Show two things side by side using catimg (like in neofetch) - bash

I am trying to create something like neofetch does using bash.
I want to show one image on the right and one ascii art (using the cat << EOF myascii EOF command)
So that I can show a logo and a text on the other side.
I want to use it as my login welcome screen when I ssh some of my machines.
So I was able to show the ascii art by doing :
cat << EOF
_____ _
|_ _| | |
| | ___ ___| |_
| |/ _ \/ __| __|
| | __/\__ \ |_
\_/\___||___/\__|
EOF
And showing my image using catimg myimage.png
However I try to show them both side by side. I tried using pr.
pr -m -t <(catimg) <(cat mytestfile.txt) but it doesn't work and it cuts my ascii art.
It's the same using the paste command.
Was anyone able to do it. If yes how ?
My ascii art is quiet long too so without it to be cutted it would be awesome.
Thanks for your help.

Produce txt file by merging ouput of catimg and figlet
Instead of real merge, I will simply put both output at correct place by using ANSI escape code
{
mapfile aa < <(figlet -w40 $text)
printf "%s" "${aa[#]}"
catimg -w40 "$image" |
sed "\$!s/^/\o33[40C/;1s/^/\o33[${#aa[#]}A/"
} >outputfile.txt
This could be written as a function:
mkTextImage() {
local aa width=${COLUMNS} prcent=50 text image lwidth rwidth ffont
while [ "${1::1}" == "-" ] ;do
case $1 in
-w) shift;width=$1;shift;;
-p) shift;prcent=$1;shift;;
-f) shift;ffont="-f $1";shift;;
esac
done
text="$1" image="$2"
printf -v lwidth %.0f $(
bc -l <<<"$width/100*$prcent")
rwidth=$((width-lwidth))
mapfile aa < <(figlet -w$lwidth $ffont $text)
printf "%s" "${aa[#]}"
catimg -w$rwidth "$image" |
sed "\$!s/^/\o33[${lwidth}C/;1s/^/\o33[${#aa[#]}A/"
}
And reversed:
(Nota: This work while catimg length stay bigger than figlet length)
mkImageText () {
local aa fl width=${COLUMNS} prcent=50 text image lwidth rwidth ffont
while [ "${1::1}" == "-" ] ;do
case $1 in
-w) shift;width=$1;shift;;
-p) shift;prcent=$1;shift;;
-f) shift;ffont="-f $1";shift;;
esac
done
image="$1" text="$2"
printf -v lwidth %.0f $(bc -l <<<"$width/100*$prcent")
rwidth=$((width-lwidth))
mapfile aa < <(catimg -w$lwidth "$image")
printf "%s" "${aa[#]}"
printf "\e[$((${#aa[#]}-1))A"
mapfile fl < <(figlet -w$rwidth $ffont "$text")
printf "\e[${lwidth}C%s" "${fl[#]}"
printf "\e[$((${#aa[#]}-${#fl[#]}-1))B"
}
From there, regarding your comment: try using 42% of 80 columns width for image:
mkImageText -f small -p 42 spongebob.png "Sponge Bob"
or
mkTextImage -f small -p 58 "Sponge Bob" spongebob.png
Will render:
Then you could try using -f smblock option, or modify functions to use toilet instead of figlet...

Related

Format a string to have the same number of characters in a shell posix script

I have various variables and what I want to do is to print them all with the same width (character wise). To achieve that, I first need to discover which is the longest string and add one to it,
and then print the shorter ones with that width, padding with spaces.
well ideally i want the output to be like
IFROGZ FREE REIN 2 "00:00:00:00:B5:C8"
Mi Phone "A4:50:46:AC:32:59"
realme Watch "D8:CA:8E:CD:5D:7C"
where in case of a device being connected on the left 2 of the 4 spaces become asterix(*) but this question is more adressed to the right padding/formating
printf %15s $something ' ' $isuppose, doesn't work which would be the ideal solution, but how do I find the width to put there?
A very important thing is it needs to be POSIX compliant scripting.
Here's where I'm at, but the code at this point is very redudant because I've tried brute-forcing the solution.
inc=$#
inc=$((inc-1))
demon=$(eval printf \"\$$inc\");
inc=$((inc-2))
tellar=$(eval printf \"\$$inc\");
demon=${demon:1:-1}$tella$tellar
inc=$((inc-1))
while (( $inc >= 2 )); do
aussie=$(eval printf \"\$$inc\");
inc=$((inc-2))
tellar=$(eval printf \"\$$inc\");
inc=$((inc+2))
demon=$(printf "%s»%"$smoll"s%s" $demon ${aussie:1:-1} " " $tellar);
inc=$((inc-3))
done
demon=$(echo $demon | sed -E "s/»/`space=${#demon}; while (( smoll > i++ )); do ( printf " " ); done; unset space;`\n/g")
Here's the current input and output although the input is "wrong".
Given a set of variables, the maximum width can be easily calculated with:
setwidth(){
width=0
for str in "$#"; do
[ $width -lt ${#str} ] && width=${#str}
done
}
We store the result in a global variable width for later use in a printf format string.
Example of use:
var1="123"
var2=" 2345"
var3="123456 89"
testprint(){
setwidth "$#"
echo right-justified:
printf "\055 %${width}s |\n" "$#"
echo
echo left-justified:
printf "\055 %-${width}s |\n" "$#"
}
testprint "$var1" "$var2" "$var3"
giving:
right-justified:
- 123 |
- 2345 |
- 123456 89 |
left-justified:
- 123 |
- 2345 |
- 123456 89 |

Bash: concatenated variables derived from text file using grep gives confused output

In my directory, I have a multiple nifti files (e.g., WIP944_mp2rage-0.75iso_TR5.nii) from my MRI scanner accompanied by text files (e.g., WIP944_mp2rage-0.75iso_TR5_info.txt) containing information on the acquisition parameters (e.g., "Series description: WIP944_mp2rage-0.75iso_TR5_INV1_PHS_ND"). Based on these parameters (e.g., INV1_PHS_ND), I need to change the nifti file name, which are echoed in $niftibase. I used grep to do this. When echoing all variables individually, it gives me what I want, but when I try to concatenate them into one filename, the variables are mixed together, instead of delimited by a dot.
I tried multiple forms of sed to cut away potentially invisible characters and identified the source of the problems: the "INV1_PHS_ND" part of 'series description' gives me troubles, which is the $struct component, potentially due to the fact that this part varies in how many fields are extracted. Sometimes this is 3 (in the case of INV1_PHS_ND), but it can be 2 as well (INV1_ND). When I introduce this variable into the filename, everything goes haywire.
for infofile in ${PWD}/*.txt; do
# General characteristics of subjects (i.e., date of session, group number, and subject number)
reco=$(grep -A0 "Series description:" ${infofile} | cut -d ' ' -f 3 | cut -d '_' -f 1)
date=$(grep -A0 "Series date:" ${infofile} | cut -c 16-21)
group=$(grep -A0 "Subject:" ${infofile} | cut -d '^' -f 2 | cut -d '_' -f 1 )
number=$(grep -A0 "Subject:" ${infofile} | cut -d '^' -f 2 | cut -d '_' -f 2)
ScanNr=$(grep -A0 "Series number:" ${infofile} | cut -d ' ' -f 3)
# Change name if reco has structural prefix
if [[ $reco = *WIP944* ]]; then
struct=$(grep -A0 "Series description: WIP944" ${infofile} | cut -d '_' -f 4,5,6)
niftibase=$(basename $infofile _info.txt).nii
#echo ${subStudy}.struct.${date}.${group}.${protocol}.${paradigm}.nii
echo ${subStudy}.struct.${struct}.${date}.${group}.${protocol}${number}.${paradigm}.n${ScanNr}.nii
#mv ${niftibase} ${subStudy}.struct.${struct}.${date}.${group}.${protocol}${number}.${paradigm}.n${ScanNr}.nii
fi
done
This gives me output like this:
.niit47.n4lot.Noc002
.niit47.n5lot.Noc002D
.niit47.n6lot.Noc002
.niit47.n8lot.Noc002
.niit47.n9lot.Noc002
.niit47.n10ot.Noc002
.niit47.n11ot.Noc002D
for all 7 WIP944 files. However, it needs to be in the direction of this:
H1.struct.INV2_PHS_ND.190523.Pilot.Noc001.Heat47.n11.nii, where H1, Noc, and Heat47 are loaded in from a setup file.
EDIT: I tried to use awk in the following way:
reco=$(awk 'FNR==8 {print;exit}' $infofile | cut -d ' ' -f 3 | cut -d '_' -f 1)
date=$(awk 'FNR==2 {print;exit}' $infofile | cut -c 15-21)
group=$(awk 'FNR==6 {print;exit}' $infofile | cut -d '^' -f 2 | cut -d '_' -f 1 )
number=$(awk 'FNR==6 {print;exit}' $infofile | cut -d '^' -f 2 | cut -d '_' -f 2)
ScanNr=$(awk 'FNR==14 {print;exit}' $infofile | cut -d ' ' -f 3)
which again gave me the correct output when echoing the variables individually, but not when I tried to combine them: .niit47.n11022_PHS_ND.
I used echo "$struct" | tr -dc '[:print:]' | od -c to see if there were hidden characters due to line endings, which resulted in:
0000000 I N V 2 _ P H S _ N D
0000013
EDIT: This is how the text file looks like:
Series UID: 1.3.12.2.1107.5.2.34.18923.2019052316005066316714852.0.0.0
Study date: 20190523
Study time: 153529.718000
Series date: 20190523
Series time: 160111.750000
Subject: MDC-0153,pilot_003^pilot_003
Subject birth date: 19970226
Series description: WIP944_mp2rage-0.75iso_TR5_INV1_PHS_ND
Image type: ORIGINAL\PRIMARY\P\ND
Manufacturer: SIEMENS
Model name: Investigational_Device_7T
Software version: syngo MR B17
Study id: 1
Series number: 5
Repetition time (ms): 5000
Echo time[1] (ms): 2.51
Inversion time (ms): 900
Flip angle: 7
Number of averages: 1
Slice thickness (mm): 0.75
Slice spacing (mm):
Image columns: 320
Image rows: 320
Phase encoding direction: ROW
Voxel size x (mm): 0.75
Voxel size y (mm): 0.75
Number of volumes: 1
Number of slices: 240
Number of files: 240
Number of frames: 0
Slice duration (ms) : 0
Orientation: sag
PixelBandwidth: 248
I have one of these for each nifti file. subStudy is hardcoded in a setup file, which is loaded in prior to running the for loop. When I echo this, it shows the correct value. I need to change the names of multiple files with a specific prefix, which are stored in $reco.
As confirmed in comments, the input files have DOS carriage returns, which are basically invalid in Unix files. Also, you should pay attention to proper quoting.
As a general overhaul, I would recommend replacing the entire Bash script with a simple Awk script, which is both simpler and more idiomatic.
for infofile in ./*.txt; do # no need to use $(PWD)
# Pre-filter with a simple grep
grep -q '^Series description: [^ _]*WIP944' "$infofile" && continue
# Still here? Means we want to rename
suffix="$(awk -F : '
BEGIN { split("Series description:Series date:Subject:Series number", f, /:/) }
{ sub(/\r/, ""); } # get rid of pesky DOS carriage return
NR == 1 { nifbase = FILENAME; sub(/_info\.txt$/, ".nii", nifbase) }
$1 in f { x[$1] = substring($0, length($1)+2) }
END {
split(x["Series description"], t, /_/); struct=t[4] "_" t[5] "_" t[6]
split(x["Series description"], t, /_/); reco = t[1]
date=substr(x["Series date"], 16, 5)
split(x["Subject"], t, /\^/); split(t[2], tt, /_/); group=tt[1]
number=tt[2]
ScanNr=x["Series number"]
### FIXME: protocol and paradigm are still undefined
print struct "." date "." group "." protocol number "." paradigm ".n" ScanNr
}' "$infofile")"
echo mv "$infofile" "$subStudy.struct.$suffix"
done
This probably still requires some tweaking (at least "protocol" and "paradigm" are still undefined). Once it seems to print the correct values, you can remove the echo before mv and have it actually rename files for you.
(Probably still better test on a copy of your real data files first!)

Why does my bash function handle arguments as a string?

I am attempting to gather my ip address and subnet bits (such as 192.168.2.17/24) to pass to fing along with a name to scan a network and create a set of output files. I wrote a working script that takes in the address/len and a job name. I ultimately want to be able to extend the shell script automatically pull the address/len so that I only need to enter the job name. I'm using a Mac, if that helps.
fing.sh (This works!)
#Create a fing profile and scan
mkdir $2
fing -n $1 -r 3 -d false --session $2/persist.fing \
-o table,html,$2/fing.html -o table,csv,$2/fing.csv \
-o table,xml,$2/fing.xml -o table,json,$2/fing.json
test.sh
#!/bin/bash
#Variables
ipaddr=ip
hexmask=netmask
testmask=255.255.252.0
#thing=0
The ip and netmask functions work; at least they seem to.
#Functions
ip()
{
ifconfig | grep "inet " | grep -v 127.0.0.1 | awk '{print $2}'
}
netmask()
{
ifconfig | grep "inet " | grep -v 127.0.0.1 | awk '{print $4}'
}
The functions, mask2cidr and hex2decip to work as individual scripts.
mask2cidr() {
#Source:
#http://www.linuxquestions.org/questions/programming-9/bash-cidr-calculator-646701/#post3173472
#Convert dotted decimal subnet mask to cidr format
nbits=0
IFS=.
for dec in $1 ; do
case $dec in
255) let nbits+=8;;
254) let nbits+=7;;
252) let nbits+=6;;
248) let nbits+=5;;
240) let nbits+=4;;
224) let nbits+=3;;
192) let nbits+=2;;
128) let nbits+=1;;
0);;
*) echo "Error: $dec is not recognised"; exit 1
esac
done
echo "$nbits"
}
hex2decip()
{
#Source:
#https://forums.freebsd.org/threads/ifconfig-display-non-hex-netmasks.2834/#post-86216
#Converts hex formatted subnet to dotted decimal format
if [ ! "$1" ] ; then
echo
echo "$MyName - converts an IP address in hexadecimal to dotted decimal"
echo "Usage: $MyName <hex_address>"
echo
exit 1
fi
echo $1 | sed 's/0x// ; s/../& /g' | tr [:lower:] [:upper:] | while read B1 B2 B3 B4 ; do
echo "ibase=16;$B1;$B2;$B3;$B4" | bc | tr '\n' . | sed 's/\.$//'
done
}
ipaddr and hexmask output as expected
${ipaddr}
${hexmask}
For hex2decip, hexmask seems to pass "netmask" instead of the result of the netmask function.
hex2decip $hexmask
exit 0
./test.sh OUTPUT
10.0.180.14
0xffffff00
(standard_in) 1: illegal character: N
(standard_in) 1: illegal character: T
(standard_in) 1: illegal character: M
(standard_in) 1: illegal character: S
(standard_in) 1: illegal character: K
hexmask=netmask
Sets the shell variable hexmask to the string netmask. That's just how the shell works.
If you want the result of calling the shell function netmask, you need to use command substitution:
hexmask=$(netmask)
(after first defining the netmask function, of course.)
By the way,
ipaddr=ip
testmask=255.255.252.0
work the same way. ipaddr is set to the string ip and testmask to the string 255.255.252.0.

Length of string in bash

How do you get the length of a string stored in a variable and assign that to another variable?
myvar="some string"
echo ${#myvar}
# 11
How do you set another variable to the output 11?
To get the length of a string stored in a variable, say:
myvar="some string"
size=${#myvar}
To confirm it was properly saved, echo it:
$ echo "$size"
11
Edit 2023-02-13: Use of printf %n instead of locales...
UTF-8 string length
In addition to fedorqui's correct answer, I would like to show the difference between string length and byte length:
myvar='Généralités'
chrlen=${#myvar}
oLang=$LANG oLcAll=$LC_ALL
LANG=C LC_ALL=C
bytlen=${#myvar}
LANG=$oLang LC_ALL=$oLcAll
printf "%s is %d char len, but %d bytes len.\n" "${myvar}" $chrlen $bytlen
will render:
Généralités is 11 char len, but 14 bytes len.
you could even have a look at stored chars:
myvar='Généralités'
chrlen=${#myvar}
oLang=$LANG oLcAll=$LC_ALL
LANG=C LC_ALL=C
bytlen=${#myvar}
printf -v myreal "%q" "$myvar"
LANG=$oLang LC_ALL=$oLcAll
printf "%s has %d chars, %d bytes: (%s).\n" "${myvar}" $chrlen $bytlen "$myreal"
will answer:
Généralités has 11 chars, 14 bytes: ($'G\303\251n\303\251ralit\303\251s').
Nota: According to Isabell Cowan's comment, I've added setting to $LC_ALL along with $LANG.
Same, but without having to play with locales
I recently learn %n format of printf command (builtin):
myvar='Généralités'
chrlen=${#myvar}
printf -v _ %s%n "$myvar" bytlen
printf "%s is %d char len, but %d bytes len.\n" "${myvar}" $chrlen $bytlen
Généralités is 11 char len, but 14 bytes len.
Syntax is a little counter-intuitive, but this is very efficient! (further function strU8DiffLen is about 2 time quicker by using printf than previous version using local LANG=C.)
Length of an argument, working sample
Argument work same as regular variables
showStrLen() {
local -i chrlen=${#1} bytlen
printf -v _ %s%n "$1" bytlen
LANG=$oLang LC_ALL=$oLcAll
printf "String '%s' is %d bytes, but %d chars len: %q.\n" "$1" $bytlen $chrlen "$1"
}
will work as
showStrLen théorème
String 'théorème' is 10 bytes, but 8 chars len: $'th\303\251or\303\250me'
Useful printf correction tool:
If you:
for string in Généralités Language Théorème Février "Left: ←" "Yin Yang ☯";do
printf " - %-14s is %2d char length\n" "'$string'" ${#string}
done
- 'Généralités' is 11 char length
- 'Language' is 8 char length
- 'Théorème' is 8 char length
- 'Février' is 7 char length
- 'Left: ←' is 7 char length
- 'Yin Yang ☯' is 10 char length
Not really pretty output!
For this, here is a little function:
strU8DiffLen() {
local -i bytlen
printf -v _ %s%n "$1" bytlen
return $(( bytlen - ${#1} ))
}
or written in one line:
strU8DiffLen() { local -i _bl;printf -v _ %s%n "$1" _bl;return $((_bl-${#1}));}
Then now:
for string in Généralités Language Théorème Février "Left: ←" "Yin Yang ☯";do
strU8DiffLen "$string"
printf " - %-$((14+$?))s is %2d chars length, but uses %2d bytes\n" \
"'$string'" ${#string} $((${#string}+$?))
done
- 'Généralités' is 11 chars length, but uses 14 bytes
- 'Language' is 8 chars length, but uses 8 bytes
- 'Théorème' is 8 chars length, but uses 10 bytes
- 'Février' is 7 chars length, but uses 8 bytes
- 'Left: ←' is 7 chars length, but uses 9 bytes
- 'Yin Yang ☯' is 10 chars length, but uses 12 bytes
Unfortunely, this is not perfect!
But there left some strange UTF-8 behaviour, like double-spaced chars, zero spaced chars, reverse deplacement and other that could not be as simple...
Have a look at diffU8test.sh or diffU8test.sh.txt for more limitations.
I wanted the simplest case, finally this is a result:
echo -n 'Tell me the length of this sentence.' | wc -m;
36
You can use:
MYSTRING="abc123"
MYLENGTH=$(printf "%s" "$MYSTRING" | wc -c)
wc -c or wc --bytes for byte counts = Unicode characters are counted with 2, 3 or more bytes.
wc -m or wc --chars for character counts = Unicode characters are counted single until they use more bytes.
In response to the post starting:
If you want to use this with command line or function arguments...
with the code:
size=${#1}
There might be the case where you just want to check for a zero length argument and have no need to store a variable. I believe you can use this sort of syntax:
if [ -z "$1" ]; then
#zero length argument
else
#non-zero length
fi
See GNU and wooledge for a more complete list of Bash conditional expressions.
If you want to use this with command line or function arguments, make sure you use size=${#1} instead of size=${#$1}. The second one may be more instinctual but is incorrect syntax.
Using your example provided
#KISS (Keep it simple stupid)
size=${#myvar}
echo $size
Here is couple of ways to calculate length of variable :
echo ${#VAR}
echo -n $VAR | wc -m
echo -n $VAR | wc -c
printf $VAR | wc -m
expr length $VAR
expr $VAR : '.*'
and to set the result in another variable just assign above command with back quote into another variable as following:
otherVar=`echo -n $VAR | wc -m`
echo $otherVar
http://techopsbook.blogspot.in/2017/09/how-to-find-length-of-string-variable.html
I know that the Q and A's are old enough, but today I faced this task for first time. Usually I used the ${#var} combination, but it fails with unicode: most text I process with the bash is in Cyrillic...
Based on #atesin's answer, I made short (and ready to be more shortened) function which may be usable for scripting. That was a task which led me to this question: to show some message of variable length in pseudo-graphics box. So, here it is:
$ cat draw_border.sh
#!/bin/sh
#based on https://stackoverflow.com/questions/17368067/length-of-string-in-bash
border()
{
local BPAR="$1"
local BPLEN=`echo $BPAR|wc -m`
local OUTLINE=\|\ "$1"\ \|
# line below based on https://www.cyberciti.biz/faq/repeat-a-character-in-bash-script-under-linux-unix/
# comment of Bit Twiddler Jun 5, 2021 # 8:47
local OUTBORDER=\+`head -c $(($BPLEN+1))</dev/zero|tr '\0' '-'`\+
echo $OUTBORDER
echo $OUTLINE
echo $OUTBORDER
}
border "Généralités"
border 'А вот еще одна '$LESSCLOSE' '
border "pure ENGLISH"
And what this sample produces:
$ draw_border.sh
+-------------+
| Généralités |
+-------------+
+----------------------------------+
| А вот еще одна /usr/bin/lesspipe |
+----------------------------------+
+--------------+
| pure ENGLISH |
+--------------+
First example (in French?) was taken from someone's example above.
Second one combines Cyrillic and the value of some variable. Third one is self-explaining: only 1s 1/2 of ASCII chars.
I used echo $BPAR|wc -m instead of printf ... in order to not rely on if the printf is buillt-in or not.
Above I saw talks about trailing newline and -n parameter for echo. I did not used it, thus I add only one to the $BPLEN. Should I use -n, I must add 2.
To explain the difference between wc -m and wc -c, see the same script with only one minor change: -m was replaced with -c
$ draw_border.sh
+----------------+
| Généralités |
+----------------+
+---------------------------------------------+
| А вот еще одна /usr/bin/lesspipe |
+---------------------------------------------+
+--------------+
| pure ENGLISH |
+--------------+
Accented characters in Latin, and most of characters in Cyrillic are two-byte, thus the length of drawn horizontals are greater than the real length of the message.
Hope, it will save some one some time :-)
p.s. Russian text says "here is one more"
p.p.s. Working "two-liner"
#!/bin/sh
#based on https://stackoverflow.com/questions/17368067/length-of-string-in-bash
border()
{
# line below based on https://www.cyberciti.biz/faq/repeat-a-character-in-bash-script-under-linux-unix/
# comment of Bit Twiddler Jun 5, 2021 # 8:47
local OUTBORDER=\+`head -c $(( $(echo "$1"|wc -m) +1))</dev/zero|tr '\0' '-'`\+
echo $OUTBORDER"\n"\|\ "$1"\ \|"\n"$OUTBORDER
}
border "Généralités"
border 'А вот еще одна '$LESSCLOSE' '
border "pure ENGLISH"
In order to not clutter the code with repetitive OUTBORDER's drawing, I put the forming of OUTBORDER into separate command
Maybe just use wc -c to count the number of characters:
myvar="Hello, I am a string."
echo -n $myvar | wc -c
Result:
21
Length of string in bash
str="Welcome to Stackoveflow"
length=`expr length "$str"`
echo "Length of '$str' is $length"
OUTPUT
Length of 'Welcome to Stackoveflow' is 23

How do i unstrip an object file?

How do i unstrip a stripped object file ?
Does eu-unstrip from elfutils can make this for me ?
I need this to convert a zImage kernel to vmlinux without recompiling.
This is apart of my script:
magic="1f 8b 08 00"
full_line=$(od -A d -t x1 zImage | grep "$magic" )
offset_full_line=$( echo $full_line | cut -f1 -d" ")
data_full_line=$( echo $full_line | cut -f1 -d" " --complement )
index=$[ $( awk -v a="$data_full_line" -v b="$magic" 'BEGIN{print index(a,b)}' ) / 3 ]
offset=$[ 10#$offset_full_line + $index ]
dd if=zImage bs=1 skip=$offset 2>/dev/null | zcat > vmlinux
But my result vmlinux has an unknown format because it doesn't contain ELF headers, so how can i recover those headers ?
Your question makes no sense. If the object file has been stripped, then obviously the information is no longer there. You've got nowhere to extract the stripped data from.

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