En tant que possesseur d’une box SFR Labox, je trouve pratique de pouvoir placer du contenu sur la box depuis mon pc pour le lancer ensuite depuis l’interface depuis le téléviseur. Je vous propose dans ce petit article de monter le disque dur sur votre pc et de pouvoir y placer le contenu de votre choix.
Pour cela il faut commencer par vérifier quel est le nom du partage Samba offert par la box.
I am running DragonFlyBSD for quite some time now, but I never took the time to explore how Hammer2 really works concerning its snapshot abilities.
This post is my first try at it and I intend it to be a little memo.
First let’s gather some info about our mounted filesystems.
$ mount | grep hammer2 serno/QM00005.s1d on / (hammer2, local) /dev/serno/QM00005.s1e@DATA on /build (hammer2, local) There are 2 different mountpoints interesting for us : / and /build.
After installing CouchDB I wanted to be able to access the /_stats page which is supposed to contain a lot of statistics about the running instance. The thing is that page is now displaying
{"error":"not_found","reason":"Database does not exist."} After looking for a long time, the solution came from IRC channel #couchdb, and I need to access /_node/couchdb@127.0.0.1/_stats, where couchdb@127.0.0.1 is the node name you find in vm.args on ArchLinux.
# Licensed under the Apache License, Version 2.
I’m the owner of a little pc that I use as a server. It’s a headless machine, that means I don’t have a screen linked to it and that’s a pain when something goes wrong.
Yesterday I decided to migrate the hard drive to a new 500 GB one. I wanted to be able to do it without plugging the screen that is so far away and any keyboard.
To be able to do it I needed an iso that’s using dhcp and spawning a sshd daemon.
A while ago, a friend of mine introduced me to s3backer, a tool that makes you able to use a s3 bucket as a support for any filesystem you want.
I was looking for a way to backup my btrfs filesystem using btrfs send/receive commands, this looked like a good opportunity to do so. In addition I’ll use cryptsetup to encrypt the data on this filesystem.
In order to achieve this you need a few things ready :
Python 2
python2.7 -m SimpleHTTPServer 8080 Python 3
python3 -m http.server --bind 127.0.0.1 8080
Boinc is a piece of software that allows to get involved into distributed computing in projects such as WorldCommunityGrid, Rosetta@Home or even LHC@Home. It’s both interesting and put your lazy computers to work.
There’s of course a package in the EPEL repository allowing us to install the software easily. Let’s install it !
yum install epel-release yum install boinc-client Now that this is done, there’s the tricky part. Right after you’ve created your account on the website of the project that you’d like to join, you have to get the account key.
Ripping a cd and encoding it to mp3 is so easy it takes only 3 lines to be achieved.
mkdir cd01 && cd cd01 # create a directory and put yourself in it cdparanoia -B # extract all the cd tracks in current directory as .wav files for t in *.wav; do lame -b 320 $t; done # encode all the files to mp3 320kbps It makes it rather easy to script and encode all your cd collection easily if needed.