arecord -D pulse
Jouer un fichier brut
aplay Sammy_Video-ABC/a.artiste.mp4 aplay -t raw -f S16_LE -c 2 -r 44100 --buffer-size=64 -i files/ube_web.pdf aplay -t raw -c 2 -r 44100 --buffer-size=64 -i files/ube_web.pdf (8bit style)
equivalent sox aplay
play -t raw --ignore-length -r 44100 -e signed-integer -b 8 -c 1 files/ube_web.pdf play -t raw --ignore-length -r 5512 -e signed-integer -b 8 -c 1 ube_web.pdf
Pd [read iDoc.pdf 0 0 1 2( | [readsf~]
echo "text to be synthesized" | text2wave -f 44100 -scale 1 -o /home/username/file/output.wav
ALSA systems:
./program | aplay
PulseAudio systems:
./program | pacat --format u8 --rate 8000
Jack again (voir claudius)
cat /dev/sda
crappy bash script circa 2005
if test -e /dev/dsp ; then (cat /dev/mem > /dev/dsp)& (sleep 6.66 && kill `pidof cat /dev/mem`)& fi
une commande historique :
ping goodhost | sed -e 's/.*/ping/' | vocoder
l'option -a pour Audible ping :
ping -a x.org ping -a -i 0,3 labomedia.org
soit sous linux
sudo modprobe pcspkr
et tester avec
echo -e "\a"
sudo ping -a -A x.org sudo ping -a -A www.mitsubishi.jp
le -A suit le rythme de retour de ping, sudo nécessaire si ping < 200 ms
ping et espeak
ping dev.lobotomie.org | sed -e 's/.*/ping/' | espeak --stdin
il faut kill le ping pour que espeak se déclenche ….
ping labomedia.org | festival --tts
marche mais ne peut pas suivre le rythme
Here's a quick non-stealthy-yet-harmless command that'll reveal the IPs of all clients on the LAN. It'll work on any GNU/Linux system with nmap installed.
sudo nmap -sP $(route | grep "*" | awk '{ print $1 }' | sed 's/0/*/') | grep report
tcpdump -i wlan0 -s 0 -w - > /dev/dsp sudo tcpdump -U -s 65535 -i wlan0 -w /dev/dsp sudo tcpdump port http -A -vvv -i wlan0 > /dev/audio
sudo tcpdump -A -s 1500 -vvv -i wlan0 > /dev/audio
Ne capturer que le contenu des packets en mode ascii via ip (ou fddi, tr, wlan, ip, ip6, arp, rarp, decnet, tcp and udp)
sudo tcpdump -A -i wlan0 ip | awk -F'!' '{print $NF}
* https://askubuntu.com/questions/438041/display-only-the-data-section-of-the-packet
Pour renvoyer le tout sur jack
mkfifo bridge.fifo sudo cat /dev/mem >> bridge.fifo & ecasound -f:s16_le,1,44100 -i:resample-hq,8000,sndfile,bridge.fifo,.raw -o:jack,system
ecasound -f:s16_le,1,44100 -i:resample-hq,16000,sndfile,bridge2.fifo,.raw -o:alsahw,0,0
mkfifo bridge.fifo sudo tcpdump -A -s 1500 -vvv -i wlan0 >> bridge.fifo & ecasound -f:s16_le,1,44100 -i:resample-hq,16000,sndfile,bridge.fifo,.raw -o:jack,system
mkfifo bridge2.fifo sudo tcpdump -A -s 0 -vvv -i wlan0 >> bridge2.fifo & ecasound -f:s16_le,1,44100 -i:resample-hq,16000,sndfile,bridge2.fifo,.raw -o:jack,system
Streamer le tout : simple efficace
sox -t raw --ignore-length -r 44100 -e signed-integer -b 16 -c 2 bridge.fifo -t ogg -C 5 - | oggfwd labomedia.org 8000 rclabo01 /streamtest.ogg
-C est le facteur de qualité : 10 top gros, 0 light cardo, 3 défault 112kbps
Compliqué et lourd
ecasound -f:s16_le,2,44100 -i:resample-hq,44100,sndfile,bridge.fifo,.raw -o:stdout | sox -t raw --ignore-length -r 44100 -e signed-integer -b 16 -c 2 - -t wav - | avconv -i pipe: -aq 6 -f ogg - | oggfwd labomedia.org 8000 ***pwd*** /streamtest.ogg
sudo tcpdump -xx -vvv -s 0 -i eth0 | ecasound -f:s16_le,2,44100 -i:resample-hq,8000,sndfile,-,.raw -o:- | sox -t raw --ignore-length -r 8000 -e signed-integer -b 8 -c 2 - -t ogg -C 5 - | oggfwd stream.p-node.org 80 ****** /astreamtest.ogg
sudo tcpdump -xx -vvv -s 0 -i eth0 | ecasound -f:s16_le,2,8000 -i:resample-hq,8000,sndfile,-,.raw -z:db,64 -o:- | sox -t raw --ignore-length -r 8000 -e signed-integer -b 8 -c 2 - -t ogg -C 5 - | oggfwd stream.p-node.org 80 **** /astreamtest.ogg
sudo tcpdump -A -vvv -s 1500 -i mon0 | aplay -i - -t raw --buffer-size=64 ultra core qd buffer empli sudo tcpdump -xx -vvv -s 0 -i mon0 | aplay -i - -t raw --buffer-size=256 sudo tcpdump -xx -vvv -s 0 -i mon0 | aplay -i - -t raw --buffer-size=64 réactif ! sudo tcpdump -x -s 64 -i mon0 | aplay -i - -t raw --buffer-size=64 core
sudo tcpdump -A -vvv -s 1500 -i wlan0 | aplay -D pcm.jack -i - -t raw --buffer-size=64
pour envoyer vers jack en ayant ajouté préalablement au .asoundrc
pcm.rawjack {
type jack
playback_ports {
0 system:playback_1
1 system:playback_2
}
capture_ports {
0 system:capture_1
1 system:capture_2
}
}
pcm.jack {
type plug
slave { pcm "rawjack" }
hint {
description "JACK Audio Connection Kit"
}
}
Pour envoyer vers jack :
aplay -i Bureau/exportRGB-84pitch.wav -v -D rawjack
mettre le nom du device dans .asoundrc rawjack
sudo tcpdump -A -vvv -s 1500 -i mon0 | aplay -i - -t raw --buffer-size=64 -r 48000 -c 2 -f FLOAT_LE -v -D rawjack sudo tcpdump -xx -vvv -s 0 -i mon0 | aplay -i - -t raw --buffer-size=64 -c 2 -f FLOAT_LE -v -D rawjack
mais son continu ?!
pas encore ça:
sudo tcpdump -x -s 1500 -i wlan0 | avconv -acodec raw -ar 44100 -i - -v debug -b 768k tcpBB.wav sudo tcpdump -x -s 1500 -i wlan0 | avconv -acodec raw -ar 44100 -i - -v debug -id3v2_version 3 -write_id3v1 1 -b 768k tcpBB.wav
UNIX pipe access protocol. Allow to read and write from UNIX pipes. The accepted syntax is: pipe:[<html><number></html> ] number is the number corresponding to the file descriptor of the pipe (e.g. 0 for stdin, 1 for stdout, 2 for stderr). If number is not specified, by default the stdout file descriptor will be used for writing, stdin for reading.
For example to read from stdin with avconv: cat test.wav | avconv -i pipe:0 # ...this is the same as... cat test.wav | avconv -i pipe:
For writing to stdout with avconv: avconv -i test.wav -f avi pipe:1 | cat > test.avi # ...this is the same as... avconv -i test.wav -f avi pipe: | cat > test.avi
Note that some formats (typically MOV), require the output protocol to be seekable, so they will fail with the pipe output protocol.
https://github.com/znerol/packetpunk
sudo apt-get install libpcap0.8-dev
lancer jack en root sur carte son intel :
sudo /usr/bin/jackd -dalsa -r44100 -p512 -n8 -D -Chw:0 -Phw:0 -i2 -o2 -I2
lancer packetpunk
sudo ./packetpunk -s 1500 -i wlan0
lister les E/S de jack
jack_lsp
Connecter packetpung à jack
jack_connect "packetpunk:output" "system:playback_1" jack_connect "packetpunk:output" "system:playback_2"
Interface de jack
sudo qjackctl
Sonification of netflow traffic - a netflow collector that processes and sends flows to be played by sonic-pi via the OSC protocol
Utilisation de promiscuous~ de Pure Data / ext13 et réalisation d'un stream > serveur icecast 2
apt-get install puredata pd-pdogg pd-ext13 icecast2
Pour v2, ajouter
apt install pd-ggee pd-zexy pd-iemlib
Création d'une carte son virtuelle :
modprobe snd-dummy
Pour rendre la création de la carte son virtuelle permanente :
nano /etc/modules
# /etc/modules: kernel modules to load at boot time. # # This file contains the names of kernel modules that should be loaded # at boot time, one per line. Lines beginning with "#" are ignored. # Parameters can be specified after the module name. snd-dummy
Pour debian jessie :
sudo nano /etc/modprobe.d/alsa.conf
# ALSA portion alias char-major-116 snd alias snd-card-0 snd-dummy # module options should go here # OSS/Free portion alias char-major-14 soundcore alias sound-slot-0 snd-card-0 # card #1 alias sound-service-0-0 snd-mixer-oss alias sound-service-0-1 snd-seq-oss alias sound-service-0-3 snd-pcm-oss alias sound-service-0-8 snd-seq-oss alias sound-service-0-12 snd-pcm-oss
The PD patch : anarchasonification.pdFile:anarchasonification.pd and to check the audio device :
puredata -nogui -listdev audio input devices: 1. HDA Intel PCH (hardware) 2. HDA Intel PCH (plug-in) 3. Dummy (hardware) 4. Dummy (plug-in) audio output devices: 1. HDA Intel PCH (hardware) 2. HDA Intel PCH (plug-in) 3. Dummy (hardware) 4. Dummy (plug-in) API number 1
Not sure this step is necessary at the end …
To launch the patch :
puredata -nogui anarchasonification.pd
Labomedia's icecast server is configured in the patch for the moment … it should produce a devsonification.ogg on http://labomedia.org:8000
Variante Rasberry Pi avec Pick up
sudo apt install puredata pd-pdogg pd-ext13 pd-zexy pd-iemlib pd-ggee sudo pd -nogui -listdev sudo pd -nogui -audiodev 3 pnodelocalenetsonification-withoutpwd.pd
Le patch v2 pnodelocalenetsonification-withoutpwd.pd
To launch the patch at the server start-up with systemctl
nano /lib/systemd/system/omnioussonification.service
y mettre :
[Unit] Description=Omnious Sonification Service [Service] ExecStart=/home/b01/omnioussonification.sh StandardOutput=null ExecStop=/bin/sh -c "killall pd" [Install] WantedBy=multi-user.target Alias=omnioussonification.service
Créer un script dans par exemple /home/b01/omnioussonification.sh
#!/bin/bash sudo puredata -nogui /home/b01/omnioussonification.pd exit 0
Une variante sans script :
[Unit] Description=Server Sonification net activity [Service] Type=simple ExecStart=/usr/bin/pd -nogui -noaudio /data/pnode/algo/pnodelocalenetsonification.pd StandardOutput=null Restart=on-failure # Configures the time to wait before service is stopped forcefully. TimeoutStopSec=30 [Install] WantedBy=multi-user.target Alias=serversonification.service
commande magique pour prise en compte des modifs a posteriori dans le .service ?
sudo systemctl daemon-reload
lancer le service
sudo systemctl start omnioussonification.service
activer le service au démarrage du serveur
sudo systemctl enable omnioussonification.service
Doesn't work :
avconv -loglevel quiet -i [[http://radio.calafou:8000/omniussonification.ogg| http://radio.calafou:8000/omniussonification.ogg]] -ac 1 -ar 44100 -f s16le -|./pi_fm_rds -freq 88 -audio -
objet promiscous de ext13 dans pure data
sudo cat /dev/input/by-id/usb-Logitech_Logitech_USB_Optical_Mouse-event-mouse > /dev/dsp sudo cat /dev/video0 > /dev/dsp | affichage xterm info coreutils ’mknod invocation’ /sys/devices/virtual/net/lo/subsystem/wlan0
Un exemple : mknod /dev/null c 1 3 (c=character, 1=majeur, 3=mineur). La liste des numéros majeurs et mineurs se trouve dans /usr/src/linux/Documentation/devices.txt. Normalement, les kernels de la série 2.4 peuvent créer lors du besoin les descripteurs de périphériques s'ils utilisent devfs.
python sniff.py -i eth0 > /dev/dsp
voir http://www.binarytides.com/python-packet-sniffer-code-linux/
Un joli exemple à partir de /dev/urandom d'après http://blog.robertelder.org/bash-one-liner-compose-music/
cat /dev/urandom | hexdump -v -e '/1 "%u\n"' | awk '{ split("0,2,4,5,7,9,11,12",a,","); for (i = 0; i < 1; i+= 0.0001) printf("%08X\n", 100*sin(1382*exp((a[$1 % 8]/12)*log(2))*i)) }' | xxd -r -p | aplay -c 2 -f S32_LE -r 16000
From Martin : As one of the (ir)responsible carvers (the other being Danja Vassiliev), the full command which danja used on the show was:
dd if=/dev/sdb | gst-launch-0.10 filesrc location=/dev/stdin ! queue ! tee name=v ! queue ! videoparse framerate=1 ! videoscale ! video/x-raw-yuv, width=40, height=30 ! videorate ! audioparse ! audiorate ! alsasink v. ! queue leaky=2 ! videoparse width=640 height=480 ! videoscale ! videorate ! xvimagesink sync=false
which also routes the HD data flow to the screen for unbroadcast visual feedback/fun!
Of course, as suggested a straight:
dd if=/dev/sdb of=/dev/dsp
would do the trcik albeit at a lower bitrate (and in both examples with /dev/sdb representing th USB-attached hard drive).
a test + jack
mplayer -demuxer rawaudio /dev/sdb -ao jack
might work (with more options to demuxer also).
Another option is:
cat /dev/sdb | ecasound -i stdin -o jack arecord arecord -D pulse
A test claude assuming jack is running at 48000 and want to resample from 8000
ecasound -f:s16_le,1,48000 -i:resample-hq,8000,sndfile,/usr/bin/mplayer,.raw -o:jack,system
is there something like a bridge, so i can route the audio signal to say supercollider 3 for further real time manipulations etc.anyone?
Marche !
mkfifo bridge.fifo sudo cat /dev/mem >> bridge.fifo & ecasound -f:s16_le,1,48000 -i:resample-hq,8000,sndfile,bridge.fifo,.raw -o:jack,system
Commands
find . -name '*.exe' -exec cat {} > /dev/audio \;
type cat /dev/fb > /dev/dsp type cat /dev/core > /dev/dsp type cat /dev/sr0 > /dev/dsp type cat /dev/sda > /dev/dsp type cat /dev/mem > /dev/dsp type curl [[http://en.wikipedia.org/wiki/Music| http://en.wikipedia.org/wiki/Music]] > /dev/dsp
make some noise !!!! Merci www.commandlinefu.com pour l'idée de base
sudo cat /dev/urandom | aplay aplay interprète le code brut sudo cat /dev/urandom | hexdump converti les caratères en hexa sudo tcpdump -i -vv wlan0
mplayer -vo aa:width=250:height=80 theoriedescordes.flv mplayer -vo caca -framedrop goodeveningDVgood.avi
adds a header to a raw audio file
sox -r 8000 -u -1 -c 1 voice-memo.raw voice-memo.wav
concatenates two audio files, and
sox -m music.mp3 voice.wav mixed.flac
We can also use sox to convert a raw file to another format. In this case, we have to supply some information about the raw file:
sox -r 441000 -s -w foo.raw foo.wav
#!/bin/bash qjackctl & #xterm -e "sleep 5;pdextended -rt -jack -nosleep -open /media/Data/INTEGRATIONS/PATCHES/INTEGSON.pd" & xterm -e "sleep 4;pdextended -rt -jack -nosleep -open /media/Data/INTEGRATIONS/PATCHES/INTEGTLIMAGE.pd " & # {qjackctl & ; pdextended -rt -jack -channels 12 12 -stderr -nosleep -open /media/Data/INTEGRATIONS/PATCHES/INTEGRATIONS.pd & ; pdextended -nodac -noadc -stderr -open /media/Data/INTEGRATIONS/PATCHES/INTEGRATIONS.pd & ; }
Récup nom de fichier, extension en commençant par éliminer le chemin avec basename
filename=$(basename "$fullfile")
extension="${filename##*.}"
filename="${filename%.*}"
Pour finir, une sonification de données opérée par Brian Eno sur un projet de Forensic Architecture à propos de NSO Group et Pegasus