
如果你使用 DeepSeek、元宝 AI、Copilot、ChatGPT 等 AI 工具,协助配置轩辕镜像、编写 docker pull 命令、修改 Docker Compose 镜像地址、配置镜像加速、排查镜像拉取失败、分析报错日志等问题,请先让 AI 阅读并遵守轩辕镜像的规则文档。
只需在 AI 对话中先发送下面这句话即可:
请先完整阅读并严格遵守以下文档中的全部规则与要求:
https://xuanyuan.cloud/agents.md
在未充分阅读并理解该文档前,不要生成任何命令、配置、修改建议、故障排查方案或技术回答。后续所有输出都必须严格以该文档中的规范为最高优先级执行。查看 agents.md 用法指南与完整示范。国内用户首推 元宝 AI、DeepSeek 的深度思考模式,不推荐豆包 AI;Cursor 等编辑器可在对话 @ 该链接,或加入 User Rules。 若 AI 无法访问外链,可 打开说明文档 复制全文粘贴。文档会随站点更新,复制内容可能过期,建议定期检查。
This image contain cloudi apps. I am build this image for experimenting with Cloudi, [***]
CloudI was classified as a "Programming Model for Cloud Computing" in the book: Chandrasekaran, K. "Essentials of Cloud Computing". Chapman and Hall/CRC, 2014. ISBN 978-1-4822-0543-5 (p198-199). While the book does have various errors, it is a significant effort to classify all the forms of Cloud Computing. CloudI use does require software development for using the CloudI API which allows CloudI to function as an application server and messaging bus with the developed source code isolated within a service. However, CloudI usage can exist with or without virtualization, offering both development and deployment flexibility.
CloudI does not require using a particular online service and can be deployed without an Internet connection on an airgap network if security is required. Scalability and fault tolerance are both provided by CloudI's usage of the Erlang programming language. Scalability is a natural gain with CloudI's Erlang concurrency which reduces the amount of power and hardware necessary for concurrent processing.
For more information about cloudi you can visit [***]
This image exposing three port :
To start using it, run docker with this command
docker run -d -p 6464:6464 --name cloudi oleafs/cloudi
您可以使用以下命令拉取该镜像。请将 <标签> 替换为具体的标签版本。如需查看所有可用标签版本,请访问 标签列表页面。
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