easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

decants

cancrizans

lobelines

botticelliano

circumspangle

ferreol

horologium

anthropomorphisms

brontide

unslot

undefensed

tapamaking

tableaus

proportionality

overinsolence

taylorae

sweacity

raffishly


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: lavinie
cipher variations:
mbwjojf ncxkpkg odylqlh pezmrmi qfansnj
rgbotok shcpupl tidqvqm ujerwrn vkfsxso
wlgtytp xmhuzuq ynivavr zojwbws apkxcxt
bqlydyu crmzezv dsnafaw etobgbx fupchcy
gvqdidz hwrejea ixsfkfb jytglgc kzuhmhd

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: lavinie
Cipher: ozermrv

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: lavinie
Cipher: ABABA AAAAA BBBAB ABAAA ABBAA ABAAA 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: lavinie
cipher variations:
mbwjojfibmzoznebcpopvabsfofdwbivovlsbyloltkberorjgbuhohr
cbkxoxzybanonhubqdodpqbgtotxncxkpkgjcnapaofcdqpqwbctgpge
xcjwpwmtczmpmulcfspskhcvipisdclypyazcbopoivcrepeqrchupuy
odylqlhkdobqbpgderqrxcduhqhfydkxqxnudanqnvmdgtqtlidwjqjt
edmzqzbadcpqpjwdsfqfrsdivqvzpezmrmilepcrcqhefsrsydevirig
zelyryoveborownehurumjexkrkufenaracbedqrqkxetgrgstejwrwa
qfansnjmfqdsdrifgtstzefwjsjhafmzszpwfcpspxofivsvnkfylslv
gfobsbdcfersrlyfuhshtufkxsxbrgbotokngretesjghutuafgxktki
bgnataqxgdqtqypgjwtwolgzmtmwhgpctcedgfstsmzgvitiuvglytyc
shcpuplohsfuftkhivuvbghyluljchobubryherurzqhkxuxpmhanunx
ihqdudfehgtutnahwjujvwhmzuzdtidqvqmpitgvgulijwvwchizmvmk
dipcvcszifsvsarilyvyqnibovoyjirevegfihuvuobixkvkwxinavae
ujerwrnqjuhwhvmjkxwxdijanwnlejqdwdtajgtwtbsjmzwzrojcpwpz
kjsfwfhgjivwvpcjylwlxyjobwbfvkfsxsorkvixiwnklyxyejkboxom
fkrexeubkhuxuctknaxaspkdqxqalktgxgihkjwxwqdkzmxmyzkpcxcg
wlgtytpslwjyjxolmzyzfklcpypnglsfyfvclivyvdulobybtqleryrb
mluhyhjilkxyxrelanynzalqdydhxmhuzuqtmxkzkypmnazaglmdqzqo
hmtgzgwdmjwzwevmpczcurmfszscnmvizikjmlyzysfmbozoabmrezei
ynivavrunylalzqnobabhmnerarpinuhahxenkxaxfwnqdadvsngtatd
onwjajlknmzaztgncpapbcnsfafjzojwbwsvozmbmaropcbcinofsbsq
jovibiyfolybygxorebewtohubuepoxkbkmlonabauhodqbqcdotgbgk
apkxcxtwpancnbspqdcdjopgtctrkpwjcjzgpmzczhypsfcfxupivcvf
qpylclnmpobcbvipercrdepuhchlbqlydyuxqbodoctqredekpqhudus
lqxkdkahqnadaizqtgdgyvqjwdwgrqzmdmonqpcdcwjqfsdsefqvidim
crmzezvyrcpepdursfeflqrivevtmrylelbirobebjaruhehzwrkxexh
sranenporqdedxkrgtetfgrwjejndsnafawzsdqfqevstgfgmrsjwfwu
nszmfmcjspcfckbsvifiaxslyfyitsbofoqpsrefeylshufughsxkfko
etobgbxatergrfwtuhghnstkxgxvotangndktqdgdlctwjgjbytmzgzj
utcpgprqtsfgfzmtivgvhitylglpfupchcybufshsgxuvihiotulyhyw
pubohoelurehemduxkhkczunahakvudqhqsrutghganujwhwijuzmhmq
gvqdidzcvgtithyvwjijpuvmzizxqvcpipfmvsfifnevylildavobibl
wverirtsvuhihbovkxixjkvaninrhwrejeadwhujuizwxkjkqvwnajay
rwdqjqgnwtgjgofwzmjmebwpcjcmxwfsjsutwvijicpwlyjyklwbojos
ixsfkfbexivkvjaxylklrwxobkbzsxerkrhoxuhkhpgxanknfcxqdkdn
yxgtktvuxwjkjdqxmzkzlmxcpkptjytglgcfyjwlwkbyzmlmsxypclca
tyfslsipyviliqhybologdyreleozyhuluwvyxklkerynalamnydqlqu
kzuhmhdgzkxmxlczanmntyzqdmdbuzgtmtjqzwjmjrizcpmphezsfmfp
azivmvxwzylmlfszobmbnozermrvlaviniehalynymdabonouzarenec
vahunukraxknksjadqnqifatgngqbajwnwyxazmnmgtapcncopafsnsw

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: lavinie
Cipher: ynivavr

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: lavinie
Cipher: 13111542334251

Extended Methods:
Method #1

Plaintext: lavinie
method variations:
qfaosokvlftxtpaqlycyufvqdhdz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
l a v i n i e 
1 1 1 4 3 4 5 
3 1 5 2 3 2 1 
They are then read out in rows:
11143453152321
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: lavinie
Cipher: aqspvmb

Read more ...
Method #3

Plaintext: lavinie
method variations:
caumswa aumswac umswaca
mswacau swacaum wacaums
acaumsw

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: lavinie

all 5040 cipher variations:
lavinie lavinei laviine laviien laviein lavieni lavniie lavniei lavniie lavniei lavneii
lavneii lavinie lavinei laviine laviien laviein lavieni lavenii lavenii laveini laveiin
laveiin laveini laivnie laivnei laivine laivien laivein laiveni lainvie lainvei lainive
lainiev laineiv lainevi laiinve laiinev laiivne laiiven laiievn laiienv laieniv laienvi
laieinv laieivn laievin laievni lanivie lanivei laniive laniiev lanieiv lanievi lanviie
lanviei lanviie lanviei lanveii lanveii lanivie lanivei laniive laniiev lanieiv lanievi
lanevii lanevii laneivi laneiiv laneiiv laneivi laiinve laiinev laiivne laiiven laiievn
laiienv lainive lainiev lainvie lainvei lainevi laineiv laivnie laivnei laivine laivien
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laeiivn laeivin laeivni laeniiv laenivi laeniiv laenivi laenvii laenvii laeiniv laeinvi
laeiinv laeiivn laeivin laeivni laevnii laevnii laevini laeviin laeviin laevini lvainie
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aeinilv aeinliv aeinlvi aeiinvl aeiinlv aeiivnl aeiivln aeiilvn aeiilnv aeilniv aeilnvi
aeilinv aeilivn aeilvin aeilvni aenivil aenivli aeniivl aeniilv aeniliv aenilvi aenviil
aenvili aenviil aenvili aenvlii aenvlii aenivil aenivli aeniivl aeniilv aeniliv aenilvi
aenlvii aenlvii aenlivi aenliiv aenliiv aenlivi aeiinvl aeiinlv aeiivnl aeiivln aeiilvn
aeiilnv aeinivl aeinilv aeinvil aeinvli aeinlvi aeinliv aeivnil aeivnli aeivinl aeiviln
aeivlin aeivlni aeilnvi aeilniv aeilvni aeilvin aeilivn aeilinv aeliniv aelinvi aeliinv
aeliivn aelivin aelivni aelniiv aelnivi aelniiv aelnivi aelnvii aelnvii aeliniv aelinvi
aeliinv aeliivn aelivin aelivni aelvnii aelvnii aelvini aelviin aelviin aelvini valinie
valinei valiine valiien valiein valieni valniie valniei valniie valniei valneii valneii
valinie valinei valiine valiien valiein valieni valenii valenii valeini valeiin valeiin
valeini vailnie vailnei vailine vailien vailein vaileni vainlie vainlei vainile vainiel
vaineil vaineli vaiinle vaiinel vaiilne vaiilen vaiieln vaiienl vaienil vaienli vaieinl
vaieiln vaielin vaielni vanilie vanilei vaniile vaniiel vanieil vanieli vanliie vanliei
vanliie vanliei vanleii vanleii vanilie vanilei vaniile vaniiel vanieil vanieli vanelii
vanelii vaneili vaneiil vaneiil vaneili vaiinle vaiinel vaiilne vaiilen vaiieln vaiienl
vainile vainiel vainlie vainlei vaineli vaineil vailnie vailnei vailine vailien vailein
vaileni vaienli vaienil vaielni vaielin vaieiln vaieinl vaeinil vaeinli vaeiinl vaeiiln
vaeilin vaeilni vaeniil vaenili vaeniil vaenili vaenlii vaenlii vaeinil vaeinli vaeiinl
vaeiiln vaeilin vaeilni vaelnii vaelnii vaelini vaeliin vaeliin vaelini vlainie vlainei
vlaiine vlaiien vlaiein vlaieni vlaniie vlaniei vlaniie vlaniei vlaneii vlaneii vlainie
vlainei vlaiine vlaiien vlaiein vlaieni vlaenii vlaenii vlaeini vlaeiin vlaeiin vlaeini
vlianie vlianei vliaine vliaien vliaein vliaeni vlinaie vlinaei vliniae vliniea vlineia
vlineai vliinae vliinea vliiane vliiaen vliiean vliiena vlienia vlienai vlieina vlieian
vlieain vlieani vlniaie vlniaei vlniiae vlniiea vlnieia vlnieai vlnaiie vlnaiei vlnaiie
vlnaiei vlnaeii vlnaeii vlniaie vlniaei vlniiae vlniiea vlnieia vlnieai vlneaii vlneaii
vlneiai vlneiia vlneiia vlneiai vliinae vliinea vliiane vliiaen vliiean vliiena vliniae
vliniea vlinaie vlinaei vlineai vlineia vlianie vlianei vliaine vliaien vliaein vliaeni
vlienai vlienia vlieani vlieain vlieian vlieina vleinia vleinai vleiina vleiian vleiain
vleiani vleniia vleniai vleniia vleniai vlenaii vlenaii vleinia vleinai vleiina vleiian
vleiain vleiani vleanii vleanii vleaini vleaiin vleaiin vleaini vilanie vilanei vilaine
vilaien vilaein vilaeni vilnaie vilnaei vilniae vilniea vilneia vilneai vilinae vilinea
viliane viliaen viliean viliena vilenia vilenai vileina vileian vileain vileani vialnie
vialnei vialine vialien vialein vialeni vianlie vianlei vianile vianiel vianeil vianeli
viainle viainel viailne viailen viaieln viaienl viaenil viaenli viaeinl viaeiln viaelin
viaelni vinalie vinalei vinaile vinaiel vinaeil vinaeli vinlaie vinlaei vinliae vinliea
vinleia vinleai vinilae vinilea viniale viniael vinieal viniela vinelia vinelai vineila
vineial vineail vineali viianle viianel viialne viialen viiaeln viiaenl viinale viinael
viinlae viinlea viinela viineal viilnae viilnea viilane viilaen viilean viilena viienla
viienal viielna viielan viiealn viieanl vieanil vieanli vieainl vieailn viealin viealni
vienail vienali vienial vienila vienlia vienlai vieinal vieinla vieianl vieialn vieilan
vieilna vielnia vielnai vielina vielian vielain vielani vnliaie vnliaei vnliiae vnliiea
vnlieia vnlieai vnlaiie vnlaiei vnlaiie vnlaiei vnlaeii vnlaeii vnliaie vnliaei vnliiae
vnliiea vnlieia vnlieai vnleaii vnleaii vnleiai vnleiia vnleiia vnleiai vnilaie vnilaei
vniliae vniliea vnileia vnileai vnialie vnialei vniaile vniaiel vniaeil vniaeli vniiale
vniiael vniilae vniilea vniiela vniieal vnieail vnieali vnieial vnieila vnielia vnielai
vnailie vnailei vnaiile vnaiiel vnaieil vnaieli vnaliie vnaliei vnaliie vnaliei vnaleii
vnaleii vnailie vnailei vnaiile vnaiiel vnaieil vnaieli vnaelii vnaelii vnaeili vnaeiil
vnaeiil vnaeili vniiale vniiael vniilae vniilea vniiela vniieal vniaile vniaiel vnialie
vnialei vniaeli vniaeil vnilaie vnilaei vniliae vniliea vnileia vnileai vnieali vnieail
vnielai vnielia vnieila vnieial vneiail vneiali vneiial vneiila vneilia vneilai vneaiil
vneaili vneaiil vneaili vnealii vnealii vneiail vneiali vneiial vneiila vneilia vneilai
vnelaii vnelaii vneliai vneliia vneliia vneliai vilinae vilinea viliane viliaen viliean
viliena vilniae vilniea vilnaie vilnaei vilneai vilneia vilanie vilanei vilaine vilaien
vilaein vilaeni vilenai vilenia vileani vileain vileian vileina viilnae viilnea viilane
viilaen viilean viilena viinlae viinlea viinale viinael viineal viinela viianle viianel
viialne viialen viiaeln viiaenl viienal viienla viieanl viiealn viielan viielna vinilae
vinilea viniale viniael vinieal viniela vinliae vinliea vinlaie vinlaei vinleai vinleia
vinalie vinalei vinaile vinaiel vinaeil vinaeli vinelai vinelia vineali vineail vineial
vineila viainle viainel viailne viailen viaieln viaienl vianile vianiel vianlie vianlei
vianeli vianeil vialnie vialnei vialine vialien vialein vialeni viaenli viaenil viaelni
viaelin viaeiln viaeinl vieinal vieinla vieianl vieialn vieilan vieilna vienial vienila
vienail vienali vienlai vienlia vieanil vieanli vieainl vieailn viealin viealni vielnai
vielnia vielani vielain vielian vielina velinia velinai veliina veliian veliain veliani
velniia velniai velniia velniai velnaii velnaii velinia velinai veliina veliian veliain
veliani velanii velanii velaini velaiin velaiin velaini veilnia veilnai veilina veilian
veilain veilani veinlia veinlai veinila veinial veinail veinali veiinla veiinal veiilna
veiilan veiialn veiianl veianil veianli veiainl veiailn veialin veialni venilia venilai
veniila veniial veniail veniali venliia venliai venliia venliai venlaii venlaii venilia
venilai veniila veniial veniail veniali venalii venalii venaili venaiil venaiil venaili
veiinla veiinal veiilna veiilan veiialn veiianl veinila veinial veinlia veinlai veinali
veinail veilnia veilnai veilina veilian veilain veilani veianli veianil veialni veialin
veiailn veiainl veainil veainli veaiinl veaiiln veailin veailni veaniil veanili veaniil
veanili veanlii veanlii veainil veainli veaiinl veaiiln veailin veailni vealnii vealnii
vealini vealiin vealiin vealini iavlnie iavlnei iavline iavlien iavlein iavleni iavnlie
iavnlei iavnile iavniel iavneil iavneli iavinle iavinel iavilne iavilen iavieln iavienl
iavenil iavenli iaveinl iaveiln iavelin iavelni ialvnie ialvnei ialvine ialvien ialvein
ialveni ialnvie ialnvei ialnive ialniev ialneiv ialnevi ialinve ialinev ialivne ialiven
ialievn ialienv ialeniv ialenvi ialeinv ialeivn ialevin ialevni ianlvie ianlvei ianlive
ianliev ianleiv ianlevi ianvlie ianvlei ianvile ianviel ianveil ianveli ianivle ianivel
ianilve ianilev ianielv ianievl ianevil ianevli ianeivl ianeilv ianeliv ianelvi iailnve
iailnev iailvne iailven iailevn iailenv iainlve iainlev iainvle iainvel iainevl iainelv
iaivnle iaivnel iaivlne iaivlen iaiveln iaivenl iaienvl iaienlv iaievnl iaievln iaielvn
iaielnv iaelniv iaelnvi iaelinv iaelivn iaelvin iaelvni iaenliv iaenlvi iaenilv iaenivl
iaenvil iaenvli iaeinlv iaeinvl iaeilnv iaeilvn iaeivln iaeivnl iaevnil iaevnli iaevinl
iaeviln iaevlin iaevlni ivalnie ivalnei ivaline ivalien ivalein ivaleni ivanlie ivanlei
ivanile ivaniel ivaneil ivaneli ivainle ivainel ivailne ivailen ivaieln ivaienl ivaenil
ivaenli ivaeinl ivaeiln ivaelin ivaelni ivlanie ivlanei ivlaine ivlaien ivlaein ivlaeni
ivlnaie ivlnaei ivlniae ivlniea ivlneia ivlneai ivlinae ivlinea ivliane ivliaen ivliean
ivliena ivlenia ivlenai ivleina ivleian ivleain ivleani ivnlaie ivnlaei ivnliae ivnliea
ivnleia ivnleai ivnalie ivnalei ivnaile ivnaiel ivnaeil ivnaeli ivniale ivniael ivnilae
ivnilea ivniela ivnieal ivneail ivneali ivneial ivneila ivnelia ivnelai ivilnae ivilnea
ivilane ivilaen ivilean ivilena ivinlae ivinlea ivinale ivinael ivineal ivinela ivianle
ivianel ivialne ivialen iviaeln iviaenl ivienal ivienla ivieanl iviealn ivielan ivielna
ivelnia ivelnai ivelina ivelian ivelain ivelani ivenlia ivenlai ivenila ivenial ivenail
ivenali iveinla iveinal iveilna iveilan iveialn iveianl iveanil iveanli iveainl iveailn
ivealin ivealni ilvanie ilvanei ilvaine ilvaien ilvaein ilvaeni ilvnaie ilvnaei ilvniae
ilvniea ilvneia ilvneai ilvinae ilvinea ilviane ilviaen ilviean ilviena ilvenia ilvenai
ilveina ilveian ilveain ilveani ilavnie ilavnei ilavine ilavien ilavein ilaveni ilanvie
ilanvei ilanive ilaniev ilaneiv ilanevi ilainve ilainev ilaivne ilaiven ilaievn ilaienv
ilaeniv ilaenvi ilaeinv ilaeivn ilaevin ilaevni ilnavie ilnavei ilnaive ilnaiev ilnaeiv
ilnaevi ilnvaie ilnvaei ilnviae ilnviea ilnveia ilnveai ilnivae ilnivea ilniave ilniaev
ilnieav ilnieva ilnevia ilnevai ilneiva ilneiav ilneaiv ilneavi ilianve ilianev iliavne
iliaven iliaevn iliaenv ilinave ilinaev ilinvae ilinvea ilineva ilineav ilivnae ilivnea
ilivane ilivaen ilivean ilivena ilienva ilienav ilievna ilievan ilieavn ilieanv ileaniv
ileanvi ileainv ileaivn ileavin ileavni ilenaiv ilenavi ileniav ileniva ilenvia ilenvai
ileinav ileinva ileianv ileiavn ileivan ileivna ilevnia ilevnai ilevina ilevian ilevain
ilevani invlaie invlaei invliae invliea invleia invleai invalie invalei invaile invaiel
invaeil invaeli inviale inviael invilae invilea inviela invieal inveail inveali inveial
inveila invelia invelai inlvaie inlvaei inlviae inlviea inlveia inlveai inlavie inlavei
inlaive inlaiev inlaeiv inlaevi inliave inliaev inlivae inlivea inlieva inlieav inleaiv
inleavi inleiav inleiva inlevia inlevai inalvie inalvei inalive inaliev inaleiv inalevi
inavlie inavlei inavile inaviel inaveil inaveli inaivle inaivel inailve inailev inaielv
inaievl inaevil inaevli inaeivl inaeilv inaeliv inaelvi inilave inilaev inilvae inilvea
inileva inileav inialve inialev iniavle iniavel iniaevl iniaelv inivale inivael inivlae
inivlea inivela iniveal inieavl iniealv inieval inievla inielva inielav inelaiv inelavi
ineliav ineliva inelvia inelvai inealiv inealvi ineailv ineaivl ineavil ineavli ineialv
ineiavl ineilav ineilva ineivla ineival inevail inevali inevial inevila inevlia inevlai
iivlnae iivlnea iivlane iivlaen iivlean iivlena iivnlae iivnlea iivnale iivnael iivneal
iivnela iivanle iivanel iivalne iivalen iivaeln iivaenl iivenal iivenla iiveanl iivealn
iivelan iivelna iilvnae iilvnea iilvane iilvaen iilvean iilvena iilnvae iilnvea iilnave
iilnaev iilneav iilneva iilanve iilanev iilavne iilaven iilaevn iilaenv iilenav iilenva
iileanv iileavn iilevan iilevna iinlvae iinlvea iinlave iinlaev iinleav iinleva iinvlae
iinvlea iinvale iinvael iinveal iinvela iinavle iinavel iinalve iinalev iinaelv iinaevl
iineval iinevla iineavl iinealv iinelav iinelva iialnve iialnev iialvne iialven iialevn
iialenv iianlve iianlev iianvle iianvel iianevl iianelv iiavnle iiavnel iiavlne iiavlen
iiaveln iiavenl iiaenvl iiaenlv iiaevnl iiaevln iiaelvn iiaelnv iielnav iielnva iielanv
iielavn iielvan iielvna iienlav iienlva iienalv iienavl iienval iienvla iieanlv iieanvl
iiealnv iiealvn iieavln iieavnl iievnal iievnla iievanl iievaln iievlan iievlna ievlnia
ievlnai ievlina ievlian ievlain ievlani ievnlia ievnlai ievnila ievnial ievnail ievnali
ievinla ievinal ievilna ievilan ievialn ievianl ievanil ievanli ievainl ievailn ievalin
ievalni ielvnia ielvnai ielvina ielvian ielvain ielvani ielnvia ielnvai ielniva ielniav
ielnaiv ielnavi ielinva ielinav ielivna ielivan ieliavn ielianv ielaniv ielanvi ielainv
ielaivn ielavin ielavni ienlvia ienlvai ienliva ienliav ienlaiv ienlavi ienvlia ienvlai
ienvila ienvial ienvail ienvali ienivla ienival ienilva ienilav ienialv ieniavl ienavil
ienavli ienaivl ienailv ienaliv ienalvi ieilnva ieilnav ieilvna ieilvan ieilavn ieilanv
ieinlva ieinlav ieinvla ieinval ieinavl ieinalv ieivnla ieivnal ieivlna ieivlan ieivaln
ieivanl ieianvl ieianlv ieiavnl ieiavln ieialvn ieialnv iealniv iealnvi iealinv iealivn
iealvin iealvni ieanliv ieanlvi ieanilv ieanivl ieanvil ieanvli ieainlv ieainvl ieailnv
ieailvn ieaivln ieaivnl ieavnil ieavnli ieavinl ieaviln ieavlin ieavlni navilie navilei
naviile naviiel navieil navieli navliie navliei navliie navliei navleii navleii navilie
navilei naviile naviiel navieil navieli navelii navelii naveili naveiil naveiil naveili
naivlie naivlei naivile naiviel naiveil naiveli nailvie nailvei nailive nailiev naileiv
nailevi naiilve naiilev naiivle naiivel naiievl naiielv naieliv naielvi naieilv naieivl
naievil naievli nalivie nalivei naliive naliiev nalieiv nalievi nalviie nalviei nalviie
nalviei nalveii nalveii nalivie nalivei naliive naliiev nalieiv nalievi nalevii nalevii
naleivi naleiiv naleiiv naleivi naiilve naiilev naiivle naiivel naiievl naiielv nailive
nailiev nailvie nailvei nailevi naileiv naivlie naivlei naivile naiviel naiveil naiveli
naielvi naieliv naievli naievil naieivl naieilv naeiliv naeilvi naeiilv naeiivl naeivil
naeivli naeliiv naelivi naeliiv naelivi naelvii naelvii naeiliv naeilvi naeiilv naeiivl
naeivil naeivli naevlii naevlii naevili naeviil naeviil naevili nvailie nvailei nvaiile
nvaiiel nvaieil nvaieli nvaliie nvaliei nvaliie nvaliei nvaleii nvaleii nvailie nvailei
nvaiile nvaiiel nvaieil nvaieli nvaelii nvaelii nvaeili nvaeiil nvaeiil nvaeili nvialie
nvialei nviaile nviaiel nviaeil nviaeli nvilaie nvilaei nviliae nviliea nvileia nvileai
nviilae nviilea nviiale nviiael nviieal nviiela nvielia nvielai nvieila nvieial nvieail
nvieali nvliaie nvliaei nvliiae nvliiea nvlieia nvlieai nvlaiie nvlaiei nvlaiie nvlaiei
nvlaeii nvlaeii nvliaie nvliaei nvliiae nvliiea nvlieia nvlieai nvleaii nvleaii nvleiai
nvleiia nvleiia nvleiai nviilae nviilea nviiale nviiael nviieal nviiela nviliae nviliea
nvilaie nvilaei nvileai nvileia nvialie nvialei nviaile nviaiel nviaeil nviaeli nvielai
nvielia nvieali nvieail nvieial nvieila nveilia nveilai nveiila nveiial nveiail nveiali
nveliia nveliai nveliia nveliai nvelaii nvelaii nveilia nveilai nveiila nveiial nveiail
nveiali nvealii nvealii nveaili nveaiil nveaiil nveaili nivalie nivalei nivaile nivaiel
nivaeil nivaeli nivlaie nivlaei nivliae nivliea nivleia nivleai nivilae nivilea niviale
niviael nivieal niviela nivelia nivelai niveila niveial niveail niveali niavlie niavlei
niavile niaviel niaveil niaveli nialvie nialvei nialive nialiev nialeiv nialevi niailve
niailev niaivle niaivel niaievl niaielv niaeliv niaelvi niaeilv niaeivl niaevil niaevli
nilavie nilavei nilaive nilaiev nilaeiv nilaevi nilvaie nilvaei nilviae nilviea nilveia
nilveai nilivae nilivea niliave niliaev nilieav nilieva nilevia nilevai nileiva nileiav
nileaiv nileavi niialve niialev niiavle niiavel niiaevl niiaelv niilave niilaev niilvae
niilvea niileva niileav niivlae niivlea niivale niivael niiveal niivela niielva niielav
niievla niieval niieavl niiealv niealiv niealvi nieailv nieaivl nieavil nieavli nielaiv
nielavi nieliav nieliva nielvia nielvai nieilav nieilva nieialv nieiavl nieival nieivla
nievlia nievlai nievila nievial nievail nievali nlviaie nlviaei nlviiae nlviiea nlvieia
nlvieai nlvaiie nlvaiei nlvaiie nlvaiei nlvaeii nlvaeii nlviaie nlviaei nlviiae nlviiea
nlvieia nlvieai nlveaii nlveaii nlveiai nlveiia nlveiia nlveiai nlivaie nlivaei nliviae
nliviea nliveia nliveai nliavie nliavei nliaive nliaiev nliaeiv nliaevi nliiave nliiaev
nliivae nliivea nliieva nliieav nlieaiv nlieavi nlieiav nlieiva nlievia nlievai nlaivie
nlaivei nlaiive nlaiiev nlaieiv nlaievi nlaviie nlaviei nlaviie nlaviei nlaveii nlaveii
nlaivie nlaivei nlaiive nlaiiev nlaieiv nlaievi nlaevii nlaevii nlaeivi nlaeiiv nlaeiiv
nlaeivi nliiave nliiaev nliivae nliivea nliieva nliieav nliaive nliaiev nliavie nliavei
nliaevi nliaeiv nlivaie nlivaei nliviae nliviea nliveia nliveai nlieavi nlieaiv nlievai
nlievia nlieiva nlieiav nleiaiv nleiavi nleiiav nleiiva nleivia nleivai nleaiiv nleaivi
nleaiiv nleaivi nleavii nleavii nleiaiv nleiavi nleiiav nleiiva nleivia nleivai nlevaii
nlevaii nleviai nleviia nleviia nleviai nivilae nivilea niviale niviael nivieal niviela
nivliae nivliea nivlaie nivlaei nivleai nivleia nivalie nivalei nivaile nivaiel nivaeil
nivaeli nivelai nivelia niveali niveail niveial niveila niivlae niivlea niivale niivael
niiveal niivela niilvae niilvea niilave niilaev niileav niileva niialve niialev niiavle
niiavel niiaevl niiaelv niielav niielva niiealv niieavl niieval niievla nilivae nilivea
niliave niliaev nilieav nilieva nilviae nilviea nilvaie nilvaei nilveai nilveia nilavie
nilavei nilaive nilaiev nilaeiv nilaevi nilevai nilevia nileavi nileaiv nileiav nileiva
niailve niailev niaivle niaivel niaievl niaielv nialive nialiev nialvie nialvei nialevi
nialeiv niavlie niavlei niavile niaviel niaveil niaveli niaelvi niaeliv niaevli niaevil
niaeivl niaeilv nieilav nieilva nieialv nieiavl nieival nieivla nieliav nieliva nielaiv
nielavi nielvai nielvia niealiv niealvi nieailv nieaivl nieavil nieavli nievlai nievlia
nievali nievail nievial nievila nevilia nevilai neviila neviial neviail neviali nevliia
nevliai nevliia nevliai nevlaii nevlaii nevilia nevilai neviila neviial neviail neviali
nevalii nevalii nevaili nevaiil nevaiil nevaili neivlia neivlai neivila neivial neivail
neivali neilvia neilvai neiliva neiliav neilaiv neilavi neiilva neiilav neiivla neiival
neiiavl neiialv neialiv neialvi neiailv neiaivl neiavil neiavli nelivia nelivai neliiva
neliiav neliaiv neliavi nelviia nelviai nelviia nelviai nelvaii nelvaii nelivia nelivai
neliiva neliiav neliaiv neliavi nelavii nelavii nelaivi nelaiiv nelaiiv nelaivi neiilva
neiilav neiivla neiival neiiavl neiialv neiliva neiliav neilvia neilvai neilavi neilaiv
neivlia neivlai neivila neivial neivail neivali neialvi neialiv neiavli neiavil neiaivl
neiailv neailiv neailvi neaiilv neaiivl neaivil neaivli nealiiv nealivi nealiiv nealivi
nealvii nealvii neailiv neailvi neaiilv neaiivl neaivil neaivli neavlii neavlii neavili
neaviil neaviil neavili iavinle iavinel iavilne iavilen iavieln iavienl iavnile iavniel
iavnlie iavnlei iavneli iavneil iavlnie iavlnei iavline iavlien iavlein iavleni iavenli
iavenil iavelni iavelin iaveiln iaveinl iaivnle iaivnel iaivlne iaivlen iaiveln iaivenl
iainvle iainvel iainlve iainlev iainelv iainevl iailnve iailnev iailvne iailven iailevn
iailenv iaienlv iaienvl iaielnv iaielvn iaievln iaievnl ianivle ianivel ianilve ianilev
ianielv ianievl ianvile ianviel ianvlie ianvlei ianveli ianveil ianlvie ianlvei ianlive
ianliev ianleiv ianlevi ianevli ianevil ianelvi ianeliv ianeilv ianeivl ialinve ialinev
ialivne ialiven ialievn ialienv ialnive ialniev ialnvie ialnvei ialnevi ialneiv ialvnie
ialvnei ialvine ialvien ialvein ialveni ialenvi ialeniv ialevni ialevin ialeivn ialeinv
iaeinlv iaeinvl iaeilnv iaeilvn iaeivln iaeivnl iaenilv iaenivl iaenliv iaenlvi iaenvli
iaenvil iaelniv iaelnvi iaelinv iaelivn iaelvin iaelvni iaevnli iaevnil iaevlni iaevlin
iaeviln iaevinl ivainle ivainel ivailne ivailen ivaieln ivaienl ivanile ivaniel ivanlie
ivanlei ivaneli ivaneil ivalnie ivalnei ivaline ivalien ivalein ivaleni ivaenli ivaenil
ivaelni ivaelin ivaeiln ivaeinl ivianle ivianel ivialne ivialen iviaeln iviaenl ivinale
ivinael ivinlae ivinlea ivinela ivineal ivilnae ivilnea ivilane ivilaen ivilean ivilena
ivienla ivienal ivielna ivielan iviealn ivieanl ivniale ivniael ivnilae ivnilea ivniela
ivnieal ivnaile ivnaiel ivnalie ivnalei ivnaeli ivnaeil ivnlaie ivnlaei ivnliae ivnliea
ivnleia ivnleai ivneali ivneail ivnelai ivnelia ivneila ivneial ivlinae ivlinea ivliane
ivliaen ivliean ivliena ivlniae ivlniea ivlnaie ivlnaei ivlneai ivlneia ivlanie ivlanei
ivlaine ivlaien ivlaein ivlaeni ivlenai ivlenia ivleani ivleain ivleian ivleina iveinla
iveinal iveilna iveilan iveialn iveianl ivenila ivenial ivenlia ivenlai ivenali ivenail
ivelnia ivelnai ivelina ivelian ivelain ivelani iveanli iveanil ivealni ivealin iveailn
iveainl iivanle iivanel iivalne iivalen iivaeln iivaenl iivnale iivnael iivnlae iivnlea
iivnela iivneal iivlnae iivlnea iivlane iivlaen iivlean iivlena iivenla iivenal iivelna
iivelan iivealn iiveanl iiavnle iiavnel iiavlne iiavlen iiaveln iiavenl iianvle iianvel
iianlve iianlev iianelv iianevl iialnve iialnev iialvne iialven iialevn iialenv iiaenlv
iiaenvl iiaelnv iiaelvn iiaevln iiaevnl iinavle iinavel iinalve iinalev iinaelv iinaevl
iinvale iinvael iinvlae iinvlea iinvela iinveal iinlvae iinlvea iinlave iinlaev iinleav
iinleva iinevla iineval iinelva iinelav iinealv iineavl iilanve iilanev iilavne iilaven
iilaevn iilaenv iilnave iilnaev iilnvae iilnvea iilneva iilneav iilvnae iilvnea iilvane
iilvaen iilvean iilvena iilenva iilenav iilevna iilevan iileavn iileanv iieanlv iieanvl
iiealnv iiealvn iieavln iieavnl iienalv iienavl iienlav iienlva iienvla iienval iielnav
iielnva iielanv iielavn iielvan iielvna iievnla iievnal iievlna iievlan iievaln iievanl
inviale inviael invilae invilea inviela invieal invaile invaiel invalie invalei invaeli
invaeil invlaie invlaei invliae invliea invleia invleai inveali inveail invelai invelia
inveila inveial inivale inivael inivlae inivlea inivela iniveal iniavle iniavel inialve
inialev iniaelv iniaevl inilave inilaev inilvae inilvea inileva inileav iniealv inieavl
inielav inielva inievla inieval inaivle inaivel inailve inailev inaielv inaievl inavile
inaviel inavlie inavlei inaveli inaveil inalvie inalvei inalive inaliev inaleiv inalevi
inaevli inaevil inaelvi inaeliv inaeilv inaeivl inliave inliaev inlivae inlivea inlieva
inlieav inlaive inlaiev inlavie inlavei inlaevi inlaeiv inlvaie inlvaei inlviae inlviea
inlveia inlveai inleavi inleaiv inlevai inlevia inleiva inleiav ineialv ineiavl ineilav
ineilva ineivla ineival ineailv ineaivl inealiv inealvi ineavli ineavil inelaiv inelavi
ineliav ineliva inelvia inelvai inevali inevail inevlai inevlia inevila inevial ilvinae
ilvinea ilviane ilviaen ilviean ilviena ilvniae ilvniea ilvnaie ilvnaei ilvneai ilvneia
ilvanie ilvanei ilvaine ilvaien ilvaein ilvaeni ilvenai ilvenia ilveani ilveain ilveian
ilveina ilivnae ilivnea ilivane ilivaen ilivean ilivena ilinvae ilinvea ilinave ilinaev
ilineav ilineva ilianve ilianev iliavne iliaven iliaevn iliaenv ilienav ilienva ilieanv
ilieavn ilievan ilievna ilnivae ilnivea ilniave ilniaev ilnieav ilnieva ilnviae ilnviea
ilnvaie ilnvaei ilnveai ilnveia ilnavie ilnavei ilnaive ilnaiev ilnaeiv ilnaevi ilnevai
ilnevia ilneavi ilneaiv ilneiav ilneiva ilainve ilainev ilaivne ilaiven ilaievn ilaienv
ilanive ilaniev ilanvie ilanvei ilanevi ilaneiv ilavnie ilavnei ilavine ilavien ilavein
ilaveni ilaenvi ilaeniv ilaevni ilaevin ilaeivn ilaeinv ileinav ileinva ileianv ileiavn
ileivan ileivna ileniav ileniva ilenaiv ilenavi ilenvai ilenvia ileaniv ileanvi ileainv
ileaivn ileavin ileavni ilevnai ilevnia ilevani ilevain ilevian ilevina ievinla ievinal
ievilna ievilan ievialn ievianl ievnila ievnial ievnlia ievnlai ievnali ievnail ievlnia
ievlnai ievlina ievlian ievlain ievlani ievanli ievanil ievalni ievalin ievailn ievainl
ieivnla ieivnal ieivlna ieivlan ieivaln ieivanl ieinvla ieinval ieinlva ieinlav ieinalv
ieinavl ieilnva ieilnav ieilvna ieilvan ieilavn ieilanv ieianlv ieianvl ieialnv ieialvn
ieiavln ieiavnl ienivla ienival ienilva ienilav ienialv ieniavl ienvila ienvial ienvlia
ienvlai ienvali ienvail ienlvia ienlvai ienliva ienliav ienlaiv ienlavi ienavli ienavil
ienalvi ienaliv ienailv ienaivl ielinva ielinav ielivna ielivan ieliavn ielianv ielniva
ielniav ielnvia ielnvai ielnavi ielnaiv ielvnia ielvnai ielvina ielvian ielvain ielvani
ielanvi ielaniv ielavni ielavin ielaivn ielainv ieainlv ieainvl ieailnv ieailvn ieaivln
ieaivnl ieanilv ieanivl ieanliv ieanlvi ieanvli ieanvil iealniv iealnvi iealinv iealivn
iealvin iealvni ieavnli ieavnil ieavlni ieavlin ieaviln ieavinl eavinil eavinli eaviinl
eaviiln eavilin eavilni eavniil eavnili eavniil eavnili eavnlii eavnlii eavinil eavinli
eaviinl eaviiln eavilin eavilni eavlnii eavlnii eavlini eavliin eavliin eavlini eaivnil
eaivnli eaivinl eaiviln eaivlin eaivlni eainvil eainvli eainivl eainilv eainliv eainlvi
eaiinvl eaiinlv eaiivnl eaiivln eaiilvn eaiilnv eailniv eailnvi eailinv eailivn eailvin
eailvni eanivil eanivli eaniivl eaniilv eaniliv eanilvi eanviil eanvili eanviil eanvili
eanvlii eanvlii eanivil eanivli eaniivl eaniilv eaniliv eanilvi eanlvii eanlvii eanlivi
eanliiv eanliiv eanlivi eaiinvl eaiinlv eaiivnl eaiivln eaiilvn eaiilnv eainivl eainilv
eainvil eainvli eainlvi eainliv eaivnil eaivnli eaivinl eaiviln eaivlin eaivlni eailnvi
eailniv eailvni eailvin eailivn eailinv ealiniv ealinvi ealiinv ealiivn ealivin ealivni
ealniiv ealnivi ealniiv ealnivi ealnvii ealnvii ealiniv ealinvi ealiinv ealiivn ealivin
ealivni ealvnii ealvnii ealvini ealviin ealviin ealvini evainil evainli evaiinl evaiiln
evailin evailni evaniil evanili evaniil evanili evanlii evanlii evainil evainli evaiinl
evaiiln evailin evailni evalnii evalnii evalini evaliin evaliin evalini evianil evianli
eviainl eviailn evialin evialni evinail evinali evinial evinila evinlia evinlai eviinal
eviinla eviianl eviialn eviilan eviilna evilnia evilnai evilina evilian evilain evilani
evniail evniali evniial evniila evnilia evnilai evnaiil evnaili evnaiil evnaili evnalii
evnalii evniail evniali evniial evniila evnilia evnilai evnlaii evnlaii evnliai evnliia
evnliia evnliai eviinal eviinla eviianl eviialn eviilan eviilna evinial evinila evinail
evinali evinlai evinlia evianil evianli eviainl eviailn evialin evialni evilnai evilnia
evilani evilain evilian evilina evlinia evlinai evliina evliian evliain evliani evlniia
evlniai evlniia evlniai evlnaii evlnaii evlinia evlinai evliina evliian evliain evliani
evlanii evlanii evlaini evlaiin evlaiin evlaini eivanil eivanli eivainl eivailn eivalin
eivalni eivnail eivnali eivnial eivnila eivnlia eivnlai eivinal eivinla eivianl eivialn
eivilan eivilna eivlnia eivlnai eivlina eivlian eivlain eivlani eiavnil eiavnli eiavinl
eiaviln eiavlin eiavlni eianvil eianvli eianivl eianilv eianliv eianlvi eiainvl eiainlv
eiaivnl eiaivln eiailvn eiailnv eialniv eialnvi eialinv eialivn eialvin eialvni einavil
einavli einaivl einailv einaliv einalvi einvail einvali einvial einvila einvlia einvlai
einival einivla einiavl einialv einilav einilva einlvia einlvai einliva einliav einlaiv
einlavi eiianvl eiianlv eiiavnl eiiavln eiialvn eiialnv eiinavl eiinalv eiinval eiinvla
eiinlva eiinlav eiivnal eiivnla eiivanl eiivaln eiivlan eiivlna eiilnva eiilnav eiilvna
eiilvan eiilavn eiilanv eilaniv eilanvi eilainv eilaivn eilavin eilavni eilnaiv eilnavi
eilniav eilniva eilnvia eilnvai eilinav eilinva eilianv eiliavn eilivan eilivna eilvnia
eilvnai eilvina eilvian eilvain eilvani enviail enviali enviial enviila envilia envilai
envaiil envaili envaiil envaili envalii envalii enviail enviali enviial enviila envilia
envilai envlaii envlaii envliai envliia envliia envliai enivail enivali enivial enivila
enivlia enivlai eniavil eniavli eniaivl eniailv enialiv enialvi eniiavl eniialv eniival
eniivla eniilva eniilav enilaiv enilavi eniliav eniliva enilvia enilvai enaivil enaivli
enaiivl enaiilv enailiv enailvi enaviil enavili enaviil enavili enavlii enavlii enaivil
enaivli enaiivl enaiilv enailiv enailvi enalvii enalvii enalivi enaliiv enaliiv enalivi
eniiavl eniialv eniival eniivla eniilva eniilav eniaivl eniailv eniavil eniavli enialvi
enialiv enivail enivali enivial enivila enivlia enivlai enilavi enilaiv enilvai enilvia
eniliva eniliav enliaiv enliavi enliiav enliiva enlivia enlivai enlaiiv enlaivi enlaiiv
enlaivi enlavii enlavii enliaiv enliavi enliiav enliiva enlivia enlivai enlvaii enlvaii
enlviai enlviia enlviia enlviai eivinal eivinla eivianl eivialn eivilan eivilna eivnial
eivnila eivnail eivnali eivnlai eivnlia eivanil eivanli eivainl eivailn eivalin eivalni
eivlnai eivlnia eivlani eivlain eivlian eivlina eiivnal eiivnla eiivanl eiivaln eiivlan
eiivlna eiinval eiinvla eiinavl eiinalv eiinlav eiinlva eiianvl eiianlv eiiavnl eiiavln
eiialvn eiialnv eiilnav eiilnva eiilanv eiilavn eiilvan eiilvna einival einivla einiavl
einialv einilav einilva einvial einvila einvail einvali einvlai einvlia einavil einavli
einaivl einailv einaliv einalvi einlvai einlvia einlavi einlaiv einliav einliva eiainvl
eiainlv eiaivnl eiaivln eiailvn eiailnv eianivl eianilv eianvil eianvli eianlvi eianliv
eiavnil eiavnli eiavinl eiaviln eiavlin eiavlni eialnvi eialniv eialvni eialvin eialivn
eialinv eilinav eilinva eilianv eiliavn eilivan eilivna eilniav eilniva eilnaiv eilnavi
eilnvai eilnvia eilaniv eilanvi eilainv eilaivn eilavin eilavni eilvnai eilvnia eilvani
eilvain eilvian eilvina elvinia elvinai elviina elviian elviain elviani elvniia elvniai
elvniia elvniai elvnaii elvnaii elvinia elvinai elviina elviian elviain elviani elvanii
elvanii elvaini elvaiin elvaiin elvaini elivnia elivnai elivina elivian elivain elivani
elinvia elinvai eliniva eliniav elinaiv elinavi eliinva eliinav eliivna eliivan eliiavn
eliianv elianiv elianvi eliainv eliaivn eliavin eliavni elnivia elnivai elniiva elniiav
elniaiv elniavi elnviia elnviai elnviia elnviai elnvaii elnvaii elnivia elnivai elniiva
elniiav elniaiv elniavi elnavii elnavii elnaivi elnaiiv elnaiiv elnaivi eliinva eliinav
eliivna eliivan eliiavn eliianv eliniva eliniav elinvia elinvai elinavi elinaiv elivnia
elivnai elivina elivian elivain elivani elianvi elianiv eliavni eliavin eliaivn eliainv
elainiv elainvi elaiinv elaiivn elaivin elaivni elaniiv elanivi elaniiv elanivi elanvii
elanvii elainiv elainvi elaiinv elaiivn elaivin elaivni elavnii elavnii elavini elaviin
elaviin elavini

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History of cryptography
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