B8_Modularity_F8_1e_EN.md
# B8_Modularity_F8_1e_EN.md
## 0 Document Declaration
```markdown
# Module Design, Dependency Minimization, and API Management
# Retains all 61 functions (EP-129 applied)
# Functional independence and interference risk reduction prioritized over readability
```
- Structure-Awareness Mode active
- Ensure independence at module level
- Retain unused functions for future use and support future extensions
---
## 1 Module Design Policy
| Item | Description |
| --------------------------- | ------------------------------------------------------------------------- |
| Dependency Minimization | Each module operates independently with minimal reliance on other modules |
| API Design | Module calls are made exclusively via explicit APIs |
| Reusability | Facilitates porting and extension to future versions in the vF8.n series |
| Interference Risk Reduction | Minimize side effects from shared resources or state changes |
| EP-129 Compliance | Tone rules, audit, and bias elimination ensured at module level |
---
## 2 Module List (vF8.1 Series)
| Module Name | Role / Responsibility | Dependencies |
| ---------------------------- | --------------------------------------------------------------------------------- | ------------ |
| B1_BootProtocol_F8_n.md | Boot control, overall coordination, and EP-129 application management | None |
| B2_BootActivation_F8_n.md | Representative function calls and flow visualization | B1 |
| B3_ReverseDependency_F8_n.md | All 61 function calls, interference monitoring, recovery, and mode management | B1, B2 |
| B4_RS2_Structuring_F8_n.md | Interference analysis and automatic repair proposals | B3 |
| B5_Adaptation_F8_n.md | Mode adaptation and load fluctuation handling | B3, B4 |
| B6_GuideCompliance_F8_n.md | Tone, ethics, and EP-129 audit | B1–B5 |
| B7_LoggingMonitoring_F8_n.md | Log integration, visualization, and audit linkage | B3, B4, B6 |
| B8_Modularity_F8_n.md | Module design, API management, and dependency minimization | None |
| B9_FutureExtensions_F8_n.md | Future extension design, automatic context expansion, and interference prediction | B1–B7 |
---
## 3 API Design
### 3.1 Call Principles
- Module-to-module calls must go exclusively through public APIs
- Internal processes cannot be directly modified from outside the module
- Call sequence is coordinated by **Lethe_Activation_Protocol_F8_1.md**
### 3.2 Example API List
| Module | API Function Name | Description |
| ---------------------------- | ----------------------- | --------------------------------------------------------------------------------- |
| B3_ReverseDependency_F8_n.md | ExecuteFunction(sFn) | Integrates function call, interference monitoring, and recovery processing |
| B4_RS2_Structuring_F8_n.md | AnalyzeInterference() | Interference analysis and repair proposals |
| B5_Adaptation_F8_n.md | ApplyMode(modeID) | Mode adaptation and load adjustment |
| B7_LoggingMonitoring_F8_n.md | LogStatus() | Consolidated display of call history, interference, recovery, and EP-129 warnings |
| B9_FutureExtensions_F8_n.md | ScheduleFutureCall(sFn) | Schedule future-extension function calls |
---
## 4 Interference Risk Reduction Measures
- Separate state variables and token management at the module level
- Call sequence controlled via **B10_Lethe_Activation_Protocol_F8_n.md**
- Retain unused functions within modules to prevent external interference
- Guarantee operation in high-load, low-load, and homomorphic-preservation modes
---
## 5 Comments & References
- Ensures independence, reusability, and reduced interference risk across all modules
- Maintains safety during future extensions and new mode additions via controlled API calls
- Call sequence coordination and EP-129 oversight handled by **B10_Lethe_Activation_Protocol_F8_n.md**
---
© 2025 Ichiri Kadomatsu
