BPF and related observability tools give software professionals and students alike unprecedented visibility into software, helping them analyze operating system and application performance, troubleshoot code, and strengthen security. BPF Performance Tools: Linux System and Application Observability is the industry’s most comprehensive guide to using these tools for observability. Brendan Gregg, author of the industry’s definitive guide to system performance, introduces powerful new methods and tools for doing analysis that leads to more robust, reliable, and safer code. 

This authoritative guide:

• Explores a wide spectrum of software and hardware targets
• Thoroughly covers open source BPF tools from the Linux Foundation iovisor project’s bcc and bpftrace repositories
• Summarizes performance engineering and kernel internals you need to understand
• Provides and discusses 150+ bpftrace tools, including 80 written specifically for this book: tools you can run as-is, without programming – or customize and develop further, using diverse interfaces and the bpftrace front-end

Students will learn how to use BPF (eBPF) tracing tools to analyze CPUs, memory, disks, file systems, networking, languages, applications, containers, hypervisors, security, and the Linux kernel. Students will move from basic to advanced tools and techniques, producing new metrics, stack traces, custom latency histograms, and more. It’s like having a superpower: with Gregg’s guidance and tools, students can analyze virtually everything that impacts system performance, so they can improve virtually any Linux operating system or application.

• Deeper, more in-depth coverage than any other eBPF resource
• Quickly analyze everything that impacts Linux system performance: ask questions and get fast answers in production environments
• Learn by example, with tools you can use to find performance wins and then customize for even more power
• Covers invaluable, in-demand technology: eBPF was the subject of over two dozen talks at the recent Linux Plumbers developer’s conference
• Downloadable source code includes 80+ new BPF analysis tools created for this book

Use BPF/eBPF tracing and observability tools to improve system performance, reduce costs, resolve software issues, and gain unprecedented visibility into running systems

• Deeper, more in-depth coverage than any other eBPF resource
• Quickly analyze everything that impacts Linux system performance: ask questions and get fast answers in production environments
• Learn by example, with tools you can use to find performance wins and then customize for even more power
• Covers invaluable, in-demand technology: eBPF was the subject of over two dozen talks at the recent Linux Plumbers developer’s conference
• Downloadable source code includes 80+ new BPF analysis tools created for this book
•  

BPF and related observability tools give software professionals unprecedented visibility into software, helping them analyze operating system and application performance, troubleshoot code, and strengthen security. BPF Performance Tools: Linux System and Application Observability is the industry’s most comprehensive guide to using these tools for observability. Brendan Gregg, author of the industry’s definitive guide to system performance, introduces powerful new methods and tools for doing analysis that leads to more robust, reliable, and safer code. 

This authoritative guide:

• Explores a wide spectrum of software and hardware targets
• Thoroughly covers open source BPF tools from the Linux Foundation iovisor project’s bcc and bpftrace repositories
• Summarizes performance engineering and kernel internals you need to understand
• Provides and discusses 150+ bpftrace tools, including 80 written specifically for this book: tools you can run as-is, without programming — or customize and develop further, using diverse interfaces and the bpftrace front-end

You’ll learn how to use BPF (eBPF) tracing tools to analyze CPUs, memory, disks, file systems, networking, languages, applications, containers, hypervisors, security, and the Linux kernel. You’ll move from basic to advanced tools and techniques, producing new metrics, stack traces, custom latency histograms, and more. It’s like having a superpower: with Gregg’s guidance and tools, you can analyze virtually everything that impacts system performance, so you can improve virtually any Linux operating system or application.