自动在抖音搜索指定主题的热门视频，进行评论和关注操作。 支持设置间隔时间、操作次数、自定义评论内容。 触发词：抖音评论、抖音关注、抖音互动、抖音推广、douyin engager

This skill appears to do what it claims (automating Douyin comments and follows via Playwright), but consider the following before installing or running it: - Operational risk: Automated commenting/following can trigger Douyin's anti-abuse protections and may violate the platform's terms of service; use with accounts you can afford to lose. The SKILL.md itself warns about rate limits. - Dependencies: You must install Playwright and run 'playwright install chromium' — that will download a large Chromium binary. The package manager/install steps are not declared in the registry metadata, so the agent/platform may not auto-install them. - Local data: The skill stores browser session data and logs under ~/.openclaw/... (and one included script uses a Windows absolute path). Session cookies and logs are stored on disk (engage_log.json and browser_data). If you want to avoid persisting your account, use test mode or an isolated environment. - Cross-platform inconsistency: One file (auto_engage.py) contains Windows-specific hardcoded paths while others use Path.home(), which could cause confusion or accidental writes to unexpected locations. - Safety steps: Run in test mode first (scripts support a --test or interactive mode), review the scripts yourself (they are included), run in an isolated VM/container if possible, and do not use your primary account until you are comfortable with behavior. Given these issues (missing install spec, file-path inconsistencies, and the inherent abuse/ToS risk), proceed cautiously. If you want me to, I can highlight the specific lines that write session/log files, or produce a short checklist to safely test this skill in an isolated environment.

Type: OpenClaw Skill Name: douyin-engager Version: 1.0.0 The skill is a social media automation tool designed to search, comment, and follow users on Douyin (TikTok China) using the Playwright browser automation library. The scripts (engage.py, auto_engage.py, sync_engage.py) perform the stated functions transparently, including a manual QR code login step and configurable delays to avoid platform rate-limiting. There is no evidence of data exfiltration, credential theft, or unauthorized remote execution; the use of a persistent browser context is consistent with the need to maintain login sessions locally.