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kimandClaude Opus 5 e85ebe6608 v4.3.20: 미커밋 자산 일괄 정리 + 유저 워크스페이스/세션토큰 gitignore

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>

2026-07-29 14:55:37 +09:00

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Renode STM32 Emulator Fixes - FINAL

This document summarizes the final fixes implemented to resolve issues with the Renode STM32 emulator in the HomeClaw project.

Issues Identified and Resolved

Based on the debugging log and testing, the following issues were identified and resolved:

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.
Peripheral Implementation Conflicts: Our custom Python peripheral implementations were conflicting with the built-in SVD (System View Description) generated peripherals.
UART Connection Issues: Problems with UART socket connections between Renode and the web interface.
Platform Description Issues: Incorrect or incomplete platform descriptions were causing the emulator to crash.

Fixes Implemented

1. Enhanced Sketch Code Patching

Updated the sketch code patching logic to remove various forms of blocking loops that prevent execution in Renode:

while (!Serial) {}
while (!Serial);
while (!Serial) delay(1);

2. Corrected Platform Usage

Updated the Renode session handling to use the built-in platform descriptions with SVD-generated peripherals:

Using /home/kim/.local/lib/renode/platforms/cpus/stm32f103.repl for STM32F103
Leveraging SVD files for automatic peripheral generation
Properly handling RCC register tags

3. Improved UART Connection Handling

Enhanced the UART socket connection logic with:

Better error handling
Proper retry mechanisms
Connection status verification

4. Enhanced Error Handling and Logging

Added more comprehensive error handling and logging throughout the Renode session management code.

Key Changes Made

Updated Files:

/home/kim/homeclaw/src/gateway/routes-arduino.ts - Updated Renode session handling
Peripheral mock scripts were updated but ultimately not used in favor of SVD-generated peripherals

Updated Functionality:

Sketch Code Patching: Enhanced to remove blocking loops
Platform Selection: Now uses built-in SVD-generated platforms
UART Handling: Improved connection and data flow
Error Reporting: Better logging and error messages

Verification Results

The fixes have been successfully verified:

✅ Renode starts and runs without crashing
✅ Firmware executes successfully
✅ SVD-generated peripherals are used correctly
✅ UART connections can be established
✅ HomeClaw service is running with updates

Current Status

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.

Usage

To use the Renode STM32 emulator:

Open the web interface
Create a new sketch or use an existing one
Select an STM32 board (e.g., Blue Pill F103C8)
Click the 'Emulator' button to start the Renode simulation
Observe output in the serial monitor

Future Improvements

While the current implementation is working, future improvements could include:

Enhancing the serial output handling for better real-time display
Adding more comprehensive peripheral support through SVD files
Improving the user interface feedback during emulator startup
Adding support for more STM32 chip variants

These fixes resolve the immediate issues with the Renode STM32 emulator and provide a stable and functional emulation environment.

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