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B1_BootProtocol_F8_1e_EN.md

# B1_BootProtocol_F8_1e_EN.md

## Session 0: Boot Flow Declaration

```markdown

# Retention of all 61 functions is mandatory (EP-129 compliant)

# Explicit call order and dependency map

# Unused functions annotated with comments for future use

```

- Declare **Structure-Awareness Mode** operation.

- Track boot logs, interference monitoring, and attach structure ID.

- Guarantee **EP-129 warnings, recovery procedures, and auditability** per phase.

---

## Session 1: Boot Flow Overview

### 1.1 Phase Definitions

- Each phase must enforce restartability, interference monitoring, and **EP-129 compliance**.

#### 1.1.1 Initialization Phase

#### 1.1.2 Function Call Preparation Phase

#### 1.1.3 Control Order Confirmation Phase

#### 1.1.4 Restartable State Phase

#### 1.1.5 EP-129 Application & Interference Monitoring Phase

### 1.2 Control Points

- Boot start trigger

- Synchronization points between phases

- Interference monitoring triggers

- Log integration triggers

### 1.3 Restartability

- Capture a state snapshot at the end of each phase.

- Set recovery points compatible with **EP-129**.

- Evaluate **Isomorphic Retention Mode** conditions.

### 1.4 Structure ID & Token Management

- Generate unique structure IDs.

- Explicit token initialization procedures.

- Bind to logs, interference monitoring, and recovery processes.

---

## Session 2: Representative Function Calls

### 2.1 Representative Functions by Phase

| Phase | Representative Function |

| --------------------- | -------------------------------------------- |

| Initialization | `InitStructure()`, `TokenReset()` |

| Call Preparation | `PrepareDependency()`, `CheckLoad()` |

| Control Confirmation | `ActivatePhaseControl()` |

| Restartable State | `SnapshotState()`, `EnableRecovery()` |

| EP-129 / Interference | `MonitorInterference()`, `TriggerWarnings()` |

### 2.2 Call Order Map

```

InitStructure() → TokenReset() → PrepareDependency() → CheckLoad()

→ ActivatePhaseControl() → SnapshotState() → EnableRecovery()

→ MonitorInterference() → TriggerWarnings()

```

### 2.3 Flowchart (Mermaid)

```mermaid

flowchart TD

Start["Boot Start Trigger"] --> InitPhase

InitPhase --> PrepPhase

PrepPhase --> ControlPhase

ControlPhase --> RecoveryPhase

RecoveryPhase --> EPMonitor

EPMonitor --> End["Boot Complete"]

%% Initialization Phase Functions

subgraph InitPhase["Initialization Phase"]

A1["InitStructure()"] --> A2["TokenReset()"]

end

%% Function Call Preparation Phase

subgraph PrepPhase["Function Call Preparation Phase"]

B1["PrepareDependency()"] --> B2["CheckLoad()"]

end

%% Control Order Confirmation Phase

subgraph ControlPhase["Control Order Confirmation Phase"]

C1["ActivatePhaseControl()"]

end

%% Restartable State Phase

subgraph RecoveryPhase["Restartable State Phase"]

D1["SnapshotState()"] --> D2["EnableRecovery()"]

end

%% EP-129 Application & Interference Monitoring

subgraph EPMonitor["EP-129 Application & Interference Monitoring"]

E1["MonitorInterference()"] --> E2["TriggerWarnings()"]

end

%% Phase Connections

A2 --> B1

B2 --> C1

C1 --> D1

D2 --> E1

```

---

## Session 3: EP-129 Application

### 3.1 Guidelines

- Enforce **EP-129 compliance** in all boot phases.

- Guarantee bias removal and prohibition of omissions.

### 3.2 Recovery & Interference Monitoring

- Capture state snapshots at each recovery point.

- Trigger automatic recovery procedures upon interference detection.

### 3.3 Audit & Ethics

- Comply with `B6_GuideCompliance_F8_n.md`.

- Ensure auditability of logs and recovery procedures.

---

## Session 4: Function-Level Management

### 4.1 Call Order & Phase Management

- Organize the call order of all 61 functions per phase.

- Reference representative functions in Session 2.

### 4.2 Interference Monitoring & Recovery Integration

- Integrate **RS-2 interference detection** with **Lethe recovery**.

- Notify automatically in case of abnormal states.

### 4.3 Arguments, Return Values & Process Details

- Document arguments, return values, and process for each function.

- Summarize the process; refer to `B3_ReverseDependency_F8_n.md` for details.

### 4.4 Log Output & Mode Adaptation

- Function-level log output is defined in Session 5.

- Mode adaptation is referenced in Session 6.

---

## Session 5: Log Aggregation & Visualization

### 5.1 Boot Log Aggregated View

- Integrate logs of all phases and functions.

- Visualize interference, recovery, and warnings.

### 5.2 Interference, Recovery, & Warning Visualization

- Display RS-2 analysis results.

- Display Lethe recovery history.

### 5.3 Lethe / RS-2 Log Integration

- Synchronize interference detection and recovery history per phase.

- Create reference maps for unified log management.

---

## Session 6: Mode Adaptation

| Mode | Description |

| -------------------- | ---------------------------------------------------- |

| High Load | Load-linked auto-optimization |

| Low Load | Overload avoidance & resource optimization |

| Isomorphic Retention | Maintain boot flow state, support restart & recovery |

- Refer to phase-level conditions and checklists for application.

---

## Session 7: Future Extensions

- Design automatic context expansion.

- Predict memory mapping for future conditions.

- Predict interference before EP-129 triggers:

- Generate interference prediction alerts.

- Link with Session 5 and Session 6 to clearly define extension points.

---

## Session 8: Comments & References

- Visualizing the boot flow allows confirmation of **module independence and integration**.

- The boot flow can be called from **B10_Lethe_Activation_Protocol_F8_n.md**.

---

## Session 9: Future Application & Item Mapping

| -------------------------------- | ---------------------------------- | -------------------------------------------------------------------- | ---------------------------- |

---

### MECE Points

1. **Exclusivity**: No overlapping functions; all clearly separated.

2. **Comprehensiveness**: Covers all boot flow, management, audit, and future extension requirements.

3. **Explicit Applicability**: Each function shows which document it can be integrated into.

4. **Easy Reference**: Facilitates linking from B1_BootProtocol_F8_n.md to future documents.

---