论文标题
部分可观测时空混沌系统的无模型预测
Deployment of High Energy Physics software with a standard method
论文作者
论文摘要
用于实验，现象学和理论高能物理学（HEP）研究的科学软件的安装和维护需要大量的时间和专业知识。尽管许多工具可以使安装和维护的任务变得更加容易，但其中许多工具需要自己维护，几乎没有文档，并且在HEP社区之外使用的很少。 对于软件的安装和维护，我们依靠经过良好的测试，广泛的记录和可靠的软件管理工具堆栈，其核心是RPM软件包管理器（RPM）。预编译的HEP软件包可以轻松地部署，而无需详细的Linux系统知识，并通过常规的系统更新过程保持最新。对预编译的包装进行了对Opensuse，Rhel克隆和Fedora的多个装置进行测试。由于许多Linux分布都采用了RPM基础架构，因此该方法可用于更多系统。 在此贡献中，我们详细讨论了我们的软件部署方法，向更广泛的公众提供了用于多个基于RPM的Linux的软件存储库，并呼吁为所有有关方面进行协作。
The installation and maintenance of scientific software for research in experimental, phenomenological, and theoretical High Energy Physics (HEP) requires a considerable amount of time and expertise. While many tools are available to make the task of installation and maintenance much easier, many of these tools require maintenance on their own, have little documentation and very few are used outside of HEP community. For the installation and maintenance of the software, we rely on the well tested, extensively documented, and reliable stack of software management tools with the RPM Package Manager (RPM) at its core. The precompiled HEP software packages can be deployed easily and without detailed Linux system knowledge and are kept up-to-date through the regular system update process. The precompiled packages were tested on multiple installations of openSUSE, RHEL clones, and Fedora. As the RPM infrastructure is adopted by many Linux distributions, the approach can be used on more systems. In this contribution, we discuss our approach to software deployment in detail, present the software repositories for multiple RPM-based Linux distributions to a wider public and call for a collaboration for all the interested parties.
