easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

wanned

windowpane

galpin

portaransas

geesey

adfatus

weihong

lifebuoy

beflour

gailard

bessemerize

tremulis

flection

cointepas

unsinning

misadapting

volitabitis

cesseritque


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: urinose
cipher variations:
vsjoptf wtkpqug xulqrvh yvmrswi zwnstxj
axotuyk bypuvzl czqvwam darwxbn ebsxyco
fctyzdp gduzaeq hevabfr ifwbcgs jgxcdht
khydeiu lizefjv mjafgkw nkbghlx olchimy
pmdijnz qnejkoa rofklpb spglmqc tqhmnrd

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.)
Read more ...
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: urinose
Cipher: firmlhv

Read more ...

 

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: urinose
Cipher: BAABB BAAAA ABAAA ABBAA ABBAB BAAAB AABAA

Read more ...

 

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: urinose
cipher variations:
vsjoptfjazordnxipotnvlqfovxdzyvoxhlnglozrtpwrodljdehofvr
rmxohfzfunojphtcdolzphktonjxwtkpqugkbapseoyjqpuowmrgpwye
azwpyimohmpasuqxspemkefipgwssnypigagvopkqiudepmaqilupoky
xulqrvhlcbqtfpzkrqvpxnshqxzfbaxqzjnpinqbtvrytqfnlfgjqhxt
tozqjhbhwpqlrjvefqnbrjmvqplzyvmrswimdcrugqalsrwqyotiryag
cbyrakoqjorcuwszurgomghkriyuuparkicixqrmskwfgrocsknwrqma
zwnstxjnedsvhrbmtsxrzpujszbhdczsblprkpsdvxtavshpnhilsjzv
vqbsljdjyrsntlxghspdtloxsrnbaxotuykofetwiscnutysaqvktaci
edatcmqslqtewyubwtiqoijmtkawwrctmkekzstoumyhitqeumpytsoc
bypuvzlpgfuxjtdovuztbrwlubdjfebudnrtmrufxzvcxujrpjknulbx
xsdunlflatupvnzijurfvnqzutpdczqvwamqhgvykuepwvaucsxmvcek
gfcveosunsvgyawdyvksqklovmcyytevomgmbuvqwoajkvsgworavuqe
darwxbnrihwzlvfqxwbvdtynwdflhgdwfptvotwhzbxezwltrlmpwndz
zufwpnhncvwrxpbklwthxpsbwvrfebsxycosjixamwgryxcweuzoxegm
ihexgquwpuxiacyfaxmusmnqxoeaavgxqoiodwxsyqclmxuiyqtcxwsg
fctyzdptkjybnxhszydxfvapyfhnjifyhrvxqvyjbdzgbynvtnorypfb
bwhyrpjpexytzrdmnyvjzrudyxthgduzaequlkzcoyitazeygwbqzgio
kjgziswyrwzkceahczowuopszqgccxizsqkqfyzuasenozwkasvezyui
hevabfrvmladpzjubafzhxcrahjplkhajtxzsxaldfbidapxvpqtarhd
dyjatrlrgzavbtfopaxlbtwfazvjifwbcgswnmbeqakvcbgaiydsbikq
mlibkuyatybmegcjebqywqrubsieezkbusmshabwcugpqbymcuxgbawk
jgxcdhtxoncfrblwdchbjzetcjlrnmjclvzbuzcnfhdkfcrzxrsvctjf
falcvtntibcxdvhqrczndvyhcbxlkhydeiuypodgscmxedickafudkms
onkdmwacvadogielgdsaystwdukggbmdwuoujcdyewirsdaoewzidcym
lizefjvzqpehtdnyfejdlbgvelntpolenxbdwbephjfmhetbztuxevlh
hcnexvpvkdezfxjstebpfxajedznmjafgkwarqfiueozgfkemchwfmou
qpmfoycexcfqikgnifucauvyfwmiidofywqwlefagyktufcqgybkfeao
nkbghlxbsrgjvfpahglfndixgnpvrqngpzdfydgrjlhojgvdbvwzgxnj
jepgzxrxmfgbhzluvgdrhzclgfbpolchimyctshkwgqbihmgoejyhoqw
srohqaegzehskmipkhwecwxahyokkfqhaysynghciamvwhesiadmhgcq
pmdijnzdutilxhrcjinhpfkziprxtspirbfhafitlnjqlixfdxybizpl
lgribztzohidjbnwxiftjbenihdrqnejkoaevujmyisdkjoiqglajqsy
utqjscgibgjumokrmjygeyzcjaqmmhsjcauapijekcoxyjgukcfojies
rofklpbfwvknzjtelkpjrhmbkrtzvurktdhjchkvnplsnkzhfzadkbrn
nitkdbvbqjkfldpyzkhvldgpkjftspglmqcgxwloakufmlqksinclsua
wvslueikdilwoqmtolaigabelcsoojulecwcrklgmeqzaliwmehqlkgu
tqhmnrdhyxmpblvgnmrltjodmtvbxwtmvfjlejmxprnupmbjhbcfmdtp
pkvmfdxdslmhnfrabmjxnfirmlhvurinoseizynqcmwhonsmukpenuwc
yxunwgkmfknyqsovqnckicdgneuqqlwngeyetmniogsbcnkyogjsnmiw

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: urinose
Cipher: hevabfr

Read more ...

 

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: urinose
Cipher: 54244233433451

Extended Methods:
Method #1

Plaintext: urinose
method variations:
zwostxkebtxycpkgycdhupmdhinz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
u r i n o s e 
5 2 4 3 4 3 5 
4 4 2 3 3 4 1 
They are then read out in rows:
52434354423341
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: urinose
Cipher: koouind

Read more ...
Method #3

Plaintext: urinose
method variations:
itmsnyv tmsnyvi msnyvit
snyvitm nyvitms yvitmsn
vitmsny

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: urinose

all 5040 cipher variations:
urinose urinoes urinsoe urinseo urineso urineos urionse uriones uriosne uriosen urioesn
urioens urisone urisoen urisnoe urisneo uriseno uriseon urieosn urieons urieson uriesno
urienso urienos urniose urnioes urnisoe urniseo urnieso urnieos urnoise urnoies urnosie
urnosei urnoesi urnoeis urnsoie urnsoei urnsioe urnsieo urnseio urnseoi urneosi urneois
urnesoi urnesio urneiso urneios uronise uronies uronsie uronsei uronesi uroneis uroinse
uroines uroisne uroisen uroiesn uroiens urosine urosien urosnie urosnei uroseni urosein
uroeisn uroeins uroesin uroesni uroensi uroenis ursnoie ursnoei ursnioe ursnieo ursneio
ursneoi ursonie ursonei ursoine ursoien ursoein ursoeni ursione ursioen ursinoe ursineo
ursieno ursieon urseoin urseoni urseion urseino ursenio ursenoi urenosi urenois urensoi
urensio ureniso urenios ureonsi ureonis ureosni ureosin ureoisn ureoins uresoni uresoin
uresnoi uresnio uresino uresion ureiosn ureions ureison ureisno ureinso ureinos uirnose
uirnoes uirnsoe uirnseo uirneso uirneos uironse uirones uirosne uirosen uiroesn uiroens
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rseuoin rseunoi rseunio rseuino rseuion rseioun rseionu rseiuon rseiuno rseinuo rseinou
reinosu reinous reinsou reinsuo reinuso reinuos reionsu reionus reiosnu reiosun reiousn
reiouns reisonu reisoun reisnou reisnuo reisuno reisuon reiuosn reiuons reiuson reiusno
reiunso reiunos reniosu renious renisou renisuo reniuso reniuos renoisu renoius renosiu
renosui renousi renouis rensoiu rensoui rensiou rensiuo rensuio rensuoi renuosi renuois
renusoi renusio renuiso renuios reonisu reonius reonsiu reonsui reonusi reonuis reoinsu
reoinus reoisnu reoisun reoiusn reoiuns reosinu reosiun reosniu reosnui reosuni reosuin
reouisn reouins reousin reousni reounsi reounis resnoiu resnoui resniou resniuo resnuio
resnuoi resoniu resonui resoinu resoiun resouin resouni resionu resioun resinou resinuo
resiuno resiuon resuoin resuoni resuion resuino resunio resunoi reunosi reunois reunsoi
reunsio reuniso reunios reuonsi reuonis reuosni reuosin reuoisn reuoins reusoni reusoin
reusnoi reusnio reusino reusion reuiosn reuions reuison reuisno reuinso reuinos irunose
irunoes irunsoe irunseo iruneso iruneos iruonse iruones iruosne iruosen iruoesn iruoens
irusone irusoen irusnoe irusneo iruseno iruseon irueosn irueons irueson iruesno iruenso
iruenos irnuose irnuoes irnusoe irnuseo irnueso irnueos irnouse irnoues irnosue irnoseu
irnoesu irnoeus irnsoue irnsoeu irnsuoe irnsueo irnseuo irnseou irneosu irneous irnesou
irnesuo irneuso irneuos ironuse ironues ironsue ironseu ironesu ironeus irounse irounes
irousne irousen irouesn irouens irosune irosuen irosnue irosneu irosenu iroseun iroeusn
iroeuns iroesun iroesnu iroensu iroenus irsnoue irsnoeu irsnuoe irsnueo irsneuo irsneou
irsonue irsoneu irsoune irsouen irsoeun irsoenu irsuone irsuoen irsunoe irsuneo irsueno
irsueon irseoun irseonu irseuon irseuno irsenuo irsenou irenosu irenous irensou irensuo
irenuso irenuos ireonsu ireonus ireosnu ireosun ireousn ireouns iresonu iresoun iresnou
iresnuo iresuno iresuon ireuosn ireuons ireuson ireusno ireunso ireunos iurnose iurnoes
iurnsoe iurnseo iurneso iurneos iuronse iurones iurosne iurosen iuroesn iuroens iursone
iursoen iursnoe iursneo iurseno iurseon iureosn iureons iureson iuresno iurenso iurenos
iunrose iunroes iunrsoe iunrseo iunreso iunreos iunorse iunores iunosre iunoser iunoesr
iunoers iunsore iunsoer iunsroe iunsreo iunsero iunseor iuneosr iuneors iunesor iunesro
iunerso iuneros iuonrse iuonres iuonsre iuonser iuonesr iuoners iuornse iuornes iuorsne
iuorsen iuoresn iuorens iuosrne iuosren iuosnre iuosner iuosenr iuosern iuoersn iuoerns
iuoesrn iuoesnr iuoensr iuoenrs iusnore iusnoer iusnroe iusnreo iusnero iusneor iusonre
iusoner iusorne iusoren iusoern iusoenr iusrone iusroen iusrnoe iusrneo iusreno iusreon
iuseorn iuseonr iuseron iuserno iusenro iusenor iuenosr iuenors iuensor iuensro iuenrso
iuenros iueonsr iueonrs iueosnr iueosrn iueorsn iueorns iuesonr iuesorn iuesnor iuesnro
iuesrno iuesron iuerosn iuerons iuerson iuersno iuernso iuernos inurose inuroes inursoe
inurseo inureso inureos inuorse inuores inuosre inuoser inuoesr inuoers inusore inusoer
inusroe inusreo inusero inuseor inueosr inueors inuesor inuesro inuerso inueros inruose
inruoes inrusoe inruseo inrueso inrueos inrouse inroues inrosue inroseu inroesu inroeus
inrsoue inrsoeu inrsuoe inrsueo inrseuo inrseou inreosu inreous inresou inresuo inreuso
inreuos inoruse inorues inorsue inorseu inoresu inoreus inourse inoures inousre inouser
inouesr inouers inosure inosuer inosrue inosreu inoseru inoseur inoeusr inoeurs inoesur
inoesru inoersu inoerus insroue insroeu insruoe insrueo insreuo insreou insorue insoreu
insoure insouer insoeur insoeru insuore insuoer insuroe insureo insuero insueor inseour
inseoru inseuor inseuro inseruo inserou inerosu inerous inersou inersuo ineruso ineruos
ineorsu ineorus ineosru ineosur ineousr ineours inesoru inesour inesrou inesruo inesuro
inesuor ineuosr ineuors ineusor ineusro ineurso ineuros iounrse iounres iounsre iounser
iounesr iouners iournse iournes ioursne ioursen iouresn iourens iousrne iousren iousnre
iousner iousenr iousern iouersn iouerns iouesrn iouesnr iouensr iouenrs ionurse ionures
ionusre ionuser ionuesr ionuers ionruse ionrues ionrsue ionrseu ionresu ionreus ionsrue
ionsreu ionsure ionsuer ionseur ionseru ionersu ionerus ionesru ionesur ioneusr ioneurs
iornuse iornues iornsue iornseu iornesu iorneus iorunse iorunes iorusne iorusen ioruesn
ioruens iorsune iorsuen iorsnue iorsneu iorsenu iorseun ioreusn ioreuns ioresun ioresnu
iorensu iorenus iosnrue iosnreu iosnure iosnuer iosneur iosneru iosrnue iosrneu iosrune
iosruen iosreun iosrenu iosurne iosuren iosunre iosuner iosuenr iosuern ioserun iosernu
ioseurn ioseunr iosenur iosenru ioenrsu ioenrus ioensru ioensur ioenusr ioenurs ioernsu
ioernus ioersnu ioersun ioerusn ioeruns ioesrnu ioesrun ioesnru ioesnur ioesunr ioesurn
ioeursn ioeurns ioeusrn ioeusnr ioeunsr ioeunrs isunore isunoer isunroe isunreo isunero
isuneor isuonre isuoner isuorne isuoren isuoern isuoenr isurone isuroen isurnoe isurneo
isureno isureon isueorn isueonr isueron isuerno isuenro isuenor isnuore isnuoer isnuroe
isnureo isnuero isnueor isnoure isnouer isnorue isnoreu isnoeru isnoeur isnroue isnroeu
isnruoe isnrueo isnreuo isnreou isneoru isneour isnerou isneruo isneuro isneuor isonure
isonuer isonrue isonreu isoneru isoneur isounre isouner isourne isouren isouern isouenr
isorune isoruen isornue isorneu isorenu isoreun isoeurn isoeunr isoerun isoernu isoenru
isoenur isrnoue isrnoeu isrnuoe isrnueo isrneuo isrneou isronue isroneu isroune isrouen
isroeun isroenu isruone isruoen isrunoe isruneo isrueno isrueon isreoun isreonu isreuon
isreuno isrenuo isrenou isenoru isenour isenrou isenruo isenuro isenuor iseonru iseonur
iseornu iseorun iseourn iseounr iseronu iseroun isernou isernuo iseruno iseruon iseuorn
iseuonr iseuron iseurno iseunro iseunor ieunosr ieunors ieunsor ieunsro ieunrso ieunros
ieuonsr ieuonrs ieuosnr ieuosrn ieuorsn ieuorns ieusonr ieusorn ieusnor ieusnro ieusrno
ieusron ieurosn ieurons ieurson ieursno ieurnso ieurnos ienuosr ienuors ienusor ienusro
ienurso ienuros ienousr ienours ienosur ienosru ienorsu ienorus iensour iensoru iensuor
iensuro iensruo iensrou ienrosu ienrous ienrsou ienrsuo ienruso ienruos ieonusr ieonurs
ieonsur ieonsru ieonrsu ieonrus ieounsr ieounrs ieousnr ieousrn ieoursn ieourns ieosunr
ieosurn ieosnur ieosnru ieosrnu ieosrun ieorusn ieoruns ieorsun ieorsnu ieornsu ieornus
iesnour iesnoru iesnuor iesnuro iesnruo iesnrou iesonur iesonru iesounr iesourn iesorun
iesornu iesuonr iesuorn iesunor iesunro iesurno iesuron iesroun iesronu iesruon iesruno
iesrnuo iesrnou iernosu iernous iernsou iernsuo iernuso iernuos ieronsu ieronus ierosnu
ierosun ierousn ierouns iersonu iersoun iersnou iersnuo iersuno iersuon ieruosn ieruons
ieruson ierusno ierunso ierunos nriuose nriuoes nriusoe nriuseo nriueso nriueos nriouse
nrioues nriosue nrioseu nrioesu nrioeus nrisoue nrisoeu nrisuoe nrisueo nriseuo nriseou
nrieosu nrieous nriesou nriesuo nrieuso nrieuos nruiose nruioes nruisoe nruiseo nruieso
nruieos nruoise nruoies nruosie nruosei nruoesi nruoeis nrusoie nrusoei nrusioe nrusieo
nruseio nruseoi nrueosi nrueois nruesoi nruesio nrueiso nrueios nrouise nrouies nrousie
nrousei nrouesi nroueis nroiuse nroiues nroisue nroiseu nroiesu nroieus nrosiue nrosieu
nrosuie nrosuei nroseui nroseiu nroeisu nroeius nroesiu nroesui nroeusi nroeuis nrsuoie
nrsuoei nrsuioe nrsuieo nrsueio nrsueoi nrsouie nrsouei nrsoiue nrsoieu nrsoeiu nrsoeui
nrsioue nrsioeu nrsiuoe nrsiueo nrsieuo nrsieou nrseoiu nrseoui nrseiou nrseiuo nrseuio
nrseuoi nreuosi nreuois nreusoi nreusio nreuiso nreuios nreousi nreouis nreosui nreosiu
nreoisu nreoius nresoui nresoiu nresuoi nresuio nresiuo nresiou nreiosu nreious nreisou
nreisuo nreiuso nreiuos niruose niruoes nirusoe niruseo nirueso nirueos nirouse niroues
nirosue niroseu niroesu niroeus nirsoue nirsoeu nirsuoe nirsueo nirseuo nirseou nireosu
nireous niresou niresuo nireuso nireuos niurose niuroes niursoe niurseo niureso niureos
niuorse niuores niuosre niuoser niuoesr niuoers niusore niusoer niusroe niusreo niusero
niuseor niueosr niueors niuesor niuesro niuerso niueros niourse nioures niousre niouser
niouesr niouers nioruse niorues niorsue niorseu nioresu nioreus niosrue niosreu niosure
niosuer nioseur nioseru nioersu nioerus nioesru nioesur nioeusr nioeurs nisuore nisuoer
nisuroe nisureo nisuero nisueor nisoure nisouer nisorue nisoreu nisoeru nisoeur nisroue
nisroeu nisruoe nisrueo nisreuo nisreou niseoru niseour niserou niseruo niseuro niseuor
nieuosr nieuors nieusor nieusro nieurso nieuros nieousr nieours nieosur nieosru nieorsu
nieorus niesour niesoru niesuor niesuro niesruo niesrou nierosu nierous niersou niersuo
nieruso nieruos nuirose nuiroes nuirsoe nuirseo nuireso nuireos nuiorse nuiores nuiosre
nuioser nuioesr nuioers nuisore nuisoer nuisroe nuisreo nuisero nuiseor nuieosr nuieors
nuiesor nuiesro nuierso nuieros nuriose nurioes nurisoe nuriseo nurieso nurieos nuroise
nuroies nurosie nurosei nuroesi nuroeis nursoie nursoei nursioe nursieo nurseio nurseoi
nureosi nureois nuresoi nuresio nureiso nureios nuorise nuories nuorsie nuorsei nuoresi
nuoreis nuoirse nuoires nuoisre nuoiser nuoiesr nuoiers nuosire nuosier nuosrie nuosrei
nuoseri nuoseir nuoeisr nuoeirs nuoesir nuoesri nuoersi nuoeris nusroie nusroei nusrioe
nusrieo nusreio nusreoi nusorie nusorei nusoire nusoier nusoeir nusoeri nusiore nusioer
nusiroe nusireo nusiero nusieor nuseoir nuseori nuseior nuseiro nuserio nuseroi nuerosi
nuerois nuersoi nuersio nueriso nuerios nueorsi nueoris nueosri nueosir nueoisr nueoirs
nuesori nuesoir nuesroi nuesrio nuesiro nuesior nueiosr nueiors nueisor nueisro nueirso
nueiros noiurse noiures noiusre noiuser noiuesr noiuers noiruse noirues noirsue noirseu
noiresu noireus noisrue noisreu noisure noisuer noiseur noiseru noiersu noierus noiesru
noiesur noieusr noieurs nouirse nouires nouisre nouiser nouiesr nouiers nourise nouries
noursie noursei nouresi noureis nousrie nousrei nousire nousier nouseir nouseri nouersi
noueris nouesri nouesir noueisr noueirs noruise noruies norusie norusei noruesi norueis
noriuse noriues norisue noriseu noriesu norieus norsiue norsieu norsuie norsuei norseui
norseiu noreisu noreius noresiu noresui noreusi noreuis nosurie nosurei nosuire nosuier
nosueir nosueri nosruie nosruei nosriue nosrieu nosreiu nosreui nosirue nosireu nosiure
nosiuer nosieur nosieru noseriu noserui noseiru noseiur noseuir noseuri noeursi noeuris
noeusri noeusir noeuisr noeuirs noerusi noeruis noersui noersiu noerisu noerius noesrui
noesriu noesuri noesuir noesiur noesiru noeirsu noeirus noeisru noeisur noeiusr noeiurs
nsiuore nsiuoer nsiuroe nsiureo nsiuero nsiueor nsioure nsiouer nsiorue nsioreu nsioeru
nsioeur nsiroue nsiroeu nsiruoe nsirueo nsireuo nsireou nsieoru nsieour nsierou nsieruo
nsieuro nsieuor nsuiore nsuioer nsuiroe nsuireo nsuiero nsuieor nsuoire nsuoier nsuorie
nsuorei nsuoeri nsuoeir nsuroie nsuroei nsurioe nsurieo nsureio nsureoi nsueori nsueoir
nsueroi nsuerio nsueiro nsueior nsouire nsouier nsourie nsourei nsoueri nsoueir nsoiure
nsoiuer nsoirue nsoireu nsoieru nsoieur nsoriue nsorieu nsoruie nsoruei nsoreui nsoreiu
nsoeiru nsoeiur nsoeriu nsoerui nsoeuri nsoeuir nsruoie nsruoei nsruioe nsruieo nsrueio
nsrueoi nsrouie nsrouei nsroiue nsroieu nsroeiu nsroeui nsrioue nsrioeu nsriuoe nsriueo
nsrieuo nsrieou nsreoiu nsreoui nsreiou nsreiuo nsreuio nsreuoi nseuori nseuoir nseuroi
nseurio nseuiro nseuior nseouri nseouir nseorui nseoriu nseoiru nseoiur nseroui nseroiu
nseruoi nseruio nseriuo nseriou nseioru nseiour nseirou nseiruo nseiuro nseiuor neiuosr
neiuors neiusor neiusro neiurso neiuros neiousr neiours neiosur neiosru neiorsu neiorus
neisour neisoru neisuor neisuro neisruo neisrou neirosu neirous neirsou neirsuo neiruso
neiruos neuiosr neuiors neuisor neuisro neuirso neuiros neuoisr neuoirs neuosir neuosri
neuorsi neuoris neusoir neusori neusior neusiro neusrio neusroi neurosi neurois neursoi
neursio neuriso neurios neouisr neouirs neousir neousri neoursi neouris neoiusr neoiurs
neoisur neoisru neoirsu neoirus neosiur neosiru neosuir neosuri neosrui neosriu neorisu
neorius neorsiu neorsui neorusi neoruis nesuoir nesuori nesuior nesuiro nesurio nesuroi
nesouir nesouri nesoiur nesoiru nesoriu nesorui nesiour nesioru nesiuor nesiuro nesiruo
nesirou nesroiu nesroui nesriou nesriuo nesruio nesruoi neruosi neruois nerusoi nerusio
neruiso neruios nerousi nerouis nerosui nerosiu neroisu neroius nersoui nersoiu nersuoi
nersuio nersiuo nersiou neriosu nerious nerisou nerisuo neriuso neriuos orinuse orinues
orinsue orinseu orinesu orineus oriunse oriunes oriusne oriusen oriuesn oriuens orisune
orisuen orisnue orisneu orisenu oriseun orieusn orieuns oriesun oriesnu oriensu orienus
orniuse orniues ornisue orniseu orniesu ornieus ornuise ornuies ornusie ornusei ornuesi
ornueis ornsuie ornsuei ornsiue ornsieu ornseiu ornseui orneusi orneuis ornesui ornesiu
orneisu orneius orunise orunies orunsie orunsei orunesi oruneis oruinse oruines oruisne
oruisen oruiesn oruiens orusine orusien orusnie orusnei oruseni orusein orueisn orueins
oruesin oruesni oruensi oruenis orsnuie orsnuei orsniue orsnieu orsneiu orsneui orsunie
orsunei orsuine orsuien orsuein orsueni orsiune orsiuen orsinue orsineu orsienu orsieun
orseuin orseuni orseiun orseinu orseniu orsenui orenusi orenuis orensui orensiu orenisu
orenius oreunsi oreunis oreusni oreusin oreuisn oreuins oresuni oresuin oresnui oresniu
oresinu oresiun oreiusn oreiuns oreisun oreisnu oreinsu oreinus oirnuse oirnues oirnsue
oirnseu oirnesu oirneus oirunse oirunes oirusne oirusen oiruesn oiruens oirsune oirsuen
oirsnue oirsneu oirsenu oirseun oireusn oireuns oiresun oiresnu oirensu oirenus oinruse
oinrues oinrsue oinrseu oinresu oinreus oinurse oinures oinusre oinuser oinuesr oinuers
oinsure oinsuer oinsrue oinsreu oinseru oinseur oineusr oineurs oinesur oinesru oinersu
oinerus oiunrse oiunres oiunsre oiunser oiunesr oiuners oiurnse oiurnes oiursne oiursen
oiuresn oiurens oiusrne oiusren oiusnre oiusner oiusenr oiusern oiuersn oiuerns oiuesrn
oiuesnr oiuensr oiuenrs oisnure oisnuer oisnrue oisnreu oisneru oisneur oisunre oisuner
oisurne oisuren oisuern oisuenr oisrune oisruen oisrnue oisrneu oisrenu oisreun oiseurn
oiseunr oiserun oisernu oisenru oisenur oienusr oienurs oiensur oiensru oienrsu oienrus
oieunsr oieunrs oieusnr oieusrn oieursn oieurns oiesunr oiesurn oiesnur oiesnru oiesrnu
oiesrun oierusn oieruns oiersun oiersnu oiernsu oiernus oniruse onirues onirsue onirseu
oniresu onireus oniurse oniures oniusre oniuser oniuesr oniuers onisure onisuer onisrue
onisreu oniseru oniseur onieusr onieurs oniesur oniesru oniersu onierus onriuse onriues
onrisue onriseu onriesu onrieus onruise onruies onrusie onrusei onruesi onrueis onrsuie
onrsuei onrsiue onrsieu onrseiu onrseui onreusi onreuis onresui onresiu onreisu onreius
onurise onuries onursie onursei onuresi onureis onuirse onuires onuisre onuiser onuiesr
onuiers onusire onusier onusrie onusrei onuseri onuseir onueisr onueirs onuesir onuesri
onuersi onueris onsruie onsruei onsriue onsrieu onsreiu onsreui onsurie onsurei onsuire
onsuier onsueir onsueri onsiure onsiuer onsirue onsireu onsieru onsieur onseuir onseuri
onseiur onseiru onseriu onserui onerusi oneruis onersui onersiu onerisu onerius oneursi
oneuris oneusri oneusir oneuisr oneuirs onesuri onesuir onesrui onesriu onesiru onesiur
oneiusr oneiurs oneisur oneisru oneirsu oneirus ouinrse ouinres ouinsre ouinser ouinesr
ouiners ouirnse ouirnes ouirsne ouirsen ouiresn ouirens ouisrne ouisren ouisnre ouisner
ouisenr ouisern ouiersn ouierns ouiesrn ouiesnr ouiensr ouienrs ounirse ounires ounisre
ouniser ouniesr ouniers ounrise ounries ounrsie ounrsei ounresi ounreis ounsrie ounsrei
ounsire ounsier ounseir ounseri ounersi ouneris ounesri ounesir ouneisr ouneirs ournise
ournies ournsie ournsei ournesi ourneis ourinse ourines ourisne ourisen ouriesn ouriens
oursine oursien oursnie oursnei ourseni oursein oureisn oureins ouresin ouresni ourensi
ourenis ousnrie ousnrei ousnire ousnier ousneir ousneri ousrnie ousrnei ousrine ousrien
ousrein ousreni ousirne ousiren ousinre ousiner ousienr ousiern ouserin ouserni ouseirn
ouseinr ousenir ousenri ouenrsi ouenris ouensri ouensir ouenisr ouenirs ouernsi ouernis
ouersni ouersin ouerisn ouerins ouesrni ouesrin ouesnri ouesnir ouesinr ouesirn oueirsn
oueirns oueisrn oueisnr oueinsr oueinrs osinure osinuer osinrue osinreu osineru osineur
osiunre osiuner osiurne osiuren osiuern osiuenr osirune osiruen osirnue osirneu osirenu
osireun osieurn osieunr osierun osiernu osienru osienur osniure osniuer osnirue osnireu
osnieru osnieur osnuire osnuier osnurie osnurei osnueri osnueir osnruie osnruei osnriue
osnrieu osnreiu osnreui osneuri osneuir osnerui osneriu osneiru osneiur osunire osunier
osunrie osunrei osuneri osuneir osuinre osuiner osuirne osuiren osuiern osuienr osurine
osurien osurnie osurnei osureni osurein osueirn osueinr osuerin osuerni osuenri osuenir
osrnuie osrnuei osrniue osrnieu osrneiu osrneui osrunie osrunei osruine osruien osruein
osrueni osriune osriuen osrinue osrineu osrienu osrieun osreuin osreuni osreiun osreinu
osreniu osrenui osenuri osenuir osenrui osenriu oseniru oseniur oseunri oseunir oseurni
oseurin oseuirn oseuinr oseruni oseruin osernui oserniu oserinu oseriun oseiurn oseiunr
oseirun oseirnu oseinru oseinur oeinusr oeinurs oeinsur oeinsru oeinrsu oeinrus oeiunsr
oeiunrs oeiusnr oeiusrn oeiursn oeiurns oeisunr oeisurn oeisnur oeisnru oeisrnu oeisrun
oeirusn oeiruns oeirsun oeirsnu oeirnsu oeirnus oeniusr oeniurs oenisur oenisru oenirsu
oenirus oenuisr oenuirs oenusir oenusri oenursi oenuris oensuir oensuri oensiur oensiru
oensriu oensrui oenrusi oenruis oenrsui oenrsiu oenrisu oenrius oeunisr oeunirs oeunsir
oeunsri oeunrsi oeunris oeuinsr oeuinrs oeuisnr oeuisrn oeuirsn oeuirns oeusinr oeusirn
oeusnir oeusnri oeusrni oeusrin oeurisn oeurins oeursin oeursni oeurnsi oeurnis oesnuir
oesnuri oesniur oesniru oesnriu oesnrui oesunir oesunri oesuinr oesuirn oesurin oesurni
oesiunr oesiurn oesinur oesinru oesirnu oesirun oesruin oesruni oesriun oesrinu oesrniu
oesrnui oernusi oernuis oernsui oernsiu oernisu oernius oerunsi oerunis oerusni oerusin
oeruisn oeruins oersuni oersuin oersnui oersniu oersinu oersiun oeriusn oeriuns oerisun
oerisnu oerinsu oerinus srinoue srinoeu srinuoe srinueo srineuo srineou srionue srioneu
srioune sriouen srioeun srioenu sriuone sriuoen sriunoe sriuneo sriueno sriueon srieoun
srieonu srieuon srieuno srienuo srienou srnioue srnioeu srniuoe srniueo srnieuo srnieou
srnoiue srnoieu srnouie srnouei srnoeui srnoeiu srnuoie srnuoei srnuioe srnuieo srnueio
srnueoi srneoui srneoiu srneuoi srneuio srneiuo srneiou sroniue sronieu sronuie sronuei
sroneui sroneiu sroinue sroineu sroiune sroiuen sroieun sroienu srouine srouien srounie
srounei sroueni srouein sroeiun sroeinu sroeuin sroeuni sroenui sroeniu srunoie srunoei
srunioe srunieo sruneio sruneoi sruonie sruonei sruoine sruoien sruoein sruoeni sruione
sruioen sruinoe sruineo sruieno sruieon srueoin srueoni srueion srueino sruenio sruenoi
srenoui srenoiu srenuoi srenuio sreniuo sreniou sreonui sreoniu sreouni sreouin sreoiun
sreoinu sreuoni sreuoin sreunoi sreunio sreuino sreuion sreioun sreionu sreiuon sreiuno
sreinuo sreinou sirnoue sirnoeu sirnuoe sirnueo sirneuo sirneou sironue sironeu siroune
sirouen siroeun siroenu siruone siruoen sirunoe siruneo sirueno sirueon sireoun sireonu
sireuon sireuno sirenuo sirenou sinroue sinroeu sinruoe sinrueo sinreuo sinreou sinorue
sinoreu sinoure sinouer sinoeur sinoeru sinuore sinuoer sinuroe sinureo sinuero sinueor
sineour sineoru sineuor sineuro sineruo sinerou sionrue sionreu sionure sionuer sioneur
sioneru siornue siorneu siorune sioruen sioreun siorenu siourne siouren siounre siouner
siouenr siouern sioerun sioernu sioeurn sioeunr sioenur sioenru siunore siunoer siunroe
siunreo siunero siuneor siuonre siuoner siuorne siuoren siuoern siuoenr siurone siuroen
siurnoe siurneo siureno siureon siueorn siueonr siueron siuerno siuenro siuenor sienour
sienoru sienuor sienuro sienruo sienrou sieonur sieonru sieounr sieourn sieorun sieornu
sieuonr sieuorn sieunor sieunro sieurno sieuron sieroun sieronu sieruon sieruno siernuo
siernou sniroue sniroeu sniruoe snirueo snireuo snireou sniorue snioreu snioure sniouer
snioeur snioeru sniuore sniuoer sniuroe sniureo sniuero sniueor snieour snieoru snieuor
snieuro snieruo snierou snrioue snrioeu snriuoe snriueo snrieuo snrieou snroiue snroieu
snrouie snrouei snroeui snroeiu snruoie snruoei snruioe snruieo snrueio snrueoi snreoui
snreoiu snreuoi snreuio snreiuo snreiou snoriue snorieu snoruie snoruei snoreui snoreiu
snoirue snoireu snoiure snoiuer snoieur snoieru snouire snouier snourie snourei snoueri
snoueir snoeiur snoeiru snoeuir snoeuri snoerui snoeriu snuroie snuroei snurioe snurieo
snureio snureoi snuorie snuorei snuoire snuoier snuoeir snuoeri snuiore snuioer snuiroe
snuireo snuiero snuieor snueoir snueori snueior snueiro snuerio snueroi sneroui sneroiu
sneruoi sneruio sneriuo sneriou sneorui sneoriu sneouri sneouir sneoiur sneoiru sneuori
sneuoir sneuroi sneurio sneuiro sneuior sneiour sneioru sneiuor sneiuro sneiruo sneirou
soinrue soinreu soinure soinuer soineur soineru soirnue soirneu soirune soiruen soireun
soirenu soiurne soiuren soiunre soiuner soiuenr soiuern soierun soiernu soieurn soieunr
soienur soienru sonirue sonireu soniure soniuer sonieur sonieru sonriue sonrieu sonruie
sonruei sonreui sonreiu sonurie sonurei sonuire sonuier sonueir sonueri sonerui soneriu
soneuri soneuir soneiur soneiru sorniue sornieu sornuie sornuei sorneui sorneiu sorinue
sorineu soriune soriuen sorieun sorienu soruine soruien sorunie sorunei sorueni soruein
soreiun soreinu soreuin soreuni sorenui soreniu sounrie sounrei sounire sounier souneir
souneri sournie sournei sourine sourien sourein soureni souirne souiren souinre souiner
souienr souiern souerin souerni soueirn soueinr souenir souenri soenrui soenriu soenuri
soenuir soeniur soeniru soernui soerniu soeruni soeruin soeriun soerinu soeurni soeurin
soeunri soeunir soeuinr soeuirn soeirun soeirnu soeiurn soeiunr soeinur soeinru suinore
suinoer suinroe suinreo suinero suineor suionre suioner suiorne suioren suioern suioenr
suirone suiroen suirnoe suirneo suireno suireon suieorn suieonr suieron suierno suienro
suienor suniore sunioer suniroe sunireo suniero sunieor sunoire sunoier sunorie sunorei
sunoeri sunoeir sunroie sunroei sunrioe sunrieo sunreio sunreoi suneori suneoir suneroi
sunerio suneiro suneior suonire suonier suonrie suonrei suoneri suoneir suoinre suoiner
suoirne suoiren suoiern suoienr suorine suorien suornie suornei suoreni suorein suoeirn
suoeinr suoerin suoerni suoenri suoenir surnoie surnoei surnioe surnieo surneio surneoi
suronie suronei suroine suroien suroein suroeni surione surioen surinoe surineo surieno
surieon sureoin sureoni sureion sureino surenio surenoi suenori suenoir suenroi suenrio
sueniro suenior sueonri sueonir sueorni sueorin sueoirn sueoinr sueroni sueroin suernoi
suernio suerino suerion sueiorn sueionr sueiron sueirno sueinro sueinor seinour seinoru
seinuor seinuro seinruo seinrou seionur seionru seiounr seiourn seiorun seiornu seiuonr
seiuorn seiunor seiunro seiurno seiuron seiroun seironu seiruon seiruno seirnuo seirnou
seniour senioru seniuor seniuro seniruo senirou senoiur senoiru senouir senouri senorui
senoriu senuoir senuori senuior senuiro senurio senuroi senroui senroiu senruoi senruio
senriuo senriou seoniur seoniru seonuir seonuri seonrui seonriu seoinur seoinru seoiunr
seoiurn seoirun seoirnu seouinr seouirn seounir seounri seourni seourin seoriun seorinu
seoruin seoruni seornui seorniu seunoir seunori seunior seuniro seunrio seunroi seuonir
seuonri seuoinr seuoirn seuorin seuorni seuionr seuiorn seuinor seuinro seuirno seuiron
seuroin seuroni seurion seurino seurnio seurnoi sernoui sernoiu sernuoi sernuio serniuo
serniou seronui seroniu serouni serouin seroiun seroinu seruoni seruoin serunoi serunio
seruino seruion serioun serionu seriuon seriuno serinuo serinou erinosu erinous erinsou
erinsuo erinuso erinuos erionsu erionus eriosnu eriosun eriousn eriouns erisonu erisoun
erisnou erisnuo erisuno erisuon eriuosn eriuons eriuson eriusno eriunso eriunos erniosu
ernious ernisou ernisuo erniuso erniuos ernoisu ernoius ernosiu ernosui ernousi ernouis
ernsoiu ernsoui ernsiou ernsiuo ernsuio ernsuoi ernuosi ernuois ernusoi ernusio ernuiso
ernuios eronisu eronius eronsiu eronsui eronusi eronuis eroinsu eroinus eroisnu eroisun
eroiusn eroiuns erosinu erosiun erosniu erosnui erosuni erosuin erouisn erouins erousin
erousni erounsi erounis ersnoiu ersnoui ersniou ersniuo ersnuio ersnuoi ersoniu ersonui
ersoinu ersoiun ersouin ersouni ersionu ersioun ersinou ersinuo ersiuno ersiuon ersuoin
ersuoni ersuion ersuino ersunio ersunoi erunosi erunois erunsoi erunsio eruniso erunios
eruonsi eruonis eruosni eruosin eruoisn eruoins erusoni erusoin erusnoi erusnio erusino
erusion eruiosn eruions eruison eruisno eruinso eruinos eirnosu eirnous eirnsou eirnsuo
eirnuso eirnuos eironsu eironus eirosnu eirosun eirousn eirouns eirsonu eirsoun eirsnou
eirsnuo eirsuno eirsuon eiruosn eiruons eiruson eirusno eirunso eirunos einrosu einrous
einrsou einrsuo einruso einruos einorsu einorus einosru einosur einousr einours einsoru
einsour einsrou einsruo einsuro einsuor einuosr einuors einusor einusro einurso einuros
eionrsu eionrus eionsru eionsur eionusr eionurs eiornsu eiornus eiorsnu eiorsun eiorusn
eioruns eiosrnu eiosrun eiosnru eiosnur eiosunr eiosurn eioursn eiourns eiousrn eiousnr
eiounsr eiounrs eisnoru eisnour eisnrou eisnruo eisnuro eisnuor eisonru eisonur eisornu
eisorun eisourn eisounr eisronu eisroun eisrnou eisrnuo eisruno eisruon eisuorn eisuonr
eisuron eisurno eisunro eisunor eiunosr eiunors eiunsor eiunsro eiunrso eiunros eiuonsr
eiuonrs eiuosnr eiuosrn eiuorsn eiuorns eiusonr eiusorn eiusnor eiusnro eiusrno eiusron
eiurosn eiurons eiurson eiursno eiurnso eiurnos enirosu enirous enirsou enirsuo eniruso
eniruos eniorsu eniorus eniosru eniosur eniousr eniours enisoru enisour enisrou enisruo
enisuro enisuor eniuosr eniuors eniusor eniusro eniurso eniuros enriosu enrious enrisou
enrisuo enriuso enriuos enroisu enroius enrosiu enrosui enrousi enrouis enrsoiu enrsoui
enrsiou enrsiuo enrsuio enrsuoi enruosi enruois enrusoi enrusio enruiso enruios enorisu
enorius enorsiu enorsui enorusi enoruis enoirsu enoirus enoisru enoisur enoiusr enoiurs
enosiru enosiur enosriu enosrui enosuri enosuir enouisr enouirs enousir enousri enoursi
enouris ensroiu ensroui ensriou ensriuo ensruio ensruoi ensoriu ensorui ensoiru ensoiur
ensouir ensouri ensioru ensiour ensirou ensiruo ensiuro ensiuor ensuoir ensuori ensuior
ensuiro ensurio ensuroi enurosi enurois enursoi enursio enuriso enurios enuorsi enuoris
enuosri enuosir enuoisr enuoirs enusori enusoir enusroi enusrio enusiro enusior enuiosr
enuiors enuisor enuisro enuirso enuiros eoinrsu eoinrus eoinsru eoinsur eoinusr eoinurs
eoirnsu eoirnus eoirsnu eoirsun eoirusn eoiruns eoisrnu eoisrun eoisnru eoisnur eoisunr
eoisurn eoiursn eoiurns eoiusrn eoiusnr eoiunsr eoiunrs eonirsu eonirus eonisru eonisur
eoniusr eoniurs eonrisu eonrius eonrsiu eonrsui eonrusi eonruis eonsriu eonsrui eonsiru
eonsiur eonsuir eonsuri eonursi eonuris eonusri eonusir eonuisr eonuirs eornisu eornius
eornsiu eornsui eornusi eornuis eorinsu eorinus eorisnu eorisun eoriusn eoriuns eorsinu
eorsiun eorsniu eorsnui eorsuni eorsuin eoruisn eoruins eorusin eorusni eorunsi eorunis
eosnriu eosnrui eosniru eosniur eosnuir eosnuri eosrniu eosrnui eosrinu eosriun eosruin
eosruni eosirnu eosirun eosinru eosinur eosiunr eosiurn eosurin eosurni eosuirn eosuinr
eosunir eosunri eounrsi eounris eounsri eounsir eounisr eounirs eournsi eournis eoursni
eoursin eourisn eourins eousrni eousrin eousnri eousnir eousinr eousirn eouirsn eouirns
eouisrn eouisnr eouinsr eouinrs esinoru esinour esinrou esinruo esinuro esinuor esionru
esionur esiornu esiorun esiourn esiounr esironu esiroun esirnou esirnuo esiruno esiruon
esiuorn esiuonr esiuron esiurno esiunro esiunor esnioru esniour esnirou esniruo esniuro
esniuor esnoiru esnoiur esnoriu esnorui esnouri esnouir esnroiu esnroui esnriou esnriuo
esnruio esnruoi esnuori esnuoir esnuroi esnurio esnuiro esnuior esoniru esoniur esonriu
esonrui esonuri esonuir esoinru esoinur esoirnu esoirun esoiurn esoiunr esorinu esoriun
esorniu esornui esoruni esoruin esouirn esouinr esourin esourni esounri esounir esrnoiu
esrnoui esrniou esrniuo esrnuio esrnuoi esroniu esronui esroinu esroiun esrouin esrouni
esrionu esrioun esrinou esrinuo esriuno esriuon esruoin esruoni esruion esruino esrunio
esrunoi esunori esunoir esunroi esunrio esuniro esunior esuonri esuonir esuorni esuorin
esuoirn esuoinr esuroni esuroin esurnoi esurnio esurino esurion esuiorn esuionr esuiron
esuirno esuinro esuinor euinosr euinors euinsor euinsro euinrso euinros euionsr euionrs
euiosnr euiosrn euiorsn euiorns euisonr euisorn euisnor euisnro euisrno euisron euirosn
euirons euirson euirsno euirnso euirnos euniosr euniors eunisor eunisro eunirso euniros
eunoisr eunoirs eunosir eunosri eunorsi eunoris eunsoir eunsori eunsior eunsiro eunsrio
eunsroi eunrosi eunrois eunrsoi eunrsio eunriso eunrios euonisr euonirs euonsir euonsri
euonrsi euonris euoinsr euoinrs euoisnr euoisrn euoirsn euoirns euosinr euosirn euosnir
euosnri euosrni euosrin euorisn euorins euorsin euorsni euornsi euornis eusnoir eusnori
eusnior eusniro eusnrio eusnroi eusonir eusonri eusoinr eusoirn eusorin eusorni eusionr
eusiorn eusinor eusinro eusirno eusiron eusroin eusroni eusrion eusrino eusrnio eusrnoi
eurnosi eurnois eurnsoi eurnsio eurniso eurnios euronsi euronis eurosni eurosin euroisn
euroins eursoni eursoin eursnoi eursnio eursino eursion euriosn eurions eurison eurisno
eurinso eurinos

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History of cryptography
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