troeger

#!/usr/bin/env python
'''
   A minimal example for calling the PyPy interpreter from CPython.
   Derived from pyinteractive.py.
   
   This only intended to understand what is going on when.
   PyPy triggers arbitary C compiler runs in between ...
'''   
source="print 'Hello World'"

troeger

#!/usr/bin/python
'''
  Check status of an Adaptec HW RAID controller and sends an email
  if something looks bad.

  Intended for being used as cron job, so no screen output is generated.
'''

# Configuration section
notify_email="root"

troeger

$ENV{'TEXINPUTS'}='.:../../../Common//:../Include/:' . $ENV{'TEXINPUTS'};
$pdflatex="pdflatex -shell-escape -file-line-error --synctex=1 %O %S";
$pdf_mode=1;

troeger

import schlundtech

auth={"user":"xxxxxx", "password":"yyyyy", "context":"zzz"}

all_domains=schlundtech.domain_info(auth)
for domain in all_domains:
		print("\n{name} (last update: {updated})".format(**domain))
		info=schlundtech.zone_info(auth, domain['name'])
		for rr in info:
			print("{name}\t\t{type}\t{value}".format(**rr))

troeger

#!/usr/bin/env python

'''
    Script for emulating the BetterBibtex stable citation key feature.
    (see https://github.com/retorquere/zotero-better-bibtex)

    input.bib:  A BibLatex export from a Zotero 5 library that has "Extra" field 
    			entries for stable BibTex keys ("bibtex: <my_key>"). They end up in the 
                note field of the standard Zotero 5 export.
    output.bib: A BibTex file where the citation keys from the Extra/note field are

troeger

Keybase proof

I hereby claim:

• I am troeger on github.
• I am troeger (https://keybase.io/troeger) on keybase.
• I have a public key ASBw5W4OrhTqXmMKh4E8xJZnwsuNXA_VZySHxiKvMlt7QAo

To claim this, I am signing this object:

troeger

root@datexis-master2:/data/brick1# gluster volume get fast all
Option                                  Value                                   
------                                  -----                                   
cluster.lookup-unhashed                 on                                      
cluster.lookup-optimize                 on                                      
cluster.min-free-disk                   10%                                     
cluster.min-free-inodes                 5%                                      
cluster.rebalance-stats                 off                                     
cluster.subvols-per-directory           (null)                                  
cluster.readdir-optimize                off                                     

troeger

An adoption of https://pypy.readthedocs.org/en/release-2.4.x/arm.html

Get RPI Cross Compiler

mkdir crosscompiler
cd crosscompiler/
git clone git://github.com/raspberrypi/tools.git --depth 1
cd ..

troeger

class Script {
  process_incoming_request({ request }) {
    console.log(request.content);
    return {
      content:{
        "text": request.content.message,
        "attachments": [{
          "author_name": "Grafana",
          "image_url":  request.content.imageUrl,
          "title":  request.content.title

troeger

Lets assume you want to get rid of OSD.2, and none of the "nice" ways worked.

- Determine the node where the OSD daemon is running (`kubectl -n rook-ceph get pods -o wide|grep osd.2`)
- Enter the toolbox pod, run `ceph osd out 2`
- Wait for the cluster to migrate the data away (`ceph status -w`)
- Delete the Rook deployment for OSD 2.
- Enter the toolbox pod, run:
  - ceph osd crush remove osd.2
  - ceph auth del osd.2
  - ceph osd rm 2