easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:



















Caesar cipher

Caesar cipher, is one of the simplest and most widely known encryption techniques. The transformation can be represented by aligning two alphabets, the cipher alphabet is the plain alphabet rotated left or right by some number of positions.

When encrypting, a person looks up each letter of the message in the 'plain' line and writes down the corresponding letter in the 'cipher' line. Deciphering is done in reverse.
The encryption can also be represented using modular arithmetic by first transforming the letters into numbers, according to the scheme, A = 0, B = 1,..., Z = 25. Encryption of a letter x by a shift n can be described mathematically as

Plaintext: rwilson
cipher variations:
sxjmtpo tyknuqp uzlovrq vampwsr wbnqxts
xcoryut ydpszvu zeqtawv afrubxw bgsvcyx
chtwdzy diuxeaz ejvyfba fkwzgcb glxahdc
hmybied inzcjfe joadkgf kpbelhg lqcfmih
mrdgnji nsehokj otfiplk pugjqml qvhkrnm

Decryption is performed similarly,

(There are different definitions for the modulo operation. In the above, the result is in the range 0...25. I.e., if x+n or x-n are not in the range 0...25, we have to subtract or add 26.)
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Atbash Cipher

Atbash is an ancient encryption system created in the Middle East. It was originally used in the Hebrew language.
The Atbash cipher is a simple substitution cipher that relies on transposing all the letters in the alphabet such that the resulting alphabet is backwards.
The first letter is replaced with the last letter, the second with the second-last, and so on.
An example plaintext to ciphertext using Atbash:
Plain: rwilson
Cipher: idrohlm

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Baconian Cipher

To encode a message, each letter of the plaintext is replaced by a group of five of the letters 'A' or 'B'. This replacement is done according to the alphabet of the Baconian cipher, shown below.
a   AAAAA   g    AABBA     m    ABABB   s    BAAAB     y    BABBA
b   AAAAB   h    AABBB     n    ABBAA   t    BAABA     z    BABBB
c   AAABA   i    ABAAA     o    ABBAB   u    BAABB 
d   AAABB   j    BBBAA     p    ABBBA   v    BBBAB
e   AABAA   k    ABAAB     q    ABBBB   w    BABAA
f   AABAB   l    ABABA     r    BAAAA   x    BABAB

Plain: rwilson

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Affine Cipher
In the affine cipher the letters of an alphabet of size m are first mapped to the integers in the range 0..m - 1. It then uses modular arithmetic to transform the integer that each plaintext letter corresponds to into another integer that correspond to a ciphertext letter. The encryption function for a single letter is

where modulus m is the size of the alphabet and a and b are the key of the cipher. The value a must be chosen such that a and m are coprime.
Considering the specific case of encrypting messages in English (i.e. m = 26), there are a total of 286 non-trivial affine ciphers, not counting the 26 trivial Caesar ciphers. This number comes from the fact there are 12 numbers that are coprime with 26 that are less than 26 (these are the possible values of a). Each value of a can have 26 different addition shifts (the b value) ; therefore, there are 12*26 or 312 possible keys.
Plaintext: rwilson
cipher variations:

The decryption function is

where a - 1 is the modular multiplicative inverse of a modulo m. I.e., it satisfies the equation

The multiplicative inverse of a only exists if a and m are coprime. Hence without the restriction on a decryption might not be possible. It can be shown as follows that decryption function is the inverse of the encryption function,

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ROT13 Cipher
Applying ROT13 to a piece of text merely requires examining its alphabetic characters and replacing each one by the letter 13 places further along in the alphabet, wrapping back to the beginning if necessary. A becomes N, B becomes O, and so on up to M, which becomes Z, then the sequence continues at the beginning of the alphabet: N becomes A, O becomes B, and so on to Z, which becomes M. Only those letters which occur in the English alphabet are affected; numbers, symbols, whitespace, and all other characters are left unchanged. Because there are 26 letters in the English alphabet and 26 = 2 * 13, the ROT13 function is its own inverse:

ROT13(ROT13(x)) = x for any basic Latin-alphabet text x

An example plaintext to ciphertext using ROT13:

Plain: rwilson
Cipher: ejvyfba

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Polybius Square

A Polybius Square is a table that allows someone to translate letters into numbers. To give a small level of encryption, this table can be randomized and shared with the recipient. In order to fit the 26 letters of the alphabet into the 25 spots created by the table, the letters i and j are usually combined.
1 2 3 4 5
1 A B C D E
2 F G H I/J K
3 L M N O P
4 Q R S T U
5 V W X Y Z

Basic Form:
Plain: rwilson
Cipher: 24254213344333

Extended Methods:
Method #1

Plaintext: rwilson
method variations:

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
r w i l s o n 
2 2 4 1 3 4 3 
4 5 2 3 4 3 3 
They are then read out in rows:
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: rwilson
Cipher: gdssksn

Read more ...
Method #3

Plaintext: rwilson
method variations:
iubntnh ubntnhi bntnhiu
ntnhiub tnhiubn nhiubnt

Read more ...[RUS] , [EN]


Permutation Cipher
In classical cryptography, a permutation cipher is a transposition cipher in which the key is a permutation. To apply a cipher, a random permutation of size E is generated (the larger the value of E the more secure the cipher). The plaintext is then broken into segments of size E and the letters within that segment are permuted according to this key.
In theory, any transposition cipher can be viewed as a permutation cipher where E is equal to the length of the plaintext; this is too cumbersome a generalisation to use in actual practice, however.
The idea behind a permutation cipher is to keep the plaintext characters unchanged, butalter their positions by rearrangement using a permutation
This cipher is defined as:
Let m be a positive integer, and K consist of all permutations of {1,...,m}
For a key (permutation) , define:
The encryption function
The decryption function
A small example, assuming m = 6, and the key is the permutation :

The first row is the value of i, and the second row is the corresponding value of (i)
The inverse permutation, is constructed by interchanging the two rows, andrearranging the columns so that the first row is in increasing order, Therefore, is:

Total variation formula:

e = 2,718281828 , n - plaintext length

Plaintext: rwilson

all 5040 cipher variations:
rwilson rwilsno rwilosn rwilons rwilnos rwilnso rwislon rwislno rwisoln rwisonl rwisnol
rwisnlo rwiosln rwiosnl rwiolsn rwiolns rwionls rwionsl rwinsol rwinslo rwinosl rwinols
rwinlos rwinlso rwlison rwlisno rwliosn rwlions rwlinos rwlinso rwlsion rwlsino rwlsoin
rwlsoni rwlsnoi rwlsnio rwlosin rwlosni rwloisn rwloins rwlonis rwlonsi rwlnsoi rwlnsio
rwlnosi rwlnois rwlnios rwlniso rwslion rwslino rwsloin rwsloni rwslnoi rwslnio rwsilon
rwsilno rwsioln rwsionl rwsinol rwsinlo rwsoiln rwsoinl rwsolin rwsolni rwsonli rwsonil
rwsniol rwsnilo rwsnoil rwsnoli rwsnloi rwsnlio rwolsin rwolsni rwolisn rwolins rwolnis
rwolnsi rwoslin rwoslni rwosiln rwosinl rwosnil rwosnli rwoisln rwoisnl rwoilsn rwoilns
rwoinls rwoinsl rwonsil rwonsli rwonisl rwonils rwonlis rwonlsi rwnlsoi rwnlsio rwnlosi
rwnlois rwnlios rwnliso rwnsloi rwnslio rwnsoli rwnsoil rwnsiol rwnsilo rwnosli rwnosil
rwnolsi rwnolis rwnoils rwnoisl rwnisol rwnislo rwniosl rwniols rwnilos rwnilso riwlson
riwlsno riwlosn riwlons riwlnos riwlnso riwslon riwslno riwsoln riwsonl riwsnol riwsnlo
riwosln riwosnl riwolsn riwolns riwonls riwonsl riwnsol riwnslo riwnosl riwnols riwnlos
riwnlso rilwson rilwsno rilwosn rilwons rilwnos rilwnso rilswon rilswno rilsown rilsonw
rilsnow rilsnwo riloswn rilosnw rilowsn rilowns rilonws rilonsw rilnsow rilnswo rilnosw
rilnows rilnwos rilnwso rislwon rislwno rislown rislonw rislnow rislnwo riswlon riswlno
riswoln riswonl riswnol riswnlo risowln risownl risolwn risolnw risonlw risonwl risnwol
risnwlo risnowl risnolw risnlow risnlwo riolswn riolsnw riolwsn riolwns riolnws riolnsw
rioslwn rioslnw rioswln rioswnl riosnwl riosnlw riowsln riowsnl riowlsn riowlns riownls
riownsl rionswl rionslw rionwsl rionwls rionlws rionlsw rinlsow rinlswo rinlosw rinlows
rinlwos rinlwso rinslow rinslwo rinsolw rinsowl rinswol rinswlo rinoslw rinoswl rinolsw
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irwosnl irwolsn irwolns irwonls irwonsl irwnsol irwnslo irwnosl irwnols irwnlos irwnlso
irlwson irlwsno irlwosn irlwons irlwnos irlwnso irlswon irlswno irlsown irlsonw irlsnow
irlsnwo irloswn irlosnw irlowsn irlowns irlonws irlonsw irlnsow irlnswo irlnosw irlnows
irlnwos irlnwso irslwon irslwno irslown irslonw irslnow irslnwo irswlon irswlno irswoln
irswonl irswnol irswnlo irsowln irsownl irsolwn irsolnw irsonlw irsonwl irsnwol irsnwlo
irsnowl irsnolw irsnlow irsnlwo irolswn irolsnw irolwsn irolwns irolnws irolnsw iroslwn
iroslnw iroswln iroswnl irosnwl irosnlw irowsln irowsnl irowlsn irowlns irownls irownsl
ironswl ironslw ironwsl ironwls ironlws ironlsw irnlsow irnlswo irnlosw irnlows irnlwos
irnlwso irnslow irnslwo irnsolw irnsowl irnswol irnswlo irnoslw irnoswl irnolsw irnolws
irnowls irnowsl irnwsol irnwslo irnwosl irnwols irnwlos irnwlso ilrwson ilrwsno ilrwosn
ilrwons ilrwnos ilrwnso ilrswon ilrswno ilrsown ilrsonw ilrsnow ilrsnwo ilroswn ilrosnw
ilrowsn ilrowns ilronws ilronsw ilrnsow ilrnswo ilrnosw ilrnows ilrnwos ilrnwso ilwrson
ilwrsno ilwrosn ilwrons ilwrnos ilwrnso ilwsron ilwsrno ilwsorn ilwsonr ilwsnor ilwsnro
ilwosrn ilwosnr ilworsn ilworns ilwonrs ilwonsr ilwnsor ilwnsro ilwnosr ilwnors ilwnros
ilwnrso ilswron ilswrno ilsworn ilswonr ilswnor ilswnro ilsrwon ilsrwno ilsrown ilsronw
ilsrnow ilsrnwo ilsorwn ilsornw ilsowrn ilsownr ilsonwr ilsonrw ilsnrow ilsnrwo ilsnorw
ilsnowr ilsnwor ilsnwro ilowsrn ilowsnr ilowrsn ilowrns ilownrs ilownsr iloswrn iloswnr
ilosrwn ilosrnw ilosnrw ilosnwr ilorswn ilorsnw ilorwsn ilorwns ilornws ilornsw ilonsrw
ilonswr ilonrsw ilonrws ilonwrs ilonwsr ilnwsor ilnwsro ilnwosr ilnwors ilnwros ilnwrso
ilnswor ilnswro ilnsowr ilnsorw ilnsrow ilnsrwo ilnoswr ilnosrw ilnowsr ilnowrs ilnorws
ilnorsw ilnrsow ilnrswo ilnrosw ilnrows ilnrwos ilnrwso isrlwon isrlwno isrlown isrlonw
isrlnow isrlnwo isrwlon isrwlno isrwoln isrwonl isrwnol isrwnlo isrowln isrownl isrolwn
isrolnw isronlw isronwl isrnwol isrnwlo isrnowl isrnolw isrnlow isrnlwo islrwon islrwno
islrown islronw islrnow islrnwo islwron islwrno islworn islwonr islwnor islwnro islowrn
islownr islorwn islornw islonrw islonwr islnwor islnwro islnowr islnorw islnrow islnrwo
iswlron iswlrno iswlorn iswlonr iswlnor iswlnro iswrlon iswrlno iswroln iswronl iswrnol
iswrnlo isworln iswornl iswolrn iswolnr iswonlr iswonrl iswnrol iswnrlo iswnorl iswnolr
iswnlor iswnlro isolwrn isolwnr isolrwn isolrnw isolnrw isolnwr isowlrn isowlnr isowrln
isowrnl isownrl isownlr isorwln isorwnl isorlwn isorlnw isornlw isornwl isonwrl isonwlr
isonrwl isonrlw isonlrw isonlwr isnlwor isnlwro isnlowr isnlorw isnlrow isnlrwo isnwlor
isnwlro isnwolr isnworl isnwrol isnwrlo isnowlr isnowrl isnolwr isnolrw isnorlw isnorwl
isnrwol isnrwlo isnrowl isnrolw isnrlow isnrlwo iorlswn iorlsnw iorlwsn iorlwns iorlnws
iorlnsw iorslwn iorslnw iorswln iorswnl iorsnwl iorsnlw iorwsln iorwsnl iorwlsn iorwlns
iorwnls iorwnsl iornswl iornslw iornwsl iornwls iornlws iornlsw iolrswn iolrsnw iolrwsn
iolrwns iolrnws iolrnsw iolsrwn iolsrnw iolswrn iolswnr iolsnwr iolsnrw iolwsrn iolwsnr
iolwrsn iolwrns iolwnrs iolwnsr iolnswr iolnsrw iolnwsr iolnwrs iolnrws iolnrsw ioslrwn
ioslrnw ioslwrn ioslwnr ioslnwr ioslnrw iosrlwn iosrlnw iosrwln iosrwnl iosrnwl iosrnlw
ioswrln ioswrnl ioswlrn ioswlnr ioswnlr ioswnrl iosnrwl iosnrlw iosnwrl iosnwlr iosnlwr
iosnlrw iowlsrn iowlsnr iowlrsn iowlrns iowlnrs iowlnsr iowslrn iowslnr iowsrln iowsrnl
iowsnrl iowsnlr iowrsln iowrsnl iowrlsn iowrlns iowrnls iowrnsl iownsrl iownslr iownrsl
iownrls iownlrs iownlsr ionlswr ionlsrw ionlwsr ionlwrs ionlrws ionlrsw ionslwr ionslrw
ionswlr ionswrl ionsrwl ionsrlw ionwslr ionwsrl ionwlsr ionwlrs ionwrls ionwrsl ionrswl
ionrslw ionrwsl ionrwls ionrlws ionrlsw inrlsow inrlswo inrlosw inrlows inrlwos inrlwso
inrslow inrslwo inrsolw inrsowl inrswol inrswlo inroslw inroswl inrolsw inrolws inrowls
inrowsl inrwsol inrwslo inrwosl inrwols inrwlos inrwlso inlrsow inlrswo inlrosw inlrows
inlrwos inlrwso inlsrow inlsrwo inlsorw inlsowr inlswor inlswro inlosrw inloswr inlorsw
inlorws inlowrs inlowsr inlwsor inlwsro inlwosr inlwors inlwros inlwrso inslrow inslrwo
inslorw inslowr inslwor inslwro insrlow insrlwo insrolw insrowl insrwol insrwlo insorlw
insorwl insolrw insolwr insowlr insowrl inswrol inswrlo insworl inswolr inswlor inswlro
inolsrw inolswr inolrsw inolrws inolwrs inolwsr inoslrw inoslwr inosrlw inosrwl inoswrl
inoswlr inorslw inorswl inorlsw inorlws inorwls inorwsl inowsrl inowslr inowrsl inowrls
inowlrs inowlsr inwlsor inwlsro inwlosr inwlors inwlros inwlrso inwslor inwslro inwsolr
inwsorl inwsrol inwsrlo inwoslr inwosrl inwolsr inwolrs inworls inworsl inwrsol inwrslo
inwrosl inwrols inwrlos inwrlso lwirson lwirsno lwirosn lwirons lwirnos lwirnso lwisron
lwisrno lwisorn lwisonr lwisnor lwisnro lwiosrn lwiosnr lwiorsn lwiorns lwionrs lwionsr
lwinsor lwinsro lwinosr lwinors lwinros lwinrso lwrison lwrisno lwriosn lwrions lwrinos
lwrinso lwrsion lwrsino lwrsoin lwrsoni lwrsnoi lwrsnio lwrosin lwrosni lwroisn lwroins
lwronis lwronsi lwrnsoi lwrnsio lwrnosi lwrnois lwrnios lwrniso lwsrion lwsrino lwsroin
lwsroni lwsrnoi lwsrnio lwsiron lwsirno lwsiorn lwsionr lwsinor lwsinro lwsoirn lwsoinr
lwsorin lwsorni lwsonri lwsonir lwsnior lwsniro lwsnoir lwsnori lwsnroi lwsnrio lworsin
lworsni lworisn lworins lwornis lwornsi lwosrin lwosrni lwosirn lwosinr lwosnir lwosnri
lwoisrn lwoisnr lwoirsn lwoirns lwoinrs lwoinsr lwonsir lwonsri lwonisr lwonirs lwonris
lwonrsi lwnrsoi lwnrsio lwnrosi lwnrois lwnrios lwnriso lwnsroi lwnsrio lwnsori lwnsoir
lwnsior lwnsiro lwnosri lwnosir lwnorsi lwnoris lwnoirs lwnoisr lwnisor lwnisro lwniosr
lwniors lwniros lwnirso liwrson liwrsno liwrosn liwrons liwrnos liwrnso liwsron liwsrno
liwsorn liwsonr liwsnor liwsnro liwosrn liwosnr liworsn liworns liwonrs liwonsr liwnsor
liwnsro liwnosr liwnors liwnros liwnrso lirwson lirwsno lirwosn lirwons lirwnos lirwnso
lirswon lirswno lirsown lirsonw lirsnow lirsnwo liroswn lirosnw lirowsn lirowns lironws
lironsw lirnsow lirnswo lirnosw lirnows lirnwos lirnwso lisrwon lisrwno lisrown lisronw
lisrnow lisrnwo liswron liswrno lisworn liswonr liswnor liswnro lisowrn lisownr lisorwn
lisornw lisonrw lisonwr lisnwor lisnwro lisnowr lisnorw lisnrow lisnrwo liorswn liorsnw
liorwsn liorwns liornws liornsw liosrwn liosrnw lioswrn lioswnr liosnwr liosnrw liowsrn
liowsnr liowrsn liowrns liownrs liownsr lionswr lionsrw lionwsr lionwrs lionrws lionrsw
linrsow linrswo linrosw linrows linrwos linrwso linsrow linsrwo linsorw linsowr linswor
linswro linosrw linoswr linorsw linorws linowrs linowsr linwsor linwsro linwosr linwors
linwros linwrso lriwson lriwsno lriwosn lriwons lriwnos lriwnso lriswon lriswno lrisown
lrisonw lrisnow lrisnwo lrioswn lriosnw lriowsn lriowns lrionws lrionsw lrinsow lrinswo
lrinosw lrinows lrinwos lrinwso lrwison lrwisno lrwiosn lrwions lrwinos lrwinso lrwsion
lrwsino lrwsoin lrwsoni lrwsnoi lrwsnio lrwosin lrwosni lrwoisn lrwoins lrwonis lrwonsi
lrwnsoi lrwnsio lrwnosi lrwnois lrwnios lrwniso lrswion lrswino lrswoin lrswoni lrswnoi
lrswnio lrsiwon lrsiwno lrsiown lrsionw lrsinow lrsinwo lrsoiwn lrsoinw lrsowin lrsowni
lrsonwi lrsoniw lrsniow lrsniwo lrsnoiw lrsnowi lrsnwoi lrsnwio lrowsin lrowsni lrowisn
lrowins lrownis lrownsi lroswin lroswni lrosiwn lrosinw lrosniw lrosnwi lroiswn lroisnw
lroiwsn lroiwns lroinws lroinsw lronsiw lronswi lronisw lroniws lronwis lronwsi lrnwsoi
lrnwsio lrnwosi lrnwois lrnwios lrnwiso lrnswoi lrnswio lrnsowi lrnsoiw lrnsiow lrnsiwo
lrnoswi lrnosiw lrnowsi lrnowis lrnoiws lrnoisw lrnisow lrniswo lrniosw lrniows lrniwos
lrniwso lsirwon lsirwno lsirown lsironw lsirnow lsirnwo lsiwron lsiwrno lsiworn lsiwonr
lsiwnor lsiwnro lsiowrn lsiownr lsiorwn lsiornw lsionrw lsionwr lsinwor lsinwro lsinowr
lsinorw lsinrow lsinrwo lsriwon lsriwno lsriown lsrionw lsrinow lsrinwo lsrwion lsrwino
lsrwoin lsrwoni lsrwnoi lsrwnio lsrowin lsrowni lsroiwn lsroinw lsroniw lsronwi lsrnwoi
lsrnwio lsrnowi lsrnoiw lsrniow lsrniwo lswrion lswrino lswroin lswroni lswrnoi lswrnio
lswiron lswirno lswiorn lswionr lswinor lswinro lswoirn lswoinr lsworin lsworni lswonri
lswonir lswnior lswniro lswnoir lswnori lswnroi lswnrio lsorwin lsorwni lsoriwn lsorinw
lsorniw lsornwi lsowrin lsowrni lsowirn lsowinr lsownir lsownri lsoiwrn lsoiwnr lsoirwn
lsoirnw lsoinrw lsoinwr lsonwir lsonwri lsoniwr lsonirw lsonriw lsonrwi lsnrwoi lsnrwio
lsnrowi lsnroiw lsnriow lsnriwo lsnwroi lsnwrio lsnwori lsnwoir lsnwior lsnwiro lsnowri
lsnowir lsnorwi lsnoriw lsnoirw lsnoiwr lsniwor lsniwro lsniowr lsniorw lsnirow lsnirwo
loirswn loirsnw loirwsn loirwns loirnws loirnsw loisrwn loisrnw loiswrn loiswnr loisnwr
loisnrw loiwsrn loiwsnr loiwrsn loiwrns loiwnrs loiwnsr loinswr loinsrw loinwsr loinwrs
loinrws loinrsw loriswn lorisnw loriwsn loriwns lorinws lorinsw lorsiwn lorsinw lorswin
lorswni lorsnwi lorsniw lorwsin lorwsni lorwisn lorwins lorwnis lorwnsi lornswi lornsiw
lornwsi lornwis lorniws lornisw losriwn losrinw losrwin losrwni losrnwi losrniw losirwn
losirnw losiwrn losiwnr losinwr losinrw loswirn loswinr loswrin loswrni loswnri loswnir
losniwr losnirw losnwir losnwri losnrwi losnriw lowrsin lowrsni lowrisn lowrins lowrnis
lowrnsi lowsrin lowsrni lowsirn lowsinr lowsnir lowsnri lowisrn lowisnr lowirsn lowirns
lowinrs lowinsr lownsir lownsri lownisr lownirs lownris lownrsi lonrswi lonrsiw lonrwsi
lonrwis lonriws lonrisw lonsrwi lonsriw lonswri lonswir lonsiwr lonsirw lonwsri lonwsir
lonwrsi lonwris lonwirs lonwisr loniswr lonisrw loniwsr loniwrs lonirws lonirsw lnirsow
lnirswo lnirosw lnirows lnirwos lnirwso lnisrow lnisrwo lnisorw lnisowr lniswor lniswro
lniosrw lnioswr lniorsw lniorws lniowrs lniowsr lniwsor lniwsro lniwosr lniwors lniwros
lniwrso lnrisow lnriswo lnriosw lnriows lnriwos lnriwso lnrsiow lnrsiwo lnrsoiw lnrsowi
lnrswoi lnrswio lnrosiw lnroswi lnroisw lnroiws lnrowis lnrowsi lnrwsoi lnrwsio lnrwosi
lnrwois lnrwios lnrwiso lnsriow lnsriwo lnsroiw lnsrowi lnsrwoi lnsrwio lnsirow lnsirwo
lnsiorw lnsiowr lnsiwor lnsiwro lnsoirw lnsoiwr lnsoriw lnsorwi lnsowri lnsowir lnswior
lnswiro lnswoir lnswori lnswroi lnswrio lnorsiw lnorswi lnorisw lnoriws lnorwis lnorwsi
lnosriw lnosrwi lnosirw lnosiwr lnoswir lnoswri lnoisrw lnoiswr lnoirsw lnoirws lnoiwrs
lnoiwsr lnowsir lnowsri lnowisr lnowirs lnowris lnowrsi lnwrsoi lnwrsio lnwrosi lnwrois
lnwrios lnwriso lnwsroi lnwsrio lnwsori lnwsoir lnwsior lnwsiro lnwosri lnwosir lnworsi
lnworis lnwoirs lnwoisr lnwisor lnwisro lnwiosr lnwiors lnwiros lnwirso swilron swilrno
swilorn swilonr swilnor swilnro swirlon swirlno swiroln swironl swirnol swirnlo swiorln
swiornl swiolrn swiolnr swionlr swionrl swinrol swinrlo swinorl swinolr swinlor swinlro
swliron swlirno swliorn swlionr swlinor swlinro swlrion swlrino swlroin swlroni swlrnoi
swlrnio swlorin swlorni swloirn swloinr swlonir swlonri swlnroi swlnrio swlnori swlnoir
swlnior swlniro swrlion swrlino swrloin swrloni swrlnoi swrlnio swrilon swrilno swrioln
swrionl swrinol swrinlo swroiln swroinl swrolin swrolni swronli swronil swrniol swrnilo
swrnoil swrnoli swrnloi swrnlio swolrin swolrni swolirn swolinr swolnir swolnri sworlin
sworlni sworiln sworinl swornil swornli swoirln swoirnl swoilrn swoilnr swoinlr swoinrl
swonril swonrli swonirl swonilr swonlir swonlri swnlroi swnlrio swnlori swnloir swnlior
swnliro swnrloi swnrlio swnroli swnroil swnriol swnrilo swnorli swnoril swnolri swnolir
swnoilr swnoirl swnirol swnirlo swniorl swniolr swnilor swnilro siwlron siwlrno siwlorn
siwlonr siwlnor siwlnro siwrlon siwrlno siwroln siwronl siwrnol siwrnlo siworln siwornl
siwolrn siwolnr siwonlr siwonrl siwnrol siwnrlo siwnorl siwnolr siwnlor siwnlro silwron
silwrno silworn silwonr silwnor silwnro silrwon silrwno silrown silronw silrnow silrnwo
silorwn silornw silowrn silownr silonwr silonrw silnrow silnrwo silnorw silnowr silnwor
silnwro sirlwon sirlwno sirlown sirlonw sirlnow sirlnwo sirwlon sirwlno sirwoln sirwonl
sirwnol sirwnlo sirowln sirownl sirolwn sirolnw sironlw sironwl sirnwol sirnwlo sirnowl
sirnolw sirnlow sirnlwo siolrwn siolrnw siolwrn siolwnr siolnwr siolnrw siorlwn siorlnw
siorwln siorwnl siornwl siornlw siowrln siowrnl siowlrn siowlnr siownlr siownrl sionrwl
sionrlw sionwrl sionwlr sionlwr sionlrw sinlrow sinlrwo sinlorw sinlowr sinlwor sinlwro
sinrlow sinrlwo sinrolw sinrowl sinrwol sinrwlo sinorlw sinorwl sinolrw sinolwr sinowlr
sinowrl sinwrol sinwrlo sinworl sinwolr sinwlor sinwlro sliwron sliwrno sliworn sliwonr
sliwnor sliwnro slirwon slirwno slirown slironw slirnow slirnwo sliorwn sliornw sliowrn
sliownr slionwr slionrw slinrow slinrwo slinorw slinowr slinwor slinwro slwiron slwirno
slwiorn slwionr slwinor slwinro slwrion slwrino slwroin slwroni slwrnoi slwrnio slworin
slworni slwoirn slwoinr slwonir slwonri slwnroi slwnrio slwnori slwnoir slwnior slwniro
slrwion slrwino slrwoin slrwoni slrwnoi slrwnio slriwon slriwno slriown slrionw slrinow
slrinwo slroiwn slroinw slrowin slrowni slronwi slroniw slrniow slrniwo slrnoiw slrnowi
slrnwoi slrnwio slowrin slowrni slowirn slowinr slownir slownri slorwin slorwni sloriwn
slorinw slorniw slornwi sloirwn sloirnw sloiwrn sloiwnr sloinwr sloinrw slonriw slonrwi
slonirw sloniwr slonwir slonwri slnwroi slnwrio slnwori slnwoir slnwior slnwiro slnrwoi
slnrwio slnrowi slnroiw slnriow slnriwo slnorwi slnoriw slnowri slnowir slnoiwr slnoirw
slnirow slnirwo slniorw slniowr slniwor slniwro srilwon srilwno srilown srilonw srilnow
srilnwo sriwlon sriwlno sriwoln sriwonl sriwnol sriwnlo sriowln sriownl sriolwn sriolnw
srionlw srionwl srinwol srinwlo srinowl srinolw srinlow srinlwo srliwon srliwno srliown
srlionw srlinow srlinwo srlwion srlwino srlwoin srlwoni srlwnoi srlwnio srlowin srlowni
srloiwn srloinw srloniw srlonwi srlnwoi srlnwio srlnowi srlnoiw srlniow srlniwo srwlion
srwlino srwloin srwloni srwlnoi srwlnio srwilon srwilno srwioln srwionl srwinol srwinlo
srwoiln srwoinl srwolin srwolni srwonli srwonil srwniol srwnilo srwnoil srwnoli srwnloi
srwnlio srolwin srolwni sroliwn srolinw srolniw srolnwi srowlin srowlni srowiln srowinl
srownil srownli sroiwln sroiwnl sroilwn sroilnw sroinlw sroinwl sronwil sronwli sroniwl
sronilw sronliw sronlwi srnlwoi srnlwio srnlowi srnloiw srnliow srnliwo srnwloi srnwlio
srnwoli srnwoil srnwiol srnwilo srnowli srnowil srnolwi srnoliw srnoilw srnoiwl srniwol
srniwlo srniowl srniolw srnilow srnilwo soilrwn soilrnw soilwrn soilwnr soilnwr soilnrw
soirlwn soirlnw soirwln soirwnl soirnwl soirnlw soiwrln soiwrnl soiwlrn soiwlnr soiwnlr
soiwnrl soinrwl soinrlw soinwrl soinwlr soinlwr soinlrw solirwn solirnw soliwrn soliwnr
solinwr solinrw solriwn solrinw solrwin solrwni solrnwi solrniw solwrin solwrni solwirn
solwinr solwnir solwnri solnrwi solnriw solnwri solnwir solniwr solnirw sorliwn sorlinw
sorlwin sorlwni sorlnwi sorlniw sorilwn sorilnw soriwln soriwnl sorinwl sorinlw sorwiln
sorwinl sorwlin sorwlni sorwnli sorwnil sorniwl sornilw sornwil sornwli sornlwi sornliw
sowlrin sowlrni sowlirn sowlinr sowlnir sowlnri sowrlin sowrlni sowriln sowrinl sowrnil
sowrnli sowirln sowirnl sowilrn sowilnr sowinlr sowinrl sownril sownrli sownirl sownilr
sownlir sownlri sonlrwi sonlriw sonlwri sonlwir sonliwr sonlirw sonrlwi sonrliw sonrwli
sonrwil sonriwl sonrilw sonwrli sonwril sonwlri sonwlir sonwilr sonwirl sonirwl sonirlw
soniwrl soniwlr sonilwr sonilrw snilrow snilrwo snilorw snilowr snilwor snilwro snirlow
snirlwo snirolw snirowl snirwol snirwlo sniorlw sniorwl sniolrw sniolwr sniowlr sniowrl
sniwrol sniwrlo sniworl sniwolr sniwlor sniwlro snlirow snlirwo snliorw snliowr snliwor
snliwro snlriow snlriwo snlroiw snlrowi snlrwoi snlrwio snloriw snlorwi snloirw snloiwr
snlowir snlowri snlwroi snlwrio snlwori snlwoir snlwior snlwiro snrliow snrliwo snrloiw
snrlowi snrlwoi snrlwio snrilow snrilwo snriolw snriowl snriwol snriwlo snroilw snroiwl
snroliw snrolwi snrowli snrowil snrwiol snrwilo snrwoil snrwoli snrwloi snrwlio snolriw
snolrwi snolirw snoliwr snolwir snolwri snorliw snorlwi snorilw snoriwl snorwil snorwli
snoirlw snoirwl snoilrw snoilwr snoiwlr snoiwrl snowril snowrli snowirl snowilr snowlir
snowlri snwlroi snwlrio snwlori snwloir snwlior snwliro snwrloi snwrlio snwroli snwroil
snwriol snwrilo snworli snworil snwolri snwolir snwoilr snwoirl snwirol snwirlo snwiorl
snwiolr snwilor snwilro owilsrn owilsnr owilrsn owilrns owilnrs owilnsr owislrn owislnr
owisrln owisrnl owisnrl owisnlr owirsln owirsnl owirlsn owirlns owirnls owirnsl owinsrl
owinslr owinrsl owinrls owinlrs owinlsr owlisrn owlisnr owlirsn owlirns owlinrs owlinsr
owlsirn owlsinr owlsrin owlsrni owlsnri owlsnir owlrsin owlrsni owlrisn owlrins owlrnis
owlrnsi owlnsri owlnsir owlnrsi owlnris owlnirs owlnisr owslirn owslinr owslrin owslrni
owslnri owslnir owsilrn owsilnr owsirln owsirnl owsinrl owsinlr owsriln owsrinl owsrlin
owsrlni owsrnli owsrnil owsnirl owsnilr owsnril owsnrli owsnlri owsnlir owrlsin owrlsni
owrlisn owrlins owrlnis owrlnsi owrslin owrslni owrsiln owrsinl owrsnil owrsnli owrisln
owrisnl owrilsn owrilns owrinls owrinsl owrnsil owrnsli owrnisl owrnils owrnlis owrnlsi
ownlsri ownlsir ownlrsi ownlris ownlirs ownlisr ownslri ownslir ownsrli ownsril ownsirl
ownsilr ownrsli ownrsil ownrlsi ownrlis ownrils ownrisl ownisrl ownislr ownirsl ownirls
ownilrs ownilsr oiwlsrn oiwlsnr oiwlrsn oiwlrns oiwlnrs oiwlnsr oiwslrn oiwslnr oiwsrln
oiwsrnl oiwsnrl oiwsnlr oiwrsln oiwrsnl oiwrlsn oiwrlns oiwrnls oiwrnsl oiwnsrl oiwnslr
oiwnrsl oiwnrls oiwnlrs oiwnlsr oilwsrn oilwsnr oilwrsn oilwrns oilwnrs oilwnsr oilswrn
oilswnr oilsrwn oilsrnw oilsnrw oilsnwr oilrswn oilrsnw oilrwsn oilrwns oilrnws oilrnsw
oilnsrw oilnswr oilnrsw oilnrws oilnwrs oilnwsr oislwrn oislwnr oislrwn oislrnw oislnrw
oislnwr oiswlrn oiswlnr oiswrln oiswrnl oiswnrl oiswnlr oisrwln oisrwnl oisrlwn oisrlnw
oisrnlw oisrnwl oisnwrl oisnwlr oisnrwl oisnrlw oisnlrw oisnlwr oirlswn oirlsnw oirlwsn
oirlwns oirlnws oirlnsw oirslwn oirslnw oirswln oirswnl oirsnwl oirsnlw oirwsln oirwsnl
oirwlsn oirwlns oirwnls oirwnsl oirnswl oirnslw oirnwsl oirnwls oirnlws oirnlsw oinlsrw
oinlswr oinlrsw oinlrws oinlwrs oinlwsr oinslrw oinslwr oinsrlw oinsrwl oinswrl oinswlr
oinrslw oinrswl oinrlsw oinrlws oinrwls oinrwsl oinwsrl oinwslr oinwrsl oinwrls oinwlrs
oinwlsr oliwsrn oliwsnr oliwrsn oliwrns oliwnrs oliwnsr oliswrn oliswnr olisrwn olisrnw
olisnrw olisnwr olirswn olirsnw olirwsn olirwns olirnws olirnsw olinsrw olinswr olinrsw
olinrws olinwrs olinwsr olwisrn olwisnr olwirsn olwirns olwinrs olwinsr olwsirn olwsinr
olwsrin olwsrni olwsnri olwsnir olwrsin olwrsni olwrisn olwrins olwrnis olwrnsi olwnsri
olwnsir olwnrsi olwnris olwnirs olwnisr olswirn olswinr olswrin olswrni olswnri olswnir
olsiwrn olsiwnr olsirwn olsirnw olsinrw olsinwr olsriwn olsrinw olsrwin olsrwni olsrnwi
olsrniw olsnirw olsniwr olsnriw olsnrwi olsnwri olsnwir olrwsin olrwsni olrwisn olrwins
olrwnis olrwnsi olrswin olrswni olrsiwn olrsinw olrsniw olrsnwi olriswn olrisnw olriwsn
olriwns olrinws olrinsw olrnsiw olrnswi olrnisw olrniws olrnwis olrnwsi olnwsri olnwsir
olnwrsi olnwris olnwirs olnwisr olnswri olnswir olnsrwi olnsriw olnsirw olnsiwr olnrswi
olnrsiw olnrwsi olnrwis olnriws olnrisw olnisrw olniswr olnirsw olnirws olniwrs olniwsr
osilwrn osilwnr osilrwn osilrnw osilnrw osilnwr osiwlrn osiwlnr osiwrln osiwrnl osiwnrl
osiwnlr osirwln osirwnl osirlwn osirlnw osirnlw osirnwl osinwrl osinwlr osinrwl osinrlw
osinlrw osinlwr osliwrn osliwnr oslirwn oslirnw oslinrw oslinwr oslwirn oslwinr oslwrin
oslwrni oslwnri oslwnir oslrwin oslrwni oslriwn oslrinw oslrniw oslrnwi oslnwri oslnwir
oslnrwi oslnriw oslnirw oslniwr oswlirn oswlinr oswlrin oswlrni oswlnri oswlnir oswilrn
oswilnr oswirln oswirnl oswinrl oswinlr oswriln oswrinl oswrlin oswrlni oswrnli oswrnil
oswnirl oswnilr oswnril oswnrli oswnlri oswnlir osrlwin osrlwni osrliwn osrlinw osrlniw
osrlnwi osrwlin osrwlni osrwiln osrwinl osrwnil osrwnli osriwln osriwnl osrilwn osrilnw
osrinlw osrinwl osrnwil osrnwli osrniwl osrnilw osrnliw osrnlwi osnlwri osnlwir osnlrwi
osnlriw osnlirw osnliwr osnwlri osnwlir osnwrli osnwril osnwirl osnwilr osnrwli osnrwil
osnrlwi osnrliw osnrilw osnriwl osniwrl osniwlr osnirwl osnirlw osnilrw osnilwr orilswn
orilsnw orilwsn orilwns orilnws orilnsw orislwn orislnw oriswln oriswnl orisnwl orisnlw
oriwsln oriwsnl oriwlsn oriwlns oriwnls oriwnsl orinswl orinslw orinwsl orinwls orinlws
orinlsw orliswn orlisnw orliwsn orliwns orlinws orlinsw orlsiwn orlsinw orlswin orlswni
orlsnwi orlsniw orlwsin orlwsni orlwisn orlwins orlwnis orlwnsi orlnswi orlnsiw orlnwsi
orlnwis orlniws orlnisw orsliwn orslinw orslwin orslwni orslnwi orslniw orsilwn orsilnw
orsiwln orsiwnl orsinwl orsinlw orswiln orswinl orswlin orswlni orswnli orswnil orsniwl
orsnilw orsnwil orsnwli orsnlwi orsnliw orwlsin orwlsni orwlisn orwlins orwlnis orwlnsi
orwslin orwslni orwsiln orwsinl orwsnil orwsnli orwisln orwisnl orwilsn orwilns orwinls
orwinsl orwnsil orwnsli orwnisl orwnils orwnlis orwnlsi ornlswi ornlsiw ornlwsi ornlwis
ornliws ornlisw ornslwi ornsliw ornswli ornswil ornsiwl ornsilw ornwsli ornwsil ornwlsi
ornwlis ornwils ornwisl orniswl ornislw orniwsl orniwls ornilws ornilsw onilsrw onilswr
onilrsw onilrws onilwrs onilwsr onislrw onislwr onisrlw onisrwl oniswrl oniswlr onirslw
onirswl onirlsw onirlws onirwls onirwsl oniwsrl oniwslr oniwrsl oniwrls oniwlrs oniwlsr
onlisrw onliswr onlirsw onlirws onliwrs onliwsr onlsirw onlsiwr onlsriw onlsrwi onlswri
onlswir onlrsiw onlrswi onlrisw onlriws onlrwis onlrwsi onlwsri onlwsir onlwrsi onlwris
onlwirs onlwisr onslirw onsliwr onslriw onslrwi onslwri onslwir onsilrw onsilwr onsirlw
onsirwl onsiwrl onsiwlr onsrilw onsriwl onsrliw onsrlwi onsrwli onsrwil onswirl onswilr
onswril onswrli onswlri onswlir onrlsiw onrlswi onrlisw onrliws onrlwis onrlwsi onrsliw
onrslwi onrsilw onrsiwl onrswil onrswli onrislw onriswl onrilsw onrilws onriwls onriwsl
onrwsil onrwsli onrwisl onrwils onrwlis onrwlsi onwlsri onwlsir onwlrsi onwlris onwlirs
onwlisr onwslri onwslir onwsrli onwsril onwsirl onwsilr onwrsli onwrsil onwrlsi onwrlis
onwrils onwrisl onwisrl onwislr onwirsl onwirls onwilrs onwilsr nwilsor nwilsro nwilosr
nwilors nwilros nwilrso nwislor nwislro nwisolr nwisorl nwisrol nwisrlo nwioslr nwiosrl
nwiolsr nwiolrs nwiorls nwiorsl nwirsol nwirslo nwirosl nwirols nwirlos nwirlso nwlisor
nwlisro nwliosr nwliors nwliros nwlirso nwlsior nwlsiro nwlsoir nwlsori nwlsroi nwlsrio
nwlosir nwlosri nwloisr nwloirs nwloris nwlorsi nwlrsoi nwlrsio nwlrosi nwlrois nwlrios
nwlriso nwslior nwsliro nwsloir nwslori nwslroi nwslrio nwsilor nwsilro nwsiolr nwsiorl
nwsirol nwsirlo nwsoilr nwsoirl nwsolir nwsolri nwsorli nwsoril nwsriol nwsrilo nwsroil
nwsroli nwsrloi nwsrlio nwolsir nwolsri nwolisr nwolirs nwolris nwolrsi nwoslir nwoslri
nwosilr nwosirl nwosril nwosrli nwoislr nwoisrl nwoilsr nwoilrs nwoirls nwoirsl nworsil
nworsli nworisl nworils nworlis nworlsi nwrlsoi nwrlsio nwrlosi nwrlois nwrlios nwrliso
nwrsloi nwrslio nwrsoli nwrsoil nwrsiol nwrsilo nwrosli nwrosil nwrolsi nwrolis nwroils
nwroisl nwrisol nwrislo nwriosl nwriols nwrilos nwrilso niwlsor niwlsro niwlosr niwlors
niwlros niwlrso niwslor niwslro niwsolr niwsorl niwsrol niwsrlo niwoslr niwosrl niwolsr
niwolrs niworls niworsl niwrsol niwrslo niwrosl niwrols niwrlos niwrlso nilwsor nilwsro
nilwosr nilwors nilwros nilwrso nilswor nilswro nilsowr nilsorw nilsrow nilsrwo niloswr
nilosrw nilowsr nilowrs nilorws nilorsw nilrsow nilrswo nilrosw nilrows nilrwos nilrwso
nislwor nislwro nislowr nislorw nislrow nislrwo niswlor niswlro niswolr nisworl niswrol
niswrlo nisowlr nisowrl nisolwr nisolrw nisorlw nisorwl nisrwol nisrwlo nisrowl nisrolw
nisrlow nisrlwo niolswr niolsrw niolwsr niolwrs niolrws niolrsw nioslwr nioslrw nioswlr
nioswrl niosrwl niosrlw niowslr niowsrl niowlsr niowlrs niowrls niowrsl niorswl niorslw
niorwsl niorwls niorlws niorlsw nirlsow nirlswo nirlosw nirlows nirlwos nirlwso nirslow
nirslwo nirsolw nirsowl nirswol nirswlo niroslw niroswl nirolsw nirolws nirowls nirowsl
nirwsol nirwslo nirwosl nirwols nirwlos nirwlso nliwsor nliwsro nliwosr nliwors nliwros
nliwrso nliswor nliswro nlisowr nlisorw nlisrow nlisrwo nlioswr nliosrw nliowsr nliowrs
nliorws nliorsw nlirsow nlirswo nlirosw nlirows nlirwos nlirwso nlwisor nlwisro nlwiosr
nlwiors nlwiros nlwirso nlwsior nlwsiro nlwsoir nlwsori nlwsroi nlwsrio nlwosir nlwosri
nlwoisr nlwoirs nlworis nlworsi nlwrsoi nlwrsio nlwrosi nlwrois nlwrios nlwriso nlswior
nlswiro nlswoir nlswori nlswroi nlswrio nlsiwor nlsiwro nlsiowr nlsiorw nlsirow nlsirwo
nlsoiwr nlsoirw nlsowir nlsowri nlsorwi nlsoriw nlsriow nlsriwo nlsroiw nlsrowi nlsrwoi
nlsrwio nlowsir nlowsri nlowisr nlowirs nlowris nlowrsi nloswir nloswri nlosiwr nlosirw
nlosriw nlosrwi nloiswr nloisrw nloiwsr nloiwrs nloirws nloirsw nlorsiw nlorswi nlorisw
nloriws nlorwis nlorwsi nlrwsoi nlrwsio nlrwosi nlrwois nlrwios nlrwiso nlrswoi nlrswio
nlrsowi nlrsoiw nlrsiow nlrsiwo nlroswi nlrosiw nlrowsi nlrowis nlroiws nlroisw nlrisow
nlriswo nlriosw nlriows nlriwos nlriwso nsilwor nsilwro nsilowr nsilorw nsilrow nsilrwo
nsiwlor nsiwlro nsiwolr nsiworl nsiwrol nsiwrlo nsiowlr nsiowrl nsiolwr nsiolrw nsiorlw
nsiorwl nsirwol nsirwlo nsirowl nsirolw nsirlow nsirlwo nsliwor nsliwro nsliowr nsliorw
nslirow nslirwo nslwior nslwiro nslwoir nslwori nslwroi nslwrio nslowir nslowri nsloiwr
nsloirw nsloriw nslorwi nslrwoi nslrwio nslrowi nslroiw nslriow nslriwo nswlior nswliro
nswloir nswlori nswlroi nswlrio nswilor nswilro nswiolr nswiorl nswirol nswirlo nswoilr
nswoirl nswolir nswolri nsworli nsworil nswriol nswrilo nswroil nswroli nswrloi nswrlio
nsolwir nsolwri nsoliwr nsolirw nsolriw nsolrwi nsowlir nsowlri nsowilr nsowirl nsowril
nsowrli nsoiwlr nsoiwrl nsoilwr nsoilrw nsoirlw nsoirwl nsorwil nsorwli nsoriwl nsorilw
nsorliw nsorlwi nsrlwoi nsrlwio nsrlowi nsrloiw nsrliow nsrliwo nsrwloi nsrwlio nsrwoli
nsrwoil nsrwiol nsrwilo nsrowli nsrowil nsrolwi nsroliw nsroilw nsroiwl nsriwol nsriwlo
nsriowl nsriolw nsrilow nsrilwo noilswr noilsrw noilwsr noilwrs noilrws noilrsw noislwr
noislrw noiswlr noiswrl noisrwl noisrlw noiwslr noiwsrl noiwlsr noiwlrs noiwrls noiwrsl
noirswl noirslw noirwsl noirwls noirlws noirlsw noliswr nolisrw noliwsr noliwrs nolirws
nolirsw nolsiwr nolsirw nolswir nolswri nolsrwi nolsriw nolwsir nolwsri nolwisr nolwirs
nolwris nolwrsi nolrswi nolrsiw nolrwsi nolrwis nolriws nolrisw nosliwr noslirw noslwir
noslwri noslrwi noslriw nosilwr nosilrw nosiwlr nosiwrl nosirwl nosirlw noswilr noswirl
noswlir noswlri noswrli noswril nosriwl nosrilw nosrwil nosrwli nosrlwi nosrliw nowlsir
nowlsri nowlisr nowlirs nowlris nowlrsi nowslir nowslri nowsilr nowsirl nowsril nowsrli
nowislr nowisrl nowilsr nowilrs nowirls nowirsl nowrsil nowrsli nowrisl nowrils nowrlis
nowrlsi norlswi norlsiw norlwsi norlwis norliws norlisw norslwi norsliw norswli norswil
norsiwl norsilw norwsli norwsil norwlsi norwlis norwils norwisl noriswl norislw noriwsl
noriwls norilws norilsw nrilsow nrilswo nrilosw nrilows nrilwos nrilwso nrislow nrislwo
nrisolw nrisowl nriswol nriswlo nrioslw nrioswl nriolsw nriolws nriowls nriowsl nriwsol
nriwslo nriwosl nriwols nriwlos nriwlso nrlisow nrliswo nrliosw nrliows nrliwos nrliwso
nrlsiow nrlsiwo nrlsoiw nrlsowi nrlswoi nrlswio nrlosiw nrloswi nrloisw nrloiws nrlowis
nrlowsi nrlwsoi nrlwsio nrlwosi nrlwois nrlwios nrlwiso nrsliow nrsliwo nrsloiw nrslowi
nrslwoi nrslwio nrsilow nrsilwo nrsiolw nrsiowl nrsiwol nrsiwlo nrsoilw nrsoiwl nrsoliw
nrsolwi nrsowli nrsowil nrswiol nrswilo nrswoil nrswoli nrswloi nrswlio nrolsiw nrolswi
nrolisw nroliws nrolwis nrolwsi nrosliw nroslwi nrosilw nrosiwl nroswil nroswli nroislw
nroiswl nroilsw nroilws nroiwls nroiwsl nrowsil nrowsli nrowisl nrowils nrowlis nrowlsi
nrwlsoi nrwlsio nrwlosi nrwlois nrwlios nrwliso nrwsloi nrwslio nrwsoli nrwsoil nrwsiol
nrwsilo nrwosli nrwosil nrwolsi nrwolis nrwoils nrwoisl nrwisol nrwislo nrwiosl nrwiols
nrwilos nrwilso

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History of cryptography
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