saltstack官方文档——Full list of builtin state modules

本文档列举了SaltStack中所有的内置状态模块,包括文件操作、服务管理、包安装等核心功能,适用于多种场景下的配置管理和自动化部署。

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转自:http://docs.saltstack.com/ref/states/all/index.html?highlight=full%20list

Full list of builtin state modules

aliasConfiguration of email aliases.
alternativesConfiguration of the alternatives system
cmdExecution of arbitrary commands.
cronManagement of cron, the Unix command scheduler.
debconfmodManagement of debconf selections.
diskDisk monitoring state
fileOperations on files, directories and symlinks.
gemInstallation of Ruby modules packaged as gems.
gitInteraction with Git repositories.
grainsManage grains on the minion.
groupManagement of user groups.
hgInteraction with Mercurial repositories.
hostManagement of addresses and names in hosts file.
keyboardManagement of keyboard layouts
kmodLoading and unloading of kernel modules.
laymanMangement of Gentoo Overlays using layman
libvirtManage libvirt certs.
localeManagement of languages/locales
makeconfManagement of Gentoo make.conf
mdadmManaging software RAID with mdadm
moduleExecution of Salt modules from within states.
mongodb_databaseManagement of Mongodb databases
mongodb_userManagement of Mongodb users
mountMounting of filesystems.
mysql_databaseManagement of MySQL databases (schemas).
mysql_grantsManagement of MySQL grants (user permissions).
mysql_userManagement of MySQL users.
networkConfiguration of network interfaces.
npmA state module to manage installed NPM packages.
peclInstallation of PHP pecl extensions.
pipInstallation of Python packages using pip.
pkgngManage package remote repo using FreeBSD pkgng.
pkgInstallation of packages using OS package managers such as yum or apt-get.
pkgrepoManagement of package repos
postgres_databaseManagement of PostgreSQL databases.
postgres_groupManagement of PostgreSQL groups (roles).
postgres_userManagement of PostgreSQL users (roles).
rabbitmq_userManage RabbitMQ Users.
rabbitmq_vhostManage RabbitMQ Virtual Hosts.
rvmManaging Ruby installations and gemsets with Ruby Version Manager (RVM).
selinuxManagement of SELinux rules.
serviceStarting or restarting of services and daemons.
ssh_authControl of entries in SSH authorized_key files.
ssh_known_hostsControl of SSH known_hosts entries.
stateconfStateconf System
supervisordInteraction with the Supervisor daemon.
svnManage SVN repositories
sysctlConfiguration of the Linux kernel using sysctrl.
timezoneManagement of timezones
tomcatThis state uses the manager webapp to manage Apache tomcat webapps
userManagement of user accounts.
virtualenvSetup of Python virtualenv sandboxes.
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内容概要:该论文探讨了一种基于粒子群优化(PSO)的STAR-RIS辅助NOMA无线通信网络优化方法。STAR-RIS作为一种新型可重构智能表面,能同时反射和传输信号,与传统仅能反射的RIS不同。结合NOMA技术,STAR-RIS可以提升覆盖范围、用户容量和频谱效率。针对STAR-RIS元素众多导致获取完整信道状态信息(CSI)开销大的问题,作者提出一种在不依赖完整CSI的情况下,联合优化功率分配、基站波束成形以及STAR-RIS的传输和反射波束成形向量的方法,以最大化总可实现速率并确保每个用户的最低速率要求。仿真结果显示,该方案优于STAR-RIS辅助的OMA系统。 适合人群:具备一定无线通信理论基础、对智能反射面技术和非正交多址接入技术感兴趣的科研人员和工程师。 使用场景及目标:①适用于希望深入了解STAR-RIS与NOMA结合的研究者;②为解决无线通信中频谱资源紧张、提高系统性能提供新的思路和技术手段;③帮助理解PSO算法在无线通信优化问题中的应用。 其他说明:文中提供了详细的Python代码实现,涵盖系统参数设置、信道建模、速率计算、目标函数定义、约束条件设定、主优化函数设计及结果可视化等环节,便于读者理解和复现实验结果。此外,文章还对比了PSO与其他优化算法(如DDPG)的区别,强调了PSO在不需要显式CSI估计方面的优势。
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