easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

strangest

extuleritque

uertissetisque

undutifully

cakey

summers

infertque

unbridle

retortive

pyrocystis

client

billintszky

clarity

disesteemer

exegeses

untainted

skirty

lymphedema


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: slivered
cipher variations:
tmjwfsfe unkxgtgf volyhuhg wpmzivih xqnajwji
yrobkxkj zspclylk atqdmzml burenanm cvsfobon
dwtgpcpo exuhqdqp fyvirerq gzwjsfsr haxktgts
ibyluhut jczmvivu kdanwjwv leboxkxw mfcpylyx
ngdqzmzy oheranaz pifsboba qjgtcpcb rkhudqdc

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: slivered
Cipher: horevivw

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: slivered
Cipher: BAAAB ABABA ABAAA BBBAB AABAA BAAAA AABAA AAABB

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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: slivered
cipher variations: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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: slivered
Cipher: fyvirerq

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: slivered
Cipher: 3413421551245141

Extended Methods:
Method #1

Plaintext: slivered
method variations:
xqoakwkicvtfpbpohaylugutnfdqzmzy

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
s l i v e r e d 
3 1 4 1 5 2 5 4 
4 3 2 5 1 4 1 1 
They are then read out in rows:
3141525443251411
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: slivered
Cipher: cdkuowqa

Read more ...
Method #3

Plaintext: slivered
method variations:
dsbzfyql sbzfyqld bzfyqlds
zfyqldsb fyqldsbz yqldsbzf
qldsbzfy ldsbzfyq

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: slivered

first 5040 cipher variations(40320 total)
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sirdelve sirdeelv sirdeevl sirdevel sirdevle sirdleev sirdleve sirdleev sirdleve sirdlvee sirdlvee
sirdelev sirdelve sirdeelv sirdeevl sirdevel sirdevle sirdvlee sirdvlee sirdvele sirdveel sirdveel
sirdvele sieverld sieverdl sievelrd sieveldr sievedlr sievedrl sievreld sievredl sievrled sievrlde
sievrdle sievrdel sievlred sievlrde sievlerd sievledr sievlder sievldre sievdrle sievdrel sievdlre
sievdler sievdelr sievderl sieevrld sieevrdl sieevlrd sieevldr sieevdlr sieevdrl sieervld sieervdl
sieerlvd sieerldv sieerdlv sieerdvl sieelrvd sieelrdv sieelvrd sieelvdr sieeldvr sieeldrv sieedrlv
sieedrvl sieedlrv sieedlvr sieedvlr sieedvrl sierevld sierevdl sierelvd siereldv sieredlv sieredvl
sierveld siervedl siervled siervlde siervdle siervdel sierlved sierlvde sierlevd sierledv sierldev
sierldve sierdvle sierdvel sierdlve sierdlev sierdelv sierdevl sielervd sielerdv sielevrd sielevdr
sieledvr sieledrv sielrevd sielredv sielrved sielrvde sielrdve sielrdev sielvred sielvrde sielverd
sielvedr sielvder sielvdre sieldrve sieldrev sieldvre sieldver sieldevr sielderv siederlv siedervl
siedelrv siedelvr siedevlr siedevrl siedrelv siedrevl siedrlev siedrlve siedrvle siedrvel siedlrev
siedlrve siedlerv siedlevr siedlver siedlvre siedvrle siedvrel siedvlre siedvler siedvelr siedverl
sidverel sidverle sidveerl sidveelr sidveler sidvelre sidvreel sidvrele sidvreel sidvrele sidvrlee
sidvrlee sidverel sidverle sidveerl sidveelr sidveler sidvelre sidvlree sidvlree sidvlere sidvleer
sidvleer sidvlere sidevrel sidevrle sideverl sidevelr sidevler sidevlre sidervel sidervle siderevl
siderelv siderlev siderlve sideervl sideerlv sideevrl sideevlr sideelvr sideelrv sidelrev sidelrve
sidelerv sidelevr sidelver sidelvre sidrevel sidrevle sidreevl sidreelv sidrelev sidrelve sidrveel
sidrvele sidrveel sidrvele sidrvlee sidrvlee sidrevel sidrevle sidreevl sidreelv sidrelev sidrelve
sidrlvee sidrlvee sidrleve sidrleev sidrleev sidrleve sideervl sideerlv sideevrl sideevlr sideelvr
sideelrv siderevl siderelv sidervel sidervle siderlve siderlev sidevrel sidevrle sideverl sidevelr
sidevler sidevlre sidelrve sidelrev sidelvre sidelver sidelevr sidelerv sidlerev sidlerve sidleerv
sidleevr sidlever sidlevre sidlreev sidlreve sidlreev sidlreve sidlrvee sidlrvee sidlerev sidlerve
sidleerv sidleevr sidlever sidlevre sidlvree sidlvree sidlvere sidlveer sidlveer sidlvere svilered
svilerde svileerd svileedr svileder sviledre svilreed svilrede svilreed svilrede svilrdee svilrdee
svilered svilerde svileerd svileedr svileder sviledre svildree svildree svildere svildeer svildeer
svildere svielred svielrde svielerd svieledr svielder svieldre svierled svierlde sviereld svieredl
svierdel svierdle svieerld svieerdl svieelrd svieeldr svieedlr svieedrl sviedrel sviedrle sviederl
sviedelr sviedler sviedlre svireled svirelde svireeld svireedl sviredel sviredle svirleed svirlede
svirleed svirlede svirldee svirldee svireled svirelde svireeld svireedl sviredel sviredle svirdlee
svirdlee svirdele svirdeel svirdeel svirdele svieerld svieerdl svieelrd svieeldr svieedlr svieedrl
sviereld svieredl svierled svierlde svierdle svierdel svielred svielrde svielerd svieledr svielder
svieldre sviedrle sviedrel sviedlre sviedler sviedelr sviederl sviderel sviderle svideerl svideelr
svideler svidelre svidreel svidrele svidreel svidrele svidrlee svidrlee sviderel sviderle svideerl
svideelr svideler svidelre svidlree svidlree svidlere svidleer svidleer svidlere svliered svlierde
svlieerd svlieedr svlieder svliedre svlireed svlirede svlireed svlirede svlirdee svlirdee svliered
svlierde svlieerd svlieedr svlieder svliedre svlidree svlidree svlidere svlideer svlideer svlidere
svleired svleirde svleierd svleiedr svleider svleidre svleried svleride svlereid svleredi svlerdei
svlerdie svleerid svleerdi svleeird svleeidr svleedir svleedri svledrei svledrie svlederi svledeir
svledier svledire svlreied svlreide svlreeid svlreedi svlredei svlredie svlrieed svlriede svlrieed
svlriede svlridee svlridee svlreied svlreide svlreeid svlreedi svlredei svlredie svlrdiee svlrdiee
svlrdeie svlrdeei svlrdeei svlrdeie svleerid svleerdi svleeird svleeidr svleedir svleedri svlereid
svleredi svleried svleride svlerdie svlerdei svleired svleirde svleierd svleiedr svleider svleidre
svledrie svledrei svledire svledier svledeir svlederi svlderei svlderie svldeeri svldeeir svldeier
svldeire svldreei svldreie svldreei svldreie svldriee svldriee svlderei svlderie svldeeri svldeeir
svldeier svldeire svldiree svldiree svldiere svldieer svldieer svldiere svelired svelirde svelierd
sveliedr svelider svelidre svelried svelride svelreid svelredi svelrdei svelrdie svelerid svelerdi
sveleird sveleidr sveledir sveledri sveldrei sveldrie svelderi sveldeir sveldier sveldire sveilred
sveilrde sveilerd sveiledr sveilder sveildre sveirled sveirlde sveireld sveiredl sveirdel sveirdle
sveierld sveierdl sveielrd sveieldr sveiedlr sveiedrl sveidrel sveidrle sveiderl sveidelr sveidler
sveidlre sveriled sverilde sverield sveriedl sveridel sveridle sverlied sverlide sverleid sverledi
sverldei sverldie sverelid svereldi svereild svereidl sveredil sveredli sverdlei sverdlie sverdeli
sverdeil sverdiel sverdile sveeirld sveeirdl sveeilrd sveeildr sveeidlr sveeidrl sveerild sveeridl
sveerlid sveerldi sveerdli sveerdil sveelrid sveelrdi sveelird sveelidr sveeldir sveeldri sveedrli
sveedril sveedlri sveedlir sveedilr sveedirl svedirel svedirle svedierl svedielr svediler svedilre
svedriel svedrile svedreil svedreli svedrlei svedrlie svederil svederli svedeirl svedeilr svedelir
svedelri svedlrei svedlrie svedleri svedleir svedlier svedlire svrleied svrleide svrleeid svrleedi
svrledei svrledie svrlieed svrliede svrlieed svrliede svrlidee svrlidee svrleied svrleide svrleeid
svrleedi svrledei svrledie svrldiee svrldiee svrldeie svrldeei svrldeei svrldeie svrelied svrelide
svreleid svreledi svreldei svreldie svreiled svreilde svreield svreiedl svreidel svreidle svreeild
svreeidl svreelid svreeldi svreedli svreedil svrediel svredile svredeil svredeli svredlei svredlie
svrieled svrielde svrieeld svrieedl svriedel svriedle svrileed svrilede svrileed svrilede svrildee
svrildee svrieled svrielde svrieeld svrieedl svriedel svriedle svridlee svridlee svridele svrideel
svrideel svridele svreeild svreeidl svreelid svreeldi svreedli svreedil svreield svreiedl svreiled
svreilde svreidle svreidel svrelied svrelide svreleid svreledi svreldei svreldie svredile svrediel
svredlie svredlei svredeli svredeil svrdeiel svrdeile svrdeeil svrdeeli svrdelei svrdelie svrdieel
svrdiele svrdieel svrdiele svrdilee svrdilee svrdeiel svrdeile svrdeeil svrdeeli svrdelei svrdelie
svrdliee svrdliee svrdleie svrdleei svrdleei svrdleie svelerid svelerdi sveleird sveleidr sveledir
sveledri svelreid svelredi svelried svelride svelrdie svelrdei svelired svelirde svelierd sveliedr
svelider svelidre sveldrie sveldrei sveldire sveldier sveldeir svelderi sveelrid sveelrdi sveelird
sveelidr sveeldir sveeldri sveerlid sveerldi sveerild sveeridl sveerdil sveerdli sveeirld sveeirdl
sveeilrd sveeildr sveeidlr sveeidrl sveedril sveedrli sveedirl sveedilr sveedlir sveedlri sverelid
svereldi svereild svereidl sveredil sveredli sverleid sverledi sverlied sverlide sverldie sverldei
sveriled sverilde sverield sveriedl sveridel sveridle sverdlie sverdlei sverdile sverdiel sverdeil
sverdeli sveierld sveierdl sveielrd sveieldr sveiedlr sveiedrl sveireld sveiredl sveirled sveirlde
sveirdle sveirdel sveilred sveilrde sveilerd sveiledr sveilder sveildre sveidrle sveidrel sveidlre
sveidler sveidelr sveiderl svederil svederli svedeirl svedeilr svedelir svedelri svedreil svedreli
svedriel svedrile svedrlie svedrlei svedirel svedirle svedierl svedielr svediler svedilre svedlrie
svedlrei svedlire svedlier svedleir svedleri svdlerei svdlerie svdleeri svdleeir svdleier svdleire
svdlreei svdlreie svdlreei svdlreie svdlriee svdlriee svdlerei svdlerie svdleeri svdleeir svdleier
svdleire svdliree svdliree svdliere svdlieer svdlieer svdliere svdelrei svdelrie svdeleri svdeleir
svdelier svdelire svderlei svderlie svdereli svdereil svderiel svderile svdeerli svdeeril svdeelri
svdeelir svdeeilr svdeeirl svdeirel svdeirle svdeierl svdeielr svdeiler svdeilre svdrelei svdrelie
svdreeli svdreeil svdreiel svdreile svdrleei svdrleie svdrleei svdrleie svdrliee svdrliee svdrelei
svdrelie svdreeli svdreeil svdreiel svdreile svdrilee svdrilee svdriele svdrieel svdrieel svdriele
svdeerli svdeeril svdeelri svdeelir svdeeilr svdeeirl svdereli svdereil svderlei svderlie svderile
svderiel svdelrei svdelrie svdeleri svdeleir svdelier svdelire svdeirle svdeirel svdeilre svdeiler
svdeielr svdeierl svdierel svdierle svdieerl svdieelr svdieler svdielre svdireel svdirele svdireel
svdirele svdirlee svdirlee svdierel svdierle svdieerl svdieelr svdieler svdielre svdilree svdilree
svdilere svdileer svdileer svdilere seivlred seivlrde seivlerd seivledr seivlder seivldre seivrled
seivrlde seivreld seivredl seivrdel seivrdle seiverld seiverdl seivelrd seiveldr seivedlr seivedrl
seivdrel seivdrle seivderl seivdelr seivdler seivdlre seilvred seilvrde seilverd seilvedr seilvder
seilvdre seilrved seilrvde seilrevd seilredv seilrdev seilrdve seilervd seilerdv seilevrd seilevdr
seiledvr seiledrv seildrev seildrve seilderv seildevr seildver seildvre seirlved seirlvde seirlevd
seirledv seirldev seirldve seirvled seirvlde seirveld seirvedl seirvdel seirvdle seirevld seirevdl
seirelvd seireldv seiredlv seiredvl seirdvel seirdvle seirdevl seirdelv seirdlev seirdlve seielrvd
seielrdv seielvrd seielvdr seieldvr seieldrv seierlvd seierldv seiervld seiervdl seierdvl seierdlv
seievrld seievrdl seievlrd seievldr seievdlr seievdrl seiedrvl seiedrlv seiedvrl seiedvlr seiedlvr
seiedlrv seidlrev seidlrve seidlerv seidlevr seidlver seidlvre seidrlev seidrlve seidrelv seidrevl
seidrvel seidrvle seiderlv seidervl seidelrv seidelvr seidevlr seidevrl seidvrel seidvrle seidverl
seidvelr seidvler seidvlre sevilred sevilrde sevilerd seviledr sevilder sevildre sevirled sevirlde
sevireld seviredl sevirdel sevirdle sevierld sevierdl sevielrd sevieldr seviedlr seviedrl sevidrel
sevidrle seviderl sevidelr sevidler sevidlre sevlired sevlirde sevlierd sevliedr sevlider sevlidre
sevlried sevlride sevlreid sevlredi sevlrdei sevlrdie sevlerid sevlerdi sevleird sevleidr sevledir
sevledri sevldrei sevldrie sevlderi sevldeir sevldier sevldire sevrlied sevrlide sevrleid sevrledi
sevrldei sevrldie sevriled sevrilde sevrield sevriedl sevridel sevridle sevreild sevreidl sevrelid
sevreldi sevredli sevredil sevrdiel sevrdile sevrdeil sevrdeli sevrdlei sevrdlie sevelrid sevelrdi
sevelird sevelidr seveldir seveldri severlid severldi severild severidl severdil severdli seveirld
seveirdl seveilrd seveildr seveidlr seveidrl sevedril sevedrli sevedirl sevedilr sevedlir sevedlri
sevdlrei sevdlrie sevdleri sevdleir sevdlier sevdlire sevdrlei sevdrlie sevdreli sevdreil sevdriel
sevdrile sevderli sevderil sevdelri sevdelir sevdeilr sevdeirl sevdirel sevdirle sevdierl sevdielr
sevdiler sevdilre selvired selvirde selvierd selviedr selvider selvidre selvried selvride selvreid
selvredi selvrdei selvrdie selverid selverdi selveird selveidr selvedir selvedri selvdrei selvdrie
selvderi selvdeir selvdier selvdire selivred selivrde seliverd selivedr selivder selivdre selirved
selirvde selirevd seliredv selirdev selirdve seliervd selierdv selievrd selievdr seliedvr seliedrv
selidrev selidrve seliderv selidevr selidver selidvre selrived selrivde selrievd selriedv selridev
selridve selrvied selrvide selrveid selrvedi selrvdei selrvdie selrevid selrevdi selreivd selreidv
selrediv selredvi selrdvei selrdvie selrdevi selrdeiv selrdiev selrdive seleirvd seleirdv seleivrd
seleivdr seleidvr seleidrv selerivd seleridv selervid selervdi selerdvi selerdiv selevrid selevrdi
selevird selevidr selevdir selevdri seledrvi seledriv seledvri seledvir seledivr seledirv seldirev
seldirve seldierv seldievr seldiver seldivre seldriev seldrive seldreiv seldrevi seldrvei seldrvie
selderiv seldervi seldeirv seldeivr seldevir seldevri seldvrei seldvrie seldveri seldveir seldvier
seldvire servlied servlide servleid servledi servldei servldie serviled servilde servield serviedl
servidel servidle serveild serveidl servelid serveldi servedli servedil servdiel servdile servdeil
servdeli servdlei servdlie serlvied serlvide serlveid serlvedi serlvdei serlvdie serlived serlivde
serlievd serliedv serlidev serlidve serleivd serleidv serlevid serlevdi serledvi serlediv serldiev
serldive serldeiv serldevi serldvei serldvie serilved serilvde serilevd seriledv serildev serildve
serivled serivlde seriveld serivedl serivdel serivdle serievld serievdl serielvd serieldv seriedlv
seriedvl seridvel seridvle seridevl seridelv seridlev seridlve serelivd serelidv serelvid serelvdi
sereldvi sereldiv sereilvd sereildv sereivld sereivdl sereidvl sereidlv serevild serevidl serevlid
serevldi serevdli serevdil seredivl seredilv seredvil seredvli seredlvi seredliv serdliev serdlive
serdleiv serdlevi serdlvei serdlvie serdilev serdilve serdielv serdievl serdivel serdivle serdeilv
serdeivl serdeliv serdelvi serdevli serdevil serdviel serdvile serdveil serdveli serdvlei serdvlie
seevlrid seevlrdi seevlird seevlidr seevldir seevldri seevrlid seevrldi seevrild seevridl seevrdil
seevrdli seevirld seevirdl seevilrd seevildr seevidlr seevidrl seevdril seevdrli seevdirl seevdilr
seevdlir seevdlri seelvrid seelvrdi seelvird seelvidr seelvdir seelvdri seelrvid seelrvdi seelrivd
seelridv seelrdiv seelrdvi seelirvd seelirdv seelivrd seelivdr seelidvr seelidrv seeldriv seeldrvi
seeldirv seeldivr seeldvir seeldvri seerlvid seerlvdi seerlivd seerlidv seerldiv seerldvi seervlid
seervldi seervild seervidl seervdil seervdli seerivld seerivdl seerilvd seerildv seeridlv seeridvl
seerdvil seerdvli seerdivl seerdilv seerdliv seerdlvi seeilrvd seeilrdv seeilvrd seeilvdr seeildvr
seeildrv seeirlvd seeirldv seeirvld seeirvdl seeirdvl seeirdlv seeivrld seeivrdl seeivlrd seeivldr
seeivdlr seeivdrl seeidrvl seeidrlv seeidvrl seeidvlr seeidlvr seeidlrv seedlriv seedlrvi seedlirv
seedlivr seedlvir seedlvri seedrliv seedrlvi seedrilv seedrivl seedrvil seedrvli seedirlv seedirvl
seedilrv seedilvr seedivlr seedivrl seedvril seedvrli seedvirl seedvilr seedvlir seedvlri sedvlrei
sedvlrie sedvleri sedvleir sedvlier sedvlire sedvrlei sedvrlie sedvreli sedvreil sedvriel sedvrile
sedverli sedveril sedvelri sedvelir sedveilr sedveirl sedvirel sedvirle sedvierl sedvielr sedviler
sedvilre sedlvrei sedlvrie sedlveri sedlveir sedlvier sedlvire sedlrvei sedlrvie sedlrevi sedlreiv
sedlriev sedlrive sedlervi sedleriv sedlevri sedlevir sedleivr sedleirv sedlirev sedlirve sedlierv
sedlievr sedliver sedlivre sedrlvei sedrlvie sedrlevi sedrleiv sedrliev sedrlive sedrvlei sedrvlie
sedrveli sedrveil sedrviel sedrvile sedrevli sedrevil sedrelvi sedreliv sedreilv sedreivl sedrivel
sedrivle sedrievl sedrielv sedrilev sedrilve sedelrvi sedelriv sedelvri sedelvir sedelivr sedelirv
sederlvi sederliv sedervli sedervil sederivl sederilv sedevrli sedevril sedevlri sedevlir sedevilr
sedevirl sedeirvl sedeirlv sedeivrl sedeivlr sedeilvr sedeilrv sedilrev sedilrve sedilerv sedilevr
sedilver sedilvre sedirlev sedirlve sedirelv sedirevl sedirvel sedirvle sedierlv sediervl sedielrv
sedielvr sedievlr sedievrl sedivrel sedivrle sediverl sedivelr sedivler sedivlre sriveled srivelde
sriveeld sriveedl srivedel srivedle srivleed srivlede srivleed srivlede srivldee srivldee sriveled
srivelde sriveeld sriveedl srivedel srivedle srivdlee srivdlee srivdele srivdeel srivdeel srivdele
srievled srievlde srieveld srievedl srievdel srievdle srielved srielvde srielevd srieledv srieldev
srieldve srieelvd srieeldv srieevld srieevdl srieedvl srieedlv sriedlev sriedlve sriedelv sriedevl
sriedvel sriedvle srileved srilevde srileevd srileedv sriledev sriledve srilveed srilvede srilveed
srilvede srilvdee srilvdee srileved srilevde srileevd srileedv sriledev sriledve srildvee srildvee
srildeve srildeev srildeev srildeve srieelvd srieeldv srieevld srieevdl srieedvl srieedlv srielevd
srieledv srielved srielvde srieldve srieldev srievled srievlde srieveld srievedl srievdel srievdle
sriedlve sriedlev sriedvle sriedvel sriedevl sriedelv sridelev sridelve srideelv srideevl sridevel
sridevle sridleev sridleve sridleev sridleve sridlvee sridlvee sridelev sridelve srideelv srideevl
sridevel sridevle sridvlee sridvlee sridvele sridveel sridveel sridvele srvieled srvielde srvieeld
srvieedl srviedel srviedle srvileed srvilede srvileed srvilede srvildee srvildee srvieled srvielde
srvieeld srvieedl srviedel srviedle srvidlee srvidlee srvidele srvideel srvideel srvidele srveiled
srveilde srveield srveiedl srveidel srveidle srvelied srvelide srveleid srveledi srveldei srveldie
srveelid srveeldi srveeild srveeidl srveedil srveedli srvedlei srvedlie srvedeli srvedeil srvediel
srvedile srvleied srvleide srvleeid srvleedi srvledei srvledie srvlieed srvliede srvlieed srvliede
srvlidee srvlidee srvleied srvleide srvleeid srvleedi srvledei srvledie srvldiee srvldiee srvldeie
srvldeei srvldeei srvldeie srveelid srveeldi srveeild srveeidl srveedil srveedli srveleid srveledi
srvelied srvelide srveldie srveldei srveiled srveilde srveield srveiedl srveidel srveidle srvedlie
srvedlei srvedile srvediel srvedeil srvedeli srvdelei srvdelie srvdeeli srvdeeil srvdeiel srvdeile
srvdleei srvdleie srvdleei srvdleie srvdliee srvdliee srvdelei srvdelie srvdeeli srvdeeil srvdeiel
srvdeile srvdilee srvdilee srvdiele srvdieel srvdieel srvdiele sreviled srevilde srevield sreviedl
srevidel srevidle srevlied srevlide srevleid srevledi srevldei srevldie srevelid sreveldi sreveild
sreveidl srevedil srevedli srevdlei srevdlie srevdeli srevdeil srevdiel srevdile sreivled sreivlde
sreiveld sreivedl sreivdel sreivdle sreilved sreilvde sreilevd sreiledv sreildev sreildve sreielvd
sreieldv sreievld sreievdl sreiedvl sreiedlv sreidlev sreidlve sreidelv sreidevl sreidvel sreidvle
srelived srelivde srelievd sreliedv srelidev srelidve srelvied srelvide srelveid srelvedi srelvdei
srelvdie srelevid srelevdi sreleivd sreleidv srelediv sreledvi sreldvei sreldvie sreldevi sreldeiv
sreldiev sreldive sreeilvd sreeildv sreeivld sreeivdl sreeidvl sreeidlv sreelivd sreelidv sreelvid
sreelvdi sreeldvi sreeldiv sreevlid sreevldi sreevild sreevidl sreevdil sreevdli sreedlvi sreedliv
sreedvli sreedvil sreedivl sreedilv sredilev sredilve sredielv sredievl sredivel sredivle sredliev
sredlive sredleiv sredlevi sredlvei sredlvie sredeliv sredelvi sredeilv sredeivl sredevil sredevli
sredvlei sredvlie sredveli sredveil sredviel sredvile srlveied srlveide srlveeid srlveedi srlvedei
srlvedie srlvieed srlviede srlvieed srlviede srlvidee srlvidee srlveied srlveide srlveeid srlveedi
srlvedei srlvedie srlvdiee srlvdiee srlvdeie srlvdeei srlvdeei srlvdeie srlevied srlevide srleveid
srlevedi srlevdei srlevdie srleived srleivde srleievd srleiedv srleidev srleidve srleeivd srleeidv
srleevid srleevdi srleedvi srleediv srlediev srledive srledeiv srledevi srledvei srledvie srlieved
srlievde srlieevd srlieedv srliedev srliedve srliveed srlivede srliveed srlivede srlivdee srlivdee
srlieved srlievde srlieevd srlieedv srliedev srliedve srlidvee srlidvee srlideve srlideev srlideev
srlideve srleeivd srleeidv srleevid srleevdi srleedvi srleediv srleievd srleiedv srleived srleivde
srleidve srleidev srlevied srlevide srleveid srlevedi srlevdei srlevdie srledive srlediev srledvie
srledvei srledevi srledeiv srldeiev srldeive srldeeiv srldeevi srldevei srldevie srldieev srldieve
srldieev srldieve srldivee srldivee srldeiev srldeive srldeeiv srldeevi srldevei srldevie srldviee
srldviee srldveie srldveei srldveei srldveie srevelid sreveldi sreveild sreveidl srevedil srevedli
srevleid srevledi srevlied srevlide srevldie srevldei sreviled srevilde srevield sreviedl srevidel
srevidle srevdlie srevdlei srevdile srevdiel srevdeil srevdeli sreevlid sreevldi sreevild sreevidl
sreevdil sreevdli sreelvid sreelvdi sreelivd sreelidv sreeldiv sreeldvi sreeilvd sreeildv sreeivld
sreeivdl sreeidvl sreeidlv sreedliv sreedlvi sreedilv sreedivl sreedvil sreedvli srelevid srelevdi
sreleivd sreleidv srelediv sreledvi srelveid srelvedi srelvied srelvide srelvdie srelvdei srelived
srelivde srelievd sreliedv srelidev srelidve sreldvie sreldvei sreldive sreldiev sreldeiv sreldevi
sreielvd sreieldv sreievld sreievdl sreiedvl sreiedlv sreilevd sreiledv sreilved sreilvde sreildve
sreildev sreivled sreivlde sreiveld sreivedl sreivdel sreivdle sreidlve sreidlev sreidvle sreidvel
sreidevl sreidelv sredeliv sredelvi sredeilv sredeivl sredevil sredevli sredleiv sredlevi sredliev
sredlive sredlvie sredlvei sredilev sredilve sredielv sredievl sredivel sredivle sredvlie sredvlei
sredvile sredviel sredveil sredveli srdvelei srdvelie srdveeli srdveeil srdveiel srdveile srdvleei
srdvleie srdvleei srdvleie srdvliee srdvliee srdvelei srdvelie srdveeli srdveeil srdveiel srdveile
srdvilee srdvilee srdviele srdvieel srdvieel srdviele srdevlei srdevlie srdeveli srdeveil srdeviel
srdevile srdelvei srdelvie srdelevi srdeleiv srdeliev srdelive srdeelvi srdeeliv srdeevli srdeevil
srdeeivl srdeeilv srdeilev srdeilve srdeielv srdeievl srdeivel srdeivle srdlevei srdlevie srdleevi
srdleeiv srdleiev srdleive srdlveei srdlveie srdlveei srdlveie srdlviee srdlviee srdlevei srdlevie
srdleevi srdleeiv srdleiev srdleive srdlivee srdlivee srdlieve srdlieev srdlieev srdlieve srdeelvi
srdeeliv srdeevli srdeevil srdeeivl srdeeilv srdelevi srdeleiv srdelvei srdelvie srdelive srdeliev
srdevlei srdevlie srdeveli srdeveil srdeviel srdevile srdeilve srdeilev srdeivle srdeivel srdeievl
srdeielv srdielev srdielve srdieelv srdieevl srdievel srdievle srdileev srdileve srdileev srdileve
srdilvee srdilvee srdielev srdielve srdieelv srdieevl srdievel srdievle srdivlee srdivlee srdivele
srdiveel srdiveel srdivele seiverld seiverdl seivelrd seiveldr seivedlr seivedrl seivreld seivredl
seivrled seivrlde seivrdle seivrdel seivlred seivlrde seivlerd seivledr seivlder seivldre seivdrle
seivdrel seivdlre seivdler seivdelr seivderl seievrld seievrdl seievlrd seievldr seievdlr seievdrl
seiervld seiervdl seierlvd seierldv seierdlv seierdvl seielrvd seielrdv seielvrd seielvdr seieldvr
seieldrv seiedrlv seiedrvl seiedlrv seiedlvr seiedvlr seiedvrl seirevld seirevdl seirelvd seireldv
seiredlv seiredvl seirveld seirvedl seirvled seirvlde seirvdle seirvdel seirlved seirlvde seirlevd
seirledv seirldev seirldve seirdvle seirdvel seirdlve seirdlev seirdelv seirdevl seilervd seilerdv
seilevrd seilevdr seiledvr seiledrv seilrevd seilredv seilrved seilrvde seilrdve seilrdev seilvred
seilvrde seilverd seilvedr seilvder seilvdre seildrve seildrev seildvre seildver seildevr seilderv
seiderlv seidervl seidelrv seidelvr seidevlr seidevrl seidrelv seidrevl seidrlev seidrlve seidrvle
seidrvel seidlrev seidlrve seidlerv seidlevr seidlver seidlvre seidvrle seidvrel seidvlre seidvler
seidvelr seidverl sevierld sevierdl sevielrd sevieldr seviedlr seviedrl sevireld seviredl sevirled
sevirlde sevirdle sevirdel sevilred sevilrde sevilerd seviledr sevilder sevildre sevidrle sevidrel
sevidlre sevidler sevidelr seviderl seveirld seveirdl seveilrd seveildr seveidlr seveidrl severild
severidl severlid severldi severdli severdil sevelrid sevelrdi sevelird sevelidr seveldir seveldri
sevedrli sevedril sevedlri sevedlir sevedilr sevedirl sevreild sevreidl sevrelid sevreldi sevredli
sevredil sevrield sevriedl sevriled sevrilde sevridle sevridel sevrlied sevrlide sevrleid sevrledi
sevrldei sevrldie sevrdile sevrdiel sevrdlie sevrdlei sevrdeli sevrdeil sevlerid sevlerdi sevleird
sevleidr sevledir sevledri sevlreid sevlredi sevlried sevlride sevlrdie sevlrdei sevlired sevlirde
sevlierd sevliedr sevlider sevlidre sevldrie sevldrei sevldire sevldier sevldeir sevlderi sevderli
sevderil sevdelri sevdelir sevdeilr sevdeirl sevdreli sevdreil sevdrlei sevdrlie sevdrile sevdriel
sevdlrei sevdlrie sevdleri sevdleir sevdlier sevdlire sevdirle sevdirel sevdilre sevdiler sevdielr
sevdierl seevirld seevirdl seevilrd seevildr seevidlr seevidrl seevrild seevridl seevrlid seevrldi
seevrdli seevrdil seevlrid seevlrdi seevlird seevlidr seevldir seevldri seevdrli seevdril seevdlri
seevdlir seevdilr seevdirl seeivrld seeivrdl seeivlrd seeivldr seeivdlr seeivdrl seeirvld seeirvdl
seeirlvd seeirldv seeirdlv seeirdvl seeilrvd seeilrdv seeilvrd seeilvdr seeildvr seeildrv seeidrlv
seeidrvl seeidlrv seeidlvr seeidvlr seeidvrl seerivld seerivdl seerilvd seerildv seeridlv seeridvl
seervild seervidl seervlid seervldi seervdli seervdil seerlvid seerlvdi seerlivd seerlidv seerldiv
seerldvi seerdvli seerdvil seerdlvi seerdliv seerdilv seerdivl seelirvd seelirdv seelivrd seelivdr
seelidvr seelidrv seelrivd seelridv seelrvid seelrvdi seelrdvi seelrdiv seelvrid seelvrdi seelvird
seelvidr seelvdir seelvdri seeldrvi seeldriv seeldvri seeldvir seeldivr seeldirv seedirlv seedirvl
seedilrv seedilvr seedivlr seedivrl seedrilv seedrivl seedrliv seedrlvi seedrvli seedrvil seedlriv
seedlrvi seedlirv seedlivr seedlvir seedlvri seedvrli seedvril seedvlri seedvlir seedvilr seedvirl
serveild serveidl servelid serveldi servedli servedil servield serviedl serviled servilde servidle
servidel servlied servlide servleid servledi servldei servldie servdile servdiel servdlie servdlei
servdeli servdeil serevild serevidl serevlid serevldi serevdli serevdil sereivld sereivdl sereilvd
sereildv sereidlv sereidvl serelivd serelidv serelvid serelvdi sereldvi sereldiv seredilv seredivl
seredliv seredlvi seredvli seredvil serievld serievdl serielvd serieldv seriedlv seriedvl seriveld
serivedl serivled serivlde serivdle serivdel serilved serilvde serilevd seriledv serildev serildve
seridvle seridvel seridlve seridlev seridelv seridevl serleivd serleidv serlevid serlevdi serledvi
serlediv serlievd serliedv serlived serlivde serlidve serlidev serlvied serlvide serlveid serlvedi
serlvdei serlvdie serldive serldiev serldvie serldvei serldevi serldeiv serdeilv serdeivl serdeliv
serdelvi serdevli serdevil serdielv serdievl serdilev serdilve serdivle serdivel serdliev serdlive
serdleiv serdlevi serdlvei serdlvie serdvile serdviel serdvlie serdvlei serdveli serdveil selverid
selverdi selveird selveidr selvedir selvedri selvreid selvredi selvried selvride selvrdie selvrdei
selvired selvirde selvierd selviedr selvider selvidre selvdrie selvdrei selvdire selvdier selvdeir
selvderi selevrid selevrdi selevird selevidr selevdir selevdri selervid selervdi selerivd seleridv
selerdiv selerdvi seleirvd seleirdv seleivrd seleivdr seleidvr seleidrv seledriv seledrvi seledirv
seledivr seledvir seledvri selrevid selrevdi selreivd selreidv selrediv selredvi selrveid selrvedi
selrvied selrvide selrvdie selrvdei selrived selrivde selrievd selriedv selridev selridve selrdvie
selrdvei selrdive selrdiev selrdeiv selrdevi seliervd selierdv selievrd selievdr seliedvr seliedrv
selirevd seliredv selirved selirvde selirdve selirdev selivred selivrde seliverd selivedr selivder
selivdre selidrve selidrev selidvre selidver selidevr seliderv selderiv seldervi seldeirv seldeivr
seldevir seldevri seldreiv seldrevi seldriev seldrive seldrvie seldrvei seldirev seldirve seldierv
seldievr seldiver seldivre seldvrie seldvrei seldvire seldvier seldveir seldveri sedverli sedveril
sedvelri sedvelir sedveilr sedveirl sedvreli sedvreil sedvrlei sedvrlie sedvrile sedvriel sedvlrei
sedvlrie sedvleri sedvleir sedvlier sedvlire sedvirle sedvirel sedvilre sedviler sedvielr sedvierl
sedevrli sedevril sedevlri sedevlir sedevilr sedevirl sedervli sedervil sederlvi sederliv sederilv
sederivl sedelrvi sedelriv sedelvri sedelvir sedelivr sedelirv sedeirlv sedeirvl sedeilrv sedeilvr
sedeivlr sedeivrl sedrevli sedrevil sedrelvi sedreliv sedreilv sedreivl sedrveli sedrveil sedrvlei
sedrvlie sedrvile sedrviel sedrlvei sedrlvie sedrlevi sedrleiv sedrliev sedrlive sedrivle sedrivel
sedrilve sedrilev sedrielv sedrievl sedlervi sedleriv sedlevri sedlevir sedleivr sedleirv sedlrevi
sedlreiv sedlrvei sedlrvie sedlrive sedlriev sedlvrei sedlvrie sedlveri sedlveir sedlvier sedlvire
sedlirve sedlirev sedlivre sedliver sedlievr sedlierv sedierlv sediervl sedielrv sedielvr sedievlr
sedievrl sedirelv sedirevl sedirlev sedirlve sedirvle sedirvel sedilrev sedilrve sedilerv sedilevr
sedilver sedilvre sedivrle sedivrel sedivlre sedivler sedivelr sediverl sdiverel sdiverle sdiveerl
sdiveelr sdiveler sdivelre sdivreel sdivrele sdivreel sdivrele sdivrlee sdivrlee sdiverel sdiverle
sdiveerl sdiveelr sdiveler sdivelre sdivlree sdivlree sdivlere sdivleer sdivleer sdivlere sdievrel
sdievrle sdieverl sdievelr sdievler sdievlre sdiervel sdiervle sdierevl sdierelv sdierlev sdierlve
sdieervl sdieerlv sdieevrl sdieevlr sdieelvr sdieelrv sdielrev sdielrve sdielerv sdielevr sdielver
sdielvre sdirevel sdirevle sdireevl sdireelv sdirelev sdirelve sdirveel sdirvele sdirveel sdirvele
sdirvlee sdirvlee sdirevel sdirevle sdireevl sdireelv sdirelev sdirelve sdirlvee sdirlvee sdirleve
sdirleev sdirleev sdirleve sdieervl sdieerlv sdieevrl sdieevlr sdieelvr sdieelrv sdierevl sdierelv
sdiervel sdiervle sdierlve sdierlev sdievrel sdievrle sdieverl sdievelr sdievler sdievlre sdielrve
sdielrev sdielvre sdielver sdielevr sdielerv sdilerev sdilerve sdileerv sdileevr sdilever sdilevre
sdilreev sdilreve sdilreev sdilreve sdilrvee sdilrvee sdilerev sdilerve sdileerv sdileevr sdilever
sdilevre sdilvree sdilvree sdilvere sdilveer sdilveer sdilvere sdvierel sdvierle sdvieerl sdvieelr
sdvieler sdvielre sdvireel sdvirele sdvireel sdvirele sdvirlee sdvirlee sdvierel sdvierle sdvieerl
sdvieelr sdvieler sdvielre sdvilree sdvilree sdvilere sdvileer sdvileer sdvilere sdveirel sdveirle
sdveierl sdveielr sdveiler sdveilre sdveriel sdverile sdvereil sdvereli sdverlei sdverlie sdveeril
sdveerli sdveeirl sdveeilr sdveelir sdveelri sdvelrei sdvelrie sdveleri sdveleir sdvelier sdvelire
sdvreiel sdvreile sdvreeil sdvreeli sdvrelei sdvrelie sdvrieel sdvriele sdvrieel sdvriele sdvrilee
sdvrilee sdvreiel sdvreile sdvreeil sdvreeli sdvrelei sdvrelie sdvrliee sdvrliee sdvrleie sdvrleei
sdvrleei sdvrleie sdveeril sdveerli sdveeirl sdveeilr sdveelir sdveelri sdvereil sdvereli sdveriel
sdverile sdverlie sdverlei sdveirel sdveirle sdveierl sdveielr sdveiler sdveilre sdvelrie sdvelrei
sdvelire sdvelier sdveleir sdveleri sdvlerei sdvlerie sdvleeri sdvleeir sdvleier sdvleire sdvlreei
sdvlreie sdvlreei sdvlreie sdvlriee sdvlriee sdvlerei sdvlerie sdvleeri sdvleeir sdvleier sdvleire
sdvliree sdvliree sdvliere sdvlieer sdvlieer sdvliere sdevirel sdevirle sdevierl sdevielr sdeviler
sdevilre sdevriel sdevrile sdevreil sdevreli sdevrlei sdevrlie sdeveril sdeverli sdeveirl sdeveilr
sdevelir sdevelri sdevlrei sdevlrie sdevleri sdevleir sdevlier sdevlire sdeivrel sdeivrle sdeiverl
sdeivelr sdeivler sdeivlre sdeirvel sdeirvle sdeirevl sdeirelv sdeirlev sdeirlve sdeiervl sdeierlv
sdeievrl sdeievlr sdeielvr sdeielrv sdeilrev sdeilrve sdeilerv sdeilevr sdeilver sdeilvre sderivel
sderivle sderievl sderielv sderilev sderilve sderviel sdervile sderveil sderveli sdervlei sdervlie
sderevil sderevli sdereivl sdereilv sdereliv sderelvi sderlvei sderlvie sderlevi sderleiv sderliev
sderlive sdeeirvl sdeeirlv sdeeivrl sdeeivlr sdeeilvr sdeeilrv sdeerivl sdeerilv sdeervil sdeervli
sdeerlvi sdeerliv sdeevril sdeevrli sdeevirl sdeevilr sdeevlir sdeevlri sdeelrvi sdeelriv sdeelvri
sdeelvir sdeelivr sdeelirv sdelirev sdelirve sdelierv sdelievr sdeliver sdelivre sdelriev sdelrive
sdelreiv sdelrevi sdelrvei sdelrvie sdeleriv sdelervi sdeleirv sdeleivr sdelevir sdelevri sdelvrei
sdelvrie sdelveri sdelveir sdelvier sdelvire sdrveiel sdrveile sdrveeil sdrveeli sdrvelei sdrvelie
sdrvieel sdrviele sdrvieel sdrviele sdrvilee sdrvilee sdrveiel sdrveile sdrveeil sdrveeli sdrvelei
sdrvelie sdrvliee sdrvliee sdrvleie sdrvleei sdrvleei sdrvleie sdreviel sdrevile sdreveil sdreveli
sdrevlei sdrevlie sdreivel sdreivle sdreievl sdreielv sdreilev sdreilve sdreeivl sdreeilv sdreevil
sdreevli sdreelvi sdreeliv sdreliev sdrelive sdreleiv sdrelevi sdrelvei sdrelvie sdrievel sdrievle
sdrieevl sdrieelv sdrielev sdrielve sdriveel sdrivele sdriveel sdrivele sdrivlee sdrivlee sdrievel
sdrievle sdrieevl sdrieelv sdrielev sdrielve sdrilvee sdrilvee sdrileve sdrileev sdrileev sdrileve
sdreeivl sdreeilv sdreevil sdreevli sdreelvi sdreeliv sdreievl sdreielv sdreivel sdreivle sdreilve
sdreilev sdreviel sdrevile sdreveil sdreveli sdrevlei sdrevlie sdrelive sdreliev sdrelvie sdrelvei
sdrelevi sdreleiv sdrleiev sdrleive sdrleeiv sdrleevi sdrlevei sdrlevie sdrlieev sdrlieve sdrlieev
sdrlieve sdrlivee sdrlivee sdrleiev sdrleive sdrleeiv sdrleevi sdrlevei sdrlevie sdrlviee sdrlviee
sdrlveie sdrlveei sdrlveei sdrlveie sdeveril sdeverli sdeveirl sdeveilr sdevelir sdevelri sdevreil
sdevreli sdevriel sdevrile sdevrlie sdevrlei sdevirel sdevirle sdevierl sdevielr sdeviler sdevilre
sdevlrie sdevlrei sdevlire sdevlier sdevleir sdevleri sdeevril sdeevrli sdeevirl sdeevilr sdeevlir
sdeevlri sdeervil sdeervli sdeerivl sdeerilv sdeerliv sdeerlvi sdeeirvl sdeeirlv sdeeivrl sdeeivlr
sdeeilvr sdeeilrv sdeelriv sdeelrvi sdeelirv sdeelivr sdeelvir sdeelvri sderevil sderevli sdereivl
sdereilv sdereliv sderelvi sderveil sderveli sderviel sdervile sdervlie sdervlei sderivel sderivle
sderievl sderielv sderilev sderilve sderlvie sderlvei sderlive sderliev sderleiv sderlevi sdeiervl
sdeierlv sdeievrl sdeievlr sdeielvr sdeielrv sdeirevl sdeirelv sdeirvel sdeirvle sdeirlve sdeirlev
sdeivrel sdeivrle sdeiverl sdeivelr sdeivler sdeivlre sdeilrve sdeilrev sdeilvre sdeilver sdeilevr
sdeilerv sdeleriv sdelervi sdeleirv sdeleivr sdelevir sdelevri sdelreiv sdelrevi sdelriev sdelrive
sdelrvie sdelrvei sdelirev sdelirve sdelierv sdelievr sdeliver sdelivre sdelvrie sdelvrei sdelvire
sdelvier sdelveir sdelveri sdlverei sdlverie sdlveeri sdlveeir sdlveier sdlveire sdlvreei sdlvreie
sdlvreei sdlvreie sdlvriee sdlvriee sdlverei sdlverie sdlveeri sdlveeir sdlveier sdlveire sdlviree
sdlviree sdlviere sdlvieer sdlvieer sdlviere sdlevrei sdlevrie sdleveri sdleveir sdlevier sdlevire
sdlervei sdlervie sdlerevi sdlereiv sdleriev sdlerive sdleervi sdleeriv sdleevri sdleevir sdleeivr
sdleeirv sdleirev sdleirve sdleierv sdleievr sdleiver sdleivre sdlrevei sdlrevie sdlreevi sdlreeiv
sdlreiev sdlreive sdlrveei sdlrveie sdlrveei sdlrveie sdlrviee sdlrviee sdlrevei sdlrevie sdlreevi
sdlreeiv sdlreiev sdlreive sdlrivee sdlrivee sdlrieve sdlrieev sdlrieev sdlrieve sdleervi sdleeriv
sdleevri sdleevir sdleeivr sdleeirv sdlerevi sdlereiv sdlervei sdlervie sdlerive sdleriev sdlevrei
sdlevrie sdleveri sdleveir sdlevier sdlevire sdleirve sdleirev sdleivre sdleiver sdleievr sdleierv
sdlierev sdlierve sdlieerv sdlieevr sdliever sdlievre sdlireev sdlireve sdlireev sdlireve sdlirvee
sdlirvee sdlierev sdlierve sdlieerv sdlieevr sdliever sdlievre sdlivree sdlivree sdlivere sdliveer
sdliveer sdlivere

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History of cryptography
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