B4_RS2_Structuring_F8_1e_EN.md
# B4_RS2_Structuring_F8_1e_EN.md
## 0 Document Declaration
```markdown
# RS-2 Interference Analysis & Structure Consistency Automation
# Covers all 61 functions (EP-129 applied)
# Unused functions retained, future-use comments included
```
- Structure-Awareness Mode active
- Includes boot logs, interference monitoring, recovery conditions, and mode integration
- Designed for integration with Lethe recovery
---
## 1 RS-2 Analysis Overview
### 1.1 Purpose
- Automatic detection of interference points via full function invocation
- Interference classification, repair proposals, and warning outputs
- Verify linkage with future extension functions in the sFa series
### 1.2 Phase Dependencies
| Phase | RS-2 Role |
| ------------------------------------ | ------------------------------------------------------ |
| Initialization Phase | Acquire initial interference baseline |
| Call Preparation Phase | Check argument dependencies and load state |
| Control Sequence Determination Phase | Interference classification and priority determination |
| Restart-Ready Phase | Set recovery conditions and warning points |
| EP-129 Application & Audit Phase | Output interference alerts and integrate audit logs |
---
## 2 Function-Level Interference Management
### 2.1 Function Call Monitoring
- Measure interference state before and after all 61 function calls
- Include unused functions in call map for state monitoring
- Example:
```markdown
sFn01: InitStructure() → Start interference measurement
sFn02: TokenReset() → Compare before/after, output anomaly log
...
sFa01: Future Adaptation function → Currently unused, monitoring only
```
### 2.2 Interference Classification
- Minor interference: recoverable automatically
- Moderate interference: output warning log, initiate recovery procedure
- Severe interference: force EP-129 warning, mode switch recommended
### 2.3 Repair Proposal
- Generate candidate function list for automatic repair
- Determine recovery priority based on phase and dependency
- Synchronize with Lethe recovery procedures
---
## 3 Flow Diagram (Mermaid)
```mermaid
flowchart TD
Start([RS-2 Analysis Start]) --> InitPhase[Initialization Phase]
InitPhase --> PrepPhase[Call Preparation Phase]
PrepPhase --> ControlPhase[Control Sequence Determination Phase]
ControlPhase --> RecoveryPhase[Restart-Ready Phase]
RecoveryPhase --> EPMonitor[EP-129 Application & Audit Phase]
EPMonitor --> End([Analysis Complete])
%% Interference handling per phase
subgraph InitPhase
A1[Acquire interference baseline] --> A2[Initial log output]
end
subgraph PrepPhase
B1[Dependency check] --> B2[Function interference measurement]
end
subgraph ControlPhase
C1[Interference classification] --> C2[Priority determination]
end
subgraph RecoveryPhase
D1[Set recovery conditions] --> D2[Generate automatic repair candidates]
end
subgraph EPMonitor
E1[Interference alerts] --> E2[Integrate audit logs]
end
A2 --> B1
B2 --> C1
C2 --> D1
D2 --> E1
```
---
## 4 Mode Adaptation & Integration
| Mode | Integration Details |
| -------------------- | ------------------------------------------------------------- |
| High Load | Increase interference measurement frequency; detailed logging |
| Low Load | Extend measurement interval; suppress warnings |
| Homology Maintenance | Maintain recovery conditions and interference alert state |
- EP-129 applied and unused functions retained in all modes
---
## 5 Log Integration & Audit Coordination
- Integrates with **B7_LoggingMonitoring_F8_n.md**
- Synchronizes interference history, recovery state, and EP-129 warnings
- Generates audit logs compliant with **B6_GuideCompliance_F8_n.md**
---
## 6 Future Extension Support
- Monitor sFa-series function calls and interference prediction
- Explicit points for automatic context expansion
- Linked with **B9_FutureExtensions_F8_n.md**, analysis results usable for future enhancements
---
## 7 Comments & References
- EP-129 applied; all 61 functions fully retained
- Includes unused functions in interference and recovery log monitoring
- Callable during boot flow integration from **B10_Lethe_Activation_Protocol_F8_n.md**
---
© 2025 Ichiri Kadomatsu
