4 dépôts
The process of deploying and executing eBPF programs from a userspace application.
Distinct from Kernel Observability Programs: Focuses on the deployment mechanism and execution trigger from userspace.
Explore 4 awesome GitHub repositories matching operating systems & systems programming · eBPF Program Deployment. Refine with filters or upvote what's useful.
Pixie is an open-source observability platform for Kubernetes that uses eBPF to automatically capture telemetry data from clusters without requiring any manual instrumentation or code changes. It functions as an eBPF telemetry collector, a continuous application profiler, a network traffic analyzer, and a scriptable telemetry query engine, all within a single Kubernetes-native tool. The platform distinguishes itself through several integrated capabilities. It continuously samples stack traces from compiled-language code to identify CPU performance bottlenecks, visualizing the results as inter
Deploys arbitrary bpftrace programs across a cluster and collects their output into queryable tables.
Aya is a Rust-native framework for writing, compiling, and loading eBPF programs into the Linux kernel. It provides a complete development environment that eliminates the need for a C toolchain or libbpf, allowing developers to work entirely within the Rust ecosystem. The framework manages the full lifecycle of eBPF programs, including async runtime integration, CO-RE BTF resolution for kernel version portability, ELF-based program loading, and safe kernel memory access. The framework distinguishes itself through its pure Rust compilation pipeline, which compiles Rust source code directly int
Builds single compiled eBPF binaries that run across different Linux kernel versions using CO-RE and BTF.
Ce projet est une ressource éducative fournissant un tutoriel de développement complet pour écrire et charger des programmes eBPF en utilisant C, Go et Rust au sein du noyau Linux. Il sert de guide technique pour développer une logique personnalisée à exécuter directement dans le noyau. Les matériaux couvrent des domaines spécialisés, notamment l'observabilité et le traçage du noyau, l'implémentation de la sécurité pour la détection d'intrusion et l'ingénierie réseau haute performance pour le filtrage de paquets et l'équilibrage de charge. Il inclut également des manuels dédiés pour le traçage du noyau Linux et l'utilisation de kprobes, uprobes et tracepoints. Le projet englobe un large éventail de domaines de capacités, tels que l'instrumentation du noyau, la surveillance et l'observabilité du système, l'analyse réseau et l'application de la sécurité. Il s'étend en outre au débogage au niveau matériel pour les GPU et les pilotes, ainsi qu'à la manipulation système de bas niveau et à la gestion des ressources.
Controls kernel program execution and configures global variables from userspace to manage event notifications.
Inspektor Gadget is an eBPF observability toolset and program framework designed for tracing Linux systems and debugging Kubernetes nodes. It provides a suite of tools to collect kernel-level telemetry and export system metrics via the OpenTelemetry standard. The project distinguishes itself by packaging inspection tools as OCI-compliant container images, allowing for standardized distribution and deployment across clusters and hosts. It employs a modular data processing pipeline that utilizes WebAssembly modules to transform and filter telemetry, and leverages Compile Once Run Everywhere for
Provides a framework for building, packaging, and deploying eBPF programs as OCI-compliant container images.