Comprehensive Linux Learning Curriculum and Resource Guide
This article presents a detailed multi‑phase Linux learning curriculum, covering environment setup, basic and advanced command usage, system services, security, monitoring, high‑availability clustering, virtualization, containerization, cloud platforms, and provides extensive recommended reading links for further study.
Phase 1 – Linux learning environment setup and basic command operations, covering file management with vim, archive and compression, system process management, user management on Rocky Linux, file permission management, LVM and ssm storage management, task scheduling and logging, basic yum configuration, SSH service setup and security, data backup with rsync, web server deployment with Apache, MySQL basics, advanced MySQL statements, master‑slave replication, MySQL performance tuning, monitoring with Zabbix, Ansible automation, Prometheus‑Grafana monitoring, alerting, knowledge competition, and stage assignments.
Phase 2 – Advanced Linux services and tools, including SSHD service management, rsync data backup, Apache web server, MySQL LAMP environment, Tomcat management, Zabbix server monitoring, Prometheus‑Grafana cloud platform monitoring, alerting, high‑availability clustering with LVS‑DR and Keepalived, load balancing with Nginx‑HAProxy, Ceph distributed storage, system tuning tools, kernel parameter optimization, Nginx performance tuning, manual malware removal, webshell and DDoS protection, jump server management for thousands of game servers, and comprehensive stage summaries.
Phase 3 – Virtualization and container technologies, covering KVM desktop virtualization, KVM snapshots and automated installation, OpenStack multi‑node cloud deployment, Docker installation, image building, private registry with authentication, static IP and data persistence, Kubernetes deep dive of architecture and components, resource objects, kubeadm single‑master cluster setup, and related practical labs.
Additional recommended reading links and a call for likes, shares, and comments.
Practical DevOps Architecture
Hands‑on DevOps operations using Docker, K8s, Jenkins, and Ansible—empowering ops professionals to grow together through sharing, discussion, knowledge consolidation, and continuous improvement.
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