Description
Build your expertise in the BPF virtual machine in the Linux kernel with this practical guide for systems engineers. You'll not only dive into the BPF program lifecycle but also learn to write applications that observe and modify the kernel's behavior; inject code to monitor, trace, and securely observe events in the kernel; and more.
Authors David Calavera and Lorenzo Fontana help you harness the power of BPF to make any computing system more observable. Familiarize yourself with the essential concepts you'll use on a day-to-day basis and augment your knowledge about performance optimization, networking, and security. Then see how it all comes together with code examples in C, Go, and Python.
- Write applications that use BPF to observe and modify the Linux kernel's behavior on demand
- Inject code to monitor, trace, and observe events in the kernel in a secure way--no need to recompile the kernel or reboot the system
- Explore code examples in C, Go, and Python
- Gain a more thorough understanding of the BPF program lifecycle
Author: David Calavera, Lorenzo Fontana
Publisher: O'Reilly Media
Published: 12/10/2019
Pages: 180
Binding Type: Paperback
Weight: 0.65lbs
Size: 9.19h x 7.00w x 0.38d
ISBN13: 9781492050209
ISBN10: 1492050202
BISAC Categories:
- Computers | System Administration | Backup & Recovery
- Computers | System Administration | Linux & UNIX Administration
- Computers | Distributed Systems | General
About the Author
David Calavera works as CTO at Netlify. He's served as the maintainer of Docker and contributor to Runc, Go, and BCC tools as well as other open source projects. He's known for his work on the Docker projects, building and fostering the Docker plugin ecosystem. David has a strong fondness for flame graphs and performance optimizations.
Lorenzo Fontana is on the Open Source Team at Sysdig where he primarily works on Falco, a Cloud Native Computing Foundation project that does container runtime security and anomaly detection through a kernel module and eBPF. He's passionate about distributed systems, software-defined networking, the Linux kernel, and performance analysis.