| version: '2' | |
| services: | |
| ldap: | |
| image: bitnami/openldap:2.6 | |
| env_file: .env | |
| networks: | |
| - default | |
| - proxy | |
| ports: | |
| - 1389:1389 |
This document is meant to be provide some quick reference materials for gettings started with the basics of working with scripts against a slurm based computational cluster.
The 5 scripts below should all be created or downloaded into the same folder and submit commands run from that base directory.
| diff --git a/pam.d/fingerprint-auth-ac b/pam.d/fingerprint-auth-ac | |
| index 162f0bb..e09996c 100644 | |
| --- a/pam.d/fingerprint-auth-ac | |
| +++ b/pam.d/fingerprint-auth-ac | |
| @@ -8,6 +8,7 @@ auth required pam_deny.so | |
| account required pam_unix.so | |
| account sufficient pam_localuser.so | |
| account sufficient pam_succeed_if.so uid < 1000 quiet | |
| +account [default=bad success=ok user_unknown=ignore] pam_sss.so | |
| account required pam_permit.so |
| @custom_code.route('/turkprime') | |
| def turkprime(): | |
| newrstring=request.query_string+'&mode=sdbx' | |
| url=request.url_root+'/ad?'+newrstring | |
| print("url: ",url) | |
| return redirect(url) | |
| ## test url to use with this: http://localhost:22362/turkprime?workerId=ABBD1435&hitId=35hgfsbdu&assignmentId=vbwjebwufg |
| #!/usr/bin/env python | |
| """ | |
| Functionally a rewrite of the CSES tool 'add_chassis_nodes(.sh)' however the approach | |
| is slightly different. This script will add nodes to cobbler using the absolute minimum | |
| information available. It automates the cobbler command line instead of using the API as | |
| the developers have deemed the api to be unsafe in it's present state. It could be adapted to | |
| do XMLRPC as well but is currently assumed to be run on the cobbler server itself so there is | |
| no need. Some frameworking is done to make it possible to use this file as a component in a bigger | |
| library, but as of now this approach to using the code is untested. |
Run capstart.sh command to begin rotating parallel tcpdumps on all nodes with external interfaces.
check-nfs.sh and check-nfs-datacapture.sh must be loaded onto the node and stored in /root to be used via cron.capstop.sh)/tmp/nfsissuecaptured does not existecho 0 > /tmp/nfsmonitor.semaphore to reset the event notification from previous captures
This works in a python 3.6 environment with bokeh and flask installed. To use this you need the following directory structure:
app/
- templates/
- hello.html
- bokeh-slider.py
- hello.py
After that you need to open two terminals at app/, in the first one you need to run the bokeh server with the command:
| #!/bin/env python | |
| import pandas as pd | |
| import socket | |
| df = pd.read_csv('<sourcecsv>.csv') | |
| ips=df["Source address"] | |
| for ip in ips: | |
| print (socket.gethostbyaddr(str(ip))) |
| function [] = parbench() | |
| %main function for building pool and running benchmark | |
| % this is adapted from the mathworks parallel benchmark demo | |
| % to occupy only one file instead of several | |
| % original article here: https://www.mathworks.com/help/distcomp/examples/simple-benchmarking-of-parfor-using-blackjack.html | |
| %% Setup | |
| %If you want more than 12 core you MUST create the pool by hand | |
| % Below that it will detect the number of cores requested by and | |
| % create a pool of the appropriate size. If this pool size is too |