Toboe/Cmd_stats

## Cmd_stats
Curl

feh --thumbnails --index-info "%n\n%wx%h"
feh --list
feh --draw-tinted --info "exifgrep '(Model|DateTimeOriginal|FNumber|ISO|Flash|ExposureTime|FocalLength.\\*)' '%f' | cut -d . -f 4-"
feh -t modular/setup/environment/wallpaper/ --thumb-height 120 --thumb-width 120 -S width -n -d --cache-thumbnails

mplayer -ss 670 -frames 1 -vo jpeg -nosound movie.avi
mplayer -ao null -ss 0:51:48 -endpos 15 -vo gif89a:output=16.gif:fps=17 palette,format=bgr=24  Ololo.avi
ffmpeg -i movie.mp4 -vcodec copy -acodec copy -ss 00:37:40 -t 00:01:10 /mnt/destvideo.mp4
mencoder -ss 670 -frames 500 -o output.avi -oac copy -ovc divx4 -vop scale -zoom -xy 160 -ofps 15  src.avi
mplayer -vo caca video.avi
cat *avi | mencoder -oac copy -ovc copy -o new.avi -

gifsicle --delay=10 --loop *.gif > anim.gif
gifsicle --colors=256 --delay=4 --loopcount=0 --dither -O3 *.gif > animation.gif
convert -delay 20 -loop 0 *.jpg myimage.gif


ngrep -q -W byline "^(GET|POST) .*"
ngrep -q -W byline "search" host www.google.com and port 80

Netcat
nc -z example.com 20-100 Connection to example.com 22 port [tcp/ssh] succeeded! Connection to example.com 80 port [tcp/http] succeeded!
nc -l 9090 | tar -xzf -  ///// $ tar -czf dir/ | nc server 9090
We can use Netcat to expose any application over the network. Here we expose a shell over port 8080:
mkfifo backpipe $ nc -l 8080 0<backpipe | /bin/bash > backpipe
We can now access the server from any client:
nc example.com 8080 uname -a Linux li228-162 2.6.39.1-linode34 ##1 SMP Tue Jun 21 10:29:24 EDT 2011 i686 GNU/Linux

sshuttle -r <server> --dns 0/0
If you provide the --daemon argument, sshuttle will run in the background as a daemon. Combined with some other options, you can make aliases to simply and quickly start and stop tunneling your traffic:
alias tunnel='sshuttle --D --pidfile=/tmp/sshuttle.pid -r <server> --dns 0/0' alias stoptunnel='[[ -f /tmp/sshuttle.pid ]] && kill `cat /tmp/sshuttle.pid`'

Siege

Mitmproxy

curl http://betterthangrep.com/ack-standalone > ~/bin/ack
chmod 0755 !$


tcpdump -c 2 -i eth0
The following tcpdump syntax prints the packet in ASCII.
tcpdump -A -i eth0
packets in both ASCII and HEX format.
tcpdump -XX -i eth0
tcpdump allows you to save the packets to a file, and later you can use the packet file for further analysis.
tcpdump -w 08232010.pcap -i eth0
You can read the captured pcap file and view the packets for analysis, as shown below.
tcpdump -tttt -r data.pcap
tcpdump -i eth0 arp
tcpdump -i eth0 port 22
tcpdump -w xpackets.pcap -i eth0 dst 10.181.140.216 and port 22
tcpdump -w comm.pcap -i eth0 dst 16.181.170.246 and port 22
tcpdump -i eth0 not arp and not rarp
tcpdump -w comm.pcap -i eth0 src xxx.xxx.xxx.xxx and port 22 and dst xxx.xxx.xxx.xxx and port 22

sar
iostat -p sda
mpstat -A
vmstat
ps -f -u wwwrun,postfix
ps -e -o pid,args --forest
free
top
Pmap
IPTraf
lsof && fstat && sockstat
Ntop
w and uptime
Vnstat
Socket Statistics – SS
strace ls
strace -e open ls
pmap
iptraf
mtr

find -iname "MyCProgram.c" -exec md5sum {} \;

netstat -ap | grep ssh
netstat -an | grep ':80'
netstat -a | more


Cacti
nagios
munin

Capture network capture continuously
The following example will capture the network packets continuously for 60 seconds. After 60 seconds of capture, it would stop automatically. capture_out contains the packets, which are flown in the network during the last 60 seconds.

tshark -q -w capture_out -a duration:60

In the following example packets will be printed on the screen and simultaneously it will be written into the output file.

tshark -S -q -w capture_out -a duration:10
To see how many packets are flowing in the network for a specific interval use the following command.
tshark -q -w capture_duration1 -a duration:1 -z io,stat,1


 HATop

==Fstab mount systems rules==
wdfs#http://mywebdavserver.biz/foo /mnt/локальный_каталог fuse users 0 0
Также можно указать несколько опций, разделенных запятыми (например, ,username=пользователь,password=СезамОткройся,acceptsslcert) сразу после слова users.
	Curl

	feh --thumbnails --index-info "%n\n%wx%h"
	feh --list
	feh --draw-tinted --info "exifgrep '(Model\|DateTimeOriginal\|FNumber\|ISO\|Flash\|ExposureTime\|FocalLength.\\*)' '%f' \| cut -d . -f 4-"
	feh -t modular/setup/environment/wallpaper/ --thumb-height 120 --thumb-width 120 -S width -n -d --cache-thumbnails

	mplayer -ss 670 -frames 1 -vo jpeg -nosound movie.avi
	mplayer -ao null -ss 0:51:48 -endpos 15 -vo gif89a:output=16.gif:fps=17 palette,format=bgr=24 Ololo.avi
	ffmpeg -i movie.mp4 -vcodec copy -acodec copy -ss 00:37:40 -t 00:01:10 /mnt/destvideo.mp4
	mencoder -ss 670 -frames 500 -o output.avi -oac copy -ovc divx4 -vop scale -zoom -xy 160 -ofps 15 src.avi
	mplayer -vo caca video.avi
	cat *avi \| mencoder -oac copy -ovc copy -o new.avi -

	gifsicle --delay=10 --loop *.gif > anim.gif
	gifsicle --colors=256 --delay=4 --loopcount=0 --dither -O3 *.gif > animation.gif
	convert -delay 20 -loop 0 *.jpg myimage.gif


	ngrep -q -W byline "^(GET\|POST) .*"
	ngrep -q -W byline "search" host www.google.com and port 80

	Netcat
	nc -z example.com 20-100 Connection to example.com 22 port [tcp/ssh] succeeded! Connection to example.com 80 port [tcp/http] succeeded!
	nc -l 9090 \| tar -xzf - ///// $ tar -czf dir/ \| nc server 9090
	We can use Netcat to expose any application over the network. Here we expose a shell over port 8080:
	mkfifo backpipe $ nc -l 8080 0<backpipe \| /bin/bash > backpipe
	We can now access the server from any client:
	nc example.com 8080 uname -a Linux li228-162 2.6.39.1-linode34 ##1 SMP Tue Jun 21 10:29:24 EDT 2011 i686 GNU/Linux

	sshuttle -r <server> --dns 0/0
	If you provide the --daemon argument, sshuttle will run in the background as a daemon. Combined with some other options, you can make aliases to simply and quickly start and stop tunneling your traffic:
	alias tunnel='sshuttle --D --pidfile=/tmp/sshuttle.pid -r <server> --dns 0/0' alias stoptunnel='[[ -f /tmp/sshuttle.pid ]] && kill `cat /tmp/sshuttle.pid`'

	Siege

	Mitmproxy

	curl http://betterthangrep.com/ack-standalone > ~/bin/ack
	chmod 0755 !$


	tcpdump -c 2 -i eth0
	The following tcpdump syntax prints the packet in ASCII.
	tcpdump -A -i eth0
	packets in both ASCII and HEX format.
	tcpdump -XX -i eth0
	tcpdump allows you to save the packets to a file, and later you can use the packet file for further analysis.
	tcpdump -w 08232010.pcap -i eth0
	You can read the captured pcap file and view the packets for analysis, as shown below.
	tcpdump -tttt -r data.pcap
	tcpdump -i eth0 arp
	tcpdump -i eth0 port 22
	tcpdump -w xpackets.pcap -i eth0 dst 10.181.140.216 and port 22
	tcpdump -w comm.pcap -i eth0 dst 16.181.170.246 and port 22
	tcpdump -i eth0 not arp and not rarp
	tcpdump -w comm.pcap -i eth0 src xxx.xxx.xxx.xxx and port 22 and dst xxx.xxx.xxx.xxx and port 22

	sar
	iostat -p sda
	mpstat -A
	vmstat
	ps -f -u wwwrun,postfix
	ps -e -o pid,args --forest
	free
	top
	Pmap
	IPTraf
	lsof && fstat && sockstat
	Ntop
	w and uptime
	Vnstat
	Socket Statistics – SS
	strace ls
	strace -e open ls
	pmap
	iptraf
	mtr

	find -iname "MyCProgram.c" -exec md5sum {} \;

	netstat -ap \| grep ssh
	netstat -an \| grep ':80'
	netstat -a \| more


	Cacti
	nagios
	munin

	Capture network capture continuously
	The following example will capture the network packets continuously for 60 seconds. After 60 seconds of capture, it would stop automatically. capture_out contains the packets, which are flown in the network during the last 60 seconds.

	tshark -q -w capture_out -a duration:60

	In the following example packets will be printed on the screen and simultaneously it will be written into the output file.

	tshark -S -q -w capture_out -a duration:10
	To see how many packets are flowing in the network for a specific interval use the following command.
	tshark -q -w capture_duration1 -a duration:1 -z io,stat,1


	HATop

	==Fstab mount systems rules==
	wdfs#http://mywebdavserver.biz/foo /mnt/локальный_каталог fuse users 0 0
	Также можно указать несколько опций, разделенных запятыми (например, ,username=пользователь,password=СезамОткройся,acceptsslcert) сразу после слова users.