easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

unreasonability

mireill

rumil

subtoxicus

devenatis

spermatoplast

freebooters

abrook

stewartspoint

tomassi

xanthogenate

wobbled

antistrumatic

frisk

sinewous

techier

franke

oblak


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: laurine
cipher variations:
mbvsjof ncwtkpg odxulqh peyvmri qfzwnsj
rgaxotk shbypul ticzqvm ujdarwn vkebsxo
wlfctyp xmgduzq ynhevar zoifwbs apjgxct
bqkhydu crlizev dsmjafw etnkbgx fuolchy
gvpmdiz hwqneja ixrofkb jyspglc kztqhmd

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: laurine
Cipher: ozfirmv

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: laurine
Cipher: ABABA AAAAA BAABB BAAAA ABAAA ABBAA AABAA

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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: laurine
cipher variations:
mbvsjofibjazonebxipovablqfodwbzyvolsbnglotkbpwrojgbdehor
cbrmxozybfunohubtcdopqbhktoxncwtkpgjckbapofcyjqpwbcmrgpe
xcazwpmtcohmpulcqxspkhcefipsdcsnypazcgvopivcudepqrcilupy
odxulqhkdlcbqpgdzkrqxcdnshqfydbaxqnudpinqvmdrytqlidfgjqt
edtozqbadhwpqjwdvefqrsdjmvqzpeyvmrilemdcrqhealsrydeotirg
zecbyroveqjorwneszurmjeghkrufeuparcbeixqrkxewfgrsteknwra
qfzwnsjmfnedsrifbmtszefpujshafdczspwfrkpsxoftavsnkfhilsv
gfvqbsdcfjyrslyfxghstufloxsbrgaxotkngofetsjgcnutafgqvkti
bgedatqxgslqtypgubwtolgijmtwhgwrctedgkzstmzgyhituvgmpytc
shbypulohpgfutkhdovubghrwlujchfeburyhtmruzqhvcxupmhjknux
ihxsdufehlatunahzijuvwhnqzudticzqvmpiqhgvuliepwvchisxmvk
digfcvsziunsvariwdyvqniklovyjiytevgfimbuvobiajkvwxiorave
ujdarwnqjrihwvmjfqxwdijtynwlejhgdwtajvotwbsjxezwrojlmpwz
kjzufwhgjncvwpcjbklwxyjpsbwfvkebsxorksjixwnkgryxejkuzoxm
fkihexubkwpuxctkyfaxspkmnqxalkavgxihkodwxqdkclmxyzkqtcxg
wlfctypsltkjyxolhszyfklvapyngljifyvclxqvydulzgbytqlnoryb
mlbwhyjilpexyreldmnyzalrudyhxmgduzqtmulkzypmitazglmwbqzo
hmkjgzwdmyrwzevmahczurmopszcnmcxizkjmqfyzsfmenozabmsvezi
ynhevarunvmlazqnjubahmnxcrapinlkhaxenzsxafwnbidavsnpqtad
ondyjalknrgzatgnfopabcntwfajzoifwbsvownmbarokvcbinoydsbq
jomlibyfoatybgxocjebwtoqrubepoezkbmloshabuhogpqbcdouxgbk
apjgxctwpxoncbsplwdcjopzetcrkpnmjczgpbuzchypdkfcxuprsvcf
qpfalcnmptibcviphqrcdepvyhclbqkhyduxqypodctqmxedkpqafuds
lqonkdahqcvadizqelgdyvqstwdgrqgbmdonqujcdwjqirsdefqwzidm
crlizevyrzqpedurnyfelqrbgvetmrpolebirdwbejarfmhezwrtuxeh
srhcneporvkdexkrjstefgrxajendsmjafwzsarqfevsozgfmrschwfu
nsqpmfcjsexcfkbsgnifaxsuvyfitsidofqpswlefylsktufghsybkfo
etnkbgxatbsrgfwtpahgnstdixgvotrqngdktfydglcthojgbytvwzgj
utjepgrqtxmfgzmtluvghitzclgpfuolchybuctshgxuqbihotuejyhw
pusrohelugzehmduipkhczuwxahkvukfqhsruynghanumvwhijuadmhq
gvpmdizcvdutihyvrcjipuvfkzixqvtspifmvhafinevjqlidavxybil
wvlgritsvzohibovnwxijkvbenirhwqnejadwevujizwsdkjqvwglajy
rwutqjgnwibgjofwkrmjebwyzcjmxwmhsjutwapijcpwoxyjklwcfojs
ixrofkbexfwvkjaxtelkrwxhmbkzsxvurkhoxjchkpgxlsnkfcxzadkn
yxnitkvuxbqjkdqxpyzklmxdgpktjyspglcfygxwlkbyufmlsxyincla
tywvslipykdilqhymtolgdyabelozyojulwvycrkleryqzalmnyehqlu
kztqhmdgzhyxmlczvgnmtyzjodmbuzxwtmjqzlejmriznupmhezbcfmp
azpkvmxwzdslmfszrabmnozfirmvlaurinehaizynmdawhonuzakpenc
vayxunkramfknsjaovqnifacdgnqbaqlwnyxaetmngtasbcnopagjsnw

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: laurine
Cipher: ynhevar

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: laurine
Cipher: 13115424423351

Extended Methods:
Method #1

Plaintext: laurine
method variations:
qfzwoskvlebtxpaqkgycufvpmdhz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
l a u r i n e 
1 1 5 2 4 3 5 
3 1 4 4 2 3 1 
They are then read out in rows:
11524353144231
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: laurine
Cipher: akopqic

Read more ...
Method #3

Plaintext: laurine
method variations:
cvitmxa vitmxac itmxacv
tmxacvi mxacvit xacvitm
acvitmx

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: laurine

all 5040 cipher variations:
laurine laurien laurnie laurnei laureni laurein lauirne lauiren lauinre lauiner lauienr
lauiern launire launier launrie launrei launeri launeir laueinr laueirn lauenir lauenri
lauerni lauerin laruine laruien larunie larunei larueni laruein lariune lariuen larinue
larineu larienu larieun larniue larnieu larnuie larnuei larneui larneiu lareinu lareiun
lareniu larenui lareuni lareuin lairune lairuen lairnue lairneu lairenu laireun laiurne
laiuren laiunre laiuner laiuenr laiuern lainure lainuer lainrue lainreu laineru laineur
laieunr laieurn laienur laienru laiernu laierun lanriue lanrieu lanruie lanruei lanreui
lanreiu lanirue lanireu laniure laniuer lanieur lanieru lanuire lanuier lanurie lanurei
lanueri lanueir laneiur laneiru laneuir laneuri lanerui laneriu laerinu laeriun laerniu
laernui laeruni laeruin laeirnu laeirun laeinru laeinur laeiunr laeiurn laeniru laeniur
laenriu laenrui laenuri laenuir laeuinr laeuirn laeunir laeunri laeurni laeurin luarine
luarien luarnie luarnei luareni luarein luairne luairen luainre luainer luaienr luaiern
luanire luanier luanrie luanrei luaneri luaneir luaeinr luaeirn luaenir luaenri luaerni
luaerin luraine luraien luranie luranei luraeni luraein luriane luriaen lurinae lurinea
luriena luriean lurniae lurniea lurnaie lurnaei lurneai lurneia lureina lureian lurenia
lurenai lureani lureain luirane luiraen luirnae luirnea luirena luirean luiarne luiaren
luianre luianer luiaenr luiaern luinare luinaer luinrae luinrea luinera luinear luieanr
luiearn luienar luienra luierna luieran lunriae lunriea lunraie lunraei lunreai lunreia
lunirae lunirea luniare luniaer luniear luniera lunaire lunaier lunarie lunarei lunaeri
lunaeir luneiar luneira luneair luneari lunerai luneria luerina luerian luernia luernai
luerani luerain lueirna lueiran lueinra lueinar lueianr lueiarn luenira lueniar luenria
luenrai luenari luenair lueainr lueairn lueanir lueanri luearni luearin lruaine lruaien
lruanie lruanei lruaeni lruaein lruiane lruiaen lruinae lruinea lruiena lruiean lruniae
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lireuan liarune liaruen liarnue liarneu liarenu liareun liaurne liauren liaunre liauner
liauenr liauern lianure lianuer lianrue lianreu lianeru lianeur liaeunr liaeurn liaenur
liaenru liaernu liaerun linraue linraeu linruae linruea linreua linreau linarue linareu
linaure linauer linaeur linaeru linuare linuaer linurae linurea linuera linuear lineaur
linearu lineuar lineura linerua linerau lieranu lieraun liernau liernua lieruna lieruan
liearnu liearun lieanru lieanur lieaunr lieaurn lienaru lienaur lienrau lienrua lienura
lienuar lieuanr lieuarn lieunar lieunra lieurna lieuran lnuriae lnuriea lnuraie lnuraei
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lnruaie lnruaei lnrueai lnrueia lnriuae lnriuea lnriaue lnriaeu lnrieau lnrieua lnraiue
lnraieu lnrauie lnrauei lnraeui lnraeiu lnreiau lnreiua lnreaiu lnreaui lnreuai lnreuia
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lniuera lniaure lniauer lniarue lniareu lniaeru lniaeur lnieuar lnieura lnieaur lniearu
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lnaiuer lnaieur lnaieru lnauire lnauier lnaurie lnaurei lnaueri lnaueir lnaeiur lnaeiru
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leniaur leniaru lenuira lenuiar lenuria lenurai lenuari lenuair lenaiur lenairu lenauir
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aeulrni aeulrin aeruinl aeruiln aerunil aerunli aerulni aerulin aeriunl aeriuln aerinul
aerinlu aerilnu aerilun aerniul aernilu aernuil aernuli aernlui aernliu aerlinu aerliun
aerlniu aerlnui aerluni aerluin aeirunl aeiruln aeirnul aeirnlu aeirlnu aeirlun aeiurnl
aeiurln aeiunrl aeiunlr aeiulnr aeiulrn aeinurl aeinulr aeinrul aeinrlu aeinlru aeinlur
aeilunr aeilurn aeilnur aeilnru aeilrnu aeilrun aenriul aenrilu aenruil aenruli aenrlui
aenrliu aenirul aenirlu aeniurl aeniulr aenilur aenilru aenuirl aenuilr aenuril aenurli
aenulri aenulir aenliur aenliru aenluir aenluri aenlrui aenlriu aelrinu aelriun aelrniu
aelrnui aelruni aelruin aelirnu aelirun aelinru aelinur aeliunr aeliurn aelniru aelniur
aelnriu aelnrui aelnuri aelnuir aeluinr aeluirn aelunir aelunri aelurni aelurin ualrine
ualrien ualrnie ualrnei ualreni ualrein ualirne ualiren ualinre ualiner ualienr ualiern
ualnire ualnier ualnrie ualnrei ualneri ualneir ualeinr ualeirn ualenir ualenri ualerni
ualerin uarline uarlien uarlnie uarlnei uarleni uarlein uarilne uarilen uarinle uarinel
uarienl uarieln uarnile uarniel uarnlie uarnlei uarneli uarneil uareinl uareiln uarenil
uarenli uarelni uarelin uairlne uairlen uairnle uairnel uairenl uaireln uailrne uailren
uailnre uailner uailenr uailern uainlre uainler uainrle uainrel uainerl uainelr uaielnr
uaielrn uaienlr uaienrl uaiernl uaierln uanrile uanriel uanrlie uanrlei uanreli uanreil
uanirle uanirel uanilre uaniler uanielr uanierl uanlire uanlier uanlrie uanlrei uanleri
uanleir uaneilr uaneirl uanelir uanelri uanerli uaneril uaerinl uaeriln uaernil uaernli
uaerlni uaerlin uaeirnl uaeirln uaeinrl uaeinlr uaeilnr uaeilrn uaenirl uaenilr uaenril
uaenrli uaenlri uaenlir uaelinr uaelirn uaelnir uaelnri uaelrni uaelrin ularine ularien
ularnie ularnei ulareni ularein ulairne ulairen ulainre ulainer ulaienr ulaiern ulanire
ulanier ulanrie ulanrei ulaneri ulaneir ulaeinr ulaeirn ulaenir ulaenri ulaerni ulaerin
ulraine ulraien ulranie ulranei ulraeni ulraein ulriane ulriaen ulrinae ulrinea ulriena
ulriean ulrniae ulrniea ulrnaie ulrnaei ulrneai ulrneia ulreina ulreian ulrenia ulrenai
ulreani ulreain ulirane uliraen ulirnae ulirnea ulirena ulirean uliarne uliaren ulianre
ulianer uliaenr uliaern ulinare ulinaer ulinrae ulinrea ulinera ulinear ulieanr uliearn
ulienar ulienra ulierna ulieran ulnriae ulnriea ulnraie ulnraei ulnreai ulnreia ulnirae
ulnirea ulniare ulniaer ulniear ulniera ulnaire ulnaier ulnarie ulnarei ulnaeri ulnaeir
ulneiar ulneira ulneair ulneari ulnerai ulneria ulerina ulerian ulernia ulernai ulerani
ulerain uleirna uleiran uleinra uleinar uleianr uleiarn ulenira uleniar ulenria ulenrai
ulenari ulenair uleainr uleairn uleanir uleanri ulearni ulearin urlaine urlaien urlanie
urlanei urlaeni urlaein urliane urliaen urlinae urlinea urliena urliean urlniae urlniea
urlnaie urlnaei urlneai urlneia urleina urleian urlenia urlenai urleani urleain uraline
uralien uralnie uralnei uraleni uralein urailne urailen urainle urainel uraienl uraieln
uranile uraniel uranlie uranlei uraneli uraneil uraeinl uraeiln uraenil uraenli uraelni
uraelin urialne urialen urianle urianel uriaenl uriaeln urilane urilaen urilnae urilnea
urilena urilean urinlae urinlea urinale urinael urineal urinela urielna urielan urienla
urienal urieanl uriealn urnaile urnaiel urnalie urnalei urnaeli urnaeil urniale urniael
urnilae urnilea urniela urnieal urnliae urnliea urnlaie urnlaei urnleai urnleia urneila
urneial urnelia urnelai urneali urneail ureainl ureailn ureanil ureanli urealni urealin
ureianl ureialn ureinal ureinla ureilna ureilan urenial urenila urenail urenali urenlai
urenlia urelina urelian urelnia urelnai urelani urelain uilrane uilraen uilrnae uilrnea
uilrena uilrean uilarne uilaren uilanre uilaner uilaenr uilaern uilnare uilnaer uilnrae
uilnrea uilnera uilnear uileanr uilearn uilenar uilenra uilerna uileran uirlane uirlaen
uirlnae uirlnea uirlena uirlean uiralne uiralen uiranle uiranel uiraenl uiraeln uirnale
uirnael uirnlae uirnlea uirnela uirneal uireanl uirealn uirenal uirenla uirelna uirelan
uiarlne uiarlen uiarnle uiarnel uiarenl uiareln uialrne uialren uialnre uialner uialenr
uialern uianlre uianler uianrle uianrel uianerl uianelr uiaelnr uiaelrn uiaenlr uiaenrl
uiaernl uiaerln uinrale uinrael uinrlae uinrlea uinrela uinreal uinarle uinarel uinalre
uinaler uinaelr uinaerl uinlare uinlaer uinlrae uinlrea uinlera uinlear uinealr uinearl
uinelar uinelra uinerla uineral uieranl uieraln uiernal uiernla uierlna uierlan uiearnl
uiearln uieanrl uieanlr uiealnr uiealrn uienarl uienalr uienral uienrla uienlra uienlar
uielanr uielarn uielnar uielnra uielrna uielran unlriae unlriea unlraie unlraei unlreai
unlreia unlirae unlirea unliare unliaer unliear unliera unlaire unlaier unlarie unlarei
unlaeri unlaeir unleiar unleira unleair unleari unlerai unleria unrliae unrliea unrlaie
unrlaei unrleai unrleia unrilae unrilea unriale unriael unrieal unriela unraile unraiel
unralie unralei unraeli unraeil unreial unreila unreail unreali unrelai unrelia unirlae
unirlea unirale unirael unireal unirela unilrae unilrea unilare unilaer unilear unilera
unialre unialer uniarle uniarel uniaerl uniaelr unielar unielra uniealr uniearl unieral
unierla unarile unariel unarlie unarlei unareli unareil unairle unairel unailre unailer
unaielr unaierl unalire unalier unalrie unalrei unaleri unaleir unaeilr unaeirl unaelir
unaelri unaerli unaeril unerial unerila unerail unerali unerlai unerlia uneiral uneirla
uneiarl uneialr uneilar uneilra uneairl uneailr unearil unearli unealri unealir uneliar
unelira unelair unelari unelrai unelria uelrina uelrian uelrnia uelrnai uelrani uelrain
uelirna ueliran uelinra uelinar uelianr ueliarn uelnira uelniar uelnria uelnrai uelnari
uelnair uelainr uelairn uelanir uelanri uelarni uelarin uerlina uerlian uerlnia uerlnai
uerlani uerlain uerilna uerilan uerinla uerinal uerianl uerialn uernila uernial uernlia
uernlai uernali uernail uerainl uerailn ueranil ueranli ueralni ueralin ueirlna ueirlan
ueirnla ueirnal ueiranl ueiraln ueilrna ueilran ueilnra ueilnar ueilanr ueilarn ueinlra
ueinlar ueinrla ueinral ueinarl ueinalr ueialnr ueialrn ueianlr ueianrl ueiarnl ueiarln
uenrila uenrial uenrlia uenrlai uenrali uenrail uenirla ueniral uenilra uenilar uenialr
ueniarl uenlira uenliar uenlria uenlrai uenlari uenlair uenailr uenairl uenalir uenalri
uenarli uenaril uearinl ueariln uearnil uearnli uearlni uearlin ueairnl ueairln ueainrl
ueainlr ueailnr ueailrn ueanirl ueanilr ueanril ueanrli ueanlri ueanlir uealinr uealirn
uealnir uealnri uealrni uealrin rauline raulien raulnie raulnei rauleni raulein rauilne
rauilen rauinle rauinel rauienl rauieln raunile rauniel raunlie raunlei rauneli rauneil
raueinl raueiln rauenil rauenli rauelni rauelin raluine raluien ralunie ralunei ralueni
raluein raliune raliuen ralinue ralineu ralienu ralieun ralniue ralnieu ralnuie ralnuei
ralneui ralneiu raleinu raleiun raleniu ralenui raleuni raleuin railune railuen railnue
railneu railenu raileun raiulne raiulen raiunle raiunel raiuenl raiueln rainule rainuel
rainlue rainleu rainelu raineul raieunl raieuln raienul raienlu raielnu raielun ranliue
ranlieu ranluie ranluei ranleui ranleiu ranilue ranileu raniule raniuel ranieul ranielu
ranuile ranuiel ranulie ranulei ranueli ranueil raneiul raneilu raneuil raneuli ranelui
raneliu raelinu raeliun raelniu raelnui raeluni raeluin raeilnu raeilun raeinlu raeinul
raeiunl raeiuln raenilu raeniul raenliu raenlui raenuli raenuil raeuinl raeuiln raeunil
raeunli raeulni raeulin rualine rualien rualnie rualnei rualeni rualein ruailne ruailen
ruainle ruainel ruaienl ruaieln ruanile ruaniel ruanlie ruanlei ruaneli ruaneil ruaeinl
ruaeiln ruaenil ruaenli ruaelni ruaelin rulaine rulaien rulanie rulanei rulaeni rulaein
ruliane ruliaen rulinae rulinea ruliena ruliean rulniae rulniea rulnaie rulnaei rulneai
rulneia ruleina ruleian rulenia rulenai ruleani ruleain ruilane ruilaen ruilnae ruilnea
ruilena ruilean ruialne ruialen ruianle ruianel ruiaenl ruiaeln ruinale ruinael ruinlae
ruinlea ruinela ruineal ruieanl ruiealn ruienal ruienla ruielna ruielan runliae runliea
runlaie runlaei runleai runleia runilae runilea runiale runiael runieal runiela runaile
runaiel runalie runalei runaeli runaeil runeial runeila runeail runeali runelai runelia
ruelina ruelian ruelnia ruelnai ruelani ruelain rueilna rueilan rueinla rueinal rueianl
rueialn ruenila ruenial ruenlia ruenlai ruenali ruenail rueainl rueailn rueanil rueanli
ruealni ruealin rluaine rluaien rluanie rluanei rluaeni rluaein rluiane rluiaen rluinae
rluinea rluiena rluiean rluniae rluniea rlunaie rlunaei rluneai rluneia rlueina rlueian
rluenia rluenai rlueani rlueain rlauine rlauien rlaunie rlaunei rlaueni rlauein rlaiune
rlaiuen rlainue rlaineu rlaienu rlaieun rlaniue rlanieu rlanuie rlanuei rlaneui rlaneiu
rlaeinu rlaeiun rlaeniu rlaenui rlaeuni rlaeuin rliaune rliauen rlianue rlianeu rliaenu
rliaeun rliuane rliuaen rliunae rliunea rliuena rliuean rlinuae rlinuea rlinaue rlinaeu
rlineau rlineua rlieuna rlieuan rlienua rlienau rlieanu rlieaun rlnaiue rlnaieu rlnauie
rlnauei rlnaeui rlnaeiu rlniaue rlniaeu rlniuae rlniuea rlnieua rlnieau rlnuiae rlnuiea
rlnuaie rlnuaei rlnueai rlnueia rlneiua rlneiau rlneuia rlneuai rlneaui rlneaiu rleainu
rleaiun rleaniu rleanui rleauni rleauin rleianu rleiaun rleinau rleinua rleiuna rleiuan
rleniau rleniua rlenaiu rlenaui rlenuai rlenuia rleuina rleuian rleunia rleunai rleuani
rleuain riulane riulaen riulnae riulnea riulena riulean riualne riualen riuanle riuanel
riuaenl riuaeln riunale riunael riunlae riunlea riunela riuneal riueanl riuealn riuenal
riuenla riuelna riuelan riluane riluaen rilunae rilunea riluena riluean rilaune rilauen
rilanue rilaneu rilaenu rilaeun rilnaue rilnaeu rilnuae rilnuea rilneua rilneau rileanu
rileaun rilenau rilenua rileuna rileuan rialune rialuen rialnue rialneu rialenu rialeun
riaulne riaulen riaunle riaunel riauenl riaueln rianule rianuel rianlue rianleu rianelu
rianeul riaeunl riaeuln riaenul riaenlu riaelnu riaelun rinlaue rinlaeu rinluae rinluea
rinleua rinleau rinalue rinaleu rinaule rinauel rinaeul rinaelu rinuale rinuael rinulae
rinulea rinuela rinueal rineaul rinealu rineual rineula rinelua rinelau rielanu rielaun
rielnau rielnua rieluna rieluan riealnu riealun rieanlu rieanul rieaunl rieauln rienalu
rienaul rienlau rienlua rienula rienual rieuanl rieualn rieunal rieunla rieulna rieulan
rnuliae rnuliea rnulaie rnulaei rnuleai rnuleia rnuilae rnuilea rnuiale rnuiael rnuieal
rnuiela rnuaile rnuaiel rnualie rnualei rnuaeli rnuaeil rnueial rnueila rnueail rnueali
rnuelai rnuelia rnluiae rnluiea rnluaie rnluaei rnlueai rnlueia rnliuae rnliuea rnliaue
rnliaeu rnlieau rnlieua rnlaiue rnlaieu rnlauie rnlauei rnlaeui rnlaeiu rnleiau rnleiua
rnleaiu rnleaui rnleuai rnleuia rniluae rniluea rnilaue rnilaeu rnileau rnileua rniulae
rniulea rniuale rniuael rniueal rniuela rniaule rniauel rnialue rnialeu rniaelu rniaeul
rnieual rnieula rnieaul rniealu rnielau rnielua rnaliue rnalieu rnaluie rnaluei rnaleui
rnaleiu rnailue rnaileu rnaiule rnaiuel rnaieul rnaielu rnauile rnauiel rnaulie rnaulei
rnaueli rnaueil rnaeiul rnaeilu rnaeuil rnaeuli rnaelui rnaeliu rneliau rneliua rnelaiu
rnelaui rneluai rneluia rneilau rneilua rneialu rneiaul rneiual rneiula rneailu rneaiul
rnealiu rnealui rneauli rneauil rneuial rneuila rneuail rneuali rneulai rneulia reulina
reulian reulnia reulnai reulani reulain reuilna reuilan reuinla reuinal reuianl reuialn
reunila reunial reunlia reunlai reunali reunail reuainl reuailn reuanil reuanli reualni
reualin reluina reluian relunia relunai reluani reluain reliuna reliuan relinua relinau
relianu reliaun relniua relniau relnuia relnuai relnaui relnaiu relainu relaiun relaniu
relanui relauni relauin reiluna reiluan reilnua reilnau reilanu reilaun reiulna reiulan
reiunla reiunal reiuanl reiualn reinula reinual reinlua reinlau reinalu reinaul reiaunl
reiauln reianul reianlu reialnu reialun renliua renliau renluia renluai renlaui renlaiu
renilua renilau reniula reniual reniaul renialu renuila renuial renulia renulai renuali
renuail renaiul renailu renauil renauli renalui renaliu realinu realiun realniu realnui
realuni realuin reailnu reailun reainlu reainul reaiunl reaiuln reanilu reaniul reanliu
reanlui reanuli reanuil reauinl reauiln reaunil reaunli reaulni reaulin iaurlne iaurlen
iaurnle iaurnel iaurenl iaureln iaulrne iaulren iaulnre iaulner iaulenr iaulern iaunlre
iaunler iaunrle iaunrel iaunerl iaunelr iauelnr iauelrn iauenlr iauenrl iauernl iauerln
iarulne iarulen iarunle iarunel iaruenl iarueln iarlune iarluen iarlnue iarlneu iarlenu
iarleun iarnlue iarnleu iarnule iarnuel iarneul iarnelu iarelnu iarelun iarenlu iarenul
iareunl iareuln ialrune ialruen ialrnue ialrneu ialrenu ialreun ialurne ialuren ialunre
ialuner ialuenr ialuern ialnure ialnuer ialnrue ialnreu ialneru ialneur ialeunr ialeurn
ialenur ialenru ialernu ialerun ianrlue ianrleu ianrule ianruel ianreul ianrelu ianlrue
ianlreu ianlure ianluer ianleur ianleru ianulre ianuler ianurle ianurel ianuerl ianuelr
ianelur ianelru ianeulr ianeurl ianerul ianerlu iaerlnu iaerlun iaernlu iaernul iaerunl
iaeruln iaelrnu iaelrun iaelnru iaelnur iaelunr iaelurn iaenlru iaenlur iaenrlu iaenrul
iaenurl iaenulr iaeulnr iaeulrn iaeunlr iaeunrl iaeurnl iaeurln iuarlne iuarlen iuarnle
iuarnel iuarenl iuareln iualrne iualren iualnre iualner iualenr iualern iuanlre iuanler
iuanrle iuanrel iuanerl iuanelr iuaelnr iuaelrn iuaenlr iuaenrl iuaernl iuaerln iuralne
iuralen iuranle iuranel iuraenl iuraeln iurlane iurlaen iurlnae iurlnea iurlena iurlean
iurnlae iurnlea iurnale iurnael iurneal iurnela iurelna iurelan iurenla iurenal iureanl
iurealn iulrane iulraen iulrnae iulrnea iulrena iulrean iularne iularen iulanre iulaner
iulaenr iulaern iulnare iulnaer iulnrae iulnrea iulnera iulnear iuleanr iulearn iulenar
iulenra iulerna iuleran iunrlae iunrlea iunrale iunrael iunreal iunrela iunlrae iunlrea
iunlare iunlaer iunlear iunlera iunalre iunaler iunarle iunarel iunaerl iunaelr iunelar
iunelra iunealr iunearl iuneral iunerla iuerlna iuerlan iuernla iuernal iueranl iueraln
iuelrna iuelran iuelnra iuelnar iuelanr iuelarn iuenlra iuenlar iuenrla iuenral iuenarl
iuenalr iuealnr iuealrn iueanlr iueanrl iuearnl iuearln irualne irualen iruanle iruanel
iruaenl iruaeln irulane irulaen irulnae irulnea irulena irulean irunlae irunlea irunale
irunael iruneal irunela iruelna iruelan iruenla iruenal irueanl iruealn iraulne iraulen
iraunle iraunel irauenl iraueln iralune iraluen iralnue iralneu iralenu iraleun iranlue
iranleu iranule iranuel iraneul iranelu iraelnu iraelun iraenlu iraenul iraeunl iraeuln
irlaune irlauen irlanue irlaneu irlaenu irlaeun irluane irluaen irlunae irlunea irluena
irluean irlnuae irlnuea irlnaue irlnaeu irlneau irlneua irleuna irleuan irlenua irlenau
irleanu irleaun irnalue irnaleu irnaule irnauel irnaeul irnaelu irnlaue irnlaeu irnluae
irnluea irnleua irnleau irnulae irnulea irnuale irnuael irnueal irnuela irnelua irnelau
irneula irneual irneaul irnealu irealnu irealun ireanlu ireanul ireaunl ireauln irelanu
irelaun irelnau irelnua ireluna ireluan irenlau irenlua irenalu irenaul irenual irenula
ireulna ireulan ireunla ireunal ireuanl ireualn ilurane iluraen ilurnae ilurnea ilurena
ilurean iluarne iluaren iluanre iluaner iluaenr iluaern ilunare ilunaer ilunrae ilunrea
ilunera ilunear ilueanr iluearn iluenar iluenra iluerna ilueran ilruane ilruaen ilrunae
ilrunea ilruena ilruean ilraune ilrauen ilranue ilraneu ilraenu ilraeun ilrnaue ilrnaeu
ilrnuae ilrnuea ilrneua ilrneau ilreanu ilreaun ilrenau ilrenua ilreuna ilreuan ilarune
ilaruen ilarnue ilarneu ilarenu ilareun ilaurne ilauren ilaunre ilauner ilauenr ilauern
ilanure ilanuer ilanrue ilanreu ilaneru ilaneur ilaeunr ilaeurn ilaenur ilaenru ilaernu
ilaerun ilnraue ilnraeu ilnruae ilnruea ilnreua ilnreau ilnarue ilnareu ilnaure ilnauer
ilnaeur ilnaeru ilnuare ilnuaer ilnurae ilnurea ilnuera ilnuear ilneaur ilnearu ilneuar
ilneura ilnerua ilnerau ileranu ileraun ilernau ilernua ileruna ileruan ilearnu ilearun
ileanru ileanur ileaunr ileaurn ilenaru ilenaur ilenrau ilenrua ilenura ilenuar ileuanr
ileuarn ileunar ileunra ileurna ileuran inurlae inurlea inurale inurael inureal inurela
inulrae inulrea inulare inulaer inulear inulera inualre inualer inuarle inuarel inuaerl
inuaelr inuelar inuelra inuealr inuearl inueral inuerla inrulae inrulea inruale inruael
inrueal inruela inrluae inrluea inrlaue inrlaeu inrleau inrleua inralue inraleu inraule
inrauel inraeul inraelu inrelau inrelua inrealu inreaul inreual inreula inlruae inlruea
inlraue inlraeu inlreau inlreua inlurae inlurea inluare inluaer inluear inluera inlaure
inlauer inlarue inlareu inlaeru inlaeur inleuar inleura inleaur inlearu inlerau inlerua
inarlue inarleu inarule inaruel inareul inarelu inalrue inalreu inalure inaluer inaleur
inaleru inaulre inauler inaurle inaurel inauerl inauelr inaelur inaelru inaeulr inaeurl
inaerul inaerlu inerlau inerlua ineralu ineraul inerual inerula inelrau inelrua inelaru
inelaur ineluar inelura inealru inealur inearlu inearul ineaurl ineaulr ineular ineulra
ineualr ineuarl ineural ineurla ieurlna ieurlan ieurnla ieurnal ieuranl ieuraln ieulrna
ieulran ieulnra ieulnar ieulanr ieularn ieunlra ieunlar ieunrla ieunral ieunarl ieunalr
ieualnr ieualrn ieuanlr ieuanrl ieuarnl ieuarln ierulna ierulan ierunla ierunal ieruanl
ierualn ierluna ierluan ierlnua ierlnau ierlanu ierlaun iernlua iernlau iernula iernual
iernaul iernalu ieralnu ieralun ieranlu ieranul ieraunl ierauln ielruna ielruan ielrnua
ielrnau ielranu ielraun ielurna ieluran ielunra ielunar ieluanr ieluarn ielnura ielnuar
ielnrua ielnrau ielnaru ielnaur ielaunr ielaurn ielanur ielanru ielarnu ielarun ienrlua
ienrlau ienrula ienrual ienraul ienralu ienlrua ienlrau ienlura ienluar ienlaur ienlaru
ienulra ienular ienurla ienural ienuarl ienualr ienalur ienalru ienaulr ienaurl ienarul
ienarlu iearlnu iearlun iearnlu iearnul iearunl iearuln iealrnu iealrun iealnru iealnur
iealunr iealurn ieanlru ieanlur ieanrlu ieanrul ieanurl ieanulr ieaulnr ieaulrn ieaunlr
ieaunrl ieaurnl ieaurln naurile nauriel naurlie naurlei naureli naureil nauirle nauirel
nauilre nauiler nauielr nauierl naulire naulier naulrie naulrei nauleri nauleir naueilr
naueirl nauelir nauelri nauerli naueril naruile naruiel narulie narulei narueli narueil
nariule nariuel narilue narileu narielu narieul narliue narlieu narluie narluei narleui
narleiu nareilu nareiul nareliu narelui nareuli nareuil nairule nairuel nairlue nairleu
nairelu naireul naiurle naiurel naiulre naiuler naiuelr naiuerl nailure nailuer nailrue
nailreu naileru naileur naieulr naieurl naielur naielru naierlu naierul nalriue nalrieu
nalruie nalruei nalreui nalreiu nalirue nalireu naliure naliuer nalieur nalieru naluire
naluier nalurie nalurei nalueri nalueir naleiur naleiru naleuir naleuri nalerui naleriu
naerilu naeriul naerliu naerlui naeruli naeruil naeirlu naeirul naeilru naeilur naeiulr
naeiurl naeliru naeliur naelriu naelrui naeluri naeluir naeuilr naeuirl naeulir naeulri
naeurli naeuril nuarile nuariel nuarlie nuarlei nuareli nuareil nuairle nuairel nuailre
nuailer nuaielr nuaierl nualire nualier nualrie nualrei nualeri nualeir nuaeilr nuaeirl
nuaelir nuaelri nuaerli nuaeril nuraile nuraiel nuralie nuralei nuraeli nuraeil nuriale
nuriael nurilae nurilea nuriela nurieal nurliae nurliea nurlaie nurlaei nurleai nurleia
nureila nureial nurelia nurelai nureali nureail nuirale nuirael nuirlae nuirlea nuirela
nuireal nuiarle nuiarel nuialre nuialer nuiaelr nuiaerl nuilare nuilaer nuilrae nuilrea
nuilera nuilear nuiealr nuiearl nuielar nuielra nuierla nuieral nulriae nulriea nulraie
nulraei nulreai nulreia nulirae nulirea nuliare nuliaer nuliear nuliera nulaire nulaier
nularie nularei nulaeri nulaeir nuleiar nuleira nuleair nuleari nulerai nuleria nuerila
nuerial nuerlia nuerlai nuerali nuerail nueirla nueiral nueilra nueilar nueialr nueiarl
nuelira nueliar nuelria nuelrai nuelari nuelair nueailr nueairl nuealir nuealri nuearli
nuearil nruaile nruaiel nrualie nrualei nruaeli nruaeil nruiale nruiael nruilae nruilea
nruiela nruieal nruliae nruliea nrulaie nrulaei nruleai nruleia nrueila nrueial nruelia
nruelai nrueali nrueail nrauile nrauiel nraulie nraulei nraueli nraueil nraiule nraiuel
nrailue nraileu nraielu nraieul nraliue nralieu nraluie nraluei nraleui nraleiu nraeilu
nraeiul nraeliu nraelui nraeuli nraeuil nriaule nriauel nrialue nrialeu nriaelu nriaeul
nriuale nriuael nriulae nriulea nriuela nriueal nriluae nriluea nrilaue nrilaeu nrileau
nrileua nrieula nrieual nrielua nrielau nriealu nrieaul nrlaiue nrlaieu nrlauie nrlauei
nrlaeui nrlaeiu nrliaue nrliaeu nrliuae nrliuea nrlieua nrlieau nrluiae nrluiea nrluaie
nrluaei nrlueai nrlueia nrleiua nrleiau nrleuia nrleuai nrleaui nrleaiu nreailu nreaiul
nrealiu nrealui nreauli nreauil nreialu nreiaul nreilau nreilua nreiula nreiual nreliau
nreliua nrelaiu nrelaui nreluai nreluia nreuila nreuial nreulia nreulai nreuali nreuail
niurale niurael niurlae niurlea niurela niureal niuarle niuarel niualre niualer niuaelr
niuaerl niulare niulaer niulrae niulrea niulera niulear niuealr niuearl niuelar niuelra
niuerla niueral niruale niruael nirulae nirulea niruela nirueal niraule nirauel niralue
niraleu niraelu niraeul nirlaue nirlaeu nirluae nirluea nirleua nirleau nirealu nireaul
nirelau nirelua nireula nireual niarule niaruel niarlue niarleu niarelu niareul niaurle
niaurel niaulre niauler niauelr niauerl nialure nialuer nialrue nialreu nialeru nialeur
niaeulr niaeurl niaelur niaelru niaerlu niaerul nilraue nilraeu nilruae nilruea nilreua
nilreau nilarue nilareu nilaure nilauer nilaeur nilaeru niluare niluaer nilurae nilurea
niluera niluear nileaur nilearu nileuar nileura nilerua nilerau nieralu nieraul nierlau
nierlua nierula nierual niearlu niearul niealru niealur nieaulr nieaurl nielaru nielaur
nielrau nielrua nielura nieluar nieualr nieuarl nieular nieulra nieurla nieural nluriae
nluriea nluraie nluraei nlureai nlureia nluirae nluirea nluiare nluiaer nluiear nluiera
nluaire nluaier nluarie nluarei nluaeri nluaeir nlueiar nlueira nlueair nlueari nluerai
nlueria nlruiae nlruiea nlruaie nlruaei nlrueai nlrueia nlriuae nlriuea nlriaue nlriaeu
nlrieau nlrieua nlraiue nlraieu nlrauie nlrauei nlraeui nlraeiu nlreiau nlreiua nlreaiu
nlreaui nlreuai nlreuia nliruae nliruea nliraue nliraeu nlireau nlireua nliurae nliurea
nliuare nliuaer nliuear nliuera nliaure nliauer nliarue nliareu nliaeru nliaeur nlieuar
nlieura nlieaur nliearu nlierau nlierua nlariue nlarieu nlaruie nlaruei nlareui nlareiu
nlairue nlaireu nlaiure nlaiuer nlaieur nlaieru nlauire nlauier nlaurie nlaurei nlaueri
nlaueir nlaeiur nlaeiru nlaeuir nlaeuri nlaerui nlaeriu nleriau nleriua nleraiu nleraui
nleruai nleruia nleirau nleirua nleiaru nleiaur nleiuar nleiura nleairu nleaiur nleariu
nlearui nleauri nleauir nleuiar nleuira nleuair nleuari nleurai nleuria neurila neurial
neurlia neurlai neurali neurail neuirla neuiral neuilra neuilar neuialr neuiarl neulira
neuliar neulria neulrai neulari neulair neuailr neuairl neualir neualri neuarli neuaril
neruila neruial nerulia nerulai neruali neruail neriula neriual nerilua nerilau nerialu
neriaul nerliua nerliau nerluia nerluai nerlaui nerlaiu nerailu neraiul neraliu neralui
nerauli nerauil neirula neirual neirlua neirlau neiralu neiraul neiurla neiural neiulra
neiular neiualr neiuarl neilura neiluar neilrua neilrau neilaru neilaur neiaulr neiaurl
neialur neialru neiarlu neiarul nelriua nelriau nelruia nelruai nelraui nelraiu nelirua
nelirau neliura neliuar neliaur neliaru neluira neluiar neluria nelurai neluari neluair
nelaiur nelairu nelauir nelauri nelarui nelariu nearilu neariul nearliu nearlui nearuli
nearuil neairlu neairul neailru neailur neaiulr neaiurl nealiru nealiur nealriu nealrui
nealuri nealuir neauilr neauirl neaulir neaulri neaurli neauril eaurinl eauriln eaurnil
eaurnli eaurlni eaurlin eauirnl eauirln eauinrl eauinlr eauilnr eauilrn eaunirl eaunilr
eaunril eaunrli eaunlri eaunlir eaulinr eaulirn eaulnir eaulnri eaulrni eaulrin earuinl
earuiln earunil earunli earulni earulin eariunl eariuln earinul earinlu earilnu earilun
earniul earnilu earnuil earnuli earnlui earnliu earlinu earliun earlniu earlnui earluni
earluin eairunl eairuln eairnul eairnlu eairlnu eairlun eaiurnl eaiurln eaiunrl eaiunlr
eaiulnr eaiulrn eainurl eainulr eainrul eainrlu eainlru eainlur eailunr eailurn eailnur
eailnru eailrnu eailrun eanriul eanrilu eanruil eanruli eanrlui eanrliu eanirul eanirlu
eaniurl eaniulr eanilur eanilru eanuirl eanuilr eanuril eanurli eanulri eanulir eanliur
eanliru eanluir eanluri eanlrui eanlriu ealrinu ealriun ealrniu ealrnui ealruni ealruin
ealirnu ealirun ealinru ealinur ealiunr ealiurn ealniru ealniur ealnriu ealnrui ealnuri
ealnuir ealuinr ealuirn ealunir ealunri ealurni ealurin euarinl euariln euarnil euarnli
euarlni euarlin euairnl euairln euainrl euainlr euailnr euailrn euanirl euanilr euanril
euanrli euanlri euanlir eualinr eualirn eualnir eualnri eualrni eualrin eurainl eurailn
euranil euranli euralni euralin eurianl eurialn eurinal eurinla eurilna eurilan eurnial
eurnila eurnail eurnali eurnlai eurnlia eurlina eurlian eurlnia eurlnai eurlani eurlain
euiranl euiraln euirnal euirnla euirlna euirlan euiarnl euiarln euianrl euianlr euialnr
euialrn euinarl euinalr euinral euinrla euinlra euinlar euilanr euilarn euilnar euilnra
euilrna euilran eunrial eunrila eunrail eunrali eunrlai eunrlia euniral eunirla euniarl
eunialr eunilar eunilra eunairl eunailr eunaril eunarli eunalri eunalir eunliar eunlira
eunlair eunlari eunlrai eunlria eulrina eulrian eulrnia eulrnai eulrani eulrain eulirna
euliran eulinra eulinar eulianr euliarn eulnira eulniar eulnria eulnrai eulnari eulnair
eulainr eulairn eulanir eulanri eularni eularin eruainl eruailn eruanil eruanli erualni
erualin eruianl eruialn eruinal eruinla eruilna eruilan erunial erunila erunail erunali
erunlai erunlia erulina erulian erulnia erulnai erulani erulain erauinl erauiln eraunil
eraunli eraulni eraulin eraiunl eraiuln erainul erainlu erailnu erailun eraniul eranilu
eranuil eranuli eranlui eranliu eralinu eraliun eralniu eralnui eraluni eraluin eriaunl
eriauln erianul erianlu erialnu erialun eriuanl eriualn eriunal eriunla eriulna eriulan
erinual erinula erinaul erinalu erinlau erinlua eriluna eriluan erilnua erilnau erilanu
erilaun ernaiul ernailu ernauil ernauli ernalui ernaliu erniaul ernialu erniual erniula
ernilua ernilau ernuial ernuila ernuail ernuali ernulai ernulia ernliua ernliau ernluia
ernluai ernlaui ernlaiu erlainu erlaiun erlaniu erlanui erlauni erlauin erlianu erliaun
erlinau erlinua erliuna erliuan erlniau erlniua erlnaiu erlnaui erlnuai erlnuia erluina
erluian erlunia erlunai erluani erluain eiuranl eiuraln eiurnal eiurnla eiurlna eiurlan
eiuarnl eiuarln eiuanrl eiuanlr eiualnr eiualrn eiunarl eiunalr eiunral eiunrla eiunlra
eiunlar eiulanr eiularn eiulnar eiulnra eiulrna eiulran eiruanl eirualn eirunal eirunla
eirulna eirulan eiraunl eirauln eiranul eiranlu eiralnu eiralun eirnaul eirnalu eirnual
eirnula eirnlua eirnlau eirlanu eirlaun eirlnau eirlnua eirluna eirluan eiarunl eiaruln
eiarnul eiarnlu eiarlnu eiarlun eiaurnl eiaurln eiaunrl eiaunlr eiaulnr eiaulrn eianurl
eianulr eianrul eianrlu eianlru eianlur eialunr eialurn eialnur eialnru eialrnu eialrun
einraul einralu einrual einrula einrlua einrlau einarul einarlu einaurl einaulr einalur
einalru einuarl einualr einural einurla einulra einular einlaur einlaru einluar einlura
einlrua einlrau eilranu eilraun eilrnau eilrnua eilruna eilruan eilarnu eilarun eilanru
eilanur eilaunr eilaurn eilnaru eilnaur eilnrau eilnrua eilnura eilnuar eiluanr eiluarn
eilunar eilunra eilurna eiluran enurial enurila enurail enurali enurlai enurlia enuiral
enuirla enuiarl enuialr enuilar enuilra enuairl enuailr enuaril enuarli enualri enualir
enuliar enulira enulair enulari enulrai enulria enruial enruila enruail enruali enrulai
enrulia enriual enriula enriaul enrialu enrilau enrilua enraiul enrailu enrauil enrauli
enralui enraliu enrliau enrliua enrlaiu enrlaui enrluai enrluia enirual enirula eniraul
eniralu enirlau enirlua eniural eniurla eniuarl eniualr eniular eniulra eniaurl eniaulr
eniarul eniarlu enialru enialur eniluar enilura enilaur enilaru enilrau enilrua enariul
enarilu enaruil enaruli enarlui enarliu enairul enairlu enaiurl enaiulr enailur enailru
enauirl enauilr enauril enaurli enaulri enaulir enaliur enaliru enaluir enaluri enalrui
enalriu enlriau enlriua enlraiu enlraui enlruai enlruia enlirau enlirua enliaru enliaur
enliuar enliura enlairu enlaiur enlariu enlarui enlauri enlauir enluiar enluira enluair
enluari enlurai enluria elurina elurian elurnia elurnai elurani elurain eluirna eluiran
eluinra eluinar eluianr eluiarn elunira eluniar elunria elunrai elunari elunair eluainr
eluairn eluanir eluanri eluarni eluarin elruina elruian elrunia elrunai elruani elruain
elriuna elriuan elrinua elrinau elrianu elriaun elrniua elrniau elrnuia elrnuai elrnaui
elrnaiu elrainu elraiun elraniu elranui elrauni elrauin eliruna eliruan elirnua elirnau
eliranu eliraun eliurna eliuran eliunra eliunar eliuanr eliuarn elinura elinuar elinrua
elinrau elinaru elinaur eliaunr eliaurn elianur elianru eliarnu eliarun elnriua elnriau
elnruia elnruai elnraui elnraiu elnirua elnirau elniura elniuar elniaur elniaru elnuira
elnuiar elnuria elnurai elnuari elnuair elnaiur elnairu elnauir elnauri elnarui elnariu
elarinu elariun elarniu elarnui elaruni elaruin elairnu elairun elainru elainur elaiunr
elaiurn elaniru elaniur elanriu elanrui elanuri elanuir elauinr elauirn elaunir elaunri
elaurni elaurin

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History of cryptography
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