6 مستودعات
Adjustment of operating system kernel parameters via sysctl to optimize network and filesystem performance.
Distinct from Network Filesystem Tuning: Existing candidates focus on specific filesystem types, game servers, or scanning tools, rather than general OS kernel parameter optimization.
Explore 6 awesome GitHub repositories matching operating systems & systems programming · Kernel Parameter Tuning. Refine with filters or upvote what's useful.
kops is a Kubernetes cluster provisioner and lifecycle manager designed to automate the creation, maintenance, and destruction of production-grade clusters on cloud infrastructure. It functions as a declarative infrastructure manager, synchronizing the live state of a cluster with versioned manifests stored in remote object storage to ensure idempotent operations. The project distinguishes itself by offering comprehensive automation for the entire cluster lifecycle, including high-availability control plane deployment, incremental rolling updates, and automated version upgrades. It also serve
Enables the application of custom sysctl runtime parameters across instance groups to optimize node performance.
Bottlerocket is a container-optimized operating system and minimal Linux distribution designed specifically for hosting container workloads. It functions as an immutable infrastructure OS, utilizing a read-only root filesystem and atomic partition swapping to ensure consistent and reversible system updates. The system is distinguished by an API-driven host manager that replaces traditional shell-based configuration with a local REST API for administrative tasks. To maintain security and stability, it employs a dual-runtime isolation model that separates workload runtimes from system operation
Provides the ability to modify Linux kernel parameters to optimize performance and behavior for container workloads.
TechEmpower FrameworkBenchmarks is an open-source project that provides a standardized, reproducible suite for measuring and comparing the performance of web frameworks across many languages. At its core, it defines a set of common server-side tasks—such as JSON serialization, database queries, and server-side template rendering—and executes them uniformly against hundreds of framework implementations to produce comparable throughput and latency metrics. The project is built around a multi-language benchmark harness that automates the full test lifecycle, from dependency installation and serve
Adjusts kernel parameters like TCP backlog and connection reuse to optimize network performance during load testing.
Goss is a declarative system validation framework that verifies server state by comparing live system attributes against YAML specifications. It checks the state of packages, ports, services, files, users, processes, DNS records, kernel parameters, mounts, network interfaces, and HTTP endpoints, reporting pass or fail for each condition. The tool distinguishes itself through several automation capabilities. It can scan a running system to automatically generate YAML baseline files that capture current resource configurations, eliminating the need to write tests from scratch. A retry-with-time
Reads a kernel parameter from /proc/sys and asserts its value matches the expected setting.
هذا المشروع عبارة عن مجموعة من الأدوات المساعدة لتوسيع توافق الأجهزة على أنظمة Synology NAS. يوفر أداة توافق محركات الأقراص لإضافة محركات أقراص HDD وSSD وNVMe غير مدعومة إلى قاعدة بيانات النظام الداخلية، إلى جانب أداة قمع تنبيهات الأجهزة لإخفاء الإشعارات الخاصة بالذاكرة غير المعتمدة والأقراص التابعة لجهات خارجية. تتضمن مجموعة الأدوات أداة إلغاء قفل التخزين خصيصًا لتمكين مجموعات تخزين M.2 PCIe ووحدات التخزين على بطاقات الأجهزة غير المدعومة. كما تتميز بمحسن RAM لضبط حدود الذاكرة القصوى وتحسين الذاكرة العشوائية المحجوزة لذاكرات التخزين المؤقت للقرص. تغطي القدرات الإضافية تحسين أداء التخزين، مثل تكوين أولويات قراءة القرص وتمكين دعم TRIM لزيادة إنتاجية البيانات. يوفر المشروع أيضًا تحديثات لأدوات مراقبة صحة الأجهزة لضمان إبلاغ طرازات محركات الأقراص التابعة لجهات خارجية عن حالتها بشكل صحيح.
Adjusts system parameters and reserved RAM allocations to optimize disk cache and memory limits.
LXD is a unified platform for managing both system containers and virtual machines through a single REST API and command-line interface. It provides a programmatic HTTP interface for controlling the full lifecycle of instances, enabling automation and integration with external tools. The system runs unprivileged containers with per-instance UID/GID mappings, seccomp filters, and AppArmor profiles for kernel-level isolation, while supporting multiple storage backends including directory, Btrfs, LVM, ZFS, Ceph, LINSTOR, and TrueNAS through a unified driver interface. The platform distinguishes
Adjusts Linux kernel parameters to prevent resource limits that cause errors when running many containers or virtual machines.