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Hi, I simplified the config in my first email, but I actually have 2x4 servers in replicate-distribute with each 4 bricks for 6 of them and 2 bricks for the remaining 2. Full healing will just take ages... for a just single brick to resync ! > gluster v status home volume status home Status of volume: home Gluster process TCP Port RDMA Port Online Pid

Dear everyone, Your code is slow and you are interested in performance optimization for scientific software? Figuring out where’s the bottlenecks guided by performance evaluation tools. If you are interested in porting your code to a HPC hardware platform and architecture, than OpenACC as a user-driven directive-based performance-portable parallel programming model might be a solution. What are

You do not need to reset brick if brick path does not change. Replace the brick format and mount, then gluster v start volname force. To start self heal just run gluster v heal volname full. On Thu, Feb 1, 2018 at 6:39 PM, Alessandro Ipe <Alessandro.Ipe at meteo.be> wrote: > Hi, > > > My volume home is configured in replicate mode (version 3.12.4) with the bricks >

Hi, My volume home is configured in replicate mode (version 3.12.4) with the bricks server1:/data/gluster/brick1 server2:/data/gluster/brick1 server2:/data/gluster/brick1 was corrupted, so I killed gluster daemon for that brick on server2, umounted it, reformated it, remounted it and did a > gluster volume reset-brick home server2:/data/gluster/brick1 server2:/data/gluster/brick1 commit

CRAN (and crantastic) updates this week New packages ------------ * allan (1.0) Alan Lee http://crantastic.org/packages/allan Automates Large Linear Analysis Model Fitting * andrews (1.0) Jaroslav Myslivec http://crantastic.org/packages/andrews Andrews curves for visualization of multidimensional data * anesrake (0.3) Josh Pasek http://crantastic.org/packages/anesrake This

Dear LLVM community, I am very happy to become a member of this great community. At the German Climate Research Center (DKRZ) I am a PhD student and write my thesis in python. The general topic is Compiler Optimization in High Performance Computing. My use cases are climate models, written in C/C++. In Frankfurt I am working at a HPC Cluster Center and my duties are to monitor and to optimize