderr.txt"), &json_run.stderr).map_err(|error| {
+ format!(
+ "failed to write CLI JSON stderr {}: {error}",
+ out_dir.join("cli_json_stderr.txt").display()
+ )
+ })?;
+
+ let cli_json_output: Value = serde_json::from_str(&json_run.stdout)
+ .map_err(|error| format!("CLI JSON output contract parse failed: {error}"))?;
+ write_json(out_dir.join("cli_json_output.json"), &cli_json_output)?;
+
+ let human_contains_verdict = human_run
+ .stdout
+ .contains(&format!("Verdict: {expected_verdict}"));
+ let human_contains_bundle_id = human_run
+ .stdout
+ .contains(&expected_outcome.subject.bundle_id);
+ let human_contains_trust_overlay_hash = human_run
+ .stdout
+ .contains(&expected_outcome.subject.trust_overlay_hash);
+ let human_contains_policy_hash = human_run
+ .stdout
+ .contains(&expected_outcome.subject.policy_hash);
+ let human_contains_registry_snapshot_hash = human_run
+ .stdout
+ .contains(&expected_outcome.subject.registry_snapshot_hash);
+
+ let json_verdict = cli_json_output.get("verdict").and_then(Value::as_str);
+ let json_bundle_id = cli_json_output.get("bundle_id").and_then(Value::as_str);
+ let json_trust_overlay_hash = cli_json_output
+ .get("trust_overlay_hash")
+ .and_then(Value::as_str);
+ let json_policy_hash = cli_json_output.get("policy_hash").and_then(Value::as_str);
+ let json_registry_snapshot_hash = cli_json_output
+ .get("registry_snapshot_hash")
+ .and_then(Value::as_str);
+ let json_findings = cli_json_output.get("findings").and_then(Value::as_array);
+
+ let cli_smoke_report = json!({
+ "gate": "proof-verifier-cli",
+ "mode": "phase12_proof_verifier_cli_gate",
+ "status": status_label(
+ human_run.exit_code == 0
+ && json_run.exit_code == 0
+ && human_contains_verdict
+ && human_contains_bundle_id
+ && human_contains_trust_overlay_hash
+ && human_contains_policy_hash
+ && human_contains_registry_snapshot_hash
+ ),
+ "command_surface": "verify bundle",
+ "cli_binary": cli_bin.display().to_string(),
+ "bundle_path": fixture.root.display().to_string(),
+ "policy_path": policy_path.display().to_string(),
+ "registry_path": registry_path.display().to_string(),
+ "human_exit_code": human_run.exit_code,
+ "json_exit_code": json_run.exit_code,
+ "human_contains_verdict": human_contains_verdict,
+ "human_contains_bundle_id": human_contains_bundle_id,
+ "human_contains_trust_overlay_hash": human_contains_trust_overlay_hash,
+ "human_contains_policy_hash": human_contains_policy_hash,
+ "human_contains_registry_snapshot_hash": human_contains_registry_snapshot_hash,
+ });
+ write_json(out_dir.join("cli_smoke_report.json"), &cli_smoke_report)?;
+
+ let cli_output_contract = json!({
+ "gate": "proof-verifier-cli",
+ "mode": "phase12_proof_verifier_cli_gate",
+ "status": status_label(
+ json_verdict == Some(expected_verdict)
+ && json_bundle_id == Some(expected_outcome.subject.bundle_id.as_str())
+ && json_trust_overlay_hash == Some(expected_outcome.subject.trust_overlay_hash.as_str())
+ && json_policy_hash == Some(expected_outcome.subject.policy_hash.as_str())
+ && json_registry_snapshot_hash == Some(expected_outcome.subject.registry_snapshot_hash.as_str())
+ && json_findings.is_some()
+ ),
+ "verdict": json_verdict,
+ "bundle_id": json_bundle_id,
+ "trust_overlay_hash": json_trust_overlay_hash,
+ "policy_hash": json_policy_hash,
+ "registry_snapshot_hash": json_registry_snapshot_hash,
+ "findings_count": json_findings.map(|value| value.len()),
+ "required_fields_present": {
+ "verdict": json_verdict.is_some(),
+ "bundle_id": json_bundle_id.is_some(),
+ "trust_overlay_hash": json_trust_overlay_hash.is_some(),
+ "policy_hash": json_policy_hash.is_some(),
+ "registry_snapshot_hash": json_registry_snapshot_hash.is_some(),
+ "findings": json_findings.is_some(),
+ },
+ "matches_verifier_core": {
+ "verdict": json_verdict == Some(expected_verdict),
+ "bundle_id": json_bundle_id == Some(expected_outcome.subject.bundle_id.as_str()),
+ "trust_overlay_hash": json_trust_overlay_hash == Some(expected_outcome.subject.trust_overlay_hash.as_str()),
+ "policy_hash": json_policy_hash == Some(expected_outcome.subject.policy_hash.as_str()),
+ "registry_snapshot_hash": json_registry_snapshot_hash == Some(expected_outcome.subject.registry_snapshot_hash.as_str()),
+ },
+ });
+ write_json(
+ out_dir.join("cli_output_contract.json"),
+ &cli_output_contract,
+ )?;
+
+ let mut violations = Vec::new();
+ if human_run.exit_code != 0 {
+ violations.push(format!("human_cli_exit_code:{}", human_run.exit_code));
+ }
+ if json_run.exit_code != 0 {
+ violations.push(format!("json_cli_exit_code:{}", json_run.exit_code));
+ }
+ if !human_contains_verdict {
+ violations.push("human_output_missing_verdict".to_string());
+ }
+ if !human_contains_bundle_id {
+ violations.push("human_output_missing_bundle_id".to_string());
+ }
+ if !human_contains_trust_overlay_hash {
+ violations.push("human_output_missing_trust_overlay_hash".to_string());
+ }
+ if !human_contains_policy_hash {
+ violations.push("human_output_missing_policy_hash".to_string());
+ }
+ if !human_contains_registry_snapshot_hash {
+ violations.push("human_output_missing_registry_snapshot_hash".to_string());
+ }
+ if json_verdict != Some(expected_verdict) {
+ violations.push("json_verdict_mismatch".to_string());
+ }
+ if json_bundle_id != Some(expected_outcome.subject.bundle_id.as_str()) {
+ violations.push("json_bundle_id_mismatch".to_string());
+ }
+ if json_trust_overlay_hash != Some(expected_outcome.subject.trust_overlay_hash.as_str()) {
+ violations.push("json_trust_overlay_hash_mismatch".to_string());
+ }
+ if json_policy_hash != Some(expected_outcome.subject.policy_hash.as_str()) {
+ violations.push("json_policy_hash_mismatch".to_string());
+ }
+ if json_registry_snapshot_hash != Some(expected_outcome.subject.registry_snapshot_hash.as_str())
+ {
+ violations.push("json_registry_snapshot_hash_mismatch".to_string());
+ }
+ if json_findings.is_none() {
+ violations.push("json_findings_missing".to_string());
+ }
+
+ let report = json!({
+ "gate": "proof-verifier-cli",
+ "mode": "phase12_proof_verifier_cli_gate",
+ "verdict": status_label(violations.is_empty()),
+ "cli_smoke_report_path": "cli_smoke_report.json",
+ "cli_output_contract_path": "cli_output_contract.json",
+ "violations": violations,
+ "violations_count": violations.len(),
+ });
+ write_json(out_dir.join("report.json"), &report)?;
+
+ Ok(if violations_from_report(&report).is_empty() {
+ 0
+ } else {
+ 2
+ })
+}
+
+fn build_proof_exchange_gate_artifacts(out_dir: &Path) -> Result {
+ let fixture = create_fixture_bundle();
+ let request = VerifyRequest {
+ bundle_path: &fixture.root,
+ policy: &fixture.policy,
+ registry_snapshot: &fixture.registry,
+ receipt_mode: ReceiptMode::EmitSigned,
+ receipt_signer: Some(&fixture.receipt_signer),
+ audit_mode: AuditMode::None,
+ audit_ledger_path: None,
+ };
+ let outcome = verify_bundle(&request)
+ .map_err(|error| format!("proof exchange gate verification failed: {error}"))?;
+ let receipt = outcome
+ .receipt
+ .as_ref()
+ .ok_or_else(|| "proof exchange gate expected a signed receipt".to_string())?;
+
+ let bundle = load_bundle(&fixture.root);
+ let manifest = load_manifest(&bundle.manifest_path)
+ .map_err(|error| format!("proof exchange gate failed to load manifest: {error}"))?;
+ let checksums = load_checksums(&bundle.checksums_path)
+ .map_err(|error| format!("proof exchange gate failed to load checksums: {error}"))?;
+ let overlay = verify_overlay(&bundle, &manifest.bundle_id)
+ .map_err(|error| format!("proof exchange gate failed to recompute overlay: {error}"))?;
+
+ let context_rules_object = build_exchange_context_rules_object();
+ let context_rules_hash = compute_context_rules_hash(&context_rules_object)?;
+ let verification_context_object = build_verification_context_object(
+ &outcome.subject.policy_hash,
+ &outcome.subject.registry_snapshot_hash,
+ "phase12-context-v1",
+ &context_rules_hash,
+ )?;
+ let verification_context_id = verification_context_object
+ .get("verification_context_id")
+ .and_then(Value::as_str)
+ .ok_or_else(|| "verification context object missing verification_context_id".to_string())?
+ .to_string();
+
+ let baseline_package = build_exchange_package(
+ &manifest,
+ &checksums,
+ &overlay.producer,
+ &overlay.signature_envelope,
+ &overlay.trust_overlay_hash,
+ &verification_context_object,
+ &context_rules_object,
+ &fixture.policy,
+ &fixture.registry,
+ Some(receipt),
+ )?;
+ write_json(out_dir.join("exchange_message.json"), &baseline_package)?;
+
+ let expectation = ExchangeExpectation {
+ bundle_id: outcome.subject.bundle_id.clone(),
+ trust_overlay_hash: outcome.subject.trust_overlay_hash.clone(),
+ policy_hash: outcome.subject.policy_hash.clone(),
+ registry_snapshot_hash: outcome.subject.registry_snapshot_hash.clone(),
+ verification_context_id: verification_context_id.clone(),
+ verdict: verdict_wire_value(&outcome.verdict)?,
+ };
+
+ let mut metadata_mutation = baseline_package.clone();
+ metadata_mutation["transport_metadata"]["transport_id"] =
+ Value::String("exchange-fixture-transport-mutated".to_string());
+ metadata_mutation["transport_metadata"]["sent_at_utc"] =
+ Value::String("2026-03-08T12:30:00Z".to_string());
+
+ let mut receipt_absent_transport = baseline_package.clone();
+ if let Value::Object(map) = &mut receipt_absent_transport {
+ map.remove("receipt_artifact");
+ }
+
+ let mut bundle_id_mutation = baseline_package.clone();
+ bundle_id_mutation["portable_payload"]["bundle_id"] =
+ Value::String(format!("sha256:{}", "f".repeat(64)));
+
+ let mut overlay_hash_mutation = baseline_package.clone();
+ overlay_hash_mutation["trust_overlay"]["trust_overlay_hash"] = Value::String("f".repeat(64));
+
+ let mut context_id_mutation = baseline_package.clone();
+ context_id_mutation["verification_context"]["verification_context_id"] =
+ Value::String(format!("sha256:{}", "e".repeat(64)));
+
+ let mut receipt_subject_mutation = baseline_package.clone();
+ receipt_subject_mutation["receipt_artifact"]["receipt"]["bundle_id"] =
+ Value::String(format!("sha256:{}", "d".repeat(64)));
+
+ let mutation_matrix = vec![
+ exchange_validation_row(
+ "baseline_inline_separated",
+ &baseline_package,
+ &expectation,
+ true,
+ "PASS",
+ )?,
+ exchange_validation_row(
+ "metadata_only_mutation",
+ &metadata_mutation,
+ &expectation,
+ true,
+ "PASS",
+ )?,
+ exchange_validation_row(
+ "receipt_absent_portable_transfer",
+ &receipt_absent_transport,
+ &expectation,
+ false,
+ "PASS",
+ )?,
+ exchange_validation_row(
+ "bundle_id_mutation",
+ &bundle_id_mutation,
+ &expectation,
+ true,
+ "FAIL",
+ )?,
+ exchange_validation_row(
+ "overlay_hash_mutation",
+ &overlay_hash_mutation,
+ &expectation,
+ true,
+ "FAIL",
+ )?,
+ exchange_validation_row(
+ "context_id_mutation",
+ &context_id_mutation,
+ &expectation,
+ true,
+ "FAIL",
+ )?,
+ exchange_validation_row(
+ "receipt_subject_mutation",
+ &receipt_subject_mutation,
+ &expectation,
+ true,
+ "FAIL",
+ )?,
+ ];
+ write_json(
+ out_dir.join("transport_mutation_matrix.json"),
+ &mutation_matrix,
+ )?;
+
+ let exchange_contract_report = json!({
+ "gate": "proof-exchange",
+ "mode": "phase12_proof_exchange_gate",
+ "status": status_label(
+ mutation_matrix.iter().all(|row| row.get("status").and_then(Value::as_str) == row.get("expected_status").and_then(Value::as_str))
+ ),
+ "exchange_protocol_version": 1,
+ "exchange_mode": "proof_bundle_transport_v1",
+ "payload_identity_preserved": true,
+ "payload_overlay_receipt_separated": true,
+ "verification_context_id": verification_context_id,
+ "bundle_id": expectation.bundle_id,
+ "trust_overlay_hash": expectation.trust_overlay_hash,
+ "context_package_form": "inline",
+ "receipt_optional_for_transport": true,
+ "transport_metadata_non_authoritative": true,
+ "transport_mutation_matrix_path": "transport_mutation_matrix.json",
+ "exchange_message_path": "exchange_message.json",
+ });
+ write_json(
+ out_dir.join("exchange_contract_report.json"),
+ &exchange_contract_report,
+ )?;
+
+ let mut violations = Vec::new();
+ for row in &mutation_matrix {
+ let scenario = row
+ .get("scenario")
+ .and_then(Value::as_str)
+ .unwrap_or("unknown_scenario");
+ let status = row.get("status").and_then(Value::as_str).unwrap_or("FAIL");
+ let expected_status = row
+ .get("expected_status")
+ .and_then(Value::as_str)
+ .unwrap_or("FAIL");
+ if status != expected_status {
+ violations.push(format!("unexpected_exchange_status:{scenario}"));
+ }
+ }
+ if exchange_contract_report
+ .get("payload_overlay_receipt_separated")
+ .and_then(Value::as_bool)
+ != Some(true)
+ {
+ violations.push("exchange_surface_not_separated".to_string());
+ }
+
+ let report = json!({
+ "gate": "proof-exchange",
+ "mode": "phase12_proof_exchange_gate",
+ "verdict": status_label(violations.is_empty()),
+ "exchange_contract_report_path": "exchange_contract_report.json",
+ "transport_mutation_matrix_path": "transport_mutation_matrix.json",
+ "violations": violations,
+ "violations_count": violations.len(),
+ });
+ write_json(out_dir.join("report.json"), &report)?;
+
+ Ok(if violations_from_report(&report).is_empty() {
+ 0
+ } else {
+ 2
+ })
+}
+
+fn build_receipt_gate_artifacts(out_dir: &Path) -> Result {
+ let fixture = create_fixture_bundle();
+ let request = VerifyRequest {
+ bundle_path: &fixture.root,
+ policy: &fixture.policy,
+ registry_snapshot: &fixture.registry,
+ receipt_mode: ReceiptMode::EmitSigned,
+ receipt_signer: Some(&fixture.receipt_signer),
+ audit_mode: AuditMode::None,
+ audit_ledger_path: None,
+ };
+
+ let outcome = verify_bundle(&request)
+ .map_err(|error| format!("receipt gate runtime verification failed: {error}"))?;
+ let receipt = outcome
+ .receipt
+ .as_ref()
+ .ok_or_else(|| "receipt gate did not emit a signed receipt".to_string())?;
+ let receipt_findings =
+ verify_signed_receipt(receipt, &outcome.subject, &fixture.receipt_verifier_key).map_err(
+ |error| format!("receipt gate receipt verification failed at runtime: {error}"),
+ )?;
+ let payload_bytes = canonicalize_receipt_payload(&receipt.payload)
+ .map_err(|error| format!("receipt gate payload canonicalization failed: {error}"))?;
+ let payload_sha256 = sha256_hex(&payload_bytes);
+ let receipt_hash = compute_receipt_hash(receipt)
+ .map_err(|error| format!("receipt gate receipt hash recomputation failed: {error}"))?;
+
+ write_json(out_dir.join("verification_receipt.json"), receipt)?;
+
+ let receipt_schema_report = json!({
+ "gate": "proof-receipt",
+ "mode": "phase12_signed_receipt_gate",
+ "status": status_label(!has_error_findings(&receipt_findings)),
+ "receipt_version": receipt.payload.receipt_version,
+ "verifier_signature_algorithm": receipt.verifier_signature_algorithm,
+ "verifier_key_id": receipt.payload.verifier_key_id,
+ "verifier_node_id": receipt.payload.verifier_node_id,
+ "payload_sha256": payload_sha256,
+ "findings": findings_to_json(&receipt_findings),
+ "findings_count": receipt_findings.len(),
+ });
+ write_json(
+ out_dir.join("receipt_schema_report.json"),
+ &receipt_schema_report,
+ )?;
+
+ let receipt_emit_report = json!({
+ "gate": "proof-receipt",
+ "mode": "phase12_signed_receipt_gate",
+ "status": status_label(!has_error_findings(&outcome.findings) && outcome.verdict == VerificationVerdict::Trusted),
+ "verification_verdict": verdict_label(&outcome.verdict),
+ "receipt_hash": receipt_hash,
+ "bundle_id": outcome.subject.bundle_id,
+ "trust_overlay_hash": outcome.subject.trust_overlay_hash,
+ "policy_hash": outcome.subject.policy_hash,
+ "registry_snapshot_hash": outcome.subject.registry_snapshot_hash,
+ "receipt_path": "verification_receipt.json",
+ "bundle_root": fixture.root,
+ "findings": findings_to_json(&outcome.findings),
+ "findings_count": outcome.findings.len(),
+ });
+ write_json(
+ out_dir.join("receipt_emit_report.json"),
+ &receipt_emit_report,
+ )?;
+
+ let mut violations = error_violations(&outcome.findings);
+ violations.extend(error_violations(&receipt_findings));
+ if outcome.verdict != VerificationVerdict::Trusted {
+ violations.push(format!(
+ "unexpected_verdict:{}",
+ verdict_label(&outcome.verdict)
+ ));
+ }
+ let report = json!({
+ "gate": "proof-receipt",
+ "mode": "phase12_signed_receipt_gate",
+ "verdict": status_label(violations.is_empty()),
+ "receipt_path": "verification_receipt.json",
+ "receipt_hash": receipt_hash,
+ "violations": violations,
+ "violations_count": violations.len(),
+ });
+ write_json(out_dir.join("report.json"), &report)?;
+
+ Ok(if violations_from_report(&report).is_empty() {
+ 0
+ } else {
+ 2
+ })
+}
+
+fn build_audit_gate_artifacts(out_dir: &Path) -> Result {
+ let fixture = create_fixture_bundle();
+ let ledger_path = out_dir.join("verification_audit_ledger.jsonl");
+ let request = VerifyRequest {
+ bundle_path: &fixture.root,
+ policy: &fixture.policy,
+ registry_snapshot: &fixture.registry,
+ receipt_mode: ReceiptMode::EmitSigned,
+ receipt_signer: Some(&fixture.receipt_signer),
+ audit_mode: AuditMode::Append,
+ audit_ledger_path: Some(&ledger_path),
+ };
+
+ let outcome = verify_bundle(&request)
+ .map_err(|error| format!("audit ledger gate runtime verification failed: {error}"))?;
+ let receipt = outcome
+ .receipt
+ .as_ref()
+ .ok_or_else(|| "audit ledger gate did not emit a signed receipt".to_string())?;
+ let audit_event = outcome
+ .audit_event
+ .as_ref()
+ .ok_or_else(|| "audit ledger gate did not append an audit event".to_string())?;
+
+ let ledger_findings = verify_audit_ledger(&ledger_path)
+ .map_err(|error| format!("audit ledger verification failed at runtime: {error}"))?;
+ let binding_findings =
+ verify_audit_event_against_receipt(audit_event, receipt, &fixture.receipt_verifier_key)
+ .map_err(|error| {
+ format!("audit receipt binding verification failed at runtime: {error}")
+ })?;
+ let authority_binding_findings = verify_audit_event_against_receipt_with_authority(
+ audit_event,
+ receipt,
+ &fixture.receipt_verifier_key,
+ &fixture.verifier_registry,
+ )
+ .map_err(|error| {
+ format!("audit authority-aware receipt binding verification failed at runtime: {error}")
+ })?;
+ let mut bindings = BTreeMap::new();
+ bindings.insert(
+ audit_event.receipt_hash.clone(),
+ AuditReceiptBinding {
+ receipt,
+ verifier_key: &fixture.receipt_verifier_key,
+ verifier_registry: Some(&fixture.verifier_registry),
+ },
+ );
+ let full_findings = verify_audit_ledger_with_receipts(&ledger_path, &bindings)
+ .map_err(|error| format!("audit ledger full verification failed at runtime: {error}"))?;
+ let event_count = fs::read_to_string(&ledger_path)
+ .map_err(|error| {
+ format!(
+ "failed to read audit ledger {}: {error}",
+ ledger_path.display()
+ )
+ })?
+ .lines()
+ .filter(|line| !line.trim().is_empty())
+ .count();
+
+ write_json(out_dir.join("verification_receipt.json"), receipt)?;
+ write_json(out_dir.join("verification_audit_event.json"), audit_event)?;
+
+ let audit_integrity_report = json!({
+ "gate": "proof-audit-ledger",
+ "mode": "phase12_audit_ledger_gate",
+ "status": status_label(!has_error_findings(&full_findings)),
+ "event_count": event_count,
+ "latest_event_id": audit_event.event_id,
+ "latest_receipt_hash": audit_event.receipt_hash,
+ "chain_findings": findings_to_json(&ledger_findings),
+ "chain_findings_count": ledger_findings.len(),
+ "binding_findings": findings_to_json(&binding_findings),
+ "binding_findings_count": binding_findings.len(),
+ "authority_binding_findings": findings_to_json(&authority_binding_findings),
+ "authority_binding_findings_count": authority_binding_findings.len(),
+ "full_findings": findings_to_json(&full_findings),
+ "full_findings_count": full_findings.len(),
+ });
+ write_json(
+ out_dir.join("audit_integrity_report.json"),
+ &audit_integrity_report,
+ )?;
+
+ let mut violations = error_violations(&outcome.findings);
+ violations.extend(error_violations(&ledger_findings));
+ violations.extend(error_violations(&binding_findings));
+ violations.extend(error_violations(&authority_binding_findings));
+ violations.extend(error_violations(&full_findings));
+ if outcome.verdict != VerificationVerdict::Trusted {
+ violations.push(format!(
+ "unexpected_verdict:{}",
+ verdict_label(&outcome.verdict)
+ ));
+ }
+ if event_count != 1 {
+ violations.push(format!("unexpected_audit_event_count:{event_count}"));
+ }
+
+ let report = json!({
+ "gate": "proof-audit-ledger",
+ "mode": "phase12_audit_ledger_gate",
+ "verdict": status_label(violations.is_empty()),
+ "ledger_path": "verification_audit_ledger.jsonl",
+ "audit_event_path": "verification_audit_event.json",
+ "receipt_path": "verification_receipt.json",
+ "event_count": event_count,
+ "violations": violations,
+ "violations_count": violations.len(),
+ });
+ write_json(out_dir.join("report.json"), &report)?;
+
+ Ok(if violations_from_report(&report).is_empty() {
+ 0
+ } else {
+ 2
+ })
+}
+
+fn build_authority_resolution_gate_artifacts(out_dir: &Path) -> Result {
+ let fixture = create_fixture_bundle();
+ let request = VerifyRequest {
+ bundle_path: &fixture.root,
+ policy: &fixture.policy,
+ registry_snapshot: &fixture.registry,
+ receipt_mode: ReceiptMode::EmitSigned,
+ receipt_signer: Some(&fixture.receipt_signer),
+ audit_mode: AuditMode::None,
+ audit_ledger_path: None,
+ };
+ let outcome = verify_bundle(&request).map_err(|error| {
+ format!("authority resolution gate runtime verification failed: {error}")
+ })?;
+ let receipt = outcome
+ .receipt
+ .as_ref()
+ .ok_or_else(|| "authority resolution gate did not emit a signed receipt".to_string())?;
+ let distributed_receipt = verify_signed_receipt_with_authority(
+ receipt,
+ &outcome.subject,
+ &fixture.receipt_verifier_key,
+ &fixture.verifier_registry,
+ )
+ .map_err(|error| format!("authority-bound receipt verification failed at runtime: {error}"))?;
+ let resolution = resolve_verifier_authority(
+ &fixture.verifier_registry,
+ &fixture.authority_requested_verifier_id,
+ &fixture.authority_requested_scope,
+ )
+ .map_err(|error| format!("authority resolution gate runtime failure: {error}"))?;
+ let parity_comparison =
+ compare_authority_resolution(&resolution, &distributed_receipt.authority_resolution);
+
+ write_json(out_dir.join("verification_receipt.json"), receipt)?;
+
+ let authority_resolution_report = json!({
+ "gate": "verifier-authority-resolution",
+ "mode": "phase12_verifier_authority_resolution_gate",
+ "status": status_label(
+ !has_error_findings(&resolution.findings)
+ && resolution.result_class == VerifierAuthorityResolutionClass::AuthorityResolvedDelegated
+ ),
+ "result_class": authority_resolution_label(&resolution),
+ "requested_verifier_id": resolution.requested_verifier_id,
+ "requested_authority_scope": resolution.requested_authority_scope,
+ "verifier_registry_snapshot_hash": resolution.verifier_registry_snapshot_hash,
+ "authority_chain": resolution.authority_chain,
+ "authority_chain_id": resolution.authority_chain_id,
+ "findings": findings_to_json(&resolution.findings),
+ "findings_count": resolution.findings.len(),
+ });
+ write_json(
+ out_dir.join("authority_resolution_report.json"),
+ &authority_resolution_report,
+ )?;
+
+ let receipt_authority_report = json!({
+ "gate": "verifier-authority-resolution",
+ "mode": "phase12_verifier_authority_resolution_gate",
+ "status": status_label(!has_error_findings(&distributed_receipt.findings)),
+ "verification_verdict": verdict_label(&outcome.verdict),
+ "result_class": authority_resolution_label(&distributed_receipt.authority_resolution),
+ "bundle_id": outcome.subject.bundle_id,
+ "trust_overlay_hash": outcome.subject.trust_overlay_hash,
+ "policy_hash": outcome.subject.policy_hash,
+ "registry_snapshot_hash": outcome.subject.registry_snapshot_hash,
+ "verifier_node_id": receipt.payload.verifier_node_id,
+ "verifier_key_id": receipt.payload.verifier_key_id,
+ "authority_chain": distributed_receipt.authority_resolution.authority_chain,
+ "authority_chain_id": distributed_receipt.authority_resolution.authority_chain_id,
+ "result_class_equal": parity_comparison.result_class_equal,
+ "effective_authority_scope_equal": parity_comparison.effective_authority_scope_equal,
+ "authority_chain_equal": parity_comparison.authority_chain_equal,
+ "authority_chain_id_equal": parity_comparison.authority_chain_id_equal,
+ "verifier_registry_snapshot_hash_equal": parity_comparison
+ .verifier_registry_snapshot_hash_equal,
+ "findings": findings_to_json(&distributed_receipt.findings),
+ "findings_count": distributed_receipt.findings.len(),
+ });
+ write_json(
+ out_dir.join("receipt_authority_report.json"),
+ &receipt_authority_report,
+ )?;
+
+ let authority_chain_report = json!({
+ "gate": "verifier-authority-resolution",
+ "mode": "phase12_verifier_authority_resolution_gate",
+ "status": status_label(resolution.authority_chain_id.is_some()),
+ "result_class": authority_resolution_label(&resolution),
+ "authority_chain": resolution.authority_chain,
+ "authority_chain_length": resolution.authority_chain.len(),
+ "authority_chain_id": resolution.authority_chain_id,
+ "effective_authority_scope": resolution.effective_authority_scope,
+ });
+ write_json(
+ out_dir.join("authority_chain_report.json"),
+ &authority_chain_report,
+ )?;
+
+ let mut violations = error_violations(&resolution.findings);
+ violations.extend(error_violations(&distributed_receipt.findings));
+ if resolution.result_class != VerifierAuthorityResolutionClass::AuthorityResolvedDelegated {
+ violations.push(format!(
+ "unexpected_authority_result:{}",
+ authority_resolution_label(&resolution)
+ ));
+ }
+ if resolution.authority_chain_id.is_none() {
+ violations.push("missing_authority_chain_id".to_string());
+ }
+ if resolution.authority_chain != vec!["root-verifier-a".to_string(), "node-b".to_string()] {
+ violations.push("unexpected_authority_chain".to_string());
+ }
+ let report = json!({
+ "gate": "verifier-authority-resolution",
+ "mode": "phase12_verifier_authority_resolution_gate",
+ "verdict": status_label(violations.is_empty()),
+ "receipt_path": "verification_receipt.json",
+ "authority_chain_id": resolution.authority_chain_id,
+ "violations": violations,
+ "violations_count": violations.len(),
+ });
+ write_json(out_dir.join("report.json"), &report)?;
+
+ Ok(if violations_from_report(&report).is_empty() {
+ 0
+ } else {
+ 2
+ })
+}
+
+fn build_cross_node_parity_gate_artifacts(out_dir: &Path) -> Result {
+ let fixture = create_fixture_bundle();
+ let request = VerifyRequest {
+ bundle_path: &fixture.root,
+ policy: &fixture.policy,
+ registry_snapshot: &fixture.registry,
+ receipt_mode: ReceiptMode::EmitSigned,
+ receipt_signer: Some(&fixture.receipt_signer),
+ audit_mode: AuditMode::None,
+ audit_ledger_path: None,
+ };
+ let outcome = verify_bundle(&request)
+ .map_err(|error| format!("cross-node parity gate runtime verification failed: {error}"))?;
+ let receipt = outcome
+ .receipt
+ .as_ref()
+ .ok_or_else(|| "cross-node parity gate did not emit a signed receipt".to_string())?;
+
+ let node_a = verify_signed_receipt_with_authority(
+ receipt,
+ &outcome.subject,
+ &fixture.receipt_verifier_key,
+ &fixture.verifier_registry,
+ )
+ .map_err(|error| format!("cross-node parity node-a verification failed at runtime: {error}"))?;
+ let node_b = verify_signed_receipt_with_authority(
+ receipt,
+ &outcome.subject,
+ &fixture.receipt_verifier_key,
+ &fixture.verifier_registry,
+ )
+ .map_err(|error| format!("cross-node parity node-b verification failed at runtime: {error}"))?;
+ let alternate_registry =
+ build_alternate_parity_registry(&fixture.verifier_registry, &fixture.receipt_verifier_key)?;
+ let node_c = verify_signed_receipt_with_authority(
+ receipt,
+ &outcome.subject,
+ &fixture.receipt_verifier_key,
+ &alternate_registry,
+ )
+ .map_err(|error| format!("cross-node parity node-c verification failed at runtime: {error}"))?;
+ let historical_registry = build_historical_only_parity_registry(&fixture.verifier_registry)?;
+ let node_d = verify_signed_receipt_with_authority(
+ receipt,
+ &outcome.subject,
+ &fixture.receipt_verifier_key,
+ &historical_registry,
+ )
+ .map_err(|error| format!("cross-node parity node-d verification failed at runtime: {error}"))?;
+ let node_e = verify_signed_receipt_with_authority(
+ receipt,
+ &outcome.subject,
+ &fixture.receipt_verifier_key,
+ &historical_registry,
+ )
+ .map_err(|error| format!("cross-node parity node-e verification failed at runtime: {error}"))?;
+ let scope_drift_registry = build_scope_drift_parity_registry(&fixture.verifier_registry)?;
+ let scope_drift_requested_scope = vec!["parity-reporter".to_string()];
+ let node_scope = resolve_verifier_authority(
+ &scope_drift_registry,
+ &fixture.authority_requested_verifier_id,
+ &scope_drift_requested_scope,
+ )
+ .map_err(|error| {
+ format!("cross-node parity node-scope authority resolution failed: {error}")
+ })?;
+ let receipt_absent_resolution = resolve_verifier_authority(
+ &fixture.verifier_registry,
+ &fixture.authority_requested_verifier_id,
+ &fixture.authority_requested_scope,
+ )
+ .map_err(|error| format!("cross-node parity node-g authority resolution failed: {error}"))?;
+ let synthetic_verdict_mismatch = VerificationVerdict::RejectedByPolicy;
+ let mut subject_drift_subject = outcome.subject.clone();
+ subject_drift_subject.trust_overlay_hash = format!("sha256:{}", "1".repeat(64));
+
+ let verification_context_id = compute_verification_context_id_from_components(
+ &outcome.subject.policy_hash,
+ &outcome.subject.registry_snapshot_hash,
+ "phase12-context-v1",
+ &build_cross_node_parity_context_rules_object(),
+ )
+ .map_err(|error| format!("cross-node parity context identity failed: {error}"))?;
+ let context_drift_verification_context_id = compute_verification_context_id_from_components(
+ &outcome.subject.policy_hash,
+ &outcome.subject.registry_snapshot_hash,
+ "phase12-context-v1",
+ &build_context_drift_parity_context_rules_object(),
+ )
+ .map_err(|error| format!("cross-node parity context-drift identity failed: {error}"))?;
+ let contract_version_drift_verification_context_id =
+ compute_verification_context_id_from_components(
+ &outcome.subject.policy_hash,
+ &outcome.subject.registry_snapshot_hash,
+ "phase12-context-v2",
+ &build_cross_node_parity_context_rules_object(),
+ )
+ .map_err(|error| format!("cross-node parity contract-version identity failed: {error}"))?;
+
+ let match_row = compare_cross_node_parity(
+ CrossNodeParityInput {
+ node_id: "node-a",
+ subject: &outcome.subject,
+ verification_context_id: &verification_context_id,
+ authority_resolution: &node_a.authority_resolution,
+ local_verdict: &outcome.verdict,
+ },
+ CrossNodeParityInput {
+ node_id: "node-b",
+ subject: &outcome.subject,
+ verification_context_id: &verification_context_id,
+ authority_resolution: &node_b.authority_resolution,
+ local_verdict: &outcome.verdict,
+ },
+ );
+ let subject_mismatch_row = compare_cross_node_parity(
+ CrossNodeParityInput {
+ node_id: "node-a",
+ subject: &outcome.subject,
+ verification_context_id: &verification_context_id,
+ authority_resolution: &node_a.authority_resolution,
+ local_verdict: &outcome.verdict,
+ },
+ CrossNodeParityInput {
+ node_id: "node-j",
+ subject: &subject_drift_subject,
+ verification_context_id: &verification_context_id,
+ authority_resolution: &node_b.authority_resolution,
+ local_verdict: &outcome.verdict,
+ },
+ );
+ let context_mismatch_row = compare_cross_node_parity(
+ CrossNodeParityInput {
+ node_id: "node-a",
+ subject: &outcome.subject,
+ verification_context_id: &verification_context_id,
+ authority_resolution: &node_a.authority_resolution,
+ local_verdict: &outcome.verdict,
+ },
+ CrossNodeParityInput {
+ node_id: "node-b",
+ subject: &outcome.subject,
+ verification_context_id: &context_drift_verification_context_id,
+ authority_resolution: &node_b.authority_resolution,
+ local_verdict: &outcome.verdict,
+ },
+ );
+ let contract_version_mismatch_row = compare_cross_node_parity(
+ CrossNodeParityInput {
+ node_id: "node-a",
+ subject: &outcome.subject,
+ verification_context_id: &verification_context_id,
+ authority_resolution: &node_a.authority_resolution,
+ local_verdict: &outcome.verdict,
+ },
+ CrossNodeParityInput {
+ node_id: "node-k",
+ subject: &outcome.subject,
+ verification_context_id: &contract_version_drift_verification_context_id,
+ authority_resolution: &node_b.authority_resolution,
+ local_verdict: &outcome.verdict,
+ },
+ );
+ let verifier_mismatch_row = compare_cross_node_parity(
+ CrossNodeParityInput {
+ node_id: "node-a",
+ subject: &outcome.subject,
+ verification_context_id: &verification_context_id,
+ authority_resolution: &node_a.authority_resolution,
+ local_verdict: &outcome.verdict,
+ },
+ CrossNodeParityInput {
+ node_id: "node-c",
+ subject: &outcome.subject,
+ verification_context_id: &verification_context_id,
+ authority_resolution: &node_c.authority_resolution,
+ local_verdict: &outcome.verdict,
+ },
+ );
+ let authority_scope_mismatch_row = compare_cross_node_parity(
+ CrossNodeParityInput {
+ node_id: "node-a",
+ subject: &outcome.subject,
+ verification_context_id: &verification_context_id,
+ authority_resolution: &node_a.authority_resolution,
+ local_verdict: &outcome.verdict,
+ },
+ CrossNodeParityInput {
+ node_id: "node-scope",
+ subject: &outcome.subject,
+ verification_context_id: &verification_context_id,
+ authority_resolution: &node_scope,
+ local_verdict: &outcome.verdict,
+ },
+ );
+ let historical_only_row = compare_cross_node_parity(
+ CrossNodeParityInput {
+ node_id: "node-d",
+ subject: &outcome.subject,
+ verification_context_id: &verification_context_id,
+ authority_resolution: &node_d.authority_resolution,
+ local_verdict: &outcome.verdict,
+ },
+ CrossNodeParityInput {
+ node_id: "node-e",
+ subject: &outcome.subject,
+ verification_context_id: &verification_context_id,
+ authority_resolution: &node_e.authority_resolution,
+ local_verdict: &outcome.verdict,
+ },
+ );
+ let insufficient_evidence_row = compare_cross_node_parity(
+ CrossNodeParityInput {
+ node_id: "node-a",
+ subject: &outcome.subject,
+ verification_context_id: &verification_context_id,
+ authority_resolution: &node_a.authority_resolution,
+ local_verdict: &outcome.verdict,
+ },
+ CrossNodeParityInput {
+ node_id: "node-f",
+ subject: &outcome.subject,
+ verification_context_id: "",
+ authority_resolution: &node_b.authority_resolution,
+ local_verdict: &outcome.verdict,
+ },
+ );
+ let verdict_mismatch_row = compare_cross_node_parity(
+ CrossNodeParityInput {
+ node_id: "node-a",
+ subject: &outcome.subject,
+ verification_context_id: &verification_context_id,
+ authority_resolution: &node_a.authority_resolution,
+ local_verdict: &outcome.verdict,
+ },
+ CrossNodeParityInput {
+ node_id: "node-g",
+ subject: &outcome.subject,
+ verification_context_id: &verification_context_id,
+ authority_resolution: &node_b.authority_resolution,
+ local_verdict: &synthetic_verdict_mismatch,
+ },
+ );
+ let receipt_absent_match_row = compare_cross_node_parity(
+ CrossNodeParityInput {
+ node_id: "node-h",
+ subject: &outcome.subject,
+ verification_context_id: &verification_context_id,
+ authority_resolution: &receipt_absent_resolution,
+ local_verdict: &outcome.verdict,
+ },
+ CrossNodeParityInput {
+ node_id: "node-i",
+ subject: &outcome.subject,
+ verification_context_id: &verification_context_id,
+ authority_resolution: &receipt_absent_resolution,
+ local_verdict: &outcome.verdict,
+ },
+ );
+
+ let scenario_reports_dir = out_dir.join("scenario_reports");
+ fs::create_dir_all(&scenario_reports_dir)
+ .map_err(|error| format!("cross-node parity scenario_reports mkdir failed: {error}"))?;
+ let mut verdict_mismatch_scenario = parity_scenario_row(
+ "p14-18-verdict-mismatch-guard",
+ &verdict_mismatch_row,
+ CrossNodeParityStatus::ParityVerdictMismatch,
+ );
+ if let Value::Object(map) = &mut verdict_mismatch_scenario {
+ map.insert("determinism_guard".to_string(), Value::Bool(true));
+ map.insert(
+ "guard_surface".to_string(),
+ Value::String("same_sca_different_v".to_string()),
+ );
+ }
+ let mut subject_mismatch_scenario = parity_scenario_row(
+ "p14-05-overlay-hash-drift-same-bundle",
+ &subject_mismatch_row,
+ CrossNodeParityStatus::ParitySubjectMismatch,
+ );
+ if let Value::Object(map) = &mut subject_mismatch_scenario {
+ map.insert(
+ "subject_drift_surface".to_string(),
+ Value::String("trust_overlay_hash".to_string()),
+ );
+ }
+ let mut contract_version_mismatch_scenario = parity_scenario_row(
+ "p14-12-verifier-contract-version-drift",
+ &contract_version_mismatch_row,
+ CrossNodeParityStatus::ParityContextMismatch,
+ );
+ if let Value::Object(map) = &mut contract_version_mismatch_scenario {
+ map.insert(
+ "context_drift_surface".to_string(),
+ Value::String("verifier_contract_version".to_string()),
+ );
+ map.insert(
+ "verifier_contract_version_left".to_string(),
+ Value::String("phase12-context-v1".to_string()),
+ );
+ map.insert(
+ "verifier_contract_version_right".to_string(),
+ Value::String("phase12-context-v2".to_string()),
+ );
+ }
+ let mut authority_scope_mismatch_scenario = parity_scenario_row(
+ "p14-15-authority-scope-drift",
+ &authority_scope_mismatch_row,
+ CrossNodeParityStatus::ParityVerifierMismatch,
+ );
+ if let Value::Object(map) = &mut authority_scope_mismatch_scenario {
+ map.insert(
+ "authority_drift_surface".to_string(),
+ Value::String("effective_authority_scope".to_string()),
+ );
+ map.insert(
+ "requested_authority_scope_left".to_string(),
+ Value::Array(
+ fixture
+ .authority_requested_scope
+ .iter()
+ .cloned()
+ .map(Value::String)
+ .collect(),
+ ),
+ );
+ map.insert(
+ "requested_authority_scope_right".to_string(),
+ Value::Array(
+ scope_drift_requested_scope
+ .iter()
+ .cloned()
+ .map(Value::String)
+ .collect(),
+ ),
+ );
+ }
+ let mut receipt_absent_scenario = parity_scenario_row(
+ "p14-20-receipt-absent-parity-artifact",
+ &receipt_absent_match_row,
+ CrossNodeParityStatus::ParityMatch,
+ );
+ if let Value::Object(map) = &mut receipt_absent_scenario {
+ map.insert("receipt_present".to_string(), Value::Bool(false));
+ map.insert(
+ "parity_artifact_form".to_string(),
+ Value::String("local_verification_outcome".to_string()),
+ );
+ }
+
+ let failure_matrix = vec![
+ parity_scenario_row(
+ "p14-01-baseline-identical-nodes",
+ &match_row,
+ CrossNodeParityStatus::ParityMatch,
+ ),
+ subject_mismatch_scenario,
+ parity_scenario_row(
+ "p14-10-verification-context-id-drift",
+ &context_mismatch_row,
+ CrossNodeParityStatus::ParityContextMismatch,
+ ),
+ contract_version_mismatch_scenario,
+ parity_scenario_row(
+ "p14-13-different-trusted-root-set",
+ &verifier_mismatch_row,
+ CrossNodeParityStatus::ParityVerifierMismatch,
+ ),
+ authority_scope_mismatch_scenario,
+ parity_scenario_row(
+ "p14-16-historical-only-authority",
+ &historical_only_row,
+ CrossNodeParityStatus::ParityHistoricalOnly,
+ ),
+ parity_scenario_row(
+ "p14-19-insufficient-evidence",
+ &insufficient_evidence_row,
+ CrossNodeParityStatus::ParityInsufficientEvidence,
+ ),
+ verdict_mismatch_scenario,
+ receipt_absent_scenario,
+ ];
+ for row in &failure_matrix {
+ let scenario = row
+ .get("scenario")
+ .and_then(Value::as_str)
+ .ok_or_else(|| "cross-node parity scenario row missing scenario".to_string())?;
+ write_json(scenario_reports_dir.join(format!("{scenario}.json")), row)?;
+ }
+ write_json(out_dir.join("failure_matrix.json"), &failure_matrix)?;
+
+ let rows = [
+ &match_row,
+ &subject_mismatch_row,
+ &context_mismatch_row,
+ &contract_version_mismatch_row,
+ &verifier_mismatch_row,
+ &authority_scope_mismatch_row,
+ &historical_only_row,
+ &insufficient_evidence_row,
+ &verdict_mismatch_row,
+ &receipt_absent_match_row,
+ ];
+ let consistency_rows = [
+ &match_row,
+ &subject_mismatch_row,
+ &context_mismatch_row,
+ &contract_version_mismatch_row,
+ &verifier_mismatch_row,
+ &authority_scope_mismatch_row,
+ &historical_only_row,
+ &insufficient_evidence_row,
+ &receipt_absent_match_row,
+ ];
+ let node_parity_outcomes = vec![
+ build_node_parity_outcome(
+ "node-a-current",
+ "node-a",
+ &outcome.subject,
+ &verification_context_id,
+ "phase12-context-v1",
+ &node_a.authority_resolution,
+ &outcome.verdict,
+ ParityArtifactForm::SignedReceipt,
+ ParityEvidenceState::Sufficient,
+ )
+ .map_err(|error| format!("failed to build node-a parity outcome: {error}"))?,
+ build_node_parity_outcome(
+ "node-b-current",
+ "node-b",
+ &outcome.subject,
+ &verification_context_id,
+ "phase12-context-v1",
+ &node_b.authority_resolution,
+ &outcome.verdict,
+ ParityArtifactForm::SignedReceipt,
+ ParityEvidenceState::Sufficient,
+ )
+ .map_err(|error| format!("failed to build node-b parity outcome: {error}"))?,
+ build_node_parity_outcome(
+ "node-b-context-drift",
+ "node-b",
+ &outcome.subject,
+ &context_drift_verification_context_id,
+ "phase12-context-v1",
+ &node_b.authority_resolution,
+ &outcome.verdict,
+ ParityArtifactForm::LocalVerificationOutcome,
+ ParityEvidenceState::Sufficient,
+ )
+ .map_err(|error| format!("failed to build node-b context-drift parity outcome: {error}"))?,
+ build_node_parity_outcome(
+ "node-c-alt-root",
+ "node-c",
+ &outcome.subject,
+ &verification_context_id,
+ "phase12-context-v1",
+ &node_c.authority_resolution,
+ &outcome.verdict,
+ ParityArtifactForm::SignedReceipt,
+ ParityEvidenceState::Sufficient,
+ )
+ .map_err(|error| format!("failed to build node-c parity outcome: {error}"))?,
+ build_node_parity_outcome(
+ "node-d-historical",
+ "node-d",
+ &outcome.subject,
+ &verification_context_id,
+ "phase12-context-v1",
+ &node_d.authority_resolution,
+ &outcome.verdict,
+ ParityArtifactForm::SignedReceipt,
+ ParityEvidenceState::Sufficient,
+ )
+ .map_err(|error| format!("failed to build node-d parity outcome: {error}"))?,
+ build_node_parity_outcome(
+ "node-e-historical",
+ "node-e",
+ &outcome.subject,
+ &verification_context_id,
+ "phase12-context-v1",
+ &node_e.authority_resolution,
+ &outcome.verdict,
+ ParityArtifactForm::SignedReceipt,
+ ParityEvidenceState::Sufficient,
+ )
+ .map_err(|error| format!("failed to build node-e parity outcome: {error}"))?,
+ build_node_parity_outcome(
+ "node-f-insufficient",
+ "node-f",
+ &outcome.subject,
+ "",
+ "phase12-context-v1",
+ &node_b.authority_resolution,
+ &outcome.verdict,
+ ParityArtifactForm::LocalVerificationOutcome,
+ ParityEvidenceState::Insufficient,
+ )
+ .map_err(|error| format!("failed to build node-f parity outcome: {error}"))?,
+ build_node_parity_outcome(
+ "node-g-verdict-drift",
+ "node-g",
+ &outcome.subject,
+ &verification_context_id,
+ "phase12-context-v1",
+ &node_b.authority_resolution,
+ &synthetic_verdict_mismatch,
+ ParityArtifactForm::LocalVerificationOutcome,
+ ParityEvidenceState::Sufficient,
+ )
+ .map_err(|error| format!("failed to build node-g parity outcome: {error}"))?,
+ build_node_parity_outcome(
+ "node-h-receipt-absent",
+ "node-h",
+ &outcome.subject,
+ &verification_context_id,
+ "phase12-context-v1",
+ &receipt_absent_resolution,
+ &outcome.verdict,
+ ParityArtifactForm::LocalVerificationOutcome,
+ ParityEvidenceState::Sufficient,
+ )
+ .map_err(|error| format!("failed to build node-h parity outcome: {error}"))?,
+ build_node_parity_outcome(
+ "node-i-receipt-absent",
+ "node-i",
+ &outcome.subject,
+ &verification_context_id,
+ "phase12-context-v1",
+ &receipt_absent_resolution,
+ &outcome.verdict,
+ ParityArtifactForm::LocalVerificationOutcome,
+ ParityEvidenceState::Sufficient,
+ )
+ .map_err(|error| format!("failed to build node-i parity outcome: {error}"))?,
+ build_node_parity_outcome(
+ "node-j-subject-drift",
+ "node-j",
+ &subject_drift_subject,
+ &verification_context_id,
+ "phase12-context-v1",
+ &node_b.authority_resolution,
+ &outcome.verdict,
+ ParityArtifactForm::LocalVerificationOutcome,
+ ParityEvidenceState::Sufficient,
+ )
+ .map_err(|error| format!("failed to build node-j parity outcome: {error}"))?,
+ build_node_parity_outcome(
+ "node-k-contract-drift",
+ "node-k",
+ &outcome.subject,
+ &contract_version_drift_verification_context_id,
+ "phase12-context-v2",
+ &node_b.authority_resolution,
+ &outcome.verdict,
+ ParityArtifactForm::LocalVerificationOutcome,
+ ParityEvidenceState::Sufficient,
+ )
+ .map_err(|error| format!("failed to build node-k parity outcome: {error}"))?,
+ build_node_parity_outcome(
+ "node-scope-scope-drift",
+ "node-scope",
+ &outcome.subject,
+ &verification_context_id,
+ "phase12-context-v1",
+ &node_scope,
+ &outcome.verdict,
+ ParityArtifactForm::LocalVerificationOutcome,
+ ParityEvidenceState::Sufficient,
+ )
+ .map_err(|error| format!("failed to build node-scope parity outcome: {error}"))?,
+ ];
+ let parity_report = json!({
+ "gate": "cross-node-parity",
+ "mode": "phase12_cross_node_parity_gate",
+ "status": status_label(
+ !has_error_findings(&node_a.findings)
+ && !has_error_findings(&node_b.findings)
+ && !has_error_findings(&node_c.findings)
+ && !has_error_findings_excluding(&node_d.findings, &["PV0711"])
+ && !has_error_findings_excluding(&node_e.findings, &["PV0711"])
+ && !has_error_findings(&receipt_absent_resolution.findings)
+ && match_row.parity_status == CrossNodeParityStatus::ParityMatch
+ && subject_mismatch_row.parity_status == CrossNodeParityStatus::ParitySubjectMismatch
+ && context_mismatch_row.parity_status == CrossNodeParityStatus::ParityContextMismatch
+ && contract_version_mismatch_row.parity_status == CrossNodeParityStatus::ParityContextMismatch
+ && verifier_mismatch_row.parity_status == CrossNodeParityStatus::ParityVerifierMismatch
+ && authority_scope_mismatch_row.parity_status == CrossNodeParityStatus::ParityVerifierMismatch
+ && historical_only_row.parity_status == CrossNodeParityStatus::ParityHistoricalOnly
+ && insufficient_evidence_row.parity_status == CrossNodeParityStatus::ParityInsufficientEvidence
+ && verdict_mismatch_row.parity_status == CrossNodeParityStatus::ParityVerdictMismatch
+ && receipt_absent_match_row.parity_status == CrossNodeParityStatus::ParityMatch
+ && verifier_mismatch_row.authority_chain_id_equal == Some(false)
+ && authority_scope_mismatch_row.effective_authority_scope_equal == false
+ ),
+ "verification_context_id": verification_context_id,
+ "context_drift_verification_context_id": context_drift_verification_context_id,
+ "contract_version_drift_verification_context_id": contract_version_drift_verification_context_id,
+ "row_count": rows.len(),
+ "status_counts": {
+ "PARITY_MATCH": count_parity_status(&rows, CrossNodeParityStatus::ParityMatch),
+ "PARITY_SUBJECT_MISMATCH": count_parity_status(&rows, CrossNodeParityStatus::ParitySubjectMismatch),
+ "PARITY_CONTEXT_MISMATCH": count_parity_status(&rows, CrossNodeParityStatus::ParityContextMismatch),
+ "PARITY_VERIFIER_MISMATCH": count_parity_status(&rows, CrossNodeParityStatus::ParityVerifierMismatch),
+ "PARITY_HISTORICAL_ONLY": count_parity_status(&rows, CrossNodeParityStatus::ParityHistoricalOnly),
+ "PARITY_INSUFFICIENT_EVIDENCE": count_parity_status(&rows, CrossNodeParityStatus::ParityInsufficientEvidence),
+ "PARITY_VERDICT_MISMATCH": count_parity_status(&rows, CrossNodeParityStatus::ParityVerdictMismatch),
+ },
+ "authority_chain_id_mismatch_rows": count_authority_chain_id_mismatches(&rows),
+ "effective_authority_scope_mismatch_rows": count_effective_authority_scope_mismatches(&rows),
+ "scenario_report_dir": "scenario_reports",
+ "receipt_absent_artifact_form": "local_verification_outcome",
+ "consistency_report_path": "parity_consistency_report.json",
+ "determinism_report_path": "parity_determinism_report.json",
+ "determinism_incidents_path": "parity_determinism_incidents.json",
+ "incident_graph_path": "parity_incident_graph.json",
+ "authority_drift_topology_path": "parity_authority_drift_topology.json",
+ "authority_suppression_report_path": "parity_authority_suppression_report.json",
+ "convergence_report_path": "parity_convergence_report.json",
+ "drift_attribution_report_path": "parity_drift_attribution_report.json",
+ "node_a_findings": findings_to_json(&node_a.findings),
+ "node_b_findings": findings_to_json(&node_b.findings),
+ "node_c_findings": findings_to_json(&node_c.findings),
+ "node_d_findings": findings_to_json(&node_d.findings),
+ "node_e_findings": findings_to_json(&node_e.findings),
+ "node_scope_findings": findings_to_json(&node_scope.findings),
+ "node_h_authority_findings": findings_to_json(&receipt_absent_resolution.findings),
+ });
+ write_json(out_dir.join("parity_report.json"), &parity_report)?;
+
+ let parity_consistency_report = json!({
+ "gate": "cross-node-parity",
+ "mode": "phase12_cross_node_parity_consistency_report",
+ "surface": "consistency",
+ "status": "PASS",
+ "row_count": consistency_rows.len(),
+ "status_counts": {
+ "PARITY_MATCH": count_parity_status(&consistency_rows, CrossNodeParityStatus::ParityMatch),
+ "PARITY_SUBJECT_MISMATCH": count_parity_status(&consistency_rows, CrossNodeParityStatus::ParitySubjectMismatch),
+ "PARITY_CONTEXT_MISMATCH": count_parity_status(&consistency_rows, CrossNodeParityStatus::ParityContextMismatch),
+ "PARITY_VERIFIER_MISMATCH": count_parity_status(&consistency_rows, CrossNodeParityStatus::ParityVerifierMismatch),
+ "PARITY_HISTORICAL_ONLY": count_parity_status(&consistency_rows, CrossNodeParityStatus::ParityHistoricalOnly),
+ "PARITY_INSUFFICIENT_EVIDENCE": count_parity_status(&consistency_rows, CrossNodeParityStatus::ParityInsufficientEvidence),
+ },
+ "authority_chain_id_mismatch_rows": count_authority_chain_id_mismatches(&consistency_rows),
+ "effective_authority_scope_mismatch_rows": count_effective_authority_scope_mismatches(&consistency_rows),
+ "scenario_report_dir": "scenario_reports",
+ "receipt_absent_artifact_form": "local_verification_outcome",
+ });
+ write_json(
+ out_dir.join("parity_consistency_report.json"),
+ &parity_consistency_report,
+ )?;
+
+ let determinism_incident_report = analyze_determinism_incidents(&node_parity_outcomes);
+ let parity_determinism_report = json!({
+ "gate": "cross-node-parity",
+ "mode": "phase12_cross_node_parity_determinism_report",
+ "surface": "determinism",
+ "status": "PASS",
+ "false_determinism_guard_active": true,
+ "row_count": determinism_incident_report.determinism_incident_count,
+ "determinism_violation_present": determinism_incident_report.determinism_incident_count > 0,
+ "determinism_violation_count": determinism_incident_report.determinism_incident_count,
+ "conflict_surface_count": determinism_incident_report.determinism_incident_count,
+ "severity_counts": determinism_incident_report.severity_counts,
+ "suppressed_incident_count": determinism_incident_report.suppressed_incident_count,
+ "suppression_reason_counts": determinism_incident_report.suppression_reason_counts,
+ "determinism_incidents_path": "parity_determinism_incidents.json",
+ "conflict_pairs": [{
+ "scenario": "p14-18-verdict-mismatch-guard",
+ "left_node": verdict_mismatch_row.node_a,
+ "right_node": verdict_mismatch_row.node_b,
+ "same_subject": verdict_mismatch_row.bundle_id_equal
+ && verdict_mismatch_row.trust_overlay_hash_equal
+ && verdict_mismatch_row.policy_hash_equal
+ && verdict_mismatch_row.registry_snapshot_hash_equal,
+ "same_context": verdict_mismatch_row.verification_context_id_equal,
+ "same_authority": verdict_mismatch_row.trusted_verifier_semantics_equal,
+ "left_verdict": verdict_label(&outcome.verdict),
+ "right_verdict": verdict_label(&synthetic_verdict_mismatch),
+ "parity_status": parity_status_label(&verdict_mismatch_row.parity_status),
+ }],
+ });
+ write_json(
+ out_dir.join("parity_determinism_report.json"),
+ &parity_determinism_report,
+ )?;
+ let parity_determinism_incidents = json!({
+ "gate": "cross-node-parity",
+ "mode": "phase12_cross_node_parity_determinism_incidents",
+ "status": "PASS",
+ "false_determinism_guard_active": true,
+ "node_count": determinism_incident_report.node_count,
+ "surface_partition_count": determinism_incident_report.surface_partition_count,
+ "determinism_incident_count": determinism_incident_report.determinism_incident_count,
+ "severity_counts": determinism_incident_report.severity_counts,
+ "suppressed_incident_count": determinism_incident_report.suppressed_incident_count,
+ "suppression_reason_counts": determinism_incident_report.suppression_reason_counts,
+ "incidents": determinism_incident_report.incidents,
+ "suppressed_incidents": determinism_incident_report.suppressed_incidents,
+ });
+ write_json(
+ out_dir.join("parity_determinism_incidents.json"),
+ &parity_determinism_incidents,
+ )?;
+ let parity_incident_graph = json!({
+ "gate": "cross-node-parity",
+ "mode": "phase12_cross_node_parity_incident_graph",
+ "status": "PASS",
+ "graph": build_incident_graph(&node_parity_outcomes, &determinism_incident_report),
+ });
+ write_json(
+ out_dir.join("parity_incident_graph.json"),
+ &parity_incident_graph,
+ )?;
+ let parity_authority_drift_topology = json!({
+ "gate": "cross-node-parity",
+ "mode": "phase12_cross_node_parity_authority_drift_topology",
+ "status": "PASS",
+ "topology": build_authority_drift_topology(&node_parity_outcomes),
+ });
+ write_json(
+ out_dir.join("parity_authority_drift_topology.json"),
+ &parity_authority_drift_topology,
+ )?;
+ let parity_authority_suppression_report = json!({
+ "gate": "cross-node-parity",
+ "mode": "phase12_cross_node_parity_authority_suppression",
+ "status": "PASS",
+ "suppression": analyze_authority_drift_suppressions(&node_parity_outcomes),
+ });
+ write_json(
+ out_dir.join("parity_authority_suppression_report.json"),
+ &parity_authority_suppression_report,
+ )?;
+
+ let parity_convergence_report =
+ build_parity_convergence_report(&node_parity_outcomes, &failure_matrix);
+ write_json(
+ out_dir.join("parity_convergence_report.json"),
+ &parity_convergence_report,
+ )?;
+
+ let drift_report = analyze_parity_drift(&node_parity_outcomes);
+ let parity_drift_attribution_report = json!({
+ "gate": "cross-node-parity",
+ "mode": "phase12_cross_node_parity_drift_attribution_report",
+ "status": "PASS",
+ "node_count": drift_report.node_count,
+ "surface_partition_count": drift_report.surface_partition_count,
+ "outcome_partition_count": drift_report.outcome_partition_count,
+ "baseline_partition_id": drift_report.baseline_partition_id,
+ "baseline_surface_key": drift_report.baseline_surface_key,
+ "historical_authority_island_count": drift_report.historical_authority_island_count,
+ "insufficient_evidence_island_count": drift_report.insufficient_evidence_island_count,
+ "historical_authority_islands": drift_report.historical_authority_islands,
+ "insufficient_evidence_islands": drift_report.insufficient_evidence_islands,
+ "partition_reports": drift_report.partition_reports,
+ "primary_cause_counts": drift_report.primary_cause_counts,
+ });
+ write_json(
+ out_dir.join("parity_drift_attribution_report.json"),
+ &parity_drift_attribution_report,
+ )?;
+
+ let mut violations = error_violations(&node_a.findings);
+ violations.extend(error_violations(&node_b.findings));
+ violations.extend(error_violations(&node_c.findings));
+ violations.extend(error_violations_excluding(&node_d.findings, &["PV0711"]));
+ violations.extend(error_violations_excluding(&node_e.findings, &["PV0711"]));
+ violations.extend(error_violations(&node_scope.findings));
+ violations.extend(error_violations(&receipt_absent_resolution.findings));
+ if match_row.parity_status != CrossNodeParityStatus::ParityMatch {
+ violations.push(format!(
+ "unexpected_match_row_status:{}",
+ parity_status_label(&match_row.parity_status)
+ ));
+ }
+ if subject_mismatch_row.parity_status != CrossNodeParityStatus::ParitySubjectMismatch {
+ violations.push(format!(
+ "unexpected_subject_mismatch_status:{}",
+ parity_status_label(&subject_mismatch_row.parity_status)
+ ));
+ }
+ if context_mismatch_row.parity_status != CrossNodeParityStatus::ParityContextMismatch {
+ violations.push(format!(
+ "unexpected_context_mismatch_status:{}",
+ parity_status_label(&context_mismatch_row.parity_status)
+ ));
+ }
+ if contract_version_mismatch_row.parity_status != CrossNodeParityStatus::ParityContextMismatch {
+ violations.push(format!(
+ "unexpected_contract_version_mismatch_status:{}",
+ parity_status_label(&contract_version_mismatch_row.parity_status)
+ ));
+ }
+ if verifier_mismatch_row.parity_status != CrossNodeParityStatus::ParityVerifierMismatch {
+ violations.push(format!(
+ "unexpected_verifier_mismatch_status:{}",
+ parity_status_label(&verifier_mismatch_row.parity_status)
+ ));
+ }
+ if authority_scope_mismatch_row.parity_status != CrossNodeParityStatus::ParityVerifierMismatch {
+ violations.push(format!(
+ "unexpected_authority_scope_mismatch_status:{}",
+ parity_status_label(&authority_scope_mismatch_row.parity_status)
+ ));
+ }
+ if historical_only_row.parity_status != CrossNodeParityStatus::ParityHistoricalOnly {
+ violations.push(format!(
+ "unexpected_historical_only_status:{}",
+ parity_status_label(&historical_only_row.parity_status)
+ ));
+ }
+ if insufficient_evidence_row.parity_status != CrossNodeParityStatus::ParityInsufficientEvidence
+ {
+ violations.push(format!(
+ "unexpected_insufficient_evidence_status:{}",
+ parity_status_label(&insufficient_evidence_row.parity_status)
+ ));
+ }
+ if verdict_mismatch_row.parity_status != CrossNodeParityStatus::ParityVerdictMismatch {
+ violations.push(format!(
+ "unexpected_verdict_mismatch_status:{}",
+ parity_status_label(&verdict_mismatch_row.parity_status)
+ ));
+ }
+ if receipt_absent_match_row.parity_status != CrossNodeParityStatus::ParityMatch {
+ violations.push(format!(
+ "unexpected_receipt_absent_status:{}",
+ parity_status_label(&receipt_absent_match_row.parity_status)
+ ));
+ }
+ if verifier_mismatch_row.authority_chain_id_equal != Some(false) {
+ violations.push("authority_chain_id_mismatch_not_observed".to_string());
+ }
+ if authority_scope_mismatch_row.effective_authority_scope_equal {
+ violations.push("authority_scope_mismatch_not_observed".to_string());
+ }
+ for row in &failure_matrix {
+ if row.get("pass").and_then(Value::as_bool) != Some(true) {
+ let scenario = row
+ .get("scenario")
+ .and_then(Value::as_str)
+ .unwrap_or("unknown_scenario");
+ violations.push(format!("unexpected_parity_matrix_status:{scenario}"));
+ }
+ }
+
+ let required_artifacts = [
+ "parity_report.json",
+ "parity_consistency_report.json",
+ "parity_determinism_report.json",
+ "parity_determinism_incidents.json",
+ "parity_drift_attribution_report.json",
+ "parity_convergence_report.json",
+ "parity_authority_drift_topology.json",
+ "parity_authority_suppression_report.json",
+ "parity_incident_graph.json",
+ "failure_matrix.json",
+ ];
+ let required_scenarios = [
+ "p14-01-baseline-identical-nodes",
+ "p14-05-overlay-hash-drift-same-bundle",
+ "p14-10-verification-context-id-drift",
+ "p14-12-verifier-contract-version-drift",
+ "p14-13-different-trusted-root-set",
+ "p14-15-authority-scope-drift",
+ "p14-16-historical-only-authority",
+ "p14-19-insufficient-evidence",
+ "p14-18-verdict-mismatch-guard",
+ "p14-20-receipt-absent-parity-artifact",
+ ];
+ let required_statuses = [
+ "PARITY_MATCH",
+ "PARITY_SUBJECT_MISMATCH",
+ "PARITY_CONTEXT_MISMATCH",
+ "PARITY_VERIFIER_MISMATCH",
+ "PARITY_VERDICT_MISMATCH",
+ "PARITY_HISTORICAL_ONLY",
+ "PARITY_INSUFFICIENT_EVIDENCE",
+ ];
+ let required_artifacts_present = required_artifacts
+ .iter()
+ .all(|artifact| out_dir.join(artifact).is_file());
+ let scenario_reports_present = required_scenarios.iter().all(|scenario| {
+ scenario_reports_dir
+ .join(format!("{scenario}.json"))
+ .is_file()
+ });
+ let emitted_statuses = failure_matrix
+ .iter()
+ .filter_map(|row| row.get("actual_status").and_then(Value::as_str))
+ .collect::>();
+ let status_coverage_complete = required_statuses
+ .iter()
+ .all(|status| emitted_statuses.contains(status));
+ let closure_audit_complete =
+ required_artifacts_present && scenario_reports_present && status_coverage_complete;
+ if !required_artifacts_present {
+ violations.push("parity_closure_audit_missing_artifacts".to_string());
+ }
+ if !scenario_reports_present {
+ violations.push("parity_closure_audit_missing_scenarios".to_string());
+ }
+ if !status_coverage_complete {
+ violations.push("parity_closure_audit_status_coverage_incomplete".to_string());
+ }
+
+ let parity_closure_audit_report = json!({
+ "gate": "cross-node-parity",
+ "mode": "phase12_cross_node_parity_closure_audit",
+ "status": status_label(closure_audit_complete),
+ "required_artifacts": required_artifacts,
+ "required_artifacts_present": required_artifacts_present,
+ "required_scenarios": required_scenarios,
+ "scenario_reports_present": scenario_reports_present,
+ "required_statuses": required_statuses,
+ "emitted_statuses": emitted_statuses.into_iter().collect::>(),
+ "status_coverage_complete": status_coverage_complete,
+ "closure_audit_complete": closure_audit_complete,
+ });
+ write_json(
+ out_dir.join("parity_closure_audit_report.json"),
+ &parity_closure_audit_report,
+ )?;
+
+ let report = json!({
+ "gate": "cross-node-parity",
+ "mode": "phase12_cross_node_parity_gate",
+ "verdict": status_label(violations.is_empty()),
+ "parity_report_path": "parity_report.json",
+ "failure_matrix_path": "failure_matrix.json",
+ "closure_audit_report_path": "parity_closure_audit_report.json",
+ "determinism_incidents_path": "parity_determinism_incidents.json",
+ "drift_attribution_report_path": "parity_drift_attribution_report.json",
+ "violations": violations,
+ "violations_count": violations.len(),
+ });
+ write_json(out_dir.join("report.json"), &report)?;
+
+ Ok(if violations_from_report(&report).is_empty() {
+ 0
+ } else {
+ 2
+ })
+}
+
+fn build_multisig_quorum_gate_artifacts(out_dir: &Path) -> Result {
+ let fixture = create_fixture_bundle();
+ let bundle = load_bundle(&fixture.root);
+ let manifest = load_manifest(&bundle.manifest_path)
+ .map_err(|error| format!("multisig quorum gate failed to load manifest: {error}"))?;
+ let producer: ProducerDeclaration = serde_json::from_slice(
+ &fs::read(&bundle.producer_path)
+ .map_err(|error| format!("failed to read producer declaration: {error}"))?,
+ )
+ .map_err(|error| format!("failed to parse producer declaration: {error}"))?;
+ let baseline_envelope: SignatureEnvelope = serde_json::from_slice(
+ &fs::read(&bundle.signature_envelope_path)
+ .map_err(|error| format!("failed to read signature envelope: {error}"))?,
+ )
+ .map_err(|error| format!("failed to parse signature envelope: {error}"))?;
+
+ let secondary_key_id = "ed25519-key-2026-03-b".to_string();
+ let secondary_private_key = multisig_secondary_private_key_material();
+ let secondary_public_key = multisig_secondary_public_key_material()?;
+ let two_signature_registry = registry_with_secondary_active_key(
+ &fixture.registry,
+ &producer.producer_id,
+ &secondary_key_id,
+ &secondary_public_key,
+ )?;
+ let revoked_secondary_registry = registry_with_revoked_secondary_key(
+ &two_signature_registry,
+ &producer.producer_id,
+ &secondary_key_id,
+ )?;
+ let two_signature_envelope = envelope_with_secondary_signature(
+ &baseline_envelope,
+ &manifest.bundle_id,
+ &producer.producer_id,
+ &secondary_key_id,
+ &secondary_private_key,
+ )?;
+ let duplicate_signature_envelope =
+ envelope_with_duplicate_primary_signature(&baseline_envelope)?;
+
+ let two_of_two_policy = TrustPolicy {
+ quorum_policy_ref: Some("policy://quorum/at-least-2-of-n".to_string()),
+ trusted_pubkey_ids: vec![
+ producer.producer_pubkey_id.clone(),
+ secondary_key_id.clone(),
+ ],
+ required_signatures: Some(SignatureRequirement {
+ kind: "at_least".to_string(),
+ count: 2,
+ }),
+ ..fixture.policy.clone()
+ };
+ let partial_trust_policy = TrustPolicy {
+ trusted_pubkey_ids: vec![producer.producer_pubkey_id.clone()],
+ ..two_of_two_policy.clone()
+ };
+ let invalid_quorum_policy = TrustPolicy {
+ required_signatures: Some(SignatureRequirement {
+ kind: "unsupported".to_string(),
+ count: 2,
+ }),
+ ..two_of_two_policy.clone()
+ };
+
+ let quorum_matrix = vec![
+ multisig_quorum_row(
+ "baseline_single_signature_quorum",
+ &fixture.root,
+ &manifest.bundle_id,
+ &producer,
+ &baseline_envelope,
+ &fixture.policy,
+ &fixture.registry,
+ VerificationVerdict::Trusted,
+ )?,
+ multisig_quorum_row(
+ "two_of_two_distinct_keys_trusted",
+ &fixture.root,
+ &manifest.bundle_id,
+ &producer,
+ &two_signature_envelope,
+ &two_of_two_policy,
+ &two_signature_registry,
+ VerificationVerdict::Trusted,
+ )?,
+ multisig_quorum_row(
+ "two_of_two_single_signature_rejected",
+ &fixture.root,
+ &manifest.bundle_id,
+ &producer,
+ &baseline_envelope,
+ &two_of_two_policy,
+ &two_signature_registry,
+ VerificationVerdict::RejectedByPolicy,
+ )?,
+ multisig_quorum_row(
+ "two_of_two_partial_trust_set_rejected",
+ &fixture.root,
+ &manifest.bundle_id,
+ &producer,
+ &two_signature_envelope,
+ &partial_trust_policy,
+ &two_signature_registry,
+ VerificationVerdict::RejectedByPolicy,
+ )?,
+ multisig_quorum_row(
+ "two_of_two_duplicate_key_entries_rejected",
+ &fixture.root,
+ &manifest.bundle_id,
+ &producer,
+ &duplicate_signature_envelope,
+ &two_of_two_policy,
+ &fixture.registry,
+ VerificationVerdict::RejectedByPolicy,
+ )?,
+ multisig_quorum_row(
+ "two_of_two_revoked_secondary_key_invalid",
+ &fixture.root,
+ &manifest.bundle_id,
+ &producer,
+ &two_signature_envelope,
+ &two_of_two_policy,
+ &revoked_secondary_registry,
+ VerificationVerdict::Invalid,
+ )?,
+ multisig_quorum_row(
+ "unsupported_quorum_kind_invalid",
+ &fixture.root,
+ &manifest.bundle_id,
+ &producer,
+ &two_signature_envelope,
+ &invalid_quorum_policy,
+ &two_signature_registry,
+ VerificationVerdict::Invalid,
+ )?,
+ ];
+ write_json(out_dir.join("quorum_matrix.json"), &quorum_matrix)?;
+
+ let mut violations = Vec::new();
+ for row in &quorum_matrix {
+ if row.get("pass").and_then(Value::as_bool) != Some(true) {
+ let scenario = row
+ .get("scenario")
+ .and_then(Value::as_str)
+ .unwrap_or("unknown_scenario");
+ violations.push(format!("unexpected_quorum_verdict:{scenario}"));
+ }
+ }
+
+ let duplicate_row = quorum_matrix
+ .iter()
+ .find(|row| {
+ row.get("scenario").and_then(Value::as_str)
+ == Some("two_of_two_duplicate_key_entries_rejected")
+ })
+ .ok_or_else(|| "missing duplicate key quorum scenario".to_string())?;
+ if duplicate_row
+ .get("unique_trusted_key_count")
+ .and_then(Value::as_u64)
+ != Some(1)
+ {
+ violations.push("duplicate_key_entries_not_deduplicated".to_string());
+ }
+
+ let trusted_scenarios = count_actual_verdict(&quorum_matrix, "TRUSTED");
+ let rejected_scenarios = count_actual_verdict(&quorum_matrix, "REJECTED_BY_POLICY");
+ let invalid_scenarios = count_actual_verdict(&quorum_matrix, "INVALID");
+ let explicit_quorum_policy_active = quorum_matrix.iter().all(|row| {
+ row.get("quorum_policy_ref")
+ .and_then(Value::as_str)
+ .map(|value| !value.trim().is_empty())
+ .unwrap_or(false)
+ });
+ if !explicit_quorum_policy_active {
+ violations.push("quorum_policy_ref_missing".to_string());
+ }
+
+ let quorum_evaluator_report = json!({
+ "gate": "proof-multisig-quorum",
+ "mode": "phase12_multisig_quorum_gate",
+ "status": status_label(violations.is_empty()),
+ "scenario_count": quorum_matrix.len(),
+ "trusted_scenarios": trusted_scenarios,
+ "rejected_scenarios": rejected_scenarios,
+ "invalid_scenarios": invalid_scenarios,
+ "explicit_quorum_policy_active": explicit_quorum_policy_active,
+ "distinct_key_quorum_enforced": true,
+ "duplicate_key_entries_fail_closed": duplicate_row
+ .get("actual_verdict")
+ .and_then(Value::as_str)
+ == Some("REJECTED_BY_POLICY"),
+ "quorum_matrix_path": "quorum_matrix.json",
+ "violations": violations,
+ "violations_count": violations.len(),
+ });
+ write_json(
+ out_dir.join("quorum_evaluator_report.json"),
+ &quorum_evaluator_report,
+ )?;
+
+ let report = json!({
+ "gate": "proof-multisig-quorum",
+ "mode": "phase12_multisig_quorum_gate",
+ "verdict": status_label(violations.is_empty()),
+ "quorum_matrix_path": "quorum_matrix.json",
+ "quorum_evaluator_report_path": "quorum_evaluator_report.json",
+ "violations": violations,
+ "violations_count": violations.len(),
+ });
+ write_json(out_dir.join("report.json"), &report)?;
+
+ Ok(if violations_from_report(&report).is_empty() {
+ 0
+ } else {
+ 2
+ })
+}
+
+fn build_replay_admission_boundary_gate_artifacts(out_dir: &Path) -> Result {
+ let fixture = create_fixture_bundle();
+ let request = VerifyRequest {
+ bundle_path: &fixture.root,
+ policy: &fixture.policy,
+ registry_snapshot: &fixture.registry,
+ receipt_mode: ReceiptMode::EmitSigned,
+ receipt_signer: Some(&fixture.receipt_signer),
+ audit_mode: AuditMode::None,
+ audit_ledger_path: None,
+ };
+ let outcome = verify_bundle(&request)
+ .map_err(|error| format!("replay admission boundary verification failed: {error}"))?;
+ let bundle = load_bundle(&fixture.root);
+ let manifest = load_manifest(&bundle.manifest_path)
+ .map_err(|error| format!("replay admission boundary manifest load failed: {error}"))?;
+ let receipt = outcome
+ .receipt
+ .as_ref()
+ .ok_or_else(|| "replay admission boundary expected a signed receipt".to_string())?;
+ let receipt_json = serde_json::to_value(receipt)
+ .map_err(|error| format!("failed to serialize receipt: {error}"))?;
+ let subject_json = serde_json::to_value(&outcome.subject)
+ .map_err(|error| format!("failed to serialize verdict subject: {error}"))?;
+ let forbidden_fields = [
+ "replay_admitted",
+ "replay_admission",
+ "replay_contract_id",
+ "replay_ticket",
+ "execution_authorized",
+ "execution_admission",
+ "admission_contract_id",
+ ];
+ let subject_forbidden_fields = find_forbidden_keys(&subject_json, &forbidden_fields);
+ let receipt_forbidden_fields = find_forbidden_keys(&receipt_json, &forbidden_fields);
+ let replay_report_bound_in_proof_chain = manifest
+ .required_files
+ .iter()
+ .any(|path| path == "reports/replay_report.json");
+ let mut violations = Vec::new();
+
+ if outcome.verdict != VerificationVerdict::Trusted {
+ violations.push("trusted_proof_baseline_missing".to_string());
+ }
+ if !replay_report_bound_in_proof_chain {
+ violations.push("replay_report_binding_missing".to_string());
+ }
+ if !subject_forbidden_fields.is_empty() {
+ violations.push("verdict_subject_exposes_replay_admission".to_string());
+ }
+ if !receipt_forbidden_fields.is_empty() {
+ violations.push("receipt_exposes_replay_admission".to_string());
+ }
+
+ let boundary_contract = json!({
+ "gate": "proof-replay-admission-boundary",
+ "mode": "phase12_replay_admission_boundary_gate",
+ "status": status_label(violations.is_empty()),
+ "accepted_proof_requires_separate_replay_contract": true,
+ "replay_report_bound_in_proof_chain": replay_report_bound_in_proof_chain,
+ "proof_chain_replay_evidence_is_not_admission": replay_report_bound_in_proof_chain,
+ "verdict_subject_forbidden_fields_present": subject_forbidden_fields,
+ "receipt_forbidden_fields_present": receipt_forbidden_fields,
+ "forbidden_output_fields_checked": forbidden_fields,
+ });
+ write_json(out_dir.join("boundary_contract.json"), &boundary_contract)?;
+
+ let replay_admission_report = json!({
+ "gate": "proof-replay-admission-boundary",
+ "mode": "phase12_replay_admission_boundary_gate",
+ "status": status_label(violations.is_empty()),
+ "trusted_verdict": verdict_label(&outcome.verdict),
+ "receipt_emitted": outcome.receipt.is_some(),
+ "replay_admission_granted": false,
+ "separate_replay_contract_required": true,
+ "proof_chain_replay_evidence_present": replay_report_bound_in_proof_chain,
+ "verdict_subject_fields": json_key_list(&subject_json),
+ "receipt_fields": json_key_list(&receipt_json),
+ "violations": violations,
+ "violations_count": violations.len(),
+ });
+ write_json(
+ out_dir.join("replay_admission_report.json"),
+ &replay_admission_report,
+ )?;
+
+ let report = json!({
+ "gate": "proof-replay-admission-boundary",
+ "mode": "phase12_replay_admission_boundary_gate",
+ "verdict": status_label(violations.is_empty()),
+ "replay_admission_report_path": "replay_admission_report.json",
+ "boundary_contract_path": "boundary_contract.json",
+ "violations": violations,
+ "violations_count": violations.len(),
+ });
+ write_json(out_dir.join("report.json"), &report)?;
+
+ Ok(if violations_from_report(&report).is_empty() {
+ 0
+ } else {
+ 2
+ })
+}
+
+fn build_replicated_verification_boundary_gate_artifacts(out_dir: &Path) -> Result {
+ let repo_root = PathBuf::from(env!("CARGO_MANIFEST_DIR"))
+ .join("../../..")
+ .canonicalize()
+ .map_err(|error| format!("failed to resolve repo root: {error}"))?;
+ let phase13_map_path =
+ repo_root.join("docs/specs/phase12-trust-layer/PHASE13_ARCHITECTURE_MAP.md");
+ let proofd_lib_path = repo_root.join("userspace/proofd/src/lib.rs");
+ let phase13_map = fs::read_to_string(&phase13_map_path)
+ .map_err(|error| format!("failed to read {}: {error}", phase13_map_path.display()))?;
+ let proofd_lib = fs::read_to_string(&proofd_lib_path)
+ .map_err(|error| format!("failed to read {}: {error}", proofd_lib_path.display()))?;
+
+ let required_map_phrases = [
+ "verified proof != replay admission",
+ "replicated verification",
+ "proofd = verification and diagnostics service",
+ "automatic replay admission",
+ ];
+ let present_map_phrases = required_map_phrases
+ .iter()
+ .filter(|phrase| phase13_map.contains(**phrase))
+ .map(|phrase| phrase.to_string())
+ .collect::>();
+ let disallowed_service_routes = ["/replay", "/consensus", "/cluster", "/federation"];
+ let exposed_disallowed_routes = disallowed_service_routes
+ .iter()
+ .filter(|route| proofd_lib.contains(**route))
+ .map(|route| route.to_string())
+ .collect::>();
+
+ let mut violations = Vec::new();
+ if present_map_phrases.len() != required_map_phrases.len() {
+ violations.push("phase13_bridge_phrases_incomplete".to_string());
+ }
+ if !exposed_disallowed_routes.is_empty() {
+ violations.push("proofd_surface_exceeds_phase12_boundary".to_string());
+ }
+
+ let research_boundary_note = format!(
+ "# Replicated Verification Boundary Note\n\n\
+Phase-12 preserves a hard boundary around replicated verification.\n\n\
+- `verified proof != replay admission`\n\
+- replicated verification remains a Phase-13 bridge concern\n\
+- `proofd` remains a verification and diagnostics service\n\
+- Phase-12 service surface excludes replay, consensus, cluster, and federation routes\n\n\
+Checked sources:\n\
+- `{}`\n\
+- `{}`\n",
+ phase13_map_path.display(),
+ proofd_lib_path.display()
+ );
+ fs::write(
+ out_dir.join("research_boundary_note.md"),
+ research_boundary_note,
+ )
+ .map_err(|error| format!("failed to write research boundary note: {error}"))?;
+
+ let phase13_bridge_report = json!({
+ "gate": "proof-replicated-verification-boundary",
+ "mode": "phase12_replicated_verification_boundary_gate",
+ "status": status_label(violations.is_empty()),
+ "phase13_map_present": true,
+ "phase13_map_path": phase13_map_path.display().to_string(),
+ "proofd_surface_path": proofd_lib_path.display().to_string(),
+ "required_map_phrases": required_map_phrases,
+ "present_map_phrases": present_map_phrases,
+ "proofd_disallowed_routes_checked": disallowed_service_routes,
+ "proofd_disallowed_routes_present": exposed_disallowed_routes,
+ "replicated_verification_outside_phase12_core": violations.is_empty(),
+ "violations": violations,
+ "violations_count": violations.len(),
+ });
+ write_json(
+ out_dir.join("phase13_bridge_report.json"),
+ &phase13_bridge_report,
+ )?;
+
+ let report = json!({
+ "gate": "proof-replicated-verification-boundary",
+ "mode": "phase12_replicated_verification_boundary_gate",
+ "verdict": status_label(violations.is_empty()),
+ "research_boundary_note_path": "research_boundary_note.md",
+ "phase13_bridge_report_path": "phase13_bridge_report.json",
+ "violations": violations,
+ "violations_count": violations.len(),
+ });
+ write_json(out_dir.join("report.json"), &report)?;
+
+ Ok(if violations_from_report(&report).is_empty() {
+ 0
+ } else {
+ 2
+ })
+}
+
+fn multisig_quorum_row(
+ scenario: &str,
+ bundle_path: &Path,
+ bundle_id: &str,
+ producer: &ProducerDeclaration,
+ signature_envelope: &SignatureEnvelope,
+ policy: &TrustPolicy,
+ registry_snapshot: &RegistrySnapshot,
+ expected_verdict: VerificationVerdict,
+) -> Result {
+ write_json(
+ bundle_path.join("signatures/signature-envelope.json"),
+ signature_envelope,
+ )?;
+ let resolution = resolve_signers(registry_snapshot, producer, signature_envelope)
+ .map_err(|error| format!("multisig resolution failed for {scenario}: {error}"))?;
+ let signature_findings =
+ verify_detached_signatures(bundle_id, signature_envelope, &resolution.resolved_signers);
+ let outcome = run_core_verification(bundle_path, policy, registry_snapshot)?;
+ let unique_trusted_keys = resolution
+ .resolved_signers
+ .iter()
+ .filter(|signer| signer.status == KeyStatus::Active)
+ .filter(|_| policy.trusted_producers.contains(&producer.producer_id))
+ .filter(|signer| {
+ policy.trusted_pubkey_ids.is_empty()
+ || policy
+ .trusted_pubkey_ids
+ .iter()
+ .any(|value| value == &signer.producer_pubkey_id)
+ })
+ .map(|signer| signer.producer_pubkey_id.as_str())
+ .collect::>();
+ let expected_policy_hash = compute_policy_hash(policy)
+ .map_err(|error| format!("multisig policy hash failed for {scenario}: {error}"))?;
+ let actual_verdict = verdict_label(&outcome.verdict);
+ let expected_verdict_label = verdict_label(&expected_verdict);
+
+ Ok(json!({
+ "scenario": scenario,
+ "expected_verdict": expected_verdict_label,
+ "actual_verdict": actual_verdict,
+ "pass": actual_verdict == expected_verdict_label,
+ "signature_count": signature_envelope.signatures.len(),
+ "resolved_signer_count": resolution.resolved_signers.len(),
+ "active_signer_count": resolution
+ .resolved_signers
+ .iter()
+ .filter(|signer| signer.status == KeyStatus::Active)
+ .count(),
+ "unique_trusted_key_count": unique_trusted_keys.len(),
+ "required_signature_count": policy.required_signature_count(),
+ "quorum_policy_ref": policy.quorum_policy_ref,
+ "policy_hash": expected_policy_hash,
+ "subject_policy_hash": outcome.subject.policy_hash,
+ "policy_hash_bound": outcome.subject.policy_hash == expected_policy_hash,
+ "resolution_error_codes": error_codes(&resolution.findings),
+ "signature_error_codes": error_codes(&signature_findings),
+ "error_codes": error_codes(&outcome.findings),
+ "findings": findings_to_json(&outcome.findings),
+ "findings_count": outcome.findings.len(),
+ }))
+}
+
+fn count_actual_verdict(rows: &[Value], expected_verdict: &str) -> usize {
+ rows.iter()
+ .filter(|row| {
+ row.get("actual_verdict")
+ .and_then(Value::as_str)
+ .map(|value| value == expected_verdict)
+ .unwrap_or(false)
+ })
+ .count()
+}
+
+fn multisig_secondary_private_key_material() -> String {
+ format!(
+ "base64:{}",
+ STANDARD.encode([
+ 17u8, 29, 41, 53, 67, 79, 83, 97, 101, 113, 127, 131, 149, 151, 163, 173, 181, 191,
+ 193, 197, 199, 211, 223, 227, 229, 233, 239, 241, 251, 3, 5, 9
+ ])
+ )
+}
+
+fn multisig_secondary_public_key_material() -> Result {
+ let private_key_bytes = STANDARD
+ .decode(multisig_secondary_private_key_material().trim_start_matches("base64:"))
+ .map_err(|error| format!("failed to decode multisig private key: {error}"))?;
+ let signing_key = SigningKey::from_bytes(
+ &private_key_bytes
+ .as_slice()
+ .try_into()
+ .map_err(|_| "multisig private key must be 32 bytes".to_string())?,
+ );
+ Ok(format!(
+ "base64:{}",
+ STANDARD.encode(signing_key.verifying_key().as_bytes())
+ ))
+}
+
+fn registry_with_secondary_active_key(
+ baseline: &RegistrySnapshot,
+ producer_id: &str,
+ key_id: &str,
+ public_key: &str,
+) -> Result {
+ let mut registry = baseline.clone();
+ let entry = registry
+ .producers
+ .get_mut(producer_id)
+ .ok_or_else(|| format!("missing producer {producer_id} in registry"))?;
+ if !entry.active_pubkey_ids.iter().any(|value| value == key_id) {
+ entry.active_pubkey_ids.push(key_id.to_string());
+ }
+ entry.public_keys.insert(
+ key_id.to_string(),
+ RegistryPublicKey {
+ algorithm: "ed25519".to_string(),
+ public_key: public_key.to_string(),
+ },
+ );
+ registry.registry_snapshot_hash = compute_registry_snapshot_hash(®istry)
+ .map_err(|error| format!("registry hash recomputation failed: {error}"))?;
+ Ok(registry)
+}
+
+fn registry_with_revoked_secondary_key(
+ baseline: &RegistrySnapshot,
+ producer_id: &str,
+ key_id: &str,
+) -> Result {
+ let mut registry = baseline.clone();
+ let entry = registry
+ .producers
+ .get_mut(producer_id)
+ .ok_or_else(|| format!("missing producer {producer_id} in registry"))?;
+ entry.active_pubkey_ids.retain(|value| value != key_id);
+ if !entry.revoked_pubkey_ids.iter().any(|value| value == key_id) {
+ entry.revoked_pubkey_ids.push(key_id.to_string());
+ }
+ registry.registry_snapshot_hash = compute_registry_snapshot_hash(®istry)
+ .map_err(|error| format!("registry hash recomputation failed: {error}"))?;
+ Ok(registry)
+}
+
+fn envelope_with_secondary_signature(
+ baseline: &SignatureEnvelope,
+ bundle_id: &str,
+ signer_id: &str,
+ key_id: &str,
+ private_key: &str,
+) -> Result {
+ let mut envelope = baseline.clone();
+ let signature = sign_ed25519_bytes(private_key, bundle_id.as_bytes())
+ .map_err(|error| format!("failed to sign multisig envelope: {error}"))?;
+ envelope.signatures.push(DetachedSignature {
+ signer_id: signer_id.to_string(),
+ producer_pubkey_id: key_id.to_string(),
+ signature_algorithm: "ed25519".to_string(),
+ signature,
+ signed_at_utc: "2026-03-10T10:00:00Z".to_string(),
+ });
+ Ok(envelope)
+}
+
+fn envelope_with_duplicate_primary_signature(
+ baseline: &SignatureEnvelope,
+) -> Result {
+ let mut envelope = baseline.clone();
+ let signature = baseline
+ .signatures
+ .first()
+ .cloned()
+ .ok_or_else(|| "baseline signature envelope has no signatures".to_string())?;
+ envelope.signatures.push(signature);
+ Ok(envelope)
+}
+
+fn find_forbidden_keys(value: &Value, forbidden_keys: &[&str]) -> Vec {
+ let mut found = BTreeSet::new();
+ fn walk(value: &Value, forbidden_keys: &[&str], found: &mut BTreeSet) {
+ match value {
+ Value::Object(map) => {
+ for (key, nested) in map {
+ if forbidden_keys.iter().any(|candidate| *candidate == key) {
+ found.insert(key.clone());
+ }
+ walk(nested, forbidden_keys, found);
+ }
+ }
+ Value::Array(values) => {
+ for nested in values {
+ walk(nested, forbidden_keys, found);
+ }
+ }
+ _ => {}
+ }
+ }
+
+ walk(value, forbidden_keys, &mut found);
+ found.into_iter().collect()
+}
+
+fn json_key_list(value: &Value) -> Vec {
+ value
+ .as_object()
+ .map(|map| map.keys().cloned().collect::>())
+ .unwrap_or_default()
+}
+
+fn registry_resolution_matrix_row(
+ scenario: &str,
+ snapshot: &RegistrySnapshot,
+ producer: &ProducerDeclaration,
+ signature_envelope: &SignatureEnvelope,
+) -> Result {
+ let resolution = resolve_signers(snapshot, producer, signature_envelope)
+ .map_err(|error| format!("registry resolution scenario {scenario} failed: {error}"))?;
+ let signer_status = resolution
+ .resolved_signers
+ .first()
+ .map(|signer| key_status_label(&signer.status))
+ .unwrap_or("UNKNOWN");
+ Ok(json!({
+ "scenario": scenario,
+ "registry_snapshot_hash": resolution.registry_snapshot_hash,
+ "resolved_signer_count": resolution.resolved_signers.len(),
+ "primary_signer_status": signer_status,
+ "error_codes": error_codes(&resolution.findings),
+ "findings": findings_to_json(&resolution.findings),
+ "findings_count": resolution.findings.len(),
+ }))
+}
+
+fn key_lifecycle_matrix_row(
+ scenario: &str,
+ snapshot: &RegistrySnapshot,
+ producer: &ProducerDeclaration,
+ signature_envelope: &SignatureEnvelope,
+ bundle_id: &str,
+) -> Result {
+ let resolution = resolve_signers(snapshot, producer, signature_envelope)
+ .map_err(|error| format!("key lifecycle scenario {scenario} failed: {error}"))?;
+ let signature_findings =
+ verify_detached_signatures(bundle_id, signature_envelope, &resolution.resolved_signers);
+ let signer_status = resolution
+ .resolved_signers
+ .first()
+ .map(|signer| key_status_label(&signer.status))
+ .unwrap_or("UNKNOWN");
+
+ Ok(json!({
+ "scenario": scenario,
+ "registry_snapshot_hash": resolution.registry_snapshot_hash,
+ "primary_signer_status": signer_status,
+ "resolution_error_codes": error_codes(&resolution.findings),
+ "resolution_findings": findings_to_json(&resolution.findings),
+ "resolution_findings_count": resolution.findings.len(),
+ "signature_error_codes": error_codes(&signature_findings),
+ "signature_findings": findings_to_json(&signature_findings),
+ "signature_findings_count": signature_findings.len(),
+ "signature_status": status_label(!has_error_findings(&signature_findings)),
+ }))
+}
+
+fn build_ambiguous_owner_registry(baseline: &RegistrySnapshot) -> Result {
+ let mut registry = baseline.clone();
+ let baseline_entry = registry
+ .producers
+ .get("ayken-ci")
+ .cloned()
+ .ok_or_else(|| "baseline registry missing ayken-ci entry".to_string())?;
+ let baseline_public_key = baseline_entry
+ .public_keys
+ .get("ed25519-key-2026-03-a")
+ .cloned()
+ .ok_or_else(|| "baseline registry missing ed25519-key-2026-03-a key".to_string())?;
+ registry.registry_version = registry.registry_version.saturating_add(1);
+ registry.producers.insert(
+ "ambiguous-owner".to_string(),
+ RegistryEntry {
+ active_pubkey_ids: vec!["ed25519-key-2026-03-a".to_string()],
+ revoked_pubkey_ids: Vec::new(),
+ superseded_pubkey_ids: Vec::new(),
+ public_keys: BTreeMap::from([(
+ "ed25519-key-2026-03-a".to_string(),
+ baseline_public_key,
+ )]),
+ },
+ );
+ registry.registry_snapshot_hash = compute_registry_snapshot_hash(®istry)
+ .map_err(|error| format!("ambiguous-owner registry hash recomputation failed: {error}"))?;
+ Ok(registry)
+}
+
+fn build_unknown_key_registry(baseline: &RegistrySnapshot) -> Result {
+ let mut registry = baseline.clone();
+ let entry = registry
+ .producers
+ .get_mut("ayken-ci")
+ .ok_or_else(|| "baseline registry missing ayken-ci entry".to_string())?;
+ entry.active_pubkey_ids.clear();
+ entry.revoked_pubkey_ids.clear();
+ entry.superseded_pubkey_ids.clear();
+ registry.registry_version = registry.registry_version.saturating_add(1);
+ registry.registry_snapshot_hash = compute_registry_snapshot_hash(®istry)
+ .map_err(|error| format!("unknown-key registry hash recomputation failed: {error}"))?;
+ Ok(registry)
+}
+
+fn build_missing_public_key_registry(
+ baseline: &RegistrySnapshot,
+) -> Result {
+ let mut registry = baseline.clone();
+ let entry = registry
+ .producers
+ .get_mut("ayken-ci")
+ .ok_or_else(|| "baseline registry missing ayken-ci entry".to_string())?;
+ entry.public_keys.clear();
+ registry.registry_version = registry.registry_version.saturating_add(1);
+ registry.registry_snapshot_hash =
+ compute_registry_snapshot_hash(®istry).map_err(|error| {
+ format!("missing-public-key registry hash recomputation failed: {error}")
+ })?;
+ Ok(registry)
+}
+
+fn build_rotated_registry(baseline: &RegistrySnapshot) -> Result {
+ let mut registry = baseline.clone();
+ let entry = registry
+ .producers
+ .get_mut("ayken-ci")
+ .ok_or_else(|| "baseline registry missing ayken-ci entry".to_string())?;
+ let old_public_key = entry
+ .public_keys
+ .get("ed25519-key-2026-03-a")
+ .cloned()
+ .ok_or_else(|| "baseline registry missing ed25519-key-2026-03-a key".to_string())?;
+ entry.active_pubkey_ids = vec!["ed25519-key-2026-04-a".to_string()];
+ entry.revoked_pubkey_ids.clear();
+ entry.superseded_pubkey_ids = vec!["ed25519-key-2026-03-a".to_string()];
+ entry
+ .public_keys
+ .insert("ed25519-key-2026-04-a".to_string(), old_public_key);
+ registry.registry_version = registry.registry_version.saturating_add(1);
+ registry.registry_snapshot_hash = compute_registry_snapshot_hash(®istry)
+ .map_err(|error| format!("rotated registry hash recomputation failed: {error}"))?;
+ Ok(registry)
+}
+
+fn build_revoked_registry(baseline: &RegistrySnapshot) -> Result {
+ let mut registry = baseline.clone();
+ let entry = registry
+ .producers
+ .get_mut("ayken-ci")
+ .ok_or_else(|| "baseline registry missing ayken-ci entry".to_string())?;
+ entry.active_pubkey_ids.clear();
+ entry.superseded_pubkey_ids.clear();
+ entry.revoked_pubkey_ids = vec!["ed25519-key-2026-03-a".to_string()];
+ registry.registry_version = registry.registry_version.saturating_add(1);
+ registry.registry_snapshot_hash = compute_registry_snapshot_hash(®istry)
+ .map_err(|error| format!("revoked registry hash recomputation failed: {error}"))?;
+ Ok(registry)
+}
+
+fn write_phase12a_failure_artifacts(
+ out_dir: &Path,
+ gate: &str,
+ mode: &str,
+ detail_files: &[&str],
+ error: &str,
+) {
+ let placeholder = json!({
+ "gate": gate,
+ "mode": mode,
+ "status": "FAIL",
+ "error": error,
+ });
+ let report = json!({
+ "gate": gate,
+ "mode": mode,
+ "verdict": "FAIL",
+ "violations": [format!("runtime_error:{error}")],
+ "violations_count": 1,
+ });
+ for detail_file in detail_files {
+ let _ = write_json(out_dir.join(detail_file), &placeholder);
+ }
+ let _ = write_json(out_dir.join("report.json"), &report);
+}
+
+fn write_verifier_core_failure_artifacts(out_dir: &Path, error: &str) {
+ let placeholder = json!({
+ "gate": "proof-verifier-core",
+ "mode": "phase12_proof_verifier_core_gate",
+ "status": "FAIL",
+ "error": error,
+ });
+ let report = json!({
+ "gate": "proof-verifier-core",
+ "mode": "phase12_proof_verifier_core_gate",
+ "verdict": "FAIL",
+ "violations": [format!("runtime_error:{error}")],
+ "violations_count": 1,
+ });
+ let _ = write_json(out_dir.join("verifier_core_report.json"), &placeholder);
+ let _ = write_json(out_dir.join("determinism_matrix.json"), &json!([]));
+ let _ = write_json(out_dir.join("report.json"), &report);
+}
+
+fn write_trust_policy_failure_artifacts(out_dir: &Path, error: &str) {
+ let placeholder = json!({
+ "gate": "proof-trust-policy",
+ "mode": "phase12_trust_policy_gate",
+ "status": "FAIL",
+ "error": error,
+ });
+ let report = json!({
+ "gate": "proof-trust-policy",
+ "mode": "phase12_trust_policy_gate",
+ "verdict": "FAIL",
+ "violations": [format!("runtime_error:{error}")],
+ "violations_count": 1,
+ });
+ let _ = write_json(out_dir.join("policy_schema_report.json"), &placeholder);
+ let _ = write_json(out_dir.join("policy_hash_report.json"), &placeholder);
+ let _ = write_json(out_dir.join("report.json"), &report);
+}
+
+fn write_verdict_binding_failure_artifacts(out_dir: &Path, error: &str) {
+ let placeholder = json!({
+ "gate": "proof-verdict-binding",
+ "mode": "phase12_verdict_binding_gate",
+ "status": "FAIL",
+ "error": error,
+ });
+ let report = json!({
+ "gate": "proof-verdict-binding",
+ "mode": "phase12_verdict_binding_gate",
+ "verdict": "FAIL",
+ "violations": [format!("runtime_error:{error}")],
+ "violations_count": 1,
+ });
+ let _ = write_json(out_dir.join("verdict_binding_report.json"), &placeholder);
+ let _ = write_json(out_dir.join("verdict_subject_examples.json"), &placeholder);
+ let _ = write_json(out_dir.join("report.json"), &report);
+}
+
+fn write_verifier_cli_failure_artifacts(out_dir: &Path, error: &str) {
+ let placeholder = json!({
+ "gate": "proof-verifier-cli",
+ "mode": "phase12_proof_verifier_cli_gate",
+ "status": "FAIL",
+ "error": error,
+ });
+ let report = json!({
+ "gate": "proof-verifier-cli",
+ "mode": "phase12_proof_verifier_cli_gate",
+ "verdict": "FAIL",
+ "violations": [format!("runtime_error:{error}")],
+ "violations_count": 1,
+ });
+ let _ = write_json(out_dir.join("cli_smoke_report.json"), &placeholder);
+ let _ = write_json(out_dir.join("cli_output_contract.json"), &placeholder);
+ let _ = write_json(out_dir.join("report.json"), &report);
+}
+
+fn write_receipt_failure_artifacts(out_dir: &Path, error: &str) {
+ let placeholder = json!({
+ "gate": "proof-receipt",
+ "mode": "phase12_signed_receipt_gate",
+ "status": "FAIL",
+ "error": error,
+ "findings": [],
+ "findings_count": 0,
+ });
+ let report = json!({
+ "gate": "proof-receipt",
+ "mode": "phase12_signed_receipt_gate",
+ "verdict": "FAIL",
+ "violations": [format!("runtime_error:{error}")],
+ "violations_count": 1,
+ });
+ let _ = write_json(out_dir.join("receipt_schema_report.json"), &placeholder);
+ let _ = write_json(out_dir.join("receipt_emit_report.json"), &placeholder);
+ let _ = write_json(out_dir.join("report.json"), &report);
+}
+
+fn write_audit_failure_artifacts(out_dir: &Path, error: &str) {
+ let placeholder = json!({
+ "gate": "proof-audit-ledger",
+ "mode": "phase12_audit_ledger_gate",
+ "status": "FAIL",
+ "error": error,
+ "full_findings": [],
+ "full_findings_count": 0,
+ });
+ let report = json!({
+ "gate": "proof-audit-ledger",
+ "mode": "phase12_audit_ledger_gate",
+ "verdict": "FAIL",
+ "violations": [format!("runtime_error:{error}")],
+ "violations_count": 1,
+ });
+ let _ = fs::write(out_dir.join("verification_audit_ledger.jsonl"), "");
+ let _ = write_json(out_dir.join("audit_integrity_report.json"), &placeholder);
+ let _ = write_json(out_dir.join("report.json"), &report);
+}
+
+fn write_proof_exchange_failure_artifacts(out_dir: &Path, error: &str) {
+ let placeholder = json!({
+ "gate": "proof-exchange",
+ "mode": "phase12_proof_exchange_gate",
+ "status": "FAIL",
+ "error": error,
+ });
+ let report = json!({
+ "gate": "proof-exchange",
+ "mode": "phase12_proof_exchange_gate",
+ "verdict": "FAIL",
+ "violations": [format!("runtime_error:{error}")],
+ "violations_count": 1,
+ });
+ let _ = write_json(out_dir.join("exchange_contract_report.json"), &placeholder);
+ let _ = write_json(out_dir.join("transport_mutation_matrix.json"), &json!([]));
+ let _ = write_json(out_dir.join("report.json"), &report);
+}
+
+fn write_authority_resolution_failure_artifacts(out_dir: &Path, error: &str) {
+ let placeholder = json!({
+ "gate": "verifier-authority-resolution",
+ "mode": "phase12_verifier_authority_resolution_gate",
+ "status": "FAIL",
+ "error": error,
+ "findings": [],
+ "findings_count": 0,
+ });
+ let report = json!({
+ "gate": "verifier-authority-resolution",
+ "mode": "phase12_verifier_authority_resolution_gate",
+ "verdict": "FAIL",
+ "violations": [format!("runtime_error:{error}")],
+ "violations_count": 1,
+ });
+ let _ = write_json(
+ out_dir.join("authority_resolution_report.json"),
+ &placeholder,
+ );
+ let _ = write_json(out_dir.join("receipt_authority_report.json"), &placeholder);
+ let _ = write_json(out_dir.join("authority_chain_report.json"), &placeholder);
+ let _ = write_json(out_dir.join("report.json"), &report);
+}
+
+fn write_cross_node_parity_failure_artifacts(out_dir: &Path, error: &str) {
+ let parity_placeholder = json!({
+ "gate": "cross-node-parity",
+ "mode": "phase12_cross_node_parity_gate",
+ "status": "FAIL",
+ "error": error,
+ "row_count": 0,
+ });
+ let failure_matrix = json!([]);
+ let drift_placeholder = json!({
+ "gate": "cross-node-parity",
+ "mode": "phase12_cross_node_parity_drift_attribution_report",
+ "status": "FAIL",
+ "error": error,
+ "node_count": 0,
+ "surface_partition_count": 0,
+ "outcome_partition_count": 0,
+ "partition_reports": [],
+ "primary_cause_counts": {},
+ });
+ let report = json!({
+ "gate": "cross-node-parity",
+ "mode": "phase12_cross_node_parity_gate",
+ "verdict": "FAIL",
+ "violations": [format!("runtime_error:{error}")],
+ "violations_count": 1,
+ });
+ let _ = write_json(out_dir.join("parity_report.json"), &parity_placeholder);
+ let _ = write_json(
+ out_dir.join("parity_consistency_report.json"),
+ &parity_placeholder,
+ );
+ let _ = write_json(
+ out_dir.join("parity_determinism_report.json"),
+ &parity_placeholder,
+ );
+ let _ = write_json(
+ out_dir.join("parity_convergence_report.json"),
+ &parity_placeholder,
+ );
+ let _ = write_json(
+ out_dir.join("parity_drift_attribution_report.json"),
+ &drift_placeholder,
+ );
+ let _ = write_json(
+ out_dir.join("parity_closure_audit_report.json"),
+ &json!({
+ "gate": "cross-node-parity",
+ "mode": "phase12_cross_node_parity_closure_audit",
+ "status": "FAIL",
+ "error": error,
+ "closure_audit_complete": false,
+ }),
+ );
+ let _ = write_json(out_dir.join("failure_matrix.json"), &failure_matrix);
+ let _ = write_json(out_dir.join("report.json"), &report);
+}
+
+fn write_multisig_quorum_failure_artifacts(out_dir: &Path, error: &str) {
+ let report = json!({
+ "gate": "proof-multisig-quorum",
+ "mode": "phase12_multisig_quorum_gate",
+ "verdict": "FAIL",
+ "violations": [format!("runtime_error:{error}")],
+ "violations_count": 1,
+ });
+ let placeholder = json!({
+ "gate": "proof-multisig-quorum",
+ "mode": "phase12_multisig_quorum_gate",
+ "status": "FAIL",
+ "error": error,
+ });
+ let _ = write_json(out_dir.join("quorum_matrix.json"), &json!([]));
+ let _ = write_json(out_dir.join("quorum_evaluator_report.json"), &placeholder);
+ let _ = write_json(out_dir.join("report.json"), &report);
+}
+
+fn write_replay_admission_boundary_failure_artifacts(out_dir: &Path, error: &str) {
+ let report = json!({
+ "gate": "proof-replay-admission-boundary",
+ "mode": "phase12_replay_admission_boundary_gate",
+ "verdict": "FAIL",
+ "violations": [format!("runtime_error:{error}")],
+ "violations_count": 1,
+ });
+ let placeholder = json!({
+ "gate": "proof-replay-admission-boundary",
+ "mode": "phase12_replay_admission_boundary_gate",
+ "status": "FAIL",
+ "error": error,
+ });
+ let _ = write_json(out_dir.join("replay_admission_report.json"), &placeholder);
+ let _ = write_json(out_dir.join("boundary_contract.json"), &placeholder);
+ let _ = write_json(out_dir.join("report.json"), &report);
+}
+
+fn write_replicated_verification_boundary_failure_artifacts(out_dir: &Path, error: &str) {
+ let report = json!({
+ "gate": "proof-replicated-verification-boundary",
+ "mode": "phase12_replicated_verification_boundary_gate",
+ "verdict": "FAIL",
+ "violations": [format!("runtime_error:{error}")],
+ "violations_count": 1,
+ });
+ let placeholder = json!({
+ "gate": "proof-replicated-verification-boundary",
+ "mode": "phase12_replicated_verification_boundary_gate",
+ "status": "FAIL",
+ "error": error,
+ });
+ let _ = fs::write(
+ out_dir.join("research_boundary_note.md"),
+ format!("# Replicated Verification Boundary Note\n\nFAIL: {error}\n"),
+ );
+ let _ = write_json(out_dir.join("phase13_bridge_report.json"), &placeholder);
+ let _ = write_json(out_dir.join("report.json"), &report);
+}
+
+fn findings_to_json(findings: &[VerificationFinding]) -> Vec {
+ findings
+ .iter()
+ .map(|finding| {
+ json!({
+ "code": finding.code,
+ "message": finding.message,
+ "severity": severity_label(&finding.severity),
+ "deterministic": finding.deterministic,
+ })
+ })
+ .collect()
+}
+
+fn finding_codes_all(findings: &[VerificationFinding]) -> Vec {
+ findings
+ .iter()
+ .map(|finding| finding.code.clone())
+ .collect()
+}
+
+fn error_violations(findings: &[VerificationFinding]) -> Vec {
+ findings
+ .iter()
+ .filter(|finding| finding.severity == FindingSeverity::Error)
+ .map(|finding| format!("{}:{}", finding.code, finding.message))
+ .collect()
+}
+
+fn error_violations_excluding(
+ findings: &[VerificationFinding],
+ ignored_codes: &[&str],
+) -> Vec {
+ findings
+ .iter()
+ .filter(|finding| {
+ finding.severity == FindingSeverity::Error
+ && !ignored_codes.iter().any(|code| *code == finding.code)
+ })
+ .map(|finding| format!("{}:{}", finding.code, finding.message))
+ .collect()
+}
+
+fn has_error_findings(findings: &[VerificationFinding]) -> bool {
+ findings
+ .iter()
+ .any(|finding| finding.severity == FindingSeverity::Error)
+}
+
+fn has_error_findings_excluding(findings: &[VerificationFinding], ignored_codes: &[&str]) -> bool {
+ findings.iter().any(|finding| {
+ finding.severity == FindingSeverity::Error
+ && !ignored_codes.iter().any(|code| *code == finding.code)
+ })
+}
+
+fn status_label(pass: bool) -> &'static str {
+ if pass {
+ "PASS"
+ } else {
+ "FAIL"
+ }
+}
+
+fn verdict_label(verdict: &VerificationVerdict) -> &'static str {
+ match verdict {
+ VerificationVerdict::Trusted => "TRUSTED",
+ VerificationVerdict::Untrusted => "UNTRUSTED",
+ VerificationVerdict::Invalid => "INVALID",
+ VerificationVerdict::RejectedByPolicy => "REJECTED_BY_POLICY",
+ }
+}
+
+fn verdict_wire_value(verdict: &VerificationVerdict) -> Result {
+ serde_json::to_value(verdict)
+ .map_err(|error| format!("failed to serialize verdict wire value: {error}"))?
+ .as_str()
+ .map(ToOwned::to_owned)
+ .ok_or_else(|| "serialized verdict wire value was not a string".to_string())
+}
+
+fn severity_label(severity: &FindingSeverity) -> &'static str {
+ match severity {
+ FindingSeverity::Info => "INFO",
+ FindingSeverity::Warning => "WARNING",
+ FindingSeverity::Error => "ERROR",
+ }
+}
+
+fn key_status_label(status: &KeyStatus) -> &'static str {
+ match status {
+ KeyStatus::Active => "ACTIVE",
+ KeyStatus::Revoked => "REVOKED",
+ KeyStatus::Superseded => "SUPERSEDED",
+ KeyStatus::Unknown => "UNKNOWN",
+ }
+}
+
+fn authority_resolution_label(resolution: &VerifierAuthorityResolution) -> &'static str {
+ match resolution.result_class {
+ VerifierAuthorityResolutionClass::AuthorityResolvedRoot => "AUTHORITY_RESOLVED_ROOT",
+ VerifierAuthorityResolutionClass::AuthorityResolvedDelegated => {
+ "AUTHORITY_RESOLVED_DELEGATED"
+ }
+ VerifierAuthorityResolutionClass::AuthorityHistoricalOnly => "AUTHORITY_HISTORICAL_ONLY",
+ VerifierAuthorityResolutionClass::AuthorityGraphAmbiguous => "AUTHORITY_GRAPH_AMBIGUOUS",
+ VerifierAuthorityResolutionClass::AuthorityGraphCycle => "AUTHORITY_GRAPH_CYCLE",
+ VerifierAuthorityResolutionClass::AuthorityGraphDepthExceeded => {
+ "AUTHORITY_GRAPH_DEPTH_EXCEEDED"
+ }
+ VerifierAuthorityResolutionClass::AuthorityScopeWidening => "AUTHORITY_SCOPE_WIDENING",
+ VerifierAuthorityResolutionClass::AuthorityNoValidChain => "AUTHORITY_NO_VALID_CHAIN",
+ }
+}
+
+fn parity_status_label(status: &CrossNodeParityStatus) -> &'static str {
+ match status {
+ CrossNodeParityStatus::ParityMatch => "PARITY_MATCH",
+ CrossNodeParityStatus::ParitySubjectMismatch => "PARITY_SUBJECT_MISMATCH",
+ CrossNodeParityStatus::ParityContextMismatch => "PARITY_CONTEXT_MISMATCH",
+ CrossNodeParityStatus::ParityVerifierMismatch => "PARITY_VERIFIER_MISMATCH",
+ CrossNodeParityStatus::ParityVerdictMismatch => "PARITY_VERDICT_MISMATCH",
+ CrossNodeParityStatus::ParityHistoricalOnly => "PARITY_HISTORICAL_ONLY",
+ CrossNodeParityStatus::ParityInsufficientEvidence => "PARITY_INSUFFICIENT_EVIDENCE",
+ }
+}
+
+fn error_codes(findings: &[VerificationFinding]) -> Vec {
+ findings
+ .iter()
+ .filter(|finding| finding.severity == FindingSeverity::Error)
+ .map(|finding| finding.code.clone())
+ .collect()
+}
+
+fn verifier_core_matrix_row(
+ scenario: &str,
+ expected_verdict: VerificationVerdict,
+ bundle_path: &Path,
+ policy: &proof_verifier::TrustPolicy,
+ registry_snapshot: &RegistrySnapshot,
+) -> Result {
+ let run_a = run_core_verification(bundle_path, policy, registry_snapshot)?;
+ let run_b = run_core_verification(bundle_path, policy, registry_snapshot)?;
+ let run_a_summary = verification_outcome_summary(&run_a);
+ let run_b_summary = verification_outcome_summary(&run_b);
+ let run_a_summary_sha256 = canonical_json_sha256(&run_a_summary)?;
+ let run_b_summary_sha256 = canonical_json_sha256(&run_b_summary)?;
+ let summary_equal = run_a_summary == run_b_summary;
+ let verdict_equal = run_a.verdict == run_b.verdict;
+ let subject_equal = run_a.subject.bundle_id == run_b.subject.bundle_id
+ && run_a.subject.trust_overlay_hash == run_b.subject.trust_overlay_hash
+ && run_a.subject.policy_hash == run_b.subject.policy_hash
+ && run_a.subject.registry_snapshot_hash == run_b.subject.registry_snapshot_hash;
+ let finding_codes_a = finding_codes_all(&run_a.findings);
+ let finding_codes_b = finding_codes_all(&run_b.findings);
+ let finding_codes_equal = finding_codes_a == finding_codes_b;
+ let findings_deterministic = run_a.findings.iter().all(|finding| finding.deterministic)
+ && run_b.findings.iter().all(|finding| finding.deterministic);
+ let deterministic = summary_equal
+ && verdict_equal
+ && subject_equal
+ && finding_codes_equal
+ && findings_deterministic;
+
+ Ok(json!({
+ "scenario": scenario,
+ "expected_verdict": verdict_label(&expected_verdict),
+ "run_a_verdict": verdict_label(&run_a.verdict),
+ "run_b_verdict": verdict_label(&run_b.verdict),
+ "run_a_summary_sha256": run_a_summary_sha256,
+ "run_b_summary_sha256": run_b_summary_sha256,
+ "summary_equal": summary_equal,
+ "verdict_equal": verdict_equal,
+ "subject_equal": subject_equal,
+ "finding_codes_equal": finding_codes_equal,
+ "findings_deterministic": findings_deterministic,
+ "receipt_absent": run_a.receipt.is_none() && run_b.receipt.is_none(),
+ "audit_absent": run_a.audit_event.is_none() && run_b.audit_event.is_none(),
+ "deterministic": deterministic,
+ "run_a_finding_codes": finding_codes_a,
+ "run_b_finding_codes": finding_codes_b,
+ "run_a_summary": run_a_summary,
+ "run_b_summary": run_b_summary,
+ }))
+}
+
+fn run_core_verification(
+ bundle_path: &Path,
+ policy: &proof_verifier::TrustPolicy,
+ registry_snapshot: &RegistrySnapshot,
+) -> Result {
+ let request = VerifyRequest {
+ bundle_path,
+ policy,
+ registry_snapshot,
+ receipt_mode: ReceiptMode::None,
+ receipt_signer: None,
+ audit_mode: AuditMode::None,
+ audit_ledger_path: None,
+ };
+ verify_bundle(&request)
+ .map_err(|error| format!("verifier core gate runtime verification failed: {error}"))
+}
+
+fn verification_outcome_summary(outcome: &VerificationOutcome) -> Value {
+ json!({
+ "verdict": verdict_label(&outcome.verdict),
+ "subject": {
+ "bundle_id": outcome.subject.bundle_id,
+ "trust_overlay_hash": outcome.subject.trust_overlay_hash,
+ "policy_hash": outcome.subject.policy_hash,
+ "registry_snapshot_hash": outcome.subject.registry_snapshot_hash,
+ },
+ "findings": findings_to_json(&outcome.findings),
+ "receipt_present": outcome.receipt.is_some(),
+ "audit_event_present": outcome.audit_event.is_some(),
+ })
+}
+
+struct CliRunOutput {
+ exit_code: i32,
+ stdout: String,
+ stderr: String,
+}
+
+struct ExchangeExpectation {
+ bundle_id: String,
+ trust_overlay_hash: String,
+ policy_hash: String,
+ registry_snapshot_hash: String,
+ verification_context_id: String,
+ verdict: String,
+}
+
+fn run_cli_verify_bundle(
+ cli_bin: &Path,
+ bundle_path: &Path,
+ policy_path: &Path,
+ registry_path: &Path,
+ json_output: bool,
+) -> Result {
+ let mut command = Command::new(cli_bin);
+ command
+ .arg("verify")
+ .arg("bundle")
+ .arg(bundle_path)
+ .arg("--policy")
+ .arg(policy_path)
+ .arg("--registry")
+ .arg(registry_path);
+ if json_output {
+ command.arg("--json");
+ }
+
+ let output = command.output().map_err(|error| {
+ format!(
+ "failed to execute CLI binary {}: {error}",
+ cli_bin.display()
+ )
+ })?;
+
+ Ok(CliRunOutput {
+ exit_code: output.status.code().unwrap_or(1),
+ stdout: String::from_utf8_lossy(&output.stdout).into_owned(),
+ stderr: String::from_utf8_lossy(&output.stderr).into_owned(),
+ })
+}
+
+fn build_exchange_context_rules_object() -> Value {
+ json!({
+ "policy_import_mode": "exact-inline-or-resolved",
+ "registry_import_mode": "exact-inline-or-resolved",
+ "context_mismatch_behavior": "fail-closed",
+ "historical_receipt_handling": "historical-only",
+ "receipt_acceptance_mode": "explicit-context-required"
+ })
+}
+
+fn build_cross_node_parity_context_rules_object() -> Value {
+ json!({
+ "policy_import_mode": "local-equal-context-required",
+ "registry_import_mode": "local-equal-context-required",
+ "context_mismatch_behavior": "fail-closed",
+ "historical_receipt_handling": "historical-only",
+ "receipt_acceptance_mode": "authority-bound-receipt",
+ "parity_surface": "cross-node-parity-gate-v1"
+ })
+}
+
+fn build_context_drift_parity_context_rules_object() -> Value {
+ json!({
+ "policy_import_mode": "local-equal-context-required",
+ "registry_import_mode": "local-equal-context-required",
+ "context_mismatch_behavior": "fail-closed",
+ "historical_receipt_handling": "historical-only",
+ "receipt_acceptance_mode": "authority-bound-receipt",
+ "parity_surface": "cross-node-parity-gate-v1-context-drift"
+ })
+}
+
+fn compute_context_rules_hash(context_rules_object: &Value) -> Result {
+ let bytes = canonicalize_json_value(context_rules_object)
+ .map_err(|error| format!("failed to canonicalize context rules object: {error}"))?;
+ Ok(sha256_hex(&bytes))
+}
+
+fn compute_verification_context_id_from_components(
+ policy_hash: &str,
+ registry_snapshot_hash: &str,
+ verifier_contract_version: &str,
+ context_rules_object: &Value,
+) -> Result {
+ let context_rules_hash = compute_context_rules_hash(context_rules_object)?;
+ let context_object = json!({
+ "context_version": 1,
+ "verification_context_id": "",
+ "policy_hash": policy_hash,
+ "registry_snapshot_hash": registry_snapshot_hash,
+ "verifier_contract_version": verifier_contract_version,
+ "context_rules_hash": context_rules_hash,
+ });
+ compute_verification_context_id_from_object(&context_object)
+}
+
+fn build_verification_context_object(
+ policy_hash: &str,
+ registry_snapshot_hash: &str,
+ verifier_contract_version: &str,
+ context_rules_hash: &str,
+) -> Result {
+ let mut context_object = json!({
+ "context_version": 1,
+ "verification_context_id": "",
+ "policy_hash": policy_hash,
+ "registry_snapshot_hash": registry_snapshot_hash,
+ "verifier_contract_version": verifier_contract_version,
+ "context_rules_hash": context_rules_hash,
+ });
+ let verification_context_id = compute_verification_context_id_from_object(&context_object)?;
+ context_object["verification_context_id"] = Value::String(verification_context_id);
+ Ok(context_object)
+}
+
+fn compute_verification_context_id_from_object(context_object: &Value) -> Result {
+ let mut cloned = context_object.clone();
+ if let Value::Object(map) = &mut cloned {
+ map.remove("verification_context_id");
+ } else {
+ return Err("verification context object must be a JSON object".to_string());
+ }
+ let bytes = canonicalize_json_value(&cloned)
+ .map_err(|error| format!("failed to canonicalize verification context object: {error}"))?;
+ Ok(format!("sha256:{}", sha256_hex(&bytes)))
+}
+
+fn recompute_inline_overlay_hash(
+ producer: &ProducerDeclaration,
+ signature_envelope: &SignatureEnvelope,
+) -> Result {
+ let producer_bytes = canonicalize_json(producer).map_err(|error| {
+ format!("failed to canonicalize exchange producer declaration: {error}")
+ })?;
+ let envelope_bytes = canonicalize_json(signature_envelope)
+ .map_err(|error| format!("failed to canonicalize exchange signature envelope: {error}"))?;
+ let mut material = Vec::new();
+ material.extend_from_slice(&producer_bytes);
+ material.extend_from_slice(&envelope_bytes);
+ Ok(sha256_hex(&material))
+}
+
+fn build_exchange_package(
+ manifest: &Manifest,
+ checksums: &ChecksumsFile,
+ producer: &ProducerDeclaration,
+ signature_envelope: &SignatureEnvelope,
+ trust_overlay_hash: &str,
+ verification_context_object: &Value,
+ context_rules_object: &Value,
+ policy_snapshot: &TrustPolicy,
+ registry_snapshot: &RegistrySnapshot,
+ receipt: Option<&proof_verifier::VerificationReceipt>,
+) -> Result {
+ let verification_context_id = verification_context_object
+ .get("verification_context_id")
+ .and_then(Value::as_str)
+ .ok_or_else(|| {
+ "exchange package context object missing verification_context_id".to_string()
+ })?;
+ let mut package = json!({
+ "protocol_version": 1,
+ "exchange_mode": "proof_bundle_transport_v1",
+ "portable_payload": {
+ "payload_form": "proof_bundle_v2",
+ "bundle_id": manifest.bundle_id,
+ "manifest": manifest,
+ "checksums": checksums,
+ },
+ "trust_overlay": {
+ "transport_form": "detached-inline",
+ "bundle_id": manifest.bundle_id,
+ "producer": producer,
+ "signature_envelope": signature_envelope,
+ "trust_overlay_hash": trust_overlay_hash,
+ },
+ "verification_context": {
+ "protocol_version": 1,
+ "verification_context_id": verification_context_id,
+ "context_object": verification_context_object,
+ "context_rules_object": context_rules_object,
+ "policy_snapshot": policy_snapshot,
+ "registry_snapshot": registry_snapshot,
+ },
+ "transport_metadata": {
+ "transport_id": "exchange-fixture-transport-1",
+ "sender_node_id": "node-a",
+ "sent_at_utc": "2026-03-08T12:15:00Z",
+ }
+ });
+
+ if let Some(receipt) = receipt {
+ package["receipt_artifact"] = json!({
+ "transport_form": "detached-inline",
+ "receipt_type": "signed_verification_receipt",
+ "receipt": receipt,
+ });
+ }
+
+ Ok(package)
+}
+
+fn exchange_validation_row(
+ scenario: &str,
+ package: &Value,
+ expected: &ExchangeExpectation,
+ require_receipt: bool,
+ expected_status: &str,
+) -> Result {
+ let validation = validate_exchange_package(package, expected, require_receipt)?;
+ Ok(json!({
+ "scenario": scenario,
+ "expected_status": expected_status,
+ "status": if validation.violations.is_empty() { "PASS" } else { "FAIL" },
+ "portable_identity_preserved": validation.portable_identity_preserved,
+ "overlay_identity_preserved": validation.overlay_identity_preserved,
+ "context_identity_preserved": validation.context_identity_preserved,
+ "receipt_binding_valid": validation.receipt_binding_valid,
+ "receipt_present": validation.receipt_present,
+ "violations": validation.violations,
+ "violations_count": validation.violations_count,
+ }))
+}
+
+struct ExchangeValidationResult {
+ portable_identity_preserved: bool,
+ overlay_identity_preserved: bool,
+ context_identity_preserved: bool,
+ receipt_binding_valid: bool,
+ receipt_present: bool,
+ violations: Vec,
+ violations_count: usize,
+}
+
+fn validate_exchange_package(
+ package: &Value,
+ expected: &ExchangeExpectation,
+ require_receipt: bool,
+) -> Result {
+ let portable_payload = package
+ .get("portable_payload")
+ .ok_or_else(|| "exchange package missing portable_payload".to_string())?;
+ let trust_overlay = package
+ .get("trust_overlay")
+ .ok_or_else(|| "exchange package missing trust_overlay".to_string())?;
+ let verification_context = package
+ .get("verification_context")
+ .ok_or_else(|| "exchange package missing verification_context".to_string())?;
+
+ let manifest: Manifest = serde_json::from_value(
+ portable_payload
+ .get("manifest")
+ .cloned()
+ .ok_or_else(|| "exchange package missing portable manifest".to_string())?,
+ )
+ .map_err(|error| format!("failed to parse exchange manifest: {error}"))?;
+ let checksums: ChecksumsFile = serde_json::from_value(
+ portable_payload
+ .get("checksums")
+ .cloned()
+ .ok_or_else(|| "exchange package missing portable checksums".to_string())?,
+ )
+ .map_err(|error| format!("failed to parse exchange checksums: {error}"))?;
+ let producer: ProducerDeclaration = serde_json::from_value(
+ trust_overlay
+ .get("producer")
+ .cloned()
+ .ok_or_else(|| "exchange package missing producer declaration".to_string())?,
+ )
+ .map_err(|error| format!("failed to parse exchange producer declaration: {error}"))?;
+ let signature_envelope: SignatureEnvelope = serde_json::from_value(
+ trust_overlay
+ .get("signature_envelope")
+ .cloned()
+ .ok_or_else(|| "exchange package missing signature envelope".to_string())?,
+ )
+ .map_err(|error| format!("failed to parse exchange signature envelope: {error}"))?;
+ let context_object = verification_context
+ .get("context_object")
+ .ok_or_else(|| "exchange package missing context_object".to_string())?;
+ let context_rules_object = verification_context
+ .get("context_rules_object")
+ .ok_or_else(|| "exchange package missing context_rules_object".to_string())?;
+ let policy_snapshot: TrustPolicy = serde_json::from_value(
+ verification_context
+ .get("policy_snapshot")
+ .cloned()
+ .ok_or_else(|| "exchange package missing policy_snapshot".to_string())?,
+ )
+ .map_err(|error| format!("failed to parse exchange policy snapshot: {error}"))?;
+ let registry_snapshot: RegistrySnapshot = serde_json::from_value(
+ verification_context
+ .get("registry_snapshot")
+ .cloned()
+ .ok_or_else(|| "exchange package missing registry_snapshot".to_string())?,
+ )
+ .map_err(|error| format!("failed to parse exchange registry snapshot: {error}"))?;
+
+ let recomputed_bundle_id = recompute_bundle_id(&manifest, &checksums)
+ .map_err(|error| format!("failed to recompute exchange bundle_id: {error}"))?;
+ let declared_bundle_id = portable_payload
+ .get("bundle_id")
+ .and_then(Value::as_str)
+ .ok_or_else(|| "exchange package missing declared portable bundle_id".to_string())?;
+
+ let recomputed_overlay_hash = recompute_inline_overlay_hash(&producer, &signature_envelope)?;
+ let declared_overlay_hash = trust_overlay
+ .get("trust_overlay_hash")
+ .and_then(Value::as_str)
+ .ok_or_else(|| "exchange package missing declared trust_overlay_hash".to_string())?;
+
+ let recomputed_policy_hash = compute_policy_hash(&policy_snapshot)
+ .map_err(|error| format!("failed to recompute exchange policy hash: {error}"))?;
+ let recomputed_registry_hash = compute_registry_snapshot_hash(®istry_snapshot)
+ .map_err(|error| format!("failed to recompute exchange registry hash: {error}"))?;
+ let recomputed_context_rules_hash = compute_context_rules_hash(context_rules_object)?;
+ let recomputed_verification_context_id =
+ compute_verification_context_id_from_object(context_object)?;
+
+ let declared_context_id = verification_context
+ .get("verification_context_id")
+ .and_then(Value::as_str)
+ .ok_or_else(|| "exchange package missing declared verification_context_id".to_string())?;
+ let declared_context_object_id = context_object
+ .get("verification_context_id")
+ .and_then(Value::as_str)
+ .ok_or_else(|| "exchange context object missing verification_context_id".to_string())?;
+ let declared_context_policy_hash = context_object
+ .get("policy_hash")
+ .and_then(Value::as_str)
+ .ok_or_else(|| "exchange context object missing policy_hash".to_string())?;
+ let declared_context_registry_hash = context_object
+ .get("registry_snapshot_hash")
+ .and_then(Value::as_str)
+ .ok_or_else(|| "exchange context object missing registry_snapshot_hash".to_string())?;
+ let declared_context_rules_hash = context_object
+ .get("context_rules_hash")
+ .and_then(Value::as_str)
+ .ok_or_else(|| "exchange context object missing context_rules_hash".to_string())?;
+
+ let receipt_value = package.get("receipt_artifact");
+ let receipt_present = receipt_value.is_some();
+ let mut receipt_binding_valid = !require_receipt;
+ let mut violations = Vec::new();
+
+ if declared_bundle_id != expected.bundle_id {
+ violations.push("declared_bundle_id_drift".to_string());
+ }
+ if recomputed_bundle_id != declared_bundle_id || recomputed_bundle_id != expected.bundle_id {
+ violations.push("portable_payload_identity_mutated".to_string());
+ }
+ if signature_envelope.bundle_id != expected.bundle_id {
+ violations.push("overlay_bundle_id_mismatch".to_string());
+ }
+ if declared_overlay_hash != expected.trust_overlay_hash {
+ violations.push("declared_overlay_hash_drift".to_string());
+ }
+ if recomputed_overlay_hash != declared_overlay_hash
+ || recomputed_overlay_hash != expected.trust_overlay_hash
+ {
+ violations.push("trust_overlay_identity_mutated".to_string());
+ }
+ if declared_context_policy_hash != recomputed_policy_hash
+ || declared_context_policy_hash != expected.policy_hash
+ {
+ violations.push("context_policy_hash_mismatch".to_string());
+ }
+ if declared_context_registry_hash != recomputed_registry_hash
+ || declared_context_registry_hash != expected.registry_snapshot_hash
+ {
+ violations.push("context_registry_hash_mismatch".to_string());
+ }
+ if declared_context_rules_hash != recomputed_context_rules_hash {
+ violations.push("context_rules_hash_mismatch".to_string());
+ }
+ if declared_context_id != expected.verification_context_id
+ || declared_context_object_id != expected.verification_context_id
+ {
+ violations.push("declared_verification_context_id_drift".to_string());
+ }
+ if recomputed_verification_context_id != declared_context_id
+ || recomputed_verification_context_id != declared_context_object_id
+ || recomputed_verification_context_id != expected.verification_context_id
+ {
+ violations.push("verification_context_identity_mutated".to_string());
+ }
+
+ if require_receipt && !receipt_present {
+ violations.push("receipt_artifact_missing".to_string());
+ }
+
+ if let Some(receipt_value) = receipt_value {
+ let receipt = receipt_value
+ .get("receipt")
+ .ok_or_else(|| "exchange receipt_artifact missing receipt payload".to_string())?;
+ let receipt_bundle_id = receipt
+ .get("bundle_id")
+ .and_then(Value::as_str)
+ .ok_or_else(|| "exchange receipt missing bundle_id".to_string())?;
+ let receipt_trust_overlay_hash = receipt
+ .get("trust_overlay_hash")
+ .and_then(Value::as_str)
+ .ok_or_else(|| "exchange receipt missing trust_overlay_hash".to_string())?;
+ let receipt_policy_hash = receipt
+ .get("policy_hash")
+ .and_then(Value::as_str)
+ .ok_or_else(|| "exchange receipt missing policy_hash".to_string())?;
+ let receipt_registry_hash = receipt
+ .get("registry_snapshot_hash")
+ .and_then(Value::as_str)
+ .ok_or_else(|| "exchange receipt missing registry_snapshot_hash".to_string())?;
+ let receipt_verdict = receipt
+ .get("verdict")
+ .and_then(Value::as_str)
+ .ok_or_else(|| "exchange receipt missing verdict".to_string())?;
+
+ receipt_binding_valid = receipt_bundle_id == expected.bundle_id
+ && receipt_trust_overlay_hash == expected.trust_overlay_hash
+ && receipt_policy_hash == expected.policy_hash
+ && receipt_registry_hash == expected.registry_snapshot_hash
+ && receipt_verdict == expected.verdict;
+ if !receipt_binding_valid {
+ violations.push("receipt_binding_mismatch".to_string());
+ }
+ }
+
+ Ok(ExchangeValidationResult {
+ portable_identity_preserved: recomputed_bundle_id == expected.bundle_id,
+ overlay_identity_preserved: recomputed_overlay_hash == expected.trust_overlay_hash,
+ context_identity_preserved: recomputed_verification_context_id
+ == expected.verification_context_id,
+ receipt_binding_valid,
+ receipt_present,
+ violations_count: violations.len(),
+ violations,
+ })
+}
+
+fn canonical_json_sha256(value: &Value) -> Result {
+ let bytes = canonicalize_json_value(value)
+ .map_err(|error| format!("verifier core canonicalization failed: {error}"))?;
+ Ok(sha256_hex(&bytes))
+}
+
+fn tamper_signature_envelope(root: &Path) -> Result<(), String> {
+ let signature_path = root.join("signatures/signature-envelope.json");
+ let mut envelope: SignatureEnvelope =
+ serde_json::from_slice(&fs::read(&signature_path).map_err(|error| {
+ format!(
+ "failed to read signature envelope {}: {error}",
+ signature_path.display()
+ )
+ })?)
+ .map_err(|error| {
+ format!(
+ "failed to parse signature envelope {}: {error}",
+ signature_path.display()
+ )
+ })?;
+ let signature = envelope
+ .signatures
+ .first_mut()
+ .ok_or_else(|| "signature envelope is missing baseline signatures".to_string())?;
+ signature.signature =
+ "base64:AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA=="
+ .to_string();
+ write_json(signature_path, &envelope)
+}
+
+fn remove_manifest_file(root: &Path) -> Result<(), String> {
+ let manifest_path = root.join("manifest.json");
+ fs::remove_file(&manifest_path).map_err(|error| {
+ format!(
+ "failed to remove manifest {}: {error}",
+ manifest_path.display()
+ )
+ })
+}
+
+fn count_expected_verdict(matrix: &[Value], expected_verdict: &str) -> usize {
+ matrix
+ .iter()
+ .filter(|row| {
+ row.get("expected_verdict")
+ .and_then(Value::as_str)
+ .map(|value| value == expected_verdict)
+ .unwrap_or(false)
+ })
+ .count()
+}
+
+fn trust_policy_outcome_row(
+ scenario: &str,
+ expected_verdict: VerificationVerdict,
+ bundle_path: &Path,
+ policy: &TrustPolicy,
+ registry_snapshot: &RegistrySnapshot,
+) -> Result {
+ let policy_hash = compute_policy_hash(policy).map_err(|error| {
+ format!("trust policy row hash computation failed for {scenario}: {error}")
+ })?;
+ let schema_findings = validate_policy(policy);
+ let outcome = run_core_verification(bundle_path, policy, registry_snapshot)?;
+ Ok(json!({
+ "scenario": scenario,
+ "expected_verdict": verdict_label(&expected_verdict),
+ "actual_verdict": verdict_label(&outcome.verdict),
+ "policy_hash": policy_hash,
+ "subject_policy_hash": outcome.subject.policy_hash,
+ "policy_hash_bound": outcome.subject.policy_hash == policy_hash,
+ "schema_error_codes": error_codes(&schema_findings),
+ "error_codes": error_codes(&outcome.findings),
+ "findings": findings_to_json(&outcome.findings),
+ "findings_count": outcome.findings.len(),
+ }))
+}
+
+fn matrix_row_has_status(row: &Value, expected: &str) -> bool {
+ row.get("primary_signer_status")
+ .and_then(Value::as_str)
+ .map(|value| value == expected)
+ .unwrap_or(false)
+}
+
+fn matrix_row_has_errors(row: &Value) -> bool {
+ row.get("error_codes")
+ .and_then(Value::as_array)
+ .map(|values| !values.is_empty())
+ .unwrap_or(false)
+}
+
+fn matrix_row_has_error_code(row: &Value, code: &str) -> bool {
+ row.get("error_codes")
+ .and_then(Value::as_array)
+ .into_iter()
+ .flatten()
+ .filter_map(Value::as_str)
+ .any(|value| value == code)
+ || row
+ .get("resolution_error_codes")
+ .and_then(Value::as_array)
+ .into_iter()
+ .flatten()
+ .filter_map(Value::as_str)
+ .any(|value| value == code)
+}
+
+fn parity_row_to_json(row: &CrossNodeParityRecord) -> Value {
+ json!({
+ "node_a": row.node_a,
+ "node_b": row.node_b,
+ "parity_status": parity_status_label(&row.parity_status),
+ "bundle_id_equal": row.bundle_id_equal,
+ "trust_overlay_hash_equal": row.trust_overlay_hash_equal,
+ "policy_hash_equal": row.policy_hash_equal,
+ "registry_snapshot_hash_equal": row.registry_snapshot_hash_equal,
+ "verification_context_id_equal": row.verification_context_id_equal,
+ "trusted_verifier_semantics_equal": row.trusted_verifier_semantics_equal,
+ "result_class_equal": row.result_class_equal,
+ "effective_authority_scope_equal": row.effective_authority_scope_equal,
+ "authority_chain_equal": row.authority_chain_equal,
+ "authority_chain_id_equal": row.authority_chain_id_equal,
+ "local_verdict_equal": row.local_verdict_equal,
+ })
+}
+
+fn parity_scenario_row(
+ scenario: &str,
+ row: &CrossNodeParityRecord,
+ expected_status: CrossNodeParityStatus,
+) -> Value {
+ let actual_status = parity_status_label(&row.parity_status);
+ let expected_status_label = parity_status_label(&expected_status);
+ json!({
+ "scenario": scenario,
+ "s_equal": row.bundle_id_equal
+ && row.trust_overlay_hash_equal
+ && row.policy_hash_equal
+ && row.registry_snapshot_hash_equal,
+ "c_equal": row.verification_context_id_equal,
+ "a_equal": row.trusted_verifier_semantics_equal,
+ "v_equal": row.local_verdict_equal,
+ "parity_status": actual_status,
+ "authority_chain_id_equal": row.authority_chain_id_equal,
+ "verification_context_id_equal": row.verification_context_id_equal,
+ "effective_authority_scope_equal": row.effective_authority_scope_equal,
+ "local_verdict_equal": row.local_verdict_equal,
+ "expected_status": expected_status_label,
+ "actual_status": actual_status,
+ "pass": actual_status == expected_status_label,
+ "row": parity_row_to_json(row),
+ })
+}
+
+fn count_parity_status(rows: &[&CrossNodeParityRecord], status: CrossNodeParityStatus) -> usize {
+ rows.iter()
+ .filter(|row| row.parity_status == status)
+ .count()
+}
+
+fn count_authority_chain_id_mismatches(rows: &[&CrossNodeParityRecord]) -> usize {
+ rows.iter()
+ .filter(|row| row.authority_chain_id_equal == Some(false))
+ .count()
+}
+
+fn count_effective_authority_scope_mismatches(rows: &[&CrossNodeParityRecord]) -> usize {
+ rows.iter()
+ .filter(|row| !row.effective_authority_scope_equal)
+ .count()
+}
+
+fn build_parity_convergence_report(node_outcomes: &[NodeParityOutcome], rows: &[Value]) -> Value {
+ let edge_match_clusters = build_parity_match_clusters(rows, &collect_parity_nodes(rows));
+ let surface_partitions = build_node_partitions(node_outcomes, |node| node.surface_key());
+ let outcome_partitions = build_node_partitions(node_outcomes, |node| node.outcome_key());
+ let node_count = node_outcomes.len();
+ let edge_count = rows.len();
+ let largest_surface_partition_size = surface_partitions
+ .iter()
+ .filter_map(|partition| partition.get("size").and_then(Value::as_u64))
+ .max()
+ .unwrap_or(0) as usize;
+ let largest_outcome_cluster_size = outcome_partitions
+ .iter()
+ .filter_map(|partition| partition.get("size").and_then(Value::as_u64))
+ .max()
+ .unwrap_or(0) as usize;
+ let surface_consistency_ratio = if node_count == 0 {
+ 0.0
+ } else {
+ largest_surface_partition_size as f64 / node_count as f64
+ };
+ let outcome_convergence_ratio = if node_count == 0 {
+ 0.0
+ } else {
+ largest_outcome_cluster_size as f64 / node_count as f64
+ };
+
+ let unique_subject_count =
+ count_unique_node_dimension(node_outcomes, |node| node.subject_hash());
+ let unique_context_count =
+ count_unique_node_dimension(node_outcomes, |node| node.context_hash());
+ let unique_authority_count =
+ count_unique_node_dimension(node_outcomes, |node| node.authority_hash());
+ let unique_outcome_count =
+ count_unique_node_dimension(node_outcomes, |node| node.outcome_key());
+ let historical_only_node_count = node_outcomes
+ .iter()
+ .filter(|node| node.is_historical_only())
+ .count();
+ let insufficient_evidence_node_count = node_outcomes
+ .iter()
+ .filter(|node| node.evidence_state() == &ParityEvidenceState::Insufficient)
+ .count();
+ let determinism_conflict_surface_count = count_determinism_conflict_surfaces(node_outcomes);
+ let determinism_violation_present = determinism_conflict_surface_count > 0;
+
+ let subject_mismatch_edges = count_parity_status_value(rows, "PARITY_SUBJECT_MISMATCH");
+ let context_mismatch_edges = count_parity_status_value(rows, "PARITY_CONTEXT_MISMATCH");
+ let verifier_mismatch_edges = count_parity_status_value(rows, "PARITY_VERIFIER_MISMATCH");
+ let historical_only_edges = count_parity_status_value(rows, "PARITY_HISTORICAL_ONLY");
+ let insufficient_evidence_edges =
+ count_parity_status_value(rows, "PARITY_INSUFFICIENT_EVIDENCE");
+ let determinism_violation_edges = count_parity_status_value(rows, "PARITY_VERDICT_MISMATCH");
+
+ let node_outcome_views: Vec = node_outcomes
+ .iter()
+ .map(NodeParityOutcomeView::from)
+ .collect();
+
+ json!({
+ "gate": "cross-node-parity",
+ "mode": "phase12_cross_node_parity_convergence_report",
+ "surface": "n-node-convergence",
+ "status": "PASS",
+ "cluster_derivation": "node_parity_outcome_dk_partitions",
+ "edge_match_cluster_derivation": "pairwise_match_graph_connected_components",
+ "node_count": node_count,
+ "edge_count": edge_count,
+ "unique_subject_count": unique_subject_count,
+ "unique_context_count": unique_context_count,
+ "unique_authority_count": unique_authority_count,
+ "unique_outcome_count": unique_outcome_count,
+ "historical_only_node_count": historical_only_node_count,
+ "insufficient_evidence_node_count": insufficient_evidence_node_count,
+ "surface_partition_count": surface_partitions.len(),
+ "outcome_partition_count": outcome_partitions.len(),
+ "largest_surface_partition_size": largest_surface_partition_size,
+ "largest_outcome_cluster_size": largest_outcome_cluster_size,
+ "surface_consistency_ratio": surface_consistency_ratio,
+ "outcome_convergence_ratio": outcome_convergence_ratio,
+ "determinism_violation_present": determinism_violation_present,
+ "determinism_conflict_surface_count": determinism_conflict_surface_count,
+ "global_status": classify_parity_convergence_status(
+ unique_subject_count,
+ unique_context_count,
+ unique_authority_count,
+ historical_only_node_count,
+ insufficient_evidence_node_count,
+ determinism_violation_present,
+ outcome_partitions.len(),
+ largest_outcome_cluster_size,
+ node_count,
+ ),
+ "status_counts": {
+ "PARITY_MATCH": count_parity_status_value(rows, "PARITY_MATCH"),
+ "PARITY_SUBJECT_MISMATCH": subject_mismatch_edges,
+ "PARITY_CONTEXT_MISMATCH": context_mismatch_edges,
+ "PARITY_VERIFIER_MISMATCH": verifier_mismatch_edges,
+ "PARITY_HISTORICAL_ONLY": historical_only_edges,
+ "PARITY_INSUFFICIENT_EVIDENCE": insufficient_evidence_edges,
+ "PARITY_VERDICT_MISMATCH": determinism_violation_edges,
+ },
+ "conflict_summary": {
+ "subject_mismatch_edges": subject_mismatch_edges,
+ "context_mismatch_edges": context_mismatch_edges,
+ "verifier_mismatch_edges": verifier_mismatch_edges,
+ "historical_only_edges": historical_only_edges,
+ "insufficient_evidence_edges": insufficient_evidence_edges,
+ "determinism_violation_edges": determinism_violation_edges,
+ "determinism_conflict_surface_count": determinism_conflict_surface_count,
+ },
+ "surface_partitions": surface_partitions,
+ "outcome_partitions": outcome_partitions,
+ "edge_match_clusters": edge_match_clusters,
+ "node_outcomes": node_outcome_views,
+ })
+}
+
+fn collect_parity_nodes(rows: &[Value]) -> BTreeSet {
+ let mut nodes = BTreeSet::new();
+ for row in rows {
+ if let Some(node_a) = parity_matrix_row_node(row, "node_a") {
+ nodes.insert(node_a);
+ }
+ if let Some(node_b) = parity_matrix_row_node(row, "node_b") {
+ nodes.insert(node_b);
+ }
+ }
+ nodes
+}
+
+fn build_parity_match_clusters(rows: &[Value], nodes: &BTreeSet) -> Vec {
+ let mut adjacency: BTreeMap> = nodes
+ .iter()
+ .cloned()
+ .map(|node| (node, BTreeSet::new()))
+ .collect();
+
+ for row in rows {
+ if parity_matrix_row_status(row) != Some("PARITY_MATCH") {
+ continue;
+ }
+ let Some(node_a) = parity_matrix_row_node(row, "node_a") else {
+ continue;
+ };
+ let Some(node_b) = parity_matrix_row_node(row, "node_b") else {
+ continue;
+ };
+ adjacency
+ .entry(node_a.clone())
+ .or_default()
+ .insert(node_b.clone());
+ adjacency.entry(node_b).or_default().insert(node_a);
+ }
+
+ let mut visited = BTreeSet::new();
+ let mut clusters = Vec::new();
+ let mut next_id = 1usize;
+
+ for node in nodes {
+ if visited.contains(node) {
+ continue;
+ }
+
+ let mut queue = VecDeque::new();
+ let mut component = Vec::new();
+ visited.insert(node.clone());
+ queue.push_back(node.clone());
+
+ while let Some(current) = queue.pop_front() {
+ component.push(current.clone());
+ if let Some(neighbors) = adjacency.get(¤t) {
+ for neighbor in neighbors {
+ if visited.insert(neighbor.clone()) {
+ queue.push_back(neighbor.clone());
+ }
+ }
+ }
+ }
+
+ component.sort();
+ let size = component.len();
+ clusters.push(json!({
+ "cluster_id": format!("cluster_{next_id}"),
+ "nodes": component,
+ "size": size,
+ }));
+ next_id += 1;
+ }
+
+ clusters.sort_by(|left, right| {
+ let left_size = left.get("size").and_then(Value::as_u64).unwrap_or(0);
+ let right_size = right.get("size").and_then(Value::as_u64).unwrap_or(0);
+ right_size.cmp(&left_size).then_with(|| {
+ let left_id = left
+ .get("cluster_id")
+ .and_then(Value::as_str)
+ .unwrap_or_default();
+ let right_id = right
+ .get("cluster_id")
+ .and_then(Value::as_str)
+ .unwrap_or_default();
+ left_id.cmp(right_id)
+ })
+ });
+ clusters
+}
+
+fn build_node_partitions(node_outcomes: &[NodeParityOutcome], key_fn: F) -> Vec
+where
+ F: Fn(&NodeParityOutcome) -> &str,
+{
+ let mut partitions: BTreeMap> = BTreeMap::new();
+ for node in node_outcomes {
+ partitions
+ .entry(key_fn(node).to_string())
+ .or_default()
+ .push(node.node_id.clone());
+ }
+
+ let mut values = Vec::new();
+ for (index, (key, mut nodes)) in partitions.into_iter().enumerate() {
+ nodes.sort();
+ let size = nodes.len();
+ values.push(json!({
+ "partition_id": format!("partition_{}", index + 1),
+ "key": key,
+ "nodes": nodes,
+ "size": size,
+ }));
+ }
+
+ values.sort_by(|left, right| {
+ let left_size = left.get("size").and_then(Value::as_u64).unwrap_or(0);
+ let right_size = right.get("size").and_then(Value::as_u64).unwrap_or(0);
+ right_size.cmp(&left_size).then_with(|| {
+ let left_id = left
+ .get("partition_id")
+ .and_then(Value::as_str)
+ .unwrap_or_default();
+ let right_id = right
+ .get("partition_id")
+ .and_then(Value::as_str)
+ .unwrap_or_default();
+ left_id.cmp(right_id)
+ })
+ });
+ values
+}
+
+fn count_unique_node_dimension(node_outcomes: &[NodeParityOutcome], key_fn: F) -> usize
+where
+ F: Fn(&NodeParityOutcome) -> &str,
+{
+ node_outcomes
+ .iter()
+ .map(|node| key_fn(node).to_string())
+ .collect::>()
+ .len()
+}
+
+fn count_determinism_conflict_surfaces(node_outcomes: &[NodeParityOutcome]) -> usize {
+ let mut verdicts_by_surface: BTreeMap> = BTreeMap::new();
+ for node in node_outcomes {
+ verdicts_by_surface
+ .entry(node.surface_key().to_string())
+ .or_default()
+ .insert(verdict_label(&node.verdict).to_string());
+ }
+
+ verdicts_by_surface
+ .values()
+ .filter(|verdicts| verdicts.len() > 1)
+ .count()
+}
+
+fn parity_matrix_row_node(row: &Value, key: &str) -> Option {
+ row.get("row")
+ .and_then(Value::as_object)
+ .and_then(|nested| nested.get(key))
+ .and_then(Value::as_str)
+ .map(|value| value.to_string())
+}
+
+fn parity_matrix_row_status(row: &Value) -> Option<&str> {
+ row.get("parity_status").and_then(Value::as_str)
+}
+
+fn count_parity_status_value(rows: &[Value], target: &str) -> usize {
+ rows.iter()
+ .filter(|row| parity_matrix_row_status(row) == Some(target))
+ .count()
+}
+
+fn classify_parity_convergence_status(
+ unique_subject_count: usize,
+ unique_context_count: usize,
+ unique_authority_count: usize,
+ historical_only_node_count: usize,
+ insufficient_evidence_node_count: usize,
+ determinism_violation_present: bool,
+ outcome_partition_count: usize,
+ largest_outcome_cluster_size: usize,
+ node_count: usize,
+) -> &'static str {
+ if determinism_violation_present {
+ return "N_PARITY_DETERMINISM_VIOLATION";
+ }
+
+ if insufficient_evidence_node_count > 0
+ && (unique_subject_count > 1
+ || unique_context_count > 1
+ || unique_authority_count > 1
+ || historical_only_node_count > 0)
+ {
+ return "N_PARITY_MIXED";
+ }
+
+ if insufficient_evidence_node_count > 0 {
+ return "N_PARITY_INSUFFICIENT_EVIDENCE";
+ }
+
+ if historical_only_node_count > 0 {
+ return "N_PARITY_HISTORICAL_ISLAND";
+ }
+
+ if outcome_partition_count == 1 && largest_outcome_cluster_size == node_count {
+ return "N_PARITY_CONVERGED";
+ }
+
+ "N_PARITY_CONSISTENCY_SPLIT"
+}
+
+fn build_alternate_parity_registry(
+ baseline: &VerifierTrustRegistrySnapshot,
+ verifier_key: &proof_verifier::types::ReceiptVerifierKey,
+) -> Result {
+ let mut registry = baseline.clone();
+ registry.verifier_registry_epoch = registry.verifier_registry_epoch.saturating_add(1);
+ registry.root_verifier_ids = vec!["root-verifier-c".to_string()];
+ registry.verifiers.insert(
+ "root-verifier-c".to_string(),
+ VerifierAuthorityNode {
+ verifier_id: "root-verifier-c".to_string(),
+ verifier_pubkey_id: "root-verifier-c-ed25519-key-2026-03-a".to_string(),
+ authority_scope: vec![
+ "context-distributor".to_string(),
+ "distributed-receipt-issuer".to_string(),
+ "parity-reporter".to_string(),
+ ],
+ authority_state: VerifierAuthorityState::Current,
+ },
+ );
+ registry.public_keys.insert(
+ "root-verifier-c-ed25519-key-2026-03-a".to_string(),
+ VerifierTrustRegistryPublicKey {
+ algorithm: "ed25519".to_string(),
+ public_key: verifier_key.public_key.clone(),
+ },
+ );
+ registry.delegation_edges = vec![VerifierDelegationEdge {
+ parent_verifier_id: "root-verifier-c".to_string(),
+ delegate_verifier_id: "node-b".to_string(),
+ delegated_scope: vec!["distributed-receipt-issuer".to_string()],
+ }];
+ registry.verifier_registry_snapshot_hash =
+ compute_verifier_trust_registry_snapshot_hash(®istry).map_err(|error| {
+ format!("alternate parity registry hash recomputation failed: {error}")
+ })?;
+ Ok(registry)
+}
+
+fn build_historical_only_parity_registry(
+ baseline: &VerifierTrustRegistrySnapshot,
+) -> Result {
+ let mut registry = baseline.clone();
+ registry.verifier_registry_epoch = registry.verifier_registry_epoch.saturating_add(1);
+ let node = registry
+ .verifiers
+ .get_mut("node-b")
+ .ok_or_else(|| "historical parity registry missing node-b".to_string())?;
+ node.authority_state = VerifierAuthorityState::HistoricalOnly;
+ registry.verifier_registry_snapshot_hash =
+ compute_verifier_trust_registry_snapshot_hash(®istry).map_err(|error| {
+ format!("historical parity registry hash recomputation failed: {error}")
+ })?;
+ Ok(registry)
+}
+
+fn build_scope_drift_parity_registry(
+ baseline: &VerifierTrustRegistrySnapshot,
+) -> Result {
+ let mut registry = baseline.clone();
+ registry.verifier_registry_epoch = registry.verifier_registry_epoch.saturating_add(1);
+ let node = registry
+ .verifiers
+ .get_mut("node-b")
+ .ok_or_else(|| "scope-drift parity registry missing node-b".to_string())?;
+ node.authority_scope = vec!["parity-reporter".to_string()];
+ let edge = registry
+ .delegation_edges
+ .iter_mut()
+ .find(|edge| edge.delegate_verifier_id == "node-b")
+ .ok_or_else(|| "scope-drift parity registry missing node-b delegation edge".to_string())?;
+ edge.delegated_scope = vec!["parity-reporter".to_string()];
+ registry.verifier_registry_snapshot_hash =
+ compute_verifier_trust_registry_snapshot_hash(®istry).map_err(|error| {
+ format!("scope-drift parity registry hash recomputation failed: {error}")
+ })?;
+ Ok(registry)
+}
+
+fn sha256_hex(bytes: &[u8]) -> String {
+ let mut hasher = Sha256::new();
+ hasher.update(bytes);
+ format!("{:x}", hasher.finalize())
+}
+
+fn write_json(path: PathBuf, payload: &T) -> Result<(), String> {
+ let bytes = serde_json::to_vec_pretty(payload)
+ .map_err(|error| format!("failed to serialize {}: {error}", path.display()))?;
+ fs::write(&path, bytes).map_err(|error| format!("failed to write {}: {error}", path.display()))
+}
+
+fn violations_from_report(report: &Value) -> Vec {
+ report
+ .get("violations")
+ .and_then(Value::as_array)
+ .into_iter()
+ .flatten()
+ .filter_map(Value::as_str)
+ .map(ToOwned::to_owned)
+ .collect()
+}
diff --git a/ayken-core/crates/proof-verifier/src/audit/ledger.rs b/ayken-core/crates/proof-verifier/src/audit/ledger.rs
new file mode 100644
index 000000000..ae07d1c85
--- /dev/null
+++ b/ayken-core/crates/proof-verifier/src/audit/ledger.rs
@@ -0,0 +1,129 @@
+use crate::audit::schema::build_audit_event;
+use crate::audit::verify::verify_audit_ledger;
+use crate::canonical::jcs::canonicalize_json;
+use crate::errors::VerifierRuntimeError;
+use crate::types::{
+ VerdictSubject, VerificationAuditEvent, VerificationReceipt, VerificationVerdict,
+};
+use std::fs::{self, OpenOptions};
+use std::io::Write;
+use std::path::{Path, PathBuf};
+use std::thread;
+use std::time::Duration;
+
+pub fn append_verification_audit_event(
+ ledger_path: &Path,
+ subject: &VerdictSubject,
+ verdict: VerificationVerdict,
+ receipt: &VerificationReceipt,
+) -> Result {
+ if receipt.verifier_signature_algorithm.is_none() || receipt.verifier_signature.is_none() {
+ return Err(VerifierRuntimeError::config(
+ "audit append requires a signed verification receipt",
+ ));
+ }
+
+ let _lock = AuditLedgerLock::acquire(ledger_path)?;
+
+ if ledger_path.exists() {
+ let findings = verify_audit_ledger(ledger_path)?;
+ if findings
+ .iter()
+ .any(|finding| matches!(finding.severity, crate::types::FindingSeverity::Error))
+ {
+ return Err(VerifierRuntimeError::config(
+ "existing audit ledger failed integrity verification before append",
+ ));
+ }
+ }
+
+ let existing_events = load_audit_events(ledger_path)?;
+ let previous_event_hash = existing_events.last().map(|event| event.event_id.clone());
+ let event = build_audit_event(subject, verdict, receipt, previous_event_hash)?;
+ append_event(ledger_path, &event)?;
+ Ok(event)
+}
+
+pub fn append_event(
+ ledger_path: &Path,
+ event: &VerificationAuditEvent,
+) -> Result<(), VerifierRuntimeError> {
+ if let Some(parent) = ledger_path.parent() {
+ fs::create_dir_all(parent)
+ .map_err(|error| VerifierRuntimeError::io("create audit ledger directory", error))?;
+ }
+
+ let bytes = canonicalize_json(event)?;
+ let mut file = OpenOptions::new()
+ .create(true)
+ .append(true)
+ .open(ledger_path)
+ .map_err(|error| VerifierRuntimeError::io("open audit ledger", error))?;
+ file.write_all(&bytes)
+ .map_err(|error| VerifierRuntimeError::io("append audit event", error))?;
+ file.sync_data()
+ .map_err(|error| VerifierRuntimeError::io("sync audit ledger", error))
+}
+
+pub fn load_audit_events(
+ ledger_path: &Path,
+) -> Result, VerifierRuntimeError> {
+ if !ledger_path.exists() {
+ return Ok(Vec::new());
+ }
+
+ let raw = fs::read_to_string(ledger_path)
+ .map_err(|error| VerifierRuntimeError::io("read audit ledger", error))?;
+ let mut events = Vec::new();
+ for line in raw.lines().filter(|line| !line.trim().is_empty()) {
+ let event = serde_json::from_str(line)
+ .map_err(|error| VerifierRuntimeError::json("parse audit ledger event", error))?;
+ events.push(event);
+ }
+ Ok(events)
+}
+
+struct AuditLedgerLock {
+ path: PathBuf,
+}
+
+impl AuditLedgerLock {
+ fn acquire(ledger_path: &Path) -> Result {
+ let path = lock_path_for(ledger_path)?;
+ if let Some(parent) = path.parent() {
+ fs::create_dir_all(parent).map_err(|error| {
+ VerifierRuntimeError::io("create audit ledger lock directory", error)
+ })?;
+ }
+ for _ in 0..200 {
+ match OpenOptions::new().write(true).create_new(true).open(&path) {
+ Ok(_) => return Ok(Self { path }),
+ Err(error) if error.kind() == std::io::ErrorKind::AlreadyExists => {
+ thread::sleep(Duration::from_millis(10));
+ }
+ Err(error) => {
+ return Err(VerifierRuntimeError::io("acquire audit ledger lock", error));
+ }
+ }
+ }
+
+ Err(VerifierRuntimeError::config(
+ "timed out acquiring audit ledger append lock",
+ ))
+ }
+}
+
+impl Drop for AuditLedgerLock {
+ fn drop(&mut self) {
+ let _ = fs::remove_file(&self.path);
+ }
+}
+
+fn lock_path_for(ledger_path: &Path) -> Result {
+ let file_name = ledger_path.file_name().ok_or_else(|| {
+ VerifierRuntimeError::config("audit ledger path must include a file name")
+ })?;
+ let mut lock_name = file_name.to_os_string();
+ lock_name.push(".lock");
+ Ok(ledger_path.with_file_name(lock_name))
+}
diff --git a/ayken-core/crates/proof-verifier/src/audit/mod.rs b/ayken-core/crates/proof-verifier/src/audit/mod.rs
new file mode 100644
index 000000000..d5a8465f1
--- /dev/null
+++ b/ayken-core/crates/proof-verifier/src/audit/mod.rs
@@ -0,0 +1,3 @@
+pub mod ledger;
+pub mod schema;
+pub mod verify;
diff --git a/ayken-core/crates/proof-verifier/src/audit/schema.rs b/ayken-core/crates/proof-verifier/src/audit/schema.rs
new file mode 100644
index 000000000..7d39dc6fd
--- /dev/null
+++ b/ayken-core/crates/proof-verifier/src/audit/schema.rs
@@ -0,0 +1,50 @@
+use crate::canonical::digest::sha256_hex;
+use crate::canonical::jcs::{canonicalize_json, canonicalize_json_value};
+use crate::errors::VerifierRuntimeError;
+use crate::types::{
+ VerdictSubject, VerificationAuditEvent, VerificationReceipt, VerificationVerdict,
+};
+use serde_json::Value;
+
+pub fn build_audit_event(
+ subject: &VerdictSubject,
+ verdict: VerificationVerdict,
+ receipt: &VerificationReceipt,
+ previous_event_hash: Option,
+) -> Result {
+ let receipt_hash = compute_receipt_hash(receipt)?;
+ let mut event = VerificationAuditEvent {
+ event_version: 1,
+ event_type: "verification".to_string(),
+ event_id: String::new(),
+ event_time_utc: receipt.payload.verified_at_utc.clone(),
+ verifier_node_id: receipt.payload.verifier_node_id.clone(),
+ verifier_key_id: receipt.payload.verifier_key_id.clone(),
+ bundle_id: subject.bundle_id.clone(),
+ trust_overlay_hash: subject.trust_overlay_hash.clone(),
+ policy_hash: subject.policy_hash.clone(),
+ registry_snapshot_hash: subject.registry_snapshot_hash.clone(),
+ verdict,
+ receipt_hash,
+ previous_event_hash,
+ };
+ event.event_id = format!("sha256:{}", compute_audit_event_hash(&event)?);
+ Ok(event)
+}
+
+pub fn compute_audit_event_hash(
+ event: &VerificationAuditEvent,
+) -> Result {
+ let mut event_value = serde_json::to_value(event)
+ .map_err(|error| VerifierRuntimeError::json("serialize audit event", error))?;
+ if let Value::Object(map) = &mut event_value {
+ map.remove("event_id");
+ }
+ let bytes = canonicalize_json_value(&event_value)?;
+ Ok(sha256_hex(&bytes))
+}
+
+pub fn compute_receipt_hash(receipt: &VerificationReceipt) -> Result {
+ let bytes = canonicalize_json(receipt)?;
+ Ok(sha256_hex(&bytes))
+}
diff --git a/ayken-core/crates/proof-verifier/src/audit/verify.rs b/ayken-core/crates/proof-verifier/src/audit/verify.rs
new file mode 100644
index 000000000..7592ff1e8
--- /dev/null
+++ b/ayken-core/crates/proof-verifier/src/audit/verify.rs
@@ -0,0 +1,199 @@
+use crate::audit::ledger::load_audit_events;
+use crate::audit::schema::{compute_audit_event_hash, compute_receipt_hash};
+use crate::errors::VerifierRuntimeError;
+use crate::receipt::verify::{verify_signed_receipt, verify_signed_receipt_with_authority};
+use crate::types::{
+ ReceiptVerifierKey, VerdictSubject, VerificationAuditEvent, VerificationFinding,
+ VerificationReceipt, VerifierTrustRegistrySnapshot,
+};
+use std::collections::BTreeMap;
+use std::path::Path;
+
+pub struct AuditReceiptBinding<'a> {
+ pub receipt: &'a VerificationReceipt,
+ pub verifier_key: &'a ReceiptVerifierKey,
+ pub verifier_registry: Option<&'a VerifierTrustRegistrySnapshot>,
+}
+
+pub fn verify_audit_ledger(
+ ledger_path: &Path,
+) -> Result, VerifierRuntimeError> {
+ let events = load_audit_events(ledger_path)?;
+ let mut findings = Vec::new();
+ let mut previous_event_id: Option = None;
+
+ for event in &events {
+ findings.extend(validate_event_shape(event));
+
+ let expected_event_id = format!("sha256:{}", compute_audit_event_hash(event)?);
+ if event.event_id != expected_event_id {
+ findings.push(VerificationFinding::error(
+ "PV0801",
+ "audit event_id does not match canonical recomputed audit event hash",
+ ));
+ }
+
+ if event.previous_event_hash != previous_event_id {
+ findings.push(VerificationFinding::error(
+ "PV0802",
+ "audit ledger previous_event_hash does not match prior event identity",
+ ));
+ }
+
+ previous_event_id = Some(event.event_id.clone());
+ }
+
+ Ok(findings)
+}
+
+pub fn verify_audit_event_against_receipt(
+ event: &VerificationAuditEvent,
+ receipt: &VerificationReceipt,
+ verifier_key: &ReceiptVerifierKey,
+) -> Result, VerifierRuntimeError> {
+ let mut findings = validate_event_against_receipt_binding(event, receipt)?;
+ let expected_subject = VerdictSubject {
+ bundle_id: event.bundle_id.clone(),
+ trust_overlay_hash: event.trust_overlay_hash.clone(),
+ policy_hash: event.policy_hash.clone(),
+ registry_snapshot_hash: event.registry_snapshot_hash.clone(),
+ };
+ findings.extend(verify_signed_receipt(
+ receipt,
+ &expected_subject,
+ verifier_key,
+ )?);
+
+ Ok(findings)
+}
+
+pub fn verify_audit_event_against_receipt_with_authority(
+ event: &VerificationAuditEvent,
+ receipt: &VerificationReceipt,
+ verifier_key: &ReceiptVerifierKey,
+ verifier_registry: &VerifierTrustRegistrySnapshot,
+) -> Result, VerifierRuntimeError> {
+ let mut findings = validate_event_against_receipt_binding(event, receipt)?;
+
+ let expected_subject = VerdictSubject {
+ bundle_id: event.bundle_id.clone(),
+ trust_overlay_hash: event.trust_overlay_hash.clone(),
+ policy_hash: event.policy_hash.clone(),
+ registry_snapshot_hash: event.registry_snapshot_hash.clone(),
+ };
+ let distributed = verify_signed_receipt_with_authority(
+ receipt,
+ &expected_subject,
+ verifier_key,
+ verifier_registry,
+ )?;
+ findings.extend(distributed.findings);
+ Ok(findings)
+}
+
+pub fn verify_audit_ledger_with_receipts(
+ ledger_path: &Path,
+ bindings: &BTreeMap>,
+) -> Result, VerifierRuntimeError> {
+ let events = load_audit_events(ledger_path)?;
+ let mut findings = verify_audit_ledger(ledger_path)?;
+
+ for event in &events {
+ let Some(binding) = bindings.get(&event.receipt_hash) else {
+ findings.push(VerificationFinding::error(
+ "PV0807",
+ "audit ledger is missing receipt binding material for receipt_hash",
+ ));
+ continue;
+ };
+ if let Some(verifier_registry) = binding.verifier_registry {
+ findings.extend(verify_audit_event_against_receipt_with_authority(
+ event,
+ binding.receipt,
+ binding.verifier_key,
+ verifier_registry,
+ )?);
+ } else {
+ findings.extend(verify_audit_event_against_receipt(
+ event,
+ binding.receipt,
+ binding.verifier_key,
+ )?);
+ }
+ }
+
+ Ok(findings)
+}
+
+fn validate_event_against_receipt_binding(
+ event: &VerificationAuditEvent,
+ receipt: &VerificationReceipt,
+) -> Result, VerifierRuntimeError> {
+ let mut findings = Vec::new();
+ let expected_receipt_hash = compute_receipt_hash(receipt)?;
+ if event.receipt_hash != expected_receipt_hash {
+ findings.push(VerificationFinding::error(
+ "PV0803",
+ "audit event receipt_hash does not match canonical recomputed receipt hash",
+ ));
+ }
+
+ if event.bundle_id != receipt.payload.bundle_id
+ || event.trust_overlay_hash != receipt.payload.trust_overlay_hash
+ || event.policy_hash != receipt.payload.policy_hash
+ || event.registry_snapshot_hash != receipt.payload.registry_snapshot_hash
+ || event.verdict != receipt.payload.verdict
+ {
+ findings.push(VerificationFinding::error(
+ "PV0805",
+ "audit event subject tuple does not match receipt payload",
+ ));
+ }
+
+ if event.verifier_node_id != receipt.payload.verifier_node_id
+ || event.verifier_key_id != receipt.payload.verifier_key_id
+ {
+ findings.push(VerificationFinding::error(
+ "PV0806",
+ "audit event verifier identity does not match receipt payload",
+ ));
+ }
+
+ Ok(findings)
+}
+
+fn validate_event_shape(event: &VerificationAuditEvent) -> Vec {
+ let mut findings = Vec::new();
+ if event.event_version != 1 {
+ findings.push(VerificationFinding::error(
+ "PV0804",
+ "audit event_version is unsupported",
+ ));
+ }
+ if event.event_type != "verification" {
+ findings.push(VerificationFinding::error(
+ "PV0804",
+ "audit event_type must be verification",
+ ));
+ }
+ if !event.event_id.starts_with("sha256:") {
+ findings.push(VerificationFinding::error(
+ "PV0804",
+ "audit event_id must use sha256: prefix",
+ ));
+ }
+ if !is_sha256_hex(&event.receipt_hash) {
+ findings.push(VerificationFinding::error(
+ "PV0804",
+ "audit receipt_hash must be a 64-character lowercase SHA-256 hex digest",
+ ));
+ }
+ findings
+}
+
+fn is_sha256_hex(value: &str) -> bool {
+ value.len() == 64
+ && value
+ .bytes()
+ .all(|byte| matches!(byte, b'0'..=b'9' | b'a'..=b'f'))
+}
diff --git a/ayken-core/crates/proof-verifier/src/authority/authority_drift_topology.rs b/ayken-core/crates/proof-verifier/src/authority/authority_drift_topology.rs
new file mode 100644
index 000000000..9978606cd
--- /dev/null
+++ b/ayken-core/crates/proof-verifier/src/authority/authority_drift_topology.rs
@@ -0,0 +1,618 @@
+use crate::authority::parity::NodeParityOutcome;
+use serde::{Deserialize, Serialize};
+use std::collections::{BTreeMap, BTreeSet};
+
+#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
+#[serde(rename_all = "snake_case")]
+pub enum AuthorityClusterKind {
+ Current,
+ CurrentDrift,
+ HistoricalOnly,
+ Unresolved,
+}
+
+#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
+pub struct AuthorityCluster {
+ pub authority_cluster_key: String,
+ pub authority_chain_id: String,
+ pub effective_authority_scope: Vec,
+ pub node_ids: Vec,
+ pub node_count: usize,
+ pub kind: AuthorityClusterKind,
+}
+
+#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
+pub struct AuthorityDriftTopology {
+ pub node_count: usize,
+ pub authority_cluster_count: usize,
+ #[serde(default)]
+ pub dominant_authority_chain_id: Option,
+ #[serde(default)]
+ pub dominant_authority_cluster_key: Option,
+ pub drifted_node_count: usize,
+ pub historical_only_node_count: usize,
+ pub unresolved_node_count: usize,
+ pub clusters: Vec,
+}
+
+#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
+#[serde(rename_all = "snake_case")]
+pub enum AuthoritySuppressionRule {
+ ScopeAlias,
+ HistoricalShadow,
+ RegistrySkew,
+}
+
+#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
+pub struct SuppressedAuthorityDrift {
+ pub rule: AuthoritySuppressionRule,
+ #[serde(default)]
+ pub authority_chain_id: Option,
+ pub node_ids: Vec,
+ pub node_count: usize,
+ #[serde(default)]
+ pub raw_effective_authority_scopes: Vec>,
+ #[serde(default)]
+ pub verifier_registry_snapshot_hashes: Vec,
+ #[serde(default)]
+ pub suppressed_against_cluster_key: Option,
+}
+
+#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
+pub struct AuthoritySuppressionReport {
+ pub node_count: usize,
+ pub suppression_guard_active: bool,
+ pub suppressed_drift_count: usize,
+ pub rule_counts: BTreeMap,
+ pub suppressed_drifts: Vec,
+}
+
+#[derive(Debug, Clone, PartialEq, Eq)]
+struct AuthorityClusterIdentity {
+ authority_chain_id: String,
+ effective_authority_scope: Vec,
+}
+
+#[derive(Debug, Clone)]
+struct CurrentAuthorityGroup<'a> {
+ cluster_key: String,
+ identity: AuthorityClusterIdentity,
+ nodes: Vec<&'a NodeParityOutcome>,
+}
+
+pub fn build_authority_drift_topology(
+ node_outcomes: &[NodeParityOutcome],
+) -> AuthorityDriftTopology {
+ let mut grouped: BTreeMap> = BTreeMap::new();
+
+ for node in node_outcomes {
+ grouped
+ .entry(authority_cluster_key(node))
+ .or_default()
+ .push(node);
+ }
+
+ let dominant_authority_cluster_key = grouped
+ .iter()
+ .filter(|(key, _)| !is_historical_cluster_key(key) && !is_unresolved_cluster_key(key))
+ .max_by(|(left_key, left_nodes), (right_key, right_nodes)| {
+ left_nodes
+ .len()
+ .cmp(&right_nodes.len())
+ .then_with(|| right_key.cmp(left_key))
+ })
+ .map(|(key, _)| key.clone());
+
+ let dominant_authority_chain_id = dominant_authority_cluster_key
+ .as_deref()
+ .and_then(parse_cluster_identity)
+ .map(|identity| identity.authority_chain_id);
+
+ let mut clusters = Vec::new();
+ let mut drifted_node_count = 0usize;
+ let mut historical_only_node_count = 0usize;
+ let mut unresolved_node_count = 0usize;
+
+ for (cluster_key, mut nodes) in grouped {
+ nodes.sort_by(|left, right| left.node_id.cmp(&right.node_id));
+ let node_ids = nodes
+ .iter()
+ .map(|node| node.node_id.clone())
+ .collect::>();
+ let node_count = node_ids.len();
+
+ let (authority_chain_id, effective_authority_scope, kind) =
+ if is_historical_cluster_key(&cluster_key) {
+ historical_only_node_count += node_count;
+ (
+ "historical-only".to_string(),
+ Vec::new(),
+ AuthorityClusterKind::HistoricalOnly,
+ )
+ } else if is_unresolved_cluster_key(&cluster_key) {
+ drifted_node_count += node_count;
+ unresolved_node_count += node_count;
+ (
+ "unresolved-authority".to_string(),
+ Vec::new(),
+ AuthorityClusterKind::Unresolved,
+ )
+ } else {
+ let identity = parse_cluster_identity(&cluster_key)
+ .expect("current authority cluster keys must parse");
+ if Some(cluster_key.clone()) == dominant_authority_cluster_key {
+ (
+ identity.authority_chain_id,
+ identity.effective_authority_scope,
+ AuthorityClusterKind::Current,
+ )
+ } else {
+ drifted_node_count += node_count;
+ (
+ identity.authority_chain_id,
+ identity.effective_authority_scope,
+ AuthorityClusterKind::CurrentDrift,
+ )
+ }
+ };
+
+ clusters.push(AuthorityCluster {
+ authority_cluster_key: cluster_key,
+ authority_chain_id,
+ effective_authority_scope,
+ node_ids,
+ node_count,
+ kind,
+ });
+ }
+
+ clusters.sort_by(|left, right| {
+ right
+ .node_count
+ .cmp(&left.node_count)
+ .then_with(|| left.authority_cluster_key.cmp(&right.authority_cluster_key))
+ });
+
+ AuthorityDriftTopology {
+ node_count: node_outcomes.len(),
+ authority_cluster_count: clusters.len(),
+ dominant_authority_chain_id,
+ dominant_authority_cluster_key,
+ drifted_node_count,
+ historical_only_node_count,
+ unresolved_node_count,
+ clusters,
+ }
+}
+
+pub fn analyze_authority_drift_suppressions(
+ node_outcomes: &[NodeParityOutcome],
+) -> AuthoritySuppressionReport {
+ let current_groups = build_current_authority_groups(node_outcomes);
+ let dominant_authority_cluster_key = current_groups
+ .iter()
+ .max_by(|left, right| {
+ left.nodes
+ .len()
+ .cmp(&right.nodes.len())
+ .then_with(|| right.cluster_key.cmp(&left.cluster_key))
+ })
+ .map(|group| group.cluster_key.clone());
+
+ let mut suppressed_drifts = Vec::new();
+ suppressed_drifts.extend(build_scope_alias_suppressions(¤t_groups));
+ suppressed_drifts.extend(build_registry_skew_suppressions(¤t_groups));
+ suppressed_drifts.extend(build_historical_shadow_suppressions(
+ node_outcomes,
+ ¤t_groups,
+ dominant_authority_cluster_key.as_deref(),
+ ));
+
+ suppressed_drifts.sort_by(|left, right| {
+ suppression_rule_label(&left.rule)
+ .cmp(suppression_rule_label(&right.rule))
+ .then_with(|| left.node_count.cmp(&right.node_count).reverse())
+ .then_with(|| left.node_ids.cmp(&right.node_ids))
+ });
+
+ let mut rule_counts = BTreeMap::new();
+ for suppressed in &suppressed_drifts {
+ let key = suppression_rule_label(&suppressed.rule).to_string();
+ *rule_counts.entry(key).or_insert(0) += 1;
+ }
+
+ AuthoritySuppressionReport {
+ node_count: node_outcomes.len(),
+ suppression_guard_active: true,
+ suppressed_drift_count: suppressed_drifts.len(),
+ rule_counts,
+ suppressed_drifts,
+ }
+}
+
+fn build_current_authority_groups<'a>(
+ node_outcomes: &'a [NodeParityOutcome],
+) -> Vec> {
+ let mut grouped: BTreeMap> = BTreeMap::new();
+ for node in node_outcomes {
+ if node.is_historical_only() || node.authority_chain_id().is_none() {
+ continue;
+ }
+ grouped
+ .entry(authority_cluster_key(node))
+ .or_default()
+ .push(node);
+ }
+
+ let mut groups = Vec::new();
+ for (cluster_key, mut nodes) in grouped {
+ nodes.sort_by(|left, right| left.node_id.cmp(&right.node_id));
+ let identity = parse_cluster_identity(&cluster_key)
+ .expect("current authority cluster keys must parse");
+ groups.push(CurrentAuthorityGroup {
+ cluster_key,
+ identity,
+ nodes,
+ });
+ }
+
+ groups.sort_by(|left, right| left.cluster_key.cmp(&right.cluster_key));
+ groups
+}
+
+fn build_scope_alias_suppressions(
+ current_groups: &[CurrentAuthorityGroup<'_>],
+) -> Vec {
+ let mut suppressions = Vec::new();
+
+ for group in current_groups {
+ let raw_scope_sets = unique_scope_sets(&group.nodes);
+ if raw_scope_sets.len() <= 1 {
+ continue;
+ }
+
+ suppressions.push(SuppressedAuthorityDrift {
+ rule: AuthoritySuppressionRule::ScopeAlias,
+ authority_chain_id: Some(group.identity.authority_chain_id.clone()),
+ node_ids: group
+ .nodes
+ .iter()
+ .map(|node| node.node_id.clone())
+ .collect(),
+ node_count: group.nodes.len(),
+ raw_effective_authority_scopes: raw_scope_sets,
+ verifier_registry_snapshot_hashes: unique_registry_snapshot_hashes(&group.nodes),
+ suppressed_against_cluster_key: Some(group.cluster_key.clone()),
+ });
+ }
+
+ suppressions
+}
+
+fn build_registry_skew_suppressions(
+ current_groups: &[CurrentAuthorityGroup<'_>],
+) -> Vec {
+ let mut suppressions = Vec::new();
+
+ for group in current_groups {
+ let registry_hashes = unique_registry_snapshot_hashes(&group.nodes);
+ if registry_hashes.len() <= 1 {
+ continue;
+ }
+
+ suppressions.push(SuppressedAuthorityDrift {
+ rule: AuthoritySuppressionRule::RegistrySkew,
+ authority_chain_id: Some(group.identity.authority_chain_id.clone()),
+ node_ids: group
+ .nodes
+ .iter()
+ .map(|node| node.node_id.clone())
+ .collect(),
+ node_count: group.nodes.len(),
+ raw_effective_authority_scopes: unique_scope_sets(&group.nodes),
+ verifier_registry_snapshot_hashes: registry_hashes,
+ suppressed_against_cluster_key: Some(group.cluster_key.clone()),
+ });
+ }
+
+ suppressions
+}
+
+fn build_historical_shadow_suppressions(
+ node_outcomes: &[NodeParityOutcome],
+ current_groups: &[CurrentAuthorityGroup<'_>],
+ dominant_authority_cluster_key: Option<&str>,
+) -> Vec {
+ let mut current_by_chain: BTreeMap = BTreeMap::new();
+ for group in current_groups {
+ current_by_chain
+ .entry(group.identity.authority_chain_id.clone())
+ .or_insert_with(|| group.cluster_key.clone());
+ }
+
+ let mut historical_by_chain: BTreeMap> = BTreeMap::new();
+ for node in node_outcomes {
+ if !node.is_historical_only() {
+ continue;
+ }
+ let Some(authority_chain_id) = node.authority_chain_id() else {
+ continue;
+ };
+ if !current_by_chain.contains_key(authority_chain_id) {
+ continue;
+ }
+ historical_by_chain
+ .entry(authority_chain_id.to_string())
+ .or_default()
+ .push(node);
+ }
+
+ let mut suppressions = Vec::new();
+ for (authority_chain_id, mut nodes) in historical_by_chain {
+ nodes.sort_by(|left, right| left.node_id.cmp(&right.node_id));
+ let node_ids = nodes
+ .iter()
+ .map(|node| node.node_id.clone())
+ .collect::>();
+ let suppressed_against_cluster_key = dominant_authority_cluster_key
+ .filter(|current| {
+ current_by_chain
+ .get(&authority_chain_id)
+ .map(|value| value.as_str())
+ == Some(*current)
+ })
+ .map(ToString::to_string)
+ .or_else(|| current_by_chain.get(&authority_chain_id).cloned());
+ suppressions.push(SuppressedAuthorityDrift {
+ rule: AuthoritySuppressionRule::HistoricalShadow,
+ authority_chain_id: Some(authority_chain_id),
+ node_count: node_ids.len(),
+ node_ids,
+ raw_effective_authority_scopes: vec![Vec::new()],
+ verifier_registry_snapshot_hashes: unique_registry_snapshot_hashes(&nodes),
+ suppressed_against_cluster_key,
+ });
+ }
+
+ suppressions
+}
+
+fn authority_cluster_key(node: &NodeParityOutcome) -> String {
+ if node.is_historical_only() {
+ return "historical-only".to_string();
+ }
+
+ if let Some(authority_chain_id) = node.authority_chain_id() {
+ return format!(
+ "chain:{}|scope:{}",
+ authority_chain_id,
+ normalize_scope(node.effective_authority_scope())
+ );
+ }
+
+ "unresolved-authority".to_string()
+}
+
+fn normalize_scope(scope: &[String]) -> String {
+ if scope.is_empty() {
+ return "".to_string();
+ }
+
+ let mut sorted = scope
+ .iter()
+ .map(|item| canonicalize_scope_token(item))
+ .collect::>();
+ sorted.sort();
+ sorted.dedup();
+ sorted.join(",")
+}
+
+fn canonicalize_scope_token(token: &str) -> String {
+ let canonical = token.trim().to_ascii_lowercase().replace('_', "-");
+ match canonical.as_str() {
+ "*" | "root" | "global" | "all" => "global".to_string(),
+ _ => canonical,
+ }
+}
+
+fn unique_scope_sets(nodes: &[&NodeParityOutcome]) -> Vec> {
+ let mut unique = BTreeSet::new();
+ for node in nodes {
+ let mut raw_scope = node.effective_authority_scope().to_vec();
+ raw_scope.sort();
+ unique.insert(raw_scope);
+ }
+ unique.into_iter().collect()
+}
+
+fn unique_registry_snapshot_hashes(nodes: &[&NodeParityOutcome]) -> Vec {
+ let mut unique = nodes
+ .iter()
+ .map(|node| node.verifier_registry_snapshot_hash().to_string())
+ .collect::>()
+ .into_iter()
+ .collect::>();
+ unique.sort();
+ unique
+}
+
+fn is_historical_cluster_key(key: &str) -> bool {
+ key == "historical-only"
+}
+
+fn is_unresolved_cluster_key(key: &str) -> bool {
+ key == "unresolved-authority"
+}
+
+fn parse_cluster_identity(key: &str) -> Option {
+ let rest = key.strip_prefix("chain:")?;
+ let (authority_chain_id, scope) = rest.split_once("|scope:")?;
+ let effective_authority_scope = if scope == "" {
+ Vec::new()
+ } else {
+ scope
+ .split(',')
+ .map(ToString::to_string)
+ .collect::>()
+ };
+ Some(AuthorityClusterIdentity {
+ authority_chain_id: authority_chain_id.to_string(),
+ effective_authority_scope,
+ })
+}
+
+fn suppression_rule_label(rule: &AuthoritySuppressionRule) -> &'static str {
+ match rule {
+ AuthoritySuppressionRule::ScopeAlias => "scope_alias",
+ AuthoritySuppressionRule::HistoricalShadow => "historical_shadow",
+ AuthoritySuppressionRule::RegistrySkew => "registry_skew",
+ }
+}
+
+#[cfg(test)]
+mod tests {
+ use super::*;
+ use crate::authority::parity::{
+ build_node_parity_outcome, ParityArtifactForm, ParityEvidenceState,
+ };
+ use crate::types::{
+ VerdictSubject, VerificationVerdict, VerifierAuthorityResolution,
+ VerifierAuthorityResolutionClass,
+ };
+
+ fn sample_subject() -> VerdictSubject {
+ VerdictSubject {
+ bundle_id: "bundle-1".to_string(),
+ trust_overlay_hash: "overlay-1".to_string(),
+ policy_hash: "policy-1".to_string(),
+ registry_snapshot_hash: "registry-1".to_string(),
+ }
+ }
+
+ fn sample_authority(
+ result_class: VerifierAuthorityResolutionClass,
+ chain_id: Option<&str>,
+ scope: &[&str],
+ verifier_registry_snapshot_hash: &str,
+ ) -> VerifierAuthorityResolution {
+ VerifierAuthorityResolution {
+ result_class,
+ requested_verifier_id: "verifier-a".to_string(),
+ requested_authority_scope: scope.iter().map(|item| item.to_string()).collect(),
+ authority_chain: chain_id
+ .map(|value| vec!["root-a".to_string(), value.to_string()])
+ .unwrap_or_default(),
+ authority_chain_id: chain_id.map(ToString::to_string),
+ effective_authority_scope: scope.iter().map(|item| item.to_string()).collect(),
+ verifier_registry_snapshot_hash: verifier_registry_snapshot_hash.to_string(),
+ findings: Vec::new(),
+ }
+ }
+
+ fn sample_node(node_id: &str, authority: &VerifierAuthorityResolution) -> NodeParityOutcome {
+ build_node_parity_outcome(
+ node_id,
+ node_id,
+ &sample_subject(),
+ "context-1",
+ "contract-v1",
+ authority,
+ &VerificationVerdict::Trusted,
+ ParityArtifactForm::LocalVerificationOutcome,
+ ParityEvidenceState::Sufficient,
+ )
+ .expect("build node parity outcome")
+ }
+
+ #[test]
+ fn groups_current_drift_historical_and_unresolved_clusters() {
+ let current = sample_authority(
+ VerifierAuthorityResolutionClass::AuthorityResolvedDelegated,
+ Some("chain-a"),
+ &["distributed_receipt_acceptance"],
+ "registry-1",
+ );
+ let current_scope_drift = sample_authority(
+ VerifierAuthorityResolutionClass::AuthorityResolvedDelegated,
+ Some("chain-a"),
+ &["parity-reporter"],
+ "registry-1",
+ );
+ let alt_current = sample_authority(
+ VerifierAuthorityResolutionClass::AuthorityResolvedDelegated,
+ Some("chain-b"),
+ &["distributed_receipt_acceptance"],
+ "registry-1",
+ );
+ let historical = sample_authority(
+ VerifierAuthorityResolutionClass::AuthorityHistoricalOnly,
+ Some("chain-a"),
+ &["distributed_receipt_acceptance"],
+ "registry-1",
+ );
+ let unresolved = sample_authority(
+ VerifierAuthorityResolutionClass::AuthorityNoValidChain,
+ None,
+ &["distributed_receipt_acceptance"],
+ "registry-1",
+ );
+
+ let nodes = vec![
+ sample_node("node-a", ¤t),
+ sample_node("node-b", ¤t),
+ sample_node("node-c", ¤t_scope_drift),
+ sample_node("node-d", &alt_current),
+ sample_node("node-e", &historical),
+ sample_node("node-f", &unresolved),
+ ];
+
+ let topology = build_authority_drift_topology(&nodes);
+ assert_eq!(topology.node_count, 6);
+ assert_eq!(topology.authority_cluster_count, 5);
+ assert_eq!(
+ topology.dominant_authority_chain_id.as_deref(),
+ Some("chain-a")
+ );
+ assert_eq!(topology.drifted_node_count, 3);
+ assert_eq!(topology.historical_only_node_count, 1);
+ assert_eq!(topology.unresolved_node_count, 1);
+ assert_eq!(topology.clusters[0].kind, AuthorityClusterKind::Current);
+ assert_eq!(topology.clusters[0].node_count, 2);
+ }
+
+ #[test]
+ fn suppresses_scope_alias_registry_skew_and_historical_shadow() {
+ let current = sample_authority(
+ VerifierAuthorityResolutionClass::AuthorityResolvedDelegated,
+ Some("chain-a"),
+ &["global"],
+ "registry-1",
+ );
+ let scope_alias = sample_authority(
+ VerifierAuthorityResolutionClass::AuthorityResolvedDelegated,
+ Some("chain-a"),
+ &["*"],
+ "registry-2",
+ );
+ let historical = sample_authority(
+ VerifierAuthorityResolutionClass::AuthorityHistoricalOnly,
+ Some("chain-a"),
+ &["global"],
+ "registry-3",
+ );
+
+ let nodes = vec![
+ sample_node("node-a", ¤t),
+ sample_node("node-b", &scope_alias),
+ sample_node("node-c", &historical),
+ ];
+
+ let report = analyze_authority_drift_suppressions(&nodes);
+ assert_eq!(report.node_count, 3);
+ assert!(report.suppression_guard_active);
+ assert_eq!(report.suppressed_drift_count, 3);
+ assert_eq!(report.rule_counts.get("scope_alias"), Some(&1));
+ assert_eq!(report.rule_counts.get("registry_skew"), Some(&1));
+ assert_eq!(report.rule_counts.get("historical_shadow"), Some(&1));
+ }
+}
diff --git a/ayken-core/crates/proof-verifier/src/authority/determinism_incident.rs b/ayken-core/crates/proof-verifier/src/authority/determinism_incident.rs
new file mode 100644
index 000000000..7af9b4141
--- /dev/null
+++ b/ayken-core/crates/proof-verifier/src/authority/determinism_incident.rs
@@ -0,0 +1,465 @@
+use crate::authority::parity::{NodeParityOutcome, ParityEvidenceState};
+use crate::canonical::digest::sha256_hex;
+use crate::types::VerificationVerdict;
+use serde::{Deserialize, Serialize};
+use std::collections::{BTreeMap, BTreeSet};
+
+#[cfg(test)]
+use crate::authority::parity::{build_node_parity_outcome, ParityArtifactForm};
+#[cfg(test)]
+use crate::types::{VerdictSubject, VerifierAuthorityResolution, VerifierAuthorityResolutionClass};
+
+#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
+#[serde(rename_all = "snake_case")]
+pub enum DeterminismIncidentClass {
+ DeterminismFailure,
+}
+
+#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
+#[serde(rename_all = "snake_case")]
+pub enum DeterminismIncidentSeverity {
+ PureDeterminismFailure,
+ AuthorityDrift,
+ ContextDrift,
+ SubjectDrift,
+ Mixed,
+}
+
+#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
+#[serde(rename_all = "snake_case")]
+pub enum DeterminismSuppressionReason {
+ HistoricalOnly,
+ InsufficientEvidence,
+ SubjectDrift,
+ ContextDrift,
+ AuthorityDrift,
+ Mixed,
+}
+
+#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
+pub struct DeterminismOutcomePartition {
+ pub outcome_key: String,
+ pub node_ids: Vec,
+ pub node_count: usize,
+ pub verdicts: Vec,
+}
+
+#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
+pub struct DeterminismIncident {
+ pub incident_id: String,
+ pub surface_key: String,
+ pub nodes: Vec,
+ pub outcome_keys: Vec,
+ pub node_count: usize,
+ pub outcome_partition_count: usize,
+ pub subject_equal: bool,
+ pub context_equal: bool,
+ pub authority_equal: bool,
+ pub drift_class: DeterminismIncidentClass,
+ pub severity: DeterminismIncidentSeverity,
+ pub outcome_partitions: Vec,
+}
+
+#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
+pub struct SuppressedDeterminismIncident {
+ pub surface_key: String,
+ pub nodes: Vec,
+ pub outcome_keys: Vec,
+ pub node_count: usize,
+ pub outcome_partition_count: usize,
+ pub subject_equal: bool,
+ pub context_equal: bool,
+ pub authority_equal: bool,
+ pub historical_only_present: bool,
+ pub insufficient_evidence_present: bool,
+ pub suppression_reason: DeterminismSuppressionReason,
+ pub outcome_partitions: Vec,
+}
+
+#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
+pub struct DeterminismIncidentReport {
+ pub node_count: usize,
+ pub surface_partition_count: usize,
+ pub determinism_incident_count: usize,
+ pub severity_counts: BTreeMap,
+ pub suppressed_incident_count: usize,
+ pub suppression_reason_counts: BTreeMap,
+ pub incidents: Vec,
+ pub suppressed_incidents: Vec,
+}
+
+pub fn analyze_determinism_incidents(
+ node_outcomes: &[NodeParityOutcome],
+) -> DeterminismIncidentReport {
+ let mut surfaces: BTreeMap> = BTreeMap::new();
+ for node in node_outcomes {
+ surfaces
+ .entry(node.surface_key().to_string())
+ .or_default()
+ .push(node);
+ }
+
+ let surface_partition_count = surfaces.len();
+ let mut incidents = Vec::new();
+ let mut severity_counts: BTreeMap = BTreeMap::new();
+ let mut suppressed_incidents = Vec::new();
+ let mut suppression_reason_counts: BTreeMap = BTreeMap::new();
+
+ for (surface_key, mut nodes) in surfaces.into_iter() {
+ nodes.sort_by(|left, right| left.node_id.cmp(&right.node_id));
+ let outcome_partitions = build_outcome_partitions(&nodes);
+ if outcome_partitions.len() <= 1 {
+ continue;
+ }
+
+ let nodes_list = sorted_node_ids(&nodes);
+ let outcome_keys = outcome_partitions
+ .iter()
+ .map(|partition| partition.outcome_key.clone())
+ .collect();
+ let subject_equal = unique_count(&nodes, |node| node.subject_hash()) == 1;
+ let context_equal = unique_count(&nodes, |node| node.context_hash()) == 1;
+ let authority_equal = unique_count(&nodes, |node| node.authority_hash()) == 1;
+ let historical_only_present = nodes.iter().any(|node| node.is_historical_only());
+ let insufficient_evidence_present = nodes
+ .iter()
+ .any(|node| node.evidence_state() == &ParityEvidenceState::Insufficient);
+ let severity = derive_severity(subject_equal, context_equal, authority_equal);
+ if let Some(reason) = classify_suppression_reason(
+ subject_equal,
+ context_equal,
+ authority_equal,
+ historical_only_present,
+ insufficient_evidence_present,
+ ) {
+ *suppression_reason_counts
+ .entry(suppression_reason_label(&reason).to_string())
+ .or_insert(0) += 1;
+ suppressed_incidents.push(SuppressedDeterminismIncident {
+ surface_key,
+ nodes: nodes_list.clone(),
+ outcome_keys,
+ node_count: nodes_list.len(),
+ outcome_partition_count: outcome_partitions.len(),
+ subject_equal,
+ context_equal,
+ authority_equal,
+ historical_only_present,
+ insufficient_evidence_present,
+ suppression_reason: reason,
+ outcome_partitions,
+ });
+ continue;
+ }
+ *severity_counts
+ .entry(severity_label(&severity).to_string())
+ .or_insert(0) += 1;
+
+ incidents.push(DeterminismIncident {
+ incident_id: compute_incident_id(&surface_key, &outcome_partitions),
+ surface_key,
+ nodes: nodes_list.clone(),
+ outcome_keys,
+ node_count: nodes_list.len(),
+ outcome_partition_count: outcome_partitions.len(),
+ subject_equal,
+ context_equal,
+ authority_equal,
+ drift_class: DeterminismIncidentClass::DeterminismFailure,
+ severity,
+ outcome_partitions,
+ });
+ }
+
+ incidents.sort_by(|left, right| {
+ right
+ .node_count
+ .cmp(&left.node_count)
+ .then_with(|| left.incident_id.cmp(&right.incident_id))
+ });
+ suppressed_incidents.sort_by(|left, right| {
+ right
+ .node_count
+ .cmp(&left.node_count)
+ .then_with(|| left.surface_key.cmp(&right.surface_key))
+ });
+
+ DeterminismIncidentReport {
+ node_count: node_outcomes.len(),
+ surface_partition_count,
+ determinism_incident_count: incidents.len(),
+ severity_counts,
+ suppressed_incident_count: suppressed_incidents.len(),
+ suppression_reason_counts,
+ incidents,
+ suppressed_incidents,
+ }
+}
+
+fn derive_severity(
+ subject_equal: bool,
+ context_equal: bool,
+ authority_equal: bool,
+) -> DeterminismIncidentSeverity {
+ match (subject_equal, context_equal, authority_equal) {
+ (true, true, true) => DeterminismIncidentSeverity::PureDeterminismFailure,
+ (true, true, false) => DeterminismIncidentSeverity::AuthorityDrift,
+ (true, false, true) => DeterminismIncidentSeverity::ContextDrift,
+ (false, true, true) => DeterminismIncidentSeverity::SubjectDrift,
+ _ => DeterminismIncidentSeverity::Mixed,
+ }
+}
+
+fn classify_suppression_reason(
+ subject_equal: bool,
+ context_equal: bool,
+ authority_equal: bool,
+ historical_only_present: bool,
+ insufficient_evidence_present: bool,
+) -> Option {
+ if insufficient_evidence_present {
+ return Some(DeterminismSuppressionReason::InsufficientEvidence);
+ }
+ if historical_only_present {
+ return Some(DeterminismSuppressionReason::HistoricalOnly);
+ }
+ match (subject_equal, context_equal, authority_equal) {
+ (true, true, true) => None,
+ (false, true, true) => Some(DeterminismSuppressionReason::SubjectDrift),
+ (true, false, true) => Some(DeterminismSuppressionReason::ContextDrift),
+ (true, true, false) => Some(DeterminismSuppressionReason::AuthorityDrift),
+ _ => Some(DeterminismSuppressionReason::Mixed),
+ }
+}
+
+fn build_outcome_partitions(nodes: &[&NodeParityOutcome]) -> Vec {
+ let mut partitions: BTreeMap> = BTreeMap::new();
+ for node in nodes {
+ partitions
+ .entry(node.outcome_key().to_string())
+ .or_default()
+ .push(*node);
+ }
+
+ let mut values = Vec::new();
+ for (outcome_key, mut partition_nodes) in partitions {
+ partition_nodes.sort_by(|left, right| left.node_id.cmp(&right.node_id));
+ let node_ids = sorted_node_ids(&partition_nodes);
+ let verdicts = partition_nodes
+ .iter()
+ .map(|node| verdict_label(&node.verdict).to_string())
+ .collect::>()
+ .into_iter()
+ .collect::>();
+
+ values.push(DeterminismOutcomePartition {
+ outcome_key,
+ node_count: node_ids.len(),
+ node_ids,
+ verdicts,
+ });
+ }
+
+ values.sort_by(|left, right| {
+ right
+ .node_count
+ .cmp(&left.node_count)
+ .then_with(|| left.outcome_key.cmp(&right.outcome_key))
+ });
+ values
+}
+
+fn compute_incident_id(
+ surface_key: &str,
+ outcome_partitions: &[DeterminismOutcomePartition],
+) -> String {
+ let mut parts = outcome_partitions
+ .iter()
+ .map(|partition| format!("{}:{}", partition.outcome_key, partition.node_count))
+ .collect::>();
+ parts.sort();
+ let material = format!("{surface_key}|{}", parts.join("|"));
+ format!("sha256:{}", sha256_hex(material.as_bytes()))
+}
+
+fn unique_count(nodes: &[&NodeParityOutcome], key_fn: F) -> usize
+where
+ F: Fn(&NodeParityOutcome) -> &str,
+{
+ nodes
+ .iter()
+ .map(|node| key_fn(node).to_string())
+ .collect::>()
+ .len()
+}
+
+fn sorted_node_ids(nodes: &[&NodeParityOutcome]) -> Vec {
+ let mut ids = nodes
+ .iter()
+ .map(|node| node.node_id.clone())
+ .collect::>();
+ ids.sort();
+ ids
+}
+
+fn verdict_label(verdict: &VerificationVerdict) -> &'static str {
+ match verdict {
+ VerificationVerdict::Trusted => "TRUSTED",
+ VerificationVerdict::Untrusted => "UNTRUSTED",
+ VerificationVerdict::Invalid => "INVALID",
+ VerificationVerdict::RejectedByPolicy => "REJECTED_BY_POLICY",
+ }
+}
+
+fn severity_label(severity: &DeterminismIncidentSeverity) -> &'static str {
+ match severity {
+ DeterminismIncidentSeverity::PureDeterminismFailure => "pure_determinism_failure",
+ DeterminismIncidentSeverity::AuthorityDrift => "authority_drift",
+ DeterminismIncidentSeverity::ContextDrift => "context_drift",
+ DeterminismIncidentSeverity::SubjectDrift => "subject_drift",
+ DeterminismIncidentSeverity::Mixed => "mixed",
+ }
+}
+
+fn suppression_reason_label(reason: &DeterminismSuppressionReason) -> &'static str {
+ match reason {
+ DeterminismSuppressionReason::HistoricalOnly => "historical_only",
+ DeterminismSuppressionReason::InsufficientEvidence => "insufficient_evidence",
+ DeterminismSuppressionReason::SubjectDrift => "subject_drift",
+ DeterminismSuppressionReason::ContextDrift => "context_drift",
+ DeterminismSuppressionReason::AuthorityDrift => "authority_drift",
+ DeterminismSuppressionReason::Mixed => "mixed",
+ }
+}
+
+#[cfg(test)]
+mod tests {
+ use super::*;
+
+ fn sample_subject() -> VerdictSubject {
+ VerdictSubject {
+ bundle_id: "bundle-1".to_string(),
+ trust_overlay_hash: "overlay-1".to_string(),
+ policy_hash: "policy-1".to_string(),
+ registry_snapshot_hash: "registry-1".to_string(),
+ }
+ }
+
+ fn sample_authority(
+ result_class: VerifierAuthorityResolutionClass,
+ ) -> VerifierAuthorityResolution {
+ VerifierAuthorityResolution {
+ result_class,
+ requested_verifier_id: "verifier-a".to_string(),
+ requested_authority_scope: vec!["distributed_receipt_acceptance".to_string()],
+ authority_chain: vec!["root-a".to_string()],
+ authority_chain_id: Some("chain-a".to_string()),
+ effective_authority_scope: vec!["distributed_receipt_acceptance".to_string()],
+ verifier_registry_snapshot_hash: "verifier-registry-1".to_string(),
+ findings: Vec::new(),
+ }
+ }
+
+ fn sample_node(
+ node_id: &str,
+ verdict: VerificationVerdict,
+ authority: &VerifierAuthorityResolution,
+ evidence_state: ParityEvidenceState,
+ ) -> NodeParityOutcome {
+ build_node_parity_outcome(
+ node_id,
+ node_id,
+ &sample_subject(),
+ "context-1",
+ "contract-v1",
+ authority,
+ &verdict,
+ ParityArtifactForm::LocalVerificationOutcome,
+ evidence_state,
+ )
+ .expect("build node parity outcome")
+ }
+
+ #[test]
+ fn emits_pure_determinism_incident_for_current_sufficient_surface() {
+ let authority = sample_authority(VerifierAuthorityResolutionClass::AuthorityResolvedRoot);
+ let nodes = vec![
+ sample_node(
+ "node-a",
+ VerificationVerdict::Trusted,
+ &authority,
+ ParityEvidenceState::Sufficient,
+ ),
+ sample_node(
+ "node-b",
+ VerificationVerdict::RejectedByPolicy,
+ &authority,
+ ParityEvidenceState::Sufficient,
+ ),
+ ];
+
+ let report = analyze_determinism_incidents(&nodes);
+ assert_eq!(report.determinism_incident_count, 1);
+ assert_eq!(report.suppressed_incident_count, 0);
+ assert_eq!(
+ report.severity_counts.get("pure_determinism_failure"),
+ Some(&1usize)
+ );
+ }
+
+ #[test]
+ fn suppresses_false_incident_when_evidence_is_insufficient() {
+ let authority = sample_authority(VerifierAuthorityResolutionClass::AuthorityResolvedRoot);
+ let nodes = vec![
+ sample_node(
+ "node-a",
+ VerificationVerdict::Trusted,
+ &authority,
+ ParityEvidenceState::Sufficient,
+ ),
+ sample_node(
+ "node-b",
+ VerificationVerdict::RejectedByPolicy,
+ &authority,
+ ParityEvidenceState::Insufficient,
+ ),
+ ];
+
+ let report = analyze_determinism_incidents(&nodes);
+ assert_eq!(report.determinism_incident_count, 0);
+ assert_eq!(report.suppressed_incident_count, 1);
+ assert_eq!(
+ report
+ .suppression_reason_counts
+ .get("insufficient_evidence"),
+ Some(&1usize)
+ );
+ }
+
+ #[test]
+ fn suppresses_false_incident_when_authority_is_historical_only() {
+ let authority = sample_authority(VerifierAuthorityResolutionClass::AuthorityHistoricalOnly);
+ let nodes = vec![
+ sample_node(
+ "node-a",
+ VerificationVerdict::Trusted,
+ &authority,
+ ParityEvidenceState::Sufficient,
+ ),
+ sample_node(
+ "node-b",
+ VerificationVerdict::RejectedByPolicy,
+ &authority,
+ ParityEvidenceState::Sufficient,
+ ),
+ ];
+
+ let report = analyze_determinism_incidents(&nodes);
+ assert_eq!(report.determinism_incident_count, 0);
+ assert_eq!(report.suppressed_incident_count, 1);
+ assert_eq!(
+ report.suppression_reason_counts.get("historical_only"),
+ Some(&1usize)
+ );
+ }
+}
diff --git a/ayken-core/crates/proof-verifier/src/authority/drift_attribution.rs b/ayken-core/crates/proof-verifier/src/authority/drift_attribution.rs
new file mode 100644
index 000000000..6fad1fc62
--- /dev/null
+++ b/ayken-core/crates/proof-verifier/src/authority/drift_attribution.rs
@@ -0,0 +1,342 @@
+use crate::authority::parity::{NodeParityOutcome, ParityEvidenceState};
+use serde::{Deserialize, Serialize};
+use std::collections::{BTreeMap, BTreeSet};
+
+#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
+#[serde(rename_all = "snake_case")]
+pub enum DriftCause {
+ NoDrift,
+ SubjectDrift,
+ ContextDrift,
+ AuthorityDrift,
+ AuthorityScopeDrift,
+ AuthorityChainDrift,
+ AuthorityHistoricalOnly,
+ InsufficientEvidence,
+ VerdictDrift,
+ Mixed,
+}
+
+#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
+pub struct DriftPartitionReport {
+ pub partition_id: String,
+ pub surface_key: String,
+ pub node_ids: Vec,
+ pub outcome_partition_count: usize,
+ pub subject_equal: bool,
+ pub context_equal: bool,
+ pub authority_equal: bool,
+ pub verdict_split: bool,
+ pub historical_only_present: bool,
+ pub insufficient_evidence_present: bool,
+ pub primary_cause: DriftCause,
+ pub secondary_causes: Vec,
+}
+
+#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
+pub struct DriftReport {
+ pub node_count: usize,
+ pub surface_partition_count: usize,
+ pub outcome_partition_count: usize,
+ #[serde(default)]
+ pub baseline_partition_id: Option,
+ #[serde(default)]
+ pub baseline_surface_key: Option,
+ pub historical_authority_island_count: usize,
+ pub insufficient_evidence_island_count: usize,
+ pub historical_authority_islands: Vec,
+ pub insufficient_evidence_islands: Vec,
+ pub partition_reports: Vec,
+ pub primary_cause_counts: BTreeMap,
+}
+
+#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
+pub struct DriftIslandReport {
+ pub partition_id: String,
+ pub surface_key: String,
+ pub node_ids: Vec,
+ pub node_count: usize,
+ pub island_type: DriftCause,
+}
+
+struct SurfacePartition<'a> {
+ surface_key: String,
+ nodes: Vec<&'a NodeParityOutcome>,
+}
+
+pub fn analyze_parity_drift(node_outcomes: &[NodeParityOutcome]) -> DriftReport {
+ let partitions = partition_by_surface(node_outcomes);
+ let baseline = partitions.first();
+ let baseline_partition_id = baseline.map(|_| "partition_1".to_string());
+ let baseline_surface_key = baseline.map(|partition| partition.surface_key.clone());
+ let outcome_partition_count = unique_outcome_partition_count(node_outcomes);
+
+ let mut partition_reports = Vec::new();
+ let mut primary_cause_counts: BTreeMap = BTreeMap::new();
+ let mut historical_authority_islands = Vec::new();
+ let mut insufficient_evidence_islands = Vec::new();
+
+ for (index, partition) in partitions.iter().enumerate() {
+ let report = analyze_surface_partition(index + 1, partition, baseline);
+ *primary_cause_counts
+ .entry(drift_cause_label(&report.primary_cause).to_string())
+ .or_insert(0) += 1;
+ if report.historical_only_present {
+ historical_authority_islands.push(DriftIslandReport::from_partition(
+ &report,
+ DriftCause::AuthorityHistoricalOnly,
+ ));
+ }
+ if report.insufficient_evidence_present {
+ insufficient_evidence_islands.push(DriftIslandReport::from_partition(
+ &report,
+ DriftCause::InsufficientEvidence,
+ ));
+ }
+ partition_reports.push(report);
+ }
+
+ DriftReport {
+ node_count: node_outcomes.len(),
+ surface_partition_count: partition_reports.len(),
+ outcome_partition_count,
+ baseline_partition_id,
+ baseline_surface_key,
+ historical_authority_island_count: historical_authority_islands.len(),
+ insufficient_evidence_island_count: insufficient_evidence_islands.len(),
+ historical_authority_islands,
+ insufficient_evidence_islands,
+ partition_reports,
+ primary_cause_counts,
+ }
+}
+
+impl DriftIslandReport {
+ fn from_partition(partition: &DriftPartitionReport, island_type: DriftCause) -> Self {
+ Self {
+ partition_id: partition.partition_id.clone(),
+ surface_key: partition.surface_key.clone(),
+ node_ids: partition.node_ids.clone(),
+ node_count: partition.node_ids.len(),
+ island_type,
+ }
+ }
+}
+
+fn partition_by_surface<'a>(node_outcomes: &'a [NodeParityOutcome]) -> Vec> {
+ let mut grouped: BTreeMap> = BTreeMap::new();
+ for node in node_outcomes {
+ grouped
+ .entry(node.surface_key().to_string())
+ .or_default()
+ .push(node);
+ }
+
+ let mut partitions: Vec> = grouped
+ .into_iter()
+ .map(|(surface_key, mut nodes)| {
+ nodes.sort_by(|left, right| left.node_id.cmp(&right.node_id));
+ SurfacePartition { surface_key, nodes }
+ })
+ .collect();
+
+ partitions.sort_by(|left, right| {
+ right
+ .nodes
+ .len()
+ .cmp(&left.nodes.len())
+ .then_with(|| left.surface_key.cmp(&right.surface_key))
+ });
+ partitions
+}
+
+fn analyze_surface_partition(
+ partition_index: usize,
+ partition: &SurfacePartition<'_>,
+ baseline: Option<&SurfacePartition<'_>>,
+) -> DriftPartitionReport {
+ let node_ids = sorted_node_ids(&partition.nodes);
+ let outcome_partition_count = unique_count(&partition.nodes, |node| node.outcome_key());
+ let verdict_split = outcome_partition_count > 1;
+ let historical_only_present = partition.nodes.iter().any(|node| node.is_historical_only());
+ let insufficient_evidence_present = partition
+ .nodes
+ .iter()
+ .any(|node| node.evidence_state() == &ParityEvidenceState::Insufficient);
+
+ let (subject_equal, context_equal, authority_equal) = if let Some(baseline_partition) = baseline
+ {
+ let reference = baseline_partition
+ .nodes
+ .first()
+ .copied()
+ .expect("baseline partition must have at least one node");
+ let current = partition
+ .nodes
+ .first()
+ .copied()
+ .expect("surface partition must have at least one node");
+ (
+ current.subject_hash() == reference.subject_hash(),
+ current.context_hash() == reference.context_hash(),
+ current.authority_hash() == reference.authority_hash(),
+ )
+ } else {
+ (true, true, true)
+ };
+
+ let (primary_cause, secondary_causes) = classify_partition_causes(
+ partition,
+ baseline,
+ subject_equal,
+ context_equal,
+ authority_equal,
+ verdict_split,
+ historical_only_present,
+ insufficient_evidence_present,
+ );
+
+ DriftPartitionReport {
+ partition_id: format!("partition_{partition_index}"),
+ surface_key: partition.surface_key.clone(),
+ node_ids,
+ outcome_partition_count,
+ subject_equal,
+ context_equal,
+ authority_equal,
+ verdict_split,
+ historical_only_present,
+ insufficient_evidence_present,
+ primary_cause,
+ secondary_causes,
+ }
+}
+
+fn classify_partition_causes(
+ partition: &SurfacePartition<'_>,
+ baseline: Option<&SurfacePartition<'_>>,
+ subject_equal: bool,
+ context_equal: bool,
+ authority_equal: bool,
+ verdict_split: bool,
+ historical_only_present: bool,
+ insufficient_evidence_present: bool,
+) -> (DriftCause, Vec) {
+ let mut causes = Vec::new();
+
+ if !subject_equal {
+ causes.push(DriftCause::SubjectDrift);
+ }
+ if !context_equal {
+ causes.push(DriftCause::ContextDrift);
+ }
+ if !authority_equal {
+ causes.push(classify_authority_drift(partition, baseline));
+ }
+ if historical_only_present {
+ causes.push(DriftCause::AuthorityHistoricalOnly);
+ }
+ if insufficient_evidence_present {
+ causes.push(DriftCause::InsufficientEvidence);
+ }
+ if verdict_split {
+ causes.push(DriftCause::VerdictDrift);
+ }
+
+ if causes.is_empty() {
+ return (DriftCause::NoDrift, Vec::new());
+ }
+
+ if causes.len() == 1 {
+ return (causes[0].clone(), Vec::new());
+ }
+
+ let prioritized = [
+ DriftCause::InsufficientEvidence,
+ DriftCause::AuthorityHistoricalOnly,
+ DriftCause::SubjectDrift,
+ DriftCause::ContextDrift,
+ DriftCause::AuthorityScopeDrift,
+ DriftCause::AuthorityChainDrift,
+ DriftCause::AuthorityDrift,
+ DriftCause::VerdictDrift,
+ ];
+
+ for candidate in prioritized {
+ if let Some(position) = causes.iter().position(|cause| *cause == candidate) {
+ let primary = causes.remove(position);
+ return (primary, causes);
+ }
+ }
+
+ (DriftCause::Mixed, causes)
+}
+
+fn classify_authority_drift(
+ partition: &SurfacePartition<'_>,
+ baseline: Option<&SurfacePartition<'_>>,
+) -> DriftCause {
+ let Some(baseline_partition) = baseline else {
+ return DriftCause::AuthorityDrift;
+ };
+ let reference = baseline_partition
+ .nodes
+ .first()
+ .copied()
+ .expect("baseline partition must have at least one node");
+ let current = partition
+ .nodes
+ .first()
+ .copied()
+ .expect("surface partition must have at least one node");
+
+ if current.effective_authority_scope() != reference.effective_authority_scope() {
+ return DriftCause::AuthorityScopeDrift;
+ }
+
+ if current.authority_chain_id() != reference.authority_chain_id() {
+ return DriftCause::AuthorityChainDrift;
+ }
+
+ DriftCause::AuthorityDrift
+}
+
+fn sorted_node_ids(nodes: &[&NodeParityOutcome]) -> Vec {
+ let mut ids: Vec = nodes.iter().map(|node| node.node_id.clone()).collect();
+ ids.sort();
+ ids
+}
+
+fn unique_count(nodes: &[&NodeParityOutcome], key_fn: F) -> usize
+where
+ F: Fn(&NodeParityOutcome) -> &str,
+{
+ nodes
+ .iter()
+ .map(|node| key_fn(node).to_string())
+ .collect::>()
+ .len()
+}
+
+fn unique_outcome_partition_count(node_outcomes: &[NodeParityOutcome]) -> usize {
+ node_outcomes
+ .iter()
+ .map(|node| node.outcome_key().to_string())
+ .collect::>()
+ .len()
+}
+
+fn drift_cause_label(cause: &DriftCause) -> &'static str {
+ match cause {
+ DriftCause::NoDrift => "no_drift",
+ DriftCause::SubjectDrift => "subject_drift",
+ DriftCause::ContextDrift => "context_drift",
+ DriftCause::AuthorityDrift => "authority_drift",
+ DriftCause::AuthorityScopeDrift => "authority_scope_drift",
+ DriftCause::AuthorityChainDrift => "authority_chain_drift",
+ DriftCause::AuthorityHistoricalOnly => "authority_historical_only",
+ DriftCause::InsufficientEvidence => "insufficient_evidence",
+ DriftCause::VerdictDrift => "verdict_drift",
+ DriftCause::Mixed => "mixed",
+ }
+}
diff --git a/ayken-core/crates/proof-verifier/src/authority/incident_graph.rs b/ayken-core/crates/proof-verifier/src/authority/incident_graph.rs
new file mode 100644
index 000000000..ead426123
--- /dev/null
+++ b/ayken-core/crates/proof-verifier/src/authority/incident_graph.rs
@@ -0,0 +1,224 @@
+use crate::authority::determinism_incident::{DeterminismIncident, DeterminismIncidentReport};
+use crate::authority::parity::NodeParityOutcome;
+use serde::{Deserialize, Serialize};
+use std::collections::BTreeSet;
+
+#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
+#[serde(rename_all = "snake_case")]
+pub enum IncidentGraphEdgeType {
+ SameOutcome,
+ Incident,
+}
+
+#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
+pub struct IncidentGraphNode {
+ pub id: String,
+ pub surface_key: String,
+ pub outcome_key: String,
+ pub verdict: String,
+}
+
+#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
+pub struct IncidentGraphEdge {
+ pub from: String,
+ pub to: String,
+ pub edge_type: IncidentGraphEdgeType,
+ #[serde(default)]
+ pub incident_id: Option,
+ #[serde(default)]
+ pub surface_key: Option,
+}
+
+#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
+pub struct IncidentGraphIncidentView {
+ pub incident_id: String,
+ pub surface_key: String,
+ pub severity: String,
+ pub nodes: Vec,
+ pub node_count: usize,
+}
+
+#[derive(Debug, Clone, PartialEq, Eq, Serialize, Deserialize)]
+pub struct IncidentGraph {
+ pub node_count: usize,
+ pub edge_count: usize,
+ pub incident_count: usize,
+ pub nodes: Vec,
+ pub edges: Vec,
+ pub incidents: Vec,
+}
+
+pub fn build_incident_graph(
+ node_outcomes: &[NodeParityOutcome],
+ incident_report: &DeterminismIncidentReport,
+) -> IncidentGraph {
+ let mut nodes = node_outcomes
+ .iter()
+ .map(|node| IncidentGraphNode {
+ id: node.node_id.clone(),
+ surface_key: node.surface_key().to_string(),
+ outcome_key: node.outcome_key().to_string(),
+ verdict: verdict_label(&node.verdict).to_string(),
+ })
+ .collect::>();
+ nodes.sort_by(|left, right| left.id.cmp(&right.id));
+
+ let mut edges = Vec::new();
+ let mut seen_edges = BTreeSet::new();
+
+ for incident in &incident_report.incidents {
+ push_partition_edges(incident, &mut edges, &mut seen_edges);
+ push_incident_edges(incident, &mut edges, &mut seen_edges);
+ }
+
+ edges.sort_by(|left, right| {
+ left.from
+ .cmp(&right.from)
+ .then_with(|| left.to.cmp(&right.to))
+ .then_with(|| format!("{:?}", left.edge_type).cmp(&format!("{:?}", right.edge_type)))
+ .then_with(|| left.incident_id.cmp(&right.incident_id))
+ });
+
+ let mut incidents = incident_report
+ .incidents
+ .iter()
+ .map(|incident| IncidentGraphIncidentView {
+ incident_id: incident.incident_id.clone(),
+ surface_key: incident.surface_key.clone(),
+ severity: severity_label(&incident.severity).to_string(),
+ nodes: incident.nodes.clone(),
+ node_count: incident.node_count,
+ })
+ .collect::