cfs != storage You need to get a highly available storage that is concurrently accessible from multiple nodes.
ocfs2 will allow multiple nodes to concurrently access the same storage. With posix semantics. If a node dies, the remaining nodes will pause to recover and then continue functioning. The dead node can then restart and rejoin the cluster. On Thu, Sep 13, 2012 at 5:02 PM, Eric <epretori...@yahoo.com> wrote: > Is it possible to create a highly-available OCFS2 cluster (i.e., A storage > cluster that mitigates the single point of failure [SPoF] created by > storing an OCFS2 volume on a single LUN)? > > The OCFS2 Project Page makes this claim... > > > OCFS2 is a general-purpose shared-disk cluster file system for Linux > capable of providing both *high performance* and *high availability*. > > ...but without backing-up the claim of high availability storage (at > either the HDD- or the node-level). > > I've found a couple of articles hinting at using Linux Multipathing or > DRBD but very little detailed information about either. > > TIA, > Eric Pretorious > Truckee, CA > > _______________________________________________ > Ocfs2-users mailing list > Ocfs2-users@oss.oracle.com > https://oss.oracle.com/mailman/listinfo/ocfs2-users >
_______________________________________________ Ocfs2-users mailing list Ocfs2-users@oss.oracle.com https://oss.oracle.com/mailman/listinfo/ocfs2-users
