easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

demonio

bielenite

zavodny

unlikeliness

wrigglier

napoleon

ludgin

sychaeoque

jeanyves

turriliticone

acsvax

tattletale

posteromedial

eludenti

appulsively

moreque

tetralogue

radiometer


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: orbique
cipher variations:
pscjrvf qtdkswg rueltxh svfmuyi twgnvzj
uxhowak vyipxbl wzjqycm xakrzdn yblsaeo
zcmtbfp adnucgq beovdhr cfpweis dgqxfjt
ehrygku fiszhlv gjtaimw hkubjnx ilvckoy
jmwdlpz knxemqa loyfnrb mpzgosc nqahptd

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: orbique
Cipher: liyrjfv

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: orbique
Cipher: ABBAB BAAAA AAAAB ABAAA ABBBB BAABB AABAA

Read more ...

 

Affine Cipher
In the affine cipher the letters of an alphabet of size m are first mapped to the integers in the range 0..m - 1. It then uses modular arithmetic to transform the integer that each plaintext letter corresponds to into another integer that correspond to a ciphertext letter. The encryption function for a single letter is

where modulus m is the size of the alphabet and a and b are the key of the cipher. The value a must be chosen such that a and m are coprime.
Considering the specific case of encrypting messages in English (i.e. m = 26), there are a total of 286 non-trivial affine ciphers, not counting the 26 trivial Caesar ciphers. This number comes from the fact there are 12 numbers that are coprime with 26 that are less than 26 (these are the possible values of a). Each value of a can have 26 different addition shifts (the b value) ; therefore, there are 12*26 or 312 possible keys.
Plaintext: orbique
cipher variations:
pscjrvfraezxjntigpdxvvqifjldxykvpzlzgmlvntdwqrhpjfeshndr
hmuxtrzjuwnzfhlcydftpnkatlhxqtdkswgsbfaykoujhqeywwrjgkme
yzlwqamahnmwouexrsiqkgftioesinvyusakvxoagimdzeguqolbumiy
rueltxhtcgbzlpvkirfzxxskhlnfzamxrbnbionxpvfystjrlhgujpft
jowzvtblwypbhjneafhvrpmcvnjzsvfmuyiudhcamqwljsgayytlimog
abnyscocjpoyqwgztuksmihvkqgukpxawucmxzqcikofbgiwsqndwoka
twgnvzjveidbnrxmkthbzzumjnphbcoztdpdkqpzrxhauvltnjiwlrhv
lqybxvdnyardjlpgchjxtroexplbuxhowakwfjecosynluicaavnkoqi
cdpaueqelrqasyibvwmuokjxmsiwmrzcyweozbsekmqhdikyuspfyqmc
vyipxblxgkfdptzomvjdbbwolprjdeqbvfrfmsrbtzjcwxnvplkyntjx
nsadzxfpactflnriejlzvtqgzrndwzjqycmyhlgequapnwkeccxpmqsk
efrcwgsgntscuakdxyowqmlzoukyotbeaygqbdugmosjfkmawurhasoe
xakrzdnzimhfrvbqoxlfddyqnrtlfgsdxhthoutdvbleyzpxrnmapvlz
pucfbzhrcevhnptkglnbxvsibtpfyblsaeoajnigswcrpymgeezrosum
ghteyiuipvuewcmfzaqysonbqwmaqvdgcaisdfwioqulhmocywtjcuqg
zcmtbfpbkojhtxdsqznhffasptvnhiufzjvjqwvfxdngabrztpocrxnb
rwehdbjtegxjprvminpdzxukdvrhadnucgqclpkiuyetraoiggbtquwo
ijvgakwkrxwgyeohbcsauqpdsyocsxfieckufhykqswnjoqeayvlewsi
beovdhrdmqljvzfusbpjhhcurvxpjkwhblxlsyxhzfpicdtbvrqetzpd
tygjfdlvgizlrtxokprfbzwmfxtjcfpweisenrmkwagvtcqkiidvswyq
klxicmymtzyiagqjdeucwsrfuaqeuzhkgemwhjamsuyplqsgcaxngyuk
dgqxfjtfosnlxbhwudrljjewtxzrlmyjdnznuazjbhrkefvdxtsgvbrf
vailhfnxikbntvzqmrthdbyohzvlehrygkugptomycixvesmkkfxuyas
mnzkeoaovbakcislfgweyuthwcsgwbjmigoyjlcouwarnsuieczpiawm
fiszhlvhqupnzdjywftnllgyvzbtnoalfpbpwcbldjtmghxfzvuixdth
xcknjhpzkmdpvxbsotvjfdaqjbxngjtaimwirvqoaekzxguommhzwacu
opbmgqcqxdcmekunhiygawvjyeuiydlokiqalneqwyctpuwkgebrkcyo
hkubjnxjswrpbflayhvpnniaxbdvpqcnhrdryednflvoijzhbxwkzfvj
zempljrbmofrxzduqvxlhfcsldzpilvckoyktxsqcgmbziwqoojbycew
qrdoiseszfeogmwpjkaicyxlagwkafnqmkscnpgsyaevrwymigdtmeaq
jmwdlpzluytrdhncajxrppkczdfxrsepjtftagfphnxqklbjdzymbhxl
bgornltdoqhtzbfwsxznjheunfbrknxemqamvzuseiodbkysqqldaegy
stfqkugubhgqioyrlmckeaznciymchpsomuepriuacgxtyaokifvogcs
loyfnrbnwavtfjpeclztrrmebfhztugrlvhvcihrjpzsmndlfbaodjzn
diqtpnvfqsjvbdhyuzbpljgwphdtmpzgoscoxbwugkqfdmaussnfcgia
uvhsmwiwdjiskqatnoemgcbpekaoejruqowgrtkwceizvacqmkhxqieu
nqahptdpycxvhlrgenbvttogdhjbvwitnxjxekjtlrbuopfnhdcqflbp
fksvrpxhsulxdfjawbdrnliyrjfvorbiqueqzdywimshfocwuupheikc
wxjuoykyflkumscvpqgoiedrgmcqgltwsqyitvmyegkbxcesomjzskgw

The decryption function is

where a - 1 is the modular multiplicative inverse of a modulo m. I.e., it satisfies the equation

The multiplicative inverse of a only exists if a and m are coprime. Hence without the restriction on a decryption might not be possible. It can be shown as follows that decryption function is the inverse of the encryption function,

Read more ...

 

ROT13 Cipher
Applying ROT13 to a piece of text merely requires examining its alphabetic characters and replacing each one by the letter 13 places further along in the alphabet, wrapping back to the beginning if necessary. A becomes N, B becomes O, and so on up to M, which becomes Z, then the sequence continues at the beginning of the alphabet: N becomes A, O becomes B, and so on to Z, which becomes M. Only those letters which occur in the English alphabet are affected; numbers, symbols, whitespace, and all other characters are left unchanged. Because there are 26 letters in the English alphabet and 26 = 2 * 13, the ROT13 function is its own inverse:

ROT13(ROT13(x)) = x for any basic Latin-alphabet text x


An example plaintext to ciphertext using ROT13:

Plain: orbique
Cipher: beovdhr

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: orbique
Cipher: 43242142145451

Extended Methods:
Method #1

Plaintext: orbique
method variations:
twgovzkybmtaepdgryfkuimwdlpz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
o r b i q u e 
4 2 2 4 1 5 5 
3 4 1 2 4 4 1 
They are then read out in rows:
42241553412441
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: orbique
Cipher: irvpdrd

Read more ...
Method #3

Plaintext: orbique
method variations:
hiqbyyq iqbyyqh qbyyqhi
byyqhiq yyqhiqb yqhiqby
qhiqbyy

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: orbique

all 5040 cipher variations:
orbique orbiqeu orbiuqe orbiueq orbieuq orbiequ orbqiue orbqieu orbquie orbquei orbqeui
orbqeiu orbuqie orbuqei orbuiqe orbuieq orbueiq orbueqi orbequi orbeqiu orbeuqi orbeuiq
orbeiuq orbeiqu oribque oribqeu oribuqe oribueq oribeuq oribequ oriqbue oriqbeu oriqube
oriqueb oriqeub oriqebu oriuqbe oriuqeb oriubqe oriubeq oriuebq oriueqb oriequb orieqbu
orieuqb orieubq oriebuq oriebqu orqibue orqibeu orqiube orqiueb orqieub orqiebu orqbiue
orqbieu orqbuie orqbuei orqbeui orqbeiu orqubie orqubei orquibe orquieb orqueib orquebi
orqebui orqebiu orqeubi orqeuib orqeiub orqeibu oruiqbe oruiqeb oruibqe oruibeq oruiebq
oruieqb oruqibe oruqieb oruqbie oruqbei oruqebi oruqeib orubqie orubqei orubiqe orubieq
orubeiq orubeqi orueqbi orueqib oruebqi oruebiq orueibq orueiqb oreiqub oreiqbu oreiuqb
oreiubq oreibuq oreibqu oreqiub oreqibu orequib orequbi oreqbui oreqbiu oreuqib oreuqbi
oreuiqb oreuibq oreubiq oreubqi orebqui orebqiu orebuqi orebuiq orebiuq orebiqu obrique
obriqeu obriuqe obriueq obrieuq obriequ obrqiue obrqieu obrquie obrquei obrqeui obrqeiu
obruqie obruqei obruiqe obruieq obrueiq obrueqi obrequi obreqiu obreuqi obreuiq obreiuq
obreiqu obirque obirqeu obiruqe obirueq obireuq obirequ obiqrue obiqreu obiqure obiquer
obiqeur obiqeru obiuqre obiuqer obiurqe obiureq obiuerq obiueqr obiequr obieqru obieuqr
obieurq obieruq obierqu obqirue obqireu obqiure obqiuer obqieur obqieru obqriue obqrieu
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obeuirq obeuriq obeurqi oberqui oberqiu oberuqi oberuiq oberiuq oberiqu oibrque oibrqeu
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oerbqiu oerbuqi oerbuiq oerbiuq oerbiqu robique robiqeu robiuqe robiueq robieuq robiequ
robqiue robqieu robquie robquei robqeui robqeiu robuqie robuqei robuiqe robuieq robueiq
robueqi robequi robeqiu robeuqi robeuiq robeiuq robeiqu roibque roibqeu roibuqe roibueq
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ribquoe ribqueo ribqeuo ribqeou ribuqoe ribuqeo ribuoqe ribuoeq ribueoq ribueqo ribequo
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rioueqb rioequb rioeqbu rioeuqb rioeubq rioebuq rioebqu riqobue riqobeu riqoube riqoueb
riqoeub riqoebu riqboue riqboeu riqbuoe riqbueo riqbeuo riqbeou riquboe riqubeo riquobe
riquoeb riqueob riquebo riqebuo riqebou riqeubo riqeuob riqeoub riqeobu riuoqbe riuoqeb
riuobqe riuobeq riuoebq riuoeqb riuqobe riuqoeb riuqboe riuqbeo riuqebo riuqeob riubqoe
riubqeo riuboqe riuboeq riubeoq riubeqo riueqbo riueqob riuebqo riueboq riueobq riueoqb
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rqbeuoi rqbeuio rqbeiuo rqbeiou rqiboue rqiboeu rqibuoe rqibueo rqibeuo rqibeou rqiobue
rqiobeu rqioube rqioueb rqioeub rqioebu rqiuobe rqiuoeb rqiuboe rqiubeo rqiuebo rqiueob
rqieoub rqieobu rqieuob rqieubo rqiebuo rqiebou rqoibue rqoibeu rqoiube rqoiueb rqoieub
rqoiebu rqobiue rqobieu rqobuie rqobuei rqobeui rqobeiu rqoubie rqoubei rqouibe rqouieb
rqoueib rqouebi rqoebui rqoebiu rqoeubi rqoeuib rqoeiub rqoeibu rquiobe rquioeb rquiboe
rquibeo rquiebo rquieob rquoibe rquoieb rquobie rquobei rquoebi rquoeib rquboie rquboei
rqubioe rqubieo rqubeio rqubeoi rqueobi rqueoib rqueboi rquebio rqueibo rqueiob rqeioub
rqeiobu rqeiuob rqeiubo rqeibuo rqeibou rqeoiub rqeoibu rqeouib rqeoubi rqeobui rqeobiu
rqeuoib rqeuobi rqeuiob rqeuibo rqeubio rqeuboi rqeboui rqeboiu rqebuoi rqebuio rqebiuo
rqebiou rubiqoe rubiqeo rubioqe rubioeq rubieoq rubieqo rubqioe rubqieo rubqoie rubqoei
rubqeoi rubqeio ruboqie ruboqei ruboiqe ruboieq ruboeiq ruboeqi rubeqoi rubeqio rubeoqi
rubeoiq rubeioq rubeiqo ruibqoe ruibqeo ruiboqe ruiboeq ruibeoq ruibeqo ruiqboe ruiqbeo
ruiqobe ruiqoeb ruiqeob ruiqebo ruioqbe ruioqeb ruiobqe ruiobeq ruioebq ruioeqb ruieqob
ruieqbo ruieoqb ruieobq ruieboq ruiebqo ruqiboe ruqibeo ruqiobe ruqioeb ruqieob ruqiebo
ruqbioe ruqbieo ruqboie ruqboei ruqbeoi ruqbeio ruqobie ruqobei ruqoibe ruqoieb ruqoeib
ruqoebi ruqeboi ruqebio ruqeobi ruqeoib ruqeiob ruqeibo ruoiqbe ruoiqeb ruoibqe ruoibeq
ruoiebq ruoieqb ruoqibe ruoqieb ruoqbie ruoqbei ruoqebi ruoqeib ruobqie ruobqei ruobiqe
ruobieq ruobeiq ruobeqi ruoeqbi ruoeqib ruoebqi ruoebiq ruoeibq ruoeiqb rueiqob rueiqbo
rueioqb rueiobq rueiboq rueibqo rueqiob rueqibo rueqoib rueqobi rueqboi rueqbio rueoqib
rueoqbi rueoiqb rueoibq rueobiq rueobqi ruebqoi ruebqio rueboqi rueboiq ruebioq ruebiqo
rebiquo rebiqou rebiuqo rebiuoq rebiouq rebioqu rebqiuo rebqiou rebquio rebquoi rebqoui
rebqoiu rebuqio rebuqoi rebuiqo rebuioq rebuoiq rebuoqi reboqui reboqiu rebouqi rebouiq
reboiuq reboiqu reibquo reibqou reibuqo reibuoq reibouq reiboqu reiqbuo reiqbou reiqubo
reiquob reiqoub reiqobu reiuqbo reiuqob reiubqo reiuboq reiuobq reiuoqb reioqub reioqbu
reiouqb reioubq reiobuq reiobqu reqibuo reqibou reqiubo reqiuob reqioub reqiobu reqbiuo
reqbiou reqbuio reqbuoi reqboui reqboiu requbio requboi requibo requiob requoib requobi
reqobui reqobiu reqoubi reqouib reqoiub reqoibu reuiqbo reuiqob reuibqo reuiboq reuiobq
reuioqb reuqibo reuqiob reuqbio reuqboi reuqobi reuqoib reubqio reubqoi reubiqo reubioq
reuboiq reuboqi reuoqbi reuoqib reuobqi reuobiq reuoibq reuoiqb reoiqub reoiqbu reoiuqb
reoiubq reoibuq reoibqu reoqiub reoqibu reoquib reoqubi reoqbui reoqbiu reouqib reouqbi
reouiqb reouibq reoubiq reoubqi reobqui reobqiu reobuqi reobuiq reobiuq reobiqu broique
broiqeu broiuqe broiueq broieuq broiequ broqiue broqieu broquie broquei broqeui broqeiu
brouqie brouqei brouiqe brouieq broueiq broueqi broequi broeqiu broeuqi broeuiq broeiuq
broeiqu brioque brioqeu briouqe brioueq brioeuq brioequ briqoue briqoeu briquoe briqueo
briqeuo briqeou briuqoe briuqeo briuoqe briuoeq briueoq briueqo briequo brieqou brieuqo
brieuoq brieouq brieoqu brqioue brqioeu brqiuoe brqiueo brqieuo brqieou brqoiue brqoieu
brqouie brqouei brqoeui brqoeiu brquoie brquoei brquioe brquieo brqueio brqueoi brqeoui
brqeoiu brqeuoi brqeuio brqeiuo brqeiou bruiqoe bruiqeo bruioqe bruioeq bruieoq bruieqo
bruqioe bruqieo bruqoie bruqoei bruqeoi bruqeio bruoqie bruoqei bruoiqe bruoieq bruoeiq
bruoeqi brueqoi brueqio brueoqi brueoiq brueioq brueiqo breiquo breiqou breiuqo breiuoq
breiouq breioqu breqiuo breqiou brequio brequoi breqoui breqoiu breuqio breuqoi breuiqo
breuioq breuoiq breuoqi breoqui breoqiu breouqi breouiq breoiuq breoiqu borique boriqeu
boriuqe boriueq borieuq boriequ borqiue borqieu borquie borquei borqeui borqeiu boruqie
boruqei boruiqe boruieq borueiq borueqi borequi boreqiu boreuqi boreuiq boreiuq boreiqu
boirque boirqeu boiruqe boirueq boireuq boirequ boiqrue boiqreu boiqure boiquer boiqeur
boiqeru boiuqre boiuqer boiurqe boiureq boiuerq boiueqr boiequr boieqru boieuqr boieurq
boieruq boierqu boqirue boqireu boqiure boqiuer boqieur boqieru boqriue boqrieu boqruie
boqruei boqreui boqreiu boqurie boqurei boquire boquier boqueir boqueri boqerui boqeriu
boqeuri boqeuir boqeiur boqeiru bouiqre bouiqer bouirqe bouireq bouierq bouieqr bouqire
bouqier bouqrie bouqrei bouqeri bouqeir bourqie bourqei bouriqe bourieq boureiq boureqi
boueqri boueqir bouerqi boueriq boueirq boueiqr boeiqur boeiqru boeiuqr boeiurq boeiruq
boeirqu boeqiur boeqiru boequir boequri boeqrui boeqriu boeuqir boeuqri boeuiqr boeuirq
boeuriq boeurqi boerqui boerqiu boeruqi boeruiq boeriuq boeriqu biorque biorqeu bioruqe
biorueq bioreuq biorequ bioqrue bioqreu bioqure bioquer bioqeur bioqeru biouqre biouqer
biourqe bioureq biouerq bioueqr bioequr bioeqru bioeuqr bioeurq bioeruq bioerqu biroque
biroqeu birouqe biroueq biroeuq biroequ birqoue birqoeu birquoe birqueo birqeuo birqeou
biruqoe biruqeo biruoqe biruoeq birueoq birueqo birequo bireqou bireuqo bireuoq bireouq
bireoqu biqroue biqroeu biqruoe biqrueo biqreuo biqreou biqorue biqoreu biqoure biqouer
biqoeur biqoeru biquore biquoer biquroe biqureo biquero biqueor biqeour biqeoru biqeuor
biqeuro biqeruo biqerou biurqoe biurqeo biuroqe biuroeq biureoq biureqo biuqroe biuqreo
biuqore biuqoer biuqeor biuqero biuoqre biuoqer biuorqe biuoreq biuoerq biuoeqr biueqor
biueqro biueoqr biueorq biueroq biuerqo bierquo bierqou bieruqo bieruoq bierouq bieroqu
bieqruo bieqrou biequro biequor bieqour bieqoru bieuqro bieuqor bieurqo bieuroq bieuorq
bieuoqr bieoqur bieoqru bieouqr bieourq bieoruq bieorqu bqoirue bqoireu bqoiure bqoiuer
bqoieur bqoieru bqoriue bqorieu bqoruie bqoruei bqoreui bqoreiu bqourie bqourei bqouire
bqouier bqoueir bqoueri bqoerui bqoeriu bqoeuri bqoeuir bqoeiur bqoeiru bqiorue bqioreu
bqioure bqiouer bqioeur bqioeru bqiroue bqiroeu bqiruoe bqirueo bqireuo bqireou bqiuroe
bqiureo bqiuore bqiuoer bqiueor bqiuero bqieruo bqierou bqieuro bqieuor bqieour bqieoru
bqrioue bqrioeu bqriuoe bqriueo bqrieuo bqrieou bqroiue bqroieu bqrouie bqrouei bqroeui
bqroeiu bqruoie bqruoei bqruioe bqruieo bqrueio bqrueoi bqreoui bqreoiu bqreuoi bqreuio
bqreiuo bqreiou bquiroe bquireo bquiore bquioer bquieor bquiero bqurioe bqurieo bquroie
bquroei bqureoi bqureio bquorie bquorei bquoire bquoier bquoeir bquoeri bqueroi bquerio
bqueori bqueoir bqueior bqueiro bqeiruo bqeirou bqeiuro bqeiuor bqeiour bqeioru bqeriuo
bqeriou bqeruio bqeruoi bqeroui bqeroiu bqeurio bqeuroi bqeuiro bqeuior bqeuoir bqeuori
bqeorui bqeoriu bqeouri bqeouir bqeoiur bqeoiru buoiqre buoiqer buoirqe buoireq buoierq
buoieqr buoqire buoqier buoqrie buoqrei buoqeri buoqeir buorqie buorqei buoriqe buorieq
buoreiq buoreqi buoeqri buoeqir buoerqi buoeriq buoeirq buoeiqr buioqre buioqer buiorqe
buioreq buioerq buioeqr buiqore buiqoer buiqroe buiqreo buiqero buiqeor buirqoe buirqeo
buiroqe buiroeq buireoq buireqo buieqro buieqor buierqo buieroq buieorq buieoqr buqiore
buqioer buqiroe buqireo buqiero buqieor buqoire buqoier buqorie buqorei buqoeri buqoeir
buqroie buqroei buqrioe buqrieo buqreio buqreoi buqeori buqeoir buqeroi buqerio buqeiro
buqeior buriqoe buriqeo burioqe burioeq burieoq burieqo burqioe burqieo burqoie burqoei
burqeoi burqeio buroqie buroqei buroiqe buroieq buroeiq buroeqi bureqoi bureqio bureoqi
bureoiq bureioq bureiqo bueiqro bueiqor bueirqo bueiroq bueiorq bueioqr bueqiro bueqior
bueqrio bueqroi bueqori bueqoir buerqio buerqoi bueriqo buerioq bueroiq bueroqi bueoqri
bueoqir bueorqi bueoriq bueoirq bueoiqr beoiqur beoiqru beoiuqr beoiurq beoiruq beoirqu
beoqiur beoqiru beoquir beoquri beoqrui beoqriu beouqir beouqri beouiqr beouirq beouriq
beourqi beorqui beorqiu beoruqi beoruiq beoriuq beoriqu beioqur beioqru beiouqr beiourq
beioruq beiorqu beiqour beiqoru beiquor beiquro beiqruo beiqrou beiuqor beiuqro beiuoqr
beiuorq beiuroq beiurqo beirquo beirqou beiruqo beiruoq beirouq beiroqu beqiour beqioru
beqiuor beqiuro beqiruo beqirou beqoiur beqoiru beqouir beqouri beqorui beqoriu bequoir
bequori bequior bequiro bequrio bequroi beqroui beqroiu beqruoi beqruio beqriuo beqriou
beuiqor beuiqro beuioqr beuiorq beuiroq beuirqo beuqior beuqiro beuqoir beuqori beuqroi
beuqrio beuoqir beuoqri beuoiqr beuoirq beuoriq beuorqi beurqoi beurqio beuroqi beuroiq
beurioq beuriqo beriquo beriqou beriuqo beriuoq beriouq berioqu berqiuo berqiou berquio
berquoi berqoui berqoiu beruqio beruqoi beruiqo beruioq beruoiq beruoqi beroqui beroqiu
berouqi berouiq beroiuq beroiqu irboque irboqeu irbouqe irboueq irboeuq irboequ irbqoue
irbqoeu irbquoe irbqueo irbqeuo irbqeou irbuqoe irbuqeo irbuoqe irbuoeq irbueoq irbueqo
irbequo irbeqou irbeuqo irbeuoq irbeouq irbeoqu irobque irobqeu irobuqe irobueq irobeuq
irobequ iroqbue iroqbeu iroqube iroqueb iroqeub iroqebu irouqbe irouqeb iroubqe iroubeq
irouebq iroueqb iroequb iroeqbu iroeuqb iroeubq iroebuq iroebqu irqobue irqobeu irqoube
irqoueb irqoeub irqoebu irqboue irqboeu irqbuoe irqbueo irqbeuo irqbeou irquboe irqubeo
irquobe irquoeb irqueob irquebo irqebuo irqebou irqeubo irqeuob irqeoub irqeobu iruoqbe
iruoqeb iruobqe iruobeq iruoebq iruoeqb iruqobe iruqoeb iruqboe iruqbeo iruqebo iruqeob
irubqoe irubqeo iruboqe iruboeq irubeoq irubeqo irueqbo irueqob iruebqo irueboq irueobq
irueoqb ireoqub ireoqbu ireouqb ireoubq ireobuq ireobqu ireqoub ireqobu irequob irequbo
ireqbuo ireqbou ireuqob ireuqbo ireuoqb ireuobq ireuboq ireubqo irebquo irebqou irebuqo
irebuoq irebouq ireboqu ibroque ibroqeu ibrouqe ibroueq ibroeuq ibroequ ibrqoue ibrqoeu
ibrquoe ibrqueo ibrqeuo ibrqeou ibruqoe ibruqeo ibruoqe ibruoeq ibrueoq ibrueqo ibrequo
ibreqou ibreuqo ibreuoq ibreouq ibreoqu iborque iborqeu iboruqe iborueq iboreuq iborequ
iboqrue iboqreu iboqure iboquer iboqeur iboqeru ibouqre ibouqer ibourqe iboureq ibouerq
iboueqr iboequr iboeqru iboeuqr iboeurq iboeruq iboerqu ibqorue ibqoreu ibqoure ibqouer
ibqoeur ibqoeru ibqroue ibqroeu ibqruoe ibqrueo ibqreuo ibqreou ibquroe ibqureo ibquore
ibquoer ibqueor ibquero ibqeruo ibqerou ibqeuro ibqeuor ibqeour ibqeoru ibuoqre ibuoqer
ibuorqe ibuoreq ibuoerq ibuoeqr ibuqore ibuqoer ibuqroe ibuqreo ibuqero ibuqeor iburqoe
iburqeo iburoqe iburoeq ibureoq ibureqo ibueqro ibueqor ibuerqo ibueroq ibueorq ibueoqr
ibeoqur ibeoqru ibeouqr ibeourq ibeoruq ibeorqu ibeqour ibeqoru ibequor ibequro ibeqruo
ibeqrou ibeuqor ibeuqro ibeuoqr ibeuorq ibeuroq ibeurqo iberquo iberqou iberuqo iberuoq
iberouq iberoqu iobrque iobrqeu iobruqe iobrueq iobreuq iobrequ iobqrue iobqreu iobqure
iobquer iobqeur iobqeru iobuqre iobuqer ioburqe iobureq iobuerq iobueqr iobequr iobeqru
iobeuqr iobeurq ioberuq ioberqu iorbque iorbqeu iorbuqe iorbueq iorbeuq iorbequ iorqbue
iorqbeu iorqube iorqueb iorqeub iorqebu ioruqbe ioruqeb iorubqe iorubeq ioruebq iorueqb
iorequb ioreqbu ioreuqb ioreubq iorebuq iorebqu ioqrbue ioqrbeu ioqrube ioqrueb ioqreub
ioqrebu ioqbrue ioqbreu ioqbure ioqbuer ioqbeur ioqberu ioqubre ioquber ioqurbe ioqureb
ioquerb ioquebr ioqebur ioqebru ioqeubr ioqeurb ioqerub ioqerbu iourqbe iourqeb iourbqe
iourbeq iourebq ioureqb iouqrbe iouqreb iouqbre iouqber iouqebr iouqerb ioubqre ioubqer
ioubrqe ioubreq iouberq ioubeqr ioueqbr ioueqrb iouebqr iouebrq iouerbq iouerqb ioerqub
ioerqbu ioeruqb ioerubq ioerbuq ioerbqu ioeqrub ioeqrbu ioequrb ioequbr ioeqbur ioeqbru
ioeuqrb ioeuqbr ioeurqb ioeurbq ioeubrq ioeubqr ioebqur ioebqru ioebuqr ioeburq ioebruq
ioebrqu iqborue iqboreu iqboure iqbouer iqboeur iqboeru iqbroue iqbroeu iqbruoe iqbrueo
iqbreuo iqbreou iqburoe iqbureo iqbuore iqbuoer iqbueor iqbuero iqberuo iqberou iqbeuro
iqbeuor iqbeour iqbeoru iqobrue iqobreu iqobure iqobuer iqobeur iqoberu iqorbue iqorbeu
iqorube iqorueb iqoreub iqorebu iqourbe iqoureb iqoubre iqouber iqouebr iqouerb iqoerub
iqoerbu iqoeurb iqoeubr iqoebur iqoebru iqrobue iqrobeu iqroube iqroueb iqroeub iqroebu
iqrboue iqrboeu iqrbuoe iqrbueo iqrbeuo iqrbeou iqruboe iqrubeo iqruobe iqruoeb iqrueob
iqruebo iqrebuo iqrebou iqreubo iqreuob iqreoub iqreobu iquorbe iquoreb iquobre iquober
iquoebr iquoerb iqurobe iquroeb iqurboe iqurbeo iqurebo iqureob iqubroe iqubreo iqubore
iquboer iqubeor iqubero iquerbo iquerob iquebro iquebor iqueobr iqueorb iqeorub iqeorbu
iqeourb iqeoubr iqeobur iqeobru iqeroub iqerobu iqeruob iqerubo iqerbuo iqerbou iqeurob
iqeurbo iqeuorb iqeuobr iqeubor iqeubro iqebruo iqebrou iqeburo iqebuor iqebour iqeboru
iuboqre iuboqer iuborqe iuboreq iuboerq iuboeqr iubqore iubqoer iubqroe iubqreo iubqero
iubqeor iubrqoe iubrqeo iubroqe iubroeq iubreoq iubreqo iubeqro iubeqor iuberqo iuberoq
iubeorq iubeoqr iuobqre iuobqer iuobrqe iuobreq iuoberq iuobeqr iuoqbre iuoqber iuoqrbe
iuoqreb iuoqerb iuoqebr iuorqbe iuorqeb iuorbqe iuorbeq iuorebq iuoreqb iuoeqrb iuoeqbr
iuoerqb iuoerbq iuoebrq iuoebqr iuqobre iuqober iuqorbe iuqoreb iuqoerb iuqoebr iuqbore
iuqboer iuqbroe iuqbreo iuqbero iuqbeor iuqrboe iuqrbeo iuqrobe iuqroeb iuqreob iuqrebo
iuqebro iuqebor iuqerbo iuqerob iuqeorb iuqeobr iuroqbe iuroqeb iurobqe iurobeq iuroebq
iuroeqb iurqobe iurqoeb iurqboe iurqbeo iurqebo iurqeob iurbqoe iurbqeo iurboqe iurboeq
iurbeoq iurbeqo iureqbo iureqob iurebqo iureboq iureobq iureoqb iueoqrb iueoqbr iueorqb
iueorbq iueobrq iueobqr iueqorb iueqobr iueqrob iueqrbo iueqbro iueqbor iuerqob iuerqbo
iueroqb iuerobq iuerboq iuerbqo iuebqro iuebqor iuebrqo iuebroq iueborq iueboqr ieboqur
ieboqru iebouqr iebourq ieboruq ieborqu iebqour iebqoru iebquor iebquro iebqruo iebqrou
iebuqor iebuqro iebuoqr iebuorq ieburoq ieburqo iebrquo iebrqou iebruqo iebruoq iebrouq
iebroqu ieobqur ieobqru ieobuqr ieoburq ieobruq ieobrqu ieoqbur ieoqbru ieoqubr ieoqurb
ieoqrub ieoqrbu ieouqbr ieouqrb ieoubqr ieoubrq ieourbq ieourqb ieorqub ieorqbu ieoruqb
ieorubq ieorbuq ieorbqu ieqobur ieqobru ieqoubr ieqourb ieqorub ieqorbu ieqbour ieqboru
ieqbuor ieqburo ieqbruo ieqbrou iequbor iequbro iequobr iequorb iequrob iequrbo ieqrbuo
ieqrbou ieqrubo ieqruob ieqroub ieqrobu ieuoqbr ieuoqrb ieuobqr ieuobrq ieuorbq ieuorqb
ieuqobr ieuqorb ieuqbor ieuqbro ieuqrbo ieuqrob ieubqor ieubqro ieuboqr ieuborq ieubroq
ieubrqo ieurqbo ieurqob ieurbqo ieurboq ieurobq ieuroqb ieroqub ieroqbu ierouqb ieroubq
ierobuq ierobqu ierqoub ierqobu ierquob ierqubo ierqbuo ierqbou ieruqob ieruqbo ieruoqb
ieruobq ieruboq ierubqo ierbquo ierbqou ierbuqo ierbuoq ierbouq ierboqu qrbioue qrbioeu
qrbiuoe qrbiueo qrbieuo qrbieou qrboiue qrboieu qrbouie qrbouei qrboeui qrboeiu qrbuoie
qrbuoei qrbuioe qrbuieo qrbueio qrbueoi qrbeoui qrbeoiu qrbeuoi qrbeuio qrbeiuo qrbeiou
qriboue qriboeu qribuoe qribueo qribeuo qribeou qriobue qriobeu qrioube qrioueb qrioeub
qrioebu qriuobe qriuoeb qriuboe qriubeo qriuebo qriueob qrieoub qrieobu qrieuob qrieubo
qriebuo qriebou qroibue qroibeu qroiube qroiueb qroieub qroiebu qrobiue qrobieu qrobuie
qrobuei qrobeui qrobeiu qroubie qroubei qrouibe qrouieb qroueib qrouebi qroebui qroebiu
qroeubi qroeuib qroeiub qroeibu qruiobe qruioeb qruiboe qruibeo qruiebo qruieob qruoibe
qruoieb qruobie qruobei qruoebi qruoeib qruboie qruboei qrubioe qrubieo qrubeio qrubeoi
qrueobi qrueoib qrueboi qruebio qrueibo qrueiob qreioub qreiobu qreiuob qreiubo qreibuo
qreibou qreoiub qreoibu qreouib qreoubi qreobui qreobiu qreuoib qreuobi qreuiob qreuibo
qreubio qreuboi qreboui qreboiu qrebuoi qrebuio qrebiuo qrebiou qbrioue qbrioeu qbriuoe
qbriueo qbrieuo qbrieou qbroiue qbroieu qbrouie qbrouei qbroeui qbroeiu qbruoie qbruoei
qbruioe qbruieo qbrueio qbrueoi qbreoui qbreoiu qbreuoi qbreuio qbreiuo qbreiou qbiroue
qbiroeu qbiruoe qbirueo qbireuo qbireou qbiorue qbioreu qbioure qbiouer qbioeur qbioeru
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qibreuo qibreou qiborue qiboreu qiboure qibouer qiboeur qiboeru qibuore qibuoer qiburoe
qibureo qibuero qibueor qibeour qibeoru qibeuor qibeuro qiberuo qiberou qirboue qirboeu
qirbuoe qirbueo qirbeuo qirbeou qirobue qirobeu qiroube qiroueb qiroeub qiroebu qiruobe
qiruoeb qiruboe qirubeo qiruebo qirueob qireoub qireobu qireuob qireubo qirebuo qirebou
qiorbue qiorbeu qiorube qiorueb qioreub qiorebu qiobrue qiobreu qiobure qiobuer qiobeur
qioberu qioubre qiouber qiourbe qioureb qiouerb qiouebr qioebur qioebru qioeubr qioeurb
qioerub qioerbu qiurobe qiuroeb qiurboe qiurbeo qiurebo qiureob qiuorbe qiuoreb qiuobre
qiuober qiuoebr qiuoerb qiubore qiuboer qiubroe qiubreo qiubero qiubeor qiueobr qiueorb
qiuebor qiuebro qiuerbo qiuerob qieroub qierobu qieruob qierubo qierbuo qierbou qieorub
qieorbu qieourb qieoubr qieobur qieobru qieuorb qieuobr qieurob qieurbo qieubro qieubor
qiebour qieboru qiebuor qieburo qiebruo qiebrou qobirue qobireu qobiure qobiuer qobieur
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qoibuer qoibeur qoiberu qoirbue qoirbeu qoirube qoirueb qoireub qoirebu qoiurbe qoiureb
qoiubre qoiuber qoiuebr qoiuerb qoierub qoierbu qoieurb qoieubr qoiebur qoiebru qoribue
qoribeu qoriube qoriueb qorieub qoriebu qorbiue qorbieu qorbuie qorbuei qorbeui qorbeiu
qorubie qorubei qoruibe qoruieb qorueib qoruebi qorebui qorebiu qoreubi qoreuib qoreiub
qoreibu qouirbe qouireb qouibre qouiber qouiebr qouierb qouribe qourieb qourbie qourbei
qourebi qoureib qoubrie qoubrei qoubire qoubier qoubeir qouberi qouerbi qouerib qouebri
qouebir qoueibr qoueirb qoeirub qoeirbu qoeiurb qoeiubr qoeibur qoeibru qoeriub qoeribu
qoeruib qoerubi qoerbui qoerbiu qoeurib qoeurbi qoeuirb qoeuibr qoeubir qoeubri qoebrui
qoebriu qoeburi qoebuir qoebiur qoebiru qubiore qubioer qubiroe qubireo qubiero qubieor
quboire quboier quborie quborei quboeri quboeir qubroie qubroei qubrioe qubrieo qubreio
qubreoi qubeori qubeoir quberoi quberio qubeiro qubeior quibore quiboer quibroe quibreo
quibero quibeor quiobre quiober quiorbe quioreb quioerb quioebr quirobe quiroeb quirboe
quirbeo quirebo quireob quieorb quieobr quierob quierbo quiebro quiebor quoibre quoiber
quoirbe quoireb quoierb quoiebr quobire quobier quobrie quobrei quoberi quobeir quorbie
quorbei quoribe quorieb quoreib quorebi quoebri quoebir quoerbi quoerib quoeirb quoeibr
quriobe qurioeb quriboe quribeo quriebo qurieob quroibe quroieb qurobie qurobei quroebi
quroeib qurboie qurboei qurbioe qurbieo qurbeio qurbeoi qureobi qureoib qureboi qurebio
qureibo qureiob queiorb queiobr queirob queirbo queibro queibor queoirb queoibr queorib
queorbi queobri queobir queroib querobi queriob queribo querbio querboi quebori queboir
quebroi quebrio quebiro quebior qebiour qebioru qebiuor qebiuro qebiruo qebirou qeboiur
qeboiru qebouir qebouri qeborui qeboriu qebuoir qebuori qebuior qebuiro qeburio qeburoi
qebroui qebroiu qebruoi qebruio qebriuo qebriou qeibour qeiboru qeibuor qeiburo qeibruo
qeibrou qeiobur qeiobru qeioubr qeiourb qeiorub qeiorbu qeiuobr qeiuorb qeiubor qeiubro
qeiurbo qeiurob qeiroub qeirobu qeiruob qeirubo qeirbuo qeirbou qeoibur qeoibru qeoiubr
qeoiurb qeoirub qeoirbu qeobiur qeobiru qeobuir qeoburi qeobrui qeobriu qeoubir qeoubri
qeouibr qeouirb qeourib qeourbi qeorbui qeorbiu qeorubi qeoruib qeoriub qeoribu qeuiobr
qeuiorb qeuibor qeuibro qeuirbo qeuirob qeuoibr qeuoirb qeuobir qeuobri qeuorbi qeuorib
qeuboir qeubori qeubior qeubiro qeubrio qeubroi qeurobi qeuroib qeurboi qeurbio qeuribo
qeuriob qerioub qeriobu qeriuob qeriubo qeribuo qeribou qeroiub qeroibu qerouib qeroubi
qerobui qerobiu qeruoib qeruobi qeruiob qeruibo qerubio qeruboi qerboui qerboiu qerbuoi
qerbuio qerbiuo qerbiou urbiqoe urbiqeo urbioqe urbioeq urbieoq urbieqo urbqioe urbqieo
urbqoie urbqoei urbqeoi urbqeio urboqie urboqei urboiqe urboieq urboeiq urboeqi urbeqoi
urbeqio urbeoqi urbeoiq urbeioq urbeiqo uribqoe uribqeo uriboqe uriboeq uribeoq uribeqo
uriqboe uriqbeo uriqobe uriqoeb uriqeob uriqebo urioqbe urioqeb uriobqe uriobeq urioebq
urioeqb urieqob urieqbo urieoqb urieobq urieboq uriebqo urqiboe urqibeo urqiobe urqioeb
urqieob urqiebo urqbioe urqbieo urqboie urqboei urqbeoi urqbeio urqobie urqobei urqoibe
urqoieb urqoeib urqoebi urqeboi urqebio urqeobi urqeoib urqeiob urqeibo uroiqbe uroiqeb
uroibqe uroibeq uroiebq uroieqb uroqibe uroqieb uroqbie uroqbei uroqebi uroqeib urobqie
urobqei urobiqe urobieq urobeiq urobeqi uroeqbi uroeqib uroebqi uroebiq uroeibq uroeiqb
ureiqob ureiqbo ureioqb ureiobq ureiboq ureibqo ureqiob ureqibo ureqoib ureqobi ureqboi
ureqbio ureoqib ureoqbi ureoiqb ureoibq ureobiq ureobqi urebqoi urebqio ureboqi ureboiq
urebioq urebiqo ubriqoe ubriqeo ubrioqe ubrioeq ubrieoq ubrieqo ubrqioe ubrqieo ubrqoie
ubrqoei ubrqeoi ubrqeio ubroqie ubroqei ubroiqe ubroieq ubroeiq ubroeqi ubreqoi ubreqio
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ubiqreo ubiqore ubiqoer ubiqeor ubiqero ubioqre ubioqer ubiorqe ubioreq ubioerq ubioeqr
ubieqor ubieqro ubieoqr ubieorq ubieroq ubierqo ubqiroe ubqireo ubqiore ubqioer ubqieor
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uboriqe uborieq uboreiq uboreqi uboeqri uboeqir uboerqi uboeriq uboeirq uboeiqr ubeiqor
ubeiqro ubeioqr ubeiorq ubeiroq ubeirqo ubeqior ubeqiro ubeqoir ubeqori ubeqroi ubeqrio
ubeoqir ubeoqri ubeoiqr ubeoirq ubeoriq ubeorqi uberqoi uberqio uberoqi uberoiq uberioq
uberiqo uibrqoe uibrqeo uibroqe uibroeq uibreoq uibreqo uibqroe uibqreo uibqore uibqoer
uibqeor uibqero uiboqre uiboqer uiborqe uiboreq uiboerq uiboeqr uibeqor uibeqro uibeoqr
uibeorq uiberoq uiberqo uirbqoe uirbqeo uirboqe uirboeq uirbeoq uirbeqo uirqboe uirqbeo
uirqobe uirqoeb uirqeob uirqebo uiroqbe uiroqeb uirobqe uirobeq uiroebq uiroeqb uireqob
uireqbo uireoqb uireobq uireboq uirebqo uiqrboe uiqrbeo uiqrobe uiqroeb uiqreob uiqrebo
uiqbroe uiqbreo uiqbore uiqboer uiqbeor uiqbero uiqobre uiqober uiqorbe uiqoreb uiqoerb
uiqoebr uiqebor uiqebro uiqeobr uiqeorb uiqerob uiqerbo uiorqbe uiorqeb uiorbqe uiorbeq
uiorebq uioreqb uioqrbe uioqreb uioqbre uioqber uioqebr uioqerb uiobqre uiobqer uiobrqe
uiobreq uioberq uiobeqr uioeqbr uioeqrb uioebqr uioebrq uioerbq uioerqb uierqob uierqbo
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uieoqbr uieorqb uieorbq uieobrq uieobqr uiebqor uiebqro uieboqr uieborq uiebroq uiebrqo
uqbiroe uqbireo uqbiore uqbioer uqbieor uqbiero uqbrioe uqbrieo uqbroie uqbroei uqbreoi
uqbreio uqborie uqborei uqboire uqboier uqboeir uqboeri uqberoi uqberio uqbeori uqbeoir
uqbeior uqbeiro uqibroe uqibreo uqibore uqiboer uqibeor uqibero uqirboe uqirbeo uqirobe
uqiroeb uqireob uqirebo uqiorbe uqioreb uqiobre uqiober uqioebr uqioerb uqierob uqierbo
uqieorb uqieobr uqiebor uqiebro uqriboe uqribeo uqriobe uqrioeb uqrieob uqriebo uqrbioe
uqrbieo uqrboie uqrboei uqrbeoi uqrbeio uqrobie uqrobei uqroibe uqroieb uqroeib uqroebi
uqreboi uqrebio uqreobi uqreoib uqreiob uqreibo uqoirbe uqoireb uqoibre uqoiber uqoiebr
uqoierb uqoribe uqorieb uqorbie uqorbei uqorebi uqoreib uqobrie uqobrei uqobire uqobier
uqobeir uqoberi uqoerbi uqoerib uqoebri uqoebir uqoeibr uqoeirb uqeirob uqeirbo uqeiorb
uqeiobr uqeibor uqeibro uqeriob uqeribo uqeroib uqerobi uqerboi uqerbio uqeorib uqeorbi
uqeoirb uqeoibr uqeobir uqeobri uqebroi uqebrio uqebori uqeboir uqebior uqebiro uobiqre
uobiqer uobirqe uobireq uobierq uobieqr uobqire uobqier uobqrie uobqrei uobqeri uobqeir
uobrqie uobrqei uobriqe uobrieq uobreiq uobreqi uobeqri uobeqir uoberqi uoberiq uobeirq
uobeiqr uoibqre uoibqer uoibrqe uoibreq uoiberq uoibeqr uoiqbre uoiqber uoiqrbe uoiqreb
uoiqerb uoiqebr uoirqbe uoirqeb uoirbqe uoirbeq uoirebq uoireqb uoieqrb uoieqbr uoierqb
uoierbq uoiebrq uoiebqr uoqibre uoqiber uoqirbe uoqireb uoqierb uoqiebr uoqbire uoqbier
uoqbrie uoqbrei uoqberi uoqbeir uoqrbie uoqrbei uoqribe uoqrieb uoqreib uoqrebi uoqebri
uoqebir uoqerbi uoqerib uoqeirb uoqeibr uoriqbe uoriqeb uoribqe uoribeq uoriebq uorieqb
uorqibe uorqieb uorqbie uorqbei uorqebi uorqeib uorbqie uorbqei uorbiqe uorbieq uorbeiq
uorbeqi uoreqbi uoreqib uorebqi uorebiq uoreibq uoreiqb uoeiqrb uoeiqbr uoeirqb uoeirbq
uoeibrq uoeibqr uoeqirb uoeqibr uoeqrib uoeqrbi uoeqbri uoeqbir uoerqib uoerqbi uoeriqb
uoeribq uoerbiq uoerbqi uoebqri uoebqir uoebrqi uoebriq uoebirq uoebiqr uebiqor uebiqro
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ueboqri ueboiqr ueboirq ueboriq ueborqi uebrqoi uebrqio uebroqi uebroiq uebrioq uebriqo
ueibqor ueibqro ueiboqr ueiborq ueibroq ueibrqo ueiqbor ueiqbro ueiqobr ueiqorb ueiqrob
ueiqrbo ueioqbr ueioqrb ueiobqr ueiobrq ueiorbq ueiorqb ueirqob ueirqbo ueiroqb ueirobq
ueirboq ueirbqo ueqibor ueqibro ueqiobr ueqiorb ueqirob ueqirbo ueqbior ueqbiro ueqboir
ueqbori ueqbroi ueqbrio ueqobir ueqobri ueqoibr ueqoirb ueqorib ueqorbi ueqrboi ueqrbio
ueqrobi ueqroib ueqriob ueqribo ueoiqbr ueoiqrb ueoibqr ueoibrq ueoirbq ueoirqb ueoqibr
ueoqirb ueoqbir ueoqbri ueoqrbi ueoqrib ueobqir ueobqri ueobiqr ueobirq ueobriq ueobrqi
ueorqbi ueorqib ueorbqi ueorbiq ueoribq ueoriqb ueriqob ueriqbo uerioqb ueriobq ueriboq
ueribqo uerqiob uerqibo uerqoib uerqobi uerqboi uerqbio ueroqib ueroqbi ueroiqb ueroibq
uerobiq uerobqi uerbqoi uerbqio uerboqi uerboiq uerbioq uerbiqo erbiquo erbiqou erbiuqo
erbiuoq erbiouq erbioqu erbqiuo erbqiou erbquio erbquoi erbqoui erbqoiu erbuqio erbuqoi
erbuiqo erbuioq erbuoiq erbuoqi erboqui erboqiu erbouqi erbouiq erboiuq erboiqu eribquo
eribqou eribuqo eribuoq eribouq eriboqu eriqbuo eriqbou eriqubo eriquob eriqoub eriqobu
eriuqbo eriuqob eriubqo eriuboq eriuobq eriuoqb erioqub erioqbu eriouqb erioubq eriobuq
eriobqu erqibuo erqibou erqiubo erqiuob erqioub erqiobu erqbiuo erqbiou erqbuio erqbuoi
erqboui erqboiu erqubio erquboi erquibo erquiob erquoib erquobi erqobui erqobiu erqoubi
erqouib erqoiub erqoibu eruiqbo eruiqob eruibqo eruiboq eruiobq eruioqb eruqibo eruqiob
eruqbio eruqboi eruqobi eruqoib erubqio erubqoi erubiqo erubioq eruboiq eruboqi eruoqbi
eruoqib eruobqi eruobiq eruoibq eruoiqb eroiqub eroiqbu eroiuqb eroiubq eroibuq eroibqu
eroqiub eroqibu eroquib eroqubi eroqbui eroqbiu erouqib erouqbi erouiqb erouibq eroubiq
eroubqi erobqui erobqiu erobuqi erobuiq erobiuq erobiqu ebriquo ebriqou ebriuqo ebriuoq
ebriouq ebrioqu ebrqiuo ebrqiou ebrquio ebrquoi ebrqoui ebrqoiu ebruqio ebruqoi ebruiqo
ebruioq ebruoiq ebruoqi ebroqui ebroqiu ebrouqi ebrouiq ebroiuq ebroiqu ebirquo ebirqou
ebiruqo ebiruoq ebirouq ebiroqu ebiqruo ebiqrou ebiquro ebiquor ebiqour ebiqoru ebiuqro
ebiuqor ebiurqo ebiuroq ebiuorq ebiuoqr ebioqur ebioqru ebiouqr ebiourq ebioruq ebiorqu
ebqiruo ebqirou ebqiuro ebqiuor ebqiour ebqioru ebqriuo ebqriou ebqruio ebqruoi ebqroui
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ebqoiur ebqoiru ebuiqro ebuiqor ebuirqo ebuiroq ebuiorq ebuioqr ebuqiro ebuqior ebuqrio
ebuqroi ebuqori ebuqoir eburqio eburqoi eburiqo eburioq eburoiq eburoqi ebuoqri ebuoqir
ebuorqi ebuoriq ebuoirq ebuoiqr eboiqur eboiqru eboiuqr eboiurq eboiruq eboirqu eboqiur
eboqiru eboquir eboquri eboqrui eboqriu ebouqir ebouqri ebouiqr ebouirq ebouriq ebourqi
eborqui eborqiu eboruqi eboruiq eboriuq eboriqu eibrquo eibrqou eibruqo eibruoq eibrouq
eibroqu eibqruo eibqrou eibquro eibquor eibqour eibqoru eibuqro eibuqor eiburqo eiburoq
eibuorq eibuoqr eiboqur eiboqru eibouqr eibourq eiboruq eiborqu eirbquo eirbqou eirbuqo
eirbuoq eirbouq eirboqu eirqbuo eirqbou eirqubo eirquob eirqoub eirqobu eiruqbo eiruqob
eirubqo eiruboq eiruobq eiruoqb eiroqub eiroqbu eirouqb eiroubq eirobuq eirobqu eiqrbuo
eiqrbou eiqrubo eiqruob eiqroub eiqrobu eiqbruo eiqbrou eiqburo eiqbuor eiqbour eiqboru
eiqubro eiqubor eiqurbo eiqurob eiquorb eiquobr eiqobur eiqobru eiqoubr eiqourb eiqorub
eiqorbu eiurqbo eiurqob eiurbqo eiurboq eiurobq eiuroqb eiuqrbo eiuqrob eiuqbro eiuqbor
eiuqobr eiuqorb eiubqro eiubqor eiubrqo eiubroq eiuborq eiuboqr eiuoqbr eiuoqrb eiuobqr
eiuobrq eiuorbq eiuorqb eiorqub eiorqbu eioruqb eiorubq eiorbuq eiorbqu eioqrub eioqrbu
eioqurb eioqubr eioqbur eioqbru eiouqrb eiouqbr eiourqb eiourbq eioubrq eioubqr eiobqur
eiobqru eiobuqr eioburq eiobruq eiobrqu eqbiruo eqbirou eqbiuro eqbiuor eqbiour eqbioru
eqbriuo eqbriou eqbruio eqbruoi eqbroui eqbroiu eqburio eqburoi eqbuiro eqbuior eqbuoir
eqbuori eqborui eqboriu eqbouri eqbouir eqboiur eqboiru eqibruo eqibrou eqiburo eqibuor
eqibour eqiboru eqirbuo eqirbou eqirubo eqiruob eqiroub eqirobu eqiurbo eqiurob eqiubro
eqiubor eqiuobr eqiuorb eqiorub eqiorbu eqiourb eqioubr eqiobur eqiobru eqribuo eqribou
eqriubo eqriuob eqrioub eqriobu eqrbiuo eqrbiou eqrbuio eqrbuoi eqrboui eqrboiu eqrubio
eqruboi eqruibo eqruiob eqruoib eqruobi eqrobui eqrobiu eqroubi eqrouib eqroiub eqroibu
equirbo equirob equibro equibor equiobr equiorb equribo equriob equrbio equrboi equrobi
equroib equbrio equbroi equbiro equbior equboir equbori equorbi equorib equobri equobir
equoibr equoirb eqoirub eqoirbu eqoiurb eqoiubr eqoibur eqoibru eqoriub eqoribu eqoruib
eqorubi eqorbui eqorbiu eqourib eqourbi eqouirb eqouibr eqoubir eqoubri eqobrui eqobriu
eqoburi eqobuir eqobiur eqobiru eubiqro eubiqor eubirqo eubiroq eubiorq eubioqr eubqiro
eubqior eubqrio eubqroi eubqori eubqoir eubrqio eubrqoi eubriqo eubrioq eubroiq eubroqi
euboqri euboqir euborqi euboriq euboirq euboiqr euibqro euibqor euibrqo euibroq euiborq
euiboqr euiqbro euiqbor euiqrbo euiqrob euiqorb euiqobr euirqbo euirqob euirbqo euirboq
euirobq euiroqb euioqrb euioqbr euiorqb euiorbq euiobrq euiobqr euqibro euqibor euqirbo
euqirob euqiorb euqiobr euqbiro euqbior euqbrio euqbroi euqbori euqboir euqrbio euqrboi
euqribo euqriob euqroib euqrobi euqobri euqobir euqorbi euqorib euqoirb euqoibr euriqbo
euriqob euribqo euriboq euriobq eurioqb eurqibo eurqiob eurqbio eurqboi eurqobi eurqoib
eurbqio eurbqoi eurbiqo eurbioq eurboiq eurboqi euroqbi euroqib eurobqi eurobiq euroibq
euroiqb euoiqrb euoiqbr euoirqb euoirbq euoibrq euoibqr euoqirb euoqibr euoqrib euoqrbi
euoqbri euoqbir euorqib euorqbi euoriqb euoribq euorbiq euorbqi euobqri euobqir euobrqi
euobriq euobirq euobiqr eobiqur eobiqru eobiuqr eobiurq eobiruq eobirqu eobqiur eobqiru
eobquir eobquri eobqrui eobqriu eobuqir eobuqri eobuiqr eobuirq eoburiq eoburqi eobrqui
eobrqiu eobruqi eobruiq eobriuq eobriqu eoibqur eoibqru eoibuqr eoiburq eoibruq eoibrqu
eoiqbur eoiqbru eoiqubr eoiqurb eoiqrub eoiqrbu eoiuqbr eoiuqrb eoiubqr eoiubrq eoiurbq
eoiurqb eoirqub eoirqbu eoiruqb eoirubq eoirbuq eoirbqu eoqibur eoqibru eoqiubr eoqiurb
eoqirub eoqirbu eoqbiur eoqbiru eoqbuir eoqburi eoqbrui eoqbriu eoqubir eoqubri eoquibr
eoquirb eoqurib eoqurbi eoqrbui eoqrbiu eoqrubi eoqruib eoqriub eoqribu eouiqbr eouiqrb
eouibqr eouibrq eouirbq eouirqb eouqibr eouqirb eouqbir eouqbri eouqrbi eouqrib eoubqir
eoubqri eoubiqr eoubirq eoubriq eoubrqi eourqbi eourqib eourbqi eourbiq eouribq eouriqb
eoriqub eoriqbu eoriuqb eoriubq eoribuq eoribqu eorqiub eorqibu eorquib eorqubi eorqbui
eorqbiu eoruqib eoruqbi eoruiqb eoruibq eorubiq eorubqi eorbqui eorbqiu eorbuqi eorbuiq
eorbiuq eorbiqu

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History of cryptography
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