Overview of PlantUML diagram language specification

Interested in learning more about low-level specifics of the eBPF stack? Read on as we take a deep dive, from its VM mechanisms and tools, to running traces on remote, resource-constrained embedded devices.

BPF and eBPF are the same thing and the name/acronym doesn't mean much anymore because the project evolved way beyond its initial scope. BPF and eBPF are used interchangeably in the series.

Part 1 and 2 give a condensed in-depth introduction to eBPF for newcommers or those looking to further their knowledge by taking a deep dive into the lower part of the eBPF stack.
Part 3 is an overview of the userspace tooling meant to increase productivity, built on top of the low level VM mechanisms presented in parts 1 and 2.
Part 4 focuses on running eBPF programs on embedded systems which are resource constrained, where a full toolchain stack (BCC/LLVM/python/etc) is undesirable. We'll cross-compile and run eBPF programs on 32 bit ARM with smaller embedded-focused tools. Readers interested only in this part can probably skip the rest.
Part 5 is about tracing userspace: Up until now our efforts were focused on tracing the kernel, so it's about time we also examine other user processes.

The content contained herein is correct as of January 2017, and represents the status quo as of the time it was written. Google’s security policies and systems may change going forward, as we continually improve protection for our customers.

this hangout, we will provide an overview of CoreOS. We will go over key
technologies, such as containers, etcd, fleet, flannel and more. Join us and learn how to
use these new technologies to build performant, reliable, large

etcd is CoreOS' distributed locking and service discovery technology. CoreOS recently released etcd 0.5.0 with many new features including a new raft implementation and static cluster bootstrap. Learn more about etcd and the new features included in the latest release.