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在 OpenClaw 中安装
/install boc-init
功能描述
博云BOC容器平台 部署机初始化工具。自动完成部署机环境检查、部署包校验、解压和 bocctl init 初始化。使用场景：用户需要初始化 BOC容器平台 部署机时使用。
使用说明 (SKILL.md)
BOC 部署机初始化
自动化完成 博云BOC容器平台 部署机的初始化工作。
输入参数
| 参数 | 说明 | 示例 |
|---|---|---|
| deploy_pkg_dir | 部署包和校验文件所在目录 | /opt |
| deploy_pkg_file | 部署包文件名 | BOC.tar.gz |
| ssh_host | 部署机IP | \x3C部署机IP> |
| ssh_port | SSH端口 | 22 |
| ssh_user | SSH用户名 | root |
| ssh_password | SSH密码 | Password |
工作流程
1. 环境检查
连接部署机并检查：
- 主机名
- 操作系统版本
- 内核版本
- DNS配置
- 磁盘空间（/var 目录至少50GB）
- 部署包是否存在
2. 部署包校验
执行 SHA256 校验：
nohup cd \x3Cdeploy_pkg_dir> && sha256sum \x3Cdeploy_pkg_file>.sha256 > /tmp/sha256sum-\x3Cdeploy_pkg_file>.txt
定期检查校验结果
cat /tmp/sha256sum-\x3Cdeploy_pkg_file>.txt
判断标准: 结果中有 "\x3Cdeploy_pkg_file>: 成功"
3. 解压部署包
重要：解压前需先清理旧目录，避免残留文件导致问题：
# 解压前先清理旧目录
cd \x3Cdeploy_pkg_dir>
test -d BOC_k8s_noarch && rm -rf BOC_k8s_noarch
# 后台执行解压（30GB文件预计15-20分钟）
nohup tar -xzf \x3Cdeploy_pkg_file> > /tmp/unpack.log 2>&1 &
# 定期检查解压，通过进程判断
## 1 检查是否有以下进程，有就代表还在解压
ps aux |grep 'tar -xzf \x3Cdeploy_pkg_file>'
## 2 没有就再检查/opt/BOC_k8s_noarch 占用空间正常应该在 31GB
du -sh /opt/BOC_k8s_noarch
4. 验证解压结果
解压后的正确目录结构：
/opt/BOC_k8s_noarch/
├── bocctl # 主程序
├── bocctl_lib # 库文件
├── images # 镜像文件
├── packages # 安装包
├── playbooks # Ansible playbook
5. 执行 bocctl init
后台执行初始化（预计15-20分钟）：
cd \x3Cdeploy_dir>
nohup ./bocctl init > /tmp/bocctl_init.log 2>&1 &
# 定期检查bocctl 进程是否存在，如存在代表init 还在进行
# 也一块检查执行日志
pa aux |grep bocctl
tail -n 20 /opt/BOC_k8s_noarch/log/bocctl.log
6. 验证初始化完成
判断标准：使用 nerdctl ps 检查以下两个容器是否正常运行：
nerdctl -n k8s.io ps | grep -E "(yum_registry|bocloud_deploy_registry)"
预期输出应包含：
yum_registry容器 - 运行中bocloud_deploy_registry_k8s容器 - 运行中
使用示例
请使用 boc-init 初始化部署机：
- 部署包目录：/opt
- 部署包文件：BOC.tar.gz
- 部署机IP：10.50.6.181
- SSH端口：22
- SSH用户：root
- SSH密码：password
输出
- 部署机初始化完成状态
- 初始化后关键组件状态：
- ansible 版本
- nerdctl 容器运行状态（yum_registry 和 bocloud_deploy_registry_k8s）
- containerd 服务状态
常见问题
Q: 解压后目录结构异常
A: 重新执行解压，确保先删除旧目录
Q: bocctl init 卡住不动
A: 检查是否有 yum 进程卡住，如有则杀掉后重试
Q: 忽略./bocctl 参数参考
A：忽略./bocctl 参数参考，只使用./bocctl init 。不需要远程初始化部署，只用本地初始化。
Q: 本地执行前置条件
A： 需要安装node 才能使用rssh2 skill 需要安装python 才能使用ssh-exec skill windows 系统需要安装git for windows
Q: ssh 使用密码连接问题解决
A: 如果安装了python ，优先使用ssh-exec skill 如安装了node ，优先使用rssh2 skill 先检查操作系统中是否有sshpass ，没有就参考以下处理： windows下sshpass 从 https://github.com/xhcoding/sshpass-win32/releases/download/v1.0.7/sshpass.exe 下载使用 Linux 下使用pip install sshpass -g 进行安装
安全使用建议
This skill's high-level purpose matches its instructions, but several inconsistencies and risky recommendations mean you should proceed carefully:
- Do not run these commands verbatim on a production host. The SKILL.md contains typos and incorrect commands (e.g., 'nohup cd', 'pa aux', odd sha256 usage).
- The bundle references an automation script (scripts/boc_init.js) that is missing. Ask the publisher for the actual script/source before trusting automation.
- The doc suggests downloading an sshpass binary from a third-party GitHub URL. If you need sshpass, verify the URL, checksum/signature, and the publisher's identity before downloading; prefer SSH key-based authentication rather than a password.
- Validate the deployment package and any binaries manually (verify checksums, run in an isolated/test environment first).
- If you will provide root SSH credentials, prefer ephemeral test accounts or key-based access with least privilege; avoid supplying secrets to unknown/unsigned skills.
- Request the skill's source or homepage and a maintainer contact; if unavailable, treat the missing script and erroneous commands as a warning sign and consider implementing the steps yourself or using a known, vetted tool.
If you want, I can: (1) extract all the problematic command examples and show corrected versions, (2) produce a safe checklist to run these steps manually, or (3) draft specific questions to ask the publisher to resolve the missing/misleading pieces.
功能分析
Type: OpenClaw Skill
Name: boc-init
Version: 1.0.1
The skill bundle contains instructions in SKILL.md that direct the AI agent to download and execute an external binary (sshpass.exe) from a specific GitHub URL (xhcoding/sshpass-win32) if it is not found on the system. This represents a supply chain risk. Additionally, the skill requires sensitive SSH credentials and performs root-level system modifications, which, while consistent with its stated purpose of BOC platform initialization, involves high-risk execution patterns and potential credential handling risks.
能力评估
Purpose & Capability
The SKILL.md describes initializing a BOC deployment host and the runtime steps (checks, checksum, unpack, bocctl init) are consistent with that purpose. However README refers to a scripts/boc_init.js that is not present in the bundle, and SKILL.md references other skills (rssh2, ssh-exec) and optional binaries that are not included. The absence of the promised automation script is an inconsistency.
Instruction Scope
The instructions require remote SSH credentials (user-supplied) and tell an operator to run many privileged operations on the target (rm -rf, tar extraction, kill processes, run bocctl init). Those actions are within the stated purpose, but the SKILL.md contains several erroneous or suspicious command examples: 'nohup cd ...' (no-op), an odd sha256 command that writes to /tmp and expects a Chinese '成功' string, a typo 'pa aux' instead of 'ps aux', and incorrect guidance for installing sshpass (suggests 'pip install sshpass -g'). The doc also recommends downloading a Windows sshpass binary from an external GitHub release URL without checksumming it. These errors and the external-download guidance increase risk and reduce trustworthiness.
Install Mechanism
There is no formal install spec (instruction-only), which is lower risk. However the text advises downloading an sshpass binary from a GitHub release (third-party binary) and installing tools (node, python) to enable other skills — those are ad-hoc instructions outside the package and could introduce risk if followed without verification.
Credentials
The skill does not request environment variables or stored credentials from the platform; it expects the user to supply SSH host/user/password parameters which are reasonable for remote-init tooling. There are no hidden credential requests in the bundle. Still, feeding root passwords to a skill from an untrusted source is inherently sensitive.
Persistence & Privilege
The skill is not always-enabled and does not request elevated platform privileges or persistent presence. It's user-invocable and can be called autonomously by the agent (default), which is normal; there is no evidence it modifies other skills or system-wide agent settings.
如何使用
- 确保已安装 OpenClaw（本地或 Docker 部署）
- 在对话框中输入安装命令：
/install boc-init - 安装完成后，直接呼叫该 Skill 的名称或使用
/boc-init触发 - 根据 Skill 的参数说明提供必要输入，即可获得结构化输出
版本历史
v1.0.1
- Added _meta.json file for skill metadata.
- Updated skill description and documentation to generalize BOC version and package names.
- Example usage now references "BOC.tar.gz" instead of a version-specific file.
- Minor clarifications made to workflow steps and common issues.
v1.0.0
Initial release of boc-init: 自动化完成 BOC 3.10 部署机初始化。
- 实现部署机环境检查、部署包校验、解压与 bocctl init 自动初始化全流程
- 新增详细工作流程和常见问题指南
- 支持通过 ssh（用户名、密码、端口）接入部署机
- 输出关键组件状态（ansible 版本、容器和服务运行状况）
- 包含输入参数、目录结构、日志检查和容器验证等实用指导
元数据
常见问题
boc init 是什么？
博云BOC容器平台 部署机初始化工具。自动完成部署机环境检查、部署包校验、解压和 bocctl init 初始化。使用场景：用户需要初始化 BOC容器平台 部署机时使用。 它是一个面向 Claude Code / OpenClaw 的 AI Agent Skill 插件，目前累计下载 107 次。
如何安装 boc init？
在 OpenClaw 或 Claude Code 对话框中运行命令「/install boc-init」即可一键安装，无需额外配置。
boc init 是免费的吗？
是的，boc init 完全免费，采用 MIT-0 许可证，可自由下载、安装和使用。
boc init 支持哪些平台？
boc init 跨平台运行，可在任意部署了 OpenClaw / Claude Code 的环境中使用（cross-platform）。
谁开发了 boc init？
由 Rick（@hongruiji）开发并维护，当前版本 v1.0.1。
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