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=== Goals === | === Goals === | ||
- | Provide maintenance | + | Provide maintenance for NFS/RDMA and RPC/RDMA client-side code in the Linux kernel. Support continuous testing of NFS/RDMA feature in upstream Linux kernels. Provide enhancements (see below). Identify resources for supporting server-side code. |
=== Bug tracking === | === Bug tracking === |
Revision as of 17:27, 7 April 2014
Contents |
Support for Linux NFS/RDMA Client upstream
Goals
Provide maintenance for NFS/RDMA and RPC/RDMA client-side code in the Linux kernel. Support continuous testing of NFS/RDMA feature in upstream Linux kernels. Provide enhancements (see below). Identify resources for supporting server-side code.
Bug tracking
Upstream bug tracking is here.
Git tree
See git.linux-nfs.org.
Feature planning
Our Pivotal Tracking project lists individual work items and defines several long-term arcs. At a high level, these include:
- Broad support for a variety of InfiniBand hardware
- Performance and scalability enhancements that require nontrivial implementation effort
- Support for NFSv4.1
- Observability enhancements to enable distributor support teams and customers to diagnose and address problems
Lower priority items include notably:
- Maintenance of the Linux NFS/RDMA server implementation
- Support for pNFS over RDMA
Developer tools
For anyone working directly on Linux NFS/RDMA or RPC/RDMA, please consider the following tools for validating your work.
- cthon04: git://git.linux-nfs.org/projects/steved/cthon04.git
- xfstests: git://oss.sgi.com/xfs/cmds/xfstests
- fsx
- IOzone
- fio
- Multi-process Linux kernel builds
Typically, for testing, the NFS/RDMA server exports a tmpfs or ram disk-based local FS to drive the transport fast enough.