基于sdn的容器管理方案,具有灵活的地址分配能力

Yaodong Huang, Xiaohong Huang, Pei Zhang
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引用次数: 0

摘要

基于容器的虚拟化的快速发展为云环境中使用的虚拟机技术提供了另一种选择。但是,我们注意到该技术在组网上的缺点,例如不同主机上的容器之间的通信复杂性以及直接为容器分配公网IP地址时网络地址的浪费,限制了其在复杂场景下的可用性。为了解决这些问题,我们提出了一种基于sdn的NGroups管理方案(SNMS)。在我们的解决方案中,容器被组织到不同的ngroup中,公共网络地址也被分配给ngroup。同一个NGroup中的容器可以使用“localhost”作为目标相互通信,并且NGroup之外的客户端可以使用该NGroup的地址获取服务。为了实现这些目标,我们采用SDN技术来路由流量。在本文中,我们给出了解决方案的详细设计,并在此基础上构建了一个原型。通过使用我们的原型,容器的位置与服务提供无关,并且公共网络地址大大节省,因为NGroup内部的容器与外部世界共享相同的网络配置。与此同时,在我们的原型中创建容器和HTTP下载的性能并不差,在某些情况下甚至比现有解决方案中的性能更好。
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SDN-based container management scheme with flexibly addresses allocation capability
The rapid development of container-based virtualization provides an alternative to virtual machine technology used in cloud environment. However, we notice that the shortcoming in networking of this technology, such as complexity in communication between containers in different hosts and the waste of network addresses when directly allocating public IP addresses to containers, limits its availability on complicated scenarios. In order to solve these problems, we propose a solution named SDN-based NGroups Management Scheme (SNMS). In our solution, containers are organized into different NGroups, and public network addresses are allocated to NGroups too. Containers in the same NGroup can communicate with each other using “localhost” as target, and clients outside of an NGroup can fetch services using this NGroup's address. We adopt SDN technology to route traffic in order to accomplish these objectives. In this paper, we present detailed design for the solution and build a prototype based on our design. By using our prototype, container's position has nothing to do with service providing, and public network addresses are greatly saved because containers inside an NGroup share the same network configuration to the outside world. In the meantime, the performance of creating containers and HTTP downloading in our prototype is not bad than, in some case even better than, those in existing solutions nowadays.
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