easy ciphers

Easy Ciphers Tools:
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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: housley
cipher variations:
ipvtmfz jqwunga krxvohb lsywpic mtzxqjd
nuayrke ovbzslf pwcatmg qxdbunh ryecvoi
szfdwpj tagexqk ubhfyrl vcigzsm wdjhatn
xekibuo yfljcvp zgmkdwq ahnlexr biomfys
cjpngzt dkqohau elrpibv fmsqjcw gntrkdx

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: housley
Cipher: slfhovb

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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: housley

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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: housley
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: housley
Cipher: ubhfyrl

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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: housley
Cipher: 32435434135145

Extended Methods:
Method #1

Plaintext: housley
method variations:

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

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Method #3

Plaintext: housley
method variations:
rxodxqp xodxqpr odxqprx
dxqprxo xqprxod qprxodx

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: housley

all 5040 cipher variations:
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uhoelys uhoesly uhoesyl uhoeysl uhoeyls uhoyles uhoylse uhoyels uhoyesl uhoysel uhoysle
uhsoley uhsolye uhsoely uhsoeyl uhsoyel uhsoyle uhsloey uhsloye uhsleoy uhsleyo uhslyeo
uhslyoe uhseloy uhselyo uhseoly uhseoyl uhseyol uhseylo uhsyleo uhsyloe uhsyelo uhsyeol
uhsyoel uhsyole uhlsoey uhlsoye uhlseoy uhlseyo uhlsyeo uhlsyoe uhlosey uhlosye uhloesy
uhloeys uhloyes uhloyse uhleosy uhleoys uhlesoy uhlesyo uhleyso uhleyos uhlyoes uhlyose
uhlyeos uhlyeso uhlyseo uhlysoe uhesloy uheslyo uhesoly uhesoyl uhesyol uhesylo uhelsoy
uhelsyo uhelosy uheloys uhelyos uhelyso uheolsy uheolys uheosly uheosyl uheoysl uheoyls
uheylos uheylso uheyols uheyosl uheysol uheyslo uhysleo uhysloe uhyselo uhyseol uhysoel
uhysole uhylseo uhylsoe uhyleso uhyleos uhyloes uhylose uhyelso uhyelos uhyeslo uhyesol
uhyeosl uhyeols uhyoles uhyolse uhyoels uhyoesl uhyosel uhyosle usholey usholye ushoely
ushoeyl ushoyel ushoyle ushloey ushloye ushleoy ushleyo ushlyeo ushlyoe usheloy ushelyo
usheoly usheoyl usheyol usheylo ushyleo ushyloe ushyelo ushyeol ushyoel ushyole usohley
usohlye usohely usoheyl usohyel usohyle usolhey usolhye usolehy usoleyh usolyeh usolyhe
usoelhy usoelyh usoehly usoehyl usoeyhl usoeylh usoyleh usoylhe usoyelh usoyehl usoyhel
usoyhle uslohey uslohye usloehy usloeyh usloyeh usloyhe uslhoey uslhoye uslheoy uslheyo
uslhyeo uslhyoe uslehoy uslehyo usleohy usleoyh usleyoh usleyho uslyheo uslyhoe uslyeho
uslyeoh uslyoeh uslyohe useolhy useolyh useohly useohyl useoyhl useoylh uselohy useloyh
uselhoy uselhyo uselyho uselyoh usehloy usehlyo useholy usehoyl usehyol usehylo useylho
useyloh useyhlo useyhol useyohl useyolh usyoleh usyolhe usyoelh usyoehl usyohel usyohle
usyloeh usylohe usyleoh usyleho usylheo usylhoe usyeloh usyelho usyeolh usyeohl usyehol
usyehlo usyhleo usyhloe usyhelo usyheol usyhoel usyhole ulhsoey ulhsoye ulhseoy ulhseyo
ulhsyeo ulhsyoe ulhosey ulhosye ulhoesy ulhoeys ulhoyes ulhoyse ulheosy ulheoys ulhesoy
ulhesyo ulheyso ulheyos ulhyoes ulhyose ulhyeos ulhyeso ulhyseo ulhysoe ulshoey ulshoye
ulsheoy ulsheyo ulshyeo ulshyoe ulsohey ulsohye ulsoehy ulsoeyh ulsoyeh ulsoyhe ulseohy
ulseoyh ulsehoy ulsehyo ulseyho ulseyoh ulsyoeh ulsyohe ulsyeoh ulsyeho ulsyheo ulsyhoe
uloshey uloshye ulosehy uloseyh ulosyeh ulosyhe ulohsey ulohsye ulohesy uloheys ulohyes
ulohyse uloehsy uloehys uloeshy uloesyh uloeysh uloeyhs uloyhes uloyhse uloyehs uloyesh
uloyseh uloyshe ulesohy ulesoyh uleshoy uleshyo ulesyho ulesyoh uleoshy uleosyh uleohsy
uleohys uleoyhs uleoysh ulehosy ulehoys ulehsoy ulehsyo ulehyso ulehyos uleyohs uleyosh
uleyhos uleyhso uleysho uleysoh ulysoeh ulysohe ulyseoh ulyseho ulysheo ulyshoe ulyoseh
ulyoshe ulyoesh ulyoehs ulyohes ulyohse ulyeosh ulyeohs ulyesoh ulyesho ulyehso ulyehos
ulyhoes ulyhose ulyheos ulyheso ulyhseo ulyhsoe uehsloy uehslyo uehsoly uehsoyl uehsyol
uehsylo uehlsoy uehlsyo uehlosy uehloys uehlyos uehlyso ueholsy ueholys uehosly uehosyl
uehoysl uehoyls uehylos uehylso uehyols uehyosl uehysol uehyslo ueshloy ueshlyo uesholy
ueshoyl ueshyol ueshylo ueslhoy ueslhyo ueslohy uesloyh ueslyoh ueslyho uesolhy uesolyh
uesohly uesohyl uesoyhl uesoylh uesyloh uesylho uesyolh uesyohl uesyhol uesyhlo uelshoy
uelshyo uelsohy uelsoyh uelsyoh uelsyho uelhsoy uelhsyo uelhosy uelhoys uelhyos uelhyso
uelohsy uelohys ueloshy uelosyh ueloysh ueloyhs uelyhos uelyhso uelyohs uelyosh uelysoh
uelysho ueoslhy ueoslyh ueoshly ueoshyl ueosyhl ueosylh ueolshy ueolsyh ueolhsy ueolhys
ueolyhs ueolysh ueohlsy ueohlys ueohsly ueohsyl ueohysl ueohyls ueoylhs ueoylsh ueoyhls
ueoyhsl ueoyshl ueoyslh ueysloh ueyslho ueysolh ueysohl ueyshol ueyshlo ueylsoh ueylsho
ueylosh ueylohs ueylhos ueylhso ueyolsh ueyolhs ueyoslh ueyoshl ueyohsl ueyohls ueyhlos
ueyhlso ueyhols ueyhosl ueyhsol ueyhslo uyhsleo uyhsloe uyhselo uyhseol uyhsoel uyhsole
uyhlseo uyhlsoe uyhleso uyhleos uyhloes uyhlose uyhelso uyhelos uyheslo uyhesol uyheosl
uyheols uyholes uyholse uyhoels uyhoesl uyhosel uyhosle uyshleo uyshloe uyshelo uysheol
uyshoel uyshole uyslheo uyslhoe uysleho uysleoh uysloeh uyslohe uyselho uyseloh uysehlo
uysehol uyseohl uyseolh uysoleh uysolhe uysoelh uysoehl uysohel uysohle uylsheo uylshoe
uylseho uylseoh uylsoeh uylsohe uylhseo uylhsoe uylheso uylheos uylhoes uylhose uylehso
uylehos uylesho uylesoh uyleosh uyleohs uylohes uylohse uyloehs uyloesh uyloseh uyloshe
uyeslho uyesloh uyeshlo uyeshol uyesohl uyesolh uyelsho uyelsoh uyelhso uyelhos uyelohs
uyelosh uyehlso uyehlos uyehslo uyehsol uyehosl uyehols uyeolhs uyeolsh uyeohls uyeohsl
uyeoshl uyeoslh uyosleh uyoslhe uyoselh uyosehl uyoshel uyoshle uyolseh uyolshe uyolesh
uyolehs uyolhes uyolhse uyoelsh uyoelhs uyoeslh uyoeshl uyoehsl uyoehls uyohles uyohlse
uyohels uyohesl uyohsel uyohsle souhley souhlye souhely souheyl souhyel souhyle soulhey
soulhye soulehy souleyh soulyeh soulyhe souelhy souelyh souehly souehyl soueyhl soueylh
souyleh souylhe souyelh souyehl souyhel souyhle sohuley sohulye sohuely sohueyl sohuyel
sohuyle sohluey sohluye sohleuy sohleyu sohlyeu sohlyue soheluy sohelyu soheuly soheuyl
soheyul soheylu sohyleu sohylue sohyelu sohyeul sohyuel sohyule solhuey solhuye solheuy
solheyu solhyeu solhyue soluhey soluhye soluehy solueyh soluyeh soluyhe soleuhy soleuyh
solehuy solehyu soleyhu soleyuh solyueh solyuhe solyeuh solyehu solyheu solyhue soehluy
soehlyu soehuly soehuyl soehyul soehylu soelhuy soelhyu soeluhy soeluyh soelyuh soelyhu
soeulhy soeulyh soeuhly soeuhyl soeuyhl soeuylh soeyluh soeylhu soeyulh soeyuhl soeyhul
soeyhlu soyhleu soyhlue soyhelu soyheul soyhuel soyhule soylheu soylhue soylehu soyleuh
soylueh soyluhe soyelhu soyeluh soyehlu soyehul soyeuhl soyeulh soyuleh soyulhe soyuelh
soyuehl soyuhel soyuhle suohley suohlye suohely suoheyl suohyel suohyle suolhey suolhye
suolehy suoleyh suolyeh suolyhe suoelhy suoelyh suoehly suoehyl suoeyhl suoeylh suoyleh
suoylhe suoyelh suoyehl suoyhel suoyhle suholey suholye suhoely suhoeyl suhoyel suhoyle
suhloey suhloye suhleoy suhleyo suhlyeo suhlyoe suheloy suhelyo suheoly suheoyl suheyol
suheylo suhyleo suhyloe suhyelo suhyeol suhyoel suhyole sulhoey sulhoye sulheoy sulheyo
sulhyeo sulhyoe sulohey sulohye suloehy suloeyh suloyeh suloyhe suleohy suleoyh sulehoy
sulehyo suleyho suleyoh sulyoeh sulyohe sulyeoh sulyeho sulyheo sulyhoe suehloy suehlyo
sueholy suehoyl suehyol suehylo suelhoy suelhyo suelohy sueloyh suelyoh suelyho sueolhy
sueolyh sueohly sueohyl sueoyhl sueoylh sueyloh sueylho sueyolh sueyohl sueyhol sueyhlo
suyhleo suyhloe suyhelo suyheol suyhoel suyhole suylheo suylhoe suyleho suyleoh suyloeh
suylohe suyelho suyeloh suyehlo suyehol suyeohl suyeolh suyoleh suyolhe suyoelh suyoehl
suyohel suyohle shuoley shuolye shuoely shuoeyl shuoyel shuoyle shuloey shuloye shuleoy
shuleyo shulyeo shulyoe shueloy shuelyo shueoly shueoyl shueyol shueylo shuyleo shuyloe
shuyelo shuyeol shuyoel shuyole shouley shoulye shouely shoueyl shouyel shouyle sholuey
sholuye sholeuy sholeyu sholyeu sholyue shoeluy shoelyu shoeuly shoeuyl shoeyul shoeylu
shoyleu shoylue shoyelu shoyeul shoyuel shoyule shlouey shlouye shloeuy shloeyu shloyeu
shloyue shluoey shluoye shlueoy shlueyo shluyeo shluyoe shleuoy shleuyo shleouy shleoyu
shleyou shleyuo shlyueo shlyuoe shlyeuo shlyeou shlyoeu shlyoue sheoluy sheolyu sheouly
sheouyl sheoyul sheoylu shelouy sheloyu sheluoy sheluyo shelyuo shelyou sheuloy sheulyo
sheuoly sheuoyl sheuyol sheuylo sheyluo sheylou sheyulo sheyuol sheyoul sheyolu shyoleu
shyolue shyoelu shyoeul shyouel shyoule shyloeu shyloue shyleou shyleuo shylueo shyluoe
shyelou shyeluo shyeolu shyeoul shyeuol shyeulo shyuleo shyuloe shyuelo shyueol shyuoel
shyuole sluhoey sluhoye sluheoy sluheyo sluhyeo sluhyoe sluohey sluohye sluoehy sluoeyh
sluoyeh sluoyhe slueohy slueoyh sluehoy sluehyo slueyho slueyoh sluyoeh sluyohe sluyeoh
sluyeho sluyheo sluyhoe slhuoey slhuoye slhueoy slhueyo slhuyeo slhuyoe slhouey slhouye
slhoeuy slhoeyu slhoyeu slhoyue slheouy slheoyu slheuoy slheuyo slheyuo slheyou slhyoeu
slhyoue slhyeou slhyeuo slhyueo slhyuoe slohuey slohuye sloheuy sloheyu slohyeu slohyue
slouhey slouhye slouehy sloueyh slouyeh slouyhe sloeuhy sloeuyh sloehuy sloehyu sloeyhu
sloeyuh sloyueh sloyuhe sloyeuh sloyehu sloyheu sloyhue slehouy slehoyu slehuoy slehuyo
slehyuo slehyou sleohuy sleohyu sleouhy sleouyh sleoyuh sleoyhu sleuohy sleuoyh sleuhoy
sleuhyo sleuyho sleuyoh sleyouh sleyohu sleyuoh sleyuho sleyhuo sleyhou slyhoeu slyhoue
slyheou slyheuo slyhueo slyhuoe slyoheu slyohue slyoehu slyoeuh slyoueh slyouhe slyeohu
slyeouh slyehou slyehuo slyeuho slyeuoh slyuoeh slyuohe slyueoh slyueho slyuheo slyuhoe
seuhloy seuhlyo seuholy seuhoyl seuhyol seuhylo seulhoy seulhyo seulohy seuloyh seulyoh
seulyho seuolhy seuolyh seuohly seuohyl seuoyhl seuoylh seuyloh seuylho seuyolh seuyohl
seuyhol seuyhlo sehuloy sehulyo sehuoly sehuoyl sehuyol sehuylo sehluoy sehluyo sehlouy
sehloyu sehlyou sehlyuo seholuy seholyu sehouly sehouyl sehoyul sehoylu sehylou sehyluo
sehyolu sehyoul sehyuol sehyulo selhuoy selhuyo selhouy selhoyu selhyou selhyuo seluhoy
seluhyo seluohy seluoyh seluyoh seluyho selouhy selouyh selohuy selohyu seloyhu seloyuh
selyuoh selyuho selyouh selyohu selyhou selyhuo seohluy seohlyu seohuly seohuyl seohyul
seohylu seolhuy seolhyu seoluhy seoluyh seolyuh seolyhu seoulhy seoulyh seouhly seouhyl
seouyhl seouylh seoyluh seoylhu seoyulh seoyuhl seoyhul seoyhlu seyhlou seyhluo seyholu
seyhoul seyhuol seyhulo seylhou seylhuo seylohu seylouh seyluoh seyluho seyolhu seyoluh
seyohlu seyohul seyouhl seyoulh seyuloh seyulho seyuolh seyuohl seyuhol seyuhlo syuhleo
syuhloe syuhelo syuheol syuhoel syuhole syulheo syulhoe syuleho syuleoh syuloeh syulohe
syuelho syueloh syuehlo syuehol syueohl syueolh syuoleh syuolhe syuoelh syuoehl syuohel
syuohle syhuleo syhuloe syhuelo syhueol syhuoel syhuole syhlueo syhluoe syhleuo syhleou
syhloeu syhloue syheluo syhelou syheulo syheuol syheoul syheolu syholeu syholue syhoelu
syhoeul syhouel syhoule sylhueo sylhuoe sylheuo sylheou sylhoeu sylhoue syluheo syluhoe
sylueho sylueoh syluoeh syluohe syleuho syleuoh sylehuo sylehou syleohu syleouh syloueh
sylouhe syloeuh syloehu syloheu sylohue syehluo syehlou syehulo syehuol syehoul syeholu
syelhuo syelhou syeluho syeluoh syelouh syelohu syeulho syeuloh syeuhlo syeuhol syeuohl
syeuolh syeoluh syeolhu syeoulh syeouhl syeohul syeohlu syohleu syohlue syohelu syoheul
syohuel syohule syolheu syolhue syolehu syoleuh syolueh syoluhe syoelhu syoeluh syoehlu
syoehul syoeuhl syoeulh syouleh syoulhe syouelh syouehl syouhel syouhle loushey loushye
lousehy louseyh lousyeh lousyhe louhsey louhsye louhesy louheys louhyes louhyse louehsy
louehys loueshy louesyh loueysh loueyhs louyhes louyhse louyehs louyesh louyseh louyshe
losuhey losuhye losuehy losueyh losuyeh losuyhe loshuey loshuye losheuy losheyu loshyeu
loshyue losehuy losehyu loseuhy loseuyh loseyuh loseyhu losyheu losyhue losyehu losyeuh
losyueh losyuhe lohsuey lohsuye lohseuy lohseyu lohsyeu lohsyue lohusey lohusye lohuesy
lohueys lohuyes lohuyse loheusy loheuys lohesuy lohesyu loheysu loheyus lohyues lohyuse
lohyeus lohyesu lohyseu lohysue loeshuy loeshyu loesuhy loesuyh loesyuh loesyhu loehsuy
loehsyu loehusy loehuys loehyus loehysu loeuhsy loeuhys loeushy loeusyh loeuysh loeuyhs
loeyhus loeyhsu loeyuhs loeyush loeysuh loeyshu loysheu loyshue loysehu loyseuh loysueh
loysuhe loyhseu loyhsue loyhesu loyheus loyhues loyhuse loyehsu loyehus loyeshu loyesuh
loyeush loyeuhs loyuhes loyuhse loyuehs loyuesh loyuseh loyushe luoshey luoshye luosehy
luoseyh luosyeh luosyhe luohsey luohsye luohesy luoheys luohyes luohyse luoehsy luoehys
luoeshy luoesyh luoeysh luoeyhs luoyhes luoyhse luoyehs luoyesh luoyseh luoyshe lusohey
lusohye lusoehy lusoeyh lusoyeh lusoyhe lushoey lushoye lusheoy lusheyo lushyeo lushyoe
lusehoy lusehyo luseohy luseoyh luseyoh luseyho lusyheo lusyhoe lusyeho lusyeoh lusyoeh
lusyohe luhsoey luhsoye luhseoy luhseyo luhsyeo luhsyoe luhosey luhosye luhoesy luhoeys
luhoyes luhoyse luheosy luheoys luhesoy luhesyo luheyso luheyos luhyoes luhyose luhyeos
luhyeso luhyseo luhysoe lueshoy lueshyo luesohy luesoyh luesyoh luesyho luehsoy luehsyo
luehosy luehoys luehyos luehyso lueohsy lueohys lueoshy lueosyh lueoysh lueoyhs lueyhos
lueyhso lueyohs lueyosh lueysoh lueysho luysheo luyshoe luyseho luyseoh luysoeh luysohe
luyhseo luyhsoe luyheso luyheos luyhoes luyhose luyehso luyehos luyesho luyesoh luyeosh
luyeohs luyohes luyohse luyoehs luyoesh luyoseh luyoshe lsuohey lsuohye lsuoehy lsuoeyh
lsuoyeh lsuoyhe lsuhoey lsuhoye lsuheoy lsuheyo lsuhyeo lsuhyoe lsuehoy lsuehyo lsueohy
lsueoyh lsueyoh lsueyho lsuyheo lsuyhoe lsuyeho lsuyeoh lsuyoeh lsuyohe lsouhey lsouhye
lsouehy lsoueyh lsouyeh lsouyhe lsohuey lsohuye lsoheuy lsoheyu lsohyeu lsohyue lsoehuy
lsoehyu lsoeuhy lsoeuyh lsoeyuh lsoeyhu lsoyheu lsoyhue lsoyehu lsoyeuh lsoyueh lsoyuhe
lshouey lshouye lshoeuy lshoeyu lshoyeu lshoyue lshuoey lshuoye lshueoy lshueyo lshuyeo
lshuyoe lsheuoy lsheuyo lsheouy lsheoyu lsheyou lsheyuo lshyueo lshyuoe lshyeuo lshyeou
lshyoeu lshyoue lseohuy lseohyu lseouhy lseouyh lseoyuh lseoyhu lsehouy lsehoyu lsehuoy
lsehuyo lsehyuo lsehyou lseuhoy lseuhyo lseuohy lseuoyh lseuyoh lseuyho lseyhuo lseyhou
lseyuho lseyuoh lseyouh lseyohu lsyoheu lsyohue lsyoehu lsyoeuh lsyoueh lsyouhe lsyhoeu
lsyhoue lsyheou lsyheuo lsyhueo lsyhuoe lsyehou lsyehuo lsyeohu lsyeouh lsyeuoh lsyeuho
lsyuheo lsyuhoe lsyueho lsyueoh lsyuoeh lsyuohe lhusoey lhusoye lhuseoy lhuseyo lhusyeo
lhusyoe lhuosey lhuosye lhuoesy lhuoeys lhuoyes lhuoyse lhueosy lhueoys lhuesoy lhuesyo
lhueyso lhueyos lhuyoes lhuyose lhuyeos lhuyeso lhuyseo lhuysoe lhsuoey lhsuoye lhsueoy
lhsueyo lhsuyeo lhsuyoe lhsouey lhsouye lhsoeuy lhsoeyu lhsoyeu lhsoyue lhseouy lhseoyu
lhseuoy lhseuyo lhseyuo lhseyou lhsyoeu lhsyoue lhsyeou lhsyeuo lhsyueo lhsyuoe lhosuey
lhosuye lhoseuy lhoseyu lhosyeu lhosyue lhousey lhousye lhouesy lhoueys lhouyes lhouyse
lhoeusy lhoeuys lhoesuy lhoesyu lhoeysu lhoeyus lhoyues lhoyuse lhoyeus lhoyesu lhoyseu
lhoysue lhesouy lhesoyu lhesuoy lhesuyo lhesyuo lhesyou lheosuy lheosyu lheousy lheouys
lheoyus lheoysu lheuosy lheuoys lheusoy lheusyo lheuyso lheuyos lheyous lheyosu lheyuos
lheyuso lheysuo lheysou lhysoeu lhysoue lhyseou lhyseuo lhysueo lhysuoe lhyoseu lhyosue
lhyoesu lhyoeus lhyoues lhyouse lhyeosu lhyeous lhyesou lhyesuo lhyeuso lhyeuos lhyuoes
lhyuose lhyueos lhyueso lhyuseo lhyusoe leushoy leushyo leusohy leusoyh leusyoh leusyho
leuhsoy leuhsyo leuhosy leuhoys leuhyos leuhyso leuohsy leuohys leuoshy leuosyh leuoysh
leuoyhs leuyhos leuyhso leuyohs leuyosh leuysoh leuysho lesuhoy lesuhyo lesuohy lesuoyh
lesuyoh lesuyho leshuoy leshuyo leshouy leshoyu leshyou leshyuo lesohuy lesohyu lesouhy
lesouyh lesoyuh lesoyhu lesyhou lesyhuo lesyohu lesyouh lesyuoh lesyuho lehsuoy lehsuyo
lehsouy lehsoyu lehsyou lehsyuo lehusoy lehusyo lehuosy lehuoys lehuyos lehuyso lehousy
lehouys lehosuy lehosyu lehoysu lehoyus lehyuos lehyuso lehyous lehyosu lehysou lehysuo
leoshuy leoshyu leosuhy leosuyh leosyuh leosyhu leohsuy leohsyu leohusy leohuys leohyus
leohysu leouhsy leouhys leoushy leousyh leouysh leouyhs leoyhus leoyhsu leoyuhs leoyush
leoysuh leoyshu leyshou leyshuo leysohu leysouh leysuoh leysuho leyhsou leyhsuo leyhosu
leyhous leyhuos leyhuso leyohsu leyohus leyoshu leyosuh leyoush leyouhs leyuhos leyuhso
leyuohs leyuosh leyusoh leyusho lyusheo lyushoe lyuseho lyuseoh lyusoeh lyusohe lyuhseo
lyuhsoe lyuheso lyuheos lyuhoes lyuhose lyuehso lyuehos lyuesho lyuesoh lyueosh lyueohs
lyuohes lyuohse lyuoehs lyuoesh lyuoseh lyuoshe lysuheo lysuhoe lysueho lysueoh lysuoeh
lysuohe lyshueo lyshuoe lysheuo lysheou lyshoeu lyshoue lysehuo lysehou lyseuho lyseuoh
lyseouh lyseohu lysoheu lysohue lysoehu lysoeuh lysoueh lysouhe lyhsueo lyhsuoe lyhseuo
lyhseou lyhsoeu lyhsoue lyhuseo lyhusoe lyhueso lyhueos lyhuoes lyhuose lyheuso lyheuos
lyhesuo lyhesou lyheosu lyheous lyhoues lyhouse lyhoeus lyhoesu lyhoseu lyhosue lyeshuo
lyeshou lyesuho lyesuoh lyesouh lyesohu lyehsuo lyehsou lyehuso lyehuos lyehous lyehosu
lyeuhso lyeuhos lyeusho lyeusoh lyeuosh lyeuohs lyeohus lyeohsu lyeouhs lyeoush lyeosuh
lyeoshu lyosheu lyoshue lyosehu lyoseuh lyosueh lyosuhe lyohseu lyohsue lyohesu lyoheus
lyohues lyohuse lyoehsu lyoehus lyoeshu lyoesuh lyoeush lyoeuhs lyouhes lyouhse lyouehs
lyouesh lyouseh lyoushe eouslhy eouslyh eoushly eoushyl eousyhl eousylh eoulshy eoulsyh
eoulhsy eoulhys eoulyhs eoulysh eouhlsy eouhlys eouhsly eouhsyl eouhysl eouhyls eouylhs
eouylsh eouyhls eouyhsl eouyshl eouyslh eosulhy eosulyh eosuhly eosuhyl eosuyhl eosuylh
eosluhy eosluyh eoslhuy eoslhyu eoslyhu eoslyuh eoshluy eoshlyu eoshuly eoshuyl eoshyul
eoshylu eosylhu eosyluh eosyhlu eosyhul eosyuhl eosyulh eolsuhy eolsuyh eolshuy eolshyu
eolsyhu eolsyuh eolushy eolusyh eoluhsy eoluhys eoluyhs eoluysh eolhusy eolhuys eolhsuy
eolhsyu eolhysu eolhyus eolyuhs eolyush eolyhus eolyhsu eolyshu eolysuh eohsluy eohslyu
eohsuly eohsuyl eohsyul eohsylu eohlsuy eohlsyu eohlusy eohluys eohlyus eohlysu eohulsy
eohulys eohusly eohusyl eohuysl eohuyls eohylus eohylsu eohyuls eohyusl eohysul eohyslu
eoyslhu eoysluh eoyshlu eoyshul eoysuhl eoysulh eoylshu eoylsuh eoylhsu eoylhus eoyluhs
eoylush eoyhlsu eoyhlus eoyhslu eoyhsul eoyhusl eoyhuls eoyulhs eoyulsh eoyuhls eoyuhsl
eoyushl eoyuslh euoslhy euoslyh euoshly euoshyl euosyhl euosylh euolshy euolsyh euolhsy
euolhys euolyhs euolysh euohlsy euohlys euohsly euohsyl euohysl euohyls euoylhs euoylsh
euoyhls euoyhsl euoyshl euoyslh eusolhy eusolyh eusohly eusohyl eusoyhl eusoylh euslohy
eusloyh euslhoy euslhyo euslyho euslyoh eushloy eushlyo eusholy eushoyl eushyol eushylo
eusylho eusyloh eusyhlo eusyhol eusyohl eusyolh eulsohy eulsoyh eulshoy eulshyo eulsyho
eulsyoh euloshy eulosyh eulohsy eulohys euloyhs euloysh eulhosy eulhoys eulhsoy eulhsyo
eulhyso eulhyos eulyohs eulyosh eulyhos eulyhso eulysho eulysoh euhsloy euhslyo euhsoly
euhsoyl euhsyol euhsylo euhlsoy euhlsyo euhlosy euhloys euhlyos euhlyso euholsy euholys
euhosly euhosyl euhoysl euhoyls euhylos euhylso euhyols euhyosl euhysol euhyslo euyslho
euysloh euyshlo euyshol euysohl euysolh euylsho euylsoh euylhso euylhos euylohs euylosh
euyhlso euyhlos euyhslo euyhsol euyhosl euyhols euyolhs euyolsh euyohls euyohsl euyoshl
euyoslh esuolhy esuolyh esuohly esuohyl esuoyhl esuoylh esulohy esuloyh esulhoy esulhyo
esulyho esulyoh esuhloy esuhlyo esuholy esuhoyl esuhyol esuhylo esuylho esuyloh esuyhlo
esuyhol esuyohl esuyolh esoulhy esoulyh esouhly esouhyl esouyhl esouylh esoluhy esoluyh
esolhuy esolhyu esolyhu esolyuh esohluy esohlyu esohuly esohuyl esohyul esohylu esoylhu
esoyluh esoyhlu esoyhul esoyuhl esoyulh eslouhy eslouyh eslohuy eslohyu esloyhu esloyuh
esluohy esluoyh esluhoy esluhyo esluyho esluyoh eslhuoy eslhuyo eslhouy eslhoyu eslhyou
eslhyuo eslyuho eslyuoh eslyhuo eslyhou eslyohu eslyouh esholuy esholyu eshouly eshouyl
eshoyul eshoylu eshlouy eshloyu eshluoy eshluyo eshlyuo eshlyou eshuloy eshulyo eshuoly
eshuoyl eshuyol eshuylo eshyluo eshylou eshyulo eshyuol eshyoul eshyolu esyolhu esyoluh
esyohlu esyohul esyouhl esyoulh esylohu esylouh esylhou esylhuo esyluho esyluoh esyhlou
esyhluo esyholu esyhoul esyhuol esyhulo esyulho esyuloh esyuhlo esyuhol esyuohl esyuolh
elusohy elusoyh elushoy elushyo elusyho elusyoh eluoshy eluosyh eluohsy eluohys eluoyhs
eluoysh eluhosy eluhoys eluhsoy eluhsyo eluhyso eluhyos eluyohs eluyosh eluyhos eluyhso
eluysho eluysoh elsuohy elsuoyh elsuhoy elsuhyo elsuyho elsuyoh elsouhy elsouyh elsohuy
elsohyu elsoyhu elsoyuh elshouy elshoyu elshuoy elshuyo elshyuo elshyou elsyohu elsyouh
elsyhou elsyhuo elsyuho elsyuoh elosuhy elosuyh eloshuy eloshyu elosyhu elosyuh eloushy
elousyh elouhsy elouhys elouyhs elouysh elohusy elohuys elohsuy elohsyu elohysu elohyus
eloyuhs eloyush eloyhus eloyhsu eloyshu eloysuh elhsouy elhsoyu elhsuoy elhsuyo elhsyuo
elhsyou elhosuy elhosyu elhousy elhouys elhoyus elhoysu elhuosy elhuoys elhusoy elhusyo
elhuyso elhuyos elhyous elhyosu elhyuos elhyuso elhysuo elhysou elysohu elysouh elyshou
elyshuo elysuho elysuoh elyoshu elyosuh elyohsu elyohus elyouhs elyoush elyhosu elyhous
elyhsou elyhsuo elyhuso elyhuos elyuohs elyuosh elyuhos elyuhso elyusho elyusoh ehusloy
ehuslyo ehusoly ehusoyl ehusyol ehusylo ehulsoy ehulsyo ehulosy ehuloys ehulyos ehulyso
ehuolsy ehuolys ehuosly ehuosyl ehuoysl ehuoyls ehuylos ehuylso ehuyols ehuyosl ehuysol
ehuyslo ehsuloy ehsulyo ehsuoly ehsuoyl ehsuyol ehsuylo ehsluoy ehsluyo ehslouy ehsloyu
ehslyou ehslyuo ehsoluy ehsolyu ehsouly ehsouyl ehsoyul ehsoylu ehsylou ehsyluo ehsyolu
ehsyoul ehsyuol ehsyulo ehlsuoy ehlsuyo ehlsouy ehlsoyu ehlsyou ehlsyuo ehlusoy ehlusyo
ehluosy ehluoys ehluyos ehluyso ehlousy ehlouys ehlosuy ehlosyu ehloysu ehloyus ehlyuos
ehlyuso ehlyous ehlyosu ehlysou ehlysuo ehosluy ehoslyu ehosuly ehosuyl ehosyul ehosylu
eholsuy eholsyu eholusy eholuys eholyus eholysu ehoulsy ehoulys ehously ehousyl ehouysl
ehouyls ehoylus ehoylsu ehoyuls ehoyusl ehoysul ehoyslu ehyslou ehysluo ehysolu ehysoul
ehysuol ehysulo ehylsou ehylsuo ehylosu ehylous ehyluos ehyluso ehyolsu ehyolus ehyoslu
ehyosul ehyousl ehyouls ehyulos ehyulso ehyuols ehyuosl ehyusol ehyuslo eyuslho eyusloh
eyushlo eyushol eyusohl eyusolh eyulsho eyulsoh eyulhso eyulhos eyulohs eyulosh eyuhlso
eyuhlos eyuhslo eyuhsol eyuhosl eyuhols eyuolhs eyuolsh eyuohls eyuohsl eyuoshl eyuoslh
eysulho eysuloh eysuhlo eysuhol eysuohl eysuolh eysluho eysluoh eyslhuo eyslhou eyslohu
eyslouh eyshluo eyshlou eyshulo eyshuol eyshoul eysholu eysolhu eysoluh eysohlu eysohul
eysouhl eysoulh eylsuho eylsuoh eylshuo eylshou eylsohu eylsouh eylusho eylusoh eyluhso
eyluhos eyluohs eyluosh eylhuso eylhuos eylhsuo eylhsou eylhosu eylhous eylouhs eyloush
eylohus eylohsu eyloshu eylosuh eyhsluo eyhslou eyhsulo eyhsuol eyhsoul eyhsolu eyhlsuo
eyhlsou eyhluso eyhluos eyhlous eyhlosu eyhulso eyhulos eyhuslo eyhusol eyhuosl eyhuols
eyholus eyholsu eyhouls eyhousl eyhosul eyhoslu eyoslhu eyosluh eyoshlu eyoshul eyosuhl
eyosulh eyolshu eyolsuh eyolhsu eyolhus eyoluhs eyolush eyohlsu eyohlus eyohslu eyohsul
eyohusl eyohuls eyoulhs eyoulsh eyouhls eyouhsl eyoushl eyouslh yousleh youslhe youselh
yousehl youshel youshle youlseh youlshe youlesh youlehs youlhes youlhse youelsh youelhs
youeslh youeshl youehsl youehls youhles youhlse youhels youhesl youhsel youhsle yosuleh
yosulhe yosuelh yosuehl yosuhel yosuhle yoslueh yosluhe yosleuh yoslehu yoslheu yoslhue
yoseluh yoselhu yoseulh yoseuhl yosehul yosehlu yoshleu yoshlue yoshelu yosheul yoshuel
yoshule yolsueh yolsuhe yolseuh yolsehu yolsheu yolshue yoluseh yolushe yoluesh yoluehs
yoluhes yoluhse yoleush yoleuhs yolesuh yoleshu yolehsu yolehus yolhues yolhuse yolheus
yolhesu yolhseu yolhsue yoesluh yoeslhu yoesulh yoesuhl yoeshul yoeshlu yoelsuh yoelshu
yoelush yoeluhs yoelhus yoelhsu yoeulsh yoeulhs yoeuslh yoeushl yoeuhsl yoeuhls yoehlus
yoehlsu yoehuls yoehusl yoehsul yoehslu yohsleu yohslue yohselu yohseul yohsuel yohsule
yohlseu yohlsue yohlesu yohleus yohlues yohluse yohelsu yohelus yoheslu yohesul yoheusl
yoheuls yohules yohulse yohuels yohuesl yohusel yohusle yuosleh yuoslhe yuoselh yuosehl
yuoshel yuoshle yuolseh yuolshe yuolesh yuolehs yuolhes yuolhse yuoelsh yuoelhs yuoeslh
yuoeshl yuoehsl yuoehls yuohles yuohlse yuohels yuohesl yuohsel yuohsle yusoleh yusolhe
yusoelh yusoehl yusohel yusohle yusloeh yuslohe yusleoh yusleho yuslheo yuslhoe yuseloh
yuselho yuseolh yuseohl yusehol yusehlo yushleo yushloe yushelo yusheol yushoel yushole
yulsoeh yulsohe yulseoh yulseho yulsheo yulshoe yuloseh yuloshe yuloesh yuloehs yulohes
yulohse yuleosh yuleohs yulesoh yulesho yulehso yulehos yulhoes yulhose yulheos yulheso
yulhseo yulhsoe yuesloh yueslho yuesolh yuesohl yueshol yueshlo yuelsoh yuelsho yuelosh
yuelohs yuelhos yuelhso yueolsh yueolhs yueoslh yueoshl yueohsl yueohls yuehlos yuehlso
yuehols yuehosl yuehsol yuehslo yuhsleo yuhsloe yuhselo yuhseol yuhsoel yuhsole yuhlseo
yuhlsoe yuhleso yuhleos yuhloes yuhlose yuhelso yuhelos yuheslo yuhesol yuheosl yuheols
yuholes yuholse yuhoels yuhoesl yuhosel yuhosle ysuoleh ysuolhe ysuoelh ysuoehl ysuohel
ysuohle ysuloeh ysulohe ysuleoh ysuleho ysulheo ysulhoe ysueloh ysuelho ysueolh ysueohl
ysuehol ysuehlo ysuhleo ysuhloe ysuhelo ysuheol ysuhoel ysuhole ysouleh ysoulhe ysouelh
ysouehl ysouhel ysouhle ysolueh ysoluhe ysoleuh ysolehu ysolheu ysolhue ysoeluh ysoelhu
ysoeulh ysoeuhl ysoehul ysoehlu ysohleu ysohlue ysohelu ysoheul ysohuel ysohule ysloueh
yslouhe ysloeuh ysloehu ysloheu yslohue ysluoeh ysluohe yslueoh yslueho ysluheo ysluhoe
ysleuoh ysleuho ysleouh ysleohu yslehou yslehuo yslhueo yslhuoe yslheuo yslheou yslhoeu
yslhoue yseoluh yseolhu yseoulh yseouhl yseohul yseohlu yselouh yselohu yseluoh yseluho
yselhuo yselhou yseuloh yseulho yseuolh yseuohl yseuhol yseuhlo ysehluo ysehlou ysehulo
ysehuol ysehoul yseholu ysholeu ysholue yshoelu yshoeul yshouel yshoule yshloeu yshloue
yshleou yshleuo yshlueo yshluoe yshelou ysheluo ysheolu ysheoul ysheuol ysheulo yshuleo
yshuloe yshuelo yshueol yshuoel yshuole ylusoeh ylusohe yluseoh yluseho ylusheo ylushoe
yluoseh yluoshe yluoesh yluoehs yluohes yluohse ylueosh ylueohs yluesoh yluesho yluehso
yluehos yluhoes yluhose yluheos yluheso yluhseo yluhsoe ylsuoeh ylsuohe ylsueoh ylsueho
ylsuheo ylsuhoe ylsoueh ylsouhe ylsoeuh ylsoehu ylsoheu ylsohue ylseouh ylseohu ylseuoh
ylseuho ylsehuo ylsehou ylshoeu ylshoue ylsheou ylsheuo ylshueo ylshuoe ylosueh ylosuhe
yloseuh ylosehu ylosheu yloshue ylouseh yloushe ylouesh ylouehs ylouhes ylouhse yloeush
yloeuhs yloesuh yloeshu yloehsu yloehus ylohues ylohuse yloheus ylohesu ylohseu ylohsue
ylesouh ylesohu ylesuoh ylesuho yleshuo yleshou yleosuh yleoshu yleoush yleouhs yleohus
yleohsu yleuosh yleuohs yleusoh yleusho yleuhso yleuhos ylehous ylehosu ylehuos ylehuso
ylehsuo ylehsou ylhsoeu ylhsoue ylhseou ylhseuo ylhsueo ylhsuoe ylhoseu ylhosue ylhoesu
ylhoeus ylhoues ylhouse ylheosu ylheous ylhesou ylhesuo ylheuso ylheuos ylhuoes ylhuose
ylhueos ylhueso ylhuseo ylhusoe yeusloh yeuslho yeusolh yeusohl yeushol yeushlo yeulsoh
yeulsho yeulosh yeulohs yeulhos yeulhso yeuolsh yeuolhs yeuoslh yeuoshl yeuohsl yeuohls
yeuhlos yeuhlso yeuhols yeuhosl yeuhsol yeuhslo yesuloh yesulho yesuolh yesuohl yesuhol
yesuhlo yesluoh yesluho yeslouh yeslohu yeslhou yeslhuo yesoluh yesolhu yesoulh yesouhl
yesohul yesohlu yeshlou yeshluo yesholu yeshoul yeshuol yeshulo yelsuoh yelsuho yelsouh
yelsohu yelshou yelshuo yelusoh yelusho yeluosh yeluohs yeluhos yeluhso yeloush yelouhs
yelosuh yeloshu yelohsu yelohus yelhuos yelhuso yelhous yelhosu yelhsou yelhsuo yeosluh
yeoslhu yeosulh yeosuhl yeoshul yeoshlu yeolsuh yeolshu yeolush yeoluhs yeolhus yeolhsu
yeoulsh yeoulhs yeouslh yeoushl yeouhsl yeouhls yeohlus yeohlsu yeohuls yeohusl yeohsul
yeohslu yehslou yehsluo yehsolu yehsoul yehsuol yehsulo yehlsou yehlsuo yehlosu yehlous
yehluos yehluso yeholsu yeholus yehoslu yehosul yehousl yehouls yehulos yehulso yehuols
yehuosl yehusol yehuslo yhusleo yhusloe yhuselo yhuseol yhusoel yhusole yhulseo yhulsoe
yhuleso yhuleos yhuloes yhulose yhuelso yhuelos yhueslo yhuesol yhueosl yhueols yhuoles
yhuolse yhuoels yhuoesl yhuosel yhuosle yhsuleo yhsuloe yhsuelo yhsueol yhsuoel yhsuole
yhslueo yhsluoe yhsleuo yhsleou yhsloeu yhsloue yhseluo yhselou yhseulo yhseuol yhseoul
yhseolu yhsoleu yhsolue yhsoelu yhsoeul yhsouel yhsoule yhlsueo yhlsuoe yhlseuo yhlseou
yhlsoeu yhlsoue yhluseo yhlusoe yhlueso yhlueos yhluoes yhluose yhleuso yhleuos yhlesuo
yhlesou yhleosu yhleous yhloues yhlouse yhloeus yhloesu yhloseu yhlosue yhesluo yheslou
yhesulo yhesuol yhesoul yhesolu yhelsuo yhelsou yheluso yheluos yhelous yhelosu yheulso
yheulos yheuslo yheusol yheuosl yheuols yheolus yheolsu yheouls yheousl yheosul yheoslu
yhosleu yhoslue yhoselu yhoseul yhosuel yhosule yholseu yholsue yholesu yholeus yholues
yholuse yhoelsu yhoelus yhoeslu yhoesul yhoeusl yhoeuls yhoules yhoulse yhouels yhouesl
yhousel yhousle

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History of cryptography
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