Solaris System Administration and Engineering: Definitive Reference for Developers and Engineers

"Solaris System Administration and Engineering"

"Solaris System Administration and Engineering" is a comprehensive and expertly structured guide designed for IT professionals who demand mastery over Solaris environments. Spanning the intricacies of system architecture, kernel internals, and advanced networking, this book provides a deep technical dive into Solaris’ core components. Each chapter unpacks critical areas—from the subtleties of process management and memory optimization to the sophisticated mechanics behind Solaris’ Service Management Facility—empowering engineers to make informed and strategic decisions when architecting reliable systems.

Moving beyond foundational system operations, this authoritative volume seamlessly integrates modern themes such as virtualization, containerization, and DevOps automation. Readers will find practical guidance on leveraging Solaris Zones and integrating emerging container technologies, alongside coverage of configuration management, CI/CD best practices, and infrastructure as code with tools like Puppet and Ansible. Real-world scenarios and resilient design patterns are woven throughout, ensuring the reader is prepared for high availability, disaster recovery, and seamless service delivery across even the most demanding enterprise environments.

Rounding out its breadth, the book excels in actionable troubleshooting, performance engineering, and robust security methodologies. Detailed explanations and hands-on best practices illuminate monitoring with DTrace, advanced log analysis, system-hardening benchmarks, and the operational nuances of clustered deployments. Whether launching new Solaris installations or optimizing legacy platforms, "Solaris System Administration and Engineering" stands as an indispensable reference for building, securing, and operating mission-critical Unix infrastructure.

© 2025 HiTeX Press (E-bok): 6610000816811

Utgivningsdatum

E-bok: 28 maj 2025