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6 repositorios

Awesome GitHub RepositoriesContainer Network Attachments

Attaching network interfaces directly into a container's network namespace via plugin execution.

Distinct from Network Namespace Virtualization: Distinct from Network Namespace Virtualization: focuses on attaching interfaces to container namespaces, not creating isolated TCP/IP stacks.

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

Awesome Container Network Attachments GitHub Repositories

Encuentra los mejores repositorios con IA.Buscaremos los repositorios que mejor coincidan usando IA.
  • collabnix/dockerlabsAvatar de collabnix

    collabnix/dockerlabs

    8,008Ver en GitHub↗

    dockerlabs is a collection of educational labs and technical tutorials designed to teach the fundamentals of containerization and microservice architecture. It provides instructional material and hands-on exercises covering image optimization, security training, infrastructure setup, and cluster orchestration. The project features specific courses and guides focused on reducing image size through multi-stage builds, securing workloads via vulnerability scanning and encrypted networks, and deploying multi-node clusters with high availability using Swarm orchestration. The materials cover a br

    Covers attaching containers to specific network drivers to manage service communication and isolation.

    PHPadvancebeginnersdocker
    Ver en GitHub↗8,008
  • weaveworks/weaveAvatar de weaveworks

    weaveworks/weave

    6,614Ver en GitHub↗

    Weave is a multi-host container networking tool that connects containers running on different physical machines into a single virtual network. It creates a software-defined overlay network spanning multiple hosts, enabling containers to communicate directly with each other as if they were on the same local switch. The system provides automatic service discovery, resolving container names to network addresses across hosts without manual configuration. Traffic between containers on different hosts is secured through encrypted tunnels, preventing eavesdropping and tampering. Weave also includes

    Attaches containers to a virtual Ethernet bridge for direct L2 connectivity across hosts.

    Go
    Ver en GitHub↗6,614
  • containernetworking/cniAvatar de containernetworking

    containernetworking/cni

    6,050Ver en GitHub↗

    Attaches network interfaces into container network namespaces by executing plugins.

    Gocontainersdockerkubernetes
    Ver en GitHub↗6,050
  • lxc/lxdAvatar de lxc

    lxc/lxd

    5,554Ver en GitHub↗

    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

    Adds a virtual network interface to an instance or profile, connecting it to a managed or external network.

    Go
    Ver en GitHub↗5,554
  • lxc/incusAvatar de lxc

    lxc/incus

    4,893Ver en GitHub↗

    Incus is a unified orchestration platform for managing system containers, OCI application containers, and virtual machines through a single control plane. It brings together cluster infrastructure management, secure multi-tenancy, software-defined networking, and pluggable storage backend orchestration into one cohesive system exposed via a full REST API and command-line interface. What distinguishes Incus is its ability to run multiple instance types side by side—full Linux system containers, OCI application containers, and QEMU virtual machines—all managed with consistent tooling. Networkin

    Connects a managed network to a container or virtual machine as a NIC device with a chosen interface name.

    Gocloudcontainershacktoberfest
    Ver en GitHub↗4,893
  • testcontainers/testcontainers-dotnetAvatar de testcontainers

    testcontainers/testcontainers-dotnet

    4,317Ver en GitHub↗

    Testcontainers for .NET es una biblioteca de pruebas de Docker y un framework de pruebas de integración diseñado para gestionar el ciclo de vida de contenedores desechables. Proporciona abstracciones de alto nivel como un wrapper de la API de Docker para aprovisionar infraestructura efímera, reemplazando mocks con instancias reales de bases de datos, mensajería y motores de búsqueda para garantizar entornos de prueba aislados y reproducibles. El proyecto se distingue por un patrón de configuración de contenedor mediante constructor y un mecanismo de enlace de puertos dinámico que evita colisiones durante la ejecución concurrente de pruebas. Permite una comunicación servicio a servicio confiable a través de orquestación de red virtual y alias de red, y garantiza la disponibilidad del servicio mediante comprobaciones de preparación basadas en polling para endpoints HTTP y puertos TCP. La biblioteca proporciona módulos especializados para bases de datos relacionales, NoSQL y vectoriales, así como brokers de mensajería y emuladores de servicios en la nube. Su superficie de capacidades se extiende a la configuración de imágenes de contenedor, recolección de logs y la simulación de condiciones de red para verificar la resiliencia del sistema. Admite la conectividad a runtimes de Docker locales y remotos a través de variables de entorno y archivos de configuración estandarizados.

    Allows attaching existing containers to virtual networks to enable communication between disparate resources.

    C#automationdockerdotnet
    Ver en GitHub↗4,317
  1. Home
  2. DevOps & Infrastructure
  3. Infrastructure
  4. Networking
  5. Routing
  6. Network Virtualization Tools
  7. Network Namespace Virtualization
  8. Container Network Attachments

Explorar subetiquetas

  • Bridge-Based AttachmentsAttaches containers to a virtual Ethernet bridge on each host for direct L2 connectivity within an overlay network. **Distinct from Container Network Attachments:** Distinct from Container Network Attachments: focuses on bridge-based L2 attachment for overlay networking, not general interface attachment via plugins.
  • Network Interface Attachment Modes3 sub-etiquetasConnects an instance to a network using bridging, MACVLAN, SR-IOV, OVN, physical pass-through, IPVLAN, point-to-point, or routed modes. **Distinct from Container Network Attachments:** Distinct from Container Network Attachments: covers multiple attachment modes (bridging, MACVLAN, SR-IOV, OVN, physical pass-through, IPVLAN, point-to-point, routed), not just container namespace attachment.
  • Point-to-Point NIC AttachmentsCreates a virtual device pair with one end in the instance and the other on the host for direct connectivity. **Distinct from Routed NIC Attachment to Virtual Machines:** Distinct from Routed NIC Attachment to Virtual Machines: creates a direct virtual pair, not using host network routing.
  • Routed NIC Attachment to Virtual MachinesAttaches a NIC that uses the host network's routing, requiring manual gateway configuration or cloud-init for VMs. **Distinct from Container Network Attachments:** Distinct from Container Network Attachments: attaches a routed NIC using host network routing, requiring manual gateway configuration or cloud-init for VMs.