easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

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crinkliest

hibernicus

axborough

viverriform

conveners


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: westtown
cipher variations:
xftuupxo yguvvqyp zhvwwrzq aiwxxsar bjxyytbs
ckyzzuct dlzaavdu emabbwev fnbccxfw gocddygx
hpdeezhy iqeffaiz jrfggbja ksghhckb lthiidlc
muijjemd nvjkkfne owkllgof pxlmmhpg qymnniqh
rznoojri saoppksj tbpqqltk ucqrrmul vdrssnvm

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: westtown
Cipher: dvhggldm

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: westtown
Cipher: BABAA AABAA BAAAB BAABA BAABA ABBAB BABAA ABBAA

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: westtown
cipher variations:
xftuupxopndggrpohvnssthozdxeevzorlhqqxrojtrcczjotjlaadtolrvmmflo
dzfyyhdovhpkkjvonpzwwlnofxjiinfoyguvvqypqoehhsqpiwottuipaeyffwap
smirryspkusddakpukmbbeupmswnngmpeagzziepwiqllkwpoqaxxmopgykjjogp
zhvwwrzqrpfiitrqjxpuuvjqbfzggxbqtnjssztqlvteeblqvlnccfvqntxoohnq
fbhaajfqxjrmmlxqprbyynpqhzlkkphqaiwxxsarsqgjjusrkyqvvwkrcgahhycr
uokttaurmwuffcmrwmoddgwrouyppiorgcibbkgryksnnmyrqsczzoqriamllqir
bjxyytbstrhkkvtslzrwwxlsdhbiizdsvpluubvsnxvggdnsxnpeehxspvzqqjps
hdjcclhszltoonzsrtdaaprsjbnmmrjsckyzzuctusillwutmasxxymteicjjaet
wqmvvcwtoywhheotyoqffiytqwarrkqtiekddmitamuppoatsuebbqstkconnskt
dlzaavduvtjmmxvunbtyyznufjdkkbfuxrnwwdxupzxiifpuzprggjzurxbsslru
jfleenjubnvqqpbutvfccrtuldpootluemabbwevwuknnywvocuzzaovgkellcgv
ysoxxeyvqayjjgqvaqshhkavsycttmsvkgmffokvcowrrqcvuwgddsuvmeqppumv
fnbccxfwxvloozxwpdvaabpwhlfmmdhwztpyyfzwrbzkkhrwbrtiilbwtzduuntw
lhnggplwdpxssrdwvxheetvwnfrqqvnwgocddygxywmppayxqewbbcqximgnneix
auqzzgaxscallisxcsujjmcxuaevvouxmiohhqmxeqyttsexwyiffuwxogsrrwox
hpdeezhyzxnqqbzyrfxccdryjnhoofjybvraahbytdbmmjtydtvkkndyvbfwwpvy
njpiirnyfrzuutfyxzjggvxyphtssxpyiqeffaizayorrcazsgyddeszkoippgkz
cwsbbiczuecnnkuzeuwlloezwcgxxqwzokqjjsozgsavvugzyakhhwyzqiuttyqz
jrfggbjabzpssdbathzeeftalpjqqhladxtccjdavfdoolvafvxmmpfaxdhyyrxa
plrkktpahtbwwvhazbliixzarjvuuzraksghhckbcaqttecbuiaffgubmqkrrimb
eyuddkebwgeppmwbgwynnqgbyeizzsybqmslluqbiucxxwibacmjjyabskwvvasb
lthiidlcdbruufdcvjbgghvcnrlssjncfzveelfcxhfqqnxchxzoorhczfjaatzc
rntmmvrcjvdyyxjcbdnkkzbctlxwwbtcmuijjemdecsvvgedwkchhiwdosmttkod
gawffmgdyigrroydiyappsidagkbbuadsounnwsdkwezzykdceollacdumyxxcud
nvjkkfnefdtwwhfexldiijxeptnuulpehbxggnhezjhsspzejzbqqtjebhlccvbe
tpvooxtelxfaazledfpmmbdevnzyydveowkllgofgeuxxigfymejjkyfquovvmqf
icyhhoifakittqafkacrrukfcimddwcfuqwppyufmygbbamfegqnncefwoazzewf
pxlmmhpghfvyyjhgznfkklzgrvpwwnrgjdziipjgbljuurbglbdssvlgdjneexdg
vrxqqzvgnzhccbngfhroodfgxpbaafxgqymnniqhigwzzkihaogllmahswqxxosh
keajjqkhcmkvvschmcettwmhekoffyehwsyrrawhoaiddcohgisppeghyqcbbgyh
rznoojrijhxaaljibphmmnbitxryyptilfbkkrlidnlwwtdindfuuxniflpggzfi
xtzssbxipbjeedpihjtqqfhizrdcchzisaoppksjkiybbmkjcqinnocjuyszzquj
mgcllsmjeomxxuejoegvvyojgmqhhagjyuattcyjqckffeqjikurrgijaseddiaj
tbpqqltkljzccnlkdrjoopdkvztaarvknhdmmtnkfpnyyvfkpfhwwzpkhnriibhk
zvbuudzkrdlggfrkjlvsshjkbtfeejbkucqrrmulmkaddomleskppqelwaubbswl
oiennuolgqozzwglqgixxaqliosjjcilawcvvealsemhhgslkmwttiklcugffkcl
vdrssnvmnlbeepnmftlqqrfmxbvcctxmpjfoovpmhrpaaxhmrhjyybrmjptkkdjm
bxdwwfbmtfniihtmlnxuujlmdvhggldmwesttownomcffqongumrrsgnycwdduyn
qkgppwqnisqbbyinsikzzcsnkqullekncyexxgcnugojjiunmoyvvkmnewihhmen

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,

Read more ...

 

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: westtown
Cipher: jrfggbja

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: westtown
Cipher: 2551344444432533

Extended Methods:
Method #1

Plaintext: westtown
method variations:
bkxyytbsgpcddygxmuhiidmcrznooirh

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
w e s t t o w n 
2 5 3 4 4 4 2 3 
5 1 4 4 4 3 5 3 
They are then read out in rows:
2534442351444353
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: westtown
Cipher: wstmetop

Read more ...
Method #3

Plaintext: westtown
method variations:
zlttthph lttthphz ttthphzl
tthphzlt thphzltt hphzlttt
phzlttth hzlttthp

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: westtown

first 5040 cipher variations(40320 total)
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wsotewnt wsotenwt wsotentw wsotwetn wsotwent wsotwten wsotwtne wsotwnte wsotwnet wsotnewt wsotnetw
wsotnwet wsotnwte wsotntwe wsotntew wsottewn wsottenw wsottwen wsottwne wsottnwe wsottnew wsotetwn
wsotetnw wsotewtn wsotewnt wsotenwt wsotentw wsotwetn wsotwent wsotwten wsotwtne wsotwnte wsotwnet
wsotnewt wsotnetw wsotnwet wsotnwte wsotntwe wsotntew wsoettwn wsoettnw wsoetwtn wsoetwnt wsoetnwt
wsoetntw wsoettwn wsoettnw wsoetwtn wsoetwnt wsoetnwt wsoetntw wsoewttn wsoewtnt wsoewttn wsoewtnt
wsoewntt wsoewntt wsoentwt wsoenttw wsoenwtt wsoenwtt wsoentwt wsoenttw wsowtetn wsowtent wsowtten
wsowttne wsowtnte wsowtnet wsowettn wsowetnt wsowettn wsowetnt wsowentt wsowentt wsowtetn wsowtent
wsowtten wsowttne wsowtnte wsowtnet wsownett wsownett wsowntet wsowntte wsowntte wsowntet wsontewt
wsontetw wsontwet wsontwte wsonttwe wsonttew wsonetwt wsonettw wsonewtt wsonewtt wsonetwt wsonettw
wsonwett wsonwett wsonwtet wsonwtte wsonwtte wsonwtet wsontewt wsontetw wsontwet wsontwte wsonttwe
wsonttew wswttoen wswttone wswtteon wswtteno wswttneo wswttnoe wswtoten wswtotne wswtoetn wswtoent
wswtonet wswtonte wswteotn wswteont wswteton wswtetno wswtento wswtenot wswtnoet wswtnote wswtneot
wswtneto wswtnteo wswtntoe wswttoen wswttone wswtteon wswtteno wswttneo wswttnoe wswtoten wswtotne
wswtoetn wswtoent wswtonet wswtonte wswteotn wswteont wswteton wswtetno wswtento wswtenot wswtnoet
wswtnote wswtneot wswtneto wswtnteo wswtntoe wswotten wswottne wswotetn wswotent wswotnet wswotnte
wswotten wswottne wswotetn wswotent wswotnet wswotnte wswoettn wswoetnt wswoettn wswoetnt wswoentt
wswoentt wswontet wswontte wswonett wswonett wswontet wswontte wswetotn wswetont wswetton wswettno
wswetnto wswetnot wsweottn wsweotnt wsweottn wsweotnt wsweontt wsweontt wswetotn wswetont wswetton
wswettno wswetnto wswetnot wswenott wswenott wswentot wswentto wswentto wswentot wswntoet wswntote
wswnteot wswnteto wswntteo wswnttoe wswnotet wswnotte wswnoett wswnoett wswnotet wswnotte wswneott
wswneott wswnetot wswnetto wswnetto wswnetot wswntoet wswntote wswnteot wswnteto wswntteo wswnttoe
wsnttowe wsnttoew wsnttwoe wsnttweo wsnttewo wsntteow wsntotwe wsntotew wsntowte wsntowet wsntoewt
wsntoetw wsntwote wsntwoet wsntwtoe wsntwteo wsntweto wsntweot wsnteowt wsnteotw wsntewot wsntewto
wsntetwo wsntetow wsnttowe wsnttoew wsnttwoe wsnttweo wsnttewo wsntteow wsntotwe wsntotew wsntowte
wsntowet wsntoewt wsntoetw wsntwote wsntwoet wsntwtoe wsntwteo wsntweto wsntweot wsnteowt wsnteotw
wsntewot wsntewto wsntetwo wsntetow wsnottwe wsnottew wsnotwte wsnotwet wsnotewt wsnotetw wsnottwe
wsnottew wsnotwte wsnotwet wsnotewt wsnotetw wsnowtte wsnowtet wsnowtte wsnowtet wsnowett wsnowett
wsnoetwt wsnoettw wsnoewtt wsnoewtt wsnoetwt wsnoettw wsnwtote wsnwtoet wsnwttoe wsnwtteo wsnwteto
wsnwteot wsnwotte wsnwotet wsnwotte wsnwotet wsnwoett wsnwoett wsnwtote wsnwtoet wsnwttoe wsnwtteo
wsnwteto wsnwteot wsnweott wsnweott wsnwetot wsnwetto wsnwetto wsnwetot wsnetowt wsnetotw wsnetwot
wsnetwto wsnettwo wsnettow wsneotwt wsneottw wsneowtt wsneowtt wsneotwt wsneottw wsnewott wsnewott
wsnewtot wsnewtto wsnewtto wsnewtot wsnetowt wsnetotw wsnetwot wsnetwto wsnettwo wsnettow wtsetown
wtsetonw wtsetwon wtsetwno wtsetnwo wtsetnow wtseotwn wtseotnw wtseowtn wtseownt wtseonwt wtseontw
wtsewotn wtsewont wtsewton wtsewtno wtsewnto wtsewnot wtsenowt wtsenotw wtsenwot wtsenwto wtsentwo
wtsentow wtsteown wtsteonw wtstewon wtstewno wtstenwo wtstenow wtstoewn wtstoenw wtstowen wtstowne
wtstonwe wtstonew wtstwoen wtstwone wtstweon wtstweno wtstwneo wtstwnoe wtstnowe wtstnoew wtstnwoe
wtstnweo wtstnewo wtstneow wtsotewn wtsotenw wtsotwen wtsotwne wtsotnwe wtsotnew wtsoetwn wtsoetnw
wtsoewtn wtsoewnt wtsoenwt wtsoentw wtsowetn wtsowent wtsowten wtsowtne wtsownte wtsownet wtsonewt
wtsonetw wtsonwet wtsonwte wtsontwe wtsontew wtswtoen wtswtone wtswteon wtswteno wtswtneo wtswtnoe
wtswoten wtswotne wtswoetn wtswoent wtswonet wtswonte wtsweotn wtsweont wtsweton wtswetno wtswento
wtswenot wtswnoet wtswnote wtswneot wtswneto wtswnteo wtswntoe wtsntowe wtsntoew wtsntwoe wtsntweo
wtsntewo wtsnteow wtsnotwe wtsnotew wtsnowte wtsnowet wtsnoewt wtsnoetw wtsnwote wtsnwoet wtsnwtoe
wtsnwteo wtsnweto wtsnweot wtsneowt wtsneotw wtsnewot wtsnewto wtsnetwo wtsnetow wtestown wtestonw
wtestwon wtestwno wtestnwo wtestnow wtesotwn wtesotnw wtesowtn wtesownt wtesonwt wtesontw wteswotn
wteswont wteswton wteswtno wteswnto wteswnot wtesnowt wtesnotw wtesnwot wtesnwto wtesntwo wtesntow
wtetsown wtetsonw wtetswon wtetswno wtetsnwo wtetsnow wtetoswn wtetosnw wtetowsn wtetowns wtetonws
wtetonsw wtetwosn wtetwons wtetwson wtetwsno wtetwnso wtetwnos wtetnows wtetnosw wtetnwos wtetnwso
wtetnswo wtetnsow wteotswn wteotsnw wteotwsn wteotwns wteotnws wteotnsw wteostwn wteostnw wteoswtn
wteoswnt wteosnwt wteosntw wteowstn wteowsnt wteowtsn wteowtns wteownts wteownst wteonswt wteonstw
wteonwst wteonwts wteontws wteontsw wtewtosn wtewtons wtewtson wtewtsno wtewtnso wtewtnos wtewotsn
wtewotns wtewostn wtewosnt wtewonst wtewonts wtewsotn wtewsont wtewston wtewstno wtewsnto wtewsnot
wtewnost wtewnots wtewnsot wtewnsto wtewntso wtewntos wtentows wtentosw wtentwos wtentwso wtentswo
wtentsow wtenotws wtenotsw wtenowts wtenowst wtenoswt wtenostw wtenwots wtenwost wtenwtos wtenwtso
wtenwsto wtenwsot wtensowt wtensotw wtenswot wtenswto wtenstwo wtenstow wttesown wttesonw wtteswon
wtteswno wttesnwo wttesnow wtteoswn wtteosnw wtteowsn wtteowns wtteonws wtteonsw wttewosn wttewons
wttewson wttewsno wttewnso wttewnos wttenows wttenosw wttenwos wttenwso wttenswo wttensow wttseown
wttseonw wttsewon wttsewno wttsenwo wttsenow wttsoewn wttsoenw wttsowen wttsowne wttsonwe wttsonew
wttswoen wttswone wttsweon wttsweno wttswneo wttswnoe wttsnowe wttsnoew wttsnwoe wttsnweo wttsnewo
wttsneow wttosewn wttosenw wttoswen wttoswne wttosnwe wttosnew wttoeswn wttoesnw wttoewsn wttoewns
wttoenws wttoensw wttowesn wttowens wttowsen wttowsne wttownse wttownes wttonews wttonesw wttonwes
wttonwse wttonswe wttonsew wttwsoen wttwsone wttwseon wttwseno wttwsneo wttwsnoe wttwosen wttwosne
wttwoesn wttwoens wttwones wttwonse wttweosn wttweons wttweson wttwesno wttwenso wttwenos wttwnoes
wttwnose wttwneos wttwneso wttwnseo wttwnsoe wttnsowe wttnsoew wttnswoe wttnsweo wttnsewo wttnseow
wttnoswe wttnosew wttnowse wttnowes wttnoews wttnoesw wttnwose wttnwoes wttnwsoe wttnwseo wttnweso
wttnweos wttneows wttneosw wttnewos wttnewso wttneswo wttnesow wtoetswn wtoetsnw wtoetwsn wtoetwns
wtoetnws wtoetnsw wtoestwn wtoestnw wtoeswtn wtoeswnt wtoesnwt wtoesntw wtoewstn wtoewsnt wtoewtsn
wtoewtns wtoewnts wtoewnst wtoenswt wtoenstw wtoenwst wtoenwts wtoentws wtoentsw wtoteswn wtotesnw
wtotewsn wtotewns wtotenws wtotensw wtotsewn wtotsenw wtotswen wtotswne wtotsnwe wtotsnew wtotwsen
wtotwsne wtotwesn wtotwens wtotwnes wtotwnse wtotnswe wtotnsew wtotnwse wtotnwes wtotnews wtotnesw
wtostewn wtostenw wtostwen wtostwne wtostnwe wtostnew wtosetwn wtosetnw wtosewtn wtosewnt wtosenwt
wtosentw wtoswetn wtoswent wtoswten wtoswtne wtoswnte wtoswnet wtosnewt wtosnetw wtosnwet wtosnwte
wtosntwe wtosntew wtowtsen wtowtsne wtowtesn wtowtens wtowtnes wtowtnse wtowsten wtowstne wtowsetn
wtowsent wtowsnet wtowsnte wtowestn wtowesnt wtowetsn wtowetns wtowents wtowenst wtownset wtownste
wtownest wtownets wtowntes wtowntse wtontswe wtontsew wtontwse wtontwes wtontews wtontesw wtonstwe
wtonstew wtonswte wtonswet wtonsewt wtonsetw wtonwste wtonwset wtonwtse wtonwtes wtonwets wtonwest
wtoneswt wtonestw wtonewst wtonewts wtonetws wtonetsw wtwetosn wtwetons wtwetson wtwetsno wtwetnso
wtwetnos wtweotsn wtweotns wtweostn wtweosnt wtweonst wtweonts wtwesotn wtwesont wtweston wtwestno
wtwesnto wtwesnot wtwenost wtwenots wtwensot wtwensto wtwentso wtwentos wtwteosn wtwteons wtwteson
wtwtesno wtwtenso wtwtenos wtwtoesn wtwtoens wtwtosen wtwtosne wtwtonse wtwtones wtwtsoen wtwtsone
wtwtseon wtwtseno wtwtsneo wtwtsnoe wtwtnose wtwtnoes wtwtnsoe wtwtnseo wtwtneso wtwtneos wtwotesn
wtwotens wtwotsen wtwotsne wtwotnse wtwotnes wtwoetsn wtwoetns wtwoestn wtwoesnt wtwoenst wtwoents
wtwosetn wtwosent wtwosten wtwostne wtwosnte wtwosnet wtwonest wtwonets wtwonset wtwonste wtwontse
wtwontes wtwstoen wtwstone wtwsteon wtwsteno wtwstneo wtwstnoe wtwsoten wtwsotne wtwsoetn wtwsoent
wtwsonet wtwsonte wtwseotn wtwseont wtwseton wtwsetno wtwsento wtwsenot wtwsnoet wtwsnote wtwsneot
wtwsneto wtwsnteo wtwsntoe wtwntose wtwntoes wtwntsoe wtwntseo wtwnteso wtwnteos wtwnotse wtwnotes
wtwnoste wtwnoset wtwnoest wtwnoets wtwnsote wtwnsoet wtwnstoe wtwnsteo wtwnseto wtwnseot wtwneost
wtwneots wtwnesot wtwnesto wtwnetso wtwnetos wtnetows wtnetosw wtnetwos wtnetwso wtnetswo wtnetsow
wtneotws wtneotsw wtneowts wtneowst wtneoswt wtneostw wtnewots wtnewost wtnewtos wtnewtso wtnewsto
wtnewsot wtnesowt wtnesotw wtneswot wtneswto wtnestwo wtnestow wtnteows wtnteosw wtntewos wtntewso
wtnteswo wtntesow wtntoews wtntoesw wtntowes wtntowse wtntoswe wtntosew wtntwoes wtntwose wtntweos
wtntweso wtntwseo wtntwsoe wtntsowe wtntsoew wtntswoe wtntsweo wtntsewo wtntseow wtnotews wtnotesw
wtnotwes wtnotwse wtnotswe wtnotsew wtnoetws wtnoetsw wtnoewts wtnoewst wtnoeswt wtnoestw wtnowets
wtnowest wtnowtes wtnowtse wtnowste wtnowset wtnosewt wtnosetw wtnoswet wtnoswte wtnostwe wtnostew
wtnwtoes wtnwtose wtnwteos wtnwteso wtnwtseo wtnwtsoe wtnwotes wtnwotse wtnwoets wtnwoest wtnwoset
wtnwoste wtnweots wtnweost wtnwetos wtnwetso wtnwesto wtnwesot wtnwsoet wtnwsote wtnwseot wtnwseto
wtnwsteo wtnwstoe wtnstowe wtnstoew wtnstwoe wtnstweo wtnstewo wtnsteow wtnsotwe wtnsotew wtnsowte
wtnsowet wtnsoewt wtnsoetw wtnswote wtnswoet wtnswtoe wtnswteo wtnsweto wtnsweot wtnseowt wtnseotw
wtnsewot wtnsewto wtnsetwo wtnsetow wtsteown wtsteonw wtstewon wtstewno wtstenwo wtstenow wtstoewn
wtstoenw wtstowen wtstowne wtstonwe wtstonew wtstwoen wtstwone wtstweon wtstweno wtstwneo wtstwnoe
wtstnowe wtstnoew wtstnwoe wtstnweo wtstnewo wtstneow wtsetown wtsetonw wtsetwon wtsetwno wtsetnwo
wtsetnow wtseotwn wtseotnw wtseowtn wtseownt wtseonwt wtseontw wtsewotn wtsewont wtsewton wtsewtno
wtsewnto wtsewnot wtsenowt wtsenotw wtsenwot wtsenwto wtsentwo wtsentow wtsoetwn wtsoetnw wtsoewtn
wtsoewnt wtsoenwt wtsoentw wtsotewn wtsotenw wtsotwen wtsotwne wtsotnwe wtsotnew wtsowten wtsowtne
wtsowetn wtsowent wtsownet wtsownte wtsontwe wtsontew wtsonwte wtsonwet wtsonewt wtsonetw wtsweotn
wtsweont wtsweton wtswetno wtswento wtswenot wtswoetn wtswoent wtswoten wtswotne wtswonte wtswonet
wtswtoen wtswtone wtswteon wtswteno wtswtneo wtswtnoe wtswnote wtswnoet wtswntoe wtswnteo wtswneto
wtswneot wtsneowt wtsneotw wtsnewot wtsnewto wtsnetwo wtsnetow wtsnoewt wtsnoetw wtsnowet wtsnowte
wtsnotwe wtsnotew wtsnwoet wtsnwote wtsnweot wtsnweto wtsnwteo wtsnwtoe wtsntowe wtsntoew wtsntwoe
wtsntweo wtsntewo wtsnteow wttseown wttseonw wttsewon wttsewno wttsenwo wttsenow wttsoewn wttsoenw
wttsowen wttsowne wttsonwe wttsonew wttswoen wttswone wttsweon wttsweno wttswneo wttswnoe wttsnowe
wttsnoew wttsnwoe wttsnweo wttsnewo wttsneow wttesown wttesonw wtteswon wtteswno wttesnwo wttesnow
wtteoswn wtteosnw wtteowsn wtteowns wtteonws wtteonsw wttewosn wttewons wttewson wttewsno wttewnso
wttewnos wttenows wttenosw wttenwos wttenwso wttenswo wttensow wttoeswn wttoesnw wttoewsn wttoewns
wttoenws wttoensw wttosewn wttosenw wttoswen wttoswne wttosnwe wttosnew wttowsen wttowsne wttowesn
wttowens wttownes wttownse wttonswe wttonsew wttonwse wttonwes wttonews wttonesw wttweosn wttweons
wttweson wttwesno wttwenso wttwenos wttwoesn wttwoens wttwosen wttwosne wttwonse wttwones wttwsoen
wttwsone wttwseon wttwseno wttwsneo wttwsnoe wttwnose wttwnoes wttwnsoe wttwnseo wttwneso wttwneos
wttneows wttneosw wttnewos wttnewso wttneswo wttnesow wttnoews wttnoesw wttnowes wttnowse wttnoswe
wttnosew wttnwoes wttnwose wttnweos wttnweso wttnwseo wttnwsoe wttnsowe wttnsoew wttnswoe wttnsweo
wttnsewo wttnseow wtetsown wtetsonw wtetswon wtetswno wtetsnwo wtetsnow wtetoswn wtetosnw wtetowsn
wtetowns wtetonws wtetonsw wtetwosn wtetwons wtetwson wtetwsno wtetwnso wtetwnos wtetnows wtetnosw
wtetnwos wtetnwso wtetnswo wtetnsow wtestown wtestonw wtestwon wtestwno wtestnwo wtestnow wtesotwn
wtesotnw wtesowtn wtesownt wtesonwt wtesontw wteswotn wteswont wteswton wteswtno wteswnto wteswnot
wtesnowt wtesnotw wtesnwot wtesnwto wtesntwo wtesntow wteostwn wteostnw wteoswtn wteoswnt wteosnwt
wteosntw wteotswn wteotsnw wteotwsn wteotwns wteotnws wteotnsw wteowtsn wteowtns wteowstn wteowsnt
wteownst wteownts wteontws wteontsw wteonwts wteonwst wteonswt wteonstw wtewsotn wtewsont wtewston
wtewstno wtewsnto wtewsnot wtewostn wtewosnt wtewotsn wtewotns wtewonts wtewonst wtewtosn wtewtons
wtewtson wtewtsno wtewtnso wtewtnos wtewnots wtewnost wtewntos wtewntso wtewnsto wtewnsot wtensowt
wtensotw wtenswot wtenswto wtenstwo wtenstow wtenoswt wtenostw wtenowst wtenowts wtenotws wtenotsw
wtenwost wtenwots wtenwsot wtenwsto wtenwtso wtenwtos wtentows wtentosw wtentwos wtentwso wtentswo
wtentsow wtoteswn wtotesnw wtotewsn wtotewns wtotenws wtotensw wtotsewn wtotsenw wtotswen wtotswne
wtotsnwe wtotsnew wtotwsen wtotwsne wtotwesn wtotwens wtotwnes wtotwnse wtotnswe wtotnsew wtotnwse
wtotnwes wtotnews wtotnesw wtoetswn wtoetsnw wtoetwsn wtoetwns wtoetnws wtoetnsw wtoestwn wtoestnw
wtoeswtn wtoeswnt wtoesnwt wtoesntw wtoewstn wtoewsnt wtoewtsn wtoewtns wtoewnts wtoewnst wtoenswt
wtoenstw wtoenwst wtoenwts wtoentws wtoentsw wtosetwn wtosetnw wtosewtn wtosewnt wtosenwt wtosentw
wtostewn wtostenw wtostwen wtostwne wtostnwe wtostnew wtoswten wtoswtne wtoswetn wtoswent wtoswnet
wtoswnte wtosntwe wtosntew wtosnwte wtosnwet wtosnewt wtosnetw wtowestn wtowesnt wtowetsn wtowetns
wtowents wtowenst wtowsetn wtowsent wtowsten wtowstne wtowsnte wtowsnet wtowtsen wtowtsne wtowtesn
wtowtens wtowtnes wtowtnse wtownste wtownset wtowntse wtowntes wtownets wtownest wtoneswt wtonestw
wtonewst wtonewts wtonetws wtonetsw wtonsewt wtonsetw wtonswet wtonswte wtonstwe wtonstew wtonwset
wtonwste wtonwest wtonwets wtonwtes wtonwtse wtontswe wtontsew wtontwse wtontwes wtontews wtontesw
wtwteosn wtwteons wtwteson wtwtesno wtwtenso wtwtenos wtwtoesn wtwtoens wtwtosen wtwtosne wtwtonse
wtwtones wtwtsoen wtwtsone wtwtseon wtwtseno wtwtsneo wtwtsnoe wtwtnose wtwtnoes wtwtnsoe wtwtnseo
wtwtneso wtwtneos wtwetosn wtwetons wtwetson wtwetsno wtwetnso wtwetnos wtweotsn wtweotns wtweostn
wtweosnt wtweonst wtweonts wtwesotn wtwesont wtweston wtwestno wtwesnto wtwesnot wtwenost wtwenots
wtwensot wtwensto wtwentso wtwentos wtwoetsn wtwoetns wtwoestn wtwoesnt wtwoenst wtwoents wtwotesn
wtwotens wtwotsen wtwotsne wtwotnse wtwotnes wtwosten wtwostne wtwosetn wtwosent wtwosnet wtwosnte
wtwontse wtwontes wtwonste wtwonset wtwonest wtwonets wtwseotn wtwseont wtwseton wtwsetno wtwsento
wtwsenot wtwsoetn wtwsoent wtwsoten wtwsotne wtwsonte wtwsonet wtwstoen wtwstone wtwsteon wtwsteno
wtwstneo wtwstnoe wtwsnote wtwsnoet wtwsntoe wtwsnteo wtwsneto wtwsneot wtwneost wtwneots wtwnesot
wtwnesto wtwnetso wtwnetos wtwnoest wtwnoets wtwnoset wtwnoste wtwnotse wtwnotes wtwnsoet wtwnsote
wtwnseot wtwnseto wtwnsteo wtwnstoe wtwntose wtwntoes wtwntsoe wtwntseo wtwnteso wtwnteos wtnteows
wtnteosw wtntewos wtntewso wtnteswo wtntesow wtntoews wtntoesw wtntowes wtntowse wtntoswe wtntosew
wtntwoes wtntwose wtntweos wtntweso wtntwseo wtntwsoe wtntsowe wtntsoew wtntswoe wtntsweo wtntsewo
wtntseow wtnetows wtnetosw wtnetwos wtnetwso wtnetswo wtnetsow wtneotws wtneotsw wtneowts wtneowst
wtneoswt wtneostw wtnewots wtnewost wtnewtos wtnewtso wtnewsto wtnewsot wtnesowt wtnesotw wtneswot
wtneswto wtnestwo wtnestow wtnoetws wtnoetsw wtnoewts wtnoewst wtnoeswt wtnoestw wtnotews wtnotesw
wtnotwes wtnotwse wtnotswe wtnotsew wtnowtes wtnowtse wtnowets wtnowest wtnowset wtnowste wtnostwe
wtnostew wtnoswte wtnoswet wtnosewt wtnosetw wtnweots wtnweost wtnwetos wtnwetso wtnwesto wtnwesot
wtnwoets wtnwoest wtnwotes wtnwotse wtnwoste wtnwoset wtnwtoes wtnwtose wtnwteos wtnwteso wtnwtseo
wtnwtsoe wtnwsote wtnwsoet wtnwstoe wtnwsteo wtnwseto wtnwseot wtnseowt wtnseotw wtnsewot wtnsewto
wtnsetwo wtnsetow wtnsoewt wtnsoetw wtnsowet wtnsowte wtnsotwe wtnsotew wtnswoet wtnswote wtnsweot
wtnsweto wtnswteo wtnswtoe wtnstowe wtnstoew wtnstwoe wtnstweo wtnstewo wtnsteow wosttewn wosttenw
wosttwen wosttwne wosttnwe wosttnew wostetwn wostetnw wostewtn wostewnt wostenwt wostentw wostwetn
wostwent wostwten wostwtne wostwnte wostwnet wostnewt wostnetw wostnwet wostnwte wostntwe wostntew
wosttewn wosttenw wosttwen wosttwne wosttnwe wosttnew wostetwn wostetnw wostewtn wostewnt wostenwt
wostentw wostwetn wostwent wostwten wostwtne wostwnte wostwnet wostnewt wostnetw wostnwet wostnwte
wostntwe wostntew wosettwn wosettnw wosetwtn wosetwnt wosetnwt wosetntw wosettwn wosettnw wosetwtn
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wotntews wotntesw wotntwes wotntwse wotntswe wotntsew woettswn woettsnw woettwsn woettwns woettnws
woettnsw woetstwn woetstnw woetswtn woetswnt woetsnwt woetsntw woetwstn woetwsnt woetwtsn woetwtns
woetwnts woetwnst woetnswt woetnstw woetnwst woetnwts woetntws woetntsw woettswn woettsnw woettwsn
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woesnttw woewtstn woewtsnt woewttsn woewttns woewtnts woewtnst woewsttn woewstnt woewsttn woewstnt
woewsntt woewsntt woewtstn woewtsnt woewttsn woewttns woewtnts woewtnst woewnstt woewnstt woewntst
woewntts woewntts woewntst woentswt woentstw woentwst woentwts woenttws woenttsw woenstwt woensttw
woenswtt woenswtt woenstwt woensttw woenwstt woenwstt woenwtst woenwtts woenwtts woenwtst woentswt
woentstw woentwst woentwts woenttws woenttsw wowttesn wowttens wowttsen wowttsne wowttnse wowttnes
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wowstetn wowstent wowstten wowsttne wowstnte wowstnet wowsettn wowsetnt wowsettn wowsetnt wowsentt
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wontetsw wontewts wontewst wonteswt wontestw wontwets wontwest wontwtes wontwtse wontwste wontwset
wontsewt wontsetw wontswet wontswte wontstwe wontstew wonttews wonttesw wonttwes wonttwse wonttswe
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wontwste wontwset wontsewt wontsetw wontswet wontswte wontstwe wontstew wonettws wonettsw wonetwts
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wonsetwt wonsettw wonswett wonswett wonswtet wonswtte wonswtte wonswtet wonstewt wonstetw wonstwet
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wwstoetn wwstoent wwstonet wwstonte wwsteotn wwsteont wwsteton wwstetno wwstento wwstenot wwstnoet
wwstnote wwstneot wwstneto wwstnteo wwstntoe wwsttoen wwsttone wwstteon wwstteno wwsttneo wwsttnoe
wwstoten wwstotne wwstoetn wwstoent wwstonet wwstonte wwsteotn wwsteont wwsteton wwstetno wwstento
wwstenot wwstnoet wwstnote wwstneot wwstneto wwstnteo wwstntoe wwsotten wwsottne wwsotetn wwsotent
wwsotnet wwsotnte wwsotten wwsottne wwsotetn wwsotent wwsotnet wwsotnte wwsoettn wwsoetnt wwsoettn
wwsoetnt wwsoentt wwsoentt wwsontet wwsontte wwsonett wwsonett wwsontet wwsontte wwsetotn wwsetont
wwsetton wwsettno wwsetnto wwsetnot wwseottn wwseotnt wwseottn wwseotnt wwseontt wwseontt wwsetotn
wwsetont wwsetton wwsettno wwsetnto wwsetnot wwsenott wwsenott wwsentot wwsentto wwsentto wwsentot
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wwsnotte wwsneott wwsneott wwsnetot wwsnetto wwsnetto wwsnetot wwsntoet wwsntote wwsnteot wwsnteto
wwsntteo wwsnttoe wwtstoen wwtstone wwtsteon wwtsteno wwtstneo wwtstnoe wwtsoten wwtsotne wwtsoetn
wwtsoent wwtsonet wwtsonte wwtseotn wwtseont wwtseton wwtsetno wwtsento wwtsenot wwtsnoet wwtsnote
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wwttosne wwttoesn wwttoens wwttones wwttonse wwtteosn wwtteons wwtteson wwttesno wwttenso wwttenos
wwttnoes wwttnose wwttneos wwttneso wwttnseo wwttnsoe wwtotsen wwtotsne wwtotesn wwtotens wwtotnes
wwtotnse wwtosten wwtostne wwtosetn wwtosent wwtosnet wwtosnte wwtoestn wwtoesnt wwtoetsn wwtoetns
wwtoents wwtoenst wwtonset wwtonste wwtonest wwtonets wwtontes wwtontse wwtetosn wwtetons wwtetson
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wwteston wwtestno wwtesnto wwtesnot wwtenost wwtenots wwtensot wwtensto wwtentso wwtentos wwtntoes
wwtntose wwtnteos wwtnteso wwtntseo wwtntsoe wwtnotes wwtnotse wwtnoets wwtnoest wwtnoset wwtnoste
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wwtnstoe wwttsoen wwttsone wwttseon wwttseno wwttsneo wwttsnoe wwttosen wwttosne wwttoesn wwttoens
wwttones wwttonse wwtteosn wwtteons wwtteson wwttesno wwttenso wwttenos wwttnoes wwttnose wwttneos
wwttneso wwttnseo wwttnsoe wwtstoen wwtstone wwtsteon wwtsteno wwtstneo wwtstnoe wwtsoten wwtsotne
wwtsoetn wwtsoent wwtsonet wwtsonte wwtseotn wwtseont wwtseton wwtsetno wwtsento wwtsenot wwtsnoet
wwtsnote wwtsneot wwtsneto wwtsnteo wwtsntoe wwtosten wwtostne wwtosetn wwtosent wwtosnet wwtosnte
wwtotsen wwtotsne wwtotesn wwtotens wwtotnes wwtotnse wwtoetsn wwtoetns wwtoestn wwtoesnt wwtoenst
wwtoents wwtontes wwtontse wwtonets wwtonest wwtonset wwtonste wwtesotn wwtesont wwteston wwtestno
wwtesnto wwtesnot wwteostn wwteosnt wwteotsn wwteotns wwteonts wwteonst wwtetosn wwtetons wwtetson
wwtetsno wwtetnso wwtetnos wwtenots wwtenost wwtentos wwtentso wwtensto wwtensot wwtnsoet wwtnsote
wwtnseot wwtnseto wwtnsteo wwtnstoe wwtnoset wwtnoste wwtnoest wwtnoets wwtnotes wwtnotse wwtneost
wwtneots wwtnesot wwtnesto wwtnetso wwtnetos wwtntoes wwtntose wwtnteos wwtnteso wwtntseo wwtntsoe
wwottsen wwottsne wwottesn wwottens wwottnes wwottnse wwotsten wwotstne wwotsetn wwotsent wwotsnet
wwotsnte wwotestn wwotesnt wwotetsn wwotetns wwotents wwotenst wwotnset wwotnste wwotnest wwotnets
wwotntes wwotntse wwottsen wwottsne wwottesn wwottens wwottnes wwottnse wwotsten wwotstne wwotsetn
wwotsent wwotsnet wwotsnte wwotestn wwotesnt wwotetsn wwotetns wwotents wwotenst wwotnset wwotnste
wwotnest wwotnets wwotntes wwotntse wwostten wwosttne wwostetn wwostent wwostnet wwostnte wwostten
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wwosntet wwosntte wwosnett wwosnett wwosntet wwosntte wwoetstn wwoetsnt wwoettsn wwoettns wwoetnts
wwoetnst wwoesttn wwoestnt wwoesttn wwoestnt wwoesntt wwoesntt wwoetstn wwoetsnt wwoettsn wwoettns
wwoetnts wwoetnst wwoenstt wwoenstt wwoentst wwoentts wwoentts wwoentst wwontset wwontste wwontest
wwontets wwonttes wwonttse wwonstet wwonstte wwonsett wwonsett wwonstet wwonstte wwonestt wwonestt
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wwettons wwettson wwettsno wwettnso wwettnos wwetotsn wwetotns wwetostn wwetosnt wwetonst wwetonts
wwetsotn wwetsont wwetston wwetstno wwetsnto wwetsnot wwetnost wwetnots wwetnsot wwetnsto wwetntso
wwetntos wwettosn wwettons wwettson wwettsno wwettnso wwettnos wwetotsn wwetotns wwetostn wwetosnt
wwetonst wwetonts wwetsotn wwetsont wwetston wwetstno wwetsnto wwetsnot wwetnost wwetnots wwetnsot
wwetnsto wwetntso wwetntos wweottsn wweottns wweotstn wweotsnt wweotnst wweotnts wweottsn wweottns
wweotstn wweotsnt wweotnst wweotnts wweosttn wweostnt wweosttn wweostnt wweosntt wweosntt wweontst
wweontts wweonstt wweonstt wweontst wweontts wwestotn wwestont wwestton wwesttno wwestnto wwestnot
wwesottn wwesotnt wwesottn wwesotnt wwesontt wwesontt wwestotn wwestont wwestton wwesttno wwestnto
wwestnot wwesnott wwesnott wwesntot wwesntto wwesntto wwesntot wwentost wwentots wwentsot wwentsto
wwenttso wwenttos wwenotst wwenotts wwenostt wwenostt wwenotst wwenotts wwensott wwensott wwenstot
wwenstto wwenstto wwenstot wwentost wwentots wwentsot wwentsto wwenttso wwenttos wwnttoes wwnttose
wwntteos wwntteso wwnttseo wwnttsoe wwntotes wwntotse wwntoets wwntoest wwntoset wwntoste wwnteots
wwnteost wwntetos wwntetso wwntesto wwntesot wwntsoet wwntsote wwntseot wwntseto wwntsteo wwntstoe
wwnttoes wwnttose wwntteos wwntteso wwnttseo wwnttsoe wwntotes wwntotse wwntoets wwntoest wwntoset
wwntoste wwnteots wwnteost wwntetos wwntetso wwntesto wwntesot wwntsoet wwntsote wwntseot wwntseto
wwntsteo wwntstoe wwnottes wwnottse wwnotets wwnotest wwnotset wwnotste wwnottes wwnottse wwnotets
wwnotest wwnotset wwnotste wwnoetts wwnoetst wwnoetts wwnoetst wwnoestt wwnoestt wwnostet wwnostte
wwnosett wwnosett wwnostet wwnostte wwnetots wwnetost wwnettos wwnettso wwnetsto wwnetsot wwneotts
wwneotst wwneotts wwneotst wwneostt wwneostt wwnetots wwnetost wwnettos wwnettso wwnetsto wwnetsot
wwnesott wwnesott wwnestot wwnestto wwnestto wwnestot wwnstoet wwnstote wwnsteot wwnsteto wwnstteo
wwnsttoe wwnsotet wwnsotte wwnsoett wwnsoett wwnsotet wwnsotte wwnseott wwnseott wwnsetot wwnsetto
wwnsetto wwnsetot wwnstoet wwnstote wwnsteot wwnsteto wwnstteo wwnsttoe wnsttowe wnsttoew wnsttwoe
wnsttweo wnsttewo wnstteow wnstotwe wnstotew wnstowte wnstowet wnstoewt wnstoetw wnstwote wnstwoet
wnstwtoe wnstwteo wnstweto wnstweot wnsteowt wnsteotw wnstewot wnstewto wnstetwo wnstetow wnsttowe
wnsttoew wnsttwoe wnsttweo wnsttewo wnstteow wnstotwe wnstotew wnstowte wnstowet wnstoewt wnstoetw
wnstwote wnstwoet wnstwtoe wnstwteo wnstweto wnstweot wnsteowt wnsteotw wnstewot wnstewto wnstetwo
wnstetow wnsottwe wnsottew wnsotwte wnsotwet wnsotewt wnsotetw wnsottwe wnsottew wnsotwte wnsotwet
wnsotewt wnsotetw wnsowtte wnsowtet wnsowtte wnsowtet wnsowett wnsowett wnsoetwt wnsoettw wnsoewtt
wnsoewtt wnsoetwt wnsoettw wnswtote wnswtoet wnswttoe wnswtteo wnswteto wnswteot wnswotte wnswotet
wnswotte wnswotet wnswoett wnswoett wnswtote wnswtoet wnswttoe wnswtteo wnswteto wnswteot wnsweott
wnsweott wnswetot wnswetto wnswetto wnswetot wnsetowt wnsetotw wnsetwot wnsetwto wnsettwo wnsettow
wnseotwt wnseottw wnseowtt wnseowtt wnseotwt wnseottw wnsewott wnsewott wnsewtot wnsewtto wnsewtto
wnsewtot wnsetowt wnsetotw wnsetwot wnsetwto wnsettwo wnsettow wntstowe wntstoew wntstwoe wntstweo
wntstewo wntsteow wntsotwe wntsotew wntsowte wntsowet wntsoewt wntsoetw wntswote wntswoet wntswtoe
wntswteo wntsweto wntsweot wntseowt wntseotw wntsewot wntsewto wntsetwo wntsetow wnttsowe wnttsoew
wnttswoe wnttsweo wnttsewo wnttseow wnttoswe wnttosew wnttowse wnttowes wnttoews wnttoesw wnttwose
wnttwoes wnttwsoe wnttwseo wnttweso wnttweos wntteows wntteosw wnttewos wnttewso wntteswo wnttesow
wntotswe wntotsew wntotwse wntotwes wntotews wntotesw wntostwe wntostew wntoswte wntoswet wntosewt
wntosetw wntowste wntowset wntowtse wntowtes wntowets wntowest wntoeswt wntoestw wntoewst wntoewts
wntoetws wntoetsw wntwtose wntwtoes wntwtsoe wntwtseo wntwteso wntwteos wntwotse wntwotes wntwoste
wntwoset wntwoest wntwoets wntwsote wntwsoet wntwstoe wntwsteo wntwseto wntwseot wntweost wntweots
wntwesot wntwesto wntwetso wntwetos wntetows wntetosw wntetwos wntetwso wntetswo wntetsow wnteotws
wnteotsw wnteowts wnteowst wnteoswt wnteostw wntewots wntewost wntewtos wntewtso wntewsto wntewsot
wntesowt wntesotw wnteswot wnteswto wntestwo wntestow wnttsowe wnttsoew wnttswoe wnttsweo wnttsewo
wnttseow wnttoswe wnttosew wnttowse wnttowes wnttoews wnttoesw wnttwose wnttwoes wnttwsoe wnttwseo
wnttweso wnttweos wntteows wntteosw wnttewos wnttewso wntteswo wnttesow wntstowe wntstoew wntstwoe
wntstweo wntstewo wntsteow wntsotwe wntsotew wntsowte wntsowet wntsoewt wntsoetw wntswote wntswoet
wntswtoe wntswteo wntsweto wntsweot wntseowt wntseotw wntsewot wntsewto wntsetwo wntsetow wntostwe
wntostew wntoswte wntoswet wntosewt wntosetw wntotswe wntotsew wntotwse wntotwes wntotews wntotesw
wntowtse wntowtes wntowste wntowset wntowest wntowets wntoetws wntoetsw wntoewts wntoewst wntoeswt
wntoestw wntwsote wntwsoet wntwstoe wntwsteo wntwseto wntwseot wntwoste wntwoset wntwotse wntwotes
wntwoets wntwoest wntwtose wntwtoes wntwtsoe wntwtseo wntwteso wntwteos wntweots wntweost wntwetos
wntwetso wntwesto wntwesot wntesowt wntesotw wnteswot wnteswto wntestwo wntestow wnteoswt wnteostw
wnteowst wnteowts wnteotws wnteotsw wntewost wntewots wntewsot wntewsto wntewtso wntewtos wntetows
wntetosw wntetwos wntetwso wntetswo wntetsow wnottswe wnottsew wnottwse wnottwes wnottews wnottesw
wnotstwe wnotstew wnotswte wnotswet wnotsewt wnotsetw wnotwste wnotwset wnotwtse wnotwtes wnotwets
wnotwest wnoteswt wnotestw wnotewst wnotewts wnotetws wnotetsw wnottswe wnottsew wnottwse wnottwes
wnottews wnottesw wnotstwe wnotstew wnotswte wnotswet wnotsewt wnotsetw wnotwste wnotwset wnotwtse
wnotwtes wnotwets wnotwest wnoteswt wnotestw wnotewst wnotewts wnotetws wnotetsw wnosttwe wnosttew
wnostwte wnostwet wnostewt wnostetw wnosttwe wnosttew wnostwte wnostwet wnostewt wnostetw wnoswtte
wnoswtet wnoswtte wnoswtet wnoswett wnoswett wnosetwt wnosettw wnosewtt wnosewtt wnosetwt wnosettw
wnowtste wnowtset wnowttse wnowttes wnowtets wnowtest wnowstte wnowstet wnowstte wnowstet wnowsett
wnowsett wnowtste wnowtset wnowttse wnowttes wnowtets wnowtest wnowestt wnowestt wnowetst wnowetts
wnowetts wnowetst wnoetswt wnoetstw wnoetwst wnoetwts wnoettws wnoettsw wnoestwt wnoesttw wnoeswtt
wnoeswtt wnoestwt wnoesttw wnoewstt wnoewstt wnoewtst wnoewtts wnoewtts wnoewtst wnoetswt wnoetstw
wnoetwst wnoetwts wnoettws wnoettsw wnwttose wnwttoes wnwttsoe wnwttseo wnwtteso wnwtteos wnwtotse
wnwtotes wnwtoste wnwtoset wnwtoest wnwtoets wnwtsote wnwtsoet wnwtstoe wnwtsteo wnwtseto wnwtseot
wnwteost wnwteots wnwtesot wnwtesto wnwtetso wnwtetos wnwttose wnwttoes wnwttsoe wnwttseo wnwtteso
wnwtteos wnwtotse wnwtotes wnwtoste wnwtoset wnwtoest wnwtoets wnwtsote wnwtsoet wnwtstoe wnwtsteo
wnwtseto wnwtseot wnwteost wnwteots wnwtesot wnwtesto wnwtetso wnwtetos wnwottse wnwottes wnwotste
wnwotset wnwotest wnwotets wnwottse wnwottes wnwotste wnwotset wnwotest wnwotets wnwostte wnwostet
wnwostte wnwostet wnwosett wnwosett wnwoetst wnwoetts wnwoestt wnwoestt wnwoetst wnwoetts wnwstote
wnwstoet wnwsttoe wnwstteo wnwsteto wnwsteot wnwsotte wnwsotet wnwsotte wnwsotet wnwsoett wnwsoett
wnwstote wnwstoet wnwsttoe wnwstteo wnwsteto wnwsteot wnwseott wnwseott wnwsetot wnwsetto wnwsetto
wnwsetot wnwetost wnwetots wnwetsot wnwetsto wnwettso wnwettos wnweotst wnweotts wnweostt wnweostt
wnweotst wnweotts wnwesott wnwesott wnwestot wnwestto wnwestto wnwestot wnwetost wnwetots wnwetsot
wnwetsto wnwettso wnwettos wnettows wnettosw wnettwos wnettwso wnettswo wnettsow wnetotws wnetotsw
wnetowts wnetowst wnetoswt wnetostw wnetwots wnetwost wnetwtos wnetwtso wnetwsto wnetwsot wnetsowt
wnetsotw wnetswot wnetswto wnetstwo wnetstow wnettows wnettosw wnettwos wnettwso wnettswo wnettsow
wnetotws wnetotsw wnetowts wnetowst wnetoswt wnetostw wnetwots wnetwost wnetwtos wnetwtso wnetwsto
wnetwsot wnetsowt wnetsotw wnetswot wnetswto wnetstwo wnetstow wneottws wneottsw wneotwts wneotwst
wneotswt wneotstw wneottws wneottsw wneotwts wneotwst wneotswt wneotstw wneowtts wneowtst wneowtts
wneowtst wneowstt wneowstt wneostwt wneosttw wneoswtt wneoswtt wneostwt wneosttw wnewtots wnewtost
wnewttos wnewttso wnewtsto wnewtsot wnewotts wnewotst wnewotts wnewotst wnewostt wnewostt wnewtots
wnewtost wnewttos wnewttso wnewtsto wnewtsot wnewsott wnewsott wnewstot wnewstto wnewstto wnewstot
wnestowt wnestotw wnestwot wnestwto wnesttwo wnesttow wnesotwt wnesottw wnesowtt wnesowtt wnesotwt
wnesottw wneswott wneswott wneswtot wneswtto wneswtto wneswtot wnestowt wnestotw wnestwot wnestwto
wnesttwo wnesttow

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History of cryptography
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