ohpc-slurm-client

ohpc-slurm-client

OpenHPC client packages for SLURM OpenHPC:1.1

1.1 - Base

http://build.openhpc.community/OpenHPC:/1.1/SLE_12_SP1/ openSUSE.org:SUSE:SLE-12-SP1:GA http://build.openhpc.community/openSUSE.org:/SUSE:/SLE-12-SP1:/GA/standard/ openSUSE.org:SUSE:SLE-12:GA:qemu http://build.openhpc.community/openSUSE.org:/SUSE:/SLE-12:/GA:/qemu/SLE_12/ openSUSE.org:SUSE:SLE-12:Update http://build.openhpc.community/openSUSE.org:/SUSE:/SLE-12:/Update/standard/ openSUSE.org:SUSE:SLE-12:GA http://build.openhpc.community/openSUSE.org:/SUSE:/SLE-12:/GA/standard/ slurm-ohpc

Slurm Workload Manager

Slurm is an open source, fault-tolerant, and highly scalable cluster management and job scheduling system for Linux clusters. Components include machine status, partition management, job management, scheduling and accounting modules slurm-munge-ohpc

Slurm authentication and crypto implementation using Munge

Slurm authentication and crypto implementation using Munge. Used to authenticate user originating an RPC, digitally sign and/or encrypt messages slurm-plugins-ohpc

Slurm plugins (loadable shared objects)

Slurm plugins (loadable shared objects) supporting a wide variety of architectures and behaviors. These basically provide the building blocks with which Slurm can be configured. Note that some system specific plugins are in other packages slurm-sjobexit-ohpc

Slurm job exit code management tools

Slurm job exit code management tools. Enables users to alter job exit code information for completed jobs slurm-pam_slurm-ohpc

PAM module for restricting access to compute nodes via Slurm

This module restricts access to compute nodes in a cluster where Slurm is in use. Access is granted to root, any user with an Slurm-launched job currently running on the node, or any user who has allocated resources on the node according to the Slurm munge-ohpc

MUNGE authentication service

MUNGE (MUNGE Uid 'N' Gid Emporium) is an authentication service for creating and validating credentials. It is designed to be highly scalable for use in an HPC cluster environment. It allows a process to authenticate the UID and GID of another local or remote process within a group of hosts having common users and groups. These hosts form a security realm that is defined by a shared cryptographic key. Clients within this security realm can create and validate credentials without the use of root privileges, reserved ports, or platform-specific methods.