Difference between revisions of "Linux: Landing Page"
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* [[Using netcat to install or copy .img or .img.xz files]] | * [[Using netcat to install or copy .img or .img.xz files]] | ||
* [[Software RAID with mdadm]] | * [[Software RAID with mdadm]] | ||
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* [[Filesystems: Gluster]] | * [[Filesystems: Gluster]] | ||
* [[Linux: SSH tips and tricks]] | * [[Linux: SSH tips and tricks]] | ||
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* [[Linux; Suse boot up issues]] | * [[Linux; Suse boot up issues]] | ||
* [[Linux: Kernel Arguments]] | * [[Linux: Kernel Arguments]] | ||
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| + | == Cobbler / Puppet Deployment System == | ||
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| + | * [[Cobbler installation on CentOS/RHEL]] | ||
| + | * [[Cobbler installation on Ubuntu]] | ||
| + | * [[Puppet: Setup and install puppet]] | ||
==Debugging== | ==Debugging== | ||
Revision as of 10:20, 13 May 2013
Linux General
- Solarflare Install
- Using netcat to install or copy .img or .img.xz files
- Software RAID with mdadm
- Filesystems: Gluster
- Linux: SSH tips and tricks
- Gnuplot: Plotting graphs
- RPM: Using the rpm command (Tips and tricks)
- Linux: Flush the cache
- Parted: Basic operations
- Bandwidth Shaping: Throttling eth0 upload/download speeds
- Yum: add a local cdrom repository
- Create a filesystem on a file
- Linux: Grant sudo access
- Linux: Setup static routes
- wget: Download files recursively from a location
- Linux: BIOS Raid Metadata
- Linux: VIM Commands
- Linux: Setting up SOL (Serial Over Lan)
- Iptables: Explanations, options & examples
- find: Tips and Tricks
- Linux: awk Tips and Tricks
- Linux: Runlevel editor
- Linux; Suse boot up issues
- Linux: Kernel Arguments
Cobbler / Puppet Deployment System
Debugging
Server Managment
- BIOS Recovery
- ipmitool: Basic installation and usage
- NMView
- SMM: Supermicro Server Management
- MFU: Mass Firmware Update
- IPMICFG: Using the Supermicro utility ipmicfg (to update the FRU)
- SMCBIU: Supermicro BIOS Utility
Virtualisation
- KVM: Installation and operation
- KVM: Tips and Tricks
- VMWare: vCentre Installation and Setup
- VMWare: Setting up PXE deployment for ESXi 5
Hadoop
- Hadoop: Setup a single host test system
- Hadoop: Setup a cluster test system
- Hadoop: Error: DFS Safe mode is on - Leave safe mode
CEPH
LifeScope
Fusion IO
Accelerators (GPU/ CUDA / MIC / Phi)
- CUDA: GPU Settings
- CUDA: Installing CUDA 5
- CUDA: Installing CUDA and Building the SDK
- GPU: Nvidia-smi
- GPU: Nvidia-healthmon
- GPU: NVML
- GPU: Hardware Locality
- Benchmarking: HPL on a GPU using CUDA
- Benchmarking: Virtual curreny mining cudaminer rpcminer on K20
- MIC: Installing and Setting up MIC Platform Software Stack
- MIC: Developers Quick Start Guide
- GPU: Boot Arguments for Ubuntu
ScaleIO
Intel Cluster Ready
MPI
- Linux: Checking the Infiniband Fabric
- MPI: Using OpenMPI
- MPI: Using Platform MPI
- MPI: Using Intel MPI
- MPI: Building OpenMPI 1.6.4
Calxeda Notes
- Calxeda: Setup ipmitool, cxmanage and update firmware
- Calxeda: Using cxmanage, ipmitool & cxoem functions
- Calxeda: Serial Console during bootup
- Calxeda: PXE Install Ubuntu 1210
- Calxeda: Open-MX (Myrinet Express over Generic Ethernet Hardware)
- Calxeda: OpenMPI 1.6 Install in Ubuntu 2010
- Calxeda: Get node power using ipmitool
- Calxeda: Setup pdsh across nodes
- Calxeda: Setup csync2 to sync configuration files
- Calxeda: SPEC CPU 2006 Benchmarking
- Calxeda: Install Oracle EJRE
- Calxeda: Using VANs on the SoCs
Switches
Raid Controllers
Infiniband
Benchmarking
- Benchmarking: Apache Benchmark (ab)
- Benchmarking: CERN System Configuration
- Benchmarking: FIO
- Benchmarking: bonnie++
- Benchmarking: Gromacs
- Benchmarking: HEPSPEC
- Benchmarking: IOR
- Benchmarking: Powerbench
- Benchmarking: CPUBurn-in
- Benchmarking: Sysbench (OLTP)
- Benchmarking: LAMMPS
- Benchmarking: CP2K
- Benchmarking: HPL (High Performance Linpack)
- Benchmarking: MPI Message Rates: SQMR
- Benchmarking: SHOC
- Benchmarking: Povray
- Benchmarking: SPEC CPU 2006
- Benchmarking: iPerf
- Benchmarking: OMB MPI (OSU)
- Benchmarking: AMBER 12
- Benchmarking: Gromacs-4.6
- Benchmarking: CARMA Dev Kit - Linpack
- Benchmarking: CARMA Dev Kit - CUDA Accelerated Linpack
- Benchmarking: CUDA Accelerated Linpack for Linux64
- Benchmarking: Quantum Espresso 5.0.2 GPU
- Benchmarking: Quantum Espresso 5.0.2 CPU only
- Benchmarking: IOzone - ARM