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6 dépôts

Awesome GitHub RepositoriesContainer Network and Volume Configuration

Instruction on establishing container bridge networks and persistent storage volumes.

Distinct from Container Storage Persistence: Distinct from Container Storage Persistence: combines both networking and storage configuration into a unified instructional topic.

Explore 6 awesome GitHub repositories matching devops & infrastructure · Container Network and Volume Configuration. Refine with filters or upvote what's useful.

Awesome Container Network and Volume Configuration GitHub Repositories

Trouvez les meilleurs dépôts grâce à l'IA.Nous recherchons les dépôts les plus pertinents grâce à l'IA.
  • yeasy/docker_practiceAvatar de yeasy

    yeasy/docker_practice

    26,111Voir sur GitHub↗

    This project is a Docker educational resource and a collection of practical examples designed for learning containerization technologies. It serves as a guide for understanding container fundamentals, including the creation and management of custom images and the use of registries. The repository provides specialized references for container security hardening, such as managing kernel privileges and implementing supply chain security. It also includes tutorials for multi-container orchestration and a DevOps guide focused on CI/CD automation and image optimization. The material covers a broad

    Provides instructions for establishing container bridge networks and persistent storage volumes.

    Gobookcloud-computingcontainer
    Voir sur GitHub↗26,111
  • projectatomic/buildahAvatar de projectatomic

    projectatomic/buildah

    8,895Voir sur GitHub↗

    Buildah est un outil de conteneur sans démon (daemonless) utilisé pour construire et gérer des images de conteneurs conformes aux spécifications OCI. Il fonctionne comme un utilitaire en ligne de commande qui crée et modifie des images sans nécessiter de processus en arrière-plan ou de privilèges root. L'outil transforme les instructions Dockerfile en images standard et permet la génération d'images en validant l'état d'un conteneur en cours d'exécution. Il prend en charge la création d'images à partir de zéro ou d'images de base, garantissant que toute sortie respecte les spécifications de l'Open Container Initiative pour la portabilité. Au-delà de la construction d'images, il offre des capacités de gestion locale du cycle de vie des images, incluant le taggage, le renommage et le déplacement d'images entre registres. Il permet également la manipulation directe des systèmes de fichiers des conteneurs en montant les systèmes de fichiers racine sur le répertoire hôte pour l'édition de fichiers et la configuration des métadonnées.

    Provides utilities for updating and inspecting internal settings and configuration details of container images.

    Go
    Voir sur GitHub↗8,895
  • bootdotdev/curriculumAvatar de bootdotdev

    bootdotdev/curriculum

    3,415Voir sur GitHub↗

    This project is an interactive programming curriculum and educational system designed to teach computer science and software engineering. It provides a structured set of courses and professional roadmaps focused on backend engineering, DevOps, and systems fundamentals. The platform is distinguished by an AI-powered coding tutor that provides Socratic guidance and contextual hints to help students find solutions independently. It features a browser-based code sandbox using WebAssembly to eliminate local environment setup, alongside automated test-based grading and spaced-repetition logic to re

    Covers establishing bridge networks to connect containers and creating volumes to persist data.

    algorithmscomputer-sciencecurriculum
    Voir sur GitHub↗3,415
  • moncho/dryAvatar de moncho

    moncho/dry

    3,225Voir sur GitHub↗

    Dry is a container lifecycle manager and cluster orchestrator designed to control groups of containers, services, and stacks across multiple nodes. It functions as a resource manager for inspecting and cleaning up images, persistent volumes, and network configurations, while providing a terminal-based dashboard for monitoring system events and resource usage. The project enables the coordination of distributed workloads through service-stack grouping and cluster orchestration. It provides a centralized control plane to synchronize the deployment and scaling of complex application architecture

    Handles the creation and management of isolated virtual network layers and persistent storage volumes for container connectivity.

    Godockerdocker-clidocker-engine
    Voir sur GitHub↗3,225
  • compose-spec/compose-specAvatar de compose-spec

    compose-spec/compose-spec

    2,618Voir sur GitHub↗

    This project is a declarative container orchestration standard and a vendor-neutral application model. It provides a portable configuration format for describing multi-container applications, including their services and dependencies, to enable consistent deployments across different environments. The specification focuses on cloud-agnostic deployment, allowing application definitions to be translated into platform-specific resources for various container orchestrators and cloud provider APIs, including Kubernetes. It facilitates portability from local development to production by separating

    Declares inter-service communication networks and persistent storage volumes as first-class YAML constructs.

    Dockerfilecomposecontainersdocker
    Voir sur GitHub↗2,618
  • red5d/docker-autocomposeAvatar de Red5d

    Red5d/docker-autocompose

    2,563Voir sur GitHub↗

    docker-autocompose is a tool that converts running Docker containers into YAML configuration files for reproduction and deployment. It functions as a container configuration exporter and YAML orchestration utility, harvesting runtime variables, volume mounts, and port mappings from active containers. The project enables the generation of Docker Compose definitions by merging multiple container identifiers into single unified configuration files. This process allows for the recovery of undocumented container setups and the migration of manual deployments into version-controlled infrastructure

    Harvests runtime variables, volume mounts, and port mappings from existing containers to create configuration files.

    Pythonautomationcomposedocker
    Voir sur GitHub↗2,563
  1. Home
  2. DevOps & Infrastructure
  3. Container Storage Persistence
  4. Container Network and Volume Configuration

Explorer les sous-tags

  • Image Metadata ConfigurationDefinition of environment settings, user identities, and health checks within a container image. **Distinct from Container Network and Volume Configuration:** Broadens the focus to include users and health checks beyond just networks and volumes.
  • Runtime Configuration ExtractorsUtilities that harvest networking and storage settings from active containers. **Distinct from Container Network and Volume Configuration:** The parent describes the configuration itself; this focuses on the extraction process from a running instance.