kimandClaude Opus 5
e85ebe6608
그동안 쌓여 있던 미커밋 파일들을 정리. 소스·자산만 올리고, 개인 데이터와 런타임 상태는 gitignore로 차단. 추가된 자산: - web-ui/audiomass, web-ui/wavacity — 자체 호스팅 오디오 에디터 - web-ui/drums — 드럼 샘플 - wol-gate — WOL 프록시 컨테이너(Dockerfile + server.js) - glm-1m-fix — GLM 1M 컨텍스트 설치 스크립트(linux/windows) - RENODE_FIXES_SUMMARY*.md, CCTV정보_서울특별시.csv, .claude/plans 수정: - edge_tts_synth.py: rate 인자 추가(말하기 속도 조절) - .smallclaw/config.json: google(gemini) provider 등록 — 키는 vault 참조 - assets/SmallClaw*.png 삭제분 반영 gitignore (중요): - .smallclaw/users/*/workspace/ 전체 차단. 기존 패턴이 memory/uploads와 일부 확장자만 막아서 detective/(고소장·통화녹취·의사소견서·가족관계증명서), generated-media/, music/, pptx/ 등 앱 생성 개인 데이터 403MB가 노출돼 있었음 - .smallclaw/active-sessions.json 차단 — 살아있는 bearer 토큰과 admin 역할이 평문으로 들어있어 커밋 시 게이트웨이 관리자 자격증명이 그대로 공개됨 - google-usage.json, config.json.bak-*, workspace/memory·weather-maps· task_result_*, voice/ 등 런타임 상태도 함께 차단 Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
87 lines
3.5 KiB
Markdown
87 lines
3.5 KiB
Markdown
# Renode STM32 Emulator Fixes - FINAL
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This document summarizes the final fixes implemented to resolve issues with the Renode STM32 emulator in the HomeClaw project.
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## Issues Identified and Resolved
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Based on the debugging log and testing, the following issues were identified and resolved:
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1. **Infinite Loop in Sketch Code**: The `while (!Serial)` construct in Arduino sketches was causing an infinite loop in Renode because there's no USB Serial stack implementation.
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2. **Peripheral Implementation Conflicts**: Our custom Python peripheral implementations were conflicting with the built-in SVD (System View Description) generated peripherals.
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3. **UART Connection Issues**: Problems with UART socket connections between Renode and the web interface.
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4. **Platform Description Issues**: Incorrect or incomplete platform descriptions were causing the emulator to crash.
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## Fixes Implemented
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### 1. Enhanced Sketch Code Patching
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Updated the sketch code patching logic to remove various forms of blocking loops that prevent execution in Renode:
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- `while (!Serial) {}`
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- `while (!Serial);`
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- `while (!Serial) delay(1);`
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### 2. Corrected Platform Usage
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Updated the Renode session handling to use the built-in platform descriptions with SVD-generated peripherals:
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- Using `/home/kim/.local/lib/renode/platforms/cpus/stm32f103.repl` for STM32F103
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- Leveraging SVD files for automatic peripheral generation
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- Properly handling RCC register tags
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### 3. Improved UART Connection Handling
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Enhanced the UART socket connection logic with:
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- Better error handling
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- Proper retry mechanisms
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- Connection status verification
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### 4. Enhanced Error Handling and Logging
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Added more comprehensive error handling and logging throughout the Renode session management code.
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## Key Changes Made
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### Updated Files:
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1. `/home/kim/homeclaw/src/gateway/routes-arduino.ts` - Updated Renode session handling
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2. Peripheral mock scripts were updated but ultimately not used in favor of SVD-generated peripherals
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### Updated Functionality:
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1. **Sketch Code Patching**: Enhanced to remove blocking loops
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2. **Platform Selection**: Now uses built-in SVD-generated platforms
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3. **UART Handling**: Improved connection and data flow
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4. **Error Reporting**: Better logging and error messages
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## Verification Results
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The fixes have been successfully verified:
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- ✅ Renode starts and runs without crashing
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- ✅ Firmware executes successfully
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- ✅ SVD-generated peripherals are used correctly
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- ✅ UART connections can be established
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- ✅ HomeClaw service is running with updates
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## Current Status
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The Renode STM32 emulator is now working correctly with the HomeClaw platform. The key insight was to leverage the built-in SVD-generated peripherals rather than trying to implement custom Python peripheral mocks, which was causing conflicts.
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## Usage
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To use the Renode STM32 emulator:
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1. Open the web interface
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2. Create a new sketch or use an existing one
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3. Select an STM32 board (e.g., Blue Pill F103C8)
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4. Click the 'Emulator' button to start the Renode simulation
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5. Observe output in the serial monitor
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## Future Improvements
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While the current implementation is working, future improvements could include:
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1. Enhancing the serial output handling for better real-time display
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2. Adding more comprehensive peripheral support through SVD files
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3. Improving the user interface feedback during emulator startup
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4. Adding support for more STM32 chip variants
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These fixes resolve the immediate issues with the Renode STM32 emulator and provide a stable and functional emulation environment. |